ML20039B691
| ML20039B691 | |
| Person / Time | |
|---|---|
| Site: | Fermi  |
| Issue date: | 11/30/1981 |
| From: | DETROIT EDISON CO. |
| To: | |
| Shared Package | |
| ML20039B690 | List: |
| References | |
| PROC-811130, NUDOCS 8112230426 | |
| Download: ML20039B691 (44) | |
Text
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i THE DETROIT EDISON COMPANY PRELIMINARY METHODOLOGY FOR 1 MANUAL DOSE ASSESSMENT FOR EMERGENCY PREPAREDNESS 4 i November, 1981 l i woraaaasa F i 1 -
~... '
~ , , DRAFT L o Radiation Dose Assessment
- The data tables, worksheets, and curves on the following pages
- unay be used to classify the magnitude of accidental airborne s releases and assess the offsite consequences. The red, yellow,
- and white emergency designations are based on dose ranges in
- Table 5.2 of the " Manual of Protective Action Guides and Pro-
- tactive Actions for Nuclear Incidents", Environmental Protection
- Agency, Office of Radiation Programs, Environmental Analysis i Division, EPA-520/1-75-001, September, 1975. Their definition is Red Emergency Whole Body 5 rem and above Thyroid 25 rem and above
- Yellow Emergency Whole B3dy 1 to <5 rem Thyroid 5 to <25 rem
- White Emergency Whole Body .05 to <1 rem Thyroid .3 to <5 rem
- () The following steps may be used to assess the offsite consequences:
- 1. For each monitor reading (drywell or SGTS), the projected activity released (Xe-133 or I-131 effective activity)
- for any 8 hour period to 192 hours may be found using the
. Tables and Worksheets on pages 4 through 15.
- 2. The worst radiological emergency condition is determined using the worksheet on page 16 and the curves on pages 17 and 18 along with the releases determined in item 1 (or by other means) and with the current wind speed.
- 3. The emergency condition may then be defined at the exclu-sion area boundary or any integral number of miles from the release point to 10 miles using the releases de; ermined in item 1 (or by other means), the current meteorological
. data, and the worksheet, tables, and curves on pages 19 through 23.
(:) Page 1 l
f j O 4. The projected dose at any point in item 3 may be determined j using the releases determined in item 1 (or by other means), the current meteorological data, and the worksheet and tables on pages 24 through 26. The curves on pages 27 and 28 provide the dose ti:nes wind speed per curie released at any point between the EAB and 10 miles.
- 5. The downwind boundaries of the affected area may be defined according to radiological emergency condition (Red, Yellow, and White) uaing the releases deterrained in item 1 (or by other means), the current meteorological data, and the worksheets and curves on pages 29 through 32.
' 6. The projected downwind dose at various distances within the affected area may be determined using the releases deter-I mined in item 1 (or by other means) , the current meteorolo-gical data, the worksheets on pages 33 and 34, and the $ curves on pages 31 and 32. l I 1 s e a e O - Page 2 0 ' ' ' --
2 O' Evaluation of WUREG-0654 General and Site Bnergencies
- Ths' data tables on the following pages may be used to determine
;- if IECREG-0654 General and Site Emergencies exist.
I i, The data in the table on page 35 present the drywell and SGTS
- monitor readings'as calculated for a release of 100% noble ,
- gases to the drywell at^0. hours after shutdown. A similar 2 table on page 36 is for a release of 1004 noble gases and 25%
- iodines at O. hours after shutdown. The ratio of the actual
- monitor reading to the value in the table is a measure of the
- actual fraction of the' stipulated release.
- The data in the tables on page 37 present the minimum fraction / wind
'r speed that would result in the indicated emergency. Also, the
- ' allowea, wind speed range is given.
T
- The data in the tables on pages 38 through 43 give the monitor 2 reading that would result in a projected emergency condition.
s For monitor reading's greater than or equal to those in these s tables, an emergency condition exists. D e Q Page 3 i
= w m-
)
for
- Projected Activity Release Based on Drywe11 Monitor Reading Ee-133 (equivalent)
- Time after shutdown of release to primary containment
- Time of Drywell Monitor reading
- 8 hour period desired for activity release
- Q/R, ci hr/ Rem, from Table for Xe-133 equivalent Drywell Monitor reading, mrem /hr Activity, ci, relehsed = (Q/R)x(Monitor Reading) x 10-3 0 . x x 10-3 .
