Text

Forwards Public Version of Addl Revisions to Emergency Plan Implementing Procedures,Including Procedures EP-101, Classification of Emergencies & EP-102, Unusual Event Response
	ML20054H138
Person / Time
Site:	Peach Bottom
Issue date:	06/07/1982
From:	Daltroff; PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC
To:	Harold Denton; Office of Nuclear Reactor Regulation
Shared Package
ML20054H136	List: ML20054H135; ML20054H138;
References
	NUDOCS 8206230018
	Download: ML20054H138 (4)
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{{#Wiki_filter:7 PHILADELPHIA ELECTRIC COMPANY 2301 M ARKET STREET P.O. BOX 8699 PHILADELPHIA. PA.19101 RW N'W1 snittes t. oa tino rr stacTaic Pao e iose June 7, 1982. Re : Docket Nos. 50-277 50-278 Mr. Harold R. Denton, Director Nuclear Reactor Regulation U. S. Nuclear Regulatory Commission Washington, DC 20555

Dear Mr. Denton:

Enclosed are ten copies of additional revisions to the Peach Bottom Atomic Power Station Emergency Plan Implementing Procedures. These procedures are submitted, within 30 days of the change, per regulations in 10 CFR 50, Appendix E, Section V. The procedures being submitted are the following : l EP-101, Rev. 4 EP-102, Rev. 4 EP-103, Rev. 5 EP-104, Pev. 4 l EP-105, Rev. 4 EP-201, Rev. 3 EP-203, Rev. 3 EP-207, Rev. 4 EP-207B, Rev. 3 EP-209, App. I-2, Fev. 4 EP-316, Rev. 2 1 l l 8206230018 820617 PDR ADOCK 05000277 F PDR

Mr. Enrold R. Denton Paga 2 EP 318, Rev. 0 EP 319, Rev. O Pursuant to Section 2.790 (b) of the Commission's regulations, it is hereby requested that the telephone numbers and addresses listed in procedures EP 102, EP 103, EP 104, EP 105,. EP 201, EP 203, EP 209, App. I-2 be withheld from public disclosure. An affidavit setting forth the grounds in support of this request is attached hereto. Three copies have been sent under separate cover to R. C. Haynes. Very trul yours ./ Enclosure cc: Mr. R. C. Haynes, Administrator Region I U. S Nuclear Regulatory Commission 631 Park Avenue King of Prussia, PA 19406 Site Inspector - Peach Bottom

COMMONWEALTH OF PENNSYLVANIA : ss. COUNTY OF PHIL ADELPHI A S. L. Daltroff, being first duly sworn, deposes and states as follows: 1. He is Vice President of Philadelphia Electric Company (hereinafter referred to as the " Company"); he is authorized to execute this Affidavit on behalf of the Company; and he has reviewed Emergency Plan Procedures EP 102, EP 103, EP 104, EP 105, EP 201, EP 203, and EP 209, App. I-2, (hereinafter referred to as "the Documents"), and knows the contents thereof. 2. The part of the Documents which is sought to be withheld from public disclosure is the listing of the home telephone numbers of employees of the Company, direct-line work telephone numbers of employees of the Company which are not listed in l public telephone directories, and home and work numbers of i emergency response support personnel and organizations. 3. To the best of his knowledge, information and belief, the telephone numbers set forth in the Documents have been i treated as confidential information and have been withheld from public disclosure by the Company.

I 4. The home telephona numbers in the Documante should b3 considered bv the Nuclear Regulatory Commission as confidential and proprietary information and be withheld from public disclosure on the grounds that disclosure of the home telephone numbers of the employees of the company and emergency support personnel could constitute an unwarranted invasion of the personal privacy of the individuals involved, disclosure of the work telephone numbers of the Company's employees and of the emergency response personnel and organizations could adversely affect the capability of prompt notification in the event of an emergency; such disclosure is not required in the public interest; and such disclosure could adversely affect the interests of the Company and its ability to effectively implement the notification requirements of the Emergency Plan Procedures. /' y / M' 6Q 3 Subscribed and sworn to before me thisO gay

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$f EP INut x g E MEd GENCY PLAN PROCEDURLS Itm x ! 1 PF ACH oOTTOM UNITS 7 AND 3 0S/11/ts? O REVIEW REv. REVISIGN 3U23i3 W.J.KNAIB 111LE __ gale __ gh nArr EP-101 CLASSIFICATION OF EMERGENCIES 05/10/82 4 05/10/ti2 0 EP-102 UNUSUAL EVENT RESPONSE 05/11/62 4 05/11/62 0 1 LP-103 ALERT RESPONSE 05/11/82 /f.5 05/11/il2 0 t'-104 SITL EMLRGENCY KESPONSE 05/11/32 4 05/11/32 0 EP-105 GENERAL EMERGENCY RESPONSE 05/11/H2 4 05/11/ft ? 0 EP-110 PERSONNEL ASSEMdlY AND ACCOUNT ADIL I TY 04/14/67 0 04/14/82 EP-201 TECHNICAL SUPPORT CENTER (TSC) ACTIVATION 05/11/r$2 3 05/11/8/ 0 EP-202 OPERATIONAL SUPPORT CENTER (OSC) A C T I V A T 10iw 04 /O rs/d? / 04/OA/d/ LP-203 EMEROLNCY OPFdATIGNS F ACIL i1Y (LOF) ALTIVAI10N O's/11/o/ 3 05/11/h2 0 EP-205 4ADIAT10N PROTECTION T E A*4 ACTIVAT10N 04/O rs/ rs 2 3 04/0t/62 LP-205A CHEMISTkY SAMPLING AND ANALYSIS GdOUP 04/0(s/6/ 3 04/L)ti/et/ tP-20$d RADiATILN SU R V ti Y GROUPS 04/08/02 2 04 / 0:< / ti ? LP-20SL PLRSONNLL DOSIMETRY GIGASSAY AND RLSP1RATORY D RO T E C T 10N GROUP 04/06/07 ? 04 / Gn /:1? LP-?O6 FIRL ANU OAMALE TCAM ACi1 VAT 10N U4/19/U? 4 04/19/ri/ EP-ZO6A FIRE F IGriT ING GR OUP 04/19/J/ 2 09/1'//62 EP-206b EMEdOENCY REPAIR GR OU P 07/26/62 1 02/26/62 Lt-207 PERSONNLL SAFLTY TEAM ACTIVATION 05/11/ts2 4 05/11/62 0 2 LP-207A SEARCH AND RESCUt 04/14/d7 2 04/14/n/ tP-20Td P L R S O!4N E L ACCOUNTARILITY 05/11/82 3 05/11/d2 0 LP-207C FIRST A10 04 /14/ d / 2 04/14/52 LP-2070 PL R S ON.*J L L MJNITORING AND DLCONTAMINATION 04/0d/82 2 04/ O ct/ts/ LP-207E VLHICLE AND EVACUEE CONIROL DD\\W % cdc% CC W y

LP : ten t. x F MER G EWCY PLAN PROCEDURES INDEX PAGI / HFV. 1/ 0 PEACH BOTTOM UNITS 2 AND 3 05/11/U2 % REVIEW REV. REVISION LU3SEE lilLE __RalL__ GQ2 __0AIC__ PRCCEOUHC 04/08/32 0 04/09/62 EP-207F VEHICLE DECCNTAMINATION PROCEDURE 04/14/62 0 0*/14/H2 EP-208 SECURITY TEAM 04/01/01 0 04/01/61 EP-209 TELEPHONE LIST FOR EMERGENCY USC 04/20/82 4 04/26/82 EP-209 IMMdDIATE NOTIFICATIGN CALL LIST A P P E f=D I X A 04/26/82 4 04/26/82 EP-209 PH IL ADEt eril A ELLCTalC APPENDIX B COMPANY OFFICIALS 07/73/61 1 07/23/81 EP-209 PL ACH UOTh0M STATION SUPERVISION A PP Ef4DI X C 04/06/H7 4 04/04/4? EP-209 ON SITE EMERGENCY TEAM LEADERS APPENDIX D-1 04/06/67 3 04/08/82 LP-?U9 RA01AllUN 50RVtY ILAM APPENDIX D-2 04//6/02 3 04/26/32 LP-209 FIRL AND DAMAGE TtAM APPENDIX D-3 04/?6/u2 3 04/26/8/ tP-209 PLRS0$NEL SAFETY TEAM APPENDIX O-4 04/26/02 3 04/26/62 LP-209 SLCURITY TtAM APP 6NDlX D-S 04//6/07 1 04//6/4/ EP-209 RL-tNTRY AND RECOVERY TLAM APPEf4 DIX O-6 04//6/d2 2 04/26/37 EP-2C9 TLCHNICAL SUPPORT CENTER TEAM APPENDIX D-I 04/26/82 3 04/26/82 LP-209 CORPORATE EMERGENCY TEAM LEADERS AND APPEND 1X E SUPPORT PERSONNCL 04/76/d2 4 04/26/u2 e EP-2U9 U. S. GCVERNMElvT AGENCIES APPENDIX F 04/06/o2 2 04/Od/6/ EP-209 EMERGENCY MANAGtMENT AGENCICS APPENDIX G 10/10/61 2 10/16/81 LP-209 COMPANY CONSULTANTS APPtNDIX H 10/16/dl 2 10/16/dl LP-209 FIELD SUPPORT PERSONNEL l l L

if I T4GL 4 EMERGENCY PLAF3 PROCCDURES INDEX Pang 3 REV. 1/ 0 PEACH BOTTOM UNITS 2 AND 3 05/11/HP 0 R EV IE W REV. REVISION hu2BEB 111LE __QalE__ 602 __QAIE__ APPENDIX I-1 04/14/62 0 04/14/32 EP-209 RAD SLRVICES CALL LIST APPENDIX I-2 05/06/d2 4 05/06/87 0 EP-209 NEAMBY PUBLIC AND INDUSTRIAL USERS APr>Er. DIX J 07/73/61 1 07/23/81 LP-209 MISCELLANECUS APPEt4 Dix h 07/?3/dl 1 07/23/81 EP-209 LOCAL PECO ' PHONES APPENDIX L '0//23/d1-1 07/23/dl LP-209 DE L E T E D U E L E T E D APPENDIX M EP-709 MEDICAL SUPPORT GROUPS A PP E tsD i x N 04/76/M7 3 04/20/8/ LP-209 SIAFFINb AUGMLNIAi!ON - 60 M!tJUTE t PP E t.D I x P CALL PROCEDURL 01/0S/87 1 0T/05/8/ LP-301 OPERATING THE FVACUAT10N A L A R *4 AND PONO PAGE SYSTEM 04/01/61 0 04/01/dl LP-303 PARTIAL PLANT EVACUA, TION 17/7//91 1 1/////61 LP-304 0L LL T E D EP-305 SITc EVACUAT10N 03/05/H7 3 03/0S/H2 EP-306 EVACUATION OF THE INFORMATION CCNTER 17/22/el 1 12/27/61 LP-307 RLCLPIION AND ORILNTATION OF SUPPORT PERSONNLL 04/12/u? ,0 04/17/87 EP-311 HANDLING PERSONNEL 'nITH SERIOUS INJURIES, RADIO AC TIVE CONT AMIN ATION EXPOSURE, OR EXCESSIVE RADIATION EXPOSURL EMERGdNCY DIRECTUR FUNCTIONS 04/08/d2 3 04/0d/H2 EP-312 R ADID AC T IVE LIQUID RELEASL (EMERGENCY DIRECT 0A FUNCTIUNS) 04/01/81 0 04/01/81 LP-313 ' CONTROL OF THYROID BLUCKING (KI) T ABL E TS 04/Od/ O O 04/04/4/ P-316 CU).ULAT1VE POPULATION DOSE CALCdLATIONS 05/06/87 2 05/06/d2 0 ..]

LP INaLx EME4GENCY PLAN PROCEDJRES INDEX PAGE 4 Re v. 17 C PE/CH BOTTOM UNITS 2 AND 3 05/11/02 0 REVIEW REV. REVISION 3U33EB lilLL __ Dale __ B04 __QalE__ LP-317 OIRECI RECOMMcNDATIONS TO COUNTY EMERGENCY MANAGEMENT AND CIVIL DEFENSE AGENCIES 04/19/d2 0 04/14/62 EP-318 LIQUID RELEASE DOSE CALCULATION MLTH00 F O.1 DRINKING WATER 05/06/d2 O O';/06/8/ 0 EP-319 LIQUID RELEASE DOSE CALCULATION MCTHOD FOR FISH O's/0 6/ H2 ,0 05/06/d2 0 i EP-320 PkOCEDURE FOR LE AKING CHL OR INE 03/12/6'/ 1 03/12/02 L P-4 01 ENTAY FOR EMERGENCY REPAIR, OPERATIONS, AND SEARCH AND RESCUE 04/0o/n/ 3 04/0d/H2 t P ') OO REVIEW AND REVIS ION OF EMERGENCY PLAN (FS AR APPENDIX 0) 04/01/o1 0 04/01/dl S e o e

EP-lOl Page 1 of 3, Rev. 4 'TY LADELPHIA ELECTRIC CCMPANY PEACH BO'1"IOM UNITS 2 AND 3 EMERGENCY PLAN IMPLEMENTING PROCEDURE ...g ........._._j EP-lOl.-CLASSIFICATION OF EMERGDJCIES PURPOSE To define the method of classification of an event or condition into one of four emergency classifications as described in the Emergency Plan. Additionally this procedure details the method of de-escalation from one emergency action level to another. REFERENCES 1. Peach Bottom Atomic Power Station Emergency Plan 2. NUREG 0654 Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants. 3. EP 102, Unusual Event Immediate Actions 4. EP 103, Alert Immediate Actions 5. EP 104, Site Emergency Immediate Actions 6. EP 105, General Emergency Immediate Actions ACTION LEVEL Implemented this procedure whenever Shift Supervision detects conditions i which meet the Emergency Action Levels in Appendix EP 101, Classification Table. l IMPLEMENTATION OF THIS PROCEDURE DOES NOT CONSTITUTE IMPLEMENTATION OF THE EMERGENCY PLAN. PRECAUTIONS THE JUDGEMENT OF THE EMERGENCY DIRECTOR IS VITAL IN PROPER CONTROL OF AN EMERGENCY AND TAKES PRECEDENCE OVER GUIDANCE IN THE EMERGDiCY PLAN PROCEDURE. IMMEDIATE ACTIONS 1.0 Shift Supervision or Emergency Director shall: 1.1 Select affected categories related to station events or conditons. l I

EP-101 P;g3 2 cf 3, Riv. 4 e IMMEDIATE ACTIONS (cont'd) Reference Pages in \\ Appendix Category EP-lOl Unplanned Shutdown 1 Personnel Injury 2 Primary Containment Integrity 3 Radioactive Material Release 4

Fire 5

Environmental 6 Loss of Power 7 Secondary Containment 8 Instrument Failure 9 Fuel Damage 10 Hazards to Station Operation 11 Control Room Evacuation 12 Security See Contingency Plan 1.2 Beginning at the indicated page in Appendix EP 101, review the Emergency Action Levels for all categories selected. 1.3 If the most severe events or conditions are classified as an Unusual Event, implement EP 102, " Unusual Event Response." 1.4 If the most severe events or conditions are classified as o an Alert, implement EP 103, " Alert Immediate Response." 1.5 If the most severe events or conditions are classified as a Site Emergency, implement EP 104, " Site Emergency Response." 1.6 If the most severe events or conditions are classified as a General Emergency, implement EP 105, " General Emergency Response." -w=***= -%er * '

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EP-101 pig 2 3 of 3, RIv. 4 POLI 4W-UP ACTIONS 1.0 If event is classified as Alert, Site Emergency, or General Emergency, Shift Supervision or Emergency Director shall: 1.1 Periodically evaluate the event classification as listed on attached Appendix EP-101. Based upon results of corrective action taken to recover from the emergency situation, escalation or de-escalation of the emergency action level classification will be decided upon by the Emergency Director or Interim Emergency Director. (It is preferable, but not mandatory, to obtain concurrence from the Site Emergency Coordinator and Corporate Headquarters prior to classification reduction). The NRC and appropriate off-site authorities at the Emergency Operations Facility all be informed of the decision to move from one emergency class to the next. All agencies or personnel listed in checkoff lists of EP's 102, 103, 104, and 105 shall be informed as a minimum. 1.2 Provide written summary within eight hours to the NRC concerning basis and circumstances surrounding reduction of emergency action level or closecut of the emergency. o

APPENDIX EP-101 Pig 2 1 of 12, R;v. 4 UNPLANNED SHUTDOWN UNUSUAL EVENT ALERT UNPLANNED SHUTDOWN SCRAM WITH TRIPLE g LEVEL

1) controlled shutdown due to failure 1) scram alam and to meet L.C.O.

2) double low level alarm (-48") and 2) any scram other than planned 3) triple low level alarm (-130") and 4) increase in containment pressure to greater than 1 psig but less than 2 psig on PR-2/3508 SCRAM WITH SMALL LEAK 1 1) scram alarm and 2) double low level' alarm (-4 8") and . 3) triple low level alarm (-130") and. 4) containment high pressure alarm (2 psig) and 5) containment pressure 2 psig or greater on PR 2/3508 4 l SITE EMERGENCY GENERAL EMERGENCY SCRAM WITH LOCA SCRAM WITH LOCA & 9 ECCS 1) scram alarm and 1) scram alarm and

2) double low level alarm (-48") and 2) double low level alam (-48") and 3) triple low level alam (-130") and 3) triple low level alam (-130") and 4) containment high pressure alarm 4) active fuel range level indication (2 psig) and shows less than -226" on LI-2/3 Sa) containment pressure 10 psig or 3-91A, B and greater on PR 2/3508 or_

5) failure to reset triple low level 1 Sb) containment dose rate greater than alam after 3 minutes and 105 R/hr on RI-8/9103A/C and 6) containment high pressure alam RI-8/9103B/D (2psig) and 7) containment pressure greater than 20 psig on PR-2/3508 and 8) containment dose rate greater than 106 R/hr on RI-8/9103A/C and RI-8/9103 B/D

APPENDIA EF-101 PIga 2 of 12, Rev. 4 s PERSONNEL INJURY UNUSUAL EVEh7 ALERT INJURIES REQUIRING AMBULANCE AND 48 HOUR TREATMENT

1) Verbal reports or direct observation N/A INJURY WITH EXCESS RADIATION EXPOSURE OR CONTAMINATION

1) Contaminated injury warranting off-site medical treatment or

2) an acute whole body exposure greater than 3 R I.

1 0 3 4 e SITE EMERGENCY GENERAL EMIRGENCY O e N/A N/A l e G

APPENDIX EP-101 P ge 3 of 12, R;v. 4 PRIM ARY CONTAINMENT UNUSUAL EVENT ALERT NON-ISOLABLE LEAKAGE LOSS OF PRIMARY CONTAINMENT INTEGRITY 1) Primary containment leakrate 1) Reactor Building vent rad effluent is greater than 0.5 percent of high rad alarm and inability to volume per 24 hrs. at 49.1 psig or_ maintain pressure greater than

2) N2 makeup system is not capable of 0.25 psig on narrow range maintaining pressure (not due to PR-2/3508 or lack of N ).

2) Torus Room flood alarm with level 2

decrease in torus FAILURE 'IO ISOLATE PENETRATION WHEN ISOLATED BY A TRANSICIT 1) incorrect valve position during Group I, II, or III isolation alarms SITE EMERGENCY GENERAL EMERGENCY IDSS OF PRIMARY CONTAINMENT INTEGRITY WITH LOCA

1) erratic containment pressure N/A fluctuations above alarm setpoints of 1.5 psig, and

2) Group II and IIT isolation alarms, and

3) Containment dose rate greater than 105 h/hr on RI-8/9103A/C and RI-8/9103B/D and SITE EMERGENCY 4)

Reactor Building area high temper-continued or o P 2/ 8 abnormally high, and Reactor Bldg. vent rad effluent high alarm, or 1) containment high pressure alarm. Main Stack Rad effluent on PR 0 (2.0 psig), and 051 increasing due to SGTS opera-2) scram, and tion. 3) containment dose rate greater than 105 R/hr on RI-8/9103A/C and RI-8/ 9103B/D, and 4) Reactor Blag Area Rad Monitors Alarming, and 5) Vent Stack Bad Effluent monitor high alarm

Pag; 4 of 12, R:v. 4 R ADIO ACTIVE RELEASE UNUSUAL EVENT ALERT INSTANTANEOUS RELEASE EXCEEDING TECH ACTUAL OR POTE'ITIAL PELEASE 0.01 REM SPECS WHOLE BODY OR 0.05 REM THYROID 1) A spike on rad effluent monitors: 1) Uncontrollable release for more than a) Main Stack greater than 6 x 103 20 minutes from the: cps on RR 0-17-051, or a) main stack greater than 1 x 103 cps b) Reactor Bldg vent greater than on RR O-17-051 or 4 4 x 10 cpm on RR-2/3979 or b) Reactor Bldg ved greater than

2) Analysis of particulate filtE s or 5 x 104 cpm on RR-2/3979 or charcoal cartridge:

2) Continued particulate or iodine re-1 a) Main Stack greater than 5 x 10 lease such that analysis of particu-uCi/sec, or late filter or charcoal cartridge b) Reactor Bldg vent greater than results in the following estimated 4 x 101 uCi/sec release rates:

2 a) main stack greater than 5 x 10 uci/ see or RELEASE EXCEEDING TECH SPEC b) Reactor Bldg vent greater than QUARTERLY LIMIT 3 x 103 uCi/sec or

3) Containment dose rate greater than 1)

A report of the summation of 102 R/hr on RI-8/9103 A/C and individual release data within RI-8/9103 B/D the quarterly period. SITE EMERGENCY GENERAL D8ERGENCY ACTUAL OR POTENTIAL RELEASE 0.01 REM ACTUAL OR POTENTIAL RELEASE 0.01 FIM WHOLE BODY OR 0.05 REM THYROID WHOLE BODY OR 0.05 REM THYROID 1) Uncontrollable release for more 1) Uncontrollable release for more than than 20 minutes from the: 20 minutes from the: a) main stack greater than 1 x 104 a) main stack greater than 1 x 105 cps cps on RR 0-17-051 or on RR 0-17-051 or b) Reactor Bldg. vent greater than b) Reactor Bldg vent greater than 5 x 105 cpm on RR-2/3979 or 5 x 106 cpm on RR 2/3979 or 2) continued particulate or iodine re-2) continued particulate or iodine re-lease such that analysis of particu-lease such that analysis of particu-late filter or charcoal cartridge late filter or charcoal cartridge results in the following estimated results in the following estimated release rates: release rates: 4 a) main stack greater than 5 x 103 a) main stack greater than 5 x 10 uci/ uCi/sec or see or b) Reactor Bldg vent greater than b) Reactor Bldg vent greater than 4 5 3 x 10 uCi/sec or 3 x 10 uCi/sec or 3) containment dose rate greater than 3) containment dose rate greater than 105 R/hr on RI-8/9103A/C and 106 R/hr on RI-8/9103A/C and RI-8/9103B/D RI-8/9103B/D

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APPENDIX EP-101 j Pagn 5 of 12, Rev. 4 FIRE UNUSUAL EVENT ALERT FIRE IN PROTECTED AREA LASTING 10 MIN. FIRE WHICH COULD MAKE AN ECCS INOP OR MORE AFTER INITIAL ATTE.WTS 'IO EXTINGUISH IT 1), Fire alarm and verbal report from SSV

1) Alarm and verbal report from SSV SITE EMERGENCY GENERAL EMERGENCY h

FIRE WHICl! MAKES AN ECCS INOP FIRE WHICH CAUSES DAMAGE TO FIA';T SYSTEMS SUFFICIENT TO LEAD TO OTHER GE;ERAL

1) Fire alarm and verbal repor~t EMERGENCIES from SSV

1) Fire alarm and verbal report from SSV, and LOCA symptoms, ECCS, or containment failure i

APPENDIX EP-101 Pige 6 of 12, Rr.v. 4 ENVIRONMENTAL UNUSUAL EVENT ALERT EARTHQUAKE EARTHQUAKE

1) An actual earthquake detected by

1) An actual earthquake beyond the seismic instrumentation systems Operating Basis Earthquake (OBE)

ABNORMAL POND LEVEL ABNORMAL POND LEVEL 1) Conowingo Pond level on LI-2/3278A,

1) Conowingo Pond level on LI-2/3278A,B, B,C:

C: a) greater than 113 feet or a) greater than 115 feet or_ b) less than 104 feet without prior b) less than 98.5 feet without prior notification by L.D. notification bi L.D. TORNADO '1VRNADO

1) A tornado is observed on site

1) A tornado strikes the Power Block with identifiable plant damage HURRICANE HURRICA'IE 1)

Ifurricane is expected to cross 1) Station is experiencing a hurricane the station with winds greater than 100 mph SITE EMERGENCY GENERAL EPIRGENCY EARTHQUAKE

1) An earthquake greater than De~ sign Earthquake as detected on seismic instruments ABNORMAL POND LEVEL 1)

Conowingo Pond level on LI-2/3278A,B,C exceeding the following limits: a) greater than 116 feet or b) less than 87 feet y, - c, y =

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APPENDIX EP-101 P 92 7 of 12, R;v. 4 LOSS OF POWER UNUSUAL N ALERT IDSS OF OFFSITE OR ONSITE; LOSS OF OFFSITE AND ONSITE AC PCWER FOR POWER LESS THAN 15 MINUTES 1) turbine generator trip with Startup 1) turbine generator trip with Startup Auxiliary transformer SU2 and SU3 Auxiliary transformer SU2 and SU3 unavailable for service for more unavailable for service and than 60 seconds or 2) failure of all diesel generators to 2) loss of voltage on the four 4160 energize their busses. 1 volt emergency busses or 480 volt load centers supplied from the four LOSS OF ALL DC POWER FOR LESS THAN 15 MIN. 4160 volt emergency busses for more than 60 seconds. 1) less than 105 volts on the 2/3A,B,C & D distribution panels as indicated nn Panels 2/3AD03, 2/3CD03, 2/3BD03, .?/3DD03 and 2) less than 21 volts on the 24 volt distribution panels as indicated on Panels 2/3AD28, 2/3CD28, 2/3BD28, 2/3DD28 and 3) loss of all alarms SITE EMERGENCY GENERAL EMERGENCY IDSS OF OFFSITE AND ONSITE AC POWER FOR LONGER THAN 15 MINUTES 1) turbine generator trip with SU2 and SU3 unavailable for service for longer than 15 minutes and 2) failure of all diesel generators to energize their busses for longer than 15 minutes LOSS OF ALL 125 VDC POWER FOR IANGER THAN 15 MINUTES 1) less than 105 volts on the 2/3A,B, C&D distribution panels as indicated on Panels 2/3AD03, 2/3CD03,2/3BD03, 2/3DD03 for longer.than 15 minutes and 2) less than 21 volts on the 24 volt distribution panels as indicated on Panels 2/3AD28, 2/3CD28, 2/3BD28 2/3DD28 for longer than 15 min. and 3) loss of all alarms for longer than 15 min. N**r*

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. _ - _. _ __ _ ~_ APPENDIX EP-101 Pagm 8 of 12, Rev. 4 SECOND ARY CONT AINMENT UNUSUAL EVDIT ALERT IDSS OF SECONDARY CONTAINMC1T INTEGRITY 1) loss of secondary containment integrity for greater than 12 hours N/A n O 8 e SITE EMERGC3CY GENERAL EMERGENCY A e N/A N/A

APPENDIX EP-101 Pig: 9 of 12, Rev. 4 INSTRUMENT F AILURE UNUSUAL EVENT ALERT SIGNIFICANT IDSS OF ASSESSMENT OR COM-MUNICATION CAPABILITY IN THE MAIN CONTROL ROOM

1) complete loss of all Main Control Room communication equipment N/A t

e s SITE EMERGENCY GENERAL EMERGENCY N/A N/A

APPENDIX EP-lOl j P2g:a 10 of 12, R2v. 4 FUEL D AM AGE UNUSUAL EVENT ALERT POSSIBLE FUEL DAMAGE FUEL DAMAGE

1) Air ejector discharge rad monitor 1)

Air ejector discharge rad monitor 4 high alarm and an increase of 500mR/ indicating greater than 2.5 x 10 mR/ E hr within 30 minutes or a level of hr on RR 2/3-17-152, or 2.5 x 103 mR/hr as indicated on 2) High coolant activity of 30 uCi/gm RR-2/3-17-152, or dose equivalent I-131, and main steam

2) high reactor coolant activity as line high-high radiation alarm with determined by sample analysis equal resultant scram alarm, or to or greater than 3 uCi/gm dose 3) spent fuel damage resulting in a equivalent I-131 refueling floor area radiation monitor alarm or a high radiation alarm on refuel floor exhaust rad monitor SITE EMERGENCY GDIERAL EMERGDiCY FUEL DAMAGE FUEL DAMAGE 1)

Following conditions occur: 1) When at least 2 of 4 containment rad a) failure of control rods to fully monitors indicate levels greater insert on a scram and than 106 R/hr on RI-8/9103A/C and b) higher than n6rmal readings on RI-8/9103B/D and containment pressure LPRMs adjacent to not-fully-exceeds 10 psig on PR 2/3508 inserted rods and c) high coolant activity as deter-mined by sample analysis equal to or greater than 300 uCi/gm dose equivalent I-131 or 2) Major damage to spent fuel in fuel l pool or uncovering of spent fuel i as confirmed by a fuel pool area radiation monitor alarm and: a) refuel floor exhaust radiation monitor high alarm, or b) refuel floor area radiation 1 monitor alarm or 1

3) Observed major damage to spent fuel

---. - ~. _ =- ~ APPENDIX EP-101 Pcg2 11 of 12, Rev. 4 HAZARDS j UNUSUAL EVENT ALERT MODERATE IIAZARDS SEVERE HAZARDS

i

1) Aircraft crash on or near site

1) Airrraft crash on the facility or as determined by Shift Supervision missile impacts into the Reactor or Bld). Diesel Generator Bldg. or

2) Significant explosion on or near HP!M pump structure as determined

] site as determined by Shift by Shift Supervision or { Supervision or, 2) ExIlosion damage to facility affecting r

3) Toxic gas release on or near site plant safety as determined by Shift as determined by Shift Supervision SuIervision o_r,r 3)

Chlorine gas detected in the I e Cor. trol Room 4 i } 1 1 i i l J SITE EMERGENCY GENERAL EMERGENCY = I i i I \\ i i t

APPD4 DIX LP-101 Pcg2 12 of 12, Rev. 4 CONTROL ROOM EV ACU ATION UNUSUAL EVD3T ALERT E REMOTE CONTROL ESTABLISHED 1) Evacuation of Main Control Room anticipated or required and control N/A established at remote shutdown panels as determined by Shift Supervision O e ~ SITE EMERGENCY GDiERAL EMERGENCY RPMOTE CONTROL NOT ESTABLISHED

1) Evacuation of Main Control Room and control of shutdown systems not established at remote shutdown panels in 15 minutes as determined N/A by Shift Supervision

EP-102 PAGE 1 cf 3 V GEV. 4 EF! CAT '-g', y ,Mf 11011 ~ PHIL ADEL PHI A EL EC TR IC COM" ANY ,.. PEACH BOTTOM UNITS 2 AND 3 EMERGENCY PL AN IMPLEMENTING PROCEDURE EE:1Q2_:_ UNUSUAL.EYEMl_EEiEQd5E 'a a EUBEQSE TO DEFINE SITE RESPONSE IN"THE EVENT OF AN UNUSUAL EVENT. BEEEBENEES 1. PE ACH BOTTOM ATOMIC POWER STAi!ON EMERGENCY PLAN SEC11QU ,lllLE 4.1.1 UNUSUAL EVENT S '. 0 ORGANIZATIONAL CONTROL OF EMERGENCIES 611 UNUSUAL EVENTS 2. NUREG 0654 CRITERIA FOR PREPARATION AND EVALUATION OF RADIOLOGICAL ENERGENCY RESPONSE PLANS AND PREPAREDNESS IN SUPPORT OF NUCLEAR POWER PLANTS. 3. GP-15 LOCAL EVACUATION 4. EP-101 CLASSIFICA110N OF EMERGENCIES AEEENDis f EP 102-1 UNUSUAL EVENT NOTIFICATION CHECKOFF LIST id5Eal AIE AE11Dd5 1.0 SHIF T SUPERVISION SHALL: 21 ASSUME THE ROLE OF INTERIM EMERGENCY DIRECTOR. 1.2 ACTIVATE EMERGENCY TEAMS AS NECESSARY. 1.3 DIRECT THE EVACUATION OF AFFECTED AREAS AS NECESSARY. REFER TO THE FOLLOWING PROCEDURE: GP-15 LOCAL EVACUATION j 14 CONTACT THE STATION SUPERINTENDENT AND lHE SHIFT T EC HN IC A L ADVISOR AND INFORM THEM OF'THE SITUATION. l t .~. _...

