ML20101E591

Forwards FSAR Addendum Re Updates to Health Physics & Chemistry Programs & Operator Training Program.Updates Reflect Changes in Organizational Responsibilities & Minor Facility & Equipment Utilization Difference

ML20101E591
Person / Time
Site:	Wolf Creek
Issue date:	12/21/1984
From:	Koester G KANSAS GAS & ELECTRIC CO.
To:	Harold Denton Office of Nuclear Reactor Regulation
References
KMLNRC-84-232, NUDOCS 8412260309
Download: ML20101E591 (20)

Text

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' KANSAS GAS AND ELECTRIC COMPANY THE ELECTFHC COMPANY SLENN L. MOESTER WDCE PSE5aOENT.feuCLEAR December 21, 1984 Mr. Harold R. Denton, Director Office of Nuclear Reactor Regulation U.S. Nuclear Regulatory Commission Washington, DC 20555 KMLNRC 84-232 Re: Docket No. STN 50-482 Subj: Wolf Creek FSAR Described Programs

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Dear Mr. Denton:

Enclosed are updates to the Health Physics and Chemistry Programs and the Operator Training Program described in the Wolf Creek FSAR Addendum.

These updates were required to reflect changes in organizational respon-sibilities, minor facility and equipment utilization difference, clari-fications to more accurately reflect the Wolf Creek Health Physics Program and clarifications relating to personnel training.

These changes will be incorporated into the next revision of the Wolf Creek Final Safety Analysis Report. The information is hereby incorporated into the Wolf Creek Generating Station, Unit No.1, Operating License Application.

Yours very truly, vY GLK:cks Enclosures cc: PO'Connor (2)

HBundy 6#

8412260309 841221 6

PDR ADOCK 05000482 A PDR r

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201 N. Market -Wichita, Kansas -Mak Address: RO. Box 2C8 I Wichia, Kansas 67201 - Telephone: Area Code (316) 261-6451 i

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OATH OF AFFIRMATION STATE OF KANSAS- )

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COUNTY OF SEDGWICK )

t I,:Glenn L. Koester, of lawful age, being duly _ sworn upon oath, do depose, state and affirm that I am Vice President - Nuclear of Kansas' Gas and Electric Company, Wichita, Kansas,- that I have signed' the foregoing letter

- of transmittal, know ~ the contents thereof, and that all statements contained therein are true.

KANSAS GAS AND ELECTRIC COMPANY l

By_ Mff)

Glenn L. Koester c

Vice President - Nuclear E.D._ Prothro, Assistant Secretary-r.

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STATE OF KANSAS ) M

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< COUNTY OF SEDGWICK ) I, s ey '

BE IT REMEMBERED that on this 21st day of December, 1984 , before e

me, Evelyn L. Fry, a Notary, personally appeared Glenn L. Koester, Vice

' President - Nuclear of Kansas Gas and Electric Company, Wichita, Kansas, who is personally known to me and who executed the foregoing instrument,-

and he duly acknowledged the-execution of the same for and on behalf of and as the act and deed of said corporation.

' IN -WITNESS WHEREOF, I have hereunto set my hand and affixed my seal the

._- date. and year above written'.

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fvdilyn Fry, Notary

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Myb ssion expires on August 15, 1985.'

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SNU PPS-WC h, ,. :12' 5h HEALTEF PHYSICS : PROGRAM 4' * ..-

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"l'2.5Y15 YORGANIZATIONr -

2 TherWCGS~ Health Physics Program is established to provide an effective means' of radiation protection for station person-nel, visitors.and the general public. The program consists of:.s A-management philosophy which supports radiation protec-tion..ande ALARArconcepts,. . a.. homer of fice and2 site - organiza ,

tionalystructure,m ( Sees Chap. terr 13.0 ) M qualified < personnel.wtor:-E. ,

dirshFdn'dfimplehient the* Health Physics Program, writtent'~

proceduresyoutlining acceptable < radiation protection. prac- - -

ticeseand"the. appropriate equipment and facilities necessary toesupport a comprehensive Health'-Physics effort. The pro-gram: "is - developed and will be implemented through the appl.icablen sections- of 'the- Code of Federal Regulations,.

Regulatory-Guides and ANSI standards. (See Table 12.1-1 for the applicable criteria).

The: Radiological Services Section is responsible for provid-

,ings,t'echnical support _ to . thezWCGS. Health Physics Program._

This'section#is- headed 7by the Manager Radiological Services who in' turn reports to the Manager Nuclear Services. At the timenof commercial operation at least one individual.within the section will meet the qualifications of ANSI N18.1-1971, Regulatory Guide 1.8,.8.2, 8.8 and 8.10. The resume of the Manager Radiological Services is provided in Section 13.1.

The major responsibilities of this office include:

1) Providing technical support to the site radi-ological (Health Physics, chemistry, environ-mental, and emergency) programs during normal plant operation, outages and unacticipated events.

