ML18038A394

Annual Radiological Environ Operating Rept for 1987. W/880428 Ltr

ML18038A394
Person / Time
Site:	Nine Mile Point
Issue date:	12/31/1987
From:	PERKINS T J NIAGARA MOHAWK POWER CORP.
To:	NRC OFFICE OF ADMINISTRATION & RESOURCES MANAGEMENT (ARM)
References
NMP33241, NUDOCS 8805040404
Download: ML18038A394 (167)

Text

~Cl.ZmmTZn DIS1BUT'ON"DEMONSTRA.

'IONSYSTEMREGULATORY INFORMATION DISTRIBUTION SYSTEM(RIDS)HovPZ'CCESSION NBR:8805040404 DOC.DATE:

87/12/3INOTARIZED:

NODOCKETFACIL:50-220 NineMilePointNuclearStation,Unit1,NiagaraPowe0500022050-410NineMilePointNuclearStation,Unit2,NiagaraMoha05000410AUTH.NAMEAUTHORAFFILIATION PERKINS,T.J.

NiagaraMohawkPowerCorp.RECIP.NAME RECIPIENT AFFILIATION

SUBJECT:

"AnnualRadiologicial EnvironOperating Reptfor1987."W/880428ltr.DISTRIBUTION CODE:IE48DCOPIESRECEIVED:LTR lENCLiSIZE:TITLE:50.36a(a)(2)

Semiannual EffluentReleaseReportsNOTES:RECIPIENT IDCODE/NAME PD1-1LABENEDICT,R INTERNAL:

ACRSAEOD/DSP/TPAB NRR/DEST/PSB 8DNRR/PMAS/ILRB12 RGN1FILE02EXTERNAL:

BNLTICHLER,J03NRCPDRCOPIESRECIPIENT LTTRENCLIDCODE/NAME 10PD1-1PD11HAUGHEY,M 1AEOD/DOA1ARMTECHADV1~~RRtBRFjgg 101~EG011RGN2DRSS/EPRPB 11LPDR11COPIESLTTRENCL551111114411111.1ATOTALNUMBEROFCOPIESREQUIRED:

LTTR24ENCL238

'I~~'I4-r VNIASARA0MOHANKNIAGARAMOHAWKPOWERCORPORATION/301 PLAINFIEI.D RQAQ,SYRACUSE, N.Y.13212/TELEPHONE (315)474-1511NMP33241'pril 28,1988UnitedStatesNuclearRegulatory Commission DocumentControlDeskWashington, D.C.20555RE:NineMilePointNuclearStationUnit1FacilityOperating LicenseDPR-63DocketNo.50-220NineMilePointNuclearStationUnit2FacilityOperating LicenseNPF-69DocketNo.50-410

DearMr.Russell:

Inaccordance withtheTechnical Specifications forNineMilePointNuclearStationUnit1andUnit2,weareenclosing theAnnualRadiological Environmental OperatinReportfortheperiodJanuary,1987throughDecember, 1987.Anyquestions concerning theenclosedreportshouldbedirectedtoHughJ.FlanaganatNineMilePoint(315/349-2428).

Verytrulyyours,,c,64~ThomasJ.PerkinsVicePresident NuclearTJP/HJF/bls Enclosure (3copies)xc:USNRCRegionIResidentInspector (Unit1/Unit2)

NIAGARAMOHAWKPOWERCORPORATION ANNUALRADIOLOGICAL ENVIRONMENTAL OPERATING REPORTJanuary1,1987-December31,1987forNINEMILEPOINTNUCLEARSTATIONUNIT1FacilityOperating LicenseDPR-63DocketNumber50-220andNINEMILEPOINTNUCLEARSTATIONUNIT2FacilityOperating LicenseNPF-69DocketNo.50-410,;"8805040404-871231.PDR'DOCK 05000220'

=".DCD

~~*~pn TABLEOFCONTENTS~PaeListofTablesListofFiguresvlIntroduction II.Description 1)SampleCollection Methodology andAnalysis2)AnalysesPerformed 3)Changestothe1987SampleProgram4JExceptions tothe1987SampleProgramIII.Evaluation ofEnvironmental Data10A)AquaticProgram1)Shoreline Sediment2)Fish1213163)SurfaceWaterB)Terrestrial Program1)AirParticulates GrossBeta2)MonthlyAirParticulate Composites 3)AirborneRadioiodine 4)TLD(Environmental Dosimetry) 5)Milk6)LandUseCensus7)FoodProducts8)Interlaboratory Comparison Program9)Environmental SampleLocations 192222232729343940424210)Radiological Environmental Monitoring ProgramAnnualSummary4311)Historical Environmental SampleData43 TABLEOFCONTENTS(Continued)

~PaeC)Conclusion D)GeneralReference MaterialE)DataTables-1987434547 LISTOFTABLESTableNo.ContentP~ae.Table1SampleCollection andAnalysis, SiteRadiological Environmental Monitoring Program-A.AquaticProgram48Table2SampleCollection andAnalysis, SiteRadiological Environmental MonitoringProgram-B.Terrestrial Program49Table3AConcentration ofGammaEmittersinShoreline

Sediment, Samples(PCilg-dry) 50Table3BConcentration ofGammaEmittersinShoreline SedimentSamples(pCi/kg-dry) 51Table4AConcentration ofGammaEmittersinFishSamples(pCi/g-wet) 52Table4BConcentration ofGammaEmittersinFishSamples(pCilkg-wet) 54Table5Concentration ofGammaEmittersinSurfaceWaterSamples56Table6Concentration ofTritiuminSurfaceWaterSamples60Table7Environmental AirborneParticulate Samples-Off-SiteStations, GrossBetaActivity61Table8Environmental AirborneParticulate Samples-On-SiteStations, GrossBetaActivity63Table9Concentration ofGammaEmittersinMonthlyComposites ofNMPAirParticulate Samples64Table10Environmental CharcoalCartridge Samples-Off-SiteStations, I-131Activity79TablellEnvironmental CharcoalCartridge Samples-On-SiteStations, I-131Activity81Table12ADirectRadiation Measurement Results(mremperstandardmonth)82Table12BDirectRadiation Measurement Results(mremperquarterly period)86 LISTOFTABLES(Continued)

TableNo.Content~PaeTable13Concentration ofGammaEmittersinMilk90Table14Table15Table16Table17A~Concentration ofIodine-131 inMilkMilkAnimalCensus1987Residence CensusConcentration ofGammaEmittersinFoodProducts(pCi/g-wet) 9698100101Table17BConcentration ofGammaEmittersinFoodProducts(pCi/kg-wet) 103Table18Table19Table20Interlaboratory Comparison ProgramResultsEnvironmental SampleLocations Radiological Environmental Monitoring ProgramAnnualSummary105113Table21Historical Environmental SampleDataShoreline Sediment(Control) 127Table22Historical Environmental SampleDataShoreline Sediment(Indicator) 128Table23Historical Environmental SampleDataFish(Control) 129Table24Historical Environmental SampleDataFish(Indicator) 130Table25Historical Environmental SampleDataSurfaceWater(Control) 131Table26Historical Environmental SampleDataSurfaceWater(Indicator) 132Table27Historical Environmental SampleDataSurfaceWaterTritium(Control) 133Table28Historical Environmental SampleDataSurfaceWaterTritium(Indicator) 134 LISTOFTABLES(Continued)

TableNo.Content~PaeTable29Historical Environmental SampleDataAirParticulate GrossBeta(Control) 135Table30Historical Environmental SampleDataAirParticulate GrossBeta(Indicator) 136Table31Historical Environmental SampleDataAirParticulates (Control) 137Table32Historical Environmental SampleDataAirParticulates (Indicator) 138Table33Historical Environmental SampleDataAirRadioiodine (Control) 139Table34Historical Environmental SampleDataAirRadioiodine (Indicator) 140Table35Historical Environmental SampleDataEnvironmental TLD(Control) 141Table36Historical Environmental SampleDataEnvironmental TLD(Indicator) 142Table37Historical Environmental SampleDataMilk(Control) 147Table38Historical Environmental SampleDataMilk(Indicator) 148Table39Historical Environmental SampleDataFoodProducts(Control) 149Table40Historical Environmental SampleDataFoodProducts(Indicator) 150 LISTOFFIGURES~Piux'eNoContent~PaeFigurelAOff-SiteEnvironmental StationandTLDLocations 151Figure1BOff-SiteEnvironmental StationandTLDLocations (Southern) 152Figure2On-SiteEnvironmental StationandTLDLocations 153Figure3Figure4NearestResidence andFoodProductLocations MilkAnimalCensusandMilkSampleLocations 154155Figure5NewYorkStateMap156 NINEMILEPOINTNUCLEARSTATIONANNUALRADIOLOGICAL ENVIRONMENTAL OPERATING REPORTI.INTRODUCTION Thisreportissubmitted inaccordance withAppendixA(Technical Specifications),

Section6.9.1.dtoLicenseDPR-63,DocketNo.50-220fortheNineMilePointNuclearStationUnit1andSection6.9.1.7toLicenseNPF69,DocketNo.50-410fortheNineMilePointNuclearStationUnit2forthecalendaryear1987.II.DESCRIPTION Thepresentsamplecollection andanalysis.

schedulerequiredby'theTechnical Specifications fortheNineMilePointNuclearStationUnit1and2(NMPNS)islistedinTable1and2.Thesamplecollections fortheradiological programareperformed bytwogroups.EAScienceandTechnology Inc.(EA)performsmuchoftheenvironmental sampling.

EAispresently performing theNineMilePointBiological Monitoring ProgramrequiredbytheStationsSPDESPermit.ThestaffrequiredbyEAtoperformthisprogramisusedtoperformtheterrestri'al samplingrequiredforthesiteRadiological Environmental

,Monitoring Program(REMP).In-plantcanalsamplingandremaining terrestrial samplingisperformed jointlybytheNMPNSandtheJamesA.FitzPatrick NuclearPowerPlant(JAFNPP)staffs.SamleCollection Methodolo andAnalsisA.Shoreline SedimentShoreline sedimentsamplesarecollected twiceperyearfromoneareaofexistingorpotential recreational valueandfromoneareabeyondtheinfluence ofthesite.Theareaofpotential recreational valueistheonlyareafromwhichsamplesarerequiredbytheTechnical Specifications.

Approximately onekilogramofshoreline sedimentisobtainedfromareaswashedbythelakeshore surfatthetwolocations twiceperyear.Allsamplesareshippedandanalyzedforgammaemitters.

Optionalsamplesmaybecollected fromothershoreline locations atornearthesite.Shoreline sedimentlocations areshownonFigure1A(refertoTable19forlocationdesignations anddescriptions).

B.FishSamplesAvailable fishspeciesareobtainedfromcollections duringthespringandfall.Samplesarecollected fromtwooffourpossibleon-sitesampletransects locatedinthevicinityofthesitedischarge pointsandoneoff-sitesampletransect.

Available speciesareselectedunder.thefollowing guidelines:

II.DESCRIPTION (Cont'd)1.SamleCollection Methodolo andAnalsis(Cont'd)B.FishSamples(Cont'd)Samplesof0.5to1kilogramofedibleportionsforaminimumoftwospeciesperlocation.

2~Whentwoindependent

'speciesarenotavailable atallsamplelocations, aspeciesmaybedividedintotwosamplesforeachlocation.

Thisprocedure maybeaccomplished providedthatasufficient samplesizeisavailable forthespeciesinquestionatallthreelocations.

Selectedfishsamplesaresegregated byspeciesandlocationandareprocessed immediately aftercollection.

Samplesareshippedfrozenininsulated containers.

Edibleportionsofsamplesareanalyzedforgammaemittingradionuclides.

Fishsampletransects areshownonFigure1A(refertoTable19forlocationdesignations anddescriptions).

C.SurfaceWaterSurfacewatersamples're takenfromtherespective inletcanalsoftheJ.A.FitzPatrick facilityandNiagaraMohawk'sOswegoSteamStation.TheFitzPatrick facilityremoveswaterfromLakeOntarioonacontinuous basisandgenerally represents a"down-current" samplingpointfromtheNineMilePointUnit1andUnit2facilities.

TheOswegoSteamStationinletcanalremoveswaterfromLakeOntarioatapointapproximately 7.6mileswestofthesite.This"up-current" locationisconsidered acontrollocationbecauseofthedistancefromthesiteaswellastheresultofthelakecurrentpatternsandcurrentpatternsfromtheOswegoRiverlocatednearby(seeFigure1A).SamplesfromtheFitzPatrick facilityarecomposited fromautomatic samplingequipment whichdischarges intoalargecompositing tank.Samplesareobtainedfromthetankmonthlyandanalyzedforgammaemitters.

SamplesfromtheOswegoSteamStationarealsocomposited fromautomatic samplingequipment whichdischarge toacompositing tank.Samplesfromthislocationareobtainedweeklyandarecomposited toformmonthlycomposite samples.Monthlysamplesareanalyzedforgammaemitters.

Aportionofthesamplesfromeachofthelocations issavedandcomposited toformquarterly composite samplesforeachcalendarquarter.Quarterly composite samplesareanalyzedfortritium.

II.DESCRIPTION (Cont'd)1.SamleCollection Methodolo andAnalsis(Cont'd)C.SurfaceWater(Cont'd)InadditiontotheFitzPatrick andOswegoSteamStationfacilities, dataarepresented fortheNineMilePointUnit1andUnit2facilityinletcanalsandcitywaterfromtheCityofOswego.Thelatterthreelocations arenotrequiredbytheTechnical Specifications, butareoptionalsamples.Monthlycomposite samplesfromthesethreelocations areanalyzedforgammaemittersandquarterly composite samplesareanalyzedfortritium.Samplingforgroundwateranddrinkingwater,asfoundinSection3.12.1oftheNineMilePointUnit2Technical Specifications, wasnotrequiredduring1987becausethesepathwayswerenotapplicable totheSiteduringtheyear.Applicable samplingrequirements andconditions arepresented intheUnit2Off-SiteDoseCalculation ManualsSurfacewatersamplelocations areshownonFigure1A(refertoTable19forlocationdesignations anddescriptions).

'.AirParticulate/Iodine TheairsamplingstationsrequiredbytheTechnical Specifications arelocatedinthegeneralareaofthesiteboundary(within0.7miles)insectorsofhighestcalculated meteorological deposition factors(D/g)based'nhistorical meteorological data.Thesestations(R-l,R-2,andR-3)arelocatedintheeast,east-southeast, andsoutheast sectorsasmeasuredfromthecenteroftheNineMilePointNuclearStationUnit2reactorbuilding.

TheTechnical Specifications alsorequirethat,afourthairsamplingstationbelocatedinthevicinityofayearroundcommunity havingthehighestcalculated deposition factor(D/g)basedonhistorical meteorological data.Thisstationislocatedinthesoutheast sector(R-4).AfifthstationrequiredbytheTechnical Specifications islocatedatasite16.4milesfromthesiteinaleastprevalent winddirection ofnortheast (R-5).Thislocationisconsidered acontrollocation.

InadditiontotheTechnical Specification requiredlocations, therearesixothersamplingstationslocatedwithinthesiteboundary(D1,G,H,I,J,andK).Theselocations generally surroundtheareaoccupiedbythethreegenerating facilities, butarewellwithinthesiteboundary.

Oneotherairsamplingstationislocatedoff-siteinthesouthwest sectorandisinthevicinityoftheCityofOswego.Threeremaining airsamplingstations(D2,EandF)arelocatedintheESE,SSEandSsectorsandrangeindistancefrom7.2to9.0miles.

II.DESCRIPTION (Cont'd)1.SamleCollection Methodolo andAnalsis(Cont'd)D.AirParticulate/Iodine (Cont'd)Ateachstation,airborneparticulates arecollected byglassfiberfiltersandradioiodine bycharcoalfilters.Airparticulate glassfiberfiltersareapproximately twoinches(47millimeters) indiameterandareplacedinsampleholdersintheintakelineofavacuumsampler.Directlydownstreamfromtheparticulate filterisa2x1inchcharcoalcartridge usedtoabsorbairborneradioiodine.

Thesamplersruncontinuously andthecharcoalcartridges andparticulate filtersarechangedonaweeklybasis,orasrequiredbydustloading.Grossbetaanalysisisperformed fortheindividual particulate filtersonaweeklybasis.Charcoalcartridges areanalyzedweeklyforradioiodine byGeLidetector.

Theparticulate filtersarecomposited forgammaanalysesonamonthlybasisbylocationafterallweeklyparticulate filtershavebeencountedforgrossbetaactivity.

AirsamplingstationsareshowninFigures1and2(refertoTable19Eorlocationdesignations anddescriptions).

E.TLD(directradiation)

Thermoluminescent'osimeters (TLD's)areusedtomeasuredirectradiation (gammadose)intheenvironment.

TLD'sareobtainedfromTeledyneIsotopesonaquarterly basisandarereadatTeledyneIsotopes'acility in,Westwood, NewJersey.ShipmentcontrolTLD's(atleasttwo)accompany eachshipmenttoandEromthevendor'slaboratory.

ShipmentcontrolTLD'salsoaccompany theTLD'swhentheyarebeingplacedorcollected andareshieldedbyleadwhentheyarenotbeingused.TLDdataresultsarecorrected foratransitdosebyuseofthedatafromtheshipmentcontrolTLD's.Fivedifferent typesofareasareevaluated byenvironmental TLD's.Theseareasincludeon-siteareas(areaswithinthesiteboundarynotrequiredbytheTechnical Specifications),

thesiteboundaryareaineachofthesixteenmeteorological sectors,anouterringofTLD'slocatedfourtofivemilesfromthesiteineightavailable landbasedmeteorological sectors,specialinterestTLD'slocatedatsitesofhighpopulation densityandcontrolTLD'slocatedatsitesbeyondsignificant influence ofthesite.SpecialinterestTLD'sarelocatedatornearlargeindustrialsites,schools,proximaltownsorcommunitiesorotherspecialactivityareas.ControlTLD'sarelocatedtothesouthwest, southandnortheast ofthesiteatdistances of12.6to19.8miles.

II.DESCRIPTION (Cont'd)1.SamleCollection Methodolo andAnalsis(Cont'd)E.TLD(directradiation)

(Cont'd)TLD'susedduring1987werecomposedoErectangular teflonwafersimpregnated with251.CaSO4.DyPhosphor.

Thesewereplacedinpolyethylene packagestoensuredosimeter integrity.

TLDpackageswereplacedinopenwebbedplasticholdersandwereattachedtosupporting structures, usuallytreesorutilitypoles.Environmental TLDlocations areshownonFigures1A,1B,and2(refertoTable19forlocationdesignations anddescriptions).

F.MilkMilksamplesarecollected inpolyethylene bottlesfromthebulkstoragetankateachsampledfarm.Beforethesampleisdrawn,thetankcontentsareagitatedfromthreetofiveminutestoassureahomogenous mixtureofmilkandbutterfat.

Twogallonsarecollected duringthefirsthalEandsecondhalfofeachmonthfromeachoftheselectedlocations withintenmilesofthesiteandfromacontrollocation.

Thesamplesarechilled"andshippedfreshtotheanalytical laboratory withinthirty-six hoursofcollection ininsulated shippingcontainers.'ilk samplelocationselection isbasedonmaximumdeposition factors(D/g).Deposition factorsaregenerated fromaveragehistorical meteorological databasedonalllicensedreactors.

TheTechnical Specifications requirethreesamplelocations within5.0milesofthesitewiththehighestcalculated deposition factors.During1987,therewerenomilksamplelocations within5.0milesthatcouldbesampled.However,therewereseveraloptionallocations beyondfivemilesthatweresampled.AfourthsamplelocationrequiredbytheTechnical Specifications islocatedinaleastprevalent winddirection fromthesite.Thislocationisinthesouthwest sectorandservesasacontrollocation.

Milksamplesarecollected twicepermonth(April-December) andanalyzedforgammaemittersandI-131.Samplesarecollected andanalyzedinJanuary-MarchintheeventI-131isdetectedinNovemberandDecemberofthepreceding year.Themilksamplelocations arefoundonFigure4.(refertoTable19forlocationdesignations anddescriptions).

II.DESCRIPTION (Cont'd)1.SamleCollection Methodolo andAnalsis(Cont'd)G.LandUseCensusAlandusecensusisconducted todetermine theutilization oflandinthevicinityofthesite.Thelandusecensusactuallyconsistsoftwotypesofcensus.,Amilkanimalcensusisconducted toidentifyallmilkanimalswithinadistanceof10milesfromthesite.Acensuscoveringareasouttoadistanceof10milesexceedsthedistancerequiredbytheTechnical Specifications.

Thiscensusisconducted duringthebeginning ofthegrazingseasonusingroadsurveys,contacting localagricultural authorities, postcards,andinvestigating references fromotherowners.Asecondtypeofcensusisaresidence census.Thiscensusisconducted inordertoidentifytheclosestresidence ineachofthe22.5degreemeteorological sectors.Aresidence, forthepurposesofthiscensus,isaresidence thatisoccupiedonaparttimebasis(suchasasundercamp),oronafulltime,yearroundbasis.Fortheresidence census,severalofthemeteorological sectorsareoverLakeOntariobecausethesiteislocatedattheshoreline.

Therefore, thereareonlyeights'ectorsoverlandwhereresidences arelocatedwithin3miles.TheresultsofthetwolandusecensusareshownonTables15and16andonFigures3and4.FoodProductsFoodproductsarecollected onceperyearduringthelatesunderattheapproximate heightoftheharvestseason.Approximately onekilogramofbroadleaf vegetables iscollected fromgardenlocations withthehighestdeposition factors(D/Q)basedonaveragehistorical meteorological data.Sixsamplesarecollected fromatleasttwosectors.Additional samplesmayalsobeobtained.

Controlsamplesarealsocollected fromavailable off-sitelocations 9to20milesdistantinaleastprevalent winddirection.

Controlsamplesareofthesameorofasimilartypeofvegetation.

Allsamplesareshippedfreshassoonaspossibleaftercollection.

Foodproductsamplesareanalyzedforgammaemitters(gammaisotopicanalysis).

ThegammaisotopicanalysisalsoincludesI-131.Foodproductlocations areshownonFigure3(refertoTable19forlocationdesignations anddescriptions).

II.DESCRIPTION (Cont'd)2.AnalsesPerformed TheRadiological Environmental Monitoring, Program(RFMP)sampleswereanalyzedbyTeledyneIsotopesandbytheSiteEnvironmental Laboratory during1987.Thefollowing sampleswereanalyzedbythesite:Airparticulate filter(weeklygrossbetaanalysis)

Airparticulate filter(monthlygammaspectralanalysis)

Airborneradioiodine cartridge (weeklygammaspectralanalysis)

Lakewater(monthlygammaspectralanalysisonly)Pish(gammaspectralanalysis)

Shoreline sediment(gammaspectralanalysis)

-~Milk(gammaspectralanalysisonly)Theremainder ofthesampleanalyses, asoutlinedinTable1and2,wereanalyzedbyTeledyneIsotopes.

3.Chanestothe1987SamleProramA.ProgramTLDf1107wasaddedtothemonitoring programonApril2,1987.TLDiP107wasaddedtotheprogramasabackupfor.TLD$1106whichisusedtoevaluateanypossibledosestomembersofthepublicinvolvedinactivities withinthesiteboundary.

B.Anadditional foodproductlocation(J)wasaddedtothemonitoring programduring1987.Thislocationwasutilizedduring1987forgardenfruitsandvegetables.

LocationJwasaddedbecauseof'tsproximity tothesiteandrepresents onelocationofseveralprogramlocations thatmaybeutilizedforfoodproductsamplesdependent uponsampleavailability.

C.TheNineMilePointNuclearStationUnit2inletcanalwasaddedtothesamplingprogramduring1987.TheUnit2inletcanalremovescoolingwaterfromLakeOntario.Thislocationwasaddedtothesamplingprogramtobe'consistent withthesamplingprogramattheothergenerating facilities andtoassessanypossibleimpactfrom.theoperation ofthegenerating facilities intheimmediate areaofLakeOntario.

II.DESCRIPTION (Cont'd)3.Chanestothe1987SamleProram(Cont'd)D.Threeon-site(withinthesiteboundary) airsamplingstationsweremovedtoformeroff-siteairsamplinglocations.

Thethreeair,samplingstationswereD2on-site(moved1/14/87),

Eon-site(moved1/14/87)andFon-site(moved1/15/87).

Thesestationsweremovedtopreviousairsamplinglocations D2off-site,'

off-site, andFoff-sitewhichwereutilizedpriorto1985.Noneoftheon-siteoroff-sitelocations arerequiredbytheTechnical Specifications.

Theon-sitelocations weremovedbecauseoftheimportance oflocatingmonitoring stationsbetweenthesiteandpopulated areas.Thedatafromsuchlocations wouldbeofgreatimportance intheeventofaradiological releaseincident.

TheD2off-sitelocationisinlinewithMexico,N.Y.,theEoff-sitelocationisinlinewithPhoenix,N.Y.and"theFoff-sitelocationisinlinewithFulton,N.Y.Thethreeon-sitelocations werenotconsidered ascriticalastheoff-sitelocations whenconsidering thefactthatairmonitoring stationsarealreadylocatedatthesiteboundaryincriticaldownwindareas.4.Excetionstothe1987SamleProramExceptions tothe1987sampleprogramconcernsthosesamplesormonitoring, requirements whic'harerequiredbytheTechnical Specifications.

Thissectionimplements section3.6.20oftheNineMilePointNuclearStationUnit1Technical Specifications andSection3.12.1oftheNineMilePointNuclearStationUnit2Technical Specifications.

A.AirRadioiodine andParticulate SamplingRequiredbytheTechnical Specifications Environmental airsampleequipment atR-3off-siteairsamplingstationwasinoperable from4/14/87(1550hours)to4/16/87(0919hours).Thevacuumpumpwasfounddefective andwasreplaced.

2.Environmental airsampleequipment atR-5off-siteairsamplingstationwasinoperable from6/23/87(1057hours)to6/23/87(1329hours).Thevacuumpumpwasfounddefective andwasreplaced.

3.Environmental airsampleequipment atR-5off-siteairsamplinglocationwasinoperable from6/27/87(2250hours)to6/30/87(1504hours).Thevacuumpumpfusewasblownandthepumpwasfounddefective.

Thepumpwasreplaced.

4.Environmental airsampleequipment atR-2off-siteairsamplinglocationwasinoperable from9/4/87(0550hours)to9/4/87(0855hours).Thevacuumpumpwasfounddefective andwasreplaced.

II.DESCRIPTION (Cont'd)4.A.Excetionstothe1987SamleProram(Cont'd)5.Environmental airsampleequipment atR-4off-siteairmonitoring stationwasinoperable from9/10/87(2000hours)to9/11/87(1340hours).Thevacuumpumpwasfounddefective andwasreplaced.

6.Environmental airsampleequipment atR-5off-siteairmonitoring stationwasinoperable from10/31/87(1530hours)to11/3/87(1056hours).Thevacuumpumpwasfounddefective andwasreplaced.

7.Environmental airsampleequipment atR-1andR-2off-siteairmonitoring stationswasinoperable fromll/6/87(2045hours)to11/7/87(0510hours).Thevacuumpumpsinbothofthesemonitoring stationswereinoperable duetoanoff-sitepowerloss.Allmonitoring equipment wasoperableonceoff-sitepowerwasrestored.

Otheroccurrences ofdowntimeforoptionalairsamplingstationsweredocumented for1987.However,theseoccurrences arenotpresented herebecauseoptionalairsamplingstationsarenotrequired.bytheTechnical Specifications.

Documentation includesdowntimeforairsamplingequipment aswellasenvironmental radiation monitoring equipment.

B.LowerLimitofDetection forEnvironmental SamplesTheTechnical Specifications requirethatenvironmental samplesanalyzedfortheRadiological Environmental Monitoring Programmeetthelowerlimitsofdetection (LLD)foundonTable4.6.20-1oftheNineMilePointUnit1Technical Specifications andTable4.12.1-1oftheNineMilePointUnit2Technical Specifications.

Allofthe1987environmental sample"requiredbytheTechnical Specifications whichshowednonetactivitywerelessthantherequiredvaluesfoundonTable4.6.20-1andTable4.12.1-1.

C.Deviations fromtheInterlaboratory Comparison ProgramSection3.6.21oftheNineMilePointUnit1Technical Specifications andSection3.12.3oftheNineMilePointUnit2Technical Specifications requiresthesitetoconductanInterlaboratory Comparison Programutilizing QCsamplesfromtheEnvironmental Protection Agency(EPA).Thissectionalsorequiresthatdeviations fromthesampleschedules bereportedintheAnnualRadiological Environmental Operating Report.ThesamplescheduleissetbytheEPAandincludesmediaforwhichenvironmental samplesareroutinely collected andforwhichinterlaboratory comparison samplesareavailable fromtheEPA.

I1.DESCRIPTION (Cont'd)4.C.Excetionstothe1987SamleProram(Cont'd)During1987,samplemediaofferedbytheEPAfortheInterlaboratory Comparison Program,andforwhichenvironmental samplesareroutinely collected andanalyzed, wereobtainedandanalyzed.

TheamountofsamplesobtainedfromtheEPAprogramwasbasedonthemaximumamountavailable perparticipant oronatenpercentorbetterlevel(percentoftheratioofEPAsamplestothetotalrequiredsamplevolume).Areviewofthe1987resultsshowedthatoneEPAsample,whichwasscheduled duringOctober,wasnotreceived.

This=samplewasaspikedmilksample.Sincethesamplewasnotreceived, itcouldnotbeanalyzedandthedataarenotincludedonTable18(Interlaboratory Comparison ProgramResults)~Subsequent investigation ofthemissingspikesampleandwrittencorrespondence fromtheEPAshowedthatthesamplewasneversentbytheEPAtotheprogramparticipants.

III.EVALUATION OFENVIRONMENTAL DATAThereworefourseparategroups.ofradionuclides thatweredetectedintheenvironment during1987.Afewoftheseradionuclides couldpossiblyfallintotwoofthefourgroups.Thefirstofthesegroupsisnaturally occurring radionuclides'.

Itmustberealizedthattheenvironment containsabroadinventory ofnaturally occurring radioactive elements.

Background

radiation, asafunctionofprimordial radioactive elementsandcosmicradiation ofsolarorigin,offersaconstantexposuretotheenvironment andman.Theseradionuclides, suchasRa-226,Be-7andespecially K-40,accountforamajorityoftheannualpercapitabackground dose.Asecondgroupofradionuclides thatweredetectedarearesultofthedetonation ofthermonuclear devicesintheearth'supperatmosphere.

Thedetonation frequency duringtheearly1950'sproducedasignificant inventory ofradionuclides foundintheloweratmosphere aswellasinecological systems.Abanwasplacedonatmospheric weaponstestingin1963whichgreatlyreducedtheinventory throughthedecayofshortlivedradionuclides, deposition, andtheremoval(bynaturalprocesses) ofradionuclides fromthefoodchainsuchasbytheprocessofsedimentation.

Since1963,severalatmospheric weaponstestshavebeenconducted bythePeople'sRepublicofChina.Ineachcase,theusualradionuclides associated withnucleardetonations weredetectedseveralmonthsafterwards, andafterapeakdetection period,diminished toapointwheremostcouldnotbedetected.

Thelastsuchweaponstestwasconducted inOctoberof1980.Theresulting falloutordeposition fromthistesthadinfluenced thebackground radiation inthe-10 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)vicinityofthesiteandwasveryevidentinmanyofthesamplemediaanalyzedduring1981.Calculations from1981oftheresulting dosestomanfromfalloutrelatedradionuclides intheenvironment showthatthecontribution fromsuchnuclides(suchasSr-90orCs-137)issignificant andsecondinintensity onlytonaturalbackground radiation.

Quantities oENb-95,Zr-95,Ce-141,Ce-144,Ru-106,Ru-103,La-140,Cs-137,Mn-54andCo-60weretypicalinairparticulate samplesduring1981andhaveaweaponstestorigin.During1987,Cs-137wastheonlyradionuclide detectedinenvironmental samplesthathasaweaponstestingorigin.Thethirdgroupofradionuclides includesthosedetectedatthesitethatwerearesultoftheChernobyl NuclearStationaccident.

Theseradionuclides werefirstdetectedinMayof1986andwerefoundinsamplesofairparticulates, airradioiodine andmilk.Applicable radionuclides includeI-131,Cs-134,Cs-137,Nb-95,Ru-103,Ru-106,andLa-140.During1987,Cs-137wasdetectedinaEewmilksamplescollected duringthefirsthalfofthegrazingseasonandwasaresultoftheChernobyl accident.

Thefourthgroupofradionuclides detectedintheenvironment during1987werethosethatcouldberelatedtooperations atthesite.Theseselectradionuclides weredetectedinaEewofthesamplemediacollected andatverylowconcentrations, Manyoftheseradionuclides areaby-product ofbothnucleardetonations andtheoperation oflightwaterreactorsthusmakingadistinction betweenthetwosourcesdifficult, ifnotimpossible.

Radionuclides Eallingintothiscategory(asapplicable tothe1987NineMilePointRadiological Environmental Monitoring Program)includeI-131,Cs-137andCo-60.Thedosetomanasaresultoftheseradionuclides issmallandsigniEicantly lessthantheradiation exposurefromnaturally occurring sourcesoEradiation andfromfallout.Thus,theevaluation andinterpretation ofenvironmental datamustbemadeatseverallevelsincluding trendanalysis, dosetoman,etc.Anattempthasbeenmadenotonlytoreportthedatacollected during1987,butalsotaassessthesignificance oftheradionuclides detectedintheenvironment ascomparedtonaturalradiation sources.Itisimportant tonotethatdetectedconcentrations of.radionuclides thatarepossiblyrelatedtooperations atthesiteareverysmallandarenotanindication ofenvironmental significance.

Inregardstotheseverysmallquantities, itwillbeEurthernotedthatatsuchminuteconcentrations theassessment ofthesignificance ofdetectedradionuclides isverydifficult.

Therefore, concentrations inonesamplethataretwotimestheconcentration ofanother,forexample,arenotsignificant overall.Moreover, concentrations atsuchlowlevelsmayshowaparticular radionuclide inonesampleandyetnotinanotherbecauseofcountingstatistics.

III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)The1970percapitadoserate(Eisenbud) wasdetermined tobe209mremperyearfromallsources.Thisaveragedoseincludessuchexposuresourcesasnatural,occupational, weaponstesting,consumerproducts, medical,etc.The1970percapitadoserateduetonaturalsourceswas130mremperyear.Ofthisdose,approximately 20mremperyearisreceivedbythegonadsandothersoftissuesandanadditional 15mremperyearisreceivedbythebonetissuefora70kg(155lb)man.Thesedoses(ie.20mremand15mrem)aretheresultofjustK-40alone,anaturally occurring relatively highenergybetaemitter(1.3Mev).The1970percapitadoserateduetothenuclearfuelcyclewas0.028mremperyear.Morerecently, thenuclearfuelcycledosewasestimated byaUSEPAstudytobelessthan0.6mremperyearbytheyear2000(Glasstone).

Background

gammaradiation aroundtheNineMilePointSite,asaresultofradionuclides intheatmosphere andtheground,accountsforapproximately 64mremperyearduring1987.Thisdoseisaresultofradionuclides ofcosmicorigin(forexample,Be-7),ofaprimordial origin(Ra-226,K-40,andTh-232)andtoamuchsmallerextentofaman-madeoriginfromweaponstesting.Adoseof64mremperyear,asabackground dose,issignificantly greaterthananypossibledosesasaresultofoperations atthesiteduring1987.AuaticProramTables3through6showtheanalytical resultsfortheaquaticmediacollected duringthe1987samplingprogram.Aquaticsampleawerecollected atfourpossible,indicator locations.

Thelocations (on-sitetransectdesignations) usedforon-sitesamplingwereNMPW,NMPP(02),JAF(03),andNMPE.,Becauseofthe,unavailability ofvarioussamplemedia,on-sitesamplesmaybecollected fromcombinations oftheabovelistedlocations, whenrequired.

