ML20154S084
| ML20154S084 | |
| Person / Time | |
|---|---|
| Site: | Point Beach  |
| Issue date: | 09/14/1988 |
| From: | WISCONSIN ELECTRIC POWER CO. |
| To: | |
| Shared Package | |
| ML20154S032 | List: |
| References | |
| NUDOCS 8810040432 | |
| Download: ML20154S084 (373) | |
Text
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1 I POINT BEACH NUCLEAR PLANT l EMERGENCY PLAN EXERCISE .f SEPTEMBER 14, 1988 i i i
EP EXERCISE 1988 O
1.0 INTRODUCTION
CONTENTS 2.0 PARTICIPATING ORGANIZATIONS . 3.0 OBJECTIVES 3.1 General 3.2 Control Room 3.3 Technical Support Center 3.4 Operations Support Center 3.5 Emergency Operations Facility {' 3.6 off-site Health Physics Facility 3.7 Security 3.3 Joint Public Information Center 4.0 EMERGENCY DRILL SCOPE 5.0 INITIAL CONDITIONS 6.0 TIME SCHEDULE OF SIMULATED EVENTS 7.0 DETAILED SCENARIO EVE'JTS WITH CUE AND CONTINGENCY CARDS 8.0 PUBLIC INFORMATION MESSAGES 9.0 DRILL DATA BASE 9.1 Plant Parameters - Digital 9.1.1 Plant Parameter Display 9.1.2 Plant Process Computer 9.2 Plant & Meterorological Parameters - Analogue 9.3 Radiological Monitoring System 9.3.1 RMS Simulator Data 9.3.2 Analogue 9.4 In-Plant Radiological Conditions 9.4.1 Airborne Surveys El. 8' 9.4.2 Contamination Surveys El. 8' 9.4.3 Radiation Surveys El. 8' 9.4.4 Containment Entry Surveys 9.5 offsite Environmental Survey Maps
EP EXERCISE 09-88 9.6 Chemistry Sample Results 9.6.1 Primary 9.6.2 Primary - PASS 9.6.3 Secondary 9.6.4 RWST 9.6.5 Containment Atmosphere 9.6.6 Containment .'*mosphere - PASS 10.0 SAMPLE OFF-SITE DOSE PROJECTIONS 10.1 Radiological Monitoring System 10.2 Meteorology & Dose Assessment (MAD) 11.0 EMERGENCY DRILL TELEPHONE DIRECTORY t
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1.0 INTRODUCTION
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i. O EP EXERCISE 1988 Section 1 POINT BEACH NUCLEAR PLANT EMERGENCY PLAN EXERC13E SEPTEMBER 14, 1988
1.0 INTRODUCTION
1.1 This is a "full participation" exercise for Wisconsin Electric Power Company. It will require a full activation of human and physical resources which are predesignated components of the Point Beach Nuclear Plant Emergency Plan. 1.2 This is a "full participation" exercise for Manitowoc County and Kewaunee County. They will exercise their radiological emergency preparedness plans to the extent required to satisfy exercise objectives. 1.3 This is a "partial participation" exercise for the State of Wisconsin. The Division of Emergency Government will simulate the participation of other state agencies. 1.4 The exercise will last from 7 to 10 hours during daylight hours. Page 1
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I j EP EXERCISE 1988 J Section 2 ;
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i i 4* e I 1 i' l - l i 4 t j - i i 1 1 4 , i, f I e l 1 2.0 PARTICIPATING ORGANIZATIONS l l 1 , I t I i I I t r ,i I Y U J !
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G EP EXERCISE 1988 Section 2 2.0 PARTICIPATING ORGANIZATIONS 2.1 Wisconsin Electric Power Company 2.1.1 Nuclear Power Department 2.1.2 Consnunications Department 2.1.3 Other departments as required 2.2 State of Wisconsin - Division of Emergency Government : The state's Division of Emergency Government will participate in the ' exercise by activating the State Emergency Operations Center and establishing communications links with the affected counties and the ' utility in support of a simulated event at PBNP. 2.3 Kewaunee County 2.3.1 Sheriff's Department . The Sheriff's Department will actively participate in the { s exercise to provide support, as required, during a simulated i event at PBN?. [ 2.3.2 Emergency Operations Center (EOC) l Kewaunee County Division of Emergency Government will participate in the exercise by fully activating facilities and personnel, as required, in support of a simulated event L at PBNP. 2.4 Nanitowoe County I 2.4.1 Sheriff's Department Th;, Sheriff's t>epartment will actively participate in the exercise to provide support, as required, during a simulated i ! event at PBNP. l 2.4.2 Emergency Operations Center (EOC) l Manitowoc County Division of Emergency Government will f participate in the exercise by fully activating facilities t and personnel, as required, in support of a simulated event at PBNP. i n_ ; Page 1 L
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r EP EXERCISE 1988 j, Section 2 $ 2.5 other Organizations l ) Other organizations which may participate include, but are not ;
- limited to, the following
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2.5.1 Wisconsin Department of Health and Social Services l 2.5.2 Wisconsin state Patrol l i I l i 2.5.3 United States National Weather Service , e p 2.5.4 United States Coast Guard I
- 2.5.5 United States Nuclear Regulatory Coaunission i
j 2.5.6 Wisconsin Public Service Corporation j i , I 2.5.7 Two Rivers Comununity Hospital ! l 2.5.8 Mishicot Ambulance Service l f I i t i ! l t I i i $ s i l , i i k 1 , t 1 I
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EP EXERCISE 1988 G Section 3 3.0 OPJECTIVES O O BEEM I ' 4
F i EP EXERCISE 1988 F Section 3 ' I i 3.0 OBJECTIVES i 3.1 Wisconsin Electric Power Company ! 3.1.1 General i f 3.1.2 Control Room I i 3.1.3 Technical Support Center t 3.1.4 operations Support Center f 3.1.5 Emergency operation Facility 3.1.6 Offsite Health Physics Facility , 3.1.7 Security [ 3.1.8 Joint Public Information Cent &r ; l 3.2 State of Wisconsin [ i 3.3 Kewaunee County l 3.4 Manitowoc County s k i I i
EP EXERCISE 1988 Section 3 EMERGENCY PLAN OBJECTIVES - SEPTEMBER EXERCISE 3.0 OBJECTIVES l 3.1 Wisconsin Electric Power Company 3.1.1 General
- a. Demonstrate timely notification of on-site emergency response personnel of an emergency plan activation,
- b. Demonstrate timely notification of key corporate emergency support personnel:
- 1. Emergency support manager
- 2. Rad / Con waste manager
- 3. Emergency director
- 4. Vice President communications (or designee)
- c. Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field-based emergency functions based upon specified emergency action levels,
- d. Demonstrate the ability to direct, coordinate and control emergency activities,
- e. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations.
- f. Demonstrate the ability of all elements of the emergency response organization to communicate using the following equipment:
- 1. Direct lines between plant emergency response t'acilities (ERFs). Plant emergency response facilities include: Control room, TSC, EOF, SBCC, extension building, and JPIC.
- 2. Direct lines between the TSC/ EOF and the corporate emergency center (CEC).
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EP EXERCISE 1988 [ Section 3
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- 3. Direct lines between the TSC/ EOF and the State of Wisconsin EOC.
- 4. Direct lines between the TSC/ EOF and the county EOCs in Manitowoc and Algoma.
- 5. Radio communications between the offsite health physics facility and utility offsite radiological monitoring teams.
- g. Demonstrate the ability to staff the following emergency response facilities:
- 1. Control room (CR)
- 2. Operations support center (OSC)
- 3. Technical support center (TSC)
- 4. Emergency operations facility (EOF)
- 5. Offsite health physics facility (OSHPF)
\ 6. Joint public information center (JPIC) 3.1.2 Control Room
- a. Demonstrate the ability of the control room staff to provide data in a timely fashion to the TSC.
- b. Demonstrate the ability to notify on-site personnel of emergency classifications using the plant Gai-tronics system,
- c. Demonstrate the ability to notify on-site personnel of an evacuation using the plant Gai-tronics and alarm system.
(This objective may, in part, be demonstrated from the TSC.)
- d. Demonstrate the ability to notify the NRC within one hour of event classification u:;ing IPIP 2.2. (This objective may be demonstrated from the TSC.)
- e. Demonstrate the ability to notify the State DEG an. both counties of event classification within 15 minutes using EPIP 2.1. (This objective may be demonstrated from the TSC.)
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f^3 EP EXERCISE 1988 Section 3 (J) x
- f. Demonstrate tha ability of control room staff to correctly classify an emergency event using the EPIPs.
- g. Demonstrate the ability upon receiving a request for an ambulance to call 911 for the dispatch of same. (This objective may be demonstrated from the TSC.)
- h. Demonstrate the ability to perform
- 1. An evacuation of plant personnel to predesignated on-site assembly areas. (This objective may be demonstrated from the TSC.)
- 2. An evacuation of contractor personnel to the SBCC.
(This objective may be demonstrated from the TSC.)
- 3. Personnel accountability within about 30 minutes of sounding a plant evacuation alarm. (This objective may be demonstrated from the TSC.)
NOTE: FOLLOWING COMPLETION OF PERSONNEL ACCOUNTABILITY, {N CONTRACIORS AND PLANT EMPLOYEES NOT DIRECTLY INVOLVED IN THE EXERCISE WILL RETURN TO THEIR (V) WORK STATIONS AND WILL BE CONSIDERED INVISIBLE TO THE REMAINDER OF THE EXERCISE.
- i. Demonstrate the ability to provide regular (e.g., hourly) status reports to appropriate state and county agencies.
(This objective may be demonstrated from the TSC or EOF.)
- j. Demonstrate the ability to previde regular (e.g., hourly) status reports to the NRC. (This objective may be demonstrated from the TSC or EOF.)
3.1.3 Technical Support Center
- a. Demonstrate the ability of TSC staff to correctly classify an emergency event using the EPIPs.
- b. Demonstrate the ability to notify on-site personnel of emergency classification using the plant Gai-tronics system. (This objective may be demonstrated from the control room).
- c. Demonstrate the ability to maintain meteorological stai.us boards with current data (e.g., not more than 30 minutes old).
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G EP EXERCISE 1988 Section 3
- d. Demonstrate the ability to announce the activation of l
, the TSC and the assumption of TSC responsibilities to ! appropriate personnel. l
- e. Demonstrate the ability to notify the NRC within one hour of event classification using EPIP 2.2. (This objective may be demonstrated from the EOF.) .
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- f. Demonstrate the ability to notify the State DEG and both counties of event classification within 15 minutes. ,
- g. Demonstrate the ability to provide regular (e.g. hourly) i status reports to apprcpriate state and c;unty agencies. ,
(This objective may be demonstrated from the EOF.) l
- h. Demonstrate the ability to provide regular (e.g., hourly) !
status reports to the NRC. (This objective may be l demonstrated from the EOF.)
- 1. Demonstrate the ability to develop appropriate offsite protective action recomunendations using the EPIPs. (This objective may be demonstrated from the EOF.) l
- j. Demonstrate the ability to conduct a plant evacuation to on-site assembly areas. (This objective may be demonstrated from the control room.)
- k. Demonstrate the ability to assure contamination control !
in the TSC/OSC. l
- 1. Demonstrate the ability of TSC personnel to maintain an j emergency reentry team status board. l
- m. Demonstrate the ability of TSC staff to provide accurate and timely information regarding plant and emergency f event status to the IOF. i t
, n. Demonstrate the ability to monitor and control exposure !
of all persons assigned to the TSC.
- o. Demonstrate the adequacy of facilities and displays to i support emergency operations. l h
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EP EXERCISE 1988 O Section 3
- p. Demonstrate the ability of the PON to manipulate TSC and turbine building ventilation systems to assure an air flow FROM the TSC.
- q. Demonstrate the ability to call 911 for the dispatch of an ambulance following notification of a personnel injury requiring offsite response. (This objective may be demonstrated from the control room.)
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- r. Demonstrate the ability of personnel using radios to communicate effectively.
3.1.4 operations support Center
- a. Demonstrate the ability to organize, dispatch, and manage a rescue team from the OSC.
- b. Demonstrate the ability of TSC/OSC personnel to make a timely request for an ambulance if the initial report of a serious injury is received in the OSC.
- c. Demonstrate the ability to dispatch and control all
, inplant reentry teams following formal activation of the t OSC.
- d. Demonstrate the ability to annocace the activation of the OSC and the assusption of the OSC responsibilities to appropriate personnel, i
- e. Demonstrate the ability to assure contamination control in the TSC/OSC.
- f. Demonstrate the ability to organime, dispatch, and manage i
a damage assessment or repair team in accordance with the EPIPs.
- g. Demonstrate the ability of OSC personnel to maintain an
- emergency reentry team status board.
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- h. Demonstrate the ability to monitor and control exposure of all persons assigned to the OSC.
- i. Demonstrate the ability of personnel using radior to communicate effectively.
l j. Demonstrate the ability and resources necessary to properly outfit reentry teams with protective clothing , based upon anticipated environmental conditions. t Page 5
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- k. Demonstrate the equipment and procedures required to direct in plant rescue operations.
- 1. Demonstrate the ability of on-site personnel to administer appropriate emergency first aid to an injured person.
- m. Demonstrate the ability of the Health Physics director to direct on-site radiological monitoring teams.
3.1.5 Emergency Operations Facility
- a. Demonstrate the adequacy of facilities and displays to support emergency operations,
- b. Demonstrate the ability to adequately staff the EOF to support emergency operations,
- c. Demonstrate the ability to provide regular (e.g., hourly) status reports to state and county offices of emergency government.
- d. Demonstrate the ability to provide regular (e.g., hourly) status reports to the NRC.
- e. Demonstrate the ability to perform computer calculation of offsite radiological consequences based upon a monitored release path,
- f. Demonstrate the ability to announce the activation of the EOF and the assumption of EOF responsibilities to appropriate personnel,
- g. Demonstrate the ability to monitor and control exposure of all persons assigned to the EOF,
- h. Demonstrate the ability to ectimate total population exposure.
- i. Demonstrate the ability to provide accurate and timely information to the JPIC.
- j. Demonstrate the ability to evaluate radiological survey information and recomusend appropriate protective actions based on PAGs and plant conditions.
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, EP EXERCISE 1988 i Section 3 3.1.6 offsite Health Physics Facility
- a. Demonstrate the ability to maintain meteorological status boards with recent data.
- b. Demonstrate the ability of personnel using radios to communicate effectively,
- c. Demonstrate the ability to mobilize and deploy field monitoring teams in a timely fashion. j
- d. Demonstrate the ability to routinely inform offsite 7 survey teams of changes in plant conditions and/or emergency classifications.
- e. Demonstrate the ability of monitoring teams to perform radiological surveys and report results, t I
- f. Demonstrate the ability of th7 offsite Health Physics I director to direct offsite radiological monitoring teams i to:
- 1. Perform radiological surveys ,
- 2. Report survey results to appropriate emergency i response facilities, f i
- 3. Collect ambient air samples.
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- 4. Transport air, soil, or vegetation samples to the appropriate laboratory facility.
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- g. Demonstrate appropriate equipment and procedures for ,
measurement of airborne radioiodine concentrations as low I as E-07 pci/cc in the presence of noble gases. , 1 3.1.7 Security i l
- a. Demonstrate the ability to accomplish personnel [
accountability within 30 minutes of a plant or limited plant evacuation,
- b. Demonstrate the ability to control access to the plant i site, t i I l
- c. Demonstrate the implementation of appropriate emergency (
responpo procedures. ; 1 L Page 7 L__---__--_-_------___---_-_--_-------_---_----------__-------_------_------___------_--_-_-_-_---_--
r. i l~ ; l c IP EXERCISE 1988 , Section 3 3.1.8 Joint Public Information Center (Ccaununications Dept.) !
- a. Demonstrate the ability to staff the Corporate Emergency Response-Public Information Center (CERPIC).
- b. Deme,nstrate the ability to provide accurate and timely [
information to the public,
- c. Demonstrate the ability to mobilize JPIC staff and !
activate facilities promptly. !
- d. Demonstrate the ability to brief the media in a clear, ,
accurate and timely manner. [
- e. Demonstrate the ability to establish and operate a utility rumor control program at the JFIC.
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- f. Demonstrate the ability to provide advance coordination with offsite agencies of information released to the !
public.
- g. Demonstrate the adequacy of facilities and displays to support emergency operations.
- h. Demonstrate the ability to comununicate with all i appropriate company locations and offsite organizations.
l 3.2 State of Wisconsin 3.2.1 Demonstrate the ability to monitor, understand and use emergency classification levels (ECL) through the appropriate r implementation of emergency functions and activities ; corresponding to ICLs as required by the scenario. The four ' ECLs are Notification of unusual event, alert, site area t emergency and general emergency. (FEMA #1) j 3.2.2 Demonstrate the ability to fully alert, mobilize and I activate personnel for both facility and field-based j emergency functions. (FEMA #2) 3.2.3 Demonstrate the ability to direct, coordinate and control emergency activities. (FEMA #3) l l I I t
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i/ i f EP EXERCISE 1988 ! Section 3 l l 3.2.4 Demonstrate the ability to communicate with all appropriate ' locations, organizations and field personnel. (FEMA #4) 3.2.5 Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations. ! (FEMA #5) , 3.2.6 Demonstrate the ability to continuously monitor and control , emergency worker exposure. (FEMA #6) , r 3.2.7 Demonstrate the appropriate equipment and procedures for l 1 determining field radiation measurements. (FEMA #7) [
- 3.2.8 Demonstrate the appropriate equipment and procedures for the !
l measurement of airborne radiciodine concentrations as low as ; j 10'7 microcurie per cc in the presence of noble gases. !
- (FEMA #8) l 3.2.9 Demonstrate the ability to obtain samples of particulate activity in the airborne plume and promptly perform
laboratory analyses. (FEMA #9) ; i l 3.2.10 Demonstrate the ability, within the plume exposure pathway, [' j to project dosage to the public via plume exposure, based on plant and field data. (FEMA #10) j
- i i 3.2.11 Demonstrate the ability to make appropriate protective action ;
decisions, based on projected or actual dosage, EPA PAGs, l availability of adequate shelter, evacuation time estimates j and other relevant factors. (FEMA #11) 3 i 3.2.12 Demonstrate the ability to initially alert the public within i 2 the 10-mile EPZ and begin dissemination of an instructional : ] message within 15 minutes of a decision by appropriate state ; . and/or local official (s). (FEMA #12) j 3.2.13 Demonstrate the ability to coordinate the formulation and t dissemination of accurate information and instructions to l the public in a timely fashion after the initial alert and ! notification has occurred. (FEMA #13) ; l l 3.2.14 Demonstrate the ability to brief the media in an accurate, ! I coordinated and timely manner. (FEMA #14) t
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(] EP EXERCISE 1988 l Section 3 (d 3.2.15 Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion. (FEM #15) 3.2.16 Demonstrate the ability to make the decision to recommend the use of KI to emergency workers and institutionalized persons based on predetermined criteria, as well as to distribute and achninister it once the decision is made, if necessitated by radioiodine releases. (FEM #16) 3 . .. 17 Demonstrate the ability and resources necessary to implement appropriate protective actions for the impacted permanent and transient plume EPZ population (including transit-dependent persons, special needs populations, handicapped persons and institutionalized persons). (FEM #18) 3.2.18 Demonstrate the ability to identify the need for and call upon federal and other outside support agencies' assistance. (FEM #26) 3.2.19 Demonstrate the ability to estimate total population exposure. (FEM #31) ("
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j 3.2.20 Demonstrate the ability to maintain staffing on a continuous 24-hour basis by an actual shift change. (FEM #34) 3.3 Kewaunee County 3.3.1 Demonstrate the ability to monitor, understand and use emergency classification levels (ECL) through the appropriate implementation of emergency functions and activities corresponding to ECI.s as required by the scenario. The four ECLs are: Notification of unusual event, alert, site area emergency and general emergency. (FEM #1) 3.3,2 Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field-based emergency functions. (FEM #2) 3.3.3 Demonstrate the ability te direct, coordinate and control emergency activitirs. (FEG #3) 3.3.4 Demonstrate the ability to comunicate with all appropriate locations, organizations and field personnel. (FEM #4) O v Page 10
EP EXERCISE 1988 Section 3 3.3.5 Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations. (FEMA #5) i 3.3.6 Demonstrate the ability to continuously monitor and control - emergency worker exposure. (FEMA #6) 3.3.7 Demonstrate the ability to initially alert the public within the 10-mile EPZ and begin dissemination of an instructional message within 15 minutes of a decision by appropriate state and/or local official (s). (FEMA #12) 3.3.8 Demonstrate the ability to coordinate the formulation and dissemination of accurate information and instruct!.ons to the public in a timely fashion after the initial alert and notification has occurred. (FEMA #13) 3.3.9 Demonstrate the ability to brief the media in an accurate, coordinated and timely manner. (FEMA #14) 3.3.10 Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion. (FEMA #15) 3.3.11 Demonstrate the ability to make the decision to recommend the use of KI to emergency workers and institutionalized persons, based on predetermined criteria, as well as to distribute and administer it once the decision is made, if necessitated by radiciodine releases. (FEMA #16) 3.3.12 Demonstrate the ability and resources necessary to implement , appropriate protective actions for the impacted permanent and ! transient plume EPZ populations (including transit-dependent [ persons, special needs populations, handicapped persons and institutionalized persons). (FEMA #18) [ 3.3.13 Demonstrate the organizational ability and resources necessary to control evacuation traffic flow and to control
, access to evacuated and sheltered areas. (FEMA #20) 3.3.14 Demonstrate the adequacy of procedures, facilities, equipment and personnel for the registration, radiological monitoring and decontamination of evacuees. (FEMA #21) l 3.3.15 Demonstrate the adequacy of facilities, equipment and l personnel for congregate care of evacuees. (FEMA #22) 3.3.16 Demonstrate the ability to maintain staffing on a continuous ;
24-hour basis by an actual shift change. (FEMA #34) Page 11 (
[ EP EXERCISE 1988 (v ]) Section 3 3.4 Manitowoe County 3.4.1 Demonstrate the ability to monitor, understand and use emergency classification levels (ECL) through the appropriate implementation of emergency functions and activities corresponding to ECLs as required by the scenario. The four ECLs are: Notification of unusual event, alert, site area emergency and general emergency. (FEMA #1) 3.4.2 Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field-based emergency functions. (FEMA #2) 3.4.3 Demonstrate the ability to direct, coordinate and control emergency activities. (FEMA #3) 3.4.4 Demonstrate the ability to communicate with all appropriate locations, organizations and field personnel. (FEMA #4) 3.4.5 Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations, f'g (FEMA #5)
\ l V 3.4.6 Demonstrate the ability to continuously ionitor and control emergency worker exposure. (FEMA #f) 3.4.7 Demonstrate the ability to initially alert the public within the 10-mile EPZ and begin dissemination of an instructional message within 15 minutes of a decision by c,*p.opriate state and/or local official (s). (FEMA #12) 3.4.8 Demonstrate the ability to coordinate the formulation and dissemination of accurate information and instructions to the public in a timely fashion after the initial alert and notification has occurred. (FEMA #13) 3.4.9 Demonstrate the ability to brief the media in an accurate, coordinated and timely manner. (FEMA #14) 3.4.10 Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion. (FEMA #15) 3.4.11 Demonstrate the ability to make the decision to recommend the use of KI to emergency workers and institutionalized persons, based on predetermined criteria, as well as to distribute and administer it once the decision is made, if necessitated by radioiodine releases. (FEMA #16)
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r __ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ EP EXERCISE 1988 s Section 3 3.4.12 Demonstrate the ability and resources necessary to implement appropriate actions for the impacted permanent and transient plume EPZ population (including transit-dependent persons, special needs populations, handicapped persons and , institutionalized persons). (FEMA #18) 3.4.13 Demonstrate the ability and resources necessary to implement appropriate protective actions for school children within the 7 plume EPZ. (FEMA #19) 3.4.14 Demonstrate the organizational ability and resources necessary to control evacuation traffic flow and to control access to evacuated and sheltered areas. (FEMA #20) 3.4.15 Demonstrate the adequacy of procedures, facilities, equipment and personnel for the registration, radiological monitoring and decontamination of evacuees. (FEMA #21) 3.4.16 Demonstrate the adequacy of facilities, equipment and personnel for congregate care of evacuees. (FEMA #22) O 3.4.17 Demonstrate the ability to maintain staffing on a continuous 24-hour basis by an actual shif t change. (FEMA #34) 3.4.18 Demonstrate the ability to coordinate the evacuation of on-site personnel. (FEMA #35) I i i Page 13
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r 9 ( EP EXERCISE 1988 . ( Section 4 4.0 EMIRGENCY EXERCISE SCOPE 4.1 Overview 4.1.1 The 1988 Point Beach Nuclear Plant emergency plan exercise scenario will require activation of the Wisconsin Electric TSC, OSC, EOF, JPIC and various corporate support facilities. State and local Emergency Operations Centers (EOCs) vill be established in response to scenario events. ' 4.1.2 The scenario will provide exercise participants at the plant ' with several opportunities to identify, classify and mitigate emergency events. 4.1.3 Although scenario events do not lead to a significant release of radioactivity to the environment, declaration of a General ! Emergency classification is ultimately warranted due to a : potential loss of three fission product barriers. Field , monitoring activities by utility and state teams will verify : that no significant radioactive release has occurred. ' Offsite protective measures will be required due to the , General Emergency declaration, specifically the degraded g core condition. l t 4.1.4 The scenario will require a medical emergency response to an injured plant employee. The injury may not be complicated i by radioactive contamination. Participation of the ambulance ; service and hospital may be simulated. ' 4.2 Sequence of Events t 4.2.1 The scenario begins with PBNP Units 1 and 2 at 100% power. , A Unit 1 turbine trip / reactor trip initiates in response to a l failed condensate pump. Control rods fail to drop into the j core. Operator actions, however, successfully insert rods i into the core and result in the reactor becoming subcritical. ! This Anticipated Transient Without Scram (ATWS), requires an L "Alert" declaration (category 10), i 4.2.2 The transient results in a brief overpressure condition in i the reactor coolant system (RCS). A pressurizer power operated relief valve (PORV) lifts to release RCS pressure to the pressurizer relief tank (PRT). Although the PORV . reseats, the valve spring is damaged. ; l i I Page 1 { I
EP EXERCISE 1988 ( Section 4 4.2.3 Sometime later, the damaged PORV spring allows the PORV to lift resulting in a brief loss of reactor coolant to the PRT. The PORV block valve fails on thermal overload and operator attempts to secure the PORY leak are unsuccessful. The PRT retains its integrity and prevents a release of reactor coolant to the containment. 4.2.4 The broken spring on the PORV ultimately gives way and the PORV fails open. Wben the PRT rupture disk fails, a leak of reactor coolant to the containment results. Because of the failed PORV block valve, operators are unable to secure the leak. 4.2.5 The RCS leak rate results in a rapid depressurization of the RCS. Pressurizer low-pressure initiates a safety injection actuation. One high-head safety injection pump fails to start due to a breaker problem. 4.2.6 A few moments after safety injection actuation, a welding rig in the number one pipeway is knocked over. A gas bottle is damaged and is propelled through the number one pipeway O toward containment. The projectile causes a safety injection line and charging line valve to be broken. The damaged safety injection line is the one supplied by the operating pump. This damage results in a loss of all high-head safety injection. The operable safety injection pump delivers boric acid and refueling water to the number one pipeway and the auxiliary building floor via the brokea safety injection line. Injection to the primary system never occurs. t 4.2.7 In addition, the projectile in the number one pipeway damages 1 several containment isolation valves and containment 4 penetrations. Although the damage is considerable, and some containment isolation valve indicator lights in the control room are dim, the containment is not actually breached, l 4.2.8 The spill of refueling water to the auxiliary building
- results in slightly elevated radiation levels as monitored at the auxiliary building vent stack. The atmospheric I
release of radioactivity is not significant from an offsite dose standpoint. 4.2.9 A site emergency (Category 1) may be declared as a result of an RCS leak rate in excess of available pump capacity. Page 2
EP EXERCISE 1988 g v) Section 4 4.2.10 At this point, the plant is in hot shut down, cooling down on the atmospheric steam dumps, with an in-containment RCS lesk in excess of available charging capacity. Because high-head safety injection is not available, core uncovery ultimately results. Temperature at the core exit thermocouples increases to greater than 700'F. 4.2.11 A primary leak rate exceeding pump capacity, an apparent loss of containment integrity, and core temperatures exceeding 700'F together warrant declaration of a General Fr'ergency (Category 1). 4.2.12 The General Emergency declaration will require a recommendation of protective actions to offsite agencies. The minimum recommendation is sheltering in all sectors from zero to two miles and at least four downwind sectors out to five miles. , 4.2.13 Because of the degraded core cor itions, protective action recommendations (PARS) will la' include evacuation of at least all sectors out to two a 4. 4.2.14 The offsite health physics facility (OSHPF) and emergency operation facility (EOF) will implement and coordinate offsite monitoring. Protective action reconumendations j developed at the EOF will be based upon plant conditions. The absence of a significant offsite radiological release will be verified by a coordinated OSMPF and EOF effort. i 4.2.13 Plant maintenance activities will focus upon restoration of the failed safety injection pump or piping. While involved in repair or damage assessment activities, one team member j becomes injured and requires response by an on-site first < aid team. Offsite medical response (ambulance and hospital) l may be simulated. 4.2.16 Scenario events will require Manitowoc County, Kevaunee County, and the State of Wisconsin to issue protective action orders, activate emergency operation centers, reception centers and congregate care facilities. 4.2.17 The scenario will be terminated at the discretion of the main exercise controller. 4.2.18 The scenario will not provide for demonstration of on-site or off-site recovery and reentry. O Page 3
l ! I b i ! l j EP EXERCISE 09-88 :
! Section 5 l l
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I l 1 i i t a i I l 1 4 ' S.0 INITIAL CONDITIONS -, i, 4 r
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~~x EP EXERCISE 09-88 t ) Section 5 5.0 INITIAL CONDITIONS 5.1 Pre-exercise Events - Station Loq Attached 5.2 Unit 1 @0630 Hours 5.2.1 100% power 5.2.2 RCS temperature = 570 'F 5.2.3 RCS pressure = 1985 psig 5.2.4 Boron concentration = 211 ppm 5.2.5 Generator output = 515 MWe gross 5.2.6 Equipment out of service
- a. Electric service H52-02 13.8 tie breaker out of service for maintenance inspection A
(y) v
- b. Auxiliary feed pump (P38B)
Red tagged out for oil change.
- c. Pressuriser PORV (PCV-431C)
Stuck shut
- d. RHR pump (1P10B)
- 1. IT 03 & 04 done at 03:48
- 2. In alert range due to pump vibration
- e. Atmospheric steam dump ("A" LV-2016)
Leaking, red tagged 5.3 Unit 2 90630 Hours 5.3.1 100% power 5.3.2 RCS temperature = 570'F 5.3.3 RCS pressure = 1985 psig G 5.3.4 Boron concentration = 680 ppm l Page 1
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) EP EXERCISE 09-88 d Section 5 i i , ! 5.3.5 Generator output = 515 MWe gross ;
i ! 5.3.6 Equipment out of service ( j a. 2P45 BA transfer pump, red tagged out for [
; replacement / repair j
- b. SR 31 (scurce range) I
' f 5.4 Control Room Status Board - Unit 1 - See Attachment to This Section 5.5 Radiological / Meteorological Status 90630 , 5.5.1 No known releases - system normal 5.5.2 Wind speed (primary tower) = 7-10 mph ( ) i 5.5.3 Wind direction (primary tower) = 60* l 5.5.4 Sitpaa Theta = 1* i 5 5.5.5 Delta T/35 meters = 0.3'T , j 5.6 Con'. roller and observers j
; The following individuals are controllers or observers and for the l j purpose of this drill are on simulated vacation. Therefore, they are j s not available to respond to the emergency. t a
C. L. Andrews J. Z. LaPlante l 1 G. A. Casadonte T. C. Lucas i 4 C. A. Castell G. J. Maxfield !
- R. J. Chojnacki A. Z. Pusztai i M. E. Crouch A. L. Reimer l
} C. A. Gates D. D. Schoon l i R. E. Heiden T. P. Sheley i j R. W. Holzer G. R. Sherwood f
- M. A. Hoynacki T. L. Slack
{ D. J. Johnson J. K. Smith i l D. C. Kois M. J. Smith ! j G. M. Krieser D. R. Stevens l l !
- i i !
Attachments: i j 1. Station Log l l 2. Unit 1 Equipment Status ; i 3. Unit 1 Equipment Out of Service j l 4. Unit 2 Equipment Out of Service l ,! 5. Chemistry "Control Room Staunary Sheet For September 13, 1988" ( f Page 2 ! i
POINT #EACM NUCLEAR Pt. ANT STATION LOG O DATE TIME ENTRY M MPT St D/irr F IJni( */ fd/ Lead 5/8 9 MwE i G / <1'/ yseat<,n. l %I ') Gil usd 520.4 MWE G /. 96 " weaurn. g,,no,,,.:i,/ (cs - linit */ PdV 'f3/C (PCAV),CV-2t/t.(Vet.S Sb)) dn,i *2 P48 (84 TrasNr k,o1 SR- 3/ (Seuese a noe. Cemnen - //52-02' N31 KV Tk Ekr ) wk, Soon Rms - M 233 ( Wsste bdi//afe ) { 6636 Fire Dri/I 662 t215 Cen,arneecf Ned bh bischaroe f 88- 238 6295 uni / 'l + d Ce>vakled Ts /0 A '('Ced her Ses/ Test) C348 Unif */ l%blefet{ Social TM .77-63 f "8 ' RHe Pm) hie fa ' l/ibrahbn in A/er/ &qc.
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- I CemD/eted JT-og (Shm bian Aux. red kns)
O 05/S Uni + "2 Cemakk'd /T-09(Skam kian 4ax. Feed Pxmo) ' Obo6 73g B (Au't. Fed Pama) 17enead Rem Sevice Mr- Mo.setf.Ea//of, l l l l e e {
EP EXERCISE 09-88 Section 5 UNIT 1 EQUIFIEltT STATUS Mixed Bed "A" (LiOH) OFF - EMPTY - RTO f - [ M " [ [ Date Last boron [ h [ ppe
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"B" (H0H) ON - - IMPTY - RTO ~f[ Date Last boron 430 99 Deborator "A" OIf - OFF - -
[e")/- (( Date Last boron ~~~~ ppa Deborator "B" 00f - 0FF - IDFTY - h- N ~(( Date Last boron [ ppas Cation 0 08 - - EMPTY - RTO 8-[h" Date Last boron 2N[ ppe Steam Generator g Blowdown Flow "A" [h Klbs/hr "B" (( Klbs/hr "" I - (( Date Neut. Tank Discharge to Unit 1 Service Water Discharge to Unit 1 Unit 2 VCT H2 Regulator Setting 3k psig ** f - N Date I
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CONTROL ROOM
SUMMARY
SHEET FOR 13-SEP-88 UNIT 1 CONCENTRATIONS BORON RCS HOTLEG/RRR 221.0 ppa 12-SEP-1988 08:14 PZR 212.0 ppa 12-SEP-1988 08:12 BAST B 12.7 % Boric Acid 11-SEP-1988 11:18 C 12.2 % Boric Acid ll-SEP-1988 11:19 RWST (OLD) 2198.0 ppm 30-AUG-1988 07:56 l (NEW) 2190.0 ppa 06-SEP-1988 09:05 ACCUM A 2260.0 ppa 12-SEP-1988 15:15 B 2227.0 ppa 12-SEP-1988 15:12
% NaOM SPRAT ADD TK .2.2 % NAOM 12-SEP-1988 17:38
\ ,,.12 RCS 34.30 cc/Kg 12-SEP-1988 08:30 ACTIVITIES PRIMARY GROSS 0.29 uCi/cc 12-SEP-1988 08:14 100/E ------- uCi/cc ----------------- GASEOUS 0.20 uCi/cc 12-SEP-1988 08:30 STM GEN A < MDA uCi/cc 11-SEP-1988 08:18 8 < MDA uCi/cc ll-SEP-1988 08:18 LEAKAGE TOTAL PRI TO SEC 6.62 gpd 12-SEP-1988 10:02
_ . _ - .----n-.--..- . - . - - ~. -
- ---,,a.a.-u.- --s n - -
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EP EXERCISE 09-88 f i' Section 6 I l 1 I { 1 ! f I l 1 i 5 i . I ! i I 4 6.0 TIltE SCHEDULE OF SIMVIATED EVENTS l l . i 1 [ l l I i 4 [ 'l j i
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4
, EP EXERCISE 09 44 ,
Section 6 r A i 6.0 TIME SCHEDUI.E OF REAL AND SIMULATED SCENARIO EVENTS ; 06:30 Exercise is initiated in the control room with a shift turnover.
- 07e40 A series of events result in a Unit 1 reactor trip signal -
1
- - Condensate pump (1P25A) fails '
l
- Both main feed pumps trip on low suction pressure :
- Turbine trips I
- Reactor trip signal (steam flow / feed flow mismatch) 07:40:05 Reactor fails to trip [
- - Reactor trip breakers are januned closed
- Control rods fail to drop ;
i :
- Manual reactor trip is unsuccessful
- ALERT declaration required (Category 10) l l 07:40:15 An overpressure condition develops in the reactor coolant system I l t
- Pressurizer vents through PORV (430) to the pressurizer relief i
- tank (PRT) !
1 - PORV spring is damaged 5 F i 07:41 Operators successfully trip the recctor by deenergizing supply ! ] breakera for 301 and 802. ! t , I 07:42 Safety injection actuation, no injection. l l ! *(07:56) Plant cperations manager declares an AI.IRT based upon Category 10, L l "Failure of reactor protection system to complete a trip which j brings reactor subcritical."
*(08:11) Offsite agencies notified of ALERT
*(08:24) Technical Support Center manned ?
f l *(08:56) Manitowoc County, Kewaunee County and Wisconsin Emergency i operations Centers (IOCs) activated, j . I j 09:19 PORV-430 lifts briefly venting reactor coolant to the PRT. [ 3 Attempts to close corresponding block valve (516) are ! ) unsuccessful. i I l
- Times shown in parentheses are approximate and are dependent upon player !
actions. } L Page 1 i f
l l EP EXERCISE 09-88 Section 6 l 10:10 PORV-430 lifts and fails open
- PRT rupture disc fails and a leak from the reactor coolant system (RCS) to containment is initiated.
- Containment monitors (1RE-211, 1RE-212) alarm.
- A safety injection (SI) actuation occurs on a pressurizer / low pressure signal.
- SI pump (1P15A) fails to start due to a breaker problem.
10:10+ A welding rig in the #1 pipeway is knocked over. A gas bottle is damaged and propelled through the pipeway. The projectile damages the following:
- Several containment isolation valves
- Several containment penetrations "B" safety injection line. This is the line fed by the operable SI pump.
- Valve stem on 1-HCV-142 on the charging line (a)
Although damage is considerable, containment integrity is not actually breached. A SITE EMERGENCY declaration is warranted. Boric acid and refueling water (RWST) spill into the pipeway and the auxiliary building.
- The spill initiates a small release through the auxiliary building vent.
10:12+ Maintenance and operations efforts are directed toward damage assessment and restoration of the safety injection system. Teams may be controlled from the operations Support Center (OSC). l 10.15 Charging pump area monitor (1RE-104) alarms. 10:17 Containment monitor (1RE-102) and Auxiliary Building Vent monitor (RE-214) alarm, i l 10:25 Containment monitor (1RE-107) alarms. 1 (% 1 \ )
'v
- Times shown in parentheses are approxia. ate and are dependent upon player actions.
Page 2
EP EXERCISE 09 88 Section 6 D (O
*(10:27) Plant operation manager may declare a SITE EMERGENCY based upon Category 1, "Leak Rate in Excess of Available Pump Capacity."
