NUCLEAR ENGINEERING CALCULATION COVER …Attachment 3 RADTRAD Control File Inventory File...

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NUCLEAR ENGINEERING CALCULATION COVER SHEET

NEPM-QA-0221 - 1. Page 1 of 81Total Pages 81

>2. TYPE: CALC r3. NUMBER: EC-RADN-1127 >4. REVISION: 0

*>5. UNIT 3 *r6. QUALITY CLASS:

> 7. DESCRIPTION: Control Rod Drop Accident CRHE and Off Site Doses - AST

8. SUPERSEDED BY:

9. Alternate Number: 10. Cycle:

11. Computer CodelModel used: RADTRAD V 3.03 12. Discipline: R

>13. Are any results of this calculation described in the Licensing Documents?

3 Yes,RefertoNDAP-QA-0730andNDAP-QA-0731 El No

14. Is this calculation changing any method of evaluation described in the FSAR and using the results to

support or change the FSAR? (Refer to PPL Resource Manual for Definition of FSAR)

3 Yes, 50.59 screen or evaluation required. Q No

>15. Is this calculation Prepared by an External Organization?

s Yes [ No

EG771 Qualifications may not be required for individuals from external organogvsee Section 7.4.3).

,16. Prepared by: K. Weise ( >- 4/,i/>Print Name(EG771 Qualification Required) ~ §Signature Date

>17. Reviewed by: M. M. Waselus

Print Name(EG771 Qualification Required) Signature Date

>18. Verified by: M. M. Waselus a )J}C4.Print Name(EG771 Qualification Required) ' Signature Date

>19. Approved by: M. G. CapiotisPrint Name(Oualified per NEPM-QA-0241 and Sign-Wre Datecomply with Section 7.8 of NEPM-OA-022 1)

,20. Accepted by: !Tc: u- etl'#gd-vPrint Name(EG771 Qualification Required) and Signature Date_compl with Section 7.9 of NEPM-QA-0221

TO BE COMPLETED BY) 1 .42DCS SIGNATUREIDAT9"J ~ . ~ >05 44d&A

ADD A NEW COVER PAGE FOR EACH REVISION *Verified FledsFORM NEPM.QA-0221-1. Revision S. Page 1 of 1, ELECTRONIC FORM > REQUIRED FIELDS

A Ut A L^ A CI rO~I ~AI 0 LPA..N N^|F IS~lN:_ - _el~g rii

i

IADD A NE-W UUVEFK PAGE FOR t-ACH; RtVlSIN1 . __T~i~ I ... _ _

PP&L CALCULATION SHEET

Dept. 0341 Rad&EffTech. PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE Caic. Nho. EC-RADN-1 127Designed By K Weise and Offsite Doses - AST Sh. No. 2Checked By M. M.Waselus

TABLE OF CONTENTS

1.0 PURPOSE ................................. 32.0 CONCLUSIONS and RECOMMENDATIONS .................................. : . 33.0 INPUT and ASSUMPTIONS ................................. 43.1 Reactor Core Sources .................. . . . ... . . 53.2 Fuel Damage from CRDA ............................ , ... 73.3 Transport of Activity to the Environment .. 83.4 Control Room Habitability Design Parameters.................................8............................................83.5 Dose Parameters ................................ 93.6 Dispersion Parameters ................................ ......... 94,0 M ETHOD ................................................... ,........................................I................*......................... ............. 104.1 Applicability of Design Basis Analysis ........................... 104.2 Condenser Activities Available for Release to the Environment ............................................ 14.3 Radiological and Transport Model ............................................ 134.4 Releases from Mechanical Vacuum Pump at Low Power ......................................... ,.,.,,,.,.145.0 RESULTS ......................................... 156.0 REFERENCES ......................................... 16Attachment 1 RADTRAD Control File Release Fraction and Timing CRDASSES AST 2000_melt.rf

............................................. 1.................................................................................................................... 18Attachment 2 RADTRAD Control File Dose Conversion File CRDAExpanded Fgrl 1&1 2.inp . 20Attachment 3 RADTRAD Control File Inventory File CRDAA_SSESAST.nif .31Attachment 4 RADTRAD Output CRDA_500cfm_2000_noCREOAS.out .40Attachment 5 RADTRAD Output CRDA_500cfimMVP_30_noCREOASAST.out .61


Dept. Q341 Rad& EffIFeh. PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE Calc. No. EC-RADN-1 127Designed By K Weise and Offsite Doses - AST Sh. No. 3Checked By M. M.Waselus

CONTROL ROD DROP ACCIDENT CRHE AND OFFSITE DOSES -AST

1.0 PURPOSE

This calculation documents the design basis evaluation of the Control Room HabitabilityEnvelope (CRHE) and offsite radiological doses following a postulated control rod dropaccident (CRDA) using the Alternate Source Term (AST) methodology described in USNRCRegulatory Guide 1.183 (Reference 1). The doses are calculated using the RADTRADcomputer code (Reference 4).

The previous calculations EC-RADN-1 073 (Reference 8) and EC-RADN-1 I11 (Reference 7)used the TID-14844 methodology described in NUREG-0800, SRP 15.4.9 (Reference 2).

2.0 CONCLUSIONS and RECOMMENDATIONS

The offsite dose acceptance criteria for the CRDA is provided in USNRC Regulatory Guide1.183, Table 6. The CRHE dose acceptance criteria for the CRDA is provided in IOCFR50.67,Accident Source Term, subsection 10CRF50.67(b)(2)(iii). The offsite dose acceptance criteriais 6.3 Rem TEDE at the exclusion area boundary (EAB) and the low population zone (LPZ).The CRHE dose acceptance criteria is 5 Rem TEDE.

Two CRDA cases were analyzed. The first case adhered to the guidance in Regulatory Guide1.183 and is applicable when the plant is at power. The results are based on a postulated2000 rods failing in the core. The second case is during low power operation with themechanical vacuum pump (MVP) running. At low power with fewer than 30 rods failing, mainsteam line dose rates may be too low to be reliably sensed by the MSLRMs to generate a tripsignal for the mechanical vacuum pump. Failure to trip the vacuum pump would result in anunfiltered release of fission products to the environment from the turbine building vent stack.The reported doses for both cases are:

Dose Summary for Control Rod Drop Accident

2000 Failed Rods 30 Failed Rodswith Condenser with

Leakage MVP RunningTEDE, rem TEDE, rem

Acceptance Criterion -636.

OffsiteEAB 0.19 2.3LPZ 0.05 0.18

Acceptance Criterion- 5.0 5.0CRHE . 0CRHE 0.49 1.8

Acceptance Criterion - in

._alft


Dept. 0341 Rod &- Eff Tech. PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE Calc. No. EC-RADN-1 127Designed By K Weise and Offsite Doses - AST Sh. No. 4

Checked By M. M.Waselus

__ __ __ __ _ __ __ __ _ I_ I~ I__ _ _ _ _ _ _ __ _ _ _ _ _ _ _ I _ _ _ _ _ _ _ _ _ _ _ _ _

3.0 INPUT and ASSUMPTIONSThe input data and assumptions used in this analysis are described in this section andsummarized in Table 1.

Table 1Control Rod Drop Analysis Input and Assumptions Summary

Description

Core Thermal Power

Number of Fuel Bundles in Core

Number of ATRIUM-10 Rods perBundle

Core Inventory (CiIMWt)

Number of Fuel Rods Damaged byCRDA

Fuel Melting in Damaged Rod

Core Radial Peaking Factor

Gap Activity Released to ReactorCoolant from Damaged Rods

Fraction of Fuel Activity Released toReactor Coolant from Melted Regions

Activity in Reactor Coolant Transportedto Condenser

Activity in the Condenser Available forRelease to Environment

Leak Rate from Condenser toEnvironment

Removal Rate from Condenser toEnvironment with MVP running

Number of Rods Damaged by CRDANeeded to Cause MVP Trip andIsolation

Radiolodine Species Released fromCondenser

Holdup in Turbine Building

Accident Duration

CRHE Volume

Value

4032 MWt

764

87.8

Table 2

2,000

0.77%

1.6

10% noble gases and iodines12% Cs and Rb

100% noble gases50% iodinesTable 3 - others

100% noble gases10% iodine1% others

100% noble gases10% iodine1 % others

1 %/day

1212%/6Iday

30

97% Etemental3% Organic

None

24 h

518,000 ft3

Source

Reference 5

Reference 6

See section 3.1

Reference 13

See section 3.2

See section 3.2

Reference 14

RG 1.183, Appendix C

RG 1.183, Table I andAppendix C

RG I.183, Appendix C

RC 1.183, Appendix C


Reference 8

Reference 8

RG 1-183, Appendix C



Reference 9

IAccident Duration Z4 n-A. .

Ku( 1.1 atj, Appenoix uI -I


Dept. 0341 Rad & Eff Tech. PROJECT:lDate Augnust 15. 2005 Control Rod Drop Accident CRH-E Calc. No. EC-RADN-1 127Designed By K Weise and Offsite Doses - AST Sh. No. 5Checked By M. M.WaseLus

Table IControl Rod Drop Analysis Input and Assumptions Summary

Description

CRHE Isolation and CREOAS Start-up

CRHE Air Intake Flow

CRHE Unfiltered Inleakage

CRHE Ingress/egress Flow

Operator and Offsite Breathing Rates

Value

None

6391 cfm (maximum)

500 crm

10dcm

3.5E-04 m3 /s onsite and offsite1.8E-04 m3 Is offsite 8 to 24 h

1.0 for 24 hEAB: 8.3E-04 s/m3, 0to2 hLPZ: 4.9E-05 s/m3, 0 to 8 h

3.5E-05 sIm3 B to 24 h

Table 4

Source

See section 3.3

Reference 20

See section 3.4

RG 1.183

Operator Occupancy Factors

Ofrsite X/Q

RG 1.183

Reference 10

Reference 12CRHE X/Os

3.1 Reactor Core Sources

1. Core thermal power used for this accident is 4032 MWI per SSES EPUMELLAI DesignReport Request T0200, Core Design. (Reference 5). The thermal power is taken as102% of the 3952 MWt uprate reactor power.

2. There are 764 ATRIUM-10 fuel bundles in the reactor core (EC-PUPC-1001, TablesA28-5 and A28-7, Reference 6).

3. There are 87.8 rods per ATRIUM-10 bundle averaged over the core. The total numberof equivalent fuel rods per bundle is based on information in Reference 11 as follows: I

Total # Rod Locations 91# Full Length Rod Locations 83# Part Length Fuel Rod Locations 8Full Length Fuel Active Height, inch 149.45Part Length Fuel Active Height, inch 90.0

From this data, the equivalent number of full length rods per bundle is:

No. Rods per bundle = 1(83 x 149.45) + (8 x 90] 1 149.45 = 87.8

4. End of cycle reactor core inventories are given in Table 2. The AST nuclide activitiesare for a core with average bum up of 39 GWD/MTU using 4.25 wt% and 4.50 wt%enrichment ATRIUM-10 fuel (EC-FUEL-1615, Reference 13).

vom widtipt~rit mi Irmuu; - tv mu ts 1-U 0- C i, r~i iu u ia,.


Dept. 0341 Rad & EffTech. PROJECT:Date Aueust 15. 2005 Control Rod Drop Accident CRHE Calc. No. EC-RADN-1 127Designed By K Weise and Offsite Doses - AST Sh. No. 6Checked By M. M.Waselus

Table 2Core Activity at End of Cycle

NuclideCo-58Co.60Kr-83mKr-85Kr-85mKr-87Kr-88Kr-89Rb-86Sr-89*Sr-90Sr-91Sr-92Y-90Y-91'Y-92Y-93Zr-95Zr-97Nb-95Mo-99Tc-99mRu-103Ru-105Ru-t06Rh-105Sb-f27Sb-129Te-127Te-127mTe-i29Te-129mTe-131mTe-132

Activity,Ci

5.91 E+053.1 9E+051.31 E+071.48E+062.68E+075.37E+077.45E+079.24E+072.17E+051.03E+O81.31 E+071.31E+081.39E+08I .36E.071.34E+08I1.40E+081 .07E+081 .92E+081 .90E+081.92E+082.02E+08,1.79E+081.72E+081.19E+086.85E+071.ltE+089.40E+063.47E+079.32E+061 .59E.063.29E+076.66E+062.15E+071,.54E+08

Activity,Ci/MWI

1.47E+027.91 E+013.25E+033.67E+026.65E+031.33E+041.85E+042.29E+045.38E+012.55E+043.25E+033.25E+043.45E+043.37E+033.32E+043.47E+042.65E+044.76E+044.71 E+044.76E+045.01E+044.44E+044.27E+042.95E+041.70E+042.76E+042.33E+038.61 E+032.31 E+033.94E+028.16E+031.65E+035.33E+033.82E+04

Nuclide1-1311-1321-1331-1341-135Xe-t31 mXe-133mXe-1 33Xe-135mXe-1 35Xe-1 37Xe-138Cs-134Cs- 36Cs-1 37Ba-139Ba-140La-140La-141La-142Ce-141Ce-143Ce-144Pr-143Nd-147Np-239Pu-238Pu-239Pu-240Pu-241Am-241Cm-242Cm-244

Activity,Ci

I1.07E+08I1.57E+082.22E+OB2.45E+082.1IiE+081.47E+066.99E+062.12E.084.63E+077.03E+072.02E+081 .69E+082.30E+077.34E+061 .73E+07I1.95E+081 .96E+082.09E+081 .78E+081.74E+08I1.80E+081.67E+081.51 E+081.61E+087.24Ei072.12E+094.56E+054.83E+047.79E+04I1.92E+072.64E4-046.67E+063.90E405

Activity,Ci/MWt

2.65E+043.89E+045.51 E+046.08E+045.23E.043.60E+021 .73E+035.26E+04I. ISE+041 .74E+045.01 E+044.69E.045.70E+031 .82E+034.29E+034 .84E+044.86E+045.18E+044.41 E+044.32E+044.46E+044.14E+043.75E+043.99E+041.80E+045.26E+051.1 3E+021.20E4011 .93E+014.76E+036.30E+001 .65E+039.67E+01

Notes:1. Core activity from EC-RADN-1615, Table 3.12. Core power at 4032 MWt3. Kr-89, Xe-1 37 and Xe-1 38 neglected due to short half lives.4. Xe-1 31 m is neglected due to its small yield.


Dept. 0341 Rad & Eff Tech. PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE Caic. No. EC-RADN-1 127Designed By K Weise and Offsile Doses - AST Sh. No. 7Checked By M. M.Waselus

_ I_

3.2 Fuel Damage from CRDA

1. 2000 fuel rods are assumed to experience cladding damage as the result of a CRDA.Currently, 1000 rods are assumed in the CRDA design basis accident for the pre-upratecore in accordance with EC-PUPC-1001 and EC-RADN-111 (References 6 and 7).Compliance check calculations are performed for each unit and cycle to verify that thenumber of rods is less than 1000. For these compliance checks, rods with 170 cal/gmor more energy deposited in the fuel are assumed to fail. It is expected that that thenumber of rods will not substantially change based on favorable results fromcompliance checking analyses and on scoping studies performed for extended poweruprate. In order to establish a conservative bound for assessing accident doses, it isassumed that 2000 fuel rods fail.

2. No fuel melting is postulated for the CRDA (Reference 19). However, 0.77% of the fuelwithin a failed fuel rod is assumed to melt. This fuel melt assumption is intended toensure compatibility with the same assumption made in GE's Topical Report NEDO-31400A, which evaluated the elimination of certain main steam radiation monitor(MSLRMs) safety functions (Reference 15).

SSES's original design relied on the MSLRMs to provide early indications of gross fuelfailures and input to the reactor protection system trip, MSIV trip closure, main steamline drain line valve closure, and mechanical vacuum pump trip. NEDO-31400A was ageneric safety evaluation justifying the removal of some of the MSLRM functions inorder to reduce inadvertent scram frequency. The NRC found the safety evaluationacceptable for use by licenses provided they complied with requirements identified bythe NRC. The CRDA was the bounding accident impacted by the MSLRM change andaddressed in NEDO-31400A. I

SSES relied on NEDO-31400A in its safety evaluation of the removal of the MSLRMinput functions (50.59 Safety Evaluation E-01-1, MSLRM MSIV Closure and ScramDeletion, Reference 18). As part of SSES's evaluation, EC-RADN-1 111 was performedin order to assess the impact of fuel melt relative to the licensing basis CRDA analysis'.EC-RADN-1 111 neither used the AST methodology nor determined CRHE doses.Inclusion of fuel melt assumption here provides information on the potential impact offuel melt and similarity to assumptions invoked in NEDO-31400A's generic analyses.

3. The activity release assumes the breached rods have operated with a radial peakingfactor of 1.6. This factor corresponds to the worst case fuel bundle considered in SSESfuel handling accidents (Reference 14, Table 8.1).

4. The gap release is 10% of the core inventory noble gases and iodines, and 12% of thealkali metals (taken as Cs and Rb). These fractions are based on Regulatory Guide1.183, Table 3, Note 11.

5. The release to the reactor coolant attributed to fuel melting consists of 100% of thenoble gases and 50% of the iodines within the region that melts per Regulatory Guide

1 NEDO-31400A and EC-RADN-1 111 used the TOD 14844 methodology.

noble gases and 50% of the iodines within the region that melts per Regulatory Guide

- -


Dept. 0341 Rad & Eff Tech. PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE CaIc. No. EC-RADN-I 127Designed By K Weise and Offsite Doses -AST Sh. No. 8Checked By M. M.Waselus

1.183, Appendix C.1. Solids released from the melted fuel are in accordance with thefractions shown in Regulatory Guide 1.183, Table 1.

6. Thirty fuel rods are required to reliably cause the MSLRMs to generate a high-high mainsteam radiation signal to initiate an automatic trip of the mechanical vacuum pump.This number was determined for a core with 79 rods per bundle, a radial peaking factorof 1.5, and power of 3616 MWt (EC-RADN-1073, Reference 8). With the uprate corewith ATRIUM-10 fuel, the corresponding number of fuel rod perforations required togenerate a high-high radiation signal is

No. of Rods = 30 rods * (87.8 rods ner bundle 179 rods Per bundle) (3616 MWt * 1.51(4032 MWt 1.6)

or 28 rods. Therefore, 30 rod perforations will be retained in this calculation as thenumber needed to cause the mechanical vacuum pump to trip.

3.3 Transport of Activity to the Environment

The transport assumptions identified in this section are from Regulatory Guide 1.183,Appendix C. The assumptions are similar to NUREG-0800, SRP 15.49 guidance used inprevious SSES licensing basis CRDA accident analyses2 .

1. Activity released from the fuel is assumed to instantaneously mix in the reactor coolant.Of this activity. 100% of the noble gases, 10% of the radiolodine, and 1% of theremaining nuclides are assumed to reach the condenser and turbine.

2. Of the activity reaching the condenser and turbine, 100% of the noble gases, 10% of theiodine, and 1% of the particulate nuclides are available for release to the environment.

3. The turbine and condenser leak to the atmosphere at 1% per day for 24 hours, afterwhich time, the lealage is assumed to terminate.

4. If the mechanical vacuum pump is running, it removes activity from the main condenserat the rate of 1212%tday (Reference 8). The rate is based on a realistic condenservolume of 195,000 ft3 and extraction of non-condensable gases at 75 cfm by themechanical vacuum pump.

5. Radiojodine chemical species released from the main condenser/turbine is 97%elemental and 3% organic iodine.

3.4 Control Room Habitability Design Parameters

1. No credit is given for isolation or filtration of the CRHE's air supply. The control roomemergency outside air filtration system (CREOAS) does not automatically start-up for

2 SRP 15.4.9's activity transport considered noble gases and iodines. The AST methodology now also considersthe alkali metals when no fuel melt occurs plus other core solids if fuel melt occurs.


Dept. 0341 Rad & Eff Tech. _ PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE Caic. No. EC-RADN-1 127Designed By K Weise and Offsite Doses - AST Sh. No. 9Checked By M. M.Waselus

this accident. Manual actuation by the control room operator is possible, but is notcredited.

2. The CRHE's nominal CREOAS inlet air flow rate is 5810 cfm. This analysis uses 6391cfm, the maximum value for which the system is in compliance with TechnicalSpecification 5.5.7 (Reference 20). The use of the maximum flow rate results in thegreatest uptake of activity during the accident.

3. Unfiltered inleakage is 500 cfm. This amount bounds the leakage and error band fromthe December 2004 CRHE tests. Unfiltered ingress/egress leakage through doors of 10cfm is assumed based on NUREG-0800, SRP Section 6.4.

4. The control structure habitability envelope volume is 518,000 cu ft (EC-030-0502,Reference 9). The control room with volume of I 10,000 ft3 is located within this volume.The CRHE and control room are served by CREOAS.

3.5 Dose Parameters

1. Offsite breathing rates are 3.5E-04 m3/s for the first 8 hours and 1 .8E-04 m3/s for 8 to 24hours. The breathing rate for CRHE personnel is 3.5E-04 m3/s These breathing ratesare identified in Regulatory Guide 1.183.

2. Control room occupancy is based on a maximum exposed individual. This accidentduration is 24 hours and the individual is assumed present in the control room 100% ofthe time during this period. The occupancy is consistent with the recommendations ofRegulatory Guide 1.183 and NUREG-0800, SRP Section 6.4.

3. Doses are calculated in terms of the TEDE as required by Regulatory Guide 1.183. Thedose conversion factors for the CEDE are based on Federal Guidance Report 11 andthe EDE on Federal Guidance Report 12. The dose conversion factors adopted fromFGR 11 and 12 are shown in Reference 4, Table 1.4.3.3-2. Three additional noble gasnuclides (Kr-83m, Xe-133m and Xe-135m) were added to the RADTRAD doseconversion library. The dose conversion factors have been recompiled into aRADTRAD file for this AST calculation and are included as Attachment 2.

3.6 Dispersion Parameters

1. x/Q for the EAB is 8.3E-04 s/m3 (0 to 2 h). X/Q values for the LPZ are 4.9E-05 s/in 3 (0to 8 h) and 3.5 E-05 s/m3 (8 to 24 h) (EC-ENVR-1057, Tables 2.3-92 and 2.3-105,Reference 10).

2. Ground level releases are assumed from the turbine building vents via the turbinebuilding's normal ventilation system. Two sets of CRHE x/Qs are shown in Table 3.The sets correspond to the CRHE's new air intake (Unit 2 reactor building) location (EC-ENVR-1 059, Reference 11).


Dept. 0341 Rad & Eff Tech. _ PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE Calc. No. EC-RADN-1 127Designed By K Weise and Offsite Doses - AST Sh. No. 10Checked By M. M.Waselus

Table 3CRHE XIQ Values Without Occupancy Correction

RB Unit 2 CRHE Outside Air Intake Location0to2h 2to8h 8to24h

X/Q, X/Q. X£O.Release Point s/M 3 s/m 3 s/rm3

TB Unit 1 Exhaust Vent 1.24E-03 9.55E-04 3.14E-04TB Unit 2 Exhaust Vent 1.36E-03 1.03E-03 3.36E-04

Notes:1. ARCON96 values from EC-ENVR-1059.

4.0 METHODThe offsite and CRHE doses are calculated using the RADTRAD 3.03 computer program andthe input and assumptions listed in Table 1. The RADTRAD control files used in the model areprovided in Attachments 1, 2 and 3.

4.1 Applicability of Design Basis AnalysisThe pre-AST design basis CRDA analysis for SSES follows the guidance in NUREG-0800,SRP Section 15.4.9. This guidance, like Regulatory Guide 1.183, Appendix C, presumed theinstantaneous transport of radioactivity from failed fuel to the condenser/turbine, which thenleaks to the environment at 1%/day from the isolated condenser. Regulatory Guide 1.183'smethodology is also bounding although SSES's condenser is not initially isolated for a CRDA.The MSIVs and main steam drain lines no longer automatically trip closed following a CRDA.The operators manually scram the reactor and close all MSIVs and drain line valves in theevent of a main line steam radiation monitor (MSLRM) high radiation alarm in accordance withprocedures ON-1 79-001 and ON-279-001 (Reference 27). The MSLRMs in the original SSESdesign provided input to automatically trip the MSIVs and drain line valves closed on a high-high radiation trip. These MSLRM trip functions were eliminated (as well as input to the RPS)as part of BWR generic efforts to reduce spurious reactor scrams and reactor vessel isolations(Reference 18).A second flow path from the condenser is through the steam jet air ejectors (SJAEs). If theSJAEs are running, CRDA activity is transported from the condenser and processed in theoffgas system. The SJAEs operate until manually shutdown in response to alarms from thepretreatment offgas system radiation monitor alarms (SSES Improved Technical Specification3.7.5 and SSES Technical Requirements Manual 3.7.7, References 18, 21 and 23).

Justification for removal of the MSLRM functions and the acceptability of the offgas pathwayincluding manual shutdown are based on the safety evaluations in NEDO-31400A (Reference15) and 50.59 Safety Evaluation E-01-1, MSLRM MSIV Closure and Scram Deletion(Reference 18).

15) and 50.59 Safety Evaluation E-01-1, MSLRM MSIV Closure and Scram Deletion


Dept. 0341 Rad & Eff Tech. PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE CaIc. No. EC-RADN-1 127Designed By K Weise and Offsihe Doses - AST Sh. No. I IChecked By M. M.Waselus

Regulatory Guide 1.183, Appendix C's methodology remains bounding without automaticclosure of the MSIVs or shutdown of the SJAEs. The assumption in Regulatory Guide 1.183 ofthe instantaneous release and transport of radioactivity to the condenserlturbine essentiallygives no credit to the closure of the MSIVs. With sufficient steam available, the SJAEs operateand some of the activity in the condenser is transported to the augmented offgas system.

The dose resulting from radioactivity released through the augmented offgas system prior to itsmanual shutdown is small and can be neglected. Iodine releases are accepted as negligible inNEDO-31400A because of the retention of Iodine in the offgas system's large charcoal beds.Similarly, NEDO-31400A demonstrates that hold-up of the noble gases by the offgas systemcan result in greatly reduced offsite doses. SSES's offgas system has activated charcoal hold-up times of 65 hours for kryptons and 39 days for xeons (Reference 18). With these hold-ups,the estimated dose at the SSES EAB due to-noble gases is less than 0.09 rem (2000 rods withmelt) assuming no shutdown of the SJAEs and offgas path3. The SJAE and offgas pathway'sdose is small compared to the dose resulting from condenser/turbine leakage assumed inRegulatory Guide 1.183. In fact, processing some of the condensers activity would have a netbeneficial effect since it becomes unavailable for leakage to the environment.

Certain other MSLRM isolation functions have been retained to control post-CRDA doses. Ahigh-high radiation signal from MSLRM UA" or "B" shuts down the condenser's mechanicalvacuum pump, if running, and closes its suction valves. This eliminates a potentialunprocessed offgas release from the turbine building. (The vacuum pump is run at low loadsprior to startup of the SJAEs, and then shutdown.) The MSLRM's trip output also closes thereactor recirculation sample valves, which isolates a potential path via the reactor building.These functions are covered in the Improved Technical Specifications (References 21, 22. 23).

4.2 Condenser Activities Available for Release to the EnvironmentTable 4 summarizes the release paths from the fuel to the main condenser. The fractionsshown in the table are derived from Regulatory Guide 1.183 and are summarized in sections3.2 and 3.3 above.

The estimated dose follows directly from the evaluation in Reference 18, Table 2. Table 2 shows that SSES'sEAB dose is only 8.9% of tse generic 0.55 rem licensing basis dose determined in NEOO-31400A. Using 2000failed rods (instead of 1000 failed rods assumed In Reference 18) and the updated site X/Qs (Reference 10), theEAB dose is less than 17.8% of the NEDO-31 400A dose, or 0.09 rem .

3The estimated dose follows directly from the evaluation in Reference 18, Table 2. Table 2 shows that SSES's


Dept. 0341 Rad & Eflf Tech. PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE CaIc. No. EC-RADN-l 127Designed By K Weise and OQfsite Doses - AST Sh. No. 12Checked By M. M.Waselus

Table 4Release and Transport Pathway Fractions from Fuel to Environment

Nuclide GroupNobleslodinesAlkalisTellriumsBa, SrNoble metalsLanthanidesCeriumrs

Failed FuelGap to Coolant

f-g0.10.10.12

0

00a

Melted FuelCore to Coolant

f-m1

0.50.250.050.02

0.00250.00050.0002

FractionCoolant toCondenser

fU1

0.10.010.010.010.010.010.01

FractionCondenser to

Releasef21

0.10.010.010.010.010.010.01

Notes:1. Release fractions from RG 1.183, Tables 1 and 3.2. Transport fractions from RG 1.183, Appendix C.

The fraction Fc- of the core activity available for release from failed rods is

Fc-i = Fr * fg-i ' f-I . f2

The fraction Fd-I of the core inventory available for release from melted rods is

Fd. = Fm Fr fm-i * f14 * f24

where -

Fr - fraction of failed rods in the reactor core

Fm = fraction of melted fuel in failed rods

fg - gap release fraction of activity from damaged rods for group i

fM-i = melt fraction of activity from damaged rods released to the coolant for group

f,1 =- fraction of activity in the coolant that reaches the condenser for group if= fraction of activity in the condenser available for release to the environment

for group i

EUI Y3uu I


Dept. 0341 Rad & Eff Tech. PROJECT:Date August 15, 2005 Control Rod Drop Accident CRIHE Cac. No. EC-RADN-l 127Designed By K Weise and Offsite Doses - AST Sh. No. 13Checked By M. M.Waselus

The total available activity release by nuclide group Ft-, is the sum of the respective Fc- and Fd .1values. The total release fractions are shown in Table 5. These values are used in theRADTRAD release fraction and timing (.rft) file to specify the activities available for releasefrom the condenser.

Table 5Fractions of Core Inventories

Available for Release from Condenser

Fuel bundles in core 764Average no. rods per fuel bundle 87.8Rods with failed clad 2000Percent of faded rods in core, F r 2.98%Percent of failed rod melted, Fm 0.77%

Fuel Failure Fuel Melt TotalNuclide Group F-c F.d F_t

Nobles 2.98E-03 2.30E-04 3.21 E-03lodines 2.98E-05 1.15E-06 3.10E-05Alkalis 3.58E-07 5.74E-09 3.64E-07Tellriums 0 1.15E-09 1.15E-09Ba, Sr 0 4.59E-10 4.59E-10Noble metals 0 5.74E-1 1 5.74E-1 ILanthanides 0 1.15E-11 1.15E-11Ceriums 0 4.59E-12 4.59E-12

4.3 Radiological and Transport Model

RADTRAD 3.03 is used for the dose models and calculations. The model consists of the maincondenseriturbine, CRHE and environment compartments with four interconnecting transportpathways.

The activity is released immediately to the condenser/turbine compartment. Activity is thenleaked from the compartment at the rate of 1 Hliday to the environment. The release isterminated at 24 h. Offsite and CRHE doses are calculated using the input parametersdescribed in sections 3.4 to 3.6 above.

The worst case XIQ corresponding to the unit 2 turbine building exhaust vents shown in Table4 are used for the CRHE dose assessment. The total CRHE unfiltered inleakage is 510 cfm.The air intake is 6391 cfm throughout the accident with CREOAS not credited.

Nuclide release (.rft) and dose conversion factor (.inp) files are shown in Attachments I and 2.Nuclide inventories appear in the nuclear inventory (.nif) file in Attachment 3. Theseinventories are on a normalized Ci/MWt core basis. Observe that the radial peaking factorused in the calculation is applied as a source multiplier to the condenser/turbine compartment

Nuclide inventories appear in the nuclear inventory (.nif) file in Attachment 3. These


Dept. 0341 Rad & Eff Tech. PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE Calc. No. EC-RADN-1 127Designed By K Weise and Offsite Doses - AST Sh. No. 14Checked By M. M.Waselus

in the RADTRAD model. The physical and flow models are shown as part of the RADTRADinput in Attachment 4.

4.4 Releases from Mechanical Vacuum Pump at Low Power

The mechanical vacuum pump draws non-condensable gases from the main condenser anddischarges to the turbine building vent stack. The vacuum pump's period of operation isrelatively short, usually during start-up from criticality to a maximum of 5% reactor power. TheMVP operates prior to start-up of the SJAEs.