NMPWandNMPPmaybecombinedintolocationNMPP.NMPEandJAFmaybecombinedintolocationJAF.Off-sitesampleswerecollected attheOswegoHarborareaorfurthertothewest(oreast)andtherefore servedascontrolsamples.RefertoFigure1Aforthelocationofsampletransects.

Dataareevaluated onlyfromlocations requiredbytheTechnical Specifications.

Datafromoptionalsamplelocations arenotevaluated unlessindicated otherwise.

III'VALUATION OFL'NVIRONMENTAL DATA(Cont'd)A.1.Shoreline Sediment-Table3Shoreline sedimentsampleswerecollected twiceduring1987.Collections weremadeinAprilandOctoberatoneoEE-siteorcontrollocation(nearOswegoHarbor)andatoneindicator location(shoreline areajusteastoEthesitewithrecreational value).Inadditiontothetwolocations notedabove,anothershoreline locationatthesitewassampled.ThisoptionallocationwasthelocationrequiredbythepreviousTechnical Specifications; Thislocationwassampledduring1987becauseplantrelatedradionuclides hadbeendetectedduringpreviousyearsandbecausethislocationhadbeenevaluated inpreviousAnnualRadiological Environmental Operating Reports.TheresultsoEtheshoreline sedimentsamplescollected during1987attheindicator andcontrollocations areshownonTable3.OnlytheSunsetBaylocationwasrequiredbytheTechnical Specifications during1987.Severalradionuclides weredetectedinsedimentsamplesusinggammaspectralanalysis.

Theseradionuclides rangedfromnaturally occurring primordial radionuclides toman-maderadionuclides.

K-40wasdetectedatboththecontrollocationandindicator locations forboth'.collection periodsduring,1987.K-40rangedinconcentration from8.1pCi/g(dry)to14.7pCi/g(dry)atthecontrollocationand10.6pCi/g(dry)to15.7pCi/g(dry)attheindicator locations.

Ra-226andAcTh-228, inadditiontoK-40,werealsodetectedandarealsonaturally occurring radionuclides.

Ra-226wasdetectedatconcentrations thatwererepresentative ofnormalbackground levelfluctuations.

Ra-226wasfoundatconcentrations of0.46pCi/g(dry)to2.44pCi/g(dry)attheindicator locations and0.76pCi/g(dry)to1.11pCi/g(dry)atthecontrollocation.

AcTh-228wasfoundatallindicator locations andrangedfrom0.33pCi/g(dry)to0.93pCi/g(dry)and0.21pCi/g(dry)to0.67pCi/g(dry)atthecontrollocation.

Be-7wasnotdetectedinanyoftheindicator orcontrolsamples.Be-7isanaturally occurring radionuclide andhasbeendetectedintermittently duringthepast.Cs-137wasdetectedintheoptionalNineMilePointsamplescollected duringtheyear.Cs-137wasdetectedintheoptionalindicator samplesonlyandnoneofthenormalprogramsamples.Theconcentration detectedwassmallandwas,forthemostpart,indicative ofoperations atthesite.Cs-137,wasdetectedatconcentrations rangingfrom.0.14pCi/g(dry)to0.59pCi/g(dry).Asnotedabove,Cs-137wasnotdetectedinanyofthecontrolsamples,althoughCs-137hasbeenroutinely observedinthepastincontrolsamples(priorto1981).Cs-137wasnotdetectedattheSunsetBayindicator location.

-13 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)A.1,Shoreline Sediment-Table3(Cont'd)Co-60wasdetectedinoneoftheoptionalNineMilePointindicator samplescollected during1987.Co-60wasdetectedataconcentration of0.06pCi/g(dry)intheOctobersample.Thecontrol'location samplesshowednodetectable Co-60.Co-60hasnotbeennotedinpreviousyearsatthecontrollocation.

Co-60detectedduring1987atthislocationisaresultofoperations atthesite.Co-60wasnotdetectedattheSunsetBayindicator locationduring1987.Cs-134wasnotdetectedinanyoftheindicator orcontrolsamplesduring1987.Cs-134hadbeendetectedonceduring1983inaNineMilePointsampleataconcentration of0.09pCi/g(dry)whichwasgreaterthantheLLDvaluesforthe1987samples.Nootherradionuclides weredetectedinshoreline sedimentsamplesusinggammaspectralanalysis.

Evaluation ofaveragehistorical data(1979-1987) showsthatCs-137hasrangedfrom0.05pCi/g(dry)in1982to0.22pCi/g(dry)in1979atthecontrollocation.

Cs-137attheNineMilePointindicator locationhasrangedfrom0.11pCi/g(dry)in1981to1.58pCi/g(dry)in1984.The1987resultsrangedfrom0.14pCi/g(dry)to0.59pCi/g(dry)at.theNineMilchPointindicator location.

Cs-137wasnotdetectedatthecontrollocationduring1983-1986or1987.Overall,thecontrollocationresultshavedecreased since1979,whiletheNineMilePointindicator resultshaveincreased startingwiththeone1982maximumsampleresultforCs-137of0.80pCi/g(dry)~Indicator sampleresultsatNineMilePointhaveremainedfairlyconsistent sincethefallof1983through1985andappeartobedecreasing in1986and1987.SincethenewTechnical Specification locationwasinitiated in1985,thereisnopreviousdatatocomparethe1985-1987resultsto.Asnotedabove,however,Cs-137wasnotdetectedattheTechnical Specification indicator locationduring19851987.Cs-137LLDsvaluesrangedfrom<0.04pCi/g(dry)to<0.05pCi/g(dry)during1987.Theevaluation ofpastCo-60dataindicates thatCo-60hasnotbeendetectedduringtheperiodof1979-1981ateithertheNineMilePointindicator orcontrollocations.

During1982,Co-60wasdetectedatanaverageconcentration of0.16pCi/g(dry)attheNineMilePointlocation.

Co-60increased toanaverageconcentration of0.25pCi/g(dry)during1983andsubsequently decreased to0,10pCi/g(dry)during1986.During1987,Co-60wasdetectedonlyonceataconcentration of0.06-14 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)A.1.Shoreline Sediment-Table3(cont'd)pCi/g-dry.Co-60hasnotbeendetectedinanyofthecontrolsamplesfrom1979-1987.ItappearsthatCo-60concentrations attheNineMilePointindicator locationhaveincreased (fromnotpreviously detected),

remainedsomewhatconsistent through1984anddecreased during1985-1987.Asnotedpreviously, thenewTechnical" Specification locationwasinitiated in1985.Therefore, thereisnopreviousdatatocomparethe1985-1987Co-60resultsto.Co-60wasnotfoundatthislocationduring1985-1987.Co-60LLDsvaluesrangedfrom<0.04pCi/g(dry)to<0.05pCi/g(dry)during1987.Tables21and22showhistorical environmental dataforshoreline sedimentsamples.Shoreline sedimentsampleswerenotcollected priorto1979.Shoreline sedimentsamples,asrequiredbytheTechnical Specifications, aswellasoptionalsamplesoftheNineMilePointlocation, willcontinuetobecollected andanalyzed.

Thesesamplesmaybesupplemented withadditional samples,ifnecessary, inanefforttoassessanytrendsandanypossibleimpacts.Theimpactofthe1987shoreline sedimentsampleresultsisminimalandcanbeevaluated byprojecting adosetomanusingstandardRegulatory Guide1.109methodology.

Thecriticalpathway,inthiscase,isdirectradiation tothewholebody.ThepresenceofCo-60andCs-137attheoptionalNineMilePointlocation, isaresultofoperations atthesite.Althoughtheshoreline areaiscontrolled byNMPCpersonnel, adosemaybecalculated assumingthattheareainquestionisutilizedasabeacharea.Assumingthatateenagerspends67hoursperyearatthebeachareaorshoreline (Regulatory Guide1.109),andthesedimenthasamassof40kg/m(dry)toadepthof2.5cm,thentheassociated dosetothewholebodyinmremperyearcanbecalculated.

Furtherassumptions mustbemadeandinclude:noradiological decayofthedetectedradionuclides, theshoreline widthfactoris0.3(Regulatory Guide1~109),theaverageCo-60andCs-137concentrations detectedareconstantfortheyearandthedetectedquantities arearesultofsiteoperations.

Wholebodyandskindosesareasfollows.Radionuclide Concentration

<<WholeBodDose<SkinDose<Co-60.Cs-1370.060.360.00080.00120.00100.0014~Doseinmrem<<Averageconcentration inpCi/g(dry)-15 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)A.1,Shoreline Sediment-Table3(cont'd)Theradionuclide concentrations usedare0.06pCi/g(dry)forCo-60and0.36pCi/g(dry)forCs-137.ThewholebodydosefromCo-60is0.0008mremperyearand0.0012mremperyearfromCs-137oratotalwholebodydoseof0.0020mremperyear.AwholebodydosefromCo-60andCs-137cannotbecalculated forshoreline sedimentsamplescollected atthe1987Technical Specification locationsincenogammaemittingradionuclides, withtheexception ofnaturally occurring radionuclides, werefound.Awholebodydoseof0.0020mremperyearattheNineMilePointlocationisverysmallandcanbecomparedtothewholebodydosefromnaturalbackground radiation intheareasurrounding thesite.Thenaturalbackground doseasaresultofparameters suchascosmicradiation andnaturally occurring radionuclides intheatmosphere andtheground,hasbeendemonstrated byenvironmental dosimeters (TLD's)tobeapproximately 5.3mrempermonthor64mremperyear.Thecalculated doseof0.0020mremperyearasaresultofCo-60andCs-137inshoreline sedimentisconservative inthesensethatitisahighdoseestimateandtheshoreline areaisnotabeacharea.Eveninviewofthisconservatism, thisdoseisextremely smallandis0.00003oftheannualnaturalbackgro'und doseof64mremperyear.A.2.Fish-Table4A,4BPAtotaloftwenty-four fishsampleswereanalyzedasaresultofcollections inthespringseason(June-July1987)andinthefallseason(October-November 1987).Collections weremadeutilizing gillnetsatonelocationgreaterthanfivemilesfromthesite(OswegoHarborarea),andattwolocations inthevicinityofthelakedischarges fortheNineMilePointUnittP1(02),andtheJamesA.FitzPatrick (03)generating, facilities.

TheOswegoHarborsamplesservedascontrolsampleswhiletheNMP(02)andJAF(03)samplesservedasindicator samples.Sampleswereanalyzedforgammaemitters.

Table4AshowsresultsinunitsofpCi/g(wet)forpurposesofdataevaluation.

Table4BshowsresultsinunitsofpCi/kg(wet),asrequiredbytheTechnical Specifications.

Analysisofthespring1987fishsamplesindicated detectable concentrations ofradionuclides relatedtopastweaponstestingandnaturalorigins(naturally occurring).

Smalldetectable concentrations ofCs-137werefoundinallfishsamples(including controlsamples)withtheexception oftwosamples.Springfishcollections werecomprised ofthreeseparatespeciesandtenindividual samples.Thethreespeciesrepresented onefeeding,type.Laketrout,browntroutandsmallmouth bassarehighlypredacious andfeedonsignificant quantities ofsmaller-16 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)A.2.Fish-Table4A,4B(Cont'd)fishsuchassmelt,alewife,andothersmallerpredacious species.Becauseofthelimitedavailability ofspeciespresentinthecatches,nobottomfeedingspecimens werecollected inthespringsamples.Cs-137wasdetectedinfiveofthesevenindicator samplesandinallofthecontrolsamplescollected duringthespring.Indicator samplesshowedCs-137concentrations tobeslightlygreaterthancontrolresultsforsomesamplesandslightlylessthanorequaltocontrolresultsforothersamples.Theaverageindicator Cs-137concentration wasslightlygreaterthantheaveragecontrolconcentration.

Theindicator results,however,arenotsignificantly different fromthecontrolresultsandaretherefore considered toberepresentative ofbackground concentrations.

Cs-137inlaketroutsamplesrangedfrom0.026to0.032pCi/g(wet)fortheindicator samples.Cs-137incontrolsamplesrangedfrom0.017to0.022pCi/g(wet)forlaketrout.Cs-137inbrowntroutsamplesrangedfrom0.032to0.036pCi/g(wet)attheindicator locations.

Cs-137inthecontrolsamplewas0.039pCi/g(wet)(onesamplecollected).

K-40wasdetectedinallofthespringsamplescollected.

K-40isanaturally occurring radionuclide andisnotrelatedtopowerplantoperations.

Detectable concentrations ofK-40intheindicator samplesrangedfrom1.95to3.85pCi/g(wet)and3.62to4.02pCi/g(wet)forthecontrolsamples.Nootherradionuclides weredetectedinthespringfishsamples.Fallfishsamplecollections werecomprised

'offiveseparatespeciesandfourteenindividual samples.Sixsamplesoflaketrout,twosamplesofchinooksalmon,threesamplesofwalleye,onesampleofsmallmouth bass,andtwosamplesofsuckerwerecollected atacombination oftwoindicator samplelocations (NMPandJAF)andonecontrolsamplelocation(OswegoHarborarea).Sampleswerecollected bygillnetinOctober-November.

Cs-137wasdetectedintenofthefourteensamplesincluding allfourofthecontrolsamples.Indicator samplesshowedanaverageCs-137concentration thatwasequaltothecontrolsamplemeanfromtheoff-sitelocation.

Thedetectedconcentrations werenotsignificantly different fromoneanotherbecauseoftheextremely smallquantities detected.

Cs-137inlaketroutsamplesattheindicator locations rangedfrom0.024to0.032pCi/g(wet)and0.034to0.040pCi/g(wet)atthecontrollocation.

ChinooksalmonsamplesshowedCs-137concentrations of0.037pCi/g(wet)forthecontrolsampleand0.063pCi/g(wet)fortheindicator sample(onlyonesamplecollected atbothlocations).

Walleyesamplesshowedaconcentration of0.030pCi/g(wet)atthecontrollocation.

-17 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)A.2.Fish-Table4A,4B(Cont'd)Cs-137wasnotdetectedinthewalleyesamplesfromtheindicator locations.

Onlyonesampleofsmallmouth basswasavailable duringthefallseason(NineMilePointindicator location).

Theassociated Cs-137concentration was0.036pCi/g(wet).Whitesuckersampleswereavailable only'ttheindicator locations.

Cs-137wasnotdetectedinthesesamples.Theonespeciesofbottomfeedercollected duringthefallseason(whitesucker)showednodetectable Cs-137becauseoEdifferent feedinghabitsandbecausethisspeciesisnotinthesamepositiononthefoodchainastheotherpredacious species.K-40wasdetectedinallofthefallsamplescollected.

Detectable concentrations ofK-40intheindicator samplesrangedfrom2.48to6.19pCi/g(wet)and3.19to4.28pCi/g(wet)forthecontrolsamples.Nootherradionuclides weredetectedinthefallfishsamples.ReviewoEpastenvironmental dataindicates thatthemean1985.-1986 Cs-137concentration hasdecreased from1984sampleresultsanddecreased significantly fromthe1976through1979resultsforindicator samples.Averageconcentrations forthesesamplesdecreased fromalevelof1.4.pCi/g(wet)in1976toalevelof0.028pCi/g(wet)in1986.Controlsampleresultshavealsodecreased fromalevelof1.2pCi/g(wet)in1976toalevelof0.025pCi/g(wet)in1986.Resultsfrom1980to1986haveshownafairlyconsistent decreasing trendforcontrolandindicator samples.During1987,controlandindicator meanresultsincreased slightly.

Thegeneraldecreasing trendforCs-137ismostprobablyaresultofecological cycling.Theconcentrations ofCs-137detectedsince1976infisharearesultofweaponstestingEallout,andthegeneraldownwardtrendinconcentrations willcontinueasafunctionofecological cyclingandnucleardecay.Therewasnoapparenteffectfromthe1986Chernobyl NuclearPlantaccidentduring1986relativetoCs-137resultsinEishsamplesalthoughaneffectmayhavebeendetectedduring1987sincebothindicator andcontrollocationmeanresultsincreased slightly.

Tables23and24showhistorical environmental sampledataforfish.LakeOntariofishareconsidered animportant foodsourcebymany.Therefore, fishareanintegralpartofthehumanfoodchain.Basedontheimportance ofEishinthelocaldiet,areasonable conservative, estimateofdosetomancanbecalculated.

Assumingthatanadultconsumes21.0kgoffishperyear(Regulatory Guide1.109maximumexposedagegroup)andthefishconsumedcontainsanaverageCs-137concentration of0.033pCi/g(wet)(annualmeanresultofindicator samplesfor1987),thewholebodydosereceivedwouldbe0.049mremperyear.The-18 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)A.2.Fish-Table4A,4B(Cont'd)criticalorganinthiscaseistheliverwhichwouldreceiveacalculated doseof0.076mremperyear.TheCs-137wholebodyandcriticalorgandosesareconservative calculated dosesassociated withconsuming fishfromtheNineMilePointarea(indicator samples).

Noradiological decayisassumedforthecalculation ofdoses.Conservative wholebodyandcriticalorgandosescanbecalculated fortheconsumption offishfromthecontrollocationaswell.Inthiscasetheconsumption rateisassumedtoremainthesame(21.0kgperyear)buttheaverageannualCs-137concentration forthecontrolsamplesis0.031pCi/g(wet).Thecalculated Cs-.137wholebodydoseis0.046mremperyearandthe.associated dosetotheliveris0.071mremperyear.Insummary,thewholebodyandcriticalorgandosesobservedasaresultofconsumption offishissmall.Dosesreceivedfromtheconsumption ofindicator andcontrolsamplefishareapproximately thesame.Thedosesfromindicator samplefishareslightlygreateralthoughwellwithinnaturalvariability.

Forexample,thewholebodyandorgandosesfromthecontrolsamplesweregreaterduring1985.Dosesfrombothsamplegroups'areconsidered backgrou'nd doses.A.3SurfaceWater-Tables5and6Surfacewatersampleswereanalyzedmonthlyforgammaemitters(using'amma spectralanalysis) during1987.Tritiumanalyseswereperformed quarterly.

Quarterly samples(i.e.,analysisfortritium)werecomposite samples.Theanalytical resultsforthe1987surfacewatersamplesshowednoevidenceofplantrelatedradionuclide buildupinthesurfacewaterinthevicinityofthesite.Indicator sampleswerecollected fromtheinletcanalattheJamesA.Fitzpatrick facility.

Thecontrollocationsampleswerecollected attheinletcanalofNiagaraMohawk'sOswegoSteamStation.Thesetwolocations arerequiredtobesampledbytheTechnical Specifications.

Tables5and6showtheresultsofsurfacewatersamplesanalyzedduring1987.Gammaspectralanalysiswasperformed ontwentyfourmonthlycomposite samples(twolocations) requiredbytheTechnical Specifications.

Inaddition, threeoptionalsamplelocations wereevaluated.

TheseincludedtheNineMilePointNuclearStationUnit1andUnit2inletcanalsandtheCityofOswegodrinkingwatersupply.Thedrinkingwatersupplycomposite samplesconsisted oftwiceperweekgrabsamples'nly tworadionuclides weredetectedinsamplesfromthefivelocations overthecourseof1987.'heseradionuclides werenaturally occurring.

-19 III.EVALUATION OFRNVIRONMFNTAL DATA(Cont'd)A.3SurfaceWater-Tables5and6(Cont'd)K-40wasdetectedintermittently inbothTechnical Specification requiredintakecanalsamples.TheJamesA.Fitzpatrick inletcanalsamplesshowedK-40detectedintenofthetwelvemonthlysamplesandrangedfrom33to272pCi/liter.

K-40intheOswegoSteamStationinletcanalwasdetectedinnineofthetwelvesamplesandrangedfrom49to267pCi/liter.

TheNineMilePointUnit1inletcanal,Unit2inletcanalandthecitywatersamplesshowedK-40detectedinfive,nineandsevenrespectively, ofthetwelvemonthlysamplesforeachlocation.

Forthesesamples,K-40concentrations rangedfrom54to227pCi/liter, from32to292pCi/liter andfrom85to292pCi/liter respectively.

Ra-226wasdetectedintermittently insamplesfromallfivelocations'a-226 wasdetectedinEourofthetwelvemonthlysamplesfromtheNineMilePointUnit81inletcanalandrangedfrom88to137pCi/liter.

TheNineMilePointUnit2inletcanalshowedRa-226detectedinsevenofthetwelvesamplesandrangedfrom50to174pCi/liter.

SamplesfromtheFitzPatrick locationshowedRa-226innineofthetwelvemonthlysamplesandrangedErom54to130pCi/liter.

Thecontrolsamplelocation(Oswego~SteamStation)showedRa-226.insevenofthetwelvemonthlysamp'lesandrangedinconcentrations from76go127pCi/liter.

Thecitywatersamplesresults~showedRa-226detectedinnineofthetwelvemonthlysamplesandrangedfrom77to153pCi/liter.

Tritiumsamplesarequarterly samplesthatareacomposite oftheappropriate calendarmonths.Tritiumwasdetectedinsamplestakenatallfivelocations.

Oneofthesampleresultsshowedthattritiumwasnotdetectedwithintheanalytical sensitivity oftheanalysis.

TheCity.ofOswegodrinkingwatershowedtritiumconcentrations rangingfrom210to320pCi/li'ter withameanoE275pCi/liter.

Tritiumconcentrations fortheJamesA.FitzPatrick inletcanalrangedfrom160to410pCi/liter andshowedameanconcentration of322pCi/liter.

InletcanalsamplestakenatNineMilePointUnit1andUnit2showedtritiumconcentrations rangingfrom210to390pCi/liter and260to310pCi/liter respectively.'he annualmeanconcentration was283pCi/liter and292pCi/liter respectively.

TheTechnical Specification controllocation(OswegoSteamStationinletcanal)showedtritiumresultswhichrangedfrom140to270pCi/liter withameanof210pCi/liter.

-20 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)A.3SurfaceWater-Tables5and6(Cont'd)Reviewofpastenvironmental dataforCs-137from1979through1987showsthatthisradionuclide wasdetectedonlyonceatthecontrollocationduring1979ataconcentration of2.5pCi/liter.

Cs-137attheindicator location(JAFinletcanal)wasdetectedonlyonce'uring 1982ataconcentration oE0.43pCi/liter.

The1979controlsampleresultissuspectandmayhavebeenaresultofcontamination duringhandlingorinstrument background sinceCs-137wasnotdetectedintheindicator inletcanal.Theoneresultfromtheindicator location(JAFinletcanal)during1982wasdetectedinaJanuarycomposite sampleandmayhavebeenaresultofinletcanaltempering (theadditionofdischarge watertotheinletcanal)orinstrument background.

Cs-137wasnotdetectedduring1987insurfacewatersamples.Otherplantrelatedradionuclides detectedduringareviewperiodof1979-1986includeonlyCo-60'hecontrolsamplelocationresultsshowedthatCo-60wasdetectedoncein1981(theMaycomposite sample).This.resultissuspectand,asnotedabove,maybearesultofcontamination duringhandlingormaybeinstrument background.

Thisresultwas1.4pCi/liter.

Resultsfromtheindicator locationshowedthatCo-60wasdetected.

three.timesduring1982andaveraged1.9pCi/liter.

Thesepositiveresultswereattributed toinletcanal'empering andinstrument background.

Co-60wasnotdetectedduring1987insurfacewatersamples.Tables25and26'showhistorical environmental sampledataEorsurfacewater.Previousannualmeanresultsfortritiumattheindicator samplelocation(Fitzpatrick inletcanal)hasdecreased since1976.Meansampleresultswerereviewedfrom1976through1987andshowedapeakaveragevalueof627pCi/liter (1976)andaminimumvalueof227pCi/liter (1980).Theannualmeantritiumresultattheindicator locationfor1987was322pCi/liter.

Meantritiumresultsforthecontrollocation(OswegoSteamStation)cannotbeevaluated withregardtohistorical datasincesamplingwasonlyinitiated atthislocationin1985.Someideaofthevariability ofcontrolsampledatacanbeobtained, however,byreviewofpreviousdatafromtheCityofOswegodrinking, watersamples.ThedrinkingwatersamplesarenotlikelytobeaffectedbythestationbecauseoftheefEectsofthedistance, lakecurrents, andthedischarge oftheOswegoRiver.Therefore, thisprevioussampledatarepresents acceptable controlsampledataforevaluation purposes.

-21 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)A.3.SurfaceWaterTables5and6(Cont'd)MeanannualtritiumresultsfrompreviouscitywatersamplesandOswegoSteamStationsamplesfrom1976to1987showthatthetritiumconcentrations havedecreased.

Themaximumannualaveragewasfoundin1976(652pCi/liter) andtheminimumin1982(165pCi/liter).

Meanannualresultsfrom1979to1987haveremainedrelatively consistent.

The1985,1986and1987annualmeantritiumresultsfortheOswegoSteamStationwere278,373and210pCi/liter respectively.

Tables27and28showhistorical environmental sampledataforsurfacewatertritium.Theimpact,asexpressed asadosetoman,cannotbeevaluated becausenoplantrelatedradionuclides weredetected, insurfacewatersampleswiththeexception oftritium.Plantrelatedradionuclides werenotfoundintheoptionaldrinkingwatersampleseither.Anyimpactassociated withthefluctuation oftritiumlevelsareconsidered tobebackground andarenotconsidered tobearesultofoperations atthesite.B.Terrestrial PepramTables7through14and17r'epresent theanalytical resultsfortheterrestrial samplescollected forthe1987reporting period.Dataareevaluated onlyfromlocations requiredbytheTechnical Specifications.

Datafromoptionalsamplelocations arenotevaluated unlessindicated otherwise.

1.AirParticulate GrossBeta-Tables7and8Tables7and8containtheresultsfortheweeklyairparticulate grossbetaanalysisforatotalofnineoff-siteandsixon-sitesamplelocations.

Fiveofthenineoff-sitelocations arerequiredbytheTechnical Specifications.

Thesesamplelocations areR-l,R-2,R-3,R-4(alllo'catednearthesiteboundary) andR-5(locatedatacontrollocationbeyondanysignificant influence fromthesite).Datacontained onTables7and8alsoshowstheresultsfromotherairsamplinglocations not.requiredbytheTechnical Specifications.

Theselocations aredesignated asDlon-site,Gon-site,Hon-site,Ion-site,Jon-site,Kon-site,D2off-site, Eoff-site, Foff-siteandGoff-sitelocations.

Atotalof52controlsamplesfromlocationR-5and208indicator samplesfromlocations R-1,R-2,R-3,and.R-4werecollected'nd analyzedduring1987.-22 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)1.AirParticulate GrossBeta-Tables7and8Theminimum,maximum,andaveragegrossbetaresultsforsamplelocations requiredbytheTechnical Specifications arepresented below.Location<<Minimum~Maximum"Average"R-10.009R-20.009R-30.010.R-40.009R-5(control) 0.0090.0400.0370.0360.0390.0370.0210.0210.0210.0210.021Concentration inpCi/m3Locations requiredbytheTechnical Specifications Theobservedsmallincreases anddecreases ingeneralgrossbetaactivitycanbeattributed tochangesintheenvironment, especially seasonalchanges.Theconcentration ofnaturally occurring radionuclides inthelower,limitsoftheatmosphere directlyabovelandareasareaffectedbyprocesses suchaswinddirection, snowcover,soiltemperature andsoilmoisturecontent.Littlechangewasnotedingrossbetaactivitywhichcorresponded withweapons.testingashasbeenobservedinpastyears.Reviewofairparticulat'e grossbetaconcentrations showsthatnosignificant increases inconcentration occurredduring1987.Ingeneral,thetrendinairparticulate grossbetaactivityhasbeenoneofdecreasing activitysince1977(extentofthereviewperiod).Themeangrossbetaconcentration atcontrollocations hasdecreased fromalevelof0.165pCi/min1981to0.021in1987.'Resultsfromindicator airsamplinglocations rangedfrom0.151pCi/min1981to0.021pCi/min1987.Forbothindicator locations andcontrollocations, thegrossbetaconcentration during1977to1987fluctuated withthedetonation ofthermonucleax.

weapons.TheTechnical Specification indicator andcontrolresultsduring1987were0.021pCi/m3and0.021pCi/mrespectively whichrepresented thelowestlevelrecordedtodate.Tables29and30showhistorical

'environmental sampledataforairparticulate grossbetalevels.2.MonthlAirParticulate Comosites-Table9Weeklyairparticulate sampleswerecomposited bylocationtoformmonthlycomposite samples.Themonthlycomposite samplesrequiredbytheTechnical Specifications includeR-l,=R-2,R-3,R-4,andR-5.Othersamplelocations notrequiredbytheTechnical Specifications includeDlon-site,Gon-site,HtI-23 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)2~MonthlAirParticulate Comosites-Table9(Cont'd)on-site,Ion-site,Jon-site,Kon-site,D2off-site, Eoff-site, Foff-siteandGoff-sitelocations.

TheresultsoEallmonthlycomposite samplesareincludedonTable9.Theresultsforthemonthlycomposite samplesshowedpositiveresultsforBe-7,K-40,andRa-226.Allthreeoftheseradionuclides arenaturally occurring.

Be-7wasfoundineachofthemonthlycomposite samplesfromalllocations requiredbythe.Technical Specifications.

Be-7rangedfrom0.048to0.196pCi/mfortheTechnical Specification indicator locations (R-l,R-2,R-3,andR-4).TheTechnical Specification controllocation(R-5)resultsshowedBe-7rangingfrom0.069to0.169pCi/m.K-40wasfoundintermittently inthemonthlycomposite samplesrequiredbytheTechnical Specifications.

K-40rangedfrom0.018to0.054gCi/matthecontrollocation(R-5)and0.015to0.064pCi/mattheindicator locations.

Ra-226rangedfrom0.015to0.051pCi/mattheindicator locations requiredbytheTechnical Specifications.

TheTechnical Specification controllocationrangedfrom0.020to0.031pCi/m3.AsaresultoEtheChernobyl NuclearPlantaccidentinApril1986,severalradionuclides attributable tothefissionprocessweredetectedinairparticulate samplesduring1986.Detectable radionuclides includedCs-134,Cs-137,Nb-95,Ru-103,Ru-106,La-140andI-131.Theseradionuclides werenotdetectedduring1987.Twofissionproductradionuclides weredetectedduring1987atanoptionalsamplelocation.

Thetworadionuclides weredetectedattheGoff-siteairmonitoring stationduringthemonthofJuly.Thedetectedquantities weresmallandwereatornearthelowerlimitofdetection.

Co-60wasdetectedataconcentration oE0.0017pCi/m.Mn-54wasdetectedat0.0032pCi/m.Thesetworadionuclides werenotdetectedatanyoftheotherTechnical Specification oroptionalsamplelocations including thecontrollocation.

Thepresenceoftheseradionuclides issuspectandisbelievedtobearesultofcontamination ofthesampleratherthanaresultofareleasefromthesiteforseveralreasons.First,thesamplelocationisatadistantlocationfromthesite.Othermonitoring locations closertothesiteandinthesamedirection asGoff-sitedidnotrevealMn-54orCo-60aswouldbeexpectedifitoriginated fromthesite.Also,thereleaserateoECo-60andMn-54fromthe'itewouldhavehadtohavebeensignificantly abovewhatwouldnormallybeexpectedorwhatwasobservedduetothedispersion and'eposition factorsassociated withthislocation.

Additionally, theweeklysamplesthatmakeupthemonthlycomposites wereanalyzedseparately todetermine theexactweekthatthe-24 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)2.MonthlAirParticulate Comosites-Table9(Cont'd)radionuclides weredetected.

Meterological dataforthedetermined periodwhenthenuclidesweredetectedindicated thatthewinddirection wastowardtheGoff-sitelocationforaperiodoflessthanonehour.Further,nootherradionuclides, suchasCs-137,weredetectedinthemonthlyairparticulate sample.IfthepresenceoftheMn-54andCo-60wereduetoplanteffluents, theseotherradionuclides wouldalsobeexpectedtobepresent.Therefore, itmaybeconcluded thatthepresenceofMn-54andCo-60attheGoff-sitelocationisattributabld tocontamination oftheparticulate filterduetoimproperhandling.

Noothernaturally occurring orplantrelatedradionuclides weredetectedusinggammaspectralanalysisduring1987.Thelocation, concentration rangeandmean,andfrequency ofoccurrence ofeachradionuclide detectedduring1987attheTechnical Secification reuiredlocations areincludedbelow.Radionuclide Location~Rane<Mean~Freuenc<<Ra-226Ra-226K-40K-40Be-7Be-7Mn-54<<<54<<RC0-60<<<Co-60<<<Indicator ControlIndicator ControlIndicator ControlIndicator ControlIndicator Control0.015-0.0510.020-0.0310.015-0.0640,018-0.0540.048-0.1960.069-0.1690.003ND0.002ND0.0220'250.0410.0330.1290.1290.003ND0'02ND10/482/1223/485/1248/4812/121/12%'<<ND]/]2'A<<ND-ResultsinunitsofpCi/m<<-Frequency isnumberoftimesdetectedoverthenumberofsamples.<<"-LocationisoptionallocationGoff-site.

ND-NotdetectedHistorically, thenaturally occurring radionuclides Ra-226,K-40andBe-7haveshownfluctuations thatarerepresentative ofnaturalchangingconditions.

Nosignificant trendswerenotedduring1987.Inthepast,.Co-60hasfluctuated inairparticulate samplesasaresultofpreviousweaponstesting.Co-60averageconcentrations attheindicator

'andcontrollocations from1977to1978decreased fromapproximately 0.0176to0.0022pCi/m.Averageconcentrations decreased significantly during1979and1980whencomparedto1977.Theseresultswhere0.007to0.0016-25 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)2~MonthlAirParticulate Comosites-Table9(Cont'd)pCi/mrespectively.

1981and1982averageCo-60concentrations decreased to0.0007and0.0006pCi/m.Averageindicator andcontrolconcentrations wereapproximately equalduring1977to1982.The1983indicator meanCo-60concentration was0.0007pCi/m3orslightlygreaterthanthe1982concentration.

The1983controlmeanCo-60concentration wasalso0.0007pCi/mwhichwasslightlygreaterthan1982controlresults.Asnotedinpreviousannualreports,however,aportionoftheCo-60detectedduring1983wasattributed tocontamination duringhandlingoftheunusedfilterspriortoinstallation.

Co-60wasdetectedduringthefirstquarterof1984andaveraged0.0008pCi/matthecontrolstationsand0.0012pCi/mattheindicator stations.

However,the1984Co-60positiveresultswerearesultofcontamination duringhandlingandnotaresultofoperations atthesite.Thegeneralreduction inpreviousindicator andcontrolCo-60concentrations (1981-1983)wasaresultofnucleardecayandecological cyclingofCo-60initially producedbythe1980Chineseweaponstest.Co-60wasnotdetectedduring1985-1986inairparticulate samplesfromeitherindicator orcontrollocations.

During1987,Co60wasdetectedonceataconcentration of0.0017pCi/matanoptionalairmonitoring station.However,Co-60during1987wasaresultofcontamination fromimproperhandlingofthesample,andnotasaresultofeffluents fromthesite.Historically, Cs-137hasbeenvariableduringthepastandhasbeenpresentinairparticulate samplessince1977.During1977,bothindicator andcontrolCs-137averageconcentrations wereapproximately equalandaveraged0.0038pCi/m.Cs-137averageconcentrations atindicator andcontrollocations decreased during1978and1979to0.0017and0.0013pCi/mrespectively.

Averageconcentrations during1980and1981wereapproximately equalatcontrolandindicator locations.

Cs-137during1980wasapproximately equalto1979andincreased slightlyin1981from1979'he1980and1981averageconcentrations were0.0014and0.0016pCi/mrespectively.

