ML17319B079
| ML17319B079 | |
| Person / Time | |
|---|---|
| Site: | Cook  |
| Issue date: | 11/04/1981 |
| From: | INDIANA MICHIGAN POWER CO. (FORMERLY INDIANA & MICHIG |
| To: | |
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| ML17319B078 | List: |
| References | |
| NUDOCS 8111100572 | |
| Download: ML17319B079 (56) | |
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'PPENDIXBENVIRONMENTALTECHNICALSPECIFICATIONSFORDONALDC.COOKNUCLEARPLANTUNITS1AND2BERRIENCOUNTYMICHIGANDOCKETNUMBERS50-315AND50-316PARTI-RADIOL'OGICAL8111100572811104PDRADQCK0500031SPDR TableofContents1.DEFINITIONS~Pae1-,12.LIMITINGCONDITIONSFOROPERATION...........................2-12.1.12.1.22.1.32.1.42.1.5SpecificationsforLiquidWasteEffluents.SpecificationsforLiquidWasteSamplingandMonitoring............................SpecificationsforGaseousWasteEffluentsSpecificationsforGaseousWasteSamplingandMonitoring............................SpecificationsforSolidWasteHandlingandDisposal..............................2.1RadioactiveEffluents..................................2'-12-12-22-62-82-123.ENYIRONMENTALSURVEILLANCE...........................3-13.1RadiologicalEnvironmentalMonitoring..........3-14.SPECIALSURVEILLANCEANDSTUDYACTIVITIES...4-15.ADMINISTRATIVECOflTROLS..................5.1Organization,ReviewandAudit.......5.2ActiontobeTakenifaLimitingConditionOperationisExceeded.................5.3Procedures...5'PlantReportingRequirements5.5RecordsRetention.for~~~~~~~~~~~~~~~~~~~~~~~~5.1-15.1-15.2-15.3-15.4-15.5-1 L'istofTables'~PaeRadioactiveLiquidSamplingandAnalysis.........~2-13RadioactiveGaseousWasteSamplingandAnalysis...2-15PWR-LiquidWasteSystem.LocationofProcessandEffluentMonitorsandSamplersRequiredbyTechnicalSpecifications..PWR-GaseousWasteSystem.LocationofProcessandEffluentMonitorsandSamplersRequiredbyTechnicalSpecifications..........................AverageEnergyPerDisintegration.................
DEFINITIOHSAbnormalEnvironmentalOccurrenceAEOisonethat:a.Resultsinnoncompliancewith,orisinviolationof,thespecificationssectionofalimitingconditionforoperation(section2).b.ResultsinuncontrolledorunplannedreleaseofradioactivedischargesfromtheDonaldC.Cook.NuclearPlantinexcessoftheapplicableregulationsofgoverningagencies,orc.ResultsinasignificantadverseRadiologicalenvironmentalimpact.~Accurac:Referstothedeviationofaresultobtainedbyaparticularmethodfromthevalueacceptedastrue.~Annvall:Annuallyisoncepercalendaryearatintervalsoftwelvecalendarmonths.BatchRelease:AbatchreleaseisthedischargeoffluidCalibration:Aninstrumentordevicecalibrationshallbetheadjustment,asnecessary,oftheoutputsuchthatitrespondswiththenecessaryrangeandaccuracytoknownvaluesofthepara-meter(s)whichtheinstrumentsensorordevicemonitors.Thecalibrationshallencompasstheentirecircuitincludingthesensor,indicatorycontrolfeature,alarmand/ortripfunction(s),andshallincludethefunctionaltest.Thecalibrationmaybeperformedbyanyseriesofsequential,overlappingortotalcircuitstepssuchthattheentirecircuitiscalibratedasspecified.ComositeSamle:Acompositesampleisoneinwhichthequantityofliquisampledisproportionaltothequantityofliquidwastedischarged.ContinuousMonitors:Asappliedtoinplacemonitorsandflowindicatorsdoesnotpreventthedevicesfrombeingperiodicallytakenoutofserviceforcalibrationormaintenance.ContinuousRelease:Acontinuousreleaseisthedischargeoffluidwasteofanon-discretevolume,e.g.,fromavolumeorsystemthathasaninputflowduringthecontinuousrelease.Functional'Check:AfunctionalcheckshallbethequalitativeigThisdeterminationshallinclude,wherepossible,comparisonofthechannelindicationand/orstatuswithotherindicationsand/orstatusderivedfromindependentinstrumentchannelsmeasuringthesameparameter.1-1 thUS1FunctionalTest:Afunctionaltestshallbetheinjectione11dg11<<1h11<<hsensoraspracticabletoverifyOPERABILITYincludingalarmand/ortripfunctions.GrabSamle:Agrabsampleisasinglesampletakenatneitheraseimenoraflow.~Monthl:Monthlyisonceevery30days.Normal0eration:Operationofthestationatgreaterthan5/ofratedtermapowerinotherthanaemergencysituation.Precision:Relatestothereproducibilityofmeasurementswithinaset,thatis,tothescatterordispersionofasetaboutitscentralvalue.uarterl:quarterlyisonceduringeachsuccessivethreemonthperiodothecalendaryear,countingfromJanuary1,atintervalsof13weeks.~i-Mh1:1-h11,d1dd,11gddfrequencyofaparticularportionoftheelectromagneticspectrum.Agivensensor(e.g.,radiometerdetectororcamerafilm)isdesignedtomeasureorbesensitivetoenergyreceivedfromthatpartofthespectrum.PlantandUnit:PlantreferstoD.C.CookNuclearPlant,UnitsU1NWeekl:Meeklyisonceduringeachcalendarweekatintervalsofdays.1-2 2.0LIth1ITINGCONDITIONSfOROPERATION2.1RADIOACTIVEEFFLUENTS~Oh'ective:rodefinethelimitsendconditionsforthecontrolledreleaseofrad.oactivematerialsinliquidandgaseouseffluentstotheenvironstoensurethatthesereleasesareaslowaspracticable.Thesezeleasesshouldnotresultinradiationexposuresinunrestrictedareasgreaterthanafewpercentoznaturalbackgroundexposures.Thereleaserateforalleffluentdischargesshallbewithinthelimitsspec'fiedin10CPRParr20.Toassurethatthereleasesofradioact-vematerialaboveoackgroundtounrestrictedareasbeaslowaspracticaoleasdefinedinAppendixEto10CFRPart50,"thefollowingdesignobjectivesForliquid~astes:asTheannualdoseabovebackgroundtothetotalbodyoranyorganofan'ndividualfromallreactorsatasiteshouldnotexceed5mreminanunrestrictedazea.Theannualtotalquantityofradioactivematerialsin'iquidwaste,excludingtrit'umanddissolvedgases,dischargedfzomeachreactorshouldnotexceed5Ci.t~I."orgaseouswastes:Theannualtotalquantityofnoblegasesabovebackgrounddischargedfzomtheplantshouldzesultinanairdoseduetogammaradiationoflessthan10mrad,andanairdoseduetobetaradiationoflessthan20mzad,atanylocationneargroundlevelwhichcouldbeoccupiedbyindividualsatorbeyondtheboundaryofthesite.'deTheannualtotalquantityofallradioiodinesandradioactivematerialinparticulateformsabovebackgroundromallzeactorsatasiteshouldnotresultinanannualdosetoanyorganofanindividualinanunrestrictedareafromallpathwavsofexposureinexcessof15mrem.e~:heannualtotalauantityoziodine-131dischargedfromeachreactoratasiteshouldnotexceed1Ci.2.I.]Soecificat'onsfozLiquidWasteEfluentsasTheconcentrationofradioactivematerialsreleasedinliquidwasteeffluentsfromallreactozsatthesiteshallnotexceedthe2-1 valuesspecifiedin10CFRPart20,AppendixB,TableZl,Column2,forunrestrictedareas.b.C~Thecumulativerelease.ofradioactivematerialsinliquidwasteeffluents,excludingtritiumanddissolvedgases,shallnotezceed10Ci/reactor/calendarquarter.Thecumulativereleaseofradioactivematerialsinliquidwasteeffluents,excludingtritiumanddissolvedgases,shallnotexceed20Ci/reactorin.any12consecutivemonths.d.Duringreleaseofradioactivewastes,theeffluentcontrolmonitorshallbesettoalarmandtoinitiatetheautomaticclosureofeachwasteisolationvalvepriortoexceedingthelimitsspecifiedin2.1.1.aabove.e.Theoperabilityoftheautomaticisolationvalvesintheliquidradwastedischargelinesshallbedemonstratedquarterly.Theequipmentinstalledintheliquidradioactivewastesystemshallbemaintainedandshallbeoperatedtoprocessradioactiveliquidwastespriortotheirdischargewnentheprojectedcumulativereleaseratecouldexceed1.25Ci/reactor/calendarquarter,excludingtritiumanddissolvedgases.goThemaximumradioactivitytobecontainedinanyliquidradwastetankthatcanbedischargeddirectlytotheenvironsshallnotezceed10Ci,excludingtritiumanddissolvedgases.Ifthecumulativereleaseofradioactivematerialsinliquideffluents,excludingtritiumanddissolvedgases,ezceeds2.5Ci/reactor/calendarquarter,thelicenseeshallmakeaninvestigationtoidentifythecausesforsuchreleases,defineandinitiateaprogramofactiontoreducesuchreleaseratestothedesignobjectivelevelslistedinSection2.1,andreporttheseactionstotheCommissionwithin30daysfromtheendorthequarterduringwhichthereleaseoccurred.P.].PSpecificationsforLiquidHasteSamolinand'Aonitorinaa~Plantrecordsshalloemaintainedoftheradioact'veconcentra-tionandvolumebeforedilutionofliquidwasteintendedfordischargeandtheaveragedilutionflowandlengthoftimeoverwnicheachdischargeoccurred.Sampleanalysisresultsandotherreportsshallbesubmittedinaccordancewith2-2 