ML20086J735
| ML20086J735 | |
| Person / Time | |
|---|---|
| Site: | Peach Bottom  |
| Issue date: | 11/29/1983 |
| From: | PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC |
| To: | |
| Shared Package | |
| ML20086J723 | List: |
| References | |
| PROC-831129, NUDOCS 8401250066 | |
| Download: ML20086J735 (64) | |
Text
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Rev. 37 *
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# PFXd 1 tim U::IT9 2 A':D 3 1/2?/R3 *
- . RECOVED Review Rev. Devision gg hu. Title D*t* N- D*t*
cer DEC ( ,
. E A.KANKUS 11983 EP-101' Classificaticn of Energencies 04/13/83 7 04/13/93
~
EP-102 Unusual Event Response 04/13/83 7 04/13/93 (2 -103 Alert Response 03/01/83 9 09/01/93
.::P-104 Site Sacrgency .~.cepense 09/01/13 9 OC/01/.13 a 0?/01/03 a)-105 General cher.jerc/ i'.esxnse 09/01/93 i
l EP-110 Personnel Asse=aly and Acco'untability 06/20/83 1 06/20/93 i l
- EP-201 Tecnnical Support Center (TSC) 08/01/83 6 03/01/83
? Activation 't EP-202 Operations Suoport Center (OSC) Activatlon 10/27/83 5 10/27/93
{i.
. EP-203 Emergency Operations Facility ? (EDF) Activation 03/01/83 6 08/01/33 ft EP-205 - Radiation Protection Team Activation 04/25/83 4 04/25/03
{
.} EP-205A chemistry Sa pling and j.,.2 .
Analysis Group 05/25/82 4 05/25/82 m.ms . [ EP-205A Operation of Post Accident t .1 Sampling Station 11/29/83 4 11/29/93 *
' Obtaining Drywell Gas Saigles EP-205A d., .2 .
from Containment At:nosphere Dilution 0 05/26/82
- ' - - ~
Cabinets 05/26/82 s
- g. '
Retrieving and Changing Sanple EP-205A
) .3 Filters and Cartridges frcm the y
Drywell Radiaticn Monitor During 1 04/25/83 Emergencies 04/25/83
}4 j EP-205A Obtaining'Drywell Gas Samples frcza the Drywell Radiation Monitor 5
.4 T Sampling Station 05/25/82 0 05/25/82 2
' EP-205A Obtaining Reacter Water Sar:ples"
.5 from Sample Sinks Following Accident
.~
~
Caiditions 05/25/82 0 05/25/82 EP-205A Obtaining Canal Discharge Water
.6 Samples Following Radioactive Liquid Releases After Accident Conditions 05/25/82 0 05/25/92 k9 8401250066 840118 PDR ADOCK 05000 F -
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- ,a .
EP Index
= r2'.r RG.MCY PIAN PBOCEDURES D;DEX DagD 2 l
- Rev. 37 * .
. P.%Cli BXIQ1 UNITS 2 AND 3 11/2a/93
- Review Rev. Revisien
..ua;er Title Date No. Date
{ EP-205A Octaining the Iodine and
. .7 Particulate Samples from the Main
- Stack and Roof Vents Following Aa:ident Conditions 11/21/83 2 11/21/83
- EP-205A Obtaining Liquid Radwaste Samples
.8 from Radwaste Sample Sink Following Acx:ident Conditions 05/25/82 0 05/25/32 EP-205A Obtaining Saaples from Condensate
.9 Sanple Sink Following Accident Conditions 05/25/82 0 05/25/82 4
EP-205A obtaining Off-Gas Sanples from
; .10 the Off-Gas Hydrogen Analyzer
~
Following Accident Conditions 05/25/82 0 05/25/82 Y
~
EP-205A Sa@le Preparation and
.11 Handling of Highly Radioactive Liquid Sar:ples 11/21/83 1 11/21/83 *
{ IP-205A Sar:ple Preparation and Handling ( .12 of Highly Radioactive Pa'rticulate Filters and Iodine Cartridges 11/21/83 2 11/21/83
- i '
I EP-205A Sanple Preparation and Handling of
.13 - Highly Radioactive Gas Samples 11/21/83 1 11/21/83 *
[ EP-205A Offsite Analysis of High
}:, .14 Activity Samples - . 11/23/83 0 11/23/83
- f T. .
EP-205B Radiation Survey Groups 04/25/83 4 04/25/93 EP-205C Personnel Dosimetry Bioassay and Respiratory Protection Group 04/08/82 2 04/08/82 s [ EP-206 DELETED DELETED f EP-206A Fire Fighting Group 09/19/83 5 09/19/93 EP-2063 Damage Repair Group 05/31/83 3 05/31/83
- j. EP-207 Perscmnel Safety Team Activatior$ 04/25/83 5 04/25/83 EP-207A Search and Rescue 04/13/83 3 04/13/93
} ,
EP-207D DELETED DELETED EP-207C First Aid 04/25/83 3 04/25/93 12-207D Ivacuation Assembly Group 04/25/83 3 04/25/83 _E , _ - - _ - - _.2 - _ - _ _ . ,
_ . . :_,._.....m=.,-,---.-- ....- - - . - . ..- . . . _ . . _ . ._ - .- ~
* *h . .
EP Index d Paga 3
. ' ERGCCI PIAN P10CE25!d DDEX
=
- Rev. 37
- PR.C! 'urTot! UNITS 2 N:D 3 11/29/93 *
- Review Pev. Revision'
- Nu.r.xtr Title . .
Date No. Date {
. EP-207E Vehicle and Evacuee Control 2 08/01/93 Procedure 08/01/93 EP-207F Vehicle Decontaminaticn Procedure 05/31/83 1 05/31/83 eP-208 security Team 05/31/'13 1 05/31/33 EP-209 Telephone T.ist For Emergency Use 12/23/S2 6 12/23/82 EP-209 Irnediate Notification Call List
; Mpendix A 08/23/83 8 06/24/83 EP-209 DELETED DELSTED A;pendix 3 ,
[ EP-209 Peach Bottom Station Supervision
; Appendix C 09/19/S3 9 09/19/33 EP-209 On Site avergency Team Leaders
! Appendix D-1 09/19/83 6 09/19/93 EP-209 nadiation Protection Team
-(
---- Appendix D-2 11/23/93 11 11/23/83
- EP-209 Fire and Damage Team , . . ..
I Appendix D-3 09/19/83 8 09/19/83 ' : "'*-- ' - c
- EP-209 Personnel Safety Team
? Appendix D-4 > 11/23/83 11 11/23/83 * ,
2. , EP-209 Security Team l Appen.iix D-5 09/19/83 5 09/19/83 "~ ~ ~~~ ~ f EP-209 Re-Entry and Recovery Team - Appendix D-6 08/23/83 3 04/11/83 i-EP-209 Technical Support Center Group A;yendix D-7 09/19/03 9 09/19/83. t EP-209 Corporate Emergency Team Leaders and - i Mendix E Support Personnel 09/19/83. 9 09/19/83 I EP-209 U. S. Government Agencies 5 06/24/93 A;pendix F 08/23/33 EP-209 atergency :lanagement Agencies appendix G 08/23/93 3 04/11/R3 l EP-209 Company Consultants nppendix H 09/10/".3 7 09/19/R3
**4-4ee =-**=9m- *
* [ _
;i.. *s . .
l ' EP Index
.1 OCTE:iY PLAN P%CEDrIRES D. TEX ~ ?arla 4 i! sa Pev. 37
- PEN'H 3TTCti UNITS 2 .V;D 3 11/29/33 *
- Review Rev. Revision
- u.
- : Der Title - -- Date No. Cate
{
; . EP-209 Field Support Personnel
' Appendix I-l 09/19/93 11 09/19/S3 EP-209 Cnemistry & Health Physics Contractor Appendix I-2 Call List 11/23/83 9 11/23/83
- O EP-209 Searirf Public and Industrial Users
] M pendix J Of Downstream Waters 08/23/83 5 06/24/33
*EP-209 Miscellaneous Appendix K 08/23/83 6 06/24/83 EP-209 ux:al PECo Phones I
Appendix L 09/19/83 4 09/19/83 [' EP-209 Appendix M DELETED DELETED l , EP-209 Medical Support Groups ! ! Appendix N 09/23/83 5 06/24/83 rP-209 Staffing Augmentation - 60 Minute { Appendix P Call Procedure, 09/19/83 7 09/19/83
;, . EP-210 Dose Assessment Team 04/25/83 0 04/25/83 ' ,' '
4 . EP-301 Operating the Evacuation Alarm and .
~
.: Pond.Page Systen 12/23/82 1 12/23/82 _ ."
k - EP-303 Partial Plant Evacuation 06/20/83 2 2~ 06/20/83' - -
'i
?~ EP-304 DELETED .
EP-305 Site Evacuation 06/21/83 5 06/21/83
. EP-306 Evacuation of the Infonnation Center 05/25/82 2 05/25/82 -
l; EP-307 Receptian and Orientation of Support l 'j Personnel 04/12/82 0 04/12/82 l
- EP-311 Handling Personnel with Serious Injuries, Radioactive Contamination Exposure, or Excessive Radiation Exposure Emergency Director Functions 04/09/92 3 04/08/82 EP-312 Radioactive Liquid Release (energency
; Director Functions) 04/13/93 1 04/13/83 f k EP-313 Control of Thyroid Stocking (KI)
Taolets 04/08/92 0 04/08/92
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, DEICc2CY PIA'i PICCDJRES I.':05 Page 9
- Rev. 37 * '
PEACII 375Il (JNITS 2 ,L'D 3 11/29/93
- Review Rev. Revision
.;tr.rer Title Date No. Date
{ EP-316 Cuculative Population Dose Calculations 05/31/83 3 05/31/83 t EP-317 Direct R+> --5Ations to County. . I E:nergency Management and Civil Defense Agencies 05/31/83 2 05/31/93 EP-318 Liquid Release Dose Calculation
- hthod for Intake Water at
; Downstream Facilities 04/13/83 1 04/13/83
,~ EP-319 Liquid Release Dose Calculation f
Method for Fish 04/13/83 1 03/13/83 SP-320 Procedure for Leaking Chlorine 03/12/82 1 03/12/82 EP-325 Une of rk contairunent
- Radiation Monitor to Esti: rate Release Source. Term 06/09/92 0 06/09/92 4
EP-401 Entry for E;2rgency Repair and Operations 4 04/13/83 { 04/13/93 EP-500 Review and Revision of Emergency (t a.. . , . Plan (FSAR Appendix 0) 04/01/81 ~0 04/01/81 l i
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g . s Paga 1 of 29, Rev. 4 J CSAsclb
PHII;OELPHIA CTICTRIC CGPANY g /_
PEACH 3Or1U1 tNITS 2 AND 3 gf3 SEDG:lNCY PLAN DTIECEI1G PROCEDURE ( ~ E:P-205A.1 OPERATION OF POST ACCIDDE SAMPLING STATION _ PURPOSE Tne purpose of this procedure is to provide guidelines ~, ' for consideration prior to, during and after obtaining samples from the post accident sampling station following 'i g accident conditions. ,
' : ? ' ,: '
BP2arccm CONTROI. LED APPROYED.CSFY-P&ID M37A, M372, M361, M316, M362 .TOID PREVIOUS ISSUE DISTRIBUTION: D5TE d i aggIp;.g!Nr uu.hwrn.Pc d * '
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l j Appropriate Health Physics Survey Equipaent S6 - SST~ Control Rs. i Air Sanpler (low volume) Station Super.. i Bespiratory Protective Equipment Anti-C Clothing orrice - Digital Alarming Dosimetry u j Gas vial Sa:rple Tube i' Iodine & Particulate Sanple Assembly 14.4 Gas Vials and Caps Liquid Sanple Bottles and Caps 10cx: Syringe with Staplock
' k( =y Silver Zeolite Cartridges 47am Particulate Filters
~
i.
~1 L; eia-im . 4v cannn Bottle of Demin Water
'j Large voltam Cask s
- Small voltme Cask -
Gas Sample Cask j ~~ . . ' Fladtlight t, Mirroc . Watt:h with Secondhand Plastic Bag & Pole.to Transport Cartridges 1 - mcmrIms 3
'In all steps of this procedure, an ALARA cem.4 is
, k{ ' ~ ~ ~ ~ mandatory. ~ A. This pre-planning procedure providas sane philosophy in sanpling evolutions for sang 0es during an
{ accident. In addition to reviewing this procedure, an
, j ..
AIARA review of the sanpling process should be performed [. prior to obtaining the ser.ple. If the saple is not really needed, and lower dose methods exist to determine the
!l gross data that the saple provides, the sample should not , p .
be obtained, ( - t
- 3. At no time may NBC exposure limits (either airborne or body dose) be exceeded during the surveying for
(. sampling or obtaining the sample. If it appears that an overexposure could reasonably occur when obtaining [_, i_-._________._, ,.d EI.C , , __... . . ._. _-. . _ . _
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- EP-205A.1 Paga 2 of 29, Rev. 4
'the sample, do tKyr proceed without written ' '
tGC approval. { PflOQ2Xm E:
. 1. It has been determined that a drywell atmosphere, torus j- ALT.0=t i mre, reactor building atmosphere or primary coolant sa:rple is needed from the post accident sampling station.
