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#REDIRECT [[GNRO-2014/00037, 2013 Annual Radioactive Effluent Release Report]]
| number = ML14121A041
| issue date = 04/30/2014
| title = Grand Gulf, Unit 1 - 2013 Annual Radioactive Effluent Release Report
| author name = Nadeau J J
| author affiliation = Entergy Operations, Inc
| addressee name =
| addressee affiliation = NRC/Document Control Desk, NRC/NRR
| docket = 05000416
| license number = NPF-029
| contact person =
| case reference number = GNRO-2014/00037
| document type = Environmental Monitoring Report, Letter
| page count = 33
}}
 
=Text=
{{#Wiki_filter:GNRO-2014/00037 April30,2014U.S.NuclearRegulatory Commission Attn:DocumentControlDeskWashington, DC20555-0001 EntergyOperations, Inc.P.O.Box756PortGibson,MS39150JamesJNadeauManager,Regulatory Assurance GrandGulfNuclearStationTel.(601)437-2103
 
==SUBJECT:==
 
==DearSirorMadam:==
GrandGulfNuclearStation(GGNS)2013AnnualRadioactive EffluentReleaseReport(ARERR)GrandGulfNuclearStation(GGNS),Unit1DocketNo.50-416LicenseNo.NPF-29AttachedistheGGNSAnnualRadioactive EffluentReleaseReport(ARERR)fortheperiodJanuary1,2013throughDecember31,2013.Thisreportissubmitted inaccordance withtherequirements of10CFR50.36a(a)(2) andtheGGNSTechnical Specification (TS)5.6.3.TheARERRalsocomplieswiththeGGNSOffsiteDoseCalculation Manual(ODCM).Thisletterdoesnotcontainanycommitments.
Ifyouhavequestions orrequireadditional information concerning thisreport,pleasecontactRichardSumrallat(601)437-2115.
Sincerely, j{kAttachments:
cc:2013AnnualRadioactive EffluentReleaseReport(Seenextpage)
GNRO-2014/00037 Page2of2cc:NRCSeniorResidentInspector GrandGulfNuclearStationPortGibson,MS39150U.S.NuclearRegulatory Commission ATTN:MarcL.Dapas(w/2)RegionalAdministrator, RegionIV1600EastLamarBoulevard Arlington, TX76011-4511 U.S.NuclearRegulatory Commission ATTN:Mr.AlanWang,NRR/DORL(w/2)MailStopOWFN8B1Washington, DC20555-0001 Mr.B.J.SmithDirector, DivisionofRadiological HealthMississippi StateDepartment ofHealthDivisionofRadiological Health3150LawsonStreetJackson,MS39213Dr.MaryCurrier,M.D.,M.P.HStateHealthOfficerMississippi Department ofHealthP.O.Box1700Jackson,MS39215-1700 Attachment toGNRO-2014/00037 2013AnnualRadioactive EffluentReleaseReport ENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONANNUALRADIOACTIVE EFFLUENTRELEASEREPORTJanuary1,2013-December31,2013ReviewooBy ApprovedByenv-tec/ARERR01
-1'f-7-(
TABLEOFCONTENTSSUBJECTPAGEI.INTRODUCTION 4II.DETAILEDINFORMATION 5A.Regulatory Limits51.10CFR20Limits5a.FissionandActivation Gases5b.Radioiodines, TritiumandParticulates 5c.LiquidEffluents 52.10CFR50,AppendixI,Limits6a.FissionandActivation Gases6b.Radioiodines, TritiumandParticulates 6c.LiquidEffluents 63.40CFR190Limits7B.EffluentConcentrations 71.Airborne72.Liquid7C.AverageEnergy7D.Measurements andApproximations ofTotalActivity81.ForFissionandActivation Gases82.ForParticulates andRadioiodines 93.ForContinuous Releases94.ForBatchReleases:
Gases95.ForBatchReleases:
LiquidEffluents 10E.BatchReleases101.Liquid102.Gaseous10F.AbnormalReleasesII1.LiquidII2.GaseousIIenv-tec/ARERR01
-2 TABLEOFCONTENTS(CONT'D)SUBJECTG.EstimateofTotalError1.Liquid2.Gaseous3.SolidRadioactive WasteH.SolidRadioactive WasteShipments I.Meteorological DataJ.Radioactive EffluentMonitoring Instrumentation Operability K.AnnualSewageDisposalSummaryIII.RADIATION DOSESUMMARYA.Water-Related ExposurePathwayB.Airborne-Related ExposurePathwayPAGEIIII121212121213131313A.OffsiteDoseCalculation Manual(ODCM)B.Radioactive WasteTreatment SystemsIV.OFFSITEDOSECALCULATION MANUALIRADIOACTIVE WASTETREATMENT SYSTEMCHANGESlAIBlCID2A2B2C3LISTOFTABLESGaseousEffluents
-Summation ofAllReleasesGaseousEffluents
-ElevatedReleasesGaseousEffluents
-Ground-Level Releases-Continuous Radioactive GaseousWasteSamplingandAnalysisProgramLiquidEffluents
-Summation ofAllReleasesLiquidEffluents
-Continuous andBatchModesRadioactive LiquidWasteSamplingandAnalysisProgramSolidRadioactive WasteandIrradiated FuelShipments ATTACHMENTS AttachmentI-NuclearEnergyInstitute, NEI,Groundwater Protection Initiative SampleResults161616PAGE1718192021222324PAGE27env-tec/ARERR01
-3 I.INTRODUCTION ThisAnnualRadioactive EffluentReleaseReport(ARERR)fortheperiodofJanuary1throughDecember31,2013,issubmitted inaccordance withTechnical Specifications, Section5.6.3,ofGrandGulfNuclearStation(GGNS)LicenseNo.NPF-29*andbaseondataprovidedbyGGNS.Themonitoring ofradioactive effluents isreferenced inOffsiteDoseCalculation Manual(ODCM)AppendixA,Sections6.11and6.12.Airbornedischarges atGGNSareconsidered ground-level releases.
Allliquidandairbornedischarges totheenvironment wereanalyzedinaccordance withODCMrequirements.
