ML20117Q170
| ML20117Q170 | |
| Person / Time | |
|---|---|
| Site: | Waterford  |
| Issue date: | 07/29/1992 |
| From: | ENTERGY OPERATIONS, INC. |
| To: | |
| Shared Package | |
| ML19346B042 | List: |
| References | |
| NUDOCS 9206030142 | |
| Download: ML20117Q170 (348) | |
Text
{{#Wiki_filter:= i WATERFORD 3 STEAM ELECTRIC STATION DRILL #92-07 EMERGENCY PREPAREDNESS ANNUAL EXERCISE JULY 29, 192 PARTICIPANTS ENTERG.! CPERATIONS, INC. LOUISIANA ?OWER & LIGHT COMPANY STATE OF LOUISIANA ORLEANS PARISH WEST JEFFERSON MEDICAL CENTER APPROVAL: EMERGENCY PLANNING AND ADMINISTRATION MAN APPROVAL: GENERAL MANAGER - PLANT OPERATIONS APPROVAL: VICE PRESIDENT, OPERATIONS f 'sog'}h f 4'**' ,c WJ " A8
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i WATERFORD 3~ ANNUAL EXERCISE 1 JULY 29, 1992-TABLE OF CONTENTS
.I . ' INTRODUCTION Abbreviations .* ,
i II. OBJECTIVES III. GUIDELINES b A. General Guidelines B. Safety Precautions C. Simulation Guidelines IV. NARRATIVE
SUMMARY
A. Initial Conditionn B. Summary of Events C. Event Mini-Scenarios V. DRILL SCENARIO SEQUENCE OF EVENTS VI. CUE CARDS VII. CHARTS, GRAPHS AND TABLES 1 A. Reactor Plant Data B. Inplant Health Physics Data C. Chemistry Data D. Meteorological Data E. Onsite Radiological Data F. Offsite Radiological Data VIII. DRILL TEAM ASSIGNMENTS IX. DRILL TEAM INSTRUCTIONS A. -Controlle'* Instructions B. Monitor Instructions C. Observer Instructions X. . REFERENCES
I WATERFORD 3 ANNUAL EXERCISE j JULY 29,- 1992 o. I. INTRODUCTION l In the interest of assuring the health and safety of the . general public in the area surrounding the Waterford 3 Steam Electric Station, in the event of a radiological-j- emergency, Waterford 3 conducts exercises-jointly with Federal, State and local agencies on an annual basis. This manual contains the scenario of activities and 1992 Annual supporting data describing the daterford 3 Emergency Preparedness Exercise. The scenario was developed by postulating events that will Inc. require response by the several Entergy Operations, and LP&L emergency response organizations. During this exercise, the licensee and support organizations will respond to the postulated events and conditions that have been selected to provide the level of activity necessary to meet the exercise objectives. The State of Louisiana, and support parishes, St. Charles and St. John the Baptist will participate to a limited extent in the annual exercise. The level of involvement of these government agencies is more fully described in the separate exercise package describing the offsite-scenario developed by the State of Louisiana. [ Exercise " players" will have no urior knowledae of the h secuence of events or radioloaical release information. The exercise itself will allow those individuals and agencies assigned to respond during a radiological emergency to demonstrate their performance according to current emergency preparedness plans and procedures. l I-1
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 I. INTRODUCTION (CONT'D1 is a mechanism by which selected drill The scenario itself controllers can initiate and evaluate the activities of ,. drill participants. The drill will be initiated at the Waterford 3 SES at 09:30 a.m. on July 29, 1992 and is expected to last approximately 5 hours. Participating organizations are shown in Section III, Guidelines, of this manual. I-2 l
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 TABLE I-l ABBREVIATIONS ACTM
- Automatic Control Timer Module BIG - Breaker B/P
- Blood Pressure CAS
- Central Alarm Station Central Alarm Station Console Operator CASCO
- Corporate Command Center CCC CCW - Component Cooling Water
- Control Element Assembly CEA CEDMCS - Control Element Drive Mechanism Control System Containment Isolation Actuation Signal CIAS
- Control Room Supervisor (SRO)
CRS
- Containment Spray CS Controlled Ventilation Atmosphere System CVAS Chemical Volume Control System CVCS DEI - Dose Equivalent Iodine DNBR - Departure from Nucleate Boiling Ratio
- Dose Projection Coordinator (EOF)
DPC DPM - Duty Plant Manager DPM
- Disintegrations Per Minute
- Exclusion Area Boundary EAB g - Emergency Action Level EC
- Emergency Coordinator I-3
WATERFORD-3l ANNUAL. EXERCISE JULY 29,-1992T ECC
- Emergency Control Center ECCS - Emergency l Core Cooling System EDG - Emergency Diesel Generator .'
EFAS -- Emergency Feedwater Actuation Signal-EFAT - Emergency First Aid Team EFWP - Emergency Feedwater Pump ENC
- Emergency News onnter ENS
- Emergency Notification System EOC - Emergency Operati RJ Center EOF
- Emergency Operations Facility t
EPZ - Emergency Planning Zone FEMA
- Federal Emergency Management Agency FFRT - Fix2d Facility Response Team FTC - Field Team Controller (EOF)
GWM - Gaseous Waste Management System HP
- Health Physics HPSI - High Pressure Safety Injection IC - Initiating Condition IHL - Industrial Hotline LLEA - Local Law Enforcement Agency LOCA-
- Loss of Cooling Accident LOEP
- Louisiana Office ~of Emergency Preparedness
'LP&L - Louisiana Power & Light Company LPSI - Lcw: Pressure Safety-Injection LRPD
- Louisiana Radiation Protection Division I-4
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'I WATERFORD 3 ANNUAL EXERCISE ,
JULY 29, 1992 ! l Meteorological and-Radiation Monitoring l MARMOND Display MSL
- Mean Sea Level '
Main Steam 1 Isolation Signal MSIS MSIV - Main Steam Isolation Valve NAO - Nuclear Auxiliary Operator NG
- Noble-Gas
- Nuclear Plant Operator (RO)
NPO Nuclear Regulatory Commission NRC NWS
- National Weather Service OCB - Oil Circuit Breaker OHL - Operational Hotline OSC - Operational Support Center
-PAP
- Primary Access Point PM - Preventative Maintenance PME - Plant Maintenance Electrical PMI - Plant Maintenance Instrumentation PMM - Plant Maintenance Mechanical
-PZR
- Pressurizer RAB
- Reactor Auxiliary Building RCA
- Radiation Controlled Area RCB
- Reactor Containment Building
- Reactor Coolant Pump RCP RCS - Reactor Coolant System RMS - Radiation Monitoring System
- Reactor Operator-RO RVLM
- Reactor Vessel Level Monitor I-5
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.WATERFORD 3 )*JUAL EXi'RCZSE JULY ' $, 1992, RWP - Radiation Work Permit
- Refueling Water Storage Pool RWSP SAS
- Secondary Alarm Station .'
- Secondary Alarm Station Console Operator f SASCO SCBA - Self Contained Breathing Apparatus SDC
- Shutdown Cooling SG - Steam Generator SIAS - Safety Injection Actuation Signal SIS - Safety Injection System SrDS - Safety Parameter Display. System SRD
- Self Reading Dosimeter
- Senior Reactor Operator SRO SS Shift. Supervisor SSS - Security Shift Supervisor TCCW - Turbine Building _ Component Cooling Water TSC - Technical Support Center
- Voice Notification System VNS WJMC - West Jefferson Medical Center W3SES - Waterford 3-Steam Electric Station i
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i WATERFORD 3 ANNUAL EXERCISE JULY 29,.1992 II. OpJECTIVES As a result of discussions between Waterford 3 staff,_the the Nuclear Regulatory Commission - Region IV (NRC), (FEMA), Federal Emergency Management Agency - Region VI ** the Louisiana Radiation Protection Division (LRPD), Louisiana Office of Emergency Preparedness (LOEP), John the Baptist ParisP.es, the j St.. Charles and St. jP following general developed for ths 1992 Eme: objectives and guidelines have beenJgency q Waterford 3 Steam Electric Station, which is scheduled to ' be conducted on July 2?: 1992. ONSITE OBJECTIVES 1. Dentnstrate proficiency in classifying the emergency condition. (D.1, D.2, I.1, I.2) 2. Demonstrate the ability to mobilize emergency and activate responsethe Technical Support Center (TSC) B.1 - B.5, B.7 - B.9), personnel. (A.1, A.3, A.4, E.1, E.2, J.1) 3. Demonstrate the ability to mobilize and activate the operational Support Centcr (OSC) 'mergency response E.2, J.1) A.4, b.1, B 5, B.7,. E.1, personnel. (A.1, 4. Demonstrate the ability to mobilize and activate the Emergency Operations Facility (EOF) emergency B.1 - B.5, response personnel. (A.1, A.3, A.4, t. B.7 - B.9, E.1, E.2, J.1)
- 5. Demonstrate the ability to mobilize and activate the Corporate Command Center (CCC) emergency response personnel. (A.1, A.4, E.1, E.2, 0.4.1)
- 6. Demonstrate the ability to fully alert, mobilize and activate the Emergency News Center (ENC) emergency response personnel (including the Rumor Control (A.1,-A.4,.E.1, E.2, G.3, G.4)
Center).
- 7. Demonstrate the ability to make notifications of emergency classifications and protective 1 action recommendations (if any) to offsite agencies _within F.2, the procedural time limits.- ( E .1 - - E . 4 , _- F .1, J.7)
- 8. Demonstrate the' ability of the senior facility managers to establish'and maintain command and control of their facilities throughout:the exercise.
(B.1 - B.3, B.5) 11-1 t- , m , .- w.- ,e, , , - . , . ,-,----<w.,..,rc ,,...,-.w-., , . . . - - , . - - -
b ' WATERFORD 3 ANNUAL EXERCISE JULY-29, 1992 II. OBJECTIVES (CONT'D) ONSITE; OBJECTIVES (CONT'D)
- 9. Demonstrate adequate and effective use of emergency '
communications equipment and-communications _ procedures and methods necessary to establish and-maintain communications with:
- a. All Waterford 3 emergency response facilities.
- b. Parish, State and Federal agencies.
- c. Radiological Field Monitoring Teams.
- d. In-plant emergency teams.
- e. The selected offsite assembly area.
- f. Local and industry emergency support (E.1 - E.3, F.1,
~
organizations, as required. H.6, J.1)
- 10. Demonstrate the ability to perform onsite and offsite.
T 3, I.4, radiological monitoring and assessments. (. I.7 - I.9, I.10, N.2.d)
- 11. Demonstrate the ability to perform the necessary of fsite dose projection ca ,culations to provide advance warning to_ Parish, State and Federal agencies. (I.3, I.4, I.8, I.10, N.2.d)
- 12. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations. (H.1, H.2, H.6, H.9)
- 13. Demonstrate coordination of protective' action decision-making activities (as necessary) with NRC (if NRC participates) and Louisiana Radiation
-Protection Division in the Emerger.cy Operations Facility. (J.3, J.6, K.1 - K.3, K.5, K.6)
- 14. Demonstrate the following accident mitigation activities: effective accident sampling and analysis-and accident mitigation-decicion making. (I.1,_I.2)
- 15. Demonstrate the ability of the emergency organization to perform re-classification (downgrade) decision-making and to de-escalate emergency response I.1,_I.2).
activities as-necessary. (D.1, D.2, II-2
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 II. OBJECTIVES (CONT'D) ONSITE OBJECTIVES (CONT'D)
- 16. Demonstrate the ability to perform a Protected Area '
evacuation and offsite assembly by evacuating non-essential personnel in the Protected Area to parking lots and sending a selected group(J.1, of J.3, personnel to an offsite assembly area. J.5)
- 17. Demonstrate the ability to perform accountability (J.5) in the Protected Area after a site evacuation.
- 18. Demonstrate the ability to mobilize a Search and Rescue team and perform search and rescue activitics to locate a missing person.. (K.1, K.3, K.5,-0.4.f).
- 19. Demonstrate the ability to perform continuous accountability activities for the onshift, onsite and nearsite emergency organizations. (J.5)
- 20. Demonstrate adequate security measures at each of the Waterford 3 cmergency response facilities. (0.4.d)
- 21. Demonstrate onsite response to a simulated contaminated / injured person;. including proper on-the-scene medical care and' treatment, radiological controls appropriate for the treatment required, command and control of on-the-scene activities,-
preparation of the patient for transport toL.1, a L.2, receiving hospital. (F.2, K.1, K.3, K.5, L.4, N.2.c, 0.4.f, 0.4.h)
- 22. Demonstrate the use of backup communications capability to direct field monitoring team activities by failing the installed radio in a field team-vehicle. (F.1.d)
- 23. Demonstrate the ability to conduct a post-exercise critique to determine areas requiring additional improvements. (N.4, N.5)
- 24. Demonstrate the ability to brief the media(G.3, in anG.4) accurate, coordinated and timely manner.
- 25. Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion.
-(G.4.c) l-l II-3 i-
- ~ -- WATERFORD 3 ANNUAL FXERCISE JULY 29, 1992 II. OBJECTIVES (CONT'DL OFFSITE OBJECTIVES UNIVERSITY OF NEW OEh]llANS RECEPTION CENTER .. OBJECTIVE is MOBILIZATION OF EMERGENCY PERCONNEL Demonstrate the capability to alert and fully mobilize personnel for both emergency facilities and field operations. Demonstrate the capability to activate and ! staff emergency facilities for emergency operations. l OBJECTIVE 4: COMMUNICATIONS ! Demonstrate the capability to communicate l with all appropriate emergency personnel , at facilities and in the field. OBJECTIVE St EMERGENCY WORKER EXPOSURE CONTROL Demonstrate the capability to continuously monitor ar.d control radiation exposure ta) emergency workers. OBJECTIVE 18 RECEPTION CENTER - MONITORING, DECONTAMINATION, AND REGISTRATION Demonstrate the adequacy of procedures,- facilities, equipment, and personnel for the radiological monitoring, decontamin-ation, and registration of evacuees. (See Note A) OBJECTIVE 19 CONGREGATE CARE Demonstrate the adequacy of facilities, equipment, supplies, personnel, and procedures for' congregate care of evacuees. (See Note B) OBJECTIVE 30 CONTINUOUS, 24-HOUR STAFFING Demonstrate the capability to maintain staffing on a' continuous, 24-hour basis through an actual shift change. (Cee Note C) II-4
.WATERFORD,3 ANNUAL EXERCISE-JULY'29,.1992:
II. OBJECTIVES (CONT'D) OFFSITE OBJECTIVES (CONT'D) WEST JEFFERSON ~ MEDICAL CENTER AIR CARE ... OBJECTIVE 1: MOBILIZATION OF EMERGENCY PERSONNEL Demonstrate the capability to alert and fully mobilize personnel for both emergency facilities and field ' operations.. Demonstrate the-capability to activate and staff emergency facilities for emergency. operations. OBJECTIVE 4 COMMUNICATIONS Demonstrate the capability to communicate with all appropriate emergency personnel at facilities and in the field. OBJECTIVE 52 EMERGENCY WORKER EXPOSURE CONTROL ~ Demonstrate the capability to cont'inuously monitor and contrcl radiation exposure to emergency workers. OBJECTIVE 20 MEDICAL SERVICES - TRANSPORTATION Demonstrate the' adequacy of vehicles, equipment,. procedures, and personnel for transporting contaminated, injured,.or exposed individuals. (See Note D) WEST JEFFERSON MEDICAL CENTER OBJECTIVE:13 MOBILIEATION-OF EMERGENCY PERSONNEL. 1:emonstrate thel capability to ' alert and - l' fully mobilize personnel for both-- ! emergency facilities'and fieli operations.- Demonstrate-the capability lto activate and'
~
? staff-emergency.. facilities for emergency-( ,-
operations.- g l'
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- JULY ;M), 1992- ,
II.- OBJECTIVES (CONT'D) OFFSITE OBJECTIVES (CO.NT'D) WEST JEFFERSON MEDICAL CENTER (CONT'D) . s OBJECTIVE 41 - COMMUNICATIONS Demonstrate the capability to communicate with all appropriate emergency personnel: at facilities and in the field. OBJECTIVE 5 EMERGENCY WORKER EXPOSURE CONTROL-Demonstrate the' capability to continuously monitor and control radiation exposure to_ . emergency workers.- OBJECTIVE 20 dEDICAL SERVICES - TRANSPORTATION Demonstrate the adequacy of vehicles, equipment, procedures, and personnel for transporting contaminated, injured,_or exposed individuals. (See Note-D) guJECTIVE 213 MEDICAL' SERVICES - FACILITIES Damonstrate the adequacy of-the' equipment, ' procedures, supplies, and personnel of-- medical. facilities responsible for treatment oftcontaminated, injured-or-exposed individuals. 1. I II-6 ' L
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-WATERFORD 3 ANNUAL EXERCISE 4 JULY 29,_ 1992 II. pBJECTIVES (CONT'Q1 OFFSITE OBJECTIVES-(CONT'D)
NOTES ON SPECIFIC OBJECTIVES ,, A. Several simulated contaminated persons and one- l simulated contaminated vehicle will be processed at: { this reception center. One-fourth of the monitoring-teams needed to process the anticipated number of evacuees will be mobilized. B. To minimize the disruption to those institutions (principally schools) which normally provide congregate care, demonstration of the ability to o mobilize congregate care resources will be made by American Red Cross personnel at the reception center. ' C. Monitoring teams, decontamination teams, Red Cross personnel, registration personnel and facility management personnel will be subject to a shift change. D. St. Charles Hospital will provide ambulance service (land) if the West Jefferson Medical Center Air Care unit is not available due to a priority call. I i [ II-7
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WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 III. QUIDELINES To define the scope and extent of participation by organizations and " players" the following exercise guidelines are established in order to The meetAnnual the objectives Exercise' listed in Section II of this manual. will be performed using the Waterford 3 control Room simulator. A. General Guidelines 1. The exercise will be conducted on July 29, 1992. Exercise " players" will not possess prior knowledge of the exercise start time, and will follow normal routines for that day until mobilized as part of the emergency response. 2. The exercise will commence with a postulated condition necessitating the declaration of an Unusual Event and escalate through the emergency classifications to a Site Area Emergency. 3. The scenario contains simulated radiological-release conditions which will require consideration of protective actions for the general public.
- 4. Exercise participants will perform, as appropriate, radiological monitoring and dose assessment activities.
- 5. Radiological field monitoring teams will be dispatched in order that response time, communications and monitoring _ procedures and practices may be evaluated.
6. The Emergency News Center will be staffed and-activated. Participation by members of the media News bulletins will be simulated at this center. will be made which depict simulated exercise events. However, no exercise press bulletins will be made to the public.
- 7. If postulated _ accident conditions warrant-evacuation of non-essential. site personnel,
-selected-persons will proceed to an offsite assembly area. All other non-essential personnel in the Protected _ Area will be assembled.in station parking: lots or accounted for._ Once assembly has occurred and accountability assembled procedures have been completed, personnel will return to their normal work stations.
III-1 J
WATERFORD'3 ANNUAL EXERCISE JULY 29, 1992 - III. QUIDELINES (CONT'D)-
- 8. The Emergency Fire Brigade will not be staged. >
The postulated accident conditions will not. require response by the Waterford 3 Emergency ** Fire Brigade'or by.an offsite support fire departmant. NOTE Care shall.be taken to assure that individuals who may overhear or see exercise activities are not misled into believing that an actual emergency situation exists.
- 9. All emergency communications that are part of the exercise shall be clearly identified as part of the exercise. Verba) communications shall be initiated and closed ;f the statement "This is a drill".
- 10. Methodology and assumptions related to the devolopment of data for-specific areas are provided with the data in Section VII of:this manual.
- 11. Exercise participantsiwill include the following emergency organizations:
Waterford 3 Onshift Emergency Organization (Control Room) Onsite Emergency Organization (TSC & OSC) Nearsite Emergency Crganization-(EOF) i . l l III-2 I l H o u l f ~. ' - - - - - - - - , .. . , . - . , . . _ . , _ , -
WATERFORD 3 ANNUAL EXERCISE ~ JULY 29, 1992 III. = GUIDELINES (CONT'D) :
' Louisiana Power & Licht Comnany.
Offsite' Emergency Organization (CCC_& ENC) .* Entergy district offices and electrical maintenance divisions will not participate in this exercise. j Communications with these groups may bo initiated _but their. response will be simulated.- l Offsite Oraanizations State of Louisiana a Louisiana Radiation protection-Division -- Partial participation. LRPD will staff the LRPD will ) Waterford 3 EOF and ENC positions. not deploy Field Tears. l
)
Louisiana Office of Emergency Preparedness - Limited participation (communications only)~. . St. Charles Parish-Department of Emergency Preparedness - Limited participation (communications only).- St. John the Bantist Parish Office of Civil Defense - Limited participation (communications only). West Jefferson Air Care Transportation of contaminated injured person.
' West Jefferson Medical Center Reception and treatment of contaminated' injured' person.
B. Safety Precautions
- 1. Personnel will not, in response'to the postulated- -
accident conditions of this ey.crcise, take any action which jeopardizes plant .cn: personne1L safety.- III-3 t' e e -- t- * -- 4 u+=-- += H p m 1-- w*+u-r',s-v-wT w *-^ -a reh'-< isf=- ' P 7
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 III. . GUIDELINES (CONT'D)- D. Safety Precautions (Cont'd)
- 2. Valves, breakers and controls shall not be manipulated in response to.this exercise-except
as necessary in order to meet a specific exercise objective. Actual operation of valves, breakers and controls that may be required to meet an exercise objective will be coordinated between the " drill" and " operating" Shift Supervisors.
- 3. In the event an actual emergency occurs during the conduct of this exercise, the drill Emergency coordinator shall immediately contact the real Shift Supervisor and coordinate available resources to mitigate the emergency.
- In the case of an actual fire report, the'
" operating shift" will provide initici response.
- In the case of an .ctual medical emergency, ths-
" operating shift" will provide the initial response until relieved of that responsibility by the drill shift.
- The drill _ clock and exercise activities can be stopped at the discretion of the drill Emergency Coordinator and the real Shift Supervisor until-the actual emergency is assecasd and/or under control.
- Qualified drill participants and drill control team members can be directed to support the real Shift Supervisor in response to the actual emergency.
- 4. All personnel who enter an RCA will be. radiation worker qualified.
- 5. Exercise personnei will observe all radiological controls. In the event that the data presented in this exercise package indicates lower: ,
radiation levels than actual, actions for the actual (higher) readings will be followed and the Health Physics. controller and Lead Controller will be notified. III-4
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 III. GUIDELINES (CONT'D)
- 3. Safety Precautions (Cont'd)
- 6. ALARA concepts wi31 be observed during the course of the exercise. Activities associated with the' performance of the exercise will not occur in areas where personnel will receive significant exposures.
C. Simulation Guidelines NOTE All simulated exercise events will be initiated under the direction of the Lead Controller. Individuals are prohibited from. creating real or-simulated situations that have not been provided for in the scenario and/or approved by the Lead Controller.
- 1. All actions, by exercise " players" in ret,ponse to the postulated scenario events shall be carried out to the fullest extent possible in accordance with the applicable Plant Operating Procedures and Emergency Plan 7w lementing Procedures as if it_were a real emergency, unless otherwise directed by the drill control team.
- 2. Portable fire extinguishers or other sealed canisters shall not have the seals broken or safety pins removed as part of this exercise.
- 3. Exercise " players" will~be required _to obtain the proper tools and equipment as necessary in responding to the_ scenario conditions.
- 4. The use of protective clothing.in the plant will not be simulated by exercise " players".
- 5. SCBAs will be donned as required by the scenario conditions, but, the masks will be allowed to be taken off after the initial fitting on1the face.
- 6. The display of exercise data on the radiological monitoring system will be simulated by posting exercise data sheets in the appropriate locations.
III-5
WATERFORD 3 ANNUAL EXERCISE JULY 29,_1992 III. GUIDELINES (CONT'D1 C. Simulation Guidelines (Cont'd)
- 7. The display of effluent accident monitors on the SPDS CRTs will be simulate'd by posting exercise' **
data sheets, when requested, in the appropriate locations. If required, the drawing and analysis of a PASS semple will be simulated. Demonstration of these 8. activities is not necessary to meet an exercise objective.
- 9. The actual relocation of the PAP will be If consideration is given to simulated. the Drill Team will credit relocation of the PAP, the players with the decision, but will not allow the PAP to be relocated.
Actual operation of the Whole Body _ Counter or_the-Backup Whole Body Counter will be simulated. Due-10. to the number of Health-Physics personnel being used as Monitors and Controllers,lthis activity will be simulated. The PMI pickup truck will be staged outside the Protected Area. The avcilability of_this vehicle 11. to a Field Team wi?.l' depend on a request to_the EC to direct Security to allow immediate passage of the truck through the vehicle trap. This request will be honored during-an actual emergency. The-prestaging of1the PMI truck is to
-simulate the immediate passage of the-truck during drills and exercises.
- 12. No equipment will actually be tagged-out in response to the scenario events, but_all-necessary authorizations required by procedures will be obtained before the simulation of the tag out.
III-6 t- )
t WATERFORD 3 ANNUAL' EXERCISE JULY 29, 1992
.IV . NARRATIVE
SUMMARY
-The sequence of events hypothesized in this exercise package is-provided to test the-integrated emergency- ,
- response capability of organizations established to In-protect the public should an actual emergency occur.
order to achieve a sequence of events that will mobilize ] these emergency organizations in fulfillment of the objectives of this exercise, the scenario-must contain incredible plant situations, unlikely equipment failures-and failure sequences, It is stressed that offsite-personnel (e.g. the puolic) should not be misled into believing that an event causing the radiological The following , consequences of this scenario could occur. is a summary of these events: A. Initiai Conditions The Plant has been operating for the past 60 days at-100% power and is near the end of core-life. DEH is in " Turbine Manual". Parts are' scheduled to-arrive on site July 30, 1902. Manual-control-of the Turbine will increase the amount of time required to reduce power after the Alert. This will keeputhe plant- at a higher power level when the Site Area Emergency is declared.
"B".
The "A/B" electrical busses are aligned to the-side.
"B" side.
The "A/B"-HPSI Pump is aligned to the The "B" - HPSI Pump is out of_ service-for: preventative maintenance (oil change). -The: pump was'taggedioutlat O'4:00 on July 29, 1992. The oil has been drained'from IV-1
1 WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 IV. NARRATIVE
SUMMARY
(CONT'DL A. Initial Conditions:(Cont'd) the pump and the motor. The_ coupling has been disassembled, the grerse has been removed and the coupling has been cleaned. Mechanical Maintenance personnel are expected to complete the PM by approximately 17:00 hours, todny. i Sections of the Condensate Polisher Building are posted as Contaminated Areas due to past recent Steam Generatar Tube Leaks. There are no Tube Leaks at this time. B. Summary of Events j The drill will commence at 09:30. At 09:35, an_ earthquake will occur which will be felt in and around the plant. The_ Amber Light on the The Red Light Seismic Monitor Panel will illuminate. The on the Seismic Monitor Panel will not light. Control Room enters Off-Normal Procedure OP-901-044,
" Seismic Event". The Shift Supervisor declares an Unusual Event based on Emergency Plan Implementing Procedure EP-001-001, Recognition and Classification of Emergency Conditions, D/UE/III, " Earthquake felt in-plant OR detected on station seismic instrumen-tation." There are no PARS required at.this declaration.
The Control Room will receive indication of failure of. the Control; Element Drive Mechanism Control System (CEDMCS). The Control Room will dispatch an operator to investigate the problem. The operator will find-IV-2 s a
t WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 IV. NARRATIVE
SUMMARY
(CONT'D) B. -Summary of Events (Cont'd) indication.of a' failure of the Automatic Control Element Assembly (CEA) #05 and_I&C maintenance will be The Control-dispatched to troubleshoot the condition.- Room should place Subgroup 1 and Regular Group 1 containing CEA #05, on the HOLD BUS to prevent a dropped rod. The I&C personnel will determine that the Coil Driver Logic Card has failed. This problem can be corrected by the replacement of the failed card. The "A" Turbine Building Component Cooling _ Water (TCCW) Pump will trip, causing the backup TCCW pump to start. This will not pose a serious problem at this When the loss of power on the "B" side occurs, time. later in-the scenario, the loss of TCcw will cause the instrument air compressors to heat up and eventually trip if the "A" TCCW-pump has not been restored to service or hookeo to potable water. At-10:15, a small tube leak develops in the "A" Steam Generator. The leakage will be about 50 gallons per minute. The Control Room enters Off-Normal Procedure At-OP-901-023, " Reactor Coolant System (RCS) Leak". . about 10:30, Operations will determine that the leak rate-is approximately 50 gpm. OP-901-023 Will-direct the Control Room to Off-Normal Procedure OP-901-024, " Steam Generator Tube Leakagefor High IV-3
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_.y.. - .. ._.m.. ._m . . _ . . WATERFORD'3 ANNUAL EXERCZSE JULY 29, 1992 IV. NARRATIVE
SUMMARY
( COffT ' D1 B. Summary of Events (Cont'd) Activity." The Control Room will commence TheLShift Supervisor an expeditious Plant Shutdown. declares an Alert based on Emergency Plan Implementing-Procedure EP-001-001, Recognition and Classification "RCS leakage > 44 of Emergency Conditions, B/A/I, GPM." There are no PARS required at this declaration. The Alert declaration results in the activation of the Technical Support Center (TSC), the Operational Stipport Center (OSC) and the Emergency News. Center (ENC). At 11:00, a weld on the float chamber or the Component Cooling Water (CCW) surge tank level switch CC-ILS 7013A will fail causing water to drain out of the After approximately 3 minutes, the float chamber. Control Room will receive indication of a low level on-the "A" side of the CCW surge tank. This will cause the CCW isolation valves to close, splitting the CCW system into two headers with the exception that the non-safety components will still be in the loop. InvestAgation of'the CCW level switch will identify a failed switch and I&C maintenance will be dispatched; to replace the level switch. When SIAS is initiated,' later in the scenario,'the "A/B" Supply Header isolation valves will close and::coling water will be lost to=the reactor coolant pumps, forcing the Operators to cool down on natural circulation. At 11:30, the Steam Generator tube leak will start.to increase to about 150 gpm. The. standby Charging Pump 1 wi.. attempt to start. This pump will experience a IV ,
WATERFORD 3 AVNUAL EXERCISE JULY 29, 1992 > IV. NARRATIVE SUMtihRL (CONT'DL B. Summary of Events (Cont'd) breaker trip. Due to-the RCS leakage through the ,, Steam Generator Tubes and the shrinkage of the RCS associated with the cooldown,.RCS level decreases faster than the two remaining Charaing Pumps can supply makeup water. In accordance with Off-Normal Procedure OP-901-024, " Steam Generator Tube Leakage or High Activity", the Control Room will manually trip the Reactor and manually initiato SIAS. The Emergency Coordinator (EC) declares a Site Area Emergency based on Emergency Plan Implementing Procedure EP-001-001, Recognition and Classification of Emergency Conditions, B/SAE/I, "RCS leakage > available Charging Pump capacity (LOCA OR Steam Generator Tube Rupture)." There are no PARS required at this declaration. When the Control Room trips the reactor, the failure of the "D" main generator OCB to auto open causes the distance relay to trip in the 230 KV switchyard and The "B" offsite power to the "B" side will be lost. Emergency Diesel Generator (EDG) will start and equipment will begin to sequence on. The Nearsite and Offsite Emergency organizations are mobilized'and the Emergency-Operations Facility (EOF) and the Corporate Command Center (CCC) are staffed; The Emergency Coordinator selects an offsite assembly The Assembly. area-and announces a site evacuation.
-Area Supervisor is dispatched and Security performs IV-5
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 IV. NARRATIVE
SUMMARY
(CONT'DL B. _ Summary of Events (Cont'd) accountability. For the purpose of this Exercise,- ,
' norson staged as a " Missing Person".
there will be c Upon the completion cf EP-002-190, " Personnel Accountability", it is determined that there is one missing person. EP-002-081 " Search and Rescue", is impicmented. A failure in the "B" CCW pump breaker will vause a fault on the 3B3F 'us, tripping the EDG output i breaker. The EDG output breaker will'not reclose due to the bus fault. Electrical maintenance willA be dispatched to assess the damage to the bus. Westbank Division crew will be requested to CCW investigate the problem with the OCB. The "B" breaker will have to be removed from the bus in order to restore power to the "B" side. Dose rates at the EAD will be < 1000 mR/hr Whole Body. and < 5000 mR/hr Thyroic~. A General Emergency will not be declared uae.to dose rates at the EAB. < At 12:00, a weld cracks on the Containment side of-Blow-down Valvo BD-103A. This Valve is located-in the
-4 Reactor Auxiliary Building-(RAB) Wing Area. The Ar-a Smoke Alarms and Radiation Monitors will go into-
- . ? .
- The Control Room will unsuccessfully attempt A Containment entry i shut isolation valve BD-102A.
is required to isolate this leak. This Blowdown line-is coming from the Steam Generator with the tube-leek. IV-6
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t l WATERFORD 3 ANNUAL EXERCISE i JULY 29, 1992 IV. NARRATIVE StMMARY (CONT'D) D. Summary of Events (Cont'd) The Steam leak contains activity and results in ,, airborne activity in the RAD Wing Area and an Offsite Release. At 12:30, the installed radio in Field Team "A"'s vehicle fails. The Field Team will use a backup means of communication with the TSC/ EOF. At 13130, an operator who has been loading precoat resin in the condensate Polisher Building, slips and falls down the ladder, brea.ks his arm and strikes his head on a building support. The work / accident area is A within the boundarios of the contamination area. decontamination worker in the area, reports the accident. A request for ambulance services will be The contaminated made to West Jefferson Air Care. injured patient will be transf6rred to West Jefferson Medical Center for treatment. The Emergency organization will continue the cooldown, which will insure that the Reactor Core is covered and that the Re'. Ase will secure. The-Exercise will be te1~inated at that point, or at such a time that the Lead Controller has determined that the Exercise Objecti"es have been met. C. Event Mini-Scenarios-Individual detailed descriptions of the major scenario events are provided on the following pages. IV-7 > 4
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WATERFORD 3 ANNUAL EXERCISE - JULY 29, 1992 i IV. !!ARRATIVE
SUMMARY
(CONT'D) , C. Event Mini-Scenarios (Cont'd) e' EVENT: "B" HPSI Pump Maintenance FAILURE: The "B" HPSI pump is out of service at the start of the drill for an annual PM which requires changing the oil. The pump had been tagged out on the night shift by Operations. The night shift mechnical maintenance personr.el had started the PM by draining the oil from the pump and motor, - dicassembled the coupling and removed the grease and cleaned the coupling. The replacement oil has not yet been drawn out of the warehouse. CHALLENGING HPSI pump to service as soon as ASPECTS: To return the "B" possible. EXPECTED ACTIONS: When the day shift mechanical maintenance personnel arrive, they will be briefed on the status of the PM. -Thsy will drev oil out of the warehouse and proceed to the pump to replace the oil. After the oil has been replaced in the pump and motor, the maintenance personnel will install coupler halves and grease the coupling. When the mechanical maintenance personnel have completed the PM, Operations will remove the tags and place the pump in-service. (Note: If power has not been restored to the 3B3s Bus, the B HPSI pump will not be able to be started.) EUCCESS/ _ FAILURE PATHS: Success is restoring a HPSI pump to operation in a timely manner. MOCK-UPS/ S1MULATION: Refilling the pump with oil will be simulated. IV-8 Y y,993y.#. r._ -_ -- _ -_.- y y-- r -m y ,-,c--.-. . . , , ,y.y_. ..,m. _, . . . , , . , . , , , -
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WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 IV. !!ARRATIVE
SUMMARY
(CONT'DL C. Event Mini-Scenarios (Cont'd) EVENT: Control Element Drive Mechanism Control System (CEDMCS) At 09:35, concurrent with the earthquake, a failure FAILURE: of the Coil Driver Logic Card for Control Element Assembly (CEA) #05 causes high voltage to be The-applied to the holding coil for CEA #05. CEDMCS TIMER FAILURE annunciator will go into an alarm condition. GjALLENGING ASPECTS: If the high voltage condition is not corrected within 15 minutes, the CEA power switch breaker will trip and the latching mechanism for CEA #05 will release. When the latching mechanism releases, CEA #05 will drop into the core. EXPECTED ACTIONS: When the Contr(' Room receives the CEDMCS TIMER FAILURE ularm, an NA0 should be dispatched to the CEDMCS control panol. I&C Kaintenance should also be notified of the alarm and technicians dispatched to the CEDMOS panel. The Control Room should place subgroup 1 and regular group 1 on the HOLD BUS which will bypass the coil driver logic card and eliminate the source of the high voltage. Indications at the panel will show that the TIMER FAILURE ALARM LAMP for CEA #05 is lit indicating a high voltage condition. Isc maintenance should check the voltage on the holding coil via the test connection on the panel. When it is identified that 140 VDC is being applied to the upper gripper of the CEA, I&C maintenance should then replace the failed logic card and the CEDMCS system restored to normal operation. r ! IV-9 l 4 f
WATEHFORD 3 AN!!UAL EXERCISE JULY 29, 1992 IV. NARRATIVE
SUMMARY
(CONT'D) C. Event Mini-Scenarios (Cont'd) SUCCESS / TAILURE Success will be correctly assessing the failure of PATHS: the coil Driver Logic card and placir.gEplE Subgroup 1 I&C may on the HOLD BUS within 15 minutes. replace ACTM also to make sure that it is not the problem. Failure will be allowing the CCA power switch to trip resulting in a dropped CEA. In the event of the dropped CEA, the coil Driver Logic Card can be replaced and the power switch breaker reset which will allow the CEA to be latched and pulled frota the core. No.TE: Problem will still be present if the Coil Driver Logic is not replaced. HQCM-UPSL SIMULATION: A drawing of the alarm and power switch sections of the CEDMCS control panel showing the alarm lights for CEA #05 will be provided at the panel. A mock up of the ACTM card section and Coil Driver Card Section of the panel will be provided and the I&C personnel will actually replace the Coil Driver Logic card in the mock.up. Voltage indications will be verbally supplied by the-drill control team. IV-10
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f WATERFORD 3 ANNUAL EXERCISE 4 JULY 29, 1992 i IV. !!ARRATIVE
SUMMARY
(CONT'D) C. Event Mini-Scenarios (Cont'd)
"A" TCCW Pump Failure EVENI:
The earthquake causes the disc to vibrate in theto enough overcurrent makeup the [AILilllE: relay (50/51 relay) When contacts and trip the "A" TCCW pump breaker. the vibration ceases, the 50/51 relay will reset but the ilag will still indicate the relay is tripped. The "A" TCCW pump can be started after resetting the trip relay (74 !!R relay) . Q:_PECTED ACTIONE: An operator should be dispatchedlie to will investigate the find that problem with the "A" TCCW pump.the flags are tripped forIf thedesired, 50/51 andthe74 IIR relays. He will reset the relays. pump can now be started, liq. Cit-UPS / Indications at the breaker will be provided by the TalliULATIOll: drill control team, SUCCESSL FAILURE PATHS: Success will be properly resetting the relays. The "A" TCCW Pump may be hooked to potable water. Failure to restore this pump to service or hook to potable water will result in a total loss of TCCC, "B" side occurs. The when the loss of power on the loss of TCCW will cause the instrument air compressors to heat up and eventually trip. l-IV-11
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1 WATERFORD 3 ANNUAL EXERCISE l JULY 29, 1992 IV. NARRATIVE
SUMMARY
(CONT'D1 C. Event Mini-Scenarios (Cont'd) d Component Cooling Water (CCW) Surge Tank Level EYEHI: Switch CC-ILS-7013A FAILURE: When the earthquake occurs, at 09:35 a crack + develops in the welded fitting on the CCW When thesurge water tank level switch float chamber. drains out of the float chamber at 11:05, the level switch will indicato a low surge tank level on the A side. This willCC-114B, cause the CCW header isolation CC-126A, CC-126B, CC-200A valves CC-114A, and CC-727 to close which splits the CCW system into two headers, with the exception that the non-safety components (RCPs, letdown heat exchanger and fuel pool heat exchanger) remain in the loop. CHALLENGING If a SIAS is received on the B side while the CCW A_SPECTS: headers are split, valves CC-115A, CC-115B, CC-127A, CC-127D, CC-200D and CC-563 will close-isolating the RCPs, letdown heat axchanger The and loss fuel pool heat exchanger from the CCW headers.of coolin that the RCPs be secured and RCS cooldown will have to be performed with natural circulation flow. This will limit the cooldown rate to 50 degrees / hour. EXPECTED ACTIONS: The Control Room should dispatch an NAo and/or I&C Maintenance toVisual troubleshoot the failure investigation of of thethe CCW level 1evel switch. switch will reveal that a crack in the welded fitting on the float chamber is allowing water to drain from the float chamber. The I&C technicians may check the condition of the level switch contacts and will find.that the contacts have not-been damaged. The level switch'should be isolated and the switch replaced in order to restore the CCW System to normal operation. ( IV-12 1 g - 7 - . - . , , . . , - . . e, r. ,w - _ . , ,. .,.~.,.~.,~-y -
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WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 IV. NARRATIVE
SUMMARY
(CONT'D) C, Event Mini-Scenarios (Cont'd) SUCCESS / FAILURE EATHS: If the operators and I&C technicians properly assess the need to replace the CCW surge tank level switch and the CCW system is returned to normal operation prior to the initiation of SIAS on the B side, the RCPs will not have to be secured and the operators can proceed with a normal cooldown, which will help to decrease the leakage of reactor If the coolant through the steam generator tubes. CCW system is not restored prior to the initiation of SIAS on the B side, the operators will be forced to cooldown in natural circulation. MOCK-UPS/ SIMULATION: A sign will be placed on tho'in';talled CCW surge A tank level switch to indicate the damaged weld. spare level switch will be availcble in the CCW Surge Tank Room and will be used if the technicians decide to check the status of the switch circuitry. The actual replacement of the level switch will be simulated. 5 e e o IV-13
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 IV. UAiUSTIVE
SUMMARY
(CONT'D1 C. Event Mini-Scenarios (Cont'd) D OCD Dreaker Failuro Operation , EEERI: is initiated at FAILURE: The reactor trips and SIASBefore the OCD can trip, the approximately 11:38. This results breaker failure relay will operate. in tripping breakers 7182 and 7106 and offsite The "D" Emergency "D" power is lost to the will start on loss of side. Diosol Generator (EDG) voltage to the 3D3s bus, the EDG output breaker will shut and loads will begin to sequence on. QHALLENGING The breaker failure operation causos the loss of offsite power to the "B" sido. The EDG will start ASPECTS: to restoro safety system loads, but the non-safety loads will be lost until power is restored to the "B" side. The non-safety loads lost include: circulating water; all turbine building and the condensato loads (including the air compressors) ; polisher building equipment. EXPECTED The control Room will notify After Southern inspection Controlofofthe ARTIONS: the loss of offsito power. breakorn, the control Room will request SouthernAn control to Close Switch 7182 and Switch 7186. attempt may be made to feedside the 3D21 non-safety bus fromloads 3A21 which will restore all "D" except turbino building cooling water. SUCCESSI FAILURE PATHS: Success is restoring power to the "B" sido non-safety loads. IV-14
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WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 IV. NARRATIVE
SUMMARY
(CONT'D1 C. Event Mini-Scenarios (Cont'd) EVEf fT: Cracked Weld on RCD Side of DD-103A PAILURE: Cracked wold occurs on the RCD side of DD-103A causing a major steam leak in the West -4 Wing Area. The aren smoke alarms to Attempts and radiation shut DD-102Amonitors from will go into alarm. the control Room will be unsuccessful. Cf!ALLENGING ASPECTS: 1) To determine location of steam leak 2) Determining problem with BD-102A
- 3) Making a containment entry and manually
- isolating BD-102A EXPECTED Upon ACTIONS: NAO Vill be dispatched to -4 RAB Wing Area.
entry into area, noise and steam will be coming from west side. The HA0 will be able to determine the steam is from the vicinity of DD-103A. Once the problem has been identified and BD-102A cannot be shut remotely, a team should be assembled to enter the RCB and close SG-114A. SUCCESSL FAILURE PATIIS: Success will be isolating valve SG-114A inside containment. This will secure tho' steam leak in the West -4 Wing Area which is producingIsolating airborne activity, contamination and radiation. this steam leak also secures the release to the atmosphere. Failure to isolate this steam leak will prolong the offsite release and the radiological hazards in the Wing Area. r IV-15
WATERFORD 3 ANNUAL EXERCISE 1 JULY 29, 1992 V. SEOUE11CE OF EVEliTS DRILL ACTIVITY IIME KEEEI Following the briefing, the . i 0900 Exercise Controllers brief the participants take their f T=-0:30 Shift personnel in their positions throughout thd CC-1 respective areas. Exercise plant. guidelines and initial conditions discussed with the participants. Work is in progress on the 'B" HPSI Pump preventative maintenance. Condensate
- Polisher area roped off.