Section5.4ofthesespecifications.Estimatesofthesamplingandanalyticalerrorsassociatedwitheachreportedvaluesha',1beincluded.b.Priortoreleaseofeachbatchofliquidwaste,arepresentativesampleshallbetakenfromthatbatchandanalyzedfortheconcentrationofeachsignificantgammaenergypeakinaccordancewithTable2.1-1todemonstratecompliancewithSpecification"2.1.1usingtheflowrateofthestreamintowhichthewasteisdischargedduringtheperiodofdischarge.C.SamplingandanalysisofliquidradioactivewasteshallbeperformedinaccordancewithTable2.1-1Priortotakingsamplesfromamonitoringtank,atleast.twotankvolumesshallberecirculated.d.Theradioactivityinliquidwastesshallbecontinuouslymonitoredduringrelease.Wheneverthesemonitorsarein-operableoraperiodnottoexceed72hours,twoindepen-dentsamplesofeachtanktobedischargedshallbeanalyzedandtwoplantpersonnelshallindependentlycheckvalvingpriortothedischarge.ifthesemonitorsarein-operableforaperiodexceeding72hours,noliquidwastetankshallbereleasedandanyreleaseinprogressshallbetermin~t.".e.Theflowrateofliquidradioactivewasteshallbemeasure)duringrelease.AllliquideffluentradiationmonitorsshallbecalibraedatleastquarterlybymeansofaradioactivesourcewhichhasbeencalibraedtoaNationalBureauofStandardssource.Eachmonitorshallalsohaveafunctionaltestmonthlyandaninstru-mentcheckpriortomakinoarelease.g.Theradioactivityinsteamgeneratorblowdownshallbecontinu-ouslymonitoredandrecorded.Wheneverthesemonitorsarein-operable,theblowdownflowshallbedivertedtothewastemanage-mentsystemandthedirectreleasetotheenvironmentterminated.Bases:Thereleaseof'adioactivematerialsinliquidwasteeffluentstounrestrictedareassha'llnotexceedtheconcentrationlimitsspecifiedin10CFRPart20andshouldbeaslowaspracticable.inaccordancewiththerequirementsof10CFRPart50.36a.v2-3 Bases(Continued)Thesespecificationsprovidereasonableassurancethattheresultingannualdosetothetotalbodyoranyorganofanindividualinanunrestrictedareawillnotexceed5mrem.Atthesametime,thesespecificationspermittheflexibilityofoperation,compatiblewithconsiderationsofhealthandsafety,toassurethatthepublicisprovidedadependablesourceofpowerunderunusualoperatingconditionswhichmaytemporarilyresultinreleaseshigherthanthedesignobjectivelevelsbutstillwithintheconcentrationlimitsspecifiedin10CFRPart20.Ttisexpectedthatbyusingthisoperationalflexibilityunderunusualoperationconditions,andexertingeveryefforttokeeplevelsofradioactivematerialinliquidwastesaslowaspracticable,theannualreleaseswillnotexceedasmallfractionoftheconcentrationlimitsspecifiedin10CFRPart20;Thedesignobjectiveshavebeendevelopedbasedonoperatingexperiencetakingintoaccountacombinationofvariablesincludingdefectivefuel,primarysystemleakage,primarytosecondarysystemleakageandtheperformanceofthevariouswastetreatmentsystems,andareconsistentwithApoendixIto10CFRPart50.Specification2.1.1.arequiresthelicenseetolimittheconcen-trationofradioactivematerialsinliquidwasteeffluentsfromthesitetolevelsspecifiedin10CFRParr20,Appendi>xB,TableZZ,Column2,forunrestrictedareas.Thisspecificationprovidesassurancethatnomemberoithegeneralpublicwillbeexposedtoliquidcontainingradioactivematerialsinexcessoflimitscons'cerecpermissibleundertheCommission'sRulesandRegulations.Specifications2.1.].cestablishtheupperlimitsforthereleaseni'adioactivematerialsinliquideffluents.TheintentoftheseHi><<-iii<atirmaistopermitthelicenseetheflexi&flityofoperation<<><>><><<<r<~tl><>tth<.-publicisprovidedadependablesourceofpower<<>><I<r<<n<<s<<nloperntfngconditionswhichmaytemporarilyresultinr<I<as<sI>igherthanthelevelsnormallyachievablewhentheplane<ltl><iiq<<i<iwast<tre:>tmentsystemsar<functioningasdesigned.R<linscsui'protheselimitswillresultincon<<nrrationsnt'n<iioactiv<mat<rialinliquidwastesatsmallpercentagesoieh+iimitssp<<ifie<iin10CFRPart20.Specifications2.1.1.dand2.1.1.erequirethatsuitableequip-menttocontrolandmonitorthereleasesofradioa<tivematerialsinliquidwastesareoperatingduringanyperiod2-4' thesereleasesaretakingplaceconsistentwiththerequirementsof10CFRPart50,AppendixA,DesignCriterion64.Specification2.1.1.frequiresthatthelicenseemaintainandoperatetheequipmentinstalledintheliquidwastesystemstoreducethereleaseofradioactivematerialsinliquideffluentstoaslowaspracticableconsistentwiththerequirementsof10CPRPart50.36a.Normaluseandmaintenanceofinstalledequipmentintheliquidwastesystemprovidesreasonableassurancethatthequantityreleasedwillnotexceedthedesignobjective.Inordertokeepreleasesofradioactivematerialsaslowaspracticable,thespecificationrequiresoperationofequipmentwheneveritappearsthattheprojectedcumulativedischargeratewillexceedone-fourthofthisdesignobjectiveannualquantityduringanycalendarquarter.Specification2.1.1.9.limitstheamountofradioactivematerialthatmaybeinadvertentlyreleasedtotheenvironmenttoanamountthatwillnotexceedtheTechnicalSpecificationlimit.InadditiontolimitingconditionsforoperationlistedunderSpecification2.1.l.band2.l.l.cthereportingrequirementsofSpecification2.l.l.lldelineatethatthelicenseeshallidentifythecausewheneverthereleaserateofradioactivematerialsinliquidwasteeffluentsexceedsone-halfthedesignobjective-annualquantityduringanycalendarquarteranddescribetheproposedprogramofactiontoreducesuchreleasestodesignobjective.levelsonatimelybasis.Thisreportmustbefiledwithin30daysfollowingthecalendarquarterinwhichthereleaseoccurred.ThesamplingandmonitoringrequirementsgivenunderSpecification2.1.2provideassurancethatradioactivematerialsinliquidwastesareprope.-lycontrolledandmonitoredinconformancewiththerequirementsofDesignCriteria60and64.Theserequire-mentsprovidethedataforthelicenseeandtheCommissionto,evaluatetheplant'sperformancerelativetoradioactiveliquidwastesreleasedtotheenvironment.ReportsonthequantitiesofradioactivematerialsreleasedinliquidwasteeffluentsarefurnishedtotheCommissionaccordingtoSection5.4oftheseTechnicalSpecificationsinconformancewithRegulatoryGuide1.21.Onthebasisofsuch.reportsandanyadditionalinformationtheCommissionmayfromtimetotimerequirethelicenseetotakesuchactionastheCommissiondeemsappropriate.2-5 ThepointsofreleasetobemonitoredinSection2.1.2includeallthemonitoredreleasepointsasprovidedforinTable2.1-3.2.T.3SecificationsforGaseousWasteEffluentsa.(1)Thereleaseratelimitofnoblegasesfromthesiteshallbe:Q.,[37Ei+112E.]<1.1VSwhereQreleaserate(sumoftheunitventsandtheturbinecondensersteamairejectorexhaustforUnit1andUnit2)Q,iyreleaseratefromventsinCi/sec(groundrelease)fortheithindiyidualnuclide.lEtheithindividualnuclidetheaveragegammaenergyperdisintegrationfornuclidei=theaveragebetaenergyperdisintegrationfornuclideiRefertoTable2.1-5forEandEvaluestobeused.a0(2)Thereleaseratelimitofallradioiodinesandradioactivematerialsinparticulateformwithhalf-livesgreaterthaneightdays,releasedtotheenvironsaspartofthegaseouswastefromthesiteshallbe:1.5x10Q<15whereQisdefinedaboveb.(1)Theaveragereleaserateofnoblegasesfromthesiteduringanycalendarquartershallbe:E[350Q.]<1i8ivand,E.[120Qi]<1i'f2-6 b.(2)Theaveragereleaserateofnoblegasesfromthesiteduringany12consecutivemonthsshallbe:}Ei[700Qi]<1BEij230Qyb.(3)Theaveragereleaserateofalliodinesandradioactivematerialsinparticulateformpersitewithhalf-'ivesgreaterthaneightdaysduringanycalendarquartershallbe:b.(4)b.(S)1.8x10Q<16lTheaveragereleaserateofalliodinesandradioactivemateraspetilspersiteinparticulateformwithhalf-livesgreater2'shallthaneightdaysduringanyperiodof12consecutivemonthssabe.36x10Q<16Theamountofiodine-131releasedduringanycalendarquarte"shallnotexceed2Ci/reactor.b.(6)Theamountofiodine-131releasedduringanyperiodof12consecutivemonthsshallnotexceed4Ci/reactor.CoShouldtheconditionsof2.1.3.c(1),(2),or(3)listedbelowexist,thelicenseeshallmakeaninvestigationtoidentifythecausesothereleaserates,defineandinitiateaprogramofactiontoreducethereleaseratestodesignob)ectivelevels,listedinSection2.7,andreporttheseactionstotheCommissionwithin30daysfromtheendofthequarterduringwhichthereleasesoccurred.(1)lftheaveragereleaserateofnob'egasesduringanycalendarquarteris:orq)E.[1400Q]iBiv$Eif470Qi])1y2-7 C.Iftheaveragereleaserateofalliodinesandradioactivematerialsinparticulateformpersitewithhalf-livesgreaterthan8daysduringanycalendarquarteris:73x>OQv>1c.(3)Iftheamountofiodine-131releasedduringanycalendarquarterisgreaterthan0.5Ci/reactor.d.e.DuringthereleaseofgaseouswastesfromtheprimarysystemwastegasholdupsystemtheeffluentmonitorslistedinTable2.