ML20210T910
| ML20210T910 | |
| Person / Time | |
|---|---|
| Site: | Peach Bottom  |
| Issue date: | 01/06/1987 |
| From: | PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC |
| To: | |
| Shared Package | |
| ML20210T845 | List: |
| References | |
| NUDOCS 8702180342 | |
| Download: ML20210T910 (87) | |
Text
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3 EP Index EMERGENCY. PLAN PROCEDURES INDEX Page 1 s.
~?O Rev. 62
- 1 PEACH 80TTOM UNITS 2 AND 3 01/06/87
- 9 Review Rev. Revision W
Number Title Date No.
Date
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EP-101 blassificationofEmergencies 10/01/86 16 10/06/86 EP-102 Unusual Event Response 11/21/86 14 01/06/87
- EP-103 Alert Response 11/20/86 14 01/06/87
- EP-104 Site Emergency Response 11/20/86 15 01/06/87
- 6 EP-105 General Emergency Response 11/20/86, 14 01/05/87
- EP-110 Personnel Assembly and Accountability 12/20/85 2 01/06/86 EP-201 Technical Support Center (TSC)
Activation 12/20/85 9 01/07/86 EP-202 Operations Support Centers (OSC) l i
Activation 10/07/86 9 01/05/87 t EP-203 EmergencyOperationsFacility(EOF)
.12/16/85 9 01/08/86 Activation AlternateEm$rgencyOperationsFacility
- h EP-203A Q
(E0F) Activation 10/12/84 0 10/12/84 EP-205 0ELETED 09/12/84 EP-205A Chemistry Sampling and Analysis Team 10/16/85 6 10/16/85 EP-205A.1 Operation of Post Accident Sampling l
Station 10/02/86 7 01/05/87
- EP-205A.2 Obtaining Drywell Gas Samples From Containment Atmosphere Dilution Cabinets 10/16/85 1 10/16/85 EP-205A.3 Retrieving & Changing Sample Filters &
Cartridges From Drywell Radiation Monitor During Emergencies 10/16/85 2 10/16/85 EP-205A.4 Obtaining Drywell Gas Samples From Drywell Radiation Monitor Sampling Station 10/15/85 1 10/15/85 EP-205A.5 Obtaining Reactor Water Samples From Sample Sinks Following Accident Conditions 10/16/85 1 10/16/85 (f)
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. o.
Rev. 62
- PEACH BOTTOM UNITS 2 AND 3 01/06/87 *
?)
Review Rev. Revision,
'y Number Title Date No.
Date EP-205A.6 Obtaining Canal Discharge Water Samples Following Radioactive Liquid Releases After Accident Conditions 12/30/85 3 01/07/86 EP-205A.7 Obtaining Iodine & Particulate Samples From Main Stack & Roof Vents Following Accident Conditions 10/16/84 3 10/16/84 EP-205A.8 Obtaining Liquid Radwaste Samples From Radwaste Sample Sink Following Accident Conditions 10/16/85_
1 10/16/85 EP-205A.9 Obtaining Samples From Condensate
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Sample Sink Following Accident Conditions 10/15/85 1 10/15/85 EP-205A.10 Obtaining Off-Gas Samples From Off-Gas
. Hydrogen Analyzer Following Accident I
Conditions 10/15/85 1 10/15/85 EP-205A.11 0 E L E T E D - Incorporated into EP-205A.13 12/20/85 EP-205A.12 Sample Preparation & Handling of Highly U
Radioactive Particulate Filters &
Iodine Cartridges 10/15/85 4 10/15/85 EP-205A.13 Sample Preparation & Handling of Highly Radioactive Liquid & Gas Samples 09/15/86 4 09/15/86 EP-205A.14 Off-site Analysis of High Activity Samples 10/15/85 1 10/15/85 EP-205A.15 Guideline For Order of Analysis on Post-Accident Samples 09/15/86 2 09/15/86 EP-205A.16 Storage of Post-Accident Samples 09/12/85 0 09/12/85 EP-205A.17 Obtaining a Gas Sample From Main Stack Under Accident Conditions 10/15/85 0 10/15/85 EP-205B D E L E T E D - Replaced by EP 207G &
EP-210A 12/20/85 EP-205C DELETED 08/07/85 EP-206 DELETED 04/27/83 EP-206A Fire Fighting Group 12/20/85 8 01/08/86 y
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'3 Rev. 62
- PEACH BOTTOM UNITS 2 AND 3 01/06/87
- Review Rev. Revision Number Title Date No.
Date EP-2068 Damage Repair Group 12/20/85 4 01/,07/86 EP-207 Personnel Safety Team Activation 09/12/85 7 09/12/85 EP-207A First Aid / Search & Rescue 07/31/85 4 07/31/85 EP-2078 0ELETED 04/27/84 EP-207C D E L E T E D - Incorporated into 207A 06/26/85 EP-207D Evacuation Assembly Group 09/16/85 4 09/16/85 EP-207E D E L E T E D - Incorporated into 2070 08/28/85 EP-207F D E L E T E D - Incorporated into 2070 08/28/85 EP-207G Plant Survey Groups 09/09/85 0 09/09/85 ;
EP-207H Dosimetry, Bioassay & Respiratory Group 09/16/85 0 09/16/85 EP-208 Security Team 12/18/85 2 01/03/86 EP-209 Telephone List For Emergency use 10/20/86 12 01/02/87
- EP-209 0 E L E T E D - Incorporated into j
Appendix A EP 102, 103, 104 & 105 as Needed 12/02/86 EP-209 0ELETED 11/04/81 Appendix 8 EP-209 Peach Botton Station Supervision Appendix C 10/20/86 22 01/02/87
- EP-209 On Site Emergency Team Leaders Appendix D-1 10/20/86 18 01/02/87
- EP-209 Dose Assessment Team Appendix D-2 10/20/86 21 01/02/87
- l l
EP-209 Fire and Damage Team Appendix D-3 10/20/86 20 01/02/87
- EP-209 Personnel Safety Team Appendix D-4 10/20/86 24 01/02/87
- EP-209 Security Team f:f, Appendix D-5 10/20/86 18 01/02/87
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- Rev. 62
- 2 PEACH 8OTTOM UNITS 2 AND 3 01/06/87
- Review Rev. Revision.
Number Title Date No.
Date EP-209 Re-Entry & Recovery Team Appendix 0-6 10/20/86 7 01/02/87
- EP-209 Technical Support Center Group Appendix D-7 10/20/86 22 01/02/87
- EP-209 Chemistry Sampling & Analysis Team 10/20/86 8 01/02/87
- Appendix D-8 EP-209 Corporate Emergency Team Leaders &
Appendix E Support Personnel 10/20/86 19 01/02/87
- EP-209 U. S. Government Agencies Appendix F 10/20/86 9 01/02/87
- EP-209 Emergency Management Agencies Appendix G 10/20/86 11 01/02/87 *.
EP-209 Company Consultants Appendix H 10/20/86 15 01/02/87
- EP-209 Field Support Personnel Appendix I-1 10/20/86 24 01/02/87
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EP-209 Chemistry & Health' Physics Contractor Appendix I-2 Call List 10/20/86 22 01/02/87
- EP-209 Nearby Public and Industrial Users of Appendix J Downstream Waters 10/20/86 11 01/02/87
- EP-209 Miscellaneous Appendix K 10/20/86 11 01/02/87
- EP-209 Local PEco Phones Appendix L 10/20/86 9 -06/27/86 EP-209 0ELETED 10/21/84 Appendix M EP-209 Medical Support Groups Appendix N 10/20/86 12 01/02/87 EP-209 Staffing Augmentation - 60 Minute Appendix P Call Procedure 10/20/86 17 01/02/87
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Rev. 62
- PEACH BOTTOM UNITS 2 AND 3 01/06/87 *
)
Review Rev. Revision
.\\F Number Title Date No.
Date EP-211 Emergency Radiation Exposure Guidelines
& Controls 06/28/85 0 06/28/85 EP-212 Technical Support Team Activation 02/21/86 1 02/21/86 EP-301 Operating Evacuation A14..a & Pond Page System 09/09/85 2 09/09/85 EP-303 Partial Plant Evacuation 08/30/85 3 08/30/85 EP-304 0ELETED 12/04/81 -
EP-305 Site Evacuation 12/20/85 6 01/07/86 EP-306 0 E L E T E D - No Replacement 01/17/86 EP-307 Reception & Orientation of Support Personnel 09/16/85 2 09/16/85 I EP-311 Contaminated Injury 06/28/85 4 06/28/85 EP-312 Radioactive Liquid Release (Emergency
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Director Functions) 12/16/85 2 09/20/84 EP-313 Control of Thyroid Blocking (KI)
Tablets 09/12/85 2 09/12/85 EP-315 Operation of Peach Bottom Computer Dosed Model 09/17/86 1 09/17/86 EP-316 Cumulative Population Dose Calculations For Airbourne Releases Manual Method 12/18/85 8 12/31/85 EP-316 Worksheets/ Meterological Calculations Appendix A 09/17/85 8 09/17/85 I
EP-316 Activity After Reactor Shutdown Appendix 8 09/17/85 7 09/17/85 EP-316 Index of X/Q Outputs for Off-Gas Appendix C Stack Releases 09/17/85 7 09/17/85 EP-316 Relative Dispersion Values for Emer-Appendix D gency Dose Calculation Procedure 09/17/85 7 09/17/85 EP-316 SGTS Efficiency vs Decontamination Appendix E Factor 09/17/85 7 09/17/85 O
EP-316 Percent Composition of Isotopic U
Appendix F Distribution 09/17/85 7 09/17/85 2.
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EP 'Index EMERGENCY PLAN PROCEDURES INDEX Page 6 i
- Rev. 62
- PEACH BOTTOM UNITS 2 AND 3 01/06/87
- 4 Review Rev. Revision.
i Number Title Date No.
Date EP-316 Composite Whole Body Dose Conversion Appendix G Factors vs Time Since Reactor Shutdown 09/17/85 7 09/17/85 EP-316 I-131/I-133 Composite T".-old Dose Appendix H Conversion Factors vs T ne Since Reactor Shutdown 09/17/85 7 09/17/85 EP-316 Population Distribution by Compass Appendix !
Sector-Sumer Day 09/17/85-0 09/17/85 EP-316 I/131/I-133 Percent Abundance vs Time Appendix J Since Reactor Shutdown 09/17/85 0 09/17/85 EP-316 P8APS Iodine Source Ters From TSC Appendix K Field Data 09/17/85 0 09/17/85
-EP-316
.Index of Plume Shine-Outputs For Z
Appendix L Off-Gas Stack Releases 09/17/85
,0 09/17/85 Ep-316 Plume Shine Value for Emergency Appendix M Dose Calculation Procedure 09/17/85 0 09/17/85 EP-316 Refined Dose Assessment of Unmonitored c;
Appendix N Ground Release 09/17/85 0 09/17/85 EP-316A Reading Rapid Dose Assessment II Program Into TI-59 09/24/85 2 09/24/85 EP-3168 Calculating Rapid Dose Assessment on TI-59 09/24/85 2 09/24/85 EP-316C Reading Refine Dose Assessment !
Program Onto TI-59 12/16/85 0 10/15/84 EP-317 Determination of Protective Action Recommendations 10/01/86 6 10/06/86 EP-318 Liquid Release Dose Calculation Method For Intake Water at Downstream Facilities 05/27/86 3 06/27/86 EP-319 Liquid Release Dose Calculation Method for Fish 05/27/86 3 06/27/86 EP-320 Procedure for Leaking Chlorine 12/16/85 1 03/12/82 EP-325 Use of Containment Radiation Monitor
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EMERGENCY PLAN PROCEDURES INDEX Page 7 o
1 Rev. 62
- PEACH BOTTOM UNITS 2 AND 3 01/06/87
- O
. (Q Review Rev. Revision -
Number Title Date No.
Date EP-401 Entry For Emergency Repair & Operations 12/18/85 6 01/03/86 EP-500 Review & Revision of Emergency Plan (FSAR Appendix 0) 09/08/86 0 04/01/81 ew
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PHILADELPHIA ELECTRIC COMPANY PEACH BOTTOM UNITS 2 AND 3 JAN 6 1981 EMERGENCY PLAN IMPLEMENTING PROCEDURE c:~I-EP-102 - UNUSUAL EVENT RESPONSE C, ~....... -,
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The purpose of this procedure is to provide guidelines for response to an l
Unusual Event.
RESPONSIBILITIES:
1.1 The Shift Superintendent or designated alternate shall assume the duties of the Emergency Director and implement this procedure, until relieved.
1.2 The Station Manager or designated alternate, when he arrives, shall relieve the Emergency Director, assume the duties of Emergency Director and continue implementing this procedure.
ACTION LEVELS:
This procedure.
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- 8 an unusual Event lpsifiedas PRECAUTIONS
Planned radiation exposures should be limited to the Administrative Guidelines in EP-211. Emergency Radiation Exposure Guidelines and Controls.
PROCEDURE:
1.0 ImEDIATE ACTIONS 1.1 The Emergency Director shall:
1.1.1 Verify the emergency classification as determined in EP-101 Classification of Emergencies, unless determination has just been made.
1.1.2 Complete Appendix EP-102-1, Unusual Event Notification Message, and sign it. Direct a comunicator to complete the notification of appropriate parties as specified in Appendix EP-102-2, Unusual Event Telephone List, within 15 minutes.
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1.1.3 Direct the control room to provide station personnel with I
4 instructions over the Public Address System on any major changes in station status, classification escalation or de-escalation, etc., using the following messages:
P DECLARATION MESSAGE This (is) (is not) a drill, repeat, this (is) (is not) a drill. Attention all personnel, yttention all personnel. The Emergency Director has declared an Unusual Event. All on-shift personnel report to the Control Room. All other personnel standby for further announcements. This (1s) (is not) a drill. This (1s) (is not) a drill.
DE-ESCALATION ESSAGE This (1s) (is not) a drill. This (is) (is not) a drill.
Attention all. personnel. Attention all personnel. The Unusual Event has been terminated. All Personnel shall return to their normal duties. This (1s) (is not) a drill. This (1s) (is not) a drill.
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GP-15 Local Evacuation 1.1.5 Contact the Station Manager, if necessary, and the Shift Technical Advisor, inform them of the situation.
1.1.6 Designate a comunicator to man the red phone if requested by the NRC during notification.
1.1.7 For Samples, contact the Shift Chemistry Technician.
If necessary, implement EP-205A, Chemistry Sampling and Analysis Team.
1.1.8 For In-Plant Surveys or Contaminated Injury, contact a Shift HP Technician.
If necessary, implement EP-207. Personnel Safety Team Activation.
1.1.9 For Fire / Damage Repair, contact the Maintenance Shift Assistant Foreman, if necessary, implement EP-206A, Fire Fighting Group and/or EP-2068 Damage Repair Group.
1.1.10 For Airborne Releases, contact the Shift Senior Technical Assistant.
If necessary, implement EP-210, Dose Assessment Team.
1.1.11 For Security Matters, implement EP-208, Security Team if A
required.
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Page 3 of 10, Rev. 14 O
1.2 Shift Clerk or communicator shall:
1.2.1 Perform the notification of the off-site agencies and personnel within 15 minutes as directed by the Emergency Director using Appendix EP-102-1, Unusual Event Message and Appendix Ep-102-3, Unusual Event Telephone Listing.
