ML18026A337

Forwards Response to NRC 810323 Request for Addl Info Re Questions 331.16,17,18 & 19 Concerning FSAR

ML18026A337
Person / Time
Site:	Susquehanna
Issue date:	03/27/1981
From:	Curtis N PENNSYLVANIA POWER & LIGHT CO.
To:	Youngblood B Office of Nuclear Reactor Regulation
References
PLA-693, NUDOCS 8103310480
Download: ML18026A337 (48)

Text

REGULATORY (NFORMATION DISTRIBUTION S'=~TEM (RIDS),

ACCESSIQN NBR:8103310080. DDC,DATE: 81/03/27 NDTARl ED: ND DOCKET Ff~:50-387 Susquehanna Steam Electric Stations Unit 1E Pennsylva 05000387 50-388 Susquehanna Steam Electric Stations Unit 2E Pennsylva 05000388 AUTH, NAME AUTHOR AFFILIATION CURTISEN,W. Pennsylvania Power 8, Light Co RECIP ~ NAME'ECIPIENl AFFILIATION YOUNGBLOODiB~ J ~ l..icensing Branch 1 SUBJECT; For wards response to NRC 810323 request for addi info re, Questions 331 ~ 16E17E18 8 19 concerning FSAR, DISTRIBUTION CODE: B001S COPIES RECEIVED:LTR ENCL' SIZE:

TITLE: PSAR/FSAR AMDTS and Related Corr espondence NOTES:Send ILE 3 copies FSAR 8 all 05000387 I8E 3 copies FSAR 8 all amends, amends'end 05000388 RECIPIENT COPIES RECIPIENT COPIES ID CODE/NAME LTTR ENCL ID CODE/NAME LTTR ENCL' ACTION: A/D LICENSNG 1 0 YOUNGBLOODEB 0 RUSHBROOKzM ~ 1 0 STARKERS 04 1 1 INTERNAL: ACCID EVAL 1 1 AUX SYS BR 0'7 1 1 09 BR26'HEM ENG BR 08 1 1 CONT SYS BR 1 1 CORE PERF BR 10 1 1 EFF TR SYS BR12- 1 1 EMERG PREP 1 0 EQUIP QUAL BR13 3 14 22'EOSCIENCES 1 1 HUM FACT ENG OR 1 1 HYD/GEO BR 15 2 2 I8C SYS BR 16 1 1 ILE: LIC GUID 1"'

06 3 3 BR 1

.LIC QUAL BR 1 MATL ENG BR 17 1 MECH ENG BR,, 18 1 1 MPA 1 0 NRC PDR 02 1 1 OELD 1 0 OP LIC BR 1 1 POWER SYS BR 19 1 1 PROC/TST REV 20 1 1 QA BR 21 1 1 ESS BR22' 1 1 REAC SYS BR ?3 1 1 01 1 1 SIT ANAL BR 24 1 1 G BR25 1 1 SYS INTERAC BR 1 1 EXTERNALS ACRS 27 ib 16 LPDR 03 1 1 NSIC 05 1 1 TOTAL NUMBER OF COPIES REQUIRED: LTTR 57 ENCL 51 4C

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PP@.IL TWO NORTH NINTH STREET, ALLENTOWN, PA. 18101 PHONEr (215) 770-5151 NORMAN W. CURTIS Vice President-Engineering IL Construction-NucIear 770.5381 0~t March 27, 1981 6'fgg go )g Mr. B. J. Youngblood Licensing Projects Branch 81 Division of Project Management U.S. Nuclear Regulatory Commission Washington, D.C. 20555 SUSQUEHANNA STEAM ELECTRIC STATION RESPONSE TO QUESTIONS 331.16 331.19 'R 100450 FILE 841-2 PLA-693

Dear Mr. Youngblood:

Enclosed are responses to your request for additional information on March 23, 1981. Responses are provided for all questions (331.16, 17, 18, and 19) in the request.

Please note that these questions were not telecopied to PP6L on February 4, but were sent on March 19. The informal questions sent on February 4 were from the same reviewer, but were different questions.

Very truly yours, vd N. W. Curtis Vice President-Engineering 6 Construction-Nuclear DPM/mks Enclosure cc: R. M. Stark NRC poc )

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UESTION 331.16:

Table 13.1-2 of your FSAR states that you will fill the position of Health Physics Supervisor'90 days prior to'fuel loading. In Section 12.5.1.4 you have committed that the individual filling the Health Physics Supervisor will meet the criteria for Radiation Protection Manager in Regulatory Guide 1.8.