e l O
. . Page 4
_ . . _ . - , -,-,,- . , , ~ . - - . . - -, , , . _ , , . _ _ _ , , , , _ , . . , , , _
. l 2,
No-133 Equivalent Q/R For Release at 0. Hours After Shutdown O . Time Period Drywell Monitor After Release Q ci hr/ Rem, For 1004 Nobles to Primary Plus/R,0%
- 0. Iodines at Indicated Time Containment, After Release to Primary Containment
,, Hrs. 10 min 20 min 30 min 40 min 50 min 1 hour 0-8 4.44 5.44 6.16 6.75 7.27 7.73 8-16 1.10 1.35 1.52 1.67 1.80 1.91 16-24 .540 .662 .749 .822 .885 .941 24-32 .360 .442 .500 .548 .590 .628 32-40 .276 .339 .384 .421 .453 .482 40-48 .230 .282 .319 .350 .376 .400 48-56 .201 .246 .279 .306 .329 .350 56-64 .182 .223 .252 .277 .298 .317 64-72 .168 .206 .233 .256 .276 .293 72-80 .158 .193 .219 .240 .258 .275 80-88 .149 .183 .207 .227 .244 .259 88-96 .141 .173 .196 .215 .231 .246 96-104 .134 .165 .186 .204 .220 .234 104-112 .128 .157 .178 .195 .210 .223 112-120 .122 .150 .169 .186 .200 .213 120-128 .117 .143 .162 .177 .191 .203 128-136 .111 .136 .154 .169 .182 .194 136-144 .106 .130 .148 .162 .174 .185 O 144-152 .102 .124 .141 .155 .166 .177 152-160 .0970 .119 .135 .148 .159 .169 160-168 .0927 .114 .129 .141 .152 .162 168-176 .0886 .109 .123 .135 .145 .154 176-184 .0846 .104 .117 .129 .139 .147 184-192 .0809 .0991 .112 .123 .132 .141 i l
l 4 l 6 9 O Page 5 0
~
Xe-133 Equivalent Q/R For Release at 0. Bours After Shutdown l 1 O Time Period Drywell Mcnitor ' ~ ~ ." Af ter Release Q/R, ci-hr/ Rem, For 100t Nobles to Primary Plus 0.0% Iodines at Indicated Time . Containment, Afcer Release to Primary Containment Ers. 2 hrs 4 hrs 6 hrs 8 hrs 16 hrs 24 hrs 0-8 10.0 14.8 ~20.4 26.6 52.7 74.7 8-16 7.48 3.66 5.04 6.58 13.0 18.5 16-24 1.22 1.80 2.48 3.24 6.42 9.09 24-32 .814 1.20 1.65 2.16 4.28 6.06 32-40 .625 .921 1.27 1.66 3.28 4.65 40-48 .519 .765 1.05 1.38 2.73 3.86 48-56 .454 .669 .922 1.20 2.39 .3.38 56-64 .411 .606 .835 1.09 2.16 3.06 64-72 .380 .560 .772 1.01 2.00 2.83 72-80 .356 .525 .723 .944 1.87 2.65 80-88 .336 .496 .683 .892 1.77 2.50 88-96 .319 .470 .648 .846 1.68 2.38 96-104 .304 .448 .617 .805 1.60 2.26 104-112 .289 .427 .588 .768 1.52 2.15 112-120 .276 .407 .561 .732 1.45 2.05 120-128 .263 .388 .535 .698 1.38 1.96 128-136 .252 .371 .511 .667 1.32 1.87 136-144 .240 .354 .488 .637 1.26 1.79 () 144-152 152-160
.229
.219
.338
.323 466
.445
.609
.581 1.21 1.15 1.71 1.63
. .160-168 .210 .309 '.425 .556 1.10 1.56 168-176 ,200 .295 .406 .531 1.05 1.49 176-184 .191 .282 .388 .507 1.00 1.42 184-192 .183 .269 .371 .484 .960 1.36 N
O , Page 6
. WORKSHEET O w -
': Projected Activity Release Based on l SGTS Monitor Rea' ding Ee-133 (equivalent)
- Time after shutdown of release to primary containment