Themean1982concentration forCs-137decreased to0..0004pCi/m.The1983meanCs-137concentration fortheindicator andcontrolcomposite sampleswere0.0002and0.0002pCi/mwhichwasareduction from1982results.Cs-137wasnotdetectedduring1984inanyoftheindicator orcontrolairparticulate composite samples.AsnotedabovefortheaverageannualCo-60results,thereduction inCs-137resultssince1981isattributed tonucleardecayandecological cyclingofCs-137initially producedby'the1980Chineseweaponstest.Cs-137wasnotdetectedduring1985inairparticulate samples.Cs-137wasdetectedduring1986asaresultoftheChernobyl NuclearPlant-26 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)2.MonthlAirParticulate Comosites-Table9(Cont'd)accidentinApril1986.MeanCs-137concentrations forindicator andcontrolsamplelocations were0.0183and0.0193pCi/mrespectively.

During1987,Cs-137wasnotdetected.

Priorto1984,severalradionuclides weredetectedthatwereassociated withthe1980Chineseweaponstestandotherweaponstestspriorto1980.Theseradionuclides werenot'etected during1984or1985asaresultofnucleardecayandecological cycling.TheseincludeZr-95,Ce-141,Nb-95,Ce-144,Mn-54,Ru-103,Ru-106andBa-140.Inaddition, La-140wasdetectedonceduring1983andinfrequently during1978and1981.La-140wasnotdetectedduring1984or1985.During1986,however,severalfissionproductradionuclides weredetectedthatwerearesultoftheChernobyl NuclearPlantaccident.

TheseincludedCs-134,Cs-137,Nb-95,Ru-103,Ru-106,La-140andI-131.Allofthese,withtheexception ofCs-134andparticulate I-131,weredetectedsubsequent tothe1980Chineseweaponstest(19811983).Theseradionuclides werenotdetectedduring19841985.Theconcentrations detectedduring1986asaresultoftheChernobyl accidentweregenerally greaterthantheconcentrations detectedasaresultofthe1980Chineseweaponstest.Thepresenceoftheradionuclides fromtheChernobyl

.facility, however,extended.overaverybriefperiod(twomonths)whilemanyoftheradionuclides fromthe1980Chineseweaponstestwerepresentforapproximately twoyears.During1987,noneoftheradionuclides associated withthe1986Chernobyl accidentweredetectedinairparticulate samples.Detectable radionuclides inairparticulate samplesduring1987werearesultofimproperhandlingofoneoftheairparticulate filters.Sincethecontamination ofthisfilterwasnotaresultofeffluents fromthesite,noassessment oftheimpacttomanispresented here.Tables31and32showhistorical environmental sampledataforairparticulate composites.

B.3.AirborneRadioiodine

-Tables10and11Duringthe1987samplingprogram,airborneradioiodine wasnotfoundinanyofthefifty-two weeklysamplesfromthecontrollocationrequiredbytheTechnical Specifications, LLDvaluesatthecontrollocationrangedfrom0.004-0.026pCi/m.-27 IIX.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.3.AirborneRadioiodine

-Tables10and11(Cont'd)I-131hasbeendetectedinthepastatcontrollocations.

During1976,themeanoff-siteI-131concentration was0.60pCi/m.The1977meanI-131concentration decreased to0.32pCi/mandfor1978theconcentration decreased byafactoroftento0.03pCi/m.During1979-1981and1983-1985,I-131wasnotdetected..

I-131wasdetectedonceduring1982ataconcentration of0.039pCi/m.Resultsfrom1986showedthatI-131wasdetectedatthecontrollocation.

Thiswasa.resultofthe1986Chernobyl NuclearPlantaccident.

TheI-131meanresultwas0.151pCi/m.I-131wasnotdetectedatthecontrollocationduring1987.During1987,theindicator locations requiredbytheTechnical Specifications (approximate siteboundarylocations) showedsampleresultswithdetectable levelsofI-131.Detectable levelswerefoundatlocations R-1off-siteandR-2off-site.onlyduringtheperiodofSeptember 1-8,1987.Thelevelsfoundwere0.011and0.018pCi/m.Themeanwas0.014pCi/mI-l.31wasonlydetectedonthesetwooccasions attheTechnical Specification requiredlocations.

LLDvaluesforI-131duringotherperiodsrangedfrom0.004-0.017pCi/m.During1987,I-131wasalsodetecte'd attwootheron-sitemonitoring locations thatwerenotrequiredbytheTechnical Specifications.

Thesetwolocations areoptionalsamplinglocations thatarenotrequired.bytheTechnical Specifications andareincloseproximity tothegenerating facilities ontheeasternendofthesite.Detectable levelsof0.016and0.061pCi/mwerefoundaton-sitemonitoring locations IandJduringtheweekofSeptember 1-8,1987.I-131wasalsofoundonathirdoccasion.

Adetectable concentration wasfoundattheIon-sitemonitoring locationduringtheweekofSeptember 21-28,1987.Theresultwas0.008pCi/m..Themeanconcentration forthethreeoccasions whenI-131wasfoundattheon-sitelocations was0.028,pCi/m.ThetwoinitialresultsfoundattheIandJon-sitelocations occurredduringthesameweekofSeptember 1-8,1987asthetworesultsfromtheR-1andR-2off-site(approximate siteboundary) locations.

I-131atindicator locations hasbeendetectedinthepastandwasdetectedatameanconcentration of0.33and0.31pCi/mduring1976and1977.Theaverageconcentration decreased to0.04pCi/mduring1978andwasnotdetectedduring1979.The1980-1982 averageconcentrations were0.013,0.029,and0.016pCi/m3whichwerereductions in.viewofpreviousI-131concentrations.

During1983,themean.I-131concentration was0.028pCi/mwhichrepresented aslightincreasecomparedto-28 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.3.AirborneRadioiodine

-Tables10and11(Cont'd)1982.Forthemostpart,I-131inindicator andcontrolsampleswasaresultofI-131fromweaponstesting.Asmallportionoftheconcentrations detectedmayhavebeenaresultofoperations atthesite.Theconcentrations detectedduring1983attheon-sitesamplestationswerearesultofoperations atthesite.I-131wasnotdetectedinanyofthe1984or1985samples.During1986,I-131wasdetectedattheindicator locations atameanconcentration of0.119pCi/m3asaresultoftheChernobyl NuclearPlantaccident.

Asnotedpreviously, I-131wasfoundatameanconcentration of0.014pCi/m3during1987andwasaresultofoperations atthesite~Tables33and34showthehistorical environmental sampledataforairborneradioiodine.

Theimpactofthemeasurable concentration ofI-131attheTechnical Specification indicator locations canbeassessedbyprojecting adosetothemaximumexposedorgan(thyroid) andthewholebodyasaresultofinhalation.

Themaximumexposedagegroupisthechild.UsingStandardRegulatory Guide1.109methodology, aninhalation rateof3700m3peryearandtheaverageindicator locationI-131concentration, conservative dosescanbecalculated.

Inordertobeconservative andtosimplifythecomputations, noradiological decayisassumedandthemaximumexposedindividual isassumedtoremainatthesiteboundaryforoneweek.Maximumchildthyroidandwholebodydosesarepresented below.SampleLocations(s)

MeanWeeksThyroidConcentration(1)

DetectedDoseWholeBodyDoseIndicator Control0.014(LLD0.0040.000007(1)-Concentration inpci/m3(2)-Doseinmremfor1987Thecalculated totaldoseforthecriticalindividual (child)wouldbe0.004mremtothethyroidand0.000007mremtothewholebody.Thesedosesareverysmallandareofnosignificance.

B.4.TLD(Environmental Dosimetr)-Table12TLD'swerecollected andreadonceperquarterduringthe1987sampleyear.TheTLDresultsare,forthemostpart,anaverageofeightindependent readingsateachlocationandarereportedinmremperstandardmonthandinmremperquarterly period.-29 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.4.TLD(Environmental Dosimetr)-Table12(Cont'd)TLD'srequiredbytheTechnical Specifications includetwoTLD'sateachlocationwithfourindependent readingsperTLD.TLDresultsincludedonTables12Aand12Barecomprised ofTLD'srequiredbytheTechnical Specifications andspecialinterestTLD'snotrequiredbytheTechnical Specifications.

During1987,TLD'swerecollected onapproximately April1,1987,June30,1987,September 30,1987andDecember30,1987.OverallTLDresultsareevaluated byorganizing environmental TLD'sintofivedifferent groups.Thesegroupsinclude:(1)on-siteTLD's(TLD'swithinthesiteboundarynotrequiredbytheTechnical Specifications),

(2)siteboundaryTLD's(oneineachofthesixteen221/2degreemeteorological sectors),,(3) aringofTLD'sfourtofivemilesfromthesiteineachofthelandbased221/2degreemeteorological sectors,(4)specialinterestTLD'sinareasofhighpopulation density,and(5)controlTLD'sinareasbeyondanysignificant influence ofthegenerating facilities.

SpecialinterestTLD'sarelocatedatornearlargeindustrial sites,schools,orproximaltownsorcommunities.

ControlTLD'sarelocatedtothesouthwest, south,andnortheast ofthesiteatdistances of12..6to19.8milesfromthesite.MostoftheTLDsrequiredbytheTechnical Specifications during1987wereinitiated in1985asaresultoftheissueofnewTechnical Specifications bytheNRC.Therefore, theseTLDscanonlybecomparedto1985-1987results.OtherTLDs,whichincludeafewTLDsrequiredbytheTechnical Specifications (i.e.,numbers7,14,15,18,23,49,56,and58)andotheroptionalTLDs,canbecomparedtoresultspriorto1985sincetheseTLDswereestablished priorto1985.On-siteTLD'sareTLD'satspecialinterestareasandarenotrequiredbytheTechnical Specifications.

Thesearelocatednearthegenerating facilities andatpreviousorexistingon-siteairsamplingstations.

TLD'slocatedattheairsamplingstationsincludenumbers3,4,5,6,7,23,24,25and26.TheresultsfortheseTLD'saregenerally consistent withpreviousyearsresultsalthoughaslightdecreasewasnotedwhencomparedto1986.Theseresultsrangedfrom4.0to11.4mremperstandardmonth.TLDtP3islocatedinthevicinityofNineMilePointUnit2andisbetweentheUnit1facilityandtheFitzPatrick facility.

TheresultsforTLDft3wereapproximately doubletheresultsoftheotherTLD'sduringthethirdandfourthguartersbecauseoftheeffectsfromUnit1andtheFitzpatrick facilityas.wellasthestartupandtestingprogramatUnit2.-30 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.4.TLDEnvironmental Dosimetr-Table12(Cont'd)Otheron-siteTLD'sincludespecialinterestTLD'slocatednearthenorthshoreline oftheUnit1,Unit2andFitzPatrick facilities butincloseproximity toradwastefacilities andtheUnit1reactorbuilding.

TheseTLD'sincludenumbers27,28,29,30,31,39,and47.ResultsfortheseTLD'sduring1987werevariableandrangedfrom5.0to32.8mremperstandardmonthasar'esultofactivities at,theradwastefacilities andtheoperating modesofthegenerating facilities.

Resultsfor1987aresignificantly lessthantherangesofvariability notedinpreviousyearsforTLD'satorneartheselocations.

TLD'sinthisgrouprangeduptoapproximately sixtimescontrolTLDresults.Additional on-siteTLD'sarelocatedneartheon-siteEnergyInformation Centerandtheassociated northeast shoreline.

TheseTLD'sincludenumbers18,103,106and107,TLDnumber107isanewTLDandwasestablished inthesecondquarterof1987.Therefore, nopreviousresultsforthisTLDexist,althoughresultswereslightlygreaterthancontrolTLDresultsandrangedfrom5.7to6.7mremperstandardmonth.TLDnumber18resultsduring1987werefairlyconsistent withpreviousyearsandrangedfrom5.7to6.2mremperstandardmonth.TLDnumber103wasestablished duringthesecond'quarterof1985.ThisTLDislocatedontheeastsideoftheEnergyInformation Center.Resultswereconsistent withtheresultsfrom1985andrangedfrom5.4to6.2mremperstandardmonth.TLDnumber106wasestablished duringthesecondquarterof1986andisincloseproximity toTLDiP107.Resultsforf1106rangedfrom6.0to6.6mremperstandardmonthandwereslightlylessthan1986results.TLDnumbers18,106and107(notedabove)arelocatedtotheeastoftheEnergyInformation CenterandtothewestoftheUnit1facility.

SiteboundaryTLD'sarerequiredbytheTechnical Specifications andarelocatedintheapproximate areaofthesiteboundarywithonein'achofthesixteen221/2degreemeteorological sectors.TheseTLD'sincludenumbers75,76,77,23,78,79,80,81,82,83,84,7,18,85,86and87.TLDnumbers78,79,80,81,82,83,84,7and18showedresultsthatwereconsistent withcontrolTLDresultsandrangedfrom4.4to6.2mremperstandardmonth.TLDnumbers75,76,77,23,85,86,and87showedresultsthatrangeduptotwicetheresultsofcontrolTLD's.Theseresultsrangedfrom4.4to14.3mremperstandardmonth.ThislattergroupofTLD'sarelocatednearthelakeshoreline (approximately 100feetfromtheshoreline),

butarealsolocatedincloseproximity ofthereactorbuildingandradwastefacilities ofUnit1andUnit2andtheradwastefacilities oftheFitzpatrick facility.

TLDnumber78was III.TDTALUATION OFRNVIRONMENTAL DATA(Cont'd)B.4~TLD(Environmental Dosimetr)-Table12(Cont'd)slightlygreaterthantheothersiteboundaryTLD'snotaffectedbyfacilityreactorbuildings orradwastebuildings.

ThisTLDislocatedclosertotheFitzpatrick facilityandisatleast500feetwithinthesiteboundaryorsiteproperty.

Anet,siteboundarydosecanbeestimated fromavailable TLDre'suitsandcontrolTLDresults.TLDresultsfromTLD'slocatednearthesiteboundaryinsectorsfacingthelandoccupiedbymembersofthepublic(excluding TLD'snearthegenerating facilities andfacingLakeOntario)arecomparedtocontrolTLDresults.ThesiteboundaryTLD'sincludenumbers78,79,80,81,82,83,84,7and18.ControlTLD'sincludenumbers8,14and49.Netsiteboundarydosesforeachquarterinmremperstandardmonthareasfollows:guartsrNetSiteBoundarDose<1234+0.1-0.1-0.3+0.2"Doseinmremperstandardmonth'ite boundaryTLDnumbers75,76,77,23,85,86,and87wereexcludedfromthenetsiteboundarydosecalculation sincetheseTLD'sarenotrepresentative ofdosesatareaswhereamemberof'hepublicmaybelocated.Theseareasarenearthenorthshoreline whichareincloseproximity tothegenerating facilities andarenotaccessible tomembersofthepublic.Thethirdgroupofenvironmental TLD'sarethoseTLD'slocatedfourtofivemilesfromthesiteineachofthelandbased22.5degreemeteorological sectors.TheseTLDsarerequiredbythe-Technical Specifications.

Atthisdistance, TLD'sarenotpresentineightofthesixteenmeteorological sectorsthatarelocatedoverLakeOntario.ResultsforthisgroupofTLD'sduring1987fluctuated slightlyasaresultofchangingnaturally occurring conditions andthedifferent concentrations ofnaturally occurring radionuclides inthegroundateachofthelocations.

TheseTLD'swereestablished in1985andincludenumbers88,89,90,91,92,93,94and95.Resultsfluctuated from4.3to6.0mremperstandardmonth.Theseresultsaregenerally consistent withcontrolTLDresultsduring1987.ResultsforthisgroupofTLDswereconsistent withthe1985and1986results.Resultswerealsoconsistent withotheroff-siteTLDresultsduring1987andpreviousto1987.~-32 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.4.TLD(Environmental Dosimetr-Table12(Cont'd)Thefourthgroupofenvironmental TLD'sarethoseTLD'slocatednearthesiteboundaryandatspecialinterestareassuchasindustrial sites,schools,nearbycommunities, towns,off-siteairsamplingstations, theclosestresidence tothesite,andtheoff-siteenvironmental laboratory.

ManyoftheseTLDsarerequiredbytheTechnical Specifications.

Othersareoptional.

ThisgroupofTLD'sincludenumbers9,10,11,12,13,15,19,51,52,53,54,55,56,58,96,97,98,99100,101,and102.Resultsrangedfrom3.5to6.8mremperstandardmonth.AlltheTLDresultsfromthisgroupwerewithinthegeneralvariation notedforthecontrolTLD's.Resultsduring1987forTLD'sestablished duringpreviousyearswereconsistent withresultsnotedforthoseyears.ThefifthgroupofTLD'sincludethoseTLD'sconsidered ascontrolTLD's.TheseTLD'sarerequiredbytheTechnical Specifications andincludenumbers14and49.AnoptionalcontrollocationisTLDnumber8.Resultsfor1987rangedfrom4.6to6.6mremperstandardmonth.Resultsfrom1987wereconsistent withpreviousyearsresults.However,aslightincreasewasnotedinthesecondquarterof1986.Thisincreasemayhavebeena.result'f theChernobyl NuclearPlantaccidentandwasnotnotedduring1987.ReviewofpastTLDresultsreuiredbtheTechnical Secifications showthattheseTLDscanbeseparated intofourgroups.ThesegroupsincludesiteboundaryTLDsineachmeteorological sector(16TLDstotal),TLDslocatedoff-siteineachlandbasedsectoratadistanceof4to5miles(8TLDstotal),TLDslocatedatspecialinterestareas(6TLDstotal)andTLDslocatedatcontrollocations (2TLDstotal)~Asnotedpreviously, sincethepresentTechnical Specifications becameeffective in1985,theseTLDs,forthemostpart,canonlybeevaluated for1985-1987.TLDslocatedatthesiteboundaryaveraged6.2mremperstandardmonthduring1985.During1986,siteboundaryTLDsaveraged7.0mremperstandardmonth.Asnotedpreviously, thisgroupofTLDscanfluctuate becauseseveraloftheseTLDsarelocatedincloseproximity tothegenerating facilities, Anincreasewasnotedduring1986althoughsuchanincreasewasnotedforallTLDsincluding controlTLDs.During1987,siteboundaryTLDsaveraged6.1mremperstandardmonth.TLDslocatedoff-siteatadistanceof4to5milesfromthesiteineachofthelandbasedmeteorological sectorsaveraged5.0mremduring,1985.During1986-1987"off-sitesectorTLDsaveraged6.0mremand5.2mremperstandardmonth.1986resultsdemonstrated anincreaseforthisgroupofTLDs.-33 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.4.TLD(Environmental Dosimetr)-Table12(Cont'd)SpecialinterestTLDsarelocatedatareasofhighpopulation density,suchasmajorworksites,communities, schools,etc.andatresidences nearthesite(critical receptorareas).ThisgroupofTLDsaveraged5.3mremperstandardmonthduring1985.During1986,thissamegroupofTLDsaveraged6.1mrem.The1987resultsshowedadecreasewhencomparedtothe1985and1986resultsandaveraged5.1mremperstandardmonth.ThefinalgroupofTLDsrequiredbytheTechnical Specifications isthecontrolgroup,ThisgrouputilizestwoTLDlocations.

positioned wellbeyondthesite.Resultsfrom1985forthecontrolgroupaveraged5.4mremperstandardmonth.During1986,thissamegroupofTLDsavera'ged 6.3mremperstandardmonth.Amarkedincreasewasnotedinthesecondquarterof1986.TheincreasemayhavebeenaresultoftheChernobyl NuclearPlantaccident.

Resultsfor1987averaged5.2mremperstandardmonthandshowedlevelsthatweretypicalof1985levels.During1987,.allenvironmental TLDgroupsrequiredbytheTechnical Specifications showedadecreasewhencomparedto1986result's.

Theaveragepercentage decreasewas15'I..Thesmallestdecrease(13%)wasnoted'for.thesiteboundaryTLDsandtheoff-sitesectorTLDlocated4.5milesfromthesite.Thegreatestdecrease(17%)wasnotedforthecontrolTLDgroup.Tables35and36showthehistorical environmental sampledataforenvironmental TLD's.Overall,environmental TLDresultsfor1987showednosignificant impactfromdirectradiation measuredoutsidethesiteboundary.

B.5Milk-Tables 13and14Milksampleswerecollected fromatotalofsixindicator locations (within10milesofthesite)andonecontrollocation(beyond10milesfromthesite)during1987.TheTechnical Specifications requirethatthreelocations besampledformilkwithin5.0milesofthesite.During1987,therewerenomilksamplelocations within5.0milesofthesite.Thelocations thatweresampledduring1987arelocatedfrom5.5to9.5milesfromthesite.TheonlysamplelocationrequiredbytheTechnical Specifications during1987wasthecontrollocation-whichwaslocated17.0milestothesouthwest ofthesite-34 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.5Milk-Tables 13and14(Cont'd)(location (165).Samplelocationdescriptions forallmilksamplelocations utilizedduring1987arelistedbelow.LocationNo.Direction FromSiteDistanceFromSite(miles)716505560465ESESEEEESESW5.55.98.29.09.57.817.0During1987,milksampleswerecollected ateachofthesixindicator locations andthecontrollocationinthefirsthalfandthesecondhalfofeachmonth.Sampleswerecollected duringthemonthsofAprilthroughDecember1987.SinceI-131wasnotdetectedduringNovemberandDecemberof1986,noadditional sampleswerecollected inJanuarythroughMarchof1987.Foreachsample,analyseswereperformed forgammaemitters(analysis byGeLidetector) andforI-131usingaresinextraction.

SampleanalysisresultsforgammaemittersarefoundonTable13andforI-131onTable14.Thegammaspectralanalysesofthebimonthly samplesshowedK-40tobetheonlynaturally occurring radionuclide detectedinthemilksamplescollected during1987.K-40wasdetectedineverysampleanalyzedandrangedinconcentration from744pCi/liter to1,820pCi/liter attheindicator locations and1,190pCi/liter to1,790pCi/liter atthecontrollocation.

K-40isanaturally occurring radionuclide andisfoundinmanyoftheenvironmental mediasampled.Cs-137wasdetectedatotaloftwotimesinmilksamplesduring1987.Cs-137wasfoundatlowconcentrations of5.5pCi/liter (location fP7)and8.1pCi/liter (location (155).BothresultswerefoundonMay4,1987.LocationF7is5.5milesfromthesiteandlocationfP55is9.0milesfromthesite.Cs-137wasnotdetectedatthecontrollocationduring1987.Thecauseofthelowconcentration ofCs-137foundduringMayisaresultofthe1986Chernobyl NuclearPlantaccident.

During1986,Cs-137wasdetectedfifteentimesandwasfoundatbothindicator andcontrollocations.

Cs-137wasnotdetectedafterSeptember 1986whichcorresponds totheendofthegrazingseason.Amonthlyquestionnaire showedthattherewerenomilk JIII.EVALUATION OFENV1RONMENTAL DATA(Cont'd)B.5Milk-Tables 13and14(Cont'd)animalsreleasedforpasturing duringMayof1987atlocations 117andf555.Therefore, theseanimalswereEedstoredfeedfrom1986.Animalsatotherlocations werereleasedEorpasturing duringMayexceptEoronelocation.

Inaddition, information relativetoothernuclearsitesontheEastCoastshowedthatCs-137wasalsodetectedduringthefirsthalfof1987and,atsomesites,duringtheentireyear.ItisfeltthatstoredfeedconsumedduringMay1987atlocations 7and55contained enoughCs-137falloutfromthe1986Chernobyl accidentthatanalysesshoweddetectable levelsofCs-137.Theamountofstoredfeedconsumedattheotherlocations wasconsiderably lessthanatlocations F7and855exceptforonelocation.

Inaddition, thegreatestofthetwodetectable levelswasfoundatlocationf155whichis9.0milesfromthesite..IntheeventCs-137intheMaymilksampleswasaresultofactivities atthesite,itwouldseemunlikelythatthegreatestdetectedquantitywouldbeEoundatadistanceof9.0milesfromthesite.Inaddition, Cs-137releaselevels'fromthesiteduringAprilandMay1987werenormal.Nootherradionuclides weredetectedinmilksamplesusinggammaspectralanalysis.

Milksampleswerecollected andanalyzedtwicepermonthforI-131.I-131wasnotdetectedduring1987inanyoftheindicator orcontrolsamples.All1987I-131milksampleresultsarereportedasthelowerlimitofdetection (LLD).TheLLDresultsfor1987milksamplesrangedfrom<0.1pCi/liter to<0.5pCi/liter.

Evaluation ofsitehistorical milkdatashowsthatCs-137hasbeendetectedinenvi:ronmental milksamplesatbothindicator (within10miles)andcontrollocations (beyond10mile's).MeanCs-137concentrations for1976-1981remainedfairlyconsistent andrangedfrom8.1(1980)to17.1pCi/liter (1977)attheindicator locations.

The1982indicator meanwas5.7pCi/liter whichshowedadecreasewhencomparedto1976-1981.Cs-137inmilkduring1983yieldedameanof7.2pCi/liter whichwasslightlygreaterthanthe1982meanbutwaslessthanthe1976-1981meanrange.During1983,however,Cs-137wasdetectedinonly3ofthe66samples,whilein1982,Cs-137wasdetectedin10ofthe54samplesanalyzed.

Cs-137wasnotdetectedduring1984or1985inindicator milksamples.Resultsfrom1986showedameanCs-137concentration of8.6pCi/liter attheindicator locations.

Cs-137in1986milksampleswasaresultofthe1986Chernobyl NuclearPlantaccident.

During1987,Cs-137wasfoundintwoindicator samplesonlyatameanconcentration oE6.8pCi/liter andwasalsoaresultoftheChernobyl accident.

-36 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.5Milk-Tables 13and14(Cont'd)Atthecontrollocation, Cs-137hasremainedfairlyconsistent forallyearsfrom1978-1982exceptfor1979and1982.Fortheseyears,thisradionuclide wasnotdetected.

Controlsampleswerenotobtainedpriorto1978.Cs-137rangedfrom3.9-5.8pCi/liter during1978-1982.Cs-137wasnotdetectedatthecontrollocationduring1983,1984,or1985.TheabsenceofCs-137during1983through1985maybearesultofathreetofiveyeartimeintervalsincethelast-weaponstest.Resultsfrom1986showedameanCs-137concentration of8.4pCi/liter atthecontrollocation.

ThepositiveCs-137resultsduring1986werearesultoftheChernobyl NuclearPlantaccidents Cs-137wasnotdetectedduring1987atthecontrollocation.

Cs-137inmilksamplesis,forthemostpart,aresultofpreviousweaponstestingandmorerecently, theChernobyl accident.

Thecontinuing reduction ofCs-137levelsisaresultofnucleardecayandecological cycling,Anevaluation ofhistorical dataforI-131inmilksamplesshowsthatannualmeanresultsrangedfrom0,19pCi/liter to6.88pCi/liter attheindicator locations during1976-1978'-131duringtheseyearsisaresultofintermittent weaponstesting.During1979-1985,I-131inmilksamplesattheindicator locations wasnotdetectedexceptduring1980.Themeanresultduring1980was3.8pCi/li:ter andwasaresultofthe1980ChineseWeaponsTest.Resultsfrom1986showedthatI-131wasdetectedatameanconcentration of5.2pCi/liter asaresultoftheChernobyl accident.

I-131wasnotdetectedduring1987inmilksamples.Historical dataforI-131fromthecontrollocationshowedthatI-131wasdetectedduring1980atame'anconcentration of1.4pCi/liter.

Therewasnodetectable I-131duringtheperiodof1978-1985withtheexception of1980.During1986,I-131fromthecontrollocationshowedameanconcentration of13.6pCi/liter asaresultoftheChernobyl accident.

I-131wasnotdetectedduring1987atthecontrollocation.

Tables37and38showthehistorical environmental sampledataformilk.TheimpactasaresultofCs137in1987milksamplescanbeassessedbycalculating conservative dosestomanfromtheconsumption ofmilkwithdetectable quantities ofCs-137.Thecalculated dosesarearesultoftheChernobyl accident.

Inordertocalculate doses,severalassumptions aremade.Theseinclude:ameanCs-137concentration of6.8pCi/liter forindicator sampleresults,aconsumption rateof330liters(87gallons)peryearforaninfant(themaximumexposedindividual),

-37 III..EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.5Milk-Tables 13and14(Cont'd)anapplicable timeperiodof1monthoftheyear(Cs-137wasnotdetectedconsistently throughout theyear)andnoradiolo'gical decay.DosefactorsaretakenfromTableE-14ofRegulatory Guide'.109.

Theinfantwholebodydoseiscalculated as0.008mrem.Theinfantcriticalorganistheliver.Thedosetotheliveris0.114mrem.Thesedosesare-fromconsuming milkfromtheindicator locations.

Themaximumorgandos'eistheliverofaninfant.Themaximumwholebodydose,however,istoanadult.Usingthesame.criteria asabove,exceptforanewconsumption rateof310liters(80gallons)peryearforanadult,themaximumexposedorgan(liver)dosetoanadultis0.019mremforindicator samples.Theadultwholebodydoseis0.012mrem.Theadultliverdoseislessthantheinfantdose.Theadultwholebodydoseisgreaterthantheinfantwholebodydose.Forthepurposeofillustration, thesignificance oftheabovedosescanbebroughtintoperspective bycomparison tobackground dosesduetothecosmicradiation withchangesinaltitude.

Thewholebodydosetoanadultis0.012mremasaresultofconsuming milkfromindicator samplelocations withdetectable Cs-137during1987.A~doseof0.012mremisequaltotheincreaseindoseasaresultofresidingatalocationthatis100meter(328feet)higherinaltitudefor2.2days.Theincreaseindoseisforasealevelelevation.

Becausethedoseduetocosmicradiation isgreaterathigheraltitudes, awholebodydosefrommilkconsumption of0,012mremisequaltoresidinginthecityofDenver,Coloradoforonly2.1hours(NCRPReportNo.45).Anadditional comparison canbemadetonaturally occurring K-40.K-40hasbeennotedinalmostallenvironmental samplesatsignificant levels.A70kilogramadultweighsapproximately 154poundsandcontainsapproximately 0.1microcuries ofK-40asaresultofnormallifefunctions (inhalation, consumption, etc.).Thedosetothebonetissueisabout20mremperyearasaresultofinternally deposited K-40(Eisenbud).

Forcomparison

purposes, anadultbonedosecanbecalculated thatresultsfromtheconsumption ofmilkwithanaverage1987concentration ofCs-137.Usingthesamecriteriausedforcalculating thepreceding doses,theadultbonedoseis0.014mremperyear.Thiscalculated doseissmallandisonly0.0007oftheannualbonedosereceivedfromnaturally occurring K-40.-38 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.5.Milk-Tables 13and14(Cont'd)Thewholebodydosescalculated fromtheindicator samplesaresmall.Theadultandinfantliver/whole bodydosesarewellbelowcriteriautilizedbytheFederalPublicHealthServiceandFoodandDrugAdministration toprotectthehealthandsafetyofthegeneralpopulation (U.S.Department ofHealthandServices).

TheguideusedbythesefederalhealthagenciesforCs-137inmilkis240,000pCi/liter.

ThemaximumCs-137concentration observedduringthe1987samplingprogramwas8.1pCi/liter.

TheobservedCs-137concentrations arewellbelowtheprotective actioncriteria.

Iodine-131 wasnotdetectedinthebi-monthly milksamplesanalyzedfor1987.Therefore, nodosestomanhavebeencalculated becauseofthelackofdetectable I-131.B.6LandUseCensus-Tables15and16Inaccordance withtheTechnical Specifications, alandusecensuswasconducted during1987toidentifywithinadistanceoffivemilesthelocationofallmilkanimals(cowsandgoats)andthelocationofthenearestresidence ineachofthesixteen22.5.degreemeteorological sectors.Themilkanimalcensuswasactuallyconducted outtoadistanceoftenmiles.inordertoprovideamorecomprehensive census.Themilkanimalcensusisanestimation ofthenumberofcowsandgoatswithinanapproximate tenmileradiusoftheNineMilePointSite.Acensusisinitiated onceperyearinthespring.Thecensusisconducted bysendingquestionnaires topreviousmilkanimalownersandalsobyroadsurveystolocateanypossiblenewowners.Intheeventquestionnaires arenotanswered, thentheownersarecontacted bytelephone orinperson.Thelocalagricultural agencyisalsocontacted.

Thenumberofmilkanimalslocatedwithinthetenmileradiusofthesitewasestimated tobe1245cowsand30goatsforthe1987census.Nonewlocations-were addedsincethe1986census.Thenumberofcowsdecreased by8andthenumberofgoatsincreased by20withrespecttothe1986census.TheresultsofthemilkanimalcensusarefoundonTable15.Milkanimallocations areshownonFigure4.Aresidence censuswasconducted during1987toidentifythenearestresidence ineachofthesixteen22.5degreemeteorological sectorswithinadistanceoffivemilesfromthesite.Atthisdistance, someofthemeteorological sectorsareoverwater.Thesesectorsinclude:N,NNE,NE,ENE,W,WNW,NW,andNNW.Therearenoresidences inthesesectors.Theresultsofthe1987residence censusshowingtheapplicable sectorsanddegreesanddistanceofeachofthenearestresidences arefoundonTable16.Thenearestresidences areshowninFigure3.-39 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.7FoodProducts-Table17Foodproductsamplescollected during1987werecomprised ofgardenvegetables, fruitandothertypesofvegetation.

Sampleswerecollected fromsevenindicator locations andonecontrollocation.

Theindicator locations wererepresented bynearbygardensinareasofhighestD/Q(deposition factor)valuesbasedonhistorical meteorology andallsitereleasepointsatoperating facilities.

Thecontrollocationwasrepresented byagardenlocation9-20milesdistantinaleastprevalent winddirection.

Gardenvegetables werecomprised

.ofcabbage,beetgreens,squashleaves,lettuceandswisschardwhichareallconsidered broadleaf vegetables.

Otherbroadleaf vegetation consisted ofgrapeleaves,pumpkinleaves,greenbeanleavesandcucumberleaves.Inaddition, nonbroadleaf fruitsorvegetables werecollected.

Nonbroadleaf fruitsorvegetables collected in1987consisted oftomatoes.

Atthecontrollocation, onesampleofeachofasimilartypeoffruit,vegetable orvegetation wascollected.

Fruits,vegetables andvegetation werecollected inthelatesummerharvestseason.K-40wasdetectedinallbroadleaf andnon-broadleaf vegetation..

Broadleaf vegetation (Swisschard,beetgreens,cabbage,lettuce,pumpkinleaves,greenbeanleaves,cucumberleaves,squashleavesandgrapeleaves)showedconcentrations ofK-40rangingfrom1.06pCi/gto5.81pCi/g(wet).Non-broadleaf fruits(tomatoes) showedconcentrations ofK-40rangingfrom1.84pCi/gto2.95pCi/g(wet).Be-7wasfoundintermittently inbroadleaf vegetation samples.Thisradionuclide rangedfrom0.10pCi/gto1.88pCi/g(wet).Non-broadleaf vegetation (tomatoes) shownodetectable Be-7.K-40andBe-7arebothnaturally occurring radionuclides.

Cs-137wasdetectedinonenon-broadleaf sample(tomato)fromtheindicator locations.

Thedetectedquantitywasatthelimitofdetection andwas0.016pCi/g(wet).LLDvaluesforallsamplesrangedfrom0.009pCi/gto0.020pCi/g(wet).ThedetectedquantityofCs-137wasnotdetectedinanyofthebroadleaf samples,aswouldbeexpected.

ItislikelythatthequantityofCs-137foundisaresultofuptakebythetomatoplant.Thesourceofthecesiumismostlikelyfromthesoil.TheultimatesourceofCs-137isfromweaponstesting,operations atthesiteorboth.Cs-137hasbeendetectedinsoilsamplesfromareasatthesiteandatareaswellbeyondthesiteasaresultofpastweaponstesting.Aportionofthedetectedquantitymaybefromoperations atthesite.Cs-137wasnotdetectedatthecontrollocation.

Nootherradionuclides weredetectedinthe1987samplesoffruits,vegetables, orothervegetation.