The "A/B" electrical busses are :
"B" side.
aligned to the
-The "A/B' HPSI Pump is aligned to the "L" side.
Sections of-the condensate Polisher Building are posted as . Contaminated Areas. , Maintenance is waiting for part0 to repair the DEH System. 0930 Announcement made to start the T=+0:ec exercies. CC-2 An Earthquake is felt in and 0935 Earthquake. around the plant. The Amber T=+0:05 light on the Seismic Monitor CC-3 Panel illuminates. The CC-4 Control Room implements , CC-5 Off-Normal Procedure, OP-901-044,-Seismic Event. Validation of alarms takes place. Control Room isolation is initiated. Assessment of:t9 seismic event indicates that tt event reached between 704-and
- 1004-of an " Operating Basis Earthqu ake" . -The " Seismic Recorders in Operation" -
indication is received." An Unusual Event is declared: CC-6 Declaration of Unusual Event. based on EP-001-001,'Recognitti CC-7 and Classification of Emergene; CC-8 Conditions, Initiating condit1' (IC) D/UE/III, " Earthquake fel; in-plant OR detected on=statio seismic instrumentation." The are no PARS required for this declaration.- V-1 l, -, - -, ,- ....- . - , _ , . . ... - . . . - . - - - :-. - . . . - - . -:-. .
WATERFORD 3 AffliUAL EXERCISE > JULY 29, 1992
- v. goUENCE Or EVrt(TS ( Cot (T ' D 1 DRILL ACTIVITY IIMI EVEt'T EP-001-010, Unusual Event is implemented. The emergency condition is anncunced.to station personnel. State and local government agencies, Waterford 1 & 2 and the NRC are notified.
The Control Room will contact I&C to replace the tapes in the Seismic Monitoring System. Control Room operators implement CC-9 CEDMCS Timer Tailure alarm OP-901-009, CEA or CEDHCS CC-10 (CP-2, L-10) is received in Malfunction. The RAB watch and the Control Room due to the I&C maintenance should be failure of the coil Driver dispatched to investigate the Logic Card for CEA #05. problem. When it is determined that the Coil Driver Logic Card for CEA #05 has failed, the control Room should direct the RAB watch to place subgroup 1 regular group 1 on the Hold Bus. - I&C will replace the coil Driver Logic Card. If subgroup 1 regular group 1 is not placed on the Hold Bus within 15 minutes, the power switch breaker for CEA #0S will trip resulting in 4 dropped rod. TCCW Pump trip. The "A" Turbine Building CC-11 Component Cooling Witer (TCCW) CC-12 Pump trips, causing the "B" TCC-pump to start. This will not cause a serious problem at this-time. An NA0 will be dispatche to investigate the problem. Electrical and/or Mechanical Maintenance may be requested tc investigate the pump trip problem. 1000 Exercise continuation announcement. T=+0:30 CC-13 No. 2 Steam Cenerator Tube Leak. The control Room receives 1015 indication of a Primary Coolan T=+0:45 Leak with Equilibrium Charging! CC-14 flow greater than the combined; Letdown and Reactor Coolant Pui controlled Bleedoff flow. The Control Room enters off-Hormal: Procedure OP-901-023, Reactor Coolant System (RCS) Leak. V-2
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WATERFORD 3 AWUAL EXERCISE JULY 29, 1992
- v. stourner or tvrnTs (CONT'D)
TIME EVENT DRILL ACTIVITY The control Room receives indication of a Steam Gpnerator Tube Leak. Radiation Monitor alarms are received on the Blowdown and Condenser vacuum exhaust. The Condenser vacuum pump exhaust diverts to filters. The No. 1 Steam Generator Main Steam Radiation Monitor increases. The control Room enters Off-Normal Procedure OP-901-024, Steam Generator Tube Leakage or High Activity. The Chemistry Department is directed to begin S/G activity sampling. A Leak rate calculation is performed which determines that the leak is approximately 50 gpm. 1030 Declaration of Alert. The SS/EC declares an Alert T=+1:00 based on EP-001-001, Recognitior-and classification of Emergency CC-15 Conditions, Initiating conditiol CC-16 CC-17 (IC) B/A/I, 'RCS leakage > 44 CC-18 GPH." There are no PARS CC-19 required at this declaration. EP-001-020, Alert, is implemented. The emergency condition is announced to station personnel. The Onsite Emergency Organisation (TSC & OSC) in mobilized. State and local government agencies, Waterford 1 & 2 and the NRC are: notified. 1100 Exercise continuation announcement. T=+1:30 CC-20 1105 CCW float problem. The CCW Surgo Tank Low Level T=+1:35 alarm activates and the CCW CC-21 system isolates on the "A" stdt CC-22 Upon investigation cf the low-CCW Surge Tank Alarm, the I&C Maintenance personnel will fint that the level switch float chamber has a cracked weld and the water has leaked out of tha t chamber causing the low level indication. The level switch will have to be replaced. V-3
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WATERFORD 3-ANNUAL EXERCISE JULY 29, 1992 V. SEOUENCE OF EVENTS fCONT'D1 DRILL ACTIVITY-Ily,g EVENT S/G Tube Leak increases to 150 gpm. The steam Generator Tube leak , 1130- increases in size to-T=+2:00 approximately 150 gpm. .'The , CC-23 standby Charging Pump will attempt to. start. This pump will experience a breaker trip. - i Due to the RCS leakage and the shrinkage of the RCS associated with the cooldown, RCS level ; decreases faster than the two r remaining Charging Pumps can-supply makeup water. In accordance with Off-Normal Procedure OP-901-024, " Steam Generator Tube Leakage or High' > Activity", the control Rocm willi ' manually trip the Reactor and manually initiate SIAS. Declaration of Site Area Emergency. A Alte Area Emergency is 1135 declared based on EP-001-001, T=+2:05 Recognition and C1sesification CC-24 of Emergency Conditions, CC-25 - Initiating-Condition (IC). CC-26 B/SAE/I, "RCS leakage > availableCharging~Pumpcapacitj (LOCA or steam Generator Tube Rupture)". There are no PARS required for this declaration.- The Emergency coordinator selects the appropriate offsite assembly area, notifies security, dispatches the . 1 Assembly Area Supervisor andian HP technician to the selected 1 i assembly area and announces the: Protected Area Evacuation. NOTES- For the purposes of this exercise, only the Protected Area-will be evacuated. A smal: group-of predesignated persons. will be evacuated to the-assembly area to demonstrate evacuation and assembly area: ' activities. e V-4
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WATERFORD 3 A111(UAL EXERCISE JULY 29, 1992 V. stouruct or EVENTS ( Cot T ' D i DRILL ACTIVITY 11BE EVENT Protective Actions taken by Waterf ord 3 are reported to Waterford 1 & 2 (for th& purposes of this exercise, evacuation of Waterford 1 & 2 will not occur). State end local government agencies and the NRC are notified. If the Nearsite Emergency Organization (EOP) has not already been mobilized, the declaration of the Site Area Emergency results in the mobilization of the EOF and CCC staffe. EP-002-190, Personnel Accountability, and PS-016-103, Accountability of personnel within the Protected Area During Emergencies, are implemented. When security compietes their CC-27 Missing person. secountability activities, indications are given that at least one individual is unaccounted for within the Protected Area. NOTE: An individual will be pre-selected who normally works within the Protected Area. The person has been instruc+1d not to card in on an Accountability Keycard Roador or to sign on a Facility Accountability Roster. On hearing the evacuation g announcement he will remain within the Protected Area at hi normal work station. No attom; will be made to hide or avoid Search and Rescue Teams on his/her part. A plant page will be made requesting that the missing person (s) contact the TSC in accordance with EP-002-190, Personnel Accountability. The designated missing person will not reupond to the plant page. EP-002-081, Search and Rescue will be implemented and activities will occur to locat and determine the status of tt missing individual. V-5
WATERFORD 3 AllllUAL EXERCISE JULY 29, 1992 V. ELOUENCE OF EVENTS fCONT'D) DRILL ACTIVITY IlEK EYEMI The OSC Supervisor will form, and dispatch, Search and Rescue t e am.s from the OSC. Upon locating the missing CC-28 person, personnel will be allowed to return to their normal work areas. When the control Room trips the CC-29 Failure of the "B" Main Generator Reactor, the f ailure of the 'i8" CC-30 oCB to trip. main generator ocB to auto eten-cauees the distance relay to trip in the 230 KV switchyard"B" and offsite power to the side will be lost. The "B" Emergency Diesel Generator (EDGY will start and equipment will begin to sequence on. ocB "B" is manually tripped fron the Control Room. After inspection of the breakers, Southern Control is requested te close switches 7182 & 7186. A failure in the "B" CCW pump CC-31 Fault on th( 3B35 Bus. breaker cauces a fault on the CC-32 3B3S bus tripping the EDO outpu' breaker. The EDG output breake: will not reciose due to the bus fault. 'the "B" CCW pump breake will have to be removed from th bus in order to restore power t the "B" nide, operations and Maintenance personnel will be dispatched te investigate the loss of the 3BJ bus and the tripping of the "B' EDG output breaker. 1200 Exercise continuation announcement. T=+2:30 CC-33 V-6
WATERTORD 3 ANNUAL EXERCISE
- JULY 29, 1992
- v. stourner or rvrHTs rCoNT'D1 DR7LL ACTIVITY IIMI FVENT Failure of Blowdown line. A weld cracks on the containment!
- '-34 side of Blowdown Valve pD-103A.
Cc-35 This valve is located in the -4 CC-36 Reactor Auxiliary Building (RAB) Wing Area. The Area Smoke Alarms and Radiation Monitors will go into Alarm. The Control-Room will unsuccessfully attempt' to shut isolation valve BD-102A. A Containment entry is required to isolate this leak. This Blowdown line is coming from the Steam Generator with the tube leak. The Steam leak contains activity and results in airborne-activity in the RAB. Wing Area and an Offsite Release. For the purposes of this exercise, A containment entry wiif, be CC-37 required in order to access CC-38 containment entry will be into An a simulated equipment (escape) BD-102A and SG-114A. hatch that is located on the RAD emergency repair team will be.
+21.
assigned to make the entry and attempt to close the suspect valves. Upon entry of the containment (RAB +21) the repair team will discover that BD-102A cannot be; made to move. The team efforts to close 50-114A will be successful. At isolation of the EOF The plume from the plant release CC-39 goes close to directly'over the ventilation. EOF. There is a Contingency Cui Card to prevent the actual shifting of the-EOF ventilation system. 1300 Backup communications for a Field The installed radio in Field T=3:30 Team. Team "A"'s vehicle fails. The Field Team will use a backup CC-40 means of communication with the TSC/ EOF. Assembly Area personnel return After Assembly Area muster CC-41 activities are performed, the to plant. . evacuated personnel.should be called back to the plant. Thit objective will have been completed and this portion of the Exercise is also completed.. V-7
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 ,
- v. JEOUENCE CF.. EVENTS (CONT'D1 DRILL ACTIVITY 11HE EYEMI CC-42 Exercise continuation announcement.
An operator who has bedn loading 1330 Medical Emergency. precoat resin in ti.e condensate T=4:00 Polisher Building, slips and Cc-43 falle down the ladder, breaks his arm and strikes hisThe head on a building support. work / accident area is within tr.4 boundaries of the contamination, area. A decontamination worker = in the area, reports the accident. A request for ambulance services will be made-to West Jefferson Air Care. The contaminated injured patient will be transferred to West Jefferson Medical Center for treatment. The TSC Lead Communicator implements UNT-007-018, First Aid and Medical care, sounds th-station alarm and announces the medical emergency directing the Emergency First Aid Team (EFAT): to respond, The EFAT responds by contacting-the TSC to determine the necessary equipment for respons then reports to the scene. An1 additional person is dispatchet to the scene to act as a communicator for the ETAT. Due to life threatening injurie CC-44 The primary surveys by the EFAT to the patient, prompt medical-CC-45 indicate that the patient requires care will be requested. (For-cc-46 offeito medical support and the purposes of this exercise transportation. Initial indications are that the patient West Jefferson Medical Center Air care will be requested). is contaminated. Secondary survey information 1: provided as the EFAT performs the secondary survey at the scene. Contamination information is provided as radiological control surveys #- completed. Isotopic analysis the contamination is supplied required. V-B
WATERFORD 3 A11tlUAL EXERCIfiE JULY 29, 1992 V. SIQ2gRgE OF EyfNTS f C0!17 ' D ) DRILL _ ACTIVITY I1gg gyIRI A company vehicle will be staged CC-47 This cue card will be issued to to provide transportatipn ensure that West Jefferson Air between the nuclear island and Care is requested. the helicopter landing pad. A contingency cue card will be CC-48 In the event that West Jefferson issued directing that the Air Care becomes unavailable to patient be transprted using tho participate, St. Charles Ambulance Service. CC-49 For the purposes of this exercise, a cue card will be issued to the llealth Physics technician accompanying the patient on the helicopter indicating that the patient's medical and radiological conditions will not change enroute to the hospital. A contingency cue card will be CC-50 In the event West Jefferson issued directing that the Medical Center becomes unavailable medical emergency be terminated to participate. upon completion of transferring; the patient to the ambulance. contamination information will CC-51 be provided as the hospital CC-52 decontaminates the patient and the HP technician surveys the ambulance. When the contamin-ation at the hospital is under control, the medical emergency will be terminated. 1400 Exercise continuation announcement. T=4:30 CC-53 1500 Exeteise continuation announcement. T=5:30 CC-54 Termination of exercise. When the release in confirmed t
=1500 have been terminated, the T=+bs30 emergoney organizatiott has CC-55 discussed de-escalation and the Lead control 2er has coordinatec termination, the exercice will:
be terminated and area critique' will begin. i V-9
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--.._ . . . _ . . . -- ~ _ .
WATERFORD 3 ANNUAL EXtRCISE i JULY 29, 1992 j VI, CUE CARDS . B f
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f WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 I f 27_SES EMERGENCY PREPAREDNESS EXERCISE CUE CAR , 1992 ANNUAL EXERCISE _ CUE CARD No. 1 DRILL TYPE /No. ** TIME: 09:00 Tot Shift Supervisor I T= -0:30 , FFOMt Cent ,1 Room Controller
********se************************* ******************************
THIS IS A DRILL , DC NOT , initiate _ actions affectina normal clant onorations
********c4******************************************************* ,
Initial Plant Conditions: The Plant has been operating for the paat 60 days at 100% power-and is naar the end of core life. DEH 10 in " Turbine Manual". Parts are scheduled to be on site July 30, 1992. The "A/B' electrical busses are sligned to the ' B" side busses. The "A/B" HPSI Pump is aligned to the "B" side. The "B" HPSI Pump is out of service for preventative maintenance 1992. (oil change). The_ pump was tagged out at 04:00 on July-The 29, The oil has been drained from the pump and the motor. coupling has been disassembled, the grease has Mechanical been removed and Maintenance-personnel the coapling has been cleaned. are expected to complete the PM by approximately 17:00 hours, todey. Sections of the_ Condensate Polisher Building are posted as Contaminated Areas due to past recent Steam Generator Tube Leaks. There are no Tube Leaks at this time.
' Chemistry Activity Activity fuci/cet Isotooe- (uci/ccL Isotong DEI-131 7.03E-01 uCi/gm Gross Activity 1.49 uCi/ml 5.07E-1 110 ppm I-131 Boron I-132 1.34E-1 Hydrogen 25 cc/Kg
< 0.001 ppm I-133 6.19E-1 Dis. Oxygen 6.09E-1 -
pH 7.2 pH Units I-134 0.64 ppm I-135 2.75E-1 Lithium' Cs 134 4.47E-2 Cr 51 3.61E-3 5.93E-4 Cs 136 2.27E l- Mn 54 l
*********************************A THIS IS DRILL
- _ . . , ,,--a.,__._ _-.-.- _ , . ~ . , , , , . . . . .
. . . _ . ~ , , - . . , _ - - . . . _ _ _ . ~ . . - . . . . . - .
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE _ CUE CAllQ 1992 ANNUAL EXERCISE _ CUE CARD NO. 1 (CONT'D) DRILL TYPE /NO. TIME: 09:00 TO: Shift Supervisor T= -0230 FROM: Control Room Centro 11er
*********************************** THIS IS ADRILL DO NOT initiate actions affectina normal plant operations
**+*******************************************************we*****
9.henlarly _LC.pnt ' d). Activity Activity Isotope (uci/cc) Isotone fuci/ct1 3.06E-3 Cs 137 3.22E-2 Fe 55 Ba 137m 2.02E-2 Fe 59 1.90E-3 2.65E-2 3.05E-2 Kr 83m Co 58 Kr 85m 1.39E-1 Co 60 3.83E-3 2.90E-1 1.00 Kr 85 H3 7.58E-2 6.45E-3 Kr 87 Dr 83 Kr 88 2.53E-1 Rb 86 1.50E-4 6.31E'-3 8.02E-1 Kr 89 Mo 99 Xe 131m 1.53E-1 Tc 99m 5.44E-1 5.35E-4 Xe 133m 2.84E-1 Te 127m Xe 133 2.39E+1 Te 127 1.27E-3 2.66E-3 Xe 135m 1.64E-2 Te 129m Xe 135 4.44E-1 To 129 2.09E-3 4.19E-3 Xe 137 1.14E-2 Te 131m Xe 138 5.56E-2 To 132 4.65E-2 I-130 3.24E-3 100/E (E-BAR) = 90.83 Steam Generators: Gross Activity < LLD; Tritium < LLD.
***************************************L THIS IS A DRIL
. . . _ - - -. . . _ - - - _ - - - - - . _ _ . ~ _ . _ - - - . . . - . - - . . _ .
i f WATERFORD 3 ANNUAL EXERCISE [ JULY 29, 1992 l y
}Q__SES EMERGE!1CY PRPP'JtEDitESS SKERCISE OUE CARD 1992 ANNUAL EL 'RCISE__ CUE CARD No. I r DRILL TYPE /NO.
Shift Supervisor TIME: 09:00 Tor T= -0:30 FROMt Control Room Controller , ANTICIPATED RESPONSE k Shift personnel will review information provided.
~
COMMENTS The Lead Controller will brief the " Operating Shift" regarding-the applicable information below and will ensure that the SS understands that the restrictions on plant page usage are not This briefing may be i intended to apply to the Operating Shift. held on the day of the drill or the preceding day. , INSTW1CTIONS !
- Review all guidelines in Section III.
- Brief the " Drill Shift Supervisor" on actions that will be taken upon the occurrence of an actual emergency.
- Emergency fire responsibilities a.:e to be handled by the -
" Operating Shift".
*-Medical emergency responsibilities will be handled by the
" Drill EFAT". Control of the medical emergency-will be handled-by the" Operating Shift" until the responsibilityris assumed by the TSC.
- Discuss the methods of drill control that will bo necessary due to operating fron the: Simulator (Admin NPO.) .
i
- Ensure that the Chemistry technicians, HP technicians, NAos and-arintenance personnel are= briefed.
- The NAO-Monitor should have-the " Drill' Shift" NAos perform a1 radio check on the operations:andLmaintenance radio frequencies prior to commencing the drill to verify operability of the ,
circuits between (ae plant'and the Simulator. 4 ww ************************************************************** THIS IS A DRILL 6 *******************************w*********************************- R
WATERFORD 2 A14HUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE- CUE CARD !!O. 2 DRILL TYPE /110. Control Room Data Clark TIME: 09:30 TO: T= 0:00 FROM: Control Room Controller
*********************************o*******************************
Ti!IS IS A DRILL DO NOT initiate actions affectina normal plant operations Make the following plant page announcement: ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! IllIS IS A DRILL - IllIS IS A DRILL WATERFORD 3 IS COMMENCING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION.
'00 NOT USE THE PLANT P.'sGE SYSTEM TOR NON-EXERCISE RELATED ANNOUNCEMENTS.
CURRENT DRILL TIME IS (Insert time from Simulator clock). Rentat the announcement onta.
***************************************L THIS IS A DRIL
***********************************e*****************************
WATERFORD 2 ANNUAL EXERCISE JULY 29, 1992
'W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD Ho. 2 DRILL TYPE /llO. _1992 ANilVAL EXERCISE _
TIME: 09:30 ! To: Control Room Data Clerk ; T= 0:00 FROM: Control Room Controller l 5 1 ANTICIPATED RESPONS3 Plant page announcement is made. COMMENTS INSTRUCTIONS
=
f t
*********************************A -THIS IS DRILL .
- - - . . _ . . ._.-__...-.._-._._,_c,.-._,, ,,_,._,;,_...,__- , . . , . . . . . . _ . , _ . _ . . . . . . . , . , ~ . . _ . , - . . .m_. . _ . _ . .
WATERFORD 3 ANNUAL EXERCESE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 3 DRILL TYPE /NO. _1992 ANNUAL EXERCISE-TIME: 09:05 To Control Room Staff T= 0:05 FROM: Control Room Controller
*********************************** THIS IS ADRILL DO NOT initiate actions affectina normal clant onorations Provide the following indicstions:
Vibration and shaking is felt in the Control Room. ALhEliS
- 1. Seismic Event (M-10, Cabinet L)
- 2. Seismic Recorders in Operation (L-10, Cabinet L)
- 3. Seibmic Switch System SP-1 Alarm (CP-47)
- 4. Strong Motion Accolorograph Systen SHA-3 (CP-47):
4.1 Yellow Event alarm is illuminated. 4.2 Event indicator switches from black to white
- 5. Response Spectrum Annunciator amber light is illuminated (CP-47)
**************************************LL THIS IS A DRI
_ _ . _ . , . _ , . _, ~ , . _ _. _
. . . _ _ _ _ __-._.____m.._ _ . ... .. ._. . _ - . _ _ _ _ _ _ . _ _ _ . . _ _ _
l WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERQ1SE CUE CARD CUE "D No . 3' ORILL TYPE /NO. 1992 ANNUAL EXERCISE _ TIME: 09:05 .. TO: Control Room Staff T= 0:05 , FROM: Control Room Controller ANTICIPATED RESPONSJ ,
- OP-901-044 should.be implemented.
- When the operators check the seismic panel (CP-47).they will ;
find the following: Seismic Switch System SP-1 Alarm is activated; Strong Motion Accelerograph System SKA-3 has activated; Amber Event alarm is illuminated; the Event indicator switches from black to white; Response Spectrum a Annunciator _ amber alarm lights are lit. :' Control Room isolation should be initiated.
- HAOs-should be dispatched to conduct plant inspection. '
- An Unusual Offsite agencies Event should will be be notifieddeclared. of the. declaration of Unusual
. Event. t COMMENTS INSTRUCTIONS A-picture of CP-47 will be provided since this panel is not.
installed in the Simulator. t
*******************************S THIS I A DRILL ..
4
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i WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 : i W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE. CUE CARD No. 4 DR.ILL TYPE /NO. TIME: 09:35 To Various T= 0:05 FROM: Various Controllers / Monitors
*********************************** THIS IS A DRILL-I DO NOT Initiate actions nffectina normal clant onorations Vibration and shaking is felt throughout the plant.
1
~
***************************************************(*************
THIS IS A DRILL
. . . _ . . - . ~ , . . . - - . , . _ , _ , , , , . . . . _ _ . . _ , _ . _ . , . - . , _ . . , _ . . _ . . _ . . , _ _ . . _ . . _ _ _ _ . , . , . . _ . , . . . . . _ , _ . . . . . . - , , . - ..
l WATERFORD 3 ANNUAL EXERCISE l JULY 29, 1992 t EXERCISE CUE CARD l H3_SES EMERGENCY PREPAREDNESS 1992 ANNUAL EXERCISE. CUE CARD HO. 4 DRILL TYPE /NO. ** TIME: 09:35 < To: Various T= 0:05 . TROM - Various Controllers / Monitors l ANTICIPATED RESPONSE i
- Plant personnel may call the control Room to report the vibration and shaking felt onsite.
"THIS IS A DRILL, THIS IS A DRILL. All
- Announcement:
participants of the 1992 Exercise can feel the earth moving and THIS IS A DRILL, THIS IS A DRILL." building movement. COKMENTS An earthquake has occurred onsite. INSTRUCTIONS The information on this cue card will be issued by the 3 Controllers and Monitors onsite to any one seen in the plant at ' the time of.the earthquake. The Lead Controller will make the plant page announcement.shown above in.the ANTICIPATED RESPONSE. 8 4
************************************ THIS~IS A D RILL .
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WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPARE ^ NESS EXERCISE CUE CARD 1992 ANNt1AL EXERCISE _ CUE CARD NO. 5 DRILL TYPE /NO. TIME: At time the plant' TO: Control Room Monitor contactc Pine Bluff to reduce Power Control Room Monitor T= N/A FROM: THIS IS A DRILL DO NOT initiate actions affectina normal plant operations.
*****************************************e**********************
CONTINGENCY CUE CARD Implementina Conditions: If the operating crew / Duty Plant Manager determines to reduce power due to the EarthquaP . Continaencv Actign: Instruct the operating crew that Pine Bluff needs Waterford 3 to continue providing maximum output due to unavailability of power within the system.
***************************************L THIS IS A DRIL **************************+**************************************
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 5 DRILL TYPE /NO. _1992 ANNUAL EXERCISE _ TIME: At time the plant' TO: Control Room Monitor contacts Pine Bluff to reduce Power T= N/A FROM: Control Room Monitor ANTICIPATED RESPONSE Waterford 3 will continue at 100% power. COMMENTS This cue card is provided to simulate a response from Pine Bluff. It is desirable to keep Waterford 3 at 100% power at this time. JNSTRUCTIONS The information on this cue card wi?1 not need to be issued unless the plant decides to request Pine Bluff to allow Waterford 3 to reduce power. THIS IS ADRILL +
WATERFORD 3 ANNUAL EXFRCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE. CUE CARD NO. 6 DRILL TYPE /NO. TIME: Upon declaratien'* TO: Emergency Coordinator of Unusual Event T= N/A FROM: Control Room Controller
- A THIS IS DRILL DO NOT initiate 6ctions affectina normal plant coeratio.DE Subst itute f or Steo 5.1.1 of EP-001-010:
5.1.1 Sound the STATION ALARM and make the following announcement (s): ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! 5.1.1.1 THIS IS A DRILL! THIS IS A DRILL! , AN UNUSUAL EVENT WAS DECLARED AT (_
) DUE TO
( ). ALL MEMBERS OF THE ONSHIFT-EMERGENCYALL ORGANIZATION OTHER FOR THIS EXERCISE REPORT TO YOUR STATIONS. PERSONNEL SHOULD CONTINUE WITH THEIR THENORMAL DUTIES MAINTENANCE UNLESS FURTHER INSTRUCTION'-IS GIVEN. RADIO FREQUENCY IS NOW DEDICATED FOR EMERGENCY USE ONLY. THIS IS A DRILL! THIS IS A DRILL! 5.1.1.2 If there is a localized emergency (e.g.,. fire), announce its type and location and instruct personnel to stand clear of this area (refer to FP-001-020). 5.1.1.3 Sound the STATION ALARM and repeat.the announcement (s) at least two more times, allowing sufficient time for personnel who may be in high noise areas to reach a location where the announcement can be hee.rd.
**************************************ILL THIS IS A DR ***********************************r*****************************
_ __ _ . _ _ _ . _... . ._._ . __ _ . _ ._ ._ . __m , _ . - . _ . . 7 WATERFORn 3' ANNUAL EXERCISE - JULY 29, 1992-W3 SES EMERGENCY PREPAREDNESS EXERCISE-CUE CARD 1992 ANNUAL EXERCISE _ CUE-CARD L HO. 6 DRILL TYPE /NO.
-- TIME: Upon declaration.'
- TO: Emergency-Coordinator of Unusual Event T= N/A FROM: Control Room Controller ANTICIPATED EESPONSE +
1. EC substitutes the-drill announcement for Step 5.1.1 of-EP-001-010, Unusual Event. COMMENTS e INSTRUCTIONS
--THIS IS A-DRILL--
+ , - - < ,, , , ---N~
WATERFORD 3'ANifUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO, 7 DRILL TYPE /NO. 1992 ANNUAL EXERCISE ___ Emergency Coordinator TIME: At the discretion' TO: of the Lead Controller T= N/A FROM: Control Room Controller
- A THIS IS DRILL DO NOT initiate actions affectina normal clant operations CONTINGENCY CUE CARD Imolementina Conditions: When it appears imminent that classification will not be in accordance with the design of this exercise package.
Continaency Action: Direct the Sh!. : SU; trvisor/ Emergency Coordinator to classify the event as an-Unusual Event in accordance with the design of this exercise package. THIS IS ADRILL
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE CUE CARD NO. 7 DRILL TYPE /NO, Emergency Coordinator TIME: At the discretion' TO: of the Lead Controller T= N/A FROM: Control Room Controller ANTICIPATED RESPONSJ Make the indicated Unusual Event classification Implement EP-001-Oi0, Unusual Event COMMENTS The purpose of this cue card is to maintain the scenario time line. INSTRUCTIONS THIS IS A DRILL ****************
**********************************************s- .
_ .- - _ . _ . - . . . _ _ _ . _.m . . _ . . . _ .. _ ._ ._. _ _ , . _. .. . . . . . - _ , - _. . . . _ . . .
.WATERFORD 3 ANNUAL' EXERCISE JULY 29, 1992' W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD
-s 1992-ANNUAL: EXERCISE-- CUE. CARD NO. 8' DRILL TYPE /NO.
- I&C Monitor - TIME: ' N/A TO:
I&C Monitor T= N/A FROM:
** ************************* r
**************************************LL THIS IS A DRI DO NOT initiate actions affectina normal clant operations:
This cue card is provided for drill team information'only relating to the I&C response to the Seismic Monitor System
- activation.- ,
SEE THE COMMENTS & INSTRUCTIONS SECTION OF THIS CUE CARD : s
***************************************L THIS IS A DRIL
-*****************************************************************- 4 i
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WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 8 DRILL TYPE /NO. _1992 ANNUAL EXERCISE _ .' TIME: N/A TO: I&C Monitor T= N/A FROM: I&C Monitor ANTICIPATED RESPONSE COMMENTS After the earthquake, the Control Room will contact I&C to replace the tapes in the Seismic Monitoring System and have the tapes from the event analyzed. INSTRUCTT(NS The I&C personnel should obtain replacement tapes to take to the Control simulated. Room but the actual replacement of the tapes will be and simulate sending them off to be analyzed. Since CP-47 is not installed in the Simulator, the I&C personnel Prompting is allowed to Will respond to the real Control Room. direct them to the Control Room if they start to go to the Simulator. IT IS IMPORTANT TO KEEP THE SIMULATOR INSTRUCTOR BOOT OF THE STATUS OF REPAIR ACTIVITIES IN THE PLANT AT ALL TIME THE IEC PERSONNEL BROULD ALSO BE AWARE THAT NO FURT REQUIRED BY THEM UNLESS DIRECTED TO DO 80 BY THE CRS O l l l
********************************S THIS I A DRILL
*******5*********************************************************
l WATERFORD 3 ANNUAL-EXERCISE-JULY 29, 1992 ) W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE-CARD NO. 9 DRILL TYPE /NO.-_1992' ANNUAL EXERCI3E '
.i E
-TIME: 09:35
-TO: CRS/NPO r Control Room Controller T= 0:05 FROM:
THIS IS A DRILL QC,NOT initiate actions affectina normal plant-operations
******s**********************************************************
Provide the following indications:- . CEDMCS TIMER FAILURE ALARM on CP-2, Panel H, Window-L-10
)
h t
+
THIS IS A DRILL e.- - -e, .-,--e , . , , , , , , - , - .,-. ,_ ,-,m,. - - .~,...+..m,i4 ,,- -.. u,
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WATERFORD 3': ANNUAL EXERCISE JULY 29, 1992: W3 SES-EMERGENCY PREPAREDNESS EXERCISE CUE CARD-DRILL TYPE /NO, _-1992 ANNUAL EXERCISE- CUE CARD NO.-9
-TIME: 09:35' ,
TO: CRS/NPO_ l
. T= '0:05 FROM: Control Room' Controller. 1 ANTICIPATED RESPONSE
- The Control Room should dispatch an NAO to the CEDMCS Control
~
panel to investigate the alarm. .
- I&C maintenance should be dispatched to the_CEDMCS Control panel.
- When it-is identified that the TIMER. FAILURE ALARM LAMP.is' lit for CEA #05, the Control Room should direct the.NAO to. place-subgroup 1,-regular group 1 on the Hold Bus in accordance with-OP-500-008, Annunciator, Response Procedure Control-Room Cabinet H, Attachment 100.
COMMENTS If subgroup 1, regular group 1 is not placed:on the Hold Bus-within-15 minutes,.the power switch breaker for CEA #05:will trip. causing a dropped rod. The dropped rod will'not cause an automatic reactor trip. If CEA #05 drops, the control Room; should hold power below 70% until_the rod can.be-relatched'and. pulled out of=the core. The CEA power switch breaker would normally trip when the holding coil shorts r out,. _but,; forf the' purposes of this drill, it will trip early. _This will allow-the. 1 CEA to-be'relatched and pulled after replacing the ACTM card 1and resetting the: power switch breaker. INSTRUCTIONS This cue-card will not need to be issued unless the' Simulator-fails and the indications are not available on the control panels. , 3 THIS IS A DRILL
,, -- - , ,,. - . , , .-- w: . . _ . - - . -. -._..- - -_ - ____.- = -
WATERFORD-3-ANNUAL EXERCISE-JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERQISE CUE CARD 1992 ANNUAL EXERCISE CUE CARD NO. 10 DRILL TYPE /NO. TIME: Upon arrival at TO: NAO/I&C Repair Team CEDMCS panel T= H/A FROM: NAO/CEDMCS Monitor
- ILL THIS IS A DR oDerations DO NOT initiate actions affectinc.flormal clant
- The NAO and/or I&C Repair Team will find that the TIMER FAILURE ALARM LAMP for CEA #05 is lit.
***************************o****************e****,***,**,*,**,**,
THIS IS A DRILL
***************************************************************cw
.~ .. _ - - . . -- _. - ,
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE CUE CARD NO. 10 DRILL TYPE /NO. TIME: Upon arrival at TO: NAO/I&C Repair Team CEDMCS panel T= N/A FROM: NAO/CEDMCS Monitor ANTICIPATED RESPONSE
- The TIMER FAILURE ALARM LAMP indication will be reporced to the Control Room.
- The NAO will be directed to place subgroup 1 regular group 1 on the Hold Bus.
- I&C will take readings on the CEDMCS panel for CEA #0'5 Theytowill verify if an actual high voltage condition exists. and 35 VDC find that 140 VDC is applied to the upper gripper, is applied to the lower gripper.
- I&C will replace the defective coil Driver Logic Card.
- After the card has been replaced, subgroup 1 regular group 1 will be able to be restored to normal operation.
- Look at problem and put effected CEA on the shutdown bank.
COMMENTS
- If subgroup 1 reg group 1 is not placed on the liold Bus within 15 minutes, the power switch breaker for CEA #05 will trip causing a dropped rod. The power switch breaker would.normally but, for the purposes of trip-when the holding coil shorts out,This will allow the repair this drill, it will trip early.
team to replace the Coil Driver Logic Card and reset the power switch breaker. The CEA will then be able to be relatched and pulled from tha core. INSTRUCTIONS
- A drawing of the front section of the CEDMCS control par.el
( showing the alarm light status will be provided as a monitor aid. l
- A mock-up of the Coil Driver LogicThe Card and I&C ACTM card Maintenance sections-personnel of the panel will be provided.
will-actually replace the Coil Driver Logic card in the mock-up.
- IT IS IMPORTANT TO KEEP THE SIMULATOR INSTRUCTOR BOOTH INF OF THE STATUS OF REPAIR ACTIVITIES IN THE PLANT AT ALL TIMES.
THIS IS ADRILL
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE-CARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 11 DRILL TYPE /NO. ' TIME: 09:35 . TO: CRS/NPO T= 0:05 FROM: Control Room Monitor
*********************************A THIS IS DRILL DO NOT initiate actions affectina normal plant operations
*c***************************************************************
When TCCW Pump A trips, provide the following information: ALARMS Annunciator CP-1, Cabinet E, Window E9 " TURBINE CLNG WATER DISCH HDR PRESS LO" Annunciator CP-1, Cabinet E, Window F9 "TURB CLNG WTR PUMP A TRIP / TROUBLE NOTE: Window E9 will clear when TCCW Pump B picks up. INDICATIONS
- 1) Control Switch CP1 indicates OFF
- 2) Computer mimic TCW1 indicates A) TCCW Pump "A" (S) Secured B) TCCW Pump "A" amps (0.0 Amps)
- 3) Computer Points:
A) A63100 = 0.0 Amps B) D63100 = OFF C) D63101 = TRIPPED
- 4) TCCW Pump _"B" will start if not running THIS IS A DRILL
*******************************************************g*********
e ,,- ., , , c -- e -, -
.WATERFORD 3' ANNUAL' EXERCISE-JULY 29, 1992-
.W3 SES EMERGENCY PREPAREDNESS EXERCISE-CUE CARD--
1992 ANNUAL EXERCISE CUE CARD NO.-11 DRILL TYPE /NO. TIME: 09:35 TO: CRS/NPO-T= :0:05 FROM: Control Room Monitor ANTICIPATED RESPONSE "A". NAO is dispatched to investigate the problem with TCCW Pump The Control Room may send Electrical Maintenance to investigate the problem with TCCW Pump "A". The Control Room may send Mechanical Maintenance to investigate the problem with TCCW Pump "B". COMMENTS INSTRUCTIONS The information on this cue card will not need to be issued unless the simulator fails and the indications are not available on the control panels. THIS IS A DRILL
*we************************************e*************r********,**
WATERFORD'3 ANNUAL EXERCISE JULY 29,: 1992-W3 SES EMERGENCY PREPAREDNESS' EXERCISE CUE
-CUE CARD-NO. 12 DRILL TYPE /NO. ._1992 ANNUAL EXERCISEWhen Mechanical ,
TO: Mechanical Maintenance, _ TIME: Maint., Electrical Electrical Maintenance- Maint. : and/or NAO' and/or NAO arrive at TCCW Pump "A" T= .N/A FROM: Mechanical, Electrical and/or NAO Monitor
*************************THIS IS A DRILL i
DO NOT initiate actions affectina normal clant operat ********** ong l When'the NAO, Electrical"A" and/or Pump Mechanical trip, theyMaintenance will find: investigates the TCCW _ INDICATIONS "B" phase 50/53 Relay 1) Flag on'" Time" target of (TC EREL2A-9B)
- 2) 74/HR Relay picked up (TC EREL2A-9G) 3)
Local ammeter = 0 Amps
- 4) Breaker Open u
* * * * * * * * * * * * * * * * * * *THI
* * * * * * * * * *S I S A DRI LL - ***.
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE. CUE CARD No. 12 DRILL TYPE /NO. ' Mechanical, Electrical, TIME: When Mechanical TO: Maint., Electrical I&C Repair Team - NAO Maint. and/or NAO arrive at TCCW Pump "A" Mechanical, Electrical, T= N/A FROM: and/or NAO Monitor ANTICIPATED RESPONSE Expected Actions: 1) With other TCCW Pump runnino no immediate concern may be expressed If checked the l
- 2) Ops may request electrical to check motor. '
following readings will be given: . Phase to Phase Resistance = 0.7 Ohm l Phase to Ground Resistance = 225 MegaOhm (unconnected) If
- 3) Ops may request Mechanical Maintenance to check pump.
checked, pump shaft will rotate freely.
- 4) Ops may attempt to restart motor, a) NAO must reset 74/hr prior to restart (This needs to be reported to simulator) b) When started:
I) Local Ammeter = 67 Amps i II) Computer Mimic TCW1 = 67.6 Amps III) Computer Point A63100 = 67.6 Amps "B".