Alleffluentreleaseswerewithintheconcentration andtotalreleaselimitsspecified bytheODCM.Projected offsitedoseswerewithinthedoselimitsspecified bytheODCM.Thesummation ofallknowngaseousreleasesduringthereporting periodisreportedinTable1A.Elevatedgaseousreleasesarenotapplicable atGGNSasreportedinTablelB.Thesummation ofallknownground-level gaseousreleaseduringthereporting periodisreportedinTablelC.Theradioactive gaseoussamplingandanalysisprogramimplemented atGGNSisdescribed inTablelD.Thesummation ofallliquidreleasesduringthereporting periodisreportedinTable2AThecontinuous andbatchmodeliquid-releases arereportedinTable2B.Theradioactive liquidwastesamplingandanalysisprogramimplemented atGGNSisdescribed inTable2C.Solidradioactive wasteandirradiated fuelshipments duringthereporting periodaresummarized inTable3.Groundwater Protection Initiative (GPI)wellsampletritiumresultswhicharenotincludedintheAREORareincludedasAttachment ItotheARERR.Theannualsummaryofmeteorological data(jointfrequencidistribution) willbemaintained onsite.Theoptiontomaintainmeteorological dataonsiteisinaccordance withODCMAdministrative ControlsSection5.6.3.ThisdatashallbeprovidedtotheNuclearRegulatory Commission (NRC)uponrequest.env-tec/ARERR01
-4 II.DETAILEDINFORMATION A.Regulatory Limits1.10CFR20Limitsa.FissionandActivation Gases-Thereleaseratelimitatanytimefornoblegasestoareasatorbeyondthesiteboundaryshallbesuchthat:Dtb=averagetotalbodydoserateinthecurrentyear(mremlyr)
=XlQLiKjQj500mremlyrDs=averageskindoserateinthecurrentyear(mremlyr)
=XlQLj(Li+1.1Mi)Qi3000mremlyrwherethetermsaredefinedintheGGNSODCM.b.Radioiodines, TritiumandParticulates
-Thereleaseratelimitforthesamplingperiodforallradioiodines, tritiumandradioactive materials inparticulate formwithhalf-lives greaterthan8daysshallbesuchthat:Do=averageorgandoserateincurrentyear(mremlyr)
=LjWPiQ\$1500mremlyrwherethetermsaredefinedintheGGNSODCM.c.LiquidEffluents
-Theconcentration ofradioactive materials releasedinliquideffluents tounrestricted areasfromthesiteshallnotexceedatanytimetentimesthevaluesspecified in10CFR20,AppendixB,Table2,Column2.Theconcentration ofdissolved orentrained noblegases,releasedinliquideffluents tounrestricted areasfromallreactorsatthesite,shallbelimitedto2x10-4microcuries/ml totalactivity.
env-tec1ARERR01
-5 II.DETAILEDINFORMATION(CONT'D) 2.10CFR50,AppendixILimitsa.FissionandActivation Gases-Thedosefromnoblegasesingaseouseffluents toareas.atorbeyondthesiteboundaryshallbesuchthat:DY=airdoseduetogammaemissions fromnoblegases
=3.17X10-8LiMiXlQ'Qi::;;5mrad/qtr::;;10mrad/yr=airdoseduetobetaemissions fromnoblegases
=3.17X10-8LiNiX/Q'Qi::;;10mrad/qtr::;;20mrad/yrwherethetermsaredefinedintheGGNSODCM.b.Radioiodines, TritiumandParticulates
-Thedosetoanindividual fromtritium,1-131,1-133 andradioactive materialinparticulate formwithhalf-lives greaterthan8daysingaseouseffluents shallbesuchthat:Dp=dosetoanindividual fromtritium,1-131,1-133andradionuclides inparticulate formwithhalf-lives greaterthan8days(mrem)=3.17X10-8LiRiW'Qi::;;7.5mrem/qtrAnyOrgan::;;15mrem/yrAnyOrganwherethetermsaredefinedintheGGNSODCM.c.LiquidEffluents
-Thedosefromradioactive materials inliquideffluents shallbesuchthat:mDTau=L[AiTauLCilFI]::;;1.5mrem/qtrTotalBodyi1=1::;;5mrem/qtrAnyOrgan::;;3mrem/yrTotalBody::;;10mrem/yrAnyOrganwherethetermsaredefinedintheGGNSODCM.env-tec/ARERR01
-6 II.DETAILEDINFORMATION (CONT'D)3.40CFR190LimitsDosesarecalculated forFissionandActivation Gases;Radioiodines andParticulates; andLiquidEffluents according toequations contained inSections2.(a),(b),and(c)respectively, withtheexception thatthelimitsappliedare:mrem/yr,TotalBodyoranyOrganexceptThyroidmrem/yr,Thyroidmrady/qtrormrady/yr,FissionandActivation Gasesmrad ormrad FissionandActivation Gasesmrem/qtrormrem/yr,anyOrgan,IodineandParticulatesmrem/qtrormrem/yr,TotalBody,LiquidEffluents0mrem/qtrormrem/yr,anyOrgan,LiquidEffluents B.EffluentConcentrations 1.AirborneTheEffluentConcentration Limit(ECL)ofradioactive materials ingaseouseffluents islimitedbythedoseraterestrictions giveninSectionII.A.l.a.
Inthiscase,theECLsareactuallydetermined bythedosefactorsinTable2.1-1oftheGGNSODCM.2.LiquidTheECLofradioactive materials inliquideffluents islimitedbytentimesthevaluesinlOCFR20,AppendixB,Table2,Column2.TheECLchosenisthemostconservative valueofeitherthesolubleorinsoluble ECLforeachradioisotope.
C.AverageEnergyNotapplicable forGGNSODCMAppendixA.env-tec/ARERR01
-7 II.DETAILEDINFORMATION (CONT'D)D.Measurements andApproximations ofTotalActivityThefollowing discussion detailsthemethodsusedtomeasureandapproximatethetotalactivityforthefollowing:
FissionandActivation GasesRadioiodines Particulates LiquidEffluents TablesIDand2Cgivesamplingfrequencies andLowerLimitofDetection requirements fortheanalysisofgaseousandliquideffluentstreams,respectively.
Valuesintheattachedtablesgivenaszerodonotnecessarily implythattheradionuclides werenotpresent.Azeroindicates thattheradionuclide wasnotpresentatlevelsgreaterthanthesensitivity requirements showninTables1Dand2C.Forsomeradionuclides, lowerdetection levelsthanrequiredmaybereadilyachievable; whenaradionuclide ismeasuredbelowitsstateddetection limits,itisreported.
1.ForFissionandActivation GasesAtaminiumum, thefollowing noblegasesareconsidered inevaluating gaseousairbornedischarges:
.Kr-87Kr-88Xe-133Xe-133mXe-135Xe-138 PeriodicgrabsamplesfromStationeffluentstreamsareanalyzedbygammaspectralanalysisutilizing high-resolution germanium detectors.
(SeeTableIDforsamplingandanalytical requirements.)
Isotopicvaluesthusobtainedareusedfordosereleaseratecalculations duetoeffluentreleasesasgiveninSectionII.A.lofthisreport.Theradionuclides thataredetectedareusedinthiscomputation.
Whennoradionuclides aredetected, ahistorical mixtureisused.Duringtheperiodbetweengrabsamples,theamountofradioactivity releasedisbasedontheeffluentmonitorreadings.
Monitorsareassignedacalibration factorbaseduponthelastisotopicanalysis, usingthefollowing relationship:
.whereCj=isotopiccalibration factorforisotopeiVi=concentration ofisotopeiinthegrabsamplein11Ci/ml.m=netmonitorreadingassociated withtheeffluentstream(determined atthetimeofgrabsampling).
env-tec/ARERRO1-8 II.DETAILEDINFORMATION (CONT'D)Thesecalibration factors,alongwiththehourlyeffluentmonitorvaluesandflowrates,areenteredintothelaboratory computerwherethereleaseratesforindividual radionuclides arecalculated andstored.Ifnoactivityisdetectedinthegrabsample,thecalibration factordefaultstoahistorical mixtureofKr-88,Xe-133,Xe-135m,Xe-135,andXe-138.2.ForParticulates andRadioiodines Ataminimum,thefollowing radioiodines andradioactive materials inparticulate formtobeconsidered are:Zn-65Mo-99Mn-54Cs-134Fe-59Cs-137Co-58Ce-141Co-60Ce-144Sr-891-131Sr-901-133Otherdetectedradionuclides withhalflivesgreaterthan8days.3.ForContinuous ReleasesContinuous samplecollection isperformed onthecontinuous releasepointswhenreleasing (i.e.:Offgas/Radwaste
: Building, Containment
: Building, FuelHandlingArea,TurbineBuilding, andTurbineBuildingOccasional ReleasePoint).Particulate materialiscollected byfiltration.