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2)  ?-^~id ig the long range planning' ncccssary for continuity end edcquacy Of the site radiological program and tcchnical sp;;ifics tien de iclop=cnt.

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3) Th c. subsittal of regulatory agency reports l related to WCGS radiological programs. Serv-ing as a technical liasion between the regu-latory agencies and KG&E regarding the follow-up of these documents and ALARA compliance of site radiological programs.

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~~ 4). Providing a t^+ic21 input to. the - m2n200 ent '

ALARA program incl ding pcrconncl training,

. regulatory criteria. reviewcand. th; continual analysis of personnel radiation exposures vs.

the'ALARA philosophies..

5) Managing cencultant centr:ct: 2nd czzluating

. -their technic 21 centent, 2pplicability 2nd

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- nN.m wY.Heilth'fPhp's'i'cist e.isYr=e>s,ponsibleifor:" the- routine nt ,

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" The sit'e operationpand< management.of.the.WCGSlHealth, Physics Program. m . .

He has Odirect: -technical ~ recourse 3'to the" Plant Manager:

who maintains the overall responsibility > for:the: WCGS Healthe- .

Physics Program. The site Health: Physicist has been serving ..

in this~ capacity since February- 1979 and. at the time ofc commercial. operation, will meet, the. qualifications- of ANSI ' N18.1-1971, Regulatory Guide .1. 8, 8. 2, . 8. 8 and 8.10 (The resume of the site Health Physicist is given in Section 13.1). Health Physics technicians < will . be.. assigned to the .

station before- fuel loading and under this individuals' directiong :willMbecome; familiar = withm the < station layout, personnel, and' procedures and equipment.

Onsite backup coverage in the event of the absence of the site Health Physicist will, be provided by designating one of the Health Physics Supervisors. Minimum qualification requirements for the Health Physics Superyisors will be a B.S. degree in science or engineering,'Pa$f two years health physics experience, one year of which should be nuclear power plant experience, with six months of this experience being onsite as specified in draft ANS 3.1-1981 Section 4.4.4.d.

The WCGS Health Physics organization has major responsibil-ities in:

1) coordinating with the operating, maintenance and engineering departments to provide health physics coverage for all activities that involve radiation or radioactive materials.

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2) prc'$ ding radiation protection" training " to personnel at icvcic ccamcncurat; cith th w

.ccdC, including n hccith phycica indoctrina a-. -c . - . -a-..-- -a .. : : u kni inWaK T2pya:7;;WRr %7FAXC'K',*),y;,psy,....py p r < ct. *e<u .

3) enacting the site ALARA program

4) providing a personnel Radiation Dosimetry and records management program If 12.5-2 "VM

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-5)- providing; radiation. surveys of station areas, posting radiation zones, supplying. follow 1 up.

- . monitoring'and. maintaining records He.HL Nysiu 6)~ maintaining

• equipment function *Iand . calibra/.ed know squ:p rands ayam

7) prcviding V fee respiratory protection .W:

firrt zi' <fgr - the station personnel

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k Both..Home Office andnWCGSLprocedures- will be developed with.

[ specialuattention given. to , maintaining personnel exposures.

r r to.. ALARA -levels. Work - inn a.-radiation area for activities 1 sucha as: maintenance,. inspection, refueling, and nonroutine i ' operations - will be. . carefully; . thought out prior to the initiation of works so- as to;: minimize exposures to asc low as -

practicablen levels. s Wherercircumstances allow,. the . utili -

, X zatio,,g. npof specificm. exposurenreduction techniques,. i.e.,

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a. Minimizing .. source' strength and contamination. - .

levels by flushing . tanks, lines etc., prior

[ to-performing maintenance.

$ b. Minimizing radiation levels in work areas by r the use of movable shielding. -

k c. - Using remote handling- equipment and other

special tools.

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d.. Minimizing- discomfort of workers so that k efficiency will be increased and less time

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r-will be spent in radiation areas.

E' P will be made part of the. procedures for work in radiation  ;

areas.

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b Each individual is responsible for ~behing o the site E radiation protection procedures and a thorough, demonstra- -

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- table knowledge of these will be required ' prior to entry l into a radiation area. Individuals are further charged with

following the. guidance of - the Health Physics staff during their indoctrination, and normal work tasks and any activity nom E

to Je i.n violation of procedures will be reported to the appro-p priate supervisor.for resolution. ~;

g g 12.5.2 EQUIPMENT, INSTRUMENTATION AND FACILITIES '

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12.5.2.1 Health Physics Equipment and Instrumentation  ;

i-l Laboratory, fixed and portable equipment, and instrumenta-L tion are selected on the basis of; job requirements, E- usefullness, and characteristics such as sensitivity, i response time, type of radiation detected, accuracy, k dependability, and lifetime. Factors considered before -

i selection, include. previous experience, recommendations and 1 j

7 comments from other utilities, and guidelines in applicable i ANSI Standards and Regulatory Guides. The selection of equipment is delayed to as late as practical to obtain the

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SNUPPS-WC latest'. state-of the art equipment. Laboratory equipment for

, Hedithr Physics 71sa stored in the Health Physics of fices and. 3

. labs,c the Hot Laboratory and the' Counting Room. - Details on 7 laboratory counting equipment. are given in Table 12.5-1.

