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8/LT/8L LIP INDEX PAGE 4*

PROC. NO TITLE REV. REV OATE DISKETT

!

IP 1330-24 DETERMINATION OF REACTOR COOLANT 00 to/8l 03HYOROGEN CONCENTRATION AT THE HIGHRAOIATION SAMPLING SYSTEM

.ZP L330-25 SAM 5' LING OF REACTOR COOLANT AI_ THE_ HIGH 0] i 3/G 03. RADIATION SAMPLE SYSTDf

IP L330-26 SAMPLkOF CONTAINMENT AIR b. TEE HIGH __ _3/ $__ 03OlRADIATION SAMPLING SYSTDi.

8. Z P L330-27 SAMPLING OF REACTOR COOLANT OFF-GAS AT 01. _ [3 g 03THE HIGH RADIATION SANPLE SYSTEM

LLP 1330-28 3AMPLING b7_PbCESS WATERS CCNTAININr.* RAnIO- 01 , 3/ 8A 03Auuvur AT THE HIGE RADIATION SAMPLING SYSTEK

LP 1330-29 SAMPLING AT THE HIGH RAQIATION CO 'M&Q 03SAMPLING SYSTEM (VALVE OPERATION ATTHE VALVE CONTROL PANEL)

'

cIP L330-30 TRANSFER OF WASTE FROM" THE HRSS WASTE 00 : /6L 03'

T_ANE A_N_a_ M TP_ PUML __ _ _ _ _ , . _ _ _ ____ . _ _ , ...ZF 1330-31 & Sa See 'next paceLP L340-L IMPLEMENTINGTPROCE00RE FOR FIRE:~ 01 -~ - ~ 9/B/_ 02

- -

,FIRE MARSHALL

EP L340-2 IMPLEMENTING PROCEDURE FOR FIRE: Cl t/6/ 02FIRE CHIEF (OESIGNATEEL SHIFT FOREMAN)

.Z P L340-3 IMPLEMENTING PROCEDURE FOR FIRE: 01 9/B/ 02FIRE OFFICE 14 SL (COGMIZAMT MAINTENANCEFOREMAN) . ,

.LP L340-4- IMPLEMENTING PROCEDURE FOR FIRE: 0[t1 ' 9/8/ 02FIRE BRIGADE

.IP L340-5- IMPLEMENTING PROCEDURE FOR FIRE: OL 8/8L 02.FIRE COMPANY NO. I. (MAINTENANCEiPERSONNEL)

.Z P 1360-1 PROTECTIVE MEASURES, FOR ON-SITE 03 T/8L 02 ;PERSONNEL

.

.LP L360-2 USE OF POTASSIUM IGDICE (KI) AS A 00 7/81 03THYROIO BLOCKING AGENT

LZF 1360-4 SEE NEXT PAGE.ZP 1370-1 RESCUE 00 10/80 02

LZP 1370-2 PERSONNEL INJURIES 01 11/80 02

.IP 1370-3 FIRST AID, DECONTAMINATION AND 00 10/80 02EVACUATION OF EXPOSED AN0/ORCONTAMINATED CASUALTIES

A .ZP 1380-1 CONTROL OF OIL SPILLS 00 10/80 02

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'LZP-1330-29Revision 0

|

April 1, 1982 lL |

SAMPLING. AT THE HIGH RADIATIOM SAMPLING SYSTEM(WALVE. OPERATI.ONS. AT THE HRSS. V ALVE CONTROL PANEL)

i

A. PURPOSE ~

This, procedure is intended. to be at prerequisite for allHigte Radi;ation Sampling System (HRSS) sampiing. procedures.Th6s> procedure del ineates the steps required; to line-upthe sampTe source to the HRSS Sample Coolers for sampi it gduring post-accident or normat operating conditions.This procedure allows sampiing of Reactor Reci rc Loop B,RWCU inlet and outlet, RHR Heat Exchanger A and. 8, DrywellEquipment anc Floor drains,. HASS. Waste Tank, and. ContainmentAir.