A CRDA with limited rod damage could result in the MSLRM's high-high setpoint not beingreached. The mechanical vacuum pump would not be automatically shutdown and isolated.In this case there is an unfiltered release path for fission product activity to the environment.4

Approximately 30 rods need to perforate in order for the high-high radiation setpoint to bereached. The number of rods corresponds to an analytical limit of 30X full power backgroundmain steam radiation without hydrogen injection (Reference 8). The nominal setpoint is S 15Xfull power background per the Technical Requirements Manual, Table 2.2-1. item 2.2.10.1(Reference 24).

Bounding calculations are performed for offsite and CRHE doses. The calculations are similarto the design basis CRDA analysis described above. 30 rods are assumed damaged and themechanical vacuum pump continues to operate for 24 hours. No credit is taken for CRHEisolation.

The physical model is the same as Attachment 5 with the exceptions that the main condensercompartment source multiplier and leakage path are modified. The source multiplier isreduced to account for 30 rods instead of 2000 rods failing. The condenser leakage path isincreased to 1212%/o/day to account for operation of the mechanical vacuum pump, see section3.3, input #6.The release fraction and timing file, dose conversion, and nuclide inventory files are the sameas the design basis analysis. The output is in Attachment 5.

4 Procedure ON-070-001 (Reference 28) for investigation of turbine building abnormal releases identifies themechanical vacuum pump as a possible source. ON-070-001 advises shutting down the pump to determine if thecondenser is the source of high radiation.

A- - - -

PP&L.CALCULATION SHEET

Dept. 0341 Rad & Eff Tec. PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE Calc. No. EC-RADN-I 127Designed By K Weise and Offsite Doses -AST Sh. No. 15Checked By M. M.WaseIus_

5.0 RESULTSThe reported offsite and CRHE doses based on the results of the RADTRAD computer runsare listed in Table 6.

Table 6Offsite and CRHE Dose Results - Control Rod Drop Accident

2000 Failed Rods withCondenser Leakage

TEDE, rem6.30.190.05

30 Failed Rods withMVP RunningTEDE, rem

6.32.3

0.18

Acceptance Criterion - OffsiteEABLPZ

Acceptance Criterion - CRHECRHE

5.00.49

5.01.8

Notes:1. RADTRAD output files are in Attachments 4 and 5.2. CRHE doses do not credit operation of CREOAS.3. Accident duration is 24 hours.

The EDE doses included in the TEDE are based on the CRHE volume of 518,000 ft3 used inRADTRAD. No additional finite cloud reduction for the actual control room volume of 110,000ft3 is applied since the EDE contributions are small contributors (-6%) to the reported CRHETEDE doses.


Dept. 0341 Rad & Eff Tech. PROJECT:Date Aueust 15. 2005 Control Rod Drop Accident CRIE Calc. No. EC-RADN- 1127Designed By K Weise and Offsite Doses -AST Sh. No. 16Checked By M. M.Waselius

6.0 REFERENCES

1. USNRC Regulatory Guide 1.183, Alternative Radiological Source Terms For EvaluatingDesign Basis Accidents At Nuclear Power Reactors, July 2000.

2. NUREG-0800, USNRC Standard Review Plan Section 15.4.9, RadiologicalConsequences of a Control Rod Drop Accident, Revision 2.

3. NUREG-0800, USNRC Standard Review Plan Section 6.4, Control Room HabitabilitySystem, Revision 2.

4. NUREG/CR-6604 and Supplements, RADTRAD: A Simplified Model for RADionuclideTransport and Removal And Dose Estimation, 6/8/99.

5. EPUMELLLA4 Design Input Request T0200Core Design, Rev. 0.6. Calculation EC-PUPC-1 001, NEDC-32161 P, General Electric Power Uprate

Engineering Report for Susquehanna Steam Electric Station, Revision 6, 5/24/04.7. Calculation EC-RADN-1 111, DCP 294805 & 294809: Control Rod Drop Accident Offsite

Doses (Design Basis Analysis), Revision 0, 11/19/02.8. Calculation EC-RADN-1073, Updated Main Steam Line Radiation Monitor Setpoint

Analysis - Radiological Evaluation, Revision 0, 2/25/98.9. Calculation EC-030-0502, Control Structure Bldg. Volume, Revision 0, 12/17/93.10. Calculation EC-ENVR-1 057, Offsite X1Q Values for the SSES Based on 1999-2003

Meteorological Data, Revision 0.11. PPL Calculation EC-FUEL-1 186, Fuel Component Weights, Revision 1.12. Calculation EC-ENVR-1059, CRHE Accident Dispersion Factors (x/Q) RB U2 Intake,

Revision 0.13. Calculation EC-FUEL-1 615, AREVA Alternate Source Term (AST) Fission Product

Inventory for Atrium-10 Fuel, Revision 1.14. Calculation EMF-2851(P), Susquehanna Unit 2 Cycle 13 Reload Licensing Analysis

Report, Supplemental I Workscope, Revision 0, January, 2004.15. General Electric Topical Report, NEDO-31400A, 'Safety Evaluation for Eliminating the

Boiling Water Reactor Main Steam Isolation Valve Closure Function and Reactor ScramFunction of the Main Steam Line Radiation Monitor", October 1992.

16. FGR 11 Federal Guidance Report No. 11, 'Limiting Values of Radionuclide Intake andAir Concentration and Dose Conversion Factors for Inhalation, Submersion, andIngestion", 1988.

17. Federal Guidance Report No. 12, "External Exposures to Radionuclides in Air; Water;and Soil Based on the 1987 Federal Radiation Protection Guidance", 1993.

18. 50.59 Safety Evaluation E-01-1, MSLRM MSIV Closure and Scram Deletion, June 19,2003.

19. PLI-93490, EPU Failed Fuel Pin Impacts for AST Events FEHA and CRDA, April 19,2005.

19. PLI-93490, EPU Failed Fuel Pin Impacts for AST Events FEHA and CRDA, April 19,


Dept. 0341 Rad & Elf Tech. PROJECT:Date August 15. 2005 Control Rod Drop Accident CRHE Caic. No. EC-RADN-1127Designed By K Weise and Offsite Doses -AST Sh. No. 17Checked By M. M.Waselus

20. SSES Improved Technical Specification 5.5.7, 'Ventilation Filter Testing Program',Amendments 178 and 186.

21. SSES Improved Technical Specification 3.7.5, "Main Condenser Off Gas', Amendments151 and 178. Bases for Improved Specification B 3.7.5.

22.SSES Technical Requirements Manual 3.3.11, "MVP Isolation Instrumentation", Rev. 1.,and BASES 3.3.11, Rev 1.

23. SSES Technical Requirements Manual 3.7.7, "Main Condenser Offgas PretreatmentLogarithmic Radiation Monitoring Instrumentation", Rev. 1.

24. SSES Technical Requirements Manual 2.0, "Plant Programs and Setpoints", Table 2.2-1, Rev 4.

25. CH-ON-003, -Chemistry Requirements for Plant Events", Rev. 16.26. ON-1 59-002 (Unit 1, Rev. 23) and ON-259-002 (Unit 2, Rev. 22), Containment Isolation.27. ON-1 79-001 (Unit 1, Rev. 0) and ON-279-001 (Unit 2, Rev. 0), 'Increasing OffgasIMSL

Rad Levels'.28.ON-070-001 (Rev. 13), Abnormal Gaseous Radiation Release/CAM Alarms.

EC-RADN-I 127 Attachment I Page 18

Attachment I RADTRAD Control File Release Fraction and TimingCRDA_SSESAST_2000_melt.rft

: I ' , i

EC-RADN-I 127 Attachment I

Release Fract'on and Timirg Name: CRDA-2000 rodsInszantanecusly

BVRDuration i(hkn Design 3asis Accident0.10OOOE-C2 0.000E+0 0.OOOOE+OO 0.OO0O+OEO

Nobie Cases:

Page 19w/nelt Release. Activity

0.3210E-02 O.OOOCE+00:odine:C.3100E-04 C.OO0E0203

Cesiun:0.3640E-06 O.OOOOE+C0

Tellarium:C.1150E-08 0.0000E-00

Stron.'-xn:0.4590Z-09 O.OOCOE+00

Bariurn:0.4590E-09 O.OOOOE+DO

Rut:- eni us,:0.5740E-l0 O.0000E+00

Cerium:0.4590E-11 0.0000E-00

Lanthanumr:0.1150E-10 O.OOOOE+00

Non-Radioactive AerosolsO.OOOOE+00 O.OOOOE+00

End of Release File

0.000E-00

0.0000E+00

O.OOQOE+00

0. CC00E00

0.OOOOE+C0

O.COOOE00

0.OOOOE+OC

O.OOOGE-O0

C.OOOOE+00(kg):0.000OE+G0

O.OOOOE+00

C.CCCOE-00

O.OOOOE+00

O.OOOOE+O0

0. 0000_-00

0.0O00E+00

0.OCCOE+00

0. OOOOE+00

O.OOOOE+00

0.000O0-00

EC-RADN- 127 Attachment 2 Page 20

Attachment 2 RADTRAD Control File Dose Conversion FileCRDA Expanded Fgr1 &1 2.inp

EC-RADN-1 127 Attachment 2 Page 21FGRDCF 1O24/95 03:24:50 beta-zest vers~on 1.:C, rincr FORTRAN fixes 5/4/95

I.T.picit daughter hlaflives (m) less :han 5O and :ess than 0.100 of oarent9 ORGANS DEFI!NED II THIS FILE:

GON.ADSEREASTLUI;CSRE) MARF.BCNE SURTHYROIDREMAItD-R -EFFECTIVESKIN (FGR)

63 NUCLIDES DEF1NED IN THIS FILE:Co-58 YCo-60 YKr-SSKr-85;Kr-87Kr-28Rb-86 CS:-89 YSr-SO yS:-91 YSr-92 YY-90 YY-S1 YY-52 YY-53 YZr-95 GZr-97 YNb-95 YXo-99 YTc-99c, bRu-103 Y2u-105 YRi-106 YRh-105 YSb-127 XSb-129 'Te-:27 WTe-_27n NTe-129 VITe-12S9 wTe-131rm ITe-1

3 2 W

1-131 D1-132 D_-_33 D

.-134 DI-135 DXe-133Xe-135Cs-134 DCs-;36 DCs-137 GRa-139 D6a-140 D.a-140 WLa-141 D.a-142 DCe-14 YCe-243 YCe-144 YPr-143 yNid-;47 YNp-239 NPu-238 YPu-231 YPu-240 YPu-241 YAsn-241 V.Cn-242 NCrn-244 NKr-S3rXe-133mXe- 35rn

Including :Y-91m

_ncluding:Nib-97m , ;ncluding:Nb-97

Incl-eding:Rh-103m

Includinq :Rh-106

Ircluding:Te-129:ncluding:Te-131

Includinc:Xe-135:j

;ncluding:Ba-137m

Including:Pr-' 44D, Including:Pr-144

AddedAddedAdded

CLOUDSHINE GROUND GROUND GROUND INHALEDSHINR 9HR RHTMR. 7nAY SHINE RATF ACUTE

N

INHALED 'NGESTIONCHRCONTC

Cm-244WrA 'A.

EC-RADN-1 127 Attachment 2 Page 22Co-5eGO'WADSBREASTLJNGSRED MARREONE SUR-HYRO;DREMAINDEREFFECT:VESKIN (FGR)Co-60GONADSBREASTLJNGSRED MARRBONE SURTHYROIDREMAINDER-EFFECTIVE

SKIN (FGR)K!r-85GOYADSBREASTLUNGSRED MARRBONE SURTHYROIDREMAINDEREFFECTIVESK-N (FGR)K--85rGONADSBREASTLUNGSRED MARRBONE SURTHYROIDREMAINiDEREFFECTIV2SKIN(FGR)Kr-e7GCNADSBREASTLUNGSRED MARRBCNE SURTHYROIDREMA:NDEREFFECTIVESKIN(FGR)Kr-88GONADSBREASI'LUNGSRED HARRBONE SDSTHYROIDREMAINDEREFFECTIVESKIN(FGOR)Rbh-86

4.6605-145.300E-144.64CE-144.530E-147.41GE-144.770C-144.440E-144.760E-145.5EOE-14

1.230E-131.39CE-131.240E-131.230Z-131.780E-13- .27CE-13

1.205E-131.260E-13:. 450E-13

2.867E-112.737E-l12.6'7E-112.671E-113.795E-'12.720Z-il2.585E-li2.132E-1l3.278E-il

7.056E-116.735E-116.5375-216.710E-1'8.956E-ll6.480-116.500E-1l6.76SE-li7.94BE-1l

5.828Z-105.565E-1S5.312SE-105.4305-107.716S-105. 53OE-105.255E-105.553E-106.664E-10

1.48GE-C91.413E-091.37.5-091.407E-091. 879E-C9'.3595E-091. 365E-091.419E-091. 667E-09

5.970E-16-1. COOE.OC.5. 205-.6-S 1.OG0E+30

9.100E-16-1-.000E-009.290E-16-1 .000Eo01.320E-15-1. 000E+009.4607E-16-1.000EOO8.950E-16-i.OOOE-O09.50CE-lf-l.COOE+OC1.140E-15-1.OOOE+00

2.450E-15-1.OOOE-002.340E-15-1.000+002.270E-15-1.OCOE+OO2.330Z-15-1.0000E+03.110E-15-1.000E-002.250E-15-1.00O+O02.260E-15-1.OOE+002.350E-15-l.OOOE-O02.76CE-15-1.OOOE-OG

6.170E-lO9.370E-101. 600_-OS9.230E-106.93CE-108.7203-101.505E-092.94CE-090. 000-co

; .040E-091.7905-1G8.5305--12.600E-101.250E-106.310E-111. 58CE-09S.090E-10C. 0003+00

4.760E-09 3.19CE-C91.84CE-G5 l.100E-O03.453Z-07 8.770E-101.720E-08 1.320E-091.350E-08 9.390E-10l.620E-09 7.880E-103.600E-08 4.970Z-095.910E-08 2.770E-09O.OOOE+00 0.000E-00

O.C000+00 0.000E+00C.000E+0O O.OOOE+000.000E+00 O.OOCE-000.000E-00 0.000E+00O.OOOE+00 O.OOO+000.000E+00 0.000-00O.OOOEC00 0.000E+0C0.0005+00 0.000E+00O.OOOE+00 0.000E-CO

1.170E-16 8.121E-141.340E-16 7.691E-14;.140E-16 7.056E-141.090E-16 6.998E-142.200E-16 1.287E-131.180E-16 7.459E-141.09CE-16 6.941E-14i.190E-16 7.603E-:41.320Z-;4 2.304E-1:

7.310i-15 2.594E-12e.410E-15 2.527Z-127.0405-15 2.379E-126.430E-15 2.346E-12

1.704E-12 2.820Z-18-1.OOE+001.656E-12 2.740E-18-1.000E-001.481E-12 2.450E-18-1.000G+001.469S-12 2.430E-18-1.000E+002.702E-12 4.4703-18-1.OOOE+001.565E-12 2.590E-18-1.000E+001.457E-12 2.41CE-16-1.000+001.596E-12 2.640S-:8-1.OOE+004.83SE-10 8.OCOE-16-1.000E-00

1.880E-147.330E-156.6405-157.4EOE-152.240E-14

4.000E-144.500E-144.040E-144.000S-146.020E-144.130E-143.910_-144.120E-141.3'10E-13

S.286E-122.3955E-122.313E-122.511E-122.247E-'1

4.962E-124.74CE-124.603E-3L24.70SE-126.514E-124.473E-124.595E-12

3.653_-123.560E-123.351E-123.304E-127.446'-;23.374E-123.257E-123.537E- 123.164E-1l

5.026E-124.802E-124.663E-124.7695E-126. 598E-124.531E-124.650E-12

1.530Z-16-1.00CS+00 0.000E+0C1.440E-16-1.OO0E-00 0.000E-001.42CE-16-1.000%+00 0.000E-003.200E-16-1.OO0E+08 0.000M+001.450E-16-2.OOOE-00 0.000E+001.400E-16-1.OOOE+00 0.OOCE-001.520E-16-1.OOOE+00 O.OOO+001.360E-15-1.ODOE400 0.000+00

1.570E-16-1.000E+00 0.0005+00 0.OOOE+000. 000-+00O. OOGE-CO0.009E+O0C .oOOS+OO0 .000EOO0.000E+OG0.000E+000. OOOE+00

4.773E-12 4.835E-128.802E-11 8.5i-21

7. 61CE-16-1. 000E+007.210E-16-1 .000E+007.060E-16-1 .000E007.220E-16-1.OOOE+009.990E-16-1.OO0E+006.860E-16-1.O0OE+007.040E-16-1.000E-007.320E-16-1.000O+001.35DE-14-1.0OOE+00

1.800E-15-1.000E+001.720E-15-1.OOOE+001.690E-16-1.OOOE+001.730E-15-i .0005+OO2.280E-15-1.ooo0+001.5905-15-1.000E+001.690E-15-1 .00DE-001.740E-15-1.000E+O04.43CE-15-1.005E+00

O.OOOE-OO 0.000E+OO0.0OOE+OO 0.000+OO0.000E+00 O.OOOE-00O.OOOE+00 0.0005E000.OGOE-00 0.000C+000.000E+0C O.OOCE+00O.OOOE+00 0.000£-000.000E-00 0.000+0C0.0005+00 0.000+00

0.0000 EOO .COOE+00O.OOOE'00 0.OOOE:+000.000E+00 0.000+00O.0ODOE400 O.OOO+000.000E-O 0.000E+OOO.OOOE+00 0.000+00O.OOOE+00 0.000-00o.OOOE-i.00 0.000o+00O.OOOE+CO 0.OOOE+OO

9.900--14 2.27BE-11I.110E-13 2.177E-11'.O1CE-13 2.139E-111.OOOE-13 2.190Z-ll1.3902-13 2.886E-111.030E-13 2.012E-119.790E-14 2.13SE-111.020E-13 2.202E-1ll1.350E-13 5.607E-11

GONADS 4.710£-15 2.78SE-12BREAST 5.340S-15 2.662E-12EUNGS 4.710E-15 2.553E-12RED MARR 4.640E-15 2.6195E-12BONE SUP. 7.050E-15 3.635E-L2THYROID 4.840E-15 2.599E-12REMAINDER 4.520E-15 2.542E-12EFFECTIVE 4.810E-15 2.665E-12SKIN(FGP) 4.850E-14 2.210E-10Sr-89 iGONADS 7.730G-17 7.155E-14BREAST §.080E-17 7.2}2E-14LUNGS 7.080E-17 5.689E-34RED PARR 6.390E-17 5.345E-14BONE SUR 1.9403-16 1.560E-13THYROID 7.600E-17 6.063E-14REMAINDER 6.710E-17 5.603E-14BREAST 9.080E-17 7.2}2E-14T.1l74rS I7 nRlF.-1 7N CG4V_1 J

2.655E-112.537E-l12.493E-ll2.552E-113.363E-1 12.345E-112.493S-1l2.567E-116.534 E-11

5.187E-124.953E-114.750E-114.873E-116.764E-1:4.836E-114.7295-114. 9587--114.111E-09

1.436E-121 .447E--21. 142E-121.073E-123.131E-121.217E-121.124E-121.447S-12I t. 1A,-1 2

9.740E-17-2.OOCE-00 1.340E-09 2.150E-0O9.300E-17-1.0005+00 1.33CE-09 2.1405-058.920E-17-1.000E+00 3.300_-09 2.140E-099.150E-37-1.OOOE+00 2.320E-09 3.720E-091.270E-16-1.OOOE-00 4.270E-09 6.860E-099.080E-17-1.000E+00 1.330E-09 2.1405-098.880E-17-1.000E+00 1.38DE-09 2.330E-099.310E-I7-1.OOOE 00 1.790E-09 2.530E-097.720E-15-1.OOE000 .OOOE00 O.OOO+00

2.490E-18-1.000E+002.510O-18-1.000E+001.980E-18-1.000E+001.660E-18-1. 000E+OO5.430E-18-1.000E+002.110E-'8-1.000E-001 .950S-18-1.000E+002.510E-18-1.000E+001 .090C-19-1 .000..00

7.950E-127.960E-128.350E-081.070E-101. 590E-1O7.96CE-123.970E-027.960E-129. 2go-os

8.050E-127.980E-127.970E-121.080E-101.610E-107.970E-128.250E-097.9580E-12a .03GE-12

EC-RADN-1127

EFFECTIVE 7.730r--SKI:f (FGR} 3. 650_-1S:-S5GONADS 1.780E-2BREAST 9.490:-1LUNGS 6.440Z-iRED HARR 5.440_-1BONE SUR 2.28012-lTH.YROID 7.330E-1REMAINDER 6.1:0E-1.FFCTIVE 7.530E-1

SKIN(FGR) 9.200E-2Sr-91GONADS 4.819Z-23REAST 5.4777-:LUNGS 4.S032-1RED MARR 4.69:E-1BONE SUR 7.6745-1THYROiD 4.938E-1REMAINDER 4.610E-'EFFECTIV- 4.924E-1SKIN(FGR) 9.938E-1Sr-92GONADS 6.61CE-iBREAST 7.480E-1LGNGS 6.670E-1RED I4ARR 6.62CE-1BOWE SUR 9.490E-1THYROID 6.E20E-1REXAINDER 6.45CE-1EFFECTIVE 6.790E-1SKIN(FGR) 8.560E-1Y-90

GONADS 1.89GE-1BREAST 2.200E-1LUNGS 1.77GE-1RED KARR 1.620E-1BONE SUR 4.440E-1THYROID 1.670E-IREMAINDER 1.680E-1EFFECTIVE 1.900E-1

Attachment 2 Page 23

,7 6.523E-14 1.309E-12 2.270E-18-:.OOE-03 1.12CE-C8 2.500E-09.4 1.914E-10 3.841E-09 C.E60E-15-1.000EeOO O.OOCE-CO O.OOOE+O0

.8

.8aa78.8.85

444444444

444444444

66666666

9.59CE-151.008E-146. 307E-155.558E-152.393E-147.:71E-1S6.422E-15e.179E-15

4.032E-12

2-155E-ll2.055E-ll1. 970E-112.01E-112.£52E-l12.03SE-11i. 948E-112.057E-ll1.748E-10

1.593E-111.520E-111.483E-ll1.520E-ll2.010E-il1.446E-111.471t-111.532E-112.280E-11

1. 586E-131.578E-131.313E-131.261E-133.22SE-131. 385E-131.291E-131.468E-13

2. 014E-132.116E-131.324E-131.2 67E-135.025E-131.506E-131.343E-131.717E-138.465E-1;

5.062E-14.838E-l14.626E-114.722E-116.709E-1:4.782E-114.573E-114.832E-1l3.987E-10

1.830E-111.745E-111.703E-1I1.745E-li2.30aE-1l1.661E-1'1.689E-1;1.759E-1_2.61£E-11

1.6CIE-121.593E-121.326E-121.273E-123.259E-121.396E-121.303E-121.482E-122.924E-09

3.33GE-19-1.000E-003.500E-19-:.000E-DO2.190E-19-l.OOOE-COi.930E-iS-:.OOOE-CO8.310E-19-1.OOCE-CO2.490E-19-2.000E-002.230E-19-:.OOCE-CO2.840E-19-l.OOCE-CO1.400E-16-1.00E-CO

1.026E-15-1.000E-009.806E-16-l.OOE-00O9.376E-16-1.0OGE-CO9.570E-16-1.OOOE-OO1.360E-15-1.OOOE-CO9.693E-16-1.OO0E-009.268E-16-1.00cE-OO9.793E-16-1.OOOEDO06.080E-15-1.000E+00

1.300E-15-1.0009+001.240E-15-l o.oo+001.2iOE-15-1.OOOE+001.240E-iS-i.OOOE+301.640E-15-l.000E+001.1eOE-15-1.000E+001.200E-15-1.000S+001.25CE-15-1.CODE+O01.86GE-15-1.000E+OC

5.750E-16-1.000+005.720E-18-1.0003+004.760E-18-.00OE+004.570E-18-l.OOOE+001.170E-17-1.OOOE+005.020E-18-l.OGOE+004.6f0E-18-1.OOOE+035.320D-18-l.OCOE+001.050 -14-1.OCOE+O0

2. 69CE-102.690E-102.860E-063.2£0£-087.090E-082.690£-105.730E-0O3.510--070. COO-'OO

5.040E-I:5.040E-115.04CE-ll6.450E-091. 39CE-oeS.04CE-il6.70CE-093.230E-09

0. OOOE+C0

5.6'9E-11 2.520E-101.775E-11 3.676E-il2.1702-09 1.055-11i2.275E-11 5.659E-111.306E-11 2.07CE-li5.930E-12 1.968E-125.802E-10 2.557E-094.547E-'0 8.455E-100.000+OO O.OOOE+00

1.020E-11 8.180E-116.490E-12 1.700E-111.050E-09 7.220E-126.980E-12 2.290E-li4.36GE-12 8.490E-123.920E-12 1.300E-122.900E-10 1.720E-092.180E-10 5.430E-10O.OOOE+00 O.OOOE+00

5.170E-13 1.430E-145.170E-13 1.270E-149.31OE-09 1.260E-141.520E-11 3.700E-131.52CE-11 3.670E-135.170E-13 1.260E-143.870E-09 9.680E-092.280E-09 2.91;E-09OOOOE-00 O.OOOE-0OSKIN (FGR)

Y-91CONADSBREAS-LUNGSRED MARRBONE SURTHYRODREMAINDEREFFECTIVESR-N fFGR)Y-92GONADSBREASTLUNGSRED PARRBONE SURTHYROID

REMAINDEREFFECTIVESKIN (FGR)Y-93GONADSBREASTLUNGS

RED PARRBONE SURTHYROIDREMAINDEREFFECTIFVESKIN(FGR)Zr-95GONADSBREASTLUNGSRED MARRBON .SJR.

.Zr-95rnxmnwq

6.240E-14 2.897E-10

2.560_-16 1.756E-132.930£-16 1.713E-132.500E-16 1.526E-132.410E-16 1.521E-134.560E-16 2.903E-132.600E-26 1.564E-132.390E-16 1.509E-132.600--16 i.650E-i33.850Z-14 1.989E-10

3.546E-12 6.110E-18-1.000EG003.459E-12 5.960--18-1.000E-003.082E-12 5.310-18-1.OOOE+003.00E-12 5.290E-18-1.OOOE&O5.862E-12 1.010E-17-1.000E-CO3.157E-12 5.440E-18-1.OOOE-O03.047E-12 5.250E-18-1.000E-003.332E-12 5.740E-18-1.000E-004.016E-09 6.920S-15-1.00OEoo

8.200E-126. 920E-129.870E-083. 190E-203.180E-108.500E-24.200E-091.3202-08O.OOOE+00

3.540E-125.540E-132.020E-136.590E-126. 130E-121.290E-138.570E-092.5702-090 .OOO0+00

1.270Z-141.440=-141.270E-14i.250E-141. 9502¢1i41.3003-14i.220E2141.3002-142.140S-13

4.670E-155.300E1iS4.6602-154.590Z-157.5&02-154.7902-154.510S-154.8002-158. 500E-14

3.530S-144.0103-143.510E-143.430E-145.620E-14

;.855E-123.6EOE-12;.535E--123.608E-125.091E-123.579E-123.506E-123.660E-122.022E-10

2.1082--122.026E-121.937E-121.9722-122.9482-121.908E-121.919E-222.0212-122.726E-10

2.162E-112.084E-ll1.98sE-Il12.030E-112.875E-21

4.872E-12 2.650E-16-1.C00E+00 2.610E-12 1.960g-114.652E-12 2.530E-16-1.000E-00 1.500E-12 3.550E-124.4f6E-12 2.430E-16-1.OOOE±00 1.240E-09 1.390E-124.560E-12 2.480E-16-1.000E+00 2.070E-12 4.910E-126.435E-12 3.500E-16-1.O00+E00 1.510E-12 1.750E-124.523E-12 2.460E-16-1.OOOE+00 1.050E-12 1.770E-134.43iE-12 2.410E-16-1.OOOE400 2.030E-10 1.700E-094.652E-12 2.530E-16-!.OOOE+00 2.;1OE-10 5.150E-102.556£-10 i.390E-14-1.OOOE+O0 O.OOOE+00 O.OOOE+00

4. 959E-124.794E-124.585E-124. 669E-126. 977E-124.516E-124.543E-124.7e4E-226.452E-10

4.421£-104.223E-104.030E-104. 112E-105.824E-10

9.510E-17-l.000+00 5.310E-129.140E-17-l.000Z+00 1.740E-128.740E-17-1.OOO+00 2.520E-098.900E-17-1.OOOE+00 4.040E-121.330E-16-1.000Z+00 3.140E-128.610E-17-1.000+00 9.260E-138.660E-17-1.OOOE+00 9.250E-109.120E-17-1.000+00 5.820E-101.230E-14-1 .OOOE+00 O.OOOE400

7.590E-16-1.OOOZ+00 1. 880E-097.250E-16-1.OOOE+00 1.910E-096.920E-16-1.OOOE+O0 2.170E-097.060E-16-1.000E+00 1.300E-08l.OOOE-15-1.000E+00 1.030E-07

2.200E-ll3.130E-128.670E-134.930E-121.730E-121.260E-134.090E-091.230E-090.OOOE+00

8.160E-101.050E-102.340E-112.140E-104.86CE-10

I

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EC-RADN-I 127 Attachment 2

THYROID 3.610E-14REMAINDEfi 3.36C0-14F r-cTIvE 3.60CS-14

SxI2I(FSR) 4.530S-14Zr-97GONADS 4.331E-14BP-:AST 4.928E-14LUNGS 4.322_-14RED MYAR2 4.224E-14BONE SU7R 6.897E-14THYROID 4.443E-14REMAINDER 4.139---:4ELFECT-VE 4.432E-14SSINCFG-R) 5.835E-14Nb-95GONADS 3.66CE-14BREAST 4.160E-:4LIJrGS 3.650E-14RED MARM 3.560E-14BONE SUR 5.790Z-14THYROID 3.750E-14RE4AINDER 3.495E-_4E-FgCTrVE 3.740E-14SKIN(MGPI 4.300E-14Mo-99GONADS 7.130E-15BREAST 8.130E-15LUNGS 7.060E-15RED MARR 6.820E-15BONE SUR 1.240E-14.7Y.qOID 7.270E-15RIAiNDEA 6.7405--5EFFCT.VE 7.28GE-15SKIN 1(:G?. 3.1405-14TC-99nGGONADS 5.75CE-15BREAST 6.650-.--5LUNGS 5.490E-15RED HARR 4.910E-15BONE SUR 1.630E-14THYROID 575GE-15REMAINDER 5.150E-15EFFECTIVE 5.890E-15SKINflFGP.) 1.140E-15Ru-103GONADS 2.191S-14BREAST 2.512-1;4LUNGS 2.180E-14RED MARR 2.100E-14BONE SUR 3.892E-14T*YROID 2.241E-14REMAINDER 2.080E-i4-FFECT:VE 2.251E-14SKIN(MGR) 2.774=-14

Ru-105GONADS 3.720E-14BREAST 4.240E-14-.UNGS 3.70CE-14RED KARR 3.590S-14BONE SUR 6.280E-14THYROID 3.800E-14REKAMttDER 3.540E-14EZFFECT}VE 3.8iCE- 14SKIN(FGR: 6.730E-14Ru-106GONADS 1.010E-14BREAST 1.i60E-i4LUNGS l.OOE-14RED MARa 9.750S-15BONE SUR 1.720E-14TUYM.OID 1.030G-14REMAiNDER 9.630E-15EFFECTIVE 1.040E-14SKI14fFGR) 1.090E-13Rh-105GONADS 3.640E-15BREAST 4.160E-15