2.0 FOLLOW-UP ACTIONS:
2.1 Emergency Director shall:
2.1.1 Periodically reevaluate the event classification in accordance with EP-101, Classification of Emergencies, and escalate or de-escalate the classification, as necessary. -
2.1.2 If classification has de-escalated, complete Appendix EP-102-
- 3. Unusual Ev Direct the communica,ent De-Escalation Message and sign it.
tor to perform the notifications in accordance with Appendix EP-102-2.
2.1.3 Determine which support pertonnel are necessary for emergency _,
functions and direct the Shift Clerk to contact those personnel. If Shift Clerk is not available, this function shall be assigned to an available individual.
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2.1.4 Perform actions necessary to mitigate conditions of the emergency situation.
2.1.5 Direct the control room personnel to make periodic public l
address announcements to keep station personnel aware of plant l
conditions.
t 2.1.6 Obtain the following information as necessary to formulate further actions:
A.
Sample analysis from Shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader.
8.
In-plant surveys or status of contaminated injury from Shift HP Technician or personnel.
C.
Fire / damage repair status from the Maintenance Shift Assistant Foreman or Fire and Damage Team Leader.
D.
Airborne release calculation results from Shift Junior Technical Advisor or Dose Assessment Team Leader.
E.
Notification results from comunicator.
2.2 Shift Clerk or Communicator shall:
[.D 2.2.1 Notify additional support personnel to report to the station 1
as directed by the Emergency Director.
2.2.2 Perform notifications, as directed, by Emergency Director to a
off-site agencies.
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EP-102 +
Page 4 of 10 Rev. 14 FINAL CONDITIONS:
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Plant is in a stable condition and present station conditions DO NOT meet any Unusual Event classifications as delineated in EP-101, Classification of Emergencies.
APPENDICES Appendix EP-102-1, Unusual Event Notification Message Appendix EP-102. 2. Unusual Event Notification Telephone listing Appendix EP-102-3, Unusual Event De-Escalation Message REF'ERENCE
._.PBAPS Emergency Plart EP-101 Classification of Emergencies GP-15 Local Evacuation EP-209 Telephone Listing for Emergency Use NUREG-0654, Criteria for Preparation and Evaluation of Radiological Emergency i
l Response Plans and Preparedness in Support of Nuclear Power Plants.
-EP-211. Emergency Radiation Exposure Guidelines and Controls
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APPENDIX EP-102-1 UNUSUAL EVENT NOTIFICATION MESSAGE FORMAT THIS (IS) (IS NOT) A DRILL. REPEAT THIS (IS) (IS NOT) A ORILL.
THIS IS PEACH BOTTOM ATOMIC POWER STATION CALLING TO REPORT AN UNUSUAL EVENT FOR UNIT MY NAME IS TELEPHONE NUMBER IS PEACH BOTTOM IS REPORTING AN UNUSUAL EVENT AT THE BASIC PR0_8LEM (24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> clock time)
(date)
IS THERE (HAS) (HAS NOT) BEEN AN (AIRBORNE) (LIQUID) RADIOACTIVE RELEASE FROM THE PLANT. THE PLANT CONDITION IS (STABLE) (IMPROVING) (DEGRADING) (NOT KNOWN). THERE ARE NO PROTECTIVE. ACTIONS BEING RECOMMENDED AT THIS TIME.
THIS (IS) (IS NOT) A DRILL. REPEAT. THI
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APPENDIX EP-IO2-3 UNUSUAL EVENT DE-ESCALATION MESSAGE FORMAT THIS (IS) (IS NOT) A ORILL. REPEAT, THIS (IS) (IS NOT) A ORILL.
THIS IS PEACH BOTTOM ATOMIC POWER STATION CALLING TO REPORT A CHANGE IN-IHE EMERGENCY CLASSIFICATION FOR UNIT NO.
MY NAME IS TELEPHONE NUMBER IS THE UNUSUAL EVENT HAS BEEN TERMINATED.
TIME AND DATE ARE (24 hr. clock time)
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s.
THE PLANT STATUS IS (STABLE) (IMPROVING). THIS (IS) (IS NOT) A ORILL, REPEAT, THIS (IS) (IS NOT).A DRILL.
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PEACH BOTTOM UNITS 2 AND 3 g
ggp EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-103 ALERT RESPONSE i
PURPOSE:
The purpose of this procedure is to provide guidelines.for response to an Alert.
RESPONSIBILITIES:
1.0 Shift Superintendent or designated alternate shall assume the role of the Emergency Director when an Alert Classification is declared, and shall perform the necessary steps in this procedure.
2.0 The Station Manager or his alternate when he arrives, shall assume the duties of the Emergency Director, report to the Control Room or Technical Support Center and relieve the Shif t Superintendent of the responsibilitieU 3
lis the Emergency Director.
1.
Planned radiation exposures should be limited to the administrative guide levels in EP-211 Emergency Radiation Exposure Guidelines and Controls.
PROCEDURE:
1.0 DNEDIATE ACTIONS 1.1 Emergency Director shall:
1.1.1 Verify the Emergency Classification as determined in EP-101, i
Classification of Emergencies, unless determination has just j
been made.
1.1.2 Fill Out Appendix EP-103-1. Alert Notification Message, sign it, and give it to the communicator.
1.1.3 Direct the communicator to complete notification of the appropriate parties as specified in Appendix EP-103-2. Alert l
Phone List (Initial Notification) or Appendix EP-103-3 Alert Phone List (Escalation or De-Escalation) within 15 minutes.
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n THE COMUNICATOR SHALL MAN THE NRC RED TELEPHONE ON A
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CONTINUOUS BASIS UNTIL THE NRC DISCONNECTS. IF THE COMUNICATOR IS REQUIRED FOR URGENT PLANT OPERATIONS RELATED TO THE EMERGENCY, THE. CONCURRENCE FOR SECURING THE PHONE SHOULD BE 06TAINE0 FROM THE NRC PRIOR TO SECURING THIS TELEPHONE.
1.1.4 Contact the Station Manager and the Shift Technical Advisor, inform them of the situation.
1.1.5 If there is a potential or actual radiological release, implement EP-305, Site Evacuation.
1.1.6 For off-hours, direct the Shift Clerk to activite the call list using EP-209 App. P Telephone List for Emergency Use.
If Shift Clerk is not available, this function shall be assigned to any available individual.
1.1. 7 - Direct one of the on-shift I&C Technicians to activate the Technical Support Center and Emergency Operations Facility in accordance with EP-201 and EP-203. Inform Shift Clerk which I&C Technician will activate the centers at Unit 1-in order M that the clerk will know which remaining I&C Technician to
-. call for the prompt mobilliation procedure.
3 1.1. 8' 1)irect the Junior Technical Assistant' or Dose Assessment Team Leader to perform off-site dose calculations'inlaccordance with EP-315.
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1.1.9 Direct the Dose Assessment Team Leader to initiate off-site radiation surveys as necessary, in accordance with EP-210A, Field Survey Group.
- 1..b 10 Direct the Personnel Safety Team Leader to initiate on-site radiation surveys as necessary, in accordance with EP-207G, Plant Survey Groups and activate the Auxiliary OSC in accordance with EP-202.
1.1.11 Assign an Operations Support Center Coordinator (shift P0 or ce.11 in a Shif t Supervisor at the discretion of the Emergency Director) and direct available shift personnel to report to the Ly rations Support Center on 135' elev. Turbine Building and to activate it in accordance with EP-202, if habitable.
If this Operations Support Center is NOT habitable, direct shif t personnel to report to the Control Room.
1.1.12 Closely monitor conditions to determine present hazards to personnel and potential accident conditions that may develop.
1.1.13 For samples, direct the on-shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader to implement EP-N 205A, Chemistry Sampling and Analysis Team Activation.
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1.1.14 For fire and damage repair, direct the Maintenance Shift L
Assistant Foreman or the Fire and Damage Team Leader to implement EP-206A Fire Fighting Group and/or EP-2068 Damage Repair Group.
l 1.1.15 For liquid release, implement EP-312, Radioactive Liquid Release, if required.
1.1.16 For security matters, contact Security Shift Supervisor and direct implementation of EP-208, Security Team Activation, if necessary.
1.1.17 Direct the Control Room to provide station personnel with instructions over the Public Address System on any major t
changes in station status, classification escalation or de-escalation, etc., using the following message:
l DECLARATION MESSAGE r
THIS (IS) (IS NOT) A DRILL, REPEAT THIS (IS) (IS NOT) A
. DRILL.. ATTENTION ALL PERSONNEL. ATTENTION ALL PERSONNE EMERGENCY DIRECTOR HAD DECLARED AN ALERT.
ALL SHIFT PERSONNE.
REPORT TO THE CONTROL ROOM. ALL MEMBERS OF THE EMERGENCY l
RESPONSE ORGANIZATION REPORT TO YOUR EMERGENCY FACILITY OR EMERGENCY LOCATIONS. ALL NON-ESSENTIAL PERSONNEL AND VISITORS
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AWAIT FURTHER PUBLIC ADDRESS INSTRUCTIONS. THIS (IS) (IS NOT).
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A DRILL, REPEAT, THIS (IS) (IS NOT) A DRILL.
DE-ESCALATION MESSAGE THIS (IS) (IS NOT) A DRILL, REPEAT. THIS (IS) (IS NOT) A ORILL. ATTENTION ALL PERSONNEL. ATTENTION ALL PERSONNEL.
l THE ALERT CLASSIFICATION HAS BEEN DE-ESCALATED TO AN (UNUSUAL EVENT OR TERMINATED). ALL PERSONNEL SHALL WAIT INSTRUCTIONS FROM THEIR TEAM LEADERS OR SUPERVISORS. THIS (IS) (IS NOT) A DRILL, REPEAT. THIS (IS) (IS NOT) A DRILL.
2.0 FOLLOW-UP ACTIONS 2.1 The Emergency Director shall:
l 2.1.1 Verify that the Technical Support Center, Operations Support Center, and Auxiliary OSC have been activated.
2.1.2 ' Periodically evaluate the event classification in accordance with EP-101, Classification of Emergencies, and escalate or deescalate the classification, as necessary.
2.1.3 If the classification is de-escalated, complete Appendix EP-
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103-4, Alert De-Escalation Notification Message and give it to the cosuiunicator and direct the cosuiunicator to perform the t
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notifications in accordance with Appendix EP-103-3.
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Page 4 of 17, Rev. 13 2.1.4 Obtain the results of the EP-315, Operation of Peach Bottom I
Computer Oose Model from the Dose Assessment Team Leader and on-site radiation surveys from the Personnel Safety Team Leader, as necessary.
2.1.5 Notify the Bureau of Radiation Protection of any changes in radiological conditions.
2.1.6 Obtain the following information as necessary to formulate further actions:
A.
Security status from Security Team Leader.
- 8. ' Sample analysis from Shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader.
C.
In-plant surveys from Shift HP Technician or Personnel Safety Team Leader.
D.
Field surveys from Dose Assessment Team Leader.
E.
Dose projections and protective action recommendations from Shift Technical Advisor or Dose Assessment Team Leader.
F.
Fire / damage repair status from the Maintenance Shift Assistant Foreman or Fire and Damage Team Leader.
L G.
Notification results from comunicator.
2.1.7 Determine which additional support personnel are necessary for l
emergency functions and direct the Shift Clerk or other assigned communicator in TSC to contact those personnel, using the appropriate Appendix to EP-209. Emergency Telephone Listing.
2.1.8 Direct the control room to provide site personnel with P.A.
speaker announcements for any major changes in plant emergency status, such as changing emergency action levels and evacuations.
l 2.1.9 Perform actions as necessary to mitigate conditions of the emergency situation.
2.1.10 If applicable, brief the Site Emergency Coordinator.
l 2.2 The Comunicator shall:
2.2.1 Inform Emergency Director when appropriate notifications have been made and submit completed copy of Appendix EP-103-2 3
Alert Phone List Initial Notification) or Appendix EP-103-3, Alert Phone List Escalation or De-Escalation) for Emergency Director's signature.
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EP-103 Page 5 of 17. Rev. 13
- 4 o-7.s) 2.2.2 - Notify
- additional support personnel to report to the station
- as directed by the Emergency Director. Refer to the appropriate Appendix of EP-209. Inform Emergency Director when personnel have been notified.
2.3 Operations Support Center Coordinator shall:
2.3.1-Notify the Emergency Director when the Operations Support Center is activated.
2.3.2 Provide support to the Control Room and Shift Supervision as necessary.
2.4 Auxiliary Operations Support Center Coordinator shall:-
~2~41 Notify thE PersonneTTafety Team Leader or Emergency Director that the Auxiliary Operations Support Center is activated.
2.4.2 Provide Health Physics support to teams as directed by Personnel Safety Team Leader.
2.5 Dose Assessment Team Leader shall:
U 2.5.1 Report progress and results of EP-315, Operation of Peach Botton Computer Dose Model and offsite radiation surveys to G.}
the Emergency Director or Site Emergency Coordinator, as necessary.
2.6 Personnel Safety Team Leader shall:
2.6.1 Report progress and results of onsite radiation surveys to the Emergency Director as necessary.
2.7 Shift I&C Technician shall:
2.7.1 Infom the Emergency Director when the TSC and EOF are l
activated.
2.7.2 Man the TSC and EOF data display (CCTV) positions as directed by the Emergency Director.
2.8 Chemistry Sampling and Analysis Team Leader shall:
2.8.1 Report progress and results of any sampling activities and their results, if appropriate, to the Emergency Director.
2.9 Security Team Leader shall:
2.9.1 Provide a briefing of the security situation, as required, to the Emergency Director, providing status on the Security Force manning.
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2.10 Fire and Damage Team Leader shall:
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2.10.1 Provide a briefing on fire and damage assessment activities to the Emergency Director, if appropriate.
2.11 Technical Support Team Leader shall:
2.11.1 Dispatch available communicators, status board keepers, etc.,
to support the activities in the various emergency response centers.
2.11.2 Provide engineering assessments on the emergency situation, as requested by the Emergency Director.
FINAL CONDITIONS:
1.
Plant conditions are improving and present station conditions 00 NOT meet any Alert Classification as delineated in EP-101, Classification of Emergencies, and is therefore being downgraded to an unusual Event.
. 2.
Plant conditions are deteriorating and present-station conditions meet a SiteEmergencyclassificationasdelineatedinEP-101,Classificationof~D Emergencies, and is therefore being upgraded to a Site Emergency.
APPENDICES:
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Appendix EP-103-1, Alert Notification Message
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Appendix EP-103-2 Alert Notification / Telephone Listing
. Appendix EP-103-3, Alert Escalation & De-escalation Notification Telephone Listing Appendix EP-103-4, Alert De-Escalation Message
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REFERENCES:
P8APS Emergency Plan NUREG 0654, Criteria for Preparation and Evaluation of Radiological Emergency Response, Performance, and Preparedness in Support of Nuclear Power Plants EP-101, Classification of Emergencies GP-15 Local Evacuation EP-303 Partial Plant Evacuation EP-305, Site Evacuation EP-211. Emetiency7adistT6n Exposure Guidelines EP-203 Emergency Operations Facility Activation
-EP-210A, Field Survey Groups EP-207G, Plant Survey Groups D
EP-202, Operational Support Center Activation
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EP-206A, Fire Fighting Group
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EP-2068, Damage Repair Group EP-312, Radioactive Liquid Release EP-208, Security Team Activation EP-209 Emergency Telephone Listing EP-201, Technical Support Center Activation n
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ALERT NOTIFICATION MESSAGE
~ Message: This (is) (is not) a drill. This (is) (is not) a drill. This,is x
Peach Bottom Atomic Power Station calling to report an Alert has been declared.
on Unit No.-
My name is
, telephone number is
.. Time and date of Alert classification is (24 hr clock)
The basic problem is (Date)
There (is presently) (has not been) (is potential for) (has been) a radioactive (airborne) (liquid) release from the plant...The. plant status is (stable) p (improving) (degrading). (not known). There are no recommended protective actions at this time. This (is) (is not) a drill. This (1s) (is not) a drill.
