ML20066C386
| ML20066C386 | |
| Person / Time | |
|---|---|
| Site: | Peach Bottom  |
| Issue date: | 09/07/1982 |
| From: | PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC |
| To: | |
| Shared Package | |
| ML20066C362 | List: |
| References | |
| PROC-820907-01, NUDOCS 8211090486 | |
| Download: ML20066C386 (89) | |
Text
. _ _ .._ _ _
- EP Index
, EMERGENCY PIAN PROCEDURES INDEX Page 1 Rev. 24
- l PEACH BOTICM UNI'JS 2 AND 3 09/07/82
- y ggggp / 1 :
Review Rev. Revision Nunber Title te No. Date g
M.*NMR EP-101 Classification of Emergencies 06/11/82 6 06/11/82 EP-102 Unusual Event Response 06/10/82 6 06/10/82 EP-103 Alert Respcnse 06/10/82 6 06/10/82 EP-104 Site Emergency Response 06/10/82 6 06/10/82
!~ EP-105 General Emergency Response 06/09/82 6 06/09/82 EP-110 Personnel Assembly and Accountability 04/14/82 0 04/14/82 EP-201 Technical Support Center ('ISC)
Activation 09/07/82 4 09/07/82
- EP-203 Emergency Operations Facility (EDF) Activation 09/07/82 4 09/07/82
- EP-205 Radiation Protection Team Activation 04/08/82 3 04/08/82 EP-205A Chemistry Sanpling and Analysis Group 05/25/82 4 05/25/82 e
EP-205A Operation of Post Accident
.1 Sampling Station 09/07/82 1 09/07/82
- EP-205A Obtaining Drywell Gas Sanples
.2 from Containment Atmosphere Dilution Cabinets 05/26/82 0 05/26/82 EP-205A Retrieving and Changing Sanple
.3 Filters and Cartridges from the Drywell Radiation Monitor During Bnergencies i
EP-205A 05/25/82 0 05/25/82 Obtaining Drywell Gas Sanples
.4 from the Drywell Radiation Mcuitor
, Sampling Station 05/25/82 0 05/25/82 EP-205A Obtaining Reactor Water Samples
.5 from Sanple Sinks Pollowing Accident Conditions 05/25/82 0 05/25/82 EP-205A Obtaining Canal Discharge Watar
.6 Sanples Following Radioactive Liquid Releases After Accident Conditions 05/25/82 0 05/25/82 EP-205A Obtaining the Iodine and -
8211090406 821102 DR ADOCK 05000 *
. 1 EP Index DERGENCY PLAN Pf0CEDURES INDEX Pag 2 2 Rev. 24
- PEACH BOTICM UNI'IS 2 AND 3 , 09/07/82
- Review Rev. Revision Number Title Dato No. Date
{
.7 Particulate Sanples from the Main
' Stack and Roof Vents Following Accident Conditions 06/04/82 0 06/04/82 -
EP-205A obtaining Liquid Radwaste Sanples
.8 frm Radwaste Sanple Sink Following Accident Conditions 05/25/82 0 05/25/82 EP-205A Obtaining Sanples from condensate
.9 Sanple Sink Following Accident Conditims 05/25/82 0 05/25/82 EP-205A Obtaining Off-Gas Sanples from
.10 the Off-Gas Hydrogen Analyzer Following Accident Conditions 05/25/82 0 05/25/82 EP-205A Sanple Preparation and Chamiel i
.11 - Analysis of Highly Radioactive Liquid Sanples 05/25/82 0 05/25/82 EP-205A Sanple Preparation and Analysis
.12 of Highly Radioactive Particulate Filters and Iodine Cartridges 05/25/82 0 05/25/82 EP-205A Sanple Preparation and Analysis of
.13 Highly Radioactive Gas Serples 05/25/82 0 05/25/82 EP.-205B Radiation Survey, Groups 04/08/82 2 04/08/82 EP-205C Personnel Dosimetry Bionssay ,
and Respiratory Protection Group 04/08/82 2 04/08/82 EP-206 Fire and Damage Team Activation 06/04/82 5 06/04/82 EP-206A Fire Fighting Group 06/04/82 3 06/04/82 EP-206B Emergency Repair Group 05/23/82 2 05/23/82 EP-207 Personnel Safety Team Activation 05/11/82 4 05/11/82 l
EP-207A Seardi and Rescue 04/14/82 2 04/14/82 l
EP-207B Personnel Accountability 05/11/82 3 05/11/82 EP-207C First Aid 04/14/82 2 04/14/82 EP-207D Personnel 140nitoring and {
Decontamination 04/08/82 2 04/08/82 i
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(~ Vehicle and Evacuee Control j ' EP-207E Procedare 04/08/82 0 04/08/82 l ,
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L6'~Lu'5B LrMSGENCY PIAN Ppnrww3tES INDEX Paga 3 Rev. 24
- PFXH BOTIOM UNITS 2 AND 3 09/07/82
- Review Rev. Revision I i
Nunber Title Date No. Date EP-207F Vehicle Decontamination Procedure 04/14/82 0 04/14/82 t EP-208 Security Team 04/01/81 0 04/01/81 EP-209 Telephone List For Bnergency Use 04/26/82 4 04/26/82 EP-209 Innediate Notificatitz Call List Appendix A 06/08/82 5 06/04/82 EP-209 Philadelphia'Electrf.c Appendix B Company Officials 07/23/81 1 07/23/81 EP-209 Peach Bottom Strcion Supervision Appendix C 07/13/82 5 07/13/82 EP-209 On Site Emergency Team Leaders Appendix D-1 07/13/82 4 07/13/82 EP-209 Radiation Survey Team Appendix D-2 09/07/82 5 09/07/82
- EP-209 Fire and Damage Team Appendix D-3 07/13/82 4 07/13/82 k
EP-209 Personnel Safety Team Appendix D-4 09/07/82 5 09/07/82
- EP-209 Security Team
- Appendix D-5 06/08/82 3 04/26/82 EP-209 Re'-Entry and Recovery Team Appendix D-6 06/08/82 2 04/26/82 i
EP-209 Technical Support Center Team Appendix D-7 07/13/82 4 07/13/82 EP-209 Corporate Emergency Team Leaders and Appendix E Support Personnel 07/13/82 5 07/13/82 EP-209 U. S. Government Agencies Appendix F 06/08/82 2 04/08/82 EP-209 Emergency Management Agencies Appendix G 06/08/82 2 10/16/81 EP-209 Conpany Consultants Appendix H 06/08/82 2 10/16/81 (k EP-209 Field Support Personnel Appendix I-l 07/13/82 7 07/13/82 i
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EP Index
., I!MERGENCY PIAN PpnnmRES DEEK Page 4 Rev. 24
- PERCH BOTICM UNI'IS 2 AND 3 09/07/82
- Review Rev. Revision Nunber Title Date No. Date I
EP-209 Chemistry & Health Physics Contractor !
Appendix I-2 Call List 09/07/82 5 09/07/82
Appendix K 07/13/82 3 07/13/82 EP-209 I m al PBCo Phones Appendix L 06/08/82 1 07/23/81 EP-209 DELETED DELETED Appendix M EP-209 Medical Support Groups Appendix N. , 07/13/82 4 07/13/82 EP-209 Staffing Augmentation - 50 Minute Appendix P Call Procedure 06/09/82 2 06/09/82 EP-301 . Operating the Evacuation Alarm and Pond Page System 04/01/81 0 04/01/81 EP-303 Partial Plant Evacuation 12/22/81 1 12/22/81 EP-304 DELETED j EP-305 Site Evacuation 09/07/82 4 09/07/82
- EP-306 Evacuation of the Information Center 05/25/82 2 05/25/82 EP-307 Reception and Orientation of Support
, Personnel 04/12/82 0 04/12/82 l' EP-311 Handling Personnel with Serious Injuries, Radioactive Contamination Exposure, or Excessive Radiation Exposure Dnergency Director Functions 04/08/82 3 04/08/82 EP-312 Radioactive Liquid Release (Emergency Director Functions) 04/01/81 0 04/01/81 l EP-313 Control of '1hyroid Blocking (KI) l Tablets 04/08/82 0 04/08/82 EP-316 Ctznulative Population Dose Calculations 05/06/82 2 05/06/82 f k EP-317 Direct Recomnendations to County
- 1
( . . DERGENCY PIAN PROCEDURES INDEX Paga 5
- " I Rev. 24
- PDCH BOTICM UNITS 2 AND 3 09/07/82
- Review Rev. Revision Nurober Title Date No. Date Emergency Management and Civil Defense Agencies 04/14/82 0 04/14/82 EP-318 Liquid Release Dose P21mdation Method for Drinking Water 05/06/82 0 05/06/82 EP-319 Liquid Release Dose Filn>lation m thod for Fish 05/06/82 0 05/06/82 EP-320 Procedure for Leaking Chlorine 03/12/82 1 03/12/82 EP-325 Use of the Containment ;
Radiation Monitor to Estimate Release Source Term 06/09/82 0 06/09/82 l EP-401 Entry for Emergency Repair, Operations, and Search and Rescue 04/08/82 3 04/08/82 EP-500 Review and Revision of Emergency Plan (FSAR Appendix 0) 04/01/81 0 04/01/81
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l cary EP-201 a'
- c' { a - Page 1 of 19 CGli}0L.
Rev. 4 mm .._. ECF:lhd N?Y
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,, - PHIIADELPHIA ELECTRIC COMPANY .
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PEACH BQFKH UNITS 2 AND 3 9,[_.__ **JilNCY3 PIAN IMPIIMENTING PIOCEDURE EP-201 'IECHNICAL SUPPORP CENFER' (TSC) ACTIVATICN PURPOS,,E To describe the instructicns and actions required for the activation, manning, and operation of the Technical Support Center (TSC) .
References:
Peach Bottom Atanic Power Station Emergency Plan NUPEG 0654 '
Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants.
NUREG 0696 Functicnal Criteria for Emergency Response Facilities APPENDICES
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EP-201-1 Equipcent Activation of Technical Support Center and Emergency Operaticms Facility
- 1 FP-201-2 Actions of First HP to Arrive at Technical Support 1 Center and Emergency Operations Facility EP-201-3 Acticos of First Test Engineer to Arrive at Technical Support Center and Emergency Operations Facility l
EP-201-4 Technical Support Center Organizaticn and Manning '
EP-201-5 Technical Support Center Facility Layout EP-201-6 Plant Status Board EP-201-7 Event Chronology Statur., Board EP-201-8 Offsite Ccmnunications Status Board EP-201-9 Staff Assigoment Status Doard EP-201-10 Procedure for Operation of TSC TV Monitors k' EP-201-ll Site Radiologica) Status Board
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EP-201 Page 2 of 19 Rev. 4
. EE:lhd EP-201-12 TSC Telephone Checkoff List ACTION LEVEL:
Activate the TSC when an event has been classified as an alert.
Site Emergency or General Emergency in accordance with EP-101, Classificaticn of Emergencies, or at the .31scretion of the Bnergency Director.
PRECUIONS: -
- 1. Verify TSC habitability prior to or during activation.
- 2. Maintain accountability of personnel and staff reporting to the TSC throughout the incident.
- 3. Ensure TSC ventilation system is operating and that air samples are taken periodically to measure potential airborne contanination
- 4. Ensure that pertinent actions and notifications are logged. An official log is located in the Technical Support Center and indicated as such.
PROCEDURE:
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I l IM4EDIATE ACTIONS:
i l.0 Emergency Director shall: l l
1.1 Assign one of the on-shif t I&C technicians to perform l the steps outlined in Section 2.0 of these TMiate Actions, l 1
1.2 Assign an individual the duties of Comounicator and direct the individual to perform the steps outlined in Section 3.0 of these Innediate Actions.
l 1.3 Direct the first HP staff member that arrives at the l TSC to perform the steps outlined in Section 4.0 ~
of these Innediate Actions.