MINMEETIV 3.630E-15EFFECTIVE 1-.040E-14M:u504 Z .ooa0 13

2.076r-Il1.9635-il2.078E-li2.56i--:1

2.179E-112.083E-112.992E-112.0345-112.881E-112.061g-1:I.9665-Il2.07SE-112.281E-10

4.205Er-103.978E-iC4.211E-105.!5o0-iO

7.799E-117.4S5E-117.127E-1_7.2791Z-112.031E-107.377E-117.0355-F17.438E-118.1485-lO

2.253E-1: 4.435E-102.1505-11 4.2312-.02.0559-11. 4.045E-102.101E-11 4.135£-10

2.957E-112.1445-122.032E-112.1475-il2.598E-l1

4.282E-124.1165-123.867E-123.923E-126.105E-:.24.033E-123.8125-124.061E-12: .035E-10

2.334E-122.25eE-122.127E-122.01CE-125.383E-122.145E-122.070£-122.277E-122.110E-12

1.404E-111.350E-111.273E-111.287E-111.9585-ll1.331E-111 .248E-Il1.332E-l11.785E-11

1.327E-111.271E-111.210E-111.230E-111.8095E-111 .260E-111 .189E-;1I .265E-117.368E-11

6.411E-126.152E-125. e36E-125. 893E-128.8832-i26.066E-125.721E-126.095E-124.082E-10

5.515E-iO4.22CE-104 00O5-104.226£-105.112g-10

4.4035-114.233E-113.977g-114.034E-il6.278E-114.147C-113.920Z-'fl4.176E-111.06es-09

3.877E-123.752E-:23.533g-123.439E-128.942E-123. 564E-123.4395E-123.783E-124.502E-:2

2.783E-102.677E-iO2.522E-102.551E-;C3.882E-102.639E-102. 472E-102.64lE-103.543E-10

.861E--fl1.783E-111.697E-1l1.725E-112.537E-111.7665-11

667E-111.773£-111.033E-10

1.340-1-a1.286E-101.220E-101.232E-101. 856E-1.01.266Z-10a .196E-10

7.220E-16-1. OOOE+006.E30E-i6-1.00C--0O7.230E-16-1.000Z+0C8.9105-16-1.0OOOE+0

9.253E-16-1.000E+008.S465-16-1.OOOE00O6.456E-16-1.000E+008. 634_-:6-!.OOCEC001.224E-15-1.0005+00E .755E-16-1.OOE0008.345E-16-1.000-+00e.824E-16-1.OOOE+009.587E-15-1.000E-00

7.850E-16-1.00CE-O07.490o-16-1.COOr-+oo7.160E-16-1.OOOE+007.320E-!6-1.000E001.030E-15-1.OGOE+007.470E-16-1.000E+007.080E-16-l.OD0E+007 .4EOE-16-1.O00GE+O09.050S-16-1.000~GO

1.550E-16-1.000E+001.490S-16-1.GOOE+001.40CE-16-1.OCOE+001. 420=-.6-i. 000E5002.210E-16-1.000E+001.460E-16-1. .OOCE-CO1.380E-16-1.000_+001.470E-16-1.O0OE+00

3.7605-15-1.000*+00

1.2405-16-i .000E-001.200E-16-1. O0OE+001.13CE-16-1.000E+001. 105-16-1 .000E+002.860E-16-1.000E+001.140E-;6-1. 000E-00

_.100E-16-1.000E+001.210E-16-1.000EC001.4405-16-1.000-+00

4.892E-16-1.COOS+004.705E-16-1.000E+004.432E-16-1.OOOE+004.483Z-16-1.000E+006.823E-16-1. 0005004.63ES-16-1.000E+004. 346E-16-1.000C+004.642E-26-1.OOOE006.229E-lf-l. OOOE+00

8.070E-16-1.000+007. 73CE-16-1.000E+007.360E-16-1.000+007.480E-16-1.000+001.100l-15-l.OOOEOO7.660E-16-1. 000&+007.230E-16-1.OOE-007.690E-16-1.0005E004.480E-15-1.0COE+00

2.230E-16-1.000E+002.1405-16-1.000E*002.030E-2 6-1.0005+002.050-16-1.OCOE+003.0905-16-1.OOO-002.1105-16-1.000=+001.9909-16-1.000S+00

Page 24

1.440t-09 8.270E-122.2805-0S 2.530E-096.39CE-09 1.020E-09O.COO_+00 0.OOE-CO

1.840E-10 6.228E-104.7CE6-11 S.1375-l4.108E-09 1.770E-116.3765-1 1.3025-10.3.504E-11 4.558E-112.3157-11 2.6715-122.041E-09 6.990E-091.17:E-0S 2.293E-090.000E+00 0.000E+00

4.320E-10 6.050E-104.070E-10 1.00E-10F.320E-09 2.740E-'14.420E-10 1.990E-105.130E-10 2.940E-103.580E-10 1.180E-111.070E-09 1.410E-091.570E-09 6.950E-100.000E+00 O.OOOE+00

9.510Z-11 2.180S-102.750E-11 3.430E-114.290E-09 1.510E-1I5.240E-11 8.320E-114.130E-11 6.3205-a11.520E-11 1.030E-1a1.740O-09 4.28CE-091.070Z-09 1.360E-09O.OOOE-00 0 .O00E500

2.770E-12 9.750E-122.150E-12 3.570E-122.280E-11 3.140E-123.360E-12 6.290E-122.620Z-12 4.0605--125.010E-11 8.460E-111.020E-11 3.340E-118.800E-12 1.680E-11O.OOE+00 0.000+OO

3.07CE-10 5.720E-103.1101E-lO 1.2005-101.561E-09 7.310E-113.1905E-1 i.660E-1o2.370E-10 9.631E-il2.570E-10 6.250E-111.250E-09 2.110E-092.421E-09 8.271E-100.0005+00 0.000G+OO

1.590E-11 9.670E-216.610E-12 1.590E-115.730E-10 6.21CE-127.700E-12 2.35DE-114.620E-12 8.890E-124.150E-12 1.820E-121.610E-10 8.540E-102.230E-10 2.870E-10O.CG00+00 0.000E+00

1.300E-09 1.640r-091.780E-09 1.440E-091.040E-06 1.420E-091.760E-09 1.460_-091.610E-09 1.430E-091.720=-09 1.4iOE-091.200E-08 2.110E-0e

I

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1.274E-10 2.120E-16-1.0005+00 1.290E-07 7.400E-098.531E-09 1.420E-14-1.000E+00 O.OOOE+00 O.OOOE+00

2.127E-122.063E-123. 25E-126.095E-12LAOO! if

1.411i-111.369E-U11.2SdE-1I1.274E-102 .L0E-TC

1.980Z-17-1.000c+OO7.740E-17-1 .0009-002.350E-13-1 .000C+OO2.1205-16-1.0005+001.zoon 1i I.00ovooo

2.110E-ll5.610E-129.i805-z.01. 290E-079. cono . eo

5.800E:-118.970E-127.4OE-097.400E-0199 .0Conc _

EC-RADN-1l 127RED MARMBCONE SUR,:-.YROI DREMAINDERE-FECTIVESXIN4 f2GR)Sb-127GONADSBREAS-LUNGSRED MARRBONE SUR-:-.YRCTDREM>AINDEREFFECTIVESKN (FGA)Sb-129GMNADSBP.EAS'UNGSRED MARRBONE SUP.THYROIDREMAINDEREFFECTIVESYIN IFGR)Te-127GONADSBREASTLJNGSRED MARRBONE SURT'YRCIDR=VE.-rNcEREFFECTIVESKrN(FGR)Te-127nGONADS

BREASTLUNGSRED MARBONE SJR

3.380E-i5 i.94EE-127.53;CE-15 _ .332E-123.683E--5 1.983Z-123.3905E-15 1.8eSE-123.720E-15 2.031E-121.070E-:4 4.691E-i2

3.260_-14 1.985E-_13.720E-14 1.904E-ll3.240E-14 1.809E-ll3.'40Z-i4 1.834E-il5.52GE-14 2.72CE-113.330E-14 1.864r--ll3.090E-:4 1.7752-113.330E-14 1.89CE-li5.58BE-14 7.967E-11

Attachment 2

:291E-l1 71.300E-17-1.OOOE-CO2.210E-11 1.250E-16-1.000+00:.31fE-11 7.4403-17-1.000E+031.25CE-11 7.070E-17-1.OOCE-0O1.347E-:1 7.620E-17-1.GOOE+O03.112E-1' 1.760Z-16-I.000E+OO

2.441E-10 7.1O0_-16-1.OC-OE+O02.341E-10 6.810E-16-'.OOCE-OO2.224Z-1C 6.470E-16-l.GOOE+OO2.255E-10 6.560E-'6-1.OCOE+OO3.345'-10 9.730E-16-1.OOOE+0O2.317Z-10 6.140E-16-1.OOOE+O02.183E-10 6.350E-i6-l.OOOE-002.324E-10 6.760E-16-1.003E+009.7995E-10 2.850E-15-1.OOOE-OO

Page 257.770E-12 1.470E-1'4.460E-12 6.75CE-122.880E-12 2.910E-:24.53GE-10 1.270E-092.5&80Z-iO 3.995E-10O. OOOEO0 O.OOOS+00

2.520E-10 6.140E-GO9.12CE-11 7.600E-11e.940S-09 1.570E-li1.610E-10 1.330E-101.340E-10 5.240E-116.150E-11 4.640E-;22.330E-09 5.870E-091.630E-09 1.950E-090.00E-00 O.OOOE-O0

6.970E-14 2.336E-11 3.237E-11 _.440E-15-1.O00E-001.370E-15-1.O0OETOO7.91CE-14 2.222E-11

6.980E-14 2.141E-116.E60E-14 2.1905-111.070E-13 3.033;-:17.-60E-_4 2.174E-1l6.710E-14 2.12SE-l17.140E-'4 2.23&E-11l.OiOE-13 8.213E-11

3.074E-11

2.3703-i.62.730E-162.320E-162.21GE-164.65CE-162.4035-162.210E-162.420E-161.140E-14

'. 191E-131.158E-131.06CE-131.058E-131.862E-i31. iO6E-131.036E-131.125E-131.173E-li

2.562E-11 1.320E-15-1.000E+OO3.029E-ll i.350Z-5-1.000E-OO4.196E-1i 1.670E-15-1.OOOE+OO3.007E-11 1.340E-15-1.O0OE-002.939E-11 1.310E-15-l.OOOE+OO3.096E-11 1.38DE-15-1.COOE+O01.144E-10 5.100---15-1.0O0E-0O

2.6615-13 5.4S0E-18-1.OCOE-&O2.588E-13 5.330E-18-1.OOOE-OO2.370L-13 4.60CE-IS-1.COO+O02.3655-.3 4.830E-:B-1.tOOE0Oo4.162E-13 8.570E-18-i.GOOE+O02.472E-13 5.090E-18-1.OCOE4002.316E-13 4.770E-lB-1.000E+002.5_5E-13 5.180E-18-1.OGOE+GO2.622E-11 5.400_-16-l.OOOE-OO

2.15CE-111.280E-11B.980E-101.700E-111.460E-1'9.720E-12I.870E-:C1.740E-100. 000E+00

2.020E-121.880E-124.270E-104.09GE-124.090E-121.64CE-12

8.60GE-11O.OOOE-OO

l.510E-102.560E-Ul9.390E-123.670E-l11.3405--;11.470E-121.450E-094.840E-100.00E-00

4.020E-123.OGOE-122.8905-126.57GE-126.4605-122.E60E-126. 130E-101.870E-10O.OOE-00

1.250E-109.740---19.620E-li5.430E-092.070E-089.430E-112.550_-052.230E-09O.OOOE-oo

1.590E-126.050-134.910E-137.640E-135.400E-133.36CE-13

1.900E-:6 4.685E-132.690E-16 5.150E-137.620E-17 1.602E-136.430E-17 1.245E-133.94CE-16 9.C05E-13

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I

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EC-RADN-1 127 Attachment 2 Page 26

EREASTLUNGSRED MARP.BONE SURTHYROIDRZYA7NDEREFFECTIVESKRN (FGR:1-131GONADSBREAST

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EC-RADN- 1t27 Attachment 2 Page 27

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2.390E-15 6.595E-132.260E-15 6.682E-132.350E-15 7.007E-13f.SEOE-14 1.667E-0O

1.4002-13 1.976E-111.570E-13 1.885E-111.420E-13 1.846E-111.420E-13 i.90OE-111.95CE-13 2.484E-111.450E-13 1.768E-111.380E-13 1.8532-111.570E-13 1.885E-111.d2o-13 1.946C-11

3.770E-127.070E-132.720E-131.070E-i26.060E-135.29GE-141. 240E-093.740_-10C. 0002+00

6. 990E-111.540E-118.400_-121.930E-il7.400E-121.160E-125.300E-101.540E-119. 00c 10

2.034E-11 2.54CE-15-1.000E-C01.938E-11 2.420E-15-1.000E+001.898E-11 2.370E-15-1.000E+001.954E-11 2.440E-15-1.OOOE+002.554E-11 3.190E-15-1.000E+001.81ME-11 2.27CE-15-1.OOOE-001.906E-11 2.360E-15-l.000EE001.938E-11 2.420E-15-1.000E+001.992E-11 2.3DO2-15-1.0002100

1.660E-llI.;30E-I!3.010E-101.36CE-111.110£-118.740--129.030E-111.:30E-113.0102 10


EFFECTIvESKIN (CFGR)Ce--.-41GONADSBREASTLUNGSRED MARRBONE SURTHYROIDREM4AINDEREFZECTlVE

SKIN(FGR)Ce-143GONA3sBREASTLJNGSRED MARRBONE SURTHYROIDREMAINDEREFFECTIVESKIN (FGR)Ce-144GOADSBREASTLUNGSRED YARRBONE SUR'EYiROIDREMAINDEREFFECTIVESKIN (-GR)Pr-143GONADS

BREASTLUNGSRED HARRBONE SURTHIYROIDREMAINDEREFFECTIVESKIN (FGR)Nd-147GOADSBREASTLUNGSRED MARRBCNE SUR

i.YROIDREMAINDEREFFECTIVESKIN (FOR)Np-239GONADSBREASTLUNGSRED MDURRBCNE SURTHYROI3REMAINDER

EFFECTIVESKIN(FGRIPu-23SGONADSBREASTLUNGSRED MARRBONE SURTHYROIDREMAINDERELFECTrVESKIN(FGR)P--239GONADSBRZASTLUNGS

RED HARRBONE SUR.p-239rOflwhnc

1.440E-13 2.9166-11 .950E-11 2.460E-15-'.0C0+0G 6.84di-11 1.750r--t

2.160_-13 9.11;E-11 9.36S-11l :.170E-14-2.OOOE+30 0.0006+00 0.000+00

3.38_6-15 2.213E-123.9306-1S 2.170E-123.170S-15 1.951E-122.8303-15 1.660E-12

9.410E-15 5.166E-123.350E-15 2.003E-122.980E-15 1.H94E-123.430E-15 2.118E-121.020E-14 3.7S6E-12

1.280E-i41.470E-14I .230E-141. 170E-142.520E-141.280E-141.170E-141.290E-143.960E-14

2.725E-153.12SE-152.63SE-152.507E-155.441E-152.753E-152.534E-:52.773E-'58.574E-14

2.130E-172.550E-111.860E-171. 620E-175. 930E-172.050E-171.760E-172.100z-171.760E-14

6.130E-157. 120E-155.820E-155.40GE-15' .320E-146.120E-155.530E-156.190_-151.950E-14

7.900E-127.688E-126. 893E-126.7B7E-121.323E-117.211E-126.734E-127.396E-121.058E-10

6.328E-136.274E-135,228E-134.755E-13} .646E-125. 529E-135.086E-135.909E-137.648E-13

2.264E-142.330E-141.642E-141. 493E-145.454E-141.802E-141.642E-142.002E-145.711E-11

4.218E-124.132E-I23.648£-123. 505--125.265E-123.876E-123.562E-123.961E-123.;35E-11

4.332--1t4.2476-1i3.820E-113.641E-111.011E-103.922E-113.708t-114.146E-117.4:6E-11

4.956E-114.825=-114.325E-114.259E-118.302E-l14.525E-114.226E-114.642E-116.638E-10

I.319E-111.307E-111 .089E-119.9076-123.4297-111.152E-111.060E-ll1.231E-ll1.594E-11

4.032E-134.149E-132.923E-132.659E-139.71'E-133.20SE-132.923E-133.564E-131.011E-09

7.235E-117.068E-116.257E-ll6.013---111.41SE-106.646E-1l6.11IE-116.795E-115.377E-10

4.380E-114.329E-113.842E-113.740E-119.349E-1l3.919E-1l3.740E-114.175E-116.737E-11

9.011E-131.167E-124.759E-141.173E-137.378}-132.056E-131.935E-135. 068-135.830E-12

3.713E-134.699E-134.760E-147.258E-143.514E-13

7.710E-17-1.000E+00 5.540E-li7.560E-17-1.000E+00 4.460E-116.80CE-17-1.00CEo00 1.670E-086.48CE-17-1.0O0E+00 8.9fOE-11

1.800E-16-1.DOOE-00 2.54DE-106.960E-17-1.000S-C0 2.550Z-'16.600E-17-1.000_-00 1.260E-D97.380E-17-1.000+o00 2.420E-09

1.320E- 6-1.000E+OO O.OOOE+00

2.980E-16-l.000E+0C2.900E-16-1.OOOE+002.600E-16-1.OOOE+002.560E-16-1.OOOE+004.990E-15-1 .000E'002.720E-16-1.C000E002.540E-26-1.0006E002.790E-16-1.000-+003.990E-1S-1.000E+00

6.088E-17-1.000E+005.922E-17-l.O0OE+005.362E-17-1.OOOE+005. 247E-17-1.OOOE6001.127E-16-1 .000E--005.418E-17-1.OOOE.005.283E-17-1.COO E-05.766E-17-1.000+001.250E-14-1. 0002+00

7.930E-19-l.000E+008.160£-19-1.000E+005.750E-19-1.OOE+005.230E-19-1.00OE4001.906E-19-1.000E-006.31CE-19-1.000E005.750E-19-1.OOOE+007.010E-19-1.000E+002.000E-15-1.000E+00

1.480E-16-1.000E+001.450E-16-1.000E+00:.2e0E-16-1.OOCE+001.230E-16-1.OOOE+002.900E-16-1.OOOE-001.360E-16-1.000EiO1.250E-16-1.OOOE+001.390E-16-1.0OOE+001.'00E-15-1.000E+00

1.710E-16-l.OOOE+001.690E-16-1.000E+001.500E-16-1.000E+001.460E-16-1.OOE+003.650E-16-1.000E-001.530E-16-1.000E 001.460E-16-1.OOOE001.630E-16-1.000E+002.630E-16-1.000+00

7.530E-11:.66CE-1l3.86GE-092.9cOE-111.640E-116.230E-121 .420E-099.160E-10O.OOOE+00

2.390E-103.460E-107.911E-072.880E-094.720E-092.920E-101.910E-081.010E-07O.OOOE400

1.08GE-101. 1OE-111.43GE-123.390E-112.300S-111.800E-132.50D6-097.8303-100. O030+00

2.120E-102.320E-113.6820E-125.070E-ll1.61OE-I14.350E-133.890E-0O1.230Z-090.0000E+0

6.987E-111. 223E-116.551E-128. 923--I11.280E-105.154E-.21.890E-085.711E-090.OOOE+0

4.370E-16 8.99CE-1e2.2206-18 1.090E-181.330E-08 1.910E-191.480E-11 1.030E-121.490E-11 1.030E-121.680E-18 2.6606-201.970E-09 4.220E-092.190E-09 1.270E-09O.OOOE'00 O.OOOE+00

E.410E-113.450E-111.060E-08S.10SE-l13.260E-'01.820E-111.760E-091.850E-090. 00CE+OO

7.450E-111.630E-112.360E-092.080D-102.030E-097.620E-129. 590E-106.780E-100.000E400

7.530E-15 4.691E-128.730E-15 4.636E-127.180E-15 4.115E-126.500E-15 4.005E-122.00CE-14 }.001E-117.52CE-15 4.1972-126.760E-15 4.005E-127.690E-15 4.471E-121.6006-14 7.215E-12

6.5603-18 4.291E-141.270E-17 5.558E-141.060E-1S 2.267E-151.680E-18 5.587E-159.300E-18 3.5143-144.010E-18 9.792E-151.59CE-18 9.216E-154.880E-18 2.413S-144.090E-17 2.776E-13

4.840E-18 1.768E-147.550E-18 2.238E-142 650E-18 2.267E-152.670E-18 3.456E-159.470E-18 1.673E-14

1.790E-10I .870E-112.440E-125. 050E-112.220E-'I2.640--133.760E-091. 180E-090. OE0+00

1.620E-101.720E-112.400E-124.660E-113.590S-;12.0706-132.770E-098.820E-100. OOOE+00

2.330E-091.800E-138.640E-141.270E-081.580E-077.990E-:42.180E-08I.340E-08O.O0OE+00

2. 640E-091.210E-137.890E-141.410E-081.760E-07

I

1.490Z-18-1.000E+00 1.040E-051.930E-18-1.00O6+00 4.400E-107.870E-20-1.000E+00 3.200E-041.940E-19-1. O00E+00 5.800E-051.220E-1E-1.000E+00 7.250E-043.400E-19-1.000E+00 3.860E-103.200E-19-1.000E-00 2.740E-058.380E-19-1.0006+00 7.790E-059.640E-18-1.000E+00 O.OOOE+00

6.140E-19-1.0COE+00 1.200E-057.770E-19-1.OOOE+00 3.990E-107.8703-20-1.000E+00 3.230E-041.200E-i9-1.000E+00 6.570E-055.elOE-19-1.000E-+00 8.210_-04

4.AIO W !A -1r4 7 FR -1 4 1 711F.- I 'A f&14flr.1C. 1 flflfl~. f0 1.7flfl .- n0 9 ;A nr-fi2 I

EC-RADN-1 127THYROID 3.883E-18


REMAIDE?.EFFECTIVESKIN(7G.R)Pu-240GONADSBREAS7LUNGSR-D MARRBONE SURTHYROIDREYAINDEREFFECT7VESKIN (FGR)Pu-241GONADSBREASTLUNGSRED MARRBONE SURTHYROIDREMAINDEREFFECTIVESKIN (FC-R)Am-241GONADSBREASTLUNGSRED MARRBONE SJRTHYROIDREMAINDEREFFECTIVESK-N NFGR)Cm-242GONADSBREASTLUNGSRED MARRBONE SURTHYROIDREXA:NDEREFFECTIVESKIN(rGR)CT-244GONADS3REASTLUNGSRED MARRBONE SURTHYROIDREMAINDEREFFECTIVESKIN(FGR)R=-83nGONADSBREASTEUNGSRED MAFURBONE SURTHYROIDREMAINDEREFFECTIVESKIN(FGR)Xe-i33mGONADS3REASTLUNGSRED MARRBONE SURTHYROIDREMAINDEREFFECTIVESKIN (-GR)Xe-135mGC-ADSEREAS?

EFFECTIVEguxuz-, ..

2.FSOE-l14.24CE-121.863--17

5.;26E-154.83SE-151.057E-141.057E-13

1.C77E-13 1.780E-19-!.OODE-00 3.75CE-10 7.500E-141.Dl6E- 3 1.SSE-19-l.COO--+OO 3.020b--5 2.120E-os2.22GE-13 3.670E-19-1.OCOE+00 8.330E-G5 1.400Z-082.220E-12 3.670E-18-1.000EOEO O.OOCE-CO O.OCOE+OO

6.360E-IE 4.118E-141.23CE-17 5.32SE-141.C90E-18 2.245E-151.650E-1S 5.3SEK-Is

B.S49E-13 2.430E-18-1.000E+001.11SE-12 1.650E-18-1.OOEiCO

9.2ECE-183.920E-i81.960E-184.750E-1S3.92o3E-i7

7. 150E-208. 670E-206.4eOE-205. 630E-202.;90E-196.980E-206.09OE-207.250E-201.170E-15

8.580E-161.070E-156.74CE-165.210E-162.e70K-157.830E-16e.340S-168.18OE-16l.2BOE-15

7.830E-181. 480E-171. 130Z-iB1.890E-161.060E-174.910E-182.270E-1E5.690E-l84.290E-17

6. 900E-t81.330E-177.0SE-19i.460--188.820E-lB4.19CE-181.813O-184 .9OE-lE

3.398E-149.446E-156.870E-152.3132-142.644E-13

6.653E-177.229E-174.090--174.003E-171. 3B5E-164.522E-;74.291E-175.558E-172.033E-i6

9.360E-131.014E-125.789E-134. e38E-132.67SE-126.365E-135.933E-137.920E-132.396E-12

4.893E-146.159E-143.022E-156.562E-254.231E-14i.261E-141.0792-142.751E-142.700E-I3

4.723E-141.131E-137. 137E-131.5984E-131.863E-134.857E-135.552E-12

1.296L-151.517Z-159.584E-168.403E-162.90KE-I59.491E-169.007E-16

t.268E-154.268E-15

7. 810E-20-1.OOOE+O0

1.18CE-16-1.OOOEOO3.2SO-19-1.OOZE+OC3.08OE-19-l.000E+008.030E-19-1.OOOE-009.1SOE-lE-i.GOOZ+OC

2.31CE-21-1.OOCE-O02.510_-21-l.COOEO001. 420E-21-1 .OCOE+001.390E-2'-1.OOOE-OO4.810iE-21-1.OOOE+O0z.570E-21-i .OOOE+O01.490E-21-1.OOOE-OO1.93OE-21-1.OOOE+OQ7.060E-21-!.OOOE-00

i.20CE-05 2.640E-094.330--10 1.73CE-133.230E-04 8.220E-'4',57CE-O5 i.ClOE-OS8.210_-04 i.760E-073.760E-l0 7.510E-i43.02GE-05 2.130E-088.330Z-05 1.40CE-GSO.OCOE+O 0. OOOEO-0

2.IfOE-07 5.E60E-ll2.140E-ii 2.790E-153.160E-06 4.480E-251.430---06 2.780E-101.780Z-05 3.480E-059.150E-12 1.OlOZ-i56.020E-07 1.850E-101.340E-06 2.070E-10O.OOOE-CO O.OGOE+00

1.966E-11 3.250E-17-l.OGOE+OO2.129E-11 3.520E-17-l.ODOEKO0

3.250E-052. 670E-091.840E-05.,74CE-04

1.216E-111.016E-115.625E-ll1.337E-I11.246E-:11.663E-ll5.032E-11

_.013E-121.275E-126.257E-A41.355E-138.759E-132.610E-132.235E-135. 697E-135.58S9E-12

2.OiOE-17-l.OOOE+OO1.680E-17-1.OOOE+O09.300E-17-1.OQOE-00 2.170E-032.210E-17-1.OOOE+0O 1.6COE-092.060Z-17-l.OCOE+00 7.820E-052.750E-17-l.OOCE-00 1.200E-048.320E-17-1.000--+00 O.OCOE+O0

1.700E-18-1.OOOE-0O 5.700E-072.140E-16-1.OOO.00 9.440E-1O1.050E-19-l.OOOE+00 1.550E-052.280E-19-1.OOOE-00 3.900E-061.470E-lS-l.OOOE+00 4.870E-OS4.380E-19-1.OOOE400 9.410E-103.75CE-15-l.OOOE+00 2.450E-069.560_-19-l.OOOE+00 4.670E-C69.380E-18-l.OOOE-0O 0.OOOE+OC

2.700E-072. 620E-1I3.360E-I11.450E-06:I S" CE-05

1.320Z-116.660E-079.84CE-C7O . OOOE+0D

5.200E-098.95o--i28.640E-123.570-084.460E-O78.820E-124.020E-083.lOOE-O0O.OOOE0co

4.522E-14 9.492E-135.702E-14 1.197E-122.592E-1S 5.441E-l45.875E-15 1.233E-'33.859E-214 8.101E-13I.14EE-14 2.406E-139.E2lE-lS 2.062E-132.529E-14 5.308E-13

I.570E-18-i.OCOE+O0 1.59CE-05 1.330E-07.980E-18-2.OOCE-00 1.040E-09 8.82CE-12

9.000E-20-l.OOOE+O0 1.930E-05 8.810E-i2

3.910E-17 2.506E-13 5.260E-I2

1.710E-1§ 5.572E-155.050E-18 9.495E-15i.640E-i9 1.2S6E-163.830E-19 5.617E-162.250E-18 3.437E-156.430E-19 7.698E-165.300E-15 1.393E-:52.500E-18 3.437E-153.560E-17 1.167E-13

1.420E-l5 1.337E-121.700E-15 1.383E-12i.19GE-15 8.609=-131.lOOE-15 7.844E-133.230E-15 2.599E-121.360E-15 1.C28S-121.150E-1S 8.855E-131.370E-i5 1.112f2-121.040E-14 1.894£-12

5.855E-159.98OE-151.331E-165. 902E-163.612E-158. 08BE-!61.464E-153.612g-151.226E-13

1 .168E-i1.230E-li7.656E-}26.975E-122.31LE-il9.138E-127.874E-129.892E-121.684E-1l

2.040Z-19-1.OOOE+O02.340E-18-i.00OE4003.SOE--1-l.000+003.410E-19-l.OOOE+00B.78OE-19-1.OOOEvO08.700E-iE-i.000E+00

6 16GE-19-1.OOOE+001.050g-l8-l.000E+001.400E-20-1.O0OE4OO6.2!0E-20-1.OOOE-OO3.BO0E-19-1.OOOE+OO8.510E-2G-I.OOOE001.540E-19-1.OOOZ4003.800-19- . OOOE+O01.290E-17-i.O00E'OO

4.890E-17-l.OOOE+O05.060E-i7-1.OOOEOO3.150E-17-1.OOOE+002.670E-17-1.OOOE+OO9.510E-17-1.OOOE-0O3.760E-17-l.COOE+OO3.240E-17-l.OOOE+O04.070E-10-I.OOOE-006.93CE-17-1.OOOE+O0

9.30K-O051.170Z-03I.OlOE-O94.760E-056.700E-05O.OOOE+0O

C.OOOE+OOo . OOOE-OOO . OOOE+OGG.OOOE+OOO. OOOECO0O.OOOE+OOo. OOOE+OOO.OOOE-COO .GOOE+OO

7.e20E-079.770E-068.440E-124.150E-075.450E-07C.OOOE+O0

0.000+00O.OCOE+OOO.0OGEa000.OOOE+OOO.OCOE+OOO. OOOE-00O. OOOE+OCO.OOOE+OOO.OOOE-CO

O.OOOEKCO O.OOOE+OOO.COOE+OO O.OOOEtOOO.OOOE+0O O.OOOE+O0O.OOOE-00 O.OQOE+OO0.00OE+00 O.OOO0EOo0.000£+00 O.OOOE+OOO.OO0E0OO O.OOOEOOO.OOOZ+OO O.OOOE+OOO.OOOE+OO o.OOOE+OO

O.0OOE+OO O.OOOE+000.000-OO 0.OOOE+000O.O0O5EEO O.OOCE-0OO.OOOZ+OO O.OODE+OO0.000591*00 o.000s*oo

2.OOOE-142.290E-141. 980E-101.370E-151. 0da= 14

5.9295E-135.691r-135.343E-131.112E-121.90#5 19

5.929E-13 4.480E-16-l.OOOE-005.691g-13 4.300E-16-1.OOO2+o05.30qE-12 6.240E-U-1.OOOE-O09.892E-12 4.070E-17-1 .OOOE-0OZ.69M 1'1 lq.oqo la l.0OOD-OO

EC-RAD

RED MARRBSINE SURTHYRO:DREMAINDER-. FEcrivESKI (--GR)

N-1127 Attachment 2 Page 301.910E-14 5.400E-13 5.4COE-133.53OE-14 8.246E-13 e.246E-132.04CE-14 5.612E-13 5.6i2E-131.890E-14 5.241-23 5.241E-132.040E-14 5.612E-.3 5.612E-132.970E-.4 i.C66E-12 ;.96EE-12

4.080E-:6-1.OOE+00 O.OO0F+3C O.OOOE-O06.23GE-16-1.ODCE-CO O.OOOE+6O O.ooor-CO4.240E-16-1 .0DE-CO O.OCOE+O0 O.COOE+OO3.960E-16-1l.OOO_+OG C.OOCE-CO O.OOOE+OO4.240E-16-1.OOOZ+OO O.OOOE-OO C.OOOE+OO1.410E-15-!.OOOE+OC O.OOOE+OC O.0OOE+OO

EC-RADN-I 127 Attachment 3 Page 31

Attachment 3 RADTRAD Control File Inventory File CRDASSESAST.nif


luclide Inventory Name: SSES_AST-LOCA.lIF + kr63m, xe 13i1i.. 133M., 135m.