B. REFERENCES

1. LZP' 133C-21, " Determination of Reactor Cool antChloride Concentration at the High Radiation Sampiing-System."

2. t.ZP 1330-23, "Determinatiort of Reactor Coolant pH,Conductkwity> and D&ssolved; Oxygert Concentration. atthen HEgte Radiatfort Sampling. System.=

3. LIP 1330-24, " Determination of Reactor CoolantHydrogen Concentration at the High Radiatiott SampiingSystem."

4. LZP' L330-25. "Sampi ing; of Reactor Coot ant at theHigtw Radiatiott Sampi Eng System.*

5. LZP' L330-26, " Sampling of Containment Air at theHigtv Radiatiove Sampling System."

6. LZP' 1330-27 "Sampi ing of Reactor Cool ant Off-Gasat the Higts Radiation Sampling System."

7. LZP' 1330-28, "Sampl ing of Process Waters ContainingRadioactivity at the Hign Radiation Sampi ing System."

8. LIP L330-30, " Transfer of wastes From the HRSS WasteTank anc Waste Sump."

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LZP-L330-29 - iRevision 0 ,

'

! ApriI L , 19 822

9. LOS-PS-OL, " Process Sample Systeme Veri fication."

C. PREREQUISITES

L. Estantist, communications with the- Unit Nuclear !Station Operator (NSOF and inform-him of- all val ves ;

opened or closed; frome the HRSS Valve Control Panel,OPLC9A.

2. It wi-1T be necessary, in a post-accident condition, ,to Enstall jumpers toi override i solation signals in i

accordance with the fallowing-

a. Instali a jumper between terminal s AA-26 and88r-7C irkpanel L(2)dl3-9623 to open val veECZ)S33-F020, RJC ETR SAMPLE VLV. [

a. ' InstaTY a jumper netweert terminal s AA-26 ana iSS-7G iri panet 1(2)HL3-P622 to open vaTweL(2)a33-FOL9, RJL #TR SAMPLE VLV.

D. PRECAUTIONS',

'

L. * ReguTatory Guide 1.3 or- 1.& release of fissionproducts implies extremely.higtr. T evels ofradioactivity. Dose rates may be- high enougre tor

'

prevent entry into many areas of the plant that arenormally hal26tanie. Rad / Chem Supervision should be |contacted prior to entry into any area when such a

'

release of fissiort products. Es suspected.

2. Idear radiation dosimetry as recommendedt by Rad /CheeSupervision.

3. Wear protective. c1othing and respi ratory protectionas recommended by Rad / Chem Supervision.

4. Appropriate survey instruments should be availaole ifor monitoring during this procedure.

|5. During a post-accident condition it will not ceoossinle to change the valve line-up in the HRSSCooler Room following sampling operations. Therefore,extreme care should oe exercised when performingthe initial val ve l i ne-up. |

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LZP-1330-29Revisi-on 0Apri1 1, L9823

|t E. LIMITATIONS AND ACTIONS

L. Notify Rad / Chew Supervision if any problems.areencountered.at the HRSS panels.

2. This procedure, though intended fo. use under posc-accident conditions, can be used for sampling atthe HRSS panels during normal operations,duringwhi.cht the precautions 1 isted may have 1 imited'applications. However, normal routine sampiingprecautions should be observed.

3. During sampling operations, the HRSS Waste Tankpressure should be observed on the Valve ControlPanel, OPLC.9J. In the event of the Waste Tankpressure reachingt35 psig, all sampi ing operationsshall be secured until the waste gas.In the waste

i Gas. Hold-up Tanis is transferred to & SuppressionPool in accordance witn Reference- 8.

_.

4. The systes eTectrical and. mechanical cnecklists ofReference 9 should be performed once per month andfollowing systes maintenance or repair to ensuresystem readiness.

F. PROCE0tJRE1

. CAUTION

!.During an post-accident cond& tion it wirlI not bepossittle ta change the valve 1ine-up in the HRSSCooler Room following, sampl ing operations. -Therefore,extreme care should be exercised when performingthe initial valve 1ine-up.

L. To sample drywell equipment drains, proceed to StenF .2 . To sample the HRSS Waste Tanic, proceed to StepF .3 . To sample the containment air, proceed to StepF.4. To sample the reactor water,. proceec inaccordance with the following

a. Perform the val ve l i ne-up i n the HRSS Sampl eCooler Room in accordance with the following:

L) For Unit 2 sampl ing proceed in accoroancewith Step F.1.a.2); for Unit I sampling,proceed in accordance with the following:

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.