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, TELEPHONE NUMBER IS THE ALERT ON UNIT NO.
HAS BEEN
- (DE-ESCALATED TO AN UNUSUAL EVENT) (TERMINATED). TIME AND DATE ARE.
.-THE-PLANT-STATUS-IS-(STABLE)
(24 hr. clock)
(Date)
IMPROVING). THIS (IS) (IS NOT) A DRILL. REPEAT, THIS (IS) (IS NOT) A DRILL.
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PHILADELPHIA ELECTRIC COMPANY
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PEACH BOTTOM UNITS 2 AND 3 JM g l9b7 EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-104 SITE EMERGENCY RESPONSE PURPOSE:
The purpose of this procedure is to provide guidelines for response to a Site Emergency.
RESPONSIBILITIES:
1.0 Shift Superintendent or designated alternate shall assume the role of Emergency Director and implement this procedure, until relieved.
1.1 The Plant Manager or his alternate shall assume the role of the Emergency Director, report to the Technical Support Center or Control Room and relieve the Shift Superintendent of the responsibilities as the Emergencyf Director.
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ACTION LEVELS:
This procedure shall be implemented when an event occurs that is classified as a Site Emergency per EP-101. Classification of Emergencies.
PRECAUTIONS:
Planned radiation exposures should be limited to the Administration Guide Levels in EP-211. Emergency Radiation Exposure Guidelines and Controls.
PROCEDURE:
1.0 IIHEDIATE ACTIONS 1.1 Emergency Director shall:
1.1.1 Verify the emergency classification as determined in EP-101 Classification of Emergencies unless determination has just been made.
1.1.2 Fill out Appendix EP-104-1. Site Emergency Notification Message, sign it, and give it to the Communicator.
1.1.3 Direct the communciator to complete notification of the appropriate parties as specified in Appendix EP-104-2. Site Emergency Phone List (Initial Notification) or Appendix EP-104-3. Alert Phone List (Escalaton or Oe-escalation) within 15 minutes.
^
EP-104 Page 2 of 17, Rev. 15 THE COMUNICATOR SHALL MAN THE NRC RED TELEPHONE ON A
I CONTINUOUS BASIS UNTIL THE NRC DISCONNECTS.
1.1.4 Contact the Plant Manager and the Shift Technical Advisor, inform them of the situation, if not already done.
1.1.5 If there is a Potential or Actual radiological release, implement EP-305 Site Evacuation.
1.1.6 If not already accomplished at the ALERT stage, direct the Shift Clerk to activate the 60 minute call list using EP-209 Appendix P.
If Shift Clerk is not available, this function may be assigned to any available individual.
1.1.7 Direct one of the on-shift I&C technicians to activate the Technical Support Center and Emergency Operations Facility in accordance with EP-201 and 203, if not already activated. If not already performed previously, inform the shift clerk which I&C Technician will activate the centers at Unit 1 in order to let the clerk know which remaining I&C Technician to call for the prompt mobilization procedure.
g 1.1.8 DirecttheJuniorTechnicalAssistant-orOoseAssessmentTeami' Lecder to perform offsite dose calculationi in-accordance with EP-315.
1.1.9 Direct the Oose Assessment Team ' Leader to' initia'Ise offsite radiation surveys, as necessary,"in accordance with EP-210A,
- Field Survey Groups.
1.1.10 Direct the Personnel Safety Team Leader to initiate onsite radiation surveys as necessary, if not already done in accordance with EP-207G. Plant Survey Groups and activate the Auxiliary OSC in accordance with EP-202.
1.1.11 Assign an Operations Support Center Coordinator (Shift P0 or call in a Shif t Supervisor at the discretion of the Emergency Director) and direct available shift personnel to report to the Operations Support Center on 135' elev., Turbine Building, and to' activate it in accordance with EP-202 if habitable.
If the Operations Support Center is not habitable, direct shift personnel to report to the control room.
1.1.12 Closely monitor conditions to detemine present hazards to personnel and potential accident conditions that may develop.
1.1.13 for samples, direct on-shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader to implement EP-205A, Chemistry Sampling and Analysis Team Activation.
1.1.14 For Fire and Damage Repair, direct the Maintenance Shift Assistant Foreman or the Fire and Damage Team Leader to j
implement EP-206A, Fire Fighting Group and/or EP-2068. Damage Repair Group.
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1.1.15 For a liquid release, implement EP-312, Radioactive Liquid Release, if required.
1.1.16 For Security matters, contact Security Shift Supervision and direct implementation of EP-208, Security Team Activation, if necessary.
1.1.17 Direct the control room to provide station personnel with instructions over the Public Address System on any major changes in station status, classification, escalation or de-escalation, etc., using the following messages:
DECLARATION MESSAGE THIS (IS) (IS NOT) A ORILL, REPEAT, THIS (IS) (IS NOT) A DRILL. ATTENTION ALL PERSONNEL. ATTENTION ALL PERSONNEL.
THE EMERGENCY DIRECTOR HAS DECLARED A SITE EMERGENCY. ALL ON SHIFT PERSONNEL REPORT TO THE CONTROL ROOM. ALL MEMBERS OF THE EMERGENCY RESPONSE ORGANIZATION REPORT TO YOUR EMERGENCY FACILITIES OR~ EMERGENCY LOCATIONS. A SITE EVACUATION HAS BEEN DECLARED. ALL NON-ESSENTIAL PERSONNEL SHALL REPORT T0 (THEI,
WORK LOCATIONS) (NORTH SUB STATION) (PRESIDENT'S-UTILITY J
BUILDING) (DELTA SERVICE BUILDING). ALL VISITORS WILL REPOR WITH THEIA ESCORTS TO THE SECURITY ADMINISTRATION BUILDING A AWAIT FURTHER INSTRUCTIONS. THIS (IS) (IS NOT) A DRILL,
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REPEAT THIS (IS) (IS NOT) A DRILL.
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DE-ESCALATION MESSAGE THIS (IS) (IS NOT) A ORILL, REPEAT. THIS (IS) (IS NOT) A DRILL. ATTENTION ALL PERSONNEL. ATTENTION ALL PERSONNEL.
THE SITE EMERGENCY HAS BEEN.(OE-ESCALATED TO AN (UNUSUAL EVENT) (ALERT) (TERMINATED). ALL PERSONNEL SHALL AWAIT INSTRUCTIONS FROM THEIR TEAM LEADERS OR SUPERVISOR. THIS (IS)
(IS NOT) A DRILL, REPEAT. THIS (IS) (1S NOT) A DRILL.
1.1.18 If necessary, direct Dose Assessment Team Leader to initiate EP-317, Determination of Protective Action Recommendations.
2.0 FO'_ LOW-UP ACTIONS 2.1 Emergency Director shall:
2.1.1 Verify that the Technical Support Center, Operations Support Center and Aux. OSC have been activated.
2.1.2 Periodically evaluate the event classification in accordance with EP-101 Classification of Emergencies and escalate or de-escalate the classification, as necessary.
2.1.3 If the classification is de-escalated, complete Appendix EP-104-4 Site Emergency De-Escalation Notification Message and (V
give it to the Communicator to perfom notifications in accordance with Appendix EP-104-3.
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Page 4 of 17 Rev. 15 2.1.4 Obtain the results of the EP-315, Operation of Peach Botton Computer Oose Model from the Oose Assessment Team Leader and onsite radiation surveys from the Personnel Safety Team Leader, as necessary.
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2.1.5 Notify the Bureau of Radiation Protection of any changes in radiological conditions.
2.1.6 Obtain the following information as necessary to formulate further actions:
A.
Security status from Security Team Leader.
B.
Sample analysis from Shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader.
C.
In-plant surveys from Shift HP Technician or Personnel Safety Team Leader.
D.
Field surveys from Shift HP Technician or Oose Assessment Team Leader.
Dose projections and protective actions recomendation 2
E.
from Shift Technical Advisor or Dose Assessment Team
(
2 Leader.
F.
Fire / damage repair status from the Maintenance Shift Assistant Foreman or Fire and Damage Team Leader.
G.
Notification Results from Comunicator.
2.1.7 Provide appropriate information from the previous evaluations to Communicator in the EOF for notification of the Bureau of i
Radiation Protection.
2.1.8 Discuss protective action recommendations with the Site Emergency Coordinator.
2.1.9 Determine which additional support personnel are necessary for emergency functions and direct the Shift Clerk or other assigned Communicator to contact those personnel, using the appropriate Appendix to EP-209. Emergency Telephone Listing.
2.1.10 Direct the control room to provide site personnel with public address (PA) announcements for any major changes in plant emergency status, such as changing emergency action levels and evacuations.
2.1.11 Perform actions as necessary to mitigate conditions of the emergency situation.
2.1.12 If applicable, brief the Site Emergency Coordinator.
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2.2 The Communicator shall: - f j ( 2.2.1 Inform the Emergency Director when appropria'te notifications ' / have been made and submit completed copy of Appendix EP-10412, Site Emergency Phone List (Initial Notification) or Apperdix EP-104-3,SiteEmergencyPhoneList(EscalationorDe-~j'1 escalation)forEmergencyDirector'ssignature. 2.2.2 Notify additional support personnel'to report / o the statibn [ as directed by the Emergency Director. ' Refer to the appropriate Appendix of EP-209. Inform the, Emergency Director when personnel have been notified. 4 2.3 Operations Support Center Coordinator shall: 2.3.1 Notify the Emergency Director when the Operations Support Center is activated. ,/ 2.3.2 Provide support to the Control Room and Shift Supervision as necessary. 2.4 Auxiliary Operations. Support. Center Coordinator shall:
- [
y 2.4.1 NotifythePersonnelSafetyTeamorEmergencyDirecforthat - gj the Auxiliary Operations Support Center is activated. / i(' Provide Health Physics support to teams as directed by 2.4.2 Personnel Safety Team Leader. 2.5 Dose Assessment Team Leader shall: ~ 2.5.1 Notify the Emergency Director when the Emergency Operaticns Facility is manned. 2.5.2 Report progress and results of EP-316, Cumulative Population Dose Calculations and off site radiation surveys.r'. 2.5.3 Notify the Site Emergency Coordinator of the nees f'or assistance from Radiation Management Corporation.. 2.6 Personnel Safety Team Leader shall: l 2.6.1 Report progress and results of on-site radiation surveys to the Emergency Director as necessary. 2.6.2 Notify Emergency Director or Site Emergency Coordinator when the additional support personnel have been notified. 2.7 I&C Technicians shall: (if not already performed as per EP-103) 2.7.1 Inform the Emergency Director when the centers are activated. Q/ if not previously done. 2.7.2 Man the TSC or EOF data display (CCTV) positions as directed j by the Emergency Director. A / f ,,p, ..po y n ave e e= c +-e s~ , * - - ~ "/' ,.,y_,, ~.
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EP-iO4 Page 6 of 17 Rev. 15 2.8 Chemistry Sampling and Analysis Team Leader shall: 2.8.1 Report progress and results of any sampling activities and their results, if appropriate to the Emergency Director. L 2.9 Security Team Leader shall: 2.9.1 Provide a briefing of the security situation, as required, to [ the Emergency Director, providing status on the Security Force i manning. 2.10 Fire and Damage Team Leader shall: [ 2.10.1 Provide a briefing on fire and damage assessment activities to the Emergency Director, if appropriate. L 2.11 Technical Support Team Leader shall: 2.11.1 Dispatch available communicators, status board keepers, etc. i to support the activities in the various emergency response F centers. I 2.11.2 Provide engineering assessments on the emergency situation. T requested by the Emergency Director. FINAL CONDITIONS: >( 1. Plant conditions are improving and present station conditions 00 NOT meet any Site Emergency classification as @ lineated in Ep-101, Classification e i of Emergencies and is therefore being downgraded to an Alert or Unusual Event. F 2. Plant conditions are deteriorating and present station conditions meet' a i General Emergency classification as delineated in EP-101, Classification of i Emergencies and 1,s therefore being upgraded to a General Emergency. f APPENDICES: \\ l Appendix EP-104-1 Site Emergency Notification Checkoff List h Appendix EP-104-2. Initial Site Emergency Notification Telephone List k t Appendix EP-104-3, 31te Emergency Escalation & De-Escalation Notification [ Telephone List 6 Appendix EP-104-4, Site Emergency De-Escalation Notification Hessage t L c-L A, L = w .wp-- ..n --,e
cw ......c..- p [ EP-104 Page 7 cf 17. Rev. 15 a o, {.3
REFERENCES:
PBAPS Emergency Plan n NUREG 0654 Rev.1. Criteria for Preparation and Evaluation of Radiological Emergency, Response Plans and Preparedness in Support of Nuclear Power Plants EP-101, Classification of Emergencies EP-303, Partial Plant-Evacuation EP-305, Site Evacuation GP-15 Local Evacuation EP-211,- Emerg ency-Rad i ati on-Exposure-Gui del ines EP-201, Technical Support CenterV Activation EP-203, Emergency Operations Facility EP-210A, Field Survey Groups h v EP-207G, Plant Survey Groups f_ EP-206A, Fire Fighting Group EP-2068. Damage Repair Group 7'EP-312 Radioactive Liquid Release (Emergency Director Functions) EP-208, Security Team = EP-315, Operation of Peach Botton Computer Dose /Model. EP-209 Telephone List for Emergency use l EP-205A, Chemistry Sampling and Analysis Team 1 I y-l' i-* A l l m..--, -..n. ~.
w: - L..- EP-104 Page 8 of 17, Rev. 15 4-APPENDIX EP-104-1 SITE EMERGENCY NOTIFICATION CHECK 0FF LIST Messaae: This (is) (is not) a drill. This (is) (is not) a drill. This-is Peach Bottom Atomic Power Station calling to report that a Site Emergency has been declared on Unit My name is , telephone number is Time and date of Site Emergency classification is-The basic problem is (24 hr clock) (Date) There (has not been) (is potential for) (has been) (is presently) a radioactive (airborne) (liquid) release from the. plant. The plant status ~ is (stable)'(improving).(degrading) -(not known). -Recommended protective y[ C actions are (none) This (is) (is not) a drill. This (is) (is not) a drill. .a Emergency Director l b. ~;-... ~: ,1,--.3-.-;.~m,....,--....,.--.-----,-..---. = = . =.