Your technical specifications will also require such qualifications. You should provide a resume of the education, training, and experience of the individual selected to fill this position as soon as it is available.

RESPONSE

The resume of the acting Health Physics Supervisor is attached. The qualifications of this individual satisfy the criteria for Radiation Protection Manager in Regulatory Guide 1.8.

Attachment 3 .to PLA-594 Pa of 2 RADIATION PROTECTION OFFICER TRAINING AND EXPERIENCE Name: Michael R. Buring Education and Trainin 1970 Ohio State University B.S.-Zoology Work Ex erience 1962-1967 U.S. Navy Enlisted Nuclear Plant Operator, Engineering Lab Technician, Prototype Instructor Duties: Mechanical Operator/Instructor at Naval Nuclear Power Plant

.Prototype, Health'hysics and Water Chemistry Control, both Primary and Secondary.

1976-1970 Batelle Memorial Institute Safety Technician Duties: Inspection .and Auditing of various'esearch projects in progress, for compliance with established procedures and regulatory requirements.

1970-1973 Virginia Electric and Power Company Surrey Power Station Health Physicist Duties: Assist station Health Physicist in routine and special projects, personnel dosimetry, radwaste, radiochemistry, procedure writing, radiological environmental monitoring.

1973-1979 Metropolitan Edison Company Corporate Radiation Safety Duties: Technical Support of TMI station personnel in Health Physics, personnel dosimetry, radwaste,'rocedure writing and review, radiological environmental monitoring, etc. Supervised personnel dosimetry group during and after accid'ent.

1979-Present Pennsylvania Power & Light Company Environmental Group Supervisor-Nuclear Duties: Supervise the implementation of radiological and non-radiological environmental monitoring programs.

Licenses and Certificates None 02/27/81

Ex erience With Radiation -'ichael R. Buring

~Isoto e Amount Location Duration of Use Mixed Fission, Trace- U.S. Navy 12 Years Power and Naval Activiation, 6 Corrosion Kilocurie Surrey Nuclear'Sta. Reactor Health Products - Byproduct, Three Mile Island Physics '

Source and Special Nuclear Station Physics Program Nuclear Material

QUESTION 331.17:

Section 12.5.3.7.2.6 of the FSAR states that an individual will be considered qualified as a Health Physics Monitor after the initial training period of one year. Your technical specifications will require that your Plant Staff meet the qualifications of ANSI 18.1. This ANSI Standard requires two years experience before an individual is considered qualified as a radiation protection technician. If you wish to propose an alternative qualification program for your 'Health Physics Monitors, 'you should provide a detailed >>>

description of the quali.'fication program.'therwise, your FSAR should be amended to show Health Physics Monitor qualification per ANSI 18.1.

RESPONSE

The resumes of the Health Physics Monitors are attached. Also attached is a table summarizing the training program for Health Physic Monitors. All HP monitors will meet the qualifications of ANSI 18.1.

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ED~ICN: 1 year mllege KUKKH P~ICS N3RK EXPEZGHXZ:

9/78 Present Health Physics Nonitor PP&L 4/77 9/78 Sr. H.P. Tech. Peach Bottan RAD Services 6/76 2/77 Sr. H.P. Tech. Shipoing Port 6/73 1/76 Electric Boat U.S. Navy iKEEAR 6'RAINING:

A~lear ~ ~~e Basxc Nuclear B.O.P. Training SChool Prototype Academic Refresher Course U.S. Navy U.S. Navy General Physics PP&L CRD Systan Training General Electric Response to ~

Health Physics Yanitor Training Unit 2 Incident Training at J.A. Fitzpatrick 1979 1979 PP&L mE J.A. Fitzpatrick N.P.S.

Outage Training at Pilgrim 1980 Pilgrim N.P.S.

Health Physics Tech. Training Electric Boat Work Experience cont.

DATES POSITION i'i EMPLOYER 10/19/8 0-11/21/80 H.P. Training (OJT) Vermont Yankee 5 n~ I( lt lg I

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HEALTH PHYSICS WORK ~ERIEÃCE:

9/78 - Present Health Physics Monitor PPaL 10/19/80-12/19/80 H.P. Training (OJT) Uermont Yankee RiCURR TRAINING:

Acadanic ~fresher Course General Physics

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B.O.P. Training Course System Training Health Physics Monitor Training PPGL

'eneral Electric PP&L Training at J.A. FitzPatrick 1979 J.A. Fitzpatrick N.P.S.

