ML20085C088

Annual Emergency Exercise for 911023

ML20085C088
Person / Time
Site:	Waterford
Issue date:	10/23/1991
From:	ENTERGY OPERATIONS, INC.
To:
References
NUDOCS 9108260167
Download: ML20085C088 (297)

Text

. _ _ _ _ - - .

I WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 r

TABLE OF. CONTENTS I. INTRODUCTION  !

i Abbreviations II. OBJECTIVES .

1 III. GUIDELINES A. General Guidelines B. Safety Precautions

?. Simulation Guidelines IV. NARRATIVE

SUMMARY

A. Exercise Hockups V. -DRILL SCENARIO SEQUENCE OT EVENTS VI. CUE CARDD-VII. CHARTS, GRAPHS AND TABLES A. Reactor Plant Data B. Inplant Health Physics Data C. Chemistry Data D. Meteorological Data E. Ons Pc Radiological Data F. Offsite Radiological Data VIII. DRILL TEAM ASSIGNMENTS IX. DRILL TEAM INSTRUCTIONS A. Controller Instructions .

B. Monitor Instructions C. Observer Instructions X. REFERENCES l

f I

_ _ - "7 3

,s#~ i

~

, _ . . _ . _.m..-__,__--._..,_.- __ _ , _ _ . . , . - . . _ ~ ~ . . . . . _ . . . . . _ - - . . _ , . .. - - _ , . , - . . - . -

i WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 I. INTRODUCTION 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 emergency, Waterford 3 conducts exercises jointly with rederal, State and local agencies on an annual basis.

This manual contains the scenario of activities and supporting data describing the Waterford 3 1991 Annual Emergency Preparednous Exercise.

The scenario was developed by postulating events that will require response by the several Waterford 3 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 fully in thL 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 "clavers" will have no crior knowledge of th2 secuence of events or radiolqgical 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.

1 I-1

WATERFORD 3 SES A11NUAL EXERCISE OCTOBER 23, 1991 I. INTRODUCTIO!l (CON M The scenario itself is a mechanism by which selected drill controllers can initiate and evaluate the activities of drill participants. The drill vill be initiated at the Waterford 3 SLS at 8:00 a.m. on October 23, 1991 and is expected to last approximately 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br />. '

l Participating organizations are shown in section III, Guidelines, of this manual.

s I-2  ?

~_ . . - . - . , - . - . . . . - - , - - . . . - . . - - . , , - . , _ . . . . . - - . . - - . - - . - . - - . . - . - . .

1 WATERr0RD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 TABLE I-1 AEBREVIATIONS BKR -

Breaker CAS -

Central Alarm Station i CASCO I Central Alarm Station Console Operator '

CCC -

Corporate Command Center CIAS -

Containment Isolation Actuation Signal CRS -

Control Room Supervisor (SRO)

CS --

Containment Spray CVAS -

Controlled Ventilation Atmosphere System CVCS -

Chemical Volume Control System DEI -

Dose Equivr. lent Iodine DNBR -

Dep liure from Nucleate Dolling Ratio DPC -

Dose Projection Coordinator (EOF)  :

DPM -

Duty Plant Manager DPM -

Disintegrations Per Minute

~

EAD -

Exclusion Area Doundary EAL -

Emergency Action Level EC -

Emergency Coordinator ECC -

Emergency Control Center ECCS -

Emergency Core Cooling System EDG -

Emergency Diesel Generator ETAS -

Emergency reedwater Actuation Signa)

ETAT -

Emergency First Aid Team l ErWP -

Emergency reedwater Pump I-3 t

\

, . - _ , , . . . . ~ . --- - - - - - - - ' ~ ~ ~ ~ * * ~ ~ ~ ' " ' ~ - - _ - , . - - - --

WATERFORD 0 SES ANNUAL EXERC8SE OCTOBER 23, 1991 ENC -

Emergency News Center ENS -

Emergency Notificatior' System EOC -

Emergency Operations Center EDT -

Emergency Operations Facility EPZ -

Emergency Planning Zone TEMA -

rederal Emergency Mane.gement Agency rFRT -

Fixed racility Response Team TTC -

rield Team Contrvller (EOT)

GWM -

Gaseous Waste Hanagement System HP -

lloalth Physics

_HPSI -

High Pressure Safety Injection

.IC -

Initiatinn Condition Illt -

Industrie.1 Hotline LLEA -

Local Law Enforcement Agency LOCA -

Loss of Cooling Accident 4

LOEP -

Louisiana Office of Emergency Preparedness LP&L -

Louisiana Power & Light Company _

LPSI -

Low Pressure Safety Injection LRPD -

Louisiana Radiation Protection Division MARMOND -

Meteorological and Radiation Monitoring Display

_MSL -

Mean Sea Level

+ MSIS -

Main Steam Inclation Signal

-MSIV -

Main Steam isolation Valve

=

NAO +

Nticlear Auxiliary Operator NG -

Noble Gas NPO -

Nuclear Plant Operator (RO)

I-4

WATERPORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 NRC -

Nuclear Regulatory Comminaion NWS -

National Weather Service oHL -

operational Hotline OSC -

Operational Support Center PAP -

Primary Access Point PM -

Preventative Maintenance PME -

Plant Maintenance Electrical FMI -

Plant Maintenance Instrumentation PMM -

Plant Maintenance Mechanical PZR -

Prensarizer RAB -

Reactor Auxiliary Building RCA -

Radiological Controlled Area RCB -

Reactor Containment Building RCP -

Reactor coolant Pump RCS -

Reactor Coolant System RMS -

Radiation Monitoring System RO -

Reactor operator RVLM -

Reactor Vessel Level Monitor RWP -

Radiation Work Permit RWSP -

Retuoling Water Storage Pool SAS -

Secondary Alarm Station SASCO -

Secondary Alarm Station Console Operator SCBA -

Self Contained Breathing Apparatus SDC -

Shutdown Cooling SG -

Steam Generator SIAS -

Safety Injection Actuation Signal I-5 I

m . o

WATERI'ORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIS -

Safety Injection System i

SPDS -

Safety paramotor Display System SRD -

Self Reading Dosimeter SRO -

Senior Reactor Operator r SS -

Shift Supervisor SSS -

Security Shift Supervisor

.TSC -

Technical Support Center VHS -

Voice Notification System

-W3SES Waterford 3 Steam Electric Station P

r I-6

WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. QBIECTIVES As a result of discussions between Waterford 3 staff, the Nuclear Regulatory Commission - Region IV (NRC), the Federal Emergency Management Agency - Region VI (FEMA),

the Louisiana Radiation Protection Division (LRPD),

Louisiana Office of Emergency Preparedness (LOEP),

St. Charles and St. John the Baptist Parishes, the following general objectives and guidelines have been developed for the 1991 Emergency preparedness Exercise at Waterford 3 Steam Electric Station, which is scheduled to be conducted on October 23, 1991.