3w'R Core Inventory Reference: EC-rUEL-1615 RI

Power Level:D.1001zt+01

Nuclides:63

Nuclide 001:Co-S8.70.61171200001+070.S800E+020.1470E+03

no-e O.OOCOE+00r.one 0.OOCOE+00none 0.OOCOE+O0Nuclide 002:Co-60

7o. 16E3401096E+090.6COOE+020.7910Z+02

none O.OOOOE+00none O.OOOOE+00none O.OOOOE+00Nuclide 003:Kr-85

I0.3382974720E+090.8500E+020.3670E+03

aone 0.COOOE+0Onone O.OOOOE+00none O.OOOGE+00nuclide 004:Kr-8S5m

0.1612800000E4050.8500E+020.6650E+04

Xr-85 0.2100E-00none 0.OOOOE-00none O.OOOCE-00Nuclide 005:Kr-87

10. 4578o00000E+040.8700E+020.1330E-C5Rb-87 0.1000E+01none 0.0000+00none C.0000+00Nucilde 0C6:Kr-85

I0.1022400000E+050.08800E020.1ssoE-05

Rb-88 0.1OOOE+01none O.OOGOE+00none 0.0000t+00Nuclide 007:Rb-86

30.1612224000E+070.8600E+02C.5380E+02

none 0.OOOOE+00none 0.0000+00none O.OOOE+00Nuclide 008:Sr-89

50.4363200000E+070.8900E-020.2550E405

none 0.0000Z+00none 0.0000+00none 0.00008+00

0.4363200000E+070.8900E-02


Nuclzde 009:Sr-9G5

C.9le95731ZOE-CS0.9COOE+02C. 32537+04

Y-90 O.lCOOS+O1none 0.0000E00-one O.OG00E-00Fluclide 010:Sr-91

50.3420000000E+0O0.5 9COE+020.3250E+05Y-S1n 0.5800E+00Y-91 0.4200E+00none O.QOOOE+00Nuclide 01:Sr-92

50.9756000000E+04o.9200Er020.3450E-05Y-92 0.100CE-Clnone 0.O000CE-0none O.COOGE-00Muclide 012:Y-9090.23C40COOOOE+060.9000E+020.3370E+04

none O.COOOE-COnone O.OOOOE-0Onone O.COOCE-COtluclide 013:Y-91

9

0.50552640C0E+070.59_00E+020.3320E+05-one O.OOOOE-COrone 0.O000E-00none 0.0COOE00Nuclide 014:Y-92

90.1274400000E+050.9200E-020.341CE+05

none O.OOOrO+Onone O.OCOOE+00none O.OOOOE+00kNuclide 015:Y-93

9o . 363600Co0CE-G50. 9300EL020.2650E-C5

Zx-53 O.:OOOE.+OInone 0.0000E+00none C.DOOOE+0CS-'.clide 016:2.C

0.5527872000E-070.9500E.020.47f0E-05

tb-95n 0.7003E-02Nb-95 0.9900E+00none 0.OOOOE+00Nuclide 017:Zr-9790.6084000000E+050.9700E+020.4710Z+05

Nuciide 017:7.r-5;7


.b-97n 0.9500E+Oo.4b-9*7 0-5300E-O'none O.OOOOE+00Nuclide OB:N;b-95

50.3C36960000E-07D.95003+020.4760E+05

none O.OOOOE+OQnone 0.OO0GE-00none O.OOOOE-CONuclide 019:Mo-99

70.2376000G00E+060.990CE-02O.501GE-C5

Tc-9-n 0.8800E+00Tc-99 0.1200E+00none 0.OOOOE-00Nuclide 020:Tc-9mn

70 .216720COOOE-050.9900E+020.4440E+05

Tc-99 0.10OE-O1none O.OOOOE+00none 0.OOOOE+O0N;Clide 021:Pu-103

70.3393792000E+070.1030E+030.4270E+05Rb-103n 0.IOOOE+01none O.OOOOE+00none 0.OOOOE+0Sluclide 022:Ru-105

70. 1598400000E+050.1050E+03°.295CE-05Rh-105 0.1000E+01none 0.0000E+00no-e O.OOOOE-00Nuclide 023:Ru-106

70. 3181248000E--080. 1060E-03O. 1700E+05

Rh-106 0.IOOOE 01none 0.0000E+00none 0.OOOOE+00

Nuclide 024:.,h-105

70.1272960000S+060.1050E+030.2750E+05

none 0.0000£+00

none 0.00003+00none 0.0000E+00Nuclide 025:Sb-;27

40. 332f400000E4060.1270E+030.2330E+04

Te-127m 0.1800E+00Te-127 0.8200E+00none 0.00005+00Nuclide 026:Sb-129

4Te-127rn 0.1800E+00Te-127 O.A200F+n0

EC-RADN-I 127 Attachment 3 Page 350.1555200GGOE-CS0.1290Z+033.8610E+04

Te-129m 0.2200E-03Te-129 0.7700E00none O.OOOCE-00Nuclide 027:.e-127

40.3366O0OOOOE+050.1270E+030.2310E+04

none G.OOOOE-00none O.OCOOE-00none 0.OOOOE+00Nuclide 02e:,e-127m4

0.9417600000E-070.1270Z+030.3940E+03

Te-127 0.9800E-00none O.OOOOEC00none O.OOOOE+00Nuclide 029:Te-129

40.4176000000E+340.1290E+030.8160E+04_-'29 0.!OOE+0O1none O.OOOOE+00no-e 0.OOOOE+00Nuclide 030:Te-129n

40 .2903040000E. 070.1290E+03o.i650E+04

Te-129 0.6500E+001-129 0.3500E-00none 0.0000+OCNuclide 031:Te-131m

40. 1080000000E+060.13iOE4030.5330r-04

Te-i31 0.2200E+00I-131 0.780CE-00none O.OOOOE00Nuclide 032:ie-1324

0 .2815200000E+O60.1320E+030.3620E-05

;-132 O.1000l+Olnone 0.O000E+00none 0.0000E+OONuclide C33:T_1.3

20.6946560000E+060.1310E+030.2650E+05

Xe-131n 0.1100lE-01none 0.OOOOE+00none O.OOOOE+OONuclide 034:1-132

20.8280000000KO040.1320E+030.3890E+05

none G.OOGOS+00none O.OOOOE+0Onone 0.OOOOE-000.8280000000E-040.1320E+03

EC-RADN- I 127 Attachment 3 Page 36

I;-clide C,55:._3-

G. 74BEOGG^O~z+050.!~33GE-re0.55 lo6

.Xe-:33r. C.2900E-0OXe-:33 C.'730E+00no-e '.300CE+OO'luclide e 3':1-134

20.31560C'COOE-04rG.134CE,'-4C.EGECE-05

nc:-e C.COC0O+3Cn^-oe C. Coco-+0cnc-.e C.C;COE+00gucl:de r3-:

&.23-796u0OGE-0503.135GD353.5270;,+C0;

Xe- 35n G5.1500E+00Xe-135 O.95COE+00none O.OOOoE+00t::;clide O;-E:Xe-1;3

C.4531690000E+06C. 2 30F.0.!

-.one e.00005+00-.one :!.ooov-+oo^.one G.000GJ+00Nuclide C39:Xe-175

O . 32724C00 00O+050.135GE-530.3740E-05Cs-135 G.COOCE-C1no.e O.;OOOE-OOno-.e O.OO.OOE+OONuclidc 04C:Cs-134

30.6507fl3120-+080.134CE+C't0.57DCE04

none O.O00OZ-00none 0.OOOCE+00none C.OOOOE400Nuc1'de 041:Cs-136

30.1'131B400OOC-070.1360E+030.1620E+04

none 0.OOOOE+00none O.COOGE+OOnone O.COOOE+00Nuclide 042:Cs-137

30.5946728000CE-090.1370Z+030.42905+04

Ba-137.i 0.9500Z+00none 0.0000E+00rone 0.0000E+00Vuclide 043:Ba-139

60.4962000000E+040.1390E+030.4640E+05

Uuclide 043:rA-l ;c

- - .


none 0.OO0OE.00none 3.OGOOV+00..one 0.0000D+00Nuciide 044:Ba-140

0.1100736000E+070.140CE-03o . 48ecE-05

La-;40 Q.100GE-O!r.one 0..GOOE-03r.one 0.OOOGE-00Nuc14de 045:La-'40

50. 144 9792D00_+360.1400G+030.5180E+05

none O.OOCOE+00none O.0300E+00none O.GOOOE+00Nuclide 046:La-14'

90.1414eOOOOE+050.1410E-030.441OE-05

Ce-_41 0.1000E+Olnone 0.0000E+O0rone 0.0000E+30Nuclide 047:-a-142

9

0.55500000GOE4040.1420E+030.4320E+05

none O.OOOOE-00none O.COOGEOOnone O.OOOCE-00?Tuclide 048:Ce-'41

80.2808066400E-C70.1410E+030.4460E+05

none 0.000OE400none 0.OOOOE+00none O.OOOOE+00S,.clide 049:Ce-143

60.2188000000E+06C. l430E+030.4140E~05

Pr-243 0t 000:-01none C,000O+00none 0.00003+00Nucl'de 050:Ce-144

80.24563520003+080.1440E+030.3750E+05Pz-144m 0.1BOOE-OlPr-144 0.9S00E-00none O.OOO0S-0Olucdide 051:Pr-1439

0.1171584000E-070._430E-030.3990E*05

none 0.OOOOE+00none 0.0000E+00none O.OOOO+00Nuclide 052:Kd-1479

none O.OOOOE+00nn. n.fnnlnf +nn

EC-RADN-1 127 Attachment 3 Page 38C.94867200S0E-C6C.1 470>-+330.i803-+05

Prn-147 0.1000E+O:none O.OOCOE+03ncne O.OOGOE+00Yuclide 053:Np-23980.2034720000E+060.2390E+030.526CE-C06

Pu-239 O.ICOOE+Olnone O.OOOOZ+00none O.OOOOE+00luclide 054:Pu-238

e0.2768e63824E-100.2360E-030.1130-+03

U-234 0.1000E+01none O.OOOOE+00none G.OOOOE+O0h'uclide 055:Pu.-239

0.7594336440E+120.2390E4030.1200_+02

U-235 0.1000E+01none 0.COO0E-OOnone O.OOOOE-00Wuclide 056:Fu-240*80.2062920312Z+120.2400E+03C.1930E+02U-236 0.1000El01-one D.OOOOEvOOnone 0.O000E+0ONuclide 057:P:-241

60.;544294400E+090.241CE+030. 4760E+04

U-237 0.2400E-04Am-241 G.1000l+01none O.OOOOE+00Nuclide 058:Am.-241

0.1363919472E*ll0.2410E-030.630CE-01

Np-237 0.1O0OE+01none S.OOOOE+00none 0.000OE+CONuclide 059:Cm-242

C

0 ,140659200GE-080.2420E-030.1650E+04

Pu-238 0.1000E+01none O.OOOOE+00none 0.000OE-00Nuclide 060:Cm-244

90. 57i5081360E-C090.2440E-030.9670E+02

Pu-240 0.OOOE+01none O.OOOOE+0Onone 0.OOOOE+OO0.57i5081360E-C90.2440E-03

EC-RADN-I 127 Attachment 3 Page 39Nuclide 061:Kr-83m.

10.6840000000E-040.8300E+02

0.3250E+04none O.OOOOE+00none 0.OOOOE+00none 0.O0OCE-00INuclide 062:Xe-133m.

101. 987032000E+060.1330E-030.17330+04

Xe-133 O.1000E401ione O.OOOOE-00ncne 0.0000E+50

Nuclide 063:Xe-135m

10.936COOGOOOE+030.1350E-030. I5007+05

Xe-135 0.1000E+O1Cs-135 0.4500E-04none 0.OOOOE-CO

End cf Iuclear inventory File


Attachment 4 RADTRAD Output CRDA_500cfm_2000_noCREOAS.out

EC-RADN-I 127 .Attachment 4 Page 41

04F#4***5Iti?*0#*Ei**5#**5}5IF1P010*I&i#?#4*5#1F*I10f9i4f?1*t5*#f5*4411RADTRAD Version 3.03 (Spring 20C1) run on 8/15/2005 at 16:00:54

i5*15*5t11i**t0* ?#*i*04***!5F*ti*#*P**t5*EPil540*lV~F*P*§i5*1511***I

*g1##I**5*0i*t5*5Iv51I*5*0*,115i**i5*0*115~*,*II1*5*10kkFi**,p*05*h5*.FFile 4nfcrmation

5*#*V*5**#i#~ft40*#155*910*1519Rf?#hi*I1*0111**#14#1Ift#44I5H1*45105*h

Plan: 'ile = C:\Pzograr Files\radtrad3.03\PPL AST MSL\CRDA SOOcfrn 2000 noCREOAS.psfnventory file - c:\progra-n files\radtrad3.03\ppl ast m.slcrda sases as.nifRelease file = c:\progra-n files\radrrad3.03\pplasternsl\crda ssesfast_2000_nelt.rftDose Conversion file - c:\program filesXrad::ad3.03\ppl-astmnsl~crda-exoanded fgrllsl2.inc

I t #* # 0 IfMF4 §##§ ###tI e 1t 0 # f

I # I *1t5 0 I *###4* #1 5 # * * * s1 # i t 1 * i *# 1 4 1 of0*0 I }* # 5 i * * t i* * 5# I 5 I tI * 1 * F4Fi I

Radtrad 3.03 4/15/2001SSESNuc'ide :nvenzory File:c:\program files\radtrad3.03\ppl ast rsi\czda sses ast.nifPlan: Pcwer Level:4.0320E-03

Compartments:3

Compartment 1:SSZS Condenser/Turbine

31.COOCE40200

I .

000

Compartment 2:Environment

20.000CE-GOC0000

Comapartment 3:i Control- Bldg

152-800E--050C000

Pathways:4

Pathway I:ISSIZS Condenser/Tzrbine a seto Environs - 24

124

Pathway 2:Environs to Control Bldg - 6391 cfm Air232

Pathway 3:Environs to Control Bldg - 510 cfM Inleakage

_.2_ ..- _.____= __- _ ._._._ .__.23


Pathway 4:Cortro: Bldg to Environs - Control Poom ^xhaus:

322

End of P:ant Model FileScenaric DescriDticn Nvame:

Plant Model Filename:

So:rce Term:

1 :.6OOOE-0Oc:\progran f'les\:adtrad3.03\ppl ast .msl\c:da expanded fgrll&12.inpc;\progran f-.1es\radtrad3.03\ppl ast .nsl\crda sses ast_2000_melt.-f'

C.OCOOE-0OIC.OOOOE-O0 9.700GE-01 3.OOOOE-02

Overlying Pool:00.000GE+000000

Compartments:3

Compa:tment 1:

000

0

00

Compartment 2:

0

00

C

0000

Cornpartment 3:C

000C00

Pathways:4

Pathway 1:

l.COOOE+00

i-

0000000

CG

0

i

30.000OE+002.4000:E+0l7 .2000E+020

3

1.0000E+00O. OOOOE+00

O.OOOOE+00

EC-RADN-I 127 Attachment 4 Page 43Pathway 2:

C0C00

0

0

O.COSCE+OO1.0COOE-OO7.200E0C2000

0

0

Pathway 3:0

6.3910E+036.3951OE-C30. OOOCE-OC

.3OOCOE+00O.OOOOE+00Q.COOCE-O0

O.00003+00O.OOOOE+O0S.GOOOE-CO

0.COOCE+-0C.OOOOE-COO.0000EE-O

C0a

20.0000E+0O7. 2000E+020C0000

Pathwiay 4:00a0012

. 0000S+O002. 4000E+010a0C.o0

5.1000E-02 0.0000E-00 0.0000Z+00 O.COOGE+00O.COOOE-00 0.00004+.00 0.OCOOE+00 0.000DE-OO

6. 9010E40 O0. 000OE+006.9010E+03 0.00OOE400

O.OOOCE-O0 0.OOOOE+000.OOOOE+00 0.0000E600

Dose Locations:

Location 1:UA.3 - CRFDA

;21

3O.COOOE+O02.COOCE+O01 .2000E-0214D.OOCOE+O0S.OOOOE+O02.4000E+Ol7.2000E-02~0

Lccaticn 2:L!Z - CRDA

2

O.OGOOE-C08.0000E+002.S4000+019.600OE011.2000E+021

8 .0000E+00? ,nnn-,nl

8. 300CE-048.3000E-040.0000E+00

3.5000E-041.8000E-042.3000E-04O. 0000o+00

4. 9000g-053.5000E-05

0.0000E+00O.OOOOEi00

* . 00 v-_ ,3.5000E-05n -nne^


O.0C0CE-O 3.50COE-048.COOCE40 1.O I eOE-04

2.4 30E+O 2. 3000E-047. 2000E+02 G. OCOO+ao3

Location 3.CRCA I CR

2O .OO00+OC 3. 5000E-047. 20007-+02 0. COOOE-O0

4C. OGOOE-CO . OOOGETCo2.4000E-01 6.OOOOE-019.600CE--01 4.OOOOE-017.20COE+02 O.OOOOE+05

Effective Volumwe Loceaion:

50. 0000E00 1. 3600E-032.O0OOE-00 1.0300E-038 .COOQE+00 3.3E00E-042.4000E+01 0.00DCE007.2000E+02 O.OODOE-00

Simnulation Parameters1O.OOOOE+0O 0.OOOOE-00

Output Filename:C:\P:ogram Files\radtrad3.o40

1

End o' Scenario File


RADIRAD Vers'on 3.03 (Spring 2001) run cn E115/20C5 a- :6:00:54

Plant Description

tNumber of Naclides - 63

inventory Power - 1.OOOGE+00 MWth

Plant Power Level - 4.0320E-03 MHth

Number of compartments - 3

Compartmenz information

Ccmpartm.en: number 1 (Scurce term f-act'on - 1.6C00E-00

Nane: SSES Condenser/TurbineCompartment volume - 1.00OOE0+2 (Cubic feet)

Compartment type is NormalPathways into and out o' compartment 1

Exit Pathway Nuabe: 1: SSES Condenser/Turbine to Envirens - 24 hr Release

Compartment number 2Name: EnvironmentCompartment type is Environ-mentPathways into and out of compartment 2

Inlet Pathway Number 1: SSES Condenser/Tuzbine to Environs - 24 hr Release

inlet Pathway Ncmber 4: Control Bldg tc Environs - Control Room Exhaust

7xit Pathway Number 2: Environs to Control Bldg - 6391 cmx Air Intake

Exit Pathway Number 3: Environs to Control Bldg - 510 cfm Inleakage

Compartent nuWmber 3Name: Control BldgConparzment volume - 5.1800E+35 ICubic feet)

Compartment type is Control Room

Pathways into and out of compartizent 3Inlet Pathway Number 2: Env-rons to Control Bldg - 6391 cfm Air Intake

Inlet Pathway Number 3: Environs to Control Bldg - 510 cfr. InleakageExit Pathway Nimber 4: Control Bldg co Environs - Control Room Exhaust

Total number of pathways - 4


?EATPAD Version 3.33 1Spring 2031) run on 8/15/2035 at 16:C0:54

Scenario Description

Radvoactive Decay is enabledCalculation of Dauog.ters is enabled

Release Fractions and TirinasGA- EARLY IN-VESSEL LATE RELEASE

0.001000 hr 0.0000 hrs 0.0000 hr5

NOBLES 3.2100E-03 O.OOOGE+00 0.0000=+00

I03DIE 3.1000--05 O.OOOE+00 0.0000+00

CESIUM 3.6400E-07 O.OOOOE+O0 0.0C00O+0O

TELLURIUM 1.i500E-09 O.OOOOE+00 0.0000E+00

STRCSTIUM 4.5900E-10 O.QOOOE+00 O.OOOOE-00

BARIUM 4.5900E-10 O.OOOOE+00 O.OOOOE+00

RUTHENIUM 5.7400E-11 0.0000+00 O.OOOOE-00

CZRIUX 4.590CE-12 O.OOOOE+00 O.OOOOE.00LAI4TrHAIUM 1.1500E-11 0.OOOO+0C 0.0000-Co

FELEASE MASS

1.592E-013.54 lE-027.889E-021.115E-064.574E-051.234E-061.534E-066.407E-064.302E-07

_.nventory Power - 4032. m!t

SuclideNare

Co-58Co-60Kr-85Kr-85:nKr-87Kr-88Rb-86Sr-89Sr-90Sr-91Sr-92Y-90Y-91Y-92Y-93Zr-95Zr-97Nb-95No-99Tc-99rmRu- 103Ru- IOSRu-106Rh-lOSSb-127Sb-129Te-127Te-127nTe-129Te-129nTe-131nTe-132I-131I-132I-1331-134I-135Xe-133Xe-135Cs-134Cs-136Cs-137Ea-139Ba-140La-140Ea-i41La-142Ca-!A'Ea-139

Group Specificinventory(CiIMv te

7 1.470E+027 7.9102+011 3.670%-021 6.650E-031 1.330E-041 1.850E-043 5.3E0-015 2.550E-045 3.250E403

5 3.250E-045 3.450E-049 3.-70E+039 3.320E+049 3.470E+049 2.650E+049 4.760E+049 4.710E+049 4.760E+047 5.010E+047 4.440E+047 4.270E+047 2.950E+047 1.700E+047 2.750E+044 2.330E+034 8.610-+034 2.3102+034 3.940E+024 8.1602+034 1.650_--034 5.330E2034 3.820E-042 2.650E-042 3.890E-042 5.510E-042 6.08CE-C42 5.230E-C41 5.260E+041 1.740E+043 5.700E+C33 1.E20E+033 4.290E+036 4.540E4046 4.860E+049 5.180E+045 4.410Z+049 4.320E-049 4.A60E+046 4.H40E+04

halflife

(s)6.117E+061. 663E+083.383E+081. 613Et044.5786+031.022Z+041.612E-064.363E-C69. 190E-0e3.420E-04S.756E-032.304E2055.055E2061.274E2043. C36E+045.528E-066.084E-043.037E+062.376E+052.167E+043.394E+061.598E+043.181E+071.273E+053.326E+051.555E+043.366E+049.41EE+064.176E+032.9032+061.080E+052.815E+056.947E+058.280E+037.485E8043.156E+032.3502-044 .532E2053.272E-C46.507E*071.132E-069.467E+064.962E+031.101E+061.450E+051.415E+045.5503+032. Q0?E+064.962E+03

Whole BodyDC F

(Sv-n3fBq-S)4.760E-141.260E-131.150E-167.480E-154.120E-141.020E-334.810E-157.730E-177.530E-284.924E-146.790E-141.900E-162.600E-161.300E-144.800E-153.60GE-144.432Z-143.740E-147.2802-155.890_-152.251E-143.810E-141.040E-143.720E-153.330E-147.1402-142.420E-161.470E-162.750E-153.337E-157.463E-141.030E-141.820E-14:.120E-132.940E-141.300E-138.294E-141.560E-15i.190E-147.570E-141.060E-132.725E-142.1702-158.580_-151.170E-132.390E-151.440E-133.430E-152.170E-15

InhaledThyroid(Sv/Bq)

6.720E-101.620E-080.000E-00O.OOCE+000.000E+00O.000E001.330E-097.960E-122.690E-109.930E-123.920E-12S. 170E-138.500E-121.050E-129.260E-131.440E-092.315E-113.580E-101.520E-115.010E-112.570E-104.150z-121.720z-092.6802-126.150_-119. 7202-121.8402- 29.6602-115.090r-131.563E-103.6692-086. 280E-082.9202-071.740E-094.860E-082.880E-108.460E-090.000E-C0O0.000E-001.110E-OE1.730E-097.930E-092.400E-122.560E-106.670E-119.400E-128.740E-122.550E-1:2.400E-12

InaledEffective

(Sv/3q)2.940r-095.9102-080. 000o+000. 0002+000.00072+OOO. ooo0+00-. 790_-051.120E-083.510z-074.547E-l02.180E-102.280E-091.320E-082.110E-105.S20E-106.390E-091.171E-091.570E-091. 010E-098.8002-122.421E-091.230S-101.290E-072.580E-101.630E-091.740E-108.600E-115.810E-092.090E-116. 484E-091.75ZE-092.550E-098. 890E-091.030E-101. 580E-093.550E-113.320E-100. 00E+000.000E+001.250E-081. 980E-098.630E-094.640E-111.0O0E-091.310E-091.570E-106. 840E-112.420E-094.640E-11

Be 14a G 4.9602~O04 ... 10E4-O6 gASgOM-16 2.S60m-10 I.0I0m-09


Ce-143 8 4.:40E+04 1.1-88E+35 1.290E-1 4 .230--12 9.160E-1I

Ce-'44 S 3.750-'04 2.456_+07 2.773_-15 2.920_-10 l.o0ia-07

Pr-143 9 3.990_-04 1.172E'06 2.100E-17 1.660E-:8 2.190E-09

fd-147s 9 1.800E-C4 9.467E-C5 6.19CE-15 1.82DE-11 1.850E-O0

Np-239 8 5.2fCE-G5 2.035Ea05 7.690E-15 7.620E-12 6.760E-1l

P -2;8 8 1.130E-02 2.765E+09 4.880E-18 3.860E-10 7.79CE-05

Pz.-239 8 .200E+01 7.594E+11 4.240E-18 3.750E-1 8.330E-05

Pu-240 8 1.930E+01 2.063E+11 4.750E-18 3.760E-13 8.330E-05

Pu-241 8 4.7601+03 4.544!+08 7.250---2C 9.150E-12 1.340E-06

Am.-241 9 6.303E+O0 1.364E+1O 8.190E-16 1.600=-09 1.200E-04

Crc-242 9 1.650T- 03 1.407E'07 5.690E-18 9.410E-10 4.673E-06

Crn-244 9 9.670E-C1 5.7:SE-C8 4.910E-1E 1.00lE-09 6.700-05

Kr-83r. I 3.250E-03 6.E40E-;03 1.50CE-18 0.OOGE-00 O.OOOE+00

Xe-133n I 1.730E+03 1.987E+05 1.370E-15 G.OOOE-CO 0.000E-O0

Xe-135t. 1 1.500E+04 9.3606+02 2.040E-14 0.000+E00 O.00CE-00

S-clide Daughzer Fraction Cau.ghzer Fraction Daughter Fraction

Kr-85m Kr-85 0.21 none 0.00 none C.0O

Kr-87 Rb-87 I.00 none 0.00 none 0.00

Kr-88 Rb-B8 1.00 none 0.00 none 0.00

Sr-90 Y-90 1.00 none 0.00 none 0.CO

sr-91 Y-91M 0.58 Y-91 0.42 none 0.00

Sr-92 Y-92 1.00 none 0.00 none 0.00

Y-93 Zr-93 1.00 none 0.00 none 0.00

Zr-95 Nb-95m 0.01 tb-95 0.99 none 0.00

Zr-97 Ilb-97n 0.95 Nb-97 0.05 none 0.00

Mo-99 Tc-99rn 0.8e Tc-99 0.12 none 0.00

Tc-99m rc-99 i.00 none 0.00 none 0.00

Ru-103 Rh-103nm i.00 none 0.00 none 0.00

Ru-105 Rh-105 1.00 none 0.00 none 0.00

Ru-106 Rh-106 1.00 none 0.00 none 0.00

Sb-127 Te-127n 0._8 Te-127 0.82 none 0.00

Sb-129 Te-129m 0.22 7e-129 0.77 none 0.00

Te-127m, Te-127 0.59 none 0.00 none 0.00

Te-129 1-129 1.00 :one 0.00 none 0.00

Te-129g Te-129 0.65 1-129 0.35 none 0.00

Te-131m Te-131 0.22 1-131 0.78 none 0.00

.e-132 --'32 1.00 none 0.OC none 0.00

1-131 Xe-131rn 0.01 none 0.00 none 0.00

1-133 Xe-133m 0.03 Xe-133 0.97 none 0.00

1-135 Xe-135' 0.15 Xe-135 0.85 none 0.00

Xe-135 Cs-135 l.CO ncne 0.00 none 0.0O

Cs-137 Ba-137m 0.95 none 0.00 none 0.00

Ba-140 La-140 1.00 none 0.00 none 0.00

La-141 Ce-141 i.00 none 0.00 none 0.00

Ce-143 P:-143 1.00 none 0.00 none 0.00

Ce-144 Pr-144rn 0.02 Pr-144 0.98 none 0.00

lld-147 Prn-147 1.00 none 0.00 none 0.00

Np-239 Pu-239 1.00 none 0.00 none 0.00

Pu-233 U-234 1.00 ncne 0.0O none 0.00

Pu-239 U-235 1.00 none 0.00 none 0.00P-_-240 U-236 '.00 none 0.00 none 0.00

F -241 U-237 0.00 An-24-1 1.00 none 0.00

An-241 Np-237 1.00 none 0.00 none 0.00

Cn-242 Pu-238 1.00 none 0.00 none 0.00

Cm-244 Pu-240 1.00 none 0.00 none 0.00

Xe--33m Xe-133 1.00 none 0.00 none 0.00

Xe-135r. Xe-135 1.00 Cs-135 0.00 none 0.00

Iodine fractionsAerosol - O.OOOOE-COElemenzal = 9.7000E-01Ozganic - 3.OOOOE-02

COMPARTMENT DATA

Comoartment nunber 1: SSES Condenser/rurbine

Ccmparrment number 2: Environment

Compartment number 3: Control Bldg

?ATn'WAY DATA

Pathway number 1: SSES Condenser/Turbine to Environs - 24 hr Release

Convection Data

PATHWAY DATA:aA..4C k,,_ A .. _- *bL%S.. s .. %

EC-RADN- 1 127 Attachment 4

O.OOOOE+OO !. OOOE+OO2.4000E+0 0.0300E+OS7.200GE4^2 O.OO0E34OO

Pathway number 2: Environs to Control Bldg - 6391 cfm Air Zntake

Pathway Filter: Removal Data

Tize (hr) Flow Rate Filter Efficiencies (I)(cfM) Aerosol Elemental Orcanic

O.OOOOEOo 6.3910E+03 O.OOCOE+OO O.OOOOEOO O.OOOOE+OOl.OOOO_+OG 6.39101403 O.OOCOEOOO 0.OOOOE-OO O O^COE+OO7.2000G+02 0.OOOOR+00 O.OOOOE+0O 0.OOOOE-00 O.OOOOE+O0

Pathway number 3: Envi:ons to Control Bldg - 510 cfn In-eakage


Tine Ih-) -low sate Filter Ef±iciencies (t)

:f=) A xerosol Elemental Organic0.0000E+00 5.1000E+02 O. OOOOE-OO O.OO0CE-00 O.OOCOE+O07.2000E+02 O.00E0E O 0.OOOCE-O0 0.0000E-00 O.OOOOE+O0

Pathway number 4: Control Bldg to Environs - Control Roon _xhaust


Tine (hr) Flow Rate Filter Zfficiencies It)

(cfn) Aerosol Elemental Organic0.0000E+00 6.9010E+03 O.OOOOE-CO O.OOOOE0+ 0.005CE-002.4000S+01 6.9010E+03 O.QODOE-00 0.00002+00 0.003CE-0O

LCCATION DATALocation EAB - C.RDA is in compartment 2

Location X/Q DataTime (hrl X/Q Is * m'-3)0.00002+00 8.3000E-042.0000E+00 6.3000E-047.2000E+02 0.00007+00

Lcca-ion Breathing Rate DataTime (hr) Breathing Rate (n3 sec'-l)O.OOOOE-00 3.5000E-048.0000E+00 1.8000E-042.4000E+01 2.300GE-047.2000E+02 0.O0O0E+0O

Location LPZ - CRDA is in compartment 2

Location X/Q DataTime (hr) X/Q Cs - m'-3)o. OOOOB+00 4. 90OOE-058.0000+00 3.5000E-052.4000S+01 O.OOOOE+009.6000E+0l 0.00002+00

7.2000E+02 O.OOOOE+00

Location Breathing Rate DataTime (hr) Breathing Rate CM^3 sec'-2)O-OOOOE-00 3.5000E-048.0000E+00 1.8000E-042.4000E+01 2.300CE-047.2000E+02 O.OOOOE+OC

Location CRDA e CR is in compartment 3

Location X/Q DataTine (hr) X/Q (s * ^m-3)0. 0900E00 1.36tOOE-032.0000E-OO 1.0300E-038.0000E+00 3.3600E-042.4000E+01 0.00G00+007.2000S+02 0.0000C+00

Location Breathing Rate DataTime (hr) Breathing Rate m^3 sec-lA0.0000E+O0 3.5000E-047.2000E+02 0.OOOE400

Page 48

I.ne-arinn flat.. nt.