L l 1.4 Direct the first Test Engineer staff member that i arrives at the TSC to perform the steps outlined lf n
in Section 5.0 of these Innediate Actions, 1.5 Obtain continuous status updates on plant conditions l
fran the Control Rocm and maintain a log of significant events and actions.
The log shall include at least the following:
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- a. Date and Time 4 e ...e 1
.--.-...-.,,.-_-....-...,--,..-_.._.-.-n - , . _ , - . . - , _ _ , . . - , _ _ , , , - - . - . ____,-_-__n__.. _
i I -
EP-201 Page 3 of 19 Rev. 4 EGP:lhd
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- c. Significant Actions 1.6 Provide briefings on the emergency and pertinent plant conditions to appropriate TSC staff upon their arrival.
1.7 Inform the Control Room that the TSC is operational upon ocupletion of steps outlined in Section 2.0 and 3.0 6f these Inmediate Actions.
1.8 Ensure that the manning and operation of the TSC is in accordance with the Follow-up Acticns of this procedure.
2.0 OrH3hif t Isc Technician shall:
2.1 Go to the guardhouse, pick up the emergency radio kit and emergency key ring, and proceed to Unit 1
.using cne of the dedicated Isc vehicles parked in the Coupany vehicle Area. Keys for these vehicles are in guardhouse.
2.2 Use attached Appendix EP-201-1 (posted copies of this appendix can be found on the
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first floor of Unit 1 by the entrance, inside door of EOF and inside door of TSC) to turn on lighting, HVAC, radiaticn monitors, and clW i circuit TV monitors in both the BOF and TSC.
2.3 Inform the Emergency Director when TSC/BOF equipent set-up is ocuplete and of any equipment problens.
3 2.4 Renain at the TSC as the Data Display Operator.
Man the TV camera station in the TSC and Perform any needed request from the Emergency '
Director. Use ndix EP-201-10 for TV l mcnitor operati natructions.
3.0 Emergency Director Connunicator shall:
3.1 Using Appendix EP-201-12 (TSC Telephone Checkoff List), verify ocununications capability exists from the Technical Support Center.
3.2 Inform the Emergency Director when the ocmuunications capabilities have been verified or of any discrepancies.
3.3 Man comunicaticms lines as directed by the Emergency Director and maintain a Ccumunications
('l Log containing information received from and sent to Emergency Centers and offsite agencies.
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. EP-201 :
Page 4 of 19 '
Rev. 4
. EGF:lhd The log shall include as a ;
minimisn the fcilowing information:
- a. Date and Time (use 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> time notation)
- b. Messages received or sent
- c. Name of person information was receiv or rent to
- d. Name and in',tials of person making engles ,
3.4 Inform the Emergency Director prouptly of all information received from site groups and offsite agencies.
4.0 First HP Staff Member shall:
4.1 Perform the steps outlined on Appendix EP-201-2 and report ocupletion to the Emergency Director.
Copies of Appendix EP-201-2 are posted on the first floor of Unit 1 by the entrance. Inside door of the BOF, and inside door of the TSC.
5.0 virst Test Engineer shall:
5.1 Perform the steps outlined on Appendix EP-201-3 and, upon completion, inform the Emergency Director that '1LD distributicn has begun.
Copies of Appendix EP-201-3 are posted on the first floor of Unit 1 by the entrance, inside door of the EOF, and inside door of the TSC.
! 6.0 Personnel Safety Tean Leader shall: ,
6.1 Provide necessary personnel and on-site radiation status.
6.1 Assign assistants as necessary to man the site Radiological Status Board.
6.3 Coordinate with the HP&C OSC for on-site radiation problems which develop.
i-FOLLOW-4JP ACPIONS:
1.0 Emergency Director shall:
1.1 Use attached Appendix EP-201-4 and l Appendix EP-201-5 to ensure thatthe TSC
( is adequately staffed.
I 1.2 Assign three individuals (test engineers w., - - - - - ------,y,,.,~------.---.-,..,-,-.-.w-, - , - . - , -,.__,.v.-. , -- --.--4 -, . - . - - . - -- , . - , , . - - - , , . . , , - - - - - - - .
.x-----.... . -
EP-201 Pag 2 5 of 19 Rev. 4 EGP:lhd
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or technical assistants) as Status Board Recorders:
- a. one individual for the Plant Status Board (see Appendix EP-201-7) .
- b. one individual for the Event Chronology Status Board (see Appendix EP-201-7) .
- c. ' cme individual for the Offsite Ccamunications Status Board (see Appendix EP-201-8) and Staff Assignment Status Board (see Appendix EP-201-9).
1.3 Direct the Status Board Recorders to Perform the steps outlined in Section 2.0 of these Follow-Up Actions.
1.4 Assign an individual (test engineer or technical assistant) to man the dedicated ccrmunication lines to the Control Room and Operations Support Center and direct the irdividual to perform the steps outlined in Section 3.0 of these Follow-up Actions.
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1.5 If necessary dispatch an individual (test engineer or technical assistant) to the Control Room to transmit requested Control Rocan parameters and information to the TSC.
1.6 If necessary assign an individual (clerical staff) as a Telephone Operator to man the telephone ccmsole in the EOF and direct the individual I to perform the steps outlined in section 3.0 of these follow-up actions.
1.7 Ensure that two individuals (instrtsnent/
control technician) are assigned as Data g Display Operators to man the TV camera 4
station in the TSC.
l 1.8 Brief the TSC staff periodically (normally every 30 minutes) on the status of the emergency and pertinent plant conditions.
1.9 Rely cn the Personnel Safety Team Leader for status as to contaminated or injured I personnel, site or local evacuations, and on-site radiological problem areas.
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2.0 Status Board Recorders shall: .
, EP-201 Page 6 of 19 Rev. 4
, EGF:lhd
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2.1 Set up the assigned status board given to you.
Format and content of the status board are given in the following appendices:
- a. Appendix EP-201-6, Plant Status Board
- b. Appendix EP-201-7, Event Chronology Status Bonxd
- c. Appendix EP-201-8, Offsite Comunicaticos Status Board
- d. Appendix EP-201-9, Staff Assignment Status Board
- e.
- Appendix EP-201-ll, Site Radiological Status Board 2.2 Contact the following individuals for the various status board information.
- a. Data Display Operators for plant status information
- b. Ccennicator to Control Eccm for event -
chronology information
- c. Emergency Director or Control Poca for offsite ocumunication information.
- d. Emerg<mcy Director for staff assigrunent
( information.
- e. HPEC OSC for site radiological status.
- f. Designated site evacuation assenbly area coordinator for evacuation information.
2.3 Post appropriate informaticn on assigned status baard and Iraintain a log record of all status board entries.
Transmit plant status information and event chronology information to apprcpriate Status Board Recorders at the E0F.
l l 2.4 Review and update the status board at least i
every 15 minutes and as changes in plant conditions ;
or information warrant. '
2.5 Inform the Emergency Director as significant I
changes in status board information are noted.
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3.0 Comunicators shall:
3.1 Man assigned comunication lines.
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3.2 Maintain a Comnunications Log containing inPannation received fran and sent to other
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EP-201 Pags 7 of 19 Rev. 4 EGb':lhd
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emergency response facilities and other support organizations.
The log shall include as a mininun the folloeing information:
- a. Date and time (use military time notification)
, b. Incoming / Outgoing
- c. Messages received or sent
- d. Name of person information was received frm or sent to
- e. Name and intials of person making entries 3.3 Inform the Emergency Director pronptly of all infonnation received fra or sent to meilbers of the emergency response organization or support organizations.
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- - - r, v.-- - - - . . ..- ,, - - - - - - - - - - - - - , - . - . - - - - , . - - - - , -
--- - - = ~ ^
. EP-201 Pago 8 of 19 Rev. 4
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APPENDIX EP-201-1 EQUIPMENT ACTIVATION OF TSC AND E T
- 1. Take the radios obtained from guardhouse and go to the Argency Operations Facility and cm second floor. Enter using key B92 78.
- 2. Go to the lighting paciels located just outside the north door. On Panel P-23 turn on Breakers 2, 4, and
- 6. On Panel P-43 turn on Breaker 5.
- 3. Go to Technical Support Center dcsor on third floor and enter .the roca using key PG-6. Leave the portable radios here. Plug in charger cord.
- 4. Go to lighting Panel P-47 located behind the status boards next to the copying machine and turn on all breakers labeled "TSC lighting."
- 5. Go to the Ventilatim Panel at the northwest corner of the Technical Support Center. Turn on the ventilaticm system using the procedure posted there.
- 6. Turn on the Particulate-Iodine-Noble Gas Monitor
, [ ' (PING) located at the northeast corner of the Technical Support Center using the procedure on the PING.
- 7. Turn on the 4 TV mcmitors and the video recorder located in center of the Technical Support Center using the procedure near the monitors. Notify the Unit 2 and 3 Control Rocan operators to energize the cameras and remove the lens covers.
- 8. Go to the 1st floor, and turn on the PING inside the entrance.
- 9. Turn on the 2 TV mcmitors located in tb! Emergency Operations Facility using the procedure near the monitors.
- 10. Return to the Technical Support Center, third floor, and man the TV camera station as directed by the Emergency Director. Inform Unit 2 and 3 Shift Stpervision that you harn energia.ed the Technical Support Center and the Emergency Operaticms Facility.
EP-201 Page 9 of 19 Rev. 4 EGF:lhd
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APPENDIX EP-201-2 ACTIONS OF FIRST HP 'IO ARRIVE AT TSC AND EOF
- 1. Go to the first floor by the Unit one entrance and inventory and prepare the Emergency Equipnent Locker.
- 2. Obtain the radios from the Isc technician in the Technical Support Center on the third floor. Leave these radios in the Emergency Operations Facility for the Field Survey Teams
- 3. Prepare the emergency TLD's in the green Radiation Emergency Equipnent boxes for use.
' bese boxes are located in the hallway leading the Alternate Chem. Lab. The TID's should inventoried and readied for use by -
those who enter the Unit One Emergency Centers.
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. EP-201 Paga 10 of 19 Rev. 4 ECF:lhd
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APPDIDIX EP-201-3 ACTIONS OF FIRST SEST ENGINEER 'ID ARRIVE AT TSC AND EOF
- 1. Go to the first floor by Unit one entrance and get emergency 'ILD's fra the Radiation Equipment lockers. If portable frisker is not already at Unit One entrance, get it frm the Emergency Operaticris Facility and set it up at the desk just inside the glass door.
- 2. Go to the first floor entrace of Unit One.
Distribute TLD to all personnel who possess emergency response roles. Log TLD NivnMrs versus names. This function shall be asstuned by a quard as soon as he is available.
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APPENDIX EP-201-4 TECHNICAL SUPPORT CENTER ORGANIZATION AND MANNIdG SITE __ ,,,,,,,,,___ ,,,, ,
EMERGENCY EMLAGENCY DIRECTOR COORDINATOR ,
-Communicator (s)
___ RADIATION PROT. TEAM TECHNICAL -Status Board Keepers l Lr.ADER ENGINEER l -Data Display Operators
! EMERGENCY FIRE AND -Telephone Operator (Swbd.)
l ANALYSIS DAMAGE TEAM l GROUP LEADER -Secretary a
l
-Message Router L________________________ PERSONNEL SAFETY /IN-PLANT l RAD. TEAM LDR.
EVAC. ASSEMBLY O
OPERATIONS ENGINEER (CONTROL ROOM) u r:
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Appendix ER-201-6 ?3APS PI *.:;7 SC-"S - UNIT NO. G
.. c XETER0 LOGICAL ?AR?J:ETE?.S - tire .
RADIOIDGICAL PARAMETERS P2 ACTOR PAFAMETERS - time cps ar/hr 1. A g. Wind Speed mph l
,1. Power 4 'l. Main Stack A g. Wind Oirecti.,a_ *(from) inches U/2 Vent Stack cyc mr/hr 2.