a " ~ EP-104 Page 17 cf 17, Rev. 15 APPENDIX EP-104-4 SITE EMERGENCY DE-ESCALATION NOTIFICATION MESSAGE THIS (IS) (IS NOT) A DRILL. REPEAT, THIS (IS) (IS NOT) A DRILL. THIS IS PEACH BOTTOM ATOMIC POWER STATION CALLING TO REPORT A CHANGE IN THE EMERGENCY ACTION LEVEL. MY NAME IS TELEPHONE NUMBER THE SITE EMERGENCY ON UNIT NO. HAS BEEN DE-ESCALATED TO (AN UNUSUAL EVENT) (AN ALERT) (AN SITE EMERGENCY)-(TERMINATED). TIME AND DATE ARE THE PLANT STATUS IS (STABLE) (24 hr clock) (Date) (IMPROVING). THIS (IS) (IS NOT) A DRILL. REPEAT. THIS (IS) (IS NOT) A DRILL. ?. 4 ,(V i. l EMERGENCY DIRECTOR 4 ~
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--,. r - r-EP-105 [.....,_p~5[.'is..'c:ry. [c5 Page 1 of 18 Rev. 14 \\ ng nr.'; IC Ed.1-2 JJT:tf 7- % ~ i PHILADELPHIA ELECTRIC COMPANY g ]987 PEACH BOTTOM UNITS 2 AND 3 EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-105 GENERAL EMERGENCY RESPONSE PURPOSE The purpose of this procedure is to provide guidelines for response to a General Emergency. RESPONSIBILITIES: 1.1 Shift Superintendent or designated alternate shall assume the role of Emergency Director and implement this procedure until relieved. 1.2 Station Manager or designated alternate shall report to the Technical Support Center or Control Room, relieve the Shift Superintendent, and continue implementing this procedure, if necessary. 1.3 Site Emergency Coordinator shall report to the Emergency Operations Facility or the Alternate EOF and perfom the appropriate sections of this {, procedure, if nec ACTION L This proce re ese e at s classified as a General Em gen ,C a n i PRECAUTIONS: Planned radiation exposures should be limited to the Administrative Guide levels in EP-211. Emergency Radiation Exposure Guidelines and Controls. PROCEDURE: 1.0 IM EDIATE ACTIONS 1.1 Emergency Director shall: 1.1.1 Verify the emergency classification as determined in EP-101, Classification of Emergencies unless determination has just l been made. 1 1.1.2 Fill out Appendix EP-105-1, General Emergency Notification t Message, sign it, and give it to the communicator. l l t t
,y e EP-105 Page 2 of 18. Rev. 14 &n 1.1.3 Direct the communicator to complete notification of the appropriate parties as specified in Appendix EP-105-2, General Emergency Phone List (Initial Notification)-or Appendix EP-105-3, General Emergency Phone List (Escalation or De-escalatjon) within 15 minutes. THE C0 2 0NICATOR SHALL MAN THE NRC RED TELEPHONE ON A CONTINU0US BASIS UNTIL THE NRC O!$ CONNECTS. 1.1.4 IF A GENERAL EMERGENCY IS DECLARED WITHOUT PRIOR EMERGENCY CLASSIFICATIONS PROTECTIVE ACTION, RECOMMENDATIONS MUST BE GIVEN WITH INITIAL NOTIFICATION AS INDICATED ON APPENDIX EP-105-1. --1.1.5 -Contact-the-Plant-Manager and-thedhift-Technicat-Adytwr, infom them of the situation, if not already done. 1.1.6 If there is an actual or potential radiological release, implement EP-305, Site Evacuation. 1.1.7 If not already accomplished at the ALERT or SITE EMERGENCY stage, direct the Shift Clerk to activate the 60. minute call list using EP-209, Appendix P. If Shift Clerk is not 4 available, this function may be assigned to any available ,,D.). individual. ~ ~ . s 1.1.8 Ofrect one of the on-shift II.C Technicians to activate the Technical Support Center and the Emergency Operations Facility in accordance with EP-201 and 203,'if not alre&dy hetivated, i s - a i; c 4 1.1.9 Direct the Junior Technical Assistant or Dose Assessment Team Leader to perform offsite dose calculations in accordance with EP-315. 1.1.10 Direct the Dose Assessment Team Leader to initiate offsite radiation surveys, as necessary, in accordance with EP-210A, Field Survey Groups. 1.1.11 Direct the Personnel Safety Team Leader to initiate on-site radiation surveys as necessary, in accordance with EP-207G, Plant Survey Groups, if not already done. i' 1.1.12 Assign an Operations Support Center Coordinator (Senior P0 or call in a Shift Supervisor at the discretion Of the Emergency Director) if not already done and direct available shift personnel to report to the Operations Support Center and to activate it in accordance with EP-202, if habitable. If the Operations Support Center is NOT habitable, direct shift personnel to report to the control room. I 1.1.13 Closely monitor conditions to determine present hazards to + personnel and potential accident conditions that may develop. 4 I f
e ~' EP-105 g-_ Page 3 of 18 Rev. 14 (M 1.1.14 For sampicc, direct onshift Chemistry Technician or Chemistry' Sampling and Analysis Team Leader to implement EP-205A, Chemistry Sampling and Analysis Team Activation. 1.1.15 For fire and damage repair, direct the Maintenance Shift Assistant Foreman or the Fire and Damage Team Leader to implement EP 206A Fire Fighting Group and/or EP-2068 Damage Repair Group. t 1.1.16 For a liquid release, implement EP-312 Radioactive Liquid Release, if required. 1.1.17 For security matters, contact Security Shift Supervisor and direct implementation of EP-208, Security Team Activation, if necessary. 1.1.18 Direct the control room to provide' station personnel with instructions over the Public Address System on any major changes in station status, classification escalation or de-escalation, etc., using the following messages: ' DECLARATION MESSAGE THIS (IS) (IS NOT) A DRILL, REPEAT, THIS (IS) (IS NOT) A DRILL. ATTENTION ALL PERSONNEL. ATTENTION ALL PERSONNEL. bm THE EMERGENCY DIRECTOR HAS DECLARED A GENERAL EMERGENCY. ALL ON SHIFT PERSONNEL REPORT TO THE CONTROL ROOM. ALL lEMBERS OF THE EMERGENCY RESPONSE ORGANIZATION SHALL REPORT TO THEIR EMERGENCY FACILITIES OR EMERGENCY LOCATIONS. ALL NON-ESSENTIAL PERSONNEL AND VISITORS SHOULD EVACUATE THE STATION AND RE-ASSEMBLE AT THE (NORTH SUB STATION) (PRESIDENT'S i UTILITY BUILDING) (DELTA SERVICE BUILDING). THIS (IS) (IS NOT) A DRILL, REPEAT, THIS (IS) (IS NOT) A DRILL. DE-ESCALATION MESSAGE THIS (IS) (IS NOT) A DRILL, REPEAT THIS (IS) (IS NOT) A l DRILL. ATTENTION ALL PERSONNEL. ATTENTION ALL PERSONNEL. l THE GENERAL EMERGENCY HAS BEEN ((DE-ESCALATED TO AN (UNUSUAL EVENT)(ALERT)(TERMINATED)). ALL PERSONNEL SHALL AWAIT INSTRUCTIONS FROM THEIR TEAM LEADERS OR SUPERVISOR. THIS (IS) (IS NOT) A DRILL, REPEAT, THIS (IS) (IS NOT) A DRILL. I m-9 -,mvr-p+,-,.,.--w-,---,pm,--.---,- --,y9-,,-,-%,.,,,--.-i.-,,-,,_,my,_ 7 we,,,-.,,-,,--e,,,,,, .ww,,-,,,.,,.,.__,,.,i,, ,,r-a
.. ~ _ 5 EP-105 / Page 4 of 18. Rev.14 ~,, 1.1.19 If necessary, direct Dose Assessment Team Leader to initiate EP-317. Determination of Protective Action Recommendations. 2.0 FOLLOW-UP ACTIONS 2.1 Emergency Director shall: 2.1.1 Verify that the Technical Support Center, OSC, Aux. OSC, and EOF have been activated. 2.1.2 Periodically evaluate the event classification in accordance with EP-101, Classification of Emergencies. If the conditions change, de-escalate to an appropriate classification. 2.1.3 If classification is de-escalated, complete Appendix EP-105-4, General Emergency De-escalation Message and direct the connunication to perform notifications in accordance with Appendix EP-105-3. 2.1.4 Obtain the results of the EP-315, Operation of Peach Bottom f Computer Dose Model from the Dose Assessment Team Leader and ( onsite radiation surveys from the Personnel Safety Team Leader, as necessary. h' 2.1.5 Notify the Bureau of Radiation Protection of any changes in radiological conditions. 2.1.6 Obtain the following information as necessary to formulate further actions: A. Security Status from Security Team Leader. 8. Sample analysis from Shift Chemistry Technician or Chemistry Sampling and Analysis Team Leader. C. In-plant surveys from Shift HP Technician or Personnel Safety Team Leader. D. Field surveys from Shift HP Technician or Dose Assessment Team Leader. E. Dose projections and protective action recommendations from Shift Technical Advisor or Dose Assessment Team Leader. F. Fire / damage repair status from the Maintenance Shift. Assistant Foreman or Fire and Damage Team Leader. G. Notification results from Communicator. 2.1.7 Provide appropriate infomation from the previous evaluations ~ to Communicator in the EOF for notification of the Bureau of Radiation Protection. a l ~7.. .....---..... -,.,..,..,. 7...-- - -.. - -.. - -
w. EP-105-Page 5 of 18. Rev.14 p ~ f; 2.1.8 Discuss protective action recomendations with the Site Emergency Coordinator. 2.1.9 If not already perfomed, determine which additional support personnel are necessary for emergency functions and direct the Shift Clerk or other assigned person to contact those personnel. 2.1.10 Direct the control room personnel to provide site personnel with public address (PA) speaker announcements for any major changes in plant emergency status, such as changing emergency action levels. 2.1.11 Perform actions as necessary to mitigate conditions of the emergency situation. 2.1.12 If applicable, brief the Site Emergency Coordinator. 2.2 The Comunicator shall: 2.2.1 Inform the Emergency Director when appropriate notifications ~ have been made and submit completed copy of Appendix EP-105-2, GeneralEmergencyPhoneList(InitialNotification)or Appendix EP-105-3, Escalation or De-escalation for Emergency ,j Director's signature. J 3^ Gj 2.2.2 Notify additional support personnel to report to the station as directed by the Emergency Director. Refer to the appropriate Appendix of EP-209. Inform the Emergency Director when personnel have been notified. l 2.3 Operations Support Center Coordinator shall: 2.3.1 Notify the Emergency Director when the Operations Support Center is activated. 2.3.2 Support the Control Room and Shift Supervision as necessary. i 2.4 Auxiliary Operations Support Center Coordinator shall: 2.4.1 Notify the Personnel Safety Team or Emergency Director that the Auxiliary Support Center is activated. 2.4.2 Provide Health Physics support to teams as directed by Personnel Safety Team Leader. l 2.5 Dose Assessment Team Leader shall: 2.5.1 Notify the Emergency Director when the Emergency Operations j Facility is activated. l W
a.. :. -...-.=..... - - ~ - - ~. a. =..~. : :.: e. EP-105. / Page 6 of 18 Rev.14 2.5.2 Report progress and results of EP-316, Cumulative Population-Dose Calculations and off site radiation surveys to the Emergency Director, as necessary. 2.5.3 Notify the Site Emergency Coordinator of the need for
- assistance from Radiation Management Corporation.
2.6 Personnel Safety Team Leader shall: -2.6.1 Report progress and results of onsite radiation survey to the Emergency Director as necessary. ~ 2.7 I&C Technicians shall: (if not already perfomed as per EP-103 or EP-104) 2.7.1 Inform the Emergency Director when centers are activated. 2.7.2 MantheTSCandE0Fdatadisplay(CCTV)positionsasdirected by the Emergency Director. 2.8 Chemistry Sampling and Analysis Team Leader shall: 2.8.1 Report pro ress and results of any sampling activities and their resu ts, if appropriate to the Emergency Director. / 2.9 Security Team Leader shall: eJ 2.9.1 Provide a briefing of the security situation, as required, to the Emergency Director, providing status on the Security Force l nanning. 2.10 Fire and Damage Team Leader shall: 4 I 2.10.1 Provide a briefing on fire and damage assessment activities to i the Emergency Director, if appropriate. l i 2.11 Technical Support Team Leader shall: 2.11.1 Dispatch available communicators, status board keepers, etc., to support the activities in the various emergency response centers. 2.11.2 Provide engineering assessments on the emergency situation, as requested by the Emergency Director. FINAL CONDITIONS: 1. Plant conditions are improving and present station conditions DO NOT meet y any General Emergency classification as delineated in EP-101, h Classification of Emergencies and is therefore being downgraded to a Site Emergency Alert, or unusual Event. 4 . ~ < .;-u r ~~r - - ~ =
a ....u ~ - - - ~ EP-105 Page 7 of 18. Rev. 14 gs, 2.- Plant conditions meet the requirements for entering the Recovery Phase and EP-C-320 is being implemented. APPENDICES: Appendix EP-105-1, General Emergency Notification Checkoff List Appendix EP-105-2, General Emergency Notification Telephone List Appendix EP-105-3, General Emergency Escalation & De-Escalation Notification Telephone List Appendix EP-105-4, General Emergency De-Escalation Notification Massage
REFERENCES:
PBAPS Emergency Plan NUREG 0654 Criteria for Preparation and Evaluation of Radiological Emergency Response. Nuclear Power Plants EP-101, Classification of Emergencies EP-303, Partial Plant Evacuation h) EP-305, Site Evacuation GP-15 Local Evacuation ' EP-211 Emergency Radiation Exposure Guidelines EP-201 Technical Support Center Activation EP-203 Emergency Operations Facility EP-210A, Field Survey Groups EP-207G, Plant Survey Groups EP-206A Fire Fighting Group EP-2068, Damage Repair Group EP-312 Radioactive Liquid Release (Emergency Director Functions) EP-208, Security Team EP-315, Operation of Peach Botton Computer Dose /Model i l EP-209 Telephone List for Emergency Use l(1 EP-205A, Chemistry Sampling and Analysis Team a L -___,_____________.1.__-.____.-_
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^ ^ .= EP-105 t Page 8 of 18. Rev. 14 ?. -1 APPENDIX EP-105-1 GENERAL EMERGENCY NOTIFICATION CHECK 0FF LIST Messaae: This(1s)'(isnot)adrill. This(1s)(isnot)adrill. This'is Peach Botton Atomic Power Station calling to report a General Emergency has been declared on Unit No. My name is telephone number.is Time and date of General Emergency classification is Thebasicprobienis (24 hr clock) (Data) There (is presently) (has not been) (is potential for) (has been) a radioactive (airborne) (liquid) release from the plant. Theplantstatusis(stable) (improving) (degrading) (not known). Recomended protective actions are i (none) ,.c,.x ~t The affected population area is (none) 5-This(1s)(isnot)adrill. This(1s)(isnot)adrill. i i I Emergency Director d I. i ., -... _, _..,, ~,..