A. For the Waterford 3 (Licensee) Emergency Responso Organization:

1. Demonstrate proficiency in classifying the emergency condition. (D.1, D.2, I.1, I.2)

2. Demonstrate the ability to mobilize and activate the Technical Support conter (TSC) emergency ri ,ponse personnel. (A.1, A.3, A.4, B.1 - B.5, B.7 - D.9, E.1, E.2, J.1)

3. Demonstrate the ability to mobilize and activate the Operational Support Center (OSC) emergency response personnel. (A.1, A.4, B.1, B.5, D.7, E.1, E.2, J.1) 4.

Demonstrate the ability to coordinate repair team activities between the OSC and -4 Contro) point.

(0.4.c)

5. Demonstrate the ability to mobilize and activate the Emergency Operations racility (eor) emergency response personnel. (A.1, A.3, A.4, B.1 - B.5, B.7 - B.9, E.1, E.2, J.1) 6.

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) 7.

Demonstrate the ability to fully alert, mobilize and activate the Emergency News Center (ENC) emergency response personnel (including the Rumor Control Center). (A.1, A.4, E.1, E.2, G.3, G.4) 8.

Demonstrate the ability to make notifications of emergency classifications and protective action recommendations to offsite agencies within the procedural time limits. (E.1 - E.4, r.1, r.2, J.7)

II-1

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. QDJECTIVES (CONT'D)

9. Demonstrate the ability of the senior facility managers to establish and maintain command and control of their facilities throughout the i

exercise. (B.1 - D.3, B.5)

10. Demonstrate adequate and effective use of I

emergency communications equipment and l

' communications procedures and methuds necessary to establish and maintain communications with;

a. All Waterford 3 emergency response facilities,

b. Parish, State and Federal agencies, I

c. Radiological Field Monitoring Teams.

d. In-plant emergency teams.

l e. The selected offsite assembly area.

l f. Local and industry emergency support organizations, as required. (E.1 - E.3, H.6, l

J.1)

11. Demonstrate coordinated, timely and effective response of the onsite Fire Drigade to a simulated fire. (N.2.b, 0.4.d)

12. Demonstrate the ability to perform onsite and l

offsite radiological monitoring and essessments. '

(I.3, I.4, I.7 - I.9, I.10, N.2.d)

13. Demonstrate the ability to perform the necessary offsite dose projection esiculations to provide l

advance warning to Parish, State and Federal '

agencies. (I.3, I.4, I.8, I.10, N.2.d)

14. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations. (H.1, H.2, H.6, H.9)

15. Demonstrate coordination of protective action decision-making activities with NRC (if NRC participates) and Louisiana Radiation Protection Division in the Emergency operations racility.

(J.3, J.6, K.1 - K.3, K.5,-K.6)

II-2 r

l

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. OEJECTIVES (CONT'D)

16. Demonstrate the following accident mitigation activities: effective accident sampling and analysis and accident mitigation decisien making.

(I.1, I.2)

17. Demonstrate the ability of the emergency organization to perform Je=01assification (down7rade) decision-making and to de-escalate emergency response activities as necessary.

(D.1, D.2, I.1, I.2)

18. Demonstrate the ability to perform a Protected Area evacuation and offsite assembly by ovacuating non-essential personnel in the Protected Area to parking lots and sending a selected group of personnel to an offsite assembly area. (J.1, J.3, J.5)

19. Demonstrate the ability to perform accountability in the Protected Area after a site evacuation.

(J.5)

20. Demonstrate the ability to perform continuous accountability activities for the onshift, onsite and nearcite emergency organizations. (J.5)

21. Demonstrate adequate security measures at each of the Waterford 3 emergency response facilities.

(0.4.d)

22. Demonstrate the ability to conduct a post-exerci a critique to determine areas requiring a 2d! 1.C sl improvements. (N.4, N.5)

23. Dea 9nrisate the ability to coordinate the formulation and dissemination of accurate information and instructions to the public in a timely fashion after the initial alert and notification has occurred. (G.3, G.4)

24. Demonstrate the ability to brief the media in an accurate, coordinated and timely manner. (G.3, G.4)

25. Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion. (G.4.c)

26. Demonstrate the simulated use of KI as a thyroid protective measure in accordance with station procedures. (J.6.c)

II-3 i

i

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. OBJECTIVES (CONT'D)

B. St. Charles Parish

1. Demonstrate the ability to monitor, understand and use. Emergency classification Levels-(ECLs) thrnugh the appropriate implementation of emergency functions and activities corresponding to ECLs as required by the scenario. The four ECLs are: Notification of Unusual Event, Alert, Site Area Emergency, and General Emergency.

(FEMA #1)

2. Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field based emergency functions. (FEMA #2)

3. Demonscrate the ability to direct, coordinate and control emergency activities. (FEMA #3)

4. Demonstrate the ability to communicate with all appropriato locations, organizations, and field personnel. (FEMA #4)

5. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations. (FEMA #S)

6. Demonstrate the ability to continuousl and control emergency worker exposure.y monitor (FEMA #6)

7. Demonstrate the ability to make appropriate protective action decisions, based on projected or actual dosage, EPA PAG's, availability of adequate shelter, evacuation time estimates and other relevant factors. (FEMA #11)

8. Demonstrate the ability to initially alert the public within the 10-mile EPZ and begin dissemination of an instructional message within 15 minutes of a decision by appropriate state and/or local official (s). (FEMA #12) (See Note A)

9. Demonstrate the ability to coordinate the formulation and dissemination of accurate information and instructions to the public in a timely fashion after the initial alert and notification has occurred. (FEMA #13) (See Note B)

II-4

WATERFORD 3 SES ANNUAL EXERC8SE OCTOBER 23, 1991 II. OBJECTIVES (CONT'D)

10. Demonstrate the ability to brief the media in an accurate, coordinated and timely manner.

(FEMA #14) (See Note C)