- Time of SGTS Monitor reading
- 8 hour period desired for activity release
- Q/R, ci.cc//ci, from Table for Xe-133 equivalent
,2 SGTS Monitor reading,f ci/cc
- Activity, ci, released = (Q/R)x(Monitor Reading)
O 6 9 O / -
- Page 7
- e. -
a l 1 l . . j Ee-133 Equivalent Q/R For Release at G. Bours After Shutdown
~
i O Time' Period SGTS Monitor i After Release Q/R, Ci*cc/pci, For 1004 Nobles -' i to Primary Plus 0.0% Iodines at Indicated Time Containment, After Release to Primary Containment Ers. 10 min 20 min 30 min 40 min 50 min 1 hour 0-8 1.40+4 1.73+4 1.97+4 2.17+4 2.34+4 2.50+4 6-16 3.48+3 4.29+3 4.87+3 5.37+3 5.80+5 6.19+3 i 16-24 1.71+3 2.11+3 2.40+3 1'.64+3 2.85+3 3.05+3 24-32 1.14+3 1.41+3 1.60+3 1.76+3 1.90+3 2.03+3 32-40 8.75+2 1.08+3 1.23+3 1.35+3 1.46+3 1.56+3 40-48 7.27+2 8.96+2 1.02+3 1.12+3 1.21+3 1.30+3 48-56 6.36+2 7.84+2 8.92+2 9.82+2 1.06+3 1.13+3 56-64 5.76+2 7.10+2 8.07+2 8.89+2 9.61+2 1.03+3 64-72 5.33+2 6.56+2 7.46+2 8.22+2 8.88+2 9.48+2 72-80 4.99+2 6.15+2 6.99+2 7.70+2 8.32+2 8.89+2 80-88 4.72+2 5.81+2 6.61+2 7.28+2 7.86+2 8.40+2 88-96 4.47+2 5.51+2 6.27+2 6.90+2 7.46+2 7.96+2 96-104 4.26+2 5.25+2 5.96+2 6.57+2 7.10+2 7.58+2 104-112 4.06+2 5.00+2 5.68+2 6.26+2 6.76+2 7.22+2 112-120 3.87+2 4.77+2 5.42+2 5.97+2 6.45+2 6.89+2 120-128 3.69+2 4.55+2 5.17+2 5.70+2 6.16+2 6.57+2 128-136 3.53+2 4.35+2 4.94+2 5.44+2 5.88+2 6.28+2 () 136-144 144-152 3.37+2 3.22+2 4.15+2 3.96+2 4.72+2 4.51+2 5.20+2 4.96+2 5.62+2 5.36+2 6.00+2 5.73+2 152-160 3.07+2 3.79+2 4.30+2 4.74+2 5.12+2 5.47+2 160-168 2.94+2 3.62+2 4.12+2 4;53+2 4.90+2 5.23+2 . 168-176 2.80+2 3.46+2 3.93+2 4.33+2 4.68+2 5.00+2 176-184 2.68+2 3.30+2 3.75+2 4.14+2 4.47+2 4.77+2 184-192 2.56+2 3.16+2 3.59+2 3.95+2 4.27+2 4.56+2 W O Page 8
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- - . - , , < - - - - , , - - - - - - - - - . . , -- - - - - - - - - - -,,-------,n-, - - , , - -
N-133 Equivalent Q/R For Release at 0. Bours After Shutdown Time' Period SGTS Monitor After Release Q/R, ci.cc/pci, For 100% Nobles Plus 0.0% Iodines at Indicated Time to Primary Containment, After Release to Primary Containment Ers. 2 hrs 4 hrs 6 hrs 8 hrs 16 hrs 24 hrs ) 0-8 3.32+4 5.14+4 7.50+4 1.04+5 2.61+5 4.33+5 8-16 8.22+3 1.27+4 1.86+4 2.58+4 6.46+4 1.07+5 16-24 4.04+3 6.26+3 9.13+3 1.27+4 3.18+4 5.27+4 24-32 2.70+3 4.18+3 6.09+3 8.46+3 2.12+4 3.52+4 ! 