Radio-iodines arecollected byadsorption ontoacharcoalfilter.Periodically thesefiltersareremovedandanalyzedbygammaspectralanalysisutilizing high-resolution germanium detectors toidentifyandquantifyradioactive materials collected.
Particulate filtersarethenanalyzedforgrossalphaandStrontium-89/90 asrequired.
Grossalphaisanalyzedusingagasflowproportional technique.
89/90valuesareobtainedbychemicalseparation andsubsequent countinganalysisusinggasflowproportional techniques.
Tritiumsamplesarecollected onmolecular sieveandconcentrations aredetermined usingdistillation andliquidscintillation techniques.
Duringmajoroperational occurrences, thefrequency ofsamplingisincreased tosatisfytherequirements offootnote"c"ofTableID,"Radioactive GaseousWasteSamplingandAnalysis,"
(GGNSODCMAppendixA,Table6.11.4-1).
Strontium analysisisperformed byaqualified contractlaboratory.
Carbon-14 (C-14)curiesarereportedinTableslAandlCofthisreportandbasedonaconstantreleaseratethroughout theyear.Activityof9.5Curiesreleasedperyearingaseousformisusedbasedon:GGNSFinalSafetyAnalysisReportTable11.3-9whichutilizesBWR-GaleCodeandsays,"C-14ReleasedviaMainCondenser OffgasSystem=9.5Ci/Yr."ThisisassumedtobethetotalreleasedingaseousformbasedonInternational AtomicEnergyAgencyTechnical ReportsSeriesNo.421,Management ofWasteContaining TritiumandCarbon-14 whichsays,"Thefollowing systemshavebeenconsidered tobereleasepathwaysforgaseous14CfromaBWR:"..."Thecondenser steamjetairejectorisexpectedtobethemostsignificant releasepoint(>99%oftotal14Crelease)."
4.ForBatchReleases:
GasesGaseousbatchreleasesarenotnormallyperformed atGGNS.env-tec/ARERRO1-9 II.DETAILEDINFORMATION (CONT'D)5.ForBatchReleases:
LiquidEffluents Ataminimum,theradionuclides listedbelowareconsidered whenevaluating liquideffluents:
H-3Mn-54Fe-55Co-58Co-60Fe-59Zn-65Sr-89Sr-90Mo-991-131Cs-134Cs-137Ce-141Ce-144Representative pre-release grabsamplesareobtainedandanalyzedasrequiredbyTable2C.Isotopicanalysesareperformed bygammaspectralanalysisutilizing high-resolution germanium detectors.
Aliquotsofeachpre-released sample,proportional tothewastevolumereleased, arecomposited inaccordance withtherequirements ofTable2C.Strontium-8,9/90 andIron-55valuesareobtainedbyindividual chemicalseparations.
Strontium-89/90 isanalyzedusinggasflowproportional techniques.
Iron-55isanalyzedusingliquidscintillation techniques.
Grossalphaisanalyzedusingagasflowproportional technique.
Tritiumconcentrations aredetermined usingdistillation andliquidscintillation techniques.
Dissolved gasesaredetermined employing grabsamplingtechniques andanalyzedbygammaspectralanalysisutilizing high-resolution germanium detectors.
IronandStrontium analysesareperformed byaqualified contractlaboratory.
E.BatchReleases1.LiquidI.NumberofreleasesTimePeriod(inminutes)2.Totalforallbatches3.Maxtimeforabatch4.Avtimeforabatch5.Mintimeforabatch6.AvgStreamFlow(LPM)2.Gaseous5.75E+022.94E+02I.OOE+OO1.76E+04Nobatchreleasesoccurredduringthereportperiod.env-tec/ARERR01
-10 II.DETAILEDINFORMATION (CONT'D)F.AbnormalReleases1.Liquida.NumberofReleases:
b.TotalActivityReleased:
oO.OOE+OOCiNoabnormalliquidreleaseswereidentified forthisreporting period.2.Gaseousa.NumberofReleases:
b.TotalActivityReleased:
23.62E-OlCiTwoabnormalgaseousreleaseswereidentified duringthereporting period.BothofthereleasesoccurredwhenTurbineBuildingSmokeExhaust(root)hatchesthoughttobeclosedwere'foundopen.Bothinstances occurredfollowing aplannedrelease.Asaconservative measure,itwasassumedthatthehatchesopenedimmediately afterbeingcheckedclosedandremainedopenuntildocumentation showedhatcheswereclosed.Applyingthisassumption yieldsthefollowing releaseparameters:
Theplannedreleaseoccurred10/5/1301:00until10/7/1319:43.Thefirstunplanned releasestarted10/7/1319:43andended10/9/1318:11.CR2013-6394 waswrittenforthefirstrelease.Thesecondunplanned releasestarted10/9/1318:11andended10/10/1300:06.CR2013-6404 waswrittenforsecondrelease.Isotopicconcentrations usedfortheplannedreleasewerealsousedfortheunplanned releasessincetheywereessentially acontinuation oftheplannedrelease.Theactivityanddosesassociated withthesereleasesareincludedintheAirborneEffluentDosetableinsectionIII.BandinTablelAandinTablelCofthisreport.G.EstimateofTotalError1.LiquidThemaximumerrorsarecollectively estimated tobeasfollows:Fission&Activation TritiumDissolved
&Entrained GrossProductsGasesAlhaSampling%2.60E+Ol2.60E+Ol 2.60E+OI2.60E+OIMeasurement
%6.80E+OI6.50E+OI6.10E+Ol9.20E+OITOTAL%7.30E+Ol7.00E+OI6.60E+OI9.50E+Olenv-tec/ARERR01-11 II.DETAILEDINFORMATION (CONT'D)Samplingerrorsincludeuncertainty associated withmixing,representative samplinganddischarge volume.Measurement errorsincludeuncertainty associated withinstrument calibration andthepreparation andcountingoflow-activity samples.Countingerrorsarebasedonmeasurements ofblanksamples.Forgermanium detectors, the detectable radioisotope isusedtodetermine thecountingerror.Calibration errorsarecalculated bysummingtheerrorsassociated withthecalibration ofaparticular instrument witharadioactive source.Thetotalerroriscalculated bytakingthesquarerootofthesumofthesquaresoftheindividual errors.2.GaseousThemaximumerrors(notincluding samplelineloss)arecollectively estimated tobeasfollows:Fission&Activation GrossProductsIodineParticulate AlhaTritium3.20E+OI2.30E+012.20E+OI2.20E+Ol2.30E+Ol6.lOE+0l6.70E+Ol6.50E+Ol1.OIE+026.20E+Ol6.90E+Ol7.lOE+Ol6.90E+Ol1.03E+026.60E+OlSamplingerrorsincludeuncertainty associated withsampleflow,ventflowandmonitorcalibration.
;Measurement andtotalerrorsarecalculated bythesamemethodsusedforliquideffluents.
3.SolidRadioactive WasteEstimated TotalError%forallwastetypesis+/-2.50E+01.
Samplingerrorsincludeuncertainty associated withmixingandrepresentative sampling.