Outage Trai~g at Pilgrim 1980 Pilgrim N.P.S.,

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~~en EXP:":?IENCE 8 QUAL>i:ICATIONS VS-NA:!E: Daniel H. Diehl EDUCATION: 1 year Oollege HEALTH P~'SICS MOP~( EHERIWmCE:

DATES POSITION P.CLOYER 9/78 Present Health Physics Janitor Light

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Penrw. Pcwer a 9/22/80-12/19/80 H.P. Training (OJT) Vermont Yankee P~r P hUC'AR TRAINING COURSES:

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Satiny 2ZPER~E & QRLG.ICATZCt~ v~ AVD j l5. l tQ 7 I Strelecki, Samuel J. Jr.

EtXK~CN- 2 yrs. college HEALTH PHYSICS 'ARK KG'ERMNCE:

9/78 Present

. Health Physics Manitor 12/74 8/78 Sr. H.P. Technician Brcokhaven Hat. Lab. BNL 1 0/1 9/8 0-11/21/8 0 H.P. Tra'ning (OJT) Vermont Yankee 5m~

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~iainte~ce Outage 1980 Pilgrim N.P.S.

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• National Registry of Hadiatian detection Technologist (hW~i) Registerea Technologist (2/79)

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1/3/80-1/31/80 H.P; Traini~ Pilgrim N.P.S 10/19/80-11/26/80 H.P. Training (OJT) Vermont Yankee II II II P~ 86~~4 ~~ 8+

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2. WD Svs tan rairung Cmr,eral Physics

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EDUCATION- High, school Graduate, lc5 yrs. of College, Nayy Training Cum~

HEALTH PHYSICS LARK EXPERIENCE:

DATES ~IlEER 1978 Present Health Physics Monitor PAL 1977 1978 H. P. Technician NUCUBR TRAINING:

VENDQR Basic Health Physics 1977 RAD Services Academic Refresher Course C~~eral P&mxcs B.O.P. Trairdng Course PPRL CRD System Training General Electric Health Physics Monitor Training PP6Z Response to Zp Unit 2 Incident 1979 J.A. Fitzpatrick N,P,S, 1979 J.A. Fitzpatrick Pilgrim N,P,S, 1980 Pilgrim N.P.S.

H.P. Training (OJT) 10/19/80-11/21/80 Vermont Yankee jl gl gs W~~ mo~-(~ P~. Bi:

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NA~IE: Walter E. Horrissey EDI'CATION: B S. En~~tal Science, HEALTH PHYSICS IllOM EXPERIENCE:

DATES POSITION EPLOYER 9/78 Present H.P. Nzd.tor Penna. Pcwer &

6/77 9/78 1/3/80-1/3+80 Radiation Safety Technician Einstein Light'lbert

~cal Cntr.

H.P. Trainee (03T) Pilgrim N P S 10/10/79-10/33J79 H.P. Trainee (OJT) Z.A. Fitzpatrick N.P.S.

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KCCLEAR TRAINING COURSES:

TITLE VENDOR Health Physics Rzu.tor Training Penna. Pawer & Light CRD System Training General Electric B.O.P. Training Penna. Pcarer & Light Academic Refreshner Gourse General Physics Q 0~ ~

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9/79 Present Health Physics ~$ onitxrr '.Trainee Penn. Purer & Light 2/80 3/80 H. P. Training (OJT} Pilgrim N.P.S.

lo/l9/80-ll/26/80 H.P. Training (OJT} Vermont. Yankee 5'~ pg4 R.CLr~ TWINING CGURSES:

TITLE VRKOR 1 ~ H881tll P+s>.cs Balll.F01 TZR1!~ PRADO PcÃBK & LLgllt

2. Plant Control Operator Course ICS

3. Systems Course Penna. Po~ & Light

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NAME- Vincent M. Zukauskas Jr.

EDUCATICN- A.A.S. in Radiological Health Safety HEALTH PHYSICS %ARK EXPERIENCE:

DRTZS EMPLOYER 2/69-3/74 H.P.tech. Newport News Shipbldg. & Dry Dock Co.

3/74-9/76 H.P.. tech. Morrison & Knudsen Co.

9/76-11/76. H.P. tech. Rad Services 9 Phila. Ele.