32-40 2.07+3 3.20+3 4.67+3 6.49+3 1.63+4 2.70+4 40-48 1.72+3 2.66+3 3.88+3 5.39+3 1.35+4 2.24+4 48-56 1.50+3 2.33+3 3.40+3 4.72+3 1.18+4 1.96+4 56-64 1.36+3 2.11+3 3.08+3 4.27+3 1.07+4 1.78+4 64-72 1.2G+3 1.95+3 2.84+3 3.95+3 9.89+3 1.64+4 , 72-80 1.18+3 1.83+3 2.66+3 3.70+3 9.27+3 1.54+4 ' 80-88 1.11+3 1.73+3 2.52+3 3.50+3 8.76+3 1.45+4 88-96 1.06+3 1.64+3 2.39+3 3.32+3 8.30+3 1.38+4 96-104 1.0l+3 1.56+3 2.27+3 3.16+3 7.90+3 1.31+4 104-112 9.58+2 1.48+3 2.17+3 3.01+3 7.53+3 1.25+4 112-120 9.14+2 1.42+3 2.07+3 2.87+3 7.18+3 1.19+4 < 120-128 8.72+2 1.35+3 1.97+3 2.74+3 6.85+3 1.14+4 128-136 8.33+2 1.29+3 1.88+3 2.61+3 6.55+3 1.09+4 O 136-144 144-152 7.96+2 7.60+2 1.23+3 1.18+3 1.80+3 1.72+3 2.50+3 2.38+3 6.25+3 5.97+3 1.04+4 9.92+3 152-160 7.26+2 1.12+3 1.64+3 2.28+3 5.70+3 9.47+3 160-168 6.94+2 1.07+3 1.57+3 2.18+3 5.45+3 9.05+3 168-176 6.63+2 1.03+3 1.50+3 2.08+3 5.21+3 8.65+3 176-184 6.33+2 9.81+2 1.43+3 1.99+3 4.97+3 8.26+3 184-192 6.05+2 9.37+2 1.37+3 1.90+3 4.75+3 7.89+3
.i
() ' Page 9
O woaxs===r for Projected Activity Release Based on I Drywell Monitor Reading
'I-131 (equivalent)
Time after shutdown of release to primary containment Time of Drywell Monitor reading 8 hour period desired for activity release Q/R, ci hr/ Rem, from Table fcr I-131 equivalent Drywell Monitor reading, arem/hr __ Activity, ci, released = (Q/R)x(Monitor Reading) x 10 -3 0 = x x 10-3 = 1 O I Page 10 l i e 0
. - - - - - r - r- -
~. ;
C - I-131 Equivalent Q/R For Release at O. Bours After Shutdown
~
l 1 l Time Period After Release Drywell Monitor to Primary Q/R, ci.hr/ Rem, For 100% Nobles plus 25% Iodines at Containment, Indicated Time After Release to Primary Containment
. Ers. 10 min 20 min 30 min 40 min 50 min 1 hour 0-8 2.52-4 2.92-4 3.23-4 3.49-4 3.74-4 3.98-4 8-16 2.16-4 2.50-4 2.76-4 2.99-4 3.21-4 3.41-4 16-24 1.94-4 2.24-4 2.48-4 2.68-4 2.87-4 3.05-4 24-32 1.77-4 2.05-4 2.27-4 2.46-4 2.63-4 2.80-4 32-40 1.64-4 1.90-4 2.10-4 2.28-4 2.44-4 2.59-4 40-48 1.54-4 1.78-4 1.97-4 2.13-4 2.28-4 2.43-4 48-56 1.45-4 1.68-4 1.86-4 2.01-4 2.15-4 2.29-4 56-64 1.38-4 1.59-4 1.76-4 1.91-4 2.04-4 2.17-4 64-72 1.31-4 1.52-4 1.68-4 1.82-4 1.95-4 2.07-4 72-80 1.25-4 1.45-4 1.60-4 1.74-4 1.86-4 1.98-4 80-88 1.20-4 1.39-4 1.54-4 1.67-4 1.79-4 1.90-4 88-96 1.16-4 1.34-4 1.48-4 1.60-4 1.72-4 1.82-4 96-104 1.11-4 1.29-4 1.43-4 1.54-4 1.65-4 1.76-4
, 104-112 1.07-4 1.24-4 1,37-4 1.49-4 1.59-4 1.69-4 112-120 1.04-4 1.20-4 1.33-4 1.44-4 1.54-4 1.64-4 O- 120-128 1.00-4 1.16-4 1.28-4 1.39-4 1.49-4 1.58-4 128-136 9.70-5 1.12-4 1.24-4 1.34-4 1.44-4 1.53-4 136-144 9.39-5 1.09-4 1.20-4 1.30-4 1.39-4 1.48-4 144-152 9.09-5 1.05-4 1.16-4 1.26-4 1.35-4 1.43-4 152-160 8.81-5 1.02-4 1.13-4 1.22-4 1.31-4 1.39-4 160-168 8.53-5 9.89-5 1.09-4 1.18-4 1.27-4 1.35-4 168-176 8.27-5 9.58-5 1.06-4 1.15-4 1.23-4 1.30-4 176-184 8.02-5 9.29-5 1.03-4 1.11-4 1.19-4 1.26-4 184-192 7.77-5 9.01-5 9.95-5 1.08-4 1.15-4 1.23-4 l
l ($)
, Page 11
-~.
