ML20052D554

Public Version of Revised Emergency Plan Implementing Procedures,Including Procedures 20101 Re Duties of Emergency coordinator,20103 Re Classification of Emergencies & 20104 Re Emergency Roster

ML20052D554
Person / Time
Site:	Turkey Point
Issue date:	03/08/1982
From:	Hays J FLORIDA POWER & LIGHT CO.
To:
Shared Package
ML17341B135	List: L-82-136, Forwards Public Version of Revised Emergency Plan Implementing Procedures,Including Procedures 20101 Re Duties of Emergency coordinator,20103 Re Classification of Emergencies & 20104 Re Emergency Roster ML17341B134 ML20052D554
References
PROC-820308-01, NUDOCS 8205060578
Download: ML20052D554 (110)

Text

{{#Wiki_filter:^ e e FLORIDA POWER AND LIGHT COMPANY TURXEY POINT UNITS 3 AND 4 ~ EMERGENCY PROCEDURE 20101 MARCH 8,1982

1.0 Title

DUTIES OF EMERGENCY COORDINATOR i 2.0 Acoroval and List of Effective Pages: 2.1 Acoroval : Change dated 3/8/82 Reviewed by PNSC March 8, 1982 Approved b d Plant Mgr-Nuclear, Ma 8. 19d2_ I h Vice President of Approved / Nuclear Energy 7-7 19 l l 2.2 List of Effective Pages: Page Date Page Date Page Date Page Date 1 3/8/82 8 3/8/82 15 3/8/82 22 3/8/82 2 3/8/82 9 3/8/82 16 3/8/82 23 3/8/82 l 3 3/8/82 10 3/8/82 17 3/8/82 24 3/8/82 4 3/8/82 11 3/8/82 18 3/8/82 25 3/8/82 S 3/8/82 12 3/8/82 19 3/8/82 26 3/8/82 6 3/8/82 13 3/8/82 20 3/8/82 27 3/8/82 7 3/8/82 14 3/8/82 21 3/8/82 28 3/8/82 29 3/8/82

3.0 Scope

3.1 Purcose

This procedure provides the guidelines to be followed by the Emergency Coordinator when an emergency occurs that requires initiation of the Emergency Plans.

3.2 Ofseussfon

The Nuclear Plant Supervisor becomes the Emergency Coordinator uoan initiation of the Emergency Plans and, as such, directs the On-Site A member of Emergency Organization to bring the emergency under control. the plant management staff may assume the role of Emergency Coordinator when The he reaches the Control Room and becomes familiar with the emergency. Nclear Plant Supervisor will then concentrate on control of the reactor.

3.3 Authority

I Turkey Point Plant Radiological Emergency Plan i I 8205060578 820429 PDR ADOCK 05000250 PDR F

3/8/02 EMERGENCY PROCEDURE 20101, PAGE 2 DUTIES OF EMERGENCY C00RDIf.ATOR i i

4.0 Precautions

4.1 The Nuclear Plant Supervisor and the shift operating staff represent the first-line of response to any developing emergency condition. The primary responsibility of the Nuclear Plant Supervisor is to control the condition as well as possible. However, the success of the Emergency Plan and precedures requires f oromot classification of the emergency (in accordance Procedure 20103) and notifications t of designated off-site with Emergency authorities and the FPL Off-Site Emergency Organization. The Emergency Coordinator may delegate his responsibilities at his 4.2 discretion with the exception of the decision to notify state and local authorities and the recomendation of protective actions for the public (off-site). l0uring all exercises, drills or tests ALL messages should begin and end 4.3 witn "This is a Drill" or "This is an Exercise". Protective action recommendations to State and Local authorities cannot be 4.4 delegated by the Emergency Coordinator. However, these recomendations become the responsibility of the Recovery Manager when the EOF is manned and operationall.

5.0 Resconsibilities

If the Nuclear Plant Supervisor is incapacitated, the Emergency Coordinator 5.1 shall be (in order of succession): 5.1.1 Nuclear Watch Engineer 5.1.2 Any other member of the plant staff with a Senior Reactor Operator license. 5.1.3 One of Nuclear Control Center Cperators on shift. 5.2 The Emergency Coordinator shall only grant permission for watch relief, including his own, when the emergency condition is sufficiently under l control to make it, safe in his judgment to do so. 5.3 A member of the plant management staff may assume the duties of the Emergency Coordinator. 6.0 References 6.1 Turkey Point Plant Radiological Emergency Plan f Emergency Procedure 20103, Classification of Emergencies and Criteria for 6.2 Evacuation 6.3 Emergency Procedure 20126, Loss of Coolant Accident Dose Calculations i 70 Records and Notifications: All significant information, events, and actions taken during the emergency 7.1 period shall be recorded in the Nuclear Plant Supervisor's Log Book. i I

3/6/82 EMERGENCY PROCEDURE 20101, PACE 3 ) DUTTES OF EMERGENCY C00RDXNATOR e 8.0 Instructions : Upon becoming aware of an off-normal condition, the Nuclear Plant Supervisor 8.1 shall diagnose the condition and direct initial corrective action to control or mitigate the condition. 8.2 Then the Nuclear Plant Supervisor shall, using the tables in Emergency Procedure 20103, Classification of Emergencies, classify the condition and thereby determine if the condition constitutes an unusual event, alert, site area emergency, or general emergency. If the condition is an unusual event, alert, site area emergency, or general emergency, the Nuclear Plant Supervisor shall declare an emergency and become the Emergency Coordinator. lhe State Warning Point at the Bureau of Disaster Preparedness (BDP) shall be notified within fifteen minutes of the emergency declaration. 8.3 Then the Emergency Coordinator shall station himself in the Control Room and shall begin following the steps in the appifcable attached checklist (s) (unusual event, alert, site area emergency, general emergency, fire or explosion, medical emergency). 8.4 The Emergency Coordinator may designate one or more persons to handle the offsite communications and notifications required in the checklists. The Emergency Coordinator shall designate a person to stay on the ENS circuit with the NRC until the NRC gives ' permission to hang up. The designated individuals may be from the operating shift, from plant staff, or from other. available personnel. 8.5 The initial notification to BDP shall be made within fifteen minutes of the declaration of the emergency and shall be made by (NAWAS. The initial notification shall include items of the Emergency Information Checklisti. 8.6 Each of the checklists for an emergency (unusual event, alert, site area emergency, and general emergency) require notifying the Cuty call Supervisor. This should be accomplished as follows: The duty call supervisor for any given week will be indicated in a letter signed by the Plant Manager and available in the Control Room. Each duty call supervisor's telephone number will be listed in the letter. If Duty Call Supervisor is not available at listed phone, place beeper call by dialing on any PTP Bell phone switchboard extension as follows: 8-102-119-892. When the beeper nunber is reached, there will be a series of high pitched tones in the telephone receiver that alerts the beeper carrier that a message is to be transmitted. When the high pitched tones cease, speak slowly and clearly into the telephone and tell the Duty Call Supervisor (by name) to call the Turkey Point Plant, Repeat message, then hang up the telephone. EXAMPLE: " Joe Smith, call Turkey Point Plant - Joe Smith, ' call Turkey Point Plant" If the Duty Call Supervisor does not call promptly, notify System Operations Power Coordinator and tell him to call the personnel on the Duty Call Supervisor's Call List.

3/8/82 EMERGENCY PROCEDURE 20'101, PAGE 4 DUTTES OF EMERGENCY C00RDfNATOR s As the emergency progresses and additional information becomes available or is the situation changes, infonnation applicable to the Emergency 8.7 Information Checklist should be relayed by telephone, INAWASl,and/or Local Government Radio (LGR) fo BDP and Dade County Civil Defense. If the l Technical Support Center (TSC) is not staffed the information should be relayed by the Emergency Coordinator (EC) or a designated communicator. The notification to NRC on the Emergency Notification System (ENS) shall be I made within one hour of the declaration of the emergency and should contain, 8.8 information applicable to Appendix B of this the to the extent known, notification to the NRC via ENS is made, we are procedure. Once the required by 10 CFR 50.72 to maintain an open channe! of connunicatio the NRC grants permission to hang up. to maintain the open chain of communications as required. When, during the course of the emergency, the seriousness of the condition changes so that the emergency fits into a different classification than it 8.9 so notify the Emergency Control originally was reported as, the EC shallOfficer (ECO), the 8DP, and D The notifications nsy be made by the TSC Supervisor or a and/or LGR. When the condition designated communicator under the direction of the EC. is reclassified, the EC shall switch to the appropriate part of the checklist for the new classification. 1his includes the case where a condition changes so that it no longer In other words, when the NOTE: fits the classification of any emergency. condition is no longer an emergency, the ECO, the 8DP and Dade County Civil Defense shall be so notified. IResconsibility for Off-site Communications and Coordination shall be relinquisnea to the Emergency Control Officer when he establishes contact 8.10 and assunes responsibility. is responsible for providing Protective Action The Emergency Coordinator Reconnendations to off-site authorities as indicated on " Protective Action 8.11 Checklist". When the Emergency Control Officer has Reconnendations indicated that the EOF is manned and operational, the Recovery Manager can relieve the Emergency Coordinator of this responsibilityl. l

3/8/82 EMERGENCY PSCCEDURE 20101, PAGE 5 DUTTES OF OMERGENCY C00RDfNATOR m UNUSUAL EVENT CHECXLIST Actions to be taken by Emercency Coordinator in tne event of an UNUSUAL EVENT Direct initial corrective action to mitigate the problem. 1. Fire / Explosion - see attached Fire / Explosion Checklist and Emergency Procedure 20107 Medical - see attached Medical Emergency Checklist Direct Nuclear Watch Engineer to mobilize interim Emergency Teams to 2. respond if necessary. IComolete the attached Emergency Information Checklist!. 3. Relay information to the Duty Call Supervisor (see NPS Bulletin Board 4. for scheduled supervisor and telephone number). Direct him to notify the individuals on his call list in Emergency Procedure 20104, Emergency Roster. Alternate - see Paragraph 8.6 of this procedure.

INAWASI, Within fifteen minutes of declaration of emergency, notify, by, in 5.

the State Warning Point at the Bureau of Disaster Preparedness ITallahassee and communicate Emergency Information Checklist data. Alternate numbers are 1-904-488-1320 and 1-g04 488-5757l. 6. Within one hour notify NRC via ENS hot-line. Alternate numbers are 1-301-492-8111 and 1-301-492-7000. Use the attached Appendix B to make the notification. Do not hang up until the NRC gives permission. Reassess the Emergency Classification and update the Emergency 7. Information Checklist, land notify BDP via NAWAS if necessary!. When the plant 'onditions no longer meet the definition of an unusual c 8. event or any other emergency condition, so notify the ECO and BDP by telephone.

3/8/02 EMERGENCY PROCEDURE 20101, PAGE 6 DUTIES OF EMERGENCY C00R0fNATOR i s ALERT CHECKLIST (Page 1 of 2) Actions to be taken by Emercency Coordinator in the event of an ALERT i Direct initial corrective action to mitigate the problem and bring the 1. plant to a safe, stable condition. Fire / Explosion - see attached Fire / Explosion Checklist and Emergency Procedure 20107 Medical - see attached Medical Emergency Checklist i If evacuation of an area is necessary, notify personnel of the emergency condition over the page system, initiate a local evacuation in 2. accordance with Emergency Procedure 20109, Criteria For and Conduct of Local Evacuation. Announce the following: Assembly Area Area Affected F Direct Nuclear Watch Engineer to mobili:e interim Emergency Teams to 3. I respond as necessary. i IComplete the attached Emergency Information Checklist!. l 4. Relay information to the Duty Call Supervisor (see NPS Bulletin Board for scheduled supervisor and telephone number). Direct him to notify 5. the individuals on his call list in Emergency Procedure 20104, Emergency Alternate - see paragraph 8.6 of this procedure. Roster. Within fifteen minutes of declaration of emergency notify, g (NAWAS!, 6. the State Warning Point at the Bureau of Disaster Preparedness in ' Tallahassee and consnunicate Emergency Infomation Checklist data. M ternate numbers are 1-904-488-1320 and 1-904-488-5757. 1 !If the State Warning Point at the Bureau of Disaster Preparedness was not notified by NAWAS, then notifyl, by telephone, the Dade County Civil 7. NTense Office in Miami (596-8700 or 911), anc consnunicate Emergency l Infomation Checklist data. Off hours, call 596-8176 or 911 IIf the State Warning Point at the Bureau of Disaster Preparedness was not notified by NAWAS, then notify!, by telechone, the Monroe County 8. and consnunicate Esaster Preparedness office in Key West (1-294-9581), Off hours, call 1-296-2424. l Emergency Information Checklist data. l If local evacuation was conducted, verify from Security Team Leader that 9. all personnel are accounted for. l l - - -. - i

v 3/8/82 EMERGENCY PROCEDURE 20101, PAGE 7 DUTTES OF EMERGENCY COORDINATOR 1 ALERT CHECXLIST (Page 2 of 2) i Direct Shift Technical Advisor to activate the Technical Support Center. 10.

11. Activate the Operational Support Center.

Alternate numbers are

12. Within one hour notify NRC via ENS hot-line.Use the attached Appendix B to make l

1-301-492-8111 and 1-301-492-7000. the notification. Do not hang up until the NRC gives permission. I .lReassess the Emergency Classification and update the Eme l 13. dose informationi. i Brief the Technical Support Center Supervisor (normally Technical Direct him to provide State and 14. Department Supervisor) on events. County with periodic updates.

15. Reassess corrective and protective actions. Verify activities underway, i

reassign personnel and teams as necessary. Reassess the Emergency Classification and update the Emergency 16. Information Checklist with Technical Support Center Supervisor, t Relinquish control and connunication responsibilities to the Emergency 16. Control Officer if he activates the Off-Site Organization. When the plant conditions no longer meet the definition of an alert or s l 17. any other emergency condition, so notify the ECO and BDP by telephone. This notification may be mada by the TSC, at the EC's discretion. I I I l 4

3/8/82 EMERGENCY PROCEDURE 20101, PAGE 8 DUTIES OF E*ERGENCY COORDINATOR SITE AREA EMERGENCY CHECKLIST (Page 1 of 2) 3 Actions to be taken by Emergency Coordinator in tne event of SITE AREA EMERGENCY 1. Order initial corrective action per Emergency Operating Procedures. Fire / Explosion - See Attached Fire / Explosion Checklist and s Emergency Procedure 20107 Medical - See Attached Medical Emergency Checklist 2. If evacuation is necessary, notify personnel of the emergency condition [ over the PA system (crossconnect the page), giving location, class, and type of emergency, and order all non-essential personnel to comence evacuation of the Owner Controlled Area in accordance with Emergency l Procedure 20110, Criteria for and Conduct of Owner Controlled Area Evacuation. r , 3. If site evacuation is necessary, sound Site Evacuation Alarm. 4. If site evacuation is necessary, repeat PA announcement. 5. If site evacuation is necessary, order Security Team Leader to evacuate i Owner Controlled Area and to report personnel accountability as soon as possible. i 6. Direct Nuclear Watch Engineer to mobilize other interim Emergency Teams j as necessary. j 7. l Complete the attached Emergency Information Checklistl. I 8. Relay information to the Duty Call Supervisor (see NPS Bulletin Board i for scheduled supervisor and telephone number). Direct him to notify the personnel on his call list in Emergency Procedure 20104, Emergency l Roster. Alternate - see paragraph 8.6 of this procedure. l 9. Within fifteen minutes of declaration of emergency make NAWAS Announcement: 1 " State Warning Point Tallahassee, this is Turkey Point." r (State Warning Point will give a go-ahead) I" State Warning Point Tallahassee, this is Turkey Point"l 10ELETE01 ,' Relay Emergency Information Checklist datal. " Acknowledge, over." (If NAWAS is inoperable call BDP at 1-904-488-1320 or 1-904-488-5757) l \\. l I ^ l

3/8/82 EMERGENCY PROCEDURE 20101, PAGE 9 DUTXES OF EMERGENCY C00RDXNATOR SITE AREA EMERGENCY CHECKLIST (Page 2 of 2)

10. State Warning Point Acknowledgment Time:

(NAWAS announcement also serves to notify Dade and Monrce Counties and i I the State Department of Health and Rehabilitative Services). Turn on LGR, contact Dade County Civil Defense, inform them that site 11. evacuation has started, (if it has) location of assembly area (s), evacuation route (s). Notify them of any wind changes, and when evacuation is completed. l If site evacuation was necessary, verify that each operator on shift is 1 i uninjured and relay the operator's names and keycard numbers to Security l 12. Team Leader. 257-8425, 257-8426 or l

13. Notify HAFB Command Post (using the direct line or 257-8427) if their services are required.

If site evacuation was necessary, verify from Security Team Leader that f 14. Owner Controlled Area Evacuation is complete and that all personnel are accounted for. Direct Shift Technical Mvisor to activate the Technical Support Center. 15. i

16. lktivate the Operational Support Center!.

17. Within one hour notify NRC via ENS hot-line. Alternate numbers are i

1-301-492-8111 and 1-301-492-7000. Use the attached Appendix B to make l the notification. Do not hang up until NRC gives permission. { l Reassess the Emergency Classification and update the Emergency 18. Information Checklist and notify BOP via NAWAS with updated off-site dose informationl. Brief the Technical Support Center Supervisor (normally the Technical Direct him to update State and County l 19. Department Supervisor) on events. periodically (EOF will perform these updates when operational).

20. Reassess corrective and protective actions. Verify activities underway, j

reassign personnel and teams as necessary. f Relinquish Emergency Coordinator control and consnunications 21. responsibilities to the Emergency Control Officer when he assumes the responsibilities. i When the plant conditions no longer meet the definition of Site Area 22. Emergency, so notify the TSC Supervisor so that he can notify the ECO, who will notify BDP!. P h

3/8/02 t EMERGENCY PROCEDURE 20101, PAGE 10 DUTIES OF EMERGENCY C00R0lNATOR i GENERAL EMERGENCY CHECKLIST (Page 1 of 3) Actions to be taken by Eme gency Coordinator in the event of GENERAL EMERGENCY 4 Order initial corrective action per Emergency Operating Procedures. 2 __ 1. Notify personnel of the emergency condition over the PA system 2. (crossconnect the page), giving location, class, and type of emergency. 2 Order all non-essential personnel to commence evacuation of the Owner 3. Controlled Area in accordance with Emergency Procedure 20110, Criteria for and Conduct of Owner Controlled Area Evacuation. 4 1 4. Sound Site Evacuation Alarm. J 5. Repeat PA announcement. Order Security Team Leader to evacuate Owner Controlled Area and to 6. report personnel accountability as soon as possible. Direct Nuclear Watch Engineer to moeilize otner interim Energency Teams d 1 7. as necessary. Within fifteen minutes of declaration of emergency make NAWAS 8. j Announcement: I " State Warning Point Tallahassee, this is Turkey Point." (State Warning Point will give a go-ahead) i 1" State Warning Point Tallahassee, this is Turkey Point"l l l(Relay Emergency Information Checklist Data)! I I" Acknowledge, over."! l (If NAWAS is inoperable, call BDP at 1-904-488-1320 or 1-904-488-5757) I State Warning Point Acknowledgment Time: 9. 4 (NAWAS announcement also serves to nctify Dade and Monroe Counties and the State Department of Health and Rehabilitative Services.) J i ~ w --

3/0/82 EMERGENCY PROCEDURE 20101, PAGE 11 DUTXES OF EMERGENCY COORDINATOR m. GENERAL EMERGENCY CHECKLIST (Page 2 of 3) 9 Complete Emergency Information Checklist including off-site dose projections using Emergency Procedure 20126, Radiation Release and Dose 10. Projection. I

11. Make NAWAS Announcement:

" State Warning Point Tallahassee, this is Turkey Point." (State Warning Point will give a go-ahead). l" State Warning Point Tallahassee, this is Turkey Point"! l(Relay Emergency Information Checklist datall " Acknowledge, over."