9/5/79-10/2/79 H.P. tech. J.A.Fitzpatrick Nuclear Pl.

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2. CRD System Trainign General Physics

3. B.O.P. Training Penna. Power & Light

4. Academic Refreshner Course General Physics

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EXPERIENCE & CUALFFZCATIONS VE NAME: Charles N. Madara HEALTH PHYSICS EXPERIENCE:

DATES POSITION EMPLOYER 12/79 Pr'esent Health Physics Monitor Penna. Power & Lig 2/80 - 3/80 H.P. Training (OJT) Pilgrim N,P.S.

9/2 2/8 0-1 0/24/8 0- H.P. Training (OJT) Vermont Yankee 11/P OJ 8 0-12 ~19/80 hLCLEAR TRAIPSING COURSES:

TITLE VENDOR Health Physics Monitor Training Penna. Power & Light Navy Nuclear Power Bainbridge, Md.

Navy Nuclear DIG Prototype Saratoga, N.Y.

Quality Assurance Navy-New London, Conn.

Engineering. Lab Technician Navy-Saratoga, N.Y, Pump and Steam Components Navy- New London, Conn.

Machinest Mate ~ H Navy-New London/USS-Nhale (SSN-638)

Aux. Systems Operator PP&L SSES I

BOP Training PP&L SSES Basic H.P. for Operators PP&L SSES Simulator Staff NSSS Course PP&L SSES bled kc; ( I) ~~ g'p u3~4 ~p~~

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UESTION 331.18:

It appears that two neutron survey meters are not adequate to meet the anticipated needs of a two unit plant. You should provide a table to show equipment adequate to operate a two unit plant. In addition, you should provide a table specifying the quantity and types of respiratory protection equipment available,

RESPONSE

A table showing survey equipment is attached. PP&L is in the process of evaluating the types and quantity of respiratory protection equipment needed for both units., A table with this information will be provided prior to fuel load.

SUM1KT: SUSQEXBNNA S.E.S. RADIATICN MONITORING IN CN PROCUBH4KÃZ STATUS identifies required FSAR equipnent/instrumentation for normal operations and outage situations, vs. numbers on-hand and projected needs.

Attachnant l-l includes a narrative description sumnarizing the equigmnt/

instruments technical capabilities as well as their in-plant intended use.

Attachment l-l-l identifies the proposed CAM Locations and Monitoring Cap-abilities. identifies the quantities and appropriate emergency equi@rent/

instrumentation to be procured under the provisions of the SSES Hnergency Plan.

TECHNICAL INSTRUMERZ/EQUIPMEÃZ PROCEDURE STATUS identifies the applicable Health Physics technical equignent/

instnmant procedure list. This list also includes the cxmpleted procedures vs. procedures to be written.

FACILITY, EQJIPMEÃZ 6 INSTRUMENTATION SZPZUS Attachrent 4 identifies the necessary facilities and equipment along with of instrumentation necessary for start-up and operation of Unit l. a'ist .1 includes equipnent & instrumentation changes and recmmendations in regumd to INI Action Plans.

Attadment 5 includes calibration frequencies for portable and bench instru-mentation and identifies prcblan areas.

'Attachment 1 Page 1 of 3 EQUIPMEÃZ INSTfKMENTATIGN NORMAL OPERATIONS & OUPAGE SITUATIONS FOR 2- UNITS Portable Instnzmntation On-Order F SAR Projected" Ccomitment Need E-520 w/HP-279 Probe Eberline 20 12 20 RQ-2 Eberline 10 15 20 Eberline 9 5 20 6112 Eberline 5 10 PNR-4 Eberline 1 1 PRS-2p/NRD Eberline 2 PAC-4S Eberline 4 Eberline 1 RM-14 w/HP-210/26 Probe Eberline 19 25 75 Po+ .5 IRT Corp. lo HEH-5A Eberline 2 Bendix 10 10 30 HI-Vols Radeco 7 5 20 IQ-Vols Radeco ll 20 Impactors Richmond Labs 2 Panoramic Victoreen 1 BZAS ,Dupont 1 BZAS MSA 1 Cp-MV Nuc. Assoc. 2 415A-9 Xetex 10 10 60 305-A Xetex RM-16 w/HP-200 Probe Eberline Frisker Model 425/w489-110 Victoreen 15 PAC-7 Eberline 5 RAS=l (Lo-Vol) Eberline 6

• The Projected need(C) and the quantities sPecified; where based on an evaluation by a 'IKf ~ienced instxumentation consultant.