>-4shallbeoperatingandsettoalarmandtoinitiatetheautomaticclosureofthewastegasdischargevalvepriortoexceedingthelimitsspecifiedin2.7.3a,above.Theopera-bilityofeachautomaticisolationvalveshallbedemonstratedquarterly.Themaximumactivitytobecontainedinonewastegasstoragetankshallnotexceed438,000curies(consideredasXe-133).2.1.4SecificationsforGaseousWasteSamolinaandMonitorina.PlantrecordsshallbemaintainedandreportsofthesamplingandanalysesresultsshallbesubmittedinaccordancewithSection5.4oftheseSpecifications.Estimatesofthesamplingandanalyticalerrorassociatedwitheachreportedvalueshouldbeincluded.b.Gaseousreleasestotheenvironment,exceptfromtheturbinebuildingventilationexhaustandasnotedinSpecification2.1.4.c,shallbecontinuouslymonitoredforgrossradioactivityandtheflowcontinuouslymeasuredandrecorded.Wheneverthesemonitorsareinoperable,grabsamplesshallbetakenandanalyzeddailyforgrossradioactivity;Ifthesemonitorsareinoperableformorethan7days,thesereleasesshallbeterminated.d.Duringthereleaseofgaseouswastesfromtheprimarysystemwasegasholdupsystem,thegrossactivitymonitor,theiodinecollec-tiondevice,andtheparticulatecollectiondeviceshallbeoperating.AllwastegaseffluentmonitorsshallbecalibratedatleastquarterlybymeansofaknownradioactivesourcewhichhasbeencalibratedtoaNationalBureauofStandardssource.Eachmonitorshallhaveafunctionaltestatleastmonthlyandinstrumentcheckatleastdaily.e.Samplingandanalysisofradioactivematerialingaseouswaste,particulateform,andradioiodineshallbeperformedinaccordancewithTable2.1-2.2-0 2,-9Bases:Thereleaseofradioactivematerialsingaseouswasteeffluentstounrestrictedareasshallnotexceedtheconcentrationlimitsspecifiedin10CFRPart20,andi'naccordancewiththerequirementsof10CFRPart50.36a.Thesespecificationsprovidereasonableassurancethattheresultingannualairdoseduetogammaradiationwillnotexceed10mrad,andanannualairdoseduetobetaradiationwillnotexceed20mradfromnoblegases,andthattheannualdosetoanyorganofanindividualfromiodinesandparticulateswillnotexceed15mrempersite.Atthesametimethesespecificationspermittheflexibilityofoperation,compatiblewithconsiderationsofhealthandsafety,toassurethatthepublicisprovidedwithadependablesourceofpowerunderunusualoperatingconditionswhichmaytemporarilyresultinreleaseshigherthanthedesignob)ectivelevelsbutstillwithintheconcentrationlimitsspecifiedin10CFRPart20.ltisexpectedthatusingthisoperationalflexibilityunderunusualoperatingconditions,andbyexertingeveryefforttokeeplevelsofradioactivematerialingaseouswastesaslowaspracticable,theannualreleaseswillnotexceedasmallfractionoftheconcentrationlimitsspecifiedin10CFRPart20.Theseeffortsshouldincludeconsiderationofmeteorologicalconditionsduringreleases.Thereisareductionfactorof243bywhichthemaximumpermissibleconcentrationofradioactiveiodineinairshouldbereducedtoallowfor,thegrass-cow-milkpathway.(Thefactoris1220forthegrass-goat-milkpathway).Thisfactorhasbeenderivedforradioactiveiodine,takingintoaccountthemilkpathway.Ethasbeenappliedtoradionuclidesofiodineandtoallradionuclidesinparticulateformwithahalf-lifegreaterthaneightdays.Thefactorisnotappropriateforiodinewheremilkisnotapathwayofexposureorfortheotherradionuclides.Thedesignobjectiveshavebeendevelopedbasedonoperatingexperiencetakingintoaccountacombinationofsystemvariablesincludingdefectivefuel,primarysystemleakage,primarytosecondarysystemleakage,steamgeneratorblowdownandtheperformanceofthevariouswastetreatmentsystems.ForSpecification-.1.36(1)dosecalculationshavebeenmadeforthecriticalsector.Thesecalculationsconsidersitemeteorology,buoyancycharacteristics,andradionuclidecontentoftneeffluentofeachunit.Meteorologicalcalculationsforoffsitelocationswereperformed,andthemostcriticalonewasselectedtosetthereleaserate.Thecontrollingdistanceis610meterstothenorth.Thegammadosecontributionwasdeterminedusingtheequation7.63inSection7-5,2.5of.MeteoroloandAtomicEner-1968.Thereleasesfromventsareconsideredtobegroundlevelreleaseswhichcouldresultinabetadosefromcloudsubmersion.Thebeta 2-10dosecontributionwasdeterminedusingEquation7.21,asdescribedinSection7-4.1ofMeteoroloandAtomicEner-1968.Thebetadosecontributionwasdeterminedonthebasisofaninfinitecloudpassagewithsemi-infinite.geometryforagroundlevelrelease(submersiondose).Thebetaandgammacomponentsofthegrossradio-activityingaseouseffluentswerecombinedtodeterminetheallowablecontinuousreleaserate.Basedonthesecalculations,acontinuousreleaserateofgrossradioactivityintheamountspecifiedinF13a(1>willnotresultinoffsiteannualdosesabovebackgroundinexcessofthelimitsspecifiedin10CFRPart20.TheaveragegammaandbetaenergyperdisintegrationusedintheequationofSpecification2.1.3.8(1)willbebasedontheaveragecompositionofgasesdeterminedfromtheplantventandventilationexhausts.TheaverageenergyperbetaorgammadisintegrationforthoseradioisotopesdeterminedtobepresentfromtheisotopicanalysesaregiveninTable2.1-5.'Whereisotopesareidentifiedthat.arenotlistedinTable2.l-5,.the.aveiage..g'mma-and"betaenergiesare'determinedfromORNL/NUREG-70(NUREG/CR-1413)',ARadionuclideDecaDataBase-indexandSummar'Table,D.C.Kocher,May1980.ForSpecification2.1.3,a(2),dos'ecalculationshavebeenmadeforthecriticalsectorsandcriticalpathwaysforallradioiodinesandradioactivematerialinparticulateform,withhalf-livesgreaterthaneightdays.Thecalculationsconsidersitemeteorologyforthesereleases.Forradioiodinesandradioactivematerialsinparticulateform,thecontrollingsectorforunitventreleases6isthe3Nsectoratadistanceof610meters(X/Q~7.7x10sec/m)forthedoseduetoinhalation.ThenearestmilkcowislocatedintheENEsectoratadistanceof2900meters.TheapplicableX/Qatthenearestmilkcowis1.5x107sec/m.Thegrass-cow-milk-childthyroidchainiscontrolling.Theassumptionsusedforthesecalculationsare:(1)onsitemeteorologicaldataforthemostcritical22.5degreesector;(2)creditforbuildingwake;and(3)areconcentrationfactor243andagrazingfactorof0.4wasappliedforpossibleecological"haineffectsfromradioactiveiodineandparticulatereleases.Specification2.].3.bestablishesupperlimitsforthereleasesofnoblegases,iodinesandparticulateswithhalf-livesgreaterthaneightdays,andiodine-131attwicethedesignobjectiveannual 2-.11-.quantityduringanycalendarquarter,orfourtimesthedesignob)ectiveannualquantityduringanyperiodof12consecutivemonths.Theintentofthisspecificationistopermitthelicenseetheflexibilityofoperationtoassurethatthepublicisprovidedadependablesourceofpowerunderunusualoperatingconditionswhichmaytemporarilyresultinhigherreleasesthantheob)ectives.EnadditiontothelimitingconditionsforoperationofSpecifica-tions2.1.3.8and2.1.3.b>thereportingrequirementsof2.1.3,cdelineatethatthecausebeidentifiedwheneverthereleaseofgaseouseffluentsexceedsone-halfthedesignobjectiveannualquantityduringanycalendarquarteranddescribetheproposedprogramofactiontoreducesuchreleaseratestothedesignob)ectives.Specification2.1.3.drequiresthatsuitableequipmenttomonitorandcontroltheradioactivegaseousreleasesareoperatingduringanyperiodthesereleasesaretakingplace.Specification2.1.3.dlimitsthemaximumoffsitedoseaboveback-groundtobelowthelimitsofl0CFRPart20,postulatingthattheruptureofawastegasstoragetankholdingthemaximumactivityreleasesallofthecontentstotheatmosphere.ThesamplingandmonitoringrequirementsgivenunderSpecification2.1.4provideassurancethatradioactivematerialsreleasedingaseouswasteeffluentsareproperlycontrolledandmonitoredincon-formancewiththerequirementsofDesignCriteria60and64.TheserequirementsprovidethedataforthelicenseeandtheCommissiontoevaluatetheplant'sperformancerelativetoradioactivewastesreleasedtotheenvironment.ReportsonthequantitiesofradioactivematerialsreleasedingaseouseffluentsarefurnishedtotheCommissiononthebasisofSection5.4oftheseTechnicalSpecificationsandinconformancewithRegulatoryGuide1.21.Onthebasisofsuchreportsandanyadd-itionalinformationtheCommissionmayobtainfromthelicenseeorothers;theCommissionmayfromtimetotimerequirethelicenseetotakesuchactionastheCommissiondeemsappropriate.ThepointsofreleasetotheenvironmenttobemonitoredinSection21.4includeallthemonitoredreleasepointsasprovidedforintheTable2.1-4.Specification2.1.4.bexcludesmonitoringtheturbinebuildingventilationexhaustsincethisreleaseisexpectedtobeanegligiblereleasepoint.ManyPWRreactorsdonothaveturbine 2-12buildingenclosures.TobeconsistentinthisrequirementforallPWRreactors,themonitoringofgaseousreleasesfromturbinebuildingsisnotrequired.2.1.5SecificationsforSolidWasteHandlinandDisosalaOMeasurementsshallbemadetodetermineorestimatethetotalcuriequantityandprincipleradionuclidecompositionofallradio-activesolidwasteshippedoffsite.Solidwastesinstorageandpreparatorytoshipmentshallbemonitoredandpackagedtoassurecompliancewith10CFRPart20,10CFRPart71,and49CFRParts171-178.c.Reportsoftheradioactivesolidwasteshipments,volumes,principleradionuclides,andtotalcuriequantity,shallbesubmittedinaccordancewithSection5.4.Bases:TherequirementsforsolidradioactivewastehandlinganddisposalgivenunderSpecification2.1.5provideassurancethatsolidradioactivematerialsstoredattheplantandshippedoffsitearepackagedinconformancewith10CFRPart20,10CFRPart71,and49CFRParts171-178.TheserequirementsprovidethedataforthelicenseeandtheCommissiontoevaluatethehandlingandstoragefacilitiesforsolidradwaste,andtoevaluatetheenvironmentalimpactofoffsiteshipmentandstorage.Reportsonthequantities,principleisotopesandvolumesoftheshipments,arefurnishedtotheCommissionaccordingtoSection5.4of'heseTechnicalSpecifica-tions.OnthebasisofsuchreportsandanyadditionalinformationtheCommissionmayobtainfromthelicenseeorothers,theCommissionmay'fromtimetotimerequirethelicenseetotakesuchactionastheCommissiondeemsappropriate.