12. State Warning Point Acknowledgment Time:

Relay information to the Duty Call Supervisor (see NPS Bulletin Board Direct him to notify 13. for scheduled supervisor and telephone number). the personnel on his call list in Emergency Procedure 20104. Alternate: see Section 8.6 of this procedure. Turn on LGR, contact Dade County Civil Defense, inform them that site evacuation has started, location of assembly area (s), evacuation 14. route (s). Notify them of any wind changes, and when evacuation is completed. I ( l

3/8/82 l EMERGENCY PROCEDURE 20101, PAGE 12 DUTRES OF EMERGENCY COORDINATOR I GENERAL EMERGENCY CHECXLIST (Page 3 of 3) P Verify that each operator on shift is uninjured and relay names and 15. keycard numbers to Security Team Leader.

16. Notify HAFB Connand Post - direct line, 257-8425, 257-8425 or 257-8427.

I Verify from Security Team Leader that Owner Controlled Area Evacuation 1 17. is complete and that all personnel are accounted for. Order Shift Technical Advisor to activate the Technical Support Center. 18. I Activate the Operational Support Center!. 19. Alternate numbers are Within one hour notify NRC via ENS hot-line.Use the attached Appendix B to make 20. 1-301-492-8111 and 1-301-492-7000.Do not hang up until NRC gives permission the notification. Brief the Technical Support Center Supervisor (nonnally the Technical Direct him to update State and County 21. Department Supervisor) on events.(EOF will perform these updates when ope periodically. Reassess corrective and protective actions. Verify activities underway, 22. reassign personnel and teams as necessary. Reassess the Emergency Classification and update the Emergency Infomation Checklist with the Technical Support Center Supervisor. 23. Relinquish control and communications responsibilities to the Emergency 24. Control Officer when he assumes the responsibilities. When the plant conditions no longer meet the definition of General Energency, so notify the TSC SJpervisor so that he can notify the ECO, ~ 25. who will notify BDP!. l f 'l I

3/6/62 EMERGENCY PROCEDURE 20101, PAGE 13 DUTXES OF EMERGENCY COORDINATOR TABLE 1 (Sheet 1 of 3) EMERGENCY INFORMATION CHECXLIST MESSAGE FORM FOR NOTIFICATION TD THE STATE OF FLORIDA DATE AND TIME OF MESSAGE 1. SITE 2. ACCIDENT CLASSIFICATION 3. UNIT NtMBER(S) i B ST. LUCIE A UNUSUAL EVENT A ONE (1) f TURKEY POINT T ALERT T TWO (2) T SITE AREA EMERGENCY C THREE(3) T GENERAL EMERGENCY I FOUR (4) j 4. TIME AND DATE OF INCIDENT / EVENT: TIME DATE 5. INCIDENT INVOLVES: 6. SITUATION INVOLVED: 7. TYPE OF RELEASE IS: ] A NO RELEASE A RADI0 ACTIVE GASEOUS F POTENTIAL (POSSIBLE) RELEASE T NON-RADI0 ACTIVE GASEOUS T IIHINENT (PROBABLE) RELEASE Y RADI0 ACTIVE LIQUID E A RELEASE IS OCCURRING F NON-RADI0 ACTIVE LIQUID [ A RELEASE THAT OCCURRED, BUT STOPPED T NON-APPLICABLE 8. RECOPHENDED PROTECTION ACTIONS: @ FOR INFORMATION ONLY - (UNUSUAL EVENT OR ALERT) @ PREPARE FOR POSSIBLE ACTION INVOLVING THE PUBLIC, TO INCLUDE NOTIFICATION. (ALERT OR SITE AREA EMERGENCY) @j NOTIFY PUBLIC TO TAKE THE FOLLOWING PROTECTIVE ACTIONS. (SITE AREA OR GENERAL i EMERGENCY) NO ACTION SHELTER EVACUATE [Dj 0-2 MILE RADIUS (GASECUS RELEASE) l_l D l_] @j @l 2-5 MILES FOR SECTORS (GASEOUS RELEASE) l_j [FJ [JJ 5-10 MILES FOR SECTORS (GASEOUS RELEASE) l $l MILES @ DISCONTINUE USE OF POTENTIALLY AFFECTED WATER IN LOCATIONS 9. RELEASE IS: L l_AJ CONTINUING - EXPECTED DURATION OR MAGNITUDE A [BJ TERMINATED - APPROXIMATE DURATION OR MAGNITUDE \\x

3/8/82 EMERGENCY PROCEDURE 20101, PAGE 14 DUTIES OF EMERGENCY COORDINATOR TABLE 1_ (Sheet 2 of 3) EMERGENCY INFORMATION CHECXLIST

10. REPORT OF GASEOUS RELEASE IS:

W GROUND LEVEL MILES PER HOUR

11. WIND SPEED _:

12. WIND DIRECTION DATA (CHECK ONE, READ ACROSS)_

g WIND FROM_ DEGREES WIND TOWARD SECTORS AFFECTED_ -S -HJK -349 I Al -----N-~ -SSW- -] K L T ----NNE-33- -SW- --K L M E ME-- 56-LJSW- -L M N T ----ENE-78-MNP M-101-T -E-MNW NPQ T ----ESE -102-123- - NW-- -P Q R T -SE - -124-146- -NNW QRA R - SSE - --147-168 4AB -4 -169-191 'I -S- -NNE

• BC 192-213-Y -SSW -

-NE- --3 C D 214-236-E -SW - ENE -C D E M ----WSM 237-258- -D E F E -259-231- -282-303 -ESE-EFG Y - -W 7 ----WNW -SE eGH --304-326 T -----NM- -SSE -G H J [ NNW- -327-348 'F

13. CURRENT OUTSIDE TEMPERATURE _:

W l

14. WEATHER CONDITIONS (RAIN, SNOW, SLEET ETC.):

'F (DELTA T): [_Al

15. TEMPERATURE DIFFERENCE _ ELEVATION OF TEMP. DIFFE STABILITY CLASS (IF KNOWN)

16. RELEASE Otitit.1tu BY:

A VISUAL T SAMPLE RESULTS ARE. -RELEASE RATE (Ci/sec)_ LOCATION 1 INSTRtMENTATION-

17. ACCIDENT RELATED INJURIES _: [AJ NO YES EMBER OF INJURIES l

18. OTHER INFORMATION:

NAME ORGANIZATION TELEPHONE (0UTSIDE a)

19. MESSAGE REPORTET) BY_:

l

20. MESSAGE RECEIVED BY:

YOUR NAME TIME DATE CONTINUE TO NEXT PAGE FOR: PLANT DUTY SUPERVISOREMERGENCY CONTROL OFFI 1) 2) 3) DHRS RADIOLOGICAL DUTY OFFICER

3/8/82 EMERGENCY PROCEDURE 20101, PAGE 15 5 DUTVES OF EMERGENCY COORDINATOR TABLE 1 (Sheet I Tf 3) EMERGENCY INFORMATION CHECXLIST ADDENDLM TO MESSAGE FORM FOR NOTIFICATION TO THE STATE OF FLO i 1. DATE AND / / TIE OF MESSAGE 2. ASSESSMENT OF THE EMERGENCY (INCLUDING POTENTIAL FOR ESCALATION TO HIGHER CLASS) 3. BASIC DESCRIPTION OF THE EVENT 4. ESTIMATE OF RADI0 ACTIVE MATERIAL RELEASED (GASEOUS): C1/Sec NOBLE GASES: SOURCE TERM: Ci TOTAL RELEASE: C1/Sec RADICIODINES: SOURCE TERM: C1 TOTAL RELEASE: 5. ESTIMATE OF PROJECTED OFFSITE DOSE RATES: DISTANCE

• THYROID WHOLE BODY (nRem/hr)

(aRem/hr) 1 mile (site boundary) 'l 2 miles 5 miles 10 miles

• Mult thyroid dose comitment - the accumulated dose body burden to an adult from inhalation of radiof odine for 1 hour duration.

]

3/0/82 EMERGENCY PROCEDURE 20101, PAGE 16 DUTIES OF EMERGENCY COORDINATOR PROTECTIVE ACTION RECOMMEN0ATIONS CHECXLIST k FPL is required to provide BOP with recomendtions for protective actions to Until the EOF is staffed and by off-site personnel during an emergency condition. iding functional following declaration of the emergency, the EC is responsible fo l impact on FPL, the state with these recomendations. ramifications of these recomendations and their very large potentia the fonnat and content will be strictly adhered to as described below. h The contents of the recommendations are to be determined by using figures A-5 of this procedure as follows: estimates or field survey results are available, refer A-3 1. to evaluate off-site protective action recomendations. If a controlled release is necessary to stabilize plant conditions or an uncontrolled release is anticipated, determine the approximate source NOTE: term and duration of the release and the projected off-site doses prior to making any protective action recomendations. If the emergency has been classified, and the off-site doses are LESS T i of the whole body or 1 Rem to the thyroid at I mile over the projected durat on 2. This should be reported to 30P and release, no protective action is recomended. other outside agencies who inquire as: " Based on our current assessment of all the information now available to us, Florida Power and Light recomends that you consider taking the followin protective actions (PA) NONE. we cannot now say when it may change or what it may change to." Off-site dose values are calculated from Emergency Procedure 20126 site Dose Calculations, and/or field monitoring results. NOTE: If the emergency has been classified and off-site dose information is av (from any credible source), use the dose information to enter the appro 3. estimated off-site table in Figure A-2 (PA with off-site dose estimates for greater than or equal to 2 hour duration) or Figure A-3 (PA with off-sit estimates for less than 2 hour duration).For example, a release has occurred projected duration of 2 hours, the wind direction is f then be made. 2 miles, and 'less than 1 Rem at 5 miles. dose estimates for greater tha recomendation should be made: " Based on our current assessment of all the informatio protective actions: Evacuate all personnel between a 0 and 2 miles radius from the plant. (1) Shelter all personnel between a 2 and 5 mile radius from the plant who ar in Mctors J, K and L (refer to Emergency Information Checklist). (2) l This recomendation may change in the future, but we cannot now say may change or what it may change to." l

4 3/8/02 EMERGENCY PROCEDURE 20101, PAGE 17 DUTIES OF EMERGENCY COORDINATOR When available, both plume calculations and off-site monitoring results should be 1 If significant evaluated when making these protective action recommendations. 4. discrepancies exist between field monitoring results and plume dispersion calculations, then an evaluation of the discrepancy shou recommendations. For other emergency conditions which may occur, enter the table for those conditions, determine the recommended protective actions and formulate the I 5. appropriate message in the above format and transmit it to BDP. Protective action recommendations for a child have been incorporated into the 6. figures. l m +- m

3/8/82 l EMERGENCY PROCEDURE 20101, PAGE 18 DUTIES OF EMERGENCY COORDINATOR 9 FIGURE A-1 PROTECTIVE ACTION RECOMMENDATIONS BASED ON PLANT CONDITIONS (To Be Usec Only When Off-Site Dose Projections Are Not Available) GENERAL NO Line 1 EMERGENCY YES LOSS OF CHRRM NO CONTAINMENT NO Line 1 > 10 R/hr INTEGRITY

• YES YES Go to Figure A-2 Line 1 1

A-2 LINE 0-2 MILES 2-5 MILES 5-10 MILES 1 N N N 2 S(CR) S(DW) N 3 E (CR) E(DW) + S(RS) E(DW) + S(RS) 4 E (CR) E(CR) E(DW) + S(RS) LEGEND OF ABBREVIATIONS N = No Protective Action Recomended S = Sheltering Recomended E = Evacuation Recomended DW = Downwind Sector + 2 Mjoining Sectors RS = Remaining Sectors CR = Complete Circle Around Plant at Specified Distance l

• Loss of Containment Integrity assumes greater tnan allowable Technical Specification leakage but less than 400 times this value.

l

3/0/82 l EMERGENCY PROCEDURE 20101, PAGE 19 OUTIES OF EMERGENCY C00RDfNATOR FIGURE A-2 PROTECTIVE ACTION RECOMMENDATIONS BASED ON PLANT CONDITIONS (To Be Usec Only when Off-Site Dose Projections Are Not Ava11aole) LOSS OF CHRRM NO CONTAINMENT NO Line 1 > 100 R/hr ) INTEGRITY YES l Line 2 l YES LOSS OF CHRRM NO CONTAINMENT NO Line 1 4 > 2.00 x 10 INTEGRITY R/hr 1 YES YES Go to Table A-3 Line 4 A-3 LINE 0-2 MILES 2-5 MILES 5-10 MILES 1 N N N 2 S(CR) 5 (DW) N 3 E (CR) E(DW) + S(RS) E(DW) + S(RS) 4 E(CR) E(CR) E(DW) + S(RS) LEGEND OF ABBREVIATIONS N = No Protective Action Recomended S = Sheltering Recommended E = Evacuation Recommended DW = Downwind Sector + 2 Adjoining Sectors RS = Remaining Sectors 4 CR = Complete Circle Around Plant at Specified Distance e 1

3/8/02 EMERGENCY PROCEDURE 20101, PAGE 20 DUTXES OF EMERGENCY COORDINATOR FIGURE A-3 PROTECTIVE ACTION RECOMMENDATIONS BASED ON PLANT CONDITIONS (To Be Used Only When Off-Site Dose Projeccions Are Not Availaole) A-3 LOSS OF CHRRM NO CONTAINMENT NO Line 2 5 INTEGRITY > 1.0 x 10 i R/hr YES l Li ne 4 I YES ~ ~ LOSS OF CONTAINMENT NO Line 3 INTEGRITY YES Line 4 LINE 0-2 MILES 2-5 MILES 5-10 MILES 1 N N N 2 S(CR) S (DW) N 3 E (CR) E(DW) + S(RS) E(DW) + S(RS) 4 E (CR) E (CR) E(DW) + S(RS) 'GEND OF ABBREVIATIONS N = No Protective Action Recommended S = Sheltering Recommended E = Evacuation Recommended DW = Downwind Sector + 2 Adjoining Sectors RS = Remaining Sectors CR = Complete Circle Around Plant at Specified Distance m +

EPA-FMB EMERGENCY PROCEDURE 20101, PAGE 21 DUTIES OF EMERGENCY COORDINATOR FIGURE A 4 PROTECTIVE ACTION RECOMMENDATIONS BASED ON ACTUAL REL (GREATER THAN OR EQUAL TO 2 HOUR _0URATION) WITH (used in. preference to Figure A-1 through A-3) ~ OR THYRb10 DOSE'- LHOLE BODY COSE (REM) (REM) 0-2 MILES; 2-5 MILES; 5-10 MILES; a USE 1 MILE USE 2. MILE. USE 5 MILE VALUE VALUE VALUE l < 0.5 < 1.0 N N N l > 0.5 > 1,0 ut. lut S(CR) S(CW) S(DW) < 1.0 < 5.0 l i ,, 5. 0 2,1.0 ) but but E(CR) E(DW) + E(CW) + < 5.0 < 2c.o S(RS) S(RS) O

2. 5. 0 3,25.0 E(CR)

E(CR) E(DW) + S(RS) i If the duration of the release is projected to be less than 2 hours, use F NOTE: LEGEND OF ABBRFVIATIONS

• The dose 91 mile affects protective actions from 0-2 miles N - No protective action reccmended The dose 9 2 miles effects protective actions 5 - Sheltering recommended from 2-5 miles E - Evacuation recemended j

The dose 9 5 miles effects protective acticns CW-Ocwnwind sector + 2 adfoining from 5-10 miles sectors i i RS-Remaining sectors The dose 910 miles can be used to evaluate CR-Complete circle around plant it protective actions for greater distances. specified distance I -e "-r-

f events EMERGENCY PROCEDURE 20101, PAGE 22 DUT7ES OF EMERGENCY CCORDINATOR FIGURE A-5 PROTECTIVE AC~ICN RECCMMENDATIONS BASED ON ACTUAL RELEASE (LESS THAN 2 HOUR DURATICN) WITH OFFSITE COSE ESTIMATES (usec in preference to Figure A-1 tnrougn A-3) EHOLE BODY THYROID COSE 0-2 MILES; 2-5 MILES; 5-10 MILES; 00SE (REM) (REM) USE 1 MILE USE 1 MILE USE 5 MILE ~ 8 VALUE VALUE -~ VALUE < 0.5 < 1.0 N N N

3. 0. 5 3,1.0 but but S(CR)

S(CW) S(CN) < 1.0 < 5.0 > 1. 0 05.0 but a but S(CR) S(CR) S(CR) .< 5.0 < 25.0 I ?. 5.0 3,25.0 E(CR) E(CW) + E(CW) + S(RS) S(RS) f i NOTE: If the duration of the release is projected to be less than 2 hours, use Figure A f LEGEND OF ABBREVIATIONS

• The dose 91 mile affects Protective Actions t

from 0-2 miles N - No protective action recommended The dose 9 2 miles affects Protective Actions S - Sheltering recommended i from 2-5 miles E - Evacuation recommended The dose 9 5 miles affec+s Pr te t ye Actions DW-Ocwnwind sector + 2 adjoining sectors ) l RS-Remaining sectors The dose 310 miles can be used to evaluate Protective Actions for greater distances. CR-Comolete circle around plant at [ i specified distance w

3/8/82 EMERGENCY PROCEDURE 20108, PAGE 23 OUTTES OF EMERGENCY COORDINATOR 4 FIRE OR EXPLOSION EMERGENCY CNECXLIST TIME Crosscannect page to all units and sound fire alarm. Make page announcement: This is not a drill. This is not a drill," and give the location and classification of the fire / explosion. Then announce, "All personnel in the fire area withdraw to a safe location. Activate any other appropriate Emergency Teams - as needed Dade County Fire Department - 911 See EP 20107 concerning when to call Dade County HAFB Direct line to command post. (See EP 20107 concerning when to call HAFB)! Return to appropriate IUNUSUAL EVENTl, ALERT, SITE AREA EMERGENCY, or GENERAL EMERGENCY checklist. e G em e

~ ~ 3/8/82 EMERGENCY PROCEDURE 20101, PAGE 24 00TRES OF EMERGENCY C00RDfNATOR MEDICAL EMERGENCY CHECXLIST TIME Determine: Name of Victim Employer (if not FPL) Nature and Extent of Injury j Location Is M ctim contaminatec 7 Ensure Victim gets first aid by: Sending N.W.E. and extra operator to scene and activating First Aid and Personnel Decontamination Team (Notify Radiochemist or Chemistry Supervisor at 215/216/380/381 on Bell phone or 171/169/312 on PAX phone). NOTIFY: Health Physics PAX 308/170 BELL 220/217 Site Manager PAX 213 BELL 370 Plant Manager-Nuclear PAX 214 BELL 355 When determined, notify Captain of Guard where to direct ambulance, etc. RADIO (CHANNEL 1) PAX 207 BELL 383 Nuclear Plant Supervisor should: 1. Determine mode of transportation based on nature and extent of injuries. (Ensure victim's TLD, selfreader, ID badge and key card are retained on site). a) Imediate life threatening condition: DADE COUNTY FIRE RESCUE PHONE: 911 or 279-1441 HOMESTEAD AIR FORCE BASE 3 and 4 Direct Tie Line Phone b) Medical transportation for serious injury: RANDLE EASTERN AMBULANCE PHONE: 911 or 642-6400 BECHTEL AMBULANCE PHONE: 6-308 OR 246-1300 EXT. 308 c) Medical treatment for minor injuries: FPL Vehicle - Call Maintenance Supervisor 2. Decide where to send victim and notify them he is coming. a) Non-radioactively contaminated victims: Send to CORAL REEF GENERAL HOSPITAL PHONE: 251-2500 b) Radioactively contaminated victims send to: See EP 20101 - Appendix A " REEF Notification" MT. SINAI HOSPITAL (primary) PHONE: 673-2183 BAPTIST HOSPITAL (backup) PHONE: 271-602a (Radiation Protection Man should accompany the victim to the hospital) 3. If Site Manager not available, notify Administrative Assistant (PAX 212 or BELL 369) or Duty Call Supervisor - See Emergency Roster. Site Manager and/or the Mministrative Assistant will handle off-site notifications. i j 1

3/8/G2 ENERGENCY PROCEDURE 20101, PAGE 25 I DUTfES OF EMERGENCY C00RDXNATOR APPENDIX A REEF NOTIFICATION %o REEF, located within Mt. Sinai Hospital, the Emergen the following information, if it is available: 1. Name of casualty being transported 2. Types of injuries involved and body part: a. Fractures b. Burns c. Hemorrahaging d. Other e. Anbulatory: Yes No i 3. Radiation contamination status: Type of instrument used a. b. BEFORE J AriLR l DECONTAMINATION DECONTAMINATION l C/M BODY PART C/M 1. 2. l 3. 1 4. 5. Radioisotopes involved c. d. Decontamination procedures used '4. Type of transporting vehicle 5. Time of departure from plant _ l '~ e

I 3/8/02 / EMERGENCY PROCEDURE 20101, PAGE 26 DUTRES OF EMERGENCY C00R0fNATOR l APPENDIX B [ CHECXLIST FOR NOTIFICATION OF SIGNIFICANT I t EVENTS HADE IN ACCORDANCE WITH 10 CFR 50.72 i A. Identification: Date: Time: Name of Person Making Report: ENS or Bell Phone: Name of Person Contacted: I License: Florida Power and Licht Co. Facility Affected: Turkey Point Unit Activation of Faercency Plans Applicable Part of 10 CFR 50.72: l 8.