*(10:30) PBNP offsite monitoring teams are dispatched.
*(10:35) Evacuation of plant personnel to on-site assembly areas.
10:48 Auxiliary Building Vent monitor (RE-214) alarm clears. 11:07 RCS leak results in core uncovery. Core temperatures exceed 700'F. A GENERAL EMERGENCY declaration is warranted. 11:07+ Fuel failure occurs and gap activity is released to the reactor coolant system and containment via the PORV and PRT. Containment radiation monitors (1RE-102, 1RE-107) peg offscale , high. Containment high range monitors RM-126, 127, and 128 alarm and show increased levels of radiation in containment. ' 11:13 Injection from accumulators to the reactor coolant system occurs.
*(11:22) Plant operations manager declares a GENERAL EMERGENCY based upon Category 1, "Loss of primary system integrity and containment with the potential for fuel damage." ;
Protective actions include, at a minimum: Shelter All sectors 0 - 2 miles Shelter Downwind Sectors 2 - 5 miles >
*(11:25) Various activities are initiated by the County and State EOCs to i evaluate and/or implement protective action recommendations.
Implementation includes l l
- Preparation of EBS messages
- Sounding of sirens
- Broadcast of EBS messages
- Establishing traffic control points
- Implementation of protective measures for school children
- Establishment of relocation and congregate care centers
- Times shown in parentheses are approximate and are dependent upon player actions.
Page 3
EP IXIRCISE 09-88 Section 6 4 O
*(11:25+) Two sirens in Manitowoc County do not provide run verification upon hing polled.
*(11:30) Emergency operations Facility (E0F) manned by site personnel.
11:40 The 22nd Street drawbridge in Two Rivers fails in the open ) position. Repairs are expected to take three to four hours. 1 *(12:00) Evacuation of nonessential personnel from onsite to offsite.
*(12:30) Emergency operations Facility (IOF) manned by corporate support personne1.
Joint Public Information Center (JPIC) manned by utility and j county personnel.
*(12:40) If earlier protective action reconsundations from the utility did l not include evacuation, the FARs will be escalated to include, at a minimum, evacuation out to two miles, j
i *(12:45) State of Wisconsin field monitoring teams are dispatched. 1 i 22:50 A house fire is reported to the Manitowoc County sheriff's dispatcher. The burning home is located inside the zone for which evacual . n was recommended. 13:25+ A plant employee is injured while involved in Maintenance, Health Physics, Chemistry or other damage assessment activities. An on-site first aid team responds to the scene.
*(13:40) Manitowoc sheriff, Mishicot ambulance and Two Rivers Hospital are notified of and respond to the on-site injury. If the injuy occurs on the plant controlled side, the Two Rivers comununity Hospital nuclear first aid room will be utilized for the victim.
%*(17:00) Exercise is terminated by main exercise controller.
- Times shown in parentheses are approximate and are dependent upon player actions.
Page 4
1 i ! EP EXERCISE 09-88 Section 7 i 4 i 4 1 l i a 7.0 DETAILED SCENARIO EVENTS WIT 11 CUE AND CONTINGENCY CARDS 4 l I i 1 i I i i l
i s IP IXIRCISI 09-88 Section 7 L 7.1 0630 - Exercise $*4rt 7.1.1 Plant conditions I
- a. Unit 1: i i
1 - 100% power middle of life !
- Pressuriser PORY (PCV-431C) out of service i
- Stuck shut [
~
- Block valve (1-515) closed
- CV-2016 "A" atmospheric steam dump out of service i
- was leaking, tagged out for mair.tenance and repair. ;
- H52 02 13.8 kV tie breaker out of service for l maintenance inspection [
- Auxiliary Feedwater Pump P385 red tagged out for i oil change !
! - IP105 RHR pump in alert range due to pump i i vibration : ) - Welding in Unit 1 facade and auxiliary building ' 1 is scheduled for handrail improvement project
- b. Unit 2:
- 100% power
- 2P4B BA transfer pump red tagged out for replacement or repair
- SR-31 (source range detectoi-) is out of service 7.1.2 Meteorclogical Status
- a. Wind Speed = 7 aph
- b. Wind Direction = 443'
- c. Sipa Theta = -4'
- d. Delta T/35 meters = .3*F 7.1.3 Radiological status
- a. Alanning release path monitors - None
- b. Alarming area-type monitors - None 7.1.4 Imergency Action Level
- a. Per conditions: None
- b. Declared: None Page 1
EP EXERCISE 09-89 ' Section 7 ! 7.1.5 controller Actions /Emeroency organization Resocnse ; I
- a. Card 1 (0630), CUE
( MSSAGE : Shift turnover
- b. Card 2 (0640), CONTINGENCY
}
i MESSAGE: Announce cosumencement of the Emergency f l Plan exercise, l 4 i
- c. Card 3 (0640 + ), CUE ;
4 MSSAGE: Weather forecast l l . NOTE: Provide this information as a correction to ! l any person obtaining a 24 hour weather I forecast from the National Weather Service. [
- Players should actually obtain a forecast [
- from the NWS. In the TSC this may be done !
I via NAWAS. ! e !
- d. Card 4 (0650 + ), CUE l i
i MESSAGE: TSC RMS II values are as read,
- e. Card 5 (0650 4 ), CUE :
F MESSAGE: EOF RMS !! values are as read, f ( 7.1.6 offsite Agency Response None Page 2
+
.u IP EXERCISE 09-84 Section 7 CARD No. 1 CUE TIME: 0430 MESSAGE FOR: DSS MISSAGE: Shift turnover. Review the following items with the departing DSS.
- Station log, September 14, 1944 (attached)
- Plant status board
- Maintenance work requests
- Red tag series THIS IS A DRILL CONTROLLER LOCATION: Drill Control Room I
t Page 3
1 4...... ................................................................g..i... I IUNIT: PBt POINT BEACH NUCLEAR PLANT l QA Scopo: N I 1 l Pr i o r .i t y : 3 MAINTENANCE WORX REQUEST l By: RON D MITCHELL i
! I HP Zone:
( IWork Group: M&C MWR No: 880212 1 1 Mod Re1uest No: I i lEtuip ID: FABR!CATE System: XX Location: 85/Utf IEtuipment Name: CONSTRUCTION OF NON OR MULT! NUMBERED EQUIPMENT l 1 IProblem
Description:
i 1 EXPAND TOE XICK PLATE UP TO 18' ON ALL HAND RA!LS PER SAFETY COMMITTEE I i SUGGESTION 088-04 DATED 07/28/98. I I I I I ITag/ Sticker 6: N01239 Originator: GERROLL R. 9. Date: 07/28/89 I IPtant Conditions Reid: ANY CONDITION MOD Revw Reid: I IDesired Comelete Date: Orig Supervisor: CROUCH M. E. 1 l ............ ................................................................ I l SR: N Seismic: 3 Pre-Mtc Test: Proct I i i EQ: N LC0; N Post-Mtc Test: Proet I i SSA: N CNT: N Tech Spec: NONE I i Review Date: 07/28/88 OPS Rep: RON D MITCHELL i l ............................................................................. I 1 IMOD Retuert Approved: Revw Date: MOD Eng: I 4 i ................................L............................................ l I e Etuipment Release Operational DSS: Y ....... Date: i
] for Work
. l . Supt OPS: RON D MITCHELL Date: 07/28/88 l l ..... ==..........................................................t.......... t
] i e Fire Protection Permits Retuired e i WORKER Qualification Retuired I i I!qnition Control: Y l Class: 1 ITrans Combustible: N l QC Inspector: N I i IFire Barrier Penetration: N 1------------------------------- 1 j I------e Special Procedures Retuired e.....--i e SPECIAL CONTROLS REQUIRED e i i Work Procedure Retd: N Post-Haint T/I: N l Radiation Work Permit: N I I Work Proc 1: 2: 1 Etulpment Isolationt N I IGroup Head: RON D MITCHELL Date: 07/28/98 ILine Supv: .......... Date: ..... t i ...............es.................................:.......................... I ! IWork Plan (Inctude QC Hold Points / Sign Off if Needed) 1
( l ! 4 4 I i I i l 1 i
! IWORX PERFORMED; ......... .................................................... I
) I ............................................................................ 1 I.............................................................................I i ............................................................................. I lQAR 8: Q.......... Q.......... Q.......... Q.......... Q.......... I IMTE Used: 1. ........... 2. ............! l ACTUAL MAN HOURS i I 3. ........... 4. ............I l Class Men Man-Hrs i 1 5. ........... 4. ..... ......l I ... .. ...... 1 IMWR Tags Removed? ........ I i ... .. ...... I IWork Comelete Date: ............. I i ... .. ...... 1 i Employee Number: 1.1 l.l.l.l.i i i ... .. ...... I I Emetoyee Name: ............... I I ... .. ...... I i ............................................................................. I 1 Root Cause: .............. Generic: Yes/Not e Etuipment Return to Service . I 1........ ...... 1 ........... ....... I Post-Mtc terformed: ........... I IQC Inse Date i L6ne Surv Date i OPS DSS: ........ Date- ....... I 1......n........g...........................l Non-OPS Supvt ..... Date: ....... I INCR: Yes/Nol 10CFR21: Yes/Not NPRDS: Yes/Not Machinery History: Yes / No l l ............................................................................. I 4 Group Head: Date: ...... I CHAMPS l EQRS QA: IEQR-40a Date: ......
.................... I I
F01 N0ilM AT!00 DEY
7N/EM d"""- pogNT 3EACH NtJCLEAR 7 8 M I 8 __ tcNgTICH CCMTRCL FEPMIT n Rh.7EPINCE: PSNP ADMIN!STPATIVE PROCEDtlRE PBNP 3.4.1. { \ 10 CENERAL SMP / PMP O oste HLW GA nod. Peraest iQEPot H es
!.4 cation of work Bldg. A76 1/4 4/r Elevation #/, # L;uipment #sv/ / M Mhat is to be donet _NADA riff r i &% & H ' w h r} l f.',?,' qd lL cA
? V 2.0 P FICAtfriONS 2.1 N11y charged fire extinguisher provided at work site.
2.2 Exposed flamable 117413e and corbustible materials within 35' of the work site relocated er satisfactorily protected. . 2.) epenings in walls, deck 6, or ducts within 35' of the work site satisf actorily protected. 2.4 Tanks, containers, ducts cleaned of conbustible and purged of flacew.ble or noxicus vapors. 2.5 Fire watch assigned and aware of duties and responsibilities. 3.Q At.'THO RI Z ATICH The precautions have been irplemented, the intent of this procedure is satisfied, and the work can be done in a fire safe manner. S!GNED A. CA3?n e}/ Authorised Ferson amm. 4.0 AFFROVAL r This ignition control per1mit expires 24 hours f rem the tira stated below cr . _ when any conditions of authorisatien and approval have changed. 'the fire f equipment listed below has been disabled to f act10 tate this work: Halen System $sicke tetection Other ' 21 CSR C927 XS- _ 4 Z2 AFP C128 D- __ 23 VSG C929 Date _ / _ / _ Time hrs. APPROVED CSS / DOS 5.0 retta n't tusFrcTICN Work areas and all adjacent areas to which sparks and heat may have spread 1 (such i floors above and below and on cyposite side of walls) were inspected after tN work or activity was corpleted and were found fire safe. Time Corpleted hrs. $1CNED Authorized Forson or Fire waten All fire protecticn systems listed in Sectica 4.0 have been returned to service. hrs $!CNED CSS /DCS pm
"!;,3 FOR INFORM ATION 00 i
t
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lss==ussssssssssssssssssssssssssenessenessassesessesessenessessesessassessasses l J IUNIT: PSI PO!NT BEACH NUCLEAR PLANT l QA Scopo: N t l l l Priority: 3 MAINTENANCE WORK REQUEST I By: RON D MITCHELL
' 1r I HP Zone: i i
- IWork Group: M&C MWR No: 800213 1t
; i Mod Retuest No: i i IEtulp 10: FABRICATE System: XX Location: 8/PAB/PW 1 lEtuipment Name: CONSTRUCTION OF NON OR MULTINUNFERED EQUIPMENT Il l r (Probtem
Description:
I i 1 1 IMPROVE LADDER DESIGN TO A!D IN ACCESS TO THE UPPER LEVEL I4'. CONCERN: !
] I OPERATORS TEND TO STEP ON CHARGING LINE AND SAFETY CONCERN. I i I (OPERATOR SLIPPED AND FELL WHILE ADJUSTING CV-300A A B ON 5/14/88) I t I I i i l
i Itag/ Sticker 4: N01240 Originator: GERROLL R. O. IPtant Conditions Retd: ANY CONDITION Date: 05/!4/88 MOD Revw Reid: Il 1 i IDesired Complete Date: Orig Supervisor: CROUCH M. E. I i l seassessenessesassengassenessenessessenessesessmannessessemossssassuessnesses I i SR: N EQ: N Seismict 3 Pre-Mtc fest: Proc: I{ l LCO: N Post-Mtc fest: Proc: 1 I I SSA: N CAT: N Tech Spec: NONE I l l Review Date: 07/28/88 OPS Rept RON D MITCHELL I i i . sass. ass.. esses.s.. ass.a.assasassassassamasses<sessassssassaa.ssessaasassass , i Revw Date: MOD Eng: IMOD Retuest Approved: i l l sesssssssssssssssssssssassssssssssssssssssesesstessessassosasssasassessessass l ; I e Etu6pment Release Operational DSS: Y ....... Dater ........ 1( i i e for Work Sust OPS: RON D MITCHELL Date: 07/28/80 t j j sessssssssssssssssssssssssssssssssssssssssssuessesmassessassammesssenessssses l l I e Fire Protection Permits Retuired a lignition Control: Y 1 WORKER Qualification Petuired I{ f l Class: ELECTRICAL I ; lTrans Combustibte: N I QC Inspector: N I , I l Fire Barrier Penetration: N 1------------------------------- 1l l------* Spacial Procedures Retuired 8-------l
- SPECIAL CONTROLS REQUIRED
- I !
1 l Work Procedure Retd: N Post-Maint T/!: N l Radiation Work Permit: N I . l l Work Proc 1: 2: 1 Etuipment Isolation: N I 1 IGroup Head: RON D NtTCHELL Date: 07/28/88 ILine Supv: .......... Date: I assassasassssssssssssssssssssesasesssssssssssssssssemassassassssassassessmaas I
..... ll i l Work Plan (Include Q" Hold Points / Sign Of f if Needed) I i
} l EXPAND TREAD S!ZE AND ADD HAND RAIL. I ! 1 I i ! i i i [ l I i IWORK PERFORMED: .............................................................. I ! l ............................................................................. l l I I ............................................................................. ! ( ) I ............................................................................. I i IQAR 8: Q.......... Q.......... Q.......... Q.......... Q.......... I l l lMTE Used: 1. ........... 2. ............I I ACTUAL MAN HOURS I [
- i 3. ........... 4 ............l
' IClass Men Man. HrsI 6 [ I 5. ........... 6. ............I i ... .. ...... L ! IMWR Tags Removed? ......... I l ... .. ...... I ! ! IWork Complete Date: ............. I i ... .. ...... t
- 1 Employee Number: 1.1.1.1.1.1.1 i I ... .. ...... I t l Employee Neue ............... ! l ... .. ...... I I l l sassassessessassesassssassassassoasssssssssssssssssssssssssssassasassesassass l l 1 (Poot Cause: .............. Generic: Yes/Not e Etuipment Ret urn to St.'vice
- I ,
) l........ ....... l ........... ....... I Post.Mtc Performed: ........... I
- IQC Inse Date i Line Supv Date i OPS DSS
- . . . . . . . . . Date: ....... I J lssoassessamassessassessessesasssssssssssssel Non-OPS Supv: ..... Date: ....... I
] INCR: Yes/Nol 10CFR21: Yes/Nol NPRDS: Yes/Nol Machinery History: Yes / No I j j esessenesesseessaassssssesasossessassesassamasassumasassssassssamassassaassas $ ; I IGroup Head: ......... Date: ...... I CHAMPS l ECRS QA: ........ Date- ...... ! l
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l EQR-40a EFORMl0N Olty h I l ) ; i i I
PCIhT BEACM Nt) CLEAR PLANT
!_CN!T!CN CONTRCI, PEP #1 hfyhQgglQ DITEff.NCE t 73NP ACMINISTRATIVE PRCCIOtlRE F8NP 3.4.1.
1.0 CENEPAL SMP / )MP Q)} 04to IV 3id )9hk nod.revest/Q_EP0194es Location of Work: Bldg. Al A.e4 tievation #' _ Equipeens p.rs/ y,r,z What is to be 44ne? N1 ft e t n #,oi%,_.a f L;/z ./ 8t d) / do t Ar 2.0 P PICAli!CH_3 2.1 rully charged . fire eatinguisher provided at work site. 2.2 Exposed flersuble liquiJe and cortuatible materials within 35' of the work site relocated or satisfactorily prote:ted. 2.3 CT4nings in walls, decks, or ducts within 35' of the work site satisf a:torily protecte3. 2.4 Tanks, containers, ducts cleaned of corbustible an4 purges of flatenable or acutous vapors. 2.5 Fire watch assigned and aware of duttee and restcasibilities. 3.0 AL*TMCRIEATICN The precautions have been ieplorested, the intant of this procedure is satisfied, and the work can be dcao in a fire safe manner. StCNED k df A GIL __ l A'uthorised Forson j ass. . amm 4.0 AsPROVAI, This ignition control permit espires 24 hours from the time stated belcw or when any conditions of authoritation and approval have changed, the fire equipenent listed below has been disable 4 to f acilitate this work _Ma,len system suche Detection other 21 C3R C127 K3-22 AFP C128 D* 23 VSC C129 _ l Date / / _ Time hrs. AFF W ED tas/;CS l 5.0 FCILNL'? 13 SSP 9CT!Cet Work areae and ,1 adjacent areas to which sparks and heat may have apread (such as floore above and below and on opposite side of walls) were inspectoi af ter the work or activity was ccepleted and were found fire safe. Time Completed hrs. $3GNED Authortset forson er Tire Watch l All fire protectica systeme listed in Sectica 4.0 have been returned to service. hrs $10NED , CS5/ICS NT-38 FOR :..'70RP .,03 ONLY (04 -8 4
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t l EP EXERCISE 09-88 !
- Section 7 l
CARD NO. 2 CONTINGENCY i TIME: 0640 MESSAGE FOR: DSS MESSAGE: Use Gai-tronics to announce the following:
"Attention all personnel Attention all personnel We have commenced an Emergency Plan Exercise.
I repeat. 1
- We have commenced an Emergency Plan Exercise."
i 4 'l i l THIS IS A DRILL l CONTROLLER LOCATION: Drill Control Room l l l l Page 5 1 i k
0 EP EXERCISE 09-88 Section 7 t
. CARD NO. 3 CUE i TIME: 0640 +
s MESSAGE FOR: TSC and/or EOF MESSAGE: Temperature today -
- a. Highs in the mid to upper 60s
- b. Lows tonight in the 40s J
+
Winds - Out of the east - northeast today and this evening at 5 to 15 mph becoming more westerly by morning.
- Skies will be mostly cloudy, only a 20% chance of scattered showers.
t i l THIS IS A DRILL i l CONTROLLER LOCATION: TSC or EOF I i L F I l [ Page 6 l i
. . . . . _ . . . - . . . - , - . . . . . _ . . . = _ - - . - . . . - . .- - - . . - _ . . . _ . - _ . . ~ -_ . .-..
i -- ; 4 EP EXERCISE'09-88 7 Section 7
^h CARD No. 4 ;
- l. CUE r
TIME: 0650 -* ( MISSAGE FOR: TSC ; ] t i l MESSAGE: RMS II - Values are "as read." I i , 1 i ' J 4 2 1 1 ) l i W L@ I l l THIS IS A DRILL l CONTROLLER LOCATION: TSC Page 7
_ ..m. _ _ . _ _ _ . ~ _ - - ~ . . _ _ _ . . . . . . . - . _ - - _ . . _ _ . _ _ . . _ . . _ _ _ _ . . . _ . _ . . . - 4
, '.EP EXERCISE 09-88 ! Section 7 ,
1 i l CARD NO. 5 , CUE ! i l TIME: 0650 + !
- l s
MESSAGE FOR: EOF l
; MESSAGE: RMS II - Values are "as read.' l l
] i t e e , f
. i 4
V [
- t
! i i t i l i, t l i i 9 i t i i i i I THIS IS A DRILL , 1 I l l l CONTROLLER LOCATION: EOF , I i h l I e e r Page 8 1
-w.
EP EXERCISE 09-88 Section 7 7.2 0700 - Maintenance Begins Preparations for Welding 7.2.1 Plant Conditions
- a. Unit 1:
- No change
- b. Unit 2:
- No change 7.2.2 Meteorological Status
- a. Wind Speed = 6 mph
- b. Wind Direction = 450' j c. Sigma Theta = 2' I -
- d. Delta T/35 meters = 1*F !
7.2.3 Radiological Status s
- a. Alarming release path monitors - None :
- b. Alarming area-type monitors - None 7.2.4 Emergency Action Level
- a. Per conditions: None l b. Declared: None l 7.2.5 Controller Actions /Emergenef Organization Response 1
- a. Card 6 (0700), CONTROLLER INSTRUCTION I MESSAGE: Contractor supervisor (controller) reports to
- control room regarding controlled side velding ,
for handrail improvement modification. ' i NOTES: The controller will pick up the MWR for , handrail repairs. ] An ignition control permit for welding - i grinding - burning on handrails at PAB pipeway #1 and U1 facade 858 will be attached to the MWR. Ensure that it is reviewed and approved by the DSS. ! Page 9 l l l y --- me,,.n-,,,---m-m--,nw-~-n,.._w-- - - - - - - ae
- . . . . . .~ .-
4 EP EXERCISE 09-88 ! Section 7 7.2.5 Controller Acticns/ Emergency Organization l Response (Continued) '
- b. Card 7 (0700), CUE
' 't MESSAGE: Maintenance supervisor reports to drill !
i control to get permission to commence l various maintenance activities. 1 4 ; i , ) 7.2.6 Offsite Agency Response [ i ' None l t i 1 [ r t 1 1 1 1 l l 4 I I i l l I ! l l l ! l i i l Page 10
EP EXERCISE 09-88 Section 7 U[N CARD NO. 6 CONTROLLER INSTRUCTION TIME: 0700 MESSAGE FOR: Contractor Supervisor (Controller) MESSAGE: Report to the drill control room to obtain/ prepare appropriate documents for welding on the handrails in #1 pipeway and Unit 1 facade, El. 85'. THIS IS A DRILL CONTROLLER LOCATION: Drill Control Room l Page 11
EP EXERCISE 09-88 [} Section 7 U CARD NO. 7 CUE TIME: 0700 MESSAGE FOR: Maintenance Supervisor HESSAGE: Report to drill control room to get the paperwork associated with the I maintenance work list belows t
- P388 oil change
- 13.8 KV Breaker (H52-02) inspection
- - Handrail welding #1 pipeway
- 2P4B BA transfer pump inspection i
l
- THIS IS A DRILL I
l CONTROLLER LOCATION: Maintenance Office l l l l { 1 I l ! Page 12 t !r
4 EP EXERCISE 09-88 Section 7 7.3 0738 - Condensate Pump Motor Overload Alarm 7.3.1 Plant Conditions
- a. Unit 1:
- 100% power
- Condensate pump failure begins
- b. Unit 2:
- 100% power
- Stable t 7.3.2 Meteorological Status
- a. Wind Speed = 8 mph
- b. Wind Direction = 450* ;
- c. Sigma Theta = 1*
- d. Delta T/35 meters = .5*F 7.3.3 Radiological Status
- a. Alarming release path mcnitors - None
- b. Alarming area-type monitors - None 7.3.4 Emergency Action Level,
- a. Per conditions: None
- b. Declared: None 7.3.5 Controller Actions / Emergency Organization Response r
- a. Card 8 (0738), CUE '
i ! MESSAGE: "Motor overload" alarm i , , t NOTE: This alarm does not inform operators which l
- pump motor has experienced an overload. (
i
- b. Card 9 (0738), CUE (If asked) '
MESSAGE: Condensate pump current } , NOTE: Increasing amperage indicates an overload condition on the "A" condensate pump. . 7.3.6 Offsite Agency Response i None i Page 13
.. . _ _ _ _ , _ _ _ _ . . . . . _ _ . _ _ _ . . __ ~ . . . . _ . . _ _ ___ _ _ __ _ __. _.
I l i I EP EXERCISE 09-88 l Section 7 i i l l CARD NO. 8 i i i CUE TIME: 0738 i
+
MESSAGE FOR: Control Room Operator ] MESSAGE: "Pump motor overload" alarm ; i !
.i ' , '
a.
! I i ! I i
1 l I i ~ . l
! r I i 4 ;
I l 4 . I ! ! i I I !. THIS IS A DRILL [ i Drill Control Room ~ l CONTROLLER LOCATION: i I ( ) i i E l [ i t I I i Page 14 r
,1 ,
w,;
,t. l
,, EP EXERCISE 09-88 i Section.7 l'- T , , CARD NO. 9 , Ei ! CUE (If asked) TINE: 0738 ! i NECSAGE FOR: Control Room Operator ~ I 1 I MESSAGE: 1P25A (Condensate pump) Current: 123A + 140 Amps 4 . . l _ i 1P258 (Condensate p ug)) Current: 125A + 130 Amps i
- 4. I v I
i l i . i i l 1 l ' i l i. l ! ! I i i ( THIS IS A DRILL l i _. j CONTROLLER LOCATION: Drill Control Room f I P [ i i I t t i i t l Page 15 f i i
EP EXERCISE 09-88
] Section 7 7.4 0739 -
Condensate Pump 1P25A Trips 7.4.1 Plant Conditions
- a. Unit 1:
- 100% power
- Condensate pump 1P25A trips
- b. Unit 2r
- 100% power
- Steady state 7.4.2 Meteorological Status
- a. Wind Speed = 8 mph
- b. Wind Direction = 449*
- c. Sigma Theta = 1'
- d. Delta T/35 meters = .5'F 7.4.3 Radiological Status
- a. Alarming release path monitors - None
- b. Alarming area-type monitors - None 7.4.4 Emergency Action Level
- a. Per conditions: None
- b. Declared: None 7.4.5 Controller Actions / Emergency Organization Response
- a. Card 10 _ (0739), CUE HESSAGE: IC03 alarms NOTE: This card should be read and handed to the R0. It provides the Ro with the alarms and indications he would receive on a condensate pump trip.
O Page 16
JP EXERCISE 09-88 f Section 7 7.4.5 Cc.itroller Actions / Emergency Organization Response (Continued)
- b. Card 11 (0739+), CUE MESSAGEt Additional 1C03 information ;
NOTE: This cue provides information that operators may request in response to the previous . condensate pump failure alarms.
- c. Card 12 (0739 +), CUE t
MESSAGE: Condensate pump stopped and hot. l NOTE: This card should be provided to anyone at the l condensate pump investigating its failure.
- d. Card 13 (0739 +), CUE i MESSAGE: Rotor will not turn NOTE: Issue this cue if team attempts to rotate pump shaft.
7.4.6 Offsite Agency Response
- Nons t
f i I l l l Page 17 I i
t EP EXERCISE 09-88 Section 7 l g CARD NO. 10 CUE i TIME: 0739 MESSAGE FOR: Control Room Operator MESSAGE: ICO3 Ala m,s, f t
"Motor breakcr trip" l l
"Steam generator feed pump "B" suction pressure low" l i
"Steam generator feed pump "A" suction pressure low" i i
! "Steam generator feed pump seal AP low" 1 i i g 1P25A Condensate Pump Indications ; 2 t
- Green - On !
f
- White - On -
i i Red - Off ! . \ L I i THIS IS A DRILL 1 i ColfrROLLER LOCATION: Drill Control Room
- f i
l i I i 3 l ! l l t r i i ; l i ! l t f Page 18 i J l
EP EXERCISE 09-88 Section 7 'l CARD NO. 11 CUE TIME: 0739+ MESSAGE FOR: Control Room Operator MESSAGE. Additional ICO3 alarms 1 P28A & B timer energized lights on MFP suction pressure decreasing from 225 psig to 115 psig "Condensate flow low" alarm PC-2273 LP heater bypass open "Steam Generator "A" level setpoint deviation" alarm j "Steam Generator "B" level setpoint deviation" alarm i i i l THIS IS A DRILL l ! CONTROLLER LOCATION: Drill Control Room l I l I l 1 l l Page 19 i f
-. ~- . . . = . _ _ - - _ - - . . . . . . . _ _ _ _ . - . - -. . - = _ -
EP EXERCISE 09-88
, Section 7 . :,N i } CARD NO. 12 !
CUE ! j TIME: 0739 + i' MESSAGE FOR: Personnel Inspecting Condensate Pump 1P25A e 4 MESSAGE: Condensate p g inspection f [ 4 4
"Shaft is stopped and the motor is very hot" !;
4 " i ' I
- i. +
f I E J L 1 ) ! 4 ; i ! I i i > l ! THIS IS A DRILL ; j, .- ! CONTROLLER LOCATION: Condensate pump 1P25A or Drill Control Room i I l ! t i
?
l : r r Y l l t 1 > k l Page 20 .
.~ . . - - - - . - . . - . - - - - _ - . - . . . - . . . - . . _ _ _ - . . . - . . . . .. .- .~ -
I h EP EXERCISE 09-88 i Section 7 i CARD NO. 13 l i cvE TIME: 0739 + MESSAGE FOR: Personnel Inspecting Condensate Ptamp 1P25A f i MESSAGE: You are unable to rotate pump shaft. l i f f I I i k l THIS IS A DRILL C0KIROLLER LOCATION: Condensate Pump 1P25A or Drill Control Room Page 21
EP EXERCISE 09-88 Section 7 7.5 0740 - Reactor Trip Signal 7.5.1 Plant Conditions
- a. Unit 1:
- A failed condensate pump causes a low suction pressure condition for the main feed pumps.
- The two-minute timer for the MFP low suction pressure trip is set incorrectly and results in a main feed pump trip. This causes the turbine to trip and a subsequent reactor trip signal.
- b. Unit 2:
- - 100% power
) { - Steady state 7.5.2 Meteorological Status
- a. Wind Speed = 8 mph
, b. Wind Direction = 449' l c. Sicpia Theta = 1' i
- d. Delta T/35 meters = .5'F 7.5.3 Radiological Status i
- a. Alarming release path monitors - None l b. Alarming area-type monitors - None 1
7.5.4 Emergency Action Level ! a. Per conditions: Alert, Category 10, "Failure of l Reactor Protection System to Complete j a Trip" , b. Declared: None i n l [ Page 22
,- EP EXERCISE 09-88 (N Section 7 m
7.5.5 Controller Actions / Emergency Organization Response
- a. Card 14 (0740+), CUE MESSAGE: Alarms and indications NOTE: Read the alarm list. The cue provides indication of a reactor trip signal.
RESPONSE: Operators will initiate E0P-0 and CSP-S.1
- b. Card 15 (0740++), CUE MESSAGE: 1C04 alarms NOTE: Read the alarm list to the RO. These alarms show a high pressure condition in the RCS with a PORV lift.
- c. Card 16 (0740+++), CUE MESSAGE: Rod bottom lights not lit.
NOTE: This card should be read to the RO after he attempts a manual reactor trip.
- d. Card 17 (0741), CONTROLLER INSTRUCTION MESSAGE: *0P-0 and CSP-S.1 NOTE: Completed procedures will be used by a control room controller to provide the operators necessary information as they progress through the procedures.
7.5.6 Of fsite Agency Re9ponte None are expected until an alert is declared and notifications are initiated. O V Page 23
EP EXERCISE 09-88 Section 7 CARD NO. 14 CUE TIME: 0740+ MESSAGE FOR: Control Room MESSAGE: Alarms and Indication IC03 Feedwater pumps tripped (1st out) - Flashing Turbine stop valves closed (1st out) - Solid Feedwater pumps A & B
- Green light: On l
- White light: On l
- Red light: Off 1C04 Turbine trip (1st out) - Flashing THIS IS A DRILL CONTROLLER LOCATION: Drill Control Room CONTROLLER NOTE: If asked, rod bottom lights are not lit.
Page 24
i EP EXERCISE 09-88 Section 7 CARD NO. 15 CUE TIME: 0740++ MESSAGE FOR: Control Room MESSAGE: 1C04 Alarms "Pressurizer high pressure channel alert" "Pressurizer hi/lo pressure" "PORY (PCV-430) not shut"/ shut (valve opened, then went shut)
"Pressurizer safety or relief line temp hi" ist out "Pressurizer pressure hi" (Red out) solid "PRT level high" "PRT pressure high" ist out SG A Lo level and lo FW flow (Red out) solid 1st out SG B Lo level and lo FW flow (Red out) solfd 1st out SG A Lo-lo water level (Red out) solid 1st out SG B Lo-lo water level (Red out) solid i
"Rx coolant Tave - Tref Deviattor." !
THIS IS A DRILL r l CONTROLLER LOCATION: Drill Control Room I I t i t i Page 25 i vv w w- e--c- ., ,e-- ,ennew,---*-e eee-w----
EP IXERCISE 09-88 @ Section 7 CLRD No. 16 CUE TIME: 0740+++ MESSAGE FOR: Control Room MESSAGE: Rod bottom lights - Not lit O THIS IS A DRILL C0KIROLLER LOCATION: Drill Control Room O Fage 26
EP EXERCISE 09-88 Section 7 CARD No. 17 CONTROLLER INSTRUCTION TIME: 0741 MESSAGE FOR: Control Room Controller MESSAGE: A completed E0P-0 and CSP-S.1 will be used by the control room controller to provide the operators with plant information as they progress through the procedure. i THIS IS A DRILL CONTROLLER LOCATION: Drill Control Room i i Page 27
S EP EXERCISE 09-88 l Section 7 j
]
1 l 7.6 0741 - Rod Insertion Occurs l 7.6.1 Plant Conditions L i j a. Unit 1:
- Reactor Shutdown [
- i-
- E0P-0 will cause the operators to secure the i rod contrcl motor generators approximately one minute after the trip signal. This results in l the insertion of all rods, l i
- b. Unit 2: L
- t l - Steady state 1
j - 100% power a i 7.6.2 Meteorological Status 1
- a. Wind Speed = 8 mph
- b. Wind Direction = 448' I
i c. Sigina Theta = 0' i j d. Delta T/35 meters = .5'F 1 i ".6.3 Radiological Status
- a. Alarming release path monitors - None
- b. Alarming area-type monitors - None 7.6.4 Emergency Action Level
- a. Per conditions: Alert, category 10, "Failure of j Reactor Protection System to Complete
, a Trip" i t {
- b. Declared: None l
i 1 Page 28
EP EXERCISE 09-88 ( y S3ction 7 V 7.6.5 Controller Actions / Emergency Organization Response
- a. The control room staff will continue to respond to the casualty as required by the E0Ps. EPIP 1.1 will be implemented to determine Emergency Plan implications,
- b. If not already in the control room, the DTA will be notified. The duty and call superintendent should be called.
- c. Card 18 (0741), CUE MESSAGE: Rod bottom lights lit and other alarms NOTE: This card should be provided to the operators after they open the supply breakers for Bol and 802.
7.6.6 Offsite Agency Response None expected until an alert is declared and EPIP 2.1 is implemented. I i i l l I i l i \ l I i j Page 29 I
EP EXERCISE 09-88 Section 7 CARD No. 18 CUE TIME: 0741 MESSAGE FOR: Drill Control Room MESSAGE: - ROD BOTTOM LIGHTS - all lit
- ALARMS "EH supply pressure lo" alarm "Hydrogen panel" alarm (air side AC stop, DC running)
"Turbine EMO lo pump running" (AC oil pump off) alarm "Condensate water box level lo" alarm "Vacuum control tank vacuum lo" alarm s "Instrument air dryer bypass open" alarm "Instrument air dryer loss of power" alarm "Main transformer IX01 phase "A" common trouble" alarm "containment or aux building ventilation system air flow lo" alarm "Sewage treatment plant" alarm THIS IS A DRILL CONTROLLER LOCATION: Drill Control Room Page 30
EP EXERCISE 09-88 Section 7 7.7 0742 - Safety Injection Actuation 7.7.1 Plant Conditions
- a. Unit 1:
- Reactor shutdown
- Safety injection actuates but plant pressure remains high enough so no injection occurs.
- b. Unit 2:
- 100% power
- Steady state 7.7.2 Neteorological Status
- a. Wind Speed = 8 mph
- b. Wind Direction = 448'
- c. Sigma Theta = 0'
- d. Delta T/35 meters = .5'T 7.7.3 Ra.tiological Status
- a. Alarming release path monitors - None
- b. Alarming area-type monitors - None 7.7.4 Emergency Action Level
- a. Per conditions: Alert, Category 10, "Failure of Reactor Protection System to Complete a Trip"
- b. Declared None 7.7.5 controller Actions / Emergency Organization Response
- a. Card 19 (0742), CUI MESSAGE: Alarms NOTE: Alarms indicate safety injection actuation.
Additional cues will be provided through E0P/ CSP sequence. Page 31
s EP EXERCISE 09-88 Section 7
)
7.7.5 controller Actions / Emergency Organization Response (Continued)
- b. Card 20 (0742 + ), CUE MESSAGE: MSIV bypass valves are stuck shut.
NOTES: This card will be given to any control room or auxillary operator who attempts to bypass the MSIVs in order to bring steam back into the turbine hall for the purpose of drawing a vacuum on the condenser for cooldown purposes.
- c. Card 21 (0742 + ), CONTINGENCY MESSAGE: Cooldown is not allowed.
NOTE: This card should be given to the DSS if he orders a cooldown. l
- d. Card 21.1 (0742 + ), CUE l
j MESSAGE: MOV-516 (PORV blocking valve). Lights out. ! NOTE: This card should be given to any operator j who attempts to operate the PORV blocking i valve (MOV-516). i
- e. Card 22 (0742), CUE
! MESSAGE: PRT level hi alarm clears. l l 7.7.6 Offsite Agency Response i None expected until the event is classified as an alert
- and notifications are completed.
.I 1 l i !I i i Page 32
[ i F.P EXERCISE 09-88 I
\ Section 7 :
J l CARD No. 19 CUE i TIME: 0742 l MESSAGE FOR: Control Room MESSAGE: Alarms ! ! r I! IC04 t
"Pressurizer lo pressure channel alert" !
"Pressurizer lo pressure" (1st out - solid)
"Pressurizer lo pressure SI" (1st out - solid) !
- Steam line loop A lo-lo SI" (1st out - solid) i - Steam line loop B lo-lo SI" (1st out - solid) j i !
! f i 1C03 i ! I "Steam line loop A pressure lo-lo channel alert" . J \ .
"Steam line loop B pressure lo-lo channel alert"
{ l 4
"Steam line loop A isolation" !
i "Steam line loop B isolation" I l l "Steam line isolation valve 1A pressure lo" t
- - Steam line isolation valve 13 pressure lo"
!- l ) : C01 l l l l - Unit 1 Containment Isolation i i THIS IS A DRILL I l
\
Page 33
t i IP EXIRCISE 09-88 Section 7
}
CARD NO. 20 ! CUE i i TIMI: 0742 + l l MESSAGE FOR: Any A0 attempting to bypass the MSIVs and/or observing j atmospheric steam dumps. MESSAGE: "MSIV bypass valves are both stuck shut." i "A" atmospheric steam dump is red tagged (A0V is gone).
