Latest revision as of 00:47, 14 March 2020

Text

Selected Radtrad Output - Pellet Release Mvp Trip 10 Minutes
	ML062890156
Person / Time
Site:	Duane Arnold
Issue date:	09/01/2006
From:	; Duane Arnold
To:	; Office of Nuclear Reactor Regulation
References
	Download: ML062890156 (602)
	v • d • e

[[:#Wiki_filter:CRDA PELLET MVP TRIP 10 MIN.O0 RADTRAD version 3.03 (spring 2001) run on 8/19/2005 at 10:59:22 File information Plant file = H:\MSL RAD MON\CALC\RADTRAD\CRDA PELLET MVP TRIP 10 MIN.psf Inventory file = H:\MSL RAD MON\CALC\RADTRAD\crd-eiv RG1-183.nif Release file = H:\MSL RAD MON\CALC\RADTRAD\Crd-eiv 5 sec.RFT Dose Conversion file = h:\msl rad mon\calc\radtrad\fgrll&12.inp Radtrad 3.03 4/15/2001 DAEC CRDA Nuclide Inventory File: H:\MSL RAD MON\CALC\RADTRAD\crd-eiv RG1-183.nif Plant Power Level: 1.9500E+03 Compartments: 4 Compartment 1: DAEC Condenser - CRDA 3

5. 5000E+04 0

0 0 0 0 Compartment 2: Envi ronment 2 O. OOOOE+00 0 0 0 0 0 Compartment 3: Control Room 1

1. 5500E+05 0

0 0 0 0 Compartment 4: Page 1

CRDA PELLET MVP TRIP 10 MIN.O0 MVP Holdup 3 3.1500E+03 0 0 0 0 0 Pathways: 5 Pathway 1: DAEC condenser to CRDA Environment - 24 Hour condenser Release 1 2 4 Pathway 2: Normal Environment to Control Room 2 3 2 Pathway 3: Normal Return control Room to Env ironment 3 2 2 Pathway 4: DAEC Condenser - CRDA to MVP Holdu P 1 4 2 Pathway 5: MVP Holdup to Environment 4 2 2 End of Plant Model File Scenario Description Name: Plant Model Filename: Source Term: 1 1 1.0000E+00 h:\msl rad mon\calc\radtrad\fgrll&12.inp H:\MSL RAD MON\CALC\RADTRAD\Crd-eiv 5 sec.RFT O.OOOOE+00 1 O.OOOOE+00 9.7000E-01 3.OOOOE-02 1.OOOOE+00 overlying Pool: 0 O.O000E+00 0 0 0 0 Compartments: 4 Compartment 1: 1 1 0 0 0 Page 2

CRDA PELLET MVP TRIP 10 MIN.o0 0 0 0 0 compartment 2: 1 0 1 0 0 0 0 0 0 c 0 1 0 0 0 0 0 0 0 compartment 4: 0 1 01 0 0 0 0 0 0 0 Pathways: 5 Pathway 1: 0 0 0 0 00 0 0 0 0 1 4 0.OOOOE+00 1.OOOOE-20 1.6670E-01 1.0000E+00 2.4000E+01 1.OOOOE-20 7.2000E+02 0.OOOOE+00 0 Pathway 2: 0 0 0 0 0 1 2 0.OOOOE+00 4.1500E+03 O.OOOOE+00 O.OOOOE+00 O.OOOOE+00 Page 3

CRDA PELLET MVP TRIP 10 MIN.o0 7.2000E+02 O.OOOOE+00 0.OOOOE+00 0.OOOOE+00 O.OOOOE+00 0 0 0 0 0 0 Pathway 3: 0 0 0 0 0 1 2 O.OOOOE+00 4.1500E+03 O.OOOOE+00 O.OOOOE+00 O.OOOOE+00 7.2000E+02 O.OOOOE+00 O.OOOOE+00 O.OOOOE+00 0.OOOOE+00 0 0 0 0 0 0 Pathway 4: 0 0 0 0 0 1 4 O.0000E+00 1.8000E+03 0.OOOOE+00 O.O000E+00 O.OOOOE+00 1.6670E-01 O.OOOOE+00 0.OOOOE+00 O.OOOOE+00 O.OOOOE+00 2.4000E+01 O.OOOOE+00 0.OOOOE+00 O.OOOOE+00 O.OOOOE+00 7.2000E+02 O.OOOOE+00 O.O000E+00 O.OOOOE+00 0.OOOOE+00 0 0 0 0 0 0 Pathway 5: 0 0 0 0 0 1 4 O.OOOOE+00 1.8000E+03 0.( )OOOE+00 0.O000E+00 O.OOOOE+00 1.6670E-01 0.OOOOE+00 0.( )OOOE+00 O.OOOOE+00 0.OOOOE+00 2.4000E+01 O.OOOOE+00 0.( )OOOE+00 0.OOOOE+00 O.OOOOE+00 7.2000E+02 0.OOOOE+00 0.( O0O0E+00 0.OOOOE+00 0.OOOOE+00 0 0 0 0 0 0 Dose Locations: 3 Location 1: CRDA @ EAB - Condenser Release Page 4

CRDA PELLET MVP TRIP 10 MIN.O0 2 1 7 0.OOOOE+00 7.0300E-05

1. 6670E-01 5.5700E-04 2.OOOOE+00 3.4200E-04 8.0000E+00 2.6900E-04 2.4000E+01 1.5900E-04 9.6000E+01 7.4300E-05 7.2000E+02 0.OOOOE+00 1

4 0.OOOOE+00 3.4700E-04 8.OOOE+00 1.7500E-04 2.4000E+01 2.3200E-04 7.2000E+02 O.OOOOE+00 0 Location 2: CRDA @ LPZ - Condenser Release 2 1 7 0.OOOOE+00 3.1500E-05 1.6670E-01 1.3400E-04 2.OOOOE+00 6.4300E-05 8.OOOOE+00 4.4600E-05 2.4000E+01 2.O100E-05 9.6000E+01 6.4200E-06 7.2000E+02 0.OOOOE+00 1 4 O.OOOOE+00 3.4700E-04 8.0000E+00 1.7500E-04 2.4000E+01 2.3200E-04 7.2000E+02 O.OOOOE+00 0 Location 3: Control Room 3 0 1 2 O.OOOOE+00 3.47OOE-04 7.2000E+02 O.OOOOE+00 1 4 O.OOOOE+00 1.OOOOE+00 2.4000E+01 6.OOOOE-01 9.6000E+01 4.OOOOE-01 7.2000E+02 O.0000E+00 Effective volume Location: 1 7 O.OOOOE+00 1.6800E-05 1.6670E-01 1.4800E-03 2.OOOOE+00 1.2700E-03 8.OOOOE+00 5.5600E-04 2.4000E+01 2.0400E-04 9.6000E+01 1.0600E-04 7.2000E+02 0.OOOOE+00 Simulation Parameters: 10 O.OOOOE+00 1.OOOOE-01 Page 5

CRDA PELLET MVP TRIP 10 MIN.o0 1.OOOOE-01 1.OOOOE-01 2.OOQ0E-01 1.0000E-01 3.O0O0E-Ol 1.0000E-02 4.O0O0E-01 1.0000E-02 1.0000E+00 1.0000E+00 8.OOOOE+00 2.OOOOE+00 2.4000E+01 8.0000E+00 4.8000E+01 2.4000E+01 7.2000E+02 0.OOOOE+00 Output Filename: H:\MSL RAD MON\CALC\RADTRAD\CRDA PELLET MVP TRIP 10 MIN.o0 1 1 1 1 1 End of Scenario File D 0 RADTRAD Version 3.03 (Spring 2001) run on 8/19/2005 at 10:59:22 Plant Description Number of Nuclides = 60 Inventory Power = 1.OOOOE+00 MWth Plant Power Level = 1.9500E+03 MWth Number of compartments = 4 compartment information Compartment number 1 (Source term fraction = 1.0000E+00

Name: DAEC Condenser - CRDA compartment volume = 5.5000E+04 (cubic feet) Compartment type is Normal Pathways into and out of compartment 1 Exit Pathway Number 1: DAEC Condenser to CRDA Environment - 24 Hour Conde Exit Pathway Number 4: DAEC Condenser - CRDA to MVP Holdup Compartment number 2 Name: Environment Compartment type is Environment Pathways into and out of compartment 2 Inlet Pathway Number 1: DAEC Condenser to CRDA Environment - 24 Hour Conde Inlet Pathway Number 3: Normal Return Control Room to Environment Inlet Pathway Number 5: MVP Holdup to Environment Exit Pathway Number 2: Normal Environment to Control Room Compartment number 3 Name: Control Room Compartment volume 1.5500E+05 (cubic feet) Compartment type is Control Room Pathways into and out of compartment 3 Inlet Pathway Number 2: Normal Environment to Control Room Exit Pathway Number 3: Normal Return Control Room to Environment Compartment number 4 Page 6

CRDA PELLET MVP TRIP 10 MIN.O0 Name: MVP Holdup Compartment volume = 3.1500E+03 (Cubic feet) Compartment type is Normal Pathways into and out of compartment 4 Inlet Pathway Number 4: DAEC condenser - CRDA to MVP Holdup Exit Pathway Number 5: MVP Holdup to Environment Total number of pathways = 5 0####################################################################### RADTRAD Version 3.03 (spring 2001) run on 8/19/2005 at 10:59:22 Scenario Description Radioactive Decay is enabled calculation of Daughters is enabled Release Fractions and Timings GAP EARLY IN-VESSEL LATE RELEASE RELEASE MASS 0.001388 hr 0.0000 hrs 0.0000 hrs (gm) NOBLES 1.OOOOE+00 O.OOOOE+00 O.OOOOE+00 7.059E+00 IODINE 1.O000E+00 O.OOOOE+O0 O.OOOOE+00 9.528E-04 CESIUM 1.OOOOE+O0 O.OOOOE+00 0.OOOOE+0O 7.283E-04 TELLURIUM 1.OOOOE+00 O.OOOOE+00 O.OOOOE+00 9.785E-07 STRONTIUM I.OOOOE+0O O.OOOOE+O0 O.OOOOE+O0 4.482E-05 BARIUM 1.0000E+O0 O.OOOOE+00 O.0000E+00 1.056E-06 RUTHENIUM 1.OOOOE+00 O.OOOOE+00 0.OOOOE+00 1.634E-06 CERIUM 1.0000E+00 O.OOOOE+00 O.OOOOE+00 1.668E-05 LANTHANUM 1.O000E+00 O.OOOOE+O0 0.0000E+O0 2.042E-07 Inventory Power = 1950. MWt Nuclide Group Specific hal f whole Body Inhaled Inhaled Name Inventory life DCF Thyroid Effective (Ci/MWt) (s) (Sv-m3/Bq-s) (Sv/Bq) (Sv/Bq) Co-58 7 1.605E-08 6. 117E+06 4.760E-14 8.720E-10 2.940E-09 Co-60 7 1.920E-08 1. 663E+08 1.260E-13 1. 620E-08 5.910E-08 Kr-85 1 1.700E-01 3. 383E+08 1.190E-16 0. OOOE+00 O.OOOE+00 Kr-85m 1 2.532E+00 1.613E+08 7.480E-15 0.OOOE+00 O.OOOE+O0 Kr-87 1 4.813E+00 4. 578E+03 4.120E-14 0. OOOE+00 0.OOOE+00 Kr-88 1 6.770E+00 1. 022E+04 1.020E-13 0.OOOE+00 O.OOOE+00 Rb-86 3 5.389E-07 1. 612E+06 4.810E-15 1. 330E-09 1.790E-09 Sr-89 5 2.020E-05 4.363E+06 7.730E-17 7.960E-12 1.120E-08 Sr-90 5 3.039E-06 9.190E+08 7.530E-18 2.690E-10 3.510E-07 Sr-91 5 2.558E-05 3.420E+04 4.924E-14 9.930E-12 4.547E-10 Sr-92 5 2.797E-05 9.756E+03 6.790E-14 3.920E-12 2.180E-10 Y-90 9 3.155E-08 2.304E+05 1.900E-16 5.170E-13 2.280E-09 Y-91 9 2.630E-07 5.055E+06 2.600E-16 8.500E-12 1.320E-08 Y-92 9 2.810E-07 1. 274E+04 1.300E-14 1.050E-12 2.110E-10 Y-93 9 3.287E-07 3. 636E+04 4.800E-15 9.260E-13 5.820E-10 Zr-95 9 3.722E-07 5. 528E+06 3.600E-14 1.440E-09 6.390E-09 Zr-97 9 3.772E-07 6.084E+04 4.432E-14 2.315E-11 1.171E-09 Nb-95 9 3.740E-07 3.037E+06 3.740E-14 3.580E-10 1.570E-09 Mo-99 7 5.450E-06 2. 376E+05 7.280E-15 1. 520E-11 1.070E-09 Tc-99m 7 4.773E-06 2.167E+04 5.890E-15 5.010E-11 8.800E-12 Ru-103 7 4.782E-06 3.394E+06 2.251E-14 2.570E-10 2.421E-09 Ru-105 7 3.531E-06 1. 598E+04 3.810E-14 4.150E-12 1.230E-10 Ru-106 7 2.194E-06 3.181E+07 1.040E-14 1. 720E-09 1.290E-07 Rh-105 7 3.295E-06 1.273E+05 3.720E-15 2.880E-12 2.580E-10 Page 7

CRDA PELLET MVP TRIP 10 MIN.o0 sb-127 6. 729E-06 3.326E+05 3.330E-14 6.150E-11 1. 630E-09 sb-129 1.943E-05 1.555E+04 7.140E-14 9.720E-12 1. 740E-10 Te-127 6.695E-06 3.366E+04 2.420E-16 1. 840E-12 8.600E-11 Te-127m 9. 080E-07 9.418E+06 1.470E-16 9.660E-11 5.810E-09 Te-129 1.913E-05 4.176E+03 2.750E-15 5.090E-13 2.090E-11 Te-129m 2.846E-06 2.903E+06 3.337E-15 1. 563E-10 6.484E-09 Te-131m 8.530E-06 1.080E+05 7.463E-14 3.669E-08 1.758E-09 Te-132 8. 144E-05 2.815E+05 1.030E-14 6.280E-08 2. 550E-09 1-131 4. 616E-02 6.947E+05 1o820E-14 2.920E-07 8.890E-09 1-132 6.632E-02 8.280E+03 1.120E-13 1.740E-09 1.030E-10 1-133 9.228E-02 7.488E+04 2.940E-14 4.860E-08 1. 580E-09 1-134 1.OlIE-01 3.156E+03 1.300E-13 2.880E-10 3. 550E-11 1-135 8.647E-02 2.380E+04 8.294E-14 8.460E-09 3.320E-10 xe-133 1. 994E+01 4.532E+05 1.560E-15 0. OOOE+00 0.000 E+00 xe-135 7.208E+00 3.272E+04 1.190E-14 0. OOOE+00 0.OOOE+00 Cs-134 5.812E-05 6.507E+07 7.570E-14 1.11OE-08 1.250E-08 Cs-136 1. 617E-05 1.132E+06 1.060E-13 1.730E-09 1. 980E-09 Cs-137 2.856E-05 9.467E+08 2.725E-14 7.930E-09 8.630E-09 Ba-139 4.090E-05 4.962E+03 2.170E-15 2.400E-12 4.640E-11 Ba-140 3. 948E-05 1.101E+06 8.580E-15 2.560E-10 1.01OE-09 La-140 4. 248E-07 1.450E+05 1.170E-13 6.870E-11 1. 310E-09 La-141 3. 725E-07 1.415E+04 2.390E-15 9.400E-12 1. 570E-10 La-142 3. 587E-07 5.550E+03 1.440E-13 8.740E-12 6.840E-11 Ce-141 9.359E-07 2.808E+06 3.430E-15 2.550E-11 2.420E-09 Ce-143 8.570E-07 1.188E+05 1.290E-14 6.230E-12 9.160E-10 Ce-144 7.768E-07 2.456E+07 2.773E-15 2.920E-10 1.010E-07 Pr-143 3. 314E-07 1.172E+06 2.100E-17 1.680E-18 2.190E-09 Nd-147 1. 509E-07 9.487E+05 6.190E-15 1.820E-11 1.850E-09 Np-239 1.278E-05 2.035E+05 7.690E-15 7.620E-12 6.780E-10 Pu-238 5.346E-09 2.769E+09 4.880E-18 3.860E-10 7.790E-05 Pu-239 2.871E-10 7.594E+11 4.240E-18 3.750E-10 8.330E-05 Pu-240 4. 546E-10 2.063E+11 4.750E-18 3.760E-10 8. 330E-05 Pu-241 1.335E-07 4.544E+08 7.250E-20 9.150E-12 1. 340E-06 Am-241 7. 01SE-11 1.364E+10 8.180E-16 1. 600E-09 1. 200E-04 Cm-242 2.129E-08 1.407E+07 5.690E-18 9.410E-10 4.670E-06 Cm-244 2. 606E-09 5.715E+08 4.910E-18 1.O1OE-09 6.700E-05 Nuclide Daughter Fraction Daughter Fraction Daughter Fraction 1-131. xe-131m 0.01 none 0.00 none 0.00 1-133 xe-133m 0.03 Xe-133 0.97 none 0.00 1-135 Xe-135m 0.15 Xe-135 0.85 none 0.00 Iodine fractions Aerosol = O.OOOOE+00 Elemental = 9.7000E-01 Organic = 3.OOOOE-02 COMPARTMENT DATA Compartment number 1: DAEC Condenser - CRDA Compartment number 2: Environment Compartment number 3: Control Room Compartment number 4: MVP Holdup PATHWAY DATA Pathway number 1: DAEC Condenser to CRDA Environment - 24 Hour Conde Convection Data Time (hr) Flow Rate (% / day) Page 8

CRDA PELLET MVP TRIP 10 MIN.O0 0.OOOOE+00 1.OOOOE-20

1. 6670E-01 1.OOOOE+00 2.4000E+01 1.0000E-20 7.2000E+02 O.OOOOE+O0 Pathway number 2: Normal Environment to Control Room Pathway Filter: Removal Data Time (hr) Flow Rate Filter Efficiencies (%)

(cfm) Aerosol Elemental organic O.OOOOE+00 4.1500E+03 O.OOOOE+00 O.OOOOE+00 0.OOOOE+00 7.2000E+02 O.OOOOE+00 0.OOOOE+00 0.OOOOE+00 0.OOOOE+00 Pathway number 3: Normal Return Control Room to Environment Pathway Filter: Removal Data Time (hr) Flow Rate Filter Efficiencies (%) (cfm) Aerosol Elemental Organic O.OOOOE+00 4.1500E+03 0.OOOOE+00 0.OOOOE+00 0.OOOOE+00 7.2000E+02 O.OOOOE+00 0.OOOOE+00 0.OOOOE+00 0.OOOOE+00 Pathway number 4: DAEC Condenser - CRDA to MVP Holdup Pathway Filter: Removal Data Time (hr) Flow Rate Filter Efficiencies (%) (cfm) Aerosol Elemental Organic 0.OOOOE+O0 1.8000E+03 O.OOOOE+00 O.OOOOE+00 0.OOOOE+00

1. 6670E-01 0.OOOOE+00 0.OOOOE+00 0.OOOOE+00 0.OOOOE+00 2.4000E+01 O.OOOOE+00 0.OOOOE+00 0.OOOOE+00 O.OOOOE+O0 7.2000E+02 0.OOOOE+00 O.OOOOE+00 O.OOOOE+00 O.OOOOE+00 Pathway number 5: MVP Holdup to Environment Pathway Filter: Removal Data Time (hr) Flow Rate Filter Efficiencies (%)

(cfm) Aerosol Elemental organic 0.OOOOE+00 1.8000E+03 0.OOOOE+00 0.OOOOE+00 0.OOOOE+00 1.6670E-01 O.OOOOE+00 O.OOOOE+00 O.OOOOE+00 0.OOOOE+00 2.4000E+01 O.OOOOE+00 O.OOOOE+00 O.OOOOE+O0 O.OOOOE+O0 7.2000E+02 O.OOOOE+00 O.0000E+00 0.OOOOE+00 0.OOO0E+00 LOCATION DATA Location CRDA @ EAB - Condenser Release is in compartment 2 Location X/Q Data Time (hr) X/Q (S

mA-3)

O.OOOOE+0O 7.0300E-05 1.6670E-01 5.5700E-04 2.OOOOE+00 3.4200E-04 8.OOOOE+00 2.6900E-04 2.4000E+01 1.5900E-04 9.6000E+01 7.4300E-05 7.2000E+02 0.OOOOE+00 Location Breathing Rate Data Time (hr) Breathing Rate (mA3

secA-1)

O.OOOOE+00 3.4700E-04 8.OOOOE+0O 1.7500E-04 2.4000E+01 2.3200E-04 Page 9

CRDA PELLET MVP TRIP 10 MIN.o0 7.2000E+02 O.0000E+00 Location CRDA @ LPZ - Condenser Release is in compartment 2 Location X/Q Data Time (hr) X/Q (s

mA-3)

O.0000E+00 3.1500E-05 1.6670E-01 1.3400E-04 2.OOOOE+O0 6.4300E-05 8.0000E+00 4.4600E-05 2.4000E+01 2.0100E-05 9.6000E+01 6.4200E-06 7.2000E+02 0.0000E+00 Location Breathing Rate Data Time (hr) Breathing Rate (mA3

secA-1) 0.OOOOE+00 3.4700E-04 8.OOOOE+00 1.7500E-04 2.4000E+01 2.3200E-04 7.2000E+02 0.OOOOE+00 Location Control Rioom is in compartment 3 Location X/Q Data Time (hr) X/Q (s
mA-3)

O.OOOOE+00 1.6800E-05 1.6670E-01 1.4800E-03 2.OOOOE+00 1.2700E-03 8.OOOOE+00 5.5600E-04 2.4000E+01 2.0400E-04 9.6000E+01 1.0600E-04 7.2000E+02 0.0000E+00 Location Breathing Rate Data Time (hr) Breathing Rate (mA3

secA-1) 0.OOOOE+00 3.4700E-04 7.2000E+02 0.OOOOE+00 Location Occupancy Factor Data Time (hr) Occupancy Factor 0.OOOOE+00 1.0000E+00 2.4000E+01 6.0000E-01 9.6000E+01 4.O0O0E-01 7.2000E+02 O.O000E+00 USER SPECIFIED TIME STEP DATA - SUPPLEMENTAL TIME STEPS Time Time step O.OOOOE+00 1.O0O0E-01 1.0000E-01 1.0000E-01 2.OOOOE-01 1.0000E-01 3.OOOOE-01 1.0000E-02 4.O0O0E-01 1.OOOOE-02 1.0000E+00 1.0000E+00 8.OOOOE+00 2.OOOOE+00 2.4000E+01 8.OOOOE+00 4.8000E+01 2.4000E+01 7.2000E+02 0.OOOOE+00 RADTRAD Version 3.03 (spring 2001) run on 8/19/2005 at 10:59:22 Page 10

CRDA PELLET MVP TRIP 10 MIN.O0 Dose, Detailed model and Detailed Inventory output Detailed model information at time (H) = 0. 0014 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.0014 whole Body Thyroid TEDE Delta dose (rem) 1.1432E-05 7.0809E-05 1.3683E-05 Accumulated dose (rem) 1.1432E-05 7.0809E-05 1.3683E-05 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.0014 whole Body Thyroid TEDE Delta dose (rem) 5.1223E-06 3.1728E-05 6.1312E-06 Accumulated dose (rem) 5.1223E-06 3.1728E-05 6.1312E-06 control Room Doses: Time (h) = 0.0014 whole Body Thyroid TEDE Delta dose (rem) 8.2490E-11 1.0553E-08 4.1804E-10 Accumulated dose (rem) 8.2490E-11 1.0553E-08 4.1804E-10 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.0014 Ci kg Atoms Decay co-58 3. 1255E-05 9.8292E-13 1.0206E+13 3.9312E+06 Co-60 3.7389E-05 3.3076E-11 3.3198E+14 4.7027E+06 Kr-85 3.3105E+02 8.4379E-04 5.9782E+21 4.1639E+13 Kr-85m 4.9307E+03 5.9914E-03 4.2449E+22 6.2017E+14 Kr-87 9. 3655E+03 3.3064E-07 2.2887E+18 1.1783E+15 Kr-88 1. 3179E+04 1. 0510E-06 7.1925E+18 1. 6579E+15 Rb-86 1.0494E-03 1. 2897E-11 9.0313E+13 1.3200E+08 Sr-89 3.9336E-02 1.3540E-09 9.1617E+15 4.9477E+09 Sr-90 5. 9180E-03 4.3385E-08 2.9030E+17 7.4436E+08 Sr-91 4.9808E-02 1. 3740E-11 9.0929E+13 6.2651E+09 Sr-92 5.4448E-02 4.3318E-12 2.8355E+13 6.8494E+09 Y-90 6. 1438E-05 1.1292E-13 7. 5560E+11 7.7276E+06 Y-91 5.1215E-04 2.0884E-11 1. 3820E+14 6.4418E+07 Y-92 5. 4706E-04 5.6853E-14 3.7215E+11 6.8816E+07 Y-93 6.4003E-04 1. 9184E-13 1.2422E+12 8.0505E+07 Zr-95 7.2480E-04 3.3739E-11 2.1387E+14 9.1165E+07 Zr-97 7.3450E-04 3.8422E-13 2.3854E+12 9.2386E+07 Nb-95 7. 2831E-04 1.8625E-11 1. 1807E+14 9.1606E+07 Mo-99 1. 0613E-02 2.2128E-11 1. 3460E+14 1.3349E+09 Tc-99m 9.2932E-03 1. 7674E-12 1.0751E+13 1.1690E+09 Ru-103 9.3122E-03 2.8854E-10 1. 6870E+15 1.1713E+09 Ru-105 6. 8746E-03 1.0227E-12 5.8655E+12 8.6475E+08 RU-106 4.2725E-03 1. 2771E-09 7.2553E+15 5.3739E+08 Rh-105 6.4163E-03 7.6018E-12 4.3599E+13 8.0705E+08 Sb-127 1. 3104E-02 4.9067E-11 2.3267E+14 1.6482E+09 sb-129 3.7828E-02 6.7270E-12 3. 1404E+13 4.7585E+09 Page 11

CRDA PELLET MVP TRIP 10 MIN.o0 Te-127 1.3036E-02 4.9396E-12 2.3423E+13 1.6397E+09 Te-127m 1.7682E-03 1.8746E-10 8.8888E+14 2.2240E+08 Te-129 3.7222E-02 1.7774E-12 8.2973E+12 4.6833E+09 Te-129m 5.5421E-03 1.8397E-10 8.5883E+14 6.9708E+08 Te-131m 1.6610E-02 2.0830E-11 9.5759E+13 2.0893E+09 Te-132 1.5859E-01 5.2238E-10 2.3832E+15 1.9947E+10 1-131 8.9889E+01 7.2506E-07 3.3331E+18 1. 1306E+13 1-132 1.2909E+02 1.2506E-08 5.7057E+16 1. 6240E+13 1-133 1.7969E+02 1.5863E-07 7.1824E+17 2.2602E+13 1-134 1.9666E+02 7.3720E-09 3.3131E+16 2.4747E+13 1-135 1.6836E+02 4.7941E-08 2.1386E+17 2.1178E+13 xe-133 3.8830E+04 2.0744E-04 9.3929E+20 4.8840E+15 xe-135 1.4035E+04 5.4959E-06 2.4516E+19 1.7654E+15 Cs-134 1.1318E-01 8.7477E-08 3.9313E+17 1.4236E+10 Cs-136 3.1488E-02 4.2964E-10 1.9024E+15 3.9606E+09 Cs-137 5.5616E-02 6.3940E-07 2.8106E+18 6.9953E+09 Ba-139 7.9591E-02 4.8659E-12 2.1081E+13 1.0014E+10 Ba-140 7.6881E-02 1.0502E-09 4.5173E+15 9.6700E+09 La-140 8.2721E-04 1.4883E-12 6.4018E+12 1.0405E+08 La-141 7.2521E-04 1.2823E-13 5.4769E+11 9.1225E+07 La-142 6.9808E-04 4.8765E-14 2.0681E+11 8.7826E+07 Ce-141 1.8225E-03 6.3963E-11 2.7319E+14 2.2923E+08 Ce-143 1.6688E-03 2.5130E-12 1.0583E+13 2.0991E+08 ce-144 1.5127E-03 4.7428E-10 1.9834E+15 1.9027E+08 Pr-143 6.4535E-04 9.5836E-12 4.0359E+13 8.1171E+07 Nd-147 2.9385E-04 3.6324E-12 1.4881E+13 3.6961E+07 Np-239 2.4887E-02 1.0727E-10 2.7030E+14 3.1302E+09 Pu-238 1.0411E-05 6.0810E-10 1. 5387E+15 1.3094E+06 Pu-239 5.5908E-07 8.9948E-09 2.2664E+16 7.0321E+04 Pu-240 8.8526E-07 3.8850E-09 9.7483E+15 1.1135E+05 Pu-241 2.5997E-04 2.5237E-09 6.3062E+15 3.2699E+07 Am-241 1.3661E-07 3.9802E-11 9.9457E+13 1. 7182E+04 Cm-242 4.1459E-05 1.2509E-11 3.1129E+13 5.2147E+06 Cm-244 5.0748E-06 6.2727E-11 1. 5482E+14 6.3830E+05 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 0.0014 Atmosphere sump Noble gases (atoms) 4.9400E+22 0.OOOOE+00 Elemental I (atoms) 4.2248E+18 O.OOOOE+00 organic I (atoms) 1.3066E+17 0.0000E+00 Aerosols (kq) 7.9260E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 8.0670E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.0269E-07 Total I (Ci) 7.6370E+02 DAEC condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 0.0014 Leakage Transport Noble gases (atoms) 1.4291E-04 Elemental I (atoms) 1.2222E-08 organic I (atoms) 3.7801E-10 Aerosols (kg) 2.2930E-33 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.0014 Filtered Transported Noble gases (atoms) 0.0000E+00 6.7351E+19 Elemental I (atoms) O.O000E+00 5.7601E+15 organic I (atoms) O.OOOOE+00 1.7815E+14 Aerosols (kg) O.O000E+00 1.0806E-09 Environment Integral Nuclide Release: Page 12

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) 0.0014 ci kg Atoms Bq Co-58 6.6814E-10 2.1012E-17 2.1817E+08 2.4721E+01 Co-60 7.9927E-10 7.0708E-16 7.0969E+09 2.9573E+01 Kr-85 7.0769E-03 1.8038E-08 1. 2780E+17 2.6184E+08 Kr-85m 1. 0540E-01 1.2808E-07 9.0743E+17 3.8999E+09 Kr-87 2.0023E-01 7.0687E-12 4.8930E+13 7.4084E+09 Kr-88 2.8174E-01 2.2469E-11 1. 5376E+14 1.0424E+10 Rb-86 2.2434E-08 2.7571E-16 1.9306E+09 8.3004E+02 Sr-89 8.4090E-07 2.8944E-14 1.9585E+11 3. 1113E+04 Sr-90 1.2651E-07 9.2744E-13 6.2057E+12 4.6808E+03 Sr-91 1.0648E-06 2.9373E-16 1.9438E+09 3.9396E+04 Sr-92 1.1640E-06 9.2605E-17 6.0617E+08 4.3068E+04 Y-90 1. 3134E-09 2.4140E-18 1.6153E+07 4.8594E+01 Y-91 1. 0948E-08 4.4643E-16 2.9544E+09 4.0509E+02 Y-92 1. 1695E-08 1.2154E-18 7.9557E+06 4.3271E+02 Y-93 1.3682E-08 4. 1O1OE-18 2.6556E+07 5.0624E+02 Zr-95 1. 5494E-08 7.2123E-16 4.5720E+09 5.7328E+02 Zr-97 1. 5702E-08 8.2135E-18 5.0993E+07 5.8096E+02 Nb-95 1.5569E-08 3.9815E-16 2.5239E+09 5.7606E+02 Mo-99 2.2687E-07 4.7303E-16 2.8774E+09 8.3943E+03 Tc-99m 1. 9867E-07 3.7782E-17 2.2983E+08 7.3506E+03 Ru-103 1.9907E-07 6.1681E-15 3.6063E+10 7.3655E+03 Ru-105 1.4696E-07 2.1863E-17 1.2539E+08 5.4376E+03 Ru-106 9.1333E-08 2.7300E-14 1. 5510E+11 3.3793E+03 Rh-105 1. 3716E-07 1. 6250E-16 9.3203E+08 5.0750E+03 Sb-127 2. 8012E-07 1.0489E-15 4.9738E+09 1.0364E+04 sb-129 8.0869E-07 1.4381E-16 6.7134E+08 2.9921E+04 Te-127 2.7868E-07 1.0560E-16 5.0072E+08 1.0311E+04 Te-127m 3.7799E-08 4.0073E-15 1.9002E+10 1.3986E+03 Te-129 7.9578E-07 3.7999E-17 1.7739E+08 2.9444E+04 Te-129m 1. 1847E-07 3.9327E-15 1.8359E+10 4.3836E+03 Te-131m 3.5508E-07 4.4530E-16 2.0470E+09 1. 3138E+04 Te-132 3.3902E-06 1. 1167E-14 5.0946E+10 1.2544E+05 1-131 1. 9216E-03 1. 5500E-11 7.1253E+13 7.1098E+07 1-132 2.7598E-03 2.6737E-13 1.2198E+12 1.0211E+08 1-133 3. 8413E-03 3.3910E-12 1. 5354E+13 1.4213E+08 1-134 4.2046E-03 1. 5761E-13 7.0834E+11 1.5557E+08 1-135 3.5992E-03 1.0249E-12 4. 5717E+12 1. 3317E+08 Xe-133 8. 3007E-01 4.4346E-09 2.0079E+16 3.0713E+10 Xe-135 3. 0003E-01 1.1749E-10 5.2409E+14 1. 1101E+10 cs-134 2.4195E-06 1.8700E-12 8.4040E+12 8.9520E+04 Cs-136 6.7313E-07 9.1844E-15 4.0669E+10 2.4906E+04 Cs-137 1. 1889E-06 1.3669E-11 6.0083E+13 4.3990E+04 Ba-139 1. 7016E-06 1. 0403E-16 4.5070E+08 6.2958E+04 Ba-140 1. 6435E-06 2.2449E-14 9.6567E+10 6.0809E+04 La-140 1.7683E-08 3.1815E-17 1.3685E+08 6.5429E+02 La-141 1.5503E-08 2.7414E-18 1.1708E+07 5.7362E+02 La-142 1.4924E-08 1.0425E-18 4.4214E+06 5. 5219E+02 Ce-141 3. 8960E-08 1.3673E-15 5.8399E+09 1.4415E+03 Ce-143 3.5675E-08 5.3720E-17 2.2623E+08 1.3200E+03 Ce-144 3.2337E-08 1.0139E-14 4.2400E+10 1. 1965E+03 Pr-143 1. 3796E-08 2.0487E-16 8.6277E+08 5.1044E+02 Nd-147 6. 2817E-09 7.7649E-17 3.1811E+08 2.3242E+02 Np-239 5. 3201E-07 2.2932E-15 5.7783E+09 1.9684E+04 Pu-238 2.2255E-10 1.2999E-14 3.2893E+10 8.2342E+00 Pu-239 1. 1952E-11 1.9228E-13 4.8450E+11 4.4221E-01 Pu-240 1. 8924E-11 8.3050E-14 2.0839E+11 7.0020E-01 Pu-241 5. 5574E-09 5.3949E-14 1. 3481E+11 2.0562E+02 Am-241 2.9202E-12 8.5085E-16 2.1261E+09 1.0805E-01 Cm-242 8.8627E-10 2.6741E-16 6.6544E+08 3.2792E+01 Cm-244 1. 0848E-10 1. 3409E-15 3.3095E+09 4.0139E+00 Page 13

CRDA PELLET MVP TRIP 10 MIN.O0 Environment Transport Group Inventory: Total Release Time (h) = 0.0014 Release Rate/s Noble gases (atoms) 1.0560E+18 2.1134E+17 Elemental I (atoms) 9.0313E+13 1.8074E+13 Organic I (atoms) 2.7932E+12 5.5900E+11 Aerosols (kq) 1.6944E-11 3.3909E-12 Dose Effective (Ci) 1-131 (Thyroid) 2.6858E-03 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.4190E-03 Total I (Ci) 1.6326E-02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.0014 Leakage Transport Noble gases (atoms) 1.4291E-04 Elemental I (atoms) 1.2222E-08 organic I (atoms) 3.7801E-10 Aerosols (kg) 2.2930E-33 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.0014 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.4748E+13 Elemental I (atoms) 0.OOOOE+00 2.9717E+09 Organic I (atoms) O.OOOOE+00 9.1909E+07 Aerosols (kg) 0.OOOOE+00 5.5751E-16 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.0014 Filtered Transported Noble gases (atoms) 1. 9749E+10 O.OOOOE+00 Elemental I (atoms) 1.6890E+06 0.OOOOE+00 Organic I (atoms) 5.2236E+04 0.OOOOE+00 Aerosols (kg) 3.1686E-19 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.0014 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.0558E+18 Elemental I (atoms) 0.OOOOE+00 9.0294E+13 organic I (atoms) O.OOOOE+00 2.7926E+12 Aerosols (kg) 0.OOOOE+00 1.6940E-11 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.0014 Ci kg Atoms Decay Co-58 4.1944E-08 1. 3191E-15 1. 3696E+10 4.0449E+03 Co-60 5.0176E-08 4.4389E-14 4.4552E+11 4.8387E+03 Kr-85 4.4427E-01 1.1324E-06 8.0227E+18 4.2843E+10 Kr-85m 6.6170E+00 8.0406E-06 5.6966E+19 6.3811E+11 Kr-87 1.2569E+01 4.4372E-10 3.0714E+15 1. 2123E+12 Kr-88 1.7686E+01 1.4105E-09 9.6524E+15 1. 7058E+12 Rb-86 1.4083E-06 1.7308E-14 1. 2120E+11 1. 3581E+05 Sr-89 5.2790E-05 1.8171E-12 1. 2295E+13 5.0907E+06 Sr-90 7.9420E-06 5.8223E-11 3.8958E+14 7.6588E+05 Sr-91 6.6843E-05 1.8439E-14 1.2203E+11 6.4462E+06 Sr-92 7.3069E-05 5.8133E-15 3.8053E+10 7.0473E+06 Y-90 8.2450E-08 1. 5154E-16 1. 0140E+09 7.9511E+03 Y-91 6.8731E-07 2.8026E-14 1.8547E+11 6.6280E+04 Page 14

CRDA PELLET MVP TRIP 10 MIN.o0 Y-92 7.3415E-07 7.6297E-17 4.9942E+08 7.0804E+04 Y-93 8.5893E-07 2.5745E-16 1. 6671E+09 8.2833E+04 Zr-95 9.7269E-07 4.5277E-14 2.8702E+11 9.3801E+04 Zr-97 9.8570E-07 5.1562E-16 3.2012E+09 9.5057E+04 Nb-95 9.7739E-07 2.4995E-14 1. 5845E+11 9.4254E+04 Mo-99 1.4243E-05 2.9696E-14 1.8064E+11 1.3735E+06 Tc-99m 1.2472E-05 2.3718E-15 1.4428E+10 1.2028E+06 Ru-103 1.2497E-05 3.8722E-13 2.2640E+12 1.2051E+06 Ru-105 9.2257E-06 1.3725E-15 7.8716E+09 8.8974E+05 Ru-106 5.7337E-06 1.7138E-12 9.7366E+12 5.5293E+05 Rh-105 8.6107E-06 1.0202E-14 5.8510E+10 8.3038E+05 Sb-127 1.7585E-05 6.5849E-14 3.1224E+11 1.6958E+06 sb-129 5.0766E-05 9.0277E-15 4.2144E+10 4.8960E+06 Te-127 1.7495E-05 6.6290E-15 3.1434E+10 1. 6871E+06 Te-127m 2.3729E-06 2.5157E-13 1. 1929E+12 2.2883E+05 Te-129 4.9952E-05 2.3852E-15 1.1135E+10 4.8184E+06 Te-129m 7.4376E-06 2.4689E-13 1.1526E+12 7.1724E+05 Te-131m 2.2291E-05 2.7955E-14 1.2851E+11 2.1497E+06 Te-132 2.1283E-04 7.0103E-13 3.1983E+12 2.0524E+07 1-131 1.2063E-01 9.7303E-10 4.4731E+15 1.1633E+10 1-132 1.7324E-01 1.6784E-11 7.6571E+13 1. 6709E+10 1-133 2.4115E-01 2.1288E-10 9.6389E+14 2.3255E+10 1-134 2.6392E-01 9.8933E-12 4.4462E+13 2.5460E+10 1-135 2.2594E-01 6.4337E-11 2.8700E+14 2.1790E+10 xe-133 5.2110E+01 2.7839E-07 1.2605E+18 5.0252E+12 xe-135 1.8835E+01 7.3755E-09 3.2901E+16 1.8164E+12 Cs-134 1.5189E-04 1.1739E-10 5.2758E+14 1.4647E+07 Cs-136 4.2258E-05 5.7657E-13 2. 5531E+12 4.0751E+06 Cs-137 7.4637E-05 8.5808E-10 3.7719E+15 7.1976E+06 Ba-139 1.0681E-04 6.5300E-15 2.8291E+10 1.0303E+07 Ba-140 1.0317E-04 1.4093E-12 6.0622E+12 9.9496E+06 La-140 1-1101E-06 1.9972E-15 8.5912E+09 1.0706E+05 La-141 9.7323E-07 1.7209E-16 7.3500E+08 9.3861E+04 La-142 9.3682E-07 6.5443E-17 2.7754E+08 9.0361E+04 Ce-141 2.4458E-06 8.5838E-14 3.6662E+11 2.3586E+05 Ce-143 2.2396E-06 3.3724E-15 1.4202E+10 2.1597E+05 Ce-144 2.0300E-06 6.3648E-13 2.6618E+12 1.9577E+05 Pr-143 8.6606E-07 1.2861E-14 5.4162E+10 8.3518E+04 Nd-147 3.9435E-07 4.8747E-15 1.9970E+10 3.8029E+04 Np-239 3.3398E-05 1.4396E-13 3.6275E+11 3.2207E+06 Pu-238 1.3971E-08 8.1608E-13 2.0649E+12 1.3473E+03 Pu-239 7.5029E-10 1.2071E-11 3.0416E+13 7.2355E+01 Pu-240 1.1880E-09 5.2137E-12 1. 3082E+13 1.1457E+02 Pu-241 3.4888E-07 3.3868E-12 8.4629E+12 3.3644E+04 Am-241 1.8333E-10 5.3414E-14 1.3347E+11 1.7679E+01 Cm-242 5.5638E-08 1.6787E-14 4.1775E+10 5.3654E+03 Cm-244 6.8104E-09 8.4180E-14 2.0776E+11 6.5676E+02 MVP Holdup Transport Group Inventory: Time (h) = 0.0014 Atmosphere Sump Noble gases (atoms) 6.6295E+19 0.OOOOE+00 Elemental I (atoms) 5.6697E+15 O.OOOOE+00 Organic I (atoms) 1.7535E+14 0.OOOOE+00 Aerosols (kq) 1.0637E-09 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.8903E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 2.4063E-09 Total I (Ci) 1.0249E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.0014 Filtered Transported Noble gases (atoms) O.OOOOE+00 6.7351E+19 Page 15

CRDA PELLET MVP TRIP 10 MIN.O0 Elemental I (atoms) O.OOOOE+00 5.7601E+15 organic I (atoms) 0O.000E+00 1.7815E+14 Aerosols (kg) 0.OOOOE+00 1.0806E-09 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.0014 Filtered Transported Noble gases (atoms) O.0000E+00 1.0558E+18 Elemental I (atoms) O.OOOOE+00 9.0294E+13 organic I (atoms) O.0000E+00 2.7926E+12 Aerosols (kg) 0.OOOOE+00 1.6940E-11 Detailed model information at time (H) = 0.1000 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.1000 whole Body Thyroid TEDE Delta dose (rem) 6.9160E-02 4.2845E-01 8.2783E-02 Accumulated dose (rem) 6.9171E-02 4.2852E-01 8.2797E-02 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.1000 whole Body Thyroid TEDE Delta dose (rem) 3.0989E-02 1.9198E-01 3.7094E-02 Accumulated dose (rem) 3.0994E-02 1.9201E-01 3.7100E-02 Control Room Doses: Time (h) = 0.1000 whole Body Thyroid TEDE Delta dose (rem) 5.9401E-05 7.6003E-03 3.0107E-04 Accumulated dose (rem) 5.9401E-05 7.6003E-03 3.0107E-04 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.1000 Ci kg Atoms Decay Co-58 2.5752E-05 8.0985E-13 8.4087E+12 3.4219E+08 Co-60 3.0807E-05 2.7253E-11 2.7354E+14 4.0935E+08 Kr-85 2. 7277E+02 6.9525E-04 4.9257E+21 3.6245E+15 Kr-85m 4.0627E+03 4.9367E-03 3.4976E+22 5.3984E+16 Kr-87 7. 3129E+03 2.5817E-07 1. 7871E+18 9.9863E+16 Kr-88 1. 0601E+04 8.4541E-07 5.7854E+18 1.4259E+17 Rb-86 8.6455E-04 1.0625E-11 7.4403E+13 1.1489E+10 Sr-89 3. 2410E-02 1.1156E-09 7.5484E+15 4.3066E+11 Sr-90 4.8762E-03 3.5747E-08 2.3919E+17 6.4793E+10 Sr-91 4. 0745E-02 1. 1240E-11 7.4384E+13 5.4339E+11 Sr-92 4.3745E-02 3.4803E-12 2.2781E+13 5.8876E+11 Y-90 5.0568E-05 9.2945E-14 6.2192E+11 6.7230E+08 Y-91 4.2197E-04 1. 7206E-11 1.1387E+14 5.6072E+09 Y-92 4.4213E-04 4.5948E-14 3.0077E+11 5.9327E+09 Y-93 5.2380E-04 1. 5700E-13 1. 0166E+12 6.9840E+09 Zr-95 5.9718E-04 2.7798E-11 1.7621E+14 7.9353E+09 Zr-97 6.0275E-04 3.1530E-13 1. 9575E+12 8.0256E+09 Nb-95 6.0004E-04 1. 5345E-11 9.7274E+13 7.9736E+09 MO-99 8.7355E-03 1.8214E-11 1.1079E+14 1. 1614E+11 Tc-99m 7. 5707E-03 1.4398E-12 8.7582E+12 1.0118E+11 Ru-103 7.6723E-03 2.3772E-10 1. 3899E+15 1.0195E+11 RU-105 5. 5778E-03 8.2978E-13 4.7591E+12 7.4697E+10 Ru-106 3. 5203E-03 1.0522E-09 5.9780E+15 4.6777E+10 Rh-105 5.2766E-03 6.2514E-12 3.5854E+13 7.0182E+10 sb-127 1.0789E-02 4.0399E-11 1. 9157E+14 1.4341E+11 sb-129 3.0680E-02 5.4557E-12 2.5469E+13 4.1095E+11 Te-127 1. 0663E-02 4.0404E-12 1.9159E+13 1.4221E+11 Page 16

CRDA PELLET MVP TRIP 10 MIN.o0 Te-127m 1.4569E-03 1.5445E-10 7.3238E+14 1.9359E+10 Te-129 2.8914E-02 1.3807E-12 6.4454E+12 3.9589E+11 Te-129m 4.5661E-03 1.5157E-10 7.0758E+14 6.0676E+10 Te-131m 1.3655E-02 1.7124E-11 7.8721E+13 1.8165E+11 Te-132 1.3056E-01 4.3004E-10 1.9619E+15 1. 7356E+12 1-131 7.4038E+01 5.9721E-07 2.7454E+18 9.8398E+14 1-132 1.0325E+02 1.0003E-08 4.5636E+16 1. 3928E+15 1-133 1.4757E+02 1.3027E-07 5.8986E+17 1.9642E+15 1-134 1.4989E+02 5.6186E-09 2. 5251E+16 2.0723E+15 1-135 1.3730E+02 3.9095E-08 1. 7440E+17 1. 8339E+15 xe-133 3.1977E+04 1.7083E-04 7.7352E+20 4.2502E+17 Xe-135 1.1478E+04 4.4948E-06 2.0051E+19 1. 5309E+17 Cs-134 9.3255E-02 7.2077E-08 3.2392E+17 1.2391E+12 Cs-136 2.5939E-02 3.5392E-10 1. 5672E+15 3.4472E+11 Cs-137 4.5825E-02 5.2684E-07 2.3158E+18 6.0892E+11 Ba-139 6.2407E-02 3.8153E-12 1. 6530E+13 8.5040E+11 Ba-140 6.3332E-02 8.6509E-10 3.7212E+15 8.4164E+11 La-140 6.8043E-04 1.2242E-12 5.2658E+12 9.0492E+09 La-141 5.8724E-04 1.0384E-13 4.4349E+11 7.8721E+09 La-142 5.5024E-04 3.8438E-14 1. 6301E+11 7.4779E+09 Ce-141 1.5015E-03 5.2698E-11 2.2507E+14 1. 9953E+10 Ce-143 1.3722E-03 2.0663E-12 8.7018E+12 1.8253E+10 Ce-144 1.2464E-03 3.9078E-10 1. 6343E+15 1.6562E+10 Pr-143 5.3163E-04 7.8948E-12 3.3247E+13 7.0649E+09 Nd-147 2.4206E-04 2.9921E-12 1.2258E+13 3.2169E+09 Np-239 2.0481E-02 8.8282E-11 2.2245E+14 2.7231E+11 Pu-238 8.5778E-06 5.0105E-10 1. 2678E+15 1. 1398E+08 Pu-239 4.6066E-07 7.4113E-09 1.8674E+16 6.1211E+06 Pu-240 7.2942E-07 3.2011E-09 8.0322E+15 9.6923E+06 Pu-241 2.1420E-04 2.0794E-09 5.1960E+15 2.8463E+09 Am-241 1.1256E-07 3.2795E-11 8.1948E+13 1.4956E+06 Cm-242 3.4160E-05 1.0307E-11 2.5648E+13 4.5391E+08 Cm-244 4.1814E-06 5.1684E-11 1.2756E+14 5. 5561E+07 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.1000 Atmosphere sump Noble gases (atoms) 4.0703E+22 O.OOOOE+00 Elemental I (atoms) 3.4731E+18 0.OOOOE+00 organic I (atoms) 1.0742E+17 0.OOOOE+00 Aerosols (kq) 6.5307E-07 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.6354E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 8.4233E-08 Total I (Ci) 6.1205E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.1000 Leakage Transport Noble gases (atoms) 1.8594E-02 Elemental I (atoms) 1.5902E-06 Organic I (atoms) 4.9182E-08 Aerosols (kg) 2.9834E-31 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.1000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 8.7630E+21 Elemental I (atoms) 0.OOOOE+00 7.4943E+17 Organic I (atoms) 0.OOOOE+00 2.3178E+16 Aerosols (kg) 0.OOOOE+00 1.4060E-07 Environment Integral Nuclide Release: Page 17

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.1000 Ci kg Atoms Bq co-58 4.0433E-06 1.2716E-13 1.3203E+12 1.4960E+05 Co-60 4.8370E-06 4.2791E-12 4.2949E+13 1.7897E+05 Kr-85 4.2828E+01 1.0916E-04 7.7340E+20 1. 5846E+12 Kr-85m 6.3789E+02 7.7512E-04 5.4916E+21 2.3602E+13 Kr-87 1.1482E+03 4.0537E-08 2.8059E+17 4.2484E+13 Kr-88 1.6644E+03 1.3274E-07 9.0838E+17 6.1585E+13 Rb-86 1.3574E-04 1.6683E-12 1.1682E+13 5.0225E+06 Sr-89 5.0887E-03 1.7516E-10 1.1852E+15 1.8828E+08 Sr-90 7.6562E-04 5.6127E-09 3.7556E+16 2.8328E+07 Sr-91 6.3975E-03 1.7648E-12 1.1679E+13 2.3671E+08 Sr-92 6.8686E-03 5.4645E-13 3.5770E+12 2.5414E+08 Y-90 7.9398E-06 1.4594E-14 9.7649E+10 2.9377E+05 Y-91 6.6254E-05 2.7016E-12 1.7879E+13 2.4514E+06 Y-92 6.9420E-05 7.2144E-15 4.7224E+10 2.5685E+06 Y-93 8.2243E-05 2.4651E-14 1.5962E+11 3.0430E+06 zr-95 9.3764E-05 4.3646E-12 2.7668E+13 3.4693E+06 Zr-97 9.4639E-05 4.9506E-14 3.0735E+11 3.5016E+06 Nb-95 9.4214E-05 2.4094E-12 1.5273E+13 3.4859E+06 Mo-99 1.3716E-03 2.8597E-12 1.7396E+13 5.0748E+07 Tc-99m 1.1887E-03 2.2606E-13 1.3751E+12 4.3982E+07 Ru-103 1.2046E-03 3.7325E-11 2.1823E+14 4.4572E+07 Ru-105 8.7579E-04 1.3029E-13 7.4724E+11 3.2404E+07 Ru-106 5.5273E-04 1.6521E-10 9.3861E+14 2.0451E+07 Rh-105 8.2848E-04 9.8155E-13 5.6296E+12 3.0654E+07 Sb-127 1.6940E-03 6.3432E-12 3.0078E+13 6.2677E+07 Sb-129 4.8171E-03 8.5662E-13 3.9990E+12 1.7823E+08 Te-127 1.6742E-03 6.3439E-13 3.0082E+12 6.1946E+07 Te-127m 2.2875E-04 2.4251E-11 1.1499E+14 8.4636E+06 Te-129 4.5399E-03 2.1678E-13 1.0120E+12 1.6798E+08 Te-129m 7.1693E-04 2.3798E-11 1.1110E+14 2.6526E+07 Te-131m 2.1440E-03 2.6887E-12 1.2360E+13 7.9328E+07 Te-132 2.0499E-02 6.7521E-11 3.0805E+14 7.5846E+08 1-131 1.1625E+01 9.3768E-08 4.3106E+17 4.3012E+11 1-132 1.6212E+01 1.5706E-09 7.1655E+15 5.9985E+11 1-133 2.3171E+01 2.0454E-08 9.2615E+16 8. 5732E+11 1-134 2.3534E+01 8.8220E-10 3.9647E+15 8.7076E+11 1-135 2.1557E+01 6.1384E-09 2.7382E+16 7.9762E+11 Xe-133 5.0207E+03 2.6823E-05 1.2145E+20 1.8577E+14 Xe-135 1.8023E+03 7.0574E-07 3.1482E+18 6.6684E+13 Cs-134 1.4642E-02 1.1317E-08 5.0860E+16 5.4176E+08 Cs-136 4.0728E-03 5.5570E-11 2.4607E+14 1.5069E+08 Cs-137 7.1951E-03 8.2720E-08 3.6361E+17 2.6622E+08 Ba-139 9.7987E-03 5.9905E-13 2.5954E+12 3.6255E+08 Ba-140 9.9439E-03 1.3583E-10 5.8428E+14 3.6793E+08 La-140 1.0684E-04 1.9221E-13 8.2680E+11 3.9529E+06 La-141 9.2204E-05 1.6304E-14 6.9634E+10 3.4115E+06 La-142 8.6395E-05 6.0352E-15 2.5595E+10 3.1966E+06 Ce-141 2.3576E-04 8.2742E-12 3.5339E+13 8.7231E+06 Ce-143 2.1545E-04 3.2443E-13 1.3663E+12 7.9717E+06 Ce-144 1.9570E-04 6.1357E-11 2.5660E+14 7.2408E+06 Pr-143 8.3472E-05 1.2396E-12 5.2202E+12 3.0885E+06 Nd-147 3.8006E-05 4.6980E-13 1.9246E+12 1.4062E+06 Np-239 3.2157E-03 1.3861E-11 3.4927E+13 1. 1898E+08 Pu-238 1.3468E-06 7.8671E-11 1.9906E+14 4.9832E+04 Pu-239 7.2329E-08 1.1637E-09 2.9321E+15 2.6762E+03 Pu-240 1.1453E-07 5.0261E-10 1.2612E+15 4.2375E+03 Pu-241 3.3633E-05 3.2649E-10 8.1584E+14 1.2444E+06 Am-241 1.7673E-08 5.1492E-12 1.2867E+13 6.5390E+02 Cm-242 5.3635E-06 1.6183E-12 4.0271E+12 1.9845E+05 Cm-244 6.5653E-07 8.1151E-12 2.0029E+13 2.4292E+04 Environment Transport Group Inventory: Page 18

CRDA PELLET MVP TRIP 10 MIN.O0 Total Release Time (h) = 0.1000 Release Rate/s Noble gases (atoms) 6.3908E+21 1.7752E+19 Elemental I (atoms) 5.4532E+17 1.5148E+15 organic I (atoms) 1.6866E+16 4.6849E+13 Aerosols (kq) 1.0254E-07 2.8483E-10 Dose Effective (ci) 1-131 (Thyroid) 1.6226E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 2.0598E+01 Total I (Ci) 9.6099E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.1000 Leakage Transport Noble gases (atoms) 1.8594E-02 Elemental I (atoms) 1.5902E-06 organic I (atoms) 4.9182E-08 Aerosols (kg) 2.9834E-31 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.1000 Filtered Transported Noble gases (atoms) O.OOOOE+00 2.1029E+17 Elemental I (atoms) O.OOOOE+00 1.7984E+13 organic I (atoms) O.OOOOE+00 5.5621E+11 Aerosols (kg) O.OOOOE+00 3.3740E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.1000 Filtered Transported Noble gases (atoms) 1. 0601E+16 O.OOOOE+00 Elemental I (atoms) 9.0661E+11 0.OOOOE+00 organic I (atoms) 2.8040E+10 O.OOOOE+00 Aerosols (kg) 1. 7009E-13 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.1000 Filtered Transported Noble gases (atoms) O.OOOOE+00 8.0888E+21 Elemental I (atoms) O.OOOOE+00 6.9177E+17 organic I (atoms) 0.OOOOE+00 2.1395E+16 Aerosols (kg) O.OOOOE+00 1.2978E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.1000 Ci kg Atoms Decay Co-58 1. 5013E-06 4.7214E-14 4.9022E+11 1.9724E+07 co-60 1.7960E-06 1. 5889E-12 1. 5947E+13 2.3596E+07 Kr-85 1. 5902E+01 4.0533E-05 2.8717E+20 2.0892E+14 Kr-85m 2.3685E+02 2.8781E-04 2.0391E+21 3.1117E+15 Kr-87 4.2634E+02 1. 5051E-08 1.0419E+17 5. 7545E+15 Kr-88 6.1802E+02 4.9287E-08 3.3729E+17 8.2179E+15 Rb-86 5.0403E-05 6.1945E-13 4.3377E+12 6.6223E+08 Sr-89 1.8895E-03 6.5037E-11 4.4007E+14 2.4824E+10 Sr-90 2.8428E-04 2.0840E-09 1. 3945E+16 3.7348E+09 Sr-91 2.3754E-03 6. 5530E-13 4.3366E+12 3.1321E+10 Sr-92 2.5503E-03 2.0290E-13 1. 3281E+12 3.3932E+10 Y-90 2.9481E-06 5.4187E-15 3.6258E+10 3.8752E+07 Y-91 2.4601E-05 1. 0031E-12 6.6385E+12 3.2321E+08 Y-92 2.5776E-05 2.6788E-15 1.7535E+10 3.4193E+08 Page 19

CRDA PELLET MVP TRIP 10 MIN.o0 Y-93 3.0537E-05 9.1530E-15 5.9270E+10 4.0256E+08 Zr-95 3.4815E-05 1.6206E-12 1.0273E+13 4.5741E+08 Zr-97 3.5140E-05 1.8382E-14 1.1412E+11 4.6260E+08 Nb-95 3.4982E-05 8.9462E-13 5. 6711E+12 4.5961E+08 Mo-99 5.0928E-04 1.0618E-12 6.4592E+12 6.6942E+09 Tc-99m 4.4137E-04 8.3939E-14 5.1060E+11 5.8317E+09 Ru-103 4.4729E-04 1.3859E-11 8.1031E+13 5.8766E+09 RU-105 3.2519E-04 4.8376E-14 2.7745E+11 4.3053E+09 Ru-106 2.0523E-04 6.1344E-11 3.4851E+14 2.6963E+09 Rh-105 3.0762E-04 3.6446E-13 2.0903E+12 4.0454E+09 sb-127 6.2898E-04 2.3553E-12 1. 1168E+13 8.2665E+09 sb-129 1.7886E-03 3.1807E-13 1.4848E+12 2.3685E+10 Te-127 6.2165E-04 2.3555E-13 1.1170E+12 8.1970E+09 Te-127m 8.4935E-05 9.0044E-12 4.2698E+13 1. 1159E+09 Te-129 1.6857E-03 8.0492E-14 3.7576E+11 2.2812E+10 Te-129m 2.6620E-04 8.8365E-12 4.1251E+13 3.4975E+09 Te-131m 7.9608E-04 9.9834E-13 4.5894E+12 1.0471E+10 Te-132 7.6114E-03 2.5071E-11 1.1438E+14 1. 0004E+11 1-131 4.3164E+00 3.4817E-08 1. 6005E+17 5.6718E+13 1-132 6.0196E+00 5.8318E-10 2.6606E+15 8.0272E+13 1-133 8.6035E+00 7.5948E-09 3.4389E+16 1.1322E+14 1-134 8.7383E+00 3.2756E-10 1.4721E+15 1. 1940E+14 1-135 8.0043E+00 2.2792E-09 1.0167E+16 1.0570E+14 Xe-133 1.8642E+03 9.9595E-06 4.5096E+19 2.4499E+16 Xe-135 6.6919E+02 2.6204E-07 1. 1689E+18 8.8242E+15 Cs-134 5.4367E-03 4.2020E-09 1.8885E+16 7.1427E+10 Cs-136 1.5123E-03 2.0634E-11 9.1367E+13 1. 9870E+10 Cs-137 2.6716E-03 3.0714E-08 1. 3501E+17 3.5099E+10 Ba-139 3.6383E-03 2.2243E-13 9.6367E+11 4.9004E+10 Ba-140 3.6923E-03 5.0435E-11 2.1695E+14 4.8514E+10 La-140 3.9669E-05 7.1369E-14 3.0700E+11 5.2160E+08 La-141 3.4236E-05 6.0537E-15 2. 5855E+10 4.5372E+08 La-142 3.2079E-05 2.2409E-15 9.5036E+09 4.3093E+08 Ce-141 8.7539E-05 3.0723E-12 1.3122E+13 1. 1501E+09 Ce-143 7.9998E-05 1.2046E-13 5.0731E+11 1.0521E+09 Ce-144 7.2664E-05 2.2782E-11 9. 5276E+13 9.5465E+08 Pr-143 3.0994E-05 4.6026E-13 1. 9383E+12 4.0723E+08 Nd-147 1.4112E-05 1.7444E-13 7.1463E+11 1.8542E+08 Np-239 1.1940E-03 5.1468E-12 1. 2969E+13 1. 5696E+10 Pu-238 5.0008E-07 2.9211E-11 7.3913E+13 6.5700E+06 Pu-239 2.6856E-08 4.3208E-10 1.0887E+15 3.5283E+05 Pu-240 4.2525E-08 1.8662E-10 4.6827E+14 5.5868E+05 Pu-241 1.2488E-05 1.2123E-10 3.0293E+14 1.6407E+08 Am-241 6.5621E-09 1.9119E-12 4.7776E+12 8.6211E+04 Cm-242 1.9915E-06 6.0088E-13 1. 4953E+12 2.6164E+07 Cm-244 2.4377E-07 3.0132E-12 7.4368E+12 3.2027E+06 MVP Holdup Transport Group Inventory: Time (h) = 0.1000 Atmosphere Sump Noble gases (atoms) 2.3729E+21 0.OOOOE+00 Elemental I (atoms) 2.0248E+17 O.OOOOE+00 Organic I (atoms) 6.2623E+15 O.OOOOE+00 Aerosols (kq) 3.8074E-08 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.7543E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 8.5743E-08 Total I (Ci) 3.5682E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.1000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 8.7630E+21 Elemental I (atoms) 0.OOOOE+00 7.4943E+17 Page 20

CRDA PELLET MVP TRIP 10 MIN.OO organic I (atoms) 0.OOOOE+00 2.3178E+16 Aerosols (kg) 0.OOOOE+00 1.4060E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.1000 Filtered Transported Noble gases (atoms) O.OOOOE+00 8.0888E+21 Elemental I (atoms) 0.OOOOE+00 6.9177E+17 organic I (atoms) 0.OOOOE+00 2.1395E+16 Aerosols (kg) 0.OOOOE+00 1.2978E-07 Detailed model information at time (H) 0.1667 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.1667 whole Body Thyroid TEDE Delta dose (rem) 5.4862E-02 3.4878E-01 6.5946E-02 Accumulated dose (rem) 1.2403E-01 7.7730E-01 1.4874E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.1667 whole Body Thyroid TEDE Delta dose (rem) 2.4582E-02 1. 5628E-01 2.9549E-02 Accumulated dose (rem) 5.5577E-02 3.4829E-01 6.6649E-02 control Room Doses: Time (h) = 0.1667 whole Body Thyroid TEDE Delta dose (rem) 1.0641E-04 1. 3971E-02 5.5040E-04 Accumulated dose (rem) 1.6581E-04 2.1572E-02 8.5147E-04 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) 0.1667 Ci kg Atoms Decay Co-58 2.2590E-05 7.1041E-13 7.3762E+12 5.4289E+08 Co-60 2.7025E-05 2.3908E-11 2.3996E+14 6.4946E+08 Kr-85 2. 3928E+02 6.0990E-04 4.3210E+21 5.7504E+15 Kr-85m 3. 5639E+03 4.3307E-03 3.0682E+22 8.5647E+16 Kr-87 6.1861E+03 2.1839E-07 1. 5117E+18 1. 5583E+17 Kr-88 9.1492E+03 7.2965E-07 4.9932E+18 2.2454E+17 Rb-86 7.5834E-04 9.3199E-12 6. 5262E+13 1.8227E+10 Sr-89 2.8430E-02 9.7858E-10 6.6215E+15 6.8325E+11 Sr-90 4.2776E-03 3.1359E-08 2.0983E+17 1.0280E+11 Sr-91 3. 5570E-02 9.8124E-12 6.4936E+13 8.6018E+11 Sr-92 3. 7726E-02 3.0014E-12 1.9647E+13 9.2681E+11 Y-90 4.4328E-05 8.1476E-14 5.4518E+11 1.0663E+09 Y-91 3. 7016E-04 1. 5094E-11 9.9886E+13 8.8959E+09 Y-92 3. 8282E-04 3.9785E-14 2.6042E+11 9.3561E+09 Y-93 4. 5740E-04 1. 3710E-13 8.8776E+11 1. 1057E+10 Zr-95 5.2385E-04 2.4385E-11 1. 5458E+14 1.2590E+10 Zr-97 5. 2731E-04 2.7584E-13 1. 7125E+12 1.2717E+10 Nb-95 5.2635E-04 1. 3461E-11 8.5328E+13 1.2650E+10 MO-99 7.6578E-03 1. 5966E-11 9.7123E+13 1.8419E+11 Tc-99m 6. 5905E-03 1. 2534E-12 7.6242E+12 1. 5996E+11 RU-103 6.7301E-03 2.0853E-10 1.2192E+15 1.6175E+11 Ru-105 4.8424E-03 7.2038E-13 4.1316E+12 1.1794E+11 Ru-106 3.0881E-03 9.2305E-10 5.2441E+15 7.4214E+10 Rh-105 4.6228E-03 5.4769E-12 3.1412E+13 1. 1128E+11 Sb-127 9.4596E-03 3. 5422E-11 1.6797E+14 2.2748E+11 sb-129 2.6627E-02 4.7350E-12 2.2105E+13 6.4878E+11 Te-127 9. 3078E-03 3.5269E-12 1.6724E+13 2.2511E+11 Te-127m 1.2780E-03 1. 3549E-10 6.4246E+14 3.0713E+10 Page 21

CRDA PELLET MVP TRIP 10 MIN.O0 Te-129 2.4374E-02 1.1638E-12 5.4332E+12 6.1681E+11 Te-129m 4.0053E-03 1. 3296E-10 6.2068E+14 9.6262E+10 Te-131m 1. 1960E-02 1.4999E-11 6.8951E+13 2.8800E+11 Te-132 1. 1446E-01 3.7703E-10 1. 7201E+15 2.7528E+12 1-131 6.4934E+01 5.2377E-07 2.4078E+18 1. 5610E+15 1-132 8.8775E+01 8.6005E-09 3.9237E+16 2.1895E+15 1-133 1.2917E+02 1.1403E-07 5.1630E+17 3.1131E+15 1-134 1.2473E+02 4.6757E-09 2. 1013E+16 3.2102E+15 1-135 1. 1960E+02 3.4057E-08 1. 5192E+17 2.9003E+15 Xe-133 2.8041E+04 1.4981E-04 6.7831E+20 6.7419E+17 xe-135 1. 0019E+04 3.9232E-06 1. 7501E+19 2.4233E+17 Cs-134 8.1807E-02 6.3228E-08 2.8416E+17 1. 9660E+12 Cs-136 2.2752E-02 3.1043E-10 1. 3746E+15 5.4687E+11 Cs-137 4.0200E-02 4.6216E-07 2.0315E+18 9.6607E+11 Ba-139 5.2940E-02 3.2365E-12 1.4022E+13 1. 3287E+12 Ba-140 5.5549E-02 7.5878E-10 3.2639E+15 1. 3352E+12 La-140 5.9622E-04 1.0727E-12 4.6141E+12 1.4349E+10 La-141 5.0912E-04 9.0025E-14 3.8450E+11 1.2422E+10 La-142 4.6843E-04 3.2723E-14 1.3878E+11 1.1703E+10 Ce-141 1. 3171E-03 4.6226E-11 1.9743E+14 3.1655E+10 Ce-143 1.2021E-03 1. 8101E-12 7.6229E+12 2.8940E+10 Ce-144 1.0934E-03 3.4280E-10 1.4336E+15 2.6276E+10 Pr-143 4.6630E-04 6.9247E-12 2.9162E+13 1.1208E+10 Nd-147 2.1231E-04 2.6244E-12 1. 0751E+13 5.1032E+09 Np-239 1.7952E-02 7.7381E-11 1.9498E+14 4.3187E+11 Pu-238 7.5248E-06 4.3954E-10 1.1122E+15 1.8083E+08 Pu-239 4.0411E-07 6.5015E-09 1. 6382E+16 9.7114E+06 Pu-240 6.3987E-07 2.8081E-09 7.0462E+15 1.5377E+07 Pu-241 1.8791E-04 1.8241E-09 4. 5582E+15 4. 5158E+09 Am-241 9.8740E-08 2.8769E-11 7.1888E+13 2.3729E+06 Cm-242 2.9966E-05 9.0414E-12 2.2499E+13 7.2014E+08 Cm-244 3.6681E-06 4.5340E-11 1. 1190E+14 8.8150E+07 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.1667 Atmosphere Sump Noble gases (atoms) 3.5705E+22 *0.0000E+00 Elemental I (atoms) 3.0422E+18 O.0000E+00 organic I (atoms) 9.4088E+16 0.OOOOE+00 Aerosols (k 9 ) 5.7290E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.8141E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.3673E-08 Total I (Ci) 5.2721E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.1667 Leakage Transport Noble gases (atoms) 2.9197E-02 Elemental I (atoms) 2.4949E-06 organic I (atoms) 7.7161E-08 Aerosols (kg) 4.6845E-31 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.1667 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.O000E+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.1667 Ci kg Atoms Bq Page 22

CRDA PELLET MVP TRIP 10 MIN.o0 co-58 7.3398E-06 2.3083E-13 2.3967E+12 2.7157E+05 Co-60 8.7808E-06 7.7679E-12 7.7966E+13 3.2489E+05 Kr-85 7.7746E+01 1.9816E-04 1.4040E+21 2.8766E+12 Kr-85m 1.1580E+03 1.4071E-03 9.9690E+21 4.2845E+13 Kr-87 2.0510E+03 7.2407E-08 5.0120E+17 7.5886E+13 Kr-88 2.9996E+03 2.3922E-07 1.6370E+18 1.1098E+14 Rb-86 2.4641E-04 3.0283E-12 2.1206E+13 9.1171E+06 Sr-89 9.2374E-03 3.1796E-10 2.1515E+15 3.4178E+08 Sr-90 1.3898E-03 1.0189E-08 6.8176E+16 5.1424E+07 Sr-91 1.1588E-02 3.1968E-12 2.1155E+13 4.2876E+08 Sr-92 1.2374E-02 9.8444E-13 6.4440E+12 4.5783E+08 Y-90 1.4409E-05 2.6483E-14 1.7721E+11 5.3312E+05 Y-91 1.2027E-04 4.9042E-12 3.2455E+13 4.4500E+06 Y-92 1.2528E-04 1.3020E-14 8.5227E+10 4.6355E+06 Y-93 1.4899E-04 4.4657E-14 2.8917E+11 5.5127E+06 Zr-95 1.7021E-04 7.9230E-12 5.0225E+13 6.2977E+06 Zr-97 1.7159E-04 8.9759E-14 5.5726E+11 6.3488E+06 Nb-95 1.7102E-04 4.3737E-12 2.7725E+13 6.3279E+06 Mo-99 2.4891E-03 5.1897E-12 3.1569E+13 9.2095E+07 Tc-99m 2.1504E-03 4.0897E-13 2.4877E+12 7.9567E+07 Ru-103 2.1868E-03 6.7756E-11 3.9615E+14 8.0910E+07 RU-105 1.5824E-03 2.3541E-13 1.3502E+12 5.8550E+07 RU-106 1.0034E-03 2.9991E-10 1.7039E+15 3.7125E+07 Rh-105 1.5031E-03 1.7808E-12 1.0213E+13 5.5614E+07 Sb-127 3.0744E-03 1.1512E-11 5.4590E+13 1.1375E+08 sb-129 8.7027E-03 1.5476E-12 7.2247E+12 3.2200E+08 Te-127 3.0325E-03 1.1491E-12 5.4487E+12 1. 1220E+08 Te-127m 4.1524E-04 4.4022E-11 2.0875E+14 1.5364E+07 Te-129 8.0967E-03 3.8662E-13 1.8049E+12 2.9958E+08 Te-129m 1.3014E-03 4.3200E-11 2.0167E+14 4.8153E+07 Te-131m 3.8894E-03 4.8775E-12 2.2422E+13 1.4391E+08 Te-132 3.7202E-02 1.2254E-10 5.5906E+14 1.3765E+09 1-131 2.1101E+01 1.7020E-07 7.8242E+17 7.8072E+11 1-132 2.9167E+01 2.8257E-09 1.2891E+16 1.0792E+12 1-133 4.2020E+01 3.7094E-08 1.6796E+17 1. 5548E+12 1-134 4.1736E+01 1.5645E-09 7.0311E+15 1. 5442E+12 1-135 3.9011E+01 1.1108E-08 4.9552E+16 1.4434E+12 Xe-133 9.1127E+03 4.8684E-05 2.2044E+20 3.3717E+14 Xe-135 3.2643E+03 1.2782E-06 5.7021E+18 1.2078E+14 Cs-134 2.6580E-02 2.0544E-08 9.2326E+16 9.8346E+08 Cs-136 7.3929E-03 1.0087E-10 4.4666E+14 2.7354E+08 Cs-137 1.3061E-02 1.5016E-07 6.6007E+17 4.8327E+08 Ba-139 1.7524E-02 1.0714E-12 4.6416E+12 6.4839E+08 Ba-140 1.8050E-02 2.4656E-10 1.0606E+15 6.6786E+08 La-140 1.9384E-04 3.4874E-13 1.5001E+12 7.1721E+06 La-141 1.6650E-04 2.9441E-14 1.2574E+11 6.1605E+06 La-142 1.5475E-04 1.0810E-14 4.5847E+10 5.7258E+06 Ce-141 4.2797E-04 1.5020E-11 6.4150E+13 1.5835E+07 Ce-143 3.9087E-04 5.8858E-13 2.4787E+12 1.4462E+07 Ce-144 3.5525E-04 1.1138E-10 4.6580E+14 1. 3144E+07 Pr-143 1.5152E-04 2.2501E-12 9.4758E+12 5.6062E+06 Nd-147 6.8988E-05 8.5277E-13 3.4935E+12 2.5526E+06 Np-239 5.8354E-03 2.5154E-11 6.3380E+13 2.1591E+08 Pu-238 2.4449E-06 1.4281E-10 3.6136E+14 9.0461E+04 Pu-239 1.3130E-07 2.1124E-09 5.3227E+15 4.8581E+03 Pu-240 2.0790E-07 9.1239E-10 2.2894E+15 7.6924E+03 Pu-241 6.1054E-05 5.9268E-10 1.4810E+15 2.2590E+06 Am-241 3.2082E-08 9.3474E-12 2.3357E+13 1.1870E+03 Cm-242 9.7364E-06 2.9377E-12 7.3104E+12 3.6025E+05 Cm-244 1.1918E-06 1.4731E-11 3.6358E+13 4.4097E+04 Environment Transport Group Inventory: Page 23

CRDA PELLET MVP TRIP 10 MIN.O0 Total Release Time (h) = 0.1667 Release Rate/s Noble gases (atoms) 1.1601E+22 1.9332E+19 Elemental I (atoms) 9.8926E+17 1.6484E+15 organic I (atoms) 3.0596E+16 5.0983E+13 Aerosols (kq) 1.8614E-07 3.1017E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9440E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7342E+01 Total I (Ci) 1.7303E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.1667 Leakage Transport Noble gases (atoms) 2.9197E-02 Elemental I (atoms) 2.4949E-06 organic I (atoms) 7.7161E-08 Aerosols (kg) 4.6845E-31 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.1667 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.8174E+17 Elemental I (atoms) O.OOOOE+00 3.2614E+13 organic I (atoms) O.O000E+00 1.0087E+12 Aerosols (kg) 0.OOOOE+00 6.1249E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.1667 Filtered Transported Noble gases (atoms) 3.9608E+16 O.OOOOE+00 Elemental I (atoms) 3.3818E+12 0.OOOOE+00 organic I (atoms) 1.0459E+11 0.0000E+00 Aerosols (kg) 6.3551E-13 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.1667 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.1667 Ci kg Atoms Decay Co-58 1.3660E-06 4.2957E-14 4.4603E+11 3.1860E+07 Co-60 1.6342E-06 1.4457E-12 1.4510E+13 3.8114E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 3.3747E+14 Kr-85m 2. 1550E+02 2.6187E-04 1. 8553E+21 5.0263E+15 Kr-87 3.7406E+02 1.3206E-08 9. 1411E+16 9.1390E+15 Kr-88 5.5324E+02 4.4121E-08 3.0193E+17 1.3173E+16 Rb-86 4.5855E-05 5.6356E-13 3.9463E+12 1.0697E+09 Sr-89 1. 7191E-03 5.9173E-11 4.0039E+14 4.0098E+10 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 6.0328E+09 Sr-91 2.1509E-03 5.9334E-13 3.9266E+12 5.0476E+10 Sr-92 2.2812E-03 1.8149E-13 1. 1880E+12 5.4373E+10 Y-90 2.6804E-06 4.9267E-15 3.2966E+10 6.2575E+07 Y-91 2.2383E-05 9.1269E-13 6.0399E+12 5.2207E+08 Y-92 2.3149E-05 2.4057E-15 1. 5747E+10 5.4894E+08 Y-93 2.7658E-05 8.2900E-15 5.3681E+10 6.4885E+08 Page 24

CRDA PELLET MVP TRIP 10 MIN.O0 Zr-95 3.1676E-05 1.4745E-12 9.3470E+12 7.3884E+08 Zr-97 3.1886E-05 1.6679E-14 1.0355E+11 7.4627E+08 Nb-95 3.1828E-05 8.1394E-13 5.1596E+12 7.4239E+08 MO-99 4.6305E-04 9.6546E-13 5.8729E+12 1.0810E+10 Tc-99m 3.9852E-04 7.5789E-14 4.6102E+11 9.3859E+09 Ru-103 4.0696E-04 1.2609E-11 7.3724E+13 9.4923E+09 RU-105 2.9281E-04 4.3560E-14 2.4983E+11 6.9203E+09 Ru-106 1.8673E-04 5.5815E-11 3.1710E+14 4.3553E+09 Rh-105 2.7953E-04 3.3118E-13 1.8994E+12 6.5305E+09 Sb-127 5.7200E-04 2.1419E-12 1.0157E+13 1. 3350E+10 Sb-129 1.6101E-03 2.8632E-13 1. 3366E+12 3.8067E+10 Te-127 5.6283E-04 2.1326E-13 1.0113E+12 1. 3210E+10 Te-127m 7.7279E-05 8.1927E-12 3.8849E+13 1.8025E+09 Te-129 1.4738E-03 7.0376E-14 3.2854E+11 3.6170E+10 Te-129m 2.4219E-04 8.0396E-12 3.7531E+13 5.6493E+09 Te-131m 7.2322E-04 9.0696E-13 4.1694E+12 1. 6901E+10 Te-132 6.9213E-03 2.2798E-11 1. 0401E+14 1. 6155E+11 1-131 3.9264E+00 3.1671E-08 1.4559E+17 9.1607E+13 1-132 5.3681E+00 5.2005E-10 2.3726E+15 1. 2845E+14 1-133 7.8107E+00 6.8949E-09 3.1220E+16 1. 8269E+14 1-134 7.5423E+00 2.8273E-10 1. 2706E+15 1.8820E+14 1-135 7.2321E+00 2.0593E-09 9.1864E+15 1.7018E+14 Xe-133 1.6956E+03 9.0585E-06 4.1016E+19 3.9566E+16 Xe-135 6.0582E+02 2.3723E-07 1.0582E+18 1.4220E+16 Cs-134 4.9467E-03 3.8233E-09 1.7182E+16 1. 1538E+11 Cs-136 1.3758E-03 1.8771E-11 8.3120E+13 3.2094E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 5.6695E+10 Ba-139 3.2012E-03 1.9571E-13 8.4789E+11 7.7927E+10 Ba-140 3.3590E-03 4.5882E-11 1.9736E+14 7.8358E+10 La-140 3.6052E-05 6.4862E-14 2.7901E+11 8.4209E+08 La-141 3.0786E-05 5.4436E-15 2.3250E+10 7.2885E+08 La-142 2.8325E-05 1.9787E-15 8.3916E+09 6.8639E+08 Ce-141 7.9645E-05 2.7952E-12 1.1938E+13 1.8577E+09 Ce-143 7.2686E-05 1.0945E-13 4.6094E+11 1.6983E+09 Ce-144 6.6114E-05 2.0729E-11 8.6688E+13 1.5420E+09 Pr-143 2.8196E-05 4.1872E-13 1.7634E+12 6.5776E+08 Nd-147 1.2838E-05 1.5869E-13 6.5010E+11 2.9949E+08 Np-239 1.0855E-03 4.6791E-12 1. 1790E+13 2.5344E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 1.0613E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 5.6993E+05 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 9.0244E+05 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 2.6501E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 1.3926E+05 Cm-242 1.8120E-06 5.4672E-13 1. 3605E+12 4.2263E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 5.1732E+06 MVP Holdup Transport Group Inventory: Time (h) = 0.1667 Atmosphere Sump Noble gases (atoms) 2.1590E+21 0.OOOOE+00 Elemental I (atoms) 1.8395E+17 O.OOOOE+00 organic I (atoms) 5.6893E+15 0.OOOOE+00 Aerosols (kg) 3.4642E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1385E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.7783E-08 Total I (Ci) 3.1880E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.1667 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Page 25

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.1667 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.2000 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.2000 whole Body Thyroid TEDE Delta dose (rem) 4.0571E-05 2.6244E-04 4.8908E-05 Accumulated dose (rem) 1.2407E-01 7.7756E-01 1. 4879E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.2000 whole Body Thyroid TEDE Delta dose (rem) 9.7603E-06 6.3137E-05 1. 1766E-05 Accumulated dose (rem) 5.5587E-02 3.4836E-01 6.6660E-02 Control Room Doses: Time (h) = 0.2000 whole Body Thyroid TEDE Delta dose (rem) 6.4413E-05 8.6055E-03 3.3778E-04 Accumulated dose (rem) 2.3022E-04 3.0177E-02 1.1892E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) 0.2000 Ci kg Atoms Decay Co-58 2.2589E-05 7.1039E-13 7.3760E+12 6.4308E+08 Co-60 2.7025E-05 2.3907E-11 2.3996E+14 7.6933E+08 Kr-85 2.3928E+02 6.0989E-04 4.3210E+21 6.8117E+15 Kr-85m 3. 5639E+03 4.3306E-03 3.0682E+22 1.0145E+17 Kr-87 6.0748E+03 2.1446E-07 1.4845E+18 1.8303E+17 Kr-88 9. 0750E+03 7.2373E-07 4.9527E+18 2.6496E+17 Rb-86 7.5829E-04 9.3193E-12 6.5258E+13 2.1590E+10 Sr-89 2.8429E-02 9.7855E-10 6.6213E+15 8.0935E+11 Sr-90 4.2775E-03 3.1358E-08 2.0983E+17 1.2177E+11 Sr-91 3. 5483E-02 9.7885E-12 6.4778E+13 1.0178E+12 Sr-92 3. 7406E-02 2.9759E-12 1.9480E+13 1.0934E+12 Y-90 4.4312E-05 8.1446E-14 5.4498E+11 1.2629E+09 Y-91 3. 7015E-04 1. 5093E-11 9.9883E+13 1.0538E+10 Y-92 3. 8033E-04 3.9526E-14 2.5873E+11 1. 1049E+10 Y-93 4. 5635E-04 1. 3678E-13 8.8572E+11 1. 3084E+10 Zr-95 5.2384E-04 2.4384E-11 1. 5457E+14 1.4913E+10 Zr-97 5.2659E-04 2.7546E-13 1. 7101E+12 1. 5054E+10 Nb-95 5.2633E-04 1. 3460E-11 8.5325E+13 1.4985E+10 Mo-99 7.6550E-03 1. 5961E-11 9.7088E+13 2.1815E+11 Tc-99m 6.5652E-03 1.2486E-12 7.5950E+12 1.8913E+11 Ru-103 6.7298E-03 2.0852E-10 1.2192E+15 1.9160E+11 Ru-105 4.8172E-03 7.1663E-13 4.1102E+12 1. 3937E+11 Ru-106 3.0881E-03 9.2304E-10 5.2440E+15 8.7911E+10 Rh-105 4.6197E-03 5.4732E-12 3.1391E+13 1.3178E+11 Sb-127 9.4571E-03 3.5413E-11 1. 6792E+14 2.6943E+11 Sb-129 2. 6485E-02 4.7097E-12 2.1987E+13 7.6657E+11 Te-127 9.2848E-03 3.5181E-12 1.6683E+13 2.6635E+11 Te-127m 1. 2780E-03 1. 3549E-10 6.4245E+14 3.6382E+10 Te-129 2.3893E-02 1. 1409E-12 5.3261E+12 7.2385E+11 Page 26

CRDA PELLET MVP TRIP 10 MIN.o0 Te-129m 4.0052E-03 1.3295E-10 6.2065E+14 1.1403E+11 Te-131m 1.1951E-02 1.4987E-11 6.8897E+13 3.4103E+11 Te-132 1.1443E-01 3.7691E-10 1.7195E+15 3.2604E+12 1-131 6.4925E+01 5.2370E-07 2.4075E+18 1.8489E+15 1-132 8.7888E+01 8.5145E-09 3.8845E+16 2.5813E+15 1-133 1.2902E+02 1.1390E-07 5.1572E+17 3.6857E+15 1-134 1.2149E+02 4.5541E-09 2.0467E+16 3.7562E+15 1-135 1.1918E+02 3.3938E-08 1. 5139E+17 3.4298E+15 xe-133 2.8036E+04 1.4978E-04 6.7818E+20 7.9855E+17 Xe-135 9.9935E+03 3.9133E-06 1. 7457E+19 2.8671E+17 Cs-134 8.1805E-02 6.3227E-08 2.8415E+17 2.3288E+12 Cs-136 2.2750E-02 3.1040E-10 1. 3745E+15 6.4778E+11 Cs-137 4.0199E-02 4.6216E-07 2.0315E+18 1. 1444E+12 Ba-139 5.2060E-02 3.1827E-12 1.3789E+13 1. 5616E+12 Ba-140 5.5544E-02 7.5871E-10 3.2636E+15 1. 5816E+12 La-140 5.9587E-04 1.0720E-12 4.6114E+12 1. 6993E+10 La-141 5.0613E-04 8.9496E-14 3.8224E+11 1.4674E+10 La- 142 4.6146E-04 3.2236E-14 1.3671E+11 1.3765E+10 Ce-141 1.3171E-03 4.6224E-11 1.9742E+14 3.7497E+10 Ce-143 1.2012E-03 1.8088E-12 7.6174E+12 3.4269E+10 Ce-144 1.0934E-03 3.4280E-10 1.4336E+15 3.1125E+10 Pr-143 4.6626E-04 6.9241E-12 2.9159E+13 1.3276E+10 Nd-147 2.1229E-04 2.6241E-12 1.0750E+13 6.0449E+09 Np-239 1.7944E-02 7.7349E-11 1. 9490E+14 5.1148E+11 Pu-238 7.5247E-06 4.3953E-10 1.1122E+15 2.1421E+08 Pu-239 4.0410E-07 6.5014E-09 1.6382E+16 1.1504E+07 Pu-240 6.3987E-07 2.8081E-09 7.0461E+15 1.8215E+07 Pu-241 1.8791E-04 1.8241E-09 4.5581E+15 5.3492E+09 Am-241 9.8739E-08 2.8769E-11 7.1887E+13 2.8108E+06 Cm-242 2.9965E-05 9.0413E-12 2.2499E+13 8.5306E+08 Cm-244 3.6680E-06 4.5339E-11 1.1190E+14 1.0442E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.2000 Atmosphere Sump Noble gases (atoms) 3.5705E+22 0.OOOOE+00 Elemental I (atoms) 3.0399E+18 0.OOOOE+00 organic I (atoms) 9.4016E+16 O.0000E+00 Aerosols (k 9 ) 5.7289E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.8106E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.3564E-08 Total I (Ci) 5.2251E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.2000 Leakage Transport Noble gases (atoms) 4.9541E+17 Elemental I (atoms) 4.2210E+13 Organic I (atoms) 1. 3055E+12 Aerosols (kg) 7.9489E-12 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.2000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.2000 Ci kg Atoms Bq Co-58 7.3401E-06 2.3084E-13 2.3968E+12 2.7158E+05 Page 27

CRDA PELLET MVP TRIP 10 MIN.o0 Co-60 8.7811E-06 7.7683E-12 7.7969E+13 3.2490E+05 Kr-85 7.7750E+01 1.9817E-04 1.4040E+21 2.8767E+12 Kr-85m 1.1580E+03 1.4071E-03 9.9694E+21 4.2846E+13 Kr-87 2.0510E+03 7.2410E-08 5.0122E+17 7. 5889E+13 Kr-88 2.9997E+03 2.3923E-07 1.6371E+18 1.1099E+14 Rb-86 2.4642E-04 3.0285E-12 2.1207E+13 9.1174E+06 Sr-89 9.2378E-03 3.1797E-10 2.1515E+15 3.4180E+08 Sr-90 1.3899E-03 1.0189E-08 6.8179E+16 5.1426E+07 Sr-91 1.1589E-02 3.1969E-12 2.1156E+13 4.2878E+08 Sr-92 1.2374E-02 9.8448E-13 6.4442E+12 4.5785E+08 Y-90 1.4409E-05 2.6484E-14 1.7721E+11 5.3314E+05 Y-91 1.2028E-04 4.9044E-12 3.2456E+13 4.4502E+06 Y-92 1.2529E-04 1.3021E-14 8.5231E+10 4.6357E+06 Y-93 1.4900E-04 4.4659E-14 2.8919E+11 5.5129E+06 Zr-95 1.7022E-04 7.9233E-12 5.0227E+13 6.2980E+06 Zr-97 1.7160E-04 8.9762E-14 5.5728E+11 6.3491E+06 Nb-95 1.7103E-04 4.3739E-12 2.7726E+13 6.3282E+06 Mo-99 2.4892E-03 5.1899E-12 3.1570E+13 9.2099E+07 Tc-99m 2.1505E-03 4.0898E-13 2.4878E+12 7.9570E+07 Ru-103 2.1868E-03 6.7759E-11 3.9617E+14 8.0913E+07 Ru-105 1.5825E-03 2.3542E-13 1.3502E+12 5.8552E+07 Ru-106 1.0034E-03 2.9992E-10 1.7039E+15 3.7127E+07 Rh-105 1.5031E-03 1.7809E-12 1.0214E+13 5.5616E+07 sb-127 3.0745E-03 1.1513E-11 5.4592E+13 1.1376E+08 Sb-129 8.7031E-03 1.5477E-12 7.2250E+12 3.2201E+08 Te-127 3.0326E-03 1.1491E-12 5.4489E+12 1.1221E+08 Te-127m 4.1526E-04 4.4024E-11 2.0876E+14 1.5365E+07 Te-129 8.0971E-03 3.8664E-13 1.8049E+12 2.9959E+08 Te-129m 1.3015E-03 4.3202E-11 2.0168E+14 4.8155E+07 Te-131m 3.8895E-03 4.8777E-12 2.2423E+13 1.4391E+08 Te-132 3.7204E-02 1.2255E-10 5.5908E+14 1.3765E+09 1-131 2.1102E+01 1.7021E-07 7.8246E+17 7.8076E+11 1-132 2.9168E+01 2.8258E-09 1.2892E+16 1.0792E+12 1-133 4.2022E+01 3.7095E-08 1.6797E+17 1. 5548E+12 1-134 4.1738E+01 1.5646E-09 7.0314E+15 1. 5443E+12 1-135 3.9012E+01 1.1109E-08 4.9554E+16 1.4435E+12 Xe-133 9.1131E+03 4.8686E-05 2.2045E+20 3.3718E+14 Xe-135 3.2644E+03 1.2783E-06 5.7023E+18 1. 2078E+14 Cs-134 2.6581E-02 2.0545E-08 9.2330E+16 9.8350E+08 Cs-136 7.3933E-03 1.0088E-10 4.4668E+14 2.7355E+08 Cs-137 1.3062E-02 1.5017E-07 6.6010E+17 4.8329E+08 Ba-139 1.7525E-02 1.0714E-12 4.6418E+12 6.4842E+08 Ba-140 1.8051E-02 2.4657E-10 1.0606E+15 6.6788E+08 La-140 1.9385E-04 3.4876E-13 1.5002E+12 7.1724E+06 La-141 1.6651E-04 2.9442E-14 1.2575E+11 6.1607E+06 La-142 1.5476E-04 1.0811E-14 4.5848E+10 5.7261E+06 Ce-141 4.2799E-04 1.5021E-11 6.4153E+13 1.5835E+07 Ce-143 3.9088E-04 5.8861E-13 2.4788E+12 1.4463E+07 Ce-144 3.5527E-04 1.1139E-10 4.6582E+14 1.3145E+07 Pr-143 1.5152E-04 2.2502E-12 9.4762E+12 5.6064E+06 Nd-147 6.8991E-05 8.5281E-13 3.4937E+12 2.5527E+06 Np-239 5.8357E-03 2.5155E-11 6.3383E+13 2.1592E+08 Pu-238 2.4450E-06 1.4282E-10 3.6137E+14 9.0465E+04 Pu-239 1.3131E-07 2.1125E-09 5.3229E+15 4.8583E+03 Pu-240 2.0791E-07 9.1243E-10 2.2895E+15 7.6928E+03 Pu-241 6.1056E-05 5.9271E-10 1.4811E+15 2.2591E+06 Am-241 3.2083E-08 9.3478E-12 2.3358E+13 1. 1871E+03 Cm-242 9.7368E-06 2.9378E-12 7.3107E+12 3.6026E+05 Cm-244 1.1919E-06 1.4732E-11 3.6360E+13 4.4099E+04 Environment Transport Group Inventory: Total Release Page 28

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 0.2000 Release Rate/s Noble gases (atoms) 1.1602E+22 1.6114E+19 Elemental I (atoms) 9.8930E+17 1.3740E+15 Organi c I (atoms) 3.0597E+16 4.2496E+13 Aerosols (kq) 1.8615E-07 2.5854E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9441E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7343E+01 Total I (ci) 1.7304E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.2000 Leakage Transport Noble gases (atoms) 4.9541E+17 Elemental I (atoms) 4.2210E+13 organic I (atoms) 1.3055E+12 Aerosols (kg) 7.9489E-12 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.2000 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.8317E+17 Elemental I (atoms) O.OOOOE+00 3.2736E+13 Organic I (atoms) 0.OOOOE+00 1.0125E+12 Aerosols (kg) O.OOOOE+00 6.1479E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.2000 Filtered Transported Noble gases (atoms) 5.7326E+16 O.OOOOE+00 Elemental I (atoms) 4.8913E+12 O.OOOOE+00 organic I (atoms) 1. 5128E+11 0.OOOOE+00 Aerosols (kg) 9.1979E-13 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.2000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.2000 Ci kg Atoms Decay Co-58 1.3659E-06 4.2957E-14 4.4602E+11 3.7919E+07 Co-60 1.6342E-06 1.4457E-12 1.4510E+13 4.5363E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 4.0165E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 5.9822E+15 Kr-87 3.6734E+02 1.2968E-08 8.9767E+16 1.0783E+16 Kr-88 5.4876E+02 4.3763E-08 2.9949E+17 1. 5617E+16 Rb-86 4.5853E-05 5.6353E-13 3.9461E+12 1.2730E+09 Sr-89 1.7191E-03 5.9172E-11 4.0038E+14 4.7723E+10 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 7.1801E+09 Sr-91 2.1456E-03 5.9190E-13 3.9170E+12 6.0005E+10 Sr-92 2.2619E-03 1. 7995E-13 1.1779E+12 6.4449E+10 Y-90 2.6795E-06 4.9249E-15 3.2954E+10 7.4462E+07 Y-91 2.2382E-05 9.1267E-13 6.0398E+12 6.2135E+08 Y-92 2.2998E-05 2.3901E-15 1. 5645E+10 6.5128E+08 Y-93 2.7595E-05 8.2711E-15 5.3559E+10 7.7139E+08 Zr-95 3.1676E-05 1.4745E-12 9.3468E+12 8.7934E+08 Page 29

CRDA PELLET MVP TRIP 10 MIN.O0 zr-97 3.1842E-05 1.6657E-14 1. 0341E+11 8.8761E+08 Nb-95 3.1827E-05 8.1392E-13 5.1595E+12 8.8356E+08 MO-99 4.6289E-04 9.6513E-13 5.8708E+12 1.2863E+10 Tc-99m 3.9699E-04 7.5499E-14 4.5926E+11 1.1150E+10 RU-103 4.0695E-04 1. 2609E-11 7.3722E+13 1.1297E+10 Ru-105 2.9129E-04 4.3334E-14 2.4854E+11 8.2157E+09 RU-106 1.8673E-04 5.5815E-11 3.1710E+14 5.1836E+09 Rh-105 2.7935E-04 3.3096E-13 1.8982E+12 7.7699E+09 Sb-127 5.7186E-04 2.1414E-12 1.0154E+13 1.5887E+10 sb-129 1. 6015E-03 2.8479E-13 1.3295E+12 4.5190E+10 Te-127 5.6144E-04 2.1274E-13 1.0088E+12 1.5703E+10 Te-127m 7.7278E-05 8.1927E-12 3.8848E+13 2.1452E+09 Te-129 1.4448E-03 6.8989E-14 3.2206E+11 4.2643E+10 Te-129m 2.4219E-04 8.0393E-12 3.7530E+13 6.7235E+09 Te-131m 7.2266E-04 9.0626E-13 4.1661E+12 2.0108E+10 Te-132 6.9193E-03 2.2791E-11 1.0398E+14 1.92252+11 1-131 3.9260E+00 3.1667E-08 1.4558E+17 1.0902E+14 1-132 5.3145E+00 5.1486E-10 2.3489E+15 1.5214E+14 1-133 7.8020E+00 6.8873E-09 3. 1185E+16 2.1731E+14 1-134 7.3463E+00 2.7538E-10 1. 2376E+15 2.2122E+14 1-135 7.2069E+00 2.0522E-09 9.1544E+15 2.0221E+14 Xe-133 1.6953E+03 9.0569E-06 4.1009E+19 4.7086E+16 xe-135 6.0430E+02 2.3663E-07 1.0556E+18 1.6904E+16 Cs-134 4.9467E-03 3.8233E-09 1.7182E+16 1.3732E+11 Cs-136 1.3757E-03 1. 8770E-11 8.3114E+13 3.8196E+10 2.4308E-03 2. 7946E-08 1.2284E+17 6.7477E+10 Cs-137 Ba-139 3.1480E-03 1. 9246E-13 8.3381E+11 9.2008E+10 Ba-140 3.3587E-03 4.5879E-11 1.9735E+14 9.3257E+10 La-140 3.6031E-05 6.4825E-14 2.7885E+11 1.0020E+09 La-141 3.0605E-05 5.4118E-15 2.3114E+10 8.6500E+08 La-142 2.7904E-05 1.9493E-15 8.2669E+09 8.1110E+08 Ce-141 7.9642E-05 2.7951E-12 1.1938E+13 2.2110E+09 Ce-143 7.2635E-05 1.0938E-13 4.6062E+11 2.0206E+09 Ce-144 6.6114E-05 2.0729E-11 8.6688E+13 1.8353E+09 Pr-143 2.8194E-05 4.1869E-13 1. 7632E+12 7.8282E+08 Nd-147 1.2837E-05 1. 5868E-13 6.5005E+11 3.5643E+08 Np-239 1.0851E-03 4.6772E-12 1.1785E+13 3.0158E+10 Pu-238 4. 5501E-07 2.6578E-11 6.7251E+13 1.2631E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 6.7832E+05 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 1. 0741E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 3. 1541E+08 Am-241 5.9706E-09 1. 7396E-12 4.3470E+12 1.6574E+05 Cm-242 1.8120E-06 5.4672E-13 1. 3605E+12 5.0300E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 6.1571E+06 MVP Holdup Transport Group Inventory: Time (h) = 0.2000 Atmosphere Sump Noble gases (atoms) 2.1590E+21 O.0000E+00 Elemental I (atoms) 1.8382E+17 O.O000E+00 organic I (atoms) 5.6851E+15 0.0000E+00 Aerosols (kq) 3.4642E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1349E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7669E-08 Total I (Ci) 3.1596E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.2000 Filtered Transported Noble gases (atoms) 0.0000E+00 1.3760E+22 Elemental I (atoms) 0.0000E+00 1.1758E+18 Organic I (atoms) 0.0000E+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Page 30

CRDA PELLET MVP TRIP 10 MIN.O0 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.2000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.3000 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.3000 whole Body Thyroid TEDE Delta dose (rem) 1.2071E-04 7.8764E-04 1.4573E-04 Accumulated dose (rem) 1.2419E-01 7.7835E-01 1.4894E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.3000 whole Body Thyroid TEDE Delta dose (rem) 2.9041E-05 1.8949E-04 3.5059E-05 Accumulated dose (rem) 5.5616E-02 3.4854E-01 6.6695E-02 control Room Doses: Time (h) = 0.3000 whole Body Thyroid TEDE Delta dose (rem) 1.7423E-04 2.3479E-02 9.1992E-04 Accumulated dose (rem) 4.0445E-04 5.3656E-02 2.1092E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.3000 Ci kg Atoms Decay Co-58 2.2587E-05 7.1034E-13 7.3754E+12 9.4395E+08 Co-60 2. 7023E-05 2.3906E-11 2.3995E+14 1.1293E+09 Kr-85 2.3927E+02 6.0986E-04 4.3208E+21 9.9988E+15 Kr-85m 3. 5637E+03 4.3304E-03 3.0680E+22 1.4892E+17 Kr-87 5. 7523E+03 2.0308E-07 1.4057E+18 2.6177E+17 Kr-88 8.8559E+03 7.0625E-07 4.8331E+18 3.8437E+17 Rb-86 7.5814E-04 9.3175E-12 6. 5245E+13 3.1689E+10 Sr-89 2.8426E-02 9.7845E-10 6.6206E+15 1.1880E+12 Sr-90 4. 2773E-03 3.1357E-08 2.0982E+17 1. 7874E+11 Sr-91 3.5224E-02 9.7169E-12 6.4304E+13 1.4887E+12 Sr-92 3.6459E-02 2.9006E-12 1. 8987E+13 1. 5853E+12 Y-90 4.4262E-05 8.1354E-14 5.4436E+11 1.8527E+09 Y-91 3. 7011E-04 1. 5092E-11 9.9874E+13 1. 5468E+10 Y-92 3.7294E-04 3.8758E-14 2.5370E+11 1. 6065E+10 Y-93 4.5321E-04 1. 3584E-13 8.7963E+11 1.9141E+10 Zr-95 5.2379E-04 2.4382E-11 1. 5456E+14 2.1890E+10 Zr-97 5. 2441E-04 2.7432E-13 1.7031E+12 2.2054E+10 Nb-95 5.2627E-04 1. 3458E-11 8.5314E+13 2.1995E+10 Mo-99 7.6466E-03 1. 5943E-11 9.6982E+13 3.2006E+11 Tc-99m 6.4898E-03 1.2342E-12 7.5077E+12 2.7608E+11 Ru-103 6.7291E-03 2.0850E-10 1. 2190E+15 2.8123E+11 Ru-105 4.7424E-03 7.0550E-13 4.0463E+12 2.0303E+11 Ru-106 3.0879E-03 9.2299E-10 5.2437E+15 1. 2904E+11 Rh-105 4.6104E-03 5.4623E-12 3.1328E+13 1.9325E+11 Sb-127 9.4496E-03 3. 5385E-11 1.6779E+14 3.9535E+11 sb-129 2. 6062E-02 4.6346E-12 2.1636E+13 1. 1165E+12 Te-127 9.2158E-03 3.4920E-12 1. 6559E+13 3.8956E+11 Te-127m 1.2779E-03 1. 3548E-10 6.4241E+14 5.3404E+10 Te-129 2.2506E-02 1.0747E-12 5.0170E+12 1.0328E+12 Te-129m 4.0046E-03 1. 3293E-10 6.2057E+14 1.6737E+11 Page 31

CRDA PELLET MVP TRIP 10 MIN.oO Te-131m 1.1923E-02 1.4952E-11 6.8735E+13 5.0002E+11 Te-132 1.1432E-01 3.7656E-10 1.7179E+15 4.7839E+12 1-131 6.4899E+01 5.2349E-07 2.4065E+18 2.7136E+15 1-132 8.5275E+01 8.2613E-09 3.7690E+16 3.7345E+15 1-133 1.2859E+02 1.1351E-07 5.1398E+17 5.4013E+15 1-134 1.1225E+02 4.2077E-09 1.8910E+16 5.3121E+15 1-135 1.1794E+02 3.3582E-08 1.4980E+17 5.0090E+15 xe-133 2.8019E+04 1.4969E-04 6.7778E+20 1. 1719E+18 Xe-135 9.9180E+03 3.8837E-06 1.7325E+19 4.1931E+17 Cs-134 8.1802E-02 6.3224E-08 2.8414E+17 3.4184E+12 Cs-136 2.2744E-02 3.1032E-10 1.3741E+15 9.5076E+11 Cs-137 4.0198E-02 4.6214E-07 2.0314E+18 1. 6798E+12 Ba-139 4.9504E-02 3.0265E-12 1.3112E+13 2.2378E+12 Ba-140 5.5529E-02 7.5851E-10 3.2627E+15 2.3213E+12 La-140 5.9482E-04 1.0701E-12 4.6033E+12 2.4923E+10 La-141 4.9727E-04 8.7928E-14 3.7554E+11 2.1356E+10 La-142 4.4116E-04 3.0818E-14 1.3070E+11 1.9775E+10 Ce-141 1.3169E-03 4.6218E-11 1.9740E+14 5.5039E+10 Ce-143 1.1986E-03 1.8049E-12 7.6011E+12 5.0252E+10 Ce-144 1.0933E-03 3.4278E-10 1.4335E+15 4.5688E+10 Pr-143 4.6614E-04 6.9223E-12 2.9152E+13 1. 9486E+10 Nd-147 2.1222E-04 2.6233E-12 1.0747E+13 8.8720E+09 Np-239 1.7921E-02 7.7251E-11 1.9465E+14 7.5034E+11 Pu-238 7.5244E-06 4.3952E-10 1.1121E+15 3.1443E+08 Pu-239 4.0409E-07 6.5011E-09 1.6381E+16 1.6886E+07 Pu-240 6.3984E-07 2.8080E-09 7.0458E+15 2.6738E+07 Pu-241 1.8790E-04 1.8240E-09 4.5579E+15 7.8520E+09 Am-241 9.8735E-08 2.8767E-11 7.1884E+13 4.1260E+06 Cm-242 2.9964E-05 9.0407E-12 2.2498E+13 1.2522E+09 Cm-244 3.6679E-06 4.5337E-11 1.1190E+14 1.5328E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.3000 Atmosphere Sump Noble gases (atoms) 3.5702E+22 O.OOOOE+00 Elemental I (atoms) 3.0331E+18 0.OOOOE+00 organic I (atoms) 9.3807E+16 0.0000E+00 Aerosols (kq) 5.7286E-07 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.8004E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.3244E-08 Total I (Ci) 5.0895E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3000 Leakage Transport Noble gases (atoms) 1.9831E+18 Elemental I (atoms) 1. 6887E+14 organic I (atoms) 5.2227E+12 Aerosols (kg) 3.1819E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.3000 Ci kg Atoms Bq Co-58 7. 3411E-06 2.3087E-13 2.3971E+12 2.7162E+05 Co-60 8.7823E-06 7.7693E-12 7.7979E+13 3.2494E+05 Page 32

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-85 7.7760E+01 1.9820E-04 1.4042E+21 2.8771E+12 Kr-85m 1.1582E+03 1.4073E-03 9.9707E+21 4.2852E+13 Kr-87 2.0513E+03 7.2418E-08 5.0128E+17 7.5898E+13 Kr-88 3.0001E+03 2.3926E-07 1.6373E+18 1. 1100E+14 Rb-86 2.4645E-04 3.0288E-12 2.1209E+13 9.1186E+06 Sr-89 9.2390E-03 3.1801E-10 2.1518E+15 3.4184E+08 Sr-90 1.3901E-03 1.0191E-08 6.8188E+16 5.1433E+07 Sr-91 1.1590E-02 3.1973E-12 2.1159E+13 4.2884E+08 Sr-92 1.2376E-02 9.8461E-13 6.4450E+12 4.5791E+08 Y-90 1.4411E-05 2.6488E-14 1.7724E+11 5. 3321E+05 Y-91 1.2029E-04 4.9051E-12 3.2460E+13 4.4508E+06 Y-92 1.2531E-04 1.3022E-14 8.5242E+10 4.6363E+06 Y-93 1.4902E-04 4.4665E-14 2.8922E+11 5.5136E+06 Zr-95 1.7024E-04 7.9244E-12 5.0233E+13 6.2988E+06 Zr-97 1.7162E-04 8.9774E-14 5.5735E+11 6.3499E+06 Nb-95 1.7105E-04 4.3744E-12 2.7730E+13 6.3290E+06 MO-99 2.4895E-03 5.1906E-12 3.1574E+13 9.2111E+07 Tc-99m 2.1508E-03 4.0904E-13 2.4882E+12 7.9580E+07 RU-103 2.1871E-03 6.7768E-11 3.9622E+14 8.0924E+07 Ru-105 1.5827E-03 2.3545E-13 1.3504E+12 5.8560E+07 Ru-106 1.0035E-03 2.9996E-10 1.7042E+15 3.7131E+07 Rh-105 1.5033E-03 1.7811E-12 1.0215E+13 5.5623E+07 Sb-127 3.0749E-03 1.1514E-11 5.4599E+13 1.1377E+08 sb-129 8.7042E-03 1.5479E-12 7.2259E+12 3.2206E+08 Te-127 3.0330E-03 1.1493E-12 5.4496E+12 1. 1222E+08 Te-127m 4.1531E-04 4.4030E-11 2.0878E+14 1.5367E+07 Te-129 8.0980E-03 3.8668E-13 1.8052E+12 2.9963E+08 Te-129m 1.3016E-03 4.3208E-11 2.0171E+14 4.8161E+07 Te-131m 3.890OE-03 4.8783E-12 2.2426E+13 1.4393E+08 Te-132 3.7209E-02 1.2256E-10 5.5915E+14 1.3767E+09 1-131 2.1104E+01 1.7023E-07 7.8256E+17 7.8086E+11 1-132 2.9172E+01 2.8261E-09 1.2893E+16 1.0794E+12 1-133 4.2027E+01 3.7100E-08 1.6799E+17 1. 5550E+12 1-134 4.1742E+01 1.5647E-09 7.0322E+15 1. 5445E+12 1-135 3.9017E+01 1.111OE-08 4.9560E+16 1.4436E+12 Xe-133 9.1143E+03 4.8692E-05 2.2047E+20 3.3723E+14 Xe-135 3.2648E+03 1.2785E-06 5.7030E+18 1.2080E+14 Cs-134 2.6585E-02 2.0547E-08 9.2342E+16 9.8363E+08 Cs-136 7.3942E-03 1.0089E-10 4.4674E+14 2.7359E+08 Cs-137 1.3064E-02 1.5019E-07 6.6019E+17 4.8335E+08 Ba-139 1.7527E-02 1.0715E-12 4.6423E+12 6.4849E+08 Ba-140 1.8053E-02 2.4660E-10 1.0608E+15 6.6797E+08 La-140 1.9387E-04 3.4880E-13 1.5004E+12 7.1733E+06 La-141 1.6653E-04 2.9446E-14 1.2576E+11 6.1615E+06 La-142 1.5478E-04 1.0812E-14 4.5854E+10 5.7268E+06 Ce-141 4.2804E-04 1.5022E-11 6.4161E+13 1.5838E+07 Ce-143 3.9093E-04 5.8868E-13 2.4791E+12 1.4464E+07 Ce-144 3.5531E-04 1.1140E-10 4.6588E+14 1.3147E+07 Pr-143 1.5154E-04 2.2505E-12 9.4774E+12 5.6071E+06 Nd-147 6.9000E-05 8.5292E-13 3.4941E+12 2.5530E+06 Np-239 5.8364E-03 2.5158E-11 6.3391E+13 2.1595E+08 Pu-238 2.4453E-06 1.4284E-10 3.6142E+14 9.0477E+04 Pu-239 1.3132E-07 2.1128E-09 5.3236E+15 4.8589E+03 Pu-240 2.0794E-07 9.1255E-10 2.2898E+15 7.6937E+03 Pu-241 6.1064E-05 5.9278E-10 1.4813E+15 2.2594E+06 Am-241 3.2087E-08 9.3490E-12 2.3361E+13 1. 1872E+03 Cm-242 9.7381E-06 2.9382E-12 7.3117E+12 3.6031E+05 Cm-244 1.1920E-06 1.4734E-11 3.6365E+13 4.4104E+04 Environment Transport Group Inventory: Total Rel ease Time (h) = 0.3000 Release Rate/s Page 33

CRDA PELLET MVP TRIP 10 MIN.O0 Noble gases (atoms) 1.1603E+22 1.0744E+19 Elemental I (atoms) 9.8943E+17 9.1614E+14 organic I (atoms) 3.0601E+16 2.8334E+13 Aerosols (kq) 1.8617E-07 1.7238E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9445E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7348E+01 Total I (Ci) 1.7306E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3000 Leakage Transport Noble gases (atoms) 1.9831E+18 Elemental I (atoms) 1. 6887E+14 organic I (atoms) 5.2227E+12 Aerosols (kg) 3.1819E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.3000 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.8748E+17 Elemental I (atoms) O.OOOOE+00 3.3103E+13 organic I (atoms) O.OOOOE+00 1.0238E+12 Aerosols (kg) O.OOOOE+00 6.2171E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.3000 Filtered Transported Noble gases (atoms) 1.0561E+17 O.OOOOE+00 Elemental I (atoms) 9.0019E+12 O.OOOOE+00 organic I (atoms) 2.7841E+11 O.OOOOE+00 Aerosols (kg) 1.6945E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.3000 Ci kg Atoms Decay co-58 1.3659E-06 4.2955E-14 4.4600E+11 5.6113E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 6.7130E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 5.9438E+14 Kr-85m 2.1550E+02 2.6187E-04 1. 8553E+21 8.8527E+15 Kr-87 3.4785E+02 1.2280E-08 8.5005E+16 1. 5545E+16 Kr-88 5. 3553E+02 4.2708E-08 2.9227E+17 2.2838E+16 Rb-86 4. 5846E-05 5.6344E-13 3.9455E+12 1.8838E+09 Sr-89 1. 7190E-03 5.9168E-11 4.0036E+14 7.0620E+10 Sr-90 2. 5866E-04 1.8962E-09 1. 2688E+16 1.0625E+10 Sr-91 2.1300E-03 5.8760E-13 3.8886E+12 8.8481E+10 Sr-92 2. 2048E-03 1.7541E-13 1. 1482E+12 9.4195E+10 Y-90 2. 6766E-06 4.9196E-15 3.2918E+10 1. 1013E+08 Y-91 2.2381E-05 9.1263E-13 6.0395E+12 9.1947E+08 Y-92 2.2552E-05 2.3437E-15 1. 5342E+10 9.5464E+08 Y-93 2.7406E-05 8.2145E-15 5.3193E+10 1. 1377E+09 Zr-95 3.1674E-05 1.4744E-12 9.3464E+12 1. 3013E+09 Zr-97 3.1712E-05 1. 6588E-14 1. 0299E+11 1. 3109E+09 Page 34

CRDA PELLET MVP TRIP 10 MIN.O0 Nb-95 3.1824E-05 8.1385E-13 5.1591E+12 1.3075E+09 MO-99 4.6240E-04 9.6411E-13 5.8647E+12 1. 9026E+10 Tc-99m 3.9245E-04 7.4635E-14 4.5400E+11 1. 6408E+10 Ru-103 4.0692E-04 1.2608E-11 7.3717E+13 1. 6718E+10 Ru-105 2.8678E-04 4.2663E-14 2.4469E+11 1.2066E+10 RU-106 1.8673E-04 5.5815E-11 3.1710E+14 7.6709E+09 Rh-105 2.7880E-04 3.3031E-13 1.8945E+12 1. 1487E+10 sb-127 5.7143E-04 2.1398E-12 1.0146E+13 2.3501E+10 Sb-129 1.5760E-03 2.8026E-13 1.3083E+12 6.6351E+10 Te-127 5.5729E-04 2.1117E-13 1.0013E+12 2.3154E+10 Te-127m 7.7276E-05 8.1924E-12 3.8847E+13 3.1746E+09 Te-129 1.3610E-03 6.4988E-14 3.0338E+11 6.1324E+10 Te-129m 2.4217E-04 8.0387E-12 3.7527E+13 9.9493E+09 Te-131m 7.2099E-04 9.0417E-13 4.1565E+12 2.9722E+10 Te-132 6.9131E-03 2.2771E-11 1.0389E+14 2.8437E+11 1-131 3.9246E+00 3.1656E-08 1.4552E+17 1. 6131E+14 1-132 5.1567E+00 4.9958E-10 2.2792E+15 2.2187E+14 1-133 7.7760E+00 6.8644E-09 3.1081E+16 3.2106E+14 1-134 6.7878E+00 2.5445E-10 1.1435E+15 3.1531E+14 1-135 7.1317E+00 2.0308E-09 9.0589E+15 2.9770E+14 Xe-133 1.6944E+03 9.0519E-06 4.0986E+19 6.9661E+16 Xe-135 5.9975E+02 2.3485E-07 1.0476E+18 2.4922E+16 Cs-134 4.9467E-03 3.8233E-09 1.7182E+16 2.0321E+11 Cs-136 1.3754E-03 1.8766E-11 8.3095E+13 5.6518E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 9.9856E+10 Ba-139 2.9936E-03 1.8302E-13 7.9292E+11 1.3290E+11 Ba-140 3.3579E-03 4.5868E-11 1.9730E+14 1. 3799E+11 La-140 3.5969E-05 6.4713E-14 2.7837E+11 1.4815E+09 La-141 3.0070E-05 5.3172E-15 2.2710E+10 1.2691E+09 La-142 2.6677E-05 1.8636E-15 7.9034E+09 1. 1746E+09 Ce-141 7.9635E-05 2.7949E-12 1.1937E+13 3.2718E+09 Ce-143 7.2483E-05 1.0915E-13 4.5965E+11 2.9871E+09 Ce-144 6.6113E-05 2.0728E-11 8.6687E+13 2.7159E+09 Pr-143 2.8188E-05 4.1860E-13 1.7629E+12 1.1583E+09 Nd-147 1.2833E-05 1.5863E-13 6.4988E+11 5.2739E+08 Np-239 1.0837E-03 4.6715E-12 1.1771E+13 4.4603E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 1. 8691E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.0038E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.5894E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 4.6676E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 2.4527E+05 Cm-242 1.8119E-06 5.4671E-13 1.3605E+12 7.4435E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 9.1115E+06 MVP Holdup Transport Group Inventory: Time (h) = 0.3000 Atmosphere Sump Noble gases (atoms) 2.1590E+21 O.OOOOE+00 Elemental I (atoms) 1.8341E+17 0.OOOOE+00 organic I (atoms) 5.6726E+15 O.OOOOE+00 Aerosols (kq) 3.4642E-08 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.1244E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7335E-08 Total I (Ci) 3.0777E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.0000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.0000E+00 2.2077E-07 Page 35

CRDA PELLET MVP TRIP 10 MIN.o0 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.3100 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.3100 whole Body Thyroid TEDE Delta dose (rem) 1.1744E-05 7.8627E-05 1.4240E-05 Accumulated dose (rem) 1.2421E-01 7.7843E-01 1.4895E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.3100 whole Body Thyroid TEDE Delta dose (rem) 2.8253E-06 1.8916E-05 3.4257E-06 Accumulated dose (rem) 5.5618E-02 3.4856E-01 6.6699E-02 Control Room Doses: Time (h) = 0.3100 whole Body Thyroid TEDE Delta dose (rem) 1.5600E-05 2.1571E-03 8.4072E-05 Accumulated dose (rem) 4.2005E-04 5. 5813E-02 2.1932E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0. 3100 Ci kg Atoms Decay Co-58 2.2587E-05 7.1033E-13 7.3754E+12 9.7404E+08 Co-60 2.7023E-05 2.3906E-11 2.3995E+14 1. 1653E+09 Kr-85 2. 3927E+02 6.0986E-04 4.3208E+21 1.0318E+16 Kr-85m 3. 5637E+03 4.3304E-03 3.0680E+22 1. 5367E+17 Kr-87 5. 7210E+03 2.0197E-07 1. 3981E+18 2. 6941E+17 Kr-88 8.8342E+03 7.0453E-07 4.8213E+18 3.9615E+17 Rb-86 7.5812E-04 9.3173E-12 6. 5244E+13 3.2699E+10 Sr-89 2.8426E-02 9.7844E-10 6.6206E+15 1.2259E+12 Sr-90 4.2773E-03 3.1357E-08 2.0982E+17 1.8444E+11 Sr-91 3.5198E-02 9.7098E-12 6.4257E+13 1. 5356E+12 sr-92 3. 6366E-02 .2.8932E-12 1.8938E+13 1. 6338E+12 Y-90 4.4257E-05 8.1345E-14 5.4430E+11 1.9117E+09 Y-91 3. 7011E-04 1. 5092E-11 9.9873E+13 1. 5961E+10 Y-92 3.7221E-04 3.8682E-14 2.5320E+11 1.6561E+10 Y-93 4. 5290E-04 1.3575E-13 8.7902E+11 1.9745E+10 Zr-95 5.2379E-04 2.4382E-11 1. 5456E+14 2.2588E+10 Zr-97 5.2419E-04 2.7421E-13 1.7024E+12 2.2752E+10 Nb-95 5.2626E-04 1.3458E-11 8. 5313E+13 2.2696E+10 Mo-99 7.6458E-03 1. 5942E-11 9.6972E+13 3.3025E+11 Tc-99m 6.4823E-03 1.2328E-12 7.4990E+12 2.8472E+11 Ru-103 6. 7290E-03 2.0850E-10 1. 2190E+15 2.9019E+11 Ru-105 4.7350E-03 7.0440E-13 4.0400E+12 2.0934E+11 Ru-106 3. 0879E-03 9.2298E-10 5.2437E+15 1. 3316E+11 Rh-105 4.6095E-03 5.4612E-12 3.1322E+13 1.9939E+11 Sb-127 9.4489E-03 3.5382E-11 1. 6778E+14 4.0793E+11 Sb-129 2.6020E-02 4.6271E-12 2. 1601E+13 1.1512E+12 Te-127 9.2089E-03 3.4894E-12 1. 6546E+13 4.0183E+11 Te-127m 1.2779E-03 1. 3548E-10 6.4240E+14 5.5106E+10 Te-129 2.2372E-02 1.0683E-12 4.9870E+12 1.0627E+12 Te-129m 4.0046E-03 1.3293E-10 6.2057E+14 1. 7271E+11 Te-131m 1. 1920E-02 1. 4949E-11 6.8719E+13 5.1590E+11 Page 36

CRDA PELLET MVP TRIP 10 MIN.O0 Te-132 1.1431E-01 3.7652E-10 1. 7178E+15 4.9361E+12 1-131 6.4897E+01 5.2347E-07 2.4064E+18 2.8000E+15 1-132 8.5018E+01 8.2365E-09 3.7577E+16 3.8479E+15 1-133 1.2855E+02 1.1348E-07 5.1381E+17 5.5726E+15 1-134 1.1136E+02 4.1746E-09 1.8761E+16 5.4610E+15 1-135 1.1781E+02 3.3547E-08 1.4965E+17 5.1660E+15 Xe-133 2.8017E+04 1.4968E-04 6.7774E+20 1.2092E+18 Xe-135 9.9104E+03 3.8808E-06 1.7312E+19 4.3252E+17 Cs-134 8.1801E-02 6.3224E-08 2.8414E+17 3.5274E+12 Cs-136 2.2743E-02 3.1031E-10 1.3741E+15 9.8106E+11 Cs-137 4.0197E-02 4.6213E-07 2.0314E+18 1. 7333E+12 Ba-139 4.9256E-02 3.0113E-12 1. 3046E+13 2.3036E+12 Ba-140 5.5528E-02 7.5849E-10 3.2627E+15 2.3953E+12 La-140 5.9471E-04 1.0700E-12 4.6024E+12 2.5715E+10 La-141 4.9639E-04 8.7773E-14 3.7488E+11 2.2018E+10 La-142 4.3918E-04 3.0679E-14 1. 3011E+11 2.0362E+10 Ce-141 1.3169E-03 4.6217E-11 1.9739E+14 5.6794E+10 Ce-143 1.1984E-03 1.8046E-12 7.5995E+12 5.1848E+10 Ce-144 1.0933E-03 3.4278E-10 1. 4335E+15 4.7144E+10 Pr-143 4.6613E-04 6.9221E-12 2.9151E+13 2.0107E+10 Nd-147 2.1221E-04 2.6232E-12 1.0746E+13 9.1547E+09 Np-239 1.7919E-02 7.7241E-11 1.9463E+14 7.7421E+11 Pu-238 7.5243E-06 4.3951E-10 1. 1121E+15 3.2446E+08 Pu-239 4.0408E-07 6.5011E-09 1. 6381E+16 1.7425E+07 Pu-240 6.3984E-07 2.8079E-09 7.0458E+15 2.7590E+07 Pu-241 1.8790E-04 1.8240E-09 4. 5579E+15 8.1023E+09 Am-241 9.8734E-08 2.8767E-11 7.1884E+13 4.2575E+06 Cm-242 2.9963E-05 9.0407E-12 2.2498E+13 1.2921E+09 Cm-244 3.6679E-06 4.5337E-11 1.1190E+14 1. 5816E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.3100 Atmosphere Sump Noble gases (atoms) 3.5702E+22 O.OOOOE+00 Elemental I (atoms) 3.0324E+18 0.OOOOE+00 organic I (atoms) 9.3786E+16 0.OOOOE+00 Aerosols (kq) 5.7286E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7994E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.3213E-08 Total I (Ci) 5.0764E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3100 Leakage Transport Noble gases (atoms) 2.1318E+18 Elemental I (atoms) 1.8151E+14 organic I (atoms) 5.6136E+12 Aerosols (kg) 3.4206E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.3100 Ci kg Atoms Bq Co-58 7. 3411E-06 2.3087E-13 2.3971E+12 2.7162E+05 Co-60 8.7824E-06 7.7694E-12 7.7980E+13 3.2495E+05 Kr-85 7. 7761E+01 1.9820E-04 1.4042E+21 2.8771E+12 Page 37

CRDA PELLET MVP TRIP 10 MIN.0 Kr-85m 1.1582E+03 1.4073E-03 9.9708E+21 4.2853E+13 Kr-87 2.0513E+03 7.2419E-08 5.0128E+17 7. 5898E+13 Kr-88 3.0001E+03 2.3926E-07 1.6373E+18 1. 1100E+14 Rb-86 2.4645E-04 3.0289E-12 2.1210E+13 9.1187E+06 Sr-89 9.2391E-03 3.1802E-10 2.1519E+15 3.4185E+08 Sr-90 1.3901E-03 1.0191E-08 6.8189E+16 5.1433E+07 Sr-91 1.1590E-02 3.1973E-12 2.1159E+13 4.2884E+08 Sr-92 1.2376E-02 9.8462E-13 6.4451E+12 4.5791E+08 Y-90 1.4411E-05 2.6488E-14 1.7724E+11 5.3321E+05 Y-91 1.2029E-04 4.9051E-12 3.2461E+13 4.4508E+06 Y-92 1.2531E-04 1.3022E-14 8.5243E+10 4.6364E+06 Y-93 1.4902E-04 4.4665E-14 2.8923E+11 5. 5137E+06 Zr-95 1.7024E-04 7.9245E-12 5.0234E+13 6.2989E+06 Zr-97 1.7162E-04 8.9775E-14 5.5736E+11 6.3500E+06 Nb-95 1.7106E-04 4.3745E-12 2.7730E+13 6.3291E+06 Mo-99 2.4895E-03 5.1907E-12 3.1575E+13 9.2112E+07 Tc-99m 2.1508E-03 4.0904E-13 2.4882E+12 7.9581E+07 Ru-103 2.1872E-03 6.7769E-11 3.9622E+14 8.0925E+07 Ru-105 1.5827E-03 2.3545E-13 1.3504E+12 5.8561E+07 RU-106 1.0036E-03 2.9997E-10 1.7042E+15 3.7132E+07 Rh-105 1.5034E-03 1.7811E-12 1.0215E+13 5.5624E+07 sb-127 3.0750E-03 1.1514E-11 5.4600E+13 1.1377E+08 sb-129 8.7043E-03 1.5479E-12 7.2260E+12 3.2206E+08 Te-127 3.0330E-03 1.1493E-12 5.4497E+12 1.1222E+08 Te-127m 4.1532E-04 4.4030E-11 2.0879E+14 1.5367E+07 Te-129 8.0981E-03 3.8669E-13 1.8052E+12 2.9963E+08 Te-129m 1.3017E-03 4.3208E-11 2.0171E+14 4.8162E+07 Te-131m 3.8901E-03 4.8784E-12 2.2426E+13 1.4393E+08 Te-132 3.7209E-02 1.2256E-10 5.5916E+14 1.3767E+09 1-131 2.1104E+01 1.7023E-07 7.8257E+17 7.8087E+11 1-132 2.9172E+01 2.8262E-09 1.2894E+16 1.0794E+12 1-133 4.2028E+01 3.7101E-08 1.6799E+17 1. 5550E+12 1-134 4.1743E+01 1.5648E-09 7.0323E+15 1. 5445E+12 1-135 3.9018E+01 1.1110E-08 4.9561E+16 1.4437E+12 Xe-133 9.1144E+03 4.8693E-05 2.2048E+20 3.3723E+14 Xe-135 3.2649E+03 1.2785E-06 5.7031E+18 1. 2080E+14 Cs-134 2.6585E-02 2.0547E-08 9.2343E+16 9.8364E+08 Cs-136 7.3943E-03 1.0089E-10 4.4674E+14 2.7359E+08 Cs-137 1.3064E-02 1.5019E-07 6.6019E+17 4.8336E+08 Ba-139 1.7527E-02 1.0715E-12 4.6424E+12 6.4850E+08 Ba-140 1.8053E-02 2.4660E-10 1.0608E+15 6.6798E+08 La-140 1.9388E-04 3.4881E-13 1.5004E+12 7.1734E+06 La-141 1.6653E-04 2.9446E-14 1.2577E+11 6.1616E+06 La-142 1.5478E-04 1.0812E-14 4.5854E+10 5.7268E+06 Ce-141 4.2805E-04 1.5023E-11 6.4162E+13 1.5838E+07 Ce-143 3.9094E-04 5.8869E-13 2.4791E+12 1.4465E+07 Ce-144 3.5532E-04 1.1140E-10 4.6589E+14 1. 3147E+07 Pr-143 1.5155E-04 2.2505E-12 9.4775E+12 5.6072E+06 Nd-147 6.9001E-05 8.5293E-13 3.4942E+12 2.5530E+06 Np-239 5.8365E-03 2.5158E-11 6.3392E+13 2.1595E+08 Pu-238 2.4453E-06 1.4284E-10 3.6143E+14 9.0478E+04 Pu-239 1.3132E-07 2.1128E-09 5.3237E+15 4.8590E+03 Pu-240 2.0794E-07 9.1256E-10 2.2898E+15 7.6938E+03 Pu-241 6.1065E-05 5.9279E-10 1.4813E+15 2.2594E+06 Am-241 3.2088E-08 9.3491E-12 2.3362E+13 1.1872E+03 Cm-242 9.7382E-06 2.9382E-12 7.3118E+12 3.6031E+05 Cm-244 1.1920E-06 1.4734E-11 3.6365E+13 4.4105E+04 Environment Transport Group Inventory: Total Rel ease Time (h) = 0.3100 Release Rate/s Noble gases (atoms) 1. 1603E+22 1.0397E+19 Page 38

CRDA PELLET MVP TRIP 10 MIN.o0 Elemental I (atoms) 9.8944E+17 8.8660E+14 organic I (atoms) 3.0601E+16 2.7420E+13 Aerosols (kq) 1.8618E-07 1.6682E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9445E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7349E+01 Total I (Ci) 1.7306E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3100 Leakage Transport Noble gases (atoms) 2.1318E+18 Elemental I (atoms) 1.8151E+14 organic I (atoms) 5.6136E+12 Aerosols (kg) 3.4206E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.3100 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.8792E+17 Elemental I (atoms) 0.OOOOE+00 3.3140E+13 organic I (atoms) O.0000E+00 1.0249E+12 Aerosols (kg) O.0000E+00 6.2240E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.3100 Filtered Transported Noble gases (atoms) 1. 1006E+17 0.OOOOE+00 Elemental I (atoms) 9.3802E+12 O.OOOOE+00 organic I (atoms) 2.9011E+11 0.0000E+00 Aerosols (kg) 1. 7659E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.3100 Ci kg Atoms Decay Co-58 1.3659E-06 4.2955E-14 4.4600E+11 5.7932E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 6.9306E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 6.1365E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 9.1398E+15 Kr-87 3.4596E+02 1. 2214E-08 8.4543E+16 1. 6007E+16 Kr-88 5. 3422E+02 4.2604E-08 2.9155E+17 2.3551E+16 Rb-86 4.5845E-05 5.6343E-13 3.9454E+12 1.9448E+09 Sr-89 1. 7190E-03 5.9168E-11 4.0036E+14 7.2910E+10 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 1.0970E+10 Sr-91 2.1285E-03 5.8717E-13 3.8857E+12 9.1317E+10 Sr-92 2.1991E-03 1. 7496E-13 1.1452E+12 9.7128E+10 Y-90 2. 6763E-06 4.9191E-15 3.2915E+10 1.1370E+08 Y-91 2.2381E-05 9.1263E-13 6.0395E+12 9.4928E+08 Y-92 2.2508E-05 2.3391E-15 1. 5312E+10 9.8465E+08 Y-93 2.7387E-05 8.2089E-15 5.3156E+10 1.1742E+09 Zr-95 3.1674E-05 1.4744E-12 9.3464E+12 1.3434E+09 Zr-97 3.1699E-05 1. 6582E-14 1.0295E+11 1. 3531E+09 Nb-95 3.1824E-05 8.1384E-13 5.1590E+12 1.3499E+09 Page 39

CRDA PELLET MVP TRIP 10 MIN.o0 Mo-99 4.6235E-04 9.6401E-13 5.8640E+12 1.9641E+10 Tc-99m 3.9200E-04 7.4549E-14 4.5348E+11 1. 6930E+10 RU-103 4.0691E-04 1.2608E-11 7.3716E+13 1. 7260E+10 Ru-105 2.8633E-04 4.2596E-14 2.4431E+11 1. 2447E+10 Ru-106 1.8673E-04 5.5815E-11 3.1710E+14 7.9196E+09 Rh-105 2.7875E-04 3.3025E-13 1. 8941E+12 1.1859E+10 Sb-127 5.7139E-04 2.1396E-12 1.0146E+13 2.4262E+10 sb-129 1.5735E-03 2.7981E-13 1. 3062E+12 6.8449E+10 Te-127 5.5688E-04 2.1101E-13 1. 0006E+12 2.3896E+10 Te-127m 7.7276E-05 8.1924E-12 3.8847E+13 3.2775E+09 Te-129 1.3529E-03 6.4600E-14 3.0158E+11 6.3131E+10 Te-129m 2.4217E-04 8.0386E-12 3.7527E+13 1.0272E+10 Te-131m 7.2083E-04 9.0396E-13 4.1556E+12 3.0683E+10 Te-132 6.9125E-03 2.2769E-11 1.0388E+14 2.9358E+11 1-131 3.9244E+00 3.1655E-08 1.4552E+17 1. 6653E+14 1-132 5.1412E+00 4.9807E-10 2.2723E+15 2.2873E+14 1-133 7.7734E+00 6.8621E-09 3.1071E+16 3.3142E+14 1-134 6.7343E+00 2.5244E-10 1.1345E+15 3.2431E+14 1-135 7.1243E+00 2.0286E-09 9.0494E+15 3.0720E+14 Xe-133 1.6943E+03 9.0514E-06 4.0984E+19 7.1918E+16 Xe-135 5.9930E+02 2.3468E-07 1.0469E+18 2. 5721E+16 Cs-134 4.9467E-03 3.8233E-09 1. 7182E+16 2.0980E+11 Cs-136 1.3753E-03 1.8765E-11 8.3093E+13 5.8349E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.0309E+11 Ba-139 2.9786E-03 1.8210E-13 7.8894E+11 1.3688E+11 Ba-140 3.3579E-03 4.5867E-11 1. 9730E+14 1.4246E+11 La-140 3.5963E-05 6.4702E-14 2.7832E+11 1.5294E+09 La-141 3.0017E-05 5.3078E-15 2.2670E+10 1. 3091E+09 La-142 2.6558E-05 1.8552E-15 7.8679E+09 1.2100E+09 Ce-141 7.9635E-05 2.7948E-12 1. 1937E+13 3.3779E+09 Ce-143 7.2468E-05 1.0912E-13 4. 5956E+11 3.0836E+09 Ce-144 6.6113E-05 2.0728E-11 8.6687E+13 2.8040E+09 Pr-143 2.8188E-05 4.1859E-13 1.7628E+12 1.1959E+09 Nd-147 1.2833E-05 1.5863E-13 6.4986E+11 5.4449E+08 Np-239 1.0836E-03 4.6709E-12 1. 1769E+13 4.6046E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 1.9298E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.0363E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1. 6410E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 4.8190E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 2.5322E+05 Cm-242 1.8119E-06 5.4671E-13 1. 3605E+12 7.6849E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 9.4069E+06 MVP Holdup Transport Group Inventory: Time (h) = 0.3100 Atmosphere Sump Noble gases (atoms) 2.1590E+21 0.OOOOE+00 Elemental I (atoms) 1.8338E+17 O.OOOOE+00 organic I (atoms) 5.6714E+15 O.OOOOE+00 Aerosols (kg) 3.4642E-08 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.1233E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7302E-08 Total I (Ci) 3.0698E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.0000E+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Page 40

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 0.3100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.3200 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.3200 whole Body Thyroid TEDE Delta dose (rem) 1.1712E-05 7.8613E-05 1.4207E-05 Accumulated dose (rem) 1.2422E-01 7.7851E-01 1.4897E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.3200 whole Body Thyroid TEDE Delta dose (rem) 2.8175E-06 1.8912E-05 3.4178E-06 Accumulated dose (rem) 5.5621E-02 3.4858E-01 6.6702E-02 control Room Doses: Time (h) = 0.3200 whole Body Thyroid TEDE Delta dose (rem) 1.5333E-05 2.1257E-03 8.2805E-05 Accumulated dose (rem) 4.3538E-04 5.7939E-02 2.2760E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.3200 Ci kg Atoms Decay Co-58 2.2587E-05 7.1032E-13 7. 3753E+12 1. 0041E+09 Co-60 2.7023E-05 2.3906E-11 2.3994E+14 1.2013E+09 Kr-85 2.3927E+02 6.0986E-04 4.3208E+21 1.0636E+16 Kr-85m 3.5637E+03 4.3304E-03 3.0680E+22 1. 5842E+17 Kr-87 5.6899E+03 2.0087E-07 1.3904E+18 2.7701E+17 Kr-88 8.8127E+03 7.0281E-07 4.8096E+18 4.0790E+17 Rb-86 7.5811E-04 9.3171E-12 6. 5243E+13 3.3709E+10 Sr-89 2.8426E-02 9.7843E-10 6.6205E+15 1. 2637E+12 Sr-90 4.2773E-03 3.1357E-08 2.0982E+17 1. 9014E+11 Sr-91 3.5172E-02 9.7027E-12 6.4210E+13 1. 5824E+12 Sr-92 3.6273E-02 2.8858E-12 1.8890E+13 1. 6822E+12 Y-90 4.4252E-05 8.1336E-14 5.4424E+11 1.9706E+09 Y-91 3.7010E-04 1. 5092E-11 9.9872E+13 1. 6454E+10 Y-92 3.7148E-04 3.8606E-14 2.5271E+11 1. 7057E+10 Y-93 4.5258E-04 1.3565E-13 8.7842E+11 2.0348E+10 Zr-95 5.2378E-04 2.4381E-11 1. 5456E+14 2.3286E+10 Zr-97 5.2397E-04 2.7409E-13 1. 7017E+12 2.3450E+10 Nb-95 5.2625E-04 1.3458E-11 8.5312E+13 2.3397E+10 Mo-99 7.6449E-03 1.5940E-11 9.6961E+13 3.4043E+11 Tc-99m 6.4748E-03 1.2314E-12 7.4904E+12 2.9335E+11 RU-103 6.7289E-03 2.0849E-10 1.2190E+15 2.9916E+11 Ru-105 4.7276E-03 7.0330E-13 4.0337E+12 2.1565E+11 Ru-106 3.0879E-03 9.2298E-10 5.2437E+15 1. 3727E+11 Rh-105 4.6086E-03 5.4601E-12 3.1316E+13 2.0553E+11 Sb-127 9.4481E-03 3.5379E-11 1. 6776E+14 4.2052E+11 sb-129 2.5978E-02 4.6197E-12 2.1566E+13 1.1858E+12 Te-127 9.2021E-03 3.4868E-12 1. 6534E+13 4.1409E+11 Te-127m 1.2779E-03 1. 3547E-10 6.4240E+14 5.6808E+10 Te-129 2.2239E-02 1.0619E-12 4.9573E+12 1.0924E+12 Te-129m 4.0045E-03 1. 3293E-10 6.2056E+14 1. 7804E+11 Te-131m 1. 1917E-02 1.4945E-11 6.8703E+13 5.3178E+11 Te-132 1.1430E-01 3.7649E-10 1. 7176E+15 5.0884E+12 Page 41

CRDA PELLET MVP TRIF 10 MIN.O0 1-131 6.4894E+01 5.2344E-07 2.4063E+18 2.8864E+15 1-132 8.4762E+01 8.2116E-09 3.7463E+16 3.9610E+15 1-133 1.2850E+02 1.1344E-07 5.1364E+17 5.7438E+15 1-134 1. 1049E+02 4.1417E-09 1.8613E+16 5.6087E+15 1-135 1.1769E+02 3.3511E-08 1.4949E+17 5. 3228E+15 Xe-133 2.8016E+04 1.4967E-04 6.7770E+20 1.2465E+18 Xe-135 9.9029E+03 3.8778E-06 1.7298E+19 4.4571E+17 Cs-134 8.1801E-02 6.3224E-08 2.8414E+17 3.6363E+12 Cs-136 2.2743E-02 3.1031E-10 1. 3741E+15 1.0113E+12 Cs-137 4.0197E-02 4.6213E-07 2.0314E+18 1. 7869E+12 Ba-139 4.9009E-02 2.9962E-12 1. 2981E+13 2.3691E+12 Ba-140 5.5526E-02 7.5847E-10 3.2626E+15 2.4692E+12 La-3140 5.9461E-04 1.0698E-12 4. 6016E+12 2.6507E+10 La-141 4.9551E-04 8.7618E-14 3.7422E+11 2.2678E+10 La-142 4.3720E-04 3.0542E-14 1.2953E+11 2.0945E+10 Ce-141 1.3169E-03 4.6217E-11 1.9739E+14 5.8548E+10 Ce-143 1.1981E-03 1.8042E-12 7.5979E+12 5.3444E+10 Ce-144 1.0933E-03 3.4278E-10 1.4335E+15 4.8601E+10 Pr-143 4.6612E-04 6.9220E-12 2.9150E+13 2.0728E+10 Nd-147 2.1221E-04 2.6231E-12 1.0746E+13 9.4374E+09 Np-239 1.7917E-02 7.7231E-11 1.9460E+14 7.9807E+11 Pu-238 7.5243E-06 4.3951E-10 1. 1121E+15 3.3448E+08 Pu-239 4.0408E-07 6.5011E-09 1.6381E+16 1.7963E+07 Pu-240 6.3983E-07 2.8079E-09 7.0457E+15 2.8443E+07 Pu-241 1.8790E-04 1.8240E-09 4. 5579E+15 8.3526E+09 Am-241 9.8734E-08 2.8767E-11 7.1884E+13 4.3890E+06 Cm-242 2.9963E-05 9.0406E-12 2.2497E+13 1.3320E+09 Cm-244 3.6678E-06 4. 5337E-11 1. 1189E+14 1.6305E+08 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 0.3200 Atmosphere Sump Noble gases (atoms) 3.5702E+22 O.OOOOE+00 Elemental I (atoms) 3.0317E+18 0.OOOOE+00 organic I (atoms) 9.3765E+16 0.OOOOE+00 Aerosols (kq) 5.7286E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7984E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.3181E-08 Total I (Ci) 5.0633E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3200 Leakage Transport Noble gases (atoms) 2.2806E+18 Elemental I (atoms) 1.9414E+14 organic I (atoms) 6.0044E+12 Aerosols (kg) 3.6593E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3200 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.3200 Ci kg Atoms Bq Co-58 7.3412E-06 2.3087E-13 2.3971E+12 2.7163E+05 Co-60 8.7825E-06 7.7695E-12 7.7981E+13 3.2495E+05 Kr-85 7.7762E+01 1.9820E-04 1.4042E+21 2.8772E+12 Kr-85m 1. 1582E+03 1.4074E-03 9.9710E+21 4.2853E+13 Page 42

CRDA PELLET MVP TRIP 10 MIN.o0 Kr-87 2.0513E+03 7.2420E-08 5.0129E+17 7. 5899E+13 Kr-88 3.0002E+03 2.3926E-07 1.6373E+18 1. 1101E+14 Rb-86 2.4646E-04 3.0289E-12 2.1210E+13 9.1188E+06 Sr-89 9.2392E-03 3.1802E-10 2.1519E+15 3.4185E+08 Sr-90 1.3901E-03 1.0191E-08 6.8190E+16 5.1434E+07 Sr-91 1.1590E-02 3.1974E-12 2.1159E+13 4.2885E+08 Sr-92 1.2376E-02 9.8463E-13 6.4452E+12 4.5792E+08 Y-90 1.4411E-05 2.6488E-14 1.7724E+11 5.3322E+05 Y-91 1.2029E-04 4.9052E-12 3.2461E+13 4.4509E+06 Y-92 1.2531E-04 1.3023E-14 8.5244E+10 4.6364E+06 Y-93 1.4902E-04 4.4666E-14 2.8923E+11 5.5137E+06 Zr-95 1.7024E-04 7.9246E-12 5.0235E+13 6.2990E+06 Zr-97 1.7162E-04 8.9776E-14 5.5737E+11 6.3500E+06 Nb-95 1.7106E-04 4.3745E-12 2.7731E+13 6.3291E+06 Mo-99 2.4896E-03 5.1907E-12 3.1575E+13 9.2113E+07 Tc-99m 2.1509E-03 4.0905E-13 2.4882E+12 7.9582E+07 Ru-103 2.1872E-03 6.7769E-11 3.9623E+14 8.0926E+07 RU-105 1.5827E-03 2.3546E-13 1.3504E+12 5.8561E+07 Ru-106 1.0036E-03 2.9997E-10 1.7042E+15 3.7132E+07 Rh-105 1.5034E-03 1.7811E-12 1.0215E+13 5.5625E+07 sb-127 3.0750E-03 1.1515E-11 5.4600E+13 1.1377E+08 sb-129 8.7044E-03 1.5479E-12 7.2261E+12 3.2206E+08 Te-127 3.0331E-03 1.1493E-12 5.4497E+12 1.1222E+08 Te-127m 4.1533E-04 4.4031E-11 2.0879E+14 1.5367E+07 Te-129 8.0982E-03 3.8669E-13 1.8052E+12 2.9963E+08 Te-129m 1.3017E-03 4.3209E-11 2.0171E+14 4.8162E+07 Te-131m 3.8901E-03 4.8785E-12 2.2427E+13 1.4393E+08 Te-132 3.7210E-02 1.2256E-10 5.5917E+14 1.3768E+09 1-131 2.1105E+01 1.7023E-07 7.8258E+17 7.8088E+11 1-132 2.9172E+01 2.8262E-09 1.2894E+16 1.0794E+12 1-133 4.2029E+01 3.7101E-08 1.6799E+17 1. 5551E+12 1-134 4.1743E+01 1.5648E-09 7.0323E+15 1. 5445E+12 1-135 3.9018E+01 1.1110E-08 4.9562E+16 1. 4437E+12 xe-133 9.1145E+03 4.8693E-05 2.2048E+20 3.3724E+14 Xe-135 3.2649E+03 1.2785E-06 5.7032E+18 1.2080E+14 Cs-134 2.6585E-02 2.0548E-08 9.2344E+16 9.8365E+08 Cs-136 7.3944E-03 1.0089E-10 4.4675E+14 2.7359E+08 cs-137 1.3064E-02 1.5019E-07 6.6020E+17 4.8337E+08 Ba-139 1.7527E-02 1.0715E-12 4.6424E+12 6.4851E+08 Ba-140 1.8054E-02 2.4661E-10 1.0608E+15 6.6799E+08 La-140 1.9388E-04 3.4881E-13 1.5004E+12 7.1735E+06 La-141 1.6653E-04 2.9447E-14 1.2577E+11 6.1616E+06 La-142 1.5478E-04 1.0812E-14 4.5855E+10 5.7269E+06 Ce-141 4.2805E-04 1.5023E-11 6.4163E+13 1.5838E+07 Ce-143 3.9094E-04 5.8870E-13 2.4792E+12 1.4465E+07 Ce-144 3.5532E-04 1.1140E-10 4.6589E+14 1.3147E+07 Pr-143 1.5155E-04 2.2505E-12 9.4776E+12 5.6073E+06 Nd-147 6.9001E-05 8.5294E-13 3.4942E+12 2.5531E+06 Np-239 5.8365E-03 2.5158E-11 6.3392E+13 2.1595E+08 Pu-238 2.4454E-06 1.4284E-10 3.6143E+14 9.0479E+04 Pu-239 1.3133E-07 2.1128E-09 5.3237E+15 4.8591E+03 Pu-240 2.0794E-07 9.1257E-10 2.2898E+15 7.6939E+03 Pu-241 6.1066E-05 5.9280E-10 1.4813E+15 2.2594E+06 Am-241 3.2088E-08 9.3492E-12 2.3362E+13 1.1873E+03 Cm-242 9.7383E-06 2.9383E-12 7.3119E+12 3.6032E+05 Cm-244 1.1920E-06 1.4734E-11 3.6366E+13 4.4106E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.3200 Release Rate/s Noble gases (atoms) 1. 1604E+22 1.0073E+19 Elemental I (atoms) 9.8945E+17 8.5890E+14 Page 43

CRDA PELLET MVP TRIP 10 MIN.oO organic I (atoms) 3.0602E+16 2.6564E+13 Aerosols (kq) 1.8618E-07 1.6161E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9445E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7349E+01 Total I (Ci) 1.7307E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3200 Leakage Transport Noble gases (atoms) 2.2806E+18 Elemental I (atoms) 1. 9414E+14 Organic I (atoms) 6.0044E+12 Aerosols (kg) 3.6593E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.3200 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.8835E+17 Elemental I (atoms) 0.OOOOE+00 3.3176E+13 organic I (atoms) O.OOOOE+00 1.0261E+12 Aerosols (kg) O.OOOOE+00 6.2309E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.3200 Filtered Transported Noble gases (atoms) 1.1445E+17 O.OOOOE+00 Elemental I (atoms) 9.7529E+12 O.OOOOE+00 organic I (atoms) 3.0164E+11 O.OOOOE+00 Aerosols (kg) 1.8363E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3200 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.O000E+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.3200 ci kg Atoms Decay Co-58 1.3659E-06 4.2955E-14 4.4600E+11 5.9752E+07 co-60 1.6341E-06 1.4457E-12 1.4510E+13 7.1483E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 6.3292E+14 Kr-85m 2.1550E+02 2.6187E-04 1. 8553E+21 9.4268E+15 Kr-87 3.4408E+02 1. 2147E-08 8.4083E+16 1. 6467E+16 Kr-88 5. 3292E+02 4.2500E-08 2.9084E+17 2.4261E+16 Rb-86 4. 5844E-05 5.6342E-13 3.9454E+12 2.0059E+09 Sr-89 1. 7190E-03 5.9168E-11 4.0036E+14 7.5200E+10 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1.1314E+10 Sr-91 2.1269E-03 5.8674E-13 3.8829E+12 9.4151E+10 Sr-92 2.1935E-03 1. 7451E-13 1. 1423E+12 1.0005E+11 Y-90 2. 6760E-06 4.9185E-15 3.2911E+10 1.1726E+08 Y-91 2.2381E-05 9.1262E-13 6.0395E+12 9.7910E+08 Y-92 2.2464E-05 2.3346E-15 1. 5282E+10 1.0146E+09 Y-93 2.7369E-05 8.2033E-15 5.3120E+10 1. 2107E+09 Zr-95 3.1674E-05 1.4744E-12 9.3463E+12 1.3856E+09 Zr-97 3.1686E-05 1. 6575E-14 1. 0290E+11 1.3953E+09 Nb-95 3.1824E-05 8.1384E-13 5.1590E+12 1.3923E+09 Mo-99 4. 6231E-04 9.6391E-13 5.8634E+12 2.0257E+10 Page 44

CRDA PELLET MVP TRIP 10 MIN.o0 Tc-99m 3.9155E-04 7.4463E-14 4.5296E+11 1. 7452E+10 RU-103 4.0691E-04 1.2608E-11 7.3716E+13 1.7802E+10 RU-105 2.8589E-04 4.2530E-14 2.4392E+11 1.2828E+10 RU-106 1.8673E-04 5.5814E-11 3.1710E+14 8.1683E+09 Rh-105 2.7869E-04 3.3018E-13 1.8937E+12 1.2230E+10 Sb-127 5.7135E-04 2.1395E-12 1.0145E+13 2.5023E+10 Sb-129 1.5710E-03 2.7936E-13 1. 3042E+12 7.0543E+10 Te-127 5.5647E-04 2.1085E-13 9.9984E+11 2.4637E+10 Te-127m 7.7275E-05 8.1924E-12 3.8847E+13 3.3804E+09 Te-129 1.3448E-03 6.4216E-14 2.9978E+11 6.4928E+10 Te-129m 2.4216E-04 8.0385E-12 3.7526E+13 1.0594E+10 Te-131m 7.2066E-04 9.0376E-13 4.1546E+12 3.1643E+10 Te-132 6.9119E-03 2.2767E-11 1.0387E+14 3.0279E+11 1-131 3.9243E+00 3.1654E-08 1.4551E+17 1. 7176E+14 1-132 5.1257E+00 4.9657E-10 2.2655E+15 2.3557E+14 1-133 7.7709E+00 6.8598E-09 3.1061E+16 3.4177E+14 1-134 6.6813E+00 2.5045E-10 1. 1256E+15 3. 3325E+14 1-135 7.1168E+00 2.0265E-09 9.0399E+15 3.1668E+14 Xe-133 1.6942E+03 9.0509E-06 4.0982E+19 7.4174E+16 Xe-135 5.9885E+02 2.3450E-07 1.0461E+18 2.6519E+16 Cs-134 4.9467E-03 3.8233E-09 1.7182E+16 2.1638E+11 Cs-136 1.3753E-03 1.8765E-11 8.3092E+13 6.0181E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.0633E+11 Ba-139 2.9637E-03 1.8119E-13 7.8498E+11 1.4084E+11 Ba-140 3.3578E-03 4.5866E-11 1.9729E+14 1.4693E+11 La-140 3.5957E-05 6.4691E-14 2.7827E+11 1.5773E+09 La-141 2.9965E-05 5.2984E-15 2.2630E+10 1. 3491E+09 La-142 2.6439E-05 1.8469E-15 7.8327E+09 1.2453E+09 Ce-141 7.9634E-05 2.7948E-12 1.1937E+13 3.4839E+09 Ce-143 7.2453E-05 1.0910E-13 4.5946E+11 3.1802E+09 Ce-144 6.6113E-05 2.0728E-11 8.6687E+13 2.8920E+09 Pr-143 2.8187E-05 4.1859E-13 1. 7628E+12 1.2334E+09 Nd-147 1.2833E-05 1.5863E-13 6.4984E+11 5.6158E+08 Np-239 1.0835E-03 4.6703E-12 1.1768E+13 4.7489E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 1.9904E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.0689E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.6925E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 4.9703E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 2.6117E+05 Cm-242 1.8119E-06 5.4670E-13 1. 3605E+12 7.9262E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 9.7024E+06 MVP Holdup Transport Group Inventory: Time (h) = 0.3200 Atmosphere Sump Noble gases (atoms) 2.1590E+21 0.OOOOE+00 Elemental I (atoms) 1.8334E+17 O.OOOOE+00 organic I (atoms) 5.6702E+15 0.OOOOE+00 Aerosols (kq) 3.4642E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1223E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7269E-08 Total I (Ci) 3.0619E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Page 45

CRDA PELLET MVP TRIP 10 MIN.oO Pathway Time (h) = 0.3200 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.3300 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.3300 whole Body Thyroid TEDE Delta dose (rem) 1.1680E-05 7.8599E-05 1.4174E-05 Accumulated dose (rem) 1.2423E-01 7.7859E-01 1.4898E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.3300 whole Body Thyroid TEDE Delta dose (rem) 2.8098E-06 1.8909E-05 3.4100E-06 Accumulated dose (rem) 5.5624E-02 3.4860E-01 6.6706E-02 control Room Doses: Time (h) = 0.3300 whole Body Thyroid TEDE Delta dose (rem) 1.5072E-05 2.0948E-03 8.1559E-05 Accumulated dose (rem) 4.5046E-04 6.0033E-02 2.3576E-03 DAEC condenser - CRDA Compartment Nuclide.Inventory: Time (h) = 0.3300 Ci kg Atoms Decay Co-58 2.2587E-05 7.1032E-13 7.3752E+12 1.0342E+09 Co-60 2.7023E-05 2.3906E-11 2.3994E+14 1.2373E+09 Kr-85 2.3927E+02 6.0986E-04 4.3207E+21 1.0955E+16 Kr-85m 3.5637E+03 4.3303E-03 3.0680E+22 1.6316E+17 Kr-87 5.6589E+03 1.9978E-07 1. 3829E+18 2.8457E+17 Kr-88 8.7912E+03 7.0109E-07 4.7978E+18 4.1963E+17 Rb-86 7. 5809E-04 9.3169E-12 6. 5241E+13 3.4719E+10 Sr-89 2.8425E-02 9.7842E-10 6. 6204E+15 1. 3016E+12 Sr-90 4. 2773E-03 3.1357E-08 2.0982E+17 1.9584E+11 Sr-91 3. 5146E-02 9.6956E-12 6.4163E+13 1.6293E+12 Sr-92 3.6180E-02 2.8784E-12 1. 8842E+13 1. 7305E+12 Y-90 4.4247E-05 8.1327E-14 5.4418E+11 2.0296E+09 Y-91 3. 7010E-04 1. 5091E-11 9.9871E+13 1.6947E+10 Y-92 3. 7075E-04 3.8530E-14 2.5221E+11 1.7551E+10 Y-93 4.5227E-04 1. 3556E-13 8.7781E+11 2.0950E+10 Zr-95 5.2378E-04 2.4381E-11 1. 5455E+14 2.3983E+10 Zr-97 5.2376E-04 2.7398E-13 1.7010E+12 2.4148E+10 Nb-95 5.2625E-04 1. 3458E-11 8.5311E+13 2.4098E+10 Mo-99 7. 6441E-03 1. 5938E-11 9.6950E+13 3.5061E+11 Tc-99m 6.4673E-03 1.2299E-12 7.4817E+12 3.0197E+11 Ru-103 6.7288E-03 2.0849E-10 1. 2190E+15 3.0812E+11 Ru-105 4.7202E-03 7.0220E-13 4.0274E+12 2.2194E+11 Ru-106 3.0879E-03 9.2298E-10 5.2437E+15 1.4138E+11 Rh-105 4.6077E-03 5.4590E-12 3.1309E+13 2.1167E+11 sb-127 9.4474E-03 3.5377E-11 1.6775E+14 4.3310E+11 Sb-129 2.5937E-02 4.6123E-12 2.1532E+13 1. 2204E+12 Te-127 9.1952E-03 3.4842E-12 1. 6522E+13 4.2634E+11 Te-127m 1.2779E-03 1.3547E-10 6.4239E+14 5.8510E+10 Te-129 2.2106E-02 1. 0556E-12 4.9278E+12 1. 1219E+12 Te-129m 4.0045E-03 1.3293E-10 6.2055E+14 1.8337E+11 Te-131m 1. 1914E-02 1.4942E-11 6.8687E+13 5.4765E+11 Te-132 1.1429E-01 3.7645E-10 1. 7175E+15 5.2406E+12 1-131 6. 4891E+01 5.2342E-07 2.4062E+18 2.9729E+15 Page 46

CRDA PELLET MVP TRIP 10 MIN.o0 1-132 8.4506E+01 8.1869E-09 3.7350E+16 4.0737E+15 1-133 1.2846E+02 1. 1340E-07 5.1346E+17 5.9149E+15 1-134 1.0962E+02 4.1090E-09 1.8467E+16 5.7553E+15 1-135 1. 1756E+02 3.3476E-08 1.4933E+17 5.4795E+15 xe-133 2.8014E+04 1.4966E-04 6.7766E+20 1.2838E+18 xe-135 9.8954E+03 3.8749E-06 1.7285E+19 4.5890E+17 Cs-134 8.1801E-02 6.3224E-08 2.8414E+17 3.7453E+12 Cs-136 2.2742E-02 3.1030E-10 1. 3740E+15 1.0416E+12 Cs-137 4.0197E-02 4.6213E-07 2.0314E+18 1.8404E+12 Ba-139 4.8763E-02 2.9812E-12 1. 2916E+13 2. 4342E+12 Ba-140 5.5525E-02 7. 5845E-10 3.2625E+15 2. 5432E+12 La-140 5.9450E-04 1. 0696E-12 4.6008E+12 2.7299E+10 La-141 4.9463E-04 8.7463E-14 3.7356E+11 2.3338E+10 La-142 4.3524E-04 3.0404E-14 1. 2894E+11 2. 1526E+10 Ce-141 1. 3169E-03 4.6216E-11 1.9739E+14 6.0302E+10 Ce-143 1. 1979E-03 1.8038E-12 7. 5962E+12 5.5040E+10 Ce-144 1.0933E-03 3.4278E-10 1.4335E+15 5.0057E+10 Pr-143 4.6610E-04 6.9218E-12 2.9150E+13 2.1348E+10 Nd-147 2.1220E-04 2.6231E-12 1.0746E+13 9.7200E+09 Np-239 1. 7915E-02 7.7221E-11 1. 9458E+14 8.2194E+11 Pu-238 7.5243E-06 4.3951E-10 1. 1121E+15 3.4450E+08 Pu-239 4.0408E-07 6.5010E-09 1. 6381E+16 1.8501E+07 Pu-240 6.3983E-07 2.8079E-09 7.0457E+15 2.9295E+07 Pu-241 1.8790E-04 1.8240E-09 4. 5578E+15 8.6029E+09 Am-241 9.8733E-08 2.8767E-11 7.1883E+13 4.5205E+06 Cm-242 2.9963E-05 9.0406E-12 2.2497E+13 1. 3719E+09 Cm-244 3.6678E-06 4.5336E-11 1. 1189E+14 1.6793E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.3300 Atmosphere sump Noble gases (atoms) 3.5702E+22 0.OOOOE+00 Elemental I (atoms) 3.0311E+18 0.OOOOE+00 Organi c I (atoms) 9.3745E+16 0.OOOOE+00 Aerosols (kq) 5.7285E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7974E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.3150E-08 Total I (Ci) 5.0504E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3300 Leakage Transport Noble gases (atoms) 2.4294E+18 Elemental I (atoms) 2.0677E+14 Organic I (atoms) 6.3950E+12 Aerosols (kg) 3.8979E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organi c I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.3300 Ci kg Atoms Bq Co-58 7. 3413E-06 2.3087E-13 2.3972E+12 2.7163E+05 Co-60 8.7826E-06 7.7696E-12 7.7982E+13 3.2496E+05 Kr-85 7.7763E+01 1.9821E-04 1.4043E+21 2.8772E+12 Kr-85m 1.1582E+03 1.4074E-03 9.9711E+21 4.2854E+13 Kr-87 2.0514E+03 7.2421E-08 5.0129E+17 7. 5900E+13 Page 47

CRDA PELLET MVP TRIP 10 MIN.o0 Kr-88 3.0002E+03 2.3926E-07 1.6374E+18 1. 1101E+14 Rb-86 2.4646E-04 3.0290E-12 2.1210E+13 9.1190E+06 Sr-89 9.2394E-03 3.1803E-10 2.1519E+15 3.4186E+08 Sr-90 1.3901E-03 1.0191E-08 6.8191E+16 5.1435E+07 Sr-91 1.1591E-02 3.1974E-12 2.1160E+13 4.2885E+08 Sr-92 1.2376E-02 9.8464E-13 6.4453E+12 4.5793E+08 Y-90 1.4412E-05 2.6489E-14 1.7724E+11 5.3323E+05 Y-91 1.2030E-04 4.9053E-12 3.2462E+13 4.4509E+06 Y-92 1.2531E-04 1.3023E-14 8.5245E+10 4.6365E+06 Y-93 1.4902E-04 4.4667E-14 2.8923E+11 5.5138E+06 Zr-95 1.7024E-04 7.9247E-12 5.0235E+13 6.2991E+06 Zr-97 1.7162E-04 8.9777E-14 5.5737E+11 6.3501E+06 Nb-95 1.7106E-04 4.3746E-12 2.7731E+13 6.3292E+06 MO-99 2.4896E-03 5.1908E-12 3.1575E+13 9.2115E+07 Tc-99m 2.1509E-03 4.0905E-13 2.4882E+12 7.9583E+07 Ru-103 2.1872E-03 6.7770E-11 3.9623E+14 8.0927E+07 Ru-105 1.5828E-03 2.3546E-13 1.3504E+12 5.8562E+07 Ru-106 1.0036E-03 2.9997E-10 1.7042E+15 3.7133E+07 Rh-105 1.5034E-03 1.7812E-12 1.0216E+13 5.5625E+07 Sb-127 3.0750E-03 1.1515E-11 5.4601E+13 1.1378E+08 sb-129 8.7045E-03 1.5479E-12 7.2262E+12 3.2207E+08 Te-127 3.0331E-03 1.1493E-12 5.4498E+12 1.1223E+08 Te-127m 4.1533E-04 4.4032E-11 2.0879E+14 1.5367E+07 Te-129 8.0983E-03 3.8670E-13 1.8052E+12 2.9964E+08 Te-129m 1.3017E-03 4.3209E-11 2.0172E+14 4.8163E+07 Te-131m 3.8902E-03 4.8785E-12 2.2427E+13 1.4394E+08 Te-132 3.7210E-02 1.2257E-10 5.5917E+14 1.3768E+09 1-131 2.1105E+01 1.7024E-07 7.8259E+17 7.8089E+11 1-132 2.9173E+01 2.8262E-09 1.2894E+16 1.0794E+12 1-133 4.2029E+01 3.7102E-08 1.6799E+17 1. 5551E+12 1-134 4.1744E+01 1.5648E-09 7.0324E+15 1. 5445E+12 1-135 3.9019E+01 1.1111E-08 4.9562E+16 1.4437E+12 Xe-133 9.1146E+03 4.8694E-05 2.2048E+20 3.3724E+14 Xe-135 3.2650E+03 1.2785E-06 5.7032E+18 1.2080E+14 Cs-134 2.6586E-02 2.0548E-08 9.2345E+16 9.8367E+08 Cs-136 7.3945E-03 1.0089E-10 4.4676E+14 2.7360E+08 Cs-137 1.3064E-02 1.5019E-07 6.6021E+17 4.8337E+08 Ba-139 1.7527E-02 1.0716E-12 4.6425E+12 6.4852E+08 Ba-140 1.8054E-02 2.4661E-10 1.0608E+15 6.6800E+08 La-140 1.9388E-04 3.4882E-13 1.5004E+12 7.1736E+06 La-141 1.6653E-04 2.9447E-14 1.2577E+11 6.1617E+06 La-142 1.5478E-04 1.0813E-14 4.5856E+10 5.7270E+06 Ce-141 4.2806E-04 1.5023E-11 6.4164E+13 1.5838E+07 Ce-143 3.9095E-04 5.8870E-13 2.4792E+12 1.4465E+07 Ce-144 3.5533E-04 1.1141E-10 4.6590E+14 1. 3147E+07 Pr-143 1.5155E-04 2.2506E-12 9.4777E+12 5.6073E+06 Nd-147 6.9002E-05 8.5295E-13 3.4943E+12 2.5531E+06 Np-239 5.8366E-03 2.5159E-11 6.3393E+13 2.1596E+08 Pu-238 2.4454E-06 1.4284E-10 3.6143E+14 9.0480E+04 Pu-239 1.3133E-07 2.1129E-09 5.3238E+15 4.8591E+03 Pu-240 2.0795E-07 9.1258E-10 2.2899E+15 7.6940E+03 Pu-241 6.1067E-05 5.9281E-10 1.4813E+15 2.2595E+06 Am-241 3.2089E-08 9.3494E-12 2.3362E+13 1. 1873E+03 Cm-242 9.7384E-06 2.9383E-12 7.3119E+12 3.6032E+05 Cm-244 1.1921E-06 1.4734E-11 3.6366E+13 4.4106E+04 Environment Transport Group Inventory: Total Rel ease Time (h) = 0.3300 Rel ease Rate/s Noble gases (atoms) 1.1604E+22 9.7674E+18 Elemental I (atoms) 9.8947E+17 8.3288E+14 Organic I (atoms) 3.0602E+16 2.5759E+13 Page 48

CRDA PELLET MVP TRIP 10 MIN.O0 Aerosols (kq) 1.8618E-07 1.5672E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9446E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7349E+01 Total I (Ci) 1.7307E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3300 Leakage Transport Noble gases (atoms) 2.4294E+18 Elemental I (atoms) 2.0677E+14 organic I (atoms) 6.3950E+12 Aerosols (kg) 3.8979E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.3300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.8878E+17 Elemental I (atoms) 0.0000E+00 3.3213E+13 organic I (atoms) O.OOOOE+00 1.0272E+12 Aerosols (kg) O.OOOOE+00 6.2378E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.3300 Filtered Transported Noble gases (atoms) 1. 1877E+17 O.0000E+00 Elemental I (atoms) 1.0120E+13 0.OOOOE+00 organic I (atoms) 3.1299E+11 O.OOOOE+00 Aerosols (kg) 1. 9057E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.0000E+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.3300 ci kg Atoms Decay Co-58 1.3659E-06 4.2955E-14 4.4600E+11 6.1571E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 7.3660E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 6.5220E+14 Kr-85m 2. 1550E+02 2.6187E-04 1.8553E+21 9.7139E+15 Kr-87 3. 4221E+02 1. 2081E-08 8.3626E+16 1. 6924E+16 Kr-88 5.3162E+02 4.2397E-08 2.9013E+17 2.4970E+16 Rb-86 4. 5844E-05 5.6341E-13 3.9453E+12 2.0669E+09 Sr-89 1. 7189E-03 5.9167E-11 4.0035E+14 7.7489E+10 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1. 1659E+10 Sr-91 2.1254E-03 5.8631E-13 3.8801E+12 9.6983E+10 Sr-92 2.1879E-03 1. 7407E-13 1. 1394E+12 1.0297E+11 Y-90 2.6757E-06 4.9180E-15 3.2908E+10 1.2083E+08 Y-91 2.2381E-05 9.1262E-13 6.0394E+12 1.0089E+09 Y-92 2.2420E-05 2.3300E-15 1. 5252E+10 1.0445E+09 Y-93 2.7350E-05 8.1976E-15 5.3083E+10 1.2471E+09 Zr-95 3.1674E-05 1.4744E-12 9.3463E+12 1.4278E+09 Zr-97 3.1673E-05 1.6568E-14 1.0286E+11 1.4375E+09 Nb-95 3. 1823E-05 8.1383E-13 5.1590E+12 1.4346E+09 Mo-99 4.6226E-04 9.6381E-13 5.8628E+12 2.0873E+10 Tc-99m 3.9109E-04 7.4378E-14 4.5244E+11 1. 7973E+10 Page 49

CRDA PELLET MVP TRIP 10 MIN.00 Ru-103 4.0691E-04 1.2608E-11 7. 3715E+13 1. 8344E+10 RU-105 2.8544E-04 4.2464E-14 2.4354E+11 1.3209E+10 Ru-106 1.8673E-04 5.5814E-11 3.1710E+14 8.4171E+09 Rh-105 2.7864E-04 3.3012E-13 1.8933E+12 1. 2601E+10 Sb-127 5.7130E-04 2.1393E-12 1.0144E+13 2.5784E+10 Sb-129 1.5684E-03 2.7891E-13 1.3021E+12 7.2634E+10 Te-127 5.5606E-04 2.1070E-13 9.9910E+11 2.5378E+10 Te-127m 7.7275E-05 8.1924E-12 3.8847E+13 3.4834E+09 Te-129 1.3368E-03 6.3833E-14 2.9799E+11 6.6714E+10 Te-129m 2.4216E-04 8.0384E-12 3.7526E+13 1.0917E+10 Te-131m 7.2049E-04 9.0355E-13 4.1537E+12 3.2603E+10 Te-132 6.9113E-03 2.2765E-11 1.0386E+14 3.1199E+11 1-131 3.9241E+00 3.1653E-08 1.4551E+17 1.7699E+14 1-132 5.1103E+00 4.9508E-10 2.2587E+15 2.4238E+14 1-133 7.7683E+00 6.8575E-09 3.1050E+16 3. 5212E+14 1-134 6.6287E+00 2.4848E-10 1. 1167E+15 3.4211E+14 1-135 7.1093E+00. 2.0244E-09 9.0304E+15 3.2615E+14 Xe-133 1.6941E+03 9.0504E-06 4.0980E+19 7.6431E+16 Xe-135 5.9840E+02 2.3432E-07 1. 0453E+18 2.7316E+16 Cs-134 4.9467E-03 3.8233E-09 1. 7182E+16 2.2297E+11 Cs-136 1.3753E-03 1.8764E-11 8.3090E+13 6.2013E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.0957E+11 Ba-139 2.9488E-03 1.8028E-13 7.8105E+11 1.4478E+11 Ba-140 3.3577E-03 4.5865E-11 1.9729E+14 1. 5141E+11 La-140 3.5951E-05 6.4680E-14 2.7822E+11 1.6252E+09 La-141 2.9912E-05 5.2891E-15 2.2590E+10 1.3889E+09 La-142 2.6320E-05 1.8386E-15 7.7975E+09 1.2804E+09 Ce-141 7.9633E-05 2.7948E-12 1. 1937E+13 3.5900E+09 Ce-143 7.2437E-05 1.0908E-13 4.5936E+11 3.2767E+09 Ce-144 6.6113E-05 2.0728E-11 8.6687E+13 2.9801E+09 Pr-143 2.8186E-05 4.1858E-13 1.7627E+12 1. 2710E+09 Nd-147 1.2832E-05 1.5862E-13 6.4983E+11 5.7867E+08 Np-239 1.0833E-03 4.6698E-12 1. 1766E+13 4.8932E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.0510E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.1014E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.7441E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 5.1217E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 2.6913E+05 Cm-242 1.8119E-06 5.4670E-13 1. 3605E+12 8.1676E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 9.9978E+06 MVP Holdup Transport Group Inventory: Time (h) = 0.3300 Atmosphere Sump Noble gases (atoms) 2.1590E+21 O.OOOOE+00 Elemental I (atoms) 1.8330E+17 0.OOOOE+00 Organic I (atoms) 5.6689E+15 O.OOOOE+00 Aerosols (kq) 3.4642E-08 O.O000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1212E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7237E-08 Total I (Ci) 3.0541E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.0000E+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Page 50

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.3300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organi c I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) 0.3400 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.3400 whole Body Thyroid TEDE Delta dose (rem) 1.1648E-05 7.8586E-05 1.4142E-05 Accumulated dose (rem) 1.2424E-01 7.7866E-01 1.4899E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.3400 whole Body Thyroid TEDE Delta dose (rem) 2.8022E-06 1.8906E-05 3.4022E-06 Accumulated dose (rem) 5.5627E-02 3.4862E-01 6.6709E-02 control Room Doses: Time (h) = 0.3400 whole Body Thyroid TEDE Delta dose (rem) 1.4815E-05 2.0644E-03 8.0334E-05 Accumulated dose (rem) 4.6527E-04 6.2098E-02 2.4379E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.3400 Ci kg Atoms Decay Co-58 2.2586E-05 7.1031E-13 7.3752E+12 1.0643E+09 Co-60 2. 7023E-05 2.3906E-11 2.3994E+14 1.2733E+09 Kr-85 2.3927E+02 6.0985E-04 4.3207E+21 1. 1274E+16 Kr-85m 3.5637E+03 4.3303E-03 3.0680E+22 1. 6791E+17 Kr-87 5.6281E+03 1.9869E-07 1.3754E+18 2.9209E+17 Kr-88 8.7697E+03 6.9938E-07 4.7861E+18 4.3132E+17 Rb-86 7. 5808E-04 9.3167E-12 6. 5240E+13 3.5728E+10 Sr-89 2.8425E-02 9.7841E-10 6.6204E+15 1. 3395E+12 Sr-90 4.2772E-03 3.1357E-08 2.0981E+17 2.0153E+11 Sr-91 3. 5121E-02 9.6884E-12 6.4116E+13 1. 6761E+12 Sr-92 3.6088E-02 2.8711E-12 1.8793E+13 1. 7786E+12 Y-90 4.4242E-05 8.1318E-14 5.4412E+11 2.0885E+09 Y-91 3. 701OE-04 1. 5091E-11 9.9870E+13 1. 7440E+10 Y-92 3. 7002E-04 3.8454E-14 2.5172E+11 1. 8044E+10 Y-93 4. 5196E-04* 1.3547E-13 8.7720E+11 2.1552E+10 Zr-95 5.2377E-04 2.4381E-11 1. 5455E+14 2.4681E+10 Zr-97 5.2354E-04 2.7386E-13 1.7003E+12 2.4845E+10 Nb-95 5. 2624E-04 1.3458E-11 8.5310E+13 2.4799E+10 MO-99 7. 6433E-03 1.5936E-11 9.6940E+13 3.6079E+11 Tc-99m 6.4599E-03 1.2285E-12 7.4731E+12 3.1057E+11 Ru-103 6.7288E-03 2.0849E-10 1.2190E+15 3.1708E+11 Ru-105 4.7128E-03 7. O11OE-13 4.0211E+12 2.2822E+11 RU-106 3.0879E-03 9.2297E-10 5.2436E+15 1.4549E+11 Rh-105 4.6068E-03 5.4579E-12 3.1303E+13 2.1780E+11 Sb-127 9.4466E-03 3.5374E-11 1. 6774E+14 4.4569E+11 sb-129 2.5895E-02 4.6049E-12 2.1497E+13 1.2549E+12 Te-127 9.1884E-03 3.4816E-12 1.6509E+13 4.3859E+11 Te-127m 1.2779E-03 1. 3547E-10 6.4239E+14 6.0212E+10 Te-129 2. 1974E-02 1.0493E-12 4.8984E+12 1. 1513E+12 Te-129m 4.0044E-03 1. 3293E-10 6.2054E+14 1. 8871E+11 Te-131m 1. 1912E-02 1.4938E-11 6.8671E+13 5.6352E+11 Te-132 1.1428E-01 3.7642E-10 1.7173E+15 5.3928E+12 1-131 6.4889E+01 5.2340E-07 2.4061E+18 3.0593E+15 1-132 8.4252E+01 8.1622E-09 3.7238E+16 4.1861E+15 Page 51

CRDA PELLET MVP TRIP 10 MIN.O0 1-133 1.2842E+02 1.1336E-07 5.1329E+17 6.0860E+15 1-134 1.0875E+02 4.0766E-09 1.8321E+16 5.9008E+15 1-135 1.1744E+02 3.3441E-08 1.4917E+17 5.6360E+15 xe-133 2.8012E+04 1.4965E-04 6.7762E+20 1. 3211E+18 Xe-135 9.8879E+03 3.8719E-06 1.7272E+19 4.7207E+17 cs-134 8.1800E-02 6.3223E-08 2.8413E+17 3.8542E+12 Cs-136 2.2741E-02 3.1029E-10 1. 3740E+15 1.0719E+12 Cs-137 4.0197E-02 4.6213E-07 2.0314E+18 1.8940E+12 Ba-139 4.8518E-02 2.9662E-12 1.2851E+13 2.4990E+12 Ba-140 5.5523E-02 7.5843E-10 3.2624E+15 2.6172E+12 La-140 5.9440E-04 1.0694E-12 4.6000E+12 2.8091E+10 La-141 4.9376E-04 8.7309E-14 3.7290E+11 2.3996E+10 La-142 4.3329E-04 3.0268E-14 1.2836E+11 2.2105E+10 Ce-141 1.3168E-03 4.6215E-11 1.9739E+14 6.2056E+10 Ce-143 1.1976E-03 1.8034E-12 7.5946E+12 5.6636E+10 Ce-144 1.0933E-03 3.4277E-10 1.4335E+15 5.1513E+10 Pr-143 4.6609E-04 6.9216E-12 2.9149E+13 2.1969E+10 Nd-147 2.1219E-04 2.6230E-12 1.0746E+13 1.0003E+10 Np-239 1.7912E-02 7.7212E-11 1.9455E+14 8.4580E+11 Pu-238 7.5242E-06 4.3951E-10 1. 1121E+15 3.5452E+08 Pu-239 4.0408E-07 6.5010E-09 1.6381E+16 1.9039E+07 Pu-240 6.3983E-07 2.8079E-09 7.0457E+15 3.0147E+07 Pu-241 1.8789E-04 1.8240E-09 4. 5578E+15 8.8531E+09 Am-241 9.8733E-08 2.8767E-11 7.1883E+13 4.6520E+06 Cm-242 2.9963E-05 9.0405E-12 2.2497E+13 1.4118E+09 Cm-244 3.6678E-06 4.5336E-11 1. 1189E+14 1.7282E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.3400 Atmosphere sump Noble gases (atoms) 3.5702E+22 O.OOOOE+00 Elemental I (atoms) 3.0304E+18 0.OOOOE+00 organic I (atoms) 9.3724E+16 0.OOOOE+00 Aerosols (kq) 5.7285E-07 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7964E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.3119E-08 Total I (Ci) 5.0375E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3400 Leakage Transport Noble gases (atoms) 2.5781E+18 Elemental I (atoms) 2.1940E+14 organic I (atoms) 6.7857E+12 Aerosols (kg) 4.1366E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.3400 Ci kg Atoms Bq Co-58 7.3414E-06 2.3088E-13 2.3972E+12 2.7163E+05 Co-60 8.7827E-06 7.7697E-12 7.7983E+13 3.2496E+05 Kr-85 7.7764E+01 1.9821E-04 1.4043E+21 2.8773E+12 Kr-85m 1. 1582E+03 1.4074E-03 9.9712E+21 4.2854E+13 Kr-87 2.0514E+03 7.2421E-08 5.0130E+17 7. 5901E+13 Kr-88 3.0002E+03 2.3927E-07 1.6374E+18 1. 1101E+14 Page 52

CRDA PELLET MVP TRIP 10 MIN.o0 Rb-86 2.4646E-04 3.0290E-12 2.1211E+13 9.1191E+06 Sr-89 9.2395E-03 3.1803E-10 2.1519E+15 3.4186E+08 Sr-90 1.3901E-03 1.0191E-08 6.8192E+16 5.1435E+07 Sr-91 1.1591E-02 3.1975E-12 2.1160E+13 4.2886E+08 Sr-92 1.2377E-02 9.8465E-13 6.4453E+12 4.5793E+08 Y-90 1.4412E-05 2.6489E-14 1.7725E+11 5.3323E+05 Y-91 1.2030E-04 4.9053E-12 3.2462E+13 4.4510E+06 Y-92 1.2531E-04 1.3023E-14 8.5246E+10 4.6365E+06 Y-93 1.4902E-04 4.4667E-14 2.8924E+11 5.5139E+06 zr-95 1.7025E-04 7.9248E-12 5.0236E+13 6.2991E+06 Zr-97 1.7163E-04 8.9778E-14 5.5738E+11 6.3502E+06 Nb-95 1.7106E-04 4.3746E-12 2.7731E+13 6.3293E+06 MO-99 2.4896E-03 5.1909E-12 3.1576E+13 9.2116E+07 TC-99m 2.1509E-03 4.0906E-13 2.4883E+12 7.9584E+07 RU-103 2.1872E-03 6.7771E-11 3.9624E+14 8.0928E+07 RU-105 1.5828E-03 2.3546E-13 1.3505E+12 5.8563E+07 RU-106 1.0036E-03 2.9998E-10 1.7043E+15 3.7133E+07 Rh-105 1.5034E-03 1.7812E-12 1.0216E+13 5.5626E+07 Sb-127 3.0751E-03 1.1515E-11 5.4602E+13 1. 1378E+08 Sb-129 8.7046E-03 1.5479E-12 7.2262E+12 3.2207E+08 Te-127 3.0332E-03 1.1493E-12 5.4499E+12 1. 1223E+08 Te-127m 4.1534E-04 4.4032E-11 2.0879E+14 1.5367E+07 Te-129 8.0984E-03 3.8670E-13 1.8052E+12 2.9964E+08 Te-129m 1.3017E-03 4.3210E-11 2.0172E+14 4.8163E+07 Te-131m 3.8902E-03 4.8786E-12 2.2427E+13 1.4394E+08 Te-132 3.7211E-02 1.2257E-10 5.5918E+14 1.3768E+09 1-131 2.1105E+01 1.7024E-07 7.8260E+17 7.8090E+11 1-132 2.9173E+01 2.8263E-09 1.2894E+16 1.0794E+12 1-133 4.2030E+01 3.7102E-08 1.6800E+17 1. 5551E+12 1-134 4.1744E+01 1.5648E-09 7.0325E+15 1. 5445E+12 1-135 3.9019E+01 1.1111E-08 4.9563E+16 1.4437E+12 Xe-133 9.1147E+03 4.8695E-05 2.2049E+20 3.3725E+14 Xe-135 3.2650E+03 1.2785E-06 5.7033E+18 1.2081E+14 Cs-134 2.6586E-02 2.0548E-08 9.2347E+16 9.8368E+08 Cs-136 7.3946E-03 1.0089E-10 4.4676E+14 2.7360E+08 Cs-137 1.3064E-02 1.5020E-07 6.6022E+17 4.8338E+08 Ba-139 1.7528E-02 1.0716E-12 4.6426E+12 6.4852E+08 Ba-140 1.8054E-02 2.4661E-10 1.0608E+15 6.6800E+08 La-140 1.9388E-04 3.4882E-13 1.5005E+12 7.1737E+06 La-141 1.6654E-04 2.9447E-14 1.2577E+11 6.1618E+06 La-142 1.5478E-04 1.0813E-14 4.5856E+10 5.7270E+06 Ce-141 4.2806E-04 1.5023E-11 6.4164E+13 1.5838E+07 Ce-143 3.9095E-04 5.8871E-13 2.4792E+12 1.4465E+07 Ce-144 3.5533E-04 1.1141E-10 4.6591E+14 1. 3147E+07 Pr-143 1.5155E-04 2.2506E-12 9.4779E+12 5.6074E+06 Nd-147 6.9003E-05 8.5296E-13 3.4943E+12 2. 5531E+06 Np-239 5.8367E-03 2.5159E-11 6.3394E+13 2.1596E+08 Pu-238 2.4454E-06 1.4284E-10 3.6144E+14 9.0481E+04 Pu-239 1.3133E-07 2.1129E-09 5.3239E+15 4.8592E+03 Pu-240 2.0795E-07 9.1259E-10 2.2899E+15 7. 6941E+03 Pu-241 6.1067E-05 5.9281E-10 1.4813E+15 2.2595E+06 Am-241 3.2089E-08 9.3495E-12 2.3363E+13 1.1873E+03 Cm-242 9.7385E-06 2.9383E-12 7.3120E+12 3.6033E+05 Cm-244 1.1921E-06 1.4735E-11 3.6366E+13 4.4107E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.3400 Release Rate/s Noble gases (atoms) 1.1604E+22 9.4802E+18 Elemental I (atoms) 9.8948E+17 8.0840E+14 organic I (atoms) 3.0602E+16 2. 5002E+13 Aerosols (kg) 1.8618E-07 1. 5211E-10 Page 53

CRDA PELLET MVP TRIP 10 MIN.O0 Dose Effective (Ci) 1-131 (Thyroid) 2.9446E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7350E+01 Total I (Ci) 1.7307E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3400 Leakage Transport Noble gases (atoms) 2.5781E+18 Elemental I (atoms) 2.1940E+14 organic I (atoms) 6.7857E+12 Aerosols (kg) 4.1366E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.3400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.8921E+17 Elemental I (atoms) O.OOOOE+00 3.3250E+13 organic I (atoms) O.OOOOE+00 1.0283E+12 Aerosols (kg) 0.OOOOE+00 6.2448E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.3400 Filtered Transported Noble gases (atoms) 1.2303E+17 0.OOOOE+00 Elemental I (atoms) 1. 0482E+13 O.OOOOE+00 organic I (atoms) 3.2419E+11 0.OOOOE+00 Aerosols (kg) 1. 9741E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.3400 Ci kg Atoms Decay Co-58 1.3659E-06 4.2954E-14 4.4600E+11 6.3390E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 7.5836E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 6.7147E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1. 0001E+16 Kr-87 3.4035E+02 1.2016E-08 8.3172E+16 1.7378E+16 Kr-88 5.3032E+02 4.2293E-08 2.8943E+17 2. 5678E+16 Rb-86 4.5843E-05 5.6341E-13 3.9452E+12 2.1280E+09 Sr-89 1. 7189E-03 5.9167E-11 4.0035E+14 7.9779E+10 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 1. 2004E+10 Sr-91 2.1238E-03 5.8588E-13 3.8772E+12 9.9813E+10 Sr-92 2.1823E-03 1. 7362E-13 1. 1365E+12 1.0588E+11 Y-90 2.6754E-06 4.9175E-15 3.2904E+10 1.2439E+08 Y-91 2.2381E-05 9.1261E-13 6.0394E+12 1.0387E+09 Y-92 2.2376E-05 2. 3254E-15 1. 5222E+10 1.0743E+09 Y-93 2.7331E-05 8.1920E-15 5.3047E+10 1.2835E+09 Zr-95 3.1674E-05 1.4744E-12 9.3462E+12 1.4700E+09 Zr-97 3.1660E-05 1.6561E-14 1.0282E+11 1.4797E+09 Nb-95 3.1823E-05 8.1382E-13 5. 1589E+12 1.4770E+09 Mo-99 4.6221E-04 9.6371E-13 5.8622E+12 2.1489E+10 TC-99m 3.9064E-04 7.4292E-14 4.5192E+11 1.8494E+10 Ru-103 4.0691E-04 1.2608E-11 7.3715E+13 1. 8886E+10 Page 54

CRDA PELLET MVP TRIP 10 MIN.o0 Ru-105 2.8500E-04 4.2397E-14 2.4316E+11 1. 3589E+10 RU-106 1.8673E-04 5.5814E-11 3.1710E+14 8.6658E+09 Rh-105 2.7858E-04 3.3005E-13 1.8930E+12 1. 2972E+10 Sb-127 5.7126E-04 2.1391E-12 1.0143E+13 2.6545E+10 Sb-129 1.5659E-03 2.7847E-13 1. 3000E+12 7.4721E+10 Te-127 5.5564E-04 2.1054E-13 9.9836E+11 2. 6119E+10 Te-127m 7.7275E-05 8.1924E-12 3.8847E+13 3.5863E+09 Te-129 1.3288E-03 6.3453E-14 2.9622E+11 6.8489E+10 Te-129m 2.4216E-04 8.0384E-12 3.7526E+13 1.1240E+10 Te-131m 7.2033E-04 9.0334E-13 4.1527E+12 3.3562E+10 Te-132 6.9107E-03 2.2763E-11 1. 0385E+14 3.2120E+11 1-131 3.9240E+00 3.1652E-08 1.4550E+17 1. 8221E+14 1-132 5.0949E+00 4.9359E-10 2.2519E+15 2.4918E+14 1-133 7.7657E+00 6.8552E-09 3.1040E+16 3.6247E+14 1-134 6.5765E+00 2.4653E-10 1. 1079E+15 3. 5091E+14 1-135 7.1019E+00 2.0223E-09 9.0210E+15 3.3562E+14 xe-133 1.6940E+03 9.0499E-06 4.0977E+19 7.8687E+16 Xe-135 5.9795E+02 2.3415E-07 1.0445E+18 2.8113E+16 Cs-134 4.9467E-03 3.8233E-09 1.7182E+16 2.2956E+11 Cs-136 1.3752E-03 1.8764E-11 8.3088E+13 6.3845E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.1281E+11 Ba-139 2.9340E-03 1.7937E-13 7.7713E+11 1.4869E+11 Ba-140 3.3576E-03 4.5864E-11 1.9728E+14 1. 5588E+11 La-140 3.5945E-05 6.4669E-14 2.7817E+11 1. 6731E+09 La-141 2.9859E-05 5.2798E-15 2.2550E+10 1.4287E+09 La-142 2.6202E-05 1.8304E-15 7.7625E+09 1. 3154E+09 Ce-141 7.9633E-05 2.7948E-12 1.1937E+13 3.6961E+09 Ce-143 7.2422E-05 1.0906E-13 4. 5927E+11 3.3731E+09 Ce-144 6.6113E-05 2.0728E-11 8.6687E+13 3.0682E+09 Pr-143 2.8186E-05 4.1857E-13 1.7627E+12 1.3085E+09 Nd-147 1.2832E-05 1.5862E-13 6.4981E+11 5.9577E+08 Np-239 1.0832E-03 4.6692E-12 1.1765E+13 5.0375E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.1116E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1. 1340E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.7956E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 5.2730E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 2.7708E+05 Cm-242 1.8119E-06 5.4670E-13 1. 3605E+12 8.4089E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.0293E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.3400 Atmosphere Sump Noble gases (atoms) 2.1590E+21 O.OOOOE+00 Elemental I (atoms) 1.8326E+17 0.OOOOE+00 Organi c I (atoms) 5.6677E+15 O.OOOOE+00 Aerosols (kq) 3.4642E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1202E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7204E-08 Total I (Ci) 3.0463E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3400 Filtered Transported Page 55

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.3500 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.3500 whole Body Thyroid TEDE Delta dose (rem) 1.1616E-05 7.8572E-05 1.4110E-05 Accumulated dose (rem) 1.2425E-01 7.7874E-01 1.4901E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.3500 whole Body Thyroid TEDE Delta dose (rem) 2.7945E-06 1.8902E-05 3.3944E-06 Accumulated dose (rem) 5.5630E-02 3.4864E-01 6.6712E-02 Control Room Doses: Time (h) = 0.3500 whole Body Thyroid TEDE Delta dose (rem) 1.4563E-05 2.0344E-03 7.9129E-05 Accumulated dose (rem) 4.7983E-04 6.4132E-02 2.5171E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.3500 Ci kg Atoms Decay Co-58 2.2586E-05 7.1031E-13 7.3751E+12 1.0944E+09 Co-60 2.7023E-05 2.3906E-11 2.3994E+14 1.3093E+09 Kr-85 2.3927E+02 6.0985E-04 4.3207E+21 1.1592E+16 Kr-85m 3.5636E+03 4.3303E-03 3.0680E+22 1. 7266E+17 Kr-87 5.5975E+03 1. 9761E-07 1. 3679E+18 2.9957E+17 .Kr-88 8.7483E+03 6.9767E-07 4.7744E+18 4.4299E+17 Rb-86 7.5806E-04 9.3165E-12 6. 5239E+13 3.6738E+10 Sr-89 2.8425E-02 9.7840E-10 6.6203E+15 1. 3773E+12 Sr-90 4.2772E-03 3.1356E-08 2.0981E+17 2.0723E+11 Sr-91 3.5095E-02 9.6813E-12 6.4069E+13 1. 7228E+12 Sr-92 3.5995E-02 2.8637E-12 1.8745E+13 1. 8266E+12 Y-90 4.4237E-05 8.1309E-14 5.4406E+11 2.1474E+09 Y-91 3.7009E-04 1.5091E-11 9.9870E+13 1.7933E+10 Y-92 3.6930E-04 3.8379E-14 2.5122E+11 1.8537E+10 Y-93 4.5165E-04 1. 3537E-13 8.7660E+11 2.2154E+10 Zr-95 5.2377E-04 2.4381E-11 1. 5455E+14 2.5379E+10 Zr-97 5.2332E-04 2.7375E-13 1. 6996E+12 2.5543E+10 Nb-95 5.2623E-04 1.3458E-11 8.5309E+13 2.5500E+10 MO-99 7.6424E-03 1. 5935E-11 9.6929E+13 3.7097E+11 Tc-99m 6.4524E-03 1.2271E-12 7.4644E+12 3.1917E+11 Ru-103 6.7287E-03 2.0849E-10 1. 2190E+15 3.2605E+11 Ru-105 4.7054E-03 7.OOOOE-13 4.0148E+12 2.3449E+11 RU-106 3.0879E-03 9.2297E-10 5.2436E+15 1.4961E+11 Rh-105 4.6058E-03 5.4568E-12 3.1297E+13 2.2394E+11 Sb-127 9.4459E-03 3.5371E-11 1. 6772E+14 4.5827E+11 Sb-129 2.5853E-02 4.5975E-12 2.1462E+13 1. 2894E+12 Te-127 9.1815E-03 3.4790E-12 1. 6497E+13 4.5082E+11 Te-127m 1.2778E-03 1. 3547E-10 6.4238E+14 6. 1914E+10 Te- 129 2.1843E-02 1.0430E-12 4.8692E+12 1. 1804E+12 Te-129m 4.0044E-03 1.3292E-10 6.2053E+14 1. 9404E+11 Te-131m 1. 1909E-02 1. 4934E-11 6.8655E+13 5.7938E+11 Te-132 1.1427E-01 3.7638E-10 1. 7171E+15 5. 5451E+12 1-131 6.4886E+01 5.2338E-07 2.4060E+18 3.1457E+15 1-132 8.3998E+01 8.1376E-09 3.7126E+16 4.2981E+15 1-133 1.2837E+02 1.1332E-07 5.1312E+17 6.2570E+15 Page 56

CRDA PELLET MVP TRIP 10 MIN.o0 1-134 1.0789E+02 4.0445E-09 1. 8177E+16 6.0450E+15 1-135 1.1732E+02 3.3406E-08 1.4902E+17 5.7924E+15 Xe-133 2.8011E+04 1.4964E-04 6.7758E+20 1. 3584E+18 Xe-135 9.8804E+03 3.8690E-06 1. 7259E+19 4.8524E+17 Cs-134 8.1800E-02 6.3223E-08 2.8413E+17 3.9632E+12 Cs-136 2.2741E-02 3.1028E-10 1. 3739E+15 1.1022E+12 Cs-137 4.0197E-02 4.6213E-07 2.0314E+18 1. 9475E+12 Ba-139 4.8274E-02 2.9513E-12 1.2786E+13 2.5634E+12 Ba-140 5.5522E-02 7.5841E-10 3.2623E+15 2.6911E+12 La-140 5.9429E-04 1.0692E-12 4. 5992E+12 2.8883E+10 La-141 4.9289E-04 8.7154E-14 3.7224E+11 2.4653E+10 La-142 4.3134E-04 3.0132E-14 1.2779E+11 2.2681E+10 Ce-141 1.3168E-03 4.6215E-11 1.9738E+14 6.3810E+10 Ce-143 1.1973E-03 1.8030E-12 7.5930E+12 5.8231E+10 Ce-144 1.0933E-03 3.4277E-10 1.4335E+15 5.2969E+10 Pr-143 4.6608E-04 6.9214E-12 2.9148E+13 2.2590E+10 Nd-147 2.1219E-04 2.6229E-12 1.0745E+13 1.0285E+10 Np-239 1.7910E-02 7.7202E-11 1.9453E+14 8.6966E+11 Pu-238 7.5242E-06 4.3951E-10 1. 1121E+15 3.6455E+08 Pu-239 4.0408E-07 6.5010E-09 1. 6381E+16 1.9577E+07 Pu-240 6.3983E-07 2.8079E-09 7.0456E+15 3.0999E+07 Pu-241 1.8789E-04 1.8240E-09 4.5578E+15 9.1034E+09 Am-241 9.8732E-08 2.8767E-11 7.1883E+13 4.7836E+06 Cm-242 2.9963E-05 9.0405E-12 2.2497E+13 1.4517E+09 Cm-244 3.6678E-06 4.5336E-11 1.1189E+14 1.7770E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.3500 Atmosphere sump Noble gases (atoms) 3.5701E+22 0.OOOOE+00 Elemental I (atoms) 3.0297E+18 0.OOOOE+00 organic I (atoms) 9.3704E+16 0.OOOOE+00 Aerosols (k 9 ) 5.7285E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7953E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.3088E-08 Total I (Ci) 5.0247E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3500 Leakage Transport Noble gases (atoms) 2.7269E+18 Elemental I (atoms) 2.3203E+14 Organic I (atoms) 7.1762E+12 Aerosols (kg) 4.3753E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.3500 Ci kg Atoms Bq Co-58 7.3415E-06 2.3088E-13 2.3972E+12 2.7164E+05 Co-60 8.7828E-06 7.7698E-12 7.7984E+13 3.2496E+05 Kr-85 7.7765E+01 1.9821E-04 1.4043E+21 2.8773E+12 Kr-85m 1.1582E+03 1.4074E-03 9.9713E+21 4.2855E+13 Kr-87 2.0514E+03 7.2422E-08 5.0131E+17 7. 5902E+13 Kr-88 3.0003E+03 2.3927E-07 1.6374E+18 1. 1101E+14 Rb-86 2.4646E-04 3.0290E-12 2.1211E+13 9.1192E+06 Page 57

CRDA PELLET MVP TRIP 10 MIN.o0 Sr-89 9.2396E-03 3.1803E-10 2.1520E+15 3.4187E+08 Sr-90 1.3902E-03 1.0191E-08 6.8192E+16 5.1436E+07 Sr-91 1.1591E-02 3.1975E-12 2.1160E+13 4.2886E+08 Sr-92 1.2377E-02 9.8467E-13 6.4454E+12 4.5794E+08 Y-90 1.4412E-05 2.6489E-14 1.7725E+11 5.3324E+05 Y-91 1.2030E-04 4.9054E-12 3.2463E+13 4.4511E+06 Y-92 1.2531E-04 1.3023E-14 8.5247E+10 4.6366E+06 Y-93 1.4903E-04 4.4668E-14 2.8924E+11 5.5139E+06 Zr-95 1.7025E-04 7.9249E-12 5.0236E+13 6.2992E+06 Zr-97 1.7163E-04 8.9780E-14 5.5739E+11 6.3503E+06 Nb-95 1.7106E-04 4.3747E-12 2.7732E+13 6.3294E+06 Mo-99 2.4896E-03 5.1909E-12 3.1576E+13 9.2117E+07 Tc-99m 2.1509E-03 4.0906E-13 2.4883E+12 7.9585E+07 Ru-103 2.1873E-03 6.7772E-11 3.9624E+14 8.0929E+07 Ru-105 1.5828E-03 2.3546E-13 1.3505E+12 5.8563E+07 Ru-106 1.0036E-03 2.9998E-10 1.7043E+15 3.7134E+07 Rh-105 1.5034E-03 1.7812E-12 1.0216E+13 5.5627E+07 sb-127 3.0751E-03 1.1515E-11 5.4602E+13 1. 1378E+08 sb-129 8.7047E-03 1.5480E-12 7.2263E+12 3.2208E+08 Te-127 3.0332E-03 1.1493E-12 5.4499E+12 1.1223E+08 Te-127m 4.1534E-04 4.4033E-11 2.0880E+14 1.5368E+07 Te-129 8.0985E-03 3.8670E-13 1.8053E+12 2.9964E+08 Te-129m 1.3017E-03 4.3210E-11 2.0172E+14 4.8164E+07 Te-131m 3.8903E-03 4.8787E-12 2.2427E+13 1.4394E+08 Te-132 3.7211E-02 1.2257E-10 5.5919E+14 1.3768E+09 1-131 2.1106E+01 1.7024E-07 7.8261E+17 7.8091E+11 1-132 2.9173E+01 2.8263E-09 1.2894E+16 1.0794E+12 1-133 4.2030E+01 3.7103E-08 1.6800E+17 1.5551E+12 1-134 4.1745E+01 1.5648E-09 7.0326E+15 1. 5446E+12 1-135 3.9020E+01 1.1111E-08 4.9564E+16 1.4437E+12 xe-133 9.1149E+03 4.8695E-05 2.2049E+20 3.3725E+14 Xe-135 3.2650E+03 1.2785E-06 5.7034E+18 1. 2081E+14 Cs-134 2.6586E-02 2.0549E-08 9.2348E+16 9.8369E+08 Cs-136 7.3947E-03 1.0089E-10 4.4677E+14 2.7360E+08 Cs-137 1.3064E-02 1.5020E-07 6.6023E+17 4.8339E+08 Ba-139 1.7528E-02 1.0716E-12 4.6426E+12 6.4853E+08 Ba-140 1.8054E-02 2.4662E-10 1.0608E+15 6.6801E+08 La-140 1.9389E-04 3.4882E-13 1.5005E+12 7.1738E+06 La-141 1.6654E-04 2.9448E-14 1.2577E+11 6.1619E+06 La-142 1.5479E-04 1.0813E-14 4.5857E+10 5.7271E+06 Ce-141 4.2807E-04 1.5023E-11 6.4165E+13 1.5839E+07 Ce-143 3.9096E-04 5.8872E-13 2.4793E+12 1.4465E+07 Ce-144 3.5533E-04 1.1141E-10 4.6591E+14 1. 3147E+07 Pr-143 1.5155E-04 2.2506E-12 9.4780E+12 5.6075E+06 Nd-147 6.9004E-05 8.5297E-13 3.4944E+12 2.5532E+06 Np-239 5.8368E-03 2.5159E-11 6.3395E+13 2.1596E+08 Pu-238 2.4455E-06 1.4285E-10 3.6144E+14 9.0483E+04 Pu-239 1.3133E-07 2.1129E-09 5.3239E+15 4.8592E+03 Pu-240 2.0795E-07 9.1261E-10 2.2899E+15 7.6942E+03 Pu-241 6.1068E-05 5.9282E-10 1.4814E+15 2.2595E+06 Am-241 3.2089E-08 9.3496E-12 2.3363E+13 1.1873E+03 Cm-242 9.7387E-06 2.9384E-12 7.3121E+12 3.6033E+05 Cm-244 1.1921E-06 1.4735E-11 3.6367E+13 4.4107E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.3500 Release Rate/s Noble gases (atoms) 1.1604E+22 9.2095E+18 Elemental I (atoms) 9.8949E+17 7.8531E+14 organi c I (atoms) 3.0603E+16 2.4288E+13 Aerosols (kg) 1.8619E-07 1.4777E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9447E+01 Page 58

CRDA PELLET MVP TRIP 10 MIN.O0 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7350E+01 Total I (Ci) 1.7307E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3500 Leakage Transport Noble gases (atoms) 2.7269E+18 Elemental I (atoms) 2.3203E+14 organic I (atoms) 7.1762E+12 Aerosols (kg) 4.3753E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.3500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.8964E+17 Elemental I (atoms) 0.OOOOE+00 3.3286E+13 organic I (atoms) 0.OOOOE+00 1.0295E+12 Aerosols (kg) O.O000E+00 6.2517E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.3500 Filtered Transported Noble gases (atoms) 1.2724E+17 O.0000E+00 Elemental I (atoms) 1.0839E+13 O.OOOOE+00 organic I (atoms) 3. 3522E+11 0.OOOOE+00 Aerosols (kg) 2.0415E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.3500 Ci kg Atoms Decay Co-58 1.3659E-06 4.2954E-14 4.4599E+11 6.5210E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 7.8013E+07 Kr-85 1. 4469E+01 3.6879E-05 2.6129E+20 6.9074E+14 Kr-85m 2.1550E+02 2.6187E-04 1. 8553E+21 1.0288E+16 Kr-87 3.3850E+02 1.1950E-08 8.2719E+16 1.7831E+16 Kr-88 5. 2903E+02 4.2190E-08 2.8872E+17 2.6383E+16 Rb-86 4. 5842E-05 5.6340E-13 3.9452E+12 2.1891E+09 Sr-89 1. 7189E-03 5.9167E-11 4.0035E+14 8.2068E+10 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 1.2348E+10 Sr-91 2. 1223E-03 5.8546E-13 3.8744E+12 1.0264E+11 Sr-92 2. 1767E-03 1. 7318E-13 1. 1336E+12 1.0879E+11 Y-90 2.6751E-06 4.9170E-15 3.2901E+10 1.2795E+08 Y-91 2.2381E-05 9.1261E-13 6.0394E+12 1.0685E+09 Y-92 2.2332E-05 2.3209E-15 1. 5192E+10 1. 1041E+09 Y-93 2.7312E-05 8.1864E-15 5.3010E+10

9. 3462E+12 1.3199E+09 Zr-95 3. 1674E-05 1.4744E-12 1. 5122E+09 Zr-97 3.1647E-05 1. 6555E-14 1.0278E+11 1. 5219E+09 Nb-95 3.1823E-05 8.1382E-13 5.1589E+12 1. 5194E+09 Mo-99 4. 6216E-04 9.6361E-13 5.8616E+12 2.2104E+10 Tc-99m 3.9020E-04 7.4206E-14 4.5140E+11 1. 9014E+10 Ru-103 4. 0690E-04 1.2608E-11 7.3714E+13 1. 9428E+10 Ru-105 2.8455E-04 4.2331E-14 2.4278E+11 1. 3968E+10 Page 59

CRDA PELLET MVP TRIP 10 MIN.oO Ru-106 1.8673E-04 5.5814E-11 3.1710E+14 8.9145E+09 Rh-105 2.7853E-04 3.2999E-13 1. 8926E+12 1. 3343E+10 sb-127 5.7122E-04 2.1390E-12 1.0143E+13 2.7306E+10 sb-129 1.5634E-03 2.7802E-13 1.2979E+12 7.6806E+10 Te-127 5.5523E-04 2.1039E-13 9.9762E+11 2.6859E+10 Te-127m 7.7275E-05 8.1923E-12 3.8847E+13 3.6892E+09 Te-129 1.3209E-03 6.3075E-14 2.9445E+11 7.0254E+10 Te-129m 2.4216E-04 8.0383E-12 3.7525E+13 1. 1562E+10 Te-131m 7.2016E-04 9.0313E-13 4.1517E+12 3.4521E+10 Te-132 6.9101E-03 2.2761E-11 1.0384E+14 3.3040E+11 1-131 3.9238E+00 3.1650E-08 1.4550E+17 1. 8744E+14 1-132 5.0796E+00 4.9210E-10 2.2451E+15 2.5596E+14 1-133 7.7631E+00 6.8529E-09 3.1030E+16 3.7281E+14 1-134 6.5247E+00 2.4458E-10 1.0992E+15 3. 5963E+14 1-135 7.0944E+00 2.0201E-09 9.0115E+15 3.4507E+14 Xe-133 1.6939E+03 9.0494E-06 4.0975E+19 8.0944E+16 Xe-135 5.9749E+02 2.3397E-07 1.0437E+18 2.8909E+16 Cs-134 4.9467E-03 3.8233E-09 1.7182E+16 2.3615E+11 Cs-136 1.3752E-03 1.8764E-11 8.3086E+13 *6.5677E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.1604E+11 Ba-139 2.9193E-03 1.7847E-13 7.7323E+11 1. 5259E+11 Ba-140 3.3576E-03 4.5863E-11 1.9728E+14 1.6035E+11 La-140 3.5939E-05 6.4658E-14 2.7813E+11 1.7209E+09 La-141 2.9806E-05 5.2705E-15 2.2510E+10 1.4685E+09 La-142 2.6084E-05 1.8222E-15 7.7277E+09 1.3502E+09 Ce-141 7.9632E-05 2.7947E-12 1.1936E+13 3.8022E+09 Ce-143 7.2407E-05 1.0903E-13 4.5917E+11 3.4696E+09 Ce-144 6.6113E-05 2.0728E-11 8.6687E+13 3.1562E+09 Pr-143 2.8185E-05 4.1856E-13 1.7627E+12 1.3460E+09 Nd-147 1.2832E-05 1.5861E-13 6.4979E+11 6.1286E+08 Np-239 1.0831E-03 4.6686E-12 1. 1764E+13 5.1818E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.1722E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.1665E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.8471E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 5.4244E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 2.8503E+05 Cm-242 1.8119E-06 5.4670E-13 1. 3605E+12 8.6503E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.0589E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.3500 Atmosphere Sump Noble gases (atoms) 2.1590E+21 O.OOOOE+00 Elemental I (atoms) 1.8322E+17 O.OOOOE+0O organic I (atoms) 5.6665E+15 O.OOOE+00 Aerosols (kq) 3.4642E-08 O.OOO0E+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.1192E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.7172E-08 Total I (Ci) 3.0386E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Page 60

CRDA PELLET MVP TRIP 10 MIN.O0 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.0000E+00 3.5189E+16 Aerosols (kg) O.O000E+00 2.1365E-07 Detailed model information at time (H) = 0.3600 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.3600 whole Body Thyroid TEDE Delta dose (rem) 1.1584E-05 7.8558E-05 1.4077E-05 Accumulated dose (rem) 1.2426E-01 7.7882E-01 1.4902E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.3600 whole Body Thyroid TEDE Delta dose (rem) 2.7869E-06 1.8899E-05 3.3866E-06 Accumulated dose (rem) 5.5632E-02 3.4866E-01 6.6716E-02 Control Room Doses: Time (h) = 0.3600 whole Body Thyroid TEDE Delta dose (rem) 1.4316E-05 2.0050E-03 7.7944E-05 Accumulated dose (rem) 4.9415E-04 6.6137E-02 2.5950E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.3600 Ci kg Atoms Decay Co-58 2.2586E-05 7.1030E-13 7.3750E+12 1.1245E+09 Co-60 2. 7023E-05 2.3906E-11 2.3994E+14 1.3452E+09 Kr-85 2.3926E+02 6.0985E-04 4.3207E+21 1. 1911E+16 Kr-85m 3. 5636E+03 4.3303E-03 3.0680E+22 1. 7740E+17 Kr-87 5. 5671E+03 1.9654E-07 1. 3604E+18 3.0700E+17 Kr-88 8. 7269E+03 6.9597E-07 4.7627E+18 4. 5463E+17 Rb-86 7. 5805E-04 9.3164E-12 6. 5238E+13 3.7748E+10 Sr-89 2.8424E-02 9.7839E-10 6.6202E+15 1.4152E+12 Sr-90 4.2772E-03 3.1356E-08 2.0981E+17 2.1293E+11 Sr-91 3.5069E-02 9.6742E-12 6.4022E+13 1. 7695E+12 Sr-92 3.5903E-02 2.8564E-12 1. 8697E+13 1.8745E+12 Y-90 4.4232E-05 8.1299E-14 5.4400E+11 2.2064E+09 Y-91 3.7009E-04 1.5091E-11 9.9869E+13 1. 8426E+10 Y-92 3.6857E-04 3.8304E-14 2. 5073E+11 1.9028E+10 Y-93 4. 5134E-04 1.3528E-13 8.7599E+11 2.2756E+10 zr-95 5.2376E-04 2.4381E-11 1. 5455E+14 2.6076E+10 Zr-97 5.2311E-04 2.7364E-13 1.6989E+12 2.6240E+10 Nb-95 5. 2623E-04 1.3457E-11 8.5308E+13 2.6201E+10 Mo-99 7. 6416E-03 1. 5933E-11 9.6919E+13 3.8115E+11 Tc-99m 6.4450E-03 1.2257E-12 7.4558E+12 3.2776E+11 Ru-103 6.7286E-03 2.0848E-10 1. 2190E+15 3.3501E+11 Ru-105 4.6981E-03 6.9891E-13 4.0085E+12 2.4075E+11 RU-106 3.0878E-03 9.2296E-10 5.2436E+15 1. 5372E+11 Rh-105 4.6049E-03 5.4557E-12 3.1290E+13 2.3007E+11 Sb-127 9.4451E-03 3.5368E-11 1. 6771E+14 4.7085E+11 sb-129 2. 5812E-02 4.5901E-12 2.1428E+13 1.3238E+12 Te-127 9. 1747E-03 3.4764E-12 1.6485E+13 4.6304E+11 Te-127m 1.2778E-03 1. 3547E-10 6.4238E+14 6.3616E+10 Te-129 2. 1713E-02 1.0368E-12 4.8402E+12 1.2095E+12 Te-129m 4. 0043E-03 1.3292E-10 6.2053E+14 1.9938E+11 Te-131m 1. 1906E-02 1.4931E-11 6.8638E+13 5.9524E+11 Te-132 1.1426E-01 3.7635E-10 1. 7170E+15 5.6972E+12 1-131 6.4884E+01 5.2336E-07 2.4059E+18 3.2322E+15 1-132 8. 3745E+01 8.1131E-09 3.7014E+16 4.4099E+15 1-133 1.2833E+02 1.1328E-07 5.1294E+17 6.4280E+15 1-134 1. 0704E+02 4.0127E-09 1. 8033E+16 6.1882E+15 Page 61

CRDA PELLET MVP TRIP 10 MIN.oO 1-135 1.1719E+02 3.3371E-08 1.4886E+17 5.9486E+15 xe-133 2.8009E+04 1.4964E-04 6.7754E+20 1. 3958E+18 xe-135 9.8729E+03 3.8661E-06 1. 7246E+19 4.9839E+17 Cs-134 8.1799E-02 6.3223E-08 2.8413E+17 4.0722E+12 Cs-136 2.2740E-02 3.1027E-10 1. 3739E+15 1.1325E+12 Cs-137 4.0196E-02 4.6213E-07 2.0314E+18 2. 0011E+12 Ba-139 4.8032E-02 2.9365E-12 1. 2722E+13 2.6276E+12 Ba-140 5.5520E-02 7.5839E-10 3.2622E+15 2.7651E+12 La-140 5.9419E-04 1.0690E-12 4.5984E+12 2.9674E+10 La-141 4.9202E-04 8.7000E-14 3.7158E+11 2.5309E+10 La-142 4.2941E-04 2.9997E-14 1. 2721E+11 2.3254E+10 Ce-141 1.3168E-03 4.6214E-11 1.9738E+14 6.5564E+10 Ce-143 1.1971E-03 1.8026E-12 7.5914E+12 5.9825E+10 Ce-144 1.0933E-03 3.4277E-10 1.4335E+15 5.4426E+10 Pr-143 4.6607E-04 6.9213E-12 2.9147E+13 2.3211E+10 Nd-147 2.1218E-04 2.6228E-12 1.0745E+13 1.0568E+10 Np-239 1.7908E-02 7.7192E-11 1. 9450E+14 8.9351E+11 Pu-238 7.5242E-06 4.3950E-10 1. 1121E+15 3.7457E+08 Pu-239 4.0408E-07 6.5010E-09 1.6381E+16 2.0116E+07 Pu-240 6.3982E-07 2.8079E-09 7.0456E+15 3.1852E+07 Pu-241 1.8789E-04 1.8240E-09 4.5578E+15 9.3537E+09 Am-241 9.8732E-08 2.8767E-11 7.1882E+13 4.9151E+06 Cm-242 2.9963E-05 9.0404E-12 2.2497E+13 1.4916E+09 Cm-244 3.6678E-06 4.5336E-11 1. 1189E+14 1.8259E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.3600 Atmosphere Sump Noble gases (atoms) 3.5701E+22 O.OOOOE+00 Elemental I (atoms) 3.0291E+18 O.OOOOE+00 organic I (atoms) 9.3683E+16 O.OOOOE+00 Aerosols (kq) 5.7285E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7943E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.3057E-08 Total I (Ci) 5.0120E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3600 Leakage Transport Noble gases (atoms) 2.8756E+18 Elemental I (atoms) 2.4465E+14 organic I (atoms) 7. 5666E+12 Aerosols (kg) 4.6140E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.3600 Ci kg Atoms Bq Co-58 7. 3416E-06 2.3088E-13 2.3973E+12 2.7164E+05 Co-60 8.7829E-06 7.7699E-12 7.7985E+13 3.2497E+05 Kr-85 7.7766E+01 1.9821E-04 1.4043E+21 2.8773E+12 Kr-85m 1.1583E+03 1.4074E-03 9.9715E+21 4.2855E+13 Kr-87 2.0514E+03 7.2423E-08 5.0131E+17 7.5903E+13 Kr-88 3. 0003E+03 2.3927E-07 1.6374E+18 1. 1101E+14 Rb-86 2.4647E-04 3.0291E-12 2.1211E+13 9.1193E+06 Sr-89 9.2397E-03 3.1804E-10 2.1520E+15 3.4187E+08 Page 62

CRDA PELLET MVP TRIP 10 MIN.O0 Sr-90 1.3902E-03 1. 0191E-08 6.8193E+16 5.1437E+07 Sr-91 1. 1591E-02 3.1975E-12 2. 1160E+13 4.2887E+08 Sr-92 1.2377E-02 9.8468E-13 6.4455E+12 4.5794E+08 Y-90 1.4412E-05 2.6490E-14 1.7725E+11 5.3325E+05 Y-91 1.2030E-04 4.9054E-12 3.2463E+13 4.4511E+06 Y-92 1.2531E-04 1.3023E-14 8.5248E+10 4.6366E+06 Y-93 1.4903E-04 4.4668E-14 2.8925E+11 5.5140E+06 Zr-95 1.7025E-04 7.9250E-12 5.0237E+13 6.2993E+06 Zr-97 1.7163E-04 8.9781E-14 5.5739E+11 6.3504E+06 Nb-95 1. 7107E-04 4.3748E-12 2.7732E+13 6.3295E+06 Mo-99 2.4897E-03 5.1910E-12 3.1577E+13 9.2118E+07 Tc-99m 2.1510E-03 4.0907E-13 2.4883E+12 7.9586E+07 RU-103 2.1873E-03 6.7773E-11 3.9625E+14 8.0930E+07 RU-105 1.5828E-03 2.3547E-13 1. 3505E+12 5.8564E+07 RU-106 1.0036E-03 2.9999E-10 1. 7043E+15 3.7134E+07 Rh-105 1.5034E-03 1.7812E-12 1.0216E+13 5.5628E+07 sb-127 3.0752E-03 1.1515E-11 5.4603E+13 1.1378E+08 Sb-129 8.7048E-03 1. 5480E-12 7.2264E+12 3.2208E+08 Te-127 3.0332E-03 1.1493E-12 5.4500E+12 1. 1223E+08 Te-127m 4.1535E-04 4.4033E-11 2.0880E+14 1.5368E+07 Te-129 8.0986E-03 3.8671E-13 1. 8053E+12 2.9965E+08 Te-129m 1. 3017E-03 4.3211E-11 2.0172E+14 4.8165E+07 Te-131m 3.8903E-03 4.8787E-12 2.2428E+13 1.4394E+08 Te-132 3.7211E-02 1. 2257E-10 5.5919E+14 1.3768E+09 1-131 2.1106E+01 1.7024E-07 7.8262E+17 7.8092E+11 1-132 2.9174E+01 2.8263E-09 1.2894E+16 1.0794E+12 1-133 4.2031E+01 3.7103E-08 1. 6800E+17 1. 5551E+12 1-134 4.1745E+01 1.5649E-09 7.0326E+15 1. 5446E+12 1-135 3.9020E+01 1. 1111E-08 4.9564E+16 1.4437E+12 xe-133 9.1150E+03 4.8696E-05 2.2049E+20 3.3725E+14 Xe-135 3.2651E+03 1.2786E-06 5.7035E+18 1.2081E+14 Cs-134 2.6587E-02 2.0549E-08 9.2349E+16 9.8371E+08 Cs-136 7.3948E-03 1.0090E-10 4.4677E+14 2.7361E+08 Cs-137 1.3065E-02 1.5020E-07 6.6024E+17 4.8339E+08 Ba-139 1.7528E-02 1.0716E-12 4.6427E+12 6.4854E+08 Ba-140 1.8055E-02 2.4662E-10 1.0608E+15 6.6802E+08 La-140 1.9389E-04 3.4883E-13 1. 5005E+12 7.1739E+06 La-141 1.6654E-04 2.9448E-14 1. 2577E+11 6.1620E+06 La-142 1.5479E-04 1.0813E-14 4. 5857E+10 5.7272E+06 Ce-141 4.2807E-04 1. 5024E-11 6.4166E+13 1.5839E+07 Ce-143 3.9096E-04 5.8873E-13 2.4793E+12 1.4466E+07 Ce-144 3.5534E-04 1. 1141E-10 4.6592E+14 1. 3148E+07 Pr-143 1. 5156E-04 2.2506E-12 9.4781E+12 5.6076E+06 Nd-147 6.9005E-05 8.5298E-13 3.4944E+12 2.5532E+06 Np-239 5.8368E-03 2.5160E-11 6.3396E+13 2.1596E+08 Pu-238 2.4455E-06 1.4285E-10 3.6145E+14 9.0484E+04 Pu-239 1.3133E-07 2.1129E-09 5.3240E+15 4.8593E+03 Pu-240 2.0795E-07 9.1262E-10 2.2900E+15 7.6943E+03 Pu-241 6.1069E-05 5.9283E-10 1.4814E+15 2.2596E+06 Am-241 3.2090E-08 9.3497E-12 2.3363E+13 1.1873E+03 Cm-242 9.7388E-06 2.9384E-12 7.3122E+12 3.6034E+05 Cm-244 1. 1921E-06 1.4735E-11 3.6367E+13 4.4108E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.3600 Release Rate/s Noble gases (atoms) 1.1604E+22 8.9538E+18 Elemental I (atoms) 9.8950E+17 7.6351E+14 organic I (atoms) 3.0603E+16 2.3614E+13 Aerosols (kq) 1.8619E-07 1.4366E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9447E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7351E+01 Page 63

CRDA PELLET MVP TRIP 10 MIN.O0 Total I (Ci) 1.7308E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3600 Leakage Transport Noble gases (atoms) 2.8756E+18 Elemental I (atoms) 2.4465E+14 Organic I (atoms) 7. 5666E+12 Aerosols (kg) 4.6140E-11 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.3600 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.9007E+17 Elemental I (atoms) O.OOOOE+00 3.3323E+13 organic I (atoms) O.OOOOE+00 1.0306E+12 Aerosols (kg) O.OOOOE+00 6.2586E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.3600 Filtered Transported Noble gases (atoms) 1. 3138E+17 O.OOOOE+00 Elemental I (atoms) 1. 1190E+13 O.OOOOE+00 Organic I (atoms) 3.4609E+11 O.OOOOE+00 Aerosols (kg) 2.1080E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.3600 ci kg Atoms Decay Co-58 1.3659E-06 4.2954E-14 4.4599E+11 6.7029E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 8.0190E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 7.1001E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1.0575E+16 Kr-87 3. 3666E+02 1. 1885E-08 8. 2270E+16 1. 8280E+16 Kr-88 5. 2774E+02 4.2087E-08 2.8802E+17 2.7087E+16 Rb-86 4. 5841E-05 5.6339E-13 3.9451E+12 2.2501E+09 Sr-89 1. 7189E-03 5.9166E-11 4.0035E+14 8.4358E+10 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1.2693E+10 Sr-91 2.1207E-03 5.8503E-13 3.8716E+12 1.0547E+11 Sr-92 2.1712E-03 1.7274E-13 1. 1307E+12 1. 1168E+11 Y-90 2.6748E-06 4.9164E-15 3.2897E+10 1.3152E+08 Y-91 2.2381E-05 9.1260E-13 6.0394E+12 1.0983E+09 Y-92 2.2289E-05 2.3164E-15 1. 5162E+10 1.1338E+09 Y-93 2.7294E-05 8.1808E-15 5.2974E+10 1.3563E+09 Zr-95 3.1674E-05 1.4744E-12 9.3461E+12 1.5544E+09 Zr-97 3.1634E-05 1.6548E-14 1.0273E+11 1.5640E+09 Nb-95 3.1823E-05 8.1381E-13 5.1588E+12 1. 5618E+09 Mo-99 4.6211E-04 9.6351E-13 5.8610E+12 2.2720E+10 Tc-99m 3.8975E-04 7.4121E-14 4.5088E+11 1.9533E+10 RU-103 4. 0690E-04 1. 2608E-11 7.3714E+13 1.9970E+10 Ru-105 2.8411E-04 4.2265E-14 2.4241E+11 1. 4347E+10 RU-106 1. 8673E-04 5.5814E-11 3.1710E+14 9.1633E+09 Page 64

CRDA PELLET MVP TRIP 10 MIN.O0 Rh-105 2.7847E-04 3.2992E-13 1.8922E+12 1. 3714E+10 sb-127 5.7118E-04 2.1388E-12 1.0142E+13 2.8067E+10 Sb-129 1.5609E-03 2.7758E-13 1.2958E+12 7.8886E+10 Te-127 5.5482E-04 2.1023E-13 9.9688E+11 2.7598E+10 Te-127m 7.7275E-05 8.1923E-12 3.8847E+13 3.7921E+09 Te-129 1.3131E-03 6.2699E-14 2.9270E+11 7.2008E+10 Te-129m 2.4215E-04 8.0382E-12 3.7525E+13 1.1885E+10 Te-131m 7.1999E-04 9.0292E-13 4.1508E+12 3.5481E+10 Te-132 6.9095E-03 2.2759E-11 1.0383E+14 3.3961E+11 1-131 3.9237E+00 3.1649E-08 1.4549E+17 1. 9267E+14 1-132 5.0643E+00 4.9062E-10 2.2383E+15 2.6271E+14 1-133 7.7605E+00 6.8507E-09 3.1019E+16 3.8315E+14 1-134 6.4733E+00 2.4266E-10 1. 0905E+15 3.6829E+14 1-135 7.0870E+00 2.0180E-09 9.0021E+15 3.5452E+14 Xe-133 1.6938E+03 9.0489E-06 4.0973E+19 8.3200E+16 Xe-135 5.9704E+02 2.3379E-07 1.0429E+18 2.9705E+16 Cs-134 4.9467E-03 3.8233E-09 1.7182E+16 2.4274E+11 Cs-136 1.3752E-03 1.8763E-11 8.3084E+13 6.7509E+10 Cs-137 2.4308E-03. 2.7946E-08 1.2284E+17 1. 1928E+11 Ba-139 2.9046E-03 1. 7758E-13 7.6935E+11 1. 5647E+11 Ba-140 3.3575E-03 4. 5862E-11 1.9728E+14 1. 6482E+11 La-140 3.5932E-05 6.4647E-14 2.7808E+11 1.7688E+09 La-141 2.9754E-05 5.2612E-15 2.2471E+10 1. 5081E+09 La-142 2.5967E-05 1. 8140E-15 7.6930E+09 1.3849E+09 Ce-141 7.9631E-05 2.7947E-12 1.1936E+13 3.9082E+09 Ce-143 7.2392E-05 1.0901E-13 4.5907E+11 3.5660E+09 Ce-144 6.6113E-05 2.0728E-11 8.6687E+13 3.2443E+09 Pr-143 2.8185E-05 4.1855E-13 1.7626E+12 1.3836E+09 Nd-147 1.2831E-05 1. 5861E-13 6.4977E+11 6.2995E+08 Np-239 1.0829E-03 4.6680E-12 1.1762E+13 5.3261E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.2328E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.1991E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 1.8987E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 5.5757E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 2.9299E+05 Cm-242 1.8119E-06 5.4670E-13 1. 3605E+12 8.8916E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.0884E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.3600 Atmosphere Sump Noble gases (atoms) 2.1590E+21 0.O000E+00 Elemental I (atoms) 1.8318E+17 O.OOOOE+00 organic I (atoms) 5.6653E+15 O.O000E+00 Aerosols (kq) 3.4642E-08 O.0000E+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.1181E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7139E-08 Total I (Ci) 3.0309E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.O000E+00 1.1758E+18 Organic I (atoms) O.O000E+00 3.6364E+16 Aerosols (kg) O.O000E+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3600 Filtered Transported Noble gases (atoms) O.O000E+00 1.3316E+22 Elemental I (atoms) O.O000E+00 1.1378E+18 Page 65

CRDA PELLET MVP TRIP 10 MIN.o0 organi c I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.3700 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.3700 whole Body Thyroid TEDE Delta dose (rem) 1.1553E-05 7.8544E-05 1.4045E-05 Accumulated dose (rem) 1.2428E-01 7.7890E-01 1.4904E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.3700 whole Body Thyroid TEDE Delta dose (rem) 2.7793E-06 1.8896E-05 3.3789E-06 Accumulated dose (rem) 5.5635E-02 3.4868E-01 6.6719E-02 control Room Doses: Time (h) = 0.3700 whole Body Thyroid TEDE Delta dose (rem) 1.4073E-05 1.9760E-03 7.6779E-05 Accumulated dose (rem) 5.0822E-04 6.8113E-02 2.6718E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.3700 Ci kg Atoms Decay Co-58 2.2586E-05 7.1030E-13 7.3750E+12 1. 1545E+09 Co-60 2.7023E-05 2.3906E-11 2.3994E+14 1. 3812E+09 Kr-85 2.3926E+02 6.0985E-04 4.3207E+21 1. 2230E+16 Kr-85m 3.5636E+03 4.3303E-03 3.0679E+22 1.8215E+17 Kr-87 5.5368E+03 1.9547E-07 1. 3530E+18 3. 1440E+17 Kr-88 8.7056E+03 6.9427E-07 4.7511E+18 4.6624E+17 Rb-86 7.5803E-04 9.3162E-12 6. 5236E+13 3.8758E+10 Sr-89 2.8424E-02 9.7838E-10 6.6202E+15 1.4530E+12 Sr-90 4.2772E-03 3.1356E-08 2.0981E+17 2.1863E+11 Sr-91 3.5043E-02 9.6671E-12 6.3975E+13 1.8162E+12 Sr-92 3.5811E-02 2.8491E-12 1.8650E+13 1.9222E+12 Y-90 4.4227E-05 8.1290E-14 5.4393E+11 2.2653E+09 Y-91 3.7009E-04 1. 5091E-11 9.9868E+13 1.8918E+10 Y-92 3.6785E-04 3.8229E-14 2.5024E+11 1.9519E+10 Y-93 4.5102E-04 1.3519E-13 8.7539E+11 2.3357E+10 Zr-95 5.2376E-04 2.4380E-11 1. 5455E+14 2.6774E+10 Zr-97 5.2289E-04 2.7352E-13 1.6981E+12 2.6936E+10 Nb-95 5.2622E-04 1.3457E-11 8.5307E+13 2.6902E+10 Mo-99 7.6408E-03 1. 5931E-11 9.6908E+13 3.9133E+11 Tc-99m 6.4375E-03 1.2243E-12 7.4472E+12 3.3634E+11 Ru-103 6.7285E-03 2.0848E-10 1.2189E+15 3.4397E+11 Ru-105 4.6907E-03 6.9782E-13 4.0022E+12 2.4701E+11 Ru-106 3.0878E-03 9.2296E-10 5.2436E+15 1. 5783E+11 Rh-105 4.6040E-03 5.4546E-12 3.1284E+13 2.3621E+11 sb-127 9.4444E-03 3. 5365E-11 1. 6770E+14 4.8343E+11 Sb-129 2.5770E-02 4.5827E-12 2.1393E+13 1. 3582E+12 Te-127 9.1678E-03 3.4738E-12 1.6472E+13 4.7526E+11 Te-127m 1.2778E-03 1. 3547E-10 6.4237E+14 6.5318E+10 Te-129 2.1584E-02 1.0306E-12 4.8113E+12 1.2383E+12 Te-129m 4.0043E-03 1. 3292E-10 6.2052E+14 2.0471E+11 Te-131m 1.1903E-02 1.4927E-11 6.8622E+13 6.1110E+11 Te-132 1.1425E-01 3.7631E-10 1. 7168E+15 5.8494E+12 1-131 6.4881E+01 5.2334E-07 2.4058E+18 3.3186E+15 1-132 8.3492E+01 8.0887E-09 3.6902E+16 4. 5212E+15 1-133 1.2829E+02 1.1325E-07 5.1277E+17 6. 5989E+15 1-134 1.0620E+02 3.9810E-09 1. 7891E+16 6.3302E+15 1-135 1. 1707E+02 3.3336E-08 1.4870E+17 6. 1046E+15 Page 66

CRDA PELLET MVP TRIP 10 MIN.O0 Xe-133 2.8007E+04 1.4963E-04 6.7750E+20 1.4331E+18 Xe-135 9.8654E+03 3.8631E-06 1. 7233E+19 5.1154E+17 Cs-134 8.1799E-02 6.3222E-08 2.8413E+17 4.1811E+12 Cs-136 2.2740E-02 3.1027E-10 1. 3739E+15 1. 1628E+12 Cs-137 4.0196E-02 4.6212E-07 2.0314E+18 2.0546E+12 Ba-139 4.7791E-02 2.9217E-12 1.2658E+13 2.6914E+12 Ba-140 5.5519E-02 7.5837E-10 3.2621E+15 2.8390E+12 La-140 5.9408E-04 1.0688E-12 4.5976E+12 3.0465E+10 La-141 4.9115E-04 8.6847E-14 3.7092E+11 2.5964E+10 La-142 4.2748E-04 2.9862E-14 1.2664E+11 2.3825E+10 Ce-141 1. 3168E-03 4.6214E-11 1. 9738E+14 6.7318E+10 Ce-143 1.1968E-03 1.8022E-12 7.5897E+12 6.1420E+10 ce-144 1.0933E-03 3.4277E-10 1.4335E+15 5. 5882E+10 Pr-143 4.6606E-04 6.9211E-12 2.9147E+13 2.3832E+10 Nd-147 2.1218E-04 2.6227E-12 1.0745E+13 1.0851E+10 Np-239 1.7906E-02 7.7182E-11 1. 9448E+14 9.1736E+11 Pu-238 7.5241E-06 4.3950E-10 1. 1121E+15 3.8459E+08 Pu-239 4.0407E-07 6.5009E-09 1. 6381E+16 2.0654E+07 Pu-240 6.3982E-07 2.8079E-09 7.0456E+15 3.2704E+07 Pu-241 1.8789E-04 1.8240E-09 4. 5578E+15 9.6040E+09 Am-241 9.8732E-08 2.8767E-11 7.1882E+13 5.0466E+06 Cm-242 2.9962E-05 9.0403E-12 2.2497E+13 1. 5315E+09 Cm-244 3.6678E-06 4.5336E-11 1.1189E+14 1.8748E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.3700 Atmosphere sump Noble gases (atoms) 3.5701E+22 0.OOOOE+00 Elemental I (atoms) 3.0284E+18 0.OOOOE+00 organic I (atoms) 9.3663E+16 0.OOOOE+00 Aerosols (kq) 5.7284E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7933E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.3026E-08 Total I (Ci) 4.9993E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3700 Leakage Transport Noble gases (atoms) 3.0244E+18 Elemental I (atoms) 2.5727E+14 organic I (atoms) 7.9569E+12 Aerosols (kg) 4.8527E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.0000E+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.3700 ci kg Atoms Bq co-58 7.3417E-06 2.3089E-13 2.3973E+12 2.7164E+05 co-60 8. 7831E-06 7.7700E-12 7.7986E+13 3.2497E+05 Kr-85 7.7767E+01 1.9822E-04 1.4043E+21 2.8774E+12 Kr-85m 1.1583E+03 1.4075E-03 9.9716E+21 4.2856E+13 Kr-87 2.0515E+03 7.2424E-08 5.0132E+17 7.5904E+13 Kr-88 3.0003E+03 2.3928E-07 1.6374E+18 1.1101E+14 Rb-86 2.4647E-04 3.0291E-12 2.1211E+13 9.1194E+06 Sr-89 9.2398E-03 3.1804E-10 2.1520E+15 3.4187E+08 Sr-90 1. 3902E-03 1.0192E-08 6.8194E+16 5.1437E+07 Page 67

CRDA PELLET MVP TRIP 10 MIN.OO Sr-91 1.1591E-02 3.1976E-12 2.1161E+13 4.2887E+08 Sr-92 1.2377E-02 9.8469E-13 6.4456E+12 4.5795E+08 Y-90 1.4412E-05 2.6490E-14 1.7725E+11 5.3326E+05 Y-91 1.2030E-04 4.9055E-12 3.2463E+13 4.4512E+06 Y-92 1.2532E-04 1.3023E-14 8.5249E+10 4.6367E+06 Y-93 1.4903E-04 4.4669E-14 2.8925E+11 5. 5141E+06 Zr-95 1.7025E-04 7.9251E-12 5.0238E+13 6.2994E+06 Zr-97 1.7163E-04 8.9782E-14 5. 5740E+11 6.3504E+06 Nb-95 1.7107E-04 4.3748E-12 2.7732E+13 6.3295E+06 MO-99 2.4897E-03 5.1911E-12 3.1577E+13 9.2119E+07 Tc-99m 2.1510E-03 4.0907E-13 2.4884E+12 7.9587E+07 Ru-103 2.1873E-03 6.7774E-11 3.9626E+14 8.0931E+07 RU-105 1.5828E-03 2.3547E-13 1. 3505E+12 5.8565E+07 Ru-106 1.0036E-03 2.9999E-10 1. 7043E+15 3.7135E+07 Rh-105 1.5035E-03 1.7812E-12 1.0216E+13 5.5628E+07 Sb-127 3.0752E-03 1.1515E-11 5.4604E+13 1. 1378E+08 Sb-129 8.7049E-03 1.5480E-12 7.2265E+12 3.2208E+08 Te-127 3.0333E-03 1.1494E-12 5.4501E+12 1.1223E+08 Te-127m 4.1535E-04 4.4034E-11 2.0880E+14 1.5368E+07 Te-129 8.0986E-03 3.8671E-13 1.8053E+12 2.9965E+08 Te-129m 1.3018E-03 4.3212E-11 2.0173E+14 4.8165E+07 Te-131m 3.8904E-03 4.8788E-12 2.2428E+13 1.4394E+08 Te-132 3.7212E-02 1.2257E-10 5. 5920E+14 1.3768E+09 1-131 2.1106E+01 1.7025E-07 7.8263E+17 7.8093E+11 1-132 2.9174E+01 2.8264E-09 1.2895E+16 1.0794E+12 1-133 4.2031E+01 3.7104E-08 1. 6800E+17 1. 5552E+12 1-134 4.1746E+01 1.5649E-09 7.0327E+15 1. 5446E+12 1-135 3.9021E+01 1.1111E-08 4.9565E+16 1.4438E+12 xe-133 9.1151E+03 4.8696E-05 2.2049E+20 3.3726E+14 Xe-135 3.2651E+03 1.2786E-06 5.7035E+18 1. 2081E+14 Cs-134 2.6587E-02 2.0549E-08 9.2350E+16 9.8372E+08 Cs-136 7.3949E-03 1.0090E-10 4.4678E+14 2.7361E+08 Cs-137 1.3065E-02 1.5020E-07 6.6024E+17 4.8340E+08 Ba-139 1.7528E-02 1.0716E-12 4.6427E+12 6.4855E+08 Ba-140 1.8055E-02 2.4662E-10 1.0608E+15 6.6803E+08 La-140 1.9389E-04 3.4883E-13 1. 5005E+12 7.1740E+06 La-141 1.6654E-04 2.9448E-14 1. 2577E+11 6. 1620E+06 La-142 1.5479E-04 1.0813E-14 4. 5858E+10 5.7272E+06 Ce-141 4.2808E-04 1.5024E-11 6.4167E+13 1.5839E+07 Ce-143 3.9097E-04 5.8873E-13 2.4793E+12 1.4466E+07 Ce-144 3.5534E-04 1.1141E-10 4.6592E+14 1.3148E+07 Pr-143 1.5156E-04 2.2507E-12 9.4782E+12 5.6076E+06 Nd-147 6.9006E-05 8.5299E-13 3.4944E+12 2.5532E+06 Np-239 5.8369E-03 2.5160E-11 6.3396E+13 2.1597E+08 Pu-238 2.4455E-06 1.4285E-10 3.6145E+14 9.0485E+04 Pu-239 1.3133E-07 2.1130E-09 5.3241E+15 4.8594E+03 Pu-240 2.0796E-07 9.1263E-10 2.2900E+15 7.6944E+03 Pu-241 6.1070E-05 5.9284E-10 1.4814E+15 2.2596E+06 Am-241 3.2090E-08 9.3498E-12 2.3364E+13 1. 1873E+03 Cm-242 9.7389E-06 2.9385E-12 7.3123E+12 3.6034E+05 Cm-244 1.1921E-06 1.4735E-11 3.6368E+13 4.4108E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.3700 Release Rate/s Noble gases (atoms) 1.1604E+22 8.7119E+18 Elemental I (atoms) 9.8952E+17 7.4288E+14 Organic I (atoms) 3.0604E+16 2.2976E+13 Aerosols (kq) 1.8619E-07 1.3978E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9447E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7351E+01 Total I (ci) 1.7308E+02 Page 68