'2. Level , 2.
cpen nr/hr 3. A</g. Radiation rdg mr/hr
- 3. Pressure PSIG 3. U/3 Vent Stack *F
., 4 . D/W Rad Monitor R/hr 4. A;/g. Ambier.t Temp. *
'5. Refuel Flr Exh ar/hr 5. Precipitation '
C3NTAINMD*T PARAMET8RS_- time 6. Air Eject Off Gas nr/hr 6. Stability Class cpm 7. A<tg. Wind Speed (3207 )
'F 7. Radwaste Monitor
'. . : Torus Temp. 9. A ig. Wind Speed (75')
Drywell Teap. 'F 8. Main Stack Flow CFM
,0. CFM
.3. Dryvell Press. psig 9. U/2 Vent Stack Flcw
- 10. U/3 Vent St?.ck Plcw CFM
.: . Torts I.evel _
'3. Containment %02 _%H2 LEVEL CCNTR3L - time CbNTAISMES? COTrROL - time
,RCACTIVITY CONTROL - tire INJ UNAVAIL/ REASON i 'RHR TpRUS l TORUS D/W S/D UNAVAIL/
- .; vof rods not inserted past 05 l SYSTEM COOL SPRAY SPRAY COOL REASON
!F. W. A 8
'2* UNAVAIL/ REASON A iS3If INJ ,
B .
- C l B
' CRD A l C B l D l
- 3. SSIC Tank Level %
H?CI
- I PRESSURE CONTROL - tire RCIC e I EPSW l ON UNAVAIL/ REASON
! Bypass Valves Open _ ,. COND A
- 1. B A '
ABC D E FG H: JI K' L B
- 2. SRVS C I,OPEN l
C.S. A i C l i D l
.CIOSED i B C '
FOt.*ER SUPPLIES - time D ISOLATIONS ISOLATED /EXC2PTIONS L?CI A :
$20RCE SUPPLYING UNAVAIL/ REASON B k '
23FFSITE C -
30FFSITE D
- B '
e e t-3 C l Cg D ' *~
r-4
~ w l S3GTS ON UNAVAIL/ REASON COND TRANS c
~ MS A.
PCWER SUPPLY l REFUEL TRANS B
92o.s.143o.s. Diesel i UNAVAII4 -
3'JS gg,f r-1 TRAIN A x
~2 B E-3 '
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EP-201 Paga 14 of 19 -
Rev. 4 EGP:1hd
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APPENDIX EP-201-7 EVENT CHRONO [fGY STAWS BQp@D TDE EVINF EVENT NO.
4 4
EP-201 Pago 15 of 19 Rev. 4 EGP:lhd
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APPENDIX EP-201-8 OETSI'IE OCMUNICATIONS STATUS BGGD OnSI'IE TIME 00FDUNICATIONS RESPONSE /OOSENT O
e l
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EP-201 Page 16 of 19 Rev. 4 EGF:lhd
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APPENDIX EP-201-9 STAFF ASSIGNMENT STATUS BOMD TITLE NAME I4XATION
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Shif t Superintendent Shif t Supervisor Emergency Director Technical Engineer Personnel Safety Team Leader Fire /Dama,ge Team Leader Site Emergency Coordinator Health Physics / Chemistry Coordinator
( Radiaticn Protection Team Leader Dose Assessment Group Leader Field Survey Group Leader EOF Liaison
( Procedure Support Coordinator Planning Coordinator Mechanical Engineer Liaison Electrical Engineer Liaison Emergency Support Officer l
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ps e ee* @
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- .. . _ _ _ - - - . . L _ __.
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EP-201 Pagc 17 of 19 Rev. 4 EGP:lhd
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APPDIDIX EP-201-10 PROCEDURE FOR CPERATICN OF TSC/ EOF TV IONI'IORS
1.0 PURPOSE
1 The following procedure defines the required steps l for the operation of the Technical Support Center and Emergency Operaticns Facility TV monitoring of the Mai'n Control hacun.
2.0 SCOPE
This procedure is to be followed by all personnel who use the videcMncnitoring system in the Control Room.
3.0 REFERENCES
Operating instructions, controls for motorized zocan lenses. (Vicon Industries, Inc.) X85-780 6280-E-ll4-5-1
4.0 RIEPONSIBILITY
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The person (s) operating this equipnent shall be responsible for safe operation.
5.0 m m4JISn'ES: -
Person (s) operating this equipnent should have a knowledge of its operation in addition to reviewing the operating instructions, and should be very familiar with the layout of instrtanents in the control room.
6.0 PBOCEDURE
6.1 In the Emergency Operations Facility (2nd floor of Unit 1) turn on both controllers, as they act as :naster controllers for the controllers on the third floor.
6.2 In the Technical Support Center (3rd floor of Unit 1), turn on the four '1V mcnitors, and their associsted controllers.
6.3 Push 'close' button on iris a few short times to ensure proper lighting.
( 6.4 Joystick operates camera movement.
NOIE: Pan and tilt speed are a function
EP-201 Pag 3 18 of 19
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of how far the joystick is acwed away from the center ' rest' position.
6.5 Motor speed is determined by knob (cWoff).
NOIE: The motor speed not on the lens controller will have to be optmized ,
' for each individual carrera (for focus i and ,com it will be approximately mid-pot) . To get iris control, the speed pot must be fully clockwise.
NCHE 1: Fuse for all cameras is in the TIM panel in the control rom, inside the right door on the left side.
NOIE 2: Control Room TV camera siwtches are located at the base of each TV camera.
Swit& is labeled "ACPower Feed OrVDff".
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EP-201 Page 19 of 19 Rev. 4 EGP:lhd
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APPENDIX EP-201-12 -
TSC PHONE C.O.L.
Test Ring Down Phones:
HPEC OSC (Wall)
HOEOC 7th Floor Control Room Data Taker (Wall)
Control Rotzn (Table)
PA, MD, and 5 Counties Load Dispatcher Control Room (Wall)
NRC Red Phone White - Bureau of Rad. Protecticn Blue - PA, MD, and 5 Risk Counties Test Dial Phcnes for Dial Tone:
5625 C aputer Terminal 4626 Emergency Analysis Team Wall Phone 4627 Fire / Damage Team Leader 3
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4628 Emerg Analysis Teany*felecopier 4629 Technical Engineer
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4630 Emerg Analysis Team 4635 Emerg Director 4631 Emerg Director's Table 4632 Personnel Safety Team Leader 4633 TSC Status Board 4634 Data Display Operators 4321 Data Display Operators 4636 NRC Office I
NOIE: Inform the Personnel Safety Team Leader to l test the appropriate evacuation assembly
- . ring down phone when evacuation assembly area (PUB or North Sub Station) is manned, u
. ,, - ,, - - - _ . ,---.---.-__.w_ , - - - - ,, , _ , _ , _ ,__ _ _ - _ , _ _ _ _ _ . _ _ _ - , _ - , - - . - - , - .,, .- , , _ _ _
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Paga 1 of 9, Rev. 3
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[/M72 PHI A ELECTRIC COMPANY k
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"PEAOI BOPICH UNITS 2 AND 3 I
ENERGENCY PLAN IMPIEMENTING PROCEDURE Ciu :o l
EP-202 - Operations Support Centers (OSC) Activation PURPOSE To define the ai::ticns required by the Operations Support Center Coordinators for activating, manning and managing the Operaticns Support Centers (OSC).
REFERENCES
- 1. Peach Bottom Atomic Power Staticn Emergency Plan
- 2. Nureg 0654 Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants.
- 3. Nureg 0696 Functional Criteria for Emergency Response Facilities.
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10 CFR 20 APPENDIX EP-202-1 Operator OSC Phcne C.O.L.
EP-202-2 HP&C OSC Phone C.O.L.
EP-202-3 Operator OSC Assigrrnent Status Board EP-202-4 Operator OSC Plant Status Board EP-202-5 HP&C OSC Assignment Status Board ACTION IIV. EL s
Activate the Operations Support Centers when an event has t been classified as an Alert, Site Emergency or General Em&gency in accordance with EP 101, Classification of Emergencies. s ,
PRECAUPIONS
- 1. Maintain an official log of pertinent actions in each of the >
designated Operations Support Centers. An official log is in each of the OSCL and they are indicated as such.
- 2. Verify habitability of Operations Support Centers in accordance with the following limits:
Area Radiaticn Level less than or equal to 25 nR/hr
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, Paga 2 of 9, Rev. 3 EGFaljm
-9 C Airborne Contamination level less than or equal to 1 x 10 uCi/ac (as reccamended in 10 CFR 20) .
- 3. Two Operaticns Sumrt Centers exist. The Shif t Operators OSC is on 135', turbine building and the HP&C personnel OSC is on 116', turbine building. This prevents personnel and ccumunicatims problems between shift operators and HP&C personnel. Each OSC has identical ccumunicaticns capabilities.
- 4. Personnel shall log in and out of the Operations Support Centers in order to maintain personnel accountability.
- 5. The Operaticms Support Centers shall contain controlled copies of the Emergency Procedures. No extra radiation survey or emergency equignent need be at the center.
IEEDIATE ACTIONS 1.0 Interim Emergency Director shall:
1.1 At the Alert, Site Emergency, or General Emergency level (whichever occurs first), assign a ccmpetent operator as the Operator OSC (elev.
135' turbine building) coordinator. If available, an operator with
(. supervisory experience (SSV or Shif t Supt. type) should be used or called in per Appendix P of EP-209 call list to man this position.
2.0 Radiaticn Protecticn Team Leader shall:
2.1 Ensure that the HP&C OSC (elev.116' turbine building) is manned and supervised with competent Health Physics personnel af ter the occurrance of an Alert, Site Emergency, or General Emergency (whichever occurs first) . Assignment of an HP&C OSC coordinator is essential to properly handle all HP related emergency activities.
3.0 Operaticns Support Center Coordinators or designees shall:
3.1 Assign an ircividual the duties of Operations Support Center Ccumunicator and Status Board Keeper. Ensure that a log is available for the ccumunicator's use.
3.2 Direct the Operaticns Support Center Ccamunicator and Status Goard Keeper to verify operability of the ccmrenication systens as outlined in the attached Appendices. (See Appendix EP-202-2 for HP&C OSC and Appendix EP-202-1 for the Shif t OSC) .
3.3 Notify the Control Room when their respective Operations Support Center is manned and that ecmmunications are satisfactory or ;
unsatisfactory.
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Le=m Paga 3 of 9, Rev. 3 EGF:ljm 3.4 Procure equipnent and supplies necessary to assist in mitigating the emergency.
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3.5 Assign an individual to verify habitability of their respective Operations Support Center (as required) adhering to the criteria designated in step 2 of the Precautions above. Report the results of this verification to the Shift Superintendent.
4.0 Operations Support Center Ccununicator and Status Board Keepers shall:
4.1 Verify comunication capabilities exist in their respective Operations Support Centers by otsupleting the attached phone C.O.L.
appendices. Report results to OGC Coordinator.
4.2 Man the status board posted by the OSC Coordinator to ensure personnel and plant status is maintained in each OSC. (See Appendices for status boards) .
4.3 Log all pertinent actions in the designarM log book to maintain a formal record of all events pertinent to the OSC. Refer to OSC Coordinator for guidance or. what to log.
FOILOW-UP ACTIONS 1.0 Operaticns Support Center Coordinators or designees shall:
( l.1 Remain in contact with the Control Room or the Technical Support Center in order to provide assistance as needed by formuRL. ion of Emergency Teams.
1.2 Direct personnel entering and leaving their respective operations wpport Center to log in using the official log or the status boards.
1.3 Coordinate activities of their respective OSC. The operator OSC should coordinate with the Control Room and designated maintenance perscnnel to ensure local permits are pronptly ccanpleted to allow repair work if necessary. The HP&C OSC should coordinate with the TSC, Control Room, and all emergency team personnel to ensure proper HP support for all activities in the plant. In these cases, the HP will serve as the RWP.