- 1 l "B" atmospheric steam dump only opens to $25%
cycles okay 0 - 25%. l i l 1 4 J I ll THIS IS A DRILL l Drill Control Room or MSIV/ Atmospheric Steam Dump Area { ColffROLLER LOCATION: i i Page 34
EP EXERCISE 09-88 Section 7 CARD NO. 21 CONTINGENCY TIME: 0742 + MESSAGE FOR: DSS MESSAGE: Cooldown is not allowed. "A" atmospheric steam dump is out of service per initial conditions and "B" atmospheric steam dump only opens to 25%. The decision to cooldown may have been appropriate, however, in order to keep scenario data on track a cooldown will not be allowed. Continue with attempts to repair equipment to allow cooldown. I THIS IS A DRILL l CONTROLLER LOCATION: Drill Control Room i l i I l l l i l l ,.,e 3, f 1
EP EXERCISE 09-88 Section 7 CARD NO. 21.1 CONTINGENCY TIME: 0742
- l MESSAGE FOR: Reactor Operator MISSAGE: MOV-516 (PORY block valve) lights Red light - Not lit when PORV block valve cor. trol switch is shut Green light - Not lit when PORV block valve control switch is shut.
THIS IS A DRILL CONTROLLER LOCATION: Drill Control Roosa l l l l l Page 35.1 i
e, EP EXERCISE 09-88 Section 7 CARD No. 22 CUE TIME: 0742 MESSAGE FOR: Control Room Operator MESSAGE: "PRT Level High" alarm clears "Pressuriser safety or relief line temperature" - decreasing, l l l THIS IS A DRILL CONTROLLER LOCATION: Drill Control Room i i l l l 1 I l I 1 l 1 Fage 36
EP EXERCISE 09-88 Section 7 0743 - 7.8 0840 - Alert: Emergency Organziation Response 7.8.1 Plant Conditions
- a. Unit 1:
- Hot shutdown, no load Tave
- Steam generator levels are low
- b. Unit 2:
- 100% power
- Steady state 7.8.2 Meteorological Status
- a. Wind Speed = 8 to 10 mph
- b. Wind Direction = 448' to 460*
- c. Sigma Theta = 0' to -11'
- d. Delta T/35 meters = 0.5'T to -0.4'F 7.8.3 Radiological Status
- a. Alarming release path monitors - None
- b. Alarming area-type monitors - None 7.8.4 Emergency Action Level
- a. Per conditions: Alert, Category 10, "Failure of Reactor Protection System to Complete a Trip."
- b. Declared: Alert, Category 10. "Failure of Reactor Protection System to Complete a Trip."
7.8.5 Controller Actions / Emergency Organization Response
- a. The DTA and DCS will report to the control room,
- b. EPIP 1.1 "Plant Operations Manager Initial Response,"
should be implemented and an alert declared based on Category 10, Plant Shutdown Functions, "Failure of reactor protection system to complete a trip which brings reactor suberitical." Page 37
e EP EXERCISE 09-88 [ Section 7 V 7.8.5 Controller Actions / Emergency Organization Response (Continued)
- c. The DSS, DTA, DCS, and other members of the emergency response organization will implement EPIP 1.3, "Emergency Event, Immediate Actions."
- d. EPIP 2.1, "State and County Agency Notification," and EPIP 2.2, "NRC Notification" will be implemented,
- e. Activation of the TSC will commence in accordance with EPIP 4.1.
- f. Health Physics and Chemistry personne) v!.ll begin activation of facilities in the TSC/OSC and at the SBCC.
- g. Plant and company personnel will be notified in accordance with the EPIPs in Section 3.0.
- h. The site manager (or his designee) may report to the EOF to begin its activation in accordance with EPIP 4.3.
s 1. Exercise controllers / observers should observe in the control room and TSC for proper turnover of information and ;mergency response organization control.
- j. Upon notification of the alert, the radcon/ waste manager and ESM may begin transit from Milwaukee to the EOF.
- k. Upon notification of an alert communications department personnel who will staff the JPIC may proceed to the JPIC in Two Rivers.
- 1. Coassunications department personnel may begin working on a press release in Milwaukee,
- m. Card 23 (0810), CUE MESSAGE: "Pressurizer safety or relief line temperature hi" alarm clears.
O v Page 38
3 EP EXERCISE 09-88 Section 7 7.8.5 controller Actions / Emergency Organization ! Response (Continued)
- n. Card 24 (0815), CONTINGENCY MESSAGE: Declare an alert.
NOTE: This card should be issued if the POM has not declared or is not on the verge of declaring i an alert. i 7.8.6 Offsite Agency Response
- a. Manitowoc County, Kewaunee County and State DEG will receive the alert notification call via NAWAS and will -
make verification calls to the TSC using the normal ! telephone system.
- b. Upon notification of the alert the county and state will '
initiate staff callouts in preparation for EOC activation. i i t i l I I f [ l l Page 39 [ {
i IP EXERCISE 09-88 I Section 7 { I CARD No. 23 I CUE I i TIME: 0810 [ t MESSAGE FOR: Control Roon l MESSAGE: "Pressurizer safety or relief line temperature hi" alarm clears, ! Temperature = 125'T I, I i I f l I f I I l THIS IS A DRILL ! i-I CONTROLLER LOCJtION: Drill Control Room i [ l i t i I k l t I Page 40
EP EXERCISE 09-88 Section 7 CARD No. 24 CONTINGENCY 1 TIME: 0815 MESSAGE FOR: DSS MISSAGE: Declare an alert. l Declare an alert based on EPIP 1.2 Category 10, "Plant shutdown function," failure of reactor protection s;rstem to complete a trip which brings reactor suberitical. 1 Implement EPIP 1.1 i i l ll l t I ) i j THIS IS A DRILL i l CONTROLLER LOCATION: Drill Control Room i 1 l r Page 41
EP EXERCISE 09-88 ! /'~ Section 7 , \ 7.9 0919 - PORV 430 Cycles 7.9.1 Plant Conditions L
- 6. Unit 1: I
- Hot shutdown, no load Tave !
- The spring on the PORY (PCV-430) developed cracks '
during the last opening cycle. Positive PORV control l is lost. A single releast. of primary coolant to the l PRT occurs, r
- b. Unit 2n
- 100% power
- Steady state, f
7.9.2 Neteorological Status i
- a. Wind Speed = 10 mph i
- b. Wind Direction = 460*
- c. Sigma Theta = 12' ;
- d. Delta T/35 meters = 5'F t
7.9.3 Radiological Status (
- a. Alarming release path monitors - None :
- b. Alarming area-type monitors - None ;
7.9.4 Emergency Action tevel
- a. Per conditions: Alert, Category 'O, "Failure of Reactor !
Protection Systte to Complete a Trip" ! i
- b. Declared: Alert, Category 10. "Failure of Reactor f Protection System to Complete a Trip" l l
r Page 42
T
,m EP EXERCISE 09-88 Section 7
[ } Ns 7.9.5 controller netions/Eaercency Organization Response
- a. Company policy may cause the EOF to be activated by onsite personnel. The ESM, Radeon/ waste manager, and other headquarters support personnel may be in transit to the EOF.
- b. Operations and Maintenance personnel may be evaluating methods of reestablishing condenser vacuum. They may be trying to restore the condensate pump. They may be investigating the cause of the ATWS and they may be evaluating the cause of the rapid feed pump trip.
Additionally, they will probably be evaluating the condition of the PORV and considering reestablishing the SI system,
- c. The TJC (or EOF) will be making status updates to offsite agencies (approximately hourly).
- d. The JPIC may be in the process of being set up by EIC personnel,
- e. Card 25 (0919), CUE
(/ MESSAGE: Alarms and indication - 1C04 NOTE: The alarms and indicators suggest that the PORV has lifted.
- f. Card 26 (0920), CUE MESSAGE: MOV-516 (PORV blocking valve). Lights out.
NOTE: This card should be given to any operator who attempts to operate the PORV blocking valve (MOV-516).
- g. Card 27 (0920 + ), CVE MESSAGE: Breaktr/ overload status for MOV-516 at 1842.
NOTE: This card should be read to any A0 who may attempt to reset the overloads for the PORV blocking valve (MOV-516) on 1842. J Page 43
EP EXERCISE 09-88 7s Section 7 7.9.5 Controller Actions / Emergency Organization Response (Continued)
- h. Card 28 (0920 + ), CUI MESSA1E: Current readings for MOV-516 breaker.
NOTES: This card should be read to any electrician or A0 who investigates the cause of the PORV blocking valve (NOV-516) failure to close. Current readings indicate that the breaker is performing properly and it indicates a probable MOV problem,
- i. Card 29 (0939 + ), CONTINGENCY MISSAGE: Do not enter containment.
- j. Card 30 (0940), CUE MESSAGE: PRT level alarm clears.
NOTES: If attempts are made to drain the PRT, the 4 O PRT level and pressure alarms clear. RCDT alarms may come in due to PRT draining if A0 is not at C59.
- k. Card 31 (0951), CUE MESSAGE: Pressurizer safety er relief line temperature
, hi alarm clears.
- 1. Card 32 (1008), CONTROLLER INSTRUCTION MESSAGE: Notify the real control room that you will soon be testing the alarm on 1RI-104.
7.9.6 offsite Agency Response
- a. The state and county emergency operations centers should be activated,
- b. State and county staffs will receive status updates from WE casununicators.
Page 44
s I IP EXERCISE 09-88 Section 7 1 CARD NO. 25 t i CUE I
! TIME: 0919 J MESSAGE FOR: Control Room MESSAGE: Alarms and Indication i
1C04 "PORY not shut" alarm then alarm clears 1
- PORY (PCV-430) indication intermediate then shut "Pressurizer safety or relief line temp high" alarms 1
- "PRT level high" alarm
, "PRT pressure high" alarm 1 i i i THIS IS A DRILL l t i CONTROLLER LOCATION: Drill Control Roon l l l { i l i l l l 1 1 l a Page 45 I L
EP EXERCISE 09-88 Section 7 CARD No. 26 CUE TIME: 0920
; MESSAGE FOR: Reactor Operator i
j MESSAGE: MOV-516 (PORY block valve) lights f Red light - Not lit when PORV block valve control switch is shut i 4 Green light - Not lit when PORV block valve control ] switch is shut. I i i I i i I l l THIS IS A DRILL 4 i CONTROLLER LOCATION: Drill Control Roon l j I i I i i Page 46 i
EP EXERCISE 09-88 Section 7 ( CARD NO. 27 CUE TIME: 0920
- MESSAGE FOR: Auxiliary operator who attempts to reset the PORV blocking valve (MOV-516) overloads at 1842.
MESSAGE: Breaker / overload status for MOV-516 at 1842,
- 1. Breaker indicates tripped. (Will reset if attemnted by AO.) l
- 2. Pause until after control room attempts to cycle valve closed.
- 3. Overloads trip again after reset and after control room attempts to close blocking valve.
)
1 THIS IS A DRILL l CONTROLLER LOCATION. With the Ao at 1842, i e l Page 47
i!* i EP IXERCISE 09-88 : Section 7 ; i CARD No. 28 r CVE t j TIMI: 0920 + ; J ! , MESSAGE FOR: Maintenance electrician investigating PORY blocking l valve failure.
- MISSAGE
- Current readings for MOV-516 breaker !
! 6 6
i i r i I .; i i Current: Increases to 2 amps l ' I Contactor drops open ! I i t f i i i i i i i i 1 ! ! I J l t THIS IS A DRILL ! l ! CONTROLLER LOCATION: With the Maintenance electrician. l r i
. I i
4 1 1 1 1 1 i j Page 48 1 4 j
l EP EXIRCISE 09 88 l i Section 7 4 1
- CARD NO. 29 CONTINGENCY TIME
- 0939 +
s J MIS $ AGE FOR: Containment Intry Team
! MESSAGE: Do not enter containment.
i simulate the entry. Remain at the containment personnel hatch ) j and talk through your work activities. i l 1 l i l 1 1 l THIS IS A DRILL i CONTROLLER LOCATION: With the containment entry team. i 1 i l J i 1 1 l i Page 49
EP EXIRCISE 09-88 Section 7 CARD NO. 30 CUE TIME: 0940 l MESSAGE FOR: Control Room Operator . MESSAGE: PRT level alarm clear. 1 1 s
.l 1
-4 4 I l 1' l i j I THIS IS A DRILL COPRROLLER LOCATION: Drill Control Room i I 4 l 1 i l i l i i Page 50 i l
l' IP IXERCISE 09-84 A Section 7 i i j CARD No. 31
]
i CUE { TIME: _ 0951 MESSAGE FOR: Control Room massage: "Pressuriser safety or relief line temperature high" alarm clears '1 3
- Temperature (190'F i
l i l I i j THIS IS A DRILL CONTROLLER LOCATION: Drill Control Roon I l l I l I i l l Page 51
I EP EXERCISE 09-88 (- Section 7 CARD NO. 32 CONTROLLER INSTRUCTION TIME: 1008 MESSAGE FOR: Controller Near 1RE-104 Test Panel HESSAGE: 1. Notify the real control room that you will soon be testing the alarm on 1RE-104,
- 2. At 1015 depress the test button.
THIS IS A DRILL CONTROLLER LOCATION: Auxiliary Building Page 52
EP EXERCISE 09-88 7s \ Section 7
/
7.10 1010 - PORY (PCV 430) Fails Open and Gas Bottle in #1 Pipevay causes Damage 7.10.1 Plant Conditions
- a. Unit 1:
- Hot shutdown
- The spring for PORY (PVC-430) completely fails and the PORV opens fully. Because the blocking valve for the PORV has failed open this results in a non isolable leak to the PRT "A" SI pump fails to start upon $1 actuation
- The PRT rupture disc is blown open by the leak and a primary leak to contairment comences
- A bottle on the welding rig in pipeway #1 falls over, the cap is broken off and the bottle becomes a missile.
The bottle is propelled through the #1 pipevay toward containment where it breaks the SI line supplied by the "B" SI pump. The valve stem on 1-HCV-142 (charging) is ( damaged and allows charging flow to exit the valve stem.
- Containment isolation valves 1-V538 and 1-V539 (PRT to gas analyzer) are desaged by the projectile and tesult in the contairment isolation valve status lights in the control room being dia. Containment integrity is not actually breached,
- b. Unit 2
- 100% power
- Steady state 7.10.2 Meteorological status
- a. Wind Speed = 8 mph
- b. Wind Direction = 457'
- c. Sigina Theta = 11'
- d. Delta T/35 meters = .4'T Page 53
L EP EXERCISE 09 48 c) Section 7 i 7.10.3 Radiological Status
- a. Alarming release path monitors:
- 1RE 211 Containment Air Particulate (1010 hours) l
-- 1RE-212 Containment Noble Ges (1010 hours) L RI-214 Auxiliary Building Vent (1017 - 1044)
- b. Alarming area type monitors: I
- 1RE-102 Containment Low Range (1017 hours) l
- 1RE-104 Charging Pump Area Low Range (1015 hours) !
- 1RE-107 Seal Table (1025 hours) :
f
- c. Projected offsite whole body dose rate (downwind centerline) [
RMS Projection i 1 Mile 2.3E-06 Rem /Hr I i
- d. Projected offsite thyroid dose rate (downwind centerline) [
RMS Projection f O 1 Mile 4.6E-06 Rem /Mr i, 7.10.4 Imergency Action Level i
- a. Per conditions: Site Emergency, Category 1, "Leak Rate !
Greater Than Available Pump Capacity" ;
- b. Declared: Alert, Category 10. "Failure of Reactor f Protection System to complete a Trip" p 7.10.5 Controller Actions /Emeroency creanisation Response i
, s. Plant Operations manager may initiate a limited or whole plant evacuation. l b. TSC personnel should reevaluate event classification. L
- c. Card 33 (1010), CUE l MESSAGE: Alarms and indications i
NOTE: These alarms indicate PORV failure. ! l d. Card 34 _ (1010+), CUE l 1 MESSAGE: Safety injection actuation alarms. NOTE: These alanes indicate a safety injection actuation. l Page 54
]
i
,m 3P EXERCISE 09-88 Section 7 7.10.5 Controller Actions / Emergency Organization Response (Continued)
- e. Card 35 (1010++), CUE HESSAGE: Unit 1 comon critical control power failure.
NOTE: This gives indication to the operator that ho has a control power failure.
- f. Card 36 (1010+++), CUE (If asked)
MESSAGE: SI pump run lights NOTE: When the operator inquires about SI pump run stetus, the cue can be given.
- g. Card 37 (1010++++), CUE MESSAGE: 1FZ-211 and 1RE-212 alarus NOTE: Read this card at the time of PORY failure,
- h. Cara 38 _
(s1010), CONTROLLER INSTRUCTION MESSAGE: E0P-0 NOTE: A completed E0P-0 vill be used to provide cues to control operators as they progress through the procedure.
- 1. Card 39 (1010 + ), CUE MESSAGE: Monitoring relay light - not lit.
NOTES: This card should be given to any operator dispatched to investigate the cause of the SI pump failure. Monitoring relay light at top of SI pump breaker indicates blown clos *.ng power fuses for "A" SI pump.
- j. Card 40 (1010 * ). CUE MESSAGE: Sparks occur when you attempt to replace closing power fuses and the tuses blow, s NOTE: Read this card to the operator investigating SI pump failure if he replaces the fuses.
Page 55
m EP EXERCISE 09-88 Section 7 (V} 7.10.5 Con *. roller Actions / Emergency Organization Response (Continued)
- k. Card 41 (1010 - 1110), CUE MESSAGE: "A" SI pump breaker is stuck in the racked-in position.
NOTE: This card should be given to any maintenance team or operator that attempts to rack-out the breaker for repairs. Any attempts to rack out the breaker are unsuccessful because of a jammed breaker lever. In order to get the breaker out they will need to break the lever.
- 1. Card 42 (1010+), CUE (If asked)
HISSAGE: These containment isolation valve status I lights are dim. ! NOTE: This message lists the CI valves which do not indicate closed as a result of the damage in #1 pipeway and should be given h to the control room operator at about the same time the SI occurs,
- m. Card 43 (1011), CONTROI.LER INSTRUCTION l
MESSAGE: Welder's call to control room regarding the velding gas bottle damage. NOTE: The velder will be simulated by a , controller. The call should be made using Gai-tronics near the #1 pipeway. 7.10.6 Offsite Agency Response Offsite agenc!es will receive status updates regarding the energency. i-i r l Page 56 l
F i EP EXERCISE 09 88
}
s/ Section 7 CARD No. 33 CUE TIME: __, 1010 i MESSAGE FOR: Control Room i [ MESSAGE: Alarms and Indications ,
"PORY not shut" alarm I
"Pressurizer safety or relief line temp high" alarm (
"PRT high temperature" alarm "PRT high pressure" alarm "PRT high level" alsra PCRV (PCV 430) indication - red light (full open)
THIS IS A DRILL 1 CONTROLLER LOCATION: Drill Control Room Page 57
I l IP IXERCISE 09 84 I Section 7 i
.+
t CARD NO. 34 ' [ cut TIME: 1010+ l t MESSAGE Pon: Control noom MESSAGE: Safety injection actuation alarms f 2004 Pressuriser press Hi/Lo
- Pressuriser lo pressure channel alert [
i
- Pressuriser lo pressure (1st out - flashing) t
- Pressuriser lo pressure 5! (1st out - solid) f l
l c04 t
- Unit 1 containment isolation l i
i TNIS IS A DRILL , [ ! Cowinou.in LocArz0mi erill Control noen l l i
!4 Page 54
EP EXERC!$E 09 88 Section 7 CARD NO. 35 CUE TIME: 1010++ MESSAGE F08t: Control Room MESSAGE: "Unit 1 consacn critical control power failure" alarm O THIS IS A DRILL CONTROLLER LOCATION: Drill Control Room O Page 59
i EP EXERCISE 09-88 Section 7 CARD NO. 36 CUE (If asked) TIME: 1010+++ MESSAGE FOR: Control P.o.m MESSAGE: Safety injection pump run lights "A" Safety injection pump ; i
- White light on .
- Green light on !
- Red light off L "B" Safety injection pump ,
- Red light on l 1
L I ( ! l l l IHIS IS A DRILL j i CONTROLLER LOCATION: Drill Control Roora 5 k I Page 60
. .. _- . .. _ . . - . - . . . - . . _ ~ . . . . . - . - . . - . . _ . . - . .... . ~ _ . . - .
U , i ! 6 l f i l EP EXERCISE 09-88 l Section 7 -j i I 2 i CARD NO. 37 r CUE TIME: 1010++++ t MESSAGE FOR: Control Room & TSC ; 1 i MESSAGE: Radiation Monitoring System Alarms ! IKE-211 High Alarm ; f i 1RE-212 Alert Alarm i i l t I l 1 i I 4 l l i 1 i ! l l 3 THIS IS A DRILL i CONTROLLER LOCATIOM: Drill Control Room and TSC 4 ) i ! l f l L i f i i Page 61
d
?
I i EP EXERCISE 09-88 l Section 7 j CARD NO. 38 CONTROLLER INSTRUCTION TIME: N1010 , f MESSAGE FOR: Control Room Controller j i MESSAGE: E0P-0 I i i Use a previously completed E0P-0 to provide pertinenc information
- l to control operators as they implement IOP-0.
1 I ; i i i ! I f i ; i t 1 i I ' i l i t I THIS IS A DRILL ! ! - - _ -. . i f
- CONTROLLER LOCATION: Drill Control Roca f l r l I 4 ;
L I a l [ t r 7 ! l
- 1
! i [ i i I 4 J ! i J Page 62 l 3 I i - . - _!
- - --. . - - .. - - -.- -. - - . - - . . . . . . ~ . - . - . - - .
EP EXERCISE 09-88 Section 7 CARD NO.' 39 i 1 CUE TIME: 1010 + MESSAGE FOR: Anyone investigating the "A" safety injection pump breaker. [ t MESSAGE: Monitoring relay light - not lit. [ f l t i i i I i l t i THIS IS A DRILL : t CONTROLLER LOCATION: With the operator investigattag safety injection ! j pump failure at the pump breaker. l
- . i I i 4 1 I
I I I i l l l l l l t t l ' 1 l i l l { Page 63 , l
l EP EXERCISE 09-88
- Section 7 CARD NO. 40 CUE TIME: 1010 4 ;
MESS.'3GE FOR: Anyone who attempts to replace "A" safety ' injection pump breaker closing power fuses. , i MESSAGE: "Sparks occur whenever you attempt to replace closing power fuses and the fuses blow." ! t 4 J J 1 i i i j THIS 13 A DPILL i -- i CONTROLLER LOCATION.- With the person who attempts to replace the A" l l talety injection pump breaker cicsing power fuses. !- i l I ! t i a i i i 1 i { Page 64
8:
, EP EXERCISE 09-88 l
Section 7 ! CARD NO. 41 CUE TIME: 1010 - 1110 MESSAGE FOR: AO or maintenance team attempting "A" safety injection pump breaker repairs.
- MESSAGE
- Your attempts to remove the "A" safety injection pump breaker are 4 -
unsuccessful. The breaker is stuck in the racked-in position. i i 1 [ t I l THIS IS A DRILL . CONTROLLER LOCATION: At safety injection pump breaker 4 ! E i 5 l 4 l 3 I i I I i I . I I I k l Page 65 ! d i i'
6 EP EXERCISE 09-88 - Section 7 CARD NO. 42 I CUE (If asked)
- TIME
- 1010+
MESSAGE FOR: Control Room Operator MESSAGE: These containment isolation valve status lights are dim: i 1-V-538 PRT to gas analyzer , 1-V-539 PRT to gas analyzer j 8 l i h I i 1 i i ! l l l, ( $ , i
- t i
THIS IS A DRILL ! t I l l~ CONTR0!LER LOCATION: Drill Control room l i I i l i i i i f F t Page 66 l I t I
EP EXERCISE 09-88 Section 7 CARD NO. 43 CONTROLLER INSTRUCTION TIME: 1011 MESSAGE FOR: Controller at Number 1 Pipeway MESSAGE: Welder's call to control:
- 1. Call the drill control room on Gai-tronics
- 2. Deliver the following message:
"This is a drill.
I was welding in the Unit 1 pipeway and one of my bottles blew. There's a hell-of-a-lot of water coming out of some of the pipes."
- 3. Hang up.
THIS IS A LRILL CONTROLLER LOCATION: Gal tronics near facade elevator El. 6.5'. . t t I
- I I
i l l t
?
? I l l , I ! ! 6 Page 67 j i
. _ _ _ _ . - ~ _ - , _ _
EP EXERCISE 09-88 Section 7 s I 1010 - 7.11 1025 - Flooding in the Area of the #1 Pipeway 7.11.1 Plant Conditions
- a. Unit 1:
- Hot shutdown
- RCS leak to containment continues (leak rate > capacity of charging pumps)
"A" SI pump has failed l 4
"B" SI pump is pumping BAST and RWST water to e the #1 pipeway through a broken SI pipe [
t
- Charging line is breached at 1-HCV-142 adding to the ,.
leakage into the #1 pipeway. [
- Because'RCS pressure is greater than SI accumulator :
pressure, no injection occurs. The leak rate is- l l greater than available pump capacity and a Site ; g Emergency declaration is warranted. ;
- b. Unit 2:
- Steady state (
- 100% pover !
7.11.2 Meteorological Status j i l a. Wind Sped = 8 mph to 9 mph l l b. Wind Direction = 457' to 470'
- [
{ c. Sigma Theta = 11' to 3' [ t j d. Delta T/35 meters = .4*F to .2'F l I 7.11.3 Radiological Status I {
- a. Alarming release path monitors: l l - 1RE-211 Containment Air Particulate (1010 hours) l - 1RE-212 Containment Noble Gas (1010 hours) ,
- RE-214 Auxiliary Building Vent (1017 - 1048) i
- b. Alarming area-type monitors: f
- 1RE-102 Containment Low Range (1017 hours) ;
I - 1RE-104 Charging Pump Area Low Range (1015 hours) ; d
- 1RE-107 Seal Table (1025 hours) ;
i I Page 68
-~s EP EXERCISE 09-88
\ Section 7
('
- c. Projected offsite whole body dose rate (downwind centerline)
RMS Projection 1 Mile 2.3E-06 Rem /Hr
- d. Projected offsite thyroid dose rate (downwind centerline)
RMS Projection 1 Mile 4.6E-06 Rem /Hr 7.11.4 Emergency Action Level
- a. Per conditions: Site Emergency, Category 1, "Leak Rate Greater Than Available Pump Capacity"
- b. Declared: Alert, Category 10, "Failure of Reactor Protection System to Complete a Tr.i.p" 7.11.5 Controller Actions / Emergency Organization Response
- a. Upon discovering that the SI line is broken and no
, -~s) injection to the primary system is occurring, the \v operators should secure the operating pump. The conditions in the auxiliary building will depend on i how quickly the operators react. At 1013, the SI pump suction will shift from the BAST to the RWST.
- o. If the operators fail to shut the suction valves to the "B" SI pump, the BAST (if not isolated) or RWST
, (if lined up to the SI pumps) will continue to leak water through the idle pump to the break. Therefore, the controller at the scene will need to coordinate , conditions there with the actions taken by control room operators.
- c. TSC personnel should evaluate the emergency conditions and commence EPIP 1.1.
l, d. Because of the location of the break and damage to the i SI pump discharge crossconnect valves (1-829A & B), SI trains will not be able to be crossconnected. l
- e. The EOF may be activated by this time with headquarters support personnel,
- f. The TSC and/or EOF will be evaluating the release to determine if any protective action recommendations are necessary.
Page 69
.m EP EXERCISE 09-88 Section 7 7.11.5 Controller Actions / Emergency Organization Response (Continued)
- g. TSC and control room staff will be evaluating the RCS leak rate and trying to determine ways to stop or reduce it.
- h. TSC, Maintenance and operations personnel will be evaluating ways to get water into the primary system.
This may include ways to repair the broken SI pipe or methods to get the "A" SI pump breaker racked out and repaired.
- 1. If a Site Emergency is declared, the plant will be evacuated to onsite assembly areas in accordance with EPIP 1.1 or 6.2.
- j. The JPIC may be operational. The first press statement may have been coordinated with DEG and released by this time by corporate headquarters communiciations department staff,
- k. Card 44 (1010 + ), CONTINGENCY MESSAGE: Coordinate sounding of the evacuation alarm with the control room.
NOTE: Provide this card to the person who will announce the evacuation at the time he reaches that step in EPIP 1.1. O Page 70
EP EXERCISE 09-88 [mT Section 7 7.11.5 Controller Actions / Emergency Organization Response (Continued)
- 1. Card 45 (1010 + ), CUE MESSAGE: Conditions in the auxiliary building in the vicinity of #1 pipeway. (SI <5 min.)
NOTES: Issue this card to players inspecting the scene if SI flow was secured by 1015. Obtain that time from the CR controller. The information on this card should be provided to any operator, maintenance team, repair team, etc., who is in the vicinity of the #1 pipeway. The conditions depend on how fast the operators secure the "B" SI pump and whether they shut the SI pump suction valves or RWST isolation valves. Charging water will continue to flow from g the break at approximately 120 gpm until t 1130 unless secured by operators. The h water spraying into the pipeway will prevent an accurate assessment of damage inside. After 1130, charging will be secured; the flow from the pipeway will cease and the water will slowly drain to the sump.
- m. Card 46 (1010 - 1130), CUE MESSAGE: Water is flowing from the pipeway.
NOTE: If operators secure both SI and charging prior to 1130, this is no longer a valid
- cue. The water that continues to flow after SI has been secured is from a broken charging line valve.
- n. Card 47 (1010 + ), CONTINGENCY l
) MISSAGE: Call the Manitowoc County toc. ! NOTE: This card should be given to the rite manager if the decision is made to release non-essential personnel offsite and if he l doesn't make the call himself. This will l enable Manitovoc County to demonstrate an
- objective of the exercise.
{ l Page 71 k
,5 EP EXERCISE 09-88
/ \ '
Section 7
\
7.11.5 controller Actions / Emergency Organization Response (Contittued)
- o. Card 48 _ (1011 - 1020), CONTINGENCY f-MESSAGE: Scenario assumes SI secure at 1020.
NOTE: Read this card to the DSS any time after 2 he secures the SI pumps during the time i period indicated.
- p. Card 49 (1011), CUE '
, MESSAGE: BAST low level alarm (46%) NOTE: If the SI pump is secured prior to 1013, SI pump suction switchover to the RWST will still occur unless the pump suction valves are shut.
- q. Card 50 (1011 + ), CUE 1 MESSAGE: South auxiliary building sump - high alarm
\
l l NOTE: This card provides indication that water from the #1 pipeway drains to the sump. Sump pumps are running. . r. Card 51 (1011), CUE (If asked) f l MESSAGE: Oil lift pump interlock light is not on. l
- (Reactor coolant pumps will not start.)
) NOTE: Adverse conditions in the containment ! have failed the lift pump pressure
- switches.
i I s. Card 52 (1013), CUE MESSAGE: SI pump suction shifts from BAST to RWST. NOTE: Read this card at the time indicated. i
- t. Card 53 (1015), CUE l MESSAGE: 1RE-104 alert alarm i
lO l 4 f ! Page 72 i 4
EP EXERCISE 09-88 , [ s\ Section 7 7.11.5 Controller Actions / Emergency Organization Response (Continued)
- u. Card 54 (1015 - 1130), CUE MESSAGE: Conditions in the auxiliary building in the vicinity of #1 pipeway (SI >5 min.)
NOTE: Issue this card to players inspecting the scene if SI flow was secured after 1015. Obtain that time from the CR controller. The information on this card should be provided to any operator, maintenance team, repair team, etc., who is in the vicinity of the #1 pipevay. The conditions depend on how fast the operators secure the "B" SI pump and whether they shut the SI pump suction valves or RWST isolation valves. Charging water will continue to flow from the break at approximately 120 gpm until 1130 unless secured by operators. The O water spraying into the pipeway will prevent an accurate assessment of damage inside. Af ter 1130, charging will be secured; the flow from the pipeway will cease and the water will slowly drain to the sump.
- v. Card 55 (1015 - 1130), CONTINGENCY MESSAGE: Scenario assumes charging is secured at 1130 hours.
NOTE: Issue this card at 1130 or any time prior to 1130 that operators secure charging flow.
- v. Card $6 (1016), CUE MESSAGE: RWST 98% level alert
- x. Card 57 (1017), CUE MESSAGE: 1RE-102 Alarm RK-214 Alarm Page 73
i
<- EP EXERCISE 09-88 (s \ Section 7 7.11.5 Controller Actions / Emergency Organization ^
Response (Continued)
- y. Card 58 (1021 - 1130), CUE MESSAGE: Water is streaming from 1-HCV-142 charging line valve stem.
. NOTE: This cue should be issued to any team entering the pipeway to determine damage and source of additional water,
- z. Card 59 (1025), CUE HESSAGE: 1RE-107 Alarm aa. Card 60 (1030 + ), CUE MESSAGE: Because of the drought I have no stored feed.
NOTE: Issue this card after and only if sheltering of dairy herds is ordered. An evacuee to the reception center can issue this cut to personnel doing registration and screening. Persist in obtaining assistance, bb. Card 61 (1030), CONTROLLER INSTRUCTION NOTE: Designate 6-8 WE personnel to role play offsite public and to go to Roncalli High School for registration and screening. The controller at the EOC will have to communicate with the ?BNP controller , regarding the actual public evacuation time, cc. Card 62 (1030 + ), CUE ; i MESSAGE: Siren failure NOTES: Issue card to person polling Manitowoc County sirens after the first sounding. Resync/ alert / poll results in status 48, "Run Vfy" for siren MKC. Siren NCA continues "No response to poll." dd Card 63 (1030 + ), CUE MESSAGE: Team members have contaminated PCs. T NOTE: Provide the information to team members from pipeway #1 when they frisk their clothing when returning from the area of
#1 pipeway.
Page 74
EP EXERCISE 09-88 Section 7 7.11.5 controller Actions / Emergency organization Response (Continued) l ee. Card 64 (1030 + ), CUE MESSAGE: Person confined to a wheel chair in the evacuated area needs ride to Roncalli High l School. NOTE: Issue this card within 30 minutes of the EBS evacuation order. ff. Card 65 (1040), CUE MESSAGE: Waste disposal alarm - C01 gg. Card 66 (1040), CUE MESSAGE: C59 waste holdup tank alarm i
- NOTE
- This card should be given to the PAB ;
A0 if he goes to the C59 panel. 1
- hh. Card 67 (1045 + ), CUE '
t L , MESSAGE: Superintendent of Mishicot schools calls EOC about protective actions. l NOTE: This card should bo issued anytime after ' ! Manitowoc Cotmty has paged schools I regarding an ALERT or SITE EMERGENCY , i classification. L I j 11. Card 68 (1048), CUE MESSAGE: RE-214 alarm clears jj, Card 69 (1100), CONTtNGENCY MESSAGE: Assure members of the emergency organization are provided with lunch and a beverage. NOTE: This contingency should be issued if the administrative supervisor has not begun preparation for food, etc. for emergency workers. 7.11.6 offsite Agency Response Offsite agencies will receive and verify the notification of the site Emergency. Page 75
MP EXERCISE 09-88 ! Section 7 l CARD No. 44 CONTINGENCY TIMI: 1010 + l MESSAGE FOR: Control Room and Drill Control Room MISSAGE: Coordinate sounding of the evacuation alarm with the control room. Using Gai-tronics make the announcements from the drill control toom. i l i l l L l l THIS IS A DRICL i I CONTROLLERS LOCATIONS: Drill Control Ro0A I Real Control Room ! Page 76
EP EXERCISE 09-88 [m) v Section 7 CARD NO. 45 CUE TIME: 1010 + MESSAGE FOR: Any person investigating the damage near #1 pipeway. MESSAGE: Conditions in the auxiliary building in the vicinity of #1 pipeway for personnel arriving: 1-4 Minutes After Break Water is rapidly flowing from valve gallery cubicle surrounding
#1 pipevay into the 8' fan room. There appears to be vapor rising from the liquid surface. Edge of the water extends from the door from fan room to U1 facade to just inside the charging pump room.
i 4-6 minutes after break Water is rapidly flowing from the valve gallery cubicle surrounding
#1 pipeway into the 8' fan room. The floor of the fan room is g' almost completely covered with liquid and extends to "A" charging pump cuoicle. The area monitor near the charging pumps is alarming (if afcer 1015) and reads 15 mrem /hr.
>6 minutes after break Charging water will continue to flow frov, the break at approximately 120 gpm until 1130 unless secured by operators. The water spraying into the pipeway will prevent an accurate assessment of damaga inside.
After charging is secured, the flow from the pipevay will cease and
- the water will slowly drain to the sump.
! TH15 IS A DRILL l ! CONTROLLER LOCATION: El. E' PAB near PApeway #1 d Page 77
l l s- .; EP EXERCISE 09-80 i Section 7 ' CARD NO. 46 CUE ', TIME: 1010 - 1130
- MESSAGE FOR
- Damage Assessment Teams in the Area #1 Pipeway f MESSAGE: Water continues to flow from the pipeway.
I ! I i i ; i l 2
, L l
i i ! l i o j ! i l :" 1 i ; i I i I l THIS IS A DRILL l ! l CONTROLLER LOCAT10N: With any #1 Pipevay Team, j l i ' I i l l l i ! l l r i I I i i t Page 78 1 t h
i EP EXERCISE 09-88 i i Section 7 , i ! CARD NO. 47 ., CONTINGENCY TIME: 1010 + i i l MESSAGE FOR: Site Manager ! t
- MESSAGE
- "Call the Manitowoc County EOC. f n
Discuss with the Director of Emergency Government the upcoming { y release from site of unnecessary plant personnel." ! t i l J ' l t I i 1 e i -
- i. [
p
; t, l- !
i } I l I !. THIS IS A DRILL l 1
. - h a
v i CONTROLLER LOCATION: TSC 1 { 1 t i ! l, 1 6 i L i i l 5 i I I i i I t, t ( Page 79
._ . . . _ _ . _ _ . , __ . _ ._. . _ _.=___. . _ . _ . _ _ _ _ _ _ _ _
5 [
', IP EXERCISE 09-88 !
{ Section 7 l 1 I
, CARD No. 48 i CONTINGINC' I 1 !
t i
- TIME: 1011 - 1020 l i !
i MESSAGE FOR: DSS ' MESSAGE: Your decision to secure the SI pumps was appropriate. However, the scenario data assumes that SI would be terminated at 1,03 hours, j Scenario data will follow that assumption. c 1 ?! i l i 4 1 i 1 , t l i-i ! i ! i : t i f I !
, THIS 7S A DRILL 4
l 4 , I j CONTROLLER LOCATION: Drill Control Room i i l ! i l 2 i l 3 i 1' l I l i i ! l I I Page 80 l l l
- - - _ - _ . - ~ . _ _ . . - - _ _ _.
o EP EXERCISE 09-88 Section 7 CARD NO. 49 CUE TIME: 1011 MESSAGE FOR: Control Room Operator MESSAGE: "BAST low level" alarm (46%) , i l 1 4 i j THIS IS A DRILL i -. - - - d Cotr ROLLER LOCATION: Drill Control Room ) , t 1 i i q l 4 4 i
! Page 81 4
i EP EXERCISE 09-88 Section 7 a CARD NO. 50 CUE ! TIME: 1011 + MESSAGE FOR: Control Room l MESSAGE: South auxiliary building sump - high alarm l t 4 1 i 1 I I I i ; I i i i i
- THIS IS A DRILL '
3 l CONTROLLER LOCATION: Drill Control Room ! t t i l [ t i i l I i-i i e I i i l Page 82 ; i i f
I i i i EP EXERCISE 09-88 i Section 7 i I- CARD NO. 51 , i . 4 CUE-(If asked) ,. p i E i TIME: 1011 + I i MESSAGE FOR: Control Ro:nn ; I 4 j MESSAGE: Oil lift pump interlock light is not on. l i 1 (Reactor crolant pumps will not start.)
, i j i i !