EP-102 PAGE 2 cf 3 REvo 4 EF: CAT 15 FILL DUT THE STANDARD PROMPT NOTIFICATION MESSAGE IN APPENDIK EP 102-1 AND GIVE IT TO THE ASSIGNED COMMUNIC ATOR IPO OR HIGHER CLASSIFICATION) AND DIRECT THE COMMUNICATOR TO COMME NCE NOT IF IC AT ION OF THE APPROPkIATE PARTIES AS SPECIFIED IN THAT APPENDIX. NOTE: 00 NOT USE BLUE RINGDOWN PHONE FOR THESE CALLS. 1.6 CLOSELY MONITOR CON 0!TIONS TO DETERMINE PRESENT HAZARDS TO PERSONNEL AND POTENTI AL ACCIDENT CONDITIONS THAT MAY DE VELOP. 20 COMMUNIC ATOR SHALL: 2.1 PERFORM NOTIFICATIONS ON AP P ENDI X EP 102-1 USING THE STANDARD PROMPT NOTIFICATION MESSAGE INCLUDED IN THAT APPENDIX. SEE EP 209, APPENDIX A FOR ADDITIONAL , TELEPHONE NUMBERS IF NECESSARY. EDL1.QW:UE_AC110M 1.0 EMERGENCY DIRECTOR SHALL: 1.1 PERIODICALLY EVALUATE THE EVENT CLASSTFICATION IN ACCORDANCE.WITH EP 101, CLASSIFICATION OF EMERGENCIES AND ESCALATE OR DE ESC AL A T E THE CL ASSIF IC AT!DN AS NECESSARY. 12 DETERMINE WHICH SUPPORT PERSONNEL ARE NECESSARY FOR EMERGENCY FUNCTIONS AND DIRECT THE SHIFT CLERK TO CONTACT THOSE PERSONNEL. IF SHIFT CLERK IS NOT AVAILABLE THIS FUNCTION SHALL BE ASSIGNED TO ANY AVAILABLE INDIVIOUAL.' 20 SHIFT CLERK SHALL: } 21 NOTIFY ADDITIONAL SUPPORT PERSONNEL TO REPORT TO j THE PLANT AS DIRECTED BY THE EMERGENCY DIRECTOR. J ( ) 1 I ( ^*

EP-10? PAGE I Cf 3 REV. 4 EF CAT AEEENQ1A_LE_102-1 15 U SDA L.E YiMI _UDl l E1C al10d _ _ CliECliDEE _L111 MESSAGE: THIS (15)(15 NOT) A DR I L L. THIS ( IS)(IS NOT) A ORILL. THIS IS PEACH BOTTON ATOMIC POWER STATION CALLING TO REPORT AN UNUSUAL EVENT HAS BEEN DECLARED ON UNIT NO. TIME AND DATE OF UNU SU AL EVENT CLASSIFICAT10N IS_ _______. THE JB ASIC PROBLEM IS THE PLANT STATUS IS (STABLE)(IMPROVING)(DEGRADING)(NOT KNOWN). TH$RE (HAS BEEN)(HAS NOT BEEN) AN ( AI RBORNE ) (L I QUID) RA010 ACTIVE RELEASE FROM THE PLANT. PROTECTIVE ACTIONS RECOMMENDED ARE (NONE)_____ TH,E AFFECTED POPULATION AREA IS (NONE) MY NAME IS __ THIS (IS) (IS NOT) A OR I LL. - NOTIFICATIONS: NAME'OF TIME OF COMMUNICATCR'S EAElX EERSQU_B ESEQMDISG NQ11FICATION 13111ALS STATION SUPT. = LOAD DISPATCHER =____ ndC OPER AT IONS CENT ER (REO PHONE) PENNSYLVANIA EMERG-ENCY MANAGEMrNT AGENCY ___.s_______ YORK C OUNT Y LMERG-ENCY MANAGEMENT AGE NC Y M AN AGE R-PU BL I C INFORMATION OR PAGER T IME nus tF IC A T IONS OF A BOVE PARTIES COEPLETED_$$[~~_$$$$[$____~$$$.~ ~ l VERIFIED BY DATE ___________ l (EMERG. DIRECTOR) FILE SYS-3-1 ? d .r 't 1

e EP-lO) I' PAGE 1 UF S R f V. se 5 ' g""M/ EO:LHO M i MAY i1 IMI PHILADELPHIA ELECTRIC COMPANY PEACH BOTTOM UNITS 2 AND 3 EMERGENCY PL AN IMPLEMENTING PROCEDURE i EE-103___ALESI_BESPONSE EllEEDSE TO DEFINE SITE R'ESPONSE IN THE EVENT OF AN ALERT. BEEEEEMEES t. PE ACH BOT TOM ATOMIC POWER STATION EMERGENCY PLAN SEE11aN IllLE 4.1.2 ALERT 5.0 ORG ANI Z A T IONAL CONTROL OF EMERGENCIES 6.1.2 AL E R T 2. NUREG 0654 CRITERIA F OR PREPARATION AND EVAL UA TION OF RA010 LOGICAL EMERGENCY RESPONSE PLANS AND PREPAREDNESS IN SUPPORT OF NUCLEAR POWER P t A tit S. 3. GP-15 LOCAL EVACUATION 4 EP-101 GL ASSIFIC ATION OF EMERGENCIES AEELSUiCES ~ EP-lO3-1 ALER T PJOTI FIC A f!ON CHECK 0FF LIST EP-103-2 PERSONNEL CALL RECORO EP-103-3 E MLRGENCY EXPO SURE L IM I T S (EMEdGENCY PLiN TABLE 6.1) EBECAul1025 1. PLANNED RADIATION EXPOSURES SHOULD BE LIMITE0 10 THE ADMINISTRATIVE GUIDE LEVELS IN APPENDIX EP 103-4, EMERGENCY l EXPOSURE LIMITS. l IMMEQ1AIE_AE11QNS 1.0 SHIFT SUPERVISION SHALL: i 1.1 ASSUME THE ROL E OF INTERIM EMERGENCY DIREC TOR. I 12 ACTIVATE EMERGENCY TEAMS AS NECESSARY. 1

EP-lO3 PAGE 2 0F 6 REV. e 5 ED:LHD 13 DIRECT THE 'EV ACUAT 10N OF AFFECTED AREAS AS NECESSARY. REFER TO THE FOLLOWING PROCEDURES: GP-15 LOCAL EVACUATION EP 305 SITE EVACUATION EP 306* EV ACUATION OF THE INFORMATION CENTER 14 CONTACT T HE ST ATION SUPERINTENDENT AND THE SHIFT TECHNICAL ADVISOR, I NFOR M THEM OF THE SITUATION. 1.5 FILL DUT THE STANDARD PROMPT NOTIFICATION MESSAGE CHECK-OFF APPENDIX EP 103-1 AND GIVE IT TO THE COMMUNICATOR (PO OR HIGHER CL ASSIFIC ATION) AND DIRECT THE COMMUNICATOR TO COMMENCE NOTIFICATION OF THE APPROPRIATE PARTIES AS SPECIFIED IN SECTION 2.1 0F THIS PROCEDURE. THE COMMUNICATOR SHALL MAN THE NRC RED TELEPHONE ON A CONTINUGUS dASIS IF REQUIRED BY P ROCE DURE A-31. IF COMMUNICATOR IS REQUIRED FOR URGENT PL AN T OP ER A T IONS REL AT ED - TO-THE EMERGE NC Y, T HE CONCURRENC E FOR SECURING THE PHONE SHOU'LD BE OBTAINEO FROM THE NRC PRIOR TO SECURING THIS TELEPHONE. 1.6 DIRECT THE SHIFT CLERK TO ACTIVATE THE 60 MINUTE CALL LIST USING EP 209 APP P. IF SHIFT CLERK 15 NOT AVAILABLE, THIS FUNCTION SHALL BE ASSIGNED TO ANY AV AIL ABt.E INDIVIDUAL. 1.7 UIRECT ONE OF THE ON-SHIFT ICC TECHNICIANS TO ACTIVATE THL TECHNICAL SUPPORT C ENTER AND EMERGENCY OPERATIONS FACILliY IN ACCORDANCE WITH EP 201 AND EP-203. INFORM SHIFT CLERK WHICH ICC TECHNICIAN WI LL ACTIVAT[ THE CENTERS AT UNIi 1 IN ORDER THAT THE CLERK WILL KNOW adICH REMAINING IEC TECHNICIAN TO C ALL FOR THE PROMPT MOBILIZAI!ON PROCEDURE. 1.8 DIRECT THE RADIATION PROTECTION TF AM LEADER TO INITIATE S!!E RADIATION SURVEYS AS NECESSARY. IN ACCORDANCE WITH EP-205, RADIATION PROTECTION TEAM. 1.9 INITIATE THE IMPLEMENTATION OF EP 316,-. CUMUL A T I VE POPUL A T ION DOS E C ALCUL A T IONS, IF NECESSARY. (EP-316 NEEDE0 FOR AL ERT AS PER PG. 8 ITEM B 0F EP-101 APP. 101-I). THE SHIFT TECHNICAL ADVISOR (STA) COULD BE USED TO PERFORM THIS FUNCT10N. 1.1D ASSIGN AN OPERATIONS SUPPORT CENTER COORDINATOR (SENIOR SHIFT PO OR APO AV A I L A BL E ) AND PYRECT AVAILABLE SHIFT P E R SWJNE L TO REPORT TO THE OPERATIONS SdpPORT CENTER ON 13S' ELEV. TURBINE BLOG. AND TO ACTIVATE IT IN ACCORDANCE WITH EP 202, IF HABITABLE. IF T HI S OP ER AT 10f+5 SUPPORT CENTER IS NOT H ABI T A BL E, DIRECT SHIFT PERSONNEL IO REPORT TO THE CONTROL ROOM. 1.11 CLOSELY MONil0R CONDITIONS TO DETERMINE PRESENT ' HAZARDS

EP-103 PAGE 3 0F S REV. x [ ED:LHD TO PERSONNEL AND POTENTIAL ACCIDENT CONDITIONS THAT MAY DEVELOP. 1.12 IF RELEASE HAS OCCURRED, DISPATCH A PLANT SURVEY TEAM MFMBER TO DBTAIN A SITE BOUNDARY DOSE RATE AS SOON AS PRACTIC ABLE. 1.13 IF NECESSARY, INITIATE IMPLEMENTATION OF EP-316 C EP-317. DIRECT RECOMMENDATIONS TO COUNTY EMERGENCY MANAGEMENT AGENCIES. 2.0 COMMUNICATOR SHALL: 2.1 PERFORM,NOTIF IC ATIONS ON APPENDIX 103-1 USING THE ALERT NOT I F IC A T I ON CHECX OFF APPENDIX EP 103-1. SEE EP 209, APPENDIX A FOR ADDITIONAL TELEPHONE NUMBERS. 22 REPORT TO THE EMERGENCY O! RECTOR OR INT RIM EMERGENCY DIRECTOR WHEN NOTIFICATIONS ARE COMPLETE. 2.3 MAN THE RED NRC TELEPHONE IF REQUIRED BY k-31 UNTIL SITUATION ST ABILIZ ES AND RED T ELEPHONE COMM0'NTCAT 104 MAY BE SECURED. 3.0 OPERAT IONS SUPPORT CENTER COORDINATOR OR HIS DESIGNEC SHALL: 3.) ACT !V ATE THE OPERAT IONS SUPPORT CENTER ON 135' ELEV. T UR 3 f N E BLDG, IF IT IS HABITABLE, IN ACCORDANCE WITH EP 202. 15 THIS OPERATIONS SUPPORT CENTER IS NOT HABITABLE. REPORT TO THE CONTROL R004. l 4.0 RADIATION PROTECTION TE AM L E ADER SHALL: 4.1 INITIATE SITE RADI AT ION SURVEYS IN ACCORDANCE WITH EP-205. RADIATION PROTECTION TEAM WHEN DIRECTED BY THE EMERGENCY DIRECTOR. ITHE HP FIELD OFFICE ON 116' ELEV. TURB. BLOG. WILL SERVE AS THE HPCC OSC ). 5.0 SHIFT CIC TECHNICIAN SHALL: S.! ACTIVATE THE TSC AND EOF WHEN DIRECTED BY INTERIM EMERGENCY DIRECTOR IN ACCORDANCE W Ili TP-201 USING APPENDIX EP-201-2. 6.0 SHIFT CLERK SHALL: 6.1 CONTACT I N DI V I DU AL S ON EP 209 APP P TO CALL IN THOSE INDIVIDUAL 5 TO MAN TSC AND REQUIRE D EMERGENCY TEAMS (60 MINUT E C ALL L I ST ). 03C U ME N T CONTACTS ON EP 209 APP P. 6.2 INFORM INTERIM EMERGENCY DIRECTOR OR EMERGENCY DIRECTOR WHEN CONTACTS ARE COMPLETED. I

EP-103 PAGE 4 0F S REV.At5 ED:LHD LULLDM.U2 e.C11QSS 10 LMERGENCY DIRECTOR SHALL: 1.1 PERIODICALLY EVALUATE THE EVENT CLASSIFICATION IN ACCORD-ANCE WI.TH EP 101, CL ASSIFIC ATION OF EMERGENCIES, AND ESCALATE OR DEESC AL ATE THE CL ASS IFIC AT ION, AS NECESSARY. 1.2 DBT AIN THE RE SUL TS OF T HE CUMUL AT IVE POPUL ATION DOSE CALCULATIONS AND ONSITE RADIATION SUP.VEYS FROM THE RADIATION PROT ECT 10N TE AM LE ADER, AS NECESSARY. 1.3 PERFORM' ACTIONS AS N EC E S S ARY TO MITIGATE CONDITIONS OF THE EMERGENCY SITUATION. 1.4 DETERMINE WHICH ADDITIONAL SUPPORT " PERSONNEL ARE NECESSARY FOR EMERGENCY FUNCTIONS AND DIRECT THE SHIFT CLERK OR OTHER ASSIGNED COMMUNICATOR IN TSC TO CONTACT THOSE PERSONNEL. 1.5 PROVIDE SITE PERSONNEL WITH P.A. SPEAKER A NNOUNCE MENTS. FOR ANY MAJOR CHANGES IN PL ANT EMERGENCY STATUS. SUCH AS CHANGING E MERGENCY ACTION LEVELS, FVACUATIONS AND STARTING AND STOPPING OF RADIDACTIVE RELLASES (IF ANY). STATION SUPERINTENDENT SHALL: 2.1 REPORT TO THE TECHNICAL SUPPORT CENTLR OR CONTROL ROOM FOR A BRIEFING OF THE SITUATION. 2.2 ASSUME THE ROLE OF EMERGENCY DIRECTOR BY FORMALLY RELIEVING THE INTERIM EMERGENCY O! RECTO 9 (SHIFT SUPF.RINTENDENil. ANNOUNEE THAT HE H AS ASSUME D T HE ROL E OF EMERGENCY DIRECTOR TO THE A S SE Mill E D T ECHNIC AL SUPPURT CENT L R PERSONNEL. 2.3 VERIFY THE EMERGENCY CL ASS !F IC AT ION. 2.4 VERIFY THAT THE TECHNICAL SUPPORT. CENTER. THE EMERGENCY OPLRATIONS FACILITY, AND THE OPERATIONS SUPPORT CENTLR HAVE BEEN ACTIVATED. 3.9 OPERATIONS SUPPORT CENT ER C OORDIN ATOR SHALL: 3.1 NOTIFY THE INTERIM E MER GENCY DIREC10R WHEN THE IR RE SPECT IVE OPERATIONS SUPPORT CENTER 15 ACTIVATED. 3.2 SUPPORT THE CONTROL ROOM AND SHIFT SUPERVISION AS NECESSARY. 4.0 MADIAT10N PRO 1ECTION TEAM LEADER SHALL: 41 REPORT PROGRE SS AND RE SUL TS OF CUMULATIVE POPULATION DOSE CALCULATIONS AND SITE RADIATION SURVEYS TO THE E MERGENCY DIRECTOR AS NECESSARY.

EP-IO3 @ AGE S OF S ~ ~ R E Ye kji ED:LHD 5.0 SHIFT CLERK OR ASSIGNED TSC COMMUNICATOR SHALL: 5.1 NOIIFY ADDITIONAL SUPPORT PERSONNEL TO REPORT TO THE PLANT AS DIRECTED BY THE INTERIM EMERGENCY DIRECTOR. REFER TO EP 209. DOCUMENT DN APP EP-103-2. 5.2 NOTIFY THE INT ERIM EMERGENCY D IR EC TOR' 'WHEN THE ADDITIONAL SUPPORT PERSONNEL HAVE BEEN NOTJ FI ED. 6.0 SHIFT ICC TECHNICIAN SHALL: 6.1 INFORM THE INTERIM EMERG' NCY DIRECTOR WHEN THE T5C AND E EOF ARE ACTIVATED. 6.2 S T AT ION HIMSEL F AT THE TSC AS DATA DISPLAY (CCTV) OPERATOR AS DIRECTED BY THE EMERGENCY DIRECTOR. e e ., m., e e.w 4 4epgmea

EP-103 P A I. t 6 OF 3 R e v. 4,5 ED:LHD m A EEEN Q11_ EE_103-1 () ALE &l_CUELEDEE_LISI MESSAGEi THIS (IS)(IS NOT) A DRI(L. THIS (IS)(IS NOT) A DRILL. THIS IS PEACH 90TIOM ATOMIC POWER STATION CALLING TO PEPORT AN ALERT () HAS BEEN DE C L AR E D O N UN I T N O. ____. TIME AND DATE OF ALERT CLASSIFICATION THE. BASIC PROBLEM IS = _ _ _ _ _ _ _ _ _ _ _ IS ___ _=____. THE PLANT STATUS IS ( S T ABL E )( IMPROVING) gp ____________= ( DEGR ADI NG) ( NOT KNOWN). THERE (IS PRESENTLY)( HAS NOT BEEN)(IS POTENTIAL FOR)(HAS BEEN) A RADIOACTIVE (AIRBORNE)(LIQu!O) RELEASE FROM THE PLANT (AT A LEVEL BELOW () THAT CONSIDERED A PUBLIC HAZARD){AT & LEVEL AT WHICH PROTECTIVE ACTION IS ADVISABLE). RECOMMENDED PROTECTIVE ACTIONS ARE (NONE)_ O THE AFFECTED POPULATION ' AREA IS (NONE) _ _ _ _ _ _ _ _ _ - _ _ = _ MY NAMEIS THIS (15)(15 NOT) A DRILL. THIS (IS)(IS NOT) A DRILL. =- _== O TIME OF COMMUNICATUA C) 00llE1CA110SS1 EAS11 EERiQU RESPONDING NdllElCil1Q3 131111LS () STATION SU D E R I N T, E N D EN T LOAD DISPATCHER. ,(TELL HIM TO INITIATE CALL LIST "C") () PEMA0(BLUE PHONE OR MD. CDA ISLUE PH3NE 04 _=_______ YORK CTY. EMA (BLUE PHONE OR g LANC. CTY. EMA (3LUE PHONE OR CHESTER CTY. EMA (BLUE PHONE 09 HARFORD CTY. CDA (9LUE PHONE OR gp CECIL CTY. CDA ( SLUE D HONE OR NRC OPS CTR ( RED PHONE ) TIME NOTIFICATIONS OF PARTIES AD3VE COMPLETED ________ " M.[FIED 3Y_______________._ DATE_ EMERGENCY DIRECTOR CHUST NOTIFY PEMA BY USE OF COMMERCIAL TELEPHONE NO. ON BACKSHIFTS .....o n., o,.. n.. o.eveuvcres

EP-103 PAGt 7 Cr 4 e st E v. x.5 EU:LHD A_P Lr.e3 1mmEmmiO l_W2 r2X P me PDEESCU?3EL_fA1.1.maECQ30 OtSPOSITION OF CALL .A*L OF TIME NO ESTIMATED CALL N H50% C AL L LD CALLED ANSWER BUSY TIME OF ARRIVAL COMSLE TED BY 6e._ _e.mm_es-m__m_ m_mmmmmmme _ me m es _ _ _ m m em m en e m e m m en e. m_ _ m em _ _ _ _ _ _ __ ____emme m m eme._ m_ m eeeeememeeeeemm h eem 6 meeseMmWe96 Melm6 6 em N MWWemeeem6me h meem6m h emeeem ~memMMeee e ese e e M M e e me9 6 m e 6 mm W 6 ese mMMM MMeem6 meMeMMe6epeeem amemegeeg -emWem6m es gun eemp einem m enem 69 em e e emmegnen m eum em en en menm emme -e es enense enem6 e eme einem m aim e e e e en em em enesem e e enemmene esoey geenm e ene w e es esp 9 m en en em e>em em ene e e em eum e e aus e es eum e e eup emet. En emp meum 6 m ele em 6 em melm em w e ese e e e eum em m eum em en sus e e e e em e em emen esses es e m m m m em en m eup eum em6MMWm h meep6meumemeeemWm6&meumh em6 6 meeeGum6 m M MMMeeem m MmeeWeemmmeeemm m M Weeneeeem en e-S en em enen emeum emein eut em e ele es em en en en e essem an es e - e em e e em emeum em meum eum e sum-en en em em em as e en enn en en em enn eum e en en am e empen emen ese me e em me en enemineuse en esesp ememen en e e m & W Wem h men am em M e m m e e e e e eup GWem m e on 6 m M e e em e e eeum m m e eme e eeum m e meum e m 6e e mee e ee e e e e e e e e ee ee me em ee sup &M eeneme e e ense N e m -emm m m e e e e em eum e 6 Me e e e e e e m e e enm eum ude e e e e m 6 em m e W memen 6 emM m e som eme e memee m me e em e m 69 m -m e em e

e. e.. em 6 men em en epen u. a.m e.em e, e em em em. en en em em ee. em GW en e ee em enen em as e en enm en e em enen e. en em e e e en e.m emm en amememen em e me en em e e.6 en am e e e em ee m e ein em m eum em e es e e e e eum m e m ee e e em e - e e e ee em 6 m em m e e m m e e me m 6meem m W e m 6 mehr ee em e en es e e mewh m e 6 m m e We W W em eutelm em 6 m e em W m ehe e m 6 m W e me mems em e ee e e e e m em e m 6 m e e e gte e eeum em eum en em m Wens 6 m eem M en mamm e M e e e eme m e e e m 6 m m M O

en eum em omen es emmenn sur en auseup es em -em m enn up6 m enn ene enn em en en esen me e e e ene Sun em e e en eme em em esas est eso eso een amt ume em-m m e aus eum eam em em W en en emee emmesen e eum em em e e eme 5m e em enge e SW m e em e e e m 6 m en es em e em e e em ee aimen eme e e m m e ee m en eum Emm dge een gun em em e em am ele e emupeppe e e e9 Wim eG m e em Weg em exub 6 6 e$ ee amo e e ee e eme en men eBDm em AS ete e8m m eme e@ m e em em emGAD et es e e espre e e m 6 m eem m m en eED m es e W e e m63 m em e e GD e e e e em e elpe 6 m m e en eupem eett e eum e aim WW em m num e em 6em e mm MDem e e em e 6eum me e m m N e em eMe e eme Sun sum e 6em em me em e e em em dup e eum e e9euP em ee e e e m e e em e em e em e emm e m 6 mm e e e eum e se e e e amm m em me efneme en e e e e e e m 6m e em em e e e e e e e ee em m W m m menin e eup e e e em e e een em e ehem men W eum e em eiD Gum e euS e 69 m melimee en empe 6 e esilk ce 49 m e e espm m e mem$ e eumem e e e gimp 6 m e e e e em W W em ume 6M e e em gum mem eemmeum e e um em e e Gum guy e e m e e ee e eum ee e me e e e N6 MM e e em e e e e e en eh 6 e em ein gemee W m 6 em m e e e e W W e9 W W 6 men mem e que mm ge em e en enem em em am e ee en em m Emm e e em em em em 6 m Sin e e e e e en em 6em emeim em em e 69 m en e m m eegh meds elin em em mem megp 6 m me upp e SS en em as em e e es e eum em 99 6 m em eD e e en e m ehem es e em e em e e m 6 Gem e e em e e e es enen em 69 m em em meme 6emmi e es e e age elipe iLt .' S 1 e Y a* I

T EP-103 PAGE d 0F G REV. 45 ED:LHO AEEENQ11_EE_103d EMEEGEEX_EEEDSURE_L15115. PROJECTED WHOLE BODY THYROIO AUTHORIZED EME1103 DD1E DDSE SI 1. LIFE SAVING AND REDUCTION OF INJURY 75 REM 8 375 REM EMERGENCY ** OIRECTOR 2. CPERAT ION OF EQUIPMENT TO MITIGATE AN EMERGENCY 25 REM

125 REM EMERGENCY **

OIRECTOR S. PROTECTION OF HEALTH AND SAFETY OF THE PUBLIC 5 REM 25 REM ~ ENERGENCY DIRECTOR 4. OTHER EMERGENCY 10 CFR 20 10 CFR 20 EMERGENCY ACTIVITIES LIMITS LIMITS DIRECTOR 5. RE -E N T RY / R E C OV E RY ADMINISTRA-ADMINIS-ACTIVITIES TIVE GUIDE-TRATIVE LINES GUIDE-LINES N/A

REFERENCE:

EPA-520/1-75-001 T A BL E 2.1

- SUCH EXPOSdRE SHALL BE ON A VOLUNTARY BASIS O

m EP-104 PAGE 1 AFV. 4 EGF:LJM - %py Q,, M PHILADELPHIA ELECTRIC COMPAhY e PEACH BOTTOM UNITS 2 AND 3 m._. _ EMERGE,NCY PLAN IMPLEMENTING PROCEDURE. p EE:10fL._SIIE_EMEEG ESCJ _ R E S PON 5 E EilaEDit 5 TO DEFINE THE 5ITE RESPONSE IN THE EVENT OF A SI TE E MERGENCY. 4 BELLBESCES g 1. PEACH BOTTOM ATOMIC POWER STATION EMERGENCY PLAN SEC11DN IIII.E g -- w ~. 4.1.3 SITE EMERGENCY 5.0 ORGANIZATIONAL CONTROL OF EMERGENCIES b 613 SITE EMERGENCY 2. NUREG 0654 CRITERIA FOR PREP AR ATION AND EV ALU A TION OF ) RADIOLOGICAL EMERGENCY RESPONSE DLANs AND PREPARE 0 NESS IN SUPPORT OF NUCLEAR POWER PLANTS. ) 3. EP-101 CLASSIFICATION OF EMERGENCIES b AEEESQ1CES EP 104-1 SITE EMERGENCY NOT IFIC AT ION CHECKOFF L IS T ) EP-104-2 PERSONNEL CALL RE C ORD (P 104-3 EMERGENCY CXPOSURE LIMITS (EMERGENLY PLAN TABLE 6.1) A ESECAullDNS 1. PLANNE0 RA0IATION E*POSURES SHOULD BE L I M Ih-TO.TJtE ) ADMINISTRATION GUIDE LEVELS IN APPCNDIX EP 104-4, EMERGENCY EXPOSURE LIMITS. I 1215EQiaIE_AC11DNS i-1.0 SHIFT SUPERVISION SHALL: i y 11 ASSUME THE ROLE OF INTERIM E ME RGE NCY DIRECTOR. i ~ 1.2 IF NOT ALRE ADY DONE AT AN EARLIER EMERGENCY ACTION LEVEL. .3 ~ ACTIV ATE EMERGENCY TEAMS AS NECESSARY. j 13 D I'R E C T THE EVACUATION OF AFFECTED AREAS AS N EC E S S AAY. I REFER TO THE FOLL0id!NG PROCEDURES: / 4 d5 T gTM- -7 y ' [-. m7 gr,, m y a ** -4 r C "N" .T- . = 4- (- ,%- *> g 7 = e e

.I EP-IO4 PAGE 2-RFVo 4 EGF:LJM ( GP 15 LOC AL EVACU AT ION EP 305 SITE EV AC UA TI ON E P 306 EVACUATION OF THE TNFORMATION CENTER 1.4 C ONT A C T THE STATION SUPERINTENDENT AND'THE SHIFT g TECHNICAL ADVISOR, INFORM THEM OF THE SITUATION. g 1.5 FILL OUT APPE NDI X EP 1 04 -1 STANDARD PROMPT NOT IF IC A T ION MESSAGE AND GIVE IT TO THE COMMUNICATOR (PD OR HIGHER CLASSIFICATION) AND DIRECT THE () COMMUNICATOR TO COMMENCE NOTIFIC'ATION OF THE APPROPRIATE PARTIES AS SPECIFIED IN SECTION 2 1 0F THIS PROCEDURE. THE COMMUNICATOR SHALL MAN THE NRC RED TELE-g PHONE ON A CONTINUOUS BASIS, IF REQUIRED BY A-31. [F COMMUNICATOR IS REQUIRED FOR URGENT PLANT OPERATIONS RELATED TO THE EMERGENCY, THE CONCURRENCE FOR S EC UR ING g THE PHONE SHOULD BE ORTAINED FROM NRC PRIOR TO-SECURING THIS TELEPHONE. y 1.6 IF NOT ALRLADY ACCOMPLISHE0 AT THE ALERT STAGE, DIRECT T HE SHIFT CLERK TO ACTIVATE THE 60 MINUTE CALL LIST USING EP 209 APP P. !F SHIF T CLERK IS NOT AVAILABLE, THIS FUNCTION i MAY BE ASSIGNED TO ANY AVAILABLE INDIVIDUAL. 1.T OIRECT ONE OF THE ON-SHIFT ICC TECHNICIANS TO ACTIVATE THE 6 T ECHN IC A L SUPPORT CENTER AND EMERGENCY OPERATIONS FACILITY IN ACCORDANCE WITH EP 201 AND 203 IF NOT ALREADY ACTIVATLO. IF NOT ALREADY PERFORMED PREVIOUSLY, INFORM THE SHIFT CLERK AHICH 3 ICC TECHNICIAN WILL AC TI VA T E THE CENTERS AT UNIT 1 IN UpufR TO L E T-THE CLERK KNOW WHICH 9EMAINING ICC TECHNICIAN TO CALL FUR IHE PROMPT MOBILIZATION PROCEDURE. ? l 1.8 DIRECT THE RADIATION PROTEC T ION TEAM LEADER TO INITIATE 04-AND OFF SITE RADIATION SURVEYS, AS NECESSARY, IF NOT ,3 ALREADY DONE IN ACCORDANCE WITH EP 205, RADIATION PROTECTION TEAM. i j 3 1.9 INITIATE THE I MPL E ME N T A T ION OF EP 316, CUMULA'TIVE POPULAT!1N g DOSE CALCULATIONS, AS NECESSARY. j } 1.10 ASSIGN A 135' ELEV. TURB. BLDG. OPERATIONS SUPPORT CENTER COORDINATOR (SENIOR PO OR APO AVAILABLEI IF NOT ALREADY DONE AND DIRECT AVAILABLE SHIFT PERSONNEL TO REPORT TO THIS OPERATIONS i SUPPORT CENTER AND TO ACTIVATE IT IN ACCORDANCE WITH EP 202 IF H ABI T ABL E. IF THIS OPERATIONS SUPPORT CENTER IS NOT HABITA3tE, DIREC T SHIF T PERSONNEL TO REPORT TO,THE CONTROL R009. 1 11 CLUSELY MONITOR CONDITIONS TO DETERMINE PRESENT HAZARDS TO PERSONNEL AND POTENTI AL ACCIDENT CONDITIONS THAL M AY DEVELOP. ~ ,,q ,.a- .( i 2 _, .g 3 -m c.