i EP-105 Page 18 of 18. Rev. 14 APPENDIX EP-105-4 q~ GENERAL EMERGENCY DE-ESCALATION NOTIFICATION MESSAGE THIS(IS)(ISNOT)ADRILi.. REPEAT THIS (IS) (IS NOT) A DRILL. THIS IS PEACH BOTTOM ATOMIC POWER STATION CALLING TO REPORT A CHANGE IN THE EMERGENCY ACTION LEVEL. MY NAME IS . TELEPHONE NUMBER , ~THE GENER^L EMERGENCY ON UNIT NO. HAS BEEN DE-ESCALATED TO (AN UNUSUAL EVENT) (AN ALERT) (AN SITE EMERGENCY) (TERMINATED). TIME AND DATE IS THE PLANT STATUS IS (STABLE) (24 hr clock) (0 ate) (IMPROVING). THIS (IS) (IS NOT) A DRILL. REPEAT, THIS (IS) (IS NOT) A ORILL. e l i i f I ~ ~r-'2~:11T.. ~.T . - " ^ ~ c J11l
_.... - - m m :: ; cr!- EP-202 - ~ f : ~f. "b h m y Page 1 of 9. Rev. 9 \\[dh,5b[dh. ;;. CSN,:mdw 3 1 (' 'N PHILADELPHIA ELECTRIC COMPANY w, PEACH BOTTOM UNITS 2 AND 3 JAN G51987 EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-202 OPERATIONS SUPPORT CENTERS (OSC) ACTIVATION PURPOSE To define the actions required by the Operations Support Center Coordinators for activating, manning and managing the Operations Support Centers (OSC). ACTION LEVEL Activate the Operations Support Centers when an event has been classified as an Alert, Site Emergency or General Emergency, or at the discretion of the Emergency Director. PRECAUTIONS 1. Maintain a f rtinentactionsusingthedesignatedOSC'sik books. '( 2. Verify hab i anc with Appendix E 111 ties. l 3. Two Operaticos fupport Centers exist. A. OSC at elevation 135' Turbine Bldg. mans shift operators. 8. Aux. OSC at elevation 116' Turbine Bldg. mans HPf,C personnel. 4. Personnel shall log in and out of the Operations Support Centers in order to maintain personnel accountability. 5. TheOperationsSupportCenters(OSC)shallcontaincontrolledcopiesofthe Emergency Procedures. PROCEDURE: 1.0 IWEDIATE ACTIONS 1.1 Emergency Director shall: 1.1.1 Assign an operator as the OSC Coordinator. If available, an operator with supervisory experience (SSV cr Shift. Supt. type) should be used or called in per Appendix P of EP-209 call list to man this position. 1.2 Personnel Safety Team Leader shall: 4
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= ~ EP-202 Page 2 of 9. Rev. 9 I 1.2.1. Assign HP as Aux OSC Coordinator and ensure Aux. OSC is manned ) with Health Physics personnel. 1.3 Operations Support Center Coordinators or designees shall: 1.3.1 Assign an individual the duties of Operations Support Center f Comunicator and Status Board Keeper. Ensure that a log is availabl.e for the comunicator's use. 1.3.2 Direct the Operations Support Center Communicator and Status Board Keeper to verify operability of the comunication systems as outlined in the attached Appendives. (See Appendix EP-202-2 for Aux. OSC and Appendix EP-202-1 for the Shift OSC). 1.3.3 Notify the Control Room when their respective Operations Support Center is manned and that comunications are satisfactory or unsatisfactory. 1.3.4 Procure equipment and supplies necessary to assist in mitigating the emergency. 1.3.5 Assign an individual to periodically verify habitability of ~ their respective Operations Support Center adhering to the guidelines in Appendix EP-202-3. : Report results-of this / verificationn to the Shift Superi.ntendent.' 1 t 1.4 Operations Suppor:t Center Communicator and Status Board' Keepers' shall: . 4 ' e. f- 'M l 1.4.1 Verify communication capabilities exist in their respective i Operations Support Centers by completing Appendix EP-202-1 or Appendix EP-202-2. Report results to 0$C Coordinator. I 1.4.2 Man the status board posted by the OSC Coordinator to ensure personnel and plant status is maintained in each OSC. (See Appendix EP-202-4 or Appendix EP-202-5 for status boards). 1.4.3 Log all pertinent actions in the designated log book to maintain a formal record of all events pertinent to the OSC. Refer to OSC Coordinator for guidance on what to log. 2.0 FOLLOW-UP ACTIONS 2.1 Operations Support Center Coordinators or designees shall: 2.1.1 Remain in contact with the Control Room or the Technical Support Center in order to provide assistance as needed by formulation of Emergency Teams. 2.1.2 Direct personnel entering and leaving their respective .) operations support Center to log in using the official log or j the status boards. l 1 i . =
EP-202 Page 3 of 9, Rev. 9 3, ( -- 2.1.3 Coordinate activities of their respective OSC. The operator OSC should coordinate with the Control Room and designated maintenance personnel to ensure local permits are promptly completed to allow repair work if necessary. The Aux. 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. 2.1.4 Upon leaving their respective Operations Support Center for any reason, delegate his duties to the remaining senior operator or technician. 2.1.5 Maintain working knowledge of radiation exposure each member ~ of their respective OSC is receiving in order to maintain ALARA Yoncipts~~~durin~gTne emer,gency. 9i % q.., gv. to3 2.2 Operations Support Center personnel shall:,. h A ~' ~ ~ 5 .,t-2.2.1 Upon enterin' g and leaving 'thetr r,espect'ive dperations ' support center log in and:outaintthe des;1gnated-log or on the status board. 2.2.2 Ensure proper self-monitoring of their own pocket dosimeters when performing tasks during the emergency. (i REFERENCES 1. Peach Bottom Atomic Power Station Emergency Plan 2. Hureg 0654 Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants. 3. Hureg 0696 Functional Criteria for Emergency Response Facilities. 4. 10 CFR 20 APPENDICES l EP-202-1 Operator OSC Phone Check Off List (C.O.L.) 1 EP-202-2 Aux. OSC Phone C.O.L. l EP-202-3 OSC Habitability Guidelines t EP-202-4 OSC Activity Board EP-202-5 Aux. OSC Assignment Status Board EP-202-6 Aux. OSC Status Board FINAL CONDITIONS: The OSCs maybe relieved of emergency responsibilities when so directed by the Recovery Manager or Site Emergency Coordinator. lt l k,
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Page 1 of 32. Rev. 7 c )~3f31mK212 A~~ ADO:c1g ,,3 PHILADELPHIA ELECTRIC COMPANY f[ /[ JhN 5 1987 PEACH BOTTOM UNITS 2 AND 3 EMERGENCY PLAN. IMPLEMENTING PROCEDURE 1 EP-205A.1 OPERATION OF POST ACCIDENT SAMPLING STATION l l PURPOSE: l The purpose of this procedure is to-prgvide guidelines for consideration prior l .to. during and after obtaining sample's from the post accident sampling station ~ following accident condit1ons. i SPECIAL PRECAUTIONS: i 8EFORE THIS PROCEDURE CAN BE REVISED, A SAFETY EVALUATION MUST BE WRITTEN AS DESCRIBE 0 IN A-5 SINCE THIS PROCEDURE IS DESCRI8E0 IN THE FSAR. RESPONSIBILITIES: The. Chemistry Sampling and Analysis Team Leader shall determine, via dialogue ,,s . e-: with the Personnel Safety Team Leader, the need for specific Health Physics ' (.D: ?, coverage. r. The Chemistry Sampling and Analysis Group Leader shall brief the Chemistry l Sampling and Analysis Team Members on: A. Sampling points to be used. 4 8. Routes to be taken. C. Appropriate survey and protective equipment to be used. The Chemistry Sampling and Analysis Team members shall: A. Assemble necessary equipment. 8. Apply the ALARA concept for radiation exposure. C. Review this procedure prior to implementation. l ACTION LEVEL: l 1. It has been determined that a drywell atmosphere, torus atmosphere, reactor i building atmosphere or primary coolant sample is needed from the post accident sampling station. Make sure before entry into the M-G set room that all personnel who will handle a sample have extremity (hand) dosimetry ( in place. .a
~ 'l ' ~ u- =. EP-205A.1 Page 2 of 32..Rev. 7 APPARATUS: } Appropriate Health Physics Survey Equipment AirSampler(lowvolume) Respiratory Protective Equipment Anti-C Clothing Digital Alarming Dosimetry Gas Vial Sample Tube Iodine & Particulate Sample Assembly 14.4 Gas Vials and Caps Liquid Sample Bottles and Caps 10cc Syringe with Stoplock Silver Zeolite Cartridges 47me Particulate Filters Small Bottle of Domin Water Large Volume Cask Small Volume Cask Gas Sample Cask Flashlight Mirror . Watch with Second. Hand Plastic Bag & Pole to Transport Cartridges I i PRECAUTIONS: ~ i. A. Apply ALARA. concept when implementing this procedure. %] t...
- 8.
Review this procedure prior to obtaining sample. C. Planned exposure shall not exceed administrative guidelines, except as authorized by the Emergency Director in accordance with EP-205A, Appendix 1. j PROCEDURE: l 1. Two paths are recommended. A. Entering the normal Turbine Building 116' plant entrance, up the Turbine Building stairs to the M-G set room. Time = Approximately 3 minutes. 8. 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. 2. In most situations, the collection and handling of the samples should be performed with the Chemistry Group responsible for ensuring that the ALARA concept for radiation exposure is applied. The need for specific Health Physics Technician coverage shall be determined and prescribed via dialogue between the Personnel Safety Team Leader and the Chemistry Sampling Team Leader. a E 22 ((((_iECih[1 i._ _E.li",'[,' '____ ~l. .i. E. iii 4 ..f.
c. - = -. EP-205A.1 Page 3 of 32, Rev. 7 { ?. L, ' ") 3. Ensure personnel have appropriate survey and protective equipment before entry into the power block. 4. Obtain control panel key from Shift Supervisor or Chemistry Supervisor. 5. Upon entering.the Power Block, the surveyor (s) will note trends in ' general radiation levels enroute to the sample point. If dose rates exceed 10 R/hr gamma or 10 rad /hr beta prior to arriving at the point specified below and .upon further. investigation this dose rate remains stable or increases, exit immediately and report to Health Physics Supervision. 6. If the dose rate at any door that has to be opened is greater than 5 R/hr, leave the area immediately and report to Health Physics Sup_ervision with. this information. With the dose rates less than 5. R/hr, enter the area but take careful notice of the dose rates. 7. The following are the times required to obtain samples: 1 Drywell or Torus Atmosphere 25 Minutes Secondary Containment Atmosphere 10 Minutes Primary Coolant. Jet. Pump 20 Minutes RHR 25 Minutes l ~ j t 1 Use.the appropriate section for the desired sample: (( - atmosphere. Section 1 14.4 al gas sample from drywell, torus or Reactor Building s Section 2 Iodine and/or particulate sample from drywell, torus or secondary containment atmosphere. i Section 3 10cc sample of reactor water and/or dissolved gas sample. Section 4.lcc reactor water sample with 100:1 dilution. Refer to the appropriate appendix for flushing, schematics and proper valve j documentation: j Appendix A.1 Draining the trap, sump and collector. i Appendix A.2 Post Accident Sampling Station control switches. l Appendix A.3 Schematic of Post Accident Sample Station. 3 Appendix A.4 Double Verification Sheet for reactor valves. 8. A RWP or HP qualified individual will be assigned for the sample collection and analysis. 9. Prior to the sample entering the hot lab, any shielding, remote tooling or 3 j other protective measure shall be in place and ready to accept the sample. I w./ 1 i l = i I
4 :.. ~ i EP-20%.1 Page 4 of 32. Rev. 7
- 10. Upon introduction of the sample into the hot lab the sample'will be handled in a manner such that ALARA concepts are applied.
- 11. The sample shall be processed remotely, if necessary because of the sample dose rate paying particular attention to extremity exposure.
- 12. Following final analysis of the sample, results shall be reported to appropriate supervision.
SECTION 1 14.4 ML GAS SAMPLE PREREQUISITES: 1. System lined up in accordance with C.0!L. S.20.1. t 2. Have shift line up CAD system for desired sample and document the valves that are changed using Appendix A.4 (8ypass SV 8101(9101) isolation per GP-8A). Document valve line up using Appendix A.4. UNIT 2 UNIT 3 _ + l Sample Position 133.1g
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~ Torus 49600 Open Torus 5960A Open ,c ';.h 49610 Closed 5961A Closed 49660 Torus II 5966A. Torus I S i 8101 Open 9101 Open L 49518 Open 59518 Open 49508 Closed 59508 Closed A0-8108 Local SV-9108 Local i Lower 4960C Open Upper 59608 Open Drywell 4961C Closed Drywell 59618 Closed 4966C Drywell II 59668 Orywell ! 8101 Open 9101 Open 49518 Open 59518 Open 49508 Closed 59508 Closed A0-8108 Local SV-9108 Local 3. No line up needed for secondary containment sample. t 4. Obtain the key to the control panel power from Shift Supervision or Chemistry Supervision. 5. Heat trace is to remain on at all times. To restore the heat trace system after loss of power, press the reset button at 20(30)S359. Proper operating temp. will be indicated by the green lights. PROCEDURE: 3 1. Drain the system per Appendix A.1. ' ')' .' 2 $ li' 2222222.__,12h1. - ~
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EP-205A.1 Page 5 of 32, Rev. 7 (m 2. With the sump drain system switch in the off position, place switch HC-700' (liquid /gasselector)inthegasposition. Open N2 bottle valve and regulate to approximately 80 psig. Make sure the gas chiller E-703 is on. Quickly inspect the needle in the gas port to determine that its condition is satisfactory for obtaining a sample. 3. Install the gas filter drawer into position. If a particulate /1odine sample will be obtained later, make sure that the desired filter cartridges i are properly installed in the cartridge retainer. 4. Turn switch HC-723 (gas sample selector switch) to position 3 if a secondary containment atmosphere sample is desired. If a torus or drywell atmosphere sample is desired, turn to position 1 and open the common gas line isolation valve. Unit 2 Unit 3 l A08108 SV9108 5. Place a standard 14.4 milliliter off gas vial into the gas vial positioner. I slide the positioner into the gas. port. 0bserve.that the bottle status 7 light changes from red to green. g s 6. Turn the 10 ML gas -sample switch HC-705 f5 position 2 and circulate gas for p a period long enough to assure that the sample lines are flushed out with hy) gas being sampled. The minimum time required is 5 minutes. Se sure that the flow as read by the rotameter thru the sample enclosure window is in the expected range of 25 to 35 SCFH. Record flow and flush duration on data sheet. 7. Turn 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 minimum reading. 8. Turn HC-705 to position 4. "Take sample". Make sure that PI-708 does not change. (If PI-708 changes rapidly, then the sample bottle vacuum is leaking. Turn HC-705 to position 2 counter clockwise. Replace the old bottlewithanewoneandgobacktoStep5.) 9. Press the HC-720 button to obtain the sample. Keep button depressed until a steady pressure is reached. (Approximately5 seconds.)Recordpressure from PI-708 on data sheet. This pressure should correspond to actual pressure of sample being obtained. Record sample temperature TI-724 on data sheet.
- 10. Turn HC-705 to position 5 " flush system" and flush for approximately 1 minute.
- 11. Turn HC-705 to position 6. 7. and 8 then straight up to off.
(.)
- 12. Turn the gas line isolation valve (AO-8108 for Unit 2 or SV-9108 for Unit 3)toitsclosedpositionandHC-700tooff. (OccumentonAppendixA.4).
l s --r-=g---*v-- +-w, .--.-------------,-w-ecw, ,,w
'~ ~~ U .t EP-205A.1 - Page 6 of 32, Rev. 7
- 13. Wearing cotton liners and gl' oves, and (observing ALARA practices) remove
.i gas vial keeping it a maximum distance from the individual. If the sample is greater than 100 mR/hr, use the gas vial cask for transporting the sample.
- 14. Take the sample to the appropriate lab for further dilution and cou'nting.
File data sheet in Chem. Lab binder. )
- 15. Calculate sample volume using the following equation and record it on the data sheet.
Vs = (14.4)(492) LP2 - P1) 4 (14.7) (T5 + 460)
- 16. Perform the drain of trap, sump and collector per Appendix A.1.