Ma.ke sure before entry into the M-G set rom that all personnel who will handle a sanple have extremity (hands) dosimetry in place.
- 2. T*,o paths are r5c.a .&.ded.
A. Entering the normal turbine building 116' plant entrance , up the turbine building stairs to the j , M-G set room. e Time = Approximately 3 minutes, l.r i B. Entering the roll up doors on the north end for i Unit 3 or south end for Unit 2, up the turbine building stairs to the M-G set roca.
}
f Titre =, Approximately 3 minutes.
. 3. Have a Health Physics Technician W ny the k.(
I
.. J Chemistry Technician assigned to obtain samples in order to perform area surveys. Brief Health.
. Physics ti Qwmistry personnel on the route to be , .
^
' taken and- the time to get to the suple point.
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;s;: 4. Health Physics personnel"shall'take appropriate j im.hwe survey equipment _and. protective equipnent (e.g. ;, , v-.'., . c.-d. . f :s.: . ,, .r m..,4, n ses.
q $,7dN[$QSCBA gearf anti-C?s, etc&Before making entry' . t to the Power Block,. ensure survey equignent is :
~ ~ ' * ~ - ~ ~ * ~ ~ ~~ "
' turned on~and' calibrated., .
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. - . . . J. M." ." ' .
, .M J,LJE.5...' Upon ending the.PowestB1bick, the surveyor (s) .
,' ~
' - ~ will note trends in general radiation levels enroute k.. ,l.'.? . .. to the sangle point. _ If dose rates exceed 10 R/hr gamma _ _.z or 10 racVhe beta prior to arriving at the point ~
@. .,*. ,' . m..: ' specified below and upon further. investigation this
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dose rate remains stable or increases, exit immediately
- m. ,. 4 .
,.,_ , and report to Health Physics Supervisim. . . _
- 6. If the dose rate at any door that~has to be opened is greater than 5 R/hr, leave the area innediately and j report to Health Physics Supervisicm with this information.
s With the dose rates less than 5 R/hr, enter the area
, { . but take careful notice of the dose rates.
i
- 7. The following are the times required to obtain
( samples Drywell or Torus Abiushi ere 25 Minutes _ . -- ~- -- , - _ - - z:: . 2:: ~' - ~r rz:_~~ L_.L:- T
,, y Page 3 of 29, Rev. 4 Secondary Containment Atmosphere 10 Minutes Primary Coolant Jet Pung 20 Minutes -
(
% RHR ' - '25 Minutes * , Use the appropriate section for the desired sample:
e .
* ~
Section 1 14.4ml gas sarnple from drywell, torus or reactor building at:nosphere. Secticn 2 Iodine and/or particulate sample frcxn drywell, torus or secondary containment atcznsphere. Section 3 10cc sample of reactor water and/or dissolved gas sample. j- Section 4 . loc reactor water sanple with
.. 100:1 dilution.
Refer to the approoriate appendix for flushing, schematics and proper valve h=ntation: j, i ;J Appendix A.1 Draining the trap, sump and collector. 9 I Appendix A.2 Post Accident Sampling Station control switches.
. Appendix A.3 Schematic of Post Accident Sample Station.
( ' Appendix A.4 Double Verification Sheet for reactor valves. L. B. A RWP or HP technician will be assigned for the sample - .
- - - L
..%beihe,-
u collecticn and analysis. G 9. Prior to the ssple entering the hot lab, any shielding,
? E.h remote tooling or other protective measure shall be '
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- $.-E$l.5.k~b.inplaceandreadytoacceptthesample.~
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~~9 ~~'10. Upon introductiicn of the sample into the hoti l'ab' the"' ' - " '~' ~
sample will be handled in a manner such that it will ' .] ~ cauce an AIARA whole body dose to perscmnel involved. 'J' "
. k N 7 .
f' - Unnecessary personnel shall not remain in the hot lab. w,_, .
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- 11. Properly in' place and shielded, the saple will be processed renotely (where and when possible).
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Careful handling of the saple is mandatory in . I"...'"- preparation for analysis so contamination is not spread, airborne problems are held to a minimum, and
~ '
[.' a new sample ~is not required.
~~
- 12. Fcllowirx3 final analysis of the saple, results shall -
, . be reported to appropriate supervision.
SECTICN .1 14.4 ML GS SN! PIE (
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- Dage a of 24, Rev. 4
" PRERc'. L UISITES:
; 1. System lined up in accordance with C.O.L. S.20.1.
.i 1 2. Have shif t line up CAD system for desired sample and h=mt 3 ,
the valves that are changed using Appendix A.4 (Bypass SV 8101 I (9101) isolation per GP-8A) . Document valve line up using Appendix A.4. { L Sample Unit 2 Unit 3 Position Torus 5960A Open 5961A Closed 5966A Torus I g? 9101 Open . 59513 open e 5950B Closed
- Torus 4960D Open 4961D Closed 4966D Torus II lh(- ., .
8101 Open
, 49513 Open l :i
- 4950D Closed Upper 59603 Open I{
!, Drywell 5961B Closed
;3 5966B Drywell I
; 9101 Open
; 4 ('
4 5951B Open ie' 5950B Closed - , Lower 4960C . . . . . Open... .,,..
' " +
Ohf .. . - . Drywell 4961C ~ * ~vre Clos +"- - - - - l 4966C Drywell II s 7:.e: 8101 Open " ~ ' 7 .. . ..me;;. . g .,., s . . _ . . 4951B .. Open ..E; M J.K- % - .
,Ob f *.' 4950B Closed M -E - * >Ws'e
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! j Have shift place control roaa switch AD-8108 on the Unit 2 side or SV-9108 on the Unit 3 1 i - side to the 1<v al positicm.W.?ETT. - f
- 3. No line up needed for secondary containment sample.
. . . ... .- .: i - + . .-
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.4. Obtain the key to the ccntrol panel power from Shift Stgervision or Chemistry Supervision. ,
! t 5. Heat trace is to remain on at'all' times. To restore I t-the heat trace system after loss of power, press the i reset button at 20(30)S359. Proper operating tenp. j will te indicated by the green lights.
- 5 .
Je . PROCE21JEE: . l i 1. Drain the system per Appendix A.l. l I
- 2. With the sump drain system switch in the off position place switch HC-700 (liquid / gas selector) in the gas
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EP-205A.1 q . Paga 5 of 29, Rev. 4 i \. . .
. position. Open N2 bottle valve and regulato to approxitaately 30 psig. Make sure the gas chiner C E-703 is on. Quickly inspect the needle in the gas port to determine that its condition is satisfactory j for obtaining a sarple.
- 3. Install the gas filter C.rrt.er into position. If a '
particulate / iodine saaple will be obtained later, make (- sure that the desired filter cartridges are properly
-- installed in the cartridge retainer..
- 4. Turn switch HC723 (gas sample selector switch) to position 3 if a secondary containment atmosphere
= T le is desired. If a torus or drywell atmosphere sample is desired, turn to position 1 and open the 9
connen gas line isolaticm valve. Unit 2 Unit 3 A08108 SV9108
- 5. Place a standard 14.4 milliliter off gas vial
- into the gas vial positioner, slide the positioner into the gas port. Observe that the bottle status 4, light changes fra red to green.
- 6. Turn the 10 ML gas sample switch'HC-705 to position 2 and circulate gas for a period long enough to assure
; (' ' ' that the sample lines are flushed out with gas being -
i sanpled. The minimum time required is 5 minutes. 3 i
- Be sure that the flow as read by the rotameter thru -
the-anple s enclosure window is in the expected r?nge 4 of 25 to 35 SCDi. Record flow and flush. duration, i ,,_f , i .._.., n ff . on data sheet. . _. 7 s . ;cg; . ,.5.
.. . _ .e . ,.
77 .
'. 7. Turn HC-705 to position 3 and evacuate the off gas .
! vial. Record pressure of the evacuated vial PI-708 on , .2 the data sheet. Make sure the vacu m in the gas vial f , , '.J."; .6,
~
reaches a stable minim m reading. g
- 8. Turn HC-705 to position 4, "Take sanple". Make sure j '
that PI-708 does not change. (If PI-708 changes rapidly then the sample bottle vacuum is leaking. Turn HC-705 to position 2 counter clockwise. Replace the old cottle with a new one and go back to step 5.)
- 9. Press the HC-720 button to obtain the sample. Keep button depressed until a steady pressure is reached.
(Approximately 5 seconds.) Record pressure frm PI-708 on data sheet. This pressure should correspond to actual pressure of sample being obtained. Record sample tenperature TI-724 on data sheet. t.
- 10. Turn HC-705 to position 5 " flush system' and flush
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*for approximately 1 minute. ,,
- 11. Turn E-705 to position 6, 7, and 8 then straight up to off.
- 12. Turn the gas line isolation valve (AO-8108 for Unit 2 or SV-9108 for Unit 3) to its closed position and HC-700 to off. (Document on Appendix A.4) .
- 13. Hearing cotton liners and gloves, and (observing ALARA practices) remove gas vial keeping it a maxir.um distance frcxn the individual. If the sample is greater than 100 mR/hr use the gas vial cask for transporting the sample.
j 14. Take the sangle to the appropriate lab for further ' ' dilution and counting. File data sheet in Chem. Lab l binder. . t i 15. OmlaMate sanple volume at the sample pressure j as recorded in step 8. l Vs = (*4.7) (14.4) (T F + 460) t (530) (P PSIA) 3-2" 16. Perform the drain of trap, sump and collector per Appendix A.1. Close N2 bottle valve. Close PCV-627 by setting PCV-627 to O psig. l C - I 17. If this is the last sample required, turn all. - i ! switches to the upright and "off" position *- (e@ m r-i
-; fac HC-723 which is left in position 3) before .,,.4 :; '
- turning "off" power. Return key to Shift Supervision **r or Chemistry Supervisiend -
. . . , . R
.w_ 4.
. . .. . . . .-s
- Until BC-715-1 on Unit 2 is replarvd, turn %e SEff ~m:,yyn .y; am',
g - ( switch in back of panel to position 1.
- 18. nrv,unent that the valves that were lined h ~for~ ) . J(-
.f . sampling have been returned to normal using Appendix #7 A 4- 2. . I i2, ;r. , .
i j- . _ . , .
- 19. Return coupleted Appendix A.4 to Shift Supervision j
l f for rWiew.at the ampletion of sangling. File in a g ca plete EP-205A.1 file. -
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* - - EP-205A.1 Paga 7 of 29, Rev. 4 o .
EP-205A.1 Post Accident Sampling Station Data Sheet for 14.4 ML Gas Sanple t l ,
- 1. Sample Source Date Time
, 1 j.
- 2. Sanple Flow FI-725 (scfh)
- 3. Flush Duration (Min.)
- 4. Absolute Pressure of Vial PI-708
- 5. Final Sample Pressure PI-708
- 6. Sample Tenperature TI-724 ( F) f
.?
j;
- 7. Calculated Sar:ple volume (ML) i
- v. y = (14.7) (14.4) (T F + 460) s (530) (P PSIA)
{ i 4 Note: Pressure gauge PI-708 on Unit 2 are in 2 4' ' . psig while those in Unit 3 are psia. . 2b J. -
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- EP-205A.1 Paga 8 of 29, Rev. 4
. SaCI' ION 2 IODI:E/PAIEICLNTE SA'4PLE j
( PREREQUISITES: t
, 1. System lined up in accordance with C.O.L. S.20.1.
- 2. Have shift line up CAD system for desired samole and ,
l- doctnent the valves that are changed using Apendix A.4. (Bypass SV 8101(9101) isolation per GP-8A.) Document ' valve line up using Appendix A.4. Sa:mle Unit 2 Unit 3 Position i Open Torus 5960A J 5961A Closed O 5966A Tbrus I
~
! 9101 Open 5951B Open 5950B Closed .
Torus 4%0D Open .
. 4961D Closed
! 4966D Tbrus II 8101 Open
$j 49513 '
Open *J . f 4950B Closed b Upper 59603 open Drywell 59613 rirvud . h (' 5966B Drywell I s ~-- 9101 Open r . - -
~*
- ,3 a;; .J_LQ"_ -
2 er Open 5951B _ , . , . ~ 5950B C1rwarl , . ' "il. ,
}g. Iower
.Drywell 4%1C 4960C Open Clevuri - _.
l.>.. h .;: . j',.gg,g3 ;--w.g.q.py p.;.;;- "
".. ' c -
.g, 4966C ---
Drywell II _; ,, , _ , . g p ,, -$; ,- ,li ;- ,-g. . ,j .3y?y,,,; L. 8101 , Open . , g .. _ w..i .;. . . . , ' ,;.,. g ..m . - ._ . . e A o.l .. . ;
- 49533 Open - --- --.-- V '.'G 5 - ~
clewarl 9- % -: ' ' s 4950B - ~. - 3 - ..:,. . g-r.._3_: .pp-zy;n ,sm" - j . , . . . . .. ". .-
~~
I ~ 7 '
^ ~
?
