LR-N17-0034, Salem Generating Station, Units 1 & 2, Revision 29 to Updated Final Safety Analysis Report, Tables 11.2-1, Liquid Waste System Performance Data to 11.2-9

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Salem Generating Station, Units 1 & 2, Revision 29 to Updated Final Safety Analysis Report, Tables 11.2-1, Liquid Waste System Performance Data to 11.2-9
ML17046A496
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TABLE 11.2-1 LIQUID WASTE SYSTEM PERFORMANCE DATA Evaporator Design Life Normal process capacity, liquids Evaporator load factor Average During peak week Annual liquid discharge(!) Reactor grade water Nonreactor grade water Total Activity other than tritium Tritium Portable Demineralizer normal Process capacity Portable system normal process capacity Portable system load factor Average During Peak Week NOTES: {1) Estimate based on Table 11.2-2. 1 of 1 SGS-UFSAR 39 years 16.5 gpm (Unit 1 only) Inactive Inactive 766,950 gal 1,572,500 gal 2,339,450 gal 0.145 curies 690 curies 28 gpm (Unit 1} 38 gpm Unit 2) 25-40 gpm (at 28 gpm) 6 percent 42 percent Revision 19 November 19, 2001

  • TABLE 11.2-2 ESTIMATED ANNUAL LIQUID DISCHARGE TO WASTE DISPOSAL (per unit} SGS-UFSAR source BAE distallate Hot showers Laboratory Equipment drains, leaks Decontamination Total Annual Discharge. gal 1,411,000 119,800 91,250 702,400 15.000 Total waste disposal system 2,339,450 1 of 1 t Revision 14 December 29, 1995

"---* -TABLE 11.2-3 WASTE DISPOSAL COMPONENTS CODE REQUIREMENTS Component Chemical Drain Tank Reactor Coolant Drain Tank Sump Tank Waste Holdup Tank Waste Monitor -Holdup Tank Waste Monitor Tank Laundry and Hot Shower Tank Waste Evaporator Forced Circulation Concentrator Waste Filter Piping and Valves (11} Spent Resin Storage Tank Pumps and Compressors (7) (11) Evaporator Bottoms Holdup Tank Reactor Coolant Drain Tank Pumps Portable Liquid Radwaste Processing System SGS-UFSAR Code ASME VIII (4} (not code stamped) ASME III, ( 1) Class c ASME III, {1) Class c ASME III, ( 1) Class c ASME III, ( 1) Class c { 9) ASME III, ( 1) Class c (10) ASME VIII ( 4} (not code stamped) ASME VIII (5) ASME III, (1) Class C ANSI B31.7 { 2) Section 1 ANSI B31.1 ( 3) ASME III, ( 1) Class c ASME Draft Code for Pumps and Valves for Nuclear November, 1968 ASME VIII {5} NNS, Class D+ (6) (8) 1 of 2 Power, Revision 19 November 19, 2001 I TABLE 11.2-3 (Cont.) WASTE DISPOSAL COMPONENTS CODE REQUIREMENTS Component Code NOTES: (1) ASME III -American Society of Mechanical Engineers, Boiler and Pressure Vessel Code,Section III, Nuclear Vessels, 1968 Edition. (2) For piping not supplied by the NSSS supplier, material inspection, fabrication, and quality control conform to ANSI 831.7. Where not possible to comply with ANSI B31. 