- 5) Ops may request to calibrate 50/51 RelayPhase Phaseovercurrent
- 6) Ops may elect to run motor without "B" relay since the current of 67 amps is normal running current (name plate for motor states full load amps = 80 Amps)
COMMENTS Documents Referenced CWD 1986 CWD 1987 CWD 1989 WA 01065442 INSTRUCTIONS IT IS IMPORTANT TO_ KEEP THE SIMULATOR INSTRUCTOR BOOTH INFORMED OF THE STATUS OF Uf2bIR ACTIVITIES IN THE PLANT AT ALL $1MES! THIS IS A DRILL Y
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WATERFORD'3' ANNUAL.EXERCYSE , JULY,29,i1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE CUE CARD NO.-13 DRILL TYPE /NO.- *
- TIME 110:00
-TO: -Control Room Data Clerk T= 0:30.
FROM: Control Room Controller
************************************ THIS IS A.D RILL ,
DO NOT initiate actions affectina normal-clant operations
- Make the following announcement:
ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! THIS IS A DRILL!. THIS IS A DRILL 1 WATERFORD 3LIS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION.
-DO NOT USE THEIPLANTlPAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS.
CURRENT EXERCISE TIME IS (Insert time from Simulator clock). THIS IS A DRILL! THIS IS A DRILL! Repeat the announcement once. l= l i THIS IS A' DRILL [ L L
. . . . . . . . _ . , ..;,_,. .._.,a., . ._, . - .....,c-m... _ . - . .
WATERFORD 3; ANNUAL EXERCISE l JULY 29, 1992 W SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD .. 1992 ANNUAL EXERCISE. CUE CARD NO. 13-DRILL TYPE /No. TIME: 10100 ; TO : - Control Room Date Clerk T=' 0:30- _FROM: _ Control Room Controller , ANTICIPATED RESPONSE :
- Make the announcement.
COMMENTS , INSTRUCTIO@ r THIS IS A DRILL i
. . . . - . - - . . _ = - -. ~. - - - - . - --
- WATERFORD 3 ANNUAL EXERCISE JULY 29,.1992 ,
W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE _C.ARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 14 DRILL TYPE /NO. 10:15- ** _ TIME: TO: CRS/NPO s T= 0:45' FROM: Control Room Controller
*****************ro**********************************+***********
THIS IS A DRILL DO NOT initiate actions affectina normal plant oogrations-
****************************************************eaan*********
Provide the-following information: . ALARMS LETDOWN FLOW-HI/LO on CP-4, Panel G, Window C1 _ VACUUM PUMPS EXHAUST J. TIVITY HI on_CP-1, Panel E, Window.C-3 BLOWDOWN ACTIVITY HI on CP-1, Panel E, Window B-19 S/G. BLOWDOWN MONITOR PRM-IRE-0100, PLL-407, GRID 5-CONDENSER VACUUI! PUMP MONITOR PRM-IRE-0002, EGG-534, GRID 6 MAIN STEAM LINE MONITOR A PRM-IRE-5500A, MSA-559, SRID 6 INDICATIONS- . Activity is increasing on the Mid, ligh and Effluent ranges' of the Condenser Vacuum Pump Radiation Monitor,1PRM-IRE-0002.(WRGM). The condenser vacuum pump exhaust diverts to the filtration mode.
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THIS IS A DRILL
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WATERFORD 3 ANNUAL EXERCISE.
-JULY 29,11992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD-CUE CARD'NO. 14 DRILL-TYPE /NO. J W Alaith EXEMISL '
TIME: 10:15 . TO: CRS/NPO - T= 0:4S FROM: Control Room-Controller ? ANTICIPATED RESPONSE
- 1. The Control Reactor Room Staff will System-(RCS)
Coolant enter Off-Normal Leak. Procedure This OP-901-023, procedure will direct the Control Room to Off-NormalSteam Genera Procedure OP-901-024, Activity.
- 2. Control Room staff will direct Chemistry to begin-.S/G 3.
activity sampling. Control Room staff will try to quantify the amount of prima inventory
-to secondary leakage by performing a short RCS balance.
The SS may consider a slow controlled plant shutdown 4 4. (=5 MW/ min). COMMENTS This leakage The tube leakage in S/G #1 is approximately 50 GPM. rate is outside.the Technical Specification Limits for continued' operation. INSTRUCTIONS
-The information-on this cue card will not need.to'be issued unless1the Simulator fails and the indications 1are.not available on the control panels.
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********************,n*******************************************
THIS-IS A' DRILL I' . _ - , , _ , , . _ . . -.. .-
WATERFORD 3 ANNUAL EXERCISE JULY 29, .992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE CUE CARD NO. 15 DRILL TYPE /NO. TIME: Upon declaration ** TO: Emergency Coordinator of Alerr Control Room Controller T= N/A FROM:
*********************************A THIS IS DRILL DO NOT initiate actions affectino normal plant operations Substitute for Steo 5.1.1 of EP-001-020:
5.1.1 Sound the STATION ALARM and make the following announcement (s): ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! 5.1.1.1 THIS IS A DRILL! THIS IS A DRILL! AN ALERT WAS DECLARED AT ( ) DUE TO (
).
ALL MEMBERS OF THE ONSITE EMEROENCY ORGANIZATION FOR THIS EXERCISE REPORT TO YOUR STATIONS, (If the emergency is radiation oriented, add: "There will be no smoking, eating or drinking until further notice.") THE MAINTENANCE RADIO FREQUENCY IS NOW DEDICATED FOR EMERGENCY USE ONLY. THIS IS A DRILL! THIS IS A DRILL! 5.1.1.2 If there is a localized emergency (e.g., fire, radiological hazard outside of normally established RCAs), announce its type and location and instruct personnel to stand clear of this area (refer to FP-001-020 for fire). 5.1.1.3 Sound the STATION ALARM and repeat the announcement (s) at least two more times, allowing sufficient time-for personnel who may be in high noise areas to reach a location where the announcement can be heard.
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THIS IS A DRILL
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMEBGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE. CUE CARD No. 15 DRILL TYPE /NO. Emergency Coordinator TIME: Upon declaration ' TO: of Alert T= N/A FROM: Control Room Controller ANTICIPATED RESPONS_E 1. EC substitutes the drill announcement for Step 5.1.1 of EP-001-020, Alert.
- 2. Accountability card readers are activated.
- 3. Plant page announcement is made notifying station personnel that the accountability card readers are activated.
4. The TSC and OSC personnel are mobilized via the plant page announcement and the VNS.
- 5. There are no PARS required for this declaration.
COMMENTS INSTRUCTIONS Controllers will ensure that all Drill Control Team members NRC Evaluators and-guest observers log into the accountability card-readers after it has been announced that they have been activated. THIS IS A DRILL
WATERFORD 3 ANNUAL EXERCISE-
- JULY'29, 1992
-W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE CUE CARD NO. 16 DRILL TYPE /NO.
TO: -Emergency Coordinator TIME: .At the discretio6' J of.the Lead Controller l Control Room controller T= N/A-FROM: THIS IS A DRILL DO NOT initiate actions affectina normal plant-coerations
*****e********************************************************=**
s CONTINGENCY CUE CARD intolementina Conditions:- When it appears imminent that classification-will not be in-accordance with the design-of this exercise package. Cantinaency A7 tion: Direct the Shift-Supervisor / Emergency-Coordinator to classify-the event as an-Alert in accordance with.the design of-- this exercise package. THIS IS A DRILL
. ***********************+*****************************************-
1 WATERFORD 3 ANNUAL-EXERCISE JULY ' 2 9, ~ 19 9 2.. W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD. DRILL TYPE /NO., 1992 ANNUAL EXERCISE- - CUE CARD NO. 16 Dargency Coordinator TIME: -At the discretion *' TO: -of-the-Lead , Controller Control Room Controller T= N/A
- FROM:
ANTICIPATED RESPONSE Make the' indicated. Alert-classification Implement EP-001-020, Alert-C_OMMENTS The purpose of this cue card is to maintain the scent.rio time-line. INSTRUCTIONS L THIS IS A DRILL o g r9 ,y,w e-e ,,y y- pm 9 -w y -e.+,.ww- , y.e- .e y e q fy w ., y .e -
WATERFORD 3-ANNUAL EXERCISE. JULY 29,_19921 2 W3 SES-EMERGENCV: PREPAREDNESS EXERCISE C CUE CARD NO. 17 1992 ANNUAL EXERCISE _ DRILL. TYPE /NO.. When-the Emergengy TIME: TO: Emergency _ Communicator Communicator
'begins activating the VNS T= N/A FROM: CR Communications Monitor
*************************THIS IS A-DRILL DO NOT initiate actions affectina normal clant operationsi
*******ve i "When the Emergency Communicator begins to a that the " DRILL" mode is used for the Scenario Typ
=!
**************************************** ~!
*************************THIS IS.A DRILL 1
**************************************************** l
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WATERFORD-.3 ANNUAL EXERCISE
-JULY 29,:1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE' CUE CARD DRILL TYPE /NO. ,1992 ANNUAL EXERCISE CUE CARD NO. 17-When the Emergenc)
Emergency Communicator TIME: TO:: Communicator begins-activating-the VNS T= N/A FROM: CR Communications Monitor ANTICIPATED RESPONSE The Emergency Communicator will initiate the Onsite callout scenario in the DRILL mode. COMMENTS EP-002-015 is-written for use in actual-emergency;situationsfand= ~
' directs'the Emergency Communicator to initiate the scenarios in' the EMERGENCY mode which will not include the "THIS IS A' DRILL" statement. By' initiating the scenario in the DRILL mode, the:
"THIS IS A DRILL" statement will be'given to the Onsite Emergency; Response Personnel v>en they call in.
INSTRUCTIONS The " DRILL USE ONLYl" copy of EP-002-015 Will be given to the-Emergency 1 Communicator when he begins to activate-the VNS. g r W THIS IS A. DRILL
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'WATERFORD 3 ANNUAL-EXERCISE-JULY 29,-1992:
W3 SES-EMERGENCY PREPAREDNESS EXERCTSE CUE CARD 1992 ANNUAL EXERCISE CUE CARD-No.-18 DRILL TYPE /NO. Pl' ant SS TIME: Upon activation df TO: the accountability-keycard-readers FROM: Admin NPO Monitor T= N/A
***********************c*****************************************-
THIS IS A DRILL DO NOT initiate-actions affectina normal olant operations 1 CONTINGENCY CUE CARD Imolementina ConditioPE: Wh n the announcement is made-that the-Accountability Keycard Readers have been activated. Contincency Action: Direct the SS, in the Control Room, to have all of his_ shift Operators (including NAos) - card in on the Accountability Keycard Feeders tid sign in on a Facility Accountability Roster.- A THIS IS A DRILL
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 18 DRILL TYPE /NO. TIME: Upon activation of TO: Plant SS the accountability keycard readers T= N/A FROM: Admin NPO Monitor ANTICIPATED RESPONSE The Operating Shift personnel will card in on the Accountability Keycard Readers and a Facility Accountability Roster will be completed. COMMENTS The purpose of this cue card is to ensure that the Operating Shift, which is not actually participating in the exercise, will be accounted for when a site evacuation is implemented. This will prevent the possibility of these Operators being inadvertantly identified as missing persons when accountability is conducted after the evacuation. INSTRUCTIONS Issue this cue card immediately following the announcemr.nt that the Accountability Keycard Readers have been activated. Ensure that the Control Room Facility-Accountability Roster isThe given-to the TSC Supervisor when the TSC begins to activate. Admin NPO vill be responsible for acttina the Facility Accountability Roster to the TSC Supervisor. The Facility Accountability Roster may be filled out by the Operating shift prior to the exercise during the briefing conducted by-the Lead Controller.
**************************************LL THIS IS A DRI
WATERTORD 3 ANNUAL EXERCISE l CULY 29, 1992 W1 SES EMERGENCY PREPAkEDHESS EXERCISE CUE CARD ; CUE CARD HO. 19 DRILL-TYPE /HO. _. 12,92 ANNUAL EXERCISE- ' To TSC Communicator TIME: When the TSC Communicators begin to activato . the TSC Activated ! VHS Scenario ! e i FROM: TSC Communications Monitor T= .H/A THIS IS A DRILL i DO NOT initiato a; tions af fggth _ normal niant ooerations When the TSC Communicator begins to activate the Voice Notification System to initiate the TSC Activated Scenario, ensure that the " DRILL'.' mode is us;ed f or the Scenario Type by_ substituting the " DRILL UoE ONLYl" copy of EP-002-015.
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4 WATERTORD 3 AlltiUAL EXERC2SE JULY 29, 1992 W3 SEfz._TJiERGDiCY PREPAREDflESS EXERCISE CUE CARD CUE CARD NO, 19 DRILL TYPE /llo. 1992 AlltiUAL EXERCISIL TIMZ: When the TSC To: TSC Communicator Communicators ; begin to activate the TSC Activated ' VHS Scenario l Ta li/ A -! TROMt TSC Communications Monitor 1 I AllTICIPATED RESPOliSE l The TSC Communicator will initiate the TSC Activated Scenario in the DRILL mode. QOMMEffTE EP-002-015 is written for use in actual emergency situations and directs the Communicator to initite the scenarios in the EMERGEliCY mode which will not include the "TitIS IS A DRILL"the statement. By initiating the scenario in the DRILL mode, "THIS IS A DRILL" statement will be given to any Emergency Responso Personnel when they call in. IllSTRUCTIOl S The " DRILL USE ONLYl" copy of EP-002-015 will be given to the TSC Communicator when he begins to activate the VitS. 1
**********s******************************************************
THIS IS A DRILL
WATERFORD 3 ANNUAL EXERC8SE JULY 29, 1992 W3 SES EMERGE!1CY PREPARED!iESS EXERCISE CUE CARD DRILL TYPE /NO. 1 9 9 2 AlJ N U A L E X E R C I S L CUE CARD 110. 20 Control Room Data Clerk TIME: 11:00 TO: Control Room Controller T= 1:30 FROM: THIS IS A DRILL DO 110T initiate actions affectina normal clant operations
- Make the following announcement:
ATTENTIOli ALL PERSONNEL! ATTENTION ALL PERSON!iELl T!!IS IS A DRILL! TilIS IS A DRILL! WATERPORD 3 IS CONTINUI!IG A TEST OF YllE EMERGENCY RESPONSE ORGANIZATION. DO NOT USE Tile PLANT PAGE SYSTEM TOR NON-EXGCISE RELATED ANNOUNCEMENTS. CURRENT EXERCISE TIME IS (Insert time from Simulator clock). THIS IS A DRILL! THIS IS A DRILL! Repeat the announcement once. THIS IS A DRILL
l WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 i W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1992 ANNUAL EXERCISE CUE CARD HO. 20 To: Control Room Data clerk TIME: 11:00 FROM Control Room Controller Ta 1:30 ANTICIPATED RESPONSE - Make the announcement. COMMENTS INSTRUCTIONS THIS IS A DRILL m - c -- .
l I I WATERFORD 3 AHHUAL EXERCISE JULY 29, 1992 H2 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD l DRILL TYPE /NO. 1992 ANNUAL EXERCISE. CUE CARD NO. 21 TO: CRS/NPO TIME: 11:05 FROM: Control Room Monitor T= 1:35 THIS IS A DRILL DO NOT initiate actions affectina normal clant onerations
************************o****he**********************************
When Component Cooling Water (CCW) surge tank levol switch fails, provide the following information: ALARMS Annunciator CP-8, Cabinet M, Window C-2 "CCW SURGE TANK LEVEL LO-LO" Annunciator CP-8, Cabinet N, Window D-20 "CCW SURGE TANK LE' L HI/LO" OTHER INDICATIONS The CCW system isolates on the A side. THIS IS A DRILL
WATERFORD 3 ANNUAL EXERCESE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE- CUE CARD No. 31 DRILL TYPE /NO. TIME 11:05 TO CRS/NPO Control Room Monitor T= 1:35 FROM: ANTICIPATED RESPONSE
- 1. rho control Room will send an NA0 to investigate the problem with the CCW 1evel problem.
- 2. -The OSC will dispatch a Repair Team to investigate the CCCW i 1evel problem.
COMMENTS B INSTRUCTIONS The information on this cue card will not need to be issued' unless the simulator fails and the indications-~are not available < on the control panels. i { i THIS-IS A DRILL
t WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD , h DRILL TYPE /NO. 1992 ANNUAL EXERCISE- CUE CARD No. 22 To: ICC Ropair Team TIME: Upon arrival at f the CCW Surge Tank l Room t CCW Surge Tank Monitor T= N/A FROMt THIS IS A DRILL . DO NOT initiate acti_ono affectina normal _nlant operations Provide the following information:
- Water is leaking out of the CCW surge tank level switch float chambor due to a crack in the wolded fitting.
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b THIS IS A DRILL ,
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WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 22 DRILL TYPE /NO. __1992 ANNUAL EXERCISE __ I&C Repair Team TIME: Upon arrival at TO: the CCW Surge Tank Room CCW Surge Tank Monitor T= N/A FROM: ANTICIPATED RESPONSJ
- The repair team should decide to replace the level switch the condition of the contacts they will find the contacts in the " shelf state" condition indicating a low level signal.
- The repair team will obtain a replacement icvel switch from the warehouse and replace the switch.
- After replacing the level switch the CCW alarms will clear and the isolation valves will be returned to the normal configuration.
COMMENTS Entry will have to The CCW Surge Tank Room is normally locked. be coordinated with Security. The repair team may try to repair the damage to the weld rather than replacing the switch. This is also an acceptable option to correct the problem. INSTRUCTIONS A sign will be provided to simulate the Icak in the float chamber. A spare level switch will be provided if the repair team decides to check the condition of the contacts. IT_IS IMPORTANT TO KEEP THE SIMULATOR INSTRUCTOR BOOTH INFORME,Q OF THE STATUS OF REPAIR ACTIVITIES IN THE PLANT AT ALL TIMESL
**********+*** ******************A********************************
DRILL THIS IS
i l WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 l W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD' 1992 ANNUAL EXERGEI_ CUE CARD NO. 23 DRILL TYPE /No. . TIME 11:30 TO CRS/NPO T= 2:00 FROM Control Room Controller !
*************************** j
**************************************ILL THIS IS A DR DO NOT initiate actions affectina._nQrmal niant ooeratiQDa Indications will show that an RCS Loak increases to greater than Charging Pump capacity.
4 ALARMS SECONDARY SAMPLE ROOM AREA MONITOR ARM-IRE-5007, AAA-033, GRID 3 SG 1 STEAM /FW FLOW SIGNAL DEV ALAP.M on CP-1, Panel F, Window T-17 . FRESSURIZER LEVEL HI/LO ALARM on CP-2, Panel H,' Window B-1
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**************************************ILL THIS IS A DR
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1 i I WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 { W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD f
.t 1992 AMNUAL EXEECISE-_ CUE CARD NO. 23 DRILL TYPE /NO.
TIME 11830 l TO CRS/NPO t T= +2 00 , TROM:- Control Room Controller i
?
^
r hPTICIPATED RESPONSE
- 1. The Control Room manually trips the Reactor and manually ,
initiates SIAS. 1 The Control Room staff enters OP-902-000, Emergency Entry Procedure and_ subsequently enters OP-902-002, Loss of Coolant
- 2. ;
Accident Recovery Procedure.
- 3. The Emergency Coordinator declares a Site Area Emergency and '
implements.EP-001-030, Site-Area Emergency. i i COMMENTS
?
INSTRUCTIOHH This card will not need
~ dicators are not toavailable be issued onunless the Control tt' Simulator Room panels. fails and the 3 t
5 4 L 4 v THIS IS A DRILL-l
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WATERFORD 3 ANNUAL EXERCTSE JULY 29, 1992 W3 SES EMERGEllCY PREPAREDNESS EXERCISE CUE CARD 1992 AtlNUAL EXERCISE CUE CARD NO. 24 DRILL TYPE /NO. TIME: Upon declaration ** TO: Emergency Coordinator of Site Area Emergency T= N/A FROMt TSC Controller
*******************************IS TilIS A DRILL DO NOT initiate actions affectina normal clant operations Substitute for Sten 5.1.5 of EP-001-030:
5.1.5 Sound the STATION ALARM and make the following announcement (s): ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!! 5.1.5.1 A SITE AREA TIIIS IS A DRILL! THIS IS A DRILL! EMERGENCY WAS DECLARED AT ( -) DUE TO (
... ) .' ALL MD1BERS OF TIIE EMERGENCY DUEORGANIZATION TO PLANT CONDITIONS, FORALL Tl!IS EXERCISE PERSONNEL IN REPORT STATIONS, THE PROTECTED AREA NOT PARTICIPATING IN THIS EXERCIS DESIGNATED MUST EXIT Tile PROTECTED AREA IMMEDIATELY.
EVACUEES FOR TilIS EXERCISE PROCEED TO (_
) PERSONNEL IN RADIATION CONTROLLED THERE AREAS PROCEED TO THE HEALTH PHYSICS CONTROL POINT.
WILL BE No SMOXING, EATING, OR DRINKING UNTIL FURTHER NOTICE. THE MAINTENANCE RADIO FREQUENCY IS NOW DEDICATED FOR EMERGENCY USE ONLY! THIS IS A DRILL! THIS IS A DRILL! 5.1.5.2 If there is a localized emergency (e.g., fire, radiological hazard outside of normally established RCAs), announce its type and location and instruct personnel to stand clear of this area (refer to FP-001-020 for fire). Sound the STATION ALARM and repeat the announcement (s) 5.1.5.3 at least two more times, allowir] sufficient time for personnel who may be in high noise areas to reach a location where the announcement can be heard. TilIS IS ADRILL
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE __ CUE CARD HO. 24 DRILL TYPE /NO, TIME: Upon declaration.' TO: Emergency Coordinator of Site Area Emergency T= N/A TROM: TSC Controller ANTICIPATED RESPONSE
- 1. EC determines proper assembly area. ,
2. Security is notified to prepare for the evacuation. 3. The Assembly Area Supervisor and an HP technician are dispatched to the selected assembly area.
- 4. EC makes site announcement.
5. Non-escential Protected Area personnel exit the Protected Area.
- 6. Designated evacuees depart for the selected assemh.y area.
- 7. Security performs accountability and supplies a Missing Person Roster to the TSC.
B. There are no PARS required for this declaration. COMMENTS ! A small number of pre-selected plant personnel have been designated'to report to the announced offsite Assembly Area. INSTRUCTIONS Issue this cue card as the Emergency coordinator prepares to announce the Site Area Emergency. After the Assembly Area Supervisor reports that all personnel are accounted for at the offsite assembly area, the osc controller will direct the OSC Supervisor to secure activities at the offsite assembly area and have the evacuated personnel-return to the site.
*********************************A THIS IS DRILL
3 WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 : W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD . i
+ !
DRILL TYPE /NO, 1992 ANNUAL EXERCISE CUE CARD NO. 25 { TO: Emergency Coordinator TIME: At discretion ' of the Lead Controller FROM: TSC controller T= N/A
************e**************************************************** -
THIS IS A DRILL DO N01 -Atlate actions affectina normal clant orsrations CONTINGENCY CUE CARD Irnolementina Conditions: When it appears imminent that the classification will-not be in accordance with the design of this-drill package. Contingency Action: Direct the Emergency Coordinato: to implement EP-001-030, Site Area Emergency. f THIS IS A DRILL-
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i j ~ WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 i W3 SES E!4ERGENCY PREPAREDNESS EXERCISE CUE CARD l CUE CARD NO. 25 , DRILL TYPE /NO. _ 1992 ANNUAL EXERCISE _ ! Emergency Coordinator TIME: At discretion of : TO: the Lead Controller , T= N/A FROMt TSC Controller i ANTICIPATED RESPONSE Site Area Emergency. Emergency Coordinator implements EP-001-030, Emergency coordinator prepares for and announcos a site evacuation. COMMEt[TE INSTRUCTIONS If this cue card is used, provide the Emergency Coordinator with . , the exercise declaration armouncement from the previous cue card. f T
********************************ILL THIS IS A DR
***** ************************************************************ r
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I I WATERFORD 3 ANNUAL EXERC8SE JULY 29, 1992 l j W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD
-!t DRILL TYPE /NO, 1992 ANNUAL EXERCISE _ CUE CARD No. 26 ,
EOF Communicator TIME When the EOF TO: Communicators !' begin to activate the EOF Activated VNS Scenario T= N/A FROMt CR/ EOF Communications Monitor Tills IS A DRILL , DO NOT initiate actions offectina normal clant ODerations
***************************************************************** a When the EOF Communicator begins to activate the Voice Notification System to initiate the F.0F Activated Scenario, ensure that the " DRILL" mode is used for-the Scenario Type by f substituting the " DRILL USE ONLYl" copf of EP-002-015.
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THIS IS A DRILL:
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WATERFORD 3 ANilUAL EXERCISE JULY 29,_1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD No. 26 DRILL TYPE /No. TIMEt When the EOF Tot EOF Communicator Communicators begin to activate the EOF Activated VNS Scenario T= N/A FROMt CR/ EOF Communications Monitor ANTICIPATED RESPONSE The EOF Communicator will initiate the EOF Activated Scenario in the DRILL mode. COMMENTS EP-002-015 is written for use in actual emergency situations and directs the Communicator to initiate the scenarios 15 the EMERGENCY mode-which vill not include the "THIS IS A DRILL" statement. By initiating the scenario in the DRILL mode, the "THIS IS A DRILL" statement will be given to any Emergency P.esponse Personnel when they call in. INSTRUCTIONS The " DRILL USE ONLYl" copy of EP-002-015 will be given to the. EOF Communicator when he begins to activate the VMS. THIS IS A DRILL
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 , W3 SES EMERGE 11CY PREPAREDiiESS EXERCISE CUE CARD CUE CARD NO. 27 DRILL TYPE /NO. _1992 AllNUAL EXERCISE _
** +
TIME: Variable TO: Designated Missing Person T= N/A FROMt Lead Controller
*************************************ILL THIS IS A DR Do floT initiato actions affectina normal plant operations On Pearing the drill evacuation announcement perform the following actions:
- 1. Continue to work at your desk.
- 2. Do not respond to plant pages, after the Site Area Emergency and the evacuation are initiated.
- 3. Do not answer telephone calls.
- 4. Do not avoid detection by Search and Rescue Team (s).
- 5. Inform the Search and Rescue Team Leader that you were directed not to card in on the Accountability Keycard Reader or sign in on a Facility Accountability Roster and to remain in the area to support the accountability and nearch and rescue exercise activities.
- 6. Remain within your assigned area unless directed'to do otherwise by the Lead Controller.
i THIS IS A DRILL l
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE. CUE CARD NO. 27 DRILL TYPE /NO. Designated Missing Person TIME: Variable TO: TROM: Lead Controller T= N/A ANTICIPATED RESPONSI
- Search and Rescue Teams will be formed
- Security will attempt to identify the individual's last known location
- osc Supervisor /TSC Supervisor will attempt to identify individual's work group and supervisor
- Search and Rescuo Team (s) will be dispatched to search for the missing person CDHliENTS INSTRUCTIONS ~
- Ensure that the missing person understands his/her instructions THIS IS A DRILL
******************w**********************************************
WATERFORD 3 ANNUAL EXERCISE , JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD y r DRILL TYPE /HD, 1992 ANNUAL EXERCISE CUE CARD No. 28 When f TSC Supervisor TIME TO: Accountability : in completed ( i TSC Controller T= N/A FROMt
**************************************LL TilIS IS A DRI i QQ_jf0T initiate ac112Ds affectina normal clant ooerations *******o*********************************************************
Make the following announcements 1 THIS IS A DRILLI THIS IS A DRILL! ALL PERSONNEL MAY-ACCOUNTADILITY ACTIVITIES HAVE BEEN COMPLETED. RETURN To THEIR HORMAL WORK AREAS. . Repeat announcement once. 4 r I
**************************************************gsg*gg*gggggggg-THIS IS A DRILL
WATERFORD 3 A11110AL EXERCISE JULY 29, 1992 W3 SES E!4ERGEliCY PREPARED 11ESS EXERCISE CUE CARD 1992 AffliUAL EXERCISE - CUE CARD 110. 28 DRILL TYPE /110. TSC Supervisor TIME When Account-TO: ability is completed FROMt TSC Controller T= li/A ANTICIPATED RESPONSE Site personnel return to work. C _OMMEliTS INSTR'LCTIONS This cue card will be issued after all personnel identified on the Missing Person Roster have been accounted for. THIS IS A DRILL _ . _ - . . _ _ _ _ , _ _ - _ ~ , - . . . _ - .,..
l t t r WATERTORD .) ANNUAL EXERCISE JULY 29, 1992 f i W3 SES Ef4ERGENCY PREPAREDNESS EXERCISE CUE CARD , 1992 AN!1UAL EXERCISE _ CUE CARD NO. 29 DRILL TYPE /NO. ? TIME: At Reactor Trip **- TO: CRS/NPO T= N/A PROM: Control Room Honitor
***n******************************
*******************************S THIS I A DRILL DO NOT initiate actions af f ectina normal r>1 ant operations
**********************e****************************************** ;
Tollowing the Reactor trip,-provide Main theGenerator followingOCB information to trip: regarding the failure of the "B"
&LABlisi SWITCHING STATION TROUBLE on CP-1, Panol D, Window T-7 1 230 KV Line B VOLTAGE LOST on CP-1, Panel D, Window U-B ,
SEQ B OPERATING OR TROUBLT on CP-1, Panel D, Window N-3 OTHER INDICATIONS
- 1. "B" EDG is running and loads are sequencing on .
- 2. Control Switch on CP-1 will indicate closed
- 3. Computer Mimic EPD4 will indicate Sw..tch 7186 and Switch 7182 open t
- l. -
**********************************************************c.******
-THIS IS A DRILL
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i WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD . 1992 ANNUAL EXERCISE _ CUE CARD No. 29 DRILL TYPE /No. TIME: At Reactor trip TO: CRS/NPO Control Room Monitor Ta N/A FROM: M{U PIPATED RESPONSE NA0 is dispatched to investigate the problem with the OCB l failure. The-OSC will dispatch a Repair Team to investigate the OCB failure. COMMENTS For OCB "B" to fail to trip automatically and still alllow manual OCB "B" trip from CP-1, there would have to be a bad cable in 2222fA or 32226D or bad jumoers in switchvar,_1 or bad sti tchyard cable No. 6015. Trip relays are wired such that if 1 auto trip failed the other would still trip breaker. INSTRUCTIONS The information on this cue card will not need to be issued unless the simulator. fails and the indications are not available on the control panels, p i THIS IS A . DRILL
WATERFORD 3 ANNUAL EXERCISE i JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD e r COE CARD NO. 30 nRILL-TYPE /NO. . _ 1992 ANNUAL EXERCISE-- ' TIME When investigatinh TO: Control Room, Electrical the Failure of OCB Repair Team, NAO "B" to trip Control Room, Electrical T= N/A ' FROM: Ropair Team, NAO Monitor
*********w***********************A T!!IS IS DRILL r HDO NOT i nitiate actions affectina normal nlant ooerations ,
***************************************************$************* i When the OCD "E" fails to trip, the following indication is availablo:
OCD "B" will indicate closed on CP-1. SWITCHING STATION TROUBLE alarm on CP-1, Cabinet D, Window T-7. 1 An NA0 and an Electrical Repair Team will be dispatched. D
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THIG IS A DRILLE y- 4 =
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l WATERFORD 3 ANNUAL EXERCISE : JULY 29, 1992 P W3 StS EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD i!O. 30 l DRILL TYPE /NO. TIME: When investigatih'g TO: Mechanical,-Electrical, the Failure of OCB I&C Repair Team, NAO "D" to trip Mechanical, Electrical, T= N/A FROMt I&C Repair Team, NAO Monitor ANTICIPATED RESPONSE , Expected Actions: i
- 1) Manually trip OCB "B" from CP-1 r
- 2) Contact Southern Control to close Switch 7182 and Switch 7186.
3) Control Room implements OP-902-005, Loss of offsite Power / Station Blackout Recovery Procedure. 4) When offsite power is available, reset 86/HR relays on 381, 3B2 and restore power to 3B3 per OP-902-005 (notify simulator when 86/HR relays have been reset)
- 5) Follow-up actions will be to reset 86 HR relays on 3B21, 3B22, 3B23, 3B4 busses and restart any needed loads COMMENTS If 3B3 to 3B2 is shut while faulty CC Pump "B" breaker is 1) still racked up, provide an overcurrent trip of breaker.
(AO Relay 4KVEREL3B-11A)
- 2) If CC Pump "B" breaker has been racked down then breaker will shut without problem References CWD 2225 CWD 2226 OP-902-005
> OP-006-001 INSTRUCTIONS IT IS IMPORTANT TO KEEP THE SIMULATOR INSTRUCTOR BOOTH INFORMED-OF THE STATUS OF-REPAIR ACTIVITIES IN THE PLANT AT ALL TIMESt-i
**************************************LL THIS IS A DRI 41
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l l WATERFORD 3 ANNUAL EXERCISE : JULY 29, 1992 ! W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 31 DRILL TYPE /NO. TIME. When "B" EDG Tot CRS/NPO starts to pick up , load l Ta .j N/A FROMt Control Room Honitor l
*********************************A THIS IS DRILL DO NOT initiate actions affectina normal clant-_ooerations ;
a fafiure in the "B" CCW l When the "B" EDG starts to pick up load, i The following pump breaker causes a fault on the 3B36 Bus. alarms-are activatedt : i EDG B BREAKER TRIP / TROUBLE on CP-1, Panel D, Window L-3 , EDG B TROUBLE on CP-1, Panel D, Window H-3 4 KV BUS SB VOLTAGE LOST on CP-1, Panel D, Window P-3 l
-THIS IS A D RILL-
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WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 31 DRILL TYPE /NO. * ' TIME When "B" EDG TO: CRS/NPO starts to pick up load T= N/A FROMt (antrol Room Monitor ANTICIPA 'ED RESPONSE i An NAO should bo dispatched to investigate the fault on the 3B3S f Bus. An Electrical Maintenance Repair Team is dispatched to ! investigate the fault on the 3B3S Bus. 4 COMMENTS "B" to trip On loss of power to 3B3S Bus following failure "B" ofEDG_ OCBstarts, CC and start of "B" Seven seconds after EDG. When CC Pump "B" starts, a fault will occur Pump "B' in breaker. will start.-This will cause diesel relay AC 55/60 to trip which ~ will trip-AC 44/86E-HR which will trip 87G1X, 87G2X which Will r trip EDG and output-breaker, References 5817 - 4766 5817 - 4775 CWD 2368 CWD 2377 INSTRUCTIONS The information on this cue card will not need to be issued unless the simulator: fails and the indications are not available on the control panels. i
*******************************IS THIS A DRILL
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I WATERFORD 3 ANNUAL EXERCISE j JULY 29, 1992 W3 SES' EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 32 ORILL-TYPE /No. Elec3rical Repair Team, TIME: Upon investigatioh ; To: of the fault on ; HAo the 3D3s bus Electrical Repair Team, T= N/A FROM2 NAO Monitor
**********a****************************LTHIS IS A DRIL !
DO NOT initiate actions affectina normal niant operations When the NAO/ Electrical Repair Team investigates the loss of EDG "D" and the less of CCW D pump breaPer, they will find the following indications: LOCAL (EDG)
- 1) EDG not running (tripped) tight
- 2) Local Ann " Generator Differentias .
LOCAL (3B3 SWGR) All bkrs open except cube 1 and cube 8 1)
- 2) No flags on any relays-THIS IS A DRILL
. . . - , . , _ , .- . . . - - . , . . . __ . . . _ . , - - . . . _ . , .-._ _ _ . . . . . , . . - . ~ . .
_ _ - - _ _ . _ _ __ _.m. _ . _ . . _ _ _. . _ _ _ _ m _ . . _ . _ . ~ _ _ . _ . _ . _ _ _ . j WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPnRED! FESS EXEBRISE CUE CARD 1992 ANNUAL EXERCISE- CUE CARD NO. 32 DRILL TYPE /NO. Electrir11 Repair Team, TIME: Upon invectigatidA i TO: of the fault on i NA0 the 3B3s bus l
\
Electrical Repair Team, T= N/A FROM: l NAO Monitor , AJITICIPATED RESPQ{EE ,
- 1) Attempt to open CC EBKR3B-8 2)
Shift AB Bus to A sido per OP-901-057, Loss of 4160 Volt Safety Bus B, and start "A/B" CCW Pump Electrical should be called to check CC EBKR3B-8; it should be racked down. (Note: It must be manually racked down 3) since racki.1g power comes from 3B31) COMMENTS When CC "B" Breaker removed, the power can be restored to 3B3 from either offsite (if switchyard breakers CCW are should closed) be lined Erup EDG so "B" When it is reset and restarted. that proper cooling to "B" EDG will be maintained if EDG is to be used as source of power. References CWD 2380
' INSTRUCTIONS IT IS IMPORTANT TO KEEP THE SIMULATOR INSTRUCTOR BOOTH INFORMED OF THE STATUS OF REPAIR ACTIVITIES IN THE PLANT AT ALL TIMES 1
+
b THIS IS'A DRILL
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WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE CUE CARD NO. 33 DRILL TYPE /NO. TIME; 12:00 TO: Control Room Data Clerk Control Room Controller T= .:30 FROM: THIS IS A DRILL DO NOT initiate actions affectina normal _ylant onerations
- Make the following announcement:
ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! THIS IS A DRILL! THIS IS A DRILL! WATERFORD 3 IS CONTINUING A TEST OF THE EMERGENCY RESPGNSE ORGANIZATION. DO l'OT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS. CURRENT EXERCISE-TIME IS (Insert time from Simulator clock). THIS IS A DRILL! THIS IS A DRILL! Repeat the announcement once, i
*************************************************u***************
Tf;IS IS A DRILL
*************w***************************************************
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 E3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE- CUE CARD NO. 33 DRILL TYFE/NO. Control Room Data Clerk TIME: 12:00 TO: T= 2:30 FROM: Control Room Controller ANTICIPATED RESPONSE
- Make the announcement.
COKNENTS INSTRUCTIONS l i l l i ( .- l
********4,********************************************************
THIS IS A DRILL
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 34 DRILL TYPE /HO. _1992 ANNUAL EXERCISE _ TIME: 12:00 TO: CRS/NPO T= 2:30 FROM: Control Room Monitor
- ILL THIS IS A DR DO THZE initiate actions affectina normal plant operations
*************,+**************************************************
When the weld on Blowdown Valve BD-103A Fails. ALARMS Area Smoke Detector RAB-32 Fig. X-13 Area Rad Monitor ARM-IRE-5018, AAA-027, Grid 3 " Personnel lock area -4 RCB" PLANT STACK MONITORS PRM-IRE-0100.1S, EIS-1;<, GRID 4 PRM-IRE-0100.1S, EGS-133, GRID 4 PRM-IRE-0100.2S, EIS-142, GRID 4 PRM-IRE-0100.2S, EGS-143, GRID 4 OTHER IND7 CATIONS BD-102A Does not indicate closed Stack WRGM, Mid Range and High Range channels PRM-IRE-0110, increases RAB HVAC MONITORS PRM-IRE-6710B, PII-342, GRID 5 PRM-IRE-6710B, PGG-343, GRID 5 PRM-IRE-6710D, PII-352, GRID 5 PRM-IRE-6710D, PGG-353, GRID 5 PLANT STACK WRGM PRM-IRE-0110, GGG-514, GRID 6 PRM-IRE-0110, EGG-517, GRID 6 (ALARMS =15 MINUTES LATER)
*********************9*******************************************
THIS IS A DRILL
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WATERFORD 3 ANNUAL EXERCISE
- JULY 29,n1992 ,
W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE' CARD i 1992 ANNUAL EXERCISE- CUE CARD NO. 34 DRILL TYPE /NO. _ TIME: .12:00-TO: CRS/NPO T= 2:30 FROM: Control Room Monitor , ANTICIPATED RESPONSE An NAO is dispatched to investigate the alarms. Health Physics is notified to investigate the alarms.. The Control Room will attempt to shut BD-102A, COMMENTS Steam leak in the vicinity of BD-103A will contain-activity due to the Steam Generator Tube Leak in the "A" - S/G. INSTRUCTIONS The information on this cue card will not need to be issued. unless the simulator fails and the indications are not available? on the control panels. : M e THIS IS A DRILL
*******************************************************+*********- J g* + gw= # p g+y-n-e v -g+ng e e er ykJqw-, gay y
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n -! i WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 : W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL-EXERCISE _ CUE CARD NO. 35 DRILL TYPE /NO.
.. TIME: When Investigatinh-TO: NAO, HP the Steam Leak at ;
BD-103A NAO, HP Monitor T= N/A FROM:
,********************************** THIS IS A DRILL DO NOT initiate actions _pffectina normal clant operations The N',0 and/or persons in area.will hear loud' steam noises from.
the -4 RAB wing area. On entering the wing area the noise Will increase and steam will be seen in.the vicinity of BD-103A. L
**************************************LL THIS IS A DRI m u'% e'r w a ,..J.m. ewv. e <s, e =~. #- ---,m. ,,-a-s, ,w,-. rw. S - w w .+=ww i.merww.,s-, v r y.s,-.y.,w.. .--~y.,,w.,n,-.rw---wecy-,i, v-w y -,m-- ,, we--p g.
WATERFORD 3 ANNUAL' EXERCISE JULY 29, 1992: W3 SES EMERGDlCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 35 DRILL TYPE /NO. _JS92 ANNUAL EXERCISE _ TIME: When Investigating To: NAO, HP the Steam Leak at BD-103A FROM: RNAO, HP Monitor T= N/A ANTICIPATED RESPONSE The NAO/HP will report findings. A Repair Team should be requested from the OSC to make a containment entry to find out why BD-102A will not.close. NOTE: The entry team may consist of an NAO in order to shut SG-114A. COMMENTS Personnel who enter the steam cloud will be evaluated for radiological impact at the -4 Access Point by HP. There will be no radiological impact for personnel who do not enter the steam cloud. INSTRUCTIONS
~
IT IS IMPORTANT TO KEEP THE SIMULATOR IMSTRUCTOR BOOTH INFORMED OF THE STATUS OF REPAIR ACTIVITIES IN THE PLANT AT ALL TIMES L
**************************************LL THIS~IS A DRI i .. -. , - . , _ . . - . - - , . -
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 36 DRILL TYPE /NO. _J992 ANNUAL EXERCISE TIME: Containment Entry' TO: Mechanical, Electrical, I&C Repair Team, NAO for BD-102A Mechanical, Electrical, T= N/A FROM: I&C Repair Team, NAO Monitor THIS IS A DRILL QO NOT initiate aqtions affectina normal clant operations When Repair Team /NAO enters containment to investigate BD-102A it will appear to have a bent steam causing the valve to bind in the open position, l i L ***************************************************************** THIS IS A DRILL
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 36 DRILL TYPE /NO. _1992 ANNUAL EXERCISE Mechanical, Electrical, TIME: Containment Entr?' TO: for BD-102A I&C Repair Team, NAO Mechanical, Electrical, T= N/A FROM: I&C Repair Team, NAO Monitor ANTICIPATED RESPON9E If the entry team goes to SG-114A and attempts to shut the valve, they will be successful and the release will terminate. COMMENTS If-All precautions should be taken prior to entering the RCB. air samples are not taken, the team entering the RCB should be placed in SCBA's. The team should enter through the personnel hatch. The opening and closing of personnel hatch should be simulated. INSTRUCTIONS
- Opening and closing of hatch will be simulated.