E?,E 3 504 PCG RE,V e 4 EGF LJM { 1.12 IF RELEASE HAS 3CCURRED. DISPATCH A PL ANT SURVEY TEAM i MEMBER TO OBTAIN A SITE BOUNDARY DOSE RATE AS SOON AS l PRACTICABLE. 1 13 IF NECESSARY, INITIATE IMDLE MENT ATION OF EP-316 AND EP-317, DIRECT RECOMMENDATIONS TO COUNTY EMERGENCY MANAGEMENT AGE NC I E S. i 2o0 COMMUNICATOR SHALL* 21 PERFORM NOT IF IC A T IONS ON APPENDIX 104-1 USING THE STANDARD PROMP T (40TIFIC A TION MESSAGE INCLUDED. SEE EP-209 APPENDIX A FOR ADDITIONAL TELEPHONE NUMBERS, I F RE QUIR ED. 2.2 REPORT TO THE EMERGENCY DIRECTOR WHEN THE NOTIFICATIONS ARd COMPL E T ED. l 2.3 MAN THE RED NRC TELEPHONE IF REQUIRED BY A 3I UMTIL SITUA TION S T ABIL IZ ES AND RED TELEPHONE COMMUNICATIONS MAY BE SECURED. 3eu OPERATIONS SUPPORT CENTER COORDINATOR OR HIS DESIGNEE SHALL: l 3.1 ACTIVATE THE OPERATIONS SUPPORT CENTER ON 135' ELEV TURB 6 L DG, IF IT IS HABITABLE, IN ACCORDANCE WITH EP 202. IF THIS OPERATIONS SUPPORT CENTER IS NOT HABITABLE REPORT TO THE CONTROL ROOM. 40 RADIATION PROTECTIUN TE A M LE ADER SHALL: ^ 41 INITIATE ON-ANS OFF SITE RADIATION SURVEYS IN ACCORDANCE WITH EP 205, RADIATION PROTECTION TEAM. 'a H E N O IREC T ED BY THE E MERGENCY DIRECTOR. IF THIS PERSON IS THE HP ENGINEER HE SHOULD REPORT TO THE EOF TO COORDINATE T H I S F UNC T I ON. 5 0 SHIFT TEC TECHNICIAN SHALL: S.1 ACTIVATE THE T SC AND EOF (IF NOT ALREADY ACTIVATED DUR ING ALER T STAGE) IN ACCORDANCE w!TH EP 201 USING APPENDIX E P -2 01-2 AND PROCEDURE EP-203. 6c0 SHIFT CLERK SHALL: 6.1 IF NOT ALREADY IMPLEMENTED DURING ALERT STAGE, CONTACT INDIVIOUAL S ON EP 209 APP P TO CALL IN THOSE INDIVIDUALS i TO MA9 TSC AND EOF I60 MINUTE CALL LIST). DOCUMENT CONTACTS [ ON EP 209 APP P. 1 f t 62 I NF OR M INTERIM EMERGENCY DIRECTOR OR EMERGENCY DIRECTOR T WHEN CONT ACTS ARE COMPLETED. [ s.. e 7 g w ~ 4M M "'#r"* % 'T W 'A a q ,y -~ .,.-g _ aB Q M &MW

EP-104 DAGE 4 ~ p REV. 4 EGFtLJM f p EDLLDW:LifL.Af.110.% 1 0 EMERGENCY DIRECTOR SHALL: 0

1.5 PERIODIC ALL Y E VALU AT E THE EVENT CLASSIFICATION IN ACCORDANCE WI TH EP 101, CLASSIFICATION OF EMERGENCIES

~ O AN ESCALATE OR DEESCALATE THE CLASSIFICATION. AS NECESSARY. g 12 OBTAIN RESULTS OF THE CUMULATIVE POPUL ATI ON DOSE C ALCUL A TIONS AND ONSI TE/0FF SITE R ADI A TION SURVE YS FROM THE RADIATION PRO T EC T I ON TE AM L E ADER, AS NECESSARY. 8 13 PROVIDE APPROPRIATE INFORMA TION FROM THE PREVIOUS E VALU A T I ONS TO COMMUNICATOR IN THE EOF FOR NOTIFI-g C ATION OF THE BUREAU OF RADIATION PROTECTION. 1.4 PERFORM ACTIONS AS NECESSARY TO MITIGATE; CONDITIONS g 0F THE EMERGENCY SITUATION. 1.5 DETERMINE WHICH ADDI TIONAL SUPPORT PERSONNEL ARE g NECESSARY FOR EMERGENCY FUNCTIONS AND D'TRECT THE SHIFT CLERK OR OTHER ASS IGNEO COMMUNIC A TOR IN TSC OR EOF TO CON T ACT THOSE PERSONNEL. I 1.6 PROVIDE SITE PERSONNEL WITH P.A. SPEAKER ANNOUNCEMENTS FOR ANY MAJOR CHANGES IN PLANT EMERGENCY STATUS. SUCH AS CHANGING g EMERGENCY AC T I ON L EVEL S. EVACUATIONS AND STARTING AND STOPPING OF RADI0 ACTIVE RELLASES (IF ANY). g 2.0 STATIGN SUPERINTENDENT SHALL: 2.1 REPORT TO THE TECHNICAL SUPPORT CENTER OR CONTROL g ROOM, FOR A BRIEFING OF THE SITUATION. 22 ASSUME THE ROLE OF EMERGENCY DIRECTOR (IF NOT ALREADY g D ONE ) BY FORMALLY RELIEVING THE I NT E RI M EMERGENCY DIRECTUR OF THIS RESPONSIBILITY. ANNOUNCE THAT HE HAS ASSUME 0 THE ROL E OF EMERGENCY O! RECTOR TO THE A SSE MBLEO TECHNIC AL SUPPORT g CENTER PERSONNEL. 2.3 VERIFY THE EMERGENCY CLASSIFICATION. 9 24 V ERIFY THAT THE TECHNICAL SUPPORT CENTER, EMERGENCY O PE RA T IONS F AC IL I TY AND THE OPERATIONS SUPPORT CENTER 3 HAVE BEEN ACTIVATED. 3.0 135' ELEV. TURBINE BLDG. OPE RATIONS SUPPORT CENTER COORDINA TOR SHALL I 3.1 NOTIFY THE INTERIM EMERGENCY DIRECTOR OR EMERGENCY DIRECTOR WHEN THE OPER AT IONS SUPPOR T CENTER IS 3 ACTIVAlED. y i t i b""' ") T 7,. f C

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EP-IO4 PSGE 5. REvo 4 EGF LJM I i 32 S UP PO R T THE CONTROL ROOM AND SHIFT SUPERVISION AS N EC E S S AR Y. i I 4 0 RADIATION PROTECTION TEAM LEADER SHALL: 41 NOT IF Y THE EMERGENCY DIRECTOR WHEN THE EMERGENCY OPERATIONS FACILITY IS MANNED. 4.2 ' REPOR T PROGRES S AND RE SULT S OF CUMULATIVE POPULATION

DOSE CALCULATIONS AND ON AND OFF SITE RADIATION SURVE YS TO THE SITE EMERGENCY C009DINATOR AND EMERGE NCY DIRECTOR AS NECESSARY.

SI' E EMERGENCY COORDINATOR OF THE NEED FOR 4.3 NOTIFY THE T ASSIST ANCE FROM R ADI ATION M ANAGEMENT CORPOR ATION. 5.0 SHIFT CLERK OR ASSIGNED TSC OR EOF COMMUNICATOR SHALL: 51 IF NOT ALREADY 00NE. NOTIFY ADDITIONAL SUPPORf-PERSONNEL TO REPORT TO THE PLANT AS DIRECTED BY THE EMERGENCY ~ DIREC TOR. REFER TO EP 209 DOCUMENT ON APP EP 101-2 5.2 NOTIFY E MER GE NCY DIRECTOR OR SITE ENERGENCY COORDINATOR WHEN THE ADDITIONAL SUPPORT PERSONNEL HAVE BEEN NOTIFIED. 6.0 ICC TECHNICI ANS SHALL: (IF NOT ALREADY PERFORMED AS PER EP-103) 6.1 INFORM THE E"ERGENCY DIRECTOR WHEN THE CENTERS ARE ALTIVATED, IF NOT PREVIUUSLY DONE. o.2 MAN THE TSC OR EOF DATA DISPLAY (CCTV) 00SITION5 AS DIRECTED BY THE EMERGENCY DIRECTOR. T 1 7 i k s .l 'l o ~ i' i I

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ED-104 PAGE 9 AEvo 4 ,EGF:LJM AEEE!1DILEE_101-3 EMERGESCLEXEQSURE _LIMI TS 3 I I PROJECTED WHOLE BODY THYROID AUTHORIZED 6 EubtTION DDiE QQ1E gy 1o'l'FE SAVING AND t REDUCTION OF INJURY 75 REM

3T5 REM EMERGENCY 00 DIRECTOR i

2 0PERATION OF EQUIPMENT TO MITIGATE AN E MERGENCY 25 REM

125 REM EMERGENCY 00 O! RECTOR

3. PROTECTION OF

' ~- HEAtTH AND SAFETY OF THE PU BL IC 5 REM 25 REM EMERGENCY DIRECTOR I ho0THER EMERGENCY 10 CFR 20 10 CFR 20 EMERGENCY AC1IVITIES LIMITS L!MITS DIRECTOR I, i 5.RE-ENTRY /RE-ADMINISTRATIVE ADMINI S TR A T IVE I COVERY GUIDE L INES GUIDE L INES N/A ACT IVI T IE S e (

REFERENCt:

E P A-52 0/1-75-001 TABLE 7.1 ceSUCH EXPdSURE SHALL BE ON A VOLUNTARY BASIS e6 I s... l t l l r. 1 1 T .s-i ..? ,,. -. = ~ my

4. E P-178 P A.~. i ! NLV* 4 "6 Y[ tog / E HAY 11 IM1 'PH2LADELPHIA ELEETRIC COMPANY PEACH SOTTOM UNITS ? AND 3 EMERGENCY PLAN IMDLEMENTING PROCEDURE LE:12k___GESLBAL_ESELLENC1_BLSERSSE PUEtOSE TU DEFINE THE SITE RESPONSE IN THE EVENT OF A GENERAL EMERGENCY. .8LLEELUCfh PLkN..__.,, 1. PEACH BOTTOM ATOMIC POWED STAT!ON EMERGENCY SLC11GS 111LL 414 GENERAL EMERGENCY 's. O ORGANIlATIONAL. C ONI P OL OF EMERGINLifs 6.1.4 GLNtRAL emf 0GENCY /. NUREG 06S4 Cdi1ERIA FOR PREPARATION AND EV AL U A T IOfJ OF R ADIOLOu!C AL LMERGENCY RcSPONSE PLANS AND PR E P ARi ON( 5 5 14 SUDP0ai nF NUCLEAR POWER PL AN T s. 3. EP-101 CLASS!FICAi!GN OF FMERGLNCIES A'lCLNDiCL1 l l' 10'-l Gt N E R Al. EMERGtNCY CHELKOFF LIST E '- 105-/ Pt RSONNLL CAtL kLCOR7 l e' 105-3 EMERGENCY EX"OSURL LIP.ITS (LPi4GENGY. PLAN TABLI 6 1) EBLLAul1051 1. PL ANNt D R ADI Al ION EXPOSURfS Str)UL 0 af L!MITED TO THE AUMINISIRATIVL Gul0C LFVELS IN APP {NDiv [P 105-4 LMERCfNCY E X P.) S U R E LIMITS. 135L01alC_AC11033 1.0 SHIFT SUDERVISION SHAll: 1.1 ASSUME THE RUL E O' INifRIM E MERGE NC Y DIRECTOR. 1.2 ACTIVATF E ME R GENCY TEAMS AS Nl C E Sc. AR) IF NOT ALRiADY ~ f

EP-105 PAGE / REV. 4 EGF: LJM ACCOMPLISHED AT AN CARLIER EMERGENCY ACTION LEVEL. 1.3 O! RECT THE EVACUATION OF AFFECTED AREAS, AS NECESSARY. REFEk.TO THE F OL L O W I NF, PROCEDURES: GP 15 L OC AL EVACUATION i EP 305 SITE EVACUATION i EP 306 EVACU AT ION OF THF INFORM AT ION CEN TER j 14 CONTACT THE STATION SUPERINTENDENT AND THE SHIFT TECHNICAL ADVISOR, INFORM T H E *'. O F THE SITUATION. 1.5 FILL OUT APPENDIX EP 105-1 STANDARD PROMPT NOTIFICATION FORM AND GIVE IT TO THE COMMUNICATOR (PO OR HIGHER CLASSIFICATION) 1.6 OIRECT COM MUN IC A T OR TO COMME NC6 NOT IF IC All ON '.0F THE APPROPP I AT E P ARiIE S AS SPEC IF IED IN SECT 10N 2 1~OF THl.S PROCLDURE. THL CO'iMUNI C A TOR SHALL MAN THE NRC RED TELfPHONE ON A _ RE' UIR ED BY A-31. IF COMMUNIC ATOR IS REQUIRfa C ON T I Nui1US BASIS 1F J FOR U R G f t4 T PL ANT OPERATIONS RELATED 10 THE EMERGENCY, T HE CONCURR ANC E FOR SE C UR ING 1HF DHONF SHOULD BE OBT AINED F ROM THE N4C PRIO,, TO S EC UR ! flG THIS TELEPHONE. 1.7 IF Noi ALREADY A C C O'4 PL I S H E D AT T HE ALFRi OR SITE EMERGFNCY STAGE, DIRECT THE SHIFT CLERK TO ACTIVATE THE o0 MINUTE CALL LIST USING FP 209 ADP P. IF SHIFT C L F '4 K 15 NOT AVAILA6tt. 1HIS FUNCTION MAY dE ASSIGNED TO ANY AVAILA4LE IN0lV!9UAL. 1.6 DIRECT ONE OF THE ON-SHIFT I f. C TEC HNIC I ANS TO ACTIVATE THE ifCHNICAL SUPPORT CENT (4 AND THE E ME RGL.NCY OPE R A T I ONS FACIL1TY IN ALCORDANCE WITH FP 201 AND 203 IF NOT ALRL A0Y ACIIVATLO. 19 UIRECT THf RADIATION PRalCCTION TfAu LEADER TO INillATE I UN AND OF# SITE RADIAIION SURVfYS. AS NEEESSARY, IN A C C O'10 A N C E l 41!H EP 205, RADIATION PROTECTlqN TfAM IF NOI ALRfADY DINE. 1.10 IN111AIE THE I MPL E met 4T A T IGN OF EP 116. CUMULAI1VE POPULATION 00SE CALCULATIONS AS NECESSARY, If NOT ALREADY OONE. l !.I1 ASSIGN AN UPERATIONS SUPPORT CLNTER COUPO!NATOR ( S t N ! 'id P0 I OR APO AV AIL ABL E ) IF NOT ALREADY 90NE ANO DIRECT AVAILA9tE SHlf 1 PERSONNEL TO RLPORT T9 THE OPC.RAfl0NS SUPPORT CfNIER A t= 0 TO ALTIVATE IT IN AC C'IR D ANC E WXYH EP 207, IF HABITAqtf IF IHL UPERATIONS SUPPORT CENTER IS NOT HABilABLF, DIRECT SHIFT PE R SONNi l l TO RIPORI TO THE CONTROL ROOM. \\ I 1.12 C LUS f L Y MON!!OR CONDITIONS TO DETERMINE PRESENT HA/ARDS TO PERSUNNIt AND POTENTIAL ACC10fNT CONDITIONS THAT MAY DEVELOP. 1.13 IF RELLASE H AS OCCURRED. O!SPATCH A PLANT SURVEY TEAM \\

EP-19s Pari 3 c REV. 4 EGF:tJM MEMBER TO OBTAIN A SITE BOUNDARY 30SE R4TE AS SOON AS PR AC T IC ABL E. 1.14 I F flECESS ARY, INITIATE IMDLEMENTATION OF EP-31o AND t.P-317, DIRECT R ECOMME ND AT I ONS TO COUNTY EMERCENCY M AN AGi.- MENT AGENCICS. 2.0 COMMUNICATOR S H AL L : 2.1 PERFORM NOTIf! CATIONS ON APPEN0!X EP 105-1 USING THE STANDARD PROMpi NOTIFICATION HESSAGE 1t4CLUDED. SEE LP 209, APPENDIX A, FOR TELEPHONE NUMBERS. ' 2. 2 REP 3RT TO THE EMERGENCY DIRECTOR WHEN THE NOTIFICATIONS ARE COMPLETE 0. 2.3 MAN THE RED ti"C TELEPHONE 15 REQUIRED BY 4-31 UNTIL SITUATION STABILIZES AND RF0 TELEPHONF COMMUNICATIONS MAY BE SECURE 0. ~~ i.0 GPER AT IONS SUPPORT CENT ER COORDIN ATOR 1R HIS DESIGNEE SHALL: 3.1 ACTIVATE T HE OPERATIONS SUPPORT CFNTER, IF IT I5 HARITABLE, IN ACCORDANCE WITH EP 202. IF THE OPERATIONS SUPPORT CENTER IS NOI HABIT ASLE REPORT TO THE CONTROL ROOM. 4.0 R ADI Al ION, PROT ECT I ON TE AM L E A DER SHALL: 4.1 IN1TIATE ON AND OFF StTE DADIAl10N SURVEYS IN ACCORaANCE niIH EP 205. R AD I A T I ON PROTFLT104 iEAM WHEN DIRECIED 3Y THE LME4GENCY OldECTOR. IF THIS PfRSON IS AE 50 THE HP ENGINEER HE SHOULO REPORT TO THE t0F TO C00R31NATE THIS FUNCTION. ~ N.0 5ilFT ILC lECHNICI ANS SHALL: S.1 ACllVAlE THL TSC ANO LOF ([F NOT ALR1A0Y AC TIVA TE D OURING ALER1 GR SITE EMERGLNCY STAGE) IN ACC040%CE n' I T H EP 201 AND EP 203. '~ 6.0 SHlfI CLERK SHALL: 6.1 IF NOT ALREADY IMPLEMEN T ED OUR ING AL ER T OR SITE r "#.L R G E NC Y STAGE, CONTACT INDIVIDUALS ON Eo 209 APP D TO Call IN THOSE I NDI V IOUAL S T O M AN THE TSC ANO f0F 100 MINUTE CALL L IS T). DOCUMENT CONIACTS ON EP 209 APP P. 6.7 INFORM INTERIM (MERGENCY DIRECTOR OR EMERGENCY D I'R E C TO R WHEN CONTACT $ ARL COMotEIEO. ALLQc u2_AC110NS 1.9 E AERGE NCY DIREC TOR SHALL: ge -n

69-115 PAGL 4 RLV. 4 EGF:LJM 1.1 PERIODICALLY EVALUATE THE EVENT CLASSIFICATION IN A C C O R.1-ANCE WITH EP 101, CLASSIFICATION OF EMERGENCIES. 16 THE CONDI TIONS CHANGE, OEESCALATE TO AN APPROPRI ATE CL ASSI F I-CATION. I 1.2 OBTAIN RESULTS OF T HE CUMUL AT IVE DOPUL AT ION DnSE CALCU-LATIONS AND ONSITE/OFFSITE RAOIATION SURVEYS FROM THE RADIATION PROTECTION TEAM LEADLR. 't.3 REFERRING TO EP-317, PROVIDE APPROPRIATE INFORM AT ION FROM THE PREVIOUS EVALUATIONS AND PROTECTIVE ACTION RECOMMENDATIONS TO A COMMUNICATOR I 'l THE EOF FOR NOT IF IC AT I ON OF THE BUREAU OF RADIATION PROTECTION. L.4 PERFORM ACTIONS AS NECESSARY TO. MITIGATE CONDITIONS OF THE EMERGENCY SI TU AT ION. 1.5 IF NOT ALREA0Y PERFORMED, DETERMINE WHICH ADDITIONAL SUPPORT PERSONNEL ARE NECESSARY FOR E ME R GE NCY FUNCTIONS AND DIRECT THE SHIFT CLERK OR THE COMMUN IC A T OR" IN THE TSC OR EOF TO CONTACT THOSE PERSONNEL. 1.6 P RuV I DL SITE P ERSONNEL WIT H PA SPEAKER ANNOUNCEMENTS FOR ANY MAJOR CHANGES IN PLANT EMERGLNCY STATUS, SUCH AS CHANGl"so EMERGENCY ACTION LEVELS, EVACUAT!3NS, AND STARTING AND STOPPING OF RADIOACTIVE RELEASES (IF ANYl. 2.0 STAI!ON SUPERINTENDENT SHALL: 2.1 RfPORT TO THE TECHNICAL SUPDORT CENTER OR CONTROL ROCM, FOR A BRIEFING OF THE SITUATION. 2.2 A SSUVE THE R3LE Oc E$FRGENCY DIRECTOR (If NOT ALRE ADY 0 }NE l nY F O R ad A L L Y RELIEvlNG THL INTERIM EMLPGENCY DIRECTOR. A NNOU'vL F THAT HE HAS ASSUMED THE ROLF OF LMERGENCY DIRECTua TO THt ASSEMBLED TECHNICAL SUPPORT LINTER PLASONNEL. 2.3 VERIFY THE EMERGENCY CL ASSIF IC AT ION. 2.4 VERIFY THAT I 4E TECHNICAL SUPPORT C F r)T ER, EMERGENrY OPl4ATIONS FAL(L1TY AND THE OPERATIONS SUPP;RT CL N1i d HAVE etEN ACTIVATED. 3.0 OPLRAIluNS SUPPORT CENTER COORDINATOR SHALL: 3.l NOTIFY THE INTERIM rMFRGENCY DIRECTOR WHEN THE OprRATIONS SUPPORT CENTER IS ACTIVATED. 3.2 SUPPORT THE CONTROL ROOM AND SHIFT SUPERVISION AS i l 14ECESSARY. I 4.0 PAllATICN PROTECTION TFAM L E ADFR SHALL: /

EP-135 PAGE $ REV. 4 EGF: LJ" 4.1 NOTIFY THE EMERGENCY OIRECTOR WHEll THT EMERGENCY OPER ATIONS F AC IL IT Y 15 ACTIVATED. 4.2 REPORT PROGRESS AND RESULTS OF CUMULATIVE POPUL AT ION DOSE CALCULATIONS AND ON AND OFF SITE RADIATION SURVEYS TO THE EMERGENCY DIRECTOR, AS NECESSARY. 4.3 NOTIFY THE SITE EMERGENCY COORDINATOR OF THE NEED FOR ASSISTANCE FROM RADIATION MANAGEMENT CORPORATION. 5.0 SHIFT CLERK OR ASSIGNED TSC OR EOF COMMUNICATOR SHALL: 51 WHEN REQUESTEO, NOTIFY ADDITIONAL SUPPORT PERSONNEL TO REPORT TO T HE PLANT AS DIRECTED BY THE EMERGENCY DIRECTOR. REFER TO EP 209. 52 NOTIFY EMERGENCY O! RECTOR OR SITE EMERGENCY COORDINATOR WHEN A00!!!ONAL SUPPORT PERSONEL HAVE BEEN NOTIFIED. DOCUMENT ON APP EP-105-2. 6.0 ICC itCHNICIANS SHALL: (IF NOT ALREADY PERFORME0 AS PER EP-103 OR EP-104) 6.1 I N FO R'4 THE EMERGENCY OIRECTOR WHEN CENTERS ARE AC TI V AT E D. 6.7 MAN THE TSC AND EOF DAIA DISPLAY (CCTV) POSITIONS AS DIRECTED BY THE E M E R GC. NC Y DIRECTOR. O =. 4 e

o rP-10s PAGF e usv. 4 EGF:tJM AEEEUD11_fE_102:1 G EML E AL _ Ld E RG E N C1_30ll E1C A110 S _ CS E C E2 E E_ L151 yESSALE1 THIS (IS) (IS NOT) A DR ILL. THIS (IS) (IS NOT) A DAILL. THIS IS PEACH BOTTOM ATOMIC POWER STATION CALLING TO REP 1RT A GENERAL EMERGENCY HAS BEEN DECLARE 0 ON UNIT NO. TIME AND DATE UF GENERAL EMERGENCY CL ASSIF IC A T10N IS __________. THE BASIC PROBLEM IS _ THE PtANT STATUS IS (STABLEI (IMPROVING) (OEGRADING) (NOT KNOWN). THERE (IS PRESENTLY) ( H AS NOT HEEN) (15 POTENTIAL FOR) (HAS BEEN) A RADIDACIIVE (AIRBORNE) (L10U10) RELEASE FROM THE PLANT (AT A LEVEL Bt. LOW THAT CONSIDERED A PUBLIC HAZARG) (AT A LEVEL AT WHICH PRO 1ECTIVE ACTION IS ADVISABLE). RECOMMENDEO PROTECTI VE ACTIONS ARE (NONE) THE AFFECTED POPULATION ' AREA 15 (NONE ) MY NAME IS __u________________________. THIS (IS) (IS NOT) A ORILL. THIS (IS) (IS NOTI A 04ILL. UDI1EICAIIDBS1 ' -- -EO M.MV N I C A T O R ' S PERSON TIME OF Ee311 RESEQ301GG 3011E1CAI19N IN111sLS ~ STAlldN SUPERINTENDENT LdA0 DISPA TCHLR (TELL HIM TO INITIATE CALL LIST "C") PENNSYLVAN[A LMERGENCY MANAGEMENT #GENCYO (dLUE PHONE OR M ARYL A ND C IV IL DEFENSL ~' AGENCY (dtuE PHJNE OR YOAn C OU'41 Y fMERGENCY MANAGLMtNI AGENLY (JLUE PH3NE OR L ANC AS TED COUNTY EMERGLNLY MANAGEMENT l AGENCY (OLUE PHONE OR. j CHESit R EUUNTY EMLHGENCY MANAGEMENT AGENCY toLUE PHONE OR H A4f OR D COUN T Y (. I V I L DE F LN3L A :i E NC Y (blue P H fn E OR s ,/

Y E p-1 w P Ard 7 REV. EGF: LJM AEEEUD11_ EE_101:1_1COMIiDL GESCRAL_EdERGESCX 3011E1CA11QM_CUECEQEE_LISI CECIL COUNTY CIVIL DEFENSE AGE NC Y (BLUE PHO'$E OR _= P ENtt SYL V Afd I A STATE POLICt - YORK NRC OPERAIIONS CENTER ** (RED PHONE 1 TIME NOTIFICATION OF PARTIES AROVE COMPLETED __________________. VERIFIED HY e OATE __________ EMERGENCY OIRECTOR FILL - SYS-3-1 ? MUST N0ilFY PEkA BY USE OF COMMERCIAL TELEPHONE NO. ON BACKSHIFTS. (BLUE PHONE NOT MANNED BY PEHA ON HACKSHIFTS.

- IF NRC PREVIOUSLY NOTIFILD DURING ALERT OR SITE EMERGENCY CONDIIION, THE ASSIGNEu PO COMMUNIC AinR CONT INUflUSLY M A fi N I N('.

T H t. REU PHONL IN C'JNTROL ROOM SUQMLD HANDLE THI5

40T IF IC AT luN AUTOM Al lC AL L Y.

HOWLVER, CHECK WITH CONTROL ROJM TO BE SURE THIS NOIIFICATION IS NADE. O O e S 9 e Y

E P-l '14 PAGE 3 R6V.