-11. Demonstrate the ability to establish and_crerate rumor control in a coordinated and timely fashion. (FEMA #15) (Stie Note D)

12. Demonstrate the ability to make the decision to recommend the usa of KI to emergency workers and institutionalized persons based on predetermined criteria, as weil as to distribute and administer it once the decision is made, if necessitated by radiciodine releases. (FEMA #16) (See Note E)

13. Demonstrate the ability and resources necessary to implement appropriate protective actions for the impacted permanent and transient plume EPZ population (including transit-dependent persons, special needs populations, handicapped persons and institutionalized persons). (FEMA #18) (See Note F)

14. Demonstrate the ability and resources necessary to implement appropriate protective actions for school children within the plume EPZ. (FEMA #19)

(See Note G)

15. Demonstrate the organizational ability and resources necessary to control evacuation traffic flow and to control access to evacuated and sheltered areas. (FEMA #20) (See Note H)

16. Demonstrate the ability to identify the need for and call upon Federal and other outside support agencies' assistance. (FEMA #26) (See Note I)

17. Demonstrate the ability-to determine appropriate measures for controlled reentry and recovery based on-estimated total population exposure, available EPA PAG's and other relevant factors.

(FEMA #32) (See Note J)

18. Demonstrate the ability to implement appropriate measures for controlled reentry and recovery.

(FEMA #33) (See Note J)

II-5

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. ODJECTIVED (CONT'D)

C. St. John the Baptist Parish

1. Demonstrato the ability to monitor, understand and use Emergency Classification Levels (ECLs) through the appropriate implementation of emergency functions and activities corresponding to ECLs as required by the scenario. The four ECLs are: Notification of Unusual Event, Alert, Site Area Emergency, and General Emergency.

(FEMA #1)

2. Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field based emergency functions. (FEMA #2)

3. Det.onstrate the ability to direct, coordinate and control emergency activities. (FEMA #3)

4. Demonstrate the ability to communicate with all appropriate locations, organizations, and field personnel. (FEMA #4)

5. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations. (FEMA #5)

6. Demonstrate the ability to continuously monitor and control emergency worker exposure. (FEMA #6)

7. Demonstrate the ability to make appropriate protective action decisions, based on projected or actual dosage, EPA PAG's, availability of adequate shelter, evacuation time estimates and other relevant factors- (FEMA #11)

8. Demonstrate the ability to initially alert the public within the 10-mile EPZ and begin dissemination of an instructional message within 15 minutes of a decision by appropriate state and/or local official (s). (FEMA #12) (See Note A)

9. Demonstrate the ability to coordinate the formulation and dissemination of accurate information and instructions to the public in a timely-fashion after the initial alert and notification has occurred. (FEMA #13) (See Note B)

II-6

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. OBJECTIVES (CONT'D)

10. Demonstrate the ability to brief the media in an accurate, coordinated and timely manner.

(FEMA #14)- (See Note C)

11. Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion. '(FEMA #15) (See Note D)

12. Demonstrate the ability to make the decision to recommend the use of KI to emergency workers and 4nstitutionalized persons based on predetermined criteria, as well as to distribute and administer it once the decision is made, if necessitated by radioiodine releases. (FEMA #16) (See Note E)-

13. Demonstrate the ability and resources necessary to implement appropriate protective actions for the impacted permanent and transient plume EPZ population (including transit-dependent persons, special needs populations, handicapped persons and institutionalized persons). (FEMA #18) -(See Note F)

14. Demonstrate the ability and resources necessary to implement appropriate protective actions for school children within the plume EPZ. (FEMA #19)

(See Note G)

15. Demonstrate the organizational ability and resources necessary to control evacuation traffic flow and to control access to evacuated and sheltered areas. (FEMA #20) (See Note H)

16. Demonstrate the ability to identify the need for and call upon Federal and other outside support agencies' assistance. (FEMA #26) (See Note I)

17. Demonstrate the ability to determine appropriate measures for controlled reentry and recovery based on estimated total population exposure, available EPA PAG's and other relevant factors.

(FEMA #32) (See Note J)~

18. Demonstrate the ability to implement appropriate measures for controlled reentry and recovery.

(FEMA #33) (See Note J) i II-7 l

l

WATERFORD 3-SES ANNUAL EXERCISE OCTOBER 23, 1991 II. OBJECTIVES (CONT'D)

D. LRPD EOF operations

1. Demonstrate the ability to monitor, understand and use Emergency Classification Levels (ECLs) through the appropriate implementation of emergency functions and activities corresponding to ECLs as required by the scenario. The four ECLs are: Notification of Unusual Event, Alert, Site Area Emergency, and General Emergency.

(FEMA #1)

2. Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field based emergency functions. (FEMA #2) (See Nott K)

3. Demonstrate the ability to direct, coordinate and control emergency activities. (FEMA #3)

4. Demonstrate the ability to communicate with all appropriate locations, organizations, and field personnel. (FEMA #4)

5. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations. (FEMA #5) 6.

Demonstrate the ability to continuously monitor and control emergency worker exposure. (FEMA #6)

7. Demonstrate the_ ability, within the plume exposure pathway, to project dosage to the public via plume exposure, based on plant and field data. (FEMA #10)

8. Demonstrate the appropriate-equipment and procedures for determining field radiation measurements. (FEMA #7)

9. Demonstrate the ability to make appropriate protective action decisions, based on projected or actual dosage, EPA PAG's, availability of adequate shelter, evacuation time estimates and other relevant factors. (FEMA #11)

II-8

- _ . _ _ = = _ - - -- - .. - -. . . - - - - - .

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. OBJECTIVES (CONT'D)

10. Demonstrate the ability to make the decision to recommend the use of KI to emergency workers and institutionalized persons based on predetermined criteria, as well as to determine and administer it once the decision is made, if-necessitated by radiciodine releases. (FEMA #16) (See Note E)

E. State of_ Louisiana, Emergency Operations Center

1. Demonstrate the ability to monitor, understand and use Emergency Classification Levels (ECLs) through the appropriate implementation of emergency functions and activities corresponding +

to ECLs as required by the scenario. The four ECLs are: Notification of Unusual Event, Alert, Site Area Emergency, and General Emergency.