-40 III.EVALUATION OFFNVIRONMENTAL DATA(Cont'd)B.7FoodProducts-Table17(Cont'd)Reviewofpastenvironmental dataindicates thatK-40hasbeenconsistently detectedinEoodcropsamples.K-40concentrations havefluctuated fromonesampletoanotherbuttheannualrangeshaveremainedrelatively consistent fromyeartoyear.Be-7hasbeendetectedoccasionally duringthepastonleafyvegetables (1978-1982,and1984).-Cs-137hasbeendetectedintermittently duringtheyearsof1976-1986attheindicator locations andduringtheyearsof1980-1986atth'econtrollocations (controlsampleswerenotobtainedpriorto1980).Reviewofindicator sampleresultsfrom19761986showedthatCs-137wasnotdetectedduring1976-1978and1981-1984.During1979and1980,Cs-137infruitsand/orvegetables showedannualmeanconcentrations oE0.004and0.036pCi/g(wet)respectively.

Cs-137wasfoundatanindicator locationduring1985ataconcentration of0.047pCi/g(wet).Controlsampleresultsduring1980-1986 showedCs-137detectedonlyduring1980ataconcentration of0.02pCi/g(wet).During1987,Cs-137wasfoundinanon-broadleaf fruitsample(tomato)atanoptionalindicator location.

Thedetectable concentration was0.016pCi/g(wet).Cs-137wasnotdetectedatthecontrollocationduring1987.Tables39and40showhistorical environmental sampledataforfoodproducts.

Theimpactofdetectable Cs-137inEoodproductsamplescanbeevaluated bycalculating adosetothemaximumexposedindividual asaresultofconsumption.

Usingstandardmethodology fromNRCRegulatory Guide1.109,themaximumexposedorganisthebonoofachild,Themaximumwholebodydosewouldbetoanadult.TheCs-137concentration is0.016pCi/g(wet)andisconservatively assumedtobearesultoEoperations atthesiteandisassumedtoremainconsistent throughout theyear.Theconsumption rateisassumedtobeamaximumconsumption rateof26kgperyearforachild.Thecalculated dosesare0.14mremperyeartoachild'sbonetissue(maximumorgandose)and0.02mremperyeartothewholebody.Themaximumwholebodydoseoccurstotheadult.AssumingaRegulatory Guide1.109maximumconsumption rateof64kgperyearforanadult,themaximumorgandoseis0.11mremtotheliverand0.07mremtothewholebody.Amaximumchildorgandoseof0.14mremperyearandadultwholebodydoseof0.07mremperyeararesmallwhencomparedtodosesfromnonman-madesources.Amaximumorgandoseof0.14mremissmallwhencomparedtoadoseof20mremperyeartothegonadsandothersofttissuesofanadultfromnaturally occurring K-40.Amaximumwholebodydoseof0.07mremperyearcanbe-41 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.7FoodProducts-Table17(Cont'd)comparedtotheincreaseindosefromincreasing altitude.

Asoneproceedsfromonelocationtoanotherlocationhigherinaltitude, thedoseratewillincreaseslightlyasaresultofsolarradiation.

Awholebodydoseof0.07mremper,yearisequivalent toproceeding fromoneareatoanotherof100meters(328feet)higherinaltitudeandremaining atthataltitudefor13days.Anoccasion, suchasmovingtoalocation100meters(328feet)'igher inaltitude, isacommonoccurrence.

Anydosethatmaybereceivedasaresultofsuchanoccurrence isconsidered smallandinsignificant.

B.8Interlaborator ComarisonProram-Table 18Section3.6.21andSection3.12.3oftheTechnical Specifications fortheNineMilePointNuclearStationUnit1andUnit2,respectively, requirethatasummaryoftheresultsobtainedaspartofanInterlaboratory Comparison ProgrambeincludedintheAnnualRadiological Environmental Operating Report.Presently, theonlyNRCapprovedInterlaboratory Comparison ProgramistheUSEPACrossCheckProgram..

Table18showstheresultsoftheEPA'sreference resultsandthelicensee's results.SomeoftheEPAreference sampleshavebeenanalyzedbythesite.OtherEPAreference sampleshavebeenanalyzedbyavendorwhonormallyanalyzesthosetypesofsamplemediaforthesite.Participation intheEPACrossCheckProgramincludessamplemediaforwhichenvironmental samplesareroutinely collected, asrequiredbyTable3.6.20-1andTable3.12.1-1oftheTechnical Specifications andforwhichintercomparison samplesareavailable fromtheEPA.Wheremanysamplesareavailable fromtheEPA,aQCsampletoprogramsampleratiooftenpercentisutilized, whereapplicable.

B.9Environmental SamleLocations

-Table19Table19containsthelocations oftheenvironmental samplespresented inthedatatables(SectionE).Thelocations aregivenindegreesanddistancefromtheNineMilePointNuclearStationUnit2'eactorcenterline.

Table19alsogivesthefigure(map)numberaswellasthemapdesignation foreachsamplelocationbysamplemediumtype.Therequirement forTable19isfoundinsection6.9.1.doftheTechnical Specifications fortheNineMilePointNuclearStationUnit1andSection6.9.1.7oftheTechnical Specifications fortheNineMilePointNuclearStationUnit2.-42 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)B.10RadioloicalEnvironmental Monitorin ProramAnnual~Semmae-Table20Table20containsasummaryofbasicstatistics forenvironmental samplemediaasrequiredbytheTechnical Specifications.

Table20isintheformatpresented onTable3oftheNRCBranchTechnical Position(Revision 1datedNovember1979)toNRCRegulatory Guide4.8"Environmental Technical Specifications forNuclearPowerPlants".Thetableispresented tomeettherequirements ofsection6.9.1.dandsection6.9.1.7oftheTechnical Specifications forNineMilePointNuclearStationUnit1andUnit,2respectively.

B.11Historical Environmental SamleData-Tables21-40Tables21-40showhistorical environmental sampledataforcriticalradionuclides orradionuclides routinely detectedinenvironmental samplemedia.Datashowtheminimum,maximum,andmeanforeachyearevaluated.

Thedataonlyconsiderdetectable quantities anddonotconsiderlowerlimitofdetection quantities.

DataonTables21-40wereobtainedfrompreviousAnnualRadiological Environmental Operating Reporttables.C.Conclusion TheRadiological Environmental Monitoring Program(REMP)~wasestablished todetectandevaluateanypossibleimpacttotheenvironment surrounding theNineMilePointarearesulting fromoperations atthesite.Samplesrepresenting foodsourcesconsumedathighertrophiclevels,suchasfishandmilk,werereviewedcloselytoevaluateanyimpacttothegeneralenvironment ortoman.Inaddition, thedatawasreviewedforanypossiblehistorical trophiclevelbioaccumulation trends.Littleornoimpactcouldbedetermined resulting fromradionuclide deposition considering allsources(natural, weaponstesting,etc.).'nregardstodosesasaresultofman-maderadionuclides, asignificant portionofthesmalldosesreceivedbyamemberofthepublicwasfrompastnuclearweaponstesting.Dosesasaresultofnaturally occurring radionuclides, suchasK-40,contributed amajorportionofthetotalannualdosetomembersofthepublic.Anypossibleimpactasaresultofsiteoperations isextremely minimalwhencomparedtotheimpactfromnaturalbackground levelsorweaponstesting.Ithasbeendemonstrated thatalmostallenvironmental samplescontaintracesofradionuclides whicharearesultofweaponstestingornaturally occurring sources-43 III.EVALUATION OFENVIRONMENTAL DATA(Cont'd)(primordial and/orcosmicrelated).

Wholebodydosestomanasaresultofnaturalsources(naturally occurring radionuclides inthesoilandloweratmosphere) inOswegoCountyaccountforapproximately 64mremperyearasdemonstrated bycontrolenvironmental TLD's.Possibledosesduetositeoperations areaminutefractionofthisparticular naturalexposure.

During1986,thepresenceoffissionproductradionuclides wasnotedinseveralenvironmental samplemedia.Thesemediaincludedairparticulate samples,airborneradioiodine samplesandmilksamples.Thesourceofthefissionproductradionuclides wasattributed totheApril26,1986accidentattheChernobyl NuclearPlant.Samplesresultsfrom1987showedthatonlytwoisolatedcaseswerefoundwhereCs-137fromtheChernobyl accidentwasdetected.

Thetwocasesconcerned milksamplesobtainedduringMayoftheyear.Theimpactofthedetectedquantities wasinsignificant.

Therefore, asdetermined byreviewofthedatapresented herein,noimpactduetooperations attheNineMilePointNuclearStationwasdetectedthatwouldeffectthehealthandsafetyofthepublic.-44 DEGENERALREFERENCE MATERIALl.U.S.NuclearRegulatory Commission Regulatory Guide1.109,"Calculation ofAnnualDosestoManfromRoutineReleasesofReactorEffluents forthePurposeofEvaluating Compliance with10CFRPart50,AppendixI",March1976(Revision 0).2.U.S.NuclearRegulatory Commission Regulatory Guide1.109,"Calculation ofAnnualDosestoManfromRoutineReleasesofReactorEffluents forthePurposeofEvaluating Compliance With10CFRPart50,AppendixI",October1977(Revision 1).3.U.S.NuclearRegulatory Commission Regulatory Guide4.8,"Environmental Technical Specifications forNuclearPowerPlants",December, 1975.4.U.S.NuclearRegulatory Commission BranchTechnical PositiontoRegulatory Guide4.8,"AnAcceptable Radiological Environmental Monitoring Program",

Revision1,November1979.5.NationalCouncilonRadiation Protection andMeasurements (NCRP),Environmental Radiation Measurements, NCRPReportNo~50,1976.6.NationalCouncilonRadiation Protection andMeasurements (NCRP),NaturalBackroundRadiation intheUnitedStates,NCRPReportNo.45,1975.7.NationalCouncilonRadiation Protection andMeasurements (NCRP),Cesium137fromtheEnvironment toMan:Metabolism andDose,NCRPReportNo.52,1977.8.NationalCouncilonRadiation Protection andMeasurements (NCRP),Radiation ExosurefromConsumerProductsandMiscellaneous Sources,NCRPReportNo.56,1977.9.International Commission onRadiological Protection (ICRP),Radionuclide ReleaseintotheEnvironment.

Assessment ofDosestoMan,ICRPPublication 29,1979.10.Ei'chholz, G.Environmental AsectsofNuclearPower,FirstEdition,AnnArborSciencePublishers, Inc.,AnnArbor,Michigan, 1976.11.Eisenbud, Merrill,Environmental Radioactivit

,SecondEdition,AcademicPress,NewYork,NY1973.12.Francis,C.W.,Radiostrontium MovementinSoilsandUtakeinPlants.Environmental SciencesDivision, OakRidgeNationalLaboratory, U.S.Department ofEnergy,1978.13.Thomas,C.W.etcal.,Radioactive FalloutfromChineseNuclearWeaonsTes't,September 26,1976.(BNWL-2164)

Battelle, PacificNorthwest Laboratories, U.S.ERDA,1979.-45 D.GENERALREFERENCE MATERIAL(Cont'd)14.Pochin,EdwardE.,Estimated PoulationExosurefromNuclearPowerProduction andotherRadiation Sources,NuclearEnergyAgency,Organization forEconomicCo-Operation andDevelopment, 1976.15Glasstone, SamuelandJordan,WalterH.,NuclearPowerandItsEnvironmental Effects,FirstEdition,AmericanNuclearSociety,LaGrangePark,Ill.,1980.16.U.S.Department ofHealth,Education, andWelfare.RadioloicalHealthHandbook.

BureauofRadiological Health,Rockville, Maryland20852.January1970.17.U.S.Department ofHealthandHumanServices.

PrearednessandResonseinRadiation Accidents, NationalCenterforDevicesandRadiological Health,Rockville, Maryland20857.August1983.-46 E.DATATABLES-1987-47 TABLE1SAMPLECOLLECTION ANDANALYSISSITERADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM>A.AVATICPROGRAMMEDIAANALYSISFREUENCYLOCATIONS 12.FishGSA1.Shoreline SedimentGSA2/year2/year1Indicator (2)2Indicator (3),1Control.3.SurfaceWaterGSAH-3M.Comp.Qtr.Comp.1Indicator (4),1Control1Indicator (4),1ControlNOTES:SamplingandanalysisprogramasrequiredbytheTechnical Specifications.

(1)Indicator samplescollected inthevicinityofthesite;controlsamplescollected ata.distanceofatleastfivemilesfromthesite.(2)Indicator samplefromanareaofpotential recreational value.(3)Indicator samplesfromanareanearthevicinityofasitedischarge point.Controlsamplesofthesamespeciesorofspeciesofsimilarfeedinghabits.(4)Indicator samplefromtheJ.A.FitzPatrick inletcanal.

TABLE2SAMPLECOLLECTION ANDANALYSISSITERADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM~B.TERRESTRIAL PROGRAMMEDIAANALYSISFREUENCYLOCATIONS l.AirParticulates GBGSAWeeklyM.Composite 4Indicator, 1Control2.Airborne-I-1313.TLD4.MilkGSAGammaDoseI-131GSAWeekly-Quarterly 2/Month2/Month4Indicator, 1Control(1)30Indicator, 2Control(2)3Indicator, 1Control(3)5.HumanFoodCropsGSA,I-131(5)Annually(4)NOTES:SamplingandanalysisprogramasrequiredbytheTechnical Specifications.

(1)Threeindicator samplesfromnearthesiteboundaryinthreeofthehighestD/Qmeteorological sectors,oneindicator samplefromnearayearroundcommunity, andonecontrolsamplefromanareaofleastprevalent winddirection.

(2)Indicator samplesfromthesiteboundary, four-five milesfromthosite,specialinterestareas,andcontrolareas(greaterthantenmilesfromthesite).(3)Threeindicator.

samplesfromareaswithin5.0milesofthesite.Controlsamplefromanareaofleastprevalent winddirection.

(4)Sixsamplestotalutilizing atleasttwometeorological sectorsinareasofhighestD/Q.Onesampleofeachofsimilarfoodproductinaleastprevalent winddirection.

(5)GammaspectralanalysistoincludeI-131'49 TABLE3ACONCENTRATION OFGAMMAEMITTERSINSHORELINE SEDIMENTSAMPLESResultsinunitsofpCi/g(dry)+2sigmaSampleLocationCollection DateBe-7K-40Co-60Cs-134Cs-137Ra-226AcTh-228OthersLangsBeach(Control)~

SunsetBeach(Off-Site)

NineMilePoint(On-Site)"

4-24-8710-23-874-24-8710-23-874-27-8710-23-87<0.39<0.19<0.46<0.41<0.53<0.3914.7+1.28.1+0.615.7+1.215.4+1.012.0+1.410.6+0.9<0.05<0.01<0.05<0.04<0.080.06+0.03

<0.04<0.02<0.04<0.04<0.06<0.03<0.05<0.02<0.05<0.040.14+0.05 0.59+0.05 1.11+0.49 0.76+0.27 2.16+0.58 1.84+0.60 2.44+0.70 0.46+0.32 0.67+0.15

<LLD0.21+0.07

<LLD0.93+0.17

<LLD0.83+0.16

<LLD0.89+0.22

<LLD0.33+0.10

<LLDiiiSamplenotrequiredbytheTechnical Specifications (Optional samplelocation)

Resultsinunitsofactivity~erramdrywoidht-50 TABLE3BCONCENTRATION OFGAMMAEMITTERSINSHORELINE SEDIMENTSAMPLESResultsinunitsofpCi/kg(dry)+2sigmaSampleLocationCollection DateBe-7K-40Co-60Cs-134Cs-137Ra-226AcTh-228OthersLangsBeach(Control)~

SunsetBeach(Off-Site) 4-24-87.10-23-87 4-24-8710-23-87<39114700+1160

<1948100+586<45615700+1150

<41215400+1020

<49<13<51<40<36<20<42<38<49<20<51<431110+493757+2702160+5761840+603669+152213+72927+171827+160<LLD<LLD<LLD<LLDNineMilePoint(On-Site)>

4-27-8710-23-87<52712000+1360

<38910600+868

<7764+25<55<26144+49586+522440+704463+317886+221329+100<LLD<LLD>SamplenotrequiredbytheTechnical Specifications

-51 TABLE4ACONCENTRATION OFGAMMAEMITTERSINFISHSAMPLESResultsinunitsofPCi/g(wet)+2sigmaSamleDateSamleTeFe-59Co-5&K-40Mn-54GAMMAEMITTERSCo-60Cs-134Cs-137Zn-65OthersOSWEGOCONTROL-006/25/876/25/876/05/87LakeTroutfPlLakeTrout82BrownTrout<0.066<0.057<0..075<0.029<0.026(0.0323.62+0.44

'<0.0263.87+0.42

<0.0234.02+0.45

<0.024<0.021<0.024<0.026<0.025<0.020(0.0240.022+0.015 0.017+0.010 0.039+0.015

<0.054(LLD(0.042<LLD<0.065<LLD10/06/8710/06/8711/05/8710/20/87Lake'Trout81LakeTrout82ChinookSalmonWalleye<0.100<0.065<0.043<0.074<0.036<0.030<0.020<0.0254.28+0.47 4.05+0.38 4.13+0.36 3.19+0.45

<0.025<0.019<0.018<0.023(0.025(0.018<0.021<0.028(0.025<0.020<0.017<0.0200.040+0.018 0.034+0.011 0.037+0.011 0.030+0.014 (0.062<0.048<0.041<0.054<LLD<LLD<LLD<LLDNINEMILEPOINT-026/02/876/02/877/02/877/02/87LakeTrout/PlLakeTrouttt2BrownTroutSmallmouth Bass<0.063<0.082<0.050<0.047<0.022<0.026(0.024(0.0231.95+0.28 3.80+0.42 3.69+0.44 3.81+0.52

<0.017<0.023<0.019<0.018<0.018(0.022<0.020<0.021<0.016<0.022<0.021<0.0190.026+0.010

<0.0270'36+0.016 0.026+0.014 (0.038(0.052<0.045<0.054<LLD<LLD<LLD(LLD10/14/8710/14/8711/04/8710/07/87.10/07/87 10/07/87LakeTroutSlLakeTrout82ChinookSalmonSmallmouth BassWalleyeWhiteSucker<0.050<0.064<0.079(0.093<0.094<0.075<0.019<0.027<0.033<0.030<0.032<0.0283.08+0.34 2.90+0.42 4.04+0.60 4.07+0.45 4.24+0.48 4.64+0.41

<0.018.<0.023<CI.029<0.025<0.022<0.021<0.022<0.023<0.034<0.019<0.024(0.021<0.017<0.021<0.031<0.022<0.026(0.0190.032+0.013 0.024+0.012 0.063+0.021 0.036+0.014

<0.030<0.024<0.039<0.052<0.074<0.057-<0.058<0.047<LLD<LLD<LLD<LLD<LLD<LLD-52 TABLE4A(Cont'd)CONCENTRATION OFGAMMAEMITTERSINFISHSAMPLESResultsinunitsofPCi/kg(wet)+2sigmaSamleDateSamleTeFe-59Co-58K-40GAMMAEMITTERSMn-54Co-60Cs-134Cs-137Zn-65OthersJAFITZPATRICK

-036/02/876/02/876/05/87LakeTrout81LakeTrout/P2BrownTrout<0.076<0.076<0.081<0.032<0.028<0.0283.04+0.42 3.85+0.40 3.67+0.44

<0.024<0.022<0.021<0.024<0.023<0.020<0.023<0.022<0.0220.032+0.015

<0.0250.032+0.014

<0.051<0.050<0.056<LLD<LLD<LLD10/14/&710/14/8710/20/8710/07/87LakeTroutSlLakeTrout82MalleyeWhiteSucker<0.081<0.078<0.114<0.064<0.028<0.029<0.053<0.0242.48+0.39 4.14+0.42 6.19+0.58 3.03+0.34

<0.020<0.021<0.038<0.017<0.026<0.018<0.041<0.020<0.020<0.022<0.043<0.0180.030+0.013 0.026+0.012

<0.043<0.019<0.055:<LLD<0.054<LLD<0.089<LLD<0.040<LLD-53 TABLE4BCONCENTRATION OFGAMMAEMITTERSINFISHSAMPLESResultsinunitsofPCi/kg(wet)+2sigmaSamleDateSamleTeFe-59Co-5&K-40Mn-54GAMMAEMITTERSCo-60Cs-134Cs-137Zn-65OthersrOSWEGOCONTROL-006/25/876/25/876/05/87LakeTroutfoal<66LakeTrout82<57BrownTrout<75<29<26<323,620+440 3i&70+424 4,020+44&

<26<23<24<21<24<26<25<20<2422+1517+1039+15<54<42<65<LLD<LLD<LLD10/06/8710/06/8711/05/8710/20/87LakeTrout1PlLakeTrout82ChinookSalmonWalleye<10065<4374<36<30<20<254,280+472 4,050+376 4,130+363 3%190+449

<25<19<18<23<25<18(21<28<25<20<17<2040+1834+1137+1130+14<62<48<41<54<LLD<LLD<LLD<LLDNINEMILEPOINT-026/02/876/02/877/02/877/02/87LakeTroutSl<63LakeTroutS'2<82BrownTrout<50Smallmouth Bass<47<22<26<24<231%950+284 3,800+421 3,690+442 3,810+522

<17<23<19<18<18<22<20<21<16<22<21<1926+10<2736+1626+14<38<52<45<54<LLD<LLD<LLD<LLD TABLE4B(Cont'd)CONCENTRATION OFGAMMAEMITTERSINFISHSAMPLESResultsinunitsofPCi/kg(wet)+2sigmaSamleDateSamleTeFe-59Co-58K-40GAMMAEMITTERSMn-54-Co-60Cs-134Cs-137Zn-65OthersNINEMILEPOINT-02(Cont'd)10/14/8710/14/8711/04/8710/07/8710/07/87'10/07/87 LakeTrout81LakeTrouti'hinookSalmonSmallmouth BassWalleyeWhiteSucker<50<64<79<93<94<75<19<27<33<30<32<283,080+342 2,900+422 4,040+596 4,070+448 4,240+475 4,640+407

<18<23<29<25<22<21<22<23<34<19<24<21<17<21<31<22<26<1932+7324+1263+2136+14<30<24<39<52<74<57<58<47<LLD<LLD<LLD<LLD<LLD<LLDJAFITZPATRICK

-036/02/876/02/876/05/87LakeTrout81<76LakeTrout82<76BrownTrout<81<32<28<283,040+424 3,&50+403 3,670+440

<24<22<21<24<23<20<23<22<2232+15'2532+14<51<50<56<LLD<LLD<LLD-10/14/8710/14/8710/20/8710/07/87LakeTrout81LakeTrout82WalleyeWhiteSucker<81<78<ll<64<28<29<53<242,480+389 4,140+417 6,190+575 3,030+337

<20<21<38<17<26<18<41<20<20<22<43<1830+132&+12<43<19<55<54<89<40<LLD<LLD<LLD<LLD-55 TABLE5CONCENTRATION OFGAMMAEMITTERSINSURFACEWATERSAMPLESResultsinunitsofpCi/liter

+2sigmaStationNuclideJanuaryFebruaryMarch1987AprilMayJuneK-40Ra-226Cs-134Cs-137Zr-95Nb-95Co-58Mn-54Fe-59Co-60Zn-65I-131Ba/La-140 OSWEGOCITYWATER292+61101+54<4.62<5.08<12.40<5.75<5.39<5.04<11.30<4.18<8.17<16.1<10.6<54<114'4.73<5.25<12.70<6.33<5.53<5.05<10.60<5.72<10.20<12+7<14.1<50111+65<4.23<4.23<11.50<6.14<4.77<3.95<10.60<5.72<12.20<14.6<5.6<6086+43<4.28<4.91<12.00<5.56<5.06<4.59<10.00<6.06<9.94<13.1<12.6227+52153+60<4.57<4.03<12.70<6.33<5.13<4.41<12.80<4,21<9.27<16.0<11.285+42<85<3.05<3.07<10.10<5.03<4.34<3.38<8.37<4.16<6.68<16.8<9.4NINEMILEK-40POINTUNITIRa-226'INLET)Cs-134Cs-137Zr-95Nb-95Co-58Mn-54Fe-59Co-60Zn-65I-131Ba/La-140 212+42137+58<3.37<3.50<10.00<4.29<3.85<3.48<8.20<2.69<6.96<11.5<7.0<6098+43<4.34<4.47<12.90<5,67<F00<4.58<11.80<4.52<9.59<12.9<10.8<46<107<4.4l<4.77<11.40<5.88<5.15<4.08<9.94<4.52<9.67<15.8<10.9<70<117<4.99<4.55<12.90<7ell<5+12<5.23<11.80<5.15<9.91<13.0<15.354+38<119<4.65<4,91<10.60<6'2<6'3<4.73<12.60<5.52<12.70<14.1<11.2<60117+48<3.91<4.46<11.70<3.07<4.74<4.82<10.70<5.88<8.61<13.8<12.2<-Optionalsamplelocation.

SamplenotrequiredbytheTechnical Specifications.

-56 TABLE5(Continued)

CONCENTRATION OFGAMMAEMITTERSINSURFACEWATERSAMPLESResultsinunitsofpCi/liter

+2sigma~Stati,onNuclideJanuaryFebruary1987MarchAprilMayJuneK-40Ra-226Cs-134Cs-137Zr-95Nb-95Co-58Mn-54Fe-59Co-60Zn-6SI-131Ba/La-140 NINEMILEPOINTUNIT2(INLET)252+46142+68<3.56<3.47"<9.91<4.39<4.04<3.50<8.53<3.35<7.48<13F1<8.9<64<112<3.76<3.59<9.99<4.41<5.32<3'2<8.80~<4.94<9.90<12.3<8.3143+46<124<4.90<4.81<12.00<5.95<5.50<S.13<11.10<4.34<10.90<15.5<12.0<48<104<3.72<3.46<9,60<5.30<5.57<3.99<10.10<4.28<9.54<12.7<8.2245+51174+70<4.60<4.94<11:90<5.~31<4.76<4.30<11.10<4.79<11.40<14.8<11.4292+59100+51<4.48<5.00<12.70<5.68<5.11<4.35<11.30<3.64<8.93<14.9<8.4K-40Ra-226Cs-134Cs-137Zr-95Nb-95Co-58Mn-54Fe-59Co-60Zn-65I-131Ba/La-140 FITZPATRICK (INLET)236+43130+54<3.72<3.56<9.31<4.77<3.90<3.75<8.14<3.13<6.84<0.29<6.5<64<112<5.23<4.69<10.70<4.60<6.12<5.79<11.60<6.06<7.41.<0.33<10.3272+54127+62<4.75<4.94<13.60<5.89<5.13<4.69<10.20<4.50<10.60<0.33<10.733+32<118<4.33<4.69<12.10<6.71<4.67<4.37<12.90<5.15<11.30<0.20<8.8<64101+47<4.41<4.98<10.20<6,43<4.06<4.90<11.10<5.14<9.91<0.47<11.077+45107+69<3.84.<4.98<10.60<5.65<4.14<5.46<10.10<5.52<10.30<0.27<10.7OSWEGOSTEAMSTATION(CONTROL)

K-40Ra-226Cs-134Cs-137Zr-9SNb-9SCo-58Mn-54Fe-59Co-60Zn-6SI-131Ba/La-140 267+60112+62<4.49<4.64<12.20<6.15<5.23<5,19<11.80<4.18<8.64<0,25<13.0<54<107<4.11<3.65<8.88<3.83<5.07<4.25<8.68<5.73<7.99<0.37<7.5<53<103<3.78<4.76<10.30<5.64<4.51<4.88<9.00<6.39<8.97<0.31<14.1<70<113<3.57<4.47<10.70<5.04<4.59<4.88<8.88<4.74<8.96<0.30<11.3115+45127+75<4.71<4.63<11.70<5.29<4.65<4.77<13.00<4.63<10.20<0.36<9.049+3276+49<4.24<3.94<12.50<5.86<4.12<4.38<8.51<4.44<8.09<0.26<12.5<-Optional samplelocation.

SamplenotrequiredbytheTechnical Specifications.

<<-SamplerequiredbytheTechnical Specifications.

-57 TABLE5(Continued)

CONCENTRATION OFGAMMAEMITTERSINSURFACEWATERSAMPLESResultsinunitsofpCi/liter

+2sigmaStationNuclideAugustSeptember 1987OctoberNovemberDecemberK-40Ra-226Cs-134Cs-137Zr-95Nb-95Co-58Mn-54Fe-59Co-60Zn-65I-131Ba/La-140 OSWEGOCITYWATER250+2188+26<1.51<1.57<4.36<2.20<1.79<1.55<4.01.<1.57<3.19<7.7<4.5195+42100+74<3.92<4.22<11.10<5.37<4.79<4.49<10.40<3.84<8.53<13+1<9.7257+45108+48<3.24<3.33<8.43<3.81<3.26<3.05<6.44<2.78<7.20<11.7<7.6233+44119+52<3.62<3.59<9:49<4.41<4.16<3.13<7.83<3.04<5.74<10.6<7.6<4677+40<3.27<3.28<7.29<4.23<3.40<3.36<6.90<3.61<4.97<9.5<6.5<40<74<3.42<2.69<9.23<3.96<3.79<3.18<7.39<3.72<6.87<11.5<8.4K-40Ra-226Cs-134Cs-137Zr-95Nb-95Co-58Mn-54Fe-59Co-60Zn-65I-131Ba/La-140 K-40Ra-226Cs-134Cs-137Zr-95Nb-95Co-58Mn-54Fe-59Co-60Zn-65I-131NINEMILEPOINTUNIT2(INLET)Ba/La-140 NINEMILEPOINTUNITI(INLET)227+3988+39<2.91<3.16<8.50<4.62<3.23<3.28<7.58<3.04<5.90,<13.0<8.632+1690+41<2o37<2.48<6.17<3.41<2.86<2.62<6.16<2.55<5.32<10.4<7.2<67<116<4.04<5.06<12.70<5.53<4.94<5.37<10.50<3.54<10.40<13.1<10.552+2350+40<3.24<3.11<6.65<4.40<4.08<2.99<8.72<3.61<7'6<9.5<7.0<54<118<4.78<4.69<11.10<7.01<6.16<4.69<9,32<5.78<8.73<14.5<9.6<50<100<4.14<4.41<11.20<5.43<4.47<3.81<9.36<4.26<9.00<14.4<11.0<63<115<4.43<4.61<13.70<5.23<4.26<5.02<11.90<5.61<8.42<16.8<12.6224+4270+46<3.46<3.59<9.86<4.97<3:29<3.62<7,91<3.73<7.30<14.2<8.0174+42<126<4.04..<4.41<12.10<6.37<5.15<3'1<11.60<4.06<10.30<13.9<10.3177+46<126<4.11<4.41<10.10<5.90<4.88<4.05<11.30<3.84<9.45<14.3<11.063+25<85<2.86<2.90<7.62<3.94<3.68<2.88<8.52<3.07<6.97<11.4<8.8250+4376+38<3.44<3.30<9.57<4.38<4.01<3.21<8,16<3.30<7.42<14.6<9.6<Optionalsamplelocation.

SamplenotrequiredbytheTechnical Specifications'58 TABLE5(Continued)

CONCENTRATION OFGAMMAEMITTERSINSURFACEWATERSAMPLESResultsinunitsofpCi/liter

+2sigmaStationNuclideJulyAugustSeptember OctoberNovemberDecember1987K-40Ra-226Cs-134Cs-137Zr-95Nb-95Co-58Mn-54Fe-59Co-60Zn-6SI-131Ba/La-140 FITZPATRICK (INLET)233+46117+47<3.60<3.50<9.63<5.21<3.96<4.00<9.92<3.49<8.41<0.32<8.42253+39110+46<3.06<3.29<8.08<3.92<3.63<3.17<6.28<3.28<7.08<0.28<5.4263+4554+38<3.22<3.40<8.12<3.67<3.62<3.29<6.78<3.04<7.41<0.35<6.5258+57109+56<4.28<4.10<11.50<5.26<4.81<3.88<10.90<4.06<8.03<0.32<8.6196+37113+41<3.45<3.45<9,10<4.69<4.03<3.66<9.41<3.23<7.16<0.32<8.254+43<112<4.54<4.69<10.90<5.34<4.79<4.26<9.68<4.34<10.40<0.44<14.0OSWEGOSTEAMSTATION(CONTROL)

K-40Ra-226Cs-134's-137Zr-95Nb-95Co-58Hn-54Fe-59Co-60Zn-65I-131Ba/La-140 223+43~97+44<2.96<3.40<8.29<4.04<3.46<3.23<7.33<3.17<6.54<0.28<6.0206+3687+39<3.35<3.54<7.81<4.28<3.46<3.47<7.70<2,71<6.35<0.28<7.3259+59106+79<4.50<4,10<12.70<5+27<5.64<4.34<12.30<4.47<10.10<0'5<9.2230+5183+48<3.82<5.01<12.20<6.50<5.08<4.25<9.43<3.95<8'0<0.29<8.3210+40<103.<3.54<3.69<10.10<4,55<3.79<3.66<7.23<3.51<6.45<0.25<8.5100+33<84<2.53<3'1<9.03<3.66<3.57<3.02<7.72<2.80<6.08<0.46<8.6<<-SamplerequiredbytheTechnical Specifications

-59 TABLE6CONCENTRATION OFTRITIUMINSURFACEWATERSAMPLES(QUARTERLY COMPOSITE SAMPLES)ResultsinunitsofpCi/liter

+2sigmaStationPeriodDateTritiumJAFINLET>FirstQuarterSecondQuarterThirdQuarterFourthQuarter1/2/87-3/31/873/31/87-7/1/877/1/87-9/30/879/30/87-12/30/87160+80350+100410+80370+60NMP-1INLET><FirstQuarterSecondQuarterThirdQuarterFourthQuarter12/31/86-3/31/873/31/87-6/30/876/30/87-9/30/879/30/87-1/4/88(170210+70390+100250+100NMP-2INLET"~FirstQuarterSecondQuarterThirdQuarterFourthQuarter12/31/86-3/31/873/31/87-6/30/876/30/87-9/30/879/30/87-1/4/88300w110310+70300+70260+80OSWEGOCITYWATER>>OSWEGOSTEAMSTATION(CONTROL)

FirstQuarterSecondQuarterThirdQuarter'FourthQuarterFirstQuarterSecondQuarterThirdQuarterFourthQuarter12/31/86-3/31/873/31/87-.6/30/876/30/87-9/30/879/30/87-1/4/8812/31/86-3/31/873/31/87-6/30/876/30/87-.9/30/879/30/87-1/4/88210+70310+100260+80320+80170+90260+90270+90140+90-SamplesrequiredbytheTechnical Specifications.