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3700 Leakage Transport Noble gases (atoms) 3.0244E+18 Elemental I (atoms) 2.5727E+14 organic I (atoms) 7.9569E+12 Aerosols (kg) 4.8527E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.3700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9050E+17 Elemental I (atoms) 0.OOOOE+00 3.3359E+13 organic I (atoms) 0.OOOOE+00 1.0317E+12 Aerosols (kg) 0.OOOOE+00 6.2655E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.3700 Filtered Transported Noble gases (atoms) 1. 3546E+17 0.OOOOE+00 Elemental I (atoms) 1.1537E+13 0.OOOOE+00 organic I (atoms) 3.5680E+11 0.OOOOE+00 Aerosols (kg) 2.1735E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.3700 ci kg Atoms Decay co-58 1.3658E-06 4.2954E-14 4.4599E+11 6.8848E+07 co-60 1. 6341E-06 1.4457E-12 1.4510E+13 8.2366E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 7.2929E+14 Kr-85m 2. 1550E+02 2.6187E-04 1.8553E+21 1.0862E+16 Kr-87 3. 3483E+02 1. 1821E-08 8.1823E+16 1.8727E+16 Kr-88 5. 2646E+02 4.1985E-08 2.8732E+17 2.7789E+16 Rb-86 4. 5841E-05 5.6338E-13 3.9451E+12 2.3112E+09 Sr-89 1. 7189E-03 5.9166E-11 4.0034E+14 8.6648E+10 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1. 3037E+10 Sr-91 2.1192E-03 5.8460E-13 3.8688E+12 1.0829E+11 Sr-92 2.1656E-03 1. 7229E-13 1. 1278E+12 1. 1457E+11 Y-90 2. 6746E-06 4.9159E-15 3.2893E+10 1.3508E+08 Y-91 2.2380E-05 9.1260E-13 6.0393E+12 1.1282E+09 Y-92 2.2245E-05 2.3118E-15 1. 5133E+10 1.1635E+09 Y-93 2.7275E-05 8.1752E-15 5.2938E+10 1.3926E+09 Zr-95 3.1673E-05 1.4744E-12 9.3461E+12 1.5966E+09 Zr-97 3.1621E-05 1. 6541E-14 1.0269E+11 1. 6061E+09 Nb-95 3.1822E-05 8.1380E-13 5.1588E+12 1.6042E+09 Mo-99 4.6206E-04 9.6340E-13 5.8604E+12 2.3335E+10 Tc-99m 3.8930E-04 7.4036E-14 4.5036E+11 2.0052E+10 Ru-103 4. 0690E-04 1.2608E-11 7.3713E+13 2.0512E+10 Ru-105 2. 8366E-04 4.2199E-14 2.4203E+11 1.4725E+10 Ru-106 1. 8673E-04 5.5814E-11 3.1710E+14 9.4120E+09 Rh-105 2.7842E-04 3.2986E-13 1. 8919E+12 1.4085E+10 Page 69

CRDA PELLET MVP TRIP 10 MIN.o0 Sb-127 5.7113E-04 2.1387E-12 1.0141E+13 2.8828E+10 Sb-129 1.5584E-03 2.7713E-13 1.2937E+12 8.0964E+10 Te-127 5.5441E-04 2.1007E-13 9.9614E+11 2.8337E+10 Te-127m 7.7274E-05 8.1923E-12 3.8847E+13 3.8951E+09 Te-129 1.3052E-03 6.2325E-14 2.9095E+11 7.3752E+10 Te-129m 2.4215E-04 8.0382E-12 3.7525E+13 1. 2207E+10 Te-131m 7.1983E-04 9.0271E-13 4.1498E+12 3.6440E+10 Te-132 6.9088E-03 2.2757E-11 1.0382E+14 3.4881E+11 1-131 3.9236E+00 3.1648E-08 1.4549E+17 1.9789E+14 1-132 5.0491E+00 4.8915E-10 2.2316E+15 2.6945E+14 1-133 7.7579E+00 6.8484E-09 3.1009E+16 3.9348E+14 1-134 6.4223E+00 2.4075E-10 1.0819E+15 3.7688E+14 1-135 7.0796E+00 2.0159E-09 8.9926E+15 3.6395E+14 xe-133 1.6937E+03 9.0484E-06 4.0971E+19 8.5456E+16 Xe-135 5.9659E+02 2.3362E-07 1.0421E+18 3.0500E+16 cs-134 4.9467E-03 3.8233E-09 1.7182E+16 2.4933E+11 Cs-136 1.3751E-03 1.8763E-11 8.3082E+13 6.9340E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.2252E+11 Ba-139 2.8901E-03 1.7669E-13 7.6549E+11 1.6033E+11 Ba-140 3.3574E-03 4.5861E-11 1.9727E+14 1.6930E+11 La-140 3.5926E-05 6.4635E-14 2.7803E+11 1.8167E+09 La-141 2.9701E-05 5.2519E-15 2.2431E+10 1.5477E+09 La-142 2.5851E-05 1.8059E-15 7.6585E+09 1. 4194E+09 Ce-141 7.9630E-05 2.7947E-12 1.1936E+13 4.0143E+09 Ce-143 7.2377E-05 1.0899E-13 4.5898E+11 3.6624E+09 Ce-144 6.6113E-05 2.0728E-11 8.6687E+13 3.3324E+09 Pr-143 2.8184E-05 4.1854E-13 1.7626E+12 1. 4211E+09 Nd-147 1.2831E-05 1.5861E-13 6.4976E+11 6.4704E+08 Np-239 1.0828E-03 4.6675E-12 1.1761E+13 5.4703E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.2934E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.2316E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.9502E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 5.7271E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.0094E+05 Cm-242 1.8119E-06 5.4670E-13 1.3605E+12 9.1330E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1. 1180E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.3700 Atmosphere Sump Noble gases (atoms) 2.1590E+21 O.OOOOE+00 Elemental I (atoms) 1.8314E+17 0.OOOOE+00 organic I (atoms) 5.6641E+15 O.OOOOE+00 Aerosols (kq) 3.4642E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6. 1171E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7107E-08 Total I (Ci) 3.0232E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 Organi c I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Page 70

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) O.0000E+00 2.1365E-07 Detailed model information at time (H) 0.3800 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.3800 whole Body Thyroid TEDE Delta dose (rem) 1.1521E-05 7.8531E-05 1.4013E-05 Accumulated dose (rem) 1.2429E-01 7.7898E-01 1.4905E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.3800 whole Body Thyroid TEDE Delta dose (rem) 2.7717E-06 1.8892E-05 3.3712E-06 Accumulated dose (rem) 5.5638E-02 3.4870E-01 6.6723E-02 control Room Doses: Time (h) = 0.3800 whole Body Thyroid TEDE Delta dose (rem) 1.3834E-05 1.9475E-03 7.5633E-05 Accumulated dose (rem) 5.2206E-04 7.0061E-02 2.7474E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.3800 Ci kg Atoms Decay Co-58 2.2586E-05 7.1029E-13 7.3749E+12 1. 1846E+09 Co-60 2.7023E-05 2.3906E-11 2.3994E+14 1.4172E+09 Kr-85 2.3926E+02 6.0984E-04 4.3207E+21 1.2548E+16 Kr-85m 3.5636E+03 4.3303E-03 3.0679E+22 1. 8690E+17 Kr-87 5.5067E+03 1. 9441E-07 1.3457E+18 3.2175E+17 Kr-88 8.6843E+03 6.9257E-07 4.7395E+18 4.7782E+17 Rb-86 7.5802E-04 9.3160E-12 6. 5235E+13 3.9767E+10 Sr-89 2.8424E-02 9.7837E-10 6.6201E+15 1.4909E+12 Sr-90 4.2772E-03 3.1356E-08 2.0981E+17 2.2432E+11 Sr-91 3.5018E-02 9.6600E-12 6.3928E+13 1.8629E+12 Sr-92 3.5720E-02 2.8418E-12 1.8602E+13 1. 9699E+12 Y-90 4.4222E-05 8.1281E-14 5.4387E+11 2.3242E+09 Y-91 3.7008E-04 1. 5091E-11 9.9867E+13 1.9411E+10 Y-92 3.6713E-04 3.8154E-14 2.4975E+11 2.0008E+10 Y-93 4.5071E-04 1. 3509E-13 8.7478E+11 2.3957E+10 Zr-95 5.2376E-04 2.4380E-11 1.5455E+14 2.7471E+10 Zr-97 5.2267E-04 2.7341E-13 1. 6974E+12 2.7632E+10 Nb-95 5.2621E-04 1. 3457E-11 8. 5306E+13 2.7602E+10 Mo-99 7.6399E-03 1. 5929E-11 9.6898E+13 4.0151E+11 Tc-99m 6.4301E-03 1. 2229E-12 7.4386E+12 3.4491E+11 Ru-103 6.7285E-03 2.0848E-10 1.2189E+15 3. 5293E+11 Ru-105 4.6834E-03 6.9672E-13 3.9960E+12 2. 5325E+11 Ru-106 3.0878E-03 9.2295E-10 5. 2435E+15 1. 6195E+11 Rh-105 4.6031E-03 5.4535E-12 3.1278E+13 2.4234E+11 Sb-127 9.4436E-03 3. 5363E-11 1. 6768E+14 4.9601E+11 sb-129 2.5729E-02 4.5753E-12 2.1359E+13 1.3925E+12 Te-127 9.1610E-03 3.4713E-12 1. 6460E+13 4.8747E+11 Te-127m 1.2778E-03 1.3547E-10 6.4237E+14 6.7020E+10 Te-129 2.1455E-02 1.0245E-12 4.7826E+12 1.2669E+12 Te-129m 4.0042E-03 1. 3292E-10 6.2051E+14 2.1004E+11 Te-131m 1. 1900E-02 1.4924E-11 6.8606E+13 6.2695E+11 Te-132 1.1424E-01 3.7628E-10 1. 7167E+15 6.0016E+12 1-131 6.4878E+01 5.2332E-07 2.4057E+18 3.4050E+15 1-132 8.3241E+01 8.0643E-09 3.6791E+16 4.6323E+15 1-133 1.2824E+02 1.1321E-07 5.1260E+17 6.7698E+15 1-134 1.0536E+02 3.9497E-09 1.7750E+16 6.4711E+15 1-135 1. 1695E+02 3.3300E-08 1.4855E+17 6.2604E+15 Xe-133 2.8006E+04 1.4962E-04 6.7746E+20 1.4704E+18 Page 71

CRDA PELLET MVP TRIP 10 MIN.O0 xe-135 9.8579E+03 3.8602E-06 1.7220E+19 5.2468E+17 Cs-134 8.1799E-02 6.3222E-08 2.8413E+17 4.2901E+12 Cs-136 2.2739E-02 3.1026E-10 1.3738E+15 1.1931E+12 Cs-137 4.0196E-02 4.6212E-07 2.0314E+18 2.1081E+12 Ba-139 4.7551E-02 2.9071E-12 1.2595E+13 2.7549E+12 Ba-140 5.5517E-02 7.5834E-10 3.2620E+15 2.9130E+12 La-140 5.9398E-04 1.0686E-12 4.5968E+12 3.1257E+10 La-141 4.9028E-04 8.6693E-14 3.7027E+11 2.6618E+10 La-142 4.2556E-04 2.9728E-14 1.2607E+11 2.4393E+10 Ce-141 1.3168E-03 4.6213E-11 1.9738E+14 6.9072E+10 Ce-143 1.1966E-03 1.8019E-12 7.5881E+12 6.3014E+10 Ce-144 1.0932E-03 3.4277E-10 1.4335E+15 5.7338E+10 Pr-143 4.6604E-04 6.9209E-12 2.9146E+13 2.4452E+10 Nd-147 2.1217E-04 2.6227E-12 1.0744E+13 1. 1133E+10 Np-239 1.7903E-02 7.7172E-11 1.9445E+14 9.4121E+11 Pu-238 7.5241E-06 4.3950E-10 1. 1121E+15 3.9461E+08 Pu-239 4.0407E-07 6.5009E-09 1. 6380E+16 2.1192E+07 Pu-240 6.3982E-07 2.8079E-09 7.0456E+15 3.3556E+07 Pu-241 1.8789E-04 1.8240E-09 4. 5577E+15 9.8542E+09 Am-241 9.8731E-08 2.8766E-11 7.1882E+13 5.1781E+06 Cm-242 2.9962E-05 9.0403E-12 2.2497E+13 1. 5715E+09 Cm-244 3.6678E-06 4.5336E-11 1.1189E+14 1.9236E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.3800 Atmosphere Sump Noble gases (atoms) 3.5701E+22 O.OOOOE+00 Elemental I (atoms) 3.0278E+18 O.OOOOE+00 Organic I (atoms) 9.3642E+16 O.OOOOE+00 Aerosols (kq) 5.7284E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7923E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2996E-08 Total I (Ci) 4.9867E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3800 Leakage Transport Noble gases (atoms) 3.1731E+18 Elemental I (atoms) 2.6989E+14 Organic I (atoms) 8.3472E+12 Aerosols (kg) 5.0914E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.3800 Ci kg Atoms Bq Co-58 7.3418E-06 2.3089E-13 2.3973E+12 2.7165E+05 Co-60 8.7832E-06 7.7701E-12 7.7987E+13 3.2498E+05 Kr-85 7. 7768E+01 1.9822E-04 1.4043E+21 2.8774E+12 Kr-85m 1. 1583E+03 1.4075E-03 9.9717E+21 4.2856E+13 Kr-87 2.0515E+03 7.2425E-08 5.0132E+17 7. 5904E+13 Kr-88 3. 0004E+03 2.3928E-07 1. 6375E+18 1. 1101E+14 Rb-86 2.4647E-04 3.0292E-12 2.1212E+13 9.1196E+06 Sr-89 9.2400E-03 3.1805E-10 2.1520E+15 3.4188E+08 Sr-90 1.3902E-03 1.0192E-08 6.8195E+16 5.1438E+07 Sr-91 1. 1591E-02 3.1976E-12 2.1161E+13 4.2888E+08 Page 72

CRDA PELLET MVP TRIP 10 MIN.O0 Sr-92 1.2377E-02 9.8470E-13 6.4457E+12 4.5795E+08 Y-90 1.4412E-05 2.6490E-14 1.7725E+11 5.3326E+05 Y-91 1.2030E-04 4.9056E-12 3.2464E+13 4.4512E+06 Y-92 1.2532E-04 1.3024E-14 8.5250E+10 4.6368E+06 Y-93 1.4903E-04 4.4669E-14 2.8925E+11 5.5142E+06 zr-95 1.7026E-04 7.9252E-12 5.0238E+13 6.2995E+06 Zr-97 1.7164E-04 8.9783E-14 5.5741E+11 6.3505E+06 Nb-95 1.7107E-04 4.3749E-12 2.7733E+13 6.3296E+06 Mo-99 2.4897E-03 5.1911E-12 3.1577E+13 9.2120E+07 Tc-99m 2.1510E-03 4.0908E-13 2.4884E+12 7.9588E+07 RU-103 2.1874E-03 6.7775E-11 3.9626E+14 8.0932E+07 Ru-105 1.5829E-03 2.3547E-13 1.3505E+12 5.8566E+07 Ru-106 1.0037E-03 2.9999E-10 1.7043E+15 3.7135E+07 Rh-105 1.5035E-03 1.7813E-12 1.0216E+13 5.5629E+07 sb-127 3.0752E-03 1.1515E-11 5.4605E+13 1.1378E+08 Sb-129 8.7051E-03 1.5480E-12 7.2266E+12 3.2209E+08 Te-127 3.0333E-03 1.1494E-12 5.4501E+12 1. 1223E+08 Te-127m 4.1536E-04 4.4034E-11 2.0880E+14 1.5368E+07 Te-129 8.0987E-03 3.8672E-13 1.8053E+12 2.9965E+08 Te-129m 1.3018E-03 4.3212E-11 2.0173E+14 4.8166E+07 Te-131m 3.8904E-03 4.8788E-12 2.2428E+13 1.4395E+08 Te-132 3.7212E-02 1.2257E-10 5.5921E+14 1.3769E+09 1-131 2.1106E+01 1.7025E-07 7.8264E+17 7.8094E+11 1-132 2.9174E+01 2.8264E-09 1.2895E+16 1.0795E+12 1-133 4.2032E+01 3.7104E-08 1.6800E+17 1. 5552E+12 1-134 4.1746E+01 1.5649E-09 7.0328E+15 1. 5446E+12 1-135 3.9021E+01 1.1111E-08 4.9565E+16 1.4438E+12 xe-133 9.1152E+03 4.8697E-05 2.2050E+20 3.3726E+14 Xe-135 3.2652E+03 1.2786E-06 5.7036E+18 1.2081E+14 Cs-134 2.6587E-02 2.0549E-08 9.2351E+16 9.8373E+08 Cs-136 7.3950E-03 1.0090E-10 4.4678E+14 2.7361E+08 Cs-137 1.3065E-02 1.5020E-07 6.6025E+17 4.8340E+08 Ba-139 1.7528E-02 1.0716E-12 4.6428E+12 6.4855E+08 Ba-140 1.8055E-02 2.4662E-10 1.0609E+15 6.6804E+08 La-140 1.9389E-04 3.4884E-13 1.5005E+12 7.1741E+06 La-141 1.6654E-04 2.9449E-14 1.2578E+11 6.1621E+06 La-142 1.5479E-04 1.0813E-14 4.5858E+10 5.7273E+06 Ce-141 4.2809E-04 1.5024E-11 6.4168E+13 1.5839E+07 Ce-143 3.9097E-04 5.8874E-13 2.4794E+12 1.4466E+07 Ce-144 3.5535E-04 1.1141E-10 4.6593E+14 1. 3148E+07 Pr-143 1.5156E-04 2.2507E-12 9.4784E+12 5.6077E+06 Nd-147 6.9007E-05 8.5300E-13 3.4945E+12 2.5533E+06 Np-239 5.8370E-03 2.5160E-11 6.3397E+13 2.1597E+08 Pu-238 2.4456E-06 1.4285E-10 3.6146E+14 9.0486E+04 Pu-239 1.3134E-07 2.1130E-09 5.3241E+15 4.8594E+03 Pu-240 2.0796E-07 9.1264E-10 2.2900E+15 7.6945E+03 Pu-241 6.1071E-05 5.9284E-10 1.4814E+15 2.2596E+06 Am-241 3.2091E-08 9.3500E-12 2.3364E+13 1.1874E+03 Cm-242 9.7390E-06 2.9385E-12 7.3124E+12 3.6034E+05 Cm-244 1.1921E-06 1.4735E-11 3.6368E+13 4.4109E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.3800 Release Rate/s Noble gases (atoms) 1.1604E+22 8.4828E+18 Elemental I (atoms) 9.8953E+17 7.2334E+14 organic I (atoms) 3.0604E+16 2.2371E+13 Aerosols (kg) 1.8619E-07 1.3611E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9448E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7352E+01 Total I (ci) 1.7308E+02 Page 73

CRDA PELLET MVP TRIP 10 MIN.o0 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3800 Leakage Transport Noble gases (atoms) 3.1731E+18 Elemental I (atoms) 2.6989E+14 organi c I (atoms) 8.3472E+12 Aerosols (kg) 5.0914E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.3800 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.9093E+17 Elemental I (atoms) O.OOOOE+00 3.3396E+13 organic I (atoms) O.OOOOE+00 1.0329E+12 Aerosols (kg) O.OOOOE+00 6.2724E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.3800 Filtered Transported Noble gases (atoms) 1. 3949E+17 O.OOOOE+00 Elemental I (atoms) 1.1878E+13 O.O000E+00 organic I (atoms) 3.6736E+11 0.OOOOE+00 Aerosols (kg) 2.2381E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.3800 Ci kg Atoms Decay Co-58 1.3658E-06 4.2954E-14 4.4599E+11 7.0668E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 8.4543E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 7.4856E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1. 1149E+16 Kr-87 3. 3301E+02 1.1756E-08 8.1378E+16 1.9172E+16 Kr-88 5.2517E+02 4.1882E-08 2.8662E+17 2.8490E+16 Rb-86 4. 5840E-05 5.6337E-13 3.9450E+12 2.3723E+09 Sr-89 1. 7189E-03 5.9166E-11 4.0034E+14 8.8937E+10 Sr-90 2. 5866E-04 1.8962E-09 1. 2688E+16 1.3382E+10 Sr-91 2.1176E-03 5.8418E-13 3.8659E+12 1. 1111E+11 Sr-92 2.1601E-03 1.7185E-13 1. 1249E+12 1. 1745E+11 Y-90 2. 6743E-06 4.9154E-15 3.2890E+10 1.3864E+08 Y-91 2.2380E-05 9.1259E-13 6.0393E+12 1.1580E+09 Y-92 2.2202E-05 2.3073E-15 1. 5103E+10 1.1931E+09 Y-93 2.7256E-05 8.1696E-15 5.2901E+10 1.4289E+09 zr-95 3.1673E-05 1.4744E-12 9.3461E+12 1.6388E+09 Zr-97 3. 1608E-05 1.6534E-14 1.0265E+11 1.6482E+09 Nb-95 3.1822E-05 8.1380E-13 5.1587E+12 1.6466E+09 MO-99 4.6201E-04 9.6330E-13 5.8597E+12 2.3951E+10 Tc-99m 3.8885E-04 7.3951E-14 4.4984E+11 2.0571E+10 Ru-103 4.0689E-04 1.2607E-11 7.3713E+13 2.1054E+10 Ru-105 2.8322E-04 4.2133E-14 2.4165E+11 1. 5103E+10 Ru-106 1.8673E-04 5.5814E-11 3.1710E+14 9.6607E+09 Rh-105 2.7836E-04 3.2979E-13 1.8915E+12 1.4456E+10 sb-127 5.7109E-04 2.1385E-12 1.0140E+13 2.9588E+10 Page 74

CRDA PELLET MVP TRIP 10 MIN.o0 Sb-129 1.5559E-03 2.7669E-13 1. 2917E+12 8.3038E+10 Te-127 5.5400E-04 2.0992E-13 9.9540E+11 2.9075E+10 Te-127m 7.7274E-05 8.1923E-12 3.8846E+13 3.9980E+09 Te-129 1.2975E-03 6.1954E-14 2.8922E+11 7.5486E+10 Te-129m 2.4215E-04 8.0381E-12 3.7524E+13 1. 2530E+10 Te-131m 7.1966E-04 9.0250E-13 4.1489E+12 3.7398E+10 Te-132 6.9082E-03 2.2755E-11 1. 0381E+14 3.5801E+11 1-131 3.9234E+00 3.1647E-08 1.4548E+17 2.0312E+14 1-132 5.0339E+00 4.8768E-10 2.2249E+15 2.7616E+14 1-133 7.7553E+00 6.8461E-09 3.0999E+16 4.0381E+14 1-134 6.3718E+00 2.3885E-10 1.0734E+15 3.8540E+14 1-135 7.0722E+00 2.0138E-09 8.9832E+15 3.7338E+14 Xe-133 1.6936E+03 9.0479E-06 4.0968E+19 8.7712E+16 Xe-135 5.9614E+02 2.3344E-07 1.0413E+18 3.1294E+16 Cs-134 4.9467E-03 3.8233E-09 1. 7182E+16 2. 5592E+11 Cs-136 1.3751E-03 1.8762E-11 8.3081E+13 7.1172E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.2576E+11 Ba-139 2.8756E-03 1.7580E-13 7.6165E+11 1. 6417E+11 Ba-140 3.3573E-03 4.5860E-11 1.9727E+14 1.7377E+11 La-140 3.5920E-05 6.4624E-14 2.7798E+11 1.8645E+09 La-141 2.9649E-05 5.2427E-15 2.2391E+10 1.5873E+09 La-142 2.5735E-05 1.7978E-15 7.6242E+09 1.4538E+09 Ce-141 7.9630E-05 2.7947E-12 1.1936E+13 4.1204E+09 Ce-143 7.2361E-05 1.0896E-13 4.5888E+11 3.7588E+09 Ce-144 6.6113E-05 2.0728E-11 8.6687E+13 3.4204E+09 Pr-143 2.8183E-05 4.1853E-13 1. 7626E+12 1.4587E+09 Nd-147 1.2831E-05 1.5860E-13 6.4974E+11 6.6413E+08 Np-239 1.0827E-03 4.6669E-12 1. 1759E+13 5.6145E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.3540E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.2642E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.0017E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 5.8784E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.0889E+05 Cm-242 1.8119E-06 5.4670E-13 1.3605E+12 9.3743E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.1475E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.3800 Atmosphere Sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8310E+17 0.OOOOE+00 organic I (atoms) 5.6629E+15 0.OOOOE+00 Aerosols (kg) 3.4642E-08 O.O000E+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.1160E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7075E-08 Total I (Ci) 3.0157E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.0000E+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Page 75

CRDA PELLET MVP TRIP 10 MIN.O0 Detailed model information at time (H) = 0.3900 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.3900 whole Body Thyroid TEDE Delta dose (rem) 1.1490E-05 7.8517E-05 1. 3981E-05 Accumulated dose (rem) 1.2430E-01 7.7906E-01 1.4906E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.3900 whole Body Thyroid TEDE Delta dose (rem) 2.7642E-06 1.8889E-05 3.3635E-06 Accumulated dose (rem) 5.5641E-02 3.4871E-01 6.6726E-02 Control Room Doses: Time (h) = 0.3900 whole Body Thyroid TEDE Delta dose (rem) 1.3601E-05 1.9195E-03 7.4507E-05 Accumulated dose (rem) 5.3566E-04 7.1980E-02 2.8219E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.3900 Ci kg Atoms Decay Co-58 2.2586E-05 7.1028E-13 7.3749E+12 1.2147E+09 Co-60 2.7022E-05 2.3905E-11 2.3994E+14 1.4532E+09 Kr-85 2. 3926E+02 6.0984E-04 4.3206E+21 1. 2867E+16 Kr-85m 3.5636E+03 4.3302E-03 3.0679E+22 1. 9164E+17 Kr-87 5.4767E+03 1.9335E-07 1. 3384E+18 3.2907E+17 Kr-88 8.6631E+03 6.9088E-07 4.7279E+18 4.8937E+17 Rb-86 7.5800E-04 9.3158E-12 6.5234E+13 4.0777E+10 Sr-89 2.8424E-02 9.7836E-10 6.6200E+15 1. 5288E+12 Sr-90 4.2772E-03 3.1356E-08 2.0981E+17 2.3002E+11 Sr-91 3.4992E-02 9.6530E-12 6.3881E+13 1.9095E+12 Sr-92 3. 5628E-02 2.8345E-12 1.8554E+13 2.0174E+12 Y-90 4.4217E-05 8.1272E-14 5.4381E+11 2.3831E+09 Y-91 3. 7008E-04 1. 5091E-11 9.9866E+13 1.9904E+10 Y-92 3. 6641E-04 3.8079E-14 2.4926E+11 2.0497E+10 Y-93 4. 5040E-04 1. 3500E-13 8.7418E+11 2.4557E+10 Zr-95 5.2375E-04 2.4380E-11 1. 5455E+14 2.8169E+10 Zr-97 5.2246E-04 2.7330E-13 1.6967E+12 2.8329E+10 Nb-95 5.2621E-04 1. 3457E-11 8. 5305E+13 2.8303E+10 Mo-99 7.6391E-03 1. 5928E-11 9.6887E+13 4.1168E+11 Tc-99m 6.4227E-03 1.2214E-12 7.4300E+12 3.5347E+11 Ru-103 6.7284E-03 2.0848E-10 1. 2189E+15 3.6190E+11 Ru-105 4. 6761E-03 6.9563E-13 3.9897E+12 2.5948E+11 Ru-106 3.0878E-03 9.2295E-10 5.2435E+15 1.6606E+11 Rh-105 4.6021E-03 5.4524E-12 3.1272E+13 2.4847E+11 Sb-127 9.4429E-03 3.5360E-11 1. 6767E+14 5.0859E+11 Sb-129 2.5687E-02 4. 5680E-12 2.1325E+13 1.4267E+12 Te-127 9.1542E-03 3.4687E-12 1.6448E+13 4.9967E+11 Te-127m 1. 2778E-03 1. 3547E-10 6.4237E+14 6.8722E+10 Te-129 2. 1327E-02 1.0184E-12 4.7541E+12 1. 2954E+12 Te-129m 4.0042E-03 1. 3292E-10 6.2050E+14 2.1538E+11 Te-131m 1. 1898E-02 1.4920E-11 6.8590E+13 6.4280E+11 Te-132 1. 1423E-01 3.7624E-10 1.7165E+15 6.1538E+12 1-131 6.4876E+01 5.2330E-07 2.4056E+18 3.4914E+15 1-132 8. 2990E+01 8.0400E-09 3.6680E+16 4.7430E+15 1-133 1. 2820E+02 1.1317E-07 5.1243E+17 6.9405E+15 1-134 1.0453E+02 3.9185E-09 1.7610E+16 6. 6109E+15 1-135 1.1682E+02 3.3265E-08 1.4839E+17 6.4161E+15 Xe-133 2.8004E+04 1.4961E-04 6.7742E+20 1. 5077E+18 Xe-135 9.8504E+03 3.8573E-06 1.7207E+19 5.3780E+17 Page 76

CRDA PELLET MVP TRIP 10 MIN.O0 Cs-134 8.1798E-02 6.3222E-08 2.8413E+17 4.3990E+12 Cs-136 2.2738E-02 3.1025E-10 1. 3738E+15 1.2234E+12 Cs-137 4.0196E-02 4.6212E-07 2.0313E+18 2.1617E+12 Ba-139 4.7312E-02 2.8925E-12 1. 2532E+13 2.8180E+12 Ba-140 5.5516E-02 7.5832E-10 3.2620E+15 2.9869E+12 La-140 5.9387E-04 1.0684E-12 4.5960E+12 3.2048E+10 La-141 4.8942E-04 8.6540E-14 3.6961E+11 2.7270E+10 La-142 4.2365E-04 2.9594E-14 1.2551E+11 2.4958E+10 Ce-141 1.3168E-03 4.6212E-11 1.9737E+14 7.0826E+10 Ce-143 1.1963E-03 1.8015E-12 7.5865E+12 6.4607E+10 Ce-144 1.0932E-03 3.4276E-10 1.4335E+15 5.8794E+10 Pr-143 4.6603E-04 6.9207E-12 2.9145E+13 2.5073E+10 Nd-147 2.1216E-04 2.6226E-12 1. 0744E+13 1.1416E+10 Np-239 1.7901E-02 7.7163E-11 1.9443E+14 9.6506E+11 Pu-238 7.5241E-06 4.3950E-10 1.1121E+15 4.0463E+08 Pu-239 4.0407E-07 6.5009E-09 1. 6380E+16 2.1730E+07 Pu-240 6.3982E-07 2.8078E-09 7.0455E+15 3.4408E+07 Pu-241 1.8789E-04 1.8240E-09 4.5577E+15 1. 0104E+10 Am-241 9.8731E-08 2.8766E-11 7.1882E+13 5.3096E+06 Cm-242 2.9962E-05 9.0402E-12 2.2497E+13 1. 6114E+09 Cm-244 3.6677E-06 4.5335E-11 1.1189E+14 1.9725E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.3900 Atmosphere Sump Noble gases (atoms) 3.5700E+22 0.OOOOE+00 Elemental I (atoms) 3.0271E+18 O.OOOOE+00 Organic I (atoms) 9.3622E+16 0.OOOOE+00 Aerosols (kg) 5.7284E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7913E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2965E-08 Total I (Ci) 4.9742E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.3900 Leakage Transport Noble gases (atoms) 3.3219E+18 Elemental I (atoms) 2.8251E+14 organic I (atoms) 8.7374E+12 Aerosols (kg) 5.3301E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.3900 Ci kg Atoms Bq Co-58 7.3419E-06 2.3089E-13 2.3974E+12 2.7165E+05 Co-60 8.7833E-06 7.7702E-12 7.7988E+13 3.2498E+05 Kr-85 7. 7769E+01 1.9822E-04 1.4044E+21 2.8774E+12 Kr-85m 1.1583E+03 1.4075E-03 9.9719E+21 4.2857E+13 Kr-87 2.0515E+03 7.2425E-08 5.0133E+17 7.5905E+13 Kr-88 3.0004E+03 2.3928E-07 1. 6375E+18 1. 1102E+14 Rb-86 2.4648E-04 3.0292E-12 2.1212E+13 9.1197E+06 Sr-89 9.2401E-03 3.1805E-10 2.1521E+15 3.4188E+08 Sr-90 1.3902E-03 1.0192E-08 6.8196E+16 5.1439E+07 Sr-91 1. 1591E-02 3.1977E-12 2.1161E+13 4.2888E+08 Sr-92 1.2377E-02 9.8471E-13 6.4457E+12 4.5796E+08 Page 77

CRDA PELLET MVP TRIP 10 MIN.O0 Y-90 1.4413E-05 2.6491E-14 1.7726E+11 5.3327E+05 Y-91 1.2031E-04 4.9056E-12 3.2464E+13 4.4513E+06 Y-92 1.2532E-04 1.3024E-14 8.5251E+10 4.6368E+06 Y-93 1.4903E-04 4.4670E-14 2.8926E+11 5.5142E+06 Zr-95 1.7026E-04 7.9253E-12 5.0239E+13 6.2995E+06 Zr-97 1.7164E-04 8.9784E-14 5.5741E+11 6.3506E+06 Nb-95 1.7107E-04 4.3749E-12 2. 7733E+13 6.3297E+06 MO-99 2.4898E-03 5.1912E-12 3.1578E+13 9.2122E+07 Tc-99m 2.1511E-03 4.0908E-13 2.4884E+12 7.9589E+07 Ru-103 2.1874E-03 6.7775E-11 3.9627E+14 8.0933E+07 RU-105 1.5829E-03 2.3548E-13 1. 3505E+12 5.8566E+07 Ru-106 1.0037E-03 3.OOOOE-10 1. 7044E+15 3.7136E+07 Rh-105 1.5035E-03 1.7813E-12 1. 0216E+13 5.5630E+07 Sb-127 3.0753E-03 1.1516E-11 5.4605E+13 1.1379E+08 Sb-129 8.7052E-03 1.5480E-12 7.2267E+12 3.2209E+08 Te-127 3.0334E-03 1.1494E-12 5.4502E+12 1.1223E+08 Te-127m 4.1536E-04 4.4035E-11 2.0881E+14 1.5368E+07 Te-129 8.0988E-03 3.8672E-13 1. 8053E+12 2.9966E+08 Te-129m 1.3018E-03 4.3213E-11 2.0173E+14 4.8166E+07 Te-131m 3.8905E-03 4.8789E-12 2.2429E+13 1.4395E+08 Te-132 3.7213E-02 1.2258E-10 5.5922E+14 1.3769E+09 1-131 2.1107E+01 1.7025E-07 7.8265E+17 7.8095E+11 1-132 2.9175E+01 2.8264E-09 1. 2895E+16 1.0795E+12 1-133 4.2032E+01 3.7104E-08 1. 6801E+17 1. 5552E+12 1-134 4.1746E+01 1.5649E-09 7.0329E+15 1.5446E+12 1-135 3.9022E+01 1.1111E-08 4.9566E+16 1.4438E+12 Xe-133 9.1153E+03 4.8698E-05 2.2050E+20 3.3727E+14 Xe-135 3.2652E+03 1.2786E-06 5.7037E+18 1.2081E+14 Cs-134 2.6588E-02 2.0550E-08 9.2353E+16 9.8374E+08 Cs-136 7.3951E-03 1.0090E-10 4.4679E+14 2.7362E+08 Cs-137 1.3065E-02 1.5021E-07 6.6026E+17 4.8341E+08 Ba-139 1.7529E-02 1.0716E-12 4.6428E+12 6.4856E+08 Ba-140 1.8055E-02 2.4663E-10 1. 0609E+15 6.6805E+08 La-140 1.9390E-04 3.4884E-13 1.5006E+12 7.1742E+06 La-141 1.6655E-04 2.9449E-14 1.2578E+11 6.1622E+06 La-142 1.5479E-04 1.0813E-14 4.5859E+10 5.7274E+06 Ce-141 4.2809E-04 1.5024E-11 6.4169E+13 1.5839E+07 Ce-143 3.9098E-04 5.8875E-13 2.4794E+12 1.4466E+07 Ce-144 3.5535E-04 1.1141E-10 4.6594E+14 1.3148E+07 Pr-143 1.5156E-04 2.2507E-12 9.4785E+12 5.6078E+06 Nd-147 6.9008E-05 8.5301E-13 3.4945E+12 2.5533E+06 Np-239 5.8371E-03 2.5161E-11 6.3398E+13 2.1597E+08 Pu-238 2.4456E-06 1.4285E-10 3.6146E+14 9.0487E+04 Pu-239 1.3134E-07 2.1130E-09 5.3242E+15 4.8595E+03 Pu-240 2.0796E-07 9.1265E-10 2.2900E+15 7.6946E+03 Pu-241 6.1071E-05 5.9285E-10 1.4814E+15 2.2596E+06 Am-241 3.2091E-08 9.3501E-12 2.3364E+13 1. 1874E+03 Cm-242 9.7392E-06 2.9385E-12 7.3125E+12 3.6035E+05 Cm-244 1.1921E-06 1.4736E-11 3.6369E+13 4.4110E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.3900 Release Rate/s Noble gases (atoms) 1.1605E+22 8.2654E+18 Elemental I (atoms) 9.8954E+17 7.0480E+14 Organic I (atoms) 3.0604E+16 2.1798E+13 Aerosols (kq) 1.8619E-07 1.3262E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9448E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7352E+01 Total I (ci) 1.7308E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Page 78

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 0.3900 Leakage Transport Noble gases (atoms) 3.3219E+18 Elemental I (atoms) 2.8251E+14 organic I (atoms) 8.7374E+12 Aerosols (kg) 5.3301E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.3900 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.9137E+17 Elemental I (atoms) O.OOOOE+00 3.3433E+13 organic I (atoms) 0.OOOOE+00 1.0340E+12 Aerosols (kg) O.OOOOE+00 6.2794E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.3900 Filtered Transported Noble gases (atoms) 1.4345E+17 O.OOOOE+00 Elemental I (atoms) 1. 2214E+13 O.OOOOE+00 organic I (atoms) 3.7777E+11 O.OOOOE+00 Aerosols (kg) 2.3017E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.3900 Ci kg Atoms Decay Co-58 1.3658E-06 4.2954E-14 4.4599E+11 7.2487E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 8.6720E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 7.6783E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1. 1436E+16 Kr-87 3.3120E+02 1.1693E-08 8.0935E+16 1.9615E+16 Kr-88 5.2389E+02 4.1780E-08 2.8592E+17 2.9188E+16 Rb-86 4.5839E-05 5.6336E-13 3.9449E+12 2.4333E+09 Sr-89 1. 7189E-03 5.9165E-11 4.0034E+14 9.1227E+10 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1. 3726E+10 Sr-91 2.1161E-03 5.8375E-13 3.8631E+12 1.1393E+11 Sr-92 2.1546E-03 1. 7141E-13 1.1220E+12 1.2032E+11 Y-90 2.6740E-06 4.9148E-15 3.2886E+10 1.4220E+08 Y-91 2.2380E-05 9.1259E-13 6.0393E+12 1.1878E+09 Y-92 Y-93 2.2158E-05 2.3028E-15 1. 5074E+10 1.2226E+09 2.7238E-05 8.1640E-15 5.2865E+10 1.4652E+09 Zr-95 3.1673E-05 1.4743E-12 9.3460E+12 1. 6810E+09 Zr-97 3.1595E-05 1. 6527E-14 1.0261E+11 1.6903E+09 Nb-95 3.1822E-05 8.1379E-13 5.1587E+12 1.6890E+09 Mo-99 4.6197E-04 9.6320E-13 5.8591E+12 2.4566E+10 Tc-99m 3.8840E-04 7.3865E-14 4.4932E+11 2.1088E+10 Ru-103 4.0689E-04 1.2607E-11 7.3712E+13 2.1596E+10 Ru-105 2.8278E-04 4.2068E-14 2.4127E+11 1. 5480E+10 Ru-106 1.8673E-04 5.5814E-11 3.1709E+14 9.9094E+09 Rh-105 2.7831E-04 3.2973E-13 1.8911E+12 1.4827E+10 Sb-127 5.7105E-04 2.1383E-12 1.0140E+13 3.0349E+10 sb-129 1.5534E-03 2.7624E-13 1. 2896E+12 8.5109E+10 Page 79

CRDA PELLET MVP TRIP 10 MIN.o0 Te-127 5.5359E-04 2.0976E-13 9.9466E+11 2.9813E+10 Te-127m 7.7274E-05 8.1922E-12 3.8846E+13 4.1009E+09 Te-129 1.2897E-03 6.1585E-14 2.8750E+11 7.7209E+10 Te-129m 2.4215E-04 8.0380E-12 3.7524E+13 1.2852E+10 Te-131m 7.1950E-04 9.0230E-13 4.1479E+12 3.8357E+10 Te-132 6.9076E-03 2.2753E-11 1.0380E+14 3.6721E+11 1-131 3.9233E+00 3.1646E-08 1.4548E+17 2.0835E+14 1-132 5.0187E+00 4.8621E-10 2.2182E+15 2.8286E+14 1-133 7.7527E+00 6.8438E-09 3.0988E+16 4.1414E+14 1-134 6.3216E+00 2.3697E-10 1.0650E+15 3.9385E+14 1-135 7.0647E+00 2.0117E-09 8.9738E+15 3.8279E+14 xe-133 1.6935E+03 9.0474E-06 4.0966E+19 8.9968E+16 Xe-135 5.9569E+02 2.3326E-07 1.0406E+18 3.2088E+16 Cs-134 4.9467E-03 3.8233E-09 1.7182E+16 2.6251E+11 Cs-136 1.3751E-03 1.8762E-11 8.3079E+13 7.3004E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1. 2900E+11 Ba-139 2.8611E-03 1.7492E-13 7.5783E+11 1.6799E+11 Ba-140 3.3573E-03 4.5859E-11 1.9726E+14 1. 7824E+11 La-140 3.5914E-05 6.4613E-14 2.7794E+11 1. 9124E+09 La-141 2.9597E-05 5.2334E-15 2.2352E+10 1.6267E+09 La-142 2.5620E-05 1.7897E-15 7.5900E+09 1.4880E+09 Ce-141 7.9629E-05 2.7946E-12 1.1936E+13 4.2264E+09 Ce-143 7.2346E-05 1.0894E-13 4.5878E+11 3.8552E+09 Ce-144 6.6113E-05 2.0728E-11 8.6686E+13 3.5085E+09 Pr-143 2.8183E-05 4.1852E-13 1.7625E+12 1.4962E+09 Nd-147 1.2830E-05 1.5860E-13 6.4972E+11 6.8122E+08 Np-239 1.0825E-03 4.6663E-12 1.1758E+13 5.7587E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.4146E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.2967E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.0533E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 6.0298E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.1684E+05 Cm-242 1.8119E-06 5.4670E-13 1.3604E+12 9.6157E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.1770E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.3900 Atmosphere Sump Noble gases (atoms) 2.1589E+21 O.OOOOE+00 Elemental I (atoms) 1.8306E+17 O.OOOOE+00 organic I (atoms) 5.6617E+15 O.OOOOE+00 Aerosols (k 9 ) 3.4642E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1150E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7043E-08 Total I (Ci) 3.0081E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.3900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.3900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Page 80

CRDA PELLET MVP TRIP 10 MIN.O0 Detailed model information at time (H) = 0.4000 CRDA @ EAB - condenser Release Doses: Time (h) = 0.4000 whole Body Thyroid TEDE Delta dose (rem) 1.1459E-05 7.8503E-05 1.3949E-05 Accumulated dose (rem) 1.2431E-01 7.7913E-01 1.4908E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.4000 whole Body Thyroid TEDE Delta dose (rem) 2.7567E-06 1.8886E-05 3.3559E-06 Accumulated dose (rem) 5.5643E-02 3.4873E-01 6.6729E-02 Control Room Doses: Time (h) = 0.4000 whole Body Thyroid TEDE Delta dose (rem) 1.3371E-05 1. 8919E-03 7.3399E-05 Accumulated dose (rem) 5.4903E-04 7.3872E-02 2.8953E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.4000 Ci kg Atoms Decay Co-58 2.2585E-05 7.1028E-13 7.3748E+12 1.2448E+09 Co-60 2.7022E-05 2.3905E-11 2.3994E+14 1.4892E+09 Kr-85 2.3926E+02 6.0984E-04 4.3206E+21 1. 3186E+16 Kr-85m 3.5636E+03 4.3302E-03 3.0679E+22 1.9639E+17 Kr-87 5.4469E+03 1.9230E-07 1. 3311E+18 3.3634E+17 Kr-88 8.6420E+03 6.8920E-07 4.7164E+18 5.0090E+17 Rb-86 7.5799E-04 9.3156E-12 6. 5233E+13 4.1787E+10 Sr-89 2.8423E-02 9.7835E-10 6. 6200E+15 1. 5666E+12 Sr-90 4.2771E-03 3.1356E-08 2.0981E+17 2.3572E+11 Sr-91 3.4966E-02 9.6459E-12 6.3834E+13 1.9561E+12 Sr-92 3.5537E-02 2.8273E-12 1. 8507E+13 2.0648E+12 Y-90 4.4212E-05 8.1263E-14 5.4375E+11 2.4420E+09 Y-91 3.7008E-04 1. 5091E-11 9.9865E+13 2.0397E+10 Y-92 3.6569E-04 3.8004E-14 2.4877E+11 2.0984E+10 Y-93 4.5009E-04 1. 3491E-13 8.7358E+11 2.5157E+10 Zr-95 5.2375E-04 2.4380E-11 1. 5455E+14 2.8867E+10 Zr-97 5.2224E-04 2.7318E-13 1. 6960E+12 2.9024E+10 Nb-95 5.2620E-04 1. 3457E-11 8.5304E+13 2.9004E+10 Mo-99 7.6383E-03 1. 5926E-11 9.6876E+13 4.2186E+11 Tc-99m 6.4152E-03 1. 2200E-12 7.4214E+12 3.6202E+11 Ru-103 6.7283E-03 2.0847E-10 1. 2189E+15 3.7086E+11 Ru-105 4.6688E-03 6.9455E-13 3.9835E+12 2.6571E+11 Ru-106 3.0878E-03 9.2294E-10 5.2435E+15 1. 7017E+11 Rh-105 4.6012E-03 5.4513E-12 3.1265E+13 2.5460E+11 Sb-127 9.4421E-03 3. 5357E-11 1. 6766E+14 5.2116E+11 Sb-129 2.5646E-02 4.5606E-12 2.1290E+13 1.4609E+12 Te-127 9.1474E-03 3.4661E-12 1.6436E+13 5.1185E+11 Te-127m 1.2778E-03 1. 3547E-10 6.4236E+14 7.0424E+10 Te-129 2.1200E-02 1.0123E-12 4.7258E+12 1. 3238E+12 Te-129m 4.0041E-03 1. 3292E-10 6.2049E+14 2.2071E+11 Te-131m 1.1895E-02 1.4917E-11 6.8574E+13 6.5865E+11 Te-132 1.1421E-01 3.7621E-10 1. 7164E+15 6.3059E+12 1-131 6.4873E+01 5.2328E-07 2.4055E+18 3.5778E+15 1-132 8.2740E+01 8.0158E-09 3.6570E+16 4.8534E+15 1-133 1. 2816E+02 1.1313E-07 5.1225E+17 7. 1113E+15 1-134 1.0371E+02 3.8877E-09 1.7472E+16 6.7496E+15 1-135 1.1670E+02 3.3230E-08 1. 4824E+17 6.5716E+15 Xe-133 2.8002E+04 1.4960E-04 6.7738E+20 1. 5450E+18 Xe-135 9.8430E+03 3.8544E-06 1. 7194E+19 5. 5092E+17 Cs-134 8.1798E-02 6.3222E-08 2.8413E+17 4.5080E+12 Page 81

CRDA PELLET MVP TRIP 10 MIN.o0 Cs-136 2.2738E-02 3.1024E-10 1.3738E+15 1. 2537E+12 Cs-137 4.0196E-02 4.6212E-07 2.0313E+18 2.2152E+12 Ba-139 4.7075E-02 2.8779E-12 1.2469E+13 2.8809E+12 Ba-140 5.5515E-02 7.5830E-10 3.2619E+15 3.0609E+12 La-140 5.9377E-04 1.0683E-12 4. 5952E+12 3.2839E+10 La-141 4.8855E-04 8.6387E-14 3.6896E+11 2.7921E+10 La-142 4.2174E-04 2.9462E-14 1.2494E+11 2. 5521E+10 Ce-141 1.3167E-03 4.6212E-11 1. 9737E+14 7.2579E+10 Ce-143 1.1961E-03 1.8011E-12 7. 5849E+12 6.6201E+10 Ce-144 1.0932E-03 3.4276E-10 1.4334E+15 6.0250E+10 Pr-143 4.6602E-04 6.9206E-12 2.9144E+13 2.5694E+10 Nd-147 2.1216E-04 2.6225E-12 1.0744E+13 1. 1698E+10 Np-239 1.7899E-02 7.7153E-11 1. 9440E+14 9.8890E+11 Pu-238 7.5241E-06 4.3950E-10 1. 1121E+15 4.1466E+08 Pu-239 4.0407E-07 6.5008E-09 1. 6380E+16 2.2269E+07 Pu-240 6.3981E-07 2.8078E-09 7.0455E+15 3.5261E+07 Pu-241 1.8789E-04 1.8239E-09 4.5577E+15 1.0355E+10 Am-241 9.8730E-08 2.8766E-11 7.1881E+13 5.4411E+06 Cm-242 2.9962E-05 9.0402E-12 2.2496E+13 1.6513E+09 Cm-244 3.6677E-06 4.5335E-11 1.1189E+14 2.0213E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.4000 Atmosphere Sump Noble gases (atoms) 3.5700E+22 0.OOOOE+00 Elemental I (atoms) 3.0265E+18 0.OOOOE+00 organic I (atoms) 9.3602E+16 0.OOOOE+00 Aerosols (kq) 5.7284E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7903E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2935E-08 Total I (Ci) 4.9618E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4000 Leakage Transport Noble gases (atoms) 3.4706E+18 Elemental I (atoms) 2.9512E+14 organic I (atoms) 9.1275E+12 Aerosols (kg) 5. 5687E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.4000 Ci kg Atoms Bq Co-58 7.3420E-06 2.3090E-13 2.3974E+12 2.7165E+05 Co-60 8.7834E-06 7.7703E-12 7.7989E+13 3.2499E+05 Kr-85 7.7770E+01 1.9822E-04 1.4044E+21 2.8775E+12 Kr-85m 1.1583E+03 1.4075E-03 9.9720E+21 4.2857E+13 Kr-87 2.0515E+03 7.2426E-08 5.0133E+17 7.5906E+13 Kr-88 3.0004E+03 2.3928E-07 1.6375E+18 1.1102E+14; Rb-86 2.4648E-04 3.0292E-12 2.1212E+13 9.1198E+06 Sr-89 9.2402E-03 3.1805E-10 2.1521E+15 3.4189E+08 Sr-90 1.3902E-03 1.0192E-08 6.8197E+16 5.1439E+07 Sr-91 1.1592E-02 3.1977E-12 2.1162E+13 4.2889E+08 Sr-92 1.2377E-02 9.8472E-13 6.4458E+12 4.5796E+08 Y-90 1.4413E-05 2.6491E-14 1.7726E+11 5.3328E+05 Page 82

CRDA PELLET MVP TRIP 10 MIN.O0 Y-91 1.2031E-04 4.9057E-12 3.2465E+13 4.4513E+06 Y-92 1.2532E-04 1.3024E-14 8.5252E+10 4.6369E+06 Y-93 1.4903E-04 4.4670E-14 2.8926E+11 5.5143E+06 Zr-95 1.7026E-04 7.9254E-12 5.0240E+13 6.2996E+06 Zr-97 1.7164E-04 8.9785E-14 5.5742E+11 6.3507E+06 Nb-95 1.7108E-04 4.3750E-12 2.7733E+13 6.3298E+06 Mo-99 2.4898E-03 5.1913E-12 3.1578E+13 9.2123E+07 Tc-99m 2.1511E-03 4.0909E-13 2.4885E+12 7.9590E+07 Ru-103 2.1874E-03 6.7776E-11 3.9627E+14 8.0934E+07 Ru-105 1.5829E-03 2.3548E-13 1.3506E+12 5.8567E+07 Ru-106 1.0037E-03 3.OOOOE-10 1.7044E+15 3.7136E+07 Rh-105 1.5035E-03 1.7813E-12 1.0216E+13 5.5630E+07 Sb-127 3.0753E-03 1.1516E-11 5.4606E+13 1.1379E+08 Sb-129 8.7053E-03 1.5480E-12 7.2268E+12 3.2209E+08 Te-127 3.0334E-03 1.1494E-12 5.4503E+12 1. 1224E+08 Te-127m 4.1537E-04 4.4035E-11 2.0881E+14 1.5369E+07 Te-129 8.0989E-03 3.8673E-13 1.8054E+12 2.9966E+08 Te-129m 1.3018E-03 4.3213E-11 2.0173E+14 4.8167E+07 Te-131m 3.8905E-03 4.8790E-12 2.2429E+13 1.4395E+08 Te-132 3.7213E-02 1.2258E-10 5.5922E+14 1.3769E+09 1-131 2.1107E+01 1.7025E-07 7.8266E+17 7.8096E+11 1-132 2.9175E+01 2.8265E-09 1.2895E+16 1.0795E+12 1-133 4.2033E+01 3.7105E-08 1.6801E+17 1. 5552E+12 1-134 4.1747E+01 1.5649E-09 7.0329E+15 1. 5446E+12 1-135 3.9022E+01 1.1112E-08 4.9567E+16 1.4438E+12 xe-133 9.1154E+03 4.8698E-05 2.2050E+20 3.3727E+14 Xe-135 3.2653E+03 1.2786E-06 5.7037E+18 1. 2081E+14 Cs-134 2.6588E-02 2.0550E-08 9.2354E+16 9.8376E+08 Cs-136 7.3952E-03 1.0090E-10 4.4680E+14 2.7362E+08 Cs-137 1.3065E-02 1.5021E-07 6.6027E+17 4.8342E+08 Ba-139 1.7529E-02 1.0716E-12 4.6429E+12 6.4857E+08 Ba-140 1.8056E-02 2.4663E-10 1.0609E+15 6.6806E+08 La-140 1.9390E-04 3.4885E-13 1.5006E+12 7.1743E+06 La-141 1.6655E-04 2.9449E-14 1.2578E+11 6.1623E+06 La-142 1.5480E-04 1.0813E-14 4.5859E+10 5.7274E+06 Ce-141 4.2810E-04 1.5024E-11 6.4169E+13 1.5840E+07 Ce-143 3.9098E-04 5.8876E-13 2.4794E+12 1.4466E+07 Ce-144 3.5536E-04 1.1142E-10 4.6594E+14 1.3148E+07 Pr-143 1.5156E-04 2.2508E-12 9.4786E+12 5.6078E+06 Nd-147 6.9009E-05 8.5303E-13 3.4946E+12 2.5533E+06 Np-239 5.8371E-03 2.5161E-11 6.3399E+13 2.1597E+08 Pu-238 2.4456E-06 1.4285E-10 3.6147E+14 9.0488E+04 Pu-239 1.3134E-07 2.1130E-09 5.3243E+15 4.8596E+03 Pu-240 2.0797E-07 '9.1266E-10 2.2901E+15 7.6947E+03 Pu-241 6.1072E-05 5.9286E-10 1.4814E+15 2.2597E+06 Am-241 3.2091E-08 9.3502E-12 2.3364E+13 1.1874E+03 Cm-242 9.7393E-06 2.9386E-12 7.3126E+12 3.6035E+05 Cm-244 1.1922E-06 1.4736E-11 3.6369E+13 4.4110E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.4000 Release Rate/s Noble gases (atoms) 1.1605E+22 8.0588E+18 Elemental I (atoms) 9.8955E+17 6.8719E+14 organic I (atoms) 3.0605E+16 2.1253E+13 Aerosols (kq) 1.8620E-07 1.2930E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9448E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7353E+01 Total I (ci) 1.7308E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4000 Leakage Transport Page 83

CRDA PELLET MVP TRIP 10 MIN.O0 Noble gases (atoms) 3.4706E+18 Elemental I (atoms) 2.9512E+14 Organic I (atoms) 9.1275E+12 Aerosols (kg) 5. 5687E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.4000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9180E+17 Elemental I (atoms) O.OOOOE+00 3.3469E+13 Organic I (atoms) 0.OOOOE+00 1.0351E+12 Aerosols (kg) 0.OOOOE+00 6.2863E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.4000 Filtered Transported Noble gases (atoms) 1.4736E+17 O.OOOOE+00 Elemental I (atoms) 1. 2546E+13 O.OOOOE+00 organic I (atoms) 3.8802E+11 O.OOOOE+00 Aerosols (kg) 2.3645E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup.Compartment Nuclide Inventory: Time (h) = 0.4000 Ci kg Atoms Decay Co-58 1.3658E-06 4.2953E-14 4.4598E+11 7.4306E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 8.8897E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 7.8711E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1. 1723E+16 Kr-87 3. 2940E+02 1. 1629E-08 8.0496E+16 2.0055E+16 Kr-88 5.2262E+02 4.1678E-08 2.8522E+17 2.9885E+16 Rb-86 4. 5839E-05 5.6335E-13 3.9449E+12 2.4944E+09 Sr-89 1. 7189E-03 5.9165E-11 4.0034E+14 9.3516E+10 Sr-90 2. 5866E-04 1.8962E-09 1. 2688E+16 1.4071E+10 Sr-91 2.1145E-03 5.8333E-13 3.8603E+12 1.1675E+11 Sr-92 2. 1491E-03 1.7098E-13 1. 1192E+12 1.2319E+11 Y-90 2.6737E-06 4.9143E-15 3.2883E+10 1.4577E+08 Y-91 2.2380E-05 9.1258E-13 6.0392E+12 1. 2176E+09 Y-92 2. 2115E-05 2.2983E-15 1. 5044E+10 1.2521E+09 Y-93 2.7219E-05 8.1584E-15 5.2829E+10 1. 5015E+09 Zr-95 3.1673E-05 1.4743E-12 9.3460E+12 1.7231E+09 Zr-97 3.1582E-05 1.6521E-14 1.0257E+11 1.7324E+09 Nb-95 3.1822E-05 8.1378E-13 5.1587E+12 1.7314E+09 Mo-99 4.6192E-04 9.6310E-13 5.8585E+12 2.5182E+10 Tc-99m 3.8796E-04 7.3780E-14 4.4880E+11 2.1605E+10 Ru-103 4.0689E-04 1.2607E-11 7.3712E+13 2.2138E+10 Ru-105 2.8234E-04 4.2002E-14 2.4090E+11 1. 5856E+10 Ru-106 1. 8673E-04 5.5814E-11 3.1709E+14 1.0158E+10 Rh-105 2.7825E-04 3.2966E-13 1.8907E+12 1. 5197E+10 Sb-127 5.7100E-04 2.1382E-12 1. 0139E+13 3. 1110E+10 sb-129 1. 5509E-03 2.7580E-13 1. 2875E+12 8.7176E+10 Te-127 5. 5318E-04 2.0961E-13 9.9393E+11 3.0550E+10 Page 84

CRDA PELLET MVP TRIP 10 MIN.o0 Te-127m 7.7274E-05 8.1922E-12 3.8846E+13 4.2039E+09 Te-129 1.2820E-03 6.1218E-14 2.8579E+11 7.8921E+10 Te-129m 2.4215E-04 8.0380E-12 3.7524E+13 1.3175E+10 Te-131m 7.1933E-04 9.0209E-13 4.1469E+12 3.9315E+10 Te-132 6.9070E-03 2.2751E-11 1.0379E+14 3.7641E+11 1-131 3.9231E+00 3.1645E-08 1.4547E+17 2.1357E+14 1-132 5.0036E+00 4.8475E-10 2.2115E+15 2.8953E+14 1-133 7.7502E+00 6.8415E-09 3.0978E+16 4.2447E+14 1-134 6.2718E+00 2.3510E-10 1. 0566E+15 4.0224E+14 1-135 7.0573E+00 2.0096E-09 8.9644E+15 3.9220E+14 Xe-133 1.6934E+03 9.0469E-06 4.0964E+19 9.2223E+16 Xe-135 5.9524E+02 2.3309E-07 1.0398E+18 3.2881E+16 Cs-134 4.9466E-03 3.8233E-09 1.7182E+16 2.6910E+11 Cs-136 1.3751E-03 1.8762E-11 8.3077E+13 7.4835E+10 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1.3223E+11 Ba-139 2.8468E-03 1.7404E-13 7. 5403E+11 1. 7179E+11 Ba-140 3.3572E-03 4.5858E-11 1.9726E+14 1.8271E+11 La-140 3.5908E-05 6.4602E-14 2.7789E+11 1.9602E+09 La-141 2.9545E-05 5.2242E-15 2.2313E+10 1. 6661E+09 La-142 2.5505E-05 1.7817E-15 7.5559E+09 1.5220E+09 Ce-141 7.9628E-05 2.7946E-12 1.1936E+13 4.3325E+09 Ce-143 7.2331E-05 1.0892E-13 4.5869E+11 3.9516E+09 Ce-144 6.6113E-05 2.0728E-11 8.6686E+13 3.5965E+09 Pr-143 2.8182E-05 4.1851E-13 1.7625E+12 1.5338E+09 Nd-147 1.2830E-05 1.5859E-13 6.4971E+11 6.9831E+08 Np-239 1.0824E-03 4.6657E-12 1. 1756E+13 5.9029E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.4752E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.3293E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.1048E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 6.1811E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.2480E+05 Cm-242 1.8119E-06 5.4670E-13 1. 3604E+12 9.8570E+07 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.2066E+07 MVP Holdup Transport G roup Inventory: Time (h) = 0.4000 Atmosphere Sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8302E+17 0.OOOOE+00 organic I (atoms) 5.6605E+15 0.0000E+00 Aerosols (kg) 3.4642E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1140E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.7011E-08 Total I (Ci) 3.0006E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.4100 Page 85

CRDA PELLET MVP TRIP 10 MIN.O0 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.4100 whole Body Thyroid TEDE Delta dose (rem) 1.1428E-05 7.8490E-05 1. 3918E-05 Accumulated dose (rem) 1.2432E-01 7.7921E-01 1.4909E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 0.4100 whole Body Thyroid TEDE Delta dose (rem) 2.7492E-06 1.8883E-05 3.3483E-06 Accumulated dose (rem) 5.5646E-02 3.4875E-01 6.6733E-02 Control Room Doses: Time (h) = 0.4100 whole Body Thyroid TEDE Delta dose (rem) 1.3146E-05 1.8648E-03 7.2309E-05 Accumulated dose (rem) 5.6217E-04 7.5737E-02 2.9676E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0. 4100 Ci kg Atoms Decay Co-58 2.2585E-05 7.1027E-13 7.3747E+12 1.2749E+09 Co-60 2. 7022E-05 2.3905E-11 2.3993E+14 1.5252E+09 Kr-85 2.3926E+02 6.0983E-04 4.3206E+21 1.3505E+16 Kr-85m 3. 5635E+03 4.3302E-03 3.0679E+22 2.0114E+17 Kr-87 5. 4173E+03 1.9125E-07 1. 3238E+18 3.4358E+17 Kr-88 8.6209E+03 6.8751E-07 4.7049E+18 5.1239E+17 Rb-86 7. 5797E-04 9.3154E-12 6.5231E+13 4.2796E+10 Sr-89 2.8423E-02 9.7834E-10 6.6199E+15 1. 6045E+12 Sr-90 4.2771E-03 3.1356E-08 2.0981E+17 2.4141E+11 Sr-91 3.4941E-02 9.6388E-12 6.3787E+13 2.0027E+12 Sr-92 3.5446E-02 2.8200E-12 1.8459E+13 2.1121E+12 Y-90 4.4207E-05 8.1254E-14 5.4369E+11 2.5009E+09 Y-91 3.7007E-04 1. 5090E-11 9.9864E+13 2.0890E+10 Y-92 3.6497E-04 3.7930E-14 2.4828E+11 2.1471E+10 Y-93 4.4978E-04 1.3481E-13 8.7297E+11 2.5756E+10 zr-95 5. 2374E-04 2.4379E-11 1. 5454E+14 2.9564E+10 zr-97 5. 2202E-04 2.7307E-13 1. 6953E+12 2.9720E+10 Nb-95 5.2619E-04 1.3457E-11 8. 5303E+13 2.9705E+10 Mo-99 7.6374E-03 1. 5924E-11 9.6866E+13 4.3203E+11 Tc-99m 6.4078E-03 1.2186E-12 7.4129E+12 3.7056E+11 Ru-103 6.7282E-03 2.0847E-10 1.2189E+15 3.7982E+11 Ru-105 4. 6615E-03 6.9346E-13 3.9773E+12 2.7192E+11 Ru-106 3.0878E-03 9.2294E-10 5.2435E+15 1. 7429E+11 Rh-105 4. 6003E-03 5.4502E-12 3.1259E+13 2.6073E+11 Sb-127 9. 4414E-03 3. 5354E-11 1. 6764E+14 5.3374E+11 sb-129 2. 5605E-02 4. 5533E-12 2.1256E+13 1.4950E+12 Te-127 9. 1405E-03 3.4635E-12 1. 6423E+13 5.2403E+11 Te-127m 1.2778E-03 1. 3547E-10 6.4236E+14 7.2126E+10 Te-129 2. 1074E-02 1.0063E-12 4.6976E+12 1.3519E+12 Te-129m 4.0041E-03 1. 3291E-10 6.2049E+14 2.2604E+11 Te-131m 1. 1892E-02 1.4913E-11 6.8558E+13 6. 7449E+11 Te-132 1. 1420E-01 3.7617E-10 1.7162E+15 6.4580E+12 1-131 6. 4871E+01 5.2326E-07 2.4054E+18 3.6643E+15 1-132 8.2491E+01 7.9916E-09 3.6459E+16 4.9634E+15 1-133 1. 2811E+02 1. 1309E-07 5.1208E+17 7.2820E+15 1-134 1.0289E+02 3.8570E-09 1. 7334E+16 6.8872E+15 1-135 1. 1658E+02 3.3195E-08 1.4808E+17 6.7270E+15 Xe-133 2. 8001E+04 1.4959E-04 6.7734E+20 1. 5823E+18 Xe-135 9.8355E+03 3.8514E-06 1. 7181E+19 5.6402E+17 Cs-134 8.1798E-02 6.3221E-08 2.8412E+17 4.6169E+12 Cs-136 2.2737E-02 3.1023E-10 1. 3737E+15 1.2840E+12 Page 86

CRDA PELLET MVP TRIP 10 MIN.oO Cs-137 4.0196E-02 4.6212E-07 2.0313E+18 2.2688E+12 Ba-139 4.6838E-02 2.8635E-12 1. 2406E+13 2.9435E+12 Ba-140 5.5513E-02 7.5828E-10 3.2618E+15 3.1348E+12 La-140 5.9366E-04 1.0681E-12 4. 5943E+12 3.3630E+10 La-141 4.8769E-04 8.6235E-14 3.6831E+11 2.8572E+10 La-142 4.1985E-04 2.9329E-14 1.2438E+11 2.6082E+10 Ce-141 1.3167E-03 4.6211E-11 1.9737E+14 7.4333E+10 Ce-143 1.1958E-03 1.8007E-12 7.5832E+12 6. 7794E+10 Ce-144 1.0932E-03 3.4276E-10 1.4334E+15 6.1707E+10 Pr-143 4.6601E-04 6.9204E-12 2.9144E+13 2.6315E+10 Nd-147 2.1215E-04 2.6224E-12 1.0743E+13 1.1981E+10 Np-239 1.7897E-02 7.7143E-11 1.9438E+14 1.0127E+12 Pu-238 7.5240E-06 4.3950E-10 1. 1121E+15 4.2468E+08 Pu-239 4.0407E-07 6.5008E-09 1. 6380E+16 2.2807E+07 Pu-240 6.3981E-07 2.8078E-09 7.0455E+15 3. 6113E+07 Pu-241 1.8789E-04 1.8239E-09 4. 5577E+15 1.0605E+10 Am-241 9.8730E-08 2.8766E-11 7.1881E+13 5.5726E+06 Cm-242 2.9962E-05 9.0401E-12 2.2496E+13 1. 6912E+09 Cm-244 3.6677E-06 4.5335E-11 1. 1189E+14 2.0702E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.4100 Atmosphere sump Noble gases (atoms) 3.5700E+22 0.OOOOE+00 Elemental I (atoms) 3.0258E+18 0.OOOOE+00 organic I (atoms) 9.3582E+16 0.OOOOE+00 Aerosols (kg) 5.7283E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7893E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2904E-08 Total I (Ci) 4.9495E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4100 Leakage Transport Noble gases (atoms) 3.6194E+18 Elemental I (atoms) 3.0773E+14 organic I (atoms) 9. 5175E+12 Aerosols (kg) 5.8074E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.4100 Ci kg Atoms Bq Co-58 7.3421E-06 2.3090E-13 2.3974E+12 2.7166E+05 Co-60 8.7835E-06 7.7704E-12 7.7990E+13 3.2499E+05 Kr-85 7.7771E+01 1.9823E-04 1.4044E+21 2.8775E+12 Kr-85m 1.1583E+03 1.4075E-03 9.9721E+21 4.2858E+13 Kr-87 2.0515E+03 7.2427E-08 5.0134E+17 7.5907E+13 Kr-88 3.0005E+03 2.3929E-07 1. 6375E+18 1. 1102E+14 Rb-86 2.4648E-04 3.0293E-12 2.1212E+13 9.1199E+06 Sr-89 9.2403E-03 3.1806E-10 2.1521E+15 3.4189E+08 Sr-90 1.3903E-03 1.0192E-08 6.8198E+16 5.1440E+07 Sr-91 1. 1592E-02 3.1977E-12 2.1162E+13 4.2890E+08 Sr-92 1.2378E-02 9.8474E-13 6.4459E+12 4.5797E+08 Y-90 1.4413E-05 2.6491E-14 1. 7726E+11 5.3328E+05 Y-91 1.2031E-04 4.9058E-12 3.2465E+13 4.4514E+06 Page 87

CRDA PELLET MVP TRIP 10 MIN.o0 Y-92 1.2532E-04 1.3024E-14 8.5253E+10 4.6369E+06 Y-93 1.4904E-04 4.4671E-14 2.8926E+11 5.5144E+06 Zr-95 1.7026E-04 7.9255E-12 5.0240E+13 6.2997E+06 zr-97 1.7164E-04 8.9786E-14 5.5743E+11 6.3508E+06 Nb-95 1.7108E-04 4.3750E-12 2.7734E+13 6.3299E+06 MO-99 2.4898E-03 5.1913E-12 3.1579E+13 9.2124E+07 TC-99m 2.1511E-03 4.0909E-13 2.4885E+12 7.9591E+07 RU-103 2.1874E-03 6.7777E-11 3.9628E+14 8.0935E+07 RU-105 1.5829E-03 2.3548E-13 1.3506E+12 5.8568E+07 RU-106 1.0037E-03 3.0001E-10 1.7044E+15 3.7137E+07 Rh-105 1.5035E-03 1.7813E-12 1.0217E+13 5. 5631E+07 sb-127 3.0754E-03 1.1516E-11 5.4607E+13 1. 1379E+08 sb-129 8.7054E-03 1.5481E-12 7.2269E+12 3.2210E+08 Te-127 3.0334E-03 1.1494E-12 5.4503E+12 1.1224E+08 Te-127m 4.1537E-04 4.4036E-11 2.0881E+14 1.5369E+07 Te-129 8.0990E-03 3.8673E-13 1.8054E+12 2.9966E+08 Te-129m 1.3018E-03 4.3214E-11 2.0174E+14 4.8168E+07 Te-131m 3.8906E-03 4.8790E-12 2.2429E+13 1.4395E+08 Te-132 3.7214E-02 1.2258E-10 5.5923E+14 1.3769E+09 1-131 2.1107E+01 1.7025E-07 7.8267E+17 7.8097E+11 1-132 2.9176E+01 2.8265E-09 1.2895E+16 1.0795E+12 1-133 4.2033E+01 3.7105E-08 1.6801E+17 1. 5552E+12 1-134 4.1747E+01 1.5649E-09 7.0330E+15 1. 5446E+12 1-135 3.9022E+01 1.1112E-08 4.9567E+16 1.4438E+12 xe-133 9.1156E+03 4.8699E-05 2.2051E+20 3.3728E+14 Xe-135 3.2653E+03 1.2786E-06 5.7038E+18 1.2082E+14 Cs-134 2.6588E-02 2.0550E-08 9.2355E+16 9.8377E+08 cs-136 7.3953E-03 1.0090E-10 4.4680E+14 2.7362E+08 cs-137 1.3065E-02 1.5021E-07 6.6028E+17 4.8342E+08 Ba-139 1.7529E-02 1.0717E-12 4.6429E+12 6.4858E+08 Ba-140 1.8056E-02 2.4663E-10 1.0609E+15 6.6806E+08 La-140 1.9390E-04 3.4885E-13 1.5006E+12 7.1743E+06 La-141 1.6655E-04 2.9450E-14 1.2578E+11 6.1623E+06 La-142 1.5480E-04 1.0814E-14 4.5860E+10 5.7275E+06 Ce-141 4.2810E-04 1.5025E-11 6.4170E+13 1.5840E+07 Ce-143 3.9099E-04 5.8876E-13 2.4794E+12 1.4467E+07 Ce-144 3.5536E-04 1.1142E-10 4.6595E+14 1. 3148E+07 Pr-143 1.5157E-04 2.2508E-12 9.4787E+12 5.6079E+06 Nd-147 6.9009E-05 8.5304E-13 3.4946E+12 2.5533E+06 Np-239 5.8372E-03 2.5161E-11 6.3400E+13 2.1598E+08 Pu-238 2.4457E-06 1.4286E-10 3.6147E+14 9.0490E+04 Pu-239 1.3134E-07 2.1131E-09 5.3244E+15 4.8596E+03 Pu-240 2.0797E-07 9.1268E-10 2.2901E+15 7.6948E+03 Pu-241 6.1073E-05 5.9287E-10 1.4815E+15 2.2597E+06 Am-241 3.2092E-08 9.3503E-12 2.3365E+13 1. 1874E+03 Cm-242 9.7394E-06 2.9386E-12 7.3127E+12 3.6036E+05 cm-244 1.1922E-06 1.4736E-11 3.6370E+13 4.4111E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.4100 Release Rate/s Noble gases (atoms) 1.1605E+22 7.8624E+18 Elemental I (atoms) 9.8957E+17 6.7044E+14 organic I (atoms) 3.0605E+16 2.0735E+13 Aerosols (kg) 1.8620E-07 1.2615E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9449E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7353E+01 Total I (Ci) 1.7309E+02 DAEC Condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 0.4100 Leakage Transport Page 88

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) 3.6194E+18 Elemental I (atoms) 3.0773E+14 organic I (atoms) 9.5175E+12 Aerosols (kg) 5.8074E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.4100 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.9223E+17 Elemental I (atoms) O.OOOOE+00 3.3506E+13 organic I (atoms) O.O000E+00 1.0363E+12 Aerosols (kg) 0.OOOOE+00 6.2932E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.4100 Filtered Transported Noble gases (atoms) 1. 5122E+17 O.OOOOE+00 Elemental I (atoms) 1. 2873E+13 O.OOOOE+00 organic I (atoms) 3.9813E+11 0.OOOOE+00 Aerosols (kg) 2.4263E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.4100 ci kg Atoms Decay Co-58 1.3658E-06 4.2953E-14 4.4598E+11 7.6125E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 9.1073E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 8.0638E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1.2010E+16 Kr-87 3.2761E+02 1.1566E-08 8.0058E+16 2.0492E+16 Kr-88 5.2134E+02 4.1577E-08 2.8452E+17 3.0580E+16 Rb-86 4.5838E-05 5.6334E-13 3.9448E+12 2.5554E+09 Sr-89 1. 7189E-03 5.9165E-11 4.0033E+14 9.5806E+10 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 1.4415E+10 Sr-91 2.1130E-03 5.8290E-13 3.8575E+12 1.1957E+11 Sr-92 2.1436E-03 1.7054E-13 1. 1163E+12 1.2605E+11 Y-90 2.6734E-06 4.9138E-15 3.2879E+10 1.4933E+08 Y-91 2.2380E-05 9.1258E-13 6.0392E+12 1.2474E+09 Y-92 2.2072E-05 2.2938E-15 1. 5015E+10 1.2815E+09 Y-93 2.7200E-05 8.1528E-15 5.2792E+10 1.5377E+09 Zr-95 3.1673E-05 1.4743E-12 9.3459E+12 1.7653E+09 Zr-97 3.1569E-05 1. 6514E-14 1.0252E+11 1.7745E+09 Nb-95 3.1821E-05 8.1378E-13 5.1586E+12 1.7737E+09 Mo-99 4.6187E-04 9.6300E-13 5.8579E+12 2.5797E+10 Tc-99m 3.8751E-04 7.3696E-14 4.4829E+11 2.2122E+10 Ru-103 4.0688E-04 1. 2607E-11 7.3711E+13 2.2680E+10 Ru-105 2.8190E-04 4.1937E-14 2.4052E+11 1. 6232E+10 Ru-106 1.8673E-04 5.5814E-11 3.1709E+14 1.0407E+10 Rh-105 2.7820E-04 3.2960E-13 1.8904E+12 1. 5568E+10 Sb-127 5.7096E-04 2.1380E-12 1.0138E+13 3.1870E+10 sb-129 1.5484E-03 2.7536E-13 1. 2855E+12 8.9241E+10 Te-127 5.5277E-04 2.0945E-13 9.9319E+11 3.1286E+10 Te-127m 7.7274E-05 8.1922E-12 3.8846E+13 4.3068E+09 Page 89

CRDA PELLET MVP TRIP 10 MIN.o0 Te-129 1.2744E-03 6.0853E-14 2.8408E+11 8.0624E+10 Te-129m 2.4214E-04 8.0379E-12 3.7523E+13 1. 3497E+10 Te-131m 7.1916E-04 9.0188E-13 4.1460E+12 4.0273E+10 Te-132 6.9064E-03 2.2749E-11 1.0379E+14 3.8561E+11 1-131 3.9230E+00 3.1644E-08 1.4547E+17 2.1880E+14 1-132 4.9886E+00 4.8329E-10 2.2049E+15 2.9619E+14 1-133 7.7476E+00 6.8393E-09 3.0968E+16 4.3479E+14 1-134 6.2224E+00 2.3325E-10 1.0483E+15 4.1056E+14 1-135 7.0499E+00 2.0075E-09 8.9550E+15 4.0159E+14 Xe-133 1.6933E+03 9.0464E-06 4.0962E+19 9.4479E+16 Xe-135 5.9479E+02 2.3291E-07 1.0390E+18 3.3674E+16 Cs-134 4.9466E-03 3.8233E-09 1.7182E+16 2.7568E+11 Cs-136 1.3750E-03 1.8761E-11 8.3075E+13 7.6667E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1. 3547E+11 Ba-139 2.8325E-03 1.7317E-13 7. 5025E+11 1.7557E+11 Ba-140 3.3571E-03 4.5857E-11 1.9725E+14 1.8718E+11 La-140 3.5901E-05 6.4591E-14 2.7784E+11 2.0080E+09 La-141 2.9493E-05 5.2150E-15 2.2273E+10 1.7054E+09 La-142 2.5390E-05 1.7737E-15 7.5220E+09 1.5559E+09 Ce-141 7.9628E-05 2.7946E-12 1.1936E+13 4.4386E+09 Ce-143 7.2316E-05 1.0890E-13 4.5859E+11 4.0479E+09 Ce-144 6.6112E-05 2.0728E-11 8.6686E+13 3.6846E+09 Pr-143 2.8182E-05 4.1850E-13 1. 7624E+12 1. 5713E+09 Nd-147 1.2830E-05 1.5859E-13 6.4969E+11 7.1540E+08 Np-239 1.0823E-03 4.6652E-12 1. 1755 E+13 6.0471E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.5358E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1. 3618E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.1564E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 6.3324E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.3275E+05 Cm-242 1.8119E-06 5.4670E-13 1. 3604E+12 1.0098E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.2361E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.4100 Atmosphere sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8298E+17 0.OOOOE+00 organic I (atoms) 5.6593E+15 0.OOOOE+00 Aerosols (kq) 3.4642E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1129E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6980E-08 Total I (Ci) 2.9931E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 organic I (atoms) O.0000E+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.4200 Page 90

CRDA PELLET MVP TRIP 10 MIN.O0 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.4200 whole Body Thyroid TEDE Delta dose (rem) 1.1397E-05 7.8476E-05 1.3886E-05 Accumulated dose (rem) 1.2433E-01 7.7929E-01 1.4911E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.4200 whole Body Thyroid TEDE Delta dose (rem) 2.7417E-06 1.8879E-05 3.3407E-06 Accumulated dose (rem) 5.5649E-02 3.4877E-01 6.6736E-02 Control Room Doses: Time (h) = 0.4200 whole Body Thyroid TEDE Delta dose (rem) 1.2925E-05 1. 8381E-03 7.1238E-05 Accumulated dose (rem) 5.7510E-04 7.7575E-02 3.0389E-03 DAEC Condenser - CRDA compartment Nuclide Inventory: Time (h) = 0.4200 Ci kg Atoms Decay Co-58 2.2585E-05 7.1027E-13 7.3747E+12 1.3050E+09 Co-60 2. 7022E-05 2.3905E-11 2.3993E+14 1. 5612E+09 Kr-85 2.3926E+02 6.0983E-04 4.3206E+21 1. 3823E+16 Kr-85m 3. 5635E+03 4.3302E-03 3.0679E+22 2.0588E+17 Kr-87 5.3878E+03 1.9021E-07 1. 3166E+18 3.5077E+17 Kr-88 8. 5998E+03 6.8583E-07 4.6934E+18 5.2386E+17 Rb-86 7.5796E-04 9. 3153E-12 6. 5230E+13 4.3806E+10 Sr-89 2.8423E-02 9.7833E-10 6.6198E+15 1. 6423E+12 Sr-90 4. 2771E-03 3.1355E-08 2.0981E+17 2.4711E+11 Sr-91 3.4915E-02 9.6317E-12 6.3740E+13 2.0492E+12 Sr-92 3.5356E-02 2.8128E-12 1.8412E+13 2.1592E+12 Y-90 4.4202E-05 8.1245E-14 5.4363E+11 2.5597E+09 Y-91 3.7007E-04 1. 5090E-11 9.9863E+13 2.1383E+10 Y-92 3.6426E-04 3.7856E-14 2.4779E+11 2.1956E+10 Y-93 4.4947E-04 1.3472E-13 8.7237E+11 2. 6355 E+10 zr-95 5.2374E-04 2.4379E-11 1. 5454E+14 3.0262E+10 Zr-97 5.2181E-04 2.7296E-13 1. 6946E+12 3.0415E+10 Nb-95 5.2619E-04 1. 3456E-11 8.5301E+13 3.0406E+10 Mo-99 7.6366E-03 1. 5922E-11 9.6855E+13 4.4220E+11 Tc-99m 6.4004E-03 1.2172E-12 7.4043E+12 3.7909E+11 RU-103 6.7281E-03 2.0847E-10 1. 2189E+15 3.8878E+11 Ru-105 4.6542E-03 6.9238E-13 3.9710E+12 2.7813E+11 Ru-106 3.0877E-03 9.2293E-10 5.2434E+15 1.7840E+11 Rh-105 4.5994E-03 5.4492E-12 3.1253E+13 2.6685E+11 Sb-127 9.4406E-03 3.5351E-11 1.6763E+14 5.4632E+11 Sb-129 2. 5564E-02 4.5460E-12 2.1222E+13 1. 5291E+12 Te-127 9.1337E-03 3.4609E-12 1. 6411E+13 5.3620E+11 Te-127m 1.2778E-03 1.3546E-10 6.4235E+14 7.3828E+10 Te-129 2. 0948E-02 1.0003E-12 4.6696E+12 1.3799E+12 Te-129m 4.0040E-03 1. 3291E-10 6.2048E+14 2.3138E+11 Te-131m 1.1889E-02 1.4910E-11 6.8542E+13 6.9033E+11 Te-132 1. 1419E-01 3.7614E-10 1. 7160E+15 6. 6101E+12 1-131 6. 4868E+01 5.2324E-07 2.4053E+18 3.7507E+15 1-132 8. 2242E+01 7.9675E-09 3.6350E+16 5.0731E+15 1-133 1. 2807E+02 1.1306E-07 5.1191E+17 7.4526E+15 1-134 1. 0208E+02 3.8266E-09 1. 7197E+16 7.0237E+15 1-135 1.1645E+02 3.3160E-08 1.4792E+17 6.8822E+15 xe-133 2.7999E+04 1.4958E-04 6.7730E+20 1.6196E+18 Xe-135 9.8280E+03 3.8485E-06 1.7168E+19 5.7712E+17 Cs-134 8.1797E-02 6.3221E-08 2.8412E+17 4.7259E+12 Cs-136 2.2737E-02 3.1023E-10 1. 3737E+15 1. 3142E+12 Cs-137 4.0195E-02 4.6211E-07 2.0313E+18 2.3223E+12 Page 91

CRDA PELLET MVP TRIP 10 MIN.O0 Ba-139 4.6603E-02 2.8491E-12 1. 2344E+13 3.0057E+12 Ba-140 5.5512E-02 7.5826E-10 3.2617E+15 3.2088E+12 La-140 5.9356E-04 1.0679E-12 4.5935E+12 3.4420E+10 La-141 4.8683E-04 8.6082E-14 3.6766E+11 2.9221E+10 La-142 4.1797E-04 2.9198E-14 1.2383E+11 2.6640E+10 Ce-141 1.3167E-03 4.6211E-11 1.9737E+14 7.6087E+10 Ce-143 1.1956E-03 1.8003E-12 7.5816E+12 6.9386E+10 Ce-144 1.0932E-03 3.4276E-10 1.4334E+15 6.3163E+10 Pr-143 4.6600E-04 6.9202E-12 2.9143E+13 2.6935E+10 Nd-147 2.1214E-04 2.6223E-12 1. 0743E+13 1.2264E+10 Np-239 1.7894E-02 7.7133E-11 1.943 5E+14 1.0366E+12 Pu-238 7.5240E-06 4.3949E-10 1. 1121E+15 4.3470E+08 Pu-239 4.0407E-07 6.5008E-09 1. 6380E+16 2.3345E+07 Pu-240 6.3981E-07 2.8078E-09 7.0454E+15 3.6965E+07 Pu-241 1.8789E-04 1.8239E-09 4.5577E+15 1.0855E+10 Am-241 9.8730E-08 2.8766E-11 7.1881E+13 5.7041E+06 Cm-242 2.9961E-05 9.0401E-12 2.2496E+13 1.7311E+09 Cm-244 3.6677E-06 4.5335E-11 1.1189E+14 2.1190E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.4200 Atmosphere sump Noble gases (atoms) 3.5700E+22 0.OOOOE+00 Elemental I (atoms) 3.0252E+18 0.OOOOE+00 organic I (atoms) 9.3561E+16 O.OOOOE+00 Aerosols (kq) 5.7283E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7883E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.2874E-08 Total I (ci) 4.9372E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4200 Leakage Transport Noble gases (atoms) 3.7681E+18 Elemental I (atoms) 3.2034E+14 organic I (atoms) 9.9074E+12 Aerosols (kg) 6.0461E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) 0.4200 Ci kg Atoms Bq Co-58 7.3422E-06 2.3090E-13 2.3974E+12 2.7166E+05 Co-60 8.7836E-06 7.7705E-12 7.7991E+13 3.2499E+05 Kr-85 7.7772E+01 1.9823E-04 1. 4044E+21 2.8776E+12 Kr-85m 1. 1583E+03 1.4075E-03 9.9722E+21 4.2859E+13 Kr-87 2.0516E+03 7.2428E-08 5.0135E+17 7. 5908E+13 Kr-88 3.0005E+03 2.3929E-07 1.6375E+18 1.1102E+14 Rb-86 2.4649E-04 3.0293E-12 2.1213E+13 9.1200E+06 Sr-89 9.2404E-03 3.1806E-10 2.1522E+15 3.4190E+08 Sr-90 1.3903E-03 1.0192E-08 6.8199E+16 5.1441E+07 Sr-91 1.1592E-02 3.1978E-12 2.1162E+13 4.2890E+08 Sr-92 1.2378E-02 9.8475E-13 6.4460E+12 4.5797E+08 Y-90 1.4413E-05 2.6492E-14 1. 7726E+11 5.3329E+05 Y-91 1.2031E-04 4.9058E-12 3.2465E+13 4.4515E+06 Y-92 1.2532E-04 1. 3024E-14 8.5254E+10 4.6370E+06 Page 92

CRDA PELLET MVP TRIP 10 MIN.oO Y-93 1.4904E-04 4.4672E-14 2.8927E+11 5.5144E+06 Zr-95 1.7026E-04 7.9256E-12 5.0241E+13 6.2998E+06 Zr-97 1.7164E-04 8.9788E-14 5.5744E+11 6.3508E+06 Nb-95 1.7108E-04 4.3751E-12 2.7734E+13 6.3299E+06 Mo-99 2.4899E-03 5.1914E-12 3.1579E+13 9.2125E+07 Tc-99m 2.1511E-03 4.0910E-13 2.4885E+12 7.9592E+07 Ru-103 2.1875E-03 6.7778E-11 3.9628E+14 8.0936E+07 Ru-105 1.5829E-03 2.3548E-13 1.3506E+12 5.8568E+07 Ru-106 1.0037E-03 3.0001E-10 1.7044E+15 3.7137E+07 Rh-105 1.5036E-03 1.7814E-12 1.0217E+13 5.5632E+07 Sb-127 3.0754E-03 1.1516E-11 5.4607E+13 1. 1379E+08 sb-129 8.7055E-03 1.5481E-12 7.2270E+12 3.2210E+08 Te-127 3.0335E-03 1.1494E-12 5.4504E+12 1. 1224E+08 Te-127m 4.1538E-04 4.4037E-11 2.0881E+14 1.5369E+07 Te-129 8.0991E-03 3.8673E-13 1.8054E+12 2.9967E+08 Te-129m 1.3018E-03 4.3214E-11 2.0174E+14 4.8168E+07 Te-131m 3.8906E-03 4.8791E-12 2.2429E+13 1.4395E+08 Te-132 3.7214E-02 1.2258E-10 5.5924E+14 1.3769E+09 1-131 2.1107E+01 1.7026E-07 7.8268E+17 7.8098E+11 1-132 2.9176E+01 2.8265E-09 1.2895E+16 1.0795E+12 1-133 4.2034E+01 3.7106E-08 1.6801E+17 1. 5553E+12 1-134 4.1748E+01 1.5649E-09 7.0331E+15 1. 5447E+12 1-135 3.9023E+01 1.1112E-08 4.9568E+16 1.4439E+12 xe-133 9.1157E+03 4.8700E-05 2.2051E+20 3.3728E+14 Xe-135 3.2653E+03 1.2787E-06 5.7039E+18 1. 2082E+14 Cs-134 2.6589E-02 2.0550E-08 9.2356E+16 9.8378E+08 Cs-136 7.3953E-03 1.0090E-10 4.4681E+14 2.7363E+08 Cs-137 1.3066E-02 1.5021E-07 6.6029E+17 4.8343E+08 Ba-139 1.7529E-02 1.0717E-12 4.6430E+12 6.4858E+08 Ba-140 1.8056E-02 2.4664E-10 1.0609E+15 6.6807E+08 La-140 1.9390E-04 3.4886E-13 1.5006E+12 7.1744E+06 La-141 1.6655E-04 2.9450E-14 1.2578E+11 6.1624E+06 La-142 1.5480E-04 1.0814E-14 4.5860E+10 5.7276E+06 Ce-141 4.2811E-04 1.5025E-11 6.4171E+13 1.5840E+07 Ce-143 3.9099E-04 5.8877E-13 2.4795E+12 1.4467E+07 Ce-144 3.5537E-04 1.1142E-10 4.6595E+14 1. 3149E+07 Pr-143 1.5157E-04 2.2508E-12 9.4788E+12 5.6080E+06 Nd-147 6.9010E-05 8.5305E-13 3.4947E+12 2.5534E+06 Np-239 5.8373E-03 2.5162E-11 6.3400E+13 2.1598E+08 Pu-238 2.4457E-06 1.4286E-10 3.6148E+14 9.0491E+04 Pu-239 1.3134E-07 2.1131E-09 5.3244E+15 4.8597E+03 Pu-240 2.0797E-07 9.1269E-10 2.2901E+15 7.6949E+03 Pu-241 6.1074E-05 5.9288E-10 1.4815E+15 2.2597E+06 Am-241 3.2092E-08 9.3504E-12 2.3365E+13 1. 1874E+03 Cm-242 9.7395E-06 2.9387E-12 7.3128E+12 3.6036E+05 Cm-244 1.1922E-06 1.4736E-11 3.6370E+13 4.4111E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.4200 Release Rate/s Noble gases (atoms) 1.1605E+22 7.6753E+18 Elemental I (atoms) 9.8958E+17 6.5448E+14 organic I (atoms) 3.0606E+16 2.0242E+13 Aerosols (kg) 1.8620E-07 1.2315E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9449E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7354E+01 Total I (Ci) 1.7309E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4200 Leakage Transport Noble gases (atoms) 3.7681E+18 Page 93

CRDA PELLET MVP TRIP 10 MIN.OO Elemental I (atoms) 3.2034E+14 organic I (atoms) 9.9074E+12 Aerosols (kg) 6.0461E-11 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.4200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9266E+17 Elemental I (atoms) O.O000E+00 3.3542E+13 organic I (atoms) O.OOOOE+00 1.0374E+12 Aerosols (kg) O.OOOOE+00 6.3001E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.4200 Filtered Transported Noble gases (atoms) 1. 5502E+17 0.OOOOE+00 Elemental I (atoms) 1.3195E+13 0.OOOOE+00 organic I (atoms) 4.0809E+11 0.OOOOE+00 Aerosols (kg) 2.4873E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4200 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+0O 1.1378E+18 organic I (atoms) O.O000E+00 3.5189E+16 Aerosols (kg) O.O000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) 0.4200 Ci kg Atoms Decay Co-58 1.3658E-06 4.2953E-14 4.4598E+11 7.7945E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 9.3250E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 8.2565E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1. 2297E+16 Kr-87 3.2583E+02 1.1503E-08 7.9623E+16 2.0927E+16 Kr-88 5.2007E+02 4.1475E-08 2.8383E+17 3.1274E+16 Rb-86 4.5837E-05 5.6334E-13 3.9448E+12 2.6165E+09 Sr-89 1. 7189E-03 5.9164E-11 4.0033E+14 9.8095E+10 Sr-90 2. 5866E-04 1.8962E-09 1.2688E+16 1.4760E+10 Sr-91 2.1115E-03 5.8247E-13 3.8547E+12 1.2238E+11 Sr-92 2.1381E-03 1.7010E-13 1.1135E+12 1.2890E+11 Y-90 2. 6731E-06 4.9132E-15 3.2876E+10 1.5289E+08 Y-91 2.2380E-05 9.1258E-13 6.0392E+12 1.2772E+09 Y-92 2.2028E-05 2.2893E-15 1.4985E+10 1.3109E+09 Y-93 2.7182E-05 8.1472E-15 5.2756E+10 1.5740E+09 Zr-95 3.1673E-05 1.4743E-12 9.3459E+12 1.8075E+09 Zr-97 3.1556E-05 1.6507E-14 1.0248E+11 1.8165E+09 Nb-95 3.1821E-05 8.1377E-13 5.1586E+12 1.8161E+09 Mo-99 4.6182E-04 9.6290E-13 5.8573E+12 2.6412E+10 Tc-99m 3.8706E-04 7.3611E-14 4.4777E+11 2.2638E+10 Ru-103 4.0688E-04 1.2607E-11 7.3710E+13 2. 3222E+10 Ru-105 2.8146E-04 4.1871E-14 2.4015E+11 1. 6607E+10 Ru-106 1.8673E-04 5.5814E-11 3.1709E+14 1.0656E+10 Rh-105 2.7815E-04 3.2954E-13 1.8900E+12 1.5938E+10 Sb-127 5.7092E-04 2.1379E-12 1.0137E+13 3.2631E+10 Sb-129 1.5460E-03 2.7492E-13 1. 2834E+12 9.1301E+10 Te-127 5. 5236E-04 2.0930E-13 9.9246E+11 3.2022E+10 Te-127m 7.7273E-05 8.1922E-12 3.8846E+13 4.4097E+09 Te-129 1. 2668E-03 6.0491E-14 2.8239E+11 8.2316E+10 Page 94

CRDA PELLET MVP TRIP 10 MIN.o0 Te-129m 2.4214E-04 8.0378E-12 3.7523E+13 1. 3820E+10 Te-131m 7.1900E-04 9.0167E-13 4.1450E+12 4.1231E+10 Te-132 6.9058E-03 2.2747E-11 1.0378E+14 3.9481E+11 1-131 3.9229E+00 3.1642E-08 1.4546E+17 2.2402E+14 1-132 4.9735E+00 4.8183E-10 2.1982E+15 3.0282E+14 1-133 7.7450E+00 6.8370E-09 3.0957E+16 4.4511E+14 1-134 6.1734E+00 2.3141E-10 1.0400E+15 4.1881E+14 1-135 7.0426E+00 2.0054E-09 8.9456E+15 4.1098E+14 xe-133 1.6932E+03 9.0459E-06 4.0959E+19 9.6734E+16 xe-135 5.9435E+02 2.3274E-07 1.0382E+18 3.4465E+16 Cs-134 4.9466E-03 3.8233E-09 1.7182E+16 2.8227E+11 Cs-136 1.3750E-03 1.8761E-11 8.3073E+13 7.8498E+10 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1.3871E+11 Ba-139 2.8183E-03 1.7230E-13 7.4648E+11 1.7934E+11 Ba-140 3.3570E-03 4.5856E-11 1.9725E+14 1. 9166E+11 La-140 3.5895E-05 6.4580E-14 2.7779E+11 2.0558E+09 La-141 2.9441E-05 5.2058E-15 2.2234E+10 1.7447E+09 La-142 2.5276E-05 1.7657E-15 7.4883E+09 1.5897E+09 Ce-141 7.9627E-05 2.7946E-12 1.1936E+13 4.5446E+09 Ce-143 7.2301E-05 1.0887E-13 4.5849E+11 4.1442E+09 Ce-144 6.6112E-05 2.0728E-11 8.6686E+13 3.7727E+09 Pr-143 2.8181E-05 4.1850E-13 1.7624E+12 1.6088E+09 Nd-147 1.2829E-05 1.5858E-13 6.4967E+11 7.3249E+08 Np-239 1.0821E-03 4.6646E-12 1.1753E+13 6.1912E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.5964E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.3944E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.2079E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 6.4838E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.4070E+05 Cm-242 1.8119E-06 5.4669E-13 1.3604E+12 1.0340E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.2657E+07 MVP Holdup Transport G roup Inventory: Time (h) = 0.4200 Atmosphere sump Noble gases (atoms) 2.1589E+21 O.OOOOE+00 Elemental I (atoms) 1.8294E+17 0.OOOOE+0Q Organi c I (atoms) 5.6581E+15 O.OOOOE+00 Aerosols (kg) 3.4642E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1119E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6948E-08 Total I (Ci) 2.9857E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4200 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4200 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.4300 CRDA @ EAB - Condenser Release Doses: Page 95

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.4300 whole Body Thyroid TEDE Delta dose (rem) 1.1366E-05 7.8463E-05 1.3855E-05 Accumulated dose (rem) 1.2434E-01 7.7937E-01 1.4912E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.4300 Whole Body Thyroid TEDE Delta dose (rem) 2.7343E-06 1.8876E-05 3.3331E-06 Accumulated dose (rem) 5.5652E-02 3.4879E-01 6.6739E-02 control Room Doses: Time (h) = 0.4300 whole Body Thyroid TEDE Delta dose (rem) 1.2707E-05 1.8118E-03 7.0184E-05 Accumulated dose (rem) 5.8781E-04 7.9387E-02 3.1091E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.4300 Ci kg Atoms Decay Co-58 2.2585E-05 7.1026E-13 7.3746E+12 1. 3351E+09 Co-60 2.7022E-05 2.3905E-11 2.3993E+14 1.5972E+09 Kr-85 2.3926E+02 6.0983E-04 4.3206E+21 1.4142E+16 Kr-85m 3. 5635E+03 4.3302E-03 3.0679E+22 2.1063E+17 Kr-87 5.3585E+03 1.8918E-07 1. 3095E+18 3. 5793E+17 Kr-88 8. 5788E+03 6.8416E-07 4.6819E+18 5.3530E+17 Rb-86 7. 5794E-04 9.3151E-12 6. 5229E+13 4.4815E+10 Sr-89 2. 8423E-02 9.7832E-10 6.6198E+15 1. 6802E+12 Sr-90 4. 2771E-03 3.1355E-08 2.0981E+17 2.5281E+11 Sr-91 3.4889E-02 9.6247E-12 6.3694E+13 2.0957E+12 Sr-92 3.5265E-02 2.8056E-12 1.8365E+13 2.2063E+12 Y-90 4.4197E-05 8. 1235E-14 5.4357E+11 2.6186E+09 Y-91 3.7007E-04 1. 5090E-11 9.9862E+13 2.1876E+10 Y-92 3.6355E-04 3.7781E-14 2.4731E+11 2.2441E+10 Y-93 4. 4916E-04 1.3463E-13 8.7177E+11 2.6954E+10 Zr-95 5.2373E-04 2.4379E-11 1. 5454E+14 3.0960E+10 Zr-97 5.2159E-04 2.7285E-13 1. 6939E+12 3. 1110E+10 Nb-95 5.2618E-04 1. 3456E-11 8.5300E+13 3.1107E+10 MO-99 7. 6358E-03 1. 5921E-11 9.6845E+13 4. 5238E+11 Tc-99m 6.3930E-03 1. 2158E-12 7.3958E+12 3.8761E+11 RU-103 6.7281E-03 2.0847E-10 1. 2189E+15 3.9774E+11 Ru-105 4.6469E-03 6.9129E-13 3.9648E+12 2.8432E+11 Ru-106 3.0877E-03 9.2293E-10 5.2434E+15 1.8251E+11 Rh-105 4. 5985E-03 5.4481E-12 3.1247E+13 2.7298E+11 sb-127 9.4399E-03 3. 5349E-11 1.6762E+14 5.5889E+11 sb-129 2.5523E-02 4. 5387E-12 2.1188E+13 1. 5631E+12 Te-127 9.1269E-03 3.4583E-12 1. 6399E+13 5.4837E+11 Te-127m 1.2778E-03 1. 3546E-10 6.4235E+14 7.5530E+10 Te-129 2.0823E-02 9.9431E-13 4.6417E+12 1.4077E+12 Te-129m 4. 0040E-03 1. 3291E-10 6.2047E+14 2.3671E+11 Te-131m 1.1886E-02 1.4906E-11 6.8525E+13 7.0616E+11 Te-132 1.1418E-01 3.7610E-10 1. 7159E+15 6.7622E+12 1-131 6. 4865E+01 5.2321E-07 2.4052E+18 3.8371E+15 1-132 8.1994E+01 7.9435E-09 3.6240E+16 5.1825E+15 1-133 1. 2803E+02 1.1302E-07 5.1173E+17 7.6231E+15 1-134 1. 0128E+02 3.7965E-09 1.7062E+16 7.1591E+15 1-135 1.1633E+02 3.3126E-08 1.4777E+17 7.0372E+15 xe-133 2. 7997E+04 1.4957E-04 6.7726E+20 1. 6569E+18 Xe-135 9. 8206E+03 3.8456E-06 1. 7155E+19 5.9020E+17 Cs-134 8.1797E-02 6.3221E-08 2.8412E+17 4.8348E+12 Cs-136 2.2736E-02 3.1022E-10 1. 3737E+15 1. 3445E+12 Cs-137 4.0195E-02 4.6211E-07 2.0313E+18 2.3758E+12 Ba-139 4. 6369E-02 2.8348E-12 1. 2282E+13 3.0676E+12 Page 96

CRDA PELLET MVP TRIP 10 MIN.O0 Ba-140 5.5510E-02 7.5824E-10 3.2616E+15 3.2827E+12 La-140 5.9346E-04 1.0677E-12 4.5927E+12 3.5211E+10 La-141 4.8597E-04 8.5930E-14 3.6701E+11 2.9868E+10 La-142 4.1609E-04 2.9067E-14 1.2327E+11 2.7195E+10 Ce-141 1.3167E-03 4.6210E-11 1.9736E+14 7.7841E+10 Ce-143 1.1953E-03 1.7999E-12 7.5800E+12 7.0979E+10 Ce-144 1.0932E-03 3.4276E-10 1.4334E+15 6.4619E+10 Pr-143 4.6599E-04 6.9200E-12 2.9142E+13 2.7556E+10 Nd-147 2.1214E-04 2.6223E-12 1.0743E+13 1.2546E+10 Np-239 1.7892E-02 7.7123E-11 1.9433E+14 1.0604E+12 Pu-238 7.5240E-06 4.3949E-10 1. 1121E+15 4.4472E+08 Pu-239 4.0406E-07 6.5008E-09 1. 6380E+16 2.3883E+07 Pu-240 6.3980E-07 2.8078E-09 7.0454E+15 3.7817E+07 Pu-241 1.8789E-04 1.8239E-09 4. 5576E+15 1. 1106E+10 Am-241 9.8729E-08 2.8766E-11 7.1880E+13 5.8356E+06 Cm-242 2.9961E-05 9.0400E-12 2.2496E+13 1. 7710E+09 Cm-244 3.6677E-06 4.5335E-11 1.1189E+14 2.1679E+08 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 0.4300 Atmosphere sump Noble gases (atoms) 3.5700E+22 0.OOOOE+00 Elemental I (atoms) 3.0245E+18 0.OOOOE+00 organic I (atoms) 9.3541E+16 0.OOOOE+00 Aerosols (kg) 5.7283E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7873E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.2844E-08 Total I (Ci) 4.9250E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4300 Leakage Transport Noble gases (atoms) 3.9169E+18 Elemental I (atoms) 3.3294E+14 organic I (atoms) 1.0297E+13 Aerosols (kg) 6.2848E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.4300 Ci kg Atoms Bq co-58 7.3423E-06 2.3090E-13 2.3975E+12 2.7166E+05 Co-60 8.7837E-06 7.7706E-12 7.7992E+13 3.2500E+05 Kr-85 7.7773E+01 1.9823E-04 1.4044E+21 2.8776E+12 Kr-85m 1. 1584E+03 1.4076E-03 9.9724E+21 4.2859E+13 Kr-87 2.0516E+03 7.2429E-08 5.0135E+17 7.5909E+13 Kr-88 3.0006E+03 2.3929E-07 1. 6376E+18 1.1102E+14 Rb-86 2.4649E-04 3.0293E-12 2.1213E+13 9.1201E+06 Sr-89 9.2405E-03 3.1807E-10 2.1522E+15 3.4190E+08 Sr-90 1.3903E-03 1. 0192E-08 6.8199E+16 5.1441E+07 Sr-91 1.1592E-02 3.1978E-12 2.1162E+13 4.2891E+08 Sr-92 1.2378E-02 9.8476E-13 6.4460E+12 4.5798E+08 Y-90 1.4413E-05 2.6492E-14 1. 7727E+11 5.3330E+05 Y-91 1.2031E-04 4.9059E-12 3.2466E+13 4.4515E+06 Y-92 1.2533E-04 1. 3024E-14 8. 5255E+10 4.6370E+06 Y-93 1.4904E-04 4.4672E-14 2.8927E+11 5. 5145E+06 Page 97

CRDA PELLET MVP TRIP 10 MIN.O0 Zr-95 1.7027E-04 7.9257E-12 5.0242E+13 6.2999E+06 Zr-97 1.7165E-04 8.9789E-14 5.5744E+11 6.3509E+06 Nb-95 1. 7108E-04 4.3751E-12 2.7734E+13 6.3300E+06 Mo-99 2.4899E-03 5.1915E-12 3.1579E+13 9.2126E+07 Tc-99m 2.1512E-03 4.0910E-13 2.4886E+12 7.9593E+07 Ru-103 2.1875E-03 6.7779E-11 3.9629E+14 8.0937E+07 RU-105 1.5830E-03 2.3549E-13 1. 3506E+12 5.8569E+07 RU-106 1.0037E-03 3. 0001E-10 1.7045E+15 3.7137E+07 Rh-105 1.5036E-03 1.7814E-12 1.0217E+13 5.5633E+07 sb-127 3.0754E-03 1.1516E-11 5.4608E+13 1.1379E+08 sb-129 8.7056E-03 1. 5481E-12 7.2270E+12 3.2211E+08 Te-127 3.0335E-03 1.1494E-12 5.4505E+12 1.1224E+08 Te-127m 4.1538E-04 4.4037E-11 2.0882E+14 1.5369E+07 Te-129 8.0992E-03 3.8674E-13 1.8054E+12 2.9967E+08 Te-129m 1. 3019E-03 4.3215E-11 2.0174E+14 4.8169E+07 Te-131m 3.8907E-03 4.8791E-12 2.2430E+13 1.4395E+08 Te-132 3.7215E-02 1.2258E-10 5.5924E+14 1.3769E+09 1-131 2.1108E+01 1.7026E-07 7.8269E+17 7.8099E+11 1-132 2.9176E+01 2.8266E-09 1.2895E+16 1.0795E+12 1-133 4.2034E+01 3.7106E-08 1.6801E+17 1.5553E+12 1-134 4.1748E+01 1.5650E-09 7.0332E+15 1.5447E+12 1-135 3.9023E+01 1.1112E-08 4.9569E+16 1.4439E+12 Xe-133 9.1158E+03 4.8700E-05 2.2051E+20 3.3728E+14 xe-135 3.2654E+03 1.2787E-06 5.7040E+18 1.2082E+14 Cs-134 2.6589E-02 2.0551E-08 9.2357E+16 9.8379E+08 Cs-136 7.3954E-03 1.0091E-10 4.4681E+14 2.7363E+08 Cs-137 1.3066E-02 1. 5021E-07 6.6030E+17 4.8344E+08 Ba-139 1.7529E-02 1.0717E-12 4.6430E+12 6.4859E+08 Ba-140 1.8056E-02 2.4664E-10 1.0609E+15 6.6808E+08 La-140 1.9391E-04 3.4886E-13 1. 5006E+12 7.1745E+06 La-141 1.6655E-04 2.9451E-14 1.2578E+11 6.1625E+06 La-142 1.5480E-04 1.0814E-14 4.5861E+10 5.7276E+06 Ce-141 4.2811E-04 1.5025E-11 6.4172E+13 1.5840E+07 Ce-143 3.9100E-04 5.8878E-13 2.4795E+12 1.4467E+07 Ce-144 3.5537E-04 1. 1142E-10 4.6596E+14 1.3149E+07 Pr-143 1. 5157E-04 2.2508E-12 9.4790E+12 5.6081E+06 Nd-147 6.9011E-05 8. 5306E-13 3.4947E+12 2.5534E+06 Np-239 5.8374E-03 2.5162E-11 6.3401E+13 2.1598E+08 Pu-238 2.4457E-06 1.4286E-10 3.6148E+14 9.0492E+04 Pu-239 1.3134E-07 2.1131E-09 5.3245E+15 4.8597E+03 Pu-240 2.0797E-07 9.1270E-10 2.2902E+15 7.6950E+03 Pu-241 6.1074E-05 5.9288E-10 1.4815E+15 2.2598E+06 Am-241 3.2093E-08 9.3506E-12 2. 3365E+13 1.1874E+03 Cm-242 9.7397E-06 2.9387E-12 7.3129E+12 3.6037E+05 Cm-244 1. 1922E-06 1.4736E-11 3.6371E+13 4.4112E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.4300 Release Rate/s Noble gases (atoms) 1.1605E+22 7.4969E+18 Elemental I (atoms) 9.8959E+17 6.3927E+14 organic I (atoms) 3.0606E+16 1.9771E+13 Aerosols (k 9 ) 1.8620E-07 1.2029E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9450E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7354E+01 Total I (Ci) 1.7309E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4300 Leakage Transport Noble gases (atoms) 3.9169E+18 Elemental I (atoms) 3.3294E+14 Page 98

CRDA PELLET MVP TRIP 10 MIN.o0 organic I (atoms) 1.0297E+13 Aerosols (kg) 6.2848E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.4300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9309E+17 Elemental I (atoms) 0.OOOOE+00 3.3579E+13 Organic I (atoms) O.OOOOE+00 1.0385E+12 Aerosols (kg) 0.OOOOE+00 6.3070E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.4300 Filtered Transported Noble gases (atoms) 1. 5877E+17 0.OOOOE+00 Elemental I (atoms) 1. 3513E+13 0.OOOOE+00 organic I (atoms) 4.1791E+11 0.OOOOE+00 Aerosols (kg) 2.5474E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.0000E+00 1.1378E+18 Organic I (atoms) O.0000E+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.4300 ci kg Atoms Decay Co-58 1.3658E-06 4.2953E-14 4.4598E+11 7.9764E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 9.5427E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 8.4492E+14 Kr-85m 2.1550E+02 2.6187E-04 1. 8553E+21 1.2584E+16 Kr-87 3. 2405E+02 1. 1440E-08 7.9190E+16 2.1360E+16 Kr-88 5.1880E+02 4.1374E-08 2.8314E+17 3.1966E+16 Rb-86 4.5836E-05 5.6333E-13 3.9447E+12 2.6775E+09 Sr-89 1.7188E-03 5.9164E-11 4.0033E+14 1.0038E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1. 5104E+10 Sr-91 2. 1099E-03 5.8205E-13 3.8519E+12 1.2519E+11 Sr-92 2.1327E-03 1.6967E-13 1.1106E+12 1. 3174E+11 Y-90 2.6728E-06 4.9127E-15 3.2872E+10 1.5645E+08 Y-91 2.2380E-05 9.1257E-13 6.0392E+12 1.3070E+09 Y-92 2.1985E-05 2.2848E-15 1.4956E+10 1.3402E+09 Y-93 2.7163E-05 8.1416E-15 5.2720E+10 1. 6101E+09 Zr-95 3.1673E-05 1.4743E-12 9.3458E+12 1.8497E+09 Zr-97 3.1543E-05 1.6500E-14 1.0244E+11 1.8585E+09 Nb-95 3.1821E-05 8.1376E-13 5.1585E+12 1.8585E+09 Mo-99 4.6177E-04 9.6280E-13 5.8567E+12 2.7027E+10 Tc-99m 3. 8662E-04 7.3526E-14 4.4726E+11 2.3153E+10 Ru-103 4.0688E-04 1.2607E-11 7.3710E+13 2.3764E+10 Ru-105 2.8102E-04 4.1806E-14 2.3977E+11 1. 6981E+10 Ru-106 1.8673E-04 5.5814E-11 3.1709E+14 1.0904E+10 Rh-105 2.7809E-04 3.2947E-13 1.8896E+12 1.6309E+10 sb-127 5. 7088E-04 2.1377E-12 1.0137E+13 3.3391E+10 sb-129 1.5435E-03 2.7448E-13 1.2813E+12 9.3359E+10 Te-127 5. 5195E-04 2.0914E-13 9.9172E+11 3.2758E+10 Te-127m 7.7273E-05 8.1922E-12 3.8846E+13 4.5126E+09 Te-129 1.2593E-03 6.0130E-14 2.8071E+11 8.3999E+10 Te-129m 2.4214E-04 8.0378E-12 3.7523E+13 1.4142E+10 Page 99

CRDA PELLET MVP TRIP 10 MIN.o0 Te-131m 7.1883E-04 9.0146E-13 4.1441E+12 4.2188E+10 Te-132 6.9052E-03 2.2745E-11 1.0377E+14 4.0401E+11 1-131 3.9227E+00 3.1641E-08 1.4546E+17 2.2925E+14 1-132 4.9586E+00 4.8038E-10 2.1916E+15 3.0944E+14 1-133 7.7424E+00 6.8347E-09 3.0947E+16 4. 5542E+14 1-134 6.1248E+00 2.2959E-10 1.0318E+15 4.2700E+14 1-135 7.0352E+00 2.0033E-09 8.9362E+15 4.2036E+14 xe-133 1.6931E+03 9.0455E-06 4.0957E+19 9.8990E+16 Xe-135 5.9390E+02 2.3256E-07 1.0374E+18 3.5257E+16 Cs-134 4.9466E-03 3.8233E-09 1. 7182E+16 2.8886E+11 Cs-136 1.3750E-03 1.8760E-11 8.3071E+13 8.0330E+10 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1.4195E+11 Ba-139 2.8042E-03 1.7144E-13 7.4274E+11 1.8308E+11 Ba-140 3.3570E-03 4.5855E-11 1.9724E+14 1.9613E+11 La-140 3.5889E-05 6.4569E-14 2.7774E+11 2.1036E+09 La-141 2.9389E-05 5.1966E-15 2.2195E+10 1.7839E+09 La-142 2.5163E-05 1.7578E-15 7.4547E+09 1.6233E+09 Ce-141 7.9626E-05 2.7945E-12 1.1936E+13 4.6507E+09 Ce-143 7.2285E-05 1.0885E-13 4.5840E+11 4.2405E+09 Ce-144 6.6112E-05 2.0728E-11 8.6686E+13 3.8607E+09 Pr-143 2.8180E-05 4.1849E-13 1. 7624E+12 1.6464E+09 Nd-147 1.2829E-05 1.5858E-13 6.4965E+11 7.4958E+08 Np-239 1.0820E-03 4.6640E-12 1.1752E+13 6.3354E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.6570E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.4269E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.2594E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 6.6351E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.4866E+05 Cm-242 1.8119E-06 5.4669E-13 1. 3604E+12 1. 0581E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.2952E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.4300 Atmosphere sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8291E+17 0.OOOOE+00 organic I (atoms) 5.6569E+15 O.OOOOE+00 Aerosols (kq) 3.4642E-08 O.0000E+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.1109E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6916E-08 Total I (Ci) 2.9784E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.4400 CRDA @ EAB - Condenser Release Doses: Page 100

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 0.4400 whole Body Thyroid TEDE Delta dose (rem) 1.1335E-05 7.8449E-05 1.3823E-05 Accumulated dose (rem) 1.2436E-01 7.7945E-01 1.4913E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.4400 whole Body Thyroid TEDE Delta dose (rem) 2.7269E-06 1.8873E-05 3.3256E-06 Accumulated dose (rem) 5.5654E-02 3.4881E-01 6.6743E-02 control Room Doses: Time (h) = 0.4400 whole Body Thyroid TEDE Delta dose (rem) 1.2494E-05 1.7859E-03 6.9148E-05 Accumulated dose (rem) 6.0030E-04 8.1173E-02 3.1782E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.4400 ci kg Atoms Decay Co-58 2.2585E-05 7.1025E-13 7.3746E+12 1. 3651E+09 Co-60 2. 7022E-05 2. 3905E-11 2.3993E+14 1.6332E+09 Kr-85 2.3926E+02 6.0983E-04 4.3205E+21 1.4461E+16 Kr-85m 3. 5635E+03 4. 3301E-03 3.0678E+22 2.1538E+17 Kr-87 5. 3294E+03 1. 8815E-07 1. 3023E+18 3.6505E+17 Kr-88 8. 5579E+03 6.8249E-07 4.6705E+18 5.4672E+17 Rb-86 7.5793E-04 9.3149E-12 6. 5227E+13 4. 5825E+10 Sr-89 2.8422E-02 9.7832E-10 6.6197E+15 1.7181E+12 Sr-90 4.2771E-03 3.1355E-08 2.0981E+17 2.5850E+11 Sr-91 3.4864E-02 9. 6176E-12 6.3647E+13 2.1421E+12 Sr-92 3.5175E-02 2.7985E-12 1.8318E+13 2.2532E+12 Y-90 4.4192E-05 8.1226E-14 5.4351E+11 2.6775E+09 Y-91 3.7006E-04 1. 5090E-11 9.9861E+13 2.2369E+10 Y-92 3. 6283E-04 3.7707E-14 2.4682E+11 2.2925E+10 Y-93 4.4885E-04 1. 3453E-13 8.7117E+11 2.7552E+10 Zr-95 5.2373E-04 2.4379E-11 1. 5454E+14 3.1657E+10 Zr-97 5.2137E-04 2.7273E-13 1. 6932E+12 3.1804E+10 Nb-95 5.2618E-04 1. 3456E-11 8.5299E+13 3.1808E+10 Mo-99 7.6349E-03 1. 5919E-11 9.6834E+13 4.6255E+11 Tc-99m 6.3857E-03 1. 2144E-12 7.3872E+12 3.9612E+11 Ru-103 6.7280E-03 2.0846E-10 1.2188E+15 4.0670E+11 RU-105 4.6396E-03 6.9021E-13 3.9586E+12 2.9051E+11 RU-106 3.0877E-03 9.2293E-10 5.2434E+15 1. 8662E+11 Rh-l05 4. 5975E-03 5.4470E-12 3.1240E+13 2.7910E+11 Sb-127 9.4392E-03 3.5346E-11 1.6760E+14 5.7146E+11 sb-129 2.5482E-02 4. 5314E-12 2.1154E+13 1. 5971E+12 Te-127 9. 1201E-03 3.4558E-12 1.6387E+13 5.6052E+11 Te-127m 1.2778E-03 1. 3546E-10 6.4234E+14 7.7232E+10 Te-129 2.0699E-02 9.8838E-13 4.6141E+12 1.4354E+12 Te-129m 4.0039E-03 1.3291E-10 6.2046E+14 2.4204E+11 Te-131m 1. 1884E-02 1.4903E-11 6.8509E+13 7.2199E+11 Te-132 1.1417E-01 3.7607E-10 1.7157E+15 6.9143E+12 1-131 6.4863E+01 5.2319E-07 2.4051E+18 3.9235E+15 1-132 8.1747E+01 7. 9196E-09 3.6131E+16 5.2916E+15 1-133 1.2798E+02 1.1298E-07 5.1156E+17 7.7936E+15 1-134 1.0048E+02 3.7666E-09 1.6928E+16 7.2935E+15 1-135 1.1621E+02 3. 3091E-08 1.4761E+17 7.1921E+15 Xe-133 2.7996E+04 1.4957E-04 6.7722E+20 1.6941E+18 xe-135 9. 8131E+03 3.8427E-06 1. 7142E+19 6.0328E+17 Cs-134 8. 1796E-02 6.3220E-08 2.8412E+17 4.9438E+12 Cs-136 2.2736E-02 3.1021E-10 1. 3736E+15 1.3748E+12 Cs-137 4.0195E-02 4. 6211E-07 2.0313E+18 2.4294E+12 Ba-139 4.6136E-02 2.8206E-12 1. 2220E+13 3.1292E+12 Ba-140 5. 5509E-02 7. 5822E-10 3. 2615E+15 3.3566E+12 Page 101

CRDA PELLET MVP TRIP 10 MIN.O0 La-140 5.9335E-04 1.0675E-12 4.5919E+12 3. 6001E+10 La-141 4.8511E-04 8.5779E-14 3.6636E+11 3.0515E+10 La-142 4.1422E-04 2.8936E-14 1.2272E+11 2.7748E+10 Ce-141 1.3167E-03 4.6209E-11 1.9736E+14 7.9595E+10 Ce-143 1.1950E-03 1.7995E-12 7.5784E+12 7.2571E+10 Ce-144 1.0932E-03 3.4276E-10 1.4334E+15 6.6075E+10 Pr-143 4.6597E-04 6.9198E-12 2.9141E+13 2.8177E+10 Nd-147 2.1213E-04 2.6222E-12 1.0742E+13 1.2829E+10 Np-239 1.7890E-02 7.7114E-11 1.9431E+14 1.0842E+12 Pu-238 7.5239E-06 4.3949E-10 1.1120E+15 4.5474E+08 Pu-239 4.0406E-07 6.5007E-09 1. 6380E+16 2.4421E+07 Pu-240 6.3980E-07 2.8078E-09 7.0454E+15 3.8669E+07 Pu-241 1.8789E-04 1.8239E-09 4.5576E+15 1.1356E+10 Am-241 9.8729E-08 2.8766E-11 7.1880E+13 5.9671E+06 Cm-242 2.9961E-05 9.0400E-12 2.2496E+13 1. 8109E+09 Cm-244 3.6677E-06 4.5334E-11 1. 1189E+14 2.2167E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.4400 Atmosphere sump Noble gases (atoms) 3.5699E+22 0.OOOOE+00 Elemental I (atoms) - 3.0239E+18 0.OOOOE+00 Organic I (atoms) 9.3521E+16 0.OOOOE+00 Aerosols (kq) 5.7283E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7863E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.2814E-08 Total I (Ci) 4.9128E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4400 Leakage Transport Noble gases (atoms) 4.0656E+18 Elemental I (atoms) 3.4555E+14 Organic I (atoms) 1.0687E+13 Aerosols (kg) 6.5235E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.4400 Ci kg Atoms Bq Co-58 7.3424E-06 2.3091E-13 2.3975E+12 2.7167E+05 Co-60 8.7838E-06 7.7707E-12 7.7993E+13 3.2500E+05 Kr-85 7.7774E+01 1.9823E-04 1.4045E+21 2.8776E+12 Kr-85m 1. 1584E+03 1.4076E-03 9.9725E+21 4.2860E+13 Kr-87 2.0516E+03 7.2429E-08 5.0136E+17 7.5909E+13 Kr-88 3.0006E+03 2.3930E-07 1. 6376E+18 1. 1102E+14 Rb-86 2.4649E-04 3.0294E-12 2.1213E+13 9.1203E+06 Sr-89 9.2407E-03 3.1807E-10 2.1522E+15 3.4190E+08 Sr-90 1.3903E-03 1.0192E-08 6.8200E+16 5.1442E+07 Sr-91 1.1592E-02 3.1979E-12 2.1163E+13 4.2891E+08 Sr-92 1.2378E-02 9.8477E-13 6.4461E+12 4.5799E+08 Y-90 1.4414E-05 2.6492E-14 1. 7727E+11 5.3330E+05 Y-91 1. 2031E-04 4.9059E-12 3.2466E+13 4.4516E+06 Y-92 1.2533E-04 1. 3025E-14 8.5256E+10 4.6371E+06 Y-93 1.4904E-04 4.4673E-14 2.8927E+11 5. 5146E+06 Zr-95 1. 7027E-04 7.9258E-12 5.0242E+13 6.2999E+06 Page 102

CRDA PELLET MVP TRIP 10 MIN.O0 zr-97 1.7165E-04 8.9790E-14 5.5745E+11 6.3510E+06 Nb-95 1. 7108E-04 4.3752E-12 2.7735E+13 6.3301E+06 MO-99 2.4899E-03 5.1915E-12 3.1580E+13 9.2128E+07 Tc-99m 2.1512E-03 4.0911E-13 2.4886E+12 7.9594E+07 Ru-103 2.1875E-03 6.7780E-11 3.9629E+14 8.0938E+07 Ru-105 1.5830E-03 2.3549E-13 1. 3506E+12 5.8570E+07 Ru-106 1.0037E-03 3.0002E-10 1. 7045E+15 3.7138E+07 Rh-105 1.5036E-03 1. 7814E-12 1.0217E+13 5.5633E+07 sb-127 3.0755E-03 1. 1516E-11 5.4609E+13 1. 1379E+08 sb-129 8.7057E-03 1. 5481E-12 7.2271E+12 3.2211E+08 Te-127 3.0335E-03 1. 1495E-12 5.4506E+12 1. 1224E+08 Te-127m 4.1539E-04 4.4038E-11 2.0882E+14 1.5369E+07 Te-129 8.0993E-03 3.8674E-13 1. 8054E+12 2.9967E+08 Te-129m 1. 3019E-03 4.3215E-11 2.0174E+14 4.8170E+07 Te-131m 3.8907E-03 4.8792E-12 2.2430E+13 1.4396E+08 Te-132 3.7215E-02 1.2258E-10 5.5925E+14 1.3770E+09 1-131 2.1108E+01 1.7026E-07 7.8270E+17 7.8100E+11 1-132 2.9177E+01 2.8266E-09 1. 2896E+16 1.0795E+12 1-133 4.2035E+01 3.7107E-08 1.6802E+17 1. 5553E+12 1-134 4.1749E+01 1.5650E-09 7.0332E+15 1. 5447E+12 1-135 3.9024E+01 1.1112E-08 4.9569E+16 1.4439E+12 Xe-133 9.1159E+03 4.8701E-05 2.2051E+20 3.3729E+14 Xe-135 3.2654E+03 1.2787E-06 5.7040E+18 1.2082E+14 Cs-134 2.6589E-02 2.0551E-08 9.2358E+16 9.8381E+08 Cs-136 7.3955E-03 1.0091E-10 4.4682E+14 2.7363E+08 Cs-137 1.3066E-02 1.5022E-07 6.6030E+17 4.8344E+08 Ba-139 1.7530E-02 1. 0717E-12 4.6431E+12 6.4860E+08 Ba-140 1.8056E-02 2.4664E-10 1.0609E+15 6.6809E+08 La-140 1.9391E-04 3.4886E-13 1. 5006E+12 7.1746E+06 La-141 1.6656E-04 2.9451E-14 1.2579E+11 6.1626E+06 La-142 1.5480E-04 1.0814E-14 4.5861E+10 5.7277E+06 Ce-141 4.2812E-04 1. 5025E-11 6.4173E+13 1.5840E+07 Ce-143 3.9100E-04 5.8879E-13 2.4795E+12 1.4467E+07 Ce-144 3.5538E-04 1. 1142E-10 4.6597E+14 1. 3149E+07 Pr-143 1. 5157E-04 2.2509E-12 9.4791E+12 5.6081E+06 Nd-147 6.9012E-05 8.5307E-13 3.4948E+12 2.5534E+06 Np-239 5.8374E-03 2.5162E-11 6.3402E+13 2.1599E+08 Pu-238 2.4458E-06 1.4286E-10 3.6149E+14 9.0493E+04 Pu-239 1. 3135E-07 2.1132E-09 5.3246E+15 4.8598E+03 Pu-240 2.0798E-07 9.1271E-10 2.2902E+15 7.6951E+03 Pu-241 6.1075E-05 5.9289E-10 1.4815E+15 2.2598E+06 Am-241 3.2093E-08 9.3507E-12 2.3366E+13 1.1874E+03 Cm-242 9.7398E-06 2.9387E-12 7.3130E+12 3.6037E+05 Cm-244 1. 1922E-06 1.4737E-11 3.6371E+13 4.4112E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.4400 Release Rate/s Noble gases (atoms) 1.1605E+22 7.3266E+18 Elemental I (atoms) 9.8960E+17 6.2475E+14 Organic I (atoms) 3.0606E+16 1.9322E+13 Aerosols (kq) 1.8621E-07 1.1755E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9450E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7355E+01 Total I (Ci) 1.7309E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4400 Leakage Transport Noble gases (atoms) 4.0656E+18 Elemental I (atoms) 3.4555E+14 organic I (atoms) 1. 0687E+13 Page 103

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 6.5235E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.4400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9352E+17 Elemental I (atoms) 0.OOOOE+00 3.3615E+13 Organic I (atoms) O.OOOOE+00 1.0396E+12 Aerosols (kg) 0.OOOOE+00 6.3139E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.4400 Filtered Transported Noble gases (atoms) 1.6246E+17 O.OOOOE+00 Elemental I (atoms) 1. 3826E+13 O.OOOOE+00 Organic I (atoms) 4.2759E+11 O.OOOOE+00 Aerosols (kg) 2.6067E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.4400 Ci kg Atoms Decay Co-58 1.3658E-06 4.2953E-14 4.4598E+11 8.1583E+07 Co-60 1.6341E-06 1.4457E-12 1.4510E+13 9.7603E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 8.6420E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1. 2871E+16 Kr-87 3.2229E+02 1. 1378E-08 7.8760E+16 2.1791E+16 Kr-88 5.1754E+02 4.1274E-08 2.8245E+17 3.2656E+16 Rb-86 4.5836E-05 5.6332E-13 3.9446E+12 2.7386E+09 Sr-89 1.7188E-03 5.9164E-11 4.0033E+14 1. 0267E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1. 5449E+10 Sr-91 2.1084E-03 5.8163E-13 3.8490E+12 1.2800E+11 Sr-92 2.1272E-03 1. 6924E-13 1.1078E+12 1. 3458E+11 Y-90 2.6725E-06 4.9122E-15 3.2869E+10 1.6001E+08 Y-91 2.2380E-05 9.1257E-13 6.0391E+12 1.3368E+09 Y-92 2.1942E-05 2.2804E-15 1. 4927E+10 1.3695E+09 Y-93 2.7144E-05 8.1360E-15 5.2684E+10 1.6463E+09 Zr-95 3.1672E-05 1.4743E-12 9.3458E+12 1.8919E+09 Zr-97 3.1530E-05 1. 6494E-14 1. 0240E+11 1.9005E+09 Nb-95 3.1820E-05 8.1376E-13 5.1585E+12 1.9009E+09 Mo-99 4.6172E-04 9.6270E-13 5.8560E+12 2.7642E+10 Tc-99m 3.8617E-04 7.3441E-14 4.4674E+11 2.3668E+10 Ru-103 4.0688E-04 1.2607E-11 7.3709E+13 2.4306E+10 Ru-105 2.8058E-04 4.1741E-14 2.3940E+11 1. 7356E+10 RU-106 1.8673E-04 5.5814E-11 3.1709E+14 1. 1153E+10 Rh-105 2.7804E-04 3.2941E-13 1. 8893E+12 1. 6679E+10 Sb-127 5.7083E-04 2.1375E-12 1.0136E+13 3.4151E+10 Sb-129 1. 5410E-03 2.7404E-13 1. 2793E+12 9.5413E+10 Te-127 5. 5154E-04 2.0899E-13 9.9098E+11 3.3493E+10 Te-127m 7.7273E-05 8.1921E-12 3.8846E+13 4.6156E+09 Te-129 1.2518E-03 5.9772E-14 2.7904E+11 8.5671E+10 Te-129m 2.4214E-04 8.0377E-12 3.7523E+13 1.4465E+10 Te-131m 7.1866E-04 9.0125E-13 4.1431E+12 4.3146E+10 Page 104

CRDA PELLET MVP TRIP 10 MIN.o0 Te-132 6.9046E-03 2.2743E-11 1. 0376E+14 4.1321E+11 1-131 3.9226E+00 3.1640E-08 1.4545E+17 2.3447E+14 1-132 4.9437E+00 4.7894E-10 2.1850E+15 3.1603E+14 1-133 7.7398E+00 6.8324E-09 3.0937E+16 4.6573E+14 1-134 6.0765E+00 2.2778E-10 1.0237E+15 4.3513E+14 1-135 7.0278E+00 2.0012E-09 8.9269E+15 4.2972E+14 Xe-133 1.6931E+03 9.0450E-06 4.0955E+19 1.0124E+17 Xe-135 5.9345E+02 2.3239E-07 1.0366E+18 3.6048E+16 Cs-134 4.9466E-03 3.8233E-09 1.7182E+16 2.9545E+11 Cs-136 1.3749E-03 1.8760E-11 8.3070E+13 8.2161E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.4519E+11 Ba-139 2.7901E-03 1.7058E-13 7.3901E+11 1.8681E+11 Ba-140 3.3569E-03 4.5854E-11 1. 9724E+14 2.0060E+11 La-140 3.5883E-05 6.4558E-14 2.7770E+11 2.1514E+09 La-141 2.9337E-05 5.1875E-15 2.2156E+10 1.8230E+09 La-142 2.5050E-05 1.7499E-15 7.4213E+09 1.6567E+09 Ce-141 7.9625E-05 2.7945E-12 1.1935E+13 4.7567E+09 Ce-143 7.2270E-05 1.0883E-13 4. 5830E+11 4.3368E+09 Ce-144 6.6112E-05 2.0728E-11 8.6686E+13 3.9488E+09 Pr-143 2.8180E-05 4.1848E-13 1. 7623E+12 1.6839E+09 Nd-147 1.2829E-05 1.5858E-13 6.4964E+11 7.6667E+08 Np-239 1.0819E-03 4.6635E-12 1.1751E+13 6.4795E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.7176E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.4595E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.3110E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 6.7865E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3. 5661E+05 Cm-242 1.8119E-06 5.4669E-13 1. 3604E+12 1.0822E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.3248E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.4400 Atmosphere sump Noble gases (atoms) 2.1589E+21 0.0000E+00 Elemental I (atoms) 1.8287E+17 0.OOOOE+00 Organic I (atoms) 5.6557E+15 0.0000E+00 Aerosols (kq) 3.4642E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1098E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6885E-08 Total I (Ci) 2.9710E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.4500 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.4500 whole Body Thyroid TEDE Page 105

CRDA PELLET MVP TRIP 10 MIN.o0 Delta dose (rem) 1.1304E-05 7.8435E-05 1.3792E-05 Accumulated dose (rem) 1.2437E-01 7.7953E-01 1.4915E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.4500 whole Body Thyroid TEDE Delta dose (rem) 2.7195E-06 1.8870E-05 3.3181E-06 Accumulated dose (rem) 5.5657E-02 3.4883E-01 6.6746E-02 Control Room Doses: Time (h) = 0.4500 whole Body Thyroid TEDE Delta dose (rem) 1.2285E-05 1.7605E-03 6.8129E-05 Accumulated dose (rem) 6.1259E-04 8.2933E-02 3.2463E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.4500 ci kg Atoms Decay co-58 2.2584E-05 7.1025E-13 7.3745E+12 1.3952E+09 co-60 2.7022E-05 2.3905E-11 2.3993E+14 1.6692E+09 Kr-85 2.3926E+02 6.0982E-04 4.3205E+21 1.4779E+16 Kr-85m 3.5635E+03 4.3301E-03 3.0678E+22 2.2012E+17 Kr-87 5.3004E+03 1.8712E-07 1.2953E+18 3.7213E+17 Kr-88 8.5370E+03 6.8082E-07 4.6591E+18 5.5810E+17 Rb-86 7.5791E-04 9.3147E-12 6. 5226E+13 4.6835E+10 Sr-89 2.8422E-02 9.7831E-10 6.6197E+15 1. 7559E+12 Sr-90 4.2770E-03 3.1355E-08 2.0981E+17 2.6420E+11 Sr-91 3.4838E-02 9.6106E-12 6.3600E+13 2.1886E+12 Sr-92 3.5085E-02 2.7913E-12 1.8271E+13 2.3000E+12 Y-90 4.4187E-05 8.1217E-14 5.4345E+11 2.7363E+09 Y-91 3.7006E-04 1. 5090E-11 9.9860E+13 2.2862E+10 Y-92 3.6212E-04 3.7633E-14 2.4634E+11 2.3408E+10 Y-93 4.4854E-04 1. 3444E-13 8.7057E+11 2.8149E+10 Zr-95 5.2372E-04 2.4379E-11 1. 5454E+14 3.2355E+10 Zr-97 5.2116E-04 2.7262E-13 1. 6925E+12 3.2499E+10 Nb-95 5.2617E-04 1.3456E-11 8.5298E+13 3.2509E+10 Mo-99 7.6341E-03 1. 5917E-11 9.6824E+13 4.7272E+11 Tc-99m 6.3783E-03 1. 2130E-12 7.3787E+12 4.0463E+11 Ru-103 6.7279E-03 2.0846E-10 1.2188E+15 4.1567E+11 Ru-105 4.6324E-03 6.8913E-13 3.9524E+12 2.9668E+11 Ru-106 3.0877E-03 9.2292E-10 5.2434E+15 1. 9074E+11 Rh-105 4.5966E-03 5.4459E-12 3.1234E+13 2.8523E+11 sb-127 9.4384E-03 3. 5343E-11 1. 6759E+14 5.8404E+11 sb-129 2.5441E-02 4.5241E-12 2.1120E+13 1. 6310E+12 Te-127 9.1133E-03 3.4532E-12 1. 6374E+13 5.7266E+11 Te-127m 1.2778E-03 1. 3546E-10 6.4234E+14 7.8934E+10 Te-129 2.0575E-02 9.8249E-13 4.5866E+12 1.4629E+12 Te-129m 4.0039E-03 1.3291E-10 6.2046E+14 2.4738E+11 Te-131m 1.1881E-02 1.4899E-11 6.8493E+13 7.3782E+11 Te-132 1.1416E-01 3.7604E-10 1. 7156E+15 7.0664E+12 1-131 6.4860E+01 5.2317E-07 2.4050E+18 4.0099E+15 1-132 8.1501E+01 7.8957E-09 3.6022E+16 5.4003E+15 1-133 1.2794E+02 1. 1294E-07 5.1139E+17 7.9641E+15 1-134 9.9688E+01 3.7369E-09 1. 6794E+16 7.4268E+15 1-135 1.1609E+02 3.3056E-08 1.4746E+17 7.3468E+15 xe-133 2.7994E+04 1.4956E-04 6.7718E+20 1.7314E+18 Xe-135 9.8057E+03 3.8398E-06 1. 7129E+19 6.1635E+17 Cs-134 8.1796E-02 6.3220E-08 2.8412E+17 5.0527E+12 Cs-136 2.2735E-02 3.1020E-10 1. 3736E+15 1.4051E+12 Cs-137 4.0195E-02 4.6211E-07 2.0313E+18 2.4829E+12 Ba-139 4.5905E-02 2.8064E-12 1.2159E+13 3.1905E+12 Ba-140 5.5507E-02 7.5820E-10 3.2614E+15 3.4306E+12 La-140 5.9325E-04 1.0673E-12 4.5911E+12 3.6792E+10 Page 106

CRDA PELLET MVP TRIP 10 MIN.O0 La-141 4.8425E-04 8.5627E-14 3.6571E+11 3.1161E+10 La-142 4.1236E-04 2.8806E-14 1.2216E+11 2.8299E+10 Ce-141 1.3166E-03 4.6209E-11 1.9736E+14 8.1349E+10 Ce-143 1.1948E-03 1.7992E-12 7.5767E+12 7.4162E+10 Ce-144 1.0932E-03 3.4275E-10 1.4334E+15 6.7531E+10 Pr-143 4.6596E-04 6.9197E-12 2.9141E+13 2.8797E+10 Nd-147 2.1212E-04 2.6221E-12 1.0742E+13 1. 3111E+10 Np-239 1.7887E-02 7.7104E-11 1.9428E+14 1. 1081E+12 Pu-238 7.5239E-06 4.3949E-10 1.1120E+15 4.6477E+08 Pu-239 4.0406E-07 6.5007E-09 1. 6380E+16 2.4960E+07 Pu-240 6.3980E-07 2.8078E-09 7.0453E+15 3.9522E+07 Pu-241 1.8789E-04 1.8239E-09 4.5576E+15 1. 1606E+10 Am-241 9.8728E-08 2.8766E-11 7.1880E+13 6.0986E+06 Cm-242 2.9961E-05 9.0399E-12 2.2496E+13 1.8508E+09 Cm-244 3.6676E-06 4.5334E-11 1.1189E+14 2.2656E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.4500 Atmosphere Sump Noble gases (atoms) 3.5699E+22 0.OOOOE+00 Elemental I (atoms) 3.0232E+18 O.OOOOE+00 organic I (atoms) 9.3501E+16 0.OOOOE+00 Aerosols (kq) 5.7282E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7853E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2784E-08 Total I (Ci) 4.9008E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4500 Leakage Transport Noble gases (atoms) 4.2144E+18 Elemental I (atoms) 3.5815E+14 organic I (atoms) 1. 1077E+13 Aerosols (kg) 6.7621E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.4500 Ci kg Atoms Bq Co-58 7.3425E-06 2.3091E-13 2.3975E+12 2.7167E+05 Co-60 8.7840E-06 7.7708E-12 7.7994E+13 3.2501E+05 Kr-85 7.7775E+01 1.9824E-04 1.4045E+21 2.8777E+12 Kr-85m 1.1584E+03 1.4076E-03 9.9726E+21 4.2860E+13 Kr-87 2.0516E+03 7.2430E-08 5.0136E+17 7. 5910E+13 Kr-88 3.0006E+03 2.3930E-07 1. 6376E+18 1. 1102E+14 Rb-86 2.4650E-04 3.0294E-12 2.1213E+13 9.1204E+06 Sr-89 9.2408E-03 3.1808E-10 2.1522E+15 3.4191E+08 Sr-90 1.3903E-03 1.0193E-08 6.8201E+16 5.1443E+07 Sr-91 1.1592E-02 3.1979E-12 2. 1163E+13 4.2892E+08 Sr-92 1.2378E-02 9.8478E-13 6.4462E+12 4.5799E+08 Y-90 1.4414E-05 2.6493E-14 1. 7727E+11 5.3331E+05 Y-91 1. 2031E-04 4.9060E-12 3.2467E+13 4.4516E+06 Y-92 1.2533E-04 1.3025E-14 8. 5257E+10 4.6371E+06 Y-93 1.4904E-04 4.4673E-14 2.8928E+11 5.5146E+06 Zr-95 1.7027E-04 7.9259E-12 5.0243E+13 6.3000E+06 Zr-97 1. 7165E-04 8.9791E-14 5. 5746E+11 6.3511E+06 Page 107

CRDA PELLET MVP TRIP 10 MIN.O0 Nb-95 1.7109E-04 4.3753E-12 2.7735E+13 6.3302E+06 MO-99 2.4900E-03 5.1916E-12 3.1580E+13 9.2129E+07 Tc-99m 2.1512E-03 4.0911E-13 2.4886E+12 7.9595E+07 Ru-103 2.1875E-03 6.7781E-11 3.9630E+14 8.0939E+07 RU-105 1.5830E-03 2.3549E-13 1.3506E+12 5.8571E+07 Ru-106 1.0037E-03 3.0002E-10 1.7045E+15 3.7138E+07 Rh-105 1.5036E-03 1.7814E-12 1. 0217E+13 5.5634E+07 Sb-127 3.0755E-03 1.1517E-11 5.4609E+13 1. 1379E+08 Sb-129 8.7058E-03 1.5481E-12 7.2272E+12 3.2211E+08 Te-127 3.0336E-03 1.1495E-12 5.4506E+12 1. 1224E+08 Te-127m 4.1539E-04 4.4038E-11 2.0882E+14 1.5370E+07 Te-129 8.0993E-03 3.8675E-13 1.8055E+12 2.9968E+08 Te-129m 1.3019E-03 4.3216E-11 2.0175E+14 4.8170E+07 Te-131m 3.8908E-03 4.8793E-12 2.2430E+13 1.4396E+08 Te-132 3.7216E-02 1.2258E-10 5.5926E+14 1.3770E+09 1-131 2.1108E+01 1.7026E-07 7.8271E+17 7.8101E+11 1-132 2.9177E+01 2.8266E-09 1. 2896E+16 1.0795E+12 1-133 4.2035E+01 3.7107E-08 1.6802E+17 1. 5553E+12 1-134 4.1749E+01 1.5650E-09 7.0333E+15 1. 5447E+12 1-135 3.9024E+01 1.1112E-08 4.9570E+16 1.4439E+12 Xe-133 9.1160E+03 4.8701E-05 2.2052E+20 3.3729E+14 xe-135 3.2655E+03 1.2787E-06 5.7041E+18 1. 2082E+14 Cs-134 2.6590E-02 2.0551E-08 9.2360E+16 9.8382E+08 Cs-136 7.3956E-03 1.0091E-10 4.4682E+14 2.7364E+08 Cs-137 1.3066E-02 1.5022E-07 6.6031E+17 4.8345E+08 Ba-139 1.7530E-02 1.0717E-12 4.6431E+12 6.4860E+08 Ba-140 1.8057E-02 2.4665E-10 1.0610E+15 6.6810E+08 La-140 1.9391E-04 3.4887E-13 1. 5007E+12 7.1747E+06 La-141 1.6656E-04 2.9451E-14 1.2579E+11 6.1626E+06 La-142 1.5480E-04 1.0814E-14 4.5862E+10 5.7277E+06 Ce-141 4.2812E-04 1.5025E-11 6.4174E+13 1. 5841E+07 Ce-143 3.9101E-04 5.8879E-13 2.4796E+12 1.4467E+07 Ce-144 3.5538E-04 1.1142E-10 4.6597E+14 1. 3149E+07 Pr-143 1.5157E-04 2.2509E-12 9.4792E+12 5.6082E+06 Nd-147 6.9013E-05 8.5308E-13 3.4948E+12 2.5535E+06 Np-239 5.8375E-03 2.5163E-11 6.3403E+13 2.1599E+08 Pu-238 2.4458E-06 1.4286E-10 3.6149E+14 9.0494E+04 Pu-239 1.3135E-07 2.1132E-09 5. 3246E+15 4.8599E+03 Pu-240 2.0798E-07 9.1272E-10 2.2902E+15 7.6952E+03 Pu-241 6.1076E-05 5.9290E-10 1.4815E+15 2.2598E+06 Am-241 3.2094E-08 9.3508E-12 2.3366E+13 1.1875E+03 Cm-242 9.7399E-06 2.9388E-12 7.3131E+12 3.6038E+05 Cm-244 1.1922E-06 1.4737E-11 3.6372E+13 4.4113E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.4500 Release Rate/s Noble gases (atoms) 1.1605E+22 7.1639E+18 Elemental I (atoms) 9.8962E+17 6.1087E+14 Organic I (atoms) 3.0607E+16 1.8893E+13 Aerosols (kq) 1.8621E-07 1.1494E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9450E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7355E+01 Total I (Ci) 1.7309E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4500 Leakage Transport Noble gases (atoms) 4.2144E+18 Elemental I (atoms) 3. 5815E+14 organi c I (atoms) 1. 1077E+13 Aerosols (kg) 6.7621E-11 Page 108

CRDA PELLET MVP TRIP 10 MIN.O0 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.4500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9395E+17 Elemental I (atoms) O.OOOOE+00 3.3652E+13 Organic I (atoms) 0.OOOOE+00 1.0408E+12 Aerosols (kg) 0.OOOOE+00 6.3209E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.4500 Filtered Transported Noble gases (atoms) 1. 6610E+17 0.OOOOE+00 Elemental I (atoms) 1.4134E+13 O.OOOOE+00 Organic I (atoms) 4.3713E+11 0.OOOOE+00 Aerosols (kg) 2.6652E-12 0.0000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.4500 Ci kg Atoms Decay Co-58 1.3658E-06 4.2952E-14 4.4598E+11 8.3403E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 9.9780E+07 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 8.8347E+14 Kr-85m 2.1550E+02 2.6187E-04 1. 8553E+21 1. 3158E+16 Kr-87 3.2054E+02 1.1316E-08 7.8331E+16 2.2219E+16 Kr-88 5.1628E+02 4.1173E-08 2.8176E+17 3.3345E+16 Rb-86 4.5835E-05 5.6331E-13 3.9446E+12 2.7996E+09 Sr-89 1.7188E-03 5.9163E-11 4.0033E+14 1. 0496E+11 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 1. 5793E+10 Sr-91 2.1068E-03 5.8120E-13 3.8462E+12 1. 3081E+11 Sr-92 2.1218E-03 1. 6880E-13 1. 1050E+12 1. 3741E+11 Y-90 2.6722E-06 4.9116E-15 3.2865E+10 1.6357E+08 Y-91 2.2380E-05 9.1256E-13 6.0391E+12 1.3666E+09 Y-92 2.1899E-05 2.2759E-15 1.4898E+10 1.3987E+09 Y-93 2.7126E-05 8.1304E-15 5.2648E+10 1.6825E+09 Zr-95 3.1672E-05 1.4743E-12 9.3458E+12 1.9341E+09 Zr-97 3.1517E-05 1. 6487E-14 1.0236E+11 1.9425E+09 Nb-95 3.1820E-05 8.1375E-13 5.1584E+12 1.9433E+09 MO-99 4.6167E-04 9.6259E-13 5.8554E+12 2.8257E+10 Tc-99m 3.8573E-04 7.3357E-14 4.4623E+11 2.4182E+10 RU-103 4.0687E-04 1.2607E-11 7.3709E+13 2.4847E+10 Ru-105 2.8014E-04 4.1675E-14 2.3902E+11 1. 7729E+10 Ru-106 1.8673E-04 5.5814E-11 3.1709E+14 1.1402E+10 Rh-105 2.7798E-04 3.2934E-13 1. 8889E+12 1. 7049E+10 sb-127 5.7079E-04 2.1374E-12 1.0135E+13 3.4912E+10 Sb-129 1.5385E-03 2.7360E-13 1.2772E+12 9.7464E+10 Te-127 5. 5113E-04 2.0883E-13 9.9025E+11 3.4227E+10 Te-127m 7.7273E-05 8.1921E-12 3.8846E+13 4.7185E+09 Te-129 1.2443E-03 5.9416E-14 2.7737E+11 8.7334E+10 Te-129m 2.4214E-04 8.0376E-12 3.7522E+13 1.4788E+10 Te-131m 7.1850E-04 9.0105E-13 4.1421E+12 4.4103E+10 Te-132 6.9040E-03 2.2741E-11 1.0375E+14 4.2240E+11 Page 109

CRDA PELLET MVP TRIP 10 MIN.o0 1-131 3.9224E+00 3.1639E-08 1.4545E+17 2.3970E+14 1-132 4.9288E+00 4.7750E-10 2.1784E+15 3.2261E+14 1-133 7.7373E+00 6.8302E-09 3.0926E+16 4.7604E+14 1-134 6.0287E+00 2.2599E-10 1.0156E+15 4.4319E+14 1-135 7.0204E+00 1.9991E-09 8.9175E+15 4.3908E+14 xe-133 1.6930E+03 9.0445E-06 4.0953E+19 1.0350E+17 xe-135 5.9300E+02 2.3221E-07 1.0359E+18 3.6838E+16 Cs-134 4.9466E-03 3.8233E-09 1.7182E+16 3.0204E+11 Cs-136 1.3749E-03 1.8759E-11 8.3068E+13 8.3993E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.4842E+11 Ba-139 2.7761E-03 1.6972E-13 7.3531E+11 1.9051E+11 Ba-140 3.3568E-03 4.5853E-11 1.9724E+14 2.0507E+11 La-140 3.5877E-05 6.4546E-14 2.7765E+11 2.1992E+09 La-141 2.9285E-05 5.1783E-15 2.2117E+10 1.8620E+09 La-142 2.4938E-05 1.7421E-15 7.3880E+09 1.6900E+09 Ce-141 7.9625E-05 2.7945E-12 1.1935E+13 4.8628E+09 Ce-143 7.2255E-05 1.0880E-13 4.5821E+11 4.4330E+09 Ce-144 6.6112E-05 2.0728E-11 8.6686E+13 4.0369E+09 Pr-143 2.8179E-05 4.1847E-13 1.7623E+12 1. 7214E+09 Nd-147 1.2828E-05 1.5857E-13 6.4962E+11 7.8375E+08 Np-239 1.0817E-03 4.6629E-12 1.1749E+13 6.6236E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.7783E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.4920E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.3625E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 6.9378E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.6456E+05 Cm-242 1.8119E-06 5.4669E-13 1.3604E+12 1. 1064E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.3543E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.4500 Atmosphere sump Noble gases (atoms) 2.1589E+21 O.OOOOE+00 Elemental I (atoms) 1.8283E+17 O.OOOOE+00 Organic I (atoms) 5.6545E+15 O.OOOOE+00 Aerosols (kq) 3.4642E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1088E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6854E-08 Total I (ci) 2.9638E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4500 Filtered Transported Noble gases (atoms) O.OOOOE+O0 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.4600 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.4600 whole Body Thyroid TEDE Delta dose (rem) 1.1274E-05 7.8422E-05 1.3761E-05 Page 110

CRDA PELLET MVP TRIP 10 MIN.o0 Accumulated dose (rem) 1.2438E-01 7.7961E-01 1.4916E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.4600 whole Body Thyroid TEDE Delta dose (rem) 2.7122E-06 1.8866E-05 3.3106E-06 Accumulated dose (rem) 5.5660E-02 3.4885E-01 6.6749E-02 Control Room Doses: Time (h) = 0.4600 whole Body Thyroid TEDE Delta dose (rem) 1.2080E-05 1.7355E-03 6.7128E-05 Accumulated dose (rem) 6.2467E-04 8.4669E-02 3.3135E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.4600 Ci kg Atoms Decay Co-58 2.2584E-05 7.1024E-13 7.3744E+12 1.4253E+09 Co-60 2.7022E-05 2.3905E-11 2.3993E+14 1.7052E+09 Kr-85 2. 3925E+02 6.0982E-04 4.3205E+21 1. 5098E+16 Kr-85m 3. 5635E+03 4.3301E-03 3.0678E+22 2.2487E+17 Kr-87 5.2715E+03 1. 8610E-07 1.2882E+18 3.7917E+17 Kr-88 8. 5161E+03 6.7916E-07 4.6477E+18 5.6946E+17 Rb-86 7. 5790E-04 9.3145E-12 6.5225E+13 4.7844E+10 Sr-89 2.8422E-02 9.7830E-10 6.6196E+15 1. 7938E+12 Sr-90 4. 2770E-03 3.1355E-08 2.0980E+17 2. 6990E+11 Sr-91 3.4813E-02 9.6035E-12 6.3553E+13 2.2350E+12 Sr-92 3.4995E-02 2.7842E-12 1.8224E+13 2.3466E+12 Y-90 4.4182E-05 8.1208E-14 5.4338E+11 2.7952E+09 Y-91 3. 7006E-04 1. 5090E-11 9.9860E+13 2.3355E+10 Y-92 3.6141E-04 3.7560E-14 2.4586E+11 2.3890E+10 Y-93 4.4823E-04 1. 3435E-13 8.6997E+11 2.8747E+10 Zr-95 5.2372E-04 2.4378E-11 1. 5454E+14 3.3052E+10 Zr-97 5.2094E-04 2.7251E-13 1.6918E+12 3.3193E+10 Nb-95 5. 2616E-04 1.3456E-11 8. 5297E+13 3.3209E+10 MO-99 7.6333E-03 1. 5915E-11 9.6813E+13 4.8288E+11 Tc-99m 6. 3709E-03 1.2116E-12 7.3702E+12 4.1312E+11 RU-103 6.7278E-03 2.0846E-10 1.2188E+15 4.2463E+11 RU-105 4.6251E-03 6.8805E-13 3.9462E+12 3.0285E+11 RU-106 3.0877E-03 9.2292E-10 5.2433E+15 1.9485E+11 Rh-105 4.5957E-03 5.4448E-12 3.1228E+13 2.9135E+11 sb-127 9.4377E-03 3.5340E-11 1. 6758E+14 5.9661E+11 Sb-129 2.5400E-02 4.5168E-12 2.1086E+13 1. 6649E+12 Te-127 9. 1065E-03 3.4506E-12 1.6362E+13 5.8480E+11 Te-127m 1.2777E-03 1.3546E-10 6.4234E+14 8.0636E+10 Te-129 2.0453E-02 9.7663E-13 4. 5592E+12 1.4902E+12 Te-129m 4. 0038E-03 1. 3291E-10 6.2045E+14 2.5271E+11 Te-131m 1.1878E-02 1.4896E-11 6.8477E+13 7.5364E+11 Te-132 1. 1415 E-01 3.7600E-10 1. 7154E+15 7.2184E+12 1-131 6.4858E+01 5.2315E-07 2.4050E+18 4.0962E+15 1-132 8.1255E+01 7.8719E-09 3.5913E+16 5. 5087E+15 1-133 1.2790E+02 1.1290E-07 5.1122E+17 8.1345E+15 1-134 9.8903E+01 3.7075E-09 1.6662E+16 7. 5591E+15 1-135 1. 1597E+02 3.3021E-08 1.4730E+17 7.5014E+15 Xe-133 2. 7993E+04 1.4955E-04 6.7714E+20 1. 7687E+18 Xe-135 9.7982E+03 3.8368E-06 1.7116E+19 6.2940E+17 Cs-134 8.1796E-02 6.3220E-08 2.8412E+17 5.1617E+12 Cs-136 2.2734E-02 3.1019E-10 1.373 5E+15 1.4354E+12 Cs-137 4.0195E-02 4.6211E-07 2.0313E+18 2.5365E+12 Ba-139 4.5674E-02 2.7923E-12 1.2098E+13 3.2515E+12 Ba-140 5. 5506E-02 7.5818E-10 3.2613E+15 3. 5045E+12 La-140 5.9314E-04 1. 0671E-12 4. 5903E+12 3.7582E+10 La-141 4.8340E-04 8.5476E-14 3.6507E+11 3.1805E+10 Page 111

CRDA PELLET MVP TRIP 10 MIN.o0 La-142 4.1051E-04 2.8677E-14 1. 2162E+11 2.8847E+10 Ce-141 1.3166E-03 4.6208E-11 1.9736E+14 8.3102E+10 Ce-143 1.1945E-03 1.7988E-12 7.5751E+12 7.5753E+10 Ce-144 1.0932E-03 3.4275E-10 1.4334E+15 6.8987E+10 Pr-143 4.6595E-04 6.9195E-12 2.9140E+13 2.9418E+10 Nd-147 2.1212E-04 2.6220E-12 1.0742E+13 1.3394E+10 Np-239 1.7885E-02 7.7094E-11 1. 9426E+14 1. 1319E+12 Pu-238 7.5239E-06 4.3949E-10 1. 1120E+15 4.7479E+08 Pu-239 4.0406E-07 6.5007E-09 1.6380E+16 2.5498E+07 Pu-240 6.3980E-07 2.8078E-09 7.0453E+15 4.0374E+07 Pu-241 1.8789E-04 1.8239E-09 4. 5576E+15 1.1856E+10 Am-241 9.8728E-08 2.8765E-11 7.1879E+13 6.2301E+06 Cm-242 2.9961E-05 9.0399E-12 2.2496E+13 1.8907E+09 Cm-244 3.6676E-06 4.5334E-11 1. 1189E+14 2.3144E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.4600 Atmosphere sump Noble gases (atoms) 3.5699E+22 0.OOOOE+00 Elemental I (atoms) 3.0226E+18 0.OOOOE+00 Organic I (atoms) 9.3481E+16 O.OOOOE+00 Aerosols (k 9 ) 5.7282E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7843E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2754E-08 Total I (Ci) 4.8888E+02 DAEC condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 0.4600 Leakage Transport Noble gases (atoms) 4.3631E+18 Elemental I (atoms) 3.7074E+14 Organic I (atoms) 1. 1466E+13 Aerosols (kg) 7.0008E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.4600 Ci kg Atoms Bq Co-58 7. 3426E-06 2.3091E-13 2.3976E+12 2.7167E+05 Co-60 8. 7841E-06 7.7709E-12 7.7995E+13 3.2501E+05 Kr-85 7.7776E+01 1.9824E-04 1.4045E+21 2.8777E+12 Kr-85m 1. 1584E+03 1.4076E-03 9.9728E+21 4.2861E+13 Kr-87 2.0517E+03 7.2431E-08 5.0137E+17 7.5911E+13 Kr-88 3.0007E+03 2.3930E-07 1. 6376E+18 1. 1102E+14 Rb-86 2.4650E-04 3.0295E-12 2.1214E+13 9.1205E+06 Sr-89 9.2409E-03 3.1808E-10 2.1523E+15 3.4191E+08 Sr-90 1. 3904E-03 1.0193E-08 6.8202E+16 5.1443E+07 Sr-91 1.1593E-02 3.1979E-12 2.1163 E+13 4.2892E+08 Sr-92 1.2378E-02 9.8479E-13 6.4463E+12 4.5800E+08 Y-90 1.4414E-05 2.6493E-14 1.7727E+11 5.3332E+05 Y-91 1.2032E-04 4.9061E-12 3.2467E+13 4.4517E+06 Y-92 1.2533E-04 1. 3025E-14 8.5258E+10 4.6372E+06 Y-93 1.4905E-04 4.4674E-14 2.8928E+11 5. 5147E+06 Zr-95 1. 7027E-04 7.9260E-12 5.0244E+13 6.3001E+06 Zr-97 1. 7165E-04 8.9792E-14 5. 5746E+11 6.3512E+06 Nb-95 1. 7109E-04 4.3753E-12 2.7735E+13 6.3303E+06 Page 112

CRDA PELLET MVP TRIP 10 MIN.o0 Mo-99 2.4900E-03 5.1917E-12 3.1581E+13 9.2130E+07 Tc-99m 2.1512E-03 4.0912E-13 2.4886E+12 7.9596E+07 Ru-103 2.1876E-03 6.7782E-11 3.9630E+14 8.0940E+07 RU-105 1.5830E-03 2.3550E-13 1.3507E+12 5.8571E+07 RU-106 1.0038E-03 3.0002E-10 1. 7045E+15 3.7139E+07 Rh-105 1.5036E-03 1.7815E-12 1.0217E+13 5.5635E+07 Sb-127 3.0755E-03 1.1517E-11 5.4610E+13 1. 1380E+08 Sb-129 8.7059E-03 1.5482E-12 7.2273E+12 3.2212E+08 Te-127 3.0336E-03 1.1495E-12 5.4507E+12 1. 1224E+08 Te-127m 4.1540E-04 4.4039E-11 2.0883E+14 1.5370E+07 Te-129 8.0994E-03 3.8675E-13 1.8055E+12 2.9968E+08 Te-129m 1.3019E-03 4.3217E-11 2.0175E+14 4.8171E+07 Te-131m 3.8908E-03 4.8793E-12 2.2431E+13 1.4396E+08 Te-132 3.7216E-02 1.2259E-10 5. 5927E+14 1.3770E+09 1-131 2.1109E+01 1.7026E-07 7.8272E+17 7.8102E+11 1-132 2.9177E+01 2.8267E-09 1. 2896E+16 1.0796E+12 1-133 4.2036E+01 3.7108E-08 1.6802E+17 1.5553E+12 1-134 4.1749E+01 1.5650E-09 7.0334E+15 1. 5447E+12 1-135 3.9025E+01 1.1112E-08 4.9570E+16 1.4439E+12 Xe-133 9.1161E+03 4.8702E-05 2.2052E+20 3.3730E+14 Xe-135 3.2655E+03 1.2787E-06 5.7042E+18 1.2082E+14 Cs-134 2.6590E-02 2.0551E-08 9.2361E+16 9.8383E+08 Cs-136 7.3957E-03 1.0091E-10 4.4683E+14 2.7364E+08 Cs-137 1.3066E-02 1.5022E-07 6.6032E+17 4.8345E+08 Ba-139 1.7530E-02 1.0717E-12 4.6432E+12 6.4861E+08 Ba- 140 1.8057E-02 2.4665E-10 1. 0610E+15 6.6811E+08 La-140 1.9391E-04 3.4887E-13 1. 5007E+12 7.1748E+06 La-141 1.6656E-04 2.9452E-14 1.2579E+11 6.1627E+06 La-142 1.5481E-04 1.0814E-14 4.5862E+10 5.7278E+06 Ce-141 4.2813E-04 1.5026E-11 6.4174E+13 1.5841E+07 Ce-143 3.9101E-04 5.8880E-13 2.4796E+12 1.4467E+07 Ce-144 3.5538E-04 1.1142E-10 4.6598E+14 1. 3149E+07 Pr-143 1.5158E-04 2.2509E-12 9.4793E+12 5.6083E+06 Nd-147 6.9014E-05 8.5309E-13 3.4948E+12 2.5535E+06 Np-239 5.8376E-03 2.5163E-11 6.3404E+13 2.1599E+08 Pu-238 2.4458E-06 1.4287E-10 3.6149E+14 9.0495E+04 Pu-239 1.3135E-07 2.1132E-09 5.3247E+15 4.8599E+03 Pu-240 2.0798E-07 9.1273E-10 2.2903E+15 7.6953E+03 Pu-241 6.1077E-05 5.9291E-10 1. 4816E+15 2.2598E+06 Am-241 3.2094E-08 9.3509E-12 2.3366E+13 1.1875E+03 Cm-242 9.7400E-06 2.9388E-12 7.3132E+12 3.6038E+05 Cm-244 1.1923E-06 1.4737E-11 3.6372E+13 4.4113E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.4600 Release Rate/s Noble gases (atoms) 1.1606E+22 7.0082E+18 Elemental I (atoms) 9.8963E+17 5.9760E+14 Organi c I (atoms) 3.0607E+16 1.8483E+13 Aerosols (kq) 1.8621E-07 1.1245E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9451E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7356E+01 Total I (Ci) 1.7310E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4600 Leakage Transport Noble gases (atoms) 4.3631E+18 Elemental I (atoms) 3.7074E+14 Organic I (atoms) 1. 1466E+13 Aerosols (kg) 7.0008E-11 Page 113

CRDA PELLET MVP TRIP 10 MIN.o0 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.4600 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.9438E+17 Elemental I (atoms) 0.OOOOE+00 3.3688E+13 organic I (atoms) 0.O000E+00 1.0419E+12 Aerosols (kg) 0.OOOOE+00 6.3278E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.4600 Filtered Transported Noble gases (atoms) 1. 6969E+17 O.OOOOE+00 Elemental I (atoms) 1.4438E+13 O.OOOOE+00 organic I (atoms) 4.4654E+11 O.OOOOE+00 Aerosols (kg) 2.7228E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.4600 Ci kg Atoms Decay Co-58 1.3658E-06 4.2952E-14 4.4597E+11 8.5222E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.0196E+08 Kr-85 1. 4469E+01 3.6879E-05 2.6129E+20 9.0274E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1. 3446E+16 Kr-87 3.1880E+02 1.1255E-08 7.7906E+16 2.2644E+16 Kr-88 5.1502E+02 4.1073E-08 2.8107E+17 3.4032E+16 Rb-86 4.5834E-05 5.6330E-13 3.9445E+12 2.8607E+09 Sr-89 1. 7188E-03 5.9163E-11 4.0032E+14 1.0725E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1. 6138E+10 sr-91 2.1053E-03 5.8078E-13 3.8434E+12 1. 3361E+11 Sr-92 2.1163E-03 1.6837E-13 1. 1021E+12 1.4023E+11 Y-90 2.6719E-06 4.9111E-15 3.2861E+10 1. 6713E+08 Y-91 2.2379E-05 9.1256E-13 6.0391E+12 1.3964E+09 Y-92 2.1857E-05 2.2714E-15 1.4868E+10 1.4278E+09 Y-93' 2.7107E-05 8.1248E-15 5.2612E+10 1. 7186E+09 Zr-95 3. 1672E-05 1.4743E-12 9.3457E+12 1.9763E+09 Zr-97 3.1504E-05 1. 6480E-14 1.0231E+11 1.9845E+09 Nb-95 3.1820E-05 8.1374E-13 5.1584E+12 1.9857E+09 Mo-99 4. 6163E-04 9.6249E-13 5.8548E+12 2.8872E+10 Tc-99m 3.8528E-04 7.3273E-14 4.4571E+11 2.4695E+10 Ru-103 4.0687E-04 1.2607E-11 7.3708E+13 2.5389E+10 Ru-105 2.7971E-04 4.1610E-14 2.3865E+11 1.8102E+10 Ru-106 1. 8673E-04 5.5814E-11 3.1709E+14 1.1650E+10 Rh-105 2.7793E-04 3.2928E-13 1.8885E+12 1. 7420E+10 sb-127 5. 7075E-04 2.1372E-12 1.0134E+13 3. 5672E+10 sb-129 1. 5361E-03 2.7316E-13 1.2752E+12 9.9512E+10 Te-127 5.5072E-04 2.0868E-13 9.8952E+11 3.4961E+10 Te-127m 7.7273E-05 8.1921E-12 3.8846E+13 4.8214E+09 Te-129 1.2369E-03 5.9062E-14 2.7572E+11 8.8986E+10 Te-129m 2.4213E-04 8.0376E-12 3.7522E+13 1. 5110E+10 Te-131m 7.1833E-04 9.0084E-13 4.1412E+12 4.5060E+10 Te-132 6. 9033E-03 2.2739E-11 1.0374E+14 4.3160E+11 1-131 3. 9223E+00 3.1638E-08 1.4544E+17 2.4492E+14 Page 114

CRDA PELLET MVP TRIP 10 MIN.oO 1-132 4.9139E+00 4.7606E-10 2.1719E+15 3.2916E+14 1-133 7.7347E+00 6.8279E-09 3.0916E+16 4.8634E+14 1-134 5.9812E+00 2.2421E-10 1.0076E+15 4.5119E+14 1-135 7.0131E+00 1.9970E-09 8.9082E+15 4.4842E+14 Xe-133 1.6929E+03 9.0440E-06 4.0950E+19 1.0575E+17 xe-135 5.9255E+02 2.3204E-07 1.0351E+18 3.7627E+16 Cs-134 4.9466E-03 3.8233E-09 1. 7182E+16 3.0863E+11 Cs-136 1.3749E-03 1.8759E-11 8.3066E+13 8.5824E+10 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1. 5166E+11 Ba-139 2.7622E-03 1.6887E-13 7.3162E+11 1. 9420E+11 Ba-140 3.3567E-03 4.5851E-11 1.9723E+14 2.0954E+11 La-140 3.5871E-05 6.4535E-14 2.7760E+11 2.2470E+09 La-141 2.9234E-05 5.1692E-15 2.2078E+10 1. 9010E+09 La-142 2.4826E-05 1.7342E-15 7.3548E+09 1. 7231E+09 Ce-141 7.9624E-05 2.7945E-12 1.1935E+13 4.9689E+09 Ce-143 7.2240E-05 1.0878E-13 4.5811E+11 4.5293E+09 Ce-144 6.6112E-05 2.0728E-11 8.6686E+13 4.1249E+09 Pr-143 2.8179E-05 4.1846E-13 1. 7623E+12 1.7590E+09 Nd-147 1.2828E-05 1.5857E-13 6.4960E+11 8.0084E+08 Np-239 1.0816E-03 4.6623E-12 1.1748E+13 6.7677E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.8389E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.5246E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.4140E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 7.0892E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.7251E+05 Cm-242 1.8119E-06 5.4669E-13 1. 3604E+12 1.1305E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.3839E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.4600 Atmosphere Sump Noble gases (atoms) 2.1589E+21 0.0000E+00 Elemental I (atoms) 1.8279E+17 0.O000E+00 organic I (atoms) 5.6533E+15 O.OOOOE+00 Aerosols (k 9 ) 3.4642E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1078E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6822E-08 Total I (ci) 2.9565E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4600 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.0000E+00 2.1365E-07 Detailed model information at time (H) 0.4700 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.4700 whole Body Thyroid TEDE Delta dose (rem) 1.1243E-05 7.8408E-05 1.3730E-05 Accumulated dose (rem) 1.2439E-01 7.7968E-01 1.4918E-01 Page 115

CRDA PELLET MVP TRIP 10 MIN.O0 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.4700 whole Body Thyroid TEDE Delta dose (rem) 2.7048E-06 1.8863E-05 3.3031E-06 Accumulated dose (rem) 5.5663E-02 3.4887E-01 6.6753E-02 control Room Doses: Time (h) = 0.4700 whole Body Thyroid TEDE Delta dose (rem) 1.1878E-05 1.7109E-03 6.6142E-05 Accumulated dose (rem) 6.3654E-04 8.6380E-02 3.3796E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.4700 Ci kg Atoms Decay Co-58 2.2584E-05 7.1024E-13 7.3744E+12 1.4554E+09 Co-60 2. 7021E-05 2.3905E-11 2.3993E+14 1. 7412E+09 Kr-85 2. 3925E+02 6.0982E-04 4.3205E+21 1. 5417E+16 Kr-85m 3.5635E+03 4.3301E-03 3.0678E+22 2.2962E+17 Kr-87 5.2429E+03 1.8509E-07 1. 2812E+18 3.8617E+17 Kr-88 8.4953E+03 6.7750E-07 4.6364E+18 5.8079E+17 Rb-86 7.5788E-04 9.3143E-12 6. 5224E+13 4.8854E+10 Sr-89 2.8421E-02 9.7829E-10 6. 6195E+15 1.8316E+12 Sr-90 4.2770E-03 3.1355E-08 2.0980E+17 2.7560E+11 Sr-91 3.4787E-02 9.5965E-12 6.3507E+13 2.2813E+12 Sr-92 3.4906E-02 2.7770E-12 1.8178E+13 2.3932E+12 Y-90 4.4177E-05 8.1199E-14 5.4332E+11 2.8540E+09 Y-91 3. 7005E-04 1.5090E-11 9.9859E+13 2.3848E+10 Y-92 3.6070E-04 3.7486E-14 2.4538E+11 2.4371E+10 Y-93 4.4792E-04 1.3426E-13 8.6936E+11 2.9344E+10 Zr-95 5.2371E-04 2.4378E-11 1. 5454E+14 3.3750E+10 Zr-97 5.2073E-04 2.7239E-13 1. 6911E+12 3.3887E+10 Nb-95 5.2616E-04 1. 3456E-11 8. 5296E+13 3.3910E+10 Mo-99 7.6324E-03 1.5914E-11 9.6802E+13 4.9305E+11 Tc-99m 6.3636E-03 1.2102E-12 7.3616E+12 4.2160E+11 RU-103 6.7278E-03 2. 0846E-10 1.2188E+15 4.3359E+11 RU-105 4.6179E-03 6.8698E-13 3.9401E+12 3.0900E+11 RU-106 3.0877E-03 9.2291E-10 5.2433E+15 1.9896E+11 Rh-105 4. 5948E-03 5.4437E-12 3.1222E+13 2.9747E+11 sb-127 9.4369E-03 3.5337E-11 1.6756E+14 6.0918E+11 Sb-129 2.5359E-02 4.5096E-12 2.1052E+13 1. 6987E+12 Te-127 9.0997E-03 3.4480E-12 1. 6350E+13 5.9692E+11 Te-127m 1. 2777E-03 1. 3546E-10 6.4233E+14 8.2338E+10 Te-129 2.0331E-02 9.7081E-13 4. 5320E+12 1. 5174E+12 Te-129m 4.0038E-03 1-3290E-10 6.2044E+14 2.5804E+11 Te-131m 1.1875E-02 1.4892E-11 6.8461E+13 7.6946E+11 Te-132 1. 1414E-01 3.7597E-10 1.7152E+15 7. 3705E+12 1-131 6.4855E+01 5.2313E-07 2.4049E+18 4.1826E+15 1-132 8. 1010E+01 7.8482E-09 3. 5805E+16 5.6167E+15 1-133 1.2785E+02 1. 1286E-07 5.1104E+17 8.3048E+15 1-134 9.8123E+01 3.6782E-09 1.6531E+16 7.6903E+15 1-135 1. 1584E+02 3.2986E-08 1.4715E+17 7.6558E+15 Xe-133 2. 7991E+04 1.4954E-04 6. 7710E+20 1.8060E+18 Xe-135 9. 7908E+03 3.8339E-06 1. 7103E+19 6.4245E+17 Cs-134 8.1795E-02 6.3220E-08 2.8412E+17 5.2706E+12 Cs-136 2.2734E-02 3.1018E-10 1.373 5E+15 1.4657E+12 Cs-137 4.0195E-02 4.6210E-07 2.0313E+18 2.5900E+12 Ba-139 4. 5445E-02 2.7783E-12 1. 2037E+13 3.3122E+12 Ba-140 5. 5504E-02 7.5816E-10 3.2613E+15 3. 5784E+12 La-140 5.9304E-04 1.0669E-12 4. 5895E+12 3.8372E+10 La-141 4.8254E-04 8.5325E-14 3.6442E+11 3.2449E+10 La-142 4.0867E-04 2.8548E-14 1. 2107E+11 2.9392E+10 Page 116

CRDA PELLET MVP TRIP 10 MIN.o0 Ce-141 1.3166E-03 4.6208E-11 1. 9735E+14 8.4856E+10 Ce-143 1.1943E-03 1.7984E-12 7. 5735E+12 7.7344E+10 Ce-144 1.0932E-03 3.4275E-10 1.4334E+15 7.0444E+10 Pr-143 4.6594E-04 6.9193E-12 2.9139E+13 3.0039E+10 Nd-147 2.1211E-04 2.6219E-12 1.0741E+13 1.3676E+10 Np-239 1.7883E-02 7.7084E-11 1.9423E+14 1.1557E+12 Pu-238 7.5238E-06 4.3948E-10 1.1120E+15 4.8481E+08 Pu-239 4.0406E-07 6.5007E-09 1.6380E+16 2.6036E+07 Pu-240. 6.3979E-07 2.8078E-09 7.0453E+15 4.1226E+07 Pu-241 1.8788E-04 1.8239E-09 4.5576E+15 1. 2107E+10 Am-241 9.8728E-08 2.8765E-11 7.1879E+13 6.3617E+06 Cm-242 2.9961E-05 9.0398E-12 2.2495E+13 1.9306E+09 cm-244 3.6676E-06 4.5334E-11 1. 1189E+14 2.3633E+08 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 0.4700 Atmosphere sump Noble gases (atoms) 3.5699E+22 0.OOOOE+00 Elemental I (atoms) 3.0219E+18 0.0000E+00 organic I (atoms) 9.3461E+16 0.0000E+00 Aerosols (k 9 ) 5.7282E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7833E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2724E-08 Total I (Ci) 4.8769E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4700 Leakage Transport Noble gases (atoms) 4.5119E+18 Elemental I (atoms) 3.8334E+14 organic I (atoms) 1.1856E+13 Aerosols (kg) 7.2395E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.4700 Ci kg Atoms Bq Co-58 7.3427E-06 2.3092E-13 2.3976E+12 2.7168E+05 co-60 8.7842E-06 7.7710E-12 7. 7996E+13 3.2501E+05 Kr-85 7.7777E+01 1.9824E-04 1.4045E+21 2.8777E+12 Kr-85m 1. 1584E+03 1.4076E-03 9.9729E+21 4.2861E+13 Kr-87 2.0517E+03 7.2432E-08 5.0137E+17 7.5912E+13 Kr-88 3.0007E+03 2.3930E-07 1.6376E+18 1.1103E+14 Rb-86 2.4650E-04 3.0295E-12 2.1214E+13 9.1206E+06 Sr-89 9.2410E-03 3.1808E-10 2.1523E+15 3.4192E+08 Sr-90 1. 3904E-03 1.0193E-08 6.8203E+16 5 1444E+07 Sr-91 1.1593E-02 3.1980E-12 2.1163E+13 4.2893E+08 Sr-92 1.2378E-02 9.8481E-13 6.4463E+12 4.5800E+08 Y-90 1.4414E-05 2.6494E-14 1. 7728E+11 5.3332E+05 Y-91 1. 2032E-04 4.9061E-12 3.2468E+13 4.4517E+06 Y-92 1.2533E-04 1.3025E-14 8.5259E+10 4.6373E+06 Y-93 1.4905E-04 4.4674E-14 2.8929E+11 5.5148E+06 Zr-95 1.7028E-04 7.9261E-12 5.0244E+13 6.3002E+06 zr-97 1. 7166E-04 8.9793E-14 5. 5747E+11 6.3512E+06 Nb-95 1. 7109E-04 4.3754E-12 2.7736E+13 6.3304E+06 Mo-99 2.4900E-03 5.1917E-12 3.1581E+13 9.2131E+07 Page 117

CRDA PELLET MVP TRIP 10 MIN.o0 Tc-99m 2.1513E-03 4.0912E-13 2.4887E+12 7.9597E+07 Ru-103 2.1876E-03 6.7782E-11 3.9631E+14 8. 0941E+07 RU-105 1.5830E-03 2.3550E-13 1. 3507E+12 5.8572E+07 Ru-106 1.0038E-03 3.0003E-10 1. 7045E+15 3.7139E+07 Rh-105 1.5037E-03 1.7815E-12 1.0217E+13 5.5635E+07 Sb-127 3.0756E-03 1.1517E-11 5.4611E+13 1. 1380E+08 Sb-129 8.7060E-03 1.5482E-12 7.2274E+12 3.2212E+08 Te-127 3.0337E-03 1.1495E-12 5.4508E+12 1.1225E+08 Te-127m 4.1541E-04 4.4039E-11 2.0883E+14 1.5370E+07 Te-129 8.0995E-03 3.8675E-13 1. 8055E+12 2.9968E+08 Te-129m 1.3019E-03 4.3217E-11 2.0175E+14 4.8171E+07 Te-131m 3.8909E-03 4.8794E-12 2.2431E+13 1.4396E+08 Te-132 3.7217E-02 1.2259E-10 5. 5927E+14 1.3770E+09 1-131 2.1109E+01 1.7027E-07 7.8273E+17 7.8103E+11 1-132 2.9178E+01 2.8267E-09 1. 2896E+16 1.0796E+12 1-133 4.2037E+01 3.7108E-08 1. 6802E+17 1. 5554E+12 1-134 4.1750E+01 1.5650E-09 7.0334E+15 1. 5447E+12 1-135 3.9025E+01 1.1112E-08 4.9571E+16 1.4439E+12 Xe-133 9.1163E+03 4.8703E-05 2.2052E+20 3.3730E+14 Xe-135 3.2655E+03 1.2787E-06 5.7042E+18 1.2082E+14 Cs-134 2.6590E-02 2.0552E-08 9.2362E+16 9.8384E+08 Cs-136 7.3958E-03 1.0091E-10 4.4684E+14 2.7365E+08 Cs-137 1.3066E-02 1.5022E-07 6.6033E+17 4.8346E+08 Ba-139 1.7530E-02 1.0717E-12 4.6432E+12 6.4862E+08 Ba-140 1.8057E-02 2.4665E-10 1.0610E+15 6.6812E+08 La-140 1.9392E-04 3.4888E-13 1. 5007E+12 7. 1749E+06 La-141 1.6656E-04 2.9452E-14 1. 2579E+11 6.1628E+06 La-142 1.5481E-04 1.0814E-14 4.5863E+10 5.7279E+06 Ce-141 4.2813E-04 1.5026E-11 6.4175E+13 1. 5841E+07 Ce-143 3.9102E-04 5.8881E-13 2.4796E+12 1.4468E+07 Ce-144 3.5539E-04 1.1143E-10 4.6598E+14 1. 3149E+07 Pr-143 1.5158E-04 2.2510E-12 9.4794E+12 5.6083E+06 Nd-147 6.9015E-05 8.5310E-13 3.4949E+12 2.5535E+06 Np-239 5.8377E-03 2.5163E-11 6.3405E+13 2.1599E+08 Pu-238 2.4459E-06 1.4287E-10 3.6150E+14 9.0496E+04 Pu-239 1.3135E-07 2.1132E-09 5.3248E+15 4.8600E+03 Pu-240 2.0798E-07 9.1275E-10 2.2903E+15 7.6954E+03 Pu-241 6.1078E-05 5.9291E-10 1.4816E+15 2.2599E+06 Am-241 3.2094E-08 9.3510E-12 2.3367E+13 1. 1875E+03 Cm-242 9.7402E-06 2.9388E-12 7.3133E+12 3.6039E+05 Cm-244 1.1923E-06 1.4737E-11 3.6373E+13 4.4114E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.4700 Release Rate/s Noble gases (atoms) 1.1606E+22 6.8592E+18 Elemental I (atoms) 9.8964E+17 5.8490E+14 organic I (atoms) 3.0608E+16 1.8090E+13 Aerosols (kq) 1.8621E-07 1.1006E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9451E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7356E+01 Total I (ci) 1.7310E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4700 Leakage Transport Noble gases (atoms) 4.5119E+18 Elemental I (atoms) 3.8334E+14 organic I (atoms) 1.1856E+13 Aerosols (kg) 7.2395E-11 Normal Environment to control Room Transport Group Inventory: Page 118

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 0.4700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9481E+17 Elemental I (atoms) 0.OOOOE+00 3.3725E+13 organic I (atoms) 0.OOOOE+00 1.0430E+12 Aerosols (kg) 0.OOOOE+00 6.3347E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.4700 Filtered Transported Noble gases (atoms) 1.7323E+17 O.OOOOE+00 Elemental I (atoms) 1.4738E+13 O.OOOOE+00 Organic I (atoms) 4.5581E+11 O.OOOOE+00 Aerosols (kg) 2.7796E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) *0.0000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.4700 Ci kg Atoms Decay co-58 1.3658E-06 4.2952E-14 4.4597E+11 8.7041E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.0413E+08 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 9.2202E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1.3733E+16 Kr-87 3.1707E+02 1. 1194E-08 7.7482E+16 2.3068E+16 Kr-88 5.1376E+02 4.0972E-08 2.8039E+17 3.4717E+16 Rb-86 4.5834E-05 5.6329E-13 3.9444E+12 2.9217E+09 Sr-89 1. 7188E-03 5.9163E-11 4.0032E+14 1.0954E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1.6482E+10 Sr-91 2.1038E-03 5.8035E-13 3.8406E+12 1.3642E+11 Sr-92 2.1109E-03 1. 6794E-13 1. 0993E+12 1.4305E+11 Y-90 2.6717E-06 4.9106E-15 3.2858E+10 1.7069E+08 Y-91 2.2379E-05 9.1255E-13 6.0390E+12 1.4263E+09 Y-92 2.1814E-05 2.2670E-15 1.4839E+10 1.4569E+09 Y-93 2.7088E-05 8.1193E-15 5.2576E+10 1.7547E+09 Zr-95 3.1672E-05 1.4743E-12 9.3457E+12 2.0185E+09 zr-97 3.1491E-05 1.6473E-14 1.0227E+11 2.0265E+09 Nb-95 3.1820E-05 8.1374E-13 5.1584E+12 2.0281E+09 Mo-99 4.6158E-04 9.6239E-13 5.8542E+12 2.9487E+10 Tc-99m 3.8484E-04 7.3188E-14 4.4520E+11 2.5208E+10 Ru-103 4.0687E-04 1.2607E-11 7.3708E+13 2.5931E+10 Ru-105 2.7927E-04 4.1546E-14 2.3828E+11 1.8474E+10 Ru-106 1.8673E-04 5.5814E-11 3.1709E+14 1. 1899E+10 Rh-105 2.7787E-04 3.2921E-13 1. 8882E+12 1.7790E+10 Sb-127 5.7070E-04 2.1371E-12 1. 0134E+13 3.6432E+10 Sb-129 1.5336E-03 2.7272E-13 1. 2731E+12 1.0156E+11 Te-127 5.5031E-04 2.0852E-13 9.8878E+11 3.5694E+10 Te-127m 7.7272E-05 8.1921E-12 3.8845E+13 4.9244E+09 Te-129 1.2295E-03 5.8710E-14 2.7408E+11 9.0629E+10 Te-129m 2.4213E-04 8.0375E-12 3.7522E+13 1. 5433E+10 Te-131m 7.1817E-04 9.0063E-13 4.1402E+12 4.6017E+10 Te-132 6.9027E-03 2.2737E-11 1.0373E+14 4.4079E+11 1-131 3.9222E+00 3.1637E-08 1.4544E+17 2. 5015E+14 1-132 4.8992E+00 4.7463E-10 2.1654E+15 3.3570E+14 Page 119

CRDA PELLET MVP TRIP 10 MIN.o0 1-133 7.7321E+00 6.8256E-09 3.0906E+16 4.9664E+14 1-134 5.9341E+00 2.2244E-10 9.9970E+14 4.5913E+14 1-135 7.0057E+00 1.9949E-09 8.8988E+15 4.5776E+14 Xe-133 1.6928E+03 9.0435E-06 4.0948E+19 1. 0801E+17 xe-135 5.9211E+02 2.3186E-07 1.0343E+18 3.8416E+16 Cs-134 4.9466E-03 3.8233E-09 1. 7182E+16 3.1522E+11 Cs-136 1.3748E-03 1.8759E-11 8.3064E+13 8.7655E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1. 5490E+11 Ba-139 2.7483E-03 1.6802E-13 7.2795E+11 1.9787E+11 Ba-140 3.3567E-03 4.5850E-11 1.9723E+14 2.1401E+11 La-140 3.5864E-05 6.4524E-14 2.7755E+11 2.2948E+09 La-141 2.9182E-05 5.1601E-15 2.2039E+10 1.9399E+09 La-142 2.4714E-05 1.7265E-15 7.3218E+09 1. 7561E+09 Ce-141 7.9623E-05 2.7944E-12 1.1935E+13 5.0749E+09 Ce-143 7.2225E-05 1.0876E-13 4.5801E+11 4.6255E+09 Ce-144 6.6112E-05 2.0728E-11 8.6686E+13 4.2130E+09 Pr-143 2.8178E-05 4.1845E-13 1. 7622E+12 1.7965E+09 Nd-147 1.2828E-05 1.5856E-13 6.4959E+11 8.1793E+08 Np-239 1.0815E-03 4.6617E-12 1.1746E+13 6.9117E+10 Pu-238 4.5501E-07 2.6578E-11 6. 7251E+13 2.8995E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1. 5571E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.4656E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 7.2405E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.8047E+05 Cm-242 1.8119E-06 5.4669E-13 1.3604E+12 1. 1546E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1. 4134E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.4700 Atmosphere sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8275E+17 0.OOOOE+00 Organic I (atoms) 5.6522E+15 O.0000E+00 Aerosols (kq) 3.4642E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1067E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6791E-08 Total I (Ci) 2.9493E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.4800 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.4800 whole Body Thyroid TEDE Delta dose (rem) 1.1213E-05 7.8395E-05 1.3699E-05 Accumulated dose (rem) 1.2440E-01 7.7976E-01 1.4919E-01 Page 120

CRDA PELLET MVP TRIP 10 MIN.O0 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.4800 whole Body Thyroid TEDE Delta dose (rem) 2.6975E-06 1.8860E-05 3.2957E-06 Accumulated dose (rem) 5.5665E-02 3.4888E-01 6.6756E-02 control Room Doses: Time (h) = 0.4800 whole Body Thyroid TEDE Delta dose (rem) 1.1681E-05 1.6866E-03 6. 5173E-05 Accumulated dose (rem) 6.4822E-04 8.8066E-02 3.4448E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.4800 Ci kg Atoms Decay Co-58 2.2584E-05 7.1023E-13 7.3743E+12 1.4855E+09 co-60 2. 7021E-05 2.3905E-11 2.3993E+14 1.7772E+09 Kr-85 2. 3925E+02 6.0982E-04 4.3205E+21 1. 5735E+16 Kr-85m 3. 5634E+03 4.3301E-03 3.0678E+22 2.3436E+17 Kr-87 5. 2143E+03 1.8409E-07 1.2742E+18 3.9313E+17 Kr-88 8.4746E+03 6.7585E-07 4.6250E+18 5.9209E+17 Rb-86 7.5787E-04 9.3142E-12 6. 5222E+13 4.9863E+10 Sr-89 2.8421E-02 9.7828E-10 6.6195E+15 1. 8695E+12 Sr-90 4.2770E-03 3.1355E-08 2.0980E+17 2.8129E+11 Sr-91 3.4762E-02 9. 5894E-12 6.3460E+13 2.3276E+12 Sr-92 3. 4816E-02 2.7699E-12 1.8131E+13 2.4396E+12 Y-90 4.4172E-05 8.1190E-14 5.4326E+11 2.9129E+09 Y-91 3. 7005E-04 1. 5089E-11 9.9858E+13 2.4341E+10 Y-92 3.6000E-04 3.7412E-14 2.4489E+11 2.4851E+10 Y-93 4. 4761E-04 1.3416E-13 8.6876E+11 2.9940E+10 Zr-95 5.2371E-04 2.4378E-11 1. 5453E+14 3.4448E+10 Zr-97 5.2051E-04 2.7228E-13 1. 6904E+12 3.4580E+10 Nb-95 5. 2615E-04 1. 3455E-11 8.5295E+13 3.4611E+10 MO-99 7. 6316E-03 1. 5912E-11 9.6792E+13 5.0322E+11 Tc-99m 6.3562E-03 1. 2088E-12 7. 3531E+12 4.3007E+11 Ru-103 6. 7277E-03 2.0846E-10 1.2188E+15 4.4255E+11 Ru-105 4.6107E-03 6.8590E-13 3.9339E+12 3.1515E+11 Ru-106 3.0877E-03 9.2291E-10 5.2433E+15 2.0308E+11 Rh-105 4. 5939E-03 5.4426E-12 3.1215E+13 3.0359E+11 Sb-127 9.4362E-03 3.5335E-11 1. 6755E+14 6.2175E+11 sb-129 2. 5318E-02 4.5023E-12 2.1018E+13 1.7324E+12 Te-127 9.0930E-03 3.4455E-12 1. 6338E+13 6.0904E+11 Te-127m 1.2777E-03 1.3546E-10 6.4233E+14 8.4040E+10 Te-129 2.0210E-02 9.6502E-13 4. 5050E+12 1. 5444E+12 Te-129m 4.0037E-03 1. 3290E-10 6.2043E+14 2.6338E+11 Te-131m 1. 1872E-02 1.4889E-11 6.8445E+13 7.8528E+11 Te-132 1. 1413E-01 3.7593E-10 1. 7151E+15 7.5225E+12 1-131 6. 4852E+01 5.2311E-07 2.4048E+18 4.2690E+15 1-132 8. 0766E+01 7.8246E-09 3. 5697E+16 5.7245E+15 1-133 1. 2781E+02 1.1283E-07 5.1087E+17 8.4751E+15 1-134 9.7350E+01 3.6493E-09 1. 6400E+16 7.8205E+15 1-135 1.1572E+02 3.2952E-08 1.4699E+17 7.8100E+15 Xe-133 2.7989E+04 1.4953E-04 6.7706E+20 1.8433E+18 Xe-135 9.7834E+03 3.8310E-06 1. 7090E+19 6. 5549E+17 Cs-134 8. 1795E-02 6.3219E-08 2.8412E+17 5.3796E+12 Cs-136 2.2733E-02 3.1018E-10 1. 3735E+15 1.4959E+12 Cs-137 4.0194E-02 4.6210E-07 2.0313E+18 2.6435E+12 Ba-139 4. 5217E-02 2.7644E-12 1.1977E+13 3.3726E+12 Ba-140 5.5503E-02 7.5814E-10 3.2612E+15 3.6524E+12 La-140 5.9293E-04 1.0668E-12 4. 5887E+12 3.9162E+10 La-141 4.8169E-04 8.5174E-14 3.6378E+11 3.3091E+10 La-142 4.0683E-04 2.8420E-14 1.2053E+11 2.9935E+10 Ce-141 1. 3166E-03 4.6207E-11 1.9735E+14 8.6610E+10 Page 121

CRDA PELLET MVP TRIP 10 MIN.o0 Ce-143 1.1940E-03 1.7980E-12 7.5719E+12 7.8935E+10 Ce-144 1.0932E-03 3.4275E-10 1.4334E+15 7.1900E+10 Pr-143 4.6593E-04 6.9191E-12 2.9138E+13 3.0659E+10 Nd-147 2.1210E-04 2.6219E-12 1. 0741E+13 1.3959E+10 Np-239 1.7881E-02 7.7075E-11 1.9421E+14 1.1795E+12 Pu-238 7.5238E-06 4.3948E-10 1.1120E+15 4.9483E+08 Pu-239 4.0406E-07 6.5006E-09 1.6380E+16 2.6574E+07 Pu-240 6.3979E-07 2.8077E-09 7.0453E+15 4.2078E+07 Pu-241 1.8788E-04 1.8239E-09 4.5576E+15 1.2357E+10 Am-241 9.8727E-08 2.8765E-11 7.1879E+13 6.4932E+06 Cm-242 2.9960E-05 9.0398E-12 2.2495E+13 1.9705E+09 Cm-244 3.6676E-06 4.5334E-11 1. 1189E+14 2.4121E+08 DAEC Condenser - CRDA "rransport Group Inventory: Time (h) = 0.4800 Atmosphere Sump Noble gases (atoms) 3.5698E+22 0.OOOOE+00 Elemental I (atoms) 3.0213E+18 0.OOOOE+00 Organic I (atoms) 9.3442E+16 O.OOOOE+00 Aerosols (k 9 ) 5.7282E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7823E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2694E-08 Total I (Ci) 4.8650E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4800 Leakage Transport Noble gases (atoms) 4.6606E+18 Elemental I (atoms) 3.9593E+14 organi c I (atoms) 1. 2245E+13 Aerosols (kg) 7.4782E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.4800 ci kg Atoms Bq Co-58 7.3427E-06 2.3092E-13 2.3976E+12 2.7168E+05 Co-60 8.7843E-06 7.7711E-12 7.7997E+13 3.2502E+05 Kr-85 7.7778E+01 1.9824E-04 1.4045E+21 2.8778E+12 Kr-85m 1.1584E+03 1.4076E-03 9.9730E+21 4.2862E+13 Kr-87 2.0517E+03 7.2433E-08 5.0138E+17 7.5913E+13 Kr-88 3.0007E+03 2.3931E-07 1. 6377E+18 1.1103E+14 Rb-86 2.4651E-04 3.0295E-12 2.1214E+13 9.1207E+06 Sr-89 9.2411E-03 3.1809E-10 2.1523E+15 3.4192E+08 Sr-90 1. 3904E-03 1.0193E-08 6.8204E+16 5. 1444E+07 Sr-91 1.1593E-02 3.1980E-12 2.1164E+13 4.2893E+08 Sr-92 1.2379E-02 9.8482E-13 6.4464E+12 4.5801E+08 Y-90 1. 4414E-05 2.6494E-14 1. 7728E+11 5.3333E+05 Y-91 1.2032E-04 4.9062E-12 3.2468E+13 4.4518E+06 Y-92 1.2533E-04 1. 3025E-14 8.5260E+10 4.6373E+06 Y-93 1.4905E-04 4.4675E-14 2.8929E+11 5. 5148E+06 Zr-95 1. 7028E-04 7.9262E-12 5.0245E+13 6.3003E+06 zr-97 1. 7166E-04 8.9794E-14 5.5748E+11 6.3513E+06 Nb-95 1. 7109E-04 4.3754E-12 2.7736E+13 6.3304E+06 Mo-99 2.4901E-03 5.1918E-12 3.1581E+13 9.2132E+07 Tc-99m 2.1513E-03 4.0913E-13 2.4887E+12 7.9598E+07 Page 122

CRDA PELLET MVP TRIP 10 MIN.o0 Ru-103 2.1876E-03 6.7783E-11 3.9631E+14 8.0942E+07 Ru-105 1.5830E-03 2.3550E-13 1.3507E+12 5.8573E+07 Ru-106 1.0038E-03 3.0003E-10 1.7046E+15 3.7140E+07 Rh-105 1.5037E-03 1.7815E-12 1.0218E+13 5.5636E+07 Sb-127 3.0756E-03 1.1517E-11 5.4612E+13 1.1380E+08 Sb-129 8.7061E-03 1.5482E-12 7.2275E+12 3.2213E+08 Te-127 3.0337E-03 1.1495E-12 5.4508E+12 1.1225E+08 Te-127m 4.1541E-04 4.4040E-11 2.0883E+14 1.5370E+07 Te-129 8.0996E-03 3.8676E-13 1.8055E+12 2.9969E+08 Te-129m 1.3019E-03 4.3218E-11 2.0175E+14 4.8172E+07 Te-131m 3.8909E-03 4.8795E-12 2.2431E+13 1.4396E+08 Te-132 3.7217E-02 1.2259E-10 5.5928E+14 1.3770E+09 1-131 2.1109E+01 1.7027E-07 7.8274E+17 7.8104E+11 1-132 2.9178E+01 2.8267E-09 1.2896E+16 1. 0796E+12 1-133 4.2037E+01 3.7109E-08 1.6803E+17 1.5554E+12 1-134 4.1750E+01 1.5650E-09 7.0335E+15 1.5448E+12 1-135 3.9026E+01 1.1113E-08 4.9572E+16 1.4440E+12 Xe-133 9.1164E+03 4.8703E-05 2.2052E+20 3.3731E+14 Xe-135 3.2656E+03 1.2788E-06 5.7043E+18 1.2083E+14 Cs-134 2.6591E-02 2.0552E-08 9.2363E+16 9.8386E+08 Cs-136 7.3959E-03 1.0091E-10 4.4684E+14 2.7365E+08 Cs-137 1.3067E-02 1.5022E-07 6.6034E+17 4.8347E+08 Ba-139 1.7530E-02 1.0717E-12 4.6433E+12 6.4862E+08 Ba-140 1.8057E-02 2.4666E-10 1.0610E+15 6.6812E+08 La-140 1.9392E-04 3.4888E-13 1.5007E+12 7.1750E+06 La-141 1.6656E-04 2.9452E-14 1.2579E+11 6.1629E+06 La-142 1.5481E-04 1.0814E-14 4.5863E+10 5.7279E+06 Ce-141 4.2814E-04 1.5026E-11 6.4176E+13 1.5841E+07 Ce-143 3.9102E-04 5.8882E-13 2.4797E+12 1.4468E+07 Ce-144 3.5539E-04 1.1143E-10 4.6599E+14 1.3150E+07 Pr-143 1.5158E-04 2.2510E-12 9.4796E+12 5.6084E+06 Nd-147 6.9016E-05 8.5311E-13 3.4949E+12 2.5536E+06 Np-239 5.8377E-03 2.5164E-11 6.3405E+13 2.1600E+08 Pu-238 2.4459E-06 1.4287E-10 3.6150E+14 9.0498E+04 Pu-239 1.3135E-07 2.1133E-09 5.3248E+15 4.8601E+03 Pu-240 2.0799E-07 9.1276E-10 2.2903E+15 7.6955E+03 Pu-241 6.1078E-05 5.9292E-10 1.4816E+15 2.2599E+06 Am-241 3.2095E-08 9.3512E-12 2.3367E+13 1. 1875E+03 Cm-242 9.7403E-06 2.9389E-12 7.3134E+12 3.6039E+05 Cm-244 1.1923E-06 1.4737E-11 3.6373E+13 4.4115E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.4800 Release Rate/s Noble gases (atoms) 1.1606E+22 6.7164E+18 Elemental I (atoms) 9.8966E+17 5.7272E+14 organic I (atoms) 3.0608E+16 1.7713E+13 Aerosols (k 9 ) 1.8622E-07 1.0776E-10 Dose Effective (Ci) I- -131 (Thyroid) 2.9451E+01 Dose Effective (Ci) I- -131 (ICRP2 Thyroid) 3.7357E+01 Total I (Ci) 1.7310E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4800 Leakage Transport Noble gases (atoms) 4.6606E+18 Elemental I (atoms) 3.9593E+14 Organic I (atoms) 1.2245E+13 Aerosols (kg) 7.4782E-11 Normal Environment to Control Room Transport Group Inventory: Page 123

CRDA PELLET MVP TRIP 10 MIN.oO Pathway Time (h) = 0.4800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9525E+17 Elemental I (atoms) O.OOOOE+00 3.3761E+13 organic I (atoms) 0.OOOOE+00 1.0442E+12 Aerosols (kg) O.O000E+00 6.3416E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.4800 Filtered Transported Noble gases (atoms) 1. 7673E+17 O.OOOOE+00 Elemental I (atoms) 1. 5033E+13 0.OOOOE+00 organic I (atoms) 4.6495E+11 0.OOOOE+00 Aerosols (kg) 2.8356E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organi c I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.4800 Ci kg Atoms Decay Co-58 1.3658E-06 4.2952E-14 4.4597E+11 8.8860E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.0631E+08 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 9.4129E+14 Kr-85m 2.1550E+02 2.6187E-04 1. 8553E+21 1.4020E+16 Kr-87 3.1534E+02 1.1133E-08 7.7061E+16 2.3489E+16 Kr-88 5.1251E+02 4.0873E-08 2.7970E+17 3.5400E+16 Rb-86 4.5833E-05 5.6328E-13 3.9444E+12 2.9828E+09 Sr-89 1.7188E-03 5.9162E-11 4.0032E+14 1.1183E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1.6827E+10 Sr-91 2.1022E-03 5.7993E-13 3.8378E+12 1. 3922E+11 Sr-92 2.1056E-03 1.6751E-13 1.0965E+12 1.4586E+11 Y-90 2.6714E-06 4.9100E-15 3.2854E+10 1.7424E+08 Y-91 2.2379E-05 9.1255E-13 6.0390E+12 1.4561E+09 Y-92 2.1771E-05 2.2626E-15 1.4810E+10 1.4859E+09 Y-93 2.7070E-05 8.1137E-15 5.2539E+10 1.7907E+09 zr-95 3.1672E-05 1.4743E-12 9.3456E+12 2.0607E+09 Zr-97 3.1478E-05 1.6466E-14 1.0223E+11 2.0684E+09 Nb-95 3.1819E-05 8.1373E-13 5.1583E+12 2.0704E+09 Mo-99 4. 6153E-04 9.6229E-13 5.8536E+12 3.0102E+10 Tc-99m 3.8440E-04 7.3104E-14 4.4469E+11 2.5720E+10 Ru-103 4.0686E-04 1.2607E-11 7.3707E+13 2.6473E+10 Ru-105 2. 7883E-04 4.1481E-14 2.3791E+11 1.8846E+10 Ru-106 1. 8673E-04 5.5814E-11 3.1709E+14 1.2148E+10 Rh-105 2. 7782E-04 3.2915E-13 1.8878E+12 1. 8160E+10 Sb-127 5.7066E-04 2.1369E-12 1.0133E+13 3.7192E+10 Sb-129 1.5311E-03 2.7228E-13 1. 2711E+12 1.0360E+11 Te-127 5. 4991E-04 2.0837E-13 9.8805E+11 3.6427E+10 Te-127m 7.7272E-05 8.1920E-12 3.8845E+13 5.0273E+09 Te-129 1.2222E-03 5.8360E-14 2.7245E+11 9.2262E+10 Te-129m 2.4213E-04 8.0374E-12 3.7521E+13 1. 5755E+10 Te-131m 7.1800E-04 9.0042E-13 4.1393E+12 4.6973E+10 Te-132 6. 9021E-03 2.2735E-11 1.0372E+14 4.4999E+11 1-131 3.9220E+00 3.1636E-08 1.4543E+17 2.5537E+14 1-132 4.8844E+00 4.7320E-10 2.1588E+15 3.4221E+14 1-133 7. 7295E+00 6.8233E-09 3.0895E+16 5.0694E+14 Page 124

CRDA PELLET MVP TRIP 10 MIN.o0 1-134 5.8874E+00 2.2069E-10 9.9182E+14 4.6700E+14 1-135 6.9984E+00 1.9928E-09 8.8895E+15 4.6709E+14 Xe-133 1.6927E+03 9.0430E-06 4.0946E+19 1.1026E+17 Xe-135 5.9166E+02 2.3169E-07 1.0335E+18 3.9205E+16 Cs-134 4.9466E-03 3.8233E-09 1.7182E+16 3.2181E+11 Cs-136 1.3748E-03 1.8758E-11 8.3062E+13 8.9487E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1. 5814E+11 Ba-139 2.7345E-03 1.6718E-13 7.2430E+11 2.0152E+11 Ba-140 3.3566E-03 4.5849E-11 1. 9722E+14 2.1848E+11 La-140 3.5858E-05 6.4513E-14 2.7750E+11 2.3426E+09 La-141 2.9131E-05 5.1510E-15 2.2000E+10 1.9787E+09 La-142 2.4604E-05 1.7187E-15 7.2890E+09 1.7890E+09 Ce-141 7.9623E-05 2.7944E-12 1.1935E+13 5.1810E+09 Ce-143 7.2210E-05 1.0874E-13 4.5792E+11 4.7217E+09 Ce-144 6.6112E-05 2.0728E-11 8.6686E+13 4.3010E+09 Pr-143 2.8177E-05 4.1844E-13 1. 7622E+12 1.8340E+09 Nd-147 1.2827E-05 1.5856E-13 6.4957E+11 8.3501E+08 Np-239 1.0814E-03 4.6612E-12 1.1745E+13 7.0558E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.9601E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.5897E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2. 5171E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 7.3919E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.8842E+05 Cm-242 1.8119E-06 5.4669E-13 1. 3604E+12 1.1788E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.4429E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.4800 Atmosphere Sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8272E+17 0.OOOOE+00 Organic I (atoms) 5.6510E+15 0.OOOOE+00 Aerosols (kg) 3.4642E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1057E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6760E-08 Total I (Ci) 2.9422E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.0000E+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.4900 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.4900 whole Body Thyroid TEDE Delta dose (rem) 1.1183E-05 7.8381E-05 1.3668E-05 Accumulated dose (rem) 1.2441E-01 7.7984E-01 1.4920E-01 CRDA @ LPZ - Condenser Release Doses: Page 125

CRDA PELLET MVP TRIP 10 MIN.oO Time (h) = 0.4900 whole Body Thyroid TEDE Delta dose (rem) 2.6903E-06 1.8857E-05 3.2883E-06 Accumulated dose (rem) 5.5668E-02 3.4890E-01 6.6759E-02 Control Room Doses: Time (h) = 0.4900 whole Body Thyroid TEDE Delta dose (rem) 1.1486E-05 1.6628E-03 6.4221E-05 Accumulated dose (rem) 6.5971E-04 8.9729E-02 3.5090E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.4900 ci kg Atoms Decay co-58 2.2584E-05 7.1022E-13 7.3743E+12 1. 5155E+09 co-60 2.7021E-05 2.3904E-11 2.3993E+14 1.8132E+09 Kr-85 2. 3925E+02 6.0981E-04 4.3205E+21 1. 6054E+16 Kr-85m 3. 5634E+03 4.3300E-03 3.0678E+22 2.3911E+17 Kr-87 5.1860E+03 1.8308E-07 1.2673E+18 4.0006E+17 Kr-88 8.4539E+03 6.7420E-07 4.6138E+18 6.0337E+17 Rb-86 7. 5785E-04 9.3140E-12 6. 5221E+13 5.0873E+10 Sr-89 2. 8421E-02 9.7827E-10 6.6194E+15 1.9073E+12 Sr-90 4.2770E-03 3.1355E-08 2.0980E+17 2.8699E+11 Sr-91 3.4736E-02 9. 5824E-12 6.3414E+13 2.3739E+12 Sr-92 3.4727E-02 2.7628E-12 1.8085E+13 2.4859E+12 Y-90 4.4167E-05 8.1181E-14 5.4320E+11 2.9717E+09 Y-91 3. 7005E-04 1. 5089E-11 9.9857E+13 2.4834E+10 Y-92 3.5929E-04 3.7339E-14 2.4441E+11 2.5330E+10 Y-93 4.4730E-04 1. 3407E-13 8.6817E+11 3.0536E+10 zr-95 5.2371E-04 2.4378E-11 1. 5453E+14 3. 5145E+10 zr-97 5.2030E-04 2.7217E-13 1.6897E+12 3. 5273E+10 Nb-95 5.2614E-04 1.3455E-11 8. 5294E+13 3. 5312E+10 MO-99 7.6308E-03 1. 5910E-11 9.6781E+13 5. 1338E+11 TC-99m 6.3489E-03 1. 2074E-12 7.3447E+12 4.3853E+11 RU-103 6. 7276E-03 2.0845E-10 1.2188E+15 4.5151E+11 RU-105 4.6034E-03 6.8483E-13 3.9278E+12 3.2128E+11 RU-106 3.0876E-03 9.2290E-10 5.2433E+15 2.0719E+11 Rh-105 4.5929E-03 5.4415E-12 3.1209E+13 3.0971E+11 Sb-127 9.4354E-03 3.5332E-11 1. 6754E+14 6.3432E+11 Sb-129 2.5278E-02 4.4951E-12 2.0984E+13 1. 7661E+12 Te-127 9.0862E-03 3.4429E-12 1.6326E+13 6.2115E+11 Te-127m 1.2777E-03 1.3546E-10 6.4232E+14 8.5742E+10 Te-129 2.0089E-02 9.5926E-13 4.4782E+12 1. 5712E+12 Te-129m 4. 0037E-03 1. 3290E-10 6.2042E+14 2.6871E+11 Te-131m 1. 1870E-02 1.4885E-11 6.8429E+13 8.0109E+11 Te-132 1. 1412E-01 3.7590E-10 1. 7149E+15 7.6745E+12 1-131 6. 4850E+01 5.2309E-07 2.4047E+18 4.3554E+15 1-132 8.0523E+01 7.8010E-09 3. 5590E+16 5.8319E+15 1-133 1. 2777E+02 1.1279E-07 5.1070E+17 8.6453E+15 1-134 9. 6583E+01 3.6205E-09 1. 6271E+16 7.9497E+15 1-135 1.1560E+02 3.2917E-08 1.4684E+17 7.9640E+15 Xe-133 2. 7988E+04 1.4952E-04 6.7702E+20 1. 8806E+18 xe-135 9. 7760E+03 3.8281E-06 1. 7077E+19 6.6851E+17 Cs-134 8.1795E-02 6.3219E-08 2.8411E+17 5.4886E+12 Cs-136 2.2733E-02 3.1017E-10 1. 3734E+15 1. 5262E+12 Cs-137 4.0194E-02 4.6210E-07 2.0313E+18 2.6971E+12 Ba-139 4.4990E-02 2.7505E-12 1.1916E+13 3.4326E+12 Ba-140 5. 5501E-02 7.5812E-10 3.2611E+15 3.7263E+12 La-140 5.9283E-04 1. 0666E-12 4.5879E+12 3.9951E+10 La-141 4. 8084E-04 8.5024E-14 3.6314E+11 3.3732E+10 La-142 4.0500E-04 2.8292E-14 1. 1999E+11 3.0476E+10 Ce-141 1. 3166E-03 4.6206E-11 1.9735E+14 8.8364E+10 Ce-143 1.1938E-03 1. 7976E-12 7.5703E+12 8.0525E+10 Page 126

CRDA PELLET MVP TRIP 10 MIN.O0 Ce-144 1.0932E-03 3.4275E-10 1.4334E+15 7.3356E+10 Pr-143 4.6591E-04 6.9190E-12 2.9138E+13 3.1280E+10 Nd-147 2.1210E-04 2.6218E-12 1.0741E+13 1.4241E+10 Np-239 1.7878E-02 7.7065E-11 1. 9418E+14 1. 2033E+12 Pu-238 7.5238E-06 4.3948E-10 1. 1120E+15 5.0485E+08 Pu-239 4.0405E-07 6.5006E-09 1. 6380E+16 2.7112E+07 Pu-240 6.3979E-07 2.8077E-09 7.0452E+15 4.2930E+07 Pu-241 1.8788E-04 1.8239E-09 4. 5575E+15 1.2607E+10 Am-241 9.8727E-08 2.8765E-11 7.1879E+13 6.6247E+06 Cm-242 2.9960E-05 9.0397E-12 2.2495E+13 2.0104E+09 Cm-244 3.6676E-06 4.5333E-11 1. 1189E+14 2.4610E+08 DAEC Condenser - CRDA TranspoIrt Group Inventory: Time (h) = 0.4900 Atmosphere Sump Noble gases (atoms) 3.5698E+22 0.OOOOE+00 Elemental I (atoms) 3.0206E+18 0.OOOOE+00 organic I (atoms) 9.3422E+16 0.OOOOE+00 Aerosols (kq) 5.7281E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7813E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2665E-08 Total I (Ci) 4.8532E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4900 Leakage Transport Noble gases (atoms) 4.8094E+18 Elemental I (atoms) 4.0852E+14 Organi c I (atoms) 1. 2635E+13 Aerosols (kg) 7.7168E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.4900 ci ko Atoms Bq co-58 7.3428E-06 2.3092E-13 2.3977E+12 2.7169E+05 co-60 8.7844E-06 7.7712E-12 7.7998E+13 3.2502E+05 Kr-85 7.7779E+01 1.9825E-04 1.4045E+21 2.8778E+12 Kr-85m 1. 1584E+03 1.4077E-03 9.9731E+21 4.2862E+13 Kr-87 2.0517E+03 7.2433E-08 5.0138E+17 7.5914E+13 Kr-88 3.0008E+03 2.3931E-07 1. 6377E+18 1.1103E+14 Rb-86 2.4651E-04 3.0296E-12 2.1215E+13 9.1208E+06 Sr-89 9.2413E-03 3.1809E-10 2.1523E+15 3.4193E+08 Sr-90 1.3904E-03 1.0193E-08 6.8205E+16 5.1445E+07 Sr-91 1.1593E-02 3.1981E-12 2.1164E+13 4.2894E+08 Sr-92 1.2379E-02 9.8483E-13 6.4465E+12 4. 5801E+08 Y-90 1.4415E-05 2.6494E-14 1. 7728E+11 5.3334E+05 Y-91 1.2032E-04 4.9063E-12 3.2468E+13 4.4519E+06 Y-92 1.2533E-04 1.3025E-14 8.5261E+10 4.6374E+06 Y-93 1.4905E-04 4.4676E-14 2.8929E+11 5. 5149E+06 Zr-95 1.7028E-04 7.9263E-12 5.0246E+13 6.3004E+06 Zr-97 1.7166E-04 8.9795E-14 5. 5749E+11 6.3514E+06 Nb-95 1. 7110E-04 4.3755E-12 2.7737E+13 6.3305E+06 MO-99 2.4901E-03 5.1919E-12 3.1582E+13 9.2133E+07 Tc-99m 2.1513E-03 4.0913E-13 2.4887E+12 7.9599E+07 Ru-103 2.1877E-03 6.7784E-11 3.9632E+14 8.0943E+07 Page 127

CRDA PELLET MVP TRIP 10 MIN.oO Ru-105 1.5831E-03 2.3550E-13 1. 3507E+12 5.8573E+07 RU-106 1.0038E-03 3.0004E-10 1. 7046E+15 3.7140E+07 Rh-105 1.5037E-03 1.7815E-12 1. 0218E+13 5.5637E+07 Sb-127 3.0757E-03 1.1517E-11 5.4612E+13 1.1380E+08 sb-129 8.7062E-03 1.5482E-12 7.2276E+12 3.2213E+08 Te-127 3.0337E-03 1.1495E-12 5.4509E+12 1.1225E+08 Te-127m 4.1542E-04 4.4041E-11 2.0883E+14 1.5370E+07 Te-129 8.0997E-03 3.8676E-13 1.8055E+12 2.9969E+08 Te-129m 1.3020E-03 4.3218E-11 2.0176E+14 4.8173E+07 Te-131m 3.8910E-03 4.8795E-12 2.2431E+13 1.4397E+08 Te-132 3.7218E-02 1.2259E-10 5.5929E+14 1.3771E+09 1-131 2.1109E+01 1.7027E-07 7.8275E+17 7.8105E+11 1-132 2.9178E+01 2.8268E-09 1. 2896E+16 1.0796E+12 1-133 4.2038E+01 3.7109E-08 1. 6803E+17 1.5554E+12 1-134 4.1751E+01 1.5651E-09 7.0336E+15 1.5448E+12 1-135 3.9026E+01 1.1113E-08 4.9572E+16 1.4440E+12 Xe-133 9.1165E+03 4.8704E-05 2.2053E+20 3.3731E+14 Xe-135 3.2656E+03 1.2788E-06 5.7044E+18 1.2083E+14 Cs-134 2.6591E-02 2.0552E-08 9.2364E+16 9.8387E+08 Cs-136 7.3960E-03 1.0091E-10 4.4685E+14 2.7365E+08 Cs-137 1.3067E-02 1.5022E-07 6.6035E+17 4.8347E+08 Ba-139 1.7531E-02 1.0718E-12 4.6433E+12 6.4863E+08 Ba-140 1.8058E-02 2.4666E-10 1.0610E+15 6.6813E+08 La-140 1.9392E-04 3.4889E-13 1. 5007E+12 7.1751E+06 La-141 1.6657E-04 2.9453E-14 1.2579E+11 6.1629E+06 La-142 1.5481E-04 1.0815E-14 4.5864E+10 5.7280E+06 Ce-141 4.2815E-04 1.5026E-11 6.4177E+13 1. 5841E+07 Ce-143 3.9103E-04 5.8882E-13 2.4797E+12 1.4468E+07 Ce-144 3.5540E-04 1.1143E-10 4.6600E+14 1. 3150E+07 Pr-143 1.5158E-04 2.2510E-12 9.4797E+12 5.6085E+06 Nd-147 6.9016E-05 8.5312E-13 3.4950E+12 2.5536E+06 Np-239 5.8378E-03 2.5164E-11 6.3406E+13 2.1600E+08 Pu-238 2.4459E-06 1.4287E-10 3.6151E+14 9.0499E+04 Pu-239 1.3135E-07 2.1133E-09 5.3249E+15 4.8601E+03 Pu-240 2.0799E-07 9.1277E-10 2.2903E+15 7.6956E+03 Pu-241 6.1079E-05 5.9293E-10 1.4816E+15 2.2599E+06 Am-241 3.2095E-08 9.3513E-12 2.3367E+13 1.1875E+03 Cm-242 9.7404E-06 2.9389E-12 7.3134E+12 3.6040E+05 Cm-244 1.1923E-06 1.4738E-11 3.6373E+13 4.4115E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.4900 Release Rate/s Noble gases (atoms) 1.1606E+22 6.5794E+18 Elemental I (atoms) 9.8967E+17 5.6104E+14 organic I (atoms) 3.0608E+16 1.7352E+13 Aerosols (k 9 ) 1.8622E-07 1.0557E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9452E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7357E+01 Total I (Ci) 1. 7310E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.4900 Leakage Transport Noble gases (atoms) 4.8094E+18 Elemental I (atoms) 4.0852E+14 organic I (atoms) 1.2635E+13 Aerosols (kg) 7.7168E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Page 128

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 0.4900 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9568E+17 Elemental I (atoms) 0.OOOOE+00 3.3798E+13 Organic I (atoms) 0.OOOOE+00 1.0453E+12 Aerosols (kg) 0.OOOOE+00 6.3485E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.4900 Filtered Transported Noble gases (atoms) 1. 8017E+17 O.OOOOE+00 Elemental I (atoms) 1. 5325E+13 O.OOOOE+00 organic I (atoms) 4.7396E+11 O.OOOOE+00 Aerosols (kg) 2.8909E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4900 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.4900 Ci kg Atoms Decay Co-58 1.3658E-06 4.2952E-14 4.4597E+11 9.0679E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.0849E+08 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 9.6056E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1.4307E+16 Kr-87 3.1363E+02 1.1072E-08 7.6642E+16 2.3908E+16 Kr-88 5.1126E+02 4.0773E-08 2.7902E+17 3.6082E+16 Rb-86 4.5832E-05 5.6328E-13 3.9443E+12 3.0438E+09 Sr-89 1. 7188E-03 5.9162E-11 4.0032E+14 1.1412E+11 Sr-90 2.5866E-04 1. 8962E-09 1. 2688E+16 1. 7171E+10 Sr-91 2.1007E-03 5.7951E-13 3.8350E+12 1.4202E+11 Sr-92 2.1002E-03 1. 6709E-13 1.0937E+12 1. 4866E+11 Y-90 2. 6711E-06 4.9095E-15 3.2851E+10 1.7780E+08 Y-91 2.2379E-05 9.1254E-13 6.0390E+12 1.4859E+09 Y-92 2.1729E-05 2.2581E-15 1.4781E+10 1. 5149E+09 Y-93 2. 7051E-05 8.1081E-15 5.2503E+10 1.8268E+09 Zr-95 3. 1672E-05 1.4743E-12 9.3456E+12 2.1028E+09 Zr-97 3. 1466E-05 1. 6460E-14 1.0219E+11 2.1103E+09 Nb-95 3.1819E-05 8.1372E-13 5.1583E+12 2.1128E+09 MO-99 4. 6148E-04 9.6219E-13 5.8530E+12 3.0716E+10 TC-99m 3.8396E-04 7.3020E-14 4.4418E+11 2.6232E+10 RU-103 4.0686E-04 1. 2606E-11 7.3707E+13 2.7015E+10 Ru-105 2.7840E-04 4.1416E-14 2.3754E+11 1. 9217E+10 Ru-106 1.8673E-04 5.5814E-11 3.1709E+14 1.2397E+10 Rh-105 2.7776E-04 3. 2908E-13 1.8874E+12 1.8530E+10 Sb-127 5. 7062E-04 2.1367E-12 1.0132E+13 3.7952E+10 sb-129 1. 5287E-03 2.7185E-13 1. 2691E+12 1.0564E+11 Te-127 5.4950E-04 2.0821E-13 9.8732E+11 3.7159E+10 Te-127m 7. 7272E-05 8.1920E-12 3.8845E+13 5.1302E+09 Te- 129 1. 2149E-03 5.8013E-14 2.7082E+11 9.3885E+10 Te-129m 2.4213E-04 8.0373E-12 3.7521E+13 1. 6078E+10 Te-131m 7.1783E-04 9. 0021E-13 4.1383E+12 4.7929E+10 Te-132 6. 9015E-03 2.2733E-11 1.0371E+14 4.5918E+11 1-131 3.9219E+00 3.1634E-08 1.4543E+17 2.6059E+14 1-132 4.8697E+00 4. 7177E-10 2.1523E+15 3.4871E+14 1-133 7. 7270E+00 6. 8211E-09 3.0885E+16 5.1724E+14 1-134 5.8410E+00 2.1895E-10 9.8401E+14 4.7481E+14 Page 129

CRDA PELLET MVP TRIP 10 MIN.O0 1-135 6.9910E+00 1.9907E-09 8.8802E+15 4.7640E+14 Xe-133 1.6926E+03 9.0425E-06 4.0944E+19 1.1252E+17 Xe-135 5.9121E+02 2.3151E-07 1.0327E+18 3.9993E+16 Cs-134 4.9466E-03 3.8233E-09 1.7182E+16 3.2840E+11 Cs-136 1.3748E-03 1.8758E-11 8.3060E+13 9.1318E+10 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1.6137E+11 Ba-139 2.7208E-03 1.6634E-13 7.2066E+11 2.0516E+11 Ba-140 3.3565E-03 4.5848E-11 1.9722E+14 2.2295E+11 La-140 3.5852E-05 6.4502E-14 2.7746E+11 2.3903E+09 La-141 2.9079E-05 5.1419E-15 2.1961E+10 2.0175E+09 La-142 2.4493E-05 1.7110E-15 7.2563E+09 1. 8217E+09 Ce-141 7.9622E-05 2.7944E-12 1.1935E+13 5.2870E+09 Ce-143 7.2194E-05 1.0871E-13 4. 5782E+11 4.8178E+09 Ce-144 6.6112E-05 2.0728E-11 8.6686E+13 4.3891E+09 Pr-143 2.8177E-05 4.1843E-13 1. 7621E+12 1. 8716E+09 Nd-147 1.2827E-05 1.5856E-13 6.4955E+11 8.5210E+08 Np-239 1.0812E-03 4.6606E-12 1.1743E+13 7.1998E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.0207E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.6222E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.5687E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 7.5432E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 3.9637E+05 Cm-242 1.8119E-06 5.4669E-13 1.3604E+12 1.2029E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.4725E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.4900 Atmosphere sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8268E+17 O.OOOOE+00 organic I (atoms) 5.6498E+15 0.OOOOE+00 Aerosols (kg) 3.4642E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1047E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6729E-08 Total I (Ci) 2.9351E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.4900 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.4900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.5000 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.5000 whole Body Thyroid TEDE Delta dose (rem) 1.1152E-05 7.8368E-05 1.3638E-05 Accumulated dose (rem) 1.2442E-01 7.7992E-01 1.4922E-01 CRDA @ LPZ - Condenser Release Doses: Page 130

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.5000 whole Body Thyroid TEDE Delta dose (rem) 2.6830E-06 1.8853E-05 3.2809E-06 Accumulated dose (rem) 5.5671E-02 3.4892E-01 6.6762E-02 control Room Doses: Time (h) = 0.5000 whole Body Thyroid TEDE Delta dose (rem) 1.1296E-05 1.6393E-03 6.3284E-05 Accumulated dose (rem) 6.7101E-04 9.1368E-02 3.5723E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.5000 Ci kg Atoms Decay Co-58 2.2584E-05 7.1022E-13 7.3742E+12 1.5456E+09 Co-60 2.7021E-05 2.3904E-11 2.3993E+14 1.8492E+09 Kr-85 2.3925E+02 6.0981E-04 4.3204E+21 1. 6373E+16 Kr-85m 3.5634E+03 4.3300E-03 3.0678E+22 2.4386E+17 Kr-87 5.1578E+03 1.8209E-07 1.2604E+18 4.0695E+17 Kr-88 8.4333E+03 6.7255E-07 4.6025E+18 6. 1461E+17 Rb-86 7.5784E-04 9.3138E-12 6.5220E+13 5.1882E+10 Sr-89 2.8421E-02 9.7826E-10 6.6193E+15 1.9452E+12 Sr-90 4.2770E-03 3.1354E-08 2.0980E+17 2.9269E+11 Sr-91 3.4711E-02 9.5754E-12 6.3367E+13 2.4202E+12 Sr-92 3.4638E-02 2.7558E-12 1.8039E+13 2. 5321E+12 Y-90 4.4162E-05 8.1171E-14 5.4314E+11 3.0306E+09 Y-91 3.7004E-04 1. 5089E-11 9.9856E+13 2.5327E+10 Y-92 3.5859E-04 3.7266E-14 2.4394E+11 2.5808E+10 Y-93 4.4699E-04 1. 3398E-13 8.6757E+11 3.1132E+10 Zr-95 5.2370E-04 2.4378E-11 1. 5453E+14 3.5843E+10 Zr-97 5.2008E-04 2.7206E-13 1.6890E+12 3. 5966E+10 Nb-95 5.2614E-04 1.3455E-11 8. 5293E+13 3.6013E+10 Mo-99 7.6299E-03 1.5908E-11 9.6771E+13 5.2354E+11 Tc-99m 6.3415E-03 1.2060E-12 7.3362E+12 4.4698E+11 RU-103 6.7275E-03 2.0845E-10 1. 2188E+15 4.6047E+11 RU-105 4.5962E-03 6.8376E-13 3.9216E+12 3.2741E+11 RU-106 3.0876E-03 9.2290E-10 5.2432E+15 2.1130E+11 Rh-105 4.5920E-03 5.4404E-12 3.1203E+13 3.1583E+11 sb-127 9.4347E-03 3.5329E-11 1.6752E+14 6.4688E+11 Sb-129 2.5237E-02 4.4878E-12 2.0951E+13 1. 7998E+12 Te-127 9.0794E-03 3.4403E-12 1. 6314E+13 6.3324E+11 Te-127m 1.2777E-03 1. 3546E-10 6.4232E+14 8. 7444E+10 Te-129 1.9969E-02 9. 5355E-13 4.4515E+12 1. 5979E+12 Te-129m 4.0036E-03 1. 3290E-10 6.2042E+14 2.7404E+11 Te-131m 1. 1867E-02 1.4882E-11 6.8413E+13 8.1690E+11 Te-132 1. 1411E-01 3.7586E-10 1. 7148E+15 7.8265E+12 1-131 6.4847E+01 5.2307E-07 2.4046E+18 4.4418E+15 1-132 8.0280E+01 7.7775E-09 3. 5483E+16 5.9390E+15 1-133 1.2773E+02 1. 1275E-07 5.1053E+17 8.8154E+15 1-134 9.5822E+01 3.5920E-09 1.6143E+16 8.0778E+15 1-135 1. 1548E+02 3.2882E-08 1.4668E+17 8.1179E+15 Xe-133 2.7986E+04 1.4951E-04 6.7698E+20 1.9179E+18 Xe-135 9.7685E+03 3.8252E-06 1. 7064E+19 6.8153E+17 Cs-134 8.1794E-02 6.3219E-08 2.8411E+17 5.5975E+12 Cs-136 2.2732E-02 3.1016E-10 1. 3734E+15 1.5565E+12 Cs-137 4.0194E-02 4.6210E-07 2.0313E+18 2.7506E+12 Ba-139 4.4764E-02 2.7367E-12 1. 1857E+13 3.4924E+12 Ba-140 5.5500E-02 7.5810E-10 3.2610E+15 3.8002E+12 La-140 5.9272E-04 1.0664E-12 4.5871E+12 4.0741E+10 La-141 4.7999E-04 8.4874E-14 3.6250E+11 3.4372E+10 La-142 4.0319E-04 2.8165E-14 1. 1945E+11 3.1014E+10 Ce-141 1. 3166E-03 4.6206E-11 1. 9735E+14 9.0117E+10 Ce-143 1. 1935E-03 1. 7972E-12 7.5686E+12 8.2115E+10 Ce-144 1.0932E-03 3.4274E-10 1.4334E+15 7.4812E+10 Page 131

CRDA PELLET MVP TRIP 10 MIN.o0 Pr-143 4.6590E-04 6.9188E-12 2.9137E+13 3.1901E+10 Nd-147 2.1209E-04 2.6217E-12 1.0740E+13 1.4524E+10 Np-239 1.7876E-02 7.7055E-11 1.9416E+14 1.2272E+12 Pu-238 7.5237E-06 4.3948E-10 1. 1120E+15 5.1487E+08 Pu-239 4.0405E-07 6.5006E-09 1.6380E+16 2.7651E+07 Pu-240 6.3979E-07 2.8077E-09 7.0452E+15 4.3783E+07 Pu-241 1.8788E-04 1.8239E-09 4.5575E+15 1. 2857E+10 Am-241 9.8726E-08 2.8765E-11 7.1878E+13 6.7562E+06 Cm-242 2.9960E-05 9.0396E-12 2.2495E+13 2.0504E+09 Cm-244 3.6676E-06 4.5333E-11 1.1189E+14 2.5098E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.5000 Atmosphere Sump Noble gases (atoms) 3.5698E+22 0.OOOOE+00 Elemental I (atoms) 3.0200E+18 O.OOOOE+00 organic I (atoms) 9.3402E+16 0.OOOOE+00 Aerosols (kq) 5.7281E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7803E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2635E-08 Total I (Ci) 4.8415E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5000 Leakage Transport Noble gases (atoms) 4.9581E+18 Elemental I (atoms) 4.2110E+14 Organic I (atoms) 1. 3024E+13 Aerosols (kg) 7.9555E-11 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) 0.5000 Ci kg Atoms Bq Co-58 7.3429E-06 2.3092E-13 2.3977E+12 2.7169E+05 Co-60 8. 7845E-06 7.7713E-12 7.7999E+13 3.2503E+05 Kr-85 7. 7780E+01 1.9825E-04 1.4046E+21 2.8778E+12 Kr-85m 1.1585E+03 1.4077E-03 9.9733E+21 4.2863E+13 Kr-87 2. 0517E+03 7.2434E-08 5.0139E+17 7.5914E+13 Kr-88 3. 0008E+03 2.3931E-07 1. 6377E+18 1. 1103E+14 Rb-86 2.4651E-04 3.0296E-12 2.1215E+13 9.1210E+06 Sr-89 9.2414E-03 3.1810E-10 2.1524E+15 3.4193E+08 Sr-90 1.3904E-03 1.0193E-08 6.8206E+16 5.1446E+07 Sr-91 1.1593E-02 3.1981E-12 2.1164E+13 4.2894E+08 Sr-92 1.2379E-02 9.8484E-13 6.4466E+12 4.5802E+08 Y-90 1.4415E-05 2.6495E-14 1. 7728E+11 5.3334E+05 Y-91 1. 2032E-04 4.9063E-12 3.2469E+13 4.4519E+06 Y-92 1.2534E-04 1. 3025E-14 8. 5262E+10 4.6374E+06 Y-93 1.4905E-04 4.4676E-14 2.8930E+11 5.5150E+06 Zr-95 1. 7028E-04 7.9264E-12 5.0246E+13 6.3004E+06 Zr-97 1. 7166E-04 8.9797E-14 5. 5749E+11 6.3515E+06 Nb-95 1. 7110E-04 4.3755E-12 2.7737E+13 6.3306E+06 Mo-99 2.4901E-03 5.1919E-12 3.1582E+13 9.2135E+07 Tc-99m 2.1513E-03 4.0914E-13 2.4888E+12 7.9600E+07 RU-103 2.1877E-03 6.7785E-11 3.9632E+14 8.0945E+07 Ru-105 1. 5831E-03 2.3551E-13 1. 3507E+12 5.8574E+07 Page 132

CRDA PELLET MVP TRIP 10 MIN.o0 RU-106 1.0038E-03 3.0004E-10 1. 7046E+15 3.7141E+07 Rh-105 1.5037E-03 1.7815E-12 1.0218E+13 5.5638E+07 sb-127 3.0757E-03 1.1517E-11 5.4613E+13 1. 1380E+08 sb-129 8.7063E-03 1.5482E-12 7.2277E+12 3.2213E+08 Te-127 3.0338E-03 1.1495E-12 5.4510E+12 1. 1225E+08 Te-127m 4.1542E-04 4.4041E-11 2.0884E+14 1. 5371E+07 Te-129 8.0998E-03 3.8677E-13 1.8055E+12 2.9969E+08 Te-129m 1.3020E-03 4.3219E-11 2.0176E+14 4.8173E+07 Te-131m 3.8910E-03 4.8796E-12 2.2432E+13 1.4397E+08 Te-132 3.7218E-02 1.2259E-10 5.5929E+14 1. 3771E+09 1-131 2.1110E+01 1.7027E-07 7.8276E+17 7.8106E+11 1-132 2.9179E+01 2.8268E-09 1. 2896E+16 1.0796E+12 1-133 4.2038E+01 3.7110E-08 1. 6803E+17 1. 5554E+12 1-134 4.1751E+01 1.5651E-09 7.0336E+15 1. 5448E+12 1-135 3.9027E+01 1.1113E-08 4.9573E+16 1. 4440E+12 xe-133 9.1166E+03 4.8705E-05 2.2053E+20 3.3731E+14 Xe-135 3.2657E+03 1.2788E-06 5.7045E+18 1. 2083E+14 Cs-134 2.6591E-02 2.0552E-08 9.2366E+16 9.8388E+08 Cs-136 7.3961E-03 1.0091E-10 4.4685E+14 2.7366E+08 Cs-137 1.3067E-02 1.5023E-07 6.6035E+17 4.8348E+08 Ba-139 1.7531E-02 1.0718E-12 4.6434E+12 6.4864E+08 Ba-140 1.8058E-02 2.4666E-10 1.0610E+15 6.6814E+08 La-140 1.9392E-04 3.4889E-13 1. 5008E+12 7.1752E+06 La-141 1.6657E-04 2.9453E-14 1.2579E+11 6.1630E+06 La-142 1.5481E-04 1.0815E-14 4.5864E+10 5.7281E+06 Ce-141 4.2815E-04 1.5026E-11 6.4178E+13 1.5842E+07 Ce-143 3.9103E-04 5.8883E-13 2.4797E+12 1.4468E+07 Ce-144 3.5540E-04 1.1143E-10 4.6600E+14 1. 3150E+07 Pr-143 1.5158E-04 2.2510E-12 9.4798E+12 5.6086E+06 Nd-147 6.9017E-05 8.5313E-13 3.4950E+12 2.5536E+06 Np-239 5.8379E-03 2.5164E-11 6.3407E+13 2.1600E+08 Pu-238 2.4459E-06 1.4287E-10 3.6151E+14 9.0500E+04 Pu-239 1.3136E-07 2.1133E-09 5. 3250E+15 4.8602E+03 Pu-240 2.0799E-07 9.1278E-10 2.2904E+15 7.6957E+03 Pu-241 6.1080E-05 5.9294E-10 1.4816E+15 2.2600E+06 Am-241 3.2096E-08 9.3514E-12 2.3367E+13 1. 1875E+03 Cm-242 9.7405E-06 2.9390E-12 7.3135E+12 3.6040E+05 Cm-244 1.1923E-06 1.4738E-11 3.6374E+13 4.4116E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.5000 Release Rate/s Noble gases (atoms) 1.1606E+22 6.4479E+18 Elemental I (atoms) 9.8968E+17 5.4982E+14 Organic I (atoms) 3.0609E+16 1.7005E+13 Aerosols (kq) 1.8622E-07 1.0346E-10 Dose Effective (Ci) 1-131 (Thyroid) 2.9452E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7358E+01 Total I (Ci) 1.7310E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5000 Leakage Transport Noble gases (atoms) 4.9581E+18 Elemental I (atoms) 4.2110E+14 organic I (atoms) 1. 3024E+13 Aerosols (kg) 7.9555E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.5000 Filtered Transported Page 133

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) O.OOOOE+00 3.9611E+17 Elemental I (atoms) 0.OOOOE+00 3.3834E+13 organic I (atoms) 0.OOOOE+00 1.0464E+12 Aerosols (kg) O.OOOOE+00 6.3555E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.5000 Filtered Transported Noble gases (atoms) 1.8356E+17 O.OOOOE+00 Elemental I (atoms) 1.5612E+13 0.OOOOE+00 Organic I (atoms) 4.8284E+11 O.OOOOE+00 Aerosols (kg) 2.9453E-12 O.O000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.5000 Ci kg Atoms Decay Co-58 1.3658E-06 4.2952E-14 4.4597E+11 9.2499E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.1066E+08 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 9.7983E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1.4594E+16 Kr-87 3.1192E+02 1.1012E-08 7.6225E+16 2.4325E+16 Kr-88 5.1001E+02 4.0674E-08 2.7834E+17 3.6762E+16 Rb-86 4.5832E-05 5.6327E-13 3.9443E+12 3.1049E+09 Sr-89 1. 7188E-03 5.9162E-11 4.0031E+14 1.1641E+11 Sr-90 2. 5866E-04 1.8962E-09 1. 2688E+16 1. 7516E+10 Sr-91 2.0992E-03 5.7908E-13 3.8322E+12 1.4481E+11 Sr-92 2. 0948E-03 1. 6666E-13 1.0909E+12 1. 5145E+11 Y-90 2.6708E-06 4.9090E-15 3.2847E+10 1.8136E+08 Y-91 2.2379E-05 9.1254E-13 6.0389E+12 1. 5157E+09 Y-92 2.1686E-05 2.2537E-15 1.4752E+10 1.5438E+09 Y-93 2. 7033E-05 8.1026E-15 5.2467E+10 1.8628E+09 Zr-95 3.1672E-05 1.4743E-12 9.3455E+12 2.1450E+09 Zr-97 3.1453E-05 1.6453E-14 1.0215E+11 2.1522E+09 Nb-95 3.1819E-05 8.1372E-13 5.1582E+12 2.1552E+09 Mo-99 4. 6143E-04 9.6209E-13 5.8524E+12 3.1331E+10 Tc-99m 3.8351E-04 7.2936E-14 4.4367E+11 2.6743E+10 Ru-103 4.0686E-04 1.2606E-11 7.3706E+13 2.7557E+10 Ru-105 2.7797E-04 4.1351E-14 2.3717E+11 1.9587E+10 Ru-106 1.8673E-04 5.5814E-11 3. 1709E+14 1.2645E+10 Rh-105 2.7771E-04 3.2902E-13 1.8870E+12 1.8900E+10 Sb-127 5.7058E-04 2.1366E-12 1.0131E+13 3.8712E+10 sb-129 1.5262E-03 2.7141E-13 1.2670E+12 1.0767E+11 Te-127 5. 4909E-04 2.0806E-13 9.8659E+11 3.7891E+10 Te-127m 7.7272E-05 8.1920E-12 3.8845E+13 5.2331E+09 Te-129 1. 2077E-03 5.7667E-14 2.6921E+11 9.5498E+10 Te-129m 2.4213E-04 8.0373E-12 3.7521E+13 1. 6400E+10 Te-131m 7.1767E-04 9.OOOOE-13 4.1374E+12 4.8885E+10 Te-132 6.9009E-03 2.2731E-11 1.0370E+14 4.6837E+11 1-131 3.9217E+00 3.1633E-08 1.4542E+17 2.6582E+14 1-132 4.8551E+00 4.7035E-10 2.1459E+15 3. 5519E+14 1-133 7.7244E+00 6.8188E-09 3.0875E+16 5.2753E+14 1-134 5.7950E+00 2.1723E-10 9.7626E+14 4.8256E+14 1-135 6.9837E+00 1.9886E-09 8.8709E+15 4.8571E+14 Page 134