(FEMA #1)

2. Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field based emergency functions. (FEMA #2)

3. Demonstrate the ability to direct, coordinate and control emergency activities. (FEMA #3) (See Note L)

4. Demonstrate the ability to communicate with all appropriate locations, organizations, and field personnel. (FEMA #4)

5. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations. (FEMA #5)

6. Demonstrate the ability to coordinate the formulation and dissemination of accurate information and instructions to the public in a

' timely fashion after the initial alert and notification has occurred. (FEMA #13) (See Note M)

7. Demonstrate the ability to identify the need for and call upon Federal and other outside support agencies' assistance. (FEMA #26)

F. Bonnabel Reception Center

1. Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and l

field based emergency functions. (FEMA #2)

II-9 l

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. OBJECTIVES (CONT'D)

2. Demonstrate the ability to communicate with all appropriate locations, organizations, and field personnel. (FEMA #4)

3. Demonstrate the ability to continuously monitor and control emergency worker exposure. (FEMA #6)

4. Demonstrate the adequacy of procedures, facilities, equipment and personnel for the registration, radiological monitoring and decontamination of evacuees. (FEMA #21) (See Note N)

5. Demonstrate the adequacy of facilities, equipment and personnel for congregate care of evacuees.

(FEMA #22) (See Note O) 6.

Deraonstrate the ability to maintain staffing on a centinuous 24-hour basis by an actual shift change. (FEMA #34) (See Note P)

G. Ochsner Foundation Hospital

1. Demonstrate the ability to fully alert, mobill e and activate personnel for both facility and field based emergency functions. (FEMA #2)

(L.1, N.2.c, 0.4.h)

2. Demonstrate the ability to communicate with all appropriate locations, organizations, and field personnel. (FEMA #4) (L.1, N.2.c, 0.4.h)

3. Demonstrate the ability to continuously monitor and control emergency worker exposure. (FEMA #6)

(L.1, N.2.c, 0.4.h) 4.

Demonstrate the adequacy of vehicles, equipment, procedures and personnel for transporting contaminated, injured or exposed individuals.

(FEMA #23) (L.1, N.2.c, 0.4.h)

(See Note Q) 5.

Demonstrate the adequacy of medical facilities, equipment, procedures and personnel for handling contaminat ed , injured or exposed individuals.

(FEMA #24) (L.1, N.2.c, 0.4.h)

II-10

l WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. OBJECTIVFS (CONT'D)

H. St. Charles Ambulance

1. Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field based emergency functions. (FEMA #2)

(L.4, N 2.c, 0.4.h)

2. Demonstrate the ability to communicate with all appropriate locations, organizations and field personnel. (FEMA #4) (L.4, N.2.c, 0.4.h)

3. Demonstrate the ability to continuously monitor and control emergency worker exposure. (FEMA #6)

(L.4, N.2.c, 0.4.h)

4. Demonstrate the adequacy of vehicles, equipment, procedures and personnel for transporting contaminated, injured or exposed individuals.

(FEMA #23) (L.4, N.2.c, 0.4.h) (See Note Q)

I. Emergency News Center (Licensee Organization)

1. Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field based emergency functions. (FEMA #2)

2. Demonstrate the ability to communicate with all appropriate locations, organizations, and field personnel. (FEMA #4)

3. Demonstrate the ability of facilites, equipment, displays and other materials to support emergency operations. (FEMA #5)

4. Demonstrate the ability to coordinate the formulation and dissemination of accurate information and instructions to the public in a t i' ily fashion after the initial alert and no sfication has occurred. (FEMA #13)

5. Demonstrate the ability to brief the media in an accurate, coordinated and timely manner.

(FEMA #14)

6. Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion. (FEMA #15)

II-11 i

_ _ _ _ _ __ __ _ -- -- - -^

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. OBJECTIVES (CO_RT'D)

7. Demonstrate the ability to maintain staffing on a continuous 24-hour basis by an actual shift change. (FEMA #34) (See Hohe R)

J. Kenner Monitoring / Decontamination Station

1. Demonstrate the ability to fully alert, mobill:e and activate perronnel for both facility and field based emergency functions. (FEMA #2)

2. Demonstrate the ability to communicate with all appropriate locations, organizations, and field personnel. (FEMA #4)

3. Demonstrate the ability to continuously inonitor and control emergency worker exposure. (FEMA 76)

4. Demonstrate the adequacy of facilities, equipment, supplies, proceduros and parsonnel for decontamination of emergency workers, equipment and vehicles and for waste disposal. (FEMA #25)

(See Note S)

5. Demonstrate the ability to maintain staffing on a continuous 24-hour basis by an actual shift change. (FEMA #34)

K. St. James Parish, Emergency Operations Center

1. Demonstrate the ability to monitor, understand and use Emergency Classification Levels (ECLs) through the appropriate implementation of emergency functions and activities corresponding to ECLs as required by the scenario. The four ECLs are: Notification of Unusual Event, Alert, Site Area Emergency, and General Emergency.

(FEMA #1)

2. Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field based emergency functions. (FEMA #2)

3. Demonstrate the ability to direct, coordinate and control emergency activities. (FEMA #3)

4. Demonstrate the ability to communicate with all appropriate locations, organizations, and field personnel. (FEMA #4)

II-12

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 II. QDJECTIVES (CONT'D)

5. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations. (FEMA #5)

6. Demonstrate the ability to maintain staffing on a continuous 24-hour basis by an actual shift chango. (FEMA #34)

L. Tangipahoe Parish Emergency Operations Center

1. Demonstrate the ability to direct, coordinate and control >mergency activities. (FEMA #3) (See Note T)

2. Demonstrate the abjlity to communicate with all appropriate locations, organizations and field personnel. (FEMA #4) (See Note T) o 4

II-13

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 OBJECTIVES NOTES A. All components of the Alert / Notification System will be demonstrated except for the actual counding of the sirens. Delivery of the EBS messages to designated EBS stations will be simulated using preidentified communications systems. The EDS stations will receive and log the message and simulate broadcast of the message. At some time during the day of the exercise, the involved stations will transmit the EDS network test message.

B. Delivery of follow-up messages to the EBS stations will be simulated.

C. Media briefings for all involved organizations will take place at the Emergency News Center located at 317 Baronne Street in New Orleans.

D. Rumor control activities for utility and Parish organizations will take place at the Rumor Control Center located at 142 Delaronde Street in New Orleans.

The Rumor Control Center receives its direction and control from the Emergency News Center. Arrangements have been made for the coordination of information between Parish EOCs and the Rumor Control Center.