Ta>>jt!2i1-1I.IquIdSourceh.HonitorTankl<eleasesA'.IDAV.hI.YSISf>iIicol.t.tL<vltyhn:;IynIuI,"nchBntchI'rlnclnlGn.::,inI'vi)tLersII@)TOACTlVEI.l()IIIDShllPI.III'~Snlflp1In}.I're:Iucn."y,0('L('clnl~Il'onci~>>LrntIi>nn(liCI/nil)(Z)Sxlo'()OneBatch/lfonthDissolvedCn.:es10!'eeklvCompositeBn-I~-140:-131Sr-8910-85xl0HonthlyCompositeII-3Crossa10,0-7uarterlvConositeSr-905xl0B.Pri~zr'oolantI;eekl(3)1-1311-13310.C.Steugenera<<orBlo-dovn~n'eekly(4)PrincialCa=vsKnittersBa-l.a-1401-131D(ssolvedOasesSr-89Sx10,0-55x10HonthlyCor"posite(4)li-310(ross010uar"erlvConoosif~'Sx-905x10
- ~~
Table2.1-1(Continued)Forcertainmixturesofg~~emitters,itmaynotbepossible.tomeasureradionuclidesinconcentrationsneartheirsensitivitylimitswhenothernuclidesarepresentinthesa~le'nmuchgreaterconcentrations.Underthesecircumstances,itwillbemoreappro-priatetocalculatetheconcentrationsofsuchradionuclidesusinpmeasuredratioswiththoseradionuclideswhichareroutinelyidentifieaandmeasured.Thedetectabilitylimitsforactivityanalysisarebasedonthetechnicalifeasibilityandonthepotentialsignificance'intheenvironmentofthequantiticsreleased.Forsomenuclides,lowerdetectionlimitsmaybereadilyachievableandwhennuclidesaremeasuredbelowthesta.tedlimits,theyshouldalsobereported.Thepowerlevelandcleanuporpurificationflowrteatthesampletimeshallalsobereported.Tobexepresentativeoftheaveragequantitiesandconcentrationsofradioactivematerialsinliquidefilu'>>ts,samplesshouldbecollectedinproportiontotherateofflowof"theeffuentstren.Priortoanalyses,allsa'mplcstakenforthecompositeshouldbethroughlymixedinorderforthecompositesampletoberepre-sentativeoftheaverageeffluentrelease.2-l4 Tab.c2.1-2RADIOACTIVEGASEOUSWASTESAlfPLINGAllDAHA'.YSISGaseousSourceA.WasteGasDecayTanlcRcleascs9.ContainmentPurgeReleasesC.CondenserAirE)ectorD.EnvironmentalReleasePointsISatfp1inpFrequencyEachTankEachPurgeMonthlyMonthly(GasSamples)TypeoCActivityAnalysisPrlnc~ialGammaEmittersll-3Priaoioal0aaraaFatttara)1-3PrincialGammaFmittersll-3PrincialGammaEmittersll-3D.t<otal)lcCo)?cuntlat~()lClif:1g~(ii,0-4(3)lo'o-410(2)(3)10lo4(2)(3)10WeeklCharcoalSamlcI-131MonthlCharcoalSamleI-133I-13510121O"Weekly(Particulates)MonthlyComposite(4)(Particulates)QuarterlyComposite(4)PrticulatcsPrincipalGammaEmitters(atlaa"tfor0a-l.a-1401-131Sr-89GrossaSr-9010-1110101110 Table2.1-2(Continued)'Zheabovedetectabilitylimitsfoxactivityanalysisarebasedontechnicalfasibilityandonthepotentialsignificnceintheenvironmentofthequantiticsreleased.Forsomenuclides,lowerdetectionlimitsmaybereadilyachievableandwhennuclid.aremeasuxedbelowthestatedlimits,theyshouldalsobereported.Analysesshallalsobeperformedfollowingeachrefueling.starruporsfmQaroperationaloccurrencewhichcouldalterthe~genreofxadionuclides.Forcertinmixturesofgammaemitters,itmaynotbepossolctomeasureradionuclidesatlevelsneartheirsensitivitylimitswhenothernuclidesaxepresentinthesampleatmuchhigherlev'.Underthesecircum"tcnces,itwillbemoreappropriatetoc~cuL~tethelevelsofsuchradionuclidesusingobservedratioswithchoseradionuclideswhicharemeasurable.Tobcrepresentativeoftheaveragequantitiesandconcentrationsofradioactivematerialsinparticulateformreleasedingamouseffluents,samplesshouldbecollectedinproportiontoth=rateofflowoftheeffluentstream.2-16 Table2.1-3..pd<<.Intllo>AslcsssTXNpro:SscStrcsanrIrr;its<<<<pointCXeansStationDrainageWasteHold-upTankChemicalDrainTankLaundry/HotShowerTankptlntryCool<<stSystcanAllsraxaAutoControltorr.rvsiCrnhConttnuousS'icPorrltnrStot:n.Cross~lDlr.*tlundIC.sos.tlslratsotoptc~lrAsstssisLtqr.tdDcdrrcstoDlschsrCcPtpcIStaCon<<rotor4:oudoszSystcascScrutcc@~terDtcchcrccPlpcOutdoorStotccorsnhc-XXXXxbxbXXI:-el<<orClcscdCootfncfystcaTurhtn<<lulldlrrDSunpc(FloorDrstns)xaXa-1iqwidlevelhighb-whenactivityintheComponentCoolfngllaterSystem(CCWS)exceeds10microcuries/mlandaleakintheCCllSisobserved,grossactivityintheservicewaterdischargewillbcdetermined(bygrabsampleanaly"5s)daily.
Table2.>gI.OCAIIONOPPROCESSAlBl>ll~i.ill;IIII't!I?"GaseousMasteSste>nIIOIIITOIISAIIIISAIII'I.ESil(:(]IIIRFI)BYTECIIIIICALSPECII'ICATI(NSI'>.assSteamorReleasePoir>t.I!-teGasStorageTa>>ks"""-Co>>>lenserAirEjectorV"r>t.IleaderSystem"B<<ildingVer>ti1ationSysLemsI?t!>cLovContainn>entBuilrlir>(I<wher>everthereisflow)Arr<llia>yOuildinrl"I:r>eli(andiing8StorageIhrilrling*I?a>lwasteOui1di>>g~"tea>nGeneratorBlowdownTankVor>i.nrCondenserVent'(url>i>>eGlandSealCondensertlast>:EvaporatorCondenserVenLAlarmA>>toContvoltoConLi>>rrorrsfsolaLionValveIlo>>ito>XGrabSaml>leStaLIoilHeasuremer>t.HGIPartII-3xxxxxxxxxxxxxXXXXXXXXXXxxxxxx~A1ha'I(ar>yorallofthep>ocesssL>earnsorl>>>ildingventilationsystemsareroutedtoasinglereleasepoint.,(le>>;'clIoracontin>rorrsmonito>'t:LheirJividua'Idisci>argopoi>>l.Lothemainexhaustrluctiseliminaterl.Onei<<r>i.ir>>roarsn>onitovatthr.f'inalvole(.seI>ointissrrfficient.lt>svn>ePWR'Lhestea>ng>.>>ev~l.orI>lrw>I>>.'>>ta>:kve>>tisvor>>edtothemainturbinecondenseva>>dtire>>ee!Ifovr>cr>>>t.i>>>rousmor>itovaLLhi;releaseIi>>t.i'l:minaterl.~"'ll>:.ar>xiii>ryBull>II>>(rv.ntiI<<l.ionn.">>i.vwillisolateth::'I!asteGasStorageTanks.