Locatlon Occupancy.Factor CataT:me th=) Occupancy Factor

O.COOGE-0O 1.00307_+Oo2. 4000E-G1 6. CGO7O--1S.6OOE-Go 4.COOOE-O17.2000E-02 O.CO3OE+00

USER SPECIFIED TIME STEP DATA - SUPLEMENTAL TIME STEPSTrne Time step

C.OOOOE-CO O.OOOOE + 00


RADTRAD Vers'on 3.03 (Spring 2001) run o- e/15/2005 at 16:00:54444 41#e1*Ii§*~s^fE9R4 ie 44 S It# #*iisJii 4 isiO4*44ei4J

4f I I miIt' iit* I A AF 4f i f I J J J4 4 # I 4 4 f 4

# 4 f 4 4 4##4* i 4I f f 4 F 4 4 Ji f t I 4 I A 4

4### 4#14 4 t .414

A

e

Dose, Detailed -model a6d Detailed Invertory Output44#*44 J4tIIVCI!#41I44e#414144I14I14I111I4I44!if?4444'4iI44I4t 4144*

Detailed model info:natio- at time (H) - 0.0010

EAB - CROA Doses:

Time (h) - 0.0910Delta dose (rem)AccUMulated dose (rem)

Whole Body Thyroid TEDE4.3223E-05 4.9013E-04 5.8786E-054.3223E-05 4.9S13E-04 5.S7B6E-05

E2Z - CRDA Doses:

Time (h) - 0.00iODelta dose (ren)Accumaulated dose (rem)

CRDA e CR Doses:

Whole Body Thyroid TEDE2.5517E-06 2.8936E-05 3.4705E-062.5517E-06 2.8936E-05 3.4705E-06

Time (h) - 0.0010Belta dose (rem)

Accwunlated dose (rem)

Whole 3ody1. 55iSE-091.5515E-OS

Thy:o-d2.4167E-G72.4167E-07

TEDE9.2252E-059.2252E-09

SSES Condenser/Turbine Compartment Nuclide Invenzory:

Time (h; =

Cc-58Co-b0Kr-85Kr-85mKr-87

Kr-88Rb-86

Sr-89Sr-90S:-91Sr-92Y-90

Y-91Y-92Y-93Zr-95Zr-97Nb-95No-59Tc-99mRu-103Ru-10;Ru-106Rh-105Sb-!27Sb-129Te-127Te-127mrTe-129Te-129w.Te-131mTe-132

Te-127m.

0.0010 Ci5.4434E-052.9291E-057.6000E+031.37692+052.7527E+053.6301E6051.2633E-017. 5508E-029.6236E-039. 6229E-021. 0213E-012.5009E-042.4631E-032.5890E-031. 9659E-033.5314E-033.4941E-033.53146-031.8552E-021.6441E-021.5E12E-021.0922E-026.295;_-031.0183E-021.7286E-026.3866E-021.7138E-022.9230E-036.0536E-021.2241E-023.9542E-022.8340E-015. 2996E-022.9230E-03G.0S360-03

kg1.7115E-122.i 52S6-111.9371E-021. 67326-059.7181S-063.0545E-051.5526E-092.5990g-097.05506-082.654ES-11e.1254E-124.5968E-131.0044g-102.f906g-135.8923E-131.6438E-101.82786-125.0310S-113.8681g-113.1268S-124.8992E-101.6248E-121 .816--091.2065E-116.4728E-111.1357E-116.4937--123.0989Z-IC2.8906S-124.0634g-104.5588g-li9.33486-104.749SI-053.0989E-1C1.29046-13

Atcms1.7774E-132.6008E-141.3724E+231. 1854E+206.7269E+192.0903E,201.0872E616I .7586E+i64.7207E+171.7561E4145.3187E-133.0758E+126.6466E+141.7612E+123.8155E4121.0420E-151.1348E+135.72486E+142.3529E+141.902CE6132.8645E+159.3190E+121.0690E+166.9195E4133.06936+145.3019E+133.0792E+131.4694E+151.3494E+131.8969E-152.2796E+144.258eE+151.9551E+201.4694E+151.2dg#6+13

Decay5.4603E+062.9382E+067.6236E+14I .3813E-162.7619E+163 .8424E+-6I .26

73E+10

7.5743E+099.6535E+089. 6531E+091.0246E+102.5081E+072.4707EOe2.5858E-08i . 9720E+083.5424E+083.5051E+083.5424EOe1. 8610E-091.64922+091. 5861E+091.0957E+096.3147E+082.02156+091.7340E+096.4069E+091.7191E+092.9321E-C86.0717_+091.2279E+093.9665E+092.8428E+105.71616-142.9321E-C86 02t=-9q

EC-RADN-I 127 Attachment 4 Page 51I-1321-133I-1341-135Xe-133Ye-_35Cs-134Cs-13fCs-137Ba-1393a-140La-140La-141_a-142Ce-14_Ce-14Ce-144Pr-143Nd-147Np-239?u-238Pe-239Pu-240Pu-241As-241Cm-242Cm-244Kr-83mXe-133mXe-135m

7.7777E+031. 1019E-041.215CE-041.0458'-+04:.093E+063.6034E+051.3355E-C14.2738;+0C1 .0074E+Ol1.4325E-0O1 .4391E-C13.9445E-033.271lE-033.2035E-031.3207E-03i.2259Z-33'.1'04E-032.9601E-031.3354E-031. 5575E-023.3460E-063.5533-D075.7149E-071.4095E-044.6739E-071.22412-047.1741E-066.7278E-043.5825E+043.099!ve+05

7.5350E-075.7271E-064.5544r-072.9780Z-065. 8192E-031.4110E-041.0345Z-055.8313E-081. 1582E-048.7574E-12i.96571-096.5172E-125.7842E-132.237SE-134.6349E-1:1.8460E-123.4865E-104.3955E-111.6507E-1'6.7137E-111.9545E-105.7167E-092.5OeOE-091.36835-091.3616E-103.6934E-118.8675E-113.3856E-Oe8.3921E-053.4711E-06

3.4376E6184.4043E+192.0468e+181.3284E+192.6349E-226.2944E-204-6453E+192.5821E+175.0910E+203.7941E-138.4557-+152.9755E+132.4704E+129.4907E3111.9796-+!47.7735E+121.4560E-151.8512E-146.76243+131.6917E+144.9455E+141.4405E+166.2932Z+153.4190E 153.4029E-149.19115-132.18863+142.456464193.7999E-201.54843-19

7. eG27+1 41. 16531+151.2192E-151.0491E,15:.0926E+i73. 6145E+161.3427E+124.2871E-lli.0105z+121.4372Z+101.4436E+103.8554E-0C3.281EE-.083.2'41E+081.3248E+081.2297E-081.1139E+082.9693E+081. 3396E-ca1.5624E+093.3565E+053.5644E+045.7327E.C41.4139E+074. 6884E+041.2279E+077.1964E+O56.7497E+153.5937E+153.1118E+16

SSES Condenser/TurbD4neTime (h) - 0.0010Noble gases (atoms)Elemental I (atoms)organic I (atoms)Aerosols (kg)Dose Effective (Ci/cc)Dose Effective (Ci/cc)Total I (Ci)

Transport Group Inventory:Atmosphere Sumpl.6504E+23 0.OOOGE+OC2.5155E+20 O.0000E-007.7798E-18 0.00002+001.2631E-04 O.OOOE+001-131 (Thyroid) 2.6468E-031-131 (ICRP2 Thyroid) 3.39123-03

4.6704E+04

SSES Ccndenser/Turbine to Environs - 24 hr Release Transport Group Inventory:Time (hi - O.OC10 Leakage Transport

Noble gases (atcms)-lemental I (atoms)Orcanic I (atoms)Aerosols (kg)

3.4382E+-65.2406E+131.6208E-122.6315v-1l

Detailed model infcrmation at time (O) -

EAB - CRDA DOses:

l.0000

Time (h) - 1.0000Delta dose (rem)Accumulated dose (rem)

Whole Body7.2436E-027.2475E-02

Thyroid9.7141E-019.7 190E-0!

TED-1.0321E-011.0326E-01

_PZ - CRDA Doses:

Time (h) - 1.0000Delta dose (rem)Accumulated dose !rem)

Whole Body4.2764S-034.2789E-03

Thyroid5.734eS-025.7 377E-02

CRDA e CR Doses:

TEDE6.0928E-036.0963E-03

TEDE1. 8180E-021.8180E-02

Time (h) - 1.0000 Whole BodyDelta dose (rem) 2.5430E-03Accuwula:ed dose (rem) 2.5431E-03

Thyroid4.9403E-014.9403E-01

SSES Condenser/Turbine Compartment Niclide Inventory:

Time (h) -Co-58Co-60Kr-85Ys-85nXr-87r=-8R,...

Co-58C.-60

I .0000 Ci5.43895-052.927SE-057. 5969E+031.1792E+051.5962E-05

-- __ -a non-.rsnc

5.43895-053.o0;2E0s6

ka1.71056E-122.59301E-l1.9363E-021.4329E-055.6353E-06< -j:j26r-^c

1.71056-122.53269-65

Atcoms1.7760E+132.5996E+14I .3719E+231. 0152E-203.9007E+191 .776a023

1.7760E+232. C51E5sT20

Decay7.2457E-C93.8996E+091.0116E+181. 6986E-192.8267ET19- REQ-ay -^7.2457E-C59. 3"z rI A1

EC-RADNT-I 127 Attachment 4 Page 52

Ro-E6 1.2609E-01 ;.549SE-E09 1.0851E+16 1.6807E-13

Sr-69 7.5433=-02 2.5965E-09 1.7569E-16 1.G050Er13

Sr-50 9.6£95--03 7.0521E-08 4.7187--+17 1.2812+'12

Sr-91 8.9427E-02 2.4670E-11 1.632-Z+14 1.2356E+13

Sr-52 7.907CE-02 6.2906E-12 4.1177E+13 1.2001E-13

Y-90 3.5097E-04 6.449:1-13 4.3153E-12 3.S329E-10

Y-91 2.480:E-03 :.0113E-10 6.6924E414 3.2SOi11

Y-92 1.8225S:-02 1.8940E-12 _.2398--+-3 1.35121:412

Y-93 1.8348E-03 5.4996E-13 3.5612Z+12 2.5297E411

Zr-95 3.52Q3E-03 1.6424E-10 l.C411E+15 4.7005E-11

Zr-97 3.3525E-03 1.7537E-:2 1.0858E 13 4.55S1E-l1

Nb-95 3.5299E-C3 9.0271E-11 5.72245-14 4.7014E+:l

Ho-99 1.8351S-02 3.8261E-11 2.3274E+:4 2.4570E+12

Tc-99n i.6423E-02 3.1232E-12 1.8998E+13 2.1759E+12

Ru-l03 1.5794E-02 4.8936E-10 2.8612E+15 2.1044E-12

Ru-lG5 9.3410E-03 1.386_:-1;2 7.9100E-12 1.3465S412

Ru-106 6.2920E-03 I.8807E-09 1.06S5E1l6 8.3807E+11

Rh-105 1.0178E-02 1.205SE-11 6.9158E:13 1.3547E-12

Sb-127 1.7150E-02 6.4218E-11 3.0451E114 2.2928E+12

Sb-129 5.4385Z-02 9.6712S-12 4.5148E-13 7.85701+12

Te-127 1.7124E-02 6.4886E-12 3.0768--13 2.2729E+12

Te-127m 2.9219E-03 3.097CE-10 1.4688E+15 3.8916E+1±

ze-129 5.7860_E-02 2.7625E-12 1.2898E413 7.7004£-12

Te-1295 1.2237E-02 4.061SE-10 1.8962E+15 1.6297E+12

Te-131n 3.8623E-02 4.8436E-11 2.2266E+14 5.2042E+12

Te-132 2.8078E-01 9.2487E-10 4.2195E+15 3.7564E+13

1-131 5.2785E+03 4.2577E-05 1.9573E+20 7.0431E+17

1-132 5.7534E-03 5.5739E-07 2.5429E+18 B.9428E-17

1-133 1.0654E+04 9.4047E-06 4.2584E419 1.4429E+18

1-134 5.5125E403 2.0664E-07 9.2866E-17 1.1187E+18

1-135 9.4142E+03 2.6807E-06 1.1958E+19 1.3220E+18

Xe-133 1.0831E-Gf 5.7863E-03 2.6200E422 1.4464E-20

Xe-135 3.423:E+05 1.3404E-C4 5.9754E+20 4.6926E+19

Cs-134 1.3379E+01 1.0341E-05 4.6472E519 1.7820_+15

Cs-136 4.2626E+00 5.8160E-08 2.5753E.17 5.6837E+14

Cs-137 1.007CE*01 1.1517E-04 5.0888E420 1.3412Es15

Ba-139 8.f640E-02 5.2968E-12 2.2948E+13 1.4995E-13

Ba-140 1.4352E-01 1.9605E-09 8.4330E+15 1.9138S+13

La-140 6.2293E-03 1.1207£-11 4.8206E-13 6.5413E+11

La-141 2.7416E-03 4.8477E-13 2.0705E+12 3.9933E+ll

La-142 2.0435E-03 _.4275E-13 6.0541E+11 3.4365E-11

Ce-14- '.3216E-03 4.6382E-11 1.9210E+14 1.759!E+1

Ce-143 I.19995-03 1.8069E-12 7.6093E;12 1.6151E+ll

Ce-144 1.1098E-03 3.4797E-10 1.4552E+15 1.4783E+11

Pr-143 2.9552E-03 4.3885E-11 1.848E+414 3.9384E-11

Kd-147 1.3313E-03 1.6457E-11 S.7419E+13 1.7156E+11

!ip-239 1.5379E-02 6.6292E-11 1.6704Ei14 2.0610S+12

Pu-238 3.3448E-06 1.9537E-10 4.9436E-14 4.45495E08

Pu-239 3.5523E-07 5.7152g-09 1.4401E+16 4.7311E+07

Pu-240 5.7125E-07 2.5070E-09 6.2905E+15 7.6087E107

Pu-24i i.4089E-04 1.3677E-09 3.4176E+15 1.8765E+10Az.-241 4.6722E-07 1.3613E-10 3.406E+-14 6.2228Et07Cm-242 1.2234E-04 3.6513E-l $.2856Es13 1.6256E-10

Cn3-244 7.1710E-06 8.863Bg-11 2.1877E+14 9.5513E-08

'Kr-83r 4.6710E-04 2.3506E-06 1.7055E+19 7.5076E+18

Xe-133m 3.5368E+04 8.2849E-C5 3.7513E+20 4.7401E+18

Xe-135m 2.3142E+04 2.5920E-07 1.1563E-18 1.4554E+19

SSES Conderser/Turbine Transport Group Inventory:

Time (h) - 1.0000 Atmosphere SumpNoble gases (atoms) 1.6468E+23 0.0000EO00

Eleerental I (atcmts) 2.4613E+20 0.0000E+00Crganic I (atoms) 7.6122E+18 0.0000S+00

Aerosols (kg) 1.2626E-04 0.0000E+00Dose Effective (Ci/cc) 1-131 (Thyroid) 2.6006E-03

Dose Effective (Ci/cc) 1-131 (ICAP2 Thyroid) 3.2528E-03

Total I /Ci) 3.6612E+04

SSES Condensez/T. rbine to Environs - 24 hr Release Transport Group Inventory:

..me (h) = 1.0000 Leakage Transport

Noble gases (atoms) 6.8662E+19

Elemental I (atems) 1.0370E+17Organic I (atons) 3.207iE15Aerosols (kg) 5.2593E-08

Detailed model information at time (H) - 2.0000

Elemental I (atoms) 1.0370-E17Orn;^nzr T larnrbe 7n~tr~lk

EC-RADN-1 127 Attachment 4 Page 53rAB - CRDA Doses:

'Tiie (h) - 2.0000 Whole Body Thyroid TEDEDelza dose (rem; 5.3267E-02 5.5_01E-Q' 8.3422E-02Accumulated dose (remn 1.2575E-01 1.9279E-00 1.8665E-01

LPZ - CRCA Doses:

Tine (h) - 2.OOCO Whole Body Thyroid TEDEDelta dose (ren) 3.1447E-03 5.6439E-02 4.9249E-03Accumulated dose frem) 7.4236E-03 1.1362E-01 1.1021E-C2

CRDA e cR Doses:

Time (h) - 2.0000 Whole Body Thyroid TEDEDelta dose (rem) 4.35181-03 i.090SE400 3.8441E-02Accumulated dose (rem) 6.8949E-03 1.5749E+O0 5.6620E-02

SSES Condenser/Turbine Compartme-t Nuclide Inventory:

Time (hiCo-5BCo-60Kr-85Kr-85mKr-87.r-883b-86Sr-89Sr-90Sr-91Sr-92Y-90Y-91Y-92Y-93Zr-95Zr-97Nb-95Ho-997c-S99mRu-103Ru-105Ru-i06Rh-lC5Sb-127Sb-129Te-127Te-127mTe-_29Te-129mTe-131.mTe-132..I-131I-132r-1331-134:-135Xe-i33Xe-135Cs-13

4

Cs-1'36Cs-1373a-139Ba-140La-140La-141La-142Ce-141Ce-143Ce-144Pz-143?ld-147NUp-239Pu-238Pu-239Pu-240Pu-241Nd-147Mr-239

2.0000 Ci5.4344E-052.9265E-057.5939E+031.0098E-059.2511E1042.34941+051.25841-017.5359E-029.6155E-038.3100E-026.1200E-024.5059E-042.4957Z-032.7449E-021.7124E-033.5253E-033.2164E-033.52&4E-031.8151E-02:.6387E-021.5775E-027. 9875E-036.28&9E-031.01441-02I .7014E-024.63048-021.7103E-022.9207E-035.3285E-C21.2231E-023.7726E-022.7819E-015.2573E+034.2547E+031.0300E-042.4991V+038.4734E+031.0769E+063.1825E+051.3373E1014.2514E-001.0065E+015.2376S-02_.4314E-018.5679E-032.2973E-031.3030E-031.3221E-031.1745E-031.1093E-032. 9502E-031.3273E-031.5185E-023.3435E-C63.5514E-075.7102E-071.4083E-041.3273E-03l.S19ss-01

kg'.709CE-122.5890E-111.9356E-021.22701-053.2660E-061.8737E-051.5466E-092.5939E-097.0491E-082.29242-114.0685E-128.2818E-13i.0176£-102.8526E-125.1327E-131.64101-101.6825E-129.0233E-113.7645E-113.1164E-124.88&0E-101.1883E-121. 879SE-091.2018E-116.3712E-118.2341E-126.4806E-123.0964E-102.5444E-124.0599E-104.7310E-119.1633E-104.2407E-054.1219E-079.0926E-069.3681E-082.4128E-065.7534E-031.2462E-041.033EE-055.B00SE-081.1572E-043.2021E-121.9552E-091.5415E-114.0622E-139.1021E-144.64COE-111.7686E-123.4779E-104.3811£-111.6407E-l16.5457E-111.9530E-105.7136E-092.5059E-09

36711-091.6407E-116.5452E-11

Atoms1. 7745E+132.5955E+141.3713=+238.6931E+192.2607E+191.2822E4201.083CE-161.7552E+.64.7168E+171.5171E+143.1871E+135.5416E-126.7345E+141.8673_+133.3236E+121.0402E+151.0446E+135.7199E1142.3021E+141.8957S+132.85795+156.8151E+121.0675E9166.8929EI133.0211E+143.8439Z+133.0731E+131.4683E+151.1878E+131.8953E-152.1749E+144.1805E+151.9495E+201.8805E+184.171E-194.21011-171.0763E+192.6051E+225. 5592E+204.6451E+192.5686E+175.0867E-201.3873E+138.41041+156.6306E+131.7350E+123.8601E+ll1.9818E-147.4480E+121.4545E+151.8450E+146.7214E+131.6493E+144.9417E-141.4397E+166.2879-+15i .416UE+156.7214E+133.4L02S2A~

Decay1.4487E+107.7985E+092.0235E183.1535E-154.4654E+198.0708E+I53.3585E+132.0093E+132.5623E+122.3641E+132.1292E1139.20241+106.6026E+ll4.3606E+124.8912E+119.3981E-ll8.03221+119.4019z+il4.8880E+124.3488E+124.2068E+122.4982E-121. 6759E+122.7073E+124.5681i+121.4548E+134.5442E-127.7826E-111.4927E+133.2592Z+121.0289E+137.4791E+131.4060E-181. 5558E+182.8383Z+181.6261i+182.5122E+182.8849E+209.0905E-193.5636E151.1354g+152.6822E+152.4062E+133.8229E+131.6243E-127.3404E+115.6284E+113.5197E+113.1963E+112.9562E+117.8711E-1 I3.5462E+114.0965=+128.9091E+089.4620E+071.5236E-087.52SM-1a3.5462E+l1


Am-241Cm-242Cm-244Kr-83mXe-133mXe-135m

4.6705Z-071.2227E-047.1680E-C63.2419E-043.4916E+342.9997_+03

l.360er-10 3.4004_+14 1.2445E-G93.6891E-11 9.1802E+13 3.2586L+3C6.8601E-11 2.1867E-14 5.GiE+391.63:4E-06 1.1837E5+1 1.2720E+198.1790E-05 3.7034C+20 9.4208E-163.3598Z-08 l.4987E+17 t.5739_+!c

SSES Co-denser/TurbineTime (h) = 2.0000Noble gases (atoms)Slemental I (atoms)Organic I (atoms)Aerosols lko)Dose Effective CCi/ccjDose Effective (Cl/cc)Total I [Ci)

Transport Group *Inventory:AtrMosphere SwUrp1.6436E+23 0.00005+002.4171Z+20 0.0C000+007.4754Z+1S 0.OOOOE+001.2621E-04 O.OOOE-00I-131 (Thyroid) 2.5586E-03I-131 (ICRP2 Thyroid) 3.1470E-03

3.0785E-G4

SSES Condenser/Turbine to Environs - 24 hr Release Transport Group inventory:Time (h) - 2.0000 Leakage Transport

Noble cases (atoms)Elemental I (atoms)Organic 1 (atoms)Aerosols (kg)

i.3722E+202.05395+176.3524E+151.0519E-07

Detailed model informatior at ti e (H) - 8.0000

EAB - CRDA Doses:

Time fh) * 8.0000Delta dose (rem)Accumi.lated dose (rem)

Whole Body Thyroid TEDE1.5621E-01 5.4504E 00 3.2694E-012.Ei95E-C1 7.3763E+00 5.13622-01

LPZ - CRDA Doses:

Time (h) - 8.0000Delta dose (rem)Accumulared dose (rem)

CRDA 6 CR Doses:



whole 3ody Thyroid TEDE1.4336E-02 6.8436E+00 2.2872E-012.1231E-02 8.4184E+00 2.8534S-01

SSES Condenser/Turb-ne Conpartment Suclide Inventory:

-ime h) -Co-58Co-60Kr-85Kr-85n

Kr-87Kr-88Rb-36Sr-89Sr-50Sr-91Sr-92Y-90Y-91Y-92Y-93Zr-95Zr-97Sb-§5Mo-9STc-99m.Ru-103RU-105Ru-106Rh-105Sb-127Sb-129Te-127Te-127mTe-1297P-129MSb-127Tb-l29-

8.0000 C_

5.4076E-052.59190E-057.5752E+033.9808E+043.505S8E035.4187£+041.2437E-017.4913E-029.5913E-035.3504E-021. 31582-021.0250E-032.5654E-032.724SE-021.1316£-033.5069E-032.5085E-033.5194E-031.7000E-021.5911E-021.5667E-023.1227E-036.2702E-039.5652E-031.6225E-021.7637E-021.6860E-022. 9135E-032.71422-021 .2132E-021.6225E-021.36?r2-02

kg1.700£2-122.5823E-11:.9308E-024.8372E-061.2377E-074.3214E-061.5284E-092.5786E-097.0314E-081. 4760E-li1.0468E-121.8839E-121.04£lE-102.8315E-123.3916E-131. 6324E-101.3122E-129.0002Z-113.544£E-113.0260E-124.8543E-104.6455E-131.5742E-091.1332E-116.0756E-113.1364£-126.3886E-123.0885E-101. 2961E-124. OGOlE-l06.0756E-1112.1164-12

AtoMs1.7657E+132.5918E-141.3679E+233.4271E+19e. 5671E+172.9573E-191.0703Et+61 .7448E+164.70495E+179.7677E-136.8521E+121.2606E+136.9228E+141.8534E-132.1963E+121.0348_+158.1466E+125.7053E 4142.1561E+141. 8407E+;32.8382E+152.6644E+12i.0648E+16

6.4996E+132. 8809E+141.4642E+133.0294E5131.4647E+156.0504E+121.8860E+152. 9809E+141;6 64S2EA13

Decay5.7811E+103.1157E-108.0850E+188.4053E+196.6387E+191.7919E5-201.3356E+148.0140E+131.0237E+137.7562E+134.6269E5136.8017E+112.6846E+:122.9423E+131. 6096E-123.7498E+-123.1691S+123.7563E5121. 8929E-131.7208E+131.6771Z+136.6379E+126.6944E-12I .0612Eii31.7845E+133.8284E+131.8075E-133.10955_+124.5346E+131.3012E +131.7845E+132. I2GAr.i 5 33

EC-RADN-1 127

-e-131m

~e-l 3.Z - l31I-1321-1331-13eI-135Xe-133Xe- 35Cs-134Cs-136Cs-1373a-139Ba-140La-i40La-_41La- 42Ce-141Ce-143Ce-144Pr-143Nd-147NIp-239PF-238P-.-239Pu-240Pu-241Am-241Cm-242Cn-2 44iS:-83riXe-133mXe-135n


3.2716OE-022.6312E-015.1324E-C36.9603E-G28.4125E+032.169SE1 04.5053E+03:.0407E+062.0320Et051.3336E-C14.1851E001.0040-+012.5565E-03i.4085E-012.1633E-027.9533E-048.7553E-051.3193E-031. 0328E-03i. 105SE-032.9194E-031.3032E-031. 4073E-023.3358E-063.5454E-075.6959E-071.4047Z-044.6604E-071.2183E-047.1499E-063.6232E-033.2320E4+048.0158_+02

4.1083E-11. 6e70E-1o

4.139SE-056.7431E-037.4262E-068.1336E-10:.2829E-065.5559E-037.9571E-051.0308E-055.7103E-CE1.1543E-041.5629S-13:.9240E-093.8920E-l11.4063E-136.1162E-154.6302S-111. 5553E-123.4671E-104.3355E-111.6110E-116.0661E-111.94B5E-105.7040E-092.4997E-091. 3636E-09i.3579E-103.6759E-1;8.8377E-111.8233E-077.5710E-OS8.9781E-09

1.88e6E-143. 954:7+15-. 9031-+203.0764E+173.3625E+193.6554E-155.7227E-1£2.5175E-223.54S-5E+204.6324E+192.'285E+-17S.C739E+206.7713E-118.2 762E151.674: E+146.0064Ee212.5938E+iC1 .9776E+146.5497E-121.4499E-151.825ss_+146.5996E+131.5285E+144.9303E+141.4372E'166.2722E-153.4075-+153.3930E+149.1475E+132.1812E+141. 3229E-le3.4281E-204.O0050+16

3.84C7E+;32. 504E+145.5574E}183. 1267E-181.0290E-192.0432E+197.5325E+18.t.1346E+212.9587E+201.4236E-194.50ESE-15

3.7247E+13l.5-71E+:41.3702E4131.8657E-129.2257E+111.4079E+i2z.2004E+121.1807E-123.1326E-12i.4057E+121.5782E+133.5599E+093.7820E+086.0794E+081.4993E-ll4.9730E+081.30133.+1l7.6314E092.3221E+193.6274E+191.6602E-19

SSS Condenser/Turbine Transport Group Inventory:Time (h) - 8.0000 Atmosphere SerypNcoble gases (atoms) 1.6273E-23 0.0000E+00Elemental I (atoms) 2.2307E+20 0.0000OE00Organic I (atoms) 6.8991Z+18 0.0000E+OOAerosols (kg) 1.258SZ-04 0.000CE+40Dose gffective CCi/cc) 1-131 (Thyroid) 2.3545E-03Dose gf'ect've (Ci/cc) 1-131 CICRP2 Thyroid) 2.7479E-03Total I (Ci) 1.8768E404

SSES Condenser/Turbine to Environs - 24 hr Release Transport Group Inventory:Time (h) - 8.0000 Leakage Transport

Noble gases (atoms)Flemental I (atoms)Organic I (atoms)Aerosols (kg)

5.4 603E+207.8492E+172.4276E+164.2030E-07

Detailed model information at tine iH) - 24.0000

EAB - CRDA Doses:

Tine (h) - 24.0000 whole BodyCelta dose (rem) 1.0474E-01Accur.-lated dose (rem) 3.8669E-01

Thyroid TEDE6.6056vE+00 3.09899-011. 3984E+01 6.2351E-01

LPZ - CRDA Doses:

Time (h) - 24.0000 Whole BodyDelta dose (rem) 4.4168E-03Accumulated dose (rem) 2.10623-02

Thyroid TEDE2.78553-01 1.3068_-027.1414E-01 4.3390E-02

CRDA e CR Doses:

Time (h) - 24.0000 Whole BodyDelta dose (rem) 3.9913E-03Accumulated dose (rem) 2.5222E-02

Thyroid TEDE6.1044E+00 1.9368E-011.4523E+01 4.7902E-01

SSES Condenser/Turbine Compartment Nuclide Inventory:

Time (h) - 24.0000 Ci

Co-58 5.3367E-05Co-60 2.8989E-05w-,CM ? CIAl Aitnl

SSES Condenser/Turbine Compartment

kg Atoms Decay1.6783E-12 1.7426E+13 1.7228E311

2.5645E-11 2.5740E-14 9.3142E'10- C11or.f) 1 7CROV.A2 I A71r~sc

Nuclide Inventory:_- XV _V.)L.vt4T

EC-RADN-1 127

Kr-67Kr-88

Rb-E6Sr-E9Sr-5CSr-51Sr-92y-93Y-9l

Y-92Y-93Zr-95Zr-g7Nb-95M'o-99Tc-99rnRu-i03Ru-1C5Ru-i06Rh-iO5Sb--27Sb-129Te-127Te-127mTe-129Te-129mTe-131mTe-1321-1311-1321-1331-1341-135Xe-133Xe-135Cs-134Cs-136Cs-1373a-1393a-140La-140La-141La-142Ce-141Ce-143Ce-144Pr-143Nd-147Kp-239Pz-23&PF-239Pu-240P.-24 IAm-241CL-242Cmn-244:R-83nXe-133m.Xe-135m

SSES Condenser/TurbineTine Ih) - 24.0000Noble gases (atoms)Slemental I lators)Organic I (aroms)Aerosols (kg)Dose Effective (Ci/cc)Dose Effective (Cilcc)Total I (Ci)