- i . ,t q
1 l l l 1
- l-4 l
l \ l l l l !- THIS IS A DRILL i i
- i. CONTMOLLER LOCATION: Drill Control Roca I
i I ( L. 1 Page 83 l
s EP EXERCISE 09-88 Section 7 CARD NO. 52 CUE TIME: 1013 MESSAGE FOR: Drill Control Room MESSAGE: SI pump suction has just shifted frem the BAST to the RWST. L L i i t I f f f I l l l THIS IS A DRILL [ C0ff!Rf>LLEK LOCATION: Drill Control Room i i Page 84
EP EXERCISE 09-88 Section 7-JAAD No. 53 CUE TIME: 1015 MESSAGE FUR Control Room & TSC RMS Operators MESSAGE: 1RE-104 Alert Alarm J' l l THIS IS A DRILL j CONTROLLER LOCATION: Drill' Control Room and TSC l [ l I i l l Fage 85
- . EP EXERCISE 09-88 Section 7
[/')
\m CARD NO. 54 CUE TIME: 1015 - 1130 MESSAGE FOR: Any person investigating the damage near #1 pipeway MESSAGE: Conditions in the auxiliary building in the vicinity of #1 pipeway.
SI Secured (when told or after 1020) Water continues to flow from the valve gallery cubAcle surrounding
#1 pipevay, but not as rapidly. There is standing water in the fan room and charging pump room. It appears the drains are not adequately handling the water. Area monitor is alarming near the charging pumps. Still can't see the break origin in the pipeway.
SI Running (until 1020) Water still rapidly flowing from valve gallery cubicle around
#1 pipeway. Flo>r drains are not handling the water in the fan room ,s s and charging pump room. A small amount of liquid has leaked into the facade through the fan room door. The outer edge of the water j , \, if nearing the SI pump roce. Charging pump area monitor is alarming.
Charging Secured (when told or after 1130) Charging watar will cor.tinue to flow from the break at approximately 120 gpm until 1130 unless seeJred by operators. The water spraying into the pipeway will prevent an accurate assassment of drange inside. After 1130, charging will be secured; the flow fror a the pipeway will cease and the water is411 slevly drain to the sump. Within an hour after charging is secured water levels on the floor will have been l reduced to a film, with puddles in lev spots and around drains. Some s boric acid crystals will begin to forn around puddle edges and drains. THIS IS A DAILL CONTROLLER LOCATION: El. 8' PAB near Pipeway #1 O d Page 86
i 4 i EP EXERCISE 09-88 f
;1 Section , ,
CARD No. 55 i
, CONTINGENCY
[ TIME: 1015 - 1130 l 1 MESSAGE FOR: DSS I j MESSAGE: Your decision to secure charging flow is appropriate. Scenario data, i l ! however, assumes that charging flow is secured at 1130 hours. Remaining scenario data will follow that assumption. ! l! t i i !
- I j
i 4 1 4 , } ! 4 i 8 L l ! l !. i 3, j, '1His IS A DRILI, f l CONTROLLER LOCATION: Drill Control Root 1 . I f
; i f l 1 i i
l l 4 i 1 i l O l l ! Page 87 I l 1
.-.~.- .- . - . . _ - - . - - . -. -
- . _ _ ~ . _ - _ - - . - . _ . _ _ _ - _ . _ _ _ _ _ _ . . . _ . . _- - . . _ . ._ -
EP EXERCISE 09-88
- Section 7 CARD NO. 56 CUE TIME: 1016 MESSAG. FOR: Control Room MESSAGE: f "RWST low level" alert.
I l , l 1 ( j l 1 i O i
- i
- THIS I! A DRILL ,
t I I CONTROLLER LOCATION: Drill Control Room i 1 ! i i ! 1 , i l ' 1 1 i ! 4 i 1 I i. )
~
l E ; i i I I t j Page 88 I i
i i l l, s l E
- I
! IP IXERCISE 09-88 l Section 7
- CARD NO. 57 I t
CUE ! l 2 l i TIME: 1017 l 1 I i I 4 MISSAGE FOR: Control Room & TSC ' t MISSAGE: Radiation Alatlas , j 1RE-102 Alarm l i f J o RE-214 Alarm i o 1 l l ? 1 i i f i l j i I d . I l 1HIS IS A DRILL ; t t CONTROLLER LOCATION: Drill Control Room and TSC f f f I l Page 89
(_ _ ___ _ _ --___ --__________-__-_ _ _ _ ______ _ . _ - - _ _____ . _ _ 4 , f ; I i IP EXERCISE 09-88 Section 7 i I l CARD No. 58 i
.i i CUE [
j TIME: _1021 - 1130 J i MESSAGE FOR: Damage Assessment Teams Entering #1 Pipeway i MESSAGE: The A0V (1-HCV-142) on the charging line is damaged and water I i is streaming from the area of the valve stem. t THIS IS A DRILL CONTROLLER LOCATION: Pipeway #1 Page 90
..._-_ , - ~ ~ -- . . - -. _ . - ~ - - - - . _ . - _ . -
l 3 1 EP IXERCISE 09-88 i Section 7 1 CARD No. 59 I j CUI l TIME: 1025 1 MESSAGE FOR: Control Room & TSC MESSAGE: Radiation Alarms 1RE-107 Alarm l 1 1 i I l@ TMIS IS A DRILI CorrROLLER LOCATION: Drill Control Room and TSC l i i ? Page 91
EP EXERCISC 09-88 Section 7 kv/ CARD NO. 60 CUE TIME: 1030
- MESSAGE FOR: County Ag MESSAGE: Because of the drought I have no stored feed. I have sheltered my herd. Can you get some feed?
Address: Tannery Road l 1/2 mile south of Tapawingo Rd l l THIS IS A DRILL CONTROLLER LOCATION: Roncalli High School l l l i l
\
Page 92
- _ _ _ ~ _ _ _ _ _ _ _ . . _ _ _ _ . . .__
r r i IP EXERCISE 09-88 i Section 7 l a 3 CARD No. 61 I i i CONTROLLER INSTRUCTION i i
- TIME
- 1030 + i MESSAGE FOR: Controllers (6-8) !
4 MESSAGE: An offsite evacuation has been ordered. Drive in your personal ; vehicles to Roncalli High School for registration. Rolt play I i 4 members of the general public from the evacuated zone. ( l ! 1 I 1 1 [
! k
- I 4 t I
I I l t I" l i i THIS IS A DRILL l' t L i I l CONTROLLER LOCATION: PBNP/E0C l 1 l F h t I i ! t ! i I T a 1 I l ! r I l l i t I ? I I i - l l i f I l l J ! ! Page 93 ! } > i l
- i L
EP IXIRCISE 09-88 Section 7 CARD NO. 62 CUE TIMI: 1030 + MISSAGE FOR: Person Polling Siren System MESSAGE: Siren failure "This is a drill. Upon polling the sirens you discovered that siren MKC responded status 20 "syne _ error." Siren MCA shows "No response to poll." THIS IS A DRILL CONTROLLER LOCATION: Manitowoc IOC Page 94
i
!l IP EXERCISI 09-88 Section 7 ,
l CARD No. 63 i CUE l l [ TIM 2: 1030 4 ' I l MESSAGE FOR: Pipeway 1 Team l I MISSAGE: Team members have all contaminated PCs. k Upon frisking protective clothing you find that pant legs generally are reading from 1,000 to 10,000 cpm above background. l f I V THIS IS A DRILL r CONTROLLIR LOCATION: With #1 Pipeway Team ! ii b f Page 95 f i __. - . . - r
EP EXERCISE 09-88 i Section 7 ! N CARD No. 64 [ CUE L
, TIME: 1030 + l i
l MESSAGE FOR: Hanitovoc EOC (683-4207) MESSAGE: This is a drill. j I live at 1235 Nuclear Road and am confined to a wheelchair. l l I need a ride to the evacuation center. 1 . l I i t j - 1 l l - 1 i 4 I ! THIS IS A DRILL 1 . CONTROLLER LOCATION: Nuclear Road /EOC , i I I J f i 1 i Page 96
EP EXERCISE 09-88 Section 7 CARD NO. 45 CUI-TIME: 1040 MESSAGE FOR: Control Room operator MESSAGE: "Waste Disposal Alarm" C01 THIS IS A DRILL CONTROLLER LOCATION: Drill Control Room Page 97
i a EP EXERCISE 09-88 Section 7 i CARD NO. 66 g i CUE TIME: 1040 1 MESSAGE FOR: PAB Auxiliary Operator 4 ) MESSAGE: C59 "Waste holdup tank alarm" ; i Level is 14% and increasing l j i l t l l j . I 1 : I a I l I
- l r
i THIS IS A DRILL i 1 I CONTROLLER LOCATION: Auxiliary building with auxiliary operator l I 1 l l 4 N i ] 1 '1 i j Page 98 i i
- - - - - - - - - ,__...__,____..__,_,.._.~,..m.____ mm-,_, -___.,,r-.v.,._--,m,,_-r- ~ _ - - - - , , - - . ,
IP IXIRCISE 09-88 Section 7 CARD NO. 67 CUE TIME: 1045 + NESSAGE FOR: Sheriff Dispatch 683-4200 or 50 office 683-4207 NESSAGE: Superintendent of Mishicot schools calls EOC about protective actions.
"This is a drill..
"This is , Superintendent of Mishicot schools confirming announcement of event at the Point Beach Nuclear Plant. At this time what protective actions should be taken for school children in Mishicot?
THIS IS A DRILL CONTROLLER LOCATION: Manitowoc E0C Page 99
I EP IXERCISE 09-84 f' ' Section 7 CARD N0. 64 j 1 TIMI: 1044 1 MESSAGE FOR: Control Room & TSC } i ! MISSAG4: i RE-214 alarm clears i 4 i l O THIS IS A DRILL C00mt0LLER LOCATION: Drill Control Room and TSC Page 100
IF EXIRCISE 09-88 Section 7 CARD NO. 69 CONTINGENCY TIME: 1100 MESSAGE FOR: Tech Support Manager MESSAGE: Assure that the administrative supervisor has made provisions to supply food and beverages to exercise players during the lunch period. Previous arrangements for food during the exercise have not been made. THIS IS A DRILL ColffROLLER LOCATION: TSC Page 101
EP EXIRCISE 09-88 Section 7 7.12 1107 - Core Uncovery Occurs 7.12.1 Plant Conditions
- a. Unit 1:
- Hot shutdown
- RCS leaking to containment through the PORV and a recently developed steam space leak
- Core uncovery occurs prior to SI accumulator injection causing a fission product release to the RCS and containment equivalent to the gap activity in one fuel assembly,
- b. Unit 2:
- Steady state
- 100% power 7.12.2 Meteorological Status
- a. Wind Speed = 13 mph
- b. Wind Direction = 470'
- c. Sigma it.ats a V
- d. Delta T/35 meters = .3*r 7.12.3 Radiological Status
- a. Alarming release path monitors - None 1M-211 Contairment Air Particulate 1M-212 Containment Noble Gas
- b. Alarming area type monitors IM-102 Containment Low Range 1M-104 Charging Pump Area Low Range 1H-107 Seal Table 1M-126 Containment High Range (1108) 1M-127 Containment High Range (1108) 1RM-128 Containment High Range (1108)
Page 102
IP EXERCISE 09 88 Section 7 V
- c. P ojected offsite whole body dose rate (downwind centerline) i (Assumes GAP source term, one assembly damaged)
MAD Projection 1 Mile 2.39E-04 Rem /Hr I 2 Miles 9.80E-05 Rem /Mr ; 5 Miles 3.10E-05 Rem /Hr - 10 Miles 1.36E-05 Rem /Mr
- d. Projected offsite thyroid dose rate (downwind centerline)
(Assumes GAP source term, one assembly damaged) r MAD Projection f 1 Mile 1.38E-03 Rem /Hr < 2 Miles 5.65E-04 Rem /Hr l 5 Miles 1.79E-04 Rem /Hr ( 10 Miles 7.86E 05 Rem /Hr l r 7.12.4 Emergency Action Level :
- a. Per conditions: General Emergency, Category 1, "Loss of primary system integrity and containment 1 integrity with potential for fuel damage." ;
- b. Declared: Site Emergency, Category 1, "Lea'. rate in ;
excess of available pump capacity." : I 7.12.5 Controller Actions / Emergency Organisation Response ;
- a. The emergency staff will see an increase in radiation levels in containment. The Tsc personnel should initiate EPIP 1.1 to reevaluate the emergency classification. If not already done, they may classify the event as a general i emergency based upon Category 1. Primary system leakage is ,
*1000 gna, several containment isolation lights are dim, [
and core exit thermocouples have momentarily been >700'P. ! l
- b. Upon classification of the event as a General Emergency, ;
Tsc personnel will commence onsite and offsite ! notification procedures. [
- c. If not already done, a plant evacuation will be conducted.
i
- d. Also, because of the General Emergency classification, i automatic PARS will be made to offsite agencies: Shelter i all sectors 0-2 miles and in the 5 downwind sectors from i 2-5 miles. l Os e. offsite monitoring teams, if not already out, will be dispatched.
[ t Page 103
? . . _ . -- - - . - - _ - - _ - .-.--- _. L
EP EXERCISE 09 86 Secticn 7 7.12.5 Controller Actions / Emergency Organization Response (Continued)
- f. Card _70 (1107), CONTINGENCY MESSAGE: Do not evacuate the IOF.
NOTE: If for any reason the emergency support manager decides to evacuate the EOF give him this card,
- g. Card 71 (1108 + ), CUE MESSAGE: Containment high range monitors alara NOTE: The card should be read to control room personnel. %alues are available on PPCS.
- h. Card 72 (1108 + ), CONTINGENCY l
MESSAGE: 1RE-109 and 1RE-106 alarm for PASS NOTE: Provide this cue to control room persont.el and TSC RMS operators if l containment isolation is breached to obtain RCS and containment atmosphere samples. 7.12.6 Offsite Agency Response
- a. The offsite agencies will receive and verify the notification call for the General Emergency declaration.
- b. Evaluate the protective action recommendations made by WE.
- c. If PARS are to be made to the public, the sirens will be activated (growled) and an E55 message broadcast (E55 tested).
- d. Information will be released to the public by agency FI0s at the JFIC.
Page 104
IP IXERCISE 09-88 Section 7 CARD No. 70 CONTINGENCY TIME: 1107 + MISSAGE FOR: ISM MISSAGE: Do not evacuate the 80F. The decision to evacuate the E0F may be appropriate, however, for the purpose of this drill do not evacuate. Evacuation to the AIOF is not an exercise objective, s THIS IS A DRILL CONTROLLER LUCATION: E0F Page 105
! )
! I i t r I i IP EXERCISE 09-88 i l Section 7 i CARD N0, 71 f i t i CUE J ! TIME: 1108 + a } MESSAGE FOR: Control Room Personnel MESSAGE: Radiation Alaras i. !, M-126 . I l RM-127 ! RM-128 I i ! i i
@ l i
i l THIS IS A DRILL ,
- CONTROLLER LOCATION
- Drill Control Room and TSC 1
J l l l , i i I I e 4 1 1 1 Page 106 q 1 1 . . --. --
EP EXERCISE 09-84 Section 7 CARD No. 72 CONTINGENCY l TIME: 1108 + MESSAGE FOR: Control Room and TSC RMS Operator MESSAGE: "RE-109 and RE-106" alarm. Data on the RMS and PPCS for these two monitors is no longer valid. THIS IS A DRILL C0FfROLLER LOCATION: Control Room and TSC I Page 107 f l
EP EXERCISE 09-88 7S Section 7 7.13 1113 - SI Accumulator Injection 7.13.1 Plant Conditions !
- a. Unit 1: '
- RCS leaking to containment via the PORV and pressuriter steam space leak.
- Accumulator injection covered the core as RCS pressure dropped below 700#.
- Core temperature (700*P.
- h. Unit 2:
- Steady state
- 100% power 7.13,2 Heteorological Status
- a. Wind Speed = 13 mph r
- b. Wind Direction = 470'
- c. Sigma Theta = -6' O d. Delta T/35 meters = 3'F 7.13.3 Radiological Status
- a. Alarming release path monitors 1RE-211 Containment Air Particulate 1RE-212 Containment Noble Gas
- b. Alarming area-type monitors r 1RE-102 Containment Low Range 1RE-104 Charging Pump Area Low Range (clear at ;
1420 hours) 1RE-107 Seal Table , 1RM-126 Containment High Range , 1RM-127 Containment High Range i 1RM 128 Containment High Range I i k Page 108
EP IXERCISE 09-88
/ Section 7
(
\~
- c. Projected offsite whole body dose rate (downwind centerline)
(Assumes GAP source term, one assembly damaged) NAD Projectior 1 Mile 2.39E-04 Rem /Hr 2 Miles 9.80E-05 Rem /Hr 5 Miles 3.10E-05 Rem /Hr 10 Miles 1.36E-05 Rem /Hr
- d. Projected offsite thyroid dose rate (downwind centerline)
(Assumes GAP source term, one assembly damaged) MAD Projection 1 Mile 1.38E-03 Rem /Hr 2 Miles 5.65E-04 Rem /Hr 5 Miles 1.79E-04 Rem /Hr 10 Miles 7.86E-05 Rem /Hr 7.13.4 Emereeney Action Level
- a. Per conditions: General Emergency, Category 1. "Loss of O b. Declared:
primaty system integrity and containment integrity with potential for fuel damage." Site Emergency, Category 1, "Leak rate in excess of available pump capacity." 7.13.5 controller Actions /Emeroency organization Response
- a. TSC personnel may request a post accident sample to evaluate the extent of fuel damage,
- b. During this t'ae, maintenance and operations personnel will be evaluating methods to restore $1. This should include replacing the faulty "A" $1 pump breaker with either the "B" pump breaker, Unit 2 $1 pump breaker or the heater drain tank pump breaker.
- c. Card 73 (1113), CUE i
MESSAGE: Accumulatar alaras l NOTE: This indicates to the operator that the accumulators have discharged,
- d. Card 74 (1140), CUE MISSAGE: The 22nd Street drawbridge in Two Rivers is stuck in the open position.
Page 109 I L
EP EXERCISE 09-88 f y Section 7 I \ N-7.13.5 Controller Actions / Emergency Organization Response (Continued)
- e. Card 7S (1205), CONTINGENCY MESSAGE: Declare a General Emergency.
NOTE: This card should be given to the PCM if TSC personnel have decided not to deciste a GE or if they have not reevaluated plant conditions since core uncovery occurred. The POM should be instructed to implement EPIP 1.1.
- f. Card 76 (a1220), CONTINGENCY MESSAGE: Move traffic control points NOTE: If PARS impact an area less than 10 miles distant from the plant, the controller should issue this cue selecting a distance just outside the evacuation zone.
p g. Card 77 (1225), CONTINGENCY MESSAGE: Conduct a plant evacuation. NOTES: Issue this card if the plant has not been evacuated and discussion of doing so is not in progress,
- h. Card 78 (1230), CONTINGENCY MESSAGE: Demonstrate the ability to distribute K!
to emergency workers (Manitovoc County) NOTE: This card should be issued immediately after any decision ny to distribute KI. n V Page 110
EP EXIRCISE 09-88 : g- s Section 7 s_s - 7.13.5 controller Actions / Emergency Organization Response (continued)
- i. Card 79 (1245), CONTINGENCY MESSAGE: Escalated PARS with evacuation are i required for Manitowoc County. l t
NOTES: This card is necessary to ensure that Manitowoc County gets an opportunity to ' demonstrate objectives related to public L evacuation. This card should be provided f to the ISM if protective action ! recommendations do not include evacuation. i t i 7.13.6 Offsite Agency Response
- a. offsite agencies will continue to receive notificatica calls and evaluate WE's PARS.
- b. State of Wisconsin field monitoring teams will be dispatched,
- c. Manitowoc and Kevaunee counties will man EPZ traffic l control points.
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I l l l { I i I l Page ill 4 i i l l
. _ _ _ _ _ . . , _ , , . _ _ _ __. _ .. _ __..__.__.___________ _ _ _ ,_.____... _._-_-_~
r_ - _ - - _ _ - - - - - - _ _ - - - - _ _ _ _ _ _ _ _ _ _ _ - - - _ _ _ - - - - - - - - _ _ . - - - - _ _ _ _ _ _ _ _ _ _ _ _ _ - _ __ _ _ _ _ - - _ _ _ _ _ - - - - _ _ . _ _ _ l IP IXIRC!st 09-84 ' Section 7 l CARD No. 73 ! CW { TIME: 1113 j i MESSAGE FOR: Control Room ! E MIS $ AGE: C01 [ i "Unit 1 Accumulator "A" Pressure Hi-Lo" alarm ! k "Unit 1 Accumulator "B" Pressure Hi-Lo" alarm p i
"Unit 1 Accumulator "A" Level Mi-Lo a alarm f
"Unit 1 Accumulator "B" Level Hi-Lo" alarm i
I L i f i THIS !$ A DRILL CONTROLLER LOCATION: Drill Control Room Page 112 l
IP IXERCIst 09-88 Section 7 CARD No. 74 CVI TIME: 1140 MESSAGE FOR: Sheriff's Dispatch MESSAGE This is a drill. The 22nd Street drawbridge on State Highway 42 in Two Rivers has stuck in the open position. Repairs are likely to take 3-4 hours. You just received this call from the Two Rivers Police Department. THIS IS A DRILL CONTROLLER LOCATION: County IOC Page 113
i l i EP IXERCISE 09-48 Section 7 ' j i j CARD No. 75 l t
- CONTINGENCY !
4 TIME: 1205 l l t i MESSAGE FOR: POM j l i J MESSAGE: "Declare a General Emergency based on Category 1 abnormal primary l
-l leak rate." 't j Although you may not agree, this declaration is necessary for i .1 i demonstration of certain onsite and offsite objectives, f I '
i : i l i i [ J f 4 i )
- THIs Is A DaILL J ,
CONTROLLIA LOCATION:
. TSC i
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a j j Page 114
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4 , i IP EXERCISE 09-44 f Section 7 j i ! CARD NO. 76 I CONTINGENCY . 6 l TIME: N1220 i i ) 4 MESSAGE FOR: Director of Police Services I MESSAGE: Although you may not agree, for the purposes of this drill, move
! l the traffic control points to just outside miles from the l i
) plant. l i' h i 3 { 1
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i i l 4 6 l THIS IS A DRIL1, l f C00ffROLLER LOCATION: Manitowoc IOC 4 Page 115
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t EP EXERCISE 09-88 Section 7
- j CARD NO. 77 CONTINGENCY TIME: 1215 ,
l 2 N" ', A- " POM [ t Niedi '- Conduct a plant evacuation. ; l Although you may not agree, this is necessary to assure ; j demonstration of certain onsitt exercise objectives. { r I i i t t t , t , i l ! 1 THIS IS A DRILL CONTROLLER LOCATION: TSC I I I l l 1 f Page 116
E
, EP EXERCISE 09-88 Section 7 CARD NO. 78 CONTINGENCY TIME: 1230 MESSAGE FOR: County Board Chairman MESSAGE: This is a drill.
Although you may not agree, for the purpose of this excercise ! demonstrate that KI can be distributed to emergency workers. i l, L i 1
- i l
! r l ! r 1 THIS IS A DRILL l l I l CONTROLLER LOCATION: Mar.itovoc EOC } l l I ! i i I c i i I
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i ! I ( ! I l ! I l Page 117 [ i
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f b EP EXERCISE 09-88 f'~' Section 7 , t CARD NO. 79 CONTINGENCY TIMI: 1245 i' ] MESSAGE FOR: ESM MESSAGE: Although you may not agree, recommend, at a minimum, evacuation 1 of all sectors out to 2 miles. Escalated FARs which include evacuation are required for Manitowoc j County to demonstrate certain exercise objectives. 4 i I l l THIS IS A DRILL CONTROLLER LOCATION: EOF t 1 i i I i I i l l l'
, Page 118
EP EXERCISE 09-88 3 Section 7 7.14 1250 - Simulated House Fire Within the Evacuated EPZ and Other Events 7.14.1 Plant Conditions
- a. Unit 1: NA
- b. Unit 2: NA 7.14.2 Meteorological Status
- a. Wind Speed = 9 mph
- b. Wind Direction = 473*
- c. Sigina Theta = -4'
- d. Delta T/35 meters = .5*F 7.14.3 Radiological Status
- a. Alarming release path monitors
- Not germane to this event
- b. Alarming area-type monitors
- Not germane to this event 7.14.4 Emergency Action Level
- a. Per conditions: General Emergency, Category 1, "Loss of Primary System Integrity and Containment Integrity With Potential for Fuel Damage."
- b. Declared: General Emergency, Category 1, "Loss of Primary System Integrity and Containment l Integrity With Potential for Fuel Damage."
l Page 119
EP EXERCISE 09-88 i f'" Section 7 ( 7.14.5 Controller Actions / Emergency Organization Response
- a. Card 80 (1250), CUE MESSAGE: House fire at 6511 Nuclear Road NOTES: The controller at the SBCC should issue this card after the public evacuation has been ordered. Assure that PBK. personnel call the Manitowoc Sheriff to report the fire.
The controller at the Manitowoc County E3C should assure that the dispatcher understands that this is a drill. Fire department response need not be simulated,
- b. Card 81 (1300), CUE MESSAGE: PBNP employee attempts to report to the plant via a Manitowoc County roadblock.
If you need assistance locating a manned roadblock, call the controller at the EOC. l
- c. Card 82 (1300), CONTINGENCY l
l MESSAGE: Send out a repair /reentrf/HP/ Maintenance team. l I NOTE: If a team is not/will not be in the plant l at 1325 to allow for an injured man, this card should be given to the Operations support director. The controller will have to keep aware of what activities teams have responded to and then decide which activity the team should be sent out for. Likely repair evolutions includes repairs / replacement of the SI pump breaker in the PAB, 4160 switchgear and Number 1 pipeway inspection / repair / cleanup.
- d. Card 83 (1300), CONTROLLER INSTRUCTION MESSAGE: Materials required for simulating injuries.
NOTE: Make arrangements to have clean clothing available at the TRCH. O Page 120
[. EP EXERCISE 09-88
, p Section 7 7.14.5 Controller Actions / Emergency Organization Response (Continued)
- e. Card 84 (1325+), CUE MESSAGE: Milk truck within the evacuated area has stalled and is unable to be restarted.
NOTE: Issue after a public evacuation has been ordered. An evacuee to the reception center can issue this cue. 7.14.6 offsite Agency Response Manitowoc County EOC will coordinate the fire department response. The response may involve monitoring worker exposure or a decision to allow the building to continue burning. l l l l { \ l r Page 121
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91 EP EXERCISE 09-88 Section 7 CARD NO. 80 ) i ' CUE i TIME: 1250 e
; MESSAGE FOR: Security Guard at SBCC MESSAGE: This is a drill.
You just noticed that the home at 6511 Nuclear Road has smoke i seeping through the roof and attic vents. It appears to be on I fire. Report these observations to the emergency support manager. I i f i 1 i >
- r i !
! THIS IS A DRILL i L h l CONTROLLER LOCATION: SBCC and Manitowoc EOC l i t ! i i l L l I ! L -I r ! E i I j Page 122 i I 5
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i 1 1: EP EXERCISE 09-88 h j Section 7
* [
[ CARD NO. 81 { CUE TIME: 1300 , MESSAGE FOR: Sheriff officer or highway dap2.tment at roadblock i r
- MESSAGE: This is a drill, t t " 'l
" is an employee at PSNP and is attempting '
r j to report to the plant. Should we allow him access?" ! This is a drill. I a I I 1 I l l i l i I J 1 I ! 4 h i I i { THIS IS A DRILL E' ! CONTROLLER LOCATION: At manned roadblock i i
- i. i i i i
I l t i l i ! I i l I i f I l ! l I I 1 l I [ l Page 123 I ( t
_ = . . . . . . -. ._ _ - EP EXERCISE 09-88 I Section 7 i CARD No. 82 l i CONTINGENCY j TIME: 1300 , MESSAGE FOR: Operations Support Director MESSAGE: Send out a team to . Although you may not think it is necessary, this is necessary to demonstrate certain exercise objectives. THIS IS A DRILL CONTROLLER LOCATION: Operations Support Center Page 124
EP EXERCISE 09-88 Section 7 CARD NO. 83 CONTROLLER INSTRUCTION TIME: 1300 MISSAGE FOR: Controller playing injured man MESSAGE: 1. Wear an old T-shirt and swim trunks.
- 2. Begin applying wound moulage.
Moulage to include: Compound fracture of the lower arm, head wound, blood for arm fracture, i 3. Dress in clothing appropriate for the team. If it is a l controlled side team, wear at a minimum l l Single coveralls ! Plastic shoe covers surgical cap THIS IS A DRILL CONTROLLER LOCATION: OSC/ Checkpoint Charlie Page 125 ;
EP EXERCISE 09-88 Section 7 CARD NO. 84 CUE TIME: __ 1325+ MESSAGE FOR: County Ag MESSAGE: This is a drill. I'm a milk hauler for Lake-to-Lake Dairy. I was picking up milk at the Smith farm at Nutlear Road and 42 when the sirens went off. I could not get my truck started. I evacuated with the Smiths. When can I get my truck, what should I do with the milk? l THIS IS A DRILL l CONTROLLER LOCATION: Manitowoc County EOC or Roncalli High School Reception Center. l l Page 126
d EP EXERCISE 09-88
- Section 7
) 7.15 1330 -
OSC Team Member is Injured i 7.15.1 Plant Conditions
- a. Unit 1: .
- RCS continues to leak to containment via the PORV and presst.rizer steam spice leak.
- b. Unit 2: .
- Steady state !
- 100% power 7.15.2 Meteorological Status ,
- a. Wind Speed = 9 mph
- b. Wind Direction = 464*
=
- c. Sigma Theta = -12' i
- d. Delta T/35 meters = .7'F 7.15.3 Radiological Status ;
i
- a. Alarming release path monitors j i 1RE-211 Containment Air Particulate l
1RE-212 Containment Noble Gas i
- b. Alarming area-type monitors 1RE-102 Containment Low Range i 1RE-104 Charging Pump Area Low Range (clear at ;
_ 1420 hours) 1RE-107 Seal Table f 1RM-126 Containment High Range , 1RM-127 Containment High Range j 1RM-128 Containment High Range ! 7.15.4 Emergency Action Level ! a. Per conditions: General Emergency, Category 1, "Loss of Primary System Integrity and Containment Integrity With Potential for Fuel Damage." ; i
- b. Declared: General Emergency, Category 1, "Loss of !
Primary System Integrity and Containment Integrity With Potential for Fuel Damage." i Page 127 9
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EP EXERCISE 09-88 t'^ Section 7 w/ 7.15.5 Controller Actions / Emergency Organization Response
- a. One member of an OSC team is injured. The OSC controllers should be coordinating among themselves who is to be injured and where.
- b. EPIP 11.2, "Injured Person's Immediate Care," and EPIP 11.3, "Hospital Assistance" will be implemented by the OSC. The call to "911" should not be simulated.
- c. Card 85 (1330 + ), CUE MESSAGE: Victim's injury NOTES: Symptoms are as described. Observe for proper first aid treatment and modify symptoms and behavior in response to effective treatment.
A controller may take the place of the victim for the duration of the exercise. The player can depart the exercise and return to his normal work station. O' RESPONSE: 1. Control bleeding of the head and 1 arm. (Direct pressure and pressure point.)
- 2. Keep broken bone ends and adjacent joints from moving (splinting, if victim is moved.)
- 3. Treat for shock by:
1
- keeping the victim laying down
- the victim should be covered >
1 enough to prevent the body from ]. loosing heat.
- fluids should not be administered if medical attention can be obtained within an hour.
O Page 128
EP EXERCISE 09-88 Section 7 UN 7.15.5 Controller Actions / Emergency Organization Response (Continued)
- d. Card 86 (1330 + ), CONTINGZNCY MESSAGE: Do not simulate calls related to the medical emergency NOTE: If the DSS or Operations support director or designee decides to simulate these calls, read this card,
- e. Card 87 (1330 + ), CONTINGENCY MESSAGE: Assign drill name to injured man.
NOTE: Issue this cue after the name of the victim has been determined,
- f. Card 88 (1330 + ), CONTINGENCY MESSAGE: Simulate calls to injured man's family.
NOTE: Issue this card when players have (T
' '/ . determined that the family of the injured man should be notified.
- g. Card 89 (1330 + ), CONTINGENCY MESSAGE: Vehicle search NOTE: Issue this card to assure that the ambulance is actually searched prior to site entry.
- h. Card 90 (1330 + ), CONTINGENCY MESSAGE: Issue dosimetry and necessary PCs to ambulance personnel, i NOTES: Issue this contingency if it appears l that ambulance personnel are being
! granted site access without being issued dosimetry and appropriate protective clothing. 1 Page 129
EP EXERCISE 09-88 s g Section 7 7.15.5 Controller Actions / Emergency Organization Response (Continued)
- 1. Card 91- (1330 + ), CONTINGENCY MESSAGE: Perform a normal controlled side exit NOTE: Issue this card to the injured person and rescue team to ensure that the players actually frisk out and log SRD readings.
Drill play should be suspended during this evolution.
- j. Card 92 (1330 + ), CONTROLLER INSTRUCTION MESSAGE: Victim's condition NOTE: If the victim is injured on the controlled side. Assume that he is contaminated (N10,000 cpm > background). Two decontamination efforts will remove detectable contamination,
- k. Card 93 (1330 + ), CONTINGENCY MESSAGE: Document HP surveys NOTE: Ensure actual surveys are performed and documented for the following areas:
Ambulance, pathway from ambulance to NFAR and the NFAR. If necessary, assure that the ambulance
- is ready for unrestricted release as i soon as possible.
l i 1. Card 94 (1420), CUE i NESSAGE: 1RE-104 alarm clears
- m. Card 95 (1425), CUE
! HISSAGE: "PRT temp hi" alarm clears f r n. Card 96 (1430), CONTINGENCY l ! MESSAGE: Request federal assistance through FEMA. NOTE: Requesting federal assistance is an objective to be demonstrated by the state; to ensure that it is demonstrated this card should be provided to the State DEG if they have not yet requested federal assistance. Page 130
-,--r-- ,-y yr y-m--q v. y,--g+ y-_
l EP EXERCISE 09-88 Section 7 7.15.6 Offsite Agency Response
- a. Manitowoc and Kewaunee Evacuation Reception Centers have been activated.
- b. Protective action decisions for Mishicot school children have been implemented. This may include sheltering, early dismissal or no action.
- c. Congregate care facilities are activated in Manitowoc and Kewaunee Counties.
- d. Upon receipt of the call regarding the injury. The Manitowoc County dispatcher should call for the Mishicot area ambulance service to respond.
- e. Mishicot ambulance service will respond to the plant.
- f. Two Rivers Connunity Hospital will prepare to receive the injured man. If he is contaminated, the nuclear first aid room will be activated.
O Page 131
EP EXERCISE 09-88 g Section 7 (> CARD No. 85 CUE TIME: 1330 + MESSAGE FOR: Injured man MESSAGE: You have just become injured. Your condition is as follows:
- 1. You are conscious and in considerable pain.
- 2. You have suffered a laceration of the forehead. The wound is bleeding considerably. Direct pressure is effective in controlling bleeding.
- 3. You have also suffered a compound fracture of the right lower arm. The wound is bleeding considerably. Direct pressure and use of a pressure point are effective in controlling bleeding. You should resist any attempts by rescuers to move you.
- 4. Symptoms of shock
- a. Early - skin is pale, bluish, cold, moist and clammy
- breathing is irregular
- you may retch and vomit
- complain of thirst Symptoms should stabilize if proper treatment is provided
- b. Late stages - become apathetic and unresponsive
- you may pass in and out of consciousness THIS IS A DRILL CONTROLLER LOCATION: With injured man Page 132
tr 4 EP EXERCISE 09-88 Section 7 1 CARD NO. 86 { l CONTINGENCY ! + TIME: 1330 + 4 1 MISSAGE FOR: Operations Support Director '
-l l
MESSAGE: Do not simulate calls related to the medical emergency. Make all ! as directed by the procedure. ! i ! !i !
)
l
- L
, r j i l l l i I i i ! I b k l l l THIS IS A DRILL i i l 1 CONTROLLER LOCATION: OSC 6 i I' 1 l I
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I. i EP EXERCISE 09-88 !' i Section 7 i f~ 1 CAPD NO. 87 L CONTINGE' "Y .i TIME: 1330 + ! l MESSAGE FOR: PON or DSS ! MESSAGE: Injured man #1 f
- Real Names l l i
Drill Names j i
- Use personnel records for this person. '
THIS IS A DRILL CONTROLLER LOCATION: Control Room or TSC Page 134
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i' EP EXERCISE 09-88 ! Section 7 l l 3 CARD NO. 88 ! CONTINGENCY TIME: 1330 + i j NESSAGE FOR: POM/DCS i ll MESSAGE: Simulate calls to injured man's family.
- )
2 i~ s i .i I i i I THIS IS A DRILL l s } i CONTROLLER LOCATION: Control /TSC/JJZ office l i i I l i Page 135
EP EXERCISE 09-88 Section 7 CARD NO. 89 CONTINGENCY TIME: 1330 + MESSAGE FOR: South Gate Security Guard rESSAGE: Complete a normal vehicle inspection of the Mishicot Ambulance as required for entry to the protected area. l THIS IS A DRILL j CONTROLLER LOCATION: South gatehouse i I l l Page 136
EP EXIRCISE 09-88 Section 7 O CARD NO. 90 CONTINGENCY TIME: 1330 +_ MESSAGE FOR: South Gate Security MESSAGE: Issue dosimetry and protective clothing to ambulance personnel according to your procedure. If the ENrs are to enter the controlled zone issue packets containing protective clothing. THIS IS A DRILL j CON' ROLLER LOCATION: South gatehouse l i t i l 1 ) l l Page 137 l l
I EP EXERCISE 09-88 Section 7 CARD No. 91 l 1 CONTINGENCY i i TIME: 1330 + l MESSAGE FOR: Victim and Rescue Team MESSAGE: Prior to exiting the controlled zone, terminate drill play and perform a normal controlled side exit, then resume drill play. THIS IS A DRILL CONTROLLER LOCATION: With victim. l Page 138 i L . .. -.-
EP EXERCISE 09-88 [~~T Section 7 N.h CARD NO. 92 CONTROLLER INSTRUCTION TIM 2: 1330 + MESSAGE FOR: Responders giving first aid and medical care MESSAGE: 1. Use the table below to report the victim's condition throughout the drill.
- 2. The victim's condition will stabilize if appropriate treatment is provided.
VITAL SIGNS Assuming No Treatment
+ 30 min. + 45 min. + 90 min.
Pulse Detectable Rapid
- de ec rist Breathing Detectable Rate increased Shallow Irregular Irregular Blood Pressure 150/90 120/80 110/70 Very low l
Temperature Normal Coole Coole j Cool + 1 Skin Flushed Pale Bluish 1sh Clammy Clawny l Mottled Bleeding ** (head) Steady ** Steady ** Steady ** Draining Draining Draining Seeping Bleeding ** (arm) Flowing ** Flowing ** Flowing ** Seeping Conscious Yes Yes In and out No Pupils Normal Normal Dilated Widly dilated
- Detectable only at the carotid (neck) or femoral (groin) arteries.
** Bleeding can be controlled by proper treatment.
THIS IS A DRILL CONTROLLER LOCATION: With victim Page 139
l EP EXERCISE 09-88 Section 7 CARD NO. 93 CONTINGENCY TIME: 1330
- MESSAGE FOR: HP Dispatched to TRCH MESSAGE: Document HP surveys.
The potential for actual contamination is real. Document actions, surveys, etc. appropriately. l l l THIS IS A DRILL l l CONTROLLER LOCATION: TRCH/NFAR I l \ l 1-Page 140
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y.. li l I 1 i EP EXERCISE 09-88 4 i Section 7 I 4 l CARD No. 94 CUE i I i
- j. TIME: 1420 ;
I
- MESSAGE FOR: Control Room and TSC 1
j MESSAGE: 1RE-104 Alarm Clears 1 I t 1 4 t I I i ! l @ ! l THIS IS A DRILL I CONTROLLER LOCATION: Drill Control Room and TSC , l l l l 1 i i 1 Page 141
7, o ; ? ! ! EP EXERCISE 09-88 i i : Section 7 I i ]: -- 9 CARD No. 95 l 6 3 :
- CUE !