H.SolidRadioactive WasteShipments SeeTable3forshipmentinformation.
I.Meteorological DataThedatarecoveryforthereporting periodwas99.2%.Thepredominant winddirection wasfromtheNortheast approximately 11.7%ofthetime.Thepredominant stability classwasclass"D"approximately 30.6%ofthetime.Averagewindspeedduringthereporting periodwasapproximately 3.9milesperhouratthe33footelevation.
Theannualmeteorological data(HourlyAverageDataorJointFrequency Distribution) willbemaintained onsiteinafilethatshallbeprovidedtotheNRCuponrequest.
J.Radioactive EffluentMonitoring Instrumentation Operability Noinstances ofreportable inoperability wereidentified forthisreporting period.env-tec/ARERR01
-12 II.DETAILEDINFORMATION (CONT'D)K.AnnualSewageDisposalSummaryTherewerenosewagedisposals forthisreporting period.III.RADIATION DOSESUMMARYIndicated belowistheannualsummaryofoffsitedosesattributable toGGNSduring2013.Inspection ofthevaluesindicates thatGGNSreleaseswerewithinthe10CFR50,AppendixI,designobjectives.
Sincetherearenootherfuelcyclefacilities within8kInofGGNS,40CFR190limitswerealsometduringthisperiod.A.Water-Related ExposurePathwaysThevaluescalculated inthissectionutilizetheinformation providedinTables2Aand2Bofthisreportandthecalculation methodology oftheODCM.LiquidEffluents Totalbodydoseandcriticalorgandosesarecomputedforthemaximumexposedindividual.
Themaximumdosecontribution fromliquideffluents isconsidered tooccurintheadultagegroupviaconsumption offish.2013L''dEfflDlCUluentosemrem1stQtr2ndQtr3rdQtr4thQtrTOTALBone3.31E-028.96E-033.77E-024.25E-037.98E-02Liver5.89E-022.35E-026.25E-021.20E-021.49E-OIThyroid2.12E-032.21E-031.70E-031.10E-036.72E-03Kidney2.63E-021.32E-022.35E-027.38E-036.62E-02Lung6.90E-033.00E-037.66E-031.37E-031.80E-02GI-LLI2.24E-021.89E-021.04E-028.71E-035.50E-02Applicable Limit555510PercentofLimit1.18E+004.70E-Ol1.25E+002.40E-Ol1.49E+00WholeBody3.49E-021.24E-024.20E-026.47E-039.71E-02Applicable Limit1.51.51.51.53PercentofLimit2.33E+008.27E-Ol2.80E+004.31E-Ol3.24E+00B.Airborne-Related ExposurePathwaysThevaluespresented inthissectionutilizeinformation providedinTables1Aand1Cofthisreportandthecalculation methodology oftheODCM.Doseanddoseratesarecomputedforlocations atthesiteboundaryoratunrestricted areaswithinthesiteboundary.
Becausemembersofthepublicmay,onoccasion, befoundwithinthesiteboundary, twofishinglakes,therecreational vehiclelaydownarea,andtheGGNSEnergyServicesCenterlocations werealsoevaluated.
Consideration ofsiteboundarylocations aswellasunrestricted areaswithinandbeyondthesiteboundaryprovidesassurance thatoffsitedoseswillnotbesubstantially underestimated whileattempting toprovideanaccuratedosecalculation.
env-tec/ARERR01-13 III.RADIATION DOSESUMMARY(CONT'D)DosesforaMemberofthePublic(critical receptor) arecomputedbasedon2013meteorological dataandthemostrecentlandusecensus,withthemostlimitinglocationused.Duringnormaloperations, thedispersion anddeposition factorsusedfordosecalculations arefromfive-year historical annualaveragemeteorological data.OrganDoseThemaximumorgandosetoaMEMBEROFTHEPUBLICfromradioiodines, tritium,andparticulates wascalculated forthisreportusingthemostrecentlandusecensusanddispersion anddeposition parameters from2013meteorological data.Thecriticalreceptorresidence wasdetermined tobelocatedinthesouthwest sectoratadistanceof1432meters(0.89miles)fromtheplant.Pathwaysconsidered foruseintheorgandosecalculations areinhalation, groundplane,grass/cow/meat, andvegetation.
Thereisnograss/cow/milk pathwaywithinfivemilesofGGNS.Itwasassumedthattheagegroupreceiving themaximumdoselivedattheresidence andthatthereceptorconsumedfoodproductsthatwereraisedorproducedattheresidence.
DosesduetoCarbon-14 releasewerecalculated usingElectricPowerResearchInstitute, EPRI,methodology andcalculation softwarewhichwasvalidated onsiteusingRegulatory Guide1.109.Thedosesaredocumented inthefollowing tableastwoseparateentries.ThefirstorgandoseentryexcludesC-14whilethesecondentryincludesorgandosefromtritium,radioiodines, particulates, andC-14..AverageTotalBodyandSkinDoseRateIndividual totalbodyandskindoseratesfromexposuretoasemi-infinite cloudofnoblegasarecomputedforalocationinthesouthwest sectoratadistanceof1368meters(0.85miles)fromtheplant.Thislocationcorresponds tothehighestannualaverageatmospheric dispersion factorforalocationatorwithinthesiteboundarybasedon2013meteorological data.Thetotalbodyandskindoseratesreportedarethequarterly averageofthemaximuminstantaneous doseratesdetermined dailyduringthereporting periodandrepresent themaximumpossibledoseratereceivedbymembersofthepublic.AirDosefromGammaandBetaEmissions Airdosesfromgaseouseffluents werecalculated forthisreportusingdispersion parametersfromthe2013meteorological data.Thehighestdispersion factorforanunrestricted areawasinthesouthwest sectoratthesiteboundary, 1368meters(0.85miles)fromtheplant.DirectRadiation Directradiation doseiscalculated bysubtracting averagedosesmeasuredbythermoluminescent dosimeter (TLD)badgeslocatedatcontrollocationsfrom averagedosesmeasuredbyTLDbadgeslocatednearthesiteboundary.
GGNSreportedmeasureddosesin2013asnetexposurenormalized to92days.env-tec/ARERR01-14 III.RADIATION DOSESUMMARY(CONT'D)Carbon-14 Carbon-14 (C-14)isanaturally occurring isotopeofcarbon.Nuclearweaponstestinginthe1950sand1960ssignificantly increased theamountofC-14intheatmosphere.
Carbon-14 isalsoproducedincommercial nuclearreactors, buttheamountsproducedaremuchlessthanthoseproducednaturally orfromweaponstesting.Inrecentyears,theanalytical methodsfordetermining C-14haveimproved.
Coincidentally theradioactive effluents fromcommercial nuclearpowerplantshavealsodecreased tothepointthatC-14hasemergedasaprincipal radionuclide ingaseouseffluents.
Theonlysignificant dosepathwaytoamemberofthepublicfromC-14releaseisthroughconsumption ofvegetation.
Vegetation incorporates C-14intheformofcarbondioxide(C02)duringphotosynthesis, therefore dosesarecalculated basedontheCO2fractionofthecarbon.releasedingaseousform.ACO2fractionof95%isusedbasedonEPRITechnical Report1021106,"Estimation ofCarbon-14 inNuclearPowerPlantGaseousEffluents".