- Have shift place' control room switch AO-8108 on the Unit 2 side or SV-9108 on the Unit 3 . ._w. . , . ._ i [2.r.2 .. ~h .~
z . . . _. . e side to the local position.
- 3. No line up needed for secondary containment sanplej -- ,.n .
F~ .,
.{
'4 . Obtain the key to the control panel power frcan ' ' ~ ~ '
shift Supervision or Chemistry Supervision. . 4 * . 5
- 5. Heat trace is to remain on at all ' times _. To restore ~
i the heat trace system after loss of power, press the 2 reset button at 20(30)S359. Proper operating temp- _
- erature will be indicated by the green lights.
- 6. Decide whether a timed or non-timed sample is desired.
( If a high activity condition exists, a timed sanple should ce taken. __- _- _ __ __ _ . . _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . . _ _ ~ _ _ _ _ _
. . . 7 m,m . _ - . i -
- -- a -
EP-205A.1 1 . .
' Page '4 of 29, Rev. 4 P10CcIXJrc:
- 1. Drain the system per Appendix A.l.
- 2. Open N2 bottle valve and regulate to approximately SO psig. Make sure the gas chiller E-703 is on.
- 3. With the sump drain system switch in the off position place switch HC-700 (liquid / gas selector) in the gas position.
- 4. Put the desired filter cartridge (s) into the cartridge reatiner. Put the cartridge retainer into the gas filter drawer. Then put the drawer
~
into the sam le station and verify drawer position l' light is green.
!' 5. Turn gas sample selector switch HC-723 to desired sa:aple source. Position 1 for torus or drywell ! and position 3 for secondary containment.
- 6. Open w,.uw gas line isolation valve, if a torus or drywell at:aosphere sa:aple is desired.
(Docunent on Appendix A.4.) Unit 2 Unit 3 108108 M3108 b 7. Turn tha iodine cartridge sample switch HC-7i2 , to position 2 and circulate gas for a period
! long enough to assure that sample lines are i flushed out with gas being sa g led. Mininaza
' flush time is approximately 5 minutes.
'h
- 8. Be sure flow as read by rotameter is in the iy l -
range of 25 to 35 SCFM. ! s
. 9. Record the flow FI-725, pressure PI-727, PI-726 lJ ,
(located at samle station) and tenperature
- TI-724 (located on control panel) on data sheet.
s 4 10. If a timed sarple is desired go to step 11 or if a non-timed samle is desired go to step 13.
~
- i. 11. To take a timed sample, turn HC-704 to yes position i and set timer KC-712 between 0 to 30 seconds. Make
! sure time is short enough that the activity on the filter will not be unnecessarily high.
~
- 12. The samp'le will STARE 'IO FIIM through the cartridge j' g at this step. Turn HC-712 to position 3. Observe RI-704's reading to determine if there is a rapid ,
l activity buildup. On the data sheet record PI-726, l l k PI-727, FI-725, flow duration, and RI-704. Now go to step 14. i ! l l
l _ _. ._. _ . . n- ~ = :' = - - .. =- ~ :_ m .. ,_m .s; - EP-205A.1
- Page 10 of 29, Rev. 4
- 13. The sample will STARP TO FLON th' r J ou h the' cartridge at C this step. Turn HC-712 to position 3. On the data i sheet record PI-726, PI-727, FI-725, flow duration, and
! RI-704.
! 14. After appropriate time has el=naad for aither timed
; or untimed, turn HC-712 to position 4 for 10 seconds.
A vacuum will be quickly drawn on the system.
- 15. Turn HC-712 to position 5 which will purge the system with air or nitrogen. Purge for at least 20 seconds or until RI-704 is stable. Record RI-704 on data sheet.
! 16. actate HC-712 to up and off position. Remove filter j and cartridge retainer and put then in plastic bags.
Tape bags e levisa. Put drawer back into sample enclosure. Use a ple or rote to increase distance while transporting. Close AO-8108 for Unit 2 and SV-9108 for Unit 3. i 17. Perform drain of trap, sump and collector following { Apperriix A.l. Close IC/-627 by setting PC7-627 y to O psig, h 18. If this is the last sample required, turn all-l switches to the upright and "off" position * (except for HC-723 which is left in position 3) before
; turning "off" power. File data sheets in Chem. Lab
'j' -
' binder. Close N2 bottle valve. Return key to Shift . _. <
Steervi'sion or Chemistry Supervision. ; - 3 3
- Until the HC-715-1 on Unit 2 is ran1W, turn.the ~
.g. '
t .. . I SBN switch in back of panel to position 1.. '
..c - u 4:.:ws. e..2 ;=.shd.v..: .r.evJ..dLiw *Wh0..
g n. -... i . 1 . . . -. 19.. h=arit that the valves that were linerip for.'J#@@fM33.~ip.K.%K.0 sanpling have been reuurned to normal..using Appendixi M. i '- 1 . _ . > - A.4. - - 3 ,
. . n.c . .. .. ~ . ..
-; L 20. Return ccupleted Appendix A.4 to Shifti'Suprevision%a ::a & .:%.Y W~J[WN.ev.$.
' e
. for review at the car.pletion of sampling. File in ocuplete EP-205A.1 file. . ~ v.
e -
. . r., .. .m. . M. , . .
,.et .
'N**
l+ ,.
.g.' &~~
s
**.y I
1 *F .s*, . g ,, i r. . . e = e_ f A 8. , ,
- i*,
.' 8 g e
4
- - - - - - . . - - . . , , , , . - . , ,, , ,_,__,_,n_ - - , . - , , . . . - .-.---.,__,n, - , - , - - , , , , . - - . - . - , . , . . , . , . . _ _ _ . _ _ _ _ _ _ _ _ . _ _ . _ _ _ - - , _ _
, , - ,. _ ;-;7-~ _-_ :- ,: -_ 2. . -------: -_- - -
=n . ....=-:----~~~
~
- EP-205A.1-Paga 11 of 29, Rev. 4 EP-205A.1 Post Accident Samoling Station Data Sheet for Iodine / Particulate Samole i -
1
- 1. Sample Source Date Time i, 2. Orifice Size 3.0 P
- 3. Flush Time in Minutes Minutes
! 4. Sanple Flow FI-725 (Not thru Cartridge)(scfh)
- 5. Ter@erature TI-724 ( F)
[ L
- 6. Pressure PI-726 I, ._. ~ 7. Pressure PI-727 i
- 8. Pressure PI-726 (Critical flow thru cartridge) g 5 9. Pressure PI-727 I 10. id FI-725 scfh
- j. RI-704
- 11. Radiatico Levels S 12. Times Sample - Yes or No ,
[. Q h- 13. Flow' Duration Seconds c- -
- 14. Final Radiation Levels RI-704 When critical flow is obtained through the cartridge J-ia - Note:
E .- asserably, a flow of 3.0 liters per minute + 154,ia: ?
! ! achieved. This is true as long as PI-727 Is at a mininun i of 12 inches mercury vacuum.
4 fl...;
.1. ' -
, . r2 4 *f."$ -$. . i. .. . ..
- 3. ,
. . e
- b. 7 t -
i o .. I - t . l . l l _ - - . . - _ , - _ . _ _ - . . , . , , , - _ ,.,, . - - - _ ,
a _,
. =
a.< , s . . ~ , __. - EP-205A.1
- Paga 12 of 29, Rev. 4
- s SF.CPION 3 IARGE LICUID SAMPLE A2/OR A .'
DISSOLVED GAS sat 2LE C
~
I PREREQUISITES:
~
,. 1. System lined up in accordance with C.O.L. S.20.1.
- 2. Obtain the key to the control panel power frcxn shift Supervision or Chemistry Supervision.
PitX2iXJRE:
- 1. If the RHR line is to be used. Have the shift
- g open the RER sanple line valves and rh'm=nt the 1
valves that are changed using Appendix A.4. (Bypass isolation logic per GP-8A) q:,. 4 5- Unit 2 Unit 3 0 i AO 8098A AO 9098A A Line AO 8099A AD 9099A AO 80983 AD 90983 B Line , h. X) 8099S AO 90993 v
- 2. Perform the drain and blow out operation per j Appendix A.l.
t( 1 .. . " Open the N2 bottle valve and regulate to 3.. approximately 80 psig. i , . i C-. .fr
-w - .
?~ 4.~ Check that the demin water tank is full.
- $ 1, .
Verify that the demin water tank is pressurized - j r.r.i. . s. ;.< .. . c- to.at least 100 psig. -
... ~.
1
' J.'..t.
..?
5. Open the tracer gas bottle valve 'and regulate
' ~
to 2-3 psig. Record pressure. , I
$ '. 2 . . 6. Make certain 'the lead shield drawer is out so
'Nh' ' -
that the needles under the sanple station enclosure
. ,..;} ; .4.,
are exposed. Quickly inspect the needles with a l L_....__.___. mirror and flashlight. Check that the longest part " 8@'.? 4,.J ':.- .- of the needle is toward the center of the sa ple 7~
~
.~ - CC J
- vial. 2,.4 .z.
K .
. ms . - L s .
k- - ~ -- ' "^ - 7[ Bemove lead stopper from' the large volune cask - and put a 15 ML sanple bottle witfi an outer aluminim
; - retainer ring and a neoptene cap into the large cask.
Note sample bottle nust fit snugly in the holder and i
.3 I - be vertically aligned. If necessary, place small pad under sample vial. With cask in fully lowered position, roll cask into position under the sample station.
k' 8. With control panel power on set switch HC-700 to the 1
-- _ _ - - - - _ _,.-- .__ . ~ m. ._w,,,._y , _
y._, .-..,-~.,y - w,..,y, ,:. w..~...
p
. ; ;~;;- ,- p. p .g.. . .
. .. . = == .u .=. * ~ -~--- - ..
EP-205A.1
- Paga 13 of 29, Rev. 4 l
1
. 1 I
liquid position, and liquid sample selector switch ; riC-626 to position 2 if a jet pung sample is desired or to position 4 if the reactor valves were set for a RHR sample, f
- 9. Push the plunger down which causes the sample bottle to be raised out of the cask and up onto the two '
-f needles. Make certain that while positioning the
- cask on Unit 2 side, the forks are pointing to the
' right, and on Unit 3 side they nust point to the left.
Note that the bottle in light will change frm red to green. (If cask is not aligned properly, lower bottle and reposition cask.)
; 10. Using the hydraulic pump slowly raise the cask, j checking for proper aligrunent. Stop pumping when i top cask ring is inside and the large volume
~
cask is just below the bottom of the sanple -
. station.
( 11. Place the gas vial in the holder and insert into the dissolved gas sample point. Note that the dissolved
', gas sample light turns green. If it does not, readjust -
i the vial position. . q. , , i 3
- 12. Make certain that HC-616-1 (small. volume sample switch) is in the off position. .
) I 13. Turn the liquid 'sanple source selector ~
...m, switch-HC-626 to position 1 for jet pump bypass . '","',..
l 3..c line sanple or 5 for PHR sangle. - 4
-: m If RHR satple is desired, close the sample line ^ ^ M[;. p.i.= :a 2..<'ri h [ b D ~
valves to feedwater sangle sink. (nrv ==nt on ; . ..nq ~. dis .i .w.~iE. e r m. en~d:91,/, . ' .g Appendix A.4.) . .c 4 : y .ig .p. g , g g jj g
. .;.. c.ttn m '
1 h Unit 2 Unit 3 , . . , ,, u
....ve.,.- .a. . ...,.'r. = d . .g,
~
AD 8110A AD 8110B AO'9110A AD 9110s
.khhh. . _ . y ,.
. . . M:W. . .c,h
- 14. FI-664 on ocntrol panel should be approximately ;.
1 gps. PI-661, TI-660, CI-663, and RI-665 should" i. -w ; S[NHe Ff 5' J ' ' ^ 'E '- .' % y start to have meaningful values. .
. g.. ,, ,
-o s ..c. y..A.R -
j
- 15. Adjust PCV-627 so that the flow on FI-664 is at -r -
y least 1 gpa. Continue this flow for a long enough i period (at least 7 minutes) to be assured that the s 1 sample lines are flushed out with liquid being sanpled. { , Note: Record the flow from FI-664 and flush time on data sheet. g (. 16. idhen flush is conpleted, turn HC-626 sample source selector switch to positicn 2 for a jet pu:tc sample or _ _ . - - - . - ._. --,,_.._m, . . . _ , . . , . . . . - .v.-. . . . , - _ _ - ...-.w.v.,,, ,,., ,, ...,, -_.,,,, , ..., . , , , ,_.ww, .g, .,p.
s v ~w ~ + ~ ~ " ~ ' " " 3
- EP-205A.1
{ , Paga 14 of 29, Rev. 4 1 . . l
. position 4 if reactor valves were positioned for a RHR '~
saayle. Mjust ICV-627 for a flow of 0 3 21 (to adjust ECV-627 use PCV-627).