>>-Optionalsamples.OswegoCityWatersamplesarecomposites oftwiceperweekgrabsamples.-60 TABLE7NIP/JAFSITEENVIRONMENTAL AIRBORNEPARTICULATE SAMPLES-OFFSITESTATIONSGROSSBETAACTIVITYpCi/m"3+2SigmaLOCATIONMEEKENDDATE87/91/8687/81/1387/81/2887/81/2787/82/8387/82/1887/82/1787/82/2487/83/8387/83/1887/83/1787/83/2487/83/3187/84/8787/84/1487/94/2187/84/2887/85/QS87/85/1287/QS/1987/85/2687/86/8287/86/8987/86/1687/86/2387/86/3887/87/8787/87/1487/87/2287/87/2887/88/8487/88/1187/88/1887/88/2587/89/8187/99/8887/89/IS87/89/2287/89/2987/18/8687/18/1387/18/2887/18/2787/ll/8387/11/1887/11/1787/11/2487/12/8187/12/8887/12/1587/12/2287/12/298.828+8.883 8.828+8.883 8~822+8~8838.828+8.883 8.832+8.884 8.824+8.883 8.825+8.883 8.818+8.883 8.889+8~8828.825+8.883 8,828+8,884 8.828+8.883 8.819+8.883 8~813+8~8838.821+8~8838.816+8.883 8.816+8.883 8.828+8~8838.838+8.983 8,815+8.883 8.813+8.882 8.834+8.884 8.822+8.883 8.827+8~8838.818+8.883 8.826+8.883 8.817+8~8848.826+8.883 8.819+8~8838.825+8.883 8~828+8.883 8.819+8.883 8~826+8.883 8.816+8.883 8.816+8.882 8.817+8.883 8~817+8.883 9.811+8.882 8~822+8~8838~821+8~8838.828+9.883 8~848+8.884 8.824+8~8838.822+9.983 8,828+8.893 8.826+8,883 8.818+8.883 8.81S+8.882 8~811+8.882 8.819+8.882 8'16+8.882 8.823+8.883 R28.925+8.883 8.818+8~8838~825+8.883 8.824+8~8838.838+8.884 8.821+8~8838.827+8.883 8.828+8~8838.811+8.883 8~823+9.883 8,828+8.884 8.819+8.883 8.828+8.883 8.813+8.883 8.822+8.883 8~815+8.883 9.915+8.983 8.818+8.883 8~828+8~8838.816+8.883 8.811+8.882 8.836+8.884 8~822+8.883 8.827+8.883 8.828+8.883 8~825+8.883 8.815+8.884 8.828+8.883 8.817+8.882 8.829+8~8848.818+8.983 8.828+8.883 8.823+8.883 8.818+8.883 8.816+8.883 8.817+8.883 8.918+8.883 8.812+8.882 8.922+8.883

'.822+8.983 8.823+8.983 8.937+8.884 8.826+8.983 8.823+8.883 8.832+8.883 8.827+9.883 8.817+8.883 8~816+8.882 8~889+8,.882 8.817+8.882 8.815+8.882 9.823+8.883 8~928+8~8838.823+8.883 8.824+8.883 8~819+8.883 8.838+8.884 8.822+8.883 8.827+8.883 8.822+8~8838~818+8.882 8.826+8~8838.829+8.884 8.818+8.883 8.817+8.883 8.818+8.882 8.821+8.883 8.814+8.883 8.818+8.883 8~928+8.883 8.829+8~8838.818+8.883 8~814+8.883 8.835+8.884 8.821+8~8838.823+8.883 8.819+8.883 8.838+8.883 8.817+8.984 8.825+8.893 8.819+8.883 8.826+8.883 8.817+8.883 8.818+8~8838.824+8.883 8.821+8~8838.817+8.883 8.828+8~8838~928+8.883 8.811+8.882 8~822+8.883 8.822+8.893 8.828+8.883 8.836+8.884 8.826+8.883 8.821+8.883 8.829+8.883 8.824+8~8838.816+8.883 8.81S+8.882 8.818+8.882 8.816+8.882 8.815+8.882 8~823+8.883 R48.818+8.883 8.815+8.983 8.823+8~8838~824+8.883 8.827+8~8848.823+8.883 8.825+8~8838~821+8.883 8~812+8.883 8~828+8.883 8.828+8.884 8.81S+8.883 8~819+8.883 8.812+8.882 8~822+9.883 8~815+8.883 8.814+8.883 8~821+8.883 8.828+8.883 8.816+8.883 8.813+8.882 8.835+8.884 8.828+8~8838.826+8.983 9.819+8~8838~826+8.983 8.815+8~8848~825+8.883 8.816+8.882 8~828+8.884 8.828+8.883 8.819+8.883 8.824+8.88~

8.819+8~8838.817+8.883 8.816+8.883 8.816+8.983 8.814+8.983 8.824+8~8838.818+8.983 8.829+8~8838~839+8.884 8.827+8.883 8.824+8.883 8,828+8.883 8~827+8.883 8~815+8.883 8,815+8.882 8.889+8.882 8,816+8.882 8~816+8.882

'.824+8.883 8.823+8.883 8.919+8.883 8.825+8~9838.914+8.883 8~833+8~8848.825+8.883 8.826+8.883 8.822+8.883 8.813+8.883 8.928+8.883 9.829+8.884 8~812+8.882 9~818+8.883 8~814+8.883 8.824+8.883 8.916+8.883 8.917+8.883 8~822+8.883 8.829+8.883 8.819+8~8838.815+8~8838.834+8.884 8.819+8~8838.922+8.883

,8.919+8.983 8.828+8.896 8.815+9.QQS 8.828+8.884 8.919+8.883 8.831+8.884 8.814+8.883 8.822+8.883 8.825+8.883 8~917+8.883 8.914+8~8828.918+8.883 8.816+8.883 8.812+8.882 8.823+8.883 8.819+8.883 8~819+8.883 8.837+8.984 8.823+8.883 8.917+8.984 8.826+8.883 8.827+8.883 8.829+8.883 8.812+8.882 8~889+8~8828.817+8~8828.814+8.882 8.823+8.883

-61 TABLE7'(Cont'd)

NMP/JAFSITEENVIRONMENTAL AIRBORNEPARTICULATE SAMPLES"OFFSITESTATIONSGROSSBETAACTIVITYpCi/m"3+2SigmaLOCATIONWEEKENDDATE87/81/8687/81/1387/81/2887/81/2787/82/8387/82/1887/82/1787/82/2487/83/8387/83/1887/83/1787/83/2487/83/3187/84/8787/84/1487/84/2187/84/2887/85/QS87/85/1287/85/1987/85/2687/86/8287/86/8987/86/1687/86/2387/86/3887/87/87'7/87/14 87/87/2287/87/2887/88/8487/88/ll87/88/1887/88/2587/89/8187/89/8887/89/1587/89/2287/89/2987/IQ/8687/18/1387/18/2887/18/2787/11/8387/ll/1887/11/1787/11/2487/12/8187/12/8887/12/1587/12/2287/12/29D28'26+8.884 8.822+8.884 8.818+8,883 8.828+8'838.82S+8.884 8.822+8.883 8'21+8'838.828+8.883 8.812+8'838.824+8.883 8.825+8.884 8.813+8F8838.817+8.883 8.812+8.883 8.815+8.883 8.811+8.882 8.813+8.883 8.824+8.883 8.826+8.883 8.816+8.883 8.814+8.882 8'37+8.884 8.821+8.883 8.827+8.883 8.828+8.883 8.825+8.883

'.816+8.884 8.826+8'838.818+8.882 8'27+8.883 8.818+8.883 8.819+8'838.827+8.883 8.823+8'838.828+8.883 8.815+8'828.818+8'838.818+8.882 8.824+8.883 8.819+8.883 8.821+8.883 8.841+8.884 8.826+8.883 8.822+8.883 8.829+8.883 8.826+8.883 8F818+8.883 8'14+8.882 8F818+8.882 8'15+8.882 8F815+8.882 8'23+8,882 8.827+8.883 8.822+8.883 8,828+8.883 8.821+8.883 8.827+8.883 8,818+8.883 8.825+8.883 8.822+8'838F818+8.882 8'25+8.883 8'26+8.883 8.813+8,882 8.819+8.883

13+8.883 8.821+8.883 8'16+8.883 8.816+8.883 8.821+8.883 8.826+8.883 8.814+8'828~QIS+8.883 8.832+8.884 8.828+8.883 8.826+8.883 8.819+8.883

.8.828+8.883.

8.812+8..884 8.827+8.883 8F819+8.883 8.827+8.883 8F819+8.883 8'19+8.883 8.825+8.883 8'21+8'838.817+8.883 8.813+8'828.828+8.883 8.811+8.882 8.821+8.883 8.828+8.883 8.828+8.883 8.834+8.883 8.828+8'838.818+8.883 8.828+8.883 8.827+8.883 8F816+8.883 Q.QIS+8.882 8F889+8.882 8.816+8.882 8.815+8.882 8.828+8.882 8.827+8.883 8.828+8.883 8.819+8.883 8'25+8.883 8.82S+8.883 8.828+8.883 8'22+8.883 8'24+8.883 8.818+8F8828.827+8.883 8.838+8.884 8.815+8.883 8.821+8.883 8.813+8.882 8.821+8.883 8.815+8.883 8.828+8'838.823+8.883

'8.838+8'848.816+8.883 8.812+8.882 8.831+8.883 8.819+8.883 8.824+8.883 8.821+8;883 8.826+8.883 8.814+8.884 8.826+8.883 8.81-8+8.882 8'38+8.884 8.822+8.883 8.819+8.883 8.822+8.883 8'21+8.883 8.815+8.882 8F816+8.882 8.828+8.883 8.818+8.882 8.824+8.883 8.818+8.883 8.817+8.883 8.835+8.884 8'24+8.883 8.821+8.883 8.826+8.883 8'26+8'838.818+8.883 8.816+8.882 Q.QQS+8.882 8.816+8.882 8.813+8.882 8'22+8.882 8.828+8.884 8.819+8.883 8.827+8.884 8.819+8.883 8.826+8.884 8.825+8.883 8.825+8~8838.822+8'838.811+8.883 8.823+8.883 8.828+8.884 8.814+8F8838.821+8.883 8.814+8.883 8.822+8.883 8.814+8.883 8.812+8.883 8.821+8.883 8,828+8.884 Q.819+8.883 8.815+8.883 8.834+8.884 8.828+8.883 8.823+8.883 8.822+8.883 8.829+8.883~

8.816+8.884 8.826+8.883 8.822+8.883 8.829+8.884 8.828+8.883 8.819+8'838.822+8.883 8.828+8.883 8.815+8.882 8.816+8.883 8.816+8.883 8.812+8.882

.8.822+8.883 8.828+8.883 8.822+8.883 8.837+8.884 8.828+8.88'.822+8.883 8.828+8.883

'.828+8.883 Q.QIS+8.883 8.813+8.882 8.888+8.882 8.814+8.882 8.814+8.882 8.822+8.882

-62 TABLE8NMP/JAFSITEENVIRONMENTAL AIRBORNEPARTICULATE SAMPLES-ONSITESTATIONSGROSSBETAACTIVITYpCi/m"3+2SigmaLOCATIONMEEKENDOATE87/81/8587/81/1287/81/1987/81/2687/82/8287/QZ/8987/82/1787/82/2387/83/8287/83/8987/83/1687/83/2387/83/3887/84/8687/84/1387/84/2887/84/2787/85/8487/85/1187/85/1887/85/2687/86/8187/86/8887/86/.15 87/86/2287/86/2987/87/8687/87/1387/87/2887/87/2787/88/8387/88/1887/88/1787/88/2487/88/3187/89/8887/89/1487/89/2187/89/2887/IS/8587/18/1387/IS/1987/18/2687/11/8287/ll/8987/11/1687/II/2387/11/3887/12/8787/12/1487/12/2187/12/28DI~823+.883.828+.883

.QZZ+.883

.828+.884

.829+.883

.822+.883

.824+.883

.817+.883

.813'82.825+.883

~827+.883.828+.883

.828+.883

.812+.882

.819+.883

.828+.883

.817+.883

.823+.883

.826+.883

.823+.883

.813+.882

.831+.884

~825+.883~.827+.883

.823+.883

.821+.883

~828+,884.821+.883

~823+.883.827+.883

.818+.883

.821+.883

~827+.883.828+.883

.818+.883

.818+.882

.815+.883

.816+.882

.817+.883

.825+.883

.821+.883

.835+.884

.829+.883

~819+.88o.835+.883

.825+.883

~819+.883F818+.882.889+.882

~814+.882~QIZ+.882~821'82.825+.883

.821+.883

,824'83.818+.883

.831+.884

.828+.883

.826+.883

.828+.883

.811+.882

.827+.883

~832+.884.822+.883

~817+.883~813'83F819+.883.819+.883

.816+.883

.819+.883

.825+.883

.822+.883

.812+.882

.824+.884

.828+.883

.823'83.823+.883

.818+.883

.811'84F819+.883.821+.883

~826+.883.818'83.816'83~824+.883.828+.883

~816'83.817+.882

.813+.883

.813+.882

.816+.883

~822'83.821+.883

~837+.884.827+.883

.819'83.836+.884

~824'83~819+.883F819+.882.889+.882

.815+.882

.815+,882

.821+.883

.825+.883

.828+.883

~828+.883~821+.883.SZ9+.883

.823+.883

.QZ6+.884

.828+.884

~811+~882.822+.883

.824+.883

.817+.883

.818'83.814+'.883

~818'83~819+.883~813+.883.821+.883

.826'83~817'83.813+.882

~812'83~823+.883F888+.882.823+.883

.823+.883

.818+.885

.824+.883

.822+.883

~826+.883F816+.883.818+.883

.823'83.818+.883

.889+.887

.816+.883

.814+.883

.813+.882

.816'83.824+.883

.818+.883

.835'84.828+.883

.818+.883

.831'83.825+.883

~828+.883.818+.882

.811+F882.818+.882

.814+.882

.823+.883

.824+.883 F821+.883F819+.883.828'83.829+.884

.825+.883

.857+.823

.82o+.884

~812+.882~825+.883~825+.883F817+.883F818+.884.819+.883

~817+.883.819+.883

.817+.883

.822+.883

.828+.885

.822+.884

.811+.882

.827+.884

.821+.883

.823+.883

~823+.883.819+.883.817+.884

.817+.882

.819+.883

.831'84.817+.883 F818+.883.825+.883

.819+.883

~813+.882.815+.882 F815+.883.812+.882

.828+.883

.822+.883

.821+.883

.848+.884

.827+.883

.824+.883

.836+.884

~824+.883.819+.883

.817+.882

.814+.882

.817+.882

.815+.882

.826+.884

.824+.883

.816+.883

.828+.883

.822'83.822+.883

~822+.883.826+.884

~82'8+.884

.818+.882

~821'83.831'84.816+.883

.818+.883

.815+.883 F818+.883.819+.883

.817'83.823+.883

.822+.883

.819+.883

.814+.882

.831+.884

.822'83.816+.882

.823+.883

'.821+.883

.816+.884

.819'83.828+.883

.829+.883

.816+.883

~822+.883.826'83~819+.883~QI8+.883.816+.882

.816+~883.814+.882

.816+.883

.824+.883

.818+.882

.835'84.827+.883

.821+.883

.831+.883

.824+.883

.818+.883

.816+F882.811'82.815+.882

.814+.882

.817+.882

.824+.883

.821+.883

.819+.883

.823+F883.836+.884

.824+.883

.838+.884

~827+.885.815+.883

~828+.883.GZ5+.883

~817+.883.817+.883

.813+.882

.815+.882

.818+.883

.819+.883

.824+.883

.824+.883

.821+.883

.Gll+.882

.838+.884

~823+.883.822+.883

.818+.883

.821+.883 F818+.884,816+.882

.818+.883

.828+.883

.815+.882

.817+.882

.826+.883

.828+F883.816'82.814+.882

.812+.882

.812+F882.815+.882

.822+.883

.818+.882

~836+.884.822+.883

.828+.883

.834+.883

824+'.883

.818+.883

.819+.882 F811+.882.814+.882

.816+.882

.824+.883

-63 TABLE9CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESR-1OFF-SITESTATION%Resultsinunitsof10~Ci/m+2sigmaNuclidesJanuaryFebruaryMarchAprilMay1987JuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106RQ-103Be-7K-40La-140Ra-226Ig-131<1.4<1~3<1.5<1.2<1.5<2.6<2'<6.5<10.5<1.593.3+16.8 53.7+19.2

<3.0<24.2<4.5,<2s7<1.7<ls3<1~3<2.1<4.2<1.9<6.1<8.7<2.4132.0+23.1

<26.3<5.8<25.9<4.9<2.1<1.4<1.5<0.9<1.7<3.8<2'<6.4<15.3<2.0131.0+21.8

<31.6<4.4<31.3<4.2<1.8<1~3<1.1<1.4<ls3<3'<2.1<5.9<9.9<1.6157.0+21.8 15.2+11.3

<3.3<21.6<8./4<2.2<1.0<1.3<1.5<2s2<2.2<1.9<5.7<13.1<2s2162.0+24.9

<26.2<6.3<25.8<3.8<1.6<0.9<1.6<1.4<F1<4.6<2.8<8.1<15.8<2.6188.0+27.2

<36.4<3s2<35.4<6.4NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<1.1<1.4<lsl<1.2<2'<F1<2.1<6.2<11.1<1.5154.0+19.8 35.7+17.0

<3~522.1+13.9

<5.3<1.0<1.6<1.8<1.5<1.1<3.0<2.0<6.6<11.6<2.0151.0+23.1

<35.5<3.0<26.3<5.0<0.7<1.5<1.1<1.4<1'<3.6<2.3<5'<12.9<1.691.3+17.9 20.5+12.8

<2.7<27.5<6.5<1.6<1.3<1.3<1.5<1.4<2.9<1.8<5.6<9.1<ls3133.0+19.5

<24.7<2'<18.8<4.3<1.0<0.6<1.3<1.4<1.8<2.8<1.7<5.0<11.7<1.473.3+17.3

<23.4<4.0<21s7<3.8<1.1<0.6<1.1<1.3<1.7<2.4<1.7<5.7<13'<1.873.9+14.4 27.9+14.0

<2.116.1+9.3<4.9<-LocationrequiredbytheTechnical Specifications.

-64 TABLE9(Continued)

CONCENTRATION OFCiAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICHLATE SAMPLES.R-2OFF-SITESTATIONlt'esults inunitsof20RRCi/mg22sigmaNuclidesJanuaryFebruaryMarchAprilMay1987JuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra<<226.I-131Nuclides(l.4<1.4(1.3<1.4<1.6(3.5(22<6.5(10.6<1.7101.0+16.0 63.9+18.4

<3.022.5+12.5

<4.6July<2.7<1.9(1.7<1.7<1.8<3.9<2.6<6.3<15.1<2.0122.0+22.4 20.7+15.6

<5.2<29.8<4.7August<1.6<1.6<1.5<1.0<3.0<4.5<2.7<7.0<16.0<2.2136.0+25.'7 23.3+17.5

<11.5(28.5<11.6<0.9<1.6<1.2<1.3<1.8<4.0<1.9<5.3<13.2<1.5169.0+24.3

<27.8<7.2<22.1.,<6.2<2'<1.6<1.6<1~7<2.0<3.6<2.5<6.9<17.2<2.0133.0+22.8 36'+22.4<2.6(29.9<5.9<1.1<1.8<1.6<1.4<2.4(2.4<2.9(8.0<13.7<1.8153.0+22.8 58.3+23.5

<5.3<31.4(6.7September OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131(1.3<0.7<0.9<1.1<1.3<2.6(2.1(5.6<9.4(12154.0+18.6 58.9+19.7 (2.815.3+11.5

<4.8<1.5<2.0<1.6<1.6<1.8<3'<2el<7.1<10.9<2.0154.0+24.6

<30.5<4.4<23.2<4'<1.4<1.4<1~2<1.4<2.6<5.1<2e2<4.7<13.0<2.4117.0+21.9

<24.0<4.2<21.9<7.8<1.4<1.6<1~2<0.7<le3<3.8<1.6<4.9<8.8<1~3115.0+18.6

<17.0<2.6<21.8<4.2<1~7<le2<1e'3<1.1<1.6<3.0<1.6<5.0<13.0<1.695.8+18.4

<14.5<2.8<23e3<3.9<1~2<1.2<1.2(1.1(1.6<3.0<1.6<4.8<10.3<1.462.3+13.4

<17..6<3.918.9+13.8

<4.8lg'LocationrequiredbytheTechnical Specifications.

TABLE9(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESR-3OFF-SITESTATION%'esults inunitsof10pCi/m+2sigmaNuclidesJanuaryFebruaryMarchAprilMay1987JuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106RU-103Be-7K-40La-140Ra-226I-131<1.6<1.4<1.5<1~3<2.0<4.3<2'<6.9<11.8<1.8102.0+17.2 50.5+21.4

<5.118.4+11.3

<4.6<2.0<1.5<l.7<l.4<2.0<3.4<2.4<7.1<14.3<2.3127.0+23.2'33.4

<6.2<27.8<3.7<2.0<1.9<1e2<1.4<1.4<4.5<2'<6.8<11.8<1.5143.0+23.9

<28.8'2.9<31.7<4.8<0.7<1.7<1.7<le7<2ol<4.0<2.6<7.4<11.1<2.0171.0+24.1 52.3+20.7

<4.021.0+13.1

<8.1<0.8<1.8<1.9<1.6<2.2<3,9<2.7<8.6<18.7<1.9135.0+21.9 46.2+21.5

<4.1<34.6<4.6<2e2<lo3<1.4<le5<2e2<4.9<3+1<8.8<14.2<2+1170.0+24.1 57.3+22.7

<7.1<37.1<8.6NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-l.34Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106RQ-103Be-7K-40La-140Ra-226I-131<1~7<1.5<1+3<1.4<2e3<3'<2.1<5.7<10.8<1.9158.0+20.7 38.2+18.1

<3.7<23.3<4.9<1.8<1.8<1.4<1.7<1.9<4.4<2.5<7.7<14.7<2.0148.0+21.9 53.0+22.0

<2.3<31.6<5.2<1.5<2.0<1.5<1.3<2,0<4.0<2.2<6.2<15.4<1.6110.0+22.0

<30.1<4.5<24.2<7.6<0.8<0.9<1.6'lo2<1.6<3.7<2.0<5.1<14.4<1.5128.0+19.7

<22.1<4.8<22.2<4.0<1.5<1.7<1.6<1.6<1.3<4.1<1.9<5.5<10.5<1.666.9+14.6

<17e3~<3.6<24.6<4.4<1.4<1.3<i+3<0.8<2.3<3'<2.1<6.5<12.8<1.648.1+13.2 29.5+14.8

<5.6<23.8<4.6"-LocationrequiredbytheTechnical Specifications.

-66 TABLE9(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESR-4OFF-SITESTATION<Resultsinunitsof10pCi/'m+2sigmaNuclidesJanuaryFebruaryMarchApril1987MayJuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<1.1<1.1<1~3<l.1<1.7<3.8<2.1<6.6<13.7<1.6107.0+17.1 41.2+15.9

<4.415.1+9.7<5.6<2.0<1.9<1.4<1.3<2'<5.4<2.2<6.4<14.2<1.9100.0+20.3

<30.2<4.3<27.7<5.4<1.2<1.6<1.8<1.9<2.0<4,4<2.5<7.4<12.0<2..0147.0+24.2

<17.8<3.424.7+14.9

<4.7<1.4<1.3<1.2<1~2<1.9<4.5<2.4<6.4<12.6<1.8159.0+24.0 38.4+18.2

<5.650.9+24.5

<7.3<2.0<1.6<1.6<1.3<l.7<3.6<2.0<4.8<15.4<2.0161.0+25.2

<32.2<4.6<29.6<4.3<1.0<1.4<1.8<1.3<2.4<4.0<2.9<8.9<13.5<1.6196.0+30.2 40.7+23.1

<6.1<34.2<6.0NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106RU-103Be-7K-40La-140Ra-226I-131<le3<1.2<le2<1.2<2.0<3.4<2'<5'<12.1<1~7143,0+21.6

<2le2<6.6<24.3<4.3<1.1<1.2<1~3<1.1<1.7<4.7<2.1<7~3<18.6<1.6177.0+26.3

<28.7<4.7<28.9<4.3<2.0<1.7<1.4<1.5'2.6<4.6<2.4<6.8<10.4<2.3133.0+25<21.0<4.8<25.9<10.0<1.8<1.3<1.3<1'<2.0<2.8<2.3<6.4<10.8<1~7.3143.0+19.9 42.3+16.9

<2.0<24.7<4.9<1.9<1.5<1.5<1.4<1.8<4.5<2.2<6.6<14.1<1.875.1+16.7 39.2+16.7

<3.5<29.8<4.3<1.9<1.2<1.2<1.2<2.0<2.2<1.4<5.6<9.6<1.383.2+17.0

<16.0<3.0<23.0<4.3~-LocationrequiredbytheTechnical Specifications.

-67 TABLE9(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESR-5OFF-SITESTATION(CONTROL)Jc Resultsinunitsof10g2Ci/mg+2sigmaNuclidesJanuaryFebruaryMarchApril1987MayJuneCo-60Mn-54Cs-l.34Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<1.8<1.4<1.5<1.4%2'<4.0<2e3<6.5<13a3<1'99.5+17.3 54.5+19.8

<3.720.0+10.9

<6.0<2.2<1.0<1.5<1.3<2.4<3.7<2.4<6.0.<11.5<1.8123.0023.4

<24:0<5.4<25.5<5.5<1.0<1.7<1.5<2.0<1.9<5.8<2.6<6.4<14.9<2.5140.0+23.1 17.5+14.0

<5.7<30.7<4.5<2.0<1.4<1.2<1a2<1.8<6.2<2e2<5.5<10.4<2.0168.0+26.4

<15.3<6.0<24.5<6.8<1.4<1.7<2.0<1.7<2.8<4.7<2.5<7.8<18.0<1.9169.0+27.3

<41.6<2;9<29.6<4.3<1.7<1.4<1.4<1.3<1.8<3'<3.0<5.6<14.5<2.5154.0+27.0

<23.5<6.1<27.0<12.8NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144'u-106Ru-103Be-7K-40La-140.Ra-226I-131<1.4<1.0<1.6<1'<2.6<4.0<2.2<7~1<12a7<1.6138.0+21.8 21.6+13.7

<5.2<26.1<5'<1.6<1.5<1.4<1.0<1.6<3.0<2a2<5.4<11.8<1.6167.0+23.1

<28.4<3'<26.9<4'<1.5<1.6<1e7<1.6<2.3<3'<2.6<5.9<14,2<2.3111.0+20.6

<17.6<3.130.8+18.7

<6.0<2.0<1.1<1.7<1.0<1.5<4.0<1.9<5.2<10.1<2.0143.0+22.1

<15.3<5.8<25.4<5.6<1.8<1.4<1.6<1.7<2.2<3.9<2.3<7,2<13.8<2.072.0+18,1 44.8+18.2

<3.5<29.2<3.9<1.0<1'<1.1<1'<1.9<3.2<1.8<6.1<11.3<1.568.6+15.1 26.2+12.5

<3.4<21.0<4.7<-LocationrequiredbytheTechnical Specifications.

-68 TABLE9(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESDlON-SITESTATION+Resultsinunitsof103pCi/m+2sigmaNuclidesJanuaryFebruaryMarchApril1987May,JuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106RU-103Be-7K-40La-140Ra-226I-131<1.6<1~2<0.9<1.4<2.2<1.4<2.0<5.9<7.4<2.179.9+17.2

<14.1<3'~,<24.9<4.7<2.4<1~3<i+3<1.3<2.0<3.8<2.1<6.4<13.8<2.0130.0+21.8

<27.8<2.7<25.2<4.2<i+3<lo3<1.6<1.2<2.2<4.5<2.0<6.0<13.2<1.6141.0+22.4

<28.1<3.8<29.2<4.4<le5<1.3.<1'<1.1<1.5<3.6<1.9<5.2<15.0<1.6147.0+22.9

<18.7<3.817.5+9.1<6.4<1.6<1.0<1.2<1.7<1.2<3.2<2.0<6.2<10.4<1.8162.0+25.4

<34.8<3.320.5+12.1

<4.5<1.4<1.8<1.3<1.7<2+2<5.4<2.9<7.8.<18.2<2+1165.0+26.4 46.0+23.1

<6.0<36.2'5~6NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<1.2<1.8<1.0<1.3<1.9<3.2<1.8<5.2<15.0<1.5141.0+21.5

<18.9<2.9<24.0<4.2<1.6<1.4<1.6<1.4<1.4<3.5<2.2<6.3<12.9<1.2152.0+20.6 51.6+19.7

<4.516.3+10.6

<3.5<1~5<1.4<2,1<1.8<2.4<2.9<1.8<6.7<16.9<li3100.0+19.4

<15e7<4.2<29.1<4.4<1.1<1~3<1.2<1ol<1.3<2.6<2.0<5.5<10.0<1.4135.0+16.9 51.8+16.1

<2'<21.0<4.8<1.5<1.2<1.3<1.1<1.4<3.5<2.3<5.6<12.4<1.777.1+15.0 53.2+17.3

<1.5<26.7<3.8<1e2<1.0<1.1<1.0<1.2<2.9<1.8<5.2<8.9<1.563.8+12.6 41.3+14.8

<3>1<21.3<5.4"-Optional samplelocation TABLE9(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESGON-SITESTATIONResultsinunitsof10pCi/m3+2sigmaNuclidesJanuaryFebruaryMarchApril1987MayJuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106RQ-103Be-7K-40La-140Ra-'2261-1.31<1~1<1.1<1.2<1.1<1.8<3.4<2.0<4.6<13.1<lo790.3+17.4

<28.0<2.6<19.1<4.0<1.6<2.0<1.8<1.6<2e3<3.6<2.0<5.9<15.5<1.5125.0+24'<27'<3'<27.7<4.4<2.1<1.8<1.7<1.4<2.2<3.0<2.4<6.7<18.2<1~3137.0+22.7

<31.0<5.9<31.4<5.1<1.7<1.5<1.4<1.4<1.7<3.5<2.0<5.6<12.9<2.1129.0+19.8

<29.3<3'<21.3<6.4<1.4<2.4<1.6<1.8<1.3<3e3<2.5<7.5<15.7<2'144.0+23.3

<23.5<2.8<30.1<4.1<2.3<1.9<1.6<1.8<2.6<4.9<3el<9.2<14.3<2.4166.0+26.3 54.5+22.0

<6.0<34.9<8.4NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<1.6<1.3<1.1<1~1<1.4<2.4<2.2<5.8<10.0<1.7138.0+20.1 65.0+19.2

<3.627.3+17.5

<4.3<1.9<1.5<1.8<1.4<2.2<3.5<2.9<8.3<16.1<1.7167.0+23.8 76.9+26.1

<3.431.5+17.6

<5.6<1.5<1.3<1.2<1.6<1.6<4.4<2.4<7'<13.9<1.692.3+17.4 42.5+19.5

<3.7<29.8<4.2<0.6<1.5<1.1<1.0<1.3<2.4<2.0<6.0<12.1<1.4108.0+17.0 41.4+17.7

<3'<24.8<5.2<1.9<1.5<1.5<1.4<1.8<3.3<2o2<6.8<10.8<1.871.6+15.2 30.7+15.4

<4.022.7+11.1

<4.2<1.5<1.0<1.4<lo2<1.5<3.8<2.2<6.3<12.2<1.463.4+13.1 34.0+14.5

<3.0<22.2<4.3<Optional samplelocation-70 TABLE9(Continued)

CONCLNTRATION OF<rAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESHON-SITESTATION+Resultsinunitsof10r~cilm+2sinusNuclidesJanuaryFebruaryMarch1987AprilMayJuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-1.31<1.8<1.4<1.1<1.4<2.0<3e2<1~7<4.5<10.0<1.6106.0+19.6

<19.0<4.2<22.0<3'<2.5<2'<1.6<2.0<2.7<3.6<2.4<7.8<17.3<2'116.0+22.9 26.5+17.7

<4.5<28.5<5.3<3el<1.7<le2<1.7<1~3<4.4<2.3<7'<14'<2'131.0+25.3 26.8+19.8

<3.6<32.4<4.6<2.1<1.2<1.7<1.9<2.2<4.6<2e2<7.4<12.6<1.4112.0+17.8 60'.8+20.5

<2.1<28.1.<2~7<1.5<1.2<1.7<1,6<3.5<2.8<2.9<F6<21.4<2.6144.0+25.6

<41.8<4.4<38.2<5.9<1.6<2.2<2.1<2.1<2.6<4'<2.8<10.5<18.3<2.2130.0+24.6

<52.4<3.9<42.8<7.4NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106RQ-103Be-7K-40La-140Ra-226I-131<1.8<1.5<lel<1.2<1.8<4.0<2.4<6'<10.2<1.6132.0+19.6 37.4+16'<3.1<28.6<5.5<1.4<1.6<1.9<1.8<2.1<4.2<2.4<9.0<18.1<2.0139.0+22.0 73.2+25.5

<4.4<34.2<5.2<3~2<1~3<1.2<1~1<2.1<3.5<1~9<7.1<16.5<1.872.3+19.S

<22.5<3'<26.9<6.6<1.2<1el<1.5<0.9<1'<4.0<1.8<4.6<8.8<1~2116.0+20.0

<9.2<4.0<19.4<4.6<1.0<1~2<1.4<1~1<1.9<3.9<1.9<5.4<12.4<1.071.6+16.8

<20'<4.0<24.8<4.0<1.4<1.2<1.5<1.3<1.6<4.4<2.1<5.6<12.8<1.561.2+15.5 19.3+13.5

<9.3<23.1<6.0"Optional samplelocation-71 NuclidesTABLE9(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESION-SITESTATIONResultsinunitsof10g~Ci/mg+2sigmaJanuaryFebruaryMarchAprilMay1987JuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<1.6<1.0<1.2<1.4<1.3<3.0<1.7<5.3<11.4<1.082.7+16.7

<17.0<3'<18.7<3.7<2a5<1.3<2.1<1.8<3.5<5.1<3.2<8.9<20.9<2.8108.0+24.8 36.0+23.8

<4.4<35.0<6.5<2.0<1.0<1.6<le7<2.9<5.0<2.4<7.9<16.1<2.0105.0+22.3 21.6+17.2

<5.6<30.7<6,4<le7<1.8<1.3<1.5<1.5<3.4<2.4<5.0<12.4<1.4145.0+24.0

<17.7<10.3<21.6<8.7<2.2<1.8<2.2<2.0<2.9<5,0<3e3<10.5<15.6<2.7140.0+24.4 62.6+26.8

<4'<42.4.<6.8<1.1<1.9<1.8<1.6<1~7<4.7<3.0<7.4<14.6<2.6151.0+22.4 77.8+24.9

<2.8<35.2<6'NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<1.5<1.6<1.4<le2<le7<3.6<1~8<5.0<11.4<1.4107.0+17.9 21.1+12.1

<5.0<21.6<4.7<1.5<1.8<1.4<le7,<2.6<4.2<3.0<7.4<17e2<2.5110.0+20.0 47.6+21.4

<4.8<35.3<5.2<2.5<le7<1.5<1.2<1.9<3.8<1.6<5.0<11.3<1.473.5+17.5

<28.8<3'<23.8<4.3<1.7<1.0<1.1<0.9<le7<2.1<1.6<5.5<12.8<1.4110.0+17.1 10.1+9.4<2'<21.7<4.2<1.4<1.8<1.6<la3<2.4<3.7<2'<6'<11.3<1.886.0+18.7 18.9+13.3

<3.9<24.9<4.8<1.3<1.6<1.3<1.6<2.3<3.8<2.4<5.5<12.0<1.864.9+16.3 24.2+15.0

<6.9<26.8<7.3"-Optional samplelocation.

