ML17215A789

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Combined Semiannual Radioactive Effluent Release Rept, Jul-Dec 1984.
ML17215A789
Person / Time
Site: Saint Lucie  NextEra Energy icon.png
Issue date: 12/31/1984
From:
FLORIDA POWER & LIGHT CO.
To:
References
NUDOCS 8503200578
Download: ML17215A789 (37)


Text

r'ei~mr,REGULATORY 1NFORNATION DISTRIBUTION SYSTEMgfP~tt~.ACCESSION NOP:850320057d DuCeDATE:

84/12/31NOTARIZED:

NOFACI<:50-335 St~Lucie~lantF Unit1pF1oridaPower5LightCo,0500033550-589St.LucJePlant-,-Unit-2,FloridaPower8LightCo.05000589AUTH.frAlrE AUT4ORAFFILIATIOrf F1oridaPowerRLightCo~RECIP~NAHErRECIPIrNIAFFILI'ATIONSUSJECT:"Combinedl Sem.iannua.r

-Radioactive EffluentReleaseRept,Ju-l--Dec, 198(."DISTRIBUTION COOL::IE25LCOPIESRECEIVED:LTR ENCLPSIZEaTITLE:PeriodicEnvironmonitoring Rept(50DKT)Annual/Semiannua>/Effluent/

NOTES:OL:02/01/76 OL:04/06/83 050003350500038'St RFCIPIE.NTI0CODE/4At'E NRROR83BC04INTERNAL:

ACRS1>IEFILK.01NRR~I'fit/10f<DANI/NIBCOPIESLTTP.ENCLRE.CIPIENTlDCODE/NAHE NRRORB3BCOttAEQDNRR/DV/EEB 08NRR/DSI/METB RGN2/DRSS/EPRPB COPIESLTTRENCLEXTERNAL:

LPDRNRCPDR02TOTALNUMBEROFCOPIESREVUIRED:

LTTRENCL26 FLORIDAP(NER&LIGHTQMPAHYSR~LUCIEPLANTUNITNOI&2LICENSENODPR-67&NPF-16CABINEDSEHI-ANNUAL RADIOACTIVE EFFLUENTRELEASEREPORTFORTHEPERIODJul1,1984THROUGHDecember31,19848503200578 841231PDRADQCK05000335R FLORIDAPOWER&LIGHTCOMPANYET.LUOIEUNIINO.IE2SEMIANNUAL REPORTJULY1,1984THROUGHDECEMBER311984TABLEOFCONTENTSDESCRIPTION PAGEEFFLUENTANDWASTEDISPOSALSUPPLEMENTAL INFORMATION.oo

~oo~~olVISITORDOSEASSESSMENT....

~...~...~..............

~.~....~.~.5OFFSITEDOSECALCULATION MANUALREVISIONS.........

~..~.......5SOLIDWASTEANDIRRADIATED FUELSHIPMENTS'~

....~~.~~.~~.~~~.~.5PROCESSCONTROLPROGRAMREVISIONS.

~os~~.....~.os~~..~.~...~~~.~5GASANALYZERINOPERABLE REPORT.~~........~....~..~.~.~.~~~~~o6LIQUIDEFFLUENT:

SU&fATION OFALLRELEASES; NUCLIDESUMMATION BYQUARTER,DOSESUMMATION UNITlo~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~.~~~~~~~7-10UNIT2o..o....oooo..o..oo..oooooooo.oo.ooo.o.oo.ll-l4 GASEOUSEFFLUENTSUMMATION OFALLRELEASES, NUCLIDESUMMATION BYQUARTER,DOSESUMMATION UNIT1~~~~~~~~~~~~~~~~~~~~o~~~~~~~~~~~~~~~~~~~~~1517UNIT2o.........o.oooooo......o.o...o.ooooo.oo..18-20 SOLIDWASTESHIPMENTSUMMATIONoo

~.....~...........