Close N2 bottle valve. Close FCV-627 by setting PCV-627 to O psig.
- 17. If this is the last sample required, turn all switches to the upright and "off" position (except for HC-723 which is left in position 3) before turninti "off" power. Return key to Shift Supervision or Chemistry
.Superv'sion. + .18.. Document.that the valves:were lined up for sampling have been' returned to j l normal using Appendix A.4.
- 19. Return completed Appendix A.4 to Shift Supervision for review at the
(' ' completion of sampling. File in complete EP-205A.1 file. si j r i I l i i i _3 i 1 1 t g,
EP-205A.1 Page 7 of 32. Rev. 7 6 h* EP-205A.1 Post Accident Samolina Station Data Sheet for 14.4 ML Gas Samole 1. Sample Source Date Time 2. Step 6 a. Sample Flow FI-725(scfh) b. Flush Duration minutes 3. Step 7 Pressure of the Vial P1 (PI-708) Unit 2 - PSIG, Unit 3 - PSIA 4. Step 9 y ? a. Pressure of the Sample P2 (PI-708) t Unit 2 - PSIG Unit 3 - PSIA es b. Sample Temperature TS (F) c. TS + 460 = TSR (R) 5. Calculated Sample volume VS (al) V = (14.4)(492) (P2 - P1) l 14.7 (TSR) [ a
u. EP-205A.1 Page 8 of 32 Rev. 7 +' ,e ?f. + SECTION 2 IODINE / PARTICULATE SAMPLE
- e PREREQUISITES:
1. System lined up in accordance with C.O.L. S.20'.1. U 2. Have shift line up CAD system for desired sample and document the valves thatarechangedusingAppendixA.4(8ypassSV-8101(9101) isolation per GP-8A). Document valve ine up using Appendix A.4. l UNIT 2 UNIT 3 Sample Position Sample Position i Torus 49600 Open Torus 5960A Open. 49610 Closed 5961A Closed 49660 Torus II 59664 Torus I 8101 Open 9101 Open 49518 Open 59518 Open a 49508 Closed 59508 Closed p A0-8108 Local SV-9108 Local 1 ~ Lower 4960C Open Upper 59608 Open Eh.j Drywell 4961C Closed Drywell '59618 ' Closed N 4966C Drywell II 59668 Drywell I L 8101 Open 9101 Open 49518 Open 59518 Open 49508 Closed 59508 , Closed 1 A0-8108 Local SV-9108 Local j 3. No line up needed for secondary containment sample. 4. Obtain the key to the control panel power from Shift Supervision'or j Chemistry Supervision. 5. Heat trace is to remain on at all times. To restore'the heat trace system afterlossofpower,presstheresetbuttonat20(30)S359. Proper operating temperature will be indicated by the green lights. I 6. Decide whether a timed or non-timed ' sample is desired. If a high activity condition exists, a timed sample should be taken. i l PROCEDURE: 1. Drain the system per Appendix A.1. I 2. Open N2 bottle valve and regulate to approximately 80 psig. Make sure the gas chiller E-703 is on. 3. With the sump drain system switch in the off position place switch HC-700 ) (liquid /gasselector)inthegasposition, a l ' y n-,,
- ,3 37 c 3
. 3. . 3 -. ~ -. _. ; ; 3 333..
[*- EP-205A.1 Page 9 of 32, Rev. 7 q 4. Put the desired filter cartridge (s) into the cartridge retainer. Put the - cartridge retainer into the gas filter drawer. Then put the drawer into the sample station and verify drawer position light is green. 5. Turn gas sample selector switch HC-723 to desired sample source. Position 1 for torus or drywell and position 3 for secondary containment. 6. Open columon gas line isolation valve, if a torus or drywell atmosphere sample is desired. (DocumentonAppendixA.4.) Unit 2 Unit 3 A08108 SV9108 7. Turn the iodine cartridge sample switch HC-712 to position 2 and circulate gas for a period long enough to assure that sample lines are flushed out with gas being sampled. Minimum flush time is approximately 5 minutes. 8. Be sure flow as read by rotameter is in the range of 25 to 35 SCFH. 9. Record the flow FI-725,-pressure PI-727 PI-726 (located at sample statior4 -and temperature TI-724 (located on control panel) on data sheet. .i t
- 10. If a timed sample is desired, go to Step 11 or if a non-timed sample is desired, go to Step 13.
g
- 11. To 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.
- 12. The sample will START TO FLOW through the cartridge at this step. Turn HC-712 to position 3.
Observe RI-704's reading to determine if there is a rapid activity buildup. On the data sheet record PI-726. PI-727 FI-725, flow duration, and RI-704. Now go to Step 14.
- 13. The sample will START TO FLOW through the cartridge at this step. Turn HC-712 to position 3.
On the data sheet record PI-726. PI-727. FI-725 flow duration, and RI-704.
- 14. After appropriate time has elapsed for either timed or untimed, turn HC-712 to position 4 for 10 seconds. A vacuum will be quickly drawn on the system.
- 15. Turn HC-712 to position 5 which will purge the system with air or nitrogen.
Purge for at least 20 seconds or untti RI-704 is stable. Record RI-704 on data sheet.
- 16. Rotate HC-712 to up and off position. Remove filter and cartridge retainer and put them in plastic bags. Tape bags closed. Put drawer back into sample enclosure. Use a pole or rope to increase distance while transporting. Close A0-8108 for Unit 2 and SV-9108 for Unit 3.
l ~j A .s Oem muniMuueA'mu m
~ 1.4 '.. EP-205A.1
- Page 10 of 32, Rev. 7
- 17. Perform drain of trap, sump and collector following Appendix A.I.
Close i FCV-627 by setting PCV-627 to 0 psig. l
- 18. If this is the last sample required, turn all switches to the upright and "off" position (except for HC-723 which is left in position 3) before turning "off" power. File data sheets in Chem. Lab binder. Close N2 bottle valve. Return key to Shift Supervisiori or Chemistry Supervision.
- 19. Document that the valves that were lined up for sampling have been returned to normal using Appendix A.4.
- 20. Return completed Appendix A 4 to Shift Supervision for review at the completion of sampling. File in complete EP-205A.1 file. -
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mo EP-205A.1 Page 11 of 32 Rev. 7 .q (jls1 EP-205A.1 Post Accident Samplina Station Data Sheet for Iodine / Particulate Sample 1. Sample Source Date Time 2. Orifice Size 3.0 3. Step 9 a. . Flush Time minutes b. Sample Flow FI-725 (SCFH) c. Downstream Pressure PI-727 Units d. Upstream Pressure PI-726 Units 27 e. Temperature TI-724(F) 4 4. Step 12 or 13 (k)) a. Upstream Pressure PI-726 Units 1 b. Downstream Pressure PI-727 Units c. Flow FI-725 (SCFH) d. Flow Duration Seconds e. Radiation RI-704(R/hr) f. Timed Sample - Yes or No l 5. Step 15 Final Radiation Level RI-704 (R/hr) NOTE: When critical flow is obtained through the cartridge assembly, a flow of l 3.0 liters per minute + 155.s achieved. This is true as long as PI-727 is at a minimum of 12 Tnches a rcury vacuum. l , Ib ) e .-e .M= e e.. +4r e,
- . es, g.
.,-g =, %ne- -rM v- -.y r w a 9
M. h EP-205A.1 Page 12 Of 32, Rev. 7 ) SECTION 3 LARGE LIQUID SAMPLE AN0/0R A DISSOLVED GAS SAMPLE PREREQUISITES: 1. System lined up in accordance with C.0.L. S.20.1. 2. Obtain the key to the control panel power from Shift Supervision or Chemistry Supervision. 3. Record the weight of a dry, clean liquid sample vial and record on the data sheet. PROCEDURE: 1. If the RHR line is to be used, have the shift open the RHR sample line valves and document the valves that are changed using Appendix A.4. (8ypassisolationlogicperGP-8A.) ~ . Unit 2 Unit 3 p 'f .A0 8098A 'A0 9098A A Line A0 8099A A0 9099A A0 80988 A0 90988 8 Line A0 80998 A0 90998 2. Perform the drain and blow out operation per Appendix A.1. 3. Open the N2 bottle valve and regulate to approximately 80 psig. 4. Check that the desin water tank is full. Verify that the demin water tank is pressurized to at least 100 psig. 5. Make certain the lead shield drawer is out so that the needles under the sample station enclosure are exposed. Quickly inspect the needles with a mirror and flashlight. Check that the longest part of the needle is toward the center of the sample vial. 6. Remove lead stopper from the large volume cask and put a 15 ML sample bottle with an outer aluminum retainer ring and a neoprene cap into the large cask. Note sample bottle must fit snugly in the holder and be vertically aligned. If necessary, place small pad under sample vial. With cask in fully lowered position, roll cask into position under the sample station. 7. If RHR sample is desired, close the sample line valves to feedwater sample sink. (Document cn Appendix A.4.) Unit 2 Unit 3 g A0 8110A A0 9110A J A0 81108 A0 91108 a l ..;.,._z_.. ~, ..._7_,_,..,._,;
e..... EP-205A.1 i Page 13 of 32, Rev. 7 $J With control panel power on set switch HC-700 to the liquid position, and liquid sagle selector switch HC-626 to position 2 if a jet pump sample is desired or to position 4 if the reactor valves were set for a RHR sample. 8. Push the plunger down which causes the sample bottle to be raised out of the cask and up onto the two needles. Make certain that while positioning the cask on Unit 2 side, the forks are pointing to the right, and on Unit 3 side they must point to the left. Note that the bottle in light will change from red to green. (If cask is not aligned properly, lower bottle and reposition cask.) 9. Using the hydraulic pump slowly raise the cask, checking for proper alignment. Stop pumping when top cask ring is inside and the large volume cask-is.just-below-the-bottom of-the-sample-station.
- 10. Make certain that HC-616-1 (small volume sample switch) is in the off position.
- 11. Turn the liquid sample source selector switch HC-626 to position 1 for jet pump bypass line sagle or 5 for RHR sample.
p
- 12..FI-664 on. control. panel.should be approximately 1 gpe. PI-661.TI-660,CIk 663, and RI-665.should start to have meaningful values.
%m
- 13. Adjust PCV-627 so that the flow on FI-664 is at approximately 1 gpa or until PCV-627 reads 15 psig. Continue this flow for a long enough period (at least 7 minutes) 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.
- 14. When flush is completed, turn HC-626 sample source selector switch to position 2 for a' jet pump sample or position 4 if' reactor valves were positioned for a RHR sagle. Adjust FCV-627 for a flow of 0.1 to 0.3 gpa as read on FI-664 (to adjust FCV-627 use PCV-627).
- 15. Leave in these positions for at least 7 minutes. During this flushing i
time, proceed with Step 16, but do not proceed to Step 17 until the 7 minute flush is complete.
- 16. Verify leak tight dissolved gas chamber:
a. Replace the septum in the gas collection chamber as required or if it has been used for more than 15 samples. When replacing the septum, make sure that both washers are in place. b. Turn the dissolved gas and liquid sample switch HC-601 to position 1 and observe that P-701 starts and valves CV-622 rotates. DO NOT insert the needle into the gas collection chamber. .h c. When PI-662 is stable, turn switch HC-601 counter clockwise to "0FF". -,.,. ~.. m.- - ~ -,
~ LJ ~ EP-205A.1 Page 14 of 32, Rev. 7 h; d. Confirm that PI-662 does not rise more than 0.20 psia per minute for approximately three minutes.
- 1) If PI-662 indicates leakage of greater than 0.20 psia per minute, this may indicate unacceptable leakage into the gas collection chamber.
- 11) If tightening the septum does not correct the leakage, then replace the septum and. repeat Steps a through d.
If unacceptable, leakage is still indicated with a new septum then inaccuracy may be introduced if dissolved gas monitoring is attempted. e. Confira PI-662 indicates approximately 5.7 psia or lower. If the dissolved gas collection chamber cannot be evacuated to below 5.7 psia, then this may indicate a problem with vacuum pump P-701. f. Turn the dissolved gas and 11guld sample switch HC-601 to position 1.
- 17. ONLY IF MONITORING OR SAMPLING DISSOLVED GAS IS REQUIRE 0, insert an open endneedlethroughtheseptumviathe.needleguide.istothegascollectiorG' chamber. This allows air to purge into-the collection areas.-
g ~ 18., Turn switch.HC-601 to position 2.- Observe that P-601 starts. ~ 1 (y- )
- 19. Record the fo11owing on the data sheet:
Flow (FI-664) Pressure (PI-661) Conductivity (CI-663) Radiation (RI-665)
- 20. Turn switch HC-601 to position 3 to isolate the sa'aple and start the dissolved gas separator. Leave in this position for approximately 30 SECONDS.
- 21. Turn HC-601 to position 4.
Remove the needle (if it was inserted in Step
- 17) and wait until PI-662 is stable and is less than approximately 5.7 psia.
- 22. Turn switch HC-601 to position 5.
Leave in this position for about 5 seconds.
- 23. When PI-662 is stable, record the value as P0 on the Data Sheet.
- 24. Begin collection of dissolved gas by turning HC-601 to position 6 for about 5 seconds. Record pressure of PI-662 on the data sheet (Cycle 1).
- 25. Turn HC-601 to position 7 (circulate again) for 10 SECONDS.
y3d
- 26. Turn HC-601 to position 8 (collect dissolved gas again) for about 5 i
SECONDS. Record the pressure of PI-662 on data sheet (Cycle 2). 4. ~.- -. .,.,.,.._.-.,..-m, s. -.- q,,.
EP-205A.1 Page 15 of 32, Rev. 7 () ( .27. Repeat Steps 25 and 26 until successive readings of PI-662 differ by less ' than 0.15 psia. Normally, this will be done approximately 4 times, use data sheet spaces cycle 3, 4, etc.
- 28. Turn HC-601 to position 9 (relieve pressure /take gas sample).
- 29. Record final pressure of PI-662 as PF on the data sheet.
- 30. Record water temperature from TI-660 as TF on the data sheet.
- 31. If only a large volume liquid sample is desired, then proceed to Step 38.
- 32. After the final dissolved gas pressure measurement is made,_a calculation must be done to determine if a grab sample must be taken.
Use the following equation: CT = 4.98 (PF - 1.05 X PO - PV) CT = Total dissolved gas concentration in standard cc/kg b PF = Final dissolved gas pressure is psia t PO = Initial pressure in dissolved gas chamber in psia p P*l = Vapor pressure of water at the temperature of the liquid loop (TF). PV is obtained from EP-205A.1. Table 1 in psia. Record the value of m PV on data sheet line 9. Record the value of CT on the data sheet.
- 33. If CT is greater than 40 Sec/Kg, then dissolved oxygen may be reported as less than 0.1 ppe, a dissolved gas sample is not required and skip to Step 38.
- 34. If CT is less than 40 Sec/Kg, then a dissolved gas grab sample should be taken and analyzed on the gas chromatograph for oxygen and hydrogen.
- 35. If PI-662 indicates greater than 14.7 psia, then turn HC-652 to the left to relieve pressure in the dissolved gas chamber. Only proceed with collecting a dissolved gas sample if PI-662 reads 14.7 psia or lower.