7, the requirements of ASME III-1971, which incorporated ANSI B31.7, were adhered to. (3) ANSI 831.1 -Used for design and material selection. (4) ASME VIII -American Society of Mechanical Engineers, Boiler and Pressure Vessel Code,Section VIII, Pressure Vessels, 1968 Edition. (5) ASME VIII -American Society of Mechanical Engineers, Boiler and Pressure Vessel Code,Section VIII, Pressure Vessels, 1971 Edition. (6) Quality Group D is augmented by the addition of Quality Assurance Requirements necessary to ensure an acceptable level of confidence that the pumps perform their intended functions. (7) Does not include the Reactor Coolant Drain Tank Pumps (listed separately) . ( 8) Design criteria for the portable liquid radwaste processing system meets the intent of section 3 of the OFSAR and was specified to be compatible with Reg Guide 1.143, except for the seismic criteria which are addressed by the basic reactor facility, even though Salem does not commit to the Reg Guide. (9) #12 Waste Holdup Tank {1WLE11) abandoned in place. (10) Waste Monitor Tank (1&2) WLE {3&4) abandoned in place. (11) Some Waste Gas (WG) System components can be reclassified to nonsafety-related, non-nuclear, and Seismic Class II in accordance with safety evaluation S-C-NSlO-MSE-0319, "Safety Classification of the Gas Waste Disposal Systernn. However, all piping and valves providing isolation for the Waste Gas Decay Tanks shall be classified safety-related, Nuclear Class III, and Seismic Class I. 2 of 2 SGS-UFSAR Revision 19 November 19, 2001 I

  • Tanks Quantity Reactor Coolant Drain 1 (per unit) Laundry and Hot Shower 2 Chemical Drain 1 Auxiliary Building sump Tank 1 Waste Holdup 2 Waste Monitor Holdup 1 Waste Monitor {4) 2 Spent Resin 1 Evaporator Bottoms 1 Holdup Tank SGS-UFSAR
  • TABLE 11.2-4 COMPONENT DATA

SUMMARY

Volume Horiz 565 gal Vert 600 gal Vert 600 gal Horiz 1000 gal Horiz 25,000 gal Horiz 25,000 gal Vert 950 gal Vert 300 ft3 Vert 1500 gal 1 of 2 Design Pressure 25 psig Atm Atm 15 psig 15 psig 15 psig 15 psig 100 psig 0.5 psig Design Temp. OF 267 180 180 110 180 180 180 180 250

  • Material(!) ss ss ss ss ss ss ss ss Inconel 625 Revision 14 December 29, 1995
  • Tanks Quantity Reactor Coolant 2 Drain Chemical Drain 1{3) Laundry 1{3) Auxiliary Building Sump Tank 2 Waste Evaporator 1 Feed Waste Monitor ( 4) 2 Waste Monitor 1 Holdup NOTES: ( 1) Material contacting fluid. ( 2) Mechanical seal provided. ( 3) Shared by Units 1 and 2. ( 4) Waste Monitor Tanks and Pumps SGS-UFSAR