LZP-1330-29Revisien 0Aprii 1, L9824-

a) LE12-F4L38, RHR Loop 18, HRSS. SampleManual Isolation ,OPEN.

o) LE12-F4 L3 A, RHR Loop' LA HRSS. Sampiei Manual ~ Isolation ,OPEM.

.c) LB33-F359, RR Loop la HRSS Sample-

|Downstream Manual Isolation ,OPEN.

I d) LB33-F360, RR Loop- 18 HRSS. Sampl eUpstream Manual Isolation,OPEN.

- . . - . . - - . . - .

e) 1833-F36L, RP. Loop la Al ternateSampling; Station Downstream Manual

! Isolation CLOSED.

f) IB33. F362,- RR Loop la Al ternata,Sampling; Station- Upstreas Manual'

Isolation , CLOSED.

g) 1G33-F362, Unit L RT Domin Inlet HRSSSampio Manual Isol ation, OPEN.

tv) IG33-F360e Unit L RT Dentrr OutletHRSS Sample Manual Isolation, OPEN.

,

5) 2G33-F360, Unit 2 RT Demirr OutletHRSS Sample Manual Isolation , CLOSED.

,

j): 2833-F36L> RR Loop 29 Alte~nate SampleStation Downstreas Manual Isolation ,OPEM.*

k) 2833-F362, RR Loop 23 hi-ternate SampleStation Upstream Manual Isciation,OPEN.

1y 2833-F359,- RR Loop 2B HRSS SampleDownstream Manual Isolation, CLOSED.

a) 2833-F360, RR Loop 2B HRSS Sampi eUpstream Manual Isolatione CLOSED.

n) 2E12-F413B, RHR Loop 28 HRSS SampleManual Isolation, CLOSED.

!

o) 2G33-F362, Unit 2 RT Oemin Inlet HRSSSample Hanual Isolation, CLOSED.

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LZP-1330-29 -Revision 0April 1, 19825 |

i

p )- 2EIZ-F&l3A,RHR Loop 2h HRSS. Sampie |Manual Isolation, CLOSED- I

g1 Proceed,to Step F.1.b.-

2) For Unit 2 sampiing. process in accorcance,:; with the folicwing:

; a) LEIZ-F4L38, RHR Loop. LS HRSS Sampi eManual Isolation,CLOSEO.

. .. . . _ _.. _ _ _ .- _ _ b) LE12-F4L3A. RNR Loop LA HRSS. SampleManual Isol at ion, CLOSEO.

c) 1833,-F359, RR Loop 18 HRSS Sampi eDownstream. Manual Isalation,. CLOSED. -

op - 1833-F360. RR Loop IS HRSS Sample ;Upstream Manual Isolation , CLOSED. j

e) 1833-736L, RR Loop 18 Alternate ;'Sampling Station Downstream ManualIsolation ,OPEM.

f') IS33-F362, RR -Loop 18 AlternateSampYing Station- Upstream 1+anuabIsolat&on ,OPEM.

9 ). IG33-F362,- Uni t L RT Gemin; Inl et HRSS.SampTe Manual Isolation , CLOSED.'

b) LG33-F360w Unit L RT Demirr Outiet.HRSS Sample Manual Isolation ,CLOSEO.'

i) ZG33-3360 , Unit 2 RT Oemitr OutietHRSS Sample Manual Isolation, OPEN.

j) 2833-F36L, RR Loop 28 Alternate Sample>Station Downstream. Manual Isolation,'

CLDEEO.

k) 2B33-F362,RR Loop 28- Alternate SampleStation Upstream ftanual Isolation,

~

CLOSEO.'

1) 2833-F359, RR Loop 2B HRSS SampleDownstream Manual Isolation, OPEN.

.

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| py ZEIZ-F+I3Ac RHR Loop 2A. HRSS Sample ,ManuaT Isolation ,OPEN. !; _ _ _ _

tr. At the HRSS, Valve Control Panel, OPLC9J, proceed'

! in accordance with the following-,

1

; |

| El Piace the UNIT 1(Z) POWElt smitetr irr the I*

j_ ,

OPERATE pos& tion.t

Z). OPES OkT-OS3, -TBCCE IM VLV TO: HRSS COOLERj RAEm ane GMT-05+, TBCCS RTM VLv FROM HRSS

~C00t.Elt RACM, and verify the indicationsho u OPE h

;\

',

3). CLOSE'the normal sample val ve for all{ systems,anc ver&fy all indications,snoe; . CLOSEfR Trw accordance with. tise fcL1owing:I

j a) I(Z)S33-F353, RR, LOOP S TG NORif SAMPLE i.I VLhI |

t> > 1(2FG33-F355,RT DEMINrIS TO. NORM- |-

| SAMPts VLV. !i>

c) t(Z)E12-F4LLA, A RHR LOOL * TO NORM: SAMPLE VLV. I: '

d) L(2)EIZ-F+LLB ,B-RHR LOOL * TO NORitSAMPLE VLV..