EOF: LJM l

.\\ AEELSD11_EE_105-2 EEBSDNSEt_ CALL _ELCDED DISPOSITION OF CALL NAME OF TIME NO ESTIMATED CALL ELBS D3_C AL LED __C ALLED___e35 WEB _ __SUSX___IltiE_D E_ ASEu AL___CQt!ELEIED_ M ____e ____________e._________ e.___________________________________S._________________________________. __________________e.______________________ _e.__.__m.______________________e.______ ________e.__________________ __Ge______. _e.. __e. _-G.- _-e._e._e,_m._ _ _ -_-G. e.a -e. .e.__-_-e.e.e._e.e.--. -e... g e _ en ese apeut s_4_ en se ens en==_ _ en enn en as em aub que em em em e _ _ sem em e m - _ em e ausem en _es eut e eem e es e es_ e _ se e een e cup ee up m e m.es em e o mean em ao _ eome== se em.m amme em e. en e=== em = am _ eens - em en se== _ en en _ -_ _==== m_a= eum en e. esem aus enamn - e== es em a=== en _ es== emo me een m ese m e _em ew _ _ M _ _ W m _ _m _ em M _ _ See _ _ e9 e5 - m M 6 m W en _ _ _ e. ep _ m eh _ _ WS W e e W e m_ m em M 6 6 en _ M sh M M _ _ _ M _ m en e _ _ eem e es _ e_ _ _ _ s. _ _ _ m e em _ m em_ _ m em e e e _ m mee _ e6 ee _ u. _ em W eh WD e 6 m m W se em _ m e _ m as 6 Gu> W ep 6 m eRh W _ M W G men _m _ _espeGW__ me_ 6_ W M _ _W _ _ _ _ es _ e e e _ Se WB e e M 6 M 99 6 M __ _ M W WW W _ W M GW emW em _ M M M M W SS e9_ _ e. eD e8 M _ M W e> i i _ ee ese emD e _ emb es eAD eB e3 eEB _ GEDemp WD eD_ eh _ GD_ edB gm emme elm _em SpSh eut m _em h auD m M m _ egh Se eh up em M e en em em e e9_ mW WD em WW _ m We eS M M ap enem 996 9 em _ ese _ _ m _ _ m _ M eBWW _ eg m en _ m e eg g gmES _ emeuk6mM6emb M _ eD M W e5_ W 6 eS M W 6 & M SD eW W em M M _ e9_ W _ e9 6- _ h me 69 - er G l G.e..m_e.eG.e.e.eG.me.--_e.e.__---e--_--_-_ee-------.--_e---_------_-e----------_--e _ m es e - _ep eg e _ m 39 m meum _ e _ ge he e _ m e e em3 es e e me m 6 m 6 mm e e WID _ eSem 6 e.ep6 6 erSW _ MeeeeseSe eeh e m 66 - 6 esp e _ _ 6 _ m _ Me MW6M8 epme___m___mWW_6_mmm__6_Memem_mm_w__em_ew_WW_6___mmm_66eWMW6MW6MMMMM %e - e-e. _ e.- -.e. - e. e.g en _ e.e. e.e. e. G. e-G.-_eee-e===_e===G=me-===me=G=_u===G===_*= = = = = = = = = = =

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IP-105 PAGE 9 REV. 4 EGF:LJM APEEND11_EE 102:1 EMEBGEUCX_EAEOSuSE_L15115 PROJECTED WHOLE BODY THYR 010 AUTHORIZED C EuuC1109 DDSL QQSE. - BY lo LIFE SAVING AND EMERGENCY ** "l REDUCiloh 0F INJURY 75 REM

375 REM DIRECTOR g

OPERAT104 OF E QU I P ME NT 2 10 MillG AT E AN E M ER GE t4C Y*s } [MERGENCY 25 REM

125 REM DIRECTOR h.

PROTI.CTION OF HEALTH AND SAFETY OF THE EME1GENCY PUBLIC 5 REM 25 REM Olai.CTOR 4. OThER E MI PGEfJC Y 10 CFD 20 10 CFR 2,0-E'W4GENCY ACilVillLS LIMITS LIMITS DI R E L T OD. .5. RE-LN iky/96 COVERY ADMIN!S[RATIVE ADMINISTRATIVE ~ ACilVIIILS Gul0ELINES GUIDELINES N/A ORE..HENCI: L P A - 5 2 0/1 - 7 5- 001 iARLE 2.1 OCSUCH L ),'C S U hl SHALL BE 0*J A VOLUNIARY BASIS N-.. l i \\ s s'

~ PAGF 1,7 g REv. A EGF:LJM/LHJ I 9s APPENDIX EP-201-12 4 IiC_ Elf DUE_ Ca'.lika O . IESI BluG_uawu_Euchts: HPEC OSC (WALL) () HOECC 7TH FLOOR =- _ ____ CONTROL ROOM DATA TAKER (WALL) CONTROL ROOM ( T A BL E ) () PA, MD. AND S COUNTIES LOAD DISPATCHER CONTROL ROOM (wALLI () NRC RED PHONE WHill - BUREAU OF RAD. PROTECTION BLUE - PA, MD, AND S RISK COUNTIES O IEsl_QiaL_EdDSL S _EQB_21 AL_103E : () COMPUTEx TERMINAL '~ EMER GENLY AN ALYSI S TE AM WALL PHONE O FIRL/ DAMAGE TEAM LFAGER EMERG ANALYSIS TE AM/TELECOPIER TECHNI~AL E NG INE F R ( EMERG AN ALYS I S TE AM ( EMER G O ! U.C T OR EMERG DIRtCTOR'S T A BL L PERSONNLL SAFLTY, TEAM LEADER TSC ST4fuS BOARD DATA DISPLAY OPERATOR 3 l DATA DISPLAY OPERATORS f NRC OFFICE S NOIE. INFORM THE PERSONNEL SAFETY TEAM LEANER TO 9 TEST THE APPROPR I AT E EV ACU A T IJN ASSEMBLY RING OOWN PHONE WHEN EVACUATION A'S S L M dL Y AREA (PUB OR NORTH SUB STATIONI IS MANNED. t O c o n -,- - - - .=

,[ t' EP-l'11 P AJC ' l RFV. ' /,,' E",F : L J w/ L

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Y't (Ljbf) $f MM 1 1 till f, PHILA0FLPHIA ELECT 4tC raupg,y PEAC4 "0TTlH UNITS / AND 4 ( l ate,l MPL E'4E NT I NG DRi1CE 004F . EMERGENCY P t LE-401 _ LEL tri1C e.L _ k U EEUSI C C SIL 2_LISC 1_dC11n112S f EU3205E TO DESC41bt IHL INSTRULTIONS Aran ACT11NS at1UIRED FOR THE ( ACTIVATION, MANN!% AND CONOUCT JF OPE RA T IONS OF THE T EC HNIC AL SUPPORT C ENTE P (TSC). t dLEEEESCLSI PEACH Wii T T'. AI'JMIC POWER SIAT[ON [MERCrNCy ptAN t SEC1100 111LE (- 3.4./

SUMMARY

OF I H E E M E R Gr: r.C Y P L A *l, ALERT' - 5.0 ORGANilAfl0P.AL C1NTROL UF CMEaGENCTES ~ t 6.1./ ALERT ( o.l.3 SITE EMERGENCY 6.14 Gt Nt u at L

E t ". t N C Y f

7.1./ T L C h* llc \\ L SUD P 'R T CtNT'R (TSC) l NUMEG C w. l i f el l A F rid P-L P A R A T !'M AN D t V A L U A T ! 'IN 1F R A'111L !, I L A L

'l 3 G L ';f Y L' f NP L". 'i f 3 L A v.

2'1 P rd%EDNES'. Ilv SUPNR T OF N JC Li AP POWER PLANT 5. g NU4E6 05% FUNC T I'IN A L LRITIRgA r04 E 9 f W.c' N C Y RL SPON'it FACILITIE. AE!'Lb2LLLS Lu-2Ul-1 t 'Ju l e SL:41 ACilvtild4 JF llLHNILAL SUP04 T Crorcq ANU _*EuGLNCY UP. 0. A T I Ohi F ACIL IT Y I tP-/01-7 ACl!dNS uF FIRST HP 10 AARivE AT T EC HN IC AL SUDP7RT C EN T i. R AND EMEkGENCY 1PLkaTIONS FACILiiY f L P-201-3 AC11UNS OF FIRST TEST LUG!rrEP T) A9RIVF AT T EC HN IC A L SUPPOdi Cf*.ft4 AN') EMERGtNCY OdFR A f f 0N5, ( F ACIL IT Y LP-?01-4 I ECH*v lC AL SUPPJRf L E N T h a r),ti, A N i l A f [ O N ANO ( MANNING /7

j, i P.* 31 // P a r.T ? 4EV. 4 y f EGF : L J r* /L H:) EP-201-N TECHNICAL SUPPORT CE NT t'4 F AC IL I T Y LAYOUT EP-201-6 PLANT STAI'JS ROA49 a LP-201-7 EVcNT CHKON3 LOGY S T A TUS BO ARD E P"-2 01 - 8 OFFSITE LOMMUNICATIONS STATUS BOARO i EP-201-9 STAFF ASSIGNMENT S TA TUS BOARD i ep-201-10 PRaCLOURE F OR OPE R AT Iota OF TSC TV MnN! TORS g EP-201-11 SITE RA710 LOGICAL STATUS 30ARD EP-201-12 ISC IELEPHONE CHECn0FF LIST l AC110U_LLYaL: g THE ISC 15 ACTIVATED AHEN AN EVE'vT HAS REFN CLASSIFIED *S JN ALERI. Slic E*LRGENCY OR GCNERAL [MERGENCY IN ACC040ANCF WITH EP-101. CLA">51FILATION OF t MERGE NC I E S, 14 AT THr llSCRETION OF THE El1L<GENCY DIDECTOM. EBiCalidSS: 1. VER!fY T2C HAMITABiliIY PR I 14 TO '!R lu8t ING A C T I V A T I GN, 2. M A I N T A [ 'l Ac C JUN T Aill L I T Y UF at R SO J';rt AND STAFF REP 0 ail % i 'l THE TSC T H4 00Gquu r T H;. INCIDENT. 3. 6%U t-15C VEtJilL AlldN SYSTEM IS OPr a A i !.40 ANq THAT Alm, A ;' L I.. A4E PLK!USIC ALLY T AKE N TO MEASu25 vo tr-NT I AL A l r(" 'J 4 'A f C JN T A fil N A I I CN !l l 4. LN50kt THAT ALL PERTINLNI ACildNS AND NOTIFICATIONS l ARL lod,tO. AN OCF [CI AL L O P. IS L1CATED IN THf TECHNICAL (h Sur>i'udl LEiT R AN9 INDICATE') AS SUCo. l BBacLaudt: 9 Id3EQlAIL_^C11w31* 't 1.u LadauENCY uthfLTJR SHALL: 1 ( 11 ASSI;N a4L OF T Hl. ON-5H IF T ILC I C C HN I C I-AN S TO PERF:JRM THE SifPS riu TL INEu IN SECTION..O OF THESL !"*EDIAft ACfid45. 12 A$5iGN A'J INJiVIOUAL (TEST ENGINFLR ~)R TFCHNICAL A S L i n f 4 '. T ) l THE Ou T 1t h dr THE EMfFGENCY alRECTOR C1M40NICATJ4 AND l DIRECT THL I ND I.V I OU AL TG PE4fG4M THE STt P !, O U Tt l '4t D IN SEC T ION 30 ur T H E L F. I Mut 71 A T E ACTI1NS. i

EP-/G1 94GF 4 uv.3 O 5 EGF: LJM/LHC O 1.3 OIREC1 THt FIRST ti P STAFF N E **B E R TO ARRivt Ai THE TSC TO PERFORM T H t-STEPS OUTLINED IN SE C T 10'. 4.0 OF THESL IMME01ATL ACTIQNS. O 14 OIRECT THL FIRST TEST ENGINEER STAFF MfMBER Tu ARRIVE AT THE TSC TO PERFOR*4 THE S TE PS OU TL I NE*1 g IN SECT 10N 5.0 0F THESE IMMEDI ATE AC TIONS.

1. '2 OBTAINCONTINUCUS STATUS UPDATES ON PLANT CONOITIONS FROM THE CONTROL ROOM AND MAINTAIN A LOGRECORO OF ALL c)

SI GN IF IC AN T EVENT 5 AND ACTIONS. O NOTE: THE ABOVE LOG SW Alt. INCLUDE AS A MININUM THE FOLLOWING INFORMAT10N: 3 A. DATE AND T!*E B. SIGNIFICANT EVENT / ACTION C. SIGNIFICANT AC T I O*4 5 TAKEN O

1. t>

PROVIOC S T A T US BR I E F I NG S' CN THE EMERGENCY AND PcRiINENT PLANT CONDITloNS TO APPROPRIATE TSC 5iAFF ^ p UPON THEIR ARRIVAL. 1.1 [NFORM IHL CONTROL R 00 =1 inAT THE TSC IS OPERAII3NAL 2 UPON COPLETION OF STEDS JUTLINED I t4 SrLTIGN ?.O ANJ 3.0 0F THESE l '4 M E l l A I L ACTIONS. 1.n E:.SU A L THE M AV41Na ANU ODLRATIONS T Tut TSC 15 Sli UP IN A LC U R O A r.C t a!TH T Hf STIPdLATED F "L t. J d-U P A C T l'.% OF THIS PnJCEDURf.. 2.0 UN-SH lf T I f.C T E C HN I C T A4 SHALL: y 21 GJ IO T H r. GU AR DW1US E. PICK OP THE fM PGtNCY R Ai' l ? V;T AN D C '* E K G t N C Y KLY RING, Af 3 THFN PROCLFO 10 UN!! I r$ Y VSING ONE UF Ihr D( DIC AT f D I t.C VEHICLES P A R '< t 3 16 FudNT GF MEDIC AL TRAlltR. KEYS FOR THiSF n*sicLtS g ARE ALSO IN GUARDonUSE. /.2 UTILilE ATTACHEJ A ovE No i x L P -/ 01-1 (00STEU CdPIES GF THIS A P P t: No l t CAN TE FiluND ON Tm FIRST F L f1GR tlF UNIT 1 t* Y THE L N T R A *< C E, INSIJ8 g DOOR OF EOF AND !.NSIDE 0004 '3 F TSC1 TO SET UD LIGHTING. HVAC. A A O l A T I ON MU N I T (19 5. AND CLOSFJ CIRLuli TV MONITO(S IN L:0TH THE EOF AND TSC. t NOTL: THE Erle E Q U I P '4 L N T IS ** A D E OPERATION \\L aHEN THE TSC EQUIPMLNT IS MADE OplRATIONAL IN :N lt R TO PL ACE THE EOF I f. A STAf t [lF REA0!NFSS t.!w! TION IF NEE 0EU. ( 2.3 INFuRM IHL LMLRGENCY DIRECTCR WHEN TSC/ EOF O

EP-/01 9 AGE 4 jj iFV. 1 // p EGF:LJM/LH9 g 0 Ewu!PME?.T StT-dP I S CO*PL E TE AND OF ANY EQUIPME*.T DRJdLEMS NOTED. g 24-Rt M A lia AT THE T SC A S THE DAT A DISPLAY qPERATOR ."t Tv CA* ERA STATION IN THE TSC AND 'U "'N O PERFORM ANY NEEDE) REQUEST FR0" THE EMLRGENCY DIRECTOR. UTILIZE APPENDIX EP-201-10 FOR TV M0NITOR OPERATION INSTRUCTIONS. g 3.0 EMERGENCY DIRECTOR COMMUNI C A TOR SH ALL : 3.1 Ui!Lil!NG APPEN0ix EP-?Ol-12 (TSCTELEPHONE CHECKJFF LIST) VERIFY COMMUNICAil0NS C AP ABIL I TY EXISTS FDOM THE TECHNICAL SUPPORT CENTER. 4 3.2 INFORM THE EMERbENCY DIRECTOR WHEN THE AROVE CO MMUN IC t I 10NS C AP A b! L l il E SH A VE BEEN VERIFIED 4 OR OF ANY DISCREPANCIL5 NOTEO. 3.3 MAN C7MMUNIC Ai!ONS LINES AS DIRECTED eV g' EMERGtNCY DIRECTOR AND MalNTAIN A COMMUNICATIONS L UG CONI A INING INFORMATION RECEIVED FROM AND SL N T T O E MLRGENLY C EN T E RS AND OFFS [ft AGENCIES. NOTE: TnE A Bl? V E LOG RECURD SHALL INCLUDE AS A f4 t NI MUM THL FO LL Ow 1 N G INFORMATION: g A. DATE AND TIME T U SF. MILITAQY i[WE NOTATION) 3. I NC OM i r4G/ O UT Go l N G y C. MtSSAGLs RECLIVE0 U4 SENT a. NAME OF prdSON I NF OR Ma i l ON wAS R f.C t ! VE D 00 9 NT TO L. NAME Abd INill AL 3 CF P L R S qf4 MAKING Ef4T4 f e s g 39 INFORM IHE iMERGFNCY O!40CTOR PRQwPilY OF ALL Il4 FORM AlldN RLCLlVFD FDd u -AND SIGNIFICANT g R L S P O.N S t ACT!dNS IAKIN LiY Sif t GROUPS AND Of FSlif AGENCIES. 9 4.0 Fl%Si hP 'TAFF M L M 'r L R NWALL: g w.! PL Di '14 M THE STFPS PUTLINrD ON A P P t *40 ! x E P-7 01.' A.gD utPORT COMPLET!ON TG IHL LMLRGFNCY DIRECTC 7 g Noli : POS T Ei) LOPIES OF ADPENnIX Ev-201-2 CAN DE FOUf40 04 THE FlHST FLqnk Oc UNIT 1 l dY THE ENTRANCE. ins 19E UGUR OF Elf AND INSIDL Dunk JF T SC. g 5.) t!AST IL5T ENGINEER SHALL: ( 5.1 PERF04M THE SilPS 001 L int 0 ON AP'ENDIX EP-701-9 AND UPON COMPLEI!dN, INFOd" IHE E"F3GENCY O ! P L f. i.H THA1 M Af4N I NG UF TLD DISTPlHUTION HAS COMMtNCED Al t

i P-}.* 1 Paar s 4EV. T Er.F : LJM/LH> r i THE ENTRANCE OF UNIT 1. O NOTE: PuSTED COPIES OF APPENDIX E P-201-3 C AN :: FOUND ON THE FIRST FLOOR OF UNIT I BY THE FNTRANCF, g INSIDE 000R OF EGF AND INSIDE 000R OF TSC. 60 PERSONNEL SAFETY TE AM L E ADER SHALL: O. c.1 TAKE STATION AS 7ESIGNATED BY THE EMER6ENCY DIRECTOR T01 PROVIDE NECESSARY PERSONNEL AND g ON-S I T E R AD I A T I ON STATUS. o.2 ASSIGN ASSISTANT (S) AS NECESSARY TO MAN 9 THE SI TE R ADIOLOSIC AL STATUS BOARD. c.3 COORDINATE WITH THE HPEC OSC FOR ON-SITE O RA 1ATI N PROBLEMS WHICH MAY DEVELOP. EQLLLU:UE_aC110%: 1.0 EMERGENCY DIFECTOR SHALL: g 1.1 UT IL IZ E.. T T ACHED A PPE N11x 0P-201-4 AND APPLNUIX LP-201-5 TO tNSURF THAT PERSONNFL REQuidEC TO MAN THE TSC ARE IN PLACE FOR g EMERGLNCY SUPPORT FUNCTIONS. 1.2 ASSIGN THREE I NDIV IDU AL 5 (TEST F NG I r4E E R S g Ox IECHNICAL ASSIaTANTS) AS S T A TUS d7 A01) RLCUROERS AS DELINE ATLD StLOW: 3 A. UNL IN0!VIOUAL FOR THC PLANT STATUS SOARD (SLE APPENJI( EP-20l-7). l A B. JNL INDIVIDUAL F04 THE EVENT CHRUNOL30Y STATUS 30AR1 (SCE APPENDIX EP-/OI-T). l 9 C. UNE INDIVIUUAL FOR THE aFFSITE C OM.*UN I C A T i '1N S STATUS 30ARD (set APPENolx FP-2Ol-11 AN7 ~ STAFF ASSIGNMENT STATUS f)D A Rf) 4 SL E APPENUIx g LP-201-9). 1.3 OIRI C I THE ST ATuS HUARD RLCURDER S TO g PcAFOAM THE STEPS 00TLINFU IN SECTION /.0 UF IHLSE FOLLOW-UP ACTIONS. O ,1 4 ASSIGN AN IN0!VIDUAL (TEST E NG I N F t R -i!d TECHNIC AL ASSISTANT) 10 MAN THE DEDICATEO COMMUNICATICN LINLS TO THE CONTROL ROOM AND OPERA 1!ONS SUPPORT LENTER ANO DIRECT THE IN0!V1004L TO PL4f0R4 THL STEPS OUTLINED 14 SEC T LOf4 3.0 UF THESE FGLL0d-UP ACT!]NS.- (

gb rp.jal PAal t. McV. 4 I.' EGF:LJM/Ld2 1. ', alSPATCH AN INDIVIDUAL (TEST ENGINEER Od TELHNICAL ASSISTANil TO THE CONTROL g RGOM TO TRANSMIT RE 30ES TE D CONTROL ROOM PARAMETEPS AND INF ORM A T !flN TO THE TSC. 4 ASSIGN AN IN31VIDUAL (CLERICAL STAFF) 16 AS A TELEPHONE CALL DIRECTOR OPERATOR TO MAN THE TELEPHONE CONSULE IN THE TSC g AND DIRECT THe INDIVIOUAL TO PERFORM THE STEPS OUTLINED IN SECTION 1.0 0F THESE FOLL0d-UP ACTIONS. g 11 ENSURE THAT TWO INDIVIOUAL (INSTRUMtNT/ CONTROL TECHNICIAN) ARE ASSIGNE0 AS DATA g DISPLAY OIPERATGRS TO MAN THE TV CAMEP.A ST All0N IN THt TSC. 4 1.o BRElF THE TSC STAFF P ER 13 U I C,4 L L Y (AI LEAST EVERY 30 MINUTES) ON THE STATUS lF THE EMERGENCY AND PERTINENT PLANT g CONDITIONS. g 1.9 RELY ON THE PE R SONN EL S AF E TY TFAM LEAdrq FOR STATd5 AS TO CONT A*lN AT E 9/IN JURE 0 PERSONNLL, SITE 04 LUCAL EV ACU AT IONS. AN9 DN-SIT E u A010LOGIL AL PRuRLEM 44tAS. g /.O STATUS 60A40 RECOR0fRS SHALL: 4 /.! St i UP THE ASSIONLO SIATUd BOARD GIVCN TP YJU. g Nuit: FORMAT AND C.lNTLNT 30 THE STafUS ddAo ) A '* *.

t. ! V E N IN THE F OL L la t hG APPLNDICFS:

( g A. APPFNolt L P,81 1 - *,. OLANT STATUS S'1 A P O B. APPCNDI( 8-P -/ 01 - 1. Vrt.T Ca20':iit y,y ; T A T U s o ; A ) :' C. APPENDIX E F- / 31-8. ')FF SI T E C r)v MUNI C A T 10N S,IAil5 n')AR1 l g O. ADPEN0!X E P- / 31-9, STAFF gSSIGNVENT S T A T U r, g 3 3qp E. ADFFN0lx EP-/)l-!!, il T E RA710L0blCAL S T 410', N A ta g /./ CUNTACT THE FULLOWING l*DIVlquAts EdR THE VARifiUS STATUS LLIA4J I NF'id'4 A T I;)N. g A. DATA DISPLAY OPFR A Tqas run otANT STATUS I NF ORM A T I Ch ( B. LOMuuNICATua T ti Lot.Tdit ROJM F,J P tVrNT CHHONOLOGY INFORMAiiUN C. E Mt0 GE NCY UIRfLTG3 0.( C7NTROL d00* FOR OFFS!it COM'4041CAi10N INFORuAT10N. 0. IME4GFWCY OldELIU4 F 64 STAFF ASSIGNMENT O

P EP-201 PAGE 7 RFV. T F g EGF:LJM/LHC O INFORMATION. 9 E. HPEC OSC FOR SITE dADIOLOGICAL STATUS. F. DESIGNATeo SITE EVACUATION A SSE MBL Y AREA g C OOR D I N A T OR FOR EVACUATION INFORMATION. g 23 POST APPROPRIATE INFORMATION ON ASSIGNED STATUS BAORO AND MAINTAIN A LOG RECORD OF ALKL STATUS SOARO ENTaltS. 4 NOTE: PLANT STATUS INFORMATION AND EVENT CHRONOLOGY INFORMATION SH3ULO BE TRANSMITTED TO APPROPRIATE STATUS BOARD RECORDERS AT g THE EOF. g 24 3EVIEW AND UPDATE THE STATUS BAORO AS CHANGES IN PLANT CON 9ITIONS OR INFORWATION WARRANT. q. NOTt: AT LEAST EVERY 15 MINU TE S. g 2.S ! N F OR.4 THL L MER GE N C Y DIRfCTOR AS SIGNIF IC ANT CHAR 4GtS IN STATUS BOAR 3 INFORMATION ARF NOTEO. g 3.0 CGMMJNIC A TUR S SHALL: 3.1 MAN CaMMUNICATION L INE S ASSikNED TO YOU. e 3.2 MAINTAIN A COMMUNIC A T IJ'45 L il", C U N T A I N I

G INFL)R 4 Al l 0N RLCEIVFD F R T4 4NO SE NT TO 1THER EdFRGtNLY P l S P D,*,$ E FACILITILS AND OTHL'4 g

SvPPqsT OHGAN12ATIONS. NOTL: THE AdqVF LUG REC 93p SHALL INCLUDE AS 3 A MI N I Mllu IHE FOLLOWING I NF ORM A T [ l'J : A. dATE AND T I Mt: (US-M IL I T A1Y TI4r N7 T IF IC AT 10N) g 6. I NCOMING/ OUTGO ING C. M t S S A GE S /. E C E I V 5. 0 O SENT 0. NAME Of P C R LIN INCORM4 TION WAS RfCi!VFD FROM OR SE f4 T TO g C. iiAME AND INT [ALS 1F P E R St)N MAKINb ENTRIES 5 g 3.3 INFL)RM THE L MERGE NC Y D I R r.C T OR PROMPTLY1F ALL INFllR'i A T I ON RLC E!VFD F 909 1R SENT To Mr*HERS OF THE EMEPGLNCY PLSPONSE ORNANIZATION nP SUPDORT ( OkGANilATIONS. ( e ~ ,e 0

69-/01 PAGE t RfVo T EGF:LJ*/L N s i 9 AEE LL D1L EE:221 :1__ E 92 L E 3i31_a C 112 AI10B_9 E_15 C _ A 32_ ER E O WITH THE PORTABLE RADIUS OBTAINED FROM GUARDH10SE IN HA ND. GU TO THE EMERGENCY GPE R A T 10NS F ACILI TY 0 0'3 R g ON SECOND FLd3d AND ENTER USING KEY B9178. 2. GO TO THE L It,HT ING P A1E L 5 LOC A T ED JUST GUT 51DE THE O.. NORTH 000a. Of4 PANEL P-/3 TUD.N ON [4REAKERS 2. 4, AND 6. ON PANEL P-43 TURN ON 6REAKER 5. 3. G TO TECHNICAL SUPDORT CENTtR 000R ON THIRD FLOOR O AND ENTER T HE ROOM USING KEY DG-6. LEAVE THE PORTABLE RAu!JS HERE. PLUG IN CHARGER CORD. t 4. GO TL LIGHIING DANEL P-4 7 LOC A TE D BEHIND THE STATUS BOARDS (NEXT TO THE XEROX MACHINE) AND 0 TURN ON ALL BREAKERS LABELED "TSC LIGHTING." 5. GO TO THE VENTILATION PANEL AT THE NORTHWEST g CORNER OF THL TECHNICAL SUPPORT CENTLR. TURN QN T H ti VENTILATION SYSTEM USING THE PROCEDURE POSTED THcRE. (S.19.1). 4 6. TukN ON THt P AR T ICUL AT L-IqDINE-NU9tE GA<S $4"JN! TOR (PING) LUCATED AT THE NORTHE AS T L]RNE R OF THE j TECHN IC AL aVPPORT CENir R USING THE PROCEDURE ON THE PING. 6 7. TUsN ON THc 4 TV MONITORS AND THE VIDEO RFCORDER LOCATED IN CENTE4 0F THE 1 LC HV IC AL SUDPORT CENTrR USING IHL P R IJC E 0 U R E NFAR MUNITURS. NUTIFY THE UNIT 3 i A10 3 CONTR1L R10M OPERAI1RS TJ ENERGIZE THE I CAMEdAi ANJ REMOVE THE L E N s t,q v fM. 8. Gr) TO IHL IST FLOJR. Ana IURN UN THE PING M7NIinu FOR THL t*cRGENCY J P L R A T 10.'.S FACIL1TY INSIDE THL ENTRANCE USING THE PRatt 0Ux F ATTACHED TO IT. e 9. TU<N nN IHL / IV MON I T.N S L'IC A T ED IN THE E4EaGtytv UPLRAfl0NS FACilliY USING THE PROCEUURE NEAR THE *t!NITORS. 0

10. REIURN THt THt Tt C HN IC AL SUPPORT CENTER. THIRf' FLOOR. AND MAN THE TV CA/. ERA S TA T I ON A5 DIRECTED OY THE EM ER GLNCY DIRELilR. INFORM UNIT ? AND 3 SHIFT SUPERVISION THAT YOU H AVE E NER GI Z F0 THE TECHNICAL

'2 U P P J R I CENTER AND T HE EMERGENCY Q (JPERAT!ONS FACILITY. ( ( g ~ ~ - -

EP-2J1 PAGE 3 C) REv. 3 EGF:LJM/L40 t O A Edi3D11_ EE :221:2_ _ AC 110SS _2 E_ EISSI_H E_IQ_ ASd1Yt_ AI_IS C _aSD_iJE O 1. PROCLED TO THE FIRST FLOOQ 9Y U'J I T ONE ENTRANCE g TO INVtNiJAY AND PREPARE THE E MER GENC Y EQUIDMENT LOCKER. O 2. UBTAIN Two (2) HAND-HELO R ADIOS FROM THE IEC T ECHN IC I AN IN THE TECHNICAL SUPPORT CENTER ON THE THIRO FLO1R. LEAVE THESE RADIOS IN THE g EMLRGENCY OPL R A T IONS F AC IL ITY FOR THE USE OF THE F IE LD SURVt y TEAMSAS REQUIRED. O 3. PREPARE THE EMERGENCY TLO'S IN THE GREEN RADIATION EMERGENCY EQU I PME N T BOXES FOR USE. THLSE BOXES ARE LOCATED IN THE HALLWAY LEADING O TO THE ALTERNATE CHEM. LAS.THERE TLD' S SHlVL D BE INvtNTO41LD AND R E A DI ED FOR SU3 SEQUENT USE .5 Y ALL THUSE WHO ENTER THL UNIT ONE E M ERGE NC Y, C E N T F R S. e ~ ~ ~. O 9 l s i 4 9 9 0 (

EP-401 PAGE 10 RE v e, T EGF:LJM/LHD A EE L G 21 A _ iE:201 :3 -_ ALII DhS _ Q E_ E1.ES I_I Ell _ E U 11GE E d _12_ A B31Y t _ AI_lS C _ A 50_ E D E 1. GO THE THE FIRST FLOOR BY UNIT ONE ENTRANCE ANO uET EMERGENCY TLD'S FROM THE RADIATION E QU I P :48. N T LOCKERS. IF PORT ABL E FR ISKER IS NJT .ALREADY AT UNIT ONE ENTRANCE, GET IT FROM THE EMERGENCY OPERATIONS FACILITY AND SE T IT UP AT IHe O E' k JJST INSIDE THE GL A S S 00'14. i /. GO Tu THE FIRST FLUOR ENTRACE OF UN!T ONE. D I S T R Ii3U T E TLD TO ALL PERSONNEL 'aHO POSSESS L!4tRGENCY RESPONSE ROLtiS. LOG TL3 NUMBERS vE4 SUS NAME5. hdEU_AYalladkli_1d11_EUUCllOU SU ALL _f.iE_AS SUSED_31_ A_GU AE2m 4 9 e e e e e e e e b o 8 a, j -- C S9N m4Aa.