~......21-22 PROCESSCONTROLPROGRAMPAGEREVISIONS.

~~~~~~~~~o.ATTACHMENT A

Page1EFFLUENTANDWASTEDISPOSALSUPPLEMENTAL INFORMATION 1.Regulatory Limits1~1ForLiquidWasteEffluents a~Theconcentration ofradioactive materialreleasedfromthesiteshallbelimitedtotheconcentrations specified in10CFRPart20,AppendixB,TableII,Column2forradionuclides otherthandissolved orentrained noble'gases.

Fordissolved orentrained noblegases,theconcentration shallbelimitedto2X10microcuries/ml totalactivity.

b.Thedoseordosecommitment toaMEMBEROFTHEPUBLICfromradioactive materials inliquideffluents

released, fromeachreactorunit,toUNRESTRICTED AREASshallbelimitedto-'uring anycalendarquarterto<1.5mremstothetotalbodyandto<5mremstoanyorgan,andDuringanycalendaryearto<3mremstothetotalbodyandto<10mremstoanyorgan.1.2ForGaseousWasteEffluents:

a.ThedoserateinUNRESTRICTED AREASduetoradioactive materials releasedingaseouseffluents fromthesiteshallbelimitedto:ForNobleGases:<500mrems/yrtothetotalbodyand<3000mrems/yrtotheskin,andForIodine-131, Iodine-133, Tritium,andallradionuclides inparticulate formwithhalf-lives greaterthan8days:<1500mrems/yrtoanyorgan.*b.Theairdoseduetonoblegasesreleasedingaseouseffluents fromeachreactorunit,toareasatandbeyondtheSITEBOUNDARYshallbelimitedtothefollowing:

Duringanycalendarquarter,to<5mradforgammaradiation and10mradforbetaradiation and,duringanycalendaryearto<10mradforgammaradiation and<20mradforbetaradiation.

  • cThedosetoaMEMBQtOFTHEPUBLICfromIodine-131, Iodine-133, Tritium,andallradionuclides inparticulate form,withhalf-lives)8daysingaseouseffluents
released, fromeachreactorunittoareasatan8beyondtheSQTEBOUNDARY, shallbelimitedtothefollowing:

Duringanycalendarquarterto<7.5mremtoanyorgan,andduringanycalendaryearto<15mremtoanyorgan.*Thecalculated dosescontained inasemi-annual reportshallnotapplytoanySTSLCO.Thereportedvaluesarebasedon=actualreleaseconditions insteadofhistorical conditions thattheSTSLCOdosecalculations arebasedonTheSTSLCOdoselimitsaretherefore includedinItem1ofthereport,forinformation only.

Page2EFFLUENTANDWASTEDISPOSALSUPPLEMENTAL INFORMATION continued) 2.MaximumPermissible Concentrations WATER:Asper10CFRPart20,AppendixB,TableII,Column2,exceptforentrained ordissolved noblegasesasdescribed in1~1.aofthisreport.AIR:Releaseconcentrations arelimitedtodoseratelimitsdescribed in1.2.aofthisreport.3~Averageenergyoffissionandactivation gasesingaseouseffluents isnotapplicable.

4~Measurements andApproximations ofTotalRadioactivity Asummaryofliquideffluentaccounting methodsisdescribed inTable3,1.Asummaryofgaseouseffluentaccounting methodsisdescribed inTable3.2.4'EstimateofErrorsa.SamplingErrorTheerrorassociated withvolumemeasureaant devices,flowmeasuring devices,etc.basedoncalibration dataanddesigntolerances hasbeenconservatively estimated collectively tobelessthan+10%.b.Analytical ErrorforNuclides~TeLiquidGaseous~Averae+9%+10%Maximum+30%+35%TABLE3~1RADIOACTIVE LIUIDEFFLUENTSAMPLINGANDANALYSISLIQUIDSOURCESAMPLINGFREUENCYTYPEOFANALYSISEachBatchPrincialGammaEmittersMETHODOFANALYSIS.r.a.MonitorTankReleasesContinuous ReleasesMonthlyComositeQuarterlyComositeGrossAlhaSR-907SR-89FE-55Nocontinuous activityreleasesforthisreortineriodL.S.GF,P,CS~BoricAcidEvaporator condensate isnormallyrecovered tothePrimaryWaterStorageTankforrecycling intothereactorcoolantsystemanddoesnotcontribute toliquidwasteeffluenttotals.p.h.a.-gammaspectrumpulseheightanalysisusingLithiumGermanium detectors.

Allpeaksareidentified andquantified L.S.-LiquidScintillation CountingC.ST-ChemicalSeparation G.F.PE-GasPlowProportional Counting Page3EFFLUENTANDWASTEDISPOSALSUPPLEMENTAL INFORMATION (continued) 4.1Measurements andApproximations ofTotalRadioactivity (continued)

F1.b(continued)

TABLE3.2RADIOACTIVE GASEOUSWASTESAMPLINGANDANALYSISGASEOUSSOURCEWastegasDecayTankReleasesContainmentPurgeReleasesPlantVentSAMPLINGFREUENCYEachTankEachPurgeWeeklyMonthlyComposite (Particulates)

Quarterly Composite (Particulates)

TYPEOFANALYSISPrincipal GammaEmittersPrincipal GammaEmittersH-3Principal GammaEmittersH-3GrossAlphaSR-90SR-89METHODOFANALYSIS(G).h.a.(G)-.h.a.LS(G,C,P)-.h.a.L,SiP-GFPCSGCPLS~CS~p.h.aGFOPGaseousGrabSampleCharcoalFilterSampleParticulate FilterSampleLiquidScintillation CountingChemicalSeparation GammaspectrumpulseheightanalysisusingLithiumGermanium detectors, Allpeaksareidentified andquantified GasFlowProportional Counting Page4FLORIDAPOWER6LIGHTCOMPANYST.LUCIEUNITNO.1&2SEMIANNUAL REPORTJuly1,1984THROUGHDecember311984EFFLUENTANDWASTEDISPOSAL-SUPPLEMENTAL INFORMATION (continued) 5~BatchReleases5.1Liquida.Numberofbatchreleases:

b.Totaltimeperiodofbatchreleases:

c.Maximumtimeperiodforabatchrelease:d.Averagetimeperiodforabatchrelease:eMinimumtimeperiodforabatchrelease:UNIT122.59941660442287UNIT222.5~c)~MINJTES660MINUTES442MINUTES287MINUTESf~Averagestreamflowduringperiodsofreleaseofeffluentintoaflowingstream.8.18E05ALLLIQUIDRELEASESARESlMMARIZED INTABLES5.2Gaseous~~8I~GPMa.Numberofbatchreleases:

b.Totaltimeperiodforbatchreleases:

c,Maximumtimeperiodforabatchrelease:d.Averagetimeperiodforbatchreleases:

e.Minimumtimeperiodforabatchrelease:16~5151483912119MINUTES2145MINUTES311MINUTES30MINUTESALLGASEOUSWASTERELEASESARESlHMARIZED INTABLES6.Unplanned Releases6.1LiquidaNumberofreleases:

b.Totalactivityreleases:

00CURIES6.2Gaseousa.Numberofreleases:

b.Totalactivityreleased:

6.3Seeattachments (ifapplicable) for:a.Adescription oftheeventandequipment involvedbCause(s)fortheunplanned releasec.Actionstakentopreventarecurrence, dConsequences oftheunplanned release.00CURIES Page5FLORIDAPOWER&LIGHTCOMPANYST.LUCIEUNITNO.1&2SEMIANNUAL REPORTJULY1.1984THROUGHDECEMBER31,1984EFFLUENTANDWASTEDISPOSAL-'SUPPLEMENTAL INF01UVTION (continued) 7~Assessment ofradiation dosefromradioactive effluents totheGENERALPUBLICduetotheiractivities insidethesiteboundaryassumethevisitorwasonsitefor40hours,atanaveragedistanceof0.3Kilometers intheworstdispersion direction, andreceivedexposurefromeachofthetworeactorunitsontheSt.LucieSite.VISITORDOSERESULTSFORCALENDARYEAR1984WERE:ORGANBoneDOSE(mrem)5'E-5Liver8.5E-4GASEOUSPARTICULATES

&IODINEEXPOSURENOBLEGASEXPOSUREGammaAirDose4.6E-2mradsBetaAirDose9.2E-2mradsThyroidKidney'ung GI-LLI1.9E-23.6E-47.7E-47.9E-48.TotalBody8.2E-4OffsiteDoseCalculation ManualRevisions:

NochangeswereissuedtotheODCMduringtheperiodJuly1,1984-December31,1984.9.SolidWasteandIrradiated FuelShimentsNoirradiated fuelshipments weremadefromthesite.CommonsolidwastefromSt.LucieUnits1and2wereshipped)ointly.Asummation oftheseshipments isgiveninTable3.9ofthisreport.10.ProcessControlProramRevisions Revisions 03and04wereimplemented duringthisreporting period.Therevisedrevisions areincludedinAttachment-A ofthisreportwithexplanations provided.

Page6ll.WasteGasDecaTankExlosiveGasMonitorin SstemInoerable-UnitNo.1Thisinformation isprovidedpursuanttoSt.Lucie,UnitNo.1Technical Specification 3.3.3.10.b TheoxygenmonitorsrequiredbySt.LucieUnitNo.1Technical Specifications 3.3.3.10wereinoperable fromOctober25,1984untilDecember6,1984.Thiscondition resultedinlessthantheminimumnumberofchannelsoperablerequiredbyTable3.3-13inexcessofthetimepermitted byTable3.3-13fortheWasteGasDecayTankExplosive GasMonitoring System.Thecauseoftheinoperability wasdueprimarily toexcessive amountsofmoistureinthesystemwhichresultedinthefailureoftheoxygendetectors.

Anumberoffactorscontributed tothedelayinreturning theWasteGasDecayTankExplosive GasMonitoring Systemtooperablestatus.Duringtheinvestigation oftheinstrument failuresitwasdetermined thatadditional maintenance wouldberequiredinordertorestorethesystemreliability.

Thisadditional maintenance involvedreplacing apumpandeliminating suspected systemleakage.Someof-therequiredsparepartstorepairthesystemwerenotinitially available onsite.Thiscontributed tothedelayinrestoring thesystem'soperability.

Theremaining timeisattributed totheextensive systemmaintenance whichprovedtobenecessary toachievethedesiredreliability.

TheSt.LucieP1antisconducting anevaluation ofthesystem'sdesignandoperation withanobjective toprecludesimilarfailuresinthefuture.Inaddition, toavoiddelaysinsystemmaintenance thequantityofsparepartstobestockedhasbeenincreased.

Duringtheperiodoftimethattheexplosive gasmonitoring systemwasinoperable, theconditions ofTechnical Specification 3.11.2.5weremaintained bymonitoring oxygen'ntheonservicewastegasdecaytankwiththelabgaspartitioner inaccordance withTable3.3-13,ACTION5,ofTechnical Specification 3.3.3.10.

Page7FLORIDAPOWER6LIGHTCOMPANYST~LUCIEUNITNO1SEMIANNUAL REPORTJuly1,1984THROUGHDecember311984TABLE3'-1LIQUIDEFFLUENTS

-SUMMATION OFALLRELEASESUE)A,FissionandActivation Products1.TotalRelease(notincluding tritium,gases,alpha)2.Averagedilutedconcentration durineriodB.TritiumCIuCI/ml4.20E-011.51E-088.84E-014.89E-08I1~TotalRelease2~Averagedilutedconcentration durineriodCDDissolved andEntrained Gases1~Totalrelease2.Averagedilutedconcentration durineriodD.GrossAlphaRadioactivity 1.'otalReleaseCI595E4011.OOE402uCI/ml2.14E-06CI3.72E-01.9.07E-OluCI/ml1.34E-OB.5.38E-08CIE.VolumeofWasteReleased(riortodilution)

F.VolumeofDilutionWaterUsedDurinPeriodLiters1.13E406Liters1.40Et101.60E+061.69E+10 PageFLORIDAPOWER6LIGHTCOMPANYST~LUCIEUNITNO.1SEMIANNUAL REPORTJuly1,1984THRoUGHOecember31,1934TABLE3.4-1LIQUIDEFFLUENTS CONTINUOUS MODENUCLIDESRELEASEDUNITQUARTERQUARTERBATCHMODEUARTERIQUARTERfkNa-24cz00CR-51CI00MN-54CI00MN-56IczCo-57CI00Co-58CIIoCo-60CzI00Fe-59Cz00Fe-55ICII0SN-113ICISb-122cz0I0Sb-124CI00W-187Cz005.65E-042.77E-042.63E-036.15E-021.5E-22.36E-021.86E-036.80E-037.90E-031.43E-021.35E-013.03E-029.35E-035.45E-021.46E-021.61E-032.47E-04N-239cz0I-131Cz00'-132cz00I-133ICII00I-134Cz00I-135cz00Rb-88CI00zr-95Cz00Nb-95cz00ZR-97cz00Nb-97Cz00Mo-99cz00Tc-994'II00Cs-130czI00Sb-125czl00Cs-134ICI01.88E-012.13E-022.62E-049.65E-052.36E-041.36E-031.85E-03I3.65E-02 1.30E-01I2.57E-05 1.94E-022.30E-035.5-041.37E-033.49E-032.47E-032.01E-031.57E-021.54E-01 PageFLORIDAPOWER,&LIGHTCOMPANYST~LUCIEUNITNO.1SEMIANNUAL REPORTJul1,1984THROUGHDecember311984TABLE3'-1LIQUIDEFFLUENTS (continued)

CONTINUOUS MODEBATCHMODENUCLIDESRELEASEDUNITCs-136CICs-137CIBa-140ICILa-140CISr-89CISr-90CIQUARTERtUARTER84UARTEk8UARTERt4)01.48E-031.53E-0207.50E-022.55E-0108.10E-041.14E-0308.55E-055.95E-0301.22E-025.90E-0303.39E-042.35E-04Y-90UNIDENTIFIED CICI3.39E-042.35E-04TOTALFORPERIODABOVECI04.20E-018.84E-01N.-41KR-85XE-131MXE-133XE-133MXE-135KR-85MXE-138mTALFORPERIODABOVEICICICIICICIICICICICI7.60E-059.15E-041.76E-032.92E-023.56E-018.55E-015.40E-039.95E-038.55E-031.23E-02003.72E-019.07E-01NOTE:Ifnovalueisenteredforanuclide,thevalueequalszeroCuries.

Page10FLORIDAPOWER&LIGHTCOMPANYST.LUCIEUNITNO.1SEMIANNUAL REPORTJanua1,1984THROUGHDecember31,1984TABLE3.5-1LIQUIDEFFLUENTS

-DOSESUMMATION AgeGroup:AdultLocation.'ny AdultExposureInterval:

FromJanua1,1984throughDecember31,1984FISH&SHELLFISH CALENDARYEARPATHWAYTOORGANBoneLiverThyroidKidneyLungGI-LLIT.BodyDOSE(mrem)1.24E-l4~60E-12.30E-11.78E-24.59E-l4.41E-l1.56E-l Page11FLORIDAPOWER&LIGHTCOHPANYST~LUCIEUNITNO.2SEMIANNUAL REPORTJuly1,1984THROUGHOecember 31,1984TABLE3.3-2LIQUIDEFFLUENTS