CRDA PELLET MVP TRIP 10 MIN.o0 Xe-133 1.6925E+03 9.0420E-06 4.0941E+19 1. 1477E+17 Xe-135 5.9077E+02 2.3134E-07 1.0320E+18 4.0780E+16 Cs-134 4.9466E-03 3.8232E-09 1. 7182E+16 3.3499E+11 Cs-136 1.3747E-03 1.8757E-11 8.3059E+13 9.3149E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1. 6461E+11 Ba-139 2.7072E-03 1.6551E-13 7.1705E+11 2.0877E+11 Ba-140 3.3564E-03 4.5847E-11 1.9721E+14 2.2743E+11 La-140 3.5846E-05 6.4491E-14 2.7741E+11 2.4381E+09 La-141 2.9028E-05 5.1329E-15 2.1923E+10 2.0562E+09 La-142 2.4383E-05 1.7033E-15 7.2237E+09 1.8542E+09 Ce-141 7.9621E-05 2.7944E-12 1.1935E+13 5.3931E+09 Ce-143 7.2179E-05 1.0869E-13 4. 5773E+11 4.9140E+09 Ce-144 6.6112E-05 2.0728E-11 8.6685E+13 4.4772E+09 Pr-143 2.8176E-05 4.1842E-13 1.7621E+12 1. 9091E+09 Nd-147 1.2827E-05 1.5855E-13 6.4954E+11 8.6918E+08 Np-239 1.0811E-03 4.6600E-12 1.1742E+13 7.3438E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.0813E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.6548E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.6202E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 7.6946E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.0433E+05 Cm-242 1.8119E-06 5.4669E-13 1. 3604E+12 1.2270E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.5020E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.5000 Atmosphere Sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8264E+17 0.OOOOE+00 organic I (atoms) 5.6486E+15 0.O000E+00 Aerosols (kg) 3.4642E-08 O.O000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1037E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6698E-08 Total I (Ci) 2.9280E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.5100 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.5100 whole Body Thyroid TEDE Delta dose (rem) 1.1122E-05 7.8354E-05 1.3607E-05 Accumulated dose (rem) 1.2443E-01 7.8000E-01 1.4923E-01 CRDA @ LPZ - Condenser Release Doses:

Time (h) = 0.5100 whole Body Thyroid TEDE Page 135

CRDA PELLET MVP TRIP 10 MIN.O0 Delta dose (rem) 2.6758E-06 1.8850E-05 3.2735E-06 Accumulated dose (rem) 5.5673E-02 3.4894E-01 6.6766E-02 Control Room Doses: Time (h) = 0.5100 whole Body Thyroid TEDE Delta dose (rem) 1.1109E-05 1. 6163E-03 6.2362E-05 Accumulated dose (rem) 6.8212E-04 9.2985E-02 3.6346E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.5100 Ci kg Atoms Decay Co-58 2.2583E-05 7.1021E-13 7.3741E+12 1.5757E+09 Co-60 2.7021E-05 2.3904E-11 2.3992E+14 1.8851E+09 Kr-85 2. 3925E+02 6.0981E-04 4.3204E+21 1.6691E+16 Kr-85m 3. 5634E+03 4.3300E-03 3.0678E+22 2.4860E+17 Kr-87 5.1297E+03 1. 8110E-07 1.2536E+18 4.1380E+17 Kr-88 8.4127E+03 6.7091E-07 4.5912E+18 6.2583E+17 Rb-86 7.5782E-04 9.3136E-12 6.5218E+13 5.2891E+10 Sr-89 2.8420E-02 9.7825E-10 6.6193E+15 1.9831E+12 Sr-90 4.2769E-03 3.1354E-08 2.0980E+17 2.9838E+11 Sr-91 3.4685E-02 9. 5683E-12 6.3321E+13 2.4664E+12 Sr-92 3.4550E-02 2.7487E-12 1.7993E+13 2.5782E+12 Y-90 4.4157E-05 8.1162E-14 5.4308E+11 3.0894E+09 Y-91 3.7004E-04 1.5089E-11 9.9855E+13 2.5819E+10 Y-92 3.5788E-04 3.7193E-14 2.4346E+11 2.6285E+10 Y-93 4.4669E-04 1. 3389E-13 8.6697E+11 3.1727E+10 zr-95 5.2370E-04 2.4377E-11 1. 5453E+14 3.6540E+10 zr-97 5.1987E-04 2.7194E-13 1. 6883E+12 3.6659E+10 Nb-95 5. 2613E-04 1. 3455E-11 8.5292E+13 3.6714E+10 Mo-99 7.6291E-03 1. 5907E-11 9.6760E+13 5.3371E+11 Tc-99m 6.3342E-03 1.2046E-12 7.3277E+12 4.5542E+11 RU-103 6.7274E-03 2.0845E-10 1.2187E+15 4.6943E+11 Ru-105 4. 5891E-03 6.8269E-13 3.9155E+12 3. 3353E+11 RU-106 3.0876E-03 9.2289E-10 5.2432E+15 2.1541E+11 Rh-105 4. 5911E-03 5.4393E-12 3.1197E+13 3.2194E+11 Sb-127 9.4339E-03 3. 5326E-11 1.6751E+14 6. 5945E+11 Sb-129 2.5196E-02 4.4806E-12 2.0917E+13 1.8333E+12 Te-127 9.0726E-03 3.4378E-12 1. 6301E+13 6.4533E+11 Te-127m 1.2777E-03 1.3546E-10 6.4231E+14 8.9146E+10 Te-129 1.9850E-02 9.4786E-13 4.4249E+12 1.6244E+12 Te-129m 4.0036E-03 1. 3290E-10 6.2041E+14 2.7937E+11 Te-131m 1. 1864E-02 1.4878E-11 6.8397E+13 8.3270E+11 Te-132 1. 1410E-01 3.7583E-10 1.7146E+15 7.9785E+12 1-131 6.4845E+01 5.2305E-07 2.4045E+18 4.5282E+15 1-132 8. 0038E+01 7.7540E-09 3.5376E+16 6.0458E+15 1-133 1. 2768E+02 1.1271E-07 5.1035E+17 8.9855E+15 1-134 9. 5067E+01 3.5637E-09 1. 6016E+16 8.2049E+15 1-135 1. 1536E+02 3.2848E-08 1.4653E+17 8.2717E+15 Xe-133 2.7984E+04 1.4950E-04 6.7694E+20 1.9551E+18 Xe-135 9. 7611E+03 3.8223E-06 1. 7051E+19 6.9453E+17 Cs-134 8.1794E-02 6.3218E-08 2.8411E+17 5.7064E+12 Cs-136 2.2731E-02 3.1015E-10 1. 3734E+15 1. 5868E+12 Cs-137 4.0194E-02 4.6210E-07 2.0312E+18 2.8042E+12 Ba-139 4.4539E-02 2.7229E-12 1. 1797E+13 3. 5519E+12 Ba-140 5.5498E-02 7.5808E-10 3.2609E+15 3.8741E+12 La-140 5.9262E-04 1.0662E-12 4. 5862E+12 4.1530E+10 La-141 4.7914E-04 8.4724E-14 3.6186E+11 3.5010E+10 La-142 4.0138E-04 2.8039E-14 1. 1891E+11 3.1550E+10 Ce-141 1. 3165E-03 4.6205E-11 1.9734E+14 9.1871E+10 Ce-143 1. 1933E-03 1. 7968E-12 7. 5670E+12 8.3705E+10 Ce-144 1.0932E-03 3.4274E-10 1.4334E+15 7.6268E+10 Pr-143 4. 6589E-04 6.9186E-12 2.9136E+13 3.2521E+10 Page 136

CRDA PELLET MVP TRIP 10 MIN.00 Nd-147 2.1208E-04 2.6216E-12 1. 0740E+13 1. 4806E+10 Np-239 1.7874E-02 7.7045E-11 1. 9413E+14 1.2510E+12 Pu-238 7.5237E-06 4.3948E-10 1.1120E+15 5.2490E+08 Pu-239 4.0405E-07 6.5005E-09 1.6380E+16 2.8189E+07 Pu-240 6.3978E-07 2.8077E-09 7.0452E+15 4.4635E+07 Pu-241 1.8788E-04 1.8239E-09 4. 5575E+15 1.3108E+10 Am-241 9.8726E-08 2.8765E-11 7.1878E+13 6.8877E+06 Cm-242 2.9960E-05 9.0396E-12 2.2495E+13 2.0903E+09 Cm-244 3.6676E-06 4.5333E-11 1.1189E+14 2.5587E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.5100 Atmosphere Sump Noble gases (atoms) 3.5698E+22 O.OOOOE+00 Elemental I (atoms) 3.0194E+18 0.OOOOE+00 organic I (atoms) 9.3382E+16 O.OOOOE+00 Aerosols (kq) 5.7281E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7793E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2606E-08 Total I (Ci) 4.8299E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5100 Leakage Transport Noble gases (atoms) 5.1068E+18 Elemental I (atoms) 4.3369E+14 organic I (atoms) 1. 3413E+13 Aerosols (kg) 8.1942E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.O000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.5100 ci kg Atoms Bq co-58 7.3430E-06 2.3093E-13 2.3977E+12 2.7169E+05 co-60 8.7846E-06 7.7714E-12 7.8000E+13 3.2503E+05 Kr-85 7.7781E+01 1.9825E-04 1.4046E+21 2.8779E+12 Kr-85m 1. 1585E+03 1.4077E-03 9.9734E+21 4.2864E+13 Kr- 87 2.0518E+03 7.2435E-08 5.0139E+17 7.5915E+13 Kr-88 3.0008E+03 2.3932E-07 1. 6377E+18 1. 1103E+14 Rb-86 2.4652E-04 3.0297E-12 2.1215E+13 9.1211E+06 Sr-89 9. 2415E-03 3.1810E-10 2.1524E+15 3.4194E+08 Sr-90 1.3904E-03 1.0193E-08 6.8206E+16 5.1446E+07 Sr-91 1. 1593E-02 3.1981E-12 2.1164E+13 4.2895E+08 Sr-92 1.2379E-02 9.8485E-13 6.4466E+12 4.5802E+08 Y-90 1.4415E-05 2.6495E-14 1.7728E+11 5.3335E+05 Y-91 1.2032E-04 4.9064E-12 3.2469E+13 4.4520E+06 Y-92 1.2534E-04 1. 3026E-14 8.5263E+10 4.6375E+06 Y-93 1.4906E-04 4.4677E-14 2.8930E+11 5.5151E+06 Zr-95 1. 7028E-04 7.9265E-12 5.0247E+13 6.3005E+06 Zr-97 1. 7166E-04 8.9798E-14 5.5750E+11 6.3516E+06 Nb-95 1. 7110E-04 4.3756E-12 2.7737E+13 6.3307E+06 Mo-99 2.4902E-03 5.1920E-12 3.1583E+13 9.2136E+07 Tc-99m 2.1514E-03 4.0914E-13 2.4888E+12 7.9601E+07 RU-103 2.1877E-03 6.7786E-11 3.9633E+14 8.0946E+07 Ru-105 1. 5831E-03 2.3551E-13 1. 3507E+12 5.8575E+07 Ru-106 1.0038E-03 3.0004E-10 1. 7046E+15 3.7141E+07 Page 137

CRDA PELLET MVP TRIP 10 MIN.O0 Rh-105 1.5037E-03 1.7816E-12 1.0218E+13 5.5638E+07 sb-127 3.0757E-03 1.1517E-11 5.4614E+13 1. 1380E+08 Sb-129 8.7064E-03 1. 5483E-12 7.2277E+12 3.2214E+08 Te-127 3.0338E-03 1. 1496E-12 5.4510E+12 1. 1225E+08 Te-127m 4.1543E-04 4.4042E-11 2.0884E+14 1. 5371E+07 Te-129 8.0998E-03 3.8677E-13 1.8056E+12 2.9969E+08 Te-129m 1.3020E-03 4.3219E-11 2.0176E+14 4.8174E+07 Te-131m 3.8911E-03 4.8796E-12 2.2432E+13 1.4397E+08 Te-132 3.7219E-02 1.2259E-10 5.5930E+14 1. 3771E+09 1-131 2. 1110E+01 1.7028E-07 7.8277E+17 7.8107E+11 1-132 2.9179E+01 2.8268E-09 1. 2897E+16 1.0796E+12 1-133 4.2039E+01 3.7110E-08 1. 6803E+17 1. 5554E+12 1-134 4.1751E+01 1. 5651E-09 7.0337E+15 1. 5448E+12 1-135 3.9027E+01 1.1113E-08 4.9573E+16 1. 4440E+12 xe-133 9.1167E+03 4.8705E-05 2.2053E+20 3.3732E+14 xe-135 3.2657E+03 1.2788E-06 5.7045E+18 1.2083E+14 Cs-134 2.6592E-02 2.0553E-08 9.2367E+16 9.8389E+08 Cs-136 7.3962E-03 1.0092E-10 4'4686E+14 2.7366E+08 Cs-137 1.3067E-02 1.5023E-07 6.6036E+17 4.8349E+08 Ba-139 1.7531E-02 1.0718E-12 4.6434E+12 6.4865E+08 Ba-140 1.8058E-02 2.4667E-10 1.0610E+15 6.6815E+08 La-140 1.9393E-04 3.4890E-13 1. 5008E+12 7.1753E+06 La-141 1.6657E-04 2.9453E-14 1.2580E+11 6.1631E+06 La-142 1.5481E-04 1.0815E-14 4.5865E+10 5.7281E+06 Ce-141 4.2816E-04 1. 5026E-11 6.4178E+13 1.5842E+07 Ce-143 3.9104E-04 5.8884E-13 2.4798E+12 1.4468E+07 Ce-144 3. 5541E-04 1.1143E-10 4.6601E+14 1. 3150E+07 Pr-143 1. 5158E-04 2.2511E-12 9.4799E+12 5.6086E+06 Nd-147 6.9018E-05 8.5315E-13 3.4951E+12 2.5537E+06 Np-239 5.8380E-03 2.5165E-11 6.3408E+13 2.1600E+08 Pu-238 2.4460E-06 1.4288E-10 3.6152E+14 9.0501E+04 Pu-239 1. 3136E-07 2.1133E-09 5.3250E+15 4.8602E+03 Pu-240 2.0799E-07 9.1279E-10 2.2904E+15 7.6958E+03 Pu-241 6.1081E-05 5.9294E-10 1.4817E+15 2.2600E+06 Am-241 3.2096E-08 9. 3515E-12 2.3368E+13 1. 1876E+03 Cm-242 9.7407E-06 2.9390E-12 7.3136E+12 3.6040E+05 Cm-244 1.1923E-06 1.4738E-11 3.6374E+13 4.4116E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.5100 Release Rate/s Noble gases (atoms) 1.1606E+22 6.3215E+18 Elemental I (atoms) 9.8969E+17 5.3905E+14 Organic I (atoms) 3.0609E+16 1.6672E+13 Aerosols (k 9 ) 1.8622E-07 1.0143E-10 Dose Effective (ci) 1-131 (Thyroid) 2.9453E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7358E+01 Total I (Ci) 1. 7311E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5100 Leakage Transport Noble gases (atoms) 5.1068E+18 Elemental I (atoms) 4.3369E+14 organic I (atoms) 1. 3413E+13 Aerosols (kg) 8.1942E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.5100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9654E+17 Page 138

CRDA PELLET MVP TRIP 10 MIN.o0 Elemental I (atoms) O.O000E+00 3.3871E+13 Organic I (atoms) O.OOOOE+00 1.0475E+12 Aerosols (kg) O.OOOOE+00 6.3624E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.5100 Filtered Transported Noble gases (atoms) 1. 8691E+17 O.OOOOE+00 Elemental I (atoms) 1. 5895E+13 0.0000E+00 Organic I (atoms) 4.9160E+11 0.OOOOE+00 Aerosols (kg) 2.9990E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.5100 Ci kg Atoms Decay Co-58 1.3658E-06 4.2951E-14 4.4596E+11 9.4318E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1. 1284E+08 Kr-85 1.4469E+01 3.6879E-05 2.6129E+20 9.9911E+14 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1.4881E+16 Kr-87 3.1023E+02 1.0952E-08 7.5811E+16 2.4739E+16 Kr-88 5.0877E+02 4.0574E-08 2.7766E+17 3.7441E+16 Rb-86 4. 5831E-05 5.6326E-13 3.9442E+12 3.1659E+09 Sr-89 1. 7188E-03 5.9161E-11 4.0031E+14 1. 1870E+11 Sr-90 2. 5866E-04 1.8962E-09 1.2688E+16 1. 7861E+10 Sr-91 2.0976E-03 5.7866E-13 3.8294E+12 1. 4761E+11 Sr-92 2.0895E-03 1. 6623E-13 1.0881E+12 1. 5424E+11 Y-90 2. 6705E-06 4.9084E-15 3.2844E+10 1.8492E+08 Y-91 2.2379E-05 9.1253E-13 6.0389E+12 1.5455E+09 Y-92 2. 1644E-05 2.2493E-15 1.4724E+10 1.5727E+09 Y-93 2. 7014E-05 8.0970E-15 5.2431E+10 1.8988E+09 Zr-95 3.1671E-05 1.4743E-12 9.3455E+12 2.1872E+09 zr-97 3.1440E-05 1.6446E-14 1.0210E+11 2. 1941E+09 Nb-95 3.1819E-05 8.1371E-13 5.1582E+12 2.1976E+09 Mo-99 4.6138E-04 9.6199E-13 5.8517E+12 3.1946E+10 Tc-99m 3.8307E-04 7.2852E-14 4.4316E+11 2.7254E+10 RU-103 4.0685E-04 1.2606E-11 7.3706E+13 2.8099E+10 Ru-105 2.7753E-04 4.1287E-14 2.3680E+11 1.9957E+10 RU-106 1.8673E-04 5.5814E-11 3.1709E+14 1. 2894E+10 Rh-105 2. 7766E-04 3.2895E-13 1.8867E+12 1. 9270E+10 Sb-127 5. 7053E-04 2.1364E-12 1.0131E+13 3.9472E+10 sb-129 1.5238E-03 2.7097E-13 1. 2650E+12 1.0970E+11 Te-127 5.4868E-04 2.0791E-13 9.8586E+11 3.8622E+10 Te-127m 7.7272E-05 8.1920E-12 3.8845E+13 5.3361E+09 Te-129 1.2005E-03 5.7324E-14 2.6761E+11 9.7102E+10 Te-129m 2.4212E-04 8.0372E-12 3.7520E+13 1.6723E+10 Te-131m 7. 1750E-04 8.9980E-13 4.1364E+12 4.9841E+10 Te-132 6. 9003E-03 2.2729E-11 1.0369E+14 4.7756E+11 1-131 3. 9216E+00 3.1632E-08 1.4541E+17 2.7104E+14 1-132 4.8405E+00 4.6894E-10 2.1394E+15 3.6164E+14 1-133 7.7218E+00 6.8165E-09 3.0865E+16 5.3781E+14 1-134 5. 7494E+00 2.1552E-10 9.6857E+14 4.9025E+14 1-135 6.9764E+00 1.9865E-09 8.8616E+15 4.9501E+14 xe-133 1. 6924E+03 9.0415E-06 4.0939E+19 1. 1703E+17 Page 139

CRDA PELLET MVP TRIP 10 MIN.o0 Xe-135 5.9032E+02 2.3116E-07 1.0312E+18 4.1566E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 3.4157E+11 Cs-136 1.3747E-03 1.8757E-11 8.3057E+13 9.4980E+10 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1.6785E+11 Ba-139 2.6936E-03 1.6468E-13 7.1345E+11 2.1237E+11 Ba-140 3.3564E-03 4.5846E-11 1. 9721E+14 2.3190E+11 La-140 3.5840E-05 6.4480E-14 2.7736E+11 2.4858E+09 La-141 2.8977E-05 5.1238E-15 2.1884E+10 2.0948E+09 La-142 2.4274E-05 1.6957E-15 7.1913E+09 1.8866E+09 Ce-141 7.9620E-05 2.7943E-12 1. 1935E+13 5.4992E+09 Ce-143 7.2164E-05 1.0867E-13 4. 5763E+11 5.0101E+09 Ce-144 6.6112E-05 2.0728E-11 8.6685E+13 4.5652E+09 Pr-143 2.8176E-05 4.1842E-13 1. 7621E+12 1.9466E+09 Nd-147 1.2826E-05 1.5855E-13 6.4952E+11 8.8627E+08 Np-239 1.0810E-03 4.6595E-12 1. 1741E+13 7.4878E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.1419E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.6873E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.6717E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 7.8459E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.1228E+05 Cm-242 1.8119E-06 5.4669E-13 1. 3604E+12 1.2512E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1. 5316E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.5100 Atmosphere Sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8260E+17 0.OOOOE+00 organic I (atoms) 5.6475E+15 0.OOOOE+00 Aerosols (kq) 3.4642E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1026E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6668E-08 Total I (Ci) 2.9210E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.5200 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.5200 whole Body Thyroid TEDE Delta dose (rem) 1.1093E-05 7.8341E-05 1.3577E-05 Accumulated dose (rem) 1.2445E-01 7.8008E-01 1.4924E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.5200 whole Body Thyroid TEDE Delta dose (rem) 2.6686E-06 1.8847E-05 3.2662E-06 Page 140

CRDA PELLET MVP TRIP 10 MIN.O0 Accumulated dose (rem) 5.5676E-02 3.4896E-01 6.6769E-02 Control Room Doses: Time (h) = 0.5200 whole Body Thyroid TEDE Delta dose (rem) 1.0925E-05 1.5935E-03 6.1456E-05 Accumulated dose (rem) 6.9304E-04 9.4578E-02 3.6961E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.5200 Ci kg Atoms Decay Co-58 2.2583E-05 7.1021E-13 7.3741E+12 1.6058E+09 Co-60 2.7021E-05 2.3904E-11 2.3992E+14 1.9211E+09 Kr-85 2. 3925E+02 6.0981E-04 4.3204E+21 1.7010E+16 Kr-85m 3. 5634E+03 4.3300E-03 3.0677E+22 2. 5335E+17 Kr-87 5.1018E+03 1. 8011E-07 1. 2467E+18 4.2062E+17 Kr-88 8. 3921E+03 6.6927E-07 4.5800E+18 6.3702E+17 Rb-86 7. 5781E-04 9.3134E-12 6. 5217E+13 5.3901E+10 Sr-89 2. 8420E-02 9.7824E-10 6.6192E+15 2.0209E+12 Sr-90 4.2769E-03 3.1354E-08 2.0980E+17 3.0408E+11 Sr-91 3. 4660E-02 9.5613E-12 6.3274E+13 2.5126E+12 Sr-92 3.4461E-02 2.7417E-12 1.7947E+13 2.6242E+12 Y-90 4.4152E-05 8.1153E-14 5.4302E+11 3.1482E+09 Y-91 3.7004E-04 1. 5089E-11 9.9854E+13 2.6312E+10 Y-92 3.5718E-04 3.7120E-14 2.4298E+11 2.6761E+10 Y-93 4.4638E-04 1. 3379E-13 8.6637E+11 3.2322E+10 Zr-95 5.2369E-04 2.4377E-11 1. 5453E+14 3.7238E+10 Zr-97 5 1965E-04 2.7183E-13 1. 6876E+12 3.7351E+10 Nb-95 5.2612E-04 1.3455E-11 8. 5291E+13 3.7414E+10 Mo-99 7.6283E-03 1.5905E-11 9.6750E+13 5.4387E+11 Tc-99m 6.3269E-03 1.2032E-12 7.3192E+12 4.6386E+11 RU-103 6.7274E-03 2.0845E-10 1.2187E+15 4.7839E+11 Ru-105 4.5819E-03 6.8162E-13 3.9094E+12 3.3964E+11 Ru-106 3.0876E-03 9.2289E-10 5.2432E+15 2.1953E+11 Rh-105 4.5902E-03 5.4383E-12 3.1190E+13 3.2806E+11 sb-127 9.4332E-03 3. 5323E-11 1.6750E+14 6.7202E+11 Sb-129 2.5156E-02 4.4734E-12 2.0883E+13 1.8669E+12 Te-127 9.0659E-03 3.4352E-12 1. 6289E+13 6.5741E+11 Te-127m 1.2777E-03 1. 3546E-10 6.4231E+14 9.0848E+10 Te-129 1.9732E-02 9.4221E-13 4.3985E+12 1.6508E+12 Te-129m 4.0035E-03 1.3290E-10 6.2040E+14 2.8471E+11 Te-131m 1. 1861E-02 1.4875E-11 6.8381E+13 8.4851E+11 Te-132 1. 1409E-01 3.7579E-10 1.7144E+15 8.1305E+12 1-131 6. 4842E+01 5.2303E-07 2.4044E+18 4.6145E+15 1-132 7.9797E+01 7.7307E-09 3. 5269E+16 6.1522E+15 1-133 1. 2764E+02 1. 1267E-07 5.1018E+17 9.1556E+15 1-134 9. 4318E+01 3.5356E-09 1.5889E+16 8.3311E+15 1-135 1. 1524E+02 3.2813E-08 1.4637E+17 8.4253E+15 xe-133 2.7983E+04 1.4949E-04 6.7690E+20 1.9924E+18 Xe-135 9.7537E+03 3.8194E-06 1.7038E+19 7.0753E+17 Cs-134 8.1793E-02 6.3218E-08 2.8411E+17 5.8154E+12 Cs-136 2.2731E-02 3.1014E-10 1.3733E+15 1.6171E+12 Cs-137 4. 0194E-02 4.6209E-07 2.0312E+18 2.8577E+12 Ba-139 4.4316E-02 2.7093E-12 1.1738E+13 3.6111E+12 Ba-140 5.5497E-02 7.5806E-10 3.2608E+15 3.9481E+12 La-140 5.9251E-04 1.0660E-12 4.5854E+12 4.2320E+10 La-141 4.7830E-04 8.4574E-14 3.6122E+11 3.5648E+10 La-142 3.9957E-04 2.7913E-14 1.1838E+11 3.2084E+10 Ce-141 1. 3165E-03 4.6205E-11 1.9734E+14 9.3624E+10 Ce-143 1. 1930E-03 1.7965E-12 7.5654E+12 8.5294E+10 Ce-144 1.0932E-03 3.4274E-10 1.4334E+15 7.7724E+10 Pr-143 4.6588E-04 6.9184E-12 2.9136E+13 3.3142E+10 Nd-147 2.1208E-04 2.6215E-12 1.0740E+13 1.5089E+10 Page 141

CRDA PELLET MVP TRIP 10 MIN.o0 Np-239 1.7872E-02 7.7036E-11 1. 9411E+14 1. 2748E+12 Pu-238 7.5237E-06 4.3948E-10 1.1120E+15 5.3492E+08 Pu-239 4.0405E-07 6.5005E-09 1. 6380E+16 2.8727E+07 Pu-240 6.3978E-07 2.8077E-09 7.0451E+15 4.5487E+07 Pu-241 1.8788E-04 1.8239E-09 4. 5575E+15 1. 3358E+10 Am-241 9.8725E-08 2.8765E-11 7.1878E+13 7.0192E+06 Cm-242 2.9960E-05 9.0395E-12 2.2495E+13 2.1302E+09 Cm-244 3.6675E-06 4. 5333E-11 1. 1189E+14 2.6075E+08 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 0.5200 Atmosphere sump Noble gases (atoms) 3.5698E+22 0.OOOOE+00 Elemental I (atoms) 3.0187E+18 0.OOOOE+00 Organic I (atoms) 9.3363E+16 0.OOOOE+00 Aerosols (kq) 5.7281E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7783E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2576E-08 Total I (Ci) 4.8183E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5200 Leakage Transport Noble gases (atoms) 5.2556E+18 Elemental I (atoms) 4.4627E+14 organic I (atoms) 1. 3802E+13 Aerosols (kg) 8.4329E-11 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5200 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.5200 Ci kg Atoms Bq Co-58 7.3431E-06 2.309 E-13 2.3978E+12 2.7170E+05 Co-60 8.7847E-06 7.7715E-12 7.8001E+13 3.2504E+05 Kr-85 7.7782E+01 1.9825E-04 1.4046E+21 2.8779E+12 Kr-85m 1.1585E+03 1.4077E-03 9.9735E+21 4.2864E+13 Kr-87 2.0518E+03 7.2436E-08 5.0140E+17 7. 5916E+13 Kr-88 3.0009E+03 2.3932E-07 1. 6377E+18 1. 1103E+14 Rb-86 2.4652E-04 3.0297E-12 2.1215E+13 9.1212E+06 Sr-89 9.2416E-03 3.1810E-10 2.1524E+15 3.4194E+08 Sr-90 1.3905E-03 1.0193E-08 6.8207E+16 5.1447E+07 Sr-91 1.1593E-02 3.1982E-12 2.1165E+13 4.2895E+08 Sr-92 1.2379E-02 9.8486E-13 6.4467E+12 4.5803E+08 Y-90 1.4415E-05 2.6495E-14 1. 7729E+11 5.3336E+05 Y-91 1.2033E-04 4.9065E-12 3.2470E+13 4.4520E+06 Y-92 1.2534E-04 1.3026E-14 8.5264E+10 4.6375E+06 Y-93 1.4906E-04 4.4677E-14 2.8930E+11 5. 5151E+06 Zr-95 1.7029E-04 7.9266E-12 5.0247E+13 6.3006E+06 Zr-97 1.7167E-04 8.9799E-14 5.5751E+11 6.3516E+06 Nb-95 1. 7110E-04 4.3756E-12 2.7738E+13 6.3308E+06 Mo-99 2.4902E-03 5.1921E-12 3.1583E+13 9.2137E+07 Tc-99m 2.1514E-03 4.0915E-13 2.4888E+12 7.9602E+07 Ru-103 2.1877E-03 6.7787E-11 3.9633E+14 8.0947E+07 Ru-105 1. 5831E-03 2. 3551E-13 1.3508E+12 5.8576E+07 Ru-106 1.0038E-03 3.0005E-10 1. 7046E+15 3.7142E+07 Rh-105 1.5038E-03 1. 7816E-12 1.0218E+13 5.5639E+07 Page 142

CRDA PELLET MVP TRIP 10 MIN.O0 sb-127 3.0758E-03 1.1518E-11 5.4614E+13 1. 1380E+08 sb-129 8.7065E-03 1.5483E-12 7.2278E+12 3.2214E+08 Te-127 3.0338E-03 1.1496E-12 5.4511E+12 1. 1225E+08 Te-127m 4.1543E-04 4.4042E-11 2.0884E+14 1. 5371E+07 Te-129 8.0999E-03 3.8677E-13 1.8056E+12 2.9970E+08 Te-129m 1.3020E-03 4.3220E-11 2.0176E+14 4.8174E+07 Te-131m 3.8911E-03 4.8797E-12 2.2432E+13 1.4397E+08 Te-132 3.7219E-02 1.2260E-10 5.5931E+14 1. 3771E+09 1-131 2.1110E+01 1.7028E-07 7.8278E+17 7.8108E+11 1-132 2.9179E+01 2.8269E-09 1. 2897E+16 1.0796E+12 1-133 4.2039E+01 3.7111E-08 1.6803E+17 1. 5555E+12 1-134 4.1752E+01 1.5651E-09 7.0338E+15 1. 5448E+12 1-135 3.9028E+01 1.1113E-08 4.9574E+16 1. 4440E+12 Xe-133 9.1168E+03 4.8706E-05 2.2054E+20 3.3732E+14 Xe-135 3.2657E+03 1.2788E-06 5.7046E+18 1. 2083E+14 Cs-134 2.6592E-02 2.0553E-08 9.2368E+16 9.8391E+08 Cs-136 7.3963E-03 1.0092E-10 4.4686E+14 2.7366E+08 Cs-137 1.3067E-02 1.5023E-07 6.6037E+17 4.8349E+08 Ba-139 1.7531E-02 1.0718E-12 4.6435E+12 6.4865E+08 Ba-140 1.8058E-02 2.4667E-10 1.0611E+15 6.6816E+08 La-140 1.9393E-04 3.4890E-13 1. 5008E+12 7.1753E+06 La-141 1.6657E-04 2.9454E-14 1.2580E+11 6.1631E+06 La-142 1.5482E-04 1.0815E-14 4.5865E+10 5.7282E+06 Ce-141 4.2816E-04 1.5027E-11 6.4179E+13 1.5842E+07 Ce-143 3.9104E-04 5.8885E-13 2.4798E+12 1.4469E+07 Ce-144 3.5541E-04 1.1143E-10 4.6601E+14 1. 3150E+07 Pr-143 1.5159E-04 2.2511E-12 9.4801E+12 5.6087E+06 Nd-147 6.9019E-05 8.5316E-13 3.4951E+12 2.5537E+06 Np-239 5.8380E-03 2.5165E-11 6.3409E+13 2.1601E+08 Pu-238 2.4460E-06 1.4288E-10 3.6152E+14 9.0502E+04 Pu-239 1.3136E-07 2.1134E-09 5.3251E+15 4.8603E+03 Pu-240 2.0800E-07 9.1280E-10 2.2904E+15 7.6959E+03 Pu-241 6.1082E-05 5.9295E-10 1.4817E+15 2.2600E+06 Am-241 3.2096E-08 9.3516E-12 2.3368E+13 1. 1876E+03 Cm-242 9.7408E-06 2.9390E-12 7.3137E+12 3.6041E+05 Cm-244 1.1923E-06 1.4738E-11 3. 6375E+13 4.4117E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.5200 Release Rate/s Noble gases (atoms) 1.1606E+22 6.2001E+18 Elemental I (atoms) 9.8971E+17 5.2869E+14 Organic I (atoms) 3.0609E+16 1.6351E+13 Aerosols (kq) 1.8623E-07 9.9480E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9453E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7358E+01 Total I (Ci) 1. 7311E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5200 Leakage Transport Noble gases (atoms) 5.2556E+18 Elemental I (atoms) 4.4627E+14 organic I (atoms) 1. 3802E+13 Aerosols (kg) 8.4329E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.5200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9697E+17 Elemental I (atoms) O.OOOOE+00 3.3907E+13 Page 143

CRDA PELLET MVP TRIP 10 MIN.o0 organic I (atoms) 0.OOOOE+00 1.0487E+12 Aerosols (kg) 0.OOOOE+00 6.3693E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.5200 Filtered Transported Noble gases (atoms) 1.9021E+17 0.OOOOE+00 Elemental I (atoms) 1.6174E+13 0.O000E+O0 organic I (atoms) 5.0024E+11 0.OOOOE+00 Aerosols (kg) 3.0520E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5200 Filtered Transported Noble gases (atoms) O.OOOOE+O0 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.5200 ci kg Atoms Decay Co-58 1.3658E-06 4.2951E-14 4.4596E+11 9.6137E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.1502E+08 Kr-85 1. 4469E+01 3.6879E-05 2.6129E+20 1.0184E+15 Kr-85m 2.1550E+02 2.6187E-04 1.8553E+21 1. 5168E+16 Kr-87 3. 0854E+02 1.0893E-08 7. 5399E+16 2.5151E+16 Kr-88 5.0753E+02 4.0475E-08 2.7699E+17 3.8118E+16 Rb-86 4.5830E-05 5.6325E-13 3.9441E+12 3.2270E+09 Sr-89 1.7188E-03 5.9161E-11 4.0031E+14 1.2099E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1.8205E+10 Sr-91 2.0961E-03 5.7824E-13 3.8266E+12 1. 5040E+11 Sr-92 2.0841E-03 1. 6581E-13 1. 0854E+12 1. 5702E+11 Y-90 2.6702E-06 4.9079E-15 3.2840E+10 1.8847E+08 Y-91 2.2379E-05 9.1253E-13 6.0389E+12 1.5753E+09 Y-92 2.1601E-05 2.2449E-15 1.4695E+10 1.6015E+09 Y-93 2. 6996E-05 8.0914E-15 5.2395E+10 1.9348E+09 Zr-95 3.1671E-05 1.4743E-12 9.3455E+12 2.2294E+09 Zr-97 3.1427E-05 1. 6439E-14 1.0206E+11 2.2360E+09 Nb-95 3.1818E-05 8.1370E-13 5.1581E+12 2.2400E+09 Mo-99. 4.6134E-04 9.6189E-13 5.8511E+12 3.2560E+10 Tc-99m 3. 8263E-04 7.2768E-14 4.4265E+11 2.7764E+10 Ru-103 4.0685E-04 1. 2606E-11 7.3705E+13 2.8641E+10 Ru-105 2. 7710E-04 4.1223E-14 2.3643E+11 2.0327E+10 Ru-106 1. 8673E-04 5.5814E-11 3.1709E+14 1. 3143E+10 Rh-105 2.7760E-04 3.2889E-13 1.8863E+12 1. 9640E+10 Sb-127 5. 7049E-04 2.1363E-12 1. 0130E+13 4.0232E+10 Sb-129 1. 5214E-03 2.7054E-13 1.2630E+12 1.1173E+11 Te-127 5.4828E-04 2.0775E-13 9.8513E+11 3.9352E+10 Te-127m 7. 7271E-05 8.1920E-12 3.8845E+13 5.4390E+09 Te-129 1. 1933E-03 5.6982E-14 2.6601E+11 9.8696E+10 Te-129m 2.4212E-04 8.0371E-12 3.7520E+13 1.7045E+10 Te-131m 7.1734E-04 8.9959E-13 4.1355E+12 5.0797E+10 Te-132 6.8997E-03 2.2727E-11 1.0368E+14 4.8676E+11 1-131 3. 9215E+00 3.1631E-08 1.4541E+17 2.7627E+14 1-132 4.8259E+00 4.6753E-10 2.1330E+15 3.6808E+14 1-133 7.7192E+00 6.8142E-09 3.0854E+16 5.4810E+14 1-134 5.7041E+00 2.1382E-10 9.6095E+14 4.9788E+14 1-135 6.9691E+00 1.9844E-09 8.8523E+15 5.0430E+14 Xe-133 1. 6923E+03 9.0410E-06 4.0937E+19 1.1928E+17 Xe-135 5.8988E+02 2.3099E-07 1. 0304E+18 4.2352E+16 Page 144

CRDA PELLET MVP TRIP 10 MIN.o0 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 3.4816E+11 Cs-136 1.3747E-03 1.8757E-11 8.3055E+13 9.6811E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1. 7109E+11 Ba-139 2.6801E-03 1.6385E-13 7.0987E+11 2.1595E+11 Ba-140 3.3563E-03 4.5845E-11 1.9720E+14 2.3637E+11 La-140 3.5834E-05 6.4469E-14 2.7731E+11 2.5335E+09 La-141 2.8926E-05 5.1148E-15 2.1845E+10 2.1334E+09 La-142 2.4165E-05 1.6881E-15 7.1591E+09 1.9189E+09 Ce-141 7.9620E-05 2.7943E-12 1.1935E+13 5.6052E+09 Ce-143 7.2149E-05 1.0864E-13 4.5753E+11 5.1062E+09 Ce-144 6.6112E-05 2.0728E-11 8.6685E+13 4.6533E+09 Pr-143 2.8175E-05 4.1841E-13 1.7620E+12 1.9842E+09 Nd-147 1.2826E-05 1.5854E-13 6.4950E+11 9.0335E+08 Np-239 1.0808E-03 4.6589E-12 1.1739E+13 7.6318E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.2025E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1. 7199E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.7233E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 7.9973E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.2023E+05 Cm-242 1.8119E-06 5.4668E-13 1.3604E+12 1.2753E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1. 5611E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.5200 Atmosphere sump Noble gases (atoms) 2.1589E+21 0.0000E+00 Elemental I (atoms) 1.8256E+17 O.OOOOE+00 organic I (atoms) 5.6463E+15 0.0000E+00 Aerosols (kq) 3.4642E-08 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1016E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6637E-08 Total I (Ci) 2.9140E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5200 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.0000E+00 2.1365E-07 Detailed model information at time (H) = 0.5300 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.5300 whole Body Thyroid TEDE Delta dose (rem) 1.1063E-05 7.8327E-05 1.3546E-05 Accumulated dose (rem) 1.2446E-01 7.8015E-01 1.4926E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.5300 whole Body Thyroid TEDE Delta dose (rem) 2.6614E-06 1.8844E-05 3.2589E-06 Accumulated dose (rem) 5.5679E-02 3.4898E-01 6.6772E-02 Page 145

CRDA PELLET MVP TRIP 10 MIN.O0 Control Room Doses: Time (h) = 0.5300 whole Body Thyroid TEDE Delta dose (rem) 1.0745E-05 1. 5712E-03 6.0565E-05 Accumulated dose (rem) 7.0378E-04 9.6149E-02 3.7567E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.5300 Ci kg Atoms Decay Co-58 2.2583E-05 7.1020E-13 7.3740E+12 1.6359E+09 Co-60 2. 7021E-05 2.3904E-11 2.3992E+14 1.9571E+09 Kr-85 2.3925E+02 6.0980E-04 4.3204E+21 1.7329E+16 Kr-85m 3. 5634E+03 4.3300E-03 3.0677E+22 2.5810E+17 Kr-87 5.0740E+03 1.7913E-07 1. 2400E+18 4.2739E+17 Kr-88 8. 3716E+03 6.6764E-07 4.5689E+18 6.4819E+17 Rb-86 7. 5779E-04 9.3132E-12 6.5216E+13 5.4910E+10 Sr-89 2.8420E-02 9.7823E-10 6. 6191E+15 2.0588E+12 Sr-90 4.2769E-03 3.1354E-08 2.0980E+17 3.0978E+11 Sr-91 3.4634E-02 9.5543E-12 6.3228E+13 2. 5587E+12 Sr-92 3.4373E-02 2.7347E-12 1. 7901E+13 2.6700E+12 Y-90 4.4148E-05 8.1144E-14 5.4296E+11 3.2070E+09 Y-91 3.7003E-04 1. 5089E-11 9.9853E+13 2.6805E+10 Y-92 3.5648E-04 3.7047E-14 2.4250E+11 2.7236E+10 Y-93 4.4607E-04 1.3370E-13 8.6577E+11 3.2916E+10 Zr-95 5.2369E-04 2.4377E-11 1. 5453E+14 3.7935E+10 Zr-97 5. 1943E-04 2.7172E-13 1. 6869E+12 3.8043E+10 Nb-95 5.2612E-04 1.3455E-11 8.5290E+13 3.8115E+10 Mo-99 7.6274E-03 1. 5903E-11 9.6739E+13 5.5403E+11 Tc-99m 6.3196E-03 1.2018E-12 7.3108E+12 4.7228E+11 Ru-103 6. 7273E-03 2.0844E-10 1.2187E+15 4.8736E+11 RU-105 4. 5747E-03 6.8056E-13 3.9032E+12 3.4574E+11 Ru-106 3.0876E-03 9.2288E-10 5.2431E+15 2.2364E+11 Rh-105 4.5893E-03 5.4372E-12 3.1184E+13 3.3417E+11 sb-127 9.4324E-03 3.5321E-11 1. 6748E+14 6.8458E+11 Sb-129 2. 5115E-02 4.4662E-12 2.0850E+13 1.9004E+12 Te-127 9.0591E-03 3.4327E-12 1. 6277E+13 6.6948E+11 Te-127m 1.2777E-03 1. 3545E-10 6.4230E+14 9.2550E+10 Te-129 1. 9614E-02 9.3659E-13 4.3723E+12 1. 6770E+12 Te-129m 4.0035E-03 1. 3289E-10 6.2039E+14 2.9004E+11 Te-131m 1. 1859E-02 1.4871E-11 6.8364E+13 8.6430E+11 Te-132 1.1408E-01 3.7576E-10 1.7143E+15 8.2824E+12 1-131 6.4839E+01 5.2300E-07 2.4043E+18 4.7009E+15 1-132 7.9557E+01 7.7074E-09 3. 5163E+16 6.2583E+15 1-133 1. 2760E+02 1. 1264E-07 5.1001E+17 9.3256E+15 1-134 9.3575E+01 3.5077E-09 1. 5764E+16 8.4562E+15 1-135 1.1511E+02 3.2779E-08 1.4622E+17 8.5787E+15 Xe-133 2.7981E+04 1.4949E-04 6.7686E+20 2.0297E+18 Xe-135 9. 7463E+03 3.8165E-06 1. 7025E+19 7.2052E+17 Cs-134 8.1793E-02 6.3218E-08 2.8411E+17 5.9243E+12 Cs-136 2.2730E-02 3.1014E-10 1. 3733E+15 1. 6473E+12 Cs-137 4.0194E-02 4.6209E-07 2.0312E+18 2.9112E+12 Ba-139 4.4093E-02 2.6957E-12 1.1679E+13 3.6700E+12 Ba-140 5.5495E-02 7.5804E-10 3.2607E+15 4.0220E+12 La-140 5.9241E-04 1.0658E-12 4.5846E+12 4.3109E+10 La-141 4.7745E-04 8.4425E-14 3.6058E+11 3.6285E+10 La-142 3.9778E-04 2.7787E-14 1. 1784E+11 3.2615E+10 Ce-141 1. 3165E-03 4.6204E-11 1.9734E+14 9. 5378E+10 Ce-143 1. 1927E-03 1. 7961E-12 7.5638E+12 8.6883E+10 Ce-144 1.0932E-03 3.4274E-10 1.4334E+15 7.9180E+10 Pr-143 4.6587E-04 6.9183E-12 2.9135E+13 3.3762E+10 Nd-147 2.1207E-04 2.6215E-12 1.0739E+13 1. 5371E+10 Np-239 1. 7869E-02 7.7026E-11 1.9408E+14 1.2986E+12 Page 146

CRDA PELLET MVP TRIP 10 MIN.o0 Pu-238 7.5236E-06 4.3947E-10 1. 1120E+15 5.4494E+08 Pu-239 4.0405E-07 6.5005E-09 1. 6379E+16 2.9265E+07 Pu-240 6.3978E-07 2.8077E-09 7.0451E+15 4.6339E+07 Pu-241 1.8788E-04 1.8238E-09 4. 5575E+15 1. 3608E+10 Am-241 9.8725E-08 2.8765E-11 7.1877E+13 7.1507E+06 Cm-242 2.9959E-05 9.0395E-12 2.2495E+13 2.1701E+09 Cm-244 3.6675E-06 4.5333E-11 1.1188E+14 2.6564E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.5300 Atmosphere sump Noble gases (atoms) 3.5697E+22 0.OOOOE+00 Elemental I (atoms) 3.0181E+18 O.OOOOE+00 organic I (atoms) 9.3343E+16 O.OOOOE+00 Aerosols (kq) 5.7280E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7773E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2547E-08 Total I (Ci) 4.8068E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5300 Leakage Transport Noble gases (atoms) 5.4043E+18 Elemental I (atoms) 4.5884E+14 organic I (atoms) 1.4191E+13 Aerosols (kg) 8.6715E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.5300 Ci kg Atoms Bq Co-58 7.3432E-06 2.3093E-13 2.3978E+12 2.7170E+05 Co-60 8.7849E-06 7.7716E-12 7.8002E+13 3.2504E+05 Kr-85 7. 7783E+01 1.9826E-04 1. 4046E+21 2.8780E+12 Kr-85m 1.1585E+03 1.4077E-03 9.9736E+21 4.2865E+13 Kr-87 2.0518E+03 7.2436E-08 5.0140E+17 7.5917E+13 Kr-88 3.0009E+03 2.3932E-07 1. 6378E+18 1. 1103E+14 Rb-86 2.4652E-04 3.0297E-12 2.1216E+13 9.1213E+06 Sr-89 9.2417E-03 3.1811E-10 2. 1525E+15 3.4194E+08 Sr-90 1. 3905E-03 1.0194E-08 6.8208E+16 5.1448E+07 Sr-91 1. 1594E-02 3.1982E-12 2.1165E+13 4.2896E+08 Sr-92 1.2379E-02 9.8488E-13 6.4468E+12 4.5803E+08 Y-90 1.4415E-05 2.6496E-14 1.7729E+11 5.3336E+05 Y-91 1.2033E-04 4.9065E-12 3.2470E+13 4.4521E+06 Y-92 1.2534E-04 1. 3026E-14 8.5265E+10 4.6376E+06 Y-93 1.4906E-04 4.4678E-14 2.8931E+11 5.5152E+06 zr-95 1. 7029E-04 7.9267E-12 5.0248E+13 6.3007E+06 zr-97 1. 7167E-04 8.9800E-14 5.5751E+11 6.3517E+06 Nb-95 1. 7110E-04 4.3757E-12 2.7738E+13 6.3308E+06 Mo-99 2.4902E-03 5.1921E-12 3.1584E+13 9.2138E+07 Tc-99m 2.1514E-03 4.0915E-13 2.4889E+12 7.9603E+07 Ru-103 2.1878E-03 6.7788E-11 3.9634E+14 8.0948E+07 Ru-105 1.5831E-03 2.3552E-13 1. 3508E+12 5.8576E+07 Ru-106 1.0038E-03 3.0005E-10 1. 7047E+15 3.7142E+07 Rh-105 1.5038E-03 1. 7816E-12 1.0218E+13 5.5640E+07 sb-127 3.0758E-03 1.1518E-11 5.4615E+13 1. 1381E+08 Page 147

CRDA PELLET MVP TRIP 10 MIN.oO sb-129 8.7066E-03 1.5483E-12 7.2279E+12 3.2215E+08 Te-127 3.0339E-03 1.1496E-12 5.4512E+12 1. 1225E+08 Te-127m 4.1544E-04 4.4043E-11 2.0884E+14 1. 5371E+07 Te-129 8.1000E-03 3.8678E-13 1.8056E+12 2.9970E+08 Te-129m 1.3020E-03 4.3220E-11 2.0177E+14 4.8175E+07 Te-131m 3.8912E-03 4.8798E-12 2.2433E+13 1.4397E+08 Te-132 3.7220E-02 1.2260E-10 5.5932E+14 1. 3771E+09 1-131 2.1110E+01 1.7028E-07 7.8279E+17 7.8109E+11 .1-132 2.9180E+01 2.8269E-09 1.2897E+16 1.0796E+12 1-133 4.2040E+01 3.7111E-08 1.6804E+17 1. 5555E+12 1-134 4.1752E+01 1.5651E-09 7.0338E+15 1. 5448E+12 1-135 3.9028E+01 1.1113E-08 4.9575E+16 1. 4440E+12 xe-133 9.1170E+03 4.8706E-05 2.2054E+20 3.3733E+14 Xe-135 3.2658E+03 1.2788E-06 5.7047E+18 1.2083E+14 Cs-134 2.6592E-02 2.0553E-08 9.2369E+16 9.8392E+08 Cs-136 7.3964E-03 1.0092E-10 4.4687E+14 2.7367E+08 Cs-137 1.3067E-02 1.5023E-07 6.6038E+17 4.8350E+08 Ba-139 1.7531E-02 1.0718E-12 4.6435E+12 6.4866E+08 Ba-140 1.8059E-02 2.4667E-10 1. 0611E+15 6.6817E+08 La-140 1.9393E-04 3.4890E-13 1. 5008E+12 7.1754E+06 La-141 1.6657E-04 2.9454E-14 1.2580E+11 6.1632E+06 La-142 1.5482E-04 1.0815E-14 4.5866E+10 5.7282E+06 Ce-141 4.2817E-04 1.5027E-11 6.4180E+13 1.5842E+07 Ce-143 3.9105E-04 5.8885E-13 2.4798E+12 1.4469E+07 Ce-144 3.5542E-04 1.1143E-10 4.6602E+14 1. 3150E+07 Pr-143 1.5159E-04 2.2511E-12 9.4802E+12 5.6088E+06 Nd-147 6.9020E-05 8.5317E-13 3.4952E+12 2.5537E+06 Np-239 5.8381E-03 2.5165E-11 6.3409E+13 2.1601E+08 Pu-238 2.4460E-06 1.4288E-10 3.6153E+14 9.0503E+04 Pu-239 1.3136E-07 2.1134E-09 5.3252E+15 4.8604E+03 Pu-240 2.0800E-07 9.1282E-10 2.2905E+15 7.6960E+03 Pu-241 6.1082E-05 5.9296E-10 1.4817E+15 2.2600E+06 Am-241 3.2097E-08 9.3518E-12 2.3368E+13 1. 1876E+03 Cm-242 9.7409E-06 2.9391E-12 7.3138E+12 3.6041E+05 Cm-244 1.1924E-06 1.4738E-11 3.6375E+13 4.4117E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.5300 Release Rate/s Noble gases (atoms) 1.1607E+22 6.0831E+18 Elemental I (atoms) 9.8972E+17 5.1872E+14 Organic I (atoms) 3.0610E+16 1.6043E+13 Aerosols (kq) 1.8623E-07 9.7604E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9453E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7359E+01 Total I (ci) 1.7311E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5300 Leakage Transport Noble gases (atoms) 5.4043E+18 Elemental I (atoms) 4.5884E+14 Organic I (atoms) 1.4191E+13 Aerosols (kg) 8.6715E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.5300 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.9740E+17 Elemental I (atoms) 0.OOOOE+00 3.3944E+13 Organic I (atoms) O.0000E+00 1.0498E+12 Page 148

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 0.OOOOE+00 6.3762E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.5300 Filtered Transported Noble gases (atoms) 1. 9346E+17 0.OOOOE+00 Elemental I (atoms) 1. 6450E+13 0.OOOOE+00 organic I (atoms) 5.0875E+11 0.OOOOE+00 Aerosols (kg) 3.1042E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.5300 Ci kg Atoms Decay Co-58 1.3658E-06 4.2951E-14 4.4596E+11 9.7956E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.1719E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 0377E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 1.5455E+16 Kr-87 3.0686E+02 1.0833E-08 7.4989E+16 2.5561E+16 Kr-88 5.0629E+02 4.0377E-08 2.7631E+17 3.8793E+16 Rb-86 4.5829E-05 5.6324E-13 3.9441E+12 3.2880E+09 Sr-89 1.7187E-03 5.9161E-11 4.0031E+14 1.2328E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1. 8550E+10 Sr-91 2.0946E-03 5.7782E-13 3.8238E+12 1. 5319E+11 Sr-92 2.0788E-03 1.6539E-13 1.0826E+12 1. 5979E+11 Y-90 2.6699E-06 4.9074E-15 3.2837E+10 1.9203E+08 Y-91 2.2379E-05 9.1253E-13 6.0389E+12 1. 6051E+09 Y-92 2.1559E-05 2.2405E-15 1.4666E+10 1.6302E+09 Y-93 2.6977E-05 8.0859E-15 5.2359E+10 1.9707E+09 Zr-95 3.1671E-05 1.4743E-12 9.3454E+12 2.2716E+09 Zr-97 3.1414E-05 1.6433E-14 1.0202E+11 2.2778E+09 Nb-95 3.1818E-05 8.1370E-13 5.1581E+12 2.2823E+09 Mo-99 4.6129E-04 9.6179E-13 5.8505E+12 3.3175E+10 Tc-99m 3.8219E-04 7.2684E-14 4.4214E+11 2.8273E+10 Ru-103 4.0685E-04 1. 2606E-11 7.3705E+13 2.9183E+10 Ru-105 2.7667E-04 4.1158E-14 2.3606E+11 2.0696E+10 Ru-106 1.8673E-04 5.5814E-11 3.1709E+14 1.3392E+10 Rh-105 2.7755E-04 3.2883E-13 1.8859E+12 2.0009E+10 sb-127 5. 7045E-04 2.1361E-12 1. 0129E+13 4.0992E+10 Sb-129 1. 5189E-03 2.7011E-13 1. 2609E+12 1.1375E+11 Te-127 5.4787E-04 2.0760E-13 9.8440E+11 4.0082E+10 Te-127m 7. 7271E-05 8.1919E-12 3.8845E+13 5.5419E+09 Te-129 1. 1862E-03 5.6643E-14 2.6443E+11 1. 0028E+11 Te-129m 2.4212E-04 8.0371E-12 3.7520E+13 1.7368E+10 Te-131m 7.1717E-04 8.9938E-13 4.1345E+12 5.1752E+10 Te-132 6.8991E-03 2.2725E-11 1.0368E+14 4.9595E+11 1-131 3. 9213E+00 3.1630E-08 1.4540E+17 2.8149E+14 1-132 4. 8114E+00 4.6612E-10 2.1265E+15 3.7450E+14 1-133 7.7167E+00 6.8120E-09 3.0844E+16 5.5838E+14 1-134 5. 6592E+00 2.1214E-10 9.5338E+14 5.0544E+14 1-135 6. 9618E+00 1.9824E-09 8.8430E+15 5.1357E+14 Xe-133 1. 6922E+03 9.0405E-06 4.0935E+19 1.2154E+17 Xe-135 5. 8943E+02 2.3081E-07 1.0296E+18 4.3138E+16 Cs-134 4. 9466E-03 3.8232E-09 1.7182E+16 3. 5475E+11 Page 149

CRDA PELLET MVP TRIP 10 MIN.O0 Cs-136 1.3747E-03 1.8756E-11 8.3053E+13 9.8642E+10 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1. 7433E+11 Ba-139 2.6666E-03 1.6303E-13 7.0631E+11 2.1951E+11 Ba-140 3.3562E-03 4.5844E-11 1.9720E+14 2.4084E+11 La-140 3.5827E-05 6.4458E-14 2.7727E+11 2. 5813E+09 La-141 2.8875E-05 5.1058E-15 2.1807E+10 2.1719E+09 La-142 2.4057E-05 1.6805E-15 7.1269E+09 1.9510E+09 Ce-141 7.9619E-05 2.7943E-12 1. 1934E+13 5.7113E+09 Ce-143 7.2134E-05 1.0862E-13 4.5744E+11 5.2023E+09 Ce-144 6.6112E-05 2.0728E-11 8.6685E+13 4.7413E+09 Pr-143 2.8174E-05 4.1840E-13 1. 7620E+12 2.0217E+09 Nd-147 1.2826E-05 1. 5854E-13 6.4948E+11 9.2044E+08 Np-239 1.0807E-03 4.6583E-12 1.1738E+13 7.7757E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.2631E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.7524E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.7748E+06 Pu-241 1. 1362E-05 1. 1030E-10 2.7562E+14 8.1486E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.2818E+05 cm-242 1. 8119E-06 5.4668E-13 1. 3604E+12 1.2994E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.5907E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.5300 Atmosphere sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8253E+17 0.OOOOE+00 organi c I (atoms) 5.6451E+15 O.OOOOE+00 Aerosols (kq) 3.4642E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1006E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6606E-08 Total I (Ci) 2.9070E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.5400 CRDA @ EAB - condenser Release Doses: Time (h) = 0.5400 whole Body Thyroid TEDE Delta dose (rem) 1.1033E-05 7.8314E-05 1.3516E-05 Accumulated dose (rem) 1.2447E-01 7.8023E-01 1. 4927E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.5400 whole Body Thyroid TEDE Delta dose (rem) 2.6543E-06 1.8840E-05 3.2516E-06 Accumulated dose (rem) 5.5681E-02 3.4900E-01 6.6775E-02 Page 150

CRDA PELLET MVP TRIP 10 MIN.O0 Control Room Doses: Time (h) = 0.5400 whole Body Thyroid TEDE Delta dose (rem) 1.0568E-05 1.5492E-03 5.9689E-05 Accumulated dose (rem) 7.1435E-04 9.7699E-02 3.8164E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.5400 ci kg Atoms Decay co-58 2.2583E-05 7.1020E-13 7.3740E+12 1.6659E+09 co-60 2.7021E-05 2.3904E-11 2.3992E+14 1.9931E+09 Kr-85 2. 3925E+02 6.0980E-04 4.3204E+21 1.7647E+16 Kr-85m 3.5633E+03 4.3300E-03 3.0677E+22 2.6284E+17 Kr-87 5.0464E+03 1. 7816E-07 1. 2332E+18 4.3413E+17 Kr-88 8.3512E+03 6. 6601E-07 4. 5577E+18 6.5933E+17 Rb-86 7.5778E-04 9.3131E-12 6.5215E+13 5. 5920E+10 Sr-89 2. 8419E-02 9.7822E-10 6.6191E+15 2.0966E+12 Sr-90 4.2769E-03 3.1354E-08 2.0980E+17 3.1547E+11 Sr-91 3.4609E-02 9.5473E-12 6.3181E+13 2.6048E+12 Sr-92 3.4285E-02 2.7277E-12 1. 7855E+13 2.7158E+12 Y-90 4.4143E-05 8.1135E-14 5.4290E+11 3.2658E+09 Y-91 3.7003E-04 1. 5089E-11 9.9852E+13 2.7298E+10 Y-92 3. 5578E-04 3.6975E-14 2.4203E+11 2.7711E+10 Y-93 4.4576E-04 1. 3361E-13 8.6517E+11 3.3510E+10 Zr-95 5.2368E-04 2.4377E-11 1. 5453E+14 3.8633E+10 Zr-97 5.1922E-04 2.7160E-13 1. 6862E+12 3.8735E+10 Nb-95 5.2611E-04 1. 3454E-11 8. 5289E+13 3.8816E+10 Mo-99 7. 6266E-03 1. 5902E-11 9.6728E+13 5.6419E+11 Tc-99m 6.3123E-03 1.2005E-12 7.3023E+12 4.8069E+11 Ru-103 6.7272E-03 2.0844E-10 1. 2187E+15 4.9632E+11 Ru-105 4.5676E-03 6.7949E-13 3.8971E+12 3.5182E+11 Ru-106 3.0876E-03 9.2288E-10 5.2431E+15 2.2775E+11 Rh-105 4. 5883E-03 5.4361E-12 3.1178E+13 3.4028E+11 Sb-127 9.4317E-03 3.5318E-11 1. 6747E+14 6.9714E+11 sb-129 2.5075E-02 4.4591E-12 2.0816E+13 1.9338E+12 Te-127 9.0524E-03 3.4301E-12 1. 6265E+13 6.8155E+11 Te-127m 1. 2777E-03 1.3545E-10 6.4230E+14 9.4252E+10 Te-129 1. 9497E-02 9.3101E-13 4.3463E+12 1. 7030E+12 Te-129m 4.0034E-03 1. 3289E-10 6.2038E+14 2.9537E+11 Te-131m 1. 1856E-02 1.4868E-11 6.8348E+13 8.8010E+11 Te-132 1.1407E-01 3.7572E-10 1.7141E+15 8.4344E+12 1-131 6. 4837E+01 5.2298E-07 2.4042E+18 4.7873E+15 1-132 7.9317E+01 7.6841E-09 3.5057E+16 6.3642E+15 1-133 1.2755E+02 1. 1260E-07 5.0984E+17 9.4955E+15 1-134 9. 2838E+01 3.4801E-09 1. 5640E+16 8. 5803E+15 1-135 1. 1499E+02 3.2744E-08 1.4607E+17 8.7319E+15 Xe-133 2.7979E+04 1.4948E-04 6.7682E+20 2.0669E+18 Xe-135 9.7389E+03 3.8136E-06 1. 7012E+19 7.3350E+17 Cs-134 8. 1793E-02 6.3218E-08 2.8411E+17 6.0333E+12 Cs-136 2.2730E-02 3.1013E-10 1. 3733E+15 1. 6776E+12 Cs-137 4. 0193E-02 4.6209E-07 2.0312E+18 2.9648E+12 Ba-139 4.3872E-02 2.6821E-12 1. 1620E+13 3.7285E+12 Ba-140 5.5494E-02 7.5802E-10 3.2606E+15 4.0959E+12 La-140 5. 9231E-04 1.0656E-12 4.5838E+12 4.3898E+10 La-141 4.7661E-04 8.4275E-14 3.5994E+11 3.6920E+10 La-142 3.9599E-04 2.7663E-14 1.1732E+11 3.3143E+10 Ce-141 1. 3165E-03 4.6203E-11 1. 9734E+14 9.7132E+10 Ce-143 1.1925E-03 1.7957E-12 7.5622E+12 8.8471E+10 Ce-144 1.0932E-03 3.4274E-10 1.4333E+15 8.0636E+10 Pr-143 4.6586E-04 6.9181E-12 2.9134E+13 3.4383E+10 Nd-147 2.1207E-04 2.6214E-12 1.0739E+13 1. 5654E+10 Np-239 1.7867E-02 7.7016E-11 1. 9406E+14 1. 3224E+12 Pu-238 7.5236E-06 4.3947E-10 1.1120E+15 5.5496E+08 Page 151

CRDA PELLET MVP TRIP 10 MIN.O0 Pu-239 4.0405E-07 6.5005E-09 1. 6379E+16 2.9803E+07 Pu-240 6.3978E-07 2.8077E-09 7.0451E+15 4. 7191E+07 Pu-241 1.8788E-04 1.8238E-09 4. 5574E+15 1. 3858E+10 Am-241 9.8725E-08 2.8765E-11 7.1877E+13 7.2822E+06 Cm-242 2.9959E-05 9.0394E-12 2.2494E+13 2.2100E+09 Cm-244 3.6675E-06 4.5332E-11 1.1188E+14 2.7052E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.5400 Atmosphere Sump Noble gases (atoms) 3.5697E+22 0.O000E+00 Elemental I (atoms) 3.0175E+18 O.O000E+00 organic I (atoms) 9.3324E+16 0.0000E+00 Aerosols (kq) 5.7280E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7763E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2518E-08 Total I (Ci) 4.7954E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5400 Leakage Transport Noble gases (atoms) 5.5531E+18 Elemental I (atoms) 4.7142E+14 organic I (atoms) 1.4580E+13 Aerosols (kg) 8.9102E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5400 Filtered Transported Noble gases (atoms) O.O000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.5400 Ci kg Atoms Bq Co-58 7.3433E-06 2.3094E-13 2.3978E+12 2.7170E+05 Co-60 8.7850E-06 7.7717E-12 7.8003E+13 3.2504E+05 Kr-85 7.7784E+01 1.9826E-04 1.4046E+21 2.8780E+12 Kr-85m 1.1585E+03 1.4078E-03 9.9738E+21 4.2865E+13 Kr-87 2.0518E+03 7.2437E-08 5.0141E+17 7.5917E+13 Kr-88 3.0009E+03 2.3932E-07 1.6378E+18 1. 1103E+14 Rb-86 2.4652E-04 3.0298E-12 2.1216E+13 9.1214E+06 Sr-89 9.2419E-03 3.1811E-10 2.1525E+15 3.4195E+08 Sr-90 1.3905E-03 1. 0194E-08 6.8209E+16 5.1448E+07 Sr-91 1. 1594E-02 3.1983E-12 2.1165E+13 4.2897E+08 Sr-92 1.2379E-02 9.8489E-13 6.4469E+12 4.5804E+08 Y-90 1.4415E-05 2.6496E-14 1.7729E+11 5.3337E+05 Y-91 1.2033E-04 4.9066E-12 3.2470E+13 4.4521E+06 Y-92 1.2534E-04 1. 3026E-14 8.5266E+10 4.6376E+06 Y-93 1.4906E-04 4.4678E-14 2.8931E+11 5.5153E+06 Zr-95 1.7029E-04 7.9268E-12 5.0249E+13 6.3008E+06 Zr-97 1. 7167E-04 8.9801E-14 5.5752E+11 6.3518E+06 Nb-95 1.7111E-04 4.3758E-12 2.7738E+13 6.3309E+06 Mo-99 2.4903E-03 5.1922E-12 3.1584E+13 9.2139E+07 Tc-99m 2.1514E-03 4.0916E-13 2.4889E+12 7.9604E+07 Ru-103 2.1878E-03 6.7789E-11 3.9634E+14 8.0949E+07 Ru-105 1.5832E-03 2. 3552E-13 1. 3508E+12 5.8577E+07 RU-106 1.0039E-03 3.0006E-10 1. 7047E+15 3.7143E+07 Rh-105 1.5038E-03 1. 7816E-12 1.0218E+13 5.5640E+07 Sb-127 3.0759E-03 1.1518E-11 5.4616E+13 1.1381E+08 Sb-129 8.7067E-03 1. 5483E-12 7.2280E+12 3.2215E+08 Page 152

CRDA PELLET MVP TRIP 10 MIN.o0 Te-127 3.0339E-03 1.1496E-12 5.4512E+12 1.1226E+08 Te-127m 4.1544E-04 4.4043E-11 2.0885E+14 1. 5371E+07 Te-129 8.1001E-03 3.8678E-13 1.8056E+12 2.9970E+08 Te-129m 1.3020E-03 4.3221E-11 2.0177E+14 4.8176E+07 Te-131m 3.8912E-03 4.8798E-12 2.2433E+13 1.4397E+08 Te-132 3.7220E-02 1.2260E-10 5. 5932E+14 1. 3771E+09 1-131 2.1111E+01 1.7028E-07 7.8280E+17 7.8110E+11 1-132 2.9180E+01 2.8269E-09 1.2897E+16 1.0797E+12 1-133 4.2040E+01 3.7112E-08 1.6804E+17 1. 5555E+12 1-134 4.1753E+01 1.5651E-09 7.0339E+15 1. 5448E+12 1-135 3.9029E+01 1.1113E-08 4.9575E+16 1.4441E+12 xe-133 9.1171E+03 4.8707E-05 2.2054E+20 3.3733E+14 Xe-135 3.2658E+03 1.2788E-06 5.7047E+18 1.2084E+14 Cs-134 2.6593E-02 2.0554E-08 9.2370E+16 9.8393E+08 Cs-136 7.3965E-03 1.0092E-10 4.4688E+14 2.7367E+08 Cs-137 1.3068E-02 1.5023E-07 6.6039E+17 4.8350E+08 Ba-139 1.7532E-02 1.0718E-12 4.6436E+12 6.4867E+08 Ba-140 1.8059E-02 2.4668E-10 1.0611E+15 6.6818E+08 La-140 1.9393E-04 3.4891E-13 1. 5008E+12 7.1755E+06 La-141 1.6658E-04 2.9454E-14 1.2580E+11 6.1633E+06 La-142 1.5482E-04 1.0815E-14 4.5866E+10 5.7283E+06 Ce-141 4.2817E-04 1.5027E-11 6.4181E+13 1.5842E+07 Ce-143 3.9105E-04 5.8886E-13 2.4799E+12 1.4469E+07 Ce-144 3.5542E-04 1.1144E-10 4.6603E+14 1.3151E+07 Pr-143 1.5159E-04 2.2512E-12 9.4803E+12 5.6089E+06 Nd-147 6.9021E-05 8.5318E-13 3.4952E+12 2.5538E+06 Np-239 5.8382E-03 2.5166E-11 6.3410E+13 2. 1601E+08 Pu-238 2.4461E-06 1.4288E-10 3.6153E+14 9.0505E+04 Pu-239 1.3136E-07 2.1134E-09 5.3252E+15 4.8604E+03 Pu-240 2.0800E-07 9.1283E-10 2.2905E+15 7.6961E+03 Pu-241 6.1083E-05 5.9297E-10 1.4817E+15 2.2601E+06 Am-241 3.2097E-08 9.3519E-12 2.3369E+13 1. 1876E+03 Cm-242 9.7410E-06 2.9391E-12 7.3139E+12 3.6042E+05 Cm-244 1.1924E-06 1.4738E-11 3.6376E+13 4.4118E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.5400 Release Rate/s Noble gases (atoms) 1.1607E+22 5.9706E+18 Elemental I (atoms) 9.8973E+17 5.0912E+14 organic I (atoms) 3.0610E+16 1.5746E+13 Aerosols (kq) 1.8623E-07 9.5798E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9454E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7359E+01 Total I (Ci) 1.7311E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5400 Leakage Transport Noble gases (atoms) 5. 5531E+18 Elemental I (atoms) 4.7142E+14 organic I (atoms) 1.4580E+13 Aerosols (kg) 8.9102E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.5400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9783E+17 Elemental I (atoms) O.OOOOE+00 3.3980E+13 organic I (atoms) 0.OOOOE+00 1.0509E+12 Aerosols (kg) 0.OOOOE+00 6.3831E-12 Page 153

CRDA PELLET MVP TRIP 10 MIN.O0 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.5400 Filtered Transported Noble gases (atoms) 1.9667E+17 O.OOOOE+00 Elemental I (atoms) 1.6721E+13 O.OOOOE+00 organic I (atoms) 5.1714E+11 O.OOOOE+00 Aerosols (kg) 3.1557E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.5400 Ci kg Atoms Decay Co-58 1.3658E-06 4.2951E-14 4.4596E+11 9.9775E+07 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.1937E+08 Kr-85 1. 4469E+01 3.6879E-05 2.6128E+20 1.0569E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 1. 5742E+16 Kr-87 3.0520E+02 1.0775E-08 7.4581E+16 2.5969E+16 Kr-88 5.0506E+02 4.0278E-08 2.7564E+17 3.9466E+16 Rb-86 4.5829E-05 5.6323E-13 3.9440E+12 3.3491E+09 Sr-89 1.7187E-03 5.9160E-11 4.0030E+14 1.2557E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1.8894E+10 Sr-91 2.0931E-03 5.7740E-13 3.8211E+12 1. 5598E+11 Sr-92 2.0735E-03 1. 6496E-13 1.0798E+12 1.6256E+11 Y-90 2. 6696E-06 4.9068E-15 3.2833E+10 1.9559E+08 Y-91 2.2379E-05 9.1252E-13 6.0388E+12 1.6349E+09 Y-92 2.1517E-05 2.2361E-15 1.4637E+10 1.6589E+09 Y-93 2.6959E-05 8.0803E-15 5.2324E+10 2.0066E+09 Zr-95 3. 1671E-05 1.4742E-12 9.3454E+12 2.3138E+09 Zr-97 3.1401E-05 1.6426E-14 1.0198E+11 2.3197E+09 Nb-95 3.1818E-05 8.1369E-13 5.1581E+12 2.3247E+09 Mo-99 4.6124E-04 9.6169E-13 5.8499E+12 3.3789E+10 Tc-99m 3.8175E-04 7.2601E-14 4.4163E+11 2.8782E+10 RU-103 4. 0685E-04 1.2606E-11 7.3704E+13 2.9725E+10 RU-105 2.7623E-04 4.1094E-14 2.3569E+11 2.1064E+10 RU-106 1.8673E-04 5.5814E-11 3.1709E+14 1.3640E+10 Rh-105 2.7749E-04 3.2876E-13 1. 8856E+12 2.0379E+10 sb-127 5. 7041E-04 2.1359E-12 1. 0128E+13 4.1752E+10 Sb-129 1. 5165E-03 2.6967E-13 1. 2589E+12 1.1578E+11 Te-127 5.4747E-04 2.0744E-13 9.8367E+11 4.0812E+10 Te-127m 7.7271E-05 8.1919E-12 3.8845E+13 5.6448E+09 Te-129 1.1792E-03 5.6305E-14 2.6285E+11 1.0186E+11 Te-129m 2.4212E-04 8.0370E-12 3.7519E+13 1. 7690E+10 Te-131m 7. 1701E-04 8.9917E-13 4.1335E+12 5.2707E+10 Te-132 6.8984E-03 2.2723E-11 1. 0367E+14 5.0513E+11 1-131 3.9212E+00 3.1629E-08 1.4540E+17 2.8671E+14 1-132 4.7969E+00 4.6472E-10 2.1202E+15 3.8090E+14 1-133 7. 7141E+00 6.8097E-09 3.0834E+16 5.6865E+14 1-134 5.6146E+00 2.1047E-10 9.4587E+14 5.1295E+14 1-135 6.9545E+00 1.9803E-09 8.8338E+15 5.2284E+14 Xe-133 1. 6921E+03 9.0400E-06 4.0932E+19 1. 2379E+17 xe-135 5.8899E+02 2.3064E-07 1.0288E+18 4.3923E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 3.6134E+11 Cs-136 1.3746E-03 1.8756E-11 8.3051E+13 1.0047E+11 Page 154

CRDA PELLET MVP TRIP 10 MIN.o0 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1. 7756E+11 Ba-139 2.6533E-03 1.6221E-13 7.0277E+11 2.2305E+11 Ba-140 3.3561E-03 4.5843E-11 1.9720E+14 2.4531E+11 La-140 3.5821E-05 6.4447E-14 2.7722E+11 2.6290E+09 La-141 2.8824E-05 5.0968E-15 2.1768E+10 2.2103E+09 La-142 2.3949E-05 1.6730E-15 7.0950E+09 1.9830E+09 Ce-141 7.9618E-05 2.7943E-12 1. 1934E+13 5.8173E+09 Ce-143 7.2119E-05 1.0860E-13 4.5734E+11 5.2984E+09 Ce-144 6.6112E-05 2.0728E-11 8.6685E+13 4.8294E+09 Pr-143 2.8174E-05 4.1839E-13 1. 7620E+12 2.0592E+09 Nd-147 1.2825E-05 1.5853E-13 6.4947E+11 9.3752E+08 Np-239 1.0806E-03 4.6577E-12 1.1736E+13 7.9197E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.3237E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.7850E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.8263E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 8.3000E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.3614E+05 Cm-242 1.8119E-06 5.4668E-13 1. 3604E+12 1.3236E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.6202E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.5400 Atmosphere sump Noble gases (atoms) 2.1589E+21 O.0000E+00 Elemental I (atoms) 1.8249E+17 O.O000E+00 organic I (atoms) 5.6440E+15 0.0000E+00 Aerosols (kq) 3.4642E-08 O.O000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0996E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6576E-08 Total I (Ci) 2.9001E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.O000E+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.5500 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.5500 whole Body Thyroid TEDE Delta dose (rem) 1.1003E-05 7.8301E-05 1.3486E-05 Accumulated dose (rem) 1.2448E-01 7.8031E-01 1.4928E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.5500 whole Body Thyroid TEDE Delta dose (rem) 2.6471E-06 1.8837E-05 3.2444E-06 Accumulated dose (rem) 5.5684E-02 3.4902E-01 6.6779E-02 control Room Doses: Page 155

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.5500 whole Body Thyroid TEDE Delta dose (rem) 1.0394E-05 1.5276E-03 5.8827E-05 Accumulated dose (rem) 7.2475E-04 9.9226E-02 3.8752E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.5500 Ci kg Atoms Decay co-58 2.2583E-05 7.1019E-13 7.3739E+12 1.6960E+09 Co-60 2.7021E-05 2.3904E-11 2.3992E+14 2.0291E+09 Kr-85 2.3925E+02 6.0980E-04 4.3203E+21 1. 7966E+16 Kr-85m 3.5633E+03 4.3299E-03 3.0677E+22 2.6759E+17 Kr-87 5.0190E+03 1.7719E-07 1. 2265E+18 4.4084E+17 Kr-88 8.3308E+03 6.6438E-07 4.5466E+18 6. 7044E+17 Rb-86 7.5777E-04 9.3129E-12 6.5213E+13 5.6929E+10 Sr-89 2.8419E-02 9.7821E-10 6. 6190E+15 2.1345E+12 Sr-90 4.2769E-03 3.1354E-08 2.0980E+17 3.2117E+11 Sr-91 3.4583E-02 9. 5403E-12 6. 3135 E+13 2.6509E+12 Sr-92 3.4197E-02 2.7207E-12 1.7809E+13 2.7614E+12 Y-90 4.4138E-05 8.1126E-14 5.4283E+11 3.3246E+09 Y-91 3.7003E-04 1. 5088E-11 9.9851E+13 2.7791E+10 Y-92 3.5508E-04 3.6902E-14 2.4155E+11 2.8184E+10 Y-93 4.4545E-04 1.3352E-13 8.6458E+11 3.4103E+10 Zr-95 5.2368E-04 2.4377E-11 1. 5453E+14 3.9330E+10 Zr-97 5.1900E-04 2.7149E-13 1.6855E+12 3.9426E+10 Nb-95 5.2610E-04 1.3454E-11 8. 5288E+13 3.9517E+10 MO-99 7.6258E-03 1. 5900E-11 9.6718E+13 5.7435E+11 Tc-99m 6.3050E-03 1. 1991E-12 7.2939E+12 4.8909E+11 RU-103 6.7271E-03 2.0844E-10 1. 2187E+15 5.0528E+11 Ru-105 4.5604E-03 6.7843E-13 3.8910E+12 3.5790E+11 Ru-106 3.0875E-03 9.2288E-10 5.2431E+15 2.3186E+11 Rh-105 4.5874E-03 5.4350E-12 3.1172E+13 3.4639E+11 sb-127 9.4309E-03 3.5315E-11 1. 6746E+14 7.0971E+11 sb-129 2.5035E-02 4.4519E-12 2.0783E+13 1.9672E+12 Te-127 9.0456E-03 3.4275E-12 1. 6253E+13 6.9360E+11 Te-127m 1.2777E-03 1. 3545E-10 6.4230E+14 9.5953E+10 Te-129 1.9381E-02 9.2546E-13 4.3203E+12 1.7289E+12 Te-129m 4.0034E-03 1.3289E-10 6.2038E+14 3.0070E+11 Te-131m 1.1853E-02 1.4864E-11 6.8332E+13 8.9589E+11 Te-132 1. 1406E-01 3.7569E-10 1.7140E+15 8.5863E+12 1-131 6.4834E+01 5.2296E-07 2.4041E+18 4.8736E+15 1-132 7.9078E+01 7.6610E-09 3.4951E+16 6.4696E+15 1-133 1. 2751E+02 1.1256E-07 5.0967E+17 9.6654E+15 1-134 9.2106E+01 3.4527E-09 1. 5517E+16 8.7035E+15 1-135 1.1487E+02 3.2710E-08 1.4591E+17 8.8850E+15 xe-133 2.7978E+04 1.4947E-04 6.7678E+20 2.1042E+18 xe-135 9.7315E+03 3.8107E-06 1.6999E+19 7.4646E+17 Cs-134 8.1792E-02 6.3217E-08 2.8411E+17 6.1422E+12 Cs-136 2.2729E-02 3.1012E-10 1. 3732E+15 1. 7079E+12 Cs-137 4.0193E-02 4.6209E-07 2.0312E+18 3.0183E+12 Ba-139 4.3651E-02 2.6687E-12 1.1562E+13 3.7868E+12 Ba-140 5.5492E-02 7.5800E-10 3.2606E+15 4.1698E+12 La-140 5.9220E-04 1.0654E-12 4. 5830E+12 4.4687E+10 La-141 4.7577E-04 8.4127E-14 3.5931E+11 3.7554E+10 La-142 3.9421E-04 2.7538E-14 1.1679E+11 3.3670E+10 Ce-141 1. 3165E-03 4.6203E-11 1. 9733E+14 9.8885E+10 Ce-143 1.1922E-03 1.7953E-12 7.5605E+12 9.0060E+10 Ce-144 1.0932E-03 3.4274E-10 1.4333E+15 8.2092E+10 Pr-143 4.6584E-04 6.9179E-12 2.9133E+13 3.5003E+10 Nd-147 2.1206E-04 2.6213E-12 1.0739E+13 1. 5936E+10 Np-239 1.7865E-02 7.7006E-11 1. 9403E+14 1.3462E+12 Pu-238 7.5236E-06 4.3947E-10 1. 1120E+15 5.6498E+08 Pu-239 4.0404E-07 6.5004E-09 1. 6379E+16 3.0342E+07 Page 156

CRDA PELLET MVP TRIP 10 MIN.oO Pu-240 6.3977E-07 2.8077E-09 7.0451E+15 4.8044E+07 Pu-241 1.8788E-04 1.8238E-09 4. 5574E+15 1.4109E+10 Am-241 9.8724E-08 2.8764E-11 7.1877E+13 7.4137E+06 Cm-242 2.9959E-05 9.0394E-12 2.2494E+13 2.2499E+09 Cm-244 3.6675E-06 4.5332E-11 1.1188E+14 2.7541E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.5500 Atmosphere Sump Noble gases (atoms) 3.5697E+22 O.OOOOE+00 Elemental I (atoms) 3.0168E+18 0.OOOOE+00 organic I (atoms) 9.3304E+16 O.OOOOE+00 Aerosols (kq) 5.7280E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7754E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2489E-08 Total I (Ci) 4.7840E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5500 Leakage Transport Noble gases (atoms) 5.7018E+18 Elemental I (atoms) 4.8399E+14 organic I (atoms) 1.4969E+13 Aerosols (kg) 9.1489E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.5500 Ci kg Atoms Bq Co-58 7.3434E-06 2.3094E-13 2.3978E+12 2.7171E+05 Co-60 8.7851E-06 7.7718E-12 7.8004E+13 3.2505E+05 Kr-85 7.7785E+01 1.9826E-04 1.4047E+21 2.8780E+12 Kr-85m 1. 1585E+03 1.4078E-03 9.9739E+21 4.2866E+13 Kr-87 2.0518E+03 7.2438E-08 5.0141E+17 7.5918E+13 Kr-88 3.0010E+03 2.3933E-07 1. 6378E+18 1.1104E+14 Rb-86 2.4653E-04 3.0298E-12 2.1216E+13 9.1215E+06 Sr-89 9.2420E-03 3.1812E-10 2.1525E+15 3.4195E+08 Sr-90 1.3905E-03 1.0194E-08 6.8210E+16 5.1449E+07 Sr-91 1. 1594E-02 3.1983E-12 2.1165E+13 4.2897E+08 Sr-92 1. 2380E-02 9.8490E-13 6.4469E+12 4.5804E+08 Y-90 1.4416E-05 2.6496E-14 1.7729E+11 5.3338E+05 Y-91 1.2033E-04 4.9066E-12 3.2471E+13 4.4522E+06 Y-92 1.2534E-04 1.3026E-14 8. 5267E+10 4.6377E+06 Y-93 1.4906E-04 4.4679E-14 2.8931E+11 5. 5153E+06 Zr-95 1. 7029E-04 7.9269E-12 5.0249E+13 6.3008E+06 Zr-97 1. 7167E-04 8.9802E-14 5. 5753E+11 6.3519E+06 Nb-95 1. 7111E-04 4.3758E-12 2.7739E+13 6.3310E+06 Mo-99 2.4903E-03 5.1923E-12 3.1584E+13 9.2140E+07 Tc-99m 2.1515E-03 4.0916E-13 2.4889E+12 7.9605E+07 Ru-103 2. 1878E-03 6.7789E-11 3.9635E+14 8.0950E+07 Ru-105 1.5832E-03 2. 3552E-13 1. 3508E+12 5.8578E+07 Ru-106 1.0039E-03 3.0006E-10 1. 7047E+15 3.7143E+07 Rh-105 1. 5038E-03 1.7817E-12 1. 0218E+13 5.5641E+07 Sb-127 3.0759E-03 1.1518E-11 5.4616E+13 1. 1381E+08 sb-129 8.7069E-03 1. 5483E-12 7.2281E+12 3.2215E+08 Te-127 3.0340E-03 1. 1496E-12 5.4513E+12 1.1226E+08 Page 157

CRDA PELLET MVP TRIP 10 MIN.O0 Te-127m 4.1545E-04 4.4044E-11 2.0885E+14 1.5372E+07 Te-129 8.1002E-03 3.8679E-13 1.8056E+12 2.9971E+08 Te-129m 1.3021E-03 4.3222E-11 2.0177E+14 4.8176E+07 Te-131m 3.8913E-03 4.8799E-12 2.2433E+13 1.4398E+08 Te-132 3.7221E-02 1.2260E-10 5.5933E+14 1.3772E+09 1-131 2.1111E+01 1.7028E-07 7.8281E+17 7.8111E+11 1-132 2.9180E+01 2.8270E-09 1.2897E+16 1.0797E+12 1-133 4.2041E+01 3.7112E-08 1.6804E+17 1. 5555E+12 1-134 4.1753E+01 1.5651E-09 7.0340E+15 1. 5449E+12 1-135 3.9029E+01 1.1114E-08 4.9576E+16 1.4441E+12 Xe-133 9.1172E+03 4.8708E-05 2.2054E+20 3.3734E+14 xe-135 3.2659E+03 1.2789E-06 5.7048E+18 1.2084E+14 Cs-134 2.6593E-02 2.0554E-08 9.2371E+16 9.8394E+08 Cs-136 7.3966E-03 1.0092E-10 4.4688E+14 2.7367E+08 Cs-137 1.3068E-02 1.5024E-07 6.6040E+17 4.8351E+08 Ba-139 1.7532E-02 1.0718E-12 4.6436E+12 6.4867E+08 Ba-140 1.8059E-02 2.4668E-10 1.0611E+15 6.6818E+08 La-140 1.9394E-04 3.4891E-13 1.5009E+12 7.1756E+06 La-141 1.6658E-04 2.9455E-14 1.2580E+11 6.1634E+06 La-142 1.5482E-04 1.0815E-14 4.5867E+10 5.7284E+06 Ce-141 4.2818E-04 1.5027E-11 6.4182E+13 1.5843E+07 Ce-143 3.9106E-04 5.8887E-13 2.4799E+12 1.4469E+07 Ce-144 3.5543E-04 1.1144E-10 4.6603E+14 1. 3151E+07 Pr-143 1.5159E-04 2.2512E-12 9.4804E+12 5.6089E+06 Nd-147 6.9022E-05 8.5319E-13 3.4953E+12 2.5538E+06 Np-239 5.8383E-03 2.5166E-11 6.3411E+13 2.1602E+08 Pu-238 2.4461E-06 1.4288E-10 3.6154E+14 9.0506E+04 Pu-239 1.3136E-07 2.1135E-09 5.3253E+15 4.8605E+03 Pu-240 2.0801E-07 9.1284E-10 2.2905E+15 7.6962E+03 Pu-241 6.1084E-05 5.9297E-10 1.4817E+15 2.2601E+06 Am-241 3.2098E-08 9.3520E-12 2.3369E+13 1.1876E+03 Cm-242 9.7412E-06 2.9391E-12 7.3140E+12 3.6042E+05 cm-244 1.1924E-06 1.4739E-11 3.6376E+13 4.4119E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.5500 Release Rate/s Noble gases (atoms) 1.1607E+22 5.8621E+18 Elemental I (atoms) 9.8974E+17 4.9987E+14 Organic I (atoms) 3.0611E+16 1.5460E+13 Aerosols (kg) 1.8623E-07 9.4057E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9454E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7360E+01 Total I (ci) 1.7311E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5500 Leakage Transport Noble gases (atoms) 5.7018E+18 Elemental I (atoms) 4.8399E+14 organic I (atoms) 1.4969E+13 Aerosols (kg) 9.1489E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.5500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9826E+17 Elemental I (atoms) 0.OOOOE+00 3.4017E+13 Organic I (atoms) 0.OOOOE+00 1.0521E+12 Aerosols (kg) O.OOOOE+00 6.3901E-12 Page 158

CRDA PELLET MVP TRIP 10 MIN.o0 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.5500 Filtered Transported Noble gases (atoms) 1.9984E+17 0.OOOOE+00 Elemental I (atoms) 1. 6989E+13 O.O000E+00 organic I (atoms) 5.2542E+11 0.OOOOE+00 Aerosols (kg) 3.2065E-12 0.0000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.O000E+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.O000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.5500 Ci kg Atoms Decay co-58 1.3657E-06 4.2951E-14 4.4596E+11 1.0159E+08 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.2155E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.0762E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1. 6029E+16 Kr-87 3.0354E+02 1.0716E-08 7.4176E+16 2.6374E+16 Kr-88 5.0383E+02 4.0180E-08 2.7497E+17 4.0138E+16 Rb-86 4.5828E-05 5.6322E-13 3.9440E+12 3.4101E+09 Sr-89 1. 7187E-03 5.9160E-11 4.0030E+14 1. 2786E+11 Sr-90 2. 5866E-04 1.8962E-09 1.2688E+16 1.9239E+10 Sr-91 2.0915E-03 5.7698E-13 3.8183E+12 1. 5877E+11 Sr-92 2.0682E-03 1.6454E-13 1.0771E+12 1. 6532E+11 Y-90 2. 6693E-06 4.9063E-15 3.2829E+10 1.9914E+08 Y-91 2.2378E-05 9.1252E-13 6.0388E+12 1.6647E+09 Y-92 2.1475E-05 2.2318E-15 1.4609E+10 1.6875E+09 Y-93 2.6940E-05 8.0748E-15 5.2288E+10 2.0425E+09 Zr-95 3. 1671E-05 1.4742E-12 9.3453E+12 2.3560E+09 Zr-97 3.1388E-05 1. 6419E-14 1.0194E+11 2.3615E+09 Nb-95 3.1818E-05 8.1368E-13 5.1580E+12 2.3671E+09 Mo-99 4. 6119E-04 9.6158E-13 5.8493E+12 3.4403E+10 Tc-99m 3.8131E-04 7.2517E-14 4.4112E+11 2.9290E+10 Ru-103 4.0684E-04 1.2606E-11 7.3703E+13 3.0267E+10 Ru-105 2.7580E-04 4.1030E-14 2. 3532E+11 2.1431E+10 Ru-106 1. 8673E-04 5.5813E-11 3.1709E+14 1. 3889E+10 Rh-105 2.7744E-04 3.2870E-13 1.8852E+12 2.0749E+10 sb-127 5. 7036E-04 2.1358E-12 1.0127E+13 4.2512E+10 Sb-129 1. 5140E-03 2.6924E-13 1.2569E+12 1. 1779E+11 Te-127 5. 4706E-04 2.0729E-13 9.8294E+11 4.1541E+10 Te-127m 7.7271E-05 8.1919E-12 3.8845E+13 5.7478E+09 Te-129 1.1721E-03 5. 5970E-14 2.6128E+11 1.0342E+11 Te-129m 2.4212E-04 8.0369E-12 3.7519E+13 1. 8013E+10 Te-131m 7.1684E-04 8.9897E-13 4.1326E+12 5.3662E+10 Te-132 6. 8978E-03 2.2721E-11 1.0366E+14 5.1432E+11 1-131 3. 9210E+00 3.1628E-08 1.4539E+17 2.9193E+14 1-132 4.7825E+00 4.6332E-10 2.1138E+15 3.8728E+14 1-133 7. 7115 E+00 6.8074E-09 3.0824E+16 5.7893E+14 1-134 5. 5704E+00 2.0881E-10 9.3842E+14 5.2040E+14 1-135 6. 9472E+00 1.9782E-09 8.8245E+15 5.3210E+14 Xe-133 1. 6920E+03 9.0395E-06 4.0930E+19 1. 2604E+17 Xe-135 5.8854E+02 2.3046E-07 1.0281E+18 4.4707E+16 Cs-134 4. 9466E-03 3.8232E-09 1.7182E+16 3.6793E+11 Cs-136 1. 3746E-03 1.8755E-11 8.3049E+13 1.0230E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1.8080E+11 Page 159

CRDA PELLET MVP TRIP 10 MIN.o0 Ba-139 2.6399E-03 1.6140E-13 6.9924E+11 2.2658E+11 Ba-140 3.3560E-03 4.5842E-11 1.9719E+14 2.4978E+11 La-140 3.5815E-05 6.4435E-14 2.7717E+11 2.6767E+09 La-141 2.8773E-05 5.0878E-15 2.1730E+10 2.2487E+09 La-142 2.3841E-05 1.6655E-15 7.0631E+09 2.0148E+09 Ce-141 7.9618E-05 2.7942E-12 1. 1934E+13 5.9234E+09 Ce-143 7.2103E-05 1.0858E-13 4.5724E+11 5.3945E+09 Ce-144 6.6112E-05 2.0728E-11 8.6685E+13 4.9175E+09 Pr-143 2.8173E-05 4.1838E-13 1. 7619E+12 2.0967E+09 Nd-147 1.2825E-05 1.5853E-13 6.4945E+11 9.5460E+08 Np-239 1.0804E-03 4.6572E-12 1.1735E+13 8.0636E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.3843E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.8175E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.8779E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 8.4513E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.4409E+05 Cm-242 1.8119E-06 5.4668E-13 1. 3604E+12 1.3477E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.6497E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.5500 Atmosphere sump Noble gases (atoms) 2.1589E+21 O.OOOOE+00 Elemental I (atoms) 1.8245E+17 O.O000E+00 Organic I (atoms) 5.6428E+15 O.OOOOE+00 Aerosols (kg) 3.4642E-08 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0986E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.6545E-08 Total I (Ci) 2.8933E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg). O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.5600 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.5600 whole Body Thyroid TEDE Delta dose (rem) 1.0974E-05 7.8287E-05 1.3456E-05 Accumulated dose (rem) 1.2449E-01 7.8039E-01 1.4930E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.5600 whole Body Thyroid TEDE Delta dose (rem) 2.6401E-06 1.8834E-05 3.2372E-06 Accumulated dose (rem) 5.5687E-02 3.4904E-01 6.6782E-02 control Room Doses: Page 160

CRDA PELLET MVP TRIP 10 MIN.oO Time (h) = 0.5600 whole Body Thyroid TEDE Delta dose (rem) 1.0224E-05 1.5063E-03 5.7979E-05 Accumulated dose (rem) 7.3497E-04 1.0073E-01 3.9332E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) 0.5600 Ci kg Atoms Decay Co-58 2.2582E-05 7.1018E-13 7.3738E+12 1. 7261E+09 Co-60 2.7020E-05 2.3904E-11 2.3992E+14 2.0651E+09 Kr-85 2.3924E+02 6.0980E-04 4.3203E+21 1.8285E+16 Kr-85m 3.5633E+03 4.3299E-03 3.0677E+22 2.7234E+17 Kr-87 4.9917E+03 1.7622E-07 1.2198E+18 4.4750E+17 Kr-88 8. 3105E+03 6.6276E-07 4. 5355E+18 6.8152E+17 Rb-86 7.5775E-04 9.3127E-12 6.5212E+13 5.7938E+10 Sr-89 2. 8419E-02 9.7820E-10 6.6189E+15 2.1723E+12 Sr-90 4.2769E-03 3.1354E-08 2.0980E+17 3.2687E+11 Sr-91 3.4558E-02 9.5333E-12 6. 3089E+13 2.6970E+12 Sr-92 3.4110E-02 2.7137E-12 1.7764E+13 2.8069E+12 Y-90 4.4133E-05 8.1117E-14 5.4277E+11 3.3834E+09 Y-91 3. 7002E-04 1. 5088E-11 9.9850E+13 2.8284E+10 Y-92 3.5439E-04 3.6830E-14 2.4108E+11 2.8657E+10 Y-93 4.4515E-04 1. 3342E-13 8.6398E+11 3.4697E+10 Zr-95 5.2367E-04 2.4376E-11 1. 5452E+14 4.0028E+10 Zr-97 5.1879E-04 2.7138E-13 1.6848E+12 4.0117E+10 Nb-95 5. 2610E-04 1. 3454E-11 8. 5287E+13 4.0218E+10 MO-99 7. 6249E-03 1. 5898E-11 9.6707E+13 5.8450E+11 Tc-99m 6.2977E-03 1.1977E-12 7.2855E+12 4.9749E+11 Ru-103 6. 7271E-03 2.0844E-10 1. 2187E+15 5.1424E+11 RU-105 4.5533E-03 6.7737E-13 3.8850E+12 3.6397E+11 Ru-106 3. 0875E-03 9.2287E-10 5.2431E+15 2.3598E+11 Rh-105 4.5865E-03 5.4339E-12 3.1165E+13 3.5250E+11 sb-127 9.4302E-03 3.5312E-11 1.6744E+14 7.2227E+11 Sb-129 2. 4995E-02 4.4447E-12 2.0749E+13 2.0005E+12 Te-127 9. 0389E-03 3.4250E-12 1.6241E+13 7.0564E+11 Te-127m 1. 2777E-03 1. 3545E-10 6.4229E+14 9.7655E+10 Te-129 1.9266E-02 9.1994E-13 4.2946E+12 1. 7546E+12 Te-129m 4.0033E-03 1.3289E-10 6.2037E+14 3.0604E+11 Te-131m 1.1850E-02 1.4861E-11 6.8316E+13 9.1167E+11 Te-132 1.1405E-01 3.7565E-10 1. 7138E+15 8.7382E+12 1-131 6.4832E+01 5.2294E-07 2.4040E+18 4.9600E+15 1-132 7.8840E+01 7.6379E-09 3.4846E+16 6.5748E+15 1-133 1. 2747E+02 1.1252E-07 5.0949E+17 9.8352E+15 1-134 9. 1380E+01 3.4255E-09 1. 5395E+16 8.8257E+15 1-135 1. 1475E+02 3.2675E-08 1.4576E+17 9.0379E+15 Xe-133 2.7976E+04 1.4946E-04 6.7674E+20 2.1415E+18 Xe-135 9.7241E+03 3.8078E-06 1.6986E+19 7. 5942E+17 Cs-134 8.1792E-02 6.3217E-08 2.8411E+17 6.2512E+12 Cs-136 2.2728E-02 3. 1011E-10 1.3732E+15 1. 7382E+12 Cs-137 4.0193E-02 4.6209E-07 2.0312E+18 3.0718E+12 Ba-139 4.3432E-02 2.6553E-12 1. 1504E+13 3.8448E+12 Ba-140 5. 5491E-02 7. 5798E-10 3.2605E+15 4.2437E+12 La-140 5.9210E-04 1.0653E-12 4.5822E+12 4.5475E+10 La-141 4.7493E-04 8.3978E-14 3.5867E+11 3.8187E+10 La-142 3.9244E-04 2.7415E-14 1. 1626E+11 3.4193E+10 Ce-141 1.3165E-03 4.6202E-11 1. 9733E+14 1.0064E+11 Ce-143 1. 1920E-03 1.7949E-12 7.5589E+12 9.164BE+10 Ce-144 1. 0931E-03 3.4273E-10 1.4333E+15 8.3549E+10 Pr-143 4.6583E-04 6.9177E-12 2.9133E+13 3.5624E+10 Nd-147 2.1205E-04 2.6212E-12 1.0738E+13 1. 6219E+10 Np-239 1.7863E-02 7.6996E-11 1.9401E+14 1.3700E+12 Pu-238 7.5236E-06 4.3947E-10 1. 1120E+15 5.7500E+08 Pu-239 4.0404E-07 6.5004E-09 1.6379E+16 3.0880E+07 Pu-240 6. 3977E-07 2.8077E-09 7.0450E+15 4.8896E+07 Page 161

CRDA PELLET MVP TRIP 10 MIN.o0 Pu-241 1.8788E-04 1.8238E-09 4.5574E+15 1.4359E+10 Am-241 9.8724E-08 2.8764E-11 7.1876E+13 7.5452E+06 Cm-242 2.9959E-05 9.0393E-12 2.2494E+13 2.2898E+09 Cm-244 3.6675E-06 4.5332E-11 1. 1188E+14 2.8030E+08 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 0.5600 Atmosphere Sump Noble gases (atoms) 3.5697E+22 0.OOOOE+00 Elemental I (atoms) 3.0162E+18 0.OOOOE+00 organic I (atoms) 9.3284E+16 O.OOOOE+00 Aerosols (kq) 5.7280E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7744E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2460E-08 Total I (Ci) 4.7727E+02 DAEC Condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 0.5600 Leakage Transport Noble gases (atoms) 5.8505E+18 Elemental I (atoms) 4.9656E+14 organi c I (atoms) 1. 5358E+13 Aerosols (kg) 9.3875E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.5600 Ci kg Atoms Bq Co-58 7.3435E-06 2.3094E-13 2.3979E+12 2.7171E+05 Co-60 8.7852E-06 7.7719E-12 7.8005E+13 3.2505E+05 Kr-85 7.7786E+01 1.9826E-04 1.4047E+21 2.8781E+12 Kr-85m 1.1585E+03 1.4078E-03 9.9740E+21 4.2866E+13 Kr-87 2.0519E+03 7.2439E-08 5.0142E+17 7. 5919E+13 Kr-88 3.0010E+03 2.3933E-07 1. 6378E+18 1.1104E+14 Rb-86 2.4653E-04 3.0299E-12 2.1216E+13 9.1217E+06 Sr-89 9.2421E-03 3.1812E-10 2.1525E+15 3.4196E+08 Sr-90 1.3905E-03 1.0194E-08 6.8211E+16 5.1450E+07 Sr-91 1.1594E-02 3.1983E-12 2.1166E+13 4.2898E+08 Sr-92 1.2380E-02 9.8491E-13 6.4470E+12 4.5805E+08 Y-90 1. 4416E-05 2.6497E-14 1. 7730E+11 5.3338E+05 Y-91 1.2033E-04 4.9067E-12 3.2471E+13 4.4523E+06 Y-92 1.2534E-04 1. 3026E-14 8.5268E+10 4.6378E+06 Y-93 1.4906E-04 4.4679E-14 2.8932E+11 5.5154E+06 zr-95 1.7030E-04 7.9270E-12 5.0250E+13 6.3009E+06 zr-97 1.7167E-04 8.9803E-14 5.5753E+11 6.3520E+06 Nb-95 1. 7111E-04 4.3759E-12 2.7739E+13 6.3311E+06 Mo-99 2.4903E-03 5.1923E-12 3.1585E+13 9.2142E+07 Tc-99m 2.1515E-03 4.0917E-13 2.4890E+12 7.9606E+07 Ru-103 2.1879E-03 6.7790E-11 3.9635E+14 8.0951E+07 Ru-105 1.5832E-03 2. 3552E-13 1. 3508E+12 5.8578E+07 Ru-106 1.0039E-03 3.0006E-10 1. 7047E+15 3.7144E+07 Rh-105 1.5038E-03 1. 7817E-12 1. 0219E+13 5.5642E+07 sb-127 3.0759E-03 1.1518E-11 5.4617E+13 1.1381E+08 Sb-129 8.7070E-03 1. 5483E-12 7.2282E+12 3.2216E+08 Te-127 3.0340E-03 1.1496E-12 5.4514E+12 1. 1226E+08 Te-127m 4.1545E-04 4.4044E-11 2.0885E+14 1.5372E+07 Page 162

CRDA PELLET MVP TRIP 10 MIN.OO Te-129 8.1003E-03 3.8679E-13 1.8057E+12 2.9971E+08 Te-129m 1.3021E-03 4.3222E-11 2.0177E+14 4.8177E+07 Te-131m 3.8913E-03 4.8800E-12 2.2433E+13 1.4398E+08 Te-132 3.7221E-02 1.2260E-10 5.5934E+14 1.3772E+09 1-131 2.1111E+01 1.7029E-07 7.8282E+17 7.8112E+11 1-132 2.9181E+01 2.8270E-09 1.2897E+16 1.0797E+12 1-133 4.2041E+01 3.7112E-08 1.6804E+17 1. 5555E+12 1-134 4.1753E+01 1.5652E-09 7.0340E+15 1. 5449E+12 1-135 3.9030E+01 1.1114E-08 4.9576E+16 1. 4441E+12 Xe-133 9.1173E+03 4.8708E-05 2.2055E+20 3.3734E+14 xe-135 3.2659E+03 1.2789E-06 5.7049E+18 1.2084E+14 Cs-134 2.6593E-02 2.0554E-08 9.2373E+16 9.8396E+08 Cs-136 7.3967E-03 1.0092E-10 4.4689E+14 2.7368E+08 Cs-137 1.3068E-02 1.5024E-07 6.6041E+17 4.8352E+08 Ba-139 1.7532E-02 1.0718E-12 4.6437E+12 6.4868E+08 Ba-140 1.8059E-02 2.4668E-10 1.0611E+15 6.6819E+08 La-140 1.9394E-04 3.4892E-13 1.5009E+12 7.1757E+06 La-141 1.6658E-04 2.9455E-14 1.2580E+11 6.1634E+06 La-142 1.5482E-04 1.0815E-14 4.5867E+10 5.7284E+06 Ce-141 4.2818E-04 1.5027E-11 6.4183E+13 1.5843E+07 Ce-143 3.9106E-04 5.8888E-13 2.4799E+12 1.4469E+07 Ce-144 3.5543E-04 1.1144E-10 4.6604E+14 1. 3151E+07 Pr-143 1.5159E-04 2.2512E-12 9.4805E+12 5.6090E+06 Nd-147 6.9023E-05 8.5320E-13 3.4953E+12 2.5538E+06 Np-239 5.8383E-03 2.5166E-11 6.3412E+13 2.1602E+08 Pu-238 2.4461E-06 1.4288E-10 3.6154E+14 9.0507E+04 Pu-239 1.3137E-07 2.1135E-09 5.3254E+15 4.8606E+03 Pu-240 2.0801E-07 9.1285E-10 2.2905E+15 7.6963E+03 Pu-241 6.1085E-05 5.9298E-10 1.4817E+15 2.2601E+06 Am-241 3.2098E-08 9.3521E-12 2.3369E+13 1. 1876E+03 Cm-242 9.7413E-06 2.9392E-12 7.3141E+12 3.6043E+05 Cm-244 1.1924E-06 1.4739E-11 3.6377E+13 4.4119E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.5600 Release Rate/s Noble gases (atoms) 1.1607E+22 5.7575E+18 Elemental I (atoms) 9.8976E+17 4.9095E+14 organic I (atoms) 3.0611E+16 1.5184E+13 Aerosols (k9) 1.8624E-07 9.2379E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9454E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7360E+01 Total I (Ci) 1. 7312E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5600 Leakage Transport Noble gases (atoms) 5.8505E+18 Elemental I (atoms) 4.9656E+14 organic I (atoms) 1. 5358E+13 Aerosols (kg) 9.3875E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.5600 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.9870E+17 Elemental I (atoms) O.OOOOE+00 3.4053E+13 organic I (atoms) O.OOOOE+00 1.0532E+12 Aerosols (kg) O.OOOOE+00 6.3970E-12 Normal Return Control Room to Environment Transport Group Inventory: Page 163

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 0.5600 Filtered Transported Noble gases (atoms) 2.0296E+17 O.OOOOE+00 Elemental I (atoms) 1. 7252E+13 O.OOOOE+00 Organic I (atoms) 5.3358E+11 O.OOOOE+00 Aerosols (kg) 3.2566E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.5600 Ci kg Atoms Decay co-58 1.3657E-06 4.2951E-14 4.4596E+11 1. 0341E+08 co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.2372E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.0955E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1. 6316E+16 Kr-87 3.0189E+02 1.0658E-08 7.3773E+16 2.6777E+16 Kr-88 5.0260E+02 4.0082E-08 2.7430E+17 4.0809E+16 Rb-86 4.5827E-05 5.6321E-13 3.9439E+12 3.4712E+09 Sr-89 1.7187E-03 5.9160E-11 4.0030E+14 1. 3015E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1.9583E+10 Sr-91 2.0900E-03 5.7656E-13 3.8155E+12 1.6155E+11 Sr-92 2.0629E-03 1. 6412E-13 1.0743E+12 1. 6807E+11 Y-90 2.6691E-06 4.9058E-15 3.2826E+10 2.0270E+08 Y-91 2.2378E-05 9.1251E-13 6.0388E+12 1.6945E+09 Y-92 2.1433E-05 2.2274E-15 1.4580E+10 1.7161E+09 Y-93 2.6922E-05 8.0693E-15 5.2252E+10 2.0784E+09 Zr-95 3.1671E-05 1.4742E-12 9.3453E+12 2.3981E+09 Zr-97 3.1375E-05 1.6413E-14 1.0190E+11 2.4033E+09 Nb-95 3.1817E-05 8.1368E-13 5.1580E+12 2.4095E+09 Mo-99 4.6114E-04 9.6148E-13 5.8487E+12 3.5018E+10 Tc-99m 3.8087E-04 7.2434E-14 4.4061E+11 2.9798E+10 Ru-103 4.0684E-04 1.2606E-11 7.3703E+13 3.0809E+10 Ru-105 2.7537E-04 4.0966E-14 2.3495E+11 2.1799E+10 RU-106 1.8673E-04 5.5813E-11 3.1709E+14 1.4138E+10 Rh-105 2.7738E-04 3.2863E-13 1.8848E+12 2.1118E+10 Sb-127 5.7032E-04 2.1356E-12 1.0127E+13 4.3271E+10 Sb-129 1.5116E-03 2.6881E-13 1. 2549E+12 1. 1981E+11 Te-127 5.4665E-04 2.0714E-13 9.8221E+11 4.2269E+10 Te-127m 7.7270E-05 8.1919E-12 3.8845E+13 5.8507E+09 Te-129 1. 1652E-03 5.5636E-14 2.5973E+11 1.0498E+11 Te-129m 2.4211E-04 8.0369E-12 3.7519E+13 1.8335E+10 Te-131m 7.1667E-04 8.9876E-13 4.1316E+12 5.4617E+10 Te-132 6.8972E-03 2.2719E-11 1.0365E+14 5.2351E+11 1-131 3.9209E+00 3.1626E-08 1.4539E+17 2.9716E+14 1-132 4.7681E+00 4.6193E-10 2.1074E+15 3.9364E+14 1-133 7.7089E+00 6.8052E-09 3.0813E+16 5.8920E+14 1-134 5.5265E+00 2.0717E-10 9.3103E+14 5.2779E+14 1-135 6.9399E+00 1. 9761E-09 8.8152E+15 5.4135E+14 Xe-133 1. 6919E+03 9.0390E-06 4.0928E+19 1. 2830E+17 Xe-135 5.8810E+02 2.3029E-07 1.0273E+18 4.5490E+16 Cs-134 4.9466E-03 3.8232E-09 1. 7182E+16 3.7452E+11 Cs-136 1.3746E-03 1.8755E-11 8.3048E+13 1.0414E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1. 8404E+11 Ba-139 2.6267E-03 1. 6059E-13 6.9573E+11 2.3009E+11 Page 164

CRDA PELLET MVP TRIP 10 MIN.o0 Ba-140 3.3560E-03 4.5841E-11 1.9719E+14 2.5425E+11 La-140 3.5809E-05 6.4424E-14 2.7712E+11 2.7244E+09 La-141 2.8723E-05 5.0788E-15 2.1692E+10 2.2870E+09 La-142 2.3734E-05 1.6580E-15 7.0315E+09 2.0465E+09 Ce-141 7.9617E-05 2.7942E-12 1. 1934E+13 6.0294E+09 Ce-143 7.2088E-05 1.0855E-13 4. 5715E+11 5.4905E+09 Ce-144 6.6111E-05 2.0728E-11 8.6685E+13 5.0055E+09 Pr-143 2.8173E-05 4.1837E-13 1. 7619E+12 2.1343E+09 Nd-147 1.2825E-05 1.5853E-13 6.4943E+11 9.7169E+08 Np-239 1.0803E-03 4.6566E-12 1. 1733E+13 8.2075E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.4449E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.8501E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.9294E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 8.6027E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.5204E+05 Cm-242 1.8119E-06 5.4668E-13 1. 3604E+12 1. 3719E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.6793E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.5600 Atmosphere sump Noble gases (atoms) 2.1589E+21 0.0000E+00 Elemental I (atoms) 1.8241E+17 O.0000E+00 Organic I (atoms) 5.6417E+15 O.O000E+00 Aerosols (kq) 3.4642E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0975E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6515E-08 Total I (Ci) 2.8864E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5600 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+O0 2.1365E-07 Detailed model information at time (H) 0.5700 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.5700 whole Body Thyroid TEDE Delta dose (rem) 1.0945E-05 7.8274E-05 1.3426E-05 Accumulated dose (rem) 1.2450E-01 7.8047E-01 1.4931E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 0.5700 whole Body Thyroid TEDE Delta dose (rem) 2.6330E-06 1. 8831E-05 3.2300E-06 Accumulated dose (rem) 5.5689E-02 3.4905E-01 6.6785E-02 control Room Doses: Time (h) = 0.5700 whole Body Thyroid TEDE Page 165

CRDA PELLET MVP TRIP 10 MIN.00 Delta dose (rem) 1.0056E-05 1.4854E-03 5.7146E-05 Accumulated dose (rem) 7.4503E-04 1.0222E-01 3.9903E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.5700 Ci kg Atoms Decay Co-58 2.2582E-05 7.1018E-13 7.3738E+12 1.7562E+09 Co-60 2. 7020E-05 2.3904E-11 2.3992E+14 2.1011E+09 Kr-85 2.3924E+02 6.0979E-04 4.3203E+21 1.8603E+16 Kr-85m 3.5633E+03 4.3299E-03 3.0677E+22 2.7708E+17 Kr-87 4.9645E+03 1.7527E-07 1.2132E+18 4.5413E+17 Kr-88 8. 2902E+03 6.6114E-07 4.5244E+18 6.9258E+17 Rb-86 7. 5774E-04 9.3125E-12 6.5211E+13 5.8948E+10 Sr-89 2. 8419E-02 9.7819E-10 6.6189E+15 2.2102E+12 Sr-90 4.2768E-03 3.1353E-08 2.0979E+17 3.3256E+11 Sr-91 3.4533E-02 9. 5263E-12 6.3043E+13 2.7430E+12 Sr-92 3.4023E-02 2.7068E-12 1. 7718E+13 2.8522E+12 Y-90 4.4128E-05 8.1108E-14 5.4271E+11 3.4422E+09 Y-91 3. 7002E-04 1. 5088E-11 9.9850E+13 2.8777E+10 Y-92 3.5369E-04 3.6758E-14 2.4061E+11 2.9128E+10 Y-93 4. 4484E-04 1. 3333E-13 8.6338E+11 3.5289E+10 zr-95 5.2367E-04 2.4376E-11 1. 5452E+14 4.0726E+10 zr-97 5.1857E-04 2.7127E-13 1. 6841E+12 4.0808E+10 Nb-95 5.2609E-04 1. 3454E-11 8. 5286E+13 4.0918E+10 MO-99 7. 6241E-03 1. 5896E-11 9.6697E+13 5.9466E+11 Tc-99m 6.2904E-03 1.1963E-12 7.2771E+12 5.0587E+11 Ru-103 6. 7270E-03 2.0843E-10 1. 2187E+15 5.2320E+11 Ru-105 4.5462E-03 6.7631E-13 3.8789E+12 3. 7003E+11 RU-106 3.0875E-03 9.2287E-10 5.2430E+15 2.4009E+11 Rh-105 4.5856E-03 5.4328E-12 3.1159E+13 3.5861E+11 Sb-127 9.4294E-03 3.5309E-11 1. 6743E+14 7.3483E+11 sb-129 2.4954E-02 4.4376E-12 2.0716E+13 2.0337E+12 Te-127 9.0322E-03 3.4224E-12 1.6229E+13 7.1768E+11 Te-127m 1. 2777E-03 1. 3545E-10 6.4229E+14 9.9357E+10 Te-129 1.9151E-02 9.1446E-13 4.2690E+12 1. 7802E+12 Te-129m 4.0033E-03 1. 3289E-10 6.2036E+14 3.1137E+11 Te-131m 1.1847E-02 1.4857E-11 6.8300E+13 9.2746E+11 Te-132 1.1403E-01 3.7562E-10 1. 7136E+15 8.8901E+12 1-131 6.4829E+01 5.2292E-07 2.4039E+18 5.0463E+15 1-132 7.8602E+01 7.6149E-09 3.4741E+16 6.6797E+15 1-133 1. 2742E+02 1. 1248E-07 5.0932E+17 1.0005E+16 1-134 9.0660E+01 3.3985E-09 1. 5273E+16 8.9469E+15 1-135 1. 1463E+02 3.2641E-08 1.4561E+17 9.1907E+15 Xe-133 2.7974E+04 1.4945E-04 6.7670E+20 2.1787E+18 xe-135 9. 7168E+03 3.8049E-06 1.6973E+19 7.7237E+17 Cs-134 8.1792E-02 6.3217E-08 2.8410E+17 6.3601E+12 Cs-136 2.2728E-02 3. 1O1OE-10 1. 3732E+15 1. 7684E+12 Cs-137 4.0193E-02 4.6208E-07 2.0312E+18 3.1254E+12 Ba-139 4. 3214E-02 2.6419E-12 1.1446E+13 3.9025E+12 Ba-140 5.5489E-02 7.5796E-10 3.2604E+15 4.3176E+12 La-140 5.9199E-04 1.0651E-12 4.5814E+12 4.6264E+10 La-141 4.7409E-04 8.3830E-14 3.5804E+11 3.8820E+10 La-142 3. 9068E-04 2.7292E-14 1. 1574E+11 3.4715E+10 Ce-141 1. 3164E-03 4.6202E-11 1. 9733E+14 1.0239E+11 Ce-143 1.1917E-03 1.7945E-12 7.5573E+12 9.3235E+10 Ce-144 1.0931E-03 3.4273E-10 1.4333E+15 8.5005E+10 Pr-143 4.6582E-04 6.9176E-12 2.9132E+13 3.6244E+10 Nd-147 2.1205E-04 2.6211E-12 1.0738E+13 1. 6501E+10 Np-239 1. 7860E-02 7.6987E-11 1.9399E+14 1. 3938E+12 Pu-238 7.5235E-06 4.3947E-10 1.1120E+15 5.8502E+08 Pu-239 4.0404E-07 6.5004E-09 1.6379E+16 3.1418E+07 Pu-240 6.3977E-07 2.8076E-09 7.0450E+15 4.9748E+07 Pu-241 1. 8788E-04 1.8238E-09 4. 5574E+15 1.4609E+10 Page 166

CRDA PELLET MVP TRIP 10 MIN.oO Am-241 9.8723E-08 2.8764E-11 7.1876E+13 7.6767E+06 Cm-242 2.9959E-05 9.0393E-12 2.2494E+13 2.3297E+09 Cm-244 3.6675E-06 4.5332E-11 1.1188E+14 2.8518E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.5700 Atmosphere Sump Noble gases (atoms) 3.5696E+22 0.OOOOE+00 Elemental I (atoms) 3.0156E+18 .OOOOE+00 organic I (atoms) 9.3265E+16 0.OOOOE+00 Aerosols (kg) 5.7279E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7734E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2431E-08 Total I (Ci) 4.7615E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5700 Leakage Transport Noble gases (atoms) 5.9993E+18 Elemental I (atoms) 5.0913E+14 organic I (atoms) 1. 5746E+13 Aerosols (kg) 9.6262E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.5700 Ci kg Atoms Bq Co-58 7.3436E-06 2.3095E-13 2.3979E+12 2.7171E+05 Co-60 8.7853E-06 7.7720E-12 7.8006E+13 3.2506E+05 Kr-85 7.7787E+01 1.9827E-04 1.4047E+21 2.8781E+12 Kr-85m 1. 1586E+03 1.4078E-03 9.9742E+21 4.2867E+13 Kr-87 2.0519E+03 7.2439E-08 5.0142E+17 7.5920E+13 Kr-88 3.0010E+03 2.3933E-07 1. 6378E+18 1. 1104E+14 Rb-86 2.4653E-04 3.0299E-12 2.1217E+13 9.1218E+06 Sr-89 9.2422E-03 3.1812E-10 2.1526E+15 3.4196E+08 Sr-90 1.3906E-03 1.0194E-08 6.8212E+16 5.1450E+07 Sr-91 1.1594E-02 3.1984E-12 2.1166E+13 4.2898E+08 Sr-92 1.2380E-02 9.8492E-13 6.4471E+12 4.5805E+08 Y-90 1.4416E-05 2.6497E-14 1. 7730E+11 5.3339E+05 Y-91 1.2033E-04 4.9068E-12 3.2472E+13 4.4523E+06 Y-92 1.2535E-04 1. 3027E-14 8.5269E+10 4.6378E+06 Y- 93 1.4907E-04 4.4680E-14 2.8932E+11 5. 5155E+06 Zr-95 1.7030E-04 7.9271E-12 5.0251E+13 6.3010E+06 Zr-97 1.7168E-04 8.9805E-14 5.5754E+11 6.3520E+06 Nb-95 1. 7111E-04 4.3759E-12 2.7739E+13 6.3312E+06 MO-99 2.4903E-03 5.1924E-12 3.1585E+13 9.2143E+07 Tc-99m 2.1515E-03 4.0917E-13 2.4890E+12 7.9606E+07 Ru-103 2.1879E-03 6.7791E-11 3.9636E+14 8.0952E+07 Ru-105 1.5832E-03 2.3553E-13 1. 3508E+12 5.8579E+07 Ru-106 1.0039E-03 3.0007E-10 1. 7048E+15 3.7144E+07 Rh-105 1.5039E-03 1.7817E-12 1.0219E+13 5.5642E+07 Sb-127 3.0760E-03 1.1518E-11 5.4618E+13 1.1381E+08 Sb-129 B.7071E-03 1. 5484E-12 7.2283E+12 3.2216E+08 Te-127 3.0340E-03 1.1496E-12 5.4514E+12 1.1226E+08 Te-127m 4.1546E-04 4.4045E-11 2.0885E+14 1.5372E+07 Te-129 8.1003E-03 3.8679E-13 1.8057E+12 2.9971E+08 Page 167

CRDA PELLET MVP TRIP 10 MIN.O0 Te-129m 1. 3021E-03 4.3223E-11 2.0178E+14 4.8178E+07 Te-131m 3.8914E-03 4.8800E-12 2.2434E+13 1.4398E+08 Te-132 3.7221E-02 1.2260E-10 5.5934E+14 1.3772E+09 1-131 2.1112E+01 1.7029E-07 7.8283E+17 7.8113E+11 1-132 2.9181E+01 2.8270E-09 1.2897E+16 1.0797E+12 1-133 4.2042E+01 3.7113E-08 1. 6804E+17 1. 5555E+12 1-134 4.1754E+01 1.5652E-09 7.0341E+15 1. 5449E+12 1-135 3.9030E+01 1. 1114E-08 4.9577E+16 1. 4441E+12 Xe-133 9.1174E+03 4.8709E-05 2.2055E+20 3.3734E+14 Xe-135 3.2659E+03 1.2789E-06 5.7049E+18 1. 2084E+14 Cs-134 2.6594E-02 2.0554E-08 9.2374E+16 9.8397E+08 Cs-136 7.3968E-03 1.0092E-10 4.4689E+14 2.7368E+08 Cs-137 1.3068E-02 1.5024E-07 6.6041E+17 4.8352E+08 Ba-139 1.7532E-02 1.0718E-12 4.6437E+12 6.4869E+08 Ba-140 1.8060E-02 2.4668E-10 1. 0611E+15 6.6820E+08 La-140 1.9394E-04 3.4892E-13 1. 5009E+12 7.1758E+06 La-141 1.6658E-04 2.9456E-14 1.2581E+11 6.1635E+06 La-142 1.5482E-04 1.0815E-14 4.5868E+10 5.7285E+06 Ce-141 4.2819E-04 1.'5028E-11 6.4183E+13 1.5843E+07 Ce-143 3.9107E-04 5.8888E-13 2.4800E+12 1.4469E+07 Ce-144 3.5543E-04 1.1144E-10 4.6604E+14 1. 3151E+07 Pr-143 1. 5160E-04 2.2513E-12 9.4807E+12 5. 6091E+06 Nd-147 6.9024E-05 8.5321E-13 3.4953E+12 2.5539E+06 Np-239 5.8384E-03 2.5167E-11 6.3413E+13 2.1602E+08 Pu-238 2.4462E-06 1.4289E-10 3.6155E+14 9.0508E+04 Pu-239 1. 3137E-07 2.1135E-09 5.3254E+15 4.8606E+03 Pu-240 2.0801E-07 9.1286E-10 2.2906E+15 7.6964E+03 Pu-241 6.1085E-05 5.9299E-10 1.4818E+15 2.2602E+06 Am-241 3.2098E-08 9.3522E-12 2.3369E+13 1. 1876E+03 Cm-242 9.7414E-06 2.9392E-12 7.3142E+12 3.6043E+05 Cm-244 1. 1924E-06 1.4739E-11 3.6377E+13 4.4120E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.5700 Release Rate/s Noble gases (atoms) 1.1607E+22 5.6566E+18 Elemental I (atoms) 9.8977E+17 4.8234E+14 organic I (atoms) 3.0611E+16 1.4918E+13 Aerosols (kq) 1.8624E-07 9.0759E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9455E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7361E+01 Total I (Ci) 1. 7312E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5700 Leakage Transport Noble gases (atoms) 5.9993E+18 Elemental I (atoms) 5.0913E+14 organic I (atoms) 1. 5746E+13 Aerosols (kg) 9.6262E-11 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.5700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9913E+17 Elemental I (atoms) 0.OOOOE+00 3.4089E+13 organic I (atoms) 0.OOOOE+00 1.0543E+12 Aerosols (kg) O.OOOOE+00 6.4039E-12 Normal Return Control Room to Environment Transport Group Inventory: Page 168

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 0.5700 Filtered Transported Noble gases (atoms) 2.0604E+17 O.O000E+00 Elemental I (atoms) 1.7513E+13 O.OOOOE+00 organic I (atoms) 5.4162E+11 O.OOOOE+00 Aerosols (kg) 3.3060E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5700 Filtered Transported Noble gases (atoms) O.OOOOE+O0 1.3316E+22 Elemental I (atoms) O.OOOOE+0O 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) 0.5700 Ci kg Atoms Decay Co-58 1.3657E-06 4.2950E-14 4.4595E+11 1.0523E+08 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.2590E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 1147E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1. 6603E+16 Kr-87 3.0025E+02 1.0600E-08 7.3372E+16 2.7178E+16 Kr-88 5.0138E+02 3.9985E-08 2.7363E+17 4.1477E+16 Rb-86 4.5827E-05 5.6321E-13 3.9438E+12 3.5322E+09 Sr-89 1. 7187E-03 5.9159E-11 4.0030E+14 1. 3244E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 1.9928E+10 Sr-91 2.0885E-03 5.7613E-13 3.8127E+12 1.6434E+11 Sr-92 2.0576E-03 1. 6370E-13 1.0716E+12 1.7081E+11 Y-90 2.6688E-06 4.9053E-15 3.2822E+10 2.0625E+08 Y-91 2.2378E-05 9.1251E-13 6.0387E+12 1.7243E+09 Y-92 2.1391E-05 2.2230E-15 1. 4552E+10 1.7446E+09 Y-93 2.6903E-05 8.0637E-15 5.2216E+10 2.1143E+09 zr-95 3.1671E-05 1.4742E-12 9.3453E+12 2.4403E+09 zr-97 3.1363E-05 1. 6406E-14 1.0185E+11 2.4451E+09 Nb-95 3.1817E-05 8.1367E-13 5.1579E+12 2.4519E+09 Mo-99 4.6109E-04 9.6138E-13 5.8481E+12 3. 5632E+10 Tc-99m 3.8044E-04 7.2350E-14 4.4010E+11 3.0305E+10 Ru-103 4.0684E-04 1. 2606E-11 7.3702E+13 3.1351E+10 Ru-105 2.7494E-04 4.0902E-14 2.3459E+11 2.2165E+10 Ru-106 1.8673E-04 5.5813E-11 3.1709E+14 1.4386E+10 Rh-105 2.7733E-04 3.2857E-13 1.8845E+12 2.1488E+10 sb-127 5.7028E-04 2.1355E-12 1. 0126E+13 4.4031E+I10 sb-129 1.5092E-03 2.6838E-13 1.2529E+12 1.2182E+11 Te-127 5.4625E-04 2.0698E-13 9.8148E+11 4.2997E+10 Te-127m 7.7270E-05 8.1919E-12 3.8844E+13 5.9536E+09 Te-129 1.1582E-03 5.5305E-14 2.5818E+11 1.0653E+11 Te-129m 2.4211E-04 8.0368E-12 3.7518E+13 1.8658E+10 Te-131m 7.1651E-04 8.9855E-13 4.1307E+12 5.5571E+10 Te-132 6.8966E-03 2.2717E-11 1.0364E+14 5.3270E+11 1-131 3.9207E+00 3.1625E-08 1.4538E+17 3.0238E+14 1-132 4.7537E+00 4.6054E-10 2.1011E+15 3.9998E+14 1-133 7.7064E+00 6.8029E-09 3.0803E+16 5.9946E+14 1-134 5.4830E+00 2.0553E-10 9.2370E+14 5.3512E+14 1-135 6.9326E+00 1. 9741E-09 8.8060E+15 5.5059E+14 xe-133 1. 6918E+03 9.0385E-06 4.0926E+19 1.3055E+17 xe-135 5.8765E+02 2.3012E-07 1.0265E+18 4.6273E+16 Cs-134 4.9466E-03 3.8232E-09 1. 7182E+16 3.8111E+11 Cs-136 1.3745E-03 1.8755E-11 8. 3046E+13 1. 0597E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.8728E+11 Ba-139 2.6135E-03 1. 5978E-13 6.9224E+11 2.3358E+11 Ba-140 3.3559E-03 4.5840E-11 1.9718E+14 2.5872E+11 Page 169

CRDA PELLET MVP TRIP 10 MIN.o0 La-140 3.5803E-05 6.4413E-14 2.7708E+11 2.7721E+09 La-141 2.8672E-05 5.0699E-15 2.1654E+10 2.3252E+09 La-142 2.3628E-05 1.6506E-15 6.9999E+09 2.0780E+09 Ce-141 7.9616E-05 2.7942E-12 1.1934E+13 6.1355E+09 Ce-143 7.2073E-05 1.0853E-13 4. 5705E+11 5.5865E+09 Ce-144 6.6111E-05 2.0728E-11 8.6685E+13 5.0936E+09 Pr-143 2.8172E-05 4.1836E-13 1.7618E+12 2.1718E+09 Nd-147 1.2824E-05 1.5852E-13 6.4942E+11 9.8877E+08 Np-239 1.0802E-03 4.6560E-12 1.1732E+13 8.3514E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.5055E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.8826E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.9810E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 8.7540E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.6000E+05 Cm-242 1.8119E-06 5.4668E-13 1. 3604E+12 1.3960E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.7088E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.5700 Atmosphere sump Noble gases (atoms) 2.1589E+21 0.O000E+00 Elemental I (atoms) 1.8238E+17 O.OOOOE+00 organic I (atoms) 5.6405E+15 0.OOOOE+00 Aerosols (kq) 3.4642E-08 O.OOOOE+0O Dose Effective (ci/cc) 1-131 (Thyroid) 6.0965E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.6485E-08 Total I (Ci) 2.,8796E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5700 Filtered Transported Noble gases (atoms) 0.O000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00. 2.1365E-07 Detailed model information at time (H) = 0.5800 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.5800 whole Body Thyroid TEDE Delta dose (rem) 1.0915E-05 7.8260E-05 1.3396E-05 Accumulated dose (rem) 1.2451E-01 7.8055E-01 1.4932E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.5800 whole Body Thyroid TEDE Delta dose (rem) 2.6259E-06 1.8827E-05 3.2228E-06 Accumulated dose (rem) 5.5692E-02 3.4907E-01 6.6788E-02 Control Room Doses: Time (h) = 0.5800 whole Body Thyroid TEDE Delta dose (rem) 9.8919E-06 1.4648E-03 5.6326E-05 Page 170

CRDA PELLET MVP TRIP 10 MIN.O0 Accumulated dose (rem) 7.5492E-04 1.0368E-01 4.0466E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.5800 Ci kg Atoms Decay Co-58 2.2582E-05 7.1017E-13 7.3737E+12 1.7863E+09 Co-60 2.7020E-05 2.3904E-11 2.3992E+14 2.1371E+09 Kr-85 2.3924E+02 6.0979E-04 4.3203E+21 1.8922E+16 Kr-85m 3.5633E+03 4.3299E-03 3.0677E+22 2.8183E+17 Kr-87 4.9375E+03 1.7431E-07 1. 2066E+18 4.6073E+17 Kr-88 8.2699E+03 6.5952E-07 4.5133E+18 7.0360E+17 Rb-86 7.5772E-04 9.3123E-12 6. 5209E+13 5.9957E+10 Sr-89 2.8418E-02 9.7818E-10 6.6188E+15 2.2480E+12 Sr-90 4.2768E-03 3.1353E-08 2.0979E+17 3.3826E+11 Sr-91 3.4507E-02 9. 5193E-12 6.2996E+13 2.7890E+12 Sr-92 3.3936E-02 2.6999E-12 1. 7673E+13 2.8975E+12 Y-90 4.4123E-05 8.1098E-14 5.4265E+11 3.5009E+09 Y-91 3.7002E-04 1. 5088E-11 9.9849E+13 2.9270E+10 Y-92 3.5300E-04 3.6686E-14 2.4014E+11 2.9599E+10 Y-93 4.4453E-04 1. 3324E-13 8.6279E+11 3. 5882E+10 Zr-95 5.2366E-04 2.4376E-11 1. 5452E+14 4.1423E+10 zr-97 5.1836E-04 2.7116E-13 1. 6834E+12 4.1499E+10 Nb-95 5.2608E-04 1. 3454E-11 8.5285E+13 4.1619E+10 Mo-99 7.6233E-03 1. 5895E-11 9.6686E+13 6.0481E+11 Tc-99m 6.2832E-03 1.1949E-12 7.2687E+12 5.1425E+11 Ru-103 6.7269E-03 2.0843E-10 1.2186E+15 5.3216E+11 Ru-105 4.5390E-03 6.7525E-13 3.8728E+12 3.7608E+11 RU-106 3.0875E-03 9.2286E-10 5.2430E+15 2.4420E+11 Rh-105 4.5847E-03 5.4317E-12 3.1153E+13 3.6472E+11 sb-127 9.4287E-03 3.5307E-11 1. 6742E+14 7.4739E+11 sb-129 2.4914E-02 4.4305E-12 2.0683E+13 2.0670E+12 Te-127 9.0254E-03 3.4199E-12 1.6217E+13 7.2971E+11 Te-127m 1.2776E-03 1. 3545E-10 6.4228E+14 1.0106E+11 Te-129 1.9037E-02 9.0901E-13 4.2435E+12 1.8057E+12 Te-129m 4.0032E-03 1. 3289E-10 6.2035E+14 3.1670E+11 Te-131m 1.1845E-02 1.4854E-11 6.8284E+13 9.4323E+11 Te-132 1.1402E-01 3.7558E-10 1.7135E+15 9.0420E+12 1-131 6.4826E+01 5.2290E-07 2.4038E+18 5.1327E+15 1-132 7.8365E+01 7.5919E-09 3.4636E+16 6.7842E+15 1-133 1.2738E+02 1.1245E-07 5.0915E+17 1.0175E+16 1-134 8. 9946E+01 3.3717E-09 1. 5153E+16 9.0672E+15 1-135 1.1451E+02 3.2607E-08 1. 4545E+17 9.3433E+15 Xe-133 2.7973E+04 1.4944E-04 6.7666E+20 2.2160E+18 Xe-135 9.7094E+03 3.8021E-06 1.6960E+19 7.8531E+17 Cs-134 8.1791E-02 6.3216E-08 2.8410E+17 6.4691E+12 Cs-136 2.2727E-02 3.1010E-10 1. 3731E+15 1.7987E+12 Cs-137 4.0193E-02 4.6208E-07 2.0312E+18 3.1789E+12 Ba-139 4.2997E-02 2.6287E-12 1. 1389E+13 3.9600E+12 Ba-140 5.5488E-02 7.5794E-10 3.2603E+15 4.3916E+12 La-140 5.9189E-04 1.0649E-12 4.5806E+12 4.7052E+10 La-141 4.7325E-04 8.3682E-14 3.5741E+11 3.9450E+10 La-142 3.8893E-04 2.7169E-14 1. 1522E+11 3.5234E+10 Ce-141 1.3164E-03 4.6201E-11 1. 9733E+14 1.0415E+11 Ce-143 1.1915E-03 1.7942E-12 7. 5557E+12 9.4822E+10 Ce-144 1.0931E-03 3.4273E-10 1.4333E+15 8. 6461E+10 Pr-143 4.6581E-04 6.9174E-12 2.9131E+13 3.6865E+10 Nd-147 2.1204E-04 2.6211E-12 1.0738E+13 1. 6784E+10 Np-239 1.7858E-02 7.6977E-11 1.9396E+14 1.4176E+12 Pu-238 7.5235E-06 4.3946E-10 1.1120E+15 5.9505E+08 Pu-239 4.0404E-07 6.5004E-09 1.6379E+16 3.1956E+07 Pu-240 6.3976E-07 2.8076E-09 7.0450E+15 5.0600E+07 Pu-241 1.8788E-04 1.8238E-09 4. 5574E+15 1.4859E+10 Am-241 9.8723E-08 2.8764E-11 7.1876E+13 7.8082E+06 Page 171

CRDA PELLET MVP TRIP 10 MIN.O0 Cm-242 2.9959E-05 9.0392E-12 2.2494E+13 2.3696E+09 Cm-244 3.6674E-06 4.5332E-11 1.1188E+14 2.9007E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.5800 Atmosphere Sump Noble gases (atoms) 3.5696E+22 0.OOOOE+00 Elemental I (atoms) 3.0149E+18 0.OOOOE+00 organic I (atoms) 9.3246E+16 O.OOOOE+00 Aerosols (k 9 ) 5.7279E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7724E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2402E-08 Total I (Ci) 4.7503E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5800 Leakage Transport Noble gases (atoms) 6.1480E+18 Elemental I (atoms) 5.2169E+14 organi c I (atoms) 1. 6135 E+13 Aerosols (kg) 9.8649E-11 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organi c I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.5800 ci kg Atoms Bq Co-58 7.3437E-06 2.3095E-13 2.3979E+12 2.7172E+05 co-60 8. 7854E-06 7.7721E-12 7.8007E+13 3.2506E+05 Kr-85 7. 7788E+01 1.9827E-04 1.4047E+21 2.8781E+12 Kr-85m 1. 1586E+03 1.4078E-03 9.9743E+21 4.2867E+13 Kr-87 2. 0519E+03 7.2440E-08 5.0143E+17 7.5921E+13 Kr-88 3. 0011E+03 2.3933E-07 1.6378E+18 1. 1104E+14 Rb-86 2.4654E-04 3.0299E-12 2.1217E+13 9.1219E+06 Sr-89 9.2423E-03 3.1813E-10 2.1526E+15 3.4197E+08 Sr-90 1. 3906E-03 1.0194E-08 6.8213E+16 5.1451E+07 sr-91 1. 1594E-02 3.1984E-12 2.1166E+13 4.2899E+08 Sr-92 1.2380E-02 9.8493E-13 6.4472E+12 4.5806E+08 Y-90 1.4416E-05 2.6497E-14 1. 7730E+11 5.3340E+05 Y-91 1.2033E-04 4.9068E-12 3.2472E+13 4.4524E+06 Y-92 1.2535E-04 1.3027E-14 8.5270E+10 4.6379E+06 Y-93 1.4907E-04 4.4681E-14 2.8933E+11 5. 5155E+06 Zr-95 1. 7030E-04 7.9272E-12 5.0251E+13 6.3011E+06 Zr-97 1. 7168E-04 8.9806E-14 5. 5755E+11 6.3521E+06 Nb-95 1. 7111E-04 4.3760E-12 2.7740E+13 6.3312E+06 Mo-99 2.4904E-03 5.1925E-12 3.1586E+13 9.2144E+07 Tc-99m 2. 1516E-03 4.0918E-13 2.4890E+12 7.9607E+07 Ru-103 2.1879E-03 6.7792E-11 3.9636E+14 8.0953E+07 Ru-105 1.5832E-03 2.3553E-13 1. 3509E+12 5.8580E+07 RU-106 1.0039E-03 3.0007E-10 1.7048E+15 3.7145E+07 Rh-105 1. 5039E-03 1.7817E-12 1.0219E+13 5.5643E+07 sb-127 3.0760E-03 1.1518E-11 5.4618E+13 1.1381E+08 Sb-129 8.7072E-03 1. 5484E-12 7.2283E+12 3.2217E+08 Te-127 3.0341E-03 1.1497E-12 5.4515E+12 1.1226E+08 Te-127m 4.1546E-04 4.4046E-11 2.0886E+14 1.5372E+07 Te-129 8.1004E-03 3.8680E-13 1. 8057E+12 2.9972E+08 Te-129m 1. 3021E-03 4.3223E-11 2.0178E+14 4.8178E+07 Page 172

CRDA PELLET MVP TRIP 10 MIN.o0 Te-131m 3.8914E-03 4.8801E-12 2.2434E+13 1.4398E+08 Te-132 3.7222E-02 1.2260E-10 5. 5935E+14 1.3772E+09 1-131 2.1112E+01 1.7029E-07 7.8284E+17 7.8114E+11 1-132 2.9181E+01 2.8270E-09 1.2898E+16 1.0797E+12 1-133 4.2042E+01 3.7113E-08 1.6805E+17 1. 5556E+12 1-134 4.1754E+01 1.5652E-09 7.0342E+15 1. 5449E+12 1-135 3.9031E+01 1.1114E-08 4.9578E+16 1. 4441E+12 Xe-133 9.1175E+03 4.8710E-05 2.2055E+20 3. 3735E+14 Xe-135 3.2660E+03 1.2789E-06 5.7050E+18 1.2084E+14 Cs-134 2.6594E-02 2.0555E-08 9.2375E+16 9 8398E+08 Cs-136 7.3969E-03 1.0092E-10 4.4690E+14 2.7368E+08 Cs-137 1.3068E-02 1.5024E-07 6.6042E+17 4.8353E+08 Ba-139 1.7532E-02 1.0719E-12 4.6438E+12 6.4869E+08 Ba-140 1.8060E-02 2.4669E-10 1. 0611E+15 6.6821E+08 La-140 1.9394E-04 3.4893E-13 1. 5009E+12 7.1759E+06 La-141 1.6658E-04 2.9456E-14 1.2581E+11 6.1636E+06 La-142 1.5483E-04 1.0816E-14 4.5868E+10 5.7285E+06 Ce-141 4.2819E-04 1.5028E-11 6.4184E+13 1.5843E+07 Ce-143 3.9107E-04 5.8889E-13 2.4800E+12 1.4470E+07 Ce-144 3.5544E-04 1.1144E-10 4.6605E+14 1. 3151E+07 Pr-143 1.5160E-04 2.2513E-12 9.4808E+12 5. 6091E+06 Nd-147 6.9024E-05 8.5322E-13 3.4954E+12 2.5539E+06 Np-239 5.8385E-03 2.5167E-11 6.3413E+13 2.1602E+08 Pu-238 2.4462E-06 1.4289E-10 3.6155E+14 9.0509E+04 Pu-239 1.3137E-07 2.1135E-09 5. 3255E+15 4.8607E+03 Pu-240 2.0801E-07 9.1287E-10 2.2906E+15 7.6965E+03 Pu-241 6.1086E-05 5.9300E-10 1.4818E+15 2.2602E+06 Am-241 3.2099E-08 9.3524E-12 2.3370E+13 1. 1877E+03 Cm-242 9.7415E-06 2.9393E-12 7.3143E+12 3.6044E+05 Cm-244 1.1924E-06 1.4739E-11 3.6378E+13 4.4120E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.5800 Release Rate/s Noble gases (atoms) 1.1607E+22 5.5591E+18 Elemental I (atoms) 9.8978E+17 4.7403E+14 organic I (atoms) 3.0612E+16 1.4661E+13 Aerosols (kq) 1.8624E-07 8.9196E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9455E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7361E+01 Total I (Ci) 1.7312E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5800 Leakage Transport Noble gases (atoms) 6. 1480E+18 Elemental I (atoms) 5.2169E+14 organic I (atoms) 1.6135E+13 Aerosols (kg) 9.8649E-11 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.5800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 3.9956E+17 Elemental I (atoms) O.OOOOE+00 3.4126E+13 organic I (atoms) 0.OOOOE+00 1.0554E+12 Aerosols (kg) 0.OOOOE+00 6.4108E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Page 173

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 0.5800 Filtered Transported Noble gases (atoms) 2.0908E+17 0.0000E+00 Elemental I (atoms) 1.7769E+13 0.0000E+00 organic I (atoms) 5.4956E+11 0.0000E+00 Aerosols (kg) 3.3548E-12 0.0000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.0000E+00 3.5189E+16 Aerosols (kg) 0.0000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.5800 Ci kg Atoms Decay Co-58 1.3657E-06 4.2950E-14 4.4595E+11 1.0705E+08 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.2808E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.1340E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1.6890E+16 Kr-87 2. 9861E+02 1.0542E-08 7.2973E+16 2.7577E+16 Kr-88 5.0015E+02 3.9887E-08 2.7296E+17 4.2144E+16 Rb-86 4.5826E-05 5.6320E-13 3.9438E+12 3.5932E+09 Sr-89 1.7187E-03 5.9159E-11 4.0030E+14 1.3473E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.0272E+10 Sr-91 2.0870E-03 5.7571E-13 3.8099E+12 1.6712E+11 Sr-92 2.0524E-03 1.6328E-13 1.0688E+12 1.7355E+11 Y-90 2.6685E-06 4.9047E-15 3.2819E+10 2.0981E+08 Y-91 2.2378E-05 9.1250E-13 6.0387E+12 1.7541E+09 Y-92 2.1349E-05 2.2187E-15 1.4523E+10 1.7731E+09 Y-93 2.6885E-05 8.0582E-15 5.2180E+10 2.1501E+09 Zr-95 3.1670E-05 1.4742E-12 9.3452E+12 2.4825E+09 Zr-97 3.1350E-05 1.6399E-14 1.0181E+11 2.4868E+09 Nb-95 3.1817E-05 8.1366E-13 5.1579E+12 2.4943E+09 Mo-99 4.6104E-04 9.6128E-13 5.8474E+12 3.6246E+10 TC-99m 3.8000E-04 7.2267E-14 4.3960E+11 3.0811E+10 Ru-103 4. 0683E-04 1.2606E-11 7.3702E+13 3.1893E+10 Ru-105 2.7452E-04 4.0838E-14 2.3422E+11 2.2531E+10 Ru-106 1. 8673E-04 5.5813E-11 3.1709E+14 1.4635E+10 Rh-105 2.7727E-04 3.2850E-13 1.8841E+12 2.1857E+10 sb-127 5. 7023E-04 2.1353E-12 1.0125E+13 4.4791E+10 sb-129 1. 5068E-03 2.6795E-13 1.2509E+12 1.2383E+11 Te-127 5.4584E-04 2.0683E-13 9.8075E+11 4.3725E+10 Te-127m 7.7270E-05 8.1918E-12 3.8844E+13 6.0565E+09 Te-129 1.1513E-03 5.4975E-14 2.5664E+11 1. 0806E+11 Te-129m 2.4211E-04 8.0367E-12 3.7518E+13 1. 8980E+10 Te-131m 7.1634E-04 8.9834E-13 4.1297E+12 5.6526E+10 Te-132 6.8960E-03 2.2715E-11 1.0363E+14 5.4188E+11 1-131 3.9206E+00 3.1624E-08 1.4538E+17 3.0760E+14 1-132 4.7394E+00 4.5915E-10 2.0947E+15 4.0630E+14 1-133 7.7038E+00 6.8006E-09 3.0793E+16 6.0973E+14 1-134 5.4398E+00 2.0392E-10 9.1642E+14 5.4240E+14 1-135 6. 9254E+00 1.9720E-09 8.7968E+15 5. 5982E+14 Xe-133 1. 6918E+03 9.0380E-06 4.0923E+19 1.3280E+17 xe-135 5. 8721E+02 2.2994E-07 1.0257E+18 4.7056E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 3.8770E+11 Cs-136 1.3745E-03 1.8754E-11 8.3044E+13 1.0780E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1.9051E+11 Ba-139 2.6004E-03 1.5898E-13 6.8877E+11 2.3705E+11 Ba-140 3.3558E-03 4.5839E-11 1.9718E+14 2.6319E+11 La-140 3.5797E-05 6.4402E-14 2.7703E+11 2.8198E+09 Page 174

CRDA PELLET MVP TRIP 10 MIN.oO La-141 2.8621E-05 5.0609E-15 2.1615E+10 2.3634E+09 La-142 2.3522E-05 1.6432E-15 6.9685E+09 2.1094E+09 Ce-141 7.9616E-05 2.7942E-12 1. 1934E+13 6.2415E+09 Ce-143 7.2058E-05 1.0851E-13 4.5696E+11 5.6825E+09 Ce-144 6.6111E-05 2.0728E-11 8.6685E+13 5. 1816E+09 Pr-143 2.8171E-05 4.1835E-13 1. 7618E+12 2.2093E+09 Nd-147 1.2824E-05 1.5852E-13 6.4940E+11 1.0058E+09 Np-239 1.0800E-03 4.6555E-12 1. 1730E+13 8.4952E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.5662E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.9152E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.0325E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 8.9054E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.6795E+05 Cm-242 1.8119E-06 5.4668E-13 1. 3604E+12 1. 4201E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.7384E+07 MVP Holdup Transport G roup Inventory: Time (h) = 0.5800 Atmosphere Sump Noble gases (atoms) 2.1589E+21 0.OOOOE+00 Elemental I (atoms) 1.8234E+17 0.0000E+00 organic I (atoms) 5.6394E+15 O.OOOOE+00 Aerosols (kq) 3.4642E-08 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0955E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6455E-08 Total I (Ci) 2.8729E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5800 Filtered Transported Noble gases (atoms) 0.0000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.5900 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.5900 whole Body Thyroid TEDE Delta dose (rem) 1.0886E-05 7.8247E-05 1.3366E-05 Accumulated dose (rem) 1.2452E-01 7.8062E-01 1.4934E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.5900 whole Body Thyroid TEDE Delta dose (rem) 2.6189E-06 1.8824E-05 3.2156E-06 Accumulated dose (rem) 5.5694E-02 3.4909E-01 6.6792E-02 Control Room Doses: Time (h) = 0.5900 whole Body Thyroid TEDE Delta dose (rem) 9.7306E-06 1.4445E-03 5.5520E-05 Accumulated dose (rem) 7.6465E-04 1.0513E-01 4.1022E-03 Page 175

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.5900 Ci kg Atoms Decay Co-58 2.2582E-05 7.1017E-13 7.3737E+12 1.8163E+09 co-60 2.7020E-05 2.3903E-11 2.3992E+14 2.1731E+09 Kr-85 2. 3924E+02 6.0979E-04 4.3203E+21 1.9241E+16 Kr-85m 3. 5633E+03 4.3299E-03 3.0676E+22 2.8657E+17 Kr-87 4.9107E+03 1.7336E-07 1.2000E+18 4.6729E+17 Kr-88 8.2497E+03 6.5791E-07 4.5023E+18 7. 1461E+17 Rb-86 7. 5771E-04 9.3121E-12 6. 5208E+13 6.0966E+10 Sr-89 2.8418E-02 9.7817E-10 6.6187E+15 2.2859E+12 Sr-90 4.2768E-03 3.1353E-08 2.0979E+17 3.4396E+11 Sr-91 3.4482E-02 9.5123E-12 6.2950E+13 2.8349E+12 Sr-92 3. 3849E-02 2.6930E-12 1. 7628E+13 2.9426E+12 Y-90 4.4118E-05 8.1089E-14 5.4259E+11 3.5597E+09 Y-91 3.7001E-04 1. 5088E-11 9.9848E+13 2.9762E+10 Y-92 3. 5231E-04 3.6614E-14 2.3967E+11 3.0069E+10 Y-93 4.4423E-04 1.3315E-13 8.6219E+11 3.6474E+10 Zr-95 5.2366E-04 2.4376E-11 1. 5452E+14 4.2121E+10 Zr-97 5.1814E-04 2.7104E-13 1. 6827E+12 4.2189E+10 Nb-95 5.2608E-04 1. 3454E-11 8. 5284E+13 4.2320E+10 Mo-99 7. 6224E-03 1. 5893E-11 9.6676E+13 6.1497E+11 Tc-99m 6.2759E-03 1.1935E-12 7.2603E+12 5.2261E+11 Ru-103 6.7268E-03 2.0843E-10 1.2186E+15 5.4112E+11 RU-105 4. 5319E-03 6.7419E-13 3.8668E+12 3.8212E+11 Ru-106 3.0875E-03 9.2286E-10 5.2430E+15 2.4831E+11 Rh-105 4.5838E-03 5.4306E-12 3.1147E+13 3.7082E+11 sb-127 9.4279E-03 3.5304E-11 1. 6740E+14 7.5995E+11 Sb-129 2.4874E-02 4.4233E-12 2.0650E+13 2.1001E+12 Te-127 9.0187E-03 3.4173E-12 1. 6204E+13 7.4172E+11 Te-127m 1. 2776E-03 1.3545E-10 6.4228E+14 1. 0276E+11 Te-129 1.8923E-02 9.0359E-13 4.2182E+12 1.8309E+12 Te-129m 4.0032E-03 1. 3288E-10 6.2034E+14 3.2203E+11 Te-131m 1. 1842E-02 1.4850E-11 6.8268E+13 9.5901E+11 Te-132 1. 1401E-01 3.7555E-10 1.7133E+15 9.1939E+12 1-131 6. 4824E+01 5.2288E-07 2.4037E+18 5.2190E+15 1-132 7.8129E+01 7.5691E-09 3.4532E+16 6.8884E+15 1-133 1. 2734E+02 1.1241E-07 5.0898E+17 1.0344E+16 1-134 8. 9237E+01 3.3451E-09 1. 5033E+16 9.1866E+15 1-135 1.1439E+02 3.2572E-08 1.4530E+17 9.4958E+15 xe-133 2.7971E+04 1.4943E-04 6.7662E+20 2. 2533E+18 Xe-135 9. 7020E+03 3.7992E-06 1.6947E+19 7.9823E+17 Cs-134 8.1791E-02 6.3216E-08 2.8410E+17 6. 5780E+12 Cs-136 2.2727E-02 3.1009E-10 1. 3731E+15 1. 8290E+12 Cs-137 4.0193E-02 4.6208E-07 2.0312E+18 3.2325E+12 Ba-139 4.2781E-02 2.6155E-12 1.1332E+13 4.0171E+12 Ba-140 5.5486E-02 7.5792E-10 3.2602E+15 4.4655E+12 La-140 5.9178E-04 1.0647E-12 4.5798E+12 4.7841E+10 La-141 4.7241E-04 8.3534E-14 3. 5677E+11 4.0080E+10 La-142 3.8718E-04 2.7047E-14 1. 1471E+11 3.5751E+10 Ce-141 1. 3164E-03 4.6200E-11 1.9732E+14 1.0590E+11 Ce-143 1.1912E-03 1.7938E-12 7. 5541E+12 9.6409E+10 Ce-144 1. 0931E-03 3.4273E-10 1.4333E+15 8.7917E+10 Pr-143 4.6580E-04 6.9172E-12 2.9130E+13 3.7485E+10 Nd-147 2.1203E-04 2.6210E-12 1.0737E+13 1.7066E+10 Np-239 1.7856E-02 7.6967E-11 1.9394E+14 1.4413E+12 Pu-238 7.5235E-06 4.3946E-10 1.1120E+15 6.0507E+08 Pu-239 4.0404E-07 6.5003E-09 1. 6379E+16 3.2494E+07 Pu-240 6. 3976E-07 2.8076E-09 7.0449E+15 5.1452E+07 Pu-241 1.8787E-04 1.8238E-09 4. 5573E+15 1. 5110E+10 Am-241 9. 8723E-08 2.8764E-11 7.1876E+13 7.9397E+06 Cm-242 2.9958E-05 9.0392E-12 2.2494E+13 2.4095E+09 Page 176

CRDA PELLET MVP TRIP 10 MIN.O0 cm-244 3.6674E-06 4.5331E-11 1.1188E+14 2.9495E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.5900 Atmosphere Sump Noble gases (atoms) 3.5696E+22 0.00OOE+00 Elemental I (atoms) 3.0143E+18 0.0000E+00 organic I (atoms) 9.3226E+16 0.OOOOE+00 Aerosols (k 9 ) 5.7279E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7714E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2373E-08 Total I (Ci). 4.7392E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5900 Leakage Transport Noble gases (atoms) 6.2967E+18 Elemental I (atoms) 5.3426E+14 Organic I (atoms) 1. 6523E+13 Aerosols (kg) 1.0104E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5900 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.5900 Ci kg Atoms Bq Co-58 7.3438E-06 2.3095E-13 2.3980E+12 2.7172E+05 Co-60 8.7855E-06 7.7722E-12 7.8008E+13 3.2506E+05 Kr-85 7.7789E+01 1.9827E-04 1.4047E+21 2.8782E+12 Kr-85m 1.1586E+03 1.4078E-03 9.9744E+21 4.2868E+13 Kr-87 2.0519E+03 7.2441E-08 5.0143E+17 7.5921E+13 Kr-88 3.0011E+03 2.3934E-07 1. 6379E+18 1.1104E+14 Rb-86 2.4654E-04 3.0300E-12 2.1217E+13 9.1220E+06 Sr-89 9.2424E-03 3.1813E-10 2.1526E+15 3.4197E+08 Sr-90 1.3906E-03 1. 0194E-08 6.8213E+16 5.1452E+07 Sr-91 1. 1594E-02 3.1985E-12 2.1167E+13 4.2899E+08 Sr-92 1.2380E-02 9.8494E-13 6.4472E+12 4. 5807E+08 Y-90 1.4416E-05 2.6498E-14 1. 7730E+11 5.3340E+05 Y-91 1.2034E-04 4.9069E-12 3.2473E+13 4.4524E+06 Y-92 1.2535E-04 1.3027E-14 8.5271E+10 4.6379E+06 Y-93 1.4907E-04 4.4681E-14 2.8933E+11 5.5156E+06 Zr-95 1.7030E-04 7.9273E-12 5.0252E+13 6.3012E+06 zr-97 1. 7168E-04 8.9807E-14 5.5756E+11 6.3522E+06 Nb-95 1.7112E-04 4.3760E-12 2. 7740E+13 6.3313E+06 MO-99 2.4904E-03 5.1925E-12 3.1586E+13 9.2145E+07 Tc-99m 2.1516E-03 4.0918E-13 2.4890E+12 7.9608E+07 Ru-103 2.1879E-03 6.7793E-11 3.9637E+14 8.0954E+07 Ru-105 1.5833E-03 2.3553E-13 1. 3509E+12 5.8581E+07 RU-106 1.0039E-03 3.0007E-10 1. 7048E+15 3.7145E+07 Rh-105 1.5039E-03 1.7817E-12 1.0219E+13 5.5644E+07 Sb-127 3.0761E-03 1. 1519E-11 5.4619E+13 1.1381E+08 Sb-129 8.7073E-03 1. 5484E-12 7.2284E+12 3.2217E+08 Te-127 3.0341E-03 1.1497E-12 5.4516E+12 1.1226E+08 Te-127m 4.1547E-04 4.4046E-11 2.0886E+14 1.5372E+07 Te-129 8.1005E-03 3.8680E-13 1. 8057E+12 2.9972E+08 Te-129m 1. 3021E-03 4.3224E-11 2.0178E+14 4.8179E+07 Te-131m 3.8915E-03 4.8801E-12 2.2434E+13 1.4398E+08 Page 177

CRDA PELLET MVP TRIP 10 MIN.O0 Te-132 3.7222E-02 1.2261E-10 5. 5936E+14 1.3772E+09 1-131 2.1112E+01 1.7029E-07 7.8285E+17 7.8115E+11 1-132 2.9182E+01 2.8271E-09 1. 2898E+16 1.0797E+12 1-133 4.2043E+01 3.7114E-08 1.6805E+17 1. 55 56E+12 1-134 4.1754E+01 1.5652E-09 7.0342E+15 1.5449E+12 1-135 3.9031E+01 1.1114E-08 4.9578E+16 1.4442E+12 Xe-133 9.1177E+03 4.8710E-05 2.2056E+20 3.3735E+14 xe-135 3.2660E+03 1.2789E-06 5.7051E+18 1.2084E+14 Cs-134 2.6594E-02 2.0555E-08 9.2376E+16 9.8400E+08 Cs-136 7.3970E-03 1.0093E-10 4.4690E+14 2.7369E+08 Cs-137 1.3069E-02 1.5024E-07 6.6043E+17 4.8353E+08 Ba-139 1.7532E-02 1.0719E-12 4.6438E+12 6.4870E+08 Ba-140 1.8060E-02 2.4669E-10 1. 0611E+15 6.6822E+08 La-140 1.9395E-04 3.4893E-13 1. 5009E+12 7.1760E+06 La-141 1.6659E-04 2.9456E-14 1.2581E+11 6.1637E+06 La-142 1.5483E-04 1.0816E-14 4.5869E+10 5.7286E+06 Ce-141 4.2820E-04 1.5028E-11 6.4185E+13 1.5843E+07 Ce-143 3.9108E-04 5.8890E-13 2.4800E+12 1.4470E+07 Ce-144 3.5544E-04 1.1144E-10 4.6606E+14 1. 3151E+07 Pr-143 1.5160E-04 2.2513E-12 9.4809E+12 5.6092E+06 Nd-147 6.9025E-05 8.5323E-13 3.4954E+12 2.5539E+06 Np-239 5.8386E-03 2.5167E-11 6.3414E+13 2.1603E+08 Pu-238 2.4462E-06 1.4289E-10 3.6156E+14 9.0510E+04 Pu-239 1.3137E-07 2.1136E-09 5.3256E+15 4.8607E+03 Pu-240 2.0802E-07 9.1289E-10 2.2906E+15 7.6966E+03 Pu-241 6.1087E-05 5.9300E-10 1.4818E+15 2.2602E+06 Am-241 3.2099E-08 9.3525E-12 2.3370E+13 1. 1877E+03 Cm-242 9.7417E-06 2.9393E-12 7.3144E+12 3.6044E+05 Cm-244 1.1925E-06 1.4739E-11 3.6378E+13 4.4121E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.5900 Release Rate/s Noble gases (atoms) 1.1608E+22 5.4649E+18 Elemental I (atoms) 9.8979E+17 4.6600E+14 organic I (atoms) 3.0612E+16 1.4413E+13 Aerosols (kg) 1.8624E-07 8.7685E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9456E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7362E+01 Total I (Ci) 1. 7312E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.5900 Leakage Transport Noble gases (atoms) 6.2967E+18 Elemental I (atoms) 5.3426E+14 Organic I (atoms) 1. 6523E+13 Aerosols (kg) 1. 0104E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.5900 Filtered Transported Noble gases (atoms) O.OOOOE+00 3.9999E+17 Elemental I (atoms) 0.OOOOE+00 3.4162E+13 organic I (atoms) O.OOOOE+00 1.0566E+12 Aerosols (kg) O.OOOOE+00 6.4177E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.5900 Filtered Transported Page 178

CRDA PELLET MVP TRIP 10 MIN.OO Noble gases (atoms) 2.1207E+17 O.OOOOE+00 Elemental I (atoms) 1.8022E+13 O.OOOOE+00 organic I (atoms) 5.5738E+11 O.OOOOE+00 Aerosols (kg) 3.4028E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.5900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.O000E+00 3.5189E+16 Aerosols (kg) O.O000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.5900 Ci kg Atoms Decay Co-58 1.3657E-06 4.2950E-14 4.4595E+11 1.0887E+08 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.3025E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 1533E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 1. 7177E+16 Kr-87 2.9699E+02 1.0485E-08 7.2576E+16 2.7974E+16 Kr-88 4.9893E+02 3.9790E-08 2.7230E+17 4.2810E+16 Rb-86 4.5825E-05 5.6319E-13 3.9437E+12 3.6543E+09 Sr-89 1.7187E-03 5.9159E-11 4.0029E+14 1. 3702E+11 Sr-90 2. 5866E-04 1.8962E-09 1.2688E+16 2.0617E+10 Sr-91 2.0854E-03 5.7529E-13 3.8071E+12 1. 6990E+11 Sr-92 2.0471E-03 1. 6287E-13 1. 0661E+12 1.7628E+11 Y-90 2. 6682E-06 4.9042E-15 3.2815E+10 2.1336E+08 Y-91 2.2378E-05 9.1250E-13 6.0387E+12 1.7840E+09 Y-92 2.1307E-05 2.2143E-15 1.4495E+10 1.8015E+09 Y-93 2.6866E-05 8.0527E-15 5.2144E+10 2.1859E+09 Zr-95 3.1670E-05 1.4742E-12 9.3452E+12 2.5247E+09 Zr-97 3.1337E-05 1. 6392E-14 1. 0177E+11 2.5286E+09 Nb-95 3.1817E-05 8.1366E-13 5.1578E+12 2.5366E+09 MO-99 4. 6100E-04 9.6118E-13 5.8468E+12 3.6860E+10 Tc-99m 3.7956E-04 7.2184E-14 4.3909E+11 3.1317E+10 Ru-103 4. 0683E-04 1.2606E-11 7.3701E+13 3.2434E+10 Ru-105 2.7409E-04 4.0774E-14 2.3386E+11 2.2896E+10 Ru-106 1. 8673E-04 5.5813E-11 3.1709E+14 1.4884E+10 Rh-105 2. 7722E-04 3.2844E-13 1. 8837E+12 2.2226E+10 Sb-127 5.7019E-04 2.1351E-12 1.0124E+13 4.5550E+10 Sb-129 1. 5044E-03 2.6752E-13 1.2489E+12 1.2584E+11 Te-127 5.4544E-04 2.0668E-13 9.8003E+11 4.4451E+10 Te-127m 7.7270E-05 8.1918E-12 3.8844E+13 6.1595E+09 Te-129 1. 1445E-03 5.4648E-14 2. 5511E+11 1.0959E+11 Te-129m 2. 4211E-04 8.0367E-12 3.7518E+13 1.9303E+10 Te-131m 7.1618E-04 8.9814E-13 4.1288E+12 5.7480E+10 Te-132 6.8954E-03 2.2713E-11 1.0362E+14 5.5107E+11 1-131 3. 9205E+00 3.1623E-08 1.4537E+17 3.1282E+14 1-132 4.7252E+00 4.5777E-10 2.0884E+15 4.1261E+14 1-133 7. 7012E+00 6.7984E-09 3.0782E+16 6.1999E+14 1-134 5. 3970E+00 2.0231E-10 9.0921E+14 5.4962E+14 1-135 6.9181E+00 1.9699E-09 8.7876E+15 5.6904E+14 xe-133 1. 6917E+03 9.0375E-06 4.0921E+19 1. 3506E+17 Xe-135 5.8677E+02 2.2977E-07 1.0250E+18 4.7838E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 3.9429E+11 Cs-136 1.3745E-03 1.8754E-11 8.3042E+13 1.0963E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1.9375E+11 Ba-139 2.5874E-03 1.5818E-13 6.8532E+11 2.4050E+11 Ba-140 3.3557E-03 4.5838E-11 1.9717E+14 2.6766E+11 La-140 3.5790E-05 6.4391E-14 2.7698E+11 2.8675E+09 La-141 2.8571E-05 5.0520E-15 2.1577E+10 2.4014E+09 Page 179

CRDA PELLET MVP TRIP 10 MIN.o0 La-142 2.3416E-05 1.6358E-15 6.9373E+09 2.1407E+09 Ce-141 7.9615E-05 2.7941E-12 1.1934E+13 6.3476E+09 Ce-143 7.2043E-05 1.0848E-13 4.5686E+11 5.7785E+09 Ce-144 6.6111E-05 2.0728E-11 8. 6685 E+13 5.2697E+09 Pr-143 2.8171E-05 4.1834E-13 1.7618E+12 2.2468E+09 Nd-147 1.2824E-05 1.5851E-13 6.4938E+11 1.0229E+09 Np-239 1.0799E-03 4.6549E-12 1. 1729E+13 8.6391E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.6268E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.9477E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.0840E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 9.0567E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.7590E+05 Cm-242 1.8119E-06 5.4668E-13 1. 3604E+12 1.4443E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.7679E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.5900 Atmosphere sump Noble gases (atoms) 2.1589E+21 O.0000E+00 Elemental I (atoms) 1.8230E+17 O.O000E+00 organic I (atoms) 5.6382E+15 O.0000E+00 Aerosols (kq) 3.4642E-08 O.O000E+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0945E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6425E-08 Total I (Ci) 2.8662E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.5900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) 0.5900 Filtered Transported Noble gases (atoms) 0.0000E+00 1.3316E+22 Elemental I (atoms) O.0000E+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.6000 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.6000 whole Body Thyroid TEDE Delta dose (rem) 1.0857E-05 7.8234E-05 1.3337E-05 Accumulated dose (rem) 1.2453E-01 7.8070E-01 1.4935E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.6000 whole Body Thyroid TEDE Delta dose (rem) 2.6119E-06 1.8821E-05 3.2085E-06 Accumulated dose (rem) 5.5697E-02 3.4911E-01 6.6795E-02 control Room Doses: Time (h) = 0.6000 whole Body Thyroid TEDE Delta dose (rem) 9.5722E-06 1.4246E-03 5.4728E-05 Accumulated dose (rem) 7.7422E-04 1.0655E-01 4.1569E-03 Page 180

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.6000 Ci kg Atoms Decay co-58 2.2582E-05 7.1016E-13 7.3736E+12 1.8464E+09 Co-60 2.7020E-05 2.3903E-11 2.3992E+14 2.2091E+09 Kr-85 2.3924E+02 6.0979E-04 4.3203E+21 1. 9559E+16 Kr-85m 3.5633E+03 4.3298E-03 3.0676E+22 2.9132E+17 Kr-87 4.8839E+03 1.7242E-07 1.1935E+18 4.7381E+17 Kr-88 8.2296E+03 6.5631E-07 4.4913E+18 7.2558E+17 Rb-86 7.5769E-04 9.3120E-12 6.5207E+13 6.1975E+10 Sr-89 2.8418E-02 9.7816E-10 6.6187E+15 2.3237E+12 Sr-90 4.2768E-03 3.1353E-08 2.0979E+17 3.4965E+11 Sr-91 3.4457E-02 9. 5054E-12 6.2904E+13 2.8808E+12 Sr-92 3.3762E-02 2.6861E-12 1. 7582E+13 2.9877E+12 Y-90 4.4113E-05 8.1080E-14 5.4253E+11 3.6185E+09 Y-91 3.7001E-04 1. 5088E-11 9.9847E+13 3.0255E+10 Y-92 3.5162E-04 3.6542E-14 2.3920E+11 3.0538E+10 Y-93 4.4392E-04 1. 3306E-13 8.6160E+11 3.7065E+10 Zr-95 5.2366E-04 2.4375E-11 1. 5452E+14 4.2818E+10 Zr-97 5.1793E-04 2.7093E-13 1. 6820E+12 4.2879E+10 Nb-95 5.2607E-04 1. 3453E-11 8. 5282E+13 4.3020E+10 Mo-99 7.6216E-03 1. 5891E-11 9.6665E+13 6.2512E+11 Tc-99m 6.2687E-03 1.1922E-12 7.2519E+12 5.3097E+11 RU-103 6.7267E-03 2.0843E-10 1. 2186E+15 5.5008E+11 Ru-105 4.5249E-03 6.7314E-13 3.8607E+12 3.8816E+11 RU-106 3.0875E-03 9.2285E-10 5.2430E+15 2.5243E+11 Rh-105 4.5828E-03 5.4296E-12 3.1140E+13 3.7693E+11 sb-127 9.4272E-03 3. 5301E-11 1. 6739E+14 7.7250E+11 sb-129 2.4834E-02 4.4162E-12 2.0616E+13 2.1332E+12 Te-127 9.0120E-03 3. 4148E-12 1.6192E+13 7.5373E+11 Te-127m 1.2776E-03 1.3545E-10 6.4227E+14 1. 0446E+11 Te-129 1.8810E-02 8.9820E-13 4.1931E+12 1.8561E+12 Te-129m 4.0031E-03 1.3288E-10 6.2034E+14 3.2737E+11 Te-131m 1.1839E-02 1.4847E-11 6.8252E+13 9.7478E+11 Te-132 1. 1400E-01 3.7551E-10 1. 7132E+15 9.3457E+12 1-131 6.4821E+01 5.2286E-07 2.4036E+18 5.3054E+15 1-132 7.7894E+01 7.5463E-09 3.4428E+16 6.9924E+15 1-133 1.2729E+02 1.1237E-07 5.0881E+17 1. 0514E+16 1-134 8.8534E+01 3.3188E-09 1.4915E+16 9.3050E+15 1-135 1.1427E+02 3.2538E-08 1.4515E+17 9.6480E+15 Xe-133 2.7969E+04 1.4942E-04 6.7658E+20 2.2905E+18 Xe-135 9.6947E+03 3.7963E-06 1. 6935E+19 8. 1115E+17 Cs-134 8.1790E-02 6.3216E-08 2.8410E+17 6.6870E+12 Cs-136 2.2726E-02 3.1008E-10 1. 3730E+15 1.8592E+12 Cs-137 4.0192E-02 4.6208E-07 2.0312E+18 3.2860E+12 Ba-139 4.2567E-02 2.6024E-12 1.1275E+13 4.0739E+12 Ba-140 5.5485E-02 7.5790E-10 3.2601E+15 4. 5394E+12 La-140 5.9168E-04 1.0645E-12 4.5790E+12 4.8629E+10 La-141 4.7158E-04 8.3386E-14 3.5614E+11 4.0709E+10 La-142 3.8544E-04 2.6926E-14 1. 1419E+11 3.6266E+10 Ce-141 1. 3164E-03 4.6200E-11 1.9732E+14 1.0765E+11 Ce-143 1. 1910E-03 1. 7934E-12 7. 5524E+12 9.7996E+10 Ce-144 1.0931E-03 3.4273E-10 1.4333E+15 8.9373E+10 Pr-143 4.6578E-04 6.9170E-12 2.9130E+13 3.8106E+10 Nd-147 2.1203E-04 2.6209E-12 1.0737E+13 1.7348E+10 Np-239 1.7853E-02 7.6957E-11 1. 9391E+14 1.4651E+12 Pu-238 7.5234E-06 4.3946E-10 1. 1120E+15 6.1509E+08 Pu-239 4.0404E-07 6.5003E-09 1. 6379E+16 3.3033E+07 Pu-240 6.3976E-07 2.8076E-09 7.0449E+15 5.2304E+07 Pu-241 1.8787E-04 1.8238E-09 4. 5573E+15 1. 5360E+10 Am-241 9.8722E-08 2.8764E-11 7.1875E+13 8.0712E+06 Cm-242 2.9958E-05 9.0391E-12 2.2494E+13 2.4494E+09 Cm-244 3.6674E-06 4.5331E-11 1. 1188E+14 2.9984E+08 Page 181

CRDA PELLET MVP TRIP 10 MIN.o0 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.6000 Atmosphere Sump Noble gases (atoms) 3.5696E+22 0.OOOOE+00 Elemental I (atoms) 3.0137E+18 0.OOOOE+00 Organi c I (atoms) 9.3207E+16 O.OOOOE+00 Aerosols (kg) 5.7279E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7704E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2345E-08 Total I (ci) 4.7281E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6000 Leakage Transport Noble gases (atoms) 6.4455E+18 Elemental I (atoms) 5.4682E+14 organic I (atoms) 1.6912E+13 Aerosols (kg) 1.0342E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.6000 Ci kg Atoms Bq Co-58 7.3439E-06 2.3095E-13 2.3980E+12 2.7172E+05 Co-60 8.7856E-06 7.7723E-12 7.8009E+13 3.2507E+05 Kr-85 7.7790E+01 1.9827E-04 1.4047E+21 2.8782E+12 Kr-85m 1.1586E+03 1.4079E-03 9.9745E+21 4.2868E+13 Kr-87 2.0519E+03 7.2441E-08 5.0144E+17 7. 5922E+13 Kr-88 3.0011E+03 2.3934E-07 1.6379E+18 1. 1104E+14 Rb-86 2.4654E-04 3.0300E-12 2.1218E+13 9.1221E+06 Sr-89 9.2426E-03 3.1814E-10 2. 1527E+15 3.4197E+08 Sr-90 1.3906E-03 1.0195E-08 6.8214E+16 5.1452E+07 Sr-91 1.1595E-02 3.1985E-12 2.1167E+13 4.2900E+08 Sr-92 1.2380E-02 9.8495E-13 6.4473E+12 4.5807E+08 Y-90 1.4417E-05 2.6498E-14 1. 7730E+11 5. 3341E+05 Y-91 1.2034E-04 4.9070E-12 3.2473E+13 4.4525E+06 Y-92 1.2535E-04 1. 3027E-14 8.5272E+10 4. 6380E+06 Y-93 1.4907E-04 4.4682E-14 2.8933E+11 5.5157E+06 Zr-95 1.7030E-04 7.9274E-12 5.0253E+13 6.3012E+06 Zr-97 1. 7168E-04 8.9808E-14 5.5756E+11 6.3523E+06 Nb-95 1. 7112E-04 4.3761E-12 2.7740E+13 6.3314E+06 MO-99 2.4904E-03 5.1926E-12 3.1586E+13 9.2146E+07 Tc-99m 2.1516E-03 4.0919E-13 2.4891E+12 7.9609E+07 Ru-103 2.1880E-03 6.7794E-11 3.9637E+14 8.0955E+07 Ru-105 1.5833E-03 2.3554E-13 1. 3509E+12 5.8581E+07 Ru-106 1.0039E-03 3.0008E-10 1.7048E+15 3.7146E+07 Rh-105 1.5039E-03 1. 7818E-12 1.0219E+13 5.5645E+07 Sb-127 3.0761E-03 1.1519E-11 5.4620E+13 1.1382E+08 sb-129 8.7074E-03 1. 5484E-12 7.2285E+12 3.2217E+08 Te-127 3.0341E-03 1.1497E-12 5.4516E+12 1. 1226E+08 Te-127m 4.1547E-04 4.4047E-11 2.0886E+14 1.5373E+07 Te-129 8.1006E-03 3.8680E-13 1. 8057E+12 2.9972E+08 Te-129m 1. 3021E-03 4.3224E-11 2.0179E+14 4.8179E+07 Te-131m 3.8915E-03 4.8802E-12 2.2435E+13 1.4399E+08 Te-132 3.7223E-02 1.2261E-10 5. 5937E+14 1.3772E+09 Page 182

CRDA PELLET MVP TRIP 10 MIN.O0 1-131 2.1112E+01 1.7030E-07 7.8286E+17 7.8116E+11 1-132 2.9182E+01 2.8271E-09 1.2898E+16 1. 0797E+12 1-133 4.2043E+01 3.7114E-08 1. 6805E+17 1. 5556E+12 1-134 4.1755E+01 1.5652E-09 7.0343E+15 1. 5449E+12 1-135 3.9032E+01 1.1114E-08 4.9579E+16 1.4442E+12 Xe-133 9.1178E+03 4.8711E-05 2.2056E+20 3.3736E+14 Xe-135 3.2661E+03 1.2789E-06 5.7052E+18 1. 2084E+14 Cs-134 2.6595E-02 2.0555E-08 9.2377E+16 9.8401E+08 Cs-136 7.3971E-03 1.0093E-10 4.4691E+14 2.7369E+08 Cs-137 1.3069E-02 1.5025E-07 6.6044E+17 4.8354E+08 Ba-139 1.7533E-02 1.0719E-12 4.6439E+12 6.4871E+08 Ba-140 1.8060E-02 2.4669E-10 1.0612E+15 6.6823E+08 La-140 1.9395E-04 3.4894E-13 1. 5010E+12 7.1761E+06 La-141 1.6659E-04 2.9457E-14 1.2581E+11 6.1637E+06 La-142 1.5483E-04 1.0816E-14 4.5869E+10 5.7287E+06 Ce-141 4.2821E-04 1.5028E-11 6.4186E+13 1.5844E+07 Ce-143 3.9108E-04 5.8891E-13 2.4800E+12 1.4470E+07 Ce-144 3.5545E-04 1.1144E-10 4.6606E+14 1. 3152E+07 Pr-143 1.5160E-04 2.2513E-12 9.4810E+12 5.6093E+06 Nd-147 6.9026E-05 8.5324E-13 3.4955E+12 2.5540E+06 Np-239 5.8386E-03 2.5167E-11 6.3415E+13 2.1603E+08 Pu-238 2.4463E-06 1.4289E-10 3.6156E+14 9.0512E+04 Pu-239 1.3137E-07 2.1136E-09 5. 3257E+15 4.8608E+03 Pu-240 2.0802E-07 9.1290E-10 2.2907E+15 7.6967E+03 Pu-241 6.1088E-05 5.9301E-10 1.4818E+15 2.2602E+06 Am-241 3.2100E-08 9.3526E-12 2.3370E+13 1. 1877E+03 Cm-242 9.7418E-06 2.9393E-12 7.3145E+12 3.6045E+05 Cm-244 1.1925E-06 1.4740E-11 3.6379E+13 4.4121E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.6000 Release Rate/s Noble gases (atoms) 1.1608E+22 5.3739E+18 Elemental I (atoms) 9.8981E+17 4.5824E+14 Organic I (atoms) 3.0613E+16 1.4172E+13 Aerosols (k 9 ) 1.8625E-07 8.6225E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9456E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7362E+01 Total I (Ci) 1. 7312E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6000 Leakage Transport Noble gases (atoms) 6.4455E+18 Elemental I (atoms) 5.4682E+14 Organic I (atoms) 1. 6912E+13 Aerosols (kg) 1.0342E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.6000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.0042E+17 Elemental I (atoms) O.OOOOE+00 3.4199E+13 Organic I (atoms) 0.OOOOE+00 1.0577E+12 Aerosols (kg) O.OOOOE+00 6.4246E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.6000 Filtered Transported Noble gases (atoms) 2.1503E+17 O.OOOOE+00 Page 183

CRDA PELLET MVP TRIP 10 MIN.o0 Elemental I (atoms) 1.8272E+13 O.OOOOE+00 Organic I (atoms) 5.6510E+11 0.OOOOE+00 Aerosols (kg) 3.4502E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+O0 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.6000 Ci kg . Atoms Decay Co-58 1.3657E-06 4.2950E-14 4.4595E+11 1. 1069E+08 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.3243E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.1726E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 1.7464E+16 Kr-87 2.9538E+02 1.0428E-08 7.2182E+16 2.8368E+16 Kr-88 4. 9772E+02 3.9693E-08 2.7163E+17 4.3473E+16 Rb-86 4.5824E-05 5.6318E-13 3.9437E+12 3.7153E+09 Sr-89 1. 7187E-03 5.9158E-11 4.0029E+14 1. 3930E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.0961E+10 Sr-91 2.0839E-03 5.7488E-13 3.8044E+12 1. 7267E+11 Sr-92 2.0419E-03 1.6245E-13 1.0634E+12 1. 7900E+11 Y-90 2.6679E-06 4.9037E-15 3.2812E+10 2.1692E+08 Y-91 2.2378E-05 9.1249E-13 6.0386E+12 1. 8138E+09 Y-92 2.1266E-05 2.2100E-15 1.4466E+10 1.8299E+09 Y-93 2. 6848E-05 8.0471E-15 5.2109E+10 2.2217E+09 Zr-95 3.1670E-05 1.4742E-12 9.3451E+12 2.5669E+09 Zr-97 3.1324E-05 1. 6386E-14 1.0173E+11 2.5703E+09 Nb-95 3.1816E-05 8.1365E-13 5.1578E+12 2.5790E+09 Mo-99 4. 6095E-04 9.6108E-13 5.8462E+12 3.7474E+10 Tc-99m 3.7912E-04 7.2101E-14 4.3859E+11 3.1822E+10 Ru-103 4. 0683E-04 1.2605E-11 7.3701E+13 3.2976E+10 Ru-105 2.7366E-04 4.0711E-14 2.3349E+11 2.3261E+10 Ru-106 1. 8673E-04 5.5813E-11 3.1709E+14 1. 5133E+10 Rh-105 2.7717E-04 3.2837E-13 1.8833E+12 2.2595E+10 Sb-127 5.7015E-04 2.1350E-12 1.0124E+13 4.6310E+10 sb-129 1. 5019E-03 2.6709E-13 1.2469E+12 1.2784E+11 Te-127 5. 4504E-04 2.0652E-13 9.7930E+11 4.5178E+10 Te-127m 7.7270E-05 8.1918E-12 3.8844E+13 6.2624E+09 Te-129 1.1376E-03 5.4322E-14 2. 5359E+11 1. 1111E+11 Te-129m 2.4210E-04 8.0366E-12 3.7517E+13 1.9625E+10 Te-131m 7. 1601E-04 8.9793E-13 4.1278E+12 5 8434E+10 Te-132 6. 8948E-03 2.2711E-11 1.0361E+14 5.6025E+11 1-131 3. 9203E+00 3.1622E-08 1.4537E+17 3.1805E+14 1-132 4.7109E+00 4.5639E-10 2.0822E+15 4.1889E+14 1-133 7.6987E+00 6.7961E-09 3.0772E+16 6.3024E+14 1-134 5. 3545E+00 2.0072E-10 9.0205E+14 5.5678E+14 1-135 6.9109E+00 1.9679E-09 8.7784E+15 5.7825E+14 Xe-133 1. 6916E+03 9.0370E-06 4.0919E+19 1. 3731E+17 xe-135 5. 8632E+02 2.2960E-07 1.0242E+18 4.8619E+16 Cs-134 4. 9466E-03 3.8232E-09 1.7182E+16 4.0087E+11 Cs-136 1. 3744E-03 1.8753E-11 8.3040E+13 1.1146E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1.9699E+11 Ba-139 2. 5744E-03 l.;5739E-13 6.8188E+11 2.4394E+11 Ba-140 3.3557E-03 4.5837E-11 1.9717E+14 2.7213E+11 La-140 3.5784E-05 6.4380E-14 2.7693E+11 2.9151E+09 La-141 2.8521E-05 5.0431E-15 2.1539E+10 2.4395E+09 La-142 2.3311E-05 1. 6284E-15 6.9061E+09 2.1718E+09 Page 184

CRDA PELLET MVP TRIP 10 MIN.o0 Ce-141 7.9614E-05 2.7941E-12 1.1934E+13 6.4536E+09 Ce-143 7.2028E-05 1.0846E-13 4. 5676E+11 5.8744E+09 Ce-144 6.6111E-05 2.0728E-11 8.6685E+13 5.3578E+09 Pr-143 2.8170E-05 4.1834E-13 1. 7617E+12 2.2844E+09 Nd-147 1.2823E-05 1.5851E-13 6.4936E+11 1.0400E+09 Np-239 1.0798E-03 4.6543E-12 1.1728E+13 8.7829E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.6874E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.9803E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.1356E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 9.2081E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.8385E+05 Cm-242 1.8118E-06 5.4668E-13 1.3604E+12 1.4684E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.7975E+07 MVP Holdup Transport G*roup Inventory: Time (h) = 0.6000 Atmosphere Sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8227E+17 O.OOOOE+00 organic I (atoms) 5.6371E+15 0.OOOOE+00 Aerosols (kq) 3.4642E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0935E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6395E-08 Total I (Ci) 2.8595E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.6100 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.6100 whole Body Thyroid TEDE Delta dose (rem) 1.0828E-05 7.8220E-05 1.3307E-05 Accumulated dose (rem) 1.2454E-01 7.8078E-01 1.4936E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.6100 whole Body Thyroid TEDE Delta dose (rem) 2.6049E-06 1.8818E-05 3.2014E-06 Accumulated dose (rem) 5.5700E-02 3.4913E-01 6.6798E-02 control Room Doses: Time (h) = 0.6100 whole Body Thyroid TEDE Delta dose (rem) 9.4168E-06 1.4049E-03 5.3948E-05 Accumulated dose (rem) 7.8364E-04 1. 0796E-01 4.2108E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Page 185

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 0.6100 Ci kg Atoms Decay Co-58 2.2581E-05 7.1015E-13 7.3735E+12 1.8765E+09 Co-60 2. 7020E-05 2.3903E-11 2.3991E+14 2.2451E+09 Kr-85 2. 3924E+02 6.0978E-04 4.3202E+21 1.9878E+16 Kr-85m 3. 5632E+03 4.3298E-03 3.0676E+22 2.9607E+17 Kr-87 4.8574E+03 1. 7148E-07 1. 1870E+18 4.8030E+17 Kr-88 8. 2095E+03 6.5470E-07 4.4804E+18 7.3653E+17 Rb-86 7. 5768E-04 9.3118E-12 6. 5206E+13 6.2985E+10 Sr-89 2.8417E-02 9.7815E-10 6.6186E+15 2.3616E+12 Sr-90 4. 2768E-03 3.1353E-08 2.0979E+17 3.5535E+II Sr-91 3.4432E-02 9.4984E-12 6.2858E+13 2.9267E+12 Sr-92 3. 3676E-02 2.6792E-12 1.7537E+13 3.0326E+12 Y-90 4.4108E-05 8.1071E-14 5.4247E+11 3.6772E+09 Y-91 3. 7001E-04 1. 5088E-11 9.9846E+13 3.0748E+10 Y-92 3. 5093E-04 3.6470E-14 2.3873E+11 3.1005E+10 Y-93 4.4361E-04 1.3296E-13 8.6100E+11 3.7656E+10 Zr-95 5.2365E-04 2.4375E-11 1. 5452E+14 4.3516E+10 zr-97 5. 1772E-04 2.7082E-13 1. 6813E+12 4.3569E+10 Nb-95 5.2606E-04 1.3453E-11 8.5281E+13 4.3721E+10 Mo-99 7.6208E-03 1. 5889E-11 9.6655E+13 6.3527E+11 Tc-99m 6.2614E-03 1. 1908E-12 7.2435E+12 5.3931E+11 Ru-103 6.7267E-03 2.0842E-10 1.2186E+15 5.5904E+11 Ru-105 4.5178E-03 6.7209E-13 3.8547E+12 3.9418E+11 Ru-106 3.0875E-03 9.2285E-10 5.2429E+15 2. 5654E+11 Rh-105 4. 5819E-03 5.4285E-12 3.1134E+13 3.8303E+11 Sb-127 9.4265E-03 3. 5298E-11 1. 6738E+14 7.8506E+11 Sb-129 2.4794E-02 4.4091E-12 2.0583E+13 2.1663E+12 Te-127 9.0053E-03 3.4122E-12 1. 6180E+13 7.6573E+11 Te-127m 1.2776E-03 1. 3545E-10 6.4227E+14 1.0616E+11 Te-129 1.8698E-02 8.9284E-13 4.1681E+12 1. 8810E+12 Te-129m 4.0031E-03 1. 3288E-10 6.2033E+14 3.3270E+11 Te-131m 1.1836E-02 1.4843E-11 6.8236E+13 9.9055E+11 Te-132 1. 1399E-01 3.7548E-10 1. 7130E+15 9.4976E+12 1-131 6.4819E+01 5.2284E-07 2.4035E+18 5.3917E+15 1-132 7.7659E+01 7.5235E-09 3.4324E+16 7.0960E+15 1-133 1.2725E+02 1.1233E-07 5.0864E+17 1.0683E+16 1-134 8. 7836E+01 3.2926E-09 1.4797E+16 9.4224E+15 1-135 1. 1415 E+02 3.2504E-08 1.4499E+17 9.8002E+15 xe-133 2. 7968E+04 1.4942E-04 6.7654E+20 2.3278E+18 Xe-135 9. 6873E+03 3.7934E-06 1.6922E+19 8.2406E+17 Cs-134 8.1790E-02 6.3216E-08 2.8410E+17 6.7959E+12 Cs-136 2.2725E-02 3.1007E-10 1. 3730E+15 1. 8895E+12 Cs-137 4. 0192E-02 4.6208E-07 2.0312E+18 3.3395E+12 Ba-139 4.2353E-02 2.5893E-12 1.1218E+13 4.1305E+12 Ba-140 5. 5483E-02 7.5788E-10 3.2600E+15 4.6133E+12 La-140 5.9158E-04 1.0643E-12 4. 5782E+12 4.9417E+10 La-141 4.7075E-04 8.3239E-14 3. 5552E+11 4.1337E+10 La-142 3.8371E-04 2.6805E-14 1.1368E+11 3.6778E+10 Ce-141 1. 3164E-03 4.6199E-11 1.9732E+14 1. 0941E+11 Ce-143 1. 1907E-03 1. 7930E-12 7. 5508E+12 9.9582E+10 Ce-144 1. 0931E-03 3.4273E-10 1.4333E+15 9.0829E+10 Pr-143 4.6577E-04 6.9169E-12 2.9129E+13 3.8726E+10 Nd-147 2.1202E-04 2.6208E-12 1.0737E+13 1.7631E+10 Np-239 1. 7851E-02 7.6948E-11 1.9389E+14 1.4889E+12 Pu-238 7.5234E-06 4.3946E-10 1.1120E+15 6.2511E+08 Pu-239 4.0403E-07 6.5003E-09 1.6379E+16 3.3571E+07 Pu-240 6.3976E-07 2.8076E-09 7.0449E+15 5.3157E+07 Pu-241 1.8787E-04 1.8238E-09 4. 5573E+15 1. 5610E+10 Am-241 9.8722E-08 2.8764E-11 7.1875E+13 8.2027E+06 Cm-242 2.9958E-05 9.0391E-12 2.2494E+13 2.4893E+09 Cm-244 3. 6674E-06 4.5331E-11 1. 1188E+14 3.0472E+08 Page 186

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.6100 Atmosphere Sump Noble gases (atoms) 3.5696E+22 0.OOOOE+00 Elemental I (atoms) 3.0131E+18 0.OOOOE+00 Organic I (atoms) 9.3188E+16 0.OOOOE+00 Aerosols (kq) 5.7278E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7694E-0*8 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2316E-0*8 Total I (Ci) 4.7171E+02 DAEC Condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 0.6100 Leakage Transport Noble gases (atoms) 6. 5942E+18 Elemental I (atoms) 5.5937E+14 organic I (atoms) 1. 7300E+13 Aerosols (kg) 1.0581E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organi c I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0. 6100 Ci kg Atoms Bq Co-58 7.3440E-06 2.3096E-13 2.3980E+12 2.7173E+05 Co-60 8.7858E-06 7.7724E-12 7.8010E+13 3.2507E+05 Kr-85 7. 7791E+01 1.9828E-04 1.4048E+21 2.8783E+12 Kr-85m 1. 1586E+03 1.4079E-03 9.9747E+21 4.2869E+13 Kr-87 2. 0520E+03 7.2442E-08 5.0144E+17 7.5923E+13 Kr-88 3. 0012E+03 2.3934E-07 1.6379E+18 1.1104E+14 Rb-86 2.4655E-04 3.0300E-12 2.1218E+13 9.1222E+06 Sr-89 9.2427E-03 3.1814E-10 2.1527E+15 3.4198E+08 Sr-90 1. 3906E-03 1. 0195E-08 6.8215E+16 5.1453E+07 Sr-91 1. 1595E-02 3.1985E-12 2.1167E+13 4.2900E+08 Sr-92 1.2380E-02 9.8497E-13 6.4474E+12 4.5808E+08 Y-90 1.4417E-05 2.6498E-14 1.7731E+11 5.3342E+05 Y-91 1.2034E-04 4.9070E-12 3.2473E+13 4.4525E+06 Y-92 1.2535E-04 1. 3027E-14 8. 5273E+10 4.6380E+06 Y-93 1.4907E-04 4.4682E-14 2.8934E+11 5. 5157E+06 Zr-95 1. 7031E-04 7.9275E-12 5.0253E+13 6.3013E+06 Zr-97 1. 7169E-04 8.9809E-14 5.5757E+11 6.3524E+06 Nb-95 1. 7112E-04 4.3762E-12 2.7741E+13 6.3315E+06 MO-99 2.4905E-03 5.1927E-12 3.1587E+13 9.2148E+07 Tc-99m 2. 1516E-03 4.0919E-13 2.4891E+12 7.9610E+07 RU-103 2.1880E-03 6.7795E-11 3.9638E+14 8.0956E+07 Ru-105 1.5833E-03 2.3554E-13 1.3509E+12 5.8582E+07 Ru-106 1.0039E-03 3.0008E-10 1.7048E+15 3.7146E+07 Rh-105 1. 5039E-03 1.7818E-12 1. 0219E+13 5.5645E+07 Sb-127 3.0761E-03 1.1519E-11 5.4621E+13 1.1382E+08 sb-129 8.7075E-03 1. 5484E-12 7.2286E+12 3.2218E+08 Te-127 3.0342E-03 1. 1497E-12 5.4517E+12 1. 1226E+08 Te-127m 4.1548E-04 4.4047E-11 2.0887E+14 1.5373E+07 Te-129 8.1006E-03 3.8681E-13 1. 8057E+12 2.9972E+08 Te-129m 1.3022E-03 4.3225E-11 2.0179E+14 4. 8180E+07 Te-131m 3.8915E-03 4.8803E-12 2.2435E+13 1.4399E+08 Te-132 3.7223E-02 1.2261E-10 5.5937E+14 1.3773E+09 1-131 2. 1113 E+01 1.7030E-07 7.8287E+17 7.8117E+11 Page 187

CRDA PELLET MVP TRIP 10 MIN.OO 1-132 2.9182E+01 2.8271E-09 1.2898E+16 1.0797E+12 1-133 4.2044E+01 3.7115E-08 1.6805E+17 1. 5556E+12 1-134 4.1755E+01 1.5652E-09 7.0343E+15 1. 5449E+12 1-135 3.9032E+01 1.1114E-08 4.9580E+16 1.4442E+12 Xe-133 9.1179E+03 4.8711E-05 2.2056E+20 3.3736E+14 xe-135 3.2661E+03 1.2790E-06 5.7052E+18 1. 2085E+14 Cs-134 2.6595E-02 2.0555E-08 9.2379E+16 9.8402E+08 cs-136 7.3971E-03 1.0093E-10 4.4692E+14 2.7369E+08 Cs-137 1.3069E-02 1.5025E-07 6.6045E+17 4.8355E+08 Ba-139 1.7533E-02 1.0719E-12 4.6439E+12 6.4871E+08 Ba-140 1.8060E-02 2.4670E-10 1.0612E+15 6.6824E+08 La-140 1.9395E-04 3.4894E-13 1. 5010E+12 7.1762E+06 La-141 1.6659E-04 2.9457E-14 1.2581E+11 6.1638E+06 La-142 1.5483E-04 1.0816E-14 4.5870E+10 5.7287E+06 Ce-141 4.2821E-04 1.5028E-11 6.4187E+13 1.5844E+07 Ce-143 3.9109E-04 5.8891E-13 2.4801E+12 1.4470E+07 Ce-144 3.5545E-04 1.1145E-10 4.6607E+14 1. 3152E+07 Pr-143 1.5160E-04 2.2514E-12 9.4811E+12 5.6094E+06 Nd-147 6.9027E-05 8.5325E-13 3.4955E+12 2.5540E+06 Np-239 5.8387E-03 2.5168E-11 6.3416E+13 2.1603E+08 Pu-238 2.4463E-06 1.4289E-10 3.6156E+14 9.0513E+04 Pu-239 1.3137E-07 2.1136E-09 5.3257E+15 4.8609E+03 Pu-240 2.0802E-07 9.1291E-10 2.2907E+15 7.6968E+03 Pu-241 6.1089E-05 5.9302E-10 1.4818E+15 2.2603E+06 Am-241 3.2100E-08 9.3527E-12 2.3371E+13 1. 1877E+03 Cm-242 9.7419E-06 2.9394E-12 7.3146E+12 3.6045E+05 Cm-244 1.1925E-06 1.4740E-11 3.6379E+13 4.4122E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.6100 Release Rate/s Noble gases (atoms) 1.1608E+22 5.2859E+18 Elemental I (atoms) 9.8982E+17 4.5074E+14 organic I (atoms) 3.0613E+16 1.3940E+13 Aerosols (kg) 1.8625E-07 8.4812E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9456E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7363E+01 Total I (Ci) 1.7313E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6100 Leakage Transport Noble gases (atoms) 6.5942E+18 Elemental I (atoms) 5. 5937E+14 organic I (atoms) 1.7300E+13 Aerosols (kg) 1.0581E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.6100 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0085E+17 Elemental I (atoms) O.OOOOE+00 3.4235E+13 organi c I (atoms) O.OOOOE+00 1.0588E+12 Aerosols (kg) 0.0000E+00 6.4316E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.6100 Filtered Transported Noble gases (atoms) 2.1794E+17 O.OOOOE+00 Elemental I (atoms) 1. 8518E+13 O.O000E+00 Page 188

CRDA PELLET MVP TRIP 10 MIN.o0 Organic I (atoms) 5.7271E+11 0.OOOOE+00 Aerosols (kg) 3.4970E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6100 Filtered Transported Noble gases (atoms) O.O000E+0O 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) 0.6100 Ci kg Atoms Decay Co-58 1.3657E-06 4.2950E-14 4.4595E+11 1.1251E+08 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1. 3461E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.1918E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1.7751E+16 Kr-87 2.9377E+02 1.0371E-08 7.1789E+16 2.8761E+16 Kr-88 4.9650E+02 3.9596E-08 2.7097E+17 4.4135E+16 Rb-86 4.5824E-05 5.6317E-13 3.9436E+12 3.7764E+09 Sr-89 1. 7187E-03 5.9158E-11 4.0029E+14 1.4159E+11 Sr-90 2. 5866E-04 1.8962E-09 1. 2688E+16 2.1306E+10 Sr-91 2.0824E-03 5.7446E-13 3.8016E+12 1. 7545E+11 Sr-92 2.0367E-03 1.6204E-13 1.0607E+12 1.8172E+11 Y-90 2. 6676E-06 4.9031E-15 3.2808E+10 2.2047E+08 Y-91 2.2378E-05 9.1249E-13 6.0386E+12 1.8436E+09 Y-92 2.1224E-05 2.2057E-15 1.4438E+10 1.8582E+09 Y-93 2.6829E-05 8.0416E-15 5.2073E+10 2.2574E+09 Zr-95 3.1670E-05 1.4742E-12 9.3451E+12 2. 6091E+09 Zr-97 3.1311E-05 1.6379E-14 1. 0169E+11 2.6120E+09 Nb-95 3.1816E-05 8.1364E-13 5.1578E+12 2.6214E+09 MO-99 4.6090E-04 9.6098E-13 5.8456E+12 3.8088E+10 Tc-99m 3.7869E-04 7.2018E-14 4.3808E+11 3.2327E+10 Ru-103 4.0682E-04 1.2605E-11 7.3700E+13 3.3518E+10 Ru-105 2.7323E-04 4.0647E-14 2.3313E+11 2.3625E+10 Ru-106 1.8673E-04 5.5813E-11 3.1709E+14 1. 5381E+10 Rh-105 2. 7711E-04 3.2831E-13 1.8830E+12 2.2965E+10 sb-127 5.7011E-04 2.1348E-12 1.0123E+13 4.7069E+10 Sb-129 1.4995E-03 2.6666E-13 1. 2449E+12 1. 2984E+11 Te-127 5.4463E-04 2.0637E-13 9.7857E+11 4.5903E+10 Te-127m 7.7269E-05 8.1918E-12 3.8844E+13 6.3653E+09 Te-129 1. 1309E-03 5. 3999E-14 2.5208E+11 1.1262E+11 Te-129m 2.4210E-04 8.0365E-12 3.7517E+13 1.9948E+10 Te-131m 7.1585E-04 8.9772E-13 4.1269E+12 5.9387E+10 Te-132 6.8942E-03 2.2709E-11 1.0360E+14 5.6944E+11 1-131 3. 9202E+00 3.1621E-08 1.4536E+17 3.2327E+14 1-132 4. 6968E+00 4.5502E-10 2.0759E+15 4.2516E+14 1-133 7. 6961E+00 6.7938E-09 3.0762E+16 6.4050E+14 1-134 5.3123E+00 1. 9914E-10 8.9494E+14 5.6388E+14 1-135 6. 9036E+00 1.9658E-09 8.7692E+15 5.8745E+14 Xe-133 1.6915E+03 9.0365E-06 4.0917E+19 1. 3956E+17 Xe-135 5.8588E+02 2.2942E-07 1.0234E+18 4.9400E+16 Cs-134 4.9466E-03 3.8232E-09 1. 7182E+16 4.0746E+11 Cs-136 1. 3744E-03 1.8753E-11 8.3038E+13 1. 1329E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.0023E+11 Ba-139 2.5615E-03 1. 5660E-13 6. 7846E+11 2.4736E+11 Ba-140 3.3556E-03 4.5836E-11 1.9716E+14 2.7660E+11 La-140 3.5778E-05 6.4369E-14 2.7688E+11 2.9628E+09 La-141 2.8470E-05 5.0342E-15 2. 1501E+10 2.4774E+09 La-142 2.3207E-05 1. 6211E-15 6.8752E+09 2.2028E+09 Ce-141 7.9613E-05 2 7941E-12 1.1934E+13 6.5597E+09 Page 189

CRDA PELLET MVP TRIP 10 MIN.0 Ce-143 7.2013E-05 1.0844E-13 4.5667E+11 5.9704E+09 Ce-144 6.6111E-05 2.0728E-11 8.6684E+13 5.4458E+09 Pr-143 2.8170E-05 4.1833E-13 1. 7617E+12 2.3219E+09 Nd-147 1.2823E-05 1.5851E-13 6.4935E+11 1.0571E+09 Np-239 1.0796E-03 4.6537E-12 1.1726E+13 8.9267E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.7480E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.0128E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.1871E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 9.3594E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.9181E+05 Cm-242 1.8118E-06 5.4668E-13 1. 3604E+12 1.4925E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.8270E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.6100 Atmosphere Sump Noble gases (atoms) 2.1588E+21 0.0000E+00 Elemental I (atoms) 1.8223E+17 O.OOOOE+00 organic I (atoms) 5.6359E+15 O.0000E+00 Aerosols (kg) 3.4642E-08 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0925E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6365E-08 Total I (Ci) 2.8529E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.0000E+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organi c I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.6200 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.6200 whole Body Thyroid TEDE Delta dose (rem) 1.0799E-05 7.8207E-05 1.3278E-05 Accumulated dose (rem) 1.2455E-01 7.8086E-01 1.4938E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.6200 whole Body Thyroid TEDE Delta dose (rem) 2.5980E-06 1. 8815E-05 3.1943E-06 Accumulated dose (rem) 5.5702E-02 3.4915E-01 6.6801E-02 Control Room Doses: Time (h) = 0.6200 whole Body Thyroid TEDE Delta dose (rem) 9.2642E-06 1.3856E-03 5.3182E-05 Accumulated dose (rem) 7.9290E-04 1.0934E-01 4.2640E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Page 190

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) 0.6200 Ci kg Atoms Decay Co-58 2.2581E-05 7.1015E-13 7.3735E+12 1.9066E+09 Co-60 2.7020E-05 2.3903E-11 2.3991E+14 2.2810E+09 Kr-85 2.3924E+02 6.0978E-04 4.3202E+21 2.0197E+16 Kr-85m 3.5632E+03 4.3298E-03 3.0676E+22 3.0081E+17 Kr-87 4.8309E+03 1.7055E-07 1.1806E+18 4.8675E+17 Kr-88 8.1894E+03 6.5311E-07 4.4694E+18 7.4745E+17 Rb-86 7.5766E-04 9.3116E-12 6.5204E+13 6.3994E+10 Sr-89 2.8417E-02 9.7814E-10 6.6185E+15 2.3994E+12 Sr-90 4.2767E-03 3.1353E-08 2.0979E+17 3.6105E+11 Sr-91 3.4406E-02 9.4914E-12 6.2812E+13 2.9725E+12 Sr-92 3.3590E-02 2.6723E-12 1.7493E+13 3.0774E+12 Y-90 4.4103E-05 8.1062E-14 5.4241E+11 3.7360E+09 Y-91 3.7000E-04 1.5087E-11 9.9845E+13 3.1241E+10 Y-92 3.5024E-04 3.6399E-14 2.3826E+11 3.1472E+10 Y-93 4.4331E-04 1.3287E-13 8.6041E+11 3.8247E+10 Zr-95 5.2365E-04 2.4375E-11 1.5452E+14 4.4213E+10 Zr-97 5.1750E-04 2.7071E-13 1.6806E+12 4.4258E+10 Nb-95 5.2606E-04 1.3453E-11 8.5280E+13 4.4422E+10 Mo-99 7.6199E-03 1.5888E-11 9.6644E+13 6.4542E+11 Tc-99m 6.2542E-03 1.1894E-12 7.2351E+12 5.4765E+11 RU-103 6.7266E-03 2.0842E-10 1.2186E+15 5.6800E+11 Ru-105 4.5107E-03 6.7104E-13 3.8486E+12 4.0019E+11 Ru-106 3.0874E-03 9.2284E-10 5.2429E+15 2.6065E+11 Rh-105 4.5810E-03 5.4274E-12 3.1128E+13 3.8914E+11 sb-127 9.4257E-03 3.5295E-11 1.6737E+14 7.9762E+11 sb-129 2.4754E-02 4.4020E-12 2.0550E+13 2.1993E+12 Te-127 8.9986E-03 3.4097E-12 1.6168E+13 7.7772E+11 Te-127m 1.2776E-03 1.3545E-10 6.4227E+14 1.0787E+11 Te-129 1.8587E-02 8.8752E-13 4.1432E+12 1. 9059E+12 Te-129m 4.0030E-03 1.3288E-10 6.2032E+14 3.3803E+11 Te-131m 1.1833E-02 1.4840E-11 6.8220E+13 1.0063E+12 Te-132 1.1398E-01 3.7544E-10 1.7129E+15 9.6494E+12 1-131 6.4816E+01 5.2282E-07 2.4034E+18 5.4780E+15 1-132 7.7425E+01 7.5009E-09 3.4221E+16 7.1992E+15 1-133 1.2721E+02 1.1230E-07 5.0846E+17 1.0853E+16 1-134 8.7144E+01 3.2667E-09 1.4681E+16 9. 5390E+15 1-135 1.1403E+02 3.2470E-08 1.4484E+17 9.9521E+15 xe-133 2.7966E+04 1.4941E-04 6.7650E+20 2.3650E+18 Xe-135 9.6800E+03 3.7905E-06 1.6909E+19 8.3696E+17 Cs-134 8.1790E-02 6.3215E-08 2.8410E+17 6.9049E+12 Cs-136 2.2725E-02 3.1006E-10 1.3730E+15 1.9198E+12 Cs-137 4.0192E-02 4.6207E-07 2.0312E+18 3.3931E+12 Ba-139 4.2140E-02 2.5763E-12 1.1162E+13 4.1868E+12 Ba-140 5.5482E-02 7.5786E-10 3.2599E+15 4.6872E+12 La-140 5.9147E-04 1.0641E-12 4.5774E+12 5.0205E+10 La-141 4.6991E-04 8.3092E-14 3.5489E+11 4.1963E+10 La-142 3.8199E-04 2.6684E-14 1.1317E+11 3.7288E+10 Ce-141 1.3164E-03 4.6199E-11 1.9732E+14 1. 1116E+11 Ce-143 1.1904E-03 1.7926E-12 7.5492E+12 1. 0117E+11 Ce-144 1.0931E-03 3.4272E-10 1.4333E+15 9.2285E+10 Pr-143 4.6576E-04 6.9167E-12 2.9128E+13 3.9346E+10 Nd-147 2.1201E-04 2.6207E-12 1.0736E+13 1.7913E+10 Np-239 1.7849E-02 7.6938E-11 1.9386E+14 1. 5127E+12 Pu-238 7.5234E-06 4.3946E-10 1.1120E+15 6.3513E+08 Pu-239 4.0403E-07 6.5002E-09 1.6379E+16 3.4109E+07 Pu-240 6.3975E-07 2.8076E-09 7.0448E+15 5.4009E+07 Pu-241 1.8787E-04 1.8238E-09 4.5573E+15 1. 5860E+10 Am-241 9.8721E-08 2.8764E-11 7.1875E+13 8.3342E+06 Cm-242 2.9958E-05 9.0390E-12 2.2493E+13 2.5292E+09 Cm-244 3.6674E-06 4.5331E-11 1.1188E+14 3.0961E+08 DAEC Condenser - CRDA Transport Group Inventory: Page 191

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.6200 Atmosphere sump Noble gases (atoms) 3.5695E+22 0.OO0E+00 Elemental I (atoms) 3.0124E+18 0.OOOOE+00 organic I (atoms) 9.3169E+16 O.OOOOE+00 Aerosols (k 9 ) 5.7278E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7685E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.2288E-08 Total I (Ci) 4.7062E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6200 Leakage Transport Noble gases (atoms) 6.7429E+18 Elemental I (atoms) 5.7193E+14 organic I (atoms) 1. 7688E+13 Aerosols (kg) 1. 0819E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6200 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.O000E+00 1.1758E+18 organic I (atoms) O.0000E+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.6200 Ci kg Atoms Bq Co-58 7.3441E-06 2.3096E-13 2.3981E+12 2.7173E+05 Co-60 8.7859E-06 7.7725E-12 7.8011E+13 3.2508E+05 Kr-85 7.7792E+01 1.9828E-04 1.4048E+21 2.8783E+12 Kr-85m 1.1586E+03 1.4079E-03 9.9748E+21 4.2870E+13 Kr-87 2.0520E+03 7.2443E-08 5.0145E+17 7. 5924E+13 Kr-88 3.0012E+03 2.3935E-07 1.6379E+18 1.1104E+14 Rb-86 2.4655E-04 3.0301E-12 2.1218E+13 9.1224E+06 Sr-89 9.2428E-03 3.1814E-10 2. 1527E+15 3.4198E+08 Sr-90 1.3906E-03 1.0195E-08 6.8216E+16 5.1454E+07 Sr-91 1.1595E-02 3.1986E-12 2.1167E+13 4.2901E+08 Sr-92 1. 2381E-02 9.8498E-13 6.4475E+12 4.5808E+08 Y-90 1.4417E-05 2.6499E-14 1.7731E+11 5.3343E+05 Y-91 1.2034E-04 4.9071E-12 3.2474E+13 4.4526E+06 Y-92 1.2535E-04 1. 3027E-14 8.5274E+10 4.6381E+06 Y-93 1.4908E-04 4.4683E-14 2.8934E+11 5.5158E+06 Zr-95 1.7031E-04 7.9276E-12 5.0254E+13 6.3014E+06 Zr-97 1. 7169E-04 8.9810E-14 5.5758E+11 6.3524E+06 Nb-95 1.7112E-04 4.3762E-12 2.7741E+13 6.3316E+06 Mo-99 2.4905E-03 5.1927E-12 3.1587E+13 9.2149E+07 Tc-99m 2.1517E-03 4.0920E-13 2.4891E+12 7.9611E+07 Ru-103 2.1880E-03 6.7795E-11 3.9638E+14 8.0957E+07 Ru-105 1.5833E-03 2.3554E-13 1. 3509E+12 5.8583E+07 RU-106 1.0040E-03 3.0009E-10 1. 7049E+15 3.7147E+07 Rh-105 1.5039E-03 1.7818E-12 1.0219E+13 5.5646E+07 Sb-127 3.0762E-03 1. 1519E-11 5.4621E+13 1.1382E+08 sb-129 8.7076E-03 1.5485E-12 7.2287E+12 3.2218E+08 Te-127 3.0342E-03 1. 1497E-12 5.4518E+12 1.1227E+08 Te-127m 4.1549E-04 4.4048E-11 2.0887E+14 1.5373E+07 Te-129 8.1007E-03 3.8681E-13 1.8058E+12 2.9973E+08 Te-129m 1.3022E-03 4.3225E-11 2.0179E+14 4.8181E+07 Te-131m 3.8916E-03 4.8803E-12 2.2435E+13 1.4399E+08 Te-132 3.7224E-02 1. 2261E-10 5.5938E+14 1.3773E+09 1-131 2.1113E+01 1.7030E-07 7.8288E+17 7.8118E+11 1-132 2.9183E+01 2.8272E-09 1.2898E+16 1.0798E+12 Page 192

CRDA PELLET MVP TRIP 10 MIN.O0 1-133 4.2045E+01 3.7115E-08 1. 6805E+17 1. 5556E+12 1-134 4.1756E+01 1.5652E-09 7.0344E+15 1. 5450E+12 1-135 3.9033E+01 1.1115E-08 4.9580E+16 1.4442E+12 Xe-133 9.1180E+03 4.8712E-05 2.2056E+20 3.3737E+14 xe-135 3.2661E+03 1.2790E-06 5.7053E+18 1.2085E+14 Cs-134 2.6595E-02 2.0556E-08 9.2380E+16 9.8403E+08 Cs-136 7.3972E-03 1.0093E-10 4.4692E+14 2.7370E+08 cs-137 1.3069E-02 1.5025E-07 6. 6046E+17 4.8355E+08 Ba-139 1.7533E-02 1.0719E-12 4. 6440E+12 6.4872E+08 Ba-140 1.8061E-02 2.4670E-10 1.0612E+15 6.6824E+08 La-140 1.9395E-04 3.4894E-13 1. 5010E+12 7.1763E+06 La-141 1.6659E-04 2.9457E-14 1.2581E+11 6.1639E+06 La-142 1.5483E-04 1.0816E-14 4.5870E+10 5.7288E+06 Ce-141 4.2822E-04 1.5029E-11 6.4187E+13 1.5844E+07 Ce-143 3.9109E-04 5.8892E-13 2.4801E+12 1.4470E+07 Ce-144 3.5546E-04 1.1145E-10 4.6607E+14 1. 3152E+07 Pr-143 1.5161E-04 2.2514E-12 9.4813E+12 5.6094E+06 Nd-147 6.9028E-05 8.5327E-13 3.4956E+12 2.5540E+06 Np-239 5.8388E-03 2.5168E-11 6.3417E+13 2.1604E+08 Pu-238 2.4463E-06 1.4290E-10 3.6157E+14 9.0514E+04 Pu-239 1.3138E-07 2.1136E-09 5.3258E+15 4.8609E+03 Pu-240 2.0802E-07 9.1292E-10 2.2907E+15 7.6969E+03 Pu-241 6.1089E-05 5.9303E-10 1.4819E+15 2.2603E+06 Am-241 3.2101E-08 9.3528E-12 2.3371E+13 1. 1877E+03 Cm-242 9.7420E-06 2.9394E-12 7.3147E+12 3.6046E+05 Cm-244 1.1925E-06 1.4740E-11 3.6380E+13 4.4123E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.6200 Release Rate/s Noble gases (atoms) 1.1608E+22 5.2007E+18 Elemental I (atoms) 9.8983E+17 4.4347E+14 Organic I (atoms) 3.0613E+16 1.3716E+13 Aerosols (kq) 1.8625E-07 8.3445E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9457E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7363E+01 Total I (ci) 1.7313E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6200 Leakage Transport Noble gases (atoms) 6.7429E+18 Elemental I (atoms) 5.7193E+14 Organic I (atoms) 1. 7688E+13 Aerosols (kg) 1.0819E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.6200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.0128E+17 Elemental I (atoms) 0.OOOOE+00 3.4271E+13 Organic I (atoms) 0.OOOOE+00 1.0599E+12 Aerosols (kg) O.OOOOE+00 6.4385E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.6200 Filtered Transported Noble gases (atoms) 2.2082E+17 0.OOOOE+00 Elemental I (atoms) 1. 8760E+13 0.OOOOE+00 organic I (atoms) 5.8021E+11 0.OOOOE+00 Page 193

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 3.5431E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6200 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.6200 Ci kg Atoms Decay Co-58 1.3657E-06 4.2949E-14 4.4594E+11 1.1433E+08 Co-60 1. 6341E-06 1.4457E-12 1.4510E+13 1.3678E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.2111E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1.8038E+16 Kr-87 2.9217E+02 1.0315E-08 7.1399E+16 2.9151E+16 Kr-88 4.9529E+02 3.9500E-08 2.7031E+17 4.4796E+16 Rb-86 4.5823E-05 5.6316E-13 3.9435E+12 3.8374E+09 Sr-89 1. 7187E-03 5.9158E-11 4.0029E+14 1.4388E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.1650E+10 Sr-91 2.0809E-03 5.7404E-13 3.7988E+12 1.7822E+11 Sr-92 2.0315E-03 1.6162E-13 1.0579E+12 1.8443E+11 Y-90 2.6673E-06 4.9026E-15 3.2805E+10 2.2402E+08 Y-91 2.2378E-05 9.1249E-13 6.0386E+12 1.8734E+09 Y-92 2.1182E-05 2.2014E-15 1. 4410E+10 1.8864E+09 Y- 93 2.6811E-05 8.0361E-15 5.2037E+10 2.2931E+09 Zr-95 3.1670E-05 1.4742E-12 9.3450E+12 2.6512E+09 Zr-97 3.1298E-05 1.6372E-14 1.0164E+11 2.6537E+09 Nb-95 3.1816E-05 8.1364E-13 5.1577E+12 2.6638E+09 Mo-99 4.6085E-04 9.6088E-13 5.8450E+12 3.8702E+10 Tc-99m 3.7825E-04 7.1935E-14 4.3758E+11 3.2831E+10 Ru-103 4.0682E-04 1.2605E-11 7.3700E+13 3.4060E+10 Ru-105 2.7281E-04 4.0584E-14 2.3276E+11 2.3989E+10 Ru-106 1.8673E-04 5.5813E-11 3.1709E+14 1.5630E+10 Rh-105 2.7706E-04 3.2825E-13 1.8826E+12 2.3334E+10 Sb-127 5.7006E-04 2.1347E-12 1.0122E+13 4.7828E+10 sb-129 1.4971E-03 2.6623E-13 1.2429E+12 1.3183E+11 Te-127 5.4423E-04 2.0622E-13 9.7785E+11 4.6628E+10 Te-127m 7.7269E-05 8.1917E-12 3.8844E+13 6.4682E+09 Te-129 1. 1241E-03 5.3677E-14 2.5058E+11 1.1413E+11 Te-129m 2.4210E-04 8.0364E-12 3.7517E+13 2.0270E+10 Te-131m 7.1568E-04 8.9751E-13 4.1259E+12 6.0341E+10 Te-132 6.8936E-03 2.2707E-11 1.0359E+14 5.7862E+11 1-131 3.9200E+00 3.1620E-08 1.4536E+17 3.2849E+14 1-132 4.6826E+00 4.5365E-10 2.0696E+15 4.3140E+14 1-133 7.6936E+00 6.7916E-09 3.0752E+16 6.5075E+14 1-134 5.2704E+00 1.9757E-10 8. 8789E+14 5.7093E+14 1-135 6.8964E+00 1.9637E-09 8.7600E+15 5.9664E+14 Xe-133 1. 6914E+03 9.0360E-06 4.0914E+19 1.4182E+17 Xe-135 5.8544E+02 2.2925E-07 1. 0226E+18 5.0180E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 4.1405E+11 Cs-136 1.3744E-03 1.8752E-11 8.3037E+13 1.1512E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.0347E+11 Ba-139 2.5486E-03 1.5581E-13 6.7506E+11 2. 5076E+11 Ba-140 3.3555E-03 4.5835E-11 1.9716E+14 2.8107E+11 La-140 3.5772E-05 6.4358E-14 2.7684E+11 3.0104E+09 La-141 2.8420E-05 5.0254E-15 2.1463E+10 2.5153E+09 La-142 2.3103E-05 1.6139E-15 6.8443E+09 2.2336E+09 Ce-141 7.9613E-05 2.7941E-12 1.1934E+13 6.6657E+09 Ce-143 7.1997E-05 1.0842E-13 4. 5657E+11 6.0663E+09 Page 194

CRDA PELLET MVP TRIP 10 MIN.o0 Ce-144 6.6111E-05 2.0728E-11. 8.6684E+13 5.5339E+09 Pr-143 2.8169E-05 4.1832E-13 1. 7617E+12 2.3594E+09 Nd-147 1.2823E-05 1.5850E-13 6.4933E+11 1.0742E+09 Np-239 1.0795E-03 4.6532E-12 1.1725E+13 9.0705E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.8086E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.0454E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.2386E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 9.5108E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 4.9976E+05 Cm-242 1.8118E-06 5.4668E-13 1.3604E+12 1. 5167E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.8566E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.6200 Atmosphere Sump Noble gases (atoms) 2.1588E+21 O.O000E+00 Elemental I (atoms) 1.8219E+17 O.OOOOE+00 organi c I (atoms) 5.6348E+15 O.OOOOE+00 Aerosols (kq) '3.4642E-08 O.O000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0914E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6335E-08 Total I (Ci) 2.8463E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6200 Filtered Transported Noble gases (atoms) 0.0000E+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6200 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) O.O000E+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.0000E+00 2.1365E-07 Detailed model information at time (H) = 0.6300 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.6300 whole Body Thyroid TEDE Delta dose (rem) 1.0770E-05 7.8194E-05 1.3249E-05 Accumulated dose (rem) 1.2457E-01 7.8094E-01 1.4939E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 0.6300 whole Body Thyroid TEDE Delta dose (rem) 2.5911E-06 1.8811E-05 3.1873E-06 Accumulated dose (rem) 5.5705E-02 3.4917E-01 6.6804E-02 control Room Doses: Time (h) = 0.6300 whole Body Thyroid TEDE Delta dose (rem) 9.1144E-06 1.3666E-03 5.2428E-05 Accumulated dose (rem) 8.0202E-04 1.1071E-01 4.3164E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.6300 Ci kg Atoms Decay Page 195

CRDA PELLET MVP TRIP 10 MIN.O0 co-58 2.2581E-05 7.1014E-13 7.3734E+12 1.9367E+09 Co-60 2.7020E-05 2.3903E-11 2.3991E+14 2.3170E+09 Kr-85 2.3924E+02 6.0978E-04 4.3202E+21 2.0515E+16 Kr-85m 3.5632E+03 4.3298E-03 3.0676E+22 3.0556E+17 Kr-87 4.8047E+03 1.6962E-07 1.1741E+18 4.9317E+17 Kr-88 8.1694E+03 6.5151E-07 4.4585E+18 7. 5835E+17 Rb-86 7.5765E-04 9.3114E-12 6.5203E+13 6.5003E+10 Sr-89 2.8417E-02 9.7813E-10 6.6185E+15 2.4373E+12 Sr-90 4.2767E-03 3.1353E-08 2.0979E+17 3.6674E+11 Sr-91 3.4381E-02 9.4845E-12 6.2766E+13 3.0184E+12 Sr-92 3.3504E-02 2.6655E-12 1.7448E+13 3.1221E+12 Y-90 4.4098E-05 8.1053E-14 5.4235E+11 3 .7947E+09 Y-91 3.7000E-04 1.5087E-11 9.9844E+13 3.1734E+10 Y-92 3.4955E-04 3.6327E-14 2.3779E+11 3.1938E+10 Y-93 4.4300E-04 1.3278E-13 8.5981E+11 3.8837E+10 Zr-95 5.2364E-04 2.4375E-11 1.5451E+14 4.4911E+10 Zr-97 5.1729E-04 2.7059E-13 1.6800E+12 4.4948E+10 Nb-95 5.2605E-04 1.3453E-11 8.5279E+13 4. 5123E+10 MO-99 7.6191E-03 1.5886E-11 9.6633E+13 6. 5557E+11 Tc-99m 6.2470E-03 1.1880E-12 7.2268E+12 5. 5597E+11 Ru-103 6.7265E-03 2.0842E-10 1.2186E+15 5.7696E+11 RU-105 4.5037E-03 6.6999E-13 3.8426E+12 4.0620E+11 RU-106 3.0874E-03 9.2284E-10 5.2429E+15 2.6476E+11 Rh-105 4.5801E-03 5.4263E-12 3.1122E+13 3.9524E+11 Sb-127 9.4250E-03 3.5293E-11 1.6735E+14 8.1017E+11 Sb-129 2.4715E-02 4.3950E-12 2.0517E+13 2.2322E+12 Te-127 8.9918E-03 3.4072E-12 1.6156E+13 7.8970E+11 Te-127m 1.2776E-03 1.3545E-10 6.4226E+14 1.0957E+11 Te-129 1.8476E-02 8.8223E-13 4.1185E+12 1.9306E+12 Te-129m 4.0030E-03 1.3288E-10 6.2031E+14 3.4336E+11 Te-131m 1.1831E-02 1.4836E-11 6.8204E+13 1. 0221E+12 Te-132 1.1397E-01 3.7541E-10 1.7127E+15 9.8012E+12 1-131 6.4813E+01 5.2279E-07 2.4033E+18 5.5644E+15 1-132 7.7192E+01 7.4783E-09 3.4117E+16 7.3022E+15 1-133 1.2717E+02 1.1226E-07 5.0829E+17 1. 1022E+16 1-134 8.6458E+01 3.2409E-09 1.4565E+16 9.6546E+15 1-135 1.1391E+02 3.2435E-08 1.4469E+17 1. 0104E+16 Xe-133 2.7964E+04 1.4940E-04 6.7646E+20 2.4023E+18 Xe-135 9.6726E+03 3.7877E-06 1.6896E+19 8.4985E+17 Cs-134 8.1789E-02 6.3215E-08 2.8410E+17 7.0138E+12 Cs-136 2.2724E-02 3.1005E-10 1.3729E+15 1. 9501E+12 Cs-137 4.0192E-02 4.6207E-07 2.0311E+18 3.4466E+12 Ba-139 4.1929E-02 2.5634E-12 1.1106E+13 4.2427E+12 Ba-140 5.5480E-02 7.5784E-10 3.2599E+15 4. 7611E+12 La-140 5.9137E-04 1.0639E-12 4.5766E+12 5.0993E+10 La-141 4.6908E-04 8.2945E-14 3.5426E+11 4.2588E+10 La-142 3.8027E-04 2.6565E-14 1.1266E+11 3.7796E+10 Ce-141 1.3163E-03 4.6198E-11 1.9731E+14 1. 1291E+11 ce-143 1.1902E-03 1.7922E-12 7.5476E+12 1.0275E+11 Ce-144 1.0931E-03 3.4272E-10 1.4333E+15 9.3741E+10 Pr-143 4.6575E-04 6.9165E-12 2.9127E+13 3.9967E+10 Nd-147 2.1201E-04 2.6207E-12 1.0736E+13 1. 8196E+10 Np-239 1.7847E-02 7.6928E-11 1.9384E+14 1.5364E+12 Pu-238 7.5233E-06 4.3946E-10 1.1120E+15 6.4515E+08 Pu-239 4.0403E-07 6.5002E-09 1.6379E+16 3.4647E+07 Pu-240 6.3975E-07 2.8076E-09 7.0448E+15 5.4861E+07 Pu-241 1.8787E-04 1.8238E-09 4.5573E+15 1. 6111E+10 Am-241 9.8721E-08 2.8763E-11 7.1874E+13 8.4657E+06 Cm-242 2.9958E-05 9.0389E-12 2.2493E+13 2.5691E+09 Cm-244 3.6674E-06 4.5331E-11 1.1188E+14 3.1449E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.6300 Atmosphere sump Page 196

CRDA PELLET MVP TRIP 10 MIN.O0 Noble gases (atoms) 3.5695E+22 0.OOOOE+00 Elemental I (atoms) 3.0118E+18 0.0000E+00 organic I (atoms) 9.3149E+16 O.OOOOE+00 Aerosols (kg) 5.7278E-07 0.0000E+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7675E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2259E-08 Total I (Ci) 4.6954E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6300 Leakage Transport Noble gases (atoms) 6.8917E+18 Elemental I (atoms) 5.8448E+14 organic I (atoms) 1. 8077E+13 Aerosols (kg) 1. 1058E-10 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.6300 ci kg Atoms Bq co-58 7.3442E-06 2.3096E-13 2.3981E+12 2.7173E+05 co-60 8.7860E-06 7.7726E-12 7.8012E+13 3.2508E+05 Kr-85 7. 7793E+01 1.9828E-04 1.4048E+21 2.8783E+12 Kr-85m 1. 1587E+03 1.4079E-03 9.9749E+21 4.2870E+13 Kr-87 2.0520E+03 7.2444E-08 5.0145E+17 7.5924E+13 Kr-88 3.0012E+03 2.3935E-07 1. 6379E+18 1.1105E+14 Rb-86 2.4655E-04 3.0301E-12 2.1218E+13 9.1225E+06 Sr-89 9.2429E-03 3.1815E-10 2.1527E+15 3.4199E+08 Sr-90 1. 3907E-03 1.0195E-08 6.8217E+16 5.1454E+07 Sr-91 1.1595E-02 3.1986E-12 2.1168E+13 4.2901E+08 Sr-92 1.2381E-02 9.8499E-13 6.4475E+12 4.5809E+08 Y-90 1.4417E-05 2.6499E-14 1.7731E+11 5.3343E+05 Y-91 1.2034E-04 4.9071E-12 3.2474E+13 4.4527E+06 Y-92 1.2535E-04 1. 3027E-14 8.5275E+10 4.6381E+06 Y-93 1.4908E-04 4.4683E-14 2.8934E+11 5. 5159E+06 zr-95 1. 7031E-04 7.9277E-12 5.0255E+13 6.3015E+06 Zr-97 1. 7169E-04 8.9811E-14 5.5758E+11 6.3525E+06 Nb-95 1. 7113E-04 4.3763E-12 2.7742E+13 6.3317E+06 Mo099 2.4905E-03 5.1928E-12 3.1588E+13 9.2150E+07 Tc-99m 2.1517E-03 4.0920E-13 2.4892E+12 7.9612E+07 RU-103 2.1881E-03 6.7796E-11 3.9639E+14 8.0958E+07 RU-105 1.5833E-03 2.3554E-13 1. 3509E+12 5.8583E+07 RU-106 1.0040E-03 3.0009E-10 1. 7049E+15 3.7147E+07 Rh-105 1. 5040E-03 1.7818E-12 1.0219E+13 5.5647E+07 sb-127 3.0762E-03 1.1519E-11 5.4622E+13 1.1382E+08 sb-129 8.7077E-03 1. 5485E-12 7.2288E+12 3.2218E+08 Te-127 3. 0343E-03 1.1497E-12 5.4518E+12 1.1227E+08 Te-127m 4.1549E-04 4.4048E-11 2.0887E+14 1.5373E+07 Te-129 8.1008E-03 3.8682E-13 1.8058E+12 2.9973E+08 Te-129m 1.3022E-03 4.3226E-11 2.0179E+14 4.8181E+07 Te-131m 3.8916E-03 4.8804E-12 2.2435E+13 1.4399E+08 Te-132 3.7224E-02 1. 2261E-10 5. 5939E+14 1.3773E+09 1-131 2. 1113 E+01 1.7030E-07 7.8289E+17 7.8119E+11 1-132 2. 9183E+01 2.8272E-09 1.2898E+16 1.0798E+12 1-133 4.2045E+01 3.7116E-08 1.6806E+17 1. 5557E+12 Page 197

CRDA PELLET MVP TRIP 10 MIN.O0 1-134 4.1756E+01 1.5653E-09 7.0345E+15 1. 5450E+12 1-135 3.9033E+01 1.1115E-08 4.9581E+16 1.4442E+12 Xe-133 9.1181E+03 4.8713E-05 2.2057E+20 3.3737E+14 xe-135 3.2662E+03 1.2790E-06 5.7054E+18 1. 2085E+14 Cs-134 2.6596E-02 2.0556E-08 9.2381E+16 9.8405E+08 Cs-136 7.3973E-03 1.0093E-10 4.4693E+14 2.7370E+08 Cs-137 1.3069E-02 1.5025E-07 6.6046E+17 4.8356E+08 Ba-139 1.7533E-02 1.0719E-12 4.6440E+12 6.4873E+08 Ba-140 1.8061E-02 2.4670E-10 1.0612E+15 6.6825E+08 La-140 1.9396E-04 3.4895E-13 1. 5010E+12 7.1764E+06 La-141 1.6659E-04 2.9458E-14 1.2581E+11 6. 1640E+06 La-142 1.5483E-04 1.0816E-14 4.5871E+10 5.7288E+06 Ce-141 4.2822E-04 1.5029E-11 6.4188E+13 1.5844E+07 Ce-143 3.9110E-04 5.8893E-13 2.4801E+12 1. 4471E+07 Ce-144 3.5546E-04 1.1145E-10 4.6608E+14 1. 3152E+07 Pr-143 1.5161E-04 2.2514E-12 9.4814E+12 5.6095E+06 Nd-147 6.9029E-05 8.5328E-13 3.4956E+12 2. 5541E+06 Np-239 5.8389E-03 2.5168E-11 6.3417E+13 2.1604E+08 Pu-238 2.4464E-06 1.4290E-10 3.6157E+14 9.0515E+04 Pu-239 1.3138E-07 2.1137E-09 5. 3259E+15 4.8610E+03 Pu-240 2.0803E-07 9.1293E-10 2.2908E+15 7.6970E+03 Pu-241 6.1090E-05 5.9303E-10 1.4819E+15 2.2603E+06 Am-241 3.2101E-08 9.3530E-12 2.3371E+13 1. 1877E+03 Cm-242 9.7422E-06 2.9394E-12 7.3148E+12 3.6046E+05 Cm-244 1.1925E-06 1.4740E-11 3.6380E+13 4.4123E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.6300 Release Rate/s Noble gases (atoms) 1.1608E+22 5.1182E+18 Elemental I (atoms) 9.8984E+17 4.3644E+14 organic I (atoms) 3.0614E+16 1.3498E+13 Aerosols (k 9 ) 1.8625E-07 8.2122E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9457E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7364E+01 Total I (Ci) 1. 7313E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6300 Leakage Transport Noble gases (atoms) 6.8917E+18 Elemental I (atoms) 5.8448E+14 organic I (atoms) 1.8077E+13 Aerosols (kg) 1.1058E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.6300 Filtered Transported Noble gases (atoms) O.0000E+00 4.0171E+17 Elemental I (atoms) O.OOOOE+00 3.4308E+13 organic I (atoms) O.OOOOE+00 1.0611E+12 Aerosols (kg) 0.OOOOE+00 6.4454E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.6300 Filtered Transported Noble gases (atoms) 2.2365E+17 0.OOOOE+00 Elemental I (atoms) 1. 9000E+13 0.OOOOE+00 Organic I (atoms) 5.8762E+11 0.OOOOE+00 Aerosols (kg) 3.5886E-12 0.OOOOE+00 Page 198

CRDA PELLET MVP TRIP 10 MIN.O0 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.6300 Ci kg Atoms Decay Co-58 1.3657E-06 4.2949E-14 4.4594E+11 1.1615E+08 Co-60 1.6341E-06 1.4457E-12 1.4510E+13 1.3896E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 2304E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1. 8325E+16 Kr-87 2.9059E+02 1.0259E-08 7.1011E+16 2.9539E+16 Kr-88 4.9409E+02 3.9403E-08 2.6965E+17 4. 5455E+16 Rb-86 4.5822E-05 5.6315E-13 3.9435E+12 3.8984E+09 Sr-89 1. 7186E-03 5.9157E-11 4.0028E+14 1.4617E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.1995E+10 Sr-91 2.0794E-03 5.7362E-13 3.7961E+12 1.8099E+11 Sr-92 2.0263E-03 1. 6121E-13 1. 0552E+12 1.8713E+11 Y-90 2.6670E-06 4.9021E-15 3.2801E+10 2.2758E+08 Y-91 2.2378E-05 9.1248E-13 6.0386E+12 1.9032E+09 Y-92 2.1141E-05 2.1971E-15 1.4382E+10 1. 9146E+09 Y-93 2.6793E-05 8.0306E-15 5.2001E+10 2.3288E+09 Zr-95 3.1670E-05 1.4742E-12 9.3450E+12 2.6934E+09 Zr-97 3. 1285E-05 1. 6365E-14 1. 0160E+11 2.6954E+09 Nb-95 3.1816E-05 8.1363E-13 5.1577E+12 2.7061E+09 Mo-99 4.6080E-04 9.6078E-13 5.8444E+12 3.9316E+10 Tc-99m 3.7782E-04 7.1852E-14 4.3707E+11 3.3335E+10 Ru-103 4.0682E-04 1.2605E-11 7.3699E+13 3.4602E+10 Ru-105 2.7238E-04 4.0521E-14 2.3240E+11 2.4352E+10 RU-106 1.8673E-04 5.5813E-11 3.1709E+14 1. 5879E+10 Rh-105 2.7700E-04 3.2818E-13 1.8822E+12 2.3703E+10 sb-127 5.7002E-04 2.1345E-12 1.0121E+13 4.8588E+10 sb-129 1.4947E-03 2.6581E-13 1.2409E+12 1.3382E+11 Te-127 5.4383E-04 2.0606E-13 9.7712E+11 4.7353E+10 Te-127m 7.7269E-05 8.1917E-12 3.8844E+13 6.5711E+09 Te- 129 1.1174E-03 5.3357E-14 2.4909E+11 1.1562E+11 Te-129m 2.4210E-04 8.0364E-12 3.7516E+13 2.0593E+10 Te-131m 7.1552E-04 8.9731E-13 4.1250E+12 6.1294E+10 Te-132 6.8929E-03 2.2705E-11 1.0358E+14 5.8780E+11 1-131 3.9199E+00 3.1619E-08 1.4535E+17 3.3371E+14 1-132 4.6685E+00 4.5228E-10 2.0634E+15 4.3763E+14 1-133 7.6910E+00 6.7893E-09 3.0741E+16 6.6099E+14 1-134 5.2289E+00 1.9601E-10 8.8090E+14 5.7792E+14 1-135 6.8892E+00 1.9617E-09 8.7508E+15 6.0582E+14 xe-133 1. 6913E+03 9.0355E-06 4.0912E+19 1.4407E+17 Xe-135 5.8500E+02 2.2908E-07 1. 0219E+18 5.0959E+16 Cs-134 4.9466E-03 3.8232E-09 1. 7182E+16 4.2064E+11 Cs-136 1.3744E-03 1.8752E-11 8.3035E+13 1.1695E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.0670E+11 Ba-139 2.5358E-03 1.5503E-13 6.7167E+11 2.5415E+11 Ba-140 3.3554E-03 4.5834E-11 1. 9716E+14 2.8554E+11 La-140 3.5766E-05 6.4347E-14 2.7679E+11 3.0581E+09 La-141 2.8370E-05 5.0165E-15 2.1426E+10 2. 5531E+09 La-142 2.2999E-05 1. 6066E-15 6.8136E+09 2.2643E+09 Ce-141 7.9612E-05 2.7940E-12 1.1933E+13 6.7717E+09 Ce-143 7.1982E-05 1.0839E-13 4.5648E+11 6.1622E+09 Ce-144 6.6111E-05 2.0728E-11 8.6684E+13 5.6219E+09 Page 199

CRDA PELLET MVP TRIP 10 MIN.O0 Pr-143 2.8168E-05 4.1831E-13 1.7616E+12 2.3969E+09 Nd-147 1.2822E-05 1. 5850E-13 6.4931E+11 1.0913E+09 Np-239 1.0794E-03 4.6526E-12 1. 1723E+13 9.2143E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.8692E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.0779E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.2902E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 9.6621E+08 Am-241 5.9706E-09 1. 7396E-12 4.3470E+12 5.0771E+05 Cm-242 1. 8118E-06 5.4667E-13 1. 3604E+12 1.5408E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1. 8861E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.6300 Atmosphere Sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8215E+17 O.OOOOE+00 organic I (atoms) 5.6337E+15 0.OOOOE+00 Aerosols (kg) 3.4642E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0904E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6306E-08 Total I (Ci) 2.8398E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.6400 CRDA @ EAB - condenser Release Doses: Time (h) = 0.6400 whole Body Thyroid TEDE Delta dose (rem) 1.0742E-05 7.8180E-05 1. 3219E-05 Accumulated dose (rem) 1.2458E-01 7.8101E-01 1.4940E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.6400 whole Body Thyroid TEDE Delta dose (rem) 2.5842E-06 1.8808E-05 3.1802E-06 Accumulated dose (rem) 5.5707E-02 3.4919E-01 6.6808E-02 Control Room Doses: Time (h) = 0.6400 whole Body Thyroid TEDE Delta dose (rem) 8.9673E-06 1.3479E-03 5.1686E-05 Accumulated dose (rem) 8.1098E-04 1. 1206E-01 4.3681E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.6400 Ci kg Atoms Decay Co-58 2.2581E-05 7.1014E-13 7.3733E+12 1.9667E+09 Page 200