- 36. Attach the long sample needle to a gas-tight syringe. A dissolved gas sample can be taken by inserting the long needle, attached to a gas-tight syringe, via the needle guide through the septum and then into the gas collection chamber. Withdraw a 1.0 to 5.0 cc gas sample, allow the pressure on PI-662 to stabilire. Record this stable pressure as SP (the sample pressure) and the syringe volume as SV.
a) If the syringe reads greater than 10 REM /hr, inject the sample back s into the gas collection chamber, lock the syringe closed, and call ,,;') Chemistry Supervision for advice. s
w 1..... '~' . s_ ? o EP-205A.1 ' Page 16 of 32. Rev. 7 (: b)~ If the syringe reads less than 10 REH/hr the syringe should be locked by pushing the red button in. Pull the needle out of the chamber.
- 37. ' Remove the needle from the syringe, place the syringe in a shielded carrying device, if greater than 100 mR/hr for transport to the laboratory.
RecordthecontactdoserateofthesyringeasRS(Dis. Gas)onthedata sheet.
- 38. If a large volume liquid sample is desired, turn HC-601 to position 10.
HC-629-1 must be pushed and held for 10 seconds or more for liquid to be drawn into the sample bottle. If a large volume liquid sample is NOT desired, turn switch HC-601 to the off position, verify quickly so that. valve CV-620 will not rotate and no radioactive liquid will be in the line ahead of CV-629.
- 39. Turn HC-601 to off.
- 40. Lower the liquid sample bottle into the large cask by pulling up on the plunger handle. NOTE: Do not turn or twist bottle while it is on the needles because the needles will bend.
- 41.., Lower the cask on the cart by relieving the hydraulic oil pressure with thI '
small patcock. handle,on the hydraulic cylinder. t
- 42. Roll the cask out from under the sample station, obtain a contact dose rate g6 4 -
of the sample bottle, and record as RS (Large Volume Liquid) on the data V i sheet. Quickly plug the cask. Consider using the cask to transport the 6.s sample if the sample is greater than 100 mR/hr or use a suitable alternative.
- 43. Check that the desin water tank is full. Verify that the desin water tank i
is pressurized to at least 100 psig.
- 44. Make sure that FCV-627 is open by adjusting PCV-627 to 15 psig.
- l
- 45. Switch HC-626 must be in position 2 (jet pump) or 4 (RHR) and HC-700 must be in the liquid position. Turn the flush system switch HC-628-1 to position 2 which will close the inlet sample lines and start the flush with domineralized water from V-501. Observe that there is flow per FI-664.
- 46. If this is the last liquid sample to be taken, then proceed with the following flush.
- 47. After RI-665 shows radiation has decreased significantly, or after 5 minutes, turn switch HC-628-1 to position 3 to flush the V-610 loop. Watch RI-665.
- 48. After a few minutes, turn switch HC-628-1 to position 4 and flush the P-601 loop. Watch RI-665.
k.7
- 49. After a few minutes, turn switch HC-628-1 to position 5 and flush the P-601 loop. Watch RI-665.
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- 7. - ~ ~ -. m*,
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e n 4 EP-205A.1 Page 17 of 32, Rev. 7 (J":)
- 50. After 1 minute, turn switch HC-628-1 to position 6 and flush the piping station.
- 51. After a few minutes, turn switch HC-628-1 to posi' tion 7 for a few minutes to flush loop CV-622 again. Watch RI-665.
- 52. Turn HC-626 to 0FF FIRST and then HC-628-1 to off.
- 53. If RI-665 did not indicate on acceptable radiation level at any step of the flush, then go back and repeat Steps 43 through 52.
- 54. Perfom the drain of trap, sump, and collection following procedure listed in Appendix A.1.
- 55. If this is the last sample desired, turn all switches to the upright and off position (except for HC-723 which is left in position 3) before turning power off. Close the N2 bottle valve. Close FCV-627 by setting PCV-627 to O psig. File data sheets in Chem. Lab binder. Return key to Shift Supervision or Chemistry Supervision.
-- 56..Take the samples 4 the. appropriate lab.for analysis. G
- 57., Document that..the valves that'were lined up for sampling have been returnek to normal using Appendix A.4.
-m .(f~. ' #)
- 58. Return completed Appendix A.4 to Shift Supervision for review at the completion of sampling. File in complete EP-205A.1 file.
O i i 1 0 ^j A g m
h4'_ , :1 2.'.. _....'. ~ ~" s E?-205A.1 Page 18 of 32, Rev. 7 EP-205A.1 Post Accident Sampling Station i Data Sheet for Large Volume Liouid Sample and/or Dissolve Gas Sample 1. Sample Source Date Time 2. Step 13 Bypass Flow (FI-664)GPM Flush Time Minutes 3. Step 19 Sample Flow (FI-664)GPM Pressure (PI-661)PSIG Conductivity (CI-663)unho I - 4.1 quid Radiation 'J -- (RI-665)R/hr I, i t 4. Step 23 InitialPressure(PO) (PI-662) PSIA 5. Step 24 Cycle 1 P1 (PI-662) PSIA 6. Step 26 Cycle 2 P1 (PI-662) PSIA Cycle 3 P1 Cycle 4 P1 Cycle 5 P1 Cycle 6 P1 7. Step 29 Final P1 = PF = (PI-662) PSIA 8. Step 30 TF (TI-660) Degrees F .. _ _., _...,.7..,~_-.__.;c_--.~,... ...,.7-_. 7,,.. . s ; 7.,
.o EP-205A.1 Page 19 of 32, Rev. 7 {}9 7 9. Step 32 Vapor Pressure of Water PV PSIA (Use EP-205A.1 - Table 1) CT = 4.98 (PF - 1.05 (PO) - PV) Calculated Value CT Sec/Kg
- 10. Step 35 Sample Pressure SP (PI-662) PSIA Syringe Volume SV cc
- 11. Step 37 RS(01s. Gas) mR/hr
- 12. Step 42
.RS (Large Vol. Liquid)- mR/hr-
- 13. Step - Prerequisite 3 Sample Bottle Plus Sample om
.m (N,3 Clean Sample Bottle on '-c Liquid Sample Volume el 14a. If the sample was taken, mole fraction (volume fraction) of the sample for hydrogen (NH) = from gas chromatograph.
- b. If the sample was taken, mole fraction (volume fraction) of the sample for oxygen (NO) =
from gas chromatograph.
- c. Proceed with Step 15 and 16.
(.. )' [ ~
w....:.. F.P-205A.1 ~ Page 20 of 32 Rev. 7
- 15. Concentration of oxygen in reactor water - CO2 (Scc /Kg)
CO2 = 2253 (NO X PF - 0.21 X PO) + NO X PF X S0 = Sec of 02 W 14.7 Kg of Coolant-NO = mole fraction of 02 in sample (utilize GC analysis) NO = TFR = TF (from line 8 of the data sheet) = 460 to become degrees R TFR = ~ SO = Solubility of oxygen, as read from Table 2 is a funct1on of the liquid s ampl e -temperature -(TF-i n-l ine of-theist aMeet-) 50 Scc /(Kg-ata) = PF = Final gas pressure, see line 7 of the data sheet PF psia p = PO.=. Initial gas pressure..see.line 4'of.the data sheet' f PO psia ( = CO2 = Scc /Kg of OXYGEN in COOLANT O
- 16. Concentration of hydrogen in reactor water - CH2 (Sec/Kg)
CH2 = ( E ) NS X PF + NH X PF X SH 2253 14.7 NH = The mode fraction of hydrogen in the sample'(utilize GC analysis) NH = TFR = TF (from line 8 of the data sheet) + 460 to become degrees R TFR = SH = Solubility of hydrogen as read from Table 3 is a function of the liquid sampletemperature(TFinline8ofthedatasheet) SH Scc /(Kg-ata) = PF = Final gas pressure, see line 7 of the data sheet PF psia = d.) CH2 = Scc /Kg of HYDROGEN in COOLANT e = l ....,7. c x-
o EP-205A.1 Paga 21 of 32, Rev. 7 (.: ?\\1.i;L EP-205A.1 - TABLE 1 Water Vapor Pressure Vapor pressure of water at temperature of the liquid loop (TF). TF (degrees F) PV(psia) TF (degrees F) PV (psia) 60 .2561 102 1.008 62 .2749 104 1.070 64 .2950 106 1.135 66 .3163 108 1.203 68 .3389 110 1.275 70 .3629 112 1.351 72 .3884 114 1.430 74 . 4155 116 1.513.- 76 .4442 118 1.601t* 78 .4746 120 1.693 f 80 .5068 122 1.789 84 . 5409 124 1.890 86 .5770 126 1.996 (z$(S) 0 88 .6152 128 2.107 90 .6555 130 2.223 02 .6981 132 2.345 94 .7432 134 2.472 96 .7906 136 2.605 98 .8936 138 2.744 100 .9492 140 2.889 142 3.041 144 3.200 146 3.365 148 3.538 150 3.718 Source: ASME Steam Tables, 1967 [N ~ a
J.
- l
's EP-205A.1 Page 22 of 32, Rev. 7 EP-205A.1 - TABLE 2 I Solubility of Oxygen in Water . Solubility data for oxygen in water as a function of liquid sample temperature (TF) TF (deg ees F) SO (Sec/Kg-ata) TF(degreesF) SO(Scc /Kg-ata) ~ 60 37.04 102 25.80 62 36.27 104 25.40 64 35.50 106 25.18 66 34.80 108 24.87 68 34.11 110 24.56 70 33.42 112 24.26 72 32.80 114' 24.02 74 32.19 116 23.79 76 31.57 118 23.49 I 78 31.03 120 23.25 t 80-30.49 122 23.02
- Q:.
82 29.95 124 22.79 84 29.45 126 22.64 .V 26.95 128 22.41 ' I 86 1 88 28.49 130 22.25 90 28.11 132 22.02 92 27.64 134 21.87 94 27.26 136 21.71 96 26.87 138 21.56 98 26.49 140 21.41 100 26.18 142~ 21.25 l 144 21.10 i 146 20.94 148 20.84 150 20.71 s v~ - -':~,' .v - - - - ~ ~ ~ - ,. ~. -. .-...;------,.,,--4~'- - - - - - - - - - - - - - - ~. - - - - -- = ~ --, 7 .l r=~
.=. EP-205A.1 Page 23 of 32, Rev. 7 w, EP-205A.1 - TABLE 3 Solubility of Hydrogen in Water Solubility data for hydrogen in water as a function of liquid sample tempera-ture (TF) TF (degrees F) SH(Scc /Kg-ata) TF (degrees F) SH (Scc /Kg-ata) 60 18.56 102 16.67 62 18.34 104 10.00 64 18.22 106 16.56 66 18.11 108 16.56 68 18.00 110 16.56 70 17.89 112 16.45 72 17.67 114 16.45 74 17.56 116 16.45 C 76 17.56 118 16.45 78 17.45 120 16.45 80 17.34 122 15.45 e', 82 17.22 124 16.45 (V "' ' 4 84 17.11 126 16.45 86 17.11 128 16.45 88 17.00 130 16.45 90 16.89 132 16.45 92 16.89 134 16.45 94 16.78 136 16.56 96 16.78 138 16.56 98 16.67 140 16.56 100 16.67 142-16.56 144 16.56 146 16.67 148 16.67 150 16.67 .mx .s
Li...... .. -. ~ - ~ ' ^ ... - ~
- "^
.s EP-205A.1 Page 24 of 32. Rev. 7 m SECTION A.4 SMALL VOLUME LIQUID SAMPLE I PREREQUISITES: 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 or Chemistry Supervision. 3. Record the weight of a dry, clean sample vial and record on the data sheet. l PROCEDURE: 1. If the RHR line is to be used, have the shift open the RHR sample line valves and document the valves that'are changed using Appendix A.4. Bypass isolation per GP-8A. 4 Unit 2 Unit 3 .A0 8098A A0.9098A. A Line A0 8099A A0 9099A 7 A0 80988 ~A0 90988 8 Line ~ 4 A0 80998 A0 90998 ~ ge c 2. Perform the drain and blow out operation per Appendix A.I. M - 3. Open the N2 bottle valve and regulate to approximately 80 psig. 1 4. Check that the desin water tank is full. Verify that the desin water tank is pressurized to at least 100 psig. 5. Load the syringe with 10cc of domin water. Place stopcock on the syringe and load the assembly onto the injection port. 6. Check that the small volume cask is in the cask positioner, and that both are hanging from the hooks below the sample station. { 7. Remove stopper and carrying handle from the small cask by unscrewing it and lifting it out. Leave stopper near by. 8. Put a 15 ML sample bottle with an outer aluminum retainer ring and neoprene cap into a small volume cask. Check that the bottle lifting lever is free i to move up and down. The bottle must fit snugly in the holder and be j vertically 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. 9. Make certain the lead shielding drawer is out so that the needles under the sample station enclosure are exposed. Quickly inspect the needles with a .s mirror and flashlight. Check that the longest part of the needle is toward ? the center of the sample vial. A l .J,___ .,..,..-,,.._m_J.__....__'__i_.
e EP-205A.1 Page 25 of 32 Rev. 7 3 IO b-
- 10. If a RHR sample is desired, close the sample line valves to feedwater sample sink and document on Appendix A.4.
j Unit 2 Unit 3 A08110A A09110A A081108 A091108 i
- 11. With control panel power on, set switch HC-700 to the liquid position and 11guld sample selector switch HC-626 to position 2 if a jet pump sample is desired or to position 4 if the reactor valves were set for a RHR sample.
- 12. Swing the cask into position under the sample station and lock the arms of the cask holder so the cask and bottle will remain in position.
~ 13 7 Raise the sample bottle into position on the needles by moving the lever on the side of the cask.
- 14. Screw the lift rod in to hold the sample bottle in the engaged position.
Note: If the vial doesn't clear the entry hole, lower the. vial and rotate .the small. volume. cask..about.1/8".in either direction. -If 1t still doesn't-- fit althefthe liquid vial positioner fixture or liquid tray positioner T need adjustment. < Mote: The green?1fght for'the small' volume sample shoolt l .be on. If the light remains red, unscrew the lift rod, lower the bottle, and reposition. c(MF;Q,
- 15. Turn liquid sample selector switch HC-626 to position 1 for a sample from the jet pump line or to position 5 for a sample from the RHR line. Adjust PCV-627 so that the flow thru FCV-627 is approximately 1 gpa or until PCV-627issetto15psig(seeFI-664). Continue this flow thru bypass valve CV-626 for a long enough period to be assured that the sample lines are flushed. The minimum time required to do this is 7 minutes. Record the flow and flush time on the data sheet.
- 16. After flush is completed, turn switch HC-626 to position 2 (for jet pump sample) or position 4 (for RHR sample). Note that the flow on indicator l
FI-664 is greatly reduced. Adjust valve FCV-627 for a flow of 0.3 gps, using PCV-627.
- 17. Record the following on the data sheet: Flow /FI-664, Pressure /PI-661 Temperature /TI-660, Conductivity /CI-663 and Radiation /RI-665.
- 18. Turn small volume sample switch HC-616-1 to "Take Sample" position. Valve CV-616 will rotate and carry the sample into alignment with the line to the sample bottle. Wait for valve CV-616 light to come on.
- 19. Open the stopcock on the syringe and inject 10 cc of water into the line.
Close t'e syringe stopcock. Remove the syringe and fill it with air. n Reattach the syringe, open the stopcock, and inject the air. Perform this air flushing two or three times. .) 20. (W Unscrew the lift rod and lower the sample bottle. A .a
't. ,t ~ EP-205A.1 i Page 26 of 32, Rev. 7 r i
- 21. Obtain a contact dose rate of the sample bottle and record as RS (Small Vol. Liq.)onthedatasheet. If the sample is greater than 100 mR/hr, use the lead pig to carry the sample to the Chem Lab.