TABLE.2.1-5AVERAGE'NERGYPER.'ISTANTE(iRATION'1)ISOTOPE.-.E.',Hev/dis.EB,.Hev/disKr-83mKr-85Kr-85mKr-87Kr-88Kr-89Kr-90Xe-131mXe-133Xe-133mXe-135Xe-135mXe-137Xe-1380.00260.00220.15770.79311.95451.83441.27150.02010.04530.04150.24790.43070.18771.12580.03820.25050.25531.32350.36481.36201.31510.14220.13550.19020.31820.09581.76870.6315(1)ORNL/NUREG-70(NUREG/CR-1413),ARadionuclideDecayDataBase-IndexandSummaryTable,D.C.Kocher,May,1980.(2)TheaverageBenergyistakenfrom"allelectrons"columnofthereferenceindicatedin(1)above.2-19 3.ENVIRONMENTALSURVEILLANCE31RADIOLOGICALENVIRONMENTALHONZTORBfG~Obective1.Toestablish.asamplingschedulewhichwillassurerecognitionofchangesinradioactivityintheenvironmentsurroundingtheplant.2.ToverifythatoffsiteconcentrationsofradioactivematerialsanddosesduetoplantoperationarewithinallowableLimits.Secification1.SamplesshallbecollectedandanalyzedaccordingtothescheduleestablishedbyTable3.1-.1.2.'Teeisprogramshallbecontinuedunti3.fouryearsafter3.icensingofUnit2,~xtwhichtimethelicenseewillevaluatetheextenttowhichthe.rogramhasmetitsobjectives,andmayrequestfromtheNRCpermissiontoimplementchangesintheprogram.3.Suitab3.eanalyticalproceduresshallbeusedto'eterminetheradioiodinecontentofmilktoasensitivityof0.5picocuriesperliterofmilkatthetimeofsampling.Overa3.1errorl,'onesigmaconfidencelevel)ofthisanalyticalprocedurewillbewithin+'5X.4.Milksamplesshallbeobtainedfromthosemilk-producingcowsactuallyintheareaofhighestdosepotentiaL.AnannuaLsurveyshalLbemadeduringthegraz~mgseasontoconfirmthatnomilkproducingcowsarecloserthantheclosestcownowsampled.5.Deviationsarepermittedromtherequiredsamplingscheduleifbiologicalspecimensarenotobtainedorifduetothemalfunctionofanautomaticsampler.Ifthelatter,correctiveactionsshalLbecompletedpriortotheendofthenextsampLingperiod.Alldeviationsfromthesamplingscheduleshallbedescribedintheannualreports.ReoortinReauiremencsA.RoutineReports1.Theannu-lreport,specifiedinSection5,shallcontain:a.Anarrativesuaryoftheresu3.tsofoffsiteairborneenvironmentalsurveysperformedduringthereportperiod.3-1*'nit2LowPowerLicensedatedDecember23,1977.
b.Zoreachmediumsampledduxingtheyear,alistofthesampl'nglocations,thetotalnumberofsamples,andthehighest,lowest,andtheaverageconcentrationsforthehighestlocation.c.Figuresshowinglocationsofoffsiteandonsitesamplinglocations.2.Intheeventthatsomeresultsarenotavailablewithinthe60dayperiod,thereportshouldbesubmittednotingandexplainingthereasonsforthemissingresults.Themissingdatashallbesubmittedassoonaspossibleinasupplementaryreport.3.Ifstatisticallysignificantvariationsofoffsiteenvironmentalradionuclideconcentrationswiihtimeareobserved,acomparisonoftheseresultswitheffluentre1easesshallbeprovided.4.Individualsampleswhichshowhigherthannormallevels(25Zabovebackgroundforexternaldose,oztwicebackgroundforradionuclidecontent)willbenotedinthereport.3,Nol.2.n-RoutineReports(SeeNon-RoutineReports,Section5.4.2)PromptReportIfameasuredlevelofradioactivityincx'iticalpathwayenvironmentalmediasamplesindicatesthattheresultantannualdosetoanindividualfromtheselevelscouldequalo"exceed4timesthedesign-objective,adeterminatonvilLbemadeasxowhetheroznotsuchlevelsofradioactivityareattz'butabletoplantopezation.Ifattz'outab'etoplantoperation,azepoztwillbemadetotheRegionIXIpfficeofInspectionand'Enforcementwithin24hoursandapianwillbesubmittedwithin10days'dvisingtheNRCoftheproposedactiontoensurethep'ant"elatedannua'osesw'llbewitMnthedesignobjective.Ifnoczttzibutaoletopiantooeration,therationaleforthisconc'usionsnailbe'nciudedintheRQDllR'epoxt.30-DayReportIfsamplesofcri"icaipat.'wayenvironmentalmediacollectedove=acaiendarquartershcwtotallevelsofrad-oact'vitythatcouldresultinacrumuiatedplan"relateddosestoanind'vidualfoxthatquarteroE1/2the....ualdesignobjectiveorforany2consecutivequazkersof3/4heannualdesignobjectiveadeterminationwillbemadeastowhetherornoc.sucnleve'sofradioactivityareattributab'.toplantoperation.Ifattr.'bu-tabitoplantope"at'onther"suitsshallbereportedwithin30daysandaplansubmittedandimplementedwithin30daystolimitconditionssothattheannualdosetoanindividualwillnotexceedthedesignob3ective.Xfnotattributabletoplantoperation,therationaleforthisconclusionshallbeincludedintheannualreport.3-2 BasisThesurveyprogramisdesignedtoallowthelicenseeto:l.AssurecompliancewithTechnicalSpecificationsandFederalRegulationsbymeasurementofradiationlevelsinsamplesofselectedmedia.2.Differentiatereleasesofplantoriginfromnaturalorothersourcesofradiationintheenvironment.Thisisaccomplishedbyusingareference(background)ringoisamplingstaticnsandanindicator(sitevicinity)ringofsamplingstations.Calculationsarethenmadewhichshowwhetherornotastatisticaldifferencee..istsbetweenthelrvelsofradioactivitydetectedintnesitevicinityandthosedetectedremotelyfromthesite.Also,analysisforspecificradionuclidesaremadeinthesampleumediawhichcanberelatedtoknownplantreleasesofthesameradionuclide.3.Hakedoseestimatesifsignificantincraseinradiationlevelsar~detectedbythesurvey.Thisisacomplishedbysamplingsi"nificantmediaandusingsufficientsensitivitv'ns.-.mp:ea-.alvsistodetectconcentrationsfarbelowma..imumpermissibleconcentrations.;"!>ereportingrequirementsassurethattheNRC'lbei:f.-rmedo=theresultsofthesurveyonaregularbasis,andwil'einformedpromptlyofanyresultsthatindicate'hatannua:designob-'ectivesmaybeexceeded.Theyrequirethelicit..eetotakestepstoassurethatannualdoseswillb~.within'~signobjectives,andtoinformtheNRCofsu'hsteps,shouldmonitoringindicatethattheannualdesign'objectivemaybeexceeded.3-3 RAt)IOLOGIGALfttV11<OAV)lEH'1'ALHOtlITOttIHGPROGRA)tDOttA1.1)C.Cl)OItlllCI.EARPI.ANTSv<:)El'~f'j.:AirParcleat.atcWo.StationsIn<I.-Dk04CollectionWe<<klyAnalysis1'reg~<)cncWeeklyMonthlyType~AnalslsGrossBetaG<<n<maSpectralCon)positeofWeeklySamplesRemarksByindicatorandbackgroundsamplesl)uarterlySr-89,Sr-90(Co<nposite)AirborneI-13l.6WeeklylteeklyGa<nn)aSpectralByindicatorandbackgroundsamplesP)eclpltatl<sl<Monthly:....-llonthlyGammaSpectralCompositeByindicatorandbackgroundsamplesl.ak<<itascalt<<lll4t..r33Honthlyor24hoursafter.abatchrelease)'very18Mks.Sc<ni-annuallyCluarterlyMonthly1:veryl8wks.Sr-89'r-oo(Composite)TritiumSr-89,90Byindicatorand[C<)wna~ofbackgroundsan<pleacollectedsar<)plea)TMoindicatorstationsMl].lGamn)aSPectralincludethenearestpubliccpQ<P<Qsfpp$es)waterintakesonthelakenorthandsouthoftheTritiumplantGam<naSpectralFish2/syei<'a.2/yearGannnaSpectralEdibleportiononlySr-89,90)<<A<<U)e)Per<A)ittk))L' TAIILE3.1-1(Continued)RAOIOLOGICAI.EHVIRONHENTAT.lIONITORINGPROGRAIIDOHAr.nC.COO@NUCLEARPLANT.'ia<<<<I<Il.'I'yI><Ho.SLationsIlld.-Ilka.CollectionAnalysisF~rellencyTypeAna~lsisRemarksA<lualLlC0lgalllISIIISorV<lgeLation(aslv;li1abIe)2/year2/yearGamaSpectralSr-87<Sr-90IliIk3aa2alionthlyllonthIyHo>>thly1-131GamaSpectralSr-89,Sr-90a<e<IlI<louL2/year2/yearGamaSpectralSr"89,Sr-90lllllll<uI'oodCarops(}uarLerlyAnnuallyQuarLurlyAnnuallyTotalDoseGammaSpectral='ilethleeindicatorstationsshallbewiLhill5milesof-thePlant.IffewerthanfourlocationsmeetingIlliure<luir<aulentareaVailable,Lhc<i<saberOfindiCaLOrSl.ltiOnSmayhereduCed.':-"'I'I<<./gobackgroul<<lstationsshillI!';.bIl.e<.n5anal20milesofthePlant.Zffewerthanthreelocationsale<:LillgLhisre<iuirementar<.avail;<bi<,Lheuumb<lrofbackgroundstationsmaybereduCed.Atleastoneblckglouudstationshallbeestablishedwithin50mil<softhePlant,ifavailable.
ll~~~4.0SPECIAISURVEILLANCEANDSTUDYACTIVITIESNone 5.0ADMINISTRATIVECONTROLS..5.1ORGANIZATIONREVIEWANDAUDITOrganization,reviewandauditshallbeinaccordancewithSection6,AppendixA.