-SlMMATION OFALLRELEASESNUCLDESRELEASEDA.,Fission andActivation ProductsUNTQUARTER3QUARTER41.TotalRelease(notincluding tritium,gases,alpha)2.*Averagedilutedconcentration durineriodB.TritiumCIucI/ml4.20E-018.84E-011.51E-084.89E-081TotalRelease2.Averagedilutedconcentration durineriodC.Dissolved andEntrained asesCI5.95E+011.00E~02ucI/ml2.14E-065.93E-061.TotalreleaseCI3.72E-019.07E-012~Averagedilutedconcentration durinerioducZ/ml1.34E-085.38E-08ID.GrossAlphaRadioactivity 1~TotalReleaseCI00E.VolumeofWasteReleased(priortodilution)

F.VolumeoDilutionWaterUsedDurinPeriodLitersLiters1.13E+061.40E+101.60E>061.69E110 FLORIDAPOWER6LIGHTC(MPANYST~LUCIEUNITNO2SEMIANNUAL REPORTJuly1,1984THROUGHDecember31,1984TABLE3'-2LIQUIDEFFLUENTS PageCONTINUOUS MODENUCLIDESRELEASEDUNITQUARTERUARTEKBATCHMODEUARTEKUARTEKNa-24CI(R-51CIMN-54IczMN-56CICo-57IczczCo-60CI.Fe-59czI0,0005.65E-O6.80E-03-21.43E-026.15E-023.03E-021.15E-029.35E-03Fe-55CI2'6E-025.45E-02SN-113CISb-122czISb-124CIW-187,CIN-239CII-131CII-132czII-133CII-134CII-135CIRb-88CIzr-95CINb-95czIzR-97CINb-97CIMo-99czITc-99MICICs-138CISb-125CICs-134.CI0I0001.86E-031.46E-0201.61E-0302.47E-04001.88E-011.30E-0102.57E-052.13E-021.94E-02002.62E-042.30E-0305.15E-049.65E-051.37E-032.36E-043.49E-0300000'01.36E-032.47E-0302.01E-031.57E-023.65E-021.54E-01 PageFLORIDAPOWER6LIGHTCOMPANYST~LUCIEUNITNO.2SEMIANNUAL REPORTJuly1,1984THR0UGHDecember31,1984TABLE3'-2LIQUIDEFFLUENTS (continued)

NUCLIDESRELEASEDUNITCs-136CICs-137CICONTINUOUS MODEQUARTERfi'UARTER 0I0BATCHMODEQUARTEK0QUARTER/hI1.48E-031.53E-027.50E-022.55E-01Ba-140CI008.10E-041.14E-03La-140Sr-89CI008.55E-055.95E-03CI001.22E-025.90E-03Sr-90CI3.39E-042.35E-04Y-90UNIDENTIFIED TOTALFORPERIOD"ABOVECICICI3.39E-044.20E-012.35E-048.84E-01IIIIllIAR-.41CI07.60E-059.15E-04XE-131MCII0XE-133)CI01.76E-032.92E-023.56E-018.55E-OlXE-133MCI005.40E-039.95E-03XE-135jCI0KR-85MCI8.55E-031.23E-02I00IKR-85CII0Jo0IXE-138TOTALFORPERIODABOVECICI3.72E-019.07E-01NOZE:Ifnovalueisenteredforanuclide,thevalueequalszeroCuries.

pagel4FLORIDAPOWER&LI8GHTCOMPANYST.LUCIEUNITNO,2SEMIANNUAL REPORTJanuar1,1984THROUGHDecember31,1984TABLE3.5-2LIQUIDEFFLUENTS

-DOSESUMMATION AgeGroup:AdultLocation:

AnyAdultExposureInterval:

FromJanuar1,1984through'ecember31,1984FISH&SHELLFISH CALENDARYEARPATHWAYTOORGANDOSE(mrem)BoneLiverThyroidKidneyLungGI-LLIT.Body1.24E-l4.60E-12.30E-11.78E-24.59E-14.41E-l1.56E-l Page15FLORIDAPOMER&LIGHTC(MPANYST~LUCIEUNITNO,1SEMIANNUAL REPORT98"~0bTABLE3.6-1GASEOUSEFFLUENTS

-SlHMATION OFALLRELEASESNUCLIDESRELEASEDUNITQUARTER3QUARTER4))A.FissionandActivation Gases1.TotalRelease2~AveraeReleaseRateforPeriodICI160E<04CI/2.02E4031.59E~042.00E&03BEIodines1.TotalIodine-131 CI1.93E-012.AveraeReleaseRateforPerioducI/secC,Particulates 1~Particulates T-1/208Days)CI1.81E-03'.

AverageReleaseRateforPeriod)ucI/secE-03.GrossAlphaRadioactivity CI1.07E-123.00E-023.7E-032.27E-04I2.86E-053.32E-21DTritium1~TotalReleaseCIE+022.AveraeReleaseRateforPerioduCI/sec3.47Et015.49E+01 Page16FLORIDAPOWER6LIGHTCOMPANYST~LUCIEUNITNO1SEMIANNUAL REPORTTABLE3.7-1GASEOUSEFFLUENTS CONTINUOUS MODENUCLIDESRELEASEDUNITQUARTERQUARTM1~FISSIONGASESBATCHMODEUARTEKUARTERAR-41KR-85MKR-87XE-131MXE-133XE-133MXE-135XE-135MXE-13TOTALFORPERIODABOVECI8.28f<01CI1.70EH03GICI0CI1.55Ei04CIGI0CI1.85E402CI5.92E+012.Ei01CI3.61E001Cr1.3E<02.20E4026.1f401l.Et08.57E001.1E+04.4Et011.76E+03l.111.35Ei045.1E02.99E00E+1.83E04.07ft025.36E&025.OE4.05E&01l.9E02.43ft032~IODINESI-131I-133I-15TOTALFORPERIODABOVECICICICI1.93E-013.00E-026.13E-011.09E-01~PARTICULATES Co-58Co-60CI0CISR-90Y-0I-133TOTALFORPERIODABOVECI0GI0GICI4.12E-031.04E-04GI0CI5.93E-033.31E-04 FLORIDAPOWER&LIGHTCOMPANYST.LUCIEUNITNO.1SEMIANNUAL REPORTTable3.8-1GASEOUSEFFLUENTS

-DOSESUMMATION

-QUARTER8NAAGEGROUP:INFANTEXPOSUREINTRVAL:FROMJanua1,1984THROUGHDecember31,1984PATHWAYGroundPlane(A)Grass-Cow-Milk (B)Inhalation (A)BONE(mrem)01.42E-22.14E-4LIVER(mrem)02.28E-24.38E-3THYROID(mrem)05.43EO8.30E-2KIDNEY(mrem)06.80E-31.89E-3LUNG(mrem)05.8E-34.1E-3GI-LII(mrem)06.53E-34~12E-3T.BODY(mrem)9.5E-41.56E-24.22E-3TOTAL1.44E-22~72E-25'1EO8.69E-39.9E-31.07E-22.08E-2(A)SECTOR:WESTRANGE:1.78milesB)COW/GOATSECTOR:WNWRANGE:Default,4.25milesNOBLEGASESGammaAirDoseBetaAirDoseSector:WestQUARTER(ABOVETIMEINTERVAL)

(mrad)NARange:1.78milesCALENDARYEAR(mrad)3.05E-16.24E-lNote:Thedosevaluesabovewerecalculated usingactualmeteorological dataduringthespecified timeintervalwithMETdatareducedasperReg.Guide1.111,March1976.

PageleFLORIDAPOWER6LIGHTCOMPANYST~LUCIEUNITNO2SEMIANNUAL REPORTJuly11984THROUGHDecember311984TABLE36-2GASEOUSEFFLUENTS

-SlMHATION OFALLRELEASESNUCLIDESRELEASEDUNZTQUARTERQUARTERA.FissionandActivation Gases1~TotalReleaseCI1.84'32.AveraeReleaseRateforPerioducI/sec2.31E+023.20E<02(BIodines1~TotalIodine-131 cz7.61E-032.36E-01(2~AveraeReleaseRateforPerioducI/sec9'7E-042'7E-02CParticulates 1~Particulates T-1/2>8Days2AverageReleaseRateforPeriod3~GrossAlhaRadioactivit (cz6.5$E-052.34E-04(ucZ/sec8.29E-062.94E-05cz4'8E-218'0E-21D.Tritium1TotalReleasecz6.96E+011.64E>022~AveraeReleaseRateforPerioducz/sec FLORIDAPOWER6LIGHTCOMPANYST~LUCIEUNITNO.2SEMIANNUAL REPORT"D~TABLE3.7-2GASEOUSEFFLUENTS PageCONTINUOUS MODENUCLIDESRELEASEDUNITQUARTQUARTMBATCHMODEUARTERUARTEK1~FISSIONGASESAR-41XE-131MXE-1XE-1XE-135XE-1324XE-138TOTALFORPERIODABOVECICICICICICICICICIcrCI1.79E+0101.53E+035.39E01.71E+021.73E<039.28E00.28E+031.20E021.42E0039.48E-021.18E+021.E4.00E-O9.74E-O8.98E22IODINESI-131I-13TOTALFORPERIODABOVECICI1.90E-02CICI2.66E-026.98-023.06E-013~PARTICULATES Co-58Co-60CICISR-90Y-90OT0PERIODABOVECICICICICICI6.59-56.59E-052.34E-04 FLORIDAPOWER&LIGHTCOMPANYST.LUCIEUNITNO.2SEMIANNUAL REPORTTable3.8-2GASEOUSEFFLUENTS