}. (
- 17. Turn the dissolved gas and liquid sample system j ,, switch HC-601 to position 1 and observe that P-701
, starts and valve CV-622 rotates.
) ~
4, 18. Turn switch HC-601 to position 2. Observe that P-601 starts. .
- 19. Record the following on the data sheet:
Flow FI-664
& Pressure PI-661 i Tenperature TI-660 Conductivity CI-663
~
4
. Radiatica RI-665
- 20. Turn switch HC-601 to position 3 to isolate .
+ the sanple and start the dissolved gas separator.
.h[{_.).
J Leave in this position for approximately 10 seconds. s, p 21. Turn HC-601 to position 4 to inject tracer j gas into valve CV-615. When the valve is rotated ~
~* during the next step the tracer gas trapped in the passage of the ball valve will be inserted in the
-4 sanple flow loop. Leave in this position for
( approxi:nately 10 seconds. Read and record the tracer , gas. supply system pressure so tracer gas can be - b? cm.curately <=1& 1
=ted. The flow of tracer gas
~-
T should be very small so that pressure drops in the . .. y line and valves will be insignificant. ;-( 'N C. . . . . :;.v w u .
,,: :. . 22.. Note: If it is not desirab3.e to intr <vima tracer.' d
.~
W7 gas, turn HC-601 to positicn 5 quickly and " 4[Q.-.-lfCd -J ' ' ' ' .. valve will not rotate. '
'k~ " ~
Ws" . . --. Turn HC-601 to position 5. Let some of the <Han'nriisi3W8?i.'~ ' - . _i , .
-l.?i'
.u gas separate from the liquid. L F. . .yI.
f -.. z. 2-l 7,]" 23. Read and record initial pressure PI-662. J::w.W B- '
&>:+ n%V.eigt
.y_hg . .
c,.. "^ L i_ . 24. Turn HC-601 to positicn 6*. Ptsup P-601 stops andi. 'y",4 J,.g. j _ CV-653 opens relieving liquid loop pressure. ., g .. , l -
- Note: Do not leave HC-601 in posit; ion 6 for )
more than 5 seconds. L. 2 t 7 F 5~ 25. Turn HC-601 to position 7. This will bring the rest of dissolved gas into V-610. Leave in l position for 10 seconds.
- 26. Read and record PI-662 on P-1. This will be
(- the approximate pressure of the liquid loco. l - _ _.. = .. - -
.... - . . . - - - . . - - - - - - - - - - - -- - - ~
r _ ..
- - -EP-2055.1 l
Paga 15 of 29, Rev. 4 27.* Turn SC-601 to position 8 for no more than 5 ( seconds (this will open CV-653 again). ' Dissolved gas win rise to hold up cylinder V-610 and j then into collection cbwnhor V-662. I- ~ 1' 28. Turn HC-601 to position 9 to get ready to
's take the dissolved gas sanple or to relieve the i collection chamber pressure. Pump P-601 win stop so that if the relieve pressure option is next exercised record PI-662 as P2 on data sheet as this is the pressure of the liquid sample loop.
j, 29. To take the dissolved gas sanple, switch IIC-652 will be used. When HC-652 is turned clockwise to
} ): gas sanple, the pressure as indicated by PI-662 will
.{ decrease while the dissolved gas is drawn into j
- sanple bottle. Turn HC-652 to gas sanple and hold for at least 10 seconds until PI-662 is very steady.. _
" hen release DC-652 and it win spring back to center . . . , ' ,. .., . -
. position. Turn HC-652 again to gas sanple. Verify ~
equalized pressure and read PI-662. Record the steady 4 1 pressure as P3 reading on the data sheet. Y j
- 30. As an alterhate to step 29, when a dissolved gas sanple is not desired, it is only necessary to relieve the gas pressure back to the suppression pool by rotating switch HC-652 counter clockwise to the t (.
relieve pressure position and hold it while watching --
.PI662. . The pressure will equalize rapidly.
l __ ,,; .i .R ,. ; 3_ ., _ i 31. If a large voltane licpid sanple is desired, turn .'.bty:w. I HC-601 to position 10. HC-629-1 must be pW and - g .y-O . M ..ftJ. 5 .;;. ~ p held for 10 seconds or more for liquid to be drawn jgs ';j,oM ;M,- into the sample bottle. If a large liquid sample J 3 .-:. fig- ;- is not deuired, turn switch HC-601 to the off position- Adp-?pg;$,74c n ri t =,. f very quickly so that valve CV-620 will not rotate '
' and no radioactive liquid will be in the line ahead .c
-*M. -,'
~m--- . .Q of CV-629.: . .
- mmm-
- ii'h. . h f h]3p:. :Y d _ 32. Turn E-601' to off. _. ___ . ..
. 3.4g-arjgyg2c L@y., ,
t , .
.J.,. . %5sj- - {:u . .
- 33. Lower liquid u nple bottle into large cask by . - @ m ? 9 - 5 ; ~.'-? ' . Y-
, o pulling tp a the plunger handle. Note: Do not -
-- ~ '
j turn or twist bottle while it is on the needles '. : . . .> r .= ,.
'*' ' ~
J because the needles will band. - I t t 4 f i 34. Iower the cask on the cart by relieving ;
, hydraulic oil pressure with the small petcock f.
} handle on the hydraulic cylinder.
f l l .
- 35. Roll the cask out frcza un$er the sample
- station and quickly plug cask, Use the cask l
( to transport t':n sar.ple if greater than 100 mr/hr. t
-~ --
;_~ _ _ _ _ _ . . . .
EP-205A.1
;
- Page 16 of 29, Rev. 4
- 36. Open and place gas vial carrying cask near
, C. sa@le station. Re:nove gas vial positioner ft m sample enclosure. Keep the vial at maximum distance frm the individual and insert saaple
- bottle into the gas vial cask. Close and latch the gas vial car.k.
1 2
- 37. Perform a flush of the liquid system with switch HC-628-1.
- 38. Check that the demin water tank is full.
Verify that the demin water tank is pressurized to at least 100 psig. l 39. Make sure that K.V -627 is open by adjusting
; . ICV-627 to 15 psig.
i j~. 40. Switch HC-626 must be in positoin 2 (jet pung) p . oc 4 (RHR) and HC-700 nust be in the liquid position. ~
- 41. Turn the flush system switch HC-628-1 to position i 2 which will clsoe the inlet saaple lines and
{ start the flush with demineralized water fr a l[: 6 V-501. Observe that there is a flow per FI-664.
. 42. After RI-665 shows radiation has decreased i significantly, or after 5 minutes, turn switch
(- HC-628-1 to position 3 to flush the V-610 loop.
~
lG >v -- Watch RI-665. -
. m. . . . m. .m . . . . . . .
. av.~am,xe., .- -
~~
. ~,
;- 43. . After a few minutes, turn switch BC-628-1 to' .
[ /' position 4 and flush the P-601 loop. Watch
- f-RI-665. ,
r._, ,: -- t yg-::, ., _. :%:g : - 2. . 59.w . 44. After a few minutes, turn switch BC-629-1-to ? . "' ~ positim 5 and flush valve CV-615. Watch 3 ,i'. ' RI-665. . ? .. . nim +'c, ..
.. . _.j'... .;.,_..% '.'p y::;f : _ _ .
, ? 45. After a few minutes, turn switd2 BC-628-1 to k~,.
6
.!,. f. . . positim 6 and flush.the piping., stat.im for .O .. _. .
3 minutes. . g
- 46. Turn switch HC-628-1 to position 7 for a few
- p. minutes to flush loop CV-622 again. Watch RI-665. ,
t '
- 47. Turn HC-626 to off FIRST and then HC-628-1
=
l, to off. l . 48. If RI-665 did not indicate an acceptable radiation level at any step of the operation, i go back and repeat steps 40 thru 47. (
- 49. Perform the drain of trap, stanp and collection following procedure listed in .
i
.e
. _ . - _ . . . _ . , , , _ . . . _ _ 7-
q ,* ..,. E '2054.1 l , . . Page 17 of 29, P.ev. 4
. Appendix A.l.
(
- 50. If this'is the last sagle desired, turn l all switches to the upright and off position *
} , (except for HC-723 which is left in position 4} 3) before turning power off. Close N2 bottle j
valve and tracer gas bottle valve. Close FCV-627 qz by setting PCV-627 to O psig. File data sheets in Chem. Lab binder. Return key to Shift Supervision or Chemistry Supervision.
- Until HC-715-1 on Unit 2 is rejlaced, turn the Ss4 switch in back of panel to position 1.
i 51. Take the samples to the appropriate lab for analysis. Have the dissolved gases analyzed
, {( , for volume of H2, 02 and tracer gas. Calculate %
-.i
- of H2 and O2 on the data sheet.
q-- .
, J' ' 52. nr==nt that the valves that were lined up for .
i ,. sam ling have been returned to ncrmal using
} Appendi:t A.4.
- 53. Return cmpleted Appendix A.4 to Shift Supervision j'
for review at the cmpletion of sanpling. File in
, ccraplete EP-205A.1 file.
I( - 1 p + 1 ; y . r-4, . . . 4-li@ .
;[ . ., . ,.
. x ..
1 1 '- {. f: l
.i .
1 . f, .
...-.,,,,,y. _-.,-
'.. _ . .. -.-.-. ~ . - - -- - .-- -- - - - - - ~~ ---
- ^ ~
- EP-205A.1 Paga 18 of 29, nev. 4 5
6*
, ZP-205A.1 Post Accident Sampling Station
( Data sheet for Large Volume L'icuid Sample and/or Dissolve Gas Sarrnle
- 1. Sample Source Date Time
~
p la. Tracer Gas Pressure PSIG I 2. Bypass Flow FI-664 GPM
- 3. Flush Time Minutes
- 4. Sample Flow FI-664 GPM
- 5. Pressure- PI-661 PSIG
- s j -
- 6. Temperature TI-660
. a
. . 7. Conductivity Meter Scale CI-663 l l .; 8. Radiation RI-665
'4
- 9. Tracer Gas Supply System Pressure PSIG i
j, 9a. Initial Pressure P-O PI-662
- 10. Pressure P-1 PI-662
(- 11. Stabilized Pressure P2 l PI-662 --
~
- 12. Sample Pressure P3
- , .- PI-662
.- 13. V1 H2 (From GC) ml -
j - - i 14. V2 02 (from GC) ml 3-l i 15. V2 KR (from GC) ml A -
- 16. Vol % O2 t- %
3 02 Kr 4 Vol % O2 = (V2 .2P ) x (P + 14.7) 4 17317 ' V2 Kr i. j 17. Vol % H2 % ,. H2 Kr . I f Vol% H2 = V1 x (P + 14.7) f , 17317 V2 Kr ! Note: Dissolved gas pressure PI-662 is in psig for Unit 2 l and psia for Unit 3. l ( l l l' 9 a- -w- '4FP 'W e 9 a9
- 7 TT ,9 ---'-t-- - - - - - = - w '-w - e - -- - 7- "'e '
r-
.~. T. t .;:1:;^a - a = = ==:c .--- + -- '
-e .
EP-205A.1 Pag 2 19 of 29, Rev. 4 APPEtOIX A.4 SMALL VOwME LICUID SNIPLE . l ( PREREGJISI'IES:
- 1. System lined up in accordance with C.O.L. S.20.1.
- g. 2. Obtain'the key to the control panel power fr m i Shift Supervision or Chemistry Supervision.
PIOCEDURE: i 1. If the RHR line is to be used, have the shift open the RHR sample line valves and document
*- the valves that are changed usirg Appendix A.4.
. Bypas isolation per GP-8A.
~
Unit 2 Unit 3 - j ;.? : .. , , f
. AO 8098A AO 9098A A Line AO 8099A AO 9099A i AO 80983 AO 90983 B Line
. AO 8099B AD 90993 i
} '
- 2. Perform the drain and blow out operation per Appendix A.l.
i 3. Open the N2 bottle valve and regulate to ,, h approximately 80 psig. . .... .
'~ ! 4. Cineck that the demin water tank is full. . ! N:
verify that the demin water tank is pressurized ' "s
.. u
~~
f' to at least 100 psig.
- 5. Imd the syringe with 10cc of demin water. .
Place stopcock on the syringe and load the assembly onto the injection port. l
- .m;- - .
I 6. Check that the small voltane cask is in the cask,, . . f. .