Attaint 1 Page 2 of 3

. 'BBIleh.. ~c: trument:.". On-Hand FGAR Projected Ccnmitment Need MCA, 1 Ge(Li) 1 2 (3)

Caaputer '? 1  ?

Teletype  ? 1  ?

Tape Deck  ? 1  ?

X-Y Plotter  ? 1  ?

~-55 1 2 2 ZC-2/MS-2 Eberline 1 1 Tracor* 2/RaI Tracor 1 1 1 RD-14 at./MS-2 Eberline 2 2 2 RD-14 B/MS-2 Eberline 2 1 2 Centicount 1 1 2 Eberline 1 2 2 RD-15/MS-2 Eberline 1 1 1 Condenser R Vice'een 1 1 2 6 Condenser R Chambers Victoreen 6 12

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CAM's 5 1

RMS-II Eberline  ?

Sping , 4 Eberline

Attachtent 1 Page 3 of 3

'Pers~ 1M(3$ +tor~g.:; I::i Vendor FSAR Projected cmnitment Need Instrunent SHPD (0-200) 400 400 400 SRPD (0-500) 350 475* 1500 SHPD (0-1R) Johns an 50 50 500 SRPD (0-5R) Johnson 20 25 100 SRPD (0-100R) Johnsan 25 25 SRPD ~ers Johnson 24 5 50 TID's  ? 1500  ?

Extremity KID  ? 100  ?

TU) Reader (Manual) 1 1  ?

Alarming Dosiaaters Victoreen .2 10 100 Experiemnts TZD Reader (Automatic)  ?  ?

• FSAR e to all use of (0-50 ' /hr) dosing. ers for low intexamdia dose accumul work, use of its hr er range.

Respiratory Protection QnOr der FSAR Projected

'ment Need

'ML Test System A.J. Abrams  ?

Attachrtent l-l 0 Page 1 of 4 SSES HEALTH PHYSICS IN Portable Instrumentation

l. E-520 w/HP-270 Probe (Eberline) Gm detector used for low level exgceure rate measurenents and detection of fixed contamination.

2. RO-2 (Eberline) Ian Chanber used to cover the general range of dose rate measurarents necessary for radiation protection evaluations (surveys)

Ganxna & Beta.

3. RO-2A (Eberline) Ion Chamber use same as N2 above used for scmewhat higher dose rate surveys Ganxm & Beta.

4. Teletector (Eberline) Gm Detector used far very high dose rate surveys and hard to reach areas.

5. PNR-4 (Eberline) 9" Cadmium loaded BF3 Tube used to measure the dose equivalent rate due: to Thermal, InternecLiate and Fast Nuetron Fluxes.

6. PAC-4 (Eberline) Scintillation Alpha Counter used to check for Alpha Contamin-ation for new fuel inspection.

7. PNC-4 (Eberline) BF3 Tube w/Cadmium Shield used far detection of Neutron Fluxes.

8. RH-14 w/HP-210/260 Probe (Eberline) GM Detector used far contamination detection Personnel Monitoring.

9. P~ Monitors (IRV Corp.) Liquid Scintillation final contamination check.

used at Gate Houses for

10. HFN-5A Hand and Foot Counter (Eberline) used to check for personnel con-tamination at various locatians throughout the plant.

ll. BZA's Breathing Zane Air Samplers (Bendix) used to collect an air sample in workers breathing zone for various RNP jobs.

12. Hi-Vol Air Samplers (Radeco) used to collect air samples where no iodine is expected.

13. Lo-Vol Air Samplers (Radeco) uses to collect particulate as well as iodine air samples

14. Impactors (Riche Labs) used far air particulate sampling, and to determine particle site distributians

15. Panoramic (Victoreen) Ion Chamber used for dose rate measure@ants medium to high range Ganma & Beta.

of Attachment l-l ,0 Page 2 4

16. BZA (Dupcnt) Same as Ill above.

17. BZA (MSA) sana as Ill above.

~s'8. CP-MU (Nuclear Assoc.) Ion Chamber used for extremely high exposure rate neasurenents underwater, used for Reactor Vessel internals as well as far neasurenents in the Spent Fuel Pool.

19. 305-A (Xetex) Gm Detector used primarily as an aid for persannel exposure control.