-DOSESUMMATION

-QUARTER//NAAGEGROUP:INFANTEXPOSUREINTRVAL:FROMJanua1,1984THROUGHDecember31,1984PATHWAYGroundPlane(A)Grass-Cow-Milk (B)Inhalation (A)BONE(mrem)01.51E-21.41E-4LIVER(mrem)02.00E-21.64E-3THYROID(mrcm)05.78E-O5.51E-2KIDNEY(mrem)05.4E-36.83E-4LUNG(mrem)02.10E-31.47E-3GI-LII(mrem)02.79E-31.48E-3ToBODY(mrem)4.78E-41~25E-21'0E-3TOTAL1.52E-2,2.16E-25.84E-06.1E-33.57E-34.27E-31.46E-2(A)SECTOR:WESTRANGE:1.78milesB)COW/GOATSECTOR:WNWRANGE:Default,4.25milesNOBLEGASESGammaAirDoseBetaAirDose'ector:

WestQUARTER(ABOVETIMEINTERVAL)

(mrad)Range:1.78milesCALENDARYEAR(mrad)6.29E-21.24E-1NOTE:Thedosevaluesabovewerecalculated usingactualmeteorological dataduringthespecified timeintervalwithMETdatareducedasperReg.Guide1.111,March1976.

FLORIDAPOWER6LIGHTCOMPANYET.LUCIEUNITNO.I&2EENIANNUAL REPORTJuly1,1984THROUGHDecember31,1984TABLE3"COMBINEDSOLIDWASTEANDIRRADIATED FUELSHIPMENTS Page21ASOLIDWASTESHIPPEDOFFSITEFORBURIALORDISPOSAL(Notirradiated fuel)1.Teofwastea.Spentresins,filtersludgesIevaoratorbottoms,etc.6-monthEst.TotalUnitPeriodError,Xm3t1.2E1Ci7.0E22.0E1b.Drycompressible waste;lcontaminated equip,etc.c.Irradiated components, Icontrolrods,etc.d.Other(describe) l>>)6.6E2Ci3.9E1CiIm3Cil2.0E12.Estimateofmajorcomposition (bytypeofwaste)aCo-60Co-58Fe--55Cs-1343.0E11.4E1b.H-3Co-S--SI-1312.4E12.9E14.1EO3.SolidWasteDisposition NumberofShimentsModeofTransortationDestination 1012SOLEUSETRUCKSOLEUSETRUCKBARNWELL, SCNRICHLAND, WASH~BEIRRADIATED FUELSHIPMENTS (Disposition)

NumberofShimentsModeofTransortationDestination FLORIDAPOWER5LIGHTCOHPANYST.LUCIEUNITNOS.IAND2EERIARRRIIL REPOSERJULYI,1984THROUGHDECEMBER31,1984SolidWasteSupplement WasteClassification ClassAClassATotalVolumeCu-Ft22,272780TotalNoteICurie~oaottt11.2725.04Principal "Radionuclides None63NI90Sr137C5TypeNote3ofWastePWRTrashPWRTrashR.G.1.21~Cateorl.bl.bType"4ofContainer Non-Specification StrongTightPkg.NRCCertified LSA>TypeASolidification AgentorAbsorbent NoneNoneClass8Class81951953.188278.6163Ni90Srp137Cs14C60Co63Ni90SrPWRTrashPWRIon-ExchangeResinsl.bl.a.NRCCertifiedLSA>TypeANRCCertified LSA>TypeAHoneNoneClass8ClassC1211214.817417.1260Co63Ni90Sr131Cs14C60()63Ni90sr,1CsPWRFiltersPWRlon-ExchangeResins,I.a.l.a.NRCCertified Type8NRCCertified Type8NoneNone Pace23FLORIDAPOWER5LIGHTCOMPANYST.LUCIEUNITNOS.1AND2SEMIANNUAL REPOSERJULY1,1984THROUGHDECEMBER31,1984TABLE3.9Cont.SolidWasteSupplement Note1:Thetotalcuriequantityandradionuclide composition ofsolidwasteshippedfromtheSt.LuciePlantaredetermined usingacombination ofqualitative andquantitative techniques.

Ingeneral,theSt.LuciePlantfollowstheguidelines outlinedintheLow-Level WasteLicensing BranchTechnical Position(BTP)onRadioactive WasteClassification (5/11/83) forthesedeterminations.

Themostfrequently usedtechniques fordetermining thetotalcuriequantityinapackagearethedose-to-curie methodsandthe(Concentration)

X(VolumeorMass)calculations.

Whereappropriate, engineering typeactivation analysesmaybeapplied.Sinceeachoftheabovemethodologies involvestosomeextentqualitative parameters, thetotalcuriequantityisconsidered tobeanestimate.

Thecomposition ofradionuclides inthewasteisdetermined bybothon-siteanalysesforprincipal gammaemitters,andperiodicoffsiteanalysesforotherradionuclides.

Theonsiteanalysesareperformed eitheronabatchbasisoronarouti,nebasisusingreasonably representative samplesasappropriate forthewastetype.Offsiteanalysesareusedtoa~tab/ash scalingfactorsorotherestimates forradionuclidessuchasH,CTc129ITRU1Pu242Cm63NiRtand5Fe.Note2:"Principal Radionuclides" referstothoseradionuclides contained inthewasteinconcentrations greaterthan.Oltimestheconcentration ofthatnuclidelistedinTable1or.01timesthesmallestconcentration ofthatnuclidelistedinTable2of10CFR61.Note3:"TypeofWaste"isgenerally specified asdescribed inNUREG0782,DraftEnvironmental ImpactStatement on10CFR61"Licensing Requirements forLandDisposalofRadioactive Waste".Note4:"TypeofContainer" referstothetransport package.

FLORIDAPOWER6LIGHTCOMPANYST.LOUIEUNITNO.IS2SEMIANNUAL REPORTATTACHMENT' CHANGESTOPROCESSCONTROLPROGRAMDURINGPERIODJULY1,1984THROUGHDECEMBER31,1984A.1.Paragraphs 3.1,3.2.2,3.2.3,3.4.1,3.4.3,3.4.5,3.4.8,4.2,5.3and6.4ofRevision3addtotheprocesscontrolprogramthewasteformclassification itempertheimplementation of10CFR,part61and10CFR20,311.2.Paragraphs 3.2.1.Band3.2.1.CofRevision4makeCNSIprojectnum-bersconsistent withreferences listedin6.2and6.3.3.Paragraph 6.1ofRevision4changedtheDewatering procedure to~Chem-nuclear BeadDewatering procedure forCNSI14-195orsmallerliners-FO-OP-023.

B.Theabovechangeswereadministrative changesanddidnotreducetheoverallconformance ofthedewatered beadresintoexistingcriteriaforradioactive wastes.C.Documentation ofthereviewandacceptance ofthechangesbyFRGisonthecoversheetoftheattachedprocedure.

Page1of5FLORIDAPOWER&LIGHTCOMPANYST+LUCIEPLANTADMINISTRATIVE PROCEDURE NUMBER0520025REVISION4~~oTETLrE:PROCESSCONTROLPROGRAM2EOREVIEWANDAPPROVAL:

ReviewedbyFacilityReviewGroupApprovedbyJ.HBarrow(for)iNEGRMQiai GNDentisnotcontrolled.