== Description:== l Date of Event: Time: Trip Number: t I Description of What Happened: l i l i i Consequences of Event: (Complete depending on type of event) f C. i Fatalities: Injuries: Contamination (personnel): (property): l i Overexposures (known/possible) l Safety Hazard (describe - actual / potential) I )

3/8/02 1 EMERGENCY PROCEDURE 20101, PAGE 27 DUTIES OF EMERGENCY C00RDf NATOR APPENDIX B (cont'd) CHECXLIST FOR NOTIFICATION OF SIGNIFICANT l EVENTSMADEINACCORDANCEWITH10CFR50_72, t (Complete depending on type of event) (cont'd) i C. Consequences of Event: 1 Offsite Radiation Levels: Location: Integrated Dose: From (direction): Meterology (wind speed): f Weather Conditions (rain, clear, overcast, temperature): Equipment / Property Damage: i D. Cause of Event: i E. Licensee Actions: Taken: Planned: l Classification of Emergency Emergency Plan Activated (Yes/No): i State Notified (Yes/No): Resident Inspector Notified (Yes/No): l f News Media Interest (Yes/No): i Press Release Planned (Yes/No): Local / National: TO BE COMPLETED BY PLANT MANAGER - NUCLEAR (or his designee) l r l Unusual Event, Alert, Site Area Emergency, or General Emergency I t -s

3/8/82 EMERGENCY PROCEDURE 20101, PAGE 23 DUTIES OF EMERGENCY C00RDXNATOR l e APPENDIX B (cont'd) CHECKLIST FOR NOTIFICATION OF SIGNIFICANT EVENTS MADEIN ACCORDANCE WITH 10'CFR 50.72 F. Current Status: (Complete depending on type of event) 1. Reactor Systems Status: After Event: Power Level Before Event: Pressure: Temp. (thot) (teojg RCS Flow (Yes/No) Pumps On (Yes/No) Heat Sink: Condenser Steam Atm. Dt.".np Other Sample Taken (Yes/No): Activity Level: ECCS Operating (Yes/No): ECCS Operabii 'Yes/No): lEncineered Safety Featurel Actuation (Yes/No): PRZ or RX Level: Possible Fuel Damage (Yes/No) S/G Levels: Feedwater Source / Flow: Containment Pressure: Safety Relief Valve Actuation (Yes/No) Containment Water Level Indication: Equipment Failures: Nonnal Offsite Power Available (Yes/No): Major Busses / Loads Lost: Safeguards Busses Power Source: D/GRunning(Yes/No) Loaded (Yes/No) 2. Radioactivity Release: Location / Source: Liquid / Gas Duration: Release Rate Release Monitored (Yes/Bb) Stopped (Yes/No) Amount of Release Tech Spec. Limits s Radiation Levels in Plant Areas Evacuated

3/6/62 EMERGENCY PROCEDURE 20101, PAGE 29 j DUTTES OF EMERGENCY COORDINATOR 1 APPENDIX B (cont'd) CHECXLIST FOR NOTIFICATION OF SIGNIFICANT EVENTS MADE IN ACCORDANCE WITH 10 CFR 50.72 ( 2 3. Security / Safeguards i Bomb Threat: Search Conducted (Yes/No) Search Results: i Site Evacuated (Yes/No) i i Intrusion: Insider Outsider j i Point of Intrusion Extent of Intrusion i Apparent Purpose I Strike / Demonstration: Size of Group l l Purpose a Sabotage: Radiological (Yes/No) Arson ('fes/No) l Equipment / Property Extortion: Source (phone, letter, etc.) [ l Location of Letter i Demands l General: Firearms involved (Yes/No) Violence (Yes/No) l l Control of Facility Compromised or Threatened (Yes/No) l Stolen / Missing Material Agencies Notified (FBI, State Police, local Police, etc.) l Media Interest (present, anticipated) TO BE COMPLETED BY PLANT MANAGER - NUCLEAR (or designee) [ 4. Other Coninents: i 2See 10 CFR 73.71 (c) l I i

9 4 s FLORIDA POWER AND LIGliT CCMPANY TURXEY POINT UNITS 3 AND 4 EMERGENCY PROCEDURE 20103 MARCH 8, 1982

1.0 Title

CLASSIFICATION OF EMERGENCIES 2.0 Approval and List of Effective Pages: 2.1 Aceroval : Change dated 3/8/82 Reviewed by PNSC March 8, 1982 Approved by 4:r P1 ant Mgr-Nuciear, MeI 8, 1982 Approved by Vice President Power Resources bh 19 ^ 2.2 List of Effective Pages: Pace Date Page Date Page Date Page Date 1 3/8/82 5 3/8/82 9 3/8/82 13 3/8/82 \\ 2 3/8/82 6 3/8/82 10 3/8/82 14 3/8/82 3 3/8/82 7-3/8/82 11 3/8/82 4 3/8/82 8 3/8/82 12 3/8/82

3.0 Scoce

3.1 Purpose

This procedure provide's instructions on the classification of emergencies at Turkey Point Plant.

3.2 Discussion

Four levels of emergency classification are established. In order of increasing seriousness, these are-Unusual Event Alert Site Area Emergency General Emergency A graduation is provided to assure fuller response preparations for more serious conditions. i

3.3 Authority

This procedure implements the Turkey Point Plant Emergency Plans. l i

3/6/02 EMERGENCY PROCEDURE 20103, PAGE 2 CLASSIFICATION OF EMERGENCIES

3.4 Definitions

This classification is represented by off-normal 3.4.1 Unusual Event events or conditions at the Plant for which no significant degradation of the level of safety of the plant has occurred or is expected. Any releases of radioactive material which have occurred i or which may be expected are minor and constitute no appreciable health hazard. 3.4.2 Alert - This classification is represented by events which involve an actual or iminent substantial degradation of the level of i safety of the plant combined with a potential for limited uncontrolled radioactivity from the plant. i 3.4.3 Site Area Emercency - This classification is composed of events wnien involve actual or likely major failures of plant functions needed for protection of the public combined with a potential for i l significant uncontrolled releases of radioactivity from the plant. I 3.4.4 General Emergency - This classification is composed of events which involve actual or imminent substantial core degradation and 3 potential loss of containment integrity combined with a likelihood of significant uncontrolled releases of radioactivity from the plant. j -4.0 precautions: ( 4.1 Conflictino Information: When apparently conflicting information is available, the condition shall be classified at the most serious level indicated. 4.2 Judomental Decision: If, in the judgment of the Nuclear Plant Supervisor (Emergency i' Coordinator), a situation is more serious than indicated by instrument readings or other parameters, the emergency condition shall be classified at the more serious level.

5.0 Responsibilities

5.1 PigntPersonnel All plant personel are required to promptly report the existence of an emergency condition to the Nuclear Plant Supervisor by the fastest means posssible. l

5. 2 Nuclear plant Supervisor 5.2.1 The Nuclear Plant Supervisor shall promptly classify off-normal situations into one of the four defined categories.

5.2.2 If the diagnosis indicates that the condition is classified as an Unusual Event, Alert, Site Area Emergency, or General Emergency the Nuclear Plant Supervisor shall follow the instructions in Emergency Procedure 20101, Duties of Emergency Coordinator. i

o 3/0/82 EMERGENCY PROCEDURE 20103, PAGE 3 CLASSIFICATION OF EMERGENCIES 5.2.3 If an emergency has been declared the Nuclear Plant. Supervisor shall become the Emergency Coordinator and retain this position until relieved. 6.0

References:

6.1 Turkey Point Plant Emergency Plan 6.2 Emergency Procedure 20102, Duties of an Individual Who Discovers an Emergency Condition 6.3 Emergency Procedure 20101, Duties of Emergency Coordinator 7.0 Records and Notifications: None

8. 0 Instructions:

8.1 The Nuclear Plant Supervisor should initially classify a situation within 15 minutes of the time he has become aware of it. The initial classification shall be made on the basis of readily available observations and should not rely on laboratory analyses, measurements, or calculations which would require more than 15 minutes to perform. 8.2 If subsequent information of a more detailed nature (e.g., sampling results) becomes available after the initial classification has been made, the event shall be reclassified by the Emergency Coordinator if appropriate. 8.3 The Nuclear Plant Supervisor shall classify events in accordance with the attached Classification Tables. The even.t shall be classified by matching the actual situation to the one most closely approximating it in the Classification Table. NOTE: Within fifteen minutes after the initial classification, the state and/or local agencies listed in the appropriate check list in Emergency Procedure 20101, Duties of the Emergency Coordinator. L i ~ i l

/82 EMERGENCY PROCEDURE 20103, PAGE 4 ~ - CLASSIFICATION OF EMERGENCIES CLASSIFICATION TABLE UNUSUAL EVENT ALERT SITE AREA EMERGENCY GENERAL EMERGENCY PRIMARY DEPRESSURI7ATION - ABNORMAL PRIMARY / SECONDARY LEAK RATE and RCS water inventory balance Pressurtzer level off-scale A release has occurred or is PRMS R-15 alanning, TaTance RCS water inventory indicates > 50 GPM, and PRMS low, and safety injection in progress resulting in indicates a leak of morc R-15 or R-19 alanning has actuated,'and a 1 R/hr (whole body) or than 10 GPM. sustained loss TT both 4160 5 R/hr thyroid at site V busses has oc.frred boundary * (1 mile) PRIMARY DEPRESSURIZATION - LDSS OF SEColilARY COOLANT j Increasing containment Loss of secondary coolant Loss of secondary coolant A release has occurred or is pressure (leak inside downstream of MSIV with with > 50 GPM primary / in progress resulting in containment) and unusually malfunction of.MSIV(s) or > secondary leak rate and fuel 1 R/hr (whole body) or loud noise outside 10 GPM primary to secondary damage as detennined by: 5 H/hr thyroid at site containment; and steamline leak as detennined by: boundary * (1 mile) pressure is abnonnally lower Indication of a major steam in one steam generator, or Indication of a major steam leak, and RCS water high steamitne flow with low leak, and MSIV(s) are in inventory balance indicates average temperature (543' F) position other than closed, > 50 GPM leakage with high or low steam generator or RCS water inventory air ejector radiation, a,~t pressure (600 psig) on two balance indicates > 10 GPM RCS 1-131 activity > 30F~ of three steam generators. leakage pCl/ml 1 ACTION Complete actions listed on Complete actions listed on Complete actions listed on Complete actions listed on the UNUSUAL EVENT CllECKLIST. ALERT CilECKLIST. SITE AREA EMERGENCY CHECKLIST. GENERAL EMERGENCY CilECKLIST. These criteria will be implemented upon installation of Appendix ! - Instrumentation

) J/8/82 EMERGENCY PROCEDURE 20103. PAGE 5 CLASSIFICATION OF EMERGENCIES CLASSIFICATION TABLE -(cont'd) UNUSUAL EVENT ALERT SITE AREA EMERGENCY GENERAL [MERGENCY PRIMARY DEPRESSURIZATION - ECCS INITIATED MANUAtl.Y OR AUIGMATICALLY Flow indicated on F1 *-943 (VP-B) PRIMARY DEPRESSURIZATION - FAILURE OF A PRIMARY SAFETY OR RELIEF VALVE TO C10SE Sustained increased temperature on 11 *-463 TI-465. TI-467. TI-469; or indication of continued flow through safeties on TEC safety valve flow indicators; and RCS pressure drops to less than 1600 psig. ACTION i Complete actions listed on Complete actions listed on Complete actions listed on Complete actions listed on the UNUSUAL EVENT CllECKLIST. ALERT CilECKLIST. SITE AREA EMERGENCY CilECKLIST. GENERAL EMERGENCY CilECKLIST. 1 .m.-.

/ ~ i 3/8/82 EMERGENCY PROCEDURE 20103, PAGE 6 CLASSIFICATION OF EMERGENCIES CLASSIFICATION TABLE (cont'd)' UfRISUAL EVENT ALERT SITE AREA EMERGENCY GENERAL EMERGENCY PRIMAR M E OF A SECONDARY SAFETY OR RELIEF VALVE TO CLOSE Any 2 of the following 3: Rapid and continuing decrease in steam generator pressure to less than 500 psig; rapid RCS cool-down; audible steam relief noise lasting for longer than 10 cinutes. PRIMARY DEPRESSURIZATION - ARNGRMAL PRIMARY t EAK RATE RCS water inventory balance RCS water inventory balance Loss of RCS coolant in Containment pressura > 20 indicates from an indicates > 50 GPM leakage, excess of high head safety psi. unidentified source leakage injection pump capacity, and cf more than 1 GPM; containment pressure > 4 -OR psi. RCS water inveMory balance indicates leakage of more than 10 GPH; OR RCS water inveTtory balance indicates leakage of more than 30 GPM to a connecting closed system; and RCS water inventory balance indicates leakage is not greater than 50 GPH. ACTION Complete actions listed on Complete actions Ilsted on Complete actions listed on Complete actions listed on ) the UNUSUAL EVENT CilECKLIST. ALERT CilECKLIST. SITE AREA EMERGENCY CllECKLIST. GENERAL EMERGENCY CllECKLIST. i

3/8/82 EMERGENCY PROCEPuHE 20103, PAGE 7 CLASSIFICATION OF EMERGENCIES l CLASSIFICATIONTABLE.(cont'd) INRISUAL EVENT ALERT StTE AREA EMERGENCY GEIERAL EMERCENCY I ABNORMAL RADIATION. CONTAMINATION OR EFFLUENT RELEASE VALUES - UNCONTROLLFJ EFFLUENT RELEASE A release has occurred or is A release has occurred or is A release has occurred or is A release has occurred or is in progress which is greater in progress that is 10 times in progress resulting in 50 in progress resulting in mR/hr whole body) or 250 1 R/hr (whole body) or an than the Technical Specifi-the Tech. Spec. Ilmit (as mR/hr((thyroid) for 1/2 hr integrated dose of 5 R cation ilmit, but less than shown by sample) ten times the Technical or 500 mR/hr (whole body) or (thyroid) at site boundary

• Specification limit (as Plant Vent Noble Gas NHC 2500 mR/hr (thyroid) for two (1 mile) or containment high shownbysample. survey) reading corresponding to 10 minutes at site boundary * (I rangeraglationmonitor>~~

x Tech Spec limit is about alle) or containment high 1.3 x 10 R/hr. Tech Spec Limit = 40,000 cpm (Based on 1981 rangerajlationmonitor}. calibration and containment 1.3 x 10 R/hr. .067 Cl/sec averaged over 1 purge going at time of anghour. R-14 about 2.5 x release). 10 cpm ** Tech Spec Limit = .067 Cl/sec averaged over any I hour. ACTION Complete actions listed on Complete actions listed on Complete actions Ilsted on Complete actions listed on the UNUSUAL EVENT, CilECKLIST. ALERT CHECKLIST. SITE AREA EMERGENCY CilECKLIST. GENERAL EMERGENCY CllECKLIST. These criteria will be implemented upon installation of Appendix I - Instrumentation Based on 1981 calibration and with an ongoing containment purge.