FP-2:11 P4GE 11 4Evo 3 E",F:LJu/LHO 9 h' P I 0 l 1 i l l l l l e l l l s. e i l l i d - < nn W /A s &BrTsM-- C3r #a

EP-/01 PAGE 12 r REY. 3 E3F:LJM/LHJ c-f AEtLisD11_EE:221:l__ E L E'.tl_Ct!ED30 Lull _ SI AIUS_ BQ AE0 t g IIME LVENT EVENT _uDi______________________________________ 4 O O 8 4 1 1 l 8 9 e 1 i 9 4 8 O t l O

FP-201 PAGE 11 / MTV. 1 EGFaLJM/LH9 s /,' AEdLL211_LL:ZG1:d__2EESilL_C05dus1CA11035_SIAluS_3RA12 0FFSITE I13i_______ cum us1L11101S_________dESER3SEZC032LUI_______________ e ( ( ( g 4 6 4 4 4 4 4 t 1 8 1 l 1 0 1 4 l t i

/. EP-231 PAGE 1* RF V. 1 EGF : L J u /Le1 L, 1 aEdLSD L1_ LP:201:2__11AEE_a5SIGLSE31_SlaluS_QJABD __________________________________________________OCal103__________________. 111LL________________________Ma5L________________L i SH,lFT SUPERINTENDENT SHIFT SUPERVISJR g t'MERGENCY DIRECTOR TELHNICAL ENGINEER , 8 PL450NNEL SAFETY TEAM LLA0ER 5 F IRE /9 AM A <G E TE AM LF.ADER g, SiiE E MERGt NCY C00Rbl4ATOR nFALTH PHYSICS / CHEMISTRY g C00RUIhATOR R AO I A T 10'4 PROTECTICN TL AV g LEADER 0020 A ; i E S '2 MENT GRGtJP 3 L f AI)L R FIELD SURVtY GROUP LEADER 1 EOF LIA!'a0?. PRJCLDd4t SUP D.j R T COua0!NA10h 4 PLANN!f4G CJdR0! NATO 4 l, M E L H A'41 C A L [?4GINEfR I i 3 LIAISON tLLCIRICAL LNGINEER g L I A l $ 0t4 f. L ME R GE NC Y duPDdRT OFFICER 9 I 0 ~ ~. t

EP-201 PAGF 15 r'- 45v. 3 EGF: LJV/LHJ d APPENDIX E P-?O1-10 ESQCEDudE_EDB_REEEAIIJ' S_2E_lSLZEGE_1Y_r2311dd1 ,t.O EuSEDSE: ~ THE FOLLOd !NG PROC EDUR E DEFINES THE REQUIRED STEPS g FJR THE OPERATION OF THE TFCHNICAL SUPPORT CE NTER AND EMERGE NCY OPERATIONS FACILITY TV NONITORING OF THE MAIN CONTROL ROOW. (

2.0 SCOEE

g THIS PRUCEDURL IS TO dE FOLL0wEO BY ALL PERSONNEL WHO USE THE VI DEO-MONI T ORING SYS T EM IN THE CONTROL ROOM. 4 5.o SLElaEstES: g OPERATING INSTRUCTIONS. CONTROLS FOR MOTORI Z ED -,. ' 200M LENSL5. (VICON INDUSTRIES. INC.) 465-780 6280-E-114-5-1 i 4

4.0 BESE2SSISIL111

THE PERSON (S) OPERATINE. THIS E70!PwCNT SHALL 16 RESPONSIBL E FOR 5AFL.J P t2ATION. g S.O PREREuu151TLS: DLR50N(s) OPFMATING THIS E7UIP' DENT Sd3UL D H AVE g A KNOWLEDGE ')F I TS OPL O ATI JN I 'J AD7!TIGN T1 REVIEaING THr :W E R A T I N", INSi4LCTIGNS. A *4 D S H.lU L O df VLOY FAMILIAA 'aITH THL LAYOUT Of g INSTRUMLNTS IN THL CG.4 T HOL R10M.

6.0 EdlCLQUdL

t 6.1 IN TH E t MER GLNCY OPE A % T IONS F AC IL I T Y (2NO FLUOJ cc UNIT L) TURN ON 1CTH CShidOLLtRS. g AS InEY ACT AS MASTER C7NTROLLE45 FOR THE L ON T P.dLL f 0 5 ON THE THIRD FLOOR. g 6:> IN THE TLCHNICAL SUPPORT CLNTER (3RD FLdOR UF UNIi 1), IURN ON THE FOUR TV MONITORS. AND THLIR AS57CI A f t D CONT ROLL ERS. t 6.1 PUSH 'CLUSL' HUTTON O*4 IRIS A FFn SHORT !!MES TO ENSURL PROPER LIGHTING. 8 6.4 JOY ST ICK OPERATES CAMERA MOVtMENT. 4 NOTE: PAN ANO T IL T SPFLO ARE A FUNCTION 1 ~ O d

E P-bi l PAGE le r di V. 1 EGF:LJM/LHJ d ( OF HOW FAR THE JOYSTICK IS MOVED AWAY FROM THE CLNTER ' REST' POSITION. 6.5 MOTOR SPEED IS DETERMINED uY KNOB (GN/OFil. g . NOTE: THE MOTOR SPEED NOT ON THE LENS CONTROLLED w!LL HAVE TO BE OPTOMilED FOR EACH INDIVIDUAL CAMERA (FOR FOCUS AND <00M IT WILL BE APPROXIMATELY MID-POT )., TO GET IRIS CONTROL, THE SPEED POT MUST BE FULLY CLOCKWISE. g NOTE I: FUSE FOR ALL C AME R AS IS IN THE TRW PANEL IN THE CONTROL ROOM, INSIDE THE RIGHT 000R ON THE LLFT S10E. ( t40TE 2: CONTROL ROOM TV CAMERA S IW T C HE S ARE LOCATED AT THE BASE OF EACH TV. CAMERA. ( SWITCH 15 LABELED "ACPOWER FEED ON/OFFa[ ( ( r ( ( I ( ( t g e m

~ EP-211 PAGF 1,7 g REV. 1 EGF:LJM/LHJ APPEN0tX EP-201-12 O IiC_EMOUE_Ca2ila O . IE51_BluG_uous_EuoSES: HPEC OSC (WALL) O. HOECC 7TH FLOOR CONTROL ROOM OATA TAKER (WALL) =_ CONTROL ROOM ( T A BL E ) O PA, MD. AND 5 COUNTIES LOAD DISPATCHER ~~~~~~~~~~ CONTROL ROOM (wALLI () NRC RED PHONE WHITE - BUREAU OF RAD. PROTECTION BLUE - PA, MD, AND 5 RISK COUNTIES O IESl_Q1&L_EdOULS_EQ8_Q1AL_103E: () j COMP U T E x TERMINAL ' "_ ; !'_ a _ _ _ _ _ ENER GENLY ANALYSIS TEA

WALL PHONE

~ o FIRE /DAMALE TEAM LFA0ER EMERG ANALYSIS TEA 9/TELECOPIER TECHNI~AL E NG INEE R ( EMERG A P. A L YS I S TEAM ( EMER G 01U;CI OR EMERG OIRtCTOR'S TABLL i PERSONNLL SAFLTY, TEAM LEADER TSC STATUS RCARD DATA O! SPLAY OPERATORI DAim C*' PLAY OPcR3 TORS a O t NRC OFFICt NOTE. (NFORM THE PERSONNEL SAFETY TEAM LEANER TO TEST THE APPROPRIATE EV ACU A T IJN ASSEMBLY RING 00WN PHONE WHEN E V Ar.U A T I ON A SS LMdL Y AREA ~ (PUB OR NORTH SUB STATIONI 15 MANNED. t 4 / O - _ =

_. _,...

EP-203 PAGE 1 t = QEV. 3 Y 19 1 PHILA0ELPHIA EL ECTRIC COMP ANY PE ACH BOTTOM UNITS 2 AND 3 EMERGENCY PL AN IMPLEMENTING PROCEDURE LE-203__.Et$EBGENCY 0PER4TIONS_EACILITY ( EQf_1_ACT IV ATIQU } EUEEQSE TO DESCRIBE THE INSTRUCTIONS AND ACTIONS REQUIRED FOR THE' ACTIVATION, MANNING, AND CONOUCT OF OPERATIONS OF THE EMERGENCY OPER AT IONS FACILITY -( EOF). BLELaLULES le PE ACH BOT TOM ATOMIC POWER STATION EMERGENCY PLAN SLCI1QU 111LE l 3.4.3

SUMMARY

OF EMERGENCY PLAN, SITE OR GENERAL EMERGENCY S.0 ORG ANI Z AT I ON AL CONTROL OF EMERGENCIES ^ 613 SITE EMERGENCY 6.1.4 GENERAL EMERGENCY 7.1.4 EMERGENCY OPERATIONS FACILITY 2. NUREG 0654 CRITERIA FOR PREPARATION AND EVALUATION OF R ADI OL OG IC AL EMERGENCY RESPONSE PLA%S AND PREPARLONESS IN SUPPORT OF NUCLEAR P0 DER PLANTS. 3. tvuREG 0696 FUNCTIONAL C R I'T E R T'A FOR EMERGENCY RESPONSE FACILITIES AECENDILES EP-203-1 LMERGENCY OPERATIONS FACILITY ORGANIZATION AND MANNING EP-203-/ EMLRGENCY UPERATIONS FACILITY LAYOUT E P-2 0 3-3 PLANT STATUS BOARO EP-/03-4 EVENT CHRONOLOGY STATUS BOARO E P-2 0 3-5 ST AFF ASSIGNMENT STATUS BOARD EP-/03-6 HEADQUARTERS SUPPORT REQUESTS STATUS BOARD E P-2 03-7 0F F SI TE COMMUNICATIONS STATUS BOARD EP-203-8 FIELO MONIT ORING D AT A STATUS BOARD LP-203-9 00SE ASSESSMENT DATA STATUS BOARD EP-203-10 PROCEDURE F OR OPER AT ION OF EMERGENCY OPE R AT IONS FACILITY Iv MONI EP-203-11 ACTlyATION PROCEDURE FOR PING IN EMERGENCY OPERATIONS FAC!LITY E G2 LLLLL ~ THE EOF 15 AC T IV AT ED WHCN A tt EVENT HAS BEEN CLASSIFIEO AS A SITE EMERGENCY OR GEtdER AL E MERGEtiC Y IN ACCOR0AfCE wl!H EP-101, {

EP-293 i PAGE 2 REV. 3 EF:LHD CLASSIFICATION OF EMERGENCIES, OR AT THE DI SCRE TION OF THE SITE E ME R GE NCY COORDINATOR. ESECau1103S 1. VERIFY EOF HABITABILITY PRIOR TO ACTIVATION. 2. MAINTA!N ACCOUNTABILITY OF PERSONNEL AND STAFF REPORTING TO THE EOF T HR O UGHOUT THE INCIDENT. 3. ENSURE EOF VENTILATION SYSTEM IS OPERATING AND THAT AIR SAMPLES ARE PERIODICALLY TAKEN TO MEASURE POTENTIAL AIRBORNE CONTAMINATION. 4. ENSURE THAT ALL PERTINENT ACT IONS AND NOTIF ICATIONS ARE LOGGED. EEQCEDMEL 1.0 OE SIGN AT E D SENIOR ENGINEER ACTING AS THE INTER M,'SIrf E ME RGE NCY COORDINATOR SHALL: I.I PERFORM THE FOLLOWING ACTIONS UNT IL RECE!vED BY THE SITE EMERGENCY COORDINATOR OR DESIGNATED ALTERNATE. I.2 ASSIGN AN INDIVIDUAL (TEST ENGINEER, TECHNICAL ASSISTANT, OR JUNI OR T ECHNIC AL ASSISTANT) THE DUTIES OF THE SITE E ME RG E NC Y COORDIN AT OR COMuuN IC ATOR AND DIRECT THE INDIVIDUAL TO PERFORM THE STEPS OUTLINLD IN SECTION 2.0 0F THESE IMMEDIATE ACTION.. I. 3 UBIAIN AVAILABLF IW3-WAY RADIOS F D O'i THE ICC TECHNICIAN IN THE TECHNICAL SUPPORT CENTER FOR THE RA01ATION SURVEY GROUPS. 1.4 OBTAIN CONilNUOUS STATUS UPDATES ON PLANT CONDITIONS FROM THE CONT ROLROOM OR T I C HN IC A L SUPPORT CENTER AND MAINTAIN A L U P. RECORD OF ALL S I GN IF IC AN T EVENTS AND ACTIONS. I.5 ENSURE THE MA NNI hG AND OPERATIONS OF THE EMERGENCY OPtRai!ONS F-A C I L I T Y IS SET UP IN ACCORDANCE WITH THE STIPULATED FCLLOW-UP ACTIONS OF THIS PROCEDURE. ~ I.6 PROVIDE STATUS BRIEFINGS ON THE EMERGENCY AND PERTINENT PLANT CONDI TIONS TO THE SITE EMERGENCY COORDINATOR AND APPR]PRIATE LOF STAFF UPON T HE IR ARRIVAL. I.7 INFORM THE CONTROL ROOM AND TECHNICAL SUPPORT CFNTER WHEN THE LMLRGENCY OPERATIONS F AC IL I T Y HAS BEEN ACTIVATED AND "ANNED. 2.0 SITL LMERGENCY C00R DI N A I OR C OMMUNIC A TOR SHALL: 21 VERI F YCOMMUNIC ATIDNS C AP ABILIT Y BY COMPLETING IELEPHONE C.O.L. FOR EOF ( APPE N9I X EP-203-12). l

EP-ZO3 e PAGE 3 REV. 3 EF:LH3 22 INFORM THE SITE EM ER GE NC Y COORDINATOR OR INTERIM SITE EMERGENCY COORDINATOR WHEN THE ABOVE COMMUNIC ATIONS C AP ABIL I T 8 H AVE BEEN VERIFIED OR OF ANY DISCREPANCIES NOTED AS NOTED ON TELEPHONE C.O.L. APPENDIX. 2.3 MAN COMMUNIC AT IONS L INES IN THE SITE EMERGENCY COORDINATOR OFFICE AND MAINTAIN A COMMUNICATIONS LOG CONT AINING INFORMATION RECEIVED FROM AND SET TO OTHER FACILITIES AND OTHER ORGANIZATIONS EOLLDH-UP_AC110SS 10 SI TE E MERGENCY COORDINATOR OR INTERIM SITE EMERGENCY COOROINATOR SHALL: 1.I UTILI2E ATTACHED APPENDIX EP-203-1 AND APPENDIX EP-203-2 TO ENSURE THAT PERSONNEL REQUIRED T O MAN THE EOF ARE IN PLACE FOR EMERGENCY SUPPORT FUNCTIONS. 1.2 ASSIGN AN IND I VI DU AL (TEST ENGINEER OR TECHNICAL ASSISTANT) AS A ST AT US BO ARD RECORDER FOR THE PLANT S T A TUS-BOARD ( S EE APPENDIX E P-2 0 3-3 ), THE EVENT CHRONOLOGY STATUS BOARD (SEE APPENDIX EP-203-5) AND DIRECT THE INDIVIDUAL TO PERFORM THt STEP 5 OUT LINLD IN SECTION 4.0 OF THESE FOLLOW-UP ACTIONS.

1. 3 ASSIGN AN INDIVIDUAL (TEST ENGINEER OR TECHNICAL ASSISTANT)

AS A ST ATUS BO ARD RECORDER FOR THE HEADQUARTERS SUPPORT RE STATUS 00ARO (SEE APPE NDi x E P-20 3-61 AND OFFSITE COVMUNI C A STATUS SOARD (SEE APPENDIX E P-203-7 ) AND DIRECT THE INDI V I OU A T O P.ERFORM THE STEPS OUTLINED IN SECTION 4.0 OF T HESE FOLL O A ACTIONS. 1.4 ASSIGN AN INDI VI DU AL ( IN S T RUMEN T/ CONT ROL TECHNICIAN) AS A D DISPLAY OPERATOR TO MAN THE TV CAMERA STATION IN THE EOF. THIS DATA DISPL AY OPERATOR SHOULD REFER TO APPENDIX EDP-203-lO F MONITOR OPERATION. 1.5 ASSIGN AN INDIVIOUAL (CL ERICI AL STAFF) AS A MESSAGE R9uffR TO ROUTE INFORMATION IN THE EOF AND O T HE R APPROPRIATE FACIL!!!ES l.% ASSIGN AN INDIVIDUAL (SECRETARIAL S T ATTi-A-S A TYPIST TO PfRFORM, IF NECESSARY, ANY TYPING AND CLERICAL WORK AT THE EOF. 1.7 ASSIGN TWO INDIVIDUALS ( CL ER IC AL STAFF) AS TELEPHONE CALL i ANY REQUIRED COMMUNIC AT IONS EQUIP MENT DIRECTOR OPERATORS TO M AN IN THE EOF COMMUNICATION EQUIPMENT ROOM. l 18 ENSURE THAT AN INDIVIDUAL (TEST ENGINEERI 15 ASSIGNED AS A COMMUNICATOR FOR THE SITE EMERGENCY COORDINATOR TO PERF3R ACT IONS SPECIF IED IN SECTION 5.0 OF THESE FOLLOW-UP ACTIONS. l 1.9 INFORM THE CONTROL RO3M AND THE TECHNICAL SUPPORT CENTER THAT THE EMERGENCY OPERATIONS FACILITY IS, OPERATIONAL AND MANNED UPON COMPLET ION OF PERTINENT SIEPS OUTLINED IN THESE rOLL ~~

EP-203 PAGE

o REV. 3 EF:LHO ACTIONS.

1.10 BRIEF THE EOF STAFF PERIODICIALLY ON THE STATUS OF THE EMERGENCY AND PERTINENT PLANT CQNDITIONS. 1.11 DIRECT THE COMMUNIC ATOR FOR THE SITE EMERGENCY COORDINATOR TO MAINTAIN A LOG RECORO OF ALL SIGNIFICANT EVENTS AND ACTIONS. NOTE: THE ABOVE LOG SHALL INCLUDE AS A MINIMUM THE FOLLOWING INFORMATION: A. DATE AND TIME B. SIGNIFICANT EVENT / ACTION C. SIGNIFICANT ACTIONS TAKEN i 1 12 OIRECT THE COMMUNIC ATOR FOR THE SITE EMERGENCY COORDINATOR TO TRANSMIT ALL STATUS BOARD INFORMATION TO THE HEADQUARTERS EMERGENCY SUPPORT CENT ER ST ATUS BOARD RECORDER. '.0 RADIATION PRO T E CT I ON TE AM L E ADER SHALL: 2.I ASSIGN AN INDIVIOUAL (HP TECHNICIAN) AS A FIELD SURVEY GROUP RADIO COMMUNICATOR TO MAINTAIN RADIO CONTACT WITH FIELO SURVEY SUUA05 wHEN THEY ARE DISPATCHED. 2.2 ASSIGN AN INDIVIDUAL (HP TECHNICIAN) AS A STATUS BOARD REOCROER FOR THE FIELD MONITORING DATA STATUS BOARD (SEE A PP E fdD I X EP-203-8) AND DIRECT THE INDIVIDUAL TO PERFORM THE STEPS OUTLINED IN SECTION 4.0 0F THESE FOLLOW-UP ACTIONS. 2.3 AS$1GN AN INDIVIDUAL (HP TECHFICIAN) AS TELEPHONE COMMUNICATOR s TU MAN APPROPRIATE COMMUNICATION LINES ASSIGNED TO THE RADIATION PROTECTION TEAM L E ADE R AND PERFORM THE STEPS OUTLINED IN SECTION 5.0 0F THESE FOLL0d-UP ACTIONS. l..0 DOSE ASSLSSMENT GROUP LEADER SHALL: 3.1 ASSIGN TWO I N DI VI OU AL TO PERFORM 00SE PROJECTION CALCULATIONS AT THE EOF. 3.2 ASSIGN AN INDIVIDUAL (HP TECHNICIAN) AS A STATUS BO ARD Rf CORDER FOR THE DOSE A S SE S S ME N T DATA STATUS BOARD (SEE APPENDIX EP-203-9) AND DIRE CT THE INDIVIDUAL TO PERFORM THE STEPS L ISTED IN SECTION 4.0 OF THESE FOLL OW-UP ACTIONS. .0 STATUS HOARD RECORDERS SHALL: 4.1 SET UP THE ASSIGNED STATUS BOARD GIVEN TO YOU. I NOTE: FORMAT AND CONTENT OF THE STATUS 90AR05 ARE GIVEN IN THE FOLLOWING APPENDICES: l [ e l

~ EP-203 PAGE 5 REV. 3 EF:LHD A. APPENDIX EP-203-3, PLANT STATUS BOARD B. APPENDIX E P-20 3-4, EVENT CHRONOLOGY STATUS BOARD C. APPENDIX E P-2 0 3-5, STAFF ASSIGNMENT STATUS BOARD D.

APPENDIX EP-203-6, HEADQUARTERS SUPPORT REQUESTS STATUS BOARD E.

APPENDIX EP-203-7, OFFSITE COMMUNICATIONS STATUS BOARD F. APPENDIX EP-203-8, FIELD MONITORING DATA STATUS BOARD G. APPENDIX E P-20 3-9, DOSE ASSESSMENT DATA STATUS BOARD s j 4.2 CONTACT THE FOLLOWING INDIVIDUALS FOR THE VARIOUS STATUS BOARD INFORMATION. A. TSC PLANT STATUS BOARD RECORDER FOR PLANT STATUS INFORMATION. B. TSC EVEN T CHRONOL OGY STATUS SOARD RECORDER FOR EVENT CHR ONOL OGY INFORMATION. C. SITE EMERGENCY COORDINATOR FOR STAFF ASSIGNEMENT l INFORMATION AND HE ADQUARTERS SUPPPORT REQUti+S m D. EMERGENCY DIRECTOR, SITE EMERGENCY COORDINATOR, OR CON T ROL ROOM F OR OFFSITE COMMUNICATION INFORMATION. l E. FIELD SURVEY GROUP RADIO COMMUNICATOR FOR FIELD MONITORING DATA. F. DOSE ASSESSMENT GROUP LEADER FOR DOSE ASS'ESSEMENT DATA. 4.3 PUST APPROPRIATE INFORMATION ON ASSIGNED STATUS BOARD AND MAINTAIN A LOG RECORD OF ALL STATUS BOARD ENTRIES. 9.4 REVIEd AND UPDATE THE STATUS BOARD AS CHANGES IN PLANT CONDITIONS OR INFORMATION WARRANTE. N0ft: AT LEAST EVERY 15 MINUTES. 45 INFORM THE APPROPRI AT E COORDINATOR. TEAM OR GROJP LEADER AS l SIGNJFICANT CHANGES IN STATUS BOARD INFORMATION ARE NOTED. ~~ 5.0 COMMUNICATORS SHALL: S.I MAN COMMUNIC A TI ON L INE S ASSIGEND TO YOU. j $.2 MAINTAIN A COMMUNICATIONS LOG CONTAINING INFORMAT ION RECE IVED FROM AND SENT TO OTHER EMERGENCY RESPONSE FACILITIES AND OTHER SUPPORT ORGANIZATIONS. NOTE: THE ABOVE LOG RECORD SHALL INCLUDE AS A MINIMUM THE s FOLLOWING: i A. DATA AND TIME (USE MILITARY TIME NOTATION) l B. I NC OMI NG/OU T G G ING f e* . n _ger .,***mww-

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F P-20 3 e PAGE 6 l REV. 3 l EF:LHO C. MESS AGE S REC EI VED OR SENT D. NAME OF PERSON INFORMATION WAS RECEIVED FROM OR SENT TO E. NAME AND INITIALS GF PERSON MAKING ENTRIES 5.3 I NF OR M THE APPROPRI ATE COORDINATOR, TEAM OR GROUP LEADER PROMPTLY OF ALL INFORMATION RECIEVED FROM OR SENT TO ME MBERS OF THE EMERGENCY RESPONSE ORG ANIZ ATION OR SUPPORT ORGAN!/ATIONS. 0 ,9 0 'N e t l i e G 'N e 1 e (e j ,/ ~./ t o l [

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EP-20) PAGE 1) REV. 3 EF:LHD APPEN0!X EP-203-10 ESQCEQuaE_EQa-QEEEA110N_QE_1SEZEQE_1Y_t$Q8112a5 10 EuBEDSE: THE FOLLOWING PROCEDURE DEFINES THE REQUIRED STEPS FOR THE OPER ATION OF THE T EC HN IC AL SUPPORT CENTER AND EMERGENCY OPERATIONS F ACILITY TV MONITORING OF THE MAIN CONTROL ROOM. s.

2.0 SCQEL

THIS PROCEDURE IS TO 2E FOLLOWED BY ALL PERSONNEL WHO USE THE VIDEO-MONITORING SYSTEM IN THE CONTROL, ROOM.

3.0 BEEEEEBCES

OPERATING INSTRUCTIONS, CONTROLS FOR MOTORIZED ZOOM LENSES. (VICON INDUSTRIES, INC.) X85-780 6280-E-114-5-1 ' ~ - - ~ - - ~

4.0 BESEQNSIS1L11X

THE PERSON (S) OPERATING THIS EQUIPMENT SHALL BE RESPONSIBLE FOR 54FE OPE RA T I ON. 5.w PRE RE QUI SITE S : PERSONIS) OPERATING THIS EQUIPMENT SHOULD HAVE A KNOWLEDGE OF ITS OPEk-ATION IN ADDITION TO REVIEWING THE OPERATING INSTRUCT 10NS, AND SHOULO BE VERY FAMILIAR WITH THE LAYOUT OF IN S T RUME NT S IN THE CONTROL ROOM. l

6.0 EEuCLDUBL

6.1 ON THE S E C OND F L O DR OF THE UNIT 1 HUILDING. TURN ON SOTH CONTRutt Hs, AS THEY ACT AS MASTER CONTROLLERS FUR THE CONT 90LLERS ON THE THIFD FLOOR. 6.2 ON THE THIRD FLOOR OF THf UNIT 1 dU I L O ! NG, IURN ON THE FOUR TV MONITORS AND THEIR ASSOCIATED CONTROLLfRS. 6.3 PUSH ' CL O SE ' BUTTON ON IRIS A FEW SHORT TIMES TO ENSURE PROPER LIGHTING. 6.4 J0GSTICK OPER ATES C AMER A MOVEMFNT. NOTE: PAN AND TILT SPEED ARE A FUNCTION OF HOW FAR THE J0GSTICK 15 MOVED AWAY FROM THL CENTER " REST" POSITION. 1 1 6.5 MOTOR SPEED IS DETERMINED BY KN09 (ON/0FF). NOTE: THE MOTOR SPEED NOT ON THf LENS CONTROLLER WILL HAVE TO BE OPTOM12E D FOR E AC H IN0iv! DUAL CAMERA (FOR FOCUS AND 20W IT WILL i BE APPR0 x lM A T EL Y MI O-PO T ). TO GET IRIS CONTROL, THE SPEED POT Mus! BE FULLY CLOCKWISE. l l ./

E P-t i l PAGt 14 i i REY. 1 EF:LHO NOTE 1: FUSE FOR ALL C AMERA S I S IN THE TRW PANEL IN THE CONTROL ROOM. INSIDE THE RIGHT 000R ON THE LEFT SIDE. NOTL 2: CONTROL ROOM TV C AMERA SWITCHES ARE LOCATED AT THE aaSE OF EACH TV CAMERA. SWITCH IS LABELED "AC POWER FEED ON/OcF. e 9 e g 0 ~ S 9 9 e l t l 6 I g e b \\ f e

EP-203 PAGE 15 REV. 3 > a EF:LHO APPEN0ix EP-203-11 ALHu110U_UE_ItiE_EMEBL13E E1SG-ZA_1S_ItiE_EERGEKr_QEEgauns_EACIL 1. OPEN FRONT PANEL BY TURNING BLACK KNOBS COUNTERCLOCKWISE A PULLING OUT. 2. TURN "KEYBOAR0" KEY ON (CLOCKWISE). PUSHING THE FOLLOWING SEQUENCE ON THE KEYBOARO: 3. ACTIVATE PUMP BY P UMP, ON/+, ENTER WHEN THE PUMP STARTS, CHECK PAPER PRINTOUT TO ENSURE THAT A STATUS CON 01 TION OF " NORMAL" FOR CHANNELS 1 THRU 5 EXISTS, IF THd PRINTOUT 00ES NOT SHOW " NORMAL" AND TIME PERMITS, FOLLOW STEP B 0F HP0/CO-140. IF THE PUMP FAILS TO START, GO TO THE GRAY C A BI Nd T 'Itt--THE E.O.F. AND OBTAIN AN AC AIR SAMPLER AND PLUG IT INTO THE WALL ~ RECEPTACLE BY THE PING-2A. O e 0 0

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I. EP-207 PAGF 1 ef 4 REvo 4 /t (L ~ PHIL A0ELPHI A ELECTRIC COMDANY PE ACH BOTTOM UNITS 2 ANO 3 ( E MER G E.NC Y PLAN IMPLEMENTING PROCEDURE EE :Z OI__ EE B S DS UE L _S [E E lX_lE it _ iC IlyAIIDS s eusEOSe ~ TO DEFINE TNE ACTIONS NECESSARY TO ACTIVATE 'AND ASSEMBLE THE PERSONNEL SAFETY IEAv. THE DERSONNEL SAFETY T E A 61 PERFORMS THE FUNCTIONS OF SEARCH ANO RESCUE. FIRST AID, AND PERSONNEL AND VEHICLE MONITORING AND DECONTAv.INATION. $LELELuCLS 1. PEACH BOTTOM ATOMIC POWER STATION EMERGENCY PLAN ~ SEEI1C3 111Li S.2 2 2 2 , PERSONNEL SAFETY TEAu 6.4 1 PROTECTIVE COVER, TVACUATION, AND PEDSONNEL ACCOUNTABILITY 2. . HEALTH PHYSICS OPERATING /CHE*lSTRY OPERal!NG P90CEDURES NU32EE lilLE l H P O/C O-6 PERSONNEL CONTAMINATION SU3VEY TECHNIJUES HPO/CO-7 PERSONNLL DECONT AMINAi!ON PROCEDURE HP0/LO-S DECONT AMINA T ION OF TOOLS AND EQUIPvENT HPO/CD-14 1 DENT tr !C AT!ON AND C O N T R') L OF TOOLS AND E CU I P MI. f. T IN LONTROLLEO ARLAS. 3. NU '4 E G 0654 CRITEDIA FOR PRtPARATION AND EVALU-A T I ()N 3r R ADI OL U".lE AL EMCRGENCY RLSPONSE PLANS A r.7 PREPAREONESS IN SUPPORT OF f(J C L E A R POWER DLANTS. AeELM212 EP-207-1 EMERGENCY EXPOSURE LIMITS (EMERGENCY PLAN TABLE 6.1) AE1193_ LEY LL T eil EME'tGLNCY Dl4ECT7R OR INTERIM EMERGENCY DIRECTOR SHALL AC11 VA TE THE PERSONNEL SAFE 1Y TEAM AT HIS DISCRETION.