Beforeuse,acontvenfy>n'fformabonwithDecember281982PlantManagerDecember28,1982Revision4ReviewedbyFRG.Approved byantManager<>4iSd43193,0SCOPE:3~1PurposeTheSt~LuciePlantProcessControlProgram(PCP)implements therequirements oftheSt,LuciePlantTechnical Specifications forbothunitsSpecifically, thePCPappliestowasteformclassification ofallradioactive wastedestinedforlandburialinaccordance with10CFR20,311,dewatering ofbeadresinsfordisposal, andsolidification, encapsulation, orabsorption vendorsuppliedprocesses forliquidradioactive waste3+2Discussion I~ThePCPcontainsprovisions toassurethatdewatering ofbeadresinsresultsinawasteformwithcharacteristics thatmeettherequirements of10CFR61asimplemented by10CFR20andofthelowlevelradioactive wastedisposalsiteTheProcessControlProgramincludesinadditiontothisprocedure thefollowing relatedprocedures:

ASt~LuciePlantOperating Procedure No,0520023,"Dewatering Radioactive BeadResins"~BECHEM-NUCLEAR SYSTEMS,IN'estprocedure forDewatering ConicalBottomDemineralizers andResinLiners-ProjectNoo11118'R4CCHEM-NUCLEAR SYSTEMS,IN'abRecordSheetforConicalBottomDemineralizers andResinLiners>>ProspectNo,11118./R42,Vendorsuppliedprocesses forsolidification, encapsulation, orabsorption ofliquidradioactive wasteishandledunderatopicalreportwhichthevendorhassubmitted totheNuclearRegulatory Commission forapprovalorunderanN,R,Capprovedprocesscontrolprogram.Controlled copiesofappropriate vendorprocedures fortheseprocesses mustbeusedtoassureprovision underthetopicalreportaremet~

ST,LUCIEPLANTADMINISTRATIVE PROCEDURE NUMBER0520025,REVISION4PROCESSCONTROLPROGRAMPage2of53eOSCOPE:(continued) 32Discussion:

(continu'ed) 3~Allradioactive wasteshipedforlandburialmustbeettherequirements of10CFR20311regarding wasteformclassification andpackaging Thisisimplemented throughprocedure HP-47,"Classification ofRadioactive Waste'aterial forLendDisposal"

~3.3Authority Theauthority andresponsibility toperformtherequirements ofthisprocedure comefrom10CFR20,10CFR61,StLuciePlantUnit1Technical Specifications, St~.LuciePlantUnit2Technical Specifications, andfromdisposalsitecriteria, 3,4Definitions 1Absotion-Theprocessofabsorbing liquidradioactive wastematerasontoanabsorbent

material, afinaldisposalpackagewhichcontainsradioactive beadresinsmaterialwithincement-like
material, suchthatthefinalproductisafree-standing monolith4"FreeStandin"Water-Liquidwhichisnotretainedbythewasteorm,5~Solidification

-Theprocessofsolidifying liquidradioactive wastematerialincement-like

material, suchthatthefinalproductisafree<<standing monolith6ProcessCoritiolProam(PCP)-TheProcessControlProgramscontanteprovisions, basedonfullscaletesting,toassurethatdewatering ofradioactive beadresinsresultsinawasteformwiththeproperties thatmeettherequirements of10CFR61(asimplemented by10CFR20).'andofthelowlevelradioactive wastedisposalsiteatthetimeofdisposal7VisualInsection-Thedirectobservation ofthebeadresinsuringteentreperiodofresintransferastheyarepackagedinthefinaldisposalcontainer 8WasteFormClassification

-Classification ofradioactive waste ST,LUCIEPLANTADMINISTRATIVE PROCEDURE NUMBER0520025,REVISION4PROCESSCONTROLPROGRAMPage3of54+0PRECAUTIONS:

41ProcessControlProcedures usedforthedewatering ofradioactive beadresinsthatestablish theconditions thatmustbemetshallbebasedonfullscaletesting,Thisistoprovidereasonable assurance thatthedewatering oftheresinanddisposalcontainer willresultinvolumesoffreestandingwater,atthetimeofdisposal, withinthelimitsof10CFR,Part61asimplemented by10CPR20andofthelowlevelradioactive wastedisposalsite,4+2Vendorsuppliedsolidification, encapsulation, andabsorption processes shallbeNRCapprovedorunderatopicalreportwhichhasbeensubmitted toNRCfgorapprovalProcedures whicharetobeusedmustbecontrolled perthevendor'sgAprogram,4+3Inlieuofdewatering performed aspertheProcessControlProcedures, avisualinspection ofthebeadresinasitistransferred andofthefinaldisposalcontainer afterloadingmaybeperformed ifconditions permit,Thisinspection mustbeconducted inamannerthatwillassurethatthefreestandingliquidswillmeetshipping, transportation anddisposalsiterequirements, 4,4AllchangestotheSt~LuciePlantProcessControlProgrammustbereviewedandapprovedbytheFacilityReviewGroupbeforetheybecomeeffective 4i5AllchangestotheSt,LuciePlantProcessControlProgrammustbesubmitted totheNRCintheSemiannual Radioactive EffluentReleaseReportfortheperiodinwhichthechange(s) wasmadeThissubmittal mustcontainthefollowing:

1~Sufficiently detailedinformation tototallysupporttherationale forthechangewithoutbenefitofadditional orsupplemental information, 2,Adetermination thatthechangedidnotreducetheoverallconformance ofthedewatered beadresinstoexistingcriteriaforsolidwastes'~Documentation ofthefactthatthechangehasbeenreviewedandfoundacceptable bythePacilityReviewGroup5+0RESPONSIBILITIES:

5~1Itistherdsponsibility ofthePlan'tManagertoassurethatallnecessary procedures, equipment andsupportareprovidedtoproperlyimplement thePCS5+2Itistheresponsibility oftheHealthPhysicsSupervisor orhisdesigneetoassurethattheradioactive beadresinwillbedewatered inaccordance withthePCP5+3Itistheresponsibility oftheHealthPhysicsSupervisor orhisdesigneetoassurethatradioactive wastematerialisclassified inaccordance withthePCP STLUCIEPLANTADMINISTRATIVE PROCEDURE NUMBER0520025,REVISION4PROCESSCONTROLPROGRAMPage4of56+0

REFERENCES:

6,1BeadDewatering Procedure forCNSI14-195orsmallerliners-FO-OP-023

'R46'LabRecordSheetforConicalBottomDemineralizers andResinLiners,ProspectNo,111186i3TestProcedure forDewatering Conical'BottomDemineralizers andResinLiners,ProspectNo,11118'4HealthPhysicsProcedure, HP-47,"Classification ofRadioactive WasteMaterialforLandDisposal"

~7+0RECORDSANDNOTIFICATIONS:

7'RecordsshallbeasperSt,LuciePlantOperating Procedure No0520023,"Dewatering Radioactive BeadResins"~7,2Notifications 1Ifitissuspected thatthefreestandingwaterrequirements maynotbemetforanycontainer ofradioactive beadresinshippedtoadisposalsite,notifythePlantManagerandtheHealth'hysicsSupervisor.