!

e) 1(2)G33-F357A, A RT DEMIN CUT TO NORMSAMPLE VLV.

f) L(2)G33-F3578, B RT DEMIN CUT TO NORMSAMPLE VLV.

.

g) 1(2)G33-F357Ce C RT DEMIN CUT TO NORMSAMPLE VLV.

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[L2P-L330-29 !Revision 0April L, 1982 !

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c. Request the Uni t f+SG-perfore the- i ni tial val ve !lineup of the sample line containment isolation f

.

j walves on paneT HL3-P60L located in the Control i; Room, for the sample to be obtained, in accordance L

} wGtri the following: jl

! L) L(2)S33-FOL9 ,RX. MTR SAMPLE VLV;.OPEN. !: i

2) L(2)S33-F020, R* hTR SAMPLE VLW; OPEN.

M i!

The following. valve control switches,must.be held iirt the open position. !

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3)- L(2)E12-F06CA, RHR A SAMPLE LM VLv; OPEN. f|

- +)r- It2)EIZ-F0608, RHR S SAMPLE LM Vt.W& OPEN. [' -":

5). L(Z)Elz-FQ75A, RHR A SAMPLE LM VLV & OPEN. j

% I(2)EIZ-FQ758, RHR S SAMPt.E LM VLV; OPEN.*dw At the HRSS. WaTwo Control Panel,. OPLC9J, proceed

t[ Erw accordance-witty trie following:! !

; 1); At the LiquEs Sampling Panel (LSP), opt 08J, ||

wer5 fy the welwe 1 ino-up i ns accordance jwi6tte the foTioming;; |;

a)i RC-4-L.E, Reactor Recirc Loop & Sample :i Cutouc Valve , CLOSED. r.

<

tz)- RC-9-L.2, RT Domin Inlec Sample Cutout |! Walve , CLOSED. ;

,

c) RC-W-L.3, RHR Loop A Sampl e Cutouti f!Valve , CLOSED.

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d) RC-V-L.4,RHR Lcop B. Sampl e Cutout ,Valve,CLOSEG. l

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e) RC-V-L.5,. RT Domin Outlet SampleCutout Valve, CLOSED.

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f) RC-V-2, Sampl e Source Isolation Valve,CLOSED |

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LZP-1330-29Revision 0April 1, 1982 ,8 i

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g ). RC-V-3, Sampl e Purge- Cutcut Val ve, .!OPEN.

h) RC-V-+, Flustring Water Isolation- |Valve , CLOSED. [

i) Connect the flush water hose to RC- [!0-L orp-the LSP, OPLOSJ, and open- the

flush water l ine valve.,

2) OPEM tne HRSS sample valwe for tne systemton be sampled ande veri fy the indicacionshows OPEN in- accordance witn the following:

a) 1(2)S33-f:357, AR LQQP5 & TO HRSS SAMPLE ,VLv.

-' bye 1(2)G33-f:356e RT DEMI 4 Im T0; HRSSSAMPLE VLV. j

. c) 1(2) Ell-F4L2A , A-RHR LOOP TO HRSSSAMPLE VLV.

d) 1(2)ElZ-F4LZS, S RHR LOOP (G HRSSSAMPLE VL4.

;*

e) 1(2)G33-F358A, A RT QEMIM QuT TG HRSSSAMPLE VLV.

.

I' f) - L(Z)G33-F3588, & RT DEMIM CUT TCl HRSS

r: SAMPLE VLV.,

g) 1(2)G33 M 58Ce C RT DEMIN CUT TO HRSSSAMPLE VLV.

3). At the LSP'e OPLD8J., OPEW-RC-V-L.L (.L2, ;1.3 ,1.4 ,or L.5) depending on tne sample ;

source.