Thehighestatmospheric dispersion factorforanactualgardenbasedonthelandusecensuswasusedtodetermine dosefromC-14.Carbon-14 isdispersed asagas(C02)tothegardenlocation, whereitisthenincorporated intoplantmaterial.
Carbon-14 doseiscalculated toaMEMBEROFTHEPUBLICforthemostagerestrictive group(Child)andorgan(bone)atthegardenlocation.
ThisC-14doseisthenaddedtodosefromtritium,iodine,andparticulates forthesameagegroupandorgan.Thisorgandoseisrecordedandcomparedtothelimitinthefollowing table.2013AirborneEffluentDose(mrem)1stQtr2ndQtr3rdQtr4thQtrTOTALIodine,Tritium&Particulates (excluding Carbon-14)
Child(mrem)2.29E-022.IIE-022.10E-023.25E-029.74E-02OrganThyroidThyroidThyroidThyroid ThyroidApplicable Limit7.57.57.57.515PercentofLimit3.05E-Ol2.8IE-Ol2.80E-Ol4.33E-Ol6.50E-OlIodine,Tritium&Particulates (including Carbon-14)
Child(mrem)3.l6E+003.l9E+003.23E+00.3.23E+001.28E+OIOrganBoneBoneBoneBoneBoneApplicable Limit7.57.57.57.515PercentofLimit4.21E+Ol4.26E+Ol4.30E+Ol 4.30E+Ol8.53E+OITotalBodyDoseRate(mrem/yr) 4.96E-OI7.29E-Ol1.99E+002.tOE-OlApplicable Limit500500500500PercentofLimit9.92E-021.46E-Ol3.98E-Ol4.20E-02SkinDoseRate(mrem/yr) 7.78E-Ol1.07E+003.56E+003.22E-OlApplicable Limit3000300030003000PercentofLimit2.59E-023.57E-021.19E-Ol1.07E-02GammaAirDose*2.63E-Ol4.22E-Oll.08E+00l.05E-011.87E+00Applicable Limit5555toPercentofLimit5.26E+008.44E+002.l5E+Ol2.11E+001.87E+OlBetaAirDose*1.31E-011.71E-019.87E-Ol5.46E-021.34E+00Applicable Limit10toto1020PercentofLimit1.31E+00l.7IE+009.87E+005.46E-Ol6.72E+00DirectRadiation (mrem)0.00.00.31.31.6*Measurement umtsaremradenv-tec/ARERR01-15 IV.OFFSITEDOSECALCULATION MANUAL/RADIOACTIVE WASTETREATMENT SYSTEMCHANGESA.affsiteDoseCalculation Manual(aDCM)Norevisions totheaDCMwereissuedduringthereporting period.TwoaDCMrevisions performed in2012werefoundnottohavealltherequiredreviews.Thechangesshownbelowreceivedfinalreviewsin2013withnochangesmadetotherevisions.
Revisions 38and39oftheaDCMwereissuedin2012.Therevisions included:
Description ofChange(s)
RevisionMonth/Year AffectedNumberofChangePageNumber(s)
Revise6.3.9toaddcondition E.Condition Eis3803/2012i,ia,vii,toacknowledge thataslongasflowisviib,monitored andmeasured, thereisnoneedtoA-14suspenddilutionflowactivities LBDCR12-012ReviseTable6.3.10-1Section3Btoinclude3903/2012i,vii,noteh.Notehistoacknowledge
:S4Turbineviia,viib,BuildingroofhatchesmaybeopeninModes42.0-35,A-and5.LDCR2012-01726,A-28,A-39,A-41B.Radioactive WasteTreatment SystemsNomajorchangesweremadetotheliquidorgaseousradwastetreatment systemsduringthisreporting period.env-tec/ARERR01
-16 TABLEIAENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONUNIT1EFFLUENTANDWASTEDISPOSALANNUALREPORTGASEOUSEFFLUENTS
-SUMMATION OFALLRELEASESJANUARY-DECEMBER2013REPORTFOR2013UnitsQTR1QTR2QTR3QTR4YEAR-----------------------
------------------------------------------------FissionandActivation Gases1.TotalReleaseCi1.20E+021.86E+021.54E+037.42E+Ol1.92E+032.Avg.ReleaseRateuCi/sec1.54E+Ol2.37E+Ol1.94E+029.34E+OO6.09E+Ol3.PercentofTSLimita.GammaAir%5.26E+OO8.44E+OO2.l5E+Ol2.llE+OO1.87E+Olb.BetaAir%1.31E+OO1.71E+OO9.87E+OO5.46E-Ol6.72E+OOIodine-131 1.TotalReleaseCi3.03E-045.98E-051.73E-047.81E-041.32E-032.Avg.ReleaseRateuCi/sec3.90E-057.61E-062.l8E-059.82E-054.l7E-053.PercentofTSLimit%8.26E-021.63E-024.72E-022.l3E-Ol1.80E-OlParticulates HalfLife>=8days1.TotalReleaseCi8.40E-058.83E-061.55E-055.46E-051.63E-042.Avg.ReleaseRateuCi/sec1.08E-051.12E-06 1.95E-066.86E-065.l7E-063.PercentofTSLimit%1.67E-021.03E-026.95E-032.31E-022.85E-02Tritium1.TotalReleaseCi8.26E+OO1.02E+Ol9.05E+OO7.88E+OO3.54E+Ol2.Avg.ReleaseRateuCi/sec1.06E+OO1.30E+OO1.14E+OO9.92E-Ol1.12E+OO3.PercentofTSLimit%2.06E-Ol2.55E-Ol2.26E-Ol1.97E-Ol4.42E-OlCarbon141.*TotalReleaseCi2.34E+OO2.37E+OO2.39E+OO2.39E+OO9.50E+OO2.Avg.ReleaseRateuCi/sec3.01E-Ol3.01E-Ol3.01E-Ol3.01E-Ol3.01E-OlGrossAlpha1.TotalReleaseCi4.92E-081.34E-076.99E-087.70E-083.30E-072.Avg.ReleaseRateuCi/sec6.33E-091.71E-088.79E-099.68E-091.05E-08env-tec/ARERR01
-17 env-tec1ARERR01
-18TABLEIBENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONUNIT1EFFLUENTANDWASTEDISPOSALANNUALREPORTGASEOUSEFFLUENTS
-ELEVATEDRELEASESJANUARY-DECEMBER2013(NotApplicable
-GGNSReleasesAreConsidered Ground-Level)
TABLE1CENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONUNIT1EFFLUENTANDWASTEDISPOSALANNUALREPORTGASEOUSEFFLUENTS
-GROUND-LEVEL RELEASE-CONTINUOUS JANUARY-DECEMBER2013REPORTFOR2013UnitsQTR1QTR2QTR3QTR4YEARFissionandActivation GasesAR-41Ci1.17E+012.99E+011.31E+018.38E+OO6.31E+01KR-85MCi1.51E+013.06E+011.64E+016.93E+OO6.90E+01KR-87Ci1.31E+017.38E+OO1.12E+017.20E-013.24E+01KR-88Ci3.20E+015.09E+016.13E+011.01E+011.54E+02KR-89CiO.OOE+OOO.OOE+OOO.OOE+OO O.OOE+OOO.OOE+OOXE-133Ci2.48E+013.96E+016.83E+022.65E+017.74E+02XE-135Ci2.00E+012.44E+01 6.49E+021.90E+017.12E+02XE-135MCi2.35E+OO2.86E+OO8.83E+012.16E+OO9.57E+01XE-137CiO.OOE+OOO.OOE+OOO.OOE+OOO.OOE+OOO.OOE+OOXE-138Ci5.32E-016.49E-011.73E+014.90E-011.89E+01------------------------