2~Iftheprocesscontrolprocedures havenotbeenfollowedoriffreestandingwatermaybepresentinthefinalshippingcontainer ofbeadresininamountsgreaterthanallowedbyregulations, notifytheHealthPhysicsSupervisor orhisdesignee, ST>>LUCIEPLANTADMINISTRATIVE PROCEDURE NUMBER0520025,REVISION4PROCESSCONTROLPROGRAMPage5of58'INSTRUCTIONS:

8,1Dewatered radioactive beadresins:1Disposeofdewatered radioactive beadresinsislimitedtothefollowing containers forwhichfullscaledewatering testshavebeenconducted:

ACNSIConicalBottomEnviroSAPEŽ HighIntegrity Container-PL6-80CR>>

BCNSIConicalBottomEnviroSAPEŽ HighIntegrity Container-PL14-195CR>>

C,'NSIConicalBottomEnviroSAPEŽ HighIntegrity Container-PL8-120CR>>2,Dewaterthecontainer asperSt>>LuciePlantOperating Procedure No0520023,"Dewatering ofRadioactive BeadResins"~3~Inlieuofdewatering, radioactive beadresinmaybeshippedfordisposalinadifferent container, providedtheradiological andregulatory conditions permit,ifavisualinspection oftheresinduringtransferandoffinalshippingcontainer afterloadingcanbeconducted inamannerthatwillassurethatthefreestanding, liquidvolumepresentwilLmeetshipping,'ransportation, anddisposalsiterequirements, 4,Withdewatering notmeetingdisposalsite,shipping, andtransportation requirements, suspendshipmentoftheinadequately dewatered beadresinandcorrecttheprocesscontrolprogram,theapplicable procedures(s),

and/orthedewatering systemasnecessary topreventrecurrence, 5~Withdewatering notperformed inaccordance withthePCP:(1)ifthedewatered beadresinhasnotalreadybeenshippedfordisposal, verifyeachcontainer toensurethatitmeetsburialground,shippingandtransportation requirements and/or(2)takeappropriate administrative actiontopreventrecurrence 6~Closethecontainer asperthemanufacturer's instructions'

'Solidification, encapsulation, orabsorption ofradioactive wastematerials shallbeperformed inaccordance withvendorapprovedprocedures'

'Allradioactive wastematerialpackagedanddestinedforlanddisposalshallconformtotherequirements of10CPR20,311asimplemented byprocedure HP-47'fwasteformclassification exceedsClassCorpackaging doesnotmeettherequirements ofthewasteformclass,theHealthPhysicsSupervisor shallbenotifiedandshipmentshallnotbemade, ONtNFONMATIONONt.ylld.Beforeusest'otcontrolled, Bforeusesverifyino'rinationwithacontroeFLORIDAPOWERtELIGHTCOMPANYST~LVCIEPLANTARtINISTRATIVE PROCEDURE NEtBER0520025REVISION31,0EXELE:PROCESSCONTROLPROGRAM2SOREVIEWANDAPPROVAL:

PagOAYIEOCr~A/'g<~a~oSY$coMp~~~Ppgy.:

IIII~ReviewedbyFacilityReviewGroupApprovedbyJH.Barrow(for)Plant'ManagerDecember28,1982December28,1982Revisioa3ReviewedbyFRGApprovedby3,0SCOPE:PlantManager11ISh'j&j3.1PurposeTheStLuciePlantProcessControlProgram(PCP)implements therequirements oftheStLuciePlantTechnical Specifications forbotnunits,Specifically, thePCPappliestowasteformclassification ofallradioactive wastedestinedforlandburialinaccordance with10CFR20'11,dewatering ofbeadresinsfordisposal, aadsolidification, encapsulation, orabsorption vendorsuppliedprocesses forliquidradioactive waste~32Discussion 1,ThePCPcontainsprovisions toassuretnatdewatering ofbeadresinsresultsiaawasteformwithcharacteristics thatmeettherequirements of10CFR61asimplemented by10CFR20andoftaelowlevelradioactive wastedisposalsiteTheProcessControlProgramincludesinadditiontothisprocedure thefollowing relatedprocedures:

AStLuciePlantOperating Procedure No0520023,"Qewateriag Radioactive BeadResias"~BQKN-NUCLEAR SYST&fS,INCTestprocedure forDewateriag ConicalBottomDemiaeralizers andkesinLiners-Project,No11118,10/05/81CQQ8-NUCLEAR SYSTEMS,INCLabRecordSheetforConicalttottomDemiaeralizers andResinLiners-ProjectNo.11118;10/01/81.

2~Vendorsuppliedprocesses forsolidification, encapsulation, orabsorption ofliquidradioactive wasteishandledunderatopicalIreportwhichthevendorhassubmitted totheNuclearRegulatory Commission forapprovaloruaderaaN.R.CapprovedprocesscoatrolprogramControlled copiesofappropriate vendorprocedures fortheseprocesses mustbeusedtoassureprovision underthetopical.reportaremet~

Page2-of5ST~LUCIEPLANTADMINISTRATIVE PROCEDURE NUNSK8.0520025,REVISION3PROCESSCONTROLPROGRAM30SCOPE:(ccaciaued) 32Discussion'(continued) 3'llradioactive wasteshipedforlandburialmustbeettherequirements of10CFR20,311regarding wasteformclassification andpackaging Thisisimplemented throughprocedure HP-47,"Classification ofRadioactive Waste8aterialforLandDisposal"

/RS33Authority Theauthority andresponsibility toperformtherequirements ofthisprocedure comefrom10CFR20,10CFR61,StLuciePlantUnit1Technical Specifications, StLuciePlantUnit2Technical Specifications, andfromdisposalsitecriteria34Definitions materials ontoanabsorbent material2~Dewaterin

-Theprocessofremoving"freestanding" waterfromainaldisposalpackagewhichcontainsradioactive beadresins,materialwithincement"like

material, suchthatthefinalproductisafreemtanding monolith4"FreeStandin"Water-Liquidwhichisnotretainedbythewasteorms5~Solidification

-Theprocessofsolidifying liquidradioactive wastematerialincement-like

material, suchthatthefinalproductisafree-standing monolith.

6~ProcessControlProram(PCP)-TheProcessControlProgramshallcontaintheprovisions, basedonfullscaletesting,toassurethatdewatering of:radioactive beadresinsresultsinawasteformwiththeproperties thatmeettherequirements of10CFR61(asimplemented by10CFR20)andofthelowlevelradioactive wastedisposalsiteatthetimeofdisposal, 7VisualInsection-Thedirectobservation ofthebeadresinsduringtheentireperiodofresintransferastheyarepackagedinthefinaldisposalcontainer.