- 22. Turn the switch HC-616-1 to the flush position. Make sure there is'enough flow by adjusting PCV-627 so that it is set to at least 15 psig. Flush for 5 minutes and/or until RI-665 reaches a minimum.
- 23. When the flush is complete, turn HC-626 off FIRST and then HC-616-1 to off.
- 24. Perform the drain of trap,' sump, and collector following Appendix A.1.
- 25. If this is the last sample desired, turn all switches to the upright and off position (except for HC-723 which is left in position 3) before turning power off. Close the N2 bottle valve. Close FCV-627 by setting PCV-627 to O psig. File data sheet in Chem. Lab binder. Return the key to Shift Supervision or Chemistry Supervision.
- 26. Document that the valves that were lined up for sampling have been returned to normal using Appendix A.4.
- 27. Return completed Appendix A.4 to Shift Supervision for review at the 3
. completion of sampling. File in completed EP-205A.1 file. I c..) \\q 4 m..,, +.~ m a ..,._.,..L. e.'-_.J.,._-.
= ^'J, g. EP-205A.1 + Page 27 of 32 Rev. 7 ~ EP-205A.1 Post Accident Samplino Station Data Sheet for Small Volume Liould Sample. 3 1. Sample Source Date Time-2. Step 15 Sypass Flow (FI-664)GPM Flush Time Minutes 3. Step 17 ~ Sample Flow (FI-664)GPM Pressure (PI-661) PSI Temperature (TI-660)DegreesF Conductivity (CI-663)unhos ? t Radiation (RI-665)R/hr ~ m {I ') q 4. Step 21 ~ RS (Small Vol. Liquid) mR/hr
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..u.... .( EP-205A.1 ~ Page 28 of 32, Rev. 7 APPENDIX A.1 0 RAINING TRAP. SUMP AND COLLECTOR I PREREQUISITES: 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 or Chemistry Supervision. PROCEDURE: 1. Check that the nitrogen supply valves are open and that pressure is set at 80 psig. 2. Check that thg domineralized flush water tank V-501 is full and is pressurized to at least 100 psig and that the valves are open to the sample station. 3. Check that FCV-627 is open. If not open, use the knob adjacent to PCV-627 on the.contro), panel to have a 15 psi reading on the gauge. p t 4. .Turnallcontrolpanelswitchesupandoff(exceptfor'HC-723'dichisle'f5 in-position 3) and then turn the control panel power selector switch to "A" or '8*. f: e 5. Drain the collecting tank and sump by turning switch HC-715-1 clockwise O through its eight positions. Pause app *oximately 5 seconds at each position. 6. Turn all switches to their 'off' position, except for HC-723 which is left in position 3 and for the control panel power switch. 7. Return to the original section from which this appendix was referenced. l e% N -~
.a A EP-205A.1 Page 29 of 32, Rev. 7 l ~..
- APPENDIX A.2 POST ACCIDENT SAMPLING SMTION GIrEnin SWra.ma
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?md............-..- + 's ,a. APPENDIX A'.3 SC :EMATIC OF NACCIDENT SAMPLg gTATICRI B-505A.1 Page 30 of 32, Rev. 7( \\. ~ ) N N X->=> x y\\,- 4 7 m s A,Aer s-3 . x c CM&3 AZ4 y \\ . cy.yggX N M 9 s ,\\. (v oo vor si3hos. S os s u s Spers h h SAMPas d 2 Ce=&f Ab.sphers @ cv-Ha. ~@ a. u e s,.,,, - (- cy.w N-h canf/ Ng em 6A, lx w zoorna c4arasses ~ * " "*74 AS. -To Tocas -
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r) 1 ~ EP-205A.1 Page 31 of 32, Rev. 7 p. i h.', APPENDIX A.4 DOU8LE VERIFICATION SHEET FOR REACTOR VALVES Unit Date Time A Control Room Operator should circle the valves that are changed for sample lineup and initial beside each circle. (Strike out any valves not changed from I normal.) Double Verify with Initials that the System Valves are Returned to Normal (Closed l unless required for other sampling - note valves Samole Unit 2 Unit 3 left ooen)- Torus I (0 pen 5960A (Closed 5961A (Torus! 5966A (0 pen 9101 (0 pen 59518 a(Closed 59508 .(Local)SV-9108 ~ Initial Torus II (0 pen 49600 f,.4 (Closed 49610 (&/ (Torus II 49660 (0 pen 8101 (0 pen 49518 (Closed 49508 (Local)A0-8108 Initial Upper Drywell I (0 pen 59608 (Closed 59618 (Drywell ! 59668 t (0 pen 9101 (0 pen 59518 i (Closed 59508 (Local)SV-9108 Initial ( Lower (0 pen 4960C Drywell (Closed 4961C II (Drywell II 4966C (0 pen 8101 (0 pen 49518 (Closed 49508 l (Local)A0-8108 Initial Initial Initial i ( 'n At PASS Panel A0-8108 SV-9108 I ' J Chem. Initial Chem. Initial Chem.Init. Chem.Init. a l .~._......;.. s ... r. --
~ &.. :., 2Z ~ ~ ~ ~ 'T T' ~ ~ ~ ~ ~ ~ ~- ....tr EP-205A.1 Page 32 of 32, Rev. 7 I J Double Verify with Initials that the System Valves are Returned to Nomal (Closed unless required for other operations note valves Sample Unit 2 Unit 3 left onen) RHR Open A09098A Open A09099A Or Open A090988 Open A090998 Initial l Open A08098A Open A08099A Or Open A080988 Open A080998 Initial Initial Initial i i ~ At. PASS Panel -(Closed)A09110A T' (Closed)A091108 l (Closed) A08110A Chemist I (Closed) A081108 Initial Chemist Chemist Chemist 'M~ Initial Initial Initial 4.. Jet Pump Verify that the Jet Pump Line Semple valve is closed. CV-624 and that the flow by FI-664 is zero. Chemist Chemist Initial Initial Reviewed by Shift Supervision: This appendix should be filed in the EP-205A.1 file, Double Verification Sheet History File in the station flies. I l y q l e--- -..~0------,--,-------...,~- ,..----.----,.,.--,,,,-i..,,.. , -- - ---.. - r,+ s,
V, e ~ EP-209 Page 1 of 3. Rev. 12 JJT:c1g g; .- w ,s. ...e.- 1 PHILADELPHIA ELECTRIC COMPANY JAN 2 1987 PEACH BOTTOM UNITS 2 AND 3 EP-209 TELEPHONE LISTS FOR EMERGENCY USE PURPOSE: To designate members of the Emergency Teams and to supply pertinent company and non-company emergency support personnel telephone numbers. PROCEDURE: The names and telephone numbers listed in the appendices of this procedure are arranged for use in an emergency. Each appendix represents a specific group of personnel. In some cases, a name will appear in more than one appendix. The appendices are: Appendix No. Description 1 C Peach Botton Station Supervision 01 On Site Emergency Team Leaders fy% 02 Dose Assessment Team
- V 03 Fire and Damage Team 04 Personnel Safety Team 05 Security Team 06 Re-Entry Team 07 Technical Support Team 08 Chemistry Sampling & Analysis Team E
Corporate Emergency Team Leaders & Support Personnel F United States Governmental Agencies G Emergency Management Agencies H P.E. Company Consultants and Contractors Il Field Support Personnel 12 Rad Services & Bartlett Nuclear l J Nearby Public & Industrial Users of Downstream Waters l K Miscellaneous L Local PECo Phones N Medical Support Groups t P 60 Minute Call Procedure l l /', k. a (..
i EP-209 Pag 2 2 of 3 Rev. 12 FIRE AND DAMAGE TEAM: ( f The Fire and Damage Team consists of the on-shift P.O.'s, APO's, and A.0.'s. The team is augmented by other personnel who are on-site or called in. The augmenting forces are trained on the Emergency Plan but not necessarily in Fire Fighting. These augmenting forces operate under the direction of the team members and leaders who have had Fire Fighting Training. The augmenting forces are: i 1. Staff Engineers and Test Engineers l 2. Maintenance personnel l 3. Construction personnel 4. Janitors and Storeroom personnel 5. Delta-Cardiff Volunteer Fire Department Most personnel in Groups 1 through 4 receive PEco Fire Training; Group 5 personnel are trained in fire fighting by the Delta-Cardiff Volunteer Fire Company. PERSONNEL SAFETY TEAM: The Personnel Safety Team is made up of on-shift Health Physics Technicians, P.O.'s, A.P.O.'s, and A.O.'s who are trained in the Emergency Plan Procedures. ._ The team is augmented by other site personnel who are on-site or called in. ., Augmenting forces may be Plant Janitors, Test Engineers, and others who are not necessarily trained in the Emergency Plan but will assist under the direction of i the team leaders and members.
- t.,
j SEARCH AND RESCUE /FIRST AID GROUP: The Search and Rescue /First Aid Group is organized by the Personnel Safety Team Leader at the direction of the Emergency Director. It will consist of personnel who are available and who are knowledgeable of the plant layout and recognize conditions which could result from the existing emergency condition. The purpose of this team is to search plant areas quickly to locate and rescue victims. l These personnel are also trained in First Aid. Personnel who know plant layout and are available to make up this team are from the following groups: Shift Operators Construction Test Engineers H.P. Technicians Staff Engineers Susquehanna Test Branch Maintenance Field Engineers Plant Janitors SECURITY TEAM LEADER AND TEAM MEMBERS: The Security Team is made up of the Guard Force. The Sergeant of the Guard is the Team Leader. The guard force is trained in security and necessary Emergency Plan Procedures. l 9,~..-,..- v ,,.--.- - m --. --
EP-209 Page 3 of 3 Rev. 12 n }-) RE-ENTRY TEAM: The Re-Entry Team will be made up of available personnel. It is anticipated that personnel with some radiological controls experience or training would be used. Personnel from the following groups are available: Shift Personnel HP Technicians i Staff Engineer Some Maintenance Personnel Test Engineers Some Construction Personnel Specialized training is not required for personnel other than the team leaders. TECHNICAL SUPPORT TEAM: The Technical Support Team is organized by the Emergency Director. It consists of various staff, administrative, and consulting personnel who can jointly provide recommendations to the Emergency Director intended to correct and improve emergency conditions. 4 l REVIEW REQUIREMENTS: .i 1. Changes to this procedure proper shall be in accordance with A-4. ,, 2. Additions, deletions, or changes of names or responsibilities on the appendices shall be PORC approved in accordance with A-4. ,. e.y f,, p 3. Corrections of addresses or phone numbers on the appendices may be handled by the secretarial staff without PORC review and approval; however, these appendices must be signed by the Manager or Alternate. l 'q P 5 w e- ,,4,-,-,, - -,..,.,,, --,r .n--.,---r- ,,-,,.-.-,.----.--,--,-.n.- ,._.. - - - - - - - -- --,-,.,. - -. - ~. - -n
I! , EP-209 APPENDIX D-6 e Page 1 of 1 Rev. 7 JJT:cig p3F EP-209 APPENDIX D-6 RE-ENTRY AND RECOVERY TEAM Re-Entry and Recovery Team Leader i e \\ i i i s-r i l l-..
^ -L a' i } EP-209 { APPENDIX 0-7 Page 3 of 3, Rev. 22 i -l Data Display Operators - 2 required Notify one of the five persons in the order listed below. The person notified will contact two Data Display Operators. I
- Required to report to the EOF when activated.
i Secretarie 2 required trex 6 I e o f I t' k i l I -u l.___.,....,.___._
c EP-209 APPENDIX P. Pager;l of 4, Rev. 17; ? ^ J T:c'1, 9 ! ll PHILADELPHIA ELECTRIC COMPANY PEACH BOTTOM UNITS 2 AND 3 N 21987 EMERGENCY PLAN IMPLEMENTING PROCEDURE EP-209 APPENDIX P - STAFFING AUGMENTATION - 60 MINUTE CALL PROCEDURE 1 PURPOSE: This appendix provides the method of contacting key staff personnel who will, in-turn, notify sufficient support personnel to meet the one-hour staffing requirement. It is used if an Emergency Plan Alert, Site Emergency, or General Emergency is declared. 1. The following steps shall be performed, in sequence, by the Shif t Clerk or other assigned personnel. 's 2. Inform each person contacted of the eyent classification and that 60 minute staffing is required. N 3. Call pager number if the phone is busy, if,there is no ansser', ov if you ~ know that t ndividual.is "on the-pager". Individuals mays ofiqourse, e supply tem bers,whichshould'be'callgdfirft ; 4. Contact t ntacted b the Comunica f the Comunica ontact the " and " Interim Site J1 continue to call or page person o uals who can i be at the site in less than 6d si a Time Dispos Called Name Phone Called No Ans. Busy-ontac d B2 4
l EP-209 %d4~l APPEN0fX P ,"o Page 2 of 4. Rev. 17 ,l 5. Contact one of the representatives from the Personnel Safety Team listed below and request the call-in of required Personnel Safety Team members. j Make the calls in the listed order unless individuals are known not to be available. Time Disposition Called Name Phone Called No. Ans.-Busy-Contacted BJ 6. Contact one of the representative from the Oose Assessment Team listed below and request the call-in of required HP, TAs and Technicians. Make the calls in the listed order unless indivi re known not to be available. This. step may be omitted i was. contacted in 4 Step 4. J ~ Time Disposition Called 7. Contact one of the representatives from the Chemistry Sampling and Analysis j Team listed below and request the call-in of required Chemistry TAs and Technicians. Make the calls'in the listed order unless u61s e known not to be available. ThisstepmaybeomittedIM as contacted in Step 4. ~ l i f X:X:LEM
.o EP-209
- ~
APPENDIX P Page 3 of 4, Rev. 17 8. Contact the on-shift Maintenance Sub-Foreman via phon or plant page system and request a call-in of two maintenance mechan cs (preferrably one electrician and one fitter or machinist) from their own support personnel call list. Maintenance Sub-foreman '^
- c.,
Time Contacted by ~ ~ 9. Contact the on-shift I&C.t chnician via plant: phone ar_-plant paging system and request a call-in of two additionabl&C TechnTttans from their own support personnel call list. I&C Technician contacted Time Contacted By
- 10. Contact one _of he representative of the Engineering Support Group below and request ekt in.,of, required Engineers and TAs call in the listed i
orderuy re3 nowrp.not to,be available. This step may be k ontade) (15 Spep A.7 o k ;" m omitted W :h'.!
- /
- .
Tik'd WMs os ion ~ Nh ) alled CadilQ h Nd }Ans Bus /.t l Name Phone I onf ated By C
- 11. Contact one P0 or APO on list provided by SS/SSV and call-in for work as t
Radwaste Operator. (If the person is contacted, he is required to come to plant). This step may be waived by Shift Supervision if an extra P0 or APO for Radwaste is already on shift. P0 or APO Contacted Est Arrival Time Time Contacted by
- 12. At the discretion of the Shift Superintendent, call in a Shift Supervisor to act as OSC Coordinator. Use EP-209 APP. C for phone numbers.
Supervisor Contacted Estimated Arrival Time Time Contacted Contacted By
- 13. Contact the Radwaste Supervisor or the Electrical Supervisor, as required, at the discretion of the Shift Superintendent for help in responding to the plant condition.
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