-72 TABLE9(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESNuclidesJanuaryJON-SITESTATIONfResultsinunitsof10RCi/m+2sigmaFebruaryMarchAprilMay1987JuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<1.6<1.7<1.4<1.7<1.9<2.4<1.9<6.3<15.2<1.890.6+18,4

<28'<3'<25.5<F1<1.5<2.2<1.6<1.7<2e7<4.7<2.5<7.1<18.2<2.185.1+19.3

<27.8<F1<27.8<4.9<1.2<2.0<1.4<1.3<2el<4.3<2.0<6.6<12.5<1.8121.0+23.4 30.0+19.8

<3.6<29.3<5.4<2.5<1.3<1.2<lel<2.0<2.9<2.0<5.0<8.7<1.8150.0+25.7

<30.4<6.8<23.9<6.4<1.1<1.4<1.7<F1<1.7<2e7<1.8<6.3<16.0<1.7138.0+23.7

<23.9<3.2<26.0<4.4<1.5<1.5<1.6<1.8<2.2<4.6<2.4<6.6<13.0<2.3175.0+28.0

<34.4<8.6<26.5<7.7NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-1.03Be-7K-40La-140Ra-226I-131<1.4<le3<1.2<1.0<1'<2.3<1.9<5.6<10.3<1.3146.0+18.9 57.9+18.3

<4.9<22.6<4.9<1.4<1.5<1.6<1.4<2.2<4.0<2.2<6.1<12.5<1.5148.0+22.4 42.8+17.8

<3.8<31.3<4.7<1.5<1.6<1.5<1.8<1.8<3.7<2.0<5.7<9.7<1.976.5+17.8

<22.8<3'<25.9<4.7<1.2<1.7*<1~2<1.4<1.8<3.8<1.7<4.2<7.5<1.4107.0+18.0

<19.7<2.7<19.2<4.2<1.8<1.5<1~3<1.5<2.3<4.5<2.0<5.7<14.7<1.669.7+17.0

<22.6<4.8<29.1<4.3<le3<1.6<1.0<F1<1~7<3.4<2.4<5.4<15.4<1~759.8+13.7 53.3+16.9

<2.6<24.5<5.1lp'-Optional samplelocation-73 TABLE9(Continued)

CONCENTRATlON OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESsKON-SITESTATION4'esultsinunitsof10ggoi/mg+2sigmaNuclidesJanuaryFebruaryMarchApril1987MayJuneCo-60Mn-54CG-134Cs-137Nb-95Zr-95Ce-141Ce-144RU-106Ru-103Be-7K-40La-140Ra-226I-131<0.5<1.4<1.5<1.1<2.0<4.5<2el<6'<13.0<1.589.9+15.2 53.9+17.7

<3.9<23'<5.5<1.7"<1.8<1.9<1~5<2.0<3.4<2'<6.5<15.6<1~3124.0+24.7

<38'<6.1<29.2<4.0<2.4<0.8<1.6<1.8<1.0<3.5<2.2<6.4<15.4<2.0110.0+20.7

<19.3<3'<25.8<5.5<1.4<1.4<1.2<1.6<2.0<4.6<2'<4.9<12.9<1.4123.0+19.1

<15.1<4.3,<22.0<6.0<0.9<1.2<1.8<1.1<1.6<3.8<2.0<6.4<8.7<2.0133.0+22.3

<27s3<2.6<28.2<4.5"<2.1<1.9<1~2<1.4<2.0<5.0<2'<8.0<15.5<2.1137.0+21.5 49.3+20.6

<3.9~26.5+17.9

<8.0NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<F1<1.7<0.8<1.2<2.0<4.3<1.9<5.2<10.2<1.3109.0+18.1

<18.0<3.0<20.7<4.5<1.0<1.1<1.1<1.3<1~1<1.4<1.8<5.2<12.9<1.6125.0+22.2 14.7+12.4

<2.9<23.3<4.0<0.6<1.2<lsl<F1<1:6<3.1<2.2<6.3<11.8<la7<34.142.6+17.9

<le7<25.6<4.6<1.0<1.3<ls2<1.1<1.7<3'<1.6<5.0<9.0<1.3119.0+17.6 13.4+8.9<2.719.9+11.9

<4.6<1.7<1.5<1.4<1~5<1~7<3.4<2.0<6.3<13.5<1.981.9+17.6

<23.8<6.4<19.8<3.7<0.7<1.4<1.3<1.3<1.5<4.7<2.2<6.0<13.1<1.963.6+15.0 26.1+14.1

<4.0<28.7<5.5<-Optional samplelocation-74 TABLE9(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESD2OFF-SITESTATIONJL'esults inunitsof10grani/ma2sigmaNuclidesJanuaryFebruaryMarchApril1987MayJuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131.~<0.9<1.1<1.6<1.4<le7<3.6<2.9<7.4<13.7<2.195.8+16.6 66.8+20.6

<4.031.2+19.8

<5.9<2.5<2.4<1.8<1.8<2.7<5.6<2.4<7.4<18.3<2.1127.0+24.6

<35.5<3.7<28.6<7e3<3'<le5<1.8<2'<2.0<2.9<1,9<7.0<16.9<2.0132.0+23.6

<39F7<3.4<32.5<4.6<1.1<2.0<1.3<1.2<2.5<3.2<2'<7.7<13.5<2.0137.0+22.4

<29.7<3.3<27.4<6.8<1el<le2<1.5<la7<2.0<3.5<1.8<5.7<17.3<1.5181.0+26.4

<33.3<3.2<26.3<4.4<1.0<2.2<1.8<2al<2.7<4.5<2.7<7.7<17.4<2.2182.0+26.9

<38.5<4.9<30.0<8.0NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-S4Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40LG-140Ra-226I-131<1.4<1.2<1.1<1.2<1.5<2.6<1.8<5.5<10.1<1~3132.0+17.6 44.1+14.6

<2.8<22e5<4.0<1.5<1'<1.1<1.0<1~7<2.8<2.4<6.5<13.4<1'141.0+19.2 42.6+16.8

<2.9<24.7<4.1<1.4<1.1<1.4<1.4<1.5<3al<2.4<5.8<10.3<1.6112.0+19.5

<19.9<4.2<24.7<6.2<1~3<1.3<lel<0.9<1.4<2.4<1,5<4.3<10.8<1.'2123.0+17.9

<10.4<3.2<19.7<3'<1.8<0.6<1.3<1.3<1.2<3'<1.8<4.3<10.2<le288.4+17.1

<24.1<2.7<20.7<3.4<0.8<1.0<F1<1.0<la3<3.6<F1<5.0<9.6<1.466.6+13.3 34.0+14.5

<2.615.8+12.9

<4.1"-Optional samplelocation TABLL'(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESEOFF-SITESTATIONA'uclides Resultsinunitsof10pCi/m+2sigmaJanuaryFebruaryMarchAprilMay1987JuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144RU-106Ru-103Be-7K-40La-140Ra-226I-131<i+3<0.8<1~3<1.1<2.2<3.0<2.3<6.3<13.6<1.697.2+16'51.7+18.6

<4.715.0+9.9<5.3~<1.6<1.7<1.2<1.7<2.8<4.4<2.9<6.6<18.4<1.8103.0+21.2 22.9+16.6

<4.017.3+10.8

<7.6<2.1<1.6<1.4<1.5<1.8<2.8<2.1<6.9<11.9<2.3129.0+21.7 20.6+13.6

<2.7<26.5<4.8<0.9<1.2<1.1<1.1<1.5<2'<1.8<4.7<9.1<2.1116.0+20.5

<28.6<3.7<23.2<4.6<2.2<1.0<1.4<1.7<2e3<4.4<1.7<6.3<12.3<1.6188.0+26.8

<11.8<3.2<24.8<3.4<1.1<2.1<1.5<2.2<2.5<4.4<3el<7.6<12-1<2.4162.0+23.9 64.7+22.4

<4.9<34.2~<7.4NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<0.9<1.8<1.3<0.6<1.7<3.8<1.7<5.7<7.9<1.4123.0+19.9

<16.1<5.8<22+3<3.8<1.3~<1.3<1.4<1.4<2.1<3.8<2.5<6.7<12.7<1.9146.0+21.8 47.5+20.1

<2.3<28.4<4.8<1.0<1.4<1.4<1.2<2.0<3.6<2.6<6.3<11.9<1.9105.0+19.0 62.8+19.1

<7.8<25.4<9.5<0.8<1.4<1.2<1.1<1.1<3.3<1.8<4.8<12.7<1.3126.0+19.1

<21~1<2s7<21.4<4.4<2.0<1'<1'<1.2<1.5<3'<2.0<5.4<14.0<1.678.7+16.6 28.2+14.4

<5.4<25.9<4.1<1.1<1.3<0.9<1.1<F1<2.3<1.9<4.9<8.0<1.365.6+12.6 44.3+15.1

<2.4<21+7<5.0<-Optional samplelocation-76 NuclidesTABLE9(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE.

SAMPLESFOFF-SITESTATION+Resultsinunitsof10gggi/me2sigmaJanuary.FebruaryMarchAprilMay1987JuneCo-60Mn-54CG-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<1.4<1.4<1.1<1.3<1.8<3.5<2.2<6.7<11.5<1.4103.0+15.9 47.0+17.4

<4.026'9+15.3<4.1<1.9<1.0<1.6<F1<1.9<5.2<2.3<7'<17.4<1.4120.0+22.2

<26.7<3.2<27.0<6:2<1.1<0.9<1.8<1.6<2.8<3.4<2.1<6.7<13'<1.6148.0+23.4 27.7+17.3

<3.1<26.2<5.4<1.8<1.4<1.4<1~3<1.6<3.6<2e3<6.1<13.7<1.9145.0+20.2 57.0+18.7

<4.2<23.7<6.1<1.6<1.7<1.5<0.8<1~7<3.2<2.0<6.1<8.8<1.6144.0+23.9

<29.5<4.6<23.4<4.3<1.6<1.5<1.4<1.8<2.3<4.6<2.5<8.3<11.2<2.2160.0+25.5

<45.9<7.0<32.8<7.9NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-131<1.2<1.4<1.2<0.9<1'<2.6<2.2<5.'<10.0<1.7122.0+18.1 41.3+17.0

<4.0<24.8<4.6<2.3<1.6<1.5<1.3<1'<5.1<2.3<7.4<16.9<2.0136.0+21.8 15.0+11.2

<2.612.3+11.8

<5.3<1.6<1~3<1.5<1~2<1'<4.5<2.9<7.3<11.2<2.0108.0+20.3 43.5+17.9

<3.7<28.3<10'<1.3<0.6<1.3<0.8<1.4<3.3<1.7<4.6<10.8<1.5118.0+17.2 16.0+9.8<3'<20.0<4.2<1.7<1.6<1.2<F1<1.8<2.3<1.8<5.2<12.2<1.390.5+17.9

<25.0<2.8<22.6<3.4<0.6<1.0<F1<0'<1e7<3.2<1.6<4.8<10.7<1.463.9+13.6 29.1+13.1

<2.9<22e7<3e3"-Optional samplelocation-77 TABLE9(Continued)

CONCENTRATION OFGAMMAEMITTERSINMONTHLYCOMPOSITES OFNMPAIRPARTICULATE SAMPLESGOFF-SITESTATIONResultsinunitsof10~Ci/m+2sigmaNuclides.JanuaryFebruaryMarchApril1987MayJuneCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226.I-131<1.6<1.9<1.6<1.4<2.3<3'<2.5<8.1<12.9<2.2108.0+19.0 38.5+18.6

<2o2<30.5<6.5<2'<1.6<1,6<1.9<2.5<4.6<2.5<6.9<16.6<2.7137.0+26.0

<27.4<4.4<27.9<6.0<1.9<1.6<1.8<1.6<2.3<5.9<2.2<8.3<19.0<1.6137.0+24.7 23.7+16.1

<3.2<33.7<4..4<F1<1.5<1.5<0.7<1.4<3.8<2.0<5.9<11.0<2.0152.0+22.8

<25.2<4.6<26.7<F1<1.3<1.1<2.0<1.3<1.0<3.7<2.5<5.6<16.7<1.8161.0+27.6

<37.0<3.8<30.8<5.7<1.5<1.7<1.8<1.9<2.0<4.9<3.5<8.4<15.7<2.8194.0+26.8 79.1+28.5

<6.4<38.2<7.5NuclidesJulyAugustSeptember OctoberNovemberDecemberCo-60Mn-54Cs-134Cs-137Nb-95Zr-95Ce-141Ce-144Ru-106Ru-103Be-7K-40La-140Ra-226I-1311.7+1.03'+11<1.1<1~3<1.7<3.1<2.3<6.2<11'<2.0157.0+20.8 54.0+17.5

<2.2<24.4<7.5<1.6<1.5<1.7<1.3<1.6<4.0<2.5<6.8<14.0<2.0157.0+21.3 76.6+21.8

<5.4<27.7<6.5<1.5<1.4<1.2<le3<2.6<3.6<2.8<6.6<11.9<2.4112.0+18.8 44.1+16.5

<4.317.1+11.2

<10.7<1.5<1.2<1.4<1.1<2'<3.0<2.2<6.6<9.4<1.5130.0+19.5 34.0+16.4

<2.2<26.5<5.0<1.8<1.0<1.4<1.2<1.4<3.4<2.1<6.9<13.1<1.982.0+15.2 59.2+18.7

<4.2<29.2<4.2<1.1<0.9<1.3<1.2<1.7<3.0<2.0<5.5<10.0<1.452.5+13.0 33.4+14.7

<2.014.4+8.9<4.5*"-Optional samplelocation-78 TABLENMP/JAFSITEENVIRONMENTAL CHARCOALCARTRIDGE SAMPLES-OFFSITESTATIONSI-131ACTIVITYpCi/m"3+2sigmaMEEKENDDATERlR2LOCATIONR387/81/8687/81/1387/81/2887/81/2787/82/8387/82/1887/82/1787/82/2487/83/8387/83/1887/83/1787/83/2487/83/3187/84/8787/84/1487/84/2187/84/2887/QS/8587/85/1287/85/1S87/85/26'87/86/82 87/86/8987/86/1687/86/2387/86/3887/87/8787/87/1487/87/2287/87/2887/88/8487/88/1187/88/1887/88/2587/QS/Ql87/89/8887/89/1587/89/2287/89/2987/18/8687/18/1387/18/2887/18/2787/11/8387/ll/1887/11/1787/11/2487/12/8187/IZ/8887/12/1587/12/2287/12/29<Q,QQS<8'89<8.818<8'11<8.815<8.812<8.814<8.812<8.889<8F889<8.885<8.818<8.818<8.815<8.888<8.812<8.811<8.811<8~812<8.812<8~818<8.816<8F812<8.818<8.814<8.888<8.814<8.889<8F811<8'12<8.889<8.813<8F818<8.811<8'128.811+8.886

<8.818<8.885<8'12<8'11<8.888<8.811<8.889<Q.QQS<8.818<8.888<8.888<8.88S<8.885<8.889<8.818<8'89<8.812<8.888<8,816<8.811<8.814<8.811<8,813<8.813<8.811<8.813<8.813<8'12<8'87<8.889<8.887<8.812<8'89<8.889<8F889<8.889<8.814.<8F889<8'17<8.813<8.814<8.889<8.889<8.811<8.814<8.816<8.813<8.818<8.889<8.889<8.8898.818+8.888

<8.818<8.889<8.'813<8'18<8.889<Q.QQS<8.811<8.811<8.818<8.811<8.889<8.886<8.889<8.887<8.886<8.888<8.889<8F888<8.815<8.815<8.813<8'11<8.814<8.812<8.812<8.812<8.811<8'89<8.811<8F811<8'14<8.815<8.888<8.889<8.818<8'13<8.886<8,888<8.813<8.816<8F886<8.886<8.889<8.814<8'18<8.814<8.811<8.812<8.813<8.818<8.811<8.889<8.818<8.811<8.812<8.813<8.818<8.888<8.811<8'11<8.889<8.887<8.818<8.886<8.818<8.889<8'88<8.888<8.814<8.886<8.818<8.813<8.813<8.888<8.888<8.812<8'16<8.818<8.815<8.889<8.814<8F888<8.812<8.888<8.818<8'11<8.813,,<8.812<8'84<8.818<8.889<8'15<8.814<8.818<8.812<8.812<8'87<8'12<8'12<8'll<8.888<8.888<8.888<8.811<8.813<Q.QQS<8.813<8.888<8.888<8.811<8.812<8,818<8.818<8.886<8.818<8.888<8.888<8.818<8'88<8.889<8.812<8.814<8.813<8'14<8.813<8.811<8.889<8.818<8.818<8.813<8,813<8'18<8.818<8.812<8'14<8.813<8.814<8'87<8.812<8.813<8F889<.8.889<8,812<8F812<8.813<8'26<8'18<8'18<8.815<8'16<8.818<8.889<8.887<8.812<8.887<8.818<8.818<8'18<8.813<8.818<8.889<8.812<8.813<8.823<8.813<8.818<8'12<8.888<8.818<8.888<8.889<8.884-79 TABLE'10(Cont'd)NMP/JAFSITEENVIRONMENTAL CHARCOALCARTRIDGE SAMPLES"OFFSITESTATIONSMEEKENDDATE02I-131ACTIVITYpCi/m"3+2LOCATIONsigma87/81/8687/81/1387/81/2887/81/2787/82/8387/82/1887/82/1787/82/2487/83/8387/83/1887/83/1787/83/2487/83/3187/84/8787/84/1487/84/2187/84/2887/85/8587/85/1287/85/1987/85/268//86/8287/86/8987/86/1687/86/2387/86/3887/87/8787/87/1487/87/2287/87/2887/88/8487/88/ll87/88/1887/88/2587/8S/8187/8S/8887/89/15'7/89/22 87/89/2987/18/8687/18/1387/18/2887/18/2787/11/8387/11/1887/11/1787/11/2487/12/8187/12/8887/12/1587/12/2287/12/29<8.885<8.817<8.816<8.814<8.814<8.814<8.813<8.812<8.818<8.813<8.814<8.811<8.818<8'12<8'11<8.888<8.812<8'13<8'89<8'13<8'88<8.811<8,889<F811<8'13<8.887.<8.811<8.888<8'89<F818<8.88S<8.818<8.88S<8.813<8.818<8.888<8.818<8.887<8.818<8.811<8'89<8.818<8.888<8.887<8.886<8.888<8.818<8.888<8.887<8.888<8'88<8.888<8'12<8.813<8.818<8.889<8.812<8.813<8.811<8.818<8.818<8'12<8.812<8.812<8.814<8'18<8.816<8.811<8.886<8.88S<8.813<8.818<8'18<8.818<8.812<8.814<8.811<8.815<8.811<8.887<8.812<8.812<8.818<8'13<8.811<8.818<8'12<8.888<8.813<8'8S<8.818<F818<8.889<8'12<8'88<8'12<8'87<8'18<8.88S<8'89<8'88<8.888<8.887<8.887<8'12<8.888<8.813<8.812<8'13<8.88S<8.818<8.818<8.889<8.888<8.818<8'88<8.811<8'13<8'12<8'89<8'11<8.888<8.811<8.88S<8.811<8.811<8.813<8.886<8'13<8.811<8.818<8.811<8.812<8.814<F811<8.812<8'89<8.811<8.818<8'8S<8.889<8.811<8.888<8.814<8.811<8'18<8.812<8.811<8.818<8'12<8.888<8'85<8.884<8'88<8.887<8.884<8.811<8.811<8.814<8.816<8.822<8.811<8.813<8.813<8.813<8.813<8.811<8.814<8.828<8.889<8'12<8.811<8.888<8.818<8.812<8.811<8.813<8.815<8.814<8.811<8.812<8.812<8.812<8.813<8.811<8.813<8.811<8.812<8.88S<8.811<8.887<8.811<8.811<8.812<8F811<8.813<8.818<8.812<8.889<8.816<8.818<8.888<8.818<8.887<8.889<8.887<8.888<8.889-80 TABLE11NMP/JAFSITEENVIRONMENTAL CHARCOALCARTRIDGE SAMPLES-ONSITESTATIONSI-131ACTIVITYpCi/m"3+2sigmaLOCATIONMEEKENDDATE87/81/8587/81/1287/81/IS87/81/2687/82/8287/82/8987/82/1787/82/2387/83/8287/83/89'7/83/I6 87/83/2387/83/3887/84/8687/84/1387/84/2887/84/2787/85/8487/85/1187/85/1887/85/2687/86/8187/86/8887/86/1587/86/2287/86/2S87/87/8687/87/1387/87/2887/87/2787/88/8387/88/1887/88/1787/88/2487/88/3187/89/8887/89/1487/89/2187/89/2887/18/8587/18/1387/18/1987/18/2687/11/8287/11/8987/ll/1687/11/2387/II/3887/12/87.

87/12/1487/12/2187/12/2801<F811<8.813<8.818<8.822<8.811<8.813<8'89<8.818<8.889<8.889<8.818<8.813<8.815<F818<8.886<8.889<8.889<8.888<8.814<8.812<8'18<8~889<8.812<8'13<8.813<8.818<8'12<8.818<8.818<8.812<8,818<8.886<8.811<8.812<8.811<8.818<8.812<8.818<8.813<8.887<8.818<8.812<F811<8.818<8.888<8.889<F885<8.818<8'86<8.886<8.887<8.888<8'14<8.818<8.815<8.813<8.814<8.886<8.812<8.811<8.812<8.815<8.889<8.812<8.812<8.818<8.811<8.813<8.813<8.811<8.888<8'88<8.888<8.811<8.813<8.813<8'12<8.814<8'18<8.812<8.811<8.811<8.812<8.814<8.816<8'13<8.811<8.812<8.881<8.811<8.889<8.888<8'87<8.889<8'18<8.811<8.811<8.888<8'12<8'89<8.888<8.887<8'89<8'88<8.889<8'18<8.811<8.811<8.811<8.811<8.815<8.88S<8.888<8.812<8.817<8'11<8'11<8'14<8.813<8.812<8.816<8.889<8.818<8.812<8.889<8.812<8.816<8.818<8.816<8.811.<8.814<8.818<8.811<8'12<8.818<8.812<8.818<8.813<8.845<8.828<8.818<8.888<8.81348.818<8.888<8.813<8.888<F811<8.813<8.811<8.811<8.88S<8.814<8'12<8.888<8.889<8.813<8'11<8'14<8.813<8.813<8.811<8'38<8.813<8'11<8.818<8.889<8.817<8'22<8.814<8.811<8'89<8.889<8.811<8.821<8.828<8.818<8.889<8.812<8.813<8.889%8.818<8.818<8.812<8'88<8.813<8.812<8.813<8.814<8'22<8.811F816+.889<8.815<8.888.888+.886

<9.889<8.889<8.811<8'18<8.887<8.814<8.818<8.889<8.8I8<8'89<8.88S<8.811<8.817<8.887<8'18<8.817<8.889<8.816<8.813<8.828<8.818<8.812<8.811<8.886<8.818<8'89<8.811<8'89<8.813<8.889<8.818<8.813<8.887<8.887<8.815<8~818<8.813<F811<8.888<8.889<8.813<8.889<8.889<8.811<F818<8.811<8.884<8.889861+.814<5.812<8.818<8.812<8.818<8.818<8.813<8.812<8.818<8.889<8.818<F811<8.88S<8.813<8.818<8.818<8.813<8.818<8;814<8.887<8'15<8.817<8.8f2<8.818<8.812<8.88S<8'11<F811<8.818<8.811<8.888<8.813<8.887<8.885<8.889<8.889<8.889<8'87<8.811<8.812<8.811<8.818<8.889<8.812<8.811<8.813<8.818<8.811<8.811<8.813<8.888<8.886<8.814<8.814<8.818<8.888<8.818<8.818<8.813<8.889<8.818<8.812<8.815<8.88S<8.818<8'86<8.884<8.889<8.8.18.-81 TABLE12ADIRECTRADIATION'MEASUREMENT RESULTSResultsinunitsofmrem/standard month+2sigmaStationNumberLocationJanuary1987ThroughMarchApril~ThroughJuneJulyOctoberThroughThroughSeptember DecemberLocation(Direction and(Distance)(3) 34567Jf8910ll121314>15>18>1923'42526272829DlOnSiteD2OnSiteEOnSiteFOnSiteGOnSiteR-5OffSite-Control DlOffSiteD2OffSiteEOffSiteFOffSiteGOffSiteDeMassRd.,SWOswego-Control Pole66,W.Boundary-Bible CampEnergyInfo.Center-LampPost,SW.EastBoundary-JAF, Pole9HOnSiteIOnSiteJOnSiteKOnSiteN.Fence,N.ofSwitchyard, JAFN.LightPole,N.ofScreenhouse, JAFN.Fence,N.ofW.SideScreenhouse, JAF6.4+1.14.6+0.35.5+0.24.0+0.34.4+0.25.3+0.45.1+0.25.0+0.25.1+0.35.0+0.65.2+0.45.2+0.34.8+0.45.7+0.25.4+0.66.2+0.55.5+0.55.4+0.65.6+0.49.8+2.414.4+4.8.30.8+5.4

~8.8+0.95.6+0.65.2+0.44.7+0.44.4+0.25.6+0.44.8+0.94.8+0.2.4.4+0.34.5+0.44.6+0.25.4+0.6~4.2+0.35.8+0.45.2+0.55.8+0.44.9+0.44.8+0.35.0+0.313.6+3.018.1+5.232.8+6.811.3+1.25.7+0.56.3+0.45.7+0.35.5+0.26.6+0.55.7+0.45.2+0.45.7+0.35.8+0.45.6+0.35.8+0.45.2+0.46.2+0.46.0+0.47.0+0.46.2+0.54.9+0.34.9+0.516.4+3.021.1+5.831.0+8.011.4+1.45.8+0.56.1+0.44.0+1.1'.6+0.25.4+0.55.2+0.45.0+0.45.2+0.45.0+0.45.2+0.45.0+0.45.0+0.45.8+0.45.2+0.26.4+0.55F8+0.5.5.1+0.45.1+0.318.2+4.023.0+8.431.8+9.70.20.40.40.50.716.411.49.07.27.75.312.60.90.41.30.80.80.90.50.40.50.5milesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmllesQ&9o9140Q175~8210082500Q42oQ80Q1174Q160Q19048225092268237082650Q81Q704Q98o911081320Q60Q68Q65 TABLE12A.(Continued)

DIRECTRADIATION MEASUREMENT RESULTSResultsinunitsofmrem/standard month+2sigmaStationNumberLocationJanuary19&7ThroughMarchAprilThroughJuneJulyOctoberThroughThroughSeptember DecemberLocation(Direction and(Distance)(3) 3031394749k515253545556%58'475k76>77'Jf78>79%80&l>82a83<N.Fence(NW)JAFN.Fence(NW)NMP-1N.Fence,RadWaste,NMP-1N.Fence,NE,JAFPhoenix,NY-Control Liberty6BronsonSts.,EofOSSEast12th6CayugaSts.,Osw.SchoolBroadwell SChestnutSts.,FultonH.S.LibertySt.,6Co.Rte.16,MexicoH.S.GasSubstation 6Co.Rt.5-PulaskiRt.104-NewHavenSch.(SECorner)Co.Rt.1A-Alcan(E.ofE.EntranceRd.)Unit2,N.Fence,N.ofReactorBldg.Unit2,N.Fence,N.ofChangeHousoUnit2,N.Fence,N.ofPipeBldg.JAF,E.ofE.OldLayDownAreaCo.Rt.29,Poleft63,0.2mi.S.ofLakeRd.Co.Rt.29,Poleit54,0.7mi.'.ofLakeRd.MinerRd.,Pole816,0.5mi.W.ofRt.29MinerRd.,Poleill1/2,1.1mi.W.ofRt.29LakeviewRd.,Tree,0.45mi.N.ofMinerRd.9.1+1.8(1)12.2+1.88.6+1.25.0+0.25.8+0.35.6+0.45.7+0.35.6+0.65.4+0.65.5+0.45.2+0.35.9+0.44.4+0.45.8+0.46.0+0.55.0+0.35.0+0.35.4+0.25.3+0.35.4+0.611.6+2.08.4+1.211.0+1.610.6+1.54.6+0.24.7+0.24.840.24.8+0.34.8+0.24.6+0.24.5w0.24.1+1.25.0+0.45.4+0.67.6+0.56.0+0.45.4+0.24.6i0.24.640.24.440.25.2+0.913.6+1.6&.1+1.211.1+1.211.8+1.95.4+0.25.4+0.25.6+0.26.0+0.45.3+0.35.5+0.2'5.8+0.64.8+0.45.6+0.45.6+0.47.6+1.26.0+0.45.5+0.45.4+0.25.8+0.34.8+0.35.6+0.314.6+2.67.9+1.111.4+2.211.4+1.65.1+0.65.8+0.55.3+0.45.4+0.44.6+0.45.1+0.25.1+0.35.4+0.45.1+0.45.5+0.46.0+0.65.5+0.45.2+0.25.0+0.25.6+0.55.6+0.45.4+0~40.40.20.20.619.87.45.813.79.313.05.33.10.10.10.21.01.11.41.61.61.2milesmilesmilesmileslllileSmilesmilesmilesnlilesmilesmilesmilesillil.eSmilesmilesmilesmilesmilesmilesmilesmiles957oQ27692929699170Q2339227Q183o9115975Q123922095o925oQ45Q909115Q133Q15991819200-83 TABLE12A(Continued)

DIRECTRADIATION MEASUREMENT RESULTSResultsinunitsofmrem/standard month+2sigmaStationNumberLocationJanuary1987ThroughMarchAprilThroughJuneJulyOctober:-LocationThroughThrough(Direction andSeptember December(Distance)(3) 84"85>86>87>88>89%'0%'1" 92"93'A94k95J(96%97)k98'ALakeviewRd.N.,Poleit6117,200Ft.N.ofLakeRd.Unit1,N.Fence,N.ofW.SideofScreenHouseUnit2,N.Fence,N.ofW.SideofScreenHouseUnit2,N.Fence,N.ofE.SideofScreenHouseHickoryGroveRd.,Pole"112,0.6mi.N.ofRt.1LeavittRd.,Poleitl6,0.4mi.S.ofRt.1Rt.104,PoleS'300,150Ft.E.ofKeefeRd.Rt.51A,Pole859,0.8mi.W.ofRt.51MaidenLaneRd.,PowerPole,0.6mi.,S.ofRt.104Rt.53,Polel-l,120Ft.S.of104Rt.1,Pole882,250ft.E.ofKocherRd.Lakeshore CampSite,FromAlcanW.AccessRd.,Pole821,1.2mi.N.ofRt.1CreameryRd.,0.3mi.SofMiddleRd.,Pole11/2Rt.29,Env.StationR4,200Ft.N.ofMinerRd.LakeRd.,Pole8145,0.15mi.E.ofRt.295.8+0.513.2+2.66.8+1.06.0+0.46.0+1.25.7+0.25.4+0.45.0+0.25.4+0.24.5+0.25.0+0.44.6+0.25.5+0.65.6+0.46.0+0.25.'8+1.012.0+3.47.3+1.65.6+0.54.6+0.35.4+0.24.8+0.34.3+0.45.1+0.35.2+0.45.5+0.54..690.24.630.23.5+1.24.9+0.35.6+0.412.0+1.67.0+0.66.1+0.55.8+0.36.0+0.35.5+0.45.0+0.26.0+0.45.8+0.65.0+0.45.2+0.25.2+0.35.7+0.26.0+0.45.6+0.514.3+2.06.4+0.96.0+0.65.0+0.45.2+0.45.0+0.34.8+0.55.6+0.35.0+0.25.0+0.24.4+0.15.4+0.44.8+0.26.0+0.41.1milesQ2250.2miles9294O.lmilesQ3150.1milesQ3414.8milesQ974.1milesQill4.2males91354.8milesQ1564.4milesQ1834.4miles92054.7milesQ2234.1milesQ2373.6milesQ1991.8milesQ1431.2milesQ101 TABLE12A(Continued)

DIRECTRADIATION MEASUREMENT RESULTSResultsinunitsofmrem/standard month+2sigmaStationNumberLocationJanuary1987ThroughMarchAprilThroughJuneJulyThroughSeptember OctoberThroughDecemberLocation(Direction and(Distance)(3) 99100101102103104105106107NMPRd.,0.4milesN.ofLakeRd.,Env.StationRlOff-SiteRt.29andLakeRd.,Env.StationR2Off-SiteRt.29,0.7mi.S.ofLakeRd.,Env.StationR3Off-SiteEOF/Env.Lab,OswegoCo.Airport(FultonAirport),

Rt.176,E.DrivewayLampPostEIC,EastGarageRd.,LampPostParkhurst Road,Pole1481/2-A,0.1mi.S.ofLakeRd.LakeviewRoad,Pole6125,0.6mi.S.ofLakeRd.Shoreline Cove,E.ofNMP-l,TreeonW.EdgeShoreline Cove,E.ofNMP-l,Tree30ft.SouthofTLDftl064.9+0.25.0+0.25.3+0.26.8+0.55.8+0.25.4+0.55.4+0.36.4+0.5(2)5.0+0.24.6+0.34.4+0.64.8+0.35.4+0.44.9+0.25.0+0.26.0+0.66.5+0.65.6+0.46.1+0.25.7+0.25.8+0.35.5+0.45.2+0.45.8+0.36.6+0.56.7+0.65.6+0.45.2+0.45.4+0.35.8+0.26.2+0.4'5.2+0.45.0+0.46.2+0.45.7+0.51.8miles9881.1milesQ1041.5miles913211.9miles91750.4males92671.4miles91021.4miles91980.3milesQ2740.3miles9272(1)(2)(3).(4)TLDlostinfield.TLDnotestablished duringthequarterly period.Direction anddistancebasedonNMP-2reactorcenterline andsixteen22.5sectorgrid.TLDdeleted.Technical Specification location.