/ 3/8/82 EMERGENCY PROCEDURE 20103, PAGE 8 CLASSIFICATION OF EMERGENCIES CLASSIFICATION TABLE (cont'd) l UlalSUAL EVENT ALERT SITE AREA EMERGENCY GENERAL EMERGENCY ACCIDENT INVOLVING FUEL - FUEL ELEMENf FAILURE PRMS R-20 alanning, and RCS PRMS R-20 alarming, and RCS Core dainage with inadequate Loss of 2 of 3 fission 1-131 activity is between 1-131 activity )_300 pC1/ml. core cooling as determined product barriers with a 100 times normal (about 1 x by: potential loss of 3rd 10-I pCl/ml) and 300 pCl/ml. barrier as determined by: RCS I-131 activity > 300 pCi/ml, and RCS T I 620' F. RCS I-131 activity )_ 300 h or incore thennocouple pct /m1, and containment temperatures > 700* F pressure > 20 psi, or loss of containment integrity as defined in Tech. Specs. ACCIDENT INVOLVING FUEL - FUEI HANDLING ACCIDENT fuel handling accident which A release has occurred or is A release has occurred or is results in the release of in progress resulting in 50 in progress resulting in radioactivity to containment mR/hr (whole body) for 1/2 1 R/hr (whole body) or or spent fuel pit area: hr or 500 mR/hr (whole body) S R/hr thyroid at site for two minutes at site boundary * (1 mile) Direct information from fuel boundary * (1 mile) handling personnel indicat-ing that an irradiated fuel assembly has been damaged and gas bubbles are escaping, and associated area or process monttor channels are alanning. ACTION Complete actions listed on Complete actions listed on Complete actions listed on C wplete actions listed on the UNUSUAL EVENT CilECKLIST. ALERT CilECKLIST. SITE AREA EMERGENCY CilECKLIST. GENERAL EMERGENCY CllECKLIST. These criteria will be implemented upon installation of Appendix I - Instrumentation _ _. ~

3/8/82 EMERGENCY PROCEbudE 20103, PAGE 9 CLASSIFICATION OF EMERGENCIES CLASSIFICATION TABLE-(cont'd) }~ UNUSUAL EVENT ALERT SITE AREA EMERGENCY GENERAL EMERGENCY NATURAL PilEN0MENA NotifIcat1on by the Weather Notification by the Weather NotifIcat1on by the Weather Bureau of the approach of a Bureau of the approach of a Bureau of the approach of a hurricane or tornado. hurricane with winds up to hurricane with winds > design basis (225 mph) design basis (225 mph) levels, OR any tornado levels. striking facility. ~ llAZARDS 10 STATION DPERATION Aircraft crash on-site or Aircraft crash on-site A release has occurred or is unusual aircraft activity damaging vital plant in progress resulting in systems, or, damage to safe 1 R/hr (whole body) or over facility; E on-site r explosion; or, toxic or shutdown equipnent from 5 R/hr thyroid at site flannable gas release at missiles or explosion. boundary * (1 mile) 11fe threatening levels on-site. LOSS OF ASSESSMENT FUNCTIONS Significant loss of effluent All annunciator alarms lost monitoring capability, > 15 minutes with plant not meteorological instrtments, in cold shutdown or during consnunications, etc. (which plant transient. Impairs ability to perform emergency assessment). i ACTION Complete actions listed on Camplete actions listed on Complete actions listed on Complete actions listed on the UNUSUAL EVENf CilECKLIST. ALERT CHECKLIST. SITE AREA EMERGENCY CilECKLIST. GENERAL EMERGENCY CilECKLIST. These criteria will be implemented upon installation of Appendix I - Instrumentation I

3/8/82 ~ EMERGENCY PROCEDURE 20103. PAGE 10 CLASSIFICATION OF EMERGENCIES I CLASSIFICATIONTABLE(cont'd) UNUSUAL EVENT ALERT SITE AREA EMERGENCY GENERAL JHERGENCY COOLANT PUMP SEIZURE WITH FUEL DAMAGE l Reactor Coolant Systen flow A release has occurred or is A release has occurred or is i indication decreases in' progress resulting in 50 in progress resulting in rapidly, and PRMS R-20 mR/hr (whole body) for 1/2 1 R/hr (whole body) or alarming, and RCS I-131 hr or 500 mR/hr (whole body) 5 R/hr thyroid at site activity > 300 pCl/ml. for two minutes at site boundary * (1 mile) boundary * (1 mile) SECURITY TilREAT Security contingency resulting in initiation of the Turkey Point Plant Security Contingency Plan CONTROL ROOM EVACUATION Evacuation of Control Room and control not established locally within 15 minutes. ACTION Complete actions listed on Cmaplete actions listed on Complete actions listed on Complete actions listed on the UNUSUAL EVENT CllECKLIST. ALERT CilECKLIST. SITE AREA EMERGENCY CHECKLIST. GENERAL EMERGENCY CllECKLIST. These criteria will be implemented upon installation of Appendix 1 - Instrumentation

\\ - 3/8/82 EMERGENCY PROCEDURE 20103. PAGE 11 CLASSIFICATION OF EMERGENCIES CLASSIFICATION TABLE'(cont'd) UNUSUAL EVENT ALERT SITE AREA EMERGENCY GENERAL EMERGENCY ' CONTAMINATED PERSONNEL Transportation of contaminated injured individual (s) from the site to an off-site hospital. ABNORMAL RCS TEMPERATURES Alt 1/0R PRESSURE Core subcooling is detennined to be zero by: Subcooling margin monitor; ejr subcooling graph and RCS pressure and highest RCS loop temperature; or taking the differences between pressurtzer temperature and highest RCS loop temperature. ACTION Canplete actions listed on Complete actions listed on Complete actions listed on Complete actions listed on the UNUSUAL EVENT CllECKLIST. ALERT CilECKLIST. SITE AREA EMERGENCY CilECKLIST.. GENERAL EMERGENCY CilECKLIST.

( ; 3/8/82. EHERGENCY PROCEDURE 20103. PAGE 12 CLASSIFICATION OF EMERGENCIES CLASSIFICATION It.BLE (cont'd) UNUSUAL EVENT ALERT SITE AREA EMERGENCY ENERAL EMERGENCY SUSTAINED 1055 0F OFF-SITE P0kTR OR LOSS OF ON-SITE A.C. POWER CAPABILITY Supply breakers indicate cpen; or volt and amperage meters 7ndicate "0". 1055 0F CONTAINMENT INTEGRITY Violation of containment integrity as defined in Section 1.5 of Technical Specifications unless the reactor is in the cold shutdown condition; or violation of containment integrity as defined in Section 1.5 of Technical Specifications when the reactor vessel head is removed unless the reactor is in the refueling shutdown condition. ACTION I Canplete actions listed on Complete actions listed on Complete actions listed on Complete actions listed on the UNUSUAL EVENT CllECKLIST. ALERT CllECKLIST. SITE AREA EHERGENCY CllECKLIST. GENERAL EMERGENCY CllECKLIST.

3/8/82 EMERGENCY PROCEDURE 20103, PAGE 13 CLASSIFICATION OF EMERGENCIES ~ CLASSIFICATION TABLE'(cont'd) UIRISUAL EVENT AIERT SITE AREA EMERGENCY GENERAL EMERGENCY LOSS OF ENGINEERED SAFETY FEATURES / FIRE PROTECTION SYSTEMS Less of any equipnent listed in the Technical Specift-cations Section 3.4 requir-l ing plant shutdown; E oss of any instrunentation 1isted in Techntcal Spectf1-cations Section 3.5 rcquiring plant shutdown; or Icss of any fire protection systems listed in Technical Spectitcations Section 3.14; and inability to make these systems operable within the specified time limits of Techntcal Spec 1fIcation 3.14. FIRE Uncontrolled fire, not uncontrolled fire. Fire resulting in involving a safety system, potentially affecting safety degradation of safety but requiring off-site systems and requiring off-systems. support. site support. l ACTION Complete actions listed on Complete actions listed on Complete actions Itsted on Complete actions listed on the UNUSUAL EVENT CllECKLIST. ALERT CilECKLIST. SITE AREA EMERGENCY CitECKLIST. GENERAL EMERGENCY CllECKLIST.

3/8/82 EMERGENCY PROCEDURE 20103, PAGE 14 CLASSIFICATION OF ENERGENCIES CLASSIFICATION TABLE (cont'd) UNUSUAL EVENT ALERT SITE AREA EMERGENCY GENERAL EMERGENCY ABNORMAL RADIATION. CONTAMINATION OR EFFLUENT RELEASE VALUES - lilGil RADIATION LEVELS IN PLANT General area radiation levels > 1000 times normal due to high radiation or high airborne radioactivity fran an unidentified and/or unisolated source, as indicated by area radiation monitoring systen and area radiation sample or survey. l ACTION Complete actions listed on Complete actions listed on Complete actions listed on Complete actions listed on the UNUSUAL EVENT CilECKLIST. ALERT CllECKLIST. SITE AREA EMERGENCY CllECKLIST. GENERAL ENERGENCY CllECKLIST.

i s P e FLORIDA POWER AND LIGHT CCMPANY l TURKEY POINT UNITS 3 AND 4 l EMERGENCY PROCEDURE 20126 i MARCH 8, 1982 l

1.0 Title

0FF-SITE DOSE CALCULATIONS 2.0 Acaroval and List of Effective Paces: 2.1 Acaroval : Change Dated 3/8/82 Reviewed PNSC March 8, 1982 Approved by /we Pit Mgr-Nuclear, //7pc4 # 198_2-Approved by hb Vice President of / Nuclear Energy 3f 19 [V 2.2 List of Effective Paces: Pace Date Pace Date Pace Date Pace Date 1 3/8/82 8 3/8/82 15 3/8/82 22 3/8/82 2 3/8/82 9 3/8/82 16 3/8/82 23 3/8/82 3 3/8/82 10 3/8/82 17 3/8/82 24 3/8/82 4 3/8/82 11 3/8/82 18 3/8/82 25 3/8/82 5 3/8/82 12 3/8/82 19 3/8/82 26 3/8/82 6 3/8/82 13 3/8/52 20 3/8/82 27 3/8/82 7 3/8/82 14 3/8/82 21 3/8/82 28 3/8/82

3.0 Scoce

3.1 Purcose

3.1.1 This procedure provides guidelines for calculating thyroid and whole body dose rates and integrated whole body and thyroid dose for the area surrounding the plant out to ten miles.

3.2 Discussion

Curing any emergency involving release of radioactivity to the environment, the Emergency Plan requires that radiation dose rates and integrated doses to offsite areas within ten miles be calculated. This information will be used in making protective action recormiendations and will be an input to the State of Florida Bureau of Disaster Preparedness in determining what offsite protective actions should be tak3n. When the Technical Support Center or the Emergency Oper:tions Facility are operational, the function of dose calculation will be shifted to one of these locations.

l l 3/8/82 r EMERGENCY PROCEDURE 20126, PAGE 2 0FF-SITE DOSE CALCULATIONS

3.3 Authority

This procedure implements the Turkey Point Plant Radiological Emergency P1an.

4.0 Precautions

l None

5.0 Resoonsibilities

5.1 The Emergency Coordinator is responsible for directing that thyroid and whole body dose rates and integrated thyroid and whole body doses are 4 calculated following an emergency which involves a release of radioactivity to the environment. 5.2 A Chemistry Department representative may be designated by the Emergency Coordinator to make these calculations in accordance with this procedure. 6.0

References:

5.1 Emergency Procedure 20101, Cuties of the Emergency Coordinator i 6.2 Turkey Point Plant Radiological Emergency Plan. t 6.3 Accident Dose Calculations for Florida Power and Light Company, Turkey Point Nuclear Power Plant, December,1981, prepared by HMM Associates (hNM Occun.ent No. 81-077) 6.4 Appendix A to this procedure - method to calculate meteorological data obtained from Homestead Air Force Base 6.5 Turkey Point Health Physics Manual 11500 6.6 Turkey Point Nuclear Chemistry Procedure NC-56, Operation of the Plant Vent Under Loss of Coolant or Similar Condition 7.0 Records and Notification: 7.1 Records of meteorological conditions used to calculate dose rates, the calculated thyroid and whole body dose rates and the integrated thyroid and whole body doses shall be kept on the attached worksheets. 7.2 As deemed appropriate by the Emergency Coordinator, the off-site authorities shall be notified of: i 7.2.1 Meteorological conditions (wind speed, wind direction, stability, and precipitation). 7.2.2 Projected thyroid and whole body dose rates and integrated thyroid and whole body dose at 1, 2, 5 and 10 miles, including sectors affected, and

1 s s EMERGENCY PROCEDURE 20126. PAGE 3 OFF-SITE DOSE CALCULATIONS 7.2.3 Whether default values or actual measurements were used for dose estimates. 7.3 FPL is required to provide the Bureau of Disaster Preparedness (BDP) with reconnendations for protective actions to be taken by off-site personnel during an emergency condition. Until the EOF is staffed and functional i following declaration of the emergency, the EC is responsible for providing l the state with these reconnendations. Due to the extremely large political and legal ramifications of these recomendations and their very large l potential impact on FPL, the format and content guidelines established in Emergency Procedure 20101, Duties of the Emergency coordinator, shall be adhered to. 7.3.1 Projections of dose to the BOP should be made on a best estimate basis by projecting the duration of the release if possible. If no reasonable duration of release can be projected, a default value of two hours should be used.

8.0 Instructions

8.1 Upon initiation of an event which has resulted or could result in release of radioactive material, the Containment High Range Radiation Monitors reading should be compared to Table 12 - Action Guidelines for event classification. 8.2 Estimated thyroid and whole body dose rates in areas surrounding the plant shall be calculated as follows: 1, NOTE: Unless othenvise noted, all data is to be recorded on Table 1, "Cose Projection Worksheet". When available the TSC and/or EOF TRS-80 Model III Computer progranned by HMM Associates in accordance with the bases of Reference 6.3 may be used for dose calculations. The computer output of estimated thyroid and whole body dose rates and projected doses may be used in lieu of manually entering this data in Tables 1 and 2. 8.2.1 Record date and time of emergency on Table 1. 8.2.2 Record period for which dose projection is applicable. Dose projections will be made for one hour starting with time of release. Each succeeding half hour should be re-calculated with updated data on separate worksheets. Integrated dose shall also be recalculated after changes in release rate and/or meteorological conditions as discussed in Section 8.4. 8.2.3 Record the primary windspeed (Channel A), primary wind direction (Channel B) and primary stability indicator (Channel F) from meteorological recorder onto Table 1. Strip chart traces should be observed for the average fluctuation of these parameters. The value recorded should be the average of these fluctuations over the most recent fifteen minutes.

l 3/8/82 EMERGENCY PROCEDURE 20126, PAGE 4 OFF-SITE OOSE CALCULATIONS _N_0TE: If either primary wind direction or wind speed is inoperative, record backup wind speed (Channel D) and backup wind direction (Channel E) data from South Dade tower onto Table 1 If both backup parameters are not available, call Homestead Air Force Base (257-7545) or use Homestead Air Force Base red phone to obtain data. (Wind speed will be given in knots from Homestead Air Force Base, to convert to mph, multiply by 1.15). if primary stability indicator (AT) is inoperative, record actual value for backup stability indication (sigma theta) on worksheet. Sigma theta value is the standard deviation of wind direction for a 15 minute sample; therefore, it does not require an average over the previous 15 minutes. { If the backup stability indication (sigma theta) or the entire recorder is inoperative, calculate stability class using method described in Appendix A. If for some reason the meteorological data cannot be obtained, then the following default table shall be used: STABIl.ITY CLASS WIND SPEED Ny 0 5 gh Night F 3 mph If wind speed and wind direction is obtained from Homestead Air Force Base or if wind speed is determined by default value, indicate this by writing "HAFB" or " Default Value" after the entry in Table 1. 8.2.4 Determine stability class (Pasquill Category) from Table 3 and record on Table 1. If stability class is deternined by Appendix A or by default value, indicate this by writing " Appendix A" or " Default value" after entry in Table 1 8.2.5 If the plant Process Monitor (R-14) alarms (primary monitor), detennine effluent gas count rate average for the past fifteen minutes from the recorder and record in Column A of Table 1. If R-14 is off-scale high, use the NMC monitor's present noble gas meter reading as an input to Coltsnn A of Table 1. If the NMC is off-scale high, use Nuclear Chemistry Procedure NC-56, Operation of the Plant Vent Under Loss of Coolant Accident or Similar Conditions. 8.2.6 If Area Radiation Monitor No. 19 (Spent Fuel Pit Vent) alarms, determine the instantaneous Unit 3 Spent Fuel Pit vent NMC noble gas reading and record this value in Column A of Table 1. 8.2.7 If process monitor R-15 alarms and a steam generator tube leak is suspected, determine the most recent fifteen minute count rate average and enter Column A of Table 1.

i l{ EMERGENCY PROCEDURE 20126, PAGE 5 OFF-SITE COSE CALCULATIONS 8.2.F The CPM values obtained should be adjusted for flow changes in the i plant vent if different than nonnal' ventilation flow of 107,500 CFM i according to: i Plant Vent Factor = Actual Flow / Normal Flow the plant vent factor is listed in the Table below: PLANT VENT FACTOR t PLANT CONTAINMENT AUXILIARY SPENT RA0 WASTE LAUNDRY VENT t PURGE BULDING FUEL PIT BUILDING SYSTEM FACTOR Supp. bn. Supp. hn. dnaust l CONDITION 35000 35000 13500 40000 20000 7500 11200 NUMBER cfm efm cfm cfm efm I cfm cfm 1 0 0 0 0 1 2 1 .29 2 0 0 1 1 1 2 1 .75 3 0 0 2 2 1 2 1 .85 4 1 1 1 1 1 2 1 .93 l1 l 1 2 2 1 2 1 1.0 5 4 i 6 2 2 1 1 1 2 1 1.12 I ~ 7 2 2 2 2 1 2 1 1.18 If Loss of Off-Site Power occurs then proceed to Step 8.3.10. 8.2.9 Calculate the noble gas release rate (curies /sec.) by multiplying the noble gas reading obtained in Step 8.2.5 or 8.2.6 by the calibration constant in Column 3 times the vent factor obtained in 8.2.8 in Column C. Record this result in Column 0 of Table 1. NOTE: If monitors are inoperable, a default value for release rate shall be used. The default values shall be selected frota Table 4. If a default value is used record this fact by writing " Default Value" after the entry in Table 1. 8.2.10 For the appropriate accident listed below, determine the correct i iodine release rate factor and enter in Column E. Accident Tyce Iodine Release Rate Factor LOCA 0.011 Fuel Handling .001 S/G Tube Rupture 0.004

3/8/82 EMERGENCY PROCEDURE 20126, PAGE 6 0FF-SITE 00SE CALCULATIONS 8.2.11 Determine iodine release rate by multiplying the total noble gas reading in Column D by iodine release rate factor in Column E. Record result in Column F in Table 1 8.2.12 Sum the noble gas releases, then the iodine releases and record each result in their respective sum total column of Table 1. 8.3 If Nuclear Chemistry Department grab sample results of noble gas and iodine substituted for instrument derived results. Assay results can ba converted to C1/sec as shown in Note below. The results should be entered under the sum totals for Columns 0 and F on Table 1 (circle entries to indicate grab sagles). NOTE: To obtain Ci/sec from grab sample assay results in uC1/cc: Gross Noble Gas or Iodine Assay Act. x Ventilation Flow x Vol. Conver. x Time Cony. x Act. Cony.= s uCi x ft x 28317 cc x min. x , Cf = C1/sec cc m1n ft* 60 sec. 10" uC1 8.4 If the effluent monitors are inoperable and a LOCA has occurred, an estimate of the potential release rates for noble gas and iodine can be made using the readings on the Containment High Range Radiation Monitors. Figure 1 compares monito-R/hr vs. Core Fraction Airborne (CF) using elapsed time-lines from Reactor Trip. Reactor Trip Line is t=0. Estimate Dose as follows: 8.4.1 If the highest CHRRM channel indicates less than 10 R/hr, the Off-site Dose Rate is negligible. Do not proceed any further. 8.4.2 On the vertical axis, find the R/hr on Figure 1 for the R/hr observed on the highest CHRRM channel. 8.4.3 Follow the R/hr line to where it intersects the time line representing the hour from Reactor Trip when the CHRRM reading was obtained. Do not interpolate between lines. Cn the graph reference, use the longer trip time line of the two under consideration. (Example: if 1.5 hours have elapsed since Reactor Trip and CHRRM is observed at t=1.5 hours, the time line t=2 hours is the correct line). RECORD the hours since Reactor Trip and the time line used on Table 1. After 24 hours elapsed time use the 24 hour line. 8.4.4 From the 5tersection of the R/hr line and the appropriate time line, project a vertical line downward to the horizontal axis. Obtain the value of Core Fraction Airborne (CF) a unitiess number. This represents the fraction of core inventory that is estimated to be airborne inside containment. Enter the CF value under the CF column on Table 1 Case III. l l l

l 3/8/C2 EMERGENCY PROCEDURE 20126, PAGE 7 OFF SITE COSE CALCULATIONS i 8.4.5 From Figure 2, obtain the Noble Gas. Reduction Factor (R) by projecting a vertical line up froc the elapsed time axis in hours to the point where it intersects the curve. Then project a horizontal l line towards the Reduction Factor axis to obtain the value of R. Enter this value under the Column R on Table 1 Case III. l 8.4.6 Perform the calculations indicated on the worksheet and enter the Noble Gas and Iodine Release Rate Ci/sec values on the Worksheet i where indicated. The calculations are shown below for information. Core Fraction Reduction Estimated Airborne Factor C1/sec Steo X Steo X (for a CF=1.0) C1/sec Noble Gas = CF X R X 10.2 Cf/sec Iodine w/ Safeguards CF X 1.0 X 0.11 OPERABLE = Cf/sec Iodine w/ i NO 4feguards