- SCBA's should be donned but not valved *in.
- A mock-up of a 4" gate valve will be located in the vicinity.
IT IS IMPORTANT TO KEEP THE SIMULATOR-INSTRUCTOR BOOTH INFORMED OF THE STATUS OF REPAIR ACTIVITIES IN THE PLANT AT ALL TIMES! i i i f' THIS IS A DRILL i
..- - ._ _ _ . _ _ - . . _ . . m. _ _ . _ . _ - .
. _._ ._. _ . ~ . . . _ . ..
+
WATERFORD:3 ANNUAL EXERCESE
-JULY'29,fl992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD-DRILL TYPE /NO. 1992 ANNUAL EXERCISE CUE CARD NO. 37 ,
TO: RCC-- TIME: If containment l entry =thru .
-personnel hatch FROM: HP Controller T= N/A THIS IS A1 DRILL DO NOT initiate actions affectina normal clant operations-CONTINGENCY CUE CARD.
Imolementina' Conditions: If a decision is .aade to make a containment entry through the personnel hatch. Continaency Action: Direct that the containment. entry be made through the escape (equipment) hatch. i THIS IS A DRILL' __ . ?. ~ _. m. ~ . . _
WATERFORD"3. ANNUAL' EXERCISE
-JULY 29,-1992n --
W3'SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD
' DRILL TYPE /NO. 1992 ANNUAL EXERCISE CUE CARD NO. 37.
, 10 0 : -RCC TIME:. If containment entryLthru personnelLhatch TROM: HP Controller T= N/A ANTICIPATED RESPONSE COMMENTS-A containment entry is-necessary in order to gain' access to ~ BD-102A and SG-114A. An assessment of plant radiological- _ ccnditions will indicate that the containment should be entered
~
through the-escape hatch. INSTRUCTIONS Issue this cue card only.if containment entry _is goingJto be attempted through the personnel hatch.-
~
********************n********************************************'
~
THIS IS A. DRILL
*********************************w*******************************-
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WATERFORD 3 ANNUAL EXERCISE JULY 29, 1.992- _i W3 SES EMERGENCY PREPAREDNESS EXERCISE ~ CUE CARD: DRILL TYPE /NO. 1992 ANNUAL EXERCISE CUE CARD.No. 38 , To: Repair-Team TIME; On team arrivals at the escape' hatch ; FROM: HP Monitor at RCB escape hatch T= N/A THIS IS A DRILL DO-NOT initiate actions affectina normal plant operations Direct'the repair team to enter the simulated equipment (escape) , hatch that has been established on the RAB +21. L 4 THIS IS A: DRILL
, , _ _..-,n. -. , . , _ , ,. ,_, . _ . , 2 ,s.... _ -- _. .- -
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1992 ANNUAL EXERCISE CUE CARD-NO. 38 TO: Repair Team TIME:. On team arrival at the escape hatch FROM: HP Monitor at RCB escape hatch T= N/A ANTICIPATED RESPONSE The repair team will enter the simulated equipment (escape) hatch as though it is the containment. COMMENTS INSTRUCTIONS All procedural requirements should have been met to make the containment entry. When the repair team arrives at the escape hatch, direct them to simulate RCB entry by entering the simulated equipment (escape) hatch as though it is the containment.- l l l' i THIS IS A DRILL rww 4 w
. , . . - . . - - . - ... .- ~ . - - - -.. . .- -__ -
- l
-WATERFORD 3 ANtiUAL EXERCISE JULY-29,J1992'
.W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERQ,JRE__ CUE-CARD NO.-39 DRILL TYPE /NO.
I TO:' RAC/Fiold Team Controller TIME: If EOF.Ventilatibn' is to-be1 shifted-from the Normal Mode FROM: Dose Assessment Controller / T=- N/A Monitor
*****************************************************************1 THIS IS A DRILL po, o Jig _T_ initiate actions affectina norral clant operations CONTIN,HENCY CUE CARD Imolerentina conditiong: If a decision is made to place-the EOF ventilation system into_the-Pressurized-Mode or Isolation Mode.
Inntinaency Action: Acknowledge the positive action. 'For. 4 purposes of this Exercise this action will only be simulated. r THIS IS A DRILL-2
, . . . - - .. ,- . ~~ -n. .
~-. ~.- .. . - - - .
I WATERFORD 3: ANNUAL EXERCISE-JULY'29,_1992
-W3-SES-EMERGENCY PREPAREDNESS-EXERCISE CUE CARD.
t DRILL' TYPE /lio.. 1992 ANNUAL EXERCISE' CUE-CARD No.(39 > TO: RAC/ Field Team Controller TIME: If i EOF-. Ventilati6. n. . is to be shifted from the Normal. , Mode FROM: Dose Assessment Controller / T= N/A 3 Monitor ANTICIPATED RESPONSE.
- 1 COMMENTS.
The plume from this release will be toward the EOF. Due to~the ' low dose rate involved (65 mR/hr, maximum), and the shielding-incorporated in the EOF design (2-3-tenth value layers of concrete), the-dose rates-inside the' EOF will remain unchanged. The Facility ventilation will--'be simulated to have isolated to prevent the induction of radioactivity into the facility and contamination levels'will not to be above background.. INSTRUCTIONS Issue this card only if the ventilation system is being switched-to Pressurized or Isolation: Modes.-
-THIS IS-A DRILL
**********/******************************************************.
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i WATERFORD 3 ANNUAL YJERCISE JULY 29, 1992 W3 SES EMERGENCY __ PREPAREDNESS EXERCISE CUE CARQ 1992 ANNUAL EXERCISE CUE CARD No. 40 DRILL TYPE /NO. +' TIME: 13:00 , To: Field Team A Monitor I T= 3:30 q FROM: Field Team A Monitor
- +****************HIS T IS A DRILL QQ_FOT_ initiate actions affectina normal plant operations Field Team "A" monitor turns the vehicle installed "A" members radio that tothey the OFF position and instructs the Field Team have just experienced a radio failure.
************************************ RILL THIS IS A D
s !- p WATERFORD 3-ANNUAL EXERCISE JJULY-29, 1992 W3 SES EMERGENCY PREPAREDNESS-EXERCISE CUE CARD - i. CUE CARD-NO. 40 DRILL TYPE /NO.- 1992 ANNUAL EXERCISE- ~' TIME: 13:00 TO: Control. Room Monitor - T= -3:30 FROM: Control Room Monitor 1 ANTICIPATED RESPONSE f The Field Team will use a backup means of_ communications as-described in EP-002-060. The Field Team.may decide.or be directed to return to the site and exchange vehicles to a vehicle _with a working radio. COMMENTS i This:-failure is to meet an exercise-objective. This unlessfailure is to is the_-radio remain repaired in effect for thetepaired or simulated duration
~ byof-the drill:
a qualified-technician.- i. INSTRUCTIONS -i THIS IS A. DRILL a.- .- - . . . . , . . - . . _ . . . . . ~ . - . . .--.- :_. ,
- - ~ . - - - - . - . _ . . . . , . . .
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4
-- WATERFORD : 3 ANNUAL EXERCISE
, JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 41. DRILL TYPE /NO._ 1992 ANNUAL EXERCISE. TIME: 13:00
.TO: OSC Supervisor OSC Controller / Assembly Area T= 3:30 FROM:
Controller
*********************************** THIS IS ADRILL DO NOT initiate actions affectina normal plant operat i ons When the Assembly Area-This Cue Card is for.the OSC Controller.
Supervisor has completed his objectives at the Assembly Area, the
'OSC Supervisor should allow those personnel at the Assembly: Area-to return to the plant.
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-THIS IS A-DRILL
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4
'W5TERFORD 3' ANNUAL-EXERCISE '
JULY 29, 1992-I W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD-. F
-CUE CARD NO. 41 DRILL-TYPE /NO.. 1992-ANNUAL EXERCISE.
TO - OSC Supervisor' TIME: 13:00
^t OSC-Controller / Assembly- T= :3:30 FROMt Area Controller ANTICIPATED-RESPONSE to The OSC Supervisor will advise the Assembly Area Supervi sor return to the plant with the exercise players and monitors.
COMMENT.S INSTRUCTIQHE
.Tne OSC Monitor may issue this Cue Card after he has detormined.
that the Assembly Area activities have been completed. THIS IS.A DRILL
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE- CUE CARD NO. 42 DRILL TYPE /NO. .* TIME: 13:00 TO' Control Room Data Clerk T= 3:30 FR, .'. ; Control Room Controller
****************************** e ,
- IS THIS A DRILL DO NOT initiate actions _affectino normal plant operations
- Make the following announcement:
ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL! TIIIS IS A DRILL 1 THIS IS A DRILL! WATERFORD 3 IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION. DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATE ANNOUNCEMENTS. CURRENT EXERCISE TIME.IS (Insert time from Simulator clock). THIS IS A DRILL! THIS IS A DRILL! Repeat the announcement once.
**t*********************************"ILL TilIS IS 1 1: ****************************we****x.s**************************** l
J I E
.r WATERFORD 3 ANNUAL EXERCISE JULY 29,_1992~
t H3'SES EMERGENCY-PREPAREDNESS EXERCISE CUE CARD-- CUE. CARD NO. 42 DRILL TYPE /NO. _lla.2_ ANNUAL EXERCISE'- *
* .,l
_ TIME:: 13:00 TO: ' Control-Room Data Clerk , T= 3:30-FROM: Control Room Controller ANTICIPATED RESPONSE
- Make the announcement.
COMMENTS INSTRUCTIONS t
~
THIS IS A DRIIiL
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS JXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 43 DRILL TYPE /NO. TIME: 13:30 TO: TSC T= 4:00 FROM: Decon Worker
***********an****************************************************
THIS IS A DRILL DO NOT initiate actions affectina normal nlant_ operations
-k********************************w*******************************
INFORMATION The following information is provided to the TSC:
"There is someone hurt in the contaminated area of the polisher building. He looks like he is knocked sat and he is bleeding from the head and arm. This looks real bad, tall the EFAT to hurry."
i i THIS IS A DRILL
WATERFORD 3 AN!sUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 43-DRILL TYPE /NO._ 13:30 .' TIME: TO: Decon Worker T= 4:00 FROM: Medical Controller ANTICIPATED RESPONSE Coworker
- Discovers a worker in PC's who is bleeding from arm and he - Calls TSC at 4500 to report emergency TEC - Implements UNT-007-018, Attachment 6.1 - Sounds the station alarm and directs EFAT to Condensate Polisher Building - Dispatches a person to the scene to act as a communicato informed of medical emergency - The EOF Director is nctified of radical emergency and contacts the Emergency Director. Corporate contacts, as per UNT-007-016, will then be made by the CCC. - Medical Emergency Notifications are made as per UNT-007-018, attachment 6.8.
The EFAT
- Contacts the TSC to receive additional instructions - Reports to the scene Medical Controller The drill team recognizes that the operator and decon worker would not normally be in the polisher building during-an actual emergency. In order to meet drill objectives the two workers are being staged in-this area.
COMMENTS An operator, after having loaded.He precoat resinfalls slips and intodown the precoat the-tank,. proceeds down the ladder.. ladder.- During the fall he breaks his right forearm'and A strikes decon his head on the base of the building support column. worker-in the area sees the accident and reports-it to the I L Control Room. The area is posted as a Contamination Area / ! Radiation' Area. INSTRUCTIONS THIS-IS A DRILL
. _. . . -_ ~ -. . . .. .-
a WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARQ 1992 ANNUAL EXERCISE _ CUE CARD NO. 44 DRILL TYPE /NO.- TIME: Variable TO: EFAT - First Responder T= N/A FROM: Medical Controller THIS IS ADRILL operations DO NOT initiate actions affectina normal plant
******************************************************w**********
INFORMATION
- Give indications of the following conditions as the EFAT conducts the primary survey:
Primary Survev Data Airway - open Breathing - shallow & rapid Circulation - weak pulse
***************************************L THIS IS A DRIL
,. . - . -- . - . - . = . . -. . ~ . - - .
.WATERFORD 3 ANNUAL EXERCISE -
' JULY 2 9 ,-- - 19 9 2, W3'SES' EMERGENCY-PREPAREDNESS EXERCISE CUE CARD. ,
CUE CARD NO. 44 DRILL TYPE /NO. 119_2 ANNUAL EXERCISL EFAT - First Responder TIME . Variable TO : - T= N/A FROM: Medical Controller ANTICIPATED RESPONSE Thp_EFAT should:
- Respond promptly to the scene
- Immediately assess conditions and begin a-primary survey
- Supply required information to the TSC (air transport)
- Promptly request offsite medical support The Communicator should:
--Be available and assist the EFAT leader with communications to TSC
.he T HP Technician should:
- Provide radiological controls
- Decontaminate. patient if time allows
- Prepare skin contamination record if time allows
- Prepare ambulance / security vehicle'for transport of contaminated patient
- Verify ambulance personnel have been issued TLD's/SRD!
COMMENTS INSTRUCTIONS THIS IS ADRILL
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-WATERFORD.3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREFAREDNESS EXERCISE CUE CARD _ 1 1992 ANNUAL EXERCISE LCUE-CARD ~No.-45 DRILL TYPE /NO.
Variable ** EFAT TIME: TO: T= N/AL-
- FROM:- Medical Controller
**************************************ILL THIS IS A DR DO NOT initiate actions affectina normal plant operatigng .
INFORMATION The following are findings from the secondary survev: 5 To 10-Minutes 10+ Minutes Vital Sion shallow, rapid (30) shallow, moderate (20)- Breathing weak,-moderate (90) Pulse weak, rapid (120) D/P 60/20- 80/40 R - slow ta) react no change Pupils L - reactive cool Skin cool somewhat conscious Loc unconscious response to painful- moans stimuli only INSTRUCTIONS Give indications only as EFAT performs the assessments 4 THIS IS A. DRILL
. . .. . . - - . - . ..... . . - . --. ~ . . .
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 L 113 - SES - EMERGENCY PREPAREDNESS EXERCISE CUE CARD _
~
CUE CARD NO. 45
- DRILL TYPE /NO. _ 1992 ANNUAL EXERCISE _ ' -
TIME: - Variable. TO: ETAT ' T= N/A FROM: Medical Controller L ANTICIPATED RESPONSE The EFAT should: Perform secondary survey
- Stop bleeding and bandage head
- Splint broken forearm -
- Treat for shock COMMENTS -i INSTRUCTIONS s-k THIS IS~A DRILL f k w .bwmt'* +4ea . A,- 'e3 7 "
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WATERFORD ',i-ANNUALLEXERCZSE-JULY 29, 1992 .
. W3 SES' EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 46 DRILL TYPE /NO. '
TIME: As HP performs TO: EFAT/HP-Technicians survey. T= N/A FROM HP Monitor t
************************************ THIS IS A DRILL DO NOT initiate actions affectina normal plant coerations-
**********************e******************************************
INFORMATION This is an information card. Provide this information to the HP Tech as he performs his survey. DO NOT REMOVE ANY OF THE PATIENTS PROTECTIVE CLOTHING. THIS IS A DRILL
-- , _ . . , , . _ . . , . . . ~ , _ . ~ . . . . . . . , , . , , , , , _ _ , , . - , , _ , , . _ _ - . . . , - . . . . , _ . . . , - _ , , .
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD No. 46 DRILL TYPE /NO. TIME: As HP performs To: EFAT/HP-Technician survey T= N/A FROM: HP Monitor ANTICIPATED RESPONSE Radiolocical Conditions Contamination Radiation 800 cpm N/A Patient's head ---- Patient's right forearm ---- 2,000 cpm N/A General area around 5,000---30,000 DEM 5---10mr 100cm 2 hr patient ---- 100,000-200,000 QEM 20--40mr: Precoat Tank skin ---* 100cm 2 hr Area will be posted as a contamination area and radiation area. Personnel contamination consist of: Cs-134, Cs-135, Cs-137, Co-58, Co-60, Mn-54, Tc-99m COMMENTS INSTRUCTIONS
****************************************+************************
THIS IS A DRILL
WATD1 FORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES TjiERGENCY PREPAREDNESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 47 DRILL TYPE /N'. When offsite e' TIME: Tot TSC Communicator support is , cequested T= N/A FROM: TSC Communications Monitor
*********************************A THIS IS DRILL DO NOT initiate actions affectina normal niant operations For the purposes of this drill, the following medical support facilities will be utilized for support on an as needed basis:
AMBUw ! E';B West Jefferson Medical Center Air Care llOSPITAL West Jefferson Medical Center SITE A company vehicle is to be used to provide transportation betwoon the nuclear island and the helicopter landing pad. , CAPTION USE "Ti!IS IS A DRILL" WITil,ALL COMMUNICA* IONS ILQTI If West Jefferson Medical Center is unable to respond, IMMEDIATELY inform the controller prior to initiating further offsite contacts.
*********************************A THIS IS DRILL
****************************************w************************
t WATERTORD 3 ANNUAL EXERCZSE JULY 29, 1992 W3 SES EMERGENCY PREPAREDffESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE- CUE CARD NO. 47 DRILL TYPE /NO. e' TIME: When offsite Tot TSC Communicator support is requested , Tm N/A FROM: TSC Communications Monitor ANTICIPATED RESPONSE The 0 signated offsite medical support organizations will be requested to respond. Direct the SS/EC to provide company vehicles and drivers for transportation of the victim to helo pad. COMMENTS Irv dTRUCTIONS Issue this cue card when the Communicator is preparing to request offsite support. Inform the Lead Controller if theThe requested offsite support appropriate Contingency Cue facility is unable to respond. Cards will be implemented. i i
*************s v****************
I
*********************************ATHIS IS DRILL
********in~******************************************************
_ _ _ _ _ _ _ _ _.~ _
_ . _ _ . _ _ _ . _ _ ~ . _ _ . _ _ _ _ _ _ _ . _ _ . . _ _ _ _ _ _ _ _ _ . - _ . . . _ _ . . _ _ . WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES E!4ERGENCY PREPAREDNESS EXERCIS1 CUE CARD 1992 ANiiUAL EXERCISE _ CUE CARD Ho. 48 DRILL TYPE /No. TIME: If Air care 1 To: TSC Communicator is unable to i respond T= N/A FROM: Lead Controller
**************************************LL THIS IS A DRI DO NOT initiate actions affectino normal clant operations l
************************************f**************************** !
CONTINGENCY CUE CARD Imolementina Conditions: Air Care is unable to transport the i patient to West Jefferson Medical e Center. Continaercy Actions: Direct the TSC communicator to transport the patient to West Jefferson Medical center using St. Charles i Ambulance Service. SEE INTRUCTIONS T l ******************e********************************************** THIS IS A-DRILL g
=*************************************************** ,. *************.
I
l WATERTORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXEF9ISE CUE CABQ r 3997_ ANNUAL EXERCISE CUE CARD NO. 48 DRILL TYPE /NO. TIME: If Air Care TO: TSC Communicator is unable to respond Lead Controller T= N// Troll: ANTICIPATED RESPONSE COMMENTS Under actual conditions, one of the other medical facilities would provide transportation. INSTRUCTIONS Ist.e this cue card only if Air Care cannot transpcet the patient.
**************************************LL THIS IS A DRI
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 49 DRILL TYPE /MO. _1992 ANNUAL EXERCISE _ TIME: Prior to Helo .' TO: HP Technician accompanying departure pacient T= N/A FROM: HP Monitor
- IS THIS A DRILL plant onorations DO NOT injtinte_ actions affectina normal The condition of the patient will not change while in the helicopter.
Contamination levels of the pacient will not change while in the helicopter. For the purposes of this drill do not attempt to DO NOT decontaminate the patient on the way to the hospital. REMOVE ANY OF THE PATIENT'S PROTECTIVE CLOTHING. THIS IS ADRILL
WATERFORD 3 AN!10AL EXERCESE JULY 29, 1992 W3 SES EMERGE 11CY PREPARED!lESS EXERCISE CUE CARD 1992 A!1NUAL EXERCI6E_ CUE CARD NO. 49 DRILL TYPE /NO. IIP Technician accompanying TIME: Prior to !!elo
'I O : departuro patient FROM: HP Honitor T= N/A I
6NTICIPATED RESPONSE COMMENTS No drill control g d T'ide on the helicopter from the site to the hospital so ne @e*^tUnie.at. ion information w311 be provided. INSTRUCTIOffs THIS IS A DRILL
\
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERG211CY PREPARED 11ESS EXERCISE CUE CARD CUE CARD NO. 50 DRILL TYPE /NO. _1992 AtlNUAL EXERCISE _ TIME: If WJMC cannot To: Ambulance Attendants participate T= N/A FROM: Medical Controller
*******************************IS TilIS A DRILL QQ 110T initiate actions af fectina normal plant operations CONTINGENCY cur cAg0 Imnlementina conditions: West Jefferson Medical Center cannot participate, continaency_ Actions: Drill activitics associated with the medical emergency will be terminated when the transfer of the patient to the embulance has been completed.
I f
*************************************ILL THIS IS A DR
WATERFORD 3 AN!iUAL EXERCTSE JULY 29, 1992 W3 SES EMERGEHCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /HO, _1992 ANNUAL EXERCIS2_ CUE CARD 110. 50 TIME: If WJHC cannot TO: Ambulance Attendants participato Ta N/A EROM Medical Controller ANTICIPATED RESPollSE The Transfer of the patient to the ambulance will take place. medical portion of the drill will then be terminated. COMMENTS INSTRUCTIONS THIS IS A DRILL
*******************a*****************************************,*,*
i WATERFORD 3-ANNUAL EXERCISE JULY 29, 1992 i W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD . i DRILL TYPE /NO. 1992 ANNUAL EXERCISE- CUE CARD HO. 51 ; TO: Hospital HP Technician TIME: Upon decon at hospital i FROMt Medical Controller T= N/A i i THIS IS A DRILL 4 DO NOT initiate actions affectina normal nlant operations-Provide the following information as appropriate actions are taken: Removal of PCs will eliminate the contamination of the clothing. Irrigation of the wound areas will reduco the contamination levels to 200 cpm. Scraning and debridement will reduce the contamination levels to
< 100 cpm.
E I L t e r THIS IS A. DRILL
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l WATERFORD 3 ANNUAL EXEPr'ISE JULY 29, 1992 W3 SES EMERGE 11CY PREPARED 11ESS EXERCISE CUE. CARD 1992 AltllUAL EXERCISE _ CUE CARD NO. 51 DRILL TYPE /NO. Upon decon at ** llospital HP Technician TIME: TO: hospital Medical Controller T= N/A FROM: ANTICIPATED _RESPOllSE When the patient is stable and decontaminated he should be admitted to the hospital. COMMENTS INSTRUCTIONS Provide this information as decontamination activities occur at the hospital. THIS IS A DRILL
I WATERFORD 3 A!1tlUAL EXERCISE JULY 29, 1992 I
]
W3 SES EMERGE!1CY PREPARED!!ESS EXERCISE CUTd /g]2 CUE CARD 110. 52 ) DRILL TYPE /110. 1992 AUllUAL EXERCISE _ HP Technician TIME Upon survey of f Tot ambulance ; TROM HP/ Medical Monitor T= li/A THIS IS A DRILL DO 110T initiate actions af fectina normal plant operations Provide the following information as the land based and/or air ambulances are surveyed prior to release from the activity: 11 0 contamination will be detected. THIS IS A DRILL
j WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 i W3 SES EMERGENCY PREPAREDNESS _ EXERCISE CUE CARD l CUE CARD NO. 52 DRILL TYPE /NO. _1992 ANNUAL EXERCISE TIME Upon survey of Tot HP Technician ambulance > T= N/A j FROMt HP/ Medical Monitor i ANTICIPATED RESPONSE COMMFJITS ! INSTRUCTJONS This information should be provided as the surveys are completed. When the HP Technician reports to the site that the patient is stable and contamination is under control, the Areamedical emergency. critiques will be portion of the drill will be terminated. conducted for the participants. , e 1 P i t
*********************************A' THIS IS DRILL l - - . . - . - . . . . - ....-,=......-...~:_w,.;-...-.,..,..u-,...a-w,-,.,.-+.,-.-,_,-.---.-
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 W3 SES EMERGE!1CY PREPARED!iESS EXERCISE CUE CARD 1992 ANNUAL EXERCISE _ CUE CARD NO. 53 DRILL TYPE /NO, 14:00 *' TIME: To: Control Room Data Clerk T= 4:30 FROM: Control Room Controller
*******************************IS TilIS A DRILL DO NOT initiate actions affectina normal plant onerati_ons m
- Make the following announcement:
ATTEllTION ALL PERSON!iEL1 ATTENTIOli ALL PERSO!114ELI TilIS IS A DRILL! TilIS IS A DRILL! WATERFORD 3 IS CO!!TINUING A TEST OF THE EMERGEllCY RESPON ORGANIZATION. DO NOT USE Tile PLANT PAGE SYSTEh FOR 140N-EXERCISE RELATE A11110UNCEME!1TS . CURRENT EXERCISE TIME IS (Insert time from Simulator clock). TilIS IS A DRILL! THIS IS A DRILL! Repeat the announcement once.
*****************************r.**
*********************************A T!!IS IS DRILL
WATERPORD 3 AN!iUAL EXERCISE JULY 29, 1992 W
,3 SES EMERGEfiCY PREPARED!iESS EXERCISE CUE CARD CUE CARD 110. 53 DRILL TYPE /NO. _1992 ANNUAL EXERCISE
TIME: 14:00 To: Control Room Data Clerk T= 4:30 FROM: Control Room Controller ANTICIPATED RESPONSE
- Make the announcement.
CQltiENTS INSTRUCTIONS l l
**************************************ILL
'THIS IS A DR
***********************+*e***************************************
._.__._._.______._.__.m___ _ . _ . _ - _ . _ _ _ _ _ _ _.. _ _ _ _ __.
a i WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 - l W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD i 1992 ANNUAL EXERCISE _ CUE CARD Ho. 54-DRILL TYPE /NO. ' TIME: 15:00 TO: Control Room Data clerk T= 5:30 FROM: Control Room controller l I
*********************************A .THIS IS DRILL !
DO NOT initiate actions affectina normal plant operations l
- Make the following announcement ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!
THIS IS A DRILLI THIS-IS A DRILL! WATERFORD 3 IS CC,NTINUING A TEST OF THE EMERGENCY RESPONSE-ORGANIZATION. Do 1: 0T USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELA"JED ANNOUNCEMENTS. . CURRENT EXERCISE TIME IS (Insert time from simulator clock)_. THIS IS A DRILL! THIS IS A DRILL! Repeat the announcement once. THIS IS A DRILL
- ~ ,1. - _.J. - , _ . . .
,,......_..._..._._i,.._;.-__ ._.._.;_._......_.-_.,,~-.-~.:__-_R.
WATERFORD 3 AlltiUAL EXERCTSE JULY 29, 1992 W3 SES EMERGEllCY PREPARED!1ESS EXERCISE CUE CARD DRILL TYPE /llo, _1992 Atil1UAL EXERCISE - CUE CARD 110. 54 TIME: 15:00 .' TO: Control Room Data Clerk T= 5:30 FROM: Control Room Controller ANTICIPATED RESPO!1SE
- Make the announcement.
COMMENTS INSTRUCTIONS l l t l
**************************************ILL THIS IS A DR
*************************************************************=***
WATERFORD 3 ANNUAL EXERCISE-JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD 110. 55 DRILL TYPE /HO. _1992 ANNUAL EXERCISE _ ** TIME: =15:00 TO: Emergency Coordinator T= 5:30 FROM: TSC Controller
********************************S TilIS I A DRILL DO llOT initiato actions affectina normal Diant onerations Make the following announcement:
ATTENTION ALL PERSONNEL 1 ATTEllTION ALL PERSON!1ELI Tile WATERFORD 3 1992 EMERGE!1CY PREPAREDNESS EXERCIS COMPLETED. COMMENCE AREA CRITIQUES. Repeat the announcement. THIS IS ADRILL
i WATERFORD 3 ANNUAL EXERC3SE JULY 29, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD CUE CARD NO. 55 DRILL TYPE /NO, 1992 ArQ4'JAL EXERCISE _ TIME: 215:00 .' To: Emergency Coordinator T= 5:30 TSC Controller F FROM ANTICIPATED..PESPONSE
- 1. Documentation in each area will be collected and provided to the Drill Controllers.
- 2. Areas / Facilities Critiques will be restored will be conducted to normal.
with the participants in each 3. area.
- 4. Following the area critiques, the drill activities will be complete.
COMMENTS
?ollowing the verification of the termination of the release and assessing plant conditions, de-escalation of activities may 'te considered.
INSTRUCT 1Q1[D between Termination of the release / exercise will be coordinated the Lead Controller and the LRPD Controller. The issuance of this cue card should be coordinated with the Lead and EOF Controllers. Area critiques should not exceed 45 minutes.