E. Simulated KI will be distributed to emergency workers in the field. They will simulate the use of this substance when the decision for its use is made. No use of KI by institutionalized persons is anticipated.

F. Special Needs Facilities within areas affected by the scenario will be contacted during the exercise to determine their transportation requirements as appropriate to the Parish Plan. Simulated calls will be .aade to persons in affected areas who have been identified as having special needs. The Parish EOC will identify needed resources and place phone calls to obtain these resources locally with the remainder to be obtained fl rom support organizations. Support organizations may be called upon to demonstrate the process for obtaining these resources, but the movement of transportation vehicles will not be required.

II-14 o

. . ~ - .. . - - .

WATERFORD 3 SES-ANNUAL EXERCISE OCTOBER 23, 1991 OBJECTIV.'3 NOTES (CONT'D)

G. .It is anticipated that emergency communications including protective action recommendations will proceed from the risk Parish EOC through the School Board administration to all schools affected by the scenario. In each risk Parish, one school will be chosen to demonstrate the implementation of protective actions and a bus will be dispatched to that school.

In the school chosen for this purpose, one class will simulate evacuation procedures by being loaded onto a bus. A loading time will be established and the class will be dismissed. The bus will then be driven to a designated reception area for school children to establish an overall evacuation time. It should be noted that the school demonstration in each Parish may be conducted off the scenario time line in order to accommodate in session.

the school schedule since school will be H. Each Parish EOC will demonstrate that the necessary number of Access Control Points (ACP) and Traffic Control Points (TCP) can be identified and established to support activities determined by the scenario. At least one of these points will be established in each Parish with equipment and personnel to be located along the side of the road. Normal traffic flow will not be impeded. All other ACPs and TCPs will be simulated.

I. This objective may be met by the establishment of communications with Federal agencies such as the FAA or Coast Guard who are part of the normal notification /ccmmunications operational scheme.

J. Parish activities in association with Objectives 32 and 33 will be limited to a " tabletop" discussion of reentry / recovery decision-making and implementation, following the termination of the plume phase of-the exercise. A separate scenario will be developed for the reentry / recovery tabletop, and State moderators /

facilitators will provide appropriate input on such items as State protective action recommendations, field radiation measurements, population exposure data, agricultural concerns and communications with the effected populations, including evacuees located outside the risk parishes.

K. Due to scenario time constraints, LRPD field team personnel will be prepositioned in the Waterford 3 area.

II-15

l WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 OBJECTIVES NOTES (CONT'D)

L. Limited activation of the State EOC is expected.

Communications and activation of the State Executive Decision Group will be demonstrated. No other activation is expected ~

M. Simulated demonstration of the Statewide EBS system is expected. The information for release via EBS will be available but will not be broadcast.

N. Several simulated contaminated persons and one simulated contaminated vehicle will be processed at this reception center. One-fourth of the monitoring teams needed to proccss the anticipated number of evacuees will be mobilized.

O. To minimize the disruption to those institutions (principally schools) which normally provide congregate care, demonstration of the ability to mobilize congregate care resources will ta made by American Red Cross personnel at the reception center.

P, Monitoring teams, decontamination teams, Red Cross personnel, registration personnel and facility management personnel will be subject to a shift change.

Q. St. Charles Hospital will provide ambulance services only. Ochsner Hospital will only provide ambulance service (air) if the St. Charles unit is not available due to a priority call.

R. This objective will apply only to the Parish spokespersons at the Emergency News Center.

S. Demonstration of this objective will include monitoring and simulated decontamination of a simulated contaminated emergency worker. The handling of a simulated contaminated vehicle will be demonstrated by isolating the vehicle and describing methods for decontamination.

T. The demonstration of objectives for Tangipahoa Parish will be limited to activities sufficient to correct ARCA 89-4, ARCA 89-5 and ARCA 89-6 assigned to the Tangipahoa Parish EOC, II-16

- - .-- . . _~ -- . . . - - - -_ -- .

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991

-III. GUIDELillES To define the scope and extent of participation by organizations and " players" the following exercise guidelines are established in order to meet the objectives listed in Section II of this manual.

A. General Guidelines

1. The exercise will be conducted on October 23, 1991. 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 clascifications to a General Emergency.

3 The scenaric contains simulated radiological release conditions whicP 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 utaffed and activated. Participation by members of the media will be simulated at this center. News bulletins 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 procedures have been completed, assembled personnel will return to their normal work stations.

III-1 l

l l

l WATE WOA 3 3ES ANNUAL EXERCISE OCTvBER 23, 1991 III. GUIDELINES-(CONT'DL

8. The Emergency Eire Brigade will be staged. The postulated accident conditions will not require response by an offsite support fire department.

NOTE Care shall ce 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. Verbal communications shall be initiated and closed by the statement "This is a drill",

10. Methodology and assumptions related to the development of data for specific areas are provided with the data in Section VII of this manual.

11. Exercise participants will include the following emergency organizations:

Waterford 3 Onshift Emergency Organization (Control-Room)

Onsite Emergency Organization (TSC & OSC)

Nearsite Emergency Organization (EOF)

III-2

n WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 lII. GUIDELINES (CONT'D)

Louisiana Power & Liaht Comoany Offsite Emergency Organization (CCC & ENC)

Entergy district offices and electrical maintenance divisions will not participate in this exercise. Communications with these groups may be-initiated but their response will be simulated.

Offsite Oroanizations State of Louisiana Louisiana Radiation Protection Division -

Full participation. LRPD will staff the Waterford 3 EOF and ENC positions.

Louisiana Office of Emergency Preparedness -

Full participation. '

St. Charles Parish Department of Emergency Preparedness -

Full participation.

St. John the Bantist Parish Office of Civil Defense - Full participation.

B. Satety Precautions 1.

Personnel will not, in response to the postulated accident conditions of this exercise, take any action which jeopardizes plant or personnel safety.

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.

III-3

l WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 III. 9_qlpELINES (CONT'D)

B. Safety Precautions (Cont'd)

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 initial response until relieved of that responsibility by the drill shift.

- In the case of an actual medical emergency, the

" 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 assessed and/or under control.

- Qualified drill participants and drill control team niembers 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 personnel 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.

6.

ALARA concepts will 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.

III-4

l WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 III. GUIDELINES (CONT'D)

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 cxercise " players" in response 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 Implementing 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 cools 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 on the face.