----------------TotalsforPeriod...Ci1.20E+021.86E+021.54E+037.42E+011.92E+03Iodines1-131Ci3.03E-045.98E-051.73E-047.81E-041.32E-031-133Ci7.13E-044.21E-043.31E-041.08E-032.54E-031-135Ci4.63E-043.64E-04O.OOE+OO1.51E-049.78E-04----------------------------------------TotalsforPeriod...Ci1.48E-038.44E-045.04E-042.01E-034.84E-03Particulates HalfLife>=8daysAG-110MCi6.43E-06O.OOE+OOO.OOE+OO1.19E-067.63E-06BA-140CiO.OOE+OOO.OOE+OO O.OOE+OOO.OOE+OOO.OOE+OOCO-58Ci2.62E-064.36E-06O.OOE+OO8.51E-061.55E-05CO-60Ci3.38E-05O.OOE+OO2.25E-061.71E-055.32E-05CR-51CiO.OOE+OOO.OOE+OOO.OOE+OO3.45E-063.45E-06CS-134Ci4.38E-07O.OOE+OOO.OOE+OOO.OOE+OO 4.38E-07CS-137Ci4.03E-06O.OOE+OO6.32E-07O.OOE+OO4.67E-06FE-55CiO.OOE+OOO.OOE+OOO.OOE+OOO.OOE+OOO.OOE+OOMN-54Ci1.23E-051.83E-061.12E-061.92E-05 3.45E-05RU-106Ci2.43E-066.13E-071.12E-05O.OOE+OO1.42E-05SR-89Ci6.86E-071.49E-06O.OOE+OOO.OOE+OO 2.17E-06SR-90Ci1.97E-075.34E-073.55E-07O.OOE+OO1.09E-06ZN-65Ci2.10E-05O.OOE+OOO.OOE+OO 5.07E-062.61E-05----------------------------------------TotalsforPeriod...Ci8.40E-058.83E-061.55E-055.46E-051.63E-04OtherH-3C-14ALPHAenv-lec/ARERR01-19 CiCiCi8.26E+OO2.34E+OO4.92E-081.02E+012.37E+OO1.34E-079.05E+OO2.39E+OO6.99E-087.88E+OO2.39E+OO7.70E-083.54E+019.50E+OO3.30E-07 TABLEIDENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONUNIT1EFFLUENTANDWASTEDISPOSALANNUALREPORTRadioactive GaseousWasteSamplingandAnalysisProgramJANUARY-DECEMBER2013LowerLimitSamplingMinimumAnalysisTypeofActivityAnalysisofDetection GaseousReleaseTypeFrequency Frequency (LLD)(uCi/ml)aA.(1)RadwasteBuilding31Days31DaysPrincipal GammaEmittersVentilation ExhaustGrabSample(f){M)Ix10-4H-3IXIO-6(2)FuelHandlingAreaContinuous (d)(f)7Days(c)1-131IxlQ-LVentilation ExhaustCharcoalSample1-133Ix10-10(3)Containment Continuous (d)(f)7Days(c)Principal GammaEmittersIxlQ-11Ventilation ExhaustParticulate Sample(e)(1-131,Others)(4A)TurbineBuildingContinuous (d)(f)31DaysComposite GrossAlphaIxlQ-11Ventilation ExhaustParticulate Sample(4B)TurbineBuildingOccasional Continuous (d)(f)92DaysComposite Sr-89,Sr-90IxlQ-11ReleasePoint(g)Particulate Sample(wheninservice)Continuous (f)NobleGasMonitorNobleGasesGrossBetaorIxlQ-tJGammaB.(l)OffgasPost31'DaysGrab31DaysPrincipal GammaEmittersIxlQ-4Treatment Exhaust,Sample(f)(e)wheneverthereisflow(2)StandbyGas31DaysGrab31DaysPrincipal GammaIxlQ-4Treatment AExhaust,Sample(f)Emitters(e) wheneverthereisflow(3)StandbyGas31DaysGrab31DaysPrincipal GammaIxlQ-4Treatment BExhaust,Sample(f)Emitters(e) wheneverthereisflowNOTE:Footnotes mdIcatedarelIstedmGGNSODCM,AppendIxA,Table6.11.4-1.
env-tec/ARERR01
-20 TABLE2AENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONUNIT1RADIOACTIVE EFFLUENTANDWASTEDISPOSALANNUALREPORTLIQUIDEFFLUENTS
-SUMMATION OFALLRELEASESJANUARY-DECEMBER2013REPORTFOR2013UnitsQTR1QTR2QTR3QTR4YEAR---------------------
-------------------------------
----------------FissionandActivation Products1.TotalReleaseCi1.72E-021.73E-021.32E-023.67E-035.14E-022.Avg.DilutedCone.uCi/ml9.06E-086.41E-083.01E-089.80E-094.04E-083.PercentofLimit%2.33E+008.28E-012.80E+004.32E-013.06E+00Tritium1.TotalReleaseCi1.99E+012.45E+012.42E+011.68E+018.54E+012.Avg.DilutedCone.uCi/ml1.05E-049.05E-055.54E-054.50E-056.72E-053.PercentofLimit%1.05E+009.05E-015.54E-014.50E-016.72E-01Dissolved andEntrained Gases1.TotalReleaseCi2.35E-048.60E-041.97E-042.08E-041.50E-032.Avg.DilutedCone.uCi/ml1.24E-093.18E-094.52E-105.55E-101.18E-093.PercentofLimit%6.20E-041.59E-032.26E-042.78E-045.90E-04GrossAlphaRadioactivity 1.TotalReleaseCiO.OOE+OOO.OOE+OOO.OOE+OO9.71E-069.71E-06Volumeofliquidwasteliters3.55E+064.14E+065.29E+064.48E+061.75E+07Volumeofdil.waterenv-tec/ARERR01
-21liters1.87E+082.66E+084.31E+083.70E+081.25E+09 TABLE2BENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONUNIT1RADIOACTIVE EFFLUENTANDWASTEDISPOSALANNUALREPORTLIQUIDEFFLUENTS
-CONTINUOUS ANDBATCHMODESJANUARY-DECEMBER2013REPORTFOR2013UnitsQTR1QTR2QTR3QTR4YEARFissionandActivation ProductsAG-110MCi2.38E-033.43E-034.29E-044.87E-046.73E-03AS-76Ci5.02E-053.56E-057.32E-053.24E-044.83E-04AU-199CiO.OOE+OOO.OOE+OOO.OOE+OO3.86E-063.86E-06BA-140CiO.OOE+OOO.OOE+OO1.30E-05O.OOE+OO1.30E-05CO-58Ci3.88E-044.12E-043.41E-041.03E-041.24E-03CO-60Ci5.41E-045.90E-04.s.60E-04 5.25E-042.22E-03CR-51Ci2.12E-034.44E-051.02E-042.61E-042.53E-03CS-134Ci5.85E-06O.OOE+OO5.67E-05O.OOE+OO6.26E-05CS-137Ci1.41E-042.67E-052.78E-041.57E-054.62E-04FE-55Ci5.86E-033.89E-03O.OOE+OOO.OOE+OO9.75E-03FE-59Ci7.11E-05O.OOE+OOO.OOE+OOO.OOE+OO7.11E-051-131CiO.OOE+OO6.03E-064.49E-06O.OOE+OO1.05E-05LA-140Ci3.33E-059.90E-06O.OOE+OOO.OOE+OO4.32E-05MN-54Ci7.76E-049.86E-045.56E-043.84E-042.70E-03NA-24Ci1.33E-04O.OOE+OO8.74E-05O.OOE+OO2.20E-04PT-195MCiO.OOE+OOO.OOE+OO5.40E-053.84E-059.24E-05RB-88Ci3.50E-036.28E-038.28E-038.67E-041.89E-02RU-106Ci2.02E-045.22E-049.58E-041.17E-041.80E-03SB-124Ci1.93E-041.78E-043.91E-046.17E-058.24E-04SB-125Ci8.07E-058.57E-055.87E-042.39E-057.77E-04SE-75Ci5.09E-06O.OOE+OO1.54E-05O.OOE+OO2.05E-05SR-91CiO.OOE+OOO.OOE+OO4.61E-06O.OOE+OO4.61E-06SR-92Ci1.23E-043.02E-045.61E-057.16E-055.52E-04TC-99MCi1.28E-05O.OOE+OOO.OOE+OO4.15E-061.69E-05W-187Ci9.75E-073.97E-06O.OOE+OOO.OOE+OO 