5.2ACTIONTOBETAKENIFALIMITINGCONDITIONFOROPERATIONISEXCEEDED1.RemedialactionpermittedbytheEnvironmentalTechnicalSpecificationswillbeperformeduntiltheconditioncanbemet.TheoccurrenceofexceedingalimitingconditionwillbeinvestigatedbythePlantstaffasdirectedbythePlant>fanager.2.AseparatereportforeachoccurrencewillbepreparedasspecifiedinSection5.4.2.1.Thisreportshallincludeanevaluationofthecauseoftheoccurrence,andrecommendationsforappropriateactiontopreventorreducetheprobabilityofrecurrence..5-2 5.3PROCEDURESDetailedwrittenprocedures,includingapplicablechecklistsandinstructions,shallbepreparedandadheredtoforallactivitiesinvolvedincarryingouttherequirementsoithePapg(pp0gngjxTechnicalSpeciications.Proceouresshallincludesamplii>g,instrumentcalibration,analysis,andactionstobetakenwhenl~~tsareapproachedorexceeded.Testingfrequencyofanyala~shallbeincluded.ihesefrequencieswillbedeterminedfromerpeziencewithsimilarinstrumentsinsimilazenvironmentsandfrommanufacturer'stechnicalmanuals.2.Znadditiontotheproceduresspecifiedabove,thePlantoperatingproceduresshallincludeprovisionstoensurethatthePlant'ssystemsandcomponentsareoperatedincompliancewiththelimitingconditionsfozoperationsestablishedaspartoftheEnvironmentalTechnicalSpecifications.3.ThePlantproceduresdescribedabove,andallchangesthereto,willbereviewedandapprovedpriortoimplenentation.TemporarychangestoPlantprocedureswhichdonotchangetheintentozcapabilityoftheoriginalproceduremaybemade,providedsuchchangesareapprovedinwritingbytwomembersofthePlantmanage-mentstaff.SuchchangeswillbedocumentedandrepoztedtotheRegulatorystaff.AnysuchchangeswhichaffectdatarequiredinthepgnualOperatingReportshallbedescribedinthoseReports.5-3, 5.4PLANTREPORTINGREUIREMENTS5.4.1ROUTINEREPORTSA.RadioactiveEffluentReleaseReortAreportontheradioactivedischargesreleasedfromthesiteduringtheprevious6monthsofoperationshallbesubmittedtotheDirectoroftheNRCRegionalOffice(withacopytotheDirector,OfficeofNuclearReactorRegulation)within60daysafterJanuary1andJuly1ofeachyear.The'eportshallincludeasummaryofthequantitiesofradioactiveeffluentsreleasedasoutlinedinRegulatoryGuide1.21,withdatasummarized'naquarterlybasisfollowingtheformatofAppendixBthereof.tThereportshallincludeasummaryofthemeteorologicalconditionsconcurrentwiththe'releaseofgaseouseffluentsduringeachquarterasoutlinedinRegulatoryGuide1.21,withdatasummarizedonaquarterlybasisfollowingtheformatofAppendixBthereof.Calcu-latedoffsitedosetohumansresultingfromthereleaseofeffluentsandtheirsubsequentdispersionintheatmosphereshallbereportedinaccordancewithRegulatoryGuide1.21.a.Gasesl.quarterlysumsoftotalcuriesoffissionandactivationgasesreleased.2.Averagereleaserates(uCi/sec)offissionandactivation~gasestorthequarterlyperiodscoveredbythereport.3.Percentoftechnicalspecificationlimitforreleaseoffissionandactivationgases.Thisshouldbecalculatedinaccordancewithtechnicalspecificationlimits.4.quarterlysumsoftotalcuriesforeachoftheradionuclidesdeterminedtobereleasedbasedonanalysesoffissionandactivationgases.Thedatashouldbecategorizedby(1)elevatedreleases,batchandcontinuousmodes,and(2)groundlevelreleases,batchandcontinuousmodes.5-4 b.Zediues1.Quarterlysumsoftotalcuriesofiodine-131released.2.Averagereleaserate(uCi/sec)ofiodine-131.3.Percentoftechnicalspecificationlimitforiodine-131.4.Quarterlysumsoftotalcuriesofeachoftheisotopes,iodine-131,iodine-133,andiodine-135determinedtobereleased.c.Particulates1.Quarterlysumsoftotalcuriesofradioactivematerialinparticulateformwithhali-livesgreaterthan8daysdeterminedtobereleased.2.Averagereleaserate(uCi/Sec)ofradioactivematerialinparticulateformwithhalf-livesgreaterthan8days.3.Percentoftechnicalspecificationlimitforradioactivematerialinparticulate-formwithhalf-livesgreaterthan8days.4.Quarterlysumsoftotalcuriesforeachoftheradionuclidesinparticulateformdeterminedtobereleasedbased'onanalysesperformed.5.Quarterlysumsoftotalcuriesofgrossalpharadioactivitydeterminedtobereleased.d.Tritium1.Quarterlysumsoftotalcuriesoftritiumdeterminedtobereleasedingaseouseffluents.2.Averagereleaserate(gCi/sec)oftritium.3.Percentofappropriatetechnicalspecificationor."PClimitsfortritium.e.HizedFissionandActivationProducts1.Quarterlysumsoftotalcuriesofradioactivematerialdeterminedtobereleasedinliquideffluents(notincludingtritium,dissolvedandentrainedgases,andalpha-emittingmaterial).
2.Averageconcentrations(pCi/ml)ofmixedfissionandactivationproductsreleasedtounrestrictedareas,averagedoverthequarterlyperiodscoveredbythereport.3.Percentofapplicablelimitofaverageconcentrationsreleasedtounrestrictedareas.Includethelimitusedandthebasesinthesupplementalreportinformation.4.Quarterlysumsoftotalcuriesforeachoftheradionuclidesdeterminedtobereleasedinliquideffluents,basedonanalyses"performed.Datashouldbeseparatedbytypeofreleasemode,i.e.,continuousorbatch.If.Tritium1.Quarterlysumsoftotalcuriesoftritiumdeterminedtobereleasedinliquideffluents.2.Averageconcentrations(pCi/ml)oftritiumreleasedinliquideffluentstounrestrictedareas,averagedoverthequarterlyperiodscoveredbythereport.3.Percentofapplicablelimitofaverageconcentrationsreleasedtounrestrictedareas,i.e.,percentof3x10pCi/ml.Includethelimitandthebasesinthesupplemental,reportinformation.g.DissolvedandEntrainedGases1.Quarterlysumsoftotalcuriesofgaseousradioactivematerialdeterminedtobereleasedinliquideffluents.2.Averageconcentrations(yCi/ml)ofdissolvedandentrainedgaseousradioactivematerialreleasedtounrestrictedareas,averagedoverthequarterlyperiodscoveredbythereport.3.Percentoftechnicalspecificationlimitofaverageconcentrationsreleasedtounrestrictedareas.Includethelimitusedandthebasesinthesupplementalreportinformation.4.Quarterlysumsoftotalcuriesforeachoftheradionuclidesdeterminedtobereleasedasdissolvedandentrainedgasesinliquideffluents.h.AlhaRadioactivitQuarterlysumsoftotalcuriesofgrossalpha-emittingmaterialdeterminedtobereleasedinliquideffluents.5-6 Volumesl.Quarrerlysums,inliters,aftotalmeasuedvolume,prior,coc"ut'on,ofliquideffluentreleased.2.Quarterlysumsoftotaldeterinedvolume,in'iters,ofdilu'onwateruseddur'ngtheperiodofthereporc.SolidWasteThefollowinginformationshouldbereportedforshipmentsofsolidwasteandirradiatedfueltransportedfromthesiteduringthereportperiod:1.Thesemiannualtotalquantityincubicmetersandthesemiannua1totalradioactivityincuriesforthecategoriesortypesofwaste.a)Spentresins,filcersludges,evaporatorbottoms;b)Drycompressiblewaste,contam'natedequipment,etc.;c)Irradiatedcomponents,controlrods,etc.;d)Other(furnishdescription).2Anescimareofthemajornuc'idecompos'cion'nthecacegarieso:&~wasteabove.3.Thedispos'tionafsolidcasteshipmenrs.(Identifythenumberofshipments,themodeoftransport,andthedesrination.)4.Thedispositionofirradiatedfuelshipmencs.{identifythenumberofshipments,themodeoftransport,andthedestination.)k.RadiologicalImpactonPunPotentialdosestoindiv'dualsandpopulationsshouldbecalculatedusingmeasuredeffluentandmeteorologicaldata.Asemiannualsu-.,aryrepar"shouldbesubmittedcontainingthefollowinginformation:Totalbocyandsignificantorgandosesto'ndividualsinunrescrictedareasfromreceiving-water-relatedexposurepathways.Z.Tocalbodyandskindosescaindividualsexposedatthepointo.maximumpffsiteground-leve'oncentrationsofradiaaccivematerialsingaseouseffluents.3.Organdosescoindividualsinunrestrictedareasfromradioacc'veiodineardradioactivematerialinparticulateformfromallpath-waysofexposure.5-7 4.Totalbodydosestoindividualsandpopulationsinunrestrictedareasfromdirectradiationfromthefacility.5.Totalbodydosestothepopulationandaveragedosestoindividualsinthepopulationfromallreceiving-water-relatedpathways.6."Totalbodydosestothepopulationandaveragedosestoindividualsinthepopulationgaseouseffluentstoadistanceof50milesfromthesite.Ifasignificantlylargepopulationareaislocatedjustbeyond50milesfromthesite,thedosetothispopulationgroupshouldbeconsidered.1.HeteorolooicalOataThereportshouldincludethecumulativejointfrequencydistributionofwindspeed,winddirection,andatmosphericstabilityforthestabilityforthequarterlyperiods.Similardatashouldbereportedseparatelyforthemeteorologicalconditionsduringbatchreleases.5-8