1 TIME: 1425 : l ! MESSAGE FOR: Control Room
-i i MESSAGE: "
PRT temperature hi" alarm clears ; i i I i i ! i i ! I ' i l . ! t I i i 1 4 1 i i r l i i E THIS IS A DRILL ! i, . - ( CONTROLLER LOCATIOM: Drill Control Room t l l i i i i i e ! I ( t a l l
@ I
! k Page 142 L i. My w - ,w. -,-v- r--- - - , ,- _ - _-._._--m.---- ---- - 2 --- .--.
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s EP EXERCISE 09 *8 i Section 7 i t i CARD No. 96 ! l CONTINGENCY TIME: 1430 ! i MESSAGE FOR: State of Wisconsin DEG j MESSAGE: Although you may not think it is necessary, request federal f assistance through FEMA, in order to demonstrate certain exercise objectives. ! 1 [ i THIS IS A DRILL CONTROLLER LOCATION: State E0C Page 143
EP Ed2RCISE 09-88
/~'N Section 7 y
7.16 1700 - Exercise is Terminated 7.16.1 Plant Conditions fin germane to this event 7.16.2 Meteorological status , t Not germane to this event : 7.16.3 Radiological Status Not germane to this event 7.16.4 Emergency Action Level !
- a. Per conditions: General Emergency, Category 1, ".- of .
Primary System Ihtegrity and ( 1.r. ment Integrity With Potential for . Damage."
- b. Declared: General Emergency, Cat 9 gory 1, "Loss of Primary System Integrity and Containment .
Integrity With Potential for Fuel Damage." () 7.16.5 Controller Actions / Emergency organization Response Secure from the exercise, return all facilities to l l their pre-drill condition. 7.16.6 offsite Acency Response Secure from exercise, return all facilities to their pre-drill condition. d 7.16.7 Controller Response i r
- a. Card 97 (1500), CONTROLLER INSTRUCTION f i
MESSAGE: Check with IOCs regardit.g exercise I te rmina tion. l r
- b. Card 98 (1700), CONTINGENCY ,
1 t MESSAGE: Calculate total population exposure ! l NOTE: This card should be given to the rad / con , vaste manager if he has not yet calculated ; total population exposure when it is time fs to secure. l Page 144
i EP EXIRCISE 09-88 ! Section 7 7.16.7 Controller Response
- c. Card 99 (1700), Colff!NGENCY I MESSAGE: CR secure from exercise, r
- d. Card 100 (1700), CONTINGENCY MES$ AGE: TSC/OSC secure from exercise.
- e. Card 101 (1700), CONTINGENCY MESSAGE: EOF secure from exercise,
- f. Card 102 (1700), CONTINGENCY MESSAGE: Announce exercise termination. !
- g. Card 103 (1700), CONTINGENCY f i
MESSAGE: JFIC secure from exercise. NOTE: Insure that a final news briefing is l conducted describing sources of continued i information had the event been real. t r e I [
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l { i i I Page 145 ; l
EP EXERCISE 09-88 Section 7 CARD NO. 97 CONTROLLER INSTRUCTION TIME: 1500 MESSAGE FOR: Main Controller MESSAGE: After determining that on-site objectives have been met, check with controllers at
- Manitowoc EOC
- Kewaunee EOC
- Madison EOC to determine when they expect to be ready to secure from the drill.
Upon receipt of concurrence from all parties, implement cues with time 1700 for exercise termination, i THIS IS A DRILL l . l CONTROLLER LOCATION: TSC I i i l i i i l l Page 146 ) l
'EP EXIRCISE 09-88 Section 7 CARD NO. 98 CONTINGENCY TIMrs 1700 MESSAGE FOR: Rad Con Waste Manager MISSAGE: Calculate the total population exposure. This is required to demonstrate certain exercise objectives.
i T!!IS IS A DRILL CCNTROLLER LOCATION: EOF Page 147
o IP IXIRCISE 09-88 Section 7 CARD NO. 99 CONTINGENCY TIME: 1700 MESSAGE FOR: DSS MESSAGE: 1. Secure from the exercise when the site manager indicates that information from the control room is no longer required to complete exercise activities,
- 2. A player "minicritique" will be held in the TSC following exercise termination. Be sure that control room drill players are represented at that critique.
l l l l l l j THIS IS A DRILL i i CONTROLLER LOCATION: Drill Control Room 1 i l 1 i i i I i l Page 148 l l
EP EXERCISE 09-88 Section 7 CARD NO. 100 CONTINGENCY TIME: 1700 MESSAGE FOR: Site Manager MESSAGE: 1. The control room will not secure without your permission.
- 2. All personnel except those required to communicate with the EOF may secure from the exercise. When the IOF no longer needs information from the TSC, all personnel can secure.
- 3. Conduct a "minieritique" with TSC/OSC exercise players. Invite players from the drill control room. Identify strengths, problems and "areas for improvement."
- 4. Return all onsite facilities to their pre-drill condition.
- 5. A post-drill critique will be conducted in the front conference room at about hours at which time you will summarize the "minicritique."
CONTROLLER LOCATION: TSC Page 149
1 EP EXERCISE 09-88 Section 7 (-'s N CARD NO. 101 CONTINGENCY TIME: 1700 NESSAGE FOR: Emergency Support Manager and Offsite Health Physics Director MISSAGE: 1. The TSC will not secure without your permission.
- 2. All personnel, except those required to communicate with JPIC may secure from the exercise. When the JFIC no longer needs information from the 10F, all personnel may secure.
- 3. Notify offsite agencies of drill termination.
- 4. Conduct a "minieritique" in your facility. Discuss strengths, problems, and "areas for improvement."
- 5. Return the EOF /SBCC to its original, pre-drill condition.
- 6. A post-drill critique will be held in the PBNP front conference room at about hours. At that time you can summarize the
( "minicritique." CONTROLLER LOCATION: SBCC Page 150
IP EXERCISE 09-88 Section 7 CARD No. 102 CONTINGENCY TIMI: 1700 MISSAGE FOR: Site Manager MI$ SAGE: Using Gai-tronics announce "Attention all personnel, Attention all personnel r The Emergency Plan exercise has been terminated, f i The Emergency Plan exercise has been terminated." ! 5 F l f i t I r THIS IS A DRILL ! i ( CONTROLLER LOCATION: TSC i t i i i t { I i Page 151
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EP EX2RCISE 09-88 Section 7 CARD No. 103 CONTINGENCY TIME: 1700 NESSAGE FOR: JPIC Directnr MISSAGE: 1. Begin to secure from the exercise.
- 2. A final news briefing should be conducted to discuss sources of followup information and recovery activities if the event had been real and was to continue.
- 3. Return the JPIC to its pre-drill condition.
- 4. Conduct a "minieritique" with drill players. Develop a list of strengths, problems and "arens for improvement."
- 5. A post-drill critique will be conducted in the front conference room at the plant for major drill participants at about hours. You can present the findings of your minieritique at that time.
CONTROLLER LOCATION: JPIC i i i i l l l Page 152 l
l EP EXERCISE 09-88 O Section 8 l 8.0 PUBLIC INFORMATION
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I i ! t I ! l E r I i l 1 9 4 , }, 8.0 PUBLIC INFORMATION l. e f j 8.1 Media Calls to the Media Hotline f 8.2 Calls to the Telephone Group and operators j ( 8.3 Employee Calls to Various Company Locations l l
. 8.4 Public calls to the JPIC Information Hotline }
I { l 8.5 Public Information Message Cards 6 4 q . i d h I i i i 1 i i i i ! i < i I l 1 ! 3 i i l 2 > I i l {, t I 1-1 l 1 1 i o 6 I r _ . . . _ . - -.--,nm
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POINT BEACH NUCLEAR POWER PLANT l PUBLIC INFORMATION t n INTRODUCTION , A significant aspect of emergency response is providing news media and the public with accurate and timely information about the accident. The public's perception and reaction are influenced by the information relayed to them. , certain elements within the exercise will test the Public Information response ! to ensure Wisconsin Electric Power Company is prepared for an emergency at Point Beach Nuclear Plant (PBNP). The Joint Public Information Center (JPIC), including rumor control will be activated and fully exercised. Preselected individuals will pose questions to players as concerned citizens, t employees, members of the legal and financial communities, government officials, , and as members of the media. A name and media outlet (print or electronic) should be used when acting as media. The following pages include questions for callers to test public information activities. Each list of questions if grouped by time in relation to specific events in the Exercise Scenario. Free play by callers is encouraged. Always precede call-in questions with "This is i a Drill." t 4 If you are playing a reporter at the JPIC, free play question based on the l J information given during the briefings are encouraged. Additionally, questions i about Wisconsin Electric Power Company, the state or counties, background on ; 4 PBNP, radiation, protective actions, etc. can be asked. I l.
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O EP EXERCISE 09-88 Section 8 8.1 Media calls to the Media Hotline CADTION: PRECEDE AND FOLLOW ALL CALLS WITH THE STATEMENT "THIS IS A DRILL." CALL: 221-4444 TIME QUESTIONS 0730 1. This is Bob Jones, WCUB radio, just checking in regard to Point Beach. Is one unit down for refueling? When is the next refueling? I know this has been one of the nation's most reliable plants--why is that? Let's do some audio for my next news show. 0300 2. Manitowoc Herald-Times calling. What's happening at the Point Beach Nuclear Plant? We have a report of a problem.
- 3. Is Unit 1 operating? If not, why not?
- 4. Was the unit shut down automatically? If not, why not?
- 5. Was the reactor out of control?
- 6. This is Gene Mueller of WKTI radio, Milwaukee. You're live with Reitman and Mueller and our seven listeners. You're just trying to liven up the dog days of sunener, right? There's not an emergency up at Point Beach, is there? Is my family in Sheboygan safe? Give us an update, please.
- 7. This is the Associated Press in Milwaukee. Our station in Manitowoc tells us there's a problem at Point Beach Nuclear Plant. What can you tell us? Can we send a reporter to the plant?
- 8. I'm Frank Mills from the Dow Jones News Service--Wall Street Journal. four stock has been up lately, but this will probably send it tumbling on the market today. You've had a good safety record at Point Beach but was this accident just a matter of time?
- 9. I'm Kevin Rookie, the intern at WNFL radio in Green Bay. I'm doing the news today and I need a description of how a nuclear l plant works and what went wrong. Our listeners are wondering if they should evacuate. ,
- 10. This is Paul Hayes of the Milwaukee Journal, on deadline for the early edition. I need a quick quote from an officer about this accident, and some technical detail on what happened. Who can I ,
i talk to? Is Sol Burstein there? Bud Fay? i P } Page 2
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EP EXERCISE 09-88 Section 8
- 11. This is Tom Luljak of WTMJ-TV. We're sending a copter and crew up to the plant. Where should we land? Who can we talk to up there?
- 12. WHBY in Appleton calling. Let me talk to Rick Janka please. I need a quick rundown of the accident sequence for our listeners.
Let's go live in 5 seconds .. 5, 4, 3, 2, 1: Please tell our listeners just what's happened at Point Beach and what's the current situation.
- 13. Who's to blame for this accident?
- 14. Is this going to get worse? When will you know?
- 15. Has the NRC been notified? What about the state? What's the plant status at this moment? What's the emergency level at the plant?
0930 16. CBS, New York, this is Douglas Edwards Jr. How close is the plant to Minneapolis? Lake Superior? Is this going to affect the lakes in Minnesota? What's an ALERT declaration mean?
- 17. Jerry Taff from WISN, Milwaukee. Can I do a live shot at 5 from outside the plant? How close can I get? We want to talk to someone up there, not in Milwaukee, for our noon news--who should we see? Is it dangerous?
- 18. WOMT radio, Manitowoc. Are there any emergency centers set up by the county or state or WE? Where are they? Can we check in there? When will there be someone up here to talk to us live?
Can we do a quick tape situationer please, I'm rolling tape now ...
- 19. Once you tripped the reactor, shouldn't everything have just cooled down automatically? What's the problem?
- 20. At what time were offsite agencies notified?
- 21. What emergency facilities away from the plant is WE operating?
1030 22. Calling for NBC, New York, for our noon network update. Are there indications of radiation where it doesn't belong in the plant?
- 24. This is INPO (Institute of Nuclear Power Operations) calling for an update on the Point Beach situation. Who can we speak with so we can advise others in the industry of conditions there?
1115 25. WISN Radio Milwaukee. We're live with (insert PI name) of Wisconsin Electric Power Co. who has an update on the situation at the Point Beach Nuclear Plant, where a nuclear accident this morning threatens to spread a radioactive cloud across much of east-central Wisconsin. What's the situation at this moment? Page 3 ; J
EP EXERCISE 09-88
] Section 8
- 26. What's the emergency classification? (If now a site emergency, what led to that declaration?) (If not, ask for general status.)
- 27. WCUB, Manitowoc. I've just talked to a plant employee who reports that his brother, working at the plant told him some kind of missile inside the plant has damaged equipment and created holes in containment, which is supposed to keep radioactivity inside.
Is that correct? Are there terrorists inside? How did the missile get there?
- 28. Is radiation escaping from containment? Will you be ordering people to leave the area?
- 29. Frank Taylor, Ph.d, New York Times Energy reporter here. What's the leak rate of the reactor coolant system at Point Beach? My NRC source says you're not getting safety injection into the coolant system. Why not?
1200 30. CUB Radio, Manitowoc. What do you know about evacuation orders or plans? If you can't tell me, who can?
- 31. This is Joan Miller. I farm just up the road from your plant and I thought I heard some sirens going off. What's happening? Do you work at the plant? My radio is broken so I haven't heard any news.
, 32. This is WBBM, all-news radio in Chicago. Could you give me a quick 20-second soundbite on the situation at your nuclear plant?
l OK? Let's go with it. , 33. How dangerous is it? How much radiation has escaped? i 34. Isn't your plant the same as the Commonwealth plant in Zion, Ill.? l Have they been notified of this accident?
- 35. We've heard reports of a missile penetrating your containment.
Have you captured the terrorists? Are they holding hostages? How did they get past your security forces?
- 36. What protective actions have been initiated for residents?
- 37. Ray Waiter, WHBY radio, Appleton. I need an answer quickly l please--how much radiation are you releasing and how dangerous
, is it?
- 38. Is this going to affect power supplies in Appleton? What about your customers elsewhere in Wisconsin and Michigan?
l i i Page 4
m EP EXERCISE 09-88 [ ) Section 8 (/
- 39. Should children be given potassium iodine? Where is it available?
- 40. What are the requirements for a general emergency being declared?
What led to the declaration this morning, exactly? Should it have been declared sooner? 1330 41. Paul Joseph, meteorologist for Channel 4 in Milwaukee, calling to ask about fallout. I'm forecasting rain and I suspect that will increase radiation readings on the ground up there. What are your calculations? What do you show for wind speed and direction?
- 42. This is Carl Carlson of the Wall Street Journal calling from our Chicago bureau. We're putting together tomorrow's paper and wonder if you think you'll have this emergency under control in time for our 4:30 deadline?
- 43. Your stock is down 12 points in heavy trading today--what's your response to that?
- 44. What kind of liability prcblems to you expect growing out of this? What's your insurance coverage?
- 45. Point Beach and the industry have had problems with steam (A
'v} generator tube corrosion. Is that connected to this accident?
Have you figured out yet why tiie reactor didn't automatically trip?
- 46. WCUB again, live this time at the scene of the 22nd St. drawbridge in Two Rivers, which has failed in the open position. What are the alternate evacuation routes?
- 47. This is the Two Creeks fire department dispatcher. I got your number from the radio station reporter and didn't know who else to call. We've got a house fire inside the evacuation zone and need to know whether it's safe to go in there. Is it?
1415 48. This is Ted Smith. I'm Tom Brokaw's researcher for the Nightly News. He's putting together tonight's lead story and needs to set up a live remote interview at our NBC affiliate in Milwaukee for 5:30 your time. Who can you have for us?
- 49. Quincy Dadisman, Milwaukee Sentinel. I've got several questions for my interpretive piece. Who can I talk to?
- 50. What precipitated the accident? Which systems failed to work properly, and why?
\
d Page 5
rN EP EXERCISE 09-88 ' Section 8 (G)
- 51. Was operator error involved? How much radioactive water was released into containment and how "hot" was it? P
- 52. Why was the gas bottle on the welding rig not secured better?
- 53. Was containment integrity breached or not? Why did it take so long to startup safety injection?
- 54. How much of a release was there to the environment?
- 55. Mark McLaughlin, News 4 medical reporter. I'm at Two Rivers Community Hospital awaiting the injured employee. Who is it and what happened to him? Is he contaminated?
- 56. What facilities are available to treat people who are contaminated? Are other patients in tne hospital at risk? Who can I talk to at the hospital? They don't want to talk to me.
- 57. WONT, Manitowoc calling. I understand several of the sirens didn't work. Which ones, and what are you doing (did you do) to notify residents in the areas of any non-working sirens?
- 58. Once you declare a general emergency, what about the non-essential workers who are still on site? Are they evacuated? How? Aren't their cars contaminated?
- 59. What's your customer demand today? Where are you getting the electricity if Point Deach is shut down? How much more expensive will it be?
- 60. When did you recommend evacuation to the state? What took so long?
- 61. This is Morton Downey. I do a TV talk show and I'd like your j Point Beach plant manager to be on with me to discuss the i accident. Would tomorrow evening be okay? We'll pay his air fare a;.d expenses to New York City. If he can't do it, perhaps one of your PR people could join us?
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EP EXERCISE 09-88 Section 8 [mV} 8.2 Calls to the Telephone Group and Operators CAUTION: PRECEDE AND FOLLOW ALL CALLS WITH THE STATEMENT "THIS IS A DRILL." CALL: 221-3333, 221-3700, 221-2345 TIME QUESTIONS 0900 1. This is the Wall Street Journal in New York calling about the accident at the Point Beach Nuclear Plant. What can you tell me?
- 2. I'd like to speak to Mr. McNeer about the Point Beach accident.
I have friends in that area and I'm worried about them. What's happening? I'm one of your customers.
- 3. I hear there's been an accident at your nuclear plant. Is it safe to send my children outside to play? I live in Appleton. j
- 4. I'm a neighbor of the Point Beach Nuclear Plant and I'm scared.
How do I get the latest information on the emergency?
- 5. Hello. I'm a Wisconsin Electric stockholder and I'm concerned about my investment. Can someone tell me whether I should sell?
b 6. I understand there's an emergency at the nuclear plant. Can I still pay my bill downtown today or are you closed?
- 7. Will the Point Beach accident affect my supply of electricity? I own a factory in West Bend. Should I shut down?
- 8. I live about 2 miles from Point Beach. Should I evacuate? i
- 9. This is WCUB radio in Manitowoc and I'd like so talk to Mr. Fay about the accident at Point Beach. i
- 10. This is Paul Hayes of the Milwaukee Journal. Can you tell me what's happening at the nuclear plant? What are you telling customers?
1200 11. Is there an emergency at the nuclear plant? Are people be.ng d evacuated? I have relat'ves near Manitowoc. Are they safe?
- 12. How dangerous is the accident at Point Beach?
- 13. Please give me information about the nuclear disaster. ;
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i IP EXERCISE 09-88 l Section 8
- 14. This is Hal Holmes from WISN radio and you're live on the air with me right now. My listeners want to know if they are at risk because of the Point Beach accident. What can you tell them?
- 15. This is Dennis Kois of the Communications Department. I'm out of town and can't get through to the department. What's happening?
Page 8
l' EP EXERCISE 09-88 Section 8 8.3 _ Employee calls to various company Locations CAUTION: PRECIDE AND FOLLOW ALL CALLS WITH Tim STATEMENT "THIS IS A DRILL." CALL: 793-1497, 544-7008, 794-1178, 755-2321 TIME QUESTIONS 1000 1. This is the Milwaukee Journal calling. Do you know anything about what's happening at Point Beach? I can't get through to the Communications Department.
- 2. I'm a customer who lives in Appleton. Do you know if there has been an accident at Point Beach?
- 3. WCUB Radio calling. I'm looking for any information about the accident at Point Beach Nuclear Plant. Can you help?
- 4. I'm calling for the Wall Street Journal. I understand your plant is having some mechanical problems today. Can you give me any details?
EMPLOYEE CALLS, 221-2577, 221-2898, 221-3168, 221-3436 1130 1. Repeat 1-4 above EMPLOYEE CALLS, 221-3795, 55-7666, 221-3399, 221-2990 1330 1. Repeat 1-4 above
I o l EP EXERCISE 09-88 j Section 8
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8.4 Public Calls to the JPIC Information Hotline j l CAUTION: PRECEDE AND FOLLOW ALL CALLS WITH THE STATEMENT "THIS IS A DRILL." CALL: 793-5594 ! TIME QUESTIONS [ i (Begin when hotline is activated) i Hour 1 1. I heard something on the radio about an accident at your nuclear i plant. What's happening there?
- 2. I was planning to go fishing this afternoon. Is it safe? L l 3. There is a site emergency at Point Beach? What does that mean?
' I i 4. This is WCUB radio calling. This is the rumor hotline, right? , i What kinds of rumors are you hearing from people? - j 5. I heard some sirens going off. What does that mean? ! l Hour 2 6. There's a rumor that some terrorists shot a missile inside the l nuclear plant and now radiation is leaking. What's going on? (
- 7. My wife works et Point Beach. Is she safe? f
! 8. Should I pick up my children at school? They are in Two Rivers.
- i i 9. I heard on the radio they are evacuating children from school. (
l How do I find out where they've taken them? Is it safe for me to
- go get them? ,
j
- 10. This is WTMJ Radio in Milwaukee. You're live on the air and we'd ,
l like you to tell our listeners what kinds of rumors are ; circulating about the accident at Point Beach, Go ahead, j Hour 3 11. Is it true that several plant employees have been suspended because of failure to respond adequately to the accident? j l 12. I heard sirens but don't know what to do. How do I find out? I r F
- 13. I live in Mishicot. What should I do? j
- 14. How much radiation is being released? h i
- 15. I'm a farmer. What about animals? Who'll pay if they're sick?
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EP EXERCISE 09-88 Section 8 Hour 4 16. If I think I've been exposed to radiation what do I do?
- 17. I need to know where the radiation is going and how dangerous it is. What areas are being evacuated?
lb. Is there a problem with the ivavf ridge (22nd St.) in Two Rivers? How will we evacuate? I live on the north side of Two Rivers.
- 19. I heard a rumor that there's a fire in the area that's been evacuated. Was it caused by radiation? How did it start? How will they fight it if the area is contaminated?
- 20. Is this like the accident at chernoby1?
Page 11
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f i EP EXERCISE 09-88 l Section 8 1 - I I t, . i l 1 i i ; J j l I i i l i I 8.5 Public Information Message cards i I t l i I l 1 i l f i' t l i ' O , 1 l 1 i
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n e'"x E'./ EXERCISE 09-88 l ) fection 8
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PI CARD #1 Time 0900 Message for Vice President, Communications MESSAGE: THIS IS A DRILL You have just received the following telephone call:
"This is your neighbor. There is a fire in your garage. I've called the fire department. No one is home at your place. You'd better get back here quickly."
NOTE: You remain out of the scenario until 10:00, when you return from your home. Do not tell other staff members in advance of your scheduled return. The fire caused minimal damage. For Controller Use only PSB Controller should hand the message to Vice President, communications. I l 1 Page 1
IP IXERCISE 09-88 Section 8 FI CARD #2 Time 1000 Message for: PSB Communications Coordinator MESSAGE: THIS IS A DRILL You have just received the following telephone call:
"This is Security in the Annen 1-hby. There are two television news crews here and they want to interview someons about the situation at Point Beach. What should we tell them?"
NOTE: Deliver your response to the controller. For Controller Use only PS3 Controller should hand the message to PSB Communications Coordinator. Coordinator will respond to the controller. Controller should note the response. l f \ ' i i l l Page 2 I l i
~~g IP IXIRCISE 09 88 Section 8 (O 1 P! CARD 83 Time r 1130 Message for: JPIC Assistant Director MESSAGE:
THIS IS A DRILL You have just received the following telephone call:
"This is Wayne Peters, issues manager for the Dukakis campaign. We're heading to Milwaukee for a speech tonight and the candidate will be discussing nuclear energy issues. He needs as much timely infosmation about this accident as possible. I'll be in Milwaukee by 1:00 p.m. and will call you for answers to these questions:
- 1. How serious is the accident?
- 2. What was the cause?
- g. 3 What protective actions have been called for?
- 4. How long will the unit (plant) be out of service?
- 5. How is the plant similar to the Seabrook Nuclear Plant?"
l For Controller Use only l PSB Controller should hand the message to JPIC Assistant Director. A followup l message will be provided at 1315. l 1 l l i l t Page 3 l
l I l EP EX!'RC15E 09-84 l Section 4 l- PI CARD #4 l" l Time: 1130 r t Message fore Public Info Rep assigned to PSB l MISSAGE: 7NIS IS A DRILL l You have just received the following telephone call , Bill Thomas of CSS, Chicago, has requested that Ws CIO be available for an i interview at the plant as soon as possible. They want to use it on the network t news at 5:30 p.m. . I NOTE: The response should be delivered to the PSB controller. l L l For Controller Use only l r PSB controller should hand the message to public info rep assigned to Pst. ( Note the time and content of the response, which will be made to the controller. ! t i 1 i l ' 1 l C 1 i { t [ f i
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iP EXERCISE 09 88 Section 4 P! CARD #5-Timei 1130 Message fore Information Hotline, 793-5594 M5554GE: THIS IS A D'AILL You have just received the following telephone call "Bill Thomas of CSS, Chicago, requests that W 's CEO be available for an interview at the plant as soon as possible. They want to use it on the network news at 5:30 p.m. He will call back within the hour to confirs." For Controller Use Only JPIC Controller should hand or telephone the message to the Information Hotline (793-5594) operator, f l i l i l Page 5
EP EXERCISE 09-88 ['"Sg Section 8
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PI CARD #6 Time: 1200 Message for: Public Affairs Coordinator, Assigned to JPIC MESSAGE: I THIS IS A DRILL You have just received the following telephone call: i "Senator Kasten's offica calling. We'd like an update and the senator is thinking about flying to Green Bay and going to the plant. We'd like your advice on this and the latest on the accident. I'll be checking back with you i in 45 minutes for your response." ' i i i For Controller Use Only JPIC Controller should hand the messsge to the Public Affairs Coordinator assigned to the JPIC. ! f I i i i l t I t I I l Page 6 _ _ _ _ _ _ _ _ _ _ _ _ _ -.. j
EP EXERCISE 09-88 Section 8 PI CARD #7 Time 1210 For Controller Use only JPIC Controller should contact the Information Hotline (793-5594) operator and followup on the 11:30 request for a CBS interview with the CEO. Note the response. i l I l l Page 7
z: EP EXERCISE 09-88 Section 8 PI CARD #8 Time: 1230 Message for JPIC Assistant Manager MESSAGE: THIS IS A DRILL-The copying machine in the Wisconsin Electric workroom has just failed. For Controller Use Only JPIC Controller should hand the message to JPIC Assistant Manager. r i l t L f I f f k Page 8
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I s'< i EP EXERCISE 09-88 gi Section 8 PI CARD #9 ' Time: 1300-I I l r For Controller Use Only j JPIC Controller should ask the Public Affairs Coordinator assigned to JPIC for ! a response for Senator Kasten's office. Note the response. This is a followup l l of PI card #6. l 4
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EP EXERCISE 09-88 Section 8 PI CARD #10 Time: 1315 Message for: JPIC Assistant Director MESSAGE: THIS IS A DRILL This is Wayne Peters again from the Dukakis campaign. I'm in Milwaukee at the Pfister and am ready to take that information related to the accident. Can you fill me in please? For Controller Use Only JPIC controller should call the message to JFIC assistant Director. The JPIC assistant director should have a response prepared. k l l i i i l l l l Page 10 l
4 EP EXERCISE 09-88 Section 8 PI CARD #11 Time: 1315 : Message for: JPIC Assistant Manager MESSAGE: THIS IS A DRILL ! The copying machine in the Wisconsin Electric workroom has been repaired. ; 1 l For Controller Use Only . ) JPIC Controller should hand the message to JPIC Assistant Manager. i i i
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m t 0 SUBCOOLING DEG F
\ 1 N31 SOURCE RANGE 2 N32 SOURCE RANGE 3 N35 INTERM RANGE 4 N36 INTERM RANGE 5 N41 POWER RANGE %
6 T AVERAGE DEG F 7 T HOT LOOP A DEG F 8 T HOT LOOP B DEG F 9 T COLD LOOP A DEG F 10 T COLD LOOP B DEG F 11 AVERAGE INCORE TC DEG F 12 HOTTEST INCORE TC DEG F 13 INCORE T(E10) DEG F 14 INCORE T(E06) DEG F 15 INCORE T(J03) DEG F 16 INCORE T(JO9) DEG F 17 INCORE T(C08) DEG F 18 INCORE T(DOS) DEG F 19 RV LEVEL NR FEET 20 RV LEVEL WR FEET 21 PRZR LEVEL % 22 RC SYSTEM PRESSURE A PSIG 23 RC SYSTEM PRESSURE B PSIG 24 PRZR PRESSURE PSIG (N 25 26 PRESSURIZER RELIEF TANK TEMPERATURE DEG F 27 LEVEL % 28 PRESSURE PSIG 29 LINE TEMP DEG F 30 LETDONN GPM 31 CHARGING GPM 32 VCT LEVEL % 33 'A' STEAM GENERATOR 34 LEVEL NR % 35 LEVEL WR IN 36 STM FLOW PPH E+06 37 FD FLOW PPH E+06 38 PRESSURE PSIG 39 AUX FEED FLOW GPM 40 CST LEVEL FT 41 'B' STEAM GENERATOR 42 LEVEL NR % 43 LEVEL WR IN 44 STM FLOW PPH E+06 45 FD FLOW PPH E+06 46 PRESSURE PSIG 47 AUX FEED FLOW GPM 48 CONTAINMENT ; 49 PRESSURE PSIG ! 50 TEMP DEG F O l
Os 51 HUMIDITY % 52 RADIATION H.R. R/hr 53 SUMP B FT 54 A ACCUMULATOR LEVEL % 55 A ACCUMULATOR PRESS PSIG 56 B ACCUMULATOR LEVEL % 57 B ACCUMULATOR PRESS PSIG 58 RWST LEVEL % 59 RHR 60 PUMP A DISCH PRESS PSIG 61 PUMP A FLOW GPM ' 62 HX A OUTLET TEMP DEG F 63 PUMP B DISCH PRESS PSIG ' 64 PUMP B FLOW GPM 65 HX B OUTLET TEMP DEG F 66 HP SI 67 PUMP A PRESS PSIG 68 PUMP A FLOW GPM 69 PUMP B PRESS PSIG 70 PUMP B FLOW GPM l 71 U1-B03 480 VOLT BUSES 72 U1-BO4 480 VOLT BUSES 73 U2-B03 480 VOLT BUSES , 74 U2-BO4 480 VOLT BUSES 4 I i + i 1 i
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,)/ O SUBCOOLING 660 5:30: 0 DEG F 3.60E+01 920 7:40: 0 3.60E+01 921 7:40:30 5.10E+01 924 7:42: 0 5.20E+01 928 7:44: 0 6.90E+01 1118 9:19: 0 8.60E+01 1119 9:19:30 7.60E+01 1130 9:25: 0 8.60E+01 1220 10:10: 0 8.80E+01 1221 10:10:30 0.00E+00 1333 11: 6:30 0.00E+00 1334 11: 7 0 -1.00E+01 1338 11: 9: 0 -5.00E+01 .
1348 11:14: 0 -5.00E+01 1350 11:15: 0 6.00E+01 1351 11:15:30 6.50E+01 1356 11:18: 0 0.00E+00 1358 11:19: 0 3.10E+01 1374 11:27: 0 1.00E+00 1920 16: 0: 0 5.10E+01 2160 18: 0: 0 5.10E+01 1 N31 SOURCE RANGE 0 660 948 950 5:30: 0 7:54: 0 7:55: 0 0.00E+00 0.00E+00 1.00E+04 1920 16: 0: 0 1.00E+03 2160 18: 0: 0 1.00E+03 2 N32 SOURCE RANGE 660 5:30: 0 0.00E+00 948 7:54: 0 0.00E+00 950 7:55: 0 1.00E+04 1920 16: 0 0 1.00E+03 i 2160 18: 0: 0 1.00E+03 3 N35 INTERM RANGE 660 5:30: 0 1.00E-03 i 920 7:40: 0 1.00E-03 k 922 7:41: 0 4.00E-04 924 7:42: 0 1.00E-11 926 7:43: 0 1.00E-11 930 7:45: 0 1.00E-11
'- ! 1920 16: 0: 0 1.00E-12 2160 18: 0: 0 1.00E-12 4 N36 INTERM RANGE , 660 5:30: 0 1.00E-03 920 7:40: 0 1.00E-03 922 7:41: 0 6.00E-04 924 7:42: 0 1.00E-06 926 7:43: 0 1.00E-07 930 7:45: 0 1.00E-11 1920 16: 0: 0 1.00E-12 2160 18: 0: 0 1.00E-12 5 N41 POWER RANGE % 660 5:30: 0 1.00E+02 920 7:40: 0 9.99E+01 922 7:41: 0 5.50E+01 924 7:42: 0 0.00E+00 1920 16: 0: 0 0.00E+00 2160 18: 0: 0 0.00E+00 0 6 T AVERAGE DEG F 660 5:30: 0 5.70E+02 920 7:40: 0 5.70E+02 921 7:40:30 5.84E+02 924 7:42: 0 5.60E+02 928 7:44: 0 5.48E+02 1220 10:10: 0 5.44E+02 1221 10:10:30 5.46E+02 1332 11: 6: 0 5.07E+02 1335 11: 7:30 5.43E+02 1340 11:10: 0 6.11E+02 1350 11:15: 0 6.17E+02 1351 11:15:30 3.87E+02 1374 11:27: 0 2.34E+02 1920 16: 0: 0 1.60E+02 2160 18: 0: 0 1.60E+02 7 T HOT LOOP A DEG F 660 5:30: 0 5.99E+02 920 7:40: 0 5.99E+02 921 7:40:30 6.07E+02
s I
\-- 924 7:42: 0 5.40E+02 928 7:44: 0 5.50E+02 1220 10:10: 0 5.45E+02 1221 10:10:30 5.49E+02 1332 11: 6: 0 5.18E+02 1335 11: 7:30 6.50E+02 1340 11:10: 0 7.05E+02 1350 11:15: 0 7.08E+02 1351 11:15:30 3.90E+02 1374 11:27: 0 2.45E+02 1920 16: 0: 0 1.60E+02 2160 18: 0: 0 1.60E+02 8 T HOT LOOP B DEG F 660 5:30: 0 5.99E+02 920 7:40: 0 5.99E+02 921 7:40:30 6.07E+02 924 7:42: 0 5.40E+02 928 7:44: 0 5.50E+02 1220 10:10: 0 5.45E+02 1221 10:10:30 5.49E+02 1332 11: 6: 0 5.18E+02 1335 11: 7:30 6.50E+02 O- 1340 1350 11:10: 0 11:15: 0 7.06E+02 7.09E+02 1351 11:15:30 3.90E+02 1374 11:27: 0 2.45E+02 1920 16: 0: 0 1.60E+02 2160 18: 0: 0 1.60E+02 9 T COLD LOOP A DEG F 660 5:30: 0 5.41E+02 920 7:40: 0 5.40E+02 924 7:42: 0 5.80E+02 928 7:44: 0 5.45E+02 1220 10:10: 0 5.42E+02 1222 10:11: 0 5.43E+02 1332 11: 6: 0 5.17E+02 1340 11:10: 0 6.00E+02 1350 11:15: 0 6.10E+02 1352 11:16: 0 3.78E+02 1374 11:27: 0 2.46E+02 1920 16: 0: 0 1.60E+02 2160 18: 0: 0 1.60E+02 9,)
\
% 10 T COLD LOOP B DEG F 660 5:30: 0 5.41E+02 920 7:40: 0 5.40E+02 924 7:42: 0 5.80E+02 928 7:44: 0 5.45E+02 1220 10:10: 0 5.42E+02 1222 10:11: 0 5.43E+02
- 1332 11: 6: 0 5.17E+02 1340 11:10: 0 6.00E+02 1350 11:15: 0 6.10E+02 1352 11:16: 0 3.78E+02 1374 11:27: 0 2.46E+02 1920 16: 0: 0 1.60E+02 2160 18: 0: 0 1.60E+02 11 AVERAGE INCORE TC DEG F 660 5:30: 0 6.00E+02 920 7:40: 0 6.01E+02 922 7:41: 0 6.08E+02 924 7:42: 0 5.80E+02 928 7:44: 0 5.80E+02 930 7:45: 0 5.53E+02 960 8: 0: 0 5.45E+02 j% 1220 10:10: 0 5.40E+02 1332 11: 6: 0 5.19E+02 1334 11: 7: 0 5.50E+02 1336 11: 8: 0 5.73E+02 1338 11: 9: 0 5.81E+02 1340 11:10: 0 5.96E+02 1342 11:11: 0 6.37E+02 1346 11:13: 0 6.47E+02 1348 11:14: 0 5.28E+02 1350 11:15: 0 3.00E+02 l 1800 15: 0: 0 1.20E+02 2160 18: 0: 0 1.20E+02 12 HOTTEST INCORE TC DEG F 660 5:30: 0 6.11E+02 920 7:40: 0 6.05E+02 922 7:41: 0 6.18E+02 924 7:42: 0 5.90E+02 928 7:44: 0 5.90E+02 930 7:45: 0 5.61E+02 960 8: Os 0 5.48E+02 1220 10:10: 0 5.45E+02
/
t 1332 11: 6: 0 5.25E+02 1334 11: 7: 0 7.12E+02 1336 11: 8: 0 7.25E+02 1338 11: 9: 0 7.10E+02 1340 11:10: 0 7.11E+02 1342 11:11: 0 7.50E+02 1346 11:13: 0 7.91E+02 1348 11:14: 0 6.00E+02 1350 11:15: 0 3.00E+02 1800 15: 0: 0 1.20E+02 2160 18: 0: 0 1.20E+02 13 INCORE T(E10) DEG F 660 5:30: 0 5.99E+02 920 7:40: 0 6.00E+02 922 7:41: 0 6.15E+02 924 7:42: 0 5.81E+02 928 7:44: 0 5.80E+02 930 7:45: 0 5.55E+02 960 8: 0: 0 3.45E+02 , 1220 10:10: 0 5.43E+02 1332 11: 6: 0 5.13E+02 ' 1334 11: 7: 0 7.12E+02 1336 11: 8: 0 7.25E+02 1338 11: L: 0 7.00E+02 , 1340 11:10: 0 6.00E+02 i 1342 11:11: 0 7.50E+02 : 1346 11:13: 0 6.88E+02 1348 11:14: 0 5.02E+02 1350 11:15: 0 3.00E+02 1800 15: 0: 0 1.20E+02 2160 18: 0: 0 1.20E+02 i l i I 14 INCORE T(E06) DEG F ! 660 5:30: 0 6.01E+02 i i 920 7:40: 0 5.98E+02 ! 922 7:41: 0 6.00E+02 l 924 7:42: 0 5.79E+02 , ! 928 7:44: 0 5.80E+02 :
- $30 7
- 45: 0 5.50E+02 !