4.95E-06ZN-65Ci5.02E-044.86E-042.41E-043.74E-041.60E-03ZN-69MCi3.07E-06O.OOE+OO4.70E-054.32E-065.44E-05ZR-95CiO.OOE+OOO.OOE+OO1.53E-05O.OOE+OO1.53E-05ZR-97Ci8.53E-053.94E-05O.OOE+OOO.OOE+OO 1.25E-04----------------------------------------TotalsforPeriod...Ci1.72E-021.73E-021.32E-023.67E-035.14E-02TritiumH-3Ci1.99E+012.45E+012.42E+011.68E+018.54E+01----------------------------------------TotalsforPeriod...Ci1.99E+012.45E+012.42E+011.68E+018.54E+01Dissolved andEntrained GasesXE-133ci1.83E-045.41E-041.33E-041.48E-041.00E-03XE-135Ci5.23E-053.19E-046.45E-055.99E-054.95E-04----------------------------------------TotalsforPeriod...Ci2.35E-048.60E-041.97E-042.08E-041.50E-03GrossAlphaRadioactivity ALPHACiO.OOE+OOO.OOE+OOO.OOE+OO9.71E-069.71E-06 TotalsforPeriod...Cienv-tec/ARERR01
-22O.OOE+OOO.OOE+OOO.OOE+OO 9.71E-069.71E-06 TABLE2CENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONUNIT 1RADIOACTIVE EFFLUENTANDWASTEDISPOSALANNUALREPORTRADIOACTIVE LIQUIDWASTESAMPLINGANDANALYSISPROGRAMJANUARY-DECEMBER2013LowerLimitSamplingMinimumAnalysisTypeofActivityAnalysisofDetection LiquidReleaseTypeFrequency Frequency (LLD)(uCi/ml)(a)
A.BatchWasteReleasePriortoReleasePriortoReleaseEachPrincipal GammaEmittersTanks(c)EachBatchBatch@5xlO-71-131IX10-6PriortoRelease31DaysDissolved andEntrained Ix10-5OneBatch1MGases(GammaEmitters)
PriortoRelease31DaysH-3IxlO-:>EachBatchComposite (b)GrossAlphaIxlO-7PriortoRelease92DaysComposite Sr-89,Sr-90 EachBatch(b)Fe-55Ix10-6B.SSWBasin(BeforePriortoReleasePriortoReleaseEachPrincipal GammaEmittersBlowdown)
EachBlowdownBatch@5xlO-71-131lxlO-6NOTE:Footnotes indicated arelistedinGGNSODCM,AppendixA,Table6.11.1-1.
env-tec/ARERR01
-23 TABLE3ENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONUNIT1RADIOACTIVE EFFLUENTANDWASTEDISPOSALANNUALREPORTSOLIDRADIOACTIVE WASTEANDIRRADIATED FUELSHIPMENTS JANUARY-DECEMBER2013SOLIDWASTESHIPPEDOFFSITEFORBURIALORDISPOSAL(NOTIRRADIATED FUEL)1.TypeofWasteUnitClassAClassBClassCEst.TotalError%a.Spentresins,filter sludges,m31.30E+02O.OOE+OOO.OOE+OO
+/-25%evaporator bottoms,etc.Ci6.03E+OlO.OOE+OOO.OOE+OOb.Drycompressible waste,m34.12E+02O.OOE+OOO.OOE+OO
+/-25%contaminated equipment, etc.Ci8.38E-02O.OOE+OOO.OOE+OOc.Irradiated components, m3O.OOE+OOO.OOE+OOO.OOE+OO+/-25%controlrods,etc.CiO.OOE+OOO.OOE+OOO.OOE+OOd.Other:Condensate Pre-CoatSeptam3O.OOE+OOO.OOE+OOO.OOE+OO
+/-25%BundleCiO.OOE+OOO.OOE+OOO.OOE+OO env-tec/ARERR01
-24 TABLE3ENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONUNIT1RADIOACTIVE EFFLUENTANDWASTEDISPOSALANNUAL REPORTSOLIDRADIOACTIVE WASTEANDIRRADIATED FUELSHIPMENTS JANUARY-DECEMBER2013(Cont)2.EstimateofMajorNuclideComposition (bytypeofwaste)a.Spentresins,filtersludges,evaporator bottoms,etc.Isotope(2reaterthan1%)PercentCuriesCo-60171.03E+OICs-1371.48.40E-OIFe-5542.42.56E+OlFe-5915.60E-OIMn-5417I.05E+OlZn-6517.7I.07E+OIb.DryCompressible waste,contaminated equipment, etc.Isotope(2reaterthan1%)PercentCuriesCo-6042.63.57E-02Cr-515.84.9E-03Fe-5511.89.9E-03Fe-593.22.7E-03Mn-5427.32.3E-02Zn-655.14.3E-03Ag-IIOmI8.5E-04Co-581.51.3E-03c.Irradiated components, controlrods,etc.Noned.Other:N/Aenv-tec/ARERR01
-25 TABLE3ENTERGYOPERATIONS, INC.GRANDGULFNUCLEARSTATIONUNIT1RADIOACTIVE EFFLUENTANDWASTEDISPOSALANNUALREPORTSOLIDRADIOACTIVE WASTEANDIRRADIATED FUELSHIPMENTS JANUARY-DECEMBER2013(Cont)3.SolidWasteDisposition NumberofDestination NameCityStateModeofShipments Transportation 13EnergySolutions(Duratek),
LLCOakRidgeTNRittman3EnergySolutions
-;GallaherRoadFacilityOakRidgeTNRittman1StudsvikErwinTNRittmanNRCDisposalDescription NumberofWasteTypeDescription ClassVolume(ft"3)
Containers A205.8215Polyliner22BeadresinA104020'SEALAND1420FTSealandA202.2ES-2103Stainless SteelLiner(solidification)
CPSIRWCU-B B.Irradiated FuelShipments (Disposition)
INUMBEROFSHIPMENTS IMODEOFTRANSPORTATION IINoneIN/Aenv-tec/ARERR01
-26IDESTINATION IIN/AI ATTACHMENT INuclearEnergyInstitute, NEI,Groundwater Protection Initiative SampleResultsJANUARY-DECEMBER2013GPIGroundWatersamplesarecollected onsitefromdewatering wells,DW;monitoring wells,MW;observation wells,OW;sumpwells,SW;andonepiezometer
: location, P.SampleswereanalyzedfortritiumandthosenotreportedinAREORarereportedbelow.AnalysesaretotheLowerLevelofDetection (LLD)valuesfortheGGNSRadiological Environmental Monitoring Program.Nodosetothepublicisattributed togroundwatersincewellswithresultsabove MDAareboundedbywellswhichare<MDA.Resultsareshowninthetablebelow.AllresultswerelessthanReporting LevelsofGGNS-ODCM table6.12.1-2.