20. RAS-1 Pump Air Sampler (Eberline) used for Lo-Vol Air Samples that must be run far long periods of time.

21. PAC-7 Takes place of PAC-4S (Pac-4S Discontinued)

22. PRS - 2p/NRD Neutron rate mof er, (digital) .

23. RSS-ill Pressurized Ion Chanher used far envirannental monitoring.

AttacJatent l-l Page 3 of 4 Bench Instrurrentation

l. MC'A, Ge(Li), ~ter, isotopic amalysis of air Teletype, Tape Deck, X-Y Plotter samples and ~s. (PQZ) use for

2. PC-55 (RK) Gas Flow Proportional Counter used for gross counting of air samples, Beta s Alpha simultaneously be separately.

3. FC-2/MS-2 (Eberline) Gas Flow Proportional Counter used for gross Beta analysis of air samples.

4. Tracor 2/HaI (Tracor Northern) used for isotopic analysis of air samples.

5. RD-14 oC/8/RS-2 Scintillation Detectors {Eberline) used for gross Beta/alpha counting of air samples.

6. Centicount (Baird) Gas Flow Proportional Counter used for counting of smears.

7. BC-4 (Eberline) GN Detector used for mar counting for new fuel inspection.

~y on Refuel Floor

8. Condenser R Meter (Victoreen) Ion Chamber used to verify radiation fields in

~ration facility.

9. Continuous Air monitors (NHC) used to nnnitor air at various locations through-out the plant. (See attachrrent 3..l.l showing planned locations).

10. SAN-2 {Eberline) Scintillation Detector used under emergency conditions to determine iodine concentrations.

ll. Nhole Body Counter (not known) - self explanatory.

12. RMS-II (Eberline) Ion Chamber will monitor radiation fields in and around Reactor Cavity and Vessel while work is in progress.

13. Self Reading Pocket Dosimeters 0-200 D~3aird UseD for Exposure 0-500 Johnson Control of Workers 0-1R 0-5R 0-100R

14. SRPD Chargers Recharge Dosimeters

15. TID's Dosim try of Reccxd at SSES.

16. TID Reader (not known) will read TLD's.

Attachrent l-l Page 4 of 4

17. Alarming Dosimsters (Various) exposure control of individuals in high radiation areas.

18. Indirect Reading Pocket Sosixreters 0-200 6 0-500 (Victoreen) used for daily dose accumulation for individuals intering the plant.

19. NKL Test System (A.J. Abrams) Respirator Test Fitting Respirator and Cannister Testing.

20. Sping 4 (Eberline) continuous Air Monitor, used to monitor Effluent Iodine and Noble Gas in our Vent Ducts.

Attachneht 1-1-1 CAM IQCATICNS ication Unit, I Um.t II Ccnann Rx. Building El. Particulate, Iodine, Noble Gas 1 1 Particulate, Iodine, Noble 818'l.

Gas 1 1 Particulate, Iodine, Noble 749'l.

Gas 1 1 719'urbine Building El. 729 (Central Location) Particulate, Iodine, Noble Gas El. 676 (Reptarea) Particulate (B)

El. 656 (Gcxmen Egup. Area) Particulate, Iodine, Noble Gas Radwaste 676 Particulate, Iodine, Noble Gas 1 El. 676 (Trash ~ctor Area) Particulate (B) 1 Control Structure El. 729 (Control Roan) Particulate, Iodine, Noble Gas

0 Page 1 of 7

,~Attachment 2

\

HOSPZZAL ENERGENCZ ZQUIPMWZ Portable Instrurmnts Vendor Projected Need RH-14 w/HP-210/260 Probe Eberline 1 E-520 w/HP-270 Probe Eberline 1 RO-2A Eberline 1 Personnel Monitoring Inst. Vendor Projected Need SRPD (0-20MR) 10 lo SRP~',0-100R) 10 TZD's  ? 10 TZD's Ring Type  ? 10 S ~ger  ? 1 Page 2 of 7 Portable Instruments Vendor Projected Need Teletector 6112 Eberline 1 RO "gP Eberline 1 Personnel Honitoring Inst. Vendor SRPD (0-100R) 6 SRPD (0-5R) '? 6 Si J (0-50R) '? 6 SRPD Charger  ? 1

Page 3 of 7 ZNEBZKCY MONITORING TEAM ~

INPHKMEÃIRTICN

~" ~le Instruments Vendor Projected Need E-520 w/HP-210/260 Pacha Eberline 5 Hi-Vol Air Samplers Eberline 5 Personnel Monitoring Bpu.p. Projected Need ShrQ (0-50QMr/Hr)  ? 10 SRPD (0-5R)  ? 10

.> BBclges  ? 5 Page 4 of 7 Portable InstrUments Vendor Projected Need RO-2A Eberline RN-l4 w/HP-2l0/260 Probe Eberline Battery Powered Air Sampler  ?