1.4 Upon leaving their respective Operations Support Center for any l
reason, delegate his duties to the remaining senior operator or l technician.
1.5 Maintain working knowledge of radiaticn exposure each mertber of their respective OSC is receiving in order to maintain AIARA concepts during the emergency.
2.0 Operaticns Support Center personnel shall:
, 2.1 Upcn entering and leaving their respective operations support center log in and out in the designated log or on the status board.
Page 4 of 9, Rev. 3 EGPaljm l
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2.2 Ensure proper self-acmitoring of their own pocket dosimeters when i performing tasks during the energency.
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EP-202 Paga 5 of 9, Rev. 3
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APPENDIX EP-202-1 C.' OPERKNR OSC PHCNE C.O.L.
4 T=t Ring Down Pbcmes Initials Ccmtrol Room ,
HP&C OSC TZt Dial Phmes for Dial Tone 4
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0 5
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u;b!ti Page 6 of 9, Rev. 3 .
EGFaljm APP'2iDIX EP-202-2
Tst Rirs Down Phcmes Initials Technical Supt Center ,
Operator OSC .
Tcct Dial Phcmes for Dial Tone l' ,
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Dircrepancies:
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Page 7 of 9, Rev. 3 EGFaljm
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APPFNDIX EP-202-3 SHIFF OPERATIONS SUPPORP GNIER ASSIGENP STA1VS BQMD Time Job Descripticrt Operators Sent Maintenance Called Est. Return Time
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EP-202 Page 8 of 9, Rev. 3 EGrsljm APPENDIX EP-202-4 C. OPERATOEt OSC PIANP STATUS BOPJD LNIT TDE:
13 KV Bus 1: 2: HPCI:
Cond A: B: C: RCIC:
ReciIc A: B: SU2: .SU3: -
4 KV Bus El: E2: E3: E4:
Dic.sel A: B: C: D:
IHR A: B: C: D:
HPSW A: B: C: D:
Cora Sprzy A: B: C: D:
ESW A: B: ECW: ,
(--> A: B:
SBIf A: B:
SBGP A SBGP Filter Fans A: B: C: B SBGP Filter k
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Page 9 of 9, Rev. 3 ETaljm
( APPENDIX EP-202-5 HPsc OSC Assigrunent Status Board Thne Job Descripticn HP's Sent RCA Problems Est. Return Time
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"". EP-203
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I l ,,PHIIADIbHIA ELECTRIC ONPANY
" ' ' ' PFACH 'p0T104 UNI'IS 2 AND 3 jP//[#2-Off M DN--PNN IMPLEMENTING PIECEDURE 2
EP-203 EMERGENCY OPERATIONS FACILITY (IDF) ACTIVATION PURPOSE
'Ib describe actions required for the activation, manning, and operation of the Emergency Operations Facility (EOF).
REFERENCES
- 1. Peach Bottoni Atomic Power Station Emergency Plan
- 2. NUREG 0654 Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants.
- 3. NUBEG 0696 Functional Criteria for Emergency Response Facilities
( APPENDICES EP-203-1 Emergency Operations Facility Organization and Manning EP-203-2 Bnergency Operat_ ions Facility Layout EP-203-3 Plant Status Board EP-203-4 Event Chronology Status Board EP-203-5 Staff Assiganent Status Board EP-203-6 Headquarters Support Requests Status Board EP-203-7 Offsite Conrunications Status Board EP-203-8 Field Monitoring Data Status Board EP-203-9 Dose Assessment Data Status Board EP-203-10 Procedure for Operation of Emergency Operations Facility TV monitors EP-203-ll Activation Procedure for PING in Emergency Operations Facility ACTION LEVEL Activate the EOF when an event has been classified as a Site Emergency or General Emergency in accordance with EP-101, Classification of Emergencies, or at the discretion of the Site '
Emergency Coordinator.
1 DTIONS PREI' ,
- 1. Verify BOF habitability prior to activation.
- 2. Maintain accounting of personnel reporting to the EOF k throughout the incident.
Page 2 of 18, Rev. 4 BGPaljm
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- 3. Ensure EDF ventilatico system is operating and that air samples are periodically taken to measure potential airborne ocntaminaticn. I
- 4. Ensure that pertinent actions and notifications are logged.
PROCEDURE:
1.0 Designated Senior Engineer acting as the Interim Site Bnergency Coordinator shall perform the following actions until releived by the Site Emergency Coordinator or designated alternate.
1.1 Assign at least one individual (Test Engineer, Technical Assistant, or Junior Technical Assistant) the duties of comunicator and direct the individual to perform the steps outlined in section 2.0 of these innediate actions.
1.2 Obtain twcMiay radios from the I&C Technician in the Technical Support Center for the radiation survey groups. Additional radios are available in Comnunications Equipnent Room.
1.3 Obtain continuous status updates on 'clant conditions from the Control Roan or Technical Support Center and maintain a log of significant events and actions.
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l.4 Ensure that the manning and operation of the Emergency Operations Facility is in accordance with the folloimap actions of this procedure.
1.5 Provide briefings on the emergency and pertinent plant conditions to tha Site Bnergency Coordinator and appropriate EDF staff upon their arrival.
1.6 Inform the Control Room and Technical Support Center when the Emergency Operations Facility has been activated and manned.
2.0 Site Emergency Coordinator Conmunicator shall:
2.1 Verify connunications capability by ocupleting the telephone C.O.L. for EDF (Appendix EP-203-12) .
2.2 Inform the Site Emergency Coordinator or Interim Site Emergency Coordinator when comunication capabilities
! have been verified or of any discrepancies.
2.3 Man comunications lines as assigned and maintain a comunications log containing information received from and sent to other facilities 9
and organizations.
FOLIIM-UP ACTIONS f
1.0 Site Emergency Coordinator or Interim Site Emergency 1.-
, -. , , _ _ _ . _ . . _ . , . . _ - . . . . __...m., ,,,, , , , , , , ,,- ,__ _ , _ ._ , ,. _ _ _ . _ _ _ _ , . , , __ _ _ . _ , , _ . _ , , _ _ . _ . , . , _ _ _ . . , _ , , . - , . , . , , . . - _ . , ,
- EP-203 Page 3 cf 18, Rev. 4 EGPs,13m Coordinator shall:
1.1 Use attached Appendix EP-203-1 and Appendix EP-203-2
- to ensure that personnel required to man the EDF are in place.
1.2 Assign an individual (test engineer or technical assistant) as a Status Board Recorder for the Plant Status Board (see Appendix EP-203-3), and the Event Chronology Status Board (see Appendix EP-203-5) . Direct the individual to perform the steps outlined in Section 4.0 of these FollceUp Actions.
1.3 Assign an individual (test engineer or technical assistant) as a Status Board Recorder for the Ha=h=rters Support Requests Status Board (see Appendix EP-203-6) and Offsite Communications Status Board (see Appendix EP-203-7) and direct the individual to perform the steps outlined in Section 4.0 of these Follow-up Actions.
1.4 Assign an individual (instrument and control technician) as a Data Display Operator to man the W camera station in the EF. Wis data display operator should refer to Appendix EDP-203-10 for W monitor operation.
! 1.5 If necessary, assign an individual (clerical staff) as a runner to route information in the EDF and other appropriate facilities.
( l.6 If necessary, assign en individual (clerical staff) to perform, any typing and clerical work.
1.7 If necessary, assign two individuals (clerical staff) as telephone operators to man comunications equignent in'the EDF Comunications Equipment Room.
1.8 Assign at least one individual (test engineer) as a comunicator for the Site Emergency Coordinator to perform the actions specified in Section 5.0 of these Follow-Up Actions.
1.9 Upon conpletion of pertinent steps outlined in these follow-up actions, inform the Control Poom and the Technical Support Center that the Emergency Operations Facility is operational and manned.
1.10 Brief the EOF staff periodicially on the status of the emergency and pertinent plant conditions.
1.11 Direct the Cormunicator for the Site Emergency Coordinator to maintain a log of significant events and actions.
We above log shall include as a miniman the following information:
- a. Date and Time (L b. Significant Event
- c. Significant Actions Taken
- EP-203 Page 4 of 18, Rev. 4
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1.12 Direct the Ccumunicator for the Site Emergency Coordinator to Transmit all status board information to the Headciuarterc Bnergency
- Su,roort Center Status Board Recorder.
2.0 Radiation Protection Team Leader shall 2.1 Assign an individual (HP Technician) as a Field Survey Group Radio Catmunicator to maintain radio contact with Field Survey Teams.
2.2 Assign an individual (HP technician) as a Status Board Recorder for the Field Monitoring Data Status Board (see Appendix EP-203-8) and direct the individual to perform the steps outlined in Section 4.0 of these FollotM p Actions.
2.3 Ascign an individual (HP technician) as Telephone Cosmunicator to man appropriate ocmimunication lines assigned to the Radiation Protection Team Leader and perform the steps outlined in Section 5.0 of these Follow-up Actions.
3.0 Dose Assessment Group Leader shall:
3.1 Assign two individuals to perferm dose projection cal & lations
.at the EDF.
( 3.2 Assign an individual (HP technician) .ns a Status Board Recorder '
for the Dose Assessment Data Status Burd (see Appendix EP-203-9) and direct the individual to perform 1he steps listed in Section 4.0 of these follow-up actions.
4.0 Status Board Recorders shall:
4.1 Set up the assigned status board.
Format and content of the status boards are given in the following appendices:
- a. Appendix EP-203-3, Plant Status Board
- b. Appendix EP-203-4, Event Chronology Status Board
- c. Appendix EP-203-5, Staff Assigriment Status Board
- d. Appendix EP-203-6, Headquarters Support Requests Status Board
- e. Appendix EP-203-7, Offsite Cczmunications Status Board
- f. Appendix EP-203-8, Field Monitoring Data Status Board
- g. Appendix EP-203-9, Duse Assessment Data Status Board 4.2 Contact the following individuals for the various status teard i information.
- a. 'ISC Plant Status Board Recorder for plant status c information. ,
t ,
- b. 'ISC Event Chronology Status Board Recorder for event
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I EP 203 Page 5 of 18, Rev. 4 BGraljm I
( chronology information.
- c. Site Emergancy Coordinator for staff assignement information crd headquarters suppport requests,
- d. Emergency Director, Site Emergency Coordinator, or Control Room for offsite comunication information.
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- e. Field Survey Group Radio Comunicator for fisld monitoring data.
- f. Dose Assessment Group Leader for dose assessement data.
4.3 Post appropriate information On assigned status board and maintain a log of all status board entries.
4.4 Review and update the status board every 15 minutes and as changes in plant conditions or information warrant.
4.5 -Inform the appropricts coordinator, team leader or group leader of significant changes in status board information.
5.0 Camunicators shall:
5.1 Man comunication lines assigned. .
( 5.2 Maintain a Ccmunications Log containing information received from and sent to other emergency response facilities and other support organizations.
- a. Data a:xl tisde (use 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> time notation)
- b. Messages received or sent
- c. Name of person information was received from or sent to
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- d. Initials of person making entries
! 5.3 Inform the appropriate coordinator, team leader or group leader j prcunptly of information received fran or sent to members of the emergency response organization or support organizrtions.