- 960 8
- 0: 0 5.43E+02 1220 10:10: 0 5.40E+02 ;
1332 5.19E+02 11: 6: 0 l 1334 11: 7: 0 5.20E+02 ; i I I I l l
("A
'- 1336 11: 8: 0 6.15E+02 1338 11: 9: 0 7.10E+02 1340 11:10: 0 7.11E+02 1342 11:11: 0 7.40E+02 1346 11:13: 0 7.91E+02 1348 11:14: 0 4.88E+02 1350 11:15: 0 2.99E+02 l 1800 15: 0: 0 1.20E+02 2160 18: 0: 0 1.20E+02 15 INCORE T(J03) DEG F 660 5:30: 0 6.02E+02 920 7:40: 0 6.02E+02 922 7:41: 0 6.02E+02 924 7:42: 0 5.90E+02 928 7:44: 0 5.90E+02 930 7:45: 0 5.60E+02 960 8: 0: 0 5.44E+02 1220 10:10: 0 5.42E+02 1332 11: 6: 0 5.20E+02 1334 11: 7: 0 5.30E+02 1336 11: 8: 0 6.00E+02 x 1338 11: 9: 0 6.01E+02 1340 11:10: 0 7.05E+02 1342 11:11: 0 7.30E+02 1346 11:13: 0 7.51E+02 1348 11:14: 0 6.00E+02 1350 11:15: 0 3.00E+02 ]
1800 15: 0: 0 1.20E+02 2160 18: 0: 0 1.20E+02 16 INCORE T(JO9) DEG F 660 5:30: 0 5.98E+02 920 7:40: 0 5.98E+02 922 7:41: 0 6.18E+02 924 7:42: 0 5.70E+02 928 7:44: 0 5.70E+02 930 7:45: 0 5.49E+02 960 8: 08 0 5.48E+02 1220 10:10: 0 5.41E+02 1332 11: 6: 0 5.18E+02 1334 11: 7: 0 5.35E+02 1336 11: 8 0 5.41E+02 1338 11: 9: 0 5.41E+02
\m - 1340 11:10: 0 5.20E+02 1342 11:11: 0 6.15E+02 1346 11:13: 0 7.04E+02 1348 11:14: 0 5.50E+02 1350 11:15: 0 3.00E+02 1800 15: 0: 0 1.20E+02 2160 18: 0: 0 1.20E+02 17 INCORE T(C08) DEG F 660 5:30: 0 5.89E+02 920 7:40: 0 6.02E+02 922 7:41: 0 6.10E+02 924 7:42: 0 5.80E+02 928 7:44: 0 5.80E+02 930 7:45: 0 5.61E+02 960 8: 0: 0 5.44E+02 1220 10:10: 0 5.39E+02 1332 11: 6: 0 5.17E+02 1334 11: 7: 0 5.18E+02 1336 11: 8: 0 5.20E+02 1338 11: 9: 0 5.20E+02 1340 11:10: 0 5.20E+02 1342 11:11: 0 5.30E+02 0 1346 1348 1350 11:13:
11:14: 11:15: 0 0 0 5.50E+02 5.00E+02 3.00E+02 1800 15: 0: 0 1.20E+02 2160 18: 0: 0 1.20E+02 18 INCORE T(DOS) DEG F 660 5:30: 0 6.11E+02 920 7:40: 0 6.05E+02 922 7:41: 0 6.08E+02 924 7:42: 0 5.85E+02 928 7:44: 0 5.80E+02 930 7:45: 0 5.51E+02 960 8: 0: 0 5.43E+02 1220 10:10 0 5.32E+02 1332 11: 6: 0 5.25E+02 1334 11: 7: 0 5.40E+02 1336 11: 8: 0 5.25E+02 1338 11: 9: 0 5.25E+02 1340 11:10: 0 5.80E+02 1342 11:11: 0 6.80E+02 i
- -, - - , _ . , - . - . _ - . , . - ~, ,,___-n-. ._,
r 1346 11:13: 0 6.51E+02 1348 11:14: 0 6.00E+02 1350 11:15: 0 2.97E+02 1800- 15: 0: 0 1.20E+02 l 2160 18: 0: 0 1.20E+02 19 RV LEVEL NR FEET 660 5:30: 0 4.50E+01 1222 10:11: 0 4.50E+01 1224 10:12: 0 3.20E+01 1230 10:15: 0 2.50E+01 1294 10:47: 0 2.10E+01 1334 11: 7: 0 9.00E+00 1344 11:12: 0 7.00E+00 1348 11:14: 0 3.00E+01 l 1920 16: 0: 0 2.80E+01 2160 18: 0: 0 2.80E+01 20 RV LEVEL WR FEET 660 5:30: 0 1.45E+02 1222 10:11: 0 1.45E+02 1224 10:12: 0 3.30E+01 1230 10:15: 0 2.60E+01 1294 10:47: 0 2.20E+01 1334 11: 7: 0 1.00E+01 1344 11:12: 0 7.00E+00 j 1348 11:14: 0 3.00E+01 1 1920 16: 0: 0 3.00E+01 2160 18: 0: 0 3.00E+01 21 PRZR LEVEL % 660 5:30 0 4.58E+01 920 7:40: 0 4.60E+01 921 7:40 30 6.58E+01 924 7:42: 0 6.80E+01 925 7:42:30 2.6BE+01 960 8: 08 0 2.90E+01 996 8:18: 0 2.00E+01 1022 8:31: 0 3.00E+01 1220 10:10: 0 3.00E+01 1221 10:10:30 1.00E+02 1225 10:12:30 1.00E+02 1290 10:45 0 0.00E+00
/O k-s 1356 11:18: 0 0.00E+00 1390 11:35: 0 1.00E+02 1920 16: 0: 0 1.00E+02 2160 18: 0: 0 1.00E+02 22 RC SYSTEM PRESSURE A PSIG 660 5:30: 0 1.93E+03 920 7:40: 0 1.93E+03 921 7:40:30 2.33E+03 925 7:42:30 1.63E+03 970 8: 5: 0 1.93E+03 1118 9:19: 0 1.93E+03 1119 9:19:30 1.83E+03 1126 9:23: 0 1.93E+03 1220 10:10: 0 1.94E+03 1222 10:11: 0 1.02E+03 1254 10:27: 0 9.03E+02 1336 11: 8: 0 8.12E+02 1350 11:15: 0 7.44E+02 1356 11:18: 0 1.20E+02 1920 16: 0: 0 1.20E+02 2160 18: 0: 0 1.20E+02
\
23 RC SYSTEM PRESSURE B PSIG 660 5:30: 0 1.93E+03 920 7:40: 0 1.93E+03 921 7:40:30 2.33E+03 925 7:42:30 1.63E+03 970 8: 5: 0 1.93E+03 1118 9:19: 0 1.93E+03 1119 9:19:30 1.83E+03 1126 9:23: 0 1.93E+03 1220 10:10: 0 1.94E+03 1222 10:11: 0 1.02E+03 1254 10:27: 0 9.03E+02 1336 11: 8: 0 8.12E+02 1350 11:15: 0 7.44E+02 1356 11:18: 0 1.20E+02 1920 16: 0: 0 1.20E+02 2160 18: 08 0 1.20E+02 24 PRZR PRESSURE PSIG 660 5:30: 0 1.99E+03
920 7:40: 0 1.99E+03 921 7:40:30 2.33E+03 925 7:42:30 1.63E+03 970 8: 5: 0 1.98E+03 1118 9:19: 0 1.99E+03 1119 9:19:30 1.81E+03 1126 9:23: 0 1.98E+03 1218 10: 9: 0 1.99E+03 1220 10:10: 0 1.60E+03 2160 18: 0: 0 1.60E+03 25 PRESSURIZER RELIEF TANK 0 0: 0: 0 0.00E+00 2880 24: 0 0 0.00E+00 26 TEMPERATURE DEG F 660 5:30: 0 9.00E+01 922 7:41: 0 9.00E+01 924 7:42: 0 1.15E+02 928 7:44: 0 1.10E+02 1118 9:19: O 9.50E+01 0 1120 1220 1226 9:20: 10:10: 10:13: 0 0 0 1.10E+02 9.60E+01 1.50E+02 1228 10:14: 0 1.55E+02 1334 11: 7: 0 2.05E+02 1392 11:36: 0 2.25E+02 1394 11:37: 0 1.75E+02 1920 16: 0: 0 9.50E+01 2160 18: 0: 0 9.50E+01 27 LEVEL % 660 5:30: 0 7.20E+01 922 7:41: 0 7.20E+01 924 7:42: 0 7.60E+01 928 7:44: 0 7.50E+01 1118 9:19: 0 7.10E+01 1120 9:20A 0 7.80E+01 1220 10:10 0 7.20E+01 1226 10:13: 0 9.00E+01 1228 10:14: 0 1.00E+02 1334 11: 7: 0 1.00E+02 1392 11:36: 0 1.00E+02
3 's- 1394 11:37: 0 1.00E+02 1920 16: 0: 0 1.00E+02 2160 18: Os 0 1.00E+02 28 PRESSURE PSIG 660 5:30: 0 4.00E+00 922 7:41: 0 4.00E+00 924 7:42: 0 1.50E+01 928 7:44: 0 1.00E+01 1118 9:19: 0 6.00E+00 1120 9:20: 0 1.20E+01 1220 10:10: 0 8.50E+00 1226 10:13: 0 1.04E+02 1228 10:14: 0 3.10E+01 1334 11: 7: 0 2.50E+01 1392 11:36: 0 2.50E+01 1394 -11:37: 0 2.50E+01 1920 16: 0 0 2.20E+01 2160 18: 0: 0 2.20E+01 29 LINE TEMP 0 660 922 924 5:30: 0 7:41: 0 7:42: 0 DEG F 1.07E+02 1.07E+02 2.80E+02 928 7:44: 0 1.10E+02 1116 9:18: 0 9.50E+01 1118 9:19: 0 2.20E+02 1220 10:10: 0 9.50E+01 1226 10:13: 0 3.60E+02 1228 10:14: 0 3.00E+02 1334 11: 7: 0 3.20E+02 1392 11:36: 0 3.15E+02 1394 11:37: 0 3.80E+02 1920 16: 02 0 2.40E+02 2160 18: Os 0 2.40E+02 30 LETDOWN GPM 660 5:30: 0 3.40E+01 923 7:41:30 3.40E+01 924 7:42: 0 0.00E+00 960 8: 0: 0 0.00E+00 961 8: 0:30 3.40E+01 1220 10:1's: 0 3.40E+01
x- 1221 10:10:30 0.00E+00 1920 16: 0: 0 0.00E+00 2160 18: 0: 0 0.00E+00 31 CliARGING GPM 660 5:30: 0 2.40E+01 920 7:40: 0 2.40E+01 921 7:40:30 1.80E+01 923 7:41:30 8.60E+01 960 8: 0: 0 9.60E+01 961 8: 0:30 2.40E+01 1221 10:10:30 2.40E+01 1222 10:11: 0 1.00E+01 1232 10:16: 0 1.00E+01 1234 10:17: 0 1.16E+02 1380 11:30: 0 1.20E+02 1382 11:31: O G.00E+00 1920 16: 0: 0 0.00E+00 2160 18: 0: 0 0.00E+00 32 VCT LEVEL 0 660 920 924 5:30: 7:40: 7:42: 0 0 0 5.30E+01 5.20E+01 5.40E+01 1000 8:20: 0 5.40E+01 1140 9:30: 0 5.20E+01 1920 16: 01 0 5.00E+01 2160 18: 0 0 5.00E+01 33 'A' STEAM GENERATOR 0 0: 0: 0 0.00E+00 2880 24: O! 0 0.00E+00 34 LEVEL NR % 660 5:30: 0 5.20E+01 920 7:40: 0 5.20E+01 921 7:40:30 2.70E+01 924 7:42: 0 2.00E+01 926 7:43: 0 0.00E+00 1080 9: 03 0 0.00E+00 1100 9:10 0 1.50E+01 1920 16: Os 0 0.00E+00
T] s- 2160 18: 0: 0 0.00E+00 35 LEVEL WR IN 660 5:30: 0 3.10E+02 920 7:40: 0 3.10E+02 930 7:45: 0 2.20E+01 1100 9:10: 0 4.08E+02 1920 16: 0: 0 3.90E+02 2160 18: 0: 0 3.90E+02 36 STM FLOW PPH E+06 660 5:30: 0 3.31E+00 920 7:40: 0 3.33E+00 921 7:40:30 5.00E-01 922 7:41: 0 1.65E+00 923 7:41:30 1.65E+00 924 7:42: 0 2.882+00 925 7:42:30 2.80E+00 926 7:43: 0 0.00E+00 928 7:44: 0 0.00E+00 929 7:44:30 4.10E-01 930 7:45: C 0.00E+00 1920 16: 0: 0 0.00E+00 j 2160 18: 0: 0 0.00E+00 1 j 37 FD FLOW PPH E+06 660 5:30: 0 3.31E+00 l 920 7:40: 0 3.31E+00 J 921 7:40:30 0.00E+00 1920 16: 0: 0 0.00E+00 2160 18: 0: 0 0.00E+00 l 38 PRESSURE PSIG 660 5:30: 0 8.26E+02 i 920 7:40: 0 8.26E+02 921 7:40:30 1.09E+03 923 7:41:30 1.06E+03 925 7:42:30 4.00E+02 926 7:43: 0 9.85E+02 932 7:46: 0 1.06E+03 1220 10:10 0 1.04E+03 1360 11:20: 0 9.89E+02
f i i i 7
\~- 1440 12: 0: 0 4.00E+01 1920 16: 0: O C.00E+00 2160 18: 0: 0 0.00E+00 l 39 AUX FEED FLOW GPM L 660 5:30: 0 0.00E+00 c 918 7:39: 0 0.00E+00 920 7:40: 0 2.00E+02 l 1070 8:55: 0 2.00E+02 I )
l 1072 8:56: 0 5.00E+01 1222 10:11: 0 2.00E+02 , 1250 10:25: 0 2.00E+02 1920 16: 0: 0 2.00E+02 ; 2160 18: 0: 0 2.00E+02 l 40 CST LEVEL FT i 660 5:30: 0 1.70E+01 920 7:40: 0 1.70E+01 1080 9: 0: 0 1.10E+01 1920 16: 0: 0 9.00E+00 I l 2160 18: 0: 0 9.00E+00 f 4 t 41 'B' STEAM GENERATOR I O 0: 0: 0 0.00E+00 i l 2880 24: 0: 0 0.00E+00 l 42 LEVEL NR % 660 5:30: 0 5.20E+01 920 7:40: 0 5.20E+01 ; 921 7:40:30 2.70E+01 924 7:42: 0 2.00E+01 l L ! 926 7:43: 0 0.00E+00 l 1080 9 0: 0 0.00E+00 l 1100 9: 10 0 1.50E+01 j 1920 16: O! 0 0.00E+00 i. 2160 18: Os 0 0.00E+00 ; I ! i
' 43 LEVEL WR IN l 660 5:30: 0 3.10E+02 t ; 920 7:40: 0 3.10E+02 930 7:45: 0 2.20E+01 I f i
4
- - , .-.----,--,n , _ , _ , .,-....e- ,,nn --n,--,,n-- - - - - - _ . - . , - - , - , _ , , . - - , , - _ - , -
'w t
1100 9:10: 0 4.08E+02 1920 16: 0: 0 3.90E+02 ; 2160 18: 0: 0 3.90E+02 44 STM FLOW PPH E+06 660 5:30: 0 3.31E+00 l 920 7:40: 0 3.33E+00 921 7:40:30 5.00E-01 922 7:41: 0 1.65E+00 923 7:41:30 1.65E+00 924 7:42 0 2.88E+00 } 925 7:42:30 2.80E+00 ; 926 7:43: 0 0.00E+00 t 928 7:44 0 0.00E+00 i
- 929 7:44:30 4.10E-01 -
930 7:45: 0 0.00E+00 ~ 1920 16: 03 0 0.00E+00 l 2160 18: 0: 0 0.00E+00 ; r 45 FD FLOW PPH E+06 ! 660 5:30: 0 3.31E+00 920 7:40: 0 3.31E+00 ; 921 7:40:30 0.00E+00 l 1920 16: 0: 0 0.00E+00 2160 18: 02 0 0.00E+00 :* i i . 46 PRESSURE PSIG 660 5:30: 0 8.26E+02 920 7:40: 0 8.26E+02 921 7:40:30 1.09E+03 l i 923 7:41:30 1.06E+03 l j 925 7:42:30 4.00E+02 ! J 926 7:43: 0 9.85E+02 l l 932 7:46: 0 1.06E+03 l l 1220 10:10 0 1.04E+03 ! 1360 11:20: 0 9.89E+02 l 1440 12: Os 0 4.00E+01 ! 1920 16: Os 0 0.00E+00 r j 2160 18: 0: 0 0.00E+00 ! i 47 AUX FEED FLOW GPM l j 660 5:30: 0 0.00E+00 l J ! i !, I s
-__-----,m_._m._ . . _ _ -,,.-w.,,_,.m,-mm-,, --.,_-,_.,-7,,,_,.%.. , n_.~,--,m, -, . . - -w-,y---.
918 7:39: 0 0.00E+00 920 7:40: 0 2.00E+02 1070 8:55: 0 2.00E+02 l 1072 8:56: 0 5.00E+01 i 1222 10:11: 0 2.50E+02 , 1250 10:25: 0 2.00E+02 l 1920 16: 0: 0 2.00E+02 2160 18: 01 0 2.00E+02 I ! 48 CONTAINMENT 0 Os 08 0 0.00E+00 j 2880 24: 0: O 0.00E+00 l 49 PRESSURE PSIG 660 5:30: 0 1.00E-01 1270 10:35: 0 2.00E-01 1350 11:15: 0 3.50E+00 1920 16: 0 0 2.00E-01 2160 18: 0: 0 2.00E-01
-- 50 TEMP DEG F 660 5:30: 0 9.20E+01 1224 10:12: 0 9.10E+01 1360 11:20: 0 1.46E+02 1560 13: 03 0 1.35E+02 1920 16: 0: 0 1.01E+02 2160 18: 02 0 1.01E+02 51 HUMIDITY %
660 5:30: 0 3.80E+01 1222 10:11: 0 3.90E+01 1240 10:20: 0 1.00E+02 1580 13:10 0 1.00E+02 1920 16: 08 0 8.90E+01 2160 18: 0: 0 8.90E+01 52 RADIATION H.R. R/hr 660 5:30: 0 1.00E-01 1334 11: 7 0 1.00E-01 1410 11:45: 0 6.65E+02 0 1460 12:10: 0 7.40E+02
y<--m
~' 1680 14: 0: 0 7.10E+02 2160 18: 0: 0 4.75E+02 53 SUMP B FT 660 5:30: 0 0.00E+00 1230 10:15: 0 0.00E+00 1440 12: 0: 0 1.10E+00 1800 15: 0: 0 4.80E+00 2160 18: 0 0 4.80E+00 54 A ACCUMULATOR LEVEL %
660 5:30: 0 3.00E+01 1334 11: 7: 0 3.00E+01 1350 11:15: 0 3.00E+01 1354 11:17: 0 0.00E+00 1920 16: 0: 0 0.00E+00 2160 18: 0: 0 0.00E+00 55 A ACCUMULATOR PRESS PSIG I 660 5:30: 0 7.40E+02
'- 1334 11: 7 0 7.40E+02 1350 11:15: 0 7.40E+02 1354 11:17: 0 1.20E+02 1920 16: O! 0 0.00E+00 2160 18: 0: 0 0.00E+00 56 B ACCUMULATOR LEVEL %
660 5:30: 0 2.00E+01 1334 11: 7: 0 2.00E+01 1350 11:15: 0 2.00E+01 1354 11:17: 0 0.00E+00 1920 16: 02 0 0.00E+00 2160 18: 08 0 0.00E+00 57 B ACCUMULATOR PRESS PSIG 660 5:30: 0 7.50E+02 1334 11: 7 0 7.50E+02 1350 11:15: 0 7.50E+02 1354 11:17: 0 1.22E+02 f- 1920 16: 01 0 0.00E+00 ( 2160 18: Os 0 0.00E+00
d 58 RWST LEVEL % 660 5:30: 0 9.90E+01-1224 10:12: O 9.80E+01 1244 10:22 0 9.40E+01 1360 11:20: 0 9.10E+01 1390 11:35: 0 7.90E+01 1920 16: 0: 0 3.10E+01 2160 18: 0: 0 3.10E+01 59 RHR 0 0: 0 0 0.00E+00 2880 24: Os 0 0.00E+00 60 PUMP A DISCH PRESS PAIG 660 5:3U 0 0.00Et00 923 7:41:30 0.0CE+00 925 7:42:30 1.80E+02 970 8 5 0 1.80E+02 972 8 63 0 0.00E+00 1220 10:10: 0 0.00E+00 1221 1.80E+02 0 1356 1357 1388 10:10:30 11:18: 0 11:18:30 11:34 0 1.80E+02 1.30E+02 1.31E+02 1390 11:35: 0 1.65E+02 1920 16: 03 0 1.68E+02 2160 18: Os 0 1.68E+02 61 PUMP A FLOW GPM 660 5:30: 0 0.00E+00 1336 11: 8: 0 0.00E+00 1342 11:11: 0 5.00E+01 1356 11:18: 0 7.00E+01 1358 11:19: 0 8.65E+02 1388 11:34: 0 8.50E+02 1390 11:35: 0 2.50E+02 1920 16: Os 0 2.50E+02 2160 18: 0 0 2.50E+02 62 HX A OUTLET TEMP DEG F 660 5:30: 0 7.90E+01 1680 14: 03 0 7.70E+01 0 2160 18: 0: 0 7.70E+01
/ \ \ l 63 PUMP B DISCH PRESS PSIG 660 5:30: 0 0.00E+00 923 7:41:30 0.00E+00 925 7:40:30 1.80E+02 970 8: 5: 0 1.80E+02 972 8: 6: 0 0.00E+00 1220 10:10: 0 0.00E+00 1221 10:10:30 1.80E+02 1356 11:18: 0 1.80E+02 1358 11:19: 0 1.30E+02 1388 11:34: 0 1.31E+02 1390 11:35: 0 1.65E+02 1920 16: 0: 0 1.68E+02 2160 18: Or 0 1.68E+02 64 PUMP B FLOW GPM 660 5:30: 0 0.00E+00 1336 11: 8: 0 0.00E+00 1342 11:11: 0 5.00E+01 1356 11:18: 0 7.00E+01 1358 11:19: 0 8.65E+02 1388 11:34: 0 8.50E+02 /"'T 1390 11:35: 0 2.50E+02 ( ) 1920 2160 16: 0: 0 18: 0: 0 2.50E+02 2.50E+02 65 HX B OUTLET TEMP DEG F 660 S:30: 0 7.90E+01 1680 14: 0: 0 7.70E+01 2160 18: 0: 0 7.70E401 66 HP SI O 0: 0: 0 0.00E+00 2880 24: 0: 0 0.00E+00 i 67 PUMF A PRESS PSIG 660 5:30: 0 0.00E+00 1920 16: 03 0 0.00E+00 2160 18: 0: 0 0.00E+00 i (N- ' 68 660 PUMP A FLOW 5:30: 0 GPM 0.00E+00 ' I
,/'E x_/ 1920 16: 0: 0 0.00E+00 2160 18: 0: 0 0.00E+00 69 PUMP B PRESS PSIG 660 5:30: 0 0.00E+00 1221 10:10:30 0.00E+00 1222 10:11: 0 7.60E+02 1240 10:20: 0 7.50E+02 1241 10:20:30 0.00E+00 1920 16: 0: 0 0.00E+00 2160 18: 0: 0 0.00E+00 70 PUMP B FLOW GPM 660 5:30: 0 0.00E+00 1220 10:10: 0 0.00E+00 1222 10:11: 0 1.09E+03 1240 10:20: 0 1.21E+03 1242 10:21: 0 0.00E+00 1920 16: 0: O 0.00E+00 2160 18: 0: 0 0.00E+00 v
71 U1-B03 480 VOLT BUSES 660 5:30: 0 4.80E+02 1920 16: 0: 0 4.80E+02 2160 18: 0: 0 4.80E+02 72 U1-BO4 480 VOLT BUSES 660 5:30: 0 4.80E+02 1920 16: Os 0 4.80E+02 2160 18: 0: 0 4.80E+02 73 U2-B03 480 VOLT BUSES 660 5:30: 0 4.80E+02 1920 16: 0: 0 4.80E+02 2160 18: 0: 0 4.80E+02 74 U2-BO4 480 VOLT BUSES 660 5:30: 0 4.80E+02 O 1920 2160 16: 0: 0 18: 0: 0 4.80E+02 4.80E+02 r
i i 1 PPCS-SAS i PLANT PROCESS COMPUTER SYSTEM-SAFETY ASSESSMENT SYSTEM e i O M THIS DATA WILL BE DISPLAYED N THE CONTROL ROOM TSC, AND EOF ON THE PLANT PROCESS COMPUTER MONITONS, b t j l L I i
C UCC EDLIN to cdd cny C amount of comments to (]cC this file. They can only be added in the (dC top part of the file. C C C C # DESCRIPTION 48600.0 Total scenario run time (sec.) 1985.0 0 PT429 1 Pressurizar press 1-1 1985.0 0 PT430 2 Pressurizar press 1-2 19 85. 0 0 PT4 31 3 Pressurizer press 1-3 1985.0 0 PT449 4 Pressurizer press 1-4 1932.0 0 PT420A 5 RCS WR Pressure Loop A 1932.0 0 PT420B 6 RCS WR Pressure Loop B 45.8 0 LT433 7 Pressurizer Level Cold Calib. 45.8 0 LT426 8 Pressurizer Level 1-1 4 5. 8 O LT4 27 9 Pressurizar Level 1-2 4 5. 8 0 LT4 28 10 Pressurizer Level 1-3 600.0 0 TA07 11 Incore Thermocouple Pos A07 600.0 0 TC03 12 Incore Thermocouple Pos C03 600.0 0 TC06 13 Incore Thermocouple Pos C06 600.0 0 TC11 14 Incore Thermocouple Pos C11 600.0 0 TD07 15 Incore Thermocouple Pou D07 600.0 0 TE04 16 Incore Thermocouple Pos E04 600.0 0 TF08 17 Incore Thermocouple Pos F08 600.0 0 TGO2 18 Incore Thermocouplo Pos G02 600.0 0 TG12 19 Incore Thermocouple Pos G12 yN 600.0 0 TI:06 20 Incore Thermocouple Pos H06 ( ) 600.0 0 TH09 21 Incore Thermocouple Pos H09 N / m- 600.0 0 THil 22 Incore Thermocouple Pos H11 600.0 0 TIO2 23 Incore Thermocouple Pos 102 600.0 0 TIO7 24 Incore Thermocouple Pos IO7 600.0 0 TIl0 25 Incore Thermocouple Pos Il0 600.0 0 TJ08 26 Incore Thermocouple Pos J08 600.0 0 TK03 27 Incore Thermocouple Pos K03 600.0 0 TLO7 28 Incore Thermocouple Pos LO7 600.0 0 TB05 29 Incore Thermocouple Pos B05 600.0 0 TB07 30 Incore Thermocouple Pos B07 589.0 0 TC08 31 Incore Thermocouple Pos C08 600.0 0 TD02 32 Incore Thermocouple Pos D02 611.0 0 TD05 33 Incore Thermocouple Pos DOS 600.0 0 TD12 34 Incore Thermocouple Pos D12 601.0 0 TE06 35 Incore Thermocouple Pos E06 599.0 0 TE10 36 Incore Thermocouple Pos E10 600.0 0 TF12 37 Incore Thermocouple Pos F12 600.0 0 TG01 38 Incore Thermocouple Pos G01 600.0 0 TG04 39 Incore Thermocouple Pos G04 l 600.0 0 TG07 40 Incore Thermocouple Pos G07 ; 600.0 0 TH10 41 Incore Thermocouple Pos H10 i 600.0 0 TH13 42 Incore Thermocouple Pos H13 I 43 Incore Thermocouple Pos IO4 I 600.0 0 TIO4 602.0 0 TJ03 44 Incore Thermocouple Pos J03 ! 600.0 0 TJ06 45 Incore Thermocouple Pos J06 l 598.0 0 TJ09 46 Incore Thermocouple Pos JO9 f) \ / 600.0 600.0 0 0 TK11 TL10 47 48 Incore Thermocouple Pos K11 Incore Thermocouple Pos L10
'# 600.0 0 TM06 49 Incore Thermocouple Pos M06 0.2 0 MT1FAHI 50 Aspirator Flow Alarm 45M
0.1 0 RE126 51 Cont Hf' io R diction 0.1 0 RE127 52 Cont His.. <' e Radiation (N) 0.1 0 RE128 53 Cont High-Ra. ige Radiation l
\ 0.2 0 MT1FALD 54 Aspirator Flow Alarm 45M N- / 100.0 0 FT411 55 RX Coolant Flow Loop 1A-1 100.0 0 FT412 Sei RX Coolant Flow Loop 1A-2 100.0 0 FT413 51 RX Coolant Flow Loop 1A-3
-0.4 0 MT1DT 50 Tower 1 Delta Temp 10M-45M 100.0 0 FT414 59 RX Coolant Flow Loop 1B-1 100.0 0 FT415 60 RX Coolant Flow Loop 1B-2 100.0 0 FT416 61 RX Coolant Flow Loop 1B-3 2.0 0 MT1ZSC 62 Tower 1 Zero/ Span / Calculate 570.0 0 T401 63 T AVE Loop 1A-1 570.0 0 T402 64 T AVE Loop 1A-2 570.0 0 T403 65 T AVE Loop 1B-1 4
570.0 0 T404 66 T AVE Loop 1B-2 58.0 0 T405 67 DT Loop 1A-1 58.0 0 T406 68 DT Loop 1A-2 58.0 0 T407 69 DT Loop 1B-1 58.0 0 T408 70 DT Loop 1B-2 45.0 0 LI496 71 Reacuor Vessel NR Level 45.0 0 LI497 72 Reactor Vessel NR Level 92.0 0 T3292 73 Cont Temp Air EL 66 92.0 0 T3293 74 Cont Temp Air EL 46 0.0 0 FT924 75 High Hoad SI flow 1-P15B 0.0 0 FT925 76 High Head SI flow 1-P15A 36.0 0 T970 77 Subcooling Monitor 36.0 0 T971 78 Subcooling Monitor 0.1 0 PT945 79 Contat Press eN 0.1 0 PT947 80 Contat Press I 0.1 0 PT949 81 Contat Press
\s -) 0.1 0 PT946 82 Contmt Press 0.1 0 PT948 83 Contmt Press i 0.1 0 PT950 84 Contat Press 1.9 0 MT2PREC 85 Tower 2 Precipitation
! 53.0 0 LT112 86 VCT Level 38.0 0 MI3208 87 Cont Humidity Unit No. 1 9.0 0 MT1WSHI 88 Tower 1 Wind Speed 45M 34.0 0 FT134 89 Letdown line flow 24.0 0 FT128 90 Charging line flow 0.0 0 RA964 91 Cont hydrogen conc 0.0 0 HA965 92 cent hydrogen conc O.0 0 RA966 93 Cont hydrogen conc 0.0 0 HA967 94 Cont hydrogen conc 2.2 0 MT3ZSC 95 Tower 3 Zero/ Span / Calculate 2.3 0 MT2ZSC 96 Tower 2 Zero/ Span / Calculate 4.00E-06 0 R1E215 97 U1 Condenser air ejector gas rad 3.40E-01 0 NT3SR 98 Solar Radiation 5.00E-06 0 R1E219 99 U1 S/G Blowdown liquid rad 6.0 0 R1E102 100 Containment low range 3.739E+00 0 FT464V 101 STM GEN 1A-1 steam flow 3.739E+00 0 FT465V 102 STM GEN 1A-2 steam flow 3.702E+00 0 FT474V 103 STM GEN 1B-1 steam flow 3.702E+00 0 FT475V 104 STM GEN 1B-2 steam flow 67.0 0 MT1TLO 105 Outside tower 1 Temp 10M i 67.0 0 MT3T 106 Outside tower 3 Temp
/~'\ 145.0 0 LI494 107 Reactor Vessel WR Level
() 145.0 52.0 0 0 LI495 LT461 108 Reactor Vessel WR Laval 109 Steam Generator Level 1A-1 52.0 0 LT462 110 Steam Generator Level 1A-2 I
52.0 0 LT463 111 Stoco Gen 0rctor Levol 1A-3 52.0 0 LT471 112 Steam Generator Level 1B-1 (N 52.0 0 LT472 113 Steam Generator Level 1B-2 5 V) 52.0 0 LT473 310.0 0 LT460A 114 Steam Generator Level 1B-3 115 SG WR Level SG A WR 310.0 0 LT460B 116 SG WR Level SG A WR 2.2 0 R1E104 117 Charging pump area low range 310.0 0 LT470A 118 SG WR Level SG B WR 310.0 0 LT470B 119 SG WR Level SG B WR 5.0 0 R1E107 120 Seal table monitor 826.0 0 PT468 121 Steam Generator Press 1A-1 826.0 0 PT469 122 Steam Generator Press 1A-2 826.0 0 PT482 123 Steam Generator Press 1A-3 826.0 0 PT478 124 Steam Generator Press 1B-1 826.0 0 PT479 125 Steam Generator Press 1B-2 826.0 0 PT483 126 Steam Generator Press 1B-3 0.0 0 LT960 127 Cont Sump Level Sump B
- 0. 0 0 LT9 61 128 Cont Sump Level Sump B
-17.0 0 LT958 129 Cont Sump Level Sump A
-17.0 0 LT959 130 Cont Sump Level Sump A 0.0 3
- 131 ---Additional Parameter
, 0.0 3
- 132 ---Additional Parameter 3.702E+00 0 FT466V 133 STM GEN 1A-1 FDWTR FLOW 3.702E+00 0 FT467V 134 STM GEN 1A-2 FDWTR FLOW 0.0 3
- 135 ---Additional Parameter 3.702E+00 0 TT476V 136 STM GEN 15-1 FDWTR FLOW 3.70tE+00 0 FT477V 137 STM GEN 1B-2 FDWTR FLOW 4.38E-03 0 R1E211 138 Containment air particulate 4.00E-03 0 R1E231 139 U1 Steam Release line A rad 4.00E-03 0 R1E232 140 U1 Steam release line B rad O 426.0 0 MT1WDHI 426.0 0 MT2WD 141 Tower 1 Wind Dir 45M 142 Tower 2 Wind Dir 426.0 0 MT1WDALO 143 Tower 1 Wind Dir 10M, 15 Min Ave
- 426.0 0 MT3WDA 144 Tower 3 Wind Dir, 15 Min Ave
! 0.0 0 FT4036 145 Sg A Aux Feed Flow 0.0 0 FT4037 146 Sg B Aux Feed Flow 79.0 0 T622 147 RHR HX Outlet Temp A 79.0 0 T623 148 RHR HX Outlet Temp B 4.0 0 PT440 149 PRZR Relief tank pressure ! 0.0 3
- 150 ---Additional Parameter 100.1 0 N41 151 Power Range 1 100.1 0 N42 152 Power Range 2 100.1 0 N43 153 Power Range 3 100.1 0 N44 154 Power Range 4 599.0 0 T450B 155 RCS Wide range temp hot leg A l 599.0 0 T450D 156 RCS Wide range temp hot leg A l'
599.0 0 T4515 157 RCS Wide range temp hot leg B 599.0 0 T451D 158 RCS Wide range temp hot leg B 3.13E-05 0 R1E212 159 U1 Cont gas radiation 0.0 3
- 160 ---Additional Parameter 5.50E-08 0 RE221 161 Drumming area vent gas rad l 0.0 3
- 162 ---Additional Parameter 541.0 0 T450A 163 RCS Wide range temp cold leg A 541.0 0 T450C 164 RCS Wide range temp cold leg A
, 541.0 0 T451A 165 RCS Wide range temp cold leg B l 541.0 0 T451C 166 RCS Wide range temp cold leg B 430.0 0 MT1WDLO 167 Tower 1 Wind Dir 10M l 430.0 0 MT3WD 168 Tower 3 Wind Dir c 430.0 0 MT1WDAHI 169 Tower 1 Wind Dir 45M, 15 Min Ave 430.0 0 MT2WDA 170 Tower 2 Wind Dir Ave L
l 4.70E-07 0 RE114 171 Aux Budo exhcuct VCnt q00 rod l j 2.2 0 R1E134 172 Charging pump area high range monit ' O.0 0 N31 173 Source range 1 count rate I (, 0.0 0 N32 1.00E-02 0 N35 174 175 Source range 2 count rate Interm range 1 current i 1.00E-02 0 N36 176 Interm range 2 current ' 99.0 0 LT972 177 Refuel wat stor tank lvl 1-T13 99.0 0 LT973 178 Refuel wat stor tank lvl 1-T13 i 17.0 0 LT4038 179 Cond storage tank lvl Tank A 17.0 0 LT4040 180 Cond storage tank lvl Tank A 0.0 0 N35R 141 IR NO. 1 start up rate i 0.0 0 N36R 182 IR No. 2 start up rate 2.2 0 PT2115 183 Condenser pressure 90.0 0 T439 184 PRZR Relief Tank Liquid Temp 72.0 0 LT442 185 PRZR Relief Tank Level ; 0.0 0 FT928 186 Low head SI flow L 0.0 0 FT626 187 Low head SI / RHR flow l 60.0 0 T630 188 RHR HX Inlet ' 60.0 0 T627 189 RHR HX outlet 1.0 0 MT1WDSD 190 Tvr 1 Stndrd Dev of Wnd Dr 10M 1.0 0 MT2WDSD 191 Twr 2 Stnded Dev of Wnd Dr 1.0 0 MT3WDSD 192 Twr 3 Stnded Dev of Wnd Dr 9.0 0 FT1WSLO 193 Tower 1 Wind Speed 10M 9.0 '"2WS 194 Tower 2 Wind Speed l 9.0 s ; 3WS 195 Tower 3 Wind Speed 519.? MSS 196 Gross Megawatts output 418.C
- 34 197 S/G Feedwater temp 418.0 e t 198 S/G Teodwater temp 1100.0 n . 42k 199 S/G 1A Fee <1 water press 1100.0 0 PT2296 200 S/G 15 feedwater press 401 Pressurizer relief valve No 1-430 O00PCV430 0 0 PCV431C 402 Pressurizer relief valve NO 1-430C 1 0 BKR122 403 Unit 1 main generator breaker 1 0 BKR142 404 Unit 2 main generator breaker 1 0 PCV434A 405 Pressurizer saluty valve 1-434 1 0 PCV435A 406 Pressurizer safety valva 1-435 1 0 RTA 407 Reactor trip breaker A 1 0 RTB 408 Reactor trip breaker B i 0 0 BYA 409 Reacter bypass breaker A ,
0 0 BYB 410 Reactor bypass breaker B 03* 411 ---Additional Parameter 03* 412 ---Additional Parameter 03
- 413 ---Additional Parameter 03* 414 ---Additional Parameter 0 0 A5206 415 condensate circ wtr pump o o A5212 414 Condensate circ wtr pump o3* 417 ---Additional Parameter 03* 418 ---Additional Parameter 03* 419 ---Additional Parameter 03* 420 ---Additional Parameter 0 0 RCPA 421 Reactor coolant pump A 0 0 RCPB 422 Reactor coolant pump B 1 0 SRBA 423 Source range trip block 10 SRBB 424 Source range trip block 0 0 NC35D 425 Interm range 0 0 NC36D 426 Interm range 03* 427 ---Additional Parameter 03* 428 ---Additional Parameter C003*
3* 429 430
---Additional Parameter
---Additional Parameter
030 431 ---Additional ParCCGt0r 030 432 ---Additien31 Parcaetcr 433 ---Additional Parameter; [s03* 103*
\_,/0 3
- 434 ---Additional Parameter 435 ---Additional Parameter 03* 436 ---Additional Parameter 03* 437 ---Additional Parameter 03* 438 ---Additional Parameter 03* 439 ---Additional Parameter 03* 440 ---Additional Parameter
'O 3
- 441 ---Additional Parameter 03
- 442 ---Additional Parameter 03* 443 ---Additional Parameter 03
- 444 ---Additional Parameter 03* 445 ---Additional Parameter 03
- 446 ---Additional Parameter 03* 447 ---Additional Parameter 03
- 448 ---Additional Parameter 03* 449 ---Additional Parameter 03* 450 ---Additional Parameter 1 19800.0 27600.0 1986.0 0 Pressurizer Pressure, coupled to 1 27600.0 27630.0 2331.0 0 parameters 2,3,4.