  • TABLE 11.2-4 Flow Head 9..2ffi !.L_ Horiz 50 175 cent canned Horiz 20 100 cent(2) Horiz 20 100 cent(2) Horiz 40 60 cent Horiz 16.5 150 cent Horiz 40 100 cent Horiz 60 110 cent abandoned in place. 2 of 2 Design Design Pressure Temp QSig OF 150 200 150 200 150 200 150 180 150 200 150 180 150 180
  • Material(!) ss ss ss ss ss ss ss Revision 14 December 29, 1995
  • *
  • TABLE 11.2-5 ESTIMATED ANNUAL LIQUID DISCHARGE TO LIQUID WASTE SYSTEM Source of Liquid Waste Tank Drains Filter Strainer Drains Heat Exchanger Drains Demineralizers Valve Leakoffs Pump Leakages Sample Sink Drains Total Reactor Grade Component Cooling Heat Exchanger Drains Component Cooling Valve Leakoffs Hot Showers Decontamination and Floor Scrubbing BAE Distillate Total Nonreactor Grade Grand Total SGS-UFSAR Type Reactor Grade Reactor Grade Reactor Grade Reactor Grade Reactor Grade Reactor Grade Reactor Grade Nonreactor Grade Nonreactor Grade Nonreactor Grade Nonreactor Grade Nonreactor Grade 1 of 1 Amount <gal/yr) 239,000 51,000 63,700 49,000 78,000 195,000 91,250 766,950 20,500 6,200 119,800 15,000 1.411.000 1,572,500 2,339,450 Revision 14 December 29, 1995 H-3 Cr-51 Mn-54 Mn-56 Co-58 Co-60 Fe-59 Sr-89 Sr-90 Sr-91 Sr-92 Y-90 Y-91 Y-92 Zr-95 Mo-99 Nb-95 1-131 1-132 1-133 1-134 I-135 Te-132 Te-134 SGS-UFSAR TABLE 11. 2-6 ESTIMATED ANNUAL LIQUID RELEASE BY ISOTOPE (TWO UNIT BASIS) Discharge Annual Canal Release Concentration (IJCi) (IJCi/cc) 1.37 X 109 4.54 X 10 -7 5.56 X 10 1 1.88 X 10-14 7.24 X 10 1 2.45. X 10 -14 9.84 X 10° 3.32 X 10-15 1.98 X 103 6.69 X 10-13 7.28 X 101 2.46 X 10-14 7.34 X 101 2.48 X 10-14 2.74 X 102 9.25 X 10-14 1.34 X 10 1 4.53 X 10-15 2.64 X 10 0 8.92 X 10-!6 2.84 X 10 -1 9.60 X 10-17 1.39 X 10 0 4.70 X 10-16 4.64 X 10 2 1.57 X 10-13 3.54 X 10 -1 1.20 X 10-16 5.40 X 10 -1 1.82 X 10-14 4. 78 X 10 4 1.61 X 10-11 4.40 X 10 1 1.49 X 10-14 6.18 X 104 2.09 X 10-11 2.86 X 102 9.66 X 10-14 1.13 X 104 3.82 X 10-12 7.12 X 10 1 2.41 X 10-14 1. 94 X .103 6.55 X 10-13 2.68 X 10 3 9.05 X 10-13 3.00 X 10° 1.01 X 10-15 1 of 2 Fraction of (MPC)w (MPC)w (JJCi/cc) 3 X 10-3 1.51 X 10 -4 2 X 10-3 9.40 X 10-12 1 X 10-4 2.45 X 10-10 1 X 10-4 3.32 X 10-11 1 X 10-4 6.69 X 10-9 5 X 10-5 4.92 X 10-10 6 X 10-5 4.13 X 10-10 3 X 10-6 3.08 X 10-8 3 X 10-7 1.51 X 10-8 7 X 10-5 1.27 X 10-11 7 X 10-5 1.37 X 10-12 2 X 10-5 2.35 X 10-11 3 X 10-5 5.23 X 10 -9 6 X 10-5 2.00 X 10-12 6 X 10-S 3.03 X 10-10 2 X 10-4 8.05 X 10 -8 1 X 10-4 1.49 X 10-10 3 X 10-7 6.97 X 10 -5 8 X 10-6 1.21 X 10 -8 1 X 10-6 3.82 X 10 -6 2 X 10-5 1.20 X 10 -9 4 X 10-6 1.64 X 10 -7 3 