Somecequipment~andrinstrumentation in these areas is shared jointly;by Health Physics and Radiochemistry and includes a proportional" counter, liquid ' scintillation detector, fume hoods, andeother ancillary equipment'and supplies needed to ~

performe adequate-Health Physics and? Radiochemistry sample -

preparationAand analysis. '

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Theisensitivitiesm for instruments #are' selected at the time-of' crdersto;. ensure- that. the best ser.ditivities available"at . -

that time-are obtained. ,;

A list of portable instrumentation with respect 'o instru . -

ment. type, locatione type of deector, range, accuracy and quantity is given in Table 12.5-2,s Calibration of Health Physics portable equipment and instru- '

mentation will be- by qualified. and trained pirsonnel using written procedures and using standards that are-traceable-to the. National Bureau of Standards. The~ frequency of calibra- .1 tion is establisheditn procedures written specifically for '

each type and model of instrument.

A record of the calibration will be produced for ec.ch cali-bration and will be kept on ~ tile at the station.Instru-ments that are calibrated will have a current calibration sticker attached and will be stored sepanitc3 y from instru-nents that are out of calibra *-ion, brokea, or out ef v 1

ice.

Port' ble- instrumentation for routine use are 3to:

Health Physics Office near the ".Ontro' ed Access A: .

various locations throughout he Sit a in emerge lockers, etc., as designated W Health Physict  ?,

survey instrumentation requiremen+s. Emergency ,

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tions are locate'd in areas designuced by the WCGF ,

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The Respiratory Protection' Program is the 1 gnsibility t the site Health Physicist and complies withs 10 CFE 20.10.3 s and.follows guidelines established in Regulatory Guidel8.15.

Selection .~and - use of respiratory equipment, i.e., self contained breathing apparatus, aleline equipment, full face and hood recpirators, chemical, cartridges, etc., is accord-ing to regulations established in M CFR St, Part 11 and 30 s

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includes only equipment approved by the NRC or the National E Institute for Occupational Safety and Fealth's Equipment E Certification Manual. Respirator storage is at the entrance

_ to the Controlled Access Area, in eme rge ncy kits, and at locations designated by Health Physics. Adequate quantities and types of respiratory equipment will be available to support peak respiratory requirements.

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Airborne Radioactivity Monitoring is normally pe rf o rmed by several methods. Permanently installed particulate iodine J

and- gas monitors are described in Standard Plant PSAR

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Section- 12. 3. 4. 2. Mobile Continuous Airborne Particulate i.

, Iodine and Gas Monitors ( C AMS ) are located throughout the ' s k Controlled Access Area to provide airborne monitoring for

routine operations / maintenance or abnormal occurrences. l Portable high and low volume " grab" type air samples will be l

[ used in conjuncticn with the CAMS as an additional method of

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[ de te rmining airborne concentrations. Calibration of the -

~

monitors wil1 use National Bureau of Standards traceable 1

[ suirces. Forty-two Remote Area Radiation Monitors are "

-. located throughout the plant in locations that optimize their use and meet the recommendations of Regulatory Guide 8.12. Tnese monitors will also be calibrated according to acceptable methods using National Bureau of Standards 2

tv veable sources. A further descripton of these monitors is provided in Standard Plant FSAR Section 12.3.4.1.

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u h Pe rso r: nel who are anticipated to enter radiation controlled

, areas are monitored ';y the use of Beta-Gamma Thermolumines-

.; cent Dosimeter batras. This includes scation personnel, ~

I visitors, vendors, co n t ra ct o rs , etc. Neutron iccincterc nd -

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WrW-s arc iccued to rcrconnel ^c could ^,ter n e u t r e r.

3 ficidc. Peadout of TLD badges is through the use of the

mannfr.cturer's standard TLD readout equipment. TLD's are i read on a monthly basis or when an individual's exposare

[ status 19 in question.

f Pocket dosimeters fo r determining Beba-Gamma exposure, are I issued to personnel who are entering a radiation controlled y area. Selection, use, rare and testing of pocket dosimeters L follow the guidelines of ANSI M13.5 1972 and Regulatory .j i Guide.s 8.4 and 8 . 14: Fxtremity badges and alarming and '

integrating dosimeters are issued to personnel on an i individual basis as determined by Health Physics. Personnel 1 dosimetry records for all personnel requiring personnel h dosimetry, will be maintained using guidelines established i

in ANSI N13.6 1966 (P1972) and Regulatory Guide 8.7 and meet the requirements of ' t "PR 20.401.