LOCATIONDATETRITIUM(pCiIL)GAMMA(pCiIL)DW-Ol13-Feb-13 10070<MDADW-Ol8-May-137523<MDADW-Ol14-Aug-13 7236<MDADW-Ol4-Dec-132411<MDADW-OlDUP4-Dec-132584<MDADW-0714-Feb-13 9035<MDADW-078-May-139106<MDADW-0714-Aug-13 7937<MDADW-075-Dec-135461<MDADW-0813-Aug-13
<531.6<MDAMW-Ol13-Feb-13
<534.9<MDAMW-Ol8-May-13<571.8<MDAMW-Ol13-Aug-13
<540<MDAMW-Ol4-Dec-13<514.1<MDAMW-OlDUP4-Dec-13<509.4<MDAMW-I007C14-Noy-13
<515.7<MDAMW-I009C6-Dec-13<511.1<MDAMW-I00B4-Dec-13<420.9<MDAMW-I012C15-Noy-13
<518<MDAMW-IOIB6-Dec-13<508<MDAMW-I020C13-Noy-13
<515.7<MDAenv-tec/ARERR01-27 ATTACHMENT INuclearEnergyInstitute, NEI,Groundwater Protection Initiative SampleResultsJANUARY-DECEMBER2013(Cont)LOCATIONDATETRITIUM(pCiIL)GAMMA(pCiIL)MW-I024C6-Dec-13<426<MDAMW-I027C6-Dec-13<438.4<MDAMW-I02B4-Dec-13<479.8<MDAMW-I03B13-Feb-13
<520.2<MDAMW-I03B4-Dec-13<509.5<MDAMW-I042C14-Nov-13
<516.6<MDAMW-I042CDUP14-Nov-13
<512.4<MDAMW-I04B13-Feb-13
<522.2<MDAMW-I04B5-Dec-13<499.9<MDAMW-I05B12-Feb-13 1107<MDAMW-I05B7-May-13<569.3<MDAMW-I05BDUP7-May-13<570.3<MDAMW-I05B13-Aug-13 495.2<MDAMW-I05B4-Dec-13765.7<MDAMW-I05BDUP4-Dec-13652.4<MDAMW-I06B14-Feb-13
<525.5<MDAMW-I06B8-May-13<560.4<MDAMW-I06B14-Aug-13
<552.1<MDAMW-I06B4-Dec-13<497.3<MDAMW-I07B12-Feb-13 2822<MDAMW-I07BDUP12-Feb-13 2604<MDAMW-I07B7-May-131590<MDAMW-I07B14-Aug-13 1780<MDAMW-I07B5-Dec-131334<MDAMW-I082C6-Dec-13<495.1<MDAMW-I08B13-Feb-13 1235<MDAMW-I08B7-May-13845.3<MDAMW-I08B13-Aug-13 1083<MDAMW-I08B5-Dec-131560<MDAMW-I09B13-Feb-13 976.9<MDAMW-I09B7-May-13542.5<MDAMW-I09B13-Aug-13 705<MDAMW-I09B5-Dec-131094<MDAenv-tec/ARERR01
-28 ATTACHMENT INuclearEnergyInstitute, NEI,Groundwater Protection Initiative SampleResultsJANUARY-DECEMBER2013(Cant)LOCATIONDATETRITIUM(pCi/L)GAMMA(pCi/L)MW-II0B12-Feb-13
<521.3N/AMW-llOB13-Feb-13 N/A<MDAMW-llOB8-May-13<577.6<MDAMW-llOB14-Aug-13
<546.4<MDAMW-llOB5-Dec-13<509.5<MDAMW-lllB13-Feb-13 10120<MDAMW-lllB8-May-132497<MDAMW-lllBDUP8-May-132270<MDAMW-llIB14-Aug-13 1480<MDAMW-lllBDUP14-Aug-13 1245<MDAMW-lllB4-Dec-131137<MDAMW-1l2B13-Feb-13
<500.6<MDAMW-l12B7-May-13<371.1<MDAMW-112B13-Aug-13
<534.1<MDAMW-112B4-Dec-13<508.9<MDAMW-1134C5-Dec-13<494.5<MDAMW-l13B13-Feb-13
<526.5<MDAMW-l13B4-Dec-13<422.6<MDAMW-114B13-Feb-13 2684<MDAMW-114BDUP13-Feb-13 2391<MDAMW-l14B8-May-131238<MDAMW-1l4B14-Aug-13 3984<MDAMW-114B5-Dec-132983<MDAMW-115B13-Feb-13 3087<MDAMW-115B7-May-132254<MDAMW-115B14-Aug-13 978.4<MDAMW-115B4-Dec-13582.9<MDAMW-116B13-Feb-13
<536.9<MDAMW-1l6B7-May-13<512.8<MDAMW-1l6B14-Aug-13
<530.6<MDAMW-1l6B4-Dec-13<504.9<MDAMW-118B13-Feb-13 1159<MDAMW-1l8B8-May-131831<MDAMW-118B14-Aug-13 1156<MDAMW-118B4-Dec-13718.7<MDAMW-1l9B19-Dec-13
<500.2<MDAenv-tec/ARERR01
-29 ATTACHMENT INuclearEnergyInstitute, NEI,Groundwater Protection Initiative SampleResultsJANUARY-DECEMBER2013(Cant)LOCATIONDATETRITIUM(pCi/L)GAMMA(pCi/L)MW-120B8-May-13<559.9<MDAMW-120B14-Aug-13
<553.7<MDAMW-120BDUP14-Aug-13
<555.3<MDAMW-120B4-Dec-13<424.4<MDAMW-121B19-Dec-13
<503.6<MDAOW-209B12-Feb-13 2538<MDAOW-209B7-May-131144<MDAOW-209B14-Aug-13
<516.7<MDAOW-209B4-Dec-13638.9<MDAP-0514-Nov-13
<516.1<MDASW-I03A8-May-13<575.5<MDASW-I03A14-Aug-13
<555.8SW-I03B13-Feb-13
<525.1<MDASW-I03B5-Dec-13<504.7<MDA<<MDA=lessthanminimumdetectable activity)
(DUP=separatesamplecollected andanalyzed)
(N/A=notanalyzedenv-tec/ARERR01
-30}}

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