3.3263E-035. 68C1E-01.0641E+03.2052E-01

7.3738E-029i5272E-03:6.535E-022.1826E-042.3781E-032.6339E-032.4036t-033.7491E-043.4586E-031.2928E-033.4952E-031.4275E-021.4305S-021.53812E-022. 55182-046.2207_-037.2340E-031.4294E-021.3447E-031.5959E-022.8935E-031,2216E-021.1944E-022.2485E-022.26ElE-014.8135E+035.8341E+004.9031E+036.9094E-05e.3592E+029.4560E+056.0926E+041.3240E+Ol4.01328+009.9731E+006. 1343E-071.3493E-014.9580E-024.6998E-056.5339E-081.2957E-037.3313E-041.0967E-032.8321E-03I.2412E-031. 1489E-023.3153E-063. 5285E-075.6581E-071.3953E-044.6335E-071.2068E-047.1019£-061.0500E+012.6295E1+043.8192E+02

4.0419E-072.0053E-118.6455E-OS:.4811E-092.5381E-096.5844E-0e4.5624E-122.7365E-144.3710c-12.0732E-10

2.4975E-132.1237E-13; .6C95E-106.7625E-138.9385E-112.9764E-112.7205E-124.7656E-103.7961E-14S1.8594E-058.5705E-125.3526E-112.3912E-136.0471E-123.0675E-105.8331E-133. 9647E-102.8198E-l27.4710E-103.8827E-055.6521E-104.3282E-062.590CE-152.3803E-075.0732E-032.3858E-051.0233E-C55.4757E-051.1466E-044.9730E-171.8431E-098.9200E-118.3104E-154.5644E-184.5475E-111.1040E-123.4384E-104.2057E-111.5343E-114.9522E-111.9365E-105. 6768E-09

2.4831E-091. 3545E-091.3500E-103.6412E-118.7784E-115.2840E-106.1597E-054.2777E-09

2.E6378+18:.38Se-+145.5164z+:7:.0372E" 6:.7174E +64.6734-+ 75.01534-+;'1. 13 6.7 8 12.9248E+Z37.iC2i-+:i4:.635-1r+127.27658+211.0205E+154.1984E+125.6662E+242. e1052+141.6549%+132.786328..52.1772E+1I.0564E+16

4. 9155+1 32.5381&+14i.11632+122.8675E+131.4546E+152.7231-+_21.85088+151.29632+_43.4084_+151.78498+202.s57e6_+15i.982E+!91.1640r+101.0618E+182.2971E+22i .0643E+204.59887+192.4247E+175.0400E+202.1545-+087.92822+153.83659+143.5494E+101.9357E+071.9422=+144.64918+121.43807+151.77112+146.2856E+131.2476E+144.90008+14:.4304E+166.2306Z+153.38462+153.3734E+149.0610E+132.1666E*143.833BE+152.78591+201.9082E+16

1.1537E-206.7243E,192.0812E-203.9445E4142.3852E-143.0607E-131.44665E-145.2996E-134 .2691E-128.2392E-125.2997E-133.0692E-121.1171E-137.0771E-121.1228E-135.2167-I134.8198S+134.9849Z+139.0777_+122.0003E+232.B509_+135.0321Z+135.1773:+135.2192E+139.2962E+127.5741E+133.8711E+139.6583E+138.1208E+141.61518+193.43182+182.4143::+22.04695+;8-.2174+2193.2536--+215.4766E+204.25512+161.3240E+163.20392+163.7923E+i34.45508+148.9365E+132.4294E+129.4847E+114.19562+123.0638E+123.5274E+129.2602E+124.1162E+124.2924E+131.06468+101.13192+091.8176E+094.4826E+111.4875E+093.8850E+112.2616E+102.4539E+199.8506E+191.7319E+19

Transport Group Inventory:Atmosphere. Surp1.5924E+23 O.OGOOE-001.9318E-20 0.0000E-005.9745E+i8 0.OOOOE-001.2504E-04 0.0000E-CO1-131 (Thyroid) 1.9966E-03I-131 (1CAP2 Thyroid) 2.1874E-03

1.0558E+04

SSES Ccndenser/Turbine to Environs - 24 hr Release Transport Group Inventory:

Time Ih) - 24.0000 Leakage Transport

Noble gases (atoms) 1.6192E+21Elemental I (atoms) 2.1673E+18Organic I (atoms) 6.7030E+16Bezro~s~ko1.s. - - 2562E06_ -- ---.Time Ih) - 24.0000 Leakage Transport

- - -


Letailed zodel inforrnation at time (t) - 96.0000

-hB - CRLA Doses:

Tine 1h) - 5e.0000 Whole Body Thyroid TE;E

Celza dose (rem) O.OOCOE+00 O.OOOOE+00 0.0000E+00

Accumulated dose (rem) 3.8669E-01 1.3984E+O_ S.2351E-0l

LPZ - CRDA Doses:

Time (h) - 96.0000 Whole Body Thyroid 7EDE

Delta dose (rem) O.GOOOE+00 C.OOOOE-00 0.00CE-OO

Accuwmulared dcse (rem, 2.1062E-02 7.1414E-01 4.3390E-02

CRDA e CR Dcses:

Time (ht - 96.0000 Whole Body Thyroid TEDE'elta dose (rem) 7.7929E-05 2.3511-E01 7.3501E-03

Accumulated dose (zem) 2.5300E-02 1.47565+01 4.B637E-01

SSES Condenser/Turbine Compartment tiuclide Inventory:

Time (h) - 96.0000 C4 kg Atoms DecayCo-58 5.1823E-05 1.6297E-12 1.6922E+13 6.7665E+1l

Co-60 2.8957E-05 2.5617E-11 2.5712E+14 3.7101E+1i

Kr-B5 7.5204E+03 1.9168E-02 1.3580E+23 9.6315E+19

Er-85m 4.8304E-02 5.S696E-22 4.1585E+'3 1.1824E+20

Kr-S8 2.5311E-05 2.0186E-15 1.3814s+i0 2.0871E+20

Rb-E6 1.0761E-01 1.32502-09 9.2780E+15 1.4882E+15

Sr-39 7.C763E-02 2.4357E-09 1.64581E+16 9.3133E+14

Sr-90 9.5253E-03 6.98302-08 4.6725E+17 1.2157E+14

Sr-95 8.6498E-C5 2.3S62E-14 1.5791E+1l 1.7469E 14

Y-90 6.27f7E-03 1.1537E-1l 7.7196E+13 4.7682E 13

Y-91 2.5854E-03 1.0543E-10 6.9767E+14 3.3394E-t3Y-92 2.3984E-09 2.4926E-19 1.6316E-06 5.4745E+13

Y-93 2.6790g-06 8.0297E-16 5.1996E-09 3.7917E+12

Zr-95 3.3480E-03 1.5584E-10 9.8791E+14 4.3807E+13

Zr-97 6.7456E-05 3.5267E-14 2.1907E+11 1.1056E+13

1Ib-95 3.4880E-03 8.9200E-11 5.6545E+'4 4.4705E+13

Ho-99 6.7017E-03 1.3973E-11 8.4998s+13 1.4822E+14

Tc-99m 6.8708E-03 1.3067E-12 7.94842+12 1.4133E+14

Ru-,03 1.4588E-02 4.51993-10 2.6427E+15 1.9352E+14

Ru-105 3.3518E-09 4.9863E-19 2.6598E+06 9.2955E+12

Ru-106 6.1857E-03 1.64892-09 1.0504E+16 7.9494E+13

Rh-105 1.7727E-03 2.1002E-12 1.2046E+13 6.5B36E13

Sb-127 8.329CE-03 3.1'89E-11 1.4789E+14 1.5624E-14Sb-129 1.2925E-C6 2.298SE-18 1.0730E+07 5.2989E-13

Te-127 1.0811E-02 4.0963E-12 :.9424E-13 1.7542E+14

Te-127m 2.8763E-03 3.0494E-10 i.4460E-15 3.6977E+13

Te-129 9.7093E-03 4.6362E-13 2.1643E-12 1.4936E+147e-129m 1.1226E-02 3.7272E-10 1.7400E-15 1.4960E+14

Te-131m 4.2602E-03 5.3425E-12 2.4560E+13 2.01652+14

e-132 1.1981E-01 3.9465E-10 1.8005E+15 2.4200=+15

!-131 3.7165t+03 2.9978E-05 1.3781E+2G 5.682eE+19

1-132 i.43ClE-01 1.3855E-11 6.3208E+13 3.4359E+181-133 4.4508E+02 3.9290E-07 1.7790E+18 4.1961E+19

1-135 4.3971E-01 1.2521E-10 5.5853E+14 1.3236E+19

Xe-133 6.4487E+05 3.4451E-03 1.5599E+22 1.0809E+22

Xe-135 2.5991E+02 1.0173E-07 4.5401E+17 6.5471E'20

Cs-134 1.3203E-O! -.0205E-05 4.5961E+19 1.6935E-17

Cs-136 3.4242E-00 4.6720E-08 2.0688E+17 4.882SE916

Cs-137 9.9712E-CO 1.1464E-04 5.0390E+20 i.2768E+17

Ba-140 1.1461E-01 1.5656E-09 6.7343E-15 1.6395E+15

La-140 1.0210E-01 1.8369E-10 7.9017E-14 8.7666E+14

La-141 1.4356E-10 2.5385E-20 1.0842E-05 2.4649E+12

Ce-141 1.2157E-03 4.2664E-11 1.8222E+14 1.6235E+13

Ce-143 1.6158E-04 2.43312E-13 1.0247E+12 6.6883s+12

Ce-144 1.08872-03 3.4134E-10 1.4275E+15 1.4007E+13

Pr-143 2.4822Z-03 3.6862E-11 1.5523E+14 3.4764E+13

Nd-147 1.0271E-03 1.2696E-11 5.2C1!Z+13 1.4961E+13

Np-239

4.7511E-03 2.04SOE-11 5.1603E+13 1.1610E+14

Pu-236 3.3229E-06 1.9410E-10 4.9112E+14 4.2477E 10

P.-239 3.5466E-07 5.7058E-09 1.4377E+16 4.5256E-09

Pu-240 5.6581E-07 2.4831E-09 6.2306E+15 7.2440E+S09Pu-241 1.3947E-04 1.3539E-09 3.3832E+15 1.7861E+12

Am-241 4.651BE-07 1.35542-10 3.3868E+14 5.9399E+09

Cp-W 1.1915E-0f 3.5949E-11 8.9460E-13 1.5385r+12

Pu-236 3.3229E-06 1.9410E-10 4.9112E+14 4.2477E2109t-272 2.5CECC-01 s.3oPEr-00 1. 227r:&1- A.629CE.OZ

EC-RADN-I 127 Attachment 4 Page 58Cmn-244

-~-8 3mXe- 133nXe-135n

7.0997E-06 8.7756E-1I4.109E1-11 2.0678E-211.0673E104 2.5003E-052.009GE-01 2.2502E-12

2.1659E-14 9.0916E+101.5003E-04 2.4542E+iS1.1321E-20 2.6472-+201.0038E+13 1.74971E+9

SSES Coodenser/Turb ireTime (h) = 96.0000N4cble gases latoms)Elemeneal I (atoms)Organic I (atoms)Aerosols (kg)Eose Effec-ive (Ci/cc)Dose Effective (Ci/cc)7o-al I iCiJ

Transport Group Invento:y:Atmosphere Sunap.5152E+23 0.00013+00.3540E+20 0.OCOOE+00

4.18775+-8 O.OOOOE+00;.24956-04 O.OOOOE+00!-131 (Thyroid) 1.3387E-03:-131 (ICRP2 Thyroid) 1.3545E-03

4.1622E-C3

SSES Condenser/Turb.ne to Environs - 24 hr Release Transport Group InventoryrTime (hl - 96.COOC Leakage Transport

Noble gases (atoms)Elemental I (atoms)Organic I fatoms)Aerosols (kg)

1.6192E+222.1673E+186.7030E+161.2567E-06

Detailed model information at tine IH) - 720.0000

EAS - CRDA Doses:


Whole Body Thyroid TEDEO.OOOOE-00 O.OOOOE+00 0.0000+003.866SE-01 l.3984E+01 8.235_13-01.

LPZ - CRDA Doses:

Time Ch) - 720.0000Delta dose (rem)AccUnulated dose (rem)

CRDA e CR Doses:

Whole Body Thyroid TEDEO.OOOOE+00 0.0000+00 0.0000E-002.1062S-02 7.1414E-01 4.3390E-02

Time (h) - 720.0000Delta dose (rel)Accumulated dose (rem)

whole Body Thyroid TEDE2.2159E-30 1.06691-26 3.2996E-282.5300E-02 1.4758E+01 4.8637E-01


Tine (h) - 720.0000Co-56Co-60Kr-S5Rb-86Sr-89Sr-90Y-90Y-95Zr-95.Nb-95Ho-99Tc-99mR- 103Ru-106Rh-105Sb-127Te-127Te-127mTe-129Te-129mTe-131mTe-1321-131*-132_-133Xe-133Cs-134Cs-136Cs-137Ba-140La-14012e-143Cs-134Cc-1,14

ci4.0176E-052.8688E-057.4858E+034.1040E-024.9525E-029. 5092E-039.5594E-031.9002E-032.5261E-033.2342E-039.5518E-069.7929E-069.2199E-035.8902E-03B.6366E-097.7208E-052.6078E-032.4840E-035.6787E-036.5672E-032.3335E-094.7471g-043.9506E-025.6661E-044.1452E-072.1029E+041.2891E4016.6514g-019.9548E+002.7854E-023.23551-026.9822S-041.2891E+01

kg1.2635E-122.5379E-111.9080E-025.0438E-101.7047E-096.9722E-081.7570S-117.7485E-1:1.1759E-108.2710E-111.9915E-141.8624E-132.8568E-101.7606E-091.0232E-172.8911E-139.8814E-132.6335E-102.7116E-132.1800E-102.9263E-181.5636E-123.1866E-065. 4893E-143.6592E-161.1235E-049.9634E-061.1804E-C81.1445E-043.8047E-105.62111-112.4505E-1l9.9634E-06

Atoms1.3119=+132.5472Z+141.3518E+233.5319E+151.1535£+164.6646E+171.1757E-145.1277E-147. 4539E145.24301+141.21151+111.1329E+101.67031+151. 00021+165.8686E+071.3709E+124.6856E+121. 2467E+151.2659E-121.0177E+151.3452E1077.1337E-121.46491+192.5043E+111.6569E+095.0869g+204.4777Z+195.2270E+165.0308S+201.6366E+152.5040E-141.0466E-144.4777E+19

2ecay4.4795E 122.7666E-127.1995E+207.2342E+15S.8779E+159.1301E+147.9836E+142.1836Z+142.8632E+143.2594E+142.3310E+142.2396E+141. 1659Es155.8125E-147.7882E-133.0276E1145.2943E+142.6057E+146.1977E+148.7212E+142.2621E+144.2134S+151.7999E+203.43781E+184.3741E+192.60i4E-221. 2537E-182.0344E-179.5577E-176.7371E 156.5143E*159.3796E+131. 2537E-18

Q.GSIAC-01 1.190dK-C2 5.7110r4-19 I nlt4r�17

EC-RADNM- 127 Attachment 4 Page 59Ce-143Ce-144P--143Nd-141Np-239Pu-238?u-239Pu-240P-u-241Am-24 ICm-242Cm-244Xe-133m

3.2823E-101.02'8E-036.6195E-041.98972--42.2559--063.3844E-063.55932-075.658CE-071.3900E-044.8102E-071.0666E-047.0804E-064.2207E+00

4.9427S-193.2037S-109.A302E-122.4595E-129.7241E-151.9769E-105.7263E-C92.4833E-051.3493-r-09

1. 4015E-i03.2182E-118.7517E-1'9.8E71E-09

2.0815E'06_.3398E-154.1398S-131.0076E+132.45022:i-C5.0022E+141.4429E+166.2312E+153.3717E-153.5021E-14e.co85E2132.1600E+'44.47682_;6

7.71-29E,2l.016SE+141.4963E-14

5.6896E-131.6768E-143.21265Z'1:3.40-5E+105.4275E+101.3359E-134.5262E-101.0913E-136.8022E+ll3.7794E+20

SSES Condenser/TurbineTine th) - 720.COOGNoble gases (atomsElemental I (atoms)Organic I (atoms,Aercsols (kg)Dose Effective (Ci/cc)Dose Effective (Cl/cc)Total I (Ci)

Transport Group Inventory:Atmosphere Sump1.3569E-23 0.0000E+00_.4209E-19 0.0000Z+004.3947E-17 O.OOOOE+00.1.2451E-04 O.OOOE+001-131 (Thyroid: 1.3951E-041-131 (ICRP2 Thyroid) 1.395'E-04

3.9506E+02

SSES Condenser/Turbine _o Environs - 24 hr Release Transport Group Inventory:Time (h) - 720.0000 Leakage Transport

Noble gases (atoms)Elemental I (atoms)Organic I (atoms)Aerosols tkS)

1. 6192E+212.-673E#166.7030E+161.2567E-06

837

1-131 Summary

Time (hr)0.0000.0010.4010.7011.000'.3001.6001.9002.0002.3002.6002.9003.2003.5003.8004.1004.4004.7005.0005.3005.t.005.9006.2006.5006.8007.1007.4007.7008.000e.3008.6008.9009.2009.5009.800

10, 10010.40024.0009.200c Ann

SSES Condenser/Turbin1-131 (Curies)

2.9442E-035.2996E-035.2912E+035.2848=+035.2785E+035.272lE+035.2658E+035.2594E+035.2573E-035.2510E+035.2447E+035.2384E+035.2321E+035.2258E+035.2195E+035.2133E-035.2070E+035.20017+035.1945E+035.1882E+035.1820E+035.1758E+035.1696E4035.1634E-035.1571E-035.1509E+035.14492+035.1386f+035.1324E+035.1262E+035.1201E+035.1139E-035.1078E+035.1016E+035.0955E+035.0894E+035.0833E+034.8135E+035.1078E+03-i ini~r.44

Environment1-131 (Curies)

3.4077E-041.104lE-038.8351E-011.5444EG002.2023E-002.8616E-003.5201;+004.1778E+004.3968E+005.0535E+005.7094E+006. 3644E-aO7.0187E-007.6722E+008.3249E+008.9769E+009.6280E+001.028E+4011.0928Et011.1577E2011.2225E-011.28725+011.3519E+011.41642+011.4809E+011.5453E+011.6097E+011.6739E2011.738E1sO11.8022E+011.8662-+o01.9302E+O'1.9941E+012.0579E+012.1216E2012.1852EtOl2.24e8E-015.0480E+011.9941E+017 flnC1t;.'O

Control Bldgr-131 (Curies)

1.5092E-064.8892:-063.3470E-035.2323E-036.7066E-037.8665E-038. 775CE-039.48 £0E-039.6866_-039.5709!-039.4777E-039. 4020E-039.3402E-039.2893E-039.2470E-039.2113r-039.1810E-03S.154SE-039.13195-039.11162-039.0933E-039.0766E-039.06112E-039.04672-039.0330t-039.0199E-039.0074E-038.9952E-038. 99 33E-037.6838E-036.6617E-035.8577E-035.2251E-034.7271E-034.3350E-034.0260E-033.7825£-032.7472E-035.2251E-03a 7711;R-03

EC-RADNN-I 127 Attachment 4 Page 6096.000

720.0003.7165E+033.9506:8+02

5.C480E-015.04£0E+O1

2.1465E-285.44es-24s

Cnum ative Dose S=:nwrary

-AE - CRDh LrZ - CRDA'Time ThyroidChr) (rerO)0.000 0.0000E+000.001 C.9013E-04

0.401 3.9151E-010.701 6.82957-011.000 9.719OE-01

1.300 1.2604E400

1.600 1.5474E800

1.900 I.e330*+002.0OO 1.9279E+00

2.300 2.2117E-OO

2.600 2.4942E+00

2.900 2.7754E+00

3.200 3.0554E,00

3.500 3.3341E-00

3.000 3.6115E+00

4.100 3.SB78E8004.400 4.1629E'00

4.7C0 4.4368s+00

5.000 4.7096E+OO

5.300 4.9813Eo005.600 5.2518E-00

5.900 5.5213+.00

6.200 5.789?E+00

6.500 6.0570E-co

6.800 6.3233E+00

7.100 6.5886E+00

7.400 6.8528E+00

7.700 7.116OE-00

8.000 7.3783_+008.300 7.5227E+008.600 7.6465E-CO

TEDE(rem)

0. 0000E+005.8786E-054. 4772E-027.5079E-021.03268-011.2988E-011.s556E-01; . 7897E-011. 8669E-Ol2.0911E-012.3054E-012.5107z-012.7077E-012.e972E-013.0796E-013.2557E-013.4259E-013.5906E-013. 75038-Ol3.9052E-014 .0559E-014.2025E-014.3453E-024.4465E-014. 6207E-014.7537E-014.8838E-015.0113E-015.1362E-015.2192L-015.3002E-01

5hyroid(rem)

0. 00008-002.8936s-052.31133-024.0319E-025.7377E-027.4406E-029.1351E-021.0621E-011.1382E-011.3057Z-011.472sE-021.6385E-011.8038E-011.9693E-012.1321E-012.2952E-012.4576E-012.6193E-012.7804E-012.9407E-013.10058-013.2596E-013.4leOE-013.55e----Ol3. 7330E-Oi3.8696E-014.0456E-014.20108E-O4.3559E-014.4125E-014.46908-014.5252E-O04.5813E-014.6371E-014.6927E-024.7482E-014.8034E-017.1414Z-017.1414E-017.1414E-01

rEDEt rem0)

C. 00008+003.47CSE-062.6432E-034.4324E-036.0963E-037.6675E-039. 1541E-031.0566E-021. 1021E-021.234sE-021.3610E-021.4822E-021.5985E-021. 7104E-021.8181E-02i.9221E-022.0225E-022.11988-02

CP)A e CFLThyroid TEDE(rem) (rem)

0.0000-00 0.0000E+002.4167E-07 9.2252_-099.2165E-02 3.4631E-032.6125E-01 9.7040E-034.94038-ol 1.81208-027.7759E-01 2.8386E-021 .0995§E800 3.9811E-021.452!E+00 5.23088-021.5749E+00 5.6620E-021.9439E+00 6.951SE-022.3077E-00 8.2135E-022.6671E+00 9.4519E-023.02268+00 1.0670E-013.374SE403 1.1970E-013.72448-O 1.3053E-014.07123+00 1.4223E-014.41588+00 1.53BOE-014.7583E-00 1.6524E-01

2.2140Z-02 5.09883+00 1.76588-012.3055E-02 5.4376S+00 1.8782E-012.3944E-02 5.77468+00 1.9897E-012.48108-022.5653E-022.6476E-022.7279E-C22.8064E-022.8832E-022.S585E-023.03228-023.0672E-023.1014E-023.2347E-023.1672E-023.1991E-023.2302E-023.2607E-023.2907E-024.3390E-024.33908-024.3390E-02

6._1015+C0 2.1003E-016.4440E+00 2.2100E-016.7765E+00 2.3190E-017.1076S-00 2.4272E-017.4373E+00 2.5348E-017.76568+00 2.6416E-018.0927E+00 2.7478E-01e.41848+00 2.8534'-018.7189E+00 2.9506E-018.5768S+00 3.0339E-019.2015E-00 3.1063E-019.3999E+00 3.1701E-019.5778E+00 3.2273E-015.7393E-00 3.2791E-019.8881E+00 3.3268E-O01.0027E+01 3.3712E-011.4523£+01 4.7902E-O01.47588+01 4.8637E-O0

.4758E+01 4.c6372-01

8.9005.2009.5009.800

10.10010.40024.00096.000

720.000

7.7799E+00 5.3792£-017.9128E+00 5.4564E-018.0452E+00 5.5316E-018.1772E-00 5.6057E-018.3087E+00 5.6781E-018.4397E+00 5.7495E-0;1.39&4E-01 8.2351E-011.3984E+01 8.2351E-011.3984E+01 8.23518-Ol

Worst Two-Hou: Dose$*#§#§§tr!iti§i§#i§?§§if^#*#e**#if§#

I

EAB - CRD.Timethy)

0.0

Whole Sody(rem)

1.2575E-01

Thyroid(rem)

1.9279E+00

TEDE(rem)

1.8669E-01


Attachment 5 RADTRAD Output CRDA_500cfmtMVP_30_noCREOASAST.out

EC-RADNI-1 127 Attachment 5 Page 62

RA3TRAD Version 3.03 (Spring 2O01) run on 8/15/2005 at 26-02:26!l t44t4Si44 444*t4F144 444 4Yi i4 i 4i4i4S4 i i 444i S 4ti 4444+

File information

Plant file - C:\?rogran Files\radtrad3.03\?PL AST MS-Z\CRDA 500cfnvVP_30CnoCRSCAS.psfinventory file = c:\program files\radttad3.03\ppl astimsl\crdasses ast.nifRelease file - c:\prograz. files\radtrad3.03\ppl as; nsl\crda sses as_ 2000 melt.rftDose Conversion file - c:\procqran files\radtrad3.03\ppl_ast msl\crda expanded fgrll&12.inp

4t 4 4 4 4 I m44 F 4 44

IW 4 1 4 i i4 I4 i 4 44 44 *4 4 44 4 4 4 I 4 4

* 44 44 44 4 t 4 t~

Radtrad 3.03 4/15/2001SSESSuclide Inventory File:c:\program files\radtrad3.03\ppl ast ms'\crda ssesast.nifPlant Power Level:4.0320E+03

Compartrnents:

Cdmoartment 1:SSES Condenser/Turbine3

1.DOOOE-02

00

00

Compartirent 2:Envircnnwent2

0.COOCE-DO00000

Control BldgI

5. 18OOE'C500.000

Pathways:4

Pathway 3.:SSES Conden-ser/Turbine to Environs 24 hr Release

24

Pathway 2:Environs to Control Bldg - 6391 cfm Air Intake232

Pathway 3:Environs to Control Bldg - 510 cfm Tnleakage233

2


Pa:!tway 4:Control Eldg to _nvirons - Control Rocn Exhaust

322

End of Plant Model FileScenaric Descriprion Name:

Plant Model Filename:

Sc-.rce Tern:11 2.4000E-02

c:\progran files\radrrad3.03\pplest r.nsi\crda expanded forll&l2 .inpc:\prograrn fiies\radcrad3.C3\ppi ast1rnsl\crda sses ast_2000_neit.rft

0.OOOOE+00IO.OOOOE-00 9.7000E-Oi 3.000CE-02 1.OOOOE+OO

Overlying Pool:00.000CE-000000

Compartments:3

Ccnpartmne.t110000000

Compartment 2:0

00

00

C00

01000

000

Pathways:

4

Par~sway 1:0

0.00

0

O. 1

0

0Oaha 2!

1

O.OOOCE+OO 1.2120E+032 .4000Es0I 0OOOOOE+OO7.2000E 02 0. OOOOE-000

FAthtAV 73

_o OG~otsnn1 712Atvfl2


00000130.000DE-C01 .000OE+007 .2000E.+02C

0

0

Pathway 3:00000120.0000E:.007.2000E+020000C0

Pathway 4:a0000I20.00002-002.4000E+01000000

6.3910-+036.3910E+030. 0000E+00

0.0000E -COO.GOOCE- -00O. OOO0+00

O . 0000CECO0. OOOO-GO0. OCOOE+00

0.OOQGE-COo.OOOOE+OO0. 0000:+O0

5.1000E+020.0000E+00

O.OOOOE-00 0.000O -00 0.0000E+000.0000E+00 0.OOOOE+OO O.OOOOE+00

6.9010E+03 O.OOOOE+00 O.OOCOE+0 0.OOOOE+006.9010E+03 0.00002+00 0.OOOOE+O0 O. OOOOE00

Dose Locations:3

Location 1:EAB - CR:)A

213O. 0000+002.00002+007. 2000E+02

4o. 0000EC0e .0000S+002. 40CO2+O17.2000E+020

Locatlon 2:LPZ - CRDA

215O.OOOOE-COS.0000E-002. 4000Z+O19. 6000E+017.2000E+0214o. 000 0E 002. 4000E+O1P. 0ooor0o

8.30COE-048.3000E-04O . OOOE'OO

3.5000E-041.8000E-042.3000E-040.OOOE-00

4.9000Z-053.5000E-05O.OOOOE+000.0000Ej00O.OOOOE-C0

3.5000E-04O. OOOOE+000.o0000ox-O.