6. The display of exercise data on the radiological monitoring system will be simulated by posting exercise data sheets in the appropriate locations.

7. The display of effluent accident monitors on the SPDS CRTs will be simulated by posting exercise data sheets, when requested, in the appropriate locations.

III-5

- , . . . - -. - - . .. .. . ~ . . . - .-

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 III. GUIDELINES (CONT'D)

C. Simulation Guidelines (Cont'd)

8. If required, the drawing and analysis of a PASS sample will be simulated. Demonstration of these activities is not necessary to meet an exercise objective.

9. The actual relocation of-the PAP will be simulated. If consideration is given to relocation of the PAP, the Drill Team will credit the players with the decision, but will not allow the PAP to b6 relocated.

10. Actual operation of the Whole Body Counter or the Backup Whole Body Counter will be simulated. Due to the number of Health Physics personnel being used as Monitors and Controllers, this activity will be simulated.

11. The PMI pickup truck will be staged outside the Protected Area. The availability of this venicle to a Field Team will 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 scutgency. The prestaging of the PMI truck is to simulate the immediate passage of the truck during drills and exercises.

12. Fire hoses will be laid out but not charged or discharged.

13. No equipment will be actually 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

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 IV. NARRATIVE

SUMMARY

The sequence of events hypothesized in this exercise package is provided te test the integrated emergency response capability of organizations established to protect the public should an actual emergency occur. In 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, and improbable operator actions. --

It is stressed that offsite personnel (e.g. the public) should not be misled into believing that an event causing the radiological consequences postulated by this scenario could occur. The following is a summary of these events: -

The plant is operating at 100% power at the end of core life. Fuel failure of 0.11% is indicated by chemistry conditions.

Charging pump "A/B" is out of service due to a cracked block problem. The mid-shift started work on the pump.

Gas Decay Tank "B" is being discharged.

Gaseous Waste Monitor PRM-IRE-0648 is out of service. Two sets of samples have been taken, as required by procedure. The release permit is in the Control Room. Gas Decay Tank "A" is in service.

Dose Equivalent Iodine (DEI) has been reported high (1.32 uCi/gm (cc)). The Control Room is waiting for Chemistry to confirm the high DEI.

At 0800 Chemistry will report to the Control Room to 3

confirm the results of the DEI to be 1.32 uCi/gm.

IV-1

. . -. - - . . _ . . . . - . - - .- ~ ~ . . --.

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 IV. NARRATIVE SLTMMARY (CONT'D)

The Shift Supervisor declares an Unusual Event based on Emergency Plan Implementing Procedure EP-001-001,

-Recognition and Classification of Emergency Conditions, B/UE/III, RCS parameters outside of Tech. Spec. Limits, Indicator #4, RCS Dose Equivalent Iodine > Tech. Spec.

3.4.7 allowable.

At approximately 0845 the' Plant Stack monitors, PRM-IRE-0100.1S and PRM-IRE-0100.25, N.G. channels, go into alarm and raise to 1.21 E-02 uCi/cc whsch indicates greater than ten times Tech. Specs. The Cencrol Room instructs Health Physics to perform a-Stack Gas Sample to confirm.and validate the activity.

The Cor4 trol Room will terminate the Gas Decay Tank release. The stack alarm is caused by the failure of the relief valve on the "in service" Gas Decay Tank "A", valch is responsible for the release of radioactive gas. The Operator's attempt to secure the release of gas fron the "A" tank will not be immediately succassful.

At approximately 0915 Health Physics will confirm the activity at the Stack and validate that the release is greater than ten times Tech. Specs.

The Shift Supervisor declares an Alert based cn Emergency Plan Implementing Procedure EP-001-001, Recognition and Classification of Emergency Conditions, A/A/I, "A valid HIGH alarm or grab sample indicates a release'which is >

10 times Tech. Spec. Limits."

The Alert declaration results in the activation of the Technical Support Center, the Operational Support Center, and.the Emergency News Center.

IV-2

__ _ , -_ . . _ _ _ _ _ . _ _ . _ _ . . . ._ _ . _ _m - _

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 IV. NARRATIVE

SUMMARY

(CONT'D)

At approximately 1000 Charging Pump "A" fails due to an over current overload. The pump rallure-is due to a

_ gearbox / crankshaft failure and will not be available for the duration of this exercise.- The priority of repair of this pump will be downgraded as other failures occur later in the exercise.

At 1030 a Pressurizer surge line rupture event produces a LOCA. The reactor trips. Safety Injection, Emergency Feedwater (ETW) and Main Steam Isolation Signal (MSIS) are initiated. Chemistry starts to ramp up. The "B" Atmospheric Dump-Valve (ADV) fails to open. This will be a long tern failure.

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)".

The Nearsite and offsite Emergency Organizations are nobilized and the Emergency Operations Facility and the Corporate Command Center are staffed.

A Repair Team will be dispatched to-repair the failed-ADV.

This repair will have a relatively high priority as the ADV is needed to help in the cooldown. The failure of the ADV results in a delay in going on Shutdown Cooling (SDC).

Containment Spray _ Pump "A" fails to start at 17.7 psig Containment pressure, due to a breaker failure. The repair of the breaker will be completed in approximately 30 minutes.

IV-3

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 IV. ((ARRATIVE

SUMMARY

(CONT'D)

Pressure will slowly rise in Containment, until Containment Spray Pump "A" is repaired.

After completion of repairs on the "A" Containment Spray pump, the "B" Containment Spray Pump will seize up, maintaining high Containment pressure. The failure of the "B" Containment Spray Pump is caused by a loss of the mechanical seal.

At 1230, a Containment penetration fails, releasing radioactivity into the annulus. As annulus pressure increases, the Shield Building Ventilation System will cycle between recirculation and exhaust to control the annulus at a negative pressure. This results in a release to the atmosphere via the plant stack.

When the ContainLent failure is identified and dose assessment calculations performed, the EOF Director declares a General Emergency based on Emergency Plan Implementing Procedure EP-001-001, Recognition and Classification of Emergency Conditions, A/GE/I, "Doce projection or radiological monitoring team indicates dose _

rates at EAD 2 1000 mR/hr Whole Body or 2 5000 mR/hr Thyroid, or plant conditions exist which could result in a release of radioactivity such that these dose rates at the EAB could be reached or exceeded".

4 a

Thyroid dose rates at 2 miles will exceed 12.5 Rem /hr for a period of two hours.