EP-207 PAGE 2 gf4 REY. 4 EGF: CAT EBECAV11035 1. TE AM MEMBER'S E XPOSURE SHOULO BE LIMITED TO THE ADMINISTRATIVE GUIDE LEVELS IN APPENDIX EP 207-1. EMERGENCY EXPOSURE LIMITS. THE EMERGENCY DIRECTOR SHALL APPROVE ANY TEAM MEMBER EXCEEDING PEACH BOTTOM 2UARTERLY EXPOSURE LIMITS. PERSONNEL SAFETY TEAM MEMBERS SHALL CONTROL THEIR OWN EXPOSURE IN ACCORDANCE WITH ALARA CO,NCEPTS. 183EDIAIE_ac11Q35 1.0 E M ER GE NCY DIRECTOR OR INTERIM E M E R GE NC Y DIRECTOR SHALLi 11 DESIGNATL A PLANT OPERATOR TO ASSUME THE ROLE OF INTERIM PERSONNEL. SAFETY TEAM LEADER AND DIRECT THIS PERSON TO A SSEMBLE T HE INTERIM PURSONNEL SAFETY TEAM FROM AV AI L ABLE RESOURCES. S 1.2 thFORM THE INTERIM PERSONNEL SAFETY TEAM LEADER OF THE l REASON FOR THE TEAM BEING ACTIVATED. i 1.3 INSTRUCT THE I NT E 4'I M PERSONNEL SAFETY TEkM LEADER TO ASSEMBLE T HE INTERIH PERSONNEL SAFETY TEAM IN THE OPERATIONS' SUPPORT CE'JTER DN 135' ELEV. TURB. BLDG. OR ~ THE CONTROL 4009 IF THE 135' ELEV. OPERATIONS SUPPORT CENTER IS NOT HABITABLE. FOR INSTRUCTIONS (OR AS OlkECTED BY THE. EMERGENCY DIRECTOR OR INTERIM EMERGENCY DIRECTORI. 1.4 CALL THE PERSONNEL SAFETY TEAM LEADER. IF THE SITUATION PERMITS. DISCUSS THE PR0dLLM WITH THE PERSONNEL SAFETY TEAM LE ADER 50 HE CAN ASSE SS THE SITUATION AND DETtRMINE H 0 n' MANY TEAM MEM4ERS WILL 3E NECESSARY FOR ANTICIPATED O P E P. A T l q N S. IF SITE E V ACU A T I ON H A S OCCURR EO, THE P E R5 0'J NE L SAFETY TE AM LEADLR AND ALTLRNATE WILL BE STail3NED AT THE DESIGNATED ASSE45tY ARLA (EITHER' NORTH SUBSIATION 0R PU3). 2.0 IN TER I M PERSJNNEL SAFETY TE A*t LEADER SHALL: 2.1 ASSIGN AV AIL ABLE PE4SONNEL FROM TtLE ODERATI7NS SUPPORT C E r. T E R 3R MA l *: CONTROL RODM TO THE REQUIRED PE450NNEL SAFETY TEAM SUS-GR7dPS TO C APR Y OUT APPLICABLE PDRTIONS DF THE F OLL owl'4G PROC EDUR E S AS NECESSARY. EP 70?A SEARCH AND RESCUE EP 207C FIRST AfD EP 2070 PERSONNEL MONI TOR ING AND DECONT AMI NATION (ASSEMdLY AREA) 3.0 INTERIM PERSONNEL SAFETY TEAV M[MBFRS SHALL: 3.1 FOLLOW THE DIRECTIONS OF THE INILRIM PERSONNEL SAFE 1Y IEAM LEADER.

EP-207 PAGE 3 of 4 REY. 4 EGF: CAT 4.0 PERSONNEL SAFETY TEAM LEADER SHALL: 4.1 REPORT TO THE 1ECHNICAL SOPPORT CENTER AND COORDINATE WITH PERSONNEL S A F E T Y, TEAM TO DROVIDE EMERGENCY DIRECTOR WITH SITE RADIOLOGICAL DATA / PERSONNEL INJURY / CONTAMINATION STATUS AND SITE' EVACUATION STATUS. 4.2 UTILIZE NECESSARY MEMBERS OF THE PERSONNEL SAFETY TEAM TO MAN SITE RADIOLOGICAL S T ATUS 90 ARO A ND C OM.vUNIC A T I ONS IN THE TECHNICAL, SUPPORT CENTER. 4.3 ENSURE PERSONNEL SAFETY TE A M MEMBE RS AVAll AltLE AT ASSEMBLY AREAS (HPCC OSC ON 116' ELEV. TUR3. BLOG AND DESIGN ATED EVACUATION ASSEMBLY AREA). e T( 4.6 XSSIGN TEAM MEMBERS TO FUNCTIONAL GROUPS AS NECESSARY IN AC'CORDANCE WITH TH E FOL LO'.d! NG PROC EDURE S : SEARCH AND RESCUE 'NE R _ZQT A FIRST A!D EP 207C' PERSCNNEL MONITORING ANO DECONT AMINATION EP 2070 VEHICLE AND EV ACU E CONTROL EP 2012 VE H I C,L E D E C ON T A MI N A T I ON PROCEDURE EP 20TF 4.5 DESIGNATE GDOUP LEADERS FOR THE FUNCTIONAL GROUDS FORMED. 46 M AINT AIN C OuMUNIL AT I ONS VIA ANY AVAILABLE MEANS WiiH THE GROJP S AF l f a T HE Y HAVE 3EEN SENT TO PERF01M THEIR ASSIGNED TASKS. 5.0 PERSONNEL SAFETY TEAM' MEMBERS SHALL: 5.1 REPORT TO THE AREAS DES!GNATED !* Y THE INTEMIM PERSONNEL SAFETY T[ AM LEADER OR PERSONNEL SAFETY TEAM LEADER AS QUICKLY AS PO S S i l!L L. S.2 F OLL OW THE DIRECTIONS UF THE IN1ERIM PERSONNEL SAFETY IEAM LEADER 04 T HF. PLRSONNEL SArLTY.LLAM LLADEd. e e e e

EP-207 P AGE 4 of 4 R E.V. 4 EGF: CAT APPENDIX EP 20T-1 E5F.SGEK I_EEP.05USE L15115 PROJECTED WHOL E BODY THYROID ' AUTHORIZE 0 EUScl103 DQSE DQif __ B.I__

1. LIFE SAVING AND REOUCiION EMERGENCY **

OF INJURY 75 REMC 375 REM DIRECTOR

i. OPERATION OF E QU I P ME N T TO Mil 1G' ATE AN EMERGENCY **

EMERGENC,Y -25 REM *- 125 REM 0! RECTOR 3.. PROTECTION

OF HE AL T H AND SAFETY OF THE EMERGENCY PUBLIC 5 REM 25 REM DIRECTOR s

4. OTHER i E ME RGENCY 10 CFR 20 10 CFR 20 EMERGENCY ACTIVITIES LIMITS LIMITS DIRECTOR

5. R E-E N T R Y/

R EC OV ER Y ADMINISTRATIVE A D M I 'l! S T R A T I V E AC1 I V.I T I E S G'J I D EL I N E S GUIDELINES N/A

REFERENCE:

EPA-520/1-75-031 T ABL E 2.) 005UCH EXPOSURE SHALL BE ON A VOLUNTARY BASIS O 4 t' O e g 6 4 O en

fe' EP-2073 PAGE I of 3 REV. 3 C ECF:CA 8 - Yd7t a/ M AY 1 1 1% I ( 's PHILADELPHIA ELECTRIC COMPANY c - PEACH BOTTOM UNITS 2 AND 3 EMERGENCY PLAN IMPLEMENT ING PROCEDURE g EE-EQIu_EEBSNSSEL_ACCDUUlfDIL1H O O EUfiEOSE1 O TO DEFINE THE ACTIONS TO BE TAKEN WHENEVER THERE HAS BEEN AN EMERGENCY AT THE PL ANT THAT REQUIRES A SITE EVACUATION AND THE ^CC uNTING Oe eeRSONNet To ENSURE ALL Have SAFELY ev4CuATeo. O BEEEBEUCES O 1. PE ACH BOTTOM ATOMIC POWER STATION EMERGENCY P L AN O SEEI103 lilLE 5.2 2 2.4 S ECUR IT Y TEAM 6 4 1 1.C PROTECTIVE COVER, EVACUATION. AND PERSONNEL 4 ACCOUNTABILITY O PROTECTIVE FACILITIES 7.4 O 2. NUREG 0654 CRITERIA FOR PREPARATION AND EVALUATION OF RADIOLOGIC AL EMERGENCY RESPONSE PLANS AND. PREPAREDNESS IN SUPPORT OF NUCLEAR POWER PLANTS. O aceEsals Q NONE AC110N_LE.YEL O THIS PROCEDURE WILL BE IMPLE MENT ED WHENEVER PERSONNEL ARE EVACUATED BEYOND THE SECURITY AREA. O EaECAU11DNS 1. PERSONNEL SHOULD AL W AY S RETAIN THEIR DOSIMETRY WHEN EVACUATING g UNLESS TOLD TO 00 OTHERWISE. 8

EP'-2078 ~ PAGE 2 cf 3 REV. 3 EGF: CAT JEDillE AC.110.% ~ 1 0 S E NIOR R A NK'I NG S ECUR I T Y OFFICER ON SHIFT SHALL: ~11 O! RECT AT LEAST ONE SECURITY TEAM MEMBER TO STAND AT EACH OF THE ROTO-GATES AT THE EXIT OF T&tE SECURITY BU ILDI NG. DIRECT THE TEA.M MEM9ERS TO INFORM PERSONNEL EXIT ING THE SECURI TY BUILDING TO DEPOSIT THEIR SECURITY 'B A DG E S IN THE BUCh E TS PROVI DE0, SUI KEEP THEIR 00SIMETRIC OEVICES. l'. 2 OIRECT SECURITY TEAM MEMBE S TO PERFORM THE'FOLLOWING: ' ' ' UA[P'E R I OD I C A L L Y TR ANSPORT THE SECURITY BAOGES TO THE AUXILIARY SECONDARY A1. A R M S'YSTEM. s B) " CARD-0UT" THE SECURITY BADGES. C) PL ACE "C ARDED-0UT" SECURITY BA0GES ON THE '- SECURITY B,A DG E BOARD. 'D) COMPILE A LIST OF NAMES.0F PERSONNEL STILL ON ~ SITE. E) T R A F.S POR T THE LIST TO THE PERSONNEL SAFETY T E A '4 LEADER AT THE TECHNICAL SUPPORT CENTER. 20 SECURITY IE AH P.EMBE RS DESIGN AT ED 9Y THE SENIOR RANKING SECURITY OFFICER ON SHIFT SHALL: 2.1 PREVEN T USE OF' THE CARO READERS AT THE EXIT O F, THE SECURITY UUILU !f G., 22 ST ATION THEMSELVE S AT THE ROTO-gaffs AT THE EXIT OF THE St CUR I T Y 60!LOING, AND DIRECT E>ITING PERSnNNEL TO OEPOSI T THEIR SECUqlTY BADGES IN THE BUCKETS PROVIDED. 23 COMPILE A LIST'0F NAMES OF PERSONNEL 5 T Il t, ON SITE. 24 TRANSPORT THE LIST 10 T HE PERSONNEL SAFETY TEA

LEADER OR THE EMERGLNCY D.lRECTOR IN TECHNICAL SUPPORT C E*(T E R OR SHIFT SUPLRINTENOENT ( I N T E R I '4 EMERGENCY DIRECTOR).

g k 7

EP-2078 PAGE 3 of3 h, REY. 3 EcF: CAT O ~ iDLLDd:WE aCII235 G 1 0, PERSONNEL SAFETY TE AM LE ADER SHALL: Q 11 ATTEMPT TO LOC ATE THE MISSING PERSONNEL WHOSE NAMES APPEAR ON THE LIST BY CONTACTING APPRODRIATE GROUP SUPERVISORS OR PAGING THE IN0!v!00AL(S) INVOLVED. e 12 INFORM THE EMER'GENCY DIRECT 0k 0F THE UNACCOUNTED PERSONNEL AND RECOMMENO SE ARCH AND RESCUE GROUPS DE O .F RMED FROM AV AIL ABLE PERSONNEL SAFETY TEAM MEMdERS. 13 FORM SEARCH AND RESCUE GROUPS FROM THOSE QU AL IF IED O PE RSONNE L AV AIL ABL E IN THE ASSEMBLY AREA IN ACCORDANCE WITH EP 2.07A, SEARCH AND RESCUE, WHEN O!RECTED BY THE INTERIM EMERGENCY DIRECTOR OR E *.E R GE NCY DIRECTOR. O l0 O O O G 'O lD 1 l0 ~ ~... l 0 i i l3 l ll) l 3 ~ Y 3

~ ~ ~ ~ ~ p APPENDIX I-2 { PAGE 1 7 REV. 4 - h/k NFG: LHD i MM t. \\WI EE.2Q2_ ABEU.iDli_1:2__E AD_SE3.YlLESt_C ALL_Lill .l t ..... - - - ~ .. ~ - BLANCIAK, de

CASEY, J.

CHASE, D.

4 DICK, D. ~ j

GASPER, J.

LATA, C. g

LEONE, S.

y

MILLER, T.

SARGE, R.

SUESS. T. PITTSBURGH, PA 0FF ICE - RA0 SERVICES INSTRUMENT ~ CALIBRATIOta AND REPAIR SUBSIDIARY 's l TRIANGLE RESOURCES, INC. d 1 j t e 9 / 'J l s , ~ -, -e ,,e

}. 8 EP-316 kge 1 et 71, Rev. 2 s/28/82 MPG /MJM/ DOC:LHD/LJM f f? asa EBILADELPUIA ELECIE1C.CoatWI P_E ActLfhl T r 0d_11'111S _2_ A*iG_2 E51BDEdCX ELAU_idELE"_EU11hG_ESQGEDUBE EP-31,6 CyggLAllyL.EQEUL A1103 DOSE. LALCULAllDUS .~. .yttaEniE ! ') PROVIDE MCTHODS OF ES TIP ATING THE SITE BOUNDARY AND OFFSITE A!RBORNE CONCENTRATIONS AND RESULTING WHOLE 00DY DOSE R, ATE AND/OR IHYROID DDSES. ' N,,. i cEEECEXCES 1. PCACH SOTTO4 ATGMIC PlaEP. STAT 10f1 EMERGENCY PLAN S ECli2.1 lilLE 's. 2 2. 2 1.C RADIAT10'l PROTECTION TEAM - DOSE A S SE S S ME.N r 62.,1 ASSESS"ENT t1ETH0as roR D E T r.o M I N I NG MAGN 11UDE OF RELLASE TO THE ATua5PHERE 6,2.3 POPUL AIION EXPCSURE ESTIMATES L'. 10 C F I'? G, APPENDIX 3 3. NURCC 0654 C R I T E P. I A FOR PREPARAT104 AND EVALUATIUN OF RADIOLOGICAL EMfRGENCY RESPONSE plt.NS AND l PREPAREDNESS IN SL'PP74T OF NJ C. L E A R POWER PL ANT S I l l, 4. L P-10 3 ALE!:T IMMFDIATC ACTIONS 5.

c. P - 10 4 SITE EFERGENCY IMMEDIATE ACIIONS b.

E P - l O ', GENERAL EF.ERGENCY IM4EDIATE ACTIONS I. LP-205 RADIA110N PROTECTION TEAR. ACT!vATION d. LP-205A C HE M I S T F. Y SAMPLINC AND AN& LYSIS GROVI' I oY 4e " y p. =-wa-, -.g e e e 4 e ,me,. e

? EP-316 Page 2 of 71, Rev. 2 4/28/82 p MPG /MJM/ DOC:LHD/LJM 1 ~ 9. EP-317 DIRECT RECOMMENDATIONS TO COUNTY EMERGENCY MANAGEMENT AND CIVIL DEFENSE AGENCIES 3 ~ AcetualCES EP 316-1 CALIBR ATION CURVES g EP 316-2 [NPUT DATA SHEET FOR EP 317 DIRECT RECOMMENDATIONS TO COUNTY EMERGENCY MANAGEMENT AND CIVIL DEFENSE AGENCIES A-9ATA SH E E T/WO RK SHE E,T S 3 B-C ALIBR ATION CURVES 3 C-DEFINITION OF TURBULE,NCE CLASS AND POPULATION DISTRIBUTION 3 D-DDSE RATE CURVES 3 E-DISPERSION FACTORS F-INPUT DATA SHEET FOR EP 317 i AC110N_LEYF.L i AN ALERT OF HIGHER LEVEL EMERGENCY HAS BEEN DECLARED IN ACCORDANCE WITH EP-101, "CL ASS IF IC AT ION OF EMERGENCIES". EBECAU11031 C ALCUL AT I ONS PE RF ORMED IN THIS PROCf DURE SHOULO BE CHECKED BY AN INDEPENDENT REVIEWER. C ALCUL ATION AL RESULTS SHOULD BE VERIFIED { AS SOON AS PRACTIEABLE RY PLANT SURVEY SQUADS (51TL HOUNDARY 00SE RATES) OR FIELD SURVEY SQUADS ( 3FF SI T E DOSES). ' - ~ ~,. t IBMEDI AIL _A C11035 ( 1.D THE E MERGENCY DIRECTION, RADIATION PROTECTION TEAM LEADER, DOSE ASSESSMENT GROUP LE ADLR OR THEIR DESIGNEE SHALL: l 1.1 LONT ACT THE.R ADI AT ION PROTEC TT ON TEAM LEADER AND' DIRECT HIM TO HAVE THE CHEMISIRY SAMPLING AND AN AL YSIS GROUP COLLECT AND ANALYlE GAS, IODINE, AND P AR TICut ATE SAMPLES FROM THE MAIN ,, s ' l l c

a. EP-310 P ge 3 of 71, Rev. 2 4/28/82 MPG /MJM/00C:LHD/LJH ~ STACK AND ROOF VENTS IN ACCORDANCE WITH EP 20SA CHEMISTRY S AMPLING AND AN ALYSIS GROUP. 1.2 DIRECT THE RADIATION PROTECTION TEAM LEADER TO HAVE THE CHEMI STRY S AMPLING AND ANALYSI S GR OUP LEADER PROVIDE SAMPLE ANALYSI S RE SULT S TO THE INDI VI DU A L PERFORMING THIS CALCULATION AS SOON AS RESUL T S ARE AVAILABLE. 1.3 PERFORM THE RAE1D ASSESSMENT. CALCULATIONS IN SECTION 1 0F THIS PROCEDURE AND DETERMINE THE HIEUESI WHOLE BODY AND/OR THYROID DOSE. n 14 RECORD THE RESULTS ON APPENDIX F INPUT DATA SHEET FOR EP-317 AND FORWARD THAT SHEET TO THE PERSON PERFORMING THE i CALCULATIONS FOR EP-317 DIRECT RECOMMENDATIONS TO COUNTY EMERGENCY MANAGEMENT AND CIVIL DEFENSE AGENCIES. 1.5 PERFORM THE REElhEQ ASSESSMENT CALCULATIONS IN ECTION 2 AS TIME PERMITS OR AS NECESSARY. 1.6 REPEAT STEP 14 WITH THE RESULTS OF THE BEE 10EQ CALCULATIONS. '.T CONTINUE TO PERFORM TH: ABOVE STEPS AS NEW DATA BECOMES AVAILABLE, UNTIL YOU ARE RELIE VED OF THIS DUTY OR UNill YOU ARE I NS TRUC T ED THAT THE SE C ALCUL A T IONS ARE NO LONGER REQUIRED. l

O m aew

., s g

t EP-316 p Page 4 of 71, Rev. 2 4/29/82 MPG /MJM/ DOC: LHD/LJM a g 9 EE_31h_Lh2EI O 1. R APID ASSESSMENTS FOR CONTROL ROOM PERSONNEL ~ g 1.1 WORST C ASE MET EOROL OGY 1.1.1 HIGHEST SITE BOUNDRY WHOLE BODY DOSE RATE.DdE g TO M AIS SIALE N DB L E G A S R EL E A S E 1.1.2 HIGHEST SITE BOUNDRY WHOLE BODY DOSE RA5E DUE g TO B00E EENI NOBLE GAS RELEASE 1.1.3 HIGHEST OFF-SITE THYROID DDSE DUE TO MAIN g 11AEK IODINE RELEASE. 1.1.4 HIGHEST OFF-SIT E THYRDID DOSE DUE-To BQQE YEMI g IODINE RELEASE. i g 1.2 DETERMINATION OF NOBLE GAS RELEASE R ATE S WHEN NORM AL MAIN STACK OR ROJF VENT MONITORS AR E OF F-SC' AL E. O 13 ^C'uAL METEOROLOGY 2. REFINE 0 ASSESSMENTS FOR DDSE A SSE SSMEN T PERSONNEL O 2.1 WHOLE BODY DOSE RATES DUE TO NOBLE GAS RELEASES 2.1.1 PLUME CLN.TERLINE DOSE RATES Q 2.1.2 0FF-PLUME CENTERLINE DOSE RATES 2.1.3 ASSESSME N T OF TOTAL NOBLE GAS FROM HIGH RANGE MONITORS 2.2 THYR 010 DOSE RATE DUE TO IODINF RELEASES ~ t 2.2.1 PLUME CENTERLINE DOSE RATES 2.2.2 0FF-PLUME CENTERLINE DOSE RATES 9 2.2.3 DETERMIN A TION OF THYROID DOSE RATE FROM FIELD SURVE Y DATA. O 2.3 GR OUND DEPOSI T ION C ONCEN T R A T ION O O 4

EP-316 Pcge 5 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC LHD/LJM 2.

3.1 ASSESSMENT

OF OFF-S I T E PLUME CENTERLINE , DEPOSIT ION CONCEN TR ATION 2.3.2 OFF-PLUME CENTERLINE DEPOSITION CONCENTRATION 2.4 DETERMINATION OF PLUME TR AVEL TIME 2.5 DETERMINATION OF ATMOSPHERIC DISPERSION COEFFICIENTS (X/Q) 2.5.I UNDEPLETED ( X/Q) FOR WHOLE BODY DOSES

2. 5.'?

DEPLETED (X/Q) FOR THYROID DOSES e u .s., ee e 9 i t i i ,.F / al ~ " ~ ' ~ ~

EP-316 Page 6 of 71, Rev. 2 ~ 4/28/82 MPG /MJM/ DOC:LHD/LJM i SECTION 1 RAPID ASSESSMENTS FOR CONTROL ROOM PERSONNEL 11 WHOLE BODY 00SE RATES DUE TO NOBLE GAS RELEASES 1 1.1 HIGHEST SITE BOUNDARY DOSE RATE DUE TO MAIN STACK RELEASES

1. RECORD THE SITE BOUNDARY DOSE RATE CORRESPONDING TO THE PEAK CPS ON THE MAIN STACK RADIATION RECORDER IN ST RUME NT NO. _____).

USE THE '(PANEL NO. TO CPS SCALE MOUNTED ON THE RECORDER., .MR/HR CPS J[ MR/HR NOTE IF MAIN STACK MONITOR *IS OFF-SCALE, USE HIGH [ RANGE MONITOR ( SEE SEC T ION 1.2 STERS I _3 ) 2. A. RECORD HIGH RANGE MONITOR READING s MR/HR B. RECORD THE MONI TOR CORRECT ION FACTOR (FROM DATA SHEETS IMMEDIATELY IN FRONT OF RECORDER) THAT CONVER T S T HE HIGH RANGE MONITOR READING TO A SITE BOUNDRY 00SE RATE i CORRECTION FACTOR

3. C ALCUL ATE THE SI TE BOUNDRY DOSE RATE:

DOSE RATE = MONITOR READING (ITEM 2. A.) X CORRECTION FACTOR (ITEM 2. B.) l 00SE RATE - MR/HR l THIS IS THE HIGHEST POSSIBLE SITE BOUNDRY WHOLE BODY DOSE I RATE BASED ON THE WORST CASE METE R0 LOGIC AL CONDITIONS AND l MAIN STACK N0BLE GAS SOURCE COMPOSITION. 1.1.2 HI GHE ST SITE BOUNDARY DOSE RATE DUE TO. ROOF VENT RELEASES f USE T HE HIGHER VALUE IN0!CATED FOR FACH UNIT. IGNORE BACKGROUND UNDER EMERGENCY CONDITIONS. b gn /

EP-316 P;ge 7 of 71, Rev. 2 4/29/82 MPG /MJM/00C:LH3/LJM (

1. RECORO ELAK_LDUM1_ BALE (CPM) FROM EACH UNIT'S ROOF VENT R ADI A TION RECORDER.

(UNIT 2 PANEL NO. INSTRUMENT NO. AND UNIT 3 PANEL NO. _____, INSTRUMENT NO. 3. UN11_Z UM11_1 1. CPM CPM

2. USING THE MR/HR TO CPM SCALE MOUNTED ON EACH

. RECORDER, CONVERT EACH CPM ME ASUREMENT TO WR/HR. NOTE IF NORMAL ROOF VENT MONITORS ARE OFF SCALE, USE HIGH RANGE M3NITORS (SEE SECTION 1.2 PAGE 81. THESE VALUES MUST BE CONVERTED TO A SITE BOUNDRY DOSE RATE BY USE OF A MONITOR CORRECT!ON FACTOR POSTED IMMEDIATELY IN FRONT OF THE HIGH RANGE RECORDERS.

2. ___MR/HR ___MR/HR

3. OBTAIN THE S11E_BQUNQABY_QQSL_RAIE BY ADDING THE UNIT 2 AND UNIT 3 00SE RATES.

3. _____

U/2 ANO U/3 MR/HR THIS IS THE HIGHEST POSSIBLE SITE BOUNDRY WHOLE B3.D Y DOSE RATE BASED ON WORST CASE WIND CONDITIONS AND ROOF VENT NOBLE G AS SOURCE COMPOSI TION. 4. [F APPROPRIATE, ADD THE MAIN STACK SITE BOUNDRY DOSE RATE ( SE C T I ON 1.1, ITEM 3 0F THIS PROCEDURE) MAIN STACK T5iiE-R7ss THIS IS THE HIGHEST POSSIBLE SITE BOUNDRY WHOLE B10Y DOSE RATE BASED ON WOR ST CASE WIND CONDITIONS AND TOTAL NORLE GAS SOURCE COMPOSI T ION. e e m 9 o

( EP-316 Pzg3 8 cf 71, Rev. 2 4/28/82 g MPG /MJM/ DOC:LHD/LJM f 12 DETERMINATION OF NOBLE GAS RELEASE RATES WHEN NORMAL MAIN STACK OR ROOF VENT MONI TORS AR E OFF-SC ALE - NO ISOTOPIC DATA g AVAILAULE E00E_ YEN 15 MAIN 1. DETERMINE THE DOSE RATES FROM THE HI-RANGE ROOF VENT AND MAIN STACK g NONITORS. REA DING TN MR/HR 2. DETERMINE THE AVERAGE BACKGROUND g OF HI-RANGE ROOF VENT AND MATN STACK MONITORS BASED UPON THE MOST R ECEN T PURGE D AT A READING g IN MR/HR. 3. C ALCUL A TE THE NET READING: } (DATA FROM ITEM !) - (DATA FROM I'- ~~~ ~.. ITEM 2) NET MR/HR (IF <0 RECORD AS 0) 1 4. RECORD THE DATA FROM ITEM 3 IN COLUMN A 0F TABLE 2 BELOW. } S. DE TERMIN[ VENT AND STACK FL OWS, RECORO THESE, FLOWS, I N CF M, TN ) COLUMN B BELOW. 6. C A LCUL A T E THE RELE ASE R ATE BY j 3 MULTIPLYING COLUMNS A X BX C. RE CORO THE RELEASE RATES IN COLUMN D. 9 TABLE 2 ) 1 A B C 0 l 9 i RELEASE CONVERSION RATE i 3 N El_BE/_!i3 ELQM.CEM EACI.Da UC12SEC UNIT 2 VENT 6.T4 X P2 ' ) UNIT 3 VE NT, 4.T4 X P2 1 1 MAIN STACK 6.74 X P2 0' 0 of 1 p/ l ..w.

EP-316 Page 9 of 71, Rev. 2 4/29/82 s MPG /MJM/ DOC:LHD/LJM ) 1.1 3 HIGHEST OFF-SITE THYROID DOSE OUE TO 3113 11&LE RELEASE. )

1. OBTAIN MAIN STACK IODI NE ACTIVITY RELEASED FROM THE CHEMISTRY SAMPLING AND ANALYSIS GROUP LEADER

1. A.

___UCI I-131 RELEASED 1

1. B._

_____UCI I-133 RELEASED ~

2. DETERMINE THE WIND SPEED USING ONE OF THE FOLLOWING RECORDERS:

) USEl_320_Ela_51CE2MAYE_IDMEB PANEL NO. ___ AEBQYASE I NS TRU ME,NT NO. ) IF NOT AVAILABLE: 7 ---,,.. UlE1__15_EI4_51LE2WayE_luyEB PANEL NO. ___________ ~ ) AESQEASE INSTRUMENT NO. ______ IF NOT AVAILABLE: i USEl_UILL_E2LE_AEEQYASE PANEL NO. ___________ IN S T RUME NT NO. ) A. CHECK WHICH AEROVANE RECORDER USED: 3 _____320 FT. 75 FT. _____ HILL POLE B. USE THE RIGHT HAND TRACE ON THE RECORDER FOR ) WIND SPEED. VISUALLY DETERMINE THE AVERAGE WIND SPEED FOR THE PERIOD OF THE RFLCASE. IF 75 FT. OR HILL POLE AEROVANE ARE USED. MULTIPLY WIND SPEED BY 2. IF WIND SPEED IS p LESS THAN 1 MPH, USE WIND SPEED OF 1 MPH. ~.. _ )

2. B.__________ MPH (WIND SPEED) g

3. DOSE CALCUL AT I ON - INFANT THYROID IN ALL CASES.

A. I-131 DOSE INHALATION: ) -5 X (4.35 X 10 1 _____ = __________ MREM (ITEM 1. A., (ITEM ?. B.. aw ,.e ,el - - ~ = - - - -..

EP-316 Page 10 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC:LHD/LJM l uCI I-131) (WINDSPEED) CALCULATE INGESTION DOSE IF APRIL THROUGH NOVEMBER, OTHERWISE DOSE = 0. INGESTION: -2 _____ X 3,10 X 10 - = . MREM (ITEM 1. A., (ITEM 2. B.,WINDSPEED) I 1-131) ADD INGEST 10N PLUS INHALAfION DOSE Sh' TOTAL I-131 00SE '3. A.__________, MREM 8. 1-133 00SE ( INH AL AT I ON: _g _X 1.05 x 10 _,____ = _____ MREM (ITEM 1. B., (ITEM 2. B., UC1, I-133) (WINDSPEED) CALCULATE INGESTION DOES IF APRIL THROUGH NOVEM9ER, OTHERWISC DOSE = 0. I NGE S TION: -4 ____X 2.88 X 10 - _____ = __________MRFM (ITEM 1BI (ITEM 28, WINDSPEED) UCl,1-1331 ADD INHALAi!ON PLUS INGESTION DOSE S: TOT AL *I-133 00SE

38. _D r ___ MREM TOTAL 10DI NE DOSE:

+ =_______ MREM (ITEM 3A, (ITEM 33, 1-131 DOSE) 1-133 DOSE) THIS IS THE HIGHEST POSSIBLE OFF-SITE THYROID DOSE BASED ON 1 HL W OR S T CASE ME TEOROLOGIC AL CONDITIONS AND MAIN STACK 10 DINE SOURCE COMPOSITION. IT IS 0 65 MILES FROM PBAPS. ~+*ee* - = -+, -.. -..