• i CF X

1.0 X 0.63 i OPERABLE = NOTE: For Iodines (R) shall equal 1.01.e., no decay credit allowed. 8.4.7 If CHRRM and effluent monitors are inoperable, a default value for release rate should be used. The default values should be selected from Table 4. If a default value is used record this fact by i writing " Default Value" after the entry in Table 1. 8.4.8 In Column E of Table 1 record for each distance listed (1, 2, 5, and 10 miles') the calculated sum total values of noble gas release rate i (Column 0) and iodine release rate (Column F). l i NOTE: If the program for the TRS-80 Model III computer is ~ available, Steps 8.4.9 through 8.4.13 will be available on computer output and need not be done manually. t i 8.4.9 A series of thyroid and whole body dose rate tables are provided as l Tables 5 to 11. For each combination of stability and wind speed group, the thyroid and whole body dose rate (mrem / hour) for a one C1/sec release rate is pre-calculated for downwind distances along i t the plume centerline. Select the proper table based on the stability and wind speed group noted on Table 1. Input the values i listed from the appropriate tables for the 1, 2, 5 and 10 mile i distances under Column H of Table 1 for the corresponding distances. j t j' i

3/8/82 EMERGENCY PROCEDURE 20126, PAGE 8 OFF-SITE DOSE CALCULATIONS 8.4.10 For each distance; 1, 2, 5, and 10 miles, determine the whole body dose rate and thyroid dose rate by multiplying the corresponding value from Column G times the value in Column H of Table 1. Record the results in Column I. 8.4.11 Enter in Column J the duration (nonnally two hour) for this estimated dose rate at 1, 2, 5 and 10 miles. 8.4.12 Enter product of Column I times Column J (dose) into Table 2 in the wind direction row closest in value to the wind direction recorded in Table 1. ( 8.4.13 In order to account for uncertainty in wind direction measurement and spatial variation in wind direction, the data from step 8.4.12 should also be entered in the two adjacent sectors. All other sector / distance blocks are assumed to have zero dose. 8.5 The Emergency Coordinator or his designee shall monitor release rates and meteorological conditions to determine how frequently to update the dose i rate estimatas. Dose rate estimates shall be updated if any of the i following averages c!.ange by-the amounts indicated below, over a period not to exceed 30 minutes: 8.5.1 It is determined that releases of radioactivity have been [ terminated. 8.5.2 Release rates increase by more than 257. 8.5.3 Wind speed decreases by two classes or mora (e.g. 9-18 mph to 2-4 mph). 8.5.4 Atmospheric stability becomes more stable by two classes or more (e.g., stability 0 to F). i 8.5.5 Wind direction changes by more than 22.5* (i.e., plume centerline is more than one sector away from prior location). NOTE: In any case, the estimates shall be revised at least hourly for the first 8 hours after the accident unless it is determined that releases of radioactivity have been r terminated. 8.6 The Emergency Coodinator shall ensure that thyroid and whole body dose rates are calculated and cumulative thyroid and whole body doses are updated as stated in 8.5 using the following method: 8.6.1 Complete the " Dose Projection Worksheet" (Table 1) as described under Sections 8.3 or 8.4, when available, computer output estimates of whole body and thyroid dose rates may be substituted for the manual calculation of these values.

1. e

l 3/8/82 EMERGENCY PROCEDURE 20125, PAGE 9 0FF-SITE COSE CALCULATIONS 8.6.2 Update the "Cunulative Oose Distribution Worksheet" (Table 2) by adding the thyroid and whole body dose determined frem 8.6.1 for each applicable sector / distance effected block to the integrated dose from event initiation to the present, when available, computer output estimates of whole body and thyroid integrated doses may be substituted for the manual calculations. Integrated doses for sector / distance blocks with zero estimated dose for the current hour remain unchanged. NOTE: If a change, as defined in Section F.5, has occurred in less than an hour, prorate the previous hours calculation and adjust the integrated dose estimate, accordingly. j 8.6.3 Projections of doses and dose rates should be made on the basis that the most recently estimated dose rates and their distribution will persist for two hours. Projecting dose rates for periods other than two hours should be made on an ad hoc basis using best available data on release rate estimates and subsequent meteorological conditions.' i / i l 1 l 0 m

3/8/82 EMERGENCY PROCEDURE 20126, PAGE 10 OFF-SITE 00SE CALCULATIONS TABLE 1 00SE PROJECTIGN WORKSHEET (Sheet 1 of 2) Date of Emergency: Time of E.mergency: Time Period for which Dose Projection is applicable: To METEOROLOGICAL DATA l (Use 15 minute averages) TEN METER TOWER SOUTH DADE TOWER RECORDER PEN RECORDER PEN CHANNEL COLOR FUNCTION CHANNEL COLOR FUNCTION Primary Back-up A Red Wind Speed mph 0 Red Wind Speed mph' Primary Wind Back-up Wind B Black Direction degrees E Black Direction degrees Back-up Stability Sigma Theta Primary (Instantaneous Stability C Blue Value only) degrees F Blue Delta 7

• F Stability Class (Table 3) 50 meters CASE I - EFFLUENT MONITORS AVAILABLE:

A B C D E F VENTILATION Iocine iocine Monitor (C1/sec/ cpm) FLCW Noble Gas Release Release Release Reading Calibration CCRRECTION Release Rate Rate Rate Point (com) Constant FACTOR (Ci/sec) Factor (Ci/sec) Plant R-14 2.8 X 10-7 Vent M9C 1.7 X 10-5 Unit 3 SFP Exh. M4C 4.9 X 10-6 Unit 3 Air Ejector (R-15) 3.5 X 10-10 Unit 4 Air Ejector (R-15) 3.7 X 10-10 SUM TOTAL l t e

l 3/8/82 EMERGENCY PROCEDURE 20125, PAGE 11 OFF-SITE DOSE CALCULATIONS TABLE I (Sheet 2 of 2) DOSE PROJECTION WORKSHEET CASE II: Actual measurements of release rates ayailable from Nuclear Chemistry Department. Calculations performed as per 8.4 and results entered (and circuled in the corrected C1/Sec column for Case I above for applicable release pathway for Noble Gas or Iodine. 4 CASE III: Effluent Monitors Out of Commission and a LOCA has occurred. Calculate Release Rates from Containment High Range Radiation Monitors: From Figure 1 from figure 2 Release Core Fraction Rates Airborne (CF) "R" Factor X Conversion Factor = (C1/Sec Hignest ChRRM [ Reading (R/hr: I 10.2 Noble Gas Hours since 1 Reactor Trio: 1.0 1 0.11 with Safecuards APPLICABLE Hour line ICDINE Used On: 1.0 0.63 w/o Safeguards G H

• I
• J Total Release values from Dose calculatec Dose Rates Distance (Ci/sec)

Rate Tables (5-11) (Multiply G x H) DURATION (Miles) [ mrem /hr oer IC1/sec) [ mrem /hrl (hour) Nooie Gast loc 1ne i Wnole accyl Thyroio iWnole Socyt ihyroic== l l 1 g '1 l 5 l l 10 Completed by: Date Time Refer to Table 12 to determine appropriate emergency classification. Adult Thyroid Cose Comitment - the accumulated dose body burden to an adult from inhalation of radiciodine for one hour duration. 1 he== c e M49

t 3/8/82 EMERGENCY PROCEDURE 20126, PAGE 12 0FF-SITE 00SE CALCULATIONS TABLE 2 CUMULATIVE DOSE DISTRIBUTION'WORKSHEET Time release ~ assumed to occur: Time through which this distribution applies: whole Booy Dose (mrem) l

• Thyroio Dose (mrem)

Wind Downwina Downw1no Distance (miles) i Ocwnwind 01 stance (miles) Direction Direction Sector 1 2 5 10 1 2 5 10 ~ ~ ~ ~ ~ (As Read) 180 i N I (A) i l i e i i l l 202.5 i NNE I (S) I i i i e I i l 225 i NE I (C) i I I I I I I i 247.5 i ENE I (0) i I I I I I I I 270 1 E I IE) i I i 1 I i i 1 292.5 i ESE I (F) i I I I I I I I 315 i SE I (G) i I i l I I i I 337.5 1 SSE I (H) l I i i 1 I I 000 1 5 I (J) i i e I i i 1 022.5 6 SSW I (K) i I I I I I I I 045 i SW l (L) i i i I I I I 067.5 i WSW I (M) I i 1 I i i 1 090 i W I (N) i i i l I i l 112.5 i WNW I (P) I I I I I I i 135 i NW I (0) i I i i i e i i 157.5 i NNW l (R) l l t I I i i i

• Adult Thyroid Dose Commitment - the accumulated dose body burden to an adult from inhalation of radiciodine for the calculated duration.

i Completed by Oate Time i O

3/8/82 EMERGENCY PROCEDURE 20126, PAGE 13 0FF-SITE COSE CALCULATIONS TABLE 3 PRIMARY SYSTEM CLASSIFICATION OF ATMOSPHERIC STABILITY BY TEMPERATURE CHANGE IN HEIGHT Stability Pasquill Temperature Ctange C1assification Categories with Height (*F1 g Extremely unstable A AT < -1.6 Moderately unstable B -1.6 i AT < -1.4 Slightly unstable C -1.4 1 aT < -1.3 Neutral 0 -1.3 1 AT < -0. 4 Slightly stable E -0.4 1 AT < 1.3 Moderately stable F 153 1 AT < 3.4 Extremely stable G 3.4 1 AT BACXUP SYSTEM CLASSIFICATION OF ATMOSPHERIC STABILITY BY USING STANDARD DEVIATION OF WIND DIRECTION (SIGMA THETA) Stability Pasquill Sigma Theta Classification Categories Range (Oegrees) Extremely unstable A 22.5 or more i Moderately unstable B 17.5 to 22.4 Slightly unstable C 12.5 to 17.4 Neutral 0 7.5 to 12.4 Slightly stable E 3.8 to 7.4 Moderately stable F 2.1 to 3.7 Extremely stable G 2.0 or less i l v

l 3/8/82 j EMERGENCY PROCEDURE 20126, PAGE 14 OFF-SITE DOSE CALCULATIONS TABLE A DEFAULT VALUES FOR RADIOACTIVITY RELEASE RATE 5* Accident Tyce Default Value Loss of Coolant 0-2 hours after reactor trip (if effluent and Noble gases Iodine I containment high 10.2 0.11 range monitors are not functional) 2-8 hours after reactor trip Noble gases Iodine 5.4 0.06 more than 8 hours after reactor trip Noble gases Iodine 1.6 0.02 Steam Generator Use this value until the affected Tube Rupture steam generator is isolated Noble gases Iodine 3.7 0.0022 Fuel Handling Use this value for 15 minutes only O.93 x number 0.003 x number of damaged of damaged fuel bundles fuel bundles

• All values in curies /sec i.

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l 3/8/82 EMERGENCY PROCEDURE 20125, PAGE 22 OFF-SITE DOSE CALCULATIONS 4 TABLE 12 ACTION GUIDELINES For the Containment High Range Radiation Monitor (CNRRM) CHRRM 11.3 E 5R/hr General Emergency CHRRM i 1.3 E 4R/hr Site Area Emergency CHRRM < 10 R/hr Negligible f For Noble Gas Release Rates (i.e., C1/sec frcm the Site): j Gas. Rel. Rate < 0.067 C1/sec Within Technical Specification - No Action > 0.067 out less unusual Event - Tecn. Spec. possioly exceeceo ~~ han 0.67 Ci/sec See ETS-8 and take steps to reduce rate Gas. Rel. Rate t Gas. Rel. Rate > 0.67 Ci/sec ALERT CLASSIFICATION I For Oose Rate Results: I OR QURATION OR DURATION CASE INSTANTANEOUS FOR 2 MINUTES OF: FOR 1/2 HOUR OF: SITUATION If Whole Body > 500 > 50 Site Area at 1 mile is: N/A ihem/hr Ehem/hr Emergency If whole Socy General I-at I mile is: >1000 mrem /hr N/A N/A Emergency If ' hole Sacy > 2500 > 250 Site Area f w 3'em/hr m'em/hr Energency j at 1 mile is: N/A I R R i i i For Cumulative Thyroid Integrated Dose: j i If Thyroic Integratec Dose at 1 Mile Using > 5000 mrem then General Energency Actual Met Data l I i

3/8/82 1 EMEAGENCY PROCEDURE 20125, PAGE 23 0FF-SITE 00SE CALCULATIONS APPENDIX A BACKUP METEGROLOGY WORKSHEET In tne event data is unavailable from the meteorological strip chart recorder, use the following procedure: A. GATHER DATA 1. Date: Time: 2. Phone Homestead AFB Weather 9-257-7545 (alternately, use red hot line to ( Homestead AFB, ask to be connected to weather station). 3. Copy current weather: ) Standard ) Time of observation: Eastern ) Daylight ) Time Wind Direction: Degrees Wind Speed: Knots Sky Condition: Clear or Scattered Broken Overcast If broken or over-cast copy ceiling height: ~ Ft. 4. If daytime (1 hour after sunrise to I hour before sunset) go to Section C (next page). NOTE: See Table I for sunrise / sunset times. B. NIGHTIME CALCULATIONS 1. Determine Solar Radiatica Characteristics: Sky Condition Ceiling Radiation l OVERCAST l- ----- ' )! < 7,000' l--yes---3l NIL l I no )! WEAK LOSS l l SROLEN 1 - ---- l CLEAR OR SCA i itRED l ----------------------)l 5TRONG LOS5 I 2. Choose Stability Category (0 through G) Solar Wind Speed (knots) Radiation 0,1 2,3 4,5 6 7 8,9 10 11 >11 1 Nil 0 0 0 0 0 0 0 0 0 Weak Loss F F E E D D 0 0 0 Strong Loss G' G F F E E E O O 3. Go to Section 0

3/8/82 ENERGENCY PROCEDURE 20126, PAGE 24 0FF-SITE DOSE CALCULATIONS APPENDIX A (cont'd1 BACXUP METEOROLOGY WORKSHEET TURKEY POINT PLANT C. DAYTIME CALCULATIONS: 1. Determine solar altitude (angle of sun above horizon) using Figure 1. 2. Determine Solar Radiation Characteristics: ( Solar Altitude i Sky Condition Ceilino (see chart below) Radiation l OVERCAST l---M < 7,000' l -------ye s ---M N I L l I no l<16,000' i no--M <35' l ----yes--M WEAK l yes i no l <60* l - -yes--M SLIGHT l l <7,000 l lM00ERATEl yes yes l <60* l---yes--N WEAK I I BROKEN 1-----M <16,000' ! l SLIGHT l <l5" l - -yes-y WEAK I CLEAR OR SCATTERED I no l <35" l yes---){ 5 LIGHT l 1 no I (60" l--yes-MMODERATE I l STRONG l 3. Choose Stability Category (A through 0) Solar Wind Speed (Knots) Radiation 0,1 2,3 4,5 6 7 8,9 10 11 >11 ( Strong A A A B B B C C C .tderate A B B B B C C C 0 Slight B B C C C C D 0 0 'hak C C 0 0 0 0 0 0 0 Nil 0 0 0 0 0 0 0 0 0 D. INPUT TO DOSE CALCUGTION SYSTEM (TABLE 1) 1. Wind Direction (From Step A.3) degrees 2. Wind Speed ( 1.15 x (Knots) = mph 3. At.,ospheric Stability i (Circle One): 1 (From Step S.2 or C.3) A B C D E F G t 1

1 s TADLE 1 + i SUNRIBE AND SUNSET AT MIAMI, FLORIDA ~ NO.lO68 .EA,8 TERN STANDARD TIME 1 . ['. i IAN. FES. HAR. APR. 64AY' JUllE IULY AUG. SDT. OCT. NOV. DEC.' D,AY tw. Se ti s.: si La Ba. ' A34'as.: 39. s.s sa.. La sa. La E. sa sa. Le s Sea saa he sa 54 A H. P H. A H. P.H. A.bt. .P.H. e P.H. A.H.: P.M. A H. P.H. All. P.H. A H. P.H. A.H. P.14. A H. P.H. A W. P.H. A H. P.H. 1 708 541 705 684 & 44 & 22.612 637 544 & 52 3529 708 53371b 547 3 07 & 01 & 40 & 13 6 08 &29 539 &50 529' l 2 1 ot 5 42 104 605 643 623.4111634.543 652 5 29 J os 533 116 s 47 1 06 6 01 & 39 &13 607 630 539 &51 529 3 7 08 5 43 1 04 & 06 & 42.6 23 '& 1 & 38 :5 43. & 53 521 709 533 116 5 4e ? 46 & 02 & 34 & 14 & 06 &34 538 652 529 1 i 4 l os $ 43 103 687 & 41 & 24 i& O.6 39 5 42 & 5) 529 109 534 116 5 4a.7 05 6 02 & 37 414 604 631 537 &52 521 i 5 7 OS 5 44 1 03 & 07 640 625 604'639 5 41 & 54 5 29 7 le 534 716 549 704 & 02 & 36 & 15 & 03 632 5'37 6.53 530.':i 7 09 5 45 702'664 6 39 & 25 .6 dN6 40 :5 41'& 54 529 110 535 716 5 49 7 84 & 03 $ 35 &15 602 &32 536 & 54 30 E li 7 1 09 5 45 702 &09 >39 & 26

6 06 & 40 5 40.& $5 529.110 5.35 116 550 10)

&03 634 6 15 & 01 6 33 }'36 6 54 34 x 8 7 09 54& 7 01 & 09 o 38 & 26 16 05 & 41 'S 39:6 55 1 29 7 11 535 116 550 702 & 04 & 33 & la & 00 &34 535 & $$ 5 30 ' I' gl 9 709 517 100 & le . 36 & 27 3:',dd 6 84 & ji 5 39. & 5 529 718 536 116 551}70 6 04 & 32 & 16 5 59. &34 535 & 56 5 30 3 10 7 09 5 44 700,611 6 35 & 27 6 03 & 1 ;.5'38 6 5 529 712 5.36 716 55170 & 04 & 31.&17 550 1 3 & 35 5 & 56.5 31 & 36 5,34 11 709 548 6 51 & 11 634 428 6 02 & 42 '5 37 & 57 529 712 537 715 552*700 &05 630. & 17 5 57 34 & $7 53)'e 12 7 09 5 49 & 54 & 12 & 33 a 2e '& 01 & 42.5 37.& 58 529 712 537 715 552*659 & 05.& 28 & le 5 56 i&36 533 654 531'. sk vi n 4 13 109 550 658 613 & 32 's29 6 60 & 43 4 $ 36 & 58 529 713 5 la 115 5 53'& 54 & 06 & 27 '& la 5 55 &)7 533 654 531"ij (.5 36 & $1 14 7 09 5 51 6 57 & 11 & 31 a 29 :559 643 519 713 :5'38 715 553&$7 & 06.& 26 :&19 554 *& 36'l 37 & $9 ;5 3,M 5 3V *. 15 709 551 654 614 6 30 i 30,5 58 !& 44 5 35 & 59 $ 29 713 ;5 38 7 14 5 53.& $6 6 06 & 25 & 19 5 5) .638 5'32 ao 1 04 .t on i 14 7 09 5 52 & 55 & 15 6 29 & 10 15 57.&'44 '.535 100 129 114 ~539 714 5 54'& 56 & 07'6 24 &20 15) 'A39:l'32 3 M.' h 700 53 l 17 7 01 5 53 & 55 & 15 &28 430 5 56 & 45 5 34 7 00.529.714 539 714 554 655 & OF & 23 & 20 5 52 &40 531 161 5 10 1 01 5 54 6 54 & 16 627 631 55 =& 45 8534 701 529 114 5 to 714 5 $$ & 54 605 622 &21 551 &41 538 7 el 5 33f;

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FLORIDA POWER AND LIGHT COMPANY TURKEY POINT UNITS 3 AND 4 EMERGENCY PROCEDURE 20113 FEBRUARY 25, 1982 1.0 Titl e-MAINTAINING EMERGENCY PREPAREDNESS EMERGENCY EXERCISES, DRILLS, TESTS, AND EVALUATIONS. 2.0 Approval and List of Effective Pages: 2.1 Approval : Change dated 2/25/87 Reviewed by PNSC February 25, 1982 Approved by

1. Plant Mgr-Nuclear, MM4 19 12 Approved by

// 42m Vice President of ['NuclearEnergy b9 19 b v 2.2 List of Effective Pages : Page Date Page Date Page Date 1 2/25/82 3 3/26/81 5 3/26/81 ( 2 3/26/81 4 2/25/82

3.0 Scope

3.1 Purpose

This procedure provides instructions for conducting periodic emergency exercises, drills, and tests.