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- F.EACTOR RAMETERS - time RADIO!M ICAL PARAMETERS - .: e XETER0LO3ICAL 8ARAMETL?.S - tir: _
_. ?ower % 1. Main Stack cps cr/hr 1. Abg.WindSpeed sph
- 2. Level inches 2. U/2 Vent Stack cIn ar/hr 2. Abg. Wind ;irecti,n '*(from)
- 3. Pressure PSIG 3. U/3 Vent Stack cpm mr/hr 3. Abg. Radiation rdg mr/hr
- 4. D/W Rad P.onitor R/hr 4. Avg. Ambier.t Temp. *F
- 5. Refuel Flr Exh nr/hr 5. Phecipitation "
C3NTAIN.s*ENT PARAMETERS - time 6. Air Eject Off Gas 6. Shability Class cr/hr l " . . iorus Temp. *F 7. Radwaste Monitor cIn 7. Avg. Wind Speed (320')
~. Drywell Temp. *F 8. Main Stack Flow CFM S. Avg. Wind Speed (75')
- 3. Drywell Press. psig 9. U/2 Vent Stack Flcw CFM
- . Torus Level 10. U/3 Vent Stack Flcw CFM
- 5. Containment 402 sh2 REACTIVITY C3NTROL - tine LEVEL CONTR3L - ti:.a CONTAINMENT CONTROL - time
- 1. #of rods not inserted past 06 l SYSTEM INJ, UNAVAIL/ REASON 'RER 'IORUS 'IORUS D/W S/D UNAVAIL/
- 'F . W . A : ,CbOL SPRAY SPRAY COOL REASON lS31C 1 INJ UNA. VAIL / REASON B A i
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- HPCI l PRESSURE CONTPOL - time RCIC
- 4
- 1. # Bypass Valves Open _ ,; COND A i ,
HPSW ON UNAVAIL/ REASON B l A
. 2. 'SRVS !A BiC D elf G H JlK L . C l. B E ! I C.S. A I C l I ; D l
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2:FFSITE C -
GRP II 30FFSITE D GRP III mM ev v I-l HPSW A l GRP IV g4 E-2 B i 1GRP V! o
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305 42o.s. #3o.s. Diesel # UNAVAIL SBT4 l B' g I-l C 4 E-2 TRAIN A a
. E-3 = B E-4
EP-203 Page 9 of 18, Rev. 4 EGP:ljm
(. APPINDIX EP-203-4 EVDTP CHRCtOIDGY STA'IUS BOARD EVENT TIME NO. EVENT
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.u-. . . . . . . . . . . . - - - - - . - _ = _ - _ _ _ = - _ - . _ -- - - - - _ _ _ -- -
EP-203 Page 10 of 18, Rev. 4
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- APPENDIX EP-203-5 STAFF ASSIGNENT STATUS BOARD I l
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TITLE NAME IDCATION Shift Superintendent Shift Supervisor Emergency Director Technical Engineer Fire / Damage Team Idr.
i Personnel Safety Team Ldr.
Site Emerg. Coord.
Health Physics / Chem. Coord.
Radiation Protection Team Idr.
Dose Assessment Group Leader Field Survey Group Leader EOF Liaison Procedure Support Coordinator Planning Coordinator Mech. Engr. Liaison Elec. Engr. Liaison Emergency Support Officer
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. _ _ _ - _ _ = _ _ _ _ - . . . . . . . .
- EP-203 Page 11 of 18, Rev. 4 EGFgljm
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APPHOIX EP-203-6 HEADQUARERS SUPPORT RBQUES,TS SR'IUS BOARD TIME SUBMITIED TO I'E M RESPONSE S MTUS
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%=_ _ =_______ .
EP-203 Page 12 of 18, Rev. 4 EFaljm
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APPDOIX EP-203-7 OWSI'IE COtMNICATICES STA'IUS BOARD OWSI'IE TIME OCNUNICATIONS RESPONSE /CONENT
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EP-203 Page 12 of 18, Rev. 4 BGr ljm
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APPENDIX EP-203-7 GTSIE C040NICATICNS SMWS BOARD OFFSIE TIME CXMUNICATIONS RESPCNSEVOCt9ENT
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EP-203 Page 13 of 18, Rev. 4 Map)n
( APPMDIX EP-203-8 FIE[D IGITORING DATA STATUS BOMD TIMs menTIm em w. sm 2 coeerr I
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EP-203 Page 13 of 18, Rev. 4 BGPaljm 1
( APPENDIX EP-203-8 FIELD }GITORING DATA STNIUS BOARD Tne IOCATION GMA SM 2
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. .. EP-203 Page 14 of 18, Rev. 4 BGPaljm i
( APPENDIX EP-203-10 PIOCEDURE FOR OPERATICN OF TSC/EDF W M2iI'IORS
1.0 IURPOSE
Se following procedure defines the required steps for the operation of the Technical Support Center and Emergency Operations Facility W u m itoring of the Main Control Room.
4
2.0 SCOPE
W is procedure is to be followed by all personnel who use the video-
, monitoring system in the Control Roan.
3.0 REFERENCES
- Operating instructicms, controls for motorized zoom lenses. (Vicon f
Industries, Inc.) X85-780 6280-E-114-5-1
4.0 RESPONSIBILITY
'Ibe person (s) operating this equipnent shall be responsible for safe operation.
5,0 PREREQUISI'IES:
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Person (s) operating this equignent should have a knowledge of its oper-ation in addition to reviewing the operating instructions, and should be very familiar with the layout of instruments in the Control Room.
6.0 PROCEDURE
6.1 On the second floor of the Unit 1 building, turn on both ocntrollers, as they act as master controllers for the controllers on the third
, floor.
6.2 On the third floor of the Unit 1 building, turn on the four W Monitors and their associated controllers.
6.3 Push 'close' button on iris a few short times to ensure proper lighting.
6.4 Jogstick operates camera movement.
NO'IE: Pan and tilt speed are a function of how far the jogstick is moved away from the center " rest" position.
I 6.5 Motor speed is determined by knob (ON/0ET).
NO'IE: Se motor speed not on the lens controller will have to be optomized for each individual camera (for focus and act. it will be approximately mid-pot). 'Ib get iris control, the speed pot must be fully clockwisa.
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NOIE 1: Fuse for all cameras is in the 'I1H panel in the control room, l
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- EP-203 Page 15 of 18, Rev. 4 EGFaljm I
inside the right door on the left side.
N7IE 2: Control room W camera switches are located at the base of each W camera. Switch is labeled "AC Power Feed CN/DFF.
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APPENDIX EP-203-ll ETIVATION OF ME ER6 PING-2A IN DE EMEi622CY OP 1.
OPEN FIONT PANEL BY 'IURNING BLACK 100BS COUN'IERC PULLING OUT.
2.
'IUEN " KEYBOARD" KEY CN (CIOCKWISE) .
3.
ACTIVA'IE PUMP BY PUSHING 'DE FOLIOWING SEQUEN PUMP, ON/+, EN'IER l
5 WIEN DE PUMP SER7S, CHECK PAPER PRIN'IOUT 'IO ENSURE DIAT A STNIUS CWDITION OF " NORMAL" FOR CHANNELS 1 HIRU 5 EXISTS, IF MES'IEP EVLION PRIN'IOUT DOES B OF HIO/CO-140. NOT SION " NORMAL" AND TIME PERM IF TIE PUMP FAILS TO START, GO 'ID HE GRAY CABINET IN DE E.O.F.
RECE.M BYAND OB'IRIN AN AC AIR SAMPLER AND PIDG IT IN'IO S DE PING-2A.
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. APPD OIX EP-203-12
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EDF PHONE C.O.L.
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Test Ring Down Phones:
Mtu".dy Run News Center HOECC - 7th Floor ~_ ,
'1SC Test Dial Phenes"for' Dial Tone:
S.E.C. -
S.E.C. Q}MNICATOR i
' NRC O EICE
1 j DOSE ASSESSISTP GROUP LEADER i
- DOSE ASSESSMENT GIOUP t
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} RAD PFOlu.'.nON 'IEAM LEADER t
,,- . RAD PFOlu nON 'IEAM
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, ELECT. DG. LIAISON
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Ring Down - DO NOT 'IEST:
4 NRC RED PHONE I BwE - MD. & 5 COUNTIES MII'IE - PA. BUR. OF RAD PROUTTICN <
YELIIM - MD. & 2 COUNTIES GREEN - ND. DEPT. OF HEAL'111 AND PA. BRP.
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.1EIIADELPHIA ELECMIC CMPANY 7/7/f2 n an w."- PEACH BOTIM UNITS 2 AND 3 cf PIAN IMPIDENTING PIOCEDURE 4 t-EP-205A.1 OPERATION OF POST ACCIDENT SAMPLING SMTIN PURPOSE The purpose of this procedure is to provide guidelines for ccmsideration prior to, during and after obtaining i sanples from the post accident sampling station following i
accident conditions.
REFERENCES f
P&ID M37A, M372, M361, M316, M362 l l .
- l EQUIPMENT l
l i Appropriate Health. Physics Survey Equipnent l Air Sanpler (low volune) i Respiratory Protective Equipment i Anti-C Clothing
! Digital Alarming Dosimetry j j ( Gas Vial Sanple 'Ibbe I i Iodine & Particulate Sanple Assembly I 14.4 Gas Vials and Caps l Liquid Sanple Bottles and Caps l 10cc Syringe with Stoplock l Silver Zeolite Cartridges l 47 nun Particulate Filters '
- Small Bottle of Demin Water s Large Volume Cask l Small Volume Cask l Gas Sanple Cask i
Finshlight Mitror Watch with Secondhand Plastic Bag & Pole to Transport Cartridges D PRECAUTIONS
, A. In all steps of this procedure, an ALARA vcE% is i' mandatory. This procedure provides some philosophy in .
pro-planning sampling evolutions for sanples daring an i accident. In addition to reviewing this procedure, an j'" ALARA review of the sampling process should be performed
! prior to obtaining the sanple. If the sanple is not really h' needed, and lower dose methods exist to determine the t
. gross data that the satple provides, the sanple should not
(, be obtained.
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B. At no time may NRC exposure limits (either airborne or body dose) be exceeded during the sorveying for sanpling or obtaining the sanple. If it appears that an overexposure could reasonably occur when obtaining the sanple, do NOT proceed without written NRC approval.
PROCEDURE:
- 1. It has been determined that a drywell at.s 6piere, torus atmosphere, reactor building atmosphere or primary coolant suple is needed from the post accident sanpling station.
, 2. 'IWo pt.ths are reccanended.
A. Entering the normal turbine building 116' plant entrance , up the turbine building stairs to the
- M<> set room.
Time = Approximately 3 minutes.
B. Entering the roll up doors on the north end for Unit 3 or south end for Unit 2, up the turbine building stairs to the M-G set room.
Time = Approximately 3 minutes.
- 3. Have a Health Physics, Technician am--sny the Chemistry Technician assigned to obtain samples in order to perform area surveys. Brief Health Physics & Chemistry personnel cn the route to be taken and the time to get to the sanple point.
- 4. Health Physics personnel shall take appropriate survey equipnent and protective equignent (e.g.
SCBA gear, anti-C's, etc.) . Before making entry to the Power Block, ensure survey equipment is turned on and calibrated. Chemistry personnel shall make initial entry to assist with the survey and to valve in grab sanple point.
- 5. Upcn entering the Power Block, the surveyor (s) will note trends in general radiation levels enroute to the sanple point. If dose rates exceed 10 R/hr ganna or 10 rad /hr beta prior to arriving at the point
- specified below and upon further investigation this dose rate remains cumble or increases, exit inanediately and report to Health Physics Supervision.
- 6. If the dose rate at any door that has to be opened 5
is greater than 5 R/hr, leave the area innediately and report to Health Physica Supervision with this information.
With the dose rates less than 5 R/hr, enter the area
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- 7. The following are the times required to obtain sanples Drywell or Tbrus Atmosphere 15 Minutes Reactor Building Atmosphere 5 Minutes Primary Coolant Jet Pung 10 Minutes RHR 15 Minutes Use the appropriate apjaxlix for the desired sangle Appendix A.1 14.4m1 gas sanple from, drywen, torus or reactor building a+=phare.
Appendix A.2 Iodine and/or particulate sanple from drywell, torus or reactor building atmosphere.
Appendix A.3 10cc sanple of reactor water and/or dissolved gas sasp)e.
Appendix A.4 . loc reactor water sanple with 100:1 dilution.
Appendix A.5 Flushing the liquid and dissolved gas system.
Appendix A.6 Draining the trap, stmp and conector.