8~WasteFormClassification

-Classification ofradioactive wastematerialbasedupontheconcentrations ofradionuclides identified.

/R3./R3/RS4~0PRECAUTIONS:

41'rocessControlProcedures usedforthedewatering ofradioactive beadresinsthatestablish.

theconditions thatmustbemetshallbebasedonfullscaletestingThisistoprovidereasonable assurance thatthedewatering oftheresinanddisposalcontainer willresultinvolumesoffreestandingwater,atthetimeofdisposal, withinthelimitsof10CFR,"Part61asimplemented by10CFR20'and ofthelowlevelradioactive wastedisposalsite Page3of5STLUCIEPLANTADMINISTRATIVE PROCEDURE NUMBER0520025,REVISION3PROCESSCONTROLPROGRAM40PRECAUTIONS-(continued) 4~2Vendorsuppliedsolidification, encapsulation, andabsorption processes shaLLbeNRCapprovedoruncoveratopicalreportwhichhasbeensubmitted toNRCapproval.

Procedures whicharetobeusedestbecontrolled pertevendor'sQkprogram/R343Inlieuofdewatering performed.

aspertheProcessControlProcedures, avisualinspection ofthebeadresinasitistransferred andofthefinaldisposalcontainer afterloadingmaybeperforaad ifconditions permitThisinspection mustbeconducted inamannerthatwillassurethatthefreestandingliquidswillmeetshipping, transportation anddisposalsiterequirements 44AllchangestotheSt,LuciePlantProcessControlProgramestbereviewedandapprovedbytheFacilityReviewGroupbeforetheybecomeeffectivei45AllchangestotheStLuciePlantProcessControlProgramaxxstbesubmitted totheNRCintheSemiannual Radioactive EffluentReleaseReportfortheperiodinwhichthechange(s) wasmade.Thissubmittal

'mustcontainthefollowing:

1Sufficiently detailedinformation tototallysupporttherationale forthechangewithoutbenefitofadditional orsupplemental information, 2~Adetermination thatthechangedidnotreducetheoverallconformance ofthedewatered beadresinstoexistingcriteriaforsolidwastes,3.Documentation ofthefactthatthechangehasbeenreviewedandfoundacceptable bytheFacilityReviewGroup5rORESPONSIBILITIES:

51Itistheresponsibility ofthePlantManagertoassurethatallnecessary procedures, equipment andsupport.areprovidedto=-properly implement thePCP~5,2Itistheresponsibility oftheHealthPhysicsSupervisor orhisdesigneetoassurethattheradioactive beadresinwillbedewatered inaccordance withthePCP~5.3Itistheresponsibility oftheHealthPhysicsSupervisor orhisdesigneetoassurethatradioactive wastematerialisclassified inaccordance withthePCP./R3 Page4of5ST~LUCIEPLANTADMINISTRATIVE PROCEDURE NUMBER0520025,REVISION3PROCESSCONTROLPROGRAM6e0

REFERENCES:

6~1Dewatering Procedure forCNSIConical-Bottom EnviroSAPEŽ HighIntegrity Containers (containing bead-type ionexchangeresin)1Xfreestandingwater-FOWP-0036,2LabRecordSheetforConicalBottomDemineralizers andResinLiners',ProspectNo,1111863TestProcedure forDewatering ConicalBortomDemineralizers andKesinLinexs,Pro)ectNo~11118',4HealthPhysicsPxocedure, HP-47,"Classification ofRadioactive WasteMaterialforLandDisposal"',

/R37,0RECORDSANDNOTIPICATIONS:

7,1RecordsshallbeasperSt.LuciePlantOperating Procedure No0520023,"Dewatering Radioactive BeadResins"~'72Notifications1~Ifit,issuspected thatthefreestandingwaterrequirements maynotbemetforanycontainer ofxadioactive beadresinshippedtoadisposalsite,notifythePlantManagerandtheHealthPhysicsSupervisor~

2~Ifthe.processcontrolprocedures havenotbeenfollowedoriffreestandingwatermaybepresentinthefinalshippingcontainer ofbeadresininamountsgreaterthanallowedbyregulations, notifytheHealthPhysicsSupervisor orhisdesignee, Page5of5ST~LUCIEPLANTADMINISTRATIVE PROCEDURE NUMBER0520025,dEVISION3PROCESSCONTROL'ROGRAM 8o0INSTRUCTIONS:

81Dewatered radioactive beadresins:1~Disposeofdewatered radioactive beadresinsislimitedtothefollowing containers forwhichfullscaledewatering testshavebeen.conducted:

ACNSIConicalBottomEnviroSAPEŽ HighIntegrity Container-PL6-80(Ro BCNSIConicalBottomEnviroSAPE~

HighIntegrity Container-PL14-195' CNSIConicalBottomEnviroSAPE~

HighIntegrity Container-PL8-120(Ri 2iDewaterthecontainer asperSt,LuciePlantOperating Procedure

  • No0520023,"Dewatering ofRadioactive BeadResins",3>>Inlieuofdewatering, radioactive beadresinmaybeshippedfordisposalinadifferent container, providedtheradiological andregulatory conditions permit,ifavisualinspection oftheresinduringtransferandoffinalshippingcontainer afterloadingcanbeconducted inamannerthatwillassurethatthefreestandingliquidvolumepresentwillmeetshipping, transportation, anddisposalsiterequirements 4,Withdewatering notmeetingdisposalsite,'hipping, andtransportation requireients, suspendshipmentoftheinadequately dewatered beadresinandcorrecttheprocesscontrolprogram,theapplicable procedures(s),,

and/orthedewatering systemasnecessary topreventrecurrence 5Withdewatering notperformed inaccordance wichthePCP:(1)ifthedewatered beadresinhasnotalready,beenshippedfor~disposal, verifyeachcontainer toensurethatitmeetsburialground,shippingandtransportation requirements and/or(2)takeappropriate administrative actiontoprevent,recurrence.

6iClosethecontainer aaperthemanufacturer

'sinstructions 82Solidification, encapsulation, orabsorption ofradioactive wastematerials shallbeperformed inaccordance withvendorapprovedprocedures~

83Allradioactive wastematerialpackagedanddestinedforlanddisposal=sha11conformtotherequireuents of10CHL20i311asimplemented byprocedure HP-47~Ifwasteformclassification exceedsClass0orpackaging doesnotmeet,therequirements ofthewasteform.class,theHealthPhysicsSupervisor shallbenotified'and shipmentshallnotbemade