X 10-5 3.02 X 10 -8 ___ Revision 6 February 15, 1987 Annual Isoto2e Release (IJCi) Cs-134 2.52 X 104 Cs-136 6.18 X 103 Cs-137 1.29 X 105 Cs-138 7.30 X 10 1 Ba-140 1.58 X 102 La-140 7.30 X 10° Ce-144 2.96 X 101 Pr-144 1.20 X 10-2 Totals 2.90 X 105(1) NOTE: (1) Excluding H-3 SGS-UFSAR TABLE 11.2-6 (Cont) Discharge Canal Concentration (1JCi/cc) 8.51 X 10-12 2.09 X 10-}2 4.36 X 10-11 2.46 X 10-14 5.34 X 10-14 2.46 X 10-15 1.00 X 10-14 4.05 X 10-18 9.80 X 10-11(1) 2 of 2 Fraction of (MPC)w (MPC)w (IJCi/cc) 9 X 10-6 9.46 X 10 -7 9 X 10-5 2.32 X 10 -8 2 X 10-5 2.18 X 10 -6 ... -------8 X 10-5 1.78 X 10-9
  • 2 X 10-5 1.23 X 10-10 1 X 10-5 1.00 X 10-9 --------4 ---------2.27 X 10 Revision 6 February 15, 1987 TABLE 11.2-7 CONCENTRATION OF RADIONUCLIDES IN FISH DUE TO PLANT OPERATION Discharge Activity Activity in Fraction Canal Concentration in Fish x of Isoto:12e Concentration Factor Fish (MPC)w Ingestion Factor (MPC)w (JJCi/cc) (J.1Ci/cc) (iJCi/cc) (JJCi/cc) H-3 4.54 X 10-7 9.3 X 10 -1 4.2 X 10-7 3 X 10-3 2. 7 X 10-s 9.0 X 10-6 Cr-51 1.88 X 10-14 4 X 102 7.5 X 10-12 2 X 10-3 4.8 X 10-13 2.4 X 10-10 Mn-54 2.45 X 10-14 3 X 102 7.4 X 10-12 1 X 10-4 4.7 X 10-13 4. 7 X 10-9 Mn-56 3.32 X 10-15 3 X 102 1.0 X 10-12 1 X 10-4 . 6.4 X 10-14 6.4 X 10-10 Co-58 6.69 X 10-13 5 X 102 3.3 X 10-10 1 X 10-4 2.1 X 10-11 2.1 X 10-7 Co-60 2.46 X 10-14 5 X 102 1.23 X 10-}1 5 X 10-5 7.9 X 10-13 1.6 X 10-s Fe-59 2.48 X 10-14 3 X 103 7.4 X 10-11 6 X 10-5 4.7 X 10-12 7.8 X 10-8 Sr-89 9.25 X 10-14 5 X 10-1 4.6 X 10-14 3 X 10-6 2.9 X 10-15 9.7 X 10-10 Sr-90 4.53 X 10-15 5 X 10-l 2.3 X 10-15 3 X 10-7 1.5 X 10-16 5.0 X 10-10 Sr-91 8.92 X 10-16 5 X 10-1 4.5 X 10-16 7 X 10-5 2.9 X 10-17 4.1 X 10-13 Sr-92 9.60 X 10-17 5 X 10-1 4.8 X 10-17 7 X 10-5 3.1 X 10-18 4.4 X 10-14 Y-90 4.70 X 10-16 1 X 102 4. 7 X 10-14 2 X 10-5 3.0 X 10-15 1.5 X 10-10 Y-91 1.57 X 10-13 1 X 102 1.6 X 10-11 3 X 10-5 1.0 X 10-12 3.3 X 10-s Y-92 1.20 X 10-16 1 X 102 1.2 X 10-14 6 X 10-s 7.7 X 10-16 1.3 X 10-11 Zr-95 1.82 X 10-14 1 X 102 1.8 X 10-12 6 X 105 1.2 X 10-13 2.0 X 10-9 Mo-99 1.61 X 10-11 1 X 101 1.6 X 10-10 2 X 10-4 1.0 X 10-11 5.0 X 10-8 Nb-95 1.49 X 10-14 3 X 104 4.5 X 10-10 1 X 10-4 2.9 X 10-11 2.9 X 10-7 I-131 2.09 X 10-11 1 X 101 2.1 X 10-10 3 X 10-7 1.3 X 10-11 4.3 X 10-5 1 of 2 SGS-UFSAR Revision 6 February 15, 1987 e TABLE 11.2-7 (Cont) Discharge Activity Activity in Fraction Canal Concentration in Fish x of Concentration Factor Fish (MPC)w Ingestion Factor (MPC)w (JJCi/cc) (JJCi/cc) (JJCi/cc) (JJCi/cc) 1-132 9.66 X 10-14 1 X 101 9.7 X 10-6 8 X 10-6 6.2 X 10-14 7.8 X 10-9 1-133 3.82 X 10-12 1 X 101 3.8 X 10-11 1 X 