EC-RADN-I 127 Attachment 5

8.0000r+00 1. 80COE-042.40003+01 2.3000E-047.2003E+02 O.OOOOE+030

Location 3:CRDA @ CR

30120.0000+00 3.5000E-047.2000-+02 0.OOCE-0014O.OOOOE+00 1.0000E-002.40GOE+01 6.0000E-D19.6000E+01 4.00003-017.2000E+02 0.0000M+00

Effective Volwie Location:150.0000=400 1.3600E-032.00iO3+00 1.0300E-038. 0000E+00 3. 3600E-042.4000E+01 0. OOOOE+007.2000E+02 0.OOOOE+00

Simulation Pararetezs:10.0000 0E+ O.OOOOE+00

Output Fjiename:C:\Pzogran Filss\radtrad3.o41

11

End of scenario File

Page 65

EC-RADNL-I 127 Attachment 5 Page 66

RADTRAD Version 3.03 (Spring 2001) run on 8/15/2005 at :t:02:26

Plant Description

Number of Nuclides = 63

Inventory Power 2.OOOOZE-00 NMth

Plan: Power Level - 4.0320E+03 Misth

Number of comoartments - 3

Ccmparrment information

Compartment number 1 fSource zerm fraction = 2.40GOE-02

Nere: SSES Condenser/TurbineCompartment volume - 1.0003E+02 (Cubic feet)Compartment type is NormalPathways into and out of compartment 1

Exit Pathway Number 1: SSES Condenser/Turbine to Environs - 24 hr Release

Compartment number 2Name: EnvironmentCompartment type is EnvironmentPathways into and out of compartment 2

tnlet Pathway Number 1: SSES Condenser/Turbine to Environs - 24 hr Re'easeInlet Pathway Nwrrber 4: Control Bldg to Environs - CcntrolP Room ExhaustExit Pathway Number 2: Environs to Control B}dg - 6351 cfm Air IntakeExit Pathway Number 3: Environs to Control Bidg - 510 cfm Inleakage

Compartment number 3Name: Control BldgCompartment volume - 5.180E+05 (Cubic feet)Compartment type is Control RoomPathways into and out of co.mpartment 3

Inlet Pathway Number 2: -nv_-ons to Control Bldg - 6391 cfr Air IntakeInlet Pathway Nuwber 3: Environs to Ccntrol Bldg - 510 cfm ZnleakageExit Pathway Number 4: control Bldg to Environs - Control Room Exhaust

Total number of pathways - 4


PADT.RAD Version 3.03 (Spring 2001) run on E/15/2005 at 16'02:26

Scenario Description

R.adioactive Decay is enabledCalculation cf Daughters is enabled

Release Fractions and TimingsGAP EARLY IN-VESSEL

0.001000 hr 0.0000 hrsNOBLES 3.2100E-C3 0.COOCE;00IODINE 3.1000E-05 O.OOOCE-00CESIUM 3.6400e-07 0.OOOOEE00TEL!URIJM 1.15002-05 C.OOOOEC00STRONTIUM 4.59CGE-10 C.O000E+00BARIUM 4.59OOE-10 0.0000E+00RUTHENIUM 5.7400E-11 0.0000E+00CERIUM 4.59GOE-12 0.0000-+00LANTHANUM 1.1500E-11 0.0000E+00

LATE RELEASE0.0000 hrs0.0000E+000.000OE4030.0000E+00O.OOOOE+030.OOOE-0030.OOOCE-00O.OOOOE+000.0000oC000.OOOOE-00

RELEASE MASSIgm)

1.592E-013.541E-027.8e9E-021.115E-064. 574E-051.234E-061.534E-066. 407E-064.302E-07

Inventory Power - 4032. Mvt

Nuclide Group Specii'c

Co-58

Co-eo

Kr-85Kr-65mKr-E7Kr-68

Rb-86Sr-89Sr-50Sr-SlSr-92

Y-90

Y-91Y-92Y-93Zr-55Zr-97Nb-95Mc-99Tc-99nRu-103RU-105

Ru-lC6Rh-105Sb-127

Sb-129Te-127Te-127mTe-129

Te-129ti Te-131m

Te-132-1-1311-132

1-133I-1341-135Xe-133Xe-135Cs-134Cs-136Cs-1373a-139Ba-140La-140La-141L2-142Ce-141Ba-139Ua-1 0

InventoryIci/rNf;)

7 1.470E+027 7.9105+011 3.670E+021 6.650E+031 1.330r+041 1.850-+043 5.380Z+015 2.550E+045 3.250E+035 3.250E+045 3.450E+049 3.370E+039 3.320E+049 3.470E+049 2.650E+049 4.760E+04*9 4.710E*049 4.76CE'C47 5.0O0E'047 4.440E-047 4.270E+047 2.950E+047 1.700r+047 2.7502+044 2.330-+034 8.610E+034 2.310E+034 3.940E+024 8.1602+034 1.650E+034 5.330E+034 3.e20E+042 2.650E+042 3.S90E+042 5.510E+042 6.080E+042 5.230E+04i 5.260E+041 1.740E+043 5.700E+033 1.S20E+033 4.29CE-036 4.840E-046 4.860E+049 5.180E+049 4.410E+049 4.320E'048 4.460E+046 4.840E-04e d s;nrnd

h.alf Whole Bodylife DCF(s) (Sv-Lt3/Bq-s)

6.117E+06 4.760E-141.663E+08 1.2602-133.383E+08 1.190E-161.613E+04 7.480E-154.578E+03 4.120E-141.022E+04 1.020E-}11.612E+06 4.810S-154.363E+O 7.730Z-179.190Ei08 7.530E-183.42CE204 4.924E-149.756E-03 6.790E-142.304E-05 1.900E-165.055E-06 2.f00E-161.274E204 -. 300E-143.636E+04 4.800E-155.528E+06 3.600E-146.0842+04 4.432E-143.037E+06 3.740E-142.376Z+0; 7.280E-152.167E+04 5.890E-153.394E+06 2.251E-141.598E+04 3.810E-143 181E+07 1.040E-141.273E+05 3.720E-153.326E+05 3.330E-141.555E+04 7.140E-143.366E-04 2.420E-169.418E-06 1.470E-164.176E-03 2.750E-152.903E+06 3.337E-151.08CE-05 7.463E-142.815E-05 1.030E-146.941E-05 1.820E-148.280E-C3 1.120E-137.488E+C4 2.940E-143.156E+03 1.300E-132.380E+04 S.294E-144.532E+05 1.560E-153.272E+04 1.190E-146.507-+07 7.570E-141.132E+06 1.060E-139.467E+08 2.725E-144.962E+03 2.170E-151.1012+06 8.580E-151.450_+05 1.170E-131.415E+04 2.390E-155.550E+03 1.440E-132.808E+06 3.430r-)54.962E+03 2.170E-151 1flW+flS Q f~lZ~l

InhaledThyroid(SV/Bq)

8.720E-101.620E-0O0.6000E000.000E+000.000E000.0008E001.330E-097.96CE-122.690E-109.930E-123.920E-125.170E-138.5002-121.050E-129.260E-131.440E-092.315E-113.580E-101.520E-115.010E-112.570E-104.150E-121.720E-092.980E-126.150E-119.720E-121.840E-129. 660E-115.090E-131.5632-iO3.669E-086.280E-082.920S-071.740E-094.860E-082.880E-108.460E-090.000E+00O.OOOE+001.l10E-081.730E-097.930E-092.400E-122.560E-106.870E-119.400E-128.740E-122.550E-112.400E-127 rnvrl n

InhaledEffective(Sv/Bq)

2.94GE-095.910E-080.000E+000.00E-000.000E00OOOOE-001.790E-091.120E-083.5102-074.547E-:02.1805-102.280E-091.320E-082.110E-105.820E-106.390E-091.171E-091.570E-091.070E-098.800E-122.421E-091.230E-101.290E-072.580E-101.630E-091.740,-108.600E-115.810E-092.090E-116. 484E-091.758E-092.550E-098. 890E-091.030E-101.580E-093.550E-113.320E-100.0000E400.000E+001.250E-081.980E-098.630E-094.640E-111.010E-091.310E-091.570E-106.840E-112.420E-094.640E-111 nflllF.-fnc

EC-RADN-1 127 Attachment 5

Ce-243Ce-:44Pr-143Nd-'47Np- 2 3sPu-238Pu-239Pu-240Pu-24iAn-241Cn-242Cn-244Kr-83nXe-133mnXe-135m

6 4.14D_+048 3.750E+045 3.9901+049 1.8O-T+048 5.260E+058 :.'30E+028 '.200E+O'8 :.930Ew-01e 4.760E-039 6.30CE-009 1.65CE-039 9.67CE-011 3.25CE-03

1 1.73CE-.03I 1.500E+04

1. 188E+052.456E+071.172Z+069. 487E+052.035E+052.769E+097.594E+112.063E+1'4.544E+081. 364E-101.407EC075.715E-086. 840E-031.987E-059.360E-02

1.29§E-142.773E-152. 10OE-17C. 190E-157.69GE-154.8ECE-184.2401-184.750E-187.250E-208.1601-i65. 690-v-84.910Z-181. 500E-181.370E-152.040E-14

Nuclide Daugh-eriKr-85m Kr-85Kr-S7 Rb-87Kr-8B Pb-8eSr-90 Y-90Sr-91 Y-91mSr-92 Y-92Y-93 Zr-93Zr-95 Nb-95mZr-97 Ifb-97mnMo-99 Tc-95mTc-99m TC-99Ru-103 Rh-103aiRu-lOS Rh-105Ru-106 Rh-106Sb-12'7 Te-127mSb-129 Te-129mTe-127n Te-127Te-129 1-129Te-1291n Te-129Te-13rr. Te-131Te-132 1-132_-131 Xe-131n1-133 Xe-133n1-135 Xe-13SmXe-i35 Cs-135Cs-137 Ba-137mBa-140 La-140La-141 Ce-14Ce-143 Pr-143Ce-144 Pr-144mNd-147 Pm.-147Np-239 Pu-239Pu-23e u-234Pu-239 U-235Pu-240 U-236Pu-241 U-237Am-241 Np-237Cm-242 Pu-238C.-244 Pu-240Xe-133m Xe-133Xe-135m Xe-135

iodine fractionsAerosol -ElementalOrganic

COMPARTMENT DATA

Fraction0.211.00I.001.000.58

.001.000.010.950.881.001.001.00

1.00

0.18

0.220.961 .000.650.221.000.010.030.151.000.951.001.001.000.021.00

1.00

1.00

1.001.000.00

1.00

1.00

1.00

1.00

1.00

Da-ghternonenonenonenoneY-91nonenoneUb-95I'b-97Tc-99nonenonenonenoneTe-127Te-'29nonenone

1-1291-131nonenoneXe-133Xe-135none

nonenone

nonezonePr-144nonenonenonenonenoneAm-241nonenonenonenone

Cs-135

Fractii0.000.000.000.000.420.000.000.S90.050.120.000.000.000.000.820.770.000.000.350.780.000.000.970.8S0.000.000.000.000.000.980.000.000.000.000.00; .000.000.000.000.000.00

6.230S-122.920E-101.680E-181.620E-117.620E-123.860E-103. 750E-103.76CE-109. 150E-121.600E-09S.4101-1C1.010E-090. O00E+OO0. OCOE+00O.OOOE+00

cn Da.!ghteinonenonenonenonenonenonenonenorenone

nonenone

nonenone

nonenonenonenonenonenone

nonenonenone

nonenonenonenonenonenonenone

nonenonenonenonenonenonenonenonenonenonenonenone

Page 68

9.160E-101.01CE-07i . i §CE-OC

1.85CE-096.M7eE-1C7.790E-05E.330E-05E.330:-051.349S-061.200E-044.670E-066.700E-050. 00GE0GOO.OOOE+000. 000-+00

Fraction0.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.000.00

0. 00001+009.70001-013.0000E-02

Compartment number

Compartment nrumber

Compartment number

1: SSES Condenser/Turbine

2: Environment

3: Control Bldg

PATHWAY DATA

Pathway number 1: SSES Condenser/Turbine to Environs - 24 5r Release

Convection DataTime thr) Flow Rate tM / dav)

PATHVAY DATA

EC-RADN-1127 Attachment 5 Page 69

0.0003E+OC 1.2120E-032.4000_+O1 O.OCOO-+O307.2000E+02 0.OOCOE+0o

Pathway number 2: tnvirons to Control Bldg - 6391 cfm Air Intake


Tine U-x) Flow Rate Filter Efficiencies (%)

WcfMn) Aerosol Elemental OroanicO.OOOOE+OO E.3910E403 0.00OOE400 O.OOOOE+OO O.OOOOE-O0

I.COOOE+O0 6.39'CE-03 O.OOCOE-00 O.OOOOE-CO O.OOOOE+OO

7.200CE-C2 O.OOOOE+0O O.OOOOE-00 0.OOOOEOO 0.OCOOE+00

Pathway number 3: Environs to Control Bldg - 510 cfm nlrleakage

Pathway Filter: Remrboval Data

Time (hr) Flow Rate Filter Efficiencies (t)

(cf::) Aerosol Elemental OrganicO.OO° O+00 5.1000E+02 O.OOOOE+O0 0.00COCE00 0.OGOOE+00

1.2000E+02 0.OOOGEOO O.OOOOE-0O O.OOOOE+00 Q.OOOOEOO

Pathway r.wnuber 4: Control Bldg to Environs - Ccntrol Room Exhaust


T-Ime fhr) Flow Rate Filter Efficiencies (M)

(cfm) Aerosol Elemental OrganicO.OOO.OO 6.9010E+03 O.OOOOE+OO O.OOOOE-OO O.OOOGE+O0

2.4000E-01 6.9010E+03 O.COOOE+OC O.0000V+00 O.OOOOE+00

LOCATION DATALocation ZAB - CRDA is in conpartment 2

Location X/Q DataTire (hr) X/Q (s * mr-3)

o.OOOOE4O0 8.3000L-042.OOOCE000 8.3000Z-047.2000E402 0.OOOOE+OO

Location Breathing Rate DataTime (hi) 3reathing Rate (m'W3 * sec^-l)

O.OCOOE+00 3.500£E-048.00005+00 1.6COOZ-042.40COE+01 2.3000E-047.2000E+02 O.OOOOE-OO

Location LPZ - CRDA is in compartment 2

Location X/Q DataTine thr) X/Q (S * m^-310. OOOOE-00 4.90QOE-05S.0000E+00 3.'OOOE-052.40COE+01 0.000OE-oo9. 6000E+01 O.000Ot+0O7.2000E-02 O.OOOOE+O0

Location Breathing Rate DataTime Mhrl Breathing Rate is^3 * sec--l)

0.OOOOE-OO 3.50005-048.O0OOE+00 1. OOOE-042.4000E+01 2. 30GOE-047.2000E+02 O.OOOOE-OO

Location CRDA e CR is in compartment 3

Location X/Q DataTime thr) X/O (s * m^-3)

O . OOOOE+00 1.3600E-032.0000E-00 1.0300E-038. ODOOEiOO 3.360OE-042.4000E+O1 O.OOOOE-007.2000E+O2 O.OOOOE+00

Location Breathing Rate DataTi-ne (hr) Breathing Rate (an3 * seC^-l)

O.OOOOE+OO 3.50OOE-047.2000E+02 O.OOOOE+00

7.Ewe~irtn Rr-:~hinn Dt- nlr

EC-RADN- 1 127location Occup0

Tim~e Chr)O.C0OOE-OO2 .400CE-C19. 6COOEiO17.2000Er+02

CSER SPECIF:EC TIMETime

O.oDCO7+Oo

Attachment 5 Page 70!ncy Factor Data

Occupancy Factor1.OOOCE-OC6. OOOCE-O14.OOO-r-1O.OOOE+400

STEP DATA - SUPPLEMENTAL -JME STEPSTim.e step

O.OOOOE+O0

I ;

i i

:i


RADTRAD version 3.03 (Spring 2001) run on 8/15/2005 at 26:02:26**ir9 f§##99199*99 9 999 r99i i 99i§"§^P1iXtfl#j*ini#

999'

#i I

ti l

i tS I

} ii Si99,4

4.§4

'tI

###99 9 A 91999 S

i # *#1i99 9 9 #If 1 49 9 4 i9* 9949 9

999#99199999199999199#?.#f49149919199999994991994994949#i99994lH999Dose, Detailed model and retailed Tnve-to:y Output

Detailed model 1-fo:Mation at time (H): - 0.0010

EAS - CRDA Doses:

Tine (h) - 0.0010Delta dose (rem)Accumulated dose (rem)


LPZ - CRDA Doses:

Tine (h) - 0.0010 Whole Body Thyroid TEDEDelta dose (rem) 4.6382E-05 5.2596E-04 6.3083E-05Accumulated dose (rem) 4.6382E-05 5.2596E-04 6.3083E-05

CRDA e CR Doses:

7ime (hM - 0.0010 Whole Body Thyroid TEDEDelta dose (rem) 2.8202E-08 4.3930E-06 1.6765E-07Accumulated dose (rem) 2.8202_-08 4.3930E-06 1.6769E-07


Time (h)Co-58Co-60Kr-85Kr-85nKr-87Kr-88Rb-S6Sr-89Sr-90Sr-91Sr-92Y-90

Y-SiY-92Y-93Zr-95Zr-97Nb-95Mo-99IC- 99MRu-103RU-105Ru-106Rh-105Sb-127Sb-129Te-127Te-127nTe-129-e-129nTe-131mTe-1 321=1 32.Te-127n5!ff-3 )6

0.0010 Ci8. 1630E-074.3925E-071.1397E+022.0648E-034.1280E+035.7437E+031.8945E-031. 1323E-031.4432E-041.4431E-031.5316E-033.75042-063.6937E-053.8826E-052.9481E-055.2957E-055.239SE-055.2957E-052.7821E-042.465CE-042.3712E-041. 6379E-049.4402£-051.52712-042.5922E-049.5775E-042.5700E-044.3635E-059.0781E-041.8357E-045.929SE-044.2499E-037.9475EZ'0404.3635E-059. 0193M.02

kg2.5672E-143.8858E-132.9049E-042.509CE-071.4573E-074.5806E-072. 3284E-113.8976E-ll1.0580E-093.9809E-131.2185E-136.89342-151. 5062E-124.0350E-158.8363E-152.4651E-122.7410E-141.3543E-125.800CE-134.6590E-147.3470E-122.4366E-142.8217E-1i1.8092E-139.7068E-131.7032E-139.7381E-144.64712-124.33482-146.0936S-127.4363E-13'.3999E-116.41052E-014.64712-126.22499-40

Atoms2.f655E+113.9002E+122.0581E+211.7776E+1E1. 0088E-183.1347E-181. 6304E+142 6373E+147.0793E+152.6344E-127.9761E2114.61262+109.9674E+122.6412E+105.7218E+101.626E+131 .0172.118. 58502+123. 2M5~t!22. 523E+114.2456E+131.352S111. 0371E+141.0377E+124.¢028E+127. 5092+114. 17Ef+1l2.20362E132.0236E+ll2.8447E+133.4185E+126.3E65E+13I.S470E-162.2036E-132. Vq7GZ; 23

Decay8.1888E+044.4064E*041.1433E-132.0715_+144.1420E+145.7624E+141. 9005E+081. 1359E+081.4477£+071.4477E+081.5366E+083.7614E+053.7053E-063.8779E+062.9575E+065.3125E+065.2565E+065.3125E+062.7909ED072.4733E2072.37873+071.6432E+079.4700E+061.5319E+072.6004E2079.6064E+072.5781E+074.3973E+069. 1056E+071. 8415E-075.9485E+074 .2633E+082.95732+174.3973E+060. 3 CI f 2

EC-RADN-l 127

_-32I-133}-134I-135Xe-133Ze-135Cs-134Cs-136Cs-137Ba-139Ba-140La-140La-141La-142Ce-141Ce-143Ce-144Pr-1431ld-147Np-239Pu-238Pu-239Pu-240Pu-241Am-241Cm-242Cm-244Kr-83mXe-133mXe-135m


1.1664=+021.6524E+021.8220E+021.5683'-021.6335Z+045.4037E+032.0072E-Oi6.4091E-02i .5107E-O12.1481E-032.15elE-035.7657E-054.9055£-OS4.8041E-051.9805E-051.8383E-051.6652E-054.4391E-052.0026:--0;2.3357E-045.0178E-085.3286E-098.5702£-OS2.1137E-067.0091E-091.8357E-061.0758E-071.00892+035.3724E+024.6475E-03

1. 13DCE-OS1.45E7£-076.S2995-094.4658E-088 . 267E-052.1160E-0D:.5514Z!-D78 .7441E-1C1.7368E-061.3133E-132.9479v-1l1.0373E-138.6740E-153.3559E-156.9506'-132.7682_-145.2209E-126.5922E-132.4754E-131.0068E-122.9310E-128.5729E-113.76312-li2.0519E-ll2.0422E-125.5388E-131.3298E-125.0771'-081.2585E-065.2054E-08

z.1551E+166.6045E-173.0694E-161.9921Z+173.95-4E+209.4392E-186.9722E-172.81222+157.6345E+i85.6898E4111.26SE0-144.4621E4113.7047E+101.4232E*102.96862-121.16582+112.1834E132.7761E412- .0141E-122.5369z+127.4164E+122.1601E+149.4374E-135.12724+135.1030E+121.37S3E+123.2820EL123.68372+175.6984E+182.3220E+17

1.1702E-131 .65772-,131.8284E+13.5i34E+13

1. 6386E2155.4206'-142.3136E=+!6.4293E+0S1.5155E-102.1554E-082.1649E4085.7P18E+064.9213E-OE4.8202E-061.9867E+361.8442E-061.6705E-064.45312+062.0089E+062.3431E-075.0336E-035.3455E+028.5973E+022.1204E-057.0312Ew021.8415E+051.0792E+04:.0123E+145.3894E-134.6667E114

SS3 Condenser/Turbine Transport Group Inventory:

Time (h) - 0.0010 Atmosphere SumnNoble gases (atoms) 2.474SE-21 O.OOOOE+00

Elementel I fatoms) 3.7722Z+18 0.C000E-00Organic _ (atoms) 1.1667E+17 0.0000E400

Aerosols (kg) 1.8942E-06 0.0000+00

Dose Effective (Ci/cc) 1-131 (Thyroid) 3.9692E-05Dose Effective (Ci/cc) _-131 (ICRP2 Thyroid) 5.0855E-05

Total I MCi) 7.0039E+02

SSES Condenser/Turbine to Environs - 24 hr Release Transport Group Inventory:T_.me (h) - 0.0010 Leakage Transport

Nioble gases (ate-s)Elerencal I (atoms)Organic I (atoms)

Aerosols OV.g)

6.2497E-175.5258Er142.9461E+134.1833E-10

Detailed model information a: time (K) - 1.0000

EAB - CRDA Doses:

Time (h) - 1.0000 Whole BodyDelta dose (rem) 1.0501E400Accumulated dose (rem) 1.0509E-00

ThyroidI .3878E+011.3587E+01

TEDE1.4898E+001.4509E+00

LZ - CRDA Doses:

Time (h) - 1.0000 Whole BodyDelta dose (rem) 6.1995E-02Accumulated dose (rem) 6.2041E-02

Thyroid8.1932E-01B.l9844-01

TE:D28.7952E-028.8015E-02

:,I

I : :

I I

i '

. II

,

CRDA e CR Doses:

Time (h) - l.COOODelta dose (rem)Accumulated dose (rem)

Whole Body3.9141E-023.9141E-02

Thyroid7.5621E+007.5621E+00

TEDE2.7851E-012.7851E-01

SSES Condenser/Turbine Compartment Suclide Inventory:

Time (h) - 1.0000 CiCo-SBCo-EDKr-85Kr-85r:Kr-87Y1460 ifal -

Co-58s:-68

4.9269E-0'72.6522E-076.8818E+Dl1.0662E-031.4460E:03

.L.UUVu `1 *'2n-^ t

4.9269E-072.1211z,703

kg1.5494E-142.3463E-131, 7541E-041.298CE-075.1048E-08- le?.4V A,

1.54942-142. 6 1;E-0?

Atows Decay1.6088E+11 8.3236E+072.3549E+12 4.4797E+071.242IE-21 1.1623E+169.1963E+17 1.9638E2173.5335E+17 3.3204E+17

1.6088E+11 8.3236E+072.95J2Xt1a 5.1313Zi,17

EC-RADN-I 127

Rb-86Sr-65Sr-9GSr-9iSr-92Y-90Y-91Y-92Y-93

Zr-97nb-95tHo- S59.c-99nRu-l03Ru-105R:-10 6Rh-105Sb-127Sb-129Te-127Te-'27mTe-129.e-129mTe-131mrTe-1321-131_-132I-1331-1341-135Xe-133Xe-135Cs-134Cs-l36Cs-137Ba-1393a-140La-140La-'41La-142Ce-141Ce-143Ce-144Pr-143Nd-147Np-239Fu-238Pu -239Pu-240?u-241A11-24 1Cm-242Cn-244Kr-83mXe-133mXe-135m

Attachment 5

1.14222-036.8332E-048.11SGE-058.100SE-047.1626E-043. 1784E-062.2466E-051.65C0E-041.6621E-053.1962E-053.0369E-053.1976E-051.6623E-041.4E77E-041.4307E-048.4617E-055. 6997E-059.2197E-051.5535E-044.9265E-04'.5512E-042.6468E-05;.2414E-041.1085E-043.4988E-042.5435E-034.7816E+015.2118E+019.6508E+014.993SE-018.5279E+019.8112E+033.1008E-031. 2119E-013.8613E-029.1218E-027.8484E-041.3001E-035..6429E-052.4835E-051.85111-051.1972E-051.0870E-051.0054E-052.6770E-051.2060E-051.3931E-043.02995-083.2179E-095.1748E-091.2763E-064.2324E-091.1082E-066.4960E-084.2313E1023.2038E+022.0964E-02

1.4037E-112.3521E-1i6.3882E-102;23472-135.6985E-145.842CE-159.1608E-131.1153E-144.98'5E-151.4878E-121.5886E-148.1773E--33.4655E-132.8292E-144.4329--121.2586E-141.7036E-1lI. 0523E-135.8173:-138.7608E-14i.B778E-142.8060S-122.502EE-143.6796E-124.3877E-138.37822-123.8569E-075. 0492E-098.5194E-081.8719Z-092.4283E-085.2416E-051.2142E-069.3671E-085.2625E-10i.0487E-064.7982E-141.7759E-111.0152£-134.3914M-151.2931E-154.2016E-131.6368E-143.1521E-123.9754E-131.4908E-136.0051E-131.76S9E-125.1772E-112.2710E-111.2389E-111.2332E-123.3438E-13£.0294£-132.1293E-087.50502-072.3480E-09

9.8296E+131.5915E-144.2745_+151.4789E+123.7301E+ll3.9091E-106.0624+.221.1231E+1'-3.2260E2-09.43127t229.8627z+iG5. 1837E+122.10S3E-121.7210Z+:12.5918E+137.2197E-109.6788-+136.264EE+1l2.7585E+124.0898E-112.7872_+111.330EE+131.1684E24111.7177E+132.0170E+123.8223E+131. 7730E'1S2.3C352E+163.8575E+178.4124E415I. 0832E+172.3733E+205.4165E+184.2097E-172.3329E+1-54.6098E+182.0788E-117.6392E+134.3670E+111. 8756E+105.4842E+091.79452+126.8930E+101 .3182E-131.6742E+126.1072E+111.5131E'124.4182E-121.3045E+145.6984E+133.0959SE133.0814-+128.3209E+111.9817E2 121.5449E+173.3982E+181 .0474E+16

ry:

2.3558E-052.9466E-053.3166E+02

Page 73

i.930G2+1'1. 1545E-li1 .4718E-lo1.4237E+ll_ .3932E+14.4539E+083.7784E-09i .4514241+2. 9142E+095.3998E-C55.2449E+OS5. 4007E+092.8237E- -102.4996E+iO2.41274E+101.5568E-109. 6274::+091. 5562E+102.6346E4109. 0858Ee102.6110E+104.4705E+098.8}14E'101.8721Et+'O5.9840E+104.3168E+lf8.0920E-151.0401E+16i .6598E+161. 3271E 161. 5252E+161.6619E+185.4017E-172. C471Er136.529?7+121.5407E4131.7584E-112.19V7E+117.3697E+094.6208E'094.0213E+092.0207Z+09i .8569E+091.6982E-094.5244E+092.0399E+092.3688E+105.1175E2065.4348E+058.7404E+052.1557E2087.14a4Z+05

2.8720E+081.0972E-078.7547:+165.4480E+161.8388E - 17

tG p e

r. Group Inv~ento-y: '

SSES Condenser/TurbineTime Ib) - 1.0000Noble gases (atoms)Elemental _ (atoms)Organic I (atoms)Aerosols (kg)Dose E2fective (Ci/cc)Dose Effective (Ci/cclTotal I (Ci)

Transport Gro;;p InventoiAtmosphere Sump1.4918E221 0.0000E+002.2296E+18 0.0000E+006.8957E+16 0.00006'001.1437E-06 0.00005+001-131 (Thyroid)I-131 (ICRP2 Thyroid)

SSES Condenser/Turbine to Environs - 24 hr Release TransporTime Ch) - 1.0000 Leakage Transpo-t

Noble gases (atoms)Elemental * (atoms)

Organic 1 (atoms)Aexasols (kg)

9. 8045E+201.4820E+184.5834E-161 .5094B-01

Detailed model information at time (H) = 2.0000…_ -_..._ * - .…

Elemental s (atoms) 1.4820E+18-A 1...l A


EAB - CRGA Doses:

Time (M - 2.COOODelta dose (rem)Accurulated dose (rem)

Whole Body Thyroid TE0E4.6432E-01 8.2480E+00 7.2452E-01

:.5152E+00 2.2135E-01 2.2154E+00

LPZ - CRDA Doses:

.ime (h) - 2.0000Delta dose frew.)Accumulated dose (re.r)

Whole Body Thyroid TED_2.7412E-02 4.8693E-01 4.2773E-028.9453E-02 1.3068E+00 1.3079E-01

CRDA 8 CR Doses:

Ti.e (h) - 2.0000Delta dose (rem)Acc=mulated dose (rem)

Whole Body5.1487£-029. 0628&-02

Thyroid TEDE1.2705E+Oi 4.5223E-012.0267ETOI 7.3074E-Ol

SSSS Condenser/Turbine Compertment Nuclide Inventory:

Tine (h) -

Co-58Co-60Kr-85Kr-65mKr-B7Kr-68.Rb-86Sr-69Sr-90Sr-91Sr-92Y-90Y-92Y- 92Y-93

Zr-95Zr-97Nb-95Mo-99Tc-99mRu-103Ru-105R3a-106Rh-205Sb-127Sb-229Te-127Te-127r.Te-129Te-129mTe-i 31nEe-1321-1311-1321-1331-134I-i35Xe-133Xe-135Cs-134Cs-136Cs-1378a-135Ba-140La-;40La-141La-142Ce-141Ce-143Ce-144Pr-143Nd-147ND-239Pu-238Pu-239Pu-240

Nd-147ZV. 2'

2.0000 Ci2.9722E-071.6006E-074.1533E-CI5.5226E+025.0596E2021.2850r4036.8825E-044.1215E-045.2589E-054.5449E-043.3471E-042.4643E-061.364SL-(ISi.5013E-049.3656E-061.9280E-051.7591E-051.9295E-059.9273E-058.9622:-056.6279E-054.3686E-053.4395E-055.5480-059.3055E-052.5324E-049.3543E-051. 5974E-052.9142E-046.6892E-052. 0633E-041.5215E-032.8754E+012.3270Et015.6334E+011.36682+014.6343E+015.8900E+031.7406E-037.3139E-022.3252E-02.5.505GE-022.8646E-047.8286E-044.6860E-051.2564E-057.1262E-067.2308E-066.4235E-066.0668E-061.6135E-057.2592E-068.3052E-OS1.8286E-OS1.9423E-093.1230E-09l.Z233E-037.2592E-061. ?OZ3E-07

Kg9.3472E-151. 4160E-131.05863-046.7107E-C82.7862E-081.0247E-078.4585E-121.4187E-113.8553E-101. 253SE-132.6625E-144.52955-155.5651E-131.5602E-342.8072E-158.9748E-139.2020E-154.9350E-132.0695E-131.7044E-142.6733E-126.4989E-151.02812-116.5730E-143.4845E-134.5034E-143.544;E-141. 6935E-121.3916E-142.2204E-122.5875E-135.0116E-122.3193E-072.2544E-094.9730E-085.1236E-101.319f::-083.1467E-056.81582-075.6529E-083.1726E-106.3290E-071.7513E-141.0694E-1l8.4306E-142.2217E-254.9781E-162.5377E-139.6728E-151.9021E-122.3961E-138.9732E-143.5800E-131.0681E-123.2249E-111.37052-il2. 3 31E -138.9732E-147.47 II0 - I z

Atoms9.7051E 101.4212E+127 .5001E-204.7544E+171.23642+177.01272+175.9230E+139. 5993%-132.5797E+158.2971E 111.7431E+113.0308E4103.68;33+;21.0213E+111.8178E+105.6892E+125.7130E2103.1284E+12i.2591E-121.036e8+1l1.5630E+133.72742+105.18408E+133.7699.l1l1.6523E+122.1023EslI1.6807E+118.03D2E'126.4963S+10I.0366E+131.1895'+122.2864E+131.0662E-l1i1.0285E+162.2517E -172.3026E+155.88 66E+161.42482+203.0404E+182.5405E:171. 4048E+1S2.752O2E167.$874E+i04 .5$98SE-133.6264E+U19.4 889E+092.1112E+091. 0639E+124.0735E2- 107.9$48E+121. 0051E-123.6761E+119.0205E+112.7027S+127.e739E+133.4390E+131.0091E-123.6761E+1l1. ubd-it;+ij

Decay1. 334EE+087.1835E'071.8640_+162.9794E+174.4827E+177.7352E+173.0946E-111.8511Z+li2.3603E-102.2227S+ll.2.0444E4118.0704E+0e6.0153E+093.5026E-104.5567E+098.6580E-098.28392+098. 6609E4O94.5105;+104.0068E+103.8757E+102.3608E+101.5439E+102.4944E+104.2132E2101.3758S+114.1e64E-107.1692E+091.3890E+ll3.0023E+109.5139E+106.8997E2il1.2959E+161.5047E+162.6289E+161.6905Es162.3543E+162.6598E+lae.4611E+173.282EE+13I .0463E-132.470E2+132.4004E+ll3.5229E+ll1.4005E+106.95932+095.569SE4093.2417Es092.9546E+092.7232E'097.2522E+093.2681E+093.7813E+108.2069E+068.7160E+051.4017E+067.2522E+093.2681E-09j.45/UE+08

I

l

EC-RADN-1 127 Attachment 5 Page 75Am-241Cm-242Cm-244Sr-63mXe-133mXe-:35m

2.5544E-096.6870E-073.9203E-061.77305+021. 90soe+021.6406E-O1

7.4425E-132.0176E-134.8458E-138 9223E-094.4733E-07'.8375E-10

1.859SE4125.0208E-:11. !960E+126.4737Et162.0255E518S. 1969E+14

1.1464E,063.00195+08'.7595E+071.2424E+178.6961E-161.9281Z+i7

SSES condenser/TurbineTime th) - 2.0000Noble gases (atoms)Elemental I (atcms)Orcanic I (atoms)Aerosols (kg)Dose Effect-.ve ICijcc)Dose Effective (Ci/cc)Total I (Ci)

Transoort Group Inventory:Atwkosphere Sump9.9892ME20 0.0000E-001.3219E-18 O.COOOE+004.0885Ef-+6 0.OCOO_+006.9024E-07 C.OOOO00E+1-151 !Thyroid) 1.3993E-051-131 (ICRP2 Thyroid) 1.7212E-05

1.6837E+02

5SES Condenser/Turbine to Environs - 24 hr Release Transport Group Inventory:Time (hl - 2.0000 Leakage Transport

Noble gases (atoms)Elemental I (atoms)Organic I (atoms)Aerosols (kg)

1.5716E+212.3594E+le7.2972E-161.2044£-06

Detailed model information at time (H) - 8.0000

EA3 - CRDA Doses:

Tame (h) - 8.0000Delta dose (rem)Accumulated dose (rem)

Whole Body4.1756E-011. 9328E+00

Thyroid TEDE1.1567E+01 7.8062E-013.3702E+01 2.9960Et00

LPZ - CRDA Doses:

Time (h) - 8.0000Delta dose (rem)Accu.nulazed dose (rem)

Whole Body2.4651E-022.1410E-01

Thyroid TEDE6.8265E-01 4.6085E-021.9896E+00 1.7687S-01

CRDA 6 CR Doses:

Time (h) 8.0000Delta dose (rem)Accum-ulated dose (rem)

Whole Body7.2122E-021.6275E-01

Thyroid2.8325E+Ol4.8592E+01

TEDE9.6094E-01i. 6917E-00

SSES Condenser/Turbine Compartment Nluclide Inventory:

Time (hi =

Co-58Co-60Kr-85Kr-e5mKr-87:R-88Rb-86Sr-89Sr-90Sr-SISr-92Y-90Y-91Y-92Y-93Zr-95Zr-97Nb-95Ho-99Tc-995Ru-103Ru-105RU-106Rh-105Sb-127Sb-129Te-i27Te-;27mTe-129Te-129kSb-127Sb-129

E.0000 Ci-.4325E-087.7326E-092.0067:+001. 0545E+019.2871E-011. 4355E-C13.2946E-051.9845E-052.540SE-061.4174E-053.4856E-062.7152E-076.7961E-077.2176E-C62.9978E-079.2903E-076.6452E-079.3232E-074.5035E-064.2151E-064.1503E-068.2724E-071. 661CE-Oe2.5339£-064.2982E-064.6723E-064.4664E-067.7182E-077. 1903E-063.2242E-064.2982E-06d 677!F-06

kg4.50515-166.8407Z-155.:149E-06I .2814E-093.2767£-'11.14485-094.0490E-136.8309E-131.8627E-ll3.9100E-152.7731E-164.9907E-162.7712E-147.500SE-168.9852E-174.3245E-143.4761E-162.3842E-149.3899E-158.0161E-16;. .2860E-13

2306E-164.9649Z-133.0021E-151.6095E-148.3087E-161.6924E-158.1825E-143.4334E-161 .073IE-131.6095E-14B. 30972-16

Atoms4.6776E+096. 86605+103.6238E5159.0787E+152.26955E+147.6342E+152.8353E5124.6221_+121.2464E+142.5876E 101.8152E+093.3394E+091.8339E+114.9099E+095.8183E-082.7413E5+112.1581E+091.5114E+ll5.7118E-104.87625+097.51865+117.0582E+082.8207E5121.7218E+107.63195+103.8788E+098. 0251E-093.8800E+ll1.6028E+094.q963S+t 17.6319E+10?.02996 ̂ Q

Decay2.0615E-081.1101E+082.88055+1i64.0456E+175.1071E'179.9378E+174.7746Z+i 12.8588t+12'3.6474E-103.2120E+l I2.60965+ll1.6226E+099.4469E+097.6905E+106.60951+091.3373E+101 .2310E4101. 3363E+106.8979E+106.1755E+105.9646E+103.2026E5-02.3855E+103.8357E+106.4623E+101.8608E-ll6.4617E+'O1.1079E+101. 9772Ell4.6365E5106.4623E+101. 9SOSE-l l

EC-RADN-1 127Te-131rTe-1321-13'

1-132_-133I-134I-135Xe-133Xe-135Cs-134Cs-136Cs-137Ba-139Ea-140La-140La-141La-142Ce-14_Ce-143Ce-144Pr-143Nd-'47Np-239?u-238Pu-239Pu-240Pu-241Ar-241Cm-242Cr-244Kr-83mXe-1331Xe-135mz

Attachment 5 Page 768.6784E-066.97G4E-051. 3596E+031.8439E-O12.22866E-005.7480:-031. 1935E+002.7510E-025.3830E-013.5329=-031.1087E-032.6598E-036.7723E-073.7313E-055.7307Z-062.1069E-072.3194E-083.4950E-072.7361E-072.9294E-077.7339E-073.4524E-073.72806-068.e36SE-109.3921E-111.5089E-103.7213E-081.2346E-103.2274E-081.8941E-099.5981E-Ol8.5619E400

2.12353-01

1. 0883E-142.2960E-131.0967E-081.7863_-_l1.5673_-092.1547E-133.3985E-101.4729E-062.1079E-082.7306E-091.5127E-li3.057EE-084.1403E-175.0968E-131.031GE-143.7255E-17'.6202S-181.2266E-144.1201E-169.1846E-141.1485E-144.2676E-151.6070Z-145.1618E-141.5110E-126.6219S-133.6124E-133.5971E-149.7379E-152.3412E-144.8300M-1l2.00562-082.3784E-12

5. C031E+101.0475t+125.04166+168.1496E6138.9077E-159. 6e34E+111. 51606+156.6691E+189.4030E*-161. 2272E-166.6983E+131.3441z+171.7938EL082.1924E-124.4350E+101.5912E+086.97136+065.2388E-101.7351E6093.8410E+1:4.8367E+101 *74836+104.0491E-101.3061E+113.8074E+121.6616E+129.0268E+118.9885E-102.4233E+105.7783E+103.5044E+149.0814E+161.0610E-13

:.4374Eill1.0569E-121.9954E'161.8764E+163. 9342E+162. 8274k'~63.31576+164.0886E-1S1.2242E+185. 0726E+131.61326+133.8180E1132.7686E+115. 4316E+1-3.0366-+109.3137E-096.5359E-095.0123E+094.4730r+094.2077'-091.1192E6105.0369E+095.7728E+101.2682E+07!.3471E+062.1660E4065.3419E-081.77'6E+064.6379E+082.7190Z+071.5057E171.3274E-171.9465E+17

SSSS Condeaser/?urbine Transport Group inventory:Time (h) - 8.0000 Atmosphere SunpNoble gases (atoms) 4.3110E+19 0.0000E-00Elemental I (atoms) 5.9094C+16 0.00E0600Organic I (atoms) 1.8277E+15 O.OOOOE+00Aerosols (kg) 3.3348E-08 0.OOOE+00Dose Effective (Cl/cc) 1-131 (Thyroid) 6.2374E-07Dose Effective (Ci/cc) 1-131 tICRP2 Thyroid) 7.2796E-07Total _ (CIX 4.9718E.00

SSES Condenser/Turbine to Environs - 24 hr Release Transport Group Inventory:Time (h) - 8.0000 Leakage Transport

Noble gases (atoms)Elemental I (atc-s)Organic i (atoms)Aerosols (kg)

2.4252E-213.5886E+181. 1099E+171.B613E-06

Detailed model information at tine (H) - 24.0000

EAB - CRDA Doses:

Trie (h) - 24.0000 Whole Body Thyroid TEDEDelta dose (rem) 6.9612E-03 2.79026-01 1.5655E-02Accumulated dose (rem) 1.9397E-00 3.3981E+01 3.0117E+00

LPZ - CRDA Doses:

Tir.e (h) - 24.0000 Whole Body thyroid TEDEDelta dose (.em) 2.9354E-04 1.1766E-02 6.6015E-04Accumulated dose (Ie6) 1.1440E-01 2.0014E-GO 1.7753E-01

CRDA e CR Doses:Time th) - 24.0000Delta dose (rem)Accumulated dose (rem)

Whole Body Thyroid 66DE1.2618E-03 1.3005E+00 4.1807E-021.6401E-01 4.9893E+01 1.7335E+CG


Time (h) - 24.0000Co-58Co-60

Ci kg Atoms Decay4.4073E-12 1.3860E-19 1.4391E-06 2.0977E-082.3940E-12 2.1179E-18 2.1257E+07 1.1296E-08I - Iw c-61 An * 1tqr~lxF ^. C~ll;lwlgz

SSES Condenser/Turbine Compartment Nuclide Inventory::sr-U:) 1.UlDVS^.OjOz-S^.,--4..... z;., ...

EC-RADN-I 127

Kr-8Sm:K-87Kr-88Rb-E6S:-89Sr-90Sr-91Y-90Y-91Y-92Y-93Zr-95Zr-97WN-95MO-59?c-99nRu-103Ru-105Ru-106Rh-105Sb- 127Sb- 129Te-127Te-127mTe-12STe-129-nTe-131mTe-1321-1311-1321-133

Xe-133Xe- 135Cs-134Cs-136Cs-1367Ba-140La-140Ce-141Ce-143Ce-144Pr-143Pd-147Np-235Pu-238Pu-239Pu-240Pu-241AP-241

Cm-242C-u-244Kr-83mxe-1 33nXe-135ni

SSES Condenser/TurbineTime (hI - 24.0000Noble gases (atoms)Elemental I (atoms)organic I (atons)Aerosols (kg)Dose Effective (Ci/cc)Dose Effective (Ci/cc)-otal I (Ci)


2.747CE-044.6908E-OE8. 9527z-Cs9.9528S-096.0895S-097.8679E-101.365e2-09i.9635E-102.1735E-101.98502-103.0961E-112.8562E-101.0676E-102.8E65E-101.1789E-091.1814E-091.2702E-092.1074-:15.13733-105.9741E-1C1.1805E-091.1-05E-101.3180E-092.3695E-101 .0088E-099.8636E-101.8569E-091.8731E-083.9752E-044.8130E-074.0491E-046.9033E-057.8422E-025.0315E-031.0934E-063.3143E-078.2361E-071.1143E-0C4.0945E-091.07021-106.0544E-l19.0569E-112.338EE-101.0251E-109.4878E-102.7379E-132.9140E-144.6727E-141.1523E-113.8265S-149.966iE-125.8 6SOE-138.6715E-07

2.1716E-033.1541E-05

3.33802-:41.6560Z-'87.13S7E-151.2232E-162.0961E-165.7680E-153.7678E-193.6098E-19E.8629E-1S2.0625E-209.2800E-211.32955-175.5847E-207.3817E-182.4580E-182.2467E-193.9357E-173.1350E-211.5356E-167.0778E-194.4204Z-181.97472-204.99402-'192.5333E-174.8172E-203.2742E-172.3287E-186.1699E-173.2065E-124.6677E-173.5744E-131.9657Z-144.1896E-0O1.9703E-228.4507E-134.5220E-159.4688E-121.5221E-167.3664E-183.7555E-189.1170E-202.8396S-173.4732E-181.2671E-184.0897E-181.5993E-174.6681E-162.0506E-161.1186E-161.1149E-173.00702-187.2495Z-1e4.3637E-175.0869E-123.5327E-16

2.3649E+ll1.1463E+074.8860E+108.5654E-061.4183E-093.8595E+102.4934Z+062.4154E+065.8652E+071.3503E+056.0092E+048.4280E+073.4672E+054.6793E-071.4952E-071.3667S+i62.3C1-2+081.79802+048.7239E+084.05943+062.0961E+079.2186E+042.3681E+061.2012E-082.2488E-051.5285E+081.0705_+072.8148Z+08!.4740E+132.1295E+081.6185E4128.7687E+101.8970E-158.7890E-123.7978E-122,0024E+104.1622E+136.5474E+083.1687E+071.6040E+073.8394E+051.1875E-081.4627E-075.1909iEt061.0305E+074.0462e+071.1813E+095.1454E+082.7951E+082.7659E+077.48292E061.7892E-073.16612-082.30332+131.57592+09

4.0662E-175.1083E-179. 9625E-174.e8757 i+112.908S--+_l3.7:15E+103.243tk+111.7020E-t)99.6195E-097.8369E-106.6761E+091.36072+10l.2465S+i0'.3619Z+107.0094_+106. 2797E+106.0892E+103.2187E+102.4274E+103.8980E+106.5692E-101.8699E-116.5732E-101.1273E+101.99202+114.7158E+101.4584E+111.0742E-122.0295E-161.87942+16

3.9871i+163.3408F+164.1575Z+181.2361E+185.1618E+131.6411E+133.8852E+135.5254E-ll3.2050E2105.1004E+094.53942+094.2816E+091.1387E+105.1236E+095.8647E+101.2905E-071.3708E-062.20412+065.4359S+082.6028E+064.7194E+082.7668E+071.5071E+171.3485E+171.9469E+17

Transport Group Inventory:Atmosphere Sump1.3150E+16 0.0002E+00

1.5953E+13 0.0000E+004.9340E+11 0.00002+001.0326S-11 0.0000+001-131 (Thyzold) 1.64899-101-131 (ICRP2 Thyroid) 1.8064E-10

8.71955-04

SSES Condenser/Turbine to Envircns - 24 hr Release Transport Group Inventory:

Time (h) - 24-0000 Leakage Transport

Noble gases (atoms) 2.4682E+21Elemental I (atoms) 3.6465E+18Organic I (atoms) 1.1278E+17Aerosols (kg) i.8946E-06

Detailed model information at time (:) - 96.0000

EAR - CRDA Doses:

Aerosols (kg).- -- _-__-

- .8946E-06


Time (h) - 96.0000 Whole Body 7hyro 4d TEDEDelta dose frem) G.OOCOE+0O0 O.OCOO-CO 0.0000+0CAccumulated dose Irem) 1.9397E-00 3.3981::+01 3.0117E+00

!?Z - CRDA Doses:

Time (hl - 96.0000Delta dose (ren)Accumulated dose (rea)

Whole Body Thyroid TEDEO.CD0CE-CO 0.OOCOE+OC O.COOOE-001.1440E-01 2.CO14E+00 1.7753E-01

CRDA e CR Doses:

Time (h) - 96.0000 Whole Bcdy Thyroid TEDEDelta dose (rem) 2.152:E-08 6.4937E-05 2.0301S-06Accumulated dose (rem.) 1.640i_-01 4.9893E-C1 1.7335E+OG

SSES Condenser/Turbine Ccmpartment tluclide Invenrory:

Time (h) = 96.0000Co-S 8Co-60KZ-85Kr-85nRb-86Sr-89Sr-SOSr-91Y-90Y-91Zr-95Z--57Nb-55Ho-99Tc-99mRu-103Au-106Rh-1O5Sb-127Te-127Te-127mTe-129Te-129mTe-131mTe-1321-131I-132I-133I-135Xe-133Xe-135Cs-134Cs-136Cs-137Ba-140La-140Ce-141Ce-143Ce-144Pr-1 43Nd-C47Np-239Pu-238Pu-239Pu-240Pu-241Am-241Cm-242Cm-244Xe-133mXe-135m

ci4.2797E-122.3914E-126.2106£-043.9895 E-058.9032E-095.8439E-097.8664E-107.1433_-125.1836E-102.1351E-102.7649E-105.570BE-122.e805E-105.5345E-105.6742E-101.2047E-C95.1084--io1.4640E-106.8784E-108.9277E-102.3754E-108.01832-109.2729E-103.5182E-109.8947E-093.0693E-041.1810E-083.6757E-053.6313E-085.3255E-022.1464E-051.0904E-062.827BE-078.2346S-079.4651E-098.4320E-091.0039E-101.3344E-118. 9909E-112.0499E-108.4820E-113.923 6E-102.7441E-132.59285E-144.6727E-141.1518E-113.3416E-149.8396E-125.8632E-138.814SE-041.65918-08

ko.3459E-i9

2.1156E-181.58308-094.8473E-1S1 .0942F-162.0115E-165.7e68E-151.9706E-219.5275E-19E.7064E-181.2E70E-172.9141E-217.3665E-18Z. 15402-181.0791E-193.7327E-171.5269S-161.7344E-192.5757E-183.3825E-192.51M38-113.&288S-203.0718E-174.4121E-193.2592E-172.4757E-i2.1442E-18

3.2447E-141.0340E-172.E45}E-108.4051E-158.4274E-133.8583E-159.4670E-12'.2929E-161.5170E-173.5234E-182.0094E-202.8189E-173.0442E-181.0485E-181.6913E-181.6029E-174.7121E-162.0506E-161.111E-161.1193E-172.968EE-187.2472E-182.0648E-121.8563E-19

Atoms1.3975s-062.1234E+071.1215E+163.4343E+067.6621E-081.3611E+093.8586E+101.3041E+046.3751E+065.7617E-078.1585E+071.8092E+044.6697E+077.0194E8066.5641E+052.1824E+088.6747E+029.9477E+051.2213E+071.6041E+061. 1941E+081.7874E+051.4370E+082.0282E+061.4869E+081.1381E+135.2200E806_.46922+114.6126E+071.2S82E+153.7494E-103.7874E+121.7085E+1O4.1614E+135.5614E+086.5255E+071.5048E+078.4620E+041.1769E-081.2820E+074.2953E+064.2616E+064.0559E-071. 1873E+095.1455E+0G2.7940E+082.7969E-077.3879E+061.7887E+079. 3493E+128.2895E+05

Decay2.0982EiOS1. 1298E+082.9317E+164.0662E4174.8584Ell2.9094E+113.7122E+103.2435E8l11.7056£-099.6216E+091.3610E+101.24 66E4101. 3621E+107.0102E1106.2805E+106.0904E+102.4279E+103.8983E+106.5701E+106.57428+101.1276E+101.9920Ell4.72078+101.4585E+111.0743E-122.0298E+161.8794E+i63.9872E+163.3408E+164.1581E'181.23628+2.85.1628E+131.6414E+133.8860E-135.52648.113.2115E+105.1014E+094.5397E+094.2825E+0S1.1389E+105.1245E-095.8653E-101.29088+071.3711E+062.2045E+065.4370E-081.8031E+064.7203E+082.7673E+071.3486E+171. 94E9E+17

SSES Condenser/TurbineTime (h) - 96.0000Noble gases (atoms)Elemental I (atoms)Organic I (ato-ms)Aerosols (kg)Dose ef ecr.te. ci~c-Time (h) - 96.0000

Transport Gzoup Irventory:Atmosphere Sump1.2513E+16 O.OOOOE-001.1182E+13 0.0000E+003.4584E+11 O.OOOOE+001.0321E-11 O.OOOOE+001T1TB~~fi±C--4 , a..Vc j L I ;. ncu r. -

Atmosphere SuwpI 2S1'TI5Afvur---- -- t.Luju ?Liv

EC-RADN-I 127 Attachment 5 Page 79Dose Effective (Ci/cc) 1-131 (ICPP2 Thyroid) 1.1186E-10Tocal I (Ci) 3.4373E-04

SSFS Condenser/Turbine to Environs - 24 hr Release transport Group Znventory:Time (h) - 96.0000 Leakage Transport

Noble gases (atoms)Elemental i (ato-s)Organic Z (atoms,Aerosols (kg)

2.4682E+213.6465E+181. 1278E-171. 8946Z-06

uetailed model informatior. at time (HI = 720.0000

EAB - CRDA Doses:

Time (h) = 720.0000 Whole Body Thyroid TEDEDelta dose (rem) O.OOOOE-OO O .OOOOE-LCO 0.0000E+00AcCumulated dose (rem) 1.93§7E+00 3.3581E+01 3.0117Z+00

LPZ - CRDA Doses:

Time MhI - 720.0000 Whole Body Thyroid TEDEDelta dose (rem) 0.0000£+00 O.OOOOE+00 0.0000_+00ACCArulazed dose (rem) 1.1440E-01 2.0014E+00 1.7753E-01

CRDA e CR Doses:

Time (hi - 720.0000 Whole Body Thyroid TEDSDelta dose (rem) 6.1204E-34 2.9465E-30 9.1135E-32AccWi-l:ated dose (rem) 1.6401E-01 4.9893E40+ 1.7335E0GO

SSES Condenser/Tu:bine Compartment Nuclide Inventory!

Time (hi - 720.0000Co-;SCo-60

Rb-86Sr-89Sr-90-590

Y-91zr-55Nb-95Mo-99Ru-103Ru-106Sb-127Te-127Te-12

7n

Te-129re-129mTe-1321-131

1-132Xe-133Cs-134Cs-136Cs-137Ba-140La-140Ce-141Ce-1442r-143Nd-147

Pu- 2 3S

Pu-239P..-240Pu-241Am-241cm-242Cm-244Xe-133m

sseS Condensef/TurbineTisie th) - 720.0000Noble gases (atoms)

T

Xe-133n_ - _" _ ..... . ... ,c, . . oIa

C_

3. 3179E-122.369Z-126.1821E-043.3893E-094.0899E-097.8531E-107. 8945E-101.5653E-102.0861E-102.67092-107.8882E-137. 6141E-104.8644E-10f.3761E-122.1536E-102.0514E-104.6B97E-105.4234E-103.9203E-113.2625E-054.67932-111.7366E-031.0646E-067.1447E-0O8.2210E-072.3003E-092.6720E-095.7662E-118.4386E-il5.4666E-111.6431E-112. 7950E-132.9394E-144.6731E-141. 1479E-113.9725E-14E.80B5E-125.8472E-133.4856E-07

..g1.0434E-152.0959S-:81.5757E-094.1654E-171. 40782-165.7571E-151.4510E-186.3950E-189.7107E-186.8305Z-181 . 6447E-212.3592E-171.4540Z-162.3e76E-208.1604S-202.174SE-172.2393E-201.8003E-171.2913E-192.6316E-134.5333E-219.2779E-128.22S1E-139.7484E-169.4514E-123.142'E-174.8073E-182.0237E-182.6458--178.M191E-192.0311E-191.63263-174.7290E-162.0508E-161.1143E-161.1574E-172.6577E-187.2275E-185.1652E-16

Atoms1.0834E-062.1036E+071.1164E+162.9l68vtO89.52572+083.6522E+109.7092E+064.2347E+076.1S57E-074.3299Z+071.0005E4041.3794E+088.2604E+081.1322E2C53.8695E+051.0313E+Oei.0454E-058.4043S+075.E912E+051.2098£+122.0682E+044.2010E-133.6978E+124.3166E+094.1546E-131.3516E+082.0679E+078.6432E+061.1065_:+1083.4188EE066.3209E+054.13103+071.1916E-095.1459E+082.7844E+082.8922E-076.6137E+061 .7838E+07;.6971E+09

Decay2.1012E+081. 1318E2'082.9369E+164.963IE+412.9135E-113.7168E+101.7676E+C99.6368E-091.3630E+101.3645E-107.0109E+106.09852+102.4321E-106.57132+106.5771E+101.1294E-101.9924E+1i4.7267E-101.0744E+122.0309E+161.8794E-164.1594E+1B5.1718E+131.6427E+133.8926E+135. 5306E1ll3.2580E+105.1076E+054.2898E-091.1399E105.1279E+091.293 1E-071.3735E+062.2084E+065.4465E-081.8064E+064.7281E20C82.7722E+071.3487E+11

Transport Group Znventory:Atmosphere SUmp1.1206E+16 0.0000o+001.1;11Z713 9.221SE-18 I.ItJutM+UI Z.I17ZZE+073.4B56E-07 8.1652E-16 3.6971E2O9 1.3487E217A. ,,jf.,I-i U. uu r4tuu


Organic I (atoms) 3.6253E+iC O.000+OCAeroso's (kg) 1.02828-il 0.00GOE00ODose Effective ,Ci/cc) 1-131 (Thyroid) 1.1522S-11

Dose Effective tCi/cc) 1-131 (ICRP2 Thyrcid) l.i522g-fl

Tozal I (Ci! 3.2625--05

SSES Condenser/Ti4rbine to Environs - 24 :^r Release Transporz Group Inventory:

T'.ne (h; - 720.0000 Leakage Transport

Nob-e gases (atoms) 2.4682E+21

Elemental 1 latoms) 3.6465E+18Organic I (atcms) 1.1278E+17

Aerosols (kc) 1.8946E-06

837

I-131 Summary

SSES Condenser/Turbin Environmeint Control Bldg

Tine Ih:) I-131 (Cur-es) 1-131 (Curies) 1-131 (Curies)

0.000 4.4158E+01 6.1946E-03 2.7434E-05

0.001 7.9475E+01 2.0069E-02 8.5870E-05

0.401 6.4845E+01 1.45445+01 5.4759E-02

0.701 5.5669E+01 2.3653E+01 7.8823E-02

1.000 4.7816E+01 3.1450E+01 9.2613--02

1.300 4.1049E+01 3.8167E+01 9.9153E-02

1.600 3.5241E+01 4.3934£+01 1.0056E-01

1.900 3.0254E+01 4.8894E+01 9.8466E-02

2.000 2.8754E+01 5.0374E'01 9.7207E-02

2.300 2.4685E+01 5.4413E-01 8.8406E-02

2.600 2.1192E+01 5.7881EE01 7.979CE-02

2.900 1.8193E.01 6.0S58E-01 7.1559E-02

3.200 1.5618E01 6.3414E-01 6.3838E-02

3.500 1.3408EL01 6.5608E-01 5.6695E-02

3.800 1.1511E-01 6.7491E+01 5.0158E-02

4.100 9.8820E+00 6.9109E+01 4.4228E-02

4.400 8.4836E+00 7.0497E+01 3.&887E-02

4.700 7.2831E+00 7.1689E+01 3.4105E-02

5.GOO 6.2525E+00 7.2712E+01 2.9846E-02

5.300 5.3677E+00 7.3590E+01 2.6066E-02

5.600 4.6082E+00 7.4344E+0: 2.2729_-02

5.900 3.9561E+00 7.4992E+01 1.9788E-02

6.200 3.3963E+00 7.55472+01 1.7204E-02

6.500 2.91578+00 7.6024£+01 1.4940E-02

6.800 2.5031E+00 7.6434E+01 1.2959E-02

7.100 2.14895+00 7.6786E+01 1.1230E-02

7.400 1.8448E+00 7.708BE-01 9.7237E-03

7.700 1.5837E+00 7.7347E-01 8.4126E-03

8.000 1.3596E-00 7.7569E-01 7.2731E-03

8.300 1.1672E-00 7.7760E-01 5.9014E-038.600 1.0021E-00 7.7924E-01 4.7971E-03

8.900 8.6026E-01 7.8065E401 3.9067E-03

9.200 7.3952E-01 7.8186E+01 3.1876E-03

9.500 6.3402E-01 7.8290E801 2.6059E-03

9.800 5.4430E-01 7.8379E+01 2.1344E-03

10.100 4.6728E-01 7.8455E+01 1.7517E-03

10-400 4.0115E-01 7.85218+01 1.4404E-03

24.000 3.9752E-04 7.8918E+01 7.5B7SE-07

96.000 3.0693E-04 7.8918v+02 5.9286r-32

720.000 3.2625E-05 7.89158+01 1.5050-249

*4Ite0tX*IeiII#HnaiuO§etell@F9e!tI^tGI6I*uH§e!*eni§eq9i{§iInCumulative Dose Summary

EAB - CRDA LPZ - CEDA CRDA e CRTime Thyroid TEDE Thyroid TEDE Thyroid TEDE

(M.r) (rem) (rem.) (rem) (rem) (rem) (rem)

0.000 O.OOOOE+00 O.OOOOE+000 0.0000E+00 O.OOOE+00 O.OOOOE+00 0.0000-CO0.001 8.9091E-03 1.0685E-03 5.2596E-04 6.3083E-05 4.3930E-06 1.6765E-070.401 6.4453Z+00 7.3852E-01 3.8051E-01 4.3600S-02 1.5622E+00 5.8706E-020.701 1.0463E+01 1.1566E800 6.1768E-01 6.8282E-02 4.2096E+00 1.5643E-011.000 1.3887E+01 1.4905E+00 8.1984E-01 8.8015E-02 7.5621E400 2.7851E-011.300 1.6826E+01 1.7622E+00 9.9335E-01 1.0403E-01 1.1300E+01 4.1307E-011.600 1.9340E+01 1.9828E+00 1.1418E-00 1.1706E-01 1.5173E-01 5.5107E-Ol1.900 2.165D=+03 2.1629140 1.26f87E-00 1.2769fi-01 1.9014E-01 6.8673E-010.401 6.4453E+00 7.3852E-01 3.8051E-01 4.3600E-02 1.5622E+00 5.8706E-020.701 1.04637*01 1.156LZ.00 6.1749Z-01 6.A9Q42-02 &.70§oc4on 1 sg8..-lt


2.000 2.2135E-01 2.2154E+OC '.3068E+00 1.30795-01 2.0267E+01 7.3074E-012.300 2.3851E-Cl 2.3534E+00 :.4099E-00 1.3894E-01 2.3925E+01 8.5506E-012.600 2.5375E+01 2.4668E+00 1.495EC-00 1.4563E-01 2.7037E*0: 9.6648E-O12.900 2.6653E+01 2.56C1E+00 1.5735E+00 1.5114E-01 2.99i7E'01 1.0657E+003.200 2.7746E-+D1 2.6371E+00 1.63EOE+00 1.556BE-01 3.24E4E-C1 1.1537E'003.500 2.8692E+01 2.7007E+00 1.6933Z+00 1.5944E-01 3.4762S+01 i.2313E-003.800 2.9483E+01 2.7534E+00 1.7406E+00 1.6255E-01 3.6775E+31 _.2994E+0O4.:C0 3.0168E+01 2.7971E+00 1.7810E+00 1.6513E-01 3.8547E+01 1.3592E+004.400 3.07558+31 2.8334E+00 1.e856E+00 1.6727E-01 4.0103E+0' 1.4114E+004.700 3.1257E+01 2.8636E-00 l.B453E-00 1.6906E-01 4.1464E-01 1.457CE0005.000 3.1686E+01 2.8888E+00 1.8706E-00 _.7054E-01 4.2654ElC1 1.4966E-005.300 3.2054E+01 2.9097E+00 ',8924E+00 1.7178E-01 4.3695E+01 1.5310E-CO5.600 3.2369E+01 2.9273_+00 1.9109E+00 1.7282E-01 4.4593E+01 1.5606E-005.900 3.2639E-Cl 2.9419E+00 1.52698+00 1.7368E-01 4.5377E+01 1.5867E+006.200 3.2869E-01 2.9542E+00 1.94058+00 1.7441E-01 4.6058E+01 1.6090E+006.500 3.3067E+01 2.9645E+00 1.9521E+00 1.750'E-01 4.6'47E+01 1.6283E+0O6.800 3.3236E+01 2.9732E+00 1.9621E+00 1.7552E-01 4.7157E+0' 1.6450E+007.100 3.3381E+01 2.9804E+00 1.9707E+00 1.7595E-01 4.7598E-01 1.6594E+007.400 3.3505E+01 2.9865E-00 1.9780Ei00 1.7631E-01 4.7979E-01 1.6718E+007.700 3.3611E+Oi 2.9917E+OC i.9543E+00 _.7662E-01 4.8308E+01 1.6825E-008.COO 3.3702E+01 2.9960E+00 1.9896E+00 1.7687E-01 4.B592E+O1 1.6917E-008.300 3.3742E+01 2.9985E+00 1.9913E+00 1.7698E-01 4.8830E+01 1.69948-00E.600 3.3776E+01 3.0006E+00 1.9928E+00 1.7706E-01 4.9022Z+01 1.70568+006.900 3.3806E+01 3.0023E-C0 1.9940E+00 2.7714E-01 4.9178E+01 1.7106E+009.200 3.3831E+01 3.0038E'00 1.9951E-00 1.7720E-01 4.9305E+01 1.7147E+009.500 3.3852E+01 3.0050E+00 1.9960E'00 1.7725E-01 4.9408E+01 1.7180E+009.800 3.3671E+01 3.0060E+00 1.9967E-00 i.7729E-01 4.9492£-01 1.7207E+0010.100 3.3886E+01 3.0069E+00 1.9974E+00 1.7733E-01 4.9561E-01 1.7229E-0010.400 3.3900E-01 3.0070E+00 1.9950E+00 1.7736E-01 4.9618-+01 1.7247E+0024.000 3.3981E-01 3.0117E+00 2.0014E+00 1.7753E-01 4.9893E+01 1.7335E+0096.000 3.3981E+01 3.0117E+00 2.0014E+00 1.7753E-01 4.9893E+01 1.7335E+00720.000 3.3991E+01 3.0117E+00 2.0014E+00 1.7753E-01 4.9893E+01 1.7335E+00

Worst Two-Hour Doses

-AB - CRfDATime Whole Body Thyroid TEDE(hr) (rem) (rem) (rem)0.0 1.5152E+00 2.2135E+01 2.2154E+00

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