3.2 Discussion

Periodic exercises and drills will be conducted in order to test the state of emergency preparedness of participating personnel, organizations, and agencies. Each exercise or drill will be conducted to: 3.2.1 Ensure that participants are familiar with their respective duties and responsibilities. 3.2.2 Verify the adequacy of the Emergency Plan and emergency procedures. 3.2.3 Test the communication network and systems. 3.2.4 Check the availability of emergency supplies and equipment. 3.2.5 Verify the operability of emergency equipment.

3/26/81 EMERGENCY PIOCEDURE 20113, PAGE 2 MAINTAINING EMF 2GENCY PREPAREDNESS - EMERGENCY EXERCISES, DRILLS, TESTS, AND EVALUATIONS Be results of the exercises will form the basis fer corrective action to eliminate identifed deficiencies, and will be discussed during a post-exercise evaluation. 1

3.3 Authority

j mis procedure inplements the Turkey Point Plant Radiological Emergency Plan.

4.0 Precautions

4.1 Every emergency alarm or announcement shall be assumed to be true unless an announcement is made to the contrary. J

5.0 Responsibilities

5.1 he FPL Emergency Plan Administrator shall be responsible for planning, scheduling, and coordinating all major emergency drills or exercises involving off site agencies. When an exercise is to be mnducted, the Emergency Plan Administrator shall: 5.1.1 Schedule a date for the exercise in coordination with the Plant Manager-Nuclear and the primary State and county emergency response agencies. 5.1. 2 Coordinate all FPL efforts with outside organizations and agencies. 5.1.3 Obtain the approval of the Plant Manager-Nuclear. 5.1.4 Prepare a letter or report containing an evaluation of the exercise. 5.2 2e Operations Superintendent-Nuclear shall be responsible for planning, scheduling, and coordinating all onsite emergency drills. When a drill is to be conducted, he shall: 5.2.1 Schedule a date for the drill in coordination with the Plant Manager-Nuclear.

5. 2. 2 Assure that a scenario is prepared.

5. 2.3 Assign observers for specific portions of the drill.

5.2.4 Obtain the approval of the Plant Manager-Nuclear.

5. 2. 5 Discuss and evaluate the exercise with observers and principal participants.

5. 2. 6 Ensure that for all identified deficiencies wrrective measures are reconnended.

5. 2.7 Prepare a letter or report of the drill containing an evaluation of the drill.

c 3/26/81 EMERGENCY PROCEDURE 20113, PAGE 3 MAINEAINING EMERGENCY PREPAREDNESS - EMERGENCY EXERCISES, DRILLS, TESTS, AND EVALUATICES 5.3 When an exercise or a major drill is to be conducted, the Plant Manager-Nuclear shall assure that the following is acconplished: 5.3.1 Assign personnel to prepare a scenario. 5.3.2 Coordinate through the Emergency Plan Administrator all activities which involve off-site personnel organizations or agencies. 5.3.3 Schedule a date for this activity in coordination with the Emergency Plan Administrator and assign observers. 5.3.4 Review evaluations of exercise or drill with the observers and the Plant Nuclear Safety Ctanittee (PNSC). 5.3.5 Ensure that deficiencies which are identified are addressed with corrective measures. Rese exercises and drills will sinulate emergency conditions and may be scfieduled such that two or more exercises or drills are conducted sinultaneously. 6.0 References 6.1 W rkey Point Plant Radiological Emergency Plan 6.2 NUREG 0654 7.0 Records and Notifications 7.1 f.og Entries 7.2 Written evaluation to PNSC, Plant Manager-Nuclear, and Emergency Plan Administrator by the Operations Superintendent-Nuclear. 8.0 Instructions 8.1 he following emergency exercises, drills, and tests shall be conducted at the frequency indicated: 8.1.1 Exercises (In5 g ated Drills) A major radiological emergency response exercise shall be conducted annually to denonstrate the effectiveness of the Emergency Plan. This exercise shall be conducted as a Site Area Emergency or General Emergency and will provide for the coordination with and participation of off-site emergency response personnel organizations and agencies including those of

federal, state, and local governments.

We emergency scenario shall be varied from year to year. Provisions shall be made to start at least one exercise between 6:00 p.m. and midnight, and at least one exercise between midnight and 6:00 a.m., every six years. mis emergency response exercise shall be critiqued by Florida Power and Light Conpany observers / evaluators. 1

5 9 2/25/82 s EMERGENCY PROCEDURE 20113, PAGE 4 MAINTAINING EMERGENCY PREPAREDNESS - EMERGENCY EXERCISES, DRILLS, TESTS, AND EVALUATIONS 8.1.2 Radiological Monitoring Drill A radiological monitoring drill shall be conducted annually. These drills will include collection and analysis of sample media (e.g. water, air). I t 8.1.3 Health Physics Drills The Health Physics Department shall conduct health physics drills l semi-annually and one of the semi-annual drills may be incorporated into the radiological monitoring drill. 8.1.4 Medical Emergency Drill A medical emergency drill involving a simulated contaminated individual, with provisions for activation of the plant First Aid and ^ Personnel Decontamination Team and participation by local support services (i.e., ambulance and off-site medical treatment facility), shall be conducted annually. 8.1.5 Fire Emergency Drill Fire drills are conducted in accordance with 10 CFR 50, Appendix R and Technical Specifications. 8.1.6 Communications Tests Communications with the Bureau of Disaster Preparedness, Department of Health and Rehabilitative Services, and Dade and Monroe County i Disaster Preparedness Coordinators will be tested monthly. 8.2 Conducting Drills 8.2.1 Prior to comencing each drill, the Nuclear Plant Supervisor (NPS) l shall evaluate the plant conditions and ascertain that the drill will not adversely affect plant equipment or operations. 8.2.2 The Operations Superintendent-Nuclear shall designate specific members of the plant staff to act as observers during the drill. These observers shall be posted where appropriate in the plant area to observe and record the actions of plant personnel during the drill and to verify alarm audibility land /or visibility l. 8.2.3 After receiving a signal or alarm indicating that an emergency i condition exists, which has been initiated as part of the drill, the NPS shall take action as required by the Emergency Plan. i 8.2.4 At the termination of the drill, the NPS shall announce over the PA system that the drill is over. This shall be repeated along with any required instructions.

3/26/81 EMERGENCY PROCEDURE 2113, PAGE 5 MAINIAINING DfERGENCY PREPAREDNESS - EMERGENCY EXERCISES, DRILLS, TESTS, AND EVAWATICNS 8.3 Evaluation of Drills and Exercises 8.3.1 Following a drill the Operations Superintendent-Nuclear shall assimilate all information and data concerning the emergency I procedure drill and hold a critique on the drill with the PNSC. l 'Ihe PNSC shall reccanend changes to the Emergency Procedures as necessary. l 8.3.2 Following an exercise, the plant management, FPL observers and 1 principal participants in the exercise will meet to discuss and i evaluate the exercise. The evaluation shall be based on the ability of participants to follow emergency procedures, the adequacy of emergency procedures, and the adequacy of emergency equipment and supplies. Plant management shall be responsible for any necessary changes in the ] Plant Emergency Procedures and for reconsnending changes in the j Emergency Plan to the Emergency Plan Administrator. 4 l i I I ( 4 a i I i s i 1 I i

FLCRIDA PCWER AND LIGHT CCMPANY TURKEY POINT UNITS 3 AND 4 EMERGENCY PROCEDURE 20107 FEBRUARY 8, 1982 1.0 Titl e: FIRE / EXPLOSION EMERGENCIES 2.0 Accroval and List of Effective Pages: 2.1 Acaroval : Change dated _ 2/8/82 Reviewed by PNSC February 8, 1982 Approved by c Plant Mgr-Nuc /M 2, 1982 V V / IZl/q j/ ce President of 3-- [ 19 [D g f Approved by 44 Muclear Energy 2.2 List of Effective Pages: Page Date Page Date Pace Cate Page Date 1 2/8/82 3 1/21/82 5 2/8/82 7 1/21/82 2 3/13/81 4 1/21/82 6 1/21/82 8 1/21/82

3.0 Scoce

3.1 Purcose

4 This procedure provides instructions to control and extinguish fires, to minimize equipment damage frcm fires or explosions and to prevent personnel injuries.

3.2 Discussion

3.2.1 The Fire Team is composed of five individuals who are qualified in accordance with Administrative Procedure 15500, Fire Protection Program. The fire team members are personnel N::m the Operations, Health Physics, and Nuclear Chemistry Cepartments. l 3.2.2 Those personnel initiating and conducting fire drills shall: Notify the Control Room by calling 260 on the PAX phone, announce "This is a dr111. This is a drill", give location and classification of simulated fire / explosion, report any simulated injuries and the extent of damage to plant components. 3.2.3 The emergency classification system (see Emergency Procedure 20103, Classification of Emergencies) includes certain fires and explosions. Hence, each fire or explosion shall be evaluated by the Nuclear Plant Superviscr/ Emergency Coordinator to determine if it constitutes an unusual event, an alert, or a site area emergency.

3/13/81 EMERGENCY PROCEDURE 20107, PAGE 2 'a FIRE / EXPLOSION EMERGENCIES e

3.3 Authority

Technical Specification 6.8.1 Facility Operating Licenses DPR-31, Section III, G, and OPR-41, Section III F. Letter from A. Schwencer of NRC to R. E. Uhrig dated 3/21/79 (NRC Safety Evaluation Report for Fire Protection) 10 CFR 50, Appendix R 10 CFR 50.48 Turkey Point Plant Emergency Plans

3.4 Definitions

The terms that must be familiar to the user in order to fully implement this procedure are as follows: J 3.4.1 Class "A" Fires Class "A" fires are ordinary ccmbustible fires in such materials as wood, paper, cloth, or rubber. 3.4.2 Class "B" Fires (. Class "B" fires are fires in flammable liquids, gases, and greases. 3.4.3 Class "C" Fires Cl ass "C" fires are fires which involve " energized" electrical equi pment. (Wnere electrical equipnent is de-energized, extinguishers for Class "A" or "3" fires may be used). 3.4.4 Class "D" Fires Class "D" fires are fires in combustible metals such as magnesium, titanium, zirconium, sedium and potassium.

4.0 Precautions

4.1 Water in the vicinity of high voltage electrical equipment may constitute a life hazard to personnel due to the electrical conductivity of water. Water hoses should be operated with a fog pattern only and at a distance of 10 feet or ^lre frcm any energized electrical equipment. 4.2 Portable multipurpose dry chemical extinguishers may be used on the following class fires: 1. Cl ass "A" 2. Class "B" 3. Class "C" 4.3 Portable carbon dioxide fire extinguishers may be used on the following class fires: 1. Class "S" 2. Class "C" ~

S EMERGENCY PROCEDURE 20107, PAGE 3 4 FIRE / EXPLOSION EMERGENCIES I 4.4 AFFF foam shall be used only on Class "B" fires, where energized ciectrical equipment is not present. i 4.5 The installed Halen 1301 gas system in Occument Control i s safe as installed. However, the discharge of Halon 1301 may create hazards to personnel sucn as dizziness, impaired coordination, reduced visibility and exposure to toxic decomposition products. For this reason personnel should leave the area immediately. Self-contained breathing apparatus is required to re-enter the area until the building is ventilated.

5.0 Resoonsibilities

i 5.1 It. shall be the responsibility of the Fire Team Leader (normally the Nuclear Waten Engineer) to 5.1.1 At the beginning of the shift verify the on-site availability of i four qualified Fire Team Members in addition to himself. Normally, the four members will be the Nuclear Operator, the Nuclear Turoine Operator, a Radiation Protection Man, and a Lab Technician. ? 5.1.2 Direct all phases of the fire fighting activities. 5.1.3 Communicate the status of the fire and fire fighting activity to the Emergency Coordinator. I 5.1.4 Coordinate the activities of any outside fire fighting organization called in to assist with the emergency. 5.2 It shall oe the responsibility of each Fire Team member to be thoroughly familiar with the contents of this procedure and the location of fire fighting equipment in the plant. 5.3 The plant Manager-Nuclear shall designate in writing an individual (s) to verify through regular inspections that all fire fighting equipent and supplies are in good condition and operable. t 5.4 For a fire, it shall be the responsibility of the IBrigade leader to complete the attached fire report (Accendix B)l. l 5.5 For a fire drill, the person conducting the drill (nonnally from the Training Department) is responsible for completing the drill evaluation sheet. l 5.6 The Nuclear Plant Supervisor / Emergency Coordinator is responsible for classifying fires and explosions as unusual events, alerts, or site area emergencies in accordance with Emergency Procedure 20103, Classification of Emergencies. p -i-% __m_ in-.,..e..

1/21/82 EMERGENCY PROCEDURE 20107. PAGE 4 FIRE / EXPLOSION EMERGENCIES 6.0

References:

6.1 Turkey Point Plant Emergency Plans 6.2 Final Cafety Analysis Report (FSAR) 6.3 10 CFR 50, Appendix R 6.4 10 CFR 50.48

7.0 Records

7.1 Log entries in Nuclear Plant Supervisor's Log Book 7.2 Completed IFire Reports and Drilll evaluation sheets constitute Quality Assurance Records and, therefore, shall be retained in accordance with Administrative Procedure 0190.14, Document Control and Quality Assurance Records.

8.0 Instructions

8.1 When an indiviaual discovers a fire which can be safely extinguished using fire fighting equipment at hand, he shall do so and then promptly notify l the Nuclear Plant Supervisor or the appropriate control room. -4 l 8.2 When an individual discovers a fire or explosion resulting in a fire which cannot be extinguished using fire fighting equipment at hand, he shall notify the Nuclear Plant Supervisor or the appropriate control room over a the PA system or by dialing 260 on any PAX telephone. The following information should be given: 8.2.1 Location of the fire or explosion. 8.2.2 Type of fire or explosion, if known. 8.2.3 Whether or not there are any injured personnel. 8.2.4 Extent of damage to plant components. NOTE: Speed in notification is much more important tnan the completenes's of the initial report. 8.3 The Nuclear Plant Supervisor or the control room operator contacted snall instruct the individual to take any imediate action he is qualified to perform to extinguish the fire. NOTE: In the case of the control room receiving the notification, the individual receiving the call shall notify the Nuclear ?lant Supervisor. 8.4 The Nuclear Plant Supervisor or his designee shall cross-connect tne PA system, sound the fire alarm, wait for tne fire alarm to stop, then imediately announce the fire / explosion in the following manner: For Fires: "This is not a drill. This is not a drill," and give the location and classification of the fire / explosion. Then announce, Al l personnel in the fire area withdraw to a safe location."

C/8/82 EMERGENCY PROCECURE 20107, PAGE 5 FIRE / EXPLOSION EMERGENCIES For Fire Drills: "Thi s is a drill. This is a drill," and give the location and classification of the simulated fire / explosion. Then announce, "All personnel in the fire area withdraw to a safe locatien." 8.4.1 When word of the Fire /Explosien is passed over the page: 1. The Fire Team Leader shall dress out and respond to the fire. He will take a 2-way radio with him, communicate with the Nuclear Plant Supervisor / Emergency Coordinator, and take steps to extinguish or limit tne spread of the fire. 2. The Nuclear Turbine Operator and Health Physics Fire Brigade members will report to fire locker No.1 and dress out as fast as possible. They will put on their SCSA's except the mask, which will be put on before entering the fire area. They will carry an extra SC3A (for use by the leader) to the fire scene. 3. The Nuclear Operator and Lab Technician Fire Brigade members will report to fire locker No. 2, and dress out as fast as possible. They will put on their SCSA's except the mask which will be put on before entering the fire area. NOTE: A list of the locations of fire protection equipment is included in Maintenance Procedure 15537.2, Periodic Surveillance of Fire Protection Equipment. 8.4.2 Upon arrival of the Fire Team Members, the Fire Team Leader shall give instructions to them for fighting the fire. While the Fire Team Members begin extinguishing the fire, the Fire Team Leader can put on his SCBA and join them. 8.4.3 In the event of a fire in a radiation area, the protection of life and property may require more immediate attention than the radiological hazard itself. Cnly when it has been determined or suspected that the fire is in an unusually high radiation area or in a high airborne activity environment should the radiological effort be permitted to interfere with extinguishing the fire. 8.4.4 If a fire is classified as an UNUSUAL EVENT, ALERT, or SITE AREA EMERGENCY pursuant to Emergency Procedure 20103, Classification of l Emergencies, the Nuclear Plant Supervisor shall activate the Emergency Plans and follow the appropriate checklist in Emergency Procedure 20101, Duties of Emergency Coordinator. INOTE: If outside fire fighting assistance is required to control a fire that does not threaten safety systems, this is an UNUSUAL EVENT. NOTE: If outside fire fighting assistance is required to control a fire that may threaten safety systems, this is an ALERT. NOTE: If a fire results in degradation of a safety system, this is a SITE EMERGENCvl.

l 1/21/82 EMERGENCY PROCEDURE 20107, PAGE 6 FIRE /EXPL9SION EMERGENCIES 8.4.5 Requesting Cutside Fire Fignting Assistance 1. If the fire, or explosion resulting in a fire, is considered by the Nuclear Plant Supervisor / Emergency Coordinator based on reports from the fire team leader as probaoly beyond tne capability of the fire team to contain, the Dade County Fire Department shall be called. Whereupon, at the option of the Nuclear Plant Supervisor / Emergency Coordinator, if the fire cannot be controlled by tne additional forces, then the Homestead Air Force Base Fire Cepartment shall be called. 2. If tne fire, or explosion resulting in a fire, is too large to be controlled by available plant forces and is in the Radiation Controlled Area, the Hcmestead Air Force Base Fire Department shall also be called. 3. If off-site assistance is requested, the Main Entrance Staticn Guard shall be notified by the NPS of the location of the fire and the expected arrival of the off-site fire fighting equipment. 4. 'ahen off-sit'e assistance arrives, working communications shall be established between tne Emergency Coordinator, the person in charge of the off-site fire fignting organization, the Radiation Team Leader if the fire is in the Radiation Cont, rolled Area, and the Fire Team Leader. NOTE: See Emergency Procedure 20104, Emergency Roster, for specific information regarding means of comunication and telephone numoers. 8.5 !0 rill Evaluation: (Appendix A) 8.5.1 The person conducting the drill shall complete and forward Appendix A to tne Fire Protection Supervisor, a copy to tne Fi re Teain Training Supervisor and a copy to the Quality Control Supervisor for retention. 8.6 Fire Report: (Appendix B) 8.6.1 The brigade leader shall complete and forward Appendix 3 to the Fire Protection Supervisor, a copy to the Fire Team Training Supervisor and a copy to the Quality Control Supervisor for retentioni. i (

l 1/21/82 EMERGENCY PROCEDURE 20107, PAGE 7 FIRE /EXPLOS!0N EMERGENCIES APPENDIX A DRILL EVALUATION SHEET Date: 1. Fire Drill (Including location and class of simulated fire) 2. Time for fire alarm to sound after drill is initiated: 3. Time until fire drill and location are announced on page: 4. Time for first Fire Brigade memoer to arrive at scene: 5. Time when all Brigade Memoers are at scene: 6. Evaluation of team leader performance: 7. Evaluation of team memoer performance: 5 I 8. Training given at drill scene: 9. Fire Brigade Members: Leader Chem N.0. R.P.M. N.T.O.