CRDA PELLET MVP TRIP 10 MIN.oO Co-60 2.7019E-05 2.3903E-11 2.3991E+14 2.3530E+09 Kr-85 2.3924E+02 6.0978E-04 4.3202E+21 2.0834E+16 Kr-85m 3.5632E+03 4.3298E-03 3.0676E+22 3.1030E+17 Kr-87 4.7785E+03 1.6870E-07 1.1677E+18 4.9955E+17 Kr-88 8.1495E+03 6.4992E-07 4.4476E+18 7.6922E+17 Rb-86 7.5763E-04 9.3112E-12 6.5202E+13 6.6012E+10 Sr-89 2.8417E-02 9.7812E-10 6.6184E+15 2.4751E+12 Sr-90 4.2767E-03 3.1353E-08 2.0979E+17 3.7244E+11 Sr-91 3.4356E-02 9.4775E-12 6.2720E+13 3.0641E+12 Sr-92 3.3418E-02 2.6587E-12 1.7403E+13 3.1666E+12 Y-90 4.4093E-05 8.1044E-14 5.4228E+11 3.8534E+09 Y-91 3.7000E-04 1.5087E-11 9.9843E+13 3.2227E+10 Y-92 3.4887E-04 3.6256E-14 2.3733E+11 3.2404E+10 Y-93 4.4269E-04 1.3269E-13 8.5922E+11 3.9427E+10 Zr-95 5.2364E-04 2.4375E-11 1.5451E+14 4.5608E+10 Zr-97 5.1707E-04 2.7048E-13 1.6793E+12 4.5637E+10 Nb-95 5.2605E-04 1.3453E-11 8.5278E+13 4. 5823E+10 Mo-99 7.6183E-03 1.5884E-11 9.6623E+13 6.6572E+11 Tc-99m 6.2398E-03 1.1867E-12 7.2184E+12 5.6429E+11 RU-103 6.7264E-03 2.0842E-10 1.2186E+15 5.8592E+11 RU-105 4.4966E-03 6.6894E-13 3.8366E+12 4.1219E+11 RU-106 3.0874E-03 9.2283E-10 5.2429E+15 2.6888E+11 Rh-105 4.5792E-03 5.4252E-12 3.1116E+13 4.0134E+11 sb-127 9.4242E-03 3.5290E-11 1.6734E+14 8.2272E+11 sb-129 2.4675E-02 4.3879E-12 2.0484E+13 2.2651E+12 Te-127 8.9851E-03 3.4046E-12 1.6144E+13 8.0168E+11 Te-127m 1.2776E-03 1.3544E-10 6.4226E+14 1. 1127E+11 Te-129 1.8366E-02 8.7697E-13 4.0940E+12 1.9551E+12 Te-129m 4.0029E-03 1.3288E-10 6.2030E+14 3.4869E+11 Te-131m 1.1828E-02 1.4833E-11 6.8188E+13 1.0378E+12 Te-132 1.1396E-01 3.7537E-10 1.7125E+15 9.9530E+12 1-131 6.4811E+01 5.2277E-07 2.4032E+18 5.6507E+15 1-132 7.6959E+01 7.4557E-09 3.4015E+16 7.4049E+15 1-133 1.2712E+02 1.1222E-07 5.0812E+17 1.1192E+16 1-134 8.5776E+01 3.2154E-09 1.4450E+16 9.7693E+15 1-135 1.1379E+02 3.2401E-08 1.4454E+17 1.0256E+16 Xe-133 2.7963E+04 1.4939E-04 6.7642E+20 2.4395E+18 Xe-135 9.6653E+03 3.7848E-06 1.6883E+19 8.6273E+17 Cs-134 8.1789E-02 6.3215E-08 2.8410E+17 7.1227E+12 Cs-136 2.2724E-02 3.1005E-10 1.3729E+15 1.9803E+12 Cs-137 4.0192E-02 4.6207E-07 2.0311E+18 3.5001E+12 Ba-139 4.1718E-02 2.5505E-12 1.1050E+13 4.2984E+12 Ba-140 5.5479E-02 7.5782E-10 3.2598E+15 4.8350E+12 La-140 5.9126E-04 1.0638E-12 4.5758E+12 5.1780E+10 La-141 4.6826E-04 8.2799E-14 3.5363E+11 4.3213E+10 La-142 3.7857E-04 2.6445E-14 1.1215E+11 3.8301E+10 Ce-141 1.3163E-03 4.6197E-11 1.9731E+14 1.1467E+11 Ce-143 1.1899E-03 1.7918E-12 7.5460E+12 1.0434E+11 Ce-144 1.0931E-03 3.4272E-10 1.4333E+15 9.5197E+10 Pr-143 4.6574E-04 6.9163E-12 2.9127E+13 4.0587E+10 Nd-147 2.1200E-04 2.6206E-12 1.0736E+13 1.8478E+10 Np-239 1.7844E-02 7.6918E-11 1.9381E+14 1. 5602E+12 Pu-238 7.5233E-06 4.3945E-10 1.1120E+15 6.5517E+08 Pu-239 4.0403E-07 6.5002E-09 1.6379E+16 3.5185E+07 Pu-240 6.3975E-07 2.8076E-09 7.0448E+15 5. 5713E+07 Pu-241 1.8787E-04 1.8238E-09 4.5572E+15 1. 6361E+10 Am-241 9.8721E-08 2.8763E-11 7.1874E+13 8.5972E+06 Cm-242 2.9958E-05 9.0389E-12 2.2493E+13 2.6090E+09 Cm-244 3.6674E-06 4.5331E-11 1.1188E+14 3.1938E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.6400 Atmosphere Sump Noble gases (atoms) 3.5695E+22 0.OOOOE+00 Page 201

CRDA PELLET MVP TRIP 10 MIN.o0 Elemental I (atoms) 3.0112E+18 0.0000E+00 Organic I (atoms) 9.3130E+16 0.0000E+00 Aerosols (kq) 5.7278E-07 OO.000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7665E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2231E-08 Total I (Ci) 4.6846E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6400 Leakage Transport Noble gases (atoms) 7.0404E+18 Elemental I (atoms) 5.9703E+14 organic I (atoms) 1. 8465E+13 Aerosols (kg) 1. 1297E-10 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.6400 Ci kg Atoms Bq Co-58 7. 3443E-06 2.3097E-13 2.3981E+12 2.7174E+05 Co-60 8.7861E-06 7.7727E-12 7.8013E+13 3.2509E+05 Kr-85 7. 7794E+01 1.9828E-04 1.4048E+21 2.8784E+12 Kr-85m 1.1587E+03 1.4079E-03 9.9751E+21 4.2871E+13 Kr-87 2. 0520E+03 7.2444E-08 5.0146E+17 7. 5925E+13 Kr-88 3.0013E+03 2.3935E-07 1. 6380E+18 1.1105E+14 Rb-86 2.4656E-04 3.0302E-12 2.1219E+13 9.1226E+06 Sr-89 9.2430E-03 3.1815E-10 2.1528E+15 3.4199E+08 Sr-90 1.3907E-03 1.0195E-08 6.8218E+16 5.1455E+07 Sr-91 1. 1595E-02 3.1987E-12 2.1168E+13 4.2902E+08 Sr-92 1. 2381E-02 9.8500E-13 6.4476E+12 4.5809E+08 Y-90 1.4417E-05 2.6499E-14 1.7731E+11 5.3344E+05 Y-91 1. 2034E-04 4.9072E-12 3.2475E+13 4.4527E+06 Y-92 1.2536E-04 1. 3028E-14 8. 5276E+10 4.6382E+06 Y-93 1.4908E-04 4.4684E-14 2.8935E+11 5. 5159E+06 Zr-95 1.7031E-04 7.9278E-12 5.0255E+13 6.3016E+06 zr-97 1. 7169E-04 8.9812E-14 5.5759E+11 6.3526E+06 Nb-95 1. 7113E-04 4.3763E-12 2.7742E+13 6.3317E+06 Mo-99 2.4906E-03 5.1929E-12 3.1588E+13 9.2151E+07 Tc-99m 2. 1517E-03 4.0921E-13 2.4892E+12 7.9613E+07 RU-103 2.1881E-03 6.7797E-11 3.9639E+14 8.0959E+07 Ru-105 1.5834E-03 2.3555E-13 1. 3509E+12 5.8584E+07 Ru-106 1. 0040E-03 3.0009E-10 1.7049E+15 3.7147E+07 Rh-105 1. 5040E-03 1.7819E-12 1. 0220E+13 5.5647E+07 sb-127 3.0763E-03 1.1519E-11 5.4623E+13 1.1382E+08 sb-129 8. 7078E-03 1. 5485E-12 7.2289E+12 3.2219E+08 Te-127 3.0343E-03 1.1497E-12 5.4519E+12 1. 1227E+08 Te-127m 4. 1550E-04 4.4049E-11 2.0887E+14 1.5373E+07 Te-129 8.1009E-03 3.8682E-13 1.8058E+12 2.9973E+08 Te-129m 1. 3022E-03 4.3227E-11 2.0180E+14 4.8182E+07 Te-131m 3.8917E-03 4.8804E-12 2.2436E+13 1.4399E+08 Te-132 3. 7225E-02 1.2261E-10 5.5939E+14 1.3773E+09 1-131 2. 1113 E+01 1.7030E-07 7.8290E+17 7.8120E+11 1-132 2. 9183E+01 2.8272E-09 1.2898E+16 1.0798E+12 1-133 4.2046E+01 3.7116E-08 1. 6806E+17 1. 5557E+12 1-134 4. 1756E+01 1.5653E-09 7.0345E+15 1. 5450E+12 Page 202

CRDA PELLET MVP TRIP 10 MIN.o0 1-135 3.9034E+01 1.1115E-08 4.9581E+16 1.4442E+12 xe-133 9.1182E+03 4.8713E-05 2.2057E+20 3.3737E+14 xe-135 3.2662E+03 1.2790E-06 5.7054E+18 1.2085E+14 Cs-134 2.6596E-02 2.0556E-08 9.2382E+16 9.8406E+08 Cs-136 7.3974E-03 1.0093E-10 4.4693E+14 2.7371E+08 Cs-137 1.3069E-02 1.5025E-07 6.6047E+17 4.8357E+08 Ba-139 1.7533E-02 1.0719E-12 4.6440E+12 6.4873E+08 Ba-140 1.8061E-02 2.4671E-10 1.0612E+15 6.6826E+08 La-140 1.9396E-04 3.4895E-13 1. 5010E+12 7.1764E+06 La-141 1.6660E-04 2.9458E-14 1.2582E+11 6.1640E+06 La-142 1.5484E-04 1.0816E-14 4.5871E+10 5.7289E+06 Ce-141 4.2823E-04 1.5029E-11 6.4189E+13 1.5844E+07 Ce-143 3.9110E-04 5.8894E-13 2.4802E+12 1.4471E+07 Ce-144 3.5547E-04 1.1145E-10 4. 6609E+14 1.3152E+07 Pr-143 1.5161E-04 2.2515E-12 9.4815E+12 5.6096E+06 Nd-147 6.9030E-05 8.5329E-13 3.4957E+12 2.5541E+06 Np-239 5.8389E-03 2.5169E-11 6.3418E+13 2.1604E+08 Pu-238 2.4464E-06 1.4290E-10 3.6158E+14 9.0516E+04 Pu-239 1.3138E-07 2.1137E-09 5.3259E+15 4.8611E+03 Pu-240 2.0803E-07 9.1294E-10 2.2908E+15 7.6971E+03 Pu-241 6.1091E-05 5.9304E-10 1.4819E+15 2.2604E+06 Am-241 3.2101E-08 9.3531E-12 2. 3372E+13 1. 1877E+03 Cm-242 9.7423E-06 2.9395E-12 7.3149E+12 3.6046E+05 Cm-244 1.1925E-06 1.4740E-11 3.6380E+13 4.4124E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.6400 Release Rate/s Noble gases (atoms) 1.1608E+22 5.0383E+18 Elemental I (atoms) 9.8986E+17 4.2963E+14 organic I (atoms) 3.0614E+16 1.3287E+13 Aerosols (kq) 1.8625E-07 8.0840E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9457E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7364E+01 Total I (Ci) 1. 7313E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6400 Leakage Transport Noble gases (atoms) 7.0404E+18 Elemental I (atoms) 5.9703E+14 Organic I (atoms) 1. 8465E+13 Aerosols (kg) 1.1297E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.6400 Filtered Transported Noble gases (atoms) O.0000E+00 4.0214E+17 Elemental I (atoms) O.0000E+00 3.4344E+13 Organic I (atoms) O.O000E+00 1.0622E+12 Aerosols (kg) O.OOOOE+00 6.4523E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.6400 Filtered Transported Noble gases (atoms) 2.2645E+17 O.OOOOE+00 Elemental I (atoms) 1.9236E+13 O.OOOOE+00 Organic I (atoms) 5.9492E+11 O.O000E+00 Aerosols (kg) 3.6335E-12 O.OOOOE+00 Page 203

CRDA PELLET MVP TRIP 10 MIN.O0 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6400 Filtered Transported Noble gases (atoms) O.O000E+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) 0.6400 Ci kg Atoms Decay Co-58 1.3657E-06 4.2949E-14 4.4594E+11 1. 1797E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1. 4114E+08 Kr-85 1. 4469E+01 3.6879E-05 2.6128E+20 1.2497E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 .1.8612E+16 Kr-87 2. 8901E+02 1.0203E-08 7.0625E+16 2.9925E+16 Kr-88 4.9288E+02 3.9307E-08 2.6899E+17 4.6112E+16 Rb-86 4.5822E-05 5.6314E-13 3.9434E+12 3.9595E+09 Sr-89 1.7186E-03 5.9157E-11 4.0028E+14 1.4846E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.2339E+10 Sr-91 2.0778E-03 5.7320E-13 3.7933E+12 1.8376E+11 Sr-92 2.0211E-03 1. 6080E-13 1. 0525E+12 1.8983E+11 Y-90 2.6667E-06 4.9015E-15 3.2797E+10 2.3113E+08 Y-91 2.2377E-05 9.1248E-13 6.0385E+12 1.9330E+09 Y-92 2. 1100E-05 2.1928E-15 1.43 53E+10 1.9427E+09 Y-93 2. 6774E-05 8.0251E-15 5.1966E+10 2.3645E+09 Zr-95 3. 1670E-05 1.4742E-12 9.3450E+12 2.7356E+09 Zr-97 3.1273E-05 1. 6359E-14 1.0156E+11 2.7371E+09 Nb-95 3. 1815E-05 8.1362E-13 5.1576E+12 2.7485E+09 Mo-99 4. 6075E-04 9.6068E-13 5.8438E+12 3.9930E+10 Tc-99m 3.7738E-04 7.1770E-14 4.3657E+11 3.3838E+10 Ru-103 4.0682E-04 1.2605E-11 7.3699E+13 3.5144E+10 Ru-105 2. 7196E-04 4.0457E-14 2.3204E+11 2.4715E+10 RU-106 1.8673E-04 5.5813E-11 3.1709E+14 1. 6127E+10 Rh-105 2.7695E-04 3.2812E-13 1. 8819E+12 2.4072E+10 Sb-127 5.6998E-04 2.1343E-12 1.0121E+13 4.9347E+10 sb-129 1.4923E-03 2.6538E-13 1. 2389E+12 1. 3581E+11 Te-127 5.4342E-04 2.0591E-13 9.7640E+11 4.8077E+10 Te-127m 7.7269E-05 8.1917E-12 3.8844E+13 6. 6741E+09 Te-129 1. 1108E-03 5.3039E-14 2.4760E+11 1. 1710E+11 Te-129m 2.4210E-04 8.0363E-12 3.7516E+13 2.0915E+10 Te-131m 7.1535E-04 8.9710E-13 4.1240E+12 6.2247E+10 Te-132 6.8923E-03 2.2703E-11 1. 0357E+14 5.9698E+11 1-131 3. 9198E+00 3.1617E-08 1.4535E+17 3.3893E+14 1-132 4.6545E+00 4.5092E-10 2.0572E+15 4.4384E+14 1-133 7.6884E+00 6.7870E-09 3.0731E+16 6. 7124E+14 1-134 5.1878E+00 1.9447E-10 8.7396E+14 5.8486E+14 1-135 6.8819E+00 1.9596E-09 8.7416E+15 6.1499E+14 Xe-133 1. 6912E+03 9.0350E-06 4.0910E+19 1.4632E+17 Xe-135 5.8456E+02 2.2890E-07 1.0211E+18 5.1738E+16 cs-134 4.9466E-03 3.8232E-09 1.7182E+16 4.2723E+11 Cs-136 1.3743E-03 1.8752E-11 8.3033E+13 1.1878E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 2.0994E+11 Ba-139 2.5231E-03 1. 5425E-13 6.6830E+11 2.5752E+11 Ba-140 3.3554E-03 4.5833E-11 1.9715E+14 2.9001E+11 La-140 3. 5760E-05 6.4336E-14 2.7674E+11 3.1057E+09 La-141 2.8320E-05 5.0077E-15 2.1388E+10 2.5909E+09 La-142 2.2896E-05 1. 5994E-15 6.7830E+09 2.2949E+09 Ce-141 7.9611E-05 2.7940E-12 1.1933E+13 6.8778E+09 Ce-143 7.1967E-05 1.0837E-13 4. 5638E+11 6.2580E+09 Ce-144 6.6111E-05 2.0728E-11 8.6684E+13 5.7100E+09 Pr-143 2.8168E-05 4.1830E-13 1. 7616E+12 2.4344E+09 Page 204

CRDA PELLET MVP TRIP 10 MIN.o0 Nd-147 1.2822E-05 1.5849E-13 6.4930E+11 1. 1083E+09 Np-239 1.0792E-03 4.6520E-12 1. 1722E+13 9.3581E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.9298E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.1104E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.3417E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 9.8134E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 5.1567E+05 Cm-242 1.8118E-06 5.4667E-13 1. 3604E+12 1.5649E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1. 9156E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.6400 Atmosphere Sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8212E+17 0.OOOOE+00 organic I (atoms) 5.6325E+15 O.OOOOE+00 Aerosols (kg) 3.4642E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0894E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6276E-08 Total I (Ci) 2.8332E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.6500 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.6500 whole Body Thyroid TEDE Delta dose (rem) 1.0713E-05 7.8167E-05 1. 3190E-05 Accumulated dose (rem) 1.2459E-01 7.8109E-01 1.4942E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.6500 whole Body Thyroid TEDE Delta dose (rem) 2.5773E-06 1.8805E-05 3.1732E-06 Accumulated dose (rem) 5.5710E-02 3.4920E-01 6.6811E-02 Control Room Doses: Time (h) = 0.6500 whole Body Thyroid TEDE Delta dose (rem) 8.8229E-06 1.3296E-03 5.0957E-05 Accumulated dose (rem) 8.1981E-04 1.1339E-01 4.4191E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.6500 Ci kg Atoms Decay Co-58 2.2581E-05 7.1013E-13 7. 3733E+12 1.9968E+09 Co-60 2.7019E-05 2.3903E-11 2.3991E+14 2.3890E+09 Page 205

CRDA PELLET MVP TRIP 10 MIN.oO Kr-85 2.3924E+02 6.0977E-04 4.3202E+21 2.1153E+16 Kr-85m 3.5632E+03 4.3297E-03 3.0676E+22 3.1505E+17 Kr-87 4.7525E+03 1.6778E-07 1.1614E+18 5.0590E+17 Kr-88 8.1296E+03 6.4833E-07 4.4368E+18 7.8006E+17 Rb-86 7.5762E-04 9.3111E-12 6.5200E+13 6.7021E+10 Sr-89 2.8416E-02 9.7811E-10 6.6183E+15 2. 5130E+12 Sr-90 4.2767E-03 3.1352E-08 2.0979E+17 3.7814E+11 Sr-91 3.4331E-02 9.4705E-12 6.2674E+13 3.1099E+12 Sr-92 3.3332E-02 2.6519E-12 1.7359E+13 3.2111E+12 Y-90 4.4088E-05 8.1035E-14 5.4222E+11 3.9122E+09 Y-91 3.6999E-04 1.5087E-11 9.9842E+13 3.2720E+10 Y-92 3.4819E-04 3.6185E-14 2.3686E+11 3.2868E+10 Y-93 4.4239E-04 1.3260E-13 8.5863E+11 4.0016E+10 Zr-95 5.2363E-04 2.4374E-11 1.5451E+14 4.6306E+10 Zr-97 5.1686E-04 2.7037E-13 1.6786E+12 4.6325E+10 Nb-95 5.2604E-04 1.3453E-11 8.5277E+13 4.6524E+10 Mo-99 7.6175E-03 1.5882E-11 9.6612E+13 6.7587E+11 Tc-99m 6.2326E-03 1.1853E-12 7.2101E+12 5.7259E+11 Ru-103 6.7264E-03 2.0841E-10 1.2185E+15 5.9488E+11 Ru-105 4.4896E-03 6.6789E-13 3.8306E+12 4.1817E+11 Ru-106 3.0874E-03 9.2283E-10 5.2428E+15 2.7299E+11 Rh-105 4.5783E-03 5.4241E-12 3.1109E+13 4.0744E+11 Sb-127 9.4235E-03 3.5287E-11 1.6733E+14 8.3528E+11 sb-129 2.4635E-02 4.3809E-12 2.0451E+13 2.2980E+12 Te-127 8.9784E-03 3.4021E-12 1.6132E+13 8.1364E+11 Te-127m 1.2776E-03 1.3544E-10 6.4225E+14 1.1297E+11 Te-129 1.8256E-02 8.7174E-13 4.0696E+12 1. 9795E+12 Te-129m 4.0029E-03 1.3287E-10 6.2030E+14 3.5403E+11 Te-131m 1.1825E-02 1.4829E-11 6.8172E+13 1. 0536E+12 Te-132 1.1395E-01 3.7534E-10 1.7124E+15 1.0105E+13 1-131 6.4808E+01 5.2275E-07 2.4031E+18 5.7370E+15 1-132 7.6727E+01 7.4332E-09 3.3912E+16 7.5072E+15 1-133 1.2708E+02 1.1218E-07 5.0795E+17 1.1361E+16 1-134 8.5100E+01 3.1901E-09 1.4337E+16 9.8831E+15 1-135 1.1367E+02 3.2367E-08 1.4438E+17 1.0407E+16 Xe-133 2.7961E+04 1.4938E-04 6.7638E+20 2.4768E+18 Xe-135 9.6579E+03 3.7819E-06 1.6870E+19 8.7560E+17 Cs-134 8.1789E-02 6.3214E-08 2.8409E+17 7.2317E+12 Cs-136 2.2723E-02 3.1004E-10 1.3729E+15 2.0106E+12 Cs-137 4.0192E-02 4.6207E-07 2.0311E+18 3. 5537E+12 Ba-139 4.1509E-02 2.5377E-12 1.0994E+13 4.3539E+12 Ba-140 5.5477E-02 7.5780E-10 3.2597E+15 4.9089E+12 La-140 5.9116E-04 1.0636E-12 4.5749E+12 5.2568E+10 La-141 4.6743E-04 8.2652E-14 3.5301E+11 4.3836E+10 La-142 3.7687E-04 2.6327E-14 1.1165E+11 3.8804E+10 Ce-141 1.3163E-03 4.6197E-11 1.9731E+14 1.1642E+11 Ce-143 1.1897E-03 1.7915E-12 7.5444E+12 1.0592E+11 Ce-144 1.0931E-03 3.4272E-10 1.4333E+15 9.6653E+10 Pr-143 4.6572E-04 6.9161E-12 2.9126E+13 4.1208E+10 Nd-147 2.1199E-04 2.6205E-12 1.0735E+13 1.8760E+10 Np-239 1.7842E-02 7.6909E-11 1.9379E+14 1. 5840E+12 Pu-238 7.5233E-06 4.3945E-10 1.1119E+15 6.6519E+08 Pu-239 4.0403E-07 6.5002E-09 1.6379E+16 3.5723E+07 Pu-240 6.3975E-07 2.8075E-09 7.0448E+15 5.6565E+07 Pu-241 1.8787E-04 1.8238E-09 4.5572E+15 1.6611E+10 Am-241 9.8720E-08 2.8763E-11 7.1874E+13 8.7287E+06 Cm-242 2.9957E-05 9.0388E-12 2.2493E+13 2.6489E+09 Cm-244 3.6673E-06 4.5330E-11 1.1188E+14 3.2426E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.6500 Atmosphere Sump Noble gases (atoms) 3.5695E+22 0.OOO0E+00 Elemental I (atoms) 3.0106E+18 O.OOOOE+00 Page 206

CRDA PELLET MVP TRIP 10 MIN.o0 Organic I (atoms) 9.3111E+16 0.0000E+00 Aerosols (kq) 5.7277E-07 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7655E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2203E-08 Total I (Ci) 4.6738E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6500 Leakage Transport Noble gases (atoms) 7.1891E+18 Elemental I (atoms) 6.0958E+14 Organic I (atoms) 1.8853E+13 Aerosols (kg) 1.1535E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6500 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) 0.6500 Ci kg Atoms Bq Co-58 7. 3443E-06 2.3097E-13 2.3982E+12 2.7174E+05 Co-60 8. 7862E-06 7.7728E-12 7.8014E+13 3.2509E+05 Kr-85 7. 7795E+01 1.9829E-04 1.4048E+21 2.8784E+12 Kr-85m 1.1587E+03 1.4080E-03 9.9752E+21 4.2871E+13 Kr-87 2.0520E+03 7.2445E-08 5.0146E+17 7.5926E+13 Kr-88 3. 0013E+03 2.3935E-07 1. 6380E+18 1. 1105E+14 Rb-86 2.4656E-04 3.0302E-12 2.1219E+13 9.1227E+06 Sr-89 9.2432E-03 3.1816E-10 2.1528E+15 3.4200E+08 Sr-90 1. 3907E-03 1.0195E-08 6.8219E+16 5.1456E+07 Sr-91 1.1595E-02 3.1987E-12 2.1168E+13 4.2902E+08 Sr-92 1. 2381E-02 9.8501E-13 6.4477E+12 4. 5810E+08 Y-90 1.4417E-05 2.6500E-14 1.7732E+11 5.3345E+05 Y-91 1.2035E-04 4.9073E-12 3.2475E+13 4.4528E+06 Y-92 1.2536E-04 1. 3028E-14 8.5277E+10 4.6382E+06 Y-93 1. 4908E-04 4.4684E-14 2.8935E+11 5.5160E+06 Zr-95 1. 7031E-04 7.9279E-12 5.0256E+13 6.3016E+06 zr-97 1. 7169E-04 8.9814E-14 5.5760E+11 6.3527E+06 Nb-95 1. 7113E-04 4.3764E-12 2.7742E+13 6.3318E+06 Mo-99 2.4906E-03 5.1929E-12 3.1588E+13 9.2152E+07 Tc-99m 2. 1517E-03 4.0921E-13 2.4892E+12 7.9614E+07 Ru-103 2.1881E-03 6.7798E-11 3.9640E+14 8.0960E+07 Ru-105 1. 5834E-03 2.3555E-13 1.3510E+12 5.8585E+07 RU-106 1.0040E-03 3.0010E-10 1.7049E+15 3.7148E+07 Rh-105 1. 5040E-03 1.7819E-12 1. 0220E+13 5.5648E+07 sb-127 3. 0763E-03 1.1519E-11 5.4623E+13 1.1382E+08 sb-129 8.7079E-03 1.5485E-12 7.2289E+12 3.2219E+08 Te-127 3.0343E-03 1.1498E-12 5.4520E+12 1. 1227E+08 Te-127m 4.1550E-04 4.4050E-11 2.0888E+14 1.5374E+07 Te-129 8.101OE-03 3.8682E-13 1.8058E+12 2.9974E+08 Te-129m 1. 3022E-03 4.3227E-11 2.0180E+14 4.8182E+07 Te-131m 3.8917E-03 4.8805E-12 2.2436E+13 1.4399E+08 Te-132 3.7225E-02 1.2262E-10 5.5940E+14 1.3773E+09 1-131 2.1114E+01 1.7031E-07 7.8291E+17 7.8121E+11 1-132 2.9183E+01 2.8273E-09 1.2899E+16 1.0798E+12 1-133 4.2046E+01 3.7117E-08 1. 6806E+17 1. 5557E+12 1-134 4.1757E+01 1.5653E-09 7.0346E+15 1. 5450E+12 1-135 3.9034E+01 1. 1115E-08 4.9582E+16 1.4443E+12 Page 207

CRDA PELLET MVP TRIP 10 MIN.O0 Xe-133 9.1184E+03 4.8714E-05 2.2057E+20 3.3738E+14 xe-135 3.2663E+03 1.2790E-06 5.7055E+18 1. 2085E+14 Cs-134 2.6597E-02 2.0556E-08 9.2383E+16 9.8407E+08 Cs-136 7.3975E-03 1.0093E-10 4.4694E+14 2.7371E+08 Cs-137 1.3070E-02 1.5026E-07 6.6048E+17 4.8357E+08 Ba-139 1.7533E-02 1.0719E-12 4.6441E+12 6.4874E+08 Ba-140 1.8061E-02 2.4671E-10 1.0612E+15 6.6827E+08 La-140 1.9396E-04 3.4896E-13 1. 5010E+12 7.1765E+06 La-141 1.6660E-04 2.9458E-14 1.2582E+11 6.1641E+06 La-142 1.5484E-04 1.0816E-14 4.5872E+10 5.7290E+06 Ce-141 4.2823E-04 1.5029E-11 6.4190E+13 1.5845E+07 Ce-143 3.9111E-04 5.8894E-13 2.4802E+12 1.4471E+07 Ce-144 3.5547E-04 1.1145E-10 4.6609E+14 1. 3152E+07 Pr-143 1.5161E-04 2.2515E-12 9.4816E+12 5.6096E+06 Nd-147 6.9031E-05 8.5330E-13 3.4957E+12 2. 5541E+06 Np-239 5.8390E-03 2.5169E-11 6.3419E+13 2.1604E+08 Pu-238 2.4464E-06 1.4290E-10 3.6158E+14 9.0517E+04 Pu-239 1.3138E-07 2.1137E-09 5.3260E+15 4.8611E+03 Pu-240 2.0803E-07 9.1296E-10 2.2908E+15 7.6972EE+03 Pu-241 6.1092E-05 5.9305E-10 1.4819E+15 2.2604E+06 Am-241 3.2102E-08 9.3532E-12 2.3372E+13 1.1878E+03 Cm-242 9.7424E-06 2.9395E-12 7.3149E+12 3.6047E+05 Cm-244 1.1925E-06 1.4741E-11 3.6381E+13 4.4124E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.6500 Release Rate/s Noble gases (atoms) 1.1608E+22 4.9609E+18 Elemental I (atoms) 9.8987E+17 4.2302E+14 organic I (atoms) 3.0614E+16 1.3083E+13 Aerosols (kg) 1.8626E-07 7.9597E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9458E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7365E+01 Total I (Ci) 1. 7313E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6500 Leakage Transport Noble gases (atoms) 7.1891E+18 Elemental I (atoms) 6.0958E+14 organic I (atoms) 1.8853E+13 Aerosols (kg) 1.1535E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.6500 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0258E+17 Elemental I (atoms) 0.OOOOE+00 3.4381E+13 Organic I (atoms) 0.OOOOE+00 1.0633E+12 Aerosols (kg) 0.0000E+00 6.4592E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.6500 Filtered Transported Noble gases (atoms) 2.2921E+17 O.OOOOE+00 Elemental I (atoms) 1.9468E+13 0.OOOOE+00 Organi c I (atoms) 6.0212E+11 0.OOOOE+00 Aerosols (kg) 3.6778E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Page 208

CRDA PELLET MVP TRIP 10 MIN.o0 Pathway Time (h) = 0.6500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.0000E+00 3.5189E+16 Aerosols (kg) O.0000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.6500 ci kg Atoms Decay co-58 1.3657E-06 4.2949E-14 4.4594E+11 1. 1979E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.4331E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.2689E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1.8899E+16 Kr-87 2.8743E+02 1.0148E-08 7.0241E+16 3.0309E+16 Kr-88 4. 9168E+02 3.9211E-08 2.6834E+17 4.6768E+16 Rb-86 4. 5821E-05 5.6314E-13 3.9433E+12 4.0205E+09 Sr-89 1. 7186E-03 5.9157E-11 4.0028E+14 1. 5075E+11 Sr-90 2. 5866E-04 1.8962E-09 1.2688E+16 2.2684E+10 Sr-91 2.0763E-03 5.7278E-13 3.7905E+12 1.8653E+11 Sr-92 2. 0160E-03 1. 6039E-13 1.0499E+12 1.9251E+11 Y-90 2. 6665E-06 4.9010E-15 3.2794E+10 2.3468E+08 Y-91 2.2377E-05 9.1247E-13 6.0385E+12 1.9628E+09 Y-92 2.1058E-05 2.1885E-15 1.4325E+10 1.9708E+09 Y-93 2.6756E-05 8.0196E-15 5.1930E+10 2.4002E+09 Zr-95 3.1669E-05 1.4742E-12 9.3449E+12 2.7778E+09 Zr-97 3.1260E-05 1.6352E-14 1.0152E+11 2.7787E+09 Nb-95 3.1815E-05 8.1362E-13 5.1576E+12 2.7909E+09 Mo-99 4.6071E-04 9.6058E-13 5.8431E+12 4.0543E+10 Tc-99m 3. 7695E-04 7.1687E-14 4.3607E+11 3.4340E+10 Ru-103 4.0681E-04 1.2605E-11 7.3698E+13 3. 5686E+10 Ru-105 2.7153E-04 4.0394E-14 2.3168E+11 2.5077E+10 Ru-106 1. 8673E-04 5.5813E-11 3.1709E+14 1.6376E+10 Rh-105 2.7689E-04 3.2805E-13 1.8815E+12 2.4440E+10 sb-127 5. 6993E-04 2.1342E-12 1. 0120E+13 5.0106E+10 Sb-129 1.4899E-03 2.6496E-13 1.2369E+12 1. 3780E+11 Te-127 5.4302E-04 2.0576E-13 9.7568E+11 4.8801E+10 Te-127m 7.7269E-05 8.1917E-12 3.8844E+13 6.7770E+09 Te-129 1. 1041E-03 5.2723E-14 2.4613E+11 1.1858E+11 Te-129m 2.4209E-04 8.0362E-12 3.7516E+13 2.1237E+10 Te-131m 7.1519E-04 8.9689E-13 4.1231E+12 6.3200E+10 Te-132 6.8917E-03 2.2701E-11 1. 0357E+14 6.0616E+11 1-131 3.9196E+00 3.1616E-08 1.4534E+17 3.4415E+14 1-132 4. 6405E+00 4.4957E-10 2.0510E+15 4.5003E+14 1-133 7.6859E+00 6.7848E-09 3.0721E+16 6.8147E+14 1-134 5. 1469E+00 1.9294E-10 8.6708E+14 5.9174E+14 1-135 6.8747E+00 1.9576E-09 8.7324E+15 6.2415E+14 xe-133 1. 6911E+03 9.0345E-06 4.0908E+19 1.4858E+17 xe-135 5. 8412E+02 2.2873E-07 1.0203E+18 5.2517E+16 cs-134 4.9466E-03 3.8232E-09 1.7182E+16 4.3382E+11 Cs-136 1.3743E-03 1.8751E-11 8.3031E+13 1. 2061E+11 cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 2.1318E+11 Ba-139 2. 5105E-03 1. 5348E-13 6.6495E+11 2.6087E+11 Ba-140 3.3553E-03 4.5832E-11 1.9715E+14 2.9448E+11 La-140 3.5753E-05 6.4325E-14 2.7669E+11 3.1533E+09 La-141 2.8270E-05 4.9988E-15 2.1350E+10 2.6286E+09 La-142 2.2793E-05 1. 5922E-15 6.7526E+09 2.3253E+09 Ce-141 7. 9611E-05 2.7940E-12 1.1933E+13 6.9838E+09 Ce-143 7.1952E-05 1.0835E-13 4.5629E+11 6.3539E+09 Ce-144 6.6111E-05 2.0728E-11 8.6684E+13 5.7981E+09 Pr-143 2.8167E-05 4.1829E-13 1. 7615E+12 2.4720E+09 Nd-147 1.2822E-05 1. 5849E-13 6.4928E+11 1.1254E+09 Page 209

CRDA PELLET MVP TRIP 10 MIN.o0 Np-239 1.0791E-03 4.6515E-12 1.1720E+13 9.5018E+10 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.9904E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.1430E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.3933E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 9.9648E+08 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 5.2362E+05 Cm-242 1.8118E-06 5.4667E-13 1. 3604E+12 1. 5891E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.9452E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.6500 Atmosphere Sump Noble gases (atoms) 2.1588E+21 O.O000E+00 Elemental I (atoms) 1.8208E+17 O.OOOOE+00 organic I (atoms) 5.6314E+15 O.OOOOE+00 Aerosols (kq) 3.4642E-08 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0884E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6247E-08 Total I (Ci) 2.8268E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.O000E+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.6600 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.6600 whole Body Thyroid TEDE Delta dose (rem) 1.0685E-05 7.8154E-05 1.3161E-05 Accumulated dose (rem) 1.2460E-01 7.8117E-01 1.4943E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.6600 whole Body Thyroid TEDE Delta dose (rem) 2.5705E-06 1.8802E-05 3.1663E-06 Accumulated dose (rem) 5.5713E-02 3.4922E-01 6.6814E-02 Control Room Doses: Time (h) = 0.6600 whole Body Thyroid TEDE Delta dose (rem) 8.6812E-06 1. 3115E-03 5.0240E-05 Accumulated dose (rem) 8.2849E-04 1. 1470E-01 4.4693E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.6600 Ci kg Atoms Decay Co-58 2.2581E-05 7.1013E-13 7.3732E+12 2.0269E+09 Co-60 2.7019E-05 2.3903E-11 2.3991E+14 2.4250E+09 Kr-85 2.3923E+02 6.0977E-04 4.3201E+21 2.1471E+16 Page 210

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-85m 3.5632E+03 4.3297E-03 3.0676E+22 3.1980E+17 Kr-87 4.7267E+03 1.6687E-07 1.1551E+18 5.1221E+17 Kr-88 8.1097E+03 6.4675E-07 4.4259E+18 7.9087E+17 Rb-86 7.5760E-04 9.3109E-12 6. 5199E+13 6.8030E+10 Sr-89 2.8416E-02 9.7810E-10 6.6183E+15 2. 5508E+12 Sr-90 4.2767E-03 3.1352E-08 2.0979E+17 3.8383E+11 Sr-91 3.4305E-02 9.4636E-12 6.2628E+13 3.1556E+12 Sr-92 3.3247E-02 2.6451E-12 1.7314E+13 3.2554E+12 Y-90 4.4083E-05 8.1026E-14 5.4216E+11 3.9709E+09 Y-91 3.6999E-04 1.5087E-11 9.9841E+13 3.3212E+10 Y-92 3.4750E-04 3.6114E-14 2.3640E+11 3.3331E+10 Y-93 4.4208E-04 1.3251E-13 8.5803E+11 4.0606E+10 Zr-95 5.2363E-04 2.4374E-11 1. 5451E+14 4.7003E+10 zr-97 5.1664E-04 2.7026E-13 1. 6779E+12 4.7013E+10 Nb-95 5.2603E-04 1.3452E-11 8.5276E+13 4.7225E+10 Mo-99 7.6166E-03 1.5881E-11 9.6602E+13 6.8601E+11 Tc-99m 6.2254E-03 1.1839E-12 7.2018E+12 5.8089E+11 Ru-103 6.7263E-03 2.0841E-10 1.2185E+15 6.0384E+11 RU-105 4.4826E-03 6.6685E-13 3.8246E+12 4.2415E+11 Ru-106 3.0874E-03 9.2282E-10 5. 2428E+15 2.7710E+11 Rh-105 4.5773E-03 5.4230E-12 3. 1103E+13 4.1353E+11 sb-127 9.4227E-03 3.5284E-11 1. 6731E+14 8.4783E+11 sb-129 2.4596E-02 4.3738E-12 2.0418E+13 2.3307E+12 Te-127 8.9718E-03 3.3995E-12 1. 6120E+13 8.2559E+11 Te-127m 1.2776E-03 1.3544E-10 6.4225E+14 1.1467E+11 Te-129 1.8147E-02 8.6655E-13 4.0453E+12 2.0037E+12 Te-129m 4.0028E-03 1.3287E-10 6.2029E+14 3. 5936E+11 Te-131m 1.1822E-02 1.4826E-11 6.8156E+13 1.0693E+12 Te-132 1.1394E-01 3.7530E-10 1.7122E+15 1.0257E+13 1-131 6.4806E+01 5.2273E-07 2.4030E+18 5.8234E+15 1-132 7.6496E+01 7.4109E-09 3.3810E+16 7.6093E+15 1-133 1.2704E+02 1.1214E-07 5.0778E+17 1.1530E+16 1-134 8.4430E+01 3.1649E-09 1.4224E+16 9.9960E+15 1-135 1.1355E+02 3.2333E-08 1.4423E+17 1.0558E+16 Xe-133 2.7960E+04 1.4937E-04 6.7634E+20 2.5140E+18 Xe-135 9.6506E+03 3.7790E-06 1.6858E+19 8.8845E+17 Cs-134 8.1788E-02 6.3214E-08 2.8409E+17 7.3406E+12 Cs-136 2.2722E-02 3.1003E-10 1.3728E+15 2.0409E+12 Cs-137 4.0191E-02 4.6207E-07 2.0311E+18 3.6072E+12 Ba-139 4.1300E-02 2.5249E-12 1. 0939E+13 4.4090E+12 Ba-140 5.5476E-02 7.5778E-10 3.2596E+15 4.9828E+12 La-140 5.9105E-04 1.0634E-12 4. 5741E+12 5.3355E+10 La-141 4.6660E-04 8.2506E-14 3. 5239E+11 4.4458E+10 La-142 3.7518E-04 2.6208E-14 1.1115E+11 3.9305E+10 Ce-141 1.3163E-03 4.6196E-11 1. 9730E+14 1.1817E+11 Ce-143 1.1894E-03 1.7911E-12 7.5427E+12 1.0751E+11 Ce-144 1.0931E-03 3.4272E-10 1.4333E+15 9.8109E+10 Pr-143 4.6571E-04 6.9160E-12 2.9125E+13 4.1828E+10 Nd-147 2.1199E-04 2.6204E-12 1.0735E+13 1.9043E+10 Np-239 1.7840E-02 7.6899E-11 1. 9376E+14 1.6077E+12 7.5232E-06 4.3945E-10 1. 1119E+15 .6. 7521E+08 Pu-238 Pu-239 4.0403E-07 6.5001E-09 1. 6379E+16 3.6262E+07 Pu-240 6.3974E-07 2.8075E-09 7.0447E+15 5.7417E+07 Pu-241 1.8787E-04 1.8237E-09 4. 5572E+15 1.6861E+10 Am-241 9.8720E-08 2.8763E-11 7.1873E+13 8.8601E+06 Cm-242 2.9957E-05 9.0388E-12 2.2493E+13 2.6888E+09 Cm-244 3.6673E-06 4.5330E-11 1.1188E+14 3.2914E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.6600 Atmosphere sump Noble gases (atoms) 3.5694E+22 0.OOOOE+00 Elemental I (atoms) 3.0100E+18 0.OOOOE+00 organic I (atoms) 9.3092E+16 0.OOOOE+00 Page 211

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (k 9 ) 5.7277E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7645E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.2175E-08 Total I (Ci) 4.6632E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6600 Leakage Transport Noble gases (atoms) 7.3378E+18 Elemental I (atoms) 6.2212E+14 organic I (atoms) 1. 9241E+13 Aerosols (kg) 1.1774E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.6600 Ci kg Atoms Bq Co-58 7.3444E-06 2.3097E-13 2.3982E+12 2.7174E+05 Co-60 8.7863E-06 7.7729E-12 7.8015E+13 3.2509E+05 Kr-85 7. 7796E+01 1.9829E-04 1.4049E+21 2.8784E+12 Kr-85m 1.1587E+03 1.4080E-03 9.9753E+21 4.2872E+13 Kr-87 2.0521E+03 7.2446E-08 5.0147E+17 7.5926E+13 Kr-88 3.0013E+03 2.3936E-07 1.6380E+18 1.1105E+14 Rb-86 2.4656E-04 3.0302E-12 2.1219E+13 9.1228E+06 Sr-89 9.2433E-03 3.1816E-10 2.1528E+15 3.4200E+08 Sr-90 1. 3907E-03 1.0195E-08 6.8220E+16 5.1456E+07 Sr-91 1. 1595E-02 3.1987E-12 2.1168E+13 4.2903E+08 Sr-92 1. 2381E-02 9.8502E-13 6.4477E+12 4.5810E+08 Y-90 1.4418E-05 2.6500E-14 1.7732E+11 5.3345E+05 Y-91 1.2035E-04 4.9073E-12 3.2475E+13 4.4528E+06 Y-92 1.2536E-04 1.3028E-14 8.5278E+10 4.6383E+06 Y-93 1.4908E-04 4.4685E-14 2.8935E+11 5. 5161E+06 Zr-95 1. 7032E-04 7.9280E-12 5.0256E+13 6.3017E+06 Zr-97 1. 7170E-04 8.9815E-14 5.5760E+11 6.3528E+06 Nb-95 1. 7113E-04 4.3764E-12 2.7743E+13 6.3319E+06 Mo-99 2.4906E-03 5.1930E-12 3.1589E+13 9.2153E+07 Tc-99m 2.1518E-03 4.0922E-13 2.4893E+12 7.9615E+07 Ru-103 2.1881E-03 6.7799E-11 3.9640E+14 8.0961E+07 Ru-105 1.5834E-03 2.3555E-13 1. 3510E+12 5.8585E+07 Ru-106 1.0040E-03 3.0010E-10 1.7050E+15 3.7148E+07 Rh-105 1. 5040E-03 1. 7819E-12 1.0220E+13 5.5649E+07 Sb-127 3. 0763E-03 1. 1520E-11 5.4624E+13 1.1382E+08 Sb-129 8. 7080E-03 1. 5485E-12 7.2290E+12 3.2220E+08 Te-127 3.0344E-03 1.1498E-12 5.4520E+12 1.1227E+08 Te-127m 4.1551E-04 4.4050E-11 2.0888E+14 1.5374E+07 Te-129 8. 11OE-03 3.8683E-13 1.8058E+12 2.9974E+08 Te-129m 1. 3022E-03 4.3228E-11 2.0180E+14 4.8183E+07 Te-131m 3.8918E-03 4.8806E-12 2.2436E+13 1.4400E+08 Te-132 3.7226E-02 1.2262E-10 5.5941E+14 1.3774E+09 1-131 2.1114E+01 1. 7031E-07 7.8292E+17 7.8122E+11 1-132 2.9184E+01 2.8273E-09 1. 2899E+16 1.0798E+12 1-133 4. 2047E+01 3.7117E-08 1. 6806E+17 1. 5557E+12 1-134 4.1757E+01 1.5653E-09 7.0346E+15 1. 5450E+12 1-135 3.9034E+01 1.1115E-08 4.9583E+16 1.4443E+12 Xe-133 9.1185 E+03 4.8715E-05 2.2058E+20 3.3738E+14 Page 212

CRDA PELLET MVP TRIP 10 MIN.O0 Xe-135 3.2663E+03 1.2790E-06 5.7056E+18 1.2085E+14 Cs-134 2.6597E-02 2.0557E-08 9.2384E+16 9.8408E+08 Cs-136 7.3976E-03 1.0093E-10 4.4694E+14 2.7371E+08 Cs-137 1.3070E-02 1.5026E-07 6.6049E+17 4.8358E+08 Ba-139 1.7534E-02 1.0719E-12 4.6441E+12 6.4874E+08 Ba-140 1.8062E-02 2.4671E-10 1.0612E+15 6.6828E+08 La-140 1.9396E-04 3.4896E-13 1. 5011E+12 7.1766E+06 La-141 1.6660E-04 2.9459E-14 1.2582E+11 6.1642E+06 La-142 1.5484E-04 1.0816E-14 4.5872E+10 5.7290E+06 Ce-141 4.2824E-04 1.5029E-11 6.4191E+13 1.5845E+07 Ce-143 3.9111E-04 5.8895E-13 2.4802E+12 1. 4471E+07 Ce-144 3.5548E-04 1.1145E-10 4.6610E+14 1. 3153E+07 Pr-143 1.5161E-04 2.2515E-12 9.4818E+12 5.6097E+06 Nd-147 6.9032E-05 8.5331E-13 3.4957E+12 2.5542E+06 Np-239 5.8391E-03 2.5169E-11 6.3420E+13 2.1605E+08 Pu-238 2.4464E-06. 1.4290E-10 3.6159E+14 9.0519E+04 Pu-239 1.3138E-07 2.1137E-09 5.3261E+15 4.8612E+03 Pu-240 2.0803E-07 9.1297E-10 2.2908E+15 7.6973E+03 Pu-241 6.1092E-05 5.9306E-10 1.4819E+15 2.2604E+06 Am-241 3.2102E-08 9.3533E-12 2.3372E+13 1.1878E+03 Cm-242 9.7425E-06 2.9396E-12 7.3150E+12 3.6047E+05 Cm-244 1.1926E-06 1.4741E-11 3.6381E+13 4.4125E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.6600 Release Rate/s Noble gases (atoms) 1.1609E+22 4.8858E+18 Elemental I (atoms) 9.8988E+17 4.1662E+14 organic I (atoms) 3.0615E+16 1.2885E+13 Aerosols (kq) 1.8626E-07 7.8392E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9458E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7365E+01 Total I (Ci) 1. 7314E+02 DAEC Condenser to CRDA Environment -. 24 Hour Conde Transport Group Inventory: Time (h) = 0.6600 Leakage Transport Noble gases (atoms) 7.3378E+18 Elemental I (atoms) 6.2212E+14 organic I (atoms) 1. 9241E+13 Aerosols (kg) 1. 1774E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.6600 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0301E+17 Elemental I (atoms) O.0000E+00 3.4417E+13 organic I (atoms) O.OOOOE+00 1.0644E+12 Aerosols (kg) O.OOOOE+00 6.4661E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.6600 Filtered Transported Noble gases (atoms) 2.3193E+17 O.OOOOE+00 Elemental I (atoms) 1.9698E+13 O.OOOOE+00 organic I (atoms) 6.0922E+11 O.OOOOE+00 Aerosols (kg) 3.7215E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Page 213

CRDA PELLET MVP TRIP 10 MIN. o0 Pathway Time (h) = 0.6600 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+218 organic I (atoms) O.O000E+00 3.5189E+16 Aerosols (kg) 0.0000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.6600 ci kg Atoms Decay Co-58 1.3657E-06 4.2949E-14 4.4594E+11 1.2161E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.4549E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 2882E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1.9187E+16 Kr-87 2.8587E+02 1.0092E-08 6.9859E+16 3.0691E+16 Kr-88 4.9048E+02 3.9116E-08 2.6768E+17 4.7422E+16 Rb-86 4.5820E-05 5.6313E-13 3.9433E+12 4.0815E+09 Sr-89 1. 7186E-03 5.9156E-11 4.0028E+14 1. 5304E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.3028E+10 Sr-91 2.0748E-03 5.7236E-13 3.7878E+12 1.8929E+11 Sr-92 2.0108E-03 1. 5998E-13 1.0472E+12 1.9520E+11 Y-90 2.6662E-06 4.9005E-15 3.2790E+10 2.3823E+08 Y-91 2.2377E-05 9.1247E-13 6.0385E+12 1.9926E+09 Y-92 2.1017E-05 2.1842E-15 1.4297E+10 1.9988E+09 Y-93 2.6737E-05 8.0141E-15 5.1894E+10 2.4358E+09 zr-95 3.1669E-05 1.4742E-12 9.3449E+12 2.8200E+09 zr-97 3.1247E-05 1. 6345E-14 1.0148E+11 2.8203E+09 Nb-95 3.1815E-05 8.1361E-13 5.1576E+12 2.8333E+09 Mo-99 4.6066E-04 9.6047E-13 5.8425E+12 4.1157E+10 Tc-99m 3.7651E-04 7.1604E-14 4.3557E+11 3.4842E+10 RU-103 4.0681E-04 1.2605E-11 7.3697E+13 3.6228E+10 Ru-105 2.7111E-04 4.0331E-14 2.3132E+11 2.5438E+10 Ru-106 1.8673E-04 5.5813E-11 3.1709E+14 1.6625E+10 Rh-105 2.7684E-04 3.2799E-13 1.8811E+12 2.4809E+10 sb-127 5.6989E-04 2.1340E-12 1.0119E+13 5.0865E+10 Sb-129 1.4876E-03 2.6453E-13 1.2349E+12 1.3978E+11 Te-127 5.4262E-04 2.0561E-13 9.7495E+11 4.9524E+10 Te-127m 7.7268E-05 8.1917E-12 3.8844E+13 6.8799E+09 Te-129 1.0976E-03 5.2409E-14 2.4466E+11 1.2004E+11 Te-129m 2.4209E-04 8.0362E-12 3.7515E+13 2.1560E+10 Te-131m 7.1502E-04 8.9668E-13 4.1221E+12 6.4152E+10 Te-132 6.8911E-03 2.2699E-11 1.0356E+14 6.1534E+11 1-131 3.9195E+00 3.1615E-08 1.4534E+17 3.4937E+14 1-132 4.6265E+00 4.4821E-10 2.0448E+15 4.5620E+14 1-133 7.6833E+00 6.7825E-09 3.0711E+16 6.9171E+14 1-134 5.1064E+00 1.9142E-10 8.6025E+14 5.9857E+14 1-135 6.8675E+00 1.9555E-09 8.7233E+15 6.3331E+14 Xe-133 1.6910E+03 9.0341E-06 4.0905E+19 1.5083E+17 Xe-135 5.8368E+02 2.2856E-07 1.0196E+18 5.3294E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 4.4041E+11 Cs-136 1.3743E-03 1.8751E-11 8.3029E+13 1.2244E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 2.1642E+11 Ba-139 2.4979E-03 1. 5271E-13 6. 6161E+11 2.6421E+11 Ba-140 3.3552E-03 4.5831E-11 1.9714E+14 2.9894E+11 La-140 3.5747E-05 6.4314E-14 2.7665E+11 3.2010E+09 La-141 2.8220E-05 4.9900E-15 2.1313E+10 2.6662E+09 La-142 2.2691E-05 1. 5851E-15 6.7223E+09 2.3556E+09 Ce-141 7.9610E-05 2.7940E-12 1.1933E+13 7.0899E+09 Ce-143 7.1937E-05 1.0833E-13 4.5619E+11 6.4497E+09 Ce-144 6.6111E-05 2.0728E-11 8.6684E+13 5.8861E+09 Pr-143 2.8167E-05 4.1828E-13 1.7615E+12 2.5095E+09 Nd-147 1.2821E-05 1. 5848E-13 6.4926E+11 1.1425E+09 Np-239 1.0790E-03 4.6509E-12 1.1719E+13 9.6456E+10 Page 214

CRDA PELLET MVP TRIP 10 MIN.0 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.0510E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.1755E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.4448E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.0116E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 5.3157E+05 Cm-242 1.8118E-06 5.4667E-13 1. 3604E+12 1. 6132E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 1.9747E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.6600 Atmosphere sump Noble gases (atoms) 2.1588E+21 O.O000E+00 Elemental I (atoms) 1.8205E+17 0.0000E+00 organic I (atoms) 5.6303E+15 0.OOOOE+00 Aerosols (kg) 3.4641E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0874E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.6217E-08 Total I (Ci) 2.8203E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6600 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.6700 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.6700 whole Body Thyroid TEDE Delta dose (rem) 1.0656E-05 7.8140E-05 1.3132E-05 Accumulated dose (rem) 1.2461E-01 7.8125E-01 1.4944E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.6700 whole Body Thyroid TEDE Delta dose (rem) 2.5636E-06 1.8799E-05 3.1593E-06 Accumulated dose (rem) 5.5715E-02 3.4924E-01 6.6817E-02 control Room Doses: Time (h) = 0.6700 whole Body Thyroid TEDE Delta dose (rem) 8.5421E-06 1.2937E-03 4.9535E-05 Accumulated dose (rem) 8.3703E-04 1. 1599E-01 4.5189E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.6700 Ci kg Atoms Decay Co-58 2.2580E-05 7.1012E-13 7.3732E+12 2.0570E+09 Co-60 2. 7019E-05 2.3903E-11 2.3991E+14 2.4610E+09 Kr-85 2.3923E+02 6.0977E-04 4.3201E+21 2.1790E+16 Kr-85m 3. 5631E+03 4.3297E-03 3.0675E+22 3.2454E+17 Page 215

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-87 4.7010E+03 1.6596E-07 1.1488E+18 5.1849E+17 Kr-88 8.0899E+03 6.4517E-07 4.4151E+18 8.0166E+17 Rb-86 7.5759E-04 9.3107E-12 6.5198E+13 6.9040E+10 Sr-89 2.8416E-02 9.7809E-10 6.6182E+15 2.5887E+12 Sr-90 4.2767E-03 3.1352E-08 2.0979E+17 3.8953E+11 Sr-91 3.4280E-02 9.4567E-12 6.2582E+13 3.2013E+12 Sr-92 3.3162E-02 2.6383E-12 1. 7270E+13 3.2997E+12 Y-90 4.4078E-05 8.1016E-14 5.4210E+11 4.0296E+09 Y-91 3.6999E-04 1. 5087E-11 9.9840E+13 3.3705E+10 Y-92 3.4682E-04 3.6043E-14 2.3593E+11 3.3794E+10 Y-93 4.4178E-04 1.3242E-13 8.5744E+11 4.1194E+10 Zr-95 5.2362E-04 2.4374E-11 1. 5451E+14 4.7701E+10 Zr-97 5.1643E-04 2.7015E-13 1. 6772E+12 4.7701E+10 Nb-95 5.2603E-04 1. 3452E-11 8.5275E+13 4.7925E+10 Mo-99 7.615BE-03 1. 5879E-11 9.6591E+13 6.9616E+11 Tc-99m 6.2182E-03 1.1826E-12 7.1935E+12 5.8918E+11 Ru-103 6.7262E-03 2.0841E-10 1. 2185E+15 6.1280E+11 Ru-105 4.4755E-03 6.6580E-13 3.8186E+12 4.3012E+11 RU-106 3.0874E-03 9.2282E-10 5.2428E+15 2.8121E+11 Rh-105 4.5764E-03 5.4220E-12 3.1097E+13 4.1963E+11 sb-127 9.4220E-03 3.5281E-11 1. 6730E+14 8.6038E+11 Sb-129 2.4556E-02 4.3668E-12 2.0386E+13 2.3635E+12 Te-127 8.9651E-03 3.3970E-12 1. 6108E+13 8.3754E+11 Te-127m 1.2776E-03 1. 3544E-10 6.4224E+14 1.1637E+11 Te-129 1.8039E-02 8.6138E-13 4.0212E+12 2.0278E+12 Te-129m 4.0028E-03 1.3287E-10 6.2028E+14 3.6469E+11 Te-131m 1. 1820E-02 1.4822E-11 6.8140E+13 1.0851E+12 Te-132 1.1393E-01 3.7527E-10 1.7121E+15 1.0408E+13 1-131 6.4803E+01 5.2271E-07 2.4029E+18 5.9097E+15 1-132 7.6265E+01 7.3885E-09 3.3708E+16 7.7110E+15 1-133 1.2699E+02 1.1211E-07 5.0761E+17 1.1699E+16 1-134 8.3765E+01 3.1400E-09 1.4112E+16 1.0108E+16 1-135 1. 1343E+02 3.2299E-08 1.4408E+17 1. 0710E+16 Xe-133 2.7958E+04 1.4936E-04 6.7630E+20 2.5512E+18 Xe-135 9.6433E+03 3.7762E-06 1. 6845E+19 9.0130E+17 Cs-134 8.1788E-02 6.3214E-08 2.8409E+17 7.4496E+12 Cs-136 2.2722E-02 3.1002E-10 1. 3728E+15 2.0711E+12 Cs-137 4.0191E-02 4.6207E-07 2.0311E+18 3.6607E+12 Ba-139 4.1093E-02 2.5123E-12 1.0884E+13 4.4639E+12 Ba-140 5.5474E-02 7.5775E-10 3.2595E+15 5.0567E+12 La-140 5.9095E-04 1.0632E-12 4. 5733E+12 5.4142E+10 La-141 4.6578E-04 8.2361E-14 3.5176E+11 4. 5079E+10 La-142 3.7349E-04 2.6091E-14 1.1065E+11 3.9804E+10 Ce-141 1.3163E-03 4.6196E-11 1. 9730E+14 1. 1993E+11 Ce-143 1.1892E-03 1. 7907E-12 7.5411E+12 1.0909E+11 Ce-144 1.0931E-03 3.4271E-10 1.4332E+15 9.9565E+10 Pr-143 4.6570E-04 6.9158E-12 2.9124E+13 4.2448E+10 Nd-147 2.1198E-04 2.6203E-12 1. 0735 E+13 1. 9325E+10 Np-239 1.7838E-02 7.6889E-11 1.9374E+14 1. 6315E+12 Pu-238 7.5232E-06 4.3945E-10 1. 1119E+15 6.8524E+08 Pu-239 4.0402E-07 6.5001E-09 1. 6378E+16 3.6800E+07 Pu-240 6.3974E-07 2.8075E-09 7.0447E+15 5.8269E+07 Pu-241 1.8787E-04 1.8237E-09 4. 5572E+15 1.7112E+10 Am-241 9.8719E-08 2.8763E-11 7.1873E+13 8.9916E+06 Cm-242 2.9957E-05 9.0387E-12 2.2493E+13 2.7287E+09 Cm-244 3.6673E-06 4.5330E-11 1. 1188E+14 3.3403E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.6700 Atmosphere Sump Noble gases (atoms) 3.5694E+22 0.0000E+00 Elemental I (atoms) 3.0094E+18 0.OOOOE+00 organic I (atoms) 9.3073E+16 0.0000E+00 Aerosols (kg) 5.7277E-07 0O0000E+00 Page 216

CRDA PELLET MVP TRIP 10 MIN.O0 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7636E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.2147E-08 Total I (Ci) 4.6526E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6700 Leakage Transport Noble gases (atoms) 7.4866E+18 Elemental I (atoms) 6.3466E+14 Organic I (atoms) 1. 9629E+13 Aerosols (kg) 1. 2013E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.O000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.6700 Ci kg Atoms Bq Co-58 7.3445E-06 2.3097E-13 2.3982E+12 2.7175E+05 Co-60 8.7864E-06 7.7730E-12 7.8016E+13 3.2510E+05 Kr-85 7.7797E+01 1.9829E-04 1.4049E+21 2.8785E+12 Kr-85m 1.1587E+03 1.4080E-03 9.9754E+21 4.2872E+13 Kr-87 2.0521E+03 7.2446E-08 5.0147E+17 7.5927E+13 Kr-88 3.0014E+03 2.3936E-07 1.6380E+18 1.1105E+14 Rb-86 2.4657E-04 3.0303E-12 2.1219E+13 9.1229E+06 Sr-89 9.2434E-03 3.1816E-10 2.1528E+15 3.4201E+08 Sr-90 1.3907E-03 1.0195E-08 6.8220E+16 5.1457E+07 Sr-91 1. 1596E-02 3.1988E-12 2.1169E+13 4.2903E+08 Sr-92 1.2381E-02 9.8503E-13 6.4478E+12 4.5811E+08 Y-90 1.4418E-05 2.6500E-14 1.7732E+11 5.3346E+05 Y-91 1.2035E-04 4.9074E-12 3.2476E+13 4.4529E+06 Y-92 1.2536E-04 1. 3028E-14 8.5279E+10 4.6383E+06 Y-93 1.4909E-04 4.4686E-14 2.8936E+11 5.5161E+06 Zr-95 1.7032E-04 7.9281E-12 5.0257E+13 6.3018E+06 Zr-97 1. 7170E-04 8.9816E-14 5.5761E+11 6.3528E+06 Nb-95 1.7113E-04 4.3765E-12 2.7743E+13 6.3320E+06 Mo-99 2.4907E-03 5.1931E-12 3.1589E+13 9.2155E+07 Tc-99m 2.1518E-03 4.0922E-13 2.4893E+12 7.9616E+07 RU-103 2.1882E-03 6.7800E-11 3.9641E+14 8.0962E+07 Ru-105 1.5834E-03 2.3556E-13 1.3510E+12 5.8586E+07 Ru-106 1.0040E-03 3. OlIE-10 1.7050E+15 3.7149E+07 Rh-105 1.5040E-03 1.7819E-12 1.0220E+13 5.5650E+07 Sb-127 3.0764E-03 1. 1520E-11 5.4625E+13 1.1383E+08 Sb-129 8.7081E-03 1. 5485E-12 7.2291E+12 3.2220E+08 Te-127 3.0344E-03 1. 1498E-12 5.4521E+12 1.1227E+08 Te-127m 4.1551E-04 4.4051E-11 2.0888E+14 1.5374E+07 Te-129 8.1011E-03 3.8683E-13 1.8058E+12 2.9974E+08 Te-129m 1.3023E-03 4.3228E-11 2.0180E+14 4.8184E+07 Te-131m 3.8918E-03 4.8806E-12 2.2437E+13 1.4400E+08 Te-132 3.7226E-02 1.2262E-10 5.5942E+14 1.3774E+09 1-131 2.1114E+01 1.7031E-07 7.8293E+17 7.8123E+11 1-132 2.9184E+01 2.8273E-09 1.2899E+16 1.0798E+12 1-133 4.2047E+01 3.7118E-08 1.6807E+17 1.5557E+12 1-134 4.1757E+01 1.5653E-09 7.0347E+15 1. 5450E+12 1-135 3.9035E+01 1.1115E-08 4.9583E+16 1.4443E+12 Xe-133 9.1186E+03 4.8715E-05 2.2058E+20 3.3739E+14 Xe-135 3.2663E+03 1. 2791E-06 5.7057E+18 1. 2085E+14 Page 217

CRDA PELLET MVP TRIP 10 MIN.O0 Cs-134 2.6597E-02 2.0557E-08 9.2386E+16 9.8410E+08 Cs-136 7.3977E-03 1.0094E-10 4.4695E+14 2.7372E+08 Cs-137 1.3070E-02 1.5026E-07 6.6050E+17 4.8358E+08 Ba-139 1.7534E-02 1.0719E-12 4.6442E+12 6.4875E+08 Ba-140 1.8062E-02 2.4672E-10 1.0613E+15 6.6829E+08 La-140 1.9397E-04 3.4897E-13 1. 5011E+12 7.1767E+06 La-141 1.6660E-04 2.9459E-14 1.2582E+11 6.1642E+06 La-142 1.5484E-04 1.0817E-14 4.5872E+10 5.7291E+06 Ce-141 4.2824E-04 1.5030E-11 6.4192E+13 1.5845E+07 Ce-143 3.9112E-04 5.8896E-13 2.4803E+12 1.4471E+07 Ce-144 3.5548E-04 1.1145E-10 4. 6610E+14 1. 3153E+07 Pr-143 1.5162E-04 2.2515E-12 9.4819E+12 5.6098E+06 Nd-147 6.9032E-05 8.5332E-13 3.4958E+12 2.5542E+06 Np-239 5.8392E-03 2.5170E-11 6.3421E+13 2.1605E+08 Pu-238 2.4465E-06 1.4290E-10 3.6159E+14 9.0520E+04 Pu-239 1.3138E-07 2.1138E-09 5.3261E+15 4.8612E+03 Pu-240 2.0804E-07 9.1298E-10 2.2909E+15 7.6974E+03 Pu-241 6.1093E-05 5.9307E-10 1.4820E+15 2.2605E+06 Am-241 3.2103E-08 9.3534E-12 2.3372E+13 1. 1878E+03 Cm-242 9.7427E-06 2.9396E-12 7.3151E+12 3.6048E+05 Cm-244 1.1926E-06 1.4741E-11 3.6382E+13 4.4125E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.6700 Release Rate/s Noble gases (atoms) 1.1609E+22 4.8129E+18 Elemental I (atoms) 9.8989E+17 4.1040E+14 organic I (atoms) 3.0615E+16 1.2693E+13 Aerosols (kq) 1.8626E-07 7.7223E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9459E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7366E+01 Total I (Ci) 1. 7314E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6700 Leakage Transport Noble gases (atoms) 7.4866E+18 Elemental I (atoms) 6.3466E+14 organic I (atoms) 1. 9629E+13 Aerosols (kg) 1. 2013E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.6700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.0344E+17 Elemental I (atoms) 0.OOOOE+00 3.4453E+13 organic I (atoms) O.OOOOE+00 1.0656E+12 Aerosols (kg) O.OOOOE+00 6.4731E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.6700 Filtered Transported Noble gases (atoms) 2.3462E+17 O.OOOOE+00 Elemental I (atoms) 1.9925E+13 0.OOOOE+00 organic I (atoms) 6.1622E+11 0.OOOOE+00 Aerosols (kg) 3.7646E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Page 218

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.6700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organi c I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.6700 Ci kg Atoms Decay Co-58 1.3657E-06 4.2949E-14 4.4594E+11 1.2342E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.4767E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 3075E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1.9474E+16 Kr-87 2.8432E+02 1.0038E-08 6.9480E+16 3.1070E+16 Kr-88 4.8929E+02 3.9020E-08 2.6703E+17 4.8075E+16 Rb-86 4.5819E-05 5.6312E-13 3.9432E+12 4.1426E+09 Sr-89 1. 7186E-03 5.9156E-11 4.0028E+14 1. 5533E+11 Sr-90 2. 5866E-04 1.8962E-09 1. 2688E+16 2.3373E+10 Sr-91 2.0733E-03 5.7195E-13 3.7850E+12 1.9205E+11 Sr-92 2.0057E-03 1. 5957E-13 1.0445E+12 1.9787E+11 Y-90 2.6659E-06 4.8999E-15 3.2787E+10 2.4178E+08 Y-91 2.2377E-05 9.1246E-13 6.0384E+12 2.0224E+09 Y-92 2.0976E-05 2.1799E-15 1.4269E+10 2.0268E+09 Y-93 2.6719E-05 8.0086E-15 5.1859E+10 2.4714E+09 zr-95 3.1669E-05 1.4742E-12 9.3448E+12 2.8622E+09 zr-97 3.1234E-05 1.6339E-14 1. 0144E+11 2.8620E+09 Nb-95 3.1814E-05 8.1360E-13 5.1575E+12 2.8757E+09 MO-99 4.6061E-04 9.6037E-13 5.8419E+12 4.1770E+10 Tc-99m 3. 7608E-04 7.1522E-14 4.3507E+11 3.5343E+10 RU-103 4.0681E-04 1.2605E-11 7.3697E+13 3.6769E+10 Ru-105 2.7069E-04 4.0268E-14 2.3095E+11 2.5799E+10 RU-106 1. 8673E-04 5.5813E-11 3.1709E+14 1. 6874E+10 Rh-105 2.7679E-04 3.2792E-13 1.8808E+12 2.5178E+10 Sb-127 5.6985E-04 2.1338E-12 1.0118E+13 5.1624E+10 Sb-129 1.4852E-03 2.6411E-13 1. 2329E+12 1.4176E+11 Te-127 5.4222E-04 2.0545E-13 9.7423E+11 5.0246E+10 Te-127m 7.7268E-05 8.1916E-12 3.8843E+13 6.9828E+09 Te-129 1. 0910E-03 5.2097E-14 2.4321E+11 1.2150E+11 Te-129m 2.4209E-04 8.0361E-12 3.7515E+13 2.1882E+10 Te-131m 7.1486E-04 8.9648E-13 4.1211E+12 6.5104E+10 Te-132 6.8905E-03 2.2697E-11 1.03 55E+14 6.2452E+11 1-131 3. 9193E+00 3.1614E-08 1.4533E+17 3.5459E+14 1-132 4.6126E+00 4.4686E-10 2.0387E+15 4.6236E+14 1-133 7.6807E+00 6.7803E-09 3.0700E+16 7.0194E+14 1-134 5. 0662E+00 1. 8991E-10 8.5348E+14 6.0535E+14 1-135 6. 8603E+00 1.9535E-09 8.7141E+15 6.4245E+14 Xe-133 1. 6909E+03 9.0336E-06 4.0903E+19 1. 5308E+17 Xe-135 5.8323E+02 2.2839E-07 1.0188E+18 5.4072E+16 cs-134 4.9466E-03 3.8232E-09 1.7182E+16 4.4700E+11 Cs-136 1.3742E-03 1. 8750E-11 8.3028E+13 1.2427E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.1966E+11 Ba-139 2.4853E-03 1. 5194E-13 6.5829E+11 2.6753E+11 Ba-140 3. 3551E-03 4.5830E-11 1.9714E+14 3.0341E+11 La-140 3. 5741E-05 6.4303E-14 2.7660E+11 3.2486E+09 La-141 2.8171E-05 4.9812E-15 2.1275E+10 2.7038E+09 La-142 2.2589E-05 1. 5780E-15 6.6922E+09 2.3858E+09 Ce-141 7.9609E-05 2.7939E-12 1.1933E+13 7.1959E+09 Ce-143 7.1922E-05 1.0830E-13 4.5609E+11 6.5455E+09 Ce-144 6. 6111E-05 2.0728E-11 8.6684E+13 5.9742E+09 Pr-143 2.8166E-05 4.1827E-13 1.7615E+12 2.5470E+09 Nd-147 1. 2821E-05 1. 5848E-13 6.4924E+11 1. 1596E+09 Np-239 1.0788E-03 4.6503E-12 1. 1718E+13 9.7893E+10 Pu-238 4. 5501E-07 2.6578E-11 6.7251E+13 4.1116E+07 Page 219

CRDA PELLET MVP TRIP 10 MIN.o0 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.2081E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.4963E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.0267E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 5.3952E+05 Cm-242 1.8118E-06 5.4667E-13 1.3604E+12 1.6373E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.0043E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.6700 Atmosphere sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8201E+17 0.OOOOE+00 organic I (atoms) 5.6291E+15 0.0000E+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0864E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.6188E-08 Total I (Ci) 2.8139E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.6800 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.6800 whole Body Thyroid TEDE Delta dose (rem) 1.0628E-05 7.8127E-05 1.3104E-05 Accumulated dose (rem) 1.2462E-01 7.8133E-01 1.4946E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 0.6800 whole Body Thyroid TEDE Delta dose (rem) 2.5568E-06 1.8795E-05 3.1524E-06 Accumulated dose (rem) 5.5718E-02 3.4926E-01 6.6820E-02 control Room Doses: Time (h) = 0.6800 whole Body Thyroid TEDE Delta dose (rem) 8.4054E-06 1.2761E-03 4.8841E-05 Accumulated dose (rem) 8.4544E-04 1. 1727E-01 4.5677E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.6800 ci kg Atoms Decay co-58 2.2580E-05 7. 1011E-13 7.3731E+12 2.0870E+09 co-60 2.7019E-05 2. 3902E-11 2.3991E+14 2.4970E+09 Kr-85 2.3923E+02 6.0977E-04 4.3201E+21 2.2109E+16 Kr-85m 3.5631E+03 4.3297E-03 3.0675E+22 3.2929E+17 Kr-87 4.6754E+03 1.6506E-07 1.1425E+18 5.2474E+17 Page 220

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-88 8.0702E+03 6.4360E-07 4.4043E+18 8.1242E+17 Rb-86 7.5757E-04 9.3105E-12 6.5197E+13 7.0049E+10 Sr-89 2.8415E-02 9.7808E-10 6.6181E+15 2.6265E+12 Sr-90 4.2766E-03 3.1352E-08 2.0978E+17 3.9523E+11 Sr-91 3.4255E-02 9.4497E-12 6.2536E+13 3.2469E+12 Sr-92 3.3077E-02 2.6316E-12 1.7226E+13 3.3438E+12 Y-90 4.4073E-05 8.1007E-14 5.4204E+11 4.0883E+09 Y-91 3.6998E-04 1.5087E-11 9.9840E+13 3.4198E+10 Y-92 3.4614E-04 3.5973E-14 2.3547E+11 3.4255E+10 Y-93 4.4147E-04 1.3232E-13 8.5685E+11 4.1782E+10 Zr-95 5.2362E-04 2.4374E-11 1.5451E+14 4.8398E+10 Zr-97 5.1622E-04 2.7003E-13 1.6765E+12 4.8389E+10 Nb-95 5.2602E-04 1.3452E-11 8.5274E+13 4.8626E+10 MO-99 7.6150E-03 1.5877E-11 9.6581E+13 7.0630E+11 Tc-99m 6.2110E-03 1.1812E-12 7.1851E+12 5.9746E+11 RU-103 6.7261E-03 2.0841E-10 1.2185E+15 6.2175E+11 Ru-105 4.4685E-03 6.6476E-13 3.8127E+12 4.3607E+11 Ru-106 3.0874E-03 9.2282E-10 5.2428E+15 2.8533E+11 Rh-105 4.5755E-03 5.4209E-12 3.1091E+13 4.2573E+11 sb-127 9.4212E-03 3.5279E-11 1.6729E+14 8.7293E+11 Sb-129 2.4517E-02 4.3598E-12 2.0353E+13 2.3962E+12 Te-127 8.9584E-03 3.3945E-12 1.6096E+13 8.4948E+11 Te-127m 1.2776E-03 1.3544E-10 6.4224E+14 1.1808E+11 Te-129 1.7932E-02 8.5624E-13 3.9972E+12 2.0518E+12 Te-129m 4.0027E-03 1.3287E-10 6.2027E+14 3.7002E+11 Te-131m 1.1817E-02 1.4819E-11 6.8124E+13 1.1008E+12 Te-132 1.1392E-01 3.7523E-10 1.7119E+15 1.0560E+13 1-131 6.4800E+01 5.2269E-07 2.4028E+18 5.9960E+15 1-132 7.6036E+01 7.3663E-09 3.3607E+16 7.8124E+15 1-133 1.2695E+02 1.1207E-07 5.0744E+17 1.1868E+16 1-134 8.3105E+01 3.1152E-09 1.4000E+16 1.0219E+16 1-135 1.1331E+02 3.2265E-08 1.4393E+17 1.0861E+16 Xe-133 2.7956E+04 1.4935E-04 6.7626E+20 2.5885E+18 Xe-135 9.6360E+03 3.7733E-06 1.6832E+19 9.1414E+17 Cs-134 8.1787E-02 6.3214E-08 2.8409E+17 7.5585E+12 Cs-136 2.2721E-02 3.1001E-10 1.3728E+15 2.1014E+12 Cs-137 4.0191E-02 4.6206E-07 2.0311E+18 3.7143E+12 Ba-139 4.0887E-02 2.4997E-12 1.0830E+13 4.5185E+12 Ba-140 5.5473E-02 7.5773E-10 3.2594E+15 5.1306E+12 La-140 5.9085E-04 1.0630E-12 4.5725E+12 5.4929E+10 La-141 4.6496E-04 8.2215E-14 3.5114E+11 4.5699E+10 La-142 3.7181E-04 2.5974E-14 1.1015E+11 4.0300E+10 Ce-141 1.3163E-03 4.6195E-11 1.9730E+14 1.2168E+11 Ce-143 1.1889E-03 1.7903E-12 7.5395E+12 I. 1068E+11 Ce-144 1.0931E-03 3.4271E-10 1.4332E+15 1.0102E+11 Pr-143 4.6569E-04 6.9156E-12 2.9124E+13 4.3068E+10 Nd-147 2.1198E-04 2.6203E-12 1.0734E+13 1.9608E+10 Np-239 1.7835E-02 7.6879E-11 1.9371E+14 1.6553E+12 Pu-238 7.5232E-06 4.3945E-10 1.1119E+15 6.9526E+08 Pu-239 4.0402E-07 6.5001E-09 1.6378E+16 3.7338E+07 Pu-240 6.3974E-07 2.8075E-09 7.0447E+15 5.9122E+07 Pu-241 1.8787E-04 1.8237E-09 4.5572E+15 1.7362E+10 Am-241 9.8719E-08 2.8763E-11 7.1873E+13 9.1231E+06 Cm-242 2.9957E-05 9.0387E-12 2.2493E+13 2.7686E+09 Cm-244 3.6673E-06 4.5330E-11 1.1188E+14 3.3891E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.6800 Atmosphere sump Noble gases (atoms) 3.5694E+22 O.OOOOE+00 Elemental I (atoms) 3.0088E+18 0.OOOOE+00 Organic I (atoms) 9.3054E+16 0.OOOOE+00 Aerosols (kg) 5.7277E-07 0.OOOOE+O0 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7626E-08 Page 221

CRDA PELLET MVP TRIP 10 MIN.o0 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2119E-08 Total I (Ci) 4.6420E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6800 Leakage Transport Noble gases (atoms) 7.6353E+18 Elemental I (atoms) 6.4720E+14 Organic I (atoms) 2.0017E+13 Aerosols (kg) 1.2251E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6800 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.O000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.6800 Ci kg Atoms Bq Co-58 7. 3446E-06 2.3098E-13 2.3982E+12 2.7175E+05 Co-60 8.7865E-06 7.7731E-12 7.8017E+13 3.2510E+05 Kr-85 7. 7798E+01 1.9829E-04 1.4049E+21 2.8785E+12 Kr-85m 1. 1587E+03 1.4080E-03 9.9756E+21 4.2873E+13 Kr-87 2.0521E+03 7.2447E-08 5.0148E+17 7.5928E+13 Kr-88 3.0014E+03 2.3936E-07 1. 6380E+18 1. 1105E+14 Rb-86 2.4657E-04 3.0303E-12 2.1220E+13 9.1231E+06 Sr-89 9.2435E-03 3.1817E-10 2.1529E+15 3.4201E+08 Sr-90 1. 3907E-03 1.0196E-08 6.8221E+16 5.1458E+07 Sr-91 1. 1596E-02 3.1988E-12 2.1169E+13 4.2904E+08 Sr-92 1. 2381E-02 9.8504E-13 6.4479E+12 4.5811E+08 Y-90 1.4418E-05 2.6501E-14 1. 7732E+11 5.3347E+05 Y-91 1.2035E-04 4.9075E-12 3.2476E+13 4.4529E+06 Y-92 1.2536E-04 1. 3028E-14 8.5280E+10 4.6384E+06 Y-93 1.4909E-04 4.4686E-14 2.8936E+11 5.5162E+06 Zr-95 1. 7032E-04 7.9282E-12 5.0258E+13 6.3019E+06 Zr-97 1. 7170E-04 8.9817E-14 5. 5762E+11 6.3529E+06 Nb-95 1. 7114E-04 4.3765E-12 2.7743E+13 6.3321E+06 Mo-99 2.4907E-03 5.1931E-12 3.1590E+13 9.2156E+07 Tc-99m 2.1518E-03 4.0923E-13 2.4893E+12 7.9617E+07 Ru-103 2.1882E-03 6.7801E-11 3.9641E+14 8.0963E+07 Ru-105 1.5834E-03 2.3556E-13 1. 3510E+12 5.8587E+07 Ru-106 1.0040E-03 3.0011E-10 1. 7050E+15 3.7149E+07 Rh-105 1. 5041E-03 1.7819E-12 1.0220E+13 5.5650E+07 Sb-127 3.0764E-03 1.1520E-11 5.4625E+13 1.1383E+08 Sb-129 8.7082E-03 1. 5486E-12 7.2292E+12 3.2220E+08 Te-127 3.0344E-03 1. 1498E-12 5.4522E+12 1. 1227E+08 Te-127m 4.1552E-04 4.4051E-11 2.0888E+14 1.5374E+07 Te-129 8.1012E-03 3.8683E-13 1.8059E+12 2.9974E+08 Te-129m 1. 3023E-03 4.3229E-11 2.0181E+14 4.8184E+07 Te-131m 3. 8919E-03 4.8807E-12 2.2437E+13 1.4400E+08 Te-132 3.7227E-02 1.2262E-10 5.5942E+14 1.3774E+09 1-131 2.1114E+01 1. 7031E-07 7.8294E+17 7.8124E+11 1-132 2.9184E+01 2.8274E-09 1.2899E+16 1.0798E+12 1-133 4. 2048E+01 3.7118E-08 1. 6807E+17 1. 5558E+12 1-134 4.1758E+01 1.5653E-09 7.0348E+15 1. 5450E+12 1-135 3.9035E+01 1.1115E-08 4.9584E+16 1.4443E+12 Xe-133 9.1187E+03 4.8716E-05 2.2058E+20 3.3739E+14 Xe-135 3.2664E+03 1.2791E-06 5. 7057E+18 1. 2086E+14 Cs-134 2.6598E-02 2.0557E-08 9.2387E+16 9.8411E+08 Page 222

CRDA PELLET MVP TRIP 10 MIN.o0 Cs-136 7.3978E-03 1.0094E-10 4.4696E+14 2.7372E+08 Cs-137 1.3070E-02 1.5026E-07 6.6051E+17 4.8359E+08 Ba-139 1.7534E-02 1.0720E-12 4.6442E+12 6.4876E+08 Ba-140 1.8062E-02 2.4672E-10 1.0613E+15 6.6830E+08 La-140 1.9397E-04 3.4897E-13 1. 5011E+12 7.1768E+06 La-141 1.6660E-04 2.9459E-14 1.2582E+11 6.1643E+06 La-142 1.5484E-04 1.0817E-14 4.5873E+10 5.7291E+06 Ce-141 4.2825E-04 1.5030E-11 6.4192E+13 1.5845E+07 Ce-143 3.9112E-04 5.8897E-13 2.4803E+12 1.4471E+07 Ce-144 3.5549E-04 1.1146E-10 4.6611E+14 1. 3153E+07 Pr-143 1.5162E-04 2.2516E-12 9.4820E+12 5.6099E+06 Nd-147 6.9033E-05 8.5333E-13 3.4958E+12 2.5542E+06 Np-239 5.8392E-03 2.5170E-11 6.3421E+13 2.1605E+08 Pu-238 2.4465E-06 1.4291E-10 3.6160E+14 9.0521E+04 Pu-239 1.3139E-07 2.1138E-09 5.3262E+15 4.8613E+03 Pu-240 2.0804E-07 9.1299E-10 2.2909E+15 7.6975E+03 Pu-241 6.1094E-05 5.9307E-10 1.4820E+15 2.2605E+06 Am-241 3.2103E-08 9.3536E-12 2.3373E+13 1.1878E+03 Cm-242 9.7428E-06 2.9396E-12 7.3152E+12 3.6048E+05 Cm-244 1.1926E-06 1.4741E-11 3.6382E+13 4.4126E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.6800 Release Rate/s Noble gases (atoms) 1.1609E+22 4.7422E+18 Elemental I (atoms) 9.8991E+17 4.0437E+14 organic I (atoms) 3.0616E+16 1.2506E+13 Aerosols (kq) 1.8626E-07 7.6088E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9459E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7366E+01 Total I (Ci) 1.7314E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6800 Leakage Transport Noble gases (atoms) 7.6353E+18 Elemental I (atoms) 6.4720E+14 organic I (atoms) 2.0017E+13 Aerosols (kg) 1.2251E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.6800 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0387E+17 Elemental I (atoms) O.OOOOE+00 3.4490E+13 organic I (atoms) O.OOOOE+00 1.0667E+12 Aerosols (kg) 0.OOOOE+00 6.4800E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.6800 Filtered Transported Noble gases (atoms) 2.3727E+17 O.OOOOE+00 Elemental I (atoms) 2.0148E+13 O.0000E+00 Organic I (atoms) 6.2313E+11 O.O000E+00 Aerosols (kg) 3.8071E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6800 Filtered Transported Page 223

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) O.O000E+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.O000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.6800 Ci kg Atoms Decay Co-58 1.3657E-06 4.2948E-14 4.4593E+11 1.2524E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.4984E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 3267E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 1. 9761E+16 Kr-87 2.8277E+02 9.9829E-09 6.9102E+16 3.1448E+16 Kr-88 4.8809E+02 3.8925E-08 2.6638E+17 4.8726E+16 Rb-86 4. 5819E-05 5.6311E-13 3.9432E+12 4.2036E+09 Sr-89 1. 7186E-03 5.9156E-11 4.0027E+14 1. 5762E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.3718E+10 Sr-91 2.0718E-03 5.7153E-13 3.7822E+12 1. 9481E+11 Sr-92 2.0006E-03 1. 5916E-13 1.0418E+12 2.0054E+11 Y-90 2.6656E-06 4.8994E-15 3.2783E+10 2.4533E+08 Y-91 2.2377E-05 9.1246E-13 6.0384E+12 2.0522E+09 Y-92 2.0935E-05 2.1757E-15 1.4241E+10 2.0547E+09 Y-93 2.6701E-05 8.0031E-15 5.1823E+10 2.5070E+09 Zr-95 3. 1669E-05 1.4742E-12 9.3448E+12 2.9044E+09 Zr-97 3.1221E-05 1. 6332E-14 1. 0140E+11 2.9036E+09 Nb-95 3.1814E-05 8.1360E-13 5.1575E+12 2.9180E+09 Mo-99 4.6056E-04 9.6027E-13 5.8413E+12 4.2384E+10 Tc-99m 3.7565E-04 7.1440E-14 4.3457E+11 3. 5844E+10 RU-103 4.0680E-04 1.2605E-11 7.3696E+13 3.7311E+10 RU-105 2.7026E-04 4.0206E-14 2.3059E+11 2.6159E+10 RU-106 1.8673E-04 5.5813E-11 3.1709E+14 1.7122E+10 Rh-105 2.7673E-04 3.2786E-13 1.8804E+12 2. 5547E+10 Sb-127 5. 6981E-04 2.1337E-12 1.0118E+13 5.2383E+10 Sb-129 1.4828E-03 2.6368E-13 1. 2310E+12 1.4374E+11 Te-127 5.4181E-04 2.0530E-13 9.7351E+11 5.0968E+10 Te-127m 7.7268E-05 8.1916E-12 3.8843E+13 7.0858E+09 Te-129 1.0845E-03 5.1787E-14 2.4176E+11 1. 2295E+11 Te-129m 2. 4209E-04 8.0360E-12 3.7515E+13 2.2205E+10 Te-131m 7. 1469E-04 8.9627E-13 4.1202E+12 6.6056E+10 Te-132 6.8899E-03 2.2695E-11 1.0354E+14 6.3370E+11 1-131 3. 9192E+00 3.1613E-08 1.4533E+17 3.5982E+14 1-132 4.5987E+00 4.4552E-10 2.0326E+15 4.6849E+14 1-133 7. 6782E+00 6.7780E-09 3.0690E+16 7.1217E+14 1-134 5.0263E+00 1. 8841E-10 8.4676E+14 6.1207E+14 1-135 6.8531E+00 1.9514E-09 8.7050E+15 6.5158E+14 Xe-133 1. 6908E+03 9.0331E-06 4.0901E+19 1. 5533E+17 Xe-135 5.8279E+02 2.2821E-07 1. 0180E+18 5.4848E+16 Cs-134 4. 9466E-03 3.8232E-09 1.7182E+16 4.5359E+11 Cs-136 1.3742E-03 1.8750E-11 8.3026E+13 1.2610E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.2289E+11 Ba-139 2.4729E-03 1. 5118E-13 6. 5499E+11 2.7083E+11 Ba-140 3.3551E-03 4.5829E-11 1.9713E+14 3.0788E+11 La-140 3.5735E-05 6.4291E-14 2. 7655E+11 3.2962E+09 La-141 2.8121E-05 4.9725E-15 2.1237E+10 2.7412E+09 La-142 2.2488E-05 1. 5709E-15 6.6621E+09 2.4158E+09 Ce-141 7. 9608E-05 2.7939E-12 1.1933E+13 7.3019E+09 Ce-143 7.1907E-05 1.0828E-13 4.5600E+11 6.6413E+09 Ce-144 6. 6111E-05 2.0728E-11 8.6684E+13 6.0622E+09 Pr-143 2.8165E-05 4.1826E-13 1. 7614E+12 2.5845E+09 Nd-147 1.2820E-05 1. 5848E-13 6.4923E+11 1.1766E+09 Np-239 1.0787E-03 4.6497E-12 1. 1716E+13 9.9330E+10 Pu-238 4. 5501E-07 2.6578E-11 6.7251E+13 4.1722E+07 Pu-239 2. 4436E-08 3.9313E-10 9.9058E+14 2.2406E+06 Page 224

CRDA PELLET MVP TRIP 10 MIN.00 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.5479E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.0419E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 5.4748E+05 Cm-242 1.8118E-06 5.4667E-13 1.3604E+12 1.6615E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.0338E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.6800 Atmosphere Sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8197E+17 0.OOOOE+00 organic I (atoms) 5.6280E+15 0.OOOOE+00 Aerosols (kg) 3.4641E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0854E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6159E-08 Total I (ci) 2.8075E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) : 0.6900 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.6900 whole Body Thyroid TEDE Delta dose (rem) 1.0600E-05 7.8114E-05 1.3075E-05 Accumulated dose (rem) 1.2463E-01 7.8141E-01 1.4947E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.6900 whole Body Thyroid TEDE Delta dose (rem) 2.5500E-06 1.8792E-05 3.1455E-06 Accumulated dose (rem) 5.5720E-02 3.4928E-01 6.6823E-02 Control Room Doses: Time (h) = 0.6900 Whole Body Thyroid TEDE Delta dose (rem) 8.2713E-06 1.2589E-03 4.8159E-05 Accumulated dose (rem) 8.5371E-04 1. 1853E-01 4.6159E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.6900 ci kg Atoms Decay Co-58 2.2580E-05 7. 1O11E-13 7.3730E+12 2.1171E+09 co-60 2.7019E-05 2.3902E-11 2.3991E+14 2.5330E+09 Kr-85 2.3923E+02 6.0976E-04 4.3201E+21 2.2427E+16 Kr-85m 3. 5631E+03 4.3297E-03 3.0675E+22 3.3404E+17 Kr-87 4.6500E+03 1. 6416E-07 1.1363E+18 5.3095E+17 Kr-88 8.0505E+03 6.4202E-07 4.3936E+18 8.2316E+17 Page 225

CRDA PELLET MVP TRIP 10 MIN.o0 Rb-86 7.5756E-04 9.3103E-12 6.5195E+13 7.1058E+10 Sr-89 2.8415E-02 9.7807E-10 6.6181E+15 2.6644E+12 Sr-90 4.2766E-03 3.1352E-08 2.0978E+17 4.0092E+11 Sr-91 3.4230E-02 9.4428E-12 6.2490E+13 3.2925E+12 Sr-92 3.2993E-02 2.6248E-12 1.7182E+13 3.3878E+12 Y-90 4.4068E-05 8.0998E-14 5.4198E+11 4.1470E+09 Y-91 3.6998E-04 1.5087E-11 9.9839E+13 3.4691E+10 Y-92 3.4546E-04 3.5902E-14 2.3501E+11 3.4716E+10 Y-93 4.4117E-04 1.3223E-13 8.5626E+11 4.2370E+10 zr-95 5.2361E-04 2.4374E-11 1.5451E+14 4.9095E+10 zr-97 5.1600E-04 2.6992E-13 1.6758E+12 4.9077E+10 Nb-95 5.2601E-04 1.3452E-11 8.5273E+13 4.9327E+10 MO-99 7.6141E-03 1.5875E-11 9.6570E+13 7.1644E+11 Tc-99m 6.2038E-03 1.1798E-12 7.1769E+12 6.0572E+11 RU-103 6.7260E-03 2.0840E-10 1.2185E+15 6.3071E+11 RU-105 4.4616E-03 6.6372E-13 3.8067E+12 4.4202E+11 RU-106 3.0873E-03 9.2281E-10 5.2427E+15 2.8944E+11 Rh-105 4.5746E-03 5.4198E-12 3.1084E+13 4.3182E+11 sb-127 9.4205E-03 3.5276E-11 1.6727E+14 8.8548E+11 Sb-129 2.4477E-02 4.3528E-12 2.0320E+13 2.4288E+12 Te-127 8.9517E-03 3.3920E-12 1.6084E+13 8.6141E+11 Te-127m 1.2775E-03 1.3544E-10 6.4223E+14 1.1978E+11 Te-129 1.7825E-02 8.5114E-13 3.9734E+12 2.0756E+12 Te-129m 4.0027E-03 1.3287E-10 6.2027E+14 3.7535E+11 Te-131m 1.1814E-02 1.4816E-11 6.8108E+13 1. 1166E+12 Te-132 1.1391E-01 3.7520E-10 1.7117E+15 1.0712E+13 1-131 6.4798E+01 5.2267E-07 2.4027E+18 6.0823E+15 1-132 7.5806E+01 7.3441E-09 3.3505E+16 7.9136E+15 1-133 1.2691E+02 1.1203E-07 5.0726E+17 1.2038E+16 1-134 8.2450E+01 3.0907E-09 1.3890E+16 1.0329E+16 1-135 1.1319E+02 3.2231E-08 1.4378E+17 1. 1011E+16 Xe-133 2.7955E+04 1.4934E-04 6.7622E+20 2.6257E+18 Xe-135 9.6287E+03 3.7704E-06 1.6819E+19 9.2697E+17 Cs-134 8.1787E-02 6.3213E-08 2.8409E+17 7.6675E+12 Cs-136 2.2721E-02 3.1001E-10 1.3727E+15 2.1317E+12 Cs-137 4.0191E-02 4.6206E-07 2.0311E+18 3.7678E+12 Ba-139 4.0682E-02 2.4871E-12 1.0775E+13 4.5728E+12 Ba-140 5.5471E-02 7.5771E-10 3.2593E+15 5.2044E+12 La-140 5.9074E-04 1.0628E-12 4.5717E+12 5.5716E+10 La-141 4.6414E-04 8.2070E-14 3.5052E+11 4.6318E+10 La-142 3.7014E-04 2.5857E-14 1.0966E+11 4.0794E+10 Ce-141 1.3162E-03 4.6194E-11 1.9730E+14 1.2343E+11 Ce-143 1.1887E-03 1.7899E-12 7.5379E+12 1.1226E+11 Ce-144 1.0931E-03 3.4271E-10 1.4332E+15 1.0248E+11 Pr-143 4.6568E-04 6.9154E-12 2.9123E+13 4.3689E+10 Nd-147 2.1197E-04 2.6202E-12 1.0734E+13 1.9890E+10 Np-239 1.7833E-02 7.6870E-11 1.9369E+14 1.6790E+12 Pu-238 7.5231E-06 4.3944E-10 1.1119E+15 7.0528E+08 Pu-239 4.0402E-07 6.5001E-09 1.6378E+16 3.7876E+07 Pu-240 6.3974E-07 2.8075E-09 7.0446E+15 5.9974E+07 Pu-241 1.8787E-04 1.8237E-09 4.5571E+15 1. 7612E+10 Am-241 9.8718E-08 2.8763E-11 7.1873E+13 9.2546E+06 Cm-242 2.9957E-05 9.0386E-12 2.2492E+13 2.8085E+09 Cm-244 3.6673E-06 4.5330E-11 1.1188E+14 3.4380E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.6900 Atmosphere Sump Noble gases (atoms) 3.5694E+22 O.OOOOE+00 Elemental I (atoms) 3.0081E+18 O.OOOOE+00 organic I (atoms) 9.3035E+16 0.OOOOE+00 Aerosols (kq) 5.7276E-07 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7616E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.2091E-08 Page 226

CRDA PELLET MVP TRIP 10 MIN.O0 Total I (ci) 4.6315E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6900 Leakage Transport Noble gases (atoms) 7.7840E+18 Elemental I (atoms) 6.5974E+14 organic I (atoms) 2.0404E+13 Aerosols (kg) 1. 2490E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6900 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.0000E+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Environment Integra 1 Nuclide Release: Time (h) = 0.6900 Ci kg Atoms Bq co-58 7.3447E-06 2.3098E-13 2.3983E+12 2.7175E+05 Co-60 8.7867E-06 7.7732E-12 7.8018E+13 3.2511E+05 Kr-85 7.7799E+01 1.9830E-04 1.4049E+21 2.8785E+12 Kr-85m 1. 1587E+03 1.4080E-03 9.9757E+21 4.2873E+13 Kr-87 2.0521E+03 7.2448E-08 5.0148E+17 7.5929E+13 Kr-88 3.0014E+03 2.3936E-07 1. 6381E+18 1.1105E+14 Rb-86 2.4657E-04 3.0304E-12 2.1220E+13 9.1232E+06 Sr-89 9.2436E-03 3.1817E-10 2.1529E+15 3.4201E+08 Sr-90 1. 3908E-03 1. 0196E-08 6.8222E+16 5.1458E+07 Sr-91 1. 1596E-02 3.1989E-12 2.1169E+13 4.2904E+08 Sr-92 1.2382E-02 9.8505E-13 6.4480E+12 4.5812E+08 Y-90 1.4418E-05 2.6501E-14 1.7732E+11 5.3347E+05 Y-91 1. 2035E-04 4.9075E-12 3.2477E+13 4.4530E+06 Y-92 1.2536E-04 1.3028E-14 8.5281E+10 4.6385E+06 Y-93 1.4909E-04 4.4687E-14 2.8936E+11 5.5163E+06 Zr-95 1. 7032E-04 7.9283E-12 5.0258E+13 6.3020E+06 Zr-97 1. 7170E-04 8.9818E-14 5.5763E+11 6.3530E+06 Nb-95 1. 7114E-04 4.3766E-12 2.7744E+13 6.3321E+06 Mo-99 2.4907E-03 5.1932E-12 3.1590E+13 9.2157E+07 Tc-99m 2.1518E-03 4.0923E-13 2.4893E+12 7.9618E+07 Ru-103 2.1882E-03 6.7802E-11 3.9642E+14 8.0964E+07 Ru-105 1. 5834E-03 2.3556E-13 1.3510E+12 5.8587E+07 RU-106 1.0041E-03 3.0011E-10 1.7050E+15 3.7150E+07 Rh-105 1. 5041E-03 1. 7820E-12 1.0220E+13 5. 5651E+07 Sb-127 3.0765E-03 1. 1520E-11 5.4626E+13 1.1383E+08 Sb-129 8. 7083E-03 1.5486E-12 7.2293E+12 3.2221E+08 Te-127 3.0345E-03 1.1498E-12 5.4522E+12 1. 1228E+08 Te-127m 4.1552E-04 4.4052E-11 2.0889E+14 1.5374E+07 Te-129 8. 1013E-03 3.8684E-13 1. 8059E+12 2.9975E+08 Te-129m 1.3023E-03 4.3229E-11 2.0181E+14 4.8185E+07 Te-131m 3.8919E-03 4.8808E-12 2.2437E+13 1.4400E+08 Te-132 3.7227E-02 1.2262E-10 5.5943E+14 1.3774E+09 1-131 2.1115E+01 1.7032E-07 7.8295E+17 7.8125E+11 1-132 2. 9185E+01 2.8274E-09 1.2899E+16 1.0798E+12 1-133 4.2048E+01 3.7119E-08 1.6807E+17 1.5558E+12 1-134 4.1758E+01 1.5653E-09 7.0348E+15 1.5450E+12 1-135 3. 9036E+01 1.1115E-08 4.9584E+16 1.4443E+12 xe-133 9.1188E+03 4.8716E-05 2.2058E+20 3.3740E+14 xe-135 3.2664E+03 1.2791E-06 5.7058E+18 1.2086E+14 Cs-134 2.6598E-02 2.0557E-08 9.2388E+16 9.8412E+08 Cs-136 7.3979E-03 1.0094E-10 4.4696E+14 2.7372E+08 Page 227

CRDA PELLET MVP TRIP 10 MIN.o0 Cs-137 1.3070E-02 1.5026E-07 6.6052E+17 4.8360E+08 Ba-139 1.7534E-02 1.0720E-12 4.6443E+12 6.4876E+08 Ba-140 1.8062E-02 2.4672E-10 1.0613E+15 6.6830E+08 La-140 1.9397E-04 3.4898E-13 1. 5011E+12 7.1769E+06 La-141 1.6660E-04 2.9460E-14 1.2582E+11 6.1644E+06 La-142 1.5484E-04 1.0817E-14 4.5873E+10 5.7292E+06 Ce-141 4.2826E-04 1.5030E-11 6.4193E+13 1.5845E+07 Ce-143 3.9113E-04 5.8897E-13 2.4803E+12 1.4472E+07 Ce-144 3.5549E-04 1.1146E-10 4.6612E+14 1. 3153E+07 Pr-143 1.5162E-04 2.2516E-12 9.4821E+12 5.6099E+06 Nd-147 6.9034E-05 8.5334E-13 3.4959E+12 2.5543E+06 Np-239 5.8393E-03 2.5170E-11 6.3422E+13 2.1605E+08 Pu-238 2.4465E-06 1.4291E-10 3.6160E+14 9.0522E+04 Pu-239 1.3139E-07 2.1138E-09 5. 3263E+15 4.8614E+03 Pu-240 2.0804E-07 9.1300E-10 2.2909E+15 7.6976E+03 Pu-241 6.1095E-05 5.9308E-10 1.4820E+15 2.2605E+06 Am-241 3.2103E-08 9.3537E-12 2. 3373E+13 1.1878E+03 Cm-242 9.7429E-06 2.9397E-12 7.3153E+12 3.6049E+05 Cm-244 1.1926E-06 1.4741E-11 3.6383E+13 4.4126E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.6900 Release Rate/s Noble gases (atoms) 1.1609E+22 4.6735E+18 Elemental I (atoms) 9.8992E+17 3.9852E+14 organic I (atoms) 3.0616E+16 1.2325E+13 Aerosols (kg) 1.8627E-07 7.4987E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9459E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7366E+01 Total I (ci) 1.7314E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.6900 Leakage Transport Noble gases (atoms) 7.7840E+18 Elemental I (atoms) 6.5974E+14 organic I (atoms) 2. 0404E+13 Aerosols (kg) 1. 2490E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.6900 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0430E+17 Elemental I (atoms) O.0000E+00 3.4526E+13 organic I (atoms) O.OOOOE+00 1.0678E+12 Aerosols (kg) O.OOOOE+00 6.4869E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.6900 Filtered Transported Noble gases (atoms) 2.3988E+17 O.OOOOE+00 Elemental I (atoms) 2.0368E+13 O.OOOOE+00 organic I (atoms) 6.2995E+11 0.OOOOE+00 Aerosols (kg) 3.8491E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6900 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Page 228

CRDA PELLET MVP TRIP 10 MIN.O0 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organi c I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.6900 ci kg Atoms Decay co-58 1.3657E-06 4.2948E-14 4.4593E+11 1.2706E+08 Co-60 1.6341E-06 1.4456E-12 1.4510E+13 1.5202E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 3460E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.0048E+16 Kr-87 2.8124E+02 9.9287E-09 6.8726E+16 3.1824E+16 Kr-88 4.8690E+02 3.8830E-08 2.6573E+17 4.9375E+16 Rb-86 4. 5818E-05 5.6310E-13 3.9431E+12 4.2646E+09 Sr-89 1. 7186E-03 5.9155E-11 4.0027E+14 1. 5991E+11 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 2.4062E+10 Sr-91 2.0703E-03 5.7111E-13 3.7795E+12 1.9757E+11 Sr-92 1.9954E-03 1. 5875E-13 1.0392E+12 2.0320E+11 Y-90 2.6653E-06 4.8989E-15 3.2780E+10 2.4888E+08 Y-91 2.2377E-05 9.1245E-13 6.0384E+12 2.0820E+09 Y-92 2.0894E-05 2.1714E-15 1.4214E+10 2.0826E+09 Y-93 2. 6682E-05 7.9976E-15 5.1788E+10 2.5425E+09 Zr-95 3.1669E-05 1.4741E-12 9.3447E+12 2.9465E+09 Zr-97 3.1209E-05 1. 6325E-14 1.0135E+11 2.9451E+09 Nb-95 3.1814E-05 8.1359E-13 5.1574E+12 2.9604E+09 Mo-99 4.6051E-04 9.6017E-13 5.8407E+12 4.2997E+10 Tc-99m 3.7522E-04 7.1358E-14 4.3407E+11 3.6344E+10 Ru-103 4. 0680E-04 1.2605E-11 7.3696E+13 3.7853E+10 Ru-105 2.6984E-04 4.0143E-14 2.3023E+11 2.6519E+10 Ru-106 1.8673E-04 5.5813E-11 3.1709E+14 1. 7371E+10 Rh-105 2.7668E-04 3.2780E-13 1.8800E+12 2. 5915E+10 Sb-127 5.6976E-04 2.1335E-12 1. 0117E+13 5.3142E+10 sb-129 1.4804E-03 2.6326E-13 1. 2290E+12 1.4571E+11 Te-127 5. 4141E-04 2.0515E-13 9.7279E+11 5.1690E+10 Te-127m 7.7268E-05 8.1916E-12 3.8843E+13 7.1887E+09 Te-129 1. 0781E-03 5.1478E-14 2.4032E+11 1.2439E+11 Te-129m 2.4209E-04 8.0360E-12 3.7514E+13 2.2527E+10 Te-131m 7.1453E-04 8.9606E-13 4.1192E+12 6.7008E+10 Te-132 6.8893E-03 2.2693E-11 1.0353E+14 6.4287E+11 1-131 3.9191E+00 3.1612E-08 1.4532E+17 3.6504E+14 1-132 4. 5849E+00 4.4418E-10 2.0264E+15 4.7461E+14 1-133 7. 6756E+00 6.7757E-09 3.0680E+16 7.2240E+14 1-134 4.9867E+00 1.8693E-10 8.4009E+14 6.1874E+14 1-135 6.8460E+00 1.9494E-09 8.6959E+15 6.6071E+14 xe-133 1. 6907E+03 9.0326E-06 4.0899E+19 1. 5758E+17 xe-135 5. 8235E+02 2.2804E-07 1.0173E+18 5.5624E+16 Cs-134 .4.9466E-03 3.8232E-09 1.7182E+16 4.6017E+11 Cs-136 1.3742E-03 1.8750E-11 8.3024E+13 1.2793E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 2.2613E+11 Ba-139 2.4605E-03 1. 5042E-13 6.5171E+11 2.7411E+11 Ba-140 3.3550E-03 4. 5828E-11 1.9713E+14 3.1235E+11 La-140 3.5729E-05 6.4280E-14 2.7650E+11 3.3438E+09 La-141 2.8072E-05 4.9637E-15 2.1200E+10 2.7787E+09 La-142 2.2387E-05 1. 5639E-15 6.6323E+09 2.4457E+09 Ce-141 7. 9608E-05 2.7939E-12 1.1933E+13 7.4080E+09 Ce-143 7.1892E-05 1.0826E-13 4. 5590E+11 6.7371E+09 Ce-144 6. 6111E-05 2.0728E-11 8.6684E+13 6.1503E+09 Pr-143 2.8165E-05 4.1826E-13 1. 7614E+12 2.6220E+09 Nd-147 1.2820E-05 1. 5847E-13 6.4921E+11 1.1937E+09 Np-239 1.0786E-03 4.6492E-12 1.1715E+13 1.0077E+11 Pu-238 4. 5501E-07 2.6578E-11 6.7251E+13 4.2328E+07 Pu-239 2. 4436E-08 3. 9313E-10 9.9058E+14 2.2732E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 3.5994E+06 Page 229

CRDA PELLET MVP TRIP 10 MIN.o0 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.0570E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 5.5543E+05 Cm-242 1.8118E-06 5.4667E-13 1.3604E+12 1.6856E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.0634E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.6900 Atmosphere Sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8194E+17 0.OOOOE+00 organic I (atoms) 5.6269E+15 0.OOOOE+00 Aerosols (kg) 3.4641E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0844E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6130E-08 Total I (Ci) 2.8012E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.6900 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.6900 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.7000 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.7000 whole Body Thyroid TEDE Delta dose (rem) 1.0572E-05 7.8101E-05 1.3046E-05 Accumulated dose (rem) 1.2464E-01 7.8148E-01 1.4948E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.7000 whole Body Thyroid TEDE Delta dose (rem) 2.5433E-06 1.8789E-05 3.1386E-06 Accumulated dose (rem) 5.5723E-02 3.4930E-01 6.6827E-02 Control Room Doses: Time (h) = 0.7000 whole Body Thyroid TEDE Delta dose (rem) 8.1397E-06 1.2419E-03 4.7489E-05 Accumulated dose (rem) 8.6185E-04 1. 1977E-01 4.6634E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.7000 Ci kg Atoms Decay Co-58 2.2580E-05 7.1010E-13 7.3730E+12 2.1472E+09 Co-60 2.7019E-05 2.3902E-11 2.3990E+14 2.5690E+09 Kr-85 2. 3923E+02 6.0976E-04 4.3201E+21 2.2746E+16 Kr-85m 3. 5631E+03 4.3297E-03 3.0675E+22 3.3878E+17 Kr-87 4.6247E+03 1.6327E-07 1. 1301E+18 5.3712E+17 Kr-88 8. 0308E+03 6.4046E-07 4.3829E+18 8.3387E+17 Rb-86 7.5754E-04 9.3101E-12 6. 5194E+13 7.2067E+10 Page 230

CRDA PELLET MVP TRIP 10 MIN.O0 Sr-89 2.8415E-02 9.7806E-10 6.6180E+15 2.7022E+12 Sr-90 4.2766E-03 3.1352E-08 2.0978E+17 4.0662E+11 Sr-91 3.4205E-02 9.4359E-12 6.2444E+13 3.3381E+12 Sr-92 3.2908E-02 2.6181E-12 1.7138E+13 3.4317E+12 Y-90 4.4063E-05 8.0989E-14 5.4192E+11 4.2057E+09 Y-91 3.6998E-04 1.5086E-11 9.9838E+13 3.5184E+10 Y-92 3.4479E-04 3.5832E-14 2.3455E+11 3.5175E+10 Y-93 4.4086E-04 1.3214E-13 8.5567E+11 4.2958E+10 Zr-95 5.2361E-04 2.4373E-11 1.5450E+14 4.9793E+10 Zr-97 5.1579E-04 2.6981E-13 1.6751E+12 4.9764E+10 Nb-95 5.2601E-04 1.3452E-11 8.5272E+13 5.0027E+10 Mo-99 7.6133E-03 1.5874E-11 9.6560E+13 7.2658E+11 Tc-99m 6.1966E-03 1.1785E-12 7.1686E+12 6.1398E+11 Ru-103 6.7260E-03 2.0840E-10 1.2185E+15 6.3967E+11 RU-105 4.4546E-03 6.6269E-13 3.8007E+12 4.4796E+11 Ru-106 3.0873E-03 9.2281E-10 5.2427E+15 2.9355E+11 Rh-105 4.5737E-03 5.4187E-12 3.1078E+13 4.3791E+11 sb-127 9.4197E-03 3.5273E-11 1.6726E+14 8.9802E+11 Sb-129 2.4438E-02 4.3458E-12 2.0287E+13 2.4614E+12 Te-127 8.9450E-03 3.3894E-12 1.6072E+13 8.7332E+11 Te-127m 1.2775E-03 1.3544E-10 6.4223E+14 1.2148E+11 Te-129 1.7719E-02 8.4606E-13 3.9497E+12 2.0993E+12 Te-129m 4.0026E-03 1.3287E-10 6.2026E+14 3.8068E+11 Te-131m 1.1811E-02 1.4812E-11 6.8092E+13 1.1323E+12 Te-132 1.1390E-01 3.7516E-10 1.7116E+15 1.0864E+13 1-131 6.4795E+01 5.2265E-07 2.4026E+18 6.1686E+15 1-132 7.5578E+01 7.3219E-09 3.3404E+16 8.0144E+15 1-133 1.2687E+02 1.1199E-07 5.0709E+17 1. 2207E+16 1-134 8.1800E+01 3.0663E-09 1.3781E+16 1.0439E+16 1-135 1.1307E+02 3.2197E-08 1.4363E+17 1.1162E+16 xe-133 2.7953E+04 1.4934E-04 6.7618E+20 2.6630E+18 xe-135 9.6214E+03 3.7676E-06 1.6807E+19 9.3980E+17 Cs-134 8.1787E-02 6.3213E-08 2.8409E+17 7.7764E+12 Cs-136 2.2720E-02 3.1000E-10 1.3727E+15 2.1619E+12 Cs-137 4.0191E-02 4.6206E-07 2.0311E+18 3.8213E+12 Ba-139 4.0477E-02 2.4746E-12 1.0721E+13 4.6269E+12 Ba-140 5.5470E-02 7.5769E-10 3.2592E+15 5.2783E+12 La-140 5.9064E-04 1.0626E-12 4.5709E+12 5.6503E+10 La-141 4.6332E-04 8.1925E-14 3.4990E+11 4.6935E+10 La-142 3.6848E-04 2.5741E-14 1.0917E+11 4.1286E+10 Ce-141 1.3162E-03 4.6194E-11 1.9729E+14 1.2519E+11 Ce-143 1.1884E-03 1.7895E-12 7.5363E+12 1.1384E+11 Ce-144 1.0931E-03 3.4271E-10 1.4332E+15 1.0393E+11 Pr-143 4.6567E-04 6.9153E-12 2.9122E+13 4.4309E+10 Nd-147 2.1196E-04 2.6201E-12 1.0734E+13 2.0172E+10 Np-239 1.7831E-02 7.6860E-11 1.9367E+14 1.7028E+12 Pu-238 7.5231E-06 4.3944E-10 1.1119E+15 7.1530E+08 Pu-239 4.0402E-07 6.5000E-09 1.6378E+16 3.8414E+07 Pu-240 6.3973E-07 2.8075E-09 7.0446E+15 6.0826E+07 Pu-241 1.8787E-04 1.8237E-09 4.5571E+15 1.7862E+10 Am-241 9.8718E-08 2.8763E-11 7.1872E+13 9.3861E+06 Cm-242 2.9956E-05 9.0386E-12 2.2492E+13 2.8484E+09 Cm-244 3.6673E-06 4.5329E-11 1.1188E+14 3.4868E+08 DAEC Condenser - CRDA "Transport Group Inventory: Time (h) = 0.7000 Atmosphere Sump Noble gases (atoms) 3.5694E+22 0.0000E+00 Elemental I (atoms) 3.0075E+18 OO.000E+00 Organic I (atoms) 9.3016E+16 O.OOOOE+00 Aerosols (kq) 5.7276E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7606E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2063E-08 Total I (Ci) 4.6211E+02 Page 231

CRDA PELLET MVP TRIP 10 MIN.oO DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7000 Leakage Transport Noble gases (atoms) 7.9327E+18 Elemental I (atoms) 6.7227E+14 organic I (atoms) 2.0792E+13 Aerosols (kg) 1. 2729E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integra 1 Nuclide Release: Time (h) = 0.7000 Ci kg Atoms Bq Co-58 7. 3448E-06 2.3098E-13 2.3983E+12 2.7176E+05 Co-60 8.7868E-06 7.7733E-12 7.8019E+13 3.2511E+05 Kr-85 7. 7800E+01 1.9830E-04 1.4049E+21 2.8786E+12 Kr-85m 1.1588E+03 1.4080E-03 9.9758E+21 4.2874E+13 Kr-87 2.0521E+03 7.2448E-08 5.0149E+17 7. 5929E+13 Kr-88 3.0015E+03 2.3937E-07 1. 6381E+18 1. 1105E+14 Rb-86 2.4658E-04 3.0304E-12 2.1220E+13 9.1233E+06 Sr-89 9.2437E-03 3.1818E-10 2.1529E+15 3.4202E+08 Sr-90 1. 3908E-03 1.0196E-08 6.8223E+16 5.1459E+07 Sr-91 1. 1596E-02 3.1989E-12 2.1169E+13 4.2905E+08 Sr-92 1.2382E-02 9.8506E-13 6.4480E+12 4.5812E+08 Y-90 1.4418E-05 2.6501E-14 1.7733E+11 5.3348E+05 Y-91 1. 2035E-04 4.9076E-12 3.2477E+13 4.4531E+06 Y-92 1.2537E-04 1. 3029E-14 8. 5282E+10 4.6385E+06 Y-93 1. 4909E-04 4.4687E-14 2.8937E+11 5.5164E+06 Zr-95 1. 7033E-04 7.9284E-12 5.0259E+13 6.3020E+06 Zr-97 1. 7170E-04 8.9819E-14 5.5763E+11 6.3531E+06 Nb-95 1. 7114E-04 4.3767E-12 2.7744E+13 6.3322E+06 Mo-99 2.4908E-03 5.1932E-12 3.1590E+13 9.2158E+07 Tc-99m 2.1519E-03 4.0924E-13 2.4894E+12 7.9619E+07 Ru-103 2.1883E-03 6.7802E-11 3.9642E+14 8.0965E+07 Ru-105 1.5835E-03 2. 3556E-13 1. 3510E+12 5.8588E+07 RU-106 1. 0041E-03 3.0012E-10 1. 7050E+15 3.7150E+07 Rh-105 1. 5041E-03 1. 7820E-12 1.0220E+13 5.5652E+07 sb-127 3.0765E-03 1.1520E-11 5.4627E+13 1.1383E+08 sb-129 8.7084E-03 1. 5486E-12 7.2294E+12 3.2221E+08 Te-127 3.0345E-03 1. 1498E-12 5.4523E+12 1.1228E+08 Te-127m 4.1553E-04 4.4052E-11 2.0889E+14 1.5375E+07 Te-129 8. 1013E-03 3.8684E-13 1.8059E+12 2.9975E+08 Te-129m 1.3023E-03 4.3230E-11 2.0181E+14 4.8186E+07 Te-131m 3.8920E-03 4.8808E-12 2.2437E+13 1.4400E+08 Te-132 3.7228E-02 1.2262E-10 5.5944E+14 1.3774E+09 1-131 2. 1115E+01 1.7032E-07 7.8296E+17 7.8126E+11 1-132 2.9185E+01 2.8274E-09 1. 2899E+16 1.0798E+12 1-133 4.2049E+01 3.7119E-08 1. 6807E+17 1.5558E+12 1-134 4.1758E+01 1.5653E-09 7.0349E+15 1.5451E+12 1-135 3. 9036E+01 1. 1116E-08 4.9585E+16 1.4443E+12 Xe-133 9.1189E+03 4.8717E-05 2.2059E+20 3.3740E+14 Xe-135 3.2665E+03 1.2791E-06 5.7059E+18 1.2086E+14 Cs-134 2.6598E-02 2.0558E-08 9.2389E+16 9.8413E+08 Cs-136 7.3980E-03 1.0094E-10 4.4697E+14 2.7373E+08 Cs-137 1. 3070E-02 1.5027E-07 6.6052E+17 4.8360E+08 Page 232

CRDA PELLET MVP TRIP 10 MIN.o0 Ba-139 1.7534E-02 1.0720E-12 4.6443E+12 6.4877E+08 Ba-140 1.8063E-02 2.4673E-10 1.0613E+15 6.6831E+08 La-140 1.9397E-04 3.4898E-13 1. 5011E+12 7.1770E+06 La-141 1.6661E-04 2.9460E-14 1.2582E+11 6.1645E+06 La-142 1.5484E-04 1.0817E-14 4.5874E+10 5.7292E+06 Ce-141 4.2826E-04 1.5030E-11 6.4194E+13 1.5846E+07 Ce-143 3.9113E-04 5.8898E-13 2.4804E+12 1.4472E+07 Ce-144 3.5549E-04 1.1146E-10 4.6612E+14 1. 3153E+07 Pr-143 1.5162E-04 2.2516E-12 9.4822E+12 5.6100E+06 Nd-147 6.9035E-05 8.5335E-13 3.4959E+12 2.5543E+06 Np-239 5.8394E-03 2.5171E-11 6.3423E+13 2.1606E+08 Pu-238 2.4466E-06 1.4291E-10 3.6161E+14 9.0523E+04 Pu-239 1.3139E-07 2.1139E-09 5. 3263E+15 4.8614E+03 Pu-240 2.0805E-07 9.1301E-10 2.2910E+15 7.6977E+03 Pu-241 6.1096E-05 5.9309E-10 1.4820E+15 2.2605E+06 Am-241 3.2104E-08 9.3538E-12 2. 3373E+13 1.1878E+03 Cm-242 9.7430E-06 2.9397E-12 7.3154E+12 3.6049E+05 Cm-244 1.1926E-06 1.4741E-11 3.6383E+13 4.4127E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.7000 Release Rate/s Noble gases (atoms) 1.1609E+22 4.6068E+18 Elemental I (atoms) 9.8993E+17 3.9283E+14 organic I (atoms) 3.0616E+16 1.2149E+13 Aerosols (kq) 1.8627E-07 7.3916E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9460E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7367E+01 Total I (Ci) 1.7314E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7000 Leakage Transport Noble gases (atoms) 7.9327E+18 Elemental I (atoms) 6.7227E+14 organic I (atoms) 2.0792E+13 Aerosols (kg) 1.2729E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.7000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.0473E+17 Elemental I (atoms) 0.OOOOE+00 3.4562E+13 organic I (atoms) O.OOOOE+00 1.0689E+12 Aerosols (kg) O.OOOOE+00 6.4938E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.7000 Filtered Transported Noble gases (atoms) 2.4246E+17 0.OOOOE+00 Elemental I (atoms) 2.0586E+13 0.OOOOE+00 organic I (atoms) 6.3668E+11 O.OOOOE+00 Aerosols (kg) 3.8905E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Page 233

CRDA PELLET MVP TRIP 10 MIN.O0 organic I (atoms) 0. 000E+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.7000 Ci kg Atoms Decay Co-58 1.3657E-06 4.2948E-14 4.4593E+11 1.2888E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.5420E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 3653E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.0335E+16 Kr-87 2.7971E+02 9.8747E-09 6.8353E+16 3.2197E+16 Kr-88 4.8572E+02 3.8736E-08 2.6508E+17 5.0023E+16 Rb-86 4.5817E-05 5.6309E-13 3.9430E+12 4.3257E+09 Sr-89 1. 7186E-03 5.9155E-11 4.0027E+14 1.6220E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.4407E+10 Sr-91 2.0688E-03 5.7070E-13 3.7767E+12 2.0033E+11 Sr-92 1.9903E-03 1.5835E-13 1.0365E+12 2.0585E+11 Y-90 2.6650E-06 4.8983E-15 3.2776E+10 2.5243E+08 Y-91 2.2377E-05 9.1245E-13 6.0383E+12 2.1118E+09 Y-92 2.0853E-05 2.1672E-15 1.4186E+10 2.1104E+09 Y-93 2.6664E-05 7.9921E-15 5.1752E+10 2.5780E+09 Zr-95 3.1669E-05 1.4741E-12 9.3447E+12 2.9887E+09 Zr-97 3. 1196E-05 1.6319E-14 1.0131E+11 2.9867E+09 Nb-95 3.1814E-05 8.1358E-13 5.1574E+12 3.0028E+09 MO-99 4. 6046E-04 9.6007E-13 5.8401E+12 4.3611E+10 Tc-99m 3.7478E-04 7.1275E-14 4.3357E+11 3.6843E+10 Ru-103 4. 0680E-04 1.2605E-11 7.3695E+13 3.8395E+10 Ru-105 2.6942E-04 4.0080E-14 2.2988E+11 2.6878E+10 Ru-106 1. 8673E-04 5.5813E-11 3.1709E+14 1. 7620E+10 Rh-105 2.7662E-04 3.2773E-13 1. 8797E+12 2.6284E+10 Sb-127 5. 6972E-04 2.1334E-12 1. 0116E+13 5.3901E+10 Sb-129 1.4780E-03 2.6284E-13 1. 2270E+12 1.4768E+11 Te-127 5.4101E-04 2.0500E-13 9.7207E+11 5.2411E+10 Te-127m 7.7268E-05 8.1916E-12 3.8843E+13 7.2916E+09 Te-129 1. 0716E-03 5.1171E-14 2.3888E+11 1.2582E+11 Te-129m 2.4208E-04 8.0359E-12 3.7514E+13 2.2850E+10 Te-131m 7.1436E-04 8.9586E-13 4.1183E+12 6.7960E+10 Te-132 6.8887E-03 2.2691E-11 1.0352E+14 6. 5205E+11 1-131 3.9189E+00 3.1611E-08 1.4532E+17 3.7026E+14 1-132 4.5711E+00 4.4284E-10 2.0203E+15 4.8071E+14 1-133 7. 6731E+00 6.7735E-09 3.0670E+16 7.3262E+14 1-134 4.9474E+00 1.8546E-10 8.3347E+14 6.2535E+14 1-135 6.8388E+00 1.9473E-09 8.'6868E+15 6.6982E+14 Xe-133 1. 6906E+03 9.0321E-06 4.0897E+19 1. 5984E+17 Xe-135 5.8192E+02 2.2787E-07 1.0165E+18 5.6400E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 4.6676E+11 Cs-136 1. 3741E-03 1.8749E-11 8.3022E+13 1. 2976E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.2937E+11 Ba-139 2.4481E-03 1.4967E-13 6.4844E+11 2.7738E+11 Ba-140 3.3549E-03 4.5827E-11 1.9712E+14 3.1682E+11 La-140 3.5723E-05 6.4269E-14 2.7646E+11 3.3914E+09 La-141 2.8022E-05 4.9550E-15 2.1163E+10 2.8160E+09 La-142 2.2286E-05 1. 5568E-15 6.6025E+09 2.4754E+09 Ce-141 7.9607E-05 2.7939E-12 1.1933E+13 7.5140E+09 Ce-143 7.1877E-05 1.0823E-13 4.5581E+11 6.8328E+09 Ce-144 6. 6111E-05 2.0728E-11 8.6684E+13 6.2384E+09 Pr-143 2.8164E-05 4.1825E-13 1. 7614E+12 2.6596E+09 Nd-147 1.2820E-05 1.5847E-13 6.4919E+11 1.2108E+09 Np-239 1. 0784E-03 4.6486E-12 1.1713E+13 1.0220E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.2934E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.3057E+06 Pu-240 3. 8692E-08 1. 6980E-10 4.2607E+14 3.6510E+06 Pu-241 1. 1362E-05 1.1030E-10 2.7562E+14 1.0722E+09 Page 234

CRDA PELLET MVP TRIP 10 MIN.o0 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 5.6338E+05 Cm-242 1.8118E-06 5.4667E-13 1. 3604E+12 1.7097E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.0929E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.7000 Atmosphere sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8190E+17 0.0000E+00 organic I (atoms) 5.6258E+15 0.OOOOE+00 Aerosols (kg) 3.4641E-08 0 OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0834E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.6101E-08 Total I (Ci) 2.7949E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.O000E+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.7100 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.7100 whole Body Thyroid TEDE Delta dose (rem) 1.0544E-05 7.8088E-05 1. 3018E-05 Accumulated dose (rem) 1.2465E-01 7.8156E-01 1.4950E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.7100 whole Body Thyroid TEDE Delta dose (rem) 2.5366E-06 1.8786E-05 3.1317E-06 Accumulated dose (rem) 5.5725E-02 3.4932E-01 6.6830E-02 control Room Doses: Time (h) = 0.7100 whole Body Thyroid TEDE Delta dose (rem) 8.0104E-06 1.2253E-03 4.6829E-05 Accumulated dose (rem) 8.6986E-04 1. 2099E-01 4.7102E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.7100 Ci kg Atoms Decay Co-58 2.2580E-05 7. 1O1OE-13 7.3729E+12 2.1773E+09 Co-60 2. 7019E-05 2.3902E-11 2.3990E+14 2.6049E+09 Kr-85 2.3923E+02 6.0976E-04 4.3200E+21 2.3065E+16 Kr-85m 3. 5631E+03 4.3296E-03 3.0675E+22 3.4353E+17 Kr-87 4.5995E+03 1.6238E-07 1. 1240E+18 5.4327E+17 Kr-88 8. 0112E+03 6.3889E-07 4.3722E+18 8.4455E+17 Rb-86 7. 5753E-04 9.3100E-12 6. 5193E+13 7.3076E+10 Sr-89 2.8415E-02 9.7805E-10 6. 6180E+15 2.7401E+12 Page 235

CRDA PELLET MVP TRIP 10 MIN.O0 Sr-90 4.2766E-03 3.1352E-08 2.0978E+17 4.1232E+11 Sr-91 3.4180E-02 9.4289E-12 6.2398E+13 3.3836E+12 Sr-92 3.2824E-02 2.6114E-12 1.7094E+13 3.4754E+12 Y-90 4.4058E-05 8.0980E-14 5.4186E+11 4.2644E+09 Y-91 3.6997E-04 1.5086E-11 9.9837E+13 3. 5676E+10 Y-92 3.4411E-04 3.5762E-14 2.3409E+11 3. 5634E+10 Y-93 4.4056E-04 1.3205E-13 8.5508E+11 4.3545E+10 Zr-95 5.2361E-04 2.4373E-11 1.5450E+14 5.0490E+10 Zr-97 5.1558E-04 2.6970E-13 1.6744E+12 5.0451E+10 Nb-95 5.2600E-04 1.3452E-11 8.5271E+13 5.0728E+10 MO-99 7.6125E-03 1.5872E-11 9.6549E+13 7.3672E+11 Tc-99m 6.1895E-03 1.1771E-12 7.1603E+12 6.2223E+11 Ru-103 6.7259E-03 2.0840E-10 1.2185E+15 6.4863E+11 Ru-105 4.4476E-03 6.6165E-13 3.7948E+12 4. 5389E+11 Ru-106 3.0873E-03 9.2280E-10 5.2427E+15 2.9766E+11 Rh-105 4.5728E-03 5.4176E-12 3.1072E+13 4.4400E+11 Sb-127 9.4190E-03 3.5270E-11 1.6725E+14 9.1057E+11 Sb-129 2.4399E-02 4.3388E-12 2.0255E+13 2.4939E+12 Te-127 8.9384E-03 3.3869E-12 1.6060E+13 8.8524E+11 Te-127m 1.2775E-03 1.3544E-10 6.4223E+14 1.2318E+11 Te-129 1.7613E-02 8.4102E-13 3.9262E+12 2.1228E+12 Te-129m 4.0026E-03 1.3286E-10 6.2025E+14 3.8602E+11 Te-131m 1.1808E-02 1.4809E-11 6.8076E+13 1.1480E+12 Te-132 1.1389E-01 3.7513E-10 1.7114E+15 1.1015E+13 1-131 6.4793E+01 5.2263E-07 2.4025E+18 6.2549E+15 1-132 7.5350E+01 7.2999E-09 3.3304E+16 8.1149E+15 1-133 1.2682E+02 1.1195E-07 5.0692E+17 1.2376E+16 1-134 8.1156E+01 3.0422E-09 1.3672E+16 1.0547E+16 1-135 1.1295E+02 3.2163E-08 1.4348E+17 1.1313E+16 xe-133 2.7951E+04 1.4933E-04 6.7614E+20 2.7002E+18 Xe-135 9.6141E+03 3.7647E-06 1.6794E+19 9.5261E+17 Cs-134 8.1786E-02 6.3213E-08 2.8409E+17 7.8853E+12 Cs-136 2.2719E-02 3.0999E-10 1.3726E+15 2.1922E+12 Cs-137 4.0191E-02 4.6206E-07 2.0311E+18 3.8749E+12 Ba-139 4.0274E-02 2.4622E-12 1.0667E+13 4.6807E+12 Ba-140 5.5468E-02 7.5767E-10 3.2592E+15 5.3522E+12 La-140 5.9053E-04 1.0624E-12 4.5701E+12 5.7290E+10 La-141 4.6250E-04 8.1780E-14 3.4929E+11 4.7552E+10 La-142 3.6683E-04 2.5625E-14 1.0868E+11 4.1776E+10 Ce-141 1.3162E-03 4.6193E-11 1.9729E+14 1.2694E+11 Ce-143 1.1881E-03 1.7892E-12 7.5347E+12 1.1542E+11 Ce-144 1.0931E-03 3.4271E-10 1.4332E+15 1.0539E+11 Pr-143 4.6565E-04 6.9151E-12 2.9121E+13 4.4929E+10 Nd-147 2.1196E-04 2.6200E-12 1.0733E+13 2.0455E+10 Np-239 1.7829E-02 7.6850E-11 1.9364E+14 1.7265E+12 Pu-238 7.5231E-06 4.3944E-10 1.1119E+15 7.2532E+08 Pu-239 4.0402E-07 6.5000E-09 1.6378E+16 3.8952E+07 Pu-240 6.3973E-07 2.8075E-09 7.0446E+15 6.1678E+07 Pu-241 1.8787E-04 1.8237E-09 4.5571E+15 1.8113E+10 Am-241 9.8718E-08 2.8762E-11 7.1872E+13 9.5176E+06 Cm-242 2.9956E-05 9.0385E-12 2.2492E+13 2.8883E+09 Cm-244 3.6672E-06 4.5329E-11 1.1188E+14 3.5357E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.7100 Atmosphere Sump Noble gases (atoms) 3.5693E+22 O.0000E+00 Elemental I (atoms) 3.0069E+18 O.0000E+00 Organic I (atoms) 9.2998E+16 O.O000E+00 Aerosols (kq) 5.7276E-07 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7597E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2035E-08 Total I (Ci) 4.6107E+02 Page 236

CRDA PELLET MVP TRIP 10 MIN.o0 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7100 Leakage Transport Noble gases (atoms) 8.0815E+18 Elemental I (atoms) 6.8480E+14 organic I (atoms) 2.1179E+13 Aerosols (kg) 1. 2967E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0. 7100 Ci kg Atoms Bq Co-58 7.3449E-06 2.3099E-13 2.3983E+12 2.7176E+05 Co-60 8.7869E-06 7.7734E-12 7.8020E+13 3.2511E+05 Kr-85 7.7801E+01 1.9830E-04 1.4049E+21 2.8786E+12 Kr-85m 1. 1588E+03 1.4081E-03 9.9759E+21 4.2875E+13 Kr-87 2.0522E+03 7.2449E-08 5.0149E+17 7.5930E+13 Kr-88 3.0015E+03 2.3937E-07 1.6381E+18 1. 1106E+14 Rb-86 2.4658E-04 3.0304E-12 2.1221E+13 9.1234E+06 Sr-89 9.2439E-03 3.1818E-10 2.1530E+15 3.4202E+08 Sr-90 1 3908E-03 1.0196E-08 6.8224E+16 5.1460E+07 Sr-91 1. 1596E-02 3.1989E-12 2. 1170E+13 4.2906E+08 Sr-92 1.2382E-02 9.8508E-13 6.4481E+12 4. 5813E+08 Y-90 1. 4419E-05 2.6502E-14 1.7733E+11 5.3349E+05 Y-91 1.2035E-04 4.9076E-12 3.2477E+13 4.4531E+06 Y-92 1.2537E-04 1. 3029E-14 8. 5283E+10 4.6386E+06 Y-93 1.4909E-04 4.4688E-14 2.8937E+11 5.5164E+06 Zr-95 1. 7033E-04 7.9285E-12 5.0260E+13 6.3021E+06 Zr-97 1. 7171E-04 8.9820E-14 5.5764E+11 6.3532E+06 Nb-95 1. 7114E-04 4.3767E-12 2.7744E+13 6.3323E+06 Mo-99 2.4908E-03 5.1933E-12 3.1591E+13 9.2159E+07 Tc-99m 2.1519E-03 4.0924E-13 2.4894E+12 7.9620E+07 Ru-103 2.1883E-03 6.7803E-11 3.9643E+14 8.0966E+07 Ru-105 1. 5835E-03 2.3557E-13 1. 3511E+12 5.8589E+07 RU-106 1. 0041E-03 3.0012E-10 1.7051E+15 3.7151E+07 Rh-105 1. 5041E-03 1. 7820E-12 1.0221E+13 5.5652E+07 Sb-127 3.0765E-03 1.1520E-11 5.4628E+13 1.1383E+08 Sb-129 8. 7085E-03 1. 5486E-12 7.2295E+12 3.2221E+08 Te-127 3.0346E-03 1. 1498E-12 5.4524E+12 1.1228E+08 Te-127m 4.1553E-04 4.4053E-11 2.0889E+14 1.5375E+07 Te-129 8.1014E-03 3.8684E-13 1. 8059E+12 2.9975E+08 Te-129m 1.3023E-03 4.3230E-11 2.0181E+14 4.8186E+07 Te-131m 3.8920E-03 4.8809E-12 2.2438E+13 1.4401E+08 Te-132 3.7228E-02 1.2263E-10 5.5944E+14 1.3774E+09 1-131 2. 1115 E+01 1.7032E-07 7.8297E+17 7.8127E+11 1-132 2.9185E+01 2.8275E-09 1.2899E+16 1.0799E+12 1-133 4.2049E+01 3.7119E-08 1.6807E+17 1. 5558E+12 1-134 4.1759E+01 1.5654E-09 7.0349E+15 1. 5451E+12 1-135 3. 9037E+01 1.1116E-08 4.9586E+16 1.4444E+12 Xe -133 9. 1191E+03 4.8718E-05 2.2059E+20 3.3741E+14 Xe-135 3. 2665E+03 1. 2791E-06 5.7059E+18 1.2086E+14 Cs-134 2.6599E-02 2.0558E-08 9.2390E+16 9.8415E+08 Cs-136 7.3981E-03 1.0094E-10 4.4697E+14 2.7373E+08 Cs-137 1. 3071E-02 1.5027E-07 6.6053E+17 4.8361E+08 Ba-139 1.7534E-02 1. 0720E-12 4.6444E+12 6.4878E+08 Page 237

CRDA PELLET MVP TRIP 10 MIN.O0 Ba-140 1.8063E-02 2.4673E-10 1.0613E+15 6.6832E+08 La-140 1.9398E-04 3.4898E-13 1. 5012E+12 7.1771E+06 La-141 1. 6661E-04 2.9460E-14 1.2583E+11 6.1645E+06 La-142 1.5485E-04 1.0817E-14 4.5874E+10 5.7293E+06 Ce-141 4.2827E-04 1.5030E-11 6.4195E+13 1.5846E+07 Ce-143 3.9114E-04 5.8899E-13 2.4804E+12 1.4472E+07 Ce-144 3.5550E-04 1.1146E-10 4.6613E+14 1.3153E+07 Pr-143 1. 5162E-04 2.2517E-12 9.4824E+12 5.6101E+06 Nd-147 6.9036E-05 8.5336E-13 3.4960E+12 2.5543E+06 Np-239 5.8395E-03 2.5171E-11 6.3424E+13 2.1606E+08 Pu-238 2.4466E-06 1.4291E-10 3.6161E+14 9.0524E+04 Pu-239 1. 3139E-07 2.1139E-09 5.3264E+15 4.8615E+03 Pu-240 2.0805E-07 9.1303E-10 2.2910E+15 7.6978E+03 Pu-241 6.1096E-05 5.9310E-10 1.4820E+15 2.2606E+06 Am-241 3.2104E-08 9.3539E-12 2.3374E+13 1. 1879E+03 Cm-242 9.7432E-06 2.9397E-12 7. 3155E+12 3.6050E+05 Cm-244 1. 1926E-06 1.4742E-11 3.6384E+13 4.4128E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.7100 Release Rate/s Noble gases (atoms) 1.1609E+22 4.5420E+18 Elemental I (atoms) 9.8994E+17 3.8730E+14 Organic I (atoms) 3.0617E+16 1.1978E+13 Aerosols (kg) 1.8627E-07 7.2876E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9460E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7367E+01 Total I (Ci) 1.7315E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7100 Leakage Transport Noble gases (atoms) 8.0815E+18 Elemental I (atoms) 6.8480E+14 Organic I (atoms) 2.1179E+13 Aerosols (kg) 1.2967E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.7100 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0516E+17 Elemental I (atoms) O.OOOOE+00 3.4599E+13 Organic I (atoms) O.OOOOE+00 1.0701E+12 Aerosols (kg) O.OOOOE+00 6.5007E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.7100 Filtered Transported Noble gases (atoms) 2.4501E+17 O.O000E+00 Elemental I (atoms) 2.0800E+13 0.OOOOE+00 Organic I (atoms) 6.4331E+11 O.OOOOE+00 Aerosols (kg) 3.9313E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Page 238

CRDA PELLET MVP TRIP 10 MIN.O0 Aerosols (kg) O.0000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) 0.7100 Ci kg Atoms Decay Co-58 1.3657E-06 4.2948E-14 4.4593E+11 1.3070E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.5637E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 3846E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 2.0622E+16 Kr-87 2. 7819E+02 9.8210E-09 6.7981E+16 3.2569E+16 Kr-88 4.8453E+02 3.8641E-08 2.6444E+17 5.0669E+16 Rb-86 4. 5817E-05 5.6308E-13 3.9430E+12 4.3867E+09 Sr-89 1. 7186E-03 5.9155E-11 4.0027E+14 1. 6449E+11 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 2.4751E+10 Sr-91 2.0673E-03 5.7028E-13 3.7740E+12 2.0308E+11 Sr-92 1.9853E-03 1. 5794E-13 1.0339E+12 2.0850E+11 Y-90 2.6647E-06 4.8978E-15 3.2773E+10 2.5598E+08 Y-91 2.2377E-05 9.1244E-13 6.0383E+12 2.1416E+09 Y-92 2.0812E-05 2.1629E-15 1.4158E+10 2.1381E+09 Y-93 2. 6646E-05 7.9866E-15 5.1717E+10 2. 6135 E+09 Zr-95 3. 1669E-05 1.4741E-12 9.3447E+12 3.0309E+09 Zr-97 3. 1183E-05 1.6312E-14 1.0127E+11 3.0282E+09 Nb-95 3. 1813E-05 8.1358E-13 5.1573E+12 3.0452E+09 MO-99 4. 6042E-04 9.5997E-13 5.8395E+12 4.4224E+10 Tc-99m 3.7435E-04 7.1193E-14 4.3307E+11 3.7342E+10 Ru-103 4.0679E-04 1. 2604E-11 7.3695E+13 3.8937E+10 RU-105 2.6900E-04 4.0018E-14 2.2952E+11 2.7237E+10 RU-106 1.8673E-04 5.5813E-11 3.1709E+14 1. 7869E+10 Rh-105 2.7657E-04 3.2767E-13 1. 8793E+12 2.6652E+10 sb-127 5.6968E-04 2.1332E-12 1. 0115E+13 5.4660E+10 Sb-129 1.4757E-03 2.6242E-13 1. 2250E+12 1.4965E+11 Te-127 5.4061E-04 2.0485E-13 9.7135E+11 5.3131E+10 Te-127m 7.7267E-05 8.1915E-12 3.8843E+13 7.3945E+09 Te-129 1.0653E-03 5.0867E-14 2.3746E+11 1.2725E+11 Te-129m 2. 4208E-04 8.0358E-12 3.7514E+13 2.3172E+10 Te-131m 7. 1420E-04 8.9565E-13 4.1173E+12 6.8911E+10 Te-132 6.8881E-03 2.2688E-11 1. 0351E+14 6.6123E+11 1-131 3.9188E+00 3.1609E-08 1.4531E+17 3.7548E+14 1-132 4.5573E+00 4.4151E-10 2.0143E+15 4.8679E+14 1-133 7. 6705E+00 6.7712E-09 3.0660E+16 7.4284E+14 1-134 4.9084E+00 1. 8400E-10 8.2691E+14 6.3192E+14 1-135 6.8316E+00 1.9453E-09 8.6777E+15 6.7892E+14 Xe-133 1. 6905E+03 9.0316E-06 4.0894E+19 1. 6209E+17 Xe-135 5.8148E+02 2.2770E-07 1.0157E+18 5.7174E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 4.7335E+11 Cs-136 1. 3741E-03 1. 8749E-11 8.3020E+13 1. 3159E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.3261E+11 Ba-139 2.4358E-03 1.4892E-13 6.4518E+11 2.8064E+11 Ba-140 3.3548E-03 4.5825E-11 1.9712E+14 3.2129E+11 La-140 3.5717E-05 6.4258E-14 2.7641E+11 3.4389E+09 La-141 2.7973E-05 4.9462E-15 2.1125E+10 2.8533E+09 La-142 2.2186E-05 1. 5499E-15 6.5729E+09 2. 5051E+09 Ce-141 7.9606E-05 2.7938E-12 1. 1933E+13 7. 6201E+09 Ce-143 7.1862E-05 1.0821E-13 4.5571E+11 6.9286E+09 Ce-144 6.6110E-05 2.0728E-11 8.6684E+13 6.3264E+09 Pr-143 2.8164E-05 4.1824E-13 1. 7613E+12 2.6971E+09 Nd-147 1. 2819E-05 1. 5846E-13 6.4918E+11 1.2279E+09 Np-239 1. 0783E-03 4.6480E-12 1. 1712E+13 1.0364E+11 Pu-238 4. 5501E-07 2.6578E-11 6.7251E+13 4.3540E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.3383E+06 Pu-240 3. 8692E-08 1. 6980E-10 4.2607E+14 3.7025E+06 Pu-241 1. 1362E-05 1.1030E-10 2.7562E+14 1.0873E+09 Am-241 5. 9706E-09 1.7396E-12 4.3470E+12 5.7134E+05 Page 239

CRDA PELLET MVP TRIP 10 MIN.o0 Cm-242 1.8118E-06 5.4667E-13 1. 3604E+12 1.7339E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.1225E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.7100 Atmosphere sump Noble gases (atoms) 2.1588E+21 O.OOOOE+00 Elemental I (atoms) 1.8186E+17 O.0000E+00 Organic I (atoms) 5.6247E+15 O.O000E+00 Aerosols (k 9 ) 3.4641E-08 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0824E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6072E-08 Total I (Ci) 2.7887E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7100 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.7200 CRDA @ EAB - condenser Release Doses: Time (h) = 0.7200 whole Body Thyroid TEDE Delta dose (rem) 1.0516E-05 7.8074E-05 1.2989E-05 Accumulated dose (rem) 1.2466E-01 7.8164E-01 1.4951E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 0.7200 whole Body Thyroid TEDE Delta dose (rem) 2.5299E-06 1.8783E-05 3.1249E-06 Accumulated dose (rem) 5.5728E-02 3.4934E-01 6.6833E-02 Control Room Doses: Time (h) = 0.7200 whole Body Thyroid TEDE Delta dose (rem) 7.8835E-06 1.2088E-03 4.6180E-05 Accumulated dose (rem) 8.7774E-04 1. 2220E-01 4.7564E-03 DAEC condenser - CRDA compartment Nuclide Inventory: Time (h) = 0.7200 ci kg Atoms Decay Co-58 2.2579E-05 7.1009E-13 7.3729E+12 2.2074E+09 Co-60 2.7019E-05 2.3902E-11 2.3990E+14 2.6409E+09 Kr-85 2.3923E+02 6.0975E-04 4.3200E+21 2.3383E+16 Kr-85m 3. 5631E+03 4.3296E-03 3.0675E+22 3.4827E+17 Kr-87 4.5745E+03 1. 6150E-07 1.1179E+18 5.4938E+17 Kr- 88 7.9917E+03 6.3733E-07 4.3615E+18 8. 5521E+17 Rb-86 7. 5751E-04 9.3098E-12 6. 5192E+13 7.4085E+10 Sr-89 2. 8414E-02 9.7804E-10 6.6179E+15 2.7779E+12 Sr-90 4.2766E-03 3.1352E-08 2.0978E+17 4.1801E+11 Page 240

CRDA PELLET MVP TRIP 10 MIN.o0 sr-91 3.4155E-02 9.4220E-12 6.2352E+13 3.4292E+12 sr-92 3.2740E-02 2.6047E-12 1.7050E+13 3.5191E+12 Y-90 4.4053E-05 8.0971E-14 5.4180E+11 4.3231E+09 Y-91 3.6997E-04 1.5086E-11 9.9836E+13 3.6169E+10 Y-92 3.4344E-04 3.5691E-14 2.3363E+11 3.6092E+10 Y-93 4.4026E-04 1.3196E-13 8.5449E+11 4.4131E+10 zr-95 5.2360E-04 2.4373E-11 1.5450E+14 5.1188E+10 Zr-97 5.1536E-04 2.6959E-13 1.6737E+12 5.1137E+10 Nb-95 5.2599E-04 1.3451E-11 8.5270E+13 5.1429E+10 MO-99 7.6116E-03 1.5870E-11 9.6538E+13 7.4686E+11 Tc-99m 6.1823E-03 1.1757E-12 7.1520E+12 6.3047E+11 RU-103 6.7258E-03 2.0840E-10 1.2184E+15 6. 5759E+11 Ru-105 4.4407E-03 6.6061E-13 3.7889E+12 4.5981E+11 RU-106 3.0873E-03 9.2280E-10 5.2427E+15 3.0178E+11 Rh-105 4.5718E-03 5.4165E-12 3.1066E+13 4. 5009E+11 Sb-127 9.4182E-03 3.5267E-11 1.6723E+14 9.2312E+11 sb-129 2.4359E-02 4.3318E-12 2.0222E+13 2.5264E+12 Te-127 8.9317E-03 3.3844E-12 1.6048E+13 8.9714E+11 Te-127m 1.2775E-03 1.3544E-10 6.4222E+14 1.2488E+11 Te-129 1.7508E-02 8.3601E-13 3.9028E+12 2.1462E+12 Te-129m 4.0025E-03 1.3286E-10 6.2024E+14 3.9135E+11 Te-131m 1.1806E-02 1.4805E-11 6.8060E+13 1.1637E+12 Te-132 1.1388E-01 3.7509E-10 1.7113E+15 1.1167E+13 1-131 6.4790E+01 5.2261E-07 2.4024E+18 6.3412E+15 1-132 7.5123E+01 7.2779E-09 3.3203E+16 8.2151E+15 1-133 1.2678E+02 1.1192E-07 5.0675E+17 1.2544E+16 1-134 8.0516E+01 3.0182E-09 1.3564E+16 1. 0655E+16 1-135 1.1283E+02 3.2130E-08 1.4332E+17 1.1463E+16 xe-133 2.7950E+04 1.4932E-04 6.7610E+20 2.7374E+18 xe-135 9.6068E+03 3.7619E-06 1.6781E+19 9.6541E+17 Cs-134 8.1786E-02 6.3212E-08 2.8408E+17 7.9943E+12 Cs-136 2.2719E-02 3.0998E-10 1.3726E+15 2.2224E+12 Cs-137 4.0190E-02 4.6206E-07 2.0311E+18 3.9284E+12 Ba-139 4.0072E-02 2.4498E-12 1.0614E+13 4.7342E+12 Ba-140 5.5467E-02 7.5765E-10 3.2591E+15 5.4261E+12 La-140 5.9043E-04 1.0623E-12 4.5693E+12 5.8076E+10 La-141 4.6168E-04 8.1636E-14 3.4867E+11 4.8167E+10 La-142 3.6518E-04 2.5510E-14 1.0819E+11 4.2263E+10 Ce-141 1.3162E-03 4.6193E-11 1.9729E+14 1. 2869E+11 ce-143 1.1879E-03 1.7888E-12 7.5331E+12 1. 1701E+11 Ce-144 1.0931E-03 3.4271E-10 1.4332E+15 1.0684E+11 Pr-143 4.6564E-04 6.9149E-12 2.9121E+13 4. 5550E+10 Nd-147 2.1195E-04 2.6199E-12 1.0733E+13 2.0737E+10 Np-239 1.7826E-02 7.6840E-11 1.9362E+14 1.7503E+12 Pu-238 7.5231E-06 4.3944E-10 1.1119E+15 7.3534E+08 Pu-239 4.0402E-07 6.5000E-09 1.6378E+16 3.9491E+07 Pu-240 6.3973E-07 2.8075E-09 7.0446E+15 6.2530E+07 Pu-241 1.8786E-04 1.8237E-09 4.5571E+15 1.8363E+10 Am-241 9.8717E-08 2.8762E-11 7.1872E+13 9.6491E+06 Cm-242 2.9956E-05 9.0385E-12 2.2492E+13 2.9282E+09 Cm-244 3.6672E-06 4.5329E-11 1.1188E+14 3.5845E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.7200 Atmosphere Sump Noble gases (atoms) 3.5693E+22 0.OOOOE+00 Elemental I (atoms) 3.0063E+18 0.OOOOE+00 organic I (atoms) 9.2979E+16 0.OOOOE+00 Aerosols (kg) 5.7276E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7587E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2008E-08 Total I (Ci) 4.6004E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Page 241

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 0.7200 Leakage Transport Noble gases (atoms) 8.2302E+18 Elemental I (atoms) 6.9733E+14 organic I (atoms) 2.1567E+13 Aerosols (kg) 1. 3206E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7200 Filtered Transported Noble gases (atoms) O.OOOOE+00 1. 3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.7200 Ci kg Atoms Bq co-58 7.3450E-06 2.3099E-13 2.3984E+12 2.7177E+05 Co-60 8. 7870E-06 7.7735E-12 7.8021E+13 3.2512E+05 Kr-85 7. 7802E+01 1.9830E-04 1.4050E+21 2.8787E+12 Kr-85m 1.1588E+03 1.4081E-03 9.9761E+21 4.2875E+13 Kr-87 2.0522E+03 7.2450E-08 5.0150E+17 7. 5931E+13 Kr-88 3.0015E+03 2.3937E-07 1.6381E+18 1. 1106E+14 Rb-86 2.4658E-04 3.0305E-12 2.1221E+13 9.1235E+06 Sr-89 9.2440E-03 3.1819E-10 2.1530E+15 3.4203E+08 Sr-90 1. 3908E-03 1.0196E-08 6.8225E+16 5.1460E+07 Sr-91 1. 1596E-02 3.1990E-12 2.1170E+13 4.2906E+08 Sr-92 1.2382E-02 9.8509E-13 6.4482E+12 4.5813E+08 Y-90 1.4419E-05 2.6502E-14 1.7733E+11 5.3349E+05 Y-91 1.2036E-04 4.9077E-12 3.2478E+13 4.4532E+06 Y-92 1.2537E-04 1. 3029E-14 8.5284E+10 4.6386E+06 Y-93 1. 4909E-04 4.4688E-14 2.8938E+11 5.5165E+06 Zr-95 1.7033E-04 7.9286E-12 5.0260E+13 6.3022E+06 Zr-97 1. 7171E-04 8.9821E-14 5.5765E+11 6.3532E+06 Nb-95 1. 7115E-04 4.3768E-12 2.7745E+13 6.3324E+06 Mo-99 2.4908E-03 5.1934E-12 3.1591E+13 9.2160E+07 Tc-99m 2.1519E-03 4.0925E-13 2.4894E+12 7.9621E+07 Ru-103 2.1883E-03 6.7804E-11 3.9643E+14 8.0967E+07 Ru-105 1. 5835E-03 2.3557E-13 1. 3511E+12 5.8589E+07 Ru-106 1.0041E-03 3.0012E-10 1. 7051E+15 3.7151E+07 Rh-105 1. 5041E-03 1.7820E-12 1. 0221E+13 5.5653E+07 Sb-127 3.0766E-03 1. 1520E-11 5.4628E+13 1.1383E+08 sb-129 8.7086E-03 1. 5486E-12 7.2295E+12 3.2222E+08 Te-127 3.0346E-03 1.1499E-12 5.4524E+12 1.1228E+08 Te-127m 4.1554E-04 4.4054E-11 2.0889E+14 1.5375E+07 Te-129 8.1015E-03 3.8685E-13 1.8059E+12 2.9975E+08 Te-129m 1. 3023E-03 4.3231E-11 2.0182E+14 4.8187E+07 Te-131m 3.8921E-03 4.8809E-12 2.2438E+13 1. 4401E+08 Te-132 3.7229E-02 1.2263E-10 5.5945E+14 1.3775E+09 1-131 2.1116E+01 1.7032E-07 7.8298E+17 7.8128E+11 1-132 2.9186E+01 2.8275E-09 1.2900E+16 1. 0799E+12 1-133 4.2050E+01 3.7120E-08 1. 6808E+17 1. 5558E+12 1-134 4.1759E+01 1.5654E-09 7.0350E+15 1. 5451E+12 1-135 3. 9037E+01 1.1116E-08 4.9586E+16 1.4444E+12 xe-133 9.1192E+03 4.8718E-05 2.2059E+20 3.3741E+14 Xe-135 3. 2665E+03 1.2791E-06 5.7060E+18 1. 2086E+14 Cs-134 2.6599E-02 2.0558E-08 9.2392E+16 9.8416E+08 Cs-136 7.3982E-03 1.0094E-10 4.4698E+14 2.7373E+08 Cs-137 1. 3071E-02 1.5027E-07 6.6054E+17 4.8362E+08 Ba-139 1.7535E-02 1. 0720E-12 4.6444E+12 6.4878E+08 Ba-140 1.8063E-02 2.4673E-10 1.0613E+15 6.6833E+08 Page 242

CRDA PELLET MVP TRIP 10 MIN.o0 La-140 1.9398E-04 3.4899E-13 1. 5012E+12 7.1772E+06 La-141 1.6661E-04 2.9461E-14 1.2583E+11 6.1646E+06 La-142 1.5485E-04 1.0817E-14 4. 5875E+10 5.7294E+06 Ce-141 4.2827E-04 1.5031E-11 6.4196E+13 1.5846E+07 Ce-143 3.9114E-04 5.8900E-13 2.4804E+12 1.4472E+07 Ce-144 3.5550E-04 1.1146E-10 4.6613E+14 1. 3154E+07 Pr-143 1.5163E-04 2.2517E-12 9.4825E+12 5.6101E+06 Nd-147 6.9037E-05 8.5337E-13 3.4960E+12 2.5544E+06 Np-239 5.8395E-03 2.5171E-11 6.3425E+13 2. 1606E+08 Pu-238 2.4466E-06 1.4291E-10 3.6162E+14 9.0525E+04 Pu-239 1.3139E-07 2.1139E-09 5. 3265E+15 4.8616E+03 Pu-240 2.0805E-07 9.1304E-10 2.2910E+15 7.6979E+03 Pu-241 6.1097E-05 5.9310E-10 1.4821E+15 2.2606E+06 Am-241 3.2105E-08 9.3540E-12 2.3374E+13 1. 1879E+03 Cm-242 9.7433E-06 2.9398E-12 7.3156E+12 3.6050E+05 Cm-244 1.1927E-06 1.4742E-11 3.6384E+13 4.4128E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.7200 Release Rate/s Noble gases (atoms) 1.1609E+22 4.4790E+18 Elemental I (atoms) 9.8996E+17 3.8193E+14 organi c I (atoms) 3.0617E+16 1.1812E+13 Aerosols (k 9 ) 1.8627E-07 7.1865E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9460E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7368E+01 Total I (Ci) 1.7315E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7200 Leakage Transport Noble gases (atoms) 8.2302E+18 Elemental I (atoms) 6.9733E+14 organic I (atoms) 2.1567E+13 Aerosols (kg) 1.3206E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.7200 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0559E+17 Elemental I (atoms) O.OOOOE+00 3.4635E+13 organic I (atoms) O.OOOOE+00 1.0712E+12 Aerosols (kg) 0.OOOOE+00 6.5077E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.7200 Filtered Transported Noble gases (atoms) 2.4752E+17 O.OOOOE+00 Elemental I (atoms) 2.1012E+13 O.OOOOE+00 organic I (atoms) 6.4985E+11 O.OOOOE+00 Aerosols (kg) 3.9716E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7200 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Page 243

CRDA PELLET MVP TRIP 10 MIN.oO MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.7200 Ci kg Atoms Decay Co-58 1.3657E-06 4.2948E-14 4.4593E+11 1.3252E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.5855E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.4038E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.0909E+16 Kr-87 2.7667E+02 9.7676E-09 6.7612E+16 3.2938E+16 Kr-88 4.8335E+02 3.8547E-08 2.6379E+17 5.1313E+16 Rb-86 4. 5816E-05 5.6307E-13 3.9429E+12 4.4477E+09 Sr-89 1. 7186E-03 5.9154E-11 4.0026E+14 1.6677E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2. 5096E+10 Sr-91 2.0658E-03 5.6986E-13 3.7712E+12 2.0584E+11 Sr-92 1.9802E-03 1. 5754E-13 1.0312E+12 2.1114E+11 Y-90 2.6644E-06 4.8973E-15 3.2769E+10 2.5953E+08 Y-91 2.2377E-05 9.1244E-13 6.0383E+12 2.1714E+09 Y-92 2. 0772E-05 2.1587E-15 1.4130E+10 2.1658E+09 Y-93 2.6628E-05 7.9811E-15 5.1681E+10 2.6490E+09 Zr-95 3.1668E-05 1.4741E-12 9.3446E+12 3.0731E+09 zr-97 3. 1170E-05 1. 6305E-14 1.0123E+11 3.0698E+09 Nb-95 3.1813E-05 8.1357E-13 5.1573E+12 3.0875E+09 Mo-99 4.6037E-04 9.5987E-13 5.8389E+12 4.4837E+10 Tc-99m 3.7392E-04 7.1112E-14 4.3257E+11 3.7841E+10 Ru-103 4.0679E-04 1.2604E-11 7.3694E+13 3.9479E+10 Ru-105 2.6858E-04 3.9955E-14 2.2916E+11 2.7595E+10 Ru-106 1. 8673E-04 5.5813E-11 3.1709E+14 1.8117E+10 Rh-105 2.7651E-04 3.2760E-13 1.8789E+12 2.7020E+10 sb-127 5. 6964E-04 2.1330E-12 1.0115E+13 5.5419E+10 sb-129 1.4733E-03 2.6200E-13 1.2231E+12 1.5161E+11 Te-127 5.4021E-04 2.0469E-13 9.7063E+11 5.3851E+10 Te-127m 7.7267E-05 8.1915E-12 3.8843E+13 7.4974E+09 Te-129 1.0589E-03 5.0563E-14 2.3605E+11 1.2866E+11 Te-129m 2.4208E-04 8.0358E-12 3.7514E+13 2.3495E+10 Te-131m 7.1403E-04 8.9544E-13 4.11642+12 6.9863E+10 Te-132 6.8874E-03 2.2686E-Il 1.0350E+14 6.7040E+11 1-131 3.9186E+00 3.1608E-08 1.4531E+17 3.8070E+14 1-132 4. 5436E+00 4.4018E-10 2.00822+15 4.9285E+14 1-133 7.6680E+00 6.7690E-09 3.0649E+16 7.5305E+14 1-134 4.8698E+00 1. 8255E-10 8.2039E+14 6.3843E+14 1-135 6. 8245E+00 1.9433E-09 8.6686E+15 6.8802E+14 xe-133 1. 6905E+03 9.0311E-06 4.0892E+19 1.6434E+17 Xe-135 5.8104E+02 2.2753E-07 1.0150E+18 5.7949E+16 Cs-134 4. 9466E-03 3.8232E-09 1.71822+16 4.7994E+11 Cs-136 1. 3741E-03 1.8748E-11 8.3018E+13 1.3342E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.3584E+11 Ba-139 2.4236E-03 1.4817E-13 6.4195E+11 2.8387E+11 Ba-140 3.3548E-03 4.5824E-11 1.9712E+14 3.2576E+11 La-140 3. 5710E-05 6.4247E-14 2.7636E+11 3.4865E+09 La-141 2.7923E-05 4.9375E-15 2.1088E+10 2.8905E+09 La-142 2.2087E-05 1. 5429E-15 6.5434E+09 2.5345E+09 Ce-141 7.9606E-05 2.7938E-12 1.1932E+13 7.7261E+09 Ce-143 7.1846E-05 1. 0819E-13 4.5561E+11 7.0243E+09 Ce-144 6. 6110E-05 2.0728E-11 8.6684E+13 6.4145E+09 Pr-143 2.8163E-05 4.1823E-13 1.7613E+12 2.7346E+09 Nd-147 1.2819E-05 1. 5846E-13 6.4916E+11 1.2449E+09 Np-239 1.0782E-03 4.6475E-12 1.1710E+13 1.0508E+11 Pu-238 4. 5501E-07 2.6578E-11 6.7251E+13 4.4147E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.3708E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 3.7540E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.1024E+09 Am-241 5.9706E-09 1. 7396E-12 4.3470E+12 5.7929E+05 Cm-242 1. 8118E-06 5.4667E-13 1.36042+12 1.7580E+08 Page 244

CRDA PELLET MVP TRIP 10 MIN.O0 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.1520E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.7200 Atmosphere Sump Noble gases (atoms) 2.1588E+21 O.OOOOE+00 Elemental I (atoms) 1.8183E+17 0.OOOOE+00 organic I (atoms) 5.6235E+15 0.OOOOE+00 Aerosols (k 9 ) 3.4641E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0814E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6043E-08 Total I (Ci) 2.7824E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7200 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.7300 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.7300 whole Body Thyroid TEDE Delta dose (rem) 1.0488E-05 7.8061E-05 1. 2961E-05 Accumulated dose (rem) 1.2467E-01 7.8172E-01 1.4952E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.7300 whole Body Thyroid TEDE Delta dose (rem) 2.5232E-06 1.8780E-05 3.1181E-06 Accumulated dose (rem) 5.5730E-02 3.4935E-01 6.6836E-02 Control Room Doses: Time (h) = 0.7300 whole Body Thyroid TEDE Delta dose (rem) 7.7589E-06 1. 1927E-03 4.5542E-05 Accumulated dose (rem) 8.8550E-04 1. 2340E-01 4.8019E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.7300 Ci kg Atoms Decay Co-58 2.2579E-05 7.1008E-13 7.3728E+12 2.2374E+09 Co-60 2.7018E-05 2.3902E-11 2.3990E+14 2.6769E+09 Kr-85 2.3923E+02 6.0975E-04 4.3200E+21 2.3702E+16 Kr-85m 3. 5631E+03 4.3296E-03 3.0675E+22 3.5302E+17 Kr-87 4.5496E+03 1.6062E-07 1. 1118E+18 5. 5545E+17 Kr-88 7.9721E+03 6.3578E-07 4.3508E+18 8. 6584E+17 Rb-86 7.5750E-04 9.3096E-12 6. 5190E+13 7.5094E+10 Sr-89 2.8414E-02 9.7803E-10 6.6178E+15 2.8158E+12 Sr-90 4.2765E-03 3.1351E-08 2.0978E+17 4.2371E+11 Sr-91 3.4130E-02 9.4151E-12 6.2307E+13 3.4746E+12 Page 245

CRDA PELLET MVP TRIP 10 MIN.o0 Sr-92 3.2656E-02 2.5981E-12 1.7006E+13 3.5627E+12 Y-90 4.4048E-05 8.0962E-14 5.4174E+11 4.3818E+09 Y-91 3.6997E-04 1. 5086E-11 9.9835E+13 3.6662E+10 Y-92 3.4276E-04 3.5622E-14 2.3317E+11 3.6549E+10 Y-93 4.3995E-04 1. 3187E-13 8.5390E+11 4.4718E+10 Zr-95 5.2360E-04 2.4373E-11 1.5450E+14 5.1885E+10 Zr-97 5.1515E-04 2.6948E-13 1.6730E+12 5.1824E+10 Nb-95 5.2599E-04 1.3451E-11 8.5269E+13 5.2129E+10 Mo-99 7.6108E-03 1. 5869E-11 9.6528E+13 7.5700E+11 Tc-99m 6.1752E-03 1. 1744E-12 7.1438E+12 6.3870E+11 Ru-103 6.7257E-03 2.0840E-10 1.2184E+15 6.6655E+11 Ru-105 4.4337E-03 6.5958E-13 3.7829E+12 4.6572E+11 Ru-106 3.0873E-03 9.2279E-10 5.2426E+15 3.0589E+11 Rh-105 4.5709E-03 5.4154E-12 3.1060E+13 4.5618E+11 Sb-127 9.4175E-03 3. 5265E-11 1.6722E+14 9.3566E+11 sb-129 2.4320E-02 4.3248E-12 2.0190E+13 2.5588E+12 Te-127 8.9251E-03 3.3819E-12 1.6036E+13 9.0903E+11 Te-127m 1.2775E-03 1.3544E-10 6.4222E+14 1.2658E+11 Te- 129 1.7404E-02 8.3102E-13 3.8795E+12 2.1694E+12 Te-129m 4.0024E-03 1. 3286E-10 6.2023E+14 3.9668E+11 Te-131m 1.1803E-02 1.4802E-11 6.8044E+13 1.1795E+12 Te-132 1. 1387E-01 3.7506E-10 1.7111E+15 1.1319E+13 1-131 6.4787E+01 5.2259E-07 2.4024E+18 6.4275E+15 1-132 7.4897E+01 7.2559E-09 3.3103E+16 8.3150E+15 1-133 1.2674E+02 1.1188E-07 5.0658E+17 1.2713E+16 1-134 7.9882E+01 2.9944E-09 1. 3457E+16 1.0762E+16 1-135 1.1272E+02 3.2096E-08 1.4317E+17 1.1613E+16 Xe-133 2.7948E+04 1.4931E-04 6.7606E+20 2. 7746E+18 xe-135 9.5995E+03 3.7590E-06 1.6768E+19 9.7820E+17 Cs-134 8.1786E-02 6.3212E-08 2.8408E+17 8.1032E+12 Cs-136 2.2718E-02 3.0997E-10 1.3726E+15 2.2527E+12 Cs-137 4.0190E-02 4.6205E-07 2.0311E+18 3.9819E+12 Ba-139 3.9871E-02 2.4375E-12 1.0561E+13 4.7874E+12 Ba-140 5.5465E-02 7.5763E-10 3.2590E+15 5. 5000E+12 La-140 5.9033E-04 1.0621E-12 4.5685E+12 5.8863E+10 La-141 4.6086E-04 8.1492E-14 3.4805E+11 4.8782E+10 La-142 3.6354E-04 2.5396E-14 1.0770E+11 4.2749E+10 Ce-141 1. 3162E-03 4.6192E-11 1.9729E+14 1.3045E+11 Ce-143 1. 1876E-03 1. 7884E-12 7.5314E+12 1.1859E+11 Ce-144 1.0931E-03 3.4270E-10 1.4332E+15 1.0830E+11 Pr-143 4.6563E-04 6.9147E-12 2.9120E+13 4. 6170E+10 Nd-147 2.1194E-04 2.6199E-12 1.0733E+13 2.1019E+10 Np-239 1.7824E-02 7.6831E-11 1.9359E+14 1.7740E+12 Pu-238 7.5230E-06 4.3944E-10 1.1119E+15 7.4536E+08 Pu-239 4.0401E-07 6.5000E-09 1. 6378E+16 4.0029E+07 Pu-240 6.3972E-07 2.8075E-09 7.0445E+15 6.3382E+07 Pu-241 1.8786E-04 1.8237E-09 4.5571E+15 1.8613E+10 Am-241 9.8717E-08 2.8762E-11 7.1871E+13 9.7806E+06 Cm-242 2.9956E-05 9.0384E-12 2.2492E+13 2.9681E+09 Cm-244 3.6672E-06 4.5329E-11 1.1188E+14 3.6334E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.7300 Atmosphere Sump Noble gases (atoms) 3.5693E+22 0.0000E+00 Elemental I (atoms) 3.0057E+18 0.O000E+00 organic I (atoms) 9.2960E+16 0.0000E+00 Aerosols (k 9 ) 5.7275E-07 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7577E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1980E-08 Total I (Ci) 4.5902E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7300 Leakage Transport Page 246

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) 8.3789E+18 Elemental I (atoms) 7.0986E+14 organic I (atoms) 2.1954E+13 Aerosols (kg) 1. 3445E-10 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.7300 Ci kg Atoms Bq Co-58 7.3451E-06 2.3099E-13 2.3984E+12 2.7177E+05 Co-60 8.7871E-06 7.7736E-12 7.8022E+13 3.2512E+05 Kr-85 7. 7803E+01 1.9831E-04 1.4050E+21 2.8787E+12 Kr-85m 1. 1588E+03 1.4081E-03 9.9762E+21 4.2876E+13 Kr-87 2.0522E+03 7.2450E-08 5.0150E+17 7. 5931E+13 Kr-88 3.0016E+03 2.3938E-07 1.6381E+18 1. 1106E+14 Rb-86 2.4658E-04 3.0305E-12 2.1221E+13 9.1236E+06 Sr-89 9.2441E-03 3.1819E-10 2.1530E+15 3.4203E+08 Sr-90 1. 3908E-03 1.0196E-08 6.8226E+16 5.1461E+07 Sr-91 1.1596E-02 3.1990E-12 2. 1170E+13 4.2907E+08 Sr-92 1.2382E-02 9.8510E-13 6.4482E+12 4.5814E+08 Y-90 1.4419E-05 2.6502E-14 1.7733E+11 5.3350E+05 Y-91 1.2036E-04 4.9078E-12 3.2478E+13 4.4532E+06 Y-92 1.2537E-04 1. 3029E-14 8.5285E+10 4.6387E+06 Y-93 1.4910E-04 4.4689E-14 2.8938E+11 5. 5166E+06 Zr-95 1. 7033E-04 7.9287E-12 5.0261E+13 6.3023E+06 Zr-97 1. 7171E-04 8.9823E-14 5.5765E+11 6.3533E+06 Nb-95 1.7115E-04 4.3768E-12 2.7745E+13 6.3325E+06 Mo-99 2.4909E-03 5.1934E-12 3.1592E+13 9.2162E+07 Tc-99m 2.1519E-03 4.0925E-13 2.4895E+12 7.9622E+07 Ru-103 2.1883E-03 6.7805E-11 3.9644E+14 8.0968E+07 Ru-105 1.5835E-03 2.3557E-13 1.3511E+12 5.8590E+07 Ru-106 1. 0041E-03 3.0013E-10 1.7051E+15 3.7152E+07 Rh-105 1. 5042E-03 1.7821E-12 1.0221E+13 5.5654E+07 sb-127 3. 0766E-03 1.1521E-11 5.4629E+13 1.1383E+08 Sb-129 8.7087E-03 1. 5487E-12 7.2296E+12 3.2222E+08 Te-127 3. 0346E-03 1. 1499E-12 5.4525E+12 1.1228E+08 Te-127m 4.1554E-04 4.4054E-11 2.0890E+14 1.5375E+07 Te-129 8. 1015E-03 3.8685E-13 1. 8059E+12 2.9976E+08 Te-129m 1. 3024E-03 4.3232E-11 2.0182E+14 4.8187E+07 Te-131m 3.8921E-03 4.8810E-12 2.2438E+13 1. 4401E+08 Te-132 3.7229E-02 1.2263E-10 5.5946E+14 1.3775E+09 1-131 2.1116E+01 1.7032E-07 7.8299E+17 7.8129E+11 1-132 2.9186E+01 2.8275E-09 1. 2900E+16 1.0799E+12 1-133 4.2050E+01 3.7120E-08 1. 6808E+17 1. 5559E+12 1-134 4.1759E+01 1.5654E-09 7.0350E+15 1.5451E+12 1-135 3.9038E+01 1. 1116E-08 4.9587E+16 1.4444E+12 Xe-133 9.1193E+03 4.8719E-05 2.2060E+20 3.3741E+14 Xe-135 3. 2666E+03 1. 2791E-06 5.7061E+18 1. 2086E+14 Cs-134 2.6599E-02 2.0559E-08 9.2393E+16 9.8417E+08 Cs-136 7.3983E-03 1.0094E-10 4.4698E+14 2.7374E+08 Cs-137 1. 3071E-02 1.5027E-07 6.6055E+17 4.8362E+08 Ba-139 1.7535E-02 1.0720E-12 4.6444E+12 6.4879E+08 Ba-140 1. 8063E-02 2.4674E-10 1.0613E+15 6.6834E+08 La-140 1.9398E-04 3.4899E-13 1. 5012E+12 7.1773E+06 Page 247

CRDA PELLET MVP TRIP 10 MIN.O0 La-141 1. 6661E-04 2.9461E-14 1.2583E+11 6.1647E+06 La-142 1.5485E-04 1.0817E-14 4. 5875E+10 5.7294E+06 Ce-141 4.2828E-04 1. 5031E-11 6.4197E+13 1.5846E+07 Ce-143 3.9115E-04 5.8900E-13 2.4805E+12 1.4472E+07 Ce-144 3. 5551E-04 1. 1146E-10 4.6614E+14 1. 3154E+07 Pr-143 1. 5163E-04 2.2517E-12 9.4826E+12 5.6102E+06 Nd-147 6.9038E-05 8.5339E-13 3.4961E+12 2.5544E+06 Np-239 5.8396E-03 2.5172E-11 6.3426E+13 2.1607E+08 Pu-238 2.4467E-06 1.4292E-10 3.6162E+14 9.0527E+04 Pu-239 1.3140E-07 2.1139E-09 5. 3265E+15 4.8616E+03 Pu-240 2.0805E-07 9.1305E-10 2.2910E+15 7.6980E+03 Pu-241 6.1098E-05 5.9311E-10 1.4821E+15 2.2606E+06 Am-241 3.2105E-08 9.3542E-12 2.3374E+13 1.1879E+03 Cm-242 9.7434E-06 2.9398E-12 7.3157E+12 3.6051E+05 Cm-244 1. 1927E-06 1.4742E-11 3.6385E+13 4.4129E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.7300 Release Rate/s Noble gases (atoms) 1.1610E+22 4.4177E+18 Elemental I (atoms) 9.8997E+17 3.7670E+14 organic I (atoms) 3.0618E+16 1.1651E+13 Aerosols (kq) 1.8628E-07 7.0881E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9461E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7368E+01 Total I (Ci) 1. 7315E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7300 Leakage Transport Noble gases (atoms) 8.3789E+18 Elemental I (atoms) 7.0986E+14 organic I (atoms) 2.1954E+13 Aerosols (kg) 1.3445E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.7300 Filtered Transported Noble gases (atoms) 0.0000E+00 4.0602E+17 Elemental I (atoms) O.OOOOE+00 3.4671E+13 organic I (atoms) O.OOOOE+00 1.0723E+12 Aerosols (kg) O.OOOOE+00 6.5146E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.7300 Filtered Transported Noble gases (atoms) 2.5000E+17 O.OOOOE+00 Elemental I (atoms) 2.1221E+13 0.OOOOE+00 organic I (atoms) 6.5631E+11 0.OOOOE+00 Aerosols (kg) 4.0114E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Page 248

CRDA PELLET MVP TRIP 10 MIN.o0 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.7300 Ci kg Atoms Decay Co-58 1.3656E-06 4.2948E-14 4.4592E+11 1.3434E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.6073E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.4231E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.1196E+16 Kr-87 2. 7517E+02 9.7145E-09 6.7244E+16 3.3306E+16 Kr-88 4.8217E+02 3.8453E-08 2.6315E+17 5.1957E+16 Rb-86 4.5815E-05 5.6307E-13 3.9429E+12 4.5087E+09 Sr-89 1. 7186E-03 5.9154E-11 4.0026E+14 1.6906E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2. 5440E+10 Sr-91 2.0642E-03 5.6945E-13 3.7685E+12 2.0859E+11 Sr-92 1. 9751E-03 1.5714E-13 1.0286E+12 2.1378E+11 Y-90 2. 6641E-06 4.8968E-15 3.2765E+10 2.6308E+08 Y-91 2.2376E-05 9.1244E-13 6.0383E+12 2.2012E+09 Y-92 2. 0731E-05 2. 1545E-15 1.4103E+10 2.1935E+09 Y-93 2. 6609E-05 7.9757E-15 5. 1646E+10 2.6845E+09 Zr-95 3.1668E-05 1.4741E-12 9.3446E+12 3.1153E+09 Zr-97 3.1157E-05 1. 6298E-14 1.0119E+11 3.1113E+09 Nb-95 3. 1813E-05 8.1356E-13 5.1573E+12 3.1299E+09 MO-99 4.6032E-04 9.5977E-13 5.8382E+12 4.5450E+10 Tc-99m 3.7349E-04 7.1030E-14 4.3207E+11 3.8338E+10 Ru-103 4.0679E-04 1. 2604E-11 7.3694E+13 4.0021E+10 RU-105 2. 6816E-04 3.9893E-14 2.2880E+11 2.7952E+10 RU-106 1. 8673E-04 5.5813E-11 3.1709E+14 1.8366E+10 Rh-105 2.7646E-04 3.2754E-13 1. 8786E+12 2.7389E+10 Sb-127 5.6959E-04 2.1329E-12 1.0114E+13 5.6178E+10 Sb-129 1.4709E-03 2.6158E-13 1.2211E+12 1.5358E+11 Te-127 5.3981E-04 2.0454E-13 9.6991E+11 5.4570E+10 Te-127m 7.7267E-05 8.1915E-12 3.8843E+13 7.6004E+09 Te-129 1.0526E-03 5.0262E-14 2.3464E+11 1.3007E+11 Te-129m 2.4208E-04 8.0357E-12 3.7513E+13 2.3817E+10 Te-131m 7.1387E-04 8.9523E-13 4.1154E+12 7.0814E+10 Te-132 6. 8868E-03 2.2684E-11 1.0349E+14 6.7957E+11 1-131 3.9185E+00 3.1607E-08 1.4530E+17 3.8591E+14 1-132 4.5299E+00 4.3886E-10 2.0022E+15 4.9889E+14 1-133 7. 6654E+00 6.7667E-09 3.0639E+16 7.6327E+14 1-134 4.8314E+00 1.8111E-10 8.1393E+14 6.4489E+14 1-135 6. 8173E+00 1.9412E-09 8.6595E+15 6.9711E+14 Xe-133 1. 6904E+03 9.0306E-06 4.0890E+19 1.6659E+17 Xe-135 5.8060E+02 2.2735E-07 1.0142E+18 5.8722E+16 Cs-134 4.9466E-03 3.8232E-09 1. 7182E+16 4.8653E+11 Cs-136 1. 3741E-03 1.8748E-11 8.3017E+13 1.3526E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.3908E+11 Ba-139 2.4115E-03 1.4743E-13 6.3873E+11 2.8709E+11 Ba-140 3. 3547E-03 4.5823E-11 1.9711E+14 3.3023E+11 La-140 3.5704E-05 6.4236E-14 2.7631E+11 3.5341E+09 La-141 2.7874E-05 4.9288E-15 2.1051E+10 2.9277E+09 La-142 2.1988E-05 1.5360E-15 6.5140E+09 2.5639E+09 Ce-141 7.9605E-05 2.7938E-12 1.1932E+13 7.8321E+09 Ce-143 7.1831E-05 1.0817E-13 4.5552E+11 7.1200E+09 Ce-144 6. 6110E-05 2.0728E-11 8.6683E+13 6.5025E+09 Pr-143 2.8162E-05 4.1822E-13 1.7612E+12 2.7721E+09 Nd-147 1. 2819E-05 1.5846E-13 6.4914E+11 1.2620E+09 Np-239 1.0780E-03 4.6469E-12 1.1709E+13 1.0651E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.4753E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.4034E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.8056E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1. 1176E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 5.8724E+05 Cm-242 1. 8118E-06 5.4666E-13 1.3604E+12 1.7821E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.1815E+07 Page 249

CRDA PELLET MVP TRIP 10 MIN.O0 MVP Holdup Transport Group Inventory: Time (h) = 0.7300 Atmosphere sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8179E+17 0.OOOOE+00 organic I (atoms) 5.6224E+15 0.OOOOE+00 Aerosols (kg) 3.4641E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0804E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.6014E-08 Total I (Ci) 2.7763E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.7400 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.7400 whole Body Thyroid TEDE Delta dose (rem) 1.0460E-05 7.8048E-05 1.2933E-05 Accumulated dose (rem) 1.2468E-01 7.8180E-01 1.4953E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.7400 whole Body Thyroid TEDE Delta dose (rem) 2.5165E-06 1.8776E-05 3.1113E-06 Accumulated dose (rem) 5.5733E-02 3.4937E-01 6.6839E-02 Control Room Doses: Time (h) = 0.7400 whole Body Thyroid TEDE Delta dose (rem) 7.6366E-06 1. 1768E-03 4.4915E-05 Accumulated dose (rem) 8.9314E-04 1.2457E-01 4.8468E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.7400 Ci kg Atoms Decay Co-58 2.2579E-05 7.1008E-13 7.3727E+12 2.2675E+09 Co-60 2.7018E-05 2.3902E-11 2.3990E+14 2.7129E+09 Kr-85 2.3923E+02 6.0975E-04 4.3200E+21 2.4021E+16 Kr-85m 3.5630E+03 4.3296E-03 3.0674E+22 3. 5777E+17 Kr-87 4.5248E+03 1.5974E-07 1.1057E+18 5.6150E+17 Kr-88 7.9527E+03 6.3422E-07 4.3402E+18 8.7645E+17 Rb-86 7.5748E-04 9.3094E-12 6. 5189E+13 7. 6103E+10 Sr-89 2.8414E-02 9.7803E-10 6.6178E+15 2.8536E+12 Sr-90 4.2765E-03 3.1351E-08 2.0978E+17 4.2941E+11 Sr-91 3.4105E-02 9.4082E-12 6.2261E+13 3.5201E+12 Sr-92 3.2573E-02 2.5914E-12 1. 6963E+13 3.6061E+12 Page 250

CRDA PELLET MVP TRIP 10 MIN.O0 Y-90 4.4043E-05 8.0953E-14 5.4168E+11 4.4404E+09 Y-91 3.6996E-04 1. 5086E-11 9.9834E+13 3.7155E+10 Y-92 3.4209E-04 3. 5552E-14 2.3271E+11 3.7005E+10 Y-93 4.3965E-04 1.3178E-13 8.5331E+11 4.5303E+10 Zr-95 5.2359E-04 2.4373E-11 1. 5450E+14 5. 2583E+10 Zr-97 5.1493E-04 2.6936E-13 1.6723E+12 5.2510E+10 Nb-95 5.2598E-04 1.3451E-11 8.5268E+13 5.2830E+10 Mo-99 7.6100E-03 1. 5867E-11 9.6517E+13 7.6714E+11 Tc-99m 6-.1681E-03 1. 1730E-12 7.1355E+12 6.4692E+11 Ru-103 6.7257E-03 2.0839E-10 1.2184E+15 6.7551E+11 Ru-105 4.4268E-03 6.5855E-13 3.7770E+12 4.7162E+11 Ru-106 3.0873E-03 9.2279E-10 5.2426E+15 3. 1000E+11 Rh-105 4.5700E-03 5.4144E-12 3.1053E+13 4.6227E+11 sb-127 9.4168E-03 3. 5262E-11 1. 6721E+14 9.4820E+11 sb-129 2.4281E-02 4.3179E-12 2.0157E+13 2.5912E+12 Te-127 8.9184E-03 3.3793E-12 1. 6024E+13 9.2091E+11 Te-127m 1.2775E-03 1.3544E-10 6.4221E+14 1.2829E+11 Te-129 1.7300E-02 8.2607E-13 3.8564E+12 2.1926E+12 Te-129m 4.0024E-03 1.3286E-10 6.2023E+14 4.0201E+11 Te-131m 1. 1800E-02 1.4798E-11 6.8028E+13 1.1952E+12 Te-132 1.1385E-01 3.7502E-10 1. 7109E+15 1.1470E+13 1-131 6.4785E+01 5.2256E-07 2.4023E+18 6. 5138E+15 1-132 7.4671E+01 7.2341E-09 3.3003E+16 8.4147E+15 1-133 1.2670E+02 1. 1184E-07 5.0641E+17 1.2882E+16 1-134 7.9252E+01 2.9708E-09 1. 3351E+16 1.0868E+16 1-135 1. 1260E+02 3.2062E-08 1.4302E+17 1. 1763E+16 Xe-133 2.7946E+04 1.4930E-04 6.7602E+20 2.8119E+18 Xe-135 9.5922E+03 3.7562E-06 1. 6756E+19 9.9098E+17 Cs-134 8.1785E-02 6.3212E-08 2.8408E+17 8.2121E+12 Cs-136 2.2718E-02 3.0997E-10 1. 3725E+15 2.2830E+12 Cs-137 4.0190E-02 4.6205E-07 2.0310E+18 4.0355E+12 Ba-139 3.9671E-02 2.4253E-12 1.0508E+13 4.8404E+12 Ba-140 5.5464E-02 7.5761E-10 3.2589E+15 5.5739E+12 La-140 5.9022E-04 1.0619E-12 4. 5677E+12 5.9649E+10 La-141 4.6005E-04 8.1348E-14 3.4744E+11 4.9395E+10 La-142 3.6191E-04 2.5282E-14 1.0722E+11 4.3232E+10 Ce-141 1. 3162E-03 4.6191E-11 1. 9728E+14 1. 3220E+11 Ce-143 1. 1874E-03 1.7880E-12 7.5298E+12 1.2017E+11 Ce-144 1.0930E-03 3.4270E-10 1.4332E+15 1.0976E+11 Pr-143 4.6562E-04 6.9146E-12 2.9119E+13 4.6790E+10 Nd-147 2.1194E-04 2.6198E-12 1.0732E+13 2.1302E+10 Np-239 1.7822E-02 7.6821E-11 1.9357E+14 1.7978E+12 Pu-238 7.5230E-06 4.3943E-10 1.1119E+15 7.5538E+08 Pu-239 4.0401E-07 6.4999E-09 1. 6378E+16 4.0567E+07 Pu-240 6.3972E-07 2.8074E-09 7.0445E+15 6.4234E+07 Pu-241 1.8786E-04 1.8237E-09 4.5571E+15 1.8863E+10 Am-241 9.8716E-08 2.8762E-11 7.1871E+13 9.9121E+06 Cm-242 2.9956E-05 9.0384E-12 2.2492E+13 3.0080E+09 Cm-244 3.6672E-06 4.5329E-11 1.1188E+14 3.6822E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.7400 Atmosphere sump Noble gases (atoms) 3.5693E+22 O.OOOOE+00 Elemental I (atoms) 3.0051E+18 O.OOOOE+00 organic I (atoms) 9.2941E+16 0.OOOOE+00 Aerosols (kq) 5.7275E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7567E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1953E-08 Total I (Ci) 4.5800E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7400 Leakage Transport Page 251

CRDA PELLET MVP TRIP 10 MIN.oO Noble gases (atoms) 8.5276E+18 Elemental I (atoms) 7.2238E+14 organic I (atoms) 2.2342E+13 Aerosols (kg) 1.3683E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) 0.7400 Ci kg Atoms Bq co-58 7.3452E-06 2.3100E-13 2.3984E+12 2.7177E+05 Co-60 8.7872E-06 7.7737E-12 7.8023E+13 3.2513E+05 Kr-85 7. 7804E+01 1.9831E-04 1.4050E+21 2.8787E+12 Kr-85m 1. 1588E+03 1.4081E-03 9.9763E+21 4.2876E+13 Kr-87 2.0522E+03 7.2451E-08 5.0151E+17 7.5932E+13 Kr-88 3. 0016E+03 2.3938E-07 1. 6381E+18 1.1106E+14 Rb-86 2.4659E-04 3.0305E-12 2.1221E+13 9.1238E+06 Sr-89 9. 2442E-03 3.1819E-10 2.1530E+15 3.4204E+08 Sr-90 1. 3909E-03 1.0196E-08 6.8227E+16 5.1462E+07 Sr-91 1. 1597E-02 3.1990E-12 2.1170E+13 4.2907E+08 Sr-92 1. 2382E-02 9.8511E-13 6.4483E+12 4.5814E+08 Y-90 1.4419E-05 2.6503E-14 1. 7734E+11 5.3351E+05 Y-91 1.2036E-04 4.9078E-12 3.2479E+13 4.4533E+06 Y-92 1.2537E-04 1. 3029E-14 8. 5286E+10 4.6387E+06 Y-93 1. 4910E-04 4.4689E-14 2.8938E+11 5.5166E+06 zr-95 1.7033E-04 7.9288E-12 5.0262E+13 6.3024E+06 Zr-97 1. 7171E-04 8.9824E-14 5.5766E+11 6.3534E+06 Nb-95 1. 7115E-04 4.3769E-12 2.7745E+13 6.3325E+06 Mo-99 2.4909E-03 5.1935E-12 3.1592E+13 9.2163E+07 Tc-99m 2.1520E-03 4.0926E-13 2.4895E+12 7.9623E+07 Ru-103 2.1884E-03 6.7806E-11 3.9644E+14 8.0969E+07 Ru-105 1.5835E-03 2. 3557E-13 1. 3511E+12 5.8591E+07 Ru-106 1. 0041E-03 3.0013E-10 1. 7051E+15 3.7152E+07 Rh-105 1. 5042E-03 1.7821E-12 1.0221E+13 5.5654E+07 Sb-127 3.0766E-03 1.1521E-11 5.4630E+13 1. 1384E+08 Sb-129 8.7088E-03 1. 5487E-12 7.2297E+12 3.2223E+08 Te-127 3.0347E-03 1. 1499E-12 5.4526E+12 1.1228E+08 Te-127m 4.1555E-04 4.4055E-11 2.0890E+14 1.5375E+07 Te-129 8.1016E-03 3.8685E-13 1.8060E+12 2.9976E+08 Te-129m 1. 3024E-03 4.3232E-11 2.0182E+14 4.8188E+07 Te-131m 3.8922E-03 4.8811E-12 2.2439E+13 1.4401E+08 Te-132 3.7230E-02 1.2263E-10 5.5947E+14 1.3775E+09 1-131 2. 1116E+01 1.7033E-07 7.8300E+17 7.8130E+11 1-132 2.9186E+01 2.8275E-09 1. 2900E+16 1. 0799E+12 1-133 4.2051E+01 3.7121E-08 1. 6808E+17 1. 5559E+12 1-134 4. 1760E+01 1.5654E-09 7.0351E+15 1. 5451E+12 1-135 3.9038E+01 1. 1116E-08 4.9587E+16 1.4444E+12 Xe-133 9.1194E+03 4.8720E-05 2.2060E+20 3.3742E+14 xe-135 3. 2666E+03 1.2792E-06 5.7061E+18 1.2087E+14 Cs-134 2.6600E-02 2.0559E-08 9.2394E+16 9.8418E+08 Cs-136 7.3984E-03 1.0095E-10 4.4699E+14 2.7374E+08 Cs-137 1. 3071E-02 1.5027E-07 6.6056E+17 4.8363E+08 Ba-139 1.7535E-02 1.0720E-12 4.6445E+12 6.4879E+08 Ba-140 1. 8063E-02 2.4674E-10 1. 0614E+15 6.6835E+08 La-140 1.9398E-04 3.4900E-13 1. 5012E+12 7.1774E+06 La-141 1. 6661E-04 2.9461E-14 1.2583E+11 6.1647E+06 Page 252

CRDA PELLET MVP TRIP 10 MIN.o0 La-142 1.5485E-04 1.0817E-14 4.5876E+10 5.7295E+06 Ce-141 4.2828E-04 1.5031E-11 6.4197E+13 1.5846E+07 Ce-143 3.9115E-04 5.8901E-13 2.4805E+12 1.4473E+07 Ce-144 3.5551E-04 1.1146E-10 4.6615E+14 1. 3154E+07 Pr-143 1.5163E-04 2.2517E-12 9.4827E+12 5.6103E+06 Nd-147 6.9039E-05 8.5340E-13 3.4961E+12 2.5544E+06 Np-239 5.8397E-03 2.5172E-11 6.3426E+13 2.1607E+08 Pu-238 2.4467E-06 1.4292E-10 3.6162E+14 9.0528E+04 Pu-239 1.3140E-07 2.1140E-09 5.3266E+15 4.8617E+03 Pu-240 2.0806E-07 9.1306E-10 2.2911E+15 7.6981E+03 Pu-241 6.1099E-05 5.9312E-10 1.4821E+15 2.2607E+06 Am-241 3.2105E-08 9.3543E-12 2.3375E+13 1. 1879E+03 Cm-242 9.7435E-06 2.9399E-12 7.3158E+12 3.6051E+05 Cm-244 1.1927E-06 1.4742E-11 3.6385E+13 4.4129E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.7400 Release Rate/s Noble gases (atoms) 1.1610E+22 4.3580E+18 Elemental I (atoms) 9.8998E+17 3.7161E+14 organic I (atoms) 3.0618E+16 1.1493E+13 Aerosols (kq) 1.8628E-07 6.9924E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9461E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7369E+01 Total I (ci) 1.7315E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7400 Leakage Transport Noble gases (atoms) 8.5276E+18 Elemental I (atoms) 7.2238E+14 organic I (atoms) 2.2342E+13 Aerosols (kg) 1. 3683E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.7400 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0646E+17 Elemental I (atoms) O.OOOOE+00 3.4708E+13 organic I (atoms) O.OOOOE+00 1.0734E+12 Aerosols (kg) O.OOOOE+00 6.5215E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.7400 Filtered Transported Noble gases (atoms) 2.5245E+17 0.OOOOE+00 Elemental I (atoms) 2.1427E+13 0.OOOOE+00 organic I (atoms) 6.6268E+11 0.OOOOE+00 Aerosols (kg) 4.0507E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Page 253

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 0.7400 Ci kg AtOms Decay Co-58 1.3656E-06 4.2947E-14 4.4592E+11 1. 3616E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.6290E+08 Kr-85 1. 4469E+01 3.6879E-05 2.6128E+20 1.4424E+15 Kr-85m 2. 1550E+02 2.6186E-04 1.8553E+21 2.1483E+16 Kr-87 2. 7367E+02 9.6617E-09 6.6879E+16 3.3672E+16 Kr-88 4. 8100E+02 3.8359E-08 2.6251E+17 5.2598E+16 Rb-86 4. 5815E-05 5.6306E-13 3.9428E+12 4.5698E+09 Sr-89 1.7185E-03 5.9154E-11 4.0026E+14 1.7135E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2. 5785E+10 Sr-91 2.0627E-03 5.6903E-13 3.7657E+12 2.1134E+11 Sr-92 1. 9701E-03 1. 5674E-13 1.0260E+12 2.1641E+11 Y-90 2.6639E-06 4.8962E-15 3.2762E+10 2.6663E+08 Y-91 2.2376E-05 9.1243E-13 6.0382E+12 2.2310E+09 Y-92 2.0691E-05 2.1503E-15 1.4075E+10 2.2210E+09 Y-93 2.6591E-05 7.9702E-15 5.1610E+10 2.7199E+09 Zr-95 3.1668E-05 1.4741E-12 9.3445E+12 3.1574E+09 Zr-97 3.1145E-05 1. 6292E-14 1.0115E+11 3.1528E+09 Nb-95 3.1813E-05 8.1356E-13 5.1572E+12 3.1723E+09 Mo-99 4.6027E-04 9.5967E-13 5.8376E+12 4.6064E+10 Tc-99m 3.7306E-04 7.0948E-14 4.3157E+11 3.8836E+10 RU-103 4. 0679E-04 1.2604E-11 7.3693E+13 4.0562E+10 Ru-105 2.6774E-04 3.9831E-14 2.2844E+11 2.8309E+10 Ru-106 1. 8673E-04 5.5813E-11 3.1709E+14 1.8615E+10 Rh-105 2. 7641E-04 3.2747E-13 1.8782E+12 2.7757E+10 Sb-127 5.6955E-04 2.1327E-12 1. 0113E+13 5.6936E+10 Sb-129 1.4686E-03 2.6116E-13 1. 2192E+12 1. 5553E+11 Te-127 5. 3941E-04 2.0439E-13 9.6919E+11 5.5289E+10 Te-127m 7.7267E-05 8.1915E-12 3.8843E+13 7.7033E+09 Te-129 1. 0463E-03 4.9963E-14 2.3324E+11 1. 3146E+11 Te-129m 2.4208E-04 8.0356E-12 3. 7513E+13 2.4140E+10 Te-131m 7.1370E-04 8.9503E-13 4.1145E+12 7.1764E+10 Te-132 6.8862E-03 2.2682E-11 1.0348E+14 6.8875E+11 1-131 3.9184E+00 3.1606E-08 1.4529E+17 3. 9113E+14 1-132 4. 5163E+00 4.3754E-10 1.9961E+15 5.0491E+14 1-133 7. 6628E+00 6.7645E-09 3.0629E+16 7.7347E+14 1-134 4.7934E+00 1.7968E-10 8.0752E+14 6. 5130E+14 1-135 6. 8102E+00 1.9392E-09 8.6504E+15 7.0618E+14 xe-133 1. 6903E+03 9.0301E-06 4.0888E+19 1. 6884E+17 Xe-135 5.8016E+02 2.2718E-07 1.0134E+18 5.9495E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 4.9312E+11 Cs-136 1. 3740E-03 1.8747E-11 8. 3015E+13 1. 3709E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 2.4232E+11 Ba-139 2.3994E-03 1.4669E-13 6.3552E+11 2.9030E+11 Ba-140 3.3546E-03 4. 5822E-11 1.9711E+14 3.3469E+11 La-140 3.5698E-05 6.4225E-14 2.7627E+11 3.5816E+09 La-141 2.7825E-05 4.9201E-15 2.1014E+10 2.9648E+09 La-142 2.1889E-05 1. 5291E-15 6.4848E+09 2.5931E+09 Ce-141 7.9604E-05 2.7938E-12 1.1932E+13 7.9382E+09 Ce-143 7. 1816E-05 1.0814E-13 4.5542E+11 7.2156E+09 Ce-144 6.6110E-05 2.0728E-11 8.6683E+13 6.5906E+09 Pr-143 2. 8162E-05 4.1821E-13 1. 7612E+12 2.8096E+09 Nd-147 1.2818E-05 1. 5845E-13 6.4913E+11 1. 2791E+09 Np-239 1.0779E-03 4.6463E-12 1.1707E+13 1.0795E+11 Pu-238 4. 5501E-07 2.6578E-11 6.7251E+13 4.5359E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.4359E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 3.8571E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1. 1327E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 5.9520E+05 Cm-242 1.8118E-06 5.4666E-13 1. 3604E+12 1.8063E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.2111E+07 Page 254

CRDA PELLET MVP TRIP 10 MIN.o0 MVP Holdup Transport Group Inventory: Time (h) = 0.7400 Atmosphere sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8176E+17 0.OOOOE+00 organic I (atoms) 5.6213E+15 0.OOOOE+00 Aerosols (kg) 3.4641E-08 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0794E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5985E-08 Total I (Ci) 2.7701E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.O000E+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.7500 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.7500 whole Body Thyroid TEDE Delta dose (rem) 1.0433E-05 7.8035E-05 1.2905E-05 Accumulated dose (rem) 1.2469E-01 7.8187E-01 1.4955E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.7500 whole Body Thyroid TEDE Delta dose (rem) 2.5099E-06 1.8773E-05 3.1045E-06 Accumulated dose (rem) 5.5735E-02 3.4939E-01 6.6842E-02 control Room Doses: Time (h) = 0.7500 whole Body Thyroid TEDE Delta dose (rem) 7.5165E-06 1. 1611E-03 4.4298E-05 Accumulated dose (rem) 9.0065E-04 1.2573E-01 4.8911E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.7500 Ci kg Atoms Decay Co-58 2.2579E-05 7.1007E-13 7.3727E+12 2.2976E+09 Co-60 2. 7018E-05 2.3902E-11 2.3990E+14 2.7489E+09 Kr-85 2. 3922E+02 6.0975E-04 4.3200E+21 2.4339E+16 Kr-85m 3. 5630E+03 4.3296E-03 3.0674E+22 3.6251E+17 Kr-87 4. 5002E+03 1.5888E-07 1.0997E+18 5.6751E+17 Kr-88 7. 9333E+03 6.3267E-07 4.3296E+18 8.8703E+17 Rb-86 7. 5747E-04 9.3092E-12 6.5188E+13 7.7112E+10 Sr-89 2.8414E-02 9.7802E-10 6.6177E+15 2.8915E+12 Sr-90 4.2765E-03 3.1351E-08 2.0978E+17 4.3510E+11 Sr-91 3.4080E-02 9.4013E-12 6.2215E+13 3. 5655E+12 Sr-92 3.2489E-02 2.5848E-12 1.6920E+13 3.6494E+12 Y-90 4.4038E-05 8.0944E-14 5.4161E+11 4.4991E+09 Page 255

CRDA PELLET MVP TRIP 10 MIN.O0 Y-91 3.6996E-04 1.5086E-11 9.9833E+13 3.7648E+10 Y-92 3.4142E-04 3.5482E-14 2.3226E+11 3.7460E+10 Y-93 4.3935E-04 1.3169E-13 8.5272E+11 4.5889E+10 Zr-95 5.2359E-04 2.4372E-11 1.5450E+14 5.3280E+10 Zr-97 5.1472E-04 2.6925E-13 1.6716E+12 5.3195E+10 Nb-95 5.2597E-04 1.3451E-11 8.5267E+13 5.3530E+10 MO-99 7.6091E-03 1.5865E-11 9.6507E+13 7.7727E+11 Tc-99m 6.1609E-03 1.1717E-12 7.1273E+12 6.5513E+11 Ru-103 6.7256E-03 2.0839E-10 1.2184E+15 6.8447E+11 RU-105 4.4199E-03 6.5752E-13 3.7711E+12 4.7751E+11 Ru-106 3.0872E-03 9.2278E-10 5.2426E+15 3. 1411E+11 Rh-105 4.5691E-03 5.4133E-12 3.1047E+13 4.6836E+11 Sb-127 9.4160E-03 3.5259E-11 1.6719E+14 9.6075E+11 Sb-129 2.4242E-02 4.3109E-12 2.0125E+13 2.6235E+12 Te-127 8.9118E-03 3.3768E-12 1.6012E+13 9.3279E+11 Te-127m 1.2775E-03 1.3543E-10 6.4221E+14 1.2999E+11 Te-129 1.7197E-02 8.2114E-13 3.8334E+12 2.2155E+12 Te-129m 4.0023E-03 1.3286E-10 6.2022E+14 4.0734E+11 Te-131m 1.1797E-02 1.4795E-11 6.8012E+13 1. 2109E+12 Te-132 1.1384E-01 3.7499E-10 1.7108E+15 1.1622E+13 1-131 6.4782E+01 5.2254E-07 2.4022E+18 6.6001E+15 1-132 7.4446E+01 7.2123E-09 3.2904E+16 8.5140E+15 1-133 1.2665E+02 1.1180E-07 5.0624E+17 1. 3051E+16 1-134 7.8628E+01 2.9474E-09 1.3246E+16 1.0973E+16 1-135 1.1248E+02 3.2028E-08 1.4287E+17 1. 1913E+16 Xe-133 2.7945E+04 1.4929E-04 6.7598E+20 2.8491E+18 Xe-135 9.5849E+03 3.7533E-06 1.6743E+19 1.0038E+18 Cs-134 8.1785E-02 6.3211E-08 2.8408E+17 8.3211E+12 Cs-136 2.2717E-02 3.0996E-10 1.3725E+15 2.3132E+12 Cs-137 4.0190E-02 4.6205E-07 2.0310E+18 4.0890E+12 Ba-139 3.9471E-02 2.4131E-12 1.0455E+13 4.8931E+12 Ba-140 5.5462E-02 7.5759E-10 3.2588E+15 5.6477E+12 La-140 5.9012E-04 1.0617E-12 4.5669E+12 6.0435E+10 La-141 4.5924E-04 8.1204E-14 3.4682E+11 5.0007E+10 La-142 3.6028E-04 2.5168E-14 1.0674E+11 4.3713E+10 Ce-141 1.3161E-03 4.6191E-11 1.9728E+14 1. 3395E+11 Ce-143 1.1871E-03 1.7876E-12 7.5282E+12 1.2175E+11 Ce-144 1.0930E-03 3.4270E-10 1.4332E+15 1.1121E+11 Pr-143 4.6561E-04 6.9144E-12 2.9118E+13 4.7410E+10 Nd-147 2.1193E-04 2.6197E-12 1.0732E+13 2.1584E+10 Np-239 1.7820E-02 7.6811E-11 1.9354E+14 1.8215E+12 Pu-238 7.5230E-06 4.3943E-10 1.1119E+15 7.6540E+08 Pu-239 4.0401E-07 6.4999E-09 1.6378E+16 4.1105E+07 Pu-240 6.3972E-07 2.8074E-09 7.0445E+15 6.5086E+07 Pu-241 1.8786E-04 1.8237E-09 4.5570E+15 1.9114E+10 Am-241 9.8716E-08 2.8762E-11 7.1871E+13 1.0044E+07 Cm-242 2.9956E-05 9.0383E-12 2.2492E+13 3.0479E+09 Cm-244 3.6672E-06 4.5328E-11 1.1187E+14 3.7311E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.7500 Atmosphere Sump Noble gases (atoms) 3.5692E+22 0.0000E+00 Elemental I (atoms) 3.0045E+18 0.0000E+00 organic I (atoms) 9.2923E+16 0.0000E+00 Aerosols (k 9 ) 5.7275E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7558E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.1925E-08 Total I (Ci) 4.5699E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7500 Leakage Transport Noble gases (atoms) 8.6764E+18 Page 256

CRDA PELLET MVP TRIP 10 MIN.O0 Elemental I (atoms) 7.3490E+14 organi c I (atoms) 2.2729E+13 Aerosols (kg) 1.3922E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.7500 Ci kg Atoms Bq Co-58 7.3453E-06 2.3100E-13 2.3985E+12 2.7178E+05 co-60 8. 7873E-06 7.7738E-12 7.8024E+13 3.2513E+05 Kr-85 7. 7805E+01 1. 9831E-04 1.4050E+21 2.8788E+12 Kr-85m 1. 1588E+03 1.4081E-03 9.9765E+21 4.2877E+13 Kr-87 2.0522E+03 7.2452E-08 5.0151E+17 7. 5933E+13 Kr-88 3.0016E+03 2.3938E-07 1.6382E+18 1. 1106E+14 Rb-86 2.4659E-04 3.0306E-12 2.1222E+13 9.1239E+06 Sr-89 9. 2443E-03 3.1820E-10 2.1531E+15 3.4204E+08 Sr-90 1. 3909E-03 1.0196E-08 6.8227E+16 5.1462E+07 Sr-91 1.1597E-02 3.1991E-12 2.1171E+13 4.2908E+08 Sr-92 1.2382E-02 9.8512E-13 6.4484E+12 4. 5815E+08 Y-90 1.4419E-05 2.6503E-14 1.7734E+11 5. 3351E+05 Y-91 1.2036E-04 4.9079E-12 3.2479E+13 4.4533E+06 Y-92 1.2537E-04 1. 3029E-14 8.5287E+10 4.6388E+06 Y-93 1.4910E-04 4.4690E-14 2.8939E+11 5. 5167E+06 Zr-95 1.7034E-04 7.9289E-12 5.0262E+13 6.3024E+06 Zr-97 1.7172E-04 8.9825E-14 5. 5767E+11 6.3535E+06 Nb-95 1.7115E-04 4.3769E-12 2.7746E+13 6.3326E+06 Mo-99 2.4909E-03 5.1936E-12 3.1592E+13 9.2164E+07 Tc-99m 2.1520E-03 4.0926E-13 2.4895E+12 7.9624E+07 Ru-103 2.1884E-03 6.7807E-11 3.9645E+14 8.0970E+07 Ru-105 1.5836E-03 2. 3558E-13 1. 3511E+12 5.8592E+07 Ru-106 1. 0041E-03 3.0014E-10 1. 7052E+15 3.7153E+07 Rh-105 1. 5042E-03 1. 7821E-12 1.0221E+13 5.5655E+07 sb-127 3.0767E-03 1. 1521E-11 5.4630E+13 1. 1384E+08 sb-129 8.7089E-03 1. 5487E-12 7.2298E+12 3.2223E+08 Te-127 3.0347E-03 1. 1499E-12 5.4526E+12 1.1228E+08 Te-127m 4.1555E-04 4.4055E-11 2.0890E+14 1.5376E+07 Te-129 8.1017E-03 3.8686E-13 1.8060E+12 2.9976E+08 Te-129m 1. 3024E-03 4.3233E-11 2.0182E+14 4.8189E+07 Te-131m 3.8922E-03 4.8811E-12 2.2439E+13 1. 4401E+08 Te-132 3.7230E-02 1.2263E-10 5.5947E+14 1.3775E+09 1-131 2. 1116E+01 1.7033E-07 7.8301E+17 7.8131E+11 1-132 2.9187E+01 2.8276E-09 1. 2900E+16 1.0799E+12 1-133 4. 2051E+01 3.7121E-08 1. 6808E+17 1. 5559E+12 1-134 4.1760E+01 1.5654E-09 7.0352E+15 1.5451E+12 1-135 3. 9039E+01 1. 1116E-08 4.9588E+16 1.4444E+12 Xe-133 9.1195E+03 4.8720E-05 2.2060E+20 3.3742E+14 xe-135 3. 2667E+03 1.2792E-06 5.7062E+18 1.2087E+14 Cs-134 2. 6600E-02 2.0559E-08 9.2395E+16 9.8420E+08 Cs-136 7.3985E-03 1.0095E-10 4.4700E+14 2.7374E+08 Cs-137 1. 3071E-02 1.5027E-07 6.6057E+17 4.8363E+08 Ba-139 1.7535E-02 1.0720E-12 4.6445E+12 6.4880E+08 Ba-140 1. 8064E-02 2.4674E-10 1.0614E+15 6.6836E+08 La-140 1.9399E-04 3.4900E-13 1. 5012E+12 7.1774E+06 La-141 1. 6662E-04 2.9462E-14 1.2583E+11 6.1648E+06 La-142 1.5485E-04 1.0817E-14 4.5876E+10 5.7295E+06 Page 257

CRDA PELLET MVP TRIP 10 MIN.oO Ce-141 4.2829E-04 1.5031E-11 6.4198E+13 1.5847E+07 Ce-143 3.9116E-04 5.8902E-13 2.4805E+12 1.4473E+07 Ce-144 3.5552E-04 1.1147E-10 4.6615E+14 1. 3154E+07 Pr-143 1.5163E-04 2.2518E-12 9.4828E+12 5.6104E+06 Nd-147 6.9039E-05 8.5341E-13 3.4961E+12 2.5545E+06 Np-239 5.8397E-03 2.5172E-11 6.3427E+13 2.1607E+08 Pu-238 2.4467E-06 1.4292E-10 3.6163E+14 9.0529E+04 Pu-239 1.3140E-07 2.1140E-09 5.3267E+15 4.8617E+03 Pu-240 2.0806E-07 9.1307E-10 2.2911E+15 7.6982E+03 Pu-241 6.1100E-05 5.9313E-10 1.4821E+15 2.2607E+06 Am-241 3.2106E-08 9.3544E-12 2. 3375E+13 1.1879E+03 Cm-242 9.7437E-06 2.9399E-12 7.3159E+12 3.6052E+05 Cm-244 1.1927E-06 1.4742E-11 3.6386E+13 4.4130E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.7500 Release Rate/s Noble gases (atoms) 1.1610E+22 4.3000E+18 Elemental I (atoms) 9.8999E+17 3.6666E+14 Organic I (atoms) 3.0618E+16 1.1340E+13 Aerosols (k 9 ) 1.8628E-07 6.8993E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9462E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7369E+01 Total I (Ci) 1.7315E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7500 Leakage Transport Noble gases (atoms) 8.6764E+18 Elemental I (atoms) 7.3490E+14 Organic I (atoms) 2.2729E+13 Aerosols (kg) 1. 3922E-10 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.7500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.0689E+17 Elemental I (atoms) O.0000E+00 3.4744E+13 Organi c I (atoms) 0.OOOOE+00 1.0746E+12 Aerosols (kg) 0.OOOOE+00 6.5284E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.7500 Filtered Transported Noble gases (atoms) 2.5486E+17 O.OOOOE+00 Elemental I (atoms) 2.1630E+13 O.OOOOE+00 Organic I (atoms) 6.6897E+11 O.OOOOE+00 Aerosols (kg) 4.0894E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Page 258

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.7500 Ci kg Atoms Decay Co-58 1.3 3656E-06 4.2947E-14 4.4592E+11 1.3798E+08 Co-60 6341E-06 1.4456E-12 1.4510E+13 1.6508E+08 Kr-85 4469E+01 3.6879E-05 2.6128E+20 1.4617E+15 Kr-85m 2.; L550E+02 2.6186E-04 1.8553E+21 2.1770E+16 Kr-87 2.7 T219E+02 9.6092E-09 6.6515E+16 3.4035E+16 T983E+02 3.8266E-08 2.6187E+17 5.3238E+16 Kr-88 4.; Rb-86 4.5 5814E-05 5.6305E-13 3.9427E+12 4.6308E+09 Sr-89 1.7 !185E-03 5.9153E-11 4.0026E+14 1.7364E+11 Sr-90 2.5 5866E-04 1.8962E-09 1.2688E+16 2.6129E+10 3.7630E+12 2.1408E+II Sr-91 Sr-92 1.9.)612E-03 2.( 9651E-03 5.6862E-13 1.5634E-13 1.0233E+12 2.1903E+11 Y-90 2.6 5636E-06 4.8957E-15 3.2758E+10 2.7018E+08 9.1243E-13 6.0382E+12 2.2609E+09 Y-91 2.02376E-05 2.2 2.1461E-15 1.4048E+10 2.2486E+09 Y-92 Y-93 2.6)650E-05 5573E-05 7.9647E-15 5.1575E+10 2.7553E+09 Zr-95 3.1 668E-05 1.4741E-12 9.3445E+12 3.1996E+09 1.6285E-14 3.1942E+09 3.1.132E-05 Zr-97 3.: 1.0110E+11 Nb-95 .812E-05 8.1355E-13 5.1572E+12 3.2147E+09 Mo-99 4.6 5022E-04 9.5957E-13 5.8370E+12 4.6677+E10 Tc-99m 3.7 263E-04 7.0866E-14 4.3108E+11 3.9332E+10 Ru-103 4.0 )678E-04 1.2604E-11 7.3693E+13 4.1104E+10 Ru-105 2.6 5733E-04 3.9769E-14 2.2809E+11 2.8665E+10 Ru-106 1.8 673E-04 5.5813E-11 3.1709E+14 1.8863E+10 Rh-105 2.7 635E-04 3.2741E-13 1.8778E+12 2.8125E+10 Sb-127 5.6 951E-04 2.1326E-12 1.0112E+13 5.7695E+10 Sb-129 1.4 *662E-03 2.6074E-13 1.2172E+12 1. 5749E+II Te-127 5.3 ;901E-04 2.0424E-13 9.6847E+11 5.6007E+10 Te-127m 7.7 '267E-05 8.1915E-12 3.8843E+13 7.8062E+09 Te-129 1.0 401E-03 4.9665E-14 2.3185E+11 1.3285E+ii Te-129m 2.4 *207E-04 8.0355E-12 3.7513E+13 2.4462E+10 Te-131m 7.1 .354E-04 8.9482E-13 4. 1135E+12 7.2715E+10 Te-132 6.8 856E-03 2.2680E-11 1.0347E+14 6.9792E+II 1-131 3.9'182E+00 3.1605E-08 1.4529E+17 3.9635E+14 1-132 4.5 027E+00 4.3622E-10 1.9901E+15 5.1092E+14 1-133 7.6 603E+00 6.7622E-09 3.0619E+16 7.8368E+14 1-134 4.7 556E+00 1.7827E-10 8.0116E+14 6.5766E+14 1-135 6.8 030E+00 1.9372E-09 8.6414E+15 7.1525E+14 Xe-133 1.6 902E+03 9.0296E-06 4.0885E+19 1. 7109E+17 xe-135 5.7 972E+02 2.2701E-07 1. 0127E+18 6.0268E+16 Cs-134 4.9 466E-03 3.8232E-09 1.7182E+16 4.9971E+Ii Cs-136 1.3 740E-03 1.8747E-11 8.3013E+13 1.3892E+11 Cs-137 2.4 308E-03 2.7946E-08 1.2284E+17 2.4556E+11 Ba-139 2.3 873E-03 1.4595E-13 6.3234E+11 2.934BE+II Ba-140 3.3 545E-03 4.5821E-11 1.9710E+14 3.3916E+11 La-140 3.5 692E-05 6.4214E-14 2.7622E+11 3.6292E+09 La-141 2.7 776E-05 4.9115E-15 2.0977E+10 3.0018E+09 La-142 2.1 791E-05 1.5222E-15 6.4557E+09 2.6222E+09 Ce-141 7.9 604E-05 2.7937E-12 1.1932E+13 8.0442E+09 Ce-143 7.1 801E-05 1.0812E-13 4.5533E+11 7.3113E+09 Ce-144 6.6 llOE-05 2.0728E-11 8.6683E+13 6.6787E+09 Pr-143 2.8 161E-05 4.1820E-13 1.7612E+12 2.8471E+09 Nd-147 1.2 818E-05 1.5845E-13 6.4911E+11 1.2962E+09 Np-239 1.0 778E-03 4.6458E-12 1. 1706E+13 1. 0938E+ii Pu-238 4.5 501E-07 2.6578E-11 6.7251E+13 4.5965E+07 Pu-239 2.4 436E-08 3.9313E-10 9.9058E+14 2.4685E+06 Pu-240 3.8 692E-08 1.6980E-10 4.2607E+14 3.9086E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.1478E+09 Am-241 5.9 706E-09 1.7396E-12 4.3470E+12 6.0315E+05 Cm-242 1.8 118E-06 5.4666E-13 1. 3604E+12 1.8304E+08 Cm-244 2.2 180E-07 2.7416E-12 6.7665E+12 2.2406E+07 MVP Holdup Transport Group Inventory: Page 259

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.7500 Atmosphere sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8172E+17 0.OOOOE+00 organic I (atoms) 5.6202E+15 0.OOOOE+00 Aerosols (k 9 ) 3.4641E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0784E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5957E-08 Total I (Ci) 2.7640E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.7600 CRDA @ EAB - condenser Release Doses: Time (h) = 0.7600 whole Body Thyroid TEDE Delta dose (rem) 1.0405E-05 7.8022E-05 1.2877E-05 Accumulated dose (rem) 1.2470E-01 7.8195E-01 1.4956E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.7600 whole Body Thyroid TEDE Delta dose (rem) 2.5033E-06 1.8770E-05 3.0978E-06 Accumulated dose (rem) 5.5738E-02 3.4941E-01 6.6845E-02 control Room Doses: Time (h) = 0.7600 whole Body Thyroid TEDE Delta dose (rem) 7.3986E-06 1. 1458E-03 4.3691E-05 Accumulated dose (rem) 9.0805E-04 1.2688E-01 4.9348E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.7600 Ci kg Atoms Decay co-58 2.2579E-05 7.1007E-13 7.3726E+12 2.3277E+09 Co-60 2.7018E-05 2.3902E-11 2.3990E+14 2.7849E+09 Kr-85 2.3922E+02 6.0974E-04 4.3200E+21 2.4658E+16 Kr-85m 3.5630E+03 4.3295E-03 3.0674E+22 3.6726E+17 Kr- 87 4.4758E+03 1. 5801E-07 1. 0938E+18 5.7348E+17 Kr-88 7. 9139E+03 6.3113E-07 4.3190E+18 8.9758E+17 Rb-86 7. 5745E-04 9.3090E-12 6. 5186E+13 7.8121E+10 Sr-89 2. 8413E-02 9.7801E-10 6.6176E+15 2.9293E+12 Sr-90 4.2765E-03 3.1351E-08 2.0978E+17 4.4080E+11 Sr-91 3.4055E-02 9.3944E-12 6.2170E+13 3. 6109E+12 Sr-92 3. 2406E-02 2.5782E-12 1. 6876E+13 3.6927E+12 Y-90 4.4033E-05 8.0934E-14 5.4155E+11 4.5577E+09 Y-91 3. 6996E-04 1. 5086E-11 9.9832E+13 3.8140E+10 Page 260

CRDA PELLET MVP TRIP 10 MIN.O0 Y-92 3.4075E-04 3.5412E-14 2.3180E+11 3.7915E+10 Y-93 4.3904E-04 1. 3159E-13 8.5213E+11 4.6474E+10 Zr-95 5.2358E-04 2.4372E-11 1. 5450E+14 5.3977E+10 Zr-97 5.1451E-04 2.6914E-13 1.6709E+12 5.3881E+10 Nb-95 5.2597E-04 1.3451E-11 8. 5266E+13 5.4231E+10 Mo-99 7.6083E-03 1. 5863E-11 9.6496E+13 7.8741E+11 Tc-99m 6.1538E-03 1.1703E-12 7.1190E+12 6.6334E+11 Ru-103 6.7255E-03 2.0839E-10 1.2184E+15 6.9342E+11 Ru-105 4.4129E-03 6. 5649E-13 3.7652E+12 4.8339E+11 Ru-106 3.0872E-03 9.2278E-10 5.2426E+15 3.1822E+11 Rh-105 4.5682E-03 5.4122E-12 3.1041E+13 4.7444E+11 Sb-127 9.4153E-03 3.5256E-11 1. 6718E+14 9.7329E+11 sb-129 2.4203E-02 4.3040E-12 2.0093E+13 2.6557E+12 Te-127 8.9051E-03 3.3743E-12 1. 6000E+13 9.4465E+11 Te-127m 1.2775E-03 1. 3543E-10 6.4220E+14 1.3169E+11 Te- 129 1.7094E-02 8.1625E-13 3.8105E+12 2.2384E+12 Te-129m 4.0023E-03 1. 3285E-10 6.2021E+14 4.1267E+11 Te-131m 1.1795E-02 1.4791E-11 6.7996E+13 1.2266E+12 Te-132 1.1383E-01 3.7495E-10 1.7106E+15 1.1774E+13 1-131 6.4780E+01 5.2252E-07 2.4021E+18 6.6864E+15 1-132 7.4222E+01 7.1905E-09 3.2805E+16 8.6130E+15 1-133 1. 2661E+02 1. 1177E-07 5.0607E+17 1.3219E+16 1-134 7.8008E+01 2.9242E-09 1. 3142E+16 1. 1077E+16 1-135 1.1236E+02 3.1994E-08 1.4272E+17 1.2063E+16 xe-133 2.7943E+04 1.4928E-04 6.7594E+20 2.8863E+18 Xe-135 9.5776E+03 3.7505E-06 1. 6730E+19 1.0165E+18 Cs-134 8.1785E-02 6.3211E-08 2.8408E+17 8.4300E+12 Cs-136 2.2716E-02 3.0995E-10 1. 3725E+15 2.3435E+12 Cs-137 4.0190E-02 4.6205E-07 2.0310E+18 4.1425E+12 Ba-139 3.9273E-02 2.4010E-12 1.0402E+13 4.9455E+12 Ba-140 5. 5461E-02 7.5757E-10 3.2587E+15 5.7216E+12 La-140 5.9001E-04 1.0615E-12 4. 5661E+12 6.1221E+10 La-141 4.5843E-04 8.1061E-14 3.4621E+11 5.0618E+10 La-142 3.5867E-04 2.5055E-14 1.0626E+11 4.4191E+10 Ce-141 1. 3161E-03 4.6190E-11 1.9728E+14 1. 3570E+11 Ce-143 1. 1869E-03 1.7872E-12 7. 5266E+12 1.2333E+11 Ce-144 1.0930E-03 3.4270E-10 1.4332E+15 1.1267E+11 Pr-143 4.6559E-04 6.9142E-12 2.9118E+13 4.8030E+10 Nd-147 2.1192E-04 2.6196E-12 1. 0732E+13 2.1866E+10 Np-239 1. 7817E-02 7.6801E-11 1. 9352E+14 1.8452E+12 Pu-238 7.5229E-06 4.3943E-10 1. 1119E+15 7.7542E+08 Pu-239 4.0401E-07 6.4999E-09 1. 6378E+16 4.1643E+07 Pu-240 6.3972E-07 2.8074E-09 7.0444E+15 6.5938E+07 Pu-241 1.8786E-04 1.8237E-09 4.5570E+15 1.9364E+10 Am-241 9.8716E-08 2.8762E-11 7.1871E+13 1.0175E+07 Cm-242 2.9955E-05 9.0382E-12 2.2492E+13 3.0879E+09 Cm-244 3.6672E-06 4.5328E-11 1.1187E+14 3.7799E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.7600 Atmosphere Sump Noble gases (atoms) 3.5692E+22 0.OOOOE+00 Elemental I (atoms) 3.0039E+18 O.OOOOE+00 organic I (atoms) 9.2904E+16 O.OOOOE+00 Aerosols (kq) 5.7274E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7548E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1898E-08 Total I (Ci) 4.5598E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7600 Leakage Transport Noble gases (atoms) 8.8251E+18 Elemental I (atoms) 7.4742E+14 Page 261

CRDA PELLET MVP TRIP 10 MIN.oO Organic I (atoms) 2.3116E+13 Aerosols (kg) 1.4161E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7600 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) O.0000E+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.7600 Ci kg Atoms Bq Co-58 7.3454E-06 2.3100E-13 2.3985E+12 2.7178E+05 Co-60 8.7874E-06 7.7739E-12 7.8025E+13 3.2514E+05 Kr-85 7. 7806E+01 1.9831E-04 1.4050E+21 2.8788E+12 Kr-85m 1. 1588E+03 1.4082E-03 9.9766E+21 4.2877E+13 Kr-87 2.0523E+03 7.2452E-08 5.0152E+17 7. 5934E+13 Kr-88 3.0017E+03 2.3938E-07 1.6382E+18 1. 1106E+14 Rb-86 2.4659E-04 3.0306E-12 2.1222E+13 9.1240E+06 Sr-89 9. 2445E-03 3.1820E-10 2.1531E+15 3.4204E+08 Sr-90 1. 3909E-03 1.0197E-08 6.8228E+16 5.1463E+07 Sr-91 1.1597E-02 3.1991E-12 2.1171E+13 4.2908E+08 Sr-92 1.2382E-02 9.8513E-13 6.4485E+12 4. 5815E+08 Y-90 1.4419E-05 2.6503E-14 1.7734E+11 5.3352E+05 Y-91 1.2036E-04 4.9080E-12 3.2480E+13 4.4534E+06 Y-92 1.2537E-04 1. 3029E-14 8.5288E+10 4.6388E+06 Y-93 1. 4910E-04 4.4690E-14 2.8939E+11 5.5168E+06 Zr-95 1.7034E-04 7.9290E-12 5.0263E+13 6.3025E+06 Zr-97 1.7172E-04 8.9826E-14 5.5767E+11 6.3536E+06 Nb-95 1. 7115E-04 4.3770E-12 2.7746E+13 6.3327E+06 Mo-99 2.4910E-03 5.1936E-12 3.1593E+13 9.2165E+07 Tc-99m 2.1520E-03 4.0927E-13 2.4896E+12 7.9625E+07 Ru-103 2.1884E-03 6.7808E-11 3.9645E+14 8.0971E+07 Ru-105 1.5836E-03 2.3558E-13 1. 3511E+12 5.8592E+07 Ru-106 1.0041E-03 3.0014E-10 1. 7052E+15 3.7153E+07 Rh-lO5 1. 5042E-03 1. 7821E-12 1. 0221E+13 5.5656E+07 sb-127 3.0767E-03 1. 1521E-11 5.4631E+13 1.1384E+08 Sb-129 8.7090E-03 1. 5487E-12 7.2299E+12 3.2223E+08 Te-127 3.0347E-03 1. 1499E-12 5.4527E+12 1.1229E+08 Te-127m 4.1556E-04 4.4056E-11 2.0891E+14 1.5376E+07 Te-129 8. 1018E-03 3.8686E-13 1.8060E+12 2.9977E+08 Te-129m 1.3024E-03 4.3233E-11 2.0183E+14 4.8189E+07 Te-131m 3.8923E-03 4.8812E-12 2.2439E+13 1. 4401E+08 Te-132 3. 7231E-02 1.2263E-10 5.5948E+14 1.3775E+09 1-131 2.1117E+01 1.7033E-07 7.8302E+17 7.8132E+11 1-132 2.9187E+01 2.8276E-09 1. 2900E+16 1.0799E+12 1-133 4.2052E+01 3.7122E-08 1. 6808E+17 1. 5559E+12 1-134 4.1760E+01 1.5654E-09 7.0352E+15 1. 5451E+12 1-135 3.9039E+01 1. 1116E-08 4.9588E+16 1.4444E+12 Xe-133 9.1196E+03 4.8721E-05 2.2060E+20 3.3743E+14 Xe-135 3.2667E+03 1.2792E-06 5. 7063E+18 1. 2087E+14 Cs-134 2. 6600E-02 2.0559E-08 9.2396E+16 9.8421E+08 Cs-136 7.3986E-03 1.0095E-10 4.4700E+14 2.7375E+08 Cs-137 1. 3071E-02 1.5028E-07 6.6057E+17 4.8364E+08 Ba-139 1.7535E-02 1.0720E-12 4.6446E+12 6.4881E+08 Ba-140 1.8064E-02 2.4674E-10 1.0614E+15 6.6836E+08 La-140 1. 9399E-04 3.4901E-13 1. 5013E+12 7.1775E+06 La-141 1. 6662E-04 2.9462E-14 1.2583E+11 6.1649E+06 La-142 1. 5485E-04 1. 0818E-14 4.5877E+10 5.7296E+06 Ce-141 4.2829E-04 1. 5031E-11 6.4199E+13 1.5847E+07 Page 262

CRDA PELLET MVP TRIP 10 MIN.O0 Ce-143 3.9116E-04 5.8902E-13 2.4806E+12 1.4473E+07 Ce-144 3.5552E-04 1.1147E-10 4.6616E+14 1. 3154E+07 Pr-143 1.5163E-04 2.2518E-12 9.4830E+12 5. 6104E+06 Nd-147 6.9040E-05 8.5342E-13 3.4962E+12 2.5545E+06 Np-239 5.8398E-03 2.5173E-11 6.3428E+13 2.1607E+08 Pu-238 2.4468E-06 1.4292E-10 3. 6163E+14 9.0530E+04 Pu-239 1.3140E-07 2.1140E-09 5.3267E+15 4.8618E+03 Pu-240 2.0806E-07 9.1308E-10 2.2911E+15 7.6983E+03 Pu-241 6.1100E-05 5.9313E-10 1.4821E+15 2.2607E+06 Am-241 3.2106E-08 9.3545E-12 2. 3375E+13 1. 1879E+03 Cm-242 9.7438E-06 2.9399E-12 7.3160E+12 3.6052E+05 Cm-244 1.1927E-06 1.4743E-11 3.6386E+13 4.4130E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.7600 Release Rate/s Noble gases (atoms) 1.1610E+22 4.2434E+18 Elemental I (atoms) 9.9001E+17 3.6184E+14 organic I (atoms) 3.0619E+16 1.1191E+13 Aerosols (kg) 1.8628E-07 6.8086E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9462E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7370E+01 Total I (ci) 1.7316E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7600 Leakage Transport Noble gases (atoms) 8.8251E+18 Elemental I (atoms) 7.4742E+14 organic I (atoms) 2.3116E+13 Aerosols (kg) 1.4161E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.7600 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.0732E+17 Elemental I (atoms) 0.OOOOE+00 3.4780E+13 organic I (atoms) 0.OOOOE+00 1.0757E+12 Aerosols (kg) 0.OOOOE+00 6.5353E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.7600 Filtered Transported Noble gases (atoms) 2. 5724E+17 O.OOOOE+00 Elemental I (atoms) 2.1831E+13 0.OOOOE+00 organic I (atoms) 6.7517E+11 0.OOOOE+00 Aerosols (kg) 4.1276E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7600 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.7600 Ci kg Atoms Decay Page 263

CRDA PELLET MVP TRIP 10 MIN.O0 co-58 1.3656E-06 4.2947E-14 4.4592E+11 1.3980E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.6726E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.4809E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 2.2057E+16 Kr-87 2. 7071E+02 9.5570E-09 6.6153E+16 3.4397E+16 Kr-88 4.7866E+02 3.8173E-08 2.6123E+17 5.3876E+16 Rb-86 4. 5813E-05 5.6304E-13 3.9427E+12 4.6918E+09 Sr-89 1.7185E-03 5.9153E-11 4.0025E+14 1.7593E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.6474E+10 Sr-91 2.0597E-03 5.6820E-13 3.7602E+12 2.1683E+11 Sr-92 1.9600E-03 1. 5594E-13 1.0207E+12 2.2164E+11 Y-90 2.6633E-06 4.8952E-15 3.2755E+10 2.7373E+08 Y-91 2.2376E-05 9.1242E-13 6.0382E+12 2.2907E+09 Y-92 2.0610E-05 2.1419E-15 1. 4020E+10 2.2760E+09 Y-93 2.6555E-05 7.9593E-15 5.1540E+10 2.7907E+09 Zr-95 3.1668E-05 1.4741E-12 9.3445E+12 3.2418E+09 Zr-97 3.1119E-05 1.6278E-14 1.0106E+11 3.2357E+09 Nb-95 3.1812E-05 .8.1354E-13 5.1571E+12 3.2570E+09 Mo-99 4.6017E-04 9.5947E-13 5.8364E+12 4.7290E+10 Tc-99m 3.7220E-04 7.0785E-14 4.3058E+11 3.9828E+10 RU-103 4.0678E-04 1.2604E-11 7.3692E+13 4.1646E+10 Ru-1O5 2.6691E-04 3.9707E-14 2.2773E+11 2.9021E+10 Ru-106 1.8673E-04 5.5813E-11 3.1709E+14 1.9112E+10 Rh-105 2.7630E-04 3.2735E-13 1.8775E+12 2.8493E+10 Sb-127 5.6946E-04 2.1324E-12 1.0112E+13 5.8453E+10 Sb-129 1.4639E-03 2.6032E-13 1.2153E+12 1. 5944E+11 Te-127 5.3861E-04 2.0409E-13 9.6775E+11 5.6725E+10 Te-127m 7.7266E-05 8.1914E-12 3.8842E+13 7.9091E+09 Te-129 1.0339E-03 4.9369E-14 2.3047E+11 1. 3424E+11 Te-129m 2.4207E-04 8.0355E-12 3.7512E+13 2.4784E+10 Te-131m 7.1337E-04 8.9461E-13 4.1126E+12 7.3665E+10 Te-132 6.8850E-03 2.2678E-11 1. 0346E+14 7.0709E+11 1-131 3.9181E+00 3.1604E-08 1.4528E+17 4.0157E+14 1-132 4.4892E+00 4.3491E-10 1.9841E+15 5.1691E+14 1-133 7.6577E+00 6.7600E-09 3.0609E+16 7.9388E+14 1-134 4.7182E+00 1.7686E-10 7.9485E+14 6.6397E+14 1-135 6.7959E+00 1. 9351E-09 8.6323E+15 7.2430E+14 Xe-133 1. 6901E+03 9.0291E-06 4.0883E+19 1. 7335E+17 Xe-135 5.7929E+02 2.2684E-07 1.0119E+18 6.1040E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.0630E+11 Cs-136 1.3740E-03 1.8747E-11 8.3011E+13 1.4075E+11 cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 2.4880E+11 Ba-139 2.3754E-03 1.4522E-13 6.2916E+11 2.9666E+11 Ba-140 3.3544E-03 4.5820E-11 1. 9710E+14 3.4363E+11 La-:140 3.5686E-05 6.4203E-14 2.7617E+11 3.6767E+09 La-141 2.7727E-05 4.9028E-15 2.0940E+10 3.0388E+09 La-142 2.1693E-05 1. 5154E-15 6.4268E+09 2.6512E+09 Ce-141 7.9603E-05 2.7937E-12 1.1932E+13 8.1502E+09 Ce-143 7.1786E-05 1.0810E-13 4. 5523E+11 7.4069E+09 Ce-144 6.6110E-05 2.0727E-11 8.6683E+13 6.7667E+09 Pr-143 2.8161E-05 4.1819E-13 1. 7611E+12 2.8846E+09 Nd-147 1.2818E-05 1. 5844E-13 6.4909E+11 1. 3132E+09 Np-239 1.0776E-03 4.6452E-12 1.1705E+13 1.1082E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.6571E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.5010E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 3.9602E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1. 1630E+09 Am-241 5.9706E-09 1. 7396E-12 4.3470E+12 6.1110E+05 Cm-242 1.8118E-06 5.4666E-13 1.3604E+12 1.8545E+08 Cm-244 2.2180E-07 2. 7416E-12 6.7665E+12 2.2702E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.7600 Atmosphere Sump Page 264

CRDA PELLET MVP TRIP 10 MIN.O0 Noble gases (atoms) 2.1588E+21 0.OOOE+00 Elemental I (atoms) 1.8168E+17 0.0000E+00 organic I (atoms) 5.6191E+15 0.0000E+00 Aerosols (kq) 3.4641E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0774E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.5928E-08 Total I (Ci) 2.7579E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) 0.7700 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.7700 whole Body Thyroid TEDE Delta dose (rem) 1.0378E-05 7.8009E-05 1.2849E-05 Accumulated dose (rem) 1.2471E-01 7.8203E-01 1.4957E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 0.7700 whole Body Thyroid TEDE Delta dose (rem) 2.4967E-06 1.8767E-05 3.0911E-06 Accumulated dose (rem) 5.5740E-02 3.4943E-01 6.6848E-02 Control Room Doses: Time (h) = 0.7700. whole Body Thyroid TEDE Delta dose (rem) 7.2828E-06 1. 1306E-03 4.3094E-05 Accumulated dose (rem) 9.1533E-04 1. 2801E-01 4.9779E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.7700 Ci kg Atoms Decay co-58 2.2578E-05 7.1006E-13 7.3726E+12 2.3577E+09 co-60 2.7018E-05 2.3902E-11 2.3990E+14 2.8209E+09 Kr-85 2. 3922E+02 6.0974E-04 4.3199E+21 2.4977E+16 Kr-85m 3. 5630E+03 4.3295E-03 3.0674E+22 3.7200E+17 Kr-87 4.4514E+03 1. 5715E-07 1.0878E+18 5.7943E+17 Kr-88 7.8946E+03 6.2959E-07 4.3085E+18 9.0811E+17 Rb-86 7. 5744E-04 9.3089E-12 6.5185E+13 7.9130E+10 Sr-89 2. 8413E-02 9.7800E-10 6. 6176E+15 2.9672E+12 Sr-90 4.2765E-03 3.1351E-08 2.0978E+17 4.4649E+11 Sr-91 3.4030E-02 9.3875E-12 6.2124E+13 3.6562E+12 Sr-92 3.2323E-02 2;.5716E-12 1. 6833E+13 3.7358E+12 Y-90 4.4028E-05 8.0925E-14 5.4149E+11 4.6164E+09 Y-91 3.6995E-04 1. 5085E-11 9.9831E+13 3.8633E+10 Y-92 3.4008E-04 3. 5343E-14 2.3135E+11 3.8368E+10 Page 265

CRDA PE!LLET MVP TRIP 10 MIN.o0 Y-93 4.3874E-04 1.3150E-13 8.5154E+11 4.7058E+10 Zr-95 5.2358E-04 2.4372E-11 1. 5450E+14 5.4675E+10 Zr-97 5.1430E-04 2.6903E-13 1.6702E+12 5.4566E+10 Nb-95 5.2596E-04 1.3451E-11 8.5265E+13 5.4932E+10 Mo-99 7.6075E-03 1.5862E-11 9.6486E+13 7.9754E+11 Tc-99m 6.1467E-03 1.1690E-12 7.1108E+12 6.7153E+11 Ru-103 6.7254E-03 2.0839E-10 1. 2184E+15 7.0238E+11 Ru-105 4.4060E-03 6.5546E-13 3. 7593E+12 4.8927E+11 Ru-106 3.0872E-03 9.2277E-10 5.2425E+15 3.2234E+11 Rh-105 4.5673E-03 5.4111E-12 3.1035E+13 4.8053E+11 Sb-127 9.4145E-03 3.5253E-11 1. 6717E+14 9.8583E+11 Sb-129 2.4164E-02 4.2971E-12 2.0060E+13 2.6880E+12 Te-127 8.8985E-03 3.3718E-12 1. 5988E+13 9.5651E+11 Te-127m 1.2775E-03 1.3543E-10 6.4220E+14 1.3339E+11 Te-129 1.6992E-02 8.1138E-13 3.7878E+12 2.2611E+12 Te-129m 4.0022E-03 1.3285E-10 6.2020E+14 4.1800E+11 Te-131m 1.1792E-02 1.4788E-11 6.7980E+13 1. 2423E+12 Te-132 1.1382E-01 3.7492E-10 1.7105E+15 1.1925E+13 1-131 6.4777E+01 5.2250E-07 2.4020E+18 6.7727E+15 1-132 7.3998E+01 7.1689E-09 3.2706E+16 8.7117E+15 1-133 1.2657E+02 1.1173E-07 5.0590E+17 1. 3388E+16 1-134 7.7394E+01 2.9012E-09 1. 3038E+16 1. 1181E+16 1-135 1.1224E+02 3.1961E-08 1.4257E+17 1.2213E+16 xe-133 2.7941E+04 1.4927E-04 6.7590E+20 2.9235E+18 xe-135 9.5704E+03 3.7476E-06 1. 6718E+19 1.0293E+18 Cs-134 8.1784E-02 6.3211E-08 2.8408E+17 8. 5390E+12 Cs-136 2.2716E-02 3.0994E-10 1. 3724E+15 2.3737E+12 Cs-137 4.0190E-02 4.6205E-07 2.0310E+18 4.1961E+12 Ba-139 3.9076E-02 2.3890E-12 1. 0350E+13 4.9977E+12 Ba-140 5.5459E-02 7.5755E-10 3.2586E+15 5. 7955E+12 La-140 5.8991E-04 1.0613E-12 4. 5653E+12 6.2007E+10 La-141 4.5762E-04 8.0917E-14 3.4560E+11 5.1229E+10 La-142 3.5706E-04 2.4943E-14 1.0578E+11 4.4668E+10 Ce-141 1. 3161E-03 4.6190E-11 1. 9728E+14 1. 3746E+11 Ce-143 1. 1866E-03 1.7869E-12 7. 5250E+12 1. 2491E+11 Ce-144 1.0930E-03 3.4270E-10 1.4332E+15 1. 1412E+11 Pr-143 4.6558E-04 6.9140E-12 2.9117E+13 4.8651E+10 Nd-147 2.1192E-04 2.6195E-12 1.0731E+13 2.2148E+10 Np-239 1.7815E-02 7.6792E-11 1. 9349E+14 1.8690E+12 Pu-238 7.5229E-06 4.3943E-10 1.1119E+15 7.8544E+08 Pu-239 4.0401E-07 6.4998E-09 1. 6378E+16 4.2181E+07 Pu-240 6.3971E-07 2.8074E-09 7.0444E+15 6.6791E+07 Pu-241 1.8786E-04 1.8237E-09 4.5570E+15 1.9614E+10 Am-241 9.8715E-08 2.8762E-11 7.1870E+13 1.0307E+07 Cm-242 2.9955E-05 9.0382E-12 2.2491E+13 3.1278E+09 Cm-244 3.6672E-06 4.5328E-11 1. 1187E+14 3.8288E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.7700 Atmosphere Sump Noble gases (atoms) 3.5692E+22 0.OOOOE+00 Elemental I (atoms) 3.0033E+18 O.OOOOE+00 Organic I (atoms) 9.2885E+16 0.OOOOE+00 Aerosols (kg) 5.7274E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7538E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.1871E-08 Total I (Ci) 4.5498E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7700 Leakage Transport Noble gases (atoms) 8.9738E+18 Elemental I (atoms) 7.5994E+14 organic I (atoms) 2. 3503E+13 Page 266