* ' ~ ~ '
i positioner, and that both are hanging fra the '
- hooks below the sanple station. . O! - . . . . . _ _ _ _
- 7. Remove stopper and carrying handle frm the i{4 small cask by unscrewing it and lifting it out.
g Leave stopper near by. a . L{ 8. Put a 15 ML sample bottle with an buter '> altaninum retainer ring and neoprene cap into
} _
a small volt.sne cask. Check that the bottle '( lifting lever is free to move up and down. I - The bottle must fit snugly in the holder and oe vertically aligned. If the bottle does not fit snugly, use a small oad of rubber or ( felt, thick enough to hold vial against the upper yoke of the vial holder. p , . - , . _ y .-._ _ _ey. ..~y., m s,, . -
~
g2: P C = T~ -n r.7~, TA~7 == = J =F =
~
f {',. , ,.... ..
~..;"~^ 7 -.2.2--
d EP-205A.1 Paga 20 of 29, Rev. 4 1 -
-l .
~
] 9. Make certain the lead shielding drawer is out so that the needles under the sample station
; enclosure are exposed. Quickly inspect the 1 needles with a mirror and flashlight. Check that the longest part of the needle is toward the
'(; .
center.of the sanple vial. 4 4 . i 10. With control panel power on, set switch - HC-700 to the liquid position and liquid sample selector switch HC-626 to position 2 if a jet pung saaple is desired or to position 4 if the reactor valves were set for a RHR sample. 8 11. Swing the cask into position under the - o sample station and lock the arms of the O cask holder so the cask and bottle will remain in position. .
~
. .w'..-n,v '
-: v . '.
- 12. Raise the sanple bottle into position # '
i, on the needles by moving the lever on the i side of the cask. g3 13. Screw the lift rod in to hold the sanple
'l cottle in the engaged position. Note: if the vial doesn't clear the entry hole, lower the vial and rotate the small volume cask about
( 1/8" in either direction. If it still doesn't
;b fit either the liquid vial positioner fixture ..... .'._. .
.- u'"# c -;#:._
I
' ' ^
or liquid tray positioner need adjustment. m - E Note: The green light for the small voltane . ' - saple should be on. If the light remains . . .i.. S :
" . [f-g5i.ti._.
I , red, unscrew the lift rod, lower the bottle 7, * 5 :, ,T. and reposition. . . ..~.,a-r-% ~ .e... u-/. ..,m L L.fu.l.C.a..E ~<1-<<=-
..a y s.. :.. ... . . w~bwe. -
t . .
... . .,w ~ 3;o p%~
3
~ '
- 14. . If RRR sanple is desired, close tha sampl(w' - . . .
~2~; .;.e 9-m??Jiy T.-
line valves to feedwater sanple sink and . . ; ,;;;.s .,a, l rkm=nt on Appendix A.4. .M-A_ 2 yy
- ;> z
,y,
--: . :,.e -
. .. 1
. :. . k .
q n. - u . . ,:
.:. ..,4; _.,h is.%. i m %W,G.~.
-- m 5v.v;.::.. : Unit 2 Unit 3 .. .;;.q u y.xp Q y: . :
- - ~ -
. . . =y .:n p .
. . . . . . . , 4 .~ - . . .ft a.<.A ~W. . ; Aq$,y; .a.
p I P. ..- . m - ggIIgg angnog - %,. -.; i %,. .1, r x w.m. -, .wspr. ,.. .a p
. . .x . :
A08110B . A09110B . . .: - - r ~. . : j . . ,4. '
. ~i, G+ , . , -'" > ~p t ._ g . g W., ,~ M .:'f' }i. %
-Q
- 15. Turn liquid sample selector switch HC-626 to .. . ...x. . . .; ~ . ^
,. cy;-M c,_
positicm 1 for a sanple frczn the jet pung line~.. -Cf
;) '
l .'f
E"'i.?
or to position 5 for a saple from the BHR line.~ ~ W L _:.sif[N j
! Adjust PCV-627 so that the flow thru l 3 ECV-627 is 1 GPM. (See FI-664) .
l
- Continue this flow thru bypass valve
.i. CV-626 for a long enough period to be
; assured that the sa::ple lines are flushed.
- ~
l The mini:nn time required to do this is 7 minutes. Record the flow and flush time ( cn the data sheet.
. - - - __..-r ,.y.--..,.--y.,,v.7,.,.,.s_9-m, , - . - . , - - - - - - . . - - . . - - _y -,, ,,.,__,_m..--,-.-.--,,-%,,.w__,,,_,,w, ..--,,..--,_m_, . _ , - ,.r
- .b.
EP-205A.1 'l
- Pag 2 21 of 29, Rev. 4
- 16. .After flush is completed, turn suitch ,
HC-626 to . position 2 (for jet pug samle) C or position 4 (for RHR sample) .' Note that the flow on indicator FI-664 is greatly
; reduced. Adjust valve M -627 for a flow of 0.3 GH, using PCV-627.
4
- 17. Record the following on the data sheet:
I Flow /FI-664, Pressure /PI-661, Tegerature/ TI-660, Conductivity /CI-663 and Radiation / RI-665.
- 18. Turn small volume liquid selector HC-616-1 to "Take Samole" position.
Valve CV-616 will rotate and carry the { sa gle into alignment with the line to . P the sa g le bottle. Wait for valve CV-616
, light to come ca.
.n.
1 . 3
- 19. Open the stopoock on the syringe and , _ . , . . ,;;,,,j..L. A H e- inject 10 cc of water into the line. Close i
the syringe stopcock. Remove the syringe
' and fill it with air. Reattach the syringe, open the stopcock and inject the air, then
" close the stq-x- 4 and remove the syringe. '
1 '
- 20. Unscrew the lift rod and lower the sample bottle.
(- 21. Remove the sample fr:xa the cask by using' cotton , . 7- , . . . r liners.and gloves. If the sa mle is greater _."
, _ ' 1/ T'cAOwc., .
11 than 100 mR/hr, use the lead pig to carry the "-"v----- ' P " '-
' i sample to the Chen Lab. ,
. _, . .g y.
'( .' ~; . ?:..~. W .9*_ #'
- 22. .w a E. ~ ' ' " ' .
l'
~
Turn Make sure the switch there is BC-616-1 enough flowtobythe flush position.QMhgg adjusting & g . PCV-627 so that it is set to at least 15 peign.#.~4RM. /.?+?- revF?.4 4-
, Flush for 5 minutes and/or until RI-665 reaches-f#
a min b . .
. j; ;7g
., R 5 8 M ?? @y s +y g m y; ; e -9 a . _.:
- 23. When the flush is couplete, turn HC-626 "W'? . 7 - .
? ~ 4. .
. off FIRST and then HC-616-1 to off.. .J D 5 D /.M 536 @k '.M.OJN55 E- ' -'h':'].hI .
1 ., - .
- 24. Perform the drain of trap, stsp, and C'o;- ^.,d*Y ~ ~.1 -
[ ' f > collector following Appendix A.l.
- w. .
M f.~
' - ,. ap. n w. , :. y e m.: c . 4' Wik-r .-
- 25. If this is the last sample desired, - -
turn all switches to the upright and l off position * (except for HC-723 which I . is left in position 3) before turning . Power off. Close the N2 bot:le valve. . Close ECV-627 by setting PC\-627 to O psig. File data sheet in Chem. Lab binder. Return the key to :;hift k Supervisicm or Chemistry Supervision.
. . . . . ~ -.. _.- ,. , _
__ ::: t;:::~; _------- :~7'~ _
_ . . _ . . . . _ - . . ...w ' t,. . EP-205A.1
-'
- Pag 2 22 of 29, Rev. 4 l .
'l. "
>
- Until HC-715-1 on Unit 2 is replaced, turn the -
- j. Sat switch in back of panel to position 1.
( 26. new,-nt that the valves that were j -
~
lined up for sampling have been l4j . returned to normal using Appendix A.4.
- 27. Return coupleted Appendix A.4 to Shift lJl Supervision for review at the completion of l
sapling. File in ccupleted EP-205A.1 file. I. t
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t p.. g . .,..--.... .. . . .. EP-205b l
- Paga 23 of 29, Rev. 4
.t EP-205A.1 Post Accident Sampling Station C Data Sheet for Small Vol'Ome Liquid Sample 4
- 1. Sample Source Date _ Time 4 2. Bypass Flow FI-664 (ggn) v
- 3. Flush Time Minutes
- 4. Sample Flow FI-664 (ggn)
- 5. Pressure PI-661 (psig)
}- 6. Terrperature TI-6C') ( F)
+
~
- 7. Conductivity Meter Scale - CI-663
- q. p..- .
r.-
- 8. Radiation RE-665
' Q- .
'I 1
I .
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-205A.1. -
..,. . . . w .
g M4 l ,- . Page 24 of
-APPENDIX a.1 DRAINING TPAP, SU W AND N N
(
; PREREQUISITES: ,
t
,' . 1. System lined up in accordance with C.O.L. S.20.1.
). 2. Obtain the key to the control panel power from I i Shift Supervision or Chemistry Supervision. i
. PROCEDURE:
- 1. Check that the nitrogen supply valves are open and that pressure is set at 80 psig.
- 2. Check that the domineralized flush water tank
} V-501 is full and is pressurized to at least
~
100 psig and that the valves are open to the sanple station. q@
- 3. Check that PCV-627 is open. If not open, use the
((,' knob adjacent to PCV-627 on the control panel to i . have a 15 psi reading on the gauge. I h; - l 4. Turn all control panel switches up and off* (except for HC-723 which is left in position
- 3) and tnen turn the control panel power 1 selector switch to "A" or "B". ~
. ( -;.- m .x.
"., , ' -
- Until BC-715-1 on Unit 2 is replaceds.. .:.. .'- a. .. . . . - - .
turn' the SIM switch in back of panet to* posit . le. ' . . *>* F-.--.. .,
,. 5 . an .
- i. " ' 1 , 5. Drain the collecting tank and stmp by . .
.1..r'C' . i 9;.P9" ..._..
- l. turning switch HC-715-1 clockwise thr M ..
" C'd ~ J. . . . . . . ,
.;M l . "
c- its eight positions
- Pause appe wi ,
7 n., . ' f. r. ..." f 5 secorxis'. at. each. positim. .1 '.. A?,; V.. J. b.. ..'.O.. ..- . . .
"s 'TN, . 71.7 '.'
.n.a.g.,e ..
E..._c:. - . . .
-. *. Until HC-715-1 is replaced both BC-715-lc.;. .s t- h .._...;j......~
j ? Q?.'.y M, t. . . . .. and the SEM'switd an Unit'2 aust both W[ operated together to drain the collectingM.r.g. , z; .-. - Q%%:{.y/ %. w,w..c2 W .? # Npg3.'.b._.i.g.. .
.. .. <. 1 ,. .
7 J .
. tank. Refer to table 1.' . . . m_- -
* . .r . V W.
5 6. Turn all swit6es to their ?off' positionJg-l.fw, .-. . . , . . .: . . f except for HC-723 whi d is left in position f Q [ J ~'
; 3 and for the control panel power switch jj ,4 , ,
- 7. Return to the original section fran whid ~
this appendix was referenced. 7'
. y g
4
., w.- . - . . -..a. .
..,.,-,p - - - . , y,- .-,,w, ,y
. ,m ,,,,__,,y- ,,. ,__.._ _,, ,. , _ . _ - - , . . . - . . - - - . - , . _ . , - - _ - - - - . - - , - - - - - _ _ _ _ _ .---e---- - - -
i q q -" ' ~ eq ~ ~ -- - . - . . . _ W 205A.1 Paga 25 of 29, Rev. 4 l
. 1 cu crICH IIC-715-1 (POSITIOti) '
ST4 (POSITION)
,C OE 1 -
1 2 l 1 BLOL"!-N 2 3 3 l DRAIN mnr.FR 1 RAP l r BIIM m1N 4 2 , EVACUATE mJ-N 5 5 h SLEP TO QIMCIOR 6 4 j BI4M O YJ- N 7 2 i OE 8 1 .
- TABO 1 4
i
+ 't; k
s >
.,f i
~
1 _
'r . ' , -
j . J , g o- g e e=
*0
%, ** k #
6 I
*h.
I i I, I . i
?
l 1
- ~
t l l l l -
.g. .
.. ; __._.._m,.s..._y.,.._.y.;.- -.- -. m . . .- e-
* . EP-205A.1 l
$ Page 26 Cf 29, REV.4 o
APPDIDIX A.1 POST ACCIDWI' SAMPLIE SMTIN , . CDITBOL SWI'IOES ' ag. prg.o, s.-p Dra.% sys r s u.hs. o
- 0 ' Mc- 400 Possoee
} j ,,,',,,c,a,,.+ser Tr.,
Selecto< Ssa;+nk
%{-
4se cad *'A' 8 A jl f s,,,. .** 4. df*' A , A
}' 4 s y to led *'f** j ,
lJ
~, 3 St., tattector- y/',,
l POI- St.? 8oH
' flos., le traf ric-sts, &es sentit
. Mc.poo,t.ag J 6es
, NC-626, t.oginad Sa=.ple .