10. Critique on drill:

11. Recommendations for program, procedure, drill changes:

Orill given by: (Use Reverse Side if Necessary) r i l I t i

1/ 21/82 EMERGENCY PROCEDURE 20107, PAGE S FIRE / EXPLOSION EMERGENCIES APPENDIX 3 FIRE REPORT Date: Time: 1. Type of Fire (Class): 2. Location of Fire: 3. Property or Equipment Damaged: 4. Description of Loss: 5. Cause of Fire, if known: 6. Extent of Loss or Damage: 7. What Method of Extinguishment Used: 8. Any Injuries (Brigade Members): 9. Any Injuries (Non-Brigade Members):

10. Fire Brigade Members Reporting to Fire:

Leader Chem N.O. R.P.M. N.T.O.

11. Remarks:

Any additional information necessary to ensure that persons not at the fire will understand the circumstances of the fire.

12. Leader in Charge Date Member making Report (if different from above):

Date (Use Reverse Side, if necessary) l

FLORIDA POWER AND LIGHT COMPANY TURKEY POINT UNITS 3 AND 4 EMERGENCY PROCEDURE 20106 FEBRUARY 4, 1982

1.0 Title

NATURAL EMERGENCIES 2.0 Approval and List of Effective Pages: 2.1 Approval : Change dated 2/4/82 Reviewed by PNSC February 4, 1982 Approved by. </r Plant Mgr-N, Alfef-.f 22, 19A 2 {/ ' f, A Vice President J Approved by 1 3 2 e / Power Resources E23 19 hk 2.2 List of Effective Pages: Page Date Page Date Page Date Page Date 1 2/4/82 4 2/4/82 7 3/26/81 10 3/26/81 2 3/26/81 5 3/26/81 8 3/26/81 11 3/26/81 3 3/26/81 6 3/26/81 9 3/26/81 12 3/26/81

3.0 Scope

3.1 Purcose

This procedure provides instructions to be followed upon notification of a potential natural emergency or upon occurrence of an actual natural emergency.

3.2 Discussion

3.2.1 The natural emergencies considered in this procedure are those associated with weather disturbances such as hurricanes or tornadoes. The geographical location of the area is such that the occurrence of other types of natural emergencies is highly improbable. However, flooding of the low lying areas surrounding the plant site could occur due to the torrential rains and flood tides that accompany a hurricane. 3.2.2 Warnings of impending natural emergencies are issued by the U. S. Government National Oceanicogra;; hic and Atmospheric Administration (NOAA) (National Weather Service) based on various weather surveillance means such as

radar, satellite photographs and j

meteorological reporting stations. These warnings provide adequate information of the approach of most natural emergency conditions. l l l

t DfERGENCY PROCEDURE 20106, PAGE 2 NATURAL EMERGENCIES

3. 2. 3 he warnings issued by NCAA (National Weather Service) are received at the FPL System Operations Power Coordinator's Office on the Weather teletype netw rk.

The information received at the FPL System Operations Power Coordinator's Office is then relayed to the Turkey Point Plant, Units l 3 and 4 Control Room through one of the various normal or emergency coimunication channels described in Emergency Procedure

20112, Cormunications Netwrk.

3.3 Authority

t Ibrkey Point Plant Emergency Plans

3.4 Definitions

he following terms, as used by NOAA are used throlghout this prccedure: 3.4.1 ERNADO WATCH: Meteorological conditions in the area described as favorable to the formation of tornadoes. t 3.4.2 TORNADO WARNING: This condition is declared once the surveillance neans have shown that a tornado has been sighted. The area for which this warning is issued is usually smaller than that for which a watch is declared. 3.4.3 TROPICAL STORM: A weather disturbance of large size with winds of 39 to 73 wh, rotating in a counterclockwise direction, acconpanied by torrential rains and an area of low barometric pressure.

3.4.4 HURRICANE

Same as a trcpical storm, but the winds are over 73 wh and a well defined low barometric pressure center, called the EYE of the storm, is present. 3.4.5 EYE: D e center of a hurricane where calm prevails, with winds of no more than 20 - 30 nph and little or no rain. 3.4.6 HURRICANE ADVISCRY: This is an information release put out every six hours, usually at 12 o' clock and 6 o' clock both day and night whenever a hurricane exists; the advisory is continually updated and this information is issued in the form of HURRICANE BULLc7 INS which are issued every 3 hours, day and night. 3.4.7 HURRICANE WATCH: This is a communication from NCAA, issued whenever a hurricane is between 24 and 48 hours fran, and approaching, the U.S. coast and conprises an area approximately 100 miles either side of the expected place where it could come inland. It also gives the size, maximum winds, direction and speed of travel.

OI EMEMENCY PIOCEDURE 20106, PAGE 3 NATURAL EMEETECIES ~ 3.4.8 HURRICANE WARNING: his is a conminication from NCAA, issued wnenever a hurricane is between 12 and 24 hours from, and approaching, the U. S. coast and conprises an area approximately 50 miles either side of the expected place where the hurricane will strike the coastal areas. he size of the area conprised by the warning will be determined by the area over which hurricane force winds can be expected. This warning also gives the expected time and location where the hurricane will strike the coast, as well as the size, maxinum winds, direction and speed of travel. The warning may also describe the coastal areas where high water, floods or high waves may be expected.

4.0 Precautions

4.1 All unnecessary personnel in the Protected Area and all visitors in the Owner Controlled Area shall be required to leave when a hurricane warning is issued for the area. Flooding of the low-lying portions of the area, from heavy rains and high tides may make later evacuation inpossible.

4. 2 If a hurricane passes directly over the plant area, do not assume the hurricane has passed when the winds subside and rain stops. mis only means that the EYE of the hurricane is over the area, and in approximately 1 hour the winds will begin blcwing again from the opposite direction as the second half of the hurricane goes over the area.

4.3 When the hurricane is near the area and high winds are occurring, keep all activities outside of the plant buildings to a mininum. s 4.4 Do not assume the emergency to be over until the receipt of official word from NCAA through the System Operations Power Coordinator that there is no longer a threat to the area.

5.0 Responsibilities

5.1 It shall be the responsibility of the Site Manager, Plant Manager - Nuclear, Maintenance Superintendent - Nuclear, Operations Superintendent - Nuclear, Technical Department Supervisor, and Instrument and Control Supervisor to conply with the steps outlined in Section 8.0 of this procedure to protect the plant and personnel frcxn the effects of the emergenef. 6.0

References:

6.1 t rkey Point Plant Emergenef Plans l 6.2 trkey Point Plant, Units 1 and 2 Burricane Plans 6.3 National Oceanic and Atmospheric Administraticn Information - information en area tornado and hurricane reports 6.4 FSAR, Section 2, and Figures 1.2-3 and 1.2-4 ( 6.5 Bechtel Corp. Drawing No. 5610-SK-C-289 Main Plant Perimeter Flood Wall

2/4/82 EMERGENCY PROCEDURE 20106, PAGE 4 NATURAL EMERGENCTES 7.0 Records and Notifications: If the Emergency Plans are initiated as a result. of the natural emergency, records and notifications shall be as described in other Energency Procedures. If the Energency Plans are not initiated only normal log entries are required.

8.0 Instructions

IN0TE: If a hurricane or tornado warning is received, notify the Nuclear Plant Supervisor that an " unusual event" has occurred l. 8.1 When information is received that a Tornado Watch has been issued for the area in which the plant is located: 8.1.1 The Nuclear Plant Supervisor shall notify the Site Manager or Plant Manager - Nuclear (if they are on-site), the Duty Call Supervisor (if the Site Manager or the Plant Manager - Nuclear were not notified), the Security Shift Supervisor at the Main Entrance Station and plant personnel on his shift. He shall also inform them that an Unusual Event is in progress. 8.1.2 The Site Manager / Plant Manager - Nuclear / Duty Call Supervisor shall evaluate the information, and decide if further action and/or manpower is required. 8.1.3 The Security Shift Supervisor shall ensure that all visitors in the Owner Controlled Area are notified of the Tornado Watch. 8.2 When information is received that a Tornado Warning has been issued for the area in which the plant is located: 8.2.1 The Nuclear Plant Supervisor shall notify personnel as in 8.1.1 above. This shall be an Unusual Event unless the tornado strikes the facility (in which case an ALERT would be declared). 8.2.2 The Site Manager / Plant Manager - Nuclear / Duty Call Supervisor shall evaluate the information and decide if further action and/or manpower is required. 8.2.3 The Security Shift Supervisor shall notify all visitors in the Owner Controlled Area of the warning and ensure that they leave the property. 8.2.4 The Maintenance Supervisor - Nuclear, if available, or the Nuclear Plant. Supervisor and Nuclear Watch Engineer shall conduct a survey of all plant areas and the equipment on them and remove or tie down any loose material or equipment that could be blown away. 8.2.5 The Auxiliary Equipment Operator shall clean the intake trash barrier and start the intake traveling screens. 8.3 When any tornado strikes the facility: ~ 8.3.1 The Nuclear Plant Supervisor shall declare an ALERT and initiate the Emergency Plan. i

r EMERGENCY PROCEDURE 20106, PAGE 5 taTUl%L EMERGENCIES 8.3. 2 h e tbclear Plant Supervisor shall notify personnel as in Instruction 8.1.1 (above). 8.3.3 2e Site Manager / Plant Manager - Nuclear / Duty Call Superviscr shall evaluate the information and decide if further action is required. 8.4 When information is received that a Hurricane Watch has been issued for the area in which the plant is located: 8.4.1 2e Nuclear Plant Supervisor shall notify the Site Manager or the Plant Manager - Nuclear (if they are on-site) or the Duty Call Supervisor (if the Site Manager or the Plant Manager - tbclear were not notified). He shall also inform them that an Unusual Event is in progress.

8. 4. 2 2e Site Manager, Plant Manager - Nuclear, or Duty Cal.' Supervisor shall notify other individuals in accordance with Emergency Procedure 20104, Emergency Roster.

8.4.3 If visitors.have not yet been required to leave, the Plant Security Supervisor shall order the Security Shift Super /isor to inform all visitors of the Hurricane Watch issued and ensure that they leave. 8.4.4 2e Operations Superintendent - Nuclear or Nuclear Plant Superviscr shall verify that the following preparations are made: 1. Check cperation of the NAWAS and IGR equignent, base radio and portable radio equipment. 2. hst run both A and B emergency diesel generators, top off day and skid fuel tanks and verify that starting air is at 240 psi. 3. Test run the turbine DC oil pungs. 4. Check fire system and have the fire punps. 5. hst run the intake trash rakes and traveling screens. 8.4.5 2e Maintenance Superintendent - Nuclear or his designee shall verify that the following preparations are made: 1. Check supply of emergency items and materials such as: Wire Wooden wedges Flashlights and Batteries Lumber Buckets Portable bedding equipment Rope Caulking Portable Fans and Air Nvers Nails Plastic Film Cloth (plicfilm) 2. Provide a truck and driver to obtain foodstuffs and other required items.

3/26/81 EMERGENCY PROCEDURE 20106, PAGE 6 NATURAL EMERGENCIES 3. Clean sunpa and sung pung suction strainers on the auxiliary building and electrical cable manholes. Test run all sung pungs. 4. Survey the plant site renoving trash and debris and securing loose equipnent. Nuclear shall verify that the i 8.4.6 2e Operations Superintendent following preparations are made: 1.' Inventory supply of laboratory chemicals and reagents and obtain those that are necessary. 2. Check diesel oil storage tank and turbine lube oil storage tanks. Diesel oil storage tank should be topped off and turbine lube oil storage tank should be at least half full. 3. Make arrangements with the diesel oil suppliers for possible emergency deliveries. 4. Bolt or tie down all hatches on water plant tanks. 8.4.7 2e Instrument and Control Supervisor shall check all instruments located outdoors to be in weather proof condition, inspect cases, gaskets, etc. and weatherproof those that are not witc plastic film and tape. 8.4.8 2e f.and Management Site Manager shall make arrangements with the Air Force Sea Survival School for renoval of their boats and loose gear fran the area; and also with any outside contractor working within the plant property to renove, tie down, or otherwise secure his equipnent and material to keep it from blowing away. 8.4.9 2e Administrative Supervisor shall have all food storage facilities inventoried, a grocery list prepared and the necessarf food purchased and properly stored. Enough food shall be purchased for all operators, maintenance and guard personnel staying on site during the storm for several days. 8.5 When information is received that a Hurricane Warning has been issued for the area in which the plant is located: 8.5.1 Se Nuclear Plant Supervisor shall notify personnel as in 8.3.1 above. mis shall be classified as an Unusual Event unless there is reason to upgrade the classification to an ALEIE. 8.5.2 he Plant Security Supervisor will inform the Security Shift Supervisor to close the barriers to all unauthorized traffic. 8.5.3 2e Operations Superintendent - Nuclear or NL1 clear Plant Supervisor j shall verify that the following preparations are made: 1. Make arrangements for sufficient operating personnel to be at the plant during the hurricane in order to provide the necessarf coverage for several days during which the plant may be inaccessible. n,

3I 0 EMERGENCY PROCEDURE 20106, PAGE 7 NATURAL EMERGENCIES ~ 2. Fill condensate tanks, primary water tanks and refueling water storage tanks. 3'. When hurricane is less than 6 hours from the plant have portable bedding equipnent brought to the control room and/or cable spreading rom and other suitable locations. 7 4. Open and tag outdoor 480V receptacle circuit breakers. (See i attached breaker list, Appendix A). Issue clearance to Nuclear Plant Supervisor on all breakers opened. 5. As the hurricane approaches the site, and high winds begin, stop the vent fans listed below: l NCH'E: Fans may be operated on a selected basis as operating conditions dictate. l Spent fuel pit ventilation fan New fuel storage room vent fan Spent fuel pit heat exchanger room vent fan Containment purge supply and exhaust fans Auxiliary building supply vent fans Containment penetration cooling fans if not required 4160V Switchgear and 480V L. C. rooms vent fans Diesel generator room vent fans 6. Shutdown Amertap Systems, open and tag power supply breakers to all pugs and valves, clearance to the Nuclear Plant Supervisor. 8.5.4 he Maintenance Superintendent melear shall verify that the following preparations are made: 1. Close the following outside doors and roof hatches and inflate door seals where applicable. (1) Outside Doors: Cable Spreading Room to roof (through CRDM room) New Fuel Storage Ibom Spent Fuel Pits Cog. Cooling Water Surge Tank acom Door from Auxiliary Building to 'Ibrbine Area l 480V L.C. Ibms l 4160V Switchgear Iboms Doors to Holdup Tank enclosures Emergency Diesel Ibom doors Turbine and Auxiliary Building Chemical Storage Room Door from Aux. Building to No. 4 Cog Cool Water Fquip. Area Elevator vestibules i Containment Purge Supply Fan Room Inlet to No. 3 Ciarging Pung Rom fra Boric Acid Tank Area Intake Chlorinator Equipment House Beactor Control Rod Equipnent Boom (3B and 4B MCC Rooms) Electrical Panetration Ibcas and Enclosures Generator Exciter Switchgear Boons Radwaste Building Doors (East, West, and Ioading Ranp) i ---,.w oc -,---e-.- -m. g c ---e

O 3/26/81 EMERGENCY PROCELURE 20106, PAGE 8 NATURAL EMERGENCIES f (2) Roof hatches: RHR punp renoval hatches Evaporator Condensate Demineralizers lenitor Tanks Radwaste Building 2. Install stoplogs on plant ficod protection wall as follows: (Ref. to Dwg. No. 5610-SK<-289) By the Unit 3 4160V Switchgear Roca entrance By the Diesel Oil Storage Tank Dike Area By the Unit 3 and Unit 4 Main Transformers By ihe Unit 4 Steam Generator Feed Pung accm By the Unit 4 Blowdown Tank Ch the entrance to the Unit 3 Ccup. Cool Water Punp Area On the entrance to the Unit 4 Cong. Cool Water Pung Area By the Unit 3 and Unit 4 New Fuel Storage Area By the Unit 3 and Unit 4 T.ube Oil Reservoir Ch the entrance to the Unit 3 and Unit 4 Condenser Pits On the entrance to the Unit 3 and Unit 4 Spent Fuel Pit Heat Exchanger acons On the entrance to the Aux. Building Chemical Storage Area 3. Tie down, renove, or otherwise secure all loose equipnent, such as ladders, fire extinguishers and hose reels, waste containers, life rings, etc. 4. Store all chemical drums in the chemical warehouse, and oil drums in the oil house and/or chemical warehouse. 5. Verify that the gas cylinders in both gas cylinder storage houses are properly secured. 6. Renove vortex eliminators frcm the intake area, and clean the trash pit. 7. Dog the intake area gantry crane, the cask crane and the turbine deck gantry crane. 8. Install life lines between inportant operating areas of the plant in case personnel aust be sent to these areas during high winds. 9. Provide tarpaulins and ropes at various locations throughout the auxiliary building; also have on hand in the control center and cable spreading room an anple supply of plastic film (pliofilm).

10. Ensure that mechanics and electricians will be available at the plant during the emergency.

11. Provide portable dewatering punps at Condensate Punp Areas, Units 3 and 4.

= = 3/26/81 EMERGENCY PROCEDURE 20106, PAGE 9 NATURAL EMERGENCIES t

11. Close doors and vent openings on the elevator machinery room.

13. Wire shut all doors on outdoor MCC's, with insulated wire.

14. Take spare sug pue s to the Auxiliary Building.

15. Tie down intake trash rakes and hoists in such a manner that they are secure, yet readily available if needed.

16. When the vent fans listed in 8.4.3.5 are stopped, the following air intake, exhaust, or vent openings should be closed off.