10-6 2.4 X 10-12 2.4 X 10-6 1-134 2.41 X 10-14 1 X 101 2.4 X 10-13 2 X 10-5 1.5 X 10-14 7.5 X 10-10 1-135 6.55 X 10-13 1 X 101 6.6 X 10-12 4 X 10-6 4.2 X 10-13 1.0 X 10-7 Te-132 9.05 X 10-13 1 X 101 (1) 9.0 X 10-12 3 X 10-5 5.8 X 10-13 1.9 X 10-8 Te-134 1.01 X 10-15 1 X 101 (1) 1.0 X 10-14 6.4 X 10-16 Cs-134 8.51 X 10-12 3 X 101 2.6 X 10-10 9 X 10-.6 1.7 X 10-11 1.9 X 10-6 Cs-136 2.09 X 10-12 3 X 101 6.3 X 10-11 9 X 10-5 4.0 X 10-12 4.4 X 10-8 Cs-137 4.36 X 10-11 3 X 101 1.3 X 10-9 2 X 10-5 8.3 X 10-11 4.2 X 10-6 Cs-138 2.46 X 10-14 3 X 101 7.4 X 10-13 4. 7 X 10-14 Ba-140 5.34 X 10-14 1 X 101 5.3 X 10-13 3 X 10-5 3.4 X 10-14 1.1 X 10-9 La-140 2.46 X 10-15 1 X 102 2.5 X 10-13 2 X 10-5 1.6 X 10-14 8 .. 0 X 10-10 Ce-144 1.00 X 10-14 1 X 102 1.0 X 10-13 1 X 10-5 6.4 X 10-14 6.4 X 10 -9 Pr-144 4.05 X 10-18 1 X 102 4.0 X 10-16 2.6 X 10-17 TOTAL 9.80 X 10-11(2) -9 2.6 X 10 (2) 6. 1 X 10 -5 NOTES: (1) Abstracted from reference "A Model for the Approximate Calculation of Safe Rates of Discharge of Radioactive Waste into Marine Environs," A. M. Freke, Health Physics, Vol .. 13, pp. 743-758, 167. (2) Excluding H-3. SGS-UFSAR 2 of 2 Revision 6 February 15, 1987 Discharge Canal Isoto:2e Concentration H -3 4.54 X 10-7 Cr -51 1.88 X 10-14 Mn -54 2.45 X 10-14 Mn-56 3.32 X 10-15 Co -58 6.69 X 10-13 Co -60 2.46 X 10-14 Fe -59 2.48 X 10-14 Sr -89 9.25 X 10-14 Sr -90 4.53 X 10-15 Sr -91 8.92 X 10-16 Sr -92 9.60 X 10-17 y -90 4.70 X 10-16 y -91 1.57 X 10-13 y -92 1.20 X 10-16 Zr -95 1.82 X 10-14 Mo -99 1.61 X 10-11 SGS-UFSAR TABLE 11.2-8 CONCENTRATION OF RADIONUCLIDES IN BLUE CRABS DUE TO PLANT OPERATION Activity Activity in Concentration in Fish x Factor Crab (MPC)w Insestion Factor (JJCi/cc) (tJCi/cc) 9.3 X 10 1 4.2 X 10-7 3 X 10-3 2.7 X 10-s 2 X 103 3.8 X 10-11 2 X 10-3 2.4 X 10-12 5 X 103 1.2 X 10-10 1 X 10-4 7.7 X 10-12 5 X 103 1.7 X 10-11 1 X 10-4 1.1 X 10-12 1 X 103 6. 7 X 10-10 1 X 10-4 4.3 X 10-11 1 X 103 2.5 X 10-11 5 X 10-s 1.6 X 10-12 2 X 104 5.0 X 10-10 6 X 10-s 3.2 X 10-11 6.3 X 10° 5.8 X 10-13 3 X 10-6 3.7 X 10-14 6.3 X 10° 2.9 X 10-14 3 X 10-7 1.9 X 10-15 6.3 X 10° 5.6 X 10-15 7 X 10-5 3.6 X 10-16 6.3 X 10 0 6.0 X 10-16 7 X 10-5 3.8 X 10-17 1 X 103 4. 7 X 10-13 2 X 10-s 3.0 X 10-14 1 X 103 1.6 X 10-10 3 X 10-5 1.0 X 10-11 1 X 103 1.2 X 10-13 6 X 10-5 7.7 X 10-15 1 X 103 1.8 X 12-11 6 X 10-5 1.2 X 10-12 1 X 101 1.6 X 10-10 2 X 10-4 1.0 X 10-11 1 of 3 Fraction of (MPC)w 9.0 X 10-6 1.2 X 10-9 7.7 X 10-8 1.1 X 10-s 4.3 X 10-7 3.2 X 10-s 5.3 X 10-7 1.2 X 10-8 6.3 X 10-9 5.1 X 10-12 5.4 X 10-13 1.5 X 10-9 3.3 X 10-7 1.3 X 10-10 2.0 X 10-8 5.0 X 10-s Revision 6 February 15, 1987 Discharge Canal Concentration Isoto;ee Concentration Factor (}JCi/cc) Nb -95 1.49 X 10-14 1 X 102 I -131 2.09 X 10-11 5 X 101 I -132 9.66 X 10-14 5 X 101 I -133 3.82 X 10-12 5 X 101 I -134 2.41 X 10-14 5 X 101 I -135 6.55 X 10-13 5 X 101 Te -132 9 .. 