.5electe .suths Datester Sw. ink
}
Sou*ce Selte.tv S it& I Lo en
' SI$l'IO w
. t Tet fump Une e. Bypsss - -
1 3 pars
. .. ,.. ~ 1 , . . . . , - -
3 osf f spare. 4 RNR oe supresst** M I
$ .U* Ji er 3.y'^ kl en h.'*** l(g. pef, ,o pg, y j foffle re. yg go $4eepit SinaiftIs 84 d16-f,S .r ' " "
- O ' '#
4I O
,t Vei Se epte ,$ .hh I U #'"I8 b*8
#< 3 f.v*Casoft BeW8 s 7.;te s .ple 4* ,
L off u 4 Tok'e Sea. 3 Flas k L*.9 5 pp ,g,' gy ,pfe py,, {l 1 +c-m, mis,i,,,s G,5 l "(-"' ( y :a s.-r?e s e h k m g,,,u c., .,, y .,,,, e se.,e p.s.,s sa , y. , 4 y,, s.
- a stme t *- ~* OO O O. .. .,. .. . 3in.,L,:LL
. - ca.ty 1.,
,,,,,,, ,,,, ,c,,4,a ,e b 1 ca..r.rs ! ser.r.ru G.s , was os.
3.-r
- fa' g" 4 ry,.e r,.<,,e. ,
. o;: O s a -e r.le ro .<** *= s k n o44 s c.orose assalad ses JJ Unit 2 Only.. ~ & , a cec. tele cres 7 occ.r.te A3 .i. -
*Inside Panel;:.:,.i.1 LL 3 6 5 rnei. c.,.,,,g ye -
' 3 c.iteer Pis1,J oss h adt "- * '
.J . C'-M. . , ,- '
4r es ce,+,,4 e I n.sh c.,9 9 .. - - 17.re ses s i/,e h/.4ve
.'( . . .
I ; Lv.2':
- - -JC-104 e.0 .orM*
. oss%=d 5.n.r s ~ ~: ~ .,. :...
i- m.sgg. - n;. s s,. s 5$ Nk V kf ,, Kf & W =~ ' te.,4 r off Gas '.'".~
.m '
- fnes s pk i
.. , .. . .. >.m. f. a.. y _ - -.
y 2% .c - , (}y N c. - 6te.o, flu s s, -
- g. *, y~; ~.-
syste. S' *e *ch 1 1 {f uoor
) -
1, ogg.- ~=.2--7
* # #*' 'v.'"soo
' '" up Li 2. Blow. Collector
. 3 r,,,+
} 4 is. . k Nio c , 3.* Drain Cooler Trap
! T ri sw ev. sir 4. Sump to Collector 1 6 st.,4 rir 3 st.N*a 5. Eyscuate Collector k,
7 //es &. tv. att s..ep r 8 o4r { '% A0 6tio n Aa stro g 'Yn AO- S toS g ( */3 Ao tiso A Aoisto S h sV-HoS Us..d 5. ,ets L.suid See.pi t Q, se,,pis c.,4 o ,, '
'eine o, ****' .
1 %] N N"" ~ l' 1 m
. . - . . . ~ . - . - - .
, . ~. . . '3 EP-205A.1
$ Page 27 of 29, Rev. 4 q-APPENDIX A. 2 SCHEMATIC OF POErD-ACCIDENT SAMPLE '
MTIW_ . l .. - t . s N2 y\ ' 2 "*' E -- CV 721 - CV 719
\ CV '/23 44 A&M g p,,7ag g
}
.( .
g OnywtLL ATWOS 4 e CV 720 g ~ 59 Cv 223 A 15 ML gas Cv.m g
-i suP'N POOL ATMOS gi c SAMPLE
'* 1 g 0 dr g ,
{*
$ LAH' 2NO CONTWT ATMOS g 727 CV ,
7'7 50 710 CV 711
- l .-
.7 CV 712
- ,w -
R
\' gas j {
""A *_ Q;;/ COOLEM
- i
% E 703 TRAP p.7os ,
; P 701 T'7i7 t 2NO CONT'MT ATMOS \, IOO4M WTRIDGE i
s sum POOL ATMOS N. C i D CV 702 (. g pump g, y EMIN WATER - W -
\, CV428 l M462 ]
*( ,i ,-
COO,... CV.2. s 2. 2. f;d @ N
\
h g, Cv4s2 24 Cm W463
*j g ,j ,
- CV425 ' P
\ OtSSOLVEO 23 CV45. VENT
\ gas sAMPts I -- -1 COOLEA \
5404 g at CV420 l , g 9 W 416 y!
= =
\ > -
.- \
v g3 s
' ' \Im4s*1Ti arse j '
dg Cv422 h Cv 757 v. l (s 3
**m e
ao Cv sao 2, Cv42. CV.2. N syniNos 22 M Cv4so s k MN
@ m
\'
1 M 34 - l#SA CV 722
+ _
- :y 8,, t809 5 A -
C FCV427 g CV422 SMALL v0LUME . LARGE VOLUME *i
.l uOuiO sAMPts uOuiO sAMm.a g f -
f , g
\
N ce &,ioo Psa i 4- - - -
,xM,L, CV.7i. r:: Cv ~ f x . .
15SS I (- . k , Cv 7:s f h . . . 4
-++=.*--,,--Jh2.'t.**T*T.[--, - - - - - , , . - - - - - . '.'.-----..-..,-,---
[ , ..:_.,_.. _ - 4
- EP-205A.1 o
.i Page 28 of 29, Rev. 4 j o APPDIDIX A.4 DOU3EE VERIFICATIOil SHEER NR RhCiOR
~
(. l Unit Date Time .. s i . A control room operator should circle the n1ves that are changed for.
; sanple line.up and initial beside each circle. (Strike out any valves
_; not changed from normal.) . 1 Double Verify with Initials that the System valves are Peturned to Nor:al (Closed unless required for other j sampling - note valves Sample Unit 2 Unit 3 left open) ,.
~
J 'Ibrus I 5960A 3 5961A - 3 . 5966A 5101 5951B 7 5950B h, E) Initial 4t~
'Ibrus II 4960D 4961D
{ i L " 4966D 8101 .., ,.
..f-
> 4951B -
- - o.. ,
4950B 4 Initial
;; . r. .
_Si~ ~ 3. O Y : J't i,,r. -Y . ~
! t Upper Drywell I' 5960B ..
p, } , . 5961B - ch -
.'22d.".
.< -s-650
,,,; 59663 ~; ,', -. , . ,. ~ 4
't 9101 - - - -
fj . . . 5951B -=g, <. 4 . rm[. f. -:r" . --M
,4 5950B :9: - r.7.
a : .- ' - ~ ~
.f . ,,
- InitialJ. ,. r, ; - -
.::...~ .; -
a - :. -
~~ ~.r..r.
, ~,-
.s . . . ~
7 -- -- - Iower Drywell II 4960C -' '- 4961C I 4966C ,; 8101 bj ~.- d- 4951B - J 49503 M. Initial Initial Initial i
~
i At PASS Panel AO-8108 SV-9108
- i. Chem. Initial Chem. Initial Chem.Init. Chem.Init.
- In Ccntrol Rocra AO-8108 SV-9108 Initial Initial Initial Initial
- l. . . , . . _ _ _ , .
l _..._ __ _ _ ... ._ _
!<.-- ,. _ _ . _ . _ .._ c. - - .._ ... .,. _.
. EP-205A.1
*
- Page 29 of 29, Rev. 4 APP & OIX 4 Cont. , --
I Double Verify with Initials that the System Valves are Returned to Normal (Closed
~ unless required for other operations note valves Sample Unit 2 Unit 3 left open)
RhR A09098A A09099A A09090B A090993 Initial A08098A s t A08099A
' ~
A080988 A08099B f Initial Initial Initial 4 s At PASS Panel A09110A A0911CB A08110A Chemist
; A08110B Initial _
a Chemist Chenist Chemist Initial Initial Initial [ . Verify that the Jet Pump Line c. - ~?- Jet Pump i . 1. .; . . . O D .. . ' . ..? ,, ,
~
5 Sample valve is closed, CV-624 ~. ~ "*~'~"*'"*' " 1 and that the flow by FI-664 is zero. Chenist Chemist Initial Initial.E L .:. . . ' . . 1. .
. '. . u
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I' . . _ . "n ,' . ;'. u ,~~ ' i Reviewed by Shiftf~Supervisicn: ' *.. '.[. ' * ' ' This appendix should be' filed in the EP-205A.l. filehd,;>:~-: .1 .. gpQ.i * , yf!i -~"
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Double Verification Sheet History File in the station , ~.t ..4 5-J c-files. .. t t 6 t i I
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-- '" 211993
( PHICAD2LPHIA ELEX:TRIC COMPANY CONTROLLED APPROYED COPY-VOID PREVIOUS ISSU3
- PSACH 37FIm UNITS 2 & 3 DISTRIBUTION:DYEW SEEcA7 PIAN I:4PLEM!!NEATION N 38 - asY bMM '-
Control En. - Station SupAr.
~
EP-205A.7 OBTAD1ING T:E IO3D3E AND PARTICUIATE SMPLES ** FEM '1HE 4AIN 3 RACK AND KDF VMES EWJ.04IM A02IDZNr CX4DITIONS
. PURPOSE:
The purpose of this procedure is to provide some guidelines prior to, during, and after obtaining iodine and particulate saples from the roof vents and main stack following accionet conditiorts with major fuel damage. APPARATJ3: Appropriate dealth Physics survey egalpment Air Sagler (low volume) if required h ll Respiratory Protective Spinwnt Anti-C C1cithing if required . Sampling Filters and Holders Transportation Containers (as appropriate) Tongs and Itd (4' long) PRcTAttrION: A. In all steps of this procedure, an AIARA concept is mandatory. This procedure provides some philosophy in preplanning sampling evolutions for roof vent and main stack effluents for iodines and particulates during an accident. In addition to reviewing this , procedure, an AIARA review of the sampling process i should be performed prior to obtaining samples. If a sagle is not really needed, a:xi lower dose methods to determine the gross, data provided by the samles exists, the sa:nple should not be obtained. - l B. At no time may NRC exposure limits (either airborne l
. or body does) be exW. during the surveying for sampling or obtaining the samples. If it aopears
- that an overexposure could reasor. ably occur hen obtaining the sa iple, do 17r proceed without
- written NRC aoproval.
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l_. _,,_.7 __ _ __- - . _ . . . _ . _ _ _ . . - - - - ^ ' . EP-205A.7
. . PLqs 2 of 10, Rev. 2 PEOCr DUiE:
C 1. It has been dater:nined that it is 'necessary to obtain the Iodine and particulate samoles from the main stack or roof vents.
. 2. The route of transpo:t recontnended is as follows for the roof vents:
Enter the normal plant entrance 116' or the roll-up doors at north end (Unit 3) or South end (Unit 2) . Take the turbine building staircase from 116' to 165', then take the reactor building stairs te 234', to the entry door at 3e refuel floor.
. Time = approximately 10 minutes.
- 3. Have a health physics technician accmipany the chemistry technician assigned to obtain samples in order to perform area surveys. Brief Health Physics personnel on the route to be taken and approximate ti:nes to get to the sample points. Attached as appendices are the locations of the sa:npling points. Sutvey
- naps are also prcvided. -
t (~ 4. Health Physics personnel shall take awrapriate survey equignent and protective equipment (e.g. MSA SCBA gear) . Before entry . into.the areas, ensure that survey equipnent is functional and calibrated.
- 5. While obtaining survey data, should general area radiation levels enroute to sampling locations exceed 10 R/hr and remains stable or increasing, exit i:unediately and report to Health Physics Supervision.
If dose rates exceed 5 R/hr ganna or 5 rad /hr beta within the 234 change rama or 5 R/hr on contact with mains tack door, leave the area and report to HP supervision.
- 6. If dose rates are less than above limits, proceed to survey samling system with particular interest being dose rates general area, contact sample holder in service and dose rates on sample lines.
NXE: Expect whole body subnersion dose rates from trable gases. Take special note of window open readings in general area readings.
- 7. sonested filter and cartridge chwie mthod
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EP-205A.7
- Page 3 of 10, Rev. 2 (Tais procedare may be changed after an AtARA review) .
A. Obtain the extra filter / cartridge holder. Two extra filter / cartridge holders are required for a roof vent change. Consideration should
. be given to use of only one samole point for the roof vent release point.
B. Before entering containment, insert a new particulate filter and charcoal cartridge into esca holder. Use silver-zeolite cartridles in the place of the charcoal to limit the noble gas buildup. Do not use silver-zeolite cartridges during drills. C. At the sangle station:
- 1. Bfpass the filter holder whicn is in service.
- 2. Have rod and tongs at hand a %.) pen the front door of the samler remaining at a distarce as far as possible.