~,~5.4.2NONROUTINERPOR~'S5.F.2,1Abnc~malEnvi.pnmetai0currence(A"0)IntheeventofanAEOasdefinedinSection1.Qareportshallbesubmittedunderoneofthereportschedulesdescribedbelow.porteowithin24hoursbytelephone,telegraph,orfacsimiletrans-missiontotheDirectoroftheNRCRegionalOfficeandwithin10daysbyawrittenreporttotheDirectoroftheRegionalNRCOffice(withacopytotheDirector,OfficeofNuclearReactorRegulation.2.30-DavReoort.Thoseeventsnotrequiringpromptrepor.isshallbereportedwithin30daysbyawrittenreporttotheDirectoroftheNRCRegionalOffice'w,"thacopytotheDirector,OfficeofNuclearReactorRegulation).Thereportingschedleforreportsconcerninglimitingconditions=oroperationandreportieve'.sarespecifieointhetechnicalspecifications.ReportsconcerningunusualorimportantAEO'ssha>1hereportedonthepromptschedule.Thesignificanceofanunusualorapparentlyimpor.anteventwithregardtoenv>ronmentalimpactmaynobeobviousor:ullyappreciatedatthetimeofnccurrence.Insuchcases,theNRCshallbeinformedpromptlyofchanges',nthelicensee'sassessmentofthesignificanceoftheeventandacor-rectedreportshall'besubmittedasexpeditiouslyaspossible.Thewrittenreport,andtotheextentpossiblethepreliminarytelephoneandtelegraphreport,shall:(a)describe,analyzeandevaluatethe7"Q.includingextentandmagnitudeoftheimpact,(b)describethecauseof-theAEO,and(c)indicatethecorrectiveaction(includinganysignifi-cantchangesmadeinprocedures)takentoprecluderepetiiionoftheA0andtopreventsimilarAEO'sinvolvingsimilarcomponentsorsystems.5.4.2.2ChanaesWhenachangetothePlantde=ion,tohePlantoperation,ortoi>>eproceduresdescribedinSect',on5.3isplannedwhichinvolvesanenviron-mentalmatterorquestionnoipreviouslyreviewedandevaluatedbytheNRC,areportonthechangeshallbemadetotheOfficeofNuclearReactorRegulationprioroimplementation.Thereportshallincludeadescrip-tionandevaluationofthechange.ChangesoradditionstopermitsandcertificatesrequiredbyFederal,sate,localandregionalauthoritiesfortheprotectionoftheenviron-mentshallbereported.Whentherequiredchangesaresubmittedtoth..5-9 concernedagencyforapproval,theyshallalsobesubmitteototheDirector,OfficeofNuclearReactorRegulation,USNRC,forinformation.Thesubmittalshallincludeanevaluationoftheenvironmentalimpactofthechange.RequestforchangesinenvironmentaltechnicalspecificationsshallbesubmittedtotheDirector,OfficeofNuclearReactorRegulation,USNRC,forpriorreviewandauthorization.Therequestshallincludeanevaluationoftheimpactofthechange,includingasupportingbenefit-costanalysis.5.4.2.3RadioactiveDischarnesThereportingrequirementsforradioactivedischargesarespecifiedinSection2.1'ftheEnvironmentalTechnica'pecifications.5.4,2.4RadioloicalEnvironmentalNonitorinReportinginvolvingradiologicalenvironmentalmonitoringisdiscussedinSection3.]oftheEnvironmentalTechnicalSpecifications.5.5RECORDSRETENTION5.5.1RECORDSRETAINE3FORLIFEOFPLANTRecordsandlogsrelativetothefollowingareaswillberetainedforthelifeofthePlant:a.RecordsanddrawingchangesreflectingPlantdesignmodificationsmadetosystemsandequipmentasdescribedinSection5.4.2.2.b.Recordsofradiologicalenvironmentalsurveillancedata.c.Recordstodemonstratecompliancewitnt'nelimitingconditionsforoperationinSection2.5.5.2RECORDSRETAINEDFORFIVEYEARSAllotherrecordsandlogsrelatingtotheEnvironmentalTechnicalSpecificationsPartlshallberetainedforfiveyears.5-10
'PPENDIXBENVIRONMENTAL'ECHNICALSPECIFICATIONSFORDONAL'DC.'COOKNUCLEAR'PLANTUNITS1AND2BERRIENCOUNTY,MICHIGAN'PART'II-NONRADIOLOGICALENVIRONMENTAL'ROTECTIONPLAN DONALDC.COOKNUCLEARPLANTUNITS1and2ENVIRONMENTALPROTECTIONPLAN(NON"RADIOLOGICAL)TABLEOFCONTENTSSection1.02.02.12.23.03.1Objectivesofthe.EnvironmentalProtectionPlan.j.EnvironmentalProtectionIssues.AquaticIssuesTerrestrialIssuesConsistencyRequirementsPlantDesignandOperationPage2-12-12-23-13"13.23.3ReportingRelatedtotheNPDESPermitsandStateCertification.3-2ChangesRequiredforCompliancewithOtherEnvironmental4.04.14.25.05.15.25.35.4Regulations.EnvironmentalConditionsUnusualorImportantEnvironmentalEventsEnvironmentalMonitoringAdministrativeProcedures.ReviewandAuditRecordsRetention.ChangesinEnvironmentalProtectionPlanPlantReportingRequirements3"34-14-15-15"15-15"15-2 1.0ObjectivesoftheEnvironmentalProtectionPlanTheEnvironmentalProtectionPlan(EPP)istoprovideforprotectionofenviron-mentalvaluesduringconstructionandoperationofthenuclearfacility.TheprincipalobjectivesoftheEPPareasfollows:I(1)Verifythatthestation,i~peratedinanenvironmentallyacceptablemanner,asestablishedbytheFES*andotherNRCenvironmentalimpact~',.assessments.(2)CoordinateNRCrequirementsandmaintainconsistencywithotherFederal,Stateandlocalrequirementsforenvironmentalprotection.(3)KeepNRCinformedoftheenvironmentaleffectsoffacilityconstructionandoperationandofactionstakentocontrol.thoseeffects.EnvironmentalconcernsidentifiedintheFESwhichrelatetowaterqualitymattersareregulatedbywayofthelicensee'sNPDESpermit.*FinalEnvironmentalStatement1-1 2.0EnvironmentalProtectionIssuesIntheFES-OLdatedAugust1973,thestaffconsideredtheenvironmentalimpactsassociatedwiththeoperationoftheDonaldC.CookNuclearPlant.Certainenvironmentalissueswereidentifiedwhichrequiredstudyorlicenseconditionstoresolveandtoassureadequateprotectionoftheenvironment.TheAppendixB1EnvironmentalTechnicalSpecificationsaccompanyingthelicenseincludedmonitoringprogramsand@therreqQirementstopermitresolutionoftheissues.Priortoissuanceofthi,sEPP,therequirementsvremainingintheETswere:2,1AquaticIssues1.Protectionoftheaquaticenvironmentbylimitingthethermalstresstowhichaquaticorganismswillbesubjectedduringtransitthroughtheplant.2.Theavoidanceofpossibleadverseeffectsonlakebiotaduetodeicing'Ioperations.3.Protectionofaquaticlifebylimitingthereleaseofchlorinefromplantoperation.4.Monitoringofthemovementofchemicals,introducedintothegroundwaterfromtheonsiteabsorptionfield.2-1 5.Limittheplantdischargeofcorrosionanddepositinhibitorsusedintheplantsystems.6.Theneedforaquaticmonitoringprogramstoconfirmthateffectsonphytoplankton,periphyton,zooplankton,benthicinvertebrates,andfishduetoplantoperationarenogreaterthanpredicted.7.Theneedforspecialstudijs-todocumentlevelsofintakeentrainmentandimpingementinrelationtothedensitiesofimportantspeciesintheI.plantvicinity.8.Theneedforvisualunderwaterobservationsintheintakeanddischargeareatoobservethephysicalandecologicalconditions.TheseAquaticIssuesareaddressedbytheeffluentlimitations,monitoringrequirementsandtheSection316(b)demonstrationrequirementcontainedintheeffectiveNPOESpermitissuedbytheStateofMichigan,OepartmentofNaturalResources.TheNRCwillrelyonthisagencyforregulationofmattersinvolvingwaterqualityandaquaticbiota.2.2TerrestrialIssuesTheremainingterrestrialissueistheneedforcontrolleduseofherbicidesifsuchareusedformaintenanceoftransmissionrights-of-way.NRCrequirementswithregardtothisterrestrialissuearespecifiedinSubsection4.2.2-2 3.0ConsistencyRequirements3.1PlantDesignandOperationThelicenseemaymakechangesinstationdesignoroperationorperformtestsorexperimentsaffectingtheenvironmentprovidedsuchchanges,testsorexperimentsdonotinvolveanunreviewedenvironmentalquestion,anddonotinvolveachangeintheEnvironmentalProtectionPlan."ChangesinplantdesignoroperationorperformanceoftestsorexperimentswhichdonotaffecttheenvironmentarenotsubjecttotherequirementsofthisEPP.ActivitiesI.