Verify that the dangers of those openings equipped with dangers are locked in the closed position. Install protective covers where required, as follows: l Spent Fuel Pit Inlet Air Vents New Fuel Storage Room Fan Inlet Vent Spent Fuel Pit Heat Exchanger Roan Fan Inlet Vent Spent Fuel Pit Heat Exchanger Brxan Exhaust Vent Containment Purge Supply Fan Air Intake Auxiliary Building Supply Fans Air Intake Vent . Control Room HVAC Outside Air Intakes Control Ibcen HVAC Post MHA Emergency Fan Outside Air Intake 4160V Switchgear and 480V L.C. Roans Exhaust Fan Vents NLtclear shall verify that the 8.5.5 2e Operations Superintendent following preparations are made: 1. Bolt or otherwise secure the hatches on the chemical feed tanks. 8.5.6 2e Instrument and Control Supervisor shall ensure that I and C Specialists will be available at the plant during the emergency and shall verify that the following preparations are made: 1. Protect exposed vital instrumentation from the high winds and possible flying debris. 8.5.7 'Ihe Site Manager shall verify that required additional personnel have been notified and are available. 8.6 When information is received of the approach of a hurricane with winds up to design basis (225 aph) levels, the Nuclear Plant Supervisor shall declare an Alert and activate Emergency Procedure 20101, Duties of Emergency Coordinator, and Emergency Procedure 20103, Classification of Emergencies. Provisions of Step 8.5 shall also be followed. 8.7 When information is received of the approach of a hurricane with winds greater than design basis (225 nph) levels, the Nuclear Plant Supervisor shall declare a Site Area Emergency and activate Emergency Procedure 20101, Duties of Emergency Coordinator, and Emergency Procedure

20103, Classification of Emergencies.

Provisions of Step 8.5 shall also be followed. - e.. - - m -a -m n -wm e m.- m .-e p e --mw m -g ,m.q

EMEMENCY PROCEDURE 20106, PAGE 10 3/26/81 NATURAL EMEMENCIES t 8.8 When information is received that lower high water levels (50 year flood or low water) is anticipated in the area of the plant (but a Hurricane Watch is l not in effect): I 8.8.1 'Ihe Nuclear Plant Supervisor shall classify it as aa Unusual Event 1 l and activate Emergency Procedure

20101, Duties of Emergency Coordinator, and Emergency Procedure

20103, Classification of Emergencies.

8. 8. 2 If high water is anticipated but not high wind, those provisions of Step 8.4 shall be carried out which are directed toward concern for high water.

8.9 hhen flood, low water, hurricane surge, or other abnormal water conditions cause the storm drainage system to be exceeded, the Nuclear Plant Supervisor shall declare an Alert, and activate Emergency Procedure ;D101, Duties of Emergency Coordinator, and Emergency Procedure 10103, Classification of Emergencies. 8.10 When flood, low water, hurricane surge, or other abnormal water conditions cause vital equipment to fail, the Nuclear Plant Supervisor shall declare a Site Area Emergency and activate Emergency Procedure 10101, Duties of Emergency Coordinator, and Emergency Procedure 20103, Classification of Emergencies. l 8.11 When any earthquake has occurred as indicated on the seismograph, the Maclear Plant Supervisor shall classify this as an Unusual Event and activate Emergency Procedure :D103, Classification of Emergencies. 8.12 If any earthquake occurs greater than the Operating Basis Earthquake, the Nuclear Plan Supervisor shall declare an Alert and activate Emergency Procedure

20101, Duties of Emergency Coordinator and Emergency Procedure 20103, Classification of Emergencies.

8.13 When an earthquake occurs greater than the Safe Shutdown Earthquake,the Nuclear Plant Supervisor shall declare a Site Area Emergency and activate Emergency Procedure 20101, Duties of Emergency Coordinator, and Emergency Procedure 20103, Classification of Emergencies. 8.14 Stop all non-essential handling of radioactive materials and avoid releases of radioactive water to the environment during the duration of the emergency. 1 8.15 In the case of weather emergencies, wait until official word is received frcan NCAA through the System Operations Power Coordinator, that the causes of the emergency are over and that the threat to the area is over before terminating the emergency conditions. l l i l I i ~

EMERGENCY PROCEDURE 20106, PAGE 11 NAITJRAL EMERGENCIES l i APPENDIX A 480 VOLT RECEPIACLE LIST BREAKER NO. RECEPIACLE NO./IOCATION 30653 17 and 17a, Unit 3 Containment 30661 5, West End, Aux. Building E/W Passageway 30674 6, 6A and 6B East End and Exterior East Wall of Aux. Building (See Note 1) 30736 7, North End, Aux. Building N/S Passageway 30905 11 and 12, North End of Intake Area 30760 8, Unit 3 Cask Wash Area (See Note 2) 40653 17 and 17a, Unit 4 Containment 40903 15 and 16, Intake Area (at Traveling Screens 0870 9, South End of Aux. Building N/S Passageway 0871 10, Unit 4 Cask Wash Area (See Note 2) 10 23 13, Water Treatment Plant Area B1605 01, Radwaste Control Area, West Wall B1704 02, Radwaste N/S Passageway, North End B203 03, Radwaste N/S Passageway, South End Radwaste Building, outside East Wall at door to Control Area, welding receptacle B2067 Trash Conpactor Room (See Note 3), Welding Receptacle Panel 3.~ Skr 1 Two Receptacles outside North Wall and two outside East Wall of No. 3 4160 Switchgear Rocm Panel 3P14, Bkr 2 One Receptacle at SE Corner No. 3 Aux. Trans. Panel 3P14, Bkr 3 One Receptacle at No. 3 Bowser Filter One aeceptacle at West of 3A MSRH Cne Receptacle at SW Corner of Cond. Retubing Pit, Ground Iavel (See Note 4) Panel 3P14, Bkr 4 Che Receptacle in Aux. Feedwater Putp Area One Receptacle East of 3D MSRH Panel 3P14, Bkr 5 Che Receptacle, Turbine Deck, West Side between Units 3 and 4 One Receptacle under South End of Steam Platform Panel 3P14, Bkr 6 Cne Receptacle on Mezz. Iavel at Panel 3P14 One Receptacle at NE Corner of Turbine Deck Panel 3P14, Bkr 7 Che Receptacle at !M Corner of 'Ibrbine Deck i Panel 4P14, Bkr 1 One Receptacle at East Wall No. 4 4160 Rocm Panel 4P14, Bkr 2 One Receptacle at SE Corner No. 4 Aux. Transformer Panel 4P14, Bkr 3 Che Receptacle at South Side of Cond. Retubing Pit, Ground Iavel (See Note 4) One aeceptacle East of Bowser Filter One Receptacle West of 4A MSRH Panel 4P14, Bkr 4 One Receptacle East of 4D MSRH One Receptacle East of No. 4 S/G Feedwater Putp Room [ Panel 4P14, Bkr 5 Che Receptacle at SW Corner of 'Ibrbine Deck One Receptacle under South edge of Steam Platform Panel 4P14, Bkr 6 One Receptacle on Mezz. Iavel at Panel 4P14 Cne Receptacle on Ibrbine Deck, South of Control Room Door r

EMERGENCY PROCEDURE 20106, PA212 NA'IURAL EMERGENCIES APPENDIX A (cont'd) Apprentice Training Building - Iccal breakers en seven welding receptacles on exterior North wall. NOTE 1: Also provides power to B.A.E. tenporary punps. NOTE 2: Power supply to Emergency Spent Fuel Pit Cooling Water Punps NOTE 3: Power supply to trash'conpactors NOTE 4: Power supply to L.O. Reservoir Oil Renovators (Delaval) 9 l t l

\\ t FLORIDA POWER AND LIGHT COMPANY TURKEY POINT UNITS 3 AND 4 EMERGENCY PROCEDURE 20104 JANUARY 21, 1982

1.0 Title

EMERGENCY ROSTER 2.0 Approval and List of Effective Pages:

2.1 Approval

Change dated 1/21/82 Reviewed by PNSC January 21, 1982 Approved by d.4r Plant Mgr.-Nuc /M.fou a / 1982-. V V / Director of F-2 2-19 A Approved by /.8'Eng, Nuclear Energy 2.2 List of Effective Pages: Page Date Page Date Page Date ._[, 1 1/21/82 4 10/29/81 7 10/8/81 2 10/29/81 5 1/21/82 8 9/3/81 3 10/29/81 6 1/21/82 9 10/8/81 10 10/29/81 l

3.0 Scope

3.1 Purpose

This procedure provides the phone numbers of personnel involved with emergency response to be called by the Duty Call Supervisor and the Security Team Leader.

3.2 Authority

This procedure implements the Turkey Point Pl ant Radiological Emergency Plans.

4.0 Precautions

None

5.0 Responsibilities

l 5.1 The Quality Control Supervisor shall be responsible for pericdic l verification and updating of this procedure. i 5.2 FPL personnel in this procedure should notify the QC Supervisor when a change pertinent to information appearing in the roster occurs. -n s

.~ 10/29/81 EMERGENCY PROCEDURE 20104, PAGE 2 EMERGENCY ROSTER i \\ .0

References:

[ Turkey Point Plant-Radiological Emergency Plan 7.0 Records and Notifications: None

8.0 Instructions

8.1 Every plant condition which requires initiation of the Emergency Plan will e ( be classified as an Unusual Event, alert, site area emergency, or general emergency by the Emergency Coordinator, who will so inform the Duty Call . Supervisor. The Duty Call Supervisor shall follow the instructions below on who needs to be notified by him for each of the four categories. A list of the actual alternates and telephone numbers is attached in Appendix A. 8.2 Unusual Event 8.2.1 For all Unusual Events, the Duty Call Supervisor shall notify the following or their alternates t Emergency Control Officer l(J. W. Williams)l....(See Appendix A) Site Manager (H. E. Yaeger).. { Plant Manager - Nuclear (J. K. Hays).... NRC Resident Inspector (R. Vogt-Lowell). 3 I 8.2.2 For Unusual

Events, the Duty Call Supervisor shall call any additional plant management or supervision which he or the Emergency Coordinator deems appropriate to. provide asistance in remedying the condition.

8.2.3 In addition, when the Unusual Event is a hurricane warning, the Duty call Supervisor should call the following or their alternates, unless they have already been notified or are already on site. Security Supervisor (R. E. Garrett).. Operations Superintendent-Nuclear (D. W. Haase).... IE Maintenance Superintendent-Nuclear (J. P. Mendieta). Technical Supervisor (J. A. Labarraque) E I and C Supervisor (J. W. Kappes )..... Land Management Site Manager (E. F. Baker)..'.... 7 8.2.4 In addition, when the Unusual Event involves initiation of the Security Contingency Plar, the Duty Call Supervisor shall notify the Security Supervisor or his alternate unless he has already been notified or is already on site. 8.3 Alert i 8.3.1 For all Alerts, the Duty Call Supervisor shall notify the following or their alternates:

I 10/29/81 EMERGENCY PROCEDURE 20104, PAGE 3 ~ EMERGENCY ROSTER r ~ Emergency Control Officer 1(J. W. Williams)l.......(See Appendix A) Site Manager (H. E. Yaeger).... Plant Manager - Nuclear (J. K. Hays).......... (D. C. Bradford)(Commurgqggag{, Outage Coordinator (R. Vogt-Lowell).............. NRC Resident Inspector 8.3.2 For any Alert involving release of radioactivity to the environment, the Duty Call Supervisor shall notify the following or their alternates unless they have already been notified or are on site: Health Physics Supervisor (P. W. Hughes) (Radiation Team Leader Chemistry Supervitor (J.S. Wade)................f. 110N l 10 8.3.3 For any Alert, the Duty Call Supervisor shall call any additional plant management or supervision which he or the Emergency Coordinator deems appropriate to provide assistance in remedying the condition. 8.4 Site Area Emergency 8.4.1 For all Site Area Emergencies, the Duty Call Supervisor shall notify the following or their alternates: Emergency Control Officer l(J. W. Williams)l.......(See Appendix AL. Site Manager (H. E. Yaeger)...... (Q Plant Manager - Nuclear (J. K. Hays).......... WE 1 Outage Coordinator (D. C. Bradford)(Communicatoe.. I NRC Resident Inspector (R. Vogt-Lowell).............. Technical Dept. Supv. (J. A. Labarraque) (TSC Supv).) 8.4.2 For any Site Area Emergency involving release of radioactivity to the environment, the Duty Call Supervisor shall notify the following or their alternates unless they have already been notified or are on site: Health Physics Supervisor (P. W. Hughes) (Radiation g Team Leader) Chemistry Supervisor (J. S. Wade)................g \\TICil g 8.4.3 For any Site Area Emergency which might require site evacuation, the ~ Duty. call Supervisor shall notify the following or their alternates unless they have already been notified or are on site: Reactor Engineering Supv. (V. A. Kaminskas) (Assembly Area Supv). M Security Supervisor (R. E. Garrett) (Security p TeamLedh l Y 8.4.4 For any Site Area Emergency the Duty Call Supervisor 'shall call any additional plant management or supervision which he or the Emergency Coordinator deems appropriate to provide assistance in remedying the condition.

10/29/81 EMERGENCY PROCEDURE 20104, PAGE 4 ~ EMERGENCY ROSTER g k. 8.5 General Emergency 8.5.1 For all General Emergencies, the Duty Call Supervisor shall notify the following or their alternates: Emer. Control Officer l(J. W. Williams) l.........(See Accendi x A) Site Panager (H. E. Yaege r)..... Pl ant Manager-Nuclear (J. K. Hays)...... .....t Outage Coordinator (D. C. Bradford)(Communicator)... NRC Resident Insp. ( R. Vogt-Lowel l )............EXLYS. ,I Health Physics Supv. (P. W. Hughes) (Rad. Team Lg N e Chemistry Supervisor (J. S. Wade)..................... Reactor Eng. Supv. (V. A. Xaminskas) (Assembly Area Supy).... ( Security Supervisor (R. E. Garrett) (Security Team Leader)... ( Te'chnical Dept. Supv. (J. A. Labarraque) (TSC Supv).... ( 8.5.2 For any General Emergency the Duty Call Supervisor shall call any additional plant management or supervision which he or the Emergency Coordinator deems appropriate to provide assistance in remedying the condition. 8.6 Appendix B is the Security Team Leader's Call List of personnel who shall r be notified during an emergency. y' L 8.7 Appendix C contains miscellaneous phone numbers that may be needed during an emergency. e t i (

1/21/82 EMERGENCY PROCEDURE 20104.PAGE 5 l-EMERGENCY ROSTER .f APPE]4 DIX A DUTY CALL SUPERVISOR'S CALL LIST TITLE NAME PHONE BEEPER HOME l _ 0FFICE Emergency J. W. Williams Control Officer J. R. Bensen ( C. O. Woody i ' Radiological Duty K. N. Harris Officers H. N. Paduano R. J. Acosta D. K. James J. L. Danek -g u. l 1. If the Emergency Control Officer or his alternates cannot be reached, the appropriate Radiological Duty Officer should be contacted. The appropriate Radiological Duty Officer will be one of those listed above and is listed on the Power Resources Radiological Duty Officer Roster for the week involved. 2. The ECO Emergency Office (GO) telephone number is l

EMERGENCY PROCEDURE 20104, PAGE 10 EMERGENCY ROSTER _APPEN0!X C , ADDITIONAL USEFUL NUMBERS (cont'd) \\ ORGANIZATION TELEPHONE State Warning Point, Tallahassee ALTERNATE .g \\ I tuclear Regulatory Commission ALTERNATE NO. 1 ALTERNATE NO. 2 _] ALTERNATE NO. 31 Dade County Civil Defense or _ and ask for S'Eif t Commander i 0FF HOURS or _and ask for S'HTft Commander [ .( Monroe County Disaster Preparedness CFF HOURS RAFB Command Post Direct Line or or or Dade County Fire Rescue (( Randle Eastern Ambulance Coral Reef General Hospital t REEF Notification: Mount Sinai Hospital (Primary) Baptist Hospital (Backup) ist0SURE

• Division Load Dispatcher fa""***"

System Load Dispatcher l

10/8/81 EMERGENCY PROCEDURE 20104, PAGE 9 EMERGENCY ROSTER i APPENDIX C i ADDITIONAL USEFUL NU.MBERS j This section lists numbers, not included in any of the call lists, which may be of use during an emergency condition. FUNCTION LOCATION TELEPHONE l I l On Site Emergency Turkey Point Units 3 and 4 Control Station Control Room I On Site Energency Turkey Point Control Station Main Entrance Station 1 ] 1-Operational South Assembly Room Support Center Administration Building I.? \\ \\- St. Lucie Plant Unit 1 General Office Info. General.0ffice (business hours only) i l Assembly Area, Florida City substation L All Personnel 16100 SW 344 Street (Palm Drive) L.- l Technical Support Turkey Point Center SW of I and C Building l Energency General Office Power Resources Operations Facility Management Section ~~ l

9/3/81 EMERGENCY PROCEDURE 20104, PAGE 8 .t EMERGENCY ROSTER ,* k,9,.. (,- APPENDIX B SECURITY TEAM LEADER'S CALL LIST s l I TITLE PHONE l U. S. Air Force Sea Survival School Training Facility i I I I Bechtel Corporation i l.. Land Management (Cooling Canals) U.XEMPT gna_2m c.-- l TELEPHONE l TITLE NAME/ ADDRESS HOME l OFFICE l l i Land Management - lErveyoSatan.._ /.. l Site Manacerl s, Alternates: _ allmePM80M_DISCLOSRE, W L ll Glenn Wi.111ams 11 l l l t I f r 1 s.. l l

r EMERGENCY PROCEDURE 20104, PAGE 7 EMERGENCY ROSTER APPENDIX A l DUTY CALL SUPERVISOR'S CALL LIST (cont'd) , TITLE NAME PHONE / BEEPER l HOME ADDITIONAL PLANT PERSONNEL WHO IT MAY BE APPROPRIATE TO CONTACT Q. C. Supervisor D. W. Jones e Nuc. Operations Supv. V. B. Wager lStartuo Suot.-Nuclear J. E. Moore l l Training Supervisor K. E. Beatty Plant Manager - Fossil T. D. Burkett Oper. Supt. - Fossil C. L. Yates Plant Supervisor - R. C. Kosel Fossil Results Maint. Supt. - Fossil E. D. Whittenton b-- Plant Supervisor I - Fossil Operations J. H. Norman ,E ST$M 1 Nuclear Plant Supv. J. E. Crockford Nuclear Plant Supv. G. G. Jones Nuclear Plant Supv. f L. C. Huenniger ( Nuclear Plant rap. C. A. Coker Nuclear Plant Supv. T. A. Finn Nuclear Plant Supv. J. L. Whitehead Plant Engineer II W. C. Miller Quality Assurance - Turkey Point Plant S. M. Feith Plant Construction G. R. Gram f"

1/21/82 EMERGENCY PROCEDURE 20104, PAGE 6 EMERGENCY ROSTER l' A r APPENDIX A DUTY CALL SUPERVISOR'S CALL LIST NAME/ TITLE TELEPHONE H. E. Yaeger e J. K. Hays D. W. Haase l ( l J. P. Mendieta W. R. Williams, First Alternate J. P. Lownan, Second Alternate L. L. Thomas, Third Alternate J. W. Kappes, Fourth Alternate E. F. Baker P. W. Hughes J. Bates First Alternate r. T. S. Peck Second Alternate g_ { R. M. Brown Third Alternate J. S. Wade E. R. LaPierre First Alternate l R. A. Leineke Second Alternate R. E. Lindstrom D11rd Alternate V. A. Kaminskas R. G. Mende First Alternate I M. J. A11nian Second Alternate P R. E. Garrett I' D. T. Hunt First Alternate l R. G. Esposito Second Alternate J. A. Labarraque D. D. Grandage First Alternate E. A. Suarez Second Alternate D. C. Bradford lM. T. VanNoy First Alternate g' lL. G. Hess Second Alternate i R. Vogt-Lowell l _ _ _ _ _ _ _}}