4) At the LSP, OPLQ8J,-OPEN RC-VREL-L untilRC-FI-L indicates 35-40 inches of water.Purge for a minimue of 20 minutes, tnenCLOSE RC-V-L.1 (L.2e 1.3,- 1.4, or 1.5 )depending on the sample source.

5) Proceed in accordance with the appropriatesampiing procedures for the anal yses tobe performed.

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LZP-1330-29Revision 0April le 19829

,

6) Upon completion of sampl ing operations.CLOSE the HRSS sample valve opened in-Step

i F.1.d.2) and verify the-indication shows iCLOSED. For sampl ing during normal

l' operations, OPEk the normal sample valveclosed in Step F.L.b.3) and verify the .indications show OPEN.'

77, Place REACTOR ~ C00 CANT LIQUID SAMPLEBACKFLUSH switch to the sample line forthe system sampled. Perform the system ibackflush- in accordance with the samplingproceoures for the analyses performed.

l

&) Place the REACTOR COOLANT LIQUIE SAMPLE ,BACWFLUSH switen irm the GFF position. If '

no further sampling. is to be performed,,

close GMT-053, TBCCh IM VLV TG HRSS COOLERRACE and OST-G5+, TBCCu RTM VLV FROM HRSSCOOLER RACKe and verify the indications <show CLOSED.

.

9) If nos further sampling i s to be performedplace the UNIT t(2) POWER switch in theOFF position.

e. Inform the Unit;-NSQ that sampling operacions, {'y- are complete, and request that the- Uni t NSQ

cTose the valves openee in Step F.L.c. !'

tL

!f. FoTToming sampling: operations during. other enanas post-accident condition, close or check closed Ithe waives openec in Step F.1.a.L) or Step ;F.L.a.2).,

2. To sample the drywell- equipment: drain sump or the- !'

drywell- floor drains, proceed. in accordance withthe following:

a. Request the Unit NSO to verify the Drywell SumpPumps are secured. If the pumps are running,request he secure the sump pumps by placingtheir control switenes on Panel PM16J in tne

'STOP position and holding them for a perica of30 seconds or until receipt of the PUMP START |FAILURE alarms.

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| LZP-1330-29| R'evision 0

April L, 198210

M; .._

Inform the Unit NSG-that i f the-Orywell Sump pumpsrecelve are auto start signal- during. the sampi ing-operation, the Uni c NSO shoul d perform Step F.2.ato ensure the pumps; do not run.

b. Request the Unit NSO to perfore the- ini tial; walwa lineup. of the sample 1 ine containment

isolation valves- on panel PetL6J for the sampleto be antained in accordance with the following:

L ). ORYMELL FLOCR ORAIM SUMP INBD ISOL VLVeL(2)RF-OL250 PEN.

2) DAYMELL. FLOCR ORAIS SUMP CUTBD ISOL VLV,- L(2)RF-OL3; OPEN.

! 3); ORYWELL EQUIP ORAI4 SUMP IN80 ISOL VLV,L(2)RE:-024& OPEN..

4)- DAYWELL EQUIP' ORAIM SUMP OuTBQ ISOL VLV.L(2)RE-025; OPEN.

.

| SF DAYWELL EQUIP' OR SUP RECIRC. RET IN80,L(2)RE-02&& OPEM.

6) ORYMELL EQUIP OR SUR RECIRC RET GUTBD,i E(2}RE-029; OPEM.i

E'

! Informs the Unit NS& that during. Steps F.2.c. throughF.2.d. he must monitor the level of the drywellsumps as, not to allow tne drywell' sump sample pump.to run dry.i

c. At the HRSS Valve Control Panel, OPLC9J, proceed'. In accordance with the follcmings

1) Place the UNIT L(2) POWER- swi tch in theOPERATE posi tion.

2) OPEN OWT-053, TBCCW IN VLV TO HRSS COOLER-RACK and OWT-05+e TBCCW RTN VLV FROM HRSSCOOLER RACK, and verify the indication-

shows OPEN.

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LZP-1330-29Revision 0April 1, 1982LL

3) .~. LOSE L(Z)RF-021e NORM RF SUMP PUMP SUCTYLV, and veri fy the indication snowsLLOSEO.

+) CLOSE L(2)RE-056, NORM RE SUMP PUMP SUCTVLV, and verify the indication showsCLOSED.