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 1.4399E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.7700 Ci .kg Atoms Bq Co-58 7.3455E-06 2.3100E-13 2.3985E+12 2.7178E+05 Co-60 8.7876E-06 7.7740E-12 7.8026E+13 3.2514E+05 Kr-85 7.7807E+01 1.9832E-04 1.4050E+21 2.8788E+12 Kr-85m 1. 1589E+03 1.4082E-03 9.9767E+21 4.2878E+13 Kr-87 2.0523E+03 7.2453E-08 5.0152E+17 7.5934E+13 Kr-88 3.0017E+03 2.3939E-07 1. 6382E+18 1. 1106E+14 Rb-86 2.4660E-04 3.0307E-12 2.1222E+13 9.1241E+06 Sr-89 9. 2446E-03 3.1821E-10 2.1531E+15 3.4205E+08 Sr-90 1. 3909E-03 1.0197E-08 6.8229E+16 5.1464E+07 Sr-91 1. 1597E-02 3.1992E-12 2.1171E+13 4.2909E+08 Sr-92 1.2383E-02 9.8514E-13 6.4485E+12 4.5816E+08 Y-90 1.4420E-05 2.6504E-14 1. 7734E+11 5.3353E+05 Y-91 1. 2036E-04 4.9080E-12 3.2480E+13 4.4535E+06 Y-92 1.2537E-04 1. 3030E-14 8.5289E+10 4.6389E+06 Y-93 1. 4910E-04 4.4691E-14 2.8939E+11 5.5168E+06 Zr-95 1. 7034E-04 7.9291E-12 5.0264E+13 6.3026E+06 Zr-97 1. 7172E-04 8.9827E-14 5.5768E+11 6.3536E+06 Nb-95 1. 7116E-04 4.3770E-12 2.7747E+13 6.3328E+06 Mo-99 2.4910E-03 5.1937E-12 3.1593E+13 9.2166E+07 Tc-99m 2.1520E-03 4.0927E-13 2.4896E+12 7.9626E+07 Ru-103 2.1884E-03 6.7808E-11 3.9646E+14 8.0973E+07 Ru-105 1.5836E-03 2.3558E-13 1.3512E+12 5.8593E+07 Ru-106 1. 0042E-03 3.0014E-10 1. 7052E+15 3.7154E+07 Rh-105 1. 5042E-03 1. 7822E-12 1.0221E+13 5.5657E+07 Sb-127 3.0768E-03 1. 1521E-11 5.4632E+13 1. 1384E+08 Sb-129 8. 7091E-03 1.5487E-12 7.2300E+12 3.2224E+08 Te-127 3.0348E-03 1. 1499E-12 5.4528E+12 1. 1229E+08 Te-127m 4.1556E-04 4.4056E-11 2.0891E+14 1.5376E+07 Te-129 8. 1018E-03 3.8686E-13 1.8060E+12 2.9977E+08 Te-129m 1. 3024E-03 4.3234E-11 2.0183E+14 4.8190E+07 Te-131m 3.8923E-03 4.8813E-12 2.2439E+13 1.4402E+08 Te-132 3.7231E-02 1.2263E-10 5.5949E+14 1.3775E+09 1-131 2.1117E+01 1.7033E-07 7.8303E+17 7.8133E+11 1-132 2.9187E+01 2.8276E-09 1. 2900E+16 1.0799E+12 1-133 4.2052E+01 3.7122E-08 1. 6809E+17 1. 5559E+12 1-134 4. 1761E+01 1.5654E-09 7.0353E+15 1. 5451E+12 1-135 3.9040E+01 1.1117E-08 4.9589E+16 1.4445E+12 Xe-133 9.1198E+03 4.8721E-05 2.2061E+20 3.3743E+14 Xe-135 3.2667E+03 1.2792E-06 5.7064E+18 1.2087E+14 Cs-134 2. 6601E-02 2.0560E-08 9.2398E+16 9.8422E+08 Cs-136 7.3987E-03 1.0095E-10 4.4701E+14 2.7375E+08 Cs-137 1. 3072E-02 1.5028E-07 6.6058E+17 4.8365E+08 Ba-139 1.7535E-02 1. 0720E-12 4.6446E+12 6.4881E+08 Ba-140 1. 8064E-02 2.4675E-10 1. 0614E+15 6.6837E+08 La-140 1. 9399E-04 3.4901E-13 1. 5013E+12 7.1776E+06 La-141 1.6662E-04 2.9462E-14 1.2583E+11 6.1650E+06 La-142 1. 5486E-04 1.0818E-14 4.5877E+10 5.7296E+06 Ce-141 4.2830E-04 1. 5032E-11 6.4200E+13 1.5847E+07 Ce-143 3.9117E-04 5.8903E-13 2.4806E+12 1.4473E+07 Page 267

CRDA PELLET MVP TRIP 10 MIN.o0 Ce-144 3.5553E-04 1.1147E-10 4.6616E+14 1. 3154E+07 Pr-143 1.5164E-04 2.2518E-12 9.4831E+12 5.6105E+06 Nd-147 6.9041E-05 8.5343E-13 3.4962E+12 2.5545E+06 Np-239 5.8399E-03 2.5173E-11 6.3429E+13 2.1608E+08 Pu-238 2.4468E-06 1.4292E-10 3.6164E+14 9.0531E+04 Pu-239 1.3140E-07 2.1140E-09 5. 3268E+15 4.8619E+03 Pu-240 2.0806E-07 9.1310E-10 2.2912E+15 7.6984E+03 Pu-241 6.1101E-05 5.9314E-10 1.4821E+15 2.2607E+06 Am-241 3.2107E-08 9.3546E-12 2.3375E+13 1. 1879E+03 Cm-242 9.7439E-06 2.9400E-12 7.3161E+12 3.6052E+05 Cm-244 1.1927E-06 1.4743E-11 3.6387E+13 4.4131E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.7700 Release Rate/s Noble gases (atoms) 1.1610E+22 4.1884E+18 Elemental I (atoms) 9.9002E+17 3.5715E+14 organic I (atoms) 3.0619E+16 1.1046E+13 Aerosols (kq) 1.8629E-07 6.7203E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9462E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7370E+01 Total I (ci) 1.7316E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7700 Leakage Transport Noble gases (atoms) 8.9738E+18 Elemental I (atoms) 7.5994E+14 organi c I (atoms) 2.3503E+13 Aerosols (kg) 1.4399E-10 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.7700 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0775E+17 Elemental I (atoms) 0.OOOOE+00 3.4816E+13 organic I (atoms) 0.OOOOE+00 1.0768E+12 Aerosols (kg) O.OOOOE+00 6.5422E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.7700 Filtered Transported Noble gases (atoms) 2.5959E+17 O.0000E+00 Elemental I (atoms) 2.2028E+13 O.OOOOE+00 organic I (atoms) 6.8129E+11 O.OOOOE+00 Aerosols (kg) 4.1654E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.7700 Ci kg Atoms Decay Co-58 1.3656E-06 4.2947E-14 4.4592E+11 1.4161E+08 Page 268

CRDA PELLET MVP TRIP 10 MIN.oO Co-60 1.6341E-06 1.4456E-12 1.4510E+13 1.6943E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 5002E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.2344E+16 Kr-87 2.6924E+02 9.5050E-09 6.5794E+16 3.4756E+16 Kr-88 4.7749E+02 3.8080E-08 2.6059E+17 5.4513E+16 Rb-86 4.5812E-05 5.6303E-13 3.9426E+12 4.7528E+09 Sr-89 1.7185E-03 5.9153E-11 4.0025E+14 1. 7822E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.6818E+10 Sr-91 2.0582E-03 5.6779E-13 3.7575E+12 2.1957E+11 Sr-92 1.9550E-03 1.5554E-13 1.0181E+12 2.2425E+11 Y-90 2.6630E-06 4.8946E-15 3.2751E+10 2.7727E+08 Y-91 2.2376E-05 9.1242E-13 6.0381E+12 2.3205E+09 Y-92 2.0569E-05 2.1377E-15 1.3993E+10 2.3035E+09 Y-93 2.6536E-05 7.9538E-15 5.1504E+10 2.8261E+09 zr-95 3.1668E-05 1.4741E-12 9.3444E+12 3.2840E+09 zr-97 3.1106E-05 1.6272E-14 1.0102E+11 3.2771E+09 Nb-95 3.1812E-05 8.1354E-13 5.1571E+12 3.2994E+09 Mo-99 4.6013E-04 9.5937E-13 5.8358E+12 4.7903E+10 Tc-99m 3.7177E-04 7.0703E-14. 4.3009E+11 4.0324E+10 RU-103 4.0678E-04 1.2604E-11 7.3691E+13 4.2188E+10 RU-105 2.6649E-04 3.9645E-14 2.2738E+11 2.9376E+10 RU-106 1.8673E-04 5.5813E-11 3.1709E+14 1.9361E+10 Rh-105 2.7624E-04 3.2728E-13 1.8771E+12 2.8861E+10 sb-127 5.6942E-04 2.1322E-12 1.0111E+13 5.9212E+10 Sb-129 1.4615E-03 2.5990E-13 1.2133E+12 1. 6139E+11 Te-127 5.3821E-04 2.0394E-13 9.6704E+11 5.7442E+10 Te-127m 7.7266E-05 8.1914E-12 3.8842E+13 8.0120E+09 Te-129 1.0277E-03 4.9075E-14 2.2910E+11 1. 3561E+11 Te-129m 2.4207E-04 8.0354E-12 3.7512E+13 2.5107E+10 Te-131m 7.1321E-04 8.9441E-13 4.1116E+12 7.4615E+10 Te-132 6.8844E-03 2.2676E-11 1.0345E+14 7.1626E+11 1-131 3.9179E+00 3.1603E-08 1.4528E+17 4.0679E+14 1-132 4.4757E+00 4.3360E-10 1.9782E+15 5.2288E+14 1-133 7.6552E+00 6.7577E-09 3.0598E+16 8.0408E+14 1-134 4.6810E+00 1.7547E-10 7.8859E+14 6.7023E+14 1-135 6.7888E+00 1.9331E-09 8.6232E+15 7.3335E+14 Xe-133 1.6900E+03 9.0286E-06 4.0881E+19 1.7560E+17 xe-135 5.7885E+02 2.2667E-07 1.0111E+18 6.1811E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.1288E+11 Cs-136 1.3739E-03 1.8746E-11 8.3009E+13 1.4258E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.5203E+11 Ba-139 2.3634E-03 1.4449E-13 6.2601E+11 2.9981E+11 Ba-140 3.3544E-03 4.5819E-11 1.9709E+14 3.4810E+11 La-140 3.5680E-05 6.4192E-14 2.7612E+11 3.7242E+09 La-141 2.7678E-05 4.8942E-15 2.0903E+10 3.0757E+09 La-142 2.1596E-05 1.5086E-15 6.3979E+09 2.6800E+09 Ce-141 7.9602E-05 2.7937E-12 1.1932E+13 8.2563E+09 Ce-143 7.1771E-05 1.0808E-13 4.5514E+11 7.5025E+09 Ce-144 6.6110E-05 2.0727E-11 8.6683E+13 6.8548E+09 Pr-143 2.8160E-05 4.1818E-13 1.7611E+12 2.9221E+09 Nd-147 1.2817E-05 1.5844E-13 6.4907E+11 1.3303E+09 Np-239 1.0775E-03 4.6446E-12 1.1703E+13 1.1225E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.7177E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.5336E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.0117E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1. 1781E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.1905E+05 Cm-242 1.8118E-06 5.4666E-13 1.3604E+12 1.8787E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.2997E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.7700 Atmosphere Sump Noble gases (atoms) 2.1588E+21 O.OOOOE+00 Page 269

CRDA PELLET MVP TRIP 10 MIN.o0 Elemental I (atoms) 1.8165E+17 0.OOOOE+00 organi c I (atoms) 5.6180E+15 0.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0764E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5900E-08 Total I (Ci) 2.7519E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.7800 CRDA @ EAB - condenser Release Doses: Time (h) = 0.7800 whole Body Thyroid TEDE Delta dose (rem) 1.0351E-05 7.7995E-05 1. 2821E-05 Accumulated dose (rem) 1.2472E-01 7.8211E-01 1.4959E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 0.7800 whole Body Thyroid TEDE Delta dose (rem) 2.4901E-06 1.8764E-05 3.0844E-06 Accumulated dose (rem) 5.5743E-02 3.4945E-01 6.6851E-02 control Room Doses: Time (h) = 0.7800 Whole Body Thyroid TEDE Delta dose (rem) 7.1691E-06 1.1157E-03 4.2507E-05 Accumulated dose (rem) 9.2250E-04 1.2913E-01 5.0204E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.7800 ci kg Atoms Decay co-58 2.2578E-05 7.1005E-13 7.3725E+12 2.3878E+09 co-60 2. 7018E-05 2.3901E-11 2.3990E+14 2.8569E+09 Kr-85 2. 3922E+02 6.0974E-04 4.3199E+21 2.5295E+16 Kr-85m 3.5630E+03 4.3295E-03 3.0674E+22 3.'7675E+17 Kr-87 4.4272E+03 1.5630E-07 1.0819E+18 5.8534E+17 Kr-88 7.8753E+03 6.2805E-07 4.2980E+18 9.1862E+17 Rb-86 7.5742E-04 9.3087E-12 6.5184E+13 8.0139E+10 Sr-89 2. 8413E-02 9.7799E-10 6.6175E+15 3.0050E+12 Sr-90 4.2765E-03 3.1351E-08 2.0978E+17 4.5219E+11 Sr-91 3.4005E-02 9.3806E-12 6.2078E+13 3.7015E+12, Sr-92 3. 2241E-02 2.5650E-12 1. 6790E+13 3.7788E+12 Y-90 4.4024E-05 8.0916E-14 5.4143E+11 4.6750E+09 Y-91 3.6995E-04 1. 5085E-11 9.9830E+13 3.9126E+10 Y-92 3. 3942E-04 3. 5274E-14 2.3089E+11 3.8821E+10 Y-93 4.3844E-04 1. 3141E-13 8. 5095E+11 4.7643E+10 Page 270

CRDA PELLET MVP TRIP 10 MIN.o0 Zr-95 5.2357E-04 2.4372E-11 1.5449E+14 5. 5372E+10 Zr-97 5.1408E-04 2.6892E-13 1.6695E+12 5.5251E+10 Nb-95 5.2595E-04 1.3450E-11 8.5263E+13 5.5632E+10 Mo-99 7.6066E-03 1.5860E-11 9.6475E+13 8.0768E+11 Tc-99m 6.1396E-03 1.1676E-12 7.1026E+12 6.7971E+11 Ru-103 6.7254E-03 2.0838E-10 1.2184E+15 7.1134E+11 RU-105 4.3991E-03 6.5444E-13 3.7534E+12 4.9513E+11 Ru-106 3.0872E-03 9.2277E-10 5.2425E+15 3.2645E+11 Rh-105 4.5664E-03 5.4100E-12 3.1028E+13 4.8661E+11 Sb-127 9.4138E-03 3.5251E-11 1.6715E+14 9.9837E+11 Sb-129 2.4125E-02 4.2902E-12 2.0028E+13 2.7201E+12 Te-127 8.8919E-03 3.3693E-12 1.5977E+13 9.6836E+11 Te-127m 1.2775E-03 1.3543E-10 6.4220E+14 1.3509E+11 Te-129 1.6891E-02 8.0654E-13 3.7652E+12 2.2836E+12 Te-129m 4.0022E-03 1.3285E-10 6.2019E+14 4.2333E+11 Te-131m 1.1789E-02 1.4784E-11 6.7964E+13 1.2580E+12 Te-132 1.1381E-01 3.7489E-10 1.7103E+15 1.2077E+13 1-131 6.4774E+01 5.2248E-07 2.4019E+18 6.8590E+15 1-132 7.3775E+01 7.1473E-09 3.2607E+16 8.8101E+15 1-133 1.2652E+02 1.1169E-07 5.0573E+17 1.3557E+16 1-134 7.6784E+01 2.8783E-09 1.2935E+16 1.1283E+16 1-135 1.1212E+02 3.1927E-08 1.4242E+17 1. 2362E+16 xe-133 2.7940E+04 1.4927E-04 6.7586E+20 2.9608E+18 Xe-135 9.5631E+03 3.7448E-06 1.6705E+19 1. 0420E+18 Cs-134 8.1784E-02 6.3211E-08 2.8408E+17 8.6479E+12 Cs-136 2.2715E-02 3.0993E-10 1.3724E+15 2.4040E+12 Cs-137 4.0189E-02 4.6204E-07 2.0310E+18 4.2496E+12 Ba-139 3.8880E-02 2.3770E-12 1.0298E+13 5.0496E+12 Ba-140 5.5458E-02 7.5753E-10 3.2585E+15 5.8694E+12 La-140 5.8981E-04 1.0611E-12 4.5645E+12 6.2792E+10 La-141 4.5681E-04 8.0774E-14 3.4499E+11 5.1838E+10 La-142 3.5545E-04 2.4831E-14 1.0531E+11 4.5143E+10 Ce-141 1.3161E-03 4.6189E-11 1.9727E+14 1. 3921E+11 Ce-143 1.1864E-03 1.7865E-12 7.5234E+12 1. 2649E+11 Ce-144 1.0930E-03 3.4270E-10 1.4332E+15 1. 1558E+11 Pr-143 4.6557E-04 6.9139E-12 2.9116E+13 4.9271E+10 Nd-147 2.1191E-04 2.6195E-12 1.0731E+13 2.2431E+10 Np-239 1.7813E-02 7.6782E-11 1.9347E+14 1. 8927E+12 Pu-238 7.5229E-06 4.3943E-10 1.1119E+15 7.9546E+08 Pu-239 4.0401E-07 6.4998E-09 1.6378E+16 4.2719E+07 Pu-240 6.3971E-07 2.8074E-09 7.0444E+15 6.7643E+07 Pu-241 1.8786E-04 1.8237E-09 4.5570E+15 1.9864E+10 Am-241 9.8715E-08 2.8762E-11 7.1870E+13 1.0438E+07 Cm-242 2.9955E-05 9.0381E-12 2.2491E+13 3.1677E+09 Cm-244 3.6671E-06 4.5328E-11 1.1187E+14 3.8776E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.7800 Atmosphere Sump Noble gases (atoms) 3.5692E+22 0.OOOOE+00 Elemental I (atoms) 3.0027E+18 O.OOOOE+00 organic I (atoms) 9.2867E+16 O.OOOOE+00 Aerosols (kq) 5.7274E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7529E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1844E-08 Total I (Ci) 4.5398E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7800 Leakage Transport Noble gases (atoms) 9.1225E+18 Elemental I (atoms) 7.7245E+14 organic I (atoms) 2.3890E+13 Aerosols (kg) 1.4638E-10 Page 271

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.7800 Ci kg Atoms Bq Co-58 7.3456E-06 2.3101E-13 2.3985E+12 2.7179E+05 Co-60 8.7877E-06 7.7741E-12 7.8027E+13 3.2514E+05 Kr-85 7.7808E+01 1.9832E-04 1.4051E+21 2.8789E+12 Kr-85m 1. 1589E+03 1.4082E-03 9.9768E+21 4.2878E+13 Kr-87 2.0523E+03 7.2454E-08 5.0152E+17 7. 5935E+13 Kr-88 3.0017E+03 2.3939E-07 1.6382E+18 1.1106E+14 Rb-86 2.4660E-04 3.0307E-12 2.1222E+13 9.1242E+06 Sr-89 9.2447E-03 3.1821E-10 2.1531E+15 3.4205E+08 Sr-90 1. 3909E-03 1.0197E-08 6.8230E+16 5.1464E+07 Sr-91 1.1597E-02 3.1992E-12 2.1171E+13 4.2909E+08 Sr-92 1.2383E-02 9.8515E-13 6.4486E+12 4.5816E+08 Y-90 1.4420E-05 2.6504E-14 1. 7735E+11 5.3353E+05 Y-91 1.2037E-04 4.9081E-12 3.2480E+13 4.4535E+06 Y-92 1.2538E-04 1. 3030E-14 8.5290E+10 4.6389E+06 Y-93 1. 4911E-04 4.4692E-14 2.8940E+11 5.5169E+06 Zr-95 1. 7034E-04 7.9292E-12 5.0264E+13 6.3027E+06 Zr-97 1. 7172E-04 8.9828E-14 5. 5769E+11 6.3537E+06 Nb-95 1. 7116E-04 4.3771E-12 2.7747E+13 6.3329E+06 MO-99 2. 4910E-03 5.1938E-12 3.1594E+13 9.2167E+07 Tc-99m 2.1521E-03 4.0928E-13 2.4896E+12 7.9627E+07 RU-103 2.1885E-03 6.7809E-11 3.9646E+14 8.0974E+07 Ru-105 1.5836E-03 2. 3559E-13 1. 3512E+12 5.8594E+07 Ru-106 1. 0042E-03 3.0015E-10 1. 7052E+15 3.7154E+07 Rh-105 1. 5043E-03 1.7822E-12 1.0221E+13 5.5657E+07 sb-127 3.0768E-03 1.1521E-11 5.4632E+13 1.1384E+08 Sb-129 8. 7092E-03 1. 5487E-12 7.2300E+12 3.2224E+08 Te-127 3.0348E-03 1. 1499E-12 5.4528E+12 1. 1229E+08 Te-127m 4.1557E-04 4.4057E-11 2.0891E+14 1.5376E+07 Te-129 8.1019E-03 3.8687E-13 1.8060E+12 2.9977E+08 Te-129m 1. 3024E-03 4.3234E-11 2.0183E+14 4.8191E+07 Te-131m 3.8924E-03 4.8813E-12 2.2440E+13 1.4402E+08 Te-132 3.7231E-02 1.2264E-10 5.5949E+14 1.3776E+09 1-131 2.1117E+01 1.7033E-07 7.8304E+17 7.8134E+11 1-132 2. 9188E+01 2.8277E-09 1.2900E+16 1.0799E+12 1-133 4.2053E+01 3.7123E-08 1. 6809E+17 1. 5560E+12 1-134 4.1761E+01 1.5654E-09 7.0353E+15 1. 5452E+12 1-135 3. 9040E+01 1.1117E-08 4.9590E+16 1.4445E+12 Xe-133 9.1199E+03 4.8722E-05 2.2061E+20 3.3744E+14 Xe-135 3. 2668E+03 1.2792E-06 5.7064E+18 1.2087E+14 Cs-134 2.6601E-02 2.0560E-08 9.2399E+16 9.8423E+08 Cs-136 7. 3988E-03 1.0095E-10 4.4701E+14 2.7375E+08 Cs-137 1. 3072E-02 1.5028E-07 6.6059E+17 4.8365E+08 Ba-139 1.7536E-02 1.0721E-12 4.6447E+12: 6.4882E+08 Ba-140 1.8064E-02 2.4675E-10 1.0614E+15. 6.6838E+08 La-140 1.9399E-04 3.4901E-13 1. 5013E+12 7.1777E+06 La-141 1.6662E-04 2.9463E-14 1.2584E+11' 6.1650E+06 La-142 1. 5486E-04 1.0818E-14 4.5877E+10 5.7297E+06 Ce-141 4.2830E-04 1. 5032E-11 6.4201E+13 1.5847E+07 Ce- 143 3.9117E-04 5.8904E-13 2.4806E+12 1.4473E+07 Ce-144 3.5553E-04 1. 1147E-10 4.6617E+14 1. 3155E+07 Page 272

CRDA PELLET MVP TRIP 10 MIN.O0 Pr-143 1.5164E-04 2.2519E-12 9.4832E+12 5.6106E+06 Nd-147 6.9042E-05 8.5344E-13 3.4963E+12 2.5546E+06 Np-239 5.8400E-03 2.5173E-11 6.3430E+13 2.1608E+08 Pu-238 2.4468E-06 1.4292E-10 3.6164E+14 9.0532E+04 Pu-239 1.3140E-07 2.1141E-09 5.3269E+15 4.8619E+03 Pu-240 2.0807E-07 9.1311E-10 2.2912E+15 7.6985E+03 Pu-241 6.1102E-05 5.9315E-10 1.4822E+15 2.2608E+06 Am-241 3.2107E-08 9.3548E-12 2.3376E+13 1.1880E+03 Cm-242 9.7440E-06 2.9400E-12 7.3162E+12 3.6053E+05 Cm-244 1.1927E-06 1.4743E-11 3.6387E+13 4.4132E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.7800 Release Rate/s Noble gases (atoms) 1.1610E+22 4.1347E+18 Elemental I (atoms) 9.9003E+17 3.5258E+14 organic I (atoms) 3.0620E+16 1.0904E+13 Aerosols (kq) 1.8629E-07 *6.6342E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9463E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7371E+01 Total I (Ci) 1. 7316E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7800 Leakage Transport Noble gases (atoms) 9.1225E+18 Elemental I (atoms) 7.7245E+14 organic I (atoms) 2.3890E+13 Aerosols (kg) 1.4638E-10 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.7800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.0818E+17 Elemental I (atoms) 0.OOOOE+00 3.4853E+13 organic I (atoms) O.OOOOE+00 1.0779E+12 Aerosols (kg) 0.OOOOE+00 6.5492E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.7800 Filtered Transported Noble gases (atoms) 2.6192E+17 O.OOOOE+00 Elemental I (atoms) 2.2224E+13 O.OOOOE+00 Organic I (atoms) 6.8733E+11 0.OOOOE+00 Aerosols (kg) 4.2026E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.0000E+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.7800 Ci kg Atoms Decay Co-58 1.3656E-06 4.2947E-14 4.4592E+11 1.4343E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1. 7161E+08 Page 273

CRDA PELLET MVP TRIP 10 MIN.00 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 5195E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.2631E+16 Kr-87 2.6777E+02 9.4534E-09 6.5436E+16 3.5114E+16 Kr-88 4.7633E+02 3.7987E-08 2.5996E+17 5. 5148E+16 Rb-86 4.5812E-05 5.6302E-13 3.9426E+12 4.8139E+09 Sr-89 1.7185E-03 5.9152E-11 4.0025E+14 1.8051E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.7163E+10 Sr-91 2.0567E-03 5.6737E-13 3.7547E+12 2.2231E+11 Sr-92 1.9500E-03 1.5514E-13 1.0155E+12 2.2685E+11 Y-90 2.6627E-06 4.8941E-15 3.2748E+10 2.8082E+08 Y-91 2.2376E-05 9.1241E-13 6.0381E+12 2.3503E+09 Y-92 2.0529E-05 2.1335E-15 1.3965E+10 2.3308E+09 Y-93 2.6518E-05 7.9483E-15 5.1469E+10 2.8614E+09 Zr-95 3.1668E-05 1.4741E-12 9.3444E+12 3.3262E+09 zr-97 3.1094E-05 1.6265E-14 1.0098E+11 3.3186E+09 Nb-95 3.1812E-05 8.1353E-13 5.1570E+12 3.3418E+09 Mo-99 4.6008E-04 9.5926E-13 5.8352E+12 4.8515E+10 Tc-99m 3.7135E-04 7.0622E-14 4.2959E+11 4.0819E+10 Ru-103 4.0677E-04 1.2604E-11 7.3691E+13 4.2730E+10 Ru-105 2.6608E-04 3.9583E-14 2.2702E+11 2.9731E+10 Ru-106 1.8672E-04 5.5812E-11 3.1709E+14 1. 9610E+10 Rh-105 2.7619E-04 3.2722E-13 1.8767E+12 2.9229E+10 sb-127 5.6938E-04 2.1321E-12 1.0110E+13 5.9970E+10 Sb-129 1.4592E-03 2.5949E-13 1.2114E+12 1.6333E+11 Te-127 5.3781E-04 2.0379E-13 9.6632E+11 5.8159E+10 Te-127m 7.7266E-05 8.1914E-12 3.8842E+13 8.1149E+09 Te-129 1.0216E-03 4.8783E-14 2.2773E+11 1. 3697E+11 Te-129m 2.4207E-04 8.0353E-12 3.7512E+13 2.5429E+10 Te-131m 7.1304E-04 8.9420E-13 4.1107E+12 7.5565E+10 Te-132 6.8838E-03 2.2674E-11 1.0345E+14 7.2543E+11 1-131 3.9178E+00 3.1602E-08 1.4527E+17 4.1201E+14 1-132 4.4622E+00 4.3229E-10 1.9722E+15 5.2883E+14 1-133 7.6526E+00 6.7555E-09 3.0588E+16 8.1428E+14 1-134 4.6442E+00 1.7409E-10 7.8238E+14 6.7644E+14 1-135 6.7816E+00 1.9311E-09 8.6142E+15 7.4239E+14 Xe-133 1.6899E+03 9.0281E-06 4.0879E+19 1.7785E+17 xe-135 5.7841E+02 2.2650E-07 1.0104E+18 6.2582E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.1947E+11 Cs-136 1.3739E-03 1.8746E-11 8.3007E+13 1.4441E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2. 5527E+11 Ba-139 2.3516E-03 1.4377E-13 6.2287E+11 3.0295E+11 Ba-140 3.3543E-03 4.5818E-11 1.9709E+14 3.5257E+11 La-140 3.5674E-05 6.4181E-14 2.7608E+11 3.7718E+09 La-141 2.7629E-05 4.8855E-15 2.0866E+10 3..1125E+09 La-142 2.1499E-05 1.5018E-15 6.3692E+09 2.7087E+09 Ce-141 7.9601E-05 2.7937E-12 1.1932E+13 8.3623E+09 Ce-143 7.1756E-05 1.0805E-13 4.5504E+11 7.5981E+09 Ce-144 6.6110E-05 2.0727E-11 8.6683E+13 6.9428E+09 Pr-143 2.8159E-05 4.1818E-13 1.7611E+12 2.9596E+09 Nd-147 1.2817E-05 1.5843E-13 6.4906E+11 1.3474E+09 Np-239 1.0774E-03 4.6441E-12 1.1702E+13 1.1369E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.7783E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.5661E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.0633E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.1932E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.2701E+05 Cm-242 1.8118E-06 5.4666E-13 1.3604E+12 1.9028E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.3293E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.7800 Atmosphere Sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8161E+17 O.OOOOE+00 Page 274

CRDA PELLET MVP TRIP 10 MIN.o0 organic I (atoms) 5.6169E+15 0.O000E+00 Aerosols (kg) 3.4641E-08 0.O000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0754E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5872E-08 Total I (Ci) 2.7458E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7800 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) 0.0000E+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7800 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 organic I (atoms) 0.0000E+00 3.5189E+16 Aerosols (kg) 0.0000E+00 2.1365E-07 Detailed model information at time (H) = 0.7900 CRDA @ EAB - condenser Release Doses: Time (h) = 0.7900 whole Body Thyroid TEDE Delta dose (rem) 1.0323E-05 7.7982E-05 1.2793E-05 Accumulated dose (rem) 1.2473E-01 7.8219E-01 1.4960E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 0.7900 whole Body Thyroid TEDE Delta dose (rem) 2.4836E-06 1.8761E-05 3.0777E-06 Accumulated dose (rem) 5.5745E-02 3.4947E-01 6.6854E-02 Control Room Doses: Time (h) = 0.7900 whole Body Thyroid TEDE Delta dose (rem) 7.0575E-06 1.1011E-03 4.1929E-05 Accumulated dose (rem) 9.2956E-04 1.3023E-01 5.0623E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.7900 ci kg Atoms Decay co-58 2.2578E-05 7.1005E-13 7.3724E+12 2.4179E+09 co-60 2. 7018E-05 2.3901E-11 2.3990E+14 2.8929E+09 Kr-85 2.3922E+02 6.0974E-04 4.3199E+21 2.5614E+16 Kr-85m 3. 5630E+03 4.3295E-03 3.0674E+22 3.8150E+17 Kr-87 4. 4031E+03 1.5545E-07 1.0760E+18 5.9122E+17 Kr-88 7.8560E+03 6.2652E-07 4.2875E+18 9.2909E+17 Rb-86 7. 5741E-04 9.3085E-12 6.5183E+13 8.1147E+10 Sr-89 2.8412E-02 9.7798E-10 6.6174E+15 3.0429E+12 Sr-90 4.2764E-03 3.1351E-08 2.0978E+17 4.5789E+11 Sr-91 3.3980E-02 9.3737E-12 6.2033E+13 3.7468E+12 Sr-92 3.2158E-02 2.5584E-12 1. 6747E+13 3.8217E+12 Y-90 4. 4019E-05 8.0907E-14 5.4137E+11 4.7337E+09 Y-91 3.6995E-04 1.5085E-11 9.9830E+13 3.9619E+10 Y-92 3.3875E-04 3.5205E-14 2.3044E+11 3.9272E+10 Y-93 4. 3813E-04 1.3132E-13 8. 5037E+11 4.8226E+10 Zr-95 5.2357E-04 2.4371E-11 1. 5449E+14 5.6070E+10 Page 275

CRDA PELLET MVP TRIP 10 MIN.o0 Zr-97 5.1387E-04 2.6881E-13 1.6689E+12 5.5936E+10 Nb-95 5.2595E-04 1.3450E-11 8.5262E+13 5.6333E+10 MO-99 7.6058E-03 1.5858E-11 9.6465E+13 8.1781E+11 Tc-99m 6.1325E-03 1.1663E-12 7.0944E+12 6.8788E+11 Ru-103 6.7253E-03 2.0838E-10 1.2183E+15 7.2030E+11 RU-105 4.3923E-03 6.5342E-13 3.7476E+12 5.0099E+11 RU-106 3.0872E-03 9.2277E-10 5.2425E+15 3.3056E+11 Rh-105 4.5654E-03 5.4089E-12 3.1022E+13 4.9269E+11 Sb-127 9.4130E-03 3.5248E-11 1.6714E+14 1.0109E+12 sb-129 2.4087E-02 4.2833E-12 1.9996E+13 2.7522E+12 Te-127 8.8852E-03 3.3668E-12 1.5965E+13 9.8020E+11 Te-127m 1.2775E-03 1.3543E-10 6.4219E+14 1.3679E+11 Te-129 1.6790E-02 8.0174E-13 3.7428E+12 2.3061E+12 Te-129m 4.0021E-03 1.3285E-10 6.2019E+14 4.2866E+11 Te-131m 1.1786E-02 1.4781E-11 6.7948E+13 1.2737E+12 Te-132 1.1380E-01 3.7485E-10 1.7102E+15 1.2228E+13 1-131 6.4772E+01 5.2246E-07 2.4018E+18 6.9452E+15 1-132 7.3553E+01 7.1257E-09 3.2509E+16 8.9082E+15 1-133 1.2648E+02 1.1165E-07 5.0556E+17 1.3725E+16 1-134 7.6179E+01 2.8556E-09 1.2834E+16 1.1385E+16 1-135 1.1201E+02 3.1894E-08 1.4227E+17 1.2511E+16 Xe-133 2.7938E+04 1.4926E-04 6.7582E+20 2.9980E+18 xe-135 9.5559E+03 3.7419E-06 1.6692E+19 1.0547E+18 Cs-134 8.1783E-02 6.3210E-08 2.8408E+17 8.7568E+12 cs-136 2.2715E-02 3.0992E-10 1.3724E+15 2.4343E+12 Cs-137 4.0189E-02 4.6204E-07 2.0310E+18 4.3031E+12 Ba-139 3.8685E-02 2.3650E-12 1.0246E+13 5.1013E+12 Ba-140 5.5456E-02 7.5751E-10 3.2585E+15 5.9432E+12 La-140 5.8970E-04 1.0609E-12 4.5637E+12 6.3578E+10 La-141 4.5600E-04 8.0632E-14 3.4438E+11 5.2445E+10 La-142 3.5386E-04 2.4719E-14 1.0483E+11 4.5615E+10 Ce-141 1.3161E-03 4.6188E-11 1.9727E+14 1. 4096E+11 Ce-143 1.1861E-03 1.7861E-12 7.5218E+12 1.2807E+11 Ce-144 1.0930E-03 3.4269E-10 1.4332E+15 1.1704E+11 Pr-143 4.6556E-04 6.9137E-12 2.9115E+13 4.9891E+10 Nd-147 2.1190E-04 2.6194E-12 1.0731E+13 2.2713E+10 Np-239 1.7810E-02 7.6772E-11 1.9344E+14 1.9164E+12 Pu-238 7.5228E-06 4.3943E-10 1.1119E+15 8.0548E+08 Pu-239 4.0400E-07 6.4998E-09 1.6378E+16 4.3258E+07 Pu-240 6.3971E-07 2.8074E-09 7.0443E+15 6.8495E+07 Pu-241 1.8786E-04 1.8236E-09 4.5570E+15 2.0114E+10 Am-241 9.8714E-08 2.8762E-11 7.1870E+13 1.0570E+07 Cm-242 2.9955E-05 9.0381E-12 2.2491E+13 3.2076E+09 Cm-244 3.6671E-06 4.5328E-11 1.1187E+14 3.9265E+08 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 0.7900 Atmosphere Sump Noble gases (atoms) 3.5692E+22 0.0000E+00 Elemental I (atoms) 3.0021E+18 O.OOOOE+00 organic I (atoms) 9.2848E+16 0.OOOOE+00 Aerosols (kg) 5.7274E-07 0.0000E+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7519E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.1817E-08 Total I (Ci) 4.5299E+02 DAEC condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 0.7900 Leakage Transport Noble gases (atoms) 9.2712E+18 Elemental I (atoms) 7.8496E+14 organic I (atoms) 2.4277E+13 Aerosols (kg) 1.4877E-10 Page 276

CRDA PELLET MVP TRIP 10 MIN.o0 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7900 Filtered Transported Noble gases (atoms) O.O000E+00 1.3760E+22 Elemental I (atoms) O.O000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.7900 Ci kg Atoms Bq Co-58 7.3457E-06 2.3101E-13 2.3986E+12 2.7179E+05 co-60 8.7878E-06 7.7742E-12 7.8028E+13 3.2515E+05 Kr-85 7.7809E+01 1.9832E-04 1.4051E+21 2.8789E+12 Kr-85m 1.1589E+03 1.4082E-03 9.9770E+21 4.2879E+13 Kr-87 2.0523E+03 7.2454E-08 5.0153E+17 7.5936E+13 Kr-88 3. 0018E+03 2.3939E-07 1.6382E+18 1.1107E+14 Rb-86 2.4660E-04 3.0307E-12 2.1223E+13 9.1243E+06 Sr-89 9.2448E-03 3.1821E-10 2.1532E+15 3.4206E+08 Sr-90 1. 3909E-03 1.0197E-08 6.8231E+16 5.1465E+07 Sr-91 1.1597E-02 3.1992E-12 2.1172E+13 4.2910E+08 Sr-92 1.2383E-02 9.8516E-13 6.4487E+12 4.5817E+08 Y-90 1.4420E-05 2.6504E-14 1.7735E+11 5.3354E+05 Y-91 1.2037E-04 4.9081E-12 3.2481E+13 4.4536E+06 Y-92 1.2538E-04 1. 3030E-14 8.5291E+10 4.6390E+06 Y-93 1. 4911E-04 4.4692E-14 2.8940E+11 5.5170E+06 zr-95 1.7035E-04 7.9293E-12 5.0265E+13 6.3028E+06 zr-97 1.7172E-04 8.9829E-14 5.5770E+11 6.3538E+06 Nb-95 1. 7116E-04 4.3772E-12 2.7747E+13 6.3329E+06 Mo-99 2.4910E-03 5.1938E-12 3.1594E+13 9.2169E+07 Tc-99m 2.1521E-03 4.0928E-13 2.4896E+12 7.9628E+07 Ru-103 2.1885E-03 6.7810E-11 3.9647E+14 8.0975E+07 Ru-105 1.5836E-03 2.3559E-13 1. 3512E+12 5.8594E+07 Ru-106 1. 0042E-03 3.0015E-10 1. 7052E+15 3.7155E+07 Rh-105 1. 5043E-03 1. 7822E-12 1.0222E+13 5.5658E+07 Sb-127 3.0768E-03 1.1522E-11 5.4633E+13 1.1384E+08 sb-129 8.7093E-03 1. 5488E-12 7.2301E+12 3.2224E+08 Te-127 3.0349E-03 1. 1500E-12 5.4529E+12 1. 1229E+08 Te-127m 4.1558E-04 4.4057E-11 2.0891E+14 1.5376E+07 Te-129 8.1020E-03 3.8687E-13 1.8060E+12 2.9977E+08 Te-129m 1.3025E-03 4.3235E-11 2.0183E+14 4.8191E+07 Te-131m 3.8924E-03 4.8814E-12 2.2440E+13 1.4402E+08 Te-132 3.7232E-02 1.2264E-10 5.5950E+14 1.3776E+09 1-131 2.1117E+01 1.7034E-07 7.8305E+17 7.8135E+11 1-132 2.9188E+01 2.8277E-09 1. 2901E+16 1.0800E+12 1-133 4. 2053E+01 3.7123E-08 1. 6809E+17 1. 5560E+12 1-134 4. 1761E+01 1.5655E-09 7.0354E+15 1. 5452E+12 1-135 3.9041E+01 1.1117E-08 4.9590E+16 1.4445E+12 xe-133 9.1200E+03 4.8723E-05 2.2061E+20 3.3744E+14 Xe-135 3. 2668E+03 1.2792E-06 5.7065E+18 1.2087E+14 Cs-134 2. 6601E-02 2.0560E-08 9.2400E+16 9.8425E+08 Cs-136 7.3989E-03 1.0095E-10 4.4702E+14 2.7376E+08 Cs-137 1. 3072E-02 1.5028E-07 6.6060E+17 4.8366E+08 Ba-139 1.7536E-02 1.0721E-12 4.6447E+12 6.4882E+08 Ba-140 1.8065E-02 2.4675E-10 1.0614E+15 6.6839E+08 La-140 1.9399E-04 3.4902E-13 1. 5013E+12 7.1778E+06 La-141 1. 6662E-04 2.9463E-14 1.2584E+11 6.1651E+06 La-142 1. 5486E-04 1.0818E-14 4.5878E+10 5.7297E+06 Ce-141 4.2831E-04 1. 5032E-11 6.4201E+13 1.5847E+07 Ce-143 3.9118E-04 5.8905E-13 2.4806E+12 1.4474E+07 Ce-144 3. 5554E-04 1.1147E-10 4.6618E+14 1. 3155E+07 Pr-143 1. 5164E-04 2.2519E-12 9.4833E+12 5.6106E+06 Page 277

CRDA PELLET MVP TRIP 10 MIN.O0 Nd-147 6.9043E-05 8.5345E-13 3.4963E+12 2.5546E+06 Np-239 5.8400E-03 2.5174E-11 6.3430E+13 2.1608E+08 Pu-238 2.4469E-06 1.4293E-10 3.6165E+14 9.0534E+04 Pu-239 1.3141E-07 2.1141E-09 5.3269E+15 4.8620E+03 Pu-240 2.0807E-07 9.1312E-10 2.2912E+15 7.6986E+03 Pu-241 6.1103E-05 5.9316E-10 1.4822E+15 2.2608E+06 Am-241 3.2108E-08 9.3549E-12 2.3376E+13 1.1880E+03 Cm-242 9.7442E-06 2.9400E-12 7.3163E+12 3.6053E+05 Cm-244 1.1928E-06 1.4743E-11 3.6387E+13 4.4132E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.7900 Release Rate/s Noble gases (atoms) 1.1611E+22 4.0825E+18 Elemental I (atoms) 9.9004E+17 3.4812E+14 organic I (atoms) 3.0620E+16 1.0766E+13 Aerosols (kq) 1.8629E-07 6.5503E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9463E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7371E+01 Total I (Ci) 1. 7316E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.7900 Leakage Transport Noble gases (atoms) 9.2712E+18 Elemental I (atoms) 7.8496E+14 organic I (atoms) 2.4277E+13 Aerosols (kg) 1. 4877E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.7900 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0861E+17 Elemental I (atoms) O.OOOOE+00 3.4889E+13 organic I (atoms) O.OOOOE+00 1.0790E+12 Aerosols (kg) O.OOOOE+00 6.5561E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.7900 Filtered Transported Noble gases (atoms) 2.6421E+17 0.OOOOE+00 Elemental I (atoms) 2.2416E+13 O.OOOOE+00 organic I (atoms) 6.9329E+11 O.OOOOE+00 Aerosols (kg) 4.2394E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.7900 Ci kg Atoms Decay co-58 1.3656E-06 4.2947E-14 4.4591E+11 1.4525E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.7379E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 5387E+15 Page 278

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.2918E+16 Kr-87 2.6632E+02 9.4020E-09 6. 5080E+16 3.5470E+16 Kr-88 4.7516E+02 3.7894E-08 2.5932E+17 5.5782E+16 Rb-86 4.5811E-05 5.6301E-13 3.9425E+12 4.8749E+09 Sr-89 1.7185E-03 5.9152E-11 4.0025E+14 1. 8280E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.7507E+10 Sr-91 2.0552E-03 5.6696E-13 3.7520E+12 2.2505E+11 Sr-92 1.9450E-03 1.5474E-13 1.0129E+12 2.2944E+11 Y-90 2.6624E-06 4.8936E-15 3.2744E+10 2.8437E+08 Y-91 2.2376E-05 9.1241E-13 6.0381E+12 2.3801E+09 Y-92 2.0489E-05 2.1293E-15 1. 3938E+10 2.3582E+09 Y-93 2.6500E-05 7.9429E-15 5.1434E+10 2.8967E+09 zr-95 3.1667E-05 1.4741E-12 9.3443E+12 3.3684E+09 Zr-97 3.1081E-05 1.6258E-14 1.0094E+11 3.3600E+09 Nb-95 3.1811E-05 8.1352E-13 5.1570E+12 3.3842E+09 MO-99 4.6003E-04 9.5916E-13 5.8346E+12 4.9128E+10 Tc-99m 3.7092E-04 7.0541E-14 4.2910E+11 4.1313E+10 Ru-103 4.0677E-04 1.2604E-11 7.3690E+13 4.3272E+10 Ru-105 2.6566E-04 3.9521E-14 2.2667E+11 3.0085E+10 Ru-106 1.8672E-04 5.5812E-11 3.1709E+14 1. 9858E+10 Rh-105 2.7614E-04 3.2715E-13 1. 8763E+12 2.9597E+10 Sb-127 5.6934E-04 2.1319E-12 1.0109E+13 6.0729E+10 sb-129 1.4569E-03 2.5907E-13 1.2094E+12 1.6527E+11 Te-127 5.3741E-04 2.0363E-13 9.6560E+11 5.8875E+10 Te-127m 7.7266E-05 8.1914E-12 3.8842E+13 8.2179E+09 Te-129 1.0155E-03 4.8492E-14 2.2638E+11 1.3833E+11 Te-129m 2.4207E-04 8.0353E-12 3.7511E+13 2.5752E+10 Te-131m 7.1288E-04 8.9399E-13 4.1097E+12 7.6515E+10 Te-132 6.8832E-03 2.2672E-11 1.0344E+14 7.3460E+11 1-131 3.9176E+00 3 .1600E-08 1.4527E+17 4.1723E+14 1-132 4.4488E+00 4.3099E-10 1.9663E+15 5.3477E+14 1-133 7.6501E+00 6.7532E-09 3.0578E+16 8.2447E+14 1-134 4.6076E+00 1.7272E-10 7.7622E+14 6.8260E+14 1-135 6.7745E+00 1.9290E-09 8.6052E+15 7.5142E+14 xe-133 1.6898E+03 9.0276E-06 4.0876E+19 1.8010E+17 Xe-135 5.7797E+02 2.2633E-07 1.0096E+18 6.3352E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.2606E+11 Cs-136 1.3739E-03 1.8745E-11 8.3006E+13 1.4624E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 2.5851E+11 Ba-139 2.3398E-03 1.4305E-13 6.1974E+11 3.0608E+11 Ba-140 3.3542E-03 4.5817E-11 1.9708E+14 3.5703E+11 La-140 3.5667E-05 6.4170E-14 2.7603E+11 3.8193E+09 La-141 2.7581E-05 4.8769E-15 2.0829E+10 3.1493E+09 La-142 2.1403E-05 1.4951E-15 6.3407E+09 2.7373E+09 Ce-141 7.9601E-05 2.7937E-12 1.1932E+13 8.4683E+09 Ce-143 7.1741E-05 1.0803E-13 4.5495E+11 7.6937E+09 Ce-144 6.6110E-05 2.0727E-11 8.6683E+13 7.0309E+09 Pr-143 2.8159E-05 4.1817E-13 1. 7610E+12 2.9972E+09 Nd-147 1.2817E-05 1.5843E-13 6.4904E+11 1.3645E+09 Np-239 1.0772E-03 4.6435E-12 1. 1700E+13 1.1512E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.8389E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.5987E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.1148E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.2084E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.3496E+05 Cm-242 1.8118E-06 5.4666E-13 1. 3604E+12 1.9269E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.3588E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.7900 Atmosphere sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8158E+17 0.0000E+00 organic I (atoms) 5.6158E+15 0.OOOOE+00 Page 279

CRDA PELLET MVP TRIP 10 MIN.oO Aerosols (kg) 3.4641E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0744E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.5843E-08 Total I (Ci) 2.7399E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.7900 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.7900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.8000 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.8000 whole Body Thyroid TEDE Delta dose (rem) 1.0296E-05 7.7969E-05 1.2766E-05 Accumulated dose (rem) 1.2474E-01 7.8226E-01 1.4961E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.8000 whole Body Thyroid TEDE Delta dose (rem) 2.4770E-06 1.8757E-05 3.0711E-06 Accumulated dose (rem) 5.5748E-02 3.4949E-01 6.6858E-02 Control Room Doses: Time (h) = 0.8000 whole Body Thyroid TEDE Delta dose (rem) 6.9480E-06 1.0866E-03 4.1362E-05 Accumulated dose (rem) 9.3651E-04 1. 3131E-01 5.1037E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.8000 Ci kg Atoms Decay Co-58 2.2578E-05 7.1004E-13 7.3724E+12 2.4479E+09 Co-60 2.7018E-05 2.3901E-11 2.3989E+14 2.9288E+09 Kr-85 2.3922E+02 6.0973E-04 4.3199E+21 2.5933E+16 Kr-85m 3. 5629E+03 4.3295E-03 3.0674E+22 3.8624E+17 Kr-87 4.3792E+03 1.5460E-07 1. 0701E+18 5.9707E+17 Kr-88 7. 8369E+03 6.2499E-07 4.2770E+18 9.3954E+17 Rb-86 7.5739E-04 9.3083E-12 6.5181E+13 8.2156E+10 Sr-89 2.8412E-02 9.7797E-10 6.6174E+15 3.0807E+12 Sr-90 4.2764E-03 3.1350E-08 2.0977E+17 4.6358E+11 Sr-91 3.3955E-02 9.3669E-12 6.1987E+13 3.7920E+12 Sr-92 3.2076E-02 2.5519E-12 1. 6704E+13 3.8644E+12 Y-90 4.4014E-05 8.0898E-14 5.4131E+11 4.7923E+09 Y-91 3. 6994E-04 1. 5085E-11 9.9829E+13 4.0111E+10 Y-92 3.3809E-04 3.5136E-14 2.2999E+11 3.9723E+10 Y-93 4.3783E-04 1.3123E-13 8.4978E+11 4.8810E+10 Zr-95 5.2356E-04 2.4371E-11 1. 5449E+14 5.6767E+10 Zr-97 5.1366E-04 2.6869E-13 1.6682E+12 5.6620E+10 Page 280

CRDA PELLET MVP TRIP 10 MIN.O0 Nb-95 5.2594E-04 1.3450E-11 8.5261E+13 5.7033E+10 MO-99 7.6050E-03 1.5856E-11 9.6454E+13 8.2794E+11 Tc-99m 6.1255E-03 1.1649E-12 7.0862E+12 6.9605E+11 Ru-103 6.7252E-03 2.0838E-10 1.2183E+15 7.2926E+11 Ru-105 4.3854E-03 6.5239E-13 3.7417E+12 5.0683E+11 Ru-106 3.0872E-03 9.2276E-10 5.2424E+15 3.3467E+11 Rh-105 4.5645E-03 5.4079E-12 3.1016E+13 4.9877E+11 Sb-127 9.4123E-03 3.5245E-11 1. 6713E+14 1.0234E+12 sb-129 2.4048E-02 4.2764E-12 1.9964E+13 2.7843E+12 Te-127 8.8786E-03 3.3643E-12 1. 5953E+13 9.9203E+11 Te-127m 1.2775E-03 1.3543E-10 6.4219E+14 1.3850E+11 Te-129 1.6690E-02 7.9696E-13 3.7205E+12 2.3284E+12 Te-129m 4.0021E-03 1.3285E-10 6.2018E+14 4.3400E+11 Te-131m 1.1783E-02 1.4777E-11 6.7932E+13 1. 2894E+12 Te-132 1.1379E-01 3.7482E-10 1. 7100E+15 1. 2380E+13 1-131 6.4769E+01 5.2244E-07 2.4017E+18 7.0315E+15 1-132 7.3331E+01 7.1043E-09 3.2411E+16 9.0061E+15 1-133 1.2644E+02 1.1162E-07 5.0539E+17 1. 3894E+16 1-134 7.5578E+01 2.8331E-09 1.2732E+16 1. 1486E+16 1-135 1.1189E+02 3.1860E-08 1.4212E+17 1. 2660E+16 Xe-133 2.7936E+04 1.4925E-04 6.7578E+20 3.0352E+18 Xe-135 9.5486E+03 3.7391E-06 1. 6679E+19 1.0675E+18 Cs-134 8.1783E-02 6.3210E-08 2.8407E+17 8.8658E+12 Cs-136 2.2714E-02 3.0992E-10 1. 3723E+15 2.4645E+12 Cs-137 4.0189E-02 4.6204E-07 2.0310E+18 4.3567E+12 Ba-139 3.8490E-02 2.3532E-12 1.0195E+13 5.1527E+12 Ba-140 5.5455E-02 7.5749E-10 3.2584E+15 6.0171E+12 La-140 5.8960E-04 1.0608E-12 4.5629E+12 6.4363E+10 La-141 4.5520E-04 8.0489E-14 3.4377E+11 5.3052E+10 La-142 3.5227E-04 2.4608E-14 1.0436E+11 4.6085E+10 Ce-141 1.3160E-03 4.6188E-11 1.9727E+14 1.4272E+11 Ce-143 1.1859E-03 1.7857E-12 7. 5202E+12 1.2965E+11 Ce-144 1.0930E-03 3.4269E-10 1.4331E+15 1. 1849E+11 Pr-143 4.6555E-04 6.9135E-12 2. 9115E+13 5.0511E+10 Nd-147 2.1190E-04 2.6193E-12 1.0730E+13 2.2995E+10 Np-239 1.7808E-02 7.6762E-11 1.9342E+14 1. 9401E+12 Pu-238 7.5228E-06 4.3942E-10 1. 1119E+15 8.1550E+08 Pu-239 4.0400E-07 6.4998E-09 1. 6378E+16 4.3796E+07 Pu-240 6.3971E-07 2.8074E-09 7.0443E+15 6.9347E+07 Pu-241 1.8786E-04 1.8236E-09 4. 5569E+15 2.0365E+10 Am-241 9.8714E-08 2.8761E-11 7.1869E+13 1.0701E+07 Cm-242 2.9955E-05 9.0380E-12 2.2491E+13 3.2475E+09 Cm-244 3.6671E-06 4.5327E-11 1. 1187E+14 3.9753E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.8000 Atmosphere sump Noble gases (atoms) 3.5691E+22 0.OOOOE+00 Elemental I (atoms) 3.0015E+18 0.OOOOE+00 organic I (atoms) 9.2830E+16 O.OOOOE+00 Aerosols (kq) 5.7273E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7509E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1790E-08 Total I (Ci) 4.5201E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8000 Leakage Transport Noble gases (atoms) 9.4199E+18 Elemental I (atoms) 7.9747E+14 Organic I (atoms) 2.4664E+13 Aerosols (kg) 1. 5115E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Page 281

CRDA PELLET MVP TRIP 10 MIN.O0

                         -Pathway Time (h) =    0.8000     Filtered    Transported Noble gases (atoms)     O.OOOOE+00    1.3760E+22 Elemental I (atoms)     O.OOOOE+00    1.1758E+18 organic I (atoms)       O.OOOOE+00    3.6364E+16 Aerosols (kg)          O.OOOOE+00     2.2077E-07 Environment Integra 1 Nuclide Release:

Time (h) = 0.8000 Ci kg Atoms Bq Co-58 7.3458E-06 2.3101E-13 2.3986E+12 2.7179E+05 Co-60 8.7879E-06 7.7743E-12 7.8029E+13 3.2515E+05 Kr-85 7. 7810E+01 1.9832E-04 1.4051E+21 2.8790E+12 Kr-85m 1.1589E+03 1.4082E-03 9.9771E+21 4.2879E+13 Kr-87 2.0523E+03 7.2455E-08 5.0153E+17 7.5936E+13 Kr-88 3.0018E+03 2.3939E-07 1.6383E+18 1. 1107E+14 Rb-86 2.4661E-04 3.0308E-12 2.1223E+13 9.1245E+06 Sr-89 9.2449E-03 3.1822E-10 2.1532E+15 3.4206E+08 Sr-90 1. 3910E-03 1.0197E-08 6.8232E+16 5.1466E+07 Sr-91 1.1597E-02 3.1993E-12 2.1172E+13 4.2910E+08 Sr-92 1.2383E-02 9.8517E-13 6.4487E+12 4.5817E+08 Y-90 1.4420E-05 2.6505E-14 1. 7735E+11 5.3355E+05 Y-91 1. 2037E-04 4.9082E-12 3.2481E+13 4.4536E+06 Y-92 1.2538E-04 1. 3030E-14 8.5292E+10 4.6390E+06 Y-93 1. 4911E-04 4.4693E-14 2.8940E+11 5. 5170E+06 zr-95 1. 7035E-04 7.9294E-12 5.0265E+13 6.3029E+06 zr-97 1. 7173E-04 8.9830E-14 5.5770E+11 6.3539E+06 Nb-95 1. 7116E-04 4.3772E-12 2.7748E+13 6.3330E+06 Mo-99 2. 4911E-03 5.1939E-12 3.1594E+13 9.2170E+07 Tc-99m 2.1521E-03 4.0929E-13 2.4897E+12 7.9628E+07 RU-103 2.1885E-03 6.7811E-11 3.9647E+14 8.0976E+07 Ru-105 1.5836E-03 2. 3559E-13 1. 3512E+12 5.8595E+07 Ru-106 1. 0042E-03 3.0016E-10 1. 7053E+15 3.7155E+07 Rh-105 1. 5043E-03 1.7822E-12 1. 0222E+13 5.5659E+07 Sb-127 3. 0769E-03 1.1522E-11 5.4634E+13 1.1384E+08 sb-129 8.7094E-03 1. 5488E-12 7.2302E+12 3.2225E+08 Te-127 3.0349E-03 1. 1500E-12 5.4530E+12 1. 1229E+08 Te-127m 4.1558E-04 4.4058E-11 2.0892E+14 1.5376E+07 Te-129 8.1020E-03 3.8687E-13 1. 8061E+12 2.9978E+08 Te-129m 1.3025E-03 4.3235E-11 2.0184E+14 4.8192E+07 Te-131m 3.8925E-03 4.8814E-12 2.2440E+13 1.4402E+08 Te-132 3.7232E-02 1.2264E-10 5.5951E+14 1.3776E+09 1-131 2.1118E+01 1.7034E-07 7.8306E+17 7.8136E+11 1-132 2.9188E+01 2.8277E-09 1. 2901E+16 1. 0800E+12 1-133 4.2054E+01 3.7124E-08 1. 6809E+17 1. 5560E+12 1-134 4. 1762E+01 1.5655E-09 7.0354E+15 1. 5452E+12 1-135 3. 9041E+01 1.1117E-08 4.9591E+16 1.4445E+12 Xe-133 9. 1201E+03 4.8723E-05 2.2062E+20 3.3744E+14 xe-135 3.2669E+03 1.2793E-06 5.7066E+18 1. 2087E+14 Cs-134 2.6602E-02 2.0560E-08 9.2401E+16 9.8426E+08 Cs-136 7.3989E-03 1.0095E-10 4.4702E+14 2.7376E+08 Cs-137 1. 3072E-02 1.5028E-07 6.6061E+17 4.8366E+08 Ba-139 1.7536E-02 1.0721E-12 4.6448E+12 6.4883E+08 Ba-140 1.8065E-02 2.4676E-10 1.0614E+15 6.6840E+08 La-140 1. 9400E-04 3.4902E-13 1. 5013E+12 7.1779E+06 La-141 1. 6663E-04 2.9463E-14 1.2584E+11 6.1652E+06 La-142 1. 5486E-04 1.0818E-14 4.5878E+10 5.7298E+06 Ce-141 4.2832E-04 1. 5032E-11 6.4202E+13 1.5848E+07 Ce-143 3.9118E-04 5.8905E-13 2.4807E+12 1.4474E+07 Ce-144 3.5554E-04 1. 1147E-10 4.6618E+14 1.315 5E+07 Pr-143 1. 5164E-04 2.2519E-12 9.4835E+12 5.6107E+06 Nd-147 6.9044E-05 8. 5346E-13 3.4964E+12 2.5546E+06 Page 282

CRDA PELLET MVP TRIP 10 MIN.o0 Np-239 5.8401E-03 2.5174E-11 6.3431E+13 2.1608E+08 Pu-238 2.4469E-06 1.4293E-10 3.6165E+14 9.0535E+04 Pu-239 1.3141E-07 2.1141E-09 5.3270E+15 4.8621E+03 Pu-240 2.0807E-07 9.1313E-10 2.2913E+15 7.6987E+03 Pu-241 6.1103E-05 5.9316E-10 1.4822E+15 2.2608E+06 Am-241 3.2108E-08 9.3550E-12 2.3376E+13 1. 1880E+03 Cm-242 9.7443E-06 2.9401E-12 7.3164E+12 3.6054E+05 Cm-244 1.1928E-06 1.4743E-11 3.6388E+13 4.4133E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.8000 Release Rate/s Noble gases (atoms) 1.1611E+22 4.0315E+18 Elemental I (atoms) 9.9006E+17 3.4377E+14 organic I (atoms) 3.0620E+16 1.0632E+13 Aerosols (k 9 ) 1.8629E-07 6.4685E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9463E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7372E+01 Total I (ci) 1.7316E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8000 Leakage Transport Noble gases (atoms) 9.4199E+18 Elemental I (atoms) 7.9747E+14 organi c I (atoms) 2.4664E+13 Aerosols (kg) 1. 5115E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.8000 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0904E+17 Elemental I (atoms) O.OOOOE+00 3.4925E+13-organic I (atoms) 0.OOOOE+00 1.0802E+12 Aerosols (kg) O.OOOOE+00 6.5630E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.8000 Filtered Transported Noble gases (atoms) 2.6647E+17 O.OOOOE+00 Elemental I (atoms) 2.2607E+13 0.OOOOE+00 organic I (atoms) 6.9917E+11 O.OOOOE+00 Aerosols (kg) 4.2756E-12 O.O000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.8000 ci kg Atoms Decay Co-58 1.3656E-06 4.2946E-14 4.4591E+11 1.4707E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.7596E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 5580E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.3205E+16 Page 283

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-87 2.6487E+02 9.3509E-09 6.4727E+16 3.5823E+16 Kr-88 4.7401E+02 3.7802E-08 2.5869E+17 5.6414E+16 Rb-86 4.5810E-05 5.6300E-13 3.9424E+12 4.9359E+09 Sr-89 1. 7185E-03 5.9151E-11 4.0025E+14 1.8509E+11 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 2.7852E+10 Sr-91 2.0537E-03 5.6655E-13 3.7493E+12 2.2778E+11 Sr-92 1. 9401E-03 1. 5435E-13 1.0103E+12 2.3203E+11 Y-90 2.6621E-06 4.8930E-15 3.2741E+10 2.8791E+08 Y-91 2.2376E-05 9.1240E-13 6.0380E+12 2.4099E+09 Y-92 2.0449E-05 2.1251E-15 1. 3911E+10 2.3854E+09 Y-93 2.6482E-05 7.9374E-15 5.1398E+10 2.9320E+09 zr-95 3.1667E-05 1.4741E-12 9.3443E+12 3.4105E+09 zr-97 3.1068E-05 1. 6252E-14 1.0090E+11 3.4014E+09 Nb-95 3.1811E-05 8.1352E-13 5.1570E+12 3.4265E+09 Mo-99 4.5998E-04 9. 5906E-13 5.8339E+12 4.9741E+10 Tc-99m 3.7049E-04 7.0459E-14 4.2860E+11 4.1807E+10 Ru-103 4.0677E-04 1. 2604E-11 7.3690E+13 4.3813E+10 Ru-105 2.6525E-04 3.9459E-14 2.2631E+11 3.0439E+10 Ru-106 1.8672E-04 5. 5812E-11 3.1708E+14 2.0107E+10 Rh-105 2.7608E-04 3.2709E-13 1.8760E+12 2.9965E+10 sb-127 5.6929E-04 2.1318E-12 1. 0109E+13 6.1487E+10 Sb-129 1.4545E-03 2. 5865E-13 1. 2075E+12 1. 6721E+11 Te-127 5.3701E-04 2.0348E-13 9.6489E+11 5.9590E+10 Te-127m 7.7266E-05 8.1914E-12 3.8842E+13 8.3208E+09 Te-129 1.0095E-03 4.8203E-14 2.2503E+11 1. 3968E+11 Te-129m 2.4206E-04 8.0352E-12 3.7511E+13 2.6074E+10 Te-131m 7.1271E-04 8.9379E-13 4.1088E+12 7.7464E+10 Te-132 6.8826E-03 2.2670E-11 1.0343E+14 7.4377E+11 1-131 3.9175E+00 3.1599E-08 1.4526E+17 4.2245E+14 1-132 4.4354E+00 4.2970E-10 1. 9604E+15 5.4068E+14 1-133 7.6475E+00 6.7509E-09 3.0568E+16 8.3465E+14 1-134 4. 5713E+00 1.7136E-10 7.7011E+14 6.8871E+14 1-135 6.7674E+00 1.9270E-09 8.5962E+15 7.6044E+14 Xe-133 1.6897E+03 9.0271E-06 4.0874E+19 1.8235E+17 Xe-135 5.7754E+02 2.2616E-07 1.0088E+18 6.4121E+16 cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.3265E+11 cs-136 1.3738E-03 1.8745E-11 8.3004E+13 1.4807E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.6175E+11 Ba-139 2.3281E-03 1.4233E-13 6.1663E+11 3.0919E+11 Ba-140 3.3541E-03 4.5816E-11 1.9708E+14 3.6150E+11 La-140 3. 5661E-05 6.4159E-14 2.7598E+11 3.8668E+09 La-141 2.7532E-05 4.8683E-15 2.0793E+10 3.1860E+09 La-142 2.1307E-05 1.4884E-15 6.3122E+09 2.7657E+09 Ce-141 7.9600E-05 2.7936E-12 1.1932E+13 8.5743E+09 Ce-143 7.1726E-05 1.0801E-13 4.5485E+11 7.7892E+09 Ce-144 6.6110E-05 2.0727E-11 8.6683E+13 7.1189E+09 Pr-143 2.8158E-05 4.1816E-13 1. 7610E+12 3.0347E+09 Nd-147 1. 2816E-05 1. 5843E-13 6.4902E+11 1.3815E+09 Np-239 1. 0771E-03 4.6429E-12 1.1699E+13 1.1656E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.8995E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.6312E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 4.1663E+06 Pu-241 1. 1362E-05 1.1030E-10 2.7562E+14 1.2235E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.4291E+05 Cm-242 1.8118E-06 5.4666E-13 1. 3603E+12 1.9511E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.3883E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.8000 Atmosphere Sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8154E+17 0.OOOOE+00 organic I (atoms) 5.6147E+15 0.OOOOE+00 Aerosols (kg) 3.4641E-08 0.OOOOE+00 Page 284

CRDA PELLET MVP TRIP 10 MIN.o0 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0734E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5815E-08 Total I (Ci) 2.7339E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.0000E+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.0000E+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.8100 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.8100 whole Body Thyroid TEDE Delta dose (rem) 1.0269E-05 7.7956E-05 1.2738E-05 Accumulated dose (rem) 1.2475E-01 7.8234E-01 1.4962E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.8100 whole Body Thyroid TEDE Delta dose (rem) 2.4705E-06 1.8754E-05 3.0645E-06 Accumulated dose (rem) 5.5750E-02 3.4951E-01 6.6861E-02 control Room Doses: Time (h) = 0.8100 whole Body Thyroid TEDE Delta dose (rem) 6.8404E-06 1.0724E-03 4.0803E-05 Accumulated dose (rem) 9.4335E-04 1. 3239E-01 5.1445E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h).= 0.8100 ci kg Atoms Decay co-58 2.2578E-05 7.1004E-13 7.3723E+12 2.4780E+09 co-60 2.7017E-05 2.3901E-11 2.3989E+14 2.9648E+09 Kr-85 2.3922E+02 6.0973E-04 4.3199E+21 2.6251E+16 Kr-85m 3.5629E+03 4.3294E-03 3.0674E+22 3.9099E+17 Kr-87 4.3553E+03 1.5376E-07 1.0643E+18 6.0289E+17 Kr-88 7.8177E+03 6.2346E-07 4.2666E+18 9.4997E+17 Rb-86 7.5738E-04 9.3081E-12 6.5180E+13 8.3165E+10 Sr-89 2. 8412E-02 9.7796E-10 6.6173E+15 3.1186E+12 Sr-90 4.2764E-03 3.1350E-08 2.0977E+17 4.6928E+11 sr-91 3.3930E-02 9.3600E-12 6.1942E+13 3.8373E+12 Sr-92 3.1994E-02 2.5454E-12 1.6661E+13 3.9071E+12 Y-90 4.4009E-05 8.0889E-14 5.4125E+11 4.8509E+09 Y-91 3.6994E-04 1. 5085E-11 9.9828E+13 4.0604E+10 Y-92 3.3742E-04 3.5067E-14 2.2954E+11 4.0173E+10 Y-93 4.3753E-04 1. 3114E-13 8.4919E+11 4.9393E+10 Zr-95 5.2356E-04 2.4371E-11 1. 5449E+14 5.7464E+10 zr-97 5.1344E-04 2.6858E-13 1. 6675E+12 5.7304E+10 Nb-95 5.2593E-04 1. 3450E-11 8.5260E+13 5.7734E+10 Page 285

CRDA PELLET MVP TRIP 10 MIN.O0 Mo-99 7.6042E-03 1.5855E-11 9.6444E+13 8.3807E+11 Tc-99m 6.1184E-03 1.1636E-12 7.0780E+12 7.0420E+11 Ru-103 6.7251E-03 2.0838E-10 1.2183E+15 7.3822E+11 Ru-105 4.3785E-03 6.5137E-13 3.7359E+12 5.1267E+11 RU-106 3.0872E-03 9.2276E-10 5.2424E+15 3.3878E+11 Rh-105 4.5636E-03 5.4068E-12 3. 1010E+13 5.0485E+11 Sb-127 9.4115E-03 3.5242E-11 1. 6711E+14 1.0360E+12 Sb-129 2.4009E-02 4.2695E-12 1. 9932E+13 2.8163E+12 Te-127 8.8720E-03 3.3617E-12 1. 5941E+13 1.0039E+12 Te-127m 1.2774E-03 1. 3543E-10 6.4218E+14 1.4020E+11 Te- 129 1. 6591E-02 7.9221E-13 3.6983E+12 2. 3505E+12 Te-129m 4.0020E-03 1.3285E-10 6.2017E+14 4.3933E+11 Te-131m 1.1781E-02 1.4774E-11 6.7916E+13 1. 3051E+12 Te-132 1.1378E-01 3.7478E-10 1. 7098E+15 1. 2532E+13 1-131 6.4767E+01 5.2242E-07 2.4016E+18 7.1178E+15 1-132 7.3110E+01 7.0829E-09 3.2314E+16 9.1036E+15 1-133 1.2640E+02 1.1158E-07 5.0521E+17 1.4062E+16 1-134 7.4983E+01 2.8108E-09 1. 2632E+16 1.1587E+16 1-135 1.1177E+02 3.1827E-08 1.4197E+17 1.2809E+16 Xe-133 2.7935E+04 1.4924E-04 6.7574E+20 3.0724E+18 Xe-135 9.5414E+03 3.7362E-06 1. 6667E+19 1.0802E+18 Cs-134 8.1783E-02 6.3210E-08 2.8407E+17 8.9747E+12 Cs-136 2.2713E-02 3.0991E-10 1. 3723E+15 2.4948E+12 Cs-137 4.0189E-02 4.6204E-07 2.0310E+18 4.4102E+12 Ba-139 3.8297E-02 2.3413E-12 1.0144E+13 5.2038E+12 Ba-140 5.5453E-02 7.5747E-10 3.2583E+15 6.0910E+12 La-140 5.8949E-04 1.0606E-12 4. 5621E+12 6.5149E+10 La-141 4.5439E-04 8.0347E-14 3.4316E+11 5.3658E+10 La-142 3.5069E-04 2.4498E-14 1.0389E+11 4.6554E+10 Ce-141 1. 3160E-03 4.6187E-11 1.9727E+14 1. 4447E+11 Ce-143 1.1856E-03 1.7853E-12 7.5185E+12 1. 3123E+11 Ce-144 1.0930E-03 3.4269E-10 1.4331E+15 1.1995E+11 Pr-143 4.6553E-04 6.9133E-12 2.9114E+13 5.1131E+10 Nd-147 2.1189E-04 2.6192E-12 1.0730E+13 2.3277E+10 Np-239 1.7806E-02 7.6753E-11 1. 9340E+14 1. 9638E+12 Pu-238 7.5228E-06 4.3942E-10 1. 1119E+15 8.2552E+08 Pu-239 4.0400E-07 6.4997E-09 1. 6378E+16 4.4334E+07 Pu-240 6.3970E-07 2.8074E-09 7.0443E+15 7.0199E+07 Pu-241 1.8786E-04 1.8236E-09 4. 5569E+15 2.0615E+10 Am-241 9.8714E-08 2.8761E-11 7.1869E+13 1.0832E+07 Cm-242 2.9955E-05 9.0380E-12 2.2491E+13 3.2873E+09 Cm-244 3.6671E-06 4. 5327E-11 1.1187E+14 4.0242E+08 DAEC Condenser - CRDA rransport Group Inventory: Time (h) = 0.8100 Atmosphere Sump Noble gases (atoms) 3.5691E+22 0.0000E+00 Elemental I (atoms) 3.0009E+18 O.O000E+00 organic I (atoms) 9.2811E+16 0.O000E+00 Aerosols (k 9 ) 5.7273E-07 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7500E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1763E-08 Total I (Ci) 4.5103E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8100 Leakage Transport Noble gases (atoms) 9.5686E+18 Elemental I (atoms) 8.0998E+14 Organic I (atoms) 2. 5051E+13 Aerosols (kg) 1. 5354E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Page 286

CRDA PELLET MVP TRIP 10 MIN.o0 Pathway Time (h) = 0.8100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) 0.8100 Ci kg Atoms Bq Co-58 7.3459E-06 2.3102E-13 2.3986E+12 2.7180E+05 Co-60 8. 7880E-06 7.7744E-12 7.8030E+13 3.2516E+05 Kr-85 7. 7811E+01 1.9833E-04 1.4051E+21 2.8790E+12 Kr-85m 1. 1589E+03 1.4082E-03 9.9772E+21 4.2880E+13 Kr-87 2.0524E+03 7.2456E-08 5.0154E+17 7.5937E+13 Kr-88 3.0018E+03 2.3940E-07 1. 6383E+18 1. 1107E+14 Rb-86 2.4661E-04 3.0308E-12 2.1223E+13 9.1246E+06 Sr-89 9.2450E-03 3.1822E-10 2.1532E+15 3.4207E+08 Sr-90 1. 3910E-03 1.0197E-08 6.8233E+16 5.1466E+07 Sr-91 1. 1598E-02 3.1993E-12 2.1172E+13 4.2911E+08 Sr-92 1.2383E-02 9.8518E-13 6.4488E+12 4.5818E+08 Y-90 1.4420E-05 2.6505E-14 1.7735E+11 5.3355E+05 Y-91 1. 2037E-04 4.9083E-12 3.2482E+13 4.4537E+06 Y-92 1.2538E-04 1. 3030E-14 8. 5293E+10 4.6391E+06 Y-93 1.4911E-04 4.4693E-14 2.8941E+11 5. 5171E+06 zr-95 1.7035E-04 7.9295E-12 5.0266E+13 6.3029E+06 zr-97 1. 7173E-04 8.9832E-14 5.5771E+11 6.3540E+06 Nb-95 1. 7117E-04 4.3773E-12 2.7748E+13 6.3331E+06 Mo-99 2.4911E-03 5.1940E-12 3.1595E+13 9.2171E+07 Tc-99m 2.1521E-03 4.0929E-13 2.4897E+12 7.9629E+07 RU-103 2.1886E-03 6.7812E-11 3.9648E+14 8.0977E+07 Ru-105 1.5837E-03 2. 3559E-13 1.3512E+12 5.8596E+07 Ru-106 1. 0042E-03 3.0016E-10 1. 7053E+15 3.7156E+07 Rh-105 1. 5043E-03 1.7822E-12 1. 0222E+13 5.5659E+07 Sb-127 3.0769E-03 1. 1522E-11 5.4635E+13 1.1385E+08 sb-129 8. 7095E-03 1. 5488E-12 7.2303E+12 3.2225E+08 Te-127 3.0349E-03 1. 1500E-12 5.4530E+12 1.1229E+08 Te-127m 4.1559E-04 4.4059E-11 2.0892E+14 1.5377E+07 Te- 129 8.1021E-03 3.8688E-13 1. 8061E+12 2.9978E+08 Te-129m 1. 3025E-03 4.3236E-11 2.0184E+14 4.8192E+07 Te-131m 3.8925E-03 4.8815E-12 2.2440E+13 1.4402E+08 Te-132 3.7233E-02 1.2264E-10 5.5952E+14 1.3776E+09 1-131 2.1118E+01 1.7034E-07 7.8307E+17 7.8137E+11 1-132 2. 9188E+01 2.8277E-09 1.2901E+16 1. 0800E+12 1-133 4.2055E+01 3.7124E-08 1. 6810E+17 1. 5560E+12 1-134 4.1762E+01 1.5655E-09 7.0355E+15 1. 5452E+12 1-135 3. 9042E+01 1.1117E-08 4.9591E+16 1.4445E+12 Xe-133 9.1202E+03 4.8724E-05 2.2062E+20 3.3745E+14 xe-135 3.2669E+03 1.2793E-06 5.7066E+18 1.2088E+14 Cs-134 2. 6602E-02 2.0561E-08 9.2402E+16 9.8427E+08 Cs-136 7. 3990E-03 1.0095E-10 4.4703E+14 2.7376E+08 Cs-137 1. 3072E-02 1.5029E-07 6.6062E+17 4.8367E+08 Ba-139 1.7536E-02 1. 0721E-12 4.6448E+12 6.4884E+08 Ba-140 1.8065E-02 2.4676E-10 1.0614E+15 6.6841E+08 La-140 1.9400E-04 3.4903E-13 1. 5014E+12 7.1780E+06 La-141 1. 6663E-04 2.9464E-14 1. 2584E+11 6.1652E+06 La-142 1. 5486E-04 1.0818E-14 4.5879E+10 5.7299E+06 Ce-141 4.2832E-04 1. 5032E-11 6.4203E+13 1.5848E+07 Ce-143 3.9119E-04 5.8906E-13 2.4807E+12 1.4474E+07 Ce-144 3. 5554E-04 1.1147E-10 4.6619E+14 1. 3155E+07 Pr-143 1. 5164E-04 2.2519E-12 9.4836E+12 5.6108E+06 Nd-147 6.9045E-05 8.5347E-13 3.4964E+12 2.5547E+06 Np-239 5. 8402E-03 2.5174E-11 6.3432E+13 2.1609E+08 Page 287

CRDA PELLET MVP TRIP 10 MIN.o0 Pu-238 2.4469E-06 1.4293E-10 3.6166E+14 9.0536E+04 Pu-239 1.3141E-07 2.1142E-09 5.3271E+15 4.8621E+03 Pu-240 2.0807E-07 9.1314E-10 2.2913E+15 7.6988E+03 Pu-241 6.1104E-05 5.9317E-10 1.4822E+15 2.2609E+06 Am-241 3.2108E-08 9.3551E-12 2.3377E+13 1. 1880E+03 Cm-242 9.7444E-06 2.9401E-12 7.3164E+12 3.6054E+05 Cm-244 1.1928E-06 1.4744E-11 3.6388E+13 4.4133E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.8100 Release Rate/s Noble gases (atoms) 1.1611E+22 3.9818E+18 Elemental I (atoms) 9.9007E+17 3.3953E+14 Organic I (atoms) 3.0621E+16 1.0501E+13 Aerosols (kq) 1.8630E-07 6.3887E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9464E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7372E+01 Total I (Ci) 1.7316E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8100 Leakage Transport Noble gases (atoms) 9. 5686E+18 Elemental I (atoms) 8.0998E+14 Organic I (atoms) 2. 5051E+13 Aerosols (kg) 1. 5354E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.8100 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.0947E+17 Elemental I (atoms) O.OOOOE+00 3.4962E+13 Organic I (atoms) O.OOOOE+00 1.0813E+12 Aerosols (kg) 0.OOOOE+00 6.5699E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.8100 Filtered Transported Noble gases (atoms) 2.6870E+17 O.OOOOE+00 Elemental I (atoms) 2.2794E+13 O.OOOOE+00 organic I (atoms) 7.0498E+11 0.OOOOE+00 Aerosols (kg) 4.3115E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.8100 Ci kg Atoms Decay Co-58 1.3656E-06 4.2946E-14 4.4591E+11 1.4889E+08 Co -60 1.6341E-06 1. 4456E-12 1.4510E+13 1. 7814E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 5773E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.3492E+16 Kr-87 2.6343E+02 9.3000E-09 6.4375E+16 3.6175E+16 Page 288

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-88 4.7285E+02 3.7710E-08 2.5806E+17 5.7045E+16 Rb-86 4.5810E-05 5.6300E-13 3.9424E+12 4.9969E+09 Sr-89 1.7185E-03 5.9151E-11 4.0024E+14 1. 8738E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.8196E+10 Sr-91 2.0522E-03 5.6613E-13 3.7465E+12 2.3052E+11 Sr-92 1.9351E-03 1.5396E-13 1.0078E+12 2.3461E+11 Y-90 2.6618E-06 4.8925E-15 3.2737E+10 2.9146E+08 Y-91 2.2376E-05 9.1240E-13 6.0380E+12 2.4397E+09 Y-92 2.0409E-05 2.1210E-15 1.3884E+10 2.4126E+09 Y-93 2.6464E-05 7.9320E-15 5.1363E+10 2.9673E+09 zr-95 3.1667E-05 1.4741E-12 9.3442E+12 3.4527E+09 Zr-97 3.1055E-05 1.6245E-14 1.0086E+11 3.4427E+09 Nb-95 3.1811E-05 8.1351E-13 5.1569E+12 3.4689E+09 MO-99 4.5993E-04 9.5896E-13 5.8333E+12 5.0354E+10 Tc-99m 3.7007E-04 7.0378E-14 4.2811E+11 4.2300E+10 RU-103 4.0676E-04 1.2604E-11 7.3689E+13 4.4355E+10 RU-105 2.6483E-04 3.9398E-14 2.2596E+11 3.0792E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.0356E+10 Rh-105 2.7603E-04 3.2703E-13 1.8756E+12 3.0332E+10 Sb-127 5.6925E-04 2.1316E-12 1.0108E+13 6.2245E+10 Sb-129 1.4522E-03 2.5824E-13 1.2055E+12 1.6915E+11 Te-127 5.3662E-04 2.0333E-13 9.6417E+11 6.0305E+10 Te-127m 7.7265E-05 8.1913E-12 3.8842E+13 8.4237E+09 Te-129 1.0035E-03 4.7916E-14 2.2369E+11 1.4102E+11 Te-129m 2.4206E-04 8.0351E-12 3.7511E+13 2.6397E+10 Te-131m 7.1255E-04 8.9358E-13 4.1078E+12 7.8413E+10 Te-132 6.8820E-03 2.2668E-11 1.0342E+14 7. 5293E+11 1-131 3.9174E+00 3.1598E-08 1.4526E+17 4.2766E+14 1-132 4.4220E+00 4.2840E-10 1.9545E+15 5.4658E+14 1-133 7.6450E+00 6.7487E-09 3.0558E+16 8.4484E+14 1-134 4.5353E+00 1.7001E-10 7.6404E+14 6.9478E+14 1-135 6.7603E+00 1.9250E-09 8.5872E+15 7.6945E+14 Xe-133 1.6896E+03 9.0266E-06 4.0872E+19 1.8460E+17 Xe-135 5.7710E+02 2.2598E-07 1.0081E+18 6.4890E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.3924E+11 Cs-136 1.3738E-03 1.8745E-11 8.3002E+13 1.4990E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.6498E+11 Ba-139 2.3164E-03 1.4161E-13 6.1354E+11 3.1228E+11 Ba-140 3.3541E-03 4.5815E-11 1.9707E+14 3.6597E+11 La-140 3.5655E-05 6.4148E-14 2.7593E+11 3.9143E+09 La-141 2.7484E-05 4.8598E-15 2.0756E+10 3.2227E+09 La-142 2.1211E-05 1.4817E-15 6.2839E+09 2.7940E+09 Ce-141 7.9599E-05 2.7936E-12 1.1932E+13 8.6804E+09 Ce-143 7.1711E-05 1.0798E-13 4.5475E+11 7.8847E+09 Ce-144 6.6110E-05 2.0727E-11 8.6683E+13 7.2070E+09 Pr-143 2.8158E-05 4.1815E-13 1.7609E+12 3.0722E+09 Nd-147 1.2816E-05 1.5842E-13 6.4901E+11 1.3986E+09 Np-239 1.0770E-03 4.6423E-12 1.1697E+13 1.1799E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.9601E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.6638E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.2179E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.2386E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.5087E+05 Cm-242 1.8118E-06 5.4666E-13 1.3603E+12 1.9752E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.4179E+07 MVP Holdup Transport GIroup Inventory: Time (h) = 0.8100 Atmosphere Sump Noble gases (atoms) 2.1588E+21 0.OOOOE+00 Elemental I (atoms) 1.8151E+17 O.OOOOE+00 Organi c I (atoms) 5.6136E+15 0 0000E+O0 Aerosols (kq) 3.4641E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0724E-08 Page 289

CRDA PELLET MVP TRIP 10 MIN.o0 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5787E-08 Total I (Ci) 2.7280E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.8200 CRDA @ EAB - condenser Release Doses: Time (h) = 0.8200 whole Body Thyroid TEDE Delta dose (rem) 1.0242E-05 7.7943E-05 1.2711E-05 Accumulated dose (rem) 1.2476E-01 7.8242E-01 1.4964E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.8200 whole Body Thyroid TEDE Delta dose (rem) 2.4641E-06 1.8751E-05 3.0578E-06 Accumulated dose (rem) 5.5753E-02 3.4952E-01 6.6864E-02 control Room Doses: Time (h) = 0.8200 whole Body Thyroid TEDE Delta dose (rem) 6.7348E-06 1.0585E-03 4.0254E-05 Accumulated dose (rem) 9.5008E-04 1.3344E-01 5.1848E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.8200 Ci kg Atoms Decay Co-58 2.2578E-05 7.1003E-13 7.3723E+12 2.5081E+09 Co-60 2.7017E-05 2.3901E-11 2.3989E+14 3.0008E+09 Kr-85 2.3922E+02 6.0973E-04 4.3198E+21 2.6570E+16 Kr-85m 3. 5629E+03 4.3294E-03 3.0673E+22 3.9573E+17 Kr-87 4.3316E+03 1.5292E-07 1.0585E+18 6.0868E+17 Kr-88 7.7986E+03 6.2194E-07 4.2561E+18 9.6037E+17 Rb-86 7.5736E-04 9.3079E-12 6. 5179E+13 8.4174E+10 Sr-89 2. 8412E-02 9.7795E-10 6.6172E+15 3.1564E+12 Sr-90 4.2764E-03 3.1350E-08 2.0977E+17 4.7498E+11 Sr-91 3. 3905E-02 9. 3531E-12 6.1897E+13 3.8824E+12 Sr-92 3.1912E-02 2.5389E-12 1. 6619E+13 3.9497E+12 Y-90 4.4004E-05 8.0880E-14 5.4119E+11 4.9095E+09 Y-91 3.6994E-04 1. 5085E-11 9.9827E+13 4.1097E+10 Y-92 3.3676E-04 3.4998E-14 2.2909E+11 4.0622E+10 Y-93 4.3723E-04 1.3105E-13 8.4861E+11 4.9975E+10 Zr-95 5.2356E-04 2.4371E-11 1. 5449E+14 5.8162E+10 Zr-97 5.1323E-04 2.6847E-13 1. 6668E+12 5.7988E+10 Nb-95 5.2593E-04 1. 3450E-11 8.5259E+13 5.8434E+10 MO-99 7. 6033E-03 1. 5853E-11 9.6433E+13 8.4819E+11 Page 290

CRDA PELLET MVP TRIP 10 MIN.o0 Tc-99m 6.1113E-03 1.1622E-12 7.0698E+12 7.1235E+11 RU-103 6.7250E-03 2.0837E-10 1.2183E+15 7.4717E+11 Ru-105 4.3717E-03 6.5035E-13 3.7300E+12 5.1850E+11 RU-106 3.0871E-03 9.2275E-10 5.2424E+15 3.4290E+11 Rh-105 4.5627E-03 5.4057E-12 3.1004E+13 5.1093E+11 sb-127 9.4108E-03 3.5240E-11 1. 6710E+14 1.0485E+12 Sb-129 2.3971E-02 4.2627E-12 1. 9900E+13 2.8482E+12 Te-127 8.8654E-03 3.3592E-12 1. 5929E+13 1. 0157E+12 Te-127m 1.2774E-03 1.3543E-10 6.4218E+14 1.4190E+11 Te-129 1.6492E-02 7.8748E-13 3.6762E+12 2.3726E+12 Te-129m 4.0020E-03 1.3284E-10 6.2016E+14 4.4466E+11 Te-131m 1.1778E-02 1.4770E-11 6. 7900E+13 1. 3208E+12 Te-132 1.1377E-01 3.7475E-10 1.7097E+15 1.2683E+13 1-131 6.4764E+01 5.2240E-07 2.4015E+18 7.2040E+15 1-132 7.2890E+01 7.0615E-09 3.2216E+16 9.2008E+15 1-133 1.2635E+02 1.1154E-07 5.0504E+17 1.4230E+16 1-134 7.4392E+01 2.7887E-09 1.2533E+16 1.1686E+16 1-135 1.1165E+02 3.1793E-08 1.4182E+17 1. 2958E+16 Xe-133 2.7933E+04 1.4923E-04 6.7570E+20 3.1096E+18 Xe-135 9.5341E+03 3.7334E-06 1. 6654E+19 1.0929E+18 Cs-134 8.1782E-02 6.3209E-08 2.8407E+17 9.0836E+12 Cs-136 2.2713E-02 3.0990E-10 1.3723E+15 2.5250E+12 Cs-137 4.0189E-02 4.6204E-07 2.0310E+18 4.4637E+12 Ba-139 3.8105E-02 2.3296E-12 1.0093E+13 5.2547E+12 Ba-140 5.5452E-02 7.5745E-10 3.2582E+15 6.1648E+12 La-140 5.8939E-04 1.0604E-12 4.5613E+12 6.5934E+10 La-141 4.5359E-04 8.0205E-14 3.4256E+11 5.4263E+10 La-142 3.4911E-04 2.4388E-14 1.0343E+11 4.7020E+10 Ce-141 1.3160E-03 4.6187E-11 1. 9726E+14 1.4622E+11 Ce-143 1.1854E-03 1.7849E-12 7. 5169E+12 1. 3281E+11 Ce-144 1.0930E-03 3.4269E-10 1.4331E+15 1. 2140E+11 Pr-143 4.6552E-04 6.9132E-12 2.9113E+13 5.1751E+10 Nd-147 2.1188E-04 2.6191E-12 1.0730E+13 2.3560E+10 Np-239 1.7804E-02 7.6743E-11 1. 9337E+14 1. 9876E+12 Pu-238 7.5227E-06 4.3942E-10 1.1119E+15 8.3554E+08 Pu-239 4.0400E-07 6.4997E-09 1.6377E+16 4.4872E+07 Pu-240 6.3970E-07 2.8073E-09 7.0443E+15 7.1051E+07 Pu-241 1.8786E-04 1.8236E-09 4. 5569E+15 2.0865E+10 Am-241 9.8713E-08 2.8761E-11 7.1869E+13 1.0964E+07 Cm-242 2.9954E-05 9.0379E-12 2.2491E+13 3.3272E+09 Cm-244 3.6671E-06 4.5327E-11 1.1187E+14 4.0730E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.8200 Atmosphere Sump Noble gases (atoms) 3.5691E+22 O.OOOOE+00 Elemental I (atoms) 3.0003E+18 O.OOOOE+00 organic I (atoms) 9.2793E+16 O.OOOOE+00 Aerosols (kq) 5.7273E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7490E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1736E-08 Total I (Ci) 4.5005E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8200 Leakage Transport Noble gases (atoms) 9. 7174E+18 Elemental I (atoms) 8.2248E+14 organic I (atoms) 2.5438E+13 Aerosols (kg) 1. 5592E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Page 291

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 0.8200 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organi c I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.8200 ci kg Atoms Bq Co-58 7.3459E-06 2.3102E-13 2.3987E+12 2.7180E+05 co-60 8.7881E-06 7.7745E-12 7.8031E+13 3.2516E+05 Kr-85 7.7812E+01 1.9833E-04 1.4051E+21 2.8790E+12 Kr-85m 1.1589E+03 1.4083E-03 9.9774E+21 4.2881E+13 Kr-87 2.0524E+03 7.2456E-08 5.0154E+17 7.5938E+13 Kr-88 3.0019E+03 2.3940E-07 1.6383E+18 1. 1107E+14 Rb-86 2.4661E-04 3.0309E-12 2.1224E+13 9.1247E+06 Sr-89 9.2452E-03 3.1823E-10 2.1533E+15 3.4207E+08 Sr-90 1. 3910E-03 1. 0197E-08 6.8234E+16 5.1467E+07 Sr-91 1.1598E-02 3.1994E-12 2.1173E+13 4.2911E+08 Sr-92 1.2383E-02 9.8519E-13 6.4489E+12 4.5818E+08 Y-90 1. 4421E-05 2.6505E-14 1.7735E+11 5.3356E+05 Y-91 1.2037E-04 4.9083E-12 3.2482E+13 4.4537E+06 Y-92 1.2538E-04 1. 3030E-14 8. 5294E+10 4.6391E+06 Y-93 1.4911E-04 4.4694E-14 2.8941E+11 5. 5172E+06 Zr-95 1.7035E-04 7.9296E-12 5.0267E+13 6.3030E+06 Zr-97 1. 7173E-04 8.9833E-14 5.5772E+11 6.3540E+06 Nb-95 1. 7117E-04 4.3773E-12 2.7748E+13 6.3332E+06 Mo-99 2.4911E-03 5.1940E-12 3.1595E+13 9.2172E+07 Tc-99m 2.1522E-03 4.0930E-13 2.4897E+12 7.9630E+07 Ru-103 2.1886E-03 6.7813E-11 3.9648E+14 8.0978E+07 Ru-105 1.5837E-03 2.3560E-13 1.3512E+12 5.8596E+07 RU-106 1.0042E-03 3.0016E-10 1. 7053E+15 3.7156E+07 Rh-105 1.5043E-03 1. 7823E-12 1. 0222E+13 5.5660E+07 Sb-127 3.0770E-03 1.1522E-11 5.4635E+13 1. 1385E+08 Sb-129 8.7096E-03 1. 5488E-12 7.2304E+12 3.2226E+08 Te-127 3.0350E-03 1.1500E-12 5.4531E+12 1. 1229E+08 Te-127m 4.1559E-04 4.4059E-11 2.0892E+14 1.5377E+07 Te-129 8.1022E-03 3.8688E-13 1. 8061E+12 2.9978E+08 Te-129m 1.3025E-03 4.3236E-11 2.0184E+14 4.8193E+07 Te-131m 3.8926E-03 4.8816E-12 2.2441E+13 1.4403E+08 Te-132 3.7233E-02 1. 2264E-10 5.5952E+14 1.3776E+09 1-131 2. 1118E+01 1.7034E-07 7.8308E+17 7.8138E+11 1-132 2.9189E+O1 2.8278E-09 1. 2901E+16 1.0800E+12 1-133 4.2055E+01 3.7125E-08 1.6810E+17 1. 5560E+12 1-134 4.1762E+01 1.5655E-09 7.0355E+15 1. 5452E+12 1-135 3.9042E+01 1. 1117E-08 4.9592E+16 1.4446E+12 Xe-133 9.1203E+03 4.8724E-05 2.2062E+20 3.3745E+14 Xe-135 3.2669E+03 1.2793E-06 5.7067E+18 1. 2088E+14 Cs-134 2.6602E-02 2.0561E-08 9.2403E+16 9.8429E+08 Cs-136 7.3991E-03 1.0096E-10 4.4704E+14 2.7377E+08 Cs-137 1.3072E-02 1.5029E-07 6.6063E+17 4.8368E+08 Ba-139 1.7536E-02 1.0721E-12 4.6448E+12 6.4884E+08 Ba-140 1.8065E-02 2.4676E-10 1.0615E+15 6.6842E+08 La-140 1.9400E-04 3.4903E-13 1. 5014E+12 7.1781E+06 La-141 1.6663E-04 2.9464E-14 1.2584E+11 6.1653E+06 La-142 1.5486E-04 1.0818E-14 4.5879E+10 5.7299E+06 Ce-141 4.2833E-04 1. 5032E-11 6.4204E+13 1.5848E+07 Ce-143 3.9119E-04 5.8907E-13 2.4807E+12 1.4474E+07 Ce-144 3.5555E-04 1. 1148E-10 4.6619E+14 1. 3155E+07 Pr-143 1. 5164E-04 2.2520E-12 9.4837E+12 5. 6109E+06 Nd-147 6.9046E-05 8.5348E-13 3.4965E+12 2.5547E+06 Np-239 5.8403E-03 2.5175E-11 6. 3433E+13 2.1609E+08 Pu-238 2.4469E-06 1.4293E-10 3.6166E+14 9.0537E+04 Page 292

CRDA PELLET MVP TRIP 10 MIN.O0 Pu-239 1.3141E-07 2.1142E-09 5. 3272E+15 4.8622E+03 Pu-240 2.0808E-07 9.1316E-10 2.2913E+15 7.6989E+03 Pu-241 6.1105E-05 5.9318E-10 1.4822E+15 2.2609E+06 Am-241 3.2109E-08 9.3552E-12 2.3377E+13 1.1880E+03 Cm-242 9.7445E-06 2.9402E-12 7.3165E+12 3.6055E+05 Cm-244 1.1928E-06 1.4744E-11 3.6389E+13 4.4134E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.8200 Release Rate/s Noble gases (atoms) 1.1611E+22 3.9333E+18 Elemental I (atoms) 9.9008E+17 3.3539E+14 organic I (atoms) 3.0621E+16 1.0373E+13 Aerosols (kq) 1.8630E-07 6.3109E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9464E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7373E+01 Total I (Ci) 1.7317E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8200 Leakage Transport Noble gases (atoms) 9.7174E+18 Elemental I (atoms) 8.2248E+14 organic I (atoms) 2.5438E+13 Aerosols (kg) 1. 5592E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.8200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.0990E+17 Elemental I (atoms) 0.OOOOE+00 3.4998E+13 organic I (atoms) O.OOOOE+00 1.0824E+12 Aerosols (kg) O.OOOOE+00 6.5768E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.8200 Filtered Transported Noble gases (atoms) 2.7090E+17 O.OOOOE+00 Elemental I (atoms) 2.2980E+13 O.OOOOE+00 organic I (atoms) 7.1071E+11 O.0000E+00 Aerosols (kg) 4.3468E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.8200 Ci kg Atoms Decay Co-58 1.3656E-06 4.2946E-14 4.4591E+11 1. 5071E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.8032E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 5966E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.3779E+16 Kr-87 2.6200E+02 9.2495E-09 6.4025E+16 3.6525E+16 Kr-88 4.7170E+02 3.7618E-08 2.5743E+17 5.7674E+16 Page 293

CRDA PELLET MVP TRIP 10 MIN.O0 Rb-86 4.5809E-05 5.6299E-13 3.9423E+12 5.0579E+09 Sr-89 1.7185E-03 5.9151E-11 4.0024E+14 1. 8967E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.8541E+10 Sr-91 2.0507E-03 5.6572E-13 3.7438E+12 2. 3325E+11 Sr-92 1.9302E-03 1.5356E-13 1.0052E+12 2.3719E+11 Y-90 2.6615E-06 4.8920E-15 3.2734E+10 2.9500E+08 Y-91 2.2375E-05 9.1240E-13 6.0380E+12 2.4695E+09 Y-92 2.0369E-05 2.1168E-15 1.3856E+10 2.4398E+09 Y-93 2.6446E-05 7.9266E-15 5.1328E+10 3.0025E+09 Zr-95 3.1667E-05 1.4741E-12 9.3442E+12 3.4949E+09 Zr-97 3.1043E-05 1.6238E-14 1.0081E+11 3.4841E+09 Nb-95 3.1811E-05 8.1350E-13 5.1569E+12 3. 5113E+09 Mo-99 4.5988E-04 9.5886E-13 5.8327E+12 5.0966E+10 Tc-99m 3.6964E-04 7.0297E-14 4.2762E+11 4.2793E+10 Ru-103 4.0676E-04 1.2603E-11 7.3689E+13 4.4897E+10 RU-105 2.6442E-04 3.9336E-14 2.2561E+11 3.1144E+10 RU-106 1.8672E-04 5.5812E-11 3.1708E+14 2.0604E+10 Rh-105 2.7597E-04 3.2696E-13 1.8752E+12 3.0700E+10 sb-127 5.6921E-04 2.1314E-12 1.0107E+13 6.3004E+10 sb-129 1.4499E-03 2.5783E-13 1.2036E+12 1. 7108E+11 Te-127 5.3622E-04 2.0318E-13 9.6346E+11 6.1020E+10 Te-127m 7.7265E-05 8.1913E-12 3.8842E+13 8.5266E+09 Te-129 9.9749E-04 4.7631E-14 2.2235E+11 1.4235E+11 Te-129m 2.4206E-04 8.0351E-12 3.7510E+13 2.6719E+10 Te-131m 7.1238E-04 8.9337E-13 4.1069E+12 7.9362E+10 Te-132 6.8813E-03 2.2666E-11 1.0341E+14 7.6210E+11 1-131 3.9172E+00 3.1597E-08 1.4525E+17 4.3288E+14 1-132 4.4087E+00 4.2711E-10 1.9486E+15 5.5246E+14 1-133 7.6424E+00 6.7465E-09 3.0547E+16 8.5502E+14 1-134 4.4996E+00 1.6867E-10 7.5803E+14 7.0080E+14 1-135 6.7533E+00 1.9230E-09 8.5782E+15 7.7845E+14 xe-133 1.6895E+03 9.0261E-06 4.0870E+19 1.8685E+17 xe-135 5.7667E+02 2.2581E-07 1.0073E+18 6. 5659E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.4583E+11 Cs-136 1.3738E-03 1.8744E-11 8.3000E+13 1. 5173E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.6822E+11 Ba-139 2.3048E-03 1.4090E-13 6.1046E+11 3.1536E+11 Ba-140 3.3540E-03 4.5814E-11 1.9707E+14 3.7044E+11 La-140 3.5649E-05 6.4137E-14 2.7589E+11 3.9618E+09 La-141 2.7435E-05 4.8512E-15 2.0720E+10 3.2592E+09 La-142 2.1116E-05 1.4751E-15 6.2557E+09 2.8222E+09 Ce-141 7.9599E-05 2.7936E-12 1.1931E+13 8.7864E+09 Ce-143 7.1696E-05 1.0796E-13 4.5466E+11 7.9803E+09 Ce-144 6.6110E-05 2.0727E-11 8.6683E+13 7.2951E+09 Pr-143 2.8157E-05 4.1814E-13 1.7609E+12 3.1097E+09 Nd-147 1.2816E-05 1.5842E-13 6.4899E+11 1.4157E+09 Np-239 1.0769E-03 4.6418E-12 1.1696E+13 1.1943E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.0207E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.6963E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.2694E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.2538E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.5882E+05 Cm-242 1.8118E-06 5.4666E-13 1.3603E+12 1.9993E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.4474E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.8200 Atmosphere sump Noble gases (atoms) 2.1588E+21 O.OOOOE+00 Elemental I (atoms) 1.8147E+17 O.OOOOE+0O Organic I (atoms) 5.6126E+15 O.OOOOE+00 Aerosols (kq) 3.4641E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0714E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5759E-08 Page 294

CRDA PELLET MVP TRIP 10 MIN.O0 Total I (Ci) 2.7221E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8200 Filtered Transported Noble gases (atoms) O.O000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.8300 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.8300 whole Body Thyroid TEDE Delta dose (rem) 1.0216E-05 7.7930E-05 1.2683E-05 Accumulated dose (rem) 1.2478E-01 7.8250E-01 1.4965E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.8300 whole Body Thyroid TEDE Delta dose (rem) 2.4576E-06 1.8748E-05 3.0513E-06 Accumulated dose (rem) 5.5755E-02 3.4954E-01 6.6867E-02 Control Room Doses: Time (h) = 0.8300 whole Body Thyroid TEDE Delta dose (rem) 6.6310E-06 1.0447E-03 3.9714E-05 Accumulated dose (rem) 9.5671E-04 1. 3449E-01 5.2245E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) 0.8300 Ci kg Atoms Decay Co-58 2.2577E-05 7.1003E-13 7.3722E+12 2.5382E+09 Co-60 2.7017E-05 2.3901E-11 2.3989E+14 3.0368E+09 Kr-85 2. 3922E+02 6.0973E-04 4.3198E+21 2.6888E+16 Kr-85m 3. 5629E+03 4.3294E-03 3.0673E+22 4.0048E+17 Kr-87 4.3081E+03 1.5209E-07 1.0528E+18 6.1443E+17 Kr-88 7.7796E+03 6.2042E-07 4.2457E+18 9.7075E+17 Rb-86 7.5735E-04 9.3078E-12 6.5177E+13 8.5183E+10 Sr-89 2. 8411E-02 9.7794E-10 6.6172E+15 3.1942E+12 Sr-90 4.2764E-03 3.1350E-08 2.0977E+17 4.8067E+11 Sr-91 3.3880E-02 9.3463E-12 6.1851E+13 3.9276E+12 Sr-92 3.1830E-02 2.5324E-12 1. 6576E+13 3.9921E+12 Y-90 4.3999E-05 8.0871E-14 5.4113E+11 4.9682E+09 Y-91 3. 6993E-04 1. 5085E-11 9.9826E+13 4.1590E+10 Y-92 3. 3610E-04 3.4929E-14 2.2864E+11 4.1070E+10 Y-93 4.3693E-04 1. 3096E-13 8.4802E+11 5.0558E+10 Zr-95 5.2355E-04 2.4371E-11 1. 5449E+14 5.8859E+10 Zr-97 5.1302E-04 2.6836E-13 1. 6661E+12 5.8671E+10 Nb-95 5.2592E-04 1. 3450E-11 8.5258E+13 5.9135E+10 MO-99 7. 6025E-03 1. 5851E-11 9.6423E+13 8.5832E+11 Tc-99m 6.1043E-03 1.1609E-12 7.0617E+12 7.2048E+11 Page 295

CRDA PELLET MVP TRIP 10 MIN.O0 Ru-103 6.7250E-03 2.0837E-10 1.2183E+15 7.5613E+11 Ru-105 4.3649E-03 6.4934E-13 3.7242E+12 5.2431E+11 Ru-106 3.0871E-03 9.2275E-10 5.2424E+15 3.4701E+11 Rh-105 4.5618E-03 5.4046E-12 3.0997E+13 5.1701E+11 sb-127 9.4100E-03 3.5237E-11 1.6709E+14 1.0611E+12 Sb-129 2.3932E-02 4.2558E-12 1.9868E+13 2.8801E+12 Te-127 8.8588E-03 3.3567E-12 1. 5917E+13 1.0275E+12 Te-127m 1.2774E-03 1.3543E-10 6.4217E+14 1.4360E+11 Te-129 1.6393E-02 7.8279E-13 3.6543E+12 2.3945E+12 Te-129m 4.0019E-03 1.3284E-10 6.2015E+14 4.4999E+11 Te-131m 1.1775E-02 1.4767E-11 6.7884E+13 1.3365E+12 Te-132 1.1376E-01 3.7471E-10 1. 7095E+15 1.2835E+13 1-131 6.4761E+01 5.2238E-07 2.4014E+18 7.2903E+15 1-132 7.2670E+01 7.0402E-09 3.2119E+16 9.2978E+15 1-133 1.2631E+02 1.1150E-07 5.0487E+17 1.4399E+16 1-134 7.3806E+01 2.7667E-09 1. 2434E+16 1.1785E+16 1-135 1.1154E+02 3.1760E-08 1. 4167E+17 1.3107E+16 Xe-133 2.7932E+04 1.4922E-04 6.7566E+20 3.1468E+18 Xe-135 9.5269E+03 3.7306E-06 1. 6642E+19 1. 1056E+18 Cs-134 8.1782E-02 6.3209E-08 2.8407E+17 9.1926E+12 Cs-136 2.2712E-02 3.0989E-10 1. 3722E+15 2. 5553E+12 Cs-137 4.0189E-02 4.6203E-07 2.0310E+18 4. 5173E+12 Ba-139 3.7914E-02 2.3179E-12 1.0042E+13 5. 3053E+12 Ba-140 5.5450E-02 7.5743E-10 3.2581E+15 6.2387E+12 La-140 5.8929E-04 1.0602E-12 4.5604E+12 6.6719E+10 La-141 4.5279E-04 8.0064E-14 3.4195E+11 5.4866E+10 La-142 3.4754E-04 2.4278E-14 1.0296E+11 4.7484E+10 Ce-141 1.3160E-03 4.6186E-11 1. 9726E+14 1.4798E+11 Ce-143 1.1851E-03 1.7846E-12 7. 5153E+12 1. 3439E+11 Ce-144 1.0930E-03 3.4269E-10 1.4331E+15 1.2286E+11 Pr-143 4.6551E-04 6.9130E-12 2.9113E+13 5.2371E+10 Nd-147 2.1188E-04 2.6191E-12 1.0729E+13 2.3842E+10 Np-239 1.7801E-02 7.6733E-11 1.9335E+14 2.0113E+12 Pu-238 7.5227E-06 4.3942E-10 1. 1119E+15 8.4556E+08 Pu-239 4.0400E-07 6.4997E-09 1. 6377E+16 4.5410E+07 Pu-240 6.3970E-07 2.8073E-09 7.0442E+15 7.1903E+07 Pu-241 1.8786E-04 1.8236E-09 4. 5569E+15 2.1115E+10 Am-241 9.8713E-08 2.8761E-11 7.1868E+13 1. 1095E+07 Cm-242 2.9954E-05 9.0379E-12 2.2491E+13 3.3671E+09 Cm-244 3.6671E-06 4.5327E-11 1. 1187E+14 4.1218E+08 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 0.8300 Atmosphere sump Noble gases (atoms) 3.5691E+22 0.OOOOE+00 Elemental I (atoms) 2.9997E+18 0.OOOOE+00 organic I (atoms) 9.2775E+16 O.OOOOE+00 Aerosols (kq) 5.7273E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7481E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1709E-08 Total I (Ci) 4.4908E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8300 Leakage Transport Noble gases (atoms) 9.8661E+18 Elemental I (atoms) 8.3498E+14 organic I (atoms) 2. 5824E+13 Aerosols (kg) 1. 5831E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8300 Filtered Transported Page 296

CRDA PELLET MVP TRIP 10 MIN.OO Noble gases (atoms) O.OOOOE+O0 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integra 1 Nuclide Release: Time (h) 0.8300 ci kg Atoms Bq co-58 7.3460E-06 2.3102E-13 2.3987E+12 2.7180E+05 Co-60 8.7882E-06 7.7746E-12 7.8032E+13 3.2516E+05 Kr-85 7. 7813E+01 1.9833E-04 1.4052E+21 2.8791E+12 Kr-85m 1. 1589E+03 1.4083E-03 9.9775E+21 4.2881E+13 Kr-87 2.0524E+03 7.2457E-08 5.0155E+17 7. 5938E+13 Kr-88 3.0019E+03 2.3940E-07 1.6383E+18 1. 1107E+14 Rb-86 2. 4662E-04 3.0309E-12 2.1224E+13 9.1248E+06 Sr-89 9.2453E-03 3.1823E-10 2.1533E+15 3.4208E+08 Sr-90 1. 3910E-03 1.0198E-08 6.8234E+16 5.1468E+07 sr-91 1. 1598E-02 3.1994E-12 2.1173E+13 4.2912E+08 Sr-92 1.2383E-02 9.8520E-13 6.4489E+12 4.5819E+08 Y-90 1.4421E-05 2.6506E-14 1.7736E+11 5.3357E+05 Y-91 1. 2037E-04 4.9084E-12 3.2482E+13 4.4538E+06 Y-92 1.2538E-04 1. 3030E-14 8.5295E+10 4.6392E+06 Y-93 1. 4911E-04 4.4694E-14 2.8941E+11 5. 5172E+06 Zr-95 1.7035E-04 7.9297E-12 5.0267E+13 6.3031E+06 Zr-97 1. 7173E-04 8.9834E-14 5.5772E+11 6. 3541E+06 Nb-95 1. 7117E-04 4.3774E-12 2.7749E+13 6.3333E+06 Mo-99 2.4912E-03 5.1941E-12 3.1596E+13 9.2173E+07 Tc-99m 2.1522E-03 4.0930E-13 2.4898E+12 7.9631E+07 RU-103 2.1886E-03 6.7814E-11 3.9649E+14 8.0979E+07 Ru-105 1.5837E-03 2.3560E-13 1. 3512E+12 5.8597E+07 RU-106 1. 0042E-03 3.0017E-10 1. 7053E+15 3.7157E+07 Rh-105 1. 5043E-03 1.7823E-12 1. 0222E+13 5. 5661E+07 Sb-127 3.0770E-03 1.1522E-11 5.4636E+13 1.1385E+08 sb-129 8. 7097E-03 1. 5488E-12 7.2305E+12 3.2226E+08 Te-127 3.0350E-03 1. 1500E-12 5.4532E+12 1.1230E+08 Te-127m 4. 1560E-04 4.4060E-11 2.0892E+14 1.5377E+07 Te-129 8.1022E-03 3.8688E-13 1.8061E+12 2.9978E+08 Te-129m 1.3025E-03 4.3237E-11 2.0184E+14 4.8194E+07 Te-131m 3.8926E-03 4.8816E-12 2.2441E+13 1.4403E+08 Te-132 3.7234E-02 1.2264E-10 5. 5953E+14 1.3777E+09 1-131 2.1119E+01 1.7035E-07 7.8309E+17 7.8139E+11 1-132 2.9189E+01 2.8278E-09 1. 2901E+16 1. 0800E+12 1-133 4. 2056E+01 3.7125E-08 1.6810E+17 1. 5561E+12 1-134 4. 1763E+01 1.5655E-09 7.0356E+15 1. 5452E+12 1-135 3. 9042E+01 1. 1117E-08 4.9593E+16 1.4446E+12 xe-133 9. 1205E+03 4.8725E-05 2.2062E+20 3.3746E+14 Xe-135 3. 2670E+03 1.2793E-06 5.7068E+18 1.2088E+14 Cs-134 2. 6603E-02 2.0561E-08 9.2405E+16 9.8430E+08 Cs-136 7.3992E-03 1.0096E-10 4.4704E+14 2.7377E+08 cs-137 1. 3073E-02 1.5029E-07 6.6063E+17 4.8368E+08 Ba-139 1.7536E-02 1.0721E-12 4.6449E+12 6.4885E+08 Ba-140 1.8066E-02 2.4677E-10 1. 0615E+15 6.6842E+08 La-140 1. 9400E-04 3.4904E-13 1. 5014E+12 7.1782E+06 La-141 1.6663E-04 2.9464E-14 1.2584E+11 6.1654E+06 La-142 1. 5486E-04 1.0818E-14 4.5880E+10 5.7300E+06 Ce-141 4.2833E-04 1.5033E-11 6.4205E+13 1.5848E+07 Ce-143 3.9120E-04 5.8908E-13 2.4808E+12 1.4474E+07 Ce-144 3.5555E-04 1. 1148E-10 4.6620E+14 1. 3155E+07 Pr-143 1. 5165E-04 2.2520E-12 9.4838E+12 5.6109E+06 Nd-147 6.9047E-05 8. 5349E-13 3.4965E+12 2.5547E+06 Np-239 5.8403E-03 2.5175E-11 6.3434E+13 2.1609E+08 Pu-238 2.4470E-06 1.4293E-10 3.6167E+14 9.0538E+04 Pu-239 1. 3141E-07 2.1142E-09 5.3272E+15 4.8622E+03 Page 297

CRDA PELLET MVP TRIP 10 MIN.o0 Pu-240 2.0808E-07 9.1317E-10 2.2913E+15 7.6990E+03 Pu-241 6.1106E-05 5.9319E-10 1.4823E+15 2.2609E+06 Am-241 3.2109E-08 9.3554E-12 2.3377E+13 1.1880E+03 Cm-242 9.7447E-06 2.9402E-12 7.3166E+12 3.6055E+05 Cm-244 1.1928E-06 1.4744E-11 3.6389E+13 4.4134E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.8300 Release Rate/s Noble gases (atoms) 1.1611E+22 3.8859E+18 Elemental I (atoms) 9.9009E+17 3.3136E+14 organic I (atoms) 3.0621E+16 1.0248E+13 Aerosols (kg) 1.8630E-07 6.2349E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9464E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7373E+01 Total I (Ci) 1. 7317E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8300 Leakage Transport Noble gases (atoms) 9.8661E+18 Elemental I (atoms) 8.3498E+14 organi c I (atoms) 2. 5824E+13 Aerosols (kg) 1. 5831E-10 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.8300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.1034E+17 Elemental I (atoms) 0.OOOOE+00 3.5034E+13 organic I (atoms) 0.OOOOE+00 1.0835E+12 Aerosols (kg) 0.OOOOE+00 6.5837E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.8300 Filtered Transported Noble gases (atoms) 2.7308E+17 O.OOOOE+00 Elemental I (atoms) 2.3162E+13 O.OOOOE+00 organic I (atoms) 7.1636E+11 O.OOOOE+00 Aerosols (kg) 4.3817E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.8300 Ci kg Atoms Decay Co-58 1.3656E-06 4.2946E-14 4.4591E+11 1.5253E+08 Co-60 1. 6341E-06 1.4456E-12 1. 4510E+13 1.8249E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.6158E+15 Kr-85m 2.15 50E+02 2.6186E-04 1.8553E+21 2.4066E+16 Kr-87 2.6057E+02 9.1992E-09 6.3677E+16 3.6873E+16 Kr-88 4.7055E+02 3.7526E-08 2.5680E+17 5.8301E+16 Rb-86 4.5808E-05 5.6298E-13 3.9422E+12 5.1189E+09 Page 298

CRDA PELLET MVP TRIP 10 MIN.o0 Sr-89 1.7185E-03 5.9150E-11 4.0024E+14 1.9195E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.8885E+10 Sr-91 2.0492E-03 5.6531E-13 3.7411E+12 2.3598E+11 Sr-92 1.9253E-03 1.5317E-13 1.0026E+12 2.3975E+11 Y-90 2.6613E-06 4.8915E-15 3.2730E+10 2.9855E+08 Y-91 2.2375E-05 9.1239E-13 6.0380E+12 2.4993E+09 Y-92 2.0329E-05 2.1127E-15 1.3829E+10 2.4669E+09 Y-93 2.6427E-05 7.9211E-15 5.1293E+10 3.0377E+09 Zr-95 3.1667E-05 1.4741E-12 9.3442E+12 3.5371E+09 Zr-97 3.1030E-05 1.6232E-14 1.0077E+11 3.5254E+09 Nb-95 3.1810E-05 8.1350E-13 5.1568E+12 3.5536E+09 Mo-99 4.5984E-04 9.5876E-13 5.8321E+12 5.1579E+10 TC-99m 3.6922E-04 7.0217E-14 4.2712E+11 4.3285E+10 Ru-103 4.0676E-04 1.2603E-11 7.3688E+13 4.5439E+10 RU-105 2.6401E-04 3.9275E-14 2.2526E+11 3.1496E+10 RU-106 1.8672E-04 5.5812E-11 3.1708E+14 2.0853E+10 Rh-105 2.7592E-04 3.2690E-13 1.8749E+12 3.1068E+10 sb-127 5.6917E-04 2.1313E-12 1.0106E+13 6.3762E+10 Sb-129 1.4475E-03 2.5741E-13 1.2017E+12 1. 7301E+11 Te-127 5.3582E-04 2.0303E-13 9.6274E+11 6.1734E+10 Te-127m 7.7265E-05 8.1913E-12 3.8842E+13 8.6295E+09 Te-129 9.9155E-04 4.7347E-14 2.2103E+11 1.4368E+11 Te-129m 2.4206E-04 8.0350E-12 3.7510E+13 2.7041E+10 Te-131m 7.1222E-04 8.9317E-13 4.1059E+12 8.0311E+10 Te-132 6.8807E-03 2.2664E-11 1.0340E+14 7.7127E+11 1-131 3.9171E+00 3.1596E-08 1.4525E+17 4.3810E+14 1-132 4.3955E+00 4.2583E-10 1.9427E+15 5.5833E+14 1-133 7.6399E+00 6.7442E-09 3.0537E+16 8.6520E+14 1-134 4.4641E+00 1.6734E-10 7.5206E+14 7.0677E+14 1-135 6.7462E+00 1.9210E-09 8.5692E+15 7.8744E+14 Xe-133 1.6894E+03 9.0256E-06 4.0867E+19 1. 8910E+17 Xe-135 5.7623E+02 2.2564E-07 1.0066E+18 6.6427E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5. 5242E+11 Cs-136 1.3737E-03 1.8744E-11 8.2998E+13 1. 5356E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.7146E+11 Ba-139 2.2932E-03 1.4020E-13 6.0740E+11 3.1842E+11 Ba-140 3.3539E-03 4.5813E-11 1.9707E+14 3.7490E+11 La-140 3.5643E-05 6.4126E-14 2.7584E+11 4.0092E+09 La-141 2.7387E-05 4.8426E-15 2.0683E+10 3.2957E+09 La-142 2.1021E-05 1.4685E-15 6.2277E+09 2.8503E+09 Ce-141 7.9598E-05 2.7936E-12 1.1931E+13 8.8924E+09 Ce-143 7.1681E-05 1.0794E-13 4.5456E+11 8.0757E+09 Ce-144 6.6110E-05 2.0727E-11 8.6683E+13 7.3831E+09 Pr-143 2.8156E-05 4.1813E-13 1.7609E+12 3.1472E+09 Nd-147 1.2815E-05 1.5841E-13 6.4897E+11 1.4327E+09 Np-239 1.0767E-03 4.6412E-12 1.1695E+13 1.2086E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.0813E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.7289E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.3209E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.2689E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.6677E+05 Cm-242 1.8118E-06 5.4665E-13 1.3603E+12 2.0235E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.4770E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.8300 Atmosphere sump Noble gases (atoms) 2.1587E+21 0.OOOOE+00 Elemental I (atoms) 1.8144E+17 0.OOOOE+00 Organic I (atoms) 5.6115E+15 0.OOOOE+00 Aerosols (kq) 3.4641E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0704E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7. 5731E-08 Total I (Ci) 2.7163E+01 Page 299

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8300 Filtered Transported Noble gases (atoms) O.O000E+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8300 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.8400 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.8400 whole Body Thyroid TEDE Delta dose (rem) 1.0189E-05 7.7917E-05 1.2656E-05 Accumulated dose (rem) 1.2479E-01 7.8258E-01 1.4966E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.8400 whole Body Thyroid TEDE Delta dose (rem) 2.4512E-06 1.8745E-05 3.0447E-06 Accumulated dose (rem) 5.5758E-02 3.4956E-01 6.6870E-02 Control Room Doses: Time (h) = 0.8400 whole Body Thyroid TEDE Delta dose (rem) 6.5292E-06 1.0312E-03 3.9183E-05 Accumulated dose (rem) 9.6324E-04 1. 3552E-01 5.2637E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.8400 Ci kq Atoms Decay Co-58 2.2577E-05 7.100 E-13 7.3721E+12 2.5682E+09 Co-60 2.7017E-05 2.3901E-11 2.3989E+14 3.0728E+09 Kr-85 2.3922E+02 6.0972E-04 4.3198E+21 2.7207E+16 Kr-85m 3. 5629E+03 4.3294E-03 3.0673E+22 4.0522E+17 Kr-87 4.2846E+03 1. 5126E-07 1.0470E+18 6.2015E+17 Kr-88 7.7606E+03 6.1891E-07 4.2354E+18 9.8110E+17 Rb-86 7.5733E-04 9.3076E-12 6. 5176E+13 8.6191E+10 Sr-89 2. 8411E-02 9.7793E-10 6. 6171E+15 3.2321E+12 Sr-90 4.2764E-03 3 1350E-08 2.0977E+17 4.8637E+11 Sr-91 3.3855E-02 9.3394E-12 6.1806E+13 3.9727E+12 Sr-92 3.1749E-02 2.5259E-12 1. 6534E+13 4.0345E+12 Y-90 4.3994E-05 8.0862E-14 5.4107E+11 5.0268E+09 Y-91 3.6993E-04 1.5084E-11 9.9825E+13 4.2082E+10 Y-92 3. 3544E-04 3.4861E-14 2.2819E+11 4.1517E+10 Y-93 4.3662E-04 1 3087E-13 8.4744E+11 5.1139E+10 Zr-95 5.2355E-04 2.4370E-11 1. 5449E+14 5.9557E+10 Zr-97 5.1281E-04 2.6825E-13 1. 6654E+12 5.9354E+10 Nb-95 5.2591E-04 1. 3449E-11 8.5257E+13 5.9835E+10 Mo-99 7. 6017E-03 1. 5850E-11 9. 6412E+13 8.6845E+11 Tc-99m 6. 0972E-03 1.1596E-12 7.0535E+12 7.2861E+11 RU-103 6.7249E-03 2.0837E-10 1.2183E+15 7.6509E+11 Page 300

CRDA PELLET MVP TRIP 10 MIN.O0 Ru-105 4.3580E-03 6.4832E-13 3.7184E+12 5.3012E+11 RU-106 3.0871E-03 9.2274E-10 5.2423E+15 3.5112E+11 Rh-105 4.5609E-03 5.4035E-12 3.0991E+13 5.2308E+11 Sb-127 9.4093E-03 3.5234E-11 1.6707E+14 1.0736E+12 sb-129 2.3894E-02 4.2490E-12 1.9836E+13 2.9120E+12 Te-127 8.8522E-03 3.3542E-12 1.5905E+13 1. 0393E+12 Te-127m 1.2774E-03 1.3543E-10 6.4217E+14 1.4530E+11 Te-129 1.6296E-02 7.7812E-13 3.6325E+12 2.4162E+12 Te-129m 4.0019E-03 1.3284E-10 6.2015E+14 4. 5532E+11 Te-131m 1.1772E-02 1.4763E-11 6.7868E+13 1. 3522E+12 Te-132 1.1375E-01 3.7468E-10 1.7094E+15 1.2986E+13 1-131 6.4759E+01 5.2235E-07 2.4013E+18 7.3766E+15 1-132 7.2451E+01 7.0190E-09 3.2022E+16 9.3944E+15 1-133 1.2627E+02 1.1146E-07 5.0470E+17 1.4567E+16 1-134 7.3224E+01 2.7449E-09 1.2336E+16 1. 1883E+16 1-135 1.1142E+02 3.1726E-08 1.4153E+17 1. 3255E+16 Xe-133 2.7930E+04 1.4921E-04 6.7562E+20 3.1840E+18 Xe-135 9.5197E+03 3.7278E-06 1.6629E+19 1. 1183E+18 Cs-134 8.1782E-02 6.3209E-08 2.8407E+17 9.3015E+12 Cs-136 2.2712E-02 3.0988E-10 1.3722E+15 2. 5855E+12 Cs-137 4.0188E-02 4.6203E-07 2.0310E+18 4.5708E+12 Ba-139 3.7723E-02 2.3063E-12 9.9918E+12 5.3557E+12 Ba-140 5.5449E-02 7.5741E-10 3.2580E+15 6.3125E+12 La-140 5.8918E-04 1.0600E-12 4.5596E+12 6.7504E+10 La-141 4.5199E-04 7.9922E-14 3.4135E+11 5.5469E+10 La-142 3.4598E-04 2.4169E-14 1.0250E+11 4.7945E+10 Ce-141 1.3160E-03 4.6185E-11 1.9726E+14 1.4973E+11 Ce-143 1.1848E-03 1.7842E-12 7.5137E+12 1. 3597E+11 Ce-144 1.0930E-03 3.4268E-10 1.4331E+15 1. 2432E+11 Pr-143 4.6550E-04 6.9128E-12 2.9112E+13 5.2991E+10 Nd-147 2.1187E-04 2.6190E-12 1.0729E+13 2.4124E+10 Np-239 1.7799E-02 7.6724E-11 1.9332E+14 2.0350E+12 Pu-238 7.5227E-06 4.3942E-10 1.1119E+15 8.5558E+08 Pu-239 4.0400E-07 6.4997E-09 1.6377E+16 4.5948E+07 Pu-240 6.3970E-07 2.8073E-09 7.0442E+15 7.2755E+07 Pu-241 1.8786E-04 1.8236E-09 4.5569E+15 2.1366E+10 Am-241 9.8712E-08 2.8761E-11 7.1868E+13 1. 1227E+07 Cm-242 2.9954E-05 9.0378E-12 2.2490E+13 3.4070E+09 Cm-244 3.6670E-06 4.5327E-11 1.1187E+14 4. 1707E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.8400 Atmosphere Sump Noble gases (atoms) 3.5690E+22 O.OOOOE+00 Elemental I (atoms) 2.9991E+18 O.OOOOE+00 Organic I (atoms) 9.2756E+16 0.OOOOE+00 Aerosols (k 9 ) 5.7272E-07 O.0000E+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7471E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.1682E-08 Total I (ci) 4.4812E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8400 Leakage Transport Noble gases (atoms) 1.0015E+19 Elemental I (atoms) 8.4748E+14 Organi c I (atoms) 2.6211E+13 Aerosols (kg) 1. 6070E-10 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Page 301

CRDA PELLET MVP TRIP 10 MIN.o0 Elemental I (atoms) O.O000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.8400 ci kg Atoms Bq co-58 7. 3461E-06 2.3103E-13 2.3987E+12 2.7181E+05 co-60 8.7883E-06 7.7747E-12 7.8033E+13 3.2517E+05 Kr-85 7.7814E+01 1.9833E-04 1.4052E+21 2.8791E+12 Kr-85m 1. 1590E+03 1.4083E-03 9.9776E+21 4.2882E+13 Kr-87 2.0524E+03 7.2458E-08 5.0155E+17 7.5939E+13 Kr-88 3.0019E+03 2.3940E-07 1.6383E+18 1.1107E+14 Rb-86 2.4662E-04 3.0309E-12 2.1224E+13 9.1249E+06 Sr-89 9.2454E-03 3.1823E-10 2.1533E+15 3.4208E+08 Sr-90 1.3910E-03 1.0198E-08 6.8235E+16 5.1468E+07 Sr-91 1. 1598E-02 3.1994E-12 2.1173E+13 4.2912E+08 Sr-92 1.2384E-02 9.8521E-13 6.4490E+12 4.5819E+08 Y-90 1.4421E-05 2.6506E-14 1.7736E+11 5.3357E+05 Y-91 1. 2037E-04 4.9085E-12 3.2483E+13 4.4539E+06 Y-92 1.2538E-04 1.3031E-14 8. 5296E+10 4.6392E+06 Y-93 1.4912E-04 4.4695E-14 2.8942E+11 5.5173E+06 Zr-95 1. 7036E-04 7.9298E-12 5.0268E+13 6.3032E+06 Zr-97 1.7173E-04 8.9835E-14 5.5773E+11 6.3542E+06 Nb-95 1. 7117E-04 4.3774E-12 2.7749E+13 6.3334E+06 MO-99 2.4912E-03 5. 1942E-12 3.1596E+13 9.2175E+07 Tc-99m 2.1522E-03 4.0931E-13 2.4898E+12 7.9632E+07 RU-103 2.1886E-03 6.7815E-11 3.9649E+14 8.0980E+07 Ru-105 1. 5837E-03 2.3560E-13 1. 3513E+12 5.8598E+07 RU-106 1. 0042E-03 3.0017E-10 1. 7053E+15 3.7157E+07 Rh-105 1. 5044E-03 1.7823E-12 1.0222E+13 5.5662E+07 sb-127 3.0770E-03 1. 1522E-11 5.4637E+13 1.1385E+08 Sb-129 8. 7098E-03 1. 5489E-12 7.2305E+12 3.2226E+08 Te-127 3.0350E-03 1. 1500E-12 5.4532E+12 1. 1230E+08 Te-127m 4.1560E-04 4.4060E-11 2.0893E+14 1.5377E+07 Te-129 8.1023E-03 3.8689E-13 1.8061E+12 2.9979E+08 Te-129m 1. 3025E-03 4.3238E-11 2.0185E+14 4.8194E+07 Te-131m 3.8927E-03 4.8817E-12 2.2441E+13 1.4403E+08 Te-132 3.7234E-02 1.2265E-10 5.5954E+14 1.3777E+09 1-131 2. 1119E+01 1.7035E-07 7.8310E+17 7.8140E+11 1-132 2.9189E+01 2.8278E-09 1.2901E+16 1.0800E+12 1-133 4.2056E+01 3.7126E-08 1. 6810E+17 1. 5561E+12 1-134 4. 1763E+01 1.5655E-09 7.0356E+15 1. 5452E+12 1-135 3. 9043E+01 1.1117E-08 4.9593E+16 1.4446E+12 Xe-133 9. 1206E+03 4.8726E-05 2.2063E+20 3.3746E+14 Xe-135 3. 2670E+03 1.2793E-06 5.7068E+18 1.2088E+14 Cs-134 2.6603E-02 2.0561E-08 9.2406E+16 9.8431E+08 Cs-136 7.3993E-03 1. 0096E-10 4.4705E+14 2.7378E+08 Cs-137 1. 3073E-02 1.5029E-07 6.6064E+17 4.8369E+08 Ba-139 1.7537E-02 1.0721E-12 4.6449E+12 6.4885E+08 Ba-140 1. 8066E-02 2.4677E-10 1.0615E+15 6.6843E+08 La-140 1. 9401E-04 3.4904E-13 1. 5014E+12 7.1783E+06 La-141 1. 6663E-04 2.9465E-14 1.2584E+11 6.1654E+06 La-142 1. 5487E-04 1.0818E-14 4.5880E+10 5.7300E+06 Ce-141 4.2834E-04 1. 5033E-11 6.4206E+13 1.5848E+07 Ce-143 3.9120E-04 5.8908E-13 2.4808E+12 1.4474E+07 Ce-144 3.5556E-04 1.1148E-10 4.6621E+14 1. 3156E+07 Pr-143 1. 5165E-04 2.2520E-12 9.4839E+12 5. 6110E+06 Nd-147 6. 9047E-05 8.5351E-13 3.4965E+12 2.5548E+06 Np-239 5.8404E-03 2.5175E-11 6.3434E+13 2.1610E+08 Pu-238 2. 4470E-06 1.4294E-10 3.6167E+14 9.0539E+04 Pu-239 1. 3141E-07 2.1142E-09 5. 3273E+15 4.8623E+03 Pu-240 2. 0808E-07 9.1318E-10 2.2914E+15 7.6991E+03 Page 302

CRDA PELLET MVP TRIP 10 MIN.o0 Pu-241 6.1107E-05 5.9319E-10 1. 4823E+15 2.2609E+06 Am-241 3.2110E-08 9.3555E-12 2.3378E+13 1. 1881E+03 Cm-242 9.7448E-06 2.9402E-12 7.3167E+12 3.6056E+05 Cm-244 1.1928E-06 1.4744E-11 3.6390E+13 4.4135E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.8400 Release Rate/s Noble gases (atoms) 1.1611E+22 3.8397E+18 Elemental I (atoms) 9.9011E+17 3.2742E+14 organic I (atoms) 3.0622E+16 1.0126E+13 Aerosols (kq) 1.8630E-07 6.1608E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9465E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7373E+01 Total I (ci) 1.7317E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8400 Leakage Transport Noble gases (atoms) 1.0015E+19 Elemental I (atoms) 8.4748E+14 organic I (atoms) 2.6211E+13 Aerosols (kg) 1. 6070E-10 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.8400 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.1077E+17 Elemental I (atoms) 0.OOOOE+00 3.5070E+13 organic I (atoms) 0.OOOOE+00 1.0846E+12 Aerosols (kg) 0.OOOOE+00 6.5907E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.8400 Filtered Transported Noble gases (atoms) 2.7522E+17 0.OOOOE+00 Elemental I (atoms) 2.3343E+13 0.OOOOE+00 organic I (atoms) 7.2194E+11 0.OOOOE+00 Aerosols (kg) 4.4162E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.0000E+00 3.5189E+16 Aerosols (kg) 0.0000E+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.8400 ci kg Atoms Decay co-58 1.3656E-06 4.2946E-14 4.4590E+11 1.5435E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.8467E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.6351E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.4353E+16 Kr-87 2.5916E+02 9.1492E-09 6.3331E+16 3.7219E+16 Kr-88 4.6940E+02 3.7435E-08 2.5618E+17 5.8927E+16 Rb-86 4.5807E-05 5.6297E-13 3.9422E+12 5.1800E+09 Sr-89 1. 7184E-03 5.9150E-11 4.0024E+14 1.9424E+11 Page 303

CRDA PELLET MVP TRIP 10 MIN.o0 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.9230E+10 Sr-91 2.0477E-03 5.6490E-13 3.7383E+12 2.3871E+11 Sr-92 1.9203E-03 1.5278E-13 1.0001E+12 2.4231E+11 Y-90 2.6610E-06 4.8909E-15 3.2726E+10 3.0209E+08 Y-91 2.2375E-05 9.1239E-13 6.0379E+12 2. 5291E+09 Y-92 2.0289E-05 2.1086E-15 1.3802E+10 2.4940E+09 Y-93 2.6409E-05 7.9157E-15 5.1257E+10 3.0729E+09 Zr-95 3.1667E-05 1.4740E-12 9.3441E+12 3.5793E+09 Zr-97 3.1017E-05 1.6225E-14 1.0073E+11 3.5668E+09 Nb-95 3.1810E-05 8.1349E-13 5.1568E+12 3.5960E+09 Mo-99 4.5979E-04 9.5866E-13 5.8315E+12 5.2191E+10 Tc-99m 3.6879E-04 7.0136E-14 4.2663E+11 4.3776E+10 Ru-103 4.0676E-04 1.2603E-11 7.3688E+13 4.5981E+10 RU-105 2.6360E-04 3.9214E-14 2.2491E+11 3.1848E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.1102E+10 Rh-105 2.7586E-04 3.2683E-13 1.8745E+12 3.1435E+10 Sb-127 5.6912E-04 2.1311E-12 1.0105E+13 6.4520E+10 Sb-129 1.4452E-03 2.5700E-13 1.1998E+12 1.7494E+11 Te-127 5.3542E-04 2.0288E-13 9.6203E+11 6.2447E+10 Te-127m 7.7265E-05 8.1913E-12 3.8842E+13 8.7325E+09 Te-129 9.8564E-04 4.7065E-14 2.1971E+11 1.4499E+11 Te-129m 2.4205E-04 8.0349E-12 3.7510E+13 2.7364E+10 Te-131m 7.1205E-04 8.9296E-13 4.1050E+12 8.1260E+10 Te-132 6.8801E-03 2.2662E-11 1.0339E+14 7.8043E+11 1-131 3.9169E+00 3.1595E-08 1.4524E+17 4.4332E+14 1-132 4.3822E+00 4.2455E-10 1.9369E+15 5.6417E+14 1-133 7.6374E+00 6.7420E-09 3.0527E+16 8.7537E+14 1-134 4.4290E+00 1.6602E-10 7.4613E+14 7.1269E+14 1-135 6.7391E+00 1.9190E-09 8.5602E+15 7.9642E+14 Xe-133 1.6893E+03 9.0251E-06 4.0865E+19 1.9135E+17 Xe-135 5.7580E+02 2.2547E-07 1.0058E+18 6.7194E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.5901E+11 Cs-136 1.3737E-03 1.8743E-11 8.2996E+13 1. 5539E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.7470E+11 Ba-139 2.2817E-03 1.3949E-13 6.0435E+11 3.2147E+11 Ba-140 3.3538E-03 4.5812E-11 1.9706E+14 3.7937E+11 La-140 3.5637E-05 6.4115E-14 2.7579E+11 4.0567E+09 La-141 2.7339E-05 4.8341E-15 2.0647E+10 3.3322E+09 La-142 2.0927E-05 1.4619E-15 6.1997E+09 2.8782E+09 Ce-141 7.9597E-05 2.7935E-12 1.1931E+13 8.9984E+09 Ce-143 7.1666E-05 1.0792E-13 4.5447E+11 8.1712E+09 Ce-144 6.6110E-05 2.0727E-11 8.6682E+13 7.4712E+09 Pr-143 2.8156E-05 4.1812E-13 1.7608E+12 3.1847E+09 Nd-147 1.2815E-05 1.5841E-13 6.4895E+11 1.4498E+09 Np-239 1.0766E-03 4.6406E-12 1.1693E+13 1.2230E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.1419E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.7614E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.3725E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.2840E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.7472E+05 Cm-242 1.8118E-06 5.4665E-13 1.3603E+12 2.0476E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.5065E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.8400 Atmosphere Sump Noble gases (atoms) 2.1587E+21 0.0000E+00 Elemental I (atoms) 1.8140E+17 0.OOOOE+O0 Organic I (atoms) 5.6104E+15 0.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+O0 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0694E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5703E-08 Total I (Ci) 2.7105E+01 Page 304

CRDA PELLET MVP TRIP 10 MIN.o0 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8400 Filtered Transported Noble gases (atoms) O.O000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) 0.8500 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.8500 whole Body Thyroid TEDE Delta dose (rem) 1.0162E-05 7.7904E-05 1.2629E-05 Accumulated dose (rem) 1.2480E-01 7.8265E-01 1.4967E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.8500 whole Body Thyroid TEDE Delta dose (rem) 2.4448E-06 1.8742E-05 3.0382E-06 Accumulated dose (rem) 5.5760E-02 3.4958E-01 6.6873E-02 control Room Doses: Time (h) = 0.8500 whole Body Thyroid TEDE Delta dose (rem) 6.4292E-06 1. 0179E-03 3.8660E-05 Accumulated dose (rem) 9.6967E-04 1. 3654E-01 5.3023E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.8500 Ci kg Atoms Decay co-58 2.2577E-05 7. 1001E-13 7.3721E+12 2.5983E+09 Co-60 2.7017E-05 2.3901E-11 2.3989E+14 3.1088E+09 Kr-85 2. 3921E+02 6.0972E-04 4.3198E+21 2.7526E+16 Kr-85m 3. 5629E+03 4.3294E-03 3.0673E+22 4.0997E+17 Kr-87 4.2613E+03 1.5044E-07 1.0414E+18 6.2584E+17 Kr-88 7. 7416E+03 6.1739E-07 4.2250E+18 9.9142E+17 Rb-86 7.5732E-04 9.3074E-12 6.5175E+13 8.7200E+10 Sr-89 2. 8411E-02 9.7792E-10 6.6170E+15 3.2699E+12 Sr-90 4.2763E-03 3.1350E-08 2.0977E+17 4.9206E+11 Sr-91 3. 3830E-02 9.3326E-12 6.1760E+13 4.0178E+12 Sr-92 3.1668E-02 2.5194E-12 1. 6492E+13 4.0767E+12 Y-90 4.3989E-05 8.0853E-14 5.4101E+11 5.0854E+09 Y-91 3. 6993E-04 1. 5084E-11 9.9824E+13 4.2575E+10 Y-92 3.3479E-04 3.4793E-14 2.2775E+11 4.1964E+10 Y-93 4.3632E-04 1. 3078E-13 8.4685E+11 5.1721E+10 Zr-95 5.2354E-04 2.4370E-11 1. 5448E+14 6.0254E+10 zr-97 5.1259E-04 2.6814E-13 1. 6647E+12 6.0037E+10 Nb-95 5.2591E-04 1. 3449E-11 8.5256E+13 6.0536E+10 MO-99 7.6008E-03 1. 5848E-11 9.6402E+13 8.7857E+11 Tc-99m 6.0902E-03 1.1582E-12 7.0454E+12 7.3672E+11 Ru-103 6.7248E-03 2.0837E-10 1. 2183E+15 7.7405E+11 Ru-105 4.3512E-03 6.4731E-13 3. 7125E+12 5.3592E+11 Page 305

CRDA PELLET MVP TRIP 10 MIN.O0 Ru-106 3.0871E-03 9.2274E-10 5.2423E+15 3.5523E+11 Rh-105 4.5600E-03 5.4024E-12 3.0985E+13 5.2916E+11 Sb-127 9.4086E-03 3.5231E-11 1. 6706E+14 1. 0861E+12 sb-129 2.3855E-02 4.2421E-12 1. 9804E+13 2.9438E+12 Te-127 8.8456E-03 3.3517E-12 1. 5893E+13 1.0511E+12 Te-127m 1.2774E-03 1.3543E-10 6.4216E+14 1.4700E+11 Te-129 1.6198E-02 7.7348E-13 3.6109E+12 2.4379E+12 Te-129m 4.0018E-03 1.3284E-10 6.2014E+14 4.6065E+11 Te-131m 1.1770E-02 1.4760E-11 6.7852E+13 1.3679E+12 Te-132 1.1374E-01 3.7464E-10 1. 7092E+15 1. 3138E+13 1-131 6.4756E+01 5.2233E-07 2.4012E+18 7.4628E+15 1-132 7.2233E+01 6.9979E-09 3.1926E+16 9.4908E+15 1-133 1.2623E+02 1.1143E-07 5.0453E+17 1.4735E+16 1-134 7.2647E+01 2.7232E-09 1.2239E+16 1. 1980E+16 1-135 1.1130E+02 3.1693E-08 1.4138E+17 1. 3404E+16 Xe-133 2.7928E+04 1.4920E-04 6.7558E+20 3.2212E+18 Xe-135 9.5124E+03 3.7249E-06 1. 6616E+19 1.1309E+18 Cs-134 8.1781E-02 6.3209E-08 2.8407E+17 9.4104E+12 Cs-136 2.2711E-02 3.0988E-10 1. 3721E+15 2.6158E+12 Cs-137 4.0188E-02 4.6203E-07 2.0310E+18 4.6243E+12 Ba-139 3.7534E-02 2.2947E-12 9.9416E+12 5.4058E+12 Ba-140 5.5448E-02 7.5739E-10 3.2579E+15 6.3864E+12 La-140 5.8908E-04 1.0598E-12 4.5588E+12 6.8288E+10 La-141 4.5119E-04 7.9781E-14 3.4075E+11 5.6071E+10 La-142 3.4443E-04 2.4061E-14 1. 0204E+11 4.8405E+10 Ce-141 1.3160E-03 4.6185E-11 1. 9726E+14 1. 5148E+11 Ce-143 1.1846E-03 1.7838E-12 7.5121E+12 1.3755E+11 Ce-144 1.0930E-03 3.4268E-10 1.4331E+15 1. 2577E+11 Pr-143 4.6549E-04 6.9126E-12 2.9111E+13 5.3611E+10 Nd-147 2.1187E-04 2.6189E-12 1.0729E+13 2.4406E+10 Np-239 1.7797E-02 7.6714E-11 1.9330E+14 2.0587E+12 Pu-238 7.5226E-06 4.3941E-10 1. 1119E+15 8.6561E+08 Pu-239 4.0399E-07 6.4996E-09 1.6377E+16 4.6486E+07 Pu-240 6.3969E-07 2.8073E-09 7.0442E+15 7.3607E+07 Pu-241 1.8785E-04 1.8236E-09 4. 5568E+15 2.1616E+10 Am-241 9.8712E-08 2.8761E-11 7.1868E+13 1.1358E+07 Cm-242 2.9954E-05 9.0378E-12 2.2490E+13 3.4469E+09 Cm-244 3.6670E-06 4.5327E-11 1.1187E+14 4.2195E+08 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 0.8500 Atmosphere Sump Noble gases (atoms) 3.5690E+22 0.OOOOE+00 Elemental I (atoms) 2.9985E+18 O.OOOOE+00 organic I (atoms) 9.2738E+16 0.OOOOE+00 Aerosols (kq) 5.7272E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7461E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1656E-08 Total I (Ci) 4.4716E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8500 Leakage Transport Noble gases (atoms) 1.0163E+19 Elemental I (atoms) 8. 5998E+14 organic I (atoms) 2.6597E+13 Aerosols (kg) 1.6308E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Page 306

CRDA PELLET MVP TRIP 10 MIN.OO Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.8500 Ci kg Atoms Bq Co-58 7.3462E-06 2.310 E-13 2.3988E+12 2.7181E+05 Co-60 8.7885E-06 7.7748E-12 7.8034E+13 3.2517E+05 Kr-85 7.7815E+01 1.9834E-04 1.4052E+21 2.8791E+12 Kr-85m 1. 1590E+03 1.4083E-03 9.9777E+21 4.2882E+13 Kr-87 2.0524E+03 7.2458E-08 5.0156E+17 7. 5940E+13 Kr-88 3.0020E+03 2.3941E-07 1.6383E+18 1. 1107E+14 Rb-86 2.4662E-04 3.0310E-12 2.1224E+13 9.1250E+06 Sr-89 9.2455E-03 3.1824E-10 2.1533E+15 3.4208E+08 Sr-90 1. 3911E-03 1.0198E-08 6.8236E+16 5.1469E+07 Sr-91 1.1598E-02 3.1995E-12 2.1173E+13 4.2913E+08 Sr-92 1.2384E-02 9.8522E-13 6.4491E+12 4.5820E+08 Y-90 1.4421E-05 2.6506E-14 1.7736E+11 5.3358E+05 Y-91 1.2038E-04 4.9085E-12 3.2483E+13 4.4539E+06 Y-92 1.2539E-04 1. 3031E-14 8.5297E+10 4.6393E+06 Y-93 1.4912E-04 4.4695E-14 2.8942E+11 5. 5174E+06 Zr-95 1.7036E-04 7.9300E-12 5.0269E+13 6.3033E+06 Zr-97 1. 7174E-04 8.9836E-14 5.5774E+11 6.3543E+06 Nb-95 1.7117E-04 4.3775E-12 2.7749E+13 6.3334E+06 Mo-99 2.4912E-03 5.1942E-12 3.1596E+13 9.2176E+07 Tc-99m 2.1522E-03 4.0931E-13 2.4898E+12 7.9633E+07 Ru-103 2.1887E-03 6.7815E-11 3.9650E+14 8.0981E+07 Ru-105 1.5837E-03 2.3560E-13 1. 3513E+12 5.8598E+07 Ru-106 1.0043E-03 3.0017E-10 1.7054E+15 3.7157E+07 Rh-105 1.5044E-03 1.7823E-12 1.0222E+13 5.5662E+07 Sb-127 3.0771E-03 1. 1522E-11 5.4637E+13 1.1385E+08 Sb-129 8.7099E-03 1. 5489E-12 7.2306E+12 3.2227E+08 Te-127 3.0351E-03 1.1500E-12 5.4533E+12 1. 1230E+08 Te-127m 4.1561E-04 4.4061E-11 2.0893E+14 1.5377E+07 Te-129 8.1024E-03 3.8689E-13 1. 8061E+12 2.9979E+08 Te-129m 1.3026E-03 4.3238E-11 2.0185E+14 4.8195E+07 Te-131m 3.8927E-03 4.8817E-12 2.2442E+13 1.4403E+08 Te-132 3.7235E-02 1. 2265E-10 5.5954E+14 1.3777E+09 1-131 2.1119E+01 1.7035E-07 7.8311E+17 7.8141E+11 1-132 2.9190E+01 2.8279E-09 1. 2901E+16 1. 0800E+12 1-133 4.2057E+01 3.7126E-08 1. 6810E+17 1. 5561E+12 1-134 4.1763E+01 1.5655E-09 7.0357E+15 1. 5452E+12 1-135 3.9043E+01 1.1118E-08 4.9594E+16 1. 4446E+12 Xe-133 9.1207E+03 4.8726E-05 2.2063E+20 3.3747E+14 Xe-135 3.2671E+03 1.2793E-06 5.7069E+18 1.2088E+14 Cs-134 2.6603E-02 2.0562E-08 9.2407E+16 9.8432E+08 Cs-136 7.3994E-03 1.0096E-10 4.4705E+14 2.7378E+08 Cs-137 1.3073E-02 1.5029E-07 6.6065E+17 4.8370E+08 Ba-139 1.7537E-02 1.0721E-12 4.6450E+12 6.4886E+08 Ba-140 1.8066E-02 2.4677E-10 1.0615E+15 6.6844E+08 La-140 1. 9401E-04 3.4905E-13 1. 5014E+12 7.1784E+06 La-141 1.6664E-04 2.9465E-14 1.2585E+11 6.1655E+06 La-142 1.5487E-04 1.0818E-14 4.5880E+10 5.7301E+06 Ce-141 4.2834E-04 1.5033E-11 6.4206E+13 1.5849E+07 Ce-143 3.9121E-04 5.8909E-13 2.4808E+12 1.4475E+07 Ce-144 3.5556E-04 1. 1148E-10 4.6621E+14 1. 3156E+07 Pr-143 1. 5165E-04 2.2521E-12 9.4841E+12 5. 6111E+06 Nd-147 6.9048E-05 8. 5352E-13 3.4966E+12 2.5548E+06 Np-239 5.8405E-03 2.5175E-11 6.3435E+13 2.1610E+08 Pu-238 2.4470E-06 1.4294E-10 3.6168E+14 9.0541E+04 Pu-239 1. 3142E-07 2.1143E-09 5.3274E+15 4.8624E+03 Pu-240 2.0809E-07 9.1319E-10 2.2914E+15 7.6992E+03 Pu-241 6.1107E-05 5.9320E-10 1.4823E+15 2.2610E+06 Page 307

CRDA PELLET MVP TRIP 10 MIN.O0 Am-241 3.2110E-08 9.3556E-12 2.3378E+13 1. 1881E+03 Cm-242 9.7449E-06 2.9403E-12 7.3168E+12 3.6056E+05 Cm-244 1.1929E-06 1.4744E-11 3.6390E+13 4.4136E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.8500 Release Rate/s Noble gases (atoms) 1.1611E+22 3.7946E+18 Elemental I (atoms) 9.9012E+17 3.2357E+14 Organic I (atoms) 3.0622E+16 1.0007E+13 Aerosols (kq) 1.8630E-07 6.0884E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9465E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7374E+01 Total I (Ci) 1.7317E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8500 Leakage Transport Noble gases (atoms) 1.0163E+19 Elemental I (atoms) 8.5998E+14 Organic I (atoms) 2.6597E+13 Aerosols (kg) 1. 6308E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.8500 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.1120E+17 Elemental I (atoms) 0.OOOOE+00 3.5106E+13 Organic I (atoms) 0.OOOOE+00 1.0858E+12 Aerosols (kg) O.OOOOE+00 6.5976E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.8500 Filtered Transported Noble gases (atoms) 2.7734E+17 0.OOOOE+00 Elemental I (atoms) 2. 3521E+13 0.OOOOE+00 Organic I (atoms) 7.2745E+11 0.OOOOE+00 Aerosols (kg) 4.4502E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8500 Filtered Transported Noble gases (atoms) 0.O000E+00 1.3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 Organic I (atoms) 0.O000E+00 3.5189E+16 Aerosols (kg) 0.OOOOE+O0 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.8500 Ci kg Atoms Decay co-58 1.3656E-06 4.2945E-14 4.4590E+11' 1. 5617E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.8685E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 6544E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.4640E+16 Kr-87 2.5775E+02 9.0995E-09 6.2986E+16 3.7564E+16 Kr-88 4.6826E+02 3.7343E-08 2. 5555E+17 5.9552E+16 Rb-86 4.5807E-05 5.6296E-13 3.9421E+12 5.2410E+09 Sr-89 1.7184E-03 5.9150E-11 4.0023E+14 1.9653E+11 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 2.9575E+10 Page 308

CRDA PELLET MVP TRIP 10 MIN.o0 Sr-91 2.0462E-03 5.6448E-13 3.7356E+12 2.4144E+11 Sr-92 1.9154E-03 1.5239E-13 9.9750E+11 2.4487E+11 Y-90 2.6607E-06 4.8904E-15 3.2723E+10 3.0564E+08 Y-91 2.2375E-05 9.1238E-13 6.0379E+12 2.5589E+09 Y-92 2.0250E-05 2.1044E-15 1.3775E+10 2.5210E+09 Y-93 2.6391E-05 7.9102E-15 5.1222E+10 3.1081E+09 Zr-95 3.1667E-05 1.4740E-12 9.3441E+12 3.6214E+09 Zr-97 3.1004E-05 1.6218E-14 1.0069E+11 3.6081E+09 Nb-95 3.1810E-05 8.1348E-13 5.1567E+12 3.6384E+09 Mo-99 4.5974E-04 9.5856E-13 5.8309E+12 5.2804E+10 Tc-99m 3.6837E-04 7.0055E-14 4.2614E+11 4.4267E+10 Ru-103 4.0675E-04 1.2603E-11 7.3687E+13 4.6522E+10 Ru-105 2.6318E-04 3.9153E-14 2.2455E+11 3.2199E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.1351E+10 Rh-105 2.7581E-04 3.2677E-13 1.8741E+12 3.1802E+10 Sb-127 5.6908E-04 2.1310E-12 1.0105E+13 6. 5278E+10 Sb-129 1.4429E-03 2.5659E-13 1.1978E+12 1.7686E+11 Te-127 5.3503E-04 2.0273E-13 9.6132E+11 6.3160E+10 Te-127m 7.7265E-05 8.1912E-12 3.8842E+13 8.8354E+09 Te-129 9.7977E-04 4.6784E-14 2.1840E+11 1.4630E+11 Te-129m 2.4205E-04 8.0349E-12 3.7509E+13 2.7686E+10 Te-131m 7.1189E-04 8.9276E-13 4.1040E+12 8.2208E+10 Te-132 6.8795E-03 2.2660E-11 1.0338E+14 7.8959E+11 1-131 3.9168E+00 3.1594E-08 1.4524E+17 4.4853E+14 1-132 4.3690E+00 4.2327E-10 1.9310E+15 5. 7000E+14 1-133 7.6348E+00 6.7397E-09 3.0517E+16 8.8555E+14 1-134 4.3941E+00 1.6472E-10 7.4026E+14 7.1856E+14 1-135 6.7320E+00 1.9169E-09 8.5512E+15 8.0539E+14 Xe-133 1.6892E+03 9.0246E-06 4.0863E+19 1.9360E+17 Xe-135 5.7536E+02 2.2530E-07 1.0050E+18 6.7961E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.6560E+11 Cs-136 1.3737E-03 1.8743E-11 8.2995E+13 1. 5722E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.7794E+11 Ba-139 2.2703E-03 1.3879E-13 6.0132E+11 3.2450E+11 Ba-140 3.3538E-03 4.5811E-11 1.9706E+14 3.8384E+11 La-140 3.5631E-05 6.4104E-14 2.7574E+11 4.1042E+09 La-141 2.7290E-05 4.8256E-15 2.0610E+10 3.3686E+09 La-142 2.0833E-05 1.4553E-15 6.1719E+09 2.9060E+09 Ce-141 7.9596E-05 2.7935E-12 1.1931E+13 9.1045E+09 Ce-143 7.1651E-05 1.0789E-13 4.5437E+11 8.2667E+09 Ce-144 6.6110E-05 2.0727E-11 8.6682E+13 7.5592E+09 Pr-143 2.8155E-05 4.1811E-13 1.7608E+12 3.2222E+09 Nd-147 1.2815E-05 1.5841E-13 6.4894E+11 1.4669E+09 Np-239 1.0765E-03 4.6401E-12 1.1692E+13 1.2373E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.2025E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.7940E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.4240E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.2992E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.8268E+05 Cm-242 1.8118E-06 5.4665E-13 1.3603E+12 2.0717E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.5361E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.8500 Atmosphere Sump Noble gases (atoms) 2.1587E+21 O.OOOOE+00 Elemental I (atoms) 1.8137E+17 O.OOOOE+00 Organic I (atoms) 5.6093E+15 O.OOOOE+00 Aerosols (kg) 3.4641E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0685E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5675E-08 Total I (Ci) 2.7047E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Page 309

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 0.8500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (W) = 0.8500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.8600 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.8600 whole Body Thyroid TEDE Delta dose (rem) 1.0136E-05 7.7891E-05 1.2602E-05 Accumulated dose (rem) 1.2481E-01 7.8273E-01 1.4969E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.8600 whole Body Thyroid TEDE Delta dose (rem) 2.4384E-06 1.8739E-05 3.0317E-06 Accumulated dose (rem) 5.5763E-02 3.4960E-01 6.6876E-02 Control Room Doses: Time (h) = 0.8600 Whole Body Thyroid TEDE Delta dose (rem) 6.3310E-06 1.0048E-03 3.8146E-05 Accumulated dose (rem) 9.7600E-04 1.3754E-01 5.3405E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.8600 Ci kg Atoms Decay Co-58 2.2577E-05 7. 1001E-13 7.3720E+12 2.6284E+09 co-60 2.7017E-05 2.3901E-11 2.3989E+14 3.1448E+09 Kr-85 2. 3921E+02 6.0972E-04 4.3198E+21 2.7844E+16 Kr-85m 3. 5629E+03 4.3294E-03 3.0673E+22 4.1472E+17 Kr-87 4.2381E+03 1.4962E-07 1.0357E+18 6. 3150E+17 Kr-88 7.7227E+03 6.1589E-07 4.2147E+18 1.0017E+18 Rb-86 7.5730E-04 9.3072E-12 6. 5174E+13 8.8209E+10 Sr-89 2.8410E-02 9.7791E-10 6. 6170E+15 3.3078E+12 Sr-90 4.2763E-03 3.1350E-08 2.0977E+17 4.9776E+11 Sr-91 3.3806E-02 9.3257E-12 6.1715E+13 4.0628E+12 Sr-92 3.1587E-02 2.5130E-12 1.6449E+13 4. 1188E+12 Y-90 4.3984E-05 8.0843E-14 5.4094E+11 5.1439E+09 Y-91 3.6992E-04 1. 5084E-11 9.9823E+13 4.3068E+10 Y-92 3.3413E-04 3.4724E-14 2.2730E+11 4.2409E+10 Y-93 4.3602E-04 1. 3069E-13 8.4627E+11 5.2302E+10 Zr-95 5.2354E-04 2.4370E-11 1. 5448E+14 6.0951E+10 Zr-97 5.1238E-04 2.6803E-13 1. 6640E+12 6.0720E+10 Nb-95 5.2590E-04 1. 3449E-11 8.5255E+13 6.1236E+10 Mo-99 7. 6000E-03 1. 5846E-11 9.6391E+13 8.8870E+11 Tc-99m 6.0831E-03 1. 1569E-12 7.0372E+12 7.4483E+11 Ru-103 6.7247E-03 2.0836E-10 1.2182E+15 7.8300E+11 Ru-105 4.3444E-03 6.4629E-13 3.7067E+12 5.4172E+11 Ru-106 3. 0871E-03 9.2273E-10 5.2423E+15 3. 5935E+11 Page 310

CRDA PELLET MVP TRIP 10 MIN.O0 Rh-105 4.5590E-03 5.4014E-12 3.0979E+13 5. 3523E+11 sb-127 9.4078E-03 3.5228E-11 1.6705E+14 1.0986E+12 Sb-129 2.3817E-02 4.2353E-12 1. 9772E+13 2.9755E+12 Te-127 8.8390E-03 3.3492E-12 1. 5882E+13 1.0628E+12 Te-127m 1.2774E-03 1. 3542E-10 6.4216E+14 1.4871E+11 Te-129 1.6102E-02 7.6887E-13 3. 5893E+12 2.4594E+12 Te-129m 4.0018E-03 1. 3284E-10 6.2013E+14 4.6598E+11 Te-131m 1. 1767E-02 1.4756E-11 6.7836E+13 1.3835E+12 Te-132 1. 1373E-01 3.7461E-10 1.7090E+15 1. 3289E+13 1-131 6.4754E+01 5.2231E-07 2.4011E+18 7.5491E+15 1-132 7.2015E+01 6.9768E-09 3.1830E+16 9.5868E+15 1-133 1.2618E+02 1. 1139E-07 5.0436E+17 1.4903E+16 1-134 7.2075E+01 2.7018E-09 1.2142E+16 1. 2076E+16 1-135 1.1118E+02 3.1659E-08 1.4123E+17 1.3 552E+16 xe-133 2.7927E+04 1.4919E-04 6.7554E+20 3.2584E+18 Xe-135 9.5052E+03 3.7221E-06 1.6604E+19 1. 1436E+18 Cs-134 8.1781E-02 6.3208E-08 2.8407E+17 9. 5194E+12 Cs-136 2.2710E-02 3.0987E-10 1.3721E+15 2.6460E+12 Cs-137 4.0188E-02 4.6203E-07 2.0309E+18 4.6779E+12 Ba-139 3.7345E-02 2.2832E-12 9.8917E+12 5.4557E+12 Ba-140 5.5446E-02 7.5737E-10 3.2578E+15 6.4602E+12 La-140 5.8897E-04 1.0596E-12 4. 5580E+12 6.9073E+10 La-141 4.5039E-04 7.9640E-14 3.4014E+11 5.6671E+10 La-142 3.4288E-04 2.3953E-14 1.0158E+11 4.8863E+10 Ce-141 1.3159E-03 4.6184E-11 1. 9725E+14 1. 5323E+11 Ce-143 1.1843E-03 1.7834E-12 7. 5105E+12 1.3913E+11 Ce-144 1.0930E-03 3.4268E-10 1.4331E+15 1.2723E+11 Pr-143 4.6548E-04 6.9125E-12 2.9110E+13 5.4231E+10 Nd-147 2.1186E-04 2.6188E-12 1.0729E+13 2.4688E+10 Np-239 1.7795E-02 7.6704E-11 1.9327E+14 2.0824E+12 Pu-238 7.5226E-06 4.3941E-10 1.1119E+15 8.7563E+08 Pu-239 4.0399E-07 6.4996E-09 1. 6377E+16 4.7024E+07 Pu-240 6.3969E-07 2.8073E-09 7.0441E+15 7.4459E+07 Pu-241 1.8785E-04 1.8236E-09 4. 5568E+15 2.1866E+10 Am-241 9.8711E-08 2.8761E-11 7.1868E+13 1. 1490E+07 Cm-242 2.9954E-05 9.0377E-12 2.2490E+13 3.4868E+09 Cm-244 3.6670E-06 4.5326E-11 1.1187E+14 4.2684E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.8600 Atmosphere sump Noble gases (atoms) 3.5690E+22 O.OOOOE+00 Elemental I (atoms) 2.9979E+18 O.OOOOE+00 Organic I (atoms) 9.2720E+16 O.OOOOE+00 Aerosols (kq) 5.7272E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7452E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.1629E-08 Total I (ci) 4.4621E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8600 Leakage Transport Noble gases (atoms) 1.0312E+19 Elemental I (atoms) 8.7247E+14 Organic I (atoms) 2.6984E+13 Aerosols (kg) 1. 6547E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Page 311

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.8600 ci kg Atoms Bq Co-58 7. 3463E-06 2.3103E-13 2.3988E+12 2.7181E+05 co-60 8.7886E-06 7.7749E-12 7.8035E+13 3.2518E+05 Kr-85 7. 7816E+01 1.9834E-04 1.4052E+21 2.8792E+12 Kr-85m 1. 1590E+03 1.4083E-03 9.9779E+21 4.2883E+13 Kr-87 2.0524E+03 7.2459E-08 5.0156E+17 7.5940E+13 Kr-88 3.0020E+03 2.3941E-07 1.6384E+18 1.1107E+14 Rb-86 2.4663E-04 3.0310E-12 2.1225E+13 9.1252E+06 Sr-89 9.2456E-03 3.1824E-10 2.1534E+15 3.4209E+08 Sr-90 1. 3911E-03 1.0198E-08 6.8237E+16 5.1470E+07 Sr-91 1.1598E-02 3.1995E-12 2.1174E+13 4.2913E+08 Sr-92 1.2384E-02 9.8524E-13 6.4492E+12 4.5820E+08 Y-90 1.4421E-05 2.6507E-14 1.7736E+11 5.3359E+05 Y-91 1.2038E-04 4.9086E-12 3.2484E+13 4.4540E+06 Y-92 1.2539E-04 1. 3031E-14 8.5298E+10 4.6393E+06 Y-93 1. 4912E-04 4.4696E-14 2.8942E+11 5.5174E+06 Zr-95 1. 7036E-04 7.9301E-12 5.0269E+13 6.3033E+06 Zr-97 1. 7174E-04 8.9837E-14 5. 5774E+11 6.3543E+06 Nb-95 1. 7118E-04 4.3776E-12 2.7750E+13 6.3335E+06 MO-99 2 .4913E-03 5.1943E-12 3.1597E+13 9.2177E+07 Tc-99m 2. 1523E-03 4.0931E-13 2.4898E+12 7.9634E+07 Ru-103 2.1887E-03 6.7816E-11 3.9650E+14 8.0982E+07 Ru-105 1.5838E-03 2.3561E-13 1. 3513E+12 5.8599E+07 Ru-106 1. 0043E-03 3.0018E-10 1.7054E+15 3.7158E+07 Rh-105 1. 5044E-03 1.7824E-12 1.0222E+13 5.5663E+07 Sb-127 3. 0771E-03 1.1523E-11 5.4638E+13 1.1385E+08 Sb-129 8. 7100E-03 1. 5489E-12 7.2307E+12 3.2227E+08 Te-127 3. 0351E-03 1.1501E-12 5.4534E+12 1. 1230E+08 Te-127m 4.1561E-04 4.4061E-11 2.0893E+14 1.5378E+07 Te-129 8.1025E-03 3.8689E-13 1.8061E+12 2.9979E+08 Te-129m 1. 3026E-03 4.3239E-11 2.0185E+14 4.8195E+07 Te-131m 3.8928E-03 4.8818E-12 2.2442E+13 1.4403E+08 Te-132 3.7235E-02 1.2265E-10 5.5955E+14 1.3777E+09 1-131 2. 1119E+01 1.7035E-07 7.8312E+17 7.8142E+11 1-132 2.9190E+01 2.8279E-09 1. 2901E+16 1.0800E+12 1-133 4.2057E+01 3.7126E-08 1. 6811E+17 1. 5561E+12 1-134 4. 1763E+01 1.5655E-09 7.0357E+15 1. 5452E+12 1-135 3.9044E+01 1.1118E-08 4.9594E+16 1.4446E+12 Xe-133 9.1208E+03 4.8727E-05 2.2063E+20 3.3747E+14 Xe-135 3. 2671E+03 1.2793E-06 5.7070E+18 1.2088E+14 Cs-134 2. 6604E-02 2.0562E-08 9.2408E+16 9.8434E+08 Cs-136 7.3995E-03 1,0096E-10 4.4706E+14 2.7378E+08 Cs-137 1. 3073E-02 1.5030E-07 6. 6066E+17 4.8370E+08 Ba-139 1.7537E-02 1.0721E-12 4.6450E+12 6.4887E+08 Ba-140 1. 8066E-02 2.4678E-10 1.0615E+15 6.6845E+08 La-140 1. 9401E-04 3.4905E-13 1. 5014E+12 7.1784E+06 La-141 1. 6664E-04 2.9465E-14 1.2585E+11 6.1656E+06 La-142 1. 5487E-04 1.0819E-14 4.5881E+10 5.7301E+06 Ce-141 4.2835E-04 1. 5033E-11 6.4207E+13 1.5849E+07 Ce-143 3.9121E-04 5.8910E-13 2.4809E+12 1.4475E+07 Ce-144 3. 5557E-04 1.1148E-10 4.6622E+14 1. 3156E+07 Pr-143 1. 5165E-04 2.2521E-12 9.4842E+12 5.6111E+06 Nd-147 6. 9049E-05 8. 5353E-13 3.4966E+12 2.5548E+06 Np-239 5. 8406E-03 2.5176E-11 6.3436E+13 2.1610E+08 Pu-238 2.4471E-06 1.4294E-10 3.6168E+14 9.0542E+04 Pu-239 1. 3142E-07 2.1143E-09 5.3274E+15 4.8624E+03 Pu-240 2.0809E-07 9.1320E-10 2.2914E+15 7.6993E+03 Pu-241 6.1108E-05 5.9321E-10 1.4823E+15 2.2610E+06 Am-241 3.2110E-08 9.3557E-12 2.3378E+13 1. 1881E+03 Page 312

CRDA PELLET MVP TRIP 10 MIN.O0 Cm-242 9.7450E-06 2.9403E-12 7.3169E+12 3.6057E+05 Cm-244 1.1929E-06 1.4745E-11 3.6391E+13 4.4136E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.8600 Release Rate/s Noble gases (atoms) 1.1612E+22 3.7505E+18 Elemental I (atoms) 9.9013E+17 3.1981E+14 organi c I (atoms) 3.0623E+16 9.8910E+12 Aerosols (kq) 1.8631E-07 6.0177E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9466E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7374E+01 Total I (Ci) 1. 7317E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8600 Leakage Transport Noble gases (atoms) 1.0312E+19 Elemental I (atoms) 8.7247E+14 Organic I (atoms) 2.6984E+13 Aerosols (kg) 1.6547E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.8600 Filtered Transported Noble gases (atoms) 0.0000E+00 4.1163E+17 Elemental I (atoms) 0.0000E+00 3.5143E+13 organic I (atoms) 0.0000E+00 1.0869E+12 Aerosols (kg) 0.OOOOE+00 6.6045E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.8600 Filtered Transported Noble gases (atoms) 2.7944E+17 O.OOOOE+00 Elemental I (atoms) 2.3697E+13 O.OOOOE+00 organic I (atoms) 7.3289E+11 O.OOOOE+00 Aerosols (kg) 4.4838E-12 0.0000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8600 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.O000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.8600 Ci kg Atoms, Decay Co-58 1.3656E-06 4.2945E-14 4.4590E+11 1.5799E+08 Co-60 1.6341E-06 1.4456E-12 1.4510E+13i 1.8902E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20' 1. 6737E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21. 2.4927E+16 Kr-87 2.5635E+02 9.0500E-09 6.2644E+16' 3.7906E+16 Kr-88 4.6712E+02 3.7252E-08 2.5493E+17' 6.0175E+16 Rb-86 4.5806E-05 5.6295E-13 3 .9421E+12. 5.3020E+09 Sr-89 1.7184E-03 5.9149E-11 4.0023E+14 1.9882E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 2.9919E+10 Sr-91 2.0448E-03 5.6407E-13 3.7329E+12 2.4416E+11 Page 313

CRDA PELLET MVP TRIP 10 MIN.oO Sr-92 1.9105E-03 1.5200E-13 9.9495E+11 2.4742E+11 Y-90 2.6604E-06 4.8899E-15 3.2719E+10 3.0918E+08 Y-91 2.2375E-05 9.1238E-13 6.0379E+12 2.5887E+09 Y-92 2.0210E-05 2.1003E-15 1. 3748E+10 2.5479E+09 Y-93 2.6373E-05 7.9048E-15 5.1187E+10 3.1432E+09 Zr-95 3.1666E-05 1.4740E-12 9.3440E+12 3.6636E+09 Zr-97 3.0992E-05 1.6212E-14 1.0065E+11 3.6494E+09 Nb-95 3.1810E-05 8.1348E-13 5.1567E+12 3.6808E+09 Mo-99 4.5969E-04 9.5846E-13 5.8303E+12 5.3416E+10 Tc-99m 3.6794E-04 6.9974E-14 4.2565E+11 4.4758E+10 Ru-103 4.0675E-04 1.2603E-11 7.3687E+13 4.7064E+10 RU-105 2.6277E-04 3.9092E-14 2.2420E+11 3.2549E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.1599E+10 Rh-105 2.7576E-04 3.2671E-13 1.8738E+12 3.2170E+10 sb-127 5.6904E-04 2.1308E-12 1.0104E+13 6.6036E+10 sb-129 1.4406E-03 2.5618E-13 1. 1959E+12 1. 7878E+11 Te-127 5.3463E-04 2.0258E-13 9.6061E+11 6.3873E+10 Te-127m 7.7264E-05 8.1912E-12 3.8841E+13 8.9383E+09 Te-129 9.7393E-04 4.6506E-14 2.1710E+11 1.4760E+11 Te-129m 2.4205E-04 8.0348E-12 3.7509E+13 2.8009E+10 Te-131m 7.1172E-04 8.9255E-13 4.1031E+12 8.3156E+10 Te-132 6.8789E-03 2.2658E-11 1. 0337E+14 7.9876E+11 1-131 3.9167E+00 3.1592E-08 1.4523E+17 4.5375E+14 1-132 4.3559E+00 4.2200E-10 1.9252E+15 5.7581E+14 1-133 7.6323E+00 6.7375E-09 3.0507E+16 8.9571E+14 1-134 4.3595E+00 1.6342E-10 7.3443E+14 7.2439E+14 1-135 6.7250E+00 1.9149E-09 8. 5422E+15 8.1435E+14 Xe-133 1.6892E+03 9.0242E-06 4.0861E+19 1.9585E+17 xe-135 5.7493E+02 2.2513E-07 1.0043E+18 6.8727E+16 Cs-134 4.9466E-03 3.8232E-09 1. 7182E+16 5.7218E+11 Cs-136 1.3737E-03 1.8743E-11 8.2993E+13 1. 5904E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.8117E+11 Ba-139 2.2589E-03 1.3810E-13 5.9831E+11 3.2751E+11 Ba-140 3.3537E-03 4.5810E-11 1.9705E+14 3.8831E+11 La-140 3.5624E-05 6.4093E-14 2.7570E+11 4.1516E+09 La-141 2.7242E-05 4.8171E-15 2.0574E+10 3.4049E+09 La-142 2.0739E-05 1.4488E-15 6.1442E+09 2.9337E+09 Ce-141 7.9596E-05 2.7935E-12 1.1931E+13 9.2105E+09 Ce-143 7.1635E-05 1.0787E-13 4.5428E+11 8.3621E+09 Ce-144 6.6109E-05 2.0727E-11 8.6682E+13 7.6473E+09 Pr-143 2.8155E-05 4.1810E-13 1.7608E+12 3.2597E+09 Nd-147 1.2814E-05 1.5840E-13 6.4892E+11 1.4840E+09 Np-239 1.0763E-03 4.6395E-12 1. 1690E+13 1.2516E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.2632E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.8265E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.4756E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1. 3143E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.9063E+05 Cm-242 1.8118E-06 5.4665E-13 1. 3603E+12 2.0959E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.5656E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.8600 Atmosphere sump Noble gases (atoms) 2.1587E+21 0.OOOOE+00 Elemental I (atoms) 1.8133E+17 0.OOOOE+00 organic I (atoms) 5.6082E+15 O.0000E+00 Aerosols (k 9 ) 3.4641E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0675E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5648E-08 Total I (Ci) 2.6989E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Page 314

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 0.8600 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.8700 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.8700 whole Body Thyroid TEDE Delta dose (rem) 1.0109E-05 7.7878E-05 1.2575E-05 Accumulated dose (rem) 1.2482E-01 7.8281E-01 1.4970E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.8700 whole Body Thyroid TEDE Delta dose (rem) 2.4320E-06 1.8735E-05 3.0252E-06 Accumulated dose (rem) 5.5765E-02 3.4962E-01 6.6879E-02 control Room Doses: Time (h) = 0.8700 whole Body Thyroid TEDE Delta dose (rem) 6.2346E-06 9.9197E-04 3.7641E-05 Accumulated dose (rem) 9.8224E-04 1. 3853E-01 5. 3781E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.8700 ci kg Atoms Decay Co-58 2.2577E-05 7. 1000E-13 7.3719E+12 2.6585E+09 Co-60 2.7017E-05 2.3901E-11 2.3989E+14 3.1807E+09 Kr-85 2. 3921E+02 6.0972E-04 4.3198E+21 2.8163E+16 Kr-85m 3.5628E+03 4.3293E-03 3.0673E+22 4.1946E+17 Kr-87 4. 2151E+03 1.4881E-07 1.0301E+18 6.3713E+17 Kr-88 7. 7039E+03 6.1438E-07 4.2044E+18 1.0120E+18 Rb-86 7. 5729E-04 9.3070E-12 6. 5172E+13 8.9218E+10 Sr-89 2. 8410E-02 9.7790E-10 6.6169E+15 3.3456E+12 Sr-90 4. 2763E-03 3.1350E-08 2.0977E+17 5.0346E+11 Sr-91 3.3781E-02 9.3189E-12 6.1670E+13 4.1078E+12 Sr-92 3. 1506E-02 2.5065E-12 1.6407E+13 4.1608E+12 Y-90 4.3979E-05 8.0834E-14 5.4088E+11 5.2025E+09 Y-91 3. 6992E-04 1. 5084E-11 9.9822E+13 4.3561E+10 Y-92 3.3347E-04 3.4656E-14 2.2685E+11 4.2854E+10 Y-93 4.3572E-04 1. 3060E-13 8.4568E+11 5.2882E+10 zr-95 5.2353E-04 2.4370E-11 1. 5448E+14 6.1649E+10 Zr-97 5.1217E-04 2.6792E-13 1. 6633E+12 6.1402E+10 Nb-95 5.2590E-04 1. 3449E-11 8. 5254E+13 6.1937E+10 Mo-99 7.5992E-03 1. 5844E-11 9.6381E+13 8.9882E+11 Tc-99m 6.0761E-03 1. 1555E-12 7.0291E+12 7.5293E+11 Ru-103 6. 7247E-03 2.0836E-10 1. 2182E+15 7.9196E+11 Ru-105 4.3376E-03 6.4528E-13 3.7009E+12 5.4750E+11 Ru-106 3.0871E-03 9.2273E-10 5.2423E+15 3.6346E+11 Rh-105 4. 5581E-03 5.4003E-12 3.0973E+13 5.4130E+11 Page 315

CRDA PELLET MVP TRIP 10 MIN.O0 Sb-127 9.4071E-03 3.5226E-11 1.6703E+14 1. 1112E+12 sb-129 2.3779E-02 4.2285E-12 1.9740E+13 3.0072E+12 Te-127 8.8324E-03 3.3467E-12 1. 5870E+13 1.0746E+12 Te-127m 1.2774E-03 1.3542E-10 6.4216E+14 1.5041E+11 Te-129 1.6006E-02 7.6429E-13 3.5679E+12 2.4808E+12 Te-129m 4.0017E-03 1.3284E-10 6.2012E+14 4.7131E+11 Te-131m 1.1764E-02 1.4753E-11 6.7820E+13 1.3992E+12 Te-132 1.1372E-01 3.7457E-10 1. 7089E+15 1.3441E+13 1-131 6.4751E+01 5.2229E-07 2.4010E+18 7.6353E+15 1-132 7.1798E+01 6.9558E-09 3.1734E+16 9.6826E+15 1-133 1.2614E+02 1.1135E-07 5.0419E+17 1.5071E+16 1-134 7.1507E+01 2.6805E-09 1. 2047E+16 1.2172E+16 1-135 1.1107E+02 3.1626E-08 1.4108E+17 1.3700E+16 xe-133 2.7925E+04 1.4919E-04 6.7550E+20 3.2956E+18 Xe-135 9.4980E+03 3.7193E-06 1. 6591E+19 1.1563E+18 Cs-134 8.1780E-02 6.3208E-08 2.8407E+17 9.6283E+12 Cs-136 2.2710E-02 3.0986E-10 1. 3721E+15 2.6763E+12 cs-137 4.0188E-02 4.6203E-07 2.0309E+18 4.7314E+12 Ba-139 3.7158E-02 2.2717E-12 9.8420E+12 5. 5053E+12 Ba-140 5.5445E-02 7.5735E-10 3.2578E+15 6.5341E+12 La-140 5.8887E-04 1.0594E-12 4.5572E+12 6.9857E+10 La-141 4.4960E-04 7.9499E-14 3.3954E+11 5.7270E+10 La-142 3.4134E-04 2.3845E-14 1. 0113E+11 4.9319E+10 Ce-141 1.3159E-03 4.6184E-11 1. 9725E+14 1. 5499E+11 Ce-143 1.1841E-03 1.7830E-12 7.5089E+12 1.4070E+11 Ce-144 1.0930E-03 3.4268E-10 1.4331E+15 1.2868E+11 Pr-143 4.6546E-04 6.9123E-12 2.9110E+13 5.4851E+10 Nd-147 2.1185E-04 2.6187E-12 1.0728E+13 2.4971E+10 Np-239 1.7792E-02 7.6694E-11 1.9325E+14 2.1061E+12 Pu-238 7.5226E-06 4.3941E-10 1.1118E+15 8.8565E+08 Pu-239 4.0399E-07 6.4996E-09 1. 6377E+16 4.7562E+07 Pu-240 6.3969E-07 2.8073E-09 7.0441E+15 7. 5311E+07 Pu-241 1.8785E-04 1.8236E-09 4. 5568E+15 2.2116E+10 Am-241 9.8711E-08 2.8761E-11 7.1867E+13 1.1621E+07 Cm-242 2.9953E-05 9.0377E-12 2.2490E+13 3.5267E+09 Cm-244 3.6670E-06 4.5326E-11 1.1187E+14 4.3172E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.8700 Atmosphere Sump Noble gases (atoms) 3.5690E+22 0.OOOOE+00 Elemental I (atoms) 2.9974E+18 0.OOOOE+00 organic I (atoms) 9.2702E+16 0.OOOOE+00 Aerosols (kg) 5.7272E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7442E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1603E-08 Total I (Ci) 4.4526E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8700 Leakage Transport Noble gases (atoms) 1. 0461E+19 Elemental I (atoms) 8.8496E+14 organic I (atoms) 2.7370E+13 Aerosols (kg) 1. 6786E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Page 316

CRDA PELLET MVP TRIP 10 MIN.oO Environment Integral Nuclide Release: Time (h) 0.8700 Ci kg Atoms Bq co-58 7.3464E-06 2.3103E-13 2.3988E+12 2.7182E+05 co-60 8.7887E-06 7.7750E-12 7.8036E+13 3.2518E+05 Kr-85 7.7817E+01 1.9834E-04 1.4052E+21 2.8792E+12 Kr-85m 1. 1590E+03 1.4084E-03 9.9780E+21 4.2883E+13 Kr-87 2.0525E+03 7.2459E-08 5.0156E+17 7. 5941E+13 Kr-88 3.0020E+03 2.3941E-07 1. 6384E+18 1.1108E+14 Rb-86 2.4663E-04 3.0311E-12 2.1225E+13 9.1253E+06 Sr-89 9.2458E-03 3.1825E-10 2.1534E+15 3.4209E+08 Sr-90 1. 3911E-03 1.0198E-08 6.8238E+16 5.1470E+07 Sr-91 1. 1598E-02 3.1996E-12 2.1174E+13 4.2914E+08 Sr-92 1. 2384E-02 9.8525E-13 6.4492E+12 4.5821E+08 Y-90 1.4421E-05 2.6507E-14 1.7737E+11 5.3360E+05 Y-91 1.2038E-04 4.9087E-12 3.2484E+13 4.4540E+06 Y-92 1.2539E-04 1. 3031E-14 8.5299E+10 4.6394E+06 Y-93 1. 4912E-04 4.4696E-14 2.8943E+11 5.5175E+06 Zr-95 1. 7036E-04 7.9302E-12 5.0270E+13 6.3034E+06 Zr-97 1. 7174E-04 8.9838E-14 5.5775E+11 6.3544E+06 Nb-95 1. 7118E-04 4.3776E-12 2.7750E+13 6.3336E+06 Mo-99 2.4913E-03 5.1944E-12 3.1597E+13 9.2178E+07 Tc-99m 2.1523E-03 4.0932E-13 2.4899E+12 7.9635E+07 RU-103 2.1887E-03 6.7817E-11 3.9651E+14 8.0983E+07 RU-105 1. 5838E-03 2.3561E-13 1. 3513E+12 5.8600E+07 RU-106 1. 0043E-03 3.0018E-10 1. 7054E+15 3.7158E+07 Rh-105 1. 5044E-03 1. 7824E-12 1. 0223E+13 5.5664E+07 sb-127 3.0772E-03 1.1523E-11 5.4639E+13 1. 1385E+08 Sb-129 8.7101E-03 1. 5489E-12 7.2308E+12 3.2227E+08 Te-127 3.0352E-03 1.1501E-12 5.4534E+12 1.1230E+08 Te-127m 4.1562E-04 4.4062E-11 2.0893E+14 1.5378E+07 Te-129 8. 1025E-03 3.8690E-13 1.8062E+12 2.9979E+08 Te-129m 1. 3026E-03 4.3239E-11 2.0185E+14 4.8196E+07 Te-131m 3.8928E-03 4.8819E-12 2.2442E+13 1.4403E+08 Te-132 3.7236E-02 1.2265E-10 5. 5956E+14 1.3777E+09 1-131 2.1120E+01 1.7035E-07 7.8313E+17 7.8143E+11 1-132 2.9190E+01 2.8279E-09 1.2902E+16 1.0800E+12 1-133 4.2058E+01 3.7127E-08 1. 6811E+17 1. 5561E+12 1-134 4. 1764E+01 1.5656E-09 7.0358E+15 1. 5453E+12 1-135 3.9044E+01 1.1118E-08 4.9595E+16 1. 4446E+12 xe-133 9.1209E+03 4.8728E-05 2.2063E+20 3.3747E+14 Xe-135 3. 2671E+03 1.2794E-06 5.7070E+18 1.2088E+14 Cs-134 2. 6604E-02 2.0562E-08 9.2409E+16 9.8435E+08 Cs-136 7.3996E-03 1.0096E-10 4.4706E+14 2.7379E+08 Cs-137 1. 3073E-02 1.5030E-07 6.6067E+17 4.8371E+08 Ba-139 1.7537E-02 1.0721E-12 4.6450E+12 6.4887E+08 Ba-140 1. 8066E-02 2.4678E-10 1.0615E+15 6.6846E+08 La-140 1. 9401E-04 3.4905E-13 1. 5015E+12 7.1785E+06 La-141 1. 6664E-04 2.9466E-14 1.2585E+11 6.1656E+06 La-142 1. 5487E-04 1.0819E-14 4.5881E+10 5.7302E+06 Ce-141 4.2835E-04 1. 5033E-11 6.4208E+13 1.5849E+07 Ce-143 3.9122E-04 5.8911E-13 2.4809E+12 1.4475E+07 Ce-144 3.5557E-04 1.1148E-10 4.6622E+14 1. 3156E+07 Pr-143 1.5165E-04 2.2521E-12 9.4843E+12 5.6112E+06 Nd-147 6.9050E-05 8. 5354E-13 3.4967E+12 2.5549E+06 Np-239 5. 8406E-03 2.5176E-11 6.3437E+13 2.1610E+08 Pu-238 2.4471E-06 1.4294E-10 3.6168E+14 9.0543E+04 Pu-239 1.3142E-07 2.1143E-09 5.3275E+15 4.8625E+03 Pu-240 2.0809E-07 9.1321E-10 2.2915E+15 7.6994E+03 Pu-241 6.1109E-05 5.9322E-10 1.4823E+15 2.2610E+06 Am-241 3.2111E-08 9.3558E-12 2.3378E+13 1. 1881E+03 Cm-242 9.7452E-06 2.9403E-12 7.3170E+12 3.6057E+05 Page 317

CRDA PELLET MVP TRIP 10 MIN.o0 Cm-244 1.1929E-06 1.4745E-11 3.6391E+13 4.4137E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.8700 Release Rate/s Noble gases (atoms) 1.1612E+22 3.7074E+18 Elemental I (atoms) 9.9014E+17 3.1614E+14 organic I (atoms) 3.0623E+16 9.7775E+12 Aerosols (kq) 1.8631E-07 5.9486E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9466E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7375E+01 Total I (Ci) 1. 7318E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8700 Leakage Transport Noble gases (atoms) 1. 0461E+19 Elemental I (atoms) 8.8496E+14 organic I (atoms) 2.7370E+13 Aerosols (kg) 1. 6786E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.8700 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.1206E+17 Elemental I (atoms) O.OOOOE+00 3.5179E+13 organic I (atoms) 0.OOOOE+00 1.0880E+12 Aerosols (kg) O.OOOOE+00 6.6114E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.8700 Filtered Transported Noble gases (atoms) 2.8150E+17 0.OOOOE+00 Elemental I (atoms) 2.3870E+13 O.OOOOE+00 organic I (atoms) 7.3826E+11 O.OOOOE+00 Aerosols (kg) 4.5169E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.8700 Ci kg Atoms Decay Co-58 1.3656E-06 4.2945E-14 4.4590E+11 1.5980E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1. 9120E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 6929E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2. 5215E+16 Kr-87 2. 5495E+02 9.0008E-09 6.2304E+16 3.8246E+16 Kr-88 4.6598E+02 3.7161E-08 2. 5431E+17 6.0796E+16 Rb-86 4.5805E-05 5.6294E-13 3.9420E+12 5.3630E+09 Sr-89 1. 7184E-03 5.9149E-11 4.0023E+14 2. 0111E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 3.0264E+10 Sr-91 2.0433E-03 5.6366E-13 3.7302E+12 2.4688E+11 Sr-92 1. 9057E-03 1. 5161E-13 9.9241E+11 2.4996E+11 Page 318

CRDA PELLET MVP TRIP 10 MIN.O0 Y-90 2.6601E-06 4.8893E-15 3.2716E+10 3.1272E+08 Y-91 2.2375E-05 9.1237E-13 6.0378E+12 2.6185E+09 Y-92 2.0170E-05 2.0962E-15 1.3721E+10 2.5748E+09 Y-93 2.6355E-05 7.8994E-15 5.1152E+10 3.1783E+09 Zr-95 3.1666E-05 1.4740E-12 9.3440E+12 3.7058E+09 Zr-97 3.0979E-05 1.6205E-14 1.0061E+11 3.6906E+09 Nb-95 3.1809E-05 8.1347E-13 5.1567E+12 3.7231E+09 Mo-99 4.5964E-04 9.5836E-13 5.8297E+12 5.4028E+10 Tc-99m 3.6752E-04 6.9894E-14 4.2516E+11 4.5247E+10 Ru-103 4.0675E-04 1.2603E-11 7.3686E+13 4.7606E+10 Ru-105 2.6236E-04 3.9031E-14 2.2385E+11 3.2899E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.1848E+10 Rh-105 2.7570E-04 3.2664E-13 1.8734E+12 3.2537E+10 Sb-127 5.6899E-04 2.1307E-12 1.0103E+13 6.6794E+10 Sb-129 1.4383E-03 2.5577E-13 1. 1940E+12 1.8070E+11 Te-127 5.3424E-04 2.0243E-13 9.5989E+11 6.4584E+10 Te-127m 7.7264E-05 8.1912E-12 3.8841E+13 9.0412E+09 Te-129 9.6813E-04 4.6229E-14 2.1581E+11 1.4890E+11 Te-129m 2.4205E-04 8.0347E-12 3.7509E+13 2.8331E+10 Te-131m 7.1156E-04 8.9234E-13 4.1021E+12 8.4104E+10 Te-132 6.8783E-03 2.2656E-11 1.0336E+14 8.0792E+11 1-131 3.9165E+00 3.1591E-08 1.4523E+17 4.5897E+14 1-132 4.3428E+00 4.2073E-10 1.9194E+15 5.8161E+14 1-133 7.6297E+00 6.7352E-09 3.0497E+16 9.0588E+14 1-134 4.3252E+00 1.6213E-10 7.2864E+14 7.3018E+14 1-135 6.7179E+00 1.9129E-09 8.5333E+15 8.2331E+14 Xe-133 1.6891E+03 9.0237E-06 4.0858E+19 1. 9810E+17 Xe-135 5.7449E+02 2.2496E-07 1.0035E+18 6.9492E+16 Cs-134 4.9466E-03 3.8232E-09 1. 7182E+16 5.7877E+11 Cs-136 1.3736E-03 1.8742E-11 8.2991E+13 1. 6087E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.8441E+11 Ba-139 2.2475E-03 1.3741E-13 5.9530E+11 3.3052E+11 Ba-140 3.3536E-03 4.5809E-11 1.9705E+14 3.9277E+11 La-140 3.5618E-05 6.4082E-14 2.7565E+11 4.1991E+09 La-141 2.7194E-05 4.8086E-15 2.0538E+10 3.4411E+09 La-142 2.0646E-05 1.4423E-15 6.1167E+09 2.9613E+09 Ce-141 7.9595E-05 2.7935E-12 1. 1931E+13 9.3165E+09 Ce-143 7.1620E-05 1.0785E-13 4.5418E+11 8.4575E+09 Ce-144 6.6109E-05 2.0727E-11 8.6682E+13 7.7354E+09 Pr-143 2.8154E-05 4.1810E-13 1. 7607E+12 3.2972E+09 Nd-147 1.2814E-05 1.5840E-13 6.4890E+11 1. 5010E+09 Np-239 1.0762E-03 4.6389E-12 1.1689E+13 1.2660E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.3238E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.8591E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.5271E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.3294E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 6.9858E+05 Cm-242 1.8118E-06 5.4665E-13 1. 3603E+12 2.1200E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.5952E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.8700 Atmosphere sump Noble gases (atoms) 2.1587E+21 O.OOOOE+00 Elemental I (atoms) 1.8130E+17 O.OOOOE+00 Organic I (atoms) 5.6071E+15 O.OOOOE+00 Aerosols (kg) 3.4641E-08 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0665E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5620E-08 Total I (Ci) 2.6932E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Page 319

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.8700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.0000E+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.8800 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.8800 whole Body Thyroid TEDE Delta dose (rem) 1.0083E-05 7.7865E-05 1.2548E-05 Accumulated dose (rem) 1.2483E-01 7.8289E-01 1.4971E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.8800 whole Body Thyroid TEDE Delta dose (rem) 2.4257E-06 1.8732E-05 3.0187E-06 Accumulated dose (rem) 5.5767E-02 3.4964E-01 6.6882E-02 Control Room Doses: Time (h) = 0.8800 Whole Body Thyroid TEDE Delta dose (rem) 6.1400E-06 9.7930E-04 3.7144E-05 Accumulated dose (rem) 9.8838E-04 1.3951E-01 5.4152E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.8800 Ci kg Atoms Decay Co-58 2.2576E-05 7. 1000E-13 7.3719E+12 2.6885E+09 Co-60 2.7017E-05 2.3900E-11 2.3989E+14 3.2167E+09 Kr-85 2.3921E+02 6.0971E-04 4.3197E+21 2.8482E+16 Kr-85m 3.5628E+03 4.3293E-03 3.0673E+22 4.2421E+17 Kr-87 4.1922E+03 1.4800E-07 1. 0244E+18 6.4273E+17 Kr-88 7.6851E+03 6.1288E-07 4.1942E+18 1.0222E+18 Rb-86 7.5727E-04 9.3068E-12 6.5171E+13 9.0226E+10 Sr-89 2. 8410E-02 9.7789E-10 6.6168E+15 3.3835E+12 Sr-90 4.2763E-03 3.1349E-08 2.0977E+17 5.0915E+11 Sr-91 3.3756E-02 9.3120E-12 6.1625E+13 4.1528E+12 Sr-92 3.1425E-02 2.5001E-12 1. 6365E+13 4.2028E+12 Y-90 4.3974E-05 8.0825E-14 5.4082E+11 5.2611E+09 Y-91 3.6992E-04 1. 5084E-11 9.9821E+13 4.4053E+10 Y-92 3.3282E-04 3.4588E-14 2.2641E+11 4.3298E+10 Y-93 4.3542E-04 1. 3051E-13 8.4510E+11 5.3462E+10 Zr-95 5.2353E-04 2.4370E-11 1. 5448E+14 6.2346E+10 Zr-97 5.1196E-04 2.6781E-13 1. 6626E+12 6.2084E+10 Nb-95 5.2589E-04 1. 3449E-11 8. 5253E+13 6.2637E+10 MO-99 7.5983E-03 1. 5843E-11 9.6370E+13 9.0894E+11 Tc-99m 6.0691E-03 1. 1542E-12 7.0210E+12 7.6102E+11 Ru-103 6.7246E-03 2.0836E-10 1.2182E+15 8.0092E+11 Ru-105 4.3308E-03 6.4427E-13 3.6952E+12 5. 5327E+11 Ru-106 3.0870E-03 9.2272E-10 5.2422E+15 3.6757E+11 Rh-105 4.5572E-03 5.3992E-12 3.0966E+13 5.4737E+11 sb-127 9.4063E-03 3.5223E-11 1. 6702E+14 1. 1237E+12 Page 320

CRDA PELLET MVP TRIP 10 MIN.O0 Sb-129 2.3740E-02 4.2217E-12 1.9708E+13 3.0389E+12 Te-127 8.8258E-03 3.3442E-12 1. 5858E+13 1.0864E+12 Te-127m 1.2774E-03 1.3542E-10 6.4215E+14 1. 5211E+11 Te-129 1.5910E-02 7.5973E-13 3. 5467E+12 2. 5020E+12 Te-129m 4.0017E-03 1.3283E-10 6.2011E+14 4.7664E+11 Te-131m 1.1761E-02 1.4749E-11 6. 7804E+13 1.4149E+12 Te-132 1.1371E-01 3.7454E-10 1. 7087E+15 1. 3592E+13 1-131 6.4748E+01 5.2227E-07 2.4009E+18 7.7216E+15 1-132 7.1582E+01 6.9348E-09 3.1638E+16 9.7781E+15 1-133 1.2610E+02 1.1131E-07 5.0402E+17 1.5239E+16 1-134 7.0944E+01 2.6594E-09 1.1952E+16 1.2267E+16 1-135 1.1095E+02 3.1593E-08 1.4093E+17 1. 3848E+16 xe-133 2.7923E+04 1.4918E-04 6.7546E+20 3.3328E+18 xe-135 9.4908E+03 3.7164E-06 1.6578E+19 1.1689E+18 Cs-134 8.1780E-02 6.3208E-08 2.8406E+17 9.7372E+12 Cs-136 2.2709E-02 3.0985E-10 1. 3720E+15 2.7065E+12 Cs-137 4.0188E-02 4.6202E-07 2.0309E+18 4.7849E+12 Ba-139 3.6971E-02 2.2603E-12 9.7926E+12 5. 5547E+12 Ba-140 5.5443E-02 7.5733E-10 3.2577E+15 6.6080E+12 La-140 5.8877E-04 1.0593E-12 4.5564E+12 7.0642E+10 La-141 4.4880E-04 7.9359E-14 3.3894E+11 5.7869E+10 La-142 3.3981E-04 2.3738E-14 1. 0067E+11 4.9772E+10 Ce-141 1.3159E-03 4.6183E-11 1. 9725E+14 1. 5674E+11 Ce-143 1.1838E-03 1.7827E-12 7. 5073E+12 1.4228E+11 Ce-144 1.0930E-03 3.4268E-10 1.4331E+15 1.3014E+11 Pr-143 4.6545E-04 6.9121E-12 2.9109E+13 5.5471E+10 Nd-147 2.1185E-04 2.6187E-12 1.0728E+13 2. 5253E+10 Np-239 1.7790E-02 7.6685E-11 1.9322E+14 2.1298E+12 Pu-238 7.5225E-06 4.3941E-10 1. 1118E+15 8.9567E+08 Pu-239 4.0399E-07 6.4995E-09 1. 6377E+16 4.8101E+07 Pu-240 6.3968E-07 2.8073E-09 7.0441E+15 7. 6163E+07 Pu-241 1.8785E-04 1.8236E-09 4. 5568E+15 2.2366E+10 Am-241 9.8711E-08 2.8760E-11 7.1867E+13 1. 1753E+07 Cm-242 2.9953E-05 9.0376E-12 2.2490E+13 3.5666E+09 Cm-244 3.6670E-06 4.5326E-11 1.1187E+14 4.3661E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.8800 Atmosphere Sump Noble gases (atoms) 3.5690E+22 0.OOOOE+00 Elemental I (atoms) 2.9968E+18 0.OOOOE+00 organic I (atoms) 9.2684E+16 0.OOOOE+00 Aerosols (kq) 5.7271E-07 0 OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7433E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.1576E-08 Total I (Ci) 4.4432E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8800 Leakage Transport Noble gases (atoms) 1.0610E+19 Elemental I (atoms) 8.9745E+14 organic I (atoms) 2.7756E+13 Aerosols (kg) 1.7024E-10 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Page 321

CRDA PELLET MVP TRIP 10 MIN.oO Environment Integral Nuclide Release: Time (h) = 0.8800 ci kg Atoms Bq Co-58 7.3465E-06 2.3104E-13 2.3989E+12 2.7182E+05 Co-60 8.7888E-06 7.7751E-12 7.8037E+13 3.2519E+05 Kr-85 7.7818E+01 1.9834E-04 1.4052E+21 2.8793E+12 Kr-85m 1. 1590E+03 1.4084E-03 9.9781E+21 4.2884E+13 Kr-87 2.0525E+03 7.2460E-08 5.0157E+17 7. 5942E+13 Kr-88 3.0021E+03 2.3941E-07 1.6384E+18 1. 1108E+14 Rb-86 2.4663E-04 3.0311E-12 2.1225E+13 9.1254E+06 Sr-89 9.2459E-03 3.1825E-10 2.1534E+15 3.4210E+08 Sr-90 1. 3911E-03 1.0198E-08 6.8239E+16 5.1471E+07 Sr-91 1.1598E-02 3.1996E-12 2.1174E+13 4.2914E+08 Sr-92 1.2384E-02 9.8526E-13 6.4493E+12 4.5821E+08 Y-90 1.4422E-05 2.6507E-14 1.7737E+11 5.3360E+05 Y-91 1.2038E-04 4. 9087E-12 3.2485E+13 4.4541E+06 Y-92 1.2539E-04 1.3031E-14 8. 5299E+10 4.6394E+06 Y-93 1. 4912E-04 4.4697E-14 2.8943E+11 5.5176E+06 Zr-95 1. 7036E-04 7.9303E-12 5.0271E+13 6.3035E+06 Zr-97 1. 7174E-04 8.9839E-14 5.5776E+11 6.3545E+06 Nb-95 1. 7118E-04 4.3777E-12 2.7750E+13 6.3337E+06 Mo-99 2.4913E-03 5.1944E-12 3.1598E+13 9.2179E+07 Tc-99m 2.1523E-03 4.0932E-13 2.4899E+12 7.9636E+07 RU-103 2.1888E-03 6.7818E-11 3.9651E+14 8.0984E+07 RU-105 1.5838E-03 2.3561E-13 1. 3513E+12 5.8600E+07 RU-106 1. 0043E-03 3.0019E-10 1. 7054E+15 3.7159E+07 Rh-105 1. 5044E-03 1. 7824E-12 1.0223E+13 5.5664E+07 Sb-127 3.0772E-03 1. 1523E-11 5.4639E+13 1.1386E+08 Sb-129 8. 7102E-03 1. 5489E-12 7.2309E+12 3.2228E+08 Te-127 3.0352E-03 1.1501E-12 5.4535E+12 1.1230E+08 Te-127m 4.1562E-04 4.4063E-11 2.0894E+14 1.5378E+07 Te-129 8.1026E-03 3.8690E-13 1.8062E+12 2.9980E+08 Te-129m 1. 3026E-03 4.3240E-11 2.0186E+14 4.8197E+07 Te-131m 3.8929E-03 4.8819E-12 2.2442E+13 1.4404E+08 Te-132 3.7236E-02 1.2265E-10 5.5957E+14 1.3777E+09 1-131 2.1120E+01 1.7036E-07 7.8314E+17 7.8144E+11 1-132 2.9191E+01 2.8280E-09 1. 2902E+16 1. 0801E+12 1-133 4.2058E+01 3.7127E-08 1. 6811E+17 1. 5562E+12 1-134 4.1764E+01 1.5656E-09 7.0358E+15 1. 5453E+12 1-135 3. 9045E+01 1. 1118E-08 4.9596E+16 1.4447E+12 Xe-133 9.1210E+03 4.8728E-05 2.2064E+20 3.3748E+14 xe-135 3.2672E+03 1.2794E-06 5.7071E+18 1.2089E+14 Cs-134 2.6604E-02 2.0562E-08 9.2411E+16 9.8436E+08 Cs-136 7.3997E-03 1.0096E-10 4.4707E+14 2.7379E+08 Cs-137 1. 3073E-02 1.5030E-07 6.6068E+17 4.8371E+08 Ba-139 1.7537E-02 1.0722E-12 4.6451E+12 '6.4888E+08 Ba-140 1. 8067E-02 2.4678E-10 1.0615E+15 6.6847E+08 La-140 1. 9402E-04 3.4906E-13 1. 5015E+12 7.1786E+06 La-141 1. 6664E-04 2.9466E-14 1.2585E+11 6.1657E+06 La-142 1. 5487E-04 1. 0819E-14 4.5882E+10 5.7302E+06 Ce-141 4.2836E-04 1. 5034E-11 6.4209E+13 1.5849E+07 Ce-143 3.9122E-04 5.8911E-13 2.4809E+12 1.4475E+07 Ce-144 3.5558E-04 1.1148E-10 4.6623E+14 1. 3156E+07 Pr-143 1. 5166E-04 2.2521E-12 9.4844E+12 5.6113E+06 Nd-147 6. 9051E-05 8. 5355E-13 3.4967E+12 2.5549E+06 Np-239 5.8407E-03 2.5176E-11 6.3438E+13 2.1611E+08 Pu-238 2.4471E-06 1.4294E-10 3.6169E+14 9.0544E+04 Pu-239 1. 3142E-07 2.1143E-09 5.3276E+15 4.8625E+03 Pu-240 2.0809E-07 9.1323E-10 2.2915E+15 7.6995E+03 Pu-241 6.1110E-05 5.9322E-10 1.4824E+15 2.2611E+06 Am-241 3.2111E-08 9.3560E-12 2.3379E+13 1. 1881E+03 Cm-242 9.7453E-06 2.9404E-12 7.3171E+12 3.6058E+05 Cm-244 1. 1929E-06 1.4745E-11 3.6392E+13 4.4137E+04 Page 322

CRDA PELLET MVP TRIP 10 MIN.O0 Environment Transport Group Inventory: Total Release Time (h) = 0.8800 Release Rate/s Noble gases (atoms) 1.1612E+22 3.6654E+18 Elemental I (atoms) 9.9016E+17 3.1255E+14 organic I (atoms) 3.0623E+16 9.6665E+12 Aerosols (kg) 1.8631E-07 5.8811E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9466E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7375E+01 Total I (Ci) 1.7318E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8800 Leakage Transport Noble gases (atoms) 1. 0610E+19 Elemental I (atoms) 8.9745E+14 organic I (atoms) 2.7756E+13 Aerosols (kg) 1. 7024E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.8800 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.1249E+17 Elemental I (atoms) O.OOOOE+00 3.5215E+13 organic I (atoms) 0.OOOOE+00 1.0891E+12 Aerosols (kg) O.OOOOE+00 6.6183E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.8800 Filtered Transported Noble gases (atoms) 2.8354E+17 0.OOOOE+00 Elemental I (atoms) 2.4042E+13 0.OOOOE+00 Organic I (atoms) 7.4356E+11 O.O000E+00 Aerosols (kg) 4.5497E-12 0.0000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.8800 Ci kg Atoms Decay Co-58 1.3656E-06 4.2945E-14 4.4590E+11 1.6162E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.9338E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 7122E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.5502E+16 Kr-87 2. 5357E+02 8.9519E-09 6.1965E+16 3.8585E+16 Kr-88 4.6484E+02 3.7071E-08 2.5369E+17 6.1416E+16 Rb-86 4. 5805E-05 5.6294E-13 3.9419E+12 5.4240E+09 Sr-89 1. 7184E-03 5.9149E-11 4.0023E+14 2.0340E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 3.0608E+10 Sr-91 2.0418E-03 5.6325E-13 3.7274E+12 2.4961E+11 Sr-92 1.9008E-03 1. 5122E-13 9.8988E+11 2. 5249E+11 Y-90 2.6598E-06 4.8888E-15 3.2712E+10 3.1627E+08 Page 323

CRDA PELLET MVP TRIP 10 MIN.oO Y-91 2.2375E-05 9.1237E-13 6.0378E+12 2.6483E+09 Y-92 2.0131E-05 2.0921E-15 1. 3695E+10 2.6016E+09 Y-93 2.6337E-05 7.8940E-15 5.1117E+10 3.2134E+09 Zr-95 3.1666E-05 1.4740E-12 9.3439E+12 3.7480E+09 Zr-97 3.0966E-05 1. 6199E-14 1.0057E+11 3.7319E+09 Nb-95 3.1809E-05 8.1346E-13 5.1566E+12 3.7655E+09 MO-99 4.5959E-04 9. 5826E-13 5.8290E+12 5.4640E+10 Tc-99m 3.6710E-04 6.9813E-14 4.2467E+11 4. 5737E+10 Ru-103 4.0674E-04 1.2603E-11 7.3686E+13 4.8148E+10 Ru-105 2.6195E-04 3.8970E-14 2.2351E+11 3.3248E+10 Ru-106 1.8672E-04 5. 5812E-11 3.1708E+14 2.2097E+10 Rh-105 2.7565E-04 3.2658E-13 1.8730E+12 3.2904E+10 Sb-127 5.6895E-04 2.1305E-12 1.0102E+13 6.7552E+10 Sb-129 1.4360E-03 2. 5536E-13 1.1921E+12 1. 8261E+11 Te-127 5.3384E-04 2.0228E-13 9.5918E+11 6.5296E+10 Te-127m 7.7264E-05 8.1912E-12 3.8841E+13 9.1441E+09 Te-129 9.6236E-04 4. 5953E-14 2.1452E+11 1. 5018E+11 Te-129m 2.4205E-04 8.0347E-12 3.7508E+13 2.8654E+10 Te-131m 7.1140E-04 8.9214E-13 4.1012E+12 8. 5052E+10 Te-132 6.8777E-03 2.2654E-11 1.0335E+14 8.1708E+11 1-131 3.9164E+00 3.1590E-08 1.4522E+17 4.6419E+14 1-132 4.3297E+00 4.1946E-10 1. 9137E+15 5.8738E+14 1-133 7.6272E+00 6.7330E-09 3.0486E+16 9.1604E+14 1-134 4.2911E+00 1.6086E-10 7.2291E+14 7.3592E+14 1-135 6.7109E+00 1.9109E-09 8.5244E+15 8.3225E+14 Xe-133 1.6890E+03 9.0232E-06 4.0856E+19 2.0035E+17 xe-135 5.7406E+02 2.2479E-07 1.0028E+18 7.0257E+16 cs-134 4.9466E-03 3.8232E-09 1. 7182E+16 5.8536E+11 Cs-136 1.3736E-03 1.8742E-11 8.2989E+13 1. 6270E+11 cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 2.8765E+11 Ba-139 2.2363E-03 1.3672E-13 5.9232E+11 3.3350E+11 Ba-140 3.3535E-03 4.5808E-11 1.9704E+14 3.9724E+11 La-140 3. 5612E-05 6.4071E-14 2.7560E+11 4.2465E+09 La-141 2.7146E-05 4.8001E-15 2.0501E+10 3.4773E+09 La-142 2.0554E-05 1.4358E-15 6.0892E+09 2.9887E+09 Ce-141 7.9594E-05 2.7934E-12 1.1931E+13 9.4225E+09 Ce-143 7.1605E-05 1.0783E-13 4.5409E+11 8.5529E+09 Ce-144 6.6109E-05 2.0727E-11 8.6682E+13 7.8234E+09 Pr-143 2.8153E-05 4.1809E-13 1.7607E+12 3.3347E+09 Nd-147 1.2814E-05 1. 5839E-13 6.4889E+11 1. 5181E+09 Np-239 1.0761E-03 4.6384E-12 1. 1687E+13 1.2803E+11 Pu -238 4.5501E-07 2.6578E-11 6.7251E+13 5.3844E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.8916E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 4.5786E+06 Pu-241 1.1362E-05 1. 1030E-10 2.7562E+14 1.3446E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 7.0654E+05 Cm-242 1.8118E-06 5.4665E-13 1. 3603E+12 2.1441E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.6247E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.8800 Atmosphere Sump Noble gases (atoms) 2.1587E+21 0.OOOOE+00 Elemental I (atoms) 1.8126E+17 0.OOOOE+00 Organic I (atoms) 5.6061E+15 O.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0655E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.5592E-08 Total I (Ci) 2.6875E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8800 Filtered Transported Page 324

CRDA PELLET MVP TRIP 10 MIN.O0 Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.8900 CRDA @ EAB - condenser Release Doses: Time (h) = 0.8900 whole Body Thyroid TEDE Delta dose (rem) 1.0056E-05 7.7852E-05 1.2521E-05 Accumulated dose (rem) 1.2484E-01 7.8297E-01 1.4973E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.8900 whole Body Thyroid TEDE Delta dose (rem) 2.4193E-06 1.8729E-05 3.0123E-06 Accumulated dose (rem) 5.5770E-02 3.4966E-01 6.6885E-02 Control Room Doses: Time (h) = 0.8900 whole Body Thyroid TEDE Delta dose (rem) 6.0470E-06 9.6683E-04 3.6655E-05 Accumulated dose (rem) 9.9443E-04 1.4048E-01 5.4519E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.8900 Ci kg Atoms Decay Co-58 2.2576E-05 7.0999E-13 7.3718E+12 2.7186E+09 Co-60 2.7017E-05 2.3900E-11 2.3989E+14 3.2527E+09 Kr-85 2.3921E+02 6.0971E-04 4.3197E+21 2.8800E+16 Kr-85m 3.5628E+03 4.3293E-03 3.0672E+22 4.2895E+17 Kr-87 4.1694E+03 1.4719E-07 1.0189E+18 6.4830E+17 Kr-88 7.6663E+03 6.1139E-07 4.1839E+18 1.0325E+18 Rb-86 7.5726E-04 9.3067E-12 6. 5170E+13 9.1235E+10 Sr-89 2.8410E-02 9.7788E-10 6.6168E+15 3.4213E+12 Sr-90 4.2763E-03 3.1349E-08 2.0977E+17 5.1485E+11 Sr-91 3.3731E-02 9.3052E-12 6.1579E+13 4.1977E+12 Sr-92 3.1345E-02 2.4937E-12 1. 6323E+13 4.2446E+12 Y-90 4.3969E-05 8.0816E-14 5.4076E+11 5.3197E+09 Y-91 3.6991E-04 1. 5084E-11 9.9820E+13 4.4546E+10 Y-92 3.3217E-04 3.4521E-14 2.2596E+11 4.3741E+10 Y-93 4.3512E-04 1. 3042E-13 8.4452E+11 5.4042E+10 Zr-95 5.2352E-04 2.4369E-11 1. 5448E+14 6.3043E+10 Zr-97 5.1174E-04 2.6769E-13 1. 6620E+12 6.2766E+10 Nb-95 5.2588E-04 1. 3449E-11 8.5252E+13 6.3338E+10 MO-99 7.5975E-03 1. 5841E-11 9.6359E+13 9.1906E+11 Tc-99m 6.0621E-03 1. 1529E-12 7.0129E+12 7.6910E+11 Ru-103 6.7245E-03 2.0836E-10 1.2182E+15 8.0987E+11 RU-105 4.3240E-03 6.4327E-13 3.6894E+12 5. 5903E+11 RU-106 3.0870E-03 9.2272E-10 5.2422E+15 3.7168E+11 Rh-105 4.5563E-03 5.3981E-12 3.0960E+13 5. 5344E+11 sb-127 9.4056E-03 3.5220E-11 1. 6701E+14 1.1362E+12 sb-129 2.3702E-02 4.2149E-12 1.9677E+13 3.0705E+12 Page 325

CRDA PELLET MVP TRIP 10 MIN.o0 Te-127 8.8192E-03 3.3418E-12 1. 5846E+13 1. 0981E+12 Te-127m 1.2774E-03 1.3542E-10 6.4215E+14 1. 5381E+11 Te-129 1.5816E-02 7.5520E-13 3. 5255E+12 2.5232E+12 Te-129m 4.0016E-03 1.3283E-10 6.2011E+14 4.8197E+11 Te-131m 1.1759E-02 1.4746E-11 6.7788E+13 1.4305E+12 Te-132 1.1370E-01 3.7450E-10 1. 7086E+15 1. 3744E+13 1-131 6.4746E+01 5.2225E-07 2.4008E+18 7.8078E+15 1-132 7.1366E+01 6.9139E-09 3.1543E+16 9.8733E+15 1-133 1.2606E+02 1.1128E-07 5.0385E+17 1. 5407E+16 1-134 7.0385E+01 2.6384E-09 1.1857E+16 1.2361E+16 1-135 1.1083E+02 3.1560E-08 1.4078E+17 1.3995E+16 Xe-133 2.7922E+04 1.4917E-04 6.7542E+20 3.3700E+18 Xe-135 9.4836E+03 3.7136E-06 1. 6566E+19 1.1815E+18 Cs-134 8.1780E-02 6.3207E-08 2.8406E+17 9.8462E+12 Cs-136 2.2709E-02 3.0984E-10 1. 3720E+15 2.7368E+12 Cs-137 4.0188E-02 4.6202E-07 2.0309E+18 4.8384E+12 Ba-139 3.6786E-02 2.2489E-12 .9.7435E+12 5.6038E+12 Ba-140 5.5442E-02 7.5731E-10 3.2576E+15 6.6818E+12 La-140 5.8866E-04 1.0591E-12 4. 5556E+12 7.1426E+10 La-141 4.4801E-04 7.9219E-14 3. 3835E+11 5.8466E+10 La-142 3.3828E-04 2.3631E-14 1.0022E+11 5.0224E+10 Ce-141 1.3159E-03 4.6182E-11 1. 9725E+14 1. 5849E+11 Ce-143 1.1836E-03 1.7823E-12 7.5057E+12 1.4386E+11 Ce-144 1.0930E-03 3.4268E-10 1.4331E+15 1. 3159E+11 Pr-143 4.6544E-04 6.9119E-12 2.9108E+13 5.6091E+10 Nd-147 2.1184E-04 2.6186E-12 1.0728E+13 2.5535E+10 Np-239 1.7788E-02 7.6675E-11 1.9320E+14 2.1535E+12 Pu-238 7.5225E-06 4.3941E-10 1. 1118E+15 9.0569E+08 Pu-239 4.0399E-07 6.4995E-09 1.6377E+16 4.8639E+07 Pu-240 6.3968E-07 2.8073E-09 7.0441E+15 7.7015E+07 Pu-241 1.8785E-04 1.8236E-09 4. 5568E+15 2.2617E+10 Am-241 9.8710E-08 2.8760E-11 7.1867E+13 1.1884E+07 Cm-242 2.9953E-05 9.0376E-12 2.2490E+13 3.6065E+09 Cm-244 3.6670E-06 4.5326E-11 1.1187E+14 4.4149E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.8900 Atmosphere sump Noble gases (atoms) 3.5689E+22 0.OOOOE+00 Elemental I (atoms) 2.9962E+18 0.OOOOE+00 Organic I (atoms) 9.2665E+16 0.OOOOE+00 Aerosols (k 9 ) 5.7271E-07 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.7423E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1550E-08 Total I (Ci) 4.4338E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8900 Leakage Transport Noble gases (atoms) 1.0758E+19 Elemental I (atoms) 9.0994E+14 Organic I (atoms) 2.8142E+13 Aerosols (kg) 1.7263E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8900 Filtered Transported Noble gases (atoms) 0.OOOOE+O0 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Page 326

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) 0.8900 ci kg Atoms Bq Co-58 7. 3466E-06 2.3104E-13 2.3989E+12 2.7182E+05 Co-60 8.7889E-06 7.7752E-12 7.8038E+13 3.2519E+05 Kr-85 7.7819E+01 1.9835E-04 1.4053E+21 2.8793E+12 Kr-85m 1. 1590E+03 1.4084E-03 9.9782E+21 4.2884E+13 Kr-87 2.0525E+03 7.2461E-08 5.0157E+17 7.5942E+13 Kr-88 3.0021E+03 2.3942E-07 1. 6384E+18 1. 1108E+14 Rb-86 2.4664E-04 3.0311E-12 2.1225E+13 9.1255E+06 Sr-89 9.2460E-03 3.1825E-10 2.1535E+15 3.4210E+08 Sr-90 1. 3911E-03 1.0198E-08 6.8240E+16 5.1472E+07 Sr-91 1. 1599E-02 3.1996E-12 2.1174E+13 4.2915E+08 Sr-92 1. 2384E-02 9.8527E-13 6.4494E+12 4.5822E+08 Y-90 1.4422E-05 2.6508E-14 1. 7737E+11 5.3361E+05 Y-91 1.2038E-04 4.9088E-12 3.2485E+13 4.4541E+06 Y-92 1.2539E-04 1.3031E-14 8. 5300E+10 4.6395E+06 Y-93 1.4913E-04 4.4698E-14 2.8944E+11 5.5176E+06 Zr-95 1. 7037E-04 7.9304E-12 5.0271E+13 6.3036E+06 zr-97 1. 7175E-04 8.9840E-14 5. 5776E+11 6.3546E+06 Nb-95 1. 7118E-04 4.3777E-12 2.7751E+13 6.3338E+06 Mo-99 2.4914E-03 5.1945E-12 3.1598E+13 9.2180E+07 Tc-99m 2.1523E-03 4.0933E-13 2.4899E+12 7.9637E+07 Ru-103 2.1888E-03 6.7819E-11 3.9652E+14 8.0985E+07 Ru-105 1.5838E-03 2.3562E-13 1. 3513E+12 5.8601E+07 Ru-106 1.0043E-03 3.0019E-10 1. 7055E+15 3.7159E+07 Rh-105 1. 5045E-03 1.7824E-12 1.0223E+13 5.5665E+07 sb-127 3.0772E-03 1.1523E-11 5.4640E+13 1.1386E+08 sb-129 8. 7103E-03 1. 5489E-12 7.2310E+12 3.2228E+08 Te-127 3.0352E-03 1.1501E-12 5.4536E+12 1. 1230E+08 Te-127m 4.1563E-04 4.4063E-11 2.0894E+14 1.5378E+07 Te-129 8.1026E-03 3.8690E-13 1.8062E+12 2.9980E+08 Te-129m 1. 3026E-03 4.3240E-11 2.0186E+14 4.8197E+07 Te-131m 3.8929E-03 4.8820E-12 2.2443E+13 1.4404E+08 Te-132 3.7237E-02 1.2265E-10 5.5957E+14 1.3778E+09 1-131 2. 1120E+01 1.7036E-07 7.8315E+17 7.8145E+11 1-132 2.9191E+01 2.8280E-09 1.2902E+16 1. 0801E+12 1-133 4.2059E+01 3.7128E-08 1. 6811E+17 1. 5562E+12 1-134 4.1764E+01 1.5656E-09 7.0359E+15 1. 5453E+12 1-135 3.9045E+01 1.1118E-08 4.9596E+16 1.4447E+12 Xe-133 9.1212E+03 4.8729E-05 2.2064E+20 3.3748E+14 Xe-135 3.2672E+03 1.2794E-06 5.7072E+18 1. 2089E+14 cs-134 2. 6605E-02 2.0563E-08 9.2412E+16 9.8437E+08 cs-136 7.3998E-03 1. 0096E-10 4.4708E+14 2.7379E+08 Cs-137 1. 3074E-02 1.5030E-07 6.6068E+17 4.8372E+08 Ba-139 1.7537E-02 1.0722E-12 4.6451E+12 6.4888E+08 Ba-140 1.8067E-02 2.4679E-10 1. 0616E+15 6.6848E+08 La-140 1. 9402E-04 3.4906E-13 1. 5015E+12 7.1787E+06 La-141 1. 6664E-04 2.9466E-14 1.2585E+11 6.1658E+06 La-142 1. 5487E-04 1.0819E-14 4.5882E+10 5.7303E+06 Ce-141 4.2836E-04 1. 5034E-11 6.4210E+13 1.5850E+07 Ce-143 3.9123E-04 5.8912E-13 2.4810E+12 1.4475E+07 Ce-144 3.5558E-04 1.1149E-10 4.6624E+14 1. 3156E+07 Pr-143 1. 5166E-04 2.2522E-12 9.4845E+12 5.6114E+06 Nd-147 6.9052E-05 8. 5356E-13 3.4968E+12 2.5549E+06 Np-239 5.8408E-03 2.5177E-11 6.3438E+13 2.1611E+08 Pu-238 2.4472E-06 1.4294E-10 3.6169E+14 9.0545E+04 Pu-239 1.3142E-07 2.1144E-09 5.3276E+15 4.8626E+03 Pu-240 2.0810E-07 9.1324E-10 2.2915E+15 7.6996E+03 Pu-241 6. 1110E-05 5.9323E-10 1.4824E+15 2.2611E+06 Am-241 3.2112E-08 9.3561E-12 2.3379E+13 1.1881E+03 Cm-242 9.7454E-06 2.9404E-12 7.3172E+12 3.6058E+05 Cm-244 1. 1929E-06 1.4745E-11 3.6392E+13 4.4138E+04 Page 327

CRDA PELLET MVP TRIP 10 MIN.O0 Environment Transport Group Inventory: Total Release Time (h) = 0.8900 Release Rate/s Noble gases (atoms) 1.1612E+22 3.6242E+18 Elemental I (atoms) 9.9017E+17 3.0904E+14 organic I (atoms) 3.0624E+16 9.5580E+12 Aerosols (kg) 1.8631E-07 5.8151E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9467E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7376E+01 Total I (Ci) 1.7318E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.8900 Leakage Transport Noble gases (atoms) 1.0758E+19 Elemental I (atoms) 9.0994E+14 organic I (atoms) 2.8142E+13 Aerosols (kg) 1.7263E-10 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.8900 Filtered Transported Noble gases (atoms) O.0000E+00 4.1292E+17 Elemental I (atoms) 0.0000E+00 3.5251E+13 organic I (atoms) O.0000E+00 1.0902E+12 Aerosols (kg) 0.0000E+00 6.6253E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.8900 Filtered Transported Noble gases (atoms) 2.8556E+17 0.OOOOE+00 Elemental I (atoms) 2.4211E+13 0.OOOOE+00 organic I (atoms) 7.4879E+11 0.OOOOE+00 Aerosols (kg) 4. 5820E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.8900 ci kg Atoms Decay co-58 1.3656E-06 4.2945E-14 4.4590E+11 1.6344E+08 co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.9555E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.7315E+15 Kr-85m 2. 1550E+02 2.6186E-04 1. 85 53 E+21 2.5789E+16 Kr-87 2. 5219E+02 8.9032E-09 6.1628E+16 3.8922E+16 Kr-88 4. 6371E+02 3.6981E-08 2. 5307E+17 6.2035E+16 Rb-86 4.5804E-05 5. 6293E-13 3.9419E+12 5.4850E+09 Sr-89 1. 7184E-03 5.9148E-11 4.0022E+14 2.0569E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 3.0953E+10 Sr-91 2. 0403E-03 5.6284E-13 3.7247E+12 2.5232E+11 Sr-92 1.8959E-03 1.5084E-13 9.8735E+11 2.5502E+11 Y-90 2.6595E-06 4.8883E-15 3.2709E+10 3.1981E+08 Y-91 2.2375E-05 9.1236E-13 6.0378E+12 2.6781E+09 Page 328

CRDA PELLET MVP TRIP 10 MIN.O0 Y-92 2.0092E-05 2.0880E-15 1.3668E+10 2.6284E+09 Y-93 2.6319E-05 7.8886E-15 5.1082E+10 3.2485E+09 Zr-95 3.1666E-05 1.4740E-12 9.3439E+12 3.7902E+09 Zr-97 3.0954E-05 1.6192E-14 1.0053E+11 3.7731E+09 Nb-95 3.1809E-05 8.1346E-13 5.1566E+12 3.8079E+09 Mo-99 4.5955E-04 9.5816E-13 5.8284E+12 5.5253E+10 TC-99m 3.6667E-04 6.9733E-14 4.2418E+11 4.6225E+10 Ru-103 4.0674E-04 1.2603E-11 7.3685E+13 4.8690E+10 Ru-105 2.6155E-04 3.8909E-14 2.2316E+11 3.3596E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.2345E+10 Rh-105 2.7559E-04 3.2651E-13 1.8727E+12 3.3271E+10 Sb-127 5.6891E-04 2.1303E-12 1.0102E+13 6.8309E+10 sb-129 1.4337E-03 2.5495E-13 1.1902E+12 1.8453E+11 Te-127 5.3344E-04 2.0213E-13 9.5847E+11 6.6007E+10 Te-127m 7.7264E-05 8.1912E-12 3.8841E+13 9.2470E+09 Te-129 9.5663E-04 4.5679E-14 2.1325E+11 1. 5146E+11 Te-129m 2.4204E-04 8.0346E-12 3.7508E+13 2.8976E+10 Te-131m 7.1123E-04 8.9193E-13 4.1003E+12 8.5999E+10 Te-132 6.8771E-03 2.2652E-11 1.0334E+14 8. 2624E+11 1-131 3.9162E+00 3.1589E-08 1.4522E+17 4.6940E+14 1-132 4.3167E+00 4.1820E-10 1.9079E+15 5.9314E+14 1-133 7.6246E+00 6.7307E-09 3.0476E+16 9.2620E+14 1-134 4.2573E+00 1.5959E-10 7.1721E+14 7.4161E+14 1-135 6.7039E+00 1.9089E-09 8.5154E+15 8.4118E+14 Xe-133 1.6889E+03 9.0227E-06 4.0854E+19 2.0260E+17 Xe-135 5.7363E+02 2.2462E-07 1.0020E+18 7.1021E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.9195E+11 Cs-136 1.3736E-03 1.8741E-11 8.2987E+13 1. 6453E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.9089E+11 Ba-139 2.2250E-03 1.3603E-13 5.8935E+11 3.3647E+11 Ba-140 3.3535E-03 4.5807E-11 1.9704E+14 4.0171E+11 La-140 3.5606E-05 6.4059E-14 2.7555E+11 4.2939E+09 La-141 2.7099E-05 4.7917E-15 2.0465E+10 3.5135E+09 La-142 2.0462E-05 1.4294E-15 6.0619E+09 3.0160E+09 Ce-141 7.9594E-05 2.7934E-12 1.1931E+13 9.5285E+09 Ce-143 7.1590E-05 1.0780E-13 4. 5399E+11 8.6482E+09 Ce-144 6.6109E-05 2.0727E-11 8.6682E+13 7. 9115E+09 Pr-143 2.8153E-05 4.1808E-13 1.7606E+12 3.3722E+09 Nd-147 1.2813E-05 1.5839E-13 6.4887E+11 1.5352E+09 Np-239 1.0759E-03 4.6378E-12 1. 1686E+13 1.2946E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.4450E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.9242E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.6302E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.3597E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 7.1449E+05 Cm-242 1.8118E-06 5.4665E-13 1. 3603E+12 2.1682E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.6542E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.8900 Atmosphere Sump Noble gases (atoms) 2.1587E+21 0.OOOOE+00 Elemental I (atoms) 1.8123E+17 O.OOOOE+00 Organic I (atoms) 5.6050E+15 O.OOOOE+0O Aerosols (kq) 3.4641E-08 O.OOOOE+O0 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0645E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5565E-08 Total I (Ci) 2.6819E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.8900 Filtered Transported Noble gases (atoms) O.O000E+00 1.3760E+22 Page 329

CRDA PELLET MVP TRIP 10 MIN.o0 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.8900 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.9000 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.9000 whole Body Thyroid TEDE Delta dose (rem) 1.0030E-05 7.7839E-05 1.2494E-05 Accumulated dose (rem) 1.2485E-01 7.8304E-01 1.4974E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.9000 whole Body Thyroid TEDE Delta dose (rem) 2.4130E-06 1.8726E-05 3.0058E-06 Accumulated dose (rem) 5.5772E-02 3.4967E-01 6.6888E-02 Control Room Doses: Time (h) = 0.9000 Whole Body Thyroid TEDE Delta dose (rem) 5.9557E-06 9.5456E-04 3.6174E-05 Accumulated dose (rem) 1.0004E-03 1.4144E-01 5.4881E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.9000 ci kg Atoms Decay co-58 2.2576E-05 7.0998E-13 7.3718E+12 2.7487E+09 co-60 2. 7016E-05 2.3900E-11 2.3988E+14 3.2887E+09 Kr-85 2.3921E+02 6.0971E-04 4.3197E+21 2.9119E+16 Kr-85m 3.5628E+03 4.3293E-03 3.0672E+22 4.3370E+17 Kr-87 4.1467E+03 1.4639E-07 1.0133E+18 6. 5384E+17 Kr-88 7.6476E+03 6.0989E-07 4.1737E+18 1.0427E+18 Rb-86 7. 5724E-04 9.3065E-12 6.5168E+13 9.2244E+10 Sr-89 2.8409E-02 9.7787E-10 6.6167E+15 3.4591E+12 Sr-90 4.2762E-03 3.1349E-08 2.0977E+17 5.2054E+11 Sr-91 3. 3707E-02 9.2984E-12 6.1534E+13 4.2427E+12 Sr-92 3.1265E-02 2.4874E-12 1. 6282E+13 4.2863E+12 Y-90 4.3964E-05 8.0807E-14 5.4070E+11 5.3782E+09 Y-91 3. 6991E-04 1. 5084E-11 9.9820E+13 4.5039E+10 Y-92 3.3152E-04 3.4453E-14 2.2552E+11 4.4183E+10 Y-93 4.3482E-04 1. 3033E-13 8.4393E+11 5.4622E+10 Zr-95 5.2352E-04 2.4369E-11 1. 5448E+14 6.3741E+10 Zr-97 5.1153E-04 2.6758E-13 1.6613E+12 6.3448E+10 Nb-95 5.2588E-04 1.3448E-11 8. 5251E+13 6.4038E+10 MO-99 7.5967E-03 1. 5839E-11 9.6349E+13 9.2918E+11 TC-99m 6.0551E-03 1. 1515E-12 7.0048E+12 7.7717E+11 RU-103 6.7244E-03 2.0835E-10 1.2182E+15 8.1883E+11 RU-105 4. 3173E-03 6.4226E-13 3.6836E+12 5.6479E+11 RU-106 3.0870E-03 9.2272E-10 5.2422E+15 3.7579E+11 Rh-105 4.5554E-03 5.3970E-12 3.0954E+13 5.5951E+11 Sb-127 9.4048E-03 3.5217E-11 1.6699E+14 1. 1488E+12 sb-129 2.3664E-02 4.2082E-12 1. 9645E+13 3.1020E+12 Te-127 8.8127E-03 3.3393E-12 1. 5834E+13 1.1099E+12 Page 330

CRDA PELLET MVP TRIP 10 MIN.O0 Te-127m 1.2774E-03 1.3542E-10 6.4214E+14 1. 5551E+11 Te-129 1.5721E-02 7.5070E-13 3.5045E+12 2. 5442E+12 Te-129m 4.0016E-03 1.3283E-10 6.2010E+14 4.8730E+11 Te-131m 1.1756E-02 1.4743E-11 6.7772E+13 1.4462E+12 Te-132 1.1369E-01 3.7447E-10 1. 7084E+15 1. 3895E+13 1-131 6.4743E+01 5.2223E-07 2.4007E+18 7.8941E+15 1-132 7.1151E+01 6.8931E-09 3.1448E+16 9.9682E+15 1-133 1.2601E+02 1.1124E-07 5.0368E+17 1. 5575E+16 1-134 6.9830E+01 2.6176E-09 1.1764E+16 1.2454E+16 1-135 1.1072E+02 3.1526E-08 1.4063E+17 1.4143E+16 xe-133 2.7920E+04 1.4916E-04 6.7538E+20 3.4072E+18 Xe-135 9.4764E+03 3.7108E-06 1.6553E+19 1. 1942E+18 Cs-134 8.1779E-02 6.3207E-08 2.8406E+17 9.9551E+12 Cs-136 2.2708E-02 3.0984E-10 1. 3720E+15 2.7670E+12 Cs-137 4.0187E-02 4.6202E-07 2.0309E+18 4.8920E+12 Ba-139 3.6601E-02 2.2376E-12 9.6946E+12 5.6527E+12 Ba-140 5.5440E-02 7.5729E-10 3.2575E+15 6.7556E+12 La-140 5.8856E-04 1.0589E-12 4. 5548E+12 7.2210E+10 La-141 4.4722E-04 7.9079E-14 3.3775E+11 5.9062E+10 La-142 3.3677E-04 2.3525E-14 9.9769E+10 5.0674E+10 Ce-141 1.3159E-03 4.6182E-11 1.9724E+14 1. 6025E+11 Ce-143 1.1833E-03 1.7819E-12 7. 5041E+12 1.4543E+11 Ce-144 1.0930E-03 3.4267E-10 1.4331E+15 1. 3305E+11 Pr-143 4.6543E-04 6.9117E-12 2.9107E+13 5. 6711E+10 Nd-147 2.1183E-04 2.6185E-12 1.0727E+13 2.5817E+10 Np-239 1.7786E-02 7.6665E-11 1.9318E+14 2.1772E+12 Pu-238 7.5225E-06 4.3941E-10 1.1118E+15 9.1571E+08 Pu-239 4.0399E-07 6.4995E-09 1.6377E+16 4.9177E+07 Pu-240 6.3968E-07 2.8073E-09 7.0440E+15 7.7868E+07 Pu-241 1.8785E-04 1.8236E-09 4.5567E+15 2.2867E+10 Am-241 9.8710E-08 2.8760E-11 7.1866E+13 1.2016E+07 Cm-242 2.9953E-05 9.0375E-12 2.2490E+13 3.6464E+09 Cm-244 3.6670E-06 4.5326E-11 1. 1187E+14 4.4638E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.9000 Atmosphere Sump Noble gases (atoms) 3.5689E+22 0.OOOOE+00 Elemental I (atoms) 2.9956E+18 O.OOOOE+00 Organic I (atoms) 9.2647E+16 0.OOOOE+00 Aerosols (kq) 5.7271E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7413E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1524E-08 Total I (Ci) 4.4245E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9000 Leakage Transport Noble gases (atoms) 1.0907E+19 Elemental I (atoms) 9.2242E+14 organic I (atoms) 2.8529E+13 Aerosols (kg) 1.7502E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Page 331

CRDA PELLET MVP TRIP 10 MIN.oO Time (h) 0.9000 ci kg Atoms Bq Co-58 7.3467E-06 2.3104E-13 2.3989E+12 2.7183E+05 Co-60 8.7890E-06 7.7753E-12 7.8039E+13 3.2519E+05 Kr-85 7.7820E+01 1.9835E-04 1.4053E+21 2.8793E+12 Kr-85m 1.1591E+03 1.4084E-03 9.9784E+21 4.2885E+13 Kr-87 2.0525E+03 7.2461E-08 5.0158E+17 7.5943E+13 Kr-88 3.0021E+03 2.3942E-07 1.6384E+18 1. 1108E+14 Rb-86 2.4664E-04 3.0312E-12 2.1226E+13 9.1256E+06 Sr-89 9.2461E-03 3.1826E-10 2.1535E+15 3.4211E+08 Sr-90 1.3911E-03 1.0198E-08 6.8241E+16 5.1472E+07 Sr-91 1.1599E-02 3.1997E-12 2.1175E+13 4.2915E+08 Sr-92 1.2384E-02 9.8528E-13 6.4494E+12 4.5822E+08 Y-90 1.4422E-05 2.6508E-14 1.7737E+11 5.3362E+05 Y-91 1.2038E-04 4.9088E-12 3.2485E+13 4.4542E+06 Y-92 1.2539E-04 1.3031E-14 8.5301E+10 4.6395E+06 Y-93 1.4913E-04 4.4698E-14 2.8944E+11 5. 5177E+06 zr-95 1.7037E-04 7.9305E-12 5.0272E+13 6.3037E+06 zr-97 1.7175E-04 8.9842E-14 5.5777E+11 6.3547E+06 Nb-95 1.7118E-04 4.3778E-12 2.7751E+13 6.3338E+06 Mo-99 2.4914E-03 5.1946E-12 3.1598E+13 9.2182E+07 Tc-99m 2.1524E-03 4.0933E-13 2.4900E+12 7.9638E+07 Ru-103 2.1888E-03 6.7820E-11 3.9652E+14 8.0986E+07 Ru-105 1.5838E-03 2.3562E-13 1.3514E+12 5.8602E+07 Ru-106 1.0043E-03 3.0019E-10 1.7055E+15 3.7160E+07 Rh-105 1.5045E-03 1.7824E-12 1.0223E+13 5.5666E+07 sb-127 3.0773E-03 1.1523E-11 5.4641E+13 1. 1386E+08 Sb-129 8.7104E-03 1.5490E-12 7.2310E+12 3.2228E+08 Te-127 3.0353E-03 1.1501E-12 5.4536E+12 1.1230E+08 Te-127m 4.1563E-04 4.4064E-11 2.0894E+14 1.5378E+07 Te-129 8.1027E-03 3.8691E-13 1.8062E+12 2.9980E+08 Te-129m 1.3026E-03 4.3241E-11 2.0186E+14 4.8198E+07 Te-131m 3.8930E-03 4.8821E-12 2.2443E+13 1.4404E+08 Te-132 3.7237E-02 1.2265E-10 5.5958E+14 1.3778E+09 1-131 2.1120E+01 1.7036E-07 7.8316E+17 7.8146E+11 1-132 2.9191E+01 2.8280E-09 1.2902E+16 1. 0801E+12 1-133 4.2059E+01 3.7128E-08 1.6811E+17 1. 5562E+12 1-134 4.1765E+01 1.5656E-09 7.0359E+15 1. 5453E+12 1-135 3.9046E+01 1.1118E-08 4.9597E+16 1.4447E+12 Xe-133 9.1213E+03 4.8729E-05 2.2064E+20 3.3749E+14 Xe-135 3.2673E+03 1.2794E-06 5.7073E+18 1. 2089E+14 Cs-134 2.6605E-02 2.0563E-08 9.2413E+16 9.8439E+08 Cs-136 7.3999E-03 1.0097E-10 4.4708E+14 2.7380E+08 Cs-137 1.3074E-02 1.5030E-07 6.6069E+17 4.8373E+08 Ba-139 1.7538E-02 1.0722E-12 4.6452E+12 6.4889E+08 Ba-140 1.8067E-02 2.4679E-10 1.0616E+15 6.6848E+08 La-140 1.9402E-04 3.4907E-13 1.5015E+12 7.1788E+06 La-141 1.6664E-04 2.9467E-14 1.2585E+11 6.1659E+06 La-142 1.5487E-04 1.0819E-14 4.5883E+10 5.7303E+06 Ce-141 4.2837E-04 1.5034E-11 6.4211E+13 1.5850E+07 Ce-143 3.9123E-04 5.8913E-13 2.4810E+12 1.4476E+07 Ce-144 3.5559E-04 1.1149E-10 4.6624E+14 1. 3157E+07 Pr-143 1.5166E-04 2.2522E-12 9.4847E+12 5.6114E+06 Nd-147 6.9053E-05 8.5357E-13 3.4968E+12 2.5549E+06 Np-239 5.8409E-03 2.5177E-11 6.3439E+13 2.1611E+08 Pu-238 2.4472E-06 1.4295E-10 3.6170E+14 9.0546E+04 Pu-239 1.3142E-07 2.1144E-09 5.3277E+15 4.8627E+03 Pu-240 2.0810E-07 9.1325E-10 2.2915E+15 7.6997E+03 Pu-241 6.1111E-05 5.9324E-10 1.4824E+15 2.2611E+06 Am-241 3.2112E-08 9.3562E-12 2.3379E+13 1.1881E+03 Cm-242 9.7455E-06 2.9405E-12 7.3173E+12 3.6058E+05 Cm-244 1.1929E-06 1.4745E-11 3.6393E+13 4.4138E+04 Environment Transport Group Inventory: Page 332