1 27630.0 27750.0 1631.0 0 1 27750.0 29100.0 1983.0 0 1 29100.0 33540.0 1986.0 0 1 33540.0 33570.0 1810.0 0 1 33570.0 33780.0 1984.0 0 1 33780.0 36540.0 1936.0 0 1 36540.0 36600.0 1600.0 0 l 5 19800.0 27600.0 1933.0 0 RCS WR Pressure Loop A, coupled
- 5 27600.0 27630.0 2332.0 0 to parameter 6.
5 27630.0 27750.0 1633.0 0 5 27750.0 29100.0 1929.0 0 5 29100.0 33540.0 1931.0 0 5 33540.0 3.i570.0 1825.0 0 5 33570.0 33780.0 1.931.0 0 5 33780.0 36600.0 1941.0 0 5 36600.0 36660.0 1022.0 0 5 36660.0 37620.0 903.0 0 5 37620.0 40080.0 812.0 0 l 5 40080.0 40500.0 744.0 0 5 40500.0 40640.0 120.0 0 7 19800.0 27600.0 46.0 0 Pressu'tizar level, coupled to l 7 27600.0 27630.0 65.8 0 parameters 8,9,10. 7 27630.0 27720.0 68.0 0 7 27720.0 27750.0 26.5 0 7 27750.0 28800.0 29.0 0 7 28800.0 29880.0 20.0 0 l 7 29880.0 30660.0 30.0 0 l 7 36600.0 36630.0 100.0 0 7 36750.0 38700.0 0.0 0 l 7 40680.0 41700.0 100.0 0 11 19800.0 27600.0 601.0 0 Incore thermocouple, coupled to l 11 27600.0 27660.0 608.0 0 parameters 12-49. 11 27660.0 27720.0 580.0 0 11 27840.0 27900.0 553.0 0 11 27900.0 28800.0 545.0 0 l 11 28800.0 36600.0 540.0 0
\s / 11 36600.0 39960.0 519.0 0 11 39960.0 40020.0 550.0 0
11 40020.0 40080.0 573.0 0 11 40080.0 40140.0 581.0 0 i
/ 11 40140.0 40200.0 596.0 0
( 11 40200.0 40260.0 637.0 0 11 40260.0 40340.0 647.0 0 11 40380.0 40440.0 528.0 0 11 40440.0 40500.0 300.0 0 11 40500.0 57600.0 120.0 0 l 31 19800.0 27600.0 602.0 1 Incore Thermocouple C08. l 31 27600.0 27660.0 610.0 1 31 27660.0 27720.0 580.0 1 31 27840.0 27900.0 561.0 1 31 27900.0 28800.0 544.0 1 31 28800.0 36600.0 539.0 1 31 36600.0 39960.0 517.0 1 31 39960.0 40020.0 518.0 1 31 40020.0 40080.0 520.0 1 31 40200.0 40260.0 530.0 1 31 40260.0 40380.0 550.0 1 31 40380.0 40440.0 500.0 1 31 40440.0 40500.0 300.0 1 31 40500.0 57600.0 120.0 1 33 19800.0 27600.0 605.0 1 Incore Thermocouple DOS. 33 27600.0 27660.0 608.0 1 33 27660.0 27720.0 585.0 1 33 27720.0 27840.0 580.0 1 33 27840.0 27900.0 551.0 1 33 27900.0 28800.0 543.0 1 33 28800.0 36600.0 532.0 1 33 36600.0 39960.0 525.0 1 33 39960.0 40020.0 540.0 1
- s. 33 40020.0 40080.0 525.0 1 33 40140.0 40200.0 580.0 1 33 40200.0 40260.0 680.0 1 33 40260.0 40380.0 551.0 1 33 40380.0 40440.0 600.0 1 33 40440.0 40500.0 299.0 1 l 33 40500.0 57600.0 120.0 1 g 35 19800.0 *7600.0 598.0 1 Incore Thermocouple E06.
35 27600.0 27660.0 400.0 1 , 35 27660.0 27720.0 579.0 1 l 35 27720.0 27840.0 580.0 1 l 35 27840.0 27900.0 550.0 1 l 35 27900.0 28800.0 543.0 1 35 28800.0 36600.0 540.0 1 35 36600.0 39960.0 519.0 1 35 39960.0 40020.0 520.0 1 35 40020.0 40080.0 615.0 1 35 40080.0 40140.0 710.0 1 35 40140.0 40200.0 711.0 1 35 40200.0 40260.0 740.0 1 35 40260.0 40380.0 791.0 1 35 40380.0 40440.0 480.0 1 l 35 40440.0 40500.0 298.0 1 35 40500.0 57600.0 120.0 1 l 36 19800.0 27600.0 600.0 1 Incore Thermocouple E10. 27600.0 27660.0 615.0 1 O36 36 36 27660.0 27720.0 27720.0 27840.0 581.0 580.0 555.0 1 1 36 27840.0 27900.0 1
36 27900.0 28800.0 545.0 1 36 28800.0 36600.0 543.0 1
/N 36 36600.0 39960.0 513.0 1 36 39960.0 40020.0 712.0 1 (N ') 36 40020.0 40080.0 725.0 1 36 40080.0 40140.0 700.0 1 36 40140.0 40200.0 600.0 1 36 40200.0 40260.0 750.0 1 36 40260.0 40380.0 688.0 1 36 40380.0 40440.0 502.0 1 36 40440.0 40500.0 299.0 1 36 40500.0 57600.0 120.0 1 44 19800.0 27660.0 602.0 1 Incore Thermocouple J03.
44 27660.0 27720.0 590.0 1 44 27840.0 27900.0 560.0 1 l 44 27900.0 28800.0 544.0 1 44 28800.0 36600.0 542.0 1 44 36600.0 39960.0 520.0 1 44 39960.0 40020.0 530.0 1 44 40020.0 40080.0 600.0 1 44 40080.0 40140.0 601.0 1 . 44 40140.0 40200.0 705.0 1 44 40200.0 40260.0 730.0 1 44 40260.0 40380.0 751.0 1 44 40380.0 40440.0 600.0 1 44 40440.0 40500.0 298.0 1 t 44 40500.0 57600.0 120.0 1 l 46 19800.0 27600.0 598.0 1 Incore Thermocouple JO9. ' 46 27600.0 27660.0 618.0 1 ( l 46 46 27660.0 27840.0 27720.0 27900.0 570.0 549.0 1 1 l 46 27900.0 28800.0 548.0 1 46 28800.0 36600.0 541.0 1 46 36600.0 39960.0 518.0 1 46 39960.0 40020.0 535.0 1 46 40020.0 40080.0 541.0 1 46 40140.0 40200.0 520.0 1 46 40200.0 40260.0 615.0 1 46 40260.0 40380.0 704.0 1 46 40380.0 40440.0 550.0 1 46 40440.0 l 40500.0 299.0 1 46 40500.0 57600.0 120.0 1 g 51 40020.0 42300.0 665.0 0 Cont High-Range Rad, coupled to 51 42300.0 43800.0 748.0 0 52, 55 i 51 43800.0 50400.0 475.0 0 ; 51 50400.0 64800.0 743.0 0 g 55 19800.0 36600.0 100.0 0 RX Coolant flow loop 1A-1, 55 36600.0 36605.0 0.0 0 coupled to parameters 56,57. l 58 21600.0 23400.0 0.3 0 Delta Temp , 58 23400.0 25200.0 1.0 0 58 25200.0 27000.0 0.6 0 58 27000.0 28800.0 0.1 0 58 28800.0 30600.0 -0.4 0 58 30600.0 32400.0 -0.5 0 i 58 34200.0 36000.0 -0.4 0 I I 58 36000.0 37800.0 -0.2 0 I 37800.0 39600.0 -0.7 0 > O 58 58 39600.0 41400.0 -0.8 0 58 41400.0 43200.0 -0.5 0 58 43200.0 45000.0 0.6 0 t [ h f
, - - , . - - - - - - - - - - - -n- - - , . . - - _ _
58 45000.0 46800.0 -0.5 0 58 46800.0 48600.0 -0.7 0 48600.0 50400.0 -0.8 0 0 58 58 58 54000.0 55800.0 55800.0 57600.0
-0.5 0.6 0
0 0 58 57600.0 59400.0 -0.5 58 59400.0 61200.0 -0.7 0 l 58 61200.0 63000.0 -0.8 0 59 36600.0 36605.0 0.0 0 RX Coolant flow loop 1B-1,60,61 62 19800.0 64800.0 2.3 0 Tower 1 ZSC 63 19800.0 27600.0 569.5 0 T Ave loop 1A-1, coupled to 63 27600.0 27630.0 583.5 0 parameters 64-66. 63 27630.0 27720.0 560.0 0 63 27720.0 27840.0 547.,5 0 63 27840,0 36600.0 543.5 0 63 36600.0 36630.0 546.0 0 63 36630.0 39960.0 506.5 0 63 39960.0 40050.0 542.7 0 63 40050.0 40200.0 611.2 0 63 40200.0 40500.0 617.2 0 63 40500.0 40530.0 387.2 0 63 40530.0 41220.0 234.1 0 63 41220.0 57600.0 160.2 0 DT Loop 1A-1, coupled to l 67 19800.0 27600.0 59.0 0 67 27600.0 27630.0 47.0 0 parameters 63-70. 67 27630.0 27720.0 40.0 0 67 27720.0 27840.0 5.0 0 67 27840.0 36600.0 3.0 0 l 67 36600.0 36630.0 6.5 0 67 36630.0 39960.0 1.0 0 g 67 39960.0 40050.0 91.5 0 67 40050.0 40200.0 106.0 0 67 40200.0 40500.0 99.0 0 67 40500.0 40530.0 20.0 0 67 40530.0 41220.0 -1.0 0 67 41220.0 57600.0 0.0 0 71 36660.0 36720.0 32.0 0 Reactor vessel NR level, coupled 71 36720.0 36900.0 25.0 0 to parameter 72. 71 36900.0 38820.0 21.0 0 71 38820.0 40020.0 9.0 0 71 40020.0 40320.0 7.0 0 71 40320.0 40440.0 26.0 0 71 40440.0 57600.0 28.0 0 73 19800.0 36720.0 e 1. , 0 o Cont temp air EL 66, coupledtol 73 36720.0 40800.0 146.0 0 parameter 74. 73 40800.0 46800.0 135.0 0 73 46800.0 57600.0 101.0 0 75 19800.0 34660.0 1089.0 1 High head SI flow 1-P15B 75 36660.0 37200.0 1210.0 1 75 37200.0 37230.0 0.0 1 77 27600.0 27630.0 51.0 0 Subcooling Monitor 77 27630.0 27720.0 52.0 0 77 27720.0 27840.0 69.0 0 77 27840.0 33540.0 86.0 0 77 33540.0 33570.0 76.0 0 77 33570.0 33900.0 86.0 0 77 33900.0 36600.0 88.0 0 ( 77 36600.0 36630.0 0.0 0 l 77 39990.0 40020.0 30.0 0 77 40020.0 40500.0 60.0 0
77 40500.0 40530.0 65.0 0 77 40530.0 40680.0 0.0' O r~'g 77 40680.0 40740.0 31.0 0 ( 77 40740.0 41220.0 1.0 0 'N -) 77 41220.0 57600.0 51.0 0 78 27600.0 27630.0 51.0 0 Subcooling Monitor 78 27630.0 27720.0 52.0 0 78 27720.0 27840.0 69.0 0 78 27840.0 33540.0 86.0 0 78 33540.0 33570.0 76.0 0 78 33570.0 33900.0 86.0 0 78 33900.0 36600.0 88.0 0 78 36600.0 36630.0 0.0 0 78 39990.0 40020.0 -10.0 0 78 40020.0 40140.0 -10.0 0 78 40140.0 40440.0 -10.0 0 78 40440.0 40500.0 60.0 0 78 40500.0 40530.0 65.0 0 78 40530.0 40680.0 0.0 0 78 40680.0 40740.0 31.0 0 78 40740.0 41220.0 1.0 0 78 41220.0 57600.0 51.0 0 l 79 19400.0 38100.0 0.2 0 Contat press, coupled to 79 38100.0 40500.0 3.5 0 parameters 80-84. 79 40500.0 57600.0 0.2 0 86 19800.0 27600.0 52.0 0 VCT level. 86 27600.0 27720.0 54.0 0 l 86 30000.0 34200.0 52.0 0 86 34200.0 57600.0 50.0 0 l f- g' 87 19800.0 36660.0 39.0 0 Cont humidity unit no. 1. 87 36660.0 37200.0 100.0 0 87 47400.0 57600.0 89.0 0 88 19800.0 21600.0 8.0 0 Tower 1 Wind Speed 45M 88 23400.0 25200.0 9.0 0 88 25200.0 27000.0 6.0 0 88 27000.0 28800.0 11.0 0 88 28800.0 30600.0 13.0 0 88 30600.0 32400.0 12.0 0 88 32400.0 34200.0 14.0 0 88 34200.0 36000.0 10.0 0 l 88 36000.0 37800.0 9.0 0 88 37800.0 39600.0 15.0 0 i 88 41400.0 43200.0 13.0 0 l 88 43200.0 45000.0 11.0 0 88 46800.0 48600.0 10.0 0 88 48600.0 50400.0 12.0 0 88 50400.0 52200.0 13.0 0 88 52200.0 54000.0 12.0 0 88 54000.0 55800.0 15.0 0 1 88 55800.0 57600.0 13.0 0 1 88 57600.0 59400.0 11.0 0 88 61200.0 63000.0 10.0 0 88 63000.0 64800.0 12.0 0 1 89 27690.0 27720.0 0.0 0 Letdown line flow. 89 28800.0 28830.0 34.0 0 89 36600.0 36630.0 0.0 0 27600.0 0 Charging line flow. 0 90 90 90 90 27630.0 27690.0 28800.0 27630.0 27690.0 28800.0 28830.0 18.0 86.0 96.0 24.0 0 0 0
90 36630.0 36660.0 10.0 0 90 36960.0 37020.0 116.0 0 90 37020.0 41400.0 120.0 0 090 98 100 41400.0 19800.0 36600.0 41460.0 64800.0 40032.0 0.0 0.2 750.0 0 0 0 SOLAR RAD Containment low range 100 40032.0 40050.0 10000.0 0 101 27600.0 27630.0 1.062E+00 0 STM GEN 1A-1 steam flow, coupled 101 27630.0 27660.0 1.681E+00 0 to parameter 102. 101 27690.0 27720.0 3.074E+00 0 101 27720.0 27750.0 2.960E+00 0 101 27750.0 27780.0 0.000E+00 0 101 27840.0 27870.0 1.042E+00 0 101 27870.0 27900.0 0.000E+00 0 , 103 27600.0 27630.0 1.062E+00 0 STM GEN 1B-1 steam flow, coupled 103 27630.0 27660.0 1.681E+00 0 to parameter 104. 103 27690.0 27720.0 3.074E+00 0 : 103 27720.0 27750.0 2.960E+00 0 i 103 27750.0 27780.0 0.000E+00 0 l 103 27840.0 27870.0 1.042E+00 0 l 103 27870.0 27900.0 0.000E+00 0 105 23400.0 25200.0 68.0 0 Outside temperature '! 105 28800.0 30600.0 67.0 0 coupled to 106 105 39600.0 41400.0 66.0 0 105 43200.0 45000.0 67.0 0 105 46800.0 48600.0 68.0 0 105 48600.0 50400.0 67.0 0 105 52200.0 54000.0 68.0 0 l 105 54000.0 55800.0 67.0 0 105 57600.0 59400.0 68.0 0 l 105 59400.0 61200.0 67.0 0 l 105 63000.0 64800.0 68.0 0 i 107 36660.0 36720.0 33.0 0 Reactor vessel WR level, coupled l 107 36720.0 36900.0 26.0 0 to parameter 108. 107 36900.0 38820.0 22.0 0 107 38820.0 40020.0 10.0 0 107 40020.0 40320.0 7.0 0 107 40320.0 40440.0 30.0 0 109 27600.0 27630.0 27.0 0 Steam generator leval 1A-1, l 109 27630.0 27720.0 20.0 0 coupled to parameters 110,111. 109 27720.0 27780.0 0.0 0 109 32400.0 33000.0 15.0 0 109 33000.0 57600.0 0.0 0 112 27600.0 27630.0 27.0 0 Steam generator level 1B-1, l 112 27630.0 27720.0 20.0 0 coupled to parameters 113,114. 112 27720.0 27780.0 0.0 0 l 112 32400.0 33000.0 15.0 0 112 33000.0 57400.0 0.0 0 115 27600.0 27900.0 22.0 0 SG WR level SG A WR, coupled to l 115 27900.0 33000.0 408.0 0 parameter 116. 115 33000.0 57600.0 390.0 0 117 36600.0 38340.0 18.0 0 C'.targing area low range monitor 117 41400.0 52200.0 4.0 0 118 27600.0 27900.0 22.0 0 SG WR level SG B WB, coupled to 118 27900.0 33000.0 408.0 0 parameter 119. 118 33000.0 57600.0 390.0 0 120 36600.0 40032.0 750.0 0 Seal table monitor 0120 121 40032.0 27600.0 40050.0 27630.0 10000.0 1085.0 0 0 Steam generator pressure IA-1 121 27630.0 27690.0 1055.0 0 coupled to parameters 122.123.
i ~ l 121 27690.0 27750.0 400.0 0 121 27750.0 27780.0 985.0 0
^N g 121 27780.0 27960.0 1055.0 0 1 121 27960.0 36600.0 1040.0 0 \s / 121 36600.0 40800.0 989.0 0 '
121 40800.0 43200.0 40.0 0 121 43200.0 57600.0 0.0 0 124 27600.0 27630.0 1085.0 0 Steam generator pressure 1B-1 124 27630.0 27690.0 1055.0 0 coupled to parameters 125,126, 124 27690.0 27750.0 400.0 0 124 27750.0 27780.0 985.0 0 124 27780.0 27960.0 1055.0 0 124 27960.0 36600.0 1040.0 0 124 36600.0 40800.0 989.0 0 124 40800.0 43200.0 40.0 0 124 43200.0 57600.0 0.0 0 127 36900.0 43200.0 1.1 0 Cont sump level B, coupled to 127 43200.0 54000.0 4.8 0 parameter 128. 129 36600.0 36800.0 90.0 0 Cont sump level A 130 36620.0 36900.0 84.0 0 Cont sump level A 130 36900.0 54000.0 88.5 0 133 27600.0 27630.0 0.0 0 STM GEN 1A-1 FDWTR flow, 134 136 27600.0 27630.0 0.0 0 STM GEN 18-1 FDWTR flow, 137 138 36600.0 36620.0 3.0 0 containment air particulate 139 36600.0 36620.0 2.4 0 U1 steam release line A coupled 141 19800.0 21600.0 453.0 0 Wind Direction, coupled to 141 21600.0 23400.0 442.0 0 142, 143, 144 141 23400.0 25200.0 448.0 0 141 25200.0 27000.0 444.0 0 27000.0 28800.0 465.0 0 141 28800.0 30600.0 455.0 0 0141 141 141 30600.0 32400.0 32400.0 34200.0 461.0 444.0 0 0 141 34200.0 36000.0 452.0 0 141 36000.0 37800.0 473.0 0 141 37800.0 39600.0 475.0 0 141 39600.0 41400.0 450.0 0 141 41400.0 43200.0 460.0 0 , 141 43200.0 45000.0 457.0 0 46800.0 141 45000.0 474.0 0 141 46800.0 48600.0 461.0 0 141 48600.0 50400.0 477.0 0 141 50400.0 52200.0 473.0 0 141 52200.0 54000.0 475.0 0 141 54000.0 55800.0 450.0 0 141 55800.0 57400.0 460.0 0 141 57600.0 59400.0 457.0 0 141 59400.0 61200.0 474.0 0 141 61200.0 63000.0 461.0 0 141 63000.0 64800.0 477.0 0 145 27540.0 29760.0 200.0 0 SG A Aux feed flow 145 32100.0 32160.0 50.0 0 coupled to 146 145 32160.0 36660.0 200.0 0 147 19800.0 50400.0 77.0 0 RHR HX Outlet Temp A 148 19800.0 50400.0 77.0 0 RHR HX Outlet Temp B , 149 27660.0 27720.0 15.0 0 PRZR relief tank pressure. 149 27720.0 27840.0 10.0 0 g 149 27840.0 33540.0 6.0 0
'- 149 33540.0 36600.0 12.0 0 149 36600.0 36780.0 8.5 0
i 149 36780.0 36840.0 104.0 0 149 36840.0 40020.0 31.0 0 ( g 149 149 40020.0 41820.0 41820.0 57600.0 25.0 22.0 0 0 151 19800.0 27600.0 99.9 0 Power range 1, coupled to 151 27600.0 27660.0 55.0 0 parameter 152-154. 151 27660.0 27720.0 0.0 0 155 27600.0 27630.0 607.0 0 RCS wide range temp hot leg A, 155 27630.0 27720.0 540.0 0 coupled with 156. 155 27720.0 27840.0 550.0 0 155 27840.0 36600.0 545.0 0 155 36600.0 36630.0 549.0 0 155 36630.0 39960.0 518.0 0 155 39960.0 40050.0 650.0 0 155 40050.0 40200.0 705.0 0 155 40200.0 40500.0 708.0 0 155 4050A.0 40530.0 390.0 0 155 40530.0 41220.0 245.0 0 155 41220.0 57600.0 160.0 0 157 27600.0 27630.0 607.0 0 RCS wide range temp hot leg B, 157 27630.0 27720.0 540.0 0 coupled to parameter 158. 157 27720.0 27840.0 550.0 1 157 27840.0 36600.0 545.0 1 157 36600.0 36630.0 549.0 1 157 36630.0 39960.0 518.0 1 157 39960.0 40050.0 650.0 1 157 40050.0 40200.0 706.0 1 157 40200.0 40500.0 709.0 1 157 40500.0 40530.0 390.0 1
- 40530.0 41220.0 245.0 1
)157 157 41220.0 57600.0 160.0 1 159 36680.0 64800.0 1.50E-02 0 U1 cont gas radiation.
163 19800.0 27600.0 540.0 0 RCS vide range temp cold leg A, 163 27600.0 27720.0 580.0 0 coupled to parameter 164. 163 27720.0 27840.0 545.0 0 163 27840.0 36600.0 542.0 0 163 36600.0 36660.0 543.0 0 163 36660.0 39960.0 517.0 0 163 39960.0 40200.0 600.0 0 163 40200.0 40500.0 610.0 0 163 40500.0 40560.0 378.0 0 163 40560.0 41220.0 246.0 0 163 41220.0 57600.0 160.0 0 165 19800.0 27600.0 540.0 0 RCS wide range temp cold leg B, 165 27600.0 27720.0 580.0 0 coupled to parameter 166. 165 27720.0 27840.0 545.0 0 165 27840.0 36600.0 542.0 0 165 36600.0 36660.0 543.0 0 165 36660.0 39960.0 517.0 0 165 39960.0 40200.0 600.0 0 165 40200.0 40500.0 610.0 0 165 40500.0 40560.0 378.0 0 165 40560.0 41220.0 246.0 0 165 41220.0 57600.0 160.0 0 167 19800.0 21600.0 453.0 0 Wind Direction, coupled to ; I 167 21600.0 23400.0 443.0 0 168, 169, 170 f l 167 23400.0 25200.0 450.0 0 167 25200.0 27000.0 447.0 0 167 27000.0 28800.0 469.0 0 167 28800.0 30600.0 459.0 0 f l l t
167 30600.0 32400.0 464.0 0 167 32400.0 34200.0 446.0 0 1 167 34200.0 36000.0 453.0 0 (, ; 167 36000.0 37800.0 473.0 0
/ 167 37800.0 39600.0 476.0 0 167 39600.0 41400.0 452.0 0 167 41400.0 43200.0 463.0 0 167 43200.0 45000.0 461.0 0 :
167 45000.0 46800.0 478.0 0 167 46800.0 48600.0 464.0 0 l 167 48600.0 50400.0 479.0 0 167 50400.0 52200.0 474.0 0 167 52200.0 54000.0 475.0 0 167 54000.0 55800.0 450.0 0 167 55800.0 57600.0 461.0 0 167 57600.0 59400.0 459.0 0 167 59400.0 61200.0 477.0 0 167 61200.0 63000.0 465.0 0 167 63000.0 64800.0 481.0 0 171 36600.0 37980.0 9.00E-06 0 Aux b1dg exhaust vent gas rad 171 39588.0 64800.0 4.70E-07 0 172 36600.0 38340.0 18.0 0 Charging pump area high range 172 41400.0 52200.0 4.0 0 173 28440.0 28500.0 10000.0 0 Source range 1 count rate, 173 28500.0 57600.0 1000.0 0 coupled to 174 175 27600.0 27660.0 4.00E-04 1 Interm range 1 current 175 27660.0 27720.0 1.00E-11 1 175 27900.0 57600.0 1.00E-12 1 176 27600.0 27660.0 6.00E-04 1 Interm range 2 current
,e~3 176 27660.0 27720.0 1.00E-06 1 176 27720.0 27780.0 1.00E-07 1 (i ') 176 27780.0 27900.0 1.00E-11 1 176 27900.0 57600.0 1.00E-12 1 177 19800.0 36720.0 98.0 0 Refuel wat storage tank level, 177 36720.0 37320.0 94.0 0 coupled to parameter 178.
177 37320.0 40800.0 91.0 0 177 40800.0 41700.0 79.0 0 177 41700.0 57600.0 31.0 0 179 27600.0 32400.0 11.0 0 Condensate storage tank level 179 32400.0 57600.0 9.0 0 A, coupled to parameter 180. 184 27660.0 27720.0 115.0 0 PRZR Relief Tank Liquid Temp 184 27720.0 27840.0 110.0 0 184 27840.0 33540.0 95.0 0 184 33540.0 33600.0 110.0 0 184 33600.0 36600.0 96.0 0 184 36600.0 36780.0 150.0 0 184 36780.0 36840.0 155.0 0 184 36840.0 40020.0 205.0 0 184 40020.0 41760.0 225.0 0 184 41760.0 41820.0 175.0 0 184 41820.0 57600.0 95.0 0 185 27660.0 27720.0 76.0 0 PRZR Relief Tank Liquid Level l 185 27720.0 27840.0 75.0 0 185 27840.0 33540.0 71.0 0 185 33540.0 33600.0 78.0 0 185 33600.0 36600.0 72.0 0 (N 185 36600.0 36780.0 36840.0 90.0 100.0 0 0 i 36780.0
') 18186 5 40080.0 40260.0 50.0 0 Low head SI flow 186 40260.0 40680.0 70.0 0
186 40680.0 40740.0 865.0 0 186 40740.0 41640.0 850.0 0 41640.0 41700.0 250.0 0 (/N)186 187 27690.0 27750.0 180.0 0 Low head SI/RER flow \ ~/ 187 29100.0 29160.0 0.0 0 187 36600.0 36630.0 180.0 0 187 40680.0 40710.0 130.0 0 187 40710.0 41640.0 131.0 0 187 41640.0 41700.0 165.0 0 187 41700.0 57600.0 168.0 0 190 21600.0 23400.0 -4.0 0 Sigma Theta, coupled to l 190 23400.0 25200.0 2.0 0 191, 192 190 25200.0 27000.0 4.0 0 190 27000.0 28800.0 -16.0 0 190 28800.0 30600.0 -11.0 0 190 30600.0 32400.0 4.0 0 190 32400.0 34200.0 13.0 0 190 34100.0 36000.0 14.0 0 190 36000.0 37800.0 2.0 0 190 37800.0 39600.0 -36.0 0 190 39600.0 41400.0 4.0 0 190 41400.0 43200.0 -1.0 0 190 43200.0 45000.0 13.0 0 190 45000.0 46800.0 -5.0 0 190 46800.0 48600.0 -12.0 0 190 48600.0 50400.0 -9,0 0 190 50400.0 52200.0 0.0 0 190 52200.0 54000.0 -3.0 0 190 54000.0 55800.0 4.0 0 55800.0 57600.0 -1.0 0 190 57600.0 59400.0 13.0 0 0190 190 190 59400.0 61200.0 61200.0 63000.0
-5.0
-12.0 0
0 190 63000.0 64800.0 -9.0 0 193 19800.0 21600.0 8.0 0 Wind Speed, coupled to 193 21600.0 23400.0 6.0 0 194, 195 193 23400.0 25200.0 5.0 0 193 25200.0 27000.0 7.0 0 if3 27000.0 28800.0 6.0 0 193 28800.0 30400.0 9.0 0 193 30600.0 32400.0 12.0 0 193 32400.0 34200.0 14.0 0 193 34200.0 36000.0 16.0 0 193 37800.0 39400.0 11.0 0 193 39600.0 41400.0 12.0 0 193 41400.0 43200.0 9.0 0 193 43200.0 45000.0 10.0 0 193 45000.0 44800.0 9.0 0 193 46800.0 48400.0 7.0 0 193 48600.0 50400.0 8.0 0 193 50400.0 52200.0 9.0 0 193 52200.0 54000.0 5.0 0 193 54000.0 55800.0 12.0 0 193 55800.0 57600.0 9.0 0 193 57600.0 59400.0 10.0 0 193 59400.0 61200.0 9.0 0 193 61200.0 63000.0 7.0 0 63000.0 64800.0 0193 196 19800.0 25200.0 8.0 0.0 0 0 Gross Megawatts 197 27670.0 28200.0 300.0 0 Feedwater Temperature l
197 28200.0 37800.0 100.0 0 coupled to 194 ! 199 27610.0 27640.0 300.0 0 Tccdwatcr Pr0ccuro l 199 27640.0 28200.0 115.0 0 coupled to 200 l 27620.0 27640.0 1.0 0 Prassurizer relief valve # 1-430 i s,)401 401 33540.0 33550.0 1.0 0 401 36600.0 64800.0 1.0 0 403 27600.0 64800.0 0.0 0 Unit 1 main gen breaker 404 27600.0 44800.0 0.0 0 Unit 2 main gen breaker 421 36645.0 64800.0 1.0 0 RCP 1A 422 36645.0 64400.0 1.0 0 RCP 1B 423 27720.0 64400.0 0.0 0 Source range trip block 424 27720.0 64800.0 0.0 0 Source range trip block 425 27720.0 64800.0 1.0 0 Interm range permisive 426 27720.0 64400.0 1.0 0 Interm range permisive
I l e EP EXERCISE 09-88 ( Section 9 j i i L l 6 l 9.2 Plant and Heteorological Parameters - Analogue l Y ave, Dog F Loop A T Hot /T Cold, Dog F t Loop B T Hot /T Cold, Dog F i
; SG A/B WR Level, Inches f SG A TD Water, pph l
f j SG B FD Water, pph t Interim Range Det, amps [ I 4 Scurce Range Det, ents ! ] I RV Level WR, it
- Cont Pressure, psig L 4
L 1 Pressuriner Level, % i RCS Pressure, psig i
! VCT Level, % l l
Subcooling, Dog F [ l i
- Sigma Theta, Dog i 1' !
Delta T. Delta H, deg F ! j Wind Speed, apn (primary / inland) Wind Direction, deg (primary / inland)
! NOTE: THE GRAPHS ABOVE REPRESENT CONTROL ROOM STRIP CHARTS AND WILL BE AVAILABLE IN THE DRILL CONTROL ROOM.
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i l l EP EXERCISE 09-88 Section 9 9.3 Radiological Monitoring System 9.3.1 Simulator Data (IBM-PC) 9.3.2 Analogue CONTROLLER NOTE: GRAPHS ARE ARRANGED BY MONITOR IN NUMERIC ORDER O
r CUE # = 1 TIME = 5 t 30 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: CUE # = 2 TIME = 5 : 40 RELEASE MONITOR READINGS (uCi/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: CUE # = 3 TIME = 5 : 50 RELEASE MONITOR READINGS (uCi/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: O
CUE # = 4 TIME = 6 1 0
-~
RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR LJECTOR = .0000295 STEiM LINE = .004 ALARMING MONITORS: CUE # = 5 TIME = 6 10 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08
- p. COMB. AIR EJECTOR = .0000295 f I STEAM LINE = .004 O
ALARMING MONITORS CUE # = 6 TIME = 6 t 20 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING ARIA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: l
~-)
CUE # = 7 TIME = 6 3 30 RELEASE MONITOR READINGS (uci/cc) N AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = .0014 ' U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: CUE # = 8 TIME = 6 40 RELEASE MONITOR READINGS (uci/cc) 1 AUX. BUILDING VENT = .0000005 - DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295
\ STEAM LINE = .004 ,
ALARMING MONITORS: ( CUE # = 9 TIME = 6 50
- RELEASE MONITOR READINGS (uci/cc)
I AUX. BUILDING VENT = .0000005 I DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 ' STEAM LIFE = .004 l l i ALARMING MONITORS: I r I
- \~-) l l
j i
CUE # = 10 TIME = 7 3 0 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: CUE # = 11 TIME = 7 10 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08
. COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS:
CUE # = 12 TIME = 7 20 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 i GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 l ALARMING MONITORS: i i i
CUE # = 13 TIME = 7 : 30 rx RELEASE MONITOR READINGS (uCi/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: CUE # = 14 TIME = 7 : 40 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: CUE # = 15 TIME = 7 50 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS:
CUE # = 16 TIME = 8 1 0 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = .0014 - U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMD. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS CUE # = 17 TIME = 8 10 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: CUEf = 18 TIME = 8 20 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMM.TNG AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 AIARMING MONITORS: O
CUE # = 19 TIME = 8 t 30 ta I RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: CUE # = 20 TIME = 8 : 40 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: CUE # = 21 TIME = 8 50 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS:
CUE 9 - 22 TIME = 9 1 0 RELEASS MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: i CUEf = 23 TIME = 9 : 10 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1 CUEf = 24 TIME = 9 20 , RELEASE MONITOR READINGS (uci/cc) i AUX. BUILDING VENT = .0000005 i DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 l GAS STRIPPER BLDG = 3.25E-08 I COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 l , ALARMING MONITORS: i :
\
l l J CUE # = 25 TIME = 9 : 30 ; i RELEASE MONITOR READINGS (uci/cc) ' U AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: l CUE # = 26 TIME = 9 : 40 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 l U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: CUE # = 27 TIME = 9 : 50 t RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 ' U1 CONT. PUhGE = .0014 U2 CONT. PURGE = .00438 ' GAS STRIPPIR BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 I STEAM LINE a .004 ALARMING MONITORS: _er,_ , - - - - - - --,em~~ww-~ rs
- - .w CUE # = 28 TIME = 10 1 0
( ) RELEASE MONITOR READINGS (uci/cc)
\_ ,/ . i AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = .0014 U2 CONT. PURGE - .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS:
CUE # = 29 TIME = 10 10 RELEASE MONITOR READINGS (uCi/cc) AUX. BUILDING VENT = .0000005 ' DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 7g COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 , ALARMING MONITORS: 1-212 1-211 CUE # = 30 TIME = 10 t 20 ; RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .000002 - , DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08
- COMB. AIR EJECTOR = .0000295 i STEAM LINE = .004 '
ALARMING MONITORS: 1-102 1-104 1-211 1-212 214 1 l N
CUE # = 31 TIME = 10 3 30 V) ( RELEASE MONITOR READINGS (uCi/cc) AUX. BUILDING V3NT = 9.000001E-06 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORSt 1-102 1-104 1-107 1-211 1-212 214 CUE # = 32 TIME = 10 40 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .000004 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 C) ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 214 CUE # = 33 TIME = 10 1 50 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORSt 1-102 1-104 1-107 1-211 1-212
CUE # = 34 TIME = 11 : 0 ('N
) RELEASE MONITOR READINGS (uci/cc)
AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 CUE # = 35 TIME = 11 : 10 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 N COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORSt 1-102 1-104 1-107 1-211 1-212 l CUE # = 36 TIME = 11 : 20 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 Cha STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 l {
~ - _ _ - _
l l CUE # = 37 TIME = 11 3 30 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 CUE # = 38 TIME = 11 40 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 CUE # = 39 TIME = 11 3 50 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 la104 1-107 1-211 1-212 1
CUEf = 40 TIME = 12 2 0 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS 1-102 1-104 1-107 1-211 1-212 CUE # = 41 TIME = 12 10 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 CAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS 1-102 1-104 1-107 1-211 1-212 CUE # = 42 TIME = 12 20 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 T
i CUEf = 43 TIME = 12 3 30 RELEASE MONITOR READINGS (uCi/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 CUE # = 44 TIME = 12 3 40 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 l l CUE # = 45 TIME = 12 50 ! RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295
- STEAM LINE = .004 i
ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 I l l l
l l CUE # = 46 TIME = 13 : 0 i [U RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-00 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 - STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 CUE # = 47 TIME = 13 : 10 RELEASE MONITOR READINGS (uci/cc) f AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295
) STEAM LINE = .004
_,) ( ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 i i , CUE # = 48 TIME = 13 1 20 1 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 i U1 CONT. PURGE = 2.5 i U2 CONT. PURGC = .00438 , GAS STRIPPER BLDG = 3.25E-08 i COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 , 1 i
CUEf = 49 TIME = 13 2 30 Ch RELEASE MONITOR READINGS (uci/cc) (V) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 ' GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS 1-102 1-104 1-107 1-211 1-212 CUE # = 50 TIME = 13 40 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 l STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 CUE # = 51 TIME = 13 t 50 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212
CUE 9 = 52 TIME = 14 2 0 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 CUE 6 = 53 TIME = 14 1 10 RELFASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 ( COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 AIARMING MONITORS: 1-102 1-104 1-107 1-211 1-212 CUE 8 = 54 TIME = 14 1 20 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 9
CUE # = 55 TIME = 14 1 30
-RELEASE MONITOR READINGS (uci/cc)
AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR E7ECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 i CUE # = 56 TIME = 14 40 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 CUE 9 = 57 TIME = 14 50 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 l' U1 CORP. PURGE = 2.5 i U2 CONT. PUkGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 l ALARMING MONITORS: 1-102 1-107 1-211 1-212 i 1 l 1.. I
CUEf = 58 TIME = 15 t 0
,g RELEASE MONITOR READINGS (uci/cc)
AUX. BUILDIllG VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 CUEf = 59 TIME = 15 : 10 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 O STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 CUEf = 60 TIME = 15 20 RELF\SE MONITOR READINGS (uCi/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 0.5 U2 CORT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .00CO295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212
\
CUEf = 61 TIME = 15 30
\d
\ RELEASE MONITOR READINGS (uci/cc)
AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 .; GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 CUE # = 62 TIME = 15 t 40 RELEASE MONITOR READINGS (uci/cc) AUX. FUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 - U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 ; COMB. AIR L7ECTOR = .0000295 l STEAM LINE = .004 ! l ALARMING MONITORS: 1-102 1-107 1-211 1-212 I CUE # = 63 TIME = 15 : 50 ; RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U2 C NT P RGE = b438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 i-( ALARMING MONITORS: 1-102 1-307 1-211 1-212 y I 1
CUEf = 64 TIME = 16 : 0 RELEASE MONITOR READINGS (uci/cc) j AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 ; STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 I n CUEi = 65 TIME = 16 : 10 i RELEASE MONITOR READINGS (uci/cc) ! AUX. BUILDING VENT = .0000005 [ DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 - U2 CONT. PURGE = .00438 - GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 ' STEAM LINE = .004 ALARMING MONITORS 1-102 1-107 1-211 1-212 i . CUEf = 66 TIME = 16 20 i' \ l RELEASE MONITOR READINGS (uci/cc) l AUX. BUILDING VENT = .0000005 i
- DRUMMING AREA VENT = 5E-08 U1 CONT. FURGE = 2.5 I
U2 CONT. PURGE = .00438 i GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 i STEAM LINE = .004 I 1 ALARMING MONITORS: 1-102 1-107 1-211 1-212 [ I [ I I
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CUE 0 = 67 TIME = 16 30 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 COhr. PURGE = 2.5 1 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 l=212 CUE # = 68 TIME = 16 40 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 l CUE 9 = 69 TIME = 16 50 RELEASE MONITOR READINGS (uci/cc) I AUX. BUILDING VENT = .0000005 i DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 l GAS STRIPPER BLDG = 3.25E-08 ! COMB. AIR E7ECTOR = .0000235
- STEAM LINE = .004 ALARMING MONITORS
- 1-102 1-107 1-211 1-212 l
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CUE 0 = 70 TIME = 17 0 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR L7ECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 CUE # = 71 TIME = 17 10 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE u 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 CUE 8 = 72 TIME = 17 20 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 i U1 CollT. PURGE = 2.5 1 U2 CO!!T. PURGE = .00438 ' GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 l l { 1 4 l I l
_ _ _ . _ _ . _ _ _ _ _ _ _ _ __ ___ _ m _ -_- CUE 9 = 73 TIME = 17 30 i RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-04 < U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 > STEAM LINE = .004 ; l ALARMING MONITORS: 1-102 1-107 1-211 1-212 { 4 ' l CUE 4 = 74 TIME = 17 40 l RELEASE MONITOR READINGS (uCi/cc) j AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 : U2 CONT. PURGE = .00438 ! GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 j STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 t CUE 9 = 75 TIME = 17 50 I j RELEASE MONITOR READINGS (uci/cc) f AUX. BUILDING VENT = .0000005 i DRUMMING AREA VENT = 5E-08 i U1 CONT. PURGE = 2.5 : U2 CONT. PURGE = .00438
- i GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 l STEAM LINE = .004 j ALARMING MONITORS: 1-102 1-107 1-211 1-212 f i
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CUEf = 76 TIME = 18 0 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR LJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 CUE 9 = 77 TIME = 18 10 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPdR BLDG = 3.25E-08 COMB. AIR LJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 CUE 6 = 78 TIME = 18 1 20 RELEASE MONITOR READINGS (uC1/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORSt 1-102 1-107 1-211 1-212 i
i CUE 6 = 79 TIME = 18 8 30 RELEASE MONITOR READINGS (uci/cc) AUX. BUILDING VENT = .0000005 DRUMMING AREA VENT = 5E-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 ALARMING MONITORS: 1-102 1-107 1-211 1-212 CUE 6 = 80 TIME = 18 : 40 RELEASE MONITOR READINGS (uci/cc) ? AUX. BUILDING VENT = .0000005 , DRUMMING AREA VENT = SE-08 U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 < COMB. AIR EJECTOR = .0000295 STEAM LINE = .004 l ALARMING MONITORS: 1-102 1-107 1-211 1-212 4
; CUEf = 41 TIME = 18 : 50 ~
RELEASE MONITOR READINGS (uC1/cc) ! AUX. BUILDING VENT = .0000005
- DRUMMING AREA VENT = 5E-08 j U1 CONT. PURGE = 2.5 U2 CONT. PURGE = .00438 GAS STRIPPER BLDG = 3.25E-08 COMB. AIR EJECTOR = .0000295 STFAM LINE = .004 I
ALAPNING MONITORS: 1-102 1-107 1-211 1-212 i I 1 i i 1
EP EXERCISE 09-88 f\ J Section 9 9.3.2 RMS MONITOR READINGS TREND HISTORY: STABLE MONITOR : READING MONITOR : READING RE-101 : 6.03E-02 1RE-215 : 8.19E-06 Rf-103 : 8.71E-02 1RE-216 : 2.00E-07 RE-105 : 7.39E-01 1RE-217 : 1.79E-06
*1RE-106 : 3.91E+00 RE-218 : 1.53E-05 RE-108 : 6.12E+00 1RE-219 : 7.62E-06
*1RE-109 : 9.97E+00 RE-220 : 5.00E-05 RE-110 a 2.42E+00 RE-221 : 4.17E-08 RE-111 : 1.39E+01 1RE-222 : 8.73E-03 RE-112 : 2.95E-01 RE-223 : 2.28E-06 RE-113 : 2.99E-00 RE-224 : 3.25E-08 RE-114 : 1.18E+00 RE-225 2.95E-05 RI-116 : 1.96E+01 RE-226 : 2.62E-02 RE-135 : 1.80E+01 RE-229 : 2.00E-07 1RE-136 : 1.82E+01 RE-230 : 9.50E-08 RE-140 : 1.20E+00 1RE-231 : 2.33E-03 1RE-232 : 4.00E-03 RE 234 : 1.07E-04 RE-235 3.23E-07 RI-237 : 3.50E+01 RE-238 : 3.00E+00 RE-241 : 2.50+01 RE-242 : 1.20+02 c
- NOTE: IF A PASS SAMPLE IS TAKEN AFTER 1107 AND CONTAINMENT IS UNISOLATED, THESE MONITORS WILL GO INTO "HIGH ALARM" AND READ 40-50 MREM /HR.