5) CLOSE I(Z)RE-058, ORYWELL EQUIP. ORN SMPNORM RECIRC RETURN, and veri fy the indicationshows CLOSED.

6) To sample the drywell floor drain sump,OPEM L(2)RF-022, RF SUMP TO ORYWELL SUMPSAMPLE PUMP VLV. To sample the drywellequipment drain sump, OPE 4 L(2)RE-OST, RESUMP to ORYWELL SUMP SAMPLE PUMP VLV.Them veri.fy the indication shows GPEN.

7) STAR.T the HRSS SYSTEM ORYWELL SUMP SAMPLEPUMP, t(Z)RE-L4P, and veri fy tne pump. i s.running; by tne T ight indicacion.

8) OPEl* I(2)RE-0W ORYWELL DRAINS RECIRCV t.W, and werify the indication showsOPEM. Aliom tne sump to recirc for atTeast ten (la) minutes.

9) OPEle L(Z)RE-062e ORYWELL ORAIM SUMPS SAMPLEVtW, and verify the indication snows OPEN.

10) CLOSE I(Z)RE-064, ORYWELL ORAINS RECIRCVLV, and verify' the indication snowsCLOSEU.

LL) Turn the RAD WASTE LIQUID SAMPLE BACKFLUSHswitch to,the sample 1Ine for the unit

'neing. sampied' and weri fy the indicationshows OPEN.

12) Allow the sample 1 ines to flusn to tneHRSS Waste Tank for at least ten (10)minutes.

13) Turn the RAD WASTE LIQUID SAMPLE BACKFLUSHswitch to the OFF position anc verify theIndication shows CLOSED.

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LZP-1330-29Revision 0April 1, 198212

'L4) Proceed in accordance with the appropriatesaapilng procedures.for tne analyses.to,be performed

L5 }. Upon completion of the sampling; operations,STOP the HRSS SYSTEM' ORYWELL SUMP SAMPLEPUMP,1(2)RE-L47, and verify the indicationshows OFF.

I6). CTose the sump--sample val ve opened in StepF.2.c.6),and verify the inoication snowsCLOSED

LT) CLOSE 1(2)RE-062e ORYWELL ORAIN-SUMPSSAMPLE VLV, anct ver i fy tne indicati onshows.CLOSE0-

59I5.

If adeittonal samples are tor be obtainea, repeaeSteps F.2.a. and F.2.c.6) througly F.2.c.LT) for eachsamplee as appropriate.

lay- Turn.the RAD. WASTE LIQUIa SAMPLE BACxFLUSMsm6tet, to the sample T ine for the unitsampieck and verlify the indication shows-OPEN. Perform the system, oackfiusn inaccordance witty the sampi 6ng precedures

| for the analyses performed.

19) Turn the RAG WASTE LIQUIQ SAMPLE BACMFLUSHsmEtch' tar the 0FF position and veri fy- the1.7dication shows CLOSEO. If no furthersampling is to be performed, CLOSE OMT-053, TBCCS INi VL4 TG HRSS C00 LEA RACKeand OWT-05+, TBCCE RTM VLV FROM HRSS COOLERRACK, and verify the indication showsCLOSED.

20) OPEN 1(2)RE-058, ORYWELL EQUIP CR SMP NORMRECIRC RETURN, and veri fy the inoicationshows OPEN.

21) OPEN 1(2)RE-056 ,-NORM RE SUMP PUMP SUCTVLV, and veri fy the indication shows OPEN.

22) OPEN 1(2)RF-021e NORM RF SUMP PUMP SUCTVLV ,and verify tne indication snows GPEN.

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L 2 P-1330-29Revision 0/pell 1, 1982l_i

23) Place- the UNIT 1(2) POWER swltch in theOFIL posi eion.

d. Inform the Unit NSG that the sampling operationsare complete, and request that he close thevalves opened in Step F.2.b. as required for'

primary containment or plant operations andreset the pump logIe i f tri ppea per Step F.2.a.