- 3. dith rod, lower the samoler and with the tongs, reach in and renove the cartridge from the system. Quickly survey the cartridge to obtain a dose rate. If the contact dose rate exceeds 200 mR/hr, place the cartridge in a shielded area and contact Chenistry Q . Supervision for instructions. If the contact dose rate is less than 200 mR/hr, place the cartridge inside the transfer cask.
- 4. Place lid on transfer cask.
- 5. Insert a new cartridge holder into the sanpler and :nove the cam in the opposite direction and close the door.
- 6. Put the rod through the transfer cask and put pins in place.
- 7. Return filter system to normal flow
. M&-
- 8. Transport transfer cask to analysis site.
NOTE: Transfer cask, rod and tongs will be at sagle site.
- 8. Take the sanple to the aapropriate lab where analysis will be performed. Report the results to the appropriate supervisim.
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> CONTROLLED APPROVED COPY-Ed Page 1 of 2, Rev. 1 GKB:ljm ., ' '
VOID PREVIOUS ISSUE ' DISTRIBUTION:DW ~ my yaenQ W ( SS - SSV Control Em.
'~ '
NOV 211M Station Super. Office PHILADELPHIA ELECTRIC COMPANY PEACH BOTIOM UNITS'2 & 3 l EP 205A.ll - SAMPLE PREPARATION AND HANDLING OF HIGHLY RADIOACTIVE LIQUID SAMPLES PURPOSE: The purpose of this procedure is to provide some guidelines for consideration
.l during sample preparation and handling of highly radioactive sanples following accident conditions with major fuel damage.
APPARATUS: Appropriate Health Physics Survey Equipment l Air Sampler (low volume) if required Respirator Protection Equipment if required l Anti-C Clothing if required Appropriate Lead Shielding h Appropriate Microsyringes 14.4 ml Off Gas Vials with Septums - l Extremity Dosimetry PRECAUTIONS: , A. In all steps of this procedure, an ALARA concept is mandatory. This procedure provides some philosophy in pre-planning for sample preparation and analysis of highly radioactive liquid samples. In addition to re-viewing this procedure, an AIARA review of the sanple preparation and ~
. analysis methods should be performed prior to beginning preparation and l .
analysis. If an analysis is not really needed or a lower dose method is possible to obtain the same data, do not perform the analysis. B. At no time, may NRC exposure limits (either airborne or body dose) be exceeded during the sample preparation and chemical analysis. If it g appears that an overexposure could reasonably occur during sample
. preparation or analysis, DO, NOT proceed without written NRC approval.
C. Sanples shall be placed in plastic bags prior to gantna isotopic analysis to prevent contamination of the counting equipment. C. Sanples shall be counted on the closest possible shelf to the detector in order to obtain a dead time of less than 30%. Sanples with greater thrn 30% dead time must be counted on a more distant shelf and/or diluted. In general, sanples with dose rates less than 2 mRervhr can be counted on the 3 cm shelf and samples with dose rates greater than 2 mrem /hr but less than 200 mRen/hr can be counted on .he 30 cm shelf.
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, __ . __ m . . .
, EP 205A.ll
,s
. Page'2 of 2, Rev. 1 PROCEDURE:
- 1. Obtain the survey data obtained when the sanple was taken and
{ transported to the Chemical Lab. Briaf Health Physics personnel on the sanple preparation and chamical analysis to be performed. Health Physics supervision shall determine air sanpling requirenents.
- 2. Health physics personnel shall monitor dose rates during the sanple preparation and handling. Based on their aralysis, stay times shall be determined. During sanple preparation and handling, extremity doses should be limiting. However, whole body exposure shall also be considered. Extremity dosimetric devices shall be worn. An RWP shall be assigned to this activity.
- 3. Sanple preparation shall be done in a ventilation hood or other ventilated area where respiratory protection equipment is not required if possible. When possible sanple analysis shall also be
. done in a ventilation hood or where other engineering controls l (like portable HEPA/ charcoal vent. units) may be used.
- 4. Consider the use of tongs or other remote tooling during sanple preparation and analysis.
l
- 5. Lead shielding shall be used when handling or diluting reactor coolant. At a mininum, lead bricks stacked around the sanple shall be used. A small gap between the top lead bricks may be made for the insertion of a microsyringe needle into the sanple bottle. '1he amount of sanple removed and the dilution volume shall depend on the
(- sanple dose rate. After removing a sanple close the gap in the lead brick top to reduce dose rates. Monitor the dose to the hands during micropipeting. ~
- 6. Consider the use of more elaborate shielding during sanple preparation if dose rates merit its use.
l 7. For sanples greater than 200 mr/hr, before actual sanple preparation or chemical analysis is performed, a dry run using demin water should be made. An ALARA review shall also be done. Based on these dry runs and the AIARA review, changes to sanple preparation and analysis procedures shielding or equipment shall be made to minimize exposure. l l, Health Physics and Chemistry supervision shall also review the possibility of not performing the sanple preparation and analysis i at all. l
- 8. Consideration shall be given to the final disposition of the sanples, the remainder of the coolant sanple and the waste prMW.
- 9. Sanples and the remainder of the coo'lant sanple which are kept for additional analysis shall be stored in an appropriate location based
. on their dose rate and radiological hazard.
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- j . . EP 205A.12
,, . . Page 1 of 3r Rev. 2
-N*i i C03 D OI.1,3D APPROv a CO M GKB:waf 101D Pasv100S ISSUE
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L rr eva.12 - SAMPLE PREPARATION ABD HAIOLING CF HIGHLY RADIOPC1'IVE PARTICULME FILMS AIO ICDINE CAR 3mr:RR PURPOSE: i , 'Ihe purpose of this procedure is to provide see guidelines for cocaideration during sanple preparation (saiple reduction) and isotopic analysis of highly , radioactive particulate filters and iodine cartridges following accident conditions with major fuel damage. APPARMUS: Extrenity dosimetry Appropriate Health Physics survey equipnent Air Sanpler (low voltne) if required Respirator protection equipment if required Anti-C clothing if required Appropriate lead shielding , PRECAUTIONS: C- A. In all steps of this procedure, an AIARA concept is mandatory. 'Ihis prMwe provides see philosophy in pre-planning for sanple preparation l and handling of highly radioactive sanples. .In addition to reviewing this procedure, an ALARA review of the sanple preparation methods should be performed prior beginning preparation (sangle reduction). If an analysis is not really needed or a lower dose method is possible to obtain the same data, do not perform the analysis. B. At no time may NRC exposure limits (alther airborne or body dose) be exceeded during the sangle preparation and analysis. If it appears that
, an over exposure could reasonably occur during sanple prdparation or analysis, g ND1' proceed without written NRC approval.
PROQDURE:
- l. Obtain the survey data obtained when the sanple was taken and transpv i.ed to the Chmical Lab. Brief Health Physics personnel
, on the sanple preparation (if required) and analysis to be performed.
Health Physics Supervision shall datermine air saipling requirement.
- 2. Health Physics personnel shall monitor dose rates during the sanple preparation and handling. maamd on their analysis stay times shall be determined. During sanple preparation and analysis, extremity doses should be limiting. However, whole body exposure shall also
( be consi 2 red. Extremity dosimetric devices shall be worn. An RWP L shall be assigned to this activity.
---n = = = . :: .- m - = 7. - - - , _
r . . . EP 205A.12 Page 2 cf 3, Rev. 2 i . PROCEDpRE: (continued) ( 3. Sanple preparation shall be done in a ventilation hood or other
, ventilated area where respiratory protection equipnent is not re-quired if possible. i
- 4. Consider the use of tongs or other remote tooling during sanple preparation.
- 5. Determine the contact dose rate fran the particulate filter and the charcoal cartridge at the time of sangling. If the contact dose rate is (200 mRenVhr the sanple shall be analyzed directly by the Geli analysis on the 3 cm or 30 m shelf.
- 6. Consider the use of more elabordte shielding during sanple preparation if dose rates merit its use.
- 7. Consider the use of silver zeolite cart ddges in the place of charcoal cartridges to reduce the noble gas intwierence charing isotopic analysis.
The use of silver zeolite will allw sanples which contain more I-131 (as capared to charcoal) to be counted with less dead time.
- 8. Sanples with high noble gas backgrounds can be flushed to reduce the noble gas interference by the follwing method:
- a. Setup the purge system as shown in Figure EP 205A.12-1 in a low background area where the release of noble gas would not (A~ present a personnel exposure or equipment (counting roan) problen.
- b. Load the filter holder as shown in Figure EP 205A.12-1. Place the " hot" side of the artridgetoward the quick-disconne::t.
Hold the cartridge in place with a filter backing ring but do not use a particule filter. Place the filter holder on the quick-disconnect.
- c. Flow nitrogen or breathing air through the cartridge at the same flow rate as used for sanpling for two hours or less.
After purging stop purge flow and remove cartridge. Repeat-stap 5 through 12.
- 9. Consideration shall be given to the final disposition of the sanples, the rerminder of the original sanple and the waste produced.
- 10. Sanples and the ' remainder cf the original sanple which are kept for l additional analysis shall Le stored in an appropriate location ha d i on their dose rate and radiological hazard.
1 (
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l j EP 205A.13 (i , Page 1 of 3, Rev. 1 l
. GKB:p 5
, PHIIADELPHIA ELICIRIC CO@ANY Peach Bott e Units 2 and 3 l EP-205A.13 - SAMPLE PREPARATION A!O HANDLING OF HIGHLY RADIO PURPOSE:
The puzpose of this procedure is to provide sma guide lines for consideration during sanple preparation and handling of highly radioactive gas sanples following accident conditions with major fuel damage. APPARATUS: CONTROLLED APPROVED COPY-Appropriate Health Physics survey equipnent VOID PREVIOUS ISSUE l Air Sanpler (low voltane) if W Respirator protection equipment if required DISTEIBUTION:DUT!dW" l Anti-Cclothingifrequired JWI,e.hd . b N821
'~
SME Appropriate lead shielding SS - SSV. Appropriate microsyringes Control R::i. 14.4 ml off gas vials with septums Station Super. _ lExtremitydosimetry Office . s PRirRTTIONS: A. In all steps of this procedure, an ALARA m@i. is mvx$atory. This (- procedure provides see philosophy in pre-planning for sanple preparation (dilution) and analysis of highly radioactive gas sanplec. In addition to reviewing this procedure, an AIARA review of the sanple preparation (dilution) method should be performed prior to beginning preparation and analysis. If an analysis is not really needed or a lower dose method is possible to obtain the same data, do not perform the analysis. B. At no time may NRC exposure limits (either airborne or body dose) be l i exceeded during the sanple preparation and analysis. If it appears that an ove-e.csure could ' reasonably occur during sanple preparation or analysis @ NDP proceed without written NRC approval. C. Sanples shall be placed in plastic bags prior to gamna isotopic ~ analysis to prevent contamination of the counting equipment. D. Sanples shall be counted on the closest possible shelf to the detector in order to obtain a dead time of(30%. Sanples with>30% dead time must be counted on a more distant shelf and/or diluted. In general, sacples with dose rates (2 mRern/hr can be counted on the 3 cm shelf and sacples with dose rates > 2 mRen/hr but(200 mRen/hr can be counted b . on the 30 cm shelf. i. k.
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, Page 2 of 3 , Rev.1 PROODURE: . .
- l. Obtain the survey data obtained when.the smiple was taken and transported
{ to the chemical lab. Brie'f Health Physics perscanel on the sanple prepara-tion (dilution) if required and analysis to be performed. Health Physics stpervision shall determine air sanpling requirements.
~
- 2. Health Physics personnel shall monitor dose rates during the sanple preparation and analysis. Based on their analysis stay times shall be determined. During sanple preparation and analysis, extremity doses should be limiting. However whole body exposure shall also be considered.
Extremity dosimetric devices shall be worn. An RWP shall be assigned to . this activity. I 3. Suggested sample dilution procedute for sanplesp200 mR/hr:
- a. Adjust the pressure in the off-gas vial to au-Y#.ric pressure by inserting a microsyringe needle and allow the pressure to equalize.
- b. Evaculate a new 14.4 ml off-gas vial with septum.
- c. Determine amount of dilution required. Based on this dilution, -
deternine the amount (volume) of gas to remove fran the hot off-gas vial. ,
- d. Inject a volume of air with a microsyringe into the hot off-gas vial which is equal to volume of gas to be reroved for dilution.
- e. Mix the gas in the hot off-gas vial by ptmping the microsyringe in and out.
- f. Set the microsyringe to the volume of gas to be removed from the hot off-gas vial and remove the microsyringe.
- g. Inject the gas in the microsyringe to a new evaculated 14.4 ml off-gas vial.
{ h. Measure the dose rate of the vial to determine if additional dilution is necessary. -
- i. Additional dilutions may be done by repeating Step 5.
- 4. Sanple dilution shall be doce in a ventilation hood or other ventilated area Were respiratory protection a=+l==rit is net required, if possible.
- 5. Consider the use of tongs or other remote tmling if additional sanple dilution is required.