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- 9. Prior to the sanple entering the hot lab, any shielding, remote tooling or other protective measure shan be in place and ready to accept the sangle.
- 10. Upon introducticn of the sanple into the hot lab, the
- sanple will be handled in a manner such that it win cause an AIARA whole body dose to personnel involved.
Unnecessary personnel shall not remain in the hot lab.
- 11. Properly in place and shielded, the sanple win be g processed remotely (where cxl when possible).
Careful handling of the sample is mandatory in
- preparation for analysis so contamination is not l
spread, airborne problems are held to a minimum, and a new sanple is not required.
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- 12. Following final analysis of the sample, results sh*H be reported to appropriate supervision.
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APPENDIX A.1 14.4 ML GAS SAMP2 PREREQUIS,I'IES:
- 1. System lined up in accordance with C.O.L. S.19.1.
- 2. Have shift line up CAD system for desired sanple. '
Sanple Unit.2 Unit 3 Position
'Ibrus 5960A Open ,
5961A Closed 5966A Open 9101 Open 5951B Open
'Ibrus 49600 Open 4961D Closed
-4966D Open 8101 Open 4951B Open -
Upper 5960B Open Drywell 5961B Closed 5966B Open ,
9101 Open
( 5951B Open Lower 4360C Open Drywell 4961C Closed 4966C _Open 8101 Open 4951B Open
- 3. Have shift place control room switch for the sampling station in the local position.
- 4. _ Obtain the key to the control panel power from Shift Supervision.
- 5. If heat trace is desired for the CAD sanple lines I or common gas line, press the heat trace reset buttro on the castrol panel in the M-G set room. 'Ihis will turn on the heat trace system, however to turn the system off, the breaker OY64 in the reactor building nust be turned off then on again. Use-l the f. eat trace only when absolutely necessary. -
If heat trace is used wait until the. system reaches operating tenperature before taking a sample.
PBOCEDURE:
- 1. Drain the system per Appendix A.6.
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- 2. With the sump drain system switch in the off position
I EP-205A.1 Page 5 Rev. 1 '
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place swit& HO-700 (liquid / gas selector) in the gas
, position. Open N2 bottle valve and regulate to approximately 100 psig. Make sure the gas ctiiller E-703 is on.
- 3. Install the gas filter drawer into position. If a particulate / iodine sample will be obtained later, make
- sure that the desired filter cartridges are properly installed in the cartridge retainer.
- 4. Wrn switch HC723 (gas sanple selector switch) to position 3 if a reactor buildiag atmosphere saiple is desired. If a torus or drywell at.gusgere sample is desired, turn to position 1 and open the r=mnr1 gas line isolation valve.
Unit 2 Unit 3 SV8108 SV9108
- 5. Placc a standard 14.4 milliliter c2f gas vial h to the gas vial p itioner, slide the positioner into the g u port.. Caserve that the bottle status light changes from red to green.
( 6. Wra the 10 ML gas sat le switch HC-705 to position 2 and circulate gas for a period long enough to assure that the sanple liras are flushed out with gas being sanpled. Se miniman time required is 5 minutes.
Be sure that the flow as read by the rotameter thru the sanple enclosure windcw is in the expected range of 25 to 35 SCEM. Record flow and flush duration on data sheet.
- 7. Wrn HC-705 to position 3 and evacuate the off gas vial. Record pressure of the evacuated vial PI-708 on the data sheet. Make sure the vacuum in the gas vial reaches a stable mininun reading.
- 8. Turn HC-705 to position 4, "Take sanple". Make sure that PI-708 does not change. (If pressure changes l
significantly, it may indicate a system leak.)
- 9. PreEs the HC-720 button to obtain the sanple. Keep button depressed until a steady pressure is reached.
(Approximately 5 seconds.) Record pressure from PI-708 on data sheet. W is pressure should correspond to actual pressure of sample being obtained.
Record sample tenperature TI-724 on data sheet.
( 10. Wrn HC-705 to pos). tion 5 " flush system" and flush for approximately 1 minute.
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- 11. Turn HC-705 to position 6, 7, and 8 tNn straight up to off.
- 12. Remove gas vial keeping it & maximum distance 'from the individual. Insert vial into gas vial cask.
Close and latch vial cask.
- 13. Take the suple to the appropriate lab for futher dilution and counting.
- 14. Calculate suple voltane at-the suple, pressure as recorded in step 8.
Vs = (14.7) (14.4) (T P + 460)
(530) (P PSIA)
- 15. Perform the drain of trap, sump and collector per Appendix A.6
- 16. If this is the last cample required, turn all switches to the upright and "off" position befcce turning "off" power. Return system val.ves to ormal position. Return key to Shift Supervision.
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14.4 ML Gas Sample
- 1. Sanple Source Date Time
- 2. Sanple Flow FI-725 (scfh)
- 3. Flush Duration (Min.)
- 4. Absolute. Pressure of Vial PI-708
- 3. Final Sanple Pressure PI-708
- 6. Sanple Tenperature TI-724 ( F)
- 7. Calculated Sanple Voltane V = (14.7) (14.4) (T F + 460)
(530) (P PSIA)
Note: Pressure gauge PI-708 on Unit 2 are in psig while those in Unit 3 are psia.
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APPENDIX A.2 IODINE / PARTICULATE SAMPIE l
h idu:.Kt4)UISITES:
Same as Appendix A.1 I
PROCEDURE:
- 1. Drain the system per Appendix A.6.
- 2. With the sump drain system switch in.the off l position place switch HC-700 (liqui 4/ gas selector) in ths gas positicn. ,
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- 3. Put the desired filter cartridge (s)into the cartrdige retainer. Put the cartriGge retainer into the gas filter drawer. %en put the drawer into 4
the sanple station and verify drawer position light 1 is green. '
- 4. Dacide whether a timed or non-timed sanple is !
desired. If a high acitvity condition exists, a timed saaple should be taken.
( 5. Open N2 bottle valve and regulate to approximately l 100 psig. Make sure the gas chiller E-703 is on. ,
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- 6. 'Ibrn gas sanple selec_ tor switch HC-723 to desired sanple source.
- 7. Open cm man gas line isolation valve, if a torus or drywell atmosphere sample is desired.
Unit 2 Unit 3 l
l SV8108 SV9108
- 8. Turn the iodine cartridge sample switch HC-712 to position 2 and circulate gas for a period lcng enough to assure that sample lines are flushed out with gas being sanpled. Mininun flush time is approximately 5 mintues.
- 9. Be sure flow as read by rotometer is in the range of 25 to 35 SCEM.
! 10. Record the flow FI-725, pressure PI-727, PI-726
' (located at sample station) and temperature TI-724 (located on control panel) on data sheet.
( 11. W rn HC-712 to position 3. 'Ibe sanple gas will -
l start to flow thru filter cartridge. On data sheet
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( I record PI-727, PI-726, FI-725 and sanple duration in seconds.
- 12. 'Ib take a timed sample, turn HC-704 to yes position and set timer KC-712 between 0 to 30 seconds. Make sure time is short enough that the activity on the filter will not be unnecessarily high. Observe RI-704 I reading to determine if there is a rapid activity buildup. l
'1his reading will also include non-absorbing gases. Note whether sanpled was timed or untimed on data sheet. Also note timer setting if timed.
- 13. After appropriate time has elapsed for either timed or untimed, turn HC-712 to position 4. A vacu m will be quickly dram on the system.
- 14. After approximately 10 seconds, turn HO-712 to position 5 which will purge the system with air or nitrogen. Purge for at least 20 seconds or until RI-704 is stable. Record RT-704 on data sheet.
- 15. Rotate HO-712 to up and off position. Turn other switches off. Remove filter cartridge and put the retainer in a plastic bag. Tape bag closed. Put drawer
, back into sample encloser. Use a pole or rope to increase
( distance while transporting.
- 16. Perform drain of trap, sep and collector following Appendix A.6.
- 17. If this is the last sample required, turn all switches to the upright and "off" position before turning "off" power. Return all system valves to the normal position. Return key to Shift Supervision.
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MPG:lhd Iodine / Particulate Sample
- 1. Sanple Source Date Time
- 2. Orifice Size 3.0
- 3. Flush Time in Minutes Minutes
- 4. Sanple Flqw FI-725 (Not thru Cartridge)(scfh)
- 5. Tenperature TI-724 ( F) ,
- 6. Pressure PI-726
- 7. Pressure PI-727
- 8. Pressure PI-726 (Critical flow thru cartridge)
- 9. Press'ure PI-727
- 10. Flow FI-725 scfh
- 11. Timed Sanple - Yes or No
( 12. Flow Duraticn Seconds
- 13. Radiaticn Levels RI-704 !
Note: When critical flow is obtained through the cartridge assembly, a flow of 3.0 liters per minute + 15% is achieved. 'Ihis is true as long as PI-727 Ts at a minimum of 12 inches mercury vacuum.
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APPENDIX A.3 IARGE LIQUID SAMPLE AND/OR A DISSOLVED GAS SAMPLE PRFREGJISI'IES:
- 1. System lined up in accordance with C.O.L. S.20.1.
- 2. Obtain the key to the ocmtrol panel powe;: from Shift Supervision. 1 M' .
- 1. If the RHR line is to be used. Have the shift open the NHR sanple line velves.
Unit 2 Unit 3 AO 8098A AO 9098A A Line -
AD 8099A AD 9099A AD 8098B AD 9098B B Tdne AO 8099B AO 9099B
- 2. Perform the drain and blow out operation per Appendix A.6.
- 3. Open the N2 bottle valve and regulate to -
approximately 100 psig.
- 4. Check that the demin water tank is full.
Open the demin water discharge valve and the nitrogen inlet valve. Verify that the demin water tank is at approximatley 100 psig.
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- 5. Open the Krypton gas bottle valve and regulate to 2-3 psig. Record pressure.
- 6. Slide the lead shield drawer out so that the needles under the sample station enclosed are exposed. Inspect the needle with a mirror and .
a flashlight. 'Ibe liquid sanple needles will.
penetrate the alumintsn retainer without damage.
('Ibe longest part of the needle shall be positioned tcward the center of the sangle vial).
- 7. Remove lead stopper from large voltzne cask and put a 15 ML sample bottle with an outer altaninum retainer ring and a neoprene cap into the large cask.
Note sample bottle nust fit snugly in the holder and l be vertically aligned. If necessary, place small pcri under sample vial. With cask in fully lowered i
( position, roll cask into position under the sanple l station. l i
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- 8. Using the hydraulic pump start raising the cask checking for proper alignment. Stop punging when top cask ring is inside and the large volume cask is just touching the bottom of the saple station (if cask is not aligned properly, lower and reposition).
1 Maintain the forks in the same direction as us used during the initial cask positicning. Place the gas vial in the holder and insert into the dissolved gas sa@le~ point.
- 9. Check that the contaol panel is on. .Wrn HC-700 switch to liquid mode. W rn HC-626 to position 2 (jet pump line) or positica 4 (RHR).
- 10. Push the plunger down that causes the sangle bottle to be raised out of the cask and up onto the two needles. Note that the bottle in light will change from red to green. Note also that the
- dissolved gas sanple light is green.
- 11. W rn the liquid sample source selector switch HC-626 to position 1 for jet pwp bypass line sanple or 5 for RHR sangle. ,
( If RHR sample is desired, close the sanple line valves to feedwater sample sink.
Unit 2 Unit 3 _
AD 8110A AO 9110A AO 8110B AO 9110B
- 12. Wrn HC-616-1 small volume sanple switch to off. (position 2)
- 13. FI-664 on ccatrol panel should be approximatley 1 gpn. PI-661, TI-660, CI-663, and RI-665 should start to have meaningful values.
- 14. Adjust PCV-627 so that the flow on FI-664 is at least 1 gpn. Continue this flow for a long enough period to be assured that the sample lines are flushed out with liquid being sampled.
Note: Record the flow from FI-664 and flush time on data sheet.