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SNUPPS-WC 12.5.2.2. Health-Physics Facilities Figuresx 12.5-1, 12.5-2 and' 12.5-3 show Health Physics Facilities ~ located in the. shop, control, and radwaste buildings,J respectively.

The main Access Control Facility is located in the control Building at elevation 1984 . fee t . At the entrance to the controllede Access ' Area near the Health Physics Office is a sign-in area ~to.be-occupied by personnel designated to sign the C y: ge personnelwine and o outn of record" radiation exposures. '"

.. ire _ Ag *cer

r. 1J3gLgess- is located Area' and to-next& doore to the sign-in area,. and is equipped with : -

refrigerator, cabinctc, e-ink crA firct r id cupplicc.

Entrance -to the Controlled Access- Area is via a hallway outside the. Health Physics Office. Exit is throu monitors; ard hand and fcc t c;untcrs that car'?c,gh portal YEcr md l-h:::d fr:r irmid: the Health Physics Office. Separate male and female toilets are located directly across- from the Health Physics Office and are equipped with stainless sinks -

for noncontaminated washing.. Clean shower facilities are located in the. respective toilet areas. The, men and women's locker r_coms'are located next to the' respective toilet areas and. are to- he used for removal and storage of street clo thes '. ~ N3xt to the locker rooms are Men and Women's Protective Clothing Areas where personnel put on clean anti-contamination clothing before entering the Controlled Access Area. Men and Women's Disrobe Areas are-located adjacent to '

the Protective Clothing Areas. These rooms are equipped with decontamination showers. Decontamination supplies are normally stored in these rooms.. Drains from the hot showers and sinks in 'these rooms are connected to the Liquid Radioactiva Waste System.

. Located between the two disrobe areas is the Laundry Room.

The . Laundry Room is ' equipped with dryers, washers, a fume hood and sorting table, and a dishwesher. Contaminated clothes d'5 he passed into .the laundry via a clothes drop shutter located in the walls between the laundry rooms and disrobe areas Across from the laundry is the Health l Physics Tool and Instrument Storage Foom. See Figure 12.5-2.

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A Decontamination Room is located on elevation 2000 and is designed for cleaning of contaminated materials, equipment and components. Turbulators, ultrasonic cleaners, and steam spray booths are located in the Decontamination Room and ,we p.y /c used to remove radioactive- material from items before maintenance or repair. Continuous Air Monitors and Pespira-tory Protection are normally used during these decontamina-tion activities. The drains in this room are connected to the Liquid Radioactive Waste System.

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SNUPPS-WC M< CThe' Hott Laboratoryiand Counting 1 Rooms- are . adjacent; to ther .

P, . Health 1 Physics Office. Equipment:and. instrumentation. stored- --

' . ' : tand2used> therein -are described <in Section 12.5.2.1. The. Hot Laboratory and LCounting : Room : sinks and. floor drains are

. connected . torthe radwaste system and . the fume hoods and room ;

' ventilation system =. are. connected to the access control area ventilation system..

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~ Anti--contamination: clothing will be2 maintained in' sufficient

-. quantity 6to[. prevent; thes spreads of. . contamination. m Protective.

' ; clothingciasstored:.in,.the LaundrycRoom9and Protective Cloth--

Linge Areas-e nearT ther Controlled . Accesss Point - Protectivet< ' ~

clothings requirements' are specified - by; Heal Physics .. ande -

4 include:-

.1) Coveralls - Cotton and Disposable # # #8P * #

• 2 )-- f,aboratory Coats. * &#aaf

3) Caps and Hoods- ,,.rp/.<w,. tec.NonsderpsN

4) 04etit-end Rubber

• Shoe Covers 4 / Nea/# Alys/a l 5)aw-.Cet*c ... Plastic and Rubber. Gloves

6) Plastic Suits ~-

The southwest ' area of- the shop . building at elevation 2000 '

-0" contains, among ; other. rooms, a TLD Laboratory, a Main-tenance Electrical Laboratory, an Instrument Repair: Room, -,

. and a ' Bioassay Laboratory. Portable' Instrument calibration is performed with ~ sources traceable to National Bureau of

Standards Sources.

t The Bioassay Program .follows the guidelines of Regulatory Guide 8.9.- Whole body counting and ::rct: n:lycing g ip- .

q merrt: will be used as required to determine the effectiveness

.of~:the Respiratory . Protection Program and to assess the c internal exposure of individuals who enter the Controlled Access Area or are involved in activities that have the~

potential for inhalation, ingestion or absorption of radio-activesmaterial. Whole body counting and bioassay analysis - -

will be performe by Health Physics an&for contract person-

.nel. g, , , , n ,,,, ,,,, , ,,, ,, a y , x ,, b ,  ;,q WhAs An additional Sample a/*Room r</toaes:w.

is located mas -tal, in the Radwaste Build-ing at elevation 2000 feet and is for obtaining samples of the Radwaste~ Systems for analysis. Sample analysis and counting equipment may be located in this area. For details see Figure 12.5-3.