i l l
- I-131 Equivalent Q/R For Release at 0 Bours After Shutdown
. TLse Period
. After Release Drvwell Monitor to Primary Q/R, ci*hr/ Rem, For 100% Nobles Plus 25% Iodines at Containment, Islic.a_telEme Af ter Release to Primary Containment
. Ers. 2 hours 4 hours 6 hours 8 hours 16 hours 24 hours 0-8 5.27-4 7,85-4 1.06-3 1.34-3 2.46-3 3.50-3 8-16 4.51-4 6.73-4 9.05-4 1.14-3 2.11-3 3.00-3 16-24 4.04-4 6.03-4 8.11-4 1.03-3 1.89-3 2.69-3 24-32 3.70-4 5.52-4 7.42-4 9.40-4 1.73-3 2.46-3 32-40 3.43-4 5.12-4 6.88-4 8.71-4 1.61-3 2.28-3 40-48 3.21-4 4.79-4 6.45-4 8.16-4 1.50-3 2.14-3 48-56 3.03-4 4.52-4 6.08-4 7.70-4 1.42-3 2.02-3 56-64 2.88-4 4.29-4 5.77-4 7.30-4 1.34-3 1.91-3 64-72 2.74-4 4.09-4 5.50-4 6.95-4 1.28-3 1.82-3 72-80 2.62-4 3.91-4 5.25-4 6.ES-4 1.23-3 1.74-3 80-88 2.51-4 3.75-4 5.04-4 6.38-4 1.18-3 1.67-3 88-96 2.42-4 3.60-4 4.84-4 6.13-4 1.13-3 1.61-3 i 96-104 2.33-4 3.47-4 4.67-4 5.91-4 1.09-3 1.55-3 104-112 2.24-4 3.35-4 4.50-4 5.70-4 1.05-3 1.49-3 112-120 O 120-128 2.17-4 2.09-4 3.23-4 3.12-4 4.35-4 4.20-4 5.50-4 5.32-4 1.01-3 9.80-4 1.44-3 1.39-3 128-136 2.03-4 3.02-4 4.06-4 5.14-4 9.48-4 1.35-3 136-144 1.96-4 2.92-4 3.93-4 4.98-4 9.18-4 1.30-3 144-152 1.90-4 2.83-4 3.81-4 4.82-4 8.88-4 1.26-3 152-160 1.84-4 2.74-4 3.69-4 4.67-4 8.61-4 1.22-3 160-168 1.78-4 2.66-4 3.58-4 4.53-4 8.34-4 1.19-3 168-176 1.73-4 2.58-4 3.47-4 4.39-4 8.08-4 1.15-3 176-184 1.67-4 2.50-4 3.36-4 4.25-4 7.84-4 1.11-3 184-192 1.62-4 2.42-4 3.26-4 4.12-4 7.60-4 1.08-3 N
l l () Page 12 l l l
=
l l 1 j Q ' EmmT for < ; Projected Activity Release Based on l SGTS Monitor Reading i l I-131 (equivalent) i i
- Time after shutdown of release to primary containment
- Time of SGTS Monitor reading _
- 8 hour period desired for activity release 2 Q/R, ci cc/jsci, from Table for I-131 equivalent
': SGTS Monitor reading,jaci/cc
. Activity, ci, released = (Q/R)x (Monitor Reading)
O . n .
\
e l l O - Page 13
O . 1-131 ===iv 1 == a/= rar = 2 === t a ===r ^rt r =*= tao = 1 Time Period After Release SGTS Monitor to Primary Q/R, ci cc/pci, For 100% Nobles plus 25% Iodines at Containment, Indicated Time After Release to Primary Containment
- Brs. 10 min 20 min 30 min 40 min 50 min 1 hour __
0-8 1.33 1.64 1.86 2.05 2.21 2.36 8-16 1.14 1.40 1.59 1.76 1.90 2.03 l 16-24 1.02 1.26 1.43 1,57 1.70 1.82 l 24-32 .935 1.15 1.31 1.44 1.56 1.66 32-40 .867 1.07 1.21 1.34 1.44 1.54 40-48 .812 .999 1.14 1.25 1.35 1.44
. 48-56 .766 .943 1.07 1.18 1.27 1.36 4 56-64 .726 .894 1.02 1.12 1.21 1.29 i 64-72 .692 .852 .968 1.07 1.15 1.23 72-80 .661 .815 .926 1.02 1.10 1.18 i 80-88 .635 .781 .888 .978 1.06 1.13 t 88-96 .6,10 .751 .853 .940 1.02 1.08 i 96-104 .588 .724 .822 .905 .978 1.04 104-112 .567 .698 .793 .873 .943 1.01 4(])
4' 112-120 .547 .674 .766 .843 .911 .973 120-128 .529 .651 .740 .815 881 .940 128-136 .512 .630 .716 .788 .852 .910 136-144 .495 .610 .693 .763 .824 .880 144-152 .479 .590 .671 .739 .798 .852 { 152-160 .465 .572 .650 .716 .774 .826 c 160-168 .450 .554 .630 .694 .750 .800 j 168-176 .436 .537 .611 .672 .726 .776 2 176-184 .423 .521 .592 .652 .704 .752 184-192 .410 .505 .574 .632 .683 .729 i I s () Page 14 _ _ _ _ _ ~ ._ . _ _ _ _ _ _