*******************************S THIS I A DRILL
\
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 VII. CllARTS. GRAPilS AND TABLES l l l VII-1 6 l
)
l WATERFORD 3 1992 ANNUAL EXERCISE ' JULY 29, 1992 SECTION VII TIME: 0800 PLANT DATA 7.3 REACTOR POWER (%) 99.8 SG 2 STEAM FLCW (MBM/HR) 7.4 PZR LEVEL (%) 55.5 SG 2 FEED FLOW (MDM/HR) 2248 EFW FLOW TO SG 2 (GPM) . _2 PZR PRESSURE (PSIA) 120 PZR TEMPERATURE (F) 652 SG2 BLONDOWN FLOW (GPM) 0 - CET TEMPERATURE (F) 610 LPSI A FLOW.(CPM) _ _ O SUDCOOLED KARGIN (F) 42.2 LPSI B FLOW (GPM) O LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) O LOOP 1 TH (F) 610.1 HPSI B FLOW (GPM) O LOOP 1A TC (F) 553.3 CS FLOW (1) (GPM) 0 - LOOP ID TC (F) 553.3 CS FLOW (2) (GPM) 82 LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) SIT TANK 1B LEVEL (%) 82 LOOP 2 TH (F) 610 SIT TANK 2A LEVEL (t) 82 < LOOP 2A TC (F) 553.3 SIT TANK 2D LEVEL (%) 82 LOOP 2B TC (F) 553.3 100 SIT TANK 1A PRESS (PSIA) 620 RV HEAD LVL (%) 620 RV PLENUM LVL (%) 10,Q SIT . 1100 IB PRESS (PSIA) -620 CHARGING FLOW (GPM) ;EE SIT TANK 2A PRESS (PSIA) 83 SIT TANK 2B PRESS (PSIA) 620 LETDOWN FLOW (GPM) 14.7 SG 1 LEVEL NR (%) 69 CONTAINMENT-PRESS (PSIA) 87 CONTAINMENT TEMP (F) 113 SG 1 LEVEL WR (%) O SG 1 PRESSURE (PSIA) 905 SI SUMP LVL (PT) 2 SG 1 STEAM FLOW (MDM/HR) 7.3 CONTAINMENT SUMP (FT) _. 7.4 RWSP LEVEL (%) 94.3 SG 1 !EED FLOW (MDM/HR) _ 92.5 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%) 120 PLNT STACK FLO RT (CFM) 92190 SG1 BLOWDOWN FLOW (GPM) -8 SG 2 LEVEL HR (%) 69 ANNULUS PRESS ("H2O GAGE) 87 TURBINE POWER (MW) 1147.8 SG 2 LEVEL WR (%) SG 2 PRESSURE (PSIA) 905 PLANT DATA SHEET PAGE 1 0F 25 i w + # .e. , . - ,,-w. , - . _ p._ y , - . , y - . ~ , , , . - m y,.. --_m m v
WATERFORD 3 1992 ANNUAL EXERCTSE JULY 29, 1992 TIME: 0815 PLANT DATA SECTION VII 7.3 99.8 SG 2 STEAM FLOW (MBM/HR) 7.4 REACTOR POWER (%) __ SG 2 FEED FLOW (MDM/HR) 55.5 PZR LEVEL (%) _ 2248 EFW FLOW TO SG 2 (GPM) O PZR PRESSURE (PSIA) 652 SG2 BLOWDOWN FLOW (GPM)
' 120 PZR TEMPERATURE (F) LPSI A FLOW (GPM)
O CET TEMPEP.ATURE (F) 610 O SUBCOOLED MARGIN (F) 42.2 LPSI B FLOW (GPM) O HPSI A FLOW (GPM) 581.9 LOOP 1 TAVE (F) 610.1 HPSI-B FLOW (GPM) O LOOP 1 TH (F) 553.3 CS PLOW (1) (GPM) O LOOP 1A TC (F) CS FLOW (2) (GPM) O LOOP 1B TC (F) 553.3 82 LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 610 SIT TANK IB LEVEL (%) 82 LOOP 2A TC (F) 553.3 SIT TANK 2A LEVEL (%) 82 LOOP 2B TC (F) 553.3 SIT TANK 2B LEVEL (%) 620 100 SIT TANK 1A PRESS (PSIA) RV HEAD LVL (%) _ 100 SIT TANK 1B Phi.GS_(PSIA) 620 RV PLENUM LVL (%) SIT TANK 2A PRESS (PSIA) 61Q CHARGING FLOW (GPM) 88 83 SIT TANK 2B PRESS (PSIA) 620 LETDOWN FLOW (GPM) 14.7 SG 1 LEVEL NR (%) 42 CONTAINMENT PRESS (PSIA) CONTAINMENT TEMP _(i) 113 87-SG 1 LEVEL WR (%) O SG 1 PRESSURE (PSIA) 901 SI SUMP LVL (PT) 2 SG 1 STEAM FLOW (MBM/HR) 7.3 CONTAINMENT SUMP (PT) 94.3 SG 1 FEED FLOJ (MBM/HR) 7.4 RWSP LEVEL (%) 92.5 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%) 92190 SG1 BLOWDOWN FLOW (GPM) 120 PLNT STACK FLO RT (CFM) -8 SG 2 LEVEL NR (%) 69 ANNULUS PRESS ("H2O GAGE) 87 TURBINE POWER (MW) 1147.8 SG 2 LEVEL WR (%) SG 2 PRESSURE (PSIA) 905 PLANT DATA SHEET PAGE 2 OF 25
l t WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 SECTION VII TIME: _0830_ ] PLANT DATA SG 2 STEAM FLOW (MBM/HR) 7.3 REACTOR POWER (%) 991 1 7.4 PZR LEVEL (%) 55.5 SG 2-FEED FLOW (MDM/HR) 0 PZR PRESSURE (PSIA) 2248 EFW FLOW TO SG 2 (GPM) . , 652 SG2 BLOWDOWN FLOW (GPM) 120 PZR TEMPERATURE (F) O CET TEMPERATURE (F) 610 LPSI A FLOW (GPM) 42.2 LPSI B FLOW (GPM) Q SUBCOOLED MARGIN (F) O LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) O LOOP 1 TH (F) 610.1 !! PSI B FLOW (GPM) O LOOP 1A TC (F) 553.3 CS FLOW (1) (GPM) O LOOP 1B TC (F) 553.3 CS FLOW (2) (GPM) 581.9 SIT TANK 1A LEVEL (%) 82 LOOP 2 TAVE (F) 82 LOOP 2 TH (F) 610 SIT TANK 1B LEVEL (%) SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 553.3 553.3 SIT TANK 2B EEVEL (%) 82 LOOP 2B TC {F) 61Q RV HEAD LVL (%) 100 SIT TANK 1A vRESS (PSIA) , 100 SIT TANK 1B PRESS (PSIA) . 620 RV PLENUM LVL (%) 012 CHARGING FLOW (GPM) 88 SIT TANK 2A PRESS (PSIA) 83 SIT TANK 2B PRESS (PSIA) 620 , LETDOWN FLOW (GPM) 14.7 SG 1 LEVEL NR (%) 6? CONTAINMENT PRESS (PSIA) 87 CONTAINMENT TEMP (F) 113 SG 1 LEVEL WR (%) O
- SG 1 PRESSURE (PSIA) 905 SI SUMP LVL (PT) 2 SG ,1 STEAM FLOW (MBM/IIR) 7.3 CONTAINMENT SUMP (PT) 7.4 RWSP LEVEL (%) 94.3 SG . FEED FLOW (MBM/HR) 92.5 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%)
120 PLNT STACK FLO RT (CFM) 92190 SG1 BLOWDOWN FLOW (GPM) -8 SG 2 LEVEL NR (%) 69 ANNULUS PRESS ("H2O GAGE) 87 TURBINE POWER (MW) 1147.8 4 SG 2 LEVEL WR (%) SG 2 PRESSURE (PSIA) 9QS PLANT DATA SHEET PAGE 3 OF 25 4 y- ,y++, --
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WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 SECTION VII TIME: 0845 j PLANT DATA SG 2 STEAM FLOW (MDM/HR) 7.3 REACTOR POWER (%) 99.8 SG 2 FEED FLOW (MBM/HR) 7.4
- PZR LEVEL (%) 55.5 O
PZR PRESSURE (PSIA) 2248 EFW FLOW TO SG 2 (GPM) 652 SG2 BLOWDOWN FLOW (GPM) 112 PZR TEMPERATURE (F) 0 ' CET TEMPERATURE (F) 610 LPSI A FLOW (GPM) O SUBCOOLED KARGIN (F) 42.2 LPSI B FLOW (GPM) 0 LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) , O LOOP 1 TH (F) 610.1 HPSI B FLOW (GPM) O LOOP 1A TC (F) 553.3 CS FLOW (1) (GPM) O LOOP 1B TC (F) 553.3 CS FLOW (2) (GPM) 82 LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) SIT TANK 1D LEVEL (%) 82 LOOP 2 TH (F) 610 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 553.3 SIT TANK 2D LEVEL (%) 82 LOOP 2B TC (F) 553.3 _ Inq SIT TANK 1A PRESS (PSIA) 620 RV HEAD LVL (%) 620 RV PLENUM LVL (%) 12k SIT TANK 1D PRESS (PSIA) 88 SIT TANK 2A PRESS (PSIA) 620 CHARGING FLOW (GPM) 620 LETDOWN FLOW (GPM) 83 SIT TANK 2D PRESS (PSIA) 69 CONTAINMENT PRESS fPSIA) 14.7 SG 1 LEVEL NR (%) 113 SG 1 LEVEL WR (%) 12 CONTAINMENT TEMP (F) O SG 1 PRESSURE (PSIA) 1 31 SI SUMP LVL (FT) 2 SG 1 STEAM FLOW (MDM/HR) 7.3 CONTAINMENT SUMP (FT) 7.4 RWSP LEVEL (%) 94.3
!)G 1 FEED FLOW (MDM/HR) 92.5 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%)
120 PLNT STACK FLO RT (CFM) 92190 SG1 DLOWDOWN FLOW (GPM) -8 SG 2 LEVEL NR (%) 69 ANNULUS PRESS ("H2O GAGE) 87 TURBINE POWER (MW) 1147.8 SG 2 LEVEL WR (%) SG 2 PRESSURE (PSIA) 905 PLANT DATA SHEET PAGE 4 OF 25
WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 SECTION VII TIME: 0900 PLANT DATA 99.8 SG 2 STEAM FLOW (MBM/IIR) 7.3 REACTOR POWER (%) 7.4 PZR LEVEL (%) 55.th SG 2 FEED FLOW (MDM/HR) 2248 EFW FLOW TO SG 2 (GPM) . O PZR PRESSURE (PSIA) 120 PZR TEMPERATURE (F) 652 SG2 BLOWDOWN FLOW (GPM) 610 O CET TEMPERATURE (F) LPSI A FLOW (GPM) 42.2 LPSI B FLOW (GPM) O SUBCOOLED MARGIN (F) O LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) 610.1 HPSI B FLOW (GPM) 0 LOOP 1 TH (F) O LOOP 1A TC (F) 553.3 CS FLOW (1) (GPM) O LOOP 1B TC (F) 553.3 CS FLOW (2) (GPM) 581.9 SIT TANK 1A LEVEL (%) 82 LOOP 2 TAVE (F) 82 LOOP 2 TH (F) 610 SIT TANK 1B LEVEL (%) 553.3 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 82 LOOP 2B TC (F) 553.3 SIT TANK 2B LEVEL.(%) 620 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 100 SIT TANK 1B PRESS (PSIA) 620 - RV PLENUM LVL (%) _ 620 CHARGING FLOW (GPM) . 88 SIT TANK 2A PRESS (PSIA) 83 SIT TANK 2B PRESS (PSIA) 620 LETDOWN PLOW (GPM) 14.7
.SG 1 L# VEL NR (%) 69 CONTAINMENT PRESS (PSIA) 87 CONTAINMENT TEMP (F) 113 SG 1 LEVEL WR (%) _
O SG 1 PRESSURE (PSIA) 905 SI SUMP LVL (FT) SG 1 STEAM FLOW (MDM/HR) 7.3 CONTAINMENT SUMP (PT) __.2 SG 1 FEED FLOW (MDM,HR) 7.4 RWSP LEVEL (%) 94.3 O CSP LEVEL (%) 92.5
'EW FLOW TO SG 1 (GPM) 92190 SG1 BLOWDOWN FLOW (GPM) 120 PLNT STACK FLO RT (CFM) 69 ANNULUS PRESS ("H2O GAGF) -8 SG 2 LEVEL NR (%) 1147.8' SG 2 LEVEL WR (%) 87 TURBINE POWER (MW)
SG 2 PRESSURE (PSIA) 905 PLANT DATA SHEET PAGE 5- OF 25
WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 SECTION VII TIME: 0915- , PLANT DATA 7 . "a REACTOR POWER (%) 99.8 SG 2 STEAM FLOW (MBM/HR) 7.4 PZR LEVEL (%) 55.5 SG 2 FEED FLOW (MBM/NR) 0 ' PZR PRESSURE (PSIA) 221E ETW FLOW TO SG 2 (GPM) . 652 SG2 BLOWDOWN FLOW (GPM) 120 PZR TEMPERATURE (F) O CET TEMPERATURE (F) 610 LPSI A FLOW (GPM) 0 SUBC00 LED MARGIN (F) 42.2 LPSI B FLOW (GPM) : 0 LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) o LOOP 1 TH (F) 610.1 HPSI B FLOW (GPM) ! O LOOP 1A TC (F) 553.3 CS FLOW (1) (GPM) O LOOP 1.B TC (F) _ 553.3 CS FLOW (2) (GPM) 82 LOOP s TAVE (F) 581.9 SIT TANK 1A LEVEL (%) i 610 SIT TANK 1B LEVEL (%) 82 LOOP 2 TH (F) 82 LOOP 2A TC (F) 553.3 SIT TANK 2A LEVEL (%) 553.3 SIT TANK 2B LEVEL (%) 82 LOOP 2D TC (F) 620 RV HEAD LVL (%) 100 SIT TANK 1A PP.ESS (PSIA) 100 SIT TANK 1B PRESS (PSIA) 620 RV PLENUM LVL (%) 620 CHARGING FLOW (GPM) 88 SIT TANK 2A PRESS (PSIA) SIT TANK 2B PRESS (PSIA) 620 LETDOWN FLOW (GPM) 81 14.7 SG 1 LEVEL NR (%) 69 CONTAINMENT PRESS 1(PSIA) 87 CONTAINMENT TEMP (F) 113-SG 1 LEVEL WR (%) 0 SG 1 PRESSURE (PSIA) 905 SI SUMP LVL (PT) 2 SG 1 STEAM FLOW (MBM/HR) 7.3 CONTAINMENT SUMP (FT) 7.4 FWSP LEVEL (%) 94.3 SG 1 FEED FLOW (MBM/HR) 92.5 EFW FLOW To SG 1 (GPM) O CSP LEVEL (%) 120 PLNT STACK FLO RT (CFM) 92190 SG1 BLOWDOWN FLOW (GPM) -8 SG 2 LEVEL NR (%) 69 ANNULUS PRESS ("H2O GAGE) 87 TURBINE POWER (MW) 1147.8 SG 2 LEVEL WR (%) SG 2 PRESSURE (PSIA) 905 PLANT DATA SHEET PAGE 6 0F 25
WATERFORD 3 1992 ANNUAL EXE....,0 JULY 29, 1992 , SECTION VII TIME: 0930 PLANT DATA 99.8 SG 2 STEAM FLOW (MBM/HR) 7.3 REACTOR POWER (%) 7.4 PZR LEVEL (%) 55.5 SG 2 FEED FLOW (MDM/HR) , EFW FLOW TO SG 2 (GPM) 0 PZR PRESSURE (PSIA) 2248 . SG2 BLOWDOWN FLOW (GPM) 120 PZR TEMPERATURE (F) 652 O CET TEMPERATURE (F) 61; LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 42.2 LPSI B FLOW (GPM) 581.9 HPSI A FLOW (GPM) O LOOP 1 TAVE (F) O LOOP 1 TH (F) 610.1 HPSI B FLOW (GPM) O LOOP 1A TC (F) 553.3 CC FLOW (1) (' PM) O LOOP IB TC (F) 553.3 CS FLOW (2) (GPM) 581.9 SIT TANK 1A LEVEL (%) 8,1 LOOP 2 TAVE (F) 82 LOOP 2 TH (F) 610 SIT TANK 1B LEVEL (%) 553.3 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 82 LOOP 2B TC (F) 553.3 SIT TANK 2B LEVEL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV HEAD LVL (%) 620 RV PLENUM LVL (%) 100 SIT TANK 1B PRESS (PSIA) _ 88 SIT TANK 2A PRESS (PSIA) 620 CHARGING FLOW (GPM) 620
- LETDOWN FLOW (GPM) 83 SIT TANK 2D PRESS (PSIA)
, 62 CONTAINMENT PRESS (PSIA) 14.7-SG 1 LEVEL NR (%) 113 SG 1 LEVEL WR (%) 87 CONTAINMENT TEMP (F)
SG 1 PRESSURE (PSIA) 905 SI SUMP LVL (PT) O 7,3 CONTAINMENT SUMP (FT) 2 SG 1 STEAM FLOW (MBM/HR) 94.3 SG 1 FEED FLOW (MBM/HR) 7.4 RWSP LEVEL (%) O CSP LEVEL (%) 92.5-EFW FLOW TO SG 1 (GPM) 92190 SG1 BLOWDOWN FLOW (GPM) 120 PLNT STACK FLO RT (CFM) ANNULUS PRESS ("H2O OAGE). -8 SG 2 LEVEL NR (%) 62 87 TURBINE POWER (MW) 1147.8 SG 2 LEVEL WR (%) SG 2 PRESSURE (PSIA) 905 PLANT DATA SHEET PAGE 7 OF 25 t
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WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 SECTION VII TIME: 0945 I PLANT DATA 99.8 SG 2 STEAM FLOW (MDM/HR) 7.3 REACTOR POWER (%) 7.4 PZR LEVEL (%) 55.E SG 2 FEED FLOW (MDM/HR) O PZR PRESSURE (PSIA) 2248 EFW FLOW TO SG 2 (CPM) 652 AG2 BLOWDOWN FLOW (GPM) 120 PZR TEMPERATURE (F) O CET TEMPERATURE (F) _ 610 LPSI A FLOW (GPM) O SUDCOOLED MARGIN (F) 42.2 LPSI B FLOW (GPM) O LOO" 1 TAVE (F) 581.9 HPSI A FLOW (GPM) O LOOP 1 TH (F) 610.1 HPSI B FLOW (GPM) O LOOP 1A TC (F) 553.3 CS FLOW (1) (GPM) O LOOP IB TC (F) _ 553.3 CS FLOW (2) (GPM) 82 LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) 610 SIT TANK 1B LEVEL (%) 82 < LOOP 2 TH (F) 82 LOOP 2A TC (F) 553 1 SIT TANK 2A LEVEL (%) 553.3 SIT TANK 2B LEVEL (%) 82 LOOP 2B TC (F) 620 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 100 SIT. TANK 1B PRESS (PSIA) 620 RV PLENUM LVL (%) 620 CHARGING FLOW (GPM) 88 SIT TANK 2A PRESS (PSIA) 83 SIT TANK 2B PRESS (PSIA) o621 LETDOWN FLOW (GPM) 14.7: SG 1 LEVEL NR (%) 69 . CONTAINMENT PRESS (PSIA) 87 CONTAINMENT TEMP (F) 113 SG 1 LEVEL WR (%) O SG 1 PRESSURE (PSIA) 905 SI SUMP LVL (PT) 2 SG 1 STEAM FLOW (MBM/HR) __ 7.3 CONTAINMENT SUMP (PT) 7.4 RKSP LEVEL (%) 94.3 SG 1 FEED FLOW (MBM/HR) 92.5 EFW FLOW TO SG 1 (GPM) O CGP LEVEL (%) 120 PLNT STACK FLO RT (CFM) 92190 SG1 BLOWDOWN FLOW (GPM) -8 SG 2 LEVEL NR (%) 69 ANNULUS PRESS ("H2O GAGE) 87 TURBINE POWER (MW) 1147.8 SG 2 LEVEL WR (%) 905 SG 2 PRESSURE (PSIA) PLANT DATA SHEET PAGE 8 OF 25 _
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WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 SECTION VII TIME: 1000 PLANT DATA 99.8 SG 2 STEAM FLOW (MBM/HR) 7 ;l REACTOR POWER (%) 7.4 PZR LEVEL (%) 55.5 SG 2 FEED FLOW (MDM/HR) 2248 EFW FLOW TO SG 2 (GPM) . O PZR PPESSURE (PSIA) 120 PZR TEMPERATURE (F) 652 SG2 BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) 610 LPSI A FLOW (GPM) 42.2 LPSI B FLOW (GPM) O SUBCOOLED MARGIN (F) O LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) 610.1 HPSI B FLOW (GPM) O LOOP 1 TH (F) 0 LOOP 1A TC (F) 553.3 CS FLOW (1) (GPM) m O LOOP ID TC (F) _ 553.3 CS FLOW (2) (GPM) SIT TANK 1A LEVEL (%) 81 LOOP 2 TAVE (F) 584&2 82 LOOP 2 TH (F) 610 SIT TANK 1B LEVEL (%) 553.3 SIT TANK 2A LEVEL (%)- 82 LOOP 2A TC (F) 82 LOOP 2B TC (F) 553.3 SIT TANK 2B LEVEL (%) RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 623 100 SIT TANK 1B PRESS (PSIA) 620 RV PLENUM LVL (%) CHARGING FLOW (GPM) 88 SIT TANK 2A PRESS (PSIA) 6.12 83 SIT TANK 2B PRESS (PSIA) 620 LETDOWN FLOW (GPM) 14.7 SG 1 LEVEL NR (%) 69 CONTAINMENT-PRESS (PSIA) SG 1 LEVEL WR (%) 87 CONTAINMENT TEMP (F) ll i 905 SI SUMP LVL (PT) 0 SG 1 PRESSURE (PSIA) 2 SG 1 STEAM FLOW (MBM/HR) 7.3 CONTAINMENT SUMP (PT) 94.3 SG 1 FEED FLOW (MBM/HR) 7i RWSP LEVEL-(%) 92.5 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%) 120 PLHT STACK FLO RT (CFM) 92190 SG1 BLOWDOWN FLOW (GPM) -8 SG 2 LEVEL NR (%) 69 ANNULUS PRESS ("H2O GAGE) 87 TURBINE POWER (MW) 1147.8 SG 2 LEVEL WR (%) SG 2 PRESSURE (PSIA) 905 PLANT DATA SHEET PAGE 9 OF 25
WATERFORD 3 1992 ANNUAL EXfRCISE JULY 29, 1992 SECTION VII TIME f, _121E_ PLANT uATA 99.8 SG 2 STEAM FLOW (MBM/HR)- 7.3 REACTOR-POWER (%) __ PZR LEVEL (%) 55.5 SG 2 FEED FLOW (MBM/HR) 121 2240 EFW FLOW TO SG 2 (GPM) . O PZR PRESSURE (PSIA) PZR TEMPERATURE (F) 652 SG2 BLOWDOWN FLOW (GPM) 120 610 LPSI A FLOW (GPM) O CET TEMPERATURE (F) SUBCOOLED MARGIN (F) _ _ _ 42.2 LPSI B FLOW (GPM) O HPSI A FLOW (GPM) O LOOP 1 TAVE (F) ,581.9 610.1 HPSI B FLOW (GPM) O LOOP 1 TH (F) O LOOP 1A TC-(F) 553.3 CS FLOW (1) (GPM) 553.3 CS FLOW (2) (GPM) O LOOP 1B TC (F) LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) 82 LOOP 2 TI! (F) 610 SIT TANK IB LEVEL (%) 82 553.3 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) LOOP 2B TC (F) 553.3 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (t) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK 1B PRESS (PSIA) _ _ _ 620 CHARGING FLOW (GPM) 88 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) 83 SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 69.5 CONTAINMENT PRESS (PSIA) 14.7 SG 1 LEVEL WR (%) 87 CONTAINMENT TEMP (F) -113-SG 1 PRESSURE (PSIA) 905 SI SUMP LVL (PT) O SG 1 STEAM FLOW (MBM/HR) 71 CONTAINMENT SUMP-(FT) 2 SG 1 FEED FLOW (MBM/HR) _ 7.4 RWSP LEVEL (%) 94.3 EFW FLOW TO S3 1 ( GPM *, Q CSP LEVEL (%) "92.5 SG1 BLOWDOWN FLOW (GPM) 120 PLNT STACK FLO RT (CFM) 92190 SG 2 LEVEL NR (%) 69.0 ANNULUS PRESS ("H2O GAGE) ~8-SG 2 LEVEL WR (%) 87 TURBINE' POWER ' .v a ' __1147.8 SG 2 PRESSURE (PSIA) 905 PLANT DATA SHEET PAGE 10 OF 25
WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 SECTION VII -TIME: 1020 , PLANT DATA-99.9 SG 2 TTEAM FLOW (MBM/HR) 7.2 REACTOR POWER.(%) 7.4-PZR LEVEL (%) 53 SG 2 FEED FLOW (MBM/Hh) 2150 EFW FLOW TO SG 2 (GPM) . 0-PZH PRESSURE (PSIA) 120 PZR TEMPERATURE (F) 647 SG2 BLOWDOWN FLOW (GPM) 609.9 LPSI A FLC4' 'PM) O CET TEMPERATURE (F) O SUBCOOLED MARGIN (F) 36 LPSI B FLC ..' ( G 'M) 581.9 HPSI A FLLN t C/M) O LOOP 1 TAVE.(F) LOOP 1 TH (F) 610.1 HPSI B FLOh ',JPM) O 553.6 CS FLOW (1) (GPM) O LOOP 1A TC (F) O LOOP 1B TC (F) 553.6 CS FLOW (2) (GPM) 581.9 SIT TANK 1A LEVEL (%) 82 LOOP 2 TAVE.(F) 82 LOOP 2 TH (F) 609.9 S'T TANK 1B LEVEL (%) 553.9 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 82 LOOP 2B TC (F) 553.9 fiIT TANK 2B LEVEL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV HEAD INL (%) 620 RV PLENUM LVL (%) 100 SIT TANK 1B PRESS (PSIA) CHARGING FLOW (GPh) 120- SIT TANK 2A PRESS (PSIA) 620_ , LETDOWN FLOW (GPM) 80 SIT TANK 2B PRESS (PSIA)- 620 68.9 -CONTAINMENT PRESS (PSIA) 14.7 SG 1 LEVEL NR (%) 114 SG 1 LEVEL WR (%) 82 CONTAINMENT TEMP (F) 910 SI SUMP LVL (FT) O SG 1 PRESSURE (PSIA) . SG 1 STEAM FLOW (MBM/HR) 7.2 CO'.fTAINMENT SUMP (PT) 1 UC 1 FEED FLOW (MBM/HR) 7.4 RWSP LEVEL (%) 94&1 O CSP LEVEL (%) 92.5 EFW FLOW TO SG 1 (GPM) SG1 BLOWDOWN FLOW (GPM) 120 PLNT STACK FLO RT (CFM) 92190 ANNULUS PRESS ("H2O GAGE) SG 2 LEVEL N. (%) 68.8 82 TURBINE POWER (MW) 1140~ SG 2 LEVEL WR (%) ___ SG 2 PRESSURE (PSIA) 910 PLANT DATA SHEET PAGE 11 OF 25 f
WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 PLANT DATA SECTION VII TIME: 1030 99.9 SG 2 STEAM FLOW (MBM/HR)- 7.2 REACTOR POWER (%) 7.4 PZR LEVEL (%) 52 SG 2 FEED FLOW (MBM/HR) EFW FLOW TO SG 2 (GFM) O PZR PRESSURE (PSIA) 215Q . 647 SG2. BLOWDOWN FLOW (GPM) 120 PZR TEMPERATURE (F) O CET TEMPERATURE (F) 609.9 LPSI A FLOW (GPM) 36- LPSI B FLOW (CPM) 0, SUSCOOLED MARGIN (F) 0-LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) 610.1 HPSI B FLOW (GPM) O' LOOP 1 TH (F) 0-LOOP 1A TC (F) 553.6 CS FLOW (1) (GPM) LOOP IB TC (F) 553.6 CS flu'd (2) (GPM) O 581.9 SIT TAhK 1A LEVEL (%) 82 LOOP 2 TAVE (F) 82 LOOP 2 TH (F) 609.9 SIT TANK-1B LEVEL (%) 553.9 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 82 LOOP 2B TC (F) 553.9 SIT TANK 2B LEVEL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV HEAD LVL (%) 620 RV PLENUM LVL (%) 100 SIT TANK 1B PRESS (PSIA) 12A SIT TANK 2A PRESS (PSIA) 620 CHARGING FLOW (GPM) LETDOWN FLOW (GPM) 32 SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) __ 68.9 CONTAINMENT PRESS (PSIA) 14.7 SG 1 LEVEL WR (%) 82 CONTAINMENT T'"D (F) 114 SG 1 PRESSURE (PSIA) 911 SI SUMP LVL (Ps, O 7.2 CONTAINMENT SUMP (FT) 2 SG 1 STEAM FLOW (MBM/HR) SG 1 FEED FLOW (MbM/HR) 7.4 RWSP LEVEL (%) 94.3 EFW FLOW TO SG 1-(GPM) O CSP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (GPM) 120 PLNT STACK FLO RT (CFM) 92190 68.9 ANNULUS PRESS ("H2O GAGE) -E SG 2 LEVEL NR (%) SG 2 LEVEL-WR (%) 82 TURBINE POWER (MW) 1120-SG 2 PRESSURE (PSIA) 910 PLANT DATA SHEET PAGE 12 OF 25
WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 TIME: 1045-_ SECTION VII PLANT-DATA 7.2 REACTOR POWER ( % ', 94.8 SG 2 STEAM FLOW-(MBM/HR) 7.4 PZR LEVEL (%) 49.9 SG 2 FEED FLOW (MBM/HR) o EFW FLOW TO SG 2 (GPM) PZR PRESSURE (PSIA) 2150 SG2 BLOWDOWN FLOW (GPM) 120 PZR TEMPERATURE (F) 647 LPSI A FLOW (GPM) 0-CET TEMPERATURE (F) 609.9 O SUBCOOLED MARGIN (F) 36 LPSI B FLOW.(GPM) O LOOP 1 TAVE (F) 581.9 HPSI:A FLOW (GPM) HPSI B FLOW (GPM) 0-LOOP 1 TH (F) 610.1 O LOOP 1A TC (F) 553.6 CS FLOW (1) (GPM) O LOOP 1B TC (F) 553.6 CS FLOW (2) (GPM) 82 LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) SIT TANK IB LEVEL (%)' 82 LOOP 2 TH (F) 609.9 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 55112 82 LOOP 2B TC (F) 553.9 SIT TANK 2B LEVEL (%) SIT Tt.NK 1A PRESS (PSIA) 620 RV HEAD LVL (%) 100 100 SIT TANK 1B PRESS (PSIA) 620 RV PLENUM LVL (%) 620 CHARGING FLOW (GPM) 120 SIT TANK 2A PRESS (PSIA) 28 SIT TANK 2B PRESS (PSIA) 62Q LETDOWN FLOW (GPM) 14.7 SG 1 LEVEL NR (%)- 68.9 CONTAINMENT PRESS (PSIA) 82 CONTAINMENT TEMP (F) 114 SG 1 LEVEL WR (%) O SG 2 PRESSURE (PSIA) 930 SI SUMP LVL (FT) 2 SG 1 STEAM FLOW (MBM/HR). 7.2 CONTAINMENT SUMP (FT) 94.3 SG 1 FEED FLOW (MBM/HR) 7.4 RWSP LEVEL (%) O CSP LEVEL (%) 92.5 EFW FLOW TO SG 1 (GPM) 92190 SG1 BLOWDOWN FLOW (GPM) 120 PLNT STACK FLO RT (CFM)
-8
- SG 2 LEVEL NR (%) 68.9 ANNULUS PRESS ("H2O GAGE) 82 TURBINE POWER (MW) 1102 SG 2 JLEVEL WR (%)
SG 2 PRESSURE (PSIA) 930 PLANT DATA SHEET PAGE 13 OF 25
WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 PLANT DATA SECTION.VII TIME: 1100 REACTOR POWER (%) 83 SG 2 STEAM FLOW-(MBM/HR) 1.64E+3 PZR LEVEL (%) 46 SG 2 FEED FLOW (MBM/MR) 1.71E+3-PZR PRESSURE (PSIA) 2150 EFW FLOW TO SG 2 (GPM)_ .- O. PZR TEMPERATURE (F) 647 SG2 BLOWDOWN FLOW (GPM) 120 CET TEMPERATURE (F) 609.9 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 36 LPSI B FLOW (GPM) O LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) 0 LOOP 1 TH (F) 610.1 HPSI B FLOW (GPM) __ jl LOOP 1A TC (F) 553.6 CS FLOW (1) (GPM) __. .2 LOOP 1B TC ( F'
, 553.6 CS FLOW (2) (GPM) _2 LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 609.9 SIT TANK IB LEVEL (%) 82 LOOP 2A TC (F) 553.9 SIT TANK 2A LEVEL (%) 82 LOOP 28 TC (F) 553.9 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK 1B PRESS (PSIA) 620:
CHARGING FLOW (GPM) 120 SIT TkMr 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) 28 SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 68.9 CONTAINMENT PRESS (PSIA) 14.7 SG 1 LEVEL 'wR (%) 82 CONTAINMENT TEMP (F) 114 -SG 1 PRESSURE (PSIA) 943 SI SUMP LVL (PT) O SG 1 STEAM FLOW (MBM/HR) 1.64E+3 CONTAINMENT SUMP (FT) __. 2 SG 1 FI2D FLOW (MBM/HR) 1.69E+3 RWSP LEVEL (%) 94.3 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%) . 92t h SG1 BLOWDOWN FLOW (GPM) 150 PLNT STACK FLO RT (CFM) 92i90 SG 2 LEVEL NR (%) 68.9 ANNULUS PRESS ("H2O GAGE) SG 2 LEVEL WR (%) 82 TURBINE POWER (MW)- 965 SG 2 PRESSURE (PSIA) 943 - PLANT DATA SHEET PAGE 14 OF 25
WATERFORD 3 1992 ANNUAL EXERCISE JULY 29,fl992
.SECTION VII TIME: 1115 PLANT DATA 72 SG 2 STEAM FLOW (MBM/HR) 6.8 REACTOR POWER (%)
44 SG 2 FEED FLOW-(MBM/HR) 7.0 PZR LEVEL (%) O PZR PRESSURE (PSIA) 2150 EFW FLOW TO SG 2 (GPM). 647 SG2 BLOWDOWN FLOW (GPM) 120 PZR TEMPERATURE (F) ' 609.9 LPSI A FLOW-(GPM) 0 CET TEMPERATURE (F) 0-SUBCOOLED MARGIN (F) 36 LPSI B' FLOW (GPM) 581.9 HPSI A FLOW (GPM) O LOOP 1 TAVE (F)- O LOOP 1 TH (F) 610.1 HPSI B FLOW (GPM) 553.6 CS FLOW (1) (GPM) O LOOP 1A TC (F) O LOOP.1B TC (F) 553.6 CS FLOW (2) (GPM) 581.9 SIT TANK 1A LEVEL (%) 82 LOOP 2 TAVE (F) 82 LOOP 2 TH (F) 609.9 SIT TANK 1B LEVEL (%)- 553.9 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 82 LOOP 2B TC (F) 553.9 SIT TANK 2B LEVEL (%) RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 SIT TANK 1B PREF.S (PSIA) 620 RV PLENUM LVL (%) 1QQ CHARGING FLOW (GPM) 120 SIT TANK.2A PRESS (PSIA)- 620 LETDOWN FLOW (GPM) 28 SIT TANK 2B PRESS (PSIA) 620 68.9 CONTAINMENT PRESS (PSIA) 14.7 SG 1 LEVEL NR (%) 114 SG 1 LEVEL WR (%) 82 CONTAINMENT TEMP (F) 950 SI SUMP-LVL-(FT) 0 SG 1 PRESSURE (PSIA) 6.8 CONTAINMENT SUMP (FT) 2 5G 1 STEAM FLOW (MBM/HR) 7.0 RWSP LEVEL (%) 94.3 SG 1 FEED FLOW (MBM/HR) EIN FLOW TO SG l' (GPM) O CSP LEVEL-(%). 92.5 SG1 BLOWDOWN FLOW (GPM) 120 PLNT STACK FLO RT (CFM) 92190 68.9 ANNULUS PRESS ("H2O GAGE) -8 SG 2 LEVEL NR (%) 750 SG 2~ LEVEL WR (%)- 82 TURBINE POWER (MW) SG 2 PRESSURE (PSIA) 950 PLANT DATA SHEET PAGE 15 OF 25 l
WATERFORD 3 1992 ANNUAL. EXERCISE JULY 29, 1992 , PLANT DATA SECTION VII TIME: 1130 64 SG 2 STEAM FLOW (MDM/HR) 6.1 REACTOR POWER (%) 6.2 PZR LEVEL (%)- 40 SG 2 FEED FLOW (MBM/HR) O PZR PRESSURE (PSIA) 2150 _EFW FLOW TO SG 2-(GPM) 647 SG2 BLOWDOWN FLOW . (GPM)' 150-PZR TEMPERATURE (F) O CET TEMPERATURE (F) 609.9 LPSI A FLOW (GPM) 38 LPSI B FLOW.(GPM) O SUBCOOLED MARGIN- (F) 581.9 HPSI A FLOW (GPM) O LOOP 1 TAVE (F) O LOOP 1 TH (F) 610.1 HPSI B FLOW (GPM) O LOOP 1A TC (F) 553.6 CS FLOW (1) (GPM) 553.6 CS FLOW (2) (GPM) 0 LOOP 1B TC (F) _ 82 LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) 609.9 SIT TANK 1B LEVEL (%) 82 LOOP 2 TH (F) 82 LOOP-2A TC (F)- 553.9 SIT TANK 2A LEVEL (%) 553.9 SIT TANK-2B LEVEL (%) 82 , LOOP.2B TC (F) 620 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) RV PLENUM LVL (%) 100 SIT TANK 1B PRESS (PSIA) -620 120 SIT TANK JA PRESS (PSIA) 620 CHARGING FLOW (GPM) 28 SIT TANK 2B PRESS (PSIA) 620 LETDOWN FLOW (GPM) 68.9 CONTAINMENT PRESS (PSIA) 14.7 SG 1 LEVEL NR (%) 114 SG 1 LEVEL WR (%) El CONTAINMENT TEMP (F) 960 SI SUMP LVL_(FT)' O SG 1 PRESSURE (PSIA) 2 SG 1 STEAM FLOW (MBM/HR) 6.1 CONTAINMENT SUMP (FT) SG 1 FEED. FLOW (MBM/HR) ___ 6.2 RWSP' LEVEL (%) 94.3 EFW FLOW.TO SG 1 (GPM) O CSP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (GPM) 120 PLNT STACK FLO RT (CFM) 9219Q-68.9 ANNULUS PRESS '("H2O GAGE) -8 SG 2 LEVEL NR (%) 605 SG_2 LEVEL WR (%) 82 TURBINE POWER (MW) SG 2 PRESSURE (PSIA) 960 PLANT DATA SHEET PAGE 16 OF -25
t WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 SECTION VII TIME: 1140 PLANT DATA > e 0.1 SG 2 STEAM FLOW (MBM/HR) .57 . REACTOR POWER (%) .58 PZR LEVEL (%) 12.0 SG 2 FEED FLOW (MBM/HR) 1914 EFW FLOW TO SG 2 (GPM) 0 PZR PRESSURE (PSIA) 629 SG2 BLOWDOWN FLOW (GPM) O PZR' TEMPERATURE (F) O CET TEMPERATURE (F) 549 LPSI A FLOW (GPM) 77 LPSI B FLOW (GPM) O SUBCOOLED MARGIN (F) 150-LOOP 1 TAVE (F) 547 HPSI A FLOW (GPM) 549 HPSI B FLOW (GPM) 150 LOOP 1 TH (F) O LOOP 1A TC (F) 544.7 CS FLOW (1) (GPM) 545 CS FLOW (2) (GPM) 0 LOOP IB TC (F) 82 LOOP 2 TAVE (F) 547 SIT TANK 1A LEVEL (%) 549 SIT TANK 1B LEVEL (%) 82 LOOP 2 TH (F) 82-LOOP 2A TC (F) 544.7 SIT TANK 2A LEVEL (%) 545 SIT TANK 2B LEVEL (%) 82 LOOP 2B TC (F) . 620 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 100 SIT TAUK 1B PRESS (PSIA) 620 RV PLENUM LVL (%) 620 CilARGING FLOW (GPM) 88 SIT TANK 2A PRESS (PSIA) O SIT TANK 2B PRESS (PSIA) 620 LETDOWN FLOW (GPM) 14.8 SG 1 LEVEL NR (%) 58 CONTAINMENT PRESS (PSIA) 72 CONTAINMENT TEMP (F) 115 SG 1 LEVEL WR (%) O SG 1 PRESSURE (PSIA) 993 SI SUMP LVL-(PT)
.57 CONTAINMENT SUMP (FT) 2.2 SG 1 STEAM FLOW (MBM/HR) 94.3 SG 1 FEED FLOW (MBM/HR) .58 RWSP LEVEL (%)
O CSP LEVEL-(%) 92.5 EFW FLOW TO SG 1 (GPM) 26000 SG1 BLOWDOWN FLOW (GP't) O PLNT STACK FLO RT (CFM) 58 ANNULUS PRESS ("H2O GAGE) -8 SG_2 LEVEL NR (%) -4.6 SG 2 LEVEL WR (%) 72 TURBINE POWER'(MW) SG 2 PRESSURE (PSIA) 1005 PLANT DATA SHEET PAGE 17 OF 25
WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 PLANT DATA SECTION VII . TIME: 1145 1.19E-2 SG 2-STEAM FLOW (MBM/HR) .07 REACTOR POWER (%) 16.9 SG 2 FEED FLOW (MBM/HR) .22-PZR LEVEL (%)
- O PZR PRESSURE (PSIA) 1962 EFW FLOW TO SG 2 (GPM) 627 SG2 BLOWDOWN FLOW'(GPM) O PZR TEMPERATURE (F) O CET TEMPERATURE (F)- 557 LPSI A FLOW (GPM) 67 LPSI B FLOW (GPM) 0-SUBCOOLED MARGIN (F) 535 5 HPSI A FLOW (GPM) 225 LOOP 1 TAVE (F) _
225-LOOP 1 TH (F) 555.4 HPSI B FLOW.(GPM) 494.8 CS FLOW (1) (GPM) 0-LOOP 1A TC (F) O LOOP 1B TC (F) 536.3 CS FLOW (2) (GPM) 535.6 SIT TANK.1A LEVEL (%) 82 LOOP 2 TAVE (F) 82 LOOP 2 TH (F) 555.4 SIT TANK 1B LEVEL (%) 489.6 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 82-LOOP 2B TC (F) 536.1 SIT _ TANK 2B LEVEL (%) RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620-RV PLENUM LVL (%) 100 SIT TANK 1B PRESS (PSIA) 620 88 SIT TANK 2A PRESS (PSIA) 620 CHARGING FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 LETDOWN FLOW (GPM) SG 1 LEVEL NR (%) 41 CONTAINMENT PRESS (PSIA) 14.8 SG 1 LEVEL WR (%) 56 CONTAINMENT TEMP (F) 115 SG 1 PRESSURE-(PSIA) 966 SI SUMP LVL (FT) _ 0.1 SG 1 STEAM FLOW (MBM/HR) .068 CONTAINMENT SUMP (PT) 25_
.22 RWSP LEVEL (%) 94.1-SG 1 FEED ELOW (MBM/HR)
EIN FLOW TO SG 1 (GPM) O CSP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT-(CFM) 26000 38 ANNULUS PRESS ("H2O GAGE) ~8 SG 2 LEVEL NR (%) SG 2 LEVEL WR~(%) 51 TURBINE POWER (MW) -3.9 SG 2 PRESSURE (PSIA) 1045 PLANT DATA SHEET PAGE 18 OF 25 ;
-i h
-, . - l
WATERFORD 3-1992-ANNUAL EXERCISE JULY 29, 1992 . SECTION VII TIME: 1200 PLANT DATA 1.88E-6 SG 2 STEAM FLOW (MBM/HR) O REACTOR POWER (%) 0-PZR LEVEL (%) __ 21 SG 2 FEED FLOW (MBM/HR) 1850 EFW FLOW TO SG 2 (GPM) . O PZR-PRESSURE (PSIA) O PZR TEMPERATURE (F) 622 SG2 BLOWDOWN FLOW (GPM) 550 LPSI A FLOW (GPM) -0 CET' TEMPERATURE (F) 0 SUBCOOLED MARGIN (F) 74.4 LPSI B FLOW (GPM)- 548 HPSI A FLOW (GPM) 380 LOOP 1 TAVE (F) 380 LOOP 1 TH (F) ,112 HPSI B FLOW (GPM) O LOOP 1A TC (F) ___ 546 CS FLOW (1) (GPM) 546 CS FLOW (2) (GPM) O' LOOP 1B TC (F) 82 LOOP 2 TAVE (F) 548 SIT TANK 1A LEVEL (%) 549 SIT TANK 1B LEVEL (%) 82 LOOP 2 TH (F) 82 LOOP 2A TC (F) 546 SIT TANK 2A LEVEL (%) 546 SIT TANK 2B LEVEL (%) 82. LOOP 2B TC (F) 620' RV HEAD LVL (%) _ 100 SIT TANK 1A PRESS (PSIA) 100 SIT TANK 1B PRESS (PSIA) 620 RV PLENUM LVL (%) 620 CHARGING FLOW (GPM) 88 SIT TANK 2A PRESS (PSIA) O SIT TANK 2B PRESS .(PSIA) 620 LETDOWN FLOW (GPM) 15.0 SG 1 LEVEL NR (%) 32 CONTAINMENT PRESS (PSIA) 51 CONTAINMENT TEMP (F) 115 SG 1 LEVEL WR (%) O SG 1 PRESSURE (PSIA) 1000 SI SUMP LVL (PT) 1E4 CONTAINMENT SUMP (PT) 2 SG 1 STEAM FLOW (MBM/HR) 92 SG 1 FEED FLOW (MBM/HR) Q RPSP LEVEL (%) O CSP LEVEL (%) 85 EFW FLOW TO SG 1 (GPM) 26000 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) 29.6 ANNULUS PRESS ("H2O GAGE) SG 2 LEVEL NR (%) SG 2 LEVEL WR (%) 52 TURBINE POWER (MW) -9.E , SG 2 PRESSURE (PSIA) 1000 PLANT DATA SHEET PAGE 19 OF 25
t-WATERFORD 3 1992 ANNUAL EXERCISE JULY 29,'1992 + PLANT DATA SECTION VII TIME: 1215i e 2.2E-7 SG 2-STEAM' FLOW-(MBM/HR) O REACTOR POWER-(%)- SG 2 FEED FLOW (MBM/HR) 3.86El PZR LEVEL:(%) O 3680 EFW FLOW TO SG 2 (GPM). O PZR PRESSURE (PSIA) . 0 PZR TEMPERATURE (F) 611 SG2 BLOWDOWN FLOW (GPM) 548 LPSI A FLOW (GPM) 0 CET TEMPERATURE (F) 63 LPSI B FLOW (GPM) O
.SUBCOOLED MARGIN (F) 547 HPSI A FLOW (GPM) 370-LOOP 1 TAVE (F) 548 HPSI B FLOW (GPM) 370-LOOP 1 TH (F) O LOOP 1A TC (F) 546 CS FLOW (1) (GPM)
LOOP 1B TC (F) 546 CS FLOW (2) (GPM) O 547 SIT TANK 1A' LEVEL (%) 82 LOOP 2 TAVE (F) 82 LOOP 2 TH (F) 548 SIT TANK IB LEVEL (%)_ 546 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 82 LOOP 2B TC (F) 546 SIT TANK 2B. LEVEL (%) RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK 1B PRESS.(PSIA) 620 CHARGING FLOW (GPM) 88 SIT TANK 2A PRESS (PSIA) 61Q LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620-39 CONTAINMENT PRESS (PSIA) 15.0-
'SG 1 LEVEL NR (%)
SG 1 LEVEL WR (%) 68 CONTAINMENT TEMP (F) 115 1000 SI SUMP LVL-(FT) 0 SG 1 PRESSURE (PSIA) O CONTAINMENT SUMP (FT) 2 SG-1 STEAM FLOW (MBM/HR) SG 1 FEED FLOW .(MBM/HR) 3.61El RWSP LEVEL (%) 90 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%) 83 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) '26000 SG 2 LEVEL NR (%) 42 ANNULUS PRESS ("H2O GAGE) -8.5 SG 2 LEVEL WR-(%). 71 TURBINE POWER (MW) -9.8 SG 2 PRESSURE (PSIA) 1006 PLANT DATA SHEET PAGE 20 OF 25
k WATERFORD 3 1992 ANNUAL EXERCISE-JULY 29, 1992 SECTION VII TIME: 1230 PLANT DATA 2.1E-7 SG 2 STEAM FLOW (MBM/HR) O REACTOR POWER (%) 0 PZR LEVEL (%) O SG 2 FEED FLOW (MBM/HR) 1247 EFW FLOW TO SG 2_(GPM) . 290:
-PZR PRESSURE (PSIA)
PZR TEMPERATURE (F) 571 SG2 BLOWDOWN FLOW (GPM) ..Q O CET TEMPERATURE (F) _ 490.6 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 69 LPSI B FLOW (GPM) 475.3 HPSI A FLOW (GPM) 360 LOOP 1 TAVE (F) 360 LOOP 1 TH (F) 480 HPSI B FLOW (GPM) O LOOP 1A TC (F) 471 CS FLOW (1) (GPM) 471 CS FLOW (2) (GPM) O LOOP 1B TC (F) 82 LOOP 2 TAVE (F) 475.3 SIT TANK 1A LEVEL (%) 480 SIT TANK 1B LEVEL (%) 82 LOOP 2 TH (F) 82 LOOP 2A TC (F) 471 SIT 1ANK 2A LEVEL (%) 471 SIT TANK 2B LEVEL (%) 82 LOOP 2B TC (F) 620 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 100 SIT TANK 1B PRESS (PSIA) 620 RV PLENUM LVL (%) 620 CHARGING FLOW (GPM) 88 SI'. TANK 2 A PRESS (PSIA) _ 0 SIT TANK 2B PRESS (PSIA) 620 LETDOWN FLOW-(GPM) 15.0 SG 1 LEVEL NR (%) 32.4 CONTAINMENT PRESS (PSIA) 51 CONTAINMENT TEMP (F) 116 SG 1 LEVEL WR (%) O SG 1 PRESSURE (PSIA) 684 SI SUMP LVL (FT)
.7E4 CONTAINMENT SUMP (FT) 2' SG 1 STEAM FLOW (MBM/HR) _ _ _
88 SG 1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) O CSP LEVEL (%) 82 EFW FLOW TO SG 1 (GPM) 26000 SG1 BLOWDOWN FLOW (GPM) O PLNT-STACK FLO RT (CFM)
- SG _ 2 LEVEL 'IR ( % ) 15.5 ANNULUS PRESS ("H2O GAGE) 35 TURBINE POWER (MW) -9.8' SG 2 LEVEL WR (%)
SG 2 PRESSURE (PSIA) 282.9 PLANT DATA SHEET PAGE 21 OF _.,?J___ l i. l
WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 PLANT. DATA SECTION VII. TIME: 1245 2E-7 SG 2 STEAM FLOW (MBM/HR) O REACTOR POWER (%) PZR LEVEL (%) 40 SG 2 FEED FLOW (MBM/HR) O' PZR PRESSURE (PSIA) 1079 EFW FLOW TO SG-2 (GPM) . 290 PZR TEMPERATURE (F) 515 SG2 BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) _ 481 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 71.4 LPSI B FLOW (GPM)~ 0-LOOP 1 TAVE (F) 471.7 HPSI A FLOW (GPM) 350 LOOP 1 TH (F) 479.7 HPSI B FLOW'(GPM) 350 470 CS FLOW (1) (GPM) O LOOP 1A TC (F) LOOP 1B TC (F) 470 CS FLOW (2) (GPM) O LOOP 2 TAVE (F) 471 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 479.7 SIT TANK 1B LEVEL (%) 82 LOOP 2A TC (F) _ 470 SIT TANK 2A LEVEL (%) 82 LOOP 2B TC (F) 470 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (%) O SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 10Q SIT TANK 1B PRESS (PSIA) 620 CHARGING FLOW (GPM) 8B SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 32.7 CONTAINMENT PRESS (PSIA) 15.4 SG 1 LEVEL WR (%)- 52 CONTAINMENT TEMP (F) 117 SG 1 PRESSURE (PSIA) 73 SI SUMP LVL (FT) 0.0 SG 1 STEAM FLOW (MBM/HR) .7E4 CONTAINMENT SUMP (FT) 2.6 SG 1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) 864 EFW FLOW TO SG 1 (GPM) CSP LEVEL (%) 8 SG1 BLOWDOWN FLOW (GPM) A PLNT STACK FLO RT (CFM) 26000 21.4
- SG 2 LEVEL NR (%) ANNULUS PRESS ("H2O GAGE)
SG 2 LEVEL WR (%) 45 TURBINE POWER (MW) -9.8 SG 2 PRESSURE (PSIA) 160 PLANT DATA SHEET PAGE 22 OF 25
WATERFORD 3 1992 ANNUAL EXERCISE JULY 29, 1992 SECTION VII TIME: 1300-PLANT DATA 4.21E-7 SG 2 STEAM FLOW (MBM/HR)- O REACTOR POWER (%) 0 PZR LEVEL (%) 58 SG 2 FEED ILOW (MBM/HR) 1613 EFW FLOW TO SG 2 (GPM) 150-PZR PRESSURE (PSIA) . O PZR TEMPERATURE (F) 469.3 SG2 BLOWDOWN FLOW (GPM) 484.6 LPSI A FLOW (GPM) O CET TEMPERATURE (F) 0 SURCOOLED MARGIN (F) 122 LPSI B FLOW (GPM) 417.5 HPSI A FLOW (GPM) 350 LOOP 1 TAVE (F) 350 LOOP 1 TH (F) 484.5 HPSI B FLOW (GPM) 471.6 CS FLOW (1) (GPM) O LOOP 1A TC (F) O LOOP 1B TC (F) 471 6 CS FLOW (2) (GPM) 471.5 SIT TANK 1A LEVEL (%) 82 LOOP 2 TAVE (F) 82 LOOP 2 TH (F) 484.5 SIT TANK 1B LEVEL (%) 471.6 SIT TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 82 LOOP 2B TC (F) 471.6 SIT TANK 2B LEVEL (%) O SIT TANK 1A PRESS (PSIA) 620 RV HEAD LVL (%) 620 RV PLENUM LVL (%) 80 SIT TANK 1B PRESS (PSIA) 88 SIT TANK 2A PRESS (PSIA) 620 CHARGING FLOW (GPM) LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 35.8 CONTAINMENT PRESS (PSIA) 15.3 SG 1 LEVEL NR (%) 55 CONTAINMENT TEMP (F) 117 SG 1 LEVEL WR (%) SG 1 PRESSURE (PSIA) 532 SI SUMP LVL (FT) 0.0 CONTAINMENT SUMP (FT) 2.8 SG 1 STEAM FLOW (MBM/HR) . 7 E4 SG 1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) 86.0 EFW FLOW TO SG 1 (GPM) CSP LEVEL (%) 81 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) 2.8E+3-SG 2 LEVEL NR (%) 29 ANNULUS PRESS ("H2O GAGE) SG 2 LEVEL WR (%) 45 TURBINE POWER (MW) -9.8 SG 2 PRESSURE (PSIA) 482 PLANT DATA SHEET PAGE 23 OF 25
WATERFORD 3 1992 ANNUAL EXERC7SE JULY 29, 1992 SECTION VII TIME: 1330
. PLANT DATA REACTOR POWER (%) 1.9E:2 SG 2 STEAM FLOW 'MBM/HR). _A 68 SG 2 FEED FLOW (i .4 /HR): O PZR LEVEL (%) 150 PZR PRESSURE (PSIA) 1394 EFW FLOW TO SG 2 (GPM) _
469.9 SG2 BLOWDOWN FLOW (GPM) O PZR TEMPERATURE (F) O CET TEMPERATURE (F) 493.9 LPSI A FLOW (GPM) 93.8 LPSI B FLOW (GPM) 0 SUBCOOLED MARGIN (F) O LOOP 1 TAVE (F) 482.9 HPSI A FLOW (GPM) 493.7 HPSI B FLOW (GPM) 0-LOOP 1 TH (F) LOOP 1A TC (F) 483 CS FLOW (1) (GPM) 1._Q - O LOOP 1B TC (F) 483 CS FLOW (2) (GPM) 482.9 SIT TANK 1A LEVEL.(%) 82 LOOP 2 TAVE (F) 82 LOOP 2 TH (F) 493.6 SIT TANK 1B LEVEL.(%) SIT-TANK 2A LEVEL (%) 82 LOOP 2A TC (F) 4E2 483 SIT TANK 2B LEVEL (%) 82 LOOP 2B TC (F) 620 RV HEAD LVL (%) O SIT TANK 1A PRESS (PSIA) 80 SIT TANK 1B PRESS (PSIA) 620 RV PLENUM LVL (%) 620 CHARGING FLOW-(GPM) 88 SIT TANK 2A PRESS (PSIA) O SIT TANK 2B PRESS (PSIA) 620 LETDOWN FLOW (GPM) 15.3 SG 1 LEVEL NR (%) 40.4 CONTAINMENT PRESS (PSIA) 60 CONTAINMENT TEMP (F) 117 SG 1 LEVEL WR (%) O SG 1 PRESSURE (PSIA) 585.8 SI SUMP LVL (PT) 2.8 SG 1 STEAM FLOW (MBM/HR) O CONTAINMENT SUMP (FT) 0 RWSP LEVEL (%) 9p. SG 1 FEED FLOW (MBM/HR) 80.51 EFW FLOW TO SG 1 (GPM) CSP LEVEL (%) O PLNT STACK FLO RT (CFM) 26000 SG1 BLOWDOWN FLOW (GPM)
- SG 2 LEVEL NR (%) 34.9 ANNULUS PRESS ("H2O GAGE) 55 TURBINE POWER (MW) -9.8 SG 2 LEVEL WR (%)
SG 2 PRESSURE (PSIA) 487.2 PLANT DATA SHEET PAGE 24 OF 25 l l l l l 1
'I WATERFORD 3 1992 ANNUAL EXERC2SE JULY 29, 1992 SECTION VII TIME:- 1400 PLINT DATA O
REACTOR POWER (%) 1.9E-7 SG 2 STEAM FLOW (MBM/HR) 0 PZR LEVEL (%) 72 SG 2 FEED FLOW (MBM/HR) 1383 EFW FLOW TO SG 2 (GPM) 100 : PZR PRESSURE (PSIA) 0 ! PZR TEMPERATURE (F) 465.9 SG2 BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) 489.9 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 97.4 LPSI B FLOW (GPM) O LOOP 1 TAVd (F) 478.9 HPSI A FLOW (GPM) O LOOP 1 TH (F) 489.1 HPSI B FLOW (GPM) O LOOP 1A TC (F) 484x2 CS FLOW (1) (GPM) 0-LOOP 1B TC (F) 486.2 CS FLOW (2) (GPM) 82 LOOP 2 TAVE (F) 478.9 SIT TANK 1A LEVEL (%) 489.2 SIT TANK 1B LEVEL (%) 82 LOOP 2 TH (F) 82-LOOP 2A TC (F) 486.2 SIT TANK 2A LEVEL (%) 486.2 SIT TANK 2B LEVEL (%) 82 LOOP 2B TC (F) 620 RV HEAD LVL (%) O SIT TANK 1A PRESS (PSIA) 80 SIT TANK 1B PRESS (PSIA) 620 RV PLENUM LVL (%) 620-CHARGING FLOW.(GPM) 88 SIT TANK 2A PRESS (PSIA) O SIT TANK 2B PRESS (PSIA) 620 LETDOWN FLOW (GPM) 15 1_ SG 1 LEVEL NR (%) 40.8 CONTAINMENT PRESS (PSIA) _ 60.1 CONTAINMENT TEMP (F) 117 SG 1 LEVEL WR (%) O SG 1 PRESSURE (PSIA) 589.9 SI SUMP LVL (FT) O CONTAINMENT SUMP (PT) 2.8 SG 1 STEAM FLOW (MBM/HR) 84 SG 1 FEED FLOW (MBM/Ha) , O RWSP LEVEL (%) O CSP LEVEL (%) 80.5 EFW FLOW TO SG 1 (GPM) 2.8E+3 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) SG 2 LEVEL NR (%) 34.6 ANNULUS PRESS ("H2O GAGE) O SG 2 LEVEL WR (%) 55.2 TURBINE POWER (MW) SG 2 PRESSURE-(PSIA) 425.6 PLANT DATA SHEET PAGE 25 OF 25
~
WATERFORD-3 ANNUAL EXERCISE JULY 29, 1992 METHODOLOGY AND ASSUMPTIONS USED FOR THE DEVELOPMENT e OF THE IN-PLANT HEALTH PHYSICS DATA Please - see the " Basis for Radiological: Portion of the- Drill" as
- shown in the Onsite section.