- 15. When flush is ocupleted, turn HC-626 sanple source
, selector switch to position 2, if the reactor valves were previously positioned for a jet pump sample or
( position 4 if valves were positioned for a RHR sanple.
Adjust valve ECV-627 for a flow of .3 gpn (to adjust
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i PCV-627 use PCV-627) .
- 16. Ern the dissolved gas and liquid sample system switch HC-601 to position 1 and observe that F-701 starts and valve CV-622 rotates.
- 17. Wrn switch HO-601 to position 2. Observe that P-601 starts.
- 18. Record the foHowing on the data sheet:
Flow FI-664
- Pressure PI-661 -
Tenperature TI-660 Conductivity CI-663 Radiation RI-665
- 19. Ern switd1 HC-601 to position 3 to isolate the sanple and start the dissolved gas separator.
Leave in this position for apprc.ximately 10 seconds.
- 20. ,Wrn HO-601 to positial 4 to inject tracer gas into valve CV-615. When the valve is rotated during the next step the tracer trapped in the passage of the ban valve win be inserted in the
( sanple flow loop. Leave in this position for approximately 10 seconds. m ad and record the tracer gas supply system pressura ao tracer gas can be acx:urately calmlated. We flow of tracer gas should be very small so that pressure drops in the line and valves win be insignificant.
- 21. Note: If it is not desirable to introduce tracer i gas, turn HC-601 to position 5 quickly and valve win not rotate.
Wrn HC-601 to position 5. Let see of the dissolved gas separets frm the liquid.
- 22. Read and record initial pressure PI-662.
' 23. Wrn HC-601 to position 6*. PLunp P-601 stops and CV-653 opens relieving liquid loop pressure.
- Note: Do not leave HO-601 in position 6 for more than 5 seconds.
- 24. Wrn HC-601 to position 7. %is win bring the rest of dissolved gas into V-610. Leave in position for 10 seconds.
' 25. Read and record PI-662 on P-1. %is win be the approximate pressure of the liquid loop.
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- 26. Wrn HO-601 to position 8 and again open "
CV-653 (for no more than 5 seconds) . Dissolved gas win rise to hold up cylinder V-610 and then into conection chamber V-662.
- 27. Turn H0-601 to position 9 to get ready to take the dissolved gas sanple or to relieve the collect chtaber pressure. Pmp P-601 win stop so that if the relieve pressure option is next eurcised record PI-662 as P2 tm data sheet as this is the pressure of the liquid emple loop.
- 28. 'Ib take the dissolved gas sanple switch HO-652, win be used. When E-652 is turned clockwise to gas sanple, the pressure as indicated by PI 662 will decrease while the dissolved gas is drawn into sanple bottle. Turn HO-652 to gas sanple and hold for at least 10 seconds until PI-662 is very steady.
%en release H0-652 and it win spring back to center position. 'Iurn HC-652 again to gas sanple. Verify equalized pressure and read PI-662. Record the steady pressure as P3 reading on the data sheet.
- 29. As an alternate to step 27, when a dissolved gas
( sanple is not desired, it is only necessary to relieve the gas pressure back to the suppression pool by rotating swtich HC-652 counter cloc>. wise to the relieve pressure position and hold it while watening PI662. The pressure'will equalize rapidly.
- 30. If a large volume liquid ranple is desired, turn HC-601 to position 10. (If 3arge volme liquid sanple is not & sired, turn HO-601 to off position very quickly). HC-629-1 must be pushed and held for 10 seconds or more for liquid to be drawn into .
sample bottle. If a liquid sample was not desired, turn the switch HC-601 to the off position very quickly and the valve CV-620 win not rotate a-d no hot solution winbe in the line aMad of CV-629.
- 31. Wrn HC-601 to off.
- 32. Iower liquid sanple bottle into large cask by l
puning up on the plunger handle. Note: Do not turn or twist bottle while it is on the needles because the needles win bend.
'33. Iower the cask on the cart by relieving hydraulic oil pressure with the sman petcick -
handle on the hydraulic cylinder.
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- 34. Slide the lead shield drawer back into the
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enclosure to oover opening for the needles.
- 35. Roll the cask out from under the sample station and quickly plug cask. Use the cask i to transport the sample if greater than 100 mr/hr.
- 36. Open and place gas vial carrying cask near sanple station. F. amove gas vial positioner from sangle enclosure. Keep the vial at maximum distance from the individual and insert sample bottle into the gas vial cask. Close,and latch the gas vial cask.
- 37. Perform a flush of the liquid system with switch HC-628-1 per Ar endix A.S.
- 38. If this is the last sa ole desired, turn all switches to the upt "ht and off position before turning power M t ind return valves to their normal position. Return key to '
Shif t Supervision.
- 39. Take the sanpies to the appropriate lab for analysis. Have the dissolved gases analyzed C for volume of H2, 02 and Kr. Calculate 4 of H2 and 02 on the data sheet.
. \
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EP-205A.1 Page 16 Rev. 1 -
MPGalhd Large Volume Liquid Sample and/or Dissolve Gas Sr gle
- 2. Bypass Flow FI-664 GPM '
- 3. Flush Time Minutes
- 4. Sanple Fl'ow FI-664 GPM
- 5. Pressure PI-661 PSIG
- 6. Temperature TI-660
- 7. Condtetivity Meter Scale CI-663
- 8. Radiatitm RI-665
- 9. Initial Pressure Po PI-662
- 10. Pressure P-l__. PI-662
- 11. Stabilized Pressure P2 FI-662 '~
( '
- 12. Sample Pressure P3_ PI-662
- 13. V1 H2 (From GC)' ml
~
- 14. V2 O2 (from GC) ml
- 15. V2 KR (from (K:) 21
- 16. Vol % O2 %
02 Kr Vol % O2 = (V2 .2P ) x (P + 14.7) 17317 o V2 Kr
- 17. Vol % H2 %
H2 Kr Vol% H2 = V1 x (P + 14.7)
- 17317 V2 Kr Note: Dissolved gas pressure FI-662 is in psig for Unit 2 and psia for Unit 3.
( t 4
EP-205A.1 Page 17 Rev. 1 -
MEGilhd a
APPENDIX'A.4 990L VOIIJMS LIGJID SAMFt2 PREREQUISI'IES:
- 1. System lined up in accordance with C.O.L. S.20.1.
- 2. Obtain the key to the control panel power from Shift Supervision.
I PIOCEDURE:
Unit 2 Unit 3 AD 8098A AO 9098A A Line AD 8039A AO 9099A AD 8098E 40 9098B B Line AD 8099B AD 9099B
- 2. Perform the drain and blow out operation pet Appendix A.6
( 3. Open the N2 bottle valve and regulate to approximately 100 psig.
- 4. Check that the demin water tank is full.
Open the demin water discharge valve and the nitrogen inlet valve. Verify that the demin water tank is at approximately 100 psig.
- 5. Load the syringe with 10cc of derdn water.
Place stopcock on the syringe and load the l
. assenbly onto the injection port.
l l 6. Check that the small volume cask positierst is hanging on hooks below the sample station and latched.
l
- 7. Put the small volume cask into the cask pocitioner while the positioner is hanging from hooks on l
the sanple station.
- 8. Remove stopper and carrying handle from the-small cask by unscrewing it and lifting it out.
l
. Imave stopper near by.
l l 9. Put a 15 ML sample bottle with an outer altaninum retainer ring and neoprene cap into a small volume cask. Check that tne bottle
( lifting lever is free to move up and down.
'Ibe bottle must fit snugly in the holder, and l . .
, ....a.
1 -
EP-205A.1 Page 18 ,
Rev. 1
- l MPG:lhd
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1
(
be vertir ally aligned. If the bottle does not fit snugly, use a small pad of rubber or '
felt thick enough to hold vial against the !
- upper yoke of the vial holder.
- 10. Slie the lead shielding drawer out so that the needles under the sangle station erw 1md !
are a W . - l l
- 11. Check needle point to be sure they are slightly dulled. Check needle with mirror to be sure it is not bent. e i
- 12. Check that longest part of needle is -
toward the center of the sample vial. i
- 13. Swing the cask into position under the sanple station and lock the arms of the cask holder so the cask and bottle will remain in position.
- 14. Check that the control wel power is on. It should be as a carryoyer fran the i drain and blew operation. All other switches
- should be in the up and off position.
- 15. Raise the sanple bottle into positicn i on the needles by moving the lever on the l side of the cask.
~
l l 16. Screw the lift rod in to hold the sangle
) bottle in the engaged position. Note if the vial doesn't clear the entry, hole, lower the i vial and rotate the amall volume cask about 3/8" in either direction. If it still doesn't fit either the liquid vial positioner fixture or liquid tray positioner need adjustment.
- 17. Turn HC-700 to the liquid position. Turn liquid l
sangle selector switch HC-626 to position 1 for a sanple from the jet pump line or to position 5 for a sanple from the RHR lire. Turn HC-616-1 small volume sample switch to tie up and off
( position.
- 18. Adjust PCV-627 so that the fles thru PCV-627 is 1 GEM. i i Continue this flow thru bypass valve CV-626 for a long enough period to be assured that the sample lines are flushed.
l The minimtun time required to do this is i 5 minutes. Record the flow and flush time l on the data sheet.
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EP-205A.1 Page 19 Rev. 1 MPG lhd I
- 19. After flush is ocupleted, turn liquid sample source selector switch HC-626 to position 2 if the reactor valves were set for jet punp sanple oc position 4 if the reactor system valves were set for RHR sanple. Note that the flow per indicator FI-664 is greatly reduced. Using PCV-627, adjust valve PCV-627 for a flow of .3 GPM.
Note that the green light for the small voltane sample is on.
- 20. Recced the following on the data shee't:
- Flow /FI-664, Pressure /PI-661, Tenperature/
TI-660, Conductivity /CI-663 and Radiation /
RI-665. -
l 21. 'Ibrn small volume liquid selector HC-616-1 to "Take Sample" position. '
Valve CV-616 will rotate and carry the saple into aligranent with the line to the sample bottle.
- 22. Connect the syringe onto the line provided for it on the front of the
, ( sanple staticn. open the s' w k and inject 10 cc of water into the line. Close t5.e syringe and line valves. Remove the-syringe and fill it with air. Reattach the syringe, open the valves and inject the air, then close the valves and remove the syringe.
- 23. Remove the sanple and if greater than 100 mr/hr use the lead pig to carry the sanple to tha chem lab.
- 24. 'Ibrn the switd> HC-616-1 to the flush position. Flush for 5 minutes and/or until RI-665 reaches a minimum.
- 25. When the' flush is finished, turn switch HC-616-1 back to off.
. 26. Perform the drain trap, stanp, and collector following Appendix A.6. ,
- 27. 'Ibrn all switches to their 'off' position.
Return all system valves to their normal position. Return key to Shift Supervision.
i
(
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. Page 20 Rev. 1
- MPG:lhd
(
Small Volume Liquid Sample
- 1. Sanple Source Date Time
- 2. Bypass Flow FI-664 (gpo)
- 3. Flush Time Minutes
- 4. Sanple Flow FI-664 (gpn)
- 5. Pressure PI-661 (psig) ,
- 6. Tenperature TI-660 ( F)
- 7. Conductivity Meter Scale CI-663
- 8. Radiation RE-665
)
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EP-205A.1 Page 21 Rev. 1 *
- MPGilhd
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APPENDIX A.5 FLUSHING '5E LIQUID AND DISSOLVI!D GAS SYSTEM FlKtWISI'!ES:
- 1. System lined up in accordance with C.O.L. E.20.1.
- 2. Obtain the key to the control panel power from Shift Supervision.
PROCEDURE: ,
- 1. Open the N2 Bottle Valve and regulate to approximatley 100 psig.
- 2. Check that the demin water tank is full. Open the demin water discharge valve and the nitrogen inlet valve. Verify that the domin water tank is at approximately100 psig.
- 3. ' Switch HC-626 must be in position 2 (jet pump) or 4 (RHR) and HC-700 must be in the liquid position.