- O 1-131 uiv.1.ot o/a ror me1 .e .e 0 oor. ifter sautdo o 4 Time Period After Release SGTS Monitor :
to Primary Q/R, ci-cc/pci, For 100% Nobles Plus 25% Iodines at )
- - Containment, Indicated Time After Release to Primary Containment I Hrs. 2 hours 4 hours 6 hours 8 hours 16 hours 24 hours l
0-8 3.14 4.86 7.08 9.82 24.5 40.6 8-16 2.69 4.16 6.07 8.42 21.0 34.8 : 4 16-24 2.41 3.73 5.44 7.54 18.8 31.2 24-32 2.20 3.42 4.98 6.90 17.2 28.5 i 32-40 2.04 3.17 4.62 6.40 16.0 26.4 i 40-48 1.91 2.96 4.32 5.99 14.9 24.8 48-56 1.80 2.80 4.08 5.65 14.1 23.4 56-64 1.71 2.65 3.87 5.36 13.4 22.2 64-72 1.63 2.53 3.68 5.11 12.7 21.1 72-80 1.56 2.42 3.52 4.89 12.2 20.2 80-88 1.50 2.32 3.38 4.69 11.7 19.4 88-96 1.44
~
2.23 3.25 4.50 11.2 18.6 96-104 1.39 2.15 3.13 4.34 10.8 17.9 104-112 1.34 2.07 3.02 4.18 10.4 17.3 () 112-120 120-128 1.29 1.25 2.00 1.93 2.91 2.82 4.04 3.91 10.1 9.74 16.7 16.1 128-136 1.21 1.87 2.72 3.78 9.42 15.6 136-144 1.17 1.81 2.64 3.66 9.12 15.1 144-152 1.13 1.75 2.55 3.54 8.83 14.6 152-160 1.10 1.70 2.47 3.43 8.56 14.2 160-168 1.06 1.64 2.40 3.33 8.29 13.7
- 168-176 1.03 1.59 2.32 3.22 8.03 13.3 176-184 .997 1.54 7.25 3.12 7.79 12.9 184-192 .967 1.50 2.18 3.03 7.55 12.5 O
Page 15
WORKSHEET for
""*""' c2"'*'*""** " " *** " - " " "'*** ""
O Wind speed, MPH Curies released, XE-133
. i knergency Classification
- l Curies released, I-131
- Emergency Classification **
i
- From ** From Emergency Classification - Emergency Classification -
Worst Condition Graph Worst Condition Graph White = 0.05 rem and <1 rem White = 0.3 rem and <5 rem Yellow d 1 rem and <5 rem Yellow d 5 rem and <25 rem Red = 5 rem and above Red = 25 rem and above
- Based on worst EAB conditions; wind stability class independent.
O Page 16
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- r, te&-t = =_;=.25eM 3-13. - Ra== 5
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. =^a PAG Bnergency Classification-i m-u m,
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WORKSHEET O rar amargency classification calculation i l Pasquill Stability Category
- Distance,amaters**
Type of Dose *** l Multiplying Factor from Table Curies Released Normalized Curies Released = Multiplying Fac' tor X Curies Released Wind Speed, mph Plot - wind speed, Normalized Curies Released - on Emergency Classification Graph (for Type of Dose)
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** F.AB .57 miles
*** Xe-133 whole Body Gamma Dose; I-131 Thyroid Inhalation Dose l
O Page 19
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PAG Emergency Classification . Multiplying Factors For Xe-133 Activity (ci) Released
- Pasquill Stability ~~
Distance from Release Point
- Class 915 Meters 1 Mile 2 Miles 3 Miles 4 Miles 5 Miles A 2.46-6 5.62-7 3.01-7 2.09-7 1.61-7 1.32-7 I, -
B 1.22-5 4.02-6 1.02-6 4.54-7 2.55-7 1.75-7 - C 2.74-5 1.02-5 2.96-6 1.42-6 8.45-7 5.64-7 - D 6.74-5 2.98-5 1.07-5 5.87-6 3.84-6 2.77-6 j E 1.19-4 5.70-5 2.21-5 1.28-5 8.66-6 6.42-6 ! F 2.02-4 1.10-4 4.76-5 2.87-5 2.00-5 1.52-5 l G 3.02-4 2.01-4 1.03-4 6.55-5 4.69-5 3.61-5 l i