Hi-Vol Air Sampler personnel Monitoring Equip Projected Need SRPD (0-SOOMr) 5 SRPD (0-50R)  ? 5 k,J (0-5R) lo SRPD Charger  ? 2 TID' 5

Attachpent 2 of EMERGENCY VAN Page 5 7 INSTBUMSTATION Portable Instruments Projected Need E-520 w/HP-210/260 Probe Zkerline 1 BO-2A Eberline 1 HH-14 9/HP-210/260 Pn~ Eberline 1 PAC-45 Eberline 1 Benchx 1 Hi-Vol Air Sampler Red eco 1 Battery Powered Air Sampler 1 Personnel Monitoring Hcpxip. Vendor Projected Need SMD (0-500mr/hr 5 TID's 2

Attaehient 2 Page 6 of 7 U

STATIm ASZmaXZ AREA INSrrmXZmaTICN/txurmCZm Portable Instrurrents Vendor Projected Need RH-14 w/HP-210/260 Probe Eberline 4 E-520 w/HP-210/260 Probe Eberline 2 Hi-Vol Air Sampler Red eco 2

Attachrpent 2 Page 7 of 7 E.O.F. ASGEH3LY AREA.

INSTRUNlXTATICN ZQUIPMEFZ Portable Xnstrunants Vendor Projected Need E-520 w/HP-210/260 Probe Eberline RO-2A Eberline RH-14 w/HP-210/260 Probe Eberline PAC-4S Eberline Hi-Vol Air Sampler Redeco SAN-II Eberline RSS-ill Renter-Stokes Personnel Monitoring Ecpzi p. Projected Need SRPD (0-50QMR) 50 S. ~ (0-5R) 50 SRPD (0-50R) 24 SHPD (0-100R) 12 SHPD (0-200R) 12 TXD' 50 SHPD Charger 6

.. Attachment 3 Page 1 of 2 TECHNICAL INSTRl3MEÃZ/EQUIPMERZ PRCCEDUlK STATUS Procedure Procedure Ccmpleted &

I Title Approved Not Canpleted HP-TP-210 Use of Se1f-Reading Dosimeter 6-10-80 3P-Tp-213 Self-Reading Dosimeter Charging Drifts, Calibration Response &

Leak Testing 8-30-79 HP-TP-214 Operation & Calibration of the TID System HP-TP-215 Whole Body Counter Operation and Calibration HP-TP-216 Routine Functional Checks of Whole Body Counter HP ZP-217 Routine Functional Checks of Whole Bcdy Counter HP-TP-230 Use of Portable Air Samplers (Hi &

Lo Volume) 8-22-79 HP XP-232 Use of Breathing Zone Air Samplers 8-22-79 blP TP 233 Use & Operation of Continuous Air Monitor (CAMS)

HP~. 248 Use of Condenser R-Meter 8-30-79 HP ZP-249 Calibration & Testing of Health Physics Counting Instrunemts 7-16-80 HP"TP-250 Operation of Baird Cent. Count-Automatic Counting System 5-21-80 HP-TP-251 Operation of Multi-Channel Anal-yzer with Ge(Li) Detector HP-TP-252 Operation of Low Background Gas Flaw Proportional County+ 8-22-79 HP-TP-253 Operation of Eberline Model BC-4 Counter 6-10-80 HP~254 Operation of Eberline MS-2 with RD14/RD15 Probe 3-12-80 HP-TP-258 Operation of Model TN-1705 Multi-Channel Pulse Height Analyzer 9-10-79 HP"TP-259 Operation of IHC Mcdel XC-55 Proportional Counting System 5-21-80 HP-TP-260 Operation of Eberline E-520 6-M Beta Ganxna Survey Meter 2-19-80 261 Ogeration of Eberline PAC-45 Portable Alpha Counter 8-22-79 HP-TP-262 Operation of Eberline PNR-4 Portable Neutron Rem Counter 8-22-79 HP-TE 263 Operation of Eberline RO-2A Ion-ization Counter Beta-Garraa- Surv Meter 2-19-80 HP-'l"r-'264 Operation of Eberline Teletector Long Reach Beta~ma Survey Meter 2-19-80