C t L l INPLANT - 1 w.
]
WATERFORD 3 ANNUAL EXERCISE '
-JULY 29, 1992 GRID 1 MONITORS ARM-IRE-5002 AAA-029
- +46 HVAC Area GRID 3 MONITORS ~
-4 RAB SEC Sample Room ARM-IRE-5007 AAA-033 GRID 4 MONITORS PRM-IRE-0100.1S EPS-131 Plant Stack "A" PIG (Part)
PIG (Iodine) PRM-IRE-0100.1S EIS-132 Plant Stack "A" PRM-IRE-0100.1S EGS-133: Plant Stack "A" PIG (Gas) PIG (Part) PRM-IRE-0100.2S EPS-141 Plant Stack "B" Plant Stack "B" PIG (Iodine) PRM-IRE-0100.2S EIS-142 PRM-IRE-0100.2S EGS-143 Plant Stack "B" PIG (Gas) GRID 5 MONITORS PRM-IRE-6710B PPP-341 HVAC Duct "B" PIG (Part) +21 RCB PRM-IRE-6710B PII-342. HVAC Duct "B" PIG (Iodine) +21 RCB PRM-IRE-6710B ?GG-343 HVAC Duct "B" PIG (Gas) +21 RCB PRM-IRE-6710D PPP-351 HVAC Duct "D" PIG (Part) +46 RCB PRM-IRE-6710D PII-352 HVAC Duct "D" PIG (Iodine) +46 RCB PRM-IRE-6710D PGG-353 HVAC Duct "D" PIG (Gas) +46 RCB S/G Blowdown -04 RCB Wing _PRM-IRE-0100 PLL-407. GRID 6 MONITORS Plant Stack WRGM (Low Range) PRM-IRE-0110 EGG-514 Plant Stack WRGM (Mid Range) PRM-IRE-0110 EGG-515 Plant Stack'WRGM (Hi Range) PRM-IRE-0110 EGG-516 PRM-IRE-0110 EGG-517 Plant Stack WRGM (Ef fluent)- INPLANT - 2 1
~ - , ~ . , ,
WATERFORD-3 ANNUAL EXERCISE JULY 29, 1992 GRID 6 MONITORS (CONT'D) Condensor Vacuum Pump Disch WRGM PRM-IRE-0002' EGG-534 Condensor Vacuum Pump Disch WRGM PRM-IRE-0002 EGG-535 condensor Vacuum Pump Disch WRGM PRM-IRE-0002 EGG-536-Condensor Vacuum Pump Disch WRGM PRM-IRE-0002 EGG-537 SIS Sump Penetration HRM ARM-IRE-5202 AAA-553 Monitor PRM-IRE-5500A MSA-559 Main Steam Line "A" RADIATION /CONTAMINATI2N RECORDS HP-SM-02 RAB +69 Roof HP-SM-04 RAB +46 HP-SM-05 RAB +46 Control Room /TSC HP-SM-09 RAB +46 Center Wing HP-SM-10 RAB +46 West Wing HP-SM-35 RAB -04 Secondary Chemistry Lab HP-SM-47 RAB -04 East Wing Area HP-SM-48 RAB -04 Center Wing Area HP-SM-49 RAB -04 West Wing Area HP-SM-72 RAB -35 Center Wing Area HP-SM-73 RAB -35 West Wing Area HP-SM-94A West Dry Cooling Tower -35, West Tank "C" Second Level HP-SM-101A Polisher Building - 1st Floor HP-SM-113 RCB +46 HP-SM-114 RCB +21 HP-SM-115 Reactor Bldg -04 Plan Air Sample Data RAB -04 Wing Area from 12:00 hrs. until-Blowdown is isolated Air Sample Data Containment Air Sample results. Entry & Preentry INPLANT - 3
, _. _ . .. . _ _ . _ - . . _ .. 4 .
RADIATION MONITORS DECCRIPTION TAG ID #/ GRID ID # RAB +46 ARM-IRE-5002 DRILL #: 92-07 HVAC ROOM GRID 1 AAA-029 DATE: 07/29/92 , 14LCAT10E: HvAC AREA +46 RAB MONITOR TIME READING MISCELLANEOUS mR/hr ) NOTES TYPE OF MONITOR: (ACTUAL) { 08:00 4.11E-2 NORMAL AREA (X) j PROCESS () 10:15 J j j EFFLUENT () J j ACCIDENT () 10:30 ) }
} 4 10:45 j j 4 4 11:30 J j ALARM SETPOINTS:
4 4 ALERT: 5.00 E-1 mR/hr S/G ISOL. J J 4 4 12:00 2.00E-1 NORMAL HIGH: 5.00 E+0 mR/hr 12:15 3.00E-1 NORMAL j j- MONITOR RANGE: 12:20 4 j j j 0.01 to 1000 mR/hr 12:30 1.5E+0 ALERT 12:45 4.0E+1 HI ALARM 4 13:00 1.00E+2 )
- When the monitor is off j scale high, the reading 3.00E+2 j will remain at the upper 13:15 4
level of the instrument 13:45 6.00E+2 4 range. 4 14:15 9.00E+2 4 g Assumes B/D isolated 4 gl4:30 1.00E+3 j 4 4 l; B/D SEC.. 4 4 ' 4 4 14:45 1.10E+3 OVERRANGED 4 4 B/D-S +15 4 4 4 4. 1
'14:50 ) J 4 4 15:00 1.20E+3 ) '
4 4 END J- J PAGE 1 OF _1_
= .- , -. .- .- . - . a.. . . - . . -:- . ., :
RADIATION' MONITORS DESCRIPTION TAG ID #/GRIDLID # RAB -04 ARM-IRE-5007 DRILL #: 92-07 'SEC SAMPLE ROOM GRID 3 AAA-033 DATE: 07/29/92 ., LOCATION: . AREA CHEM SEC SAMPLE ROOM -4 RAB MONITOR TIME READING MISCELLANEOUS ( mR/hr ) NOTES TYPE OF MONITOR: (ACTUAL) 08:00 8.15E-2 NORMAL AREA (X) PROCESS () 10:15 2.00E-1 ALERT ALARM EFFLUENT () 4 ACCIDENT () 10:30 6.00E-1 4 4 10:45 8.00E-1 4 4 11:30 4.00E+0 HI ALARM ALARM SETPOINTS: 4 4 ALERT: 1.00 E-1 mR/hr S/G ISOL. 4 4 4 4 12:00 4 j HICH: 1.00 E+0 mR/hr 4-- 4 12:15 MONITOR RANGE: 0.01 to 1000 mR/hr 12:30 4 4 4 4 12:45 4 4 4 4 13:00 4 j
- When the monitor.is off 4
scale high, the reading 4 13:15 4 will remain at the upper-4 4 4 level of the instrumant. 13:45 4 4 range. I 4 14:15 4 4 4 4 14:30 4 4 4 4 B/D SEC. 4 4 4 4 14:45 4 4 4 4 B/D-S +15 4 4 4 4 14:50 4 4 4 4 15:00 4 4 4 4 END~ 4 PAGE 1 OF _1_ 4
RADIATION MONITORS DESCRIPTION TAG ID // GRID ID # PLANT STACK A PRM-IRE-0100.1S- DRILL-#: 92-07 PARTICULATE GRID 4 EPS-131 DATE: 07/29/92 , LOCATION: PLANT STACK ' A" PIG +46 RCB WIMG AREA T MONITOR
- TIME READING MISCELLANEOUS uti/cc ) NOTES TYPE OF MONITOR:
( ACTUAL) ( 08:00 1.00E-11 NORMAL AREA () j j PROCESS () 10:15 j j EFFLUENT (X)
) j ACCIDENT ()
10:30 j j
=
4 4 10:45 4 4 4 4 11:30 4 ALARM SETPOINTS: 4 4 4 ALERT: 1,00.h-8 uci/cc S/G ISOL. 4 J 4 12:00 4 J J HIGH: 1.00 E-7 uCi/cc 4 4 12:15 j j j j MONITOR RANGE: 12:20 4 4 4 4 1.00E-11 to 1.00E-5 uCi/cc ' 12:30 4 j 4 4 12:45 j j 4 13:00 4 4
- j.
- When the monitor is off j j scale high, the reading will remain at the upper-13:15 4 4
) ;- level of the instrument 13:45 4 range.
4 4 4 14:15 4 4 4 4 14:30 4 4 4 4 B/D SEC. J j 4 4 14:45 4 j 4 4 B/D-S +15 j j 4 4 14:50 J J 4 4 15:00 J J
- 4. 4 END j j PAGE 1 OF 1
.__ _ _ . _ _ _ _ _ _ _ ._ _ m _. _ _ . . _ _ . . . . ._
RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID / I PRM-IRE-0100.1S DRILL #: 92-07 PLANT STACK A' , IODINE GRID 4 EIS-132 DATE: 07/29/92 , LQgATIQ1{: PLANT STACK "A" PIG +46 RCB WING AREA MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( UCi/cc ) NOTES TYPE OF MONITOR: 08:00 1.00E-09 NORMAL AREA ( ).
--J j- PROCESS ()
10:15 j j EFFLUENT (X) j j ACCIDENT () 10:30 4 4 4 4 10:45 4 4 4 4 11:30 4 4 ALARM SETPOINTS: 4 4 ALERT: 6.00 E-9 uCi/cq__ S/G ISOL. J 4 4 - 4 12:00 1.00E-5 ill ALARM HIGH: 1.20 E-8 uCi/cc 4 12:15 1.00E-3 OVERRANGED 4 4 MONITOR RANGE: 12:20 j J j }-- 1.00E-9 to 1.00E-3 uCi/cc 12:30 4 4 4 4 12:45 4 4 4 4 13:00 j j
- When the monitor is off-4 j scale high, the reading 13:15 j j will remain at the upper 4 4 level of the instrument 13:45 4 4 range.
4 4 14:15 4 4
-4 4 14:30 4 4 4 4 B/D SEC. 1.00E-09 NORMAL
. -4 4 1 14:45 4 4 4 4 B/D-S-+15 j 4 i 4 4 14:50 4 4 4 4 15:00 4 4 4 4 END 4 j PAGE 1 OF _1_
i RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID # PRM-IRE-0100.1S DRILL #: 92-07 PLANT STACK A GAS' GRID 4 EGS-133 DATE: 07/29/92 , LpCATION: PLANT STACK "A" PIG +46 RCB WING AREA MONITOR TIME READING MISCELLANEOUS NOTES TYPE OF MONITOR: (ACTUAL) ( uCi/cc ) 08:00 6.44E-6 NORMAL AREA ()
?
j PROCESS () 10:15 j j EFFLUENT (X) J j ACCIDENT () 10:30 4 j 4 4 10:45 4 4 4 4-j j ALARM SETPOINTS: 11:30 4 4 ALERT: 2.20 E-5 uCi/cc S/G ISOL. J J 4 12:00 4 1.90E-2 HI ALARM HIGH: 8.00 E-4 uCi/cc 4 12:15 1.00E-1 OVERRANGED j j MONITOR RANGE: 12:20 4 4 j j 1.00E-7 to 1.00E-1 uCi/cc 12:30 4 4 4 4 12:45 4 4 4
;.:00 4
4 4
- When the monitor is off j j scale high, the reading.
will remain at'the upper: 13:15 4 .4 level of the instrument-
-j j range.
13:45 4 4 1 4 14:15 j j 4 4 14:30 4 4 4 4
-6.44E-6 NORMAL B/D SEC.
4 4 14:45 4 4 4 4 B/D-S +15 j j 4 4 14:50 4 j 4 4 15:00 4 4 4 4 1 END j j PAGE _1_ OF
_ ._, .- _ _. . ~. _ RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID # PLANT STACK B PRM-IRE-0100.2S DRILL #: 92-07 PARTICULATE GRID 4 EPS-141 DATE: 07/29/92 , LOCATION: PLANT STACK "B' PIG 446 RCB WING AREA MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITOR: 08:00 1.00E-11 NORVs AREA () 4 - -) -- PROCESS () 10:15 j j EFFLUENT (X) J 4 ACCIDENT () 10:30 4 4 4 --J 10:45 4 4 4 4 11:30 4 4 ALARM SETPOINTS: 4 4 S/G ISOL. 4 j ALERT: _1.00 E-8 uCi/cc 4 4 12:00 4 4 HIGH: 1.00 E-7 uCi/cc 4 4 12:15 j 4-4 j MONITOR RANGE: 12:20 4 4 4 4 1.00E-11 to 1.00E-5 uCi/cc 12:30 4 4 4 4 12:46 4 4 4- 4 13:00 4 4
- When the monitor is off 4 ) scale high, the1 reading 1J: 15 4 4 will remain at the upper j j level of the instrument 13:45 4 4 range.
I' 4 14:15 j j 4 4 14:30 4 4 4 4 B/D SEC. 4 4 4 4 14:45 4 4 4 -~ 4 B/D-S +15 4 4 4 4 j 14:50 4 4 4- 4 15:00 4 4 4 4 END j j PAGE- 1 OF _1_
. =
. . - - .. .. -~.
I RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID # PLANT STACK B PRM-IRE-0100.2S DRILL #: 92-07 IODINE GRID 4 EIS-142 DATE: 07/29/52 , LOCATION: PLANT STACK "B" PIG +46 RCB WING AREA MONITOR TIME READING MISCELLANEOUS ( uCi/cc ) NOTES TYPE OF MONITOR: (ACTUAL) 08:00 1.00E-09 NORMAL AREA () J J PROCESS () 10:15 4 4 EFFLUENT (X) 4 -4 ACCIDENT () 10:30 j } 4 4-10:45 4 4 4 4 11:30 4 4 ALARM SETPOINTS: I 4 S/G ISOL. } j ALERT: 6.00 E-9 t.Ci/cc-4 4 12:00 1.00E-5 HI ALARM HIGH: 1.20 E-8 uCi/cc 4 12:15 1.00E-3 OVERRANGED j 4- MONITOR RANGE: 12:20 j j
}
J 1.00E-9 to 1.00E-3 uCi/cc 12:30 4 j J 4 12:45- 4 4
-4 4
- When the monitor is off 13:00- 4 4 4
scale high, the reading 4 13:15 j j will remain at.the upper 4 4 level of the instrument 13:45 4 4 range. 4 -4 14:15 4 4 4 14:30- 4 4 4 4 B/D SEC. 1.00E-09 NORMAL 4 4 14:45 4 4 4 4 B/D-S +15 4 4 4 4 14:50 4 4 4 4 15:00 4 4 4 4 PAGE _1_ OF 1 END 4 4
RADIATION MONITOS:S. DESCRIPTION TAG ID #/GRIO-ID # PLANT STACK B PRM-IRE-0100.2S DRILL #: 92-07 GAS GRID 4 EGS-143 DATE: 07/29/92 . LOCATION: PLANT STACK "B" PIG +46 RCB WING AREA MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITOR: 08:00 4.92E-6 NORMAL AREA (-) 4 4 PROCESS () 10:15 4 4 EFFLUENT (X) j j ACCIDENT () 10:30 4 4 4 4 10:45 4 4 4 4 11:30 4 4 ALARM SETPOINTS: 4 4 S/G ISOL. j J ALERT: 2.20 E-S uCi/cc 4 4 12:00 1.90E-2 HI ALARM HIGH: 8.00 E-4 uCi/cc 4 12:15 1.00E-1 OVERRANGED 4 4 MONITOR RANGE:
-12:20 4 4 4 j 1.00E-7 to 1.00E-1 uCi/cc 12:30 4 4 4 4 12:45 4 4 4 4 13:00 4 4
- When the monitor is off j j scale high, the reading 13:15 j j will remain at-the upper 4 j -- level of the instrument 13:45 4 4 range.
4 4 14:15 4 4 4 4 14:30 4 4 4 4 D/D SEC. 4.92E-6 NORMAL 4 4 14:45 4 4 4 4 B/D-S +15 4 4 4 4 14:50 j j 4 4 15:00 4 4 4 4 END 4 4 PAGE _L OF 1
~- .
RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID # HVAC B PRM-IRE-6710B DRILL #: 92-07 PARTICULATE GRID 5 PPP-341 DATE: 07/29/92 , i LOCATION: RAB HVAC "B" RCD +21 WING AREA MONITOR TIME READING MISC".LLANEOUS ( uCi/cc ) NOTES TYPE OF MONITOR: (ACTUAL) 08:00 1.00E-11 NORMAL AREA () J J PROCESS (X) 10:15 j j EFFLUENT () 4 -) ACCIDENT () 10:30 4 4 4 4 10:45 4 4 4 4 11:30 4 4 ALARM SETPOINTS: 4 4 S/G ISOL. J } ALEP7: 2.50 E-9 uCi/cc 4 4 12:00 4 HIGH: 5.00 E-9 uCi/cc 4 4 4 12:15 4 4 4 j MONITOR RANGE: 12:20 4 4 4 j 1.00E-11 to 1.0E-S uCi/cc 12:30 4 4 4 4 12:45 4 4 4 4 13:00 4 j
- When the monitor-is off 4 j scale high,' the reading 13:15 j j will remain at the upper j j 3evel of the instrument ;
13:45 4 range. 4 4 4 14:15 4 4 4 4 14:30 4 4 4 4 B/D SEC. J j 4 4 14:45 4 j 4 4 B/D-S +15 4 4 4 4 14: 50 4 4
= -4 -
4 35:00 -j 4 4 4 END 4 4 PAGE 1 OF 1
. . . ~. .,. .
RADIATIoli M0111 TORS DESCRIPTIO!1 TAG ID #/ GRID ID # HVAC D PRM-IRE-6710D DRILL #3 92-07 IODINE GRID 5 PII-342 DATE: 97/29/92 . LOCATION: RAB IIVAC "B" RCB +21 WIliG AREA MO!11 TOR TIME READIl1G MISCELLA11EOUS (ACTUAL) ( uC1/cc ) 110TES TYPE OF MollITOR: 08:00 . 00E-09 lioRMAL AREA () J j PROCESS (X) 10:15 4 .) EFFLUE!IT () J .J ACCIDEliT () 10:30 4 ) l- -4 10:45 ) } I i 11:30 4 j ALARM SETPOIliTS: I ~4 S/G 180.. 4 4 ALERT: 5.00 E-9 uCi/cc _ l 4 1.00 E-8 uCi/cc;__ 12:00 3.76E-5 HI ALARM HIGH: 15 1.00E-3 OVERRANGED
-j j M0!1ITOR RANGE:
- 3. 20 4 4
) j 1.00E-9 to 1.00E-3 uCi/cc 12:30 4 4 4
12:45 , j 4- 4 13:00 -J j
- When the monitor is off j } scale high, the reading 13:15 ; j will remain at the upper j j level of-the instrument
':45 4 ) range.
4 4 14:15 j j 4 4 14:30 4 4 j- 4-B/D SEC. 3.80E-5 DECREASING- , 4- 4 14145 4 4 4 1 D/D-S +15 1.00E-09 NORMAL.. 4- 4-14:50 4 4 4 4 ' 15:00 4 4 1 4 1 END .4 J PAGE 1 OF _1_
l RADIATION MOli1 TORS DESCRIPTIO!1 TAG ID A/ GRID ID # HVAC B PRM-IRE-6710B DRILL #: 92-07 , GRID 5 GAS PGG-343 DATE: 07/29/92 , LOCATIOl{: RAB HVAC "B" RCD +21 WING AREA MollITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) llOTES TYPE OF MOllITOR: 08:00 5.63E-7 fiORMAL AREA () J j PROCESS (X) 10:15 j j EFFLUEllT () J j ACCIDENT () ; 10:30 ) j 4 4 t 10:45 4 } 4 4 11:30 4 4 ALARM SETPOIllTE: 4 4 ALERT: 1.50 E-6 uCi/cc S/G ISOL. 4 ) 4 4 12:00 7.10E-2 HI ALARM HIGH 3.00 E-6 uCi/cc 12:15 1.00E-1 OVERRANGED , 4 4 HONITOR RANGE: ; 12:20 4 j j j 1.00E-7 to 1.00E-1 uCi/cc 12:30 4 4 4 4 12:45 4 4 4- 4- . 13:00 j j
- When the monitor is off 4 4 scale high, the reading 13:15 ) J will remain at the upper j j level of the instrument 13:45 4 ') renge.
4 4 14:15 4 4 , 4 4 14:30 4 4 - 4 4 B/D SEC. 8.00E-2 DECREASING 4 4 14:45 4 4 4 4 B/D-S +15 7.00E-7 NORMAL 4- 4 14:50 4 4 4- 4 15:00 4 4
- -4 4 END 4 PAGE __1_,OF 1_
4 _ . , . . , . _ - . . . . _ . , _ . . _ . - _ _ _ . _ _ . . - _.;.__._.. . = _ . . . _
RADIATIOll M0!!ITORS DESCRIPTION TAG ID #/ GRID ID # llVAC D PRM-IRE-6710D DRILL # 92-07 PARTICULATE GRID 5 PPP-331 DATE: 02/29/92 , LOCATION: PAB__HVAC "D" RAB +46 MONITOR TIME READING MISCELLANEOUS ( uC1/cc ) NOTES TYPE OF Mol11 TOR: (ACTUAL) 08:00 1.00E-11 !!ORMAL AREA () 4 j PROCESS (X) 10:15 j j EFFLUENT () 4- ) ACCIDENT () 10:30 j j 4 4 10:45 4 J J --J 11:30 4 1 ALARM SETPOINTS: 4 4 ALERT: 2.50 E-9 uCi/cc S/G ISCL. 4 J 4 J 12:00 4 HIGH' 5.00 E-9 uCi/cc 4 4 4 12:15 j j j j MONITOR RANGE: 12:20 j j 4-- 4 1.00E-11 to 1.00E-5 uCi/cc 12:30 J J 4" 4 12:45 j j 4 4 13:00 j j
- When the monitor is off J J scale high, the reading 13:15 4 will remain at the upper 4
j- 4 level of the instrument 13:45 4 j range. 4 4 14:15 4 4 4- 4 14:30 4 4 4 4 D/D_SEC. j j 4 4 14:45 4 4 4 4 B/D-S +15 4 4 4 4 14:50 4 4 4 4 i 15:00 4 ) 4 4 END j j PAGE _1_ OF _1_ l
f RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID # l HVAC D PRM-IRE-6710D DRILL #: 92-07 IODINE GRID 5 ; PII-332 DATE: 07/29/92 , LOCAThus RAD HVAC "D" RAB +46 MONITOR TIME READING MISCELLANEOUS ( uCi/cc ) NOTES TYPE OF MONITOR: (ACTUAL) 08:00 1.00E-09 HORMAL AREA () J J PROCESS (X) 10:15 j j EFFLf.#.!!T () , j j ACCIDENT () 10:30 j J e t-10:45 4 4 4 4 11:30 4 4 ALARM SETPOINTS 4 --4 j ALERT: 5.00 E-9 uCi/cc S/C ISOL. J ' 4 l-12:00 3.76E-5 III ALARM HIGil: ~1.00 E-8 uCi/cc 12:15 1.00E-3 OVERRANGED j j- MONITOR RANGE: 12:20 J J J J 1.00E-9 to 1.00E-3 uCi/cc 12:30 4 4 4 4 12:45 J J
-4 5 13:00 J J.
- When the monitor is off'
-J }
scale high, the reading 13:15 J will remain at the upper J j j level of the instrument 13:45 4 ) range.
--J 4-14:15 4 4 4 4 14:30 4 4 4 4 B/D SEC. 3.80E-5 DECREASING 4 4-14:45 j j 4 i B/D-S +15 1.00E-09 NORMAL 4 4 14:50- ) _j 4- 4 15:00 4 4 4 i END j J PAGE ,_1. OF _J.,_-
RADIATIO!1 M0!JITORS DESCRIPTIO!1 TAG ID #/ GRID ID # HVAC D PRM-IRE-6710D DRILL #: 92-07 GAS GRID 5 PGG-353 DATE: 07/29/92 . LOCATION: RAB HVAC "D" RAB +46 M0llITOR TIME READING HT SCELLA14EOUS (ACTUAL) ( uCi/cc ) !!OTES TYPE OF MollITOR: 08:00 5.63E-7 110RMAL AREA () j j PROCESS (X) 10:15 ) ) EFFLUENT ()
) ) ACCIDENT ()
10:30 4 4 4 4 10:45 4 4 4 4 11:30 J j ALARM SETPOINTS: 4 -1 1.50 E-6 uCi/gn__ S/G ISOL. } } ALERT: 4 4 12:00 7.10E-2 HI ALARM llIGil: 3.00 E-6 uCi/ag__, 12:15 1.00E-1 OVERRANGED j j MONITOR RANGE: 12:20 4 4
--) } _1_.00E-7,to 1.00E-1 uCi/cc 12:30 4 4 4 4 12:45 4 4 4 4 13:00 4 4
- When the monitor is off f 4 scale high, the reading 13:15 J } will remain at the upper j j level of the instrument 13:45 4 4 range.
4 4 14:15 4 4 4 4 14:30 4 4 4 J B/D SEC. 8.00E-2_ DECREASING 4 4 14:45 4 4 4 4 B/D-S~+15 7.00E-7 NORMAL 4 4 14:50 4 4 4- 4 15:00 4 4 J --J END 4 4 PAGE- 1 OF _1_
RADIATIoli MollITORS DESCRIPTIO!i TAG ID // GRID ID # S/G BLOWDOW!! PRM-IRE-0100 DRILL #1 92-07 GRID 5 PLL-407 DATE: 07/29/92 . LOCnTIOll: S/G BLOWDOWil -4 RCB CEllTRAL WIILQ,.JREA MollITOR TIME READIliG MISCELLAliEOUS (ACTUAL) ( uci/ml ) 110TES TYPE OF MOli1 TOR: 08:00 4.11E-7 110RMAL AREA () PROCESS (X) , 10:15 1.00E-1 HI ALARM EFFLUEliT () '
) ACCIDENT ()
los30 J OVERRAliGED 4 4 10:45 j j 1 J 11:30 4 j_ ALARM SETPOI!1TS: 4 4 ALERT: 8.00 E-6 uCi/ml S/G ISOL. J 4 4 4 12:00 j j HIGH: 1.60 E-5 uCi/ml 4 4 12:15 j j 4- ) MONITOR RAliGE: 12:20 J J j j 1.00E-6 to 1.00E-1 uC1/ml 12:30 4 4 4 4 12:45 j j 4 4 13:00 4 4
- When the monitor is-off
; j scale high, the reading 13:15 j j will remain at the upper j j level of the instrument '
13:45 4 ) range. 4 4 14:15 4 4 4 4 14:30 4 4 4 4 B/D SEC. 5.00E-7 NORMAL 4 4 14:45 j j 4 4 B/D-S +15 j j J -- 4 14:50 4 4 4 4 15:00 J- 4 J- 4 END j j PAGE _)_ OF _1_ .
.+,,.4 - , -.~.. , , - - . . - ...n,.___,. .,-__.,..-,.ro .---,.-,,.o .,%,- .-,m.m.,- , . ~ . . ,..,_,r_..- .,,,...,-%,, .y, ..y. , ,,._r._,. .,,..w-
RADIATION N0111 TORS DESCRIPTIO!l TAG ID #/ GRID ID # PLAllT STACK WRGil PRM-IRE-0110 DRILL #: 92-07 LOW RANGE GRID 6 EGG-514 DATE: 07/29/92 , LQCATION: +4 6 RCB CEllTRAL WING AREA MONITOR TIME READIl1G MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITORt 08:00 3.57E-6 110RMAL AREA () j PROCESS () 10:15 9.00E-5 4 EFFLUENT () 4 -j ACCIDENT (X) 10:30 4 4 4 4 10:45 4 4 t 4 4 11:30 5.00E-4 ALERT ALARM SETPOINTS: 4 4 S/G ISOL. 4 J ALERT; 1.00 E+i uCi/cc 4 4 12:00 1.90E-2 HI ALARM llIGil 1.00 E-3 uCi/cc i 4 l 12:15 1.00E-1 J j j MONITOR RANGE: 12:20 J OVERRANGED j j 1.00E-7 to 1.00E-1 uCi/cc_ j
- 12
- 30 4 l 4 4 l 12:45 j j l 4 4 13:00 J
- When the monitor is off J
4 4 ocale high, the reading 13:15 4 4 will remain at the upper j 4 level of the instrument 13:45 4 4 range. 4 4 14:15 4 4 4 4 14:30 4 4 4 4 D/D SEC. 4.00E-6 NORMAL 4 4 14:45 4 4 4 4 B/D-S +15 4 4 4 4 14:50- 4 4-4 4 15:00 4 4 4 4 END j j PAGE _1 OF _1_ ,
RADIATIOli MOli1 TORS DESCRIPTION TAG 70 #/ GRID ID # PLAllT STACK WRGM PRM-IRE-0110 DRILL # 92-07 MID RANGE GRID 6 EGG-515 DATE: 07/29/92 , LOCATIOfit +46 RCD CEliTRAL WING AREA MONITOR TIME READIllG MISCELLANEOUS ( uCi/cc ) NOTES TYPE OF MOllITOR: ( ACTUAL) 08:00 1.97E-4 NORMAL AREA () J
-j PROCESS ()
10:15 4 ) EFFLUENT ()
)
) ACCIDENT (X) 10:30 ) J '
4 4 10:45 4 4 I l- ' 11:30 J J ALARM SETPOINTS:
) 4 S/G ISOL. J j ALERT: -1.00 E+0 uCi/cc 4- l-12:00 1.90E-2 NORMAL HIGil: 1.00 E+1 uCi/cc 1
12:15 5.80E-1 4
) J MONITOR RANGE:
12:20 J j j j 1.00E-4 to 1.00E+2 uCi/cc. 12:30 1.08E+0 ALERT l 12:45 1.58E+0 J 4 13:00 - 1.81E+0 4
- When the monitor is off '
4 scale high, the readitig 135).5 2.17E+0 .) will remain at the upper , j j level of the instrument 13:45- 4 4 range. 4 4 14:15 4 ) g or when B/D isolated-4 4 U14:30 1.15E+0 DECREASING
~
4 4 B/D SEC. .) J 4 4 14:45 4.09E-1 NORMAL 4 4 B/D-S +15 j j
! 4 14:50 J J l 4
-15:00 1.90E-2 j 4 4 END 4 j PAGE _1_ OF _l_'
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- ___ -- _ .. _ _ --__.______---____._..__m .. .. __ _ . _ _ _ _ _
RADIATION MONITORS DESCRIPTION TAG ID // GRID ID # t PLANT STACK WRGM PRM-IRE-0110 DRILL # 92-07 NI RANGE GRID 6 EGG-516 DATE: 07/29/92 , LOCATION: +46 RCD CENTRAL. WING AREA MONITOR TIME READING MISCELLANEOUS ( uCi/cc ) NOTES TYPE OF MONITOR: (ACTUAL) 08:00 1.02E-1 NORMAL AREA () J j PROCESS () 10:15 ) ) EFFLUENT () ' 4 4 ACCIDENT (X) 10:30 ) j i 4 10:45 ) ) 4 4 11:30 j j ALARM SETPOINTS: 4 S/G ISOL. 4 J j ALERT: 1.00 E+2 uCi/cc ' 4 4 12:00 J J HIGH 1.00 E+3-uC1/cc 4 4-12:15 5.80E-1 j j j MONITOR RANGE: 12:20 j j ,
--j j- 1.00E-1 to 1.00E+5 uCi/cc-12:30 1.08E+0 J 4
12:45 1.58E+0 J J 13:00 1.81E+0 j
- When the monitor is off j scale high; the reading '
13:15 2.17E+0 4 will remain at the upper j j level of the instrument 13:45 J j range. 4 4 14:15 4 4 g or when B/D isolated 4 4-gl4:30 1.15E+0 4 4 4 B/D SEC. 4 4 4 4 14:45 4.09E-1 J J J B/D-S +15 4 4 4 4 14:50 4 4 4 4 15:00 1.02E-1 4 4 4 END 4 PAGE _1._ 0F _1._ J-
RADIATIO!1 M0!!ITORS DESCRIPTIO!1 TAG ID #/ GRID ID # PLANT STACK WRGM PRM-IRE-0110 DRILL #: 92-07 EFFLUEllT GRID 6 EGG-517 DATE .07/29/92 , LOCATION: 446 RCD CENTRAL UI!1G AREA MONITOR TIME READI!1G MISCELLANEOUS (ACTUAL) ( uCi/cee ) NOTES TYPE OF MONITOR: 08:00 2.05E+2 NORMAL AREA ()
) j PROCESS ()
10:15 ) J EFFLUENT () J J ACCIDEllT (X) 10:30 4 ) 4 4 . 10:45 4 ) 4 4 11:30 4 j ALARM SETPOINTS: 4 4 S/G ISOL. j j ALERT: dx0c E+5 uCi/sec 4 4 12:00 2.30E+5 NORMAL HIGH: 4.00 E+6 uci/sec F 12:15 7.12E+6 HI ALARM J J MONITOR RANGE: 12:20 j J 4- 4 1.23E0 to 1.23E+12 uCi/seg 12:30 1.33E+7 4 4 12:45 1.94E+7 -j 4 13:00 2.22E+7 4 A When the monitor is off j scale high, the reading 13:15 2.66E+7 4 will remain at the upper j 4 level of the instrument 13:45 4 4 range. 4 4 14:15 4 4 g When B/D isolated 4~ 4 gl4:30 1.41E+7 DEOREASII;G 4 4 B/D SEC. 4 J 4 4 14:45 5.02E+6 4 4 4 B/D-S +15 ; 4
, ,_e_ ; -
, 4 14t50 2.33E+5 4 J
15: 00 2.05E+2 NORMAL j j -- END j j PAGE _1_ OF _1_-
RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID # PRM-IRE-0002 DRILL # 92-07 MCES WRGM LOW RANGE GRID 6 EGG-534 DATE: 07/29/92 , LOCATION: C011DEllSER VACUUM PUMP DISCH WRGM +15 T/G BLOG. MO!11 TOR TIME READI!1G MISCELLA11EOUS ( uCi/cc ) 110TES TYPE OF MO!1ITOP: (ACTUAL) 08:00 5.43E-7 110RMAL AREA () PROCESS () 10:15 9.45E-1 OVERRA!1GED ( EFFLUEllT () J J ACCIDENT (X) 10:30 4 }
-4 1 10:45 4 }
J 4 11:30 J ) ALARM SETPOINTS: 4 1 5.43E-7 NORMAL ALERT: 1.00 E-4 uC1/cc S/G ~ SOL. 4- 4- 1.00 E-3 uCi/cc 12:00 4 j NIGil: 4 4 12:15 ) ) J MONITOR RANGE: J 12:20 4 )
) J- 1.00E-2 to 1.00E-1 uC1/cc.