O EP-31G P ge 11 cf 71, R v. 2 4/28/82 MPG /MJM/00C:LHD/LJM 3 S 1.1 4 HIGHEST OFF-SITE THYR 010 DOSE OUE TO ROOF VENT IDDINE RELEASES. 0 1. OBTAIN COMBINED 100!NE ACTIVITV 1A.____UCI I-131 RELEASE, UNIT 2 G UNIT 3 VENTS RELEASED O FROM CHEMISTRY SAMPt.!NG ANO '18. _ _._UCI I-133 ANALY5IS GROUP LEADER. RELEASED O 2. OETERMINE WIND SPEED FROM THE 75 FT MICROWAVE TOWER AEROVANE RECORDER. IF THE 75 F T AEROVANE IS UNAVAILABLE, USE THE 320 FT. MICROWAVE TOWER IF BOTH ARE UNAVAILABLE, USE THE HILL Q ROLE AEROVANE A. CHECK WHICH AEROVANE RECORDER USE01 0 _____75FT_ __320FT _ HILL POLE O

e. USE THE RI GHT HAND TR ACE ON THE FOR WIND SPEED. VISUALLY DE-

~ TERMINE THE AVERAGE WIND SPEED FOR g THE PERIOD OF THE RELEASE. IF 320 FT AEROVANE IS USED, DIVIDE WIND SPEED BY 2. IF WIND SPEED g IS LESS THAN MPH, USE WIN,0 SPEED

28. ____ MPH IMPH.

(WINOSPEED) g 3. DOSE CALCULATION - INFANT THYROIO IN ALL CASES. A.1-131 DOSE O INHALATION: -5 g ______.X(3.39 X 10 l- __ = _ _ _ MREM (ITEM 1A, (ITEM 2B, UCI-131) WINOPSEE01 4 C ALCUL AT E INGESTION DOSE 1F APRIL THROUGH NOVE MB ER, OTHERWISE DOSE = 0 T INGESTION: -3 Q _X 5.23 X 10 _ = _____ MREM IITEM 1A, (ITEM 29, UCI t-131) WIND SPEED) O AUD INGE ST I ON PLUS INHALATION DOSES: l g TOTAL I-131 DOSE 3A. _ _ _ MREM / l i e ,/ ...q; 3

/ EP-316 Page 12 of 71, Rev. 2 4/28/82 MPG /MJM/00C:LHD/LJM B. I-133 DOSE INHALATION: -6 _______ X'8.16 5 10 =_ MREM (ITEM 18, (IIEM 28, UCI I-133) WINDSPEE01 o CALCULATE INGESTION DOSE IF APRIL THROUGH NOVE MBER,.DTHERWI SE DOSE = 0 INGESTION: -5 _______ X 4.85 10 = MREM = iITEM 18, (ITEM 2B, ( ~ ~ ~' ' UCI I-133) WIND SPEED) ADD INGESTION PLUS' INHALATION DOSES: 101AL I-133 035E 3 0. ___ MR E M TOTAL IODINE 00SE: ( + = _____ MREM (ITEM 3A, (ITEM 38, I-131 DOSE) 1-133 00SE) THIS IS THE HIGHEST POSSIBLE OFF-SITE THYR 010 DOSE BASED ON THE WORS1 CASE METE OROL OGIC AL CONDITIONS AND UNIT I AN0/04 UNIT 2 ROOF VENI IODINE SOURCE COMPOSITION. IT IS 0.6 MILES FROM P rg a p s. 1.3 ACTUAL HETEOROLOGY l.3.1 HIGHEST PLUME CENTERLINE WHOLE BODY 00SE RATES DUE TO NOBLE GAS RELEASES. 1. RECORD THE POINT OF RELEASE ON THE WORKSHEET 1 APPENDIX A. I i 2. ESTIMATE THE AVERAGE COUNT RATE OVER A 30 l MINUTE TIME INTERVAL FROM THE HIGHEST l CHANNEL. l 3. RECORp THE FLOW RATE FROM THE APPROPRIATE RELEASE POINT IN CFM. l Y

*N he

++-%-=

s 'EP-31G Page 13 of 71, Rev. 2 h/28/82 MPG /MJM/ DOC:LHD/LJM 4. RECORD THE APPROPRI AT E PRESSURE CORRECTION FACTOR ON THE DATA SHEET. USE 11 IF THE FACTOR IS UNAVAILABLE. 5. CALCUL ATE THE CORRECTED COUNT RATE. CORRECTED COUNT R ATE = COUNT RATE X PRESSURE CORRECTION FACTOR 6. USE THE APPROPRIATE CALIBRATION CURVE. APPENDIX B TO CONVERT COUNT RATE TO UC I / SEC. 7. ^ DETERMINE THE AVERAGE WINDSPEED FOR THE ~ TIME INTERVAL. USE THE APPROPRIATE AEROVANE AS LTSTED BELOW: FOR MAIN STACK RELEASES: 320' AEROVANE READING OR ~-- 75' AEROVANC READING MULTIPLIED BY 2 OR HILLPOLE AEROVANE RFADING MULTIPLIED BY 2 FOR RO3F VENT RELE ASE S: 75' AEROVANE READING OR HILLPOLE AEROVANE READING OR 32D' AEROVANE READING DIVIDED BY 2 8. DETERMINE THE DIRECTION TOWARD WHICH THE WIND IS BLOd!NG BY ADDING 180 DEGREE S TO AVERAGE WIND DIRECTION FROM RECORDER. IF GREATER THAN 360 DEGREES, SUBTRACT 36D DEGREES FROM THE SUM. 9. DIVIDE THE RELEASE RATE BY THE WINDSPEED Ufd S-HPH 10. DETERMINE THE TURBULENCE CLASS BY EXAMINING THE WIND DIRECTIOD~ TRACE AND COMPARING THIS WITH THE TURBULENCE CLASS EXAMPLES SHOWN IN APPENDIX C. 11. SELECT THE APPROPRIATE GRAPH F01 THE RELEASE P3 INT AND TURBUL ENCE CLASS IN APPENDIX D. 12. HIGHEST OFFSITE PLUME CENTERLINE DOSE i RATES ARE AT THE FOLLOWING DOWNWIND [ l DISTANCES: 6 r

EP-116 Page 14 of 71, Rev. 2 ,4/28/82 MPG /MJM/00C:LH0/LJM GEAPU_2 DISTANCE 1 .6 .6 2 3 1.0 4 4.2 5 .6 6 .6 .6 y 8' .6

1. 3. 2 HIGHE ST PLUME CENTERLINE THYROIO DOSE RATES DUE TO IDDINE RELEASES.

1. OBTAIN MAIN STACK OR ROOF VENT 10 DINE ACTIVITY RELEASED FROM THE CHEMISTRY SAMPLING AND ANALYSIS GROUP LEADER. ENTER THE DATA ON WORKSHEET 5 APPEND 1X A= ] 2. OETERMINE THE ESTIMATED TIME PERIOD OF RELEASE IN HOURS. 3. OETERMINE THE AVERAGE WINOSPEED FOR THE TIME INTERVAL. USE THE APPROPRIATE AEROVANE AS LISTED BELOW: FOR MAIN STACK RELEASES: 320' AEROVANL REA0!NG OR 75' AEROVANE READING MULTIPLIED 3Y 2'OR HILLPOLE AEROVANE READING MULTIPLIED BY Z FOR ROOF VENT RELE ASES: 75' AEROV ANE READING OR HILLPOLE ALROVANE READING OR 320' AEROVANE READING O!VIDED BY 2 4. DEIERMINE THE DI RE CT ION WHICH THE WIND 15 OLOWING e BY ADDING 180 DEGREE S TO THE AVERAGE WIND DIRECIION FROM THE RECORDER. IF THE SUM f3-GREAIER THAN 360 DEGREES. SUBTRACT 360 DEGREES. 5. DETERMINE THt TURBUL ENCE CL ASS BY EXAMINING THE WINO DIRECTION TRACE AND COMPARING THIS WITH THE J T.URBULENCE CL ASS E XAMPLES SHOWN IN APPENDIX L. 6. T O C ALCUL A T E I NH AL AT ION DOSE FROM TOTAL 10 DING (1131 C 1133) ACTIVITY REL L ASED FIRST CALCULATED THE INHALATION FACTOR. e 9 S ,s l

EP-316 Page 15 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC:LHD/LJM = (UCI I-1311(471+(UCI_I-1331_1143 INHAL AT ION F ACT OR 7. DIVIDE THE INHALATION FACTOR BY THE WINDSPEED AND THE RELEASE TIME IN HOURS. EC1-- -- IMHALA110M_EACIOR = RELE ASE T I5E HRS X WINDSPEED MPH HR-MPH 8. SELECT APPROPRIATE GRAPH FOR RELEASE POINT AND TURBULENCE CLASS IN APP ENDI X D TO FIND HIGHEST ~ PLUME CENTERLINE INHAL ATION DOSE RATE. 9. HIGHEST OFFSITE PLUME CENTERLINE DOSE RATES ARE AT THE FOLLOWING DOWNWIND DISTANCES. GRAEU_f RLSIANCE "N-9 .50 10 .50 11 1.00 12 3.75 13 .50 14 .50 15 .50 16 .50 10. RECORD DISTANCE AND DOSE RATE ON WORKSHEET 6, l APPENDIX A. 11. ADD THE INHALATION. DOSE RATE FROM ALL RELEASE POINTS FOR TOT AL INHALATION THYROID DOSE RATE. ~ 12. TO CALCULATE THE INGEST 10N DOSE FIRST CALCULATE THE 1NGESTION FACTOR. (IF NOVE"BER TO APRIL THE INGESTION DOSE IS ZERO.) INGE S T I ON FACTOR = (UCI I-131 X 33500) + (UCI I-131 X 3111 13. DIVIDE THE INGESTION FACTOR BY THE WIND SPEED AND THE RELEASE TIME IN HOURS. l ___UC1_ _ _1MGESI1ON_EACIQR-__ -- = l RELEASE TIME (HRS) WINDSPEED (HPH) HR-HDH 14. SELECT THE APPROPRIATE GRAPH FOR RELEASE POINT AND TURBULENCE CLASS IN APPENDIX D TO FIND HIGHEST PLUME CENTERLINE INGESTION DOSE RATE. l ,/ . l ~.....

f P EP-316 Page 16 of 71, Rev. 2 4/28/82 f MPG /MJM/ DOC:LHD/LJM O 15. HIGHEST PLUME CENTERLINE INGESTION DOSE RATES ARE AT.5 MILES FOR ALL TURBUL ANCE CL A SSES. O 16. RECORD DISTANCE AND DOSE RATE ON WORKSHEET 6, APPENDIX A. 4 IT. T O FINO T OT AL THYROID 00SE RATE A00 INHALATION AND INGESTION DOSE RATES. 4 4 0 ~*-m., O O O e t I 9 9 8 p

l EP-316 e 1 Page 17 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC:LHD/LJM s i SECTION 2 REFINED DOSE ASSESSMENT FOR DOSE

ASSESSMENT PERSONNEL t

2.1 WHOLE BODY DOSE R ATES DUE TO NOBLE G AS RELEASES USE DATA SHEET I APPENDIX A FOR INPUT ~ 7 2.1.1 PLUME CENTERLINE DOSE R ATES [ 1. RECORO THE POINT OF RELEASE ON THE WORK SHEET 1 APPENDIX A g 2. EST1 HATE THE AVER AGE COUNT R ATE OVER A 30 MINUTE TIME INTERVAL FROM T HE HIGHEST CH Af#4EL. g 3. ,RECORO THE FLOW R ATE FROM THE APPROPRI ATE RELE ASE POINT IN CFM., g 4. RECORD THE APPROPRIATE PRESSURE CORRECTION EACTOR CN,THE DATA SHEET. USE 1.1 IF THE FACTOR IS UNAVAILABLE. g 5. CALCUL ATE THE CORRECTED CDyNT R ATE. CORRECTED COUNT R AT E = COUN T RATE X PRESSURE CORRECTION 3 FACTOR 6. USE THE APPROPRIATE CALIBRATION CURVE APPENDIX B TO CONVER T COUNT RATE TO UCI/SEC. 3 7. DE TERMINE THE AVE R AGE w!NDSPEED FOR THE TIME INTERVAL. ( 3 USE THE APPROPRIATE AEROVANE AS LISTED BELOW: FOR MAIN STACK RELEASES: 320' AEROVANt READING OR g 75' AEROVANE READING.* ULT! PLED PY 2 OR H ILL POL E A EROV ANE RE ADING MUL T ! PL E D BY 2 4 FOR ROOF VENT RELEASES: TS' AEROVANE READING 3R g HILLPOLE AEROVANE READING OR 320' AEROVANE READING O! VIDEO BY 2 () 8. OETERMINE THE DIRECTION TOWARD WHICH THE WIND IS BLOW 1NG BY ADDING 18D DEGREES TO AVERAGE WIND DIRECTION FROM RECORDER. IF GREATER THAN 360 DEGREES, SUBTRACT 360 C) DEGREES FROM THE SUM. 9. DIVIDE THE RELEASE RATE BY THE WINDSPEED UC1 S-MPH l g l -3 / 4

/ ED-116 Page 16 of 71, Rev. 2 4/28/82 MPG /MJM/00C:LHD/LJM 10. DETERMINE THE TURBULENCE CLASS BY EXAMINING THE WIND DIRECTION TRACE AND, COMPARING THIS WITH THE TURBULANCE CLASS EXAMPLES SHOWN IN APPENDIX C. 11. SELECT THE APPROPRI AT E GR APH FOR THE RELE ASE POINT AND TURBUL ENC E CL A SS IN APPENDIX 0 AND FIND THE PLUME CENTERLINE DOSE RATES, RECORD THE DIS TANCES AND DOSE RATES ON WORK SHEET 2 APPENDIX A.

12. I F GROUND CONCENTR AT ION IS NEEDED, DIV!DE THE DOSE RATE

+6 IN MR/HR BY 2.85 X 10 TO DBT AIN UCl/CC DQ1E_EAIE_5R/HR UCI = +6 CC, 2.85 x 10 Y +. 13. ADO DOSE RATE FROM ALL RELEASE POINTS FOR TOTAL DOSE RATE. 212 0F F-PLUME CE NT ERL I NE DO SE R A T E S. r40 T E : OVERLAYS ARE NOT APPL 1 CABLE OF OFF-CENTERLINE ROOF VENT DATA. 1. TO DETERMINE THE GROUNO CONCE NT R A T ION AND WHOLE BODY DOSE RATES FOR LOCATIONS NOT ON PLUME CENTERLINE, SEttCI THE APPROPRIATE OVERLAY FOR THE EXISTING TURBUL ENCE CLASS. 2. MOUNT THE OVERLAY ON THE MAP WITH THE ORIGIN AT THE MAIN STALK. 3.

ROTATE THE OVERLAY TO ALIGN THE CENTERLINE WITH THE l

DIRECTION Of WING FLOW. W--- 4. SELECT THE LOCATIONS OF INTEREST AND RECO3D THEM ON WORK SHEET 3 APPEN0lx 4. ESitHATE THE DEC IM AL FRtCT ION OF REDUCTION FROM THE CENTERLINF USING THF VALUES ON THE OVERLAY FOR THE SELECTED LOCAff0NS. ENTER THE OFF- !j CENTERLINE DECIMAL FRACTION 09 THE DATA SHEET. S. MULTIPLY THE CENTERLINE CONC EN TR A T ION OR DU$r R ATE BY THE DECIMAL FRACTION TO OBTAIN THE OFF CENTERLINE CONC ENTR AT ION OR DOSE RATE AT THE POINT OF INTEREST. l l / ..-,e.

t f EP-316 Page 19 of 71, Rev. 2 4/29/82 P MPG /MJM/ DOC:LHD/LJM f 6. POPUL AT ION DI ST RIBUTION, APPENDIX C IS PROVIDED FOR MAN REM DOSE CALCULATIONS. t 2.

1.3 ASSESSMENT

OF TOTAL NOBLE GAS RELEASE FROM HIGH RANGE MONITORS. G DETCRMINE THE NET DOSE RATES FROM THE HIGH RANGE MONITOR OF THE APPROPRIATE RELEASE POINT WHEN THE g NORMAL WADIATION MONITOR IS OFF SCALE. RECORD THIS ON WORK SHEET 4 APPENDIX A (1 2. DETERMINE THE APPROPRIATE VENT OR STACK F, LOW RATE IN CFM. O 3. FROM THE GAMMA SCAN OF THE VENT OR STACK SAMPLES, RECORD THE ABUNDANCE OF EACH I SO TOPE 'L I S TE D. IF UNAVAILABLE, ASSUME 100% XE-133. O 4. MULTIPLY THE ABUNDANCE BY THE L ISTED CONVER ST ION FACTOR FOR EACH ISOTOPE LISTED. THE CONVERSION Q F ACTOR CONVER TS UCI/CC TO MREM. S. SUM THE VALUES OF THE A8UNDANCE MUL TIPLED BY THE ' O CONVERSION FACIOR. 6. DETERMINE THE INVERSE SUM. O CALCULATE THE RELE ASE R ATE. T O NET MR/HR X FLOW CFM X INVER7E SUM X 472 =RELE ASE R A TE UCI/SEC USE THIS RELE ASE R ATE FOR WORK SHEET 1 APPENDIX A AND g CONTINUE WITH P ROC E DUR E IN SECTION 2 1.1 STEP 9 2.2 THYROID DOSE RATE OUE TO IODINE RELEASES 8 221 PLUME CENTERLINE DOSE RATES g 1. OBTAIN MAIN S T ACK OR ROOF VENT IODINE ACTIVITY RELEASED FROM THE CHEMISTRY SAMPLING AND ANALYSIS GROUP LEADER. ENTER THE DATA ON WORK SHEET S g APPENDIX A. I 2. DETERMINE HE ESTIMATED TIME PERIOD OF RELEASE IN g HOURS. 3 l w d J 9

EP-31@ Page 20 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC:LHD/LJM

3. " DETERMINE THE AVERAGE WINDSPEED FOR THE TIME INTERVAL.

USE THE APPROPRIATE AEROVANE AS LISTED BELOW: FOR MAIN STACK R E L E AS E.S : 320' AEROV ANE RE ADING0R 75' AEROVANE READINGMULTIPLED BY 2 OR HILLPOLE AEROVANE READING MULTIPLED BY 2 FOR ROOF VENT RELEASES: 75' AEROVANE READING OR HILLPOLE AEROVANE READTNG OR 320' AEROVANE READING OIVIDED BY 2 4. DE T E R MI NE THE DIRECT ION WHICH THE WIND IS BLOWING BY ADDING 190 DEGREES TO THE AVERAGE WIND DIRECTION FROM THE RECORDER. IF THE SUM I S GR E A T ER THAN 360 DEGREES, SUBTRACT 360 DEGREES. ~ 5. DETERMINE THE TURBULENCE CLASS BY EXAMINING THE WIND DIREC TION TRACE AND COMP ARING THIS WITH THE TURBULENCE CLASS EXAM *LES SHOWN IN APPENDIX C. 6. TO CALCUL ATE INHALATION DOSE FROM TOTAL IODINE (I-131 L I-1331 LTIVITY RELEASED FIRST CALCULATED THE INHALATION FACTOR. INHAL A T ION F ACT OR : ItfC1_l-13111h11_1_1UC1_1:133111al 7. DIVIDE THE INH AL AT ION F ACTOR HY THE WINDSPEED AND THE RELEASE TIME IN HOURS. UC1_ __1NdALA1106_EAC10B_____________ = RELEASL TIME ( HRS ) x WIN DSPEED (MPHI (HR-MPHI 8. SELECT THE APPROPRIATE GRAPH FOR THF RELEASE POINI AND TURBELENCE CL ASS IN APPENDIX D'T O-F I ND THE PLUME CENTERLI.NE DOSE RATES. RECORO T HE IDISTANCES AND DOSE R ATES ON DATA SHEET 6 APPENDIX A. 9. ADD THE INHAL AT ION DOSE RATE FROM ALL RELEASE POINTS FOR TOTAL INH AL AT ION THYROID DOSE RATE. 10. TO CALCULATE THE INGESTION DOSE FIRST CALCULATE THE INGESTION FACTOR. (IF NOVE MBER TO APRIL THE INGESTION DOSE IS ZERO). ..... -. ~ ~ e-- ..h

EP-316 Page 21 of 71, Rev. 2 4/29/82 MPG /MJM/ DOC:LHD/LJM INGE5 TI ON F ACTOR = ( UC1_1-131_ L331D21_ +__ Ly;,1_1-133_L311 ) 11. DIVIDE THE INGESTION FACTOR BY THE WIND SPEED AND THE RELEASE TIME TN HOURS. ___1NGESILON_EAC10B Ucl_ __ = RELEASE TIME (HRS) X WINDSPEED (MPH) HR-MPH 12. SELECT THE APPROPRIATE GRAPH FOR THE RELEASE PUINT AND TUR BUL ENC E CL A SS, IN APPENDIX D. TO FIND THE I NGE S TION DOS E R AT ES. RECORD THE DISTANCES AND DOSE RAT.ES ON WORK S HE E T 6 APPENDIX A. 13. ADD THE INGESTION DOSE RATE FROM ALL RELEASE POINTS FOR TOTAL INGESTION DOSE RATE. NOTE: DOSE RATES ARE ONLY APPLICABLE TO THE TIME PERIOD OF RELE ASE FROM ITEM 2. 'y 2.2 2 OFF PLUME CENTERLINE THYRO!D DOSE R A TE C ALCUL AT IONS. ~ NOTE: OVERL AYS* ARE NOT APPL IC ABL E TO OFF-CENTERL INE ROOF VENT DATA. 1. TO DETERMINE T HYROID DOSES FOR LOCATIONS OTHER THAN ALONG THE PLUME CENT ERL INE, SELECT THE APPROPRIATE OVERLAY FOR THE EXISTING TURBULENCE CLASS. 2. MOUNT THE OVERLAY ON THE CONTROL CENTER MAP WITH THE ORIGIN AT THE* MAIN STACK. t 3. ROTATE THE OVERL AY TO ALIGN THE CENTERLINE WITH DIRECTION OF WIND FLOW. 4. SELECT THE LOCATION (S) OF INTEREST AND RECORD THEM ON WORK SHEET T APPEN0!X A. ESTIMATE THE DECIMAL FRACTION OF REOUCTION FROM THE CENTERLINE USING THE VALUES ON THE OVERLAY FOR THE SELECTED. LOCATION (S). ENTER THE OFF-CENTERLINE DECIMAL FRACTION ON THE DATA SHEET. 5. MULTIPLY THE CENTERLINE DOSE OR CONCENTRATION BY THE DECIMAL FRACTION TO OBTAIN THE OFF CENTERLINE DOSE OR CONCE N TRAT ION AT THE POINT OF INTEREST. 6. POPUL AT ION DI S TR IBUT ION' IS PROVIDED IF NEED FOR POPULATION MAN REM DOSE CALCULATIONS (APPENDIX Cl M ,e

0 EP-316 Page 22 of 71, Rev. 2 4/29/82 MPG /MJM/ DOC:LHD/LJM 2 2.3 DETERMINATION OF T HYROID DOSE R ATES FROM FIELD SURVEY DATA. I. OBTAIN I-1 31 C ONCENT R A T ION IN AIR NEAR PLUME CENTERLINE FROM FIELD SURVEY DAT A. 2. CALCULATE THE INHALATION 00SE RATE. 9 CONCENT RATION QC1 X 1.692 X 10 CC X HR= DOSE RATE 53 CC ' UCI HR HR RECORD THIS DOSE R ATE ON WORK SHEET 7 APPENDIX ^ A AT THE APPROPRIATE DISTANCE. 3. FOR MAIN STACK RELEASES USE THE APPROPRIATE OVERLAY TO DETERMINE THE DECIM AL FRACTION FOR T.HE FIELO s S URVE Y LOCATION. FIND THE TOTAL CENTERLINE'-DOSE RATE AT THE LOCATION. TOTAL C ENTL RLINE = QDSL_ RALE _.ERQb_E1ELQ_Sup YEl_QALA DOSE RATE DECIMAL FRACTION 4. SELECT THE' APP ROPR I ATE GRAPH FOR THE TURBULENCE CLASS AND RELEASE POINT IN APPENDIX D'TO DETERMINE OTHER DOSE RATES FOR VARIOUS DISTANCES FROM THE RELEASE POINT. RECORD THIS DATA DN WORK SHEET 7, APPENDIX A. , t 2.3 GROUND DEPOSI T ION CONCENTR AT ION 2.

3.1 ASSESSMENT

OF OFF-SITE PLUME CENTERL INE DEPOSITION s CONCENTRATION 1. ODT AIN MAIN ST ACK OR COMBINED ROOF VENT I-131, CS- 't 137, SR-89 AND SR-90 ACTIVITY RELfASED FROM THE CHEMISTRY SAMPLING AND AN A L Y S IS.GR OUP LEADER. ENTER THIS DATA ON WORK SHEET 8 APPENGIL A. ? 2. DE T E R MI NE THE ESTIMATED TIME PERIOD OF RELEASE IN HOURS. ) 3. DETERMINE THE AVERAGE WINDSPEED F3R THE TIME INTERVAL. USE T HE APPROPRIATE AEROVANE AS LISTED y BELOW: f FOR MAIN STACK REL E ASES: 320' AEROVANE READING OR 1 ,/ s i 's --.nn,--

EP-316 Page 23 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC: LHD/LJM 75' AEROVANE READING MULTIPLED BY 2 OR HILLPOLE AEROVANC READING MULTIPLED BY 2' FOR ROOF VENT RELEASES: 75' AEROVANE' READING OR HILLPOLE AEROVANE READING OR 320' AEROVANE READING DIVIDED BY 2 4. OET ERMINE THE DIRECTION WHICH THE WIND IS BLOWING BY ADDING 160 DEGREES TO AVER AGE WIND DIRECTION FROM THE RECORDER. IF THE SUM IS GREATER THAN 360 DEGREES, SUBTRACT 36D DEGREES. 5. DETERMINE THE TURBULENCE CLASS BY EXAMINING THE WIND DIRECTION TRACE AND COMP ARING THI 5 WI TH THE TURBULENCE CLASS EX AMPL ES SHOWN IN APPENDIX C. 6. C ALCUL ATE RELE ASE R ATE O!VIDED BY THE Wk'NDSPttD,. MULTIPLFO BY THE FACTOR. (FACTOR = 1.0 FOR CALCULATING DEPOSITION) 7. USE THE APPROPRIATE GRAPH FOR THE ret. EASE POINT AND TURBULENCE CLASS TO FIND OFF-SITE PLUME CFNTERLINE DEPOSI T ION CONCENTR ATION. ENTER THIS DATA ON WORK SHEET 9, APPENDIA A. 2.3.2 0FF-PLUME CENTERLINE DEPOSITION CONCENTRATION CALCULATIONS. 1. 10 DE TERMINE DEPOSITION CONCENTRATIONS FOR LOCATIONS OTHER THAN ALONG THf PLUME CEN TERL I NE. SELECT THE APPROPRIATE OVERLAY FOR IllE EXISTING TURBULENCE CL ASS. 2. MOUNT THE OVERLAY ON THE CONTROL. CENTER MAP WITH IHE ORIGIN AT THE MAIN STACK. 3. ROTATE THE OVERLAY TO ALIGN THE CE'NTERLINE wITH D IREC TI ON OF WIND FLOW. 4. SELECT THE LOCATION (5) 0F INTEREST AND FROM THE VALUES ON THE OVERLAY E STIM ATE THE DEC I M AL FRACTION OF REDUCTION FROM THE CENTERLINE. ENTER DATA ON WORKSHEEI 10, APPENDIX A. 5. MULTIPLY T HE C EN T E RL I NI DEPOSITION BY THE DECIMAL FRACTION TO OBTAIN THE OFF CENTERLINE DEPOSITION AT THE POINT OF INTEREST. f l l )

4 EP-316 o Page 24 of 71, Rev. 2 4/28/82 4 MPG /MJM/ DOC:LHD/LJ'4 p P 2.4 DETERMINATI ON OF PLUME TRAVEL TIME 1. TO' DET ERMINE THE T IME FOR THE PLUME TO REACH A DISTANCE: g TIME (HOURS) = RECEP.lDB DIST AMCE_151LE11 WINDSPEED (MILES PER-HOUR) g 2 5 DETERMINATION OF ATMOSPHERIC DISPERSION COEFFICIENTS (X/Q) I NOTE: USE APPENDIX E FOR DISPERSION F ACTORS g 2.5.1 UNDEPLETED (X/Q) FOR WHOLE BODY DOSES. 1. MAIN STACK RELEASES: B - 8. 3 Q 15 EE B S 10 N_EAC 10 BS _ EEQd _ LAB L E_1_.L.110__1 __ ( S EC /M ) = WINDSPEED ( M I L E S P E'g HtttfR4.., g 2. R OOF VENT RELEASES: O -8 3 Q1S EE E1100_f AC10 ES _ E EDd_liBL L_ Z_ E_11Q1 - ( S EC /M ) = WINDSP E ED (MILES PER HOUR) 3 2.5.2 DE PL ET ED (X/Q) FOR THYROIU 005E3. 9 1. MAIN STACK RELEASES: -10 g 3 (SEC/M ) = D11EEBS103_EAC10&S_ESQd_IADLES_3_1_ LID __1 WINDSPEED (MILES PER HOUR) j l 9 l 2. ROOF VENT RELEASES: 3 3 -11 (SEC/M ) = Q11EERS103_EAClQES_EEQM_IABLES_i_1_L10__1 WINDSPEE4)-(NILES PER HOURI 9 l: e I l 9 l I 9 h ,wr

EP-316 Page 25 of 71, Rev, 2 4/28/82 MPG /MJM/00C:LHD/LJM i e APPENDIX A ' n. _ DATA SHEET 1 WORKSHEETS 1-10 0 h.. ? 4 9 c ./ i

/ EP-316 Page 26 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC:LHD/LJM -s\\ D ATA SHEET 1 i dElEQBQLOG1 \\- DATE ____ TIME WINDSPEED 32 0' MPH 75' _____ MPH HILLPOLE MPH 0 'T ~ ~ - ~,' WINO DIRECTION 20 MIN AVE WINO FROM UR BUL E NC E C L A S S __ BELEASE_DA1A i PRESSURE HIGH NORMAL C OUN T CORRECTION FL OW RADIATION EAIE_d]3110H EAQIQS EAIE dQN1103 MAIN STACK _ CPS CFM _____MR/HR U2 ROOF VENT CPM CFM ..____MR/HR ~~. t U3 ROOF VENT CPM CFM __MR/HR .?