05 X 10-13 1 X 101 (1) Te -134 1.01 X 10-15 1 X 101 (1) Cs -134 8.51 X 10-12 2 X 101 Cs -136 2.09 X 10-12 2 X 101 Cs -137 4.36 X 10-11 2 X 101 Cs -138 . 2.46 X 10-14 2 X 101 Ba -140 5.34 X 10-14 2 X 102 SGS-UFSAR TABLE 11.2-8 (Cont) Activity in Crab (MPC)w (JJCi/cc) (JJCi/cc) 1.5 X 10-12 1 X 10-4 1.0 X 10-9 3 X 10-7 4.8 X 10-12 8 X 10-6 1 .. 9 X 10-10 1 X 10-6 1.2 X 10-12 2 X 10-s 3.3 X 10-11 4 X 10-6 9.0 X 10-12 3 X 10-5 1.0 X 10-14 1.7 X 10-10 9 X 10-6 4.2 X 10-11 9 X 10-5 8.7 X 10-10 2 X 10-5 4.9 X 10-13 1.1 X 10-11 3 X 10-5 2 of 3 Activity in Fish x Ingestion Factor (}JCi/cc) 9 .. 6 X 10-14 6 .. 4 X 10-11 3.1 X 10-13 1.2 X 10-11 7.7 X 10-14 2.1 X 10-12 5.8 X 10-13 6.4 X 10-16 1.1 X 10-11 2.7 X 10-12 5.6 X 10-11 3.1 X 10-14 7.0 X 10-13 Fraction of (MPC)w 9 .. 6 X 10-10 2 .. 1 X 10-4 3 .. 9 X 10 -8 1.2 X 10-5 3.8 X 10-9 5.2 X 10-7 1.9 X 10-8 1.2 X 10-6 3.0 X 10 -8 2.8 X 10-6 2.3 X 10-8 Revision 6 February 15, 1987 Isotope La -140 Ce -144 Pr -144 TOTALS NOTES: D.ischarge Canal Concentration (J,JCi/cc) 2.46 X 10-15 1.00 X 10-14 4.05 X 10-18 9.80 X 10-11 (2) Concentration Factor 1 X 103 1 X 103 1 X 103 TABLE 11.2-8 (Cont) Activity in Crab (f.JCi/cc) 2.5 X 10-12 1.0 X 10-11 4.0 X 10-15 4.0 X 10-9 (2) (MPC)w (JJCi/cc) 2 X 10-5 1 X 10-5 Activity in Fish x Ingestion Factor (JJCi/cc) 1.6 X 10-13 6.4 X 10-13 2 6 10-16
  • X Fraction of (MPC)w 8.0 X 10-9 6 4 10-8
  • X -4 2.4 X 10 (1) Abstracted from reference "A Model for the Approximate Calculation of Safe Rates of Discharge of Radioactive Waste into Marine Environs," A.M. Freke, Health Physics, Vol. 13, pp. 743-758, 167. (2) Excluding H-3. SGS-UFSAR 3 of 3 Revision 6 15, 1987
  • TABLE 11.2-9 POTENTIAL RADIATION EXPOSURE PATHWAYS TO MAN (LIQUID) (Based on 0.2 percent failed fuel defects) Pathway Drinking River Water Radioactivity in Ground Water Ingestion of Fish Ingestion of Crabmeat Swimming in River Boating on River or Fishing on Shoreline SGS-UFSAR Individual Assumed Exposed None-water not potable None -See Section 11.1.3.1 of the FSAR Individual eats 50,000 gm/yr of fish Individual eats 50,000 gm/yr of crabmeat Individual swims 200 hr/yr in discharge canal Individual boats or fishes 200 hr/yr 1 of 1 Calculated Exposure 0 0 0.01 mrem/yr 0.03 mrem/yr 0.0011 mrem/yr 0.00055 mrem/yr Revision 6 February 15, 1987
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