At 1315, a plant worker will report to the PAP and request entry into the Protected Area to perform his duties. The personnel monitor will alarm when this individual enters the monitor. HP will be contacted. HP will determine IV-4

WATERFORD 3 SES ANNUAL EXERCZSE OCTOBER 23, 1991 IV. NARRATIVE

SUMMARY

(CONT'D) that this individual is contaminated and has been in Trailer 412. As Trailer 412 is nearly on the centerline of the plume, he has a great potential for having a large Iodine uptake.

The RCC/HPC will be informed of this problem. The RCC/HPC will reference Emergency Plan Inplementing Procedure EP-002-033, Administration of Iodine Blocking Agents.

At 1330 a fire starts in the electrical area of the Chiller Building. The fire is caused by shorting the 4160/120 VAC Potential Transformer for "A" Supplementary Chiller Compressor. The fire is sensed by the room smoke dete: tor. Upon report of a fire to the TSC, the TSC will sound the fire alarm and direct the Fire Brigade to the fire scene. The Fire Brigade will locate the flie in the cubicle above the "A" Supplementary Chiller Compressor.

Once power is secured the fire is out. Some smoldering is left to extinguish with a fire extinguisher. Once the

..- smoldering is extinguished, the Fire Brigade Leader will coordinate with the TSC Lead Communicator to set the reflash watch.

Termination of the release / exercise will be coordinated between the Lead Controller and the LRPD Controller to insure that the objectives associated with the release have been demonstrated.

At approximately 1500 the release will be declared terminated, the EOF Director should begin to consider downgrading the emergency classification. At this poinc the Exercise will be terminated.

IV-5

WATERFORD 3 SES ANNUAL EXERCZSE OCTOBER 23, 1991 IV. NARRATIVE

SUMMARY

(CONT'D)

A. EXERCISE HQQ'" c '.

1. PMI Mockoos For the purpose of the October 23 Annual Exercise, two (2) mockups will be staged as follows to support the atmospheric dump valve (MS MVAAA116B) failure. These mockups will provide observation of actual repair team responses with less direction from the monitors.

Mockup #(1) - Provide a P/C card rack with a Westinghouse tracking driver card. This will allow repair teams to locate, and troubleshoot valve failure using this card's test points.

Meckup #(2) - Provide a Bailey AP-S valve positioner near the control valve MS MVAAA116B.

This will allow repair teams to locate and troubleshoot valve failure using this positi QDRI.

OTHER MOCKUPS TO BE DETERMINED (TBD).

e IV-6

WATERFORD 3 SES ANNUAL EXERCISL' r

OCTOBER 23, 1991 V. FEOUENCE OF EVENTS TIME EVENT DRILh VM VITY 0730 Exercise Controllers brief the Fetlowing the briefir.g, the T=~0:30 Shift personnel in their participants take their CC-1 respective areas. Exercise positions throughout the guidelines and initial conditions plant.

discussed with the participants.

0800 Announcement made to start the T=+0:00 sxercise.

CC-2 CC-3 The Chemistry Controller provides The Chemistry Technician wiL1 the Chemistry Technician wit *1 the results of the second DEI Sample, call the Control Room with the results of the second DEI sample. This sample confirms that DEI is greater than Tech Specs 3.4.7 allowable.

CC-4 Declaration of Unusual Event.

CC-5 An Unusual Event is declared based on EP-001-001, Recognition and Classifica. ion of Emergency conditions, Initiating Condition (IC) B/UE/III, RCS parameters cutcida nt Tech spec limits, Indicator #4, RCS Dose ~ ~ ' '

Equivalent Iodine > Tech Spee 3.4.7 allowable. "

EP-001-010, Unusual Event ir implemented. The emergency condition is announced to station personnel. Str 3 and local government agencima, Waterford 1 f. 2 and the NRC are notified.

0845 "HIGH" alarm is received in the T=+0:45 Control Room on both Plant Stack The Control Room will isolate ~

CC-6 PIG monitor Gas channels. the release in accordance with CC-7 OP-901-026, Waste Gas Diacharge High Radiation. The stack alarm is caused by the failure of the relief valve on the "in service

• G&s Decay Tank "A".

The SS implements EP-001-001 Recognition and Classification of Emergency Canditions, and s

evaluates present conditions relative to the EALs.

Health Physics is directed to evaluate the release, relative to dose limits of Tech. Specs.

The Control Room's attempts to secure the release will not be successful until after the Alert has been declared.

V-1

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 V. -SEOUENCE OF EVENTS fCONT'D1 IlME EVENT DRILL ACTIYlTY CC-8 When Chemistry is requested by the The Control Room should request Control Room to sample the GDT the Chemistry Department to being discharged. sample for isotopic analysis, the tank being discharged. The Chem Tech will sample the GDT(s) and provide those results to the Control Room.

CC-9 When Health Physics is directed to evaluate the GDT release, The Control Room should direct Health Physics to evaluate the relative to dose limits of Tech CDT release, relative to dose Specs, limits of Tech Specs. HP will i

pull a stack sample and provide the results of that sample to 1

the Control Room. Health Physics would normally hand carry these results to the Control Room. These results indicate that the discharge is

>10 times Tech Specs and that an Alert condition has been entered.

0900 Exercise continuation announcement.

T=+1:00-CC-lo ~

=0925 Declaration of Alert.

T =+1115 The SS/EC declares an ALERT CC-11 based on EP-001-001, Recognition CC-12 and classification of Emergency CC-13 Conditions, Initiating Condition CC-14 (IC) A/A/I, "A valid HIGH alarm or grab sample indicates a CC-15 release which in 2 10 times Tech. Spec. Limits."

EP-001-020, Alert, is implemented. The emergency-condition is announced to '

station personnel. The Onsite-Emergency Organization (TSC &

OSC) is mobilized. Jtate and local governruent agencies, Waterford 1 & 2 and the NRC are notified.

1000 Exercise continuation announcement.

T=+2:00

, CC-16 4

V-2

i WATERFORD 3 SPS ANNUAL EXERCISE OCTOBER 23, 1991

v. StourNCr or TVENTS (CONT'D1 IJBI EVENT DRitt ACTIVITY 2000 Charging Pump "A* f ails due to an Operations dispatches an NA0 to (

T=+2:00 over current overload. investigate the breaker trip.