CRDA PELLET MVP TRIP 10 MIN.O0 Total Release Time (h) = 0.9000 Release Rate/s Noble gases (atoms) 1.1612E+22 3.5840E+18 Elemental I (atoms) 9.9018E+17 3.0561E+14 organic I (atoms) 3.0624E+16 9.4519E+12 Aerosols (kq) 1.8632E-07 5.7505E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9467E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7376E+01 Total I (Ci) 1. 7318E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9000 Leakage Transport Noble gases (atoms) 1.0907E+19 Elemental I (atoms) 9.2242E+14 organic I (atoms) 2.8529E+13 Aerosols (kg) 1. 7502E-10 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.9000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.1335E+17 Elemental I (atoms) 0.OOOOE+00 3.5287E+13 organic I (atoms) 0.OOOOE+00 1.0914E+12 Aerosols (kg) 0.OOOOE+00 6.6322E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.9000 Filtered Transported Noble gases (atoms) 2.8755E+17 0.OOOOE+00 Elemental I (atoms) 2.4378E+13 0.0000E+00 organic I (atoms) 7. 5396E+11 0.OOOOE+00 Aerosols (kg) 4.6139E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.O000E+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.9000 Ci kg Atoms Decay Co-58 1.3656E-06 4.2945E-14 4.4589E+11 1.6526E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1.9773E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 7507E+15 Kr-85m 2. 1550E+02 2.6186E-04 1. 8553E+21 2.6076E+16 Kr-87 2. 5082E+02 8.8548E-09 6.1293E+16 3.9257E+16 Kr-88 4. 6258E+02 3.6890E-08 2.5245E+17 6.2651E+16 Rb-86 4.5803E-05 5.6292E-13 3.9418E+12 5.5460E+09 Sr-89 1. 7184E-03 5.9148E-11 4.0022E+14 2.0798E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 3.1297E+10 Sr-91 2.0388E-03 5.6243E-13 3.7220E+12 2. 5504E+11 Sr-92 1. 8911E-03 1. 5045E-13 9.8483E+11 2. 5754E+11 Y-90 2.6592E-06 4.8877E-15 3.2705E+10 3.2335E+08 Y-91 2.2375E-05 9.1236E-13 6.0378E+12 2.7079E+09 Y-92 2.0052E-05 2.0839E-15 1.3641E+10 2.6552E+09 Page 333

CRDA PELLET MVP TRIP 10 MIN.o0 Y-93 2.6301E-05 7.8832E-15 5.1047E+10 3.2835E+09 Zr-95 3.1666E-05 1.4740E-12 9.3439E+12 3.8323E+09 Zr-97 3.0941E-05 1.6185E-14 1.0048E+11 3.8143E+09 Nb-95 3.1808E-05 8.1345E-13 5.1565E+12 3.8502E+09 Mo-99 4.5950E-04 9.5806E-13 5.8278E+12 5. 5865E+10 Tc-99m 3.6625E-04 6.9653E-14 4.2370E+11 4.6713E+10 Ru-103 4.0674E-04 1.2603E-11 7.3684E+13 4.9231E+10 Ru-105 2.6114E-04 3.8848E-14 2.2281E+11 3.3944E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.2594E+10 Rh-105 2.7554E-04 3.2645E-13 1. 8723E+12 3.3638E+10 Sb-127 5.6887E-04 2.1302E-12 1.0101E+13 6.9067E+10 Sb-129 1.4314E-03 2.5454E-13 1.1883E+12 1.8643E+11 Te-127 5.3305E-04 2.0198E-13 9.5776E+11 6.6717E+10 Te-127m 7.7264E-05 8.1911E-12 3.8841E+13 9.3499E+09 Te-129 9.5093E-04 4.5407E-14 2.1198E+11 1. 5273E+11 Te-129m 2.4204E-04 8.0345E-12 3.7508E+13 2.9298E+10 Te-131m 7.1107E-04 8.9173E-13 4.0993E+12 8.6947E+10 Te-132 6.8765E-03 2.2650E-11 1.0334E+14 8.3540E+11 1-131 3.9161E+00 3.1588E-08 1.4521E+17 4.7462E+14 1-132 4.3037E+00 4.1694E-10 1.9022E+15 5.9888E+14 1-133 7.6221E+00 6.7285E-09 3.0466E+16 9.3635E+14 1-134 4.2238E+00 1. 5833E-10 7.1156E+14 7.4726E+14 1-135 6.6968E+00 1.9069E-09 8. 5065E+15 8.5011E+14 Xe-133 1.6888E+03 9.0222E-06 4.0852E+19 2.0485E+17 Xe-135 5.7319E+02 2.2445E-07 1.0013E+18 7. 1785E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 5.9854E+11 Cs-136 1.3735E-03 1.8741E-11 8.2985E+13 1.6636E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 2. 9413E+11 Ba-139 2.2139E-03 1. 3535E-13 S.8639E+11 3.3943E+11 Ba-140 3.3534E-03 4.5806E-11 1.9703E+14 4.0617E+11 La-140 3.5600E-05 6.4048E-14 2.7551E+11 4.3414E+09 La-141 2.7051E-05 4.7832E-15 2.0429E+10 3.5495E+09 La-142 2.0370E-05 1.4230E-15 6.0347E+09 3.0432E+09 Ce-141 7.9593E-05 2.7934E-12 1.1931E+13 9.6346E+09 Ce-143 7.1575E-05 1.0778E-13 4.5390E+11 8.7436E+09 Ce-144 6.6109E-05 2.0727E-11 8.6682E+13 7.9995E+09 Pr-143 2.8152E-05 4.1807E-13 1. 7606E+12 3.4097E+09 Nd-147 1.2813E-05 1. 5838E-13 6.4885E+11 1.5522E+09 Np-239 1.0758E-03 4.6372E-12 1.1685E+13 1. 3090E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.5056E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.9567E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 4.6817E+06 Pu-241 1.1362E-05. 1.1030E-10 2.7562E+14 1.3748E+09 Am-241 5.9706E-09 1. 7396E-12 4.3470E+12 7.2244E+05 Cm-242 1.8118E-06 5.4665E-13 1. 3603E+12 2.1924E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.6838E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.9000 Atmosphere sump Noble gases (atoms) 2.1587E+21 O.OOOOE+00 Elemental I (atoms) 1.8119E+17 O.OOOOE+00 Organic I (atoms) 5.6039E+15 O.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0635E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5537E-08 Total I (Ci) 2.6763E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Page 334

CRDA PELLET MVP TRIP 10 MIN.O0 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.9100 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.9100 whole Body Thyroid TEDE Delta dose (rem) 1.0004E-05 7.7826E-05 1.2468E-05 Accumulated dose (rem) 1.2486E-01 7.8312E-01 1.4975E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 0.9100 whole Body Thyroid TEDE Delta dose (rem) 2.4068E-06 1.8723E-05 2.9994E-06 Accumulated dose (rem) 5.5775E-02 3.4969E-01 6.6891E-02 Control Room Doses: Time (h) = 0.9100 whole Body Thyroid TEDE Delta dose (rem) 5.8661E-06 9.4249E-04 3.5701E-05 Accumulated dose (rem) 1.0062E-03 1.4238E-01 5.5238E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.9100 Ci kg Atoms Decay Co-58 2.2576E-05 7.0998E-13 7.3717E+12 2.7787E+09 Co-60 2.7016E-05 2.3900E-11 2.3988E+14 3.3247E+09 Kr-85 2.3921E+02 6.0971E-04 4.3197E+21 2.9437E+16 Kr-85m 3.5628E+03 4.3293E-03 3.0672E+22 4.3844E+17 Kr-87 4.1241E+03 1.4560E-07 1.0078E+18 6.593 5E+17 Kr-88 7.6289E+03 6.0840E-07 4.1635E+18 1.0528E+18 Rb-86 7.5723E-04 9.3063E-12 6. 5167E+13 9.3252E+10 Sr-89 2.8409E-02 9.7786E-10 6.6166E+15 3.4970E+12 Sr-90 4.2762E-03 3.1349E-08 2.0976E+17 5.2624E+11 Sr-91 3.3682E-02 9.2916E-12 6.1489E+13 4.2875E+12 Sr-92 3.1185E-02 2.4810E-12 1. 6240E+13 4.3279E+12 Y-90 4.3959E-05 8.0798E-14 5.4064E+11 5.4368E+09 Y-91 3.6991E-04 1. 5084E-11 9.9819E+13 4.5532E+10 Y-92 3.3087E-04 3.4385E-14 2.2508E+11 4.4624E+10 Y-93 4.3452E-04 1.3024E-13 8.4335E+11 5.5201E+10 Zr-95 5.2351E-04 2.4369E-11 1.5448E+14 6.4438E+10 Zr-97 5.1132E-04 2.6747E-13 1.6606E+12 6.4129E+10 Nb-95 5.2587E-04 1. 3448E-11 8.5250E+13 6.4739E+10 Mo-99 7.5959E-03 1. 5837E-11 9.6338E+13 9.3930E+11 Tc-99m 6.0481E-03 1. 1502E-12 6.9967E+12 7.8523E+11 Ru-103 6.7243E-03 2.0835E-10 1.2182E+15 8.2779E+11 Ru-105 4.3105E-03 6.4126E-13 3. 6778E+12 5.7054E+11 Ru-106 3.0870E-03 9.2271E-10 5 2422E+15 3.7990E+11 Rh-105 4.5545E-03 5.3960E-12 3 .0948E+13 5.6558E+11 Sb-127 9.4041E-03 3.5214E-11 1.6698E+14 1.1613E+12 sb-129 2.3626E-02 4.2014E-12 1.9613E+13 3.1335E+12 Te-127 8.8061E-03 3.3368E-12 1. 5822E+13 1. 1216E+12 Te-127m 1.2774E-03 1. 3542E-10 6.4214E+14 1. 5721E+11 Page 335

CRDA PELLET MVP TRIP 10 MIN.O0 Te-129 1.5628E-02 7.4622E-13 3.4836E+12 2.5650E+12 Te-129m 4.0015E-03 1.3283E-10 6.2009E+14 4.9263E+11 Te-131m 1.1753E-02 1.4739E-11 6.7756E+13 1.4619E+12 Te-132 1.1368E-01 3.7443E-10 1. 7082E+15 1.4046E+13 1-131 6.4741E+01 5.2221E-07 2.4006E+18 7.9803E+15 1-132 7.0937E+01 6.8723E-09 3.1353E+16 1.0063E+16 1-133 1.2597E+02 1.1120E-07 5.0351E+17 1. 5743E+16 1-134 6.9280E+01 2.5970E-09 1. 1671E+16 1.2547E+16 1-135 1.1060E+02 3.1493E-08 1.4049E+17 1.4290E+16 Xe-133 2.7918E+04 1.4915E-04 6.7534E+20 3.4444E+18 Xe-135 9.4692E+03 3.7080E-06 1. 6541E+19 1.2068E+18 Cs-134 8.1779E-02 6.3207E-08 2.8406E+17 1.0064E+13 Cs-136 2.2708E-02 3.0983E-10 1.3719E+15 2.7973E+12 Cs-137 4.0187E-02 4.6202E-07 2.0309E+18 4.9455E+12 Ba-139 3.6417E-02 2.2264E-12 9.6459E+12 5.7013E+12 Ba-140 5.5439E-02 7.5727E-10 3.2574E+15 6.8295E+12 La-140 5.8845E-04 1.0587E-12 4. 5540E+12 7.2994E+10 La-141 4.4643E-04 7.8939E-14 3.3715E+11 5.9657E+10 La-142 3.3525E-04 2.3420E-14 9.9321E+10 5.1121E+10 Ce-141 1.3159E-03 4.6181E-11 1. 9724E+14 1. 6200E+11 Ce-143 1.1831E-03 1.7815E-12 7.5025E+12 1. 4701E+11 Ce-144 1.0929E-03 3.4267E-10 1.4331E+15 1. 3451E+11 Pr-143 4.6542E-04 6.9116E-12 2.9107E+13 5.7331E+10 Nd-147 2.1183E-04 2.6184E-12 1.0727E+13 2.6099E+10 Np-239 1.7783E-02 7.6655E-11 1.9315E+14 2.2009E+12 Pu-238 7.5225E-06 4.3940E-10 1.1118E+15 9.2573E+08 Pu-239 4.0398E-07 6.4995E-09 1. 6377E+16 4.9715E+07 Pu-240 6.3968E-07 2.8072E-09 7.0440E+15 7.8720E+07 Pu-241 1.8785E-04 1.8236E-09 4. 5567E+15 2.3117E+10 Am-241 9.8709E-08 2.8760E-11 7.1866E+13 1.2147E+07 Cm-242 2.9953E-05 9.0374E-12 2.2490E+13 3.6863E+09 Cm-244 3.6669E-06 4.5325E-11 1. 1187E+14 4.5126E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.9100 Atmosphere sump Noble gases (atoms) 3.5689E+22 O.OOOOE+00 Elemental I (atoms) 2.9950E+18 0.OOOOE+00 organic I (atoms) 9.2629E+16 0.OOOOE+00 Aerosols (kq) 5.7271E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7404E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1498E-08 Total I (Ci) 4.4153E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9100 Leakage Transport Noble gases (atoms) 1.1056E+19 Elemental I (atoms) 9.3490E+14 organic I (atoms) 2.8915E+13 Aerosols (kg) 1.7740E-10 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.9100 Ci kg Atoms Bq Page 336

CRDA PELLET MVP TRIP 10 MIN.o0 Co-58 7.3468E-06 2.3105E-13 2.3989E+12 2.7183E+05 Co-60 8.7891E-06 7.7754E-12 7.8040E+13 3.2520E+05 Kr-85 7.7821E+01 1.9835E-04 1.4053E+21 2.8794E+12 Kr-85m 1.1591E+03 1.4084E-03 9.9785E+21 4.2885E+13 Kr-87 2.0525E+03 7.2462E-08 5.0158E+17 7.5943E+13 Kr-88 3.0022E+03 2.3942E-07 1.6384E+18 1. 1108E+14 Rb-86 2.4664E-04 3.0312E-12 2.1226E+13 9.1257E+06 Sr-89 9.2462E-03 3.1826E-10 2.1535E+15 3.4211E+08 Sr-90 1.3912E-03 1.0199E-08 6.8241E+16 5.1473E+07 Sr-91 1.1599E-02 3.1997E-12 2.1175E+13 4.2916E+08 Sr-92 1.2384E-02 9.8529E-13 6.4495E+12 4.5823E+08 Y-90 1.4422E-05 2.6508E-14 1.7737E+11 5.3362E+05 Y-91 1.2039E-04 4.9089E-12 3.2486E+13 4.4543E+06 Y-92 1.2539E-04 1.3032E-14 8.5302E+10 4.6396E+06 Y-93 1.4913E-04 4.4699E-14 2.8944E+11 5. 5178E+06 Zr-95 1.7037E-04 7.9306E-12 5.0273E+13 6.3037E+06 Zr-97 1.7175E-04 8.9843E-14 5.5778E+11 6.3547E+06 Nb-95 1.7119E-04 4.3778E-12 2.7751E+13 6.3339E+06 Mo-99 2.4914E-03 5.1946E-12 3.1599E+13 9.2183E+07 Tc-99m 2.1524E-03 4.0934E-13 2.4900E+12 7.9639E+07 Ru-103 2.1888E-03 6.7821E-11 3.9653E+14 8.0987E+07 RU-105 1.5838E-03 2.3562E-13 1.3514E+12 5.8602E+07 RU-106 1.0043E-03 3.0020E-10 1.7055E+15 3.7160E+07 Rh-105 1.5045E-03 1.7825E-12 1.0223E+13 5.5666E+07 sb-127 3.0773E-03 1.1523E-11 5.4641E+13 1.1386E+08 sb-129 8.7105E-03 1.5490E-12 7.2311E+12 3.2229E+08 Te-127 3.0353E-03 1.1501E-12 5.4537E+12 1.1231E+08 Te-127m 4.1564E-04 4.4064E-11 2.0895E+14 1.5379E+07 Te-129 8.1028E-03 3.8691E-13 1.8062E+12 2.9980E+08 Te-129m 1.3027E-03 4.3241E-11 2.0187E+14 4.8199E+07 Te-131m 3.8930E-03 4.8821E-12 2.2443E+13 1.4404E+08 Te-132 3.7238E-02 1.2266E-10 5.5959E+14 1.3778E+09 1-131 2.1121E+01 1.7036E-07 7.8317E+17 7.8147E+11 1-132 2.9191E+01 2.8280E-09 1.2902E+16 1.0801E+12 1-133 4.2060E+01 3.7129E-08 1.6812E+17 1. 5562E+12 1-134 4.1765E+01 1.5656E-09 7.0360E+15 1. 5453E+12 1-135 3.9046E+01 1.1118E-08 4.9597E+16 1.4447E+12 Xe-133 9.1214E+03 4.8730E-05 2.2065E+20 3.3749E+14 xe-135 3.2673E+03 1.2794E-06 5.7073E+18 1.2089E+14 Cs-134 2.6605E-02 2.0563E-08 9.2414E+16 9.8440E+08 Cs-136 7.4000E-03 1.0097E-10 4.4709E+14 2.7380E+08 Cs-137 1.3074E-02 1.5031E-07 6.6070E+17 4.8373E+08 Ba-139 1.7538E-02 1.0722E-12 4.6452E+12 6.4889E+O8 Ba-140 1.8067E-02 2.4679E-10 1.0616E+15 6.6849E+08 La-140 1.9402E-04 3.4907E-13 1.5015E+12 7.1789E+06 La-141 1.6665E-04 2.9467E-14 1.2585E+11 6.1659E+06 La-142 1.5488E-04 1.0819E-14 4.5883E+10 5.7304E+06 Ce-141 4.2838E-04 1.5034E-11 6.4211E+13 1.5850E+07 Ce-143 3.9124E-04 5.8914E-13 2.4810E+12 1.4476E+07 Ce-144 3.5559E-04 1.1149E-10 4.6625E+14 1. 3157E+07 Pr-143 1.5166E-04 2.2522E-12 9.4848E+12 5.6115E+06 Nd-147 6.9054E-05 8.5358E-13 3.4969E+12 2.5550E+06 Np-239 5.8409E-03 2.5177E-11 6.3440E+13 2.1611E+08 Pu-238 2.4472E-06 1.4295E-10 3.6170E+14 9.0548E+04 Pu-239 1.3143E-07 2.1144E-09 5.3278E+15 4.8627E+03 Pu-240 2.0810E-07 9.1326E-10 2.2916E+15 7.6998E+03 Pu-241 6.1112E-05 5.9325E-10 1.4824E+15 2.2611E+06 Am-241 3.2112E-08 9.3563E-12 2.3380E+13 1.1882E+03 Cm-242 9.7457E-06 2.9405E-12 7.3174E+12 3.6059E+05 Cm-244 1.1929E-06 1.4745E-11 3.6393E+13 4.4139E+04 Environment Transport Group Inventory: Page 337

CRDA PELLET MVP TRIP 10 MIN.O0 Total Release Time (h) = 0.9100 Release Rate/s Noble gases (atoms) 1.1612E+22 3.5447E+18 Elemental I (atoms) 9.9019E+17 3.0226E+14 organic I (atoms) 3.0625E+16 9.3482E+12 Aerosols (kq) 1.8632E-07 5.6874E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9467E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7377E+01 Total I (Ci) 1. 7318E+02 DAEC Condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 0.9100 Leakage Transport Noble gases (atoms) 1.1056E+19 Elemental I (atoms) 9.3490E+14 organic I (atoms) 2.8915E+13 Aerosols (kg) 1.7740E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.9100 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.1378E+17 Elemental I (atoms) O.OOOOE+00 3.5324E+13 organic I (atoms) O.O000E+00 1.0925E+12 Aerosols (kg) 0.OOOOE+00 6.6391E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.9100 Filtered Transported Noble gases (atoms) 2.8951E+17 O.OOOOE+00 Elemental I (atoms) 2.4543E+13 O.OOOOE+00 organic I (atoms) 7. 5906E+11 O.OOOOE+00 Aerosols (kg) 4.6454E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9100 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.9100 Ci kg Atoms Decay Co-58 1.3655E-06 4.2944E-14 4.4589E+11 1.6708E+08 co-60 1. 6341E-06 1.4456E-12 1.4510E+13 1. 9991E+08 Kr-85 1. 4469E+01 3.6879E-05 2.6128E+20 1. 7700E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 2.6363E+16 Kr-87 2.4945E+02 8.8067E-09 6.0960E+16 3.9590E+16 Kr-88 4. 6145E+02 3.6800E-08 2.5184E+17 6.3267E+16 Rb-86 4.5802E-05 5.6291E-13 3.9418E+12 5.6070E+09 Sr-89 1. 7184E-03 5.9148E-11 4.0022E+14 2.1027E+11 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 3.1642E+10 Sr-91 2.0373E-03 5.6202E-13 3.7193E+12 2.5776E+11 Sr-92 1. 8863E-03 1. 5007E-13 9.8231E+11 2.6006E+11 Y-90 2.6590E-06 4.8872E-15 3.2702E+10 3.2689E+08 Y-91 2.2374E-05 9.1235E-13 6.0377E+12 2.7377E+09 Y-92 2. 0013E-05 2.0799E-15 1. 3614E+10 2.6818E+09 Y-93 2.6283E-05 7.8777E-15 5.1012E+10 3.3185E+09 Page 338

CRDA PELLET MVP TRIP 10 MIN.o0 Zr-95 3.1666E-05 1.4740E-12 9.3438E+12 3.8745E+09 Zr-97 3.0928E-05 1.6179E-14 1.0044E+11 3.8556E+09 Nb-95 3.1808E-05 8.1344E-13 5.1565E+12 3.8926E+09 Mo-99 4.5945E-04 9.5796E-13 5.8272E+12 5.6477E+10 Tc-99m 3.6583E-04 6.9573E-14 4.2321E+11 4.7201E+10 Ru-103 4.0673E-04 1.2603E-11 7.3684E+13 4.9773E+10 Ru-105 2.6073E-04 3.8788E-14 2.2246E+11 3.4292E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.2843E+10 Rh-105 2.7549E-04 3.2639E-13 1.8719E+12 3.4005E+10 Sb-127 5.6882E-04 2.1300E-12 1.0100E+13 6.9825E+10 Sb-129 1.4291E-03 2.5413E-13 1.1864E+12 1.8834E+11 Te-127 5.3265E-04 2.0183E-13 9.5705E+11 6.7427E+10 Te-127m 7.7263E-05 8.1911E-12 3.8841E+13 9.4529E+09 Te-129 9.4527E-04 4.5137E-14 2.1071E+11 1. 5399E+11 Te-129m 2.4204E-04 8.0344E-12 3.7507E+13 2.9621E+10 Te-131m 7.1090E-04 8.9152E-13 4.0984E+12 8.7894E+10 Te-132 6.8759E-03 2.2648E-11 1.0333E+14 8.4456E+11 1-131 3.9160E+00 3.1587E-08 1.4521E+17 4.7983E+14 1-132 4.2908E+00 4.1568E-10 1.8964E+15 6.0461E+14 1-133 7.6196E+00 6.7262E-09 3.0456E+16 9.4650E+14 1-134 4.1905E+00 1.5709E-10 7.0596E+14 7. 5286E+14 1-135 6.6898E+00 1.9049E-09 8.4976E+15 8.5902E+14 Xe-133 1.6887E+03 9.0217E-06 4.0849E+19 2.0710E+17 Xe-135 5.7276E+02 2.2429E-07 1.0005E+18 7.2548E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 6.0513E+11 Cs-136 1.3735E-03 1.8740E-11 8.2984E+13 1.6819E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.9736E+11 Ba-139 2.2028E-03 1.3467E-13 5.8345E+11 3.4237E+11 Ba-140 3.3533E-03 4.5805E-11 1.9703E+14 4.1064E+11 La-140 3.5594E-05 6.4037E-14 2.7546E+11 4.3888E+09 La-141 2.7003E-05 4.7748E-15 2.0393E+10 3.5855E+09 La-142 2.0278E-05 1.4166E-15 6.0076E+09 3.0703E+09 Ce-141 7.9592E-05 2.7934E-12 1.1930E+13 9.7406E+09 Ce-143 7.1560E-05 1.0776E-13 4.5380E+11 8.8389E+09 Ce-144 6.6109E-05 2.0727E-11 8.6682E+13 8.0876E+09 Pr-143 2.8152E-05 4.1806E-13 1.7606E+12 3.4472E+09 Nd-147 1.2813E-05 1.5838E-13 6.4883E+11 1.5693E+09 Np-239 1.0757E-03 4.6367E-12 1.1683E+13 1.3233E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.5662E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.9893E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.7332E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.3900E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 7.3039E+05 Cm-242 1.8117E-06 5.4665E-13 1.3603E+12 2.2165E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.7133E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.9100 Atmosphere Sump Noble gases (atoms) 2.1587E+21 0.OOOOE+00 Elemental I (atoms) 1.8116E+17 O.OOOOE+00 Organic I (atoms) 5.6029E+15 O.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0625E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5510E-08 Total I (Ci) 2.6707E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9100 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Page 339

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9100 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.9200 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.9200 whole Body Thyroid TEDE Delta dose (rem) 9.9782E-06 7.7813E-05 1.2441E-05 Accumulated dose (rem) 1.2487E-01 7.8320E-01 1.4976E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.9200 whole Body Thyroid TEDE Delta dose (rem) 2.4005E-06 1.8720E-05 2.9931E-06 Accumulated dose (rem) 5.5777E-02 3.4971E-01 6.6894E-02 control Room Doses: Time (h) = 0.9200 whole Body Thyroid TEDE Delta dose (rem) 5.7781E-06 9.3062E-04 3.5236E-05 Accumulated dose (rem) 1.0120E-03 1.4331E-01 5.5590E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.9200 ci kg Atoms Decay Co-58 2.2576E-05 7.0997E-13 7.3716E+12 2.8088E+09 Co-60 2. 7016E-05 2.3900E-11 2.3988E+14 3.3607E+09 Kr-85 2. 3921E+02 6.0970E-04 4.3197E+21 2.9756E+16 Kr-85m 3. 5628E+03 4.3292E-03 3.0672E+22 4.4319E+17 Kr-87 4.1017E+03 1.4480E-07 1.0023E+18 6.6483E+17 Kr-88 7. 6103 E+03 6.0692E-07 4.1533E+18 1. 0630E+18 Rb-86 7. 5721E-04 9.3061E-12 6. 5166E+13 9.4261E+10 Sr-89 2.8409E-02 9.7785E-10 6. 6166E+15 3.5348E+12 Sr-90 4.2762E-03 3.1349E-08 2.0976E+17 5.3194E+11 Sr-91 3.3657E-02 9.2848E-12 6.1444E+13 4.3324E+12 Sr-92 3. 1105E-02 2.4746E-12 1. 6199E+13 4.3693E+12 Y-90 4.3954E-05 8.0789E-14 5.4058E+11 5.4953E+09 Y-91 3.6990E-04 1. 5083E-11 9.9818E+13 4.6024E+10 Y-92 3. 3022E-04 3.4318E-14 2.2464E+11 4.5064E+10 Y-93 4. 3422E-04 1. 3015E-13 8.4277E+11 5.5779E+10 Zr-95 5.2351E-04 2.4369E-11 1. 5448E+14 6.5135E+10 Zr-97 5. 1111E-04 2.6736E-13 1. 6599E+12 6.4810E+10 Nb-95 5.2586E-04 1. 3448E-11 8.5249E+13 6.5439E+10 Mo-99 7.5950E-03 1.5836E-11 9.6328E+13 9.4942E+11 Tc-99m 6. 0411E-03 1.1489E-12 6.9886E+12 7.9328E+11 Ru-103 6.7243E-03 2.0835E-10 1.2182E+15 8.3675E+11 Ru-105 4.3038E-03 6.4025E-13 3.6721E+12 5. 7627E+11 Ru-106 3.0870E-03 9.2271E-10 5.2421E+15 3.8402E+11 Rh-105 4.5536E-03 5.3949E-12 3.0942E+13 5.7164E+11 Sb-127 9.4033E-03 3.5212E-11 1. 6697E+14 1. 1738E+12 sb-129 2.3588E-02 4.1946E-12 1.9582E+13 3.1650E+12 Te-127 8.7995E-03 3.3343E-12 1. 5811E+13 1.1333E+12 Te-127m 1.2773E-03 1. 3542E-10 6.4213E+14 1. 5891E+11 Te-129 1.5534E-02 7.4177E-13 3.4628E+12 2.5858E+12 Page 340

CRDA PELLET MVP TRIP 10 MIN.o0 Te-129m 4.0015E-03 1.3283E-10 6.2008E+14 4.9796E+11 Te-131m 1. 1750E-02 1.4736E-11 6.7740E+13 1.4775E+12 Te-132 1.1366E-01 3.7440E-10 1.7081E+15 1.4198E+13 1-131 6.4738E+01 5.2219E-07 2.4005E+18 8.0665E+15 1-132 7.0723E+01 6.8516E-09 3.1259E+16 1.0157E+16 1-133 1.2593E+02 1.1116E-07 5.0334E+17 1.5910E+16 1-134 6.8734E+01 2.5765E-09 1. 1579E+16 1.2639E+16 1-135 1.1048E+02 3.1460E-08 1.4034E+17 1.4437E+16 Xe-133 2.7917E+04 1.4914E-04 6.7530E+20 3.4816E+18 xe-135 9.4620E+03 3.7052E-06 1.6528E+19 1.2194E+18 Cs-134 8.1779E-02 6.3207E-08 2.8406E+17 1.0173E+13 Cs-136 2.2707E-02 3.0982E-10 1.3719E+15 2.8275E+12 Cs-137 4.0187E-02 4.6202E-07 2.0309E+18 4.9990E+12 Ba-139 3.6235E-02 2.2152E-12 9.5975E+12 5.7497E+12 Ba-140 5.5437E-02 7ý 5725E-10 3.2573E+15 6.9033E+12 La-140 5.8835E-04 1.0585E-12 4.5532E+12 7.3778E+10 La-141 4.4564E-04 7.8800E-14 3.3656E+11 6.0252E+10 La-142 3.3375E-04 2.3314E-14 9.8875E+10 5.1567E+10 Ce-141 1.3158E-03 4.6181E-11 1. 9724E+14 1.6375E+11 Ce-143 1.1828E-03 1. 7811E-12 7.5008E+12 1.4859E+11 Ce-144 1.0929E-03 3.4267E-10 1.4331E+15 1.3596E+11 Pr-143 4.6540E-04 6.9114E-12 2.9106E+13 5.7951E+10 Nd-147 2.1182E-04 2.6183E-12 1.0727E+13 2.6382E+10 Np-239 1.7781E-02 7.6646E-11 1.9313E+14 2.2246E+12 Pu-238 7.5224E-06 4.3940E-10 1.1118E+15 9.3575E+08 Pu-239 4.0398E-07 6.4994E-09 1.6377E+16 5.0253E+07 Pu-240 6.3967E-07 2.8072E-09 7.0440E+15 7.9572E+07 Pu-241 1.8785E-04 1.8235E-09 4.5567E+15 2.3367E+10 Am-241 9.8709E-08 2.8760E-11 7.1866E+13 1.2279E+07 Cm-242 2.9953E-05 9.0374E-12 2.2489E+13 3.7262E+09 Cm-244 3.6669E-06 4.5325E-11 1.1187E+14 4.5614E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.9200 Atmosphere Sump Noble gases (atoms) 3.5689E+22 O.0000E+00 Elemental I (atoms) 2.9944E+18 O.0000E+00 Organic I (atoms) 9.2611E+16 0.0000E+00 Aerosols (k 9 ) 5.7270E-07 0.0000E+00 Dose Effective (Ci/cC) 1-131 (Thyroid) 5.7394E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1472E-08 Total I (Ci) 4.4061E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9200 Leakage Transport Noble gases (atoms) 1.1204E+19 Elemental I (atoms) 9.4738E+14 Organi c I (atoms) 2.9300E+13 Aerosols (kg) 1. 7979E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9200 Filtered Transported Noble gases (atoms) 0.0000E+00 1.3760E+22 Elemental I (atoms) 0.0000E+00 1.1758E+18 Organi c I (atoms) O.0000E+00 3.6364E+16 Aerosols (kg) O.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.9200 Ci kg Atoms Bq Co-58 7. 3469E-06 2.3105E-13 2.3990E+12 2.7183E+05 Page 341

CRDA PELLET MVP TRIP 10 MIN.OO Co-60 8.7892E-06 7.7755E-12 7.8041E+13 3.2520E+05 Kr-85 7.7822E+01 1.9836E-04 1.4053E+21 2.8794E+12 Kr-85m 1.1591E+03 1.4084E-03 9.9786E+21 4.2886E+13 Kr-87 2.0525E+03 7.2462E-08 5.0158E+17 7.5944E+13 Kr-88 3.0022E+03 2.3942E-07 1. 6385E+18 1.1108E+14 Rb-86 2.4664E-04 3.0312E-12 2.1226E+13 9.1259E+06 Sr-89 9.2464E-03 3.1827E-10 2.1535E+15 3.4212E+08 Sr-90 1.3912E-03 1.0199E-08 6.8242E+16 5.1473E+07 Sr-91 1.1599E-02 3.1997E-12 2.1175E+13 4.2917E+08 Sr-92 1.2385E-02 9.8530E-13 6.4496E+12 4.5823E+08 Y-90 1.4422E-05 2.6509E-14 1. 7738E+11 5.3363E+05 Y-91 1.2039E-04 4.9090E-12 3.2486E+13 4.4543E+06 Y-92 1.2540E-04 1.3032E-14 8.5303E+10 4.6396E+06 Y-93 1.4913E-04 4.4699E-14 2.8945E+11 5.5178E+06 Zr-95 1.7037E-04 7.9307E-12 5.0273E+13 6.3038E+06 Zr-97 1.7175E-04 8.9844E-14 5.5779E+11 6.3548E+06 Nb-95 1.7119E-04 4.3779E-12 2.7752E+13 6.3340E+06 MO-99 2.4915E-03 5.1947E-12 3.1599E+13 9.2184E+07 Tc-99m 2.1524E-03 4.0934E-13 2.4900E+12 7.9640E+07 RU-103 2.1889E-03 6.7822E-11 3.9653E+14 8.0988E+07 RU-105 1.5839E-03 2.3562E-13 1. 3514E+12 5.8603E+07 RU-106 1.0043E-03 3.0020E-10 1. 7055E+15 3. 7161E+07 Rh-105 1.5045E-03 1.7825E-12 1.0223E+13 5.5667E+07 sb-127 3.0774E-03 1.1523E-11 5.4642E+13 1.1386E+08 Sb-129 8.7106E-03 1.5490E-12 7.2312E+12 3.2229E+08 Te-127 3.0353E-03 1.1501E-12 5.4538E+12 1.1231E+08 Te-127m 4.1564E-04 4.4065E-11 2.0895E+14 1.5379E+07 Te-129 8.1028E-03 3.8691E-13 1.8062E+12 2.9981E+08 Te-129m 1.3027E-03 4.3242E-11 2.0187E+14 4.8199E+07 Te-131m 3.8931E-03 4.8822E-12 2.2444E+13 1.4404E+08 Te-132 3.7238E-02 1.2266E-10 5. 5959E+14 1.3778E+09 1-131 2.1121E+01 1.7037E-07 7.8318E+17 7.8148E+11 1-132 2.9192E+01 2.8281E-09 1.2902E+16 1. 0801E+12 1-133 4.2060E+01 3.7129E-08 1.6812E+17 1. 5562E+12 1-134 4.1765E+01 1.5656E-09 7.0360E+15 1. 5453E+12 1-135 3.9047E+01 1.1119E-08 4.9598E+16 1.4447E+12 Xe-133 9.1215E+03 4.8731E-05 2.2065E+20 3.3750E+14 Xe-135 3.2673E+03 1.2794E-06 5.7074E+18 1.2089E+14 Cs-134 2.6606E-02 2.0564E-08 9.2415E+16 9.8441E+08 Cs-136 7.4001E-03 1.0097E-10 4.4709E+14 2.7380E+08 Cs-137 1.3074E-02 1.5031E-07 6.6071E+17 4.8374E+08 Ba-139 1.7538E-02 1.0722E-12 4.6452E+12 6.4890E+08 Ba-140 1.8068E-02 2.4680E-10 1. 0616E+15 6.6850E+08 La-140 1.9403E-04 3.4908E-13 1. 5016E+12 7.1790E+06 La-141 1.6665E-04 2.9467E-14 1.2586E+11 6.1660E+06 La-142 1.5488E-04 1.0819E-14 4.5883E+10 5.7304E+06 Ce-141 4.2838E-04 1.5034E-11 6.4212E+13 1.5850E+07 Ce-143 3.9124E-04 5.8914E-13 2.4811E+12 1.4476E+07 Ce-144 3.5559E-04 1.1149E-10 4.6625E+14 1. 3157E+07 Pr-143 1.5166E-04 2.2523E-12 9.4849E+12 5.6116E+06 Nd-147 6.9054E-05 8.5359E-13 3.4969E+12 2.5550E+06 Np-239 5.8410E-03 2.5178E-11 6. 3441E+13 2.1612E+08 Pu-238 2.4473E-06 1.4295E-10 3.6171E+14 9.0549E+04 Pu-239 1.3143E-07 2.1145E-09 5. 3278E+15 4.8628E+03 Pu-240 2.0810E-07 9.1327E-10 2.2916E+15 7.6999E+03 Pu-241 6.1113E-05 5.9326E-10 1.4824E+15 2.2612E+06 Am-241 3.2113E-08 9.3564E-12 2.3380E+13 1. 1882E+03 Cm-242 9.7458E-06 2.9405E-12 7.3175E+12 3.6059E+05 Cm-244 1.1930E-06 1.4746E-11 3.6394E+13 4.4139E+04 Environment Transport Group Inventory: Total Release Page 342

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 0.9200 Release Rate/s Noble gases (atoms) 1.1612E+22 3.5062E+18 Elemental I (atoms) 9.9021E+17 2.9898E+14 organic I (atoms) 3.0625E+16 9.2467E+12 Aerosols (kq) 1.8632E-07 5.6256E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9468E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7377E+01 Total I (Ci) 1.7318E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9200 Leakage Transport Noble gases (atoms) 1. 1204E+19 Elemental I (atoms) 9.4738E+14 organic I (atoms) 2.9300E+13 Aerosols (kg) 1.7979E-10 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.9200 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.1421E+17 Elemental I (atoms) O.OOOOE+00 3.5360E+13 organic I (atoms) 0.OOOOE+00 1.0936E+12 Aerosols (kg) 0.OOOOE+00 6.6460E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.9200 Filtered Transported Noble gases (atoms) 2.9145E+17 0.OOOOE+00 Elemental I (atoms) 2.4706E+13 0.OOOOE+00 organic I (atoms) 7.6409E+11 0.OOOOE+00 Aerosols (kg) 4.6766E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.9200 Ci kg Atoms Decay Co-58 1.3655E-06 4.2944E-14 4.4589E+11 1.6890E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 2.0208E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 7893E+15 Kr-85m 2. 1550E+02 2.6186E-04 1.8553E+21 2.6650E+16 Kr-87 2. 4810E+02 8.7588E-09 6.0629E+16 3.9922E+16 Kr-88 4.6032E+02 3.6711E-08 2.5122E+17 6.3881E+16 Rb-86 4.5802E-05 5.6290E-13 3.9417E+12 5.6681E+09 Sr-89 1. 7184E-03 5.9147E-11 4.0022E+14 2.1255E+11 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 3.1986E+10 Sr-91 2.0358E-03 5.6161E-13 3.7166E+12 2.6047E+11 Sr-92 1. 8814E-03 1.4968E-13 9.7980E+11 2.6257E+11 Y-90 2.6587E-06 4.8867E-15 3.2698E+10 3.3044E+08 Y-91 2.2374E-05 9.1235E-13 6.0377E+12 2.7675E+09 Y-92 1. 9974E-05 2.0758E-15 1. 3588E+10 2.7085E+09 Y-93 2.6265E-05 7.8723E-15 5.0977E+10 3.3535E+09 Zr-95 3. 1666E-05 1.4740E-12 9.3438E+12 3.9167E+09 Page 343

CRDA PELLET MVP TRIP 10 MIN.o0 Zr-97 3.0916E-05 1.6172E-14 1.0040E+11 3.8967E+09 Nb-95 3.1808E-05 8.1344E-13 5.1565E+12 3.9350E+09 Mo-99 4.5940E-04 9.5786E-13 5.8266E+12 5.7089E+10 Tc-99m 3.6541E-04 6.9493E-14 4.2272E+11 4.7688E+10 Ru-103 4.0673E-04 1.2602E-11 7.3683E+13 5.0315E+10 Ru-105 2.6032E-04 3.8727E-14 2.2211E+11 3.4639E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.3092E+10 Rh-105 2.7543E-04 3.2632E-13 1.8716E+12 3.4372E+10 Sb-127 5.6878E-04 2.1299E-12 1.0099E+13 7.0583E+10 Sb-129 1.4268E-03 2.5372E-13 1.1845E+12 1.9024E+11 Te-127 5.3226E-04 2.0168E-13 9.5634E+11 6.8136E+10 Te-127m 7.7263E-05 8.1911E-12 3.8841E+13 9.5558E+09 Te-129 9.3964E-04 4.4868E-14 2.0946E+11 1. 5525E+11 Te-129m 2.4204E-04 8.0344E-12 3.7507E+13 2.9943E+10 Te-131m 7.1074E-04 8.9131E-13 4.0974E+12 8.8840E+10 Te-132 6.8752E-03 2.2646E-11 1.0332E+14 8.5372E+11 1-131 3.9158E+00 3.1586E-08 1.4520E+17 4.8505E+14 1-132 4.2778E+00 4.1443E-10 1.8907E+15 6.1031E+14 1-133 7.6170E+00 6.7240E-09 3.0446E+16 9.5665E+14 1-134 4.1575E+00 1.5585E-10 7.0040E+14 7.5842E+14 1-135 6.6828E+00 1.9029E-09 8.4887E+15 8.6793E+14 Xe-133 1.6886E+03 9.0212E-06 4.0847E+19 2.0935E+17 Xe-135 5.7233E+02 2.2412E-07 9.9975E+17 7.3311E+16 Cs-134 4.9466E-03 3.8232E-09 1.7182E+16 6. 1172E+11 Cs-136 1.3735E-03 1.8740E-11 8.2982E+13 1.7002E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 3.0060E+11 Ba-139 2.1917E-03 1.3399E-13 5.8052E+11 3.4530E+11 Ba-140 3.3532E-03 4.5804E-11 1.9703E+14 4.1511E+11 La-140 3.5588E-05 6.4026E-14 2.7541E+11 4.4362E+09 La-141 2.6956E-05 4.7664E-15 2.0357E+10 3.6215E+09 La-142 2.0187E-05 1.4102E-15 5.9807E+09 3.0973E+09 Ce-141 7.9591E-05 2.7933E-12 1.1930E+13 9.8466E+09 Ce-143 7.1545E-05 1.0774E-13 4.5370E+11 8.9342E+09 Ce-144 6.6109E-05 2.0727E-11 8.6682E+13 8.1756E+09 Pr-143 2.8151E-05 4.1805E-13 1.7605E+12 3.4847E+09 Nd-147 1.2812E-05 1.5838E-13 6.4882E+11 1.5864E+09 Np-239 1.0755E-03 4.6361E-12 1.1682E+13 1. 3376E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.6268E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.0218E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.7848E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1. 4051E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 7.3835E+05 Cm-242 1.8117E-06 5.4665E-13 1.3603E+12 2.2406E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.7429E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.9200 Atmosphere Sump Noble gases (atoms) 2.1587E+21 0.OOOOE+00 Elemental I (atoms) 1.8112E+17 O.OOOOE+00 Organic I (atoms) 5.6018E+15 O.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0616E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.5483E-08 Total I (Ci) 2.6651E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Page 344

CRDA PELLET MVP TRIP 10 MIN.O0 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9200 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 organic I (atoms) 0.0000E+00 3.5189E+16 Aerosols (kg) 0.0000E+00 2.1365E-07 Detailed model information at time (H) = 0.9300 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.9300 whole Body Thyroid TEDE Delta dose (rem) 9.9523E-06 7.7800E-05 1.2415E-05 Accumulated dose (rem) 1.2488E-01 7.8328E-01 1.4977E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.9300 whole Body Thyroid TEDE Delta dose (rem) 2.3943E-06 1.8717E-05 2.9867E-06 Accumulated dose (rem) 5.5779E-02 3.4973E-01 6.6897E-02 control Room Doses: Time (h) = 0.9300 whole Body Thyroid TEDE Delta dose (rem) 5.6917E-06 9.1893E-04 3.4779E-05 Accumulated dose (rem) 1.0177E-03 1.4423E-01 5.5938E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.9300 Ci kg Atoms Decay Co-58 2.2576E-05 7.0997E-13 7.3716E+12 2.8389E+09 Co-60 2.7016E-05 2.3900E-11 2.3988E+14 3.3967E+09 Kr-85 2.3921E+02 6.0970E-04 4.3196E+21 3.0075E+16 Kr-85m 3.5627E+03 4.3292E-03 3.0672E+22 4.4794E+17 Kr-87 4.0794E+03 1.4402E-07 9.9688E+17 6.7028E+17 Kr-88 7. 5917E+03 6.0544E-07 4.1432E+18 1.0731E+18 Rb-86 7.5720E-04 9.3059E-12 6. 5165E+13 9.5270E+10 Sr-89 2.8408E-02 9.7784E-10 6.6165E+15 3.5727E+12 Sr-90 4.2762E-03 3.1349E-08 2.0976E+17 5.3763E+11 Sr-91 3.3632E-02 9.2779E-12 6.1399E+13 4.3772E+12 Sr-92 3.1025E-02 2.4683E-12 1. 6157E+13 4.4107E+12 Y-90 4.3949E-05 8.0780E-14 5.4052E+11 5.5539E+09 Y-91 3.6990E-04 1. 5083E-11 9.9817E+13 4.6517E+10 Y-92 3.2957E-04 3.4251E-14 2.2420E+11 4.5503E+10 Y-93 4.3392E-04 1. 3006E-13 8.4219E+11 5.6357E+10 Zr-95 5.2351E-04 2.4368E-11 1. 5447E+14 6.5833E+10 Zr-97 5.1090E-04 2.6725E-13 1. 6592E+12 6.5490E+10 Nb-95 5.2586E-04 1.3448E-11 8.5248E+13 6. 6140E+10 Mo-99 7.5942E-03 1. 5834E-11 9.6317E+13 9. 5953E+11 Tc-99m 6.0341E-03 1.1476E-12 6.9805E+12 8.0132E+11 Ru-103 6.7242E-03 2.0835E-10 1.2182E+15 8.4570E+11 Ru-105 4.2971E-03 6.3925E-13 3.6663E+12 5.8200E+11 Ru-106 3.0870E-03 9.2270E-10 5.2421E+15 3.8813E+11 Rh-105 4.5527E-03 5.3938E-12 3.0935E+13 5.7771E+11 Sb-127 9.4026E-03 3.5209E-11 1. 6695E+14 1.1863E+12 Sb-129 2.3550E-02 4.1879E-12 1. 9550E+13 3.1964E+12 Te-127 8.7930E-03 3.3318E-12 1. 5799E+13 1. 1450E+12 Te-127m 1.2773E-03 1. 3542E-10 6.4213E+14 1. 6062E+11 Te-129 1.5442E-02 7. 3735E-13 3.4422E+12 2.6064E+12 Te-129m 4.0014E-03 1. 3283E-10 6.2008E+14 5.0329E+11 Page 345

CRDA PELLET MVP TRIP 10 MIN.o0 Te-131m 1.1747E-02 1.4732E-11 6. 7724E+13 1.4932E+12 Te-132 1.1365E-01 3.7436E-10 1. 7079E+15 1.4349E+13 1-131 6.4735E+01 5.2217E-07 2.4004E+18 8.1528E+15 1-132 7.0510E+01 6.8309E-09 3.1164E+16 1.0251E+16 1-133 1.2589E+02 1.1113E-07 5.0317E+17 1.6078E+16 1-134 6.8192E+01 2.5562E-09 1. 1488E+16 1.2730E+16 1-135 1.1037E+02 3.1427E-08 1.4019E+17 1.4585E+16 Xe-133 2.7915E+04 1.4913E-04 6.7526E+20 3.5187E+18 Xe-135 9.4548E+03 3.7024E-06 1. 6516E+19 1.2320E+18 Cs-134 8.1778E-02 6.3206E-08 2.8406E+17 1.0282E+13 Cs-136 2.2706E-02 3.0981E-10 1. 3719E+15 2.8578E+12 Cs-137 4.0187E-02 4.6201E-07 2.0309E+18 5.0526E+12 Ba-139 3.6053E-02 2.2041E-12 9. 5493E+12 5.7979E+12 Ba-140 5.5436E-02 7.5723E-10 3.2572E+15 6.9772E+12 La-140 5.8825E-04 1.0583E-12 4. 5524E+12 7.4561E+10 La-141 4.4485E-04 7.8661E-14 3.3596E+11 6.0845E+10 La-142 3.3225E-04 2.3210E-14 9.8431E+10 5.2010E+10 Ce-141 1.3158E-03 4.6180E-11 1.9724E+14 1.6550E+11 Ce-143 1.1826E-03 1.7807E-12 7.4992E+12 1. 5016E+11 Ce-144 1.0929E-03 3.4267E-10 1.4331E+15 1.3742E+11 Pr-143 4.6539E-04 6.9112E-12 2.9105E+13 5.8571E+10 Nd-147 2.1181E-04 2.6183E-12 1.0726E+13 2.6664E+10 Np-239 1.7779E-02 7.6636E-11 1.9310E+14 2.2482E+12 Pu-238 7.5224E-06 4.3940E-10 1.1118E+15 9.4576E+08 Pu-239 4.0398E-07 6.4994E-09 1. 6377E+16 5.0791E+07 Pu-240 6.3967E-07 2.8072E-09 7.0439E+15 8.0424E+07 Pu-241 1.8785E-04 1.8235E-09 4. 5567E+15 2.3618E+10 Am-241 9.8709E-08 2.8760E-11 7.1865E+13 1.2410E+07 Cm-242 2.9952E-05 9.0373E-12 2.2489E+13 3.7661E+09 Cm-244 3.6669E-06 4.5325E-11 1. 1187E+14 4.6103E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.9300 Atmosphere sump Noble gases (atoms) 3.5689E+22 0.OOOOE+00 Elemental I (atoms) 2.9938E+18 0.OOOOE+00 organic I (atoms) 9.2593E+16 0.OOOOE+00 Aerosols (kg) 5.7270E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7385E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1446E-08 Total I (Ci) 4.3969E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9300 Leakage Transport Noble gases (atoms) 1. 1353E+19 Elemental I (atoms) 9.5986E+14 organi c I (atoms) 2.9686E+13 Aerosols (kg) 1.8217E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.9300 Ci kg Atoms Bq Co-58 7. 3470E-06 2.3105E-13 2.3990E+12 2.7184E+05 Co-60 8.7894E-06 7.7756E-12 7.8042E+13 3.2521E+05 Page 346

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-85 7.7823E+01 1.9836E-04 1.4053E+21 2.8794E+12 Kr-85m 1.1591E+03 1.4085E-03 9.9788E+21 4.2887E+13 Kr-87 2.0526E+03 7.2463E-08 5.0159E+17 7.5945E+13 Kr-88 3.0022E+03 2.3943E-07 1.6385E+18 1.1108E+14 Rb-86 2.4665E-04 3.0313E-12 2.1227E+13 9.1260E+06 Sr-89 9.2465E-03 3.1827E-10 2.1536E+15 3.4212E+08 Sr-90 1.3912E-03 1.0199E-08 6.8243E+16 5.1474E+07 Sr-91 1.1599E-02 3.1998E-12 2.1175E+13 4.2917E+08 Sr-92 1.2385E-02 9.8531E-13 6.4496E+12 4.5824E+08 Y-90 1.4423E-05 2.6509E-14 1. 7738E+11 5.3364E+05 Y-91 1.2039E-04 4.9090E-12 3.2487E+13 4.4544E+06 Y-92 1.2540E-04 1.3032E-14 8. 5304E+10 4.6397E+06 Y-93 1.4913E-04 4.4700E-14 2.8945E+11 5.5179E+06 Zr-95 1.7038E-04 7.9308E-12 5.0274E+13 6.3039E+06 Zr-97 1.7175E-04 8.9845E-14 5. 5779E+11 6.3549E+06 Nb-95 1.7119E-04 4.3779E-12 2.7752E+13 6.3341E+06 Mo-99 2.4915E-03 5.1948E-12 3.1600E+13 9.2185E+07 Tc-99m 2.1525E-03 4.0935E-13 2.4901E+12 7.9641E+07 Ru-103 2.1889E-03 6.7822E-11 3.9654E+14 8.0989E+07 Ru-105 1.5839E-03 2.3563E-13 1. 3514E+12 5.8604E+07 RU-106 1.0044E-03 3.0021E-10 1. 7055E+15 3.7161E+07 Rh-105 1.5045E-03 1.7825E-12 1.0223E+13 5.5668E+07 Sb-127 3.0774E-03 1.1524E-11 5.4643E+13 1.1386E+08 Sb-129 8.7107E-03 1.5490E-12 7.2313E+12 3.2230E+08 Te-127 3.0354E-03 1.1502E-12 5.4538E+12 1. 1231E+08 Te-127m 4.1565E-04 4.4065E-11 2.0895E+14 1.5379E+07 Te-129 8.1029E-03 3.8692E-13 1. 8062E+12 2.9981E+08 Te-129m 1.3027E-03 4.3243E-11 2.0187E+14 4.8200E+07 Te-131m 3.8931E-03 4.8822E-12 2.2444E+13 1.4405E+08 Te-132 3.7239E-02 1.2266E-10 5.5960E+14 1.3778E+09 1-131 2.1121E+01 1.7037E-07 7.8319E+17 7.8149E+11 1-132 2.9192E+01 2.8281E-09 1.2902E+16 1. 0801E+12 1-133 4.2061E+01 3.7130E-08 1.6812E+17 1. 5563E+12 1-134 4.1765E+01 1.5656E-09 7.0361E+15 1. 5453E+12 1-135 3.9047E+01 1.1119E-08 4.9599E+16 1.4447E+12 Xe-133 9.1216E+03 4.8731E-05 2.2065E+20 3.3750E+14 Xe-135 3.2674E+03 1.2795E-06 5.7075E+18 1. 2089E+14 Cs-134 2.6606E-02 2.0564E-08 9.2416E+16 9.8442E+08 Cs-136 7.4002E-03 1.0097E-10 4.4710E+14 2.7381E+08 Cs-137 1.3074E-02 1.5031E-07 6.6072E+17 4.8375E+08 Ba-139 1.7538E-02 1.0722E-12 4.6453E+12 6.4890E+08 Ba-140 1.8068E-02 2.4680E-10 1. 0616E+15 6.6851E+08 La-140 1.9403E-04 3.4908E-13 1. 5016E+12 7.1791E+06 La-141 1.6665E-04 2.9468E-14 1. 2586E+11 6. 1661E+06 La-142 1.5488E-04 1.0819E-14 4.5884E+10 5.7305E+06 Ce-141 4.2839E-04 1.5035E-11 6.4213E+13 1.5850E+07 Ce-143 3.9124E-04 5.8915E-13 2.4811E+12 1.4476E+07 Ce-144 3.5560E-04 1.1149E-10 4.6626E+14 1. 3157E+07 Pr-143 1.5167E-04 2.2523E-12 9.4850E+12 5.6117E+06 Nd-147 6.9055E-05 8.5360E-13 3.4970E+12 2.5550E+06 Np-239 5.8411E-03 2.5178E-11 6.3442E+13 2.1612E+08 Pu-238 2.4473E-06 1.4295E-10 3.6171E+14 9.0550E+04 Pu-239 1.3143E-07 2.1145E-09 5.3279E+15 4.8629E+03 Pu-240 2.0811E-07 9.1328E-10 2.2916E+15 7.7000E+03 Pu-241 6.1114E-05 5.9326E-10 1.4825E+15 2.2612E+06 Am-241 3.2113E-08 9.3566E-12 2.3380E+13 1.1882E+03 Cm-242 9.7459E-06 2.9406E-12 7.3176E+12 3.6060E+05 Cm-244 1.1930E-06 1.4746E-11 3.6394E+13 4.4140E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.9300 Rel ease Rate/s Page 347

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) 1.1613E+22 3.4685E+18 Elemental I (atoms) 9.9022E+17 2.9576E+14 organic I (atoms) 3.0625E+16 9.1474E+12 Aerosols (kq) 1.8632E-07 5.5652E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9468E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7378E+01 Total I (Ci) 1.7319E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9300 Leakage Transport Noble gases (atoms) 1.1353E+19 Elemental I (atoms) 9.5986E+14 organic I (atoms) 2.9686E+13 Aerosols (kg) 1.8217E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.9300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.1465E+17 Elemental I (atoms) 0.OOOOE+00 3.5396E+13 Organic I (atoms) O.OOOOE+00 1.0947E+12 Aerosols (kg) 0.OOOOE+00 6.6529E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.9300 Filtered Transported Noble gases (atoms) 2.9337E+17 0.OOOOE+00 Elemental I (atoms) 2.4866E+13 0.OOOOE+00 organic I (atoms) 7.6906E+11 0.OOOOE+00 Aerosols (kg) 4.7073E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9300 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.0000E+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.9300 Ci kg Atoms : Decay Co-58 1.3655E-06 4.2944E-14 4.4589E+11 1.7072E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 2.0426E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 8086E+15 Kr-85m 2. 1550E+02 2.6186E-04 1. 8553E+21 2.6937E+16 Kr-87 2.4675E+02 8.7112E-09 6.0299E+16 4.0251E+16 Kr-88 4. 5920E+02 3.6621E-08 2.5061E+17 6.4493E+16 Rb-86 4. 5801E-05 5.6289E-13 3.9416E+12 5.7291E+09 Sr-89 1. 7184E-03 5.9147E-11 4.0022E+14 2.1484E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 3.2331E+10 Sr-91 2.0343E-03 5.6120E-13 3.7139E+12 2.6318E+11 Sr-92 1.8766E-03 1.4930E-13 9.7730E+11 2.6507E+11 Y-90 2.6584E-06 4.8862E-15 3.2695E+10 3.3398E+08 Y-91 2.2374E-05 9.1235E-13 6.0377E+12 2.7973E+09 Y-92 1.9935E-05 2.0717E-15 1.3561E+10 2.7351E+09 Y-93 2.6247E-05 7.8669E-15 5.0942E+10 3.3885E+09 Zr-95 3.1665E-05 1.4740E-12 9.3437E+12 3.9589E+09 Zr-97 3.0903E-05 1.6165E-14 1.0036E+11 3.9379E+09 Page 348

CRDA PELLET MVP TRIP 10 MIN.oO Nb-95 3.1808E-05 8.1343E-13 5.1564E+12 3.9773E+09 MO-99 4.5935E-04 9.5775E-13 5.8260E+12 5.7700E+10 Tc-99m 3.6499E-04 6.9413E-14 4.2224E+11 4.8174E+10 Ru-103 4.0673E-04 1.2602E-11 7.3683E+13 5.0857E+10 Ru-105 2.5992E-04 3.8667E-14 2.2177E+11 3.4986E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.3340E+10 Rh-i05 2.7538E-04 3.2626E-13 1.8712E+12 3.4739E+10 Sb-127 5.6874E-04 2.1297E-12 1. 0099E+13 7.1340E+10 sb-129 1.4245E-03 2.5332E-13 1.1826E+12 1.9214E+11 Te-127 5.3186E-04 2.0153E-13 9. 5563E+11 6.8845E+10 Te-127m 7.7263E-05 8.1911E-12 3.8841E+13 9.6587E+09 Te-129 9.3404E-04 4.4601E-14 2.0821E+11 1. 5650E+11 Te-129m 2.4204E-04 8.0343E-12 3.7507E+13 3.0266E+10 Te-131m 7.1057E-04 8.9111E-13 4.0965E+12 8.9787E+10 Te-132 6.8746E-03 2.2644E-11 1.0331E+14 8.6288E+11 1-131 3.9157E+00 3.1584E-08 1.4520E+17 4.9027E+14 1-132 4.2650E+00 4.1319E-10 1.8850E+15 6.1600E+14 1-133 7.6145E+00 6.7218E-09 3.0436E+16 9.6679E+14 1-134 4.1248E+00 1.5462E-10 6.9489E+14 7.6394E+14 1-135 6.6758E+00 1.9009E-09 8.4798E+15 8.7683E+14 xe-133 1.6885E+03 9.0207E-06 4.0845E+19 2.1160E+17 xe-135 5.7190E+02 2.2395E-07 9.9899E+17 7.4073E+16 Cs-134 4.9465E-03 3.8232E-09 1. 7182E+16 6.1831E+11 cs-136 1.3734E-03 1.8740E-11 8.2980E+13 1. 7185E+11 cs-137 2.4308E-03 2.7946E-08 1.2284E+17 3.0384E+11 Ba-139 2.1807E-03 1.3332E-13 5.7761E+11 3.4821E+11 Ba-140 3.3532E-03 4.5803E-11 1.9702E+14 4.1957E+11 La-140 3.5582E-05 6.4015E-14 2.7536E+11 4.4836E+09 La-141 2.6908E-05 4.7580E-15 2.0321E+10 3.6573E+09 La-142 2.0097E-05 1.4039E-15 5.9539E+09 3.1241E+09 Ce-141 7.9591E-05 2.7933E-12 1.1930E+13 9.9526E+09 Ce-143 7.1530E-05 1.0771E-13 4.5361E+11 9.0295E+09 ce-144 6.6109E-05 2.0727E-11 8.6682E+13 8.2637E+09 Pr-143 2.8150E-05 4.1804E-13 1. 7605E+12 3.5222E+09 Nd-147 1.2812E-05 1.5837E-13 6.4880E+11 1.6034E+09 Np-239 1.0754E-03 4.6355E-12 1.1680E+13 1.3520E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.6874E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.0544E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.8363E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.4203E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 7.4630E+05 Cm-242 1.8117E-06 5.4665E-13 1.3603E+12 2.2648E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.7724E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.9300 Atmosphere Sump Noble gases (atoms) 2.1587E+21 O.OOOOE+00 Elemental I (atoms) 1.8109E+17 0.OOOOE+00 organic I (atoms) 5.6007E+15 O.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0606E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.5456E-08 Total I (Ci) 2.6596E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9300 Filtered Transported Noble gases (atoms) O.O0000E+O 1.3760E+22 Elemental I (atoms) 0.0000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Page 349

CRDA PELLET MVP TRIP 10 MIN.0 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9300 Filtered Transported Noble gases (atoms) 0.O000E+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.9400 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.9400 whole Body Thyroid TEDE Delta dose (rem) 9.9264E-06 7.7787E-05 1.2389E-05 Accumulated dose (rem) 1.2489E-01 7.8335E-01 1.4979E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 0.9400 whole Body Thyroid TEDE Delta dose (rem) 2.3880E-06 1.8714E-05 2.9804E-06 Accumulated dose (rem) 5.5782E-02 3.4975E-01 6.6900E-02 control Room Doses: Time (h) = 0.9400 whole Body Thyroid TEDE Delta dose (rem) 5.6068E-06 9.0744E-04 3.4329E-05 Accumulated dose (rem) 1.0233E-03 1.4513E-01 5.6281E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.9400 Ci kg Atoms Decay Co-58 2.2575E-05 7.0996E-13 7. 3715E+12 2.8690E+09 Co-60 2.7016E-05 2.3900E-11 2.3988E+14 3.4326E+09 Kr-85 2.3921E+02 6.0970E-04 4.3196E+21 3.0393E+16 Kr-85m 3.5627E+03 4.3292E-03 3.0672E+22 4. 5268E+17 Kr-87 4.0572E+03 1.4323E-07 9.9146E+17 6.7570E+17 Kr-88 7.5732E+03 6.0396E-07 4.1331E+18 1.0832E+18 Rb-86 7.5718E-04 9.3057E-12 6. 5163E+13 9.6278E+10 Sr-89 2.8408E-02 9.7783E-10 6.6164E+15 3.6105E+12 Sr-90 4.2762E-03 3.1349E-08 2.0976E+17 5.4333E+11 Sr-91 3.3608E-02 9.2711E-12 6.1354E+13 4.4220E+12 Sr-92 3.0946E-02 2.4620E-12 1. 6116E+13 4.4520E+12 Y-90 4.3944E-05 8.0771E-14 5.4046E+11 5.6124E+09 Y-91 3.6990E-04 1. 5083E-11 9.9816E+13 4.7010E+10 Y-92 3.2893E-04 3.4184E-14 2.2376E+11 4.5942E+10 Y-93 4.3362E-04 1. 2997E-13 8.4161E+11 5.6935E+10 Zr-95 5.2350E-04 2.4368E-11 1. 5447E+14 6.6530E+10 Zr-97 5.1069E-04 2.6714E-13 1.6585E+12 6. 6171E+10 Nb-95 5.2585E-04 1. 3448E-11 8. 5247E+13 6.6840E+10 MO-99 7.5934E-03 1. 5832E-11 9.6307E+13 9.6965E+11 Tc-99m 6.0272E-03 1. 1462E-12 6.9725E+12 8.0936E+11 Ru-103 6.7241E-03 2.0834E-10 1. 2181E+15 8. 5466E+11 Ru-105 4.2903E-03 6.3825E-13 3.6606E+12 5.8772E+11 Ru-106 3.0870E-03 9.2270E-10 5.2421E+15 3.9224E+11 Rh-105 4. 5518E-03 5.3927E-12 3.0929E+13 5.8377E+11 Sb-127 9.4019E-03 3.5206E-11 1. 6694E+14 1.1989E+12 sb-129 2.3512E-02 4.1812E-12 1.9519E+13 3.2277E+12 Te-127 8.7864E-03 3.3293E-12 1. 5787E+13 1.1567E+12 Te-127m 1.2773E-03 1. 3542E-10 6.4213E+14 1.6232E+11 Te-129 1.5350E-02 7.3296E-13 3.4217E+12 2.6269E+12 Te-129m 4.0014E-03 1. 3282E-10 6.2007E+14 5.0862E+11 Te-131m 1.1745E-02 1.4729E-11 6.7708E+13 1. 5088E+12 Page 350

CRDA PELLET MVP TRIP 10 MIN.o0 Te-132 1.1364E-01 3.7433E-10 1. 7078E+15 1.4501E+13 1-131 6.4733E+01 5.2215E-07 2.4003E+18 8.2390E+15 1-132 7.0298E+01 6.8104E-09 3.1070E+16 1.0345E+16 1-133 1.2584E+02 1.1109E-07 5.0300E+17 1.6246E+16 1-134 6.7655E+01 2.5361E-09 1.1398E+16 1. 2821E+16 1-135 1.1025E+02 3.1394E-08 1.4004E+17 1. 4732E+16 Xe-133 2.7913E+04 1.4912E-04 6.7522E+20 3. 5559E+18 Xe-135 9.4477E+03 3.6996E-06 1. 6503E+19 1. 2446E+18 Cs-134 8.1778E-02 6.3206E-08 2.8406E+17 1. 0391E+13 Cs-136 2.2706E-02 3.0980E-10 1. 3718E+15 2.8880E+12 Cs-137 4.0187E-02 4.6201E-07 2.0309E+18 5.1061E+12 Ba-139 3.5872E-02 2.1931E-12 9.5013E+12 5.8458E+12 Ba-140 5.5434E-02 7.5721E-10 3.2571E+15 7.0510E+12 La-140 5.8814E-04 1.0581E-12 4.5516E+12 7.5345E+10 La-141 4.4407E-04 7.8522E-14 3. 3537E+11 6.1437E+10 La-142 3.3076E-04 2.3106E-14 9.7989E+10 5.2452E+10 Ce-141 1.3158E-03 4.6179E-11 1.9723E+14 1. 6726E+11 Ce-143 1.1823E-03 1.7804E-12 7.4976E+12 1. 5174E+11 Ce-144 1.0929E-03 3.4267E-10 1.4330E+15 1. 3887E+11 Pr-143 4.6538E-04 6.9110E-12 2.9104E+13 5.9191E+10 Nd-147 2.1181E-04 2.6182E-12 1.0726E+13 2.6946E+10 Np-239 1.7777E-02 7.6626E-11 1.9308E+14 2.2719E+12 Pu-238 7.5224E-06 4.3940E-10 1.1118E+15 9.5578E+08 Pu-239 4.0398E-07 6.4994E-09 1. 6377E+16 5.1329E+07 Pu-240 6.3967E-07 2.8072E-09 7.0439E+15 8.1276E+07 Pu-241 1.8785E-04 1.8235E-09 4. 5567E+15 2.3868E+10 Am-241 9.8708E-08 2.8760E-11 7.1865E+13 1.2542E+07 Cm-242 2.9952E-05 9.0373E-12 2.2489E+13 3.8060E+09 Cm-244 3.6669E-06 4.5325E-11 1. 1187E+14 4.6591E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.9400 Atmosphere Sump Noble gases (atoms) 3.5688E+22 O.OOOOE+00 Elemental I (atoms) 2.9933E+18 O.OOOOE+00 organic I (atoms) 9.2575E+16 O.OOOOE+00 Aerosols (kg) 5.7270E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7375E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1420E-08 Total I (Ci) 4.3878E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9400 Leakage Transport Noble gases (atoms) 1. 1502E+19 Elemental I (atoms) 9.7233E+14 organic I (atoms) 3.0072E+13 Aerosols (kg) 1.8456E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.9400 Ci kg Atoms Bq Co-58 7.3471E-06 2.3105E-13 2.3990E+12 2.7184E+05 co-60 8.7895E-06 7.7757E-12 7.8043E+13 3.2521E+05 Kr-85 7.7824E+01 1.9836E-04 1.4054E+21 2.8795E+12 Page 351

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-85m 1.1591E+03 1.4085E-03 9.9789E+21 4.2887E+13 Kr-87 2.0526E+03 7.2464E-08 5.0159E+17 7.5945E+13 Kr-88 3.0023E+03 2.3943E-07 1.6385E+18 1.1108E+14 Rb-86 2.4665E-04 3.0313E-12 2.1227E+13 9.1261E+06 Sr-89 9.2466E-03 3.1827E-10 2.1536E+15 3.4212E+08 Sr-90 1.3912E-03 1.0199E-08 6.8244E+16 5.1475E+07 Sr-91 1.1599E-02 3.1998E-12 2.1176E+13 4.2918E+08 Sr-92 1.2385E-02 9.8532E-13 6.4497E+12 4.5824E+08 Y-90 1.4423E-05 2.6509E-14 1.7738E+11 5.3364E+05 Y-91 1.2039E-04 4.9091E-12 3.2487E+13 4.4544E+06 Y-92 1.2540E-04 1.3032E-14 8.5305E+10 4.6398E+06 Y-93 1.4913E-04 4.4700E-14 2.8945E+11 5.5180E+06 Zr-95 1.7038E-04 7.9309E-12 5.0274E+13 6.3040E+06 Zr-97 1.7176E-04 8.9846E-14 5. 5780E+11 6.3550E+06 Nb-95 1.7119E-04 4.3780E-12 2.7753E+13 6.3342E+06 Mo-99 2.4915E-03 5.1948E-12 3.1600E+13 9.2186E+07 Tc-99m 2.1525E-03 4.0935E-13 2.4901E+12 7.9642E+07 Ru-103 2.1889E-03 6.7823E-11 3.9654E+14 .8.0990E+07 Ru-105 1.5839E-03 2.3563E-13 1. 3514E+12 5.8604E+07 Ru-106 1.0044E-03 3.0021E-10 1. 7056E+15 3.7162E+07 Rh-105 1.5046E-03 1.7825E-12 1.0223E+13 5.5669E+07 Sb-127 3.0774E-03 1.1524E-11 5.4644E+13 1.1386E+08 Sb-129 8.7108E-03 1.5490E-12 7.2314E+12 3.2230E+08 Te-127 3.0354E-03 1.1502E-12 5.4539E+12 1. 1231E+08 Te-127m 4.1566E-04 4.4066E-11 2.0895E+14 1.5379E+07 Te-129 8.1030E-03 3.8692E-13 1.8063E+12 2.9981E+08 Te-129m 1.3027E-03 4.3243E-11 2.0187E+14 4.8200E+07 Te-131m 3.8932E-03 4.8823E-12 2.2444E+13 1.4405E+08 Te-132 3.7239E-02 1.2266E-10 5.5961E+14 1.3778E+09 1-131 2.1122E+01 1.7037E-07 7.8320E+17 7.8150E+11 1-132 2.9192E+01 2.8281E-09 1.2903E+16 1. 0801E+12 1-133 4.2061E+01 3.7130E-08 1. 6812E+17 1. 5563E+12 1-134 4.1766E+01 1.5656E-09 7.0361E+15 1. 5453E+12 1-135 3.9048E+01 1.1119E-08 4.9599E+16 1.4448E+12 Xe-133 9.1217E+03 4.8732E-05 2.2065E+20 3.3750E+14 Xe-135 3.2674E+03 1.2795E-06 5.7075E+18 1.2089E+14 Cs-134 2.6606E-02 2.0564E-08 9.2418E+16 9.8444E+08 Cs-136 7.4003E-03 1.0097E-10 4.4710E+14 2.7381E+08 Cs-137 1.3074E-02 1.5031E-07 6.6073E+17 4.8375E+08 Ba-139 1.7538E-02 1.0722E-12 4.6453E+12 6.4891E+08 Ba-140 1.8068E-02 2.4680E-10 1.0616E+15 6.6852E+08 La-140 1.9403E-04 3.4909E-13 1. 5016E+12 7.1792E+06 La-141 1.6665E-04 2.9468E-14 1.2586E+11 6.1661E+06 La-142 1.5488E-04 1.0819E-14 4.5884E+10 5.7305E+06 Ce-141 4.2839E-04 1.5035E-11 6.4214E+13 1. 5851E+07 Ce-143 3.9125E-04 5.8916E-13 2.4811E+12 1.4476E+07 Ce-144 3.5560E-04 1.1149E-10 4.6627E+14 1. 3157E+07 Pr-143 1.5167E-04 2.2523E-12 9.4851E+12 5.6117E+06 Nd-147 6.9056E-05 8.5361E-13 3.4970E+12 2.5551E+06 Np-239 5.8412E-03 2.5178E-11 6.3442E+13 2.1612E+08 Pu-238 2.4473E-06 1.4295E-10 3.6172E+14 9.0551E+04 Pu-239 1.3143E-07 2.1145E-09 5.3280E+15 4.8629E+03 Pu-240 2.0811E-07 9.1330E-10 2.2917E+15 7.7001E+03 Pu-241 6.1114E-05 5.9327E-10 1.4825E+15 2.2612E+06 Am-241 3.2114E-08 9.3567E-12 2.3381E+13 1. 1882E+03 Cm-242 9.7460E-06 2.9406E-12 7.3177E+12 3.6060E+05 Cm-244 1.1930E-06 1.4746E-11 3.6394E+13 4.4141E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.9400 Release Rate/s Noble gases (atoms) 1. 1613E+22 3.4317E+18 Page 352

CRDA PELLET MVP TRIP 10 MIN.o0 Elemental I (atoms) 9.9023E+17 2.9262E+14 organic I (atoms) 3.0626E+16 9.0502E+12 Aerosols (kq) 1.8633E-07 5.5061E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9469E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7378E+01 Total I (Ci) 1.7319E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9400 Leakage Transport Noble gases (atoms) 1.1502E+19 Elemental I (atoms) 9.7233E+14 organic I (atoms) 3.0072E+13 Aerosols (kg) 1.8456E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.9400 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.1508E+17 Elemental I (atoms) O.OOOOE+00 3.5432E+13 organic I (atoms) O.OOOOE+00 1.0958E+12 Aerosols (kg) 0.OOOOE+00 6.6598E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.9400 Filtered Transported Noble gases (atoms) 2.9526E+17 0.OOOOE+00 Elemental I (atoms) 2.5025E+13 0.OOOOE+00 organic I (atoms) 7.7397E+11 0.OOOOE+00 Aerosols (kg) 4.7377E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.9400 Ci kg Atoms Decay Co-58 1.3655E-06 4.2944E-14 4.4589E+11 1.7254E+08 co-60 1. 6341E-06 1.4456E-12 1.4510E+13 2.0644E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 8278E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 2.7224E+16 Kr-87 2.4541E+02 8.6639E-09 5.9971E+16 4.0579E+16 Kr-88 4. 5808E+02 3.6532E-08 2.5000E+17 6.5104E+16 Rb-86 4.5800E-05 5.6288E-13 3.9416E+12 5.7901E+09 Sr-89 1.7183E-03 5.9147E-11 4.0021E+14 2.1713E+11 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 3.2675E+10 Sr-91 2.0329E-03 5.6079E-13 3.7112E+12 2.6589E+11 Sr-92 1.8718E-03 1.4892E-13 9.7480E+11 2.6757E+11 Y-90 2.6581E-06 4.8856E-15 3.2691E+10 3.3752E+08 Y-91 2.2374E-05 9.1234E-13 6.0376E+12 2.8271E+09 Y-92 1. 9896E-05 2.0677E-15 1. 3535E+10 2.7616E+09 Y-93 2.6229E-05 7.8615E-15 5.0907E+10 3.4235E+09 Zr-95 3.1665E-05 1.4740E-12 9.3437E+12 4.0011E+09 zr-97 3.0890E-05 1. 6159E-14 1.0032E+11 3.9791E+09 Nb-95 3.1807E-05 8.1342E-13 5.1564E+12 4.0197E+09 Page 353

CRDA PELLET MVP TRIP 10 MIN.OO Mo-99 4. 5931E-04 9.5765E-13 5.8254E+12 5.8312E+10 Tc-99m 3.6 5457E-04 6.9333E-14 4.2175E+11 4.8660E+10 4.q 7.3682E+13 5.1398E+10 RU-103 )673E-04 1.2602E-11 Ru-105 2. 1951E-04 3.8606E-14 2.2142E+11 3.5331E+10 Ru-106 1. 1B672E-04 5.5812E-11 3.1708E+14 2.3589E+10 Rh-105 2.; 7532E-04 3.2619E-13 1.8708E+12 3.5106E+10 Sb-127 5.A6870E-04 2.1295E-12 1.0098E+13 7.2098E+10 Sb-129 I.' 4222E-03 2.5291E-13 1. 1807E+12 1.9404E+11 Te-127 5.. 3147E-04 2.0138E-13 9.5492E+11 6.9553E+10 Te-127m 7.; 7263E-05 8.1910E-12 3.8841E+13 9.7616E+09 Te-129 9.: 2847E-04 4.4335E-14 2.0697E+11 1.5774E+11 Te-129m 2.z 1203E-04 8.0342E-12 3.7506E+13 3.0588E+10 Te-131m 7.1 L041E-04 8.9090E-13 4.0955E+12 9.0733E+10 Te-132 6.E B740E-03 2.2642E-11 1. 0330E+14 8.7203E+11 1-131 3.S 9155E+00 3.1583E-08 1.4519E+17 4.9548E+14 1-132 4.2 2521E+00 4.1194E-10 1.8794E+15 6.2167E+14 1-133 7.6 119E+00 6.7195E-09 3.0425E+16 9.7693E+14 1-134 4.( )923E+00 1.5340E-10 6.8941E+14 7.6941E+14 1-135 6.6 688E+00 1.8989E-09 8.4709E+15 8.8571E+14 Xe-133 1.2 5884E+03 9.0202E-06 4.0843E+19 2.1385E+17 Xe-135 5.7 7147E+02 2.2378E-07 9.9824E+17 7.4835E+16 Cs-134 4.9 *465E-03 3.8232E-09 1.7182E+16 6.2489E+11 Cs-136 1.3 3734E-03 1.8739E-11 8.2978E+13 1. 7368E+11 Cs-137 2.4 *308E-03 2.7946E-08 1. 2284E+17 3.0708E+11 Ba-139 2.1 698E-03 1.3265E-13 5.7471E+11 3.5111E+11 Ba-140 3.3 531E-03 4.5802E-11 1.9702E+14 4.2404E+11 La-140 3.5 575E-05 6.4004E-14 2.7532E+11 4.5310E+09 La-141 2.6 ,861E-05 4.7496E-15 2.0286E+10 3.6931E+09 La-142 2.0 )007E-05 1.3976E-15 5.9271E+09 3.1508E+09 Ce-141 7.9 1590E-05 2.7933E-12 1.1930E+13 1.0059E+10 Ce-143 7.1 L515E-05 1.0769E-13 4.5351E+11 9.1248E+09 Ce-144 6.6 *109E-05 2.0727E-11 8.6682E+13 8.3518E+09 Pr-143 2.8 150E-05 4.1803E-13 1. 7605E+12 3.5597E+09 Nd-147 1.2 :812E-05 1.5837E-13 6.4878E+11 1.6205E+09 Np-239 1.0 )753E-03 4.6349E-12 1.1679E+13 1.3663E+11 Pu-238 4.5 501E-07 2.6578E-11 6.7251E+13 5.7480E+07 Pu-239 2.4 436E-08 3.9313E-10 9.9058E+14 3.0869E+06 Pu-240 3.8 692E-08 1.6980E-10 4.2607E+14 4.8879E+06 Pu-241 1.1 L362E-05 1.1030E-10 2.7562E+14 1.4354E+09 Am-241 5.9.706E-09 1. 7396E-12 4.3470E+12 7.5425E+05 Cm-242 1.8 117E-06 5.4664E-13 1.3603E+12 2.2889E+08 Cm-244 2.2 180E-07 2.7416E-12 6.7665E+12 2.8020E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.9400 Atmosphere Sump Noble gases (atoms) 2.1587E+21 O.OOOOE+00 Elemental I (atoms) 1.8106E+17 O.OOOOE+00 Organic I (atoms) 5.5997E+15 0.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0596E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5429E-08 Total I (Ci) 2.6541E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9400 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Page 354

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 0.9400 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.9500 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.9500 whole Body Thyroid TEDE Delta dose (rem) 9.9007E-06 7.7774E-05 1.2362E-05 Accumulated dose (rem) 1.2490E-01 7.8343E-01 1.4980E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.9500 whole Body Thyroid TEDE Delta dose (rem) 2.3819E-06 1. 8711E-05 2.9741E-06 Accumulated dose (rem) 5.5784E-02 3.4977E-01 6.6903E-02 control Room Doses: Time (h) = 0.9500 whole Body Thyroid TEDE Delta dose (rem) 5.5235E-06 8.9613E-04 3.3886E-05 Accumulated dose (rem) 1.0288E-03 1.4603E-01 5.6620E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) 0.9500 Ci kg Atoms Decay Co-58 2.2575E-05 7.0996E-13 7.3715E+12 2.8990E+09 co-60 2. 7016E-05 2.3900E-11 2.3988E+14 3.4686E+09 Kr-85 2.3920E+02 6.0970E-04 4.3196E+21 3.0712E+16 Kr-85m 3. 5627E+03 4.3292E-03 3.0672E+22 4. 5743E+17 Kr-87 4.0351E+03 1.4245E-07 9.8607E+17 6.8108E+17 Kr-88 7. 5547E+03 6.0248E-07 4.1230E+18 1.0933E+18 Rb-86 7.5717E-04 9.3056E-12 6.5162E+13 9.7287E+10 Sr-89 2. 8408E-02 9.7782E-10 6.6164E+15 3.6483E+12 Sr-90 4.2762E-03 3.1348E-08 2.0976E+17 5.4902E+11 Sr-91 3.3583E-02 9.2643E-12 6.1309E+13 4.4667E+12 Sr-92 3.0867E-02 2.4557E-12 1. 6074E+13 4.4932E+12 Y-90 4.3939E-05 8.0762E-14 5.4040E+11 5. 6710E+09 Y-91 3.6989E-04 1. 5083E-11 9.9815E+13 4.7502E+10 Y-92 3.2828E-04 3.4116E-14 2.2332E+11 4.6380E+10 Y-93 4.3332E-04 1.2988E-13 8.4102E+11 5.7512E+10 Zr-95 5.2350E-04 2.4368E-11 1. 5447E+14 6.7227E+10 Zr-97 5.1047E-04 2.6703E-13 1. 6578E+12 6.6851E+10 Nb-95 5. 2584E-04 1. 3448E-11 8. 5246E+13 6.7541E+10 MO-99 7.5925E-03 1. 5830E-11 9.6296E+13 9.7976E+11 Tc-99m 6. 0202E-03 1.1449E-12 6.9644E+12 8.1738E+11 Ru-103 6.7240E-03 2.0834E-10 1.2181E+15 8. 6362E+11 Ru-105 4.2836E-03 6.3725E-13 3.6549E+12 5.9343E+11 RU-106 3.0869E-03 9.2269E-10 5.2421E+15 3.9635E+11 Rh-105 4.5508E-03 5.3916E-12 3.0923E+13 5.8983E+11 Sb-127 9.4011E-03 3.5203E-11 1. 6693E+14 1. 2114E+12 Sb-129 2.3475E-02 4.1745E-12 1. 9488E+13 3.2590E+12 Te-127 8. 7799E-03 3.3268E-12 1. 5775E+13 1.1684E+12 Te-127m 1.2773E-03 1. 3542E-10 6.4212E+14 1.6402E+11 Te-129 1. 5258E-02 7.2859E-13 3.4013E+12 2.6473E+12 Te-129m 4.0013E-03 1. 3282E-10 6.2006E+14 5.1395E+11 Te-131m 1.1742E-02 1.4725E-11 6.7692E+13 1. 5244E+12 Te-132 1. 1363E-01 3.7429E-10 1. 7076E+15 1.4652E+13 Page 355

CRDA PELLET MVP TRIP 10 MIN.O0 1-131 6.4730E+01 5.2212E-07 2.4002E+18 8.3252E+15 1-132 7.0086E+01 6.7898E-09 3.0977E+16 1.0439E+16 1-133 1.2580E+02 1.1105E-07 5.0283E+17 1.6413E+16 1-134 6.7122E+01 2.5161E-09 1.1308E+16 1. 2910E+16 1-135 1.1013E+02 3.1361E-08 1.3990E+17 1.4878E+16 Xe-133 2.7912E+04 1.4912E-04 6.7518E+20 3.5931E+18 xe-135 9.4405E+03 3.6968E-06 1.6491E+19 1.2572E+18 Cs-134 8.1777E-02 6.3206E-08 2.8405E+17 1.0500E+13 Cs-136 2.2705E-02 3.0979E-10 1.3718E+15 2.9182E+12 Cs-137 4.0187E-02 4.6201E-07 2.0309E+18 5.1596E+12 Ba-139 3.5692E-02 2.1820E-12 9.4536E+12 5.8934E+12 Ba-140 5.5433E-02 7.5719E-10 3.2571E+15 7.1249E+12 La-140 5.8804E-04 1.0580E-12 4.5508E+12 7.6128E+10 La-141 4.4328E-04 7.8383E-14 3.3478E+11 6.2028E+10 La-142 3.2927E-04 2.3002E-14 9.7549E+10 5.2891E+10 Ce-141 1.3158E-03 4.6179E-11 1.9723E+14 1. 6901E+11 Ce-143 1.1821E-03 1.7800E-12 7.4960E+12 1. 5331E+11 Ce-144 1.0929E-03 3.4266E-10 1.4330E+15 1.4033E+11 Pr-143 4.6537E-04 6.9109E-12 2.9104E+13 5.9811E+10 Nd-147 2.1180E-04 2.6181E-12 1.0726E+13 2.7228E+10 Np-239 1.7774E-02 7.6617E-11 1.9305E+14 2.2956E+12 Pu-238 7.5223E-06 4.3940E-10 1.1118E+15 9.6580E+08 Pu-239 4.0398E-07 6.4994E-09 1.6377E+16 5.1867E+07 Pu-240 6.3967E-07 2.8072E-09 7.0439E+15 8.2128E+07 Pu-241 1.8785E-04 1.8235E-09 4.5566E+15 2.4118E+10 Am-241 9.8708E-08 2.8760E-11 7.1865E+13 1.2673E+07 Cm-242 2.9952E-05 9.0372E-12 2.2489E+13 3.8459E+09 Cm-244 3.6669E-06 4.5325E-11 1.1187E+14 4.7080E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.9500 Atmosphere Sump Noble gases (atoms) 3.5688E+22 0.OOOOE+00 Elemental I (atoms) 2.9927E+18 O.OOOOE+00 organic I (atoms) 9.2557E+16 0.OOOOE+00 Aerosols (kq) 5.7270E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7366E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1394E-08 Total I (Ci) 4.3787E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9500 Leakage Transport Noble gases (atoms) 1.1651E+19 Elemental I (atoms) 9.8481E+14 Organic I (atoms) 3.0458E+13 Aerosols (kg) 1. 8695E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.9500 Ci kg Atoms Bq Co-58 7.3472E-06 2.3106E-13 2.3991E+12 2.7185E+05 Co-60 8. 7896E-06 7.7758E-12 7.8044E+13 3.2521E+05 Kr-85 7. 7825E+01 1.9836E-04 1.4054E+21 2.8795E+12 Kr-85m 1. 1591E+03 1.4085E-03 9.9790E+21 4.2888E+13 Page 356

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-87 2.0526E+03 7.2464E-08 5.0160E+17 7. 5946E+13 Kr-88 3.0023E+03 2.3943E-07 1.6385E+18 1. 1108E+14 Rb-86 2.4665E-04 3.0314E-12 2.1227E+13 9.1262E+06 Sr-89 9.2467E-03 3.1828E-10 2.1536E+15 3.4213E+08 Sr-90 1.3912E-03 1.0199E-08 6.8245E+16 5.1475E+07 Sr-91 1.1599E-02 3.1999E-12 2.1176E+13 4.2918E+08 Sr-92 1.2385E-02 9.8533E-13 6.4498E+12 4.5824E+08 Y-90 1.4423E-05 2.6510E-14 1.7738E+11 5.3365E+05 Y-91 1.2039E-04 4.9092E-12 3.2487E+13 4.4545E+06 Y-92 1.2540E-04 1.3032E-14 8.5306E+10 4.6398E+06 Y-93 1.4914E-04 4.4701E-14 2.8946E+11 5. 5180E+06 Zr-95 1.7038E-04 7.9310E-12 5.0275E+13 6.3041E+06 Zr-97 1.7176E-04 8.9847E-14 5.5781E+11 6.3551E+06 Nb-95 1.7120E-04 4.3781E-12 2.7753E+13 6.3342E+06 Mo-99 2.4916E-03 5.1949E-12 3.1600E+13 9.2187E+07 Tc-99m 2.1525E-03 4.0936E-13 2.4901E+12 7.9643E+07 Ru-103 2.1890E-03 6.7824E-11 3.9655E+14 8.0991E+07 Ru-105 1.5839E-03 2.3563E-13 1.3514E+12 5.8605E+07 Ru-106 1.0044E-03 3.0021E-10 1.7056E+15 3.7162E+07 Rh-105 1.5046E-03 1.7826E-12 1.0224E+13 5.5669E+07 Sb-127 3.0775E-03 1.1524E-11 5.4644E+13 1.1387E+08 Sb-129 8.7109E-03 1.5490E-12 7.2314E+12 3.2230E+08 Te-127 3.0354E-03 1.1502E-12 5.4540E+12 1.1231E+08 Te-127m 4.1566E-04 4.4066E-11 2.0896E+14 1.5379E+07 Te-129 8.1030E-03 3.8692E-13 1.8063E+12 2.9981E+08 Te-129m 1.3027E-03 4.3244E-11 2.0188E+14 4.8201E+07 Te-131m 3.8932E-03 4.8824E-12 2.2444E+13 1.4405E+08 Te-132 3.7240E-02 1.2266E-10 5.5962E+14 1.3779E+09 1-131 2.1122E+01 1.7037E-07 7.8321E+17 7.8151E+11 1-132 2.9193E+01 2.8282E-09 1.2903E+16 1. 0801E+12 1-133 4.2062E+01 3.7131E-08 1.6812E+17 1. 5563E+12 1-134 4.1766E+01 1.5656E-09 7.0362E+15 1. 5453E+12 1-135 3.9048E+01 1.1119E-08 4.9600E+16 1.4448E+12 Xe-133 9.1218E+03 4.8733E-05 2.2066E+20 3.3751E+14 Xe-135 3.2675E+03 1.2795E-06 5.7076E+18 1. 2090E+14 Cs-134 2.6607E-02 2.0564E-08 9.2419E+16 9.8445E+08 Cs-136 7.4004E-03 1.0097E-10 4.4711E+14 2.7381E+08 Cs-137 1.3075E-02 1.5031E-07 6.6074E+17 4.8376E+08 Ba-139 1.7538E-02 1.0722E-12 4.6454E+12 6.4892E+08 Ba-140 1.8068E-02 2.4680E-10 1.0616E+15 6.6853E+08 La-140 1.9403E-04 3.4909E-13 1.5016E+12 7.1793E+06 La-141 1.6665E-04 2.9468E-14 1.2586E+11 6.1662E+06 La-142 1.5488E-04 1.0819E-14 4.5885E+10 5.7306E+06 Ce-141 4.2840E-04 1.5035E-11 6.4215E+13 1. 5851E+07 Ce-143 3.9125E-04 5.8917E-13 2.4811E+12 1.4476E+07 Ce-144 3.5561E-04 1.1149E-10 4.6627E+14 1. 3157E+07 Pr-143 1.5167E-04 2.2523E-12 9.4853E+12 5.6118E+06 Nd-147 6.9057E-05 8.5363E-13 3.4970E+12 2. 5551E+06 Np-239 5.8412E-03 2.5179E-11 6.3443E+13 2.1613E+08 Pu-238 2.4474E-06 1.4296E-10 3.6172E+14 9.0552E+04 Pu-239 1.3143E-07 2.1145E-09 5.3280E+15 4.8630E+03 Pu-240 2.0811E-07 9.1331E-10 2.2917E+15 7.7002E+03 Pu-241 6.1115E-05 5.9328E-10 1.4825E+15 2.2613E+06 Am-241 3.2114E-08 9.3568E-12 2.3381E+13 1. 1882E+03 Cm-242 9.7462E-06 2.9406E-12 7.3178E+12 3.6061E+05 Cm-244 1.1930E-06 1.4746E-11 3.6395E+13 4.4141E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.9500 Rel ease Rate/s Noble gases (atoms) 1.1613E+22 3.3956E+18 Elemental I (atoms) 9.9024E+17 2.8954E+14 Page 357

CRDA PELLET MVP TRIP 10 MIN.o0 Organic I (atoms) 3.0626E+16 8.9550E+12 Aerosols (kq) 1.8633E-07 5.4482E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9469E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7379E+01 Total I (Ci) 1.7319E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9500 Leakage Transport Noble gases (atoms) 1.1651E+19 Elemental I (atoms) 9.8481E+14 Organi c I (atoms) 3.0458E+13 Aerosols (kg) 1.8695E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.9500 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.1551E+17 Elemental I (atoms) 0.OOOOE+00 3.5468E+13 Organic I (atoms) O.O000E+00 1.0970E+12 Aerosols (kg) 0.OOOOE+00 6.6668E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.9500 Filtered Transported Noble gases (atoms) 2.9713E+17 O.O000E+00 Elemental I (atoms) 2.5182E+13 O.OOOOE+00 Organic I (atoms) 7.7882E+11 O.OOOOE+00 Aerosols (kg) 4.7677E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.0000E+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) 0.9500 Ci kg Atoms Decay Co-58 1.3655E-06 4.2944E-14 4.4588E+11 1.7436E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 2.0861E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 8471E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8553E+21 2.7511E+16 Kr-87 2.4407E+02 8.6168E-09 5.9645E+16 4.0905E+16 Kr-88 4.5697E+02 3.6443E-08 2.4939E+17 6.5714E+16 Rb-86 4.5800E-05 5.6287E-13 3.9415E+12 5.8511E+09 Sr-89 1.7183E-03 5.9146E-11 4.0021E+14 2.1942E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 3.3020E+10 Sr-91 2.0314E-03 5.6038E-13 3.7084E+12 2.6859E+11 Sr-92 1.8671E-03 1.4854E-13 9.7231E+11 2.7006E+11 Y-90 2.6578E-06 4.8851E-15 3.2688E+10 3.4106E+08 Y-91 2.2374E-05 9.1234E-13 6.0376E+12 2.8569E+09 Y-92 1.9857E-05 2.0636E-15 1.3508E+10 2.7881E+09 Y-93 2.6211E-05 7.8561E-15 5.0872E+10 3.4584E+09 Zr-95 3.1665E-05 1.4740E-12 9.3437E+12 4.0432E+09 Zr-97 3.0877E-05 1. 6152E-14 1.0028E+11 4.0202E+09 Nb-95 3.1807E-05 8.1342E-13 5.1563E+12 4.0621E+09 Mo-99 4.5926E-04 9.5755E-13 5.8248E+12 5.8924E+10 Page 358

CRDA PELLET MVP TRIP 10 MIN.o0 Tc-99m 3.6415E-04 6.9253E-14 4.2126E+11 4.9146E+10 Ru-103 4.0672E-04 1.2602E-11 7.3682E+13 5.1940E+10 Ru-105 2.5911E-04 3.8546E-14 2.2108E+11 3. 5677E+10 RU-106 1.8672E-04 5.5812E-11 3.1708E+14 2.3838E+10 Rh-105 2.7527E-04 3.2613E-13 1.8705E+12 3. 5473E+10 Sb-127 5.6865E-04 2.1294E-12 1.0097E+13 7.2855E+10 sb-129 1.4199E-03 2.5250E-13 1. 1788E+12 1.9593E+11 Te-127 5.3108E-04 2.0123E-13 9. 5422E+11 7.0260E+10 Te-127m 7.7262E-05 8.1910E-12 3.8841E+13 9.8645E+09 Te-129 9.2294E-04 4.4071E-14 2.0574E+11 1. 5897E+11 Te-129m 2.4203E-04 8.0342E-12 3.7506E+13 3.0910E+10 Te-131m 7.1025E-04 8.9070E-13 4.0946E+12 9.1680E+10 Te-132 6.8734E-03 2.2640E-11 1.0329E+14 8.8119E+11 1-131 3.9154E+00 3.1582E-08 1.4519E+17 5.0070E+14 1-132 4.2393E+00 4.1070E-10 1.8737E+15 6.2733E+14 1-133 7.6094E+00 6.7173E-09 3.0415E+16 9.8707E+14 1-134 4.0601E+00 1.5219E-10 6.8398E+14 7.7484E+14 1-135 6.6618E+00 1.8970E-09 8.4620E+15 8.9459E+14 Xe-133 1.6883E+03 9.0197E-06 4.0841E+19 2.1610E+17 Xe-135 5.7104E+02 2.2361E-07 9.9748E+17 7.5595E+16 Cs-134 4.9465E-03 3.8232E-09 1. 7182E+16 6.3148E+11 Cs-136 1.3734E-03 1.8739E-11 8.2976E+13 1. 7551E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 3.1031E+11 Ba-139 2.1589E-03 1.3199E-13 5.7183E+11 3. 5399E+11 Ba-140 3.3530E-03 4.5801E-11 1. 9701E+14 4.2851E+11 La-140 3.5569E-05 6.3993E-14 2.7527E+11 4.5784E+09 La-141 2.6813E-05 4.7412E-15 2.0250E+10 3.7289E+09 La-142 1.9917E-05 1.3913E-15 5.9006E+09 3.1774E+09 Ce-141 7.9589E-05 2.7933E-12 1.1930E+13 1.0165E+10 Ce-143 7.1500E-05 1.0767E-13 4.5342E+11 9.2200E+09 Ce-144 6.6109E-05 2.0727E-11 8.6681E+13 8.4398E+09 Pr-143 2.8149E-05 4.1802E-13 1.7604E+12 3.5972E+09 Nd-147 1.2811E-05 1.5836E-13 6.4877E+11 1.6376E+09 Np-239 1.0751E-03 4.6344E-12 1.1677E+13 1.3806E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.8086E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.1195E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.9394E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.4505E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 7.6221E+05 Cm-242 1.8117E-06 5.4664E-13 1. 3603E+12 2.3130E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.8315E+07 MVP Holdup Transport Giroup Inventory: Time (h) = 0.9500 Atmosphere Sump Noble gases (atoms) 2.1587E+21 0.OOOOE+00 Elemental I (atoms) 1.8102E+17 O.OOOOE+00 organic I (atoms) 5.5986E+15 0.OOOOE+00 Aerosols (kq) 3.4641E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0586E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5402E-08 Total I (Ci) 2.6486E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Page 359

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 0.9500 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.9600 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.9600 whole Body Thyroid TEDE Delta dose (rem) 9.8750E-06 7.7762E-05 1.2336E-05 Accumulated dose (rem) 1.2491E-01 7.8351E-01 1.4981E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.9600 whole Body Thyroid TEDE Delta dose (rem) 2.3757E-06 1.8707E-05 2.9678E-06 Accumulated dose (rem) 5.5787E-02 3.4979E-01 6.6906E-02 control Room Doses: Time (h) = 0.9600 whole Body Thyroid TEDE Delta dose (rem) 5.4416E-06 8.8500E-04 3.3451E-05 Accumulated dose (rem) 1.0343E-03 1.4692E-01 5.6955E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) 0.9600 Ci kg Atoms Decay Co-58 2.2575E-05 7.0995E-13 7.3714E+12 2.9291E+09 Co-60 2. 7016E-05 2.3900E-11 2.3988E+14 3.5046E+09 Kr-85 2. 3920E+02 6.0969E-04 4.3196E+21 3.1031E+16 Kr-85m 3. 5627E+03 4.3292E-03 3.0672E+22 4.6217E+17 Kr-87 4. 0132E+03 1.4168E-07 9.8070E+17 6.8644E+17 Kr-88 7.5362E+03 6. 0101E-07 4.1129E+18 1.1033E+18 Rb-86 7. 5715E-04 9.3054E-12 6.5161E+13 9.8295E+10 Sr-89 2. 8408E-02 9.7781E-10 6. 6163E+15 3.6862E+12 Sr-90 4. 2761E-03 3.1348E-08 2.0976E+17 5. 5472E+11 Sr-91 3.3558E-02 9.2575E-12 6.1264E+13 4.5115E+12 Sr-92 3.0788E-02 2.4494E-12 1. 6033E+13 4.5342E+12 Y-90 4.3935E-05 8.0753E-14 5.4034E+11 5.7295E+09 Y-91 3. 6989E-04 1. 5083E-11 9.9814E+13 4.7995E+10 Y-92 3.2764E-04 3.4050E-14 2.2288E+11 4.6817E+10 Y-93 4.3302E-04 1.2979E-13 8.4044E+11 5.8089E+10 Zr-95 5.2349E-04 2.4368E-11 1. 5447E+14 6.7924E+10 Zr-97 5. 1026E-04 2.6692E-13 1.6571E+12 6.7531E+10 Nb-95 5.2584E-04 1. 3447E-11 8. 5244E+13 6.8241E+10 Mo-99 7.5917E-03 1. 5829E-11 9.6286E+13 9.8987E+11 Tc-99m 6. 0132E-03 1.1436E-12 6.9564E+12 8.2539E+11 Ru-103 6.7240E-03 2.0834E-10 1. 2181E+15 8.7257E+11 Ru-105 4.2769E-03 6.3626E-13 3.6492E+12 5.9913E+11 Ru-106 3.0869E-03 9.2269E-10 5.2420E+15 4.0046E+11 Rh-105 4.5499E-03 5.3906E-12 3.0917E+13 5.9590E+11 Sb-127 9.4004E-03 3.5200E-11 1. 6692E+14 1.2239E+12 Sb-129 2.3437E-02 4.1677E-12 1. 9456E+13 3.2902E+12 Te-127 8.7733E-03 3.3244E-12 1. 5764E+13 1. 1801E+12 Te-127m 1.2773E-03 1. 3542E-10 6.4212E+14 1.6572E+11 Te-129 1. 5167E-02 7.2424E-13 3.3810E+12 2.6676E+12 Te-129m 4. 0013E-03 1. 3282E-10 6.2005E+14 5.1928E+11 Te-131m 1. 1739E-02 1.4722E-11 6.7677E+13 1. 5401E+12 Te-132 1. 1362E-01 3.7426E-10 1.7075E+15 1.4803E+13 1-131 6. 4728E+01 5.2210E-07 2.4001E+18 8.4114E+15 Page 360

CRDA PELLET MVP TRIP 10 MIN.o0 1-132 6.9875E+01 6.7694E-09 3.0883E+16 1.0532E+16 1-133 1.2576E+02 1.1101E-07 5.0266E+17 1. 6581E+16 1-134 6.6593E+01 2.4963E-09 1. 1219E+16 1.2999E+16 1-135 1.1002E+02 3.1328E-08 1. 3975E+17 1. 5025E+16 Xe-133 2.7910E+04 1.4911E-04 6.7514E+20 3.6303E+18 xe-135 9.4333E+03 3.6939E-06 1.6478E+19 1. 2697E+18 Cs-134 8.1777E-02 6.3205E-08 2.8405E+17 1.0609E+13 Cs-136 2.2705E-02 3.0979E-10 1.3717E+15 2.9485E+12 Cs-137 4.0186E-02 4.6201E-07 2.0309E+18 5.2132E+12 Ba-139 3.5512E-02 2.1711E-12 9.4062E+12 5.9408E+12 Ba-140 5.5431E-02 7.5717E-10 3.2570E+15 7.1987E+12 La-140 5.8794E-04 1.0578E-12 4. 5500E+12 7. 6911E+10 La-141 4.4250E-04 7.8245E-14 3.3418E+11 6.2618E+10 La-142 3.2779E-04 2.2899E-14 9.7111E+10 5.3329E+10 Ce-141 1.3158E-03 4.6178E-11 1. 9723E+14 1. 7076E+11 Ce-143 1.1818E-03 1.7796E-12 7.4944E+12 1. 5488E+11 Ce-144 1.0929E-03 3.4266E-10 1.4330E+15 1. 4179E+11 Pr-143 4.6536E-04 6.9107E-12 2.9103E+13 6.0431E+10 Nd-147 2.1179E-04 2.6180E-12 1.0725E+13 2.7510E+10 Np-239 1.7772E-02 7.6607E-11 1.9303E+14 2.3193E+12 Pu-238 7.5223E-06 4.3939E-10 1.1118E+15 9.7582E+08 Pu-239 4.0398E-07 6.4993E-09 1. 6377E+16 5.2405E+07 Pu-240 6.3966E-07 2.8072E-09 7.0438E+15 8.2980E+07 Pu-241 1.8785E-04 1.8235E-09 4. 5566E+15 2.4368E+10 Am-241 9.8707E-08 2.8759E-11 7.1865E+13 1.2805E+07 Cm-242 2.9952E-05 9.0372E-12 2.2489E+13 3.8858E+09 Cm-244 3.6669E-06 4.5324E-11 1. 1186E+14 4.7568E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.9600 Atmosphere Sump Noble gases (atoms) 3.5688E+22 O.OOOOE+00 Elemental I (atoms) 2.9921E+18 O.OOOOE+00 organi c I (atoms) 9.2540E+16 O.0000E+O0 Aerosols (kq) 5.7269E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7356E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1368E-08 Total I (Ci) 4.3697E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9600 Leakage Transport Noble gases (atoms) 1. 1799E+19 Elemental I (atoms) 9.9728E+14 organic I (atoms) 3.0844E+13 Aerosols (kg) 1.8933E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9600 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.9600 Ci kg Atoms Bq Co-58 7.3473E-06 2.3106E-13 2.3991E+12 2.7185E+05 Co-60 8.7897E-06 7.7759E-12 7.8045E+13 3.2522E+05 Kr-85 7.7826E+01 1.9837E-04 1.4054E+21 2.8795E+12 Kr-85m 1. 1591E+03 1.4085E-03 9.9791E+21 4.2888E+13 Kr-87 2.0526E+03 7.2465E-08 5.0160E+17 7. 5947E+13 Page 361

CRDA PELLET MVP TRIP 10 MIN.00 Kr-88 3.0023E+03 2.3943E-07 1.6385E+18 1. 1109E+14 Rb-86 2.4666E-04 3.0314E-12 2.1227E+13 9.1263E+06 Sr-89 9.2468E-03 3.1828E-10 2.1536E+15 3.4213E+08 Sr-90 1.3912E-03 1.0199E-08 6.8246E+16 5.1476E+07 Sr-91 1.1600E-02 3.1999E-12 2.1176E+13 4.2919E+08 Sr-92 1.2385E-02 9.8534E-13 6.4498E+12 4.5825E+08 Y-90 1.4423E-05 2.6510E-14 1.7739E+11 5.3366E+05 Y-91 1.2039E-04 4.9092E-12 3.2488E+13 4.4545E+06 Y-92 1.2540E-04 1.3032E-14 8.5307E+10 4.6399E+06 Y-93 1.4914E-04 4.4701E-14 2.8946E+11 5.5181E+06 Zr-95 1.7038E-04 7.9311E-12 5.0276E+13 6.3041E+06 zr-97 1.7176E-04 8.9848E-14 5.5781E+11 6.3551E+06 Nb-95 1.7120E-04 4.3781E-12 2.7753E+13 6.3343E+06 Mo-99 2.4916E-03 5.1950E-12 3.1601E+13 9.2189E+07 Tc-99m 2.1525E-03 4.0936E-13 2.4901E+12 7.9643E+07 Ru-103 2.1890E-03 6.7825E-11 3.9655E+14 8.0992E+07 Ru-105 1.5839E-03 2.3563E-13 1.3514E+12 5.8606E+07 Ru-106 1.0044E-03 3.0022E-10 1.7056E+15 3.7163E+07 Rh-105 1.5046E-03 1.7826E-12 1.0224E+13 5.5670E+07 sb-127 3.0775E-03 1.1524E-11 5.4645E+13 1.1387E+08 sb-129 8.7110E-03 1.5491E-12 7.2315E+12 3.2231E+08 Te-127 3.0355E-03 1.1502E-12 5.4540E+12 1.1231E+08 Te-127m 4.1567E-04 4.4067E-11 2.0896E+14 1.5380E+07 Te-129 8.1031E-03 3.8693E-13 1.8063E+12 2.9981E+08 Te-129m 1.3027E-03 4.3244E-11 2.0188E+14 4.8202E+07 Te-131m 3.8933E-03 4.8824E-12 2.2445E+13 1.4405E+08 Te-132 3.7240E-02 1.2266E-10 5.5962E+14 1.3779E+09 1-131 2.1122E+01 1.7037E-07 7.8322E+17 7.8152E+11 1-132 2.9193E+01 2.8282E-09 1.2903E+16 1. 0801E+12 1-133 4.2062E+01 3.7131E-08 1.6813E+17 1. 5563E+12 1-134 4.1766E+01 1.5656E-09 7.0362E+15 1. 5454E+12 1-135 3.9048E+01 1.1119E-08 4.9600E+16 1.4448E+12 Xe-133 9.1220E+03 4.8733E-05 2.2066E+20 3.3751E+14 Xe-135 3.2675E+03 1.2795E-06 5.7077E+18 1.2090E+14 Cs-134 2.6607E-02 2.0565E-08 9.2420E+16 9.8446E+08 Cs-136 7.4005E-03 1.0097E-10 4.4712E+14 2.7382E+08 Cs-137 1.3075E-02 1.5032E-07 6.6074E+17 4.8376E+08 Ba-139 1.7538E-02 1.0722E-12 4.6454E+12 6.4892E+08 Ba-140 1.8069E-02 2.4681E-10 1.0617E+15 6.6853E+08 La-140 1.9404E-04 3.4909E-13 1.5016E+12 7.1794E+06 La-141 1.6666E-04 2.9469E-14 1.2586E+11 6.1663E+06 La-142 1.5488E-04 1.0820E-14 4.5885E+10 5.7306E+06 Ce-141 4.2840E-04 1.5035E-11 6.4215E+13 1. 5851E+07 Ce-143 3.9126E-04 5.8917E-13 2.4812E+12 1.4477E+07 Ce-144 3.5561E-04 1.1150E-10 4.6628E+14 1. 3158E+07 Pr-143 1.5167E-04 2.2524E-12 9.4854E+12 5.6119E+06 Nd-147 6.9058E-05 8.5364E-13 3.4971E+12 2.5551E+06 Np-239 5.8413E-03 2.5179E-11 6.3444E+13 2. 1613E+08 Pu-238 2.4474E-06 1.4296E-10 3.6173E+14 9.0553E+04 Pu-239 1.3143E-07 2.1146E-09 5.3281E+15 4.8630E+03 Pu-240 2.0811E-07 9.1332E-10 2.2917E+15 7.7002E+03 Pu-241 6.1116E-05 5.9329E-10 1.4825E+15 2.2613E+06 Am-241 3.2115E-08 9.3569E-12 2.3381E+13 1. 1882E+03 Cm-242 9.7463E-06 2.9407E-12 7.3179E+12 3. 6061E+05 Cm-244 1.1930E-06 1.4746E-11 3.6395E+13 4.4142E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.9600 Release Rate/s Noble gases (atoms) 1.1613E+22 3.3603E+18 Elemental I (atoms) 9.9026E+17 2.8653E+14 organic I (atoms) 3.0626E+16 8.8618E+12 Page 362

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kq) 1.8633E-07 5.3915E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9469E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7379E+01 Total I (Ci) 1.7319E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9600 Leakage Transport Noble gases (atoms) 1. 1799E+19 Elemental I (atoms) 9.9728E+14 organic I (atoms) 3.0844E+13 Aerosols (kg) 1.8933E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.9600 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.1594E+17 Elemental I (atoms) O.OOOOE+00 3.5504E+13 organic I (atoms) O.OOOOE+00 1.0981E+12 Aerosols (kg) O.OOOOE+00 6.6737E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.9600 Filtered Transported Noble gases (atoms) 2.9898E+17 0.0000E+00 Elemental I (atoms) 2. 5337E+13 0.0000E+00 organic I (atoms) 7.8361E+11 O.0000E+00 Aerosols (kg) 4.7973E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.9600 Ci kg Atoms Decay Co-58 1.3655E-06 4.2944E-14 4.4588E+11 1. 7617E+08 Co-60 1.6341E-06 1.4456E-12 1.4510E+13 2.1079E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 8664E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 2.7798E+16 Kr-87 2.4275E+02 8.5699E-09 5.9321E+16 4.1229E+16 Kr-88 4.5585E+02 3.6354E-08 2.4878E+17 6.6321E+16 Rb-86 4.5799E-05 5.6287E-13 3.9415E+12 5.9121E+09 Sr-89 1.7183E-03 5.9146E-11 4.0021E+14 2.2171E+11 Sr-90 2.5866E-04 1.8962E-09 1. 2688E+16 3.3364E+10 Sr-91 2.0299E-03 5.5997E-13 3.7057E+12 2.7130E+11 Sr-92 1.8623E-03 1.4816E-13 9.6983E+11 2.7254E+11 Y-90 2.6575E-06 4.8846E-15 3.2684E+10 3.4460E+08 Y-91 2.2374E-05 9.1233E-13 6.0376E+12 2.8867E+09 Y-92 1.9818E-05 2.0596E-15 1. 3482E+10 2.8145E+09 Y-93 2. 6193E-05 7.8508E-15 5.0837E+10 3.4933E+09 Zr-95 3. 1665E-05 1.4740E-12 9.3436E+12 4.0854E+09 zr-97 3.0865E-05 1. 6145E-14 1.0024E+11 4.0613E+09 Nb-95 3.1807E-05 8.1341E-13 5.1563E+12 4.1044E+09 Mo-99 4.5921E-04 9. 5745E-13 5.8242E+12 5.9536E+10 Tc-99m 3.6373E-04 6.9173E-14 4.2078E+11 4.9630E+10 Page 363

CRDA PELLET MVP TRIP 10 MIN.O0 Ru-103 4.0672E-04 1.2602E-11 7.3681E+13 5.2482E+10 Ru-105 2.5870E-04 3.8486E-14 2.2073E+11 3.6022E+10 Ru-106 1.8672E-04 5. 5812E-11 3.1708E+14 2.4086E+10 Rh-105 2.7522E-04 3.2607E-13 1. 8701E+12 3. 5839E+10 sb-127 5.6861E-04 2.1292E-12 1.0096E+13 7.3613E+10 Sb-129 1.4177E-03 2.5210E-13 1.1769E+12 1.9782E+11 Te-127 5.3068E-04 2.0108E-13 9.5351E+11 7.0967E+10 Te-127m 7.7262E-05 8.1910E-12 3.8840E+13 9.9674E+09 Te-129 9.1744E-04 4.3808E-14 2.0451E+11 1. 6020E+11 Te-129m 2.4203E-04 8.0341E-12 3.7506E+13 3.1233E+10 Te-131m 7.1008E-04 8.9049E-13 4.0936E+12 9.2626E+10 Te-132 6.8728E-03 2.2638E-11 1.0328E+14 8.9034E+11 1-131 3.9153E+00 3.1581E-08 1.4518E+17 5.0591E+14 1-132 4.2266E+00 4.0947E-10 1. 8681E+15 6.3297E+14 1-133 7.6069E+00 6.7150E-09 3.0405E+16 9.9721E+14 1-134 4.0281E+00 1. 51O0E-10 6.7860E+14 7.8023E+14 1-135 6.6548E+00 1.8950E-09 8.4531E+15 9.0346E+14 Xe-133 1.6882E+03 9.0192E-06 4.0838E+19 2.1835E+17 Xe-135 5.7060E+02 2.2344E-07 9.9673E+17 7.6356E+16 Cs-134 4.9465E-03 3.8232E-09 1. 7182E+16 6.3807E+11 Cs-136 1.3734E-03 1.8738E-11 8.2974E+13 1.7734E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 3.1355E+11 Ba-139 2.1481E-03 1.3132E-13 5.6896E+11 3.5686E+11 Ba-140 3.3529E-03 4.5800E-11 1. 9701E+14 4.3297E+11 La-140 3.5563E-05 6.3982E-14 2.7522E+11 4.6257E+09 La-141 2.6766E-05 4.7329E-15 2.0214E+10 3.7646E+09 La-142 1.9828E-05 1. 3851E-15 5.8741E+09 3.2039E+09 Ce-141 7.9589E-05 2.7932E-12 1.1930E+13 1.0271E+10 Ce-143 7.1485E-05 1.0765E-13 4.5332E+11 9.3153E+09 Ce-144 6.6109E-05 2.0727E-11 8.6681E+13 8.5279E+09 Pr-143 2.8149E-05 4.1801E-13 1.7604E+12 3.6347E+09 Nd-147 1.2811E-05 1. 5836E-13 6.4875E+11 1.6546E+09 Np-239 1.0750E-03 4.6338E-12 1. 1676E+13 1. 3949E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.8692E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.1520E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 4.9909E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.4657E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 7.7016E+05 Cm-242 1.8117E-06 5.4664E-13 1. 3603E+12 2.3372E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.8611E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.9600 Atmosphere sump Noble gases (atoms) 2.1587E+21 0.O000E+0Q Elemental I (atoms) 1.8099E+17 O.O000E+00 organic I (atoms) 5.5975E+15 O.O000E+00 Aerosols (kg) 3.4641E-08 O.O000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0576E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5375E-08 Total I (Ci) 2.6432E+01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9600 Filtered Transported Noble gases (atoms) O.O000E+00 1.3760E+22 Elemental I (atoms) O.O000E+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Page 364

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 0.9600 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organi c I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.9700 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.9700 whole Body Thyroid TEDE Delta dose (rem) 9.8495E-06 7.7749E-05 1.2310E-05 Accumulated dose (rem) 1.2492E-01 7.8359E-01 1.4982E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.9700 whole Body Thyroid TEDE Delta dose (rem) 2.3695E-06 1.8704E-05 2.9615E-06 Accumulated dose (rem) 5.5789E-02 3.4980E-01 6.6909E-02 control Room Doses: Time (h) = 0.9700 whole Body Thyroid TEDE Delta dose (rem) 5.3613E-06 8.7404E-04 3.3023E-05 Accumulated dose (rem) 1.0397E-03 1.4779E-01 5.7285E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.9700 Ci kg Atoms Decay Co-58 2.2575E-05 7.0994E-13 7.3713E+12 2.9592E+09 Co-60 2.7016E-05 2.3900E-11 2.3988E+14 3.5406E+09 Kr-85 2.3920E+02 6.0969E-04 4.3196E+21 3.1349E+16 Kr-85m 3.5627E+03 4.3291E-03 3.0671E+22 4.6692E+17 Kr-87 3.9913E+03 1.4091E-07 9.7537E+17 6.9178E+17 Kr-88 7. 5178E+03 5.9954E-07 4.1029E+18 1. 1134E+18 Rb-86 7.5714E-04 9.3052E-12 6. 5160E+13 9.9304E+10 Sr-89 2.8407E-02 9.7780E-10 6.6162E+15 3.7240E+12 Sr-90 4.2761E-03 3.1348E-08 2.0976E+17 5.6041E+11 Sr-91 3.3534E-02 9.2508E-12 6.1219E+13 4.5561E+12 Sr-92 3.0709E-02 2.4431E-12 1. 5992E+13 4.5752E+12 Y-90 4.3930E-05 8.0744E-14 5.4028E+11 5.7880E+09 Y-91 3.6989E-04 1. 5083E-11 9.9813E+13 4.8488E+10 Y-92 3.2699E-04 3.3983E-14 2.2245E+11 4.7253E+10 Y-93 4.3272E-04 1.2970E-13 8.3986E+11 5.8666E+10 Zr-95 5.2349E-04 2.4368E-11 1. 5447E+14 6.8622E+10 Zr-97 5.1005E-04 2.6681E-13 1. 6565E+12 6.8210E+10 Nb-95 5.2583E-04 1. 3447E-11 8. 5243E+13 6.8941E+10 MO-99 7.5909E-03 1. 5827E-11 9.6275E+13 9.9998E+11 Tc-99m 6.0063E-03 1.1423E-12 6.9484E+12 8.3340E+11 Ru-103 6.7239E-03 2.0834E-10 1. 2181E+15 8.8153E+11 Ru-105 4.2702E-03 6.3526E-13 3.6435E+12 6.0482E+11 Ru-106 3.0869E-03 9.2268E-10 5.2420E+15 4.0458E+11 Rh-105 4.5490E-03 5.3895E-12 3.0911E+13 6.0196E+11 sb-127 9.3996E-03 3.5198E-11 1. 6690E+14 1.2364E+12 Sb-129 2.3399E-02 4.1610E-12 1. 9425E+13 3.3214E+12 Te-127 8.7668E-03 3.3219E-12 1. 5752E+13 1.1918E+12 Te-127m 1.2773E-03 1.3541E-10 6.4211E+14 1.6742E+11 Te-129 1.5077E-02 7.1993E-13 3.3608E+12 2.6877E+12 Te-129m 4.0012E-03 1.3282E-10 6.2004E+14 5.2461E+11 Te-131m 1.1736E-02 1.4718E-11 6. 7661E+13 1. 5557E+12 Te-132 1.1361E-01 3.7422E-10 1. 7073E+15 1.4955E+13 1-131 6.4725E+01 5.2208E-07 2.4000E+18 8.4976E+15 1-132 6.9664E+01 6.7490E-09 3.0790E+16 1.0625E+16 Page 365

CRDA PELLET MVP TRIP 10 MIN.O0 1-133 1.2572E+02 1.1098E-07 5.0249E+17 1.6748E+16 1-134 6.6068E+01 2.4766E-09 1.1130E+16 1. 3088E+16 1-135 1.0990E+02 3.1295E-08 1. 3960E+17 1. 5171E+16 Xe-133 2.7908E+04 1.4910E-04 6.7510E+20 3.6675E+18 xe-135 9.4262E+03 3.6911E-06 1.6466E+19 1.2823E+18 Cs-134 8.1777E-02 6.3205E-08 2.8405E+17 1.0718E+13 Cs-136 2.2704E-02 3.0978E-10 1.3717E+15 2.9787E+12 Cs-137 4.0186E-02 4.6201E-07 2.0309E+18 5.2667E+12 Ba-139 3.5334E-02 2.1602E-12 9.3589E+12 5.9880E+12 Ba-140 5.5430E-02 7.5715E-10 3.2569E+15 7.2725E+12 La-140 5.8783E-04 1.0576E-12 4. 5492E+12 7.7694E+10 La-141 4.4172E-04 7.8106E-14 3.3359E+11 6.3206E+10 La-142 3.2632E-04 2.2796E-14 9.6675E+10 5.3765E+10 Ce-141 1.3158E-03 4.6177E-11 1.9722E+14 1. 7251E+11 Ce-143 1.1816E-03 1.7792E-12 7.4928E+12 1. 5646E+11 Ce-144 1.0929E-03 3.4266E-10 1.4330E+15 1.4324E+11 Pr-143 4.6535E-04 6.9105E-12 2.9102E+13 6.1050E+10 Nd-147 2.1179E-04 2.6179E-12 1.0725E+13 2.7792E+10 Np-239 1.7770E-02 7.6597E-11 1.9300E+14 2.3429E+12 Pu-238 7.5223E-06 4.3939E-10 1.1118E+15 9.8584E+08 Pu-239 4.0397E-07 6.4993E-09 1.6376E+16 5.2944E+07 Pu-240 6.3966E-07 2.8072E-09 7.0438E+15 8.3832E+07 Pu-241 1.8784E-04 1.8235E-09 4. 5566E+15 2.4618E+10 Am-241 9.8707E-08 2.8759E-11 7.1864E+13 1.2936E+07 Cm-242 2.9952E-05 9.0371E-12 2.2489E+13 3.9257E+09 Cm-244 3.6668E-06 4.5324E-11 1.1186E+14 4.8057E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.9700 Atmosphere Sump Noble gases (atoms) 3.5688E+22 0.OOOOE+00 Elemental I (atoms) 2.9915E+18 0.0000E+00 Organic I (atoms) 9.2522E+16 0.OOOOE+00 Aerosols (kg) 5.7269E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7347E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1342E-08 Total I (Ci) 4.3608E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9700 Leakage Transport Noble gases (atoms) 1.1948E+19 Elemental I (atoms) 1.0097E+15 organic I (atoms) 3.1229E+13 Aerosols (kg) 1.9172E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.9700 Ci kg Atoms ý Bq Co-58 7.3474E-06 2.3106E-13 2.3991E+12 2.7185E+05 Co-60 8. 7898E-06 7.7760E-12 7.8046E+13 3.2522E+05 Kr-85 7.7827E+01 1.9837E-04 1.4054E+21 2 8796E+12 Kr-85m 1. 1592E+03 1.4085E-03 9.9793E+21 4.2889E+13 Kr-87 2.0526E+03 7.2465E-08 5.0161E+17 7.5947E+13 Kr-88 3.0024E+03 2.3944E-07 1. 6385E+18 1.1109E+14 Page 366

CRDA PELLET MVP TRIP 10 MIN.O0 Rb-86 2.4666E-04 3.0314E-12 2.1228E+13 9.1264E+06 Sr-89 9.2469E-03 3.1829E-10 2.1537E+15 3.4214E+08 Sr-90 1.3913E-03 1.0199E-08 6.8247E+16 5.1477E+07 Sr-91 1.1600E-02 3.1999E-12 2.1176E+13 4.2919E+08 Sr-92 1.2385E-02 9.8535E-13 6.4499E+12 4.5825E+08 Y-90 1.4423E-05 2.6510E-14 1.7739E+11 5.3366E+05 Y-91 1.2039E-04 4.9093E-12 3.2488E+13 4.4546E+06 Y-92 1.2540E-04 1.3032E-14 8.5308E+10 4.6399E+06 Y-93 1.4914E-04 4.4702E-14 2.8946E+11 5.5182E+06 Zr-95 1.7038E-04 7.9312E-12 5.0276E+13 6.3042E+06 Zr-97 1.7176E-04 8.9849E-14 5.5782E+11 6.3552E+06 Nb-95 1.7120E-04 4.3782E-12 2.7754E+13 6.3344E+06 Mo-99 2.4916E-03 5.1950E-12 3.1601E+13 9.2190E+07 Tc-99m 2.1526E-03 4.0937E-13 2.4902E+12 7.9644E+07 Ru-103 2.1890E-03 6.7826E-11 3.9656E+14 8.0993E+07 Ru-105 1.5840E-03 2.3564E-13 1.3515E+12 5.8606E+07 Ru-106 1.0044E-03 3.0022E-10 1.7056E+15 3.7163E+07 Rh-105 1.5046E-03 1.7826E-12 1.0224E+13 5. 5671E+07 Sb-127 3.0775E-03 1.1524E-11 5.4646E+13 1.1387E+08 sb-129 8.7111E-03 1.5491E-12 7.2316E+12 3.2231E+08 Te-127 3.0355E-03 1.1502E-12 5.4541E+12 1.1231E+08 Te-127m 4.1567E-04 4.4068E-11 2.0896E+14 1.5380E+07 Te-129 8.1032E-03 3.8693E-13 1.8063E+12 2.9982E+08 Te-129m 1.3028E-03 4.3245E-11 2.0188E+14 4.8202E+07 Te-131m 3.8933E-03 4.8825E-12 2.2445E+13 1.4405E+08 Te-132 3.7240E-02 1.2267E-10 5.5963E+14 1.3779E+09 1-131 2.1122E+01 1.7038E-07 7.8323E+17 7.8153E+11 1-132 2.9193E+01 2.8282E-09 1.2903E+16 1. 0801E+12 1-133 4.2063E+01 3.7132E-08 1.6813E+17 1. 5563E+12 1-134 4.1767E+01 1.5657E-09 7.0363E+15 1. 5454E+12 1-135 3.9049E+01 1.1119E-08 4.9601E+16 1.4448E+12 Xe-133 9.1221E+03 4.8734E-05 2.2066E+20 3.3752E+14 xe-135 3.2675E+03 1.2795E-06 5.7077E+18 1.2090E+14 Cs-134 2.6607E-02 2.0565E-08 9.2421E+16 9.8447E+08 Cs-136 7.4006E-03 1.0098E-10 4.4712E+14 2.7382E+08 Cs-137 1.3075E-02 1.5032E-07 6.6075E+17 4.8377E+08 Ba-139 1.7539E-02 1.0722E-12 4.6454E+12 6.4893E+08 Ba-140 1.8069E-02 2.4681E-10 1.0617E+15 6.6854E+08 La-140 1.9404E-04 3.4910E-13 1.5017E+12 7.1794E+06 La-141 1.6666E-04 2.9469E-14 1.2586E+11 6.1663E+06 La-142 1.5488E-04 1.0820E-14 4.5885E+10 5.7307E+06 Ce-141 4.2841E-04 1.5035E-11 6.4216E+13 1. 5851E+07 Ce-143 3.9126E-04 5.8918E-13 2.4812E+12 1.4477E+07 Ce-144 3.5562E-04 1.1150E-10 4.6628E+14 1. 3158E+07 Pr-143 1.5167E-04 2.2524E-12 9.4855E+12 5.6119E+06 Nd-147 6.9059E-05 8.5365E-13 3.4971E+12 2.5552E+06 Np-239 5.8414E-03 2.5179E-11 6.3445E+13 2.1613E+08 Pu-238 2.4474E-06 1.4296E-10 3.6173E+14 9.0554E+04 Pu-239 1.3144E-07 2.1146E-09 5.3282E+15 4.8631E+03 Pu-240 2.0812E-07 9.1333E-10 2.2918E+15 7.7003E+03 Pu-241 6.1117E-05 5.9329E-10 1.4825E+15 2.2613E+06 Am-241 3.2115E-08 9.3570E-12 2.3381E+13 1. 1883E+03 Cm-242 9.7464E-06 2.9407E-12 7.3179E+12 3.6062E+05 Cm-244 1.1930E-06 1.4747E-11 3.6396E+13 4.4142E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.9700 Release Rate/s Noble gases (atoms) 1. 1613E+22 3.3257E+18 Elemental I (atoms) 9.9027E+17 2.8358E+14 Organic I (atoms) 3.0627E+16 8.7706E+12 Aerosols (kg) 1.8633E-07 5.3360E-11 Page 367

CRDA PELLET MVP TRIP 10 MIN.o0 Dose Effective (Ci) 1-131 (Thyroid) 2.9470E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7379E+01 Total I (Ci) 1.7319E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9700 Leakage Transport Noble gases (atoms) 1. 1948E+19 Elemental I (atoms) 1. 0097E+15 Organic I (atoms) 3.1229E+13 Aerosols (kg) 1.9172E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.9700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.1637E+17 Elemental I (atoms) O.OOOOE+00 3.5541E+13 Organic I (atoms) 0.OOOOE+00 1.0992E+12 Aerosols (kg) 0.OOOOE+00 6.6806E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.9700 Filtered Transported Noble gases (atoms) 3.0080E+17 O.OOOOE+00 Elemental I (atoms) 2. 5490E+13 0.OOOOE+00 organic I (atoms) 7.8834E+11 0.OOOOE+00 Aerosols (kg) 4.8266E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9700 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.9700 Ci kg Atoms Decay Co-58 1.3655E-06 4.294 E-14 4.4588E+11 1.7799E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 2.1297E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1.8857E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 2.8085E+16 Kr-87 2.4143E+02 8.5233E-09 5.8998E+16 4.1552E+16 Kr-88 4. 5474E+02 3.6265E-08 2.4818E+17 6.6928E+16 Rb-86 4. 5798E-05 5.6286E-13 3.9414E+12 5.9731E+09 Sr-89 1.7183E-03 5.9146E-11 4.0021E+14 2.2400E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 3.3709E+10 Sr-91 2.0284E-03 5.5956E-13 3.7030E+12 2.7400E+11 Sr-92 1.8575E-03 1.4778E-13 9.6735E+11 2.7502E+11 Y-90 2.6572E-06 4.8840E-15 3.2680E+10 3.4814E+08 Y-91 2.2374E-05 9.1233E-13 6.0375E+12 2.9165E+09 Y-92 1.9779E-05 2.0556E-15 1. 3455E+10 2.8409E+09 Y-93 2.6175E-05 7.8454E-15 5.0802E+10 3.5282E+09 Zr-95 3.1665E-05 1.4740E-12 9.3436E+12 4.1276E+09 Zr-97 3.0852E-05 1.6139E-14 1.0020E+11 4.1024E+09 Nb-95 3.1807E-05 8.1340E-13 5.1562E+12 4.1468E+09 Mo-99 4. 5916E-04 9. 5735E-13 5.8235E+12 6.0147E+10 Tc-99m 3.6331E-04 6.9094E-14 4.2029E+11 5. 0115E+10 Ru-103 4. 0672E-04 1.2602E-11 7.3681E+13 5.3024E+10 Page 368

CRDA PELLET MVP TRIP 10 MIN.oO Ru-105 2.5830E-04 3.8426E-14 2.2039E+11 3.6366E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.4335E+10 Rh-105 2.7516E-04 3.2600E-13 1. 8697E+12 3.6206E+10 Sb-127 5.6857E-04 2.1291E-12 1.0096E+13 7.4370E+10 Sb-129 1.4154E-03 2.5169E-13 1. 1750E+12 1.9970E+11 Te-127 5.3029E-04 2.0094E-13 9.5280E+11 7.1674E+10 Te-127m 7.7262E-05 8.1910E-12 3.8840E+13 1.0070E+10 Te-129 9.1198E-04 4.3547E-14 2.0329E+11 1. 6141E+11 Te-129m 2.4203E-04 8.0340E-12 3.7505E+13 3.1555E+10 Te-131m 7.0992E-04 8.9028E-13 4.0927E+12 9.3571E+10 Te-132 6.8722E-03 2.2636E-11 1.0327E+14 8.9950E+11 1-131 3.9151E+00 3.1580E-08 1.4517E+17 5. 1113E+14 1-132 4.2139E+00 4.0824E-10 1.8625E+15 6.3859E+14 1-133 7.6043E+00 6.7128E-09 3.0395E+16 1. 0073E+15 1-134 3.9964E+00 1.4981E-10 6.7325E+14 7.8557E+14 1-135 6.6479E+00 1.8930E-09 8.4443E+15 9.1232E+14 Xe-133 1.6881E+03 9.0187E-06 4.0836E+19 2.2059E+17 Xe-135 5.7017E+02 2.2327E-07 9.9598E+17 7.7116E+16 Cs-134 4.9465E-03 3.8232E-09 1.7182E+16 6.4466E+11 Cs-136 1.3733E-03 1.8738E-11 8.2973E+13 1.7917E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 3.1679E+11 Ba-139 2.1373E-03 1.3067E-13 5.6611E+11 3.5971E+11 Ba-140 3.3529E-03 4.5798E-11 1.9700E+14 4.3744E+11 La-140 3.5557E-05 6.3971E-14 2.7517E+11 4.6731E+09 La-141 2.6719E-05 4.7245E-15 2.0179E+10 3.8002E+09 La-142 1.9739E-05 1.3789E-15 5.8477E+09 3.2302E+09 Ce-141 7.9588E-05 2.7932E-12 1. 1930E+13 1.0377E+10 Ce-143 7.1470E-05 1.0762E-13 4.5323E+11 9.4105E+09 Ce-144 6.6109E-05 2.0727E-11 8.6681E+13 8.6159E+09 Pr-143 2.8148E-05 4.1801E-13 1. 7603E+12 3.6722E+09 Nd-147 1.2811E-05 1.5836E-13 6.4873E+11 1. 6717E+09 Np-239 1.0749E-03 4.6332E-12 1.1674E+13 1.4092E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.9298E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.1845E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 5.0425E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.4808E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 7.7811E+05 Cm-242 1.8117E-06 5.4664E-13 1. 3603E+12 2.3613E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.8906E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.9700 Atmosphere Sump Noble gases (atoms) 2.1587E+21 O.OOOOE+O0 Elemental I (atoms) 1.8095E+17 0.OOOOE+00 Organic I (atoms) 5.5965E+15 0.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 6.0567E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.5348E-08 Total I (Ci) 2.6378E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9700 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9700 Filtered Transported Page 369

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) 0.9800 CRDA @ EAB - Condenser Release Doses: Time (h) = 0.9800 whole Body Thyroid TEDE Delta dose (rem) 9.8240E-06 7.7736E-05 1.2284E-05 Accumulated dose (rem) 1.2493E-01 7.8367E-01 1.4984E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.9800 whole Body Thyroid TEDE Delta dose (rem) 2.3634E-06 1.8701E-05 2.9552E-06 Accumulated dose (rem) 5.5791E-02 3.4982E-01 6.6912E-02 Control Room Doses: Time (h) = 0.9800 whole Body Thyroid TEDE Delta dose (rem) 5.2823E-06 8.6327E-04 3.2602E-05 Accumulated dose (rem) 1.0449E-03 1.4865E-01 5.7611E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.9800 Ci kg Atoms Decay co-58 2.2575E-05 7.0994E-13 7.3713E+12 2.9892E+09 Co-60 2.7016E-05 2.3899E-11 2.3988E+14 3.5766E+09 Kr-85 2. 3920E+02 6.0969E-04 4.3196E+21 3.1668E+16 Kr-85m 3. 5627E+03 4.3291E-03 3.0671E+22 4.7166E+17 Kr-87 3.9696E+03 1.4014E-07 9.7006E+17 6.9708E+17 Kr-88 7.4995E+03 5.9808E-07 4.0929E+18 1.1234E+18 Rb-86 7.5713E-04 9.3050E-12 6.5158E+13 1.0031E+11 Sr-89 2.8407E-02 9.7779E-10 6.6162E+15 3.7619E+12 Sr-90 4.2761E-03 3.1348E-08 2.0976E+17 5.6611E+11 Sr-91 3.3509E-02 9.2440E-12 6.1174E+13 4.6008E+12 Sr-92 3.0630E-02 2.4369E-12 1. 5951E+13 4.6160E+12 Y-90 4.3925E-05 8.0734E-14 5.4022E+11 5.8465E+09 Y-91 3.6988E-04 1. 5083E-11 9.9812E+13 4.8980E+10 Y-92 3.2635E-04 3.3916E-14 2.2201E+11 4.7688E+10 Y-93 4.3242E-04 1.2961E-13 8.3928E+11 5.9242E+10 Zr-95 5.2348E-04 2.4367E-11 1. 5447E+14 6.9319E+10 Zr-97 5.0984E-04 2.6670E-13 1.6558E+12 6.8889E+10 Nb-95 5.2582E-04 1. 3447E-11 8. 5242E+13 6.9642E+10 MO-99 7.5901E-03 1. 5825E-11 9.6265E+13 1.0101E+12 TC-99m 5.9994E-03 1. 1409E-12 6.9403E+12 8.4139E+11 Ru-103 6.7238E-03 2.0834E-10 1. 2181E+15 8.9048E+11 Ru-105 4.2636E-03 6.3427E-13 3.6378E+12 6.1051E+11 Ru-106 3.0869E-03 9.2268E-10 5.2420E+15 4.0869E+11 Rh-105 4. 5481E-03 5.3884E-12 3.0904E+13 6.0801E+11 Sb-127 9.3989E-03 3.5195E-11 1.6689E+14 1. 2490E+12 Sb-129 2.3362E-02 4.1544E-12 1.9394E+13 3.3526E+12 Te-127 8. 7603E-03 3.3194E-12 1. 5740E+13 1.203 5E+12 Te-127m 1.2773E-03 1.3541E-10 6.4211E+14 1. 6912E+11 Te-129 1.4987E-02 7.1563E-13 3.3408E+12 2.7077E+12 Te-129m 4. 0012E-03 1. 3282E-10 6.2004E+14 5.2994E+11 Te-131m 1.1734E-02 1.4715E-11 6.7645E+13 1. 5714E+12 Te-132 1.1360E-01 3.7419E-10 1.7071E+15 1. 5106E+13 1-131 6. 4722E+01 5.2206E-07 2.3999E+18 8. 5838E+15 1-132 6.9454E+01 6.7286E-09 3.0698E+16 1.0717E+16 1-133 1.2567E+02 1. 1094E-07 5.0232E+17 1. 6916E+16 Page 370

CRDA PELLET MVP TRIP 10 MIN.00 1-134 6.5548E+01 2.4571E-09 1.1043E+16 1.3175E+16 1-135 1.0979E+02 3.1262E-08 1. 3945E+17 1. 5318E+16 Xe-133 2.7907E+04 1.4909E-04 6.7507E+20 3.7046E+18 Xe-135 9.4190E+03 3.6883E-06 1. 6453E+19 1. 2948E+18 Cs-134 8.1776E-02 6.3205E-08 2.8405E+17 1.0827E+13 Cs-136 2.2703E-02 3.0977E-10 1. 3717E+15 3.0090E+12 Cs-137 4.0186E-02 4.6201E-07 2.0308E+18 5.3202E+12 Ba-139 3.5157E-02 2.1493E-12 9.3120E+12 6.0350E+12 Ba-140 5.5428E-02 7.5712E-10 3.2568E+15 7.3464E+12 La-140 5.8773E-04 1.0574E-12 4. 5484E+12 7.8477E+10 La-141 4.4094E-04 7.7968E-14 3.3300E+11 6.3794E+10 La-142 3.2486E-04 2.2693E-14 9.6241E+10 5.4198E+10 Ce-141 1.3157E-03 4.6177E-11 1.9722E+14 1.7427E+11 Ce-143 1.1813E-03 1.7788E-12 7.4912E+12 1. 5803E+11 Ce-144 1.0929E-03 3.4266E-10 1.4330E+15 1.4470E+11 Pr-143 4.6533E-04 6.9103E-12 2.9101E+13 6.1670E+10 Nd-147 2.1178E-04 2.6179E-12 1.0725E+13 2.8074E+10 Np-239 1.7768E-02 7.6587E-11 1. 9298E+14 2.3666E+12 Pu-238 7.5222E-06 4.3939E-10 1.1118E+15 9.9586E+08 Pu-239 4.0397E-07 6.4993E-09 1.6376E+16 5.3482E+07 Pu-240 6.3966E-07 2.8072E-09 7.0438E+15 8.4684E+07 Pu-241 1.8784E-04 1.8235E-09 4. 5566E+15 2.4869E+10 Am-241 9.8707E-08 2.8759E-11 7.1864E+13 1.3068E+07 Cm-242 2.9951E-05 9.0371E-12 2.2489E+13 3.9656E+09 Cm-244 3.6668E-06 4.5324E-11 1.1186E+14 4.8545E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.9800 Atmosphere Sump Noble gases (atoms) 3.5687E+22 O.OOOOE+00 Elemental I (atoms) 2.9910E+18 0.0000E+00 organic I (atoms) 9.2504E+16 0.OOOOE+00 Aerosols (kq) 5.7269E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7337E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1316E-08 Total I (Ci) 4.3518E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9800 Leakage Transport Noble gases (atoms) 1. 2097E+19 Elemental I (atoms) 1.0222E+15 organic I (atoms) 3. 1615E+13 Aerosols (kg) 1. 9411E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.9800 Ci kg Atoms Bq Co-58 7.3475E-06 2.3107E-13 2.3992E+12 2.7186E+05 Co-60 8.7899E-06 7.7760E-12 7.8047E+13 3.2523E+05 Kr-85 7. 7828E+01 1.9837E-04 1.4054E+21 2.8796E+12 Kr-85m 1. 1592E+03 1.4086E-03 9.9794E+21 4.2889E+13 Kr-87 2.0526E+03 7.2466E-08 5.0161E+17 7. 5948E+13 Kr-88 3.0024E+03 2.3944E-07 1.6386E+18 1.1109E+14 Rb-86 2.4666E-04 3.0315E-12 2.1228E+13 9.1266E+06 Page 371

CRDA PELLET MVP TRIP 10 MIN.o0 Sr-89 9.2471E-03 3.1829E-10 2.1537E+15 3.4214E+08 Sr-90 1.3913E-03 1.0199E-08 6.8248E+16 5.1477E+07 Sr-91 1.1600E-02 3.2000E-12 2.1177E+13 4.2920E+08 Sr-92 1.2385E-02 9.8536E-13 6.4500E+12 4.5826E+08 Y-90 1.4424E-05 2.6511E-14 1. 7739E+11 5.3367E+05 Y-91 1.2040E-04 4.9093E-12 3.2489E+13 4.4547E+06 Y-92 1.2540E-04 1.3033E-14 8. 5309E+10 4.6400E+06 Y-93 1.4914E-04 4.4702E-14 2.8947E+11 5.5182E+06 Zr-95 1.7039E-04 7.9313E-12 5.0277E+13 6.3043E+06 Zr-97 1.7176E-04 8.9850E-14 5. 5783E+11 6.3553E+06 Nb-95 1.7120E-04 4.3782E-12 2.7754E+13 6.3345E+06 MO-99 2.4916E-03 5.1951E-12 3.1602E+13 9.2191E+07 Tc-99m 2.1526E-03 4.0937E-13 2.4902E+12 7.9645E+07 Ru-103 2.1890E-03 6.7827E-11 3.9656E+14 8.0994E+07 Ru-105 1.5840E-03 2.3564E-13 1.3515E+12 5.8607E+07 RU-106 1.0044E-03 3.0022E-10 1. 7057E+15 3.7164E+07 Rh-105 1.5046E-03 1.7826E-12 1.0224E+13 5. 5671E+07 sb-127 3.0776E-03 1.1524E-11 5.4646E+13 1.1387E+08 Sb-129 8.7112E-03 1.5491E-12 7.2317E+12 3.2231E+08 Te-127 3.0356E-03 1.1502E-12 5.4542E+12 1.1232E+08 Te-127m 4.1568E-04 4.4068E-11 2.0896E+14 1.5380E+07 Te-129 8.1032E-03 3.8693E-13 1.8063E+12 2.9982E+08 Te-129m 1.3028E-03 4.3245E-11 2.0188E+14 4.8203E+07 Te-131m 3.8934E-03 4.8825E-12 2.2445E+13 1.4405E+08 Te-132 3.7241E-02 1.2267E-10 5.5964E+14 1.3779E+09 1-131 2.1123E+01 1.7038E-07 7.8324E+17 7.8154E+11 1-132 2.9193E+01 2.8282E-09 1.2903E+16 1.0802E+12 1-133 4.2063E+01 3.7132E-08 1.6813E+17 1. 5563E+12 1-134 4.1767E+01 1.5657E-09 7.0363E+15 1. 5454E+12 1-135 3.9049E+01 1.1119E-08 4.9601E+16 1.4448E+12 Xe-133 9.1222E+03 4.8734E-05 2.2067E+20 3.3752E+14 Xe-135 3.2676E+03 1.2795E-06 5.7078E+18 1. 2090E+14 Cs-134 2.6608E-02 2.0565E-08 9.2422E+16 9.8449E+08 Cs-136 7.4007E-03 1.0098E-10 4.4713E+14 2.7382E+08 Cs-137 1.3075E-02 1.5032E-07 6.6076E+17 4.8378E+08 Ba-139 1.7539E-02 1.0722E-12 4.6455E+12 6.4893E+08 Ba-140 1.8069E-02 2.4681E-10 1. 0617E+15 6.6855E+08 La-140 1.9404E-04 3.4910E-13 1.5017E+12 7.1795E+06 La-141 1.6666E-04 2.9469E-14 1.2586E+11 6.1664E+06 La-142 1.5488E-04 1.0820E-14 4.5886E+10 5.7307E+06 Ce-141 4.2841E-04 1.5036E-11 6.4217E+13 1. 5851E+07 Ce-143 3.9127E-04 5.8919E-13 2.4812E+12 1.4477E+07 Ce-144 3.5562E-04 1.1150E-10 4.6629E+14 1.3158E+07 Pr-143 1.5168E-04 2.2524E-12 9.4856E+12 5.6120E+06 Nd-147 6.9060E-05 8.5366E-13 3.4972E+12 2.5552E+06 Np-239 5.8415E-03 2.5180E-11 6.3446E+13 2. 1613E+08 Pu-238 2.4474E-06 1.4296E-10 3.6174E+14 9.0556E+04 Pu-239 1.3144E-07 2.1146E-09 5.3282E+15 4.8632E+03 Pu-240 2.0812E-07 9.1334E-10 2.2918E+15 7.7004E+03 Pu-241 6.1118E-05 5.9330E-10 1.4825E+15 2.2613E+06 Am-241 3.2115E-08 9.3572E-12 2.3382E+13 1.1883E+03 Cm-242 9.7465E-06 2.9408E-12 7.3180E+12 3.6062E+05 Cm-244 1.1931E-06 1.4747E-11 3.6396E+13 4.4143E+04 Environment Transport Group Inventory: Total Rel ease Time (h) = 0.9800 Rel ease Rate/s Noble gases (atoms) 1.1613E+22 3.2918E+18 Elemental I (atoms) 9.9028E+17 2.8069E+14 Organic I (atoms) 3.0627E+16 8.6812E+12 Aerosols (kq) 1.8634E-07 5.2816E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9470E+01 Page 372

CRDA PELLET MVP TRIP 10 MIN.o0 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7380E+01 Total I (ci) 1.7320E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9800 Leakage Transport Noble gases (atoms) 1. 2097E+19 Elemental I (atoms) 1. 0222E+15 organic I (atoms) 3.1615E+13 Aerosols (kg) 1. 9411E-10 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 0.9800 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.1680E+17 Elemental I (atoms) 0.OOOOE+00 3.5577E+13 organic I (atoms) O.OOOOE+00 1.1003E+12 Aerosols (kg) O.OOOOE+00 6.6875E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.9800 Filtered Transported Noble gases (atoms) 3.0260E+17 0.OOOOE+00 Elemental I (atoms) 2. 5641E+13 0.OOOOE+00 organic I (atoms) 7.9301E+11 0.OOOOE+00 Aerosols (kg) 4.8555E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 0.9800 Ci kg Atoms Decay co-58 1.3655E-06 4.2943E-14 4.4588E+11 1.7981E+08 Co-60 1. 6341E-06 1.4456E-12 1. 4510E+13 2.1514E+08 Kr-85 1. 4469E+01 3.6879E-05 2.6128E+20 1.9049E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 2.8372E+16 Kr-87 2. 4012E+02 8.4770E-09 5.8678E+16 4.1872E+16 Kr-88 4.5363E+02 3.6177E-08 2.4757E+17 6.7533E+16 Rb-86 4.5797E-05 5. 6285E-13 3.9413E+12 6.0341E+09 Sr-89 1. 7183E-03 5.9145E-11 4.0020E+14 2.2629E+11 Sr-90 2. 5866E-04 1.8962E-09 1.2688E+16 3.4053E+10 Sr-91 2.0269E-03 5.5916E-13 3.7003E+12 2.7670E+11 Sr-92 1.8528E-03 1.4740E-13 9'.6488E+11 2.7749E+11 Y-90 2.6569E-06 4.8835E-15 3.2677E+10 3.5168E+08 Y-91 2.2374E-05 9.1232E-13 6.0375E+12 2.9463E+09 Y-92 1. 9741E-05 2.0515E-15 1. 3429E+10 2.8672E+09 Y-93 2.6157E-05 7.8400E-15 5.0767E+10 3.5630E+09 Zr-95 3.1665E-05 1.4740E-12 9.3435E+12 4.1698E+09 Zr-97 3.0840E-05 1.6132E-14 1. 0016E+11 4.1435E+09 Nb-95 3.1806E-05 8.1340E-13 5.1562E+12 4.1892E+09 Mo-99 4. 5911E-04 9. 5725E-13 5.8229E+12 6.0759E+10 Tc-99m 3.6289E-04 6.9014E-14 4.1981E+11 5.0598E+10 Ru-103 4. 0671E-04 1. 2602E-11 7.3680E+13 5. 3565E+10 Ru-105 2. 5790E-04 3.8366E-14 2.2004E+11 3.6710E+10 Page 373

CRDA PELLET MVP TRIP 10 MIN.oO RU-106 1.8672E-04 5.5812E-11 3.1708E+14 2.4584E+10 Rh-105 2.7511E-04 3.2594E-13 1.8694E+12 3.6572E+10 Sb-127 5.6853E-04 2.1289E-12 1.0095E+13 7. 5127E+10 sb-129 1.4131E-03 2. 5129E-13 1.1731E+12 2.0159E+11 Te-127 5.2990E-04 2.0079E-13 9.5210E+11 7.2380E+10 Te-127m 7.7262E-05 8.1910E-12 3.8840E+13 1.0173E+10 Te-129 9.0654E-04 4.3288E-14 2.0208E+11 1.6263E+11 Te-129m 2.4203E-04 8.0340E-12 3.7505E+13 3.1877E+10 Te-131m 7.0975E-04 8.9008E-13 4.0917E+12 9.4517E+10 Te-132 6.8716E-03 2.2634E-11 1.0326E+14 9.0865E+11 1-131 3.9150E+00 3.1579E-08 1.4517E+17 5.1634E+14 1-132 4.2012E+00 4.0701E-10 1.8569E+15 6.4419E+14 1-133 7.6018E+00 6.7106E-09 3.0385E+16 1.0175E+15 1-134 3.9649E+00 1.4863E-10 6.6795E+14 7.9087E+14 1-135 6.6409E+00 1. 8910E-09 8.4354E+15 9.2117E+14 Xe-133 1.6880E+03 9.0182E-06 4.0834E+19 2.2284E+17 xe-135 5.6974E+02 2.2310E-07 9.9523E+17 7.7875E+16 Cs-134 4.9465E-03 3.8232E-09 1.7182E+16 6.5125E+11 Cs-136 1.3733E-03 1.8738E-11 8.2971E+13 1. 8100E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 3.2003E+11 Ba-139 2.1266E-03 1. 3001E-13 5.6327E+11 3.6255E+11 Ba-140 3.3528E-03 4. 5797E-11 1.9700E+14 4.4190E+11 La-140 3.5551E-05 6.3960E-14 2.7513E+11 4.7205E+09 La-141 2.6672E-05 4.7162E-15 2.0143E+10 3.8358E+09 La-142 1.9650E-05 1.3727E-15 5.8215E+09 3.2564E+09 Ce-141 7.9587E-05 2.7932E-12 1. 1930E+13 1.0483E+10 Ce-143 7.1455E-05 1. 0760E-13 4.5313E+11 9.5057E+09 Ce-144 6.6109E-05 2.0727E-11 8.6681E+13 8.7040E+09 Pr-143 2.8147E-05 4.1800E-13 1. 7603E+12 3.7097E+09 Nd-147 1. 2810E-05 1. 5835E-13 6.4872E+11 1.6887E+09 Np-239 1.0747E-03 4.6327E-12 1.1673E+13 1.4236E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 5.9904E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.2171E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 5.0940E+06 Pu-241 1.1362E-05 1. 1030E-10 2.7562E+14 1.4959E+09 Am-241 5.9706E-09 1. 7396E-12 4.3470E+12 7.8606E+05 Cm-242 1.8117E-06 5.4664E-13 1. 3603E+12 2.3854E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.9201E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.9800 Atmosphere Sump Noble gases (atoms) 2.1587E+21 O.OOOOE+00 Elemental I (atoms) 1.8092E17 O.OOOE+O0 organic I (atoms) 5.5954E+15 0.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0557E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5321E-08 Total I (ci) 2.6324E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.O000E+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9800 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Page 374

CRDA PELLET MVP TRIP 10 MIN.oO Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0o.0000E+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 0.9900 CRDA @ EAB - condenser Release Doses: Time (h) = 0.9900 whole Body Thyroid TEDE Delta dose (rem) 9.7986E-06 7.7723E-05 1.2258E-05 Accumulated dose (rem) 1.2494E-01 7.8374E-01 1.4985E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 0.9900 whole Body Thyroid TEDE Delta dose (rem) 2.3573E-06 1.8698E-05 2.9490E-06 Accumulated dose (rem) 5.5794E-02 3.4984E-01 6.6915E-02 Control Room Doses: Time (h) = 0.9900 whole Body Thyroid TEDE Delta dose (rem) 5.2048E-06 8.5266E-04 3.2188E-05 Accumulated dose (rem) 1.0501E-03 1.4951E-01 5.7933E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 0.9900 Ci kg Atoms Decay co-58 2.2574E-05 7.0993E-13 7.3712E+12 3.0193E+09 co-60 2.7015E-05 2.3899E-11 2.3987E+14 3.6126E+09 Kr-85 2.3920E+02 6.0969E-04 4.3195E+21 3.1986E+16 Kr-85m 3.5627E+03 4.3291E-03 3.0671E+22 4.7641E+17 Kr-87 3.9480E+03 1.3938E-07 9.6479E+17 7.0235E+17 Kr-88 7.4812E+03 5.9662E-07 4.0829E+18 1. 1333E+18 Rb-86 7.5711E-04 9.3048E-12 6. 5157E+13 1.0132E+11 Sr-89 2.8407E-02 9.7778E-10 6. 6161E+15 3.7997E+12 Sr-90 4.2761E-03 3.1348E-08 2.0976E+17 5.7181E+11 Sr-91 3.3485E-02 9.2372E-12 6.1129E+13 4.6454E+12 Sr-92 3.0552E-02 2.4307E-12 1. 5911E+13 4.6568E+12 Y-90 4.3920E-05 8.0725E-14 5.4015E+11 5.9050E+09 Y-91 3.6988E-04 1. 5082E-11 9.9811E+13 4.9473E+10 Y-92 3.2571E-04 3.3850E-14 2.2157E+11 4.8122E+10 Y-93 4.3212E-04 1.2952E-13 8.3871E+11 5.9818E+10 Zr-95 5.2348E-04 2.4367E-11 1. 5447E+14 7.0016E+10 Zr-97 5.0963E-04 2.6659E-13 1. 6551E+12 6.9568E+10 Nb-95 5.2582E-04 1. 3447E-11 8. 5241E+13 7.0342E+10 MO-99 7.5892E-03 1. 5824E-11 9.6254E+13 1.0202E+12 TC-99m 5.9924E-03 1.1396E-12 6.9323E+12 8.4938E+11 RU-103 6.7237E-03 2.0833E-10 1.2181E+15 8.9944E+11 RU-105 4.2569E-03 6.3328E-13 3.6321E+12 6.1618E+11 RU-106 3.0869E-03 9.2267E-10 5.2420E+15 4.1280E+11 Rh-105 4.5472E-03 5.3873E-12 3.0898E+13 6.1407E+11 Sb-127 9.3981E-03 3.5192E-11 1. 6688E+14 1.2615E+12 Sb-129 2.3324E-02 4.1477E-12 1.9363E+13 3.3837E+12 Te-127 8.7537E-03 3.3169E-12 1. 5728E+13 1. 2151E+12 Te-127m 1.2773E-03 1. 3541E-10 6.4210E+14 1.7082E+11 Te-129 1.4898E-02 7.1137E-13 3.3209E+12 2.7276E+12 Te-129m 4.OO11E-03 1. 3282E-10 6.2003E+14 5. 3527E+11 Te-131m 1.1731E-02 1.4711E-11 6.7629E+13 1. 5870E+12 Te-132 1.1359E-01 3.7416E-10 1. 7070E+15 1. 5257E+13 1-131 6.4720E+01 5.2204E-07 2.3998E+18 8.6701E+15 1-132 6.9245E+01 6.7084E-09 3.0605E+16 1.0810E+16 1-133 1.2563E+02 1. 1090E-07 5.0216E+17 1. 7083E+16 1-134 6.5031E+01 2.4377E-09 1.0956E+16 1. 3262E+16 Page 375

CRDA PELLET MVP TRIP 10 MIN.OO 1-135 1.0967E+02 3.1229E-08 1.3931E+17 1. 5464E+16 xe-133 2.7905E+04 1.4908E-04 6.7503E+20 3.7418E+18 Xe-135 9.4119E+03 3.6855E-06 1. 6441E+19 1. 3074E+18 Cs-134 8.1776E-02 6.3205E-08 2.8405E+17 1.0935E+13 Cs-136 2.2703E-02 3.0976E-10 1. 3716E+15 3.0392E+12 Cs-137 4.0186E-02 4.6200E-07 2.0308E+18 5.3737E+12 Ba-139 3.4980E-02 2.1386E-12 9.2652E+12 6.0817E+12 Ba-140 5.5427E-02 7.5710E-10 3.2567E+15 7.4202E+12 La-140 5.8763E-04 1.0572E-12 4.5476E+12 7.9260E+10 La-141 4.4016E-04 7.7831E-14 3.3242E+11 6.4381E+10 La-142 3.2340E-04 2.2591E-14 9.5809E+10 5.4630E+10 Ce-141 1.3157E-03 4.6176E-11 1.9722E+14 1.7602E+11 Ce-143 1.1810E-03 1.7785E-12 7.4896E+12 1. 5961E+11 Ce-144 1.0929E-03 3.4266E-10 1.4330E+15 1.4615E+11 Pr-143 4.6532E-04 6.9102E-12 2.9101E+13 6.2290E+10 Nd-147 2.1178E-04 2.6178E-12 1.0724E+13 2.8356E+10 Np-239 1.7765E-02 7.6578E-11 1.9295E+14 2.3903E+12 Pu-238 7.5222E-06 4.3939E-10 1. 1118E+15 1.0059E+09 Pu-239 4.0397E-07 6.4992E-09 1. 6376E+16 5.4020E+07 Pu-240 6.3966E-07 2.8071E-09 7.0438E+15 8.5536E+07 Pu-241 1.8784E-04 1.8235E-09 4. 5566E+15 2.5119E+10 Am-241 9.8706E-08 2.8759E-11 7.1864E+13 1. 3199E+07 Cm-242 2.9951E-05 9.0370E-12 2.2488E+13 4.0055E+09 Cm-244 3.6668E-06 4.5324E-11 1. 1186E+14 4.9033E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 0.9900 Atmosphere sump Noble gases (atoms) 3.5687E+22 O.OOOOE+00 Elemental I (atoms) 2.9904E+18 O.OOOOE+00 Organic I (atoms) 9.2486E+16 O.OOOOE+00 Aerosols (kg) 5.7269E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7328E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1291E-08 Total I (Ci) 4.3430E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 0.9900 Leakage Transport Noble gases (atoms) 1.2245E+19 Elemental I (atoms) 1.0347E+15 Organic I (atoms) 3.2000E+13 Aerosols (kg) 1.9649E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 0.9900 Ci kg Atoms Bq Co-58 7.3475E-06 2.3107E-13 2.3992E+12 2.7186E+05 Co-60 8.7900E-06 7.7761E-12 7.8048E+13 3.2523E+05 Kr-85 7.7829E+01 1.9837E-04 1.4054E+21 2.8797E+12 Kr-85m 1. 1592E+03 1.4086E-03 9.9795E+21 4.2890E+13 Kr-87 2.0527E+03 7.2467E-08 5.0161E+17 7.5948E+13 Kr-88 3.0024E+03 2.3944E-07 1. 6386E+18 1. 1109E+14 Rb-86 2.4667E-04 3.0315E-12 2.1228E+13 9.1267E+06 Sr-89 9.2472E-03 3.1830E-10 2.1537E+15 3.4215E+08 Page 376

CRDA PELLET MVP TRIP 10 MIN.o0 Sr-90 1.3913E-03 1.0200E-08 6.8248E+16 5.1478E+07 Sr-91 1.1600E-02 3.2000E-12 2.1177E+13 4.2920E+08 Sr-92 1.2386E-02 9.8537E-13 6.4500E+12 4.5826E+08 Y-90 1.4424E-05 2.6511E-14 1. 7739E+11 5.3368E+05 Y-91 1.2040E-04 4.9094E-12 3.2489E+13 4.4547E+06 Y-92 1.2541E-04 1.3033E-14 8.5310E+10 4.6400E+06 Y-93 1.4914E-04 4.4703E-14 2.8947E+11 5.5183E+06 Zr-95 1.7039E-04 7.9314E-12 5.0278E+13 6.3044E+06 Zr-97 1.7177E-04 8.9852E-14 5.5783E+11 6.3554E+06 Nb-95 1.7120E-04 4.3783E-12 2.7754E+13 6.3346E+06 MO-99 2.4917E-03 5.1952E-12 3.1602E+13 9.2192E+07 Tc-99m 2.1526E-03 4.0938E-13 2.4902E+12 7.9646E+07 Ru-103 2.1891E-03 6.7828E-11 3.9657E+14 8.0995E+07 Ru-105 1.5840E-03 2.3564E-13 1. 3515E+12 5.8608E+07 Ru-106 1.0044E-03 3.0023E-10 1.7057E+15 3.7164E+07 Rh-105 1.5046E-03 1.7826E-12 1.0224E+13 5.5672E+07 sb-127 3.0776E-03 1.1524E-11 5.4647E+13 1.1387E+08 sb-129 8.7113E-03 1.5491E-12 7.2318E+12 3.2232E+08 Te-127 3.0356E-03 1.1502E-12 5.4542E+12 1.1232E+08 Te-127m 4.1568E-04 4.4069E-11 2.0897E+14 1.5380E+07 Te-129 8.1033E-03 3.8693E-13 1.8063E+12 2.9982E+08 Te-129m 1.3028E-03 4.3246E-11 2.0189E+14 4.8203E+07 Te-131m 3.8934E-03 4.8826E-12 2.2446E+13 1.4406E+08 Te-132 3.7241E-02 1.2267E-10 5.5964E+14 1.3779E+09 1-131 2.1123E+01 1.7038E-07 7.8325E+17 7.8155E+11 1-132 2.9194E+01 2.8283E-09 1.2903E+16 1.0802E+12 1-133 4.2064E+01 3.7132E-08 1.6813E+17 1. 5564E+12 1-134 4.1767E+01 1.5657E-09 7.0364E+15 1. 5454E+12 1-135 3.9050E+01 1.1119E-08 4.9602E+16 1.4448E+12 Xe-133 9.1223E+03 4.8735E-05 2.2067E+20 3.3753E+14 Xe-135 3.2676E+03 1.2795E-06 5.7079E+18 1. 2090E+14 Cs-134 2.6608E-02 2.0565E-08 9.2424E+16 9.8450E+08 Cs-136 7.4007E-03 1.0098E-10 4.4713E+14 2.7383E+08 Cs-137 1.3075E-02 1.5032E-07 6. 6077E+17 4.8378E+08 Ba-139 1.7539E-02 1.0723E-12 4.6455E+12 6.4894E+08 Ba-140 1.8069E-02 2.4682E-10 1.0617E+15 6.6856E+08 La-140 1.9404E-04 3.4911E-13 1. 5017E+12 7.1796E+06 La-141 1.6666E-04 2.9470E-14 1.2587E+11 6.1665E+06 La-142 1.5489E-04 1.0820E-14 4.5886E+10 5.7308E+06 Ce-141 4.2842E-04 1.5036E-11 6.4218E+13 1.5852E+07 Ce-143 3.9127E-04 5.8920E-13 2.4813E+12 1.4477E+07 Ce-144 3.5563E-04 1.1150E-10 4.6629E+14 1. 3158E+07 Pr-143 1.5168E-04 2.2525E-12 9.4858E+12 5.6121E+06 Nd-147 6.9061E-05 8.5367E-13 3.4972E+12 2.5552E+06 Np-239 5.8415E-03 2.5180E-11 6.3446E+13 2.1614E+08 Pu-238 2.4475E-06 1.4296E-10 3.6174E+14 9.0557E+04 Pu-239 1.3144E-07 2.1146E-09 5. 3283E+15 4.8632E+03 Pu-240 2.0812E-07 9.1335E-10 2.2918E+15 7.7005E+03 Pu-241 6.1118E-05 5.9331E-10 1.4826E+15 2.2614E+06 Am-241 3.2116E-08 9.3573E-12 2.3382E+13 1. 1883E+03 Cm-242 9.7467E-06 2.9408E-12 7.3181E+12 3.6063E+05 Cm-244 1.1931E-06 1.4747E-11 3.6397E+13 4.4143E+04 Environment Transport Group Inventory: Total Release Time (h) = 0.9900 Release Rate/s Noble gases (atoms) 1.1613E+22 3.2586E+18 Elemental I (atoms) 9.9029E+17 2.7786E+14 organic I (atoms) 3.0628E+16 8.5936E+12 Aerosols (kq) 1.8634E-07 5.2283E-11 Dose Effective (ci) 1-131 (Thyroid) 2.9470E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7380E+01 Page 377

CRDA PELLET MVP TRIP 10 MIN.o0 Total I (Ci) 1.7320E+02 DAEC Condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 0.9900 Leakage Transport Noble gases (atoms) 1. 2245E+19 Elemental I (atoms) 1. 0347E+15 organic I (atoms) 3.2000E+13 Aerosols (kg) 1. 9649E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 0.9900 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.1723E+17 Elemental I (atoms) 0.OOOOE+00 3.5613E+13 organic I (atoms) O.OOOOE+00 1.1014E+12 Aerosols (kg) 0.OOOOE+00 6.6944E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 0.9900 Filtered Transported Noble gases (atoms) 3.0438E+17 0.OOOOE+00 Elemental I (atoms) 2. 5790E+13 0.OOOOE+00 organic I (atoms) 7.9762E+11 0.OOOOE+00 Aerosols (kg) 4.8840E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 0.9900 Ci kg Atoms Decay Co-58 1.3655E-06 4.2943E-14 4.4588E+11 1.8163E+08 Co -60 1. 6341E-06 1.4456E-12 1.4510E+13 2.1732E+08 Kr-85 1. 4469E+01 3.6879E-05 2.6128E+20 1.9242E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 2.8659E+16 Kr-87 2. 3881E+02 8.4309E-09 5.8359E+16 4.2191E+16 Kr-88 4. 5253E+02 3.6089E-08 2.4697E+17 6.8136E+16 Rb-86 4.5797E-05 5.6284E-13 3.9413E+12 6.0951E+09 Sr-89 1. 7183E-03 5.9145E-11 4.0020E+14 2.2858E+11 Sr-90 2. 5866E-04 1.8962E-09 1.2688E+16 3.4398E+10 Sr-91 2.0255E-03 5. 5875E-13 3.6976E+12 2.7940E+11 Sr-92 1. 8481E-03 1.4703E-13 9.6241E+11 2.7996E+11 Y-90 2.6567E-06 4.8830E-15 3.2673E+10 3.5522E+08 Y-91 2.2374E-05 9.1232E-13 6.0375E+12 2.9761E+09 Y-92 1. 9702E-05 2.0475E-15 1. 3403E+10 2.8934E+09 Y-93 2. 6139E-05 7.8346E-15 5.0732E+10 3.5978E+09 zr-95 3.1665E-05 1.4739E-12 9.3435E+12 4.2119E+09 Zr-97 3.0827E-05 1. 6126E-14 1.0011E+11 4.1846E+09 Nb-95 3.1806E-05 8.1339E-13 5.1562E+12 4.2315E+09 Mo-99 4. 5906E-04 9. 5715E-13 5.8223E+12 6.1370E+10 Tc-99m 3. 6248E-04 6.8935E-14 4.1933E+11 5.1081E+10 Ru-103 4. 0671E-04 1.2602E-11 7.3680E+13 5.4107E+10 Ru-105 2.5749E-04 3.8306E-14 2.1970E+11 3.7053E+10 Ru-106 1. 8672E-04 5.5812E-11 3.1708E+14 2.4833E+10 Page 378

CRDA PELLET MVP TRIP 10 MIN.O0 Rh-105 2.7505E-04 3.2587E-13 1.8690E+12 3.6939E+10 Sb-127 5.6848E-04 2.1287E-12 1.0094E+13 7. 5884E+10 sb-129 1.4108E-03 2.5089E-13 1.1712E+12 2.0347E+11 Te-127 5.2950E-04 2.0064E-13 9.5139E+11 7.3086E+10 Te-127m 7.7262E-05 8.1909E-12 3.8840E+13 1.0276E+10 Te-129 9.0114E-04 4.3030E-14 2.0088E+11 1.6383E+11 Te-129m 2.4202E-04 8.0339E-12 3.7505E+13 3.2200E+10 Te-131m 7.0959E-04 8.8987E-13 4.0908E+12 9.5462E+10 Te-132 6.8710E-03 2.2632E-11 1.0325E+14 9.1780E+11 1-131 3.9148E+00 3.1578E-08 1.4516E+17 5.2156E+14 1-132 4.1885E+00 4.0578E-10 1. 8513E+15 6.4978E+14 1-133 7.5993E+00 6.7083E-09 3.0375E+16 1.0276E+15 1-134 3.9337E+00 1.4746E-10 6.6269E+14 7.9613E+14 1-135 6.6339E+00 1.8890E-09 8.4266E+15 9.3001E+14 Xe-133 1.6880E+03 9.0177E-06 4.0832E+19 2.2509E+17 Xe-135 5.6931E+02 2.2293E-07 9.9448E+17 7.8633E+16 Cs-134 4.9465E-03 3.8232E-09 1. 7182E+16 6.5784E+11 Cs-136 1.3733E-03 1. 8737E-11 8.2969E+13 1.8283E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 3.2327E+11 Ba-139 2.1159E-03 1. 2936E-13 5.6044E+11 3.6538E+11 Ba-140 3.3527E-03 4.5796E-11 1.9699E+14 4.4637E+11 La-140 3.5545E-05 6.3949E-14 2.7508E+11 4.7678E+09 La-141 2.6625E-05 4.7079E-15 2.0107E+10 3.8712E+09 La-142 1.9562E-05 1. 3665E-15 5.7954E+09 3.2826E+09 Ce-141 7.9587E-05 2.7932E-12 1. 1930E+13 1.0589E+10 Ce-143 7.1440E-05 1.0758E-13 4.5304E+11 9.6008E+09 Ce-144 6.6109E-05 2.0727E-11 8.6681E+13 8.7920E+09 Pr-143 2.8147E-05 4.1799E-13 1.7603E+12 3.7471E+09 Nd-147 1.2810E-05 1. 5835E-13 6.4870E+11 1.7058E+09 Np-239 1.0746E-03 4.6321E-12 1.1672E+13 1.4379E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 6.0511E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.2496E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 5.1455E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.5111E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 7.9402E+05 Cm-242 1.8117E-06 5.4664E-13 1. 3603E+12 2.4096E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.9497E+07 MVP Holdup Transport Group Inventory: Time (h) = 0.9900 Atmosphere Sump Noble gases (atoms) 2.1587E+21 O.OOOOE+00 Elemental I (atoms) 1.8089E+17 O.OOOOE+00 Organi c I (atoms) 5.5944E+15 O.OOOOE+00 Aerosols (k 9 ) 3.4641E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0547E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 7.5294E-08 Total I (Ci) 2.6270E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 0.9900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 0.9900 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Page 379

CRDA PELLET MVP TRIP 10 MIN.o0 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) 1.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 1.0000 whole Body Thyroid TEDE Delta dose (rem) 9.7733E-06 7.7710E-05 1.2232E-05 Accumulated dose (rem) 1.2494E-01 7.8382E-01 1.4986E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 1.0000 whole Body Thyroid TEDE Delta dose (rem) 2.3512E-06 1.8695E-05 2.9428E-06 Accumulated dose (rem) 5.5796E-02 3.4986E-01 6.6918E-02 Control Room Doses: Time (h) = 1.0000 whole Body Thyroid TEDE Delta dose (rem) 5.1287E-06 8.4223E-04 3.1780E-05 Accumulated dose (rem) 1.0553E-03 1. 5035E-01 5.8250E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 1.0000 ci kg Atoms Decay Co-58 2.2574E-05 7.0993E-13 7.3712E+12 3.0494E+09 Co-60 2. 7015E-05 2.3899E-11 2.3987E+14 3.6486E+09 Kr-85 2. 3920E+02 6.0968E-04 4.3195E+21 3.2305E+16 Kr-85m 3. 5626E+03 4.3291E-03 3.0671E+22 4.8115E+17 Kr-87 3. 9265E+03 1.3862E-07 9. 5954E+17 7.0760E+17 Kr-88 7.4629E+03 5.9516E-07 4.0729E+18 1.1433E+18 Rb-86 7.5710E-04 9.3047E-12 6. 5156E+13 1.0233E+11 Sr-89 2.8406E-02 9.7777E-10 6.6161E+15 3.8375E+12 Sr-90 4.2761E-03 3.1348E-08 2.0976E+17 5.7750E+11 Sr-91 3. 3460E-02 9.2304E-12 6.1084E+13 4.6900E+12 Sr-92 3.0474E-02 2.4244E-12 1. 5870E+13 4.6974E+12 Y-90 4. 3915E-05 8.0716E-14 5.4009E+11 5.9635E+09 Y-91 3. 6988E-04 1. 5082E-11 9.9810E+13 4.9966E+10 Y-92 3.2508E-04 3.3783E-14 2.2114E+11 4.8555E+10 Y-93 4.3183E-04 1. 2943E-13 8.3813E+11 6.0393E+10 Zr-95 5.2347E-04 2.4367E-11 1. 5446E+14 7.0714E+10 zr-97 5.0942E-04 2.6648E-13 1. 6544E+12 7.0247E+10 Nb-'95 5.2581E-04 1. 3447E-11 8.5240E+13 7.1043E+10 MO-99 7.5884E-03 1. 5822E-11 9.6244E+13 1.0303E+12 Tc-99m 5.9855E-03 1.1383E-12 6.9243E+12 8. 5736E+11 RU-103 6.7236E-03 2.0833E-10 1. 2181E+15 9.0840E+11 RU-105 4.2502E-03 6.3229E-13 3.6264E+12 6.2185E+11 Ru-106 3.0869E-03 9.2267E-10 5.2419E+15 4.1691E+11 Rh-105 4.5463E-03 5.3862E-12 3.0892E+13 6.2013E+11 sb-127 9.3974E-03 3.5189E-11 1. 6686E+14 1. 2740E+12 Sb-129 2.3287E-02 4.1410E-12 1.9332E+13 3.4147E+12 Te-127 8. 7472E-03 3.3145E-12 1. 5717E+13 1.2268E+12 Te-127m 1. 2773E-03 1.3541E-10 6.4210E+14 1. 7253E+11 Te-129 1.4809E-02 7.0713E-13 3.3011E+12 2.7474E+12 Te-129m 4. 0011E-03 1.3281E-10 6.2002E+14 5.4060E+11 Te-131m 1.1728E-02 1.4708E-11 6.7613E+13 1.6026E+12 Te-132 1.1358E-01 3.7412E-10 1. 7068E+15 1. 5409E+13 1-131 6.4717E+01 5.2202E-07 2.3998E+18 8.7563E+15 1-132 6. 9036E+01 6.6882E-09 3.0513E+16 1.0902E+16 1-133 1.2559E+02 1.1086E-07 5.0199E+17 1.7251E+16 1-134 6. 4519E+01 2.4185E-09 1.0869E+16 1. 3349E+16 1-135 1. 0956E+02 3.1196E-08 1. 3916E+17 1. 5610E+16 Page 380

CRDA PELLET MVP TRIP 10 MIN.O0 Xe-133 2.7904E+04 1.4907E-04 6.7499E+20 3.7790E+18 xe-135 9.4047E+03 3.6827E-06 1. 6428E+19 1. 3199E+18 Cs-134 8.1776E-02 6.3204E-08 2.8405E+17 1.1044E+13 Cs-136 2.2702E-02 3.0975E-10 1.3716E+15 3.0694E+12 Cs-137 4.0186E-02 4.6200E-07 2.0308E+18 5.4273E+12 Ba-139 3.4805E-02 2.1278E-12 9.2187E+12 6.1282E+12 Ba-140 5.5425E-02 7.5708E-10 3.2566E+15 7.4940E+12 La-140 5.8752E-04 1.0570E-12 4.5468E+12 8.0043E+10 La-141 4.3938E-04 7.7693E-14 3.3183E+11 6.4967E+10 La-142 3.2195E-04 2.2490E-14 9.5379E+10 5.5060E+10 Ce-141 1.3157E-03 4.6176E-11 1.9722E+14 1. 7777E+11 Ce-143 1.1808E-03 1.7781E-12 7.4880E+12 1.6118E+11 Ce-144 1.0929E-03 3.4266E-10 1.4330E+15 1.4761E+11 Pr-143 4.6531E-04 6.9100E-12 2.9100E+13 6.2910E+10 Nd-147 2.1177E-04 2.6177E-12 1. 0724E+13 2.8638E+10 Np-239 1.7763E-02 7.6568E-11 1.9293E+14 2.4139E+12 Pu-238 7.5222E-06 4.3939E-10 1.1118E+15 1.0159E+09 Pu-239 4.0397E-07 6.4992E-09 1.6376E+16 5.4558E+07 Pu-240 6.3965E-07 2.8071E-09 7.0437E+15 8.6388E+07 Pu-241 1.8784E-04 1.8235E-09 4.5566E+15 2.5369E+10 Am-241 9.8706E-08 2.8759E-11 7.1863E+13 1. 3331E+07 Cm-242 2.9951E-05 9.0370E-12 2.2488E+13 4.0454E+09 Cm-244 3.6668E-06 4.5324E-11 1. 1186E+14 4.9522E+08 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 1.0000 Atmosphere Sump Noble gases (atoms) 3.5687E+22 O.OOOOE+00 Elemental I (atoms) 2.9898E+18 O.OOOOE+00 Organic I (atoms) 9.2468E+16 O.O000E+00 Aerosols (kq) 5.7268E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7318E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.1265E-08 Total I (Ci) 4.3342E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 1.0000 Leakage Transport Noble gases (atoms) 1. 2394E+19 Elemental I (atoms) 1.0471E+15 Organic I (atoms) 3.2385E+13 Aerosols (kg) 1.9888E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 1.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 1.0000 ci kg Atoms Bq co-58 7.3476E-06 2.3107E-13 2.3992E+12 2.7186E+05 co-60 8.7901E-06 7.7762E-12 7.8049E+13 3.2524E+05 Kr-85 7.7830E+01 1.9838E-04 1.4055E+21 2.8797E+12 Kr-85m 1. 1592E+03 1.4086E-03 9.9797E+21 4.2890E+13 Kr-87 2.0527E+03 7.2467E-08 5.0162E+17 7.5949E+13 Kr-88 3.0024E+03 2.3944E-07 1.6386E+18 1. 1109E+14 Rb-86 2.4667E-04 3.0316E-12 2.1228E+13 9.1268E+06 Sr-89 9.2473E-03 3.1830E-10 2.1538E+15 3.4215E+08 Sr-90 1.3913E-03 1.0200E-08 6.8249E+16 5.1479E+07 Page 381

CRDA PELLET MVP TRIP 10 MIN.oO Sr-91 1.1600E-02 3.2001E-12 2.1177E+13 4.2921E+08 Sr-92 1.2386E-02 9.8538E-13 6.4501E+12 4.5827E+08 Y-90 1.4424E-05 2.6511E-14 1.7739E+11 5.3368E+05 Y-91 1.2040E-04 4.9095E-12 3.2490E+13 4.4548E+06 Y-92 1.2541E-04 1.3033E-14 8.5311E+10 4. 6401E+06 Y-93 1.4915E-04 4.4704E-14 2.8947E+11 5. 5184E+06 Zr-95 1.7039E-04 7.9315E-12 5.0278E+13 6.3045E+06 Zr-97 1.7177E-04 8.9853E-14 5.5784E+11 6.3554E+06 Nb-95 1.7121E-04 4.3783E-12 2.7755E+13 6.3347E+06 Mo-99 2.4917E-03 5.1952E-12 3.1602E+13 9.2193E+07 Tc-99m 2.1526E-03 4.0938E-13 2.4903E+12 7.9647E+07 Ru-103 2.1891E-03 6.7828E-11 3.9657E+14 8.0996E+07 RU-105 1.5840E-03 2.3564E-13 1.3515E+12 5.8608E+07 RU-106 1.0044E-03 3.0023E-10 1.7057E+15 3.7165E+07 Rh-105 1.5047E-03 1.7827E-12 1.0224E+13 5.5673E+07 sb-127 3.0777E-03 1.1525E-11 5.4648E+13 1. 1387E+08 Sb-129 8.7114E-03 1.5491E-12 7.2318E+12 3.2232E+08 Te-127 3.0356E-03 1.1502E-12 5.4543E+12 1.1232E+08 Te-127m 4.1569E-04 4.4069E-11 2.0897E+14 1.5380E+07 Te-129 8.1033E-03 3.8694E-13 1.8063E+12 2.9982E+08 Te-129m 1.3028E-03 4.3246E-11 2.0189E+14 4.8204E+07 Te-131m 3.8935E-03 4.8827E-12 2.2446E+13 1.4406E+08 Te-132 3.7242E-02 1.2267E-10 5.5965E+14 1.3779E+09 1-131 2.1123E+01 1.7038E-07 7.8326E+17 7.8156E+11 1-132 2.9194E+01 2.8283E-09 1.2903E+16 1.0802E+12 1-133 4.2065E+01 3.7133E-08 1.6813E+17 1. 5564E+12 1-134 4.1767E+01 1.5657E-09 7.0364E+15 1. 5454E+12 1-135 3.9050E+01 1.1120E-08 4.9603E+16 1.4449E+12 Xe-133 9.1224E+03 4.8736E-05 2.2067E+20 3.3753E+14 Xe-135 3.2677E+03 1.2796E-06 5.7079E+18 1.2090E+14 Cs-134 2.6608E-02 2.0566E-08 9.2425E+16 9.8451E+08 Cs-136 7.4008E-03 1.0098E-10 4.4714E+14 2.7383E+08 Cs-137 1.3075E-02 1.5032E-07 6.6078E+17 4.8379E+08 Ba-139 1.7539E-02 1.0723E-12 4.6456E+12 6.4894E+08 Ba-140 1.8069E-02 2.4682E-10 1.0617E+15 6.6857E+08 La-140 1.9405E-04 3.4911E-13 1.5017E+12 7.1797E+06 La-141 1.6666E-04 2.9470E-14 1.2587E+11 6.1665E+06 La-142 1.5489E-04 1.0820E-14 4.5887E+10 5.7308E+06 Ce-141 4.2843E-04 1.5036E-11 6.4219E+13 1.5852E+07 Ce-143 3.9128E-04 5.8920E-13 2.4813E+12 1.4477E+07 Ce-144 3.5563E-04 1.1150E-10 4.6630E+14 1. 3158E+07 Pr-143 1.5168E-04 2.2525E-12 9.4859E+12 5.6122E+06 Nd-147 6.9062E-05 8.5368E-13 3.4973E+12 2.5553E+06 Np-239 5.8416E-03 2.5180E-11 6.3447E+13 2.1614E+08 Pu-238 2.4475E-06 1.4296E-10 3.6175E+14 9.0558E+04 Pu-239 1.3144E-07 2.1147E-09 5.3284E+15 4.8633E+03 Pu-240 2.0813E-07 9.1337E-10 2.2918E+15 7.7006E+03 Pu-241 6.1119E-05 5.9332E-10 1.4826E+15 2.2614E+06 Am-241 3.2116E-08 9.3574E-12 2.3382E+13 1.1883E+03 Cm-242 9.7468E-06 2.9408E-12 7.3182E+12 3.6063E+05 Cm-244 1.1931E-06 1.4747E-11 3.6397E+13 4.4144E+04 Environment Transport Group Inventory: Total Release Time (h) = 1.0000 Release Rate/s Noble gases (atoms) 1.1614E+22 3.2260E+18 Elemental I (atoms) 9.9031E+17 2.7509E+14 organic I (atoms) 3.0628E+16 8.5078E+12 Aerosols (kq) 1.8634E-07 5.1761E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9471E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7381E+01 Total I (ci) 1.7320E+02 Page 382

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 1.0000 Leakage Transport Noble gases (atoms) 1. 2394E+19 Elemental I (atoms) 1.0471E+15 Organic I (atoms) 3.2385E+13 Aerosols (kg) 1.9888E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 1.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 4.1766E+17 Elemental I (atoms) 0.OOOOE+00 3.5649E+13 organic I (atoms) 0.OOOOE+00 1.1025E+12 Aerosols (kg) 0.0000E+00 6.7013E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 1.0000 Filtered Transported Noble gases (atoms) 3.0614E+17 O.OOOOE+00 Elemental I (atoms) 2.5937E+13 O.OOOOE+00 organic I (atoms) 8.0218E+11 O.OOOOE+00 Aerosols (kg) 4.9123E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 1.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 1.0000 Ci kg Atoms Decay Co-58 1.3655E-06 4.2943E-14 4.4588E+11 1.8345E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 2.1950E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 1. 9435 E+15 Kr-85m 2.1550E+02 2.6186E-04 1. 8553E+21 2.8946E+16 Kr-87 2.3751E+02 8.3851E-09 5.8042E+16 4.2508E+16 Kr-88 4.5142E+02 3.6001E-08 2.4637E+17 6.8738E+16 Rb-86 4.5796E-05 5.6283E-13 3.9412E+12 6.1561E+09 Sr-89 1.7183E-03 5.9145E-11 4.0020E+14 2.3087E+11 Sr-90 2.5866E-04 1.8962E-09 1.2688E+16 3.4742E+10 Sr-91 2.0240E-03 5.5834E-13 3.6949E+12 2.8210E+11 Sr-92 1.8433E-03 1.4665E-13 9.5996E+11 2.8241E+11 Y-90 2.6564E-06 4.8825E-15 3.2670E+10 3.5875E+08 Y-91 2.2373E-05 9.1231E-13 6.0375E+12 3.0059E+09 Y-92 1.9664E-05 2.0435E-15 1. 3377E+10 2.9197E+09 Y-93 2.6121E-05 7.8292E-15 5.0698E+10 3.6326E+09 Zr-95 3.1664E-05 1.4739E-12 9.3434E+12 4.2541E+09 Zr-97 3.0814E-05 1.6119E-14 1.0007E+11 4.2256E+09 Nb-95 3.1806E-05 8.1338E-13 5.1561E+12 4.2739E+09 MO-99 4.5902E-04 9. 5705E-13 5.8217E+12 6.1982E+10 Tc-99m 3.6206E-04 6.8855E-14 4.1885E+11 5.1564E+10 Ru-103 4.0671E-04 1. 2602E-11 7.3679E+13 5.4649E+10 Ru-105 2.5709E-04 3.8246E-14 2.1936E+11 3.7396E+10 Ru-106 1.8672E-04 5.5812E-11 3.1708E+14 2.5081E+10 Rh-105 2.7500E-04 3.2581E-13 1.8686E+12 3.7305E+10 Page 383

CRDA PELLET MVP TRIP 10 MIN.O0 Sb-127 5.6844E-04 2.1286E-12 1.0093E+13 7.6642E+10 sb-129 1.4086E-03 2.5049E-13 1. 1694E+12 2.0535E+11 Te-127 5.2911E-04 2.0049E-13 9.5069E+11 7.3791E+10 Te-127m 7.7261E-05 8.1909E-12 3.8840E+13 1.0379E+10 Te-129 8.9577E-04 4.2773E-14 1. 9968E+11 1. 6503E+11 Te-129m 2.4202E-04 8.0338E-12 3.7504E+13 3.2522E+10 Te-131m 7.0943E-04 8.8967E-13 4.0898E+12 9.6407E+10 Te-132 6.8704E-03 2.2630E-11 1.0324E+14 9.2696E+11 1-131 3.9147E+00 3.1577E-08 1.4516E+17 5.2677E+14 1-132 4.1759E+00 4.0456E-10 1.8457E+15 6.5535E+14 1-133 7.5967E+00 6.7061E-09 3.0365E+16 1.0377E+15 1-134 3.9027E+00 1.4630E-10 6.5747E+14 8.0135E+14 1-135 6.6270E+00 1.8870E-09 8.4178E+15 9.3884E+14 xe-133 1.6879E+03 9.0172E-06 4.0829E+19 2.2734E+17 xe-135 5.6888E+02 2.2277E-07 9.9372E+17 7.9391E+16 Cs-134 4.9465E-03 3.8232E-09 1.7182E+16 6.6443E+11 Cs-136 1.3732E-03 1.8737E-11 8.2967E+13 1. 8466E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 3.2650E+11 Ba-139 2.1053E-03 1.2871E-13 5. 5763E+11 3.6819E+11 Ba-140 3.3526E-03 4. 5795E-11 1.9699E+14 4.5084E+11 La-140 3.5539E-05 6.3938E-14 2.7503E+11 4.8152E+09 La-141 2.6578E-05 4.6996E-15 2.0072E+10 3.9067E+09 La-142 1.9474E-05 1.3604E-15 5.7694E+09 3.3086E+09 Ce-141 7.9586E-05 2.7931E-12 1.1930E+13 1.0695E+10 Ce-143 7.1425E-05 1.0755E-13 4.5294E+11 9.6960E+09 Ce-144 6.6109E-05 2.0727E-11 8.6681E+13 8.8801E+09 Pr-143 2.8146E-05 4.1798E-13 1.7602E+12 3.7846E+09 Nd-147 1.2810E-05 1.5834E-13 6.4868E+11 1.7229E+09 Np-239 1.0745E-03 4.6315E-12 1. 1670E+13 1.4522E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 6.1117E+07 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.2822E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 5.1971E+06 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 1.5262E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 8.0197E+05 Cm-242 1.8117E-06 5.4664E-13 1. 3603E+12 2.4337E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 2.9792E+07 MVP Holdup Transport Group Inventory: Time (h) = 1.0000 Atmosphere sump Noble gases (atoms) 2.1587E+21 0.OOOOE+00 Elemental I (atoms) 1.8085E+17 0.OOOOE+00 Organic I (atoms) 5.5933E+15 0.OOOOE+00 Aerosols (kq) 3.4641E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.0537E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.5267E-08 Total I (Ci) 2.6217E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 1.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 1.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Page 384

CRDA PELLET MVP TRIP 10 MIN.O0 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) : 2.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 2.0000 whole Body Thyroid TEDE Delta dose (rem) 8.7268E-04 7.7135E-03 1. 1164E-03 Accumulated dose (rem) 1.2582E-01 7.9153E-01 1. 5098E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 2.0000 whole Body Thyroid TEDE Delta dose (rem) 2.0994E-04 1.8557E-03 2.6857E-04 Accumulated dose (rem) 5.6006E-02 3.5172E-01 6.7186E-02 control Room Doses: Time (h) = 2.0000 whole Body Thyroid TEDE Delta dose (rem) 2.8877E-04 5.1783E-02 1.9252E-03 Accumulated dose (rem) 1.3440E-03 2.0213E-01 7.7503E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 2.0000 Ci kg Atoms Decay co-58 2.2556E-05 7.0934E-13 7.3651E+12 6.0550E+09 co-60 2.7004E-05 2.3889E-11 2.3977E+14 7.2461E+09 Kr-85 2.3910E+02 6.0942E-04 4.3177E+21 6.4159E+16 Kr-85m 3. 5611E+03 4.3272E-03 3.0658E+22 9. 5558E+17 Kr-87 2.2757E+03 8.0339E-08 5.5611E+17 1. 1107E+18 Kr-88 5.8443E+03 4.6608E-07 3.1895E+18 2.0251E+18 Rb-86 7.5561E-04 9.2864E-12 6. 5028E+13 2.0307E+11 Sr-89 2.8378E-02 9.7681E-10 6.6095E+15 7.6193E+12 Sr-90 4.2743E-03 3.1335E-08 2.0967E+17 1. 1469E+12 Sr-91 3.1093E-02 8. 5773E-12 5.6763E+13 8.9872E+12 Sr-92 2.3587E-02 1.8765E-12 1. 2283E+13 8.2782E+12 Y-90 4.3424E-05 7.9814E-14 5.3405E+11 1. 1780E+10 Y-91 3.6954E-04 1. 5069E-11 9.9720E+13 9.9210E+10 Y-92 2.6716E-04 2.7764E-14 1.8174E+11 8.7871E+10 Y-93 4.0302E-04 1.2080E-13 7.8221E+11 1.1597E+11 Zr-95 5.2302E-04 2.4346E-11 1. 5433E+14 1.4041E+11 Zr-97 4.8874E-04 2. 5566E-13 1. 5873E+12 1. 3671E+11 Nb-95 5.2516E-04 1.3430E-11 8.5135E+13 1.4104E+11 Mo-99 7.5060E-03 1. 5650E-11 9. 5199E+13 2.0356E+12 Tc-99m 5.3323E-03 1.0141E-12 6.1687E+12 1. 6103E+12 Ru-103 6.7159E-03 2.0809E-10 1.2167E+15 1.8035E+12 Ru-105 3.6344E-03 5.4067E-13 3.1009E+12 1. 1459E+12 Ru-106 3.0853E-03 9.2221E-10 5.2393E+15 8.2797E+11 Rh-105 4.4562E-03 5.2795E-12 3.0280E+13 1. 2197E+12 Sb-127 9.3233E-03 3.4912E-11 1. 6555E+14 2. 5208E+12 sb-129 1.9826E-02 3.5257E-12 1. 6459E+13 6.2798E+12 Te-127 8.1188E-03 3.0764E-12 1.4588E+13 2.3495E+12 Te-127m 1.2764E-03 1. 3532E-10 6.4166E+14 3.4260E+11 Te-129 8.1439E-03 3.8887E-13 1.8154E+12 4.2321E+12 Te-129m 3.9960E-03 1. 3264E-10 6.1923E+14 1.0732E+12 Te-131m 1.1455E-02 1.4366E-11 6. 6041E+13 3.1465E+12 Te-132 1.1253E-01 3.7066E-10 1. 6911E+15 3.0467E+13 1-131 6.4458E+01 5.1993E-07 2. 3902E+18 1. 7359E+16 1-132 5.1052E+01 4.9459E-09 2.2564E+16 1.8839E+16 1-133 1. 2142E+02 1. 0719E-07 4.8533E+17 3.3700E+16 1-134 2.9250E+01 1.0965E-09 4.9276E+15 1.9287E+16 1-135 9.8609E+01 2.8079E-08 1. 2526E+17 2.9461E+16 Xe-133 2.7739E+04 1.4819E-04 6.7102E+20 7.4847E+18 Page 385

CRDA PELLET MVP TRIP 10 MIN.O0 Xe-135 8.7171E+03 3.4135E-06 1. 5227E+19 2.5262E+18 cs-134 8.1738E-02 6.3176E-08 2.8392E+17 2.1934E+13 Cs-136 2.2643E-02 3.0894E-10 1. 3680E+15 6.0894E+12 Cs-137 4.0169E-02 4.6181E-07 2.0300E+18 1.0779E+13 Ba-139 2.1040E-02 1.2863E-12 5.5730E+12 9.7708E+12 Ba-140 5.5277E-02 7.5506E-10 3.2479E+15 1.4867E+13 La-140 5.7726E-04 1.0386E-12 4.4674E+12 1. 5761E+11 La-141 3.6818E-04 6.5103E-14 2.7806E+11 1. 1861E+11 La-142 2.0528E-04 1.4340E-14 6.0815E+10 8.9591E+10 Ce-141 1.3140E-03 4.6115E-11 1. 9696E+14 3.5291E+11 Ce-143 1.1558E-03 1.7404E-12 7.3293E+12 3.1678E+11 Ce-144 1.0923E-03 3.4248E-10 1.4323E+15 2.9314E+11 Pr-143 4.6413E-04 6.8924E-12 2.9026E+13 1.2481E+11 Nd-147 2.1112E-04 2.6097E-12 1. 0691E+13 5.6802E+10 Np-239 1.7539E-02 7.5603E-11 1. 9050E+14 4.7650E+12 Pu-238 7.5190E-06 4.3920E-10 1.1113E+15 2.0176E+09 Pu-239 4.0380E-07 6.4965E-09 1.6369E+16 1.0835E+08 Pu-240 6.3939E-07 2.8060E-09 7.0408E+15 1.7157E+08 Pu-241 1.8776E-04 1.8227E-09 4.5546E+15 5.0384E+10 Am-241 9.8665E-08 2.8747E-11 7.1833E+13 2.6475E+07 Cm-242 2.9933E-05 9.0316E-12 2.2475E+13 8.0336E+09 Cm-244 3.6653E-06 4.5305E-11 1. 1182E+14 9.8352E+08 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 2.0000 Atmosphere sump Noble gases (atoms) 3.5665E+22 O.OOOOE+00 Elemental I (atoms) 2.9374E+18 O.OOOOE+00 organic I (atoms) 9.0847E+16 O.OOOOE+00 Aerosols (kq) 5.7243E-07 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.6412E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.8996E-08 Total I (Ci) 3.6479E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 2.0000 Leakage Transport Noble gases (atoms) 2.7259E+19 Elemental I (atoms) 2.2827E+15 organic I (atoms) 7.0600E+13 Aerosols (kg) 4.3744E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 2.0000 Filtered Transported Noble gases (atoms) O.O000E+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) O.0000E+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 2.0000 Ci kg Atoms Bq Co-58 7.3570E-06 2.3137E-13 2.4023E+12 2.7221E+05 Co-60 8.8014E-06 7.7862E-12 7.8149E+13 3.2565E+05 Kr-85 7.7929E+01 1.9863E-04 1.4073E+21 2.8834E+12 Kr-85m 1.1607E+03 1. 4104E-03 9.9924E+21 4.2945E+13 Kr-87 2.0539E+03 7.2510E-08 5.0192E+17 7. 5994E+13 Kr-88 3.0052E+03 2.3966E-07 1. 6401E+18 1.1119E+14 Rb-86 2.4699E-04 3.0354E-12 2.1256E+13 9.1385E+06 Sr-89 9.2591E-03 3.1871E-10 2.1565E+15 3.4259E+08 Sr-90 1.3931E-03 1.0213E-08 6.8337E+16 5.1545E+07 Sr-91 1. 1614E-02 3.2038E-12 2.1202E+13 4.2970E+08 Page 386

CRDA PELLET MVP TRIP 10 MIN.o0 Sr-92 1.2397E-02 9.8626E-13 6.4559E+12 4.5868E+08 Y-90 1.4442E-05 2.6545E-14 1.7762E+11 5.3436E+05 Y-91 1.2055E-04 4.9158E-12 3.2531E+13 4.4605E+06 Y-92 1.2553E-04 1.3046E-14 8.5393E+10 4.6446E+06 Y-93 1.4932E-04 4.4755E-14 2.8981E+11 5.5248E+06 Zr-95 1.7061E-04 7.9416E-12 5.0343E+13 6.3125E+06 zr-97 1.7198E-04 8.9961E-14 5.5851E+11 6.3631E+06 Nb-95 1.7143E-04 4.3839E-12 2.7790E+13 6.3428E+06 Mo-99 2.4949E-03 5.2018E-12 3.1642E+13 9.2310E+07 Tc-99m 2.1550E-03 4.0983E-13 2.4930E+12 7.9734E+07 Ru-103 2.1919E-03 6.7915E-11 3.9708E+14 8. 1100E+07 Ru-105 1.5856E-03 2.3589E-13 1.3529E+12 5.8668E+07 Ru-106 1.0057E-03 3.0062E-10 1.7079E+15 3.7212E+07 Rh-105 1.5065E-03 1.7849E-12 1.0237E+13 5.5742E+07 Sb-127 3.0816E-03 1.1539E-11 5.4717E+13 1.1402E+08 Sb-129 8.7203E-03 1.5507E-12 7.2392E+12 3.2265E+08 Te-127 3.0391E-03 1.1516E-12 5.4606E+12 1. 1245E+08 Te-127m 4.1622E-04 4.4126E-11 2.0924E+14 1.5400E+07 Te-129 8.1079E-03 3.8715E-13 1.8074E+12 2.9999E+08 Te-129m 1.3045E-03 4.3302E-11 2.0215E+14 4.8266E+07 Te-131m 3.8983E-03 4.8887E-12 2.2474E+13 1.4424E+08 Te-132 3.7289E-02 1.2283E-10 5.6036E+14 1.3797E+09 1-131 2.1150E+01 1.7060E-07 7.8425E+17 7.8255E+11 1-132 2.9219E+01 2.8307E-09 1.2914E+16 1. 0811E+12 1-133 4.2116E+01 3.7178E-08 1.6834E+17 1. 5583E+12 1-134 4.1785E+01 1.5664E-09 7.0394E+15 1. 5461E+12 1-135 3.9093E+01 1.1132E-08 4.9657E+16 1.4465E+12 Xe-133 9.1340E+03 4.8798E-05 2.2095E+20 3.3796E+14 xe-135 3.2714E+03 1.2810E-06 5.7145E+18 1. 2104E+14 Cs-134 2.6643E-02 2.0592E-08 9.2543E+16 9.8577E+08 Cs-136 7.4103E-03 1.0111E-10 4.4771E+14 2.7418E+08 Cs-137 1.3092E-02 1.5052E-07 6.6162E+17 4.8441E+08 Ba-139 1.7550E-02 1.0729E-12 4.6485E+12 6.4935E+08 Ba-140 1.8092E-02 2.4714E-10 1.0631E+15 6.6942E+08 La-140 1.9429E-04 3.4955E-13 1.5036E+12 7.1887E+06 La-141 1.6683E-04 2.9499E-14 1.2599E+11 6.1727E+06 La-142 1.5499E-04 1.0827E-14 4.5918E+10 5.7347E+06 Ce-141 4.2897E-04 1.5055E-11 6.4301E+13 1.5872E+07 Ce-143 3.9177E-04 5.8994E-13 2.4844E+12 1.4495E+07 Ce-144 3.5609E-04 1.1164E-10 4.6690E+14 1. 3175E+07 Pr-143 1.5187E-04 2.2554E-12 9.4980E+12 5.6193E+06 Nd-147 6.9150E-05 8.5477E-13 3.5017E+12 2.5585E+06 Np-239 5.8490E-03 2.5212E-11 6.3527E+13 2.1641E+08 Pu-238 2.4506E-06 1.4315E-10 3.6221E+14 9.0674E+04 Pu-239 1.3161E-07 2.1174E-09 5.3352E+15 4.8695E+03 Pu-240 2.0839E-07 9.1454E-10 2.2948E+15 7.7105E+03 Pu-241 6.1197E-05 5.9408E-10 1.4845E+15 2.2643E+06 Am-241 3.2157E-08 9.3694E-12 2.3412E+13 1.1898E+03 Cm-242 9.7593E-06 2.9446E-12 7.3276E+12 3.6109E+05 Cm-244 1.1946E-06 1.4766E-11 3.6444E+13 4.4201E+04 Environment Transport Group Inventory: Total Release Time (h) = 2.0000 Release Rate/s Noble gases (atoms) 1.1629E+22 1.6151E+18 Elemental I (atoms) 9.9154E+17 1.3771E+14 organic I (atoms) 3.0666E+16 4.2592E+12 Aerosols (kq) 1.8658E-07 2.5914E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9508E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7426E+01 Total I (Ci) 1.7336E+02 Page 387

CRDA PELLET MVP TRIP 10 MIN.o0 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 2.0000 Leakage Transport Noble gases (atoms) 2.7259E+19 Elemental I (atoms) 2.2827E+15 organic I (atoms) 7.0600E+13 Aerosols (kg) 4.3744E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 2.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.6075E+17 Elemental I (atoms) O.OOOOE+00 3.9231E+13 organi c I (atoms) O.OOOOE+00 1.2133E+12 Aerosols (kg) O.OOOOE+00 7.3929E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 2.0000 Filtered Transported Noble gases (atoms) 4.1474E+17 O.OOOOE+00 Elemental I (atoms) 3.4976E+13 O.OOOOE+00 organic I (atoms) 1.0817E+12 O.OOOOE+00 Aerosols (kg) 6.6551E-12 O.0000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 2.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 2.0000 Ci kg Atoms Decay Co-58 1.3649E-06 4.2925E-14 4.4569E+11 3.6530E+08 Co-60 1. 6341E-06 1.4456E-12 1.4510E+13 4.3716E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 3.8707E+15 Kr-85m 2.1550E+02 2.6186E-04 1.8552E+21 5.7651E+16 Kr-87 1. 3771E+02 4.8617E-09 3.3653E+16 6.6897E+16 Kr-88 3. 5366E+02 2.8204E-08 1. 9301E+17 1.2209E+17 Rb-86 4.5725E-05 5.6196E-13 3.9351E+12 1.2251E+10 Sr-89 1. 7173E-03 5.9111E-11 3.9997E+14 4.5968E+11 Sr-90 2.5865E-04 1.8962E-09 1.2688E+16 6.9195E+10 Sr-91 1. 8816E-03 5.1905E-13 3.4349E+12 5.4209E+11 Sr-92 1.4273E-03 1.1356E-13 7.4331E+11 4.9906E+11 Y-90 2. 6278E-06 4.8299E-15 3.2318E+10 7.1067E+08 Y-91 2.2362E-05 9.1186E-13 6.0345E+12 5.9853E+09 Y-92 1. 6167E-05 1. 6801E-15 1.0998E+10 5.2984E+09 Y-93 2.4388E-05 7.3100E-15 4.7335E+10 6.9952E+09 Zr-95 3.1650E-05 1.4733E-12 9.3392E+12 8.4709E+09 Zr-97 2.9576E-05 1. 5471E-14 9.6052E+10 8.2471E+09 Nb-95 3.1780E-05 8.1272E-13 5.1519E+12 8.5087E+09 Mo-99 4.5422E-04 9.4705E-13 5.7609E+12 1. 2280E+11 Tc-99m 3.2268E-04 6.1367E-14 3.7329E+11 9.7117E+10 RU-103 4. 0641E-04 1.2592E-11 7.3625E+13 1.0880E+11 Ru-105 2. 1993E-04 3.2718E-14 1.8765E+11 6.9101E+10 RU-106 1. 8671E-04 5.5807E-11 3.1705E+14 4.9952E+10 Rh-105 2.6966E-04 3.1949E-13 1.8324E+12 7.3578E+10 Sb-127 5.6419E-04 2.1127E-12 1.0018E+13 1. 5207E+11 Page 388

CRDA PELLET MVP TRIP 10 MIN.O0 Sb-129 1.1998E-03 2.1335E-13 9.9601E+11 3.7869E+11 Te-127 4.9131E-04 1.8616E-13 8.8276E+11 1.4172E+11 Te-127m 7.7241E-05 8.1887E-12 3.8830E+13 2.0669E+10 Te-129 4.9282E-04 2.3532E-14 1.0986E+11 2.5485E+11 Te-129m 2.4181E-04 8.0269E-12 3.7472E+13 6.4746E+10 Te-131m 6.9322E-04 8.6935E-13 3.9964E+12 1.8982E+11 Te-132 6.8097E-03 2.2431E-11 1.0233E+14 1.8380E+12 1-131 3.9007E+00 3.1463E-08 1.4464E+17 1.0473E+15 1-132 3.0894E+00 2.9930E-10 1. 3655E+15 1.1356E+15 1-133 7.3478E+00 6.4863E-09 2.9370E+16 2.0329E+15 1-134 1.7700E+00 6.6351E-11 2.9819E+14 1. 1606E+15 1-135 5.9673E+00 1.6992E-09 7. 5797E+15 1.7769E+15 Xe-133 1.6786E+03 8.9679E-06 4.0606E+19 4. 5155E+17 Xe-135 5.2751E+02 2.0657E-07 9.2145E+17 1. 5237E+17 Cs-134 4.9463E-03 3.8230E-09 1.7181E+16 1. 3233E+12 Cs-136 1.3702E-03 1.8695E-11 8.2784E+13 3.6737E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 6.5029E+11 Ba-139 1.2732E-03 7.7841E-14 3.3725E+11 5.8858E+11 Ba-140 3.3450E-03 4.5692E-11 1.9654E+14 8.9690E+11 La-140 3.4932E-05 6.2847E-14 2.7034E+11 9.5084E+09 La-141 2.2280E-05 3.9397E-15 1. 6827E+10 7.1522E+09 La-142 1.2422E-05 8.6777E-16 3.6802E+09 5.3978E+09 Ce-141 7.9515E-05 2.7906E-12 1.1919E+13 2.1291E+10 Ce-143 6.9941E-05 1.0532E-13 4.4353E+11 1. 9111E+10 Ce-144 6.6102E-05 2.0725E-11 8.6672E+13 1. 7685E+10 Pr-143 2.8086E-05 4.1709E-13 1.7565E+12 7.5297E+09 Nd-147 1.2776E-05 1.5793E-13 6.4698E+11 3.4269E+09 Np-239 1.0614E-03 4.5751E-12 1. 1528E+13 2.8746E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 1. 2172E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 6.5370E+06 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.0351E+07 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 3.0397E+09 Am-241 5.9706E-09 1.7396E-12 4.3470E+12 1.5973E+06 Cm-242 1.8114E-06 5.4654E-13 1. 3601E+12 4.8467E+08 Cm-244 2.2180E-07 2.7416E-12 6.7665E+12 5.9336E+07 MVP Holdup Transport Group Inventory: Time (h) = 2.0000 Atmosphere Sump Noble gases (atoms) 2.1583E+21 O.O000E+00 Elemental I (atoms) 1.7775E+17 O.OOOOE+00 organic I (atoms) 5.4975E+15 O.OOOOE+00 Aerosols (kq) 3.4640E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.9605E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2901E-08 Total I (Ci) 2.2075E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 2.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 2.0000 Filtered Transported Noble gases (atoms) O.O000E+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Page 389

CRDA PELLET MVP TRIP 10 MIN.O0 Detailed model information at time (H) = 3.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 3.0000 whole Body Thyroid TEDE Delta dose (rem) 4.2175E-04 4.6633E-03 5.6868E-04 Accumulated dose (rem) 1.2624E-01 7.9620E-01 1. 5155E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 3.0000 whole Body Thyroid TEDE Delta dose (rem) 7.9294E-05 8.7675E-04 1.0692E-04 Accumulated dose (rem) 5.6085E-02 3.5259E-01 6.7293E-02 control Room Doses: Time (h) = 3.0000 whole Body Thyroid TEDE Delta dose (rem) 1.1010E-04 2.4933E-02 8.9576E-04 Accumulated dose (rem) 1.4541E-03 2.2706E-01 8.6460E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 3.0000 Ci kg Atoms Decay Co-58 2.2537E-05 7.0876E-13 7.3590E+12 9.0581E+09 Co-60 2.6992E-05 2.3879E-11 2.3967E+14 1.0842E+10 Kr-85 2.3900E+02 6.0917E-04 4.3159E+21 9.5999E+16 Kr-85m 3. 5596E+03 4.3254E-03 3.0645E+22 1.4298E+18 Kr-87 1. 3189E+03 4.6561E-08 3.2230E+17 1.3443E+18 Kr-88 4. 5767E+03 3.6499E-07 2.4978E+18 2.7157E+18 Rb-86 7. 5413E-04 9.2682E-12 6.4900E+13 3.0362E+11 Sr-89 2.8350E-02 9.7584E-10 6.6030E+15 1.1397E+13 Sr-90 4.2725E-03 3.1322E-08 2.0958E+17 1.7161E+12 Sr-91 2.8893E-02 7.9705E-12 5.2746E+13 1. 2980E+13 Sr-92 1.8256E-02 1.4524E-12 9. 5071E+12 1.1050E+13 Y-90 4.2938E-05 7.8921E-14 5.2808E+11 1.7532E+10 Y-91 3. 6920E-04 1.505 5E-11 9.9629E+13 1. 4841E+11 Y-92 2.1956E-04 2.2818E-14 1.4936E+11 1.2018E+11 Y-93 3. 7613E-04 1.1274E-13 7.3002E+11 1.6784E+11 Zr-95 5.2257E-04 2.4325E-11 1. 5420E+14 2.1004E+11 Zr-97 4.6891E-04 2.4529E-13 1. 5228E+12 2.0048E+11 Nb-95 5.2451E-04 1. 3414E-11 8. 5029E+13 2.1094E+11 MO-99 7.4245E-03 1. 5480E-11 9.4165E+13 3.0299E+12 Tc-99m 4.7504E-03 9.0342E-13 5.4955E+12 2.2810E+12 Ru-103 6. 7082E-03 2.0785E-10 1. 2153E+15 2.6975E+12 Ru-105 3.1078E-03 4.6233E-13 2.6516E+12 1.5940E+12 Ru-106 3.0838E-03 9.2176E-10 5.2367E+15 1.2388E+12 Rh-105 4.3679E-03 5.1749E-12 2.9680E+13 1.8073E+12 sb-127 9.2497E-03 3.4636E-11 1.6424E+14 3.7577E+12 Sb-129 1.6880E-02 3.0018E-12 1. 4013E+13 8.7191E+12 Te-127 7.5356E-03 2.8554E-12 1.3540E+13 3.3916E+12 Te-127m 1.2755E-03 1. 3523E-10 6.4122E+14 5.1255E+11 Te-129 4.4786E-03 2.1385E-13 9.9834E+11 5.0485E+12 Te-129m 3.9909E-03 1.3248E-10 6.1844E+14 1. 6051E+12 Te-131m 1. 1189E-02 1.4032E-11 6.4506E+13 4.6546E+12 Te-132 1.1149E-01 3.6724E-10 1.6754E+15 4. 5387E+13 1-131 6. 4200E+01 5.1785E-07 2.3806E+18 2.5928E+16 1-132 3.7753E+01 3.6575E-09 1.6686E+16 2.4709E+16 1-133 1. 1739E+02 1.0363E-07 4.6923E+17 4.9603E+16 1-134 1. 3261E+01 4.9708E-10 2.2340E+15 2.1979E+16 1-135 8.8755E+01 2.5273E-08 1. 1274E+17 4.1927E+16 Xe-133 2.7576E+04 1.4732E-04 6.6707E+20 1.1169E+19 Xe-135 8.0796E+03 3.1639E-06 1.4113E+19 3.6442E+18 Page 390

CRDA PELLET MVP TRIP 10 MIN.O0 Cs-134 8.1701E-02 6.3147E-08 2.8379E+17 3.2819E+13 Cs-136 2.2583E-02 3.0813E-10 1. 3644E+15 9.1014E+12 Cs-137 4.0152E-02 4.6161E-07 2.0291E+18 1.6128E+13 Ba-139 1.2720E-02 7.7762E-13 3.3690E+12 1.1973E+13 Ba-140 5.5129E-02 7.5303E-10 3.2392E+15 2.2219E+13 La-140 5.6717E-04 1.0204E-12 4.3893E+12 2.3383E+11 La-141 3.0852E-04 5.4554E-14 2.3300E+11 1. 6356E+11 La-142 1.3089E-04 9.1433E-15 3.8776E+10 1. 1161E+11 Ce-141 1.3123E-03 4.6055E-11 1.9670E+14 5.2781E+11 Ce-143 1.1313E-03 1.7035E-12 7.1740E+12 4.6909E+11 Ce-144 1.0918E-03 3.4230E-10 1.4315E+15 4.3860E+11 Pr-143 4.6295E-04 6.8749E-12 2.8952E+13 1.8655E+11 Nd-147 2.1048E-04 2.6018E-12 1.0659E+13 8.4881E+10 Np-239 1.7318E-02 7.4651E-11 1.8810E+14 7.0864E+12 Pu-238 7.5159E-06 4.3902E-10 1. 1109E+15 3.0189E+09 Pu-239 4.0363E-07 6.4938E-09 1.6363E+16 1.6213E+08 Pu-240 6.3912E-07 2.8048E-09 7.0379E+15 2.5672E+08 Pu-241 1.8768E-04 1.8219E-09 4. 5527E+15 7.5388E+10 Am-241 9.8623E-08 2.8735E-11 7.1803E+13 3.9614E+07 Cm-242 2.9916E-05 9.0262E-12 2.2462E+13 1. 2019E+10 Cm-244 3.6637E-06 4.5286E-11 1.1177E+14 1.4716E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 3.0000 Atmosphere Sump Noble gases (atoms) 3.5644E+22 0.OOOOE+00 Elemental I (atoms) 2.8920E+18 O.OOOOE+00 organic I (atoms) 8.9444E+16 0.OOOOE+00 Aerosols (k 9 ) 5.7218E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.5572E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.7130E-08 Total I (Ci) 3.2136E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 3.0000 Leakage Transport Noble gases (atoms) 4.2116E+19 Elemental I (atoms) 3.4979E+15 Organi c I (atoms) 1.0818E+14 Aerosols (kg) 6.7590E-10 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 3.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 3.0000 Ci kg Atoms Bq Co-58 7.3664E-06 2.3166E-13 2.4054E+12 2.7256E+05 Co-60 8.8127E-06 7.7962E-12 7.8249E+13 3.2607E+05 Kr-85 7.8029E+01 1.9888E-04 1.4091E+21 2.,8871E+12 Kr-85m 1. 1622E+03 1.4122E-03 1.0005E+22 4.:3000E+13 Kr-87 2.0546E+03 7.2536E-08 5.0209E+17 7.6021E+13 Kr-88 3.0073E+03 2.3983E-07 1. 6413E+18 1. 1127E+14 Rb-86 2.4730E-04 3.0393E-12 2.1283E+13 9.;1501E+06 Sr-89 9.2709E-03 3.1911E-10 2.1593E+15 3.:4303E+08 Sr-90 1.3949E-03 1.0226E-08 6.8424E+16 5.1611E+07 Sr-91 1. 1626E-02 3.2072E-12 2.1224E+13 4.3016E+08 Sr-92 1.2405E-02 9.8694E-13 6.4603E+12 4.5899E+08 Page 391

CRDA PELLET MVP TRIP 10 MIN.O0 Y-90 1.4460E-05 2.6578E-14 1. 7784E+11 5.3502E+05 Y-91 1.2071E-04 4.9220E-12 3.2573E+13 4.4662E+06 Y-92 1.2563E-04 1.3056E-14 8.5462E+10 4.6483E+06 Y-93 1.4948E-04 4.4804E-14 2.9012E+11 5.5308E+06 zr-95 1.7083E-04 7.9518E-12 5.0407E+13 6.3206E+06 Zr-97 1.7218E-04 9.0065E-14 5.5916E+11 6.3705E+06 Nb-95 1.7164E-04 4.3895E-12 2.7826E+13 6.3508E+06 Mo-99 2.4980E-03 5.2083E-12 3.1682E+13 9.2425E+07 Tc-99m 2.1571E-03 4.1022E-13 2.4954E+12 7.9811E+07 RU-103 2.1947E-03 6.8002E-11 3.9759E+14 8.1203E+07 RU-105 1.5870E-03 2.3609E-13 1. 3541E+12 5.8720E+07 RU-106 1.0070E-03 3.0100E-10 1. 7101E+15 3.7260E+07 Rh-105 1.5084E-03 1.7871E-12 1.0249E+13 5.5810E+07 sb-127 3.0854E-03 1.1554E-11 5.4786E+13 1. 1416E+08 sb-129 8.7278E-03 1.5521E-12 7.2455E+12 3.2293E+08 Te-127 3.0424E-03 1.1528E-12 5.4664E+12 1.1257E+08 Te-127m 4.1675E-04 4.4182E-11 2.0950E+14 1.5420E+07 Te-129 8.1103E-03 3.8727E-13 1.8079E+12 3.0008E+08 Te-129m 1.3061E-03 4.3357E-11 2.0240E+14 4.8327E+07 Te-131m 3.9030E-03 4.8946E-12 2.2501E+13 1.4441E+08 Te-132 3.7336E-02 1.2298E-10 5.6106E+14 1.3814E+09 1-131 2.1177E+01 1.7082E-07 7.8525E+17 7.8354E+11 1-132 2.9237E+01 2.8324E-09 1.2922E+16 1.0818E+12 1-133 4.2166E+01 3.7222E-08 1. 6854E+17 1.5601E+12 1-134 4.1793E+01 1.5667E-09 7.0408E+15 1.5464E+12 1-135 3.9132E+01 1.1143E-08 4.9707E+16 1.4479E+12 Xe-133 9.1455E+03 4.8859E-05 2.2123E+20 3.3838E+14 Xe-135 3.2749E+03 1.2824E-06 5.7206E+18 1.2117E+14 cs-134 2.6677E-02 2.0618E-08 9.2661E+16 9.8703E+08 Cs-136 7.4197E-03 1.0124E-10 4.4828E+14 2.7453E+08 Cs-137 1.3109E-02 1.5071E-07 6.6247E+17 4.8503E+08 Ba-139 1.7557E-02 1.0734E-12 4.6503E+12 6.4960E+08 Ba-140 1.8115E-02 2.4745E-10 1. 0644E+15 6.7027E+08 La-140 1.9453E-04 3.4998E-13 1.5054E+12 7.1975E+06 La-141 1.6697E-04 2.9524E-14 1. 2610E+11 6.1779E+06 La-142 1.5506E-04 1.0832E-14 4.5938E+10 5.7372E+06 Ce-141 4.2952E-04 1.5074E-11 6.4383E+13 1.5892E+07 Ce-143 3.9224E-04 5.9065E-13 2.4874E+12 1.4513E+07 ce-144 3.5654E-04 1.1179E-10 4.6749E+14 1.3192E+07 Pr-143 1.5207E-04 2.2582E-12 9.5101E+12 5.6265E+06 Nd-147 6.9237E-05 8.5585E-13 3.5062E+12 2.5618E+06 Np-239 5.8562E-03 2.5243E-11 6.3606E+13 2.1668E+08 Pu-238 2.4538E-06 1.4333E-10 3.6267E+14 9.0790E+04 Pu-239 1.3178E-07 2.1201E-09 5.3420E+15 4.8757E+03 Pu-240 2.0866E-07 9.1570E-10 2.2977E+15 7.7204E+03 Pu-241 6.1276E-05 5.9483E-10 1.4864E+15 2.2672E+06 Am-241 3.2198E-08 9.3814E-12 2.3442E+13 1.1913E+03 Cm-242 9.7717E-06 2.9484E-12 7.3370E+12 3.6155E+05 Cm-244 1.1961E-06 1.4785E-11 3.6490E+13 4.4257E+04 Environment Transport Group Inventory: Total Release Time (h) = 3.0000 Release Rate/s Noble gases (atoms) 1.1643E+22 1.0781E+18 Elemental I (atoms) 9.9275E+17 9.1922E+13 organic I (atoms) 3.0704E+16 2.8429E+12 Aerosols (kq) 1.8682E-07 1.7298E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9544E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7470E+01 Total I (Ci) 1.7350E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Page 392

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 3.0000 Leakage Transport Noble gases (atoms) 4.2116E+19 Elemental I (atoms) 3.4979E+15 organic I (atoms) 1.0818E+14 Aerosols (kg) 6.7590E-10 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 3.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 4.9771E+17 Elemental I (atoms) O.OOOOE+00 4.2253E+13 organic I (atoms) O.OOOOE+00 1.3068E+12 Aerosols (kg) O.OOOOE+00 7.9860E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 3.0000 Filtered Transported Noble gases (atoms) 4.6788E+17 O.OOOOE+00 Elemental I (atoms) 3.9325E+13 O.OOOOE+00 organic I (atoms) 1.2162E+12 O.OOOOE+00 Aerosols (kg) 7.5080E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 3.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 3.0000 Ci kg Atoms Decay Co-58 1.3644E-06 4.2908E-14 4.4551E+11 5.4707E+08 Co-60 1. 6341E-06 1.4456E-12 1.4509E+13 6.5482E+08 Kr-85 1.4469E+01 3.6879E-05 2.6128E+20 5.7980E+15 Kr-85m 2.1549E+02 2.6185E-04 1. 8552E+21 8.6355E+16 Kr-87 7.9845E+01 2.8188E-09 1.9512E+16 8.1038E+16 Kr-88 2.7707E+02 2.2096E-08 1. 5121E+17 1. 6389E+17 Rb-86 4.5655E-05 5.6109E-13 3.9290E+12 1.8337E+10 Sr-89 1. 7163E-03 5.9077E-11 3.9974E+14 6.8835E+11 Sr-90 2.5865E-04 1.8962E-09 1. 2688E+16 1.0365E+11 Sr-91 1.7492E-03 4.8253E-13 3.1933E+12 7.8379E+11 Sr-92 1. 1052E-03 8.7928E-14 5.7556E+11 6.6681E+11 Y-90 2.5994E-06 4.7778E-15 3.1970E+10 1.0588E+09 Y-91 2.2351E-05 9.1141E-13 6.0315E+12 8.9633E+09 Y-92 1.3292E-05 1.3814E-15 9.0421E+09 7.2541E+09 Y-93 2.2771E-05 6.8251E-15 4.4195E+10 1.0135E+10 Zr-95 3.1636E-05 1.4726E-12 9.3350E+12 1. 2686E+10 Zr-97 2.8387E-05 1. 4850E-14 9.2192E+10 1.2107E+10 Nb-95 3.1754E-05 8.1205E-13 5.1476E+12 1. 2740E+10 Mo-99 4.4947E-04 9.3716E-13 5.7007E+12 1. 8299E+11 Tc-99m 2.8759E-04 5.4693E-14 3.3269E+11 1.3772E+11 Ru-103 4.0611E-04 1.2583E-11 7.3571E+13 1. 6292E+11 Ru-105 1.8814E-04 2.7989E-14 1.6053E+11 9.6224E+10 RU-106 1.8669E-04 5.5803E-11 3.1703E+14 7.4820E+10 Rh-105 2.6443E-04 3.1328E-13 1.7968E+12 1.0915E+11 sb-127 5.5998E-04 2.0969E-12 9.9431E+12 2.2694E+11 Sb-129 1.0219E-03 1.8173E-13 8.4836E+11 5.2634E+11 Page 393

CRDA PELLET MVP TRIP 10 MIN.O0 Te-127 4.5620E-04 1.7286E-13 8.1968E+11 2.0479E+11 Te-127m 7.7221E-05 8.1866E-12 3.8819E+13 3.0956E+10 Te-129 2.7113E-04 1.2947E-14 6.0439E+10 3.0427E+11 Te-129m 2.4161E-04 8.0200E-12 3.7440E+13 9.6941E+10 Te-131m 6.7739E-04 8.4949E-13 3.9052E+12 2.8110E+11 Te-132 6.7497E-03 2.2233E-11 1.0143E+14 2.7411E+12 1-131 3.8867E+00 3.1351E-08 1.4412E+17 1. 5659E+15 1-132 2.2855E+00 2.2142E-10 1.0102E+15 1.4909E+15 1-133 7.1069E+00 6.2737E-09 2.8407E+16 2.9955E+15 1-134 8.0279E-01 3.0093E-11 1. 3524E+14 1. 3236E+15 1-135 5.3732E+00 1.5300E-09 6.8252E+15 2.5314E+15 xe-133 1.6695E+03 8.9189E-06 4.0384E+19 6.7453E+17 Xe-135 4.8914E+02 1.9154E-07 8. 5442E+17 2.2005E+17 Cs-134 4.9462E-03 3.8229E-09 1.7181E+16 1. 9821E+12 Cs-136 1.3672E-03 1.8654E-11 8.2602E+13 5.4968E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 9.7407E+11 Ba-139 7.7004E-04 4.7077E-14 2.0396E+11 7.2186E+11 Ba-140 3.3375E-03 4.5588E-11 1.9610E+14 1. 3420E+12 La-140 3.4336E-05 6.1775E-14 2.6573E+11 1.4122E+10 La-141 1.8678E-05 3.3027E-15 1.4106E+10 9.8730E+09 La-142 7.9238E-06 5.5353E-16 2.3475E+09 6.7305E+09 Ce-141 7.9445E-05 2.7882E-12 1.1908E+13 3.1878E+10 Ce-143 6.8487E-05 1. 0313E-13 4.3431E+11 2.8330E+10 Ce-144 6.6095E-05 2.0723E-11 8.6663E+13 2.6490E+10 Pr-143 2.8027E-05 4.1620E-13 1. 7527E+12 1.1267E+10 Nd-147 1.2742E-05 1. 5751E-13 6.4528E+11 5.1264E+09 Np-239 1.0484E-03 4. 5193E-12 1.1387E+13 4.2798E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 1.8233E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 9.7919E+06 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 1.5505E+07 Pu-241 1.1362E-05 1. 1030E-10 2.7562E+14 4.5531E+09 Am-241 5.9706E-09 1. 7396E-12 4.3469E+12 2.3925E+06 Cm-242 1. 8111E-06 5.4644E-13 1. 3598E+12 7.2593E+08 Cm-244 2.2180E-07 2.7416E-12 6.7664E+12 8.8880E+07 MVP Holdup Transport Group Inventory: Time (h) = 3.0000 Atmosphere Sump Noble gases (atoms) 2.1579E+21 O.OOOOE+00 Elemental I (atoms) 1.7508E+17 O.OOOOE+00 Organic I (atoms) 5.4149E+15 O.OOOOE+00 Aerosols (kg) 3.4639E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.8741E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.0959E-08 Total I (Ci) 1. 9455E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 3.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 3.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Page 394

CRDA PELLET MVP TRIP 10 MIN.O0 Detailed model information at time (H) = 4.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 4.0000 whole Body Thyroid TEDE Delta dose (rem) 3.3812E-04 4.5953E-03 4.8261E-04 Accumulated dose (rem) 1.2658E-01 8.0079E-01 1. 5203E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 4.0000 whole Body Thyroid TEDE Delta dose (rem) 6.3570E-05 8.6398E-04 9.0737E-05 Accumulated dose (rem) 5.6149E-02 3.5346E-01 6.7384E-02 control Room Doses: Time (h) = 4.0000 whole Body Thyroid TEDE Delta dose (rem) 6.6307E-05 1.8574E-02 6.5037E-04 Accumulated dose (rem) 1.5204E-03 2.4564E-01 9.2964E-03 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 4.0000 Ci kg Atoms Decay co-58 2.2518E-05 7.0817E-13 7.3529E+12 1. 2059E+10 co-60 2.6980E-05 2.3868E-11 2.3956E+14 1.4437E+10 Kr-85 2. 3890E+02 6.0891E-04 4.3140E+21 1. 2783E+17 Kr-85m 3. 5580E+03 4.3235E-03 3.0631E+22 1. 9038E+18 Kr-87 7.6437E+02 2.6985E-08 1.8679E+17 1.4797E+18 Kr-88 3. 5841E+03 2.8583E-07 1.9560E+18 3.2565E+18 Rb-86 7. 5265E-04 9.2500E-12 6.4773E+13 4.0397E+11 Sr-89 2.8322E-02 9.7488E-10 6.5965E+15 1. 5172E+13 Sr-90 4.2707E-03 3.1308E-08 2.0949E+17 2.2851E+12 Sr-91 2.6849E-02 7.4066E-12 4.9015E+13 1.6691E+13 Sr-92 1. 4130E-02 1.1242E-12 7. 3585E+12 1. 3195E+13 Y-90 4.2458E-05 7.8038E-14 5.2217E+11 2.3219E+10 Y-91 3.6887E-04 1. 5041E-11 9.9538E+13 1.9756E+11 Y-92 1. 8044E-04 1.8752E-14 1.2275E+11 1.4674E+11 Y-93 3.5104E-04 1.0522E-13 6.8132E+11 2.1625E+11 Zr-95 5. 2211E-04 2.4304E-11 1. 5406E+14 2.7962E+11 Zr-97 4.4988E-04 2. 3533E-13 1.4610E+12 2.6166E+11 Nb-95 5.2386E-04 1. 3397E-11 8.4924E+13 2.8076E+11 Mo-99 7.3439E-03 1. 5312E-11 9.3142E+13 4.0134E+12 Tc-99m 4.2320E-03 8.0483E-13 4.8957E+12 2.8786E+12 RU-103 6. 7005E-03 2.0761E-10 1. 2139E+15 3. 5905E+12 RU-105 2.6575E-03 3.9534E-13 2.2674E+12 1.9772E+12 RU-106 3.0823E-03 9.2130E-10 5.2341E+15 1.6495E+12 Rh-105 4.2813E-03 5.0723E-12 2.9091E+13 2.3833E+12 Sb-127 9.1768E-03 3.4363E-11 1.6295E+14 4.9849E+12 sb-129 1.4372E-02 2. 5557E-12 1.1931E+13 1. 0796E+13 Te-127 6. 9942E-03 2.6502E-12 1.2567E+13 4.3588E+12 Te-127m 1. 2747E-03 1.3513E-10 6.4079E+14 6.8239E+11 Te-129 2.4629E-03 1. 1761E-13 5.4902E+11 5.4975E+12 Te-129m 3.9858E-03 1. 3231E-10 6.1765E+14 2.1363E+12 Te-131m 1.0929E-02 1. 3706E-11 6.3006E+13 6.1275E+12 Te-132 1.1046E-01 3.6385E-10 1.6600E+15 6.0168E+13 1-131 6.3944E+01 5.1578E-07 2.3711E+18 3.4462E+16 1-132 2.7918E+01 2.7047E-09 1. 2339E+16 2.9050E+16 1-133 1. 1350E+02 1.0019E-07 4.5366E+17 6.4978E+16 1-134 6.0118E+00 2.2536E-10 1.0128E+15 2.3200E+16 1-135 7.9886E+01 2.2748E-08 1.0147E+17 5.3148E+16 Xe-133 2.7414E+04 1.4646E-04 6.6314E+20 1.4831E+19 Xe-135 7.4886E+03 2.9324E-06 1. 3081E+19 4.6805E+18 Cs-134 8.1664E-02 6.3118E-08 2.8366E+17 4.3699E+13 Page 395

CRDA PELLET MVP TRIP 10 MIN.O0 Cs-136 2.2524E-02 3.0733E-10 1. 3609E+15 1.2105E+13 Cs-137 4.0135E-02 4.6142E-07 2.0283E+18 2.1475E+13 Ba-139 7.6893E-03 4.7010E-13 2.0367E+12 1. 3304E+13 Ba-140 5.4981E-02 7.5101E-10 3.2305E+15 2.9553E+13 La-140 5.5726E-04 1.0026E-12 4.3126E+12 3.0871E+11 La-141 2.5853E-04 4.5714E-14 1. 9524E+11 2.0123E+11 La-142 8.3455E-05 5.8299E-15 2.4724E+10 1.2565E+11 Ce-141 1. 3106E-03 4. 5995E-11 1. 9645E+14 7.0249E+11 Ce-143 1.1073E-03 1.6674E-12 7.0219E+12 6.1817E+11 Ce-144 1.0912E-03 3.4212E-10 1.4308E+15 5.8398E+11 Pr-143 4.6177E-04 6.8574E-12 2.8878E+13 2.4814E+11 Nd-147 2.0984E-04 2. 5939E-12 1.0626E+13 1. 1287E+11 Np-239 1. 7100E-02 7.3710E-11 1.8573E+14 9.3786E+12 Pu-238 7.5128E-06 4.3884E-10 1. 1104E+15 4.0198E+09 Pu-239 4.0346E-07 6.4911E-09 1.6356E+16 2.1588E+08 Pu-240 6.3885E-07 2.8036E-09 7.0349E+15 3.4183E+08 Pu-241 1.8760E-04 1.8212E-09 4.5508E+15 1.0038E+11 Am-241 9.8582E-08 2.8723E-11 7.1773E+13 5.2748E+07 Cm-242 2.9898E-05 9.0209E-12 2.2448E+13 1. 6003E+10 Cm-244 3.6622E-06 4.5266E-11 1.1172E+14 1.9595E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 4.0000 Atmosphere Sump Noble gases (atoms) 3.5624E+22 O.OOOOE+00 Elemental I (atoms) 2.8514E+18 0.OOOOE+00 Organic I (atoms) 8.8187E+16 O.OOOOE+00 Aerosols (kg) 5.7192E-07 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.4783E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.5516E-08 Total I (Ci) 2.9126E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 4.0000 Leakage Transport Noble gases (atoms) 5.6963E+19 Elemental I (atoms) 4.6951E+15 Organic I (atoms) 1.4521E+14 Aerosols (kg) 9.1426E-10 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 4.0000 Filtered Transported Noble gases (atoms) O.O000E+00 1.3760E+22 Elemental I (atoms) O.O000E+00 1.1758E+18 organic I (atoms) O.O000E+00 3.6364E+16 Aerosols (kg) O.0002E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 4.0000 Ci kg Atoms Bq Co-58 7.3758E-06 2.3196E-13 2.4084E+12 2.7291E+05 Co-60 8.8239E-06 7.8061E-12 7.8349E+13 3.2648E+05 Kr-85 7.8128E+01 1.9914E-04 1.4109E+21 2.8907E+12 Kr-85m 1.1637E+03 1. 4140E-03 1.0018E+22 4.3055E+13 Kr-87 2.0550E+03 7.2550E-08 5.0219E+17 7.6036E+13 Kr-88 3.0090E+03 2.3997E-07 1.6422E+18 1.1133E+14 Rb-86 2.4761E-04 3.0432E-12 2.1310E+13 9.1617E+06 Sr-89 9.2828E-03 3.1952E-10 2. 1620E+15 3.4346E+08 Sr-90 1.3967E-03 1.0239E-08 6.8511E+16 5.1676E+07 Sr-91 1. 1638E-02 3.2104E-12 2.1245E+13 4.3059E+08 Sr-92 1.2412E-02 9.8747E-13 6.4638E+12 4.5924E+08 Y-90 1.4478E-05 2.6611E-14 1. 7806E+11 5.3568E+05 Page 396

CRDA PELLET MVP TRIP 10 MIN.oO Y-91 1.2086E-04 4.9283E-12 3.2614E+13 4.4719E+06 Y-92 1.2571E-04 1.3064E-14 8.5518E+10 4.6513E+06 Y-93 1.4963E-04 4.4849E-14 2.9042E+11 5.5363E+06 Zr-95 1.7104E-04 7.9619E-12 5.0471E+13 6.3286E+06 Zr-97 1.7237E-04 9.0165E-14 5.5978E+11 6.3776E+06 Nb-95 1.7186E-04 4.3951E-12 2.7861E+13 6.3589E+06 Mo-99 2.5010E-03 5.2147E-12 3.1721E+13 9.2538E+07 Tc-99m 2.1589E-03 4.1058E-13 2.4975E+12 7.9880E+07 RU-103 2.1975E-03 6.8088E-11 3.9809E+14 8.1307E+07 Ru-105 1.5882E-03 2.3627E-13 1. 3551E+12 5.8764E+07 Ru-106 1.0083E-03 3.0138E-10 1.7122E+15 3.7307E+07 Rh-105 1.5102E-03 1.7892E-12 1.0262E+13 5.5877E+07 Sb-127 3.0893E-03 1.1568E-11 5.4854E+13 1.1430E+08 sb-129 8.7343E-03 1.5532E-12 7.2509E+12 3.2317E+08 Te-127 3.0454E-03 1.1539E-12 5.4718E+12 1. 1268E+08 Te-127m 4.1728E-04 4.4238E-11 2.0977E+14 1.5439E+07 Te-129 8.1117E-03 3.8734E-13 1.8082E+12 3.0013E+08 Te-129m 1.3078E-03 4.3412E-11 2.0266E+14 4.8389E+07 Te-131m 3.9076E-03 4.9004E-12 2.2527E+13 1.4458E+08 Te-132 3.7382E-02 1.2313E-10 5.6175E+14 1. 3831E+09 1-131 2.1204E+01 1.7103E-07 7.8624E+17 7.8453E+11 1-132 2.9250E+01 2.8337E-09 1.2928E+16 1.0822E+12 1-133 4.2214E+01 3.7264E-08 1. 6873E+17 1. 5619E+12 1-134 4.1797E+01 1.5668E-09 7.0414E+15 1. 5465E+12 1-135 3.9167E+01 1.1153E-08 4.9751E+16 1.4492E+12 Xe-133 9.1570E+03 4.8920E-05 2.2151E+20 3.3881E+14 Xe-135 3.2781E+03 1.2837E-06 5.7262E+18 1.2129E+14 Cs-134 2.6711E-02 2.0645E-08 9.2780E+16 9.8829E+08 Cs-136 7.4291E-03 1.0136E-10 4.4885E+14 2.7488E+08 Cs-137 1.3126E-02 1.5090E-07 6.6331E+17 4.8565E+08 Ba-139 1.7561E-02 1.0736E-12 4.6514E+12 6.4975E+08 Ba-140 1.8138E-02 2.4776E-10 1.0658E+15 6.7112E+08 La-140 1.9476E-04 3.5040E-13 1. 5072E+12 7.2062E+06 La-141 1.6709E-04 2.9545E-14 1. 2619E+11 6.1822E+06 La-142 1.5510E-04 1.0835E-14 4.5951E+10 5.7388E+06 Ce-141 4.3007E-04 1.5094E-11 6.4465E+13 1. 5912E+07 Ce-143 3.9271E-04 5.9135E-13 2.4904E+12 1.4530E+07 Ce-144 3.5700E-04 1.1193E-10 4.6809E+14 1.3209E+07 Pr-143 1.5226E-04 2.2611E-12 9. 5221E+12 5.6336E+06 Nd-147 6.9325E-05 8.5694E-13 3.5106E+12 2.5650E+06 Np-239 5.8634E-03 2.5274E-11 6.3684E+13 2.1694E+08 Pu-238 2.4569E-06 1.4351E-10 3.6313E+14 9.0906E+04 Pu-239 1.3195E-07 2.1228E-09 5.3488E+15 4.8820E+03 Pu-240 2.0892E-07 9.1687E-10 2.3006E+15 7.7302E+03 Pu-241 6.1354E-05 5.9559E-10 1.4883E+15 2.2701E+06 Am-241 3.2239E-08 9.3933E-12 2.3472E+13 1. 1929E+03 Cm-242 9.7842E-06 2.9521E-12 7.3463E+12 3.6202E+05 Cm-244 1.1977E-06 1.4804E-11 3. 6537E+13 4.4313E+04 Environment Transport Group Inventory: Total Release Time (h) = 4.0000 Release Rate/s Noble gases (atoms) 1.1658E+22 8.0960E+17 Elemental I (atoms) 9.9395E+17 6.9024E+13 organic I (atoms) 3.0741E+16 2.1348E+12 Aerosols (k 9 ) 1.8706E-07 1.2990E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9580E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7513E+01 Total I (Ci) 1.7363E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 4.0000 Leakage Transport Page 397