3. To sample the HRSS Waste Tank, proceed irt accordancewith the following at tne HRSS Valve Control Panel ,OPLC94:

a. OPEM OPS-012, HRSS WASTE TM OUT VLV,and verifythe indication shows OPEN.

b .- START the HRSS WASTE PUMP h or 8, OPS-OLP A( B),and verify the pump is running: Dy the ligntindication.

c. OPEn OPS-Ol6, HRSS WASTE TM SAMPLE VLV, andverkfy the indication shows OPEN.

d. AITote the HRSS Waste Tants to: recirc. for amEnkeus of-five (5) minutes.

e. Proceed irm accordance wittw the appropriatesampTing6 procedure.

f. Uport compTetion of the sampi ingc operations,stopt the HRSS WASTE PUMP' and: veri fy lndication-shows CFF.

g. CLOSE OPS-012, HRSS WASTE TK OUT VLV, and veri fythe indication shows CLOSED.

h. Perform the system Dackflusty in accordance with'

the sampling procedure.

i. CLOSE OPS-016, HRSS W A.'TE TK SAMPLE VLV, andveri fy the- indication ahows CLOSED.

4. To sample the containment air, proceed in accoroancewith the following:

a. Request the Uni t NSO to perform the initial jl ineup at panel PM13J in accordance with the '

following:|

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LZP-1330-29Revision 0April 1, 1982

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L) Open the POST LOCA H2/02 MON SYS S ISOLVALVES,1( 2)CM-0218,1( 2)CM-0238, anoL(2)CM-0268.,

2) Place the POST LOCA H2/02. MON-SYS control,switch in the OFF posi tion.

tr. At the HRSS Vaive Control Panel v 0PLC94 ,procesoin> accordance wittr the following:

1) Place the UNIT 1(2) POWER switett in tneOPERATE position.

2) Place the HEAT TRACE - AIR SAMPLE LINESRX BLOG PORTIONr switch in the 04 position.

3) To obta rv a drywell or suppression poolaiir saeple, OPEM the fol: lowing vaTves, and,verify the indication shows OPEN:'

a). I(2)CM-085, HRSS SYSTEM DRYWELLSUPPRESSION POOL AIR SAMPLE.

} b) L(2)CW-086 and L(2)CM-087, HRSS SYSTEM: ORYWELf. SUPPRESSION POOL AIR SAMPLE.!

c)- I(2)CM-088 and: L(2)CM-089,HRSS SYSTEM'AIRt RETURM TG SUPPRESSIOM POOL.

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d) L(2)CM-090, HRSS SYSTEM * AIR RETURMT0; SUPPRESSION > POOL.

4) To ootain a, reactor building al r saeple,OPEM the following valves and verify tneindication snows.OPEN:

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a) 1(2)CM-09L,HRSS SYSTEM REACTORBUILDING AIR SAMPLE.

b) L(2)CM-088 and 1(2)CM-089 ,HRSS SYSTEMAIR RETURN TO SUPPRESSION POOL.

c) L(2)CM-090,HRSS SYSTEM AIR RETURNTO SUPPRESSION POOL.

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5) Proceso in accorcance with the appropriatesampl ing procedures f or the anal yses tobe performeo.

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" LZP-1330-29Revision 0April Le 1982

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6) Upon completion of the sampling operations.CLOSE or CHECK CLOSED the following valvesand verify the indication shows CLOSED:

a) L(2)CM-085, HRSS. SYSTER ORYWELLSUPPRESSIOM POOL AIR SAMPLE.

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b) L(2)CM-086, and L(2)CM-08Te HRSS SYSTEMDRYWELL SUPPRESSIOM POOL AIR SAMPLE.

c) L(2)CM-088 and L(2)CM-089, HRSS SYSTEMAIR RETURN TO SUPPRESSION POOL.

d) 1(2)CM-090, HRSS SYSTEM AIR RETURNTG SUPPRESSION POOL.

e)r L(2)CM-091 ,HRSS. SYSTEM REACTORBUILDING. AIR SAMPLE.

!$I.EIf additional samples,are to-ber obtained, repeatSteps. F.4.b.3) through F.4.b.6) for each samplesource..

TD PLACE the HEAT. TRACE - AIR SAMPLE LINESRX. SLOG PORTIOM smitetr irr the OFF posi tion.

8) Piace the UNIT L(2) POWER sultctt in the'

0FF posi tion.

c. Inform the Unit NSG that the sampi ing operationsare complete and request that he return tnevalves operated in Step F.4.a to thei r normalpositiore as required for monitoring.

G. CHECKLISTS

L. None.

H. TECHN IC A L SPECIFICATION REFERENCES

1. None.

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