\governedbySection3.3arenotsubjecttotherequirementsofthissection.Beforeengaginginunauthorizedconstructionoroperationalactivitieswhichmayaffecttheenvironment,thelicenseeshallprepareandrecordanenviron-mentalevaluationofsuchactivity.Whentheevaluationindicatesthatsuchactivityinvolvesanunreviewedenvironmentalquestion,thelicenseeshallprovideawrittenevaluationofsuchactivitiesandobtainpriorapprovalfrom"theNRC.WhensuchactivityinvolvesachangeintheEnvironmentalProtectionPlan,suchactivityandchangetotheEnvironmentalProtectionPlanmaybeimplementedonlyinaccordancewithanappropriatelicenseamendmentassetforthinSection5.3.Aproposedchange,testorexperimentshallbedeemedtoinvolveanunreviewedenvironmentalquestionifitconcerns(1)amatterwhichmayresultinasignificantincreaseinanyadverseenvironmentalimpactpreviouslyevaluatedThisprovisiondoesnotrelievethelicenseeoftherequirementsof10CFR50.59.3-1 inthefinalenvironmentalstatement(FES)asmodifiedbystaff'stestimonytotheAtomicSafetyandLicensingBoard,supplements'totheFES,environmentalimpactappraisals,orinanydecisionsoftheAtomicSafetyandLicensingBoard;or(2)asignificantchangeineffluentsorpowerlevelI:inaccordancewith10CFRPart51.5(b)(2)]or(3)amatternotpreviouslyreviewedandevaluatedinthedocumentsspecifiedin(1)ofthisSubsection,whichmayhaveasignificantadverseenvironmentalimpact.ThelicenseeshallmaintainrecordsofchangesinfacilitydesignoroperationandoftestsandexperimentscarriedoutpursuanttothisSubsection.Theserecordsshallincludeawrittenevaluationwhichprovidebasesforthedeter-minationthatthechange,test,orexperimentdoesnotinvolveanunreviewedenvironmentalquestionnorconstituteadecreaseintheeffectivenessofthisEPPtomeettheobjectivesspecifiedinSection1.0.ThelicenseeshallincludeaspartofhisAnnualEnvironmentalOperatingReport(perSubsec-tion5.4.1)briefdescriptions,analyses,interpretations,andevaluationsofsuchchanges,testsandexperiments.3.2ReportingRelatedtotheNPDESPermitsandStateCertificationsWg~ViolationsoftheNPDESPermitortheStatecertification(pursuanttoSection401oftheCleanWaterAct)shallbereportedtotheNRCbysubmittalofcopiesofthereportsrequiredbytheNPDESPermitorcertification.3-2 ChangesandadditionstotheNPDESPermitortheStatecertificationshallbeIIreportedtotheNRCwithin30daysfollowingtheda-'ethechangeisapproved.Ifapermitorcertification,inpartorinitsentirety,isappealedandstayed,'theNRCshallbenotifiedwithin30daysfollowingthedatethestayisgranted.jcTheNRCshallbenotifiedofchangestotheeffectiveNPDESPermitproposedbythelicenseebyprovidin'gACwithacopyoftheproposedchangeatthesametimeitissubmittedto%hapermi4tingagency.ThelicenseeshallprovidetheNRCacopyoftheapplicationforrenewaloftheNPDESpermitatthesametimetheapplicationissubmittedto.hepermittingagency.3.3ChangesRequiredforCompliancewithOtherEnvironmentalRegulationsChangesinplantdesignoroperationandperformanceoftestsorexperimentswhicharerequiredtoachievecompliancewithotherFederal,State,orlocalenvironmentalregulationsarenotsubjecttotherequirementsofSection3.1.3-3 C~)>y~4.0EnvironmentalConditions4.1UnusualorImportantEnvironmentalEventsAnyoccurrenceofanunusualorimportanteventthatindicatesorcouldresultinsignificantenvironmentalimpactrelatedtoplantoperationshallberecordedandpromptlyreportedtotheNRCwithin24hoursbytelephone,telegraph,orfacsimiletransmissionsfollowedbyawrittenreportperSubsection5.4.2.Noroutinemonitoringprogramsarerequiredtoimplementthiscondition.4.2EnvironmentalMonitoring4.2.1HerbicideApplicationJTheuseofherbicideswithinrights-of-waywithinthePlantsiteshallconformtotheapproveduseofselectedherbicidesasregisteredbytheEnvironmentalProtectionAgencyandapprovedbyStateauthoritiesandappliedasdirectedbysaidauthorities.4-1 5.0AdministrativeProcedures5.1ReviewandAuditThelicenseeshallprovideforreviewandauditofcompliancewiththeEnviron-mentalProtectionPlan.Theauditsshallbeconductedindependentlyoftheindividualorgroupsresponsibleforperformingthespecificactivity.Adescriptionoftheorganizationstructureutilizedtoachievetheindependentreviewandauditfunctioaand,resultsoftheauditactivitiesshallbemain-ltainedandmadeavailableforinspection.5.2RecordsRetentionRecordsandlogsrelativetotheenvironmentalaspectsofplantoperationshallbemadeandretainedinamannerconvenientforreviewandinspection.TheserecordsandlogsshallbemadeavailabletoNRConrequest.Recordsofmodificationstoplantstructures,systemsandcomponentsdeterminedtopotentiallyaffectthecontinuedprotectionoftheenvironmentshallberetainedforthe.-lifeoftheplant.Allotherrecords,dataandlogsrelatingtothisEPPshallberetainedforfiveyearsor,whereapplicable,inaccordancewiththerequirementsofother'gencies.5.3ChangesinEnvironmentalProtectionPlanRequestforchangeintheEnvironmentalProtectionPlanshallincludeanassessmentoftheenvironmentalimpactoftheproposedchangeandasupportingjustification.ImplementationofsuchchangesintheEPPshallnotcommence5-1 e~~priortoNRCapprova)oftheproposedchangesintheformofalicenseamend-mentincorporatingtheappropriaterevisiontotheEnvironmentalProtectionPlan.5.4PlantReportingRequirements5.4.1RoutineReportsAnAnnualEnvironmentalOper~iegReportdescri'ngimplementationofthisEPPforthepreviousyearshallbesubmittedtotheNRCpriortoMay1ofeachIyear.TheinitialreportshallbesubmittedpriortoHay1oftheyearfollowingissuanceoftheEPP.Thereportshallincludesummariesandanalysesoftheresultsoftheenviron-mentalprotectionactivitiesrequiredbySubsection4.2ofthisEnvironmentalProtectionPlanforthereportperiod,includingacomparisonwithpreoperationalstudies,operationalcontrols(asappropriate),andpreviousnonradiological',,environmentalmonitoringreports,andanassessmentoftheobservedimpactsoftheplantoperationontheenvironment.Ifharmfuleffectsorevidenceoftrendstowardsirreversibledamagetotheenvironmentareobserved,thelicenseeshallprovideadetailedanalysisofthedataandaproposedcourseofactiontoalleviatetheproblem.TheAnnualEnvironmentalOperatingReportshallalsoinclud..:(a)AlistofEPPnoncompliancesandthecorrectiveactionstakentoremedythem.5-2
(b)Alistofallchangesinstationdesignoroperation,tests,andexperi-mentsmadeinaccordancewithSubsection3.1whichinvolvedapotentiallysignificantunreviewedenvironmentalissue.(c)AlistofnonroutinereportssubmittedinaccordancewithSubsection5.4.2.Intheeventthatsomeresultsarenotavailablebythereportduedate,thereportshallbesubmittednoting-andexplainingthemissingresults.Themissingdatashallbesubmittedas.soonaspossibleinasupplementaryreport.5.4.2NonroutineReportsAwrittenreportshallbesubmittedtotheNRCwithin30daysofoccurrenceofnonroutineevent.Thereportshall(a)describe,analyze,andevaluatetheevent,includingextentandmagnitudeoftheimpactandplantoperatingcharacteristics,(b)describetheprobablecauseoftheevent,(c)indicatetheactiontakentocorrectthereportedevent,(d)indicatethecorrectiveactiontakentoprecluderepetitionoftheeventandtopreventsimilaroccurrencesinvolvingsimilarcomponentsorsystems,and(e)indicatetheagenciesnotifiedandtheirpreliminaryresponses.~4Eventsreportableunderthissubsectionwhichalsorequirereports.tootherFederal,Stateorlocalagenciesshallbereportedinaccordancewiththosereportingrequirementsinlieuoftherequirementsofthissubsection.TheNRCshallbeprovidedacopyofsuchreportatthesametimeitissubmittedtotheotheragency.5-3 ht~~,'3)