'. Attachment 3 Page 2 of 2 Procedure Procedure Canpleted &

I: Title Approved Not Completed HP-TP-265 Operation of PNC-4 Neutron Counter 3-12-80 HP-TP-266 Operation of Xetec 305A-2 HP XP-267 Operation of High Range Survey Underwater Meter Model CP-NT 1-21-80 K~V-268 Operation of Eberline RM-16 HP-TP-270 Operation of Beta~maw Frisker 2-19-80 HP-TP-271 Operation of Reuter Stokes RSS-ill Presurized Ion Chariber X HP XP-272 Operation of Portal Monitor X HP-TP-274 Operation of Hand 6 Foot Monitors 2-19-80 HP-TP-275 Operation of Victoreen 470A Panor-amic Survey Meter 8-22-79 E?-TP-269 Operation of Eberline SAM-2 HP-TP-822 Operation of Ccmputer Dosimetry Program X HP-TP-854 Whole Body Counting X HP- -810 TID Evaluation and Record X Total Total Total Procedures Ccmpleted Not Completed 36 22 (61%) 14 (39%)

,~

achment 4 Page 1 of 2 HEALTH PHYSICS CXXKZ RCCN Bench Instrumentation i 'On-Hand Calibrated Operational

~ter Teletype Tape Deck X-Y Plotter Baird-Gas Flmr Prop. Counter PC-55-Gas Flem Drop Counter PC-2/hS-2 Gas Flew Counter Tracor w/hlaI RD-14/MS-2 ~

-14PS-2 B-RD-15/MS-2 B Go<

BC-4 RH-14 Portable Instruments Calibrated Operational (10) - E-520's 3 (10) RO-2 ' 3 (5) RO-2A's 2 (4) Teletectors 1 (1) - PNC-4 (2) PAC-45 (1) - PNR-4

Z+~chmeat 4 Page 2 of 2 HEALTH PHYSICS MMAS'TE QFPICE Oper atianal PC-2/MS-2 RD-14/MS-2 RD-14/MS-2 B W-14 (5) - R3-2's E-520's Teletector

Attadmmt 4.1 9NI ACTIN ITEN STATUS Audible Alarm Dosinenters To is date, 10 alarming dosimeters have been ordered frcm Xetex. It estemated that approximately 30 are required for Unit 1 fuel load.

Dosimeters being purchased are Xetex 415A-4's and/or a modified ver-sion allowing a higher preset dose alarm (2 R) . These dosimeters are in ccmpliance with applicable sections of the draft ANSI standard and Reg. Guide. The draft ANSI standard ries and alarming dosi-m ter by capable of a aaxinazn dose of 200 R (Section 9.4.2) . This seems an unreasonable r'equirenent in that exposures that. high are anticipated only for accident scenarios. In such cases high range SRPD's and dose rate instruaants capable of integrating total expos-ure would be adequate.

In Plant Radiation & Airborne Radioactivity Monitors G.E. and Bechtel reccmnendations have been reviewed. PP&L Health Physics reccmnendations on additional charnels to the system have been submetted to ISG. Reccmrendations for the location and mon-itoring capabilities have been finalized. Additional CAM's (Manufacturer undecided), must be procured to ccmply with these reccmtendations.

Gaseous Effluent Monitor Specilications Bechtel source term study was reviewed and effluent monitors loc-ated on 818'ill be accessible during accidents either via the control structure access or through the other unit. No information available yet as to estimated airborne concentrations on the re-fuel floor during an accident.

o CalHxrated quarterly by Health Physics Monitors PCEKM3IZ IN ON - Calibrated Quarterly o At present ~ration is being performed by an outside vendor (RMC) . This is creating as excessive turnover time between sending, calibrating and receiving instructs. Our inhouse I&C personnel will be performing the calibration on these instruments at a later date, upon the sukxnittal and approval of calibration procedures by the NRC and receipt of appropriate calibration sources on site.

'C UESTION 331. 19:

On 1/22/81 you made preliminary response to TMI-related requirements in NUREG-0737.

In your final responses you should provide the information requested in Sections XI.B.2, II.F.1(3) and III.D.3.3 of NUREG-0737.

RESPONSE

Responses to all items in NUREG 0737, including II.B.2, II.F.1, and III.D.3.3, were sent to the NRC on March 16.(iefer to PLA-659, N. W. Curtis to B. J. Youngblood).

~ h