12:30 4 4 4 4 12:45 4 } 4 -4 13:00 j j
- When the monitor is off 4
scale high, the reading 4 will remain at the upper 13:15 4 4 j j level of the instrument 13:45 ) range. 4
~4 4 14:15 j j 4 Diverts to Plant Stack 4 4 14:30 J J 4 4-B/D SEC. j j l 4 4-14:45 4 4 l
' __ j j B/D-S +15 4 4 4 4 l 14:50 4 4 4 4 15:00 J J 4 4 PAGE _1_ OF _1, END 4 4 l
L l RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID # MCES WRGM PRM-IRE-0002 DRILL #: 92-07 ' MID RANGb GRID 6 EGG-535 DATE: 07/29/92 . l LOCATION: . _ , _ CONDEliSER VACUUM PUMP DISCH WRGM +15 T/G BLDG. MONITOR TIME READI!1G MISCELLANEOUS (ACTUAL) ( uci/cc ) NOTES TYPE OF MO!11 TOR: 08:00 2.29E-4 NORMAL AREA ()
-j PROCESS ()
10:15 9.45E-1 J EFFLUENT () J J ACCIDENT (X) 10:30 j j 4 1 10:45 ) 4 J J 11:30 2.84E+0 ALERT ALARM SETPOINTS: S/G ISOL. 2.29E-4 NORMAL ALERT: 1.00 E+0 uCi/cc 4 4 12:00 4 ) HIGH: 1.00 E+1 uCi/cc 4 4 12:15 j j j j MONITOR RANGE: 12:20 j j 4 j 1.00E-4 to 1.00E+2 uCi/cc_ 12:30 4" 4 4 4-12:45 4 4 4 4 13: 00 j 4
- When the monitor is off '
j j scale high, the reading 13:15 j 4 will remain at the upper-4 4 level of the. instrument 13:45 4 4 range. 4 4 14:15 4 _j , 4 4 14:30 4 4 l 4 4 l D/D SEC.- 4 4
- 4 4
l 14:45 4 4-4 4 i D/D-S +15- 4 4 , 4 4 14:50 4 4 , 4 4 ! -15:00 4 4 ' 4 4
-END 4 j PAG E _.l , OF _.1.,_
_. - _ _ _ _ . _ _ _ _ _ _ _ ___ _ .;._.._.._._-.. __. _ ._ _ _ _ _ _ .:. s .~
RADIATJON MONITORS DESCRIPTION TAG ID #/ GRID ID # , MCES WRGM PRM-IRE-0002 DRILL #1 92-07 _,,_ HI RANGE GRID 6 EGG-536 DATE: 07/29/92 , l L _OCATION: CONDENSER VACUUM PUMP DISCH WRGM +15 T/G BLDG. 1 MONITOR TIME READING MISCELLANEOUS ( uCi/cc ) NOTES TYPE OF MONITOR: (ACTUAL) 08:00 7.69E-2 NORMAL AREA () J PROCESS () 10:15 9.4SE-1 j EFFLUENT ()
} } ACCIDENT (X) 10:30 } }
4 4 10:45 4 )
..) . )
11:30 2.84E+0 4 ALARM SETPOINTS: J 7.69E-2 j ALERT: 1.00 E+2 uCi/cc S/G ISOL. 4 4 HIGH: 1.00 E+3 ugi/cc 12:00 J J 4 4 12:15 j j j j MONITOR RANGE: 12:20 4 4 4 4 1.00E-1 to 1.00Z+5 uCi/cc 12:10 4 4 4 4 12:45 j j
-4 4 13:00 j j
- When the monitor is off
)
scale high, the reading 4 j j will remain at the upper 13:25
-j j level of the instrument ,
l 13:45- 4 j range. , 4 4 14:15 4 4 4 4 14:30 4 4 4 4 B/D SEC. j j __j j 14:45 j J-
-}.- J B/D-S +15 4 4 4 4 l- 14:50 4 4 4 -4
'15:00 4 4 4 4 j j PAGE _,,1,_ OF _1_,
END
i RADIATIOli MollITORS DESCRIPTIO!i TAG ID #/ GRID ID # MCES WRGM PRM-IRE-0002 DRILL #: 92-07 EFFLUEllT GRID 6 EGG-537 DATE: 07/29/92 , LOCATIOll: COllDE11SER VACUUM PUMP DISCH WRGM +15 T/G BLDG. MOllITOR TIME READI!1G MISCELLANEOUS (ACTUAL) ( uCi/sec ) 140TES TYPE OF MOli1 TOR: 08:00 5.59E-2 fiORMAL AREA ()
-j PROCESS ()
10:15 3.35E+4 j EFFLUENT ()
-j j ACCIDENT (X) 10:30 ) J 4 4-10:45 4 j 4 4 11:30 1.01E+5 ) ALARM SETPOIliTS:
4 S/G ISOL. 5.59E-2 4 ALERT: 4.00 E+C uC1/sec 4 '"4 12:00 J j HIGH 4.00 E+6 uCi/sec 4 4 12:1E j j j j Moli1 TOR RA!1GE: 12:20 ) J j j 1.23E0 to 1.23E+12 uCi/Lec 12:30 J J 4 4 12:45 4 4 4 4-13:00 4 4
- When the monitor is off 4 ) scale high, the reading 13:15 ) J will remain at the upper j j level of the instrument 13:45 ) J range.
I 4 14:15 4 4 ~ 4 4-14:30 4 4 4 4 B/D SEC. 4 J 4 4 14:45 4 j
-. 4 4
j B/D-J +15 4 4- 4 14:50 4 4 4 4 15:00 4 4-4 4 END 4 J PAGE _1_ OF _1_-
RADIATIO!1 MONITORS DESCRIPTION TAG ID #/ GRID ID # SIS SUMP PEllETRATIOli ARM-IRE-5202 DRILL #1 92-07 GRID 6 AAA-153 DATE: 27/29/92 , LOCATION: ~35 RCB WING AREA MO!1ITOR TIME READING MISCELLAt1EOUS (ACTUAL) ( mR/hr ) NOTES TYPE OF MollITOR: 08:00 3.47E+1 110RMAL AREA () 4 j- PROCESS () 10:15 1 4 EFTLUEliT () j- ) ACCIDENT (X) 10:30 ) 4
-j -l 10:45 4 4 I l ~
11:30 4 4 ALARM SETPOINTS: 4 4 S/G ISOL.- 4 } ALERT: 2.00 E+2 mR/hr
- -j j 12:00 8.00E+1 4 HIGH: 1.00 E+3 mR/hr 4 4 12:15 j j
-"-4 -j MONITOR RANGE:
12:20 4 }
} } 1.00E+1 to 1.00E+7 mR/hr 12:30 4 4 4 4 12:45 4 4 4 4 13:00 ) }
- When the monitor is off 4 4 scale high, tim reading 13:15 j j will remain at the upper j ) level of the instrument 13:45 4 ) range.
4 4 14:15 4 4 4 4 14:30 4 4 4 4 B/D-SEC. -3. 4 7 E+1- 4 4 4 14:45 4 4 4 4 B/D-S +15 J J 4 4 14:50 4 4 4 4 15:00 4 4 4 4
.END 4 4 PAGE i OF _1_
RADIATION Moli1 TORS DESCRIPTIO!1 TAG ID #/ GRID ID # MAlli STEAM LIllE " A" PRM-IRE-5500A DRILL #: 92-07 GRID 6 MSA-559 DATE: 07/29/92 . LOCATION: +46 RCB WEST WING MONITOR TIME READING MISCELLAllEOUS (ACTUAL) ( mR/hr ) NOTES TYPE OF MONITOR: 08:00 3.30E-1 NORMAL AREA () PROCESS () 10:15 1.07E+2 HI ALARM EFFLUENT ()
) j ACCIDENT (X) 10:30 4 }
4 4 10:45 } } 4 1 11:30 3.20E+2 ) ALARM SETPOINTS: 4 S/G ISOL. 3.30E-1 NORMAL AMRT: 1.50 E+0 mR/hr 4 4 12:00 4 4 HIGH: 2.00 E+0 mR/hr 4 4 >. 12:15 } j j j MONITOR RANGE: 12:20 4 4 J- 4 _J.00E-1 to 1.00E+4 mR/hr 12:30 4 4 4 4 12:45 4 4 4 4 13:00 4 4
- When the monitor is off 4 4 scale high, the reading 13:15 4 will remain at the upper 4
4 j level of the instrument 10:45 4 ) range. 4 4-14:15 4 4 4 4 14:30 j j 4 4 B/D SEC. .- 4 J J , 14:45 4 4 4 4 B/D-S +15 j j 4 4. 14:50 4 4 4 4 15:00 4 4 4 4 END- 4 j PAGE _1._ OF _1_, r.--- - r"- M*NT"-
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l WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 AIR SAMPLE DATA
-4 WORK AREA ,
RAB -04 Wing Area from 12:00 Hrs. until Blowdown is isolated GAS uCi/cc liEG 9.25E-5 1.54E+1 Kr85m 1.93E+1 Kr85 1.93E-4 5.05E-5 5.05E+1 Kr87 1.68E+2 Kr88 1.68E-4 4.20E-6 4.20E+0_ , Kr89 5.10E+0-Xe131m 1.02E-4 1.89E-4 1.98E+1-Xe133m 1.59E+3-Xe133 1.59E-2 1.09E-5 1.09E+1 Xe135m 7.40E+1 Xe135 2.96E-4 7.59E-6 7.59E+0 Xe137 3.70E+1 Xe138 3.70E-5 1.70E-2 2.00E+3 IODINI uCi/cc liEG 3.37E-6 3.74E+2 1-131 4.46E+0-I-132 8.92E-7 4.12E-6 1.37E+2-I-133 8.10E+0 I-134 4.05E-6 1.83E-6 1.33E+1 I-135 5.42E-2 1.43E-5 PARTICULATE uci/cc liEG 1.26E-8 2.52E-1 Fe59 4.06E+0 CoS8 2.03E-7 2.SSE-P 2.83E+1 Co60 2.98E+1= Cs134 2.98E-7 1.51E-7 7.55E-1~ Cs136 2.14E+1-Cs137 2.14E-7 9.04E 8.46E+1
,- - r -q,- -ren -r ,vy - - -
..............***** 29 JUL 92 13:30:00 ************************
CTNT. ATMOS. (CAS) RWP NUMBER: 92 1 HP TECHNICIAN: RPD SAMPLE COLLECTION START DATE: 29 JUL 97 13:00:00 SAMPLE COLLECTION END DATE! 29 JUL 92 13 00:00 TYPE OF SAMPLE: CAS AIR SAMPLER WBRt N/A SAMPLE QUANITITY: 1260.000 UNITS: CC OPERATORS INITIALS: RPD SAMPLE CEDMETRY: 1 LITER GAS EFFICIENCY FILE NAME: EFF.HCSM11
......... .....RE.
MONITOR ....... ......... ..SAMPL.E.. ADING.AT . TIME (UCl/.ML.)...N/A 2.193 ACQUIRE DATE: 29 JUL 92 13:10:00 * *WHM (1332): 5.000 PRESET TIME (LIVE): (60. SEC
- SENSITIVITY:
600. SEC
- SHAPE PARAMETER: 20.0%
ELAPSED REAL TIME: E'.APSED tlVE TIME: 600. SEC
- NBR ITERATIONst 10.
LETECTOR: ADC#1 EGG HP (CE)
- LIBRARY: NUCL .CAS
- ENERGY TOLERANCE: 1.250KV CAllB DATE: 29 JUL 92 00:45:00 KEV /CHNL: 0.4999405
- HALF LIFE RATIO: 8.00 0FFSET: -0.199B483 KEV
- ABbNDANCE LIMIT: 80.00%
SPCOPY: FILE COPIED TO SPEC .H04610 NUCL!DE
SUMMARY
REPORT (REV 07/87) PEAK WIDTH e 2.60 FWHM. CONFIDENCE LEVEL = 1.96. 1-51CMA ERROR % ERROR CONC /MPC NUCL10E HALF LIFE UCl/ UNIT 1.181E 06 1.238E 07 10.48 0.39 AR 41 1.83H 3.277E D6 1.855E 07 5.66 0.33 XE 133 5.290 XE 133M 2,260.< i.244E 07 NUCLlDE NOT DETECTED 1.312E 07 2.908E-08 22.17 0.03 XE 135 9.08H XE 138 142 13M < 2s293E-07 NUCLIDE h0T DETECTED KR 87 76.403 4 4.306E-08 NUCLIDE NOT DETECTS 0 KR B8 2.84H e 1.588E 08 NUCLICE NOT DETECTED TOT AL CONCENTR Atl0N a 4.589i 06 UCl/ UNIT; MPC FRACfl0N 0.95
- t s t s t a t s t a a t s s: lit t a t s t a t s t a r t *s:
- NOTE: ANALYST SIGNATURE ON FILE W!"H LONG REPORT 2:
ta
- statstitts st:: st:statttttatt stt:::::tst:::.::::::::::::
r -
NOBLE CAS BETA DOSE RATE CALCULAfl0N SAMPLE TIME: 29 JUL*92 13:00:00 LOCA110N CTMT ATMOS. (CAS) AIR SAMPLE NO: HP PD*14 BETA SKIN BETA UNOLE BODY DOSE WHolf BODY DOSE RATE SK!N ACilvlff FACTOR DOSE RATE RATE FACTOR DOSE RATE (mR/hr) (NOTE 1) (mR/hr) NUCLIOE (ucitee) (NOTE 1) 1.66E 05 N0tt 2 N/A Kr 8%m NOTE 2 N/A Kr 1.53E () 1.11E 06 2.61E 05 Kr 87 3.13E D4 Kr B8 2.70E 05 1.15E 06 2.74E 05 Kr.89 Nott 2 N/A We 131m 5.43E 04 N/A NOTE 2 xe-133m 1.13E 05 N/A 0.11 NOTE 2 xe 133 3.28E-06 3.49E 04 N/A NOTE 2 xe-135m S.11E D4 N/A 0.03 NOTE 2 xe 135 1.31E 07 2.12E 05 1.39E 06 3.83E 05 xe 137 4.54E 04 xe 138 4.71E 05 0.04 3.07E 03 0.36 3.54E 04 Ar 41 1.18E-06 0.50 0.04 TOTALS L,/ p 2EVIEWtD BY Id_t 4 *. Ifs. DATE 07-79 94 NOTE 1 - UNITS FOR CONVERSION F ACTORS ARE (mrem /hr)/(uct/cc) NOTE 2 . EXPOSURE TO THE LENS OF THE EYES IS INSIGNIFICANT DUE TO ATTENUA110N BY THE CORNEA
, wwe-- -
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.....************** 29 JUL 92 13:50:00 * * '*"'**************** j CTMT. ATMOS. (P/C) RWP NUMBER: 92*1- . HP TECMH!CIAN: RPD $ AMPLE COLLECTiva START DATE: 29 JUL 92 13:20:00 SAMPLE COLLECTION END DATE: 29 JUL 92 13:30:00 TYPE OF SAMPLE: PART/ CART AIR SAMPLER NBR: N/A SAMPLE QUANITITY: 637200.0 UNITS: CC (a 1.5 CFM) OPERATOR $ INITIAL $: RPD 5 AMPLE GEDMETRY: PART/ CART EF81CIENCY FILE KAME: EFF.DCHFF1,, MONITDR .... . ..... RE ADING ...... f.T.SAK"L.E. TIME .(UCl/ML.).:..N/A 2.224 ACQUIRE DATE: 29 JUL-92 13:30:00
- FWHN (1332): 5.000 PRESET TIME (LIVE): 300. SEC
- SENSITIVITY:
300. SEC * $HAPE PARAMETER: 20.0% ELAPSED REAL TIME: ELAP$Ls LIVE TIME: 300. SEC
- N8R ITERATIONS: 10.
LETECTOR: HPCE ADC#2
- LIBRARY: kUCL . FART CAllB DATE: 29 JUL 92 00:22:41
- ENERGY TOLERANCE: 1.250KY EEV/CHNL: 0.5000A87
- HALF LIFE RAtl0: 8.00 0FFSET: 0.1874969 KEV
- ABUNDANCE LIMIT: 80.00%
.............................................................. )
SPCOPY: FILt COPIED TO $P*r .003796 NUCLIDE
SUMMARY
REPORT (REV 07/87) PE AK WIDTH . 2.60 FWHM. CONFIDENCE LEVEL .1.96. 1-$1GMA UCl/ UNIT ERROR % ERROR CONC /MPC NUCLIDE HALF-LIFE i TOTAL CONCENTRATION = 0.000E 01 UCl/ UNIT; MPC FRACTION 0.00
- CHARCOAL ANALY$l$
e
- EFF FILE: OCHFF1 LIB FILE: CART NUCLIOE
SUMMARY
REPORT (REV 07/87) PEAK WlD1H 2.60 FWHM. CONFIDENCE LEVEL = 1.96. 1 $1GMA UCI/ UNIT ERROR % ERROR CONC /MPC NUCLIDE . HALF-LIFE 35.28H 5.722E 09 2.702E 10 4.72 0.03 BR 82 1 131 8.04D < 2.280E 10 NUCLIDE NOT DETECTED l 133 20.30H < 6.706E 11 NUCLIDE NOT DETECTED TOTAL CONCENTRAflDN = 5.722E-09 UCl/ UNIT; MPC /RACil0N = 0.03
- sts::::::::::::::::::::::::::::::::::::: :
it
- NOTE: ANALYST SIGNATURE ON FILE WITH LONG REPORT
HP-AM-4 MPC TRACTION CALCULATION SHEET
~
DATE 7-2 ? c/1. KPS# 9 2 - 763 ^- I .. d / /v/ 7"~
~
AIR SAMPLE LOCATION MFC TRACTION = CONCEhTRATION/MPC PARTICULATE CONCENTRATION MPC MPC FRACTION ISOTOPE Ce-143 2.0 E-07 Co-58 5.0 E-08 Co-60 9.0 E-09 Cr-51 2.0 E-06 < Cs-137 1.0 E-08 La-140 1.0 E-07 2.0 E-07 / _, Mo-99 4.0 E-08 A // /_j_ Mn-54 ; / / .1
' '/
Na-24 / N ,jdr -07 Nb-95 0 u-07 Rb-88 1.0 E-06 Sr-92 3.0 E-07 W- 187 3.0 E-07 Zr-95 3.0 t-08 i TOTAL PARTICULATE FRACTION IODINE ISOTOPE CONCENTRATION MPC MPC FRACTION Br-76 3.0 E-n-Be-82 2.0 W Br-84 / 1.0 .6
.,/_1 I-131 /r/? 9.0 E-09 A/ / /-f-I-132 '"/I 2.0 E-07 ' '
I-133 / 3.0 E-08 / I-134- 5.0 E-07 I-135 1.0 E-07 l TOTAL IODINE FRACTION TRITIUM CONCENTRATION MPC MPC FRACTION ISOTOPE SE-06 < es H-3 / 7 a' <?- 7
' ALPHA CONCENTRATION MPC MPC FRACTION ISOTOPE UNIDENTIFIED N //-) 6 E - 13 v/ //-
l TOTAL ALPHA MPC Calculated By: /), j'ah. /. z.f - v z Reviewed By: 8. f I(juj 7.E. 9 9 2__
/ Signature /Date Signature /Date HP-002-2I6 Revision 8 Attachment 12.3 (I of 2) 29
~
************w*************:*************
*********6*******
*************** LOUISIANA POWER & LIGHT COMPANY *****************
*************** WATERFORD 3' *****************
*************** _ CHEMISTRY DEPARTMENT *****************
*************** TRITIUM ANALYSIS REPORT *****************,
*************** 29 JULY 1992 13:30 PM ******
SAMPLE ID:-CONT ATMOS SAMPLE DATE: 29 JUL 92 13:00:00 ANALYZER USED: LS 5801 BACKGROUND CPM: 21.00 CPM SAMPLE H#: 126 41.2673% SAMPLE COUNTING EFFICIENCY: 95.00% SAMPLE COLLECTION EFFICIENCY: SPARGER VOLUME: 100 ML S 10000. CC S SAMPLE VOLUME: SAMPLE CPM: 558 CPM CALCULATED ACTIVITY CONCENTRATION = 7.7442E-07-UC
~
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* , REVIEWED BY -
ANALYST . a
y WATERFORD 3 ANNUAL E.<ERCISE JULY 29,-1992 METHODOLOGY AND ASSUMPTIONS USED FOR CHEMISTRY DATA CALCULATIONS
- 1. The plant is operating for the past 60 days at 100% power and*
is near the end of core life.
- 2. Boron concentration is assumed to be 110 ppm.
- 3. Other plant Chemistry parameters are what is expected for end of core life.
- 4. E (E-BAR) = 90.83
- 5. RCS Chemistry data remains constant throughout the Exercise
- a. DEQ-I = 0.703
- b. Gross Activity = 1.49 uCi/cc
- 6. #2 Steam Generator will have no activity throughout the Exercise.
- 7. At 1015 a steam generator tube will leak in #1 Steam Generator and the following activity will be noted from 1015 to 1130.
- a. DEQ-I = 0.234
- b. Gross Activity = 4.97E-1 uCi/cc-
- 8. At 1130 the tube leak in #1 Steam Generator will increase to 150 gpm and the following activity will be noted from 1130 until drill termination.
- a. DEQ-I = 0.703
- b. Gross Activity = 1.49 uCi/cc -
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WATERFORD 3 AtlNUAL EXERCISE JULY 29, 1992 CilEMISTRY CUE CARD CUE CARD NO. ONE TO: CllEMISTRY PLAYERS a TIME: 0930 FROM: Cl!EMISTRY CONTROLLER SAMPLING TIME Initial SAMPLE ID: Eqngiqr Coolant System GAMMA SAMPLE DOSE RATE: _uCi/cmicc) X Sample Sigs X amicc) X 1.2_E-02 = 3 _mR/hr 0 1" DETA SAMPLE DOSE RATE: GAMMA X 2 = mR/hr 0 1" H2 (cc/Kg) 25 Din 02 (ppm) <0.001 p3 7.2 BORON (ppm) 110 Li (ppm) 0.64 E (E-Bar) 90.83 Other i SPECIFIC ACTIVITY: uCi/gm(cc) Gross Activity 1.43 Te-127 __L2 2Ei> Pi-137m 2.02E-2 Te-129m 2.66E-3 Kr-83m 2.65E-2 DEI-131 0.703 Te-129 2.09E-3 Kr-85n 1.39E-1 Cr-51 3.61E-3 Te-1313 _4.19E-3 Kr-85 2.90E-1 Mn-54 5.93E-4 > 3.06E-3 Te-132 4.65E-1 Kr-87 7.58E-2 Te-55 1.90E-3 I-130 3.24E-3 Kr-88 2.53E-1 Fe-59 5.07E-1 Kr-89 6.31E-3 ' Co-58 3.05E-2 I-l'al Xe-131m 1.53E-1
= Co-60 3.8'3E-3 I-132 1. 3 4 Fc-1 s 2.84E-1 H-3 1.00 I-133 6.19E-1 Xe-133m
- 6. 4 5E-3 I-134 _6.09E-1, Xe-133 2.a9E+1 Pr-83 Rb-86 _,J.50E-4 I-135 1 15E-1 Xo-135m 1.64E_a
.02E-1 Cs-134 4.47E-2 Xe-135 4.44E-1 Mo-99 Tc-99m . 5. c Cs-136 1 27E-2 Xe-137 1.14E-2 Os-137 _l.22E-2 Xe-138 5.56E-2 Te-127m _ LJf>I-i I
CHEM-4
i 1 I WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 j CHEMISTRY CUE CARD CUE CARD NO. TWO f Tot CHEMISTRY PLAYERS 1 TIME: 1015 l FROMt CHEMISTRY CONTROLLER Initial SAMPLING TIME SAMPLE IDJ Steam _ Generator No. 1 ._ GAMMA SAMPLE DOSE RATE: uCi/cm(cc) X Samnle Size X am(cc) X 1._2 E-02 = mR/hr 0 1" BETA SAMPLE DOSE RATE: GAMMA X 2 = mR/hr J 1" H2 (cc/Kg) 25 Dis 02 (ppm) <0.001 pH 7.2 DORON (ppm) 110 E (E-Bar) Other Li (ppm) __0.64 SPECIFIC ACTIVITY: uC1/gm(cc) Te-127 4.2?E-4 Ba-137m 6.73E-3 Gross Activity _As97E-1 Te-129m 8.87E-4 Kr-83m 8.83E-3 DEI-131 0.234 Te-129 6.97E-4 Kr-85m 4.63E Cr-51 1.20E-3 To-131m 1.63E-3 Kr-85 9.67E-2 Mn-54 1.98E-4 Te-132 1.55E-2 Kr-87 2.53E-2 Fe-55 1.02E-3 I-130 1.0BE-3 Kr-88 8.43E-2 Fe-59 6.33E-4 I-131 1.69E-1 Kr-89 2.10E-3 Co-58 1.02E-2 1-132 4.47E-2 Xo-131m 5.10E-2 Co-60 1.28E-3 3.33E-1 I-133 2.06E-1 Xe-133m 9.47E-2 H-3 2.15E-3 I-134 2.03E-2 Xe-133 7.97E-1 Br-83 Xe-135m 5.47E RP-86 5.00E-5 I-135 _22.12E:2 2.67E ,1 Cs-134 1.49E-2 Xe-135 1.48E-1 Mo-99 Tc-99m 1.81E-1 CS-136 7.57E-3 Xe-137 3.80E:1 Cs-137 1.07E-2 -138 1.85E-2 Te-127m 1.78E-4 CHEM-5
WATERFORI~ 3 AHl1UAL EXERCISE JULY 29, 1992 CHEMISTRY CUE CARD CUE CARD !10. TIIREE TO: Cl!LMISTRY PLAYERS TIME: 1130 FROM: CllD41STRY CO!1 TROLLER SAMPLI!1G TIME . . _ _ Initial SAMPLE ID: Titg. gin Generator tio. 1 ._ GAMMA SAMPLE DOSE RATE:,_gqijgin( cc) X Samale Size X- UmLQL s uUd2" mR/hr 0_1" , . _ BETA SAMPLE DOSE RATE: GAMMA X 2 = mR/hr 0 1" 11 2 (cc/Kg) _25 Dis 02 (ppm) <0.001 pH 7.2 BORON (ppm) _110 Li (ppm) 0.64 i5 (E-Bar) Other SPECIFIC ACTIVITY: uCi/cm(cc) Gross Activity 1.49 Te-127 _1.27E-3 Ba-137m _?.02E-2 0.703 To-129m 2.66E-3 Kr-83m 2.65E-2 001-131 To-129 2.09E-3 Kr-85m 1.39E-1 Cr-51 3,6,11 -2 To-131m 4.19E-3 Kr-85 2.90E-1 ( Mn-54 5.93E-4. y To-132 4.65E-2 Kr-87 7.58E-2 Fe-55 3.06E-3 I-130 3.24E-3 Kr-88 2.53E-1 Fe-59 1.90E-3 3.05E-2 I-131 5.07E-1 Kr-89 6.31E-3 Co-58 I-132 1.34E-1 Xe-131m 1.53E-1 Co-60 3.83E-3 H-3 ,_1 00 I-133 6.19E-1 Xe-133m _2.84E-1 C.45E-3 I-134 6.09E-1 Xe-133 2.39E+1 ( Br-83 2.75E-1 Xc-135m 1.64E-2 Rb-86 ,,_L 50E-4 I-135 8.02E-1 Cs-134 4.47E-2 Xo-135 4.44E-1 Mo-99 Tc -99 m 5.44E-1 Cs-136 .. . 2 . 2 7 "-2 Xe-137 1.14E-2 5.35E-4 Cs-137 3.22E-2 Xe-138 5.56E-2 Te-127m CHEM-6
WATERFORD 3 All!10AL EXERCISE JULY 29, 1992 METEOROLOGICAL SCEllARIO OUTLI!1E A!1D DATA The meteorological scenario Jelected for the Waterford 3 SES 1992 Annual Exercise has been prepared to meet the overall objectives . of the exercise. The meteorological scenario annumes winds from the northeast at a consistent speed. The choice of weather conditions will bet a moderately stable dispersion category of F with a wind speed of The 4 miles per hour, choice of this the wind is from the northeast (33 degrees). meteorology provides for measurable levels of radiation downwind. The meteorologic.11 data presented in this section includes:
- 1) Simulated general forecasts from the riational Weather Service and
- 2) Simulated computer printouts from the plant's meteorological system.
a) Meteorological data for the length of the drill is precented r.n page MET-5. s 9 MET-1
WATERFORD 3 AN!10AL EXERCISE JULY 29, 1992 i k l SIMULATED WEATifER ?ORECASTS PROVIDED BY Tile NATIONAL WEATi!ER SERVICE P i HET-2
-t
_. . _ _ = . _ - _ ._. .___ _ _ _ ___ _ _ _ ._ _ _ I i WATERFORD 3 ANNUAL EXERCISE l JULY 29, 1992 ; Simulated Forecast Provided By The National Weather Service ' for Wednesday, July 29, 1992 j TIME 0800 - 1600 The extended forecast for the New Orleans area and southeast * , Louisiana is as follows: I For Wednesday, July 29, 1992, morning lows are in the middle to upper 70's; afternoon highs will be in the low to mid 90's, Chances for rain are less than 50%, with a chance for late Skies afternoon, early evening widely scattered thunder showers. i are partly cloudy, with winds up to 4 miles per hour from the n( ttheast. l i J 3 4 s 4 4 7 l l i MET-3 L
WATERFORD 3 ANNUAL EXERC8SE JULY 29, 1992 i t t r i t t i SIMULATED COMPUTER PRINTOUTS OF METEOROLOGICi,L DATA T l I l MET-4
. . , . . _ - - . . , . . - . . .~. . ~ . - . . -- . _ _ - . _ . . . . . _ - - _ _ _ . . _ . . , . . . - . _ . - - - _ . . . _ _ . - . . - _ , . . - . , . . _ . - _ _ . . _ . . ., .
WATERFORD 3 ANNUAL EXERCISE JULY 29, 1992 l. SIMULATED METEOROLOGICAL OUTPUT i 0800 - 1600 PRIMARY LOWER LEVEL WI!1D SPEED 1.78 M/S i BACK-UP LOWER LEVEL WIND SPEED 1.76 M/S ; PRIMARY UPPER LEVEL WIND SPEED 1.77 M/S-33 DEG PRIMARY LOWER LEVEL WIND DIRECTION 31 DEG BACK-UP LOWER LEVEL WIND DIRECTION 34 DEG PRIMARY UPPER LEVEL WIND DIRECTION , I.0 DEG C PRIMARY DELTA-T t 0.9 DEG C - DELTA-T REDUNDANT 0.9 DEG C BACK-UP DEI /lA-T
.t 20.0 DEG C TEMPERATURE 3.9 DEG PRIMARY LOWER LEVEL SIGMA T11 ETA ,
4.4 DEG BACK-U? LOWER LEVEL SIGMA THETA 4.5 DEG PRIMARY UPPER LEVEL SIGMA THETA O INCH PRECIPITATION t l MET-5 , v- - w.- 3, c c-- ~ w - m+ --i i-vs,-'- - --vv y , n--- v - -e-e+v +-e-e,1-y e vg -w -1ms*ev* er-+-v v
WATERFORD 3 ANHUAL EXERCISE JULY 29, 1992 DARin_LoE_ Anglo 1oaieal_JLoltion of thg_Dr.ill This exercise package utilizes the reactor coolant average isotopic data from the FSAR, Chapter 11. The iodines and noble gases are slightly elevated from normal operating chemistry for ' Waterford, however, the dose equivalont iodine is well below the Technical Specification limit of 1 4Ci/g. This activity was assumed to be transported to the secondary system when the initial tube leak of 50 gpm occurs. There is also a nitrogen-16 inventory in the primary coolant as long as the reactor is at power. When this 7.1 second half-lif e isotope Joaks into the secondary side of the steam generator, it will be transported to the main steam lines and provide significant indication only on the main steam line radiation monitor (it decays before reaching other steam line monitors). The blowdown and condenser off-gas radiation monitors will only indicate the halogens and nobic gases present in the steam and condensate. Upon indication of a prin.ary to secondary leak, operations personnel will isolate the polishers and divert This diversion provides the condenser both off-gas to the plant stack. dilution flow and filtration of the release such that insignif4 cant 1 cyclo of radiation are seen on the plant stack radiation monitors. In Lddition, the leakage of radioactive primary coolant into a much larger volume of " clean" feedwater flow, reduces the concentration of iodines and noble gases available for release. This leak rate is manageable and causes insignificant off-site doses; this has been demonstrated by several primary to secondary leaks which have occurred in the industry. The operations peraonnel performing in this drill are expected to continue to reduce power without tripping the reactor. When the leak rate exceeds the available charging capacity at 150 gpm, the operators are expected to trip the plant and later manually initiate safety injection (SIAS). Several things occur at this point. The main steam line radiation monitor will return to near ambient levels, the condenser off-gas and the blowdown radiation monitors will indicate the increased activity in the secondary and the Reactor Auxiliary Building (RAB) ventilation flow rateThis will combined go from flow 93,000 cfm to a combined flow of 20,000 cfm. is from 2 trains of controlled ventilation area system (CVAS) at 3,000 cfm, each, and 2 trains of Shield Building Ventilation System (SBVS) at 10,000 cfm, each. A Containment Isolation Actuation Signal (CIAS) should be concurrent with the SIAS and will serve to isolate containment. ONSITE - 1
WATERFORD 3 ANNUAL EXERCISE ,' JULY 29, 1992 1 At approximately 20 minutes post reactor shutdown, an unisolable i leak on the blowdown line will occur releasing contaminated, high precoure water to the -4 wing area. This water will flash For to the steam due to the ambient temperatures in the wing area.
! purposes of this drill, we have assumed complete mixing within .
the steam generator and that the activity in the generator is l equal to that in the RCS. This very conservative assumption will j - provide for enough radioactivity to exercise the Health Phynics Following the technicians on site and the field teams off-site. break, activity levels exiting the plant stack will slowly rise Both the -4 and -35 wing as a function of hold-up in the rad. areas will become highly contaminated with gaseous and condensed RCS, preventing normal access to containment. Offsite doses will reach a maximum at about one hour past release. CVAs filtration will serve to effectively reduce the iodine present in the guscous release, causing differences between l i-projected offsite iodine doses and those actually measured by the i field te.ms. Dose projection persennel are cognizant of why this ; difilmence occurs, and will depend on field team measurements for appropriate evaluation of population dose estimates and
- recommendations. >
i - The meteorology for this drill wau chosen in order to effectively
< exercise the field teams. The wind directicn provides many '
survey points within a 2 mile radius; the dose rates drop off too rapidly beyond this point to provide for adequate survey meter will project measurements. The wind direction chosen, from 33', '
- the plume to a downwind direction of 213*. This plume will pass in close proximity of the Emergency Operations Pacility (EOF),
located at 210', however, due to the low dose rate involved !
' (65 mR/hr, maximum) , and the shielding incorporated in the EOF design (2-3 tenth value layers of concrete), the doso rates inside the EOF will remain unchanged. The facility ventilation will be simulated to have isolated to prevent the induction of radioactivity into the facility and contamination icvels will remain minimal. The EOF should be_ fully staffed prior to the encountering of significant plume dose rates and contamination levels, and the scenario will provide for demonstration of I
contamination control techniques within t?e facility. l l : l 1 ONSITE - 2
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'elocso Rate in Cur 2es por Second - .23 ioble Oas Dose Factor - e1400 lodi,ie Pose Fac tor. - 7.6LE+08 Iodine to Hoble Gas Ratio - .0000053 Si te o f Release and Dura tton >
$1to of Ieleese - Pldnt Stecs.
iinie 31 14hich Release Occurt - 1200 , h 9
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!!! 174 162 154 149 10 10 ! !!$ 1:1 231 194 141 145 20-l IM !!) !!) 231 114 174 16! 154
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..__ _ . . . . _ _ _ ._..__....._-.._._.._...~___._._.__...m_. _m.
I Emergency f'reparedness Drill i l Anhoal E wrcise ! l
/2?/l772 l 1
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Mt beenple Dura tion - S Mitmtes ! Air %mple I: low Rate - 2 cfm -! Anr Sample Count I i me - 5 lii n u t r;-s ' liacl around Semple Count Time - 2 Minu tes Instrun.ent D/C - 30 Dose Equivalent lodine Factor - 1.4 Child thyrtod Dose Conversion rectoi - 9.0 077 fie teorology Chosen e Wind Stabili ty Cctegory F. Windspeed - 1.708 meters por second Wind From - 33 Distances in - Feet 1 Dose Fsetors
'elease Rate in Curies per Second - 7.1 tablo Oas Dose f~ actor - 61400 lodine Dose Factor - 7.65E+00 Iodine to Hobid Oas Ratio - .0000053 l Site of Release end Duration Site of Release - Plant Stack Time a t Which ' Release Occurs - 1215 r i
l It I
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[ 121$ (letta lufte seter fleht! , hosial listantes to fett. li614ste lH *H 360 400 5:0 6H 700 800 40 IHO offCenter
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0 li 69 315 1841 IW W N W 407 3D
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- i H ; 2- 22 177 1821 1197 8H 643- $14 407 -337 74 -l 1- f 18 147f !!f7 854 443 H4- 447 331 854 .0= H4, 47 337 H: ; e 4- 41 1924 973 56f (71 643 5H 407 -337 I -l 0 0 20 673 1H ; 6 0 2 237 374 480 H3 lH 407 337 ,
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huviti littotes in Ittt. hitaatt offte6ter !H 2H HQ 4C0 HQ 404 710 300 fH 1000 0 2 308 48f 6:4 67f 6H 5H 43 ill -: 0
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0 t il 1923 !$H lill fB 05 $3 43 6, , ,, ,,, s., ,,,. ,e, ,H .,, ,H 43, 2H 237 186 1816 836 6H $H 43 H 4 31 i -l t H 311 2H7 1538 till IH all 130 438 t H : n a 3D tm HH nH su in iH in il 21 et 315 U61 tlH !!!6 8H in 130 43 Il !H1 .1116 Illi 8H 615 IM "4 (enter-l 69 315 10 il et 313 7341 Il4 !!!i 834 O! 3H 438 e ., ,,, H., ,,,, e ,, ,H ,,, H, 4,, 1, .; n m um Du eH H 4H 3 -: u 4 - 1 H 315 7367 1536 1110 634 du 530 438
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l [sttqtitrtretareottitrill 4 6:41 D ertilt 1121/1112 e Dainteestheittiteif(161cgttalleta 1215 Itult! 6f I Fittle leillt isttles Stieltl feiettti tt Crssi Chatt loste161 liltaten in f ett. Illlaitt ...!!!.!!!!!:...!!L...!!L...hL...!!L...!! L ...!! L ..!! L ...!! L !! L ...!!! L .......... m .: m m m m m m lea im m a 4! 3M IM IM 1143 1331 1367 I?76 !al! M4 72f m m m, ,,4 ,,,
...! m ,,,8 1,66 16,, m6 70 , IM 103 !!76 102f 854 72f
!!$ 12) 2773 2268 m m m ,384 ml ,6,, ,,,6 ,,,, ,,. ,,,
60 y H -l IM !!! 12) 3384 !!60 till !!76 1828 854 729 1M 128 3384 2261 1653 !!76 1028 154 12* l 125 IM 3314 !!68 1653 1774 1928 114 72f 30 1 125 12) 28- IM in 1M 3384 2269 1653 !!76 1921 858 72f 10 -l IM iM IM 3314 2268 1613 1276 Illi 114 7il IM IM 331t 2268 1653 1276 1921 154 72f Cente 1M it-; 121 in 1M 3384 2268 1653 1216 till 114 i!f IM 125 3314 2268 1653 1276 1828 154 72t 25 - 125 30-l 12) 121 123 3384 2261 1653 !!76 1921 854 121
!!) li16 114 72f 40-k IM 121 3384 2268 1653 1928 h '*
aI - m m m 33n n6: im i2n un n4 m 80-l iM !!! IM 1958 1866 till !!76 1028 854 72f
,1 123 125 1143 1331 1367 1276 1428 854 72f 125 1H -; IM 7fl 1276 1828 154 72f IM in 149 ill BACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS)
'l Ceergency Preparedness Drill' Annual Everetse ,
f- 7/2?/1??2 r i Prill Constants ! Air %mple Duretton 'i Minutet Air Sample Flow Rate - 2 c1m Air %niple Count limo - 5 Minutes Daci;qround %mple Count finie - 2 Minulet . Ins trumen t D/C '30 Dose Equivalent lodine Factor - 1.4 l Child Thyriod Dose Ccnversion Factor - 0.0277 r 5 Neteorology Chosen Wind Stability Category F. Windspeed - 1,788 meters per second Wind From - 3J , Distances in - Feet , Dose factors . telease Rate in Curies per Second - 13.0 Hoblo Gas Dose Factor - 61400 todine Dose. Factor - 7.65E408-lodina to Hoble Gas Ratio - .0000053 Site of Release and-Duration-Site of Release - Plant Stac6- l Time at Which Release Occurs - 1230 L M F F
+
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- ; 3 40 32f 3385 2;26 til? !!!) 137 758 627 il 7 72 476 3381 2226 Itif lift 937 Mt 627 i -
l 16 105 586 3381 2226 til? liti f37 718 6!? e .
!!!6 1587 1191 137 758 627 34 - ; 2! '29 186 3385 20 42 !!! 116 3;ll 2226 ill? 1115 137 750 627
; 12t 186 338) 2226 1597 !!!S 137 MI 627 10 62 (titet ' 52 129 $86 3383 2226 1547 !!!) f37 Mt 627 10 l 12 lit 186 338) 2228 1517 lit) 137 MB 627 20 42 121 186 338) 2226 til? !!!) 137 MI 627
!!! 338) 22M lil7 1111 . 137 Mi 627 30 -l 21 186 .t O .