CRDA PELLET MVP TRIP 10 MIN.O0 Noble gases (atoms) 5.6963E+19 Elemental I (atoms) 4.6951E+15 organic I (atoms) 1.4521E+14 Aerosols (kg) 9.1426E-10 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 4.0000 Filtered Transported Noble gases (atoms) 0.0000E+00 5.3464E+17 Elemental I (atoms) 0.OOOOE+00 4.5231E+13 organic I (atoms) 0.OOOOE+00 1.3989E+12 Aerosols (kg) 0.OOOOE+00 8.5789E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 4.0000 Filtered Transported Noble gases (atoms) 5.0806E+17 0.OOOOE+00 Elemental I (atoms) 4.2566E+13 0.OOOOE+00 organic I (atoms) 1. 3165E+12 O.OOOOE+00 Aerosols (kg) 8.1531E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 4.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 4.0000 Ci kg Atoms Decay co-58 1.3638E-06 4.2890E-14 4.4533E+11 7.2877E+08 co-60 1.6341E-06 1.4456E-12 1.4509E+13 8.7248E+08 Kr-85 1.4469E+01 3.6878E-05 2.6128E+20 7.7252E+15 Kr-85m 2.1549E+02 2.6185E-04 1.8552E+21 1. 1506E+17 Kr-87 4.6294E+01 1.6344E-09 1.1313E+16 8.9237E+16 Kr-88 2.1707E+02 1.7311E-08 1.1847E+17 1. 9664E+17 Rb-86 4.5584E-05 5.6022E-13 3.9230E+12 2.4414E+10 Sr-89 1.7153E-03 5.9043E-11 3.9951E+14 9.1690E+11 Sr-90 2.5865E-04 1.8962E-09 1.2688E+16 1;3810E+11 Sr-91 1.6261E-03 4.4858E-13 2.9686E+12 1.0085E+12 Sr-92 8.5578E-04 6.8084E-14 4.4566E+11 7.9671E+11 Y-90 2.5714E-06 4.7264E-15 3.1625E+10 1.4032E+09 Y-91 2.2340E-05 9.1096E-13 6.0285E+12 1. 1940E+10 Y-92 1.0928E-05 1.1357E-15 7.4342E+09 8.8620E+09 Y-93 2.1260E-05 6.3724E-15 4.1264E+10 1. 3066E+10 Zr-95 3.1622E-05 1.4719E-12 9.3308E+12 1. 6899E+10 Zr-97 2.7247E-05 1.4253E-14 8.8487E+10 1. 5812E+10 Nb-95 3.1728E-05 8.1138E-13 5.1434E+12 1.6968E+10 Mo-99 4.4478E-04 9.2737E-13 5.6411E+12 2.4255E+11 Tc-99m 2.5631E-04 4.8744E-14 2.9651E+11 1. 7390E+11 Ru-103 4.0581E-04 1.2574E-11 7.3517E+13 2.1699E+11 Ru-105 1.6095E-04 2.3944E-14 1.3733E+11 1.1943E+11 Ru-106 1.8668E-04 5. 5798E-11 3.1701E+14 9.9687E+10 Rh-105 2.5930E-04 3.0720E-13 1.7619E+12 1.4403E+11 Sb-127 5.5579E-04 2.0812E-12 9.8687E+12 3.0125E+11 Sb-129 8.7043E-04 1. 5479E-13 7.2260E+11 6.5210E+11 Te-127 4.2360E-04 1.6051E-13 7.6111E+11 2.6336E+11 Page 398

CRDA PELLET MVP TRIP 10 MIN.00 Te-127m 7.7200E-05 8.1844E-12 3.8809E+13 4.1241E+10 Te-129 1.4917E-04 7.1228E-15 3.3251E+10 3.3146E+11 Te-129m 2.4140E-04 8.0131E-12 3.7408E+13 1. 2911E+11 Te-131m 6.6192E-04 8.3009E-13 3.8160E+12 3.7029E+11 Te-132 6.6901E-03 2.2036E-11 1. 0054E+14 3.6362E+12 1-131 3.8727E+00 3.1238E-08 1.4360E+17 2.0827E+15 1-132 1.6909E+00 1.6381E-10 7.4733E+14 1. 7537E+15 1-133 6.8740E+00 6.0681E-09 2.7476E+16 3.9266E+15 1-134 3.6410E-01 1.3649E-11 6.1339E+13 1. 3975E+15 1-135 4.8383E+00 1.3777E-09 6.1457E+15 3.2109E+15 Xe-133 1.6603E+03 8.8701E-06 4.0163E+19 8.9629E+17 xe-135 4.5354E+02 1.7760E-07 7.9225E+17 2.8280E+17 Cs-134 4.9460E-03 3.8227E-09 1. 7180E+16 2.6409E+12 Cs-136 1.3642E-03 1.8613E-11 8.2420E+13 7.3159E+11 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1. 2978E+12 Ba-139 4.6570E-04 2.8471E-14 1. 2335E+11 8.0247E+11 Ba-140 3.3299E-03 4.5485E-11 1. 9565E+14 1. 7860E+12 La-140 3.3750E-05 6.0721E-14 2.6119E+11 1. 8656E+10 La-141 1.5658E-05 2.7686E-15 1. 1825E+10 1. 2154E+10 La-142 5.0544E-06 3.5309E-16 1.4974E+09 7.5805E+09 Ce-141 7.9374E-05 2.7857E-12 1.1898E+13 4.2455E+10 Ce-143 6.7063E-05 1.0099E-13 4.2528E+11 3.7357E+10 Ce-144 6.6088E-05 2.0721E-11 8.6655E+13 3.5293E+10 Pr-143 2.7967E-05 4.1532E-13 1.7490E+12 1.4996E+10 Nd-147 1.2709E-05 1. 5710E-13 6.4358E+11 6.8215E+09 Np-239 1.0357E-03 4.4642E-12 1.1249E+13 5.6678E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 2.4294E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.3047E+07 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 2.0658E+07 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 6.0666E+09 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 3.1878E+06 Cm-242 1.8108E-06 5.4635E-13 1. 3596E+12 9.6714E+08 Cm-244 2.2180E-07 2.7416E-12 6.7664E+12 1.1842E+08 MVP Holdup Transport Group Inventory: Time (h) = 4.0000 Atmosphere sump Noble gases (atoms) 2.1575E+21 O.OOOOE+00 Elemental I (atoms) 1.7269E+17 0.OOOOE+00 Organic I (atoms) 5.3410E+15 O.OOOOE+00 Aerosols (kq) 3.4638E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7932E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.9281E-08 Total I (Ci) 1.7640E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 4.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 4.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 5.0000 Page 399

CRDA PELLET MVP TRIP 10 MIN.O0 CRDA @ EAB - condenser Release Doses: Time (h) = 5.0000 whole Body Thyroid TEDE Delta dose (rem) 2.7562E-04 4.5314E-03 4.1788E-04 Accumulated dose (rem) 1.2685E-01 8.0532E-01 1. 5245E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 5.0000 whole Body Thyroid TEDE Delta dose (rem) 5.1819E-05 8.5196E-04 7.8566E-05 Accumulated dose (rem) 5.6201E-02 3.5431E-01 6.7462E-02 Control Room Doses: Time (h) = 5.0000 whole Body Thyroid TEDE Delta dose (rem) 5.0466E-05 1. 7129E-02 5.8823E-04 Accumulated dose (rem) 1.5709E-03 2.6277E-01 9.8846E-03 DAEC condenser - CRDA Compartment Nuclide Inventory: Time (h) = 5.0000 Ci kg Atoms Decay Co-58 2.2500E-05 7.0759E-13 7.3469E+12 1. 5057E+10 Co-60 2.6969E-05 2.3858E-11 2.3946E+14 1.8030E+10 Kr-85 2.3879E+02 6.0865E-04 4.3122E+21 1. 5964E+17 Kr-85m 3.5565E+03 4.3216E-03 3.0618E+22 2.3776E+18 Kr-87 4.4300E+02 1.5640E-08 1.0826E+17 1. 5582E+18 Kr-88 2.8067E+03 2.2383E-07 1. 5318E+18 3.6800E+18 Rb-86 7.5117E-04 9.2318E-12 6.4646E+13 5.0412E+11 Sr-89 2.8294E-02 9.7392E-10 6. 5899E+15 1.8942E+13 Sr-90 4.2689E-03 3.1295E-08 2.0941E+17 2.8538E+12 Sr-91 2.4949E-02 6.8825E-12 4. 5547E+13 2.0139E+13 Sr-92 1.0936E-02 8.7009E-13 5.6954E+12 1.4855E+13 Y-90 4.1983E-05 7.7165E-14 5.1633E+11 2.8842E+10 Y-91 3.6853E-04 1. 5027E-11 9.9448E+13 2.4667E+11 Y-92 1.4829E-04 1. 5411E-14 1.0088E+11 1.6856E+11 Y-93 3.2762E-04 9.8197E-14 6.3587E+11 2.6143E+11 Zr-95 5.2166E-04 2.4283E-11 1. 5393E+14 3.4913E+11 Zr-97 4.3162E-04 2.2578E-13 1.4017E+12 3.2036E+11 Nb-95 5.2321E-04 1.3380E-11 8.4819E+13 3.5050E+11 Mo-99 7.2641E-03 1. 5146E-11 9.2131E+13 4.9863E+12 Tc-99m 3.7701E-03 7.1700E-13 4.3615E+12 3.4109E+12 RU-103 6.6927E-03 2.0737E-10 1.2125E+15 4.4824E+12 Ru-105 2.2724E-03 3.3806E-13 1. 9389E+12 2.3048E+12 RU-106 3.0808E-03 9.2084E-10 5.2316E+15 2.0599E+12 Rh-105 4.1964E-03 4.9718E-12 2.8515E+13 2.9479E+12 sb-127 9.1044E-03 3.4092E-11 1. 6166E+14 6.2024E+12 Sb-129 1.2236E-02 2.1760E-12 1.0158E+13 1. 2564E+13 Te-127 6.4918E-03 2.4598E-12 1. 1664E+13 5.2566E+12 Te-127m 1.2738E-03 1. 3504E-10 6.4035E+14 8.5212E+11 Te-129 1.3544E-03 6.4675E-14 3.0193E+11 5.7444E+12 Te-129m 3.9807E-03 1.3214E-10 6.1686E+14 2.6669E+12 Te-131m 1.0675E-02 1. 3387E-11 6.1542E+13 7. 5663E+12 Te-132 1.0944E-01 3.6049E-10 1. 6446E+15 7.4813E+13 1-131 6.3688E+01 5.1372E-07 2.3616E+18 4.2962E+16 1-132 2.0645E+01 2. OOO1E-09 9.1249E+15 3.2260E+16 1-133 1.0973E+02 9.6868E-08 4.3861E+17 7.9844E+16 1-134 2.7255E+00 1.0217E-10 4. 5915E+14 2.3753E+16 1-135 7.1903E+01 2.0474E-08 9.1333E+16 6.3248E+16 xe-133 2.7253E+04 1.4559E-04 6.5924E+20 1.8472E+19 xe-135 6.9406E+03 2.7178E-06 1. 2124E+19 5. 6410E+18 Cs-134 8.1627E-02 6.3089E-08 2.8353E+17 5.4574E+13 Cs-136 2.2465E-02 3.0652E-10 1. 3573E+15 1. 5102E+13 Page 400

CRDA PELLET MVP TRIP 10 MIN.o0 Cs-137 4.0118E-02 4.6123E-07 2.0274E+18 2.6820E+13 Ba-139 4.6484E-03 2.8419E-13 1.2312E+12 1.4109E+13 Ba-140 5.4833E-02 7.4900E-10 3.2218E+15 3.6866E+13 La-140 5.4752E-04 9.8505E-13 4.2372E+12 3.8229E+11 La-141 2.1663E-04 3.8306E-14 1. 6361E+11 2.3279E+11 La-142 5.3212E-05 3.7172E-15 1. 5764E+10 1.3460E+11 Ce-141 1.3089E-03 4.5935E-11 1. 9619E+14 8.7694E+11 Ce-143 1.0838E-03 1.6321E-12 6.8731E+12 7.6409E+11 Ce-144 1.0906E-03 3.4195E-10 1.4300E+15 7.2929E+11 Pr-143 4.6059E-04 6.8400E-12 2.8805E+13 3.0956E+11 Nd-147 2.0920E-04 2.5860E-12 1. 0594E+13 1.4078E+11 Np-239 1.6885E-02 7.2781E-11 1. 8339E+14 1. 1642E+13 Pu-238 7.5096E-06 4.3865E-10 1. 1099E+15 5.0203E+09 Pu-239 4.0330E-07 6.4884E-09 1. 6349E+16 2.6961E+08 Pu-240 6.3859E-07 2.8025E-09 7.0320E+15 4.2690E+08 Pu-241 1.8753E-04 1.8204E-09 4.5489E+15 1. 2536E+11 Am-241 9.8541E-08 2.8711E-11 7.1744E+13 6.5876E+07 Cm-242 2.9880E-05 9.0155E-12 2.2435E+13 1.9984E+10 Cm-244 3.6606E-06 4.5247E-11 1.1167E+14 2.4472E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 5.0000 Atmosphere sump Noble gases (atoms) 3.5603E+22 0.OOOOE+00 Elemental I (atoms) 2.8141E+18 0.OOOOE+00 organic I (atoms) 8.7033E+16 O.OOOOE+00 Aerosols (kq) 5.7167E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.4038E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.4074E-08 Total I (Ci) 2.6869E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 5.0000 Leakage Transport Noble gases (atoms) 7.1802E+19 Elemental I (atoms) 5.8761E+15 organic I (atoms) 1.8173E+14 Aerosols (kg) 1.1525E-09 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 5.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 5.0000 Ci kg Atoms Bq Co-58 7.3852E-06 2.3225E-13 2.4115E+12 2.7325E+05 Co-60 8.8351E-06 7.8160E-12 7.8449E+13 3.2690E+05 Kr-85 7.8228E+01 1.9939E-04 1.4127E+21 2.8944E+12 Kr-85m 1.1651E+03 1.4158E-03 1.0031E+22 4.3110E+13 Kr-87 2.0553E+03 7.2559E-08 5.0225E+17 7.6045E+13 Kr-88 3. 0103E+03 2.4007E-07 1. 6429E+18 1.1138E+14 Rb-86 2.4793E-04 3.0470E-12 2.1337E+13 9.1733E+06 Sr-89 9. 2945E-03 3.1993E-10 2.1648E+15 3.4390E+08 Sr-90 1. 3984E-03 1.0252E-08 6.8599E+16 5.1742E+07 Sr-91 1.1648E-02 3.2133E-12 2.1265E+13 4.3099E+08 Sr-92 1.2417E-02 9.8787E-13 6.4664E+12 4.5943E+08 Y-90 1.4495E-05 2.6643E-14 1.7827E+11 5.3633E+05 Y-91 1. 2101E-04 4.9346E-12 3.2656E+13 4.4775E+06 Page 401

CRDA PELLET MVP TRIP 10 MIN.o0 Y-92 1.2578E-04 1.3072E-14 8.5564E+10 4.6538E+06 Y-93 1.4977E-04 4.4891E-14 2.9069E+11 5.5416E+06 Zr-95 1.7126E-04 7.9720E-12 5.0535E+13 6.3367E+06 Zr-97 1.7255E-04 9.0261E-14 5.6038E+11 6.3843E+06 Nb-95 1.7208E-04 4.4007E-12 2.7896E+13 6.3670E+06 MO-99 2.5041E-03 5.2210E-12 3.1759E+13 9.2651E+07 Tc-99m 2.1606E-03 4.1089E-13 2.4994E+12 7.9941E+07 Ru-103 2.2003E-03 6.8175E-11 3.9860E+14 8.1410E+07 Ru-105 1.5892E-03 2.3642E-13 1.3560E+12 5.8802E+07 Ru-106 1.0096E-03 3.0177E-10 1. 7144E+15 3.7355E+07 Rh-105 1.5119E-03 1.7913E-12 1. 0274E+13 5.5942E+07 Sb-127 3.0931E-03 1.1582E-11 5.4921E+13 1.1444E+08 Sb-129 8.7398E-03 1.5542E-12 7.2554E+12 3.2337E+08 Te-127 3.0482E-03 1.1550E-12 5.4769E+12 1.1278E+08 Te-127m 4.1781E-04 4.4295E-11 2.1004E+14 1.5459E+07 Te-129 8.1124E-03 3.8737E-13 1.8084E+12 3.0016E+08 Te-129m 1.3095E-03 4.3467E-11 2.0292E+14 4.8450E+07 Te-131m 3.9121E-03 4.9060E-12 2.2553E+13 1.4475E+08 Te-132 3.7428E-02 1.2328E-10 5.6244E+14 1.3848E+09 1-131 2.1230E+01 1.7125E-07 7.8722E+17 7.8551E+11 1-132 2.9260E+01 2.8347E-09 1.2932E+16 1.0826E+12 1-133 4.2260E+01 3.7305E-08 1.6892E+17 1. 5636E+12 1-134 4.1799E+01 1.5669E-09 7.0417E+15 1. 5466E+12 1-135 3.9199E+01 1.1162E-08 4.9791E+16 1.4503E+12 Xe-133 9.1684E+03 4.8981E-05 2.2178E+20 3.3923E+14 Xe-135 3.2811E+03 1.2848E-06 5. 7315E+18 1. 2140E+14 Cs-134 2.6745E-02 2.0671E-08 9.2898E+16 9.8955E+08 Cs-136 7.4385E-03 1.0149E-10 4.4941E+14 2.7522E+08 cs-137 1.3142E-02 1.5109E-07 6.6416E+17 4.8626E+08 Ba-139 1.7563E-02 1.0738E-12 4.6520E+12 6.4984E+08 Ba-140 1.8161E-02 2.4808E-10 1. 0671E+15 6.7197E+08 La-140 1.9499E-04 3.5081E-13 1. 5090E+12 7.2147E+06 La-141 1.6718E-04 2.9562E-14 1.2626E+11 6.1858E+06 La-142 1.5513E-04 1.0837E-14 4.5959E+10 5.7398E+06 Ce-141 4.3061E-04 1.5113E-11 6.4547E+13 1.5933E+07 Ce-143 3.9316E-04 5.9204E-13 2.4932E+12 1.4547E+07 Ce-144 3.5745E-04 1.1207E-10 4.6869E+14 1.3226E+07 Pr-143 1.5245E-04 2.2639E-12 9.5341E+12 5.6407E+06 Nd-147 6.9412E-05 8.5802E-13 3. 5150E+12 2.5683E+06 Np-239 5.8705E-03 2.5305E-11 6.3761E+13 2.1721E+08 Pu-238 2.4600E-06 1.4370E-10 3.6360E+14 9.1021E+04 Pu-239 1.3211E-07 2.1255E-09 5.3557E+15 4.8882E+03 Pu-240 2.0919E-07 9.1804E-10 2.3036E+15 7.7401E+03 Pu-241 6.1432E-05 5.9635E-10 1.4902E+15 2.2730E+06 Am-241 3.2281E-08 9.4053E-12 2.3502E+13 1. 1944E+03 Cm-242 9.7966E-06 2.9559E-12 7.3557E+12 3.6248E+05 Cm-244 1.1992E-06 1.4823E-11 3.6584E+13 4.4370E+04 Environment Transport Group Inventory: Total Release Time (h) = 5.0000 Release Rate/s Noble gases (atoms) 1.1673E+22 6.4850E+17 Elemental I (atoms) 9.9513E+17 5.5285E+13 organic I (atoms) 3.0777E+16 1.7098E+12 Aerosols (kg) 1.8729E-07 1.0405E-11 Dose Effective (Ci) 1-131 (Thyroid) 2.9615E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7555E+01 Total I (ci) 1.7375E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 5.0000 Leakage Transport Page 402

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) 7.1802E+19 Elemental I (atoms) 5.8761E+15 organic I (atoms) 1.8173E+14 Aerosols (kg) 1.1525E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 5.0000 Filtered Transported Noble gases (atoms) 0.0000E+00 5.7155E+17 Elemental I (atoms) 0.OOOOE+00 4.8169E+13 organic I (atoms) 0.OOOOE+00 1.4898E+12 Aerosols (kg) O.OOOOE+00 9.1715E-12 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 5.0000 Filtered Transported Noble gases (atoms) 5.4563E+17 O.OOOOE+00 Elemental I (atoms) 4. 5556E+13 O.OOOOE+00 organic I (atoms) 1.4089E+12 O.OOOOE+00 Aerosols (kg) 8.7564E-12 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 5.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 5.0000 Ci kg Atoms Decay Co-58 1.3633E-06 4.2873E-14 4.4515E+11 9.1039E+08 Co-60 1.6340E-06 1.4456E-12 1.4509E+13 1. 0901E+09 Kr-85 1.4469E+01 3.6878E-05 2.6128E+20 9.6524E+15 Kr-85m 2.1549E+02 2.6185E-04 1.8552E+21 1.4376E+17 Kr-87 2.6841E+01 9.4760E-10 6.5593E+15 9.3991E+16 Kr-88 1.7006E+02 1.3562E-08 9.2810E+16 2.2229E+17 Rb-86 4. 5513E-05 5. 5936E-13 3.9169E+12 3.0481E+10 Sr-89 1.7144E-03 5.9010E-11 3.9929E+14 1.1453E+12 Sr-90 2.5865E-04 1.8962E-09 1. 2688E+16 1.7255E+11 Sr-91 1. 5117E-03 4.1701E-13 2.7597E+12 1. 2174E+12 Sr-92 6.6264E-04 5.2719E-14 3.4509E+11 8.9729E+11 Y-90 2.5437E-06 4.6755E-15 3.1285E+10 1.7438E+09 Y-91 2.2329E-05 9.1051E-13 6.0255E+12 1.4915E+10 Y-92 8.9849E-06 9.3376E-16 6.1122E+09 1.0184E+10 Y-93 1.9850E-05 5.9498E-15 3.8527E+10 1. 5803E+10 Zr-95 3.1607E-05 1.4713E-12 9.3266E+12 2. 1110E+10 Zr-97 2.6152E-05 1.3680E-14 8.4931E+10 1.9367E+10 Nb-95 3.1701E-05 8.1071E-13 5.1392E+12 2.1192E+10 Mo-99 4.4013E-04 9.1768E-13 5. 5822E+12 3.0148E+11 Tc-99m 2.2843E-04 4.3443E-14 2.6426E+11 2.0615E+11 RU-103 4.0551E-04 1. 2565E-11 7.3463E+13 2.7102E+11 Ru-105 1.3769E-04 2.0483E-14 1.1748E+11 1. 3928E+11 RU-106 1.8666E-04 5.5794E-11 3.1698E+14 1.2455E+11 Rh-105 2.5426E-04 3.0124E-13 1.7277E+12 1.7823E+11 sb-127 5. 5164E-04 2.0657E-12 9.7950E+12 3.7501E+11 Sb-129 7.4140E-04 1.3184E-13 6.1548E+11 7. 5922E+11 Te-127 3.9334E-04 1.4904E-13 7.0673E+11 3.1775E+11 Te-127m 7.7180E-05 8.1822E-12 3.8799E+13 5.1522E+10 Page 403

CRDA PELLET MVP TRIP 10 MIN.o0 Te-129 8.2066E-05 3.9187E-15 1.8294E+10 3.4641E+11 Te-129m 2.4119E-04 8.0062E-12 3.7376E+13 1.6125E+11 Te-131m 6.4680E-04 8.1113E-13 3.7288E+12 4. 5745E+11 Te-132 6.6311E-03 2.1842E-11 9.9648E+13 4.5234E+12 1-131 3.8588E+00 3.1126E-08 1.4309E+17 2.5976E+15 1-132 1.2509E+00 1.2119E-10 5.5288E+14 1. 9482E+15 1-133 6.6487E+00 5.8692E-09 2.6575E+16 4.8271E+15 1-134 1.6514E-01 6.1903E-12 2.7820E+13 1.4310E+15 1-135 4.3566E+00 1.2405E-09 5.5339E+15 3.8227E+15 xe-133 1.6512E+03 8.8216E-06 3.9943E+19 1. 1168E+18 Xe-135 4.2053E+02 1.6467E-07 7.3459E+17 3.4098E+17 Cs-134 4.9458E-03 3.8226E-09 1.7179E+16 3.2997E+12 Cs-136 1.3612E-03 1.8572E-11 8.2239E+13 9.1310E+11 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 1. 6216E+12 Ba-139 2.8165E-04 1.7219E-14 7.4600E+10 8.5122E+11 Ba-140 3.3224E-03 4.5382E-11 1.9521E+14 2.2290E+12 La-140 3.3174E-05 5.9684E-14 2. 5673E+11 2.3113E+10 La-141 1.3126E-05 2.3210E-15 9.9129E+09 1.4066E+10 La-142 3.2241E-06 2.2523E-16 9. 5517E+08 8.1228E+09 Ce-141 7.9303E-05 2.7832E-12 1.1887E+13 5.3023E+10 Ce-143 6.5669E-05 9.8887E-14 4.1644E+11 4.6196E+10 Ce-144 6.6082E-05 2.0719E-11 8.6646E+13 4.4096E+10 Pr-143 2.7907E-05 4.1443E-13 1. 7453 E+12 1.8717E+10 Nd-147 1.2676E-05 1.5669E-13 6.4189E+11 8.5121E+09 Np-239 1.0230E-03 4.4098E-12 1.1112E+13 7.0388E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.0355E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.6302E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.5812E+07 Pu-241 1.1362E-05 1.1030E-10 2.7562E+14 7.5800E+09 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 3.9831E+06 Cm-242 1.8104E-06 5.4625E-13 1. 3593E+12 1.2083E+09 Cm-244 2.2180E-07 2.7415E-12 6.7664E+12 1.4797E+08 MVP Holdup Transport Group Inventory: Time (h) = 5.0000 Atmosphere sump Noble gases (atoms) 2.1572E+21 0.0000E+00 Elemental I (atoms) 1.7050E+17 O.O000E+00 organic I (atoms) 5.2733E+15 O.0000E+00 Aerosols (kq) 3.4638E-08 O.O000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.7168E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.7786E-08 Total I (Ci) 1. 6280E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 5.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 5.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 6.0000 Page 404

CRDA PELLET MVP TRIP 10 MIN.o0 CRDA @ EAB - condenser Release Doses: Time (h) = 6.0000 whole Body Thyroid TEDE Delta dose (rem) 2.2815E-04 4.4708E-03 3.6832E-04 Accumulated dose (rem) 1.2708E-01 8.0979E-01 1. 5281E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 6.0000 whole Body Thyroid TEDE Delta dose (rem) 4.2895E-05 8.4057E-04 6.9249E-05 Accumulated dose (rem) 5.6244E-02 3.5515E-01 6.7532E-02 control Room Doses: Time (h) = 6.0000 whole Body Thyroid TEDE Delta dose (rem) 4.1182E-05 1.6665E-02 5.6369E-04 Accumulated dose (rem) 1.6121E-03 2.7943E-01 1.0448E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 6.0000 Ci kg Atoms Decay Co-58 2.2481E-05 7.0701E-13 7.3408E+12 1.8053E+10 Co-60 2.6957E-05 2.3848E-11 2.3936E+14 2.1621E+10 Kr-85 2.3869E+02 6.0839E-04 4.3104E+21 1. 9144E+17 Kr-85m 3. 5549E+03 4.3197E-03 3.0605E+22 2.8513E+18 Kr-87 2. 5674E+02 9.0640E-09 6.2741E+16 1. 6037E+18 Kr-88 2.1980E+03 1.7529E-07 1.1995E+18 4.0117E+18 Rb-86 7. 4970E-04 9.2137E-12 6.4519E+13 6.0408E+11 Sr-89 2.8266E-02 9.7295E-10 6.5834E+15 2.2709E+13 Sr-90 4. 2671E-03 3.1282E-08 2.0932E+17 3.4223E+12 Sr-91 2.3184E-02 6.3956E-12 4.2324E+13 2. 3343E+13 Sr-92 8.4648E-03 6.7344E-13 4.4082E+12 1. 6140E+13 Y-90 4.1513E-05 7.6302E-14 5.1056E+11 3.4403E+10 Y-91 3.6820E-04 1. 5014E-11 9.9357E+13 2.9574E+11 Y-92 1.2187E-04 1.2665E-14 8.2904E+10 1. 8649E+11 Y-93 3.0576E-04 9.1646E-14 5.9344E+11 3.0359E+11 Zr-95 5.2121E-04 2.4261E-11 1. 5380E+14 4.1858E+11 Zr-97 4. 1410E-04 2.1662E-13 1. 3448E+12 3.7668E+11 Nb-95 5.2257E-04 1.3364E-11 8.4714E+13 4.2014E+11 Mo-99 7.1852E-03 1.4981E-11 9.1130E+13 5.9486E+12 Tc-99m 3.3587E-03 6.3875E-13 3.8855E+12 3.8851E+12 Ru-103 6.6850E-03 2.0713E-10 1.2111E+15 5.3734E+12 Ru-105 1. 9432E-03 2.8908E-13 1. 6580E+12 2.5850E+12 RU-106 3.0792E-03 9.2039E-10 5.2290E+15 2.4702E+12 Rh-105 4.1133E-03 4.8732E-12 2.7950E+13 3. 5013E+12 sb-127 9.0326E-03 3.3823E-11 1. 6038E+14 7.4102E+12 Sb-129 1. 0418E-02 1.8526E-12 8.6486E+12 1. 4070E+13 Te-127 6.0254E-03 2.2831E-12 1.0826E+13 6.0898E+12 Te-127m 1. 2729E-03 1. 3495E-10 6.3991E+14 1.0217E+12 Te-129 7.4486E-04 3. 5567E-14 1.6604E+11 5.8802E+12 Te-129m 3.9756E-03 1. 3197E-10 6.1608E+14 3.1968E+12 Te-131m 1. 0427E-02 1. 3076E-11 6.0111E+13 8.9716E+12 Te-132 1.0843E-01 3. 5716E-10 1. 6294E+15 8.9323E+13 1-131 6. 3433E+01 5.1166E-07 2.3521E+18 5.1428E+16 1-132 1. 5267E+01 1.4791E-09 6.7478E+15 3.4634E+16 1-133 1. 0609E+02 9.3654E-08 4.2406E+17 9.4216E+16 1-134 1.2356E+00 4.6318E-11 2.0816E+14 2.4004E+16 1-135 6. 4718E+01 1.8428E-08 8.2206E+16 7.2338E+16 Xe-133 2. 7092E+04 1.4474E-04 6.5536E+20 2.2091E+19 Xe-135 6.4326E+03 2.5189E-06 1.1237E+19 6.5312E+18 Cs-134 8.1590E-02 6.3061E-08 2.8340E+17 6. 5444E+13 Cs-136 2. 2407E-02 3.0572E-10 1. 3537E+15 1. 8090E+13 Cs-137 4. 0102E-02 4.6103E-07 2.0266E+18 3.2162E+13 Page 405

CRDA PELLET MVP TRIP 10 MIN.oO Ba-139 2.8101E-03 1.7180E-13 7.4432E+11 1.4595E+13 Ba-140 5.4686E-02 7.4699E-10 3.2132E+15 4.4160E+13 La-140 5.3795E-04 9.6784E-13 4.1632E+12 4.5458E+11 La-141 1.8153E-04 3.2099E-14 1.3709E+11 2.5924E+11 La-142 3.3929E-05 2.3701E-15 1.0052E+10 1.4031E+11 Ce-141 1.3071E-03 4.5875E-11 1. 9593E+14 1.0512E+12 Ce-143 1.0609E-03 1.5975E-12 6.7275E+12 9.0692E+11 Ce-144 1.0901E-03 3.4177E-10 1.4293E+15 8.7452E+11 Pr-143 4.5942E-04 6.8226E-12 2.8732E+13 3.7084E+11 Nd-147 2.0857E-04 2.5781E-12 1.0562E+13 1.6860E+11 Np-239 1.6672E-02 7.1864E-11 1.8108E+14 1.3877E+13 Pu-238 7.5065E-06 4.3847E-10 1.1095E+15 6.0203E+09 Pu-239 4.0313E-07 6.4857E-09 1. 6342E+16 3.2332E+08 Pu-240 6.3832E-07 2.8013E-09 7.0291E+15 5.1194E+08 Pu-241 1.8745E-04 1.8196E-09 4. 5469E+15 1. 5034E+11 Am-241 9.8500E-08 2.8699E-11 7.1714E+13 7.8999E+07 Cm-242 2.9862E-05 9.0102E-12 2.2422E+13 2.3963E+10 Cm-244 3.6591E-06 4.5228E-11 1. 1163E+14 2.9347E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 6.0000 Atmosphere sump Noble gases (atoms) 3.5583E+22 O.OOOOE+00 Elemental I (atoms) 2.7794E+18 O.OOOOE+00 organic I (atoms) 8.5960E+16 O.OOOOE+00 Aerosols (kq) 5.7142E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.3330E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.2761E-08 Total I (Ci) 2.5075E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 6.0000 Leakage Transport Noble gases (atoms) 8.6633E+19 Elemental I (atoms) 7.0420E+15 organic I (atoms) 2.1779E+14 Aerosols (kg) 1.3907E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 6.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) 6. 0000 Ci kg Atoms Bq Co-58 7.3946E-06 2.3255E-13 2.4146E+12 2.7360E+05 Co-60 8. 8464E-06 7.8260E-12 7.8549E+13 3.2732E+05 Kr-85 7.8327E+01 1.9964E-04 1.4145E+21 2.8981E+12 Kr-85m 1. 1666E+03 1.4176E-03 1.0043E+22 4.3165E+13 Kr-87 2.0554E+03 7.2563E-08 5.0228E+17 7.6050E+13 Kr-88 3.0113E+03 2.4015E-07 1. 6434E+18 1. 1142E+14 Rb-86 2.4824E-04 3.0508E-12 2.1364E+13 9.1849E+06 Sr-89 9. 3063E-03 3.2033E-10 2.1675E+15 3.4433E+08 Sr-90 1.4002E-03 1.0265E-08 6.8686E+16 5.1808E+07 Sr-91 1.1658E-02 3.2161E-12 2.1283E+13 4.3136E+08 Sr-92 1. 2421E-02 9.8819E-13 6.4685E+12 4.5958E+08 Y-90 1.4513E-05 2.6675E-14 1. 7849E+11 5.3697E+05 Y-91 1. 2117E-04 4.9408E-12 3.2697E+13 4.4832E+06 Y-92 1.2583E-04 1. 3077E-14 8.5601E+10 4.6559E+06 Page 406

CRDA PELLET MVP TRIP 10 MIN.O0 Y-93 1.4990E-04 4.4931E-14 2.9095E+11 5.5464E+06 Zr-95 1.7148E-04 7.9821E-12 5.0599E+13 6.3447E+06 Zr-97 1.7273E-04 9.0353E-14 5.6095E+11 6.3908E+06 Nb-95 1.7230E-04 4.4063E-12 2.7932E+13 6.3751E+06 MO-99 2.5071E-03 5.2273E-12 3.1797E+13 9.2762E+07 Tc-99m 2.1620E-03 4.1117E-13 2.5011E+12 7.9996E+07 RU-103 2.2031E-03 6.8261E-11 3.9911E+14 8.1513E+07 RU-105 1.5901E-03 2.3655E-13 1.3567E+12 5.8834E+07 RU-106 1.0109E-03 3.0215E-10 1. 7166E+15 3.7402E+07 Rh-105 1.5137E-03 1.7933E-12 1.0285E+13 5.6006E+07 sb-127 3.0969E-03 1.1596E-11 5.4988E+13 1.1458E+08 sb-129 8.7444E-03 1.5550E-12 7.2593E+12 3.2354E+08 Te-127 3.0508E-03 1.1560E-12 5. 4815E+12 1.1288E+08 Te-127m 4.1834E-04 4.4351E-11 2. 1031E+14 1.5479E+07 Te-129 8.1129E-03 3.8739E-13 1.8085E+12 3.0018E+08 Te-129m 1.3111E-03 4.3522E-11 2.0318E+14 4.8512E+07 Te-131m 3.9165E-03 4.9115E-12 2.2579E+13 1. 4491E+08 Te-132 3.7473E-02 1.2343E-10 5.6312E+14 1.3865E+09 1-131 2.1257E+01 1.7146E-07 7.8821E+17 7.8649E+11 1-132 2.9267E+01 2.8354E-09 1.2936E+16 1.0829E+12 1-133 4.2305E+01 3.7345E-08 1.6910E+17 1. 5653E+12 1-134 4.1799E+01 1.5669E-09 7.0418E+15 1. 5466E+12 1-135 3.9227E+01 1.1170E-08 4.9827E+16 1.4514E+12 Xe-133 9.1797E+03 4.9042E-05 2.2206E+20 3.3965E+14 Xe-135 3.2839E+03 1.2859E-06 5.7363E+18 1. 2150E+14 Cs-134 2.6779E-02 2.0697E-08 9.3016E+16 9.9081E+08 Cs-136 7.4478E-03 1.0162E-10 4.4998E+14 2.7557E+08 Cs-137 1.3159E-02 1.5128E-07 6.6500E+17 4.8688E+08 Ba-139 1.7565E-02 1.0738E-12 4.6524E+12 6.4990E+08 Ba-140 1.8184E-02 2.4839E-10 1.0684E+15 6.7281E+08 La-140 1.9522E-04 3.5122E-13 1. 5108E+12 7.2230E+06 La-141 1.6727E-04 2.9576E-14 1.2632E+11 6.1888E+06 La-142 1.5515E-04 1.0838E-14 4.5964E+10 5.7405E+06 Ce-141 4.3116E-04 1.5132E-11 6.4628E+13 1.5953E+07 Ce-143 3.9361E-04 5.9271E-13 2.4961E+12 1.4564E+07 Ce-144 3.5790E-04 1.1221E-10 4.6928E+14 1.3242E+07 Pr-143 1.5264E-04 2.2668E-12 9. 5461E+12 5.6478E+06 Nd-147 6.9499E-05 8.5909E-13 3.5194E+12 2.5715E+06 Np-239 5.8774E-03 2.5335E-11 6.3836E+13 2.1747E+08 Pu-238 2.4632E-06 1.4388E-10 3.6406E+14 9.1137E+04 Pu-239 1.3228E-07 2.1282E-09 5.3625E+15 4.8944E+03 Pu-240 2.0946E-07 9.1921E-10 2.3065E+15 7.7499E+03 Pu-241 6.1510E-05 5.9711E-10 1.4921E+15 2.2759E+06 Am-241 3.2322E-08 9.4172E-12 2. 3532E+13 1. 1959E+03 Cm-242 9.8091E-06 2.9596E-12 7.3650E+12 3.6294E+05 Cm-244 1.2007E-06 1.4841E-11 3.6630E+13 4.4426E+04 Environment Transport Group Inventory: Total Release Time (h) = 6.0000 Release Rate/s Noble gases (atoms) 1.1688E+22 5.4111E+17 Elemental I (atoms) 9.9629E+17 4.6125E+13 Organi c I (atoms) 3.0813E+16 1.4265E+12 Aerosols (kq) 1.8753E-07 8.6821E-12 Dose Effective (ci) 1-131 (Thyroid) 2.9650E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7596E+01 Total I (Ci) 1.7385E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 6.0000 Leakage Transport Noble qases (atoms) 8.6633E+19 Page 407

CRDA PELLET MVP TRIP 10 MIN.o0 Elemental I (atoms) 7.0420E+15 organic I (atoms) 2.1779E+14 Aerosols (kg) 1.3907E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 6.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 6.0844E+17 Elemental I (atoms) O.OOOOE+00 5.1069E+13 organic I (atoms) O.OOOOE+00 1.5794E+12 Aerosols (kg) O.OOOOE+00 9.7639E-12 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 6.0000 Filtered Transported Noble gases (atoms) 5.8266E+17 0.OOOOE+00 Elemental I (atoms) 4.8467E+13 O.OOOOE+00 organic I (atoms) 1.4990E+12 0.OOOOE+00 Aerosols (kg) 9.3510E-12 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 6.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 6.0000 ci kg Atoms Decay Co-58 1.3627E-06 4.2855E-14 4.4497E+11 1.0919E+09 co-60 1. 6340E-06 1.4455E-12 1.4509E+13 1.3078E+09 Kr-85 1.4468E+01 3.6878E-05 2.6127E+20 1. 1580E+16 Kr-85m 2.1548E+02 2.6184E-04 1.8551E+21 1. 7246E+17 Kr-87 1. 5563E+01 5.4942E-10 3.8031E+15 9.6747E+16 Kr-88 1.3323E+02 1.0625E-08 7.2711E+16 2.4239E+17 Rb-86 4. 5443E-05 5. 5849E-13 3.9108E+12 3.6539E+10 Sr-89 1. 7134E-03 5.8976E-11 3.9906E+14 1. 3736E+12 Sr-90 2. 5865E-04 1.8962E-09 1. 2688E+16 2.0701E+11 Sr-91 1.4053E-03 3.8767E-13 2. 5655E+12 1.4115E+12 Sr-92 5.1309E-04 4.0821E-14 2.6721E+11 9.7517E+11 Y-90 2. 5163E-06 4.6251E-15 3.0948E+10 2.0808E+09 Y-91 2.2318E-05 9.1007E-13 6.0226E+12 1. 7888E+10 Y-92 7.3872E-06 7.6771E-16 5.0253E+09 1. 1271E+10 Y-93 1.8534E-05 5. 5551E-15 3.5972E+10 1.8358E+10 zr-95 3.1593E-05 1.4706E-12 9.3224E+12 2. 5319E+10 Zr-97 2. 51OIE-05 1. 3130E-14 8.1518E+10 2.2780E+10 Nb-95 3.1675E-05 8.1005E-13 5.1350E+12 2. 5413E+10 MO-99 4.3553E-04 9.0809E-13 5. 5239E+12 3.5980E+11 Tc-99m 2.0359E-04 3.8718E-14 2.3552E+11 2.3489E+11 Ru-103 4.0522E-04 1. 2555E-11 7.3409E+13 3.2502E+11 Ru-105 1. 1779E-04 1.7522E-14 1.0050E+11 1. 5626E+11 Ru-106 1.8665E-04 5.5790E-11 3.1696E+14 1.4941E+11 Rh-105 2.4933E-04 2.9539E-13 1. 6942E+12 2.1177E+11 sb-127 5.4751E-04 2.0502E-12 9.7218E+12 4.4821E+11 sb-129 6. 3149E-04 1.1230E-13 5.2424E+11 8.5046E+11 Te-127 3.6523E-04 1.3839E-13 6. 5623E+11 3.6824E+11 Te-127m 7.7159E-05 8.1801E-12 3.8789E+13 6.1801E+10 Te-129 4. 5150E-05 2.1559E-15 1.0065E+10 3.5464E+11 Page 408

CRDA PELLET MVP TRIP 10 MIN.oO Te-129m 2.4098E-04 7.9994E-12 3.7344E+13 1.9336E+11 Te-131m 6.3203E-04 7.9260E-13 3.6436E+12 5.4261E+11 Te-132 6.5725E-03 2.1649E-11 9.8769E+13 5.4027E+12 1-131 3.8450E+00 3.1014E-08 1.4258E+17 3.1107E+15 1-132 9.2542E-01 8.9654E-11 4.0902E+14 2.0920E+15 1-133 6.4308E+00 5.6768E-09 2.5704E+16 5.6981E+15 1-134 7.4897E-02 2.8076E-12 1.2618E+13 1. 4462E+15 1-135 3.9229E+00 1.1170E-09 4.9830E+15 4.3736E+15 Xe-133 1.6422E+03 8.7733E-06 3.9725E+19 1. 3362E+18 Xe-135 3.8992E+02 1.5269E-07 6.8110E+17 3.9493E+17 Cs-134 4.9456E-03 3.8224E-09 1.7179E+16 3.9585E+12 Cs-136 1.3582E-03 1.8531E-11 8.2058E+13 1.0942E+12 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 1.9454E+12 Ba-139 1.7034E-04 1.0414E-14 4.5117E+10 8.8070E+11 Ba-140 3.3148E-03 4.5279E-11 1. 9477E+14 2.6711E+12 La-140 3.2608E-05 5.8666E-14 2. 5235E+11 2.7494E+10 La-141 1.1003E-05 1.9457E-15 8.3100E+09 1. 5669E+10 La-142 2.0566E-06 1.4367E-16 6.0928E+08 8.4687E+09 Ce-141 7.9233E-05 2.7807E-12 1. 1877E+13 6.3581E+10 Ce-143 6.4304E-05 9.6832E-14 4.0779E+11 5.4852E+10 Ce-144 6.6075E-05 2.0716E-11 8.6637E+13 5.2897E+10 Pr-143 2.7848E-05 4.1355E-13 1.7416E+12 2.2431E+10 Nd-147 1.2642E-05 1.5627E-13 6.4021E+11 1.0198E+10 Np-239 1.0106E-03 4.3561E-12 1.0976E+13 8.3932E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 3.6415E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.9556E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.0966E+07 Pu-241 1.1362E-05 1.1030E-10 2.7561E+14 9.0935E+09 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 4.7784E+06 Cm-242 1.8101E-06 5.4615E-13 1.3591E+12 1.4494E+09 Cm-244 2.2180E-07 2.7415E-12 6.7663E+12 1.7751E+08 MVP Holdup Transport Group Inventory: Time (h) = 6.0000 Atmosphere sump Noble gases (atoms) 2.1569E+21 0.OOOOE+00 Elemental I (atoms) 1.6847E+17 0.OOOOE+00 Organic I (atoms) 5.2105E+15 0.OOOOE+00 Aerosols (kq) 3.4637E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.6443E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.6424E-08 Total I (Ci) 1. 5199E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 6.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 6.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 7.0000 CRDA @ EAB - Condenser Release Doses: Page 409

CRDA PELLET MVP TRIP 10 MIN.OO Time (h) = 7.0000 whole Body Thyroid TEDE Delta dose (rem) 1.9162E-04 4.4132E-03 3.2983E-04 Accumulated dose (rem) 1.2727E-01 8.1421E-01 1. 5314E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 7.0000 whole Body Thyroid TEDE Delta dose (rem) 3.6027E-05 8.2973E-04 6.2012E-05 Accumulated dose (rem) 5.6280E-02 3.5598E-01 6.7594E-02 control Room Doses: Time (h) = 7.0000 whole Body Thyroid TEDE Delta dose (rem) 3.4488E-05 1.6404E-02 5.4822E-04 Accumulated dose (rem) 1.6466E-03 2.9584E-01 1.0997E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 7.0000 Ci kg Atoms. Decay Co-58 2.2463E-05 7.0642E-13 7.3348E+12 2. 1046E+10 Co-60 2. 6945E-05 2.3837E-11 2.3925E+14 2.5211E+10 Kr-85 2.3859E+02 6.0813E-04 4.3085E+21 2.2323E+17 Kr-85m 3. 5534E+03 4.3179E-03 3.0592E+22 3.3247E+18 Kr-87 1.4880E+02 5.2531E-09 3.6362E+16 1. 6300E+18 Kr-88 1. 7212E+03 1.3727E-07 9.3938E+17 4.2714E+18 Rb-86 7.4822E-04 9.1956E-12 6.4392E+13 7.0384E+11 Sr-89 2.8239E-02 9.7199E-10 6. 5769E+15 2.6472E+13 Sr-90 4.2653E-03 3.1269E-08 2.0923E+17 3.9906E+12 Sr-91 2.1544E-02 5.9431E-12 3.9330E+13 2.6321E+13 Sr-92 6. 5517E-03 5.2124E-13 3.4119E+12 1.7135E+13 Y-90 4.1049E-05 7.5449E-14 5.0485E+11 3.9901E+10 Y-91 3.6786E-04 1. 50OOE-11 9.9267E+13 3.4476E+11 Y-92 1. 0016E-04 1.0409E-14 6.8133E+10 2.0123E+11 Y-93 2.8536E-04 8.5532E-14 5.5385E+11 3.4295E+11 Zr-95 5.2075E-04 2.4240E-11 1. 5366E+14 4.8798E+11 Zr-97 3.9730E-04 2.0783E-13 1.2903E+12 4.3071E+11 Nb-95 5.2192E-04 1. 3347E-11 8.4609E+13 4.8970E+11 Mo-99 7.1072E-03 1.4819E-11 9.0141E+13 6.9004E+12 Tc-99m 2.9922E-03 5.6904E-13 3.4615E+12 4.3076E+12 Ru-103 6. 6773E-03 2.0690E-10 1.2097E+15 6.2633E+12 RU-105 1. 6616E-03 2.4719E-13 1.4177E+12 2.8246E+12 Ru-106 3.0777E-03 9.1993E-10 5.2264E+15 2.8802E+12 Rh-105 4. 0317E-03 4.7766E-12 2.7396E+13 4.0437E+12 Sb-127 8.9614E-03 3.3557E-11 1. 5912E+14 8.6086E+12 sb-129 8.8700E-03 1. 5773E-12 7.3635E+12 1. 5352E+13 Te-127 5.5925E-03 2.1191E-12 1.0048E+13 6.8632E+12 Te-127m 1. 2721E-03 1. 3486E-10 6.3948E+14 1.1912E+12 Te-129 4. 0962E-04 1.9560E-14 9.1310E+10 5.9549E+12 Te-129m 3. 9706E-03 1. 3180E-10 6.1529E+14 3.7260E+12 Te-131m 1. 0184E-02 1.2772E-11 5.8713E+13 1.0344E+13 Te-132 1.0743E-01 3.5386E-10 1.6144E+15 1.0370E+14 1-131 6.3179E+01 5.0961E-07 2.3427E+18 5.9860E+16 1-132 1. 1290E+01 1.0938E-09 4.9900E+15 3.6389E+16 1-133 1.0257E+02 9.0546E-08 4.0999E+17 1. 0811E+17 1-134 5.6017E-01 2.0998E-11 9.4370E+13 2.4118E+16 1-135 5.8251E+01 1.6587E-08 7.3992E+16 8.0520E+16 Xe-133 2. 6933E+04 1.4389E-04 6.5151E+20 2. 5689E+19 Xe-135 5.9617E+03 2.3345E-06 1. 0414E+19 7.3562E+18 Cs-134 8.1553E-02 6.3032E-08 2.8327E+17 7.6309E+13 Cs-136 2.2348E-02 3.0492E-10 1. 3502E+15 2.1071E+13 Cs-137 4.0085E-02 4.6084E-07 2.0257E+18 3.7503E+13 Ba-139 1.6988E-03 1.0386E-13 4.4996E+11 1. 4889E+13 Page 410

CRDA PELLET MVP TRIP 10 MIN.O0 Ba-140 5.4540E-02 7.4499E-10 3.2046E+15 5.1434E+13 La-140 5.2855E-04 9.5093E-13 4.0904E+12 5.2560E+11 La-141 1.5211E-04 2.6897E-14 1.1488E+11 2.8140E+11 La-142 2.1633E-05 1.5112E-15 6.4090E+09 1.4395E+11 Ce-141 1.3054E-03 4.5815E-11 1.9568E+14 1. 2252E+12 Ce-143 1.0384E-03 1.5636E-12 6.5849E+12 1. 0467E+12 Ce-144 1.0895E-03 3.4159E-10 1.4286E+15 1. 0197E+12 Pr-143 4.5825E-04 6.8052E-12 2.8659E+13 4.3195E+11 Nd-147 2.0793E-04 2.5703E-12 1.0530E+13 1.9634E+11 Np-239 1.6462E-02 7.0959E-11 1. 7880E+14 1.6083E+13 Pu-238 7.5033E-06 4.3829E-10 1. 1090E+15 7.0200E+09 Pu-239 4.0296E-07 6.4830E-09 1. 6335E+16 3.7700E+08 Pu-240 6.3806E-07 2.8001E-09 7.0261E+15 5.9695E+08 Pu-241 1.8737E-04 1.8189E-09 4. 5450E+15 1.7530E+11 Am-241 9.8459E-08 2.8687E-11 7.1684E+13 9.2116E+07 Cm-242 2.9845E-05 9.0048E-12 2.2408E+13 2.7939E+10 Cm-244 3.6575E-06 4.5209E-11 1.1158E+14 3.4220E+09 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 7.0000 Atmosphere Sump Noble gases (atoms) 3.5563E+22 O.OOOOE+00 Elemental I (atoms) 2.7468E+18 O.OOOOE+00 Organic I (atoms) 8.4953E+16 0.OOOOE+00 Aerosols (kq) 5.7117E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.2655E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.1549E-08 Total I (ci) 2.3585E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 7.0000 Leakage Transport Noble gases (atoms) 1.0146E+20 Elemental I (atoms) 8.1939E+15 Organic I (atoms) 2.5342E+14 Aerosols (kg) 1.6287E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 7.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 7.0000 Ci kg Atoms Bq co-58 7.4039E-06 2.3284E-13 2.4176E+12 2.7395E+05 Co-60 8.8576E-06 7.8359E-12 7.8648E+13 3.2773E+05 Kr-85 7.8427E+01 1.9990E-04 1.4162E+21 2.9018E+12 Kr-85m 1. 1681E+03 1.4194E-03 1.0056E+22 4.3220E+13 Kr-87 2.0555E+03 7.2566E-08 5.0230E+17 7.6053E+13 Kr-88 3.0121E+03 2.4022E-07 1. 6439E+18 1. 1145E+14 Rb-86 2.4855E-04 3.0547E-12 2.1390E+13 9.1964E+06 Sr-89 9.3181E-03 3.2074E-10 2.1702E+15 3.4477E+08 Sr-90 1.4020E-03 1.0278E-08 6.8773E+16 5.1874E+07 Sr-91 1. 1668E-02 3.2187E-12 2.1300E+13 4.3170E+08 Sr-92 1.2424E-02 9.8843E-13 6.4701E+12 4.5969E+08 Y-90 1.4530E-05 2. 6706E-14 1. 7870E+11 5.3761E+05 Y-91 1.2132E-04 4.9471E-12 3.2738E+13 4.4889E+06 Y-92 1.2588E-04 1. 3082E-14 8.5632E+10 4.6576E+06 Y-93 1. 5003E-04 4.4968E-14 2.9118E+11 5. 5510E+06 Page 411

CRDA PELLET MVP TRIP 10 MIN.oO Zr-95 1.7170E-04 7.9922E-12 5.0663E+13 6.3528E+06 Zr-97 1.7289E-04 9.0441E-14 5.6149E+11 6.3971E+06 Nb-95 1.7252E-04 4.4118E-12 2.7967E+13 6.3831E+06 MO-99 2.5101E-03 5.2335E-12 3.1835E+13 9.2872E+07 Tc-99m 2.1634E-03 4.1142E-13 2.5027E+12 8.0044E+07 Ru-103 2.2058E-03 6.8347E-11 3.9961E+14 8.1616E+07 RU-105 1.5908E-03 2.3666E-13 1.3573E+12 5.8861E+07 Ru-106 1.0122E-03 3.0254E-10 1. 7188E+15 3.7450E+07 Rh-105 1.5154E-03 1.7953E-12 1.0297E+13 5.6069E+07 Sb-127 3.1006E-03 1.1610E-11 5. 5055E+13 1.1472E+08 Sb-129 8.7484E-03 1.5557E-12 7.2626E+12 3.2369E+08 Te-127 3.0532E-03 1.1569E-12 5.4859E+12 1. 1297E+08 Te-127m 4.1887E-04 4.4407E-11 2.1057E+14 1.5498E+07 Te-129 8.1131E-03 3.8740E-13 1.8085E+12 3.0018E+08 Te-129m 1.3128E-03 4.3577E-11 2.0343E+14 4.8573E+07 Te-131m 3.9208E-03 4.9169E-12 2.2603E+13 1.4507E+08 Te-132 3.7518E-02 1.2358E-10 5.6380E+14 1.3882E+09 1-131 2.1283E+01 1.7167E-07 7.8918E+17 7.8747E+11 1-132 2.9273E+01 2.8359E-09 1.2938E+16 1.0831E+12 1-133 4.2348E+01 3.7383E-08 1.6927E+17 1. 5669E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9252E+01 1.1177E-08 4.9859E+16 1.4523E+12 xe-133 9.1909E+03 4.9102E-05 2.2233E+20 3.4007E+14 Xe-135 3.2865E+03 1.2869E-06 5.7408E+18 1. 2160E+14 Cs-134 2.6813E-02 2.0723E-08 9.3134E+16 9.9207E+08 Cs-136 7.4571E-03 1.0175E-10 4.5054E+14 2.7591E+08 Cs-137 1.3176E-02 1.5148E-07 6.6585E+17 4.8750E+08 Ba-139 1.7566E-02 1.0739E-12 4.6526E+12 6.4993E+08 Ba-140 1.8207E-02 2.4870E-10 1.0698E+15 6.7365E+08 La-140 1.9544E-04 3.5162E-13 1. 5125E+12 7.2312E+06 La-141 1.6733E-04 2.9589E-14 1.2637E+11 6.1914E+06 La-142 1.5516E-04 1.0839E-14 4.5967E+10 5.7409E+06 Ce-141 4.3170E-04 1.5151E-11 6.4710E+13 1.5973E+07 Ce-143 3.9405E-04 5.9337E-13 2.4989E+12 1.4580E+07 Ce-144 3.5836E-04 1.1236E-10 4.6988E+14 1.3259E+07 Pr-143 1.5283E-04 2.2696E-12 9. 5581E+12 5.6549E+06 Nd-147 6.9586E-05 8.6016E-13 3. 5238E+12 2.5747E+06 Np-239 5.8843E-03 2.5364E-11 6.3911E+13 2.1772E+08 Pu-238 2.4663E-06 1.4406E-10 3. 6452E+14 9.1253E+04 Pu-239 1.3245E-07 2.1309E-09 5. 3693E+15 4.9006E+03 Pu-240 2.0972E-07 9.2037E-10 2.3094E+15 7.7597E+03 Pu-241 6.1588E-05 5.9787E-10 1.4940E+15 2.2788E+06 Am-241 3.2363E-08 9.4292E-12 2.3562E+13 1. 1974E+03 cm-242 9.8215E-06 2.9634E-12 7.3743E+12 3.6340E+05 Cm-244 1.2022E-06 1.4860E-11 3.6677E+13 4.4483E+04 Environment Transport Group Inventory: Total Release Time (h) = 7.0000 Release Rate/s Noble gases (atoms) 1.1703E+22 4.6439E+17 Elemental I (atoms) 9.9744E+17 3.9581E+13 organic I (atoms) 3.0849E+16 1.2242E+12 Aerosols (k 9 ) 1.8777E-07 7.4512E-12 Dose Effective (Ci) 1-131 (Thyroid) 2.9684E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7637E+01 Total I (Ci) 1.7396E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 7.0000 Leakage Transport Noble gases (atoms) 1.0146E+20 Elemental I (atoms) 8.1939E+15 Page 412

CRDA PELLET MVP TRIP 10 MIN.O0 organic I (atoms) 2.5342E+14 Aerosols (kg) 1.6287E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 7.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 6.4531E+17 Elemental I (atoms) O.OOOOE+00 5.3934E+13 Organic I (atoms) 0.OOOOE+00 1.6681E+12 Aerosols (kg) 0.OOOOE+00 1.0356E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 7.0000 Filtered Transported Noble gases (atoms) 6.1957E+17 0.OOOOE+00 Elemental I (atoms) 5.1335E+13 0.OOOOE+00 organic I (atoms) 1. 5877E+12 0.OOOOE+00 Aerosols (kg) 9.9436E-12 0.0000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 7.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.0000E+00 1.1378E+18 organic I (atoms) O.0000E+00 3.5189E+16 Aerosols (kg) 0.0000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 7.0000 Ci kg Atoms Decay Co-58 1.3622E-06 4.2838E-14 4.4479E+11 1.2734E+09 Co-60 1. 6340E-06 1.4455E-12 1.4508E+13 1.5254E+09 Kr-85 1.4468E+01 3.6878E-05 2.6127E+20 1. 3507E+16 Kr-85m 2.1548E+02 2.6184E-04 1.8551E+21 2.0117E+17 Kr-87 9.0232E+00 3.1855E-10 2.2050E+15 9.8345E+16 Kr-88 1.0438E+02 8.3241E-09 5.6964E+16 2.5814E+17 Rb-86 4.5373E-05 5.5763E-13 3.9048E+12 4.2587E+10 Sr-89 1. 7124E-03 5.8942E-11 3.9883E+14 1. 6018E+12 Sr-90 2.5865E-04 1.8962E-09 1.2688E+16 2.4146E+11 Sr-91 1. 3064E-03 3.6039E-13 2.3850E+12 1. 5921E+12 Sr-92 3.9730E-04 3.1608E-14 2.0690E+11 1.0355E+12 Y-90 2.4892E-06 4. 5753E-15 3.0614E+10 2.4142E+09 Y-91 2.2307E-05 9.0962E-13 6.0196E+12 2.0860E+10 Y-92 6.0735E-06 6.3119E-16 4.1316E+09 1.2165E+10 Y-93 1.7304E-05 5.1867E-15 3.3586E+10 2.0744E+10 Zr-95 3.1579E-05 1.4700E-12 9.3182E+12 2.9526E+10 Zr-97 2.4092E-05 1.2603E-14 7.8242E+10 2.6056E+10 Nb-95 3.1649E-05 8.0938E-13 5.1308E+12 2.9631E+10 MO-99 4. 3098E-04 8.9860E-13 5.4662E+12 4.1751E+11 Tc-99m 1.8145E-04 3.4507E-14 2.0991E+11 2.6050E+11 Ru-103 4.0492E-04 1.2546E-11 7. 3355E+13 3.7897E+11 Ru-105 1. 0076E-04 1.4990E-14 8.5972E+10 1.7078E+11 Ru-106 1.8663E-04 5. 5785E-11 3.1693E+14 1.7427E+11 Rh-105 2.4449E-04 2.8966E-13 1. 6613E+12 2.4465E+11 Sb-127 5.4342E-04 2.0349E-12 9.6491E+12 5.2087E+11 Sb-129 5.3788E-04 9.5650E-14 4.4653E+11 9.2817E+11 Te-127 3.3914E-04 1. 2850E-13 6.0934E+11 4.1513E+11 Te-127m 7.7139E-05 8.1779E-12 3.8778E+13 7.2077E+10 Te-129 2.4840E-05 1. 1861E-15 5. 5371E+09 3.5917E+11 Te-129m 2. 4078E-04 7.9925E-12 3.7312E+13 2.2545E+11 Page 413

CRDA PELLET MVP TRIP 10 MIN.oO Te-131m 6.1759E-04 7.7450E-13 3. 5604E+12 6.2584E+11 Te-132 6.5145E-03 2.1458E-11 9.7897E+13 6.2743E+12 1-131 3.8312E+00 3.0903E-08 1.4206E+17 3.6219E+15 1-132 6.8463E-01 6.6327E-11 3.0260E+14 2.1985E+15 1-133 6.2200E+00 5.4908E-09 2.4862E+16 6. 5406E+15 1-134 3.3969E-02 1.2734E-12 5.7226E+12 1.4531E+15 1-135 3.5324E+00 1.0058E-09 4.4869E+15 4.8697E+15 Xe-133 1.6332E+03 8.7253E-06 3.9508E+19 1. 5543E+18 Xe-135 3.6152E+02 1.4157E-07 6.3151E+17 4.4495E+17 Cs-134 4.9454E-03 3.8223E-09 1. 7178E+16 4.6172E+12 Cs-136 1.3552E-03 1.8491E-11 8.1877E+13 1. 2749E+12 Cs-137 2.4308E-03 2.7946E-08 1.2284E+17 2.2692E+12 Ba-139 1.0302E-04 6.2980E-15 2.7286E+10 8.9853E+11 Ba-140 3.3073E-03 4.5177E-11 1. 9433E+14 3.1121E+12 La-140 3.2052E-05 5.7665E-14 2.4805E+11 3.1800E+10 La-141 9.2243E-06 1.6311E-15 6.9663E+09 1. 7012E+10 La-142 1.3119E-06 9.1641E-17 3.8865E+08 8.6893E+09 Ce-141 7.9163E-05 2.7783E-12 1. 1866E+13 7.4130E+10 Ce-143 6.2968E-05 9.4819E-14 3.9931E+11 6.3328E+10 Ce-144 6.6068E-05 2.0714E-11 8.6628E+13 6.1698E+10 Pr-143 2.7789E-05 4.1267E-13 1. 7379E+12 2.6136E+10 Nd-147 1.2609E-05 1.5586E-13 6.3852E+11 1. 1880E+10 Np-239 9.9825E-04 4.3030E-12 1. 0842E+13 9.7311E+11 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.2476E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.2811E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.6120E+07 Pu-241 1.1362E-05 1.1030E-10 2.7561E+14 1.0607E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 5.5737E+06 Cm-242 1.8098E-06 5.4606E-13 1.3589E+12 1.6905E+09 Cm-244 2.2180E-07 2.7415E-12 6.7663E+12 2.0705E+08 MVP Holdup Transport Group Inventory: Time (h) = 7.0000 Atmosphere sump Noble gases (atoms) 2.1566E+21 O.OOOOE+00 Elemental I (atoms) 1.6657E+17 0.0000E+00 organic I (atoms) 5.1516E+15 0.0000E+00 Aerosols (kq) 3.4636E-08 O.O000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.5752E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.5169E-08 Total I (Ci) 1.4302E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 7.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 7.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 8.0000 CRDA @ EAB - Condenser Release Doses: Page 414

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 8.0000 whole Body Thyroid TEDE Delta dose (rem) 1.6318E-04 4.3581E-03 2.9953E-04 Accumulated dose (rem) 1.2744E-01 8.1857E-01 1. 5344E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 8.0000 whole Body Thyroid TEDE Delta dose (rem) 3.0680E-05 8.1938E-04 5.6315E-05 Accumulated dose (rem) 5.6310E-02 3.5680E-01 6.7650E-02 Control Room Doses: Time (h) = 8.0000 whole Body Thyroid TEDE Delta dose (rem) 2.9352E-05 1.6190E-02 5.3588E-04 Accumulated dose (rem) 1.6759E-03 3.1203E-01 1.1532E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) 8.0000 Ci kg Atoms Decay Co-58 2.2444E-05 7.0584E-13 7.3287E+12 2.4036E+10 Co-60 2.6934E-05 2.3827E-11 2.3915E+14 2.8799E+10 Kr-85 2.3849E+02 6.0788E-04 4.3067E+21 2. 5500E+17 Kr-85m 3. 5519E+03 4.3160E-03 3.0578E+22 3.7979E+18 Kr-87 8. 6238E+01 3.0445E-09 2.1074E+16 1. 6453E+18 Kr-88 1. 3479E+03 1.0750E-07 7.3563E+17 4.4748E+18 Rb-86 7.4676E-04 9.1776E-12 6.4266E+13 8.0340E+11 Sr-89 2.8211E-02 9.7103E-10 6. 5704E+15 3.0232E+13 Sr-90 4.2635E-03 3.1256E-08 2.0914E+17 4. 5586E+12 Sr-91 2.0019E-02 5.5226E-12 3.6547E+13 2.9088E+13 Sr-92 5.0710E-03 4.0344E-13 2.6408E+12 1. 7905E+13 Y-90 4.0590E-05 7.4605E-14 4.9920E+11 4. 5338E+10 Y-91 3.6753E-04 1.4986E-11 9.9177E+13 3.9373E+11 Y-92 8.2311E-05 8.5542E-15 5.5994E+10 2.1335E+11 Y-93 2.6632E-04 7.9825E-14 5. 1690E+11 3.7967E+11 Zr-95 5.2030E-04 2.4219E-11 1. 5353E+14 5.5731E+11 Zr-97 3.8117E-04 1. 9939E-13 1. 2379E+12 4.8255E+11 Nb-95 5.2127E-04 1. 3331E-11 8.4505E+13 5.5918E+11 Mo-99 7. 0300E-03 1.4658E-11 8.9162E+13 7.8420E+12 Tc-99m 2.6656E-03 5.0694E-13 3.0837E+12 4.6840E+12 Ru-103 6.6696E-03 2.0666E-10 1. 2083E+15 7.1522E+12 Ru-105 1.4209E-03 2.1137E-13 1. 2123E+12 3.0295E+12 Ru-106 3.0762E-03 9.1948E-10 5.2238E+15 3.2901E+12 Rh-105 3.9518E-03 4.6819E-12 2. 6853E+13 4.5754E+12 sb-127 8. 8907E-03 3.3292E-11 1. 5787E+14 9.7975E+12 Sb-129 7. 5519E-03 1. 3429E-12 6.2693E+12 1.6443E+13 Te-127 5.1908E-03 1.9669E-12 9.3266E+12 7.5810E+12 Te-127m 1.2712E-03 1. 3477E-10 6.3904E+14 1.3606E+12 Te-129 2.2527E-04 1.0756E-14 5.0215E+10 5.9960E+12 Te-129m 3.9655E-03 1. 3163E-10 6.1451E+14 4.2545E+12 Te-131m 9.9477E-03 1. 2475E-11 5.7349E+13 1.1685E+13 Te-132 1. 0644E-01 3.5059E-10 1. 5995E+15 1.1794E+14 1-131 6.2926E+01 5.0757E-07 2.3333E+18 6.8259E+16 1-132 8.3489E+00 8.0884E-10 3.6901E+15 3.7687E+16 1-133 9.9169E+01 8.7542E-08 3.9638E+17 1.2155E+17 1-134 2.5396E-01 9. 5197E-12 4.2783E+13 2.4169E+16 1-135 5.2430E+01 1.4929E-08 6.6598E+16 8.7885E+16 Xe-133 2.6774E+04 1.4304E-04 6.4767E+20 2.9266E+19 Xe-135 5.5252E+03 2.1636E-06 9.6514E+18 8.1208E+18 Cs-134 8.1516E-02 6.3003E-08 2.8315E+17 8.7169E+13 Cs-136 2.2289E-02 3.0412E-10 1.3467E+15 2.4043E+13 Cs-137 4.0068E-02 4.6065E-07 2.0249E+18 4.2841E+13 Ba-139 1. 0270E-03 6.2785E-14 2.7201E+11 1. 5067E+13 Ba-140 5.4394E-02 7.4299E-10 3.1960E+15 5.8689E+13 Page 415

CRDA PELLET MVP TRIP 10 MIN.O0 La-140 5.1932E-04 9.3431E-13 4.0190E+12 5.9539E+11 La-141 1.2746E-04 2.2539E-14 9.6264E+10 2.9997E+11 La-142 1.3794E-05 9.6357E-16 4.0865E+09 1.4627E+11 Ce-141 1.3037E-03 4.5756E-11 1.9542E+14 1. 3989E+12 Ce-143 1.0164E-03 1.5305E-12 6.4453E+12 1. 1836E+12 Ce-144 1.0889E-03 3.4142E-10 1.4278E+15 1. 1648E+12 Pr-143 4.5709E-04 6.7879E-12 2.8586E+13 4.9291E+11 Nd-147 2.0730E-04 2.5625E-12 1.0498E+13 2.2400E+11 Np-239 1.6254E-02 7.0065E-11 1. 7654E+14 1.8262E+13 Pu-238 7.5002E-06 4.3810E-10 1.1085E+15 8.0192E+09 Pu-239 4.0279E-07 6.4803E-09 1.6329E+16 4.3066E+08 Pu-240 6.3779E-07 2.7990E-09 7.0232E+15 6.8192E+08 Pu-241 1.8729E-04 1.8181E-09 4. 5431E+15 2.0025E+11 Am-241 9.8418E-08 2.8675E-11 7.1654E+13 1.0523E+08 Cm-242 2.9827E-05 8.9995E-12 2.2395E+13 3.1913E+10 Cm-244 3.6560E-06 4.5190E-11 1.1153E+14 3.9090E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 8.0000 Atmosphere Sump Noble gases (atoms) 3.5543E+22 O.OOOOE+00 Elemental I (atoms) 2.7161E+18 O.OOOOE+00 organic I (atoms) 8.4002E+16 0.OOOOE+00 Aerosols (kq) 5.7092E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.2009E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 6.0421E-08 Total I (Ci) 2.2313E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 8.0000 Leakage Transport Noble gases (atoms) 1.1627E+20 Elemental I (atoms) 9.3326E+15 organic I (atoms) 2.8864E+14 Aerosols (kg) 1.8666E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 8.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 8.0000 Ci kg Atoms BqI Co-58 7.4133E-06 2.3314E-13 2.4207E+12 2.7429E+05 co-60 8.8688E-06 7.8458E-12 7.8748E+13 3.2815E+05 Kr-85 7.8526E+01 2.0015E-04 1.4180E+21 2.9055E412 Kr-85m 1. 1696E+03 1.4212E-03 1.0069E+22 4.3274E+13 Kr-87 2.0555E+03 7.2568E-08 5.0231E+17 7.6055E+13 Kr-88 3.0127E+03 2.4027E-07 1. 6442E+18 1.1147E+14 Rb-86 2.4886E-04 3.0585E-12 2.1417E+13 9.2079E+06 Sr-89 9.3299E-03 3.2114E-10 2.1730E+15 3.4520E+08 Sr-90 1.4038E-03 1.0291E-08 6.8860E+16 5.1940E+07 Sr-91 1.1676E-02 3.2210E-12 2.1316E+13 4.3202E+08 Sr-92 1.2426E-02 9.8862E-13 6.4713E+12 4.5978E+08 Y-90 1.4547E-05 2.6738E-14 1. 7891E+11 5.3824E+05 Y-91 1. 2147E-04 4.9533E-12 3.2780E+13 4.4946E+06 Y-92 1.2592E-04 1. 3086E-14 8.5658E+10 4.6589E+06 Y-93 1. 5014E-04 4.5002E-14 2.9141E+11 5.5552E+06 zr-95 1. 7191E-04 8.0023E-12 5.0727E+13 6.3608E+06 Page 416

CRDA PELLET MVP TRIP 10 MIN.O0 Zr-97 1.7306E-04 9.0526E-14 5.6202E+11 6.4031E+06 Nb-95 1.7273E-04 4.4174E-12 2.8002E+13 6.3911E+06 MO-99 2.5130E-03 5.2396E-12 3.1873E+13 9.2981E+07 Tc-99m 2.1645E-03 4.1165E-13 2.5040E+12 8.0088E+07 RU-103 2.2086E-03 6.8434E-11 4.0011E+14 8.1719E+07 Ru-105 1. 5915E-03 2.3676E-13 1. 3579E+12 5.8885E+07 RU-106 1.0134E-03 3.0292E-10 1. 7210E+15 3.7497E+07 Rh-105 1. 5170E-03 1.7973E-12 1.0308E+13 5.6130E+07 Sb-127 3.1043E-03 1. 1624E-11 5.5121E+13 1.1486E+08 Sb-129 8.7518E-03 1. 5563E-12 7.2654E+12 3.2382E+08 Te-127 3.0554E-03 1.1578E-12 5.4899E+12 1.1305E+08 Te-127m 4.1940E-04 4.4463E-11 2.1084E+14 1. 5518E+07 Te-129 8.1132E-03 3.8741E-13 1.8085E+12 3.0019E+08 Te-129m 1. 3144E-03 4.3632E-11 2.0369E+14 4.8634E+07 Te-131m 3.9250E-03 4.9222E-12 2.2627E+13 1.4522E+08 Te-132 3.7562E-02 1. 2373E-10 5.6447E+14 1.3898E+09 1-131 2.1309E+01 1. 7188E-07 7.9016E+17 7.8844E+11 1-132 2.9277E+01 2.8363E-09 1. 2940E+16 1.0832E+12 1-133 4.2390E+01 3.7420E-08 1.6944E+17 1. 5684E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9275E+01 1. 1184E-08 4.9888E+16 1.4532E+12 xe-133 9.2021E+03 4.9162E-05 2.2260E+20 3.4048E+14 Xe-135 3.2889E+03 1.2879E-06 5.7450E+18 1. 2169E+14 Cs-134 2.6847E-02 2.0750E-08 9.3252E+16 9.9332E+08 Cs-136 7.4664E-03 1.0187E-10 4.5110E+14 2.7626E+08 Cs-137 1. 3192E-02 1. 5167E-07 6.6669E+17 4.8812E+08 Ba-139 1.7566E-02 1.0739E-12 4.6528E+12 6.4995E+08 Ba-140 1.8230E-02 2.4901E-10 1. 0711E+15 6.7449E+08 La-140 1.9566E-04 3.5201E-13 1. 5142E+12 7.2393E+06 La-141 1.6739E-04 2.9599E-14 1.2642E+11 6.1935E+06 La-142 1. 5517E-04 1.0839E-14 4.5969E+10 5.7412E+06 Ce-141 4.3225E-04 1. 5170E-11 6.4791E+13 1.5993E+07 Ce-143 3.9447E-04 5.9401E-13 2. 5016E+12 1.4596E+07 Ce-144 3.5881E-04 1. 1250E-10 4.7047E+14 1.3276E+07 Pr-143 1.5302E-04 2.2725E-12 9.5700E+12 5.6619E+06 Nd-147 6.9673E-05 8.6123E-13 3.5282E+12 2.5779E+06 Np-239 5.8911E-03 2. 5394E-11 6.3985E+13 2.1797E+08 Pu-238 2.4694E-06 1.4424E-10 3.6498E+14 9.1369E+04 Pu-239 1.3262E-07 2.1336E-09 5.3761E+15 4.9068E+03 Pu-240 2.0999E-07 9.2154E-10 2.3124E+15 7.7696E+03 Pu-241 6.1666E-05 5.9863E-10 1.4959E+15 2.2816E+06 Am-241 3.2404E-08 9.4412E-12 2.3592E+13 1.1989E+03 Cm-242 9.8340E-06 2.9671E-12 7.3837E+12 3.6386E+05 Cm-244 1.2038E-06 1.4879E-11 3.6723E+13 4.4539E+04 Environment Transport Group Inventory: Total Release Time (h) = 8.0000 Release Rate/s Noble gases (atoms) 1.1718E+22 4.0686E+17 Elemental I (atoms) 9.9858E+17 3.4673E+13 Organic I (atoms) 3.0884E+16 1.0724E+12 Aerosols (kq) 1.8801E-07 6.5281E-12 Dose Effective (Ci) 1-131 (Thyroid) 2.9718E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.7676E+01 Total I (Ci) 1.7405E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 8.0000 Leakage Transport Noble gases (atoms) 1.1627E+20 Elemental I (atoms) 9.3326E+15 Organic I (atoms) 2.8864E+14 Page 417

CRDA PELLET MVP TRIP 10 MIN.00 Aerosols (kg) 1.8666E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 8.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 6.8216E+17 Elemental I (atoms) 0.0000E+00 5.6766E+13 organic I (atoms) O.OOOOE+00 1.7557E+12 Aerosols (kg) 0.OOOOE+00 1.0948E-11 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 8.0000 Filtered Transported Noble gases (atoms) 6. 5643E+17 0.OOOOE+00 Elemental I (atoms) 5.4168E+13 0.OOOOE+00 organic I (atoms) 1. 6753E+12 0.OOOOE+00 Aerosols (kg) 1.0536E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 8.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 8.0000 Ci kg Atoms Decay Co-58 1. 3616E-06 4.2820E-14 4.4460E+11 1.4548E+09 Co-60 1. 6340E-06 1.4455E-12 1.4508E+13 1. 7431E+09 Kr-85 1.4468E+01 3.6877E-05 2.6127E+20 1. 5434E+16 Kr-85m 2. 1548E+02 2.6183E-04 1.8551E+21 2.2987E+17 Kr-87 5. 2317E+00 1.8470E-10 1.2785E+15 9.9272E+16 Kr-88 8. 1773E+01 6.5214E-09 4.4628E+16 2.7048E+17 Rb-86 4.5303E-05 5.5677E-13 3.8987E+12 4.8626E+10 Sr-89 1. 7114E-03 5.8908E-11 3.9860E+14 1.8298E+12 Sr-90 2.5865E-04 1.8962E-09 1.2688E+16 2.7591E+11 Sr-91 1.2145E-03 3. 3503E-13 2.2172E+12 1. 7599E+12 Sr-92 3.0763E-04 2.4475E-14 1. 6021E+11 1.0822E+12 Y-90 2.4624E-06 4.5260E-15 3.0285E+10 2.7440E+09 Y-91 2.2296E-05 9.0917E-13 6.0166E+12 2.3831E+10 Y-92 4.9935E-06 5.1895E-16 3.3969E+09 1.2899E+10 Y-93 1. 6157E-05 4.8427E-15 3.1358E+10 2.2972E+10 Zr-95 3.1565E-05 1.4693E-12 9.3140E+12 3.3731E+10 Zr-97 2.3124E-05 1.2096E-14 7.5098E+10 2.9200E+10 Nb-95 3.1623E-05 8.0872E-13 5. 1265E+12 3.3845E+10 Mo-99 4.2648E-04 8.8922E-13 5.4091E+12 4.7461E+11 Tc-99m 1. 6171E-04 3.0754E-14 1.8708E+11 2.8333E+11 Ru-103 4. 0462E-04 1.2537E-11 7.3301E+13 4.3289E+11 Ru-105 8.6197E-05 1. 2823E-14 7.3545E+10 1. 8321E+11 Ru-106 1. 8662E-04 5.5781E-11 3.1691E+14 1. 9913E+11 Rh-105 2.3974E-04 2.8403E-13 1. 6290E+12 2.7690E+11 Sb-127 5.3936E-04 2.0197E-12 9.5770E+12 5.9298E+11 sb-129 4.5814E-04 8.1471E-14 3.8033E+11 9.9436E+11 Te-127 3. 1490E-04 1.1932E-13 5.6581E+11 4.5867E+11 Te-127m 7.7118E-05 8.1757E-12 3.8768E+13 8.2351E+10 Te-129 1.3666E-05 6.5255E-16 3.0463E+09 3.6166E+11 Te-129m 2.4057E-04 7.9856E-12 3.7279E+13 2.5751E+11 Te-131m 6.0349E-04 7.5681E-13 3.4791E+12 7.0716E+11 Page 418

CRDA PELLET MVP TRIP 10 MIN.o0 Te-132 6.4570E-03 2.1269E-11 9.7033E+13 7.1382E+12 1-131 3.8175E+00 3.0792E-08 1.4155E+17 4.1313E+15 1-132 5.0650E-01 4.9069E-11 2.2386E+14 2.2772E+15 1-133 6.0162E+00 5.3108E-09 2.4047E+16 7. 3554E+15 1-134 1.5406E-02 5.7752E-13 2. 5955E+12 1.4562E+15 1-135 3.1807E+00 9.0571E-10 4.0402E+15 5.3164E+15 xe-133 1.6243E+03 8.6776E-06 3.9292E+19 1. 7713E+18 Xe-135 3.3519E+02 1.3126E-07 5.8551E+17 4.9133E+17 Cs-134 4.9452E-03 3.8221E-09 1. 7177E+16 5.2760E+12 Cs-136 1.3522E-03 1.8450E-11 8.1697E+13 1.4552E+12 Cs-137 2.4308E-03 2.7946E-08 1. 2284E+17 2.5930E+12 Ba-139 6.2302E-05 3.8089E-15 1.6502E+10 9.0932E+11 Ba-140 3.2998E-03 4.5074E-11 1.9389E+14 3.5522E+12 La-140 3.1505E-05 5.6681E-14 2.4381E+11 3.6033E+10 La-141 7.7328E-06 1.3673E-15 5.8399E+09 1.8139E+10 La-142 8.3680E-07 5.8456E-17 2.4791E+08 8.8300E+09 Ce-141 7.9092E-05 2.7758E-12 1.1856E+13 8.4670E+10 Ce-143 6.1659E-05 9.2848E-14 3.9101E+11 7.1628E+10 Ce-144 6.6062E-05 2.0712E-11 8.6619E+13 7.0498E+10 Pr-143 2.7730E-05 4.1179E-13 1.7342E+12 2.9833E+10 Nd-147 1.2576E-05 1.5545E-13 6.3685E+11 1.3557E+10 Np-239 9.8609E-04 4.2505E-12 1.0710E+13 1. 1053E+12 Pu-238 4.5501E-07 2.6578E-11 6.7251E+13 4.8537E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.6066E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.1274E+07 Pu-241 1.1362E-05 1.1030E-10 2.7561E+14 1. 2120E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 6.3690E+06 Cm-242 1.8095E-06 5.4596E-13 1. 3586E+12 1.9316E+09 Cm-244 2.2179E-07 2.7415E-12 6.7663E+12 2.3660E+08 MVP Holdup Transport Group Inventory: Time (h) = 8.0000 Atmosphere Sump Noble gases (atoms) 2.1563E+21 0.OOOOE+00 Elemental I (atoms) 1.6477E+17 O.OOOOE+00 organic I (atoms) 5.0960E+15 0.OOOOE+00 Aerosols (kq) 3.4635E-08 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5. 5091E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.4000E-08 Total I (Ci) 1. 3536E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 8.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 8.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 10.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 10.0000 whole Body Thyroid TEDE Page 419

CRDA PELLET MVP TRIP 10 MIN.oO Delta dose (rem) 2.0760E-04 3.3956E-03 3.1370E-04 Accumulated dose (rem) 1.2764E-01 8.2196E-01 1. 5376E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 10.0000 whole Body Thyroid TEDE Delta dose (rem) 3.4419E-05 5.6299E-04 5.2011E-05 Accumulated dose (rem) 5.6345E-02 3.5736E-01 6.7702E-02 Control Room Doses: Time (h) = 10.0000 whole Body Thyroid TEDE Delta dose (rem) 2.9278E-05 1.9303E-02 6.3248E-04 Accumulated dose (rem) 1.7052E-03 3.3133E-01 1.2165E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 10.0000 Ci kg Atoms Decay Co-58 2.2407E-05 7.0468E-13 7.3167E+12 3.0011E+10 Co-60 2.6911E-05 2.3807E-11 2.3894E+14 3. 5971E+10 Kr-85 2.3829E+02 6.0736E-04 4.3031E+21 3.1851E+17 Kr-85m 3.5488E+03 4.3123E-03 3.0552E+22 4.7437E+18 Kr-87 2.8966E+01 1.0226E-09 7.0786E+15 1. 6593E+18 Kr-88 8.2663E+02 6.5923E-08 4.5114E+17 4.7588E+18 Rb-86 7.4383E-04 9.1416E-12 6.4014E+13 1.0019E+12 Sr-89 2.8155E-02 9.6911E-10 6. 5575E+15 3.7739E+13 Sr-90 4.2600E-03 3.1230E-08 2.0897E+17 5.6939E+12 Sr-91 1.7287E-02 4.7688E-12 3.1558E+13 3.4048E+13 Sr-92 3.0379E-03 2.4169E-13 1. 5820E+12 1. 8962E+13 Y-90 3.9687E-05 7.2946E-14 4.8810E+11 5.6031E+10 Y-91 3.6686E-04 1.4959E-11 9.8996E+13 4.9155E+11 Y-92 5.5594E-05 5.7776E-15 3.7819E+10 2.3148E+11 Y-93 2.3197E-04 6.9529E-14 4. 5023E+11 4.4594E+11 Zr-95 5.1940E-04 2.4177E-11 1. 5326E+14 6.9580E+11 Zr-97 3.5086E-04 1.8354E-13 1.1395E+12 5.7999E+11 Nb-95 5.1998E-04 1. 3298E-11 8.4296E+13 6.9787E+11 Mo-99 6.8782E-03 1.4341E-11 8.7236E+13 9.6944E+12 Tc-99m 2.1156E-03 4.0233E-13 2.4474E+12 5.3180E+12 RU-103 6.6543E-03 2.0618E-10 1.2055E+15 8.9269E+12 Ru-105 1.0389E-03 1. 5456E-13 8.8644E+11 3.3544E+12 Ru-106 3.0731E-03 9.1857E-10 5.2186E+15 4. 1091E+12 Rh-105 3.7967E-03 4.4982E-12 2.5799E+13 5. 6073E+12 Sb-127 8.7510E-03 3.2769E-11 1. 5538E+14 1. 2147E+13 sb-129 5.4743E-03 9.7349E-13 4.5446E+12 1. 8163E+13 Te-127 4.4718E-03 1. 6944E-12 8.0347E+12 8.8656E+12 Te-127m 1.2695E-03 1. 3458E-10 6.3817E+14 1.6990E+12 Te-129 6.8126E-05 3.2530E-15 1. 5186E+10 6.0310E+12 Te-129m 3.9554E-03 1. 3130E-10 6.1294E+14 5.3095E+12 Te-131m 9.4906E-03 1.1902E-11 5.4713E+13 1.4274E+13 Te-132 1.0448E-01 3.4414E-10 1. 5701E+15 1.4603E+14 1-131 6.2424E+01 5.0352E-07 2.3147E+18 8.4955E+16 1-132 4.5657E+00 4.4232E-10 2.0180E+15 3.9357E+16 1-133 9.2697E+01 8.1830E-08 3.7052E+17 1.4709E+17 1-134 5.2196E-02 1.9566E-12 8.7932E+12 2.4203E+16 1-135 4.2475E+01 1.2095E-08 5.3953E+16 1.0048E+17 xe-133 2.6460E+04 1.4136E-04 6.4007E+20 3.6356E+19 Xe-135 4.7454E+03 1.8582E-06 8.2892E+18 9.4862E+18 Cs-134 8.1441E-02 6.2946E-08 2.8289E+17 1.0887E+14 Cs-136 2.2173E-02 3.0253E-10 1.3396E+15 2.9966E+13 Cs-137 4.0034E-02 4.6026E-07 2.0232E+18 5.3510E+13 Ba-139 3.7531E-04 2.2945E-14 9.9409E+10 1. 5240E+13 Ba-140 5.4103E-02 7.3902E-10 3.1789E+15 7.3140E+13 La-140 5.0133E-04 9.0195E-13 3.8797E+12 7.3132E+11 Page 420

CRDA PELLET MVP TRIP 10 MIN.O0 La-141 8.9502E-05 1. 5826E-14 6.7593E+10 3.2857E+11 La-142 5.6078E-06 3.9174E-16 1.6613E+09 1.4869E+11 Ce-141 1.3003E-03 4. 5636E-11 1.9491E+14 1. 7458E+12 Ce-143 9.7375E-04 1.4663E-12 6.1750E+12 1.4486E+12 Ce-144 1.0878E-03 3.4106E-10 1.4263E+15 1.4547E+12 Pr-143 4.5477E-04 6.7534E-12 2.8441E+13 6.1437E+11 Nd-147 2.0604E-04 2.5469E-12 1. 0434E+13 2.7905E+11 Np-239 1.5847E-02 6.8310E-11 1. 7212E+14 2.2538E+13 Pu-238 7.4940E-06 4.3774E-10 1. 1076E+15 1. 0016E+10 Pu-239 4.0246E-07 6.4749E-09 1. 6315E+16 5.3792E+08 Pu-240 6.3726E-07 2.7966E-09 7.0174E+15 8. 5175E+08 Pu-241 1.8713E-04 1.8166E-09 4. 5393E+15 2.5012E+11 Am-241 9.8336E-08 2.8651E-11 7.1594E+13 1. 3143E+08 Cm-242 2.9791E-05 8.9888E-12 2.2368E+13 3.9854E+10 Cm-244 3.6529E-06 4.5152E-11 1. 1144E+14 4.8826E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 10.0000 Atmosphere sump Noble gases (atoms) 3.5504E+22 O.OOOOE+00 Elemental I (atoms) 2.6590E+18 O.OOOOE+00 Organi c I (atoms) 8.2236E+16 O.OOOOE+00 Aerosols (kq) 5.7042E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 5.0795E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.8366E-08 Total I (Ci) 2.0221E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 10.0000 Leakage Transport Noble gases (atoms) 1.4587E+20 Elemental I (atoms) 1.1573E+16 Organic I (atoms) 3. 5793E+14 Aerosols (kg) 2.3422E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 10.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 10.0000 Ci kg Atoms Bq Co-58 7.4320E-06 2.3372E-13 2.4268E+12 2.7498E+05 Co-60 8.8913E-06 7.8657E-12 7.8947E+13 3.2898E+05 Kr-85 7.8725E+01 2.0066E-04 1.4216E+21 2.9128E+12 Kr-85m 1.1725E+03 1.4248E-03 1.0094E+22 4.3384E+13 Kr-87 2.0556E+03 7.2569E-08 5.0233E+17 7.6056E+13 Kr-88 3.0136E+03 2.4034E-07 1.6447E+18 1.1150E+14 Rb-86 2. 4948E-04 3.0661E-12 2.1471E+13 9.2309E+06 Sr-89 9.3533E-03 3.2195E-10 2.1785E+15 3.4607E+08 Sr-90 1.4073E-03 1.0317E-08 6.9034E+16 5.2071E+07 Sr-91 1. 1692E-02 3.2253E-12 2.1344E+13 4.3259E+08 Sr-92 1.2430E-02 9.8888E-13 6.4730E+12 4.5990E+08 Y-90 1.4580E-05 2.6799E-14 1. 7932E+11 5.3947E+05 Y-91 1. 2178E-04 4.9658E-12 3.2862E+13 4.5059E+06 Y-92 1.2597E-04 1. 3092E-14 8.5696E+10 4.6610E+06 Y-93 1. 5035E-04 4.5064E-14 2.9181E+11 5.5628E+06 Zr-95 1.7235E-04 8.0225E-12 5.0855E+13 6.3768E+06 Zr-97 1.7336E-04 9.0685E-14 5.6301E+11 6.4143E+06 Page 421

CRDA PELLET MVP TRIP 10 MIN.O0 Nb-95 1.7317E-04 4.4285E-12 2.8073E+13 6.4072E+06 Mo-99 2.5188E-03 5.2517E-12 3.1946E+13 9.3196E+07 Tc-99m 2.1665E-03 4.1202E-13 2. 5063E+12 8.0160E+07 Ru-103 2.2142E-03 6.8606E-11 4.0112E+14 8.1924E+07 RU-105 1.5925E-03 2.3691E-13 1. 3587E+12 5.8922E+07 Ru-106 1.0160E-03 3.0368E-10 1. 7253E+15 3.7592E+07 Rh-105 1.5203E-03 1.8011E-12 1.0330E+13 5.6249E+07 sb-127 3.1117E-03 1.1652E-11 5. 5251E+13 1. 1513E+08 Sb-129 8.7571E-03 1.5573E-12 7.2698E+12 3.2401E+08 Te-127 3.0594E-03 1.1593E-12 5.4971E+12 1.1320E+08 Te-127m 4.2046E-04 4.4576E-11 2.1137E+14 1.5557E+07 Te-129 8.1133E-03 3.8741E-13 1. 8086E+12 3.0019E+08 Te-129m 1.3177E-03 4.3742E-11 2.0420E+14 4.8756E+07 Te-131m 3.9331E-03 4.9323E-12 2.2674E+13 1.4552E+08 Te-132 3.7650E-02 1.2402E-10 5.6579E+14 1. 3931E+09 1-131 2.1361E+01 1.7230E-07 7.9209E+17 7.9037E+11 1-132 2.9282E+01 2.8368E-09 1.2942E+16 1.0834E+12 1-133 4.2470E+01 3.7491E-08 1. 6976E+17 1. 5714E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9314E+01 1.1195E-08 4.9938E+16 1.4546E+12 xe-133 9.2243E+03 4.9280E-05 2.2314E+20 3.4130E+14 Xe-135 3.2931E+03 1.2895E-06 5.7524E+18 1.2185E+14 Cs-134 2.6914E-02 2.0802E-08 9.3488E+16 9.9584E+08 Cs-136 7.4850E-03 1.0213E-10 4.5222E+14 2.7694E+08 Cs-137 1.3226E-02 1.5205E-07 6.6838E+17 4.8935E+08 Ba-139 1.7567E-02 1.0740E-12 4.6529E+12 6.4997E+08 Ba-140 1.8275E-02 2.4963E-10 1.0738E+15 6.7617E+08 La-140 1.9608E-04 3.5277E-13 1. 5175E+12 7.2550E+06 La-141 1.6748E-04 2.9614E-14 1.2648E+11 6.1968E+06 La-142 1.5517E-04 1.0840E-14 4.5971E+10 5.7414E+06 Ce-141 4.3333E-04 1.5208E-11 6.4954E+13 1.6033E+07 Ce-143 3.9530E-04 5.9526E-13 2.5068E+12 1.4626E+07 Ce-144 3.5972E-04 1.1278E-10 4.7166E+14 1. 3310E+07 Pr-143 1.5340E-04 2.2781E-12 9.5937E+12 5.6760E+06 Nd-147 6.9845E-05 8.6336E-13 3.5369E+12 2.5843E+06 Np-239 5.9045E-03 2.5451E-11 6.4131E+13 2.1847E+08 Pu-238 2.4757E-06 1.4461E-10 3.6591E+14 9.1600E+04 Pu-239 1.3295E-07 2.1390E-09 5.3897E+15 4.9192E+03 Pu-240 2.1052E-07 9.2387E-10 2.3182E+15 7.7892E+03 Pu-241 6.1822E-05 6.0014E-10 1.4996E+15 2.2874E+06 Am-241 3.2486E-08 9.4650E-12 2.3651E+13 1.2020E+03 Cm-242 9.8588E-06 2.9746E-12 7.4023E+12 3.6478E+05 Cm-244 1.2068E-06 1.4917E-11 3.6816E+13 4.4652E+04 Environment Transport Group Inventory: Total Release Time (h) = 10.0000 Release Rate/s Noble gases (atoms) 1.1747E+22 3.2631E+17 Elemental I (atoms) 1.0008E+18 2.7801E+13 Organic I (atoms) 3.0953E+16 8.5981E+11 Aerosols (kq) 1.8848E-07 5.2357E-12 Dose Effective (ci) 1-131 (Thyroid) 2.9785E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7753E+01 Total I (Ci) 1.7423E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 10.0000 Leakage Transport Noble gases (atoms) 1.4587E+20 Elemental I (atoms) 1.1573E+16 organic I (atoms) 3. 5793E+14 Aerosols (kg) 2.3422E-09 Page 422

CRDA PELLET MVP TRIP 10 MIN.o0 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 10.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 7.1439E+17 Elemental I (atoms) 0.OOOOE+00 5.9206E+13 organic I (atoms) O.0000E+00 1.8311E+12 Aerosols (kg) 0.OOOOE+00 1.1466E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 10.0000 Filtered Transported Noble gases (atoms) 7.0105E+17 O.OOOOE+00 Elemental I (atoms) 5.7550E+13 O.OOOOE+00 organic I (atoms) 1. 7799E+12 O.OOOOE+00 Aerosols (kg) 1. 1253E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 10.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 10.0000 Ci kg Atoms Decay Co-58 1.3605E-06 4.2785E-14 4.4424E+11 1.8174E+09 Co-60 1.6339E-06 1.4454E-12 1.4508E+13 2.1784E+09 Kr-85 1.4468E+01 3.6877E-05 2.6127E+20 1.9288E+16 Kr-85m 2.1547E+02 2.6183E-04 1. 8550E+21 2.8727E+17 Kr-87 1.7587E+00 6.2090E-11 4.2979E+14 1. 0012E+17 Kr-88 5. 0190E+01 4.0026E-09 2.7391E+16 2.8771E+17 Rb-86 4. 5163E-05 5. 5504E-13 3.8867E+12 6.0676E+10 Sr-89 1. 7095E-03 5.8841E-11 3.9814E+14 2.2855E+12 Sr-90 2.5865E-04 1.8962E-09 1.2688E+16 3.4481E+11 Sr-91 1. 0496E-03 2.8954E-13 1.9161E+12 2.0609E+12 Sr-92 1.8445E-04 1.4674E-14 9.6055E+10 1. 1463E+12 Y-90 2.4097E-06 4.4290E-15 2.9636E+10 3.3929E+09 Y-91 2.2274E-05 9.0827E-13 6.0107E+12 2.9768E+10 Y-92 3.3754E-06 3.5079E-16 2.2962E+09 1.4000E+10 Y-93 1.4085E-05 4.2216E-15 2.7336E+10 2.6994E+10 Zr-95 3.1536E-05 1.4680E-12 9.3056E+12 4.2137E+10 Zr-97 2.1303E-05 1. 1144E-14 6.9184E+10 3.5115E+10 Nb-95 3.1572E-05 8.0739E-13 5.1181E+12 4.2262E+10 Mo-99 4.1762E-04 8.7073E-13 5.2966E+12 5.8704E+11 Tc-99m 1.2845E-04 2.4428E-14 1.4860E+11 3.2181E+11 Ru-103 4.0403E-04 1. 2519E-11 7.3193E+13 5.4060E+11 Ru-105 6.3080E-05 9.3841E-15 5.3822E+10 2.0293E+11 Ru-106 1. 8659E-04 5. 5772E-11 3.1686E+14 2.4884E+11 Rh-105 2.3052E-04 2.7311E-13 1. 5664E+12 3.3953E+11 Sb-127 5. 3133E-04 1.9896E-12 9.4344E+12 7.3559E+11 sb-129 3.3238E-04 5.9107E-14 2.7593E+11 1. 0988E+12 Te-127 2.7151E-04 1.0288E-13 4.8784E+11 5.3664E+11 Te-127m 7.7077E-05 8.1714E-12 3.8748E+13 1. 0289E+11 Te-129 4.1364E-06 1.9751E-16 9.2206E+08 3.6379E+11 Te-129m 2.4016E-04 7.9719E-12 3.7215E+13 3.2154E+11 Te-131m 5.7623E-04 7.2263E-13 3.3220E+12 8.6427E+11 Te-132 6.3436E-03 2.0895E-11 9.5328E+13 8.8432E+12 Page 423

CRDA PELLET MVP TRIP 10 MIN.00 1-131 3.7902E+00 3.0572E-08 1.4054E+17 5.1447E+15 1-132 2.7721E-01 2.6856E-11 1.2252E+14 2. 3785E+15 1-133 5.6283E+00 4.9684E-09 2.2497E+16 8.9059E+15 1-134 3.1691E-03 1.1880E-13 5.3389E+11 1.4583E+15 1-135 2.5789E+00 7.3435E-10 3.2758E+15 6.0808E+15 Xe-133 1.6066E+03 8.5829E-06 3.8863E+19 2. 2016E+18 Xe-135 2.8812E+02 1.1282E-07 5.0329E+17 5.7419E+17 Cs-134 4.9448E-03 3.8219E-09 1. 7176E+16 6. 5933E+12 Cs-136 1.3463E-03 1.8369E-11 8.1337E+13 1. 8147E+12 Cs-137 2.4307E-03 2.7945E-08 1. 2284E+17 3.2405E+12 Ba-139 2.2788E-05 1.3932E-15 6.0358E+09 9.1978E+11 Ba-140 3.2849E-03 4.4871E-11 1.9301E+14 4.4292E+12 La-140 3.0439E-05 5.4763E-14 2.3556E+11 4.4283E+10 La-141 5.4342E-06 9.6090E-16 4.1040E+09 1.9875E+10 La-142 3.4048E-07 2.3785E-17 1.0087E+08 8.9771E+09 Ce-141 7.8952E-05 2.7709E-12 1.1834E+13 1.0572E+11 Ce-143 5.9122E-05 8.9029E-14 3.7493E+11 8.7714E+10 Ce-144 6.6048E-05 2.0708E-11 8.6602E+13 8.8095E+10 Pr-143 2.7612E-05 4.1004E-13 1.7268E+12 3.7205E+10 Nd-147 1.2510E-05 1.5464E-13 6.3351E+11 1. 6899E+10 Np-239 9.6219E-04 4.1475E-12 1.0451E+13 1. 3648E+12 Pu-238 4.5501E-07 2.6578E-11 6.7250E+13 6.0658E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.2576E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 5.1581E+07 Pu-241 1.1362E-05 1.1030E-10 2.7561E+14 1. 5147E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 7.9595E+06 Cm-242 1.8088E-06 5.4577E-13 1. 3581E+12 2.4135E+09 Cm-244 2.2179E-07 2.7415E-12 6.7662E+12 2.9568E+08 MVP Holdup Transport G roup Inventory: Time (h) = 10.0000 Atmosphere sump Noble gases (atoms) 2.1557E+21 0.OOOOE+00 Elemental I (atoms) 1.6144E+17 0.0000E+00 organic I (atoms) 4.9931E+15 0.OOOOE+00 Aerosols (kq) 3.4634E-08 O.O000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.3850E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 6.1876E-08 Total I (Ci) 1. 2278E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 10.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.0000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 10.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) 0.0000E+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 12.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 12.0000 whole Body Thyroid TEDE Delta dose (rem) 1.6241E-04 3.3183E-03 2.6595E-04 Page 424

CRDA PELLET MVP TRIP 10 MIN.o0 Accumulated dose (rem) 1.2781E-01 8.2528E-01 1.5402E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 12.0000 whole Body Thyroid TEDE Delta dose (rem) 2.6928E-05 5.5018E-04 4.4094E-05 Accumulated dose (rem) 5.6372E-02 3.5791E-01 6.7746E-02 control Room Doses: Time (h) = 12.0000 whole Body Thyroid TEDE Delta dose (rem) 1.6523E-05 1.3815E-02 4.4758E-04 Accumulated dose (rem) 1.7217E-03 3.4515E-01 1.2612E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 12.0000 Ci kg Atoms Decay Co-58 2.2370E-05 7.0352E-13 7.3046E+12 3.5975E+10 Co-60 2.6887E-05 2.3786E-11 2.3874E+14 4.3137E+10 Kr-85 2.3809E+02 6.0685E-04 4.2994E+21 3.8196E+17 Kr-85m 3.5457E+03 4.3086E-03 3.0526E+22 5.6886E+18 Kr-87 9.7295E+00 3.4349E-10 2.3776E+15 1.6640E+18 Kr-88 5.0694E+02 4.0428E-08 2.7666E+17 4.9330E+18 Rb-86 7.4091E-04 9.1057E-12 6.3763E+13 1.1997E+12 Sr-89 2.8099E-02 9.6720E-10 6.5445E+15 4. 5232E+13 Sr-90 4.2564E-03 3.1204E-08 2.0879E+17 6.8282E+12 Sr-91 1.4927E-02 4.1178E-12 2.7251E+13 3.8331E+13 Sr-92 1.8199E-03 1.4479E-13 9.4774E+11 1.9595E+13 Y-90 3.8804E-05 7.1323E-14 4.7724E+11 6.6485E+10 Y-91 3.6619E-04 1.4932E-11 9.8816E+13 5.8919E+11 Y-92. 3.7548E-05 3.9022E-15 2.5543E+10 2.4373E+11 Y-93 2.0205E-04 6.0562E-14 3.9216E+11 5.0366E+11 Zr-95 5.1850E-04 2.4135E-11 1. 5300E+14 8.3404E+11 Zr-97 3.2296E-04 1.6894E-13 1. 0488E+12 6.6969E+11 Nb-95 5.1870E-04 1. 3265E-11 8.4087E+13 8.3622E+11 Mo-99 6.7296E-03 1.4031E-11 8. 5351E+13 1.1507E+13 Tc-99m 1.6790E-03 3.1931E-13 1. 9424E+12 5.8212E+12 Ru-103 6.6390E-03 2.0571E-10 1. 2027E+15 1.0698E+13 Ru-105 7.5967E-04 1.1301E-13 6.4817E+11 3.5921E+12 Ru-106 3.0701E-03 9.1766E-10 5.2135E+15 4.9274E+12 Rh-105 3.6477E-03 4.3217E-12 2.4786E+13 6.5988E+12 Sb-127 8.6135E-03 3.2254E-11 1. 5294E+14 1.4460E+13 Sb-129 3.9683E-03 7.0567E-13 3.2943E+12 1. 9410E+13 Te-127 3.8524E-03 1.4597E-12 6.9218E+12 9.9724E+12 Te-127m 1.2677E-03 1.3440E-10 6.3730E+14 2.0370E+12 Te-129 2.0603E-05 9.8381E-16 4.5927E+09 6.0416E+12 Te-129m 3.9453E-03 1.3096E-10 6.1138E+14 6.3619E+12 Te-131m 9.0544E-03 1.1355E-11 5.2199E+13 1.6743E+13 Te-132 1.0256E-01 3.3781E-10 1. 5412E+15 1.7361E+14 1-131 6.1925E+01 4.9950E-07 2.2962E+18 1.0152E+17 1-132 2.4968E+00 2.4188E-10 1.1035E+15 4.0270E+16 1-133 8.6648E+01 7.6490E-08 3.4634E+17 1.7097E+17 1-134 1.0728E-02 4.0214E-13 1. 8073E+12 2.4210E+16 1-135 3.4410E+01 9.7984E-09 4.3709E+16 1.1068E+17 Xe-133 2.6149E+04 1.3970E-04 6.3255E+20 4.3364E+19 xe-135 4.0754E+03 1.5959E-06 7.1189E+18 1.0659E+19 Cs-134 8.1367E-02 6.2889E-08 2.8263E+17 1.3056E+14 Cs-136 2.2057E-02 3.0095E-10 1. 3326E+15 3.5857E+13 Cs-137 4. 0001E-02 4.5988E-07 2.0215E+18 6.4171E+13 Ba-139 1.3716E-04 8.3855E-15 3.6330E+10 1.5303E+13 Ba-140 5.3813E-02 7.3506E-10 3.1619E+15 8.7514E+13 La-140 4.8396E-04 8.7070E-13 3.7453E+12 8.6254E+11 La-141 6.2846E-05 1.1113E-14 4.7462E+10 3.4866E+11 Page 425

CRDA PELLET MVP TRIP 10 MIN.o0 La-142 2.2798E-06 1.5926E-16 6.7542E+08 1.4967E+11 Ce-141 1.2969E-03 4.5517E-11 1. 9441E+14 2.0917E+12 Ce-143 9.3291E-04 1.4048E-12 5.9161E+12 1.7025E+12 Ce-144 1.0867E-03 3.4071E-10 1.4249E+15 1.7443E+12 Pr-143 4.5246E-04 6.7191E-12 2.8296E+13 7.3521E+11 Nd-147 2.0479E-04 2.5314E-12 1.0370E+13 3.3377E+11 Np-239 1.5450E-02 6.6599E-11 1. 6781E+14 2.6706E+13 Pu-238 7.4877E-06 4.3737E-10 1.1067E+15 1.2012E+10 Pu-239 4.0212E-07 6.4695E-09 1. 6301E+16 6.4509E+08 Pu-240 6.3673E-07 2.7943E-09 7.0115E+15 1.0214E+09 Pu-241 1.8697E-04 1.8150E-09 4.5354E+15 2.9995E+11 Am-241 9.8254E-08 2.8627E-11 7.1535E+13 1.5762E+08 Cm-242 2.9756E-05 8.9781E-12 2.2342E+13 4.7786E+10 Cm-244 3.6499E-06 4.5114E-11 1.1135E+14 5.8553E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 12.0000 Atmosphere Sump Noble gases (atoms) 3.5465E+22 O.OOOOE+00 Elemental I (atoms) 2.6068E+18 O.OOOOE+00 organic I (atoms) 8.0621E+16 0.OOOOE+00 Aerosols (kg) 5.6992E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 4.9671E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.6529E-08 Total I (Ci) 1.8549E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 12.0000 Leakage Transport Noble gases (atoms) 1.7544E+20 Elemental I (atoms) 1. 3768E+16 Organic I (atoms) 4.2581E+14 Aerosols (kg) 2.8173E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 12.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 12.0000 Ci kg Atoms Bq Co-58 7.4506E-06 2.3431E-13 2.4329E+12 2.7567E+05 Co-60 8.9137E-06 7.8855E-12 7.9146E+13 3.2981E+05 Kr-85 7.8923E+01 2.0116E-04 1.4252E+21 2.9202E+12 Kr-85m 1. 1755E+03 1.4284E-03 1. 0120E+22 4.3493E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3. 0142E+03 2.4038E-07 1.6450E+18 1.1152E+14 Rb-86 2. 5010E-04 3.0737E-12 2.1524E+13 9.2538E+06 Sr-89 9.3768E-03 3.2276E-10 2.1839E+15 3.4694E+08 Sr-90 1.4109E-03 1.0343E-08 6.9208E+16 5.2202E+07 Sr-91 1.1705E-02 3.2290E-12 2.1369E+13 4.3309E+08 Sr-92 1. 2432E-02 9.8904E-13 6.4741E+12 4.5997E+08 Y-90 1.4613E-05 2.6859E-14 1. 7972E+11 5.4068E+05 Y-91 1.2209E-04 4.9783E-12 3.2945E+13 4.5172E+06 Y-92 1. 2601E-04 1. 3096E-14 8.5722E+10 4.6624E+06 Y-93 1.5053E-04 4.5118E-14 2.9216E+11 5.5695E+06 Zr-95 1.7278E-04 8.0426E-12 5.0983E+13 6.3928E+06 Zr-97 1. 7364E-04 9.0832E-14 5.6392E+11 6.4247E+06 Nb-95 1.7360E-04 4.4395E-12 2.8143E+13 6.4232E+06 Page 426

CRDA PELLET MVP TRIP 10 MIN.O0 Mo-99 2.5245E-03 5.2635E-12 3.2018E+13 9.3405E+07 Tc-99m 2.1681E-03 4.1232E-13 2.5081E+12 8.0218E+07 Ru-103 2.2197E-03 6.8777E-11 4.0212E+14 8.2129E+07 Ru-105 1.5932E-03 2.3702E-13 1.3594E+12 5.8949E+07 Ru-106 1.0186E-03 3.0445E-10 1.7297E+15 3.7687E+07 Rh-105 1.5234E-03 1.8048E-12 1.0351E+13 5.6364E+07 Sb-127 3.1189E-03 1.1679E-11 5.5380E+13 1. 1540E+08 sb-129 8.7610E-03 1.5580E-12 7.2731E+12 3.2416E+08 Te-127 3.0629E-03 1.1606E-12 5. 5033E+12 1. 1333E+08 Te-127m 4.2152E-04 4.4688E-11 2.1190E+14 1.5596E+07 Te-129 8.1133E-03 3.8741E-13 1.8086E+12 3.0019E+08 Te-129m 1.3210E-03 4.3851E-11 2.0471E+14 4.8878E+07 Te-131m 3.9408E-03 4.9420E-12 2.2719E+13 1.4581E+08 Te-132 3.7737E-02 1.2430E-10 5.6708E+14 1.3963E+09 1-131 2.1413E+01 1.7272E-07 7.9401E+17 7.9229E+11 1-132 2.9285E+01 2.8371E-09 1.2943E+16 1.0835E+12 1-133 4.2545E+01 3.7557E-08 1.7005E+17 1. 5741E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9346E+01 1.1204E-08 4.9978E+16 1.4558E+12 Xe-133 9.2462E+03 4.9397E-05 2.2367E+20 3.4211E+14 Xe-135 3.2968E+03 1.2910E-06 5.7588E+18 1.2198E+14 Cs-134 2.6982E-02 2.0855E-08 9.3723E+16 9.9835E+08 Cs-136 7.5034E-03 1.0238E-10 4. 5333E+14 2.7763E+08 Cs-137 1.3259E-02 1.5244E-07 6.7006E+17 4.9059E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8320E-02 2.5024E-10 1.0764E+15 6.7783E+08 La-140 1.9649E-04 3.5351E-13 1. 5206E+12 7.2702E+06 La-141 1.6754E-04 2.9626E-14 1.2653E+11 6.1991E+06 La-142 1.5518E-04 1.0840E-14 4.5972E+10 5.7415E+06 Ce-141 4.3441E-04 1.5246E-11 6.5116E+13 1.6073E+07 Ce-143 3.9610E-04 5.9646E-13 2.5118E+12 1.4656E+07 Ce-144 3.6063E-04 1.1307E-10 4.7285E+14 1.3343E+07 Pr-143 1.5378E-04 2.2837E-12 9.6174E+12 5.6900E+06 Nd-147 7.0016E-05 8.6548E-13 3.5456E+12 2.5906E+06 Np-239 5.9175E-03 2.5508E-11 6.4272E+13 2.1895E+08 Pu-238 2.4819E-06 1.4497E-10 3.6683E+14 9.1831E+04 Pu-239 1.3329E-07 2.1444E-09 5.4033E+15 4.9316E+03 Pu-240 2.1105E-07 9.2620E-10 2.3240E+15 7.8089E+03 Pu-241 6.1978E-05 6.0165E-10 1. 5034E+15 2.2932E+06 Am-241 3.2568E-08 9.4889E-12 2.3711E+13 1.2050E+03 Cm-242 9.8836E-06 2.9821E-12 7.4210E+12 3.6569E+05 Cm-244 1.2098E-06 1.4954E-11 3.6909E+13 4.4764E+04 Environment Transport Group Inventory: Total Release Time (h) = 12.0000 Release Rate/s Noble gases (atoms) 1.1777E+22 2.7261E+17 Elemental I (atoms) 1.0030E+18 2.3218E+13 Organic I (atoms) 3.1021E+16 7.1808E+11 Aerosols (kq) 1.8896E-07 4.3740E-12 Dose Effective (Ci) 1-131 (Thyroid) 2.9850E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7828E+01 Total I (Ci) 1.7439E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 12.0000 Leakage Transport Noble gases (atoms) 1.7544E+20 Elemental I (atoms) 1. 3768E+16 organic I (atoms) 4.2581E+14 Aerosols (kg) 2.8173E-09 Page 427

CRDA PELLET MVP TRIP 10 MIN.O0 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 12.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 7.4659E+17 Elemental I (atoms) O.OOOOE+00 6.1596E+13 organic I (atoms) O.OOOOE+00 1.9050E+12 Aerosols (kg) 0.OOOOE+00 1.1983E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 12.0000 Filtered Transported Noble gases (atoms) 7.3376E+17 O.OOOOE+00 Elemental I (atoms) 5.9977E+13 O.OOOOE+00 organic I (atoms) 1.8550E+12 O.OOOOE+00 Aerosols (kg) 1.1778E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 12.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 12.0000 Ci kg Atoms Decay Co-58 1.3594E-06 4.2751E-14 4.4388E+11 2.1797E+09 Co-60 1.6339E-06 1.4454E-12 1. 4507E+13 2.6136E+09 Kr-85 1.4468E+01 3.6876E-05 2.6126E+20 2.3143E+16 Kr-85m 2.1546E+02 2.6182E-04 1.8549E+21 3.4467E+17 Kr-87 5.9123E-01 2.0873E-11 1.4448E+14 1. 0041E+17 Kr-88 3.0805E+01 2.4567E-09 1.6812E+16 2.9829E+17 Rb-86 4.5023E-05 5. 5333E-13 3.8747E+12 7.2689E+10 Sr-89 1.7075E-03 5.8774E-11 3.9769E+14 2. 7406E+12 Sr-90 2.5865E-04 1.8961E-09 1. 2688E+16 4.1372E+11 Sr-91 9.0708E-04 2.5023E-13 1. 6559E+12 2.3211E+12 Sr-92 1. 1059E-04 8.7982E-15 5.7592E+10 1. 1848E+12 Y-90 2.3580E-06 4.3341E-15 2.9001E+10 4.0280E+09 Y-91 2.2252E-05 9.0737E-13 6.0048E+12 3.5699E+10 Y-92 2.2817E-06 2.3712E-16 1.5522E+09 1.4744E+10 Y-93 1.2278E-05 3.6801E-15 2.3830E+10 3.0500E+10 Zr-95 3.1508E-05 1.4666E-12 9.2972E+12 5.0534E+10 Zr-97 1.9625E-05 1.0266E-14 6.3735E+10 4.0563E+10 Nb-95 3.1520E-05 8.0607E-13 5.1097E+12 5.0666E+10 MO-99 4.0894E-04 8. 5264E-13 5.1866E+12 6.9714E+11 Tc-99m 1.0203E-04 1.9404E-14 1.1803E+11 3.5238E+11 Ru-103 4. 0343E-04 1. 2500E-11 7.3086E+13 6.4815E+11 Ru-105 4. 6163E-05 6.8675E-15 3.9387E+10 2.1737E+11 Ru-106 1. 8656E-04 5. 5763E-11 3.1681E+14 2.9855E+11 Rh-105 2.2166E-04 2.6261E-13 1. 5062E+12 3.9976E+11 Sb-127 5. 2342E-04 1.9600E-12 9.2939E+12 8.7608E+11 sb-129 2.4114E-04 4.2882E-14 2.0019E+11 1.1745E+12 Te-127 2.3410E-04 8.8703E-14 4.2061E+11 6.0386E+11 Te-127m 7.7037E-05 8.1671E-12 3.8727E+13 1.2342E+11 Te -129 1.2520E-06 5.9783E-17 2.7909E+08 3.6443E+11 Te-129m 2.3974E-04 7.9582E-12 3.7152E+13 3.8546E+11 Te-131m 5.5021E-04 6.9000E-13 3.1720E+12 1.0143E+12 Te-132 6.2321E-03 2.0528E-11 9.3653E+13 1.0518E+13 1-131 3.7630E+00 3.0353E-08 1. 3954E+17 6.1507E+15 Page 428

CRDA PELLET MVP TRIP 10 MIN.o0 1-132 1.5172E-01 1.4699E-11 6.7058E+13 2.4340E+15 1-133 5.2654E+00 4.6481E-09 2.1046E+16 1.0356E+16 1-134 6.5190E-04 2.4437E-14 1.0982E+11 1.4587E+15 1-135 2.0910E+00 5.9542E-10 2.6561E+15 6.7005E+15 Xe-133 1.5890E+03 8.4892E-06 3.8438E+19 2.6273E+18 xe-135 2.4765E+02 9.6975E-08 4.3259E+17 6.4542E+17 Cs-134 4.9444E-03 3.8216E-09 1. 7175E+16 7.9106E+12 Cs-136 1.3403E-03 1.8288E-11 8.0979E+13 2.1725E+12 Cs-137 2.4307E-03 2.7945E-08 1. 2284E+17 3.8881E+12 Ba-139 8.3349E-06 5.0956E-16 2.2077E+09 9.2361E+11 Ba-140 3.2701E-03 4.4668E-11 1. 9214E+14 5.3024E+12 La-140 2.9409E-05 5.2910E-14 2.2759E+11 5.2254E+10 La-141 3.8189E-06 6.7528E-16 2.8841E+09 2.1095E+10 La-142 1.3854E-07 9.6778E-18 4.1043E+07 9.0369E+09 Ce-141 7.8812E-05 2.7660E-12 1.1813E+13 1.2674E+11 Ce-143 5.6690E-05 8.5366E-14 3.5950E+11 1.0314E+11 Ce-144 6.6035E-05 2.0704E-11 8.6584E+13 1.0569E+11 Pr-143 2.7494E-05 4.0830E-13 1.7195E+12 4.4545E+10 Nd-147 1.2444E-05 1.5383E-13 6. 3018E+11 2.0223E+10 Np-239 9.3888E-04 4.0470E-12 1.0197E+13 1. 6180E+12 Pu-238 4.5501E-07 2.6578E-11 6.7250E+13 7.2779E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.9085E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 6.1889E+07 Pu-241 1.1362E-05 1.1029E-10 2.7561E+14 1.8174E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 9.5501E+06 Cm-242 1.8082E-06 5.4557E-13 1.3576E+12 2.8953E+09 Cm-244 2.2179E-07 2.7415E-12 6.7662E+12 3.5477E+08 MVP Holdup Transport GIroup Inventory: Time (h) = 12.0000 Atmosphere sump Noble gases (atoms) 2.1551E+21 0.0000E+00 Elemental I (atoms) 1.5841E+17 0.OOOOE+00 organic I (atoms) 4.8991E+15 O.0000E+00 Aerosols (k 9 ) 3.4632E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.2702E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.9978E-08 Total I (Ci) 1.1272E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 12.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 12.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 14.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 14.0000 whole Body Thyroid TEDE Delta dose (rem) 1.3580E-04 3.2550E-03 2.3725E-04 Accumulated dose (rem) 1.2794E-01 8.2854E-01 1. 5426E-01 Page 429

CRDA PELLET MVP TRIP 10 MIN.00 CRDA @ LPZ - condenser Release Doses: Time (h) = 14.0000 whole Body Thyroid TEDE Delta dose (rem) 2.2516E-05 5.3967E-04 3.9336E-05 Accumulated dose (rem) 5.6394E-02 3. 5845E-01 6.7785E-02 Control Room Doses: Time (h) = 14.0000 Whole Body Thyroid TEDE Delta dose (rem) 1.3603E-05 1.3352E-02 4.2977E-04 Accumulated dose (rem) 1.7353E-03 3.5850E-01 1.3042E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 14.0000 Ci kg Atoms Decay Co-58 2.2334E-05 7.0236E-13 7.2926E+12 4.1929E+10 Co-60 2.6864E-05 2.3765E-11 2.3853E+14 5.0295E+10 Kr-85 2.3788E+02 6.0633E-04 4.2958E+21 4.4535E+17 Kr-85m 3.5427E+03 4.3048E-03 3.0499E+22 6.6327E+18 Kr-87 3.2680E+00 1.1537E-10 7.9862E+14 1.6656E+18 Kr-88 3.1089E+02 2.4793E-08 1. 6967E+17 5.0398E+18 Rb-86 7. 3801E-04 9.0700E-12 6. 3513E+13 1. 3967E+12 Sr-89 2.8044E-02 9.6529E-10 6. 5316E+15 5.2710E+13 Sr-90 4.2528E-03 3.1177E-08 2.0862E+17 7.9615E+12 Sr-91 1.2890E-02 3. 5558E-12 2. 3531E+13 4.2029E+13 Sr-92 1. 0902E-03 8.6737E-14 5.6776E+11 1.9974E+13 Y-90 3.7941E-05 6.9737E-14 4.6663E+11 7.6706E+10 Y-91 3.6552E-04 1.4905E-11 9.8636E+13 6.8664E+11 Y-92 2.5360E-05 2.6356E-15 1. 7252E+10 2. 5200E+11 Y-93 1.7599E-04 5.2750E-14 3.4158E+11 5.5393E+11 Zr-95 5.1760E-04 2.4094E-11 1. 5273E+14 9.7203E+11 Zr-97 2. 9728E-04 1. 5551E-13 9.6544E+11 7.5225E+11 Nb-95 5.1741E-04 1. 3232E-11 8.3879E+13 9.7421E+11 MO-99 6.5842E-03 1. 3728E-11 8.3508E+13 1. 3280E+13 Tc-99m 1.3326E-03 2.5342E-13 1. 5416E+12 6.2205E+12 Ru-103 6.6237E-03 2.0523E-10 1. 1999E+15 1.2464E+13 Ru-105 5. 5548E-04 8.2636E-14 4.7395E+11 3.7658E+12 Ru-106 3. 0671E-03 9.1675E-10 5.2083E+15 5.7448E+12 Rh-105 3.5045E-03 4.1520E-12 2.3813E+13 7. 5512E+12 sb-127 8.4782E-03 3.1747E-11 1. 5054E+14 1. 6736E+13 Sb-129 2.8766E-03 5.1154E-13 2.3880E+12 2.0314E+13 Te-127 3.3187E-03 1.2575E-12 5.9630E+12 1.0926E+13 Te-127m 1. 2660E-03 1.3422E-10 6.3643E+14 2.3744E+12 Te-129 6.2310E-06 2.9753E-16 1.3890E+09 6.0448E+12 Te-129m 3.9352E-03 1. 3063E-10 6.0982E+14 7.4114E+12 Te-131m 8.6383E-03 1.0833E-11 4.9800E+13 1.9099E+13 Te-132 1. 0067E-01 3.3160E-10 1. 5128E+15 2.0068E+14 1-131 6.1431E+01 4.9551E-07 2.2779E+18 1.1795E+17 1-132 1. 3654E+00 1.3228E-10 6.0347E+14 4.0769E+16 1-133 8.0994E+01 7.1498E-08 3.2374E+17 1. 9329E+17 1-134 2.2049E-03 8.2653E-14 3.7145E+11 2.4211E+16 1-135 2.7877E+01 7.9380E-09 3. 5410E+16 1.1895E+17 Xe-133 2.5842E+04 1.3806E-04 6.2513E+20 5.0288E+19 Xe-135 3.4998E+03 1.3705E-06 6.1135E+18 1. 1666E+19 Cs-134 8.1293E-02 6.2832E-08 2.8237E+17 1. 5222E+14 Cs-136 2.1942E-02 2.9938E-10 1. 3257E+15 4.1717E+13 Cs-137 3.9967E-02 4.5949E-07 2.0198E+18 7.4821E+13 Ba-139 5.0126E-05 3.0645E-15 1.3277E+10 1. 5326E+13 Ba-140 5.3525E-02 7.3113E-10 3.1450E+15 1.0181E+14 La-140 4.6719E-04 8.4054E-13 3.6156E+12 9.8921E+11 La-141 4.4128E-05 7.8029E-15 3.3326E+10 3.6276E+11 La-142 9.2686E-07 6.4747E-17 2.7459E+08 1. 5007E+11 Page 430

CRDA PELLET MVP TRIP 10 MIN.o0 Ce-141 1.2936E-03 4.5399E-11 1. 9390E+14 2.4367E+12 Ce-143 8.9379E-04 1.3459E-12 5.6680E+12 1.9458E+12 Ce-144 1.0856E-03 3.4036E-10 1.4234E+15 2.0336E+12 Pr-143 4.5016E-04 6.6850E-12 2.8152E+13 8. 5542E+11 Nd-147 2.0354E-04 2.5160E-12 1.0307E+13 3.8816E+11 Np-239 1.5064E-02 6.4932E-11 1.6361E+14 3.0770E+13 Pu-238 7.4814E-06 4.3701E-10 1. 1058E+15 1.4006E+10 Pu-239 4.0179E-07 6.4641E-09 1.6288E+16 7.5215E+08 Pu-240 6.3620E-07 2.7920E-09 7.0057E+15 1.1910E+09 Pu-241 1.8681E-04 1.8135E-09 4.5316E+15 3.4973E+11 Am-241 9.8172E-08 2.8604E-11 7.1475E+13 1.8378E+08 Cm-242 2.9721E-05 8.9674E-12 2.2315E+13 5.5707E+10 Cm-244 3.6468E-06 4.5076E-11 1.1125E+14 6.8271E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 14.0000 Atmosphere Sump Noble gases (atoms) 3.5426E+22 0.OOOOE+00 Elemental I (atoms) 2.5585E+18 0.OOOOE+00 organic I (atoms) 7.9129E+16 O.OOOOE+00 Aerosols (k 9 ) 5.6942E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 4.8623E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.4866E-08 Total I (ci) 1.7167E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 14.0000 Leakage Transport Noble gases (atoms) 2.0498E+20 Elemental I (atoms) 1. 5925E+16 organic I (atoms) 4.9254E+14 Aerosols (kg) 3.2920E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 14.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 14.0000 ci kg Atoms Bq Co-58 7.4693E-06 2.3490E-13 2.4389E+12 2.7636E+05 Co-60 8.9361E-06 7.9053E-12 7.9345E+13 3.3063E+05 Kr-85 7. 9122E+01 2.0167E-04 1.4288E+21 2.9275E+12 Kr-85m 1. 1784E+03 1.4320E-03 1.0145E+22 4.3602E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0145E+03 2.4040E-07 1. 6452E+18 1. 1154E+14 Rb-86 2.5072E-04 3.0813E-12 2.1577E+13 9.2766E+06 Sr-89 9.4002E-03 3.2356E-10 2.1894E+15 3.4781E+08 Sr-90 1.4144E-03 1.0369E-08 6.9382E+16 5.2333E+07 Sr-91 1. 1716E-02 3.2321E-12 2.1389E+13 4.3350E+08 Sr-92 1.2433E-02 9.8913E-13 6.4746E+12 4.6001E+08 Y-90 1.4645E-05 2.6918E-14 1. 8011E+11 5.4186E+05 Y-91 1. 2239E-04 4.9907E-12 3.3027E+13 4.5285E+06 Y-92 1.2604E-04 1. 3098E-14 8.5739E+10 4.6633E+06 Y-93 1. 5068E-04 4.5164E-14 2.9245E+11 5.5752E+06 Zr-95 1.7321E-04 8.0627E-12 5. 1110E+13 6.4088E+06 zr-97 1.7390E-04 9.0965E-14 5.6475E+11 6.4341E+06 Nb-95 1. 7403E-04 4.4506E-12 2.8213E+13 6.4392E+06 MO-99 2.5300E-03 5.2751E-12 3.2088E+13 9.3610E+07 Page 431

CRDA PELLET MVP TRIP 10 MIN.o0 Tc-99m 2.1693E-03 4.1255E-13 2. 5095E+12 8.0263E+07 Ru-103 2.2252E-03 6.8948E-11 4.0312E+14 8.2334E+07 Ru-105 1.5937E-03 2.3709E-13 1. 3598E+12 5.8969E+07 Ru-106 1.0211E-03 3.0521E-10 1. 7340E+15 3.7781E+07 Rh-105 1.5263E-03 1.8083E-12 1.0371E+13 5.6474E+07 Sb-127 3.1260E-03 1.1706E-11 5.5506E+13 1.1566E+08 Sb-129 8.7637E-03 1.5584E-12 7.2753E+12 3.2426E+08 Te-127 3.0658E-03 1.1617E-12 5.5085E+12 1.1343E+08 Te-127m 4.2258E-04 4.4800E-11 2.1243E+14 1.5635E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3243E-03 4.3960E-11 2.0522E+14 4.8999E+07 Te-131m 3.9481E-03 4.9512E-12 2.2761E+13 1.4608E+08 Te-132 3.7821E-02 1.2458E-10 5.6835E+14 1.3994E+09 1-131 2.1465E+01 1.7314E-07 7.9592E+17 7.9419E+11 1-132 2.9286E+01 2.8372E-09 1.2944E+16 1.0836E+12 1-133 4.2614E+01 3.7618E-08 1.7033E+17 1. 5767E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9371E+01 1.1211E-08 5. 0010E+16 1.4567E+12 Xe-133 9.2679E+03 4.9513E-05 2.2419E+20 3.4291E+14 xe-135 3.2998E+03 1.2922E-06 5.7642E+18 1.2209E+14 Cs-134 2.7050E-02 2.0907E-08 9.3959E+16 1.0009E+09 Cs-136 7.5217E-03 1.0263E-10 4.5444E+14 2.7830E+08 Cs-137 1.3292E-02 1.5282E-07 6.7175E+17 4.9182E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8364E-02 2.5085E-10 1. 0790E+15 6.7948E+08 La-140 1.9689E-04 3.5422E-13 1. 5237E+12 7.2848E+06 La-141 1.6758E-04 2.9633E-14 1. 2656E+11 6.2006E+06 La-142 1.5518E-04 1.0840E-14 4. 5973E+10 5.7416E+06 Ce-141 4.3549E-04 1.5284E-11 6.5278E+13 1.6113E+07 Ce-143 3.9685E-04 5.9759E-13 2.5166E+12 1.4684E+07 Ce-144 3.6153E-04 1.1335E-10 4.7404E+14 1.3377E+07 Pr-143 1.5416E-04 2.2893E-12 9.6409E+12 5.7039E+06 Nd-147 7.0186E-05 8.6758E-13 3. 5542E+12 2.5969E+06 Np-239 5.9302E-03 2.5562E-11 6.4410E+13 2.1942E+08 Pu-238 2.4881E-06 1.4534E-10 3.6775E+14 9.2061E+04 Pu-239 1.3362E-07 2.1498E-09 5.4168E+15 4.9440E+03 Pu-240 2.1158E-07 9.2853E-10 2.3299E+15 7.8285E+03 Pu-241 6.2134E-05 6.0317E-10 1. 5072E+15 2.2989E+06 Am-241 3.2649E-08 9.5128E-12 2.3771E+13 1.2080E+03 Cm-242 9.9084E-06 2.9896E-12 7.4396E+12 3.6661E+05 Cm-244 1.2129E-06 1.4992E-11 3.7002E+13 4.4877E+04 Environment Transport Group Inventory: Total Release Time (h) = 14.0000 Release Rate/s Noble gases (atoms) 1.1806E+22 2.3425E+17 Elemental I (atoms) 1.0052E+18 1.9944E+13 organic I (atoms) 3.1087E+16 6.1681E+11 Aerosols (kq) 1.8943E-07 3.7586E-12 Dose Effective (Ci) 1-131 (Thyroid) 2.9914E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7900E+01 Total I (Ci) 1.7454E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 14.0000 Leakage Transport Noble gases (atoms) 2.0498E+20 Elemental I (atoms) 1. 5925E+16 organic I (atoms) 4.9254E+14 Aerosols (kg) 3.2920E-09 Normal Environment to Control Room Transport Group Inventory: Page 432

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 14.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 7.7876E+17 Elemental I (atoms) 0.OOOOE+00 6.3946E+13 organic I (atoms) 0.OOOOE+00 1.9777E+12 Aerosols (kg) 0.OOOOE+00 1.2500E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 14.0000 Filtered Transported Noble gases (atoms) 7.6595E+17 0.OOOOE+00 Elemental I (atoms) 6.2329E+13 0.OOOOE+00 organic I (atoms) 1.9277E+12 0.OOOOE+00 Aerosols (kg) 1.2295E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 14.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.O000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 14.0000 Ci kg Atoms Decay Co-58 1.3583E-06 4.2716E-14 4.4352E+11 2.5417E+09 Co-60 1.6338E-06 1.4454E-12 1.4507E+13 3.0489E+09 Kr-85 1.4468E+01 3.6876E-05 2.6126E+20 2.6997E+16 Kr-85m 2.1546E+02 2.6181E-04 1.8549E+21 4.0207E+17 Kr-87 1.9875E-01 7.0168E-12 4.8570E+13 1.0050E+17 Kr-88 1. 8907E+01 1.5079E-09 1.0319E+16 3.0479E+17 Rb-86 4.4884E-05 5.5162E-13 3.8627E+12 8.4664E+10 Sr-89 1.7056E-03 5.8707E-11 3.9724E+14 3.1952E+12 Sr-90 2.5865E-04 1. 8961E-09 1.2688E+16 4.8262E+11 Sr-91 7.8392E-04 2.1625E-13 1.4311E+12 2.5459E+12 Sr-92 6.6305E-05 5.2751E-15 3.4530E+10 1.2078E+12 Y-90 2.3075E-06 4.2412E-15 2.8379E+10 4.6494E+09 Y-91 2.2230E-05 9.0648E-13 5.9988E+12 4.1624E+10 Y-92 1.5424E-06 1. 6029E-16 1.0492E+09 1. 5247E+10 Y-93 1.0703E-05 3.2082E-15 2.0774E+10 3.3556E+10 Zr-95 3.1479E-05 1.4653E-12 9.2888E+12 5.8924E+10 zr-97 1.8080E-05 9.4575E-15 5.8716E+10 4. 5583E+10 Nb-95 3.1468E-05 8.0474E-13 5.1013E+12 5.9056E+10 Mo-99 4.0044E-04 8.3491E-13 5.0787E+12 8.0494E+11 Tc-99m 8.1043E-05 1. 5413E-14 9.3754E+10 3.7666E+11 Ru-103 4.0284E-04 1.2482E-11 7.2978E+13 7. 5555E+11 Ru-105 3.3783E-05 5.0257E-15 2.8824E+10 2.2793E+11 Ru-106 1.8653E-04 5. 5755E-11 3.1676E+14 3.4824E+11 Rh-105 2.1314E-04 2.5252E-13 1.4483E+12 4.5766E+11 Sb-127 5.1562E-04 1.9308E-12 9.1555E+12 1.0145E+12 Sb-129 1.7495E-04 3. 1110E-14 1.4523E+11 1. 2295E+12 Te-127 2.0184E-04 7.6480E-14 3.6265E+11 6.6182E+11 Te-127m 7.6996E-05 8.1628E-12 3.8706E+13 1.4393E+11 Te-129 3.7895E-07 1.8095E-17 8.4474E+07 3.6462E+11 Te-129m 2.3933E-04 7.9445E-12 3.7088E+13 4.4927E+11 Te-131m 5.2536E-04 6.5884E-13 3.0287E+12 1.1575E+12 Te-132 6.1226E-03 2.0167E-11 9.2007E+13 1. 2164E+13 1-131 3.7361E+00 3.0136E-08 1. 3854E+17 7.1496E+15 1-132 8.3039E-02 8.0447E-12 3.6702E+13 2.4643E+15 Page 433

CRDA PELLET MVP TRIP 10 MIN.O0 1-133 4.9259E+00 4.3484E-09 1.9689E+16 1. 1713E+16 1-134 1.3410E-04 5.0268E-15 2.2591E+10 1.4588E+15 1-135 1.6954E+00 4.8277E-10 2.1536E+15 7.2030E+15 Xe-133 1.5717E+03 8.3965E-06 3.8019E+19 3.0483E+18 Xe-135 2.1285E+02 8.3349E-08 3.7181E+17 7.0663E+17 Cs-134 4.9441E-03 3.8213E-09 1.7173E+16 9.2277E+12 Cs-136 1.3344E-03 1.8207E-11 8.0623E+13 2. 5288E+12 Cs-137 2.4307E-03 2.7945E-08 1.2284E+17 4. 5356E+12 Ba-139 3.0486E-06 1.8638E-16 8.0747E+08 9.2501E+11 Ba-140 3.2553E-03 4.4465E-11 1. 9127E+14 6.1715E+12 La-140 2.8414E-05 5.1120E-14 2.1989E+11 5.9955E+10 La-141 2.6838E-06 4.7456E-16 2.0268E+09 2.1952E+10 La-142 5.6370E-08 3.9378E-18 1.6700E+07 9.0613E+09 Ce-141 7.8672E-05 2.7610E-12 1. 1792E+13 1.4771E+11 Ce-143 5.4358E-05 8.1854E-14 3.4471E+11 1.1793E+11 Ce-144 6.6021E-05 2.0700E-11 8.6567E+13 1.2328E+11 Pr-143 2.7378E-05 4.0656E-13 1.7122E+12 5.1854E+10 Nd-147 1.2379E-05 1.5302E-13 6.2688E+11 2.3529E+10 Np-239 9.1613E-04 3.9490E-12 9.9504E+12 1.8650E+12 Pu-238 4.5500E-07 2.6578E-11 6.7250E+13 8.4901E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 4.5595E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 7.2196E+07 Pu-241 1.1362E-05 1.1029E-10 2.7560E+14 2.1201E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 1. 1141E+07 Cm-242 1.8075E-06 5.4538E-13 1. 3572E+12 3.3769E+09 Cm-244 2.2179E-07 2.7414E-12 6.7661E+12 4.1385E+08 MVP Holdup Transport Group Inventory: Time (h) = 14.0000 Atmosphere sump Noble gases (atoms) 2.1546E+21 0.OOOOE+00 Elemental I (atoms) 1.5560E+17 0.OOOOE+00 Organic I (atoms) 4.8125E+15 0.OOOOE+00 Aerosols (kq) 3.4631E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.1633E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.8262E-08 Total I (Ci) 1. 0441E+01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 14.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.0000E+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 14.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 16.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 16.0000 whole Body Thyroid TEDE Delta dose (rem) 1.1694E-04 3.1936E-03 2.1638E-04 Accumulated dose (rem) 1.2806E-01 8.3173E-01 1. 5448E-01 Page 434

CRDA PELLET MVP TRIP 10 MIN.O0 CRDA @ LPZ - Condenser Release Doses: Time (h) = 16.0000 whole Body Thyroid TEDE Delta dose (rem) 1.9388E-05 5.2950E-04 3.5876E-05 Accumulated dose (rem) 5.6414E-02 3.5898E-01 6.7821E-02 control Room Doses: Time (h) = 16.0000 whole Body Thyroid TEDE Delta dose (rem) 1.1706E-05 1.3092E-02 4.1938E-04 Accumulated dose (rem) 1.7470E-03 3.7159E-01 1.3462E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 16.0000 Ci kg Atoms Decay Co-58 2.2297E-05 7.0120E-13 7.2805E+12 4.7872E+10 Co-60 2. 6841E-05 2.3745E-11 2.3833E+14 5.7447E+10 Kr-85 2.3768E+02 6.0582E-04 4.2921E+21 5.0868E+17 Kr-85m 3. 5396E+03 4.3011E-03 3.0473E+22 7.5759E+18 Kr-87 1.0977E+00 3.8753E-11 2.6825E+14 1. 6661E+18 Kr-88 1. 9065E+02 1.5205E-08 1.0405E+17 5.1053E+18 Rb-86 7. 3511E-04 9.0345E-12 6.3264E+13 1. 5928E+12 Sr-89 2. 7988E-02 9.6338E-10 6.5187E+15 6.0172E+13 Sr-90 4.2492E-03 3.1151E-08 2.0844E+17 9.0938E+12 Sr-91 1. 1130E-02 3.0704E-12 2.0319E+13 4. 5222E+13 Sr-92 6.5312E-04 5.1961E-14 3 .4013E+11 2.0202E+13 Y-90 3.7097E-05 6.8186E-14 4.5625E+11 8.6698E+10 Y-91 3.6486E-04 1.4878E-11 9.8457E+13 7.8391E+11 Y-92 1. 7128E-05 1. 7801E-15 1.1652E+10 2.5759E+11 Y-93 1.5329E-04 4.5947E-14 2.9752E+11 5.9771E+11 Zr-95 5. 1670E-04 2.4052E-11 1. 5247E+14 1.1098E+12 Zr-97 2.7364E-04 1.4314E-13 8.8867E+11 8.2824E+11 Nb-95 5. 1613E-04 1.3199E-11 8.3672E+13 1. 1119E+12 MO-99 6.4420E-03 1.3432E-11 8.1704E+13 1. 5015E+13 TC-99m 1.0576E-03 2.0113E-13 1.2235E+12 6.5374E+12 RU-103 6. 6085E-03 2.0476E-10 1.1972E+15 1.4226E+13 RU-105 4.0617E-04 6.0423E-14 3.4655E+11 3.8928E+12 RU-106 3.0640E-03 9.1584E-10 5.2031E+15 6.5612E+12 Rh-105 3. 3670E-03 3.9891E-12 2.2879E+13 8.4662E+12 Sb-127 8.3450E-03 3.1248E-11 1.4818E+14 1. 8977E+13 sb-129 2.0852E-03 3.7081E-13 1.7311E+12 2.0969E+13 Te-127 2.8590E-03 1.0833E-12 5.1370E+12 1. 1747E+13 Te-127m 1.2643E-03 1.3403E-10 6.3557E+14 2.7114E+12 Te-129 1.8844E-06 8.9982E-17 4.2006E+08 6.0457E+12 Te-129m 3.9252E-03 1. 3030E-10 6.0826E+14 8.4582E+12 Te-131m 8.2414E-03 1.0335E-11 4.7512E+13 2.1347E+13 Te-132 9.8820E-02 3.2550E-10 1.4850E+15 2.2724E+14 1-131 6.0940E+01 4.9155E-07 2.2597E+18 1. 3424E+17 1-132 7.4666E-01 7.2336E-11 3.3001E+14 4.1042E+16 1-133 7. 5709E+01 6.6833E-08 3.0261E+17 2.1415E+17 1-134 4.5318E-04 1.6988E-14 7.6345E+10 2.4212E+16 1-135 2.2584E+01 6.4308E-09 2.8687E+16 1. 2564E+17 Xe-133 2. 5539E+04 1.3644E-04 6.1778E+20 5.7130E+19 Xe-135 3.0054E+03 1. 1769E-06 5.2498E+18 1. 2530E+19 Cs-134 8.1219E-02 6.2774E-08 2.8212E+17 1. 7387E+14 Cs-136 2.1827E-02 2.9781E-10 1. 3187E+15 4.7546E+13 Cs-137 3.9934E-02 4.5910E-07 2.0181E+18 8. 5462E+13 Ba-139 1.8319E-05 1. 1199E-15 4.8521E+09 1. 5334E+13 Ba-140 5.3238E-02 7.2721E-10 3.1281E+15 1. 1603E+14 La-140 4. 5101E-04 8.1142E-13 3.4903E+12 1.1115E+12 La-141 3.0986E-05 5.4790E-15 2.3401E+10 3.7266E+11 La-142 3.7682E-07 2.6323E-17 1. 1163E+08 1. 5024E+11 Ce-141 1. 2902E-03 4.5280E-11 1. 9339E+14 2.7808E+12 Page 435

CRDA PELLET MVP TRIP 10 MIN.o0 Ce-143 8.5630E-04 1.2895E-12 5.4303E+12 2.1788E+12 Ce-144 1.0844E-03 3.4000E-10 1.4219E+15 2.3226E+12 Pr-143 4.4787E-04 6.6510E-12 2.8009E+13 9.7501E+11 Nd-147 2.0231E-04 2.5008E-12 1.0245E+13 4.4220E+11 Np-239 1.4686E-02 6.3306E-11 1. 5951E+14 3.4732E+13 Pu-238 7.4752E-06 4.3664E-10 1.1048E+15 1. 5997E+10 Pu-239 4.0145E-07 6.4587E-09 1. 6274E+16 8.5912E+08 Pu-240 6.3567E-07 2.7896E-09 6.9998E+15 1.3604E+09 Pu-241 1.8666E-04 1.8120E-09 4. 5278E+15 3.9947E+11 Am-241 9.8090E-08 2.8580E-11 7.1415E+13 2.0992E+08 Cm-242 2.9685E-05 8.9568E-12 2.2289E+13 6.3618E+10 Cm-244 3.6437E-06 4.5038E-11 1. 1116E+14 7.7980E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 16.0000 Atmosphere sump Noble gases (atoms) 3.5388E+22 0.OOOOE+00 Elemental I (atoms) 2.5136E+18 0.OOOOE+00 organic I (atoms) 7.7740E+16 0.OOOOE+00 Aerosols (k 9 ) 5.6892E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 4.7643E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.3347E-08 Total I (Ci) 1.5998E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 16.0000 Leakage Transport Noble gases (atoms) 2.3449E+20 Elemental I (atoms) 1.8048E+16 organic I (atoms) 5.5817E+14 Aerosols (kg) 3.7664E-09 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 16.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 16.0000 Ci kg Atoms Bq co-58 7.4879E-06 2.3548E-13 2.4450E+12 2.7705E+05 Co-60 8.9584E-06 7.9251E-12 7.9544E+13 3.3146E+05 Kr-85 7.9320E+01 2.0217E-04 1.4324E+21 2.9348E+12 Kr-85m 1.1814E+03 1.4356E-03 1.0171E+22 4.3712E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0147E+03 2.4042E-07 1.6453E+18 1. 1154E+14 Rb-86 2. 5133E-04 3.0889E-12 2.1630E+13 9.2993E+06 Sr-89 9.4235E-03 3.2436E-10 2.1948E+15 3.4867E+08 Sr-90 1.4180E-03 1.0395E-08 6.9556E+16 5.2465E+07 Sr-91 1. 1726E-02 3.2348E-12 2.1407E+13 4.3386E+08 Sr-92 1.2433E-02 9.8918E-13 6.4750E+12 4.6003E+08 Y-90 1.4676E-05 2.6975E-14 1. 8050E+11 5.4301E+05 Y-91 1.2270E-04 5.0031E-12 3.3109E+13 4.5397E+06 Y-92 1.2605E-04 1. 3100E-14 8.5749E+10 4.6639E+06 Y-93 1. 5081E-04 4.5204E-14 2.9271E+11 5.5801E+06 Zr-95 1.7364E-04 8.0828E-12 5.1237E+13 6.4247E+06 Zr-97 1.7413E-04 9.1087E-14 5.6550E+11 6.4427E+06 Nb-95 1.7446E-04 4.4616E-12 2.8282E+13 6.4551E+06 MO-99 2.5354E-03 5.2863E-12 3.2156E+13 9.3810E+07 Tc-99m 2.1702E-03 4.1273E-13 2. 5106E+12 8.0298E+07 Page 436

CRDA PELLET MVP TRIP 10 MIN.o0 Ru-103 2.2307E-03 6.9119E-11 4.0412E+14 8.2538E+07 Ru-105 1.5941E-03 2.3715E-13 1.3601E+12 5.8982E+07 RU-106 1.0237E-03 3.0598E-10 1.7383E+15 3.7876E+07 Rh-105 1.5291E-03 1.8117E-12 1.0391E+13 5.6579E+07 Sb-127 3.1330E-03 1.1732E-11 5.5630E+13 1. 1592E+08 Sb-129 8.7656E-03 1.5588E-12 7.2769E+12 3.2433E+08 Te-127 3.0683E-03 1.1626E-12 5.5130E+12 1. 1353E+08 Te-127m 4.2363E-04 4.4911E-11 2.1296E+14 1.5674E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 T.e-129m 1.3276E-03 4.4069E-11 2.0573E+14 4.9120E+07 Te-131m 3.9550E-03 4.9599E-12 2.2801E+13 1.4634E+08 Te-132 3.7904E-02 1.2485E-10 5.6960E+14 1.4024E+09 1-131 2.1515E+01 1.7355E-07 7.9781E+17 7.9607E+11 1-132 2.9287E+01 2.8373E-09 1.2944E+16 1.0836E+12 1-133 4.2678E+01 3.7674E-08 1.7059E+17 1. 5791E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9391E+01 1.1217E-08 5.0035E+16 1.4575E+12 Xe-133 9.2892E+03 4.9627E-05 2.2471E+20 3.4370E+14 xe-135 3.3024E+03 1.2932E-06 5.7687E+18 1.2219E+14 cs-134 2.7118E-02 2.0959E-08 9.4194E+16 1.0034E+09 Cs-136 7.5399E-03 1.0288E-10 4.5554E+14 2.7898E+08 Cs-137 1.3326E-02 1.5320E-07 6.7343E+17 4.9305E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8409E-02 2.5146E-10 1.0816E+15 6.8113E+08 La-140 1.9727E-04 3.5490E-13 1.5266E+12 7.2988E+06 La-141 1.6761E-04 2.9638E-14 1.2658E+11 6.2017E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.3657E-04 1.5322E-11 6.5439E+13 1.6153E+07 Ce-143 3.9757E-04 5.9868E-13 2.5212E+12 1.4710E+07 Ce-144 3.6243E-04 1.1363E-10 4.7522E+14 1. 3410E+07 Pr-143 1.5453E-04 2.2949E-12 9.6643E+12 5.7177E+06 Nd-147 7.0355E-05 8.6967E-13 3.5628E+12 2.6031E+06 Np-239 5.9425E-03 2.5615E-11 6.4544E+13 2.1987E+08 Pu-238 2.4944E-06 1.4570E-10 3.6867E+14 9.2292E+04 Pu-239 1.3396E-07 2.1552E-09 5.4304E+15 4.9564E+03 Pu-240 2.1211E-07 9.3086E-10 2.3357E+15 7.8481E+03 Pu-241 6.2289E-05 6.0468E-10 1.5110E+15 2.3047E+06 Am-241 3.2731E-08 9.5366E-12 2.3830E+13 1. 2111E+03 Cm-242 9.9331E-06 2.9971E-12 7.4582E+12 3.6753E+05 Cm-244 1.2159E-06 1.5030E-11 3.7094E+13 4.4989E+04 Environment Transport Group Inventory: Total Release Time (h) = 16.0000 Release Rate/s Noble gases (atoms) 1.1836E+22 2.0548E+17 Elemental I (atoms) 1.0073E+18 1.7487E+13 organic I (atoms) 3.1152E+16 5.4084E+11 Aerosols (kq) 1.8991E-07 3.2970E-12 Dose Effective (Ci) 1-131 (Thyroid) 2.9976E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.7969E+01 Total I (Ci) 1.7467E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 16.0000 Leakage Transport Noble gases (atoms) 2.3449E+20 Elemental I (atoms) 1.8048E+16 organic I (atoms) 5.5817E+14 Aerosols (kg) 3.7664E-09 Normal Environment to Control Room Transport Group Inventory: Page 437

CRDA PELLET MVP TRIP 10 MIN.o0 Pathway Time (h) = 16.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 8.1089E+17 Elemental I (atoms) 0.OOOOE+00 6.6257E+13 organi c I (atoms) 0.OOOOE+00 2.0492E+12 Aerosols (kg) 0.OOOOE+00 1.3017E-11 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 16.0000 Filtered Transported Noble gases (atoms) 7.9810E+17 0.OOOOE+00 Elemental I (atoms) 6.4641E+13 0.OOOOE+00 organic I (atoms) 1. 9992E+12 O.0000E+00 Aerosols (kg) 1.2812E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 16.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 16.0000 Ci kg Atoms Decay Co-58 1.3572E-06 4.2681E-14 4.4316E+11 2.9034E+09 Co-60 1.6338E-06 1.4453E-12 1. 4506E+13 3.4841E+09 Kr-85 1.4467E+01 3.6875E-05 2.6126E+20 3.0851E+16 Kr-85m 2.1545E+02 2.6180E-04 1.8548E+21 4.5947E+17 Kr-87 6. 6815E-02 2.3588E-12 1. 6328E+13 1. 0053E+17 Kr-88 1.1605E+01 9.2548E-10 6.3334E+15 3.0877E+17 Rb-86 4.4745E-05 5.4991E-13 3.8508E+12 9.6603E+10 Sr-89 1. 7036E-03 5.8640E-11 3.9678E+14 3.6493E+12 Sr-90 2.5864E-04 1. 8961E-09 1.2687E+16 5.5153E+11 Sr-91 6.7748E-04 1.8689E-13 1.2368E+12 2.7402E+12 Sr-92 3.9754E-05 3.1628E-15 2.0703E+10 1.2217E+12 Y-90 2. 2581E-06 4.1503E-15 2.7771E+10 5.2575E+09 Y-91 2.2208E-05 9.0558E-13 5.9929E+12 4.7543E+10 Y-92 1.0426E-06 1.0835E-16 7.0924E+08 1. 5587E+10 Y-93 9. 3307E-06 2.7967E-15 1.8110E+10 3.6220E+10 Zr-95 3.1451E-05 1.4640E-12 9.2804E+12 6.7306E+10 Zr-97 1.6656E-05 8.7127E-15 5.4092E+10 5.0207E+10 Nb-95 3. 1416E-05 8.0342E-13 5.0930E+12 6.7432E+10 Mo-99 3. 9211E-04 8.1756E-13 4.9732E+12 9.1051E+11 Tc-99m 6.4373E-05 1.2242E-14 7.4470E+10 3.9594E+11 Ru-103 4.0225E-04 1.2464E-11 7.2871E+13 8.6279E+11 Ru-105 2.4723E-05 3.6779E-15 2.1094E+10 2.3566E+11 Ru-106 1.8650E-04 5.5746E-11 3.1671E+14 3.9793E+11 Rh-105 2. 0494E-04 2.4281E-13 1.3926E+12 5.1335E+11 Sb-127 5.0794E-04 1. 9020E-12 9.0192E+12 1. 1508E+12 sb-129 1.2692E-04 2.2570E-14 1.0537E+11 1.2693E+12 Te-127 1. 7402E-04 6.5941E-14 3.1268E+11 7.1180E+11 Te-127m 7.6955E-05 8.1584E-12 3.8686E+13 1. 6444E+11 Te-129 1. 1470E-07 5.4770E-18 2.5569E+07 3.6468E+11 Te-129m 2.3892E-04 7.9309E-12 3.7024E+13 5.1298E+11 Te-131m 5.0164E-04 6.2909E-13 2.8920E+12 1. 2943E+12 Te-132 6.0150E-03 1.9813E-11 9.0391E+13 1.3781E+13 1-131 3.7093E+00 2.9920E-08 1. 3754E+17 8.1413E+15 1-132 4. 5448E-02 4.4030E-12 2.0087E+13 2.4810E+15 1-133 4. 6083E+00 4.0680E-09 1.8420E+16 1.2983E+16 Page 438

CRDA PELLET MVP TRIP 10 MIN.oO 1-134 2.7584E-05 1.0340E-15 4.6470E+09 1.4588E+15 1-135 1.3746E+00 3.9143E-10 1. 7461E+15 7.6105E+15 Xe-133 1.5545E+03 8.3048E-06 3.7604E+19 3.4647E+18 Xe-135 1.8293E+02 7.1634E-08 3.1955E+17 7.5924E+17 Cs-134 4.9437E-03 3.8210E-09 1.7172E+16 1.0545E+13 Cs-136 1.3286E-03 1.8127E-11 8.0268E+13 2.8835E+12 Cs-137 2.4307E-03 2.7945E-08 1. 2284E+17 5.1831E+12 Ba-139 1.1150E-06 6.8169E-17 2.9534E+08 9.2552E+11 Ba-140 3.2405E-03 4.4264E-11 1. 9040E+14 7.0368E+12 La-140 2.7452E-05 4.9390E-14 2.1245E+11 6.7396E+10 La-141 1.8860E-06 3.3350E-16 1.4244E+09 2.2554E+10 La-142 2.2936E-08 1.6022E-18 6.7950E+06 9.0712E+09 Ce-141 7.8532E-05 2.7561E-12 1.1772E+13 1.6865E+11 Ce-143 5.2122E-05 7.8487E-14 3.3053E+11 1. 3211E+11 Ce-144 6.6008E-05 2.0695E-11 8.6549E+13 1.4086E+11 Pr-143 2.7261E-05 4.0484E-13 1. 7049E+12 5.9132E+10 Nd-147 1.2314E-05 1.5222E-13 6.2359E+11 2.6818E+10 Np-239 8.9393E-04 3.8533E-12 9.7093E+12 2.1061E+12 Pu-238 4.5500E-07 2.6578E-11 6.7250E+13 9.7022E+08 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 5.2105E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 8.2504E+07 Pu-241 1.1361E-05 1.1029E-10 2.7560E+14 2.4227E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 1. 2731E+07 Cm-242 1.8069E-06 5.4519E-13 1. 3567E+12 3.8584E+09 Cm-244 2.2179E-07 2.7414E-12 6.7660E+12 4.7294E+08 MVP Holdup Transport Group Inventory: Time (h) = 16.0000 Atmosphere Sump Noble gases (atoms) 2.1540E+21 O.OOOOE+00 Elemental I (atoms) 1.5300E+17 0.OOOOE+00 organic I (atoms) 4.7319E+15 0.OOOOE+00 Aerosols (kq) 3.4629E-08 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 5.0634E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.6696E-08 Total I (Ci) 9.7377E+00 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 16.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 16.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 18.0000 CRDA @ EAB - condenser Release Doses: Time (h) = 18.0000 whole Body Thyroid TEDE Delta dose (rem) 1.0217E-04 3.1299E-03 1.9954E-04 Accumulated dose (rem) 1.2816E-01 8.3486E-01 1. 5468E-01 CRDA @ LPZ - condenser Release Doses: Page 439

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 18.0000 whole Body Thyroid TEDE Delta dose (rem) 1.6940E-05 5.1893E-04 3.3083E-05 Accumulated dose (rem) 5.6430E-02 3.5950E-01 6.7854E-02 control Room Doses: Time (h) = 18.0000 whole Body Thyroid TEDE Delta dose (rem) 1.0228E-05 1.2831E-02 4.0938E-04 Accumulated dose (rem) 1.7573E-03 3.8442E-01 1.3871E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 18.0000 ci kg Atoms Decay Co-58 2.2260E-05 7.0004E-13 7.2686E+12 5.3806E+10 Co-60 2.6818E-05 2.3724E-11 2.3812E+14 6.4593E+10 Kr-85 2. 3748E+02 6.0530E-04 4.2885E+21 5.7196E+17 Kr-85m 3.5366E+03 4.2974E-03 3.0447E+22 8.5182E+18 Kr-87 3. 6871E-01 1. 3017E-11 9.0101E+13 1.6663E+18 Kr-88 1.1692E+02 9.3244E-09 6.3810E+16 5.1454E+18 Rb-86 7.3223E-04 8.9991E-12 6.3016E+13 1. 7883E+12 Sr-89 2.7933E-02 9.6148E-10 6.5058E+15 6.7619E+13 Sr-90 4.2457E-03 3.1125E-08 2.0827E+17 1. 0225E+13 Sr-91 9.6109E-03 2.6513E-12 1.7546E+13 4.7979E+13 Sr-92 3.9126E-04 3.1128E-14 2.0376E+11 2.0338E+13 Y-90 3.6272E-05 6.6669E-14 4.4610E+11 9.6469E+10 Y-91 3. 6420E-04 1.4851E-11 9.8278E+13 8. 8100E+11 Y-92 1.1569E-05 1.2023E-15 7.8698E+09 2.6137E+11 Y-93 1.3352E-04 4.0020E-14 2.5915E+11 6.3584E+11 Zr-95 5. 1581E-04 2.4010E-11 1. 5220E+14 1. 2473E+12 Zr-97 2.5188E-04 1. 3176E-13 8.1800E+11 8.9818E+11 Nb-95 5.1486E-04 1. 3167E-11 8.3465E+13 1. 2492E+12 Mo-99 6.3028E-03 1.3141E-11 7.9939E+13 1. 6712E+13 Tc-99m 8.3934E-04 1. 5962E-13 9.7099E+11 6.7889E+12 Ru-103 6.5933E-03 2.0429E-10 1. 1944E+15 1. 5984E+13 Ru-105 2.9699E-04 4.4182E-14 2. 5340E+11 3.9857E+12 Ru-106 3.0610E-03 9.1494E-10 5.1980E+15 7.3769E+12 Rh-105 3.2349E-03 3.8325E-12 2.1981E+13 9.3453E+12 Sb-127 8.2138E-03 3.0757E-11 1.4585E+14 2.1182E+13 sb-129 1. 5115E-03 2.6879E-13 1. 2548E+12 2.1444E+13 Te-127 2.4630E-03 9.3327E-13 4.4254E+12 1. 2454E+13 Te-127m 1.2626E-03 1. 3385E-10 6. 3470E+14 3.0479E+12 Te-129 5. 6990E-07 2.7213E-17 1.2704E+08 6.0460E+12 Te-129m 3. 9152E-03 1.2996E-10 6.0671E+14 9.5024E+12 Te-131m 7.8627E-03 9.8603E-12 4. 5328E+13 2.3491E+13 Te-132 9. 7003E-02 3.1952E-10 1.4577E+15 2.5332E+14 1-131 6.0454E+01 4.8763E-07 2.2417E+18 1. 5041E+17 1-132 4.0832E-01 3.9557E-11 1.8047E+14 4.1192E+16 1-133 7. 0768E+01 6.2472E-08 2.8287E+17 2.3365E+17 1-134 9.3142E-05 3.4915E-15 1. 5691E+10 2.4212E+16 1-135 1. 8296E+01 5.2098E-09 2.3240E+16 1. 3107E+17 Xe-133 2.5239E+04 1.3484E-04 6.1053E+20 6.3892E+19 xe-135 2.5807E+03 1. 0106E-06 4.5079E+18 1. 3272E+19 Cs-134 8.1145E-02 6.2717E-08 2.8186E+17 1.9549E+14 Cs-136 2. 1713E-02 2.9625E-10 1.3118E+15 5.3344E+13 Cs-137 3. 9900E-02 4.5872E-07 2.0164E+18 9.6093E+13 Ba-139 6. 6948E-06 4.0929E-16 1.7732E+09 1. 5337E+13 Ba-140 5.2953E-02 7.2332E-10 3.1114E+15 1. 3017E+14 La-140 4.3539E-04 7.8331E-13 3.3694E+12 1.2295E+12 La-141 2. 1757E-05 3.8472E-15 1.6431E+10 3.7961E+11 La-142 1. 5319E-07 1.0702E-17 4.5385E+07 1. 5030E+11 Ce-141 1.2868E-03 4.5162E-11 1. 9289E+14 3.1240E+12 Ce-143 8.2039E-04 1. 2354E-12 5.2025E+12 2.4020E+12 Page 440

CRDA PELLET MVP TRIP 10 MIN.o0 Ce-144 1.0833E-03 3.3965E-10 1.4204E+15 2.6113E+12 Pr-143 4.4560E-04 6.6172E-12 2.7867E+13 1. 0940E+12 Nd-147 2.0108E-04 2.4856E-12 1.0183E+13 4.9592E+11 Np-239 1.4319E-02 6.1720E-11 1. 55 52E+14 3.8594E+13 Pu-238 7.4690E-06 4.3628E-10 1.1039E+15 1. 7987E+10 Pu-239 4.0112E-07 6.4533E-09 1. 6261E+16 9.6600E+08 Pu-240 6.3514E-07 2.7873E-09 6.9940E+15 1.5296E+09 Pu-241 1.8650E-04 1.8104E-09 4.5240E+15 4. 4916E+11 Am-241 9.8009E-08 2.8556E-11 7.1356E+13 2.3603E+08 Cm-242 2.9650E-05 8.9462E-12 2.2262E+13 7.1520E+10 Cm-244 3.6406E-06 4.5000E-11 1. 1107E+14 8.7680E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 18.0000 Atmosphere sump Noble gases (atoms) 3.5350E+22 0.OOOOE+00 Elemental I (atoms) 2.4715E+18 O.OOOOE+00 organic I (atoms) 7.6438E+16 0.OOOOE+00 Aerosols (kq) 5.6842E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 4.6721E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.1949E-08 Total I (Ci) 1.4993E+02 DAEC Condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 18.0000 Leakage Transport Noble gases (atoms) 2.6397E+20 Elemental I (atoms) 2.0133E+16 organic I (atoms) 6.2267E+14 Aerosols (kg) 4.2403E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 18.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organi c I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 18.0000 Ci kg Atoms Bq Co-58 7.5064E-06 2.3607E-13 2.4511E+12 2.7774E+05 co-60 8.9808E-06 7.9449E-12 7.9742E+13 3.3229E+05 Kr-85 7.9518E+01 2.0268E-04 1. 4359E+21 2.9422E+12 Kr-85m 1. 1843E+03 1.4391E-03 1. 0196E+22 4.3821E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0148E+03 2.4043E-07 1.6453E+18 1.1155E+14 Rb-86 2.5194E-04 3.0964E-12 2.1682E+13 9.3219E+06 Sr-89 9.4468E-03 3.2517E-10 2.2002E+15 3.4953E+08 Sr-90 1.4215E-03 1.0421E-08 6.9730E+16 5.2595E+07 Sr-91 1. 1734E-02 3.2371E-12 2.1422E+13 4.3417E+08 Sr-92 1.2434E-02 9.8921E-13 6.4752E+12 4.6005E+08 Y-90 1.4706E-05 2.7031E-14 1.8087E+11 5.4414E+05 Y-91 1.2300E-04 5.0155E-12 3.3191E+13 4.5510E+06 Y-92 1.2606E-04 1. 3101E-14 8.5757E+10 4.6643E+06 Y-93 1.5093E-04 4. 5238E-14 2.9294E+11 5.5844E+06 Zr-95 1.7407E-04 8.1028E-12 5.1364E+13 6.4406E+06 Zr-97 1.7434E-04 9.1199E-14 5.6620E+11 6.4507E+06 Nb-95 1.7489E-04 4.4726E-12 2.8352E+13 6.4710E+06 Mo-99 2.5407E-03 5.2973E-12 3.2223E+13 9.4005E+07 TC-99m 2.1710E-03 4.1287E-13 2.5115E+12 8.0325E+07 Ru-103 2.2362E-03 6.9290E-11 4.0512E+14 8.2741E+07 Page 441

CRDA PELLET MVP TRIP 10 MIN.o0 Ru-105 1.5944E-03 2.3719E-13 1. 3604E+12 5.8992E+07 RU-106 1.0262E-03 3.0674E-10 1. 7427E+15 3.7970E+07 Rh-105 1.5319E-03 1.8149E-12 1.0409E+13 5.6679E+07 Sb-127 3.1399E-03 1.1757E-11 5.5752E+13 1.1617E+08 Sb-129 8.7670E-03 1.5590E-12 7.2780E+12 3.2438E+08 Te-127 3.0704E-03 1.1634E-12 5.5168E+12 1.1361E+08 Te-127m 4.2468E-04 4.5023E-11 2.1349E+14 1. 5713E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3308E-03 4.4177E-11 2.0623E+14 4.9241E+07 Te-131m 3.9617E-03 4.9682E-12 2.2839E+13 1.4658E+08 Te-132 3.7985E-02 1.2512E-10 5.7082E+14 1.4054E+09 1-131 2.1566E+01 1.7395E-07 7.9968E+17 7.9794E+11 1-132 2.9287E+01 2.8373E-09 1. 2944E+16 1.0836E+12 1-133 4.2738E+01 3.7727E-08 1.7083E+17 1. 5813E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9407E+01 1.1221E-08 5.0056E+16 1.4581E+12 Xe-133 9.3103E+03 4.9739E-05 2.2522E+20 3.4448E+14 Xe-135 3.3047E+03 1.2941E-06 5.7726E+18 1.2227E+14 Cs-134 2.7185E-02 2.1012E-08 9.4429E+16 1.0059E+09 Cs-136 7.5581E-03 1.0312E-10 4.5664E+14 2.7965E+08 Cs-137 1.3359E-02 1.5358E-07 6.7511E+17 4.9428E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8453E-02 2.5206E-10 1.0842E+15 6.8276E+08 La-140 1.9763E-04 3.5556E-13 1. 5295E+12 7.3124E+06 La-141 1.6763E-04 2.9641E-14 1. 2660E+11 6.2024E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.3764E-04 1.5359E-11 6.5600E+13 1. 6193E+07 Ce-143 3.9826E-04 5.9972E-13 2.5256E+12 1.4736E+07 Ce-144 3.6334E-04 1.1392E-10 4.7641E+14 1.3444E+07 Pr-143 1.5490E-04 2.3004E-12 9.6875E+12 5.7315E+06 Nd-147 7.0523E-05 8.7174E-13 3. 5713E+12 2.6093E+06 Np-239 5.9545E-03 2.5667E-11 6.4674E+13 2.2032E+08 Pu-238 2.5006E-06 1.4607E-10 3.6959E+14 9.2522E+04 Pu-239 1.3429E-07 2.1605E-09 5.4440E+15 4.9688E+03 Pu-240 2.1264E-07 9.3318E-10 2.3416E+15 7.8677E+03 Pu-241 6.2445E-05 6.0619E-10 1. 5147E+15 2.3105E+06 Am-241 3.2813E-08 9.5604E-12 2.3890E+13 1. 2141E+03 Cm-242 9.9579E-06 3.0045E-12 7.4767E+12 3.6844E+05 Cm-244 1.2190E-06 1.5067E-11 3.7187E+13 4.5102E+04 Environment Transport Group Inventory: Total Release Time (h) = 18.0000 Release Rate/s Noble gases (atoms) 1.1865E+22 1.8310E+17 Elemental I (atoms) 1.0093E+18 1.5576E+13 organic I (atoms) 3.1216E+16 4.8173E+11 Aerosols (kq) 1.9038E-07 2.9380E-12 Dose Effective (Ci) 1-131 (Thyroid) 3.0037E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8037E+01 Total I (Ci) 1.7480E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 18.0000 Leakage Transport Noble gases (atoms) 2.6397E+20 Elemental I (atoms) 2.0133E+16 organic I (atoms) 6.2267E+14 Aerosols (kg) 4.2403E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Page 442

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 18.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 8.4299E+17 Elemental I (atoms) O.OOOOE+00 6.8528E+13 organi c I (atoms) 0.OOOOE+00 2.1194E+12 Aerosols (kg) 0.OOOOE+00 1.3533E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 18.0000 Filtered Transported Noble gases (atoms) 8.3020E+17 O.OOOOE+00 Elemental I (atoms) 6.6912E+13 O.OOOOE+00 organic I (atoms) 2.0695E+12 0.OOOOE+00 Aerosols (kg) 1. 3328E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 18.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 18.0000 Ci kg Atoms Decay Co-58 1. 3561E-06 4.2646E-14 4.4279E+11 3.2648E+09 Co-60 1.6337E-06 1.4453E-12 1.4506E+13 3.9194E+09 Kr-85 1.4467E+01 3.6875E-05 2.6125E+20 3.4705E+16 Kr-85m 2.1544E+02 2.6179E-04 1.8548E+21 5.1686E+17 Kr-87 2.2461E-02 7.9296E-13 5.4889E+12 1.0054E+17 Kr-88 7. 1227E+00 5.6803E-10 3.8872E+15 3.1122E+17 Rb-86 4.4607E-05 5.4821E-13 3.8389E+12 1.0850E+11 Sr-89 1. 7017E-03 5.8572E-11 3.9633E+14 4.1029E+12 Sr-90 2.5864E-04 1.8961E-09 1.2687E+16 6.2043E+11 Sr-91 5. 8549E-04 1.6152E-13 1.0689E+12 2.9082E+12 Sr-92 2.3835E-05 1. 8963E-15 1.2413E+10 1. 2300E+12 Y-90 2.2097E-06 4.0614E-15 2.7176E+10 5.8526E+09 Y-91 2.2187E-05 9.0469E-13 5.9870E+12 5.3456E+10 Y-92 7.0475E-07 7.3241E-17 4.7942E+08 1. 5817E+10 Y-93 8. 1340E-06 2.4380E-15 1. 5787E+10 3.8543E+10 zr-95 3. 1422E-05 1.4627E-12 9.2720E+12 7.5681E+10 Zr-97 1.5344E-05 8.0265E-15 4.9832E+10 5.4467E+10 Nb-95 3.1365E-05 8.0210E-13 5.0846E+12 7.5794E+10 MO-99 3.8396E-04 8.0057E-13 4.8698E+12 1. 0139E+12 Tc-99m 5.1132E-05 9.7242E-15 5.9152E+10 4.1126E+11 RU-103 4. 0166E-04 1. 2445E-11 7.2764E+13 9.6987E+11 RU-105 1.8092E-05 2.6915E-15 1. 5437E+10 2.4132E+11 RU-106 1.8647E-04 5.5737E-11 3.1666E+14 4.4761E+11 Rh-105 1. 9706E-04 2.3347E-13 1. 3391E+12 5.6689E+11 sb-127 5. 0038E-04 1.8737E-12 8.8849E+12 1.2851E+12 sb-129 9.2082E-05 1.6375E-14 7.6443E+10 1.2983E+12 Te-127 1. 5004E-04 5.6854E-14 2.6959E+11 7.5488E+11 Te-127m 7.6914E-05 8.1541E-12 3.8665E+13 1.8494E+11 Te-129 3. 4718E-08 1.6578E-18 7.7391E+06 3.6470E+11 Te-129m 2.3851E-04 7.9173E-12 3.6960E+13 5.7657E+11 Te-131m 4.7899E-04 6.0068E-13 2.7614E+12 1.4249E+12 Te-132 5. 9093E-03 1.9465E-11 8.8802E+13 1. 5369E+13 1-131 3.6828E+00 2.9706E-08 1. 3656E+17 9.1260E+15 1-132 2.4874E-02 2.4098E-12 1.0994E+13 2.4901E+15 1-133 4. 3111E+00 3.8057E-09 1. 7232E+16 1.4170E+16 1-134 5. 6741E-06 2.1270E-16 9.5590E+08 1.4588E+15 Page 443

CRDA PELLET MVP TRIP 10 MIN.oO 1-135 1.1146E+00 3.1737E-10 1.4158E+15 7.9408E+15 Xe-133 1.5375E+03 8.2141E-06 3.7193E+19 3.8765E+18 xe-135 1. 5721E+02 6.1562E-08 2.7462E+17 8.0445E+17 Cs-134 4.9433E-03 3.8207E-09 1. 7171E+16 1. 1862E+13 Cs-136 1.3227E-03 1. 8048E-11 7.9915E+13 3.2367E+12 Cs-137 2.4307E-03 2.7945E-08 1. 2284E+17 5.8307E+12 Ba-139 4.0784E-07 2.4934E-17 1.0802E+08 9.2571E+11 Ba-140 3.2259E-03 4.4064E-11 1. 8954E+14 7.8981E+12 La-140 2.6523E-05 4.7719E-14 2.0526E+11 7.4585E+10 La-141 1.3254E-06 2.3437E-16 1.0010E+09 2.2978E+10 La-142 9.3324E-09 6.5193E-19 2.7648E+06 9.0752E+09 Ce-141 7.8393E-05 2.7513E-12 1.1751E+13 1.895 5E+11 Ce-143 4.9978E-05 7.5258E-14 3.1693E+11 1.4571E+11 Ce-144 6.5994E-05 2.0691E-11 8.6531E+13 1.5845E+11 Pr-143 2.7145E-05 4.0312E-13 1. 6976E+12 6.6379E+10 Nd-147 1.2250E-05 1. 5142E-13 6.2031E+11 3.0090E+10 Np-239 8.7228E-04 3.7599E-12 9.4740E+12 2.3414E+12 Pu-238 4.5500E-07 2.6578E-11 6.7250E+13 1.0914E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 5.8614E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 9.2811E+07 Pu-241 1.1361E-05 1.1029E-10 2.7560E+14 2.7254E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 1.4322E+07 Cm-242 1.8063E-06 5.4499E-13 1. 3562E+12 4.3396E+09 Cm-244 2.2179E-07 2.7414E-12 6.7660E+12 5.3202E+08 MVP Holdup Transport Group Inventory: Time (h) = 18.0000 Atmosphere sump Noble gases (atoms) 2.1535E+21 O.OOOOE+00 Elemental I (atoms) 1.5056E+17 O.OOOOE+00 Organic I (atoms) 4.6566E+15 O.OOOOE+00 Aerosols (kq) 3.4628E-08 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 4.9696E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.5257E-08 Total I (Ci) 9.1334E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 18.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 18.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 20.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 20.0000 whole Body Thyroid TEDE Delta dose (rem) 9.1714E-05 3.0699E-03 1.8714E-04 Accumulated dose (rem) 1.2825E-01 8.3793E-01 1. 5486E-01 CRDA @ LPZ - Condenser Release Doses: Page 444

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 20.0000 whole Body Thyroid TEDE Delta dose (rem) 1.5206E-05 5.0899E-04 3.1027E-05 Accumulated dose (rem) 5.6446E-02 3.6001E-01 6.7885E-02 control Room Doses: Time (h) = 20.0000 whole Body Thyroid TEDE Delta dose (rem) 9.1809E-06 1.2585E-02 4.0037E-04 Accumulated dose (rem) 1.7664E-03 3.9701E-01 1.4271E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 20.0000 ci kg Atoms Decay Co-58 2.2223E-05 6.9889E-13 7.2566E+12 5.9730E+10 co-60 2.6795E-05 2.3704E-11 2.3791E+14 7.1733E+10 Kr-85 2.3728E+02 6.0479E-04 4.2849E+21 6.3518E+17 Kr-85m 3.5335E+03 4.2937E-03 3.0420E+22 9.4597E+18 Kr-87 1.2384E-01 4.3722E-12 3.0264E+13 1.6663E+18 Kr-88 7.1703E+01 5.7183E-09 3.9132E+16 5.1701E+18 Rb-86 7.2936E-04 8.9638E-12 6.2769E+13 1.9829E+12 Sr-89 2.7878E-02 9.5958E-10 6.4929E+15 7. 5051E+13 Sr-90 4.2421E-03 3.1099E-08 2.0809E+17 1. 1355 E+13 Sr-91 8.2991E-03 2.2894E-12 1. 5151E+13 5.0360E+13 Sr-92 2.3439E-04 1.8648E-14 1. 2207E+11 2.0419E+13 Y-90 3.5465E-05 6.5186E-14 4.3618E+11 1.0602E+11 Y-91 3.6353E-04 1.4824E-11 9.8099E+13 9.7791E+11 Y-92 7.8135E-06 8.1202E-16 5.3153E+09 2.6391E+11 Y-93 1. 1630E-04 3.4859E-14 2.2572E+11 6.6906E+11 Zr-95 5.1491E-04 2.3968E-11 1. 5194E+14 1. 3845E+12 Zr-97 2.3185E-04 1.2128E-13 7.5295E+11 9.6256E+11 Nb-95 5.1358E-04 1.3134E-11 8.3258E+13 1. 3861E+12 Mo-99 6.1667E-03 1.2858E-11 7.8212E+13 1.8372E+13 Tc-99m 6.6614E-04 1.2669E-13 7.7063E+11 6.9885E+12 Ru-103 6. 5781E-03 2.0382E-10 1.1917E+15 1. 7738E+13 Ru-105 2.1716E-04 3.2306E-14 1.8529E+11 4.0536E+12 Ru-106 3.0580E-03 9.1403E-10 5.1928E+15 8.1918E+12 Rh-105 3.1079E-03 3.6821E-12 2.1118E+13 1. 0190E+13 Sb-127 8.0848E-03 3.0274E-11 1.4356E+14 2. 3352E+13 sb-129 1.0957E-03 1.9485E-13 9.0961E+11 2.1788E+13 Te-127 2.1218E-03 8.0400E-13 3.8124E+12 1.3064E+13 Te-127m 1.2608E-03 1.3367E-10 6.3384E+14 3.3839E+12 Te-129 1.7235E-07 8.2299E-18 3.8420E+07 6.0461E+12 Te-129m 3.9052E-03 1.2963E-10 6.0517E+14 1. 0544E+13 Te-131m 7. 5013E-03 9.4072E-12 4.3245E+13 2. 5537E+13 Te-132 9.5219E-02 3.1364E-10 1.4309E+15 2.7892E+14 1-131 5.9971E+01 4.8374E-07 2.2238E+18 1.6645E+17 1-132 2.2329E-01 2.1632E-11 9.8691E+13 4.1273E+16 1-133 6.6150E+01 5.8395E-08 2.6441E+17 2.5188E+17 1-134 1. 9144E-05 7.1761E-16 3.2250E+09 2.4212E+16 1-135 1.4822E+01 4.2206E-09 1. 8827E+16 1. 3546E+17 Xe-133 2.4942E+04 1.3325E-04 6.0336E+20 7.0575E+19 xe-135 2.2159E+03 8.6770E-07 3.8707E+18 1.3910E+19 Cs-134 8.1072E-02 6.2660E-08 2.8160E+17 2.1709E+14 Cs-136 2.1599E-02 2.9470E-10 1. 3050E+15 5.9112E+13 Cs-137 3.9867E-02 4.5834E-07 2.0147E+18 1.0672E+14 Ba-139 2.4466E-06 1.4958E-16 6.4804E+08 1. 5338E+13 Ba-140 5.2670E-02 7.1945E-10 3.0947E+15 1.4424E+14 La-140 4.2030E-04 7.5617E-13 3.2527E+12 1. 3434E+12 La-141 1.5277E-05 2.7014E-15 1. 1538E+10 3.8449E+11 La-142 6.2281E-08 4.3507E-18 1.8451E+07 1. 5033E+11 Ce-141 1.2835E-03 4.5045E-11 1.9239E+14 3.4663E+12 Ce-143 7.8599E-04 1. 1836E-12 4.9843E+12 2.6159E+12 Ce-144 1.0822E-03 3.3930E-10 1.4190E+15 2.8997E+12 Page 445

CRDA PELLET MVP TRIP 10 MIN.O0 Pr-143 4.4333E-04 6.5836E-12 2.7725E+13 1. 2124E+12 Nd-147 1.9986E-04 2.4705E-12 1.0121E+13 5.4932E+11 Np-239 1.3960E-02 6.0175E-11 1. 5162E+14 4.2360E+13 Pu-238 7.4627E-06 4.3591E-10 1.1030E+15 1. 9976E+10 Pu-239 4.0078E-07 6.4480E-09 1.6247E+16 1.0728E+09 Pu-240 6.3461E-07 2.7850E-09 6.9882E+15 1.6987E+09 Pu-241 1.8634E-04 1.8089E-09 4.5201E+15 4.9882E+11 Am-241 9.7927E-08 2.8532E-11 7.1296E+13 2.6213E+08 Cm-242 2.9615E-05 8.9355E-12 2.2236E+13 7.9413E+10 Cm-244 3.6376E-06 4.4963E-11 1. 1097E+14 9.7373E+09 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 20.0000 Atmosphere Sump Noble gases (atoms) 3.5312E+22 O.OOOOE+00 Elemental I (atoms) 2.4319E+18 O.OOOOE+00 organic I (atoms) 7.5213E+16 0.OOOOE+00 Aerosols (kq) 5.6792E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 4.5852E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.0657E-08 Total I (Ci) 1.4117E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 20.0000 Leakage Transport Noble gases (atoms) 2.9341E+20 Elemental I (atoms) 2.2184E+16 organic I (atoms) 6.8609E+14 Aerosols (kg) 4.7137E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 20.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 20.0000 Ci kg Atoms Bq Co-58 7.5249E-06 2.3665E-13 2.4571E+12 2.7842E+05 Co-60 9.0031E-06 7.9647E-12 7.9941E+13 3.3312E+05 Kr-85 7.9716E+01 2.0318E-04 1.4395E+21 2.9495E+12 Kr-85m 1. 1873E+03 1.4427E-03 1.0221E+22 4.3930E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0148E+03 2.4043E-07 1.6454E+18 1.1155E+14 Rb-86 2.5255E-04 3.1038E-12 2.1735E+13 9.3444E+06 Sr-89 9.4701E-03 3.2597E-10 2.2056E+15 3.5039E+08 Sr-90 1.4250E-03 1.0447E-08 6.9903E+16 5.2726E+07 Sr-91 1.1741E-02 3.2390E-12 2.1435E+13 4.3443E+08 Sr-92 1.2434E-02 9.8922E-13 6.4753E+12 4.6006E+08 Y-90 1.4736E-05 2.7085E-14 1.8124E+11 5.4524E+05 Y-91 1.2330E-04 5.0278E-12 3.3273E+13 4.5622E+06 Y-92 1.2607E-04 1. 3102E-14 8.5762E+10 4.6646E+06 Y-93 1. 5103E-04 4.5268E-14 2.9313E+11 5.5881E+06 Zr-95 1.7450E-04 8.1228E-12 5.1491E+13 6.4565E+06 Zr-97 1.7454E-04 9.1302E-14 5.6684E+11 6.4580E+06 Nb-95 1.7532E-04 4.4835E-12 2.8422E+13 6.4868E+06 MO-99 2.5458E-03 5.3081E-12 3.2289E+13 9.4196E+07 Tc-99m 2.1715E-03 4.1298E-13 2.5121E+12 8.0347E+07 Ru-103 2.2417E-03 6.9460E-11 4.0611E+14 8.2944E+07 Ru-105 1.5946E-03 2.3722E-13 1. 3605E+12 5.8999E+07 Page 446

CRDA PELLET MVP TRIP 10 MIN.o0 RU-106 1.0288E-03 3.0750E-10 1. 7470E+15 3.8065E+07 Rh-105 1.5345E-03 1. 8180E-12 1.0427E+13 5.6776E+07 Sb-127 3.1466E-03 1.1783E-11 5.5872E+13 1. 1643E+08 Sb-129 8.7680E-03 1. 5592E-12 7.2788E+12 3.2441E+08 Te-127 3.0722E-03 1.1641E-12 5.5201E+12 1.1367E+08 Te-127m 4.2573E-04 4.5134E-11 2.1402E+14 1.5752E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3341E-03 4.4285E-11 2.0674E+14 4.9362E+07 Te-131m 3.9680E-03 4.9761E-12 2.2876E+13 1.4682E+08 Te-132 3.8065E-02 1.2538E-10 5.7202E+14 1.4084E+09 1-131 2.1616E+01 1.7436E-07 8.0154E+17 7.9979E+11 1-132 2.9287E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2794E+01 3.7777E-08 1.7105E+17 1. 5834E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9420E+01 1.1225E-08 5.0072E+16 1.4585E+12 Xe-133 9.3312E+03 4.9851E-05 2.2572E+20 3.4525E+14 Xe-135 3.3066E+03 1.2948E-06 5.7760E+18 1. 2234E+14 Cs-134 2.7253E-02 2.1064E-08 9.4664E+16 1.0084E+09 Cs-136 7.5761E-03 1.0337E-10 4.5773E+14 2.8031E+08 Cs-137 1.3392E-02 1.5397E-07 6.7679E+17 4.9551E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8497E-02 2. 5266E-10 1.0868E+15 6.8439E+08 La-140 1.9799E-04 3.5620E-13 1.5322E+12 7.3254E+06 La-141 1.6765E-04 2.9644E-14 1. 2661E+11 6.2029E+06 La-142 1. 5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.3871E-04 1. 5397E-11 6. 5761E+13 1.6232E+07 Ce-143 3.9893E-04 6.0072E-13 2.5298E+12 1.4760E+07 Ce-144 3.6424E-04 1.1420E-10 4.7759E+14 1.3477E+07 Pr-143 1.5527E-04 2.3059E-12 9.7107E+12 5.7451E+06 Nd-147 7.0689E-05 8.7380E-13 3. 5797E+12 2.6155E+06 Np-239 5.9663E-03 2.5718E-11 6.4801E+13 2.2075E+08 Pu-238 2.5068E-06 1.4643E-10 3.7051E+14 9.2753E+04 Pu-239 1.3463E-07 2.1659E-09 5.4575E+15 4.9812E+03 Pu-240 2.1317E-07 9.3550E-10 2.3474E+15 7.8873E+03 Pu-241 6.2600E-05 6.0769E-10 1. 5185E+15 2.3162E+06 Am-241 3.2894E-08 9.5842E-12 2.3949E+13 1.2171E+03 Cm-242 9.9826E-06 3.0120E-12 7.4953E+12 3.6935E+05 Cm-244 1.2220E-06 1. 5105E-11 3.7279E+13 4.5214E+04 Environment Transport Group Inventory: Total Release Time (h) = 20.0000 Release Rate/s Noble gases (atoms) 1.1895E+22 1.6520E+17 Elemental I (atoms) 1.0114E+18 1.4047E+13 organic I (atoms) 3.1279E+16 4.3444E+11 Aerosols (kq) 1.9086E-07 2.6508E-12 Dose Effective (Ci) 1-131 (Thyroid) 3.0096E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8103E+01 Total I (Ci) 1.7492E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 20.0000 Leakage Transport Noble gases (atoms) 2.9341E+20 Elemental I (atoms) 2.2184E+16 organic I (atoms) 6.8609E+14 Aerosols (kg) 4.7137E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 20.0000 Filtered Transported Page 447

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) O.OOOOE+00 8.7506E+17 Elemental I (atoms) O.OOOOE+00 7.0761E+13 Organic I (atoms) 0.OOOOE+00 2.1885E+12 Aerosols (kg) O.OOOOE+00 1.4048E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 20.0000 Filtered Transported Noble gases (atoms) 8.6228E+17 O.OOOOE+00 Elemental I (atoms) 6.9146E+13 O.OOOOE+00 Organic I (atoms) 2.1385E+12 O.OOOOE+00 Aerosols (kg) 1.3844E-11 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 20.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 20.0000 Ci kg Atoms Decay Co-58 1.3550E-06 4.2611E-14 4.4243E+11 3.6259E+09 Co-60 1.6337E-06 1.4452E-12 1.4506E+13 4.3546E+09 Kr-85 1.4467E+01 3.6874E-05 2.6125E+20 3.8559E+16 Kr-85m 2.1544E+02 2.6179E-04 1.8547E+21 5.7426E+17 Kr-87 7.5508E-03 2.6657E-13 1.8452E+12 1.0055E+17 Kr-88 4. 3717E+00 3.4864E-10 2.3859E+15 3.1272E+17 Rb-86 4.4469E-05 5.4652E-13 3.8270E+12 1.2037E+11 Sr-89 1. 6997E-03 5.8506E-11 3.9587E+14 4.5560E+12 Sr-90 2.5864E-04 1. 8961E-09 1.2687E+16 6.8933E+11 Sr-91 5.0599E-04 1. 3958E-13 9.2374E+11 3.0533E+12 Sr-92 1.4291E-05 1.1370E-15 7.4423E+09 1.2349E+12 Y-90 2.1623E-06 3.9744E-15 2.6594E+10 6.4349E+09 Y-91 2.2165E-05 9.0380E-13 5.9811E+12 5.9364E+10 Y-92 4. 7639E-07 4.9509E-17 3.2408E+08 1. 5972E+10 Y-93 7.0908E-06 2.1253E-15 1. 3762E+10 4.0568E+10 Zr-95 3.1394E-05 1.4614E-12 9.2636E+12 8.4048E+10 Zr-97 1. 4136E-05 7.3944E-15 4.5907E+10 5.8391E+10 Nb-95 3.1313E-05 8.0078E-13 5.0762E+12 8.4143E+10 Mo-99 3.7598E-04 7.8393E-13 4.7686E+12 1.1151E+12 Tc-99m 4.0615E-05 7.7240E-15 4.6985E+10 4.2342E+11 Ru-103 4.0107E-04 1. 2427E-11 7.2657E+13 1.0768E+12 Ru-105 1.3240E-05 1.9697E-15 1.1297E+10 2.4546E+11 Ru-106 1. 8644E-04 5.5728E-11 3.1661E+14 4.9728E+11 Rh-105 1. 8949E-04 2.2450E-13 1. 2876E+12 6.1837E+11 Sb-127 4.9293E-04 1.8458E-12 8.7526E+12 1.4174E+12 Sb-129 6.6805E-05 1. 1880E-14 5.5459E+10 1. 3192E+12 Te-127 1.2937E-04 4.9020E-14 2.3244E+11 7.9203E+11 Te-127m 7. 6873E-05 8.1498E-12 3.8645E+13 2.0542E+11 Te-129 1.0508E-08 5.0178E-19 2.3425E+06 3.6470E+11 Te-129m 2.3810E-04 7.9037E-12 3.6897E+13 6.4006E+11 Te-131m 4.5736E-04 5.7356E-13 2.6367E+12 1. 5496E+12 Te-132 5.8055E-03 1.9123E-11 8.7242E+13 1.6929E+13 1-131 3. 6564E+00 2.9493E-08 1. 35 58E+17 1.0104E+16 1-132 1. 3614E-02 1. 3189E-12 6.0172E+12 2.4950E+15 1-133 4.0332E+00 3.5603E-09 1. 6121E+16 1. 5282E+16 1-134 1.1672E-06 4.3753E-17 1.9663E+08 1.4588E+15 1-135 9. 0370E-01 2.5733E-10 1.1479E+15 8.2087E+15 Page 448

CRDA PELLET MVP TRIP 10 MIN.o0 Xe-133 1.5207E+03 8.1244E-06 3.6787E+19 4.2839E+18 Xe-135 1.3510E+02 5.2904E-08 2.3599E+17 8.4330E+17 Cs-134 4.9429E-03 3.8204E-09 1.7169E+16 1. 3179E+13 Cs-136 1.3169E-03 1.7968E-11 7.9564E+13 3. 5883E+12 Cs-137 2.4307E-03 2.7945E-08 1. 2284E+17 6.4782E+12 Ba-139 1.4917E-07 9.1198E-18 3.9511E+07 9.2578E+11 Ba-140 3.2113E-03 4.3865E-11 1. 8869E+14 8.7555E+12 La-140 2.5626E-05 4.6104E-14 1.9832E+11 8.1530E+10 La-141 9.3145E-07 1.6470E-16 7.0345E+08 2.3275E+10 La-142 3.7973E-09 2.6526E-19 1.1250E+06 9.0768E+09 Ce-141 7.8253E-05 2.7464E-12 1.1730E+13 2.1042E+11 Ce-143 4.7922E-05 7.2162E-14 3.0389E+11 1.5874E+11 Ce-144 6.5981E-05 2.0687E-11 8.6514E+13 1. 7603E+11 Pr-143 2.7030E-05 4.0140E-13 1. 6904E+12 7.3595E+10 Nd-147 1.2185E-05 1.5062E-13 6.1706E+11 3.3345E+10 Np-239 8.5114E-04 3.6688E-12 9.2445E+12 2. 5709E+12 Pu-238 4.5500E-07 2.6578E-11 6.7250E+13 1.2126E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 6.5124E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.0312E+08 Pu-241 1.1361E-05 1.1029E-10 2.7559E+14 3.0281E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 1. 5912E+07 Cm-242 1.8056E-06 5.4480E-13 1.3557E+12 4.8208E+09 cm-244 2.2178E-07 2.7414E-12 6.7659E+12 5.9110E+08 MVP Holdup Transport Group Inventory: Time (h) = 20.0000 Atmosphere sump Noble gases (atoms) 2.1530E+21 0.OOOOE+00 Elemental I (atoms) 1.4827E+17 O.OOOOE+00 organic I (atoms) 4.5857E+15 O.OOOOE+00 Aerosols (kq) 3.4626E-08 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 4.8812E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.3927E-08 Total I (ci) 8.6069E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 20.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) O.0000E+00 3.6364E+16 Aerosols (kg) O.0000E+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 20.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 22.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 22.0000 whole Body Thyroid TEDE Delta dose (rem) 8.4068E-05 3.0134E-03 1.7767E-04 Accumulated dose (rem) 1.2834E-01 8.4094E-01 1. 5504E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 22.0000 whole Body Thyroid TEDE Page 449

CRDA PELLET MVP TRIP 10 MIN.o0 Delta dose (rem) 1.3938E-05 4.9962E-04 2.9457E-05 Accumulated dose (rem) 5.6460E-02 3.6051E-01 6.7915E-02 Control Room Doses: Time (h) = 22.0000 whole Body Thyroid TEDE Delta dose (rem) 8.4155E-06 1.2353E-02 3.9212E-04 Accumulated dose (rem) 1.7749E-03 4.0936E-01 1.4663E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 22.0000 Ci kg Atoms Decay Co-58 2.2187E-05 6.9774E-13 7.2446E+12 6.5644E+10 Co-60 2.6771E-05 2.3684E-11 2.3771E+14 7.8867E+10 Kr-85 2.3708E+02 6.0428E-04 4.2812E+21 6.9836E+17 Kr-85m 3. 5305E+03 4.2900E-03 3.0394E+22 1.0400E+19 Kr-87 4. 1598E-02 1.4686E-12 1.0165E+13 1. 6664E+18 Kr-88 4. 3972E+01 3.5068E-09 2.3998E+16 5.1852E+18 Rb-86 7.2650E-04 8.9286E-12 6.2523E+13 2.1768E+12 Sr-89 2.7823E-02 9.5768E-10 6.4801E+15 8.2469E+13 Sr-90 4.2386E-03 3.1073E-08 2.0792E+17 1.2485E+13 Sr-91 7.1663E-03 1.9769E-12 1. 3083E+13 5.2416E+13 Sr-92 1.4042E-04 1. 1171E-14 7.3126E+10 2.0468E+13 Y-90 3.4676E-05 6.3736E-14 4.2648E+11 1.1536E+11 Y-91 3.6287E-04 1.4797E-11 9.7921E+13 1.0747E+12 Y-92 5.2773E-06 5.4844E-16 3.5900E+09 2.6563E+11 Y-93 1. 0130E-04 3.0363E-14 1.9661E+11 6.9799E+11 Zr-95 5.1402E-04 2.3927E-11 1. 5167E+14 1. 5216E+12 Zr-97 2.1341E-04 1.1163E-13 6.9307E+11 1.0218E+12 Nb-95 5. 1231E-04 1. 3102E-11 8.3052E+13 1. 5227E+12 Mo-99 6.0335E-03 1.2580E-11 7.6523E+13 1. 9997E+13 Tc-99m 5.2868E-04 1.0054E-13 6.1161E+11 7.1469E+12 RU-103 6. 5629E-03 2.0335E-10 1. 1889E+15 1.9488E+13 RU-105 1.5879E-04 2.3622E-14 1. 3548E+11 4.1033E+12 Ru-106 3.0549E-03 9.1313E-10 5.1877E+15 9.0059E+12 Rh-105 2.9859E-03 3.5376E-12 2.0289E+13 1.1001E+13 sb-127 7.9578E-03 2.9799E-11 1. 4130E+14 2.5489E+13 Sb-129 7. 9426E-04 1.4124E-13 6.5937E+11 2.2038E+13 Te-127 1.8279E-03 6.9263E-13 3.2844E+12 1. 3589E+13 Te-127m 1. 2591E-03 1.3349E-10 6.3297E+14 3.7195E+12 Te-129 5.2124E-08 2.4889E-18 1. 1619E+07 6.0461E+12 Te-129m 3.8953E-03 1.2930E-10 6.0362E+14 1.1583E+13 Te-131m 7. 1566E-03 8.9749E-12 4.1258E+13 2.7488E+13 Te-132 9.3468E-02 3.0787E-10 1.4046E+15 3.0405E+14 1-131 5. 9492E+01 4.7987E-07 2.2060E+18 1.8236E+17 1-132 1. 2211E-01 1.1830E-11 5.3969E+13 4.1318E+16 1-133 6.1834E+01 5.4584E-08 2.4715E+17 2.6891E+17 1-134 3.9346E-06 1.4749E-16 6.6285E+08 2.4212E+16 1-135 1. 2008E+01 3.4192E-09 1. 5253E+16 1. 3902E+17 Xe-133 2.4649E+04 1.3169E-04 5.9627E+20 7.7179E+19 Xe-135 1. 9025E+03 7.4500E-07 3.3233E+18 1.4457E+19 Cs-134 8.0998E-02 6.2603E-08 2.8135E+17 2.3867E+14 Cs-136 2.1486E-02 2.9316E-10 1. 2981E+15 6.4849E+13 Cs-137 3.9833E-02 4.5795E-07 2.0130E+18 1.1733E+14 Ba-139 8.9414E-07 5.4664E-17 2.3683E+08 1. 5339E+13 Ba-140 5.2388E-02 7.1560E-10 3.0782E+15 1. 5823E+14 La-140 4.0574E-04 7.2998E-13 3.1400E+12 1.4534E+12 La-141 1.0727E-05 1. 8968E-15 8. 1013E+09 3.8792E+11 La-142 2. 5320E-08 1.7688E-18 7.5013E+06 1. 5034E+11 Ce-141 1. 2801E-03 4.4927E-11 1.9188E+14 3.8077E+12 Ce-143 7.5302E-04 1.1339E-12 4.7753E+12 2.8209E+12 Ce-144 1.0811E-03 3.3895E-10 1.4175E+15 3.1878E+12 Pr-143 4. 4108E-04 6.5502E-12 2.7585E+13 1. 3302E+12 Page 450

CRDA PELLET MVP TRIP 10 MIN.o0 Nd-147 1.9864E-04 2.4555E-12 1.0059E+13 6.0239E+11 Np-239 1.3610E-02 5.8668E-11 1.4783E+14 4.6031E+13 Pu-238 7.4565E-06 4.3555E-10 1.1021E+15 2.1963E+10 Pu-239 4.0045E-07 6.4426E-09 1. 6234E+16 1.1795E+09 Pu-240 6.3408E-07 2.7827E-09 6.9824E+15 1.8676E+09 Pu-241 1.8618E-04 1.8074E-09 4.5163E+15 5.4843E+11 Am-241 9.7845E-08 2.8508E-11 7.1237E+13 2.8820E+08 Cm-242 2.9580E-05 8.9249E-12 2.2210E+13 8.7296E+10 Cm-244 3.6345E-06 4.4925E-11 1. 1088E+14 1.0706E+10 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 22.0000 Atmosphere sump Noble gases (atoms) 3.5275E+22 0.OOOOE+00 Elemental I (atoms) 2.3944E+18 0.OOOOE+00 organic i (atoms) 7.4054E+16 O.OOOOE+00 Aerosols (kq) 5.6743E-07 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 4.5031E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 4.9456E-08 Total I (Ci) 1.3346E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 22.0000 Leakage Transport Noble gases (atoms) 3.2282E+20 Elemental I (atoms) 2.4202E+16 Organic I (atoms) 7.4851E+14 Aerosols (kg) 5.1868E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 22.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 22.0000 Ci kg Atoms Bq Co-58 7.5434E-06 2.3723E-13 2.4632E+12 2.7911E+05 Co-60 9.0255E-06 7.9844E-12 8.0139E+13 3.3394E+05 Kr-85 7.9913E+01 2.0369E-04 1.4431E+21 2.9568E+12 Kr-85m 1. 1902E+03 1.4463E-03 1.0247E+22 4.4039E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1. 1155E+14 Rb-86 2.5316E-04 3.1113E-12 2.1787E+13 9.3668E+06 Sr-89 9.4933E-03 3.2677E-10 2.2110E+15 3. 5125E+08 Sr-90 1.4286E-03 1.0473E-08 7.0077E+16 5.2857E+07 Sr-91 1.1748E-02 3.2407E-12 2.1446E+13 4.3466E+08 Sr-92 1.2434E-02 9.8924E-13 6.4753E+12 4.6006E+08 Y-90 1.4765E-05 2.7139E-14 1.8159E+11 5.4631E+05 Y-91 1.2360E-04 5.0402E-12 3.3354E+13 4.5734E+06 Y-92 1.2607E-04 1. 3102E-14 8.5765E+10 4.6648E+06 Y-93 1. 5112E-04 4.5294E-14 2.9330E+11 5.5913E+06 Zr-95 1.7493E-04 8.1427E-12 5. 1618E+13 6.4724E+06 Zr-97 1.7472E-04 9.1397E-14 5.6743E+11 6.4647E+06 Nb-95 1.7575E-04 4.4945E-12 2.8491E+13 6.5027E+06 Mo-99 2.5509E-03 5.3186E-12 3.2353E+13 9.4383E+07 Tc-99m 2.1720E-03 4.1307E-13 2. 5127E+12 8.0364E+07 Ru-103 2.2472E-03 6.9629E-11 4.0710E+14 8.3147E+07 RU-105 1.5947E-03 2.3724E-13 1.3606E+12 5.9005E+07 RU-106 1.0313E-03 3.0826E-10 1. 7513E+15 3.8159E+07 Page 451

CRDA PELLET MVP TRIP 10 MIN.o0 Rh-105 1.5370E-03 1.8210E-12 1. 0444E+13 5.6869E+07 Sb-127 3.1533E-03 1.1808E-11 5.5990E+13 1.1667E+08 Sb-129 8.7687E-03 1.5593E-12 7.2794E+12 3.2444E+08 Te-127 3.0738E-03 1.1647E-12 5.5229E+12 1.1373E+08 Te-127m 4.2678E-04 4.5246E-11 2.1455E+14 1. 5791E+07 Te-129 8.1134E-03 3.8742E-13 1. 8086E+12 3.0019E+08 Te-129m 1.3374E-03 4.4393E-11 2.0724E+14 4.9482E+07 Te-131m 3.9740E-03 4.9837E-12 2.2910E+13 1.4704E+08 Te-132 3.8143E-02 1.2564E-10 5.7319E+14 1.4113E+09 1-131 2.1666E+01 1.7476E-07 8.0338E+17 8.0163E+11 1-132 2.9287E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2846E+01 3.7823E-08 1. 7126E+17 1. 5853E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9431E+01 1.1228E-08 5.0086E+16 1.4589E+12 Xe-133 9.3518E+03 4.9961E-05 2.2622E+20 3.4602E+14 Xe-135 3.3083E+03 1.2955E-06 5.7788E+18 1.2241E+14 Cs-134 2.7321E-02 2.1116E-08 9.4898E+16 1.0109E+09 Cs-136 7.5940E-03 1.0361E-10 4.5881E+14 2.8098E+08 Cs-137 1.3425E-02 1.5435E-07 6.7847E+17 4.9674E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8541E-02 2.5326E-10 1.0894E+15 6.8601E+08 La-140 1.9833E-04 3.5681E-13 1. 5348E+12 7.3381E+06 La-141 1.6766E-04 2.9646E-14 1.2662E+11 6.2033E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.3978E-04 1.5434E-11 6.5921E+13 1.6272E+07 Ce-143 3.9956E-04 6.0167E-13 2. 5338E+12 1.4784E+07 Ce-144 3.6514E-04 1.1448E-10 4.7877E+14 1.3510E+07 Pr-143 1.5564E-04 2.3113E-12 9.7337E+12 5.7588E+06 Nd-147 7.0855E-05 8.7585E-13 3.5881E+12 2.6216E+06 Np-239 5.9777E-03 2.5767E-11 6.4925E+13 2.2117E+08 Pu-238 2.5130E-06 1.4679E-10 3.7143E+14 9.2983E+04 Pu-239 1.3496E-07 2.1713E-09 5.4710E+15 4.9935E+03 Pu-240 2.1370E-07 9.3782E-10 2. 3532E+15 7.9068E+03 Pu-241 6.2755E-05 6.0920E-10 1. 5223E+15 2.3220E+06 Am-241 3.2976E-08 9.6079E-12 2.4008E+13 1. 2201E+03 Cm-242 1.0007E-05 3.0194E-12 7.5138E+12 3.7027E+05 Cm-244 1.2250E-06 1.5142E-11 3.7372E+13 4.5326E+04 Environment Transport Group Inventory: Total Release Time (h) = 22.0000 Release Rate/s Noble gases (atoms) 1.1924E+22 1.5056E+17 Elemental I (atoms) 1.0134E+18 1.2795E+13 Organic I (atoms) 3.1341E+16 3.9572E+11 Aerosols (kq) 1.9133E-07 2.4158E-12 Dose Effective (Ci) 1-131 (Thyroid) 3.0155E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8168E+01 Total I (Ci) 1.7503E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 22.0000 Leakage Transport Noble gases (atoms) 3.2282E+20 Elemental I (atoms) 2.4202E+16 Organic I (atoms) 7.4851E+14 Aerosols (kg) 5.1868E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 22.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.0709E+17 Page 452

CRDA PELLET MVP TRIP 10 MIN.O0 Elemental I (atoms) 0.OOOOE+00 7.2959E+13 Organic I (atoms) 0.OOOOE+00 2.2565E+12 Aerosols (kg) O.OOOOE+00 1.4563E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 22.0000 Filtered Transported Noble gases (atoms) 8.9431E+17 O.OOOOE+00 Elemental I (atoms) 7.1345E+13 O.OOOOE+00 Organic I (atoms) 2.2065E+12 O.OOOOE+00 Aerosols (kg) 1.4359E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 22.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) 22.0000 Ci kg Atoms Decay Co-58 1.3538E-06 4.2577E-14 4.4207E+11 3.9867E+09 Co-60 1.6336E-06 1.4452E-12 1.4505E+13 4.7898E+09 Kr-85 1.4467E+01 3.6873E-05 2.6124E+20 4.2413E+16 Kr-85m 2. 1543E+02 2.6178E-04 1.8547E+21 6.3165E+17 Kr-87 2.5383E-03 8.9613E-14 6.2030E+11 1.0055E+17 Kr-88 2. 6832E+00 2.1399E-10 1.4644E+15 3.1364E+17 Rb-86 4.4331E-05 5.4483E-13 3.8152E+12 1. 3220E+11 Sr-89 1. 6978E-03 5.8439E-11 3.9542E+14 5.0085E+12 Sr-90 2.5864E-04 1. 8961E-09 1. 2687E+16 7. 5823E+11 Sr-91 4.3729E-04 1.2063E-13 7.9831E+11 3.1787E+12 Sr-92 8.5684E-06 6.8169E-16 4.4622E+09 1. 2379E+12 Y-90 2.1160E-06 3.8892E-15 2.6024E+10 7.0047E+09 Y-91 2.2143E-05 9.0291E-13 5.9752E+12 6.5266E+10 Y-92 3. 2203E-07 3.3466E-17 2. 1906E+08 1. 6077E+10 Y-93 6.1813E-06 1.8527E-15 1.1997E+10 4.2333E+10 Zr-95 3.1366E-05 1.4600E-12 9.2553E+12 9.2408E+10 Zr-97 1. 3022E-05 6.8120E-15 4.2292E+10 6.2007E+10 Nb-95 3.1262E-05 7.9947E-13 5.0679E+12 9.2478E+10 MO-99 3. 6817E-04 7.6763E-13 4.6695E+12 1.2142E+12 Tc-99m 3.2261E-05 6.1353E-15 3.7321E+10 4.3309E+11 Ru-103 4. 0048E-04 1. 2409E-11 7.2550E+13 1.1836E+12 Ru-105 9.6895E-06 1.4415E-15 8.2673E+09 2.4849E+11 Ru-106 1. 8641E-04 5. 5720E-11 3.1656E+14 5.4695E+11 Rh-105 1.8220E-04 2.1587E-13 1.2381E+12 6.6787E+11 Sb-127 4.8559E-04 1.8183E-12 8.6222E+12 1. 5478E+12 sb-129 4.8467E-05 8.6187E-15 4.0235E+10 1. 3345E+12 Te-127 1. 1154E-04 4.2265E-14 2.0041E+11 8.2406E+11 Te-127m 7.6833E-05 8.1455E-12 3.8625E+13 2.2589E+11 Te-129 3.1807E-09 1. 5188E-19 7.0901E+05 3.6471E+11 Te-129m 2.3769E-04 7.8901E-12 3.6834E+13 7.0343E+11 Te-131m 4. 3670E-04 5.4765E-13 2. 5176E+12 1. 6687E+12 Te-132 5.7035E-03 1.8787E-11 8. 5709E+13 1. 8462E+13 1-131 3.6303E+00 2.9282E-08 1. 3461E+17 1. 1074E+16 1-132 7. 4511E-03 7.2185E-13 3.2933E+12 2.4978E+15 1-133 3.7731E+00 3.3308E-09 1. 5082E+16 1. 6321E+16 1-134 2.4009E-07 9.0001E-18 4.0448E+07 1.4588E+15 1-135 7.3273E-01 2.0864E-10 9.3073E+14 8.4259E+15 Xe-133 1. 5041E+03 8.0356E-06 3.6385E+19 4.6868E+18 Page 453

CRDA PELLET MVP TRIP 10 MIN.o0 xe-135 1.1609E+02 4.5460E-08 2.0279E+17 8.7669E+17 Cs-134 4.9426E-03 3.8201E-09 1. 7168E+16 1.4495E+13 Cs-136 1.3111E-03 1.7889E-11 7.9213E+13 3.9383E+12 Cs-137 2.4307E-03 2.7945E-08 1. 2284E+17 7.1257E+12 Ba-139 5.4561E-08 3.3357E-18 1.4452E+07 9.2581E+11 Ba-140 3.1968E-03 4.3666E-11 1. 8783E+14 9.6091E+12 La-140 2.4759E-05 4.4544E-14 1.9161E+11 8.8241E+10 La-141 6.5458E-07 1.1575E-16 4.9435E+08 2.3484E+10 La-142 1.5451E-09 1.0793E-19 4.5773E+05 9.0775E+09 Ce-141 7.8114E-05 2.7415E-12 1. 1709E+13 2.3125E+11 Ce-143 4.5950E-05 6.9193E-14 2.9139E+11 1.7125E+11 Ce-144 6.5968E-05 2.0683E-11 8.6496E+13 1. 9360E+11 Pr-143 2.6915E-05 3.9970E-13 1. 6832E+12 8.0780E+10 Nd-147 1.2121E-05 1.4983E-13 6.1382E+11 3.6583E+10 Np-239 8.3052E-04 3.5800E-12 9.0205E+12 2.7949E+12 Pu-238 4.5500E-07 2.6578E-11 6.7250E+13 1.3339E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 7.1634E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.1343E+08 Pu-241 1.1361E-05 1.1029E-10 2.7559E+14 3.3307E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 1.7503E+07 Cm-242 1.8050E-06 5.4461E-13 1.35 52E+12 5.3017E+09 Cm-244 2.2178E-07 2.7413E-12 6.7659E+12 6.5019E+08 MVP Holdup Transport Group Inventory: Time (h) = 22.0000 Atmosphere Sump Noble gases (atoms) 2.1525E+21 0.OOOOE+00 Elemental I (atoms) 1.4611E+17 O.O000E+00 Organi c I (atoms) 4.5188E+15 O.0000E+00 Aerosols (kg) 3.4625E-08 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 4.7978E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.2692E-08 Total I (Ci) 8.1436E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 22.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.0000E+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 22.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 24.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 24.0000 whole Body Thyroid TEDE Delta dose (rem) 7.8296E-05 2.9599E-03 1.7017E-04 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1.5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 24.0000 whole Body Thyroid TEDE Delta dose (rem) 1.2981E-05 4.9074E-04 2.8214E-05 Page 454

CRDA PELLET MVP TRIP 10 MIN.O0 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 24.0000 whole Body Thyroid TEDE Delta dose (rem) 7.8377E-06 1.2134E-02 3.8448E-04 Accumulated dose (rem) 1.7827E-03 4.2149E-01 1.5048E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 24.0000 Ci kg Atoms Decay co-58 2.2150E-05 6.9659E-13 7.2327E+12 7.1548E+10 Co-60 2. 6748E-05 2.3663E-11 2.3750E+14 8.5994E+10 Kr-85 2. 3688E+02 6.0377E-04 4.2776E+21 7.6147E+17 Kr-85m 3. 5274E+03 4.2863E-03 3.0368E+22 1.1340E+19 Kr-87 1.3972E-02 4.9328E-13 3.4144E+12 1.6664E+18 Kr-88 2.6967E+01 2.1506E-09 1.4717E+16 5.1944E+18 Rb-86 7.2365E-04 8.8936E-12 6.2277E+13 2.3699E+12 Sr-89 2.7768E-02 9. 5579E-10 6.4673E+15 8.9872E+13 Sr-90 4.2350E-03 3.1047E-08 2.0774E+17 1. 3613E+13 Sr-91 6. 1881E-03 1.7071E-12 1.1297E+13 5.4191E+13 Sr-92 8.4120E-05 6.6924E-15 4.3807E+10 2.0497E+13 Y-90 3. 3905E-05 6.2318E-14 4.1699E+11 1.2450E+11 Y-91 3.6221E-04 1. 4770E-11 9.7743E+13 1.1712E+12 Y-92 3.5643E-06 3.7042E-16 2.4247E+09 2.6680E+11 Y-93 8.8234E-05 2.6446E-14 1.7125E+11 7.2319E+11 Zr-95 5.1313E-04 2.3885E-11 1. 5141E+14 1.6583E+12 Zr-97 1.9644E-04 1.0276E-13 6.3796E+11 1.0764E+12 Nb-95 5. 1105E-04 1. 3069E-11 8.2847E+13 1. 6590E+12 MO-99 5. 9031E-03 1.2308E-11 7.4870E+13 2.1587E+13 Tc-99m 4.1959E-04 7.9797E-14 4.8540E+11 7.2727E+12 Ru-103 6. 5478E-03 2.0288E-10 1.1862E+15 2.1234E+13 Ru-105 1. 1611E-04 1. 7273E-14 9.9066E+10 4.1396E+12 Ru-106 3.0519E-03 9.1222E-10 5.1826E+15 9.8191E+12 Rh-105 2.8687E-03 3.3987E-12 1. 9493E+13 1. 1781E+13 Sb-127 7.8327E-03 2.9330E-11 1. 3908E+14 2.7592E+13 sb-129 5.7575E-04 1.0239E-13 4.7797E+11 2.2219E+13 Te-127 1. 5747E-03 5.9669E-13 2.8294E+12 1.4041E+13 Te-127m 1.2574E-03 1. 3330E-10 6.3211E+14 4.0546E+12 Te-129 1. 5764E-08 7. 5273E-19 3.5140E+06 6.0462E+12 Te-129m 3.8853E-03 1.2897E-10 6.0208E+14 1. 2619E+13 Te-131m 6. 8278E-03 8.5625E-12 3.9362E+13 2.9350E+13 Te-132 9.1749E-02 3.0221E-10 1. 3788E+15 3.2871E+14 1-131 5.9017E+01 4.7604E-07 2.1884E+18 1.9814E+17 1-132 6. 6775E-02 6.4691E-12 2.9514E+13 4.1342E+16 1-133 5.7799E+01 5.1022E-08 2.3103E+17 2.8484E+17 1-134 8.0868E-07 3.0314E-17 1.3624E+08 2.4212E+16 1-135 9. 7279E+00 2.7700E-09 1. 2357E+16 1.4190E+17 Xe-133 2. 4360E+04 1. 3014E-04 5.8926E+20 8.3706E+19 Xe-135 1.6334E+03 6.3961E-07 2.8532E+18 1.4927E+19 Cs-134 8.0924E-02 6.2546E-08 2.8109E+17 2.6024E+14 Cs-136 2. 1374E-02 2.9163E-10 1. 2914E+15 7.0557E+13 Cs-137 3.9800E-02 4.5757E-07 2. 0113E+18 1.2793E+14 Ba-139 3.2677E-07 1.9977E-17 8.6551E+07 1. 5339E+13 Ba-140 5. 2108E-02 7.1177E-10 3.0617E+15 1. 7214E+14 La-140 3. 9169E-04 7.0469E-13 3.0312E+12 1. 5596E+12 La-141 7.5323E-06 1. 3319E-15 5.6885E+09 3.9033E+11 La-142 1.0294E-08 7.1909E-19 3.0496E+06 1.503 5E+11 Ce-141 1.2768E-03 4.4810E-11 1.9138E+14 4.1482E+12 Ce-143 7. 2144E-04 1.0864E-12 4. 5750E+12 3.0172E+12 Ce-144 1.0799E-03 3.3860E-10 1.4160E+15 3.4756E+12 Pr-143 4.3884E-04 6.5169E-12 2.7444E+13 1.4473E+12 Nd-147 1. 9744E-04 2.4405E-12 9.9981E+12 6.5513E+11 Page 455

CRDA PELLET MVP TRIP 10 MIN.O0 Np-239 1.3270E-02 5.7199E-11 1.4412E+14 4.9611E+13 Pu-238 7.4503E-06 4.3519E-10 1. 1012E+15 2.3948E+10 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 1. 2861E+09 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 2.0364E+09 Pu-241 1.8603E-04 1.8059E-09 4. 5125E+15 5.9799E+11 Am-241 9.7764E-08 2.8485E-11 7.1178E+13 3.1425E+08 Cm-242 2.9545E-05 8.9143E-12 2.2183E+13 9.5170E+10 Cm-244 3.6315E-06 4.4887E-11 1. 1078E+14 1.1673E+10 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 24.0000 Atmosphere sump Noble gases (atoms) 3.5237E+22 0.OOOOE+00 Elemental I (atoms) 2.3588E+18 0.OOOOE+00 organic I (atoms) 7.2954E+16 0.OOOOE+00 Aerosols (kq) 5.6693E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 4.4252E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 4.8335E-08 Total I (Ci) 1.2661E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 24.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 24.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 24.0000 Ci kg Atoms Bq Co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1. 1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1.7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1.7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1. 0460E+13 5.6959E+07 Page 456

CRDA PELLET MVP TRIP 10 MIN.oO Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8.7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1.1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1. 8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1.5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1.5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9. 5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1. 2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1. 6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 24.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 1.3835E+17 Elemental I (atoms) 1.0153E+18 1.1752E+13 Organic I (atoms) 3.1402E+16 3.6345E+11 Aerosols (k 9 ) 1.9180E-07 2.2199E-12 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1. 7514E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 24.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 24.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Elemental I (atoms) 0.OOOOE+00 7.5123E+13 Page 457

CRDA PELLET MVP TRIP 10 MIN.O0 organic I (atoms) 0.OOOOE+00 2.3234E+12 Aerosols (kg) O.O0OOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 24.0000 Filtered Transported Noble gases (atoms) 9.2632E+17 O.OOOOE+00 Elemental I (atoms) 7.3509E+13 O.OOOOE+00 organic I (atoms) 2.2735E+12 O.OOOOE+00 Aerosols (kg) 1.4874E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 24.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 24.0000 ci kg Atoms Decay Co-58 1.3527E-06 4.2542E-14 4.4171E+11 4.3472E+09 co-60 1.6336E-06 1.4451E-12 1.4505E+13 5.2250E+09 Kr-85 1. 4467E+01 3.6873E-05 2.6124E+20 4.6267E+16 Kr-85m 2.1542E+02 2.6177E-04 1. 8546E+21 6.8904E+17 Kr-87 8.5331E-04 3.0125E-14 2.0853E+11 1.0055E+17 Kr-88 1. 6469E+00 1.3134E-10 8.9880E+14 3.1421E+17 Rb-86 4. 4194E-05 5.4315E-13 3.8034E+12 1.4399E+11 Sr-89 1.6958E-03 5.8372E-11 3.9497E+14 5.4605E+12 Sr-90 2.5864E-04 1. 8961E-09 1.2687E+16 8.2713E+11 Sr-91 3.7792E-04 1. 0425E-13 6.8992E+11 3.2871E+12 Sr-92 5. 1373E-06 4.0872E-16 2.6754E+09 1.2397E+12 Y-90 2.0706E-06 3.8059E-15 2.5466E+10 7.5624E+09 Y-91 2.2121E-05 9.0202E-13 5.9693E+12 7.1162E+10 Y-92 2.1768E-07 2.2622E-17 1.4808E+08 1. 6148E+10 Y-93 5o3886E-06 1.6151E-15 1.0459E+10 4.3872E+10 Zr-95 3.1337E-05 1.4587E-12 9.2469E+12 1. 0076E+11 Zr-97 1. 1997E-05 6.2756E-15 3.8961E+10 6. 5338E+10 Nb-95 3.1210E-05 7.9816E-13 5.0596E+12 1.0080E+11 Mo-99 3. 6051E-04 7.5168E-13 4.5724E+12 1. 3113E+12 Tc-99m 2.5625E-05 4.8733E-15 2.9644E+10 4.4077E+11 Ru-103 3.9989E-04 1.2390E-11 7.2444E+13 1.2902E+12 Ru-105 7.0909E-06 1.0549E-15 6.0501E+09 2.5070E+11 Ru-106 1.8639E-04 5.5711E-11 3.1651E+14 5.9661E+11 Rh-105 1.7520E-04 2.0757E-13 1. 1905E+12 7.1547E+11 Sb-127 4.7836E-04 1.7913E-12 8.4938E+12 1. 6762E+12 sb-129 3.5162E-05 6.2528E-15 2.9190E+10 1. 3455E+12 Te-127 9. 6171E-05 3.6441E-14 1.7280E+11 8.5168E+11 Te-127m 7.6792E-05 8.1412E-12 3.8604E+13 2.4636E+11 Te-129 9.6272E-10 4.5970E-20 2.1460E+05 3.6471E+11 Te-129m 2.3728E-04 7.8766E-12 3.6770E+13 7.6670E+11 Te-131m 4.1698E-04 5.2292E-13 2.4039E+12 1. 7823E+12 Te-132 5. 6033E-03 1.8457E-11 8.4203E+13 1. 9968E+13 1-131 3. 6043E+00 2.9073E-08 1. 3365E+17 1. 2038E+16 1-132 4.0781E-03 3.9508E-13 1. 8024E+12 2.4992E+15 1-133 3.5299E+00 3.1160E-09 1.4109E+16 1. 7293E+16 1-134 4.9388E-08 1.8513E-18 8.3202E+06 1.4588E+15 1-135 5.9410E-01 1. 6917E-10 7.5464E+14 8.6020E+15 Xe-133 1.4877E+03 7.9478E-06 3.5987E+19 5.0853E+18 xe-135 9.9754E+01 3.9062E-08 1. 7425E+17 9.0538E+17 Page 458

CRDA PELLET MVP TRIP 10 MIN.o0 Cs-134 4.9422E-03 3.8198E-09 1.7167E+16 1. 5812E+13 Cs-136 1.3053E-03 1.7810E-11 7.8865E+13 4.2868E+12 Cs-137 2.4307E-03 2.7944E-08 1.2284E+17 7.7733E+12 Ba-139 1.9956E-08 1.2201E-18 5.2858E+06 9.2581E+11 Ba-140 3.1823E-03 4.3469E-11 1.8698E+14 1.0459E+13 La-140 2.3921E-05 4.3037E-14 1.8512E+11 9.4724E+10 La-141 4.6001E-07 8.1341E-17 3.4741E+08 2.3631E+10 La-142 6.2866E-10 4.3916E-20 1.8625E+05 9.0778E+09 Ce-141 7.7976E-05 2.7366E-12 1.1688E+13 2.5204E+11 Ce-143 4.4060E-05 6.6347E-14 2.7941E+11 1.8323E+11 Ce-144 6.5954E-05 2.0679E-11 8.6479E+13 2.1117E+11 Pr-143 2.6801E-05 3.9800E-13 1. 6761E+12 8.7935E+10 Nd-147 1.2058E-05 1.4905E-13 6.1060E+11 3.9803E+10 Np-239 8.1040E-04 3.4932E-12 8.8019E+12 3.0135E+12 Pu-238 4.5500E-07 2.6578E-11 6.7250E+13 1.4551E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 7.8144E+07 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.2373E+08 Pu-241 1.1361E-05 1.1029E-10 2.7559E+14 3.6334E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 1.9094E+07 Cm-242 1.8043E-06 5.4441E-13 1. 3548E+12 5.7824E+09 Cm-244 2.2178E-07 2.7413E-12 6.7658E+12 7.0927E+08 MVP Holdup Transport Group Inventory: Time (h) = 24.0000 Atmosphere Sump Noble gases (atoms) 2.1520E+21 O.OOOOE+00 Elemental I (atoms) 1.4406E+17 O.OOOOE+00 organic I (atoms) 4.4554E+15 O.OOOOE+00 Aerosols (kg) 3.4624E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 4.7187E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 5.1541E-08 Total I (Ci) 7.7323E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 24.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 24.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 32.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 32.0000 whole Body Thyroid TEDE Delta dose (rem) 1.6345E-24 8.9130E-23 4.3976E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 32.0000 whole Body Thyroid TEDE Delta dose (rem) 2.0663E-25 1.1267E-23 5.5592E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Page 459

CRDA PELLET MVP TRIP 10 MIN.O0 Control Room Doses: Time (h) = 32.0000 whole Body Thyroid TEDE Delta dose (rem) 1.6764E-06 2.6932E-03 8. 5231E-05 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 32.0000 Ci kg Atoms Decay Co-58 2.2078E-05 6.9432E-13 7.2091E+12 9.5113E+10 Co-60 2.6745E-05 2.3660E-11 2.3748E+14 1. 1450E+11 Kr-85 2.3686E+02 6.0373E-04 4.2773E+21 1.0139E+18 Kr-85m 3.5270E+03 4.2857E-03 3.0364E+22 1. 5099E+19 Kr-87 1.7844E-04 6.2997E-15 4.3607E+10 1.6664E+18 Kr-88 3.8270E+00 3.0520E-10 2.0886E+15 5.2071E+18 Rb-86 7.1474E-04 8.7842E-12 6.1511E+13 3.1363E+12 Sr-89 2.7641E-02 9.5143E-10 6.4378E+15 1.1939E+14 Sr-90 4.2349E-03 3.1046E-08 2.0774E+17 1.8126E+13 Sr-91 3.4519E-03 9. 5225E-13 6.3017E+12 5.9186E+13 Sr-92 1.0870E-05 8.6483E-16 5. 6610E+09 2.0535E+13 Y-90 3.1091E-05 5.7146E-14 3.8238E+11 1. 5910E+11 Y-91 3.6079E-04 1.4712E-11 9.7357E+13 1. 5564E+12 Y-92 7.4419E-07 7.7340E-17 5.0625E+08 2.6872E+11 Y-93 5.0956E-05 1. 5273E-14 9.8899E+10 7.9554E+11 Zr-95 5.1128E-04 2.3799E-11 1. 5087E+14 2.2041E+12 Zr-97 1.4149E-04 7.4014E-14 4.5951E+11 1.2548E+12 Nb-95 5.0770E-04 1.2984E-11 8.2304E+13 2.2018E+12 MO-99 5.4274E-03 1.1316E-11 6.8836E+13 2.7620E+13 TC-99m 1.6703E-04 3.1765E-14 1.9322E+11 7.5648E+12 RU-103 6.5094E-03 2.0169E-10 1.1792E+15 2.8191E+13 RU-105 3.3302E-05 4.9541E-15 2.8414E+10 4.2103E+12 RU-106 3.0500E-03 9.1165E-10 5.1793E+15 1. 3070E+13 Rh-105 2.4524E-03 2.9054E-12 1.6664E+13 1.4610E+13 Sb-127 7.3765E-03 2.7622E-11 1.3098E+14 3.5693E+13 sb-129 1.5950E-04 2.8365E-14 1. 3241E+11 2.2564E+13 Te-127 8.7024E-04 3.2975E-13 1.5636E+12 1. 5307E+13 Te-127m 1.2547E-03 1. 3302E-10 6.3077E+14 5. 3931E+12 Te-129 1.3231E-10 6.3178E-21 2.9494E+04 6.0462E+12 Te-129m 3.8587E-03 1.2809E-10 5.9796E+14 1. 6745E+13 Te-131m 5.6755E-03 7.1174E-12 3.2719E+13 3. 5993E+13 Te-132 8.5469E-02 2.8152E-10 1. 2844E+15 4.2309E+14 1-131 5.7345E+01 4.6255E-07 2.1264E+18 2. 6013E+17 1-132 5.9918E-03 5.8048E-13 2.6483E+12 4.1369E+16 1-133 4.4273E+01 3.9082E-08 1. 7696E+17 3.3890E+17 1-134 1.4479E-09 5.4276E-20 2.4392E+05 2.4212E+16 1-135 4.2042E+00 1.1972E-09 5.3403E+15 1.4892E+17 xe-133 2.3312E+04 1.2454E-04 5.6392E+20 1. 0910E+20 Xe-135 8.9003E+02 3.4852E-07 1. 5547E+18 1. 6231E+19 Cs-134 8.0899E-02 6.2527E-08 2.8101E+17 3.4646E+14 Cs-136 2.1000E-02 2.8653E-10 1.2688E+15 9.3134E+13 Cs-137 3.9799E-02 4.5756E-07 2. 0113E+18 1.7035E+14 Ba-139 5.8483E-09 3.5754E-19 1.5490E+06 1. 5339E+13 Ba-140 5.1171E-02 6.9898E-10 3.0067E+15 2.2717E+14 La-140 3.4130E-04 6.1404E-13 2.6413E+12 1. 9495E+12 La-141 1.8371E-06 3.2485E-16 1.3874E+09 3.9463E+11 La-142 2.8215E-10 1. 9710E-20 8.3589E+04 1. 5035E+11 Ce-141 1.2677E-03 4.4493E-11 1. 9003E+14 5.5039E+12 Ce-143 6.0985E-04 9.1834E-13 3.8674E+12 3.7248E+12 Ce-144 1. 0791E-03 3.3832E-10 1.4149E+15 4.6259E+12 Pr-143 4.3143E-04 6.4068E-12 2.6981E+13 1. 9110E+12 Nd-147 1.9332E-04 2.3897E-12 9.7899E+12 8.6332E+11 Np-239 1.2030E-02 5.1853E-11 1. 3066E+14 6.3079E+13 Page 460

CRDA PELLET MVP TRIP 10 MIN.O0 Pu-238 7.4502E-06 4.3518E-10 1. 1012E+15 3.1887E+10 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 1.7125E+09 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 2.7116E+09 Pu-241 1.8602E-04 1.8058E-09 4. 5123E+15 7.9622E+11 Am-241 9.7764E-08 2.8485E-11 7.1178E+13 4.1842E+08 Cm-242 2.9503E-05 8.9017E-12 2.2152E+13 1.2663E+11 Cm-244 3.6313E-06 4.4885E-11 1.1078E+14 1.5543E+10 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 32.0000 Atmosphere Sump Noble gases (atoms) 3.5207E+22 O.OOOOE+00 Elemental I (atoms) 2.2394E+18 O.OOOOE+00 organic I (atoms) 6.9261E+16 0.OOOOE+00 Aerosols (kq) 5.6684E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 4.1630E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 4.4644E-08 Total I (Ci) 1.0583E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 32.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 32.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 32.0000 Ci kg Atoms Bq Co-58 7. 5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2. 0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1.1155E+14 Rb-86 2. 5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9. 5164E-03 3.2756E-10 2.2164E+15 3. 5211E+08 Sr-90 1. 4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1. 1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1. 8194E+11 5.4737E+05 Y-91 1. 2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1. 2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5. 5941E+06 Zr-95 1.7536E-04 8. 1626E-12 5.1744E+13 6.4882E+06 Zr-97 1. 7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4. 5054E-12 2.8560E+13 6.5184E+06 MO-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1. 1832E-11 5.6107E+13 1. 1691E+08 Page 461

CRDA PELLET MVP TRIP 10 MIN.O0 Sb-129 8.7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1.1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1. 4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1.2246E+14 cs-134 2.7388E-02 2.1168E-08 9. 5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140" 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7. 5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 32.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 1.0376E+17 Elemental I (atoms) 1.0153E+18 8.8137E+12 Organi c I (atoms) 3.1402E+16 2.7259E+11 Aerosols (kg) 1.9180E-07 1.6649E-12 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 32.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 32.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 9.3908E+17 Elemental I (atoms) 0.0000E+00 7.5123E+13 organic I (atoms) 0.OOOOE+00 2.3234E+12 Page 462

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 0.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 32.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 0.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 0.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 32.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.O000E+00 3.5189E+16 Aerosols (kg) 0.O000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) 32.0000 Ci kg Atoms Decay Co-58 1.3483E-06 4.2403E-14 4.4027E+11 5.7864E+09 Co-60 1.6334E-06 1. 4450E-12 1.4503E+13 6.9656E+09 Kr-85 1. 4466E+01 3.6871E-05 2.6122E+20 6.1682E+16 Kr-85m 2.1540E+02 2.6174E-04 1. 8544E+21 9.1858E+17 Kr-87 1.0898E-05 3.8474E-16 2.6631E+09 1.0055E+17 Kr-88 2.3372E-01 1.8639E-11 1. 2755E+14 3.1498E+17 Rb-86 4.3651E-05 5.3646E-13 3.7566E+12 1. 9079E+11 Sr-89 1. 6881E-03 5.8105E-11 3.9317E+14 7.2635E+12 Sr-90 2. 5863E-04 1.8960E-09 1. 2687E+16 1.1027E+12 Sr-91 2.1081E-04 5.8155E-14 3.8486E+11 3.5922E+12 Sr-92 6. 6388E-07 5.2817E-17 3.4573E+08 1.2420E+12 Y-90 1.8988E-06 3.4900E-15 2.3353E+10 9.6760E+09 Y-91 2.2034E-05 8.9846E-13 5.9458E+12 9.4687E+10 Y-92 4. 5449E-08 4.7233E-18 3.0918E+07 1.6265E+10 Y-93 3. 1120E-06 9.3275E-16 6.0400E+09 4.8290E+10 Zr-95 3.1224E-05 1.4535E-12 9.2136E+12 1. 3409E+11 Zr-97 8. 6410E-06 4.5202E-15 2.8063E+10 7.6236E+10 Nb-95 3.1006E-05 7.9293E-13 5.0264E+12 1.3395E+11 Mo-99 3.3146E-04 6.9110E-13 4.2039E+12 1. 6797E+12 Tc-99m 1.0201E-05 1.9399E-15 1.1800E+10 4.5861E+11 RU-103 3.9754E-04 1.2318E-11 7.2019E+13 1.7150E+12 RU-105 2.0338E-06 3.0256E-16 1.7353E+09 2. 5502E+11 Ru-106 1.8627E-04 5.5676E-11 3.1631E+14 7.9516E+11 Rh-105 1.4977E-04 1.7744E-13 1.0177E+12 8.8826E+11 sb-127 4. 5049E-04 1.6869E-12 7.9991E+12 2.1709E+12 Sb-129 9. 7412E-06 1. 7323E-15 8.0868E+09 1.3666E+12 Te-127 5.3147E-05 2.0138E-14 9. 5493E+10 9.2898E+11 Te-127m 7.6629E-05 8.1239E-12 3.8522E+13 3.2810E+11 Te-129m 2. 3566E-04 7.8226E-12 3.6518E+13 1.0187E+12 Te-131m 3.4661E-04 4.3467E-13 1.9982E+12 2.1880E+12 Te-132 5.2197E-03 1.7193E-11 7.8439E+13 2.5732E+13 1-131 3.5022E+00 2.8249E-08 1.2986E+17 1. 5824E+16 1-132 3.6593E-04 3.5451E-14 1.6173E+11 2.5009E+15 1-133 2. 7038E+00 2.3868E-09 1.0807E+16 2.0595E+16 1-134 8.8425E-11 3.3147E-21 1.4897E+04 1.4588E+15 1-135 2. 5676E-01 7.3112E-11 3.2614E+14 9.0305E+15 xe-133 1.4237E+03 7.6060E-06 3.4439E+19 6. 6362E+18 xe-135 5.4355E+01 2.1285E-08 9.4948E+16 9.8505E+17 Cs-134 4.9407E-03 3.8186E-09 1. 7161E+16 2.1078E+13 Cs-136 1.2825E-03 1. 7499E-11 7.7486E+13 5.6656E+12 Page 463

CRDA PELLET MVP TRIP 10 MIN.oO Cs-137 2.4306E-03 2.7944E-08 1. 2283E+17 1.0363E+13 Ba-139 3.5717E-10 2.1836E-20 9.4602E+04 9.2582E+11 Ba-140 3.1251E-03 4.2688E-11 1.8362E+14 1. 3819E+13 La-140 2.0844E-05 3.7501E-14 1.6131E+11 1.1854E+11 La-141 1.1220E-07 1.9839E-17 8.4733E+07 2.3894E+10 Ce-141 7.7423E-05 2.7172E-12 1.1605E+13 3.3484E+11 Ce-143 3.7245E-05 5.6085E-14 2.3619E+11 2.2645E+11 Ce-144 6.5901E-05 2.0662E-11 8.6409E+13 2.8143E+11 Pr-143 2.6348E-05 3.9127E-13 1.6478E+12 1.1625E+11 Nd-147 1.1807E-05 1.4594E-13 5.9789E+11 5.2518E+10 Np-239 7.3466E-04 3.1668E-12 7.9794E+12 3.8360E+12 Pu-238 4.5500E-07 2.6577E-11 6.7249E+13 1.9399E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1. 0418E+08 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.6496E+08 Pu-241 1.1360E-05 1.1028E-10 2.7558E+14 4.8440E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 2.5456E+07 Cm-242 1.8018E-06 5.4364E-13 1.3528E+12 7.7038E+09 Cm-244 2.2177E-07 2.7412E-12 6.7656E+12 9.4559E+08 MVP Holdup Transport GIroup Inventory: Time (h) = 32.0000 Atmosphere sump Noble gases (atoms) 2.1501E+21 0.0000E+00 Elemental I (atoms) 1.3677E+17 O.0000E+00 Organi c I (atoms) 4.2299E+15 0.O000E+00 Aerosols (kq) 3.4618E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 4.4391E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 4.7605E-08 Total I (Ci) 6.4631E+00 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 32.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 32.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1. 3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 Organi c I (atoms) O.OOOOE+00 3. 5189E+16 Aerosols (kg) 0.0000E+00 2.1365E-07 Detailed model information at time (H) = 40.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 40.0000 whole Body Thyroid TEDE Delta dose (rem) 1.4310E-24 8.4114E-23 4.0344E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 40.0000 whole Body Thyroid TEDE Delta dose (rem) 1.8090E-25 1.0633E-23 5. 1001E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 control Room Doses: Page 464