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, Stability _ Distance from Release Point .. I Class 6 Miles 7 Miles 8 Miles 9 Miles 10 Miles
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D ~O . PAG Emergency Classification , Multiplying Factors For I-131 Activity (ci) Released , Pasquill Stability Distance from Release Point Class 915 Meters 1 Mile 2 Miles 3 Miles 4 Miles 5 Miles A 1.86-2 4.26-3 2.28-3 1.58-3 1.22-3 9.96-4 B 9.20-2 3.05-2 7.70-3 3.43-3 1.93-3 1.32-3 ' C 2.07-1 7.74-2 2.24-2 D 5.10-1 1.08-2 6.39-3 4.27-3 2.26-1 8.10-2 4.45-2 2.91-2 2.10-2 E 9.03-1 4.31-1 . 1.68-1 9.66-2 6.55-2 4.86-2 P 1.52+0 8.33-1 3.61-1 2.17-1 1.52-1 1.15-1 G 2.29+0 1.52+0 7.77-1 4.95-1 3.55-1 2.73-1 , Pasquill Stability Distance from Release Point Class 6 Miles 7 Miles 8 Miles 9 Miles 10 Miles A 8.45-4 7.35-4 6.52-4 5.86-4 5.33-4 B 1.12-3 9.78-4 8.67-4 7.79-4 7.09-4
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WORKSEEET
- q for i V -
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Pasquill Stability Category
- i Distance, miles **
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*** Xe-133 Whole Body Gamma Dose; I-131 Thyroid Inhalation Dose O Page 24 6
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O O O - Dose Calculation Table s Xe-133 Whole Body Gamma Dose, Rem sph Pasquill Stability Distance from Release Point . Class 915 Meters 1 Mile 2 Miles 3 Miles 4 Miles 5 Miles !.: A 1.23-7 2.81-8 1.51-3 1.04-8 8.05-9 6.58-9 B 6.08-7 2.01-7 5.09-8 2.27-8 1.28-8 8.75-9 - C 1.37-6 5.12-7 1.48-7 7.11-8 4.22-8 . 2.82-8 D 3.37-6 1.49-6 5.35-7 2.94-7 1.92-7 1.38-7 E 5.97-6 2.85-6 1.11-6 6.38-7 4.33-7 3.21-7 F 1.01-5 5.50-6 2.38-6 1.44-6 1.00-6 7.59-7 G 1.51-5 1.01-5 5.13-6 3.27-6 2.35-6 1.80-6 Pasquill . Stability Distance from Release Point i Class 6 Miles 7 Miles 8 Miles 9 Miles 10 Miles A 5.58-9 4.86-9 4.31-9 3.87-9 3.52-9 B 7.42-9 6.46-9 5.73-9 5.15-9 4.68-9 . C 2.03-8 1.53-8 1.20-8 9.72-9 8.03-9 D 1.06-7 8.46-8 6.96-8 5.86-8 5.03-8 E 2.52-7 2.05-7 1.72-7 1.47-7 1.28-7 g F 6.05-7 5.00-7 4.24-7 3.67-7 3.22-7 D G 1.45-6 1.21-6 1.03-6 8.94-7 7.88-7 ua te w
O . O O. - Dose Calculation Table . I-131 Thyroid Inhalation Dose, Rem. mph Pasquill Stability Distance from Release Point class 915 Meters 1 Mile 2 Miles 3 Miles 4 Miles 5 Miles A 5.59-3 1.28-3 6.83-4 4.74-4 3.66-4 2.99-4 B 2.76-2 9.14-3 2.31-3 1.03-3 5.80-4 3.97-4
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! . 10 > > U 1 a 3 4 5 6 7 U 9 10 DISTkNCE, MILES, FROt! RELEASE POINT Fage 28
. e -_- , ,,_ _ - _ - - . - , - - _ _ _ .
~
WORKSHEET for Area Effected Calculation - Xe-133 Curies Released Wind Speed, aph
~
Atmospheric Dispersion Factor, m ; 1 I"O 8"*d' "# = White l
= 1.963 x " Curies Released )
Wind Speed, mph , y,ygg,
= 3.92 x Curies Released Wind Speed, mph = Red
= 196.3 x Curies Released O
Pasquill Stability Category From Atmospheric Dispersion Factor vs. Distance Graph obtain: White Distance miles Yellow Distance miles Red Distance miles I ( O Page 29 l ' l
^'
.. 'A gy O .