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i I i . EP EXERCISE 09-88 j Section 9 E b ,1 , l 1 l ] 9 I i L l 9.4 In-Plant Radiological Conditions (Maps & Data) j
, t 9.4.1 Airborne Surveys El 8' 9.4.2 Contamination Surveys El. 8' 9.4.3 Radiation Surveys El 8' t 1
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EP EXERCISE 09-88 Section 9 ISOTOPIC DATA (Airberte Samples from Spill Area - El. 8') TIM 0600 - 1010 1010 - 1030 1030 - 1100 1100 - End MUCLIDE 1-131 As Read 1.00E-07 5.00E-09 1.00E-11 Co-57 As Read 7.75E-08 9.50E-09 1.30E-11 Co-58 As Read 5.00E-07 1.75E-08 5.00E-10 Co-60 As Read 1.00E-08 6.67E-10 1.33E-11 Cr-51 As Read 4.00E-08 7.70E-10 1.00E-11 un-54 As Read 2.00E-08 5.75E-10 9.00E-12 TOTAL 6.48E-07 2.90E-08 5.45E-10 Xe-133 As Read 8.43E-07 5.00E-09 <m Kr-85 As Read 6.36E-07 7.25E-10 <m TOTAL 1.48E-06 5.73E-09 (MDA Page 2 _ _ _ _ _ _ -..._._ _ __ _ .._-- _ . -- ,_. . . - - _ _ _ _ . . ~ . . _ - - _ . __. .
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EP EXERCISE 09-88 Section 9 G CONTANINATION SURVETS (From Spill & Area - El. 8*) Use the following information when providing results of smear surveys:
- 1. Smears must be taken oc dry surfaces or be dried before counting - remain auare of the areas that would have been wetted by the spill.
- 2. Smears taken within the bu ies r of the spill area will read between 2030 and 5150 rpm. Allow counting personnel to calculate the activity levels.
(10.000 - 30,000 4r/100 caz calculated)
- 3. If an isotopic analysis is requested for some smears, actual activities will not be quantifiable, but the isotopes present and their percentages will be as follows:
NUCLIDE % of -TTIVITT co-57 12 % Co-58 77 % Co-60 1.6% Cr-51 6.2% Hn-54 3.2% 100.0%
- 4. If, in your opinion, an area is adequately decontaminated and resurveyed, activity levels on the smears will be "As Read."
- 5. With proper simulation, players may analyze a water sample from the spill. Isotopic data may be obtained from Section 9.6.4, "mMST Isotopic Data."
- 6. Provide only requested information and only when it is requested.
Page 2
EP EXERCISE 09-88 Section-3 9.4.3 RADIATI0et SURVEYS El. 8' (In and Around Spill Area) Use the following information, in conjuncticn with the in-plant radiation maps, when providing radiation readings:
- 1. Radiation levels in the affected (spill) area are due to the radioactivity in the liquid. As the liquid drains to the sump, general area radiation levels will slowly decrease.
- 2. If surveys are taken on the auxiliary building sump, waste holdup tank or their associated drain piping, contact radiation levels will be 20-30 ares /hr higher than "As Read" values after the spill occurs.
- 3. If radiation surveys are taken near the walls of the containment after 1107, levels will be 5-10 ares /hr higher than "As Read" values for the duration of the esercise.
- 4. If radiation levels inside containment are requested, consult Sectiou 9.4.4, "Containment Entry Surveys."
- 5. Minimize simulation. Allow players to perform the surveys. Provide results when they are regaested.
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\d Section 9 9.4.4 CONTAIMtENT ENTRT SURVEYS Keep in mind the following when providing information to players conducting a containment entry:
- 1. Allow players to perform all the steps necessary to conduct a containment entry, up to the point of opening the hatch. DO NOT ALIDW THE AIRtOCK PRESSURE TO BE OtANCED OR THE HATCH TO BE CPENED. The remainder of the entry will be simulated.
- 2. Allow the players to talk through the contairunent entry and what they would be looking for. (It is assumed that the entry team would be investigating the problems with the PORV block valve.)
- 3. Prior to 1010, radiation and contaminatior. survey information can be provided from the survey maps in this section. All air sample information can be obtained from Section 9.6.5, "Containment Atmosphere," for the desired time.
- 4. Although unlikely, it is possible that a team could be (simulated) inside containment af*er the 1010 and/or 1107 events. Use the following information if this does occur.
- a. Between 1010 and 1101, radiation levels will increase from $10 m:es/hr to 750 mres/hr in general areas.
- b. At 1107, radiation levels in containment will rapidly increase to s800 res/hr in general areas.
- c. Contamination levels, after 1010, will increase to read 30,000 - 50,000 dps/100 cm 2 ,
in g-neral areas.
- d. Consult Section 9.6.5, "Containment Atmosphere " for airborne concentrations at the desired time. l I
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EP EXERCIbE 09-88 i Section 9.6 9.6 Chemistry Sample Results 9.6.1 Primary 9.6.2 Primary - PASS 9.6.3 Secondary 9.6.4 RWST i 9.6.5 Containment Atmosphere t i [ 9.6.6 Containment Atmosphere - PASS i l l t t I l i l l l' h i
O EP EXERCISE 09-88 Section 9.6 9.6.1 REACTOR COOLANT ISOTOPIC DATA-0600-1107 1107-end pCi/cc pci/cc Nuclide I-131 4.45E-03 6.55E+02 I-132 7.86E-02 1.05E+02 , I-133 5.34E-02 4.44E+02 , I-134 1.24E-01 5.00E-01
- I-135 1.04E-01 2.75E+02 1
I-131 Equiv 3.25E-02 8.02E+02
% Defect 6.53E-4 N/A -
Kr-85m 1.05E-02 1.743E+00 , Kr-87 2.08E-02 1.66E+00 Kr-88 2.56E-02 3.68E+00 Xe-131m <MDA 4.08E-01 Xe-133 4.01E-03 8.13E+01 i Xe-133m <MDA 7.76E+00 Xe-135 4.24E-02 4.14E-00 Xe-138 1.05E-01 5.00E-01 Ar-41 1.92E-01 1.00E-01 Ag-110m <MDA <MDA Ba-139 2.36E-02 5.00E-02 Ba-140 2.78E-04 8.50E-04 Ce-139 <MDA <MDA Ce-141 <MDA <MDA j f i 4 Co-58 5.81E-03 5.25E-03 i Co-60 4.11E-04 4.00E-04 [ 5 cs-134 1.79E-05 1.25E-04 Cs-137 9.80E-05 2.25E-04 i Cs-138 1.63E-01 2.00E-01 i 1 Page 2 ! 9
L - EP EXERCISE 09-88 Section 9.6 a 9.6.1 REACTOR COOLANT ISOTOPIC DATA (Cont'd.) r Ru-103 1.05E-04 1.50E-04 i Ru-106
<MDA <MDA 7
Mn-54 5.67E-05 5.00E ' Nb-95 2.94E-04 2.75E-04 Nb-97 2.79E-04 3.00E-04 ! Te-132 2.61E-04 5.00E-04 , Zr-95 3.21E-04 3.00E-04 i .i Sb-122 4.97E-04 6.50E-04 Sb-124 1.24E-04 1.55E-04 i i e i I [. ! r r l l 6 i ! I i ! 1 ! h k l I I Page 3 . l _____w--m .,-n, __. . , . , - -
EP EXERCISE 09-88 Section 9.6 9.6.2 Pass Results Attached is form EPIP-30, "Reactor Coolant Post-Accident sampling Analysis Report." It will be used to supply data to Chemistry technicians analyzing the PASS sample during the drill. . The technicians should use EPIP 7.3.2, "Post-Accident 2 Sampling and Analysis of Potentially High Level Radioactive Coolant" to process the sample. The assigned controller will follow the simpling evolution and offer the desired results as required. f I l i l i I l l i i l l t i i l i
- i l 1 Page 4
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O EP EXERCISE 09-88 ( Section 9.6 9.6.2 Primary Coolant: Post-Accident Sample System POINT BEACH NUCLEAR PLANT REACTOR COOLANT POST-ACCIDENT SAMPLING ANALYSIS REPORT 1.0 ANALYSIS OF GASEOUS SAMPLE 1.1 Hydrogen Analysis 1.1.1 Scale used on gas partitioner Per "player" 1.1.2 Millivolt reading on chart recorder N/A 1.1.3 % hydrogen from calibration curve .191% 1.1.4 Volume of sample bomb in ml 17.8 1.1.5 Atmospheric pressure (mm/Hg) 760 1.1.6 cc/Kg hydrogen in coolant * (STP) O
*cc/Kg H2 (STP) = (
f x 3 )x( f}x1000
= 3.68 (1.1.3) x (1.1.5) -
(1.1.4) 1.2 Radioactive Noble Gases 1.2.1 Decay time in minutes Per "player" 1.2.2 Sample count time in seconds Per "player" 1.2.3 Detector Per "player" 1.2.4 Geometry Per "player" 1.2.5 Common multiplier
- 33505 1.2.6 Volume of sidearm flask 1065 ml 280 (1.2.6)
,gg , (1.1.4) y 0.5 -
= 560 x1.1.4)
((1.2.6) (1) See Section 5.2.2 of EPIP 7.3.2. Page 5
EP EXERCISE 09-88 Section 9.6 1.2.7 .MCA Results Isotope Concentration (pCi/cc) Xe-133 8.13E+01 Kr-85m 1.74E+00 Kr-88 3.68E+00 Xe-133m 7.76E+00 Xe-135 4.14E+00 Xe-138 5.00E-01 Kr-87 1.66E+00 Ar-41 1.00E-01 Kr-85 <LLD Xe-131m 4.08E-01 NOTE: THE FOLLOWING ARE NOT REQUIRED. HOWEVER, IF TIME PERMITS, ANALYSIS OF AS MANY AS POSSIBLE WILL HELP IN THE COMPLETION OF EPIP 1.7, "CORE DAMAGE ESTIMATION PROCEDURE." Cs-134 1.25E-04 Cs-137 2.25E-04 Te-132 5.00E-04 Ba-140 8.50E-04 La-140 <LLD La-142 <LLD 2.0 ANALYSIS OF LIQUID SAMPLE 2.1 Boron and pH 2.1.1 Volume of sample Per "player" ml 2.1.2 pH of sample As Read 2.1.3 Normality of NaOH .1N 2.1.4 Volume of NaOH used 9.3 ml 2.1.5 Concentration of boron
- ppm If boration occurs final ppm is desired
*ppmBoron=f2; 2 x (2.1.4) x 10810 Page 6
N EP EXERCISE 09-68 Section 9.6 2.2 Chloride chloride concentration <0.05 pp 3 - 2.3 Iodine Analysis 2.3.1 Decay time Per "player" min E 2.3.2 Sample count time Per "player" sec L 2.3.3 Detector Per "player" 2.3.4 Geometry Per "player" 2.3.5 Common multiplier
- Per "player" i
*cy . 1075 xF -
S i V, = Volume of sample (first dilution) F = Any additional dilution factors (2 or more dilutions) A t 4 (1) See Section 5.4.3 of EPIP 7.3.2. 2.3.6 MCA Results l Isotope Concentration (UCi/ce) ! I-130 <LLD ! I-131 6.55E+02 ; I-132 1.05E+02 , ] I-133 4.44E+02 i I-134 5.00E-01 l j I-135 2.75E+02 ' i Total 1.48E+03 l r b Page 7 ,
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4 i P EP EXERCISE 09-88 Section 9.6 c i 3.0 ROUTING AND APPROVAL Date Initials .; 3 .1 - Calculatiens completed by 3.2. Analysis completed by f
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3.3 Chemistry director " P 3.4 Health Physics director ! j 3.5 Technical support manager ' 1 i e I ! t i 4 1 . l I s ! j l I t i , l \ 4 ! ! I i ! I i l . I [ l 4 , I !
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-EP EXERCISE 09-88 e
Section 9.6 t- ; j 9.6.3 Secondary Coolant Isotopic Data - Both S/Gs (pCi/cc) , e : ) Nuclide Initial After GAP Release I-131 1.0E-08 1.5E-03 ~ . I-132 1.PE-07 2.4E-04 1 I-133 2.2E-07 1.8E-03 i I-134 1.0E-08 4.0E-08 , f
- I-135 1.0E-08 2.6E-05 !
I l i i Xe-135 1.0E-08 2.0E-04 1
- Xe-133m 1.0E-08 1.0E-06 ,
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l IP EXERCISE 09-88 i j Section 9.6 ! 9.6.4 RWST Isotopic Data
- I l Nuclide pCi/cc l
e I-131 7.07E-05 9 Co 1.25E-05 , i ! 3 Co-58 6.26E-03 ' i Co-60 6.17E-04 1 1 l Cr-51 4.44E-04 } j Mn-54 1.77E-05 f 1 T
- Nb-95 3.44E-05 [
Nb-97 2.19E-05 .' f i Ce-141 1.19E-05 !
- t l Ru-103 2.87E-05 f s >
l Sb-124 6.36E-04 l u l Sb-125 1.78E-04 I 5 i t ! i i r i r I l ' l l i l . i i i i I i til;) i Page 10 ! l I t ) , I ! '- - - - , , , - - - . _. _ ._ _ - _ _ _ _ - - -- - -b
/N EP EXERCISE 09-88 I
Section 9.6 9.6.5 Containment Atmosphere Isotopic Data RCS GAP Leakage Release 4 4 0600-1010 1010-1030 1030-1050 1050-1107 1107-End Nuclide I-131 5.81E-11 8.81E-06 1.76E-05 2.67E-05 5.5E+00 I-132 <MDA 1.58E-04 3.17E-04 4.80E-04 8.90E-01 I-133 5.65E-11 1.06E-04 2.11E-04 3.20E-04 3.80E+00 I-134 <MDA 2.45E-04 4.91E-04 7.44E-04 1.00E-03 I-135 <MDA 2.06E-04 4.12E-04 6.24E-04 1.92E+00 Kr-85m <MDA 2.08E-05 4.16E-05 6.30E-05 7.40E-02 Kr-87 <MDA 4.13E-05 8.26E-05 1.25E-04 7.10E-02 Kr-88 <MDA 5.08E-05 1.02E-04 1.54E-04 1.60E-01 Xe-131m <MDA <MDA <MDA (MDA 1.70E-02 i Xe-133 8.83E-06 1.00E-05 1.7E-05 2.41E-05 3.50E+00 Xe-133m <MDA <MDA <MDA <MDA 3.30E-01 , Xe-135 5.62E-07 8.38E-05 1.67E-04 2.54E-04 1.80E-01 - Xe-138 <MDA 2.08E-04 4.16E-04 6.30E-04 5.00E-03 Ar-41 5.90E-06 3.79E-05 7.59-05 1.15E-04 1.00E-03 Ag-110m <MDA <MDA <MDA <MDA <MDA
- Ba-139 <MDA 4.68E-05 9.J7E-05 1.42E-04 1.00E-04 Ba-140 <MDA 5.51E-07 1.10E-06 1.67E-06 1.25E-06 Ce-139 <MDA <MDA <MDA <MDA <MDA Ce-141 <MDA (MDA <MDA <MDA <MDA Co-58 1.39E-11 1.15E-05 2.30E-05 3.49E-05 3.30E-05 Co-60 <MDA 8.05E-07 1.61E-06 2.44E-06 2.40E-06 Cs-134 <MDA 3.50E-08 7.00E-08 1.07E-07 5,50E-06 Cs-137 <MDA 1.94E-07 3.88E-07 5.88E-07 1.00E-07 Cs-138 <MDA 3.22E-04 6.44E-04 9.78E-04 9.25E-4 ;
O l Page 11 i
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i EP EXERCISE 09-88 ! Section 9.6 9.6.5 Containment Atmosphere Isotopic Data (Cont'd.) RCS GAP Leakage Release 4 4 0600-1010 1010-1030 1030-1050 1050-1107 1107-End Nuclide Ru-103 <MDA 2.07E-07 4.14E-07 6.30E-07 6.10E-07 Ru-106 <MDA <MDA <MDA <MDA <MDA Mn-54 <MDA 1.12E-07 2.24E-07 3.40E-07 3.00E-07 . Nb-95 <MDA 5.80E-07 1.12E-06 1.76E-06 1.50E-06 Nb-97 <MDA 5.51E-07 1.10E-06 1.67E-06 1.67E-06 Te-132 <MDA 5.18E-07 1.03E-06 1.57E-06 1.25E-06 , Zr-95 <MDA 6.33E-07 1.27E-06 1.92E-06 1.80E-06 Sb-122 <MDA 9.83E-07 1.97E-06 2.98E-06 2.75E-06 Sb-124 <MDA 2.45E-07 4.91E-07 7.44E-07 7.60E-07 I i t Page 12 l l n- --..c~m-_.,.__ , , , _ . , - .._,m...._,, ,y..._, . _,.. -,r-*-'-- ----=www--e .--we -vw ,r-=we ee-=---er*e
O EP EXERCISE 09-88
'( Section 9.6 k
POINT BEACH NUCLEAR PLANT 9.6.6 Containment Atmosphere - Post-Accident Sampling Analysis Report 1 4 1.0 NYDROGEN ANALYSIS 1.1 Scale used on gas partitioner XI 1.2 Millivolt reading on chart recorder 0 l 1.3 % hydrogen from calibration curve <0.1% 2.0 RADIOACTIVE NOBLE GAS ANALYSIS ' 2.1 Decay time in minutes As Read l 2.2 Sample count time in seconds As Read 2.3 Detector #5 l 2.4 Geometry 11 2.5 Number of dilutions: (D) 1 4 2.6 Common multiplier
- 1182 1 1.10
*CM = (D)! x x (Pressure-Temperature Correction)
(1) See Section 5.3.3 of EPIP 7.3.3. One or more dilutions may l be necessary. 2.7 Pressure-Temperature Correction 3.5 70 (Pc + 14.7)(Tg + 459) l
= = 1.10 1.10 P (Tc + 459) 14h7 135*
- Where Pc = Pressure in containment (psig) 3.5 l Tc = Temperature in containment (*F) 135 I
Pg = Pressure in lab (psi) where 14.7 L P = 14.7 x "" - L 760 (rus Hg) Tg= Temperature in laboratory (*F) __, 70' ' ' Page 13 il ) l
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. f'~N EP EXERCISE 09-88 Section 9.6 2.8 Results of MCA Isotope concentration (pci/cc)
Me-133 3.50E+00 Kr-85m 7.40E-02 Kr-88 1.60E-01 Xe-133m 3.30E-01 Xe-135 1.80E-01 Xe-138 5.00E-03 Kr-87 7.10E-02 Ar-41 1.00E-03 Kr-85 <LLD Xe-131m 1.70E-02 NOTE: THE FOLLOWING ARE NOT REQUIRED. HOWEVER, IF TIME PERMITS, ANALYSIS OF AS MANY AS POSSIBLE WILL HELP IN THE COMPLETION OF EPIP 1.7, "CORE DAMAGE ESTIMATION PROCEDURE." Cs-134 5.505-06 Cs-137 1.00E-07 Te-132 1.25E-06 Ba-140 1.25E-06 La-140 <LLD La-142 <LLD 3.0 RADI0 ACTIVE IODINE ANALYSIS 3.1 Decay time in minutes As Read 3.2 Sample count time in seconds As Read 3.3 Detector #5 3.4 Geometry 5 3.5 Pressure-temperature correction (Same as Section 2.7) 1.10 Page 14
EP EXERCISE 09-88 Section 9.6 3.6 Results of MCA Isotope Concentration (UCi/cc) I-130 <LLD I-131 5.5E+00 I-132 8.90E-01 I-133 3.80E+00 I-134 1.00E-03 I-135 1.92E+00 4.0 ROUTING AND APPROVAL Date Initials 4.1 Calculations completed by 4.2. Analysis completed by 4.3 Chemistry director 4.4 Health Physics director 4.5 Technical support manager
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I r l I t I t Page 15
S EP EXERCISE 09-88 Section 10 l /( f 10.0 SAMPLE OFF-SITE DOSE PROJECTION 1 10.1 RMS 10.2 MAD i i ,. 4 Dose projections for this scenario were performed using two different ' models: the real time Radiation Monitoring 3ystem (RMS) Program and the XT j , re.sident "Emergency Meteorology and Dose Assessment Program (MAD). ; Sanple projections follow for these cases: * ! Dose
; Projection j Case No. Time Event Model 1 1010 Auxiliary building release RMS 2 1107 Design basis leak, GAP activity ['
1 from one assembly MAD i , 1 i l l i t i 1 , i l ! t i l 1 1 i I
. . _. _ _ _ _ . . . . _ _ _ _ . _._ , ..__m . . . _ _ _-.__m .
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.c EP EXERCISE 09-88 l Ssction 10 i
s 1 l l l 1 : (DRILL) Y ENTER DATA SCURCE ; i PLANT MONITORS (ENTER P) OR FIELD READING 9 (ENTER F) ! 7P ; THIS IS WHAT YOU ENTERED: i 4 1. AUXILIARY BUILDING VENI
- 1E-05 .. f/CC g
l
, 2. DRUMMING AREA VENT = 3 3E-0C uCI/CC
- l 3. UNIT 1 CONTAINMENT PURGE
- 0 uCI/CC ,
l 4. UNIT 2 CONTAIMMENT PURGE m o vCI/CC q 5. GAS STRIPPER BUILDING e 2.6E-08 uCI/CC 3 6. COMBINED AIR EJECTOR = 2E-05 uCI/CC , i 7. STEAM LINE VENT = 0 uCI/CC i l
- NO VALVES ARE OPEN !
i
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! ARE THESE THE CORRECT READINGS 7 (Y OR N)Y ' l (DRILL) j ACCIDENT TYPE ? ENTER THE CORRECT LINE NUMBER ;
- 1. LOSS OF COOLANT ACCIDENT ,
j 2. GAP ACTIVITY ACCIDENT , 3. FUEL HANDLING ACCIDENT l 4. STEAM GENERATOR ACCIDENT j i 5. ACCIDENT TYPE UNKNOWN 1 6. NO ACCIDENT HAS OCCURRED f
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l EP EXERCISE 09-88 Section 10 1 1
.I CHECA IF EVENT SHOULD DE C'. ASSIFIED AS A ,
tDRILL) SITE EMERGENCY FROJECTIONS ARE FOR SITE EOUNDARY DATA SOURCE: PLANT TYPE OF ACCIDENT WHOLE BODY DOSE THYROID DOSE RATE , RATE (REM /HR) (REM /HR) i l l OAP ACTIVITY ACCIDENT 2.31549E-06 4.63098E-06 , L { l IF THE PROJECTED OFF-SITE DOSES MEET ANY OF THE FOLLOWING CRITERIA, i THE EVENT IS TO DE CLASSIFIED AS A SITE EMERGENCY i
- 1. > .050 R/HR WHOLE BODY FOR 1/2 HOUP. .
- 2. > .250 R/HR TO THE THYROID FOR 1/2 HOUR '
J. - .500 R/HR WHOLE BODY FOR 2 MINUTES
- 4. > 2.50 R/HR TO THE THYROID FOR 2 HINUTES l
l c I I t. Page 2 t 1 < l - 1 l t
EP EXERCISE 09 48 Section 10 4 ! 4 1 l ) (DRILL) ; l ENTER THE RELEASE DURATION IN HOURS (IF IJNNN0WH ENTER 9) ! ?8 (DRILL) , i R.E.T.S. EVALUATION I TOTAL RELEASE RATE = 3.31068E-04 CI/SEC RELEASE DURATION = 0 HOURS ESTIMATED T01AL ACTIVITY = Y.53477 C1 [ i ESTIMATED TOTAL IODINE = 3.77184E-04 CI i l CONCENTRATION IS .17 % OF THE MAXIMUM PERMISSIBLE CONCENTRATION < i AT THE SITE BOUNDARY. l R.E.T.S. HAVE NOT BEEN EXCEEDED l i L I-l i f I l I E 1 I l t l l t i h 1 Page 3 f l I i ! I l 1
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i EP EXERCIFE 09-88 ' section 10 1
***** THE FCL'CWING D00E DATA 15 St.9EO ON ACTUAL METEOROLC"iYt +++++ '
3ECTOR UHCtf MDY CCGC RATED (REM /hR) DIRECTION 3ICTtaCC (MILE 3): i 1 . 3 *
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i 1 i d EP EXERCISE 09-88 l Section 10 'l INTE5 RATED DCSES FCR THIG CASE: CA'iE CL3ATICfl = 0.0 HOURS I Ot.CTen WHOLE DCDY DCOC3 FCR THIC CASE ( R E'1) l i D:ACC!!Ott DISTANCE ( M ILE'3 ) : L
; ;' 3 '5 to (
! P3 l NNE l Ni' i
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! ;C l n' . C G r I 35W ' CW ' ?SE-04
. ^7 '75E 05 7.95E-05 7.'?5E 05 7. 75E -05 W3W t.?tE-03 7.84E-04 4.70E-04 2.40E-04 1.coE-04 W 7. 9 E-04 7.95E-05 7.95E-05 7.95E-05 7.95E-05
! WNW NW
- NNW i
a 1 l SCCTOR THYROID DOSES FOR THIS CASE (REM) ! DIRECTION DISTANCE (MILE 3) ' 1 2 5 5 10 i N [ NNE ; i NE I l ENE E I i ECE l { SE i
! GSE )
- 3 i
! SSW i GW 4.59E-03 4.59E-04 4.59E-04 4.59E-04 4.59E-04 [ ]- WGW 1.10E-02 4.50E-03 0.7tE-03 1.4;E-03 6.2GE-04 t ! W 4.59E-03 4.59E-04 4.59E-04 4.59E-04 4.59E-04 i WNW ! l NW h j NNW . f
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I I' IS DC?E DATA OL' ANSWER 'OK* CR 'REFEAT*iOK [ l tJSE DO3FR!NT OPTION TO PRINT DO3E GUM 3 IF DESIRED. ! i l nExT CASE, EDIT, METFRINT. DC3 PRINT, TRCND, CHART, HCLP, OR OTCP"'TTiEW'.D l l TRY pag A I N . I i C3MMANO NOT RECCON12ED. Page 9 J l t
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SUMMARY
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i ++e TIME CF '!HU T CCWN 740 14CLGS l l *** CM C 'iUVAM l CAcE 11ATT DAY EL,'r0ED 4 CASE CRCE CCNTAIN NCE'LE CAG T O D I N'I f.C t TIMCt r;O s TIME: LENGTH TYPE GFRAY: DASIS. C'A313 3 1 1307 1 3.45 a.00 GAP GFF ESTIMATED EGN MATED 1 e** METEOROLOGY
SUMMARY
CASE STAD WIND WIND max! MUM x/O WCRST ! NO: CLAGG SFECD DIR AT ONE MILE GECTOR , a l 1 F 9.0 74 5.97E-05 WSW t l i r i r
' 6
- e** DOSE AND RELEASE
SUMMARY
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j EQUIVALENT PLANT RELEACES NG I CASE mat DOSE AT 1 MILE WD THY i 2 NO: R/HR WD R/hR THY TREND TREND C1/SEC NO CI/SEC ! TREND TRENE 1 2.09E-04 1.08E-03 NA NA 1.19E-01 1.70E-05 NA NA f j I e i 4 4 L 8
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EP EXERCISE 09-88 Section 10 INTEGRATED COGE3 FCR THE FINAL CAGE CASE DURATION = 5.9 HCUFG
?E.C TC R DIRECTION WHCLE DCDY DOSEC FOR THIS CASE (REM) ,
DIGTANCC (MILES) l
! 1 2 3 5 :o N
t.NE [
- *JC i ENE E
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^2W CW 5. EICE-0 4 5.U!E-05 5.G!E-05 5.95E-05 5.35E-05 WCW 1.20C-03 5.77E-04 3.46E 04 1.0 E-04 0. 01 E -O':
I W 5. IIEE-0 % *;. CCE-o", 5.G5E-05 WNW 5.O!E-05 5. Ott- 05 ' t4W j NNW ' 4 .; SECTOR j DIRECTION THYROID DOSES FOR THIS CASE (RCM) I DISTANCE (MILES): f 1 2 3 5 10 HNE NE i l CNE . i ESE : GE SSE ' 3 SSW , SW 3.37E-01 3.37E-04 3.37E-04 5 37C-04 3.37E-04 W3W 0.10E-03 3.;;E-03 1.79E-03 1.05E-03 4.6;E-04 W 3.37E-03 3.37E-04 3.37E-04 3.37E-04 3.37E-C4 WNW ( NW I NNW e. t
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EP EXERCISE 09-88 TOTAL C05CS INCLUDING THE FINAL C,WE: TOTAL TIME = 9.3 HOU9S
' Ji nL '.H iOLE POD ( 00;E9 uiEM)
T:C. T::R
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1 3 5 10 1 : I l I.r E ! 12 I
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5.05E-OL CW 3.0"E-04 5.0"E 05 5.95E-05 5.0"E-05 l W2W t.40E-03 5. 77E -04
- 46E-04 1.83E-04 a.01E-05 W 3.8 E-04 5.05E-05 5.0"E-05 5.05E-05 5.05E-0" !
i WNW l NW ! i i NNW 1 i 3 < i i SECTCR TOTAL THYROID DOSES (RCM) ; i DIRECTION DIGTANCE (MILES): i 1 5 to i I j N !
! NNE l
NE 1 ENE , E l ECE GE ' CCE l l G f GSW t l SW 3.37E-03 3.37E-04 3.37E-04 3.37E-04 3.37E-04 1.99E-03 1.05E-03 4.60E-04 l l WSW G.10E-03 3.33E-03 l i l W 3. 37 E43 3.37E-04 3.'7E-04 3.37E-04 3.37C-04 l WNW i NW \ t4 M l ,j s I i l l l Page 13 l i I 1
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++* iIMC CF ChuTDCWil: 740 HObn3 f
mee CA3C GUMMARY: ) CASE CTATP DAV CLAPSCD CAEC GRCC CONTAIN NCELE CAS I T I'C NO: TIME: NO: T!MCs LCNGTH TYFC GPSAY: DASIG DC I .i :
- I
!!o7 3.45 5.OG GAF CFF ESTIMATED CT!I*A?; !
j 1 1 i l I l *** METEOROLOGY
SUMMARY
I l j CASC GTAB WIND WIND MAXIMUM X/O WCRST i NO: CLAG3 SFCED DIR AT CNE MILE SECTCR j 1 F ?.0 74 5.97E-05 WSW I
*** DOGC f.ND RELCASE
SUMMARY
- CASE MAX DOSE AT 1 MILE WB THf EQUIVALENT PLANT RELCASES NG : ; j NO: R/HR WB R/HR THY TRCND TREND CI/SEC NO CI/SEC ! TECND TRCN' [ t 2.39E-04 1.00E-03 NA NA 1.19E-01 1.70E-05 NA NA i ! I I f l *** PLUME Ex!T TIMES: t l TIME TO EXIT 5-MILE SECTOR: 0.':6 HRS CLOCK TIME AT 5-MILE Ex!T: 1*/33 HOURS ( I TIME TO EXIT 10-MILE SECTOR: 1.11 HRS f l CLOCK TINE AT 10-MILE EXIT: 1806 HOURS l 1 i E l I ! 1 . ! i : i 1 f-J, i ( 1 l i ] Page 14 l l [ l
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I EP EXERCISE 09-88 Section 10 l i
* * * * * - THE FOLLOWING !'OFULA TIC N CCSE DATA ASSUMES NO CVACUATICN OCCUFRCD + v is *
**tt* i T .1 AT TI;PI DC'iG "0R Tlf ENTIRF. ACC t DCNT ARE AG FCLLOWS
[
'a 'C: E ';'O DY DCCE: ", . 70;E- 01 PLP50N-RCM
i Y !i C I C CO5Et 7.290EK)0 PERSON-RTM l t
i esa.* MorlFUM DOCC TO ANY INDIVIDUf.L i l WilOL E CODY fiOLE : 0.001 REM AT 1 MILES IN THC WCW % TF THYR 3!D COSE: 0.000 riEM AT 1 MILES IN THE WSW OCC T;.r? ,
***+* AVERAGC DOGES IN AFFCCTED SECTCRS:
WHOLE BODY DOSE: 1.255E-04 REM ! THYR 0!D DOEC: 7.240C-04 REM l TO TAL AFFECTED FOPUL ATION: 4"a 4 3 !
***** AVERAGE DOSES OVER ENTIRE EPZ:
i WHO:.E BOD ( DOSE: 2.512E-05 REM THYROID DOSE: 1.450E-04 REM TOTAL EP: POPULATION: 22696 t l, l MAD TCRMINATED: DATA SAVED IN COASHFIL ! I I TO FiE3 TART MAD TURN MASTER SWITCH OFF, THEN PACK ON l I l !F IT IS NECCSSARY TO RELOCATE THE COMPUTER SYSTEM r l 'HE READ-WRITE HEADS FOR THE HARD DISK MUST BE LOCVED. l TO LCCM THE HEADS TYPE "LOCK" AND CHOOSE ITEM NUMBER 3. l 1 . i ! , i ! riCTC IF THE COMPUTER 3YSTEM IS TO BE PLACED IN STORAGE LOCK THETHEREAD-WRITIl l ra4.rMona System v2.Osw l ! i 1 l l l i l 1 Page 15 l l l i _ _ _ _ _ _ _ _ - _ _ __ _
i l EP EXERCISE 09-88 l Section 11 l l l i n l I i EXERCISE PHONE LIST i POINT BEACH NdCLEAR PLANT EMfRGENCY PLAN EXERCISE ! I I !, SEPTEMBER 14, 1988 i t I L
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( Section 11 11.0 EMERGENCY Pt.AN EXERCISE TELEPHONE DIRECTORY 11.1 Exercise Controllers Extension Phone 11.1.1 TSC (main controller) 398 11.1.2 Drill Control Room 374 11.1.3 E0F/SBCC 279 11.1.4 JPIC 793-1497 11.1.5 Manitowoc EOC 683-4226 l l 11.1.6 Kewaunee Eoc 108 1-487-5257 11.1.7 Wisconsin DEG - EOC 1-608-267-7316 l 1 11.2 Drill Control Room Duty shift superintendent Drill Ringdown CR-TSC 446 447 11.3 Technical Support Center Drill Ringdown TSC-CR 11.4 System control Supervisor 1-544-7007 11.5 All other onsite and offsite Locations l Use the numbers which appear in the EPIP call lists i Page 1 , _ , - _ _ - _ .}}