4 50 -l 7 72 476 3315 2226 til? !!!! 137 751 627 60 3 40 321 3311 2226- 1587 !!fl 137 Mt 627 70 : 6 17 113 2M6 2226 1587 !!!) 137 MI 627 , B4 ; 9 1 76 11H lies 1517 liti 937 758 627 1 -l 0 ! 37 litt 1252 1289 liti 137 M4 627 t t 616 113 11tl 137 Mt 627 let -l 4 til
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;00 60; 7'l 800 700 1000 oli(uter 100 200 400 500 O
90 0 1 37 13 4 1621 1676 itit !!!l 195 915 i 76 mi 2ni 20 0 m. mi m er i0 0
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- 10 -l 52 121 116 4400 2114 2063 1514 1218 til til 26 -! 4! !!! 186 4400 2814 2063 tilt !!1l 91) 81) 30 -; 21 121 186 4400 2094 2063 tilt !!1l til 80 40 -! 16 10 1l6 4400 2814 20 0 till 1218 fli til M -; 1 72 416 4400 Ilf4 2063 1534 !!!I fil Ill 60 - 3 40 321 4400 2194 20 0 till 1211 til til
/
lli 70 -; O 17 183 IlM 2814 2063 1514 1218 til 60 - 0 8 76 2475 235l 20 0 till 1218 fil 8D 5 -; 0 1 17 13M 1628 106 till till in Bn lot ; i e 4 572 904 !!60 till 1218 til ill i 4
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!!47 100 ' !!l 12) !!$ 113 1370 1723 !!64 1803 1481 l
90 -; !!) 123 121 20!f i;66 2433 2265 liO3 1481 1247 80 ; 121 !!! 125 3533 33 0 246 22 0 1803 1881 1247 244 2265 1801 1411 !!47 70 ' 125 125 125 1048 4110 60-l 12) !!$ !!) 6184 4110 ff66 !!O !!03 1481 1247 10 - 125 125 12) 6114 4110 ff66 !!61 !!al 141 1247
!!) !!) !!1 6184 4110 2f66 !!61 !!03 1481 1247
-l 30-l 125 !!! 121 6114 till 2f66 22 0 1803 4481 !!47 20 ; 125 121 125 6184 (Ill 2f66 2265 1803 till 1247 10-1 121 125 121 6184 (!!0 ff66 !!65 1803 till 1247 (titer !!l 125 !!) illi 4110 !%4 22 0 1803 till !!47 4til f"' ?!61 1803 1481 !!47 10 ; !!) 12) !!$ 6184 l
20 ; 121 12) !!! 6184 (!!0 2f66 2265 1843 1481 1247
- 12) 6184 4110 2166 2265 1803 1451 !!47 i 30-l 125 125 l
40 -l !!) 121 !?S 6184 (!!0 ff66 2265 1803 1481 1247 till !!O ;l03 !!47 l_ 10 -! !!! !!) !!! 6184 2166 1481 l (. !!! 2966 !!O 1803 Ital !!O [ K -l 12) 171 6184 4110 f
!!) !!47 i 70 1 121 !!) 1048 4110 !!66 22 0 1803 1481 l
2;;,5 le ; 125 !!! !!l 3333 3363 ff66 1803 1481 1287-
, -l !!l 125 121 201f 2366 2433 !!O 1801 1481 1247 i
100-l !!) !!l 125 f13 1370 1723 22 0 1803 1481 1247 l- B ACl(GROUND SAMPLES ARE ALL 50 COUNTS (GROSS) i l
s_._._ . _ . _ _ . _ . . . _ _ _ . _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . _ _ _ . _ _ Emergenry Preparedness Drill i Annual D rcise 7/27/192 l [ Drill Constents t Air %hple Duration - $ Ninu tes i Air Semple Flow R te - 2 cfn, ! Air Sample Count Time - 5 Minutch bac} ground %riple Count liee 2 Minutec t Instrument D/C - 30 Dose Eqolvalent lodine factor - 1.4
- Child Thyrtod Dose Conversion Factor - 0.0277
[ Meteorology Chosen I i Vind stability Category F. I Windspeed - 1.780 meters per second ,
-Wind from - 33 Distances in - Feet Dose Factors (elease Rate in Curies per Second - 19.3 Hoble Uas Dose Facior - 61400 lodine Dose factor - -7.65E+08 l lodine to Hoble Das Ratio - .0000053 f
Site of Release and Duration Site of Release - Plant Fiack
' Time at Which Release Occurs - 1245 b
V I i R
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r.
(str4titt feriertteell frill Ansallitrtist 7/2f/lf! e h iitt 464 heartitt 144010q1t41 lata l'45 Cittt4liekePeteritalist lesrated listutes it fett. listante 304 400 H6 600 ?ll 800 100 1904 l offCenter 100 200 4 0 $ 643 1017 1305 1420 1370 !!al f!? 100 fl - 6 i $4 1:46 !!!! llli 1748 1370 !!00 917 il -l 0 12 til 2784 l644 2320 1748 1370 !!Of 917 70 -l 0 24 fil 40!! 3254 !320 1748 1370 liti 917
$ $f 482 494f 3254 2320 1748 1370 !!06 fl?
60 i il -l 11 106 6f4 (?4f 3254 2320 1748 137f litt f!? 1 - 24 153 IK (f4f 3234 2320 1748 1370 1108 fl7 til 4f4f !?48 !!Of fl? it -l 43 154 3254 2320 1370 Ill (f4f 3254 2320 1741 1378 !!01 fl? 24 -l 61 156 Ill (ftt 1748 1374 1108 fl? II -l 76 851 3254 2329 l treter-l 74 til 154 494f !!!4 2329 1748 1374 !!01 917 16 - 74 Ill 156 4f4f 3254 2320 1748 1370 !!IS 917 26 -l 41 111 814 494f 3254 232f 1748 1374 litt f17 til (f4f 3254 2320 1748 1370 !!06 f!? 30 -l 41 114 til !!Of f!? 41 - 24 156 474f 3214 2326 1748 1374 Il 6fi Af4f 3254 2320 1741 1370 !!08 917
$0 -l . 106 5f ~ 482 494f $254 2320 1748 1370 -1108 fl7 40 -l 1 i
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loensiti liltutes le f eel. littute offCenter 100 !Il 300 400 $il 400 700 800 900 1000 100 ; O 6 $ 136 1322 lit 7 1846 1782 1440 !!f2 ' I fl 0 1 $4 2010 2380 2431 !!72 1782 1840 1192 341f 3437 3016 !!72 1782 1440 1192 le 9 12 111 70 -l 9 24 268 - $227 4231 3016 22n 1782 1440 lift if 2272 1782 1440 lif2 60 f 5 482 6433 423! 3014 616 4413 f231 3016 22n 1782 14w 11f2 50 , 10 106 i l 24 ill 854 4433 4231 3016 !!72 1782 1440 !!!! 30 -l 43 til 134 6433 4231 3016 !!n 1782 1440 lit? 20 ; 61 188 156 6433 4231 3014 !!n 1782 1440 1172 18 f 76 168 856 6433 (231 3014 !!n 1782 1440 !!?2 tester-; 76 Ill 854 4433 4231 3016 2272 1782 1440 -lit! 10 -h 74 lil 156 6433 4231 3016 2272 -1782 1440 lift 26 -l 61 til 154 4433 4231 3016 !!n 1782 1440 !!!! 34 ! 43 ' 188 856 6433 4231 3016 !!n 1782 1440 liff -
= 40 ; 24 153 116 4433 4231 3016 22 4 1782 1440 !!!!
10 -; 18 116 6f4 6433 4231 3016 22n 1782 1440 lif2 1 59 482 4433 4231 3016 2272 1782 1440 !!?? 60 76 ; e- !( 248 .$227 4231 3014 22 4 1782 1440 lif2 80 -l 4. !! 111 341f 3437 3014 un 142 1440 'llt? ,. s' 1 -; .t 1 54 2010 - 2310 - 2411 !!n 1782 1440 '!!f2 106 ; e 6 5: 834 1322 16f7 22n !?lt 1440 !!!2 r ..,..,.,+,,.w,..-, ,-, ,--,w , _,e ,a
-,.,.2, - sa--- .h #s -+J-As --t,a,a+s,, - - .-a,_e4 .+,. 4 aw_.s x- - = L _,a _ s (strgeett fittartotit Irill hagal (strt sit 1/29/192
+
DentleattKearnitelatitit,ticallets l lIll ltullt of $ finite !chnt inspiti i Itllll%flperitjlt(f01 lWBil lovesitilistantetinItet, listants offCenter 100 l00 ;00 400 500 all 700 800 900 H00
'i -l !!5 !!I 125 fif4 ;402 ;100 '54 $78 2108 liu
,,, ,, 1:, ,,0, 4,,, 4:,, ::,4 ;,,, ,,08 ,,..
80 4 il-; 1:1 12) 125 1323 $fl! 427f 3254 !!78 !!Cl 1764 60 1:5 1:5 !!) 1984 $f>l 427f 3:54 2378 !!Cl 1744 125 til !!) 1184 5f51 427f 32$4 o 78 !!06 1764 ll-l 1:1 !?) 125 1184 1931 427f 3:54 2578 !!08 1744 30 !!i 125 !!1 8984 5f11 427f 3234 2378 !!0l !?ds 20 ! 121 175 12) IfH ifl! 4!7f 3254 2178 2108 1764 10 l !!i !!$ 12$ Ifl4 iff! (27f 3254 2371 !!O8 1764 Cotfr 1:5 125 !!l 8984 5951 4271 3254 !$78 !!08 1744 10 -! !!! !!l 121 Ifl4 5fl! (27f 3234 237f 2108 1744
,,, ,,, ,,, I.,4 ,,,, 4,,, ,2,4 ,,,8 ,,0, ,,..
20.; 30-l !!! 121 125 Ifl4 1951 427f 3254 2178 !!C8 !?&& 40 - !!) 125 !!! Ifl4 till 427f 3254 2Ns !!0l 1744 50 -l !!) !!$ !!! 8984 ifft 427f 3234 2378 !!0f 1744 IfH $f51 427f 32M 2178 !!08 !?46 60-l 125 12) 125 70 ' 125 12' 125 7323 5f51 (!?f 3234 237f 2108 1746 l 10-; 125 !!! 125 5108 485f 427f 32H 237f 2108 1744
, -; !!) !!$ !!) 2894 3402 3500 3254 2578 2108 1766 i
If44 2178 2108 1744 Ito -:- !!5 !!1 Its !!T7 2441 3234
-DACKGROUND' SAMPLES ARE ALL 50 COUNTS (GROSS)
Emeraency Frecartdness tvi ll Annuel l:sercise 7,'27/1972 Drill Constentt Air 3cmple Duration % Minute 9 Air Semple flow Rate - ? cfm Air Sainole Count Iime - 5 Minutes itati ground Gemple Couri t Time . Hinu t M Instrument D/C - 30 Dose Equiv#1ent Iodine Fector 1.4 Cliild Thyriod Dose Conversion Fac tor - n.0277 Meteorology Chosen y Wind Stability C a lteo o r / F. Wiridspeed - 1.788 sieters per ce ond Wind f roen - 33 Distances in - Feet Dose Factors
<elease Rate in Curies per Gecond - 22.1 Hoble Gas Dose Fector - 61400 Iodine Dose Factor - 7.65E+08 lodine to Hoble Gas Ratio - .0000053 Site of Release and Duration Site of Release - Plant Stact Time at Which Release Occurs - 1300
o (strqtetyfrtparttattiDrill Astialfitrtut
?!?t/1972 b -
c ui. .t o tituit niai.o n n .t. 100 ? t!stedinnlosReterPlating 2cosind listaues in teet, listance
;00 5:0 600 700 80s 900 1300 etttenter 100 200 400 i .......................
} l 2016 2159 2001 1569 1265 1050 90 -; 9 1 61 1771 1028 2657 2001 !$41 1268 1050 90 ; 0 13 127 3187 2657 2001 1569 1268 1050 70 , 1 28 306 4604 3727 [
' 5667 3727 2657 2001 1569 1268 1050 60 5 67 552 797 *6 e 57 3727 2657 2001 1561 1268 1050 50 -; 11 121 l
1 -; 27 175 til 5667 3727 2657 2001 156f 1268 1050 3727 2657 2001 156f 1268 1050 30 -; 41 216 981 5667 l 3727 265) 2001 1569 1268 1050 20 -; 70 216 ill 5667 l - 1561 1268 1050 10 - 87 216 911 5667 3727 2657 2001 l 181 5667 3727 2657 2001 1541 1248 1050
- Center-: 87 216 l
5667 3727 24 0 2001 1569 1268 1050 to -; 87 216 til L , Mt 5661 3727 2i57 2001 1569 !!68 1050 20 -l 70 216 " 30 - 41 2ta 981 5667 3727 2457 2001 1569 1268 1050 3727 7657 2001 1561 1268 1950 0 ; 21 175 981 5667 l 1050
- 50 -; 11 !!! 777 5667 3727 2657 2001 1569 1268 I- 5667 3727 2657 2001 1561 1249 1050 60 -l 5 67 552
? ; 4604 3727 2657 2001 1569 !!68 1050 70 -l 1 28 306 f 3187 3028 265r 2001 1569 1268 1050 60 -l 0 13 127 1771 0016 2159 2001 1569 1268 1050 9 -; 6 1 61
- l
'll65 1414 2001 1561 i268 1050 100 -! 0 0 6 737 F
l ----- _ _ - _ _ _ _ - _ _ _ - _ _ __ _ _ _ -- _____
'feertettyfreparehtnitill!
Anaal Eartne 7/29/1992 Onite ad itearitte ladioleptal fata 1300 r Opes tahs Aeter leadiq lonvad listattel ' . f eet, liitote (00 E00 900 1000 cffCute- 100 200 300 400 500 700 , u- 100 -l 0 0 6 958 1514 1943 2114 'M , 1365 l 90 0 1 61 m. .. a 2006 :h. 2040 1649 1365 l 80 -; 0 13 127 4144 3936 3454 2602 2040 1649 1365 70 -l 1 28 306 5985 4844 3454 2402 2040 164' 1365 60 ; 5 47 552 7367 4844 3454 2602 2040 1649 1365 l 50 -; 11 !!! 797 7347 4844 '.454 2602 2040 1641 1365 l 1 -l 27 175 981 7347 4844 3454 2402 2040 1649 1345 30 -l 49 '216 981 7367 4844 3454 2602 2040 1649 1345 20 -; 70 216 981 7347 4844 3454 2602 2040 1649 1365 10 -l 17 216 til 7347 4844 3454 2602 2040 1l,49 1365 l Center-l 67 214 181 7367 4844 3454 2602 2040 1641 1345 10 -! 17 216 981 i347 -4844 3454 2402 2040 1649 1335 24 -; 70 216 til 7347 4844 3454 2602 2040 1649 1365 30 -; 4? .' ?ll 7347 4844 3454 2602 2040 1649 1365 l 40 -l 27 175 til 7347 4844 3454 2402 2040 1649 1345 l 50 -; 11 121 797 7367 4844 3454 2602 2040 1649 1345 60 -: 5 67 552 7347 4844 3458 2602 20h 1649 1345 l 70 -; .1 28 346 lits 4844 3454 2602 2040 1649 1365 80 -; O 13 127 4144 -3134 3454 2602 2040 16 0 1345 1 -! 0 1 41 2302 2725 2006 2602 2040 litt 1345 1 100 -; 4 0 i til 1514 1943 2402 2040 1649 1345
fiertentf frepartenessiriti basalEternst 7/29/1192 Onsite and hearsitt fehologial Data 1300 leults of 5 Minute ichte balles ResultsleporttittGrossCutts louestnilist46cesit, feet, Oilt48te 400 $40 MO 700 3]0 M0 1000 offCenter 100 200 300 3981 '708 2134 2;96 2004 90 ' 12) IM IM 3295 3878 532; 5546 4331 ;G 2154 M16 2H4 60-l 123 123 1M
,M ,02,0 67,6 4., >,0, 2,,4 M,6 M0 60 s 1M IM 679i, 4H1 3MI 2134 M16 2004 50 1M 121 125 10270 1708 2934 2316 2004
-l IM IM IM 10270 6794 till 4981 3706 2134 2316 2004 30 !M IM 125 10270 6796 IM 10270 6796 4831 3708 2934 2316 N04 20-l 125 12) 6 3108 2734 2316 2004 10-; IM IM IM 10270 6776 4831
. e in IM 10270 6796 4881 3708 2f34 23f6 2004 Center 1M 4881 3708 2134 2396 2004 10-l 13 125 125 10270 6796 4n't U08 2934 7.396 M04 20-; IM IM IM 10270 4796 4881 UO4 2134 2394 N04 30- 125 13 1M 10270 6796 in 19270 P34 M?6 N04 40-l In 125 6796 4831 370!
IM 10270 l,716 4831 3M8 2134 2316 ?004 50 -! 1M IM 1M 10270 4331 3708 2134 M?e N04 40 ' IM in 6796 4 3708 2134 2316 2004 70-l 123 1M IM 8368 6796 4891
- 12) 5831 M46 4331 3708 2134 23?6 2H4 10 - 12) 12) 3708 2934 2394 2004
, -l 12) 12) IM M9) 3878 3961 l
1H -l IM in IM 1444 2210 28H Uti 2134 2396 M04 f, 1 DACKGROUND SAMPLES ARE ALL 50 COUNTS (GROSS)
.EmergencyJPreparedness Drill' Annual-Exercise
'I 7/27/1992-
.I a
Dril'1 Constonts t Air Sample Duration - 5.111 n u t es Air: Sample Flow Rate - 2 cfm Air Sample Coun t Time - 5 Ninutes Bactground Saniple Count Time - 2 Minutes , Instrunient D/C - 30 Dose Equivalen t Iodine Fac tor - 1.4 Child Thyriod Dose Conversion Factor - 0.02?? , Meteorology Chosen
-- Wind S tability Category F.
Windspeed 1.788 meters per second Wind from - 33 Distances in - Feel Dose Factors telease' Rate in Curies per Second - 26.5 Noble Gac Dose Factor -- 61400-Icoine Dose Factor - 7.65E+08 Iodine to Noble Oss Ratio - .0000053 Site of Release and Duration Site.of Release - Plant Stach-Time at Which Release Occurs - 1315-1415-i.
?
a t
leergeny freparessess tr:ll
.hasel(tertist
.7/29/1???
Castteasihearsite844toicgicallata 131H415 Close6 haice Meter te44 tag iconsind listenten in feet. listute 500 400 700 000 900 1000 300 400 offCenter 100 ?QQ 100 -; 4 0 7 883 l',96 1772 1750 1882 1521 1259 i 1882 1521 1259 90 ! 0 2 73 !!!3 2513 2538 2400 3631 !!86 2400 1882 1521 1251 80 -; O 16 153 3822 4468 3186 200 1882 1521 1257 70 1 34 367 5521 2400 1882 1521 1751 60 , f 81 461 6795 4468 3186 146 fil. 679', 4468 3!86 2400 1882 1521 17 ' 50 14 2400 1882 1521 1759 1 1 32 !!0 1176 6715 4468 3186 1176 6715 4468 3186 2400 1882 1511 1257 30 il 251 1521 1257 20 - 84 259 1176 67f5 4468 3166 2400 1882 2400 1882 1521 1259 10 -l 104 259 !!76 6715 4468 3186 3186 2400 1882 1521 1259 Center-l 104 259 !!76 67f5 4468 6715 446E 3186 2(00 1882 1521 1257 10 -; 104 259 1176
!!76 3186 2400 1882 1521 1251 20 -k 14 251 67f5 4468 3g .l 58 251 ((16 67f5 4468 3186 2400 1882 1521 1251 40 -l 32 210 1176 6715 4468 3186 2400 1842 -1521 1259
$g .! 14 146 955 6715 4468 3186 2400 198' 1521 1257 661 6715 4468 3186 2400 1882 1521 1259 60 - 6 81 i
5521 4468 3186 2400 1882 1521 1259 70 -; I 34- 347 80 -; 153 1822 4631 3186 2400 1882 1521 1259 o 16 1 0 -1 0 2 73 2123 2513 7588 2400 1882 !!!! 1259 l
' 7 883 1396 1772 2400 1882 1521 1257 100 O. 0
. ~. . .. . , ,.
I-hergesty f rtpartpell Pri!! - > Amasal(strtist 7/29/1997 Catittand.4tartittRadielegicallate 1315-1415 OptelindosReferReading levniat fittantet in feel, listente 300 400 500 600 700 i;0 N0 1000 offCenter 100 200
!!48 1815 2330 2535 446 1977 !i36 100 -l 0 0 7 4 - 0 2 73 2760 3268 3365 3120 2446 1977' :436 4720 4141 3120 2444 1777 1434 80 -l 0 16 153 4969 7177 5Bef 414! 3120 2446 1977 1636 70 -l [ 34 347 8833 5809 4141 3120 24 4 !?77 1634 60 -; e 81 641 fil 8833 580f 414! 3120 2444 1977 1634 50 l 14 146 ll14 8833 580f ~ 4141 3120 24 4 l' '7 . 1634 1 -l 32 210 580f 4141 ;120 24 4 ty?7 14!6 30 58 259 111A 6833
;- 84 ' 259 1176 8833 5807 4141 .3120 24(. 1977 1434 24
;* - - 104 259 !!74 1833- 580f 4141 3120 '2444 1977 1634 Center- 104 259 1176 8833 580f 4141 3120 2444- tit! 1636~
10 104 ' 259 !!74 G833 5809 till _31:0 24 4 1977 4636' 11'6 1833 5801 - 4141 3120 2446 1971 1634 20 - 84 259 8833 580f 4141 3120 2446 !!77 1834
' 30 -l -58 ~ 25f 1174 4 -; !!0 1174 8833 530f 4141 3120 24 4 1977 16 4 32 50 --; 14 146 155 8833 580f 4141 -3120 2446 1977 .1434 -
60 -! & Il 461 8833 5807 4141 il20 24 4 1977 1634 367 1177 580f 4141 3120 2444 1977 1634 70 -; I 34 4969 4720 4141 3120 2444 1977 1634 80 -; 6 16 153 1 0 ; e -2 73 2760 3268 3345 31202444 1977 !&34
!!48 1815 2330 3120 24 4 !?77 1434 100 -l 0 0 7
i (sergencyfrepartenessIrtil sinialItertist , 7/29/1972 Casite ed hearn te faitel6gical Cata 131F1411 tesnits of 5 hatte It, dine 54sples Fesults leported in Gran (cunts Beenstad listaeces in feet, listance offCenter ;00 200 300 400 500 600 700 300 900 1000 100 - 125 121 125 1706 2625 3333 3616 3494 Sf8 2378 90- 12) 121 125 3926 4621 4759 4421 3494 2848 2378 l 80 -; 125 12) 12) 4968 662) $328 8421 Ait 2848 2378 l 70 ; !!$ 125 12$ 10009 8125 5828 4421 2494 2848 2378 40 -; 125 !!) 12) 12290 812) 5828 4421 ~3494 2848 2378 i 50-l 125 125 i: 12290 h?) - 5321 '442l 3494 2848 2378
; 125 125 !!5 12290 8121 5828 4421 3494 2848 2378 30-l 125 12$ 123 12290 8125 5828 4421 3494 2848 2378 l
20-l 123 !?) 123 -12290 8125 5821 4421 3494 2848 2378 10 ' 125 125 121 12290 8i2) 5821- 4421 3494 2848 2378 l Center 125 125 12) 12290. 812) 5828 4421 3414 2848 2378 l 10-; 125 125 121 12290 8121 5828 4421 3494 till 2378 l 20 -l 12} 12) 125 12290 t!!! $628 4421 3494 2848 - 2373 30- 125 125 125 12290 8125 5828 4421 3494 2848 2378 40-l 123 123 121 12290 8125 $828 4421 3494 2848 2378 50 ! !!) 12) 12) 12290 8125 5828 4421 3494 2848 2378 60 ; '123 125 125 12290 8121 5828 ' 4421 3494 2848 2378 l 70 - 125 121 123 10409 8125 5828 4421- 3494 2848 2378 80-; 125 125 123 ' 6969 6625 5828 4421 3494 2848 2378
.-l 125 121 125 3926 4621 4739 4421 3494 2848 2378 l
100 125 125 125 1704 2623 3333 4421 3494 2848 2378 BACKGROUND'GAMPLES ARE ALL 50 COUNTS (GROSS)
- s. . . __ . . , _ _ _ _ - - . . _ . , _ ,_ _ _ - -
_m.____.- . _ _ _ _ _ _ _ _ . _ . _ . - - _ - . _ . _ _ _ . _ _ _ _ . _ . _ _ _ _ . - _ . . _ _ . (
~.t
--; Emergency. Preparedness- Drill
- -Annual Exercise t: 7/29/1792 Drill Constants,- , i Air Sample Duration *> Minutes Air Sample Flow Rate - 2 cfm .j Air Sample Cour s ilme - 5 Minutes
.Bacl. ground Sample Count Time - 2 Minu tes Ins trument D/C - 30 '
Dose Equivalent !odine Factor - 1.4-
-- Child Thyriod Dose Conversion Factor - 0.0297-i, Meteorology Chosen .
Wind Stability Category F. 4 Windspeed - 1.788 meters per second
- - Wind From - 33 Distances in - Feet i Dose Factors delease Rate ir. Ceries per Second - 14 Hoble. Gas Dose Factor --61400-I
- - Iodine Dose Factor - 7.6M+08 '
, Iodine to Hoble Oa5 Ratto - .0000053 l -Site of Release and Duration L: Site of Release . Plant Stack 2 Time- a t Which Release Occurs - 1430 ' . h 4 h.- e ? f.'-
+
l. L k 4 ? i .- - Y . f'
' k.
t! - .. -~ ._,.~._....__-...__,._.._;. __.,_.,___,,_____; _ _ . _ _ _ . _ _ _ _ _
fattgestytreparttartsDrill j instalfiercist 7/21/1992
=
Casitt and hearsite t.fioloittal Data 1430 Cicsti vinics Peter tradini lovnetti listattes in f eet, OtStintt offCenter 1.0 200 300 400 550 600 10 500 900 1000 100 ; 0 0 4 447 731 147 1030 9 603 665
!!22 1328 l3D 1:49 9?4 803 665 90 -l 0 1 31 80 - 0 t il 2017 1918 1683 1268 914 303 465
??4 803 665 70 - 0 18 174 1917 2361 1683 1268 3i90 2361 1683 1268 914 803 665 40 3 43 341
'94 803 665
$a .: 7 77 50) 3570 2361 1653 1268 i -; 17 111 621 3510 2361 1683 lidt 994 803 645 893 645 30 -' 31 137 621 3590 2361 1633 1268 994 621 3590 2341 1683 1268 194 603 645 20 : 45 137 421 3510 2361 1683 1268 194 803 645 10 55 137 621 3590 2361 till 1268 fit 803 H5 Center - 55 137 803 665 10 - 55 137 621 3510 2361 1683 1248 994 2361 1683 1268 114 003 665 20 -l 45 137 621 3590 803 665 i 30 - 31 137 621 3590 2361 1683 1248 974 2361 1683 1241 994 803 665
- 40 -l 17 111 621 3570 803 665 50 ! 7 77 505 3510 2361 1683 1268 fit 349 3510 2361 1683 1268 174 803 645 64 -; 3 43 2917 2361 1683 1268 194 803 465 70 -; 0 11 194 25 -; e f 81 2019 1918 1683 1268 174 803 665
-; O 1 39 1122 1328 1367 1268 fit 803 H5
'O 1
100 -; 6 0 4 467 738 947 1268 ffi H3 665
-,y -- - ,_
liff4f6(tfrtpsredettistill Atavel(strtile 7/21/1112 Datilt ad hearsite tedia!ctical h ta 1430 Open kindes Peter tradiet levailed listantes a fett, httante
%Q 400 30 800 40 1000 efftenter 102 200 300 400 4 607 fit !:31 1339 1272 1044 864 100 : 0 0 39 1458 1724 1778 le48 1272 1044 564 90 0 1 80 0 9 11 2621 2413 !!88 1648 !!72 1044 864 70 , e il 194 3792 306f 2188 1648 Uf2 1044 344 43 34f 4667 306f 2138 1646 1;f2 1044 844 60 3 50 -; 7 77 5f! 4667 3049 !!f8 1646 1272 1044 864 0 17 111 621 4667 306f 2188 1648 liff 1044 864 to67 3069 2188 1648 1272 1044 844 30 -; 31 137 421 137 421 4667 3061 2188 1648 1292 1044 864 20 45 10 - Si 137 621 4467 3449 till 1648- 1212 - 1044 864 306f 2188 1648 !!?? 1044 664:
tenter- 5) 137 621 4667 10 -; il 137 621 4647 306f 2188 1648 1212 1044 - 844 20 -l 45 137 621 4467 3061 2188 1648 !!!! 1044 844 30 31 137 621 4667 3041 2188 1648 !!!! 1044 864 40 -; 17 !!! 621 '4647 306f 2188 1648 liff 1044 864 50 -; 7 17 50) 4647 306f 2188 1648 !!f! 1044 844 l' l ' 349 4667 306! 2188 1648 1772 1044 -864 40 -; 3 43 3712 3069 2188 1648 1272 1044 864 l 70 -; Q 18 114
\
f 262) 2413 till 1648 1212 1044 844 80 -; e 81 i
-; 0 1 31 1458 1724 1778 !648 12ft 1044 344
'O l: l' 100 ; 't 9 4 607 fit 1231 1648 1292 1044 864 l
1 l
hertety heprestess irtll t,innalEstrust 1/29/1??? Saltte eH kaatstle inhelMttel $6ta 100 fetults of ) Platte !chte Sasalti itselts hertti n Gren Crats leisiind listantes a feet, listate (la 700 3H M0 10H of f Center 101 200 30 501 630 lH -; 125 960 1446 !i20 1969 !M5 ;50 1215 125 US 4 m 125 L2) 2133 2502 2573 =15 45 1563 1315
.0 m m m 3,,, m, m, =,, m, m m,
# d 4 #
't 40 U5 m 125 0 52 4351 31M 23?5 1905 15 0 IM m m m .m 4m m, n,, 1,0, ,m ,m 30.:
, 125 125 12) 6552 ml 31',8 2395 1905 15 0 1315
- m. m m m .,,, ,,,, m, s,, no, m, m, .
n .: m m m im mi 3ni 2m im na un 10 : 125 125 125 4552 0 51 3138 2195 IH5 1563 1315 Cente !!) in 125 6152 4351 3138 239) 1905 1563 1315 16-; !!) 125 M5 0 12 4351 3138 2395 1105 1543 1315 M1 125 12) 125 4552 4351 J138 2315 iM5 1563 !!!5
- 12) 6)52 0 51 3138 2315 1905 1543 1315 30 - 123 121 W- 123 125 125 6M2 4351 308 239) IfM 1563 (315 50-l In 121 125 0 52 ml 3138 2375 1901 1563 t3ll 60 - 123 125 125 &$52 gni ]!]3 239) IM) 1363 1315 n .! m m m 5m mi ini m3 un na un 80-; 125 125 1M 3740 mt 308 239) 1905 1563 1315
<; in in in 21n 2502 m3 un 1905 00 1315 IM ;25 125 125 960 1446 1820 2m IM5 15 0 1315 BACKGROUND SAMPLES ARE ALL 50 COUNTS (UROSS)
- - . . _ _ _ . ~. ~.- . . . - . . . . - . . .- . . .. .-, .
~
- Emergency Preparedness Ortli Ar.iiu a l ' E x er ci se ,
7/29/1992 Drill Constents Air Sample Duration - 5 Mir.s les Air Sample Flow Rate - 2 cfm Air Sample Count Time - 5 Minutes Itackground Sample Count Time - 2 Minutes
- Instrument D/C - 30 <
Dose Equivalea t Iodine Factor - 1.4 Child-Thyriod Dose Conversion Factor - 0.0297 f Meteorology Chosen. Wind Stability Category F. ' Windspeed 1.708 meters per second Wind From - 33-Distances in - Feet Dose' Factors > <elease Rate in Curies per Second - 5 Noble Gas Dose Factor - 61400 Iodine Dose Factor -: 7.65E+08-Iodine to-Hoble Gas Ratio - .0000053 Site'of' Release-and Duration
- Site of Release - Plant Stack -
. Time at Which Selease-Occurs 1445 3
?
.{ .
+
~ _
-[ sergent;freparednessirill-Aans41Eiertise 7/29/1992 Ensitedidhee.siteladiologicallate 1445 Closed Vinho Reter .'eading henviailistantesir, feet, listatte 400 100 400 700 600 100 1000 off tester 100 200 300
; k
,0 .: 0 , , oi m m m m m m 80 - 0 3 M 721 M 60 49 'n a 287 m i 4
et 643 601 453 355 287 237 70 -l 0 6 1042 15 ' 125 1282 843 601 453 355 287 237 40 1 - 5( ; 3 21 180 1282 643 601 453 355 m 237
't -; & 40 222 1282 643 601 453 Ill 287 237 287 237 30 !! 49 222 1282 84) 601 453 355
; 4f 222 1282 847 601 453 355 287 237 20 14
'53 237 10 - .20 4f 222 1282 643 vvi 355 267 te i., . 20 i, m .m iu 60i m m m m 287- 237 10 - 20 49 222 1282 843 101 453 355 1282 843 441 453 35) 287 237 .
20 -l 16 49 222 'j
'i e,
30 -l 11 41 222 1282 843 Ill 453 355 287 237 1282 843 601 453 ~ 355 til 237' 40 -l 4 40 222 453 355 287 237 50 -l' 3 27 180 1282 843 401 60 -; 15 125 1282 143 401. 453 355 287 237 1 i 70 -l 0 6 of 1042 P43 601 453 355 -287 . m 80 -l 0 3 27 721 485 601 453 355 287 m 287 2!7
't -:- 0 0 14 401 474 .488 453 355 Zs3 338 453 355 287 237 100 +: 0 0 1 167 l
(sergency freparedient erill AsasalEsercise 7/29/1f92 Castle end Hearsite laitolatical hta 1415 Open ti:'on Beter letting lovniisd listantes in feet, hilaitt 4% 500 600 700 ??O 700 1000 of f Center 100 200 300 343 440 478 462 373 307 __ 100 ; 4 0 1 217 521 6t? 635 539 462 3<3 X9 90 -; 6 0 14 711 5Bf (42 M3 309 P0 - 0 3 29 937 811 o 1096 781 589 442 373 M9 70 ; 0 6 49 1354
' 1916 781 iR1 452 373 309 60 , 1 15 125 16e7 462 373 309 50 - 3 27 180 16 7 1016 781 581 4
Iff6 781 lif 462 373 30f
'O -l 6 40 222 1647
' 49 222 1647 1994 7:1 539 462 373 309 30 11
' 20 16 41 222 1667 1016 781 589 462 373 349 1667 1016 781 589 - 462 373 30f 10 -l 20 49 222 1647 1996 781 189 462 373 309 Center- 20 41 222 1016 711 589 462 371 30f 10 -l -20 41 222 1667 1916 781 581 462 373 309 20 -l 16 49 222 1667 37J 309 30 - 11 (f 222 1667 1016 781 581 462 to 1667 1996 791 559 442 373 309 40 -1 6 222 1667 1016 781 581 442 373 301 50 3 27 180 125 1667 1016 781 587 462 373 309 60 -; 1 15 61 1354 1016 781 589 462 373 30f 70 -l 0 6 21 137 811 781 531 462 373 307 80 -; Q 3 432 373 301
't -! 0 0 14 521 617 635 589 i
462 373 309 100 -l 0 0 I 217 343 448 587
inertesty freptederst $ri!! Anasal(struse 7lZfil912 Onlite 464 liear.ite 544i410g (410.ta 1445 tesults cf 5 Ilinste lohne 5.aties Fesults (eport.I in 1ress Counts losasindlistantesinfeet, Disiance offCenter ISO 200 390 400 550 ilv '00 %0 700 1000 130-: 125 ;M IM 823 '77
, 7;5 784 il 631 '40 90 - 125 125 IM 842 174 fit 736 76i 439 550 M' 125 13 13 1416 1351 1:01 06 761 439 550
!?f0 !!01 M6 741 637 150 70 125 125 IM 1634 741 437 150 40 -l H 125 !?) 2420 1634 1201 936 50-l 125 !?1 2420 1634 !!01 f36 Til 637 550 2420- 1634 134 761 439 550
-l 1M 13 1M 1201 30 : In !!5 125 2420 1634 !!01 f34 761 437 550 IM IM 1634 1201 936 741 43f 550 20-l 125 2420 1634 1201 136 761 6 37 550 10-! 125 125 125 2420 2420 1634 1201 136 261 437 550 2 enter 125 1M 125 In 1M 2420 1634 1201 936 741 439 $W 10-l 125 1634 !!01 914 761 431 550 24 - IM 125 125 2420
!!01 936 761 639 550 30-l IM 125 125 2420 1634 i
150 40-l 125 !!) 125 2420 1634 1201 f34 741 437 i 2420 1634 !!01 f34 761 439 550 20-l 125 in 125 1634 !!01 936 76! 437 5 50 60 a IM 125 125 2420 1634- 1201 1 34 761 137 550 70- IM 125 125 1990 1351 1201 f36 761 639 550 80-l 13 125 125 1416 842 1 74 fit 734 741 439 350
, -l 125 125 125 100-l 1M IM 125 423 517 40 934 741 439 550 JACKGROUND SAMPLES-ARE Al.L-50 COUNTS (GROSS)
. .~ , ,.-.- ~ . -.. -- . . . . . . - - . . ~. . - - - . . -- . .. .. . . ~. - - .
Cmergency Preparedness Drtll:
- Annual Exercise <
7/d?/1972.
-Drill Constants Air Sample Ot'ra tim. - 5 Minu tes Air Sample F1cu kate - 2.cfm _l
- Air Sample Coun t Time - 5 Minutes -
Bacl. ground Sample Coun t Time - 2 Minu tes- , Instrument D/C - 30 Dose Equivalent Iodine Fectar - 1.4 ' Child Thyriod Dose Conversion Factor + 0.0297 e neteorology Chosen Wind Stability Category F. - Windspeed - .1.788 meters per seconu Wind From - 33
. Distances int- Feet- e Dose Factors
<olease Rate ir. Curies per Second - .23 Noble Oas Dose Factor - 61400 Iodine Dose Factor - 7.65E+08-Iodine to Noble Gas Ratio - .0000053 ,
' Site of Release and Duration
. Site of Release --Plant Stack TTimeial Whita-Release-Occurs - 1500 a
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Casite and kvarsitt hiichtical Cata 1500 ClosedWindo,heterReading hensied Distantes in feet, listute
;00 400 500 600 - 100 990 700 1000-offCtater 100 200 8 12 16 17 16 -13 11 100 -l 0 0 0 18 22 22 21 16 13 11 0 1 10 . - 0 10 ! 0 0 1 !3 32 28 21 16 13 l' 48 31 23 21 16 13 11 70 ; O 0 3 6 51 3f 28 21 16 13 ' 11 60 -l 0 1 50 ; e '. i 59 37 23 21 16 13 !!
1
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30 ; 1 2 le 59 31 28 21 !! 13 !!
' to 59 39 21 21 16 13 11 20 1 2 10 -; I- 2 10 if 31 21 21 16 13 !!
Center-; 1 2 10 59 39 28 21 16 13 -11 le 28 21 ' 16 13 11 10 -l 1 't 57 39 3f 21 21 14 13 11 20 -l 1 2 10 $1 4 16 13 11 30 -! ! 2- 10 St 39 28 21 40 -; 6 2 10 11 39 ft 21 16 13 11. l-50 ; 9 1 8 51 39 28 21 16 !! !! 60 -l - 0 1 6 59 39 28 !! 16 13 !!
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- 0 3 48 31 28 21 16 13 - 11 70 0
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100 -l 0 0 0 s ~ 12 16 21 16 13 ti-e ,+ >
3 e Eseries.r freparedness trill ' Assialfiertise i 7/21!!ff2 OnsiteandHearltlefahtlogicalsata 1500 Opet#!sionReterleafist lovovisi instantes it, feet. listante 500 600 708 300 900 1000 af' rulet 100 200 300 400 20 22 21 17 14 100 ; 4 0 y .0 16 2? 21 17 14 90 ! 0 0 -1 24 20 27 41 34 27 21 17 14 80 : Q 0 1 43 2' 21 17 14 70 -f 6 0 3 42 $0 34 4g . 0 1 6 77 50 34 27 21 17 H 77 l0 34 27 21 17 14 50 -; 6 1 8 77 il 34 27 21 17 14 1 -l 0 2 10 30 1 2 10 77 il 36 27 21 17 14 20 -; 1 2 10 77 il 34 27 21 17 - 14 50 36 27 21 17 14 10 1 2 10 17 77 30 34 27 21 17 14 Center-l 1 2 10 27 21 1/ 14 10 - 1 2 10 77 10 34 4 77 10 34 27 21 17 14 20 -l 1 2 10 l 30 -l 1 2 10 77 50 36 27 !! 17 14 30 34 27 21 17 14 - 40 0 2 10 77 34 !? 21 17 14 50 -f 0 1 8 17 50 4 77 le 34 27 21 17 18 64 -l 0 1 le 21 17 14 70 ' ;' O 0 3 42 34 27 80 -; e i 1 43 4 '. 34 27 21 17 14 28 29 27 21 17 14 1 -; e 0 1 24 21 17 14 100 .; 6 0- 0 10 20 27
;fseriencyfreparettesstrill Ases41 Dercise 7/29/1112 Casitesi4Niarniteladiologicalfala 1500 lesults of 5 Illasie losine Saapits ResultileportetinGrossCounts 00:u1:4listanesinfeet, listam 500 600 740- HO 900 1000 offCenter 100 200 300 400 100-l 125 125 !?) 139 147 153 155 154 149 til 154 149 145 90 ' 125 !?) 121 158 164 165 162 80-l 125 !!! 125 184 181 174 162 154 149 143 74-l 12) !!) !?) 211 114 174 142 154 149 145 125 231 194 174 162 154 147 143 60 125 12) 145 36-l - !!! 12) 125 231 194 114 162 154 141
. 125 125 125 231 114 174 162 !$4 lit 145 231 114 174 162 154 14f 143 30 -l 123 125 123 t
20-l 123 121 !!) 231 !?4 174 162 !$4 14f 145 114 162 154 147 145 16-l 125 121 123 231 114 Center 125 12) 125 231 !?4 174 162 154 lit 141 10 ' 125 123 121 231 194 174 til 154 14f 143 154 14f 145 20 ' 125 123 123 231 174 174 162 30 -l !23 123 173 231 194 174 162 !$4 s't 143 40 ' 125 !!! 125 231 174 174 162 154 141- 143 to-l 125 til !!) 231 194 174 162 154 14f 145 i 114 174 !&2 154 147 143 66-l 125 123 125 231 70-l 125 125 '121 !!! 194 174 162 h4 141 14) 80-l 123 125 125 184 !!! 174 162 !$4 14f 143
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!$3 162 154 14f 145 100-l !!$ 111 125 139 147 t
BACKGROUND SAMPLES ARE,ALL 50. COUNTS (GROSS) ,
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WATERFORD 3 ANNUAL EXERCZSE JULY 29, 1992- -i METHODOLOGY AND ASSUMPTIONS USED FOR THE ' DEVELOPMENT OF THE-DOSE ASSESSMENT MODEL Please see the " Basis for Radiological Portion of the Drill" as shown in the Onsite section. M OFFSITE - 1 s
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. DIERGEliCir PREPAREN-lESS EXERCISE nonucl-E wrciss- ->
'/29/1992:
-i ,
EMERGEt!CY F LAllillllG 20ffE DAT A i Qirid Speed; 4 . mph. Rele ne rato: .23 Ci/tec-Release: 1200 hrs U =Mirid Direction: 33 -FEG fime ., Delts - 1: 1 Deo C Cl(ILD THYROID.- i Hil0LL 1 Obi
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