-85 TABLE12BDIRECTRADIATION MEASUREMENT RESULTSResultsinunitsofmrem/quarterly period+2sigmaStationNumberLocation1987JanuaryThroughMarchAprilThroughJuneJulyOctoberThroughThroughSeptember

.December Location(Direction and(Distance)(3) 34567A8910ll121314>.15%18"1923~'425262728DlOnSiteD2OnSiteEOnSiteFOnSiteGOnSiteR-5OffSite-Control DlOffSiteD2OffSiteEOffSiteFOffSiteGOffSiteDeMassRd,SWOswego-Control Pole66,W.Boundary-Bible CampEnergyInfo.Center-Lamp Post,SWEastBoundary-JAF, Pole9HOnSiteIOnSiteJOnSiteKOnSiteN.Fence,N.ofSwitchyard, JAFN.LightPole,N.ofScreenhouse,JAF 19.9+1.714.2+0.516.7+0.312.3+0.513.8+0.415.8+0.615.4+0.215.0+0.215.2+0.415.2+0.815.6+0.515.4+0.514.4+0.617.3+0.316.6+1.018.8+0.816.8+0.816.6+0.917.2+0.629.6+3.643.4+7.225.16.15.13.12.16.14.14.13.13.13.16.12..17.15.16.14.14.14.40.4+1.35+0.83+0.67+0.69+0.46+0.63+1.45+0.43+0.46+0.5840.41+0.82+0.41+0.52+0.88+0.64+0.62+0.56+0.52+4.453.5+7.734.8+1.817.6+0.719.3+0.617.3+0.516.8+0.319.8+0.817.2+0.615.5+0.517.0+0.417.4+0.616.8+0.517.4+0.515.8+0.618.6+0.518.4+0.621.4+0.619.0+0.814.9+0.415.1+0.750.5+4.665.0+9.033F0+2.017.0+0.817.8+0.611.7+1.613.3+0.416.2+0.715.4+0.615.1+0.515.5+0.615.0+0.615.6+0.615.1+0.614.0+0.617.2+0.615.5+0.418.5+0.716.8+0.814.9+0.514.8+0.553.8+6.06&.1+12.4 0.20.40.40.50.716.411.49.07.27.75.312.60.90.41.30.80.80.90.50.4milesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmiles0.5miles69140175210250o4280o117160190225226~23726581~709811013260Q68-86 TABLE12B(Continued)

DIRECTRADIATION'MEASUREMENT RESULTSResultsinunitsofmrem/quarterly period+2sigmaStationNumberLocationJanuary1987ThroughMarchAprilThroughJuneJulyOctoberThroughThroughSeptember DecemberLocation(Direction and(Distance)(3) 29N.Fence,N.ofW.SideScreenhouse, JAF30NFence(NW)JAF31N.Fence(NW)NMP-139N.Fence,Rad.Waste,NMP-147N.Fence,NE,JAF49~Phoenix,NY-Control 51Liberty6BronsonSts.,E.ofOSS52East12th6CayugaSts.,Osw.School53Broadwell SChestnutSts.,FultonH.S.54LibertySt.6Co.Rt.16,MexicoH.S.55GasSubstation, Co.Rt.5,Pulaski56't.104-NewHavenSch.(SECorner)58<Co.Rt.1A-Alcan(E.ofEntranceRd.)75>Unit2,N.Fence,N.ofReactorBldg.76>Unit2,N.Fence,N.ofChangeHouse77~Unit2,N.Fence,N.ofPipeBldg.78'AF,E.OFE.OldLaydownArea79~Co.Rt.29,Pole863,0.2mi.S.ofLakeRd.80~Co.Rt.29,Poleit54,0.7mi.S.ofLakeRd.81"MinerRd.,Poleit16,0.5mi.W.ofRt.2982~MinerRd.,Polett11/2,1.1mi.W.ofRt.2992.5+8.027.4+2.8(1)37.2+2.826.0+1.814.6+0.317.3+0.416.6+0.517.2+0.416.6+0.816.2+0.816.7+0.415.9+0.417.8+0.613.5+0.518.2+0.618.2+0.815.5+0.415.4+0.416.6+0.416.2+0.497.0+10.2 34.1+3.024.8+1.832.6+2.231.6+2.213.8+0.414.0+0.414.4+0.414.4+0.414.2+0.413.8+0.313.4+0.412.2+1.814.S+0.616;0+0.822.4+0.717.4+0.615.6+0.313.3+0.413.2+0.413.0+0.395.5+12.4 41.9+2.624.5+1~833.5+1.936.0+2.916.4+0.216.0+0.416.6+0.418.0+0.615.9+0.416.6+0.417.0+0.814.3+0.617.0+0.517.2+0.522.7+1.718.4+0.616.8+0.616.6+0.417.4+0.414.8+0.494.0+14.4 43.2+3.923.4+1.633.9+3.233.8+2.415.4+0.817.5+0.815.8+0.616.2+0.613F8+0.615.4+0.415.5+0.516'.4+0.5 15.2+0.616.4+0.617.6+0.816.1+0.615.4+0.414.8+0.316'+0.616.2+0.60.50.40.20.20.619.87.45.813.79.313.05.33.10.10.10.21.01.11.41.61.6milesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesmilesQ65Q57~Q276Q292Q69oQ170Q233Q227oQ183Q115Q75Q123Q220Q5oQ25Q'45Q90Q115Q133Q159Q181-87 TABLE12B(Continued)

DIRECTRADIATION MEASUREMENT RESULTSResultsinunitsofmrem/quarterly period+2sigmaStationNumber'ocation January1987ThroughMarchAprilThro'ughJuneJulyOctoberThroughThroughSeptember DecemberLocation(Dxrectxon and(Distance)(3) 83>84>85~86>87>&8<89~90491<92"93Jt94%'5k'6%

LakeviewRd.,Tree,0.45mi.N.ofMinerRd.LakeviewRd.,N.,Pole86117,200Ft.N.ofLakeRd.Unit1,N.Fence,N.ofW.SideofScreenHouseUnit2,N.Fence,N.ofW.SideofScreenHouseUnit2,N.Fence,N.OfE.SideofScreen.HouseHickoryGroveRd.,Poleit2,0.6mi.N.ofRt.1LeavittRd.,Poletl6,0.4mi.S.ofRt.1Rt.104,Polett300,150Ft.E.ofKeefeRd.Rt.51A,Poleft59,0.8mi.W.ofRt.51MaidenLaneRd.,PowerPole,0.6mi.S.ofRt.104Rt.53,Polel-l,120Ft.S.ofRt.104Rt.1,Pole882,250Ft.E.ofKocherRd.Lakeshore CampSite,FromAlcanW.AccessRd.,Poleit21,1.2mi.N.ofRt.1CreameryRd.,0.3mi.S.ofMiddleRd.,Pole11/216.4+0.917.8+0.839.6+3.920.4+1.418.4+0.618.3+1.817.2+0.416.6+0.615.2+0.316.4+0.413.5+0.415..0+0.6 13.7+0.316.7+0.815.2+1.316.9+1.435.6+5.021.6+2.216.6+0.813.4+0.416.0+0.414.3+0.412.7+0.615.0+0.515.7+0.616.4+0.813.8+0.413.6+0.417.0+0.417.0+0.636.4+2.521.0+1.018.4+0.817.6+0.418.2+0.416.4+0.615.1+0.418.2+0.617.1+0.815.1+0.515.6+0.315.640;415.6+0.616.6+0.742.4+3.119.0+1.417.'6+1.0 14.8+0.615.8+0.615.0+0.514.4+0;716.8+0.415.2+0.415.0+0.413.2+0.216.6+0.61.2miles92001.1miles92250.2miles9294O.lmiles9315O.lmiles93414.8milesQ974.1miles9ill4.2milesQ1354.8miles91564.4miles91834.4males92054.7miles9223~4.1milesQ2373.6milesQ199-88 TABLE12B(Continued)

DIRECTRADIATION MEASUREMENT RESULTSResultsinunitsofmrem/quarterly period+2sigmaStationNumberLocationJanuary1987ThroughMarchAprilThroughJuneJulyThroughSeptember OctoberThroughDecemberLocation(Direction and(Distance)(3) 97*98)k99100101102103104105106107Rt.29,Env.StationR4,200Ft.N.ofMinerRd.LakeRd.,Pole8145,0.15mi.E.ofRt.29NMPRd.,0.4milesN.ofLakeRd.,Env.StationRlOff-SiteRt.29andLakeRd.,Env.StationR2Off-SiteRt.29,07mi.S.ofLakeRd.,Env.StationR3Off-SiteEOF/Env.Lab,OswegoCo.Airport(FultonAirport),

Rt.176,E.DrivewayLampPostEIC,EastGarageRd.,LampPostParkhurst Road,Pole1481/2-A,O.lmi.S.ofLakeRd.LakeviewRoad,Pole6125,0.6mi.S.ofLakeRd.Shoreline Cove,E.ofNMP-l,TreeonWestEdgeShoreline Cove,E.ofNMP-l,Tree30ft.SouthofTLD810616.6+0.418.2+0.414.8+0.215.1+0.416.0+0.320.7+0.817.2+0.416.6+0.816.6+0.620.0+0.8(2)10.4+3.714.4+0.514.7+0.414.0+0.413.2+0.914.2+0.4~16.2+0.614.4+0.415.0+0.417.8+0.819.2+1.017.2+0.418.4+0.616.7+0.418.2+0.417.0+0.417.3+0.416.6+0.516.0+0.617.6+0.419.9+0.820.2+0.814.4+0.417.8+0.616.5+0.615.6+0.515.8+0.417.0+0.418.5+0.415.2+0.614.8+0.418.0+0.716.6+0.81.8miles91431.2miles91011.8miles9881.1milesQ1041.5miles913211.9males91750.4miles92671.4milosQ1021.4milesQ1980.3miles92740.3milesQ272(1)(2)(3)(4)TLDlostinthefield.TLDnotestablished duringthequarterly period.Direction anddistancebasedonNMP-2reactorcenterline andsixteen22.5sectorgrid.TLDdeleted.Technical Specification location-89 TABLE13CONCENTRATION OFGAMMAEMITTERSINMILKResultsinunitsofpCi/liter

+2sigmaStationNuclides4-6-874-20-875-4-875-18-876-1-876-15-87165055K-40Cs-134Cs-137Ba/La-140 OthersK-40Cs-134Cs-137Ba/La-140 OthersK-40Cs-134Cs-137Ba/La-140 OthersK-40Cs-134Cs-137Ba/La-140 Others1450+203<9.4<8.3<9.8<LLD1390+196<8.3<9.7<7.7<LLD1410+174<8.0<8.3<77<LLD1710+205<8.4<8.8<7.0<LLD1530+241<10.6<11.1<4.9<LLD1550+286<10.6<15.4<12.9<LLD1670+271<9.0<12.0<8.5<LLD1440+262<10.7<13.3<13.5<LLD"1490+170<6.95.5+4.0<6.0<LLD1650+172<7.2<8.0.<7.2<LLD1330+159<6.6<8.1<8.0~<LLD1640+168<8.48.li4.6<73(ILD1590+167<7.8<7.9<4.8<LLD1740+194<7.0<9.2<9.0<LLD1740+181<7.0<8.9<8.5<LLD1510+173<7.7<9.0<8.6<LLD1540+189<6.6<7.8<7.4<LLD1380+181<6.4<8.8<6.0<LLD1400+189<8.2<8.4<6.4<LLD1660+169<6.3<8.2<7.7<LLD1630+189<6.2<8.1<7.5<LLD1730+173<7.1<9.0<6.8<LLD1730+172<6.4<8.3<5.1<LLD1270+183<6.6<6.1<8.3<LLD-90 TABLE13(Continued)

CONCENTRATION OFGAMMAEMITTERSINMILKResultsinunitsofpCi/liter

+2sigmaStationNuclides4-6-&74-20-875-4-875-18-876-1-876-15-87.60K-40Cs-134Cs-137Ba/La-140 Others1300+197<8.4<8.9<8.6<LLD1430+224<9.5<13.6<9.8<LLD1420+190<7.6<9.8<6.5<LLD1590+189<8.4<8.3<7.4<LLD1400+165<7.6<7.8<7.5<LLD1530+188<6.7<8.1<6.7<LLDK-40Cs-134Cs-137Ba/La-140 Others1470+178<6.6<8.6<7.5<LLD1730+250<9.3<11.7<9.4<LLD1730+196<7.2<9.7<7.0<LLD.1570+198<8.6<10.5<11.1<LLD1510+197<8.9<8.6<6.4<LLD1590+188<7.4<8.0<55<LLD65"(Control)

K-40Cs-134Cs-137Ba/La-140 Others1490+263<11.8<11.3<9.0<LLD1370+225<9.0<11.4<13.5<LLD1670+192<7.8<6.8<6.0<LLD1710+174<77<8.5<2.4<LLD1530+164<6.3<7.4<5.9<LLD1610al66<7.0<7.4<5.6<LLD~-Technical Specification location-91 TABLE13(Continued)

CONCENTRATION OFGAMMAEMITTERSINMILKResultsinunitsofpCi/liter

+2sigmaStationNuclides7-6-877-20-878-3-878-17-879-8-879-21-87K-40Cs-134Cs-137Ba/La-140 Others1430+194<7.8<9.7<9.8<LLD1740+173<5.7<8.7<77<LLD1450+198<8.4<8.0<10.0<LLD'1580+169

<5.9<7.7<4.&<LLD17&0+147<4.9<5.7<5.1<LLD16704144<4.7<5.4<4.8<LLD16K-40Cs-134Cs-137Ba/La-140 Others1820+176<6.3<9.2<8.0<LLD1570+183<5.5<7.5<6.1<LLD1430+191<7.4<9.8<57<LLD1570+201<7.8<10.7<7.5<LLD1340+188<8.4<7.0<8.4<LLD16404-175<6.6<7.5<3.6<LLD5055K-40Cs-134Cs-137Ba/La-140 OthersK-40Cs-134Cs-137Ba/La-140 Others1690+72<2.6<2.8<3.0<LLD1260+185<6.2<9.2<9.7<LLD1370+163<6.8<7.2<7.7<LLD1540+185<7.4<8.5<5*.0<LLD1680+173<7.0<7.0<7.1<LLD1640+135<4.8<5.4<5.8<LLD1610+134<4.8<5.2<6.1<LLD1810+143<5.1<5.3<5.3<LLD1470+139<4.5<5.9<4.9<LLD1600+142<4.9<5.5s<3.8<LLD1270+148<7.1<6.3<6.1<LLD1530+142<4.7<5.5<3.7<LLD TABLE13(Continued)

CONCENTRATION OFGAMMAEMITTERSINMILKResultsinunitsofpCi/liter

+2sigmaStationNuclides7-6-877-20-878-3-878-17-879-8-879-21-8760K-40Cs-134Cs-137Ba/La-140 OthersK-40Cs-134Cs-137Ba/La-140 Others1660+61<2.4<2.8<2.6<LLD1360+165<6.5<8.1<9.0<LLD744<94<4.2<4.6<2.9<LLD1400+157<7.1<8.2<6.1<LLD15'20+167

<7.2<77<5.1<LLD1430+193<5.2<9.2<7;9<LLD1580+165<6.0<7.4<4.2<LLD1440+139<3.8<6.6<4.9<LLD1500+166<6.4<6.8<5.1<LLD1440+137<5.0<5.5<5.6<LLD1490+136<4.1<5.5<4'<LLD1570+201<7.8<7.8<9.2<LLD65k(Control)

K-40Cs-134Cs-137Ba/La-140 Others1610+177<6.8<8.0<7.2<LLD1190+176<7.2<8.9<8.0<LLD1360+191<6.5<8.9<10.7<LLD1720+140<4.5<5.3<5'<LLD1640+172<6.6<8.2<7.3<LLD1610+142<4.8<5.2<5.6<LLD>-Technical Specification location.

-93 TABLE13(Continued)

CONCENTRATION OFGAMMAEMITTERSINMILKResultsinunitsbfpCi/liter

+2signaStationNuclides10-5-8710-19-8711-2-8711-16-8712-7-8712-21-87K-40Cs-134Cs-137Ba/La-140 Others1180+41<1.6<1.8<1.9<LLD1370+133<5.2<5'<3.1<LLD1620+167<6.3<7.7<4.0<LLD1690+170<6.3<7.4<5.1<LLD1320+132<5.1<5.1<3.9<LLD1550+140<5.5'5.5<6.4<LLD16K-40Cs-134Cs-137Ba/La-140 Others'700+177

<6.4<7.6<7.6<LLD1560+165<6.6<8.4<7.2<LLD1430+192<7.0<10.4<11.9<LLD1820+143<5.4<6.3<5.0<LLD1680+137<5.0<5.7<6.2<LLD1400+134<5.0<5.9<5.3<LLD50K-40Cs-134Cs-137Ba/La-140 Others1620+135<4.4<5.1<5.3<LLD1550+134<5.6<6.0<5.0<LLD1670+174<7.0<7.5<8.7<LLD1450+135<4.8<5.4<3.0<LLD1720+141<5.3<5.4<4.8<LLD14501-193<6.3<8.7<11.2<LLD55K-40Cs-134Cs-137Ba/La-140 Others1520+165<6.9<7.4<4.8<LLD1440+197<7.8<8.2<7.2<LLD1660+138<4'<5.5<5.8<LLD1550+203<77<7.8<9.6<LLD1560+204<7.3<8.7<6.2<LLD1630+136<5.2<5.3<4.8<LLD-94 TABLE13(Continued)

CONCENTRATION OFGAMMAEMITTERSINMILKResultsinunitsofpCi/liter

+2sigmaStationNuclides10-5-8710-19-8711-2-8711-16-8712-7-8712-21-8760K-40Cs-134Cs-137Ba/La-14$

Others1400+156<6.9<73<77<LLD1500+161<6.6<7.8<8.0<LLD1400+134<5.3<5.4<5.3<LLD.1350+190<73<8.2<8.0<LLD1450+189<5.6<9.2<10.2<LID1640+169<6.1<7.9<5.1<LLDK-40Cs-134Cs-137Ba/La-140 Others1340+187<6.7<10.1<8.0<LLD1370+189<7.1<9.5<8.4<LLD1620+141<5.8<6.0~<5.5<LLD1540+165<5.9<7.7<9.1<LLD1770+145<5.3<6.1<5.0<LLD1820+144<4.6<5.3<5.4<LLD65~(Control)

K-40Cs-134Cs-137Ba/La-140 Others1790+144<5.0<6.1<53<LLD1410+197<7.8<7.4<5.1<LLD1350+186<7.7<8:4<6.5<LLD1450+136<53<5.2<5.9<LLD1670+169<6.7<7.8<6.9<LLD14704.198

<8.5<8.0<5.1<LLD>-Technical Specification location.

-9'5 TABLE14CONCENTRATION OFIODINE-131INMILK(1)ResultsinunitsofpCi/liter

+2sigmaStation4-6-87\4-20-875-4-875-18-876-1-876-15-87716505560465><0.3<0.3<0.3<0.4<0.4<0.5<0.2<0.2<0.3<0.4<0.3<0.3<0.3<0.3<0.3<0.3<0.3<0.2<0.3<0.3<0.2<0.4<0.2<0.4<0.3<0.5<0.2<0.2<0.4<0.3<0.5<0.3<0.4<0.4<0.4<0.2<0.2<0.2<0.2<0.3<0.2<0'Station7-6-877-20-878-3-878-17-879-8-879-21-87716505560465"<0.3<0.3<0.4<0.4<0.3<0.4<0.4<0.3<0<0.3<0.2<0.2<0.4<0.4<0.3<0.2<0.2<0.2<0.3<0.3<0.3<0.4<0.4<0.3'0.4<0.3<0.4<0.4<0.3<0.3<0.5<0.2<0.5<0.3<0.2<0.1<0.3<0.1<0.3<0.4<0.3<0.3Controlresult.Technical Specification location.

Originalsamplecouldnotbeanalyzedatthelaboratory.

Asampleforthislocationwasrecollected on7/27/87andanalyzed.

(1)Iodine131resultsarecorrected fordecaytothesamplingstopdate.-96 TABLE14(Continued)

CONCENTRATION OFIODINE-131INMILK(1)ResultsinunitsofpCi/liter

+2sigmaStation10-5-8710-19-8711-2-8711-16-8712-7-8712-21-87716'05560465%'0.2<0.3<0.2<0.2<0.3<0.2<0.3<0.3<0.3<0.3<0.2<0.3<0.4<0.2<0.3<0.2<0.2<0.2<0.2<0.2<0.2<0.4<0.2<0.4<0.3<0.3<0.2<0.3<0.2<0.3<0.2<0.4<0.3<0.2<0.2<0.2<O.l<0.2<0.2<0.4<0.2<0.2Controlresult.Technical Specification location.

(1)Iodine131resultsarecorrected fordecaytothesamplingstopdate.-97 TownorArea(a)ScribaNewHavenMexicoRichlandPulaskiOswegoHannibalSterlingVolneyNumberon~CensusMe1(b)16<23(b)6(b)26(b)61(b)6263894A'510(b)5117)L'4121314151718192060~50><l55K21492223244065RR25706667TABLE15MILKANIMALCENSUS1987~<>erees<3>22019019519016211414018318513095113125130146130107107107114120100115110132012390939501120888509202140220220182147015601520Distance(

3,0miles"5.98.04.52'1.53.06.78.09.25.27'8,02.67.28.55.57.911.511.29.810.810.210.010.511.29.58.29.010.57.910.210.58.815.017.09.59.47.88.3NumberofMilkAnimalsNone40CND2C1CND15G(2)5G39C32C40C95CNone32C52C36C67C50C22C1C57CNone45C42C40CNone40C170C55C80C6G(2)42C55CNoneNone42CNone17C90C,1G(2)3G(2)MILKINGANIMALTOTALS:(including controllocations) 1,287Cows30Goats1,245Cows(c)30Goats(c)-98 TABLE15(Continued)

MILKANIMALCENSUS1987NOTES:C=GND=(1)(2)(3)None=(a)(b)(c)CowsGoatsMilksamplelocationMilksamplecontrollocationNewlocationDidnotwishtoparticipate inthesurveyReferences Figure4Goatisnotcurrently producing milkDegreesanddistancearebasedonNMP-2ReactorBuildingcenterline.

Nocowsorgoatsatthatlocation.

Locationwasapreviouslocationwithcowsand/orgoats.Censusperformed outtoadistanceofapproximately tenmiles.Locationwithinfivemiles(Technical Specification requirement).

Totalsexcluding.

controllocationresults.-99 LocationTABLE161987RESIDENCE CENSUSMap(1)Meteorological LocationSectorDerees(2)Distance(

LakeRoadLakeRoadCountyRoute29MinerRoadMinerRoadLakeviewRoadBibleCampRetreatBibleCampRetreatABCDEFGHNNNENEENEEESESESSESSSWSWWSWWWNWNWNNW991021301631700207023402381.31.11.41.61.61.20.90.9milesmilesmilesmilesmilesmilesmilesmilesThismeteorological sectorisoverLakeOntario.Thereisnoresidence withinfivemiles.(1)Corresponds toFigure3.(2)BasedonNMP-2reactorcenterline.

-100 TABLE17ACONCENTRATION OFGAMMAEMITTERSINFOODPRODUCTSResultsinunits.ofpCi/g(wet)+2sigmaCollection SiteSampleDateDescription Be-7K-40I-131Cs-134Cs-137OthersTTTPPPNRRRVW"W>WA9-14-879-14-879-14-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-15-87BeetGreensSquashLeavesCabbageCabbageGreenBeanLeavesSquashLeavesSquashLeavesSquashLeavesGreenBeanLeavesCucumberLeavesCabbageSwissChardSquashLeavesBeetGreensCabbage0.47+0.15 1.88+0.19

<0.14<0.151.46+0.15 1.47+0.15 1.74+0.17 0.97+0.ll 0.94+0.12 1.81+0.18

<0.12<0.121.69+0.17 0.34+0.12 0.10+0.06 4.87+0.49 2.22+0.22 2.66+0.27 2.02+0.25 1.16+0.12 2.0540.20 2.21+0.22 2.37+0.24 1.06+0.12 1.33+0.15 2.85+0.29 5.01+0.50 2.43+0.24 5.81+0.58 2.55+0.25

<0.037<0.019<0.027<0.028<0.026<0.024<0.025<0.019<0.027<0.020<0.025<0.028<0.020<0.032<0.021<0.018<0.011<0.014<0.015<0.011<0.012<0.014<0.012"<0.011<0.010<0.013<0.013<0.009<0.014<0.009<0.017<0.012<0.016<0.016<0.013<0.012<0.014<0.012<0.013<0.011<0.012<0.012<0.009<0.013<0.009<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD>-Controlresult.Resultsinunitsuyactivity~erranwetweight.-101 TABLE17A(Continued)

CONCENTRATION OFGAMMAEMITTERSINFOODPRODUCTSResultsinunitsofpCi/g(wet)+2sigmaCollection SiteSampleDateDescription Be-7K-40I-131Cs-134Cs-137OthersJJJSPyiikRa%NaaJARQA'-14-87 9-14-879-14-879-15-879-14-879-15-879-15-879-15-879-15-879-14-879-15-869-15-87SwissChardLettucePumpkinLeavesGrapeLeavesTomatoesTomatoesTomatoesTomatoesTomatoesTomatoesTomatoesTomatoes0.26+0.10 0.54+0.18 1.23+0.14 0.75+0.10

<0.08<0.10<0.08<O.ll<0.07<0.09<0.20<0.085.22+0.52 1.85+0.27 2.51+0.25 1.18+0.14 2.35+0.24 2.61+0.26 2.62+0.26 1.91+0.20 1.84+0.19 2.4840.25 2.95+0.29 2.17+0.22

<0.026<0.036<0.023<0.020<0.018<0.020<0.016<0.025<0.018<0.020.<0.049<0.018<0.010<0.016<0F011<0.010<0.010<0.013<0.010<0.011<0.009<0'11<0.019<0.009<0.011<0.018<0.013<0.009<0.009<0.012<0.009<0.011<0.010<0.011<0.0200'16+0.008

<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD>-Controlresult.>>-Optionalsample(non-broadleaf vegetation).

'Resultsin.unitsofactivity~erramwetwoight.-102 TABLE17BCONCENTRATION OFGAMMAEMITTERSINFOODPRODUCTSResultsinunitsofPCi/kg(wet)+2sigmaCollection SampleSiteDateDescription Be-7.K-40I-131Cs-134Cs-137OthersTTTPPPNRRRVW~W*JJ9-14-879-14-879-14-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-15-879-14-879-14-87BeetGreensSquashLeavesCabbageCabbageGreenBeanLeavesSquashLeavesSquashLeavesSquashLeavesGreenBeanLeavesCucumberLeavesCabbageSwissChardSquashLeavesBeetGreensCabbageSwissChardLettuce469+1521880+190<140<1501460+1501470+1501740+170966+106940+1151810+180<120<1201690+170341+125104+61265+95537+1764870+4902220+2202660+2702020+2501160+1202050+2002210+2202370+2401060+120~1330+1502850+2905010+5002430+2405810+5802550+2505220+5201850+270<37<19<27<28<26<24<25<19<27<20<25<28<20<32<21<26<36<18<ll<14<15<ll<12<14<12<ll<10<13<13<9~<14<9<10<16<17<12<16<16<13<12<14<12<13<11<12<12<9<13<9<ll<18<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD~-Controlresult-103 TABLE17B(Continued)

CONCENTRATION OFGAMMAEHITTERSINFOODPRODUCTSResultsinunitsofpCi/kg(wet)+2sigmaCollection:

'ampleSiteDateDescription Be-7K-40I-131Cs-134Cs-137Others9-14-879-15-879-14-879-15-87,9-15-879-15-879-15-879-14-879-15-879-15-87PumpkinLeavesGrapeLeavesTomatoesTomatoesTomatoesTomatoesTomatoesTomatoesTomatoesTomatoes1230+140753+99<82<95<80<110<73<89<200<842510+2501180+1402350+2402610+260'2620+260 1910+2001&40+1902480+2502950+2902170+220<23<20<18<20<16<25<18<20<49<18<ll<10<10<13<10<11<9<11<19<9<13<9<9<12<9<11<10<ll<2016+8<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD>-Controlresult>>-Optionalsample(non-broadleaf vegetation).

-104 TABLE18INTERLABORATORY COMPARISON PROGRAMRESULTSAnalysis'DateMediumSiteReference No.EPAResult(1)SiteResult(2)Beta4/87AirFilter(pCi/filter)

QA87-3543+554+4(3)54+455+4Beta8/87AirFilter(pCi/filter)

QA87-9630+536+3(3)36+336+3Tritium2/87Water(pCi/liter)

QA87-144209+4214000+200(4)3800+1004000+100Tritium6/87Water(pCi/liter)

QA87-682895+3572800+100(4)2700+2003000+200Tritum10/87Water(pCi/liter)

QA87-1174492+4494700+100(4)4500+1004800+100I-1312/87Milk(pCi/liter)

QA87-209+19+1(4)9+19+1-105 TABLE18(Continued)

INTERLABORATORY COMPARISON PROGRAMRESULTSAnalysisDate'edium SiteReference No.EPAResult(1)SiteResult(2)I-131I-1314/878/87Water(pCi/liter)

Water(pCi/liter)

QA87-28QA87-887+148+68+2(3)8+28+346+9(3)52+1245+12I-13112/87Water(pCi/liter)QA87-16026+630+2(3)30+230+3Gamma(I-131)1/87Food(pCi/kg)QA87-678+872+3(4)76+375+2Gamma(Cs-137)1/87Food(pCi/kg)QA87-684+588+9(4)96+1097+10Gamma(K-40)%1/87Food(pCi/kg)QA87-6980+49775+78(4)76&+77870+87Gamma(I-131)7/87Food(pCi/kg)QA87-8280+889+13(4)83+14100+15-106 TABLE18(Continued)

INTERLABORATORY COMPARISON PROGRAMRESULTSAnalysisDateMediumSiteReference No.EPAResult(1)SiteResult(2)Gamma(Cs-137)7/87Food(pCi/kg)QA87-8250+555+6(4)56+657+6Gamma(K-40)A7/87Food(pCi/kg)QA87-821680+841610+160(4)1630+1601410+140Gamma(Co-60)2/87Mater(pCi/liter)

QA87-1250+562+15(3)51+1350+16Gamma(Zn-65)2/87Water(pCi/liter)

QA87-1291+597+24(3)103+37112+29Gamma(RU-106)2/87Mater(pCi/liter)

QA87-12100+5136+77(3)137+83137+71Gamma(Cs-134)2/87.Mater(pCi/liter) qA87-1259+551+12(3)52+1453+12Gamma(Cs-137)2/87Water(pCi/liter)

QA87-1287+575+14(3)77+1979+14-107 TABLE18(Continued)

INTERLABORATORY COMPARISON PROGRAMRESULTSAnalysisDateMediumSiteReference No.EPAResult(1)SateResult(2)Gamma(Cr-51)6/87Water(pCi/liter)

QA87-6141+535+19(3)50+19'9+19 Gamma(Co-60)6/87Water(pCi/liter)

QA87-6164+560+4(3)64+468+4Gamma(Zn-65)6/87Water(pCi/liter)

QA87-6110+57+5(3)12+516+5Gamma(RU-106)6/87Water(pCi/liter)

QA87-61,75+576+6(3)77+687+6Gamma(Cs-134)6/87Water(pCi/liter)

QA87-6140+536+3(3)40+341+3Gamma(Cs-137)6/87Water(pCi/liter)

QA87-6180+572+4(3)76+479+4Gamma(Cr-51)10/87Water(pCi/liter)

QA87-11670+5197+75(3)LLD84+43-108 TABLE18(Continued)

INTERLABORATORY COMPARISON PROGRAMRESULTS'nalysis DateMediumSiteReference No.EPAResult(1)SiteResult(2)Gamma(Co-60)10/87Water(pCi/liter)

QA87-11615+518+3(3)15+516+5Gamma(Zn-65)10/87Water(pCi/liter)QA87-11646+541+6(3)50+1348+13Gamma(RU-106)10/87Water(pCi/liter)

QA87-11661+552+16(3)46+3057+32Gamma(Cs-134)10/87Water(pCi/liter)

QA87-11625+527+3(3)27+529+6Gamma(Cs-137)10/87tWater(pCi/liter)

QA87-11651+546+3(3)42+648+7Gamma(Co-60)4/87Water(pCi/liter)

QA87-368+510+5(3)10+510+5-109 TABLE18(Continued)

INTERLABORATORY COMPARISON PROGRAMRESULTSAnalysisDateMediumSiteReference No.EPAResult(1)SiteResult'(2)Gamma(Cs-134)4/87Mater(pCi/liter)

QA87-3620+518+8(3)20+620+6Gamma.(Cs-137)4/87Mater(pCi/liter)

QA87-3615+512+5(3)12+513+6Gamma(Co-60)Gamma(Cs-134)10/87I10/87Mater(pCi/liter)

Mater(pCi/liter)

QA87-118QA87-11816+516+514+5(3)16+216+220+6(3)17+319+3Gamma(Cs-137)10/87Water(pCi/liter)

QA87-11824+526+5(3)24+222+5Gamma(Cs-137)4/87AirFilter(pCi/filter)

QA87-358+511+4(3)11+412+4 TABLE18(Continued)

INTERLABORATORY COMPARISON PROGRAMRESULTSAnalysisDateMediumSiteReference No.EPAResult(1)SiteResult(2)Gamma(Cs-137)8/87AirFilter(pCi/filter)

QA87-9610+512+5(3)12+4ll+4Gamma(I-131)6/87Milk(pCi/liter)

QA87-7159+655+2(3)58+251+2Gamma(Cs-137)6/87Milk(pCi/liter)

QA&7-7174+582+8(3)82+881+8Gamma(K-40)A'/87 Milk(pCi/liter)

QA87-711525+761538+154(3)1593+1591443+144.

Gamma(I-131)10/87Milk(pCi/liter)

QA87-N/ANSNSNSNSGamma(Cs-137)10/87Milk(pCi/liter)

QA87-N/ANSNSNSNS-111 TABLE18(Continued)

INTERLABORATORY COMPARISON PROGRAMRESULTSAnalysisDateMediumSiteReference No.EPAResult(1)SiteResult(2)Gamma(K-40)A'0/87 Milk(pCi/liter)

QA87-NANSNSNSNSa-EPAK-40resultsreportedasmgperunitoftotalpotassium..

SiteresultsreportedasK-40only.(1)-Results reportedasactivity+thestandarddeviation oftheerror.(2)-Results reportedasactivity+theerror(2sigma).(3)-Analyzed atthesiteenvironmental laboratory.

(4)-Analyzed atavendorlaboratory.

N/A-Notapplicable.

Nosampleavailable.

NS-NosamplesentbyUSEPA.-112 TABLE19ENVIRONMENTAL SAMPLELOCATIONS SampleMediumMapDesignation FigureNumberLocationDescription DegreesandDistance(1)Shoreline Sediment05%0607FigurelASunsetBayFigure1ALangsBeach,ControlFigurelANineMilePoint80at1'.5miles230at5.8males275at0.3mxlesFish02k03%'0<FigurelANineMilePointTransectFigurelAFitzPatrick TranseotFigure1AOswegoTransect315at0.3miles55at0.6miles235at6.2milesSurfaceMater03%08"0910FigurelAFitzPatrick InletFigurelAOswegoSteamStationInletFigurelANMPUnit1InletFigurelAOswegoCityMaterFigurelANMPUnit2Inlet70at0.5miles235at7.6miles305at0.3miles240at7.8miles304atO.lmiles-113 TABLE19(Continued)

ENVIRONMENTAL SAMPLELOCATIONS SampleMediumMapFigureDesignation NumberLocationDescription DegreesandDistance(1)AirRadioiodine andParticulates R-1>R-3>Figure1AR-1Station,NineMilePointRoadFigure2R-2Station,LakeRoadFigure2R-3Station,Co.Rt.29Figure2R-4Station,Co.Rt.2988at1.8miles104at1.1miles132at1.5miles143at1.8milesR-5~-FigurelAR-5Station,MontarioPointRoad42at16'milesDlFigure2DlOn-SiteStationFigure2GOn-SiteStation69at0.2miles250at0.7milesHFigureFigure2HOn-SiteStation2IOn-SiteStation71at0.8miles98at0.8milesFigure2JOn-SiteStationFigure2KOn-SiteStation110at0.9miles132at0.5milesFigurelAGOff-SiteStation,SaintPaulStreet225at5.3miles-114 TABLE19(Continued)

ENVIRONMENTAL SAMPLELOCATIONS SampleMediumMapDesignation FigureNumberLocationDescription DegreesandDistance(1)Air-Radioiodine AndParticulates Continued D2EFigure1AD2Off-SiteStation,Rt.64FigurelAEOff-SiteStation,Rt.4Figure1AFOff-SiteStation,DutchRidgeRd.117at9.0miles160at7.2miles190at7.7milesThermo-luminescent Dosimeters (TLD)Figure2Figure2Figure2Figure2Figure2DlOn-SiteStationD2On-SiteStationEOn-SiteStationFOn-SiteStationGOn-SiteStation69at0.2miles140at0.4miles175at0.4miles210at0.5miles250at0.7milesFigurelAR-5Off-SiteStation42at16.4miles10FigurelAFigurelA'DlOff-SiteLocationD2Off-SiteLocation, 80at11.4miles117at9.0miles-115 TABLE19(Continued)

ENfIRONMENTAL SAMPLELOCATIONS SampleMediumMapDesignation FigureNumberLocationDescription DegreesandDistance(1)Thermo-luminescent Dosimeters (TLD)Continued 121314>15"FigurelAEOff-SiteLocationFigure1AFOff-SiteLocationFigure1AGOff-SiteStationFigure1ASouthwest Oswego-ControlFigurelAWestSiteBoundary160at7.2miles190at7.7miles225at5.3miles226at12.6miles237at0.9miles18"Figure2EnergyInformation Center265at0.4miles19FigurelAEastSiteBoundary81at1.3miles23+2425262728Figure2Figure2Figure2Figure2Figure2Figure2HOn-SiteStationIOn-SiteStationJOn-SiteStationKOn-SiteStationNorthFence,JAFNPPNorthFence,JAFNPP70at0.8miles98at0.8miles110at0.9miles132-at0.5miles60at0.4miles68at0.5miles TABLE19(Continued)

ENVIRONMENTAL SAMPLE-LOCATIONS SampleMediumMapDesignation FigureNumbersLocationDescription DegreesandDistance(1)Thermo-luminescent Dosimeters (TLD)Continued 29303139Figure2Figure2Figure2Figure2Figure2NorthFence,JAFNPPNorthFence,JAFNPPNorthFence,NMP-1NorthFence,NMP-1NorthFence,JAFNPP65at0.5miles57at0.4miles276at0.2miles292at0.2miles69at0.6miles49K51'5253545556~58"Figure1BPhoenix,NY-ControlFigurelAOswegoSteamStation,EastFigurelAOswegoElementary School,EastFigure1BFultonHighSchoolFigure1AMexicoHighSchoolFigurelAPulaskiGasSubstation, Rt.5FigurelANewHavenElemontary SchoolFigurelACo.Rt.1andAlcan170at19.8miles233at-7.4miles227at5.8miles183at13.7miles115at9.3miles75at13.0miles123at5.3miles220at3.1miles-117 TABLE19(Continued)

ENVIRONMENTAL SAMPLELOCATIONS SampleMediumMapDesignation FigureNumberLocationDescription DegreesandDistance(1)Thermo-luminescent Dosimeters (TLD)Continued 75%76~77%78~79%'0<81>82~83'igure2Figure2Figure2Figure2Figure2Figure2Figure2Figure2Figure2NorthFence,NMP-2NorthFence,NMP-2NorthFence,NMP-2EastBoundary, JAFNPPCountyRoute29CountyRoute29MinerRoadMinerRoadLakeviewRoad5at0.1miles25atO.lmiles45at0.2miles90at1.0miles115at1.1miles133at1.4miles159at1.6miles181at1.6miles200at1.2'miles 84>FigurelALakeviewRoad225at1.1miles85>Figure2NorthFence,NMP-1294at0.2miles86>Figure2NorthFence,NMP-1315at0.1miles TABLE19(Continued)

ENVIRONMENTAL SAMPLELOCATIONS SampleMediumMapFigureDesignation Number.LocationDescription DegreesandDistance(1)Thermo-luminescent Dosimeters (TLD)Continued 87>88"89k'OA91>92*93k'4)R95%'6"Figure2NorthFence,NMP-2FigurelAHickoryGroveRoadFigurelALeavittRoadFigurelARoute104andKeefeRoadFigurelACountyRoute51A.FigurelAMaidenLaneRoadFigure1ACountyRoute53Figure1ACountyRoute1andKocherRoadFigurelALakeshore CampSiteFigurelACreameryRoad341atO.lmiles97at4.5milesillat4.1miles135at4.2miles156at4.8miles183at4.4miles205at4.4miles223at4.7miles237at4.1miles199at3.6miles97%'8~99Figure2CountyRoute29FigurelALakeRoadFigurelANineMilePointRoad143at1.8miles101at1.2miles88at1.8miles-119 TABLE19(Continued)

ENVIRONMENTAL SAMPLELOCATIONS SampleMediumMapDesignation FigureNumberLoca'tion Description DegreesandDistance(1)Thermo-luminescent Dosimeters (TLD)Continued 100101102103Figure2Figure2CountyRoute29and.LakeRoadCountyRoute29Figure2EnergyInformation Center,EastFigure1BOswegoCountyAirport104at1.1miles132at1.5miles175at11.9miles267at0.4miles104FigurelAParkhurst Road102at1.4milesCowsMilk1051061071650556065~Figure2Figure2Figure2Figure4Figure4Figure4Figure4Figure4Figure4Figure4LakeviewRoadShoreline Cove,EastofNMP-1Shoreline Cove,EastofNMP-1Indicator LocationIndicator LocationIndicator Location'Indicator LocationIndicator LbcationIndicator LocationControlLocationI198at1.4miles274at0.3miles272at0.3miles107at5.5miles190at5.9miles93at8.2miles95at9.0miles90at9.5miles113at7.8miles220at17.0miles-120 TABLE19(Continued)

ENVIRONMENTAL SAMPLELOCATIONS SampleMediumMapDesignation FigureNumberLocationDescription DegreesandDistance(1)FoodProductsFigure3Figure3Figure3Indicator LocationIndicator LocationIndicator Location84at1.6miles101at1.9miles114at1.5milesN*Figure3Figure3Figure3Figure3ControlLocationIndicator LocationIndicator LocationIndicator LocationFigure3Indicator Location112at2.0miles225at12.6miles171at1.6miles141at1.9miles103at1.9miles*-Technical Specification location.