EP-316 Page 27 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC:LHD/LJM s WORKSHEET 1 PART 13 C 2.1 1 I. MAIN STACK OR ROOF VENT RELEASES NOBLE GASES SOURCE OF RELEASE g t COUNT RATE D FLOW RATE CFM

== ~ PRESSURE CORRECTION F ACTOR g l CORRECTEO COUNT RATE ) UCf/SEC (FROM GRAPHS) RELEASE RATE uti SEC (OR FROM SECTION 2 1.1) 'a WIND SPEED ) l MAIN STACK 370' R E A DI NG l 2X T5' READING 2X HILLPOLE READING ) ROOF VENT 320' READING - 2 T5' READING 4 HILLPOLE READING _____ MPH g HIND DIRECT 10N ( F RO M) WIND DIRECTION

18 0 ( I F > 180 DEG. SUBT. 180) 9 RELEASE RATE /WINDSPEED g

TURBULENCE CLASS NAME: 3 DATE: TIME: ) ) ~

= l EP-316 Page 28 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC:LHD/LJM s N = WORKSHEET 2 PART 2.1.1 e,. PLUME CENTERLINE DOSE RATES e DISTANCE MAIN STACK U2 ROOF VEN U3 RbOF VENT ibTIL MILES C ONC'ith DOSE CONCEN. DOSE CONCEN. DOSE CONCEN. DOSE RATE RATE RATE RATE UCI/CC MR/HR UCI/CC MR/HR UCI/CC MR/HR UCI/CC MR/HR 4

a. e-- mm. -.mm. e-e e

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EP-31@ Page 29 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC-LH0/LJM WORKSHEET 3 PART 2.1 2 s OFF CENTERLINE DOSE RATES L OC A TI ON F R ACT I ON - UCt/CC MR/HR POPULATION MAN-REE ~ , =--

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EP-316 Page 30 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC:LHD/LJM WORKSHEET 4 PART 2 1.3 REFINED ASSESSMENT OF TOTAL NOBLE GAS RELEASE FROM HIGH RANGE MON! TORS AND ISOTOPIC FRACTIONAL ABUNDANCE 1.50 TOPE ABUNDANCE _1_EOSYEBS1Q3_I KR-85 .12 KR-85M 7.3 KR-87 55.0 s, KR-88 81.0 XE - 131 M .16 70 KE-133 XE-133M 1.60 XE-135 13.0 XE - 13 S M 24.0 XE-137 7.8 XE - 13 8 36.0 SUM =_______________ FACTOR _1_ SUM VCl NET MR/HR X FLOW CFM x FACTOR X 4T7 : SEC X X ______ X 472 : RELEASE SOURCE _______________ i NAME: f DATE: a IIME: j . dP f

I o LP-316 Page 31 of 71, Rev. 2 4/28/92 MPG /MJM/ DOC:LHD/LJM e c WORKSHEET 5 PARTS 1.3.2 C 2.2.1 II. THYRDID DOSE DUE TO IODINE RELEASES SOURCE OF RELEASE IDDINE ACTIVITY UCI I-131 TIME PERIOD FINISH __ ____UCI I-133 3 START _ _ ___ HRS AVE. WIND SPEED MAIN STACK 320' READING ?X 75' READING 2X HILLPOLE READING ROOF VENT 320' READING - 2 75' READING HILLPOLE READING _____ MPH 3 WIND DIRECTION (FROM) O' dl ND D IREC TION + IPO (1F GREATER TH AN 360 DEGREE S. SUST 160 DEGREES) TURBULENCE CLASS If4HAL A T 10N F AC T UR (UCI I-131)(47)+(UCI I-133)(ll.3)__ _ 0 .~. i 1UUAL6110N_EAC10S__ ______________ UCI RELEASL TIME (HRS) X WINDSPLED (MPH) H.4 - M P H ____a 3 INGESTION FACTOR = (UCI I-131 )( 3 3 500 ) + ( UC I I-133)(3111 LBGESILON_EACIDB________________ !JL1 1 RLSEASE TIME (HR5) X WINDSPEED(MPHI HR-MPH 6AME: 8 .7

EP-316 Page 32 of 71, Rev. 2 4/28/82 MPG /MJM/00C:LHD/LJM DATE: TIME: e e e t e t E w.... [ __ r c- -. -

EP-316 Page 33 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC:LHD/LJM WORKSHEET 6 PARTS 1.3.2 & 2.2.1 ~ THYR 010' DOSE RATE MR/HR DISTANCE MAIN STACK ~ UUF VEh 2 ~ ~ ~ ~~ UbF VENi~3 TOTA R _______.___1t1GE11__1Ndeka_1NGE S T,_lud ALi_1yGESI _1tiMAla _INGElla__1NBALs .. =_________ s_.--_..._.__________ _=-_=___ = - _ _ _ _ _ = - _ fJAME: OATE: A - -- IIME: 4 I O 9 V ./ :

EP-316 Page 34 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC: LHD/LJM WORKSHEET 7 PARTS 2.2.2 E 2.2.3 OFF PLUME CENTERLINE THYROID DOSE RATES TOTAL CENTER LINE DOSE RATE Local 109-- = 00SE_BAIE-f.B ACIIDS____EB ZBB_____EDEUL ail 0N- __MS:BEM . N-. = _______ _---_-----_____--_--------- 9 FIELO SURvFY UC1 X 1 692 x 10 = INHALATION DOSE RATE d Cot 4C EN T R A l l ON CC Hd $x T HR X POPULATION IN MAN REM = US SECIQ3 1000 NAME: DATE: 'ME: u. s / ,/e ~ -

i EP-3t6 Page 35 of 71, Rev. 2 4/28/82 l MPG /MJM/ DOC:LHD/LJM WORKSHEET 8 PART 2 3 1 III. GROUND DEPOSITION SOURCE OF RELEASE ~ I-131 ACTIVITY ~ CS-137 SR-89 ISR-90 ~ - ~ ~,.. TI ME PERIOD FINISH __ START l HRS AVE. WIND SPEED MAIN STACK 32 0 ' READING 2X 75' READING l 2 X,HILLPOLE READING i ROOF VENT 320' READING - 2 75' READING HILLPOLE READING MPH WIND O!RECTION (FROM) 0 WIND DIRECTION + 180 (I F GREATER THAN 360 DEGREES, SUBT. 360 DEGREES) TURBUL ENCE CL A SS RELEASE RATE /WINDSPEED UCl

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e EP 'l16 Page 38 of 71, Rev. 2 4/29/92 i MPG /MJM/ DOC:LHD/LJM e 1 WORKSHEET 10 .PART~2.3.2 - ~ OFF-PLUME CENTER LINE DEPOSITION --__eme.______am em _ _ _ _ _ _ _ _em_ _ _ e m_e CENTERLINE GROUND DECIMAL GROUND DEPOSI T ION DEPOSITION RATE 2 g g g g enemum - - _ gg g I g _ mW6 g m W _ _66MWW666eemyg g 6md3 e-O _ _ _ _ ____e.p_emaemem _ em. _ _ es m e. em _ eme.=_ _ __e. _ 4.p _ _ __ _ e.__==._m. ~ '. m enam e opeEmmmen dueaumem-eum e amm eme-e e e z --- -_ _ e h am em e ehem-einsam aume.em.m _ ens emp emuum e em m sum _ em enn en me eum em esem emmeG _ eede e e em en esmuste emens em W AM _eWebEmm es em emeheb epes e em me en eum emmelm eum e M es m e ADmelsene expen em emom en em S --- _ e m __ meeunes amm en e em m en em _ meein ame _ esmemema men emmen en e _ - e mm en eus soge meenn emenexpen _ ammen e_e,m-m ~-.me,m--en- _de-------em------~-_----- e.e -a,e - - ~ _ - mes _ =W em e & eum - _ emeup _ _6 6 -- _ W W W eN memW6 6 6 m M eWGD ede m W W GW MM M W eum e e em M We m 6 W M M aum een e em -== em -e= _ en== emmen e. en=== -en - e= en em a=_- en em en==== -- en emen -e===m - em e a= emen am== en en en a=== eme= - e m em em e em Eup Mes N e - M* e* el* em am em amm em en ema en eummme - e e em uma se en em ep4mm som en== eum se aus eum aime eum ememeum GNmelm en eum esman esem mamm *Emm NAME e._enem - e.m_emem _ _ eme.nen_eme.=B 4 UATE: _ en _ e. __.__e.n em e. g I 1 'IME: e_. _m.m_ _ _ _e.ee t e 1 9 l 1 e D F / am yl t I m L_ /I

EP-310 Page 39 of 71, Rev. 2 4/28'/82 MPG /MJM/ DOC:LHD/LJM 9 4 APPENDIA B e C ALIBR ATION CURVES j ------... 1. MAIN STACK 2. 2A E 2B ROOF VENTS 3. 3A C 3C F00F VENTS 4. HIGHEST OFF-SITE DOSE RATE VS. COUNT RATE RAPTO a i l l l h l 4 o e 9

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_ pe 6 Page 64 of 71, Rev. 2 4 /7 : / *> y - I' j /, J * /1, ' C : Ie)/Ljv e e h 4 h tg e { l i S ;2 ! K $ i . J t, L T O ? 3 I b o f 9 6 I ,t

EP-316 TABLE 1 Pagn 65 of 71, Rev. 2 MAIN STACK NOBLE GAS T ~ l l l Dispersion Factors Vs Distance l [~ Distance l Dispersion Factors by Turbulence Class l l Hiles from l l l Main stack l Class I or III l Class II l Class IV l Class vl l 0.5 l 2000 l 3900 l 1350 l <10 l l 0.75 l 960 l 2500 l 4000 l <10 l l 1.0 l 640 l 1800 l 5800 l <10 l l 1.25 l 440 l 1250 l 5200 l <10 l l 1.5 l 330 l 950 l 4100 l <10 l l 1.75 l 240 l 710 l 3400 l <10 l l 2.0 l 190 l 560 l 2900 l 10 l .l 2.25 l 150 l 460 l 2600 l 250 l l 2.50 l 130 l 400 l 2400 l 800 l l 2.75 l 110 l 350 l 2050 l 1700 l l 3.0 l 90 l 290 l 1800 l 3100 l l 3.25 l 79 l 240 l 1500 l 4900 l l 3.50 l 69 l 200 l 1200 l 6500 l l 3.75 l 60 l 170 l 1000 l 8100 l l 4.0 l 53 l 140 l 850 l 9000 l l 4.25 l 48 l 125 l 750 l 9100 l g l 4.50 l 44 l 110 l 660 l 9000 l l 4.75 l 40 l 100 l 630 l 8500 l l 5.0 l 36 l 90 l GOO l G000 l l 5.5 l 30 l 80 l 520 l 7000 l l 6.0 l 26 l 69 l 450 l 6200 l l 6.5 l 22 l 59 l 390 l 5500 l l 7.0 l 19 l 51 1 350 l 5000 l l 7.5 l 18 l 47 l 320 l 4500 l l 8.0 l 16 ,l 43 l 290 l 4100 l l 8.5 l 14 l 39 l 230 l 3700 l l 9.0 l 13 l 35 l 210 l 3500 l l 9.5 l 11 l 31 l 200 l 3200 l l 10.0 l 10 l 29 l 200 l 3000 l l 10.5 l <10 l 27 l 190 l 2800 l l 11.0 l <10 l 24 l 180 l 2600 l l 11.5 l <10 l 22 l 170 l 2400 l l 12.0 l <10 l 21 l 160 l 2200 l l 12.5 l <10 l 19 l 150 l 2100 l l 13.0 l <10 l 18 l 140 l 2050 l l 13.5 l <10 l 17 l 130 l 2000 l l 14.0 l <10 l 16 l 120 1 1900 l I 1 j

I EP-316 Pagn 66 of 71, R v. 2 s, 4 Distance (mi) Class I or III Class II Class IV Class V 510 1,800 21,000 17.50 230 1,600 18,000 18.00 210 480 18.50 200 450 1,500 16,000 19.00 .190 430 1,400 14,000 19.50 180 410 1,300 13,000 20.00 170 390 1,300 11,000 21.00 160 350 1,100 8,900 22.00 140 320 990 7,100 23.00 130 290 890 5,700 24.00 120 270 800 4,600 25.00 110 250 720 3,700 30.00 78 170 450 1,400 35.00 58 120 300 560 40.00 44 94 210 240 45.00 35 74 _ 150 110 50.00 28 59 120 56 i s, N I i ,i

J EP-316, Paga 67 of 71, R v. 2 ROOF VENT NOBLE GAS ~T TEM 2 ALL TURBULE!!CE CLASSES FOR ANY DIRECTION DISPERSION FACTORS FOR ROOF VENT RELEASE CALCULATED FOR WORST DIRECTION FOR GIVEN DISTANCE DISTANCE (HILES) CLASS I OR III CLASS II CLASS IV CLASS V .3 14,894 22,577 48,767 189,374 .6 3,992 6,268 14,470 61,548 .9 1,844 2,959 7,063 31,214 1.2 1,066 1,732 4,243 19,199 1.9 493 813 2,072 9,643 2.5 284 477 1,248 5,910 3.1 186 316 838 4,039 3.7 132 224 607 2,959 4.3 99 168 464 2,274 5.0 76 132 363 1,812 -5. 6 60 105 298 1,481 6.2 52 85 242 1,239 6.8 43 69 208 1,051 7.5 36 63 177 907 8.1 29 54 155 791 'T 8.7 27 47 132 697 9.3 22 40 119 618 9.9 20 36 105 553 10.6 18 31 94 502 11.2 6 29 85 452 11.8 15 27 78 412 12.4 13 25 69 376 24.8 3 7 25 114 37.3 3 3 12 58 N..

EP-316 PIga 68 of 71, Rsv. 2 ) TABLE 3 DISPERSION FACTORS VERSUS DISTANCE FOR HAIN STACK RELEASES FOR THYROIO DOSE RATE & GROUND DEPOSITION Dispersion Factors by Turbulence Class Distance (mi) Class I or III Class II Class IV Class V .25 450,000 390,000 640 <1 .50 190,000 360,000 120,000 <1 .75 94,000 220,000 280,000 <1 1.00 57,000 150,000 330,000 <1 1.25 38,000 100,000 ,440,000 <1 1.50 27,000 75,000 350,000 23 1.75 20,000 57,000 290,000 220 2.00 16,000 45,000 230,000 1,000 2.35 13,000 36,000 190,000 3,000 2.50 10,000 29,000 160,000 6,000 2.75 8,600 25,000 150,000 220,000 3.00 7,300 21,000 130,000 260,000 3.25 6,300 18,000 110,000 290,000 f--) 3.50 5,400 16,000 93,000 320,000 3.75 4,700 11,000 59,000 930,000 s ~' 4.00 4,100 9,500 51,000 860,000 4.25 3,600 8,400 45,000 800,000 4.50 3,300 7,500 40,000 740,000 4.75 2,900 6,800 36,000 810,000 5.00 2,700 6,100 32,000 740,000 5.50 2,200 5,100 26,000 630,000 6.00 1,900 4,300 22,000 530,000 6.50 1,600 3,700 18,000 460,000 7.00 1,400 3,200 15,000 400,000 7.50 1,200 2,800 13,000 340,000 8.00 1,100 2,400 11,000 290,000 8.50 940 2,100 9,800 250,000 9.00 840 1,900 8,600 210,000 9.50 750 1,700 7,600 180,000 10.00 680 1,500 6,700 160,000 10.50 620 1,400 6,000 140,000 11.00 570 1,300 5,400 120,000 l 11.50 520 1,200 4,800 100,000 ( 12.00 480 1,100 4,400 89,000 12.50 440 990 4,000 77,000 i 13.00 410 920 3,600 67,000 13.50 380 850 3,300 58,000 l 14.00 350 790 3,000 51,000 l 14.50 330 740 2,800' 45,000 [ 15.00 310 690 2,600 39,000 15.50 290 650 2,400 34,000 16.00 270 610 2,200 30,000 i 16.50 250 570 2,000 26,000 17.00 240 540 1,900 23,000

EP-316 P ga 69 of 71, Rev. 2 l b TABLE 4 ALL TURSULENCE' CLASSES FOR ANY DIRECTION DISPERSION FACTORS FOR ROOF VENT RELEASE CALCULATED FOR WORST DIRECTION FOR GIVEN DISTANCE FOR THYROID DOSE RATE & GROUND CONCENTRATION Dispersion Factors by Turbulence Class Distance (mi) Class I or III Class II Class IV Class V .25 3,660,000 5,740,000 7,220,000 365,000 .50 900,000 -1,380,000 1,560,000 30,606 .75 390,000 595,000 614,000 6,080 1.00 216,000 325,000 313,000 1,800 1.25 136,000 204,000 184,000 660 1.50 87,000 128,000 100,000 150 1.75 63,500 92,000 68,000 70 2.00 48,100 69,200 48,600 40 2.25 37,600 53,700 36,000 20 2.50 30,200 42,800 27,500 10 2.75 24,700 34,900 21,500 7 3.00 20,600 28,900 17,200 4 3.25 17,500 24,200 13,900 3 3.50 14,900 20,700 11,500 2 3.75 13,000 17,800 9,580 1 4.00 11,300 15,400 8,060 <1 4.25 9,900 13,500 6,860 <1 4.50 8,800 11,900 5,890 <1 l 4.75 7,800 10,600 5,090 <1 5.00 7,070 9,500 4,440 <1 5.50 5,790 7,700 3,430 <1 l 6.00 4,820 6,350 2,700 <1 6.50 4,080 5,330 2,170 <1 7.00 3,490 4,530 1,760 <1 7.50 3,010 3,880 1,460 8.00 2,630 3,370 1,220 8.50 2,320 2,950 1,030 9.00 2,050 2,600 880 9.50 1,840 2,30G 750 l 10.00 1,640 2,050 650 10.50 1,480 1,840 560 11.00 1,350 1,660 490 11.50 1,220 1,500 430 12.00 1,120 1,370 380 12.50 1,030 f 1,250 340 13.00 950 1,140 300 13.50 870 1,050 270 14.00 810 / 970 240 -] 14.50 750 900 220 / s..' 15.00 700 830 200 15.50 650 770 180 16.00 610 720 160 16.50 570 670 150 o. ~ _ _.. _. ../._..m z. _n C

EP-316 Pigm 70 of 71, Rev. 2 s Distance (mi) Class I or III Class II Class IV Class V 17.00 530 630-140 17.50 500 590 130 18.00 470 550 120 18.50 450 520 110 19.00 420 490 100 19.50 400 460 90 20.00 380 430 80 21.00 340 390 70 22.00 310 350 60 23.00 280 320 50 <1 24.00 260 290 - ' 50 <1 25.00 240 260 40 <1 30.00 160 170 20 <1 35.00 120 120 10 <1 40.00 90 90 10 <1 45.00 70 70 6 <1 50.00 50 50 5 <1 O t.- O o J

EP-316 Page 71 of 71, Rev. 2 4/28/82 MPG /MJM/ DOC:LHD/LJM s E P-316 APPENDIX F t e 1. AREA OF CONCERN A. D E SC R IP TI ON_ t B. DISTANCE MILES ~, C. SECTOR D. WINDSPEED _ MPH 2. A) PROJECTED WHOLE BODY DOSE: w ___[HR(S) B) PROJECTED IHYRDID DDSE INHALATION) 3e EXPECIED RELEASE DURATION 4. FIELD SURVEY DATA A) WHOLE BODY DOSE RATE _____R/HR B) THYROID DOSE R A TE _____R/HR 5. MOST RELIABLE DOSE (PROJECTED OR FIELO SURVEY) _____ REM A) WHOLE-BODY B) THYROID _____ REM 6 GROUND DEPOSITION I 131 UCI/M C5 137

UCI/M SR 90_____UCI/M UCI/M SR 89 z=

,e# } 4 ,a*

y

., g EP-318 PAGE 1 O F l;, RLV. 0 Y

LHD MAY. 6 lHI LP-316: L12210_Sf.L La 5 L _ u g h E _ C A L CU LA1102_ % Lid O D _ E 0 d _ O!11!.idiu G _h 31L u 1. Egil%$El TO DETERMINE LIQUID RELEASE 005E PROJECTIONS BASLO ON UNDILUTED EFFLUENT SAMPLES AND DILUTED SAf4PLES FROM THE DISCHARGE CANAL FOR DRINKING WATER. z. bd.ESLbCL51 NUREG 0133 REG. GUIDE 1.109 3. DEELS111D35 THE CUMMUL ATIVE DOSE COMMIT MENT TO THE TOTAL BODY D7: OR ANY ORGAN, T, FROM LIQUID EFFLUENTS FOR THE TOTAL TIME PERIOD IN MREM. THE AVERAGL CONCENTR AT ION OF W ADIONUCL Inf. I. 1 *. A N C; = UNDILUTED LIQUID EFFLUENT SAMPLE OR DILUTLD S AMPL F FROM THE DISCHARGE CANAL DURING TIML PLRIOO 4I FROM 'ANY LIQUlO RELEASE IN UCI/ML. F THE NEAH FICLD DILUTION FACTOR FOR C' OUR 1% A *. Y L I C'J I D E F F LUE N T RELEASE. OEFINED AS 1HC RATIO Or THC VOLUME OF UNDILUTED LIOUIn WASTE RELEASFU IN GALLONS OVERAT TO THE, VOLUME OF W A T E. R FLOW FROM IHL DISCHARGE CANAL IN G AL L ONS PER MINUT E OVLR 4 T. F = 1.0 FOR A DILUTED LIQUID RELEASE. A1 ': THE LENGTH OF THE TIME PERIOD OVER WHICH CI AND F ARE AVERAGED FOR THE LIQUlO RELEASL IN HOURS. A = THE SITE RELATED INGESTION DOSL COMMITMENT FACTOR TO THE TOTAL BODY OR ORGAN, T, FOR EACH MADIONUCLIOE IN MRLM-ML PER UCI-HR. T HE R AT IO OF THE C ONCE N TR A T ION AT LOC AT I ON III U z F (DOWNSTREAM FROM PLANT SITE) FOR THE FLOn RATE OF INTEREST TO THL CONCENTRATIGN AT THE LOC AT ION OF INTEREST FOR THE SAME TIME AND FLJW RAIL. l l 0 e J

EP-318 PAGE 7 OF '4, d t. V. 0 3 /1'> / d / DOC:LHD 't. ChCEDML1 COLE CONTRIBUIl0NS FROM LIQUID EFFLUENTS RELEASED TO UNkESTRICTED ARE AS SHALL BE CALCULATED FOR DRINKING WATER USING THE EQUATION BELOW: Q,.= _:A_1_L_E: UF 1. RECURO TIME PERIOD DVER WHICH CE F ARE AVCRAGED. 1. 2. RCCORD VCLUME OF RELCASE OVCR dT.

2. ________

3. RECORD VULUME OF WATLR FLOW FROM UlSCHAdGL C ANAL UVERJ T. 3.___ 4. CALCULATE F. (wCRKSHEET) 4. 5. RECORJ C;FOR EACH NUCL10E IN UCI/ML. CO-60 _________ 1-131 CS-134 ________ CS-131 .~ 6. KECJdD A FCd EACH NUCL10E FOR TUTAL 00DY OR URGAN (SEE TAHLE 1) IDiaL_uDDX L1YLS 10XE010 ~~ C0-00 ' l-131 CS-134

== CS-137 7. RECORD CURMENT RIVER FLOW I. e 9 S __w

a v

t. P - 3 1 8 PAGL ', OF * >. MLv. 0 3/15/H/

DOC: LHU FOR CORRESPONDING RIVER FLOW ( 7) AND PO IN T ' d. HECORD Og OF INTLRLSI (SLE TABLE 2) BALTIMORE WATER INTAKE _________ CHESTER WATER It4TAKE CONOWINGO TAILRACE 9. CALCULATE DyFOR LACH NUCLIDE TO TOTAL BODY OR ~ ORGAN (WORKSHEET) 10., RECORD 00SL PRO J E C 1 10'; 10. =____ w 4 L \\ \\. e j +e b 1 W l l MO 6

LP-31d PAGE 4 OF S, REV. O 3/15/82 00C: LHO IASLE_11 a:QQ5i_CQ35115ESI_EAC100.SidEE2:5L EES U C I -ti R ) 121AL_adQ1 L1'lLE 1011010 CO-60 4.d x 10' 2.15 x 10* _---__-_-_ _ _ _ __---__________-- __-_- _ ___=____--_-- I-131 4.02 x 10* I.lu x 10* 2.98 x 10 # _ _ _ - - = =___-__________- w 4 4 CS'134 1.09 x 10 1.36 x 10 __ -_-_ _ _ _-_ _-__-_--_________= =- 3 4 Cs-137 6.43 x 10 1.02 x 10 v I DLL_21_0 - 01LullDh EAC10SS s. a1YEE ELQd 3ALildDIL nAIE:1 CUESIEd EAIEE 10MDM151D LLESt 191AdE ISIA!1E 1 AIL 6ACL 2500 6.0 x 10' 4.0 1 17 x 10 " $000 7.50 x 1 c' 9.09 7.50 x 10' s 10.000 8.63 x 10' 2.23 x 10' 5.31 x 108 15,000 d.56 x 10' 3.d5 x 10 4.26 x 10' 8 25,000 d.46 x 10'

9. 30 x 10' 4.2d X 10' i

v 50,000 9.29 x 10 4.33 x 10*__-____2.50 x 10, T l100,000 1 05 x 10* 2.20 x 10' 150,000 1.04 x 10' =__-____-_8 2.0 x 10 w M N

e E P-3 I ts PAGE S O F ~ *2. 54EV. O 3/15/02 DOC: LHD WORKSHECT CALCULATE F = ___yOLy3L_QE_SELiASg_gyE3_4T015 CHARGE CANAL OVCR i VOLUME OF WATER FLOW F a.DM I-A T.A.QE- ~~ CALCutATE O = y 07 ( C u - r2 0 1 = 7(I-131): 0 UT(CL-134)= 4 / O g(CS-137)= ~ ttax = ---------- DT He MS O . ii,,....... r

~. t_ E P-31 ;' %q PAGE 1.3F 4. R E.V. 0 3/15/82 f DOC: LHD f -g te.A1 6 MI EP-319:- - LI GuiD_B EL Ea lE_ DQ L E_GdLE U LallD 3_5 Eld 2D_ ED E_ E15U 1. EQ3PUSE1 TO DETERMINE LIQUIO RELEASE DOSE PROJECTIONS FUR FISH BASED ON UNDILUTED EFFLUENT SAMPLES AND DILUTED SAMPLES FROM THE DISCHARGE CANAL. 2. SEEEEESEE11 NUREG-0133 REG. GU ID E 1.109 3. DEE1311103S T HE CUMMUL AT IVE DOSE COMMITMENT TO THE TOT AL BUDY D7= OR ANY ORGAN, T, FROM LIQUID EFFLULNTS FOR THE TOTAL TIME PERIOD IN MREM. C{ = T HE AVER AGE CONCENTR AT ION OF RADIONUCLIOE, I, IN AN i l U NDI LUT E0 LIQUID EFFLULNT S AMPL E OR DILUTED SAMPLE l FROM THE DISCHARGE CANAL DURING TIME PLRIOD4T FRUM ANY LIQUID RELEASE IN UCI/ML. THE NEAR F IELD DILUTION FACTOR FOR C DURING ANY F = LIQU10 EFFLUENT RELEASE. DEFINED AS THE RATIO THE VOLUME OF UNDILUTED LIQUID WASTE R LEASED IN GALLONS OVER T TO THE VOLUME OF WA TER FLOW F R O V. THE DISCHARGE CANAL IN GALLONS PER MINUTE OVER 4 T. F = 10 T HE LENGTH OF THE TIME PERIOD OVER WHICH CI AND F 3I = ARE AVER AGED FOR THE LIQUID RELEASE IN HOURS. A-p THE SITE RELATED INGESTION 00SE COMM.ITMENT FACIOR T O THE TOT AL BODY OR GRGAN, T, FOR EACH l R ADIONUCLIDE IN MREM-ML PER UCI-HR. 4. EBOEEDuati DOSE CONTRIBUTIONS FROM LIQUID EFFLUENTS RLLEASED TO UNRESTR IC TE D AREAS SHALL BE CALCULATED USING THE EQUATION BELOW: Q * ~## OF~ T 1. RECORD TIML PERIOD OVER WHICH C,* C F ARE AVERAGED.

1. ________

S

e LP-319 PAGE 2 0F,4. REV. O -3/15/82 00C:LHO 2. RECORD VOLUME OF RELtASE OVER 4T. 2. 3. R ECORO VOLUME OF W ATER FLOW FROM DISCHARGE C ANAL OVER4T.

3. ________

4. CALCULATE F. (WORKSHEET) 4. i 5. RECORD C FOR EACH NUCLIDE IN UCI/ML. P ~' CO-60 _________ ~ 1-131 _____-___ CS-134 CS-137 -_______ 6. RECORD A FOR EACH NUCLIDE FOR TOTAL BODY OR ORGAN (SEE TABLE 1) IRIAL_SQQ1 LIVEB IUX8Q1D i CO-oD i 1-131 _____-- _ _ __ _-- _ _ -_-=_ CS-134 - - - - - - - - - - - - - - - - _ - - - - - - _ _ - - - - - - - - - - - - = CS-137 _---__-_ _ _-__-------_--- _=: FOR E ACH NUCLIOE, TO TOTAL BODY OR ORGAN 7. CALCULATE 07 (WURKSHELT) d. b. RECORD DUST PRUJECTION. v W W e

v

~

EP-319 PAGE 3 DF 4, RLV. 0 3/15/82 DOC:LHD la B L E_11_ a:D D S.C _C 0 d d115L til_ E A Cl2 ah15SLS:5 L_ EE!i UCI-HR) TOTAL BODY. LIVER THYROID s P-32 5.93 x 10" 1.04 X'10 CO-60 6.51 x 10' 2.92 x 10 w 2 1 y 1-1'31 1.12 x 10 1.99 x 10 8.28 x 10 w CS-134 6.72 x 10 8.33-x 10 ___= m CS-137 3.97 x 10 6.30 x 10 l v i i l V e O M e ,e h l l t v V --m--.

2 i LP-319 PAGE 4 OF. 4, REV. 0 3/15/82 DOC:LHD WORKSHEET CALCULATE F = ___yDLUH_QE_BELEASE_QYER_4_T OVER T VOLUME OF WATER FLOW FROM DISCHARGE CANAL 4 CALCULATE D7= b A__LQF - ~ Dr(P-32)= Dy(CO-60)= h(I-1311r-w 9(C5-134)= ^ v e 4(C5-137)= v (toy =_________ N 6 Y O , use 9 %g _ _ _ _ _ _ _ _ _. - - - - _ - - _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _}}

ML20054H138

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Dear Mr. Denton:

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REFERENCE:

=

SUMMARY

2.0 SCOEE

4.0 BESE2SSISIL111

6.0 EdlCLQUdL

_. _,...

SUMMARY

2.0 SCQEL

3.0 BEEEEEBCES

4.0 BESEQNSIS1L11X

6.0 EEuCLDUBL

REFERENCE:

3.1 ASSESSMENT

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