< =Conformance to Regulatory Guide 8.2 is addressed in Standard Plant FSAR Section 12.3.4.1. The means by which the recom-mendatons of Regulatory Guide 8.8 are implemented are dis-5

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• cussed? ate length-?throughout Standardi Plant FSAR Chapter ~ ~ ~

12;0'.06 RegulatorytGuide ' 1.97f is _ discussed in Standard Plant '

FSAR4 TableL7 . 5- 4 ....E.

' 12I 5'. 3 . r PROCEDURES ALARA ' Regulatory Guides. 8.8 ; and 8.10 are an integral part of Health -Physics- procedures and. policy developed by the WCGS

' staff.c Thea use; ofrqualified; ando experienced personnel in -

' developingcandwimplementing < procedurest is a tool used - to : -

keep *exposuresr ALARA~.t LDetailede written + procedures, . includ- /

• ing'applicabletinstructions:Jand check-off lists will conform ' -- y--

toe 10;CFRv20.. '

' Radiatic. arveys as to type, . frequency, and. location, will be outlin 4 in procedures and will be conducted in a manner that=will issure that the exposure from radioactive material

-is ALARA. Survey techniques, practices, etc., will be .

delineated in . the Health Physics procedures and will nor-mally atmospheric: be ;for rajigig:n_

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concentrations. l Contamination xsurveys: will' normally be taken using the

" smear" or " swipe" c testn and will be - at selected locations

.that are dependent on factors such as location, occupancy factor, and potential radiological hazard. Decontamination

using acceptable methods-and

techniques will be performed on areas'and equipment to reduce personnel exposure and contam-fination levels-~ to ALARA. . Areas that cannot be cleaned using

-these - decontamination practices will be posted and barri-ca'ded per Health Physics procedures. Entry and ' exit of these areas will be controlled through . the use of the RWP System._ .A posting of surveys outside the Health Physics ,

office- at the - Controlled Access Area entrance point will be available..for- the information of personnel entering the

. Controlled Access Area. Placards and acceptable posting

. methods will. be -outlined -in Health Physics procedures that specify- proper methods that are in compliance with 10 CFR ~

20.. The records system established will be in accordance with federal regulations and wi'l follow guidelines estab-

.lished in Regulatory Guide 8.7.

. Administrative procedures will be employed to effectively control-~ employee exposures and maintain station doses ALARA and will' follow the guidance of Regulatory Guide 8.2. .

The 1RWP - System is used to specify personnel who may enter the Controlled-' Access Area and prescribe the required Lclothing, . including respiratory equipment, special instruc -

.tions, descriptions. and information that is relevant to providing proper radiological surveillance and control of these personnel. The RWP System will be outlined in detail in the Health Physics procedures. ,

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QML . . .( Airborne, Radioactivity 1 willy normallyn be ' controlled- through-

,_ Mv thec use: ~f o engineering' controls, 1.e., the. installed 1 Ventilation; Systems,' HEPA 'and . Activated-- Charcoal: ~ Filters.-

The vuse Lof respirato rotection, decontamination, _ glove.

' boxes, u tents, etc.,. be .'used -to further. reduce the l possibility of" personnel; exposure.. Lto ~ airborne . activity in

' excess =of 10 CFR;20 27.2 ci;t: _ limits..

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EThei Respiratory l Protection . Program wil1. be! outlined in. the

. l Health / Physica p proc'edures, will - meet: the requirements - of 1 10 L CFRV 20.103 N and< will' ' foilow f the guidance - of Regulatory

' Guide >8.15.= 'Toa; insure that .the Respiratory Protection . . . ,

, Program ' ? is ' functioning : properly, a ' me thod of determining

'internalTexposure, such as--whole body counting aSfd bioassay, -l as' discussed in:Section 12.5.2,.will be established.

A Radiation Protecti'on . Trainino Program will :be developed andEimplemented 'forLinstruction' of peTii8nnel. # who work with 1 . radioactive . material, enter . radi*2him areas, or direct-the:activitiesLof others who work'with radioactive material.-

Thei training involved will-' be - approved by ,the site Health _

sPhysicistrand 'willTinclude ?information that- is commensurate

- Tto the x level of athe - personnel being - instructed. . Personnel

.who ' work .-at the o site, . whose - duties do not require the han--

idling L of radioactive material or that they - enter 7 radiation areas, lwill' be instructed as to - why . they. should not enter

, such =. areas. "r 'c p,lant workers . will . receive prenatal I radiation exposure instructions as recommended in Regulatory P ' Guidel 8.13. - ' Training - will include, as a minimum, instruc-tionE~on . station. rules and practic es ;. . state, local- and '

' federal? regulations; .the basics of radiological health;

. bl.ological '. . ef fects of radiation; and ALARA concepts _ and

'; philosophies. Station . personnel. will receive - retraining-annually. Posting of notices, instructions' and reports to

'the plant-workers willLbe-in accordance with 10 CFR Part 19.