CRDA PELLET MVP TRIP 10 MIN.oO Time (h) = 40.0000 whole Body Thyroid TEDE Delta dose (rem) 3.7356E-12 6.6435E-09 2.0947E-10 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1.5133E-02 DAEC Condenser - CRDA compartment Nuclide Inventory: Time (h) = 40.0000 Ci kg Atoms Decay Co-58 2. 2006E-05 6.9206E-13 7.1856E+12 1. 1860E+11 Co-60 2. 6742E-05 2.3657E-11 2.3745E+14 1.4299E+11 Kr-85 2. 3685E+02 6.0369E-04 4.2771E+21 1. 2663E+18 Kr-85m 3. 5265E+03 4.2852E-03 3.0360E+22 1.8857E+19 Kr-87 2. 2790E-06 8.0456E-17 5. 5691E+08 1. 6664E+18 Kr-88 5.4310E-01 4.3312E-11 2.9640E+14 5.2089E+18 Rb-86 7. 0595E-04 8.6761E-12 6.0754E+13 3.8932E+12 sr-89 2.7515E-02 9.4709E-10 6.4084E+15 1.4878E+14 Sr-90 4.2348E-03 3.1046E-08 2.0773E+17 2.2639E+13 Sr-91 1.9256E-03 5.3119E-13 3.5153E+12 6.1973E+13 Sr-92 1.4047E-06 1.1176E-16 7.3155E+08 2.0540E+13 Y-90 2.8511E-05 5.2403E-14 3.5064E+11 1.9084E+11 Y-91 3.5936E-04 1.4654E-11 9.6974E+13 1.9401E+12 Y-92 1.5538E-07 1.6148E-17 1.0570E+08 2.6912E+11 Y-93 2.9428E-05 8.8204E-15 5.7116E+10 8.3733E+11 Zr-95 5. 0943E-04 2.3713E-11 1. 5032E+14 2.7480E+12 Zr-97 1. 0191E-04 5.3311E-14 3.3097E+11 1. 3834E+12 Nb-95 5.0437E-04 1.2898E-11 8.1765E+13 2.7410E+12 MO-99 4. 9901E-03 1.0404E-11 6.3289E+13 3.3167E+13 Tc-99m 6.6488E-05 1.2645E-14 7.6917E+10 7.6812E+12 Ru-103 6.4713E-03 2.0051E-10 1.1723E+15 3.5107E+13 RU-105 9. 5514E-06 1.4209E-15 8.1495E+09 4.2305E+12 RU-106 3. 0481E-03 9.1108E-10 5.1761E+15 1.6319E+13 Rh-105 2.0964E-03 2.4837E-12 1.4245E+13 1.7029E+13 Sb-127 6.9468E-03 2.6013E-11 1. 2335E+14 4.3322E+13 Sb-129 4.4189E-05 7.8580E-15 3.6684E+10 2.2660E+13 Te-127 4.8092E-04 1.8223E-13 8.6410E+11 1. 6006E+13 Te-127m 1.2521E-03 1.3274E-10 6.2944E+14 6.7288E+12 Te-129m 3.8323E-03 1.2721E-10 5.9386E+14 2.0843E+13 Te-131m 4.7177E-03 5.9163E-12 2.7197E+13 4.1515E+13 Te-132 7.9618E-02 2.6225E-10 1.1965E+15 5.1101E+14 1-131 5. 5721E+01 4.4945E-07 2.0662E+18 3.2037E+17 1-132 5.3764E-04 5.2086E-14 2.3763E+11 4.1372E+16 1-133 3. 3912E+01 2.9936E-08 1. 3555E+17 3.8032E+17 1-135 1. 8170E+00 5.1739E-10 2.3080E+15 1.5195E+17 xe-133 2.2309E+04 1.1918E-04 5.3966E+20 1.3340E+20 xe-135 4.8468E+02 1.8979E-07 8.4664E+17 1.6942E+19 Cs-134 8.0875E-02 6.2508E-08 2.8092E+17 4.3265E+14 cs-136 2.0633E-02 2.8152E-10 1. 2466E+15 1. 1532E+14 Cs-137 3. 9798E-02 4.5755E-07 2.0113E+18 2.1275E+14 Ba-139 1.0467E-10 6.3990E-21 2.7724E+04 1. 5339E+13 Ba-140 5.0251E-02 6.8641E-10 2.9526E+15 2.8120E+14 La-140 2.9740E-04 5.3506E-13 2.3016E+12 2.2893E+12 La-141 4.4808E-07 7.9232E-17 3.3840E+08 3.9568E+11 Ce-141 1.2588E-03 4.4177E-11 1. 8868E+14 6.8501E+12 Ce-143 5.1552E-04 7.7629E-13 3.2692E+12 4.3230E+12 Ce-144 1.0782E-03 3.3805E-10 1.4137E+15 5.7753E+12 Pr-143 4.2414E-04 6.2985E-12 2.6525E+13 2.3668E+12 Nd-147 1.8930E-04 2.3400E-12 9.5861E+12 1.0672E+12 Np-239 1. 0905E-02 4.7008E-11 1. 1845E+14 7.5289E+13 Pu-238 7.4502E-06 4.3518E-10 1. 1011E+15 3.9826E+10 Pu-239 4. 0012E-07 6.4372E-09 1. 6220E+16 2.1388E+09 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 3.3867E+09 Pu-241 1. 8601E-04 1.8057E-09 4.5121E+15 9.9444E+11 Am-241 9.7764E-08 2.8484E-11 7.1177E+13 5.2260E+08 Cm-242 2. 9461E-05 8.8891E-12 2.2120E+13 1.5805E+11 Page 465

CRDA PELLET MVP TRIP 10 MIN.o0 Cm-244 3.6312E-06 4.4884E-11 1.1078E+14 1.9412E+10 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 40.0000 Atmosphere Sump Noble gases (atoms) 3.5178E+22 0.OOOOE+00 Elemental I (atoms) 2.1379E+18 0.OOOOE+00 organic I (atoms) 6.6120E+16 0.OOOOE+00 Aerosols (kq) 5.6676E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 3.9435E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 4.1695E-08 Total I (Ci) 9.1450E+01 DAEC condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 40.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 40.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 40.0000 Ci kg Atoms Bq co-58 7. 5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1.1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1.1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1. 1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1. 2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1. 8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4. 5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4. 5054E-12 2.8560E+13 6.5184E+06 MO-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8.7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5. 5254E+12 1.1378E+08 Te-127m 4. 2783E-04 4. 5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1. 3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Page 466

CRDA PELLET MVP TRIP 10 MIN.O0 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1. 4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1. 2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1. 7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6. 6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3. 5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2. 3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1.2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 40.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 8.3010E+16 Elemental I (atoms) 1.0153E+18 7.0510E+12 Organic I (atoms) 3.1402E+16 2.1807E+11 Aerosols (kg) 1.9180E-07 1.3320E-12 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 40.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 40.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Elemental I (atoms) 0.OOOOE+00 7.5123E+13 Organic I (atoms) 0.OOOOE+00 2.3234E+12 Aerosols (kg) 0.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 40.0000 Filtered Transported Page 467

CRDA PELLET MVP TRIP 10 MIN.00 Noble gases (atoms) 9.3564E+17 0.OOOOE+00 Elemental I (atoms) 7.4132E+13 O.OOOOE+00 organic I (atoms) 2.2927E+12 O.OOOOE+00 Aerosols (kg) 1.5024E-11 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 40.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 40.0000 Ci kg Atoms Decay Co-58 1. 3439E-06 4.2265E-14 4.3884E+11 7.2208E+09 Co-60 1.6332E-06 1.4448E-12 1.4501E+13 8.7060E+09 Kr-85 1.4465E+01 3.6869E-05 2.6121E+20 7.7096E+16 Kr-85m 2.1537E+02 2.6171E-04 1.8541E+21 1. 1481E+18 Kr-87 1. 3918E-07 4.9135E-18 3.4012E+07 1.0055E+17 Kr-88 3. 3168E-02 2.6452E-12 1.8102E+13 3.1509E+17 Rb-86 4.3113E-05 5.2986E-13 3.7103E+12 2.3702E+11 Sr-89 1. 6804E-03 5.7840E-11 3.9137E+14 9.0582E+12 Sr-90 2.5863E-04 1.8960E-09 1. 2687E+16 1. 3783E+12 Sr-91 1.1760E-04 3.2441E-14 2.1468E+11 3.7624E+12 Sr-92 8.5790E-08 6.8253E-18 4.4677E+07 1. 2423E+12 Y-90 1. 7412E-06 3.2004E-15 2.1414E+10 1.1614E+10 Y-91 2.1947E-05 8.9492E-13 5.9223E+12 1. 1812E+11 Y-92 9.4892E-09 9.8616E-19 6.4552E+06 1. 6290E+10 Y-93 1. 7972E-06 5.3867E-16 3.4881E+09 5.0842E+10 Zr-95 3. 1112E-05 1.4482E-12 9.1804E+12 1. 6731E+11 Zr-97 6. 2240E-06 3.2558E-15 2.0213E+10 8.4086E+10 Nb-95 3.0803E-05 7.8773E-13 4.9935E+12 1.6688E+11 MO-99 3.0475E-04 6.3541E-13 3.8652E+12 2.0185E+12 Tc-99m 4.0605E-06 7.7223E-16 4.6974E+09 4.6571E+11 Ru-103 3.9521E-04 1. 2246E-11 7.1596E+13 2.1374E+12 Ru-105 5.8332E-07 8.6778E-17 4.9770E+08 2. 5626E+11 Ru-106 1.8615E-04 5.5641E-11 3.1611E+14 9.9358E+11 Rh-105 1.2803E-04 1. 5169E-13 8.6998E+11 1.0360E+12 Sb-127 4.2425E-04 1. 5887E-12 7.5332E+12 2.6368E+12 Sb-129 2.6987E-06 4.7990E-16 2.2403E+09 1. 3725E+12 Te-127 2.9371E-05 1. 1129E-14 5.2772E+I10 9.7171E+11 Te-127m 7.6467E-05 8.1067E-12 3.8441E+13 4.0967E+11 Te-129m 2.3404E-04 7.7690E-12 3.6268E+13 1.2689E+12 Te-131m 2.8812E-04 3.6132E-13 1. 6610E+12 2. 5253E+12 Te-132 4.8624E-03 1. 6016E-11 7.3069E+13 3.1102E+13 1-131 3.4029E+00 2.7449E-08 1.2618E+17 1. 9503E+16 1-132 3.2835E-05 3.1810E-15 1.4512E+10 2.5010E+15 1-133 2.0711E+00 1.8283E-09 8.2782E+15 2.3124E+16 1-135 1.1097E-01 3.1598E-11 1.4095E+14 9.2156E+15 Xe-133 1. 3625E+03 7.2788E-06 3.2958E+19 8.1204E+18 Xe-135 2.9600E+01 1. 1591E-08 5.1706E+16 1.0284E+18 Cs-134 4. 9391E-03 3.8175E-09 1. 7156E+16 2.6341E+13 Cs-136 1. 2601E-03 1.7193E-11 7.6132E+13 7.0203E+12 Cs-137 2.4306E-03 2.7943E-08 1.2283E+17 1.2953E+13 Ba-140 3.0689E-03 4.1920E-11 1.8032E+14 1. 7119E+13 La-140 1. 8163E-05 3.2677E-14 1.4056E+11 1. 3929E+11 La-141 2.7365E-08 4.8388E-18 2.0667E+07 2.3958E+10 Ce-141 7.6875E-05 2.6980E-12 1.1523E+13 4.1705E+11 Ce-143 3.1484E-05 4.7410E-14 1. 9966E+11 2.6298E+11 Ce-144 6.5847E-05 2.0645E-11 8.6338E+13 3.5162E+11 Page 468

CRDA PELLET MVP TRIP 10 MIN.o0 Pr-143 2.5903E-05 3.8466E-13 1. 6199E+12 1.4409E+11 Nd-147 1.1561E-05 1.4290E-13 5.8544E+11 6.4967E+10 Np-239 6.6601E-04 2.8708E-12 7.2337E+12 4. 5817E+12 Pu-238 4.5499E-07 2.6577E-11 6.7249E+13 2.4248E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.3022E+08 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.0619E+08 Pu-241 1.1360E-05 1.1028E-10 2.7556E+14 6.0545E+10 Am-241 5.9706E-09 1.7396E-12 4.3469E+12 3.1818E+07 Cm-242 1.7992E-06 5.4287E-13 1. 3509E+12 9.6224E+09 Cm-244 2.2176E-07 2.7411E-12 6.7653E+12 1.1819E+09 MVP Holdup Transport Group Inventory: Time (h) = 40.0000 Atmosphere sump Noble gases (atoms) 2.1484E+21 0.OOOOE+00 Elemental I (atoms) 1.3056E+17 0.OOOOE+00 organic I (atoms) 4.0381E+15 0.OOOOE+00 Aerosols (kq) 3.4613E-08 O.0000E+00 Dose Effective (ci/cc) 1-131 (Thyroid) 4.2051E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 4.4461E-08 Total I (Ci) 5.5850E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 40.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 40.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 48.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 48.0000 whole Body Thyroid TEDE Delta dose (rem) 1.3153E-24 7.9871E-23 3.7847E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1.5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 48.0000 whole Body Thyroid TEDE Delta dose (rem) 1.6627E-25 1.0097E-23 4.7844E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 control Room Doses: Time (h) = 48.0000 whole Body Thyroid TEDE Delta dose (rem) 8.8744E-18 1. 6501E-14 5.1923E-16 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 48.0000 Ci kg Atoms Decay co-58 2.1934E-05 6.8980E-13 7.1622E+12 1.4201E+11 Page 469

CRDA PELLET MVP TRIP 10 MIN.oO Co-60 2.6739E-05 2.3655E-11 2.3742E+14 1.7149E+11 Kr-85 2.3684E+02 6.0366E-04 4.2768E+21 1. 5187E+18 Kr-85m 3.5261E+03 4.2847E-03 3.0356E+22 2.2615E+19 Kr-87 2.9105E-08 1.0275E-18 7.1125E+06 1. 6664E+18 Kr-88 7.7074E-02 6.1467E-12 4.2064E+13 5.2091E+18 Rb-86 6.9726E-04 8.5693E-12 6.0006E+13 4.6408E+12 Sr-89 2.7389E-02 9.4276E-10 6.3792E+15 1. 7803E+14 Sr-90 4.2347E-03 3.1045E-08 2.0773E+17 2.7151E+13 Sr-91 1.0741E-03 2.9631E-13 1.9609E+12 6.3527E+13 Sr-92 1.8153E-07 1.4442E-17 9.4536E+07 2.0541E+13 Y-90 2.6144E-05 4.8054E-14 3.2154E+11 2.1994E+11 Y-91 3.5795E-04 1.4596E-11 9.6591E+13 2.3223E+12 Y-92 3.2441E-08 3.3714E-18 2.2069E+07 2.6920E+11 Y-93 1.6995E-05 5.0939E-15 3.2985E+10 8.6146E+11 Zr-95 5.0760E-04 2.3628E-11 1.4978E+14 3.2899E+12 zr-97 7.3405E-05 3.8399E-14 2.3839E+11 1.4759E+12 Nb-95 5.0107E-04 1.2814E-11 8.1229E+13 3.2767E+12 Mo-99 4.5879E-03 9.5659E-12 5.8189E+13 3.8267E+13 Tc-99m 2.6467E-05 5.0334E-15 3.0618E+10 7.7275E+12 RU-103 6.4333E-03 1.9933E-10 1.1655E+15 4.1983E+13 Ru-105 2.7395E-06 4.0754E-16 2.3374E+09 4.2363E+12 Ru-106 3.0462E-03 9.1051E-10 5.1728E+15 1.9566E+13 Rh-105 1.7921E-03 2.1232E-12 1.2178E+13 1.9096E+13 Sb-127 6.5422E-03 2.4498E-11 1. 1616E+14 5.0507E+13 sb-129 1.2242E-05 2.1770E-15 1.0163E+10 2.2686E+13 Te-127 2.6577E-04 1.0071E-13 4.7753E+11 1. 6393E+13 Te-127m 1.2494E-03 1.3246E-10 6.2810E+14 8.0616E+12 Te-129m 3.8060E-03 1.2634E-10 5.8979E+14 2.4912E+13 Te-131m 3.9215E-03 4.9178E-12 2.2608E+13 4.6105E+13 Te-132 7.4168E-02 2.4430E-10 1. 1146E+15 5.9292E+14 1-131 5.4142E+01 4.3672E-07 2.0076E+18 3.7890E+17 1-132 4.8243E-05 4.6737E-15 2.1323E+10 4.1372E+16 1-133 2.5976E+01 2.2931E-08 1.0383E+17 4.1204E+17 1-135 7.8527E-01 2.2361E-10 9.9747E+14 1. 5326E+17 Xe-133 2.1349E+04 1.1405E-04 5.1643E+20 1.5666E+20 Xe-135 2.6382E+02 1.0331E-07 4.6084E+17 1.7329E+19 Cs-134 8.0850E-02 6.2489E-08 2.8083E+17 5.1882E+14 Cs-136 2.0272E-02 2.7660E-10 1.2248E+15 1. 3711E+14 Cs-137 3.9798E-02 4.5754E-07 2.0112E+18 2. 5516E+14 Ba-140 4.9348E-02 6.7408E-10 2.8996E+15 3.3427E+14 La-140 2.5914E-04 4.6623E-13 2.0055E+12 2.5854E+12 La-141 1.0929E-07 1.9325E-17 8.2537E+07 3.9593E+11 Ce-141 1.2498E-03 4.3864E-11 1.8735E+14 8.1866E+12 Ce-143 4.3578E-04 6.5622E-13 2.7635E+12 4.8287E+12 Ce-144 1.0773E-03 3.3777E-10 1.4126E+15 6.9237E+12 Pr-143 4.1697E-04 6.1921E-12 2.6077E+13 2.8150E+12 Nd-147 1.8536E-04 2.2912E-12 9.3865E+12 1. 2668E+12 Np-239 9.8863E-03 4.2615E-11 1.0738E+14 8.6358E+13 Pu-238 7.4501E-06 4.3518E-10 1. 1011E+15 4.7765E+10 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 2.5652E+09 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 4.0618E+09 Pu-241 1.8600E-04 1.8056E-09 4.5119E+15 1.1926E+12 Am-241 9.7763E-08 2.8484E-11 7.1177E+13 6.2678E+08 Cm-242 2.9419E-05 8.8764E-12 2.2089E+13 1.8942E+11 Cm-244 3.6311E-06 4.4882E-11 1.1077E+14 2.3282E+10 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 48.0000 Atmosphere sump Noble gases (atoms) 3.5150E+22 O.OOOOE+00 Elemental I (atoms) 2.0491E+18 0.OOOOE+00 organic I (atoms) 6.3373E+16 0.OOOOE+00 Aerosols (kq) 5.6668E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 3.7554E-08 Page 470

CRDA PELLET MVP TRIP 10 MIN.o0 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 3.9264E-08 Total I (Ci) 8.0904E+01 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 48.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organi c I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 48.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) 48.0000 Ci kg Atoms Bq Co-58 7. 5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1.1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1. 1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1. 2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4. 5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1. 7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4. 5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1. 5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1. 5394E-03 1. 8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8. 7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1. 1652E-12 5.5254E+12 1.1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1. 3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3. 8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1. 7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4. 2895E+01 3.7866E-08 1. 7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1. 1230E-08 5.0097E+16 1.4593E+12 Xe-133 9. 3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9. 5133E+16 1.0134E+09 Page 471

CRDA PELLET MVP TRIP 10 MIN.O0 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1.2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 48.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 6.9175E+16 Elemental I (atoms) 1.0153E+18 5.8758E+12 organic I (atoms) 3.1402E+16 1.8173E+11 Aerosols (kq) 1.9180E-07 1.1100E-12 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC Condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 48.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 48.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Elemental I (atoms) O.OOOOE+00 7.5123E+13 organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 48.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 0.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 O.OOOOE+00 Aerosols (kg) 1. 5024E-11 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 48.0000 Filtered Transported Page 472

CRDA PELLET MVP TRIP 10 MIN.O0 Noble gases (atoms) O.OOOOE+O0 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOE+O0 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 48.0000 Ci kg Atoms Decay Co-58 1.3396E-06 4.2127E-14 4.3741E+11 8.6506E+09 Co-60 1.6330E-06 1.4446E-12 1.4500E+13 1.0446E+10 Kr-85 1. 4464E+01 3.6866E-05 2.6119E+20 9.2509E+16 Kr-85m 2.1534E+02 2.6167E-04 1.8539E+21 1. 3776E+18 Kr-87 1.7775E-09 6.2752E-20 4.3437E+05 1.0055E+17 Kr-88 4.7071E-03 3.7539E-13 2.5689E+12 3.1510E+17 Rb-86 4.2583E-05 5.2334E-13 3.6647E+12 2.8268E+11 Sr-89 1. 6727E-03 5.7576E-11 3.8959E+14 1.0845E+13 Sr-90 2.5862E-04 1.8960E-09 1.2686E+16 1.6539E+12 Sr-91 6. 5599E-05 1. 8096E-14 1. 1976E+11 3.8573E+12 Sr-92 1. 1086E-08 8.8201E-19 5.7735E+06 1.2424E+12 Y-90 1. 5967E-06 2.9347E-15 1.9637E+10 1. 3391E+10 Y-91 2.1860E-05 8.9139E-13 5.8990E+12 1.4146E+11 Y-92 1.9812E-09 2.0590E-19 1.3478E+06 1.6295E+10 Y-93 1.0379E-06 3.1109E-16 2.0144E+09 5.2316E+10 Zr-95 3.1000E-05 1.4430E-12 9.1473E+12 2.0040E+11 Zr-97 4.4830E-06 2. 3451E-15 1.4559E+10 8.9740E+10 Nb-95 3.0601E-05 7.8257E-13 4.9608E+12 1. 9960E+11 Mo-99 2.8019E-04 5.8420E-13 3. 5537E+12 2.3300E+12 Tc-99m 1. 6164E-06 3.0740E-16 1.8699E+09 4.6854E+11 Ru-103 3.9289E-04 1.2174E-11 7.1176E+13 2.5573E+12 Ru-105 1. 6731E-07 2.4889E-17 1.4275E+08 2.5661E+11 Ru-106 1.8603E-04 5.5606E-11 3.1591E+14 1. 1919E+12 Rh-105 1.0945E-04 1. 2967E-13 7.4370E+11 1.1622E+12 Sb-127 3.9954E-04 1.4961E-12 7.0944E+12 3.0756E+12 Sb-129 7. 4763E-07 1.3295E-16 6.2065E+08 1. 3741E+12 Te-127 1. 6231E-05 6.1502E-15 2.9163E+10 9.9531E+11 Te-127m 7.6305E-05 8.0895E-12 3.8359E+13 4.9107E+11 Te-129m 2.3244E-04 7.7157E-12 3.6020E+13 1. 5175E+12 Te-131m 2. 3949E-04 3.0034E-13 1. 3807E+12 2.8056E+12 Te-132 4.5295E-03 1.4920E-11 6.8068E+13 3.6104E+13 1-131 3.3065E+00 2.6671E-08 1.2261E+17 2.3077E+16 1-132 2.9463E-06 2.8543E-16 1.3022E+09 2.5010E+15 1-133 1. 5864E+00 1.4004E-09 6.3410E+15 2.5061E+16 1-135 4.7958E-02 1.3656E-11 6.0917E+13 9.2957E+15 Xe-133 1. 3038E+03 6.9655E-06 3.1539E+19 9.5408E+18 Xe-135 1.6112E+01 6.3092E-09 2.8144E+16 1.0521E+18 Cs-134 4.9376E-03 3.8163E-09 1.7151E+16 3. 1604E+13 Cs-136 1.2381E-03 1.6892E-11 7.4801E+13 8.3512E+12 Cs-137 2.4305E-03 2.7943E-08 1.2283E+17 1. 5543E+13 Ba-140 3.0138E-03 4.1167E-11 1. 7708E+14 2.0360E+13 La-140 1.5826E-05 2.8473E-14 1.2248E+11 1. 5737E+11 La-141 6. 6745E-09 1.1802E-18 5.0407E+06 2.3974E+10 Ce-141 7.6330E-05 2.6789E-12 1. 1442E+13 4.9867E+11 Ce-143 2.6614E-05 4.0076E-14 1. 6877E+11 2.9387E+11 Ce-144 6.5794E-05 2.0628E-11 8.6268E+13 4.2176E+11 Pr-143 2.5465E-05 3.7816E-13 1. 5926E+12 1. 7146E+11 Nd-147 1.1320E-05 1.3993E-13 5.7325E+11 7.7158E+10 Np-239 6.0377E-04 2.6026E-12 6.5577E+12 5.2577E+12 Pu-238 4. 5499E-07 2.6577E-11 6.7248E+13 2.9096E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.5626E+08 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 2.4742E+08 Pu-241 1. 1359E-05 1. 1027E-10 2.7555E+14 7.2650E+10 Am-241 5. 9706E-09 1. 7396E-12 4.3469E+12 3.8180E+07 Cm-242 1. 7967E-06 5.4210E-13 1. 3490E+12 1.1538E+10 Page 473

CRDA PELLET MVP TRIP 10 MIN.o0 Cm-244 2.2176E-07 2.7410E-12 6.7651E+12 1.4182E+09 MVP Holdup Transport Group Inventory: Time (h) = 48.0000 Atmosphere sump Noble gases (atoms) 2.1467E+21 0.OOOOE+00 Elemental I (atoms) 1.2514E+17 0.OOOOE+00 organic I (atoms) 3.8703E+15 0.OOOOE+00 Aerosols (k 9 ) 3.4608E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 4.0045E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 4.1869E-08 Total I (Ci) 4.9409E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 48.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 48.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 72.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 72.0000 whole Body Thyroid TEDE Delta dose (rem) 3.5710E-24 2.1928E-22 1.0342E-23 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 72.0000 whole Body Thyroid TEDE Delta dose (rem) 4.5143E-25 2.7720E-23 1.3074E-24 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 72.0000 whole Body Thyroid TEDE Delta dose (rem) 2.1892E-23 4.1453E-20 1. 3028E-21 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 72.0000 Ci kg Atoms Decay Co-58 2.1721E-05 6.8308E-13 7.0924E+12 2.1179E+11 Co-60 2.6729E-05 2.3646E-11 2.3733E+14 2.5695E+11 Kr-85 2. 3679E+02 6.0355E-04 4.2761E+21 2.2757E+18 Kr-85m 3. 5248E+03 4.2831E-03 3.0345E+22 3.3885E+19 Kr-88 2.2029E-04 1.7568E-14 1.2022E+11 5.2092E+18 Rb-86 6.7184E-04 8.2568E-12 5.7818E+13 6.8289E+12 Sr-89 2. 7016E-02 9.2991E-10 6.2922E+15 2.6499E+14 Sr-90 4.2345E-03 3.1043E-08 2.0772E+17 4.0688E+13 Sr-91 1.8645E-04 5.1435E-14 3.4038E+11 6. 5148E+13 Sr-92 3. 9174E-10 3.1166E-20 2.0401E+05 2.0541E+13 Page 474

CRDA PELLET MVP TRIP 10 MIN.O0 Y-90 2.0160E-05 3.7055E-14 2.4794E+11 2.9354E+11 Y-91 3.5373E-04 1.4424E-11 9.5454E+13 3.4598E+12 Y-92 2.9527E-10 3.0686E-20 2.0086E+05 2.6922E+11 Y-93 3.2734E-06 9.8113E-16 6.3533E+09 8.8809E+11 Zr-95 5.0213E-04 2.3373E-11 1.4817E+14 4.9038E+12 Zr-97 2.7430E-05 1.4349E-14 8.9083E+10 1. 6252E+12 Nb-95 4.9128E-04 1.2564E-11 7.9643E+13 4.8628E+12 MO-99 3.5658E-03 7.4346E-12 4.5225E+13 5.1232E+13 Tc-99m 1.6695E-06 3.1750E-16 1. 9313E+09 7.7561E+12 Ru-103 6.3208E-03 1.9585E-10 1. 1451E+15 6.2368E+13 Ru-105 6.4637E-08 9.6158E-18 5. 5150E+07 4.2386E+12 Ru-106 3.0404E-03 9.0879E-10 5.1631E+15 2.9295E+13 Rh-105 1.1196E-03 1.3264E-12 7.6075E+12 2.3666E+13 sb-127 5.4643E-03 2.0462E-11 9.7025E+13 6.9646E+13 Sb-129 2.6029E-07 4.6287E-17 2.1608E+08 2.2696E+13 Te-127 4.4855E-05 1.6996E-14 8.0594E+10 1. 6790E+13 Te-127m 1.2415E-03 1.3162E-10 6.2412E+14 1. 2043E+13 Te-129m 3.7283E-03 1.2376E-10 5.7775E+14 3. 6955 E+13 Te-131m 2.2523E-03 2.8246E-12 1.2985E+13 5.5728E+13 Te-132 5.9955E-02 1.9749E-10 9.0098E+14 8.0649E+14 1-131 4.9670E+01 4.0065E-07 1.8418E+18 5.4473E+17 1-132 3.4854E-08 3.3766E-18 1.5405E+07 4.1372E+16 1-133 1.1674E+01 1.0306E-08 4.6663E+16 4.6920E+17 1-135 6.3390E-02 1.8050E-11 8.0520E+13 1. 5418E+17 Xe-133 1.8708E+04 9.9946E-05 4.5255E+20 2.2060E+20 Xe-135 4.2464E+01 1.6628E-08 7.4176E+16 1. 7716E+19 Cs-134 8.0775E-02 6.2431E-08 2.8057E+17 7.7716E+14 Cs-136 1.9228E-02 2.6235E-10 1. 1617E+15 2.0023E+14 Cs-137 3.9795E-02 4.5751E-07 2.0111E+18 3.8238E+14 Ba-140 4.6735E-02 6.3838E-10 2.7460E+15 4.8781E+14 La-140 1.7145E-04 3.0846E-13 1. 3269E+12 3.2640E+12 La-141 1.5857E-09 2.8039E-19 1. 1976E+06 3.9601E+11 Ce-141 1.2235E-03 4.2939E-11 1.8339E+14 1.2140E+13 Ce-143 2.6323E-04 3.9639E-13 1. 6693E+12 5.9229E+12 Ce-144 1.0747E-03 3.3695E-10 1.4091E+15 1.0364E+13 Pr-143 3.9619E-04 5.8836E-12 2.4777E+13 4.1144E+12 Nd-147 1.7402E-04 2.1511E-12 8.8122E+12 1.8410E+12 Np-239 7.3656E-03 3.1749E-11 7.9999E+13 1. 1374E+14 Pu-238 7.4500E-06 4.3517E-10 1.1011E+15 7.1581E+10 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 3.8443E+09 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 6.0871E+09 Pu-241 1.8598E-04 1.8054E-09 4.5113E+15 1.7872E+12 Am-241 9.7763E-08 2.8484E-11 7.1177E+13 9.3931E+08 Cm-242 2.9294E-05 8.8387E-12 2.1995E+13 2.8326E+11 Cm-244 3.6307E-06 4.4877E-11 1.1076E+14 3.4889E+10 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 72.0000 Atmosphere Sump Noble gases (atoms) 3. 5074E+22 O.O000E+00 Elemental I (atoms) 1.8319E+18 O.OOOOE+00 Organic I (atoms) 5.6656E+16 0.OOOOE+00 Aerosols (k 9 ) 5.6645E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 3.3141E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 3.3899E-08 Total I (Ci) 6.1408E+01 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 72.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Page 475

CRDA PELLET MVP TRIP 10 MIN.o0 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 72.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 72.0000 Ci kg Atoms Bq co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1. 115 5E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3. 5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1. 8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4. 5054E-12 2.8560E+13 6.5184E+06 MO-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1. 8238E-12 1. 0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 sb-129 8.7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1.1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.45OOE-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1. 7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1.2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1. 5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Page 476

CRDA PELLET MVP TRIP 10 MIN.o0 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7. 5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 72.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 4.6117E+16 Elemental I (atoms) 1.0153E+18 3.9172E+12 organic I (atoms) 3.1402E+16 1.2115E+11 Aerosols (kq) 1.9180E-07 7.3997E-13 Dose Effective (Ci) 1-131 (Thyroid) 3. 0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3. 8231E+01 Total I (Ci) 1.7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 72.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 72.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 9.3908E+17 Elemental I (atoms) 0.OOOOE+00 7.5123E+13 organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 72.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 0.OOOOE+00 Elemental I (atoms) 7.4132E+13 O.OOOOE+00 organic I (atoms) 2.2927E+12 O.OOOOE+00 Aerosols (kg) 1. 5024E-11 O.OOOOE+00 MvP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 72.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 72.0000 Ci kg Atoms Decay Co-58 1.3265E-06 4.1717E-14 4.3315E+11 1.2912E+10 Co-60 1. 6324E-06 1.4441E-12 1.4494E+13 1. 5666E+10 Page 477

CRDA PELLET MVP TRIP 10 MIN.O0 Kr-85 1.4461E+01 3.6860E-05 2.6115E+20 1. 3874E+17 Kr-85m 2.1526E+02 2.6158E-04 1.8532E+21 2.0659E+18 Kr-88 1.3453E-05 1.0729E-15 7.3423E+09 3.1510E+17 Rb-86 4.1030E-05 5.0426E-13 3.5311E+12 4.1631E+11 Sr-89 1.6499E-03 5.6791E-11 3.8427E+14 1. 6156E+13 Sr-90 2.5861E-04 1.8958E-09 1.2686E+16 2.4807E+12 Sr-91 1.1387E-05 3.1412E-15 2.0788E+10 3.9563E+12 Sr-92 2.3924E-11 1.9034E-21 1.2459E+04 1. 2424E+12 Y-90 1.2312E-06 2.2630E-15 1.5142E+10 1. 7886E+10 Y-91 2.1603E-05 8.8089E-13 5.8295E+12 2.1093E+11 Y-92 1.8032E-11 1.8740E-21 1.2267E+04 1.6296E+10 Y-93 1.9991E-07 5.9919E-17 3.8800E+08 5.3942E+10 Zr-95 3.0666E-05 1.4274E-12 9.0487E+12 2.9896E+11 Zr-97 1.6752E-06 8.7631E-16 5.4404E+09 9.8858E+10 Nb-95 3.0003E-05 7.6729E-13 4.8639E+12 2.9646E+11 Mo-99 2.1777E-04 4.5405E-13 2.7619E+12 3.1217E+12 Tc-99m 1.0196E-07 1.9390E-17 1.1795E+08 4.7029E+11 RU-103 3.8602E-04 1.1961E-11 6.9931E+13 3.8023E+12 Ru-105 3.9475E-09 5.8725E-19 3.3681E+06 2.5675E+11 Ru-106 1.8568E-04 5.5502E-11 3.1532E+14 1. 7860E+12 Rh-105 6.8374E-05 8.1007E-14 4.6460E+11 1.4413E+12 sb-127 3.3371E-04 1.2496E-12 5.9255E+12 4.2445E+12 Sb-129 1.5896E-08 2.8268E-18 1.3197E+07 1. 3747E+12 Te-127 2.7394E-06 1.0380E-15 4.9220E+09 1.0196E+12 Te-127m 7.5822E-05 8.0383E-12 3.8116E+13 7.3423E+11 Te-129m 2.2769E-04 7.5582E-12 3.5284E+13 2.2529E+12 Te-131m 1.3755E-04 1.7250E-13 7.9299E+11 3.3933E+12 Te-132 3.6616E-03 1.2061E-11 5.5024E+13 4.9147E+13 1-131 3.0334E+00 2.4468E-08 1.1248E+17 3.3205E+16 1-132 2.1286E-09 2.0621E-19 9.4080E+05 2.5011E+15 1-133 7.1297E-01 6.2938E-10 2.8498E+15 2.8553E+16 1-135 3.8713E-03 1.1024E-12 4.9175E+12 9.3517E+15 Xe-133 1.1425E+03 6.1039E-06 2.7638E+19 1. 3445E+19 Xe-135 2.5933E+00 1.0155E-09 4.5300E+15 1.0757E+18 Cs-134 4.9331E-03 3.8128E-09 1.7135E+16 4.7381E+13 Cs-136 1.1743E-03 1.6022E-11 7.0946E+13 1.2206E+13 Cs-137 2.4303E-03 2.7941E-08 1.2282E+17 2. 3313E+13 Ba-140 2.8542E-03 3.8987E-11 1.6770E+14 2.9737E+13 La-140 1.0471E-05 1.8838E-14 8.1033E+10 1.9881E+11 La-141 9.6842E-11 1.7124E-20 7.3137E+04 2.3979E+10 Ce-141 7.4720E-05 2.6223E-12 1.1200E+13 7.4010E+11 Ce-143 1.6076E-05 2.4208E-14 1.0195E+11 3.6069E+11 Ce-144 6.5633E-05 2.0578E-11 8.6058E+13 6.3183E+11 Pr-143 2.4196E-05 3.5932E-13 1.5132E+12 2.5082E+11 Nd-147 1.0628E-05 1.3137E-13 5.3818E+11 1.1223E+11 Np-239 4.4983E-04 1.9390E-12 4.8857E+12 6.9297E+12 Pu-238 4.5498E-07 2.6576E-11 6.7247E+13 4.3641E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 2.3438E+08 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 3.7112E+08 Pu-241 1.1358E-05 1.1026E-10 2.7551E+14 1. 0896E+11 Am-241 5.9705E-09 1.7396E-12 4.3469E+12 5.7267E+07 Cm-242 1.7890E-06 5.3980E-13 1.3433E+12 1.7270E+10 Cm-244 2.2173E-07 2.7407E-12 6.7644E+12 2.1271E+09 MVP Holdup Transport Group Inventory: Time (h) = 72.0000 Atmosphere Sump Noble gases (atoms) 2.1420E+21 O.OOOOE+00 Elemental I (atoms) 1.1188E+17 O.OOOOE+00 Organic I (atoms) 3.4601E+15 O.0000E+00 Aerosols (kq) 3.4594E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 3.5339E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 3.6148E-08 Total I (Ci) 3.7503E+00 Page 478

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 72.0000 Filtered Transported Noble gases (atoms) O.O000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 72.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 96.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 96.0000 whole Body Thyroid TEDE Delta dose (rem) 3.2454E-24 1.9549E-22 9.2780E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 96.0000 whole Body Thyroid TEDE Delta dose (rem) 4.1026E-25 2.4713E-23 1. 1729E-24 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 96.0000 whole Body Thyroid TEDE Delta dose (rem) 1.2097E-25 2.2509E-22 7.0669E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) 96.0000 Ci kg Atoms Decay Co-58 2.1509E-05 6.764 E-13 7.0233E+12 2.8089E+11 Co-60 2.6720E-05 2.3638E-11 2.3725E+14 3.4238E+11 Kr-85 2.3675E+02 6.0344E-04 4.2753E+21 3.0326E+18 Kr-85m 3. 5235E+03 4.2815E-03 3.0334E+22 4.5151E+19 Kr-88 6. 2962E-07 5.0212E-17 3.4362E+08 5.2092E+18 Rb-86 6.4734E-04 7.9557E-12 5. 5710E+13 8.9373E+12 Sr-89 2.6648E-02 9.1724E-10 6.2064E+15 3.5077E+14 Sr-90 4.2342E-03 3.1041E-08 2.0770E+17 5.4225E+13 Sr-91 3.2364E-05 8.9281E-15 5.9084E+10 6.5429E+13 Y-90 1. 5546E-05 2.8573E-14 1.9119E+11 3.5029E+11 Y-91 3.4957E-04 1.4254E-11 9.4330E+13 4.5840E+12 Y-93 6.3049E-07 1.8898E-16 1.2237E+09 8.9322E+11 Zr-95 4. 9672E-04 2.3121E-11 1.4657E+14 6.5003E+12 Zr-97 1.0250E-05 5.3619E-15 3.3289E+10 1. 6810E+12 Nb-95 4. 8169E-04 1. 2318E-11 7.8088E+13 6.4180E+12 Mo-99 2. 7713E-03 5.7782E-12 3.5149E+13 6.1308E+13 Tc-99m 1.0531E-07 2.0027E-17 1.2183E+08 7.7579E+12 RU-103 6.2102E-03 1.9242E-10 1.1250E+15 8.2397E+13 RU-105 1. 5251E-09 2.2688E-19 1. 3012E+06 4.2387E+12 RU-106 3.0347E-03 9.0709E-10 5.1534E+15 3.9006E+13 Rh-105 6. 9941E-04 8.2863E-13 4.7525E+12 2.6521E+13 Page 479

CRDA PELLET MVP TRIP 10 MIN.O0 Sb-127 4.5640E-03 1.7090E-11 8.1039E+13 8.5632E+13 Sb-129 5.5344E-09 9.8417E-19 4.5944E+06 2.2697E+13 Te-127 7.5703E-06 2.8685E-15 1. 3602E+10 1. 6857E+13 Te-127m 1.2336E-03 1.3079E-10 6.2017E+14 1. 5999E+13 Te-129m 3.6522E-03 1.2123E-10 5.6595E+14 4.8751E+13 Te-131m 1.2936E-03 1.6223E-12 7.4577E+12 6.1255E+13 Te-132 4.8466E-02 1.5964E-10 7.2832E+14 9.7914E+14 1-131 4.5567E+01 3.6755E-07 1. 6897E+18 6.9686E+17 1-132 2.5181E-11 2.4395E-21 1.1129E+04 4.1372E+16 1-133 5.2468E+00 4.6316E-09 2.0972E+16 4.9489E+17 1-135 5.1171E-03 1.4571E-12 6.4999E+12 1. 5425E+17 xe-133 1.6393E+04 8.7579E-05 3.9655E+20 2.7662E+20 Xe-135 6.8230E+00 2.6718E-09 1. 1918E+16 1.7779E+19 Cs-134 8.0701E-02 6.2374E-08 2.8032E+17 1.0353E+15 Cs-136 1.8237E-02 2.4883E-10 1.1018E+15 2.6010E+14 Cs-137 3.9792E-02 4.5748E-07 2. 0110E+18 5.0960E+14 Ba-140 4.4260E-02 6.0458E-10 2.6006E+15 6.3322E+14 La-140 1.1343E-04 2.0408E-13 8.7786E+11 3.7130E+12 La-141 2.3008E-11 4.0683E-21 1.7376E+04 3.9601E+11 Ce-141 1.1977E-03 4.2033E-11 1. 7952E+14 1. 6010E+13 Ce-143 1.5900E-04 2.3944E-13 1.0083E+12 6. 5839E+12 Ce-144 1.0721E-03 3.3613E-10 1.4057E+15 1. 3795E+13 Pr-143 3.7645E-04 5.5904E-12 2. 3543E+13 5.3492E+12 Nd-147 1.6337E-04 2.0195E-12 8.2731E+12 2.3801E+12 Np-239 5.4876E-03 2.3654E-11 5.9602E+13 1. 3413E+14 Pu-238 7.4498E-06 4.3516E-10 1. 1011E+15 9. 5397E+10 Pu-239 4.0012E-07 6.4372E-09 1.6220E+16 5.1234E+09 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 8.1125E+09 Pu-241 1.8595E-04 1.8052E-09 4. 5107E+15 2.3817E+12 Am-241 9.7763E-08 2.8484E-11 7.1177E+13 1. 2518E+09 Cm-242 2.9170E-05 8.8012E-12 2.1902E+13 3.7671E+11 Cm-244 3.6303E-06 4.4873E-11 1.1075E+14 4.6495E+10 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 96.0000 Atmosphere Sump Noble gases (atoms) 3.5006E+22 O.OOOOE+00 Elemental I (atoms) 1.6593E+18 0.OOOOE+00 Organic I (atoms) 5.1319E+16 0.OOOOE+00 Aerosols (kq) 5.6623E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 2.9819E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 3.0159E-08 Total I (Ci) 5.0819E+01 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 96.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 96.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 96.0000 ci kg Atoms Bq Page 480

CRDA PELLET MVP TRIP 10 MIN.o0 co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1.1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1.6454E+18 1.1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3. 5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1.5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1.7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1.3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1.7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1.1691E+08 sb-129 8.7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1. 1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1. 4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1.5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Page 481

CRDA PELLET MVP TRIP 10 MIN.o0 Total Release Time (h) = 96.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 3.4587E+16 Elemental I (atoms) 1.0153E+18 2.9379E+12 organic I (atoms) 3.1402E+16 9.0863E+10 Aerosols (kq) 1.9180E-07 5.5498E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci). 1.7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 96.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 96.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Elemental I (atoms) 0.OOOOE+00 7.5123E+13 organic I (atoms) 0.OOOOE+00 2.3234E+12 Aerosols (kg) 0.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 96.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 0.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 0.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 96.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.O000E+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 96.0000 Ci kg Atoms Decay Co-58 1.3136E-06 4.1311E-14 4.2893E+11 1. 7132E+10 Co-60 1. 6318E-06 1.4436E-12 1.4489E+13 2.0883E+10 Kr-85 1.4459E+01 3.6853E-05 2.6110E+20 1.8497E+17 Kr-85m 2.1518E+02 2.6148E-04 1.8525E+21 2.7539E+18 Kr-88 3.8452E-08 3.0665E-18 2.0985E+07 3.1510E+17 Rb-86 3.9534E-05 4.8587E-13 3.4023E+12 5.4507E+11 Sr-89 1. 6274E-03 5.6017E-11 3.7904E+14 2.1394E+13 Sr-90 2.5859E-04 1.8957E-09 1.2685E+16 3.3073E+12 Sr-91 1.9765E-06 5.4525E-16 3.6083E+09 3.9734E+12 Y-90 9.4939E-07 1. 7450E-15 1. 1676E+10 2.1352E+10 Y-91 2.1349E-05 8.7052E-13 5.7609E+12 2.7958E+11 Y-93 3.8505E-08 1.1541E-17 7.4734E+07 5.4255E+10 zr-95 3.0335E-05 1.4121E-12 8.9512E+12 3.9647E+11 Zr-97 6.2600E-07 3.2746E-16 2.0330E+09 1. 0227E+11 Nb-95 2.9418E-05 7.5231E-13 4.7689E+12 3.9144E+11 Page 482

CRDA PELLET MVP TRIP 10 MIN.o0 Mo-99 1.6925E-04 3.5289E-13 2.1466E+12 3.7371E+12 Tc-99m 6.4314E-09 1.2231E-18 7.4401E+06 4.7040E+11 RU-103 3.7927E-04 1.1752E-11 6.8708E+13 5.0255E+12 Ru-105 9.3139E-11 1.3856E-20 7.9468E+04 2. 5675E+11 Ru-106 1.8534E-04 5.5397E-11 3.1473E+14 2.3791E+12 Rh-105 4.2714E-05 5.0606E-14 2.9024E+11 1. 6157E+12 Sb-127 2.7873E-04 1.0437E-12 4.9492E+12 5.2208E+12 sb-129 3.3799E-10 6.0105E-20 2.8059E+05 1. 3747E+12 Te-127 4.6233E-07 1.7519E-16 8.3070E+08 1. 0236E+12 Te-127m 7.5341E-05 7.9873E-12 3.7875E+13 9.7584E+11 Te-129m 2.2304E-04 7.4039E-12 3.4564E+13 2.9734E+12 Te-131m 7.9003E-05 9.9075E-14 4. 5545E+11 3.7308E+12 Te-132 2.9599E-03 9.7496E-12 4.4480E+13 5.9691E+13 1-131 2.7829E+00 2.2447E-08 1.0319E+17 4.2496E+16 1-133 3.2043E-01 2.8286E-10 1.2808E+15 3.0122E+16 1-135 3.1251E-04 8.8987E-14 3.9696E+11 9.3562E+15 Xe-133 1.0012E+03 5.3486E-06 2.4218E+19 1. 6867E+19 Xe-135 4.1669E-01 1.6317E-10 7.2788E+14 1.0795E+18 Cs-134 4.9285E-03 3.8093E-09 1. 7119E+16 6.3144E+13 Cs-136 1.1137E-03 1.5196E-11 6.7289E+13 1. 5862E+13 Cs-137 2.4302E-03 2.7939E-08 1.2281E+17 3.1082E+13 Ba-140 2.7031E-03 3.6923E-11 1. 5882E+14 3.8618E+13 La-140 6.9276E-06 1.2464E-14 5.3613E+10 2.2623E+11 Ce-141 7.3143E-05 2.5670E-12 1.0964E+13 9.7644E+11 Ce-143 9.7107E-06 1.4623E-14 6.1580E+10 4.0106E+11 Ce-144 6.5474E-05 2.0528E-11 8. 5849E+13 8.4139E+11 Pr-143 2.2990E-05 3.4141E-13 1.4378E+12 3.2623E+11 Nd-147 9.9774E-06 1.2333E-13 5.0525E+11 1.4515E+11 Np-239 3.3513E-04 1.4446E-12 3. 6400E+12 8.1754E+12 Pu-238 4.5497E-07 2.6576E-11 6.7245E+13 5.8186E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.1249E+08 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 4.9481E+08 Pu-241 1.1357E-05 1.1024E-10 2.7548E+14 1.4527E+11 Am-241 5.9705E-09 1.7396E-12 4.3469E+12 7.6354E+07 Cm-242 1.7814E-06 5.3750E-13 1. 3376E+12 2.2977E+10 Cm-244 2.2171E-07 2.7405E-12 6.7637E+12 2.8359E+09 MVP Holdup Transport Group Inventory: Time (h) = 96.0000 Atmosphere Sump Noble gases (atoms) 2.1379E+21 O.OOOOE+00 Elemental I (atoms) 1.0134E+17 0.OOOOE+00 organic I (atoms) 3.1341E+15 O.O000E+00 Aerosols (kg) 3.4581E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 3.1797E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 3.2159E-08 Total I (Ci) 3.1036E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 96.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 96.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Page 483

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 120.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 120.0000 whole Body Thyroid TEDE Delta dose (rem) 1.4118E-24 8.2617E-23 3.9619E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1.5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 120.0000 whole Body Thyroid TEDE Delta dose (rem) 1.2199E-25 7.1387E-24 3.4233E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 control Room Doses: Time (h) = 120.0000 whole Body Thyroid TEDE Delta dose (rem) 4.0173E-26 7.2650E-23 2.2826E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 120.0000 Ci kg Atoms Decay Co-58 2.1299E-05 6.6984E-13 6.9549E+12 3.4931E+11 Co-60 2.6710E-05 2.3629E-11 2.3716E+14 4.2778E+11 Kr-85 2.3671E+02 6.0334E-04 4.2746E+21 3.7894E+18 Kr-85m 3.5222E+03 4.2799E-03 3.0323E+22 5.6413E+19 Kr-88 1.7996E-09 1.4351E-19 9.8211E+05 5.2092E+18 Rb-86 6.2373E-04 7.6656E-12 5.3679E+13 1.0969E+13 Sr-89 2.6284E-02 9.0473E-10 6.1218E+15 4.3537E+14 Sr-90 4.2339E-03 3.1039E-08 2.0769E+17 6.7760E+13 Sr-91 5.6178E-06 1. 5498E-15 1.0256E+10 6.5478E+13 Y-90 1. 1987E-05 2.2033E-14 1.4743E+11 3.9406E+11 Y-91 3.4545E-04 1.4086E-11 9.3219E+13 5.6949E+12 Y-93 1. 2144E-07 3.6399E-17 2.3570E+08 8.9421E+11 Zr-95 4.9136E-04 2.2872E-11 1.4499E+14 8.0797E+12 zr-97 3.8303E-06 2.0036E-15 1.2439E+10 1.7019E+12 Nb-95 4.7228E-04 1. 2078E-11 7.6563E+13 7.9428E+12 Mo-99 2.1539E-03 4.4909E-12 2.7318E+13 6.9139E+13 Tc-99m 6.6427E-09 1.2633E-18 7.6846E+06 7.7581E+12 Ru-103 6.1016E-03 1.8906E-10 1.1054E+15 1.0208E+14 Ru-105 3.5984E-11 5.3531E-21 3.0702E+04 4.2387E+12 Ru-106 3.0290E-03 9.0538E-10 5.1437E+15 4.8698E+13 Rh-105 4.3693E-04 5.1766E-13 2.9690E+12 2.8305E+13 sb-127 3.8120E-03 1.4274E-11 6.7687E+13 9.8984E+13 Sb-129 1. 1767E-10 2.0926E-20 9.7689E+04 2.2697E+13 Te-127 1.2777E-06 4.8413E-16 2.2957E+09 1.6868E+13 Te-127m 1.2258E-03 1.2996E-10 6.1623E+14 1.9931E+13 Te-129m 3.5776E-03 1.1876E-10 5.5440E+14 6.0307E+13 Te-131m 7.4299E-04 9.3176E-13 4.2833E+12 6.4429E+13 Te-132 3.9179E-02 1.2905E-10 5.8876E+14 1.1187E+15 1-131 4.1803E+01 3.3719E-07 1. 5501E+18 8.3643E+17 1-133 2.3580E+00 2.0816E-09 9.4252E+15 5.0644E+17 1-135 4.1307E-04 1.1762E-13 5.2469E+11 1. 5426E+17 Xe-133 1.4364E+04 7.6739E-05 3.4747E+20 3.2571E+20 Xe-135 1.0954E+00 4.2893E-10 1.9134E+15 1. 7789E+19 Cs-134 8.0627E-02 6.2316E-08 2.8006E+17 1.2931E+15 Cs-136 1.7297E-02 2.3600E-10 1. 0450E+15 3.1688E+14 Cs-137 3.9790E-02 4.5745E-07 2.0108E+18 6.3680E+14 Ba-140 4.1917E-02 5.7256E-10 2.4629E+15 7.7093E+14 La-140 7.5049E-05 1.3502E-13 5.8080E+11 4.0101E+12 Page 484

CRDA PELLET MVP TRIP 10 MIN.o0 Ce-141 1.1724E-03 4.1146E-11 1.7573E+14 1.9798E+13 Ce-143 9.6046E-05 1.4463E-13 6.0908E+11 6.9832E+12 Ce-144 1.0695E-03 3.3531E-10 1.4023E+15 1. 7218E+13 Pr-143 3.5769E-04 5.3118E-12 2.2369E+13 6. 5224E+12 Nd-147 1.5338E-04 1.8959E-12 7.7670E+12 2.8862E+12 Np-239 4.0884E-03 1.7623E-11 4.4405E+13 1.4933E+14 Pu-238 7.4496E-06 4.3515E-10 1.1011E+15 1.1921E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 6.4025E+09 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 1.0138E+10 Pu-241 1.8593E-04 1.8049E-09 4.5101E+15 2.9761E+12 Am-241 9.7762E-08 2.8484E-11 7.1176E+13 1.5644E+09 Cm-242 2.9046E-05 8.7638E-12 2.1809E+13 4.6976E+11 Cm-244 3.6299E-06 4.4868E-11 1. 1074E+14 5.8100E+10 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 120.0000 Atmosphere Sump Noble gases (atoms) 3.4945E+22 0.OOOOE+00 Elemental I (atoms) 1.5127E+18 0.OOOOE+00 Organic I (atoms) 4.6785E+16 O.OOOOE+00 Aerosols (kq) 5.6603E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 2.7093E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 2.7246E-08 Total I (Ci) 4.4162E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 120.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 120.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.0000E+00 3.6364E+16 Aerosols (kg) 0.O000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 120.0000 Ci kg Atoms Bq Co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1.6454E+18 1. 1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3. 5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1. 8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4. 5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 MO-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Page 485

CRDA PELLET MVP TRIP 10 MIN.o0 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1.1691E+08 Sb-129 8.7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5. 5254E+12 1.1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1. 7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9. 5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1. 2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6. 6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6. 5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 120.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 2.7670E+16 Elemental I (atoms) 1.0153E+18 2.3503E+12 organic I (atoms) 3.1402E+16 7.2691E+10 Aerosols (kq) 1.9180E-07 4.4398E-13 Dose Effective (ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1. 7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 120.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to control Room Transport Group Inventory: Page 486

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 120.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 9.3908E+17 Elemental I (atoms) 0.OOOOE+00 7.5123E+13 organic I (atoms) 0.OOOOE+00 2.3234E+12 Aerosols (kg) 0.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 120.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Elemental I (atoms) 7.4132E+13 O.OOOOE+00 organic I (atoms) 2.2927E+12 O.OOOOE+00 Aerosols (kg) 1. 5024E-11 O.O000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 120.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 120.0000 Ci kg Atoms Decay Co-58 1.3008E-06 4.0908E-14 4.2475E+11 2.1311E+10 Co-60 1.6312E-06 1.4431E-12 1.4484E+13 2.6099E+10 Kr-85 1.4456E+01 3.6847E-05 2.6105E+20 2.3119E+17 Kr-85m 2. 1510E+02 2.6138E-04 1. 8519E+21 3.4417E+18 Kr-88 1. 0990E-10 8.7646E-21 5.9979E+04 3.1510E+17 Rb-86 3.8092E-05 4.6815E-13 3.2782E+12 6.6913E+11 Sr-89 1.6052E-03 5. 5253E-11 3.7387E+14 2.6561E+13 Sr-90 2.5857E-04 1.8956E-09 1. 2684E+16 4.1340E+12 Sr-91 3.4309E-07 9.4646E-17 6.2634E+08 3.9764E+12 Y-90 7.3208E-07 1. 3456E-15 9.0037E+09 2.4025E+10 Y-91 2.1097E-05 8.6027E-13 5.6930E+12 3.4743E+11 Y-93 7.4165E-09 2.2230E-18 1.4395E+07 5.4316E+10 zr-95 3.0008E-05 1.3969E-12 8.8548E+12 4.9292E+11 Zr-97 2.3392E-07 1.2237E-16 7.5969E+08 1.0354E+11 Nb-95 2. 8843E-05 7.3762E-13 4.6758E+12 4.8456E+11 MO-99 1. 3154E-04 2.7426E-13 1. 6683E+12 4.2154E+12 Tc-99m 4.0568E-10 7.7152E-20 4.6931E+05 4.7041E+11 Ru-103 3.7263E-04 1.1546E-11 6.7506E+13 6.2273E+12 RU-106 1.8499E-04 5.5293E-11 3.1413E+14 2.9710E+12 Rh-105 2. 6684E-05 3.1614E-14 1.8132E+11 1. 7246E+12 Sb-127 2.3281E-04 8.7176E-13 4.1338E+12 6.0362E+12 Te-127 7.8029E-08 2.9566E-17 1.4020E+08 1.0243E+12 Te-127m 7.4863E-05 7.9367E-12 3.7634E+13 1.2159E+12 Te-129m 2.1849E-04 7.2527E-12 3.3858E+13 3.6791E+12 Te-131m 4.5375E-05 5.6904E-14 2.6159E+11 3.9247E+12 Te-132 2. 3927E-03 7.8813E-12 3.5956E+13 6.8215E+13 1-131 2.5530E+00 2.0593E-08 9.4667E+16 5. 1019E+16 1-133 1. 4401E-01 1.2713E-10 5.7561E+14 3.0827E+16 1-135 2.5227E-05 7.1834E-15 3.2044E+10 9.3566E+15 Xe-133 8. 7725 E+02 4.6866E-06 2.1221E+19 1.9865E+19 Xe-135 6.6896E-02 2.6195E-11 1.1685E+14 1.0802E+18 Cs-134 4.9240E-03 3.8058E-09 1. 7104E+16 7.8892E+13 Cs-136 1.0563E-03 1.4413E-11 6.3821E+13 1.9330E+13 Cs-137 2.4300E-03 2.7937E-08 1. 2280E+17 3.8851E+13 Page 487

CRDA PELLET MVP TRIP 10 MIN.O0 Ba-140 2.5599E-03 3.4967E-11 1. 5041E+14 4.7028E+13 La-140 4.5834E-06 8.2460E-15 3. 5471E+10 2.4438E+11 Ce-141 7.1600E-05 2.5128E-12 1.0732E+13 1. 2078E+12 Ce-143 5.8657E-06 8.8328E-15 3.7197E+10 4.2544E+11 Ce-144 6.5314E-05 2.0478E-11 8. 5639E+13 1. 0504E+12 Pr-143 2.1845E-05 3.2440E-13 1. 3661E+12 3.9787E+11 Nd-147 9.3670E-06 1.1579E-13 4.7434E+11 1. 7606E+11 Np-239 2.4969E-04 1.0763E-12 2.7119E+12 9.1035E+12 Pu-238 4.5496E-07 2.6575E-11 6.7244E+13 7.2730E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 3.9061E+08 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 6.1850E+08 Pu-241 1.1355E-05 1.1023E-10 2.7544E+14 1. 8157E+11 Am-241 5.9705E-09 1.7396E-12 4.3469E+12 9.5440E+07 Cm-242 1.7739E-06 5.3522E-13 1. 3319E+12 2.8660E+10 Cm-244 2.2169E-07 2.7402E-12 6.7630E+12 3.5446E+09 MVP Holdup Transport G1 roup Inventory: Time (h) = 120.0000 Atmosphere Sump Noble gases (atoms) 2.1341E+21 0.0000E+00 Elemental I (atoms) 9.2385E+16 O.O000E+00 Organic I (atoms) 2.8573E+15 O.OOOOE+00 Aerosols (kq) 3.4569E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 2.8890E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 2.9053E-08 Total I (Ci) 2.6970E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 120.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 120.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 144.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 144.0000 whole Body Thyroid TEDE Delta dose (rem) 1.3254E-24 7.5259E-23 3.6500E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 144.0000 whole Body Thyroid TEDE Delta dose (rem) 1.1453E-25 6.5029E-24 3.1539E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 144.0000 whole Body Thyroid TEDE Delta dose (rem) 3.6622E-26 6.4236E-23 2.0208E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 Page 488

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 144.0000 Ci kg Atoms Decay Co-58 2.1092E-05 6.6331E-13 6.8872E+12 4.1707E+11 Co-60 2.6700E-05 2.3621E-11 2.3708E+14 5.1316E+11 Kr-85 2.3667E+02 6.0323E-04 4.2738E+21 4.5461E+18 Kr-85m 3.5209E+03 4.2783E-03 3.0311E+22 6.7670E+19 Rb-86 6.0099E-04 7.3861E-12 5.1721E+13 1.2926E+13 Sr-89 2.5926E-02 8.9240E-10 6.0384E+15 5.1883E+14 Sr-90 4.2336E-03 3.1037E-08 2.0768E+17 8.1295E+13 Sr-91 9.7515E-07 2.6901E-16 1.7802E+09 6.5486E+13 Y-90 9.2435E-06 1. 6990E-14 1.1368E+11 4.2780E+11 Y-91 3.4138E-04 1.3920E-11 9.2121E+13 6.7927E+12 Y-93 2.3391E-08 7.0109E-18 4.5398E+07 8.9440E+11 Zr-95 4.8607E-04 2.2626E-11 1.4343E+14 9.6420E+12 Zr-97 1.4313E-06 7.4872E-16 4.6484E+09 1.7097E+12 Nb-95 4.6306E-04 1.1842E-11 7.5068E+13 9.4378E+12 Mo-99 1.6740E-03 3.4903E-12 2.1231E+13 7.5225E+13 Tc-99m 4.1901E-10 7.9687E-20 4.8473E+05 7.7581E+12 Ru-103 5.9949E-03 1.8575E-10 1.0860E+15 1.2141E+14 Ru-106 3.0233E-03 9.0368E-10 5.1340E+15 5.8372E+13 Rh-105 2.7296E-04 3.2339E-13 1.8547E+12 2.9419E+13 Sb-127 3.1839E-03 1. 1923E-11 5.6535E+13 1.1014E+14 Te-127 2.1564E-07 8.1708E-17 3.8744E+08 1.6870E+13 Te-127m 1. 2181E-03 1.2913E-10 6.1233E+14 2.3837E+13 Te-129m 3.5045E-03 1.1633E-10 5.4308E+14 7.1626E+13 Te-131m 4.2673E-04 5.3515E-13 2.4601E+12 6.6252E+13 Te-132 3.1671E-02 1.0432E-10 4.7594E+14 1.2315E+15 1-131 3.8350E+01 3.0934E-07 1.4221E+18 9.6447E+17 1-133 1.0598E+00 9.3551E-10 4.2359E+15 5.1163E+17 1-135 3.3345E-05 9.4949E-15 4.2355E+10 1.5426E+17 Xe-133 1.2586E+04 6.7241E-05 3.0446E+20 3.6873E+20 xe-135 1. 7577E-01 6.8830E-11 3.0704E+14 1.7790E+19 Cs-134 8.0553E-02 6.2259E-08 2.7980E+17 1.5508E+15 Cs-136 1.6405E-02 2.2384E-10 9.9117E+14 3.7074E+14 Cs-137 3.9787E-02 4.5742E-07 2.0107E+18 7.6400E+14 Ba-140 3.9697E-02 5.4224E-10 2. 3325E+15 9. 0135E+14 La-140 4.9653E-05 8.9332E-14 3.8426E+11 4.2066E+12 Ce-141 1. 1476E-03 4.0278E-11 1.7203E+14 2.3506E+13 Ce-143 5.8016E-05 8.7363E-14 3.6791E+11 7.2243E+12 Ce-144 1.0669E-03 3.3449E-10 1.3989E+15 2.0633E+13 Pr-143 3.3986E-04 5.0471E-12 2.1255E+13 7.6371E+12 Nd-147 1.4399E-04 1. 7799E-12 7.2918E+12 3.3614E+12 Np-239 3.0460E-03 1.3130E-11 3.3083E+13 1.6065E+14 Pu-238 7.4495E-06 4.3514E-10 1.1010E+15 1.4303E+11 Pu-239 4.0012E-07 6.4372E-09 1.6220E+16 7.6816E+09 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 1.2163E+10 Pu-241 1.8590E-04 1.8047E-09 4. 5096E+15 3.5705E+12 Am-241 9.7762E-08 2.8484E-11 7.1176E+13 1.8769E+09 Cm-242 2.8922E-05 8.7266E-12 2.1716E+13 5.6242E+11 Cm-244 3.6296E-06 4.4863E-11 1.1073E+14 6.9703E+10 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 144.0000 Atmosphere Sump Noble gases (atoms) 3.4890E+22 0.0000E+00 Elemental I (atoms) 1.3835E+18 O.0000E+00 Organic I (atoms) 4.2789E+16 O.O000E+00 Aerosols (kq) 5.6585E-07 O.0002E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 2.4737E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 2.4806E-08 Total I (Ci) 3.9410E+01 Page 489

CRDA PELLET MVP TRIP 10 MIN.o0 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 144.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 144.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) O.O000E+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 144.0000 Ci kg Atoms Bq Co-58 7. 5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8. 0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1.1155E+14 Rb-86 2. 5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1. 4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1. 2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4. 5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1. 7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1. 5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8.7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5. 5254E+12 1.1378E+08 Te-127m 4.2783E-04 4. 5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1. 3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1. 4141E+09 1-131 2.1715E+01 1. 7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4. 2895E+01 3.7866E-08 1. 7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3. 9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3. 3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9. 5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Page 490

CRDA PELLET MVP TRIP 10 MIN.00 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3. 5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1. 5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1. 5472E-11 6. 6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1. 5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2. 3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7. 5323E+12 3.7118E+05 Cm-244 1. 2281E-06 1. 5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 144.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 2.3058E+16 Elemental I (atoms) 1.0153E+18 1.9586E+12 organic I (atoms) 3.1402E+16 6.0576E+10 Aerosols (kq) 1.9180E-07 3.6999E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 144.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 144.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Elemental I (atoms) O.OOOOE+00 7.5123E+13 organic I (atoms) 0.OOOOE+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 144.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Elemental I (atoms) 7.4132E+13 O.OOOOE+00 organic I (atoms) 2.2927E+12 OO000 E+00 Aerosols (kg) 1. 5024E-11 0.O000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 144.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Page 491

CRDA PELLET MVP TRIP 10 MIN.O0 Aerosols (kg) O.O000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 144.0000 Ci kg Atoms Decay Co-58 1. 2881E-06 4.0509E-14 4.2061E+11 2.5449E+10 Co-60 1. 6306E-06 1.4425E-12 1.4479E+13 3.1312E+10 Kr-85 1.4454E+01 3.6840E-05 2.6101E+20 2.7740E+17 Kr-85m 2. 1502E+02 2.6128E-04 1.8512E+21 4.1292E+18 Rb-86 3. 6703E-05 4. 5108E-13 3.1587E+12 7.8867E+11 Sr-89 1.5834E-03 5.4500E-11 3.6877E+14 3.1657E+13 Sr-90 2.5856E-04 1.8955E-09 1.2683E+16 4.9606E+12 Sr-91 5.9554E-08 1. 6429E-17 1.0872E+08 3.9769E+12 Y-90 5.6451E-07 1.0376E-15 6.9428E+09 2.6086E+10 Y-91 2.0849E-05 8. 5014E-13 5.6260E+12 4.1447E+11 Y-93 1.4285E-09 4.2817E-19 2.7725E+06 5.4327E+10 Zr-95 2.9685E-05 1.3818E-12 8.7594E+12 5.8833E+11 Zr-97 8. 7413E-08 4.5726E-17 2.8388E+08 1. 0401E+11 Nb-95 2.8280E-05 7.2321E-13 4.5845E+12 5.7586E+11 Mo-99 1.0223E-04 2.1316E-13 1. 2966E+12 4.5871E+12 Tc-99m 2.5590E-11 4.8666E-21 2.9603E+04 4.7041E+11 Ru-103 3. 6612E-04 1. 1344E-11 6.6326E+13 7.4081E+12 Ru-106 1.8464E-04 5.5189E-11 3.1354E+14 3. 5618E+12 Rh-105 1. 6670E-05 1.9750E-14 1.1327E+11 1.7927E+12 sb-127 1.9445E-04 7.2813E-13 3.4527E+12 6.7173E+12 Te-127 1. 3169E-08 4.9900E-18 2.3662E+07 1.0245E+12 Te-127m 7.4389E-05 7.8864E-12 3.7396E+13 1.4545E+12 Te-129m 2. 1403E-04 7.1046E-12 3.3167E+13 4.3704E+12 Te-131m 2. 6061E-05 3.2683E-14 1. 5024E+11 4.0360E+12 Te-132 1.9342E-03 6.3711E-12 2.9066E+13 7. 5105E+13 1-131 2.3421E+00 1.8892E-08 8.6847E+16 5.8839E+16 1-133 6.4721E-02 5.7133E-11 2.5870E+14 3.1144E+16 1-135 2.0364E-06 5.7987E-16 2.5867E+09 9.3566E+15 Xe-133 7. 6866E+02 4.1065E-06 1.8594E+19 2.2492E+19 Xe-135 1.0735E-02 4.2036E-12 1.8751E+13 1.0803E+18 Cs-134 4. 9195E-03 3.8023E-09 1.7088E+16 9.4626E+13 Cs-136 1. 0019E-03 1.3670E-11 6.0532E+13 2.2619E+13 Cs-137 2.4299E-03 2.7936E-08 1. 2280E+17 4.6619E+13 Ba-140 2.4244E-03 3.3116E-11 1.4245E+14 5.4993E+13 La-140 3.0324E-06 5.4557E-15 2.3468E+10 2.5638E+11 Ce-141 7.0089E-05 2.4598E-12 1.0506E+13 1.4343E+12 Ce-143 3. 5431E-06 5.3354E-15 2.2469E+10 4.4017E+11 ce-144 6. 5155E-05 2.0428E-11 8.5431E+13 1. 2590E+12 Pr-143 2.0756E-05 3.0823E-13 1. 2981E+12 4.6595E+11 Nd-147 8. 7940E-06 1.0870E-13 4.4532E+11 2.0508E+11 Np-239 1.8602E-04 8.0186E-13 2.0205E+12 9.7950E+12 Pu-238 4. 5495E-07 2.6575E-11 6.7242E+13 8.7274E+09 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 4.6872E+08 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 7.4219E+08 Pu-241 1.1354E-05 1. 1021E-10 2.7541E+14 2.1787E+11 Am-241 5. 9705E-09 1. 7396E-12 4.3468E+12 1.1453E+08 Cm-242 1. 7663E-06 5.3295E-13 1. 3262E+12 3.4318E+10 Cm-244 2. 2166E-07 2.7399E-12 6.7623E+12 4.2533E+09 MVP Holdup Transport Group Inventory: Time (h) = 144.0000 Atmosphere Sump Noble gases (atoms) 2.1308E+21 0.O000E+00 Elemental I (atoms) 8.4493E+16 0.O000E+00 organic I (atoms) 2.6132E+15 0.O000E+00 Aerosols (kq) 3.4557E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 2.6378E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 2.6451E-08 Total I (Ci) 2.4068E+00 Page 492

CRDA PELLET MVP TRIP 10 MIN.o0 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 144.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 144.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 168.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 168.0000 whole Body Thyroid TEDE Delta dose (rem) 1.2510E-24 6.8802E-23 3.3783E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 168.0000 whole Body Thyroid TEDE Delta dose (rem) 1.0809E-25 5.9449E-24 2.9191E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 168.0000 whole Body Thyroid TEDE Delta dose (rem) 3.4566E-26 5.8725E-23 1.8503E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 168.0000 Ci kg Atoms Decay co-58 2.0886E-05 6. 5685E-13 6.8201E+12 4.8417E+11 Co-60 2. 6691E-05 2.3612E-11 2.3699E+14 5. 9850E+11 Kr-85 2. 3663E+02 6.0312E-04 4.2731E+21 5.3026E+18 Kr-85m 3. 5196E+03 4.2767E-03 3.0300E+22 7.8923E+19 Rb-86 5.7907E-04 7.1168E-12 4.9835E+13 1.4812E+13 Sr-89 2.5573E-02 8.8023E-10 5.9561E+15 6.0114E+14 Sr-90 4.2334E-03 3.1035E-08 2.0766E+17 9.4828E+13 Sr-91 1. 6927E-07 4.6695E-17 3.0901E+08 6.5488E+13 Y-90 7.1277E-06 1. 3101E-14 8. 7661E+10 4.5382E+11 Y-91 3.3736E-04 1.3756E-11 9.1036E+13 7.8776E+12 Y-93 4.5053E-09 1. 3504E-18 8.7442E+06 8.9444E+11 Zr-95 4.8083E-04 2.2382E-11 1.4188E+14 1. 1187E+13 Zr-97 5.3486E-07 2.7978E-16 1.7370E+09 1.7126E+12 Nb-95 4. 5402E-04 1. 1611E-11 7.3602E+13 1.0904E+13 Mo-99 1. 3010E-03 2.7127E-12 1. 6501E+13 7.9955E+13 Tc-99m 2. 6431E-11 5.0265E-21 3.0576E+04 7.7581E+12 Ru-103 5.8900E-03 1.8250E-10 1.0670E+15 1.4041E+14 RU-106 3.0176E-03 9.0198E-10 5.1244E+15 6.8028E+13 Rh-i05 1. 7052E-04 2.0202E-13 1.1587E+12 3.0115E+13 sb-127 2.6594E-03 9.9582E-12 4.7220E+13 1.1945E+14 Te-127 3.6393E-08 1. 3790E-17 6.5390E+07 1. 6870E+13 Page 493

CRDA PELLET MVP TRIP 10 MIN.O0 Te-127m 1.2103E-03 1.2831E-10 6.0845E+14 2.7718E+13 Te-129m 3.4330E-03 1. 1396E-10 5.3199E+14 8.2715E+13 Te-131m 2.4509E-04 3.0736E-13 1.4130E+12 6.7299E+13 Te-132 2.5602E-02 8.4331E-11 3.8474E+14 1. 3227E+15 1-131 3. 5183E+01 2.8379E-07 1. 3046E+18 1.0819E+18 1-133 4.7628E-01 4.2044E-10 1.9037E+15 5.1396E+17 1-135 2.6917E-06 7.6646E-16 3.4191E+09 1. 5426E+17 Xe-133 1.1028E+04 5.8917E-05 2.6677E+20 4.0642E+20 Xe-135 2.8200E-02 1. 1043E-11 4.9260E+13 1. 7791E+19 Cs-134 8.0479E-02 6.2202E-08 2.7954E+17 1.8082E+15 Cs-136 1.5560E-02 2.1230E-10 9.4009E+14 4.2182E+14 Cs-137 3.9785E-02 4.5739E-07 2.0106E+18 8.9119E+14 Ba-140 3.7595E-02 5. 1353E-10 2.2090E+15 1.0249E+15 La-140 3.2851E-05 5.9103E-14 2.5423E+11 4.3366E+12 Ce-141 1. 1234E-03 3.9428E-11 1.6840E+14 2.7136E+13 Ce-143 3.5044E-05 5.2771E-14 2.2223E+11 7.3700E+12 Ce-144 1.0643E-03 3.3368E-10 1. 3955E+15 2.4039E+13 Pr-143 3.2293E-04 4.7956E-12 2.0196E+13 8.6963E+12 Nd-147 1. 3518E-04 1. 6710E-12 6.8457E+12 3.8075E+12 Np-239 2.2694E-03 9.7821E-12 2.4648E+13 1.6909E+14 Pu-238 7.4493E-06 4.3513E-10 1. 1010E+15 1. 6684E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 8.9606E+09 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 1.4188E+10 Pu-241 1.8588E-04 1.8044E-09 4.5090E+15 4.1647E+12 Am-241 9.7761E-08 2.8484E-11 7.1176E+13 2.1894E+09 Cm-242 2.8799E-05 8.6895E-12 2.1624E+13 6.5468E+11 Cm-244 3.6292E-06 4.4859E-11 1.1072E+14 8.1306E+10 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 168.0000 Atmosphere Sump Noble gases (atoms) 3.4840E+22 0.O000E+00 Elemental I (atoms) 1.2673E+18 O.OOOOE+00 organic I (atoms) 3.9195E+16 0.OOOOE+00 Aerosols (kg) 5.6567E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 2.2641E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 2.2672E-08 Total I (Ci) 3.5659E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 168.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organi c I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 168.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 168.0000 Ci kg Atoms Bq Co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1.1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Page 494

CRDA PELLET MVP TRIP 10 MIN.o0 Kr-88 3.0149E+03 2.4044E-07 1.6454E+18 1.1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3. 5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1.5119E-04 4.5317E-14 2.9345E+11 5. 5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1.7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 RU-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1.3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1.7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8.7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1. 1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1. 4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1.5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1. 4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1. 0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1.5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1. 6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1.2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 168.0000 Release Rate/s Noble gases (atoms) 1. 1953E+22 1.9764E+16 Elemental I (atoms) 1. 0153E+18 1.6788E+12 Organic I (atoms) 3.1402E+16 5.1922E+10 Page 495

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kq) 1.9180E-07 3.1713E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1. 7514E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 168.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 168.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 9.3908E+17 Elemental I (atoms) O.OOOOE+00 7.5123E+13 organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) 0.OOOOE+00 1.5078E-11 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 168.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 0.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 0.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 168.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.0000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 168.0000 Ci kg Atoms Decay Co-58 1.2756E-06 4.0115E-14 4.1651E+11 2.9547E+10 Co-60 1. 6300E-06 1.4420E-12 1.4473E+13 3.6524E+10 Kr-85 1.4451E+01 3.6834E-05 2.6096E+20 3.2360E+17 Kr-85m 2.1494E+02 2.6119E-04 1. 8505E+21 4.8164E+18 Rb-86 3.5365E-05 4.3463E-13 3.0435E+12 9.0385E+11 Sr-89 1. 5618E-03 5.3757E-11 3.6375E+14 3.6685E+13 Sr-90 2.5854E-04 1.8953E-09 1. 2682E+16 5.7871E+12 Sr-91 1.0337E-08 2.8517E-18 1.8872E+07 3.9770E+12 Y-90 4.3530E-07 8.0009E-16 5.3536E+09 2.7675E+10 Y-91 2.0603E-05 8.4013E-13 5. 5597E+12 4.8073E+11 Y-93 2.7514E-10 8.2469E-20 5.3402E+05 5.4330E+10 Zr-95 2.9365E-05 1. 3669E-12 8.6650E+12 6.8272E+11 Zr-97 3.2665E-08 1. 7087E-17 1.0608E+08 1.0419E+11 Nb-95 2.7728E-05 7.0909E-13 4.4950E+12 6.6538E+11 Mo-99 7.9457E-05 1.6567E-13 1.0078E+12 4.8759E+12 Ru-103 3.5971E-04 1. 1146E-11 6.5165E+13 8. 5682E+12 RU-106 1.8429E-04 5.5085E-11 3.1295E+14 4.1515E+12 Rh-105 1.0414E-05 1. 2338E-14 7.0763E+10 1.8352E+12 Sb-127 1. 6241E-04 6.0816E-13 2.8838E+12 7.2862E+12 Te-127 2.2226E-09 8.4218E-19 3.9935E+06 1.0245E+12 Page 496

CRDA PELLET MVP TRIP 10 MIN.o0 Te-127m 7.3917E-05 7.8364E-12 3.7159E+13 1.6915E+12 Te-129m 2.0966E-04 6.9595E-12 3.2489E+13 5.0476E+12 Te-131m 1.4968E-05 1.8771E-14 8.6293E+10 4. 1000E+12 Te-132 1.5636E-03 5.1502E-12 2.3496E+13 8.0675E+13 1-131 2.1487E+00 1.7331E-08 7.9673E+16 .6.6012E+16 1-133 2.9087E-02 2.5677E-11 1.1626E+14 3.1286E+16 1-135 1.6439E-07 4.6809E-17 2.0881E+08 9.3566E+15 xe-133 6.7351E+02 3.5982E-06 1.6292E+19 2.4794E+19 xe-135 1.7222E-03 6.7440E-13 3.0084E+12 1.0803E+18 Cs-134 4.9150E-03 3.7988E-09 1.7072E+16 1. 103 5E+14 Cs-136 9.5027E-04 1.2966E-11 5.7413E+13 2. 5739E+13 Cs-137 2.4297E-03 2.7934E-08 1.2279E+17 5.4386E+13 Ba-140 2.2960E-03 3.1362E-11 1.3490E+14 6.2536E+13 La-140 2.0063E-06 3.6095E-15 1. 5526E+10 2.6432E+11 Ce-141 6.8610E-05 2.4079E-12 1.0284E+13 1. 6559E+12 ce-143 2.1402E-06 3.2228E-15 1. 3572E+10 4.4907E+11 Ce-144 6.4996E-05 2.0378E-11 8. 5223E+13 1.4670E+12 Pr-143 1.9722E-05 2.9287E-13 1.2334E+12 5.3064E+11 Nd-147 8.2560E-06 1.0205E-13 4.1808E+11 2.3232E+11 Np-239 1.3859E-04 5.9741E-13 1. 5053E+12 1.0310E+13 Pu-238 4.5494E-07 2.6574E-11 6. 7241E+13 1.0182E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 5.4684E+08 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 8.6588E+08 Pu-241 1.1352E-05 1.1020E-10 2.7537E+14 2.5416E+11 Am-241 5.9704E-09 1.7396E-12 4.3468E+12 1.3361E+08 Cm-242 1.7588E-06 5.3068E-13 1. 3206E+12 3.9953E+10 Cm-244 2.2164E-07 2.7396E-12 6.7616E+12 4.9618E+09 MVP Holdup Transport Giroup Inventory: Time (h) = 168.0000 Atmosphere sump Noble gases (atoms) 2.1277E+21 0.OOOOE+00 Elemental I (atoms) 7.7396E+16 O.OOOOE+00 Organi c I (atoms) 2.3937E+15 0.OOOOE+00 Aerosols (k 9 ) 3.4546E-08 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 2.4143E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 2.4176E-08 Total I (Ci) 2.1777E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 168.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 168.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 192.0000 CRDA @ EAB - condenser Release Doses: Time (h) = 192.0000 whole Body Thyroid TEDE Delta dose (rem) 1.1861E-24 6.3011E-23 3.1367E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 Page 497

CRDA PELLET MVP TRIP 10 MIN.o0 CRDA @ LPZ - Condenser Release Doses: Time (h) = 192.0000 whole Body Thyroid TEDE Delta dose (rem) 1.0248E-25 5.4445E-24 2.7103E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 control Room Doses: Time (h) = 192.0000 whole Body Thyroid TEDE Delta dose (rem) 3.2772E-26 5.3782E-23 1.6977E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 192.0000 Ci kg Atoms Decay Co-58 2.0683E-05 6.5045E-13 6.7536E+12 5.5061E+11 Co-60 2.6681E-05 2.3604E-11 2.3691E+14 6.8380E+11 Kr-85 2.3658E+02 6.0302E-04 4.2723E+21 6.0590E+18 Kr-85m 3. 5182E+03 4.2751E-03 3.0289E+22 9.0173E+19 Rb-86 5. 5796E-04 6.8573E-12 4.8018E+13 1.6629E+13 Sr-89 2.5224E-02 8.6823E-10 5.8749E+15 6.8233E+14 Sr-90 4.2331E-03 3.1033E-08 2.0765E+17 1.0836E+14 Sr-91 2.9382E-08 8.1053E-18 5.3639E+07 6. 5488E+13 Y-90 5.4962E-06 1.0102E-14 6.7596E+10 4.7389E+11 Y-91 3.3339E-04 1. 3594E-11 8.9964E+13 8.9497E+12 Y-93 8.6776E-10 2.6010E-19 1.6842E+06 8.9444E+11 zr-95 4.7565E-04 2.2141E-11 1.4035E+14 1. 2716E+13 Zr-97 1.9987E-07 1.0455E-16 6.4909E+08 1. 7137E+12 Nb-95 4.4515E-04 1.1384E-11 7.2165E+13 1.2341E+13 Mo-99 1. 0112E-03 2.1083E-12 1. 2825E+13 8.3632E+13 Ru-103 5.7870E-03 1. 7931E-10 1.0484E+15 1. 5907E+14 Ru-106 3.0120E-03 9.0028E-10 5.1147E+15 7.7666E+13 Rh-105 1.0653E-04 1.2621E-13 7.2385E+11 3.0550E+13 Sb-127 2.2212E-03 8.3174E-12 3.9440E+13 1.2723E+14 Te-127 6. 1422E-09 2.3274E-18 1.1036E+07 1.6870E+13 Te-127m 1. 2027E-03 1.2750E-10 6.0459E+14 3.1575E+13 Te-129m 3. 3629E-03 1. 1163E-10 5.2113E+14 9.3577E+13 Te-131m 1.4077E-04 1. 7653E-13 8.1154E+11 6.7901E+13 Te-132 2.0696E-02 6.8171E-11 3.1101E+14 1. 3965E+15 1-131 3.2276E+01 2.6035E-07 1.1968E+18 1. 1897E+18 1-133 2. 1405E-01 1.8896E-10 8. 5559E+14 5.1501E+17 1-135 2.1729E-07 6.1872E-17 2.7600E+08 1. 5426E+17 xe-133 9.6630E+03 5.1624E-05 2.3375E+20 4.3944E+20 Xe-135 4.5238E-03 1.7714E-12 7.9021E+12 1. 7791E+19 cs-134 8.0405E-02 6.2145E-08 2.7929E+17 2.0653E+15 Cs-136 1.4758E-02 2.0136E-10 8.9164E+14 4.7027E+14 Cs-137 3.9782E-02 4.5736E-07 2.0104E+18 1.0184E+15 Ba-140 3. 5604E-02 4.8634E-10 2.0920E+15 1. 1418E+15 La-140 2.1735E-05 3.9103E-14 1. 6820E+11 4.4227E+12 Ce-141 1.0997E-03 3.8596E-11 1.6484E+14 3.0689E+13 Ce-143 2.1168E-05 3.1876E-14 1. 3424E+11 7.4580E+12 Ce-144 1.0617E-03 3.3287E-10 1.3921E+15 2.7437E+13 Pr-143 3.0684E-04 4. 5566E-12 1.9189E+13 9.7027E+12 Nd-147 1. 2691E-04 1. 5688E-12 6.4269E+12 4.2263E+12 Np-239 1.6907E-03 7.2879E-12 1.8364E+13 1.7537E+14 Pu-238 7.4491E-06 4.3512E-10 1.1010E+15 1.9065E+11 Pu-239 4.0012E-07 6.4372E-09 1.6220E+16 1.0240E+10 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 1. 6214E+10 Pu-241 1.8586E-04 1.8042E-09 4.5084E+15 4.'7589E+12 Am-241 9. 7761E-08 2.8484E-11 7.1175E+13 2.5019E+09 Cm-242 2.8677E-05 8.6526E-12 2.1532E+13 7.4655E+11 Cm-244 3.6288E-06 4.4854E-11 1. 1070E+14 9.2907E+10 Page 498

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 192.0000 Atmosphere Sump Noble gases (atoms) 3.4795E+22 0.OOOOE+00 Elemental I (atoms) 1.1618E+18 O.OOOOE+00 Organic I (atoms) 3.5931E+16 0.OOOOE+00 Aerosols (kq) 5.6550E-07 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 2.0747E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 2.0761E-08 Total I (Ci) 3.2491E+01 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 192.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16. Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 192.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 192.0000 ci kg Atoms Bq Co-58 7. 5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8. 0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1.6454E+18 1. 1155E+14 Rb-86 2. 5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3. 5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1. 2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4. 5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1. 5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1. 1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8. 7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1. 1652E-12 5.5254E+12 1.1378E+08 Te-127m 4.2783E-04 4. 5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3 .9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 Page 499

CRDA PELLET MVP TRIP 10 MIN.00 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1. 7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1.5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6. 6080E+13 1. 6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3. 5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 192.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 1.7294E+16 Elemental I (atoms) 1.0153E+18 1.4690E+12 organic I (atoms) 3.1402E+16 4.5432E+10 Aerosols (k 9 ) 1.9180E-07 2.7749E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1. 7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 192.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 192.0000 Filtered Transported Noble gases (atoms) O.O000E+00 9.3908E+17 Elemental I (atoms) O.O000E+00 7.5123E+13 organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) 0.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 192.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Page 500

CRDA PELLET MVP TRIP 10 MIN.o0 Elemental I (atoms) 7.4132E+13 0.0000E+00 organi c I (atoms) 2.2927E+12 0.0000E+00 Aerosols (kg) 1.5024E-11 O.O000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 192.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 192.0000 Ci kg Atoms Decay Co-58 1. 2631E-06 3.9724E-14 4.1245E+11 3.3604E+10 Co-60 1. 6295E-06 1.4415E-12 1.4468E+13 4.1734E+10 Kr-85 1.4449E+01 3.6827E-05 2.6092E+20 3.6979E+17 Kr-85m 2.1487E+02 2.6109E-04 1.8498E+21 5. 5035E+18 Rb-86 3.4075E-05 4.1878E-13 2.9325E+12 1. 0148E+12 Sr-89 1. 5405E-03 5.3024E-11 3.5879E+14 4.1643E+13 Sr-90 2.5852E-04 1.8952E-09 1.2681E+16 6.6135E+12 Sr-91 1. 7944E-09 4.9501E-19 3.2758E+06 3.9770E+12 Y-90 3.3566E-07 6.1695E-16 4.1282E+09 2.8900E+10 Y-91 2. 0361E-05 8.3023E-13 5.4943E+12 5.4621E+11 Y-93 5.2996E-11 1.5885E-20 1.0286E+05 5.4330E+10 Zr-95 2.9049E-05 1. 3522E-12 8.5716E+12 7.7609E+11 Zr-97 1.2206E-08 6.3851E-18 3.9641E+07 1.0426E+11 Nb-95 2.7186E-05 6.9525E-13 4.4072E+12 7.5315E+11 Mo-99 6.1754E-05 1.2876E-13 7.8323E+11 5.1005E+12 RU-103 3.5342E-04 1.0951E-11 6.4026E+13 9.7081E+12 Ru-106 1.8395E-04 5.4982E-11 3.1236E+14 4.7401E+12 Rh-105 6.5057E-06 7.7077E-15 4.4207E+10 1.8617E+12 sb-127 1.3565E-04 5.0796E-13 2.4087E+12 7.7613E+12 Te-127 3.7511E-10 1.4214E-19 6.7399E+05 1.0245E+12 Te-127m 7.3449E-05 7.7867E-12 3.6923E+13 1. 9271E+12 Te-129m 2 0538E-04 6.8174E-12 3.1826E+13 5.7110E+12 Te-131m 8.5970E-06 1.0781E-14 4.9562E+10 4.1367E+12 Te-132 1.2639E-03 4.1633E-12 1.8994E+13 8. 5177E+13 1-131 1. 9712E+00 1.5900E-08 7.3092E+16 7.2593E+16 1-133 1. 3073E-02 1.1540E-11 5.2252E+13 3.1350E+16 1-135 1. 3270E-08 3.7786E-18 1.6856E+07 9.3566E+15 Xe-133 5.9014E+02 3.1527E-06 1.4275E+19 2.6811E+19 Xe-135 2.7627E-04 1.0818E-13 4.8259E+11 1.0803E+18 Cs-134 4.9104E-03 3.7953E-09 1.7056E+16 1.2605E+14 Cs-136 9.0130E-04 1.2297E-11 5.4454E+13 2.8698E+13 Cs-137 2.4296E-03 2.7932E-08 1.2278E+17 6.2153E+13 Ba-140 2. 1744E-03 2.9701E-11 1. 2776E+14 6.9680E+13 La-140 1.3274E-06 2.3881E-15 1.0272E+10 2.6958E+11 Ce-141 6.7162E-05 2.3571E-12 1. 0067E+13 1.8729E+12 Ce-143 1.2928E-06 1.9467E-15 8.1982E+09 4.5444E+11 Ce-144 6.4838E-05 2.0329E-11 8.5015E+13 1.6745E+12 Pr-143 1.8739E-05 2.7828E-13 1.1719E+12 5.9210E+11 Nd-147 7.7509E-06 9.5810E-14 3.9250E+11 2. 5790E+11 Np-239 1.0326E-04 4.4509E-13 1.1215E+12 1.0694E+13 Pu-238 4.5493E-07 2.6574E-11 6.7239E+13 1.1636E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 6.2496E+08 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 9.8957E+08 Pu-241 1.1351E-05 1.1019E-10 2.7533E+14 2.9045E+11 Am-241 5.9704E-09 1. 7395E-12 4.3468E+12 1.5270E+08 Cm-242 1. 7514E-06 5.2843E-13 1.3150E+12 4.5564E+10 Cm-244 2. 2162E-07 2.7393E-12 6.7608E+12 5.6703E+09 Page 501

CRDA PELLET MVP TRIP 10 MIN.oO MVP Holdup Transport Group Inventory: Time (h) = 192.0000 Atmosphere sump Noble gases (atoms) 2.1250E+21 O.OOOOE+00 Elemental I (atoms) 7.0950E+16 0.OOOOE+00 organic I (atoms) 2.1943E+15 O.OOOOE+00 Aerosols (kq) 3.4536E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 2.2123E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 2.2138E-08 Total I (Ci) 1.9842E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (W) = 192.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 192.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 216.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 216.0000 whole Body Thyroid TEDE Delta dose (rem) 1.1293E-24 5.7757E-23 2.9198E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 216.0000 whole Body Thyroid TEDE Delta dose (rem) 9.7575E-26 4.9906E-24 2.5229E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 216.0000 whole Body Thyroid TEDE Delta dose (rem) 3.1202E-26 4.9298E-23 1.5594E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 216.0000 ci kg Atoms Decay Co-58 2.0481E-05 6.4411E-13 6.6878E+12 6.1641E+11 Co-60 2. 6671E-05 2. 3595E-11 2.3682E+14 7.6908E+11 Kr-85 2.3654E+02 6.0291E-04 4.2715E+21 6.8152E+18 Kr-85m 3. 5169E+03 4.2736E-03 3.0278E+22 1.0142E+20 Rb-86 5. 3761E-04 6.6072E-12 4.6267E+13 1.8380E+13 Sr-89 2.4880E-02 8.5640E-10 5.7948E+15 7.6242E+14 Sr-90 4.2328E-03 3.1031E-08 2.0763E+17 1. 2189E+14 Sr-91 5 . 1001E-09 1.4069E-18 9.3107E+06 6. 5488E+13 Y-90 4.2381E-06 7.7898E-15 5.2124E+10 4.8936E+11 Y-91 3.2946E-04 1. 3434E-11 8.8905E+13 1.0009E+13 Y-93 1. 6714E-10 5.0097E-20 3.2440E+05 8.9444E+11 Page 502

CRDA PELLET MVP TRIP 10 MIN.o0 zr-95 4.7053E-04 2.1902E-11 1. 3884E+14 1.4229E+13 Zr-97 7.4686E-08 3.9069E-17 2.4255E+08 1.7141E+12 Nb-95 4.3646E-04 1.1162E-11 7.0756E+13 1. 3750E+13 MO-99 7.8589E-04 1.6386E-12 9.9674E+12 8.6489E+13 Ru-103 5.6858E-03 1.7617E-10 1.0300E+15 1. 7741E+14 Ru-106 3.0063E-03 8.9859E-10 5.1051E+15 8.7285E+13 Rh-105 6.6548E-05 7.8844E-14 4.5220E+11 3.0822E+13 sb-127 1.8552E-03 6.9471E-12 3.2942E+13 1. 3373E+14 Te-127 1.0366E-09 3.9280E-19 1.8626E+06 1. 6870E+13 Te-127m 1.1950E-03 1.2669E-10 6.0076E+14 3.5408E+13 Te-129m 3.2942E-03 1.0935E-10 5.1049E+14 1.0422E+14 Te-131m 8.0851E-05 1.0139E-13 4.6611E+11 6.8246E+13 Te-132 1.6730E-02 5.5107E-11 2.5141E+14 1.4561E+15 1-131 2.9610E+01 2.3884E-07 1.0980E+18 1.2885E+18 1-133 9.6201E-02 8.4922E-11 3.8452E+14 5.1548E+17 1-135 1.7540E-08 4.9945E-18 2.2280E+07 1. 5426E+17 xe-133 8.4668E+03 4.5233E-05 2.0481E+20 4.6838E+20 Xe-135 7.2565E-04 2.8415E-13 1. 2676E+12 1.7791E+19 Cs-134 8.0331E-02 6.2087E-08 2.7903E+17 2.3222E+15 Cs-136 1.3997E-02 1.9098E-10 8.4569E+14 5.1622E+14 Cs-137 3.9780E-02 4.5734E-07 2.0103E+18 1.1455E+15 Ba-140 3.3719E-02 4.6058E-10 1.9812E+15 1. 2526E+15 La-140 1.4380E-05 2.5871E-14 1.1128E+11 4.4796E+12 Ce-141 1.0765E-03 3.7781E-11 1. 6136E+14 3.4168E+13 Ce-143 1.2787E-05 1.9255E-14 8.1086E+10 7.5111E+12 Ce-144 1.0591E-03 3.3206E-10 1. 3887E+15 3.0827E+13 Pr-143 2.9155E-04 4.3295E-12 1.8233E+13 1. 0659E+13 Nd-147 1.1915E-04 1.4728E-12 6.0338E+12 4.6195E+12 Np-239 1.2597E-03 5.4297E-12 1. 3681E+13 1.8005E+14 Pu-238 7.4490E-06 4.3511E-10 1. 1010E+15 2.1447E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 1. 1519E+10 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 1.8239E+10 Pu-241 1.8583E-04 1.8040E-09 4. 5078E+15 5.3530E+12 Am-241 9.7760E-08 2.8484E-11 7.1175E+13 2.8145E+09 Cm-242 2.8555E-05 8.6158E-12 2.1440E+13 8.3803E+11 Cm-244 3.6284E-06 4.4849E-11 1.1069E+14 1.0451E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 216.0000 Atmosphere sump Noble gases (atoms) 3.4754E+22 O.OOOOE+00 Elemental I (atoms) 1.0654E+18 0.OOOOE+00 organic I (atoms) 3.2951E+16 0.OOOOE+00 Aerosols (kg) 5.6533E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.9023E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.9029E-08 Total I (Ci) 2.9707E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 216.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 216.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Page 503

CRDA PELLET MVP TRIP 10 MIN.o0 Environment Integral Nuclide Release: Time (h) = 216.0000 Ci kg Atoms Bq Co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1. 1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1. 8194E+11 5.4737E+05 Y-91 1.2391E-04 5 .0525E-12 3.3436E+13 4.5845E+06 Y-92 1. 2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1. 7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4.5054E-12 2.8560E+13 6. 5184E+06 MO-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1. 5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1.7556E+15 3.8253E+07 Rh-105 1. 5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 sb-129 8.7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5. 5254E+12 1.1378E+08 Te-127m 4.2783E-04 4. 5357E-11 2.1507E+14 1.5830E+07 Te-129 8. 1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1. 3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1. 7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1. 2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1. 1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2. 5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1. 5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4. 4084E-04 1. 5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1. 5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Page 504

CRDA PELLET MVP TRIP 10 MIN.o0 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 216.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 1.5372E+16 Elemental I (atoms) 1.0153E+18 1.3057E+12 organic I (atoms) 3.1402E+16 4.0384E+10 Aerosols (kg) 1.9180E-07 2.4666E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 216.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 216.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 9.3908E+17 Elemental I (atoms) 0.OOOOE+00 7.5123E+13 organi c I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) 0.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 216.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 O.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 216.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 216.0000 Ci kg Atoms Decay Co-58 1.2508E-06 3.9337E-14 4.0844E+11 3.7623E+10 Co-60 1. 6289E-06 1.4410E-12 1.4463E+13 4.6942E+10 Kr-85 1.4446E+01 3.6821E-05 2.6087E+20 4.1598E+17 Kr-85m 2.1479E+02 2.6099E-04 1. 8491E+21 6.1902E+18 Rb-86 3.2833E-05 4.0351E-13 2.8256E+12 1. 1218E+12 Sr-89 1. 5195E-03 5.2302E-11 3. 5390E+14 4.6534E+13 Sr-90 2.5850E-04 1.8951E-09 1.2681E+16 7.4400E+12 Sr-91 3.1147E-10 8.5924E-20 5.6862E+05 3.9770E+12 Y-90 2.5883E-07 4.7574E-16 3.1833E+09 2.9845E+10 Y-91 2.0121E-05 8.2045E-13 5.4295E+12 6.1091E+11 Y-93 1.0208E-11 3.0595E-21 1.9812E+04 5.4330E+10 Page 505

CRDA PELLET MVP TRIP 10 MIN.o0 Zr-95 2.8736E-05 1.3376E-12 8.4792E+12 8.6845E+11 Zr-97 4.5612E-09 2.3860E-18 1.4813E+07 1.0428E+11 Nb-95 2.6655E-05 6.8167E-13 4.3212E+12 8.3921E+11 Mo-99 4.7995E-05 1.0007E-13 6.0873E+11 5.2750E+12 Ru-103 3.4724E-04 1.0759E-11 6.2906E+13 1.0828E+13 RU-106 1.8360E-04 5.4878E-11 3.1178E+14 5.3276E+12 Rh-105 4.0642E-06 4.8151E-15 2.7616E+10 1.8783E+12 Sb-127 1.1330E-04 4.2427E-13 2.0118E+12 8.1582E+12 Te-127 6.3309E-11 2.3989E-20 1. 1375E+05 1.0245E+12 Te-127m 7. 2983E-05 7.7373E-12 3.6689E+13 2.1611E+12 Te-129m 2.0118E-04 6.6782E-12 3.1176E+13 6.3608E+12 Te-131m 4.9377E-06 6.1922E-15 2.8466E+10 4.1578E+12 Te-132 1.0217E-03 3. 3655E-12 1. 5354E+13 8.8817E+13 1-131 1.8084E+00 1.4586E-08 6.7055E+16 7. 8631E+16 1-133 5.8752E-03 5.1864E-12 2.3483E+13 3.1379E+16 1-135 1. 0712E-09 3.0502E-19 1.3607E+06 9.3566E+15 Xe-133 5.1708E+02 2.7625E-06 1.2508E+19 2.8578E+19 xe-135 4.4316E-05 1. 7354E-14 7.7412E+10 1.0803E+18 Cs-134 4.9059E-03 3.7918E-09 1.7041E+16 1.4174E+14 Cs-136 8.5485E-04 1.1664E-11 5.1647E+13 3.1504E+13 Cs-137 2.4294E-03 2.7930E-08 1. 2277E+17 6.9920E+13 Ba-140 2.0593E-03 2.8129E-11 1. 2100E+14 7.6445E+13 La-140 8.7820E-07 1. 5800E-15 6.7964E+09 2.7305E+11 Ce-141 6.5745E-05 2.3074E-12 9.8548E+12 2.0854E+12 Ce-143 7.8090E-07 1. 1759E-15 4.9521E+09 4.5769E+11 Ce-144 6.4680E-05 2.0279E-11 8.4808E+13 1.8816E+12 Pr-143 1.7805E-05 2.6441E-13 1.113 5E+12 6.5050E+11 Nd-147 7.2767E-06 8.9949E-14 3.6849E+11 2.8191E+11 Np-239 7.6929E-05 3.3160E-13 8. 3555 E+11 1.0980E+13 Pu-238 4.5492E-07 2.6573E-11 6.7238E+13 1. 3090E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 7.0307E+08 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 1.1133E+09 Pu-241 1.1349E-05 1. 1017E-10 2.7530E+14 3.2673E+11 Am-241 5.9704E-09 1. 7395E-12 4.3468E+12 1. 7179E+08 Cm-242 1.7439E-06 5.2618E-13 1. 3094E+12 5.1150E+10 Cm-244 2.2159E-07 2.7390E-12 6. 7601E+12 6.3788E+09 MVP Holdup Transport Group Inventory: Time (h) = 216.0000 Atmosphere Sump Noble gases (atoms) 2.1225E+21 O.OOOOE+00 Elemental I (atoms) 6.5066E+16 O.OOOOE+00 organic I (atoms) 2.0123E+15 O.OOOOE+00 Aerosols (k 9 ) 3.4526E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 2.0284E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 2.0291E-08 Total I (Ci) 1.8142E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 216.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.O000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 216.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Page 506

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 240.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 240.0000 whole Body Thyroid TEDE Delta dose (rem) 1.0794E-24 5.2965E-23 2.7239E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 240.0000 whole Body Thyroid TEDE Delta dose (rem) 9.3271E-26 4.5765E-24 2.3536E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 240.0000 whole Body Thyroid TEDE Delta dose (rem) 2.9826E-26 4.5207E-23 1.4334E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 240.0000 Ci kg Atoms Decay co-58 2.0282E-05 6.3784E-13 6.6227E+12 6.8156E+11 Co-60 2.6662E-05 2.3587E-11 2.3674E+14 8.5433E+11 Kr-85 2.3650E+02 6.0280E-04 4.2708E+21 7. 5713E+18 Kr-85m 3.5156E+03 4.2720E-03 3.0266E+22 1. 1266E+20 Rb-86 5.1801E-04 6.3663E-12 4.4580E+13 2.0067E+13 Sr-89 2.4541E-02 8.4472E-10 5.7158E+15 8.4141E+14 Sr-90 4.2325E-03 3.1029E-08 2.0762E+17 1. 3542E+14 Sr-91 8.8529E-10 2.4422E-19 1.6162E+06 6.5488E+13 Y-90 3.2681E-06 6.0068E-15 4.0193E+10 5.0129E+11 Y-91 3.2558E-04 1. 3276E-11 8.7858E+13 1.1056E+13 Y-93 3.2193E-11 9.6493E-21 6.2483E+04 8.9444E+11 Zr-95 4.6546E-04 2.1666E-11 1. 3734E+14 1. 5725E+13 Zr-97 2.7909E-08 1.4599E-17 9.0637E+07 1. 7142E+12 Nb-95 4.2794E-04 1.0944E-11 6.9374E+13 1. 5132E+13 Mo-99 6.1079E-04 1.2735E-12 7.7467E+12 8.8710E+13 RU-103 5.5863E-03 1. 7309E-10 1.0120E+15 1. 9543E+14 RU-106 3.0006E-03 8.9690E-10 5.0955E+15 9.6887E+13 Rh-lO5 4.1574E-05 4.9255E-14 2.8249E+11 3.0991E+13 Sb-127 1.5496E-03 5.8024E-12 2.7514E+13 1. 3916E+14 Te-127 1. 7496E-10 6.6294E-20 3.1436E+05 1. 6870E+13 Te-127m 1.1875E-03 1.2589E-10 5.9695E+14 3.9216E+13 Te-129m 3.2270E-03 1.0712E-10 5.0006E+14 1. 1464E+14 Te-131m 4.6437E-05 5.8235E-14 2.6771E+11 6.8445E+13 Te-132 1.3524E-02 4.4547E-11 2.0324E+14 1. 5042E+15 1-131 2.7165E+01 2.1911E-07 1.0073E+18 1. 3792E+18 1-133 4.3235E-02 3.8166E-11 1.7281E+14 5.1569E+17 1-135 1.4159E-09 4.0318E-19 1.7985E+06 1. 5426E+17 Xe-133 7.4187E+03 3.9634E-05 1.7946E+20 4.9373E+20 Xe-135 1. 1640E-04 4.5579E-14 2.0332E+11 1. 7791E+19 Cs-134 8.0257E-02 6.2030E-08 2.7877E+17 2.5789E+15 Cs-136 1.3276E-02 1.8114E-10 8.0210E+14 5.5981E+14 Cs-137 3.9777E-02 4.5731E-07 2.0102E+18 1.2727E+15 Ba-140 3.1933E-02 4.3619E-10 1.8763E+15 1. 3575E+15 La-140 9. 5138E-06 1. 7117E-14 7.3627E+10 4. 5172E+12 Ce-141 1.0538E-03 3.6984E-11 1. 5796E+14 3.7573E+13 Ce-143 7.7237E-06 1. 1631E-14 4.8980E+10 7. 5433E+12 Ce-144 1.0565E-03 3.3125E-10 1. 3853E+15 3.4209E+13 Pr-143 2.7702E-04 4.1138E-12 1.7324E+13 1.1567E+13 Page 507

CRDA PELLET MVP TRIP 10 MIN.o0 Nd-147 1.1186E-04 1.3827E-12 5. 6646E+12 4.9886E+12 Np-239 9.3848E-04 4.0453E-12 1.0193E+13 1.8354E+14 Pu-238 7.4488E-06 4.3510E-10 1.1009E+15 2.3828E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 1.2798E+10 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 2.0264E+10 Pu-241 1.8581E-04 1.8037E-09 4.5072E+15 5.9470E+12 Am-241 9.7760E-08 2.8483E-11 7.1175E+13 3.1270E+09 Cm-242 2.8434E-05 8.5792E-12 2.1349E+13 9.2913E+11 Cm-244 3.6280E-06 4.4845E-11 1.1068E+14 1.1611E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 240.0000 Atmosphere sump Noble gases (atoms) 3.4717E+22 O.OOOOE+00 Elemental I (atoms) 9.7723E+17 0.OOOOE+00 organic I (atoms) 3.0224E+16 0.OOOOE+00 Aerosols (kq) 5.6518E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.7447E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.7449E-08 Total I (Ci) 2.7208E+01 DAEC Condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 240.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 240.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 240.0000 Ci kg Atoms Bq Co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1.6454E+18 1.1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1. 2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 MO-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 TC-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 RU-105 1.5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Page 508

CRDA PELLET MVP TRIP 10 MIN.o0 Rh-105 1.5394E-03 1.8238E-12 1. 0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8.7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1. 1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1. 2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1. 7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1.5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9. 5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1. 2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4. 5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6. 5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 240.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 1.3835E+16 Elemental I (atoms) 1.0153E+18 1.1752E+12 Organic I (atoms) 3.1402E+16 3.6345E+10 Aerosols (kq) 1.9180E-07 2.2199E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 240.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 240.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Page 509

CRDA PELLET MVP TRIP 10 MIN.OO Elemental I (atoms) O.O000E+00 7.5123E+13 organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 240.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 0.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 0.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 240.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 240.0000 Ci kg Atoms Decay Co-58 1.2387E-06 3.8954E-14 4.0446E+11 4.1602E+10 Co-60 1. 6283E-06 1.4405E-12 1.4458E+13 5.2149E+10 Kr-85 1.4443E+01 3.6814E-05 2.6082E+20 4.6215E+17 Kr-85m 2.1471E+02 2.6090E-04 1.8484E+21 6.8767E+18 Rb-86 3.1636E-05 3.8880E-13 2.7226E+12 1.2248E+12 Sr-89 1.4988E-03 5.1589E-11 3.4907E+14 5.1358E+13 Sr-90 2. 5849E-04 1.8950E-09 1.2680E+16 8.2663E+12 Sr-91 5.4066E-11 1.4915E-20 9.8702E+04 3.9770E+12 Y-90 1.9959E-07 3.6684E-16 2.4546E+09 3.0574E+10 Y-91 1.9884E-05 8.1079E-13 5.3656E+12 6.7485E+11 Zr-95 2.8426E-05 1. 3232E-12 8.3879E+12 9.5981E+11 Zr-97 1. 7044E-09 8.9160E-19 5.5354E+06 1.0429E+11 Nb-95 2.6135E-05 6.6836E-13 4.2368E+12 9.2359E+11 Mo-99 3.7302E-05 7.7775E-14 4.7310E+11 5.4106E+12 Ru-103 3.4117E-04 1.0571E-11 6.1805E+13 1.1928E+13 RU-106 1.8325E-04 5.4775E-11 3.1119E+14 5.9140E+12 Rh-105 2.5390E-06 3.0081E-15 1. 7252E+10 1.8887E+12 Sb-127 9.4634E-05 3. 5436E-13 1.6803E+12 8.4897E+12 Te-127 1.0685E-11 4.0487E-21 1. 9198E+04 1.0245E+12 Te-127m 7.2520E-05 7.6883E-12 3.6457E+13 2.3937E+12 Te-129m 1. 9708E-04 6.5419E-12 3.0540E+13 6.9973E+12 Te-131m 2.8360E-06 3. 5565E-15 1. 6349E+10 4.1699E+12 Te-132 8.2595E-04 2.7206E-12 1. 2412E+13 9.1759E+13 1-131 1. 6590E+00 1.3382E-08 6.1516E+16 8.4170E+16 1-133 2.6404E-03 2.3309E-12 1.0554E+13 3.1392E+16 1-135 8. 6471E-11 2.4623E-20 1.0984E+05 9.3566E+15 Xe-133 4. 5307E+02 2.4205E-06 1. 0960E+19 3.0126E+19 Xe-135 7.1085E-06 2.7836E-15 1.2417E+10 1.0803E+18 Cs-134 4. 9014E-03 3.7883E-09 1.7025E+16 1. 5742E+14 Cs-136 8. 1079E-04 1. 1063E-11 4.8986E+13 3.4166E+13 Cs-137 2.4293E-03 2.7928E-08 1. 2277E+17 7.7686E+13 Ba-140 1.9502E-03 2.6639E-11 1. 1459E+14 8.2852E+13 La-140 5. 8103E-07 1.0453E-15 4.4965E+09 2.7535E+11 Ce-141 6.4358E-05 2.2587E-12 9.6469E+12 2.2933E+12 Ce-143 4. 7170E-07 7.1030E-16 2.9913E+09 4. 5965E+11 Ce-144 6.4523E-05 2.0230E-11 8.4602E+13 2.0881E+12 Pr-143 1. 6918E-05 2.5124E-13 1.0580E+12 7.0599E+11 Nd-147 6.8316E-06 8.4446E-14 3.4595E+11 3.0446E+11 Page 510

CRDA PELLET MVP TRIP 10 MIN.o0 Np-239 5.7314E-05 2.4705E-13 6.2251E+11 1.1193E+13 Pu-238 4.5491E-07 2.6572E-11 6.7236E+13 1.4545E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 7.8119E+08 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.2369E+09 Pu-241 1.1348E-05 1.1016E-10 2.7526E+14 3.6301E+11 Am-241 5.9704E-09 1.7395E-12 4.3468E+12 1.9087E+08 Cm-242 1.7365E-06 5.2395E-13 1.3038E+12 5.6713E+10 Cm-244 2.2157E-07 2.7387E-12 6.7594E+12 7.0871E+09 MVP Holdup Transport Group Inventory: Time (h) = 240.0000 Atmosphere sump Noble gases (atoms) 2.1202E+21 0.O000E+00 Elemental I (atoms) 5.9681E+16 O.OOOOE+00 Organic I (atoms) 1.8458E+15 0.OOOOE+00 Aerosols (kq) 3.4516E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.8604E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.8607E-08 Total I (Ci) 1. 6616E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 240.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 240.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 264.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 264.0000 whole Body Thyroid TEDE Delta dose (rem) 1.0357E-24 4.8580E-23 2.5466E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 264.0000 whole Body Thyroid TEDE Delta dose (rem) 8.9495E-26 4.1976E-24 2.2004E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 control Room Doses: Time (h) = 264.0000 whole Body Thyroid TEDE Delta dose (rem) 2.8618E-26 4.1464E-23 1.3182E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 264.0000 Ci kg Atoms Decay Co-58 2.0084E-05 6.3162E-13 6.5581E+12 7.4609E+11 Co-60 2.6652E-05 2.3578E-11 2.3665E+14 9.3955E+11 Kr-85 2. 3646E+02 6.0270E-04 4.2700E+21 8.3273E+18 Page 511

CRDA PELLET MVP TRIP 10 MIN.oO Kr-85m 3.5143E+03 4.2704E-03 3.0255E+22 1.2390E+20 Rb-86 4.9912E-04 6.1341E-12 4.2954E+13 2.1693E+13 Sr-89 2.4207E-02 8.3321E-10 5.6379E+15 9.1933E+14 Sr-90 4.2323E-03 3.1027E-08 2.0761E+17 1.4895E+14 Sr-91 1.5367E-10 4.2392E-20 2.8054E+05 6.5488E+13 Y-90 2.5200E-06 4.6318E-15 3.0993E+10 5.1049E+11 Y-91 3.2175E-04 1.3120E-11 8.6823E+13 1.2091E+13 Y-93 6.2008E-12 1.8586E-21 1.2035E+04 8.9444E+11 Zr-95 4.6044E-04 2.1433E-11 1. 3586E+14 1.7205E+13 Zr-97 1.0429E-08 5.4554E-18 3.3870E+07 1.7143E+12 Nb-95 4.1958E-04 1.0730E-11 6.8020E+13 1.6486E+13 Mo-99 4.7471E-04 9.8977E-13 6.0208E+12 9.0436E+13 Ru-103 5.4886E-03 1. 7006E-10 9.9431E+14 2.1313E+14 RU-106 2.9950E-03 8.9521E-10 5.0859E+15 1.0647E+14 Rh-105 2.5972E-05 3.0770E-14 1.7648E+11 3.1097E+13 sb-127 1.2942E-03 4.8464E-12 2.2981E+13 1.4369E+14 Te-127 2.9528E-11 1.1189E-20. 5.3055E+04 1.6870E+13 Te-127m 1.1799E-03 1.2509E-10 5.9317E+14 4.3000E+13 Te-129m 3.1611E-03 1.0493E-10 4.8985E+14 1.2485E+14 Te-131m 2.6671E-05 3.3447E-14 1.5376E+11 6.8559E+13 Te-132 1.0933E-02 3.6011E-11 1. 6429E+14 1.5432E+15 1-131 2.4921E+01 2.0101E-07 9.2408E+17 1.4624E+18 1-133 1.9431E-02 1.7153E-11 7.7667E+13 5.1579E+17 1-135 1.1430E-10 3.2546E-20 1.4518E+05 1.5426E+17 Xe-133 6.5003E+03 3.4727E-05 1.5724E+20 5.1595E+20 Xe-135 1.8670E-05 7.3109E-15 3.2613E+10 1.7791E+19 Cs-134 8.0183E-02 6.1973E-08 2.7852E+17 2.8354E+15 Cs-136 1.2592E-02 1.7181E-10 7.6077E+14 6.0114E+14 Cs-137 3.9775E-02 4.5728E-07 2. 0101E+18 1. 3999E+15 Ba-140 3.0242E-02 4.1310E-10 1.7769E+15 1.4569E+15 La-140 6.2945E-06 1.1324E-14 4.8712E+10 4.5422E+12 Ce-141 1.0316E-03 3.6204E-11 1.5463E+14 4.0906E+13 Ce-143 4.6654E-06 7.0254E-15 2.9586E+10 7.5626E+12 Ce-144 1.0539E-03 3.3044E-10 1. 3819E+15 3.7582E+13 Pr-143 2.6321E-04 3.9088E-12 1.6461E+13 1.2431E+13 Nd-147 1.0502E-04 1.2981E-12 5.3181E+12 5.3352E+12 Np-239 6.9920E-04 3.0139E-12 7.5942E+12 1.8614E+14 Pu-238 7.4487E-06 4.3509E-10 1.1009E+15 2.6209E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 1.4077E+10 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 2.2290E+10 Pu-241 1.8578E-04 1.8035E-09 4. 5066E+15 6.5410E+12 Am-241 9.7760E-08 2.8483E-11 7.1174E+13 3.4395E+09 Cm-242 2.8313E-05 8.5427E-12 2.1259E+13 1.0198E+12 Cm-244 3.6277E-06 4.4840E-11 1.1067E+14 1.2770E+11 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 264.0000 Atmosphere Sump Noble gases (atoms) 3.4682E+22 O.O000E+00 Elemental I (atoms) 8.9643E+17 O.O000E+00 organic I (atoms) 2.7725E+16 O.O000E+00 Aerosols (kq) 5.6502E-07 O.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.6003E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.6005E-08 Total I (Ci) 2.4940E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 264.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Page 512

CRDA PELLET MVP TRIP 10 MIN.O0 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 264.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 264.0000 Ci kg Atoms Bq Co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1.6454E+18 1. 1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3. 5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4. 5054E-12 2.8560E+13 6.5184E+06 MO-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 RU-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 RU-105 1.5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 RU-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1. 0460E+13 5.6959E+07 sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 sb-129 8.7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1.1378E+08 Te-127m 4.2783E-04 4. 5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1. 8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1. 4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1. 7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1. 5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1. 5472E-11 6. 6080E+13 1. 6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Page 513

CRDA PELLET MVP TRIP 10 MIN.O0 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 264.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 1.2577E+16 Elemental I (atoms) 1.0153E+18 1.0683E+12 Organic I (atoms) 3.1402E+16 3.3041E+10 Aerosols (k 9 ) 1.9180E-07 2.0181E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 264.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 264.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Elemental I (atoms) O.OOOOE+00 7.5123E+13 organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 264.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 0.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 0.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 264.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 264.0000 Ci kg Atoms Decay Co-58 1. 2266E-06 3.8574E-14 4.0052E+11 4. 5542E+10 Co-60 1. 6277E-06 1.4399E-12 1.4453E+13 5.7353E+10 Kr-85 1. 4441E+01 3.6808E-05 2.6078E+20 5.0832E+17 Page 514

CRDA PELLET MVP TRIP 10 MIN.o0 Kr-85m 2.1463E+02 2.6080E-04 1.8477E+21 7.5630E+18 Rb-86 3.0482E-05 3.7462E-13 2.6233E+12 1. 3241E+12 Sr-89 1.4783E-03 5.0885E-11 3.4431E+14 5.6117E+13 Sr-90 2.5847E-04 1.8949E-09 1. 2679E+16 9.0926E+12 Sr-91 9.3849E-12 2.5889E-21 1.7133E+04 3.9770E+12 Y-90 1.5390E-07 2.8287E-16 1.8928E+09 3.1136E+10 Y-91 1.9650E-05 8.0124E-13 5.3024E+12 7.3804E+11 Zr-95 2.8120E-05 1.3089E-12 8. 2975E+12 1. 0502E+12 Zr-97 6.3692E-10 3.3317E-19 2.0685E+06 1. 0430E+11 Nb-95 2.5625E-05 6.5531E-13 4.1541E+12 1.0063E+12 Mo-99 2.8991E-05 6.0447E-14 3.6770E+11 5. 5160E+12 RU-103 3.3520E-04 1.0386E-11 6.0724E+13 1. 3009E+13 Ru-106 1.8291E-04 5.4672E-11 3.1061E+14 6.4992E+12 Rh-105 1.5861E-06 1.8792E-15 1.0778E+10 1.8952E+12 sb-127 7.9042E-05 2.9598E-13 1.4035E+12 8.7665E+12 Te-127m 7.2061E-05 7.6396E-12 3.6226E+13 2.6248E+12 Te-129m 1.9305E-04 6.4083E-12 2.9916E+13 7.6209E+12 Te-131m 1.6288E-06 2.0427E-15 9.3903E+09 4.1769E+12 Te-132 6.6767E-04 2.1992E-12 1.0033E+13 9.4138E+13 1-131 1.5220E+00 1.2276E-08 5.6435E+16 8.9251E+16 1-133 1.1867E-03 1.0476E-12 4.7433E+12 3.1398E+16 Xe-133 3.9698E+02 2.1208E-06 9.6030E+18 3.1483E+19 Xe-135 1.1402E-06 4.4649E-16 1. 9917E+09 1.0803E+18 Cs-134 4.8969E-03 3.7848E-09 1.7009E+16 1.7308E+14 Cs-136 7.6900E-04 1.0492E-11 4.6461E+13 3.6691E+13 Cs-137 2.4291E-03 2.7927E-08 1. 2276E+17 8.5452E+13 Ba-140 1.8469E-03 2.5228E-11 1.0852E+14 8.8920E+13 La-140 3.8441E-07 6.9160E-16 2.9750E+09 2.7687E+11 Ce-141 6.3000E-05 2.2110E-12 9.4433E+12 2.4969E+12 Ce-143 2.8493E-07 4.2905E-16 1.8069E+09 4.6083E+11 Ce-144 6.4366E-05 2.0181E-11 8.4396E+13 2.2941E+12 Pr-143 1.6075E-05 2.3872E-13 1.0053E+12 7.5871E+11 Nd-147 6.4136E-06 7.9280E-14 3.2478E+11 3.2562E+11 Np-239 4.2701E-05 1.8406E-13 4.6379E+11 1.1352E+13 Pu-238 4.5490E-07 2.6572E-11 6.7235E+13 1. 5999E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 8.5930E+08 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.3606E+09 Pu-241 1.1346E-05 1.1014E-10 2.7522E+14 3.9928E+11 Am-241 5.9703E-09 1.7395E-12 4.3467E+12 2.0996E+08 Cm-242 1.7291E-06 5.2172E-13 1.2983E+12 6.2253E+10 Cm-244 2.2155E-07 2.7384E-12 6.7587E+12 7.7954E+09 MVP Holdup Transport Group Inventory: Time (h) = 264.0000 Atmosphere Sump Noble gases (atoms) 2.1181E+21 0.OOOOE+00 Elemental I (atoms) 5.4746E+16 O.OOOOE+00 Organic I (atoms) 1.6932E+15 0.OOOOE+00 Aerosols (kN) 3.4507E-08 0.OOOOE+00 Dose EffectIve (Ci/cc) 1-131 (Thyroid) 1.7065E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.7066E-08 Total I (Ci) 1. 5231E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 264.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Page 515

CRDA PELLET MVP TRIP 10 MIN.o0 Pathway Time (h) = 264.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organi c I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 288.0000 CRDA @ EAB - condenser Release Doses: Time (h) = 288.0000 whole Body Thyroid TEDE Delta dose (rem) 9.9739E-25 4.4563E-23 2.3858E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 288.0000 whole Body Thyroid TEDE Delta dose (rem) 8.6181E-26 3.8505E-24 2.0615E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 288.0000 whole Body Thyroid TEDE Delta dose (rem) 2.7559E-26 3.8036E-23 1.2126E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 288.0000 Ci kg Atoms Decay Co-58 1.9889E-05 6.2547E-13 6.4942E+12 8.0998E+11 Co-60 2.6643E-05 2.3570E-11 2.3657E+14 1.0247E+12 Kr-85 2.3642E+02 6.0259E-04 4.2693E+21 9.0831E+18 Kr-85m 3. 5130E+03 4.2688E-03 3.0244E+22 1. 3513E+20 Rb-86 4.8092E-04 5.9105E-12 4.1388E+13 2.3259E+13 Sr-89 2.3877E-02 8.2185E-10 5. 5610E+15 9.9619E+14 Sr-90 4.2320E-03 3.1025E-08 2.0759E+17 1.6248E+14 Sr-91 2.6674E-11 7.3584E-21 4.8696E+04 6.5488E+13 Y-90 1.9432E-06 3.5716E-15 2.3899E+10 5.1759E+11 Y-91 3.1796E-04 1.2965E-11 8.5800E+13 1. 3113E+13 Zr-95 4.5548E-04 2.1202E-11 1. 3440E+14 1. 8669E+13 Zr-97 3.8971E-09 2.0386E-18 1.2656E+07 1. 7143E+12 Nb-95 4.1139E-04 1.0521E-11 6. 6691E+13 1.7814E+13 Mo-99 3.6895E-04 7.6926E-13 4.6794E+12 9.1777E+13 Ru-103 5.3926E-03 1. 6709E-10 9.7692E+14 2.3052E+14 Ru-106 2.9894E-03 8.9353E-10 5.0764E+15 1. 1604E+14 Rh-105 1.6225E-05 1.9222E-14 1.1025E+11 3.1164E+13 Sb-127 1. 0810E-03 4.0479E-12 1.9195E+13 1.4748E+14 Te-127m 1.1725E-03 1.2430E-10 5.8941E+14 4.6760E+13 Te-129m 3.0965E-03 1.0279E-10 4.7985E+14 1. 3485E+14 Te-131m 1. 5318E-05 1. 9210E-14 8.8311E+10 6.8624E+13 Te-132 8.8377E-03 2.9110E-11 1. 3281E+14 1. 5747E+15 1-131 2. 2862E+01 1.8441E-07 8.4775E+17 1. 5388E+18 1-133 8.7328E-03 7.7090E-12 3.4906E+13 5. 1583E+17 1-135 9.2265E-12 2.6272E-21 1. 1720E+04 1. 5426E+17 Xe-133 5. 6956E+03 3.0428E-05 1.3778E+20 5.3541E+20 Xe-135 2.9947E-06 1. 1727E-15 5.2311E+09 1. 7791E+19 Cs-134 8. 0109E-02 6.1916E-08 2.7826E+17 3.0916E+15 Cs-136 1. 1943E-02 1.6295E-10 7.2156E+14 6.4035E+14 Cs-137 3.9772E-02 4.5725E-07 2.0099E+18 1. 5270E+15 Ba-140 2. 8641E-02 3.9122E-10 1. 6828E+15 1. 5510E+15 La-140 4.1645E-06 7.4924E-15 3.2229E+10 4.5586E+12 Ce-141 1.0098E-03 3.5440E-11 1. 5136E+14 4.4169E+13 Page 516

CRDA PELLET MVP TRIP 10 MIN.O0 Ce-143 2.8181E-06 4.2437E-15 1. 7871E+10 7.5744E+12 Ce-144 1.0514E-03 3.2964E-10 1.3786E+15 4.0947E+13 Pr-143 2.5010E-04 3.7140E-12 1. 5641E+13 1.3251E+13 Nd-147 9.8593E-05 1.2187E-12 4.9927E+12 5.6605E+12 Np-239 5.2092E-04 2.2454E-12 5.6579E+12 1.8808E+14 Pu-238 7.4485E-06 4.3508E-10 1.1009E+15 2.8590E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 1. 5356E+10 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 2.4315E+10 Pu-241 1.8576E-04 1.8033E-09 4.5060E+15 7.1349E+12 Am-241 9.7759E-08 2.8483E-11 7.1174E+13 3.7520E+09 Cm-242 2.8193E-05 8.5065E-12 2.1168E+13 1. 1101E+12 Cm-244 3.6273E-06 4.4835E-11 1. 1066E+14 1. 3930E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 288.0000 Atmosphere sump Noble gases (atoms) 3.4651E+22 0.OOOOE+00 Elemental I (atoms) 8.2235E+17 0.OOOOE+00 organic I (atoms) 2.5433E+16 0.OOOOE+00 Aerosols (kg) 5.6487E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 1.4680E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.4681E-08 Total I (Ci) 2.2871E+01 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 288.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 288.0000 Filtered Transported Noble gases (atoms) 0.0000E+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 288.0000 ci kg Atoms Bq Co-58 7. 5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1.1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1.6454E+18 1. 1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9. 5164E-03 3.2756E-10 2.2164E+15 3. 5211E+08 Sr-90 1. 4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1. 1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1. 2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5. 5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 MO-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Page 517

CRDA PELLET MVP TRIP 10 MIN.o0 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1.3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1.7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1.1691E+08 Sb-129 8.7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1. 1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1.5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1. 6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1.2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 288.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 1.1529E+16 Elemental I (atoms) 1.0153E+18 9.7930E+11 Organic I (atoms) 3.1402E+16 3.0288E+10 Aerosols (kg) 1.9180E-07 1.8499E-13 Dose Effective (ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1. 7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 288.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Page 518

CRDA PELLET MVP TRIP 10 MIN.O0 Pathway Time (h) = 288.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 9.3908E+17 Elemental I (atoms) O.OOOOE+00 7.5123E+13 organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 288.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Elemental I (atoms) 7.4132E+13 O.OOOOE+00 organic I (atoms) 2.2927E+12 O.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 288.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 288.0000 Ci kg Atoms Decay Co-58 1.2146E-06 3.8198E-14 3.9661E+11 4.9444E+10 Co-60 1.6271E-06 1.4394E-12 1.4447E+13 6.2555E+10 Kr-85 1.4438E+01 3.6801E-05 2.6073E+20 5.5448E+17 Kr-85m 2.1455E+02 2.6070E-04 1. 8470E+21 8.2489E+18 Rb-86 2.9371E-05 3.6096E-13 2. 5276E+12 1.4197E+12 Sr-89 1.4582E-03 5.0192E-11 3.3962E+14 6.0811E+13 Sr-90 2.5845E-04 1.8947E-09 1.2678E+16 9.9189E+12 Y-90 1. 1867E-07 2.1813E-16 1.4595E+09 3.1569E+10 Y-91 1.9418E-05 7.9181E-13 5.2400E+12 8.0049E+11 Zr-95 2.7817E-05 1.2948E-12 8.2081E+12 1. 1396E+12 Zr-97 2.3800E-10 1. 2450E-19 7.7295E+05 1.0430E+11 Nb-95 2.5124E-05 6.4251E-13 4.0730E+12 1. 0874E+12 Mo-99 2.2532E-05 4.6980E-14 2.8578E+11 5.5979E+12 Ru-103 3.2933E-04 1.0204E-11 5.9662E+13 1.4072E+13 RU-106 1.8257E-04 5.4569E-11 3.1002E+14 7.0834E+12 Rh-105 9.9088E-07 1.1739E-15 6.7330E+09 1. 8992E+12 sb-127 6.6019E-05 2.4721E-13 1.1722E+12 8.9978E+12 Te-127m 7.1604E-05 7.5911E-12 3. 5996E+13 2.8545E+12 Te-129m 1. 8911E-04 6.2775E-12 2.9305E+13 8.2317E+12 Te-131m 9.3552E-07 1.1732E-15 5.3933E+09 4.1809E+12 Te-132 5.3973E-04 1.7778E-12 8.1108E+12 9. 6060E+13 1-131 1.3962E+00 1.1262E-08 5.1773E+16 9.3913E+16 1-133 5.3333E-04 4.7080E-13 2.1317E+12 3. 1400E+16 xe-133 3.4784E+02 1.8583E-06 8.4142E+18 3.2672E+19 xe-135 1.8289E-07 7.1617E-17 3.1947E+08 1.0803E+18 Cs-134 4.8924E-03 3.7813E-09 1. 6994E+16 1.8873E+14 Cs-136 7.2937E-04 9.9517E-12 4.4067E+13 3.9085E+13 Cs-137 2.4290E-03 2.7925E-08 1. 2275E+17 9.3217E+13 Ba-140 1. 7491E-03 2.3892E-11 1.0277E+14 9.4667E+13 La-140 2.5433E-07 4. 5757E-16 1.9683E+09 2.7788E+11 Ce-141 6.1670E-05 2.1644E-12 9.2440E+12 2.6962E+12 Ce-143 1.7211E-07 2. 5917E-16 1.0914E+09 4.6155E+11 Ce-144 6.4209E-05 2.0131E-11 8.4190E+13 2.4996E+12 Pr-143 1.5274E-05 2.2682E-13 9. 5520E+11 8.0881E+11 Nd-147 6.0213E-06 7.4430E-14 3.0492E+11 3.4549E+11 Page 519

CRDA PELLET MVP TRIP 10 MIN.o0 Np-239 3.1814E-05 1.3713E-13 3.4554E+11 1. 1470E+13 Pu-238 4.5489E-07 2.6571E-11 6.7234E+13 1.7453E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 9.3742E+08 PU-240 3.8692E-08 1.6980E-10 4.2607E+14 1.4843E+09 Pu-241 1.1345E-05 1.1013E-10 2.7519E+14 4. 3555E+11 Am-241 5.9703E-09 1.7395E-12 4.3467E+12 2.2904E+08 Cm-242 1.7218E-06 5.1950E-13 1.2928E+12 6.7769E+10 Cm-244 2.2152E-07 2.7382E-12 6.7580E+12 8.5036E+09 MVP Holdup Transport Group Inventory: Time (h) = 288.0000 Atmosphere sump Noble gases (atoms) 2.1162E+21 0.OOOOE+00 Elemental I (atoms) 5.0222E+16 0.OOOE+00 organic I (atoms) 1.5533E+15 O.OOOOE+00 Aerosols (kq) 3.4498E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.5654E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 1.5655E-08 Total I (Ci) 1.3968E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 288.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 288.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 312.0000 CRDA @ EAB - condenser Release Doses: Time (h) = 312.0000 whole Body Thyroid TEDE Delta dose (rem) 9.6371E-25 4.0880E-23 2.2400E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1.5521E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 312.0000 whole Body Thyroid TEDE Delta dose (rem) 8.3271E-26 3.5323E-24 1.9355E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 control Room Doses: Time (h) = 312.0000 whole Body Thyroid TEDE Delta dose (rem) 2.6628E-26 3.4892E-23 1. 1159E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 312.0000 ci kg Atoms Decay co-58 1.9695E-05 6.1938E-13 6.4310E+12 8.7325E+11 co-60 2.6633E-05 2.3561E-11 2.3648E+14 1. 1099E+12 Kr-85 2.3638E+02 6.0248E-04 4.2685E+21 9.8388E+18 Page 520

CRDA PELLET MVP TRIP 10 MIN.00 Kr-85m 3.5117E+03 4.2672E-03 3.0233E+22 1.4636E+20 Rb-86 4.6338E-04 5.6949E-12 3.9879E+13 2.4768E+13 Sr-89 2.3551E-02 8.1065E-10 5.4852E+15 1.0720E+15 Sr-90 4.2317E-03 3.1023E-08 2.0758E+17 1. 7601E+14 Y-90 1.4984E-06 2.7541E-15 1.8428E+10 5.2306E+11 Y-91 3.1421E-04 1.2813E-11 8.4790E+13 1.4124E+13 Zr-95 4.5057E-04 2.0973E-11 1. 3295E+14 2.0117E+13 Zr-97 1.4563E-09 7.6179E-19 4.7295E+06 1. 7143E+12 Nb-95 4.0336E-04 1.0315E-11 6. 5389E+13 1. 9117E+13 MO-99 2.8675E-04 5.9787E-13 3.6368E+12 9.2819E+13 RU-103 5.2983E-03 1.6417E-10 9. 5983E+14 2.4761E+14 Ru-106 2.9837E-03 8.9185E-10 5.0668E+15 1.2558E+14 Rh-105 1.0136E-05 1.2009E-14 6.8873E+10 3.1205E+13 Sb-127 9.0290E-04 3.3810E-12 1. 6032E+13 1. 5064E+14 Te-127m 1.1650E-03 1.2351E-10 5.8567E+14 5.0496E+13 Te-129m 3.0333E-03 1.0069E-10 4.7005E+14 1.4465E+14 Te-131m 8.7981E-06 1.1033E-14 5.0721E+10 6.8662E+13 Te-132 7.1441E-03 2.3532E-11 1.0736E+14 1. 6001E+15 1-131 2.0974E+01 1.6918E-07 7.7772E+17 1. 6088E+18 1-133 3.9247E-03 3.4646E-12 1. 5687E+13 5.1585E+17 Xe-133 4.9905E+03 2.6661E-05 1.2072E+20 5.5247E+20 xe-135 4.8035E-07 1.8810E-16 8.3907E+08 1. 7791E+19 Cs-134 8.0035E-02 6.1859E-08 2.7800E+17 3.3475E+15 Cs-136 1.1327E-02 1.5455E-10 6.8437E+14 6.7754E+14 Cs-137 3.9770E-02 4.5722E-07 2.0098E+18 1. 6541E+15 Ba-140 2.7124E-02 3.7050E-10 1. 5937E+15 1.6401E+15 La-140 2.7553E-06 4.9570E-15 2.1323E+10 4.5695E+12 Ce-141 9.8849E-04 3.4692E-11 1.4817E+14 4.7363E+13 Ce-143 1.7023E-06 2.5634E-15 1.0795E+10 7.5814E+12 Ce-144 1.0488E-03 3.2883E-10 1. 3752E+15 4.4304E+13 Pr-143 2.3763E-04 3.5289E-12 1. 4861E+13 1.4031E+13 Nd-147 9.2562E-05 1.1442E-12 4.6873E+12 5.9659E+12 Np-239 3.8810E-04 1.6729E-12 4.2153E+12 1.8952E+14 Pu-238 7.4483E-06 4.3507E-10 1.1009E+15 3.0972E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 1.6635E+10 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 2.6340E+10 Pu-241 1.8573E-04 1.8030E-09 4. 5054E+15 7.7287E+12 Am-241 9.7759E-08 2.8483E-11 7.1174E+13 4.0645E+09 Cm-242 2.8073E-05 8.4703E-12 2.1078E+13 1. 2001E+12 Cm-244 3.6269E-06 4.4830E-11 1. 1065E+14 1. 5089E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) - 312.0000 Atmosphere Sump Noble gases (atoms) 3.4622E+22 O.OOOOE+00 Elemental I (atoms) 7-.5441E+17 O.OOOOE+00 Organic I (atoms) 2.3332E+16 O.OOOOE+00 Aerosols (kq) 5.6473E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.3467E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.3468E-08 Total I (Ci) 2.0978E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 312.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 312.0000 Filtered Transported Page 521

CRDA PELLET MVP TRIP 10 MIN.O0 Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.0000E+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 312.0000 ci kg Atoms Bq co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1. 115 5E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9. 5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5. 5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1. 7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4. 5054E-12 2.8560E+13 6.5184E+06 MO-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 TC-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 RU-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1. 5948E-03 2.3725E-13 1.3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 sb-129 8. 7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5. 5254E+12 1.1378E+08 Te-127m 4. 2783E-04 4. 5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1. 3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1. 7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1.5871E+12 1-134 4. 1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3. 9439E+01 1. 1230E-08 5.0097E+16 1.4593E+12 Xe-133 9. 3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3. 3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9. 5133E+16 1.0134E+09 cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1. 3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2. 5385E-10 1. 0920E+15 6.8762E+08 La-140 1. 9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1. 6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1. 5518E-04 1. 0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1. 5472E-11 6.6080E+13 1. 6311E+07 Ce-143 4.0017E-04 6.0259E-13 2. 5377E+12 1.4806E+07 Ce-144 3.6604E-04 1. 1477E-10 4.7995E+14 1.3544E+07 Pr-143 1. 5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2. 5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1. 3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Page 522

CRDA PELLET MVP TRIP 10 MIN.O0 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 .2.4068E+13 1.2231E+03 Cm-242 1.0032E-05 3.0268E-12 7. 5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 312.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 1.0642E+16 Elemental I (atoms) 1.0153E+18 9.0397E+11 organic I (atoms) 3.1402E+16 2.7958E+10 Aerosols (k 9 ) 1.9180E-07 1.7076E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1. 7514E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 312.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 312.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Elemental I (atoms) O.OOOOE+00 7.5123E+13 organic I (atoms) 0.0000E+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 312.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Elemental I (atoms) 7.4132E+13 O.0000E+00 organic I (atoms) 2.2927E+12 O.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 312.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.0000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 312.0000 Ci kg Atoms Decay Co-58 1.2028E-06 3.7826E-14 3.9275E+11 5.3308E+10 Co-60 1.6265E-06 1.4389E-12 1.4442E+13 6.7756E+10 Kr-85 1.4436E+01 3.6795E-05 2.6069E+20 6.0064E+17 Kr-85m 2.1447E+02 2.6061E-04 1. 8464E+21 8.9347E+18 Rb-86 2.8300E-05 3.4780E-13 2.4355E+12 1. 5119E+12 Sr-89 1.4383E-03 4.9508E-11 3.3499E+14 6.5440E+13 Sr-90 2.5844E-04 1.8946E-09 1. 2677E+16 1. 0745E+13 Page 523

CRDA PELLET MVP TRIP 10 MIN.0 Y-90 9.1510E-08 1.6820E-16 1. 1255E+09 3.1903E+10 Y-91 1.9190E-05 7.8248E-13 5.1783E+12 8.6220E+11 Zr-95 2.7517E-05 1.2809E-12 8.1196E+12 1. 2280E+12 Zr-97 8.8938E-11 4.6524E-20 2.8884E+05 1. 0430E+11 Nb-95 2.4634E-05 6.2997E-13 3.9934E+12 1. 1670E+12 MO-99 1.7512E-05 3.6513E-14 2.2211E+11 5. 6616E+12 RU-103 3.2357E-04 1.0026E-11 5.8619E+13 1. 5115E+13 RU-106 1.8222E-04 5.4466E-11 3.0944E+14 7.6665E+12 Rh-105 6.1901E-07 7.3338E-16 4.2062E+09 1.9017E+12 Sb-127 5.5141E-05 2.0648E-13 9.7910E+11 9.1909E+12 Te-127m 7.1150E-05 7.5430E-12 3.5768E+13 3.0826E+12 Te-129m 1.8525E-04 6.1493E-12 2.8707E+13 8.8301E+12 Te-131m 5.3732E-07 6.7383E-16 3.0976E+09 4.1832E+12 Te-132 4.3630E-04 1.4371E-12 6.5565E+12 9.7615E+13 1-131 1.2809E+00 1.0332E-08 4.7497E+16 9.8189E+16 1-133 2.3969E-04 2.1159E-13 9.5806E+11 3.1401E+16 Xe-133 3.0478E+02 1.6283E-06 .7.3726E+18 3.3713E+19 Xe-135 2.9336E-08 1.1487E-17 5.1243E+07 1.0803E+18 Cs-134 4.8879E-03 3.7779E-09 1.6978E+16 2.0436E+14 Cs-136 6.9178E-04 9.4389E-12 4.1796E+13 4.1356E+13 Cs-137 2.4288E-03 2.7923E-08 1. 2274E+17 1.0098E+14 Ba-140 1.6565E-03 2.2627E-11 9.7332E+13 1. 0011E+14 La-140 1.6827E-07 3.0273E-16 1.3022E+09 2.7855E+11 Ce-141 6.0369E-05 2.1187E-12 9.0490E+12 2.8912E+12 Ce-143 1.0396E-07 1.5655E-16 6.5927E+08 4.6198E+11 Ce-144 6.4053E-05 2.0082E-11 8.3985E+13 2.7046E+12 Pr-143 1.4513E-05 2.1552E-13 9.0760E+11 8.5641E+11 Nd-147 5.6529E-06 6.9876E-14 2.8626E+11 3.6414E+11 Np-239 2.3702E-05 1.0217E-13 2.5743E+11 1.1558E+13 Pu-238 4.5488E-07 2.6571E-11 6.7232E+13 1.8907E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.0155E+09 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.6080E+09 Pu-241 1.1343E-05 1.1011E-10 2.7515E+14 4.7182E+11 Am-241 5.9703E-09 1.7395E-12 4.3467E+12 2.4813E+08 Cm-242 1.7145E-06 5.1730E-13 1.2873E+12 7.3261E+10 Cm-244 2.2150E-07 2.7379E-12 6.7573E+12 9.2117E+09 MVP Holdup Transport G roup Inventory: Time (h) = 312.0000 Atmosphere sump Noble gases (atoms) 2.1144E+21 O.OOOOE+00 Elemental I (atoms) 4.6073E+16 0.0000E+00 organic I (atoms) 1.4249E+15 0.O000E+00 Aerosols (kg) 3.4489E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.4361E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.4361E-08 Total I (Ci) 1. 2811E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 312.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 312.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Page 524

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 336.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 336.0000 whole Body Thyroid TEDE Delta dose (rem) 9.3412E-25 3.7503E-23 2.1075E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 336.0000 whole Body Thyroid TEDE Delta dose (rem) 8.0714E-26 3.2405E-24 1.8210E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 336.0000 whole Body Thyroid TEDE Delta dose (rem) 2.5810E-26 3.2010E-23 1.0273E-24 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 336.0000 Ci kg Atoms Decay Co-58 1. 9503E-05 6.1334E-13 6.3683E+12 9.3590E+11 Co-60 2. 6623E-05 2. 3553E-11 2.3639E+14 1. 1950E+12 Kr-85 2.3633E+02 6.0238E-04 4.2678E+21 1.0594E+19 Kr-85m 3. 5104E+03 4.2656E-03 3.0221E+22 1.5758E+20 Rb-86 4.4649E-04 5.4873E-12 3.8425E+13 2.6223E+13 Sr-89 2.3230E-02 7.9960E-10 5.4104E+15 1.1468E+15 Sr-90 4.2314E-03 3.1021E-08 2.0757E+17 1.8954E+14 Y-90 1.1554E-06 2.1237E-15 1.4210E+10 5.2727E+11 Y-91 3.1051E-04 1.2662E-11 8.3791E+13 1. 5122E+13 Zr-95 4.4572E-04 2.0747E-11 1.3152E+14 2.1549E+13 Zr-97 5.4419E-10 2.8467E-19 1.7673E+06 1. 7143E+12 Nb-95 3.9548E-04 1.0114E-11 6.4112E+13 2.0393E+13 Mo-99 2.2286E-04 4.6467E-13 2.8265E+12 9.3630E+13 Ru-103 5.2056E-03 1. 6129E-10 9.4304E+14 2.6440E+14 Ru-106 2.9781E-03 8.9017E-10 5.0573E+15 1. 3511E+14 Rh-105 6.3320E-06 7. 5019E-15 4.3026E+10 3.1231E+13 Sb-127 7. 5413E-04 2.8239E-12 1. 3391E+13 1. 5328E+14 Te-127m 1.1576E-03 1. 2273E-10 5.8196E+14 5.4209E+13 Te-129m 2. 9714E-03 9.8634E-11 4.6046E+14 1. 5425E+14 Te-131m 5.0532E-06 6.3370E-15 2.9132E+10 6.8683E+13 Te-132 5.7751E-03 1.9023E-11 8.6786E+13 1.6207E+15 1-131 1. 9241E+01 1.5520E-07 7.1348E+17 1.6730E+18 1-133 1.7639E-03 1.5571E-12 7.0503E+12 5.1586E+17 Xe-133 4.3727E+03 2.3361E-05 1.0578E+20 5.6741E+20 Xe-135 7.7047E-08 3.0170E-17 1.3459E+08 1. 7791E+19 Cs-134 7. 9962E-02 6.1802E-08 2.7775E+17 3.6033E+15 Cs-136 1.0744E-02 1.4659E-10 6.4910E+14 7.1281E+14 Cs-137 3.9767E-02 4.5719E-07 2.0097E+18 1. 7813E+15 Ba-140 2. 5688E-02 3. 5088E-10 1. 5093E+15 1. 7245E+15 La-140 1.8229E-06 3.2796E-15 1.4107E+10 4. 5768E+12 Ce-141 9.6764E-04 3.3960E-11 1.4504E+14 5.0489E+13 Ce-143 1. 0283E-06 1. 5484E-15 6.5207E+09 7.5857E+12 Ce-144 1.0463E-03 3.2803E-10 1. 3718E+15 4.7653E+13 Pr-143 2.2579E-04 3. 3531E-12 1.4121E+13 1.4771E+13 Nd-147 8.6899E-05 1.0742E-12 4.4006E+12 6.2527E+12 Np-239 2.8915E-04 1.2464E-12 3.1405E+12 1. 9060E+14 Pu-238 7.4482E-06 4.3507E-10 1.1008E+15 3. 3353E+11 Pu-239 4. 0012E-07 6.4372E-09 1. 6220E+16 1. 7914E+10 Page 525

CRDA PELLET MVP TRIP 10 MIN.oO Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 2.8366E+10 Pu-241 1.8571E-04 1.8028E-09 4.5048E+15 8.3224E+12 Am-241 9.7758E-08 2.8483E-11 7.1174E+13 4.3770E+09 Cm-242 2.7954E-05 8.4343E-12 2.0989E+13 1. 2896E+12 Cm-244 3.6265E-06 4.4826E-11 1.1063E+14 1. 6249E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 336.0000 Atmosphere sump Noble gases (atoms) 3.4595E+22 0.OOOOE+00 Elemental I (atoms) 6.9208E+17 0.OOOOE+00 organic I (atoms) 2.1405E+16 0.OOOOE+00 Aerosols (k 9 ) 5.6458E-07 0.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 1.2355E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 1.2355E-08 Total I (Ci) 1.9243E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 336.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 336.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 336.0000 Ci kg Atoms Bq co-58 7. 5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8. 0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2. 0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1.115 5E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9. 5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1. 1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1. 2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1. 8194E+11 5.4737E+05 Y-91 1. 2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1. 2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2. 1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1,5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 RU-106 1.0339E-03 3.0902E-10 1.75 56E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1. 1832E-11 5.6107E+13 1.1691E+08 sb-129 8. 7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1.1378E+08 Page 526

CRDA PELLET MVP TRIP 10 MIN.O0 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1.5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1.5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1.2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1.5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1. 6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1.2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 336.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 9.8821E+15 Elemental I (atoms) 1.0153E+18 8.3940E+11 Organic I (atoms) 3.1402E+16 2.5961E+10 Aerosols (k 9 ) 1.9180E-07 1.5857E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose-Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 336.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 336.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Elemental I (atoms) O.OOOOE+00 7.5123E+13 Organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Page 527

CRDA PELLET MVP TRIP 10 MIN.o0 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 336.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.O000E+00 Elemental I (atoms) 7.4132E+13 O.OOOOE+00 organic I (atoms) 2.2927E+12 O.OOOOE+00 Aerosols (kg) 1. 5024E-11 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 336.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 336.0000 Ci kg Atoms Decay co-58 1. 1911E-06 3.7458E-14 3.8892E+11 5.7135E+10 Co-60 1.6259E-06 1.4384E-12 1.4437E+13 7.2955E+10 Kr-85 1.4433E+01 3.6788E-05 2.6064E+20 6.4678E+17 Kr-85m 2.1439E+02 2.6051E-04 1.8457E+21 9.6202E+18 Rb-86 2.7268E-05 3. 3512E-13 2.3467E+12 1.6007E+12 Sr-89 1.4187E-03 4.8833E-11 3.3042E+14 7.0007E+13 Sr-90 2.5842E-04 1.8945E-09 1. 2676E+16 1. 1571E+13 Y-90 7.0564E-08 1.2970E-16 8.6785E+08 3.2161E+10 Y-91 1.8964E-05 7.7327E-13 5.1173E+12 9.2318E+11 Zr-95 2.7221E-05 1. 2671E-12 8.0322E+12 1. 3155E+12 Zr-97 3.3234E-11 1.7385E-20 1.0793E+05 1.0430E+11 Nb-95 2.4153E-05 6.1767E-13 3.9154E+12 1. 2449E+12 MO-99 1. 3610E-05 2.8378E-14 1.7262E+11 5.7111E+12 RU-103 3.1791E-04 9.8505E-12 5. 7593E+13 1. 6140E+13 RU-106 1.8188E-04 5.4364E-11 3.0886E+14 8.2485E+12 Rh-105 3.8671E-07 4.5815E-16 2.6277E+09 1.9033E+12 Sb-127 4.6056E-05 1.7246E-13 8.1778E+11 9.3522E+12 Te-127m 7.0699E-05 7.4952E-12 3.5541E+13 3.3094E+12 Te-129m 1. 8147E-04 6.0237E-12 2.8121E+13 9.4162E+12 Te-131m 3.0861E-07 3.8701E-16 1. 7791E+09 4.1845E+12 Te-132 3.5270E-04 1.1617E-12 5.3001E+12 9.8871E+13 1-131 1.1751E+00 9.4786E-09 4.3574E+16 1.0211E+17 1-133 1.0772E-04 9.5093E-14 4.3058E+11 3.1402E+16 Xe-133 2.6705E+02 1.4267E-06 6.4599E+18 3.4626E+19 Xe-135 4.7054E-09 1.8426E-18 8.2194E+06 1.0803E+18 Cs-134 4.8834E-03 3.7744E-09 1. 6963E+16 2.1998E+14 Cs-136 6.5613E-04 8.9524E-12 3.9642E+13 4.3510E+13 Cs-137 2.4287E-03 2.7921E-08 1. 2273E+17 1.0875E+14 Ba-140 1.5688E-03 2.1429E-11 9.2178E+13 1.0526E+14 La-140 1.1133E-07 2.0029E-16 8.6156E+08 2.7899E+11 Ce-141 5.9095E-05 2.0740E-12 8.8580E+12 3.0822E+12 Ce-143 6.2797E-08 9.4562E-17 3.9823E+08 4.6224E+11 Ce-144 6.3897E-05 2.0033E-11 8.3781E+13 2.9091E+12 Pr-143 1.3789E-05 2.0478E-13 8.6238E+11 9.0164E+11 Nd-147 5.3071E-06 6.5601E-14 2.6875E+11 3.8166E+11 Np-239 1.7659E-05 7.6118E-14 1.9180E+11 1.1624E+13 Pu-238 4.5487E-07 2.6570E-11 6.7231E+13 2.0362E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.0937E+09 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1. 7317E+09 Pu-241 1. 1342E-05 1.101OE-10 2.7512E+14 5.0807E+11 Am-241 5.9703E-09 1.7395E-12 4.3467E+12 2.6722E+08 Cm-242 1.7072E-06 5.1510E-13 1.2818E+12 7.8731E+10 Page 528

CRDA PELLET MVP TRIP 10 MIN.o0 Cm-244 2.2148E-07 2.7376E-12 6.7566E+12 9.9198E+09 MVP Holdup Transport Group Inventory: Time (h) = 336.0000 Atmosphere sump Noble gases (atoms) 2.1128E+21 0.OOOOE+00 Elemental I (atoms) 4.2267E+16 0.OOOOE+00 organic I (atoms) 1.3072E+15 O.OOOOE+00 Aerosols (kq) 3.4480E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1. 3174E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1. 3174E-08 Total I (Ci) 1.1752E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 336.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 336.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 360.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 360.0000 whole Body Thyroid TEDE Delta dose (rem) 9.0813E-25 3.4405E-23 1.9871E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 360.0000 whole Body Thyroid TEDE Delta dose (rem) 7.8469E-26 2.9728E-24 1.7170E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 360.0000 whole Body Thyroid TEDE Delta dose (rem) 2.5092E-26 2.9366E-23 9.4603E-25 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 360.0000 Ci kg Atoms Decay co-58 1.9313E-05 6.0737E-13 6.3063E+12 9.9794E+11 co-60 2.6614E-05 2.3544E-11 2.3631E+14 1. 2801E+12 Kr-85 2. 3629E+02 6.0227E-04 4.2670E+21 1.1350E+19 Kr-85m 3. 5091E+03 4.2641E-03 3.0210E+22 1.6880E+20 Rb-86 4.3020E-04 5.2872E-12 3.7023E+13 2.7624E+13 Sr-89 2. 2913E-02 7.8870E-10 5.3367E+15 1. 2205E+15 Sr-90 4.2312E-03 3.1019E-08 2.0755E+17 2.0307E+14 Y-90 8. 9096E-07 1.6376E-15 1.0958E+10 5.3053E+11 Y-91 3.0686E-04 1.2513E-11 8.2805E+13 1. 6109E+13 Zr-95 4.4091E-04 2.0524E-11 1. 3010E+14 2.2967E+13 Page 529

CRDA PELLET MVP TRIP 10 MIN.O0 Zr-97 2.0335E-10 1.0637E-19 6.6041E+05 1. 7143E+12 Nb-95 3.8776E-04 9.9163E-12 6.2860E+13 2.1645E+13 Mo-99 1.7321E-04 3.6114E-13 2.1968E+12 9.4260E+13 RU-103 5.1145E-03 1.5847E-10 9.2655E+14 2.8089E+14 Ru-106 2.9725E-03 8.8849E-10 5.0478E+15 1.4462E+14 Rh-105 3.9557E-06 4.6865E-15 2.6879E+10 3.1247E+13 sb-127 6.2988E-04 2.3586E-12 1. 1184E+13 1. 5549E+14 Te-127m 1.1503E-03 1.2195E-10 5.7827E+14 5.7898E+13 Te-129m 2.9107E-03 9.6620E-11 4.5105E+14 1. 6365E+14 Te-131m 2.9023E-06 3.6397E-15 1.6732E+10 6.8696E+13 Te-132 4.6685E-03 1.5377E-11 7.0155E+13 1. 6373E+15 1-131 1.7652E+01 1.4238E-07 6. 5455E+17 1. 7320E+18 1-133 7.9273E-04 6.9979E-13 3.1686E+12 5.1586E+17 xe-133 3.8314E+03 2.0469E-05 9.2682E+19 5.8051E+20 xe-135 1.2358E-08 4.8393E-18 2.1587E+07 1. 7791E+19 Cs-134 7.9888E-02 .6.1746E-08 2.7749E+17 3 .8588E+15 Cs-136 1.0190E-02 1.3903E-10 6.1565E+14 7.4626E+14 Cs-137 3.9765E-02 4.5716E-07 2.0096E+18 1.9084E+15 Ba-140 2.4328E-02 3.3230E-10 1.4294E+15 1.8044E+15 La-140 1.2061E-06 2.1698E-15 9.3336E+09 4. 5815E+12 Ce-141 9.4722E-04 3.3243E-11 1.4198E+14 5. 3550E+13 Ce-143 6.2111E-07 9.3529E-16 3.9388E+09 7. 5883E+12 Ce-144 1.0437E-03 3.2723E-10 1.3685E+15 5.0993E+13 Pr-143 2.1454E-04 3.1860E-12 1. 3417E+13 1. 5475E+13 Nd-147 8.1583E-05 1.0085E-12 4.1313E+12 6. 5219E+12 Np-239 2.1542E-04 9.2859E-13 2.3398E+12 1.9140E+14 Pu-238 7.4480E-06 4.3506E-10 1.1008E+15 3.5734E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 1. 9193E+10 Pu-240 6.3355E-07 2.7804E-09 6.9765E+15 3.0391E+10 Pu-241 1.8568E-04 1.8025E-09 4.5042E+15 8.9160E+12 Am-241 9.7758E-08 2.8483E-11 7.1173E+13 4.6896E+09 Cm-242 2.7835E-05 8.3985E-12 2.0900E+13 1. 3788E+12 Cm-244 3.6261E-06 4.4821E-11 1. 1062E+14 1.7408E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 360.0000 Atmosphere sump Noble gases (atoms) 3.4570E+22 0.OOOOE+00 Elemental I (atoms) 6.3491E+17 O.OOOOE+00 Organic I (atoms) 1.9637E+16 O.OOOOE+00 Aerosols (k9 ) 5.6444E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.1334E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.1334E-08 Total I (Ci) 1.7653E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 360.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 360.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 Organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Page 530

CRDA PELLET MVP TRIP 10 MIN.O0 Time (h) = 360.0000 Ci kg Atoms Bq co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1.1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1.6454E+18 1.1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1.5119E-04 4.5317E-14 2.9345E+11 5. 5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1.7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1.3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1.7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1.1691E+08 sb-129 8.7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1. 1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1.2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1. 0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1.5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Page 531

CRDA PELLET MVP TRIP 10 MIN.O0 Total Release Time (h) = 360.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 9.2233E+15 Elemental I (atoms) 1.0153E+18 7.8344E+11 organic I (atoms) 3.1402E+16 2.4230E+10 Aerosols (kq) 1.9180E-07 1.4799E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC condenser to CRDA Environment - 24 Hour conde Transport Group Inventory: Time (h) = 360.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 360.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 9.3908E+17 Elemental I (atoms) O.OOOOE+00 7.5123E+13 organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 360.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 0.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.0000E+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 360.0000 Filtered Transported Noble gases (atoms) O.0000E+O0 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) 0.0000E+00 3.5189E+16 Aerosols (kg) 0.0000E+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 360.0000 ci kg Atoms Decay co-58 1.1795E-06 3.7093E-14 3.8513E+11 6.0924E+10 co-60 1.6254E-06 1.4379E-12 1.4432E+13 7.8152E+10 Kr-85 1.4431E+01 3.6782E-05 2.6059E+20 6.9292E+17 Kr-85m 2.1431E+02 2.6041E-04 1.8450E+21 1. 0305E+19 Rb-86 2.6273E-05 3.2290E-13 2.2611E+12 1. 6863E+12 Sr-89 1.3994E-03 4.8167E-11 3.2592E+14 7.4511E+13 Sr-90 2.5840E-04 1.8944E-09 1. 2676E+16 1. 2397E+13 Y-90 5.4412E-08 1. 0001E-16 6.6920E+08 3.2359E+10 Y-91 1.8740E-05 7.6416E-13 5.0570E+12 9.8344E+11 Zr-95 2.6927E-05 1.2534E-12 7.9456E+12 1.4021E+12 Zr-97 1. 2419E-11 6.4965E-21 4.0333E+04 1.0430E+11 Nb-95 2.3681E-05 6.0561E-13 3.8390E+12 1. 3214E+12 Mo-99 1.0578E-05 2.2055E-14 1. 3416E+11 5.7495E+12 Ru-103 3.1235E-04 9.6782E-12 5.6586E+13 1. 7148E+13 Page 532

CRDA PELLET MVP TRIP 10 MIN.O0 Ru-106 1.8154E-04 5.4262E-11 3.0828E+14 8.8293E+12 Rh-105 2.4158E-07 2.8621E-16 1.6415E+09 1.9043E+12 Sb-127 3.8468E-05 1.4405E-13 6.8305E+11 9.4870E+12 Te-127m 7.0251E-05 7.4477E-12 3.5316E+13 3. 5347E+12 Te-129m 1.7776E-04 5.9007E-12 2.7547E+13 9.9904E+12 Te-131m 1.7725E-07 2.2228E-16 1. 0218E+09 4.1852E+12 Te-132 2.8511E-04 9.3912E-13 4.2845E+12 9.9887E+13 1-131 1.0780E+00 8.6956E-09 3.9974E+16 1.0571E+17 1-133 4.8413E-05 4.2737E-14 1.9351E+11 3.1402E+16 xe-133 2.3399E+02 1.2501E-06 5.6602E+18 3.5426E+19 Xe-135 7.5474E-10 2.9554E-19 1.3184E+06 1.0803E+18 Cs-134 4.8789E-03 3.7709E-09 1. 6947E+16 2.3558E+14 Cs-136 6.2232E-04 8.4910E-12 3.7599E+13 4. 5553E+13 Cs-137 2.4285E-03 2.7920E-08 1. 2273E+17 1.1651E+14 Ba-140 1.4857E-03 2.0294E-11 8.7297E+13 1. 1014E+14 La-140 7.3656E-08 1.3251E-16 5.7002E+08 2.7928E+11 Ce-141 5.7848E-05 2.0302E-12 8.6711E+12 3.2691E+12 Ce-143 3.7932E-08 5.7120E-17 2.4055E+08 4.6240E+11 Ce-144 6.3741E-05 1.9985E-11 8. 3577E+13 3.1132E+12 Pr-143 1.3102E-05 1.9457E-13 8.1940E+11 9.4461E+11 Nd-147 4.9824E-06 6.1588E-14 2.5231E+11 3.9810E+11 Np-239 1.3156E-05 5.6710E-14 1.4289E+11 1.1673E+13 Pu-238 4.5486E-07 2.6570E-11 6.7229E+13 2.1816E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1. 1718E+09 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 1.8554E+09 Pu-241 1.1340E-05 1.1008E-10 2.7508E+14 5.4433E+11 Am-241 5.9702E-09 1.7395E-12 4.3467E+12 2.8630E+08 Cm-242 1.6999E-06 5.1291E-13 1. 2764E+12 8.4176E+10 Cm-244 2.2145E-07 2.7373E-12 6.7559E+12 1.0628E+10 MVP Holdup Transport Group Inventory: Time (h) = 360.0000 Atmosphere Sump Noble gases (atoms) 2.1112E+21 0.OOOOE+00 Elemental I (atoms) 3.8775E+16 0.O000E+00 Organic I (atoms) 1.1992E+15 0.OOOOE+00 Aerosols (k 9 ) 3.4472E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.2086E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.2086E-08 Total I (Ci) 1. 0781E+00 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 360.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 360.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 Organi c I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 384.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 384.0000 whole Body Thyroid TEDE Page 533

CRDA PELLET MVP TRIP 10 MIN.O0 Delta dose (rem) 8.8529E-25 3.1563E-23 1.8777E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 384.0000 whole Body Thyroid TEDE Delta dose (rem) 7.6495E-26 2.7273E-24 1.6224E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 control Room Doses: Time (h) = 384.0000 whole Body Thyroid TEDE Delta dose (rem) 2.4461E-26 2.6940E-23 8.7150E-25 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1.5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 384.0000 ci kg Atoms Decay Co-58 1.9125E-05 6.0145E-13 6.2448E+12 1.0594E+12 co-60 2.6604E-05 2.3536E-11 2.3622E+14 1.3652E+12 Kr-85 2. 3625E+02 6.0216E-04 4.2663E+21 1. 2105E+19 Kr-85m 3. 5078E+03 4.2625E-03 3.0199E+22 1.8002E+20 Rb-86 4.1452E-04 5.0944E-12 3.5673E+13 2.8974E+13 Sr-89 2.2601E-02 7.7795E-10 5.2639E+15 1.2933E+15 Sr-90 4.2309E-03 3.1017E-08 2.0754E+17 2.1659E+14 Y-90 6. 8702E-07 1. 2628E-15 8.4495E+09 5. 3303E+11 Y-91 3.0324E-04 1.2365E-11 8.1829E+13 1.7084E+13 Zr-95 4.3616E-04 2.0303E-11 1. 2870E+14 2.4369E+13 Zr-97 7. 5989E-11 3.9750E-20 2.4678E+05 1. 7143E+12 Nb-95 3.8019E-04 9.7227E-12 6.1633E+13 2.2873E+13 Mo-99 1.3462E-04 2.8068E-13 1. 7074E+12 9.4749E+13 RU-103 5.0251E-03 1. 5570E-10 9.1034E+14 2.9710E+14 Ru-106 2.9669E-03 8.8682E-10 5.0383E+15 1. 5412E+14 Rh-105 2. 4712E-06 2.9277E-15 1. 6792E+10 3.1257E+13 Sb-127 5. 2610E-04 1. 9700E-12 9.3416E+12 1.5733E+14 Te-127m 1. 1430E-03 1.2118E-10 5.7460E+14 6.1564E+13 Te-129m 2.8513E-03 9.4647E-11 4.4184E+14 1. 7286E+14 Te-131m 1. 6669E-06 2.0904E-15 9.6099E+09 6.8703E+13 Te-132 3.7739E-03 1.2431E-11 5.6712E+13 1. 6508E+15 1-131 1. 6194E+01 1.3062E-07 6.0048E+17 1.7860E+18 1-133 3.5627E-04 3.1450E-13 1.4241E+12 5.1586E+17 xe-133 3.3571E+03 1.7935E-05 8.1208E+19 5.9198E+20 xe-135 1.9823E-09 7.7622E-19 3.4626E+06 1.7791E+19 Cs-134 7. 9815E-02 6.1689E-08 2.7724E+17 4.1141E+15 Cs-136 9. 6648E-03 1.3187E-10 5.8392E+14 7.7799E+14 Cs-137 3.9762E-02 4.5713E-07 2.0094E+18 2.0355E+15 Ba-140 2.3039E-02 3.1471E-10 1. 3537E+15 1.8801E+15 La-140 7.9794E-07 1.4356E-15 6.1752E+09 4.5847E+12 Ce-141 9.2723E-04 3.2542E-11 1. 3899E+14 5.6546E+13 Ce-143 3.7518E-07 5.6496E-16 2.3792E+09 7. 5899E+12 Ce-144 1.0412E-03 3.2644E-10 1. 3652E+15 5.4326E+13 Pr-143 2.0385E-04 3.0272E-12 1.2748E+13 1.6143E+13 Nd-147 7.6592E-05 9.4676E-13 3.8786E+12 6.7746E+12 Np-239 1.6050E-04 6.9183E-13 1. 7432E+12 1.9199E+14 Pu-238 7.4479E-06 4.3505E-10 1.1008E+15 3.8115E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 2.0472E+10 Pu-240 6.3355E-07 2.7803E-09 6.9765E+15 3.2416E+10 Pu-241 1. 8566E-04 1.8023E-09 4. 5036E+15 9.5096E+12 Am-241 9.7757E-08 2.8483E-11 7.1173E+13 5.0021E+09 Cm-242 2.7717E-05 8. 3628E-12 2.0811E+13 1.4676E+12 Cm-244 3.6258E-06 4.4816E-11 1. 1061E+14 1.8567E+11 DAEC Condenser - CRDA Transport Group Inventory: Page 534

CRDA PELLET MVP TRIP 10 MIN.o0 Time (h) = 384.0000 Atmosphere Sump Noble gases (atoms) 3.4546E+22 0.OOOOE+00 Elemental I (atoms) 5.8247E+17 O.OOOOE+00 Organic I (atoms) 1.8014E+16 0.OOOOE+00 Aerosols (kq) 5.6431E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.0398E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.0398E-08 Total I (Ci) 1.6194E+01 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 384.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 384.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.0000E+00 3.6364E+16 Aerosols (kg) 0.0000E+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 384.0000 ci kg Atoms Bq Co-58 7. 5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8. 0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1.1155E+14 Rb-86 2. 5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9. 5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1. 1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1. 2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1. 2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1. 2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1.5119E-04 4.5317E-14 2.9345E+11 5. 5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 zr-97 1. 7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 RU-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 RU-105 1. 5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 RU-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1. 0460E+13 5.6959E+07 Sb-127 3.1598E-03 1. 1832E-11 5.6107E+13 1.1691E+08 sb-129 8.7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1. 1652E-12 5.5254E+12 1.1378E+08 Te-127m 4.2783E-04 4. 5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1. 3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1. 4141E+09 1-131 2. 1715E+01 1. 7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 Page 535

CRDA PELLET MVP TRIP 10 MIN.oO 1-133 4.2895E+01 3.7866E-08 1. 7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1. 0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4. 5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1. 6311E+07 Ce-143 4.0017E-04 6.0259E-13 2. 5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6. 5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7. 5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 384.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 8.6469E+15 Elemental I (atoms) 1.0153E+18 7.3448E+11 organic I (atoms) 3.1402E+16 2.2716E+10 Aerosols (kq) 1.9180E-07 1.3874E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 384.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 384.0000 Filtered Transported Noble gases (atoms) O.O000E+00 9.3908E+17 Elemental I (atoms) O.0000E+00 7.5123E+13 organic I (atoms) O.0000E+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 384.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 O.OOOOE+00 Page 536

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kg) 1.5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 384.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 384.0000 Ci kg Atoms Decay Co-58 1. 1680E-06 3.6731E-14 3.8138E+11 6.4676E+10 Co-60 1.6248E-06 1.4374E-12 1.4427E+13 8.3347E+10 Kr-85 1. 4428E+01 3.6775E-05 2.6055E+20 7.3905E+17 Kr-85m 2.1423E+02. 2.6032E-04 1.8443E+21 1.0990E+19 Rb-86 2.5315E-05 3.1112E-13 2.1786E+12 1.7687E+12 Sr-89 1.3803E-03 4.7510E-11 3.2148E+14 7.8954E+13 Sr-90 2.5839E-04 1.8942E-09 1.2675E+16 1. 3223E+13 Y-90 4.1958E-08 7.7119E-17 5.1602E+08 3.2513E+10 Y-91 1. 8519E-05 7. 5516E-13 4.9975E+12 1.0430E+12 Zr-95 2.6637E-05 1.2399E-12 7.8600E+12 1.4877E+12 Zr-97 4.6408E-12 2.4276E-21 1.5072E+04 1. 0430E+11 Nb-95 2.3219E-05 5.9378E-13 3.7640E+12 1. 3964E+12 Mo-99 8.2213E-06 1. 7141E-14 1.0427E+11 5.7794E+12 Ru-103 3.0689E-04 9. 5089E-12 5. 5596E+13 1.8138E+13 Ru-106 1. 8120E-04 5.4160E-11 3.0770E+14 9.4091E+12 Rh-105 1.5092E-07 1.7880E-16 1.0255E+09 1.9049E+12 Sb-127 3.2130E-05 1.2031E-13 5.7051E+11 9. 5995E+12 Te-127m 6.9806E-05 7.4005E-12 3.5092E+13 3.7585E+12 Te-129m 1. 7413E-04 5.7803E-12 2.6984E+13 1.0553E+13 Te-131m 1.0180E-07 1.2767E-16 5.8689E+08 4.1857E+12 Te-132 2.3048E-04 7. 5916E-13 3.4635E+12 1. 0071E+14 1-131 9.8899E-01 7.9774E-09 3.6672E+16 1.0901E+17 1-133 2.1758E-05 1. 9207E-14 8.6969E+10 3.1402E+16 Xe-133 2.0502E+02 1.0953E-06 4.9595E+18 3.6127E+19 Xe-135 1.2106E-10 4.7405E-20 2.1147E+05 1.0803E+18 Cs-134 4.8744E-03 3.7674E-09 1. 6931E+16 2.5117E+14 Cs-136 5.9024E-04 8.0534E-12 3. 5661E+13 4. 7491E+13 Cs-137 2.4283E-03 2.7918E-08 1.2272E+17 1. 2427E+14 Ba-140 1.4071E-03 1. 9220E-11 8.2674E+13 1.1477E+14 La-140 4.8731E-08 8.7673E-17 3.7713E+08 2.7947E+11 Ce-141 5.6627E-05 1.9874E-12 8.4882E+12 3.4520E+12 Ce-143 2.2913E-08 3.4503E-17 1.4530E+08 4.6249E+11 Ce-144 6.3586E-05 1.9936E-11 8.3373E+13 3.3167E+12 Pr-143 1.2449E-05 1.8488E-13 7.7857E+11 9.8545E+11 Nd-147 4.6776E-06 5.7820E-14 2.3687E+11 4.1353E+11 Np-239 9.8019E-06 4.2251E-14 1.0646E+11 1. 1709E+13 Pu-238 4.5485E-07 2.6569E-11 6.7228E+13 2.3270E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.2499E+09 Pu-240 3.8692E-08 1. 6980E-10 4.2607E+14 1. 9791E+09 Pu-241 1.1339E-05 1. 1007E-10 2.7504E+14 5.8058E+11 Am-241 5.9702E-09 1. 7395E-12 4.3466E+12 3.0539E+08 Cm-242 1.6927E-06 5.1073E-13 1. 2709E+12 8.9599E+10 Cm-244 2.2143E-07 2.7370E-12 6.7552E+12 1.1336E+10 MVP Holdup Transport Group Inventory: Time (h) = 384.0000 Atmosphere Sump Noble gases (atoms) 2.1098E+21 0.O000E+00 Elemental I (atoms) 3.5572E+16 O.OOOOE+00 organic I (atoms) 1.1002E+15 O.OOOOE+00 Page 537

CRDA PELLET MVP TRIP 10 MIN.o0 Aerosols (kq) 3.4463E-08 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.1088E-08 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 1.1088E-08 Total I (Ci) 9.8902E-01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 384.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.0000E+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 384.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 408.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 408.0000 whole Body Thyroid TEDE Delta dose (rem) 8.6521E-25 2.8957E-23 1.7782E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 408.0000 whole Body Thyroid TEDE Delta dose (rem) 7.4760E-26 2.5020E-24 1.5365E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 control Room Doses: Time (h) = 408.0000 whole Body Thyroid TEDE Delta dose (rem) 2.3906E-26 2.4715E-23 8.0315E-25 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 408.0000 Ci kg Atoms Decay Co-58 1.8939E-05 5.9559E-13 6.1840E+12 1. 1202E+12 Co-60 2.6595E-05 2.3527E-11 2.3614E+14 1.4502E+12 Kr-85 2.3621E+02 6.0206E-04 4.2655E+21 1. 2860E+19 Kr-85m 3.5065E+03 4.2609E-03 3.0188E+22 1.9123E+20 Rb-86 3.9940E-04 4.9086E-12 3.4373E+13 3.0275E+13 Sr-89 2.2293E-02 7.6734E-10 5.1922E+15 1. 3650E+15 Sr-90 4.2306E-03 3.1015E-08 2.0753E+17 2.3012E+14 Y-90 5.2977E-07 9.7373E-16 6.515 5E+09 5.3497E+11 Y-91 2.9967E-04 1. 2220E-11 8.0866E+13 1.8048E+13 Zr-95 4.3146E-04 2.0084E-11 1.2731E+14 2. 5755E+13 Zr-97 2.8396E-11 1.4854E-20 9.2219E+04 1.7143E+12 Nb-95 3.7276E-04 9. 5328E-12 6.0429E+13 2.4076E+13 Mo-99 1.0463E-04 2.1814E-13 1.3270E+12 9. 5129E+13 RU-103 4.9372E-03 1. 5298E-10 8.9442E+14 3.1302E+14 Ru-106 2.9614E-03 8.8516E-10 5.0288E+15 1. 6359E+14 Rh-105 1.5438E-06 1.8290E-15 1.0490E+10 3.1263E+13 sb-127 4.3942E-04 1.6454E-12 7.8024E+12 1. 5887E+14 Page 538

CRDA PELLET MVP TRIP 10 MIN.o0 Te-127m 1.1358E-03 1.2041E-10 5.7096E+14 6. 5206E+13 Te-129m 2.7931E-03 9.2715E-11 4.3282E+14 1.8188E+14 Te-131m 9.5740E-07 1.2006E-15 5. 5194E+09 6.8707E+13 Te-132 3.0507E-03 1.0049E-11 4.5844E+13 1. 6616E+15 1-131 1.4856E+01 1.1983E-07 5.5088E+17 1.8356E+18 1-133 1.6012E-04 1.4135E-13 6.4000E+11 5.1586E+17 Xe-133 2.9415E+03 1.5715E-05 7.1155E+19 6.0204E+20 Xe-135 3.1795E-10 1.2450E-19 5.5540E+05 1. 7791E+19 Cs-134 7.9741E-02 6.1632E-08 2.7698E+17 4.3691E+15 Cs-136 9.1667E-03 1.2507E-10 5.5383E+14 8.0808E+14 Cs-137 3.9760E-02 4.5710E-07 2.0093E+18 2.1626E+15 Ba-140 2.1819E-02 2.9804E-10 1.2820E+15 1.9518E+15 La-140 5.2792E-07 9.4979E-16 4.0856E+09 4. 5868E+12 Ce-141 9.0766E-04 3.1855E-11 1. 3605E+14 5.9479E+13 Ce-143 2.2663E-07 3.4126E-16 1.4371E+09 7.5908E+12 Ce-144 1.0386E-03 3.2564E-10 1. 3618E+15 5. 7650E+13 Pr-143 1.9369E-04 2.8764E-12 1.2113E+13 1. 6779E+13 Nd-147 7.1906E-05 8.8884E-13 3.6413E+12 7.0119E+12 Np-239 1.1958E-04 5.1543E-13 1.2987E+12 1. 9244E+14 Pu-238 7.4477E-06 4.3504E-10 1.1008E+15 4.0495E+11 Pu-239 4.0012E-07 6.4372E-09 1.6220E+16 2.1752E+10 Pu-240 6.3355E-07 2.7803E-09 6.9765E+15 3.4442E+10 Pu-241 1.8564E-04 1.8021E-09 4.5030E+15 1.0103E+13 Am-241 9.7757E-08 2.8483E-11 7.1173E+13 5.3146E+09 Cm-242 2.7599E-05 8.3273E-12 2.0722E+13 1. 5560E+12 Cm-244 3.6254E-06 4.4812E-11 1. 1060E+14 1.9726E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 408.0000 Atmosphere sump Noble gases (atoms) 3.4524E+22 0.OOOOE+00 Elemental I (atoms) 5.3436E+17 0.OOOOE+00 Organic I (atoms) 1.6526E+16 O.OOOOE+00 Aerosols (kg) 5.6417E-07 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 9.5391E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 9.5391E-09 Total I (Ci) 1.4857E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 408.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 408.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 408.0000 Ci kg Atoms Bq co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8. 0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1.1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1.1155E+14 Page 539

CRDA PELLET MVP TRIP 10 MIN.O0 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1.5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1.7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 RU-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1.3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1.7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8.7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1. 1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1. 0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1.5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10. 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1. 6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Rel ease Time (h) = 408.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 8.1382E+15 Elemental I (atoms) 1.0153E+18 6.9127E+11 organic I (atoms) 3.1402E+16 2.1380E+10 Aerosols (kg). 1.9180E-07 1. 3058E-13 Page 540

CRDA PELLET MVP TRIP 10 MIN.O0 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 408.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 408.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Elemental I (atoms) O.0000E+00 7.5123E+13 organic I (atoms) 0.OOOOE+00 2.3234E+12 Aerosols (kg) 0.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 408.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 0.0000E+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 0.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 408.0000 Filtered Transported Noble gases (atoms) 0.O000E+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 408.0000 Ci kg Atoms Decay Co-58 1.1566E-06 3.6374E-14 3.7767E+11 6.8391E+10 Co-60 1.6242E-06 1.4368E-12 1.4421E+13 8.8540E+10 Kr-85 1.4426E+01 3.6769E-05 2.6050E+20 7.8517E+17 Kr-85m 2.1415E+02 2.6022E-04 1.8436E+21 1. 1675E+19 Rb-86 2.4392E-05 2.9978E-13 2.0992E+12 1.8482E+12 Sr-89 1. 3615E-03 4.6863E-11 3.1709E+14 8.3336E+13 Sr-90 2.5837E-04 1.8941E-09 1.2674E+16 1.4049E+13 Y-90 3.2354E-08 5.9467E-17 3.9791E+08 3.2631E+10 Y-91 1.8301E-05 7.4627E-13 4.9386E+12 1. 1019E+12 Zr-95 2.6350E-05 1. 2266E-12 7.7753E+12 1. 5724E+12 Nb-95 2.2765E-05 5.8219E-13 3.6905E+12 1.4699E+12 Mo-99 6.3896E-06 1. 3322E-14 8.1040E+10 5.8026E+12 RU-103 3.0152E-04 9.3426E-12 5.4624E+13 1.9110E+13 RU-106 1.8085E-04 5.4058E-11 3.0712E+14 9.9878E+12 Rh-105 9.4281E-08 1. 1170E-16 6.4064E+08 1. 9053E+12 Sb-127 2.6836E-05 1.0049E-13 4.7651E+11 9.6935E+12 Te-127m 6.9363E-05 7.3536E-12 3.4869E+13 3.9810E+12 Te-129m 1.7058E-04 5.6622E-12 2.6433E+13 1.1104E+13 Te-131m 5.8470E-08 7. 3325E-17 3.3708E+08 4.1859E+12 Te-132 1.8631E-04 6.1369E-13 2.7998E+12 1.0137E+14 1-131 9.0730E-01 7.3184E-09 3.3643E+16 1. 1204E+17 Page 541

CRDA PELLET MVP TRIP 10 MIN.o0 1-133 9.7787E-06 8.6322E-15 3.9086E+10 3.1402E+16 Xe-133 1.7964E+02 9.5973E-07 4.3456E+18 3.6741E+19 Xe-135 1.9418E-11 7.6037E-21 3.3919E+04 1.0803E+18 Cs-134 4.8699E-03 3.7640E-09 1. 6916E+16 2.6675E+14 Cs-136 5.5983E-04 7.6384E-12 3.3823E+13 4.9329E+13 Cs-137 2.4282E-03 2.7916E-08 1.2271E+17 1.3204E+14 Ba-140 1.3325E-03 1.8202E-11 7.8296E+13 1.1914 E+14 La-140 3.2241E-08 5.8005E-17 2.4951E+08 2.7960E+11 Ce-141 5.5433E-05 1.9454E-12 8.3091E+12 3.6312E+12 Ce-143 1.3840E-08 2.0841E-17 8.7769E+07 4.6255E+11 Ce-144 6.3431E-05 1.9887E-11 8.3170E+13 3.5197E+12 Pr-143 1.1829E-05 1.7566E-13 7.3977E+11 1.0242E+12 Nd-147 4.3914E-06 5.4283E-14 2.2238E+11 4.2802E+11 Np-239 7.3027E-06 3.1478E-14 7.9317E+10 1.1736E+13 Pu-238 4.5484E-07 2.6568E-11 6.7226E+13 2.4724E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.3280E+09 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.1028E+09 Pu-241 1.1337E-05 1.1005E-10 2.7501E+14 6.1682E+11 Am-241 5.9702E-09 1.7395E-12 4.3466E+12 3.2447E+08 Cm-242 1.6855E-06 5.0856E-13 1.2655E+12 9.4999E+10 Cm-244 2.2141E-07 2.7367E-12 6. 7545E+12 1.2044E+10 MVP Holdup Transport Group Inventory: Time (h) = 408.0000 Atmosphere Sump Noble gases (atoms) 2.1085E+21 0.OOOOE+00 Elemental I (atoms) 3.2634E+16 0.OOOOE+00 Organic I (atoms) 1.0093E+15 0.00OOE+00 Aerosols (kq) 3.4455E-08 O.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 1.0172E-08 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 1.0172E-08 Total I (Ci) 9.0731E-01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 408.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 408.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 432.0000 CRDA @ EAB - condenser Release Doses: Time (h) = 432.0000 whole Body Thyroid TEDE Delta dose (rem) 8.4756E-25 2.6565E-23 1.6877E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 432.0000 whole Body Thyroid TEDE Delta dose (rem) 7.3235E-26 2.2954E-24 1.4582E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Page 542

CRDA PELLET MVP TRIP 10 MIN.O0 Control Room Doses: Time (h) = 432.0000 whole Body Thyroid TEDE Delta dose (rem) 2.3419E-26 2.2674E-23 7.4047E-25 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 432.0000 Ci kg Atoms Decay Co-58 1.8754E-05 5.8979E-13 6.1238E+12 1.1805E+12 Co-60 2.6585E-05 2.3519E-11 2.3605E+14 1.5352E+12 Kr-85 2.3617E+02 6.0195E-04 4.2647E+21 1. 3615E+19 Kr-85m 3.5052E+03 4.2593E-03 3.0177E+22 2.0244E+20 Rb-86 3.8484E-04 4.7296E-12 3.3119E+13 3.1528E+13 Sr-89 2.1989E-02 7.5688E-10 5.1214E+15 1.4358E+15 Sr-90 4.2303E-03 3.1013E-08 2.0751E+17 2.4364E+14 Y-90 4.0851E-07 7.5084E-16 5.0241E+09 5.3646E+11 Y-91 2.9614E-04 1.2076E-11 7.9913E+13 1.9000E+13 Zr-95 4.2681E-04 1.9868E-11 1.2594E+14 2.7127E+13 Zr-97 1.0611E-11 5. 5506E-21 3.4461E+04 1. 7143E+12 Nb-95 3.6548E-04 9.3467E-12 5.9250E+13 2.5256E+13 Mo-99 8.1315E-05 1. 6954E-13 1.0313E+12 9. 5425E+13 Ru-103 4.8508E-03 1. 5030E-10 8.7877E+14 3.2867E+14 Ru-106 2.9558E-03 8.8349E-10 5.0193E+15 1.7305E+14 Rh-105 9.6442E-07 1.1426E-15 6.5533E+09 3.1267E+13 Sb-127 3.6702E-04 1. 3743E-12 6.5169E+12 1. 6015E+14 Te-127m 1. 1286E-03 1. 1965E-10 5.6734E+14 6.8825E+13 Te-129m 2.7360E-03 9.0822E-11 4.2399E+14 1.9072E+14 Te-131m 5.4988E-07 6.8959E-16 3.1701E+09 6.8709E+13 Te-132 2.4661E-03 8.1231E-12 3.7059E+13 1.6704E+15 1-131 1. 3629E+01 1.0994E-07 5.0538E+17 1.8811E+18 1-133 7.1961E-05 6.3525E-14 2.8763E+11 5.1587E+17 Xe-133 2.5774E+03 1.3769E-05 6.2347E+19 6. 1084E+20 xe-135 5.0999E-11 1.9970E-20 8.9085E+04 1. 7791E+19 Cs-134 7.9668E-02 6.1575E-08 2.7673E+17 4.6239E+15 Cs-136 8.6943E-03 1.1863E-10 5.2528E+14 8.3662E+14 Cs-137 3.9757E-02 4.5708E-07 2.0092E+18 2.2897E+15 Ba-140 2.0664E-02 2.8226E-10 1. 2141E+15 2.0197E+15 La-140 3.4928E-07 6.2839E-16 2.7030E+09 4.5882E+12 Ce-141 8.8851E-04 3.1183E-11 1. 3318E+14 6.2349E+13 Ce-143 1.3689E-07 2.0614E-16 8.6810E+08 7.5914E+12 Ce-144 1.0361E-03 3.2485E-10 1. 3585E+15 6.0966E+13 Pr-143 1.8404E-04 2.7330E-12 1.1510E+13 1.7382E+13 Nd-147 6.7507E-05 8.3447E-13 3.4186E+12 7.2347E+12 Np-239 8.9088E-05 3.8401E-13 9.6761E+11 1.9277E+14 Pu-238 7.4475E-06 4.3503E-10 1.1008E+15 4.2876E+11 Pu-239 4.0012E-07 6.4372E-09 1.6220E+16 2.3031E+10 Pu-240 6.3355E-07 2.7803E-09 6.9765E+15 3.6467E+10 Pu-241 1.8561E-04 1.8018E-09 4.5024E+15 1.0696E+13 Am-241 9.7757E-08 2.8482E-11 7.1172E+13 5.6271E+09 Cm-242 2.7482E-05 8.2919E-12 2.0634E+13 1. 6441E+12 Cm-244 3.6250E-06 4.4807E-11 1.1059E+14 2.0885E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 432.0000 Atmosphere Sump Noble gases (atoms) 3.4504E+22 0.OOOOE+00 Elemental I (atoms) 4.9022E+17 O.OOOOE+00 organic I (atoms) 1.5161E+16 0.OOOOE+00 Aerosols (kq) 5.6404E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 8.7511E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 8.7511E-09 Total I (Ci) 1.3629E+01 Page 543

CRDA PELLET MVP TRIP 10 MIN.o0 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 432.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 432.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 432.0000 Ci kg Atoms Bq Co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8.0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1.1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1. 1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4. 5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 RU-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 RU-105 1.5948E-03 2.3725E-13 1.3607E+12 5.9009E+07 RU-106 1.0339E-03 3.0902E-10 1.7556E+15 3.8253E+07 Rh-105 1.5394E-03 1. 8238E-12 1. 0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8.7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1. 1652E-12 5.5254E+12 1.1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1. 7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1.2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1. 0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Page 544

CRDA PELLET MVP TRIP 10 MIN.oO Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1. 2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1. 2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 432.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 7.6861E+15 Elemental I (atoms) 1.0153E+18 6.5287E+11 organic I (atoms) 3.1402E+16 2.0192E+10 Aerosols (kg) 1.9180E-07 1.2333E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1. 7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 432.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to control Room Transport Group Inventory: Pathway Time (h) = 432.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 9.3908E+17 Elemental I (atoms) 0.OOOOE+00 7.5123E+13 organic I (atoms) 0.OOOOE+00 2.3234E+12 Aerosols (kg) 0.0000E+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 432.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 Organic I (atoms) 2.2927E+12 O.OOOOE+00 Aerosols (kg) 1. 5024E-11 0.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 432.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Page 545

CRDA PELLET MVP TRIP 10 MIN.o0 organic I (atoms) 0.OOOOE+00 3.5189E+16 Aerosols (kg) O.0000E+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 432.0000 Ci kg Atoms Decay Co-58 1.1453E-06 3.6019E-14 3.7399E+11 7.2071E+10 Co-60 1. 6236E-06 1.4363E-12 1.4416E+13 9.3731E+10 Kr-85 1.4423E+01 3.6762E-05 2.6045E+20 8.3128E+17 Kr-85m 2.1407E+02 2.6012E-04 1. 8429E+21 1.2360E+19 Rb-86 2.3503E-05 2.8885E-13 2.0226E+12 1.9247E+12 Sr-89 1. 3429E-03 4.6224E-11 3.1277E+14 8.7659E+13 Sr-90 2. 5835E-04 1.8940E-09 1.2673E+16 1.4875E+13 Y-90 2.4948E-08 4. 5855E-17 3.0683E+08 3.2722E+10 Y-91 1. 8086E-05 7.3748E-13 4.8804E+12 1. 1600E+12 Zr-95 2. 6066E-05 1.2133E-12 7.6915E+12 1. 6562E+12 Nb-95 2.2321E-05 5.7082E-13 3.6185E+12 1. 5419E+12 MO-99 4.9660E-06 1. 0354E-14 6.2984E+10 5.8207E+12 RU-103 2. 9625E-04 9.1792E-12 5.3668E+13 2.0066E+13 RU-106 1. 8051E-04 5.3956E-11 3.0654E+14 1.0565E+13 Rh-105 5.8899E-08 6.9781E-17 4.0022E+08 1.9055E+12 sb-127 2. 2415E-05 8.3933E-14 3.9800E+11 9.7720E+12 Te-127m 6.8923E-05 7.3070E-12 3.4648E+13 4.2020E+12 Te-129m 1.6709E-04 5.5466E-12 2.5893E+13 1. 1644E+13 Te-131m 3.3582E-08 4.2114E-17 1.9360E+08 4.1861E+12 Te-132 1. 5061E-04 4.9609E-13 2.2633E+12 1. 0191E+14 1-131 8. 3236E-01 6.7139E-09 3.0864E+16 1. 1482E+17 1-133 4. 3948E-06 3.8796E-15 1. 7566E+10 3.1402E+16 Xe-133 1.5740E+02 8.4092E-07 3.8076E+18 3.7278E+19 Cs-134 4.8655E-03 3.7605E-09 1. 6900E+16 2.8231E+14 Cs-136 5.3097E-04 7.2447E-12 3.2080E+13 5.1072E+13 Cs-137 2.4280E-03 2.7914E-08 1. 2270E+17 1. 3980E+14 Ba-140 1. 2620E-03 1.7238E-11 7.4150E+13 1.2329E+14 La-140 2.1331E-08 3.8377E-17 1.6508E+08 2.7968E+11 Ce-141 5.4263E-05 1. 9044E-12 8.1337E+12 3.8065E+12 Ce-143 8.3602E-09 1. 2589E-17 5.3016E+07 4.6259E+11 Ce-144 6.3276E-05 1.9839E-11 8.2968E+13 3.7222E+12 Pr-143 1. 1240E-05 1. 6691E-13 7.0291E+11 1. 0611E+12 Nd-147 4.1228E-06 5.0962E-14 2.0878E+11 4.4163E+11 Np-239 5.4407E-06 2.3452E-14 5.9093E+10 1.1756E+13 Pu-238 4. 5483E-07 2.6568E-11 6.7225E+13 2.6178E+10 Pu-239 2. 4436E-08 3.9313E-10 9.9058E+14 1. 4061E+09 Pu-240 3. 8692E-08 1. 6980E-10 4.2607E+14 2.2265E+09 Pu-241 1.1336E-05 1. 1004E-10 2.7497E+14 6. 5306E+11 Am-241 5.9702E-09 1.7395E-12 4.3466E+12 3.4356E+08 Cm-242 1. 6784E-06 5.0640E-13 1. 2602E+12 1. 0038E+11 Cm-244 2.2138E-07 2.7364E-12 6.7538E+12 1. 2751E+10 MVP Holdup Transport G roup Inventory: Time (h) = 432.0000 Atmosphere Sump Noble gases (atoms) 2.1072E+21 O.OOOOE+00 Elemental I (atoms) 2.9938E+16 O.OOOOE+00 Organic I (atoms) 9.2593E+14 O.OOOOE+00 Aerosols (k 9 ) 3.4447E-08 0.O000E+00 Dose Effective (ci/cc) 1-131 (Thyroid) 9.3316E-09 Dose Effective (ci/cc) 1-131 (ICRP2 Thyroid) 9.3316E-09 Total I (Ci) 8.3236E-01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 432.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Page 546

CRDA PELLET MVP TRIP 10 MIN. o0 Elemental I (atoms) 0.0000E+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 432.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 456.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 456.0000 whole Body Thyroid TEDE Delta dose (rem) 8.3203E-25 2.4371E-23 1.6053E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - condenser Release Doses: Time (h) = 456.0000 whole Body Thyroid TEDE Delta dose (rem) 7.1893E-26 2.1059E-24 1. 3871E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 control Room Doses: Time (h) = 456.0000 whole Body Thyroid TEDE Delta dose (rem) 2.2990E-26 2.0802E-23 6.8298E-25 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 456.0000 Ci kg Atoms Decay Co-58 1.8571E-05 5.8404E-13 6.0641E+12 1.2401E+12 co-60 2.6576E-05 2.3510E-11 2.3597E+14 1.6202E+12 Kr-85 2.3612E+02 6.0184E-04 4.2640E+21 1.4370E+19 Kr-85m 3. 5039E+03 4.2577E-03 3.0165E+22 2.1364E+20 Rb-86 3.7081E-04 4. 5572E-12 3.1912E+13 3.2736E+13 Sr-89 2.1689E-02 7.4656E-10 5.0516E+15 1. 5056E+15 Sr-90 4. 2301E-03 3. 1011E-08 2.0750E+17 2. 5716E+14 Y-90 3.1500E-07 5.7898E-16 3.8741E+09 5.3761E+11 Y-91 2.9265E-04 1.1933E-11 7.8972E+13 1. 9941E+13 Zr-95 4.2221E-04 1.9654E-11 1. 2459E+14 2.8484E+13 Zr-97 3.9651E-12 2.0742E-21 1.2877E+04 1. 7143E+12 Nb-95 3.5835E-04 9.1642E-12 5.8093E+13 2. 6413E+13 MO-99 6. 3198E-05 1. 3177E-13 8.0155E+11 9.5655E+13 Ru-103 4. 7660E-03 1.4767E-10 8.6340E+14 3.4404E+14 RU-106 2. 9502E-03 8.8183E-10 5.0099E+15 1.8249E+14 Rh-105 6.0249E-07 7.1380E-16 4.0939E+09 3.1270E+13 sb-127 3.0655E-04 1.1479E-12 5.4432E+12 1.6123E+14 Te-127m 1.1214E-03 1. 1889E-10 5.6374E+14 7.2422E+13 Te-129m 2. 6802E-03 8.8967E-11 4.1533E+14 1.9938E+14 Te-131m 3.1582E-07 3.9606E-16 1.8207E+09 6.8710E+13 Te-132 1.9935E-03 6. 5665E-12 2.9958E+13 1.6775E+15 1-131 1.2503E+01 1.0085E-07 4.6363E+17 1.9229E+18 1-133 3.2341E-05 2.8550E-14 1.2927E+11 5.1587E+17 Xe-133 2.2583E+03 1.2065E-05 5.4629E+19 6.1856E+20 Xe-135 8.1802E-12 3.2032E-21 1.4289E+04 1. 7791E+19 Cs-134 7. 9595E-02 6.1519E-08 2.7647E+17 4.8785E+15 Cs-136 8.2462E-03 1.1251E-10 4.9821E+14 8.6370E+14 Page 547

CRDA PELLET MVP TRIP 10 MIN.o0 Cs-137 3.9755E-02 4.5705E-07 2.0090E+18 2.4168E+15 Ba-140 1.9570E-02 2.6731E-10 1.1499E+15 2.0840E+15 La-140 2.3109E-07 4.1575E-16 1.7884E+09 4.5891E+12 Ce-141 8.6976E-04 3.0525E-11 1. 3037E+14 6.5160E+13 Ce-143 8.2689E-08 1.2452E-16 5.2437E+08 7.5917E+12 Ce-144 1.0336E-03 3.2406E-10 1. 3552E+15 6.4275E+13 Pr-143 1.7487E-04 2.5968E-12 1.0936E+13 1. 7956E+13 Nd-147 6.3377E-05 7.8342E-13 3.2094E+12 7.4438E+12 Np-239 6.6373E-05 2.8610E-13 7.2090E+11 1. 9301E+14 Pu-238 7.4474E-06 4.3502E-10 1. 1007E+15 4.5257E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 2.4310E+10 Pu-240 6.3355E-07 2.7803E-09 6.9765E+15 3.8492E+10 Pu-241 1.8559E-04 1.8016E-09 4. 5018E+15 1. 1290E+13 Am-241 9.7756E-08 2.8482E-11 7.1172E+13 5.9396E+09 Cm-242 2.7365E-05 8.2567E-12 2.0547E+13 1.7317E+12 Cm-244 3.6246E-06 4.4802E-11 1.1058E+14 2.2044E+11 DAEC condenser - CRDA Transport Group Inventory: Time (h) = 456.0000 Atmosphere sump Noble gases (atoms) 3.4484E+22 0.OOOOE+00 Elemental I (atoms) 4.4973E+17 0.OOOOE+00 organic I (atoms) 1.3909E+16 O.OOOOE+00 Aerosols (kq) 5.6391E-07 O.OOOOE+00 Dose Effective (ci/cc) 1-131 (Thyroid) 8.0283E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 8.0283E-09 Total I (Ci) 1.2503E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 456.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 456.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+0O 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 456.0000 Ci kg Atoms Bq Co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8. 0111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1.115 5E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9.5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1. 1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1. 8194E+11 5.4737E+05 Y-91 1. 2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1. 3103E-14 8. 5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5. 5941E+06 zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Page 548

CRDA PELLET MVP TRIP 10 MIN.00 Zr-97 1.7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1.7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1.5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8.7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1.1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1.2246E+14 Cs-134 2.7388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2. 5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3. 5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1.2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 456.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 7.2816E+15 Elemental I (atoms) 1.0153E+18 6.1851E+11 organic I (atoms) 3.1402E+16 1.9129E+10 Aerosols (kq) 1.9180E-07 1.1684E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (ci) 1. 7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 456.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Page 549

CRDA PELLET MVP TRIP 10 MIN.0 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 456.0000 Filtered Transported Noble gases (atoms) O.O000E+00 9.3908E+17 Elemental I (atoms) O.OOOOE+00 7.5123E+13 organic I (atoms) 0.0000E+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return control Room to Environment Transport Group Inventory: Pathway Time (h) = 456.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Elemental I (atoms) 7.4132E+13 O.OOOOE+00 organic I (atoms) 2.2927E+12 0.OOOOE+00 Aerosols (kg) 1. 5024E-11 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 456.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) 0.0000E+00 1.1378E+18 organic I (atoms) 0.0000E+00 3.5189E+16 Aerosols (kg) O.O000E+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 456.0000 Ci kg Atoms Decay Co-58 1.1342E-06 3.5668E-14 3.7034E+11 7.5714E+10 Co-60 1. 6230E-06 1.4358E-12 1. 4411E+13 9.8920E+10 Kr-85 1.4421E+01 3.6756E-05 2.6041E+20 8.7738E+17 Kr-85m 2. 1399E+02 2.6003E-04 1.8423E+21 1. 3044E+19 Rb-86 2.2646E-05 2.7831E-13 1.9489E+12 1.9985E+12 Sr-89 1.3246E-03 4.5594E-11 3.0851E+14 9.1923E+13 Sr-90 2.5834E-04 1.8939E-09 1.2672E+16 1. 5701E+13 Y-90 1.9238E-08 3.5359E-17 2.3660E+08 3.2792E+10 Y-91 1.7873E-05 7.2879E-13 4.8230E+12 1. 2175E+12 zr-95 2.5785E-05 1.2003E-12 7.6086E+12 1. 7391E+12 Nb-95 2.1885E-05 5.5967E-13 3.5478E+12 1. 6126E+12 MO-99 3.8596E-06 8.0473E-15 4.8952E+10 5.8347E+12 RU-103 2.9107E-04 9.0186E-12 5.2729E+13 2.1004E+13 Ru-106 1. 8018E-04 5.3855E-11 3.0596E+14 1.1142 E+13 Rh-105 3. 6795E-08 4.3593E-17 2.5002E+08 1.9057E+12 sb-127 1. 8721E-05 7.0104E-14 3.3242E+11 9.8376E+12 Te-127m 6.8486E-05 7.2606E-12 3.4429E+13 4.4216E+12 Te-129m 1.6368E-04 5.4334E-12 2.5365E+13 1.2172E+13 Te-131m 1. 9288E-08 2.4188E-17 1.1120E+08 4.1861E+12 Te-132 1.2175E-04 4.0103E-13 1.8296E+12 1.0234E+14 1-131 7.6360E-01 6.1594E-09 2.8315E+16 1. 1737E+17 1-133 1.9751E-06 1.7436E-15 7.8947E+09 3.1402E+16 Xe-133 1. 3792E+02 7.3682E-07 3.3363E+18 3.7750E+19 Cs-134 4.8610E-03 3.7570E-09 1.6885E+16 2.9785E+14 Cs-136 5. 0361E-04 6.8714E-12 3.0427E+13 5.2725E+13 Cs-137 2.4279E-03 2.7913E-08 1. 2270E+17 1.4756E+14 Ba-140 1. 1952E-03 1.6325E-11 7.0224E+13 1.2722E+14 La-140 1. 4113E-08 2. 5391E-17 1.0922E+08 2.7974E+11 Ce-141 5.3118E-05 1.8642E-12 7.9621E+12 3.9781E+12 Ce-143 5.0499E-09 7.6044E-18 3.2024E+07 4.6261E+11 Ce-144 6.3122E-05 1. 9791E-11 8.2766E+13 3.9243E+12 Page 550

CRDA PELLET MVP TRIP 10 MIN.O0 Pr-143 1.0679E-05 1. 5859E-13 6.6788E+11 1.0961E+12 Nd-147 3.8706E-06 4.7845E-14 1.9600E+11 4.5440E+11 Np-239 4.0535E-06 1.7473E-14 4.4026E+10 1. 1771E+13 Pu-238 4.5482E-07 2.6567E-11 6.7223E+13 2.7632E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.4842E+09 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.3502E+09 Pu-241 1.1334E-05 1.1003E-10 2.7493E+14 6.8930E+11 Am-241 5.9701E-09 1. 7395E-12 4.3466E+12 3.6264E+08 Cm-242 1. 6712E-06 5.0425E-13 1.2548E+12 1.0573E+11 Cm-244 2.2136E-07 2.7361E-12 6.7531E+12 1. 3459E+10 MVP Holdup Transport Group Inventory: Time (h) = 456.0000 Atmosphere sump Noble gases (atoms) 2.1060E+21 0.OOOOE+00 Elemental I (atoms) 2.7465E+16 O.OOOOE+00 organic I (atoms) 8.4945E+14 0.OOOOE+00 Aerosols (k 9 ) 3.4439E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 8.5608E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 8.5608E-09 Total I (ci) 7.6361E-01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 456.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.0000E+00 1.1758E+18 organic I (atoms) O.O000E+00 3.6364E+16 Aerosols (kg) 0.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 456.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 480.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 480.0000 whole Body Thyroid TEDE Delta dose (rem) 8.1837E-25 2.2359E-23 1.5303E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 480.0000 whole Body Thyroid TEDE Delta dose (rem) 7.0712E-26 1.9320E-24 1.3223E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 control Room Doses: Time (h) = 480.0000 whole Body Thyroid TEDE Delta dose (rem) 2.2612E-26 1.9084E-23 6.3026E-25 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 480.0000 Ci kg Atoms Decay Co-58 1.8390E-05 5.7835E-13 6.0050E+12 1. 2992E+12 Page 551

CRDA PELLET MVP TRIP 10 MIN.o0 Co-60 2.6566E-05 2.3502E-11 2.3588E+14 1.7051E+12 Kr-85 2.3608E+02 6.0174E-04 4.2632E+21 1. 5125E+19 Kr-85m 3.5026E+03 4.2561E-03 3.0154E+22 2.2484E+20 Rb-86 3.5728E-04 4.3910E-12 3.0748E+13 3.3899E+13 Sr-89 2.1394E-02 7.3639E-10 4.9827E+15 1. 5745E+15 Sr-90 4.2298E-03 3.1009E-08 2.0749E+17 2.7069E+14 Y-90 2.4290E-07 4.4645E-16 2.9873E+09 5.3850E+11 Y-91 2.8921E-04 1.1793E-11 7.8042E+13 2.0871E+13 Zr-95 4.1766E-04 1.9442E-11 1.2324E+14 2.9827E+13 Nb-95 3.5135E-04 8.9852E-12 5.6958E+13 2.7548E+13 Mo-99 4.9118E-05 1.0241E-13 6.2296E+11 9.5833E+13 Ru-103 4.6826E-03 1.4509E-10 8.4830E+14 3.5914E+14 Ru-106 2.9447E-03 8.8017E-10 5.0005E+15 1.9191E+14 Rh-105 3.7638E-07 4.4592E-16 2.5575E+09 3.1271E+13 sb-127 2.5604E-04 9.5877E-13 4.5463E+12 1.6213E+14 Te-127m 1.1143E-03 1.1813E-10 5.6017E+14 7. 5995E+13 Te-129m 2.6254E-03 8.7151E-11 4.0685E+14 2.0786E+14 Te-131m 1.8139E-07 2.2748E-16 1.0457E+09 6.8711E+13 Te-132 1.6115E-03 5.3082E-12 2.4217E+13 1. 6833E+15 1-131 1.1471E+01 9.2524E-08 4.2534E+17 1. 9612E+18 1-133 1.4535E-05 1.2831E-14 5.8097E+10 5.1587E+17 xe-133 1.9787E+03 1.0571E-05 4.7866E+19 6.2532E+20 Cs-134 7.9521E-02 6.1462E-08 2.7622E+17 5. 1328E+15 Cs-136 7.8212E-03 1.0671E-10 4.7254E+14 8.8937E+14 Cs-137 3.9752E-02 4.5702E-07 2.0089E+18 2.5439E+15 Ba-140 1.8533E-02 2.5316E-10 1. 0890E+15 2.1449E+15 La-140 1.5289E-07 2.7506E-16 1. 1832E+09 4. 5897E+12 Ce-141 8.5141E-04 2.9881E-11 1.2762E+14 6.7911E+13 Ce-143 4.9948E-08 7.5213E-17 3.1674E+08 7.5919E+12 Ce-144 1.0311E-03 3.2327E-10 1. 3519E+15 6.7575E+13 Pr-143 1.6615E-04 2.4674E-12 1.0391E+13 1.8501E+13 Nd-147 5.9500E-05 7.3549E-13 3.0131E+12 7.6402E+12 Np-239 4.9450E-05 2.1315E-13 5.3709E+11 1.9320E+14 Pu-238 7.4472E-06 4.3501E-10 1.1007E+15 4.7638E+11 Pu-239 4.0012E-07 6.4372E-09 1.6220E+16 2.5589E+10 Pu-240 6.3355E-07 2.7803E-09 6.9765E+15 4.0518E+10 Pu-241 1.8556E-04 1.8014E-09 4.5012E+15 1.1883E+13 Am-241 9.7756E-08 2.8482E-11 7.1172E+13 6.2521E+09 Cm-242 2.7249E-05 8.2216E-12 2.0459E+13 1. 8190E+12 Cm-244 3.6242E-06 4.4798E-11 1.1056E+14 2.3203E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 480.0000 Atmosphere sump Noble gases (atoms) 3.4465E+22 0.OOOOE+00 Elemental I (atoms) 4.1258E+17 0.OOOOE+00 organic I (atoms) 1.2760E+16 0.OOOOE+00 Aerosols (kq) 5.6378E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 7.3651E-09 Dose Effective (Ci/cc) 17131 (ICRP2 Thyroid) 7.3651E-09 Total I (Ci) 1.1471E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 480.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 480.0000 Filtered Transported Page 552

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 Organic I (atoms) O.O000E+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 480.0000 ci kg Atoms Bq Co-58 7.5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8. O111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1.1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1. 1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9. 5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1.2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1. 8194E+11 5.4737E+05 Y-91 1.2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1.5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1. 7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4. 5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1. 5948E-03 2.3725E-13 1.3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1. 7556E+15 3.8253E+07 Rh-105 1.5394E-03 1.8238E-12 1. 0460E+13 5.6959E+07 sb-127 3.1598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 sb-129 8.7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1.1652E-12 5.5254E+12 1.1378E+08 Te-127m 4.2783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1. 8086E+12 3.0019E+08 Te-129m 1.3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8220E-02 1. 2589E-10 5.7435E+14 1. 4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 cs-134 2.7388E-02 2.1168E-08 9. 5133E+16 1.0134E+09 cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 cs-137 1. 3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1. 8584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1. 9866E-04 3. 5740E-13 1. 5374E+12 7.3503E+06 La-141 1. 6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1. 5518E-04 1.0840E-14 4. 5973E+10 5.7416E+06 Ce-141 4.4084E-04 1. 5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1. 1477E-10 4.7995E+14 1.3544E+07 Pr-143 1. 5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7. 1020E-05 8.7789E-13 3. 5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2. 5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Page 553

CRDA PELLET MVP TRIP 10 MIN.oO Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1.2231E+03 Cm-242 1.0032E-05 3.0268E-12 7.5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 480.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 6.9175E+15 Elemental I (atoms) 1.0153E+18 5.8758E+11 organic I (atoms) 3.1402E+16 1.8173E+10 Aerosols (kq) 1.9180E-07 1.1100E-13 Dose Effective (ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1. 7514E+02 DAEC condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 480.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 480.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 9.3908E+17 Elemental I (atoms) O.OOOOE+00 7.5123E+13 organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 480.0000 Filtered Transported Noble gases (atoms) 9.3564E+17 O.OOOOE+00 Elemental I (atoms) 7.4132E+13 0.OOOOE+00 organic I (atoms) 2.2927E+12 0.OOOOE+00 Aerosols (kg) 1. 5024E-11 O.OOOOE+00 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 480.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) O.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) O.OOOOE+00 2.1365E-07 MVP Holdup Compartment Nuclide Inventory: Time (h) = 480.0000 Ci kg Atoms Decay Co-58 1.1231E-06 3.5321E-14 3.6674E+11 7.9322E+10 co-60 1.6224E-06 1.4353E-12 1. 4406E+13 1. 0411E+11 Kr-85 1.4418E+01 3.6749E-05 2.6036E+20 9.2348E+17 Kr-85m 2.1391E+02 2.5993E-04 1. 8416E+21 1.3728E+19 Rb-86 2.1820E-05 2.6817E-13 1.8778E+12 2.0695E+12 Sr-89 1.3065E-03 4.4972E-11 3.0430E+14 9.6128E+13 Sr-90 2. 5832E-04 1.8937E-09 1.2672E+16 1. 6527E+13 Page 554

CRDA PELLET MVP TRIP 10 MIN.o0 Y-90 1.4834E-08 2.7266E-17 1.8244E+08 3.2846E+10 Y-91 1.7662E-05 7.2021E-13 4.7662E+12 1. 2743E+12 Zr-95 2.5507E-05 1.1873E-12 7. 5266E+12 1.8210E+12 Nb-95 2.1458E-05 5.4874E-13 3.4785E+12 1.6819E+12 MO-99 2.9997E-06 6.2544E-15 3.8045E+10 5.8456E+12 RU-103 2.8597E-04 8.8609E-12 5.1807E+13 2.1927E+13 RU-106 1.7984E-04 5.3753E-11 3.0539E+14 1. 1717E+13 Rh-105 2.2986E-08 2.7233E-17 1. 5619E+08 1. 9058E+12 sb-127 1.5637E-05 5.8554E-14 2.7765E+11 9.8923E+12 Te-127m 6.8052E-05 7.2146E-12 3.4211E+13 4.6399E+12 Te-129m 1.6034E-04 5.3224E-12 2.4847E+13 1. 2690E+13 Te-131m 1.1078E-08 1.3893E-17 6.3865E+07 4.1862E+12 Te-132 9.8418E-05 3.2418E-13 1.4790E+12 1.0269E+14 1-131 7.0053E-01 5.6506E-09 2.5976E+16 1. 1971E+17 1-133 8.8767E-07 7.8360E-16 3.5481E+09 3.1402E+16 Xe-133 1.2085E+02 6.4560E-07 2.9232E+18 3.8163E+19 Cs-134 4.8565E-03 3.7536E-09 1. 6869E+16 3.1339E+14 Cs-136 4.7766E-04 6.5172E-12 2.8859E+13 5.4293E+13 Cs-137 2.4277E-03 2.7911E-08 1. 2269E+17 1. 5532E+14 Ba-140 1.1319E-03 1.5461E-11 6.6505E+13 1. 3094E+14 La-140 9.3372E-09 1.6799E-17 7.2260E+07 2.7978E+11 Ce-141 5.1997E-05 1.8249E-12 7.7941E+12 4.1461E+12 Ce-143 3.0504E-09 4.5934E-18 1.9344E+07 4.6262E+11 Ce-144 6.2969E-05 1.9743E-11 8.2564E+13 4.1258E+12 Pr-143 1.0147E-05 1.5069E-13 6.3460E+11 1.1294E+12 Nd-147 3.6338E-06 4.4918E-14 1. 8401E+11 4.6639E+11 Np-239 3.0200E-06 1.3018E-14 3.2801E+10 1.1783E+13 Pu-238 4.5481E-07 2.6567E-11 6.7222E+13 2.9086E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.5623E+09 Pu-240 3.8692E-08 1.6980E-10 4.2607E+14 2.4739E+09 Pu-241 1.1333E-05 1.1001E-10 2.7490E+14 7.2553E+11 Am-241 5.9701E-09 1.7395E-12 4.3466E+12 3.8173E+08 Cm-242 1.6641E-06 5.0211E-13 1. 2495E+12 1. 1106E+11 Cm-244 2.2134E-07 2.7359E-12 6.7524E+12 1.4167E+10 MVP Holdup Transport Group Inventory: Time (h) = 480.0000 Atmosphere sump Noble gases (atoms) 2.1049E+21 0.OOOOE+00 Elemental I (atoms) 2.5197E+16 0.OOOOE+00 Organi c I (atoms) 7.7928E+14 0.OOOOE+00 Aerosols (kq) 3.4431E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 7.8537E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.8537E-09 Total I (Ci) 7.0053E-01 DAEC condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 480.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 480.0000 Filtered Transported Noble gases (atoms) 0.0000E+00 1.3316E+22 Elemental I (atoms) 0.O000E+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Page 555

CRDA PELLET MVP TRIP 10 MIN.o0 Detailed model information at time (H) = 504.0000 CRDA @ EAB - Condenser Release Doses: Time (h) = 504.0000 whole Body Thyroid TEDE Delta dose (rem) 8.0634E-25 2.0513E-23 1.4620E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1.5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 504.0000 whole Body Thyroid TEDE Delta dose (rem) 6.9673E-26 1.7724E-24 1.2633E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 504.0000 whole Body Thyroid TEDE Delta dose (rem) 2.2280E-26 1.7508E-23 5.8190E-25 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 504.0000 ci kg Atoms Decay co-58 1. 8211E-05 5.7272E-13 5.9465E+12 1. 3577E+12 Co-60 2.6556E-05 2.3493E-11 2.3580E+14 1.7900E+12 Kr-85 2. 3604E+02 6.0163E-04 4.2625E+21 1. 5880E+19 Kr-85m 3. 5013E+03 4.2546E-03 3.0143E+22 2.3603E+20 Rb-86 3.4426E-04 4.2309E-12 2.9627E+13 3.5021E+13 Sr-89 2.1102E-02 7.2635E-10 4.9148E+15 1.6424E+15 Sr-90 4.2295E-03 3.1006E-08 2.0747E+17 2.8421E+14 Y-90 1.8730E-07 3.4426E-16 2.3036E+09 5.3918E+11 Y-91 2.8580E-04 1. 1654E-11 7.7123E+13 2.1791E+13 Zr-95 4.1316E-04 1.9232E-11 1.2191E+14 3.1155E+13 Nb-95 3.4449E-04 8.8098E-12 5. 5846E+13 2.8660E+13 Mo-99 3.8175E-05 7.9594E-14 4.8417E+11 9. 5972E+13 Ru-103 4. 6007E-03 1.4255E-10 8.3346E+14 3.7398E+14 RU-106 2.9391E-03 8.7852E-10 4.9911E+15 2.0132E+14 Rh-105 2.3513E-07 2.7857E-16 1.5977E+09 3.1272E+13 Sb-127 2.1386E-04 8.0080E-13 3.7973E+12 1. 6287E+14 Te-127m 1.1072E-03 1.1738E-10 5.5662E+14 7.9546E+13 Te-129m 2. 5718E-03 8.5371E-11 3.9854E+14 2.1616E+14 Te-131m 1. 0418E-07 1.3065E-16 6.0062E+08 6.8712E+13 Te-132 1. 3027E-03 4.2910E-12 1.9576E+13 1.6879E+15 1-131 1.0523E+01 8.4881E-08 3.9020E+17 1. 9963E+18 1-133 6. 5324E-06 5.7665E-15 2.6110E+10 5.1587E+17 Xe-133 1.7338E+03 9.2626E-06 4.1940E+19 6.3125E+20 Cs-134 7.9448E-02 6.1406E-08 2.7596E+17 5.3869E+15 Cs-136 7.4181E-03 1.0122E-10 4.4818E+14 9.1372E+14 Cs-137 3. 9750E-02 4.5699E-07 2.0088E+18 2.6710E+15 Ba-140 1.7552E-02 2.3975E-10 1.0313E+15 2.2025E+15 La-140 1.0115E-07 1.8199E-16 7.8282E+08 4.5901E+12 Ce-141 8.3344E-04 2.9250E-11 1.2493E+14 7.0604E+13 Ce-143 3. 0171E-08 4.5432E-17 1.9133E+08 7.5920E+12 Ce-144 1. 0286E-03 3.2248E-10 1. 3486E+15 7.0867E+13 Pr-143 1. 5787E-04 2.3445E-12 9.8732E+12 1. 9019E+13 Nd-147 5.5860E-05 6.9049E-13 2.8287E+12 7.8245E+12 Np-239 3.6842E-05 1. 5881E-13 4.0015E+11 1. 9334E+14 Pu-238 7. 4471E-06 4.35O0E-10 1. 1007E+15 5.0019E+11 Pu-239 4. 0012E-07 6.4372E-09 1. 6220E+16 2.6868E+10 Pu-240 6.3355E-07 2.7803E-09 6.9765E+15 4.2543E+10 Pu-241 1.8554E-04 1. 8011E-09 4. 5006E+15 1. 2476E+13 Am-241 9.7755E-08 2.8482E-11 7.1171E+13 6.5646E+09 Cm-242 2.7133E-05 8.1867E-12 2.0372E+13 1. 9059E+12 Page 556

CRDA PELLET MVP TRIP 10 MIN.o0 Cm-244 3.6239E-06 4.4793E-11 1.1055E+14 2.4361E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 504.0000 Atmosphere sump Noble gases (atoms) 3.4447E+22 0.0000E+00 Elemental I (atoms) 3.7850E+17 0.0000E+00 organic I (atoms) 1.1706E+16 0.OOOOE+00 Aerosols (kg) 5.6366E-07 0.0000E+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.7568E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.7568E-09 Total I (Ci) 1.0523E+01 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 504.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 504.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) O.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 504.0000 Ci kg Atoms Bq Co-58 7. 5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8. O111E+01 2.0419E-04 1.4467E+21 2. 9641E+12 Kr-85m 1.1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1. 1155E+14 Rb-86 2.5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Sr-89 9. 5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1.4321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 1. 2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1.4794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1. 2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1. 2608E-04 1. 3103E-14 8.5767E+10 4.6649E+06 Y-93 1. 5119E-04 4.5317E-14 2.9345E+11 5. 5941E+06 Zr-95 1.7536E-04 8.1626E-12 5 .1744E+13 6.4882E+06 zr-97 1. 7489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1. 7617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2527E-03 6.9798E-11 4.0809E+14 8.3349E+07 Ru-105 1. 5948E-03 2.3725E-13 1. 3607E+12 5.9009E+07 Ru-106 1.0339E-03 3.0902E-10 1.7556E+15 3.8253E+07 Rh-105 1.5394E-03 1. 8238E-12 1.0460E+13 5.6959E+07 sb-127 3. 1598E-03 1. 1832E-11 5.6107E+13 1.1691E+08 sb-129 8. 7692E-03 1. 5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0752E-03 1. 1652E-12 5. 5254E+12 1.1378E+08 Te-127m 4.2783E-04 4. 5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1. 3406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Page 557

CRDA PELLET MVP TRIP 10 MIN.O0 Te-132 3.8220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9288E+01 2.8373E-09 1. 2945E+16 1.0836E+12 1-133 4.2895E+01 3.7866E-08 1.7146E+17 1. 5871E+12 1-134 4.1800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9439E+01 1.1230E-08 5.0097E+16 1.4593E+12 xe-133 9.3721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7388E-02 2.1168E-08 9. 5133E+16 1.0134E+09 Cs-136 7.6119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8584E-02 2.5385E-10 1. 0920E+15 6.8762E+08 La-140 1.9866E-04 3.5740E-13 1. 5374E+12 7.3503E+06 La-141 1.6766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4084E-04 1.5472E-11 6. 6080E+13 1. 6311E+07 Ce-143 4.0017E-04 6.0259E-13 2.5377E+12 1.4806E+07 Ce-144 3.6604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1020E-05 8.7789E-13 3. 5964E+12 2.6277E+06 Np-239 5.9888E-03 2.5815E-11 6. 5046E+13 2.2159E+08 Pu-238 2.5193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2911E-05 6.1071E-10 1. 5260E+15 2.3277E+06 Am-241 3.3058E-08 9.6317E-12 2.4068E+13 1.2231E+03 Cm-242 1.0032E-05 3.0268E-12 7. 5323E+12 3.7118E+05 Cm-244 1.2281E-06 1.5179E-11 3.7464E+13 4.5438E+04 Environment Transport Group Inventory: Total Release Time (h) = 504.0000 Release Rate/s Noble gases (atoms) 1.1953E+22 6.5881E+15 Elemental I (atoms) 1.0153E+18 5.5960E+11 Organic I (atoms) 3.1402E+16 1.7307E+10 Aerosols (kq) 1.9180E-07 1.0571E-13 Dose Effective (Ci) 1-131 (Thyroid) 3.0213E+01 Dose Effective (Ci) 1-131 (ICRP2 Thyroid) 3.8231E+01 Total I (Ci) 1.7514E+02 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 504.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 Organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 Normal Environment to Control Room Transport Group Inventory: Pathway Time (h) = 504.0000 Filtered Transported Noble gases (atoms) O.OOOOE+00 9.3908E+17 Elemental I (atoms) 0.OOOOE+00 7.5123E+13 organic I (atoms) O.OOOOE+00 2.3234E+12 Aerosols (kg) O.OOOOE+00 1.5078E-11 Normal Return Control Room to Environment Transport Group Inventory: Pathway Time (h) = 504.0000 Filtered Transported Page 558

CRDA PELLET MVP TRIP 10 MIN.o0 Noble gases (atoms) 9.3564E+17 0.OOOOE+00 Elemental I (atoms) 7.4132E+13 O.OOOOE+00 organic I (atoms) 2.2927E+12 0.OOOOE+00 Aerosols (kg) 1.5024E-11 O.OOOOE+O0 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 504.0000 Filtered Transported Noble gases (atoms) O.0000E+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 Organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 MVP Holdup compartment Nuclide Inventory: Time (h) = 504.0000 Ci kg Atoms Decay Co-58 1. 1122E-06 3.4977E-14 3.6316E+11 8.2895E+10 Co-60 1.6218E-06 1.4348E-12 1.4401E+13 1.0929E+11 Kr-85 1. 4415E+01 3.6743E-05 2.6032E+20 9.6956E+17 Kr-85m 2. 1383E+02 2.5983E-04 1.8409E+21 1.4411E+19 Rb-86 2.1024E-05 2.5839E-13 1.8093E+12 2.1380E+12 Sr-89 1.2887E-03 4.4359E-11 3.0015E+14 1.0028E+14 Sr-90 2.5830E-04 1.8936E-09 1.2671E+16 1. 7353E+13 Y-90 1.1439E-08 2.1025E-17 1.4068E+08 3.2888E+10 Y-91 1. 7454E-05 7.1173E-13 4.7100E+12 1. 3304E+12 zr-95 2.5233E-05 1.1745E-12 7.4455E+12 1.9021E+12 Nb-95 2.1039E-05 5.3803E-13 3.4106E+12 1.7498E+12 Mo-99 2.3314E-06 4.8610E-15 2.9569E+10 5.8541E+12 Ru-103 2.8097E-04 8.7059E-12 5.0901E+13 2.2833E+13 Ru-106 1.7950E-04 5.3652E-11 3.0481E+14 1.2292E+13 Rh-105 1.4360E-08 1.7013E-17 9.7575E+07 1.9058E+12 sb-127 1. 3061E-05 4.8906E-14 2.3191E+11 9.9381E+12 Te-127m 6.7621E-05 7.1689E-12 3.3994E+13 4.8567E+12 Te-129m 1. 5707E-04 5.2138E-12 2.4340E+13 1.3197E+13 Te-131m 6.3626E-09 7.9792E-18 3.6681E+07 4.1862E+12 Te-132 7.9559E-05 2.6206E-13 1.1956E+12 1.0298E+14 1-131 6.4267E-01 5.1838E-09 2.3830E+16 1. 2186E+17 1-133 3.9894E-07 3.5217E-16 1.5946E+09 3.1402E+16 Xe-133 1.0589E+02 5.6568E-07 2.5614E+18 3.8525E+19 Cs-134 4.8520E-03 3.7501E-09 1.6854E+16 3.2890E+14 cs-136 4. 5304E-04 6.1814E-12 2.7371E+13 5. 5780E+13 cs-137 2.4276E-03 2.7909E-08 1.2268E+17 1.6308E+14 Ba-140 1. 0719E-03 1.4642E-11 6.2983E+13 1.3446E+14 La-140 6.1776E-09 1. 1114E-17 4.7808E+07 2.7980E+11 Ce-141 5.0900E-05 1. 7864E-12 7.6296E+12 4.3106E+12 Ce-143 1.8426E-09 2.7746E-18 1.1685E+07 4.6263E+11 Ce-144 6.2815E-05 1.9694E-11 8.2363E+13 4.3269E+12 Pr-143 9. 6416E-06 1.4318E-13 6.0297E+11 1. 1610E+12 Nd-147 3.4115E-06 4.2170E-14 1.7276E+11 4.7765E+11 Np-239 2.2500E-06 9.6986E-15 2.4438E+10 1.1791E+13 Pu-238 4.5480E-07 2.6566E-11 6.7221E+13 3.0540E+10 Pu-239 2.4436E-08 3.9313E-10 9.9058E+14 1.6405E+09 Pu-240 3. 8692E-08 1.6980E-10 4.2607E+14 2.5975E+09 Pu-241 1.1331E-05 1. IOOOE-10 2.7486E+14 7.6175E+11 Am-241 5.9701E-09 1. 7394E-12 4.3466E+12 4.0081E+08 Cm-242 1.6571E-06 4.9997E-13 1.2442E+12 1. 1637E+11 Cm-244 2. 2132E-07 2.7356E-12 6.7516E+12 1. 4874E+10 MVP Holdup Transport Group Inventory: Time (h) = 504.0000 Atmosphere sump Noble gases (atoms) 2.1038E+21 0.OOOOE+00 Elemental I (atoms) 2.3116E+16 0.OOOOE+00 Page 559

CRDA PELLET MVP TRIP 10 MIN.00 organic I (atoms) 7.1491E+14 0.OOOOE+00 Aerosols (kq) 3.4423E-08 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 7.2049E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 7.2049E-09 Total I (Ci) 6.4267E-01 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 504.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3760E+22 Elemental I (atoms) 0.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 MVP Holdup to Environment Transport Group Inventory: Pathway Time (h) = 504.0000 Filtered Transported Noble gases (atoms) 0.OOOOE+00 1.3316E+22 Elemental I (atoms) 0.OOOOE+00 1.1378E+18 organic I (atoms) O.OOOOE+00 3.5189E+16 Aerosols (kg) 0.OOOOE+00 2.1365E-07 Detailed model information at time (H) = 528.0000 CRDA @ EAB - condenser Release Doses: Time (h) = 528.0000 whole Body Thyroid TEDE Delta dose (rem) 7.9575E-25 1.8819E-23 1.3998E-24 Accumulated dose (rem) 1.2841E-01 8.4390E-01 1. 5521E-01 CRDA @ LPZ - Condenser Release Doses: Time (h) = 528.0000 whole Body Thyroid TEDE Delta dose (rem) 6.8758E-26 1. 6261E-24 1.2095E-25 Accumulated dose (rem) 5.6473E-02 3.6100E-01 6.7943E-02 Control Room Doses: Time (h) = 528.0000 whole Body Thyroid TEDE Delta dose (rem) 2.1987E-26 1.6062E-23 5.3755E-25 Accumulated dose (rem) 1.7844E-03 4.2419E-01 1. 5133E-02 DAEC Condenser - CRDA Compartment Nuclide Inventory: Time (h) = 528.0000 Ci kg Atoms Decay Co-58 1.8034E-05 5.6714E-13 5.8886E+12 1.4156E+12 Co-60 2.6547E-05 2.3485E-11 2.3571E+14 1.8749E+12 Kr-85 2. 3600E+02 6.0152E-04 4.2617E+21 1. 6634E+19 Kr-85m 3. 5000E+03 4.2530E-03 3.0132E+22 2.4722E+20 Rb-86 3. 3170E-04 4.0766E-12 2.8546E+13 3.6101E+13 Sr-89 2.0814E-02 7.1645E-10 4.8478E+15 1.7094E+15 Sr-90 4.2292E-03 3.1004E-08 2.0746E+17 2.9773E+14 Y-90 1.4443E-07 2.6546E-16 1.7763E+09 5.3971E+11 Y-91 2.8244E-04 1.1517E-11 7.6215E+13 2.2699E+13 zr-95 4.0871E-04 1.9025E-11 1. 2060E+14 3.2468E+13 Nb-95 3.3776E-04 8.6378E-12 5.4756E+13 2.9750E+13 MO-99 2.9669E-05 6.1861E-14 3.7630E+11 9.6080E+13 RU-103 4.5202E-03 1.4006E-10 8.1888E+14 3.8856E+14 Ru-106 2.9336E-03 8.7686E-10 4.9817E+15 2.1071E+14 Rh-105 1.4689E-07 1. 7403E-16 9.9812E+08 3.1273E+13 Sb-127 1. 7862E-04 6.6886E-13 3.1716E+12 1.6350E+14 Page 560

CRDA PELLET MVP TRIP 10 MIN.oO Te-127m 1.1002E-03 1. 1664E-10 5. 5309E+14 8.3074E+13 Te-129m 2.5193E-03 8.3628E-11 3.9040E+14 2.2430E+14 Te-131m 5.9838E-08 7.5040E-17 3.4496E+08 6.8712E+13 Te-132 1.0531E-03 3.4687E-12 1. 5825E+13 1.6916E+15 1-131 9.6539E+00 7.7870E-08 3.5797E+17 2.0285E+18 1-133 2.9358E-06 2.5916E-15 1.1735E+10 5.1587E+17 Xe-133 1. 5192E+03 8.1159E-06 3.6748E+19 6.3644E+20 Cs-134 7.9375E-02 6.1349E-08 2.7571E+17 5.6407E+15 Cs-136 7.0358E-03 9.5999E-11 4.2509E+14 9.3682E+14 Cs-137 3.9747E-02 4.5696E-07 2.0087E+18 2.7980E+15 Ba-140 1.6623E-02 2.2706E-10 9.7669E+14 2.2571E+15 La-140 6.6924E-08 1.2040E-16 5.1792E+08 4.5904E+12 Ce-141 8.1586E-04 2.8633E-11 1. 2229E+14 7.3240E+13 Ce-143 1.8224E-08 2.7443E-17 1. 1557E+08 7.5921E+12 Ce-144 1.0260E-03 3.2170E-10 1. 3453E+15 7.4151E+13 Pr-143 1. 5001E-04 2.2276E-12 9.3812E+12 1.9511E+13 Nd-147 5.2443E-05 6.4825E-13 2.6557E+12 7.9976E+12 Np-239 2.7448E-05 1.1832E-13 2.9812E+11 1.9344E+14 Pu-238 7.4469E-06 4.3499E-10 1.1007E+15 5.2399E+11 Pu-239 4.0012E-07 6.4372E-09 1. 6220E+16 2.8147E+10 Pu-240 6.3355E-07 2.7803E-09 6.9765E+15 4.4568E+10 Pu-241 1.8551E-04 1.8009E-09 4.5001E+15 1. 3069E+13 Am-241 9.7755E-08 2.8482E-11 7.1171E+13 6.8771E+09 Cm-242 2.7018E-05 8.1519E-12 2.0286E+13 1.9925E+12 Cm-244 3.6235E-06 4.4788E-11 1.1054E+14 2. 5520E+11 DAEC Condenser - CRDA Transport Group Inventory: Time (h) = 528.0000 Atmosphere Sump Noble gases (atoms) 3.4430E+22 0.OOOOE+00 Elemental I (atoms) 3.4723E+17 0.OOOOE+00 organic I (atoms) 1.0739E+16 0.OOOOE+00 Aerosols (kq) 5.6353E-07 0.OOOOE+00 Dose Effective (Ci/cc) 1-131 (Thyroid) 6.1986E-09 Dose Effective (Ci/cc) 1-131 (ICRP2 Thyroid) 6.1986E-09 Total I (Ci) 9.6539E+00 DAEC Condenser to CRDA Environment - 24 Hour Conde Transport Group Inventory: Time (h) = 528.0000 Leakage Transport Noble gases (atoms) 3.5220E+20 Elemental I (atoms) 2.6189E+16 organic I (atoms) 8.0998E+14 Aerosols (kg) 5.6595E-09 DAEC Condenser - CRDA to MVP Holdup Transport Group Inventory: Pathway Time (h) = 528.0000 Filtered Transported Noble gases (atoms) 0.0000E+00 1.3760E+22 Elemental I (atoms) O.OOOOE+00 1.1758E+18 organic I (atoms) 0.OOOOE+00 3.6364E+16 Aerosols (kg) O.OOOOE+00 2.2077E-07 Environment Integral Nuclide Release: Time (h) = 528.0000 Ci kg Atoms Bq co-58 7. 5619E-06 2.3781E-13 2.4692E+12 2.7979E+05 Co-60 9.0478E-06 8.0041E-12 8.0337E+13 3.3477E+05 Kr-85 8. O111E+01 2.0419E-04 1.4467E+21 2.9641E+12 Kr-85m 1. 1932E+03 1.4499E-03 1.0272E+22 4.4147E+13 Kr-87 2.0556E+03 7.2570E-08 5.0233E+17 7.6057E+13 Kr-88 3.0149E+03 2.4044E-07 1. 6454E+18 1.115 5E+14 Rb-86 2. 5376E-04 3.1187E-12 2.1839E+13 9.3892E+06 Page 561

CRDA PELLET MVP TRIP 10 MIN.O0 Sr-89 9.5 5164E-03 3.2756E-10 2.2164E+15 3.5211E+08 Sr-90 1321E-03 1.0499E-08 7.0250E+16 5.2988E+07 Sr-91 1.1L753E-02 3.2422E-12 2.1456E+13 4.3486E+08 Sr-92 2434E-02 9.8924E-13 6.4754E+12 4.6006E+08 Y-90 1794E-05 2.7191E-14 1.8194E+11 5.4737E+05 Y-91 1.2 2391E-04 5.0525E-12 3.3436E+13 4.5845E+06 Y-92 1.2 2608E-04 1.3103E-14 8.5767E+10 4.6649E+06 Y-93 1.5 5119E-04 4.5317E-14 2.9345E+11 5.5941E+06 Zr-95 1.7 Z536E-04 8.1626E-12 5.1744E+13 6.4882E+06 Zr-97 1.7 T489E-04 9.1485E-14 5.6797E+11 6.4709E+06 Nb-95 1.7 T617E-04 4.5054E-12 2.8560E+13 6.5184E+06 Mo-99 2.5 558E-03 5.3290E-12 3.2416E+13 9.4566E+07 Tc-99m 2.1 724E-03 4.1314E-13 2.5131E+12 8.0378E+07 Ru-103 2.2 '527E-03 6.9798E-11 4.0809E+14 8.3349E+07 RU-105 1.5 5948E-03 2.3725E-13 1.3607E+12 5.9009E+07 Ru-106 1.0)339E-03 3.0902E-10 1.7556E+15 3.8253E+07 Rh-105 1.5 394E-03 1.8238E-12 1.0460E+13 5.6959E+07 Sb-127 3.3.598E-03 1.1832E-11 5.6107E+13 1. 1691E+08 Sb-129 8.7 7692E-03 1.5594E-12 7.2799E+12 3.2446E+08 Te-127 3.0 )752E-03 1.1652E-12 5.5254E+12 1. 1378E+08 Te-127m 4.2 783E-04 4.5357E-11 2.1507E+14 1.5830E+07 Te-129 8.1.134E-03 3.8742E-13 1.8086E+12 3.0019E+08 Te-129m 1.3 406E-03 4.4500E-11 2.0774E+14 4.9602E+07 Te-131m 3.9 798E-03 4.9909E-12 2.2944E+13 1.4725E+08 Te-132 3.8 :220E-02 1.2589E-10 5.7435E+14 1.4141E+09 1-131 2.1 .715E+01 1.7516E-07 8.0521E+17 8.0346E+11 1-132 2.9 1288E+01 2.8373E-09 1.2945E+16 1.0836E+12 1-133 4.2 895E+01 3.7866E-08 1.7146E+17 1.5871E+12 1-134 4.1 L800E+01 1.5669E-09 7.0419E+15 1. 5466E+12 1-135 3.9 439E+01 1.1230E-08 5.0097E+16 1.4593E+12 Xe-133 9.3 721E+03 5.0070E-05 2.2671E+20 3.4677E+14 Xe-135 3.3 097E+03 1.2960E-06 5.7813E+18 1. 2246E+14 Cs-134 2.7 '388E-02 2.1168E-08 9.5133E+16 1.0134E+09 Cs-136 7.6 119E-03 1.0386E-10 4.5989E+14 2.8164E+08 Cs-137 1.3 459E-02 1.5473E-07 6.8015E+17 4.9797E+08 Ba-139 1.7 567E-02 1.0740E-12 4.6530E+12 6.4998E+08 Ba-140 1.8 584E-02 2.5385E-10 1.0920E+15 6.8762E+08 La-140 1.9 866E-04 3.5740E-13 1.5374E+12 7.3503E+06 La-141 1.6 766E-04 2.9647E-14 1.2662E+11 6.2036E+06 La-142 1.5 518E-04 1.0840E-14 4.5973E+10 5.7416E+06 Ce-141 4.4 084E-04 1.5472E-11 6.6080E+13 1.6311E+07 Ce-143 4.0 017E-04 6.0259E-13 2. 5377E+12 1.4806E+07 Ce-144 3.6 604E-04 1.1477E-10 4.7995E+14 1.3544E+07 Pr-143 1.5 601E-04 2.3168E-12 9.7566E+12 5.7723E+06 Nd-147 7.1 020E-05 8.7789E-13 3.5964E+12 2.6277E+06 Np-239 5.9 888E-03 2.5815E-11 6.5046E+13 2.2159E+08 Pu-238 2.5 193E-06 1.4716E-10 3.7235E+14 9.3212E+04 Pu-239 1.3 529E-07 2.1767E-09 5.4846E+15 5.0059E+03 Pu-240 2.1 423E-07 9.4014E-10 2.3590E+15 7.9264E+03 Pu-241 6.2 911E-05 6.1071E-10 1.5260E+15 2.3277E+06 Am-241 3.3 058E-08 9.6317E-12 2.4068E+13 1.2231E+03 Cm-242]]

ML062890156: Difference between revisions

Latest revision as of 00:47, 14 March 2020

Text

Navigation menu

ML062890156: Difference between revisions

Latest revision as of 00:47, 14 March 2020

Text

Navigation menu

Search