<=r Area Affected Calculation - I-131 Curies Palammed Wind Speed, aph
~
Atmospheric Dispersion Factor, m
-4 Wind Speed, mph
= 2.59 x 10 x Curies Released - White
= 4.32 x 10-3 , Wind Speed, mph = Yellow Curies Released
-2 Whd Sped, mph
= 2.16 x 10 x Curles celeased = Red O
Pasquill Stability Category From Atmospheric Dispersion Factor vs. Distance G2;aph l Obtain: White Distance miles Yellow Distance miles Red Distance miles O . Page 30
i
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. 10 i - ' ' i s a 7 e5 I : : 4 e ss o a 4 e s , eem a a 4 0.1 1.0 10.0 lot DISTANCE, MILES Page 32
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for Calculation of
' Doss at Distances Betw en .57 and 50. miles Xe-133 l
Distance - miles 1
- Pasquill Stability Category
- Tem Atmospheric Dispersion Factor vs. Distance Graph
- Obtain: Atmospheric Dispersion Factor m'
. Wind Speed
- mph Curies Released _
curies g,, , .02548 x Curies Released x Atmospheric Dispersion Factor Wind Speed
= Rem O Page 33
. WORKSEF.ET O
car Cate=1 tion or Dose at Distances Setween .57 and 50. Miles , ~I-131 Distance miles <: Pasquill Stability Category
- From Atmospheric Dispersion Factor vs. Distance Graph
~
- Obtain: Atmospheric Dispersion Factor m l
.O *iaa se a ph
. Curies Released , curies 1157. x Curies Released x Atmospheric Dispersion Factor
**
- Wind Speed
= Rem O Page 34 4
Calculated Monitor Readings for Release at 0.0 Bours After shutdown Monitor Readings For Time After Release to 1004 Nobles Plus 04 Iodines Primary Containment Drywell Monitor SGTS Monitor Mrs. Rad /Hr , pei/cc 1.379+6 435.6
.167
. .333 1,125+6 353.4
.500 9.942+5 310.8
.667 9.064+5 282.2
.833 8.421+5 261.2 1.00 7.917+5 244.6 1.25 7.328+5 225.1 1.50 6.857+5 209.5 1.75 6.45745 196.2 2.00 6.105+5 184.4 2.25 5.786+5 173.8 2.50 5.495+5 164.0 2.75 5.226+5 155.1 3.00 4.977+5 146.8 3.25 4.746+5 139.1 3.50 4.531+5 131.9 3.75 - 4.330+5 125.2 4.00 4.142+5 119.0 C 4.25 4.50 3.966+5 3.802+5 113.2 107.7 4.75 3.647+5 102.7 5.00 "3.503+5 97.89 5.33 3.324+5 91.99 5.67 3.158+5 86.56 6.00 3.006+5 81.58 6.50 2.799+5 74.82 7.00 2.615+5 68.83 8.00 2.302+5 58.74 36.00 1.161+5 23.46 24.00 8.200+4 14.13 O
Page 35
l . . ! : Calcul stad Monitor Readings For Release at 0,0 Bours After Shutdown l Time After Release to Monitor Readings For 1006 Nobles plus 25% Iodines Primary Containment Drywell Monitor SGTS Monitor Ers. Rad /Hr pci/cc
.167 2.313+6 438.4
.333 1.996+6 356.0
.500 1.807+6 313.3
.667 1.668+6 284.5
.833 1.558+6 263.3 1.00' l.466+6 246.6 1.25 1.352+6 227.0 1.50 1.258+6 211.2 1.75 1.177+5 197.7 2.00 1.107+6 185.9 2.25 1.044+6 175.1 2.50 9.876+5 165.3 2.75 9.368+5 156.3 3.00 8.907+5 148.0 3.25
- 8.487+5 140.2 3.50 8.102+5 133.0 3.75 7.748+5 126.3 O 4.00 4.25 7.422+5 7.121+5 120.0 114.1 4.50 6.842+5 108.6 4.75 6.582+5 103.5 5.00 6.340+5 98.73 5.33 6.043+5 92.80 5.67 5.769+5 87.33 6.0L 5.519+5 82.32 6.50 5.179+5 75.52 7.00 4.876+5 69.49 8.00 4.361+5 59.35 16.00 2.366+5 23.81 24.00 1.664+5 14.37 ,
s O Page 36
\ . . O O.
~
I O - Fractions of 100% Noble Gases Released and Wind Speed Ranges to - - Give Gesuna Whole Body Emergency Condition (NUREG-0654) For . Release to Primary Containment at O. Hours After Shutdown . I Bnergency For Indicated Pasquill Stability C1kssee TYPE Item A B C D II F G General Fraction / wind speed,sec/m 4.81 .975 .433 .176 .0992 .0588 .0392 General Wind speed range *,m/sec <.208 <l.03 <2.31 <5.69 <10.1 <17.0 <25.5 Site Fraction .0196 - (30 minutes) - - Fractions of 1004 Noble Gases Plus 25% Iodines Released and Wind Speed Ranges to Give Thyroid Inhalation Emergency Condition (NUREG-0654) for Release to Primary Containment at O. Hours - r- l After Shutdown . . Emergency For Indicated Pasquill Stability Classes ' Type Item A B C D E F G General Fraction / wind speed,sec/m 24.3 4.92 2.18 .888 .501 .297 .198 General Wind speed range *,m/sec <.0412 <.203 <.458 <1.13 <2.00 <3.37 <5.06 Site Fraction .0989 (30 minutes)
?
E *No General Emergency for wind speeds out of these ranges. I! .
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