L Personnel ~ monitoring, including internal and. external, wi'h c '

ithe1 associated record keeping- system, is discussed n

. + .

Section'12.5.2.

4 Conformance to Regulatory Guides 8.9 and 8.14 is discussed

~

int Section 12.5.2. Regulatory Guide 1.8 is discussed in

. Section.12.1.3 and Chapter 13.0, compliance with Regulatory W ' Guide 11.16 is -discussed in the Technical Specifications.~

Regulatory Guide -1.33 is '. discussed in Appendix 3A and Section E13. 4. Appendix 3A provides compliance with Regu-

, m_ < blatory Guide 1.3%

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. i TABIE 12.5-1 - t

. Health ~ Physics'and Lab Equipnent;

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-. ..-- 1 Padiation' ~ Estimated ,

Instrunent Location  : Detector Detected' Quantity *J Remarks'.

Conputer Basedf 'l a

.Cbunt Room

.IGB phi (TL) Ganna .Wo1 Primary system, Ihalth Physics, Ganna Spectroscopy Effluent Sanples System _ ,

Gas Proportional' Gaunt Ibom -

Alpha, Beta, Wo ' Used. for counting Smears, Counter- HP Area Ganna

.'Ai r Sahp les" and Radio- : ' :N chemistry Sahples -

aLiquid Count Roan (2) -

Beta .Two ' For Tritiun Detenninations Scintillation.

" Lab 4

Es,.ar., .y 'l ~

TLD Ibader Ibalth Physics Lab Beta, Gamma Che Personnel' Dosimetry Systan and Envirognentals Pocket Dosimeter Ibalth Physics - -

Five. Used.for-reading Charger Office Pocket Dosi, meter Condenser R Health Physics -

Gamma Che ~ Primary Standard Mater Office or Lab for Calibrations 1

- TLD Ihalth Physics Lab -TLD Beta, Gamna (1) Personnel: Dosimetry

- Mobile Continuous (3) NaI - Iodine, Ten Installed Continuous Airborn AirborneParticulate 2 Sintellators . Alpha Particu- Monitoring Equipnent Iodine and Gas late, Nobel-Manitors Gases pe NXE (1) One card with h chips per person (2) Shared with Radiochemistry 'l' (3) To be determina3 after operation aav.++1s 9/e+-

'k

i s _ ,.y

, s 4 d..

e-:

upsg ,

. ~

. TABIE 12.5-2 (Sheet 1 of 2) -

Portable Health Physics Equipnent[

• Instrunent ' Radiaticn Senettivities ' Type of Ranga LAccuracy.

Monitorin] ,n;*-d Iccation Remarks .i G-M Survey obter Beta, G2mna 45% eff. 0.54 . '.

0-500,000 CMt . + 20% Full Scale ' ; Q:ntamination 10 Health Physics . ~ With standard or -

G41 Survey thter . Office.' pancake probe- F Deta, G m u 15% eff. ,, . *'

a o '

0-1 R/lR +20% Fell Scale i Working Area, .

.31-1.33 MeV'. '15 . Health Physics with Internal

' Rx11aiton 04 Survey buter Office- Detector ,'

Beta, carru 15% eff. .c

+ 0-1000 R/lR +20% Full Scale ~ Working Area '15 0.1-3.0 Hev Health Physia With Telescoping '

Radlation Office '~

- Survey tuter se)sde- Probe' Beta, Gnu 15n eff. 30 Rev 0-66,496 MIR +20% Full Scale Working Area 1.2 Mev /f Health Physics Survey Itter . Beta, Ca:ma 15% eff.

• Radiation" Office With e::tenling Probe or Cable l'

, 0-5 R/IR +20% Full Scale- hbrking Area ' 15 0.8-2 Mov Health Physics . Ionization Chamber 0-30 Radiation ' Office

, Survey Futer Beta, Carm 15% eff. with Beta Shield 3

- M R/lR +20% Full Scale Working Area 10 0.8-2 Nov Health Physics. Ionization Chamber 4

. Radiation Office

', Neutrca RDt Neutrcn 15teff.

o-2 - with Beta Shield f>+ REM /hr 1201 Full Scale g.'8.

h ermal-10 Mev Nbrking Area.~ Health Physics 1- 0-/e0 Radiation Office i

Neutron Rui Ncutron 15% eff. ',

0-66 RI24/hr ~~+20% Full Scale - Working Area normal-10 Mev 3 Health Physics i

Scintillaticn Alpha -NA- Radiation Office Counter 0-50,000 cm 120% Full Scale- . Contanination 4 Health Physics Alpha Scintillation