- 6. Lead shielding shall be used, when handling sanples 200 neenVhr. At a minimtzn, lead bricks stacked around the sanple be used. A small gap between the top lead bricks may be made for the insertion of a microsyringe needle into the sanple bottle. Before removing a volume gas for dilution l insert a microsyringe needle into the bottle to adjust the bottle pressure l
to atnespheric. The amount of sanple removed and the dilution voltane shall depend on the sanple dose rate. Before remo% a voltane of gas fran the vial, inject an equal amount of air to upc. ate for the volune removed. Mix well before removing sample. AftEr removing a sanple close the gap in the lead brick top to reduce dose rates. Monitor the dose to the hands during micropipeting.
- 7. Consider the use of more elaborate shielding during sanple dilution if dose rates merit its use.
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. EP 205A.13
, Page 3 of 3, Rev. 1 PROCEDURE: (continued) l
- 8. Before actual suple dilution is performed a. dry run using air should C be made. An ALARA review shall also'be done.' Based on these dry runs and l the ALARA review changes to suple dilution procedure shielding or equip-ment shall be unde to minimize vre. Health Physics Supervision shall
. also review the possibility of not performire the smple dilution and i analysis at all.
- 9. Consideration shall be given to the final disposition of the suples, the remainder of the gas saple and the waste produced.
- 10. Suples and the remainder of the gas suple which are kept for additional
, analysis shall be stored in an appropriate location based on their dosa rate and Radiological hazard. 4 ( e e 9 e e O e
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( PHIIADELPHIA ELECTRIC CXNPANY CONTROLLED APPRO M COPY-YOID PREVIOUS ISSUE PEACH 301'It:M UNITS 2 AND 3 DISTRIBUTION:DSM
. Psan IxPr.,meurrNo PPocEoo E mig.3-m Control Ra.,__
EP 205A.14 Offsite Analysis of High Activity Sanoles "f,
- Purpose The purpose of this procedure is to help coordinate the shianent of high activity samples to offsite laboratories for analysis. L References HPC/CO 17 HPO/00 17A HPO/CO 17B EP 205A - 205A.13 EP 209 EPC 202 Site Emergency Coordinator EPC 218 HP&C Coordinator nahmt-k and Wilcox - Project Technical Plan for Post Accident Sanple Analysis Progra i Action Level
{ Samples must be sent to specially equipoed offsite laboratories when
- 1) the activity is judged to be too great for the onsite facilities, and 2) when there is a need to determine the condition of the core by offsite analysis. The sanples will be sent as directed by the Site anergency Coordinator with input from the HP&C Coordinator, the Chen' Sanpling and Analysis group and the Rad Protection Team leader.
Pro adure
- 1. The Site Emergency Coordinator determines the need to ship a sanple offsite for analysis. This decision is based on the limitations of the onsite analytical capabilities for hot samples ano any need to determine core conditions.
- 2. The HP and Chemistry Coordinator inmediately notifies'Bahmr-k and Wilcox (or other laboratories, by special arrangement *) of the intent to send a sangle. Ep-209 contains the phone numbers for the '3abcock and Wilcox Emergency Control Officer and his
~
alternate.
~
The following infor: nation should be made available:
- a. plant involved, the individual making the contact, and the name and telephone numbers of the responsible person
(, at the utility to whom follow-up ownunications should be addressed. . O** w ===m&an. --e-am.we. + - + - N'""
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$. the number and type of samples to be, shipped; i.e.,
; ( liquid, gaseous and/or charcoal cartridge.
- c. measured radiation levels from the shipping container
, at the surface and at three feet.
Note:
- Philadelphia Electric Co. currently has an agreement with nahmr-k and Wilccoc to ~ perform emergency analysis on a short notice basis. This service is outlined in the Babcock and Wilcox Project Technical Plan for Post Accident Sample Analysis Program, Rev. of November 23, 1982.
Other laboratories may be contacted to do analysis in the the event of an emergency. (Dntacts and special arrangements would be made through requests to the Emergercy Support Officer and his staff.
- d. Estimated shipping time and time of arrival of smple to be analyzed.
- 3. The HP and Chemistry Coordinator shall recomend that the Site E:r.ergency Coordinator contact the Pooled Inventory .'danagement e
(PDis) representative (as found in EP 209) to release one of the
.WPAC, Post Accident Shipping Casks with a dedicated vehicle to PECo.
- 4. The Site Emergency Coordinator, as the authorized PSCo employee,
{ shall contact the PIM's representative (as per EP 209) to have the NUPAC cask released to PECo.
- 5. The NUPAC cask shall be inadad in accordance with all applicable Peach Bottom radwaste shipping procedures including HPO/CO 17, 17A and 17B.
- 6. Unless otherwise noted, the cask will be shipped to the Bahrvv-k and Wilcoe: Research Center in Lynchburg, Virginia.
- 7. Just prior to release of the cask from Peach Bottcm, the Health j -
Physics and Chemistry Coordinator, or his designee, shall call the offsite laboratory and give them an estimated time of arrival. Any additional information needed should also be provided at this time, including plans for further sample analysis and frequency of sample shipnents. l e (s
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." # : sic g C0K h PROVED COPY-j)3IpjkFJ7IOUS ISSUE f DISTRIBUTION:D TP M EP-209 APPDOIX D-4 PERSONEL SAFETY TEAM 3
Control Rm. Station Super. I j Office l Perscnnel Safety Team Leader Hcrne Phone Centrex R. W. MacAllester Alternate Personnel Safety Team Leaders Arthur Beward I i Interim Personnel Safety Team Leaders and Team Members ! S. I. Cohn L. R. Rhodes W. A. Bradley .i { W. T. Gleaves D. E. Kauffman l J. A. Barbour J. M. Weaver l The following people are' team members but not Interim Team Leaders W. M. Eagles, III R. C. Proctor B. E. Saxman T. A. Megashko D. G. Falcone i U. C. Watson R. E. Rogers G. W. Tharpe J i _,._,m. __ .,---,-=,--wwvw--=-w-w----=-**-*------
# ^ nu2cn APPE'; DIX D-4 . .s .
Dace 7 of 4, Rev.11 L. C. .~ac2ntee, III ( W. E. Johnson, Jr. R. F. Truax R. Maldando D. Hcuard Search and Rescue /First Aid Group Leader L2k Sware
- Alternate Search and Rescue /First Aid Group Leader .
Carl Koppenhaver Searen and Rescue /First Aid Grouc Members George Menard Jerry Ada.Ts b Phil Turturici James Morgan James Arnold David Grove Patrick Welch Fccert Bickhart John Sarsfield Ja:nes ,Herrick _ _ _ dczne Phone Centrex Plant Survey, Group Leader Steve Grosh Alternate Plant Survey Group Leader ( Glen Faden _ H- p, - .-' MM.m s, eW _
T -- EP-209
. s . A.M U; DIX D-4 Page 3 of 4, Fev. 11 l
l Pla'nt Survey Group .N!eders ( Tcxn Aloright Joe Volz i Steve King
- Steve Taylor
'Iddd Fleische Keith Gordon George Glessner John Scone Debbie Perrine Robert Arters Frank Kovacs Dan Droddy GMy Fay b John Nelson .,
Terry Reisinger Tim Kirkpatrick Evacuaticn Asserrbly Area Group Leader Hcrne Phone Centrex
. Bill Dcuney Alternate Evacuation Asserrbly Group Leader Ted Hoopes Evacuatico Assembly Area Grouc Merters Stan Baker Alex Parducci Dcn Fay
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l ( Jack Purcell Dan Hines sob ok: Coy M' Health Physics Data Taxers for Perscroel Safety Team ary! Padiation Protection Team
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d z 9 L g j J. D. Chronister [ C. E. Mareiro l E. K. Tucker i l M. N. Sunday R. N. Bishop i F. J. Volz, Jr. 1 I R. D. Nixcn It. E. Freed R. L. Workinger k L. M. Shull i D. M. Arrold E. N. Wilson D. E. Kern R. M. Schenning i L. E. Hostetter, Jr. q j
- A. R. Perry l
l J. J. Ccmniskey l T. L. Deneen, Jr. M. E. Shuler '. D. D. Pendleton, III j . D. A. Brown
- 3. V. Townsend
.t. M. Waters -
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.. & -209 M O"?IX I-2 ,
Doce 1 of 1, C,ev. O i
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,,js 3 lE 3 EP-209 AP?c.OIX I OCdISTRY A'ID HEALTH PHYSICS O}mOCIOR CALL LIST ]
I I COETROLLD APPROVE COPY-VOID PPIVIOUS ISSUE j Ndstry (Rad Services, Inc.) ! ' DISTRIBUTION:DN l eSS - SSV %n W Casef, J, ! Quse, D. Centrol Rs. { Gasper, J. Station Super. Leone, B. Office l Miller, T. l Pittsourgn, PA Office
- Rad Services 4 .
Had Services, Inc.
- Instrtraent Calibration f
'. and Repair Services I i
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i P Health Physics (Bartlett Nuclear, Inc.) {' Ipoletta, D. Kiman, B. Saidga, R. Troja,M. j Stafford, T. : Pogers, W. i Chrostowski, J. ) Plymouth MA Office l - 3 I i . 4 1
# ' < EP-209 l APOE':OIX D-2
' ' Page 1 of 5, Rev,11 RW.cA:clb 4%i,al l
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b EP-209 APPS DIX D-2 RADIATICN Pfunt riCN T'EAM CONTROLLED APP 30VID COPY-VOLD PREVIOUS ISSUB \ DISTRIBUTION:DiRC,}{W' l
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Radiatico Protection Hme Phone Centrex ,337
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l Team Leader C N. Gazda 449%ontrol RmtationSuherl Office Alternate Radiation Protection Team Leader S. Nelson a ' i i
'Ihose members with (*) have emergency plan training and l
j may be directed by shif t supervision to serve as leader. ! l Perscnnel who are trained in HP practices but not in the emergency serve as aug:rentation forces, working under the i direction of trained team leaders. \ - Field Survey Group Leader ( Mark Dedrich i Alternate Field Survey Group Leader Steve Malin Interim Field Survey Group Leaders (*) & Members l
- L. Hewell T. Stcne f R. Moore C. Smith l
W. Hoopes G. Smith I
- 3. Shortes k S. Schymanski l
l
.. u . te-2e APPECIX F2
- Page 2 of 5, Rev. 11 ;
l , J. Creedon Page N. Weissenrieder Page , R. Biondi Page i J. Poteet Page
- 3. Gosnay Page T. Taylor Page Supplemental Forces are available from Bartlett Nuclear Appendix.
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. _ _ . _ . _ . . _ _ _ _ . . . _ _ _ , _ . . 1
- E-2n 1 m APPECIX D-2
- Dace 3 of 5, Rev. 11 j ,
. RADIATION PR7nrrION TEA 4 - CHEMISTRY SA,vLING GFOUP i I F.ngineer - Chemistry Hcme Phone - Centrex :
l Harry Watson Alternate !j G. Barley
- 1 Group .w bers t
J. Valinski ; t 'I B. Wargo j * ' i
.! J. Moyer :
l C. Hoffmaster I D. Cnase R. Ullrich O. Musselman l M. Fry J. Gruber Supplemental Forces are available from Rad Service nc. Appendix I-2. DOSIFEIRY, BIOASSAY, RESPIRATORY GROUP Home Phcme Centrex ( Leaders (*) ard Members i
*D. Barron I l
*D. Pleston ,
A. Kahler ( C. Tarbert J. Schnetzka ; l L. Falecne [ ( F. Snowden I i i c
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EP-209
' APPE CIX D-2
, , Page 4 of 5, Rev. 11 l l . DOSS ASS $35Cfr TEN 4 ( i l Leaders (*) and Members - l Hcme Phone Centrex
*A. Hilsmeier l *F. Crosse G. McCarty l R. Smith l
l T. Kirn D. Rockwell HEALTH PHYSICS DATA TAKERS ftR RADIATICN Pium;rdU~ 7EAM AND PERSOtaiEL SArc;rY TEAM l Chronister, J.D. Mareino, C.E. Tucker, E.K. Sunday, M.N. Bishop, R.N. Volz, F.J.,Jr. Nixon, R.D. 1 Freed, M.E. 1 tbrkinger, R.L. Shull, L.M. Arnold, D.M. Wilson, E.N. . Kern, D.E. Schenning, R.M.
- i. Hostetter, L.E. Jr.
i Perry, A.R. Ccrmiskey, J.J. __ _ . . . ~ _.J__*,'_= a a- * * * * -
_____. . ___. . _ _ _ . . _ ___ .._. . . _ _ .___ _ .. _m__ . _. _ _ __ - __ __.. _ . _ _ _ _ _ _ _ r.e .m
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~.o Appn: DIX :)-2
,. Page 5 of 5, Rev L, i
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! Deneen, T.L. Je.
C Shuler, M.E. Pendleton, D.D. III
- l
\
Brown, D.A. I m msena, s.v. I Waters, M.M. ! i I l l I l I f (
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