(1)-DegreesanddistancebasedonNineMilePointUnit2reactorcenterline.

-121 TABLE20Medium~UnitsShoreline Sediment"(pCi/kg-dry)

Fish>(pCi/kg-wet)

TypeandNumberofA~nalsesG~SA4Cs-134Cs-137G~SA24Mn-54Fe-59Co-58Co-60Zn-65Cs-134Cs-137RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAMANNUALSUMMARYNINEMILEPOINTNUCLEARSTATIONUNIT1DOCKETNO.50-220NINEMILEPOINTNUCLEARSTATIONUNIT2DOCKETNO.50-410OSWEGOCOUNTY,STATEOFNEWYORK,JANUARY-DECEMBER1987>Location(b)ofHighestAnnualMean:Location0M~eanfRaneIndicator Locations:

M~eanfL~LUaRaneControlLocation:

MasanfRane<LLD150<LLD<LLD180<LLD<LLD<LLD<LLD<LLD130<LLD<LLD<LLD260<LLD<LLD130<LLD<LLD<LLD<LLD130<LLD<LLD<LLD260<LLD130<LLD<LLD<LLDNMP:~337/10~317/70.3at31524-6317-401503311/1724-63-122NumberofNonroutine

~Reorts TABLE20(Continued)

RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAMANNUALSUMMARYNINEMILEPOINTNUCLEARSTATIONUNIT1DOCKETNO.50-220NINEMILEPOINTNUCLEARSTATIONUNIT2DOCKETNO.50-410OSWEGOCOUNTY,STATEOFNEWYORK,JANUARY-DECEMBER1987>Medium~noitsTypeandNumberofA~nalsesIndicator Locations:

MasanfLLD~aRaneLocation(b)ofHighestAnnualMean:LocationRM~eanfRaneControlLocation:

M~eanFRaneNumberofNonroutine

~ReortsSurfaceWater"(pCi/liter)

S~SSH-32000(c)3224/4160-410SAR:~3224/40.5at70160-4102104/4140-270G~SA24Mn-54<LLD<LLD<LLDFe-5930<LLD<LLD<LLDCo-58<LLD<LLD<LLDCo-6015<LLD<LLD<LLDZn-6530<LLD<LLD<LLDZr-9515<LLD<LLD<LLD.0Nb-95I-1311515(c)<LLD<LLD<LLD<LLD<LLD<LLD-123 TABLE20(Continued)

RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM'ANNUALSUMMARYNINEMIIEPOINTNUCLEARSTATIONUNIT1'OCKETNO.50-220NINEMILEPOINTNUCLEARSTATIONUNIT2DOCKETNO.50-410OSWEGOCOUNTY,STATEOFNEWYORK,JANUARY-DECEMBER1987>Medium~UniteTypeandNumberofA~nalsesLLDaIndicator Locations:

M~eanfRaneLocation(b)ofHighestAnnualMean:Location6M~eanfRaneControlLocation:

M~eanfRaneNumberofNonroutine

~ReortsSurfaceWater>(pCi/liter)

(Continued)

Cs-134Cs-137Ba/La-140 151815<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLDAirGrossBeta:0.01Particolates*

~260(pCi/m)~I-131260:0.070.0142/2080.011-0.018 R-21.1at1040.009-0.040 1.1at1040.02152/520.009-0.037 0.0181/520.0180.02152/520.009-0.037

<LLDGSA60Cs-1340,05<LLD<LLD<LLDCs-1370.06<LLD<LLD<LLD-124 TABLE20(Continued)

RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAMANNUALSUMMARYNINEMILEPOINTNUCLEARSTATIONUNIT1DOCKETNO.50-220NINEMILEPOINTNUCLEARSTATIONUNIT2DOCKETNO.50-410OSWEGOCOUNTY,STATEOFNEWYORK,JANUARY-DECEMBER19&7>Medium~un(tsTypeandNumberofA~nalsesIndicator Locations:

M~eanfL~LDaRaneLocation(b)ofHighestAnnualMean:Location&M~eanfRaneControlLocation:

M~eanfRaneNumberoFNonroutine

~ReortsTLDA'mrem perquarterly period)GammaD~ose12S(d)16.9120/12010.4-42.4 TLD//85~38.54/4(8)~15.58/80.2at29435.6-42.4 13.8-17.4 Milk"(pCi/liter)

G~SA126Cs-134Cs-1371518(e)~6.82/108(i(5.5-8.1(e)Loca.1t559.0at95<LLD8.5(11/1&

<<LLD8.1Ba/La-140 15(e)(e)<LLDI-131126I-131(e)(e)<LLDFoodFrodncts*

G~SA19(pCi/kg-wet)

(broadleaf I-131vegetation)

Cs-134Cs-137606080<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD<LLD-125 TABLE20(Continued)

RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAMANNUAfSUMMARYNINEMILEPOINTNUCLEARSTATIONUNIT1DOCKETNO.50-220NINEMILEPOINTNUCLEARSTATIONUNIT2DOCKETNO.50-410OSWEGOCOUNTY,STATEOFNEWYORK,JANUARY-DECEMBER1987>TableNotes:DataforTable20isbasedonTechnical Specification requiredsamplesunlessotherwise indicated.

(a)LLDvaluesasrequiredbytheRadiological Technical Specifications.

LLDunitsarespecified inthemediumcolumn.(b)Locationisdistanceinmilesanddirection incompassdegreesbasedonNMP-2reactorcenterline.

Unitsforthiscolumnarespecified inmediumcolumn.(c)TheTechnical Specifications specifyanI-131andtritiumLLDvalueforsurfacewateranalysis(non-drinking water)of15pCi/liter and3000pCi/liter respectively.

(d)TheTechnical Specifications donotspecifyaparticular LLDvalueforenvironmental TLDs.TheNMP-1andNMP-2Off-SiteDoseCalculation Manualscontainsspecifications forenvironmental TLDsensitivities.

(e)TheTechnical Specification criteriaforindicator milksamplelocations includeslocations within5.0milesofthesite.Therearenomilksamplelocations within5.0milesofthesite.Therefore, theonlysamplelocationrequiredbytheTechnical Specifications isthecontrollocation.

Fractionofnumberofdetectable measurements tototalnumberofmeasurements.

Meanandrangeresultsarebasedondetectable measurements only.(g)=TheresultsforTLD1185mustbeevaluated withtheknowledge thatthisTLDisincloseproximity (300-500feet)oftheNineMilePointUnit1reactorbuildingandtheradwastebuildings.

ThisTLD,~aswellasotherTLDsinthisarea,areadjacenttothelakeshoreline whichisarestricted areatomembersofthepublic.Therearenoresidences orprivatepropertynearthisarea.(h)DataincludesresultsfromoptionalsamplesinadditiontosamplesrequiredbytheTechnical Specifications.

Forfoodproducts, onlybroadleaf vegetation wasevaluated.

(i)=Allindicator locations hadthesamemeanresult.LocationR-2wasusedbecausethislocationhadthehighestmeanresultduring1986.Cs-137valuesarearesultofthe1986Chernobyl NuclearPlantaccident.

-126 TABLE21HISTORICAL ENVIRONMENTAL SAMPLEDATASHOREIINESEDIMENTCs-134Year(Min.Max.Mean)Cs-137Co-60(Hin.Hax.Mean)(Min.Hax.Mean)Location:

Control(1) 1979(2)19801981198219831984198519861987LLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLD0.220.07LLD0.05LLDLLDLLD.LLDLLD0.220.220.090.08LLDLLD0.050.05LLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDResultsinpCi/g-dry(1)Controllocationwasatanareabeyondtheinfluence ofthesite(westerly direction).

(2)Samplingwasinitiated in1979.Samplingwasnotrequiredpriorto1979.-127 TABLE22HISTORICAL ENVIRONMENTAL SAMPfEDATASHORELINE SEDIMENTYearCs-134Cs-137(Min.Max.Mean)(Min.Max.Mean)Location:

Indicator (NMP)<1)Co-60(Min.Max.Mean)197919801981198219831984198519861987LLDLLDLLDLLDLLDLLDLLD'LDLLDLLDLLDLLD0.090.090.09LLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLD0.150.150.200.200.110.110.07.0.800.161.811.541.611.001.811.07.1.070.140.590.150.200.110.430.941.581.401.070.36LLDLLDLLD0.160.140.210.110.100,06LLDLLDLLDLLDLLDLLD0.160.160.360.250.26.0.240.180.150.100.100.060.06Location:

Indicator (SunsetBa)<2)197919801981198219831984198519861987(4)(4)(4)(4)(4)(4)(4)(4)(4)(4)(4)(4)'4)(4)(4)(4)(4)(4)LLDLLDLLDLLDLLDLLDLLDLLDLLD(4)(4)(4)(4)(4)(4)(4)(4)(4)(4)<4)(4)<4)(4)(4)(4)(4)(4)LLDLLDLLDLLDLLDLLDLLDLLDLLD(4)(4)(4)(4)(4)(4)(4)(4)<4)(4)(4)'4)(4)(4)(4)(4)(4)(4)LLDLLDLLDLLDLLDLLDLLDLLDLLDResultsinpCi/g-dry(1)Locationwasshoreline areanearNMP-l.(2)Locationwasoff-siteatSunsetBay(closestlocationwithrecreational value).(3)Samplingwasinitiated in1979.Samplingwasnotrequiredpriorto1979.(4)Samplinginitiated in1985asrequiredbythenewTechnical Specifications.

-128 TABLE23HISTORICAL ENVIRONMENTAL SAMPLEDATAFISHYear(Min.Cs-137Max.Location:

Control(1)

Mean)1976197719781979198019811982198319841985198619871.20.130.040.030.030.0280,0270.0410.0150.0260.0210.0171.20.130.200.060.110.0620.0550.0570.0380.0470.0320.0401.20.130'90.040.060.0430.0460.0490.0320.0340.0250.031ResultsinpCi/g-wet(1)Controllocationwasatanareabeyondtheinfluence ofthesite(westerly direction).

-129 TABLE24HISTORICAL ENVIRONMENTAL SAMPLEDATAFISHYear(Min.Cs-137Max.Mean)Location:

Indicator (NMP/JAF) 1976197719781979198019811982198319841985198619870.50.130.030.020.030.030.0340.0330.0330.0180.0090.0243.90.790.100.550.100.100.0640.0560.0610.0440.0510.0631.40.290.080.100.060.060.0480.0450.0430.0300.0280.033ResultsinpCi/g-wetIndicator locations areinthegeneralareaoftheNMP-1andJ.A.FitzPatrick coolingwaterdischarge structures.

-130 TABLE25HISTORICAL ENVIRONMENTAL SAMPLEDATASURFACE'ATER YearCs-137(Min.Max.Mean)Co-60(Min.Max.Mean)Location:

.Control1976(3)19771978197919801981198219831984198519861987(1)(2)LLD2.5LLDLLD'LDLLDLLDLLDLLDLLD(1)(2)LLD2.5LLDLLDLLDLLDLLDLLDLLDLLD(1)(2)LLD2.5LLDLLDLLDLLDLLDLLDLLDLLD(1)(2)(2)LLDLLD1.4LLDLLDLLDLLDLLDLLD(1)(1)(2)(2)(2)(2)LLDLLDLLDLLD1.4,1.4LLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDLLDResultsinpCi/liter (1)Nogammaanalysesperformed (notrequired)

(2)Datashowedinstrument background results(3)LocationwastheCityofOswegoWaterSupplyfor1976-1984andtheOswegoSteamStationinletcanalfor1985-1987-131 TABLE26HISTORICAL ENVIRONMENTAL SAMPLEDATASURFACEWATERYearCs-137Co-60(Min.Max.Mean)(Min.Max.Mean)Location:

Indicator 197619771978197919801981198219831984198519861987(1)(1)(2)(2)LLDLLDLLDLLDLLDLLDLLDLLD0.430.43LLDLLDLLDLLDLLDLLDLLDLLDLLDLLD(1)(2)LLDLLDLLDLLD0.43LLDLLDLLDLLDLLD(1)(2)(2)LLDLLDLLD1.6LLDLLDLLDLLDLLD(1)(2)(2)LLDLLDLLD2.4LLDLLDLLDLLDLLD(1)(2)(2)LLDLLDLLD1.9LLDLLDLLDLLDLLDResultsinpCi/liter (1)Nogammaanalysesperformed (notrequired)

(2)Datashowedinstrument background results(3)LocationwasJ.A.FitzPatrick inletcanal-132 TABlE27HISTORICAL ENVIRONMENTAL SAMPLEDATASURFACEWATERTRITIUMYear(Min.TritiumMax.Mean)Location:

Control197619771978197919801981198219831984198519861987440300215174211211112230190230250140929530490308290328307280220370550270652408304259257276165250205278373210ResultsinpCi/liter (1)ControllocationistheCityofOswegodrinkingwaterfor1976-1984andtheOswegoSteamStationinletcanalfor1985-1987-133 TABLE28HISTORICAL ENVIRONMENTAL SAMPLEDATASURFACEWATERTRITIUMYear(Min.TritiumMax.Mean)Location:

Indicator 197619771978197919801981198219831984198519861987365380.377~1761502121942491102502601608895305602763063883115603701200(2)500410627455476228227285266347280530380322ResultsinpCi/liter (1)Indicator locationistheFitzPatrick inletcanal.(2)Suspectsamplecontamination.

Recollected samplesshowednormallevelsoftritium.-134 TABLE29HISTORICAL ENVIRONMENTAL SAMPLEDATAAIRPARTICULATE GROSSBETAYear(Min.GrossBetaMax.Mean)Location:

Control197719781979198019811982198319841985198619870.0010..010.0100.0090.0160.0110.0070.0130.0130.0080.0090,4840.660,7030.2910.5490.0780.0850.0510.0430.2720.0370.1250.160.0770.0560.1650'330.0240.0260.0240:0390.021ResultsinpCi/m1(1)Locations usedfor1977-1984wereCoff-site, Dloff-site, D2off-site, Eoff-site, Foff-siteandGoff-site.

ControllocationR-5off-sitewasusedfor1985-1987(formerly Coff-sitelocation)

-135 TABLE30HISTORICAL ENVIRONMENTAL SAMPLEDATAAIRPARTICULATE GROSSBETAYear(Min.GrossBetaMax.Mean)Location:

Indicator 197719781979198019811982198319841985198619870.0020.010.0010.0020.0040.0010.0020.0020.0100.0070.0090.3260.340.2710.2070.5280'130.0620.0580.0440.2890.0400.1060.110.0580.0440.1510.0310.0230.0250.0230.0390.021ResultsinpCi/m(1)Locations usedfor1977-1984wereD1on-site,D2on-site,Eon-site,Fon-site,Gon-site,Hon-site,Ion-site,Jon-siteandKon-site,asapplicable.

1985-1987locations wereR-1off-site, R-2off-site, R-3off-site, andR-4off-site.

-136 TABLE31HISTORICAL ENVIRONMENTAL SAMPLEDATAAIRPARTICULATES YearCs-137Co-60(Min.Max.Mean)(Min.Max.Mean)Location:

Control(2)Preop.197019711972197319741975197619771978197919801981198219831984198519861987(1)(1)(1)(1)(1)(1)(1)(1)0.00020.00080.00080.00150.00030.0002.0.0002LLD'LD0.0075LLD(1)(1).(1)(1)(1)(1)(1)(1)0.01120.00420.00470.00180.00420.00090.0002LLDLLD0.0311LLD(1)(1)(1)(1)(1)(1)(1)(1)0.00340.00180.00160.00160.00170.00040.0002LLDLLD0.0193LLD(1)(1)(1)(1)(1)(1)(1)(1)0.00340.00030.0005LLD0.00030.00040.00070.0004LLDLLDLLD(1)(1)(1)(1)(1)(1)(1)(1)0.03470.00560,0014LLD0.00120.00070.00070'012LLDLLDLLD(1)(1)(1)(1)(1)(1)(1)(1)0.01720.00200'009LLD0.00080.0006A).0007'0.0008LLDLLDLLDResultsinpCi/m(1)Nodataavailable (notrequiredpriorto1977)(2)Locations includedcomposites ofoff-siteairmonitoring locations for1977-1984.Locations includedR-5airmonitoring locationfor1985-1987-137 TABLE32NISTORXCAL ENVIRONMENTAL SAMPLEDATAAIRPARTICULATES YearCs-137Co-60(Min.Max.Mean)(Min.Max.Mean)Location:

Indicator(

Preop.1970197119721973197419751976197719781979198019811982198319841985'9861987(1)(1),(1)(1)(1)(1)(1)(1)0.00010.00030.00030.00050.00020.00010.0002LLDLLD0.0069LLD(1)(1)(1)(1)(1)(1)(1)(1)0.01050.00260.00200.00190.00450.00060.0003.LLDLLD~0.0364LLD(1)(1)(1)(1)(1)(1)(1)(1)0.00430.00160.00100.00110.00140.00040.0002LLDLLD0.0183LLD(1)(1)(1)(1)(1)(1)(1)(1)0.00030.00030.00030.00160.00020.00030.00030.0007LLDLLDLLD(1)(1)(1)(1)(1)(1)(1)(1)0.07110.01530.00070.00160.00170.00100:00170;0017LLDLLDLLD(1)(1)(1)(1)(1)(1)(1)(1)0.01790.00230.00050.00160.00060.00050.00070.0012LLDLLDLLDResultsinpCi/m3(1)Nodataavailable (notrequiredpriorto1977)(2)Locations includedcomposites ofon-siteairmonitoring locations for1977-1984.Locations includedR-1throughR-4airmonitoring locations for1985-1987.-138 TABLE33HISTORICAL ENVIRONMENTAL SAMPLEDATAAIRRADIOIODINE Year(Min.Iodine-131 Max.Location:

Control(1)Mean)1976197719781979198019811982198319841985198619870.010.02'.03LLDLLDLLD0.039LLDLLDLLD0,041LLD5.880.820.04LLDLLDLLD0.039LLDLLDLLD0.332LLD~0.600.320.03LLDLLDLLD0.039LLDLLDLLD0,151LLDResultsinpCi/m(1)Locations Dloff-site, D2off-site, Eoff-site, Foff-siteandGoff-siteusedfor1976-1984.LocationR-5off-siteusedfor1985-1987.

TABLE34HISTORICAL ENVIRONMENTAL.

SAMPLEDATAAIRRADIOIODINE Year(Min.Iodine131Max.Location:

Indicator(

Mean)1976197719781979198019811982198319841985198619870.010.020.02LLD0.0130.0160.0020.022LLDLLD0.0230.0112.090.730.07LLD0,0130.0420.0420.035LLDLLD0.3600.0180.330.310.04LLD0.0130.0290.0160.028LLDLLD0'190.014ResultsinpCi/m(1)Locations usedfor1976-1984wereDlon-site,D2on-site,Eon-site,Fon-site,Gon-site,Hon-site,Ion-site,Jon-site,andKon-site,asapplicable.

Locations usedfor1985-1987wereRloff-site, R-2off-site, R-3off-siteandR-4off-site.

-140 TABLE35HISTORICAl.

ENVIRONMENTAL SAMPLEDATAENVIRONMENTAL TLDYear(Min.Dose(mrem)Max.Location:

Control(2)

Mean)Preop197019711972197319741975197619771978197919801981198219831984198519861987(1)6.02.02.22.22.74.83.24.03'3.33.83.53.84.94.74.5(4.4)<5.3(5.5)<4.6(4.6)<(1)7.36.76.26.9=8.96.07'8.04.75.75.85.96.17.28.27.6(6.8)"7.5(7.2)"6.6(5.8)A(1)6.74.34,44.75.65.55.45,34.34.74.94.85.15.86.25.6(5.4)'46.3(6.3)A'.4 (5.2)'4Resultsinmremperstandardmonth(1)Datanotavailable r(2)TLD88,14,and49,whereapplicable

()<TLDresultbasedontheTechnical Specification requiredlocations (TLDfC14and49).-141 TABLE36AHISTORICAL ENVIRONMENTAL SAMPLEDATAENVIRONMENTAL TLDYear(Min.Dose(mrem)Max.Mean)Preop197019711972197319741975197619771978197919801981198219831984198519861987(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)4.14.44~4Location:

SiteBoundar(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)<1)(1)<1)(1)(1)(1)12.618.714.3(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)6.27.06.1Resultsinmremperstandardmonth(1)Nodataavailable (notrequiredpriorto1985)(2)TLDlocations initiated in1985asrequiredbythenewTechnical Specifications.

IncludesTLDnumbers75,76,77,23,78,79,80,81,82,83,84,7,18,85,86and87-142 TABLE36B'HISTORICAL ENVIRONMENTAL SAMPLEDATAENVIRONMENTAL TLDYear(Min.Dose(mrem)Max.Mean)Location:

Off-SiteSectors(2)

Preop19701971197219731974197519.7619771978197919801981198219831984198519861987(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)4.04.64.3(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)7.18.66.0(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)5,06.05.2Resultsinmremperstandardmonth(1)Nodataavailable (notrequiredpriorto1985)(2)TLDlocations initiated in1985asrequiredbythenewTechnical Specifications.

IncludesTLDnumbers88,89,90,91,92,93,94and95.-143 TABLE36CHISTORICAL ENVIRONMENTAL SAMPLEDATAENVIRONMENTAL TLDYear(Min.Dose(mrem)Max.Mean)Location:

SecialInterest(2)(

Preop1970~1971197219731974197519761977197819791980198119821983'1984198519861987(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)3.94.83.5(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)6.88.26.0(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)(1)~(1)(1)~(1)5.36.15.1Resultsinmremperstandardmonth(1)Nodataavailable (notrequiredpriorto1985).(2)TLDlocations initiated in1985asrequiredbynewTechnical Specifications.

,TLD'sincludedarenumbers96,58,97,56,15and98.(3)TLDlocations includecriticalresidences andpopulated areasnearthesite.-144 TABLE36DHISTORICAL ENVIRONMENTAL SAMPLEDATAENVIRONMENTAL TLDYear(Min.Dose(mrem)Max.Mean)Location:

On-SiteIndicator(

Preop197019711972197319741975197619771978197919801981198219831984198519861987(1)4.71.52'3.03.14.63.73.03.02.73.94.13.95.04.64.74.74.0(1)9.07.78.2.24.410.616.018.815.39.08.312.011.813.016.513.215.916.111.4(1)6.04.74.96.65.77.36.95.74.34.35.35.86.36.97.06.37.0.5.8Resultsinmremperstandardmonth(1)Nodataavailable.

(2)IncludesTLDnumbers3,4,5,6,and7only(1970-1973).numbers3,4,5,6,7,23,24,25and26(1974-1987)~(on-siteenvironmental airmonitoring locations).

IncludesTLD/-145 TABLE36EHISTORICAL ENVIRONMENTAL SAMPLEDATAENVIRONMENTAL TLDYear(Min.Dose(mrem)Max.Mean)Location:

Off-SiteIndicator(2)

Preop197019711972197319741975197619771978197919801981198219831984198519861987(1)5.01.11.82.22.44.53.43.72.73.03.1F64.04.64.64.65.04.4(1)8.07.76.66.98.97.17.28,04.75.75.85.96.27.28.27.77.66.6(1)6.74.54.44.15,35.'55.25.33,74.04.64.75.25.66.15.56.15.2Resultsinmremperstandardmonth(1)Nodataavailable.

(2)IncludesTLDnumbers8,9,10,11,12and13(off-site environmental airmonitoring locations.

-146 TABLE37HISTORICAL ENVIRONMENTAL SAMPLEDATAMILKYearCs-137I-131(Min.Max.Mean)(Min.Max.Mean)Location:

Control(2) 197619771978197919801981198219831984198519861987(1)(1)(1)(1)(1)(1)2.47.85.8LLDLLDLLD3.65.64.53.93.93.9LLDLLDLLDLLDLLDLLDLLDLLD'LLDLLDLLDLLD5.312.48.4JLDLLDLLD(1)(1)(1)(1)LLDLLDLLDLLD1.41.4LLDLLDLLDLLDLLDLLDLLDLLDLLDLLD0.829.0LLDLLD(1)(1)LLDLLD1.4LLDLLDLLDLLDLLD13.6LLDResultsinpCi/liter (1)Nodataavailable (nosamplescollected)

(2)Locationusedwasanavailable milksamplelocationinaleastprevalent winddirection greaterthantenmilesfromthesite-147 TABLE38HISTORICAL ENVIRONMENTAL SAMPLEDATAMILKYearCs-137I-131(Min.Max.Mean)(Min.Max.Mean)Location:

Indicator(1) 1976197719781979198019811982198319841985198619874.011.03.43.23.23.53.53.3LLDLLD6.15.515.022.033.053.021.029.014.010.9LLDLLD11.18.19.317.19.99.48.18.65.77.2LLDLLD8.66.80.020.010.19LLD0.3LLDLLDLLDLLDLLD0.3LLD45.0049.000.19LLD8.8LLDLLDLLDLLDLLD30.0LLD3.206.880.19LLD3.8LLDLLDLLDLLDLLD5.2LLDResultsinpCi/liter (1)Locations wereavailable downwindlocations withintenmileswithhighdeposition potential.

-148 TABLE39HISTORICAL ENVIRONMENTAL SAMPLEDATAFOODPRODUCTSYear1976(3>197719781979198019811982198319841985(4>19861987(Min.(1)(1)(1)(1)0.02LLDLLDLLDLLDLLDLLDLLDCs-137Max.Location:

Control((1)(1)(1)(1>0.02LLDLLDLLDLLDLLDLLDLLDMean)(1)(1)(1)(1)0.02LLDLLDLLDLLDLLDLLDLLDResultsinpCi/g(wet)(1)Nodataavailable (controlsamplesnotcollected)

(2)Locationwasanavailable foodproductsamplelocationinaleastprevalent winddirection greaterthantenmilesfromthesite(3)Datacomprised ofbroadleaf andnon-broadleaf vegetation.

(4)Datacomprised ofbroadleaf vegetation only.-149 TABLE40HlSTORICAL ENVIRONMENTAL SAMPLEDATAFOODPRODUCTSYear1976(2)197719781979198019811982198319841985(>>19861987(Min.LLDLLDLLD0.0040'04LLDLLDLLDLLD0.047LLDLLDCs-137Max.Location:

Indicator(

LLDLLDLLD0.0040.060LLDLLDLLDLLD0.047LLDLLDMean)LLDLLDLLD0.0040.036LLDLLDLLDLLD0.047LLDLLDResultsinpCi/g(wet)(1)Indicator locations wereavailable downwindlocations withintenmilesofthesiteandwithhighdeposition potential.

(2)Datacomprised ofbroadleaf andnon-broadleaf vegetation.

(3)Datacomprised ofbroadleaf vegetation only.-150 QSRs24WENO~.JEEFEEECJFIGUREIAOFF-SITEENVIRONMENTAL STATIONANDTLDMCATIONS~\andyCtoolsANDYCRE9J94SCALKOFMILKSLEOENDLAR'E10MI55oENVIRONMENT STATIONANDTLDLOCATIONTLDLOCATION0701pg0900504ONTARIO5hll5ceetpe01Plalteal0lemotedemosH~WNnepn~I0Oe9554lestst19ssotles~44I949latestlopesomeoaroctet1ernelelersCOitalItomatoA~AWEPNNN~INPIEnNeeteaselIIe0851PN'st~IPNNIIG1393sl0~0I9C~~94~NPsixieromare92teenlltae~g90Y9"N.s\P'INIl31l.2hh51PPNy$I~ko~NPOIqXI~l~11.IlmtEONIwF~4E(IeII/IPaI~IPPZhtRIP Rrdau'llScrawl<<tc OFF5ll~MuaulaIaa~naFIGURE1-BSITEENVIRONMENTAL STATIONANDTLDLOCATIONS (SOUTHERN) h1cnCUO'll~'uIII~CMIINte<<ls"~COrnela~IISnlouiI5VIf51~NNIMSllanNINISPleasantla102all<<rraCa<<<<rrA<<1<<lcIIINOrehe'sCornersI5Y//Sa'sComersCattordALE35Paknno3locatesCornersRsuRM0RussIltsttsISIS/EastcalleMPeatCorners/IBender'aocrsIaHanlbalfakdaktiester~Centerc<<el~c~n3~FULTONlearllaM3feIEack3s(CornersIIaSutl'5rsCrrresnltcsl33eJ~aNxNI6AL~sallLIh'raraauunra 53'N~aIenCAYUGAtannaeutl Center~callaN5nelsI1allacoCenaStc<<~ToH.Y.JldCOUNTYCIMIIIasnearJEI~)an~I~coul5155nc'I/IMlra~~inttCI~IMuNI~~ulS~NNcN51~ucIaPjRIls\ICONPNDAGA~IlacISIMCclawsw+~TuSyriaOa49ul-Environmental TLDLocationEhoenlx.I/Wal51aXn33IIIMII~acctcisleasMCIlllJ<<t0+o+o1g.~l.1N<<uMlllIllaInI3IKIINIII~uaMall~NlanlulalallIlllsIV'4aa~<<INCslullrssu<<utearaa'~asI~llaQsREVEt'l~ll~aO~TaStrlanurTtuecR<<ers INf00723LAR8011IfRlmW~00~00000flOfIAF16F6WIN,~IIIII'p'2fIGURE2OiV-SITEEIIVIROliblETVTAL STATIOiVAiVDTLDLOCATIOiVS ISIIEnviron60enta1 StationTLDLocationIII%00.000IT 000I000Ihhll0000I~H!IA'0~636260~IWT~5091R-4-153 SCALEOFMILESSenalSaaeelStarePwaFIGURE3NMP3MI5MI0VBIVBMelkoPotntMedeaBayBaKhBeach~NKI~NEARESTRESIDENCE ANDI'OODPRODUCTLOCATIONS WSWcl>>1lailVleG~TN5FleelATCE0SShoreLSPleasantHkseuvCwma5)erleeBeachtrerrerete Sar>>a>>pSalasNaa~tIaalu)0IB14hurNorthChurchSEplIel~I~a.NewMavenTogGalenln)005)~~lieu~IW~as~lle>>lealIlesIlllaawlel.ouiI~el.~IIIInKeITIleIIIINI)I~Tl4+4I"'gmutaaetllll LOuln>>SlOs>>egorass0w5WOswegoCenterM55LAKEONTARIO>>eaaa>>lail~I0~111111~eSWar.,SOdIr+Wraaauun.5)we~aweanI5)~II~Il~Naue)II*~~I11Iai4)~ae~~et>>I45aaett~~qI(ueIshiangIIO40RR'IBKlocLsComers414r~rta>>t15Ct515SSESouthSCrahast>>r)NonhVVEIlnreaeuBuNNra>>Austtn'5Comerll)5gVer/~.)5ISa'sComerW~Mungel'5Cornerswu~eaa~1MexicoalenNJPlnelalcXISs'C3~nRlaue'ISatavrtaal ls~)Mecall~>>u~n~~nd)atagea>>aNI~le>>N(lacnlasb.aaarr>>aerer4)>>luauINIelK5)lacelean(i<~~IIaCora>>ry~)~a~Y0Brass'5COTINI54$YIAlloom)5)CornersCL)lord)SlLE5)Reu)seatRM0RussMassUrasonraarnals45gastPalerrnoaa45Catt/

LAKE(easeONTARIO10I5asetooIIvsessl$FIGURE4h(ILKANlh!ALCFNSUSANDNlLkSAhUILELOCATIONS (ll~(OeNMP~nWsedeal~leasaaliss4soIESIM07wnsoPassWM;Odeydoesn(Or.y5III~MWfehhaneWSWedlPOSEnssl10MI0j~MMsaaMes~asa~MheMs~ISMnslVelel~seMOSWKOIScIahaNHaheaahfl SSE($AnSWMAVEdvlnnelln'ICenednsah"NM~IICOIIaeE('.XMcos+~.tease'edk41MMM11I'1sllge\.M.fin~\M0IW"("h5<".0(I)~\~Idd(ia~Iei(asses>0eALRM0MMM~en(ea~I~IseenMV0baI(sanaCareen~II(ell.~se~o~anl(lnlIaedaso(seglIInaeseshCeases~I~aFULTONIsMs(neIli~ICoeeses.Iesdesaess~easdaseeea/eseslafl\~A~NI6AfLdLlL'eeaeaheeae

'R~~A~NI~~dnnnlansI~s(eI FIGURE5NEi'$YORKSTATEMAPLakeQnta<'oBUFFALOU~ROCHESTER SYRACUSE~UTICAALBANY'EW YORKNineMilePointNuclearStationUnitINineMilePointNuclearStationUnit2JamesA'.FitzPatrick NuclearPovorPlantNEWYORKCITY-156