^

Office. stal with a

~ N' ar window Portal Ebnitor Deta, Cam u 20% eff. - Variable range +20% Full Scale Personnel '

6 80 rev-1.2 Mov Switch Personnel exits Equipped with (bntaninaticn at security audible alarm,

homes and fras Gas proportional -l

. . controlled or scintillation access 4

i .

kv.'tf$3

I [;[-

1 l

4 8

i- ,\

g

/:

g

.< p S-ic '

' TABLE 12.5-2 (Sheet 2 of 2)

- Portable IIealth Physics Dyipment Type of Instnrent -

Sensitivities

- Radiacicn ' Range _ Accuracy lenitoring NLnber Iccation - Remarks Individual ~ Beta, Canma 30% eff. Individual.

~

Personnel 60Kcv -1.25Mev 0-99% mR +20% (10R/Hr) AT20.' -Health piysics Jbdible'alann

'l Exposure . Office J Monitor  :

~.' response propor-tional to dose -

' rata ** torst dose ' .l Pocket Canma 15% eff. 80 Kev 0 ,200 mR +15% Full Scale Individual 2000 Health Physics Intergrating, Ibsimeter 1.2 MeV Exposure M fice f (nep uy direct reading kits Pocket Canma 15% eff. 80 Key 0-1 R +15% Full Scale Irdividual 466 /**

tbsimeter 1.2 MeV Health L_ sics 'Intergrating,.

Exposure Mfice ' direct reading'.

Docket Guma 15% eff. 80 Kev 0-5 R +15% Full Scale Individual ~

tusimeter 1.2 MeV J0 7S _ Health, Physics . ' Intergrati g -

Exposure . Mfice et.eysacy direct reading Mirs Pocket Gmma 15% eff. 80 Kev 0-10 R +15% Full Scale Individual 2tr/O Dosinater Health Physics' Intergratirg, 1.2 MeV Exposure Mfice ' direct reading reek t G.~~~

oose r.r- ss1.JF.1oksv o-foR .t gr, r.nrat Ac s '

rap,, n 2s M k Nrs'u ^'"f4 ?fi

. 2 uv m. .i.yui. ,..s.y .

Poche swmr 15le sfC SC#" 0N# # ~ '

o..; sr. , I 1&v t-r ,, 30 fie./M N)<r 'u tatt,yns*> p

-0%

c.s.;. q, nu% s. ui ,w.J .

//

Rev. 44-4

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TDTEET -SUPER"'g . Ji ^EiiT's OFFICE N.

, i _ CHEMISTRY ' - '

q OFFICE a- --

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k 40 MEN'S qq$g p. 46. , - d +1 . rii; : LOUNGE- "-: x . ~. ; ~ '

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REPAIR ROOM

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SHOP BUILDING AT ELEVATION 2000 ff Rev.[A, Cl _.

WOLF CREEK GENERATING STATION UNIT NO. I RNAL SAFETY ANALYSIS REPORT ~

FIGURE 12.5-1

~

SHOP BUILDING FACILITIES '

}.

.s c.

M[$

' 't \

ELEVATOR

, / r-

?* / .,

Xr COUNTING ,

HOT s

L

, j ., N4 LABORATORY N

4 f . * * - -

! c"_ C G '.'

M ll l*l-IIO .- /

_\\ .. 4: .A h};r i.*.4 E

AIEA N 000R '

OFF CE N y, OUMawAITER M

~

'MP LELECTRICAL gas 8008 ' 'N. ~

g CHASE

- JANITORS e CLOSET WCWEN'S A M(p/3 l, ,

. SHOW E R U , ENS LOCKER ROOM WOMENS_l T0fLET (k [

WOMENS w-ORYING ROOM LOCKER ROOM MEth

$ HOWE R WGMEN'S MOT ROOM MEN'S NOT _

R SHC*ER 7p f -0UCT CHASE F '

U'9 LAUNDRf N00M T  %

U ,

8 WOMEN'S PROT - s i '

HEN'S CLOTHING AREA \ LAUNDRY PAS PROT S CLOTHING WOMEN'S AREA OfSROBE AREA -

MEN'S p p DSROBE AREA OS ~

CORRf00R y

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m -

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CONTROLLFO HP k INSTR S TOOL STORACE ROOM N

CONTROL BUILDING AT ELEVATION 1984

• WOLF CREEK GENERATING STATIONE UNIT NO.'I

FINAL SAFETY ANALYSIS REPORT

• FIGURE 12.5-2 L HEALTH PHYSICS AREA IN THE CONTROL BUILDII;G L '

m SNUPPS-WC

- operations. personnel will be assigned to carry out all test

'gic. 1 manipulations fore the system tests, in particular, the-hot-functionalJ: tests. They will also receive training frem equipment vendors on specific equipment.