- 4. Turn the flush system switch HC-628-1 to position
( 2 which will close the inlet sartple lines and start the flush with demineralized water from V-501. Observe that there is a flow per FI-664.
- 5. After RI-665 shows radiaticn has decramaad significantly, or after 5 minutes, turn switch HC-628-1 to position 3 to flush the V-610 loop.
Watch RI-66S. .
- 6. After a few minutes, turn switch HC-628-1 to .
position'4 and flush the P-601 loop. Watch RI-665.
- 7. After a few minutes, turn switch HC-628-1 to position 5 and flush valve CV-615. Watch RI-665.
- 8. After a few minutes, turn switch HC-628-1 to position 6 and flush the piping station flush for 3 minutes.
i
- 9. Turn switch HC-628-1 to position 7 for another 1 flush of the CV-6221oop. Watch RI-665.
i
- 10. If RI-665 did not indicate an acceptable radia. tion level at any step of the operation,
( go back and repeat steps 4 thru 8.
( . .
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EP-205A.1 Page 22 Rev. 1 -
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- 11. Perform the drain of trap, simp and collection following procedure listed in Appendix A.6.
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EP-205A.1 Page 23 Rev. 1
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( APPEICIX A.6 DRAINING TRAP, SLMP AND COLLEC'KR PREREGJISI'IES:
- 1. System lired up in accordance with C.O.L. S.20.1.
- 2. Obtain the key to the control panel power from Shift Supervision.
PirvsfrTRE: ,
- 1. Check that the nitrogen supply valves'are open and that pressure is set at 100 psig.
- 2. Check that the demineralized flush water tank V-501 is full and is pressurized at 100 psig had that the valves are open to the sangle station.
- 3. Check that FCV-627 is open. If not open, use the knob adjacent to PCV-627 on the control panel to
.have a 15 psi reading on the gauge.
- 4. Turn all control panel switebes up and off and then turn the control panel power
( selector switd1 to "A" or "B". l
- 5. Drain the collecting tank and sump by '
turning switch HC-715-1 clockwise through .
its eight positions. Pause approximately 5 seconds at each position.
- 6. Turn all switches to their 'off' position.
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EP-205A.1 Page 25 Bev. 1
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APPENDIX A.8 SCHEMATIC OF POST-ACCIDENT SAMPIE S'DLTION T '
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( EP-209 APPINOIX D-h - NNDIATIOi SURVE St: tice. Sge: . !
Otr1. e' Radiation Survey Team Leader Bcme Phone Centrex J. Valinski Alternate Radiatim ~
Survey Team Leader
{ M. Dedrich .
Uhose merrbers with (*) have emergency plan training and my be directed by shift supervision to serve as leader. .
Perscnnel who are trained in HP practices but not in the -
emergency servs as augmentaticn forces, working under the directicn of trained team leaders. -
,. Interim Radiation Survey
( Team Leaders (*) & Menbers g ~ ..
- A. Beward i N
3 .
- M. Dedrich A-
. i
- S. Grosh l ,
I
, 4
- W. Downey j l i
- J. Moyer i
- E. Preston "
] :
M. Head 'l G. Faden '--
T. Hoopes ,
I s S. Malin ?
L. Hewell m Rs1
-l f
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. APPENDIX D-2
, . Page 3 cf 3, Rev. 5 RADIATION SURVEY 'IEM4 - CHEMIS'IRY SECTION GROUP
.(- Engineer - Chemistry Home Phone Centrex
\
Alternate G. Barley Group Menbers .
l E. Traverso ,
B. Wargo C. Hoffmaster D. Chase i i
I R. Ullrich G. Scene -
D. Musselman
-l M. Fry '_
"' i _ - - -
Supplemental Forces are available from Rad Services Inc. Appendix I-2.
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. APPENDIX D-2
- Page 2 of 3, Rev. 5 i
T. S h e ~ ' ' ~ ~ ~
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C" T. Albright b E ' '- ' ;. I r ._
R. ) tore <
- S. Taylor J. Volz
\
M. Henry .
C. Smith l
G.14enard '
W. Boopes i
S. King ' '
J. Gruber , ,
G. Smith . j l Suplemental Forces are available from Bartlett Nuclear Appendix.
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'd:atr.1d-1- tt tion Super-EP-209 APPENDIX:D-4 1
PERSCNNELJSAFETY 'IEAM ((7/72-Perscnnel Safety Team Leader Home Phone Centrex R. W. MacAllester -
t Alternate Personnel Safety Team Leaders '
T. J. Mscisz W- - _ ; .
Interim Personnel Safety Team Leaders and Team Member's
~ ~~ '
S. I. Cohn ]
L. R. Rhodes I
' . . /- W.' A. Bradley -
6 4 .
.. - .} .
J '
W. T. Gleaves 1 t.
i D. W. Duane ! i
+
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D. C. McRoberts l'
N. D. Yost , l t.
P. B. Cronwell D. E. Kauffman l
~
J. A. Barbour , ,7 :, ,w. .
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.e 9 a. ': a* 1 J. M. Weaver n
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J. W. Ballantyne - '
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. L .i .. . , . c J. S. Deni ,s Qg ;. 3 K4
'Ihe follcwing people are team members but not Interim Team Leaders pfr sdI:oww,FRC i
W. M. Eagles, III E 4j?*%$4 22
(
kh:hY R. C. Proctor
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EP-209 APPENDIX D-4 Page 2 cf 3 Rev. 5 TM/NEU:lhd L. D. Givler i B. E. Sa.m T. A. Megashko D. G. Falcme W. C. Watson J R. E. Rogers \
T G. W. 'Iharpe i i
L. E. MacEntee, III \
W. E. Johnson, Jr. '
R. F. Truax USE 4 PEDPIE F10M 'IHE FOLI4HING LIST 'ID FORM 'IHE Personnel t 7CCOUNmBILITY G100P. - - - - ~ . _ f. '
u ~ A.- - ;I
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C. P. Lauletta .a b . 1 e ,
. d.,
J. L. Clupp ',i J. T. Budzynski -
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K. W. Hunt 4 Y
T. J. Niessen .
- j M. J. Hanski ,
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J. M. Arnstrong -
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S. J. Mannix '
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IT-209
- APPL 24 DIX D-4 Page 3 cf 3 Bev. 5 f.
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P. L. Bushek - _!
i M. S. Meckley D. L. Helock C. N. Swenson ,,
G. A. John .
E. G. Firth .
I T. J. Cabrey I 1
J. E. Hessler - i s
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D. B. Warfel
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EP-209 APPENDIX'I CHEMISTRY AND IEALTH PHYSICS CCNTRACTOR CALL LIST
..-....t
~t._,.cn D.: cr.
e Ortia _n,,,
l Chemistry (Rad Services, Inc.;
-& m.ae::.%
Blanciak, M.
Casey, J. :M}i"f
- ' . '${?( '
.- 1 Chase, D.
3 l Gasper, J. IC . Lata, C. i.x . 6 I's.
.i Leone, B. '# i'v *A"~PJU:n """
Miller, T. ' #' Suess, T. x ' x _ s :.. _ .- _. Pittsburgh, PA Office 500 Penn Conter Blvd. ! Rad Services Pittsburgh, PA 15235 - Rad Services, Inc. Whiskey Bottom Rd. Instrument Calibration Laurel, MD 20810 k and Repair Services ~- - -- { Health Physics (Bartlett Nuclear, Inc.) Arrierson, V. - Colwell, R. ;- Cotton, T. -
/
Ipoletta, D. Kiman, B. l I
~~__
Smidga, R. ' ' ' "~ Troja,M. ( ( - .. - ._ . Plymouth MA Office Plymouth Industrial Parks Plymouth, MA 02360 _- 6e 9 e e,
C b . I' 0',' I.1 !. '
- / - EP-305 VJ D it . . .: s wo . _; Page 1 .
.
- D;c.R13 n 10:: .
Rev. A EF21hd W YL . . . ( :: 2 - i MM#r:[ ., [If LADELPHI5[ELBCTRIC CCMPANY em e e PEPG BOTKMl UNITS 2 AND 3 [/7dZ- ' oe m mCr e n e m e m NG PaocaoRE EP-305 SIM EVACUATION __ PURPOSE Tb define the actions to be performed if a site evacuation is required due to w-@ted or uncontrolled baards involving the main plant and extensive site areas outside the plant. - REFERENCES 1., Peach Bottom Atomic Power Station Bnergency Plan
- 2. NUREG 0654 Criteria for Preparation and Evaluation of Radiological Bnergency Response Plans and-Preparedness in Support of Nuclear Power Plants.
- 3. EP 207A Search and Rescue
- 4. EP 207B Personnel Accountability
. EP 207C First Aid
- 6. EP 207D Personnel Monitoring and Decontamination
- 7. EP 301 Operating the Evacuation Alarm and Pond Page System
- 8. EP 306 Evacuation of the Information Center
- 9. PP 11 Security Force Actions During a Site Evacuation i
- 10. 10 CFR 20 APPENDICES EP 305-1 Disposition of Evacuees f
P
- - EP-305 Pagi 2.
. Rev. 4 EP:lbd '.
s I
,crION IEEL *
- 1. Evacuate all non-essential personnel from the site when one or more of the following conditions exist:
- a. A Site anergency or General Emergency has been declared,
- b. Multiple Continuous Air Monitors throughout the plant are at high alarm,
- c. Multiple area radiation monitors througlout the plant are at high alarm, -
- d. Conditicns such as smoke, fire, uncontrolled toxic materials, or flooding, preclude habitation of large porticns of the site,
- e. Airborne radioactivity outside the plant but within
-9 the security fence is greater than 1 x 10 uc/cc unidentified, f.
Any ocndition which in the opinion of the Emergency Director makes it desirable to remove unnecessary personnel. PREXX1TIONS None (uMEDIATE JCfIONS 1.0 Emergency Director shall:
^
1.1 Determine which assembly area will be used. If the wind is from the north at greater than 3 miles per herr, designate the North Substation as the assenbly area. Otherwise, dwignate the President's Utility Building (PUB). Tne alternate location is the Delta i Service Building. !' l.2 Notify the senior ranking security officer on shift i that a site evacuation is inninent and tell him to carry out applicable emergency security pK s 4 ares. i 1.3 Announce a site evacuaticn over the public ' address system as follows: (Announcements should be clear and distinct) 1 ' THIS IS A SIE EVACUATION. ALL PERSONNEL EVACUA'IE TO
'IHE (state designated assembly area). ON-SHIFT OPERATIONS j PERSObNEL REPORT 70 THE OPERATIONS SUPPORT CENER OR THE CONTICL ROO(; PERSONNEL SAFETY TEAM, j
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REPORT TO THE HP OPERATIONS SUPPORT CENTER. OEER EMERGENCY l TEAMS REPORT 70 THE UNIT 1 AREA AND AWAIT FURTHER INSTRUCTIONS. t l.4 Repeat the announcement.
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EP.-305 Page 3 Rev. 4 EP:lho 1.5 Sound the evacuation sirens, including the Pond Page System, in accordance with EP 301, Operating the Evacuation Sirens and Pmd Page System. 1.6 After the sirens have stopped, repeat the announcementi and sound the evacuation sirens and the Pmd Page System again. 1.7 Direct the evacuation of the Information Center in accordance with EP 306, Evacuation of the Information Center. 1.8 Initiate accountability of personnel in accordance with EP 207B, Personnel Accountability. 2.0 Plant Personnel (except designated emergency team mentars) shall 2.1 Evacuate the site and report to the announced assembly area. If the area is inaccessible, you will be directed to an alternate assenbly area. 3I 3hift Personnel shall: 3.1 Report to the Operations Support Center or the' Control Room. 4.0 Emergency Team A tbers having emergency response roles chall: - 4.1 Report to the Unit 1 Area and await furt$her instructions. l l l l I l i 4 2 ^-----_ g W pe- - D . se eea
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