'13.2.1.1.2 Training Programs for Non-licensed Personnel

1. Health Physids and ' Chemistry Training Priorn to/ startup

andaexperience,. - -of........3 jiCGS, dygnjyn4.

......3 .

previous training-

. . .m m ~_..~m.

plet:f by S.;_ Health., Physics: and. Chemistry personnel /h e'n n ..

st. W iay..w & s,.w A as a.aphras ^4 M4 s'~.a.gy: ' ~..

a.- Health Physics / Chemist y Technician Course-b.. Practical training at site c.; PWR Plant. Chemistry (including radiochemistry)

The Health Physics / Chemistry . Technician- Course emphasizes

~ application,of principlessand use of equipment. It includes-a combination- of- lectures, laboratory exercises, and prac-tical . training in the following areas:

- a. Health Physics

b. Radiation Instrumentation

c. Radiochemistry

d. Cold Chemistry

e. Math and Applied Calculus

f. Basic Electricity and Electronics

g. Regulations l

h. Packaging and Transportation Requirements This course is currently being taught off-site and will l eventually be taught at WCGS when equipment is operational.

In addition to this specialized training, selected personnel will spend additional time at operating nuclear power plants prio. to initial operation of WCGS.

Some health physics and chemistry supervisors have attended a PWR Chemist's Course ~ - comprised of basic chemistry con-cepts, theory and practices related to PWR I

IS Rev. M -

13.2-5 9784

.,.,o e-.

• 1 SNUPPS-WC:

~

3. . Licensed; personneli scoring -greater than 70 percent but.

' y~ ~ lessi than c 80cpercent one anyp section .of the most recent: -

47 .iannualbwrittenf requalification: examination- will; be re-

~', .

quireditot attend + theepreplanned.: 1ectures- applicable to'

- that; section.:

4. Lice ed E pers nel . sc ingiles than 70 p cent in-ya ection n the' ti rec annua ritten re alifica 1/Ni d _ n < exam tion l_ be r ced. in- :acceler ed re-

^ qua ication, raini progr (Section 3.2.2.1. in thata w . .

ggw n . w ction. m.....

~.

-n ~ -

5 ; i~ Licensedi pers' onnel.; scoring flessithan. 80 L percent overall - XN

" on the mostrrecent' annual written:requalification= exam -

Dination 1 will; be ' placede in.; an = accelerated .requalifica--- ^

tion training program -(Section 11.2.2.1.9) for all sectione.less than 80 percent.. '

6. iLicensed H personnel who fail' the oral examination sec- w tion ~of-the. annual: retraining program will be placed in an accelerated - requalification training program (Sec-m;  : tion~~

~ 13.

.w

2. 2.1~. 9 )- forJall weak < areas.-

'7.

Within ' four weeks of ' the annual. retraining ~ examination

-series, licensed < individuals who receive less than 70

-percent in- any - examination - section, or less than 80-percent overall, or fail the oral examination section shall- undergo an oral examination administered by per-sonnel designated by the Training Supervisor.

8.-

A maximum of three individuals responsible for prepar-ing - ~ and administering the _ examination will be credited

~with successfully completing the examination.

'13.2.2.1.9 Accelerated Requalification The- accelerated requalification training program is for licensed individuals having identified deficiencies requir-ing assignment to a special retraining effort. The Training.

Supervisor will ' tailor the scope and duration of the accel-

.erated program to the individual's demonstrated ticiencies. -

The minimum acceptable accelerated requalification program

.is a reexamination:in the area (s) of weakness with the score

of not less than 70 percent in any area examined and/or over-all grade of not less than 80 percent as applicable to the

. individual's area (s) of deficiency for written examinations.

Oral ' examinations are evaluated on a pass / fail basis and p ,must be passed.

Licensed personnel who are in the accelerated requalifica-

' tion training ' program due to examination results of Section

13. 2. 2.1~. 8, 11tems 4, 5, and/or 6 and who fail to meet the Jminimum acceptable requirements as stated above. for the-Rev. M /S" 13.2-15 Wat .. ; .

e ,. ' .'5%

N . . .. .

cn e A*i '. ,

N

, gi +  ??

M;uKr

. -M4MWithin'two (2) weeks of:tte annual retraining examination series, any

.ygia 3; -individual ~ scoring less than 70% in'any section of the annual- requaliff-

' <*. "" ^!performance

. cation:excmination shall be re-examined in the section of unsatisfac with an exam ofs the:same style and complexity. Failure to

,'~j achieve a score of 70% or greater on the re-examination shall result in the:indi

' , gg:, program:vidual

~ .n ~ .: q .; .

being placed (Section:13.2.2.1.9) in an accelerated requalification for that.section. train

~

i :.

2.e _ :

0, 14, 2