CC-17 NA0 will not find any problem CC-10 with the breaker. Operations CC-19 may reset breaker and attempt to restart the pump. If so, ,

breaker will trip on overload. t TSC may also request an electrical or mechanical repair team to investigate breaker and check Charging Pump *A* motor or t pump.

Electrical will not find any problem with the breaker.

Pepair team should atterot to rotate motor to gearbox coupling by ;iand. The repair team will be unable to rotata coupling.

1030 Pressurizer surge line rupture A LOCA results due to a ruptore T-+2:30 event, producing LOCA. of the Pressuriatr surge line.

CC-20 The Reactor trips. Safety In$ection, Emergency Feedwater (EpW), Main Steam Isolation  ;

Signal (MSIS) and containment l Isolation Actuation Signal (CIAS) are initiated.

Chemistry starts to ramp up.

1 The "B" Atmospherie Dump Valve

( AI T ) fails to open.

CC-21 Failure of Atmospherie Dump Valve CC-22 When the valve attempts to open, (ADV) (MS-116B). it will f ail to open. The TSC CC-23 will call the OSC to have a repair team assembled to r troubleshoot the ADV (MS-1168).

Troubleshooting efforts vill determine that the valve appears to be internally seized.

CC-24 Declaration of Site Area Emergency.

CC-25 A Site Area Emergency is i CC-26 declared based on EP-001-001, Recognition and Classification of Emergency conditions, Initiating condition (IC)

D/SAE/I, "RCS leakage >

av&ilable Charging Pump capacity (LOCA or Steam Generator Tube Rupture)".

V-3

- - -[--w--,, - - , -----.,w-----=.--r.,,,---ew_~.- -,=,e,,-.,r., - , - , -- , -*

P WATERFORD 3 SES ANNUAL EXEltCISE OCTOBER 23, 1991 V. SE0VENCE OF EVENTS (CONT'Di Ild: TVENT DRILL ACTIVITY The Emcrgency Coordinator selects the ap '

assembly area,propriate notifies offsite  ;

Security, dirpatches the Aemembly Area Supervisor and an HP technician to the selected i' assembly area and announces the Protected Area Evacuation.

NOTE: For the purposes of this exercise, only the Protected Area will be evacuated. A small group of predesignated persons will be evacuated to the assembly area to demonstrate evacuation and assembly area activities.

CC-21 EP-002+190, Personnel i Accountability, and PS-016-103, Accountability of personnel I within the Protected Area During Emergencies, are implemented.

Protective Actions taken by Waterford 3 are reported to Waterford I & 2 (for the purposes of this exercise, evacuation of Waterford I & 2 will not occur). State and local government agencias and '

the NRC are notified. If the Nearsite Emergency Organization '

(EOF) has net already been I mobilized, the declaration of site Area Emergency results in the mobilitation of the Eor and CCC staffs.

Con- Containment spray Pump *A" fails.

tainment Containment pressure rises due press to the LOCA. At *17.7 psig 17.7 Containment pressure, the peig Containment Spray pumps receive CC-28 an automatic start signal.

CC-29 Containment Spray Pump "A" will start and immediately trip.

An NAo will be dispatched. A Repair Team is dispatched to investigate this failure. There is some urgency in this repair, es Containment pressure will slowly continue to rise with only Containment Spray Pump "B" in operation.

V-4

_ . . _ . _ _ _ _ . , . a _. _ - -_ --.-_-.._. _ . . . _ _ . _ - _ _ . _ - _ . _ . _ _ . _ - - . _ . , _..;_--._,

llu ul u u WATERTORD J SES AfillUAL EXERC8SE OCTOBER 23, 1991

v. 112g1 m or rvrnTs_11 TNT.tn TIME [ypq tRILI. ACTIVln The Repair Team finds the breaker tripped and burnt. It is determined that the breaker can be replaced, with replacement of the breaker estimated to take approximately 30 minutes.

Disere- Containment Spray rump "D" fails. At the discretxon of the Drill tion Team, the breaker for of the containment Spray pump "B" will Drill trip.

Control Team Repair Teams will be sent to CC-30 invostigate this problem.

CC-31 Investigation of the breaker CC-32 will show no problems with the breaker. Upon investigation of Safeguard Room *D*, the Repair Team will find water spraying f rom the mechanical seal area of Cont ai nment Spray pump "B*.

rurther investigation of the problem will show t hat containment Spray pump "B" is mechanically bound.

1100 Exercise continuation announcement.

T=+3:00 CC-33 1115 Assembly Area persennel return to After Assembly Area muster T=+3tl5 plant, activities are perf ormed, the CC-34 evacuated personnel should be called back to the plant. This objective will have been completed and this portion of the Exercise is also completed.

1200 Exercise continuation announcement.

T=+4:00 CC-35 1230 Centainment penetration failure.

T=+4: 30 A Containment penetration fails, CC-36 releasing radioactivity into the annulus. As annulus pressure increases, the Shield Buildiag Ventilation System will cycle between reetreulation and exhaust to control the annulus at a negative pressure. This results in a release to the atmosphere via the Plant Stack.

V-S

_ - - _ . - _ - - - . . . ..-~.- - -.-

l l

WATERFORD 3 SES ANNUAL EXERCISE l OCTOBER 23, 1991  !

l Y. 1[0UENCE OF EVENTS (CONT'D1 TIME- EVENT DRILL ACTIVITY Cca*7 Declaration of General Emergency. When containment failure is CC-so recognized and offsite dose ,

calculations performed, the Ecr .

Director declares a General Emergency based on EP-001-001, Recognition and Classification .

of Emergency conditions,  !

Initiating condition (IC)

A/GE/1, "Dobe projection or radiological monitoring team indicates dose rates at EAS 2 1000 mR/hr Whole Body or 2 5000 mR/hr Thyroid, or plant conditions exist which could result in a release of radioactivity such that these dose rates at the EAD could be reached or exceeded.*

EP-001-040, General Emergency, is implemented.. Iminediate Protective Action Recommendations for offsite personnel are considered. The emergency condition is announced to station personnel. State and local governments, Waterford 1 &-2 and the NRC are notified. Dose projection calculations will result in projections which exceed EP-001-001, IC A/GE/I, 1300 Exercise continuation announcement.

T=+5:00 CC-39 1315 KI usage. A plant worker will report T=+5:15 to the PAP and request entry _

CC-40 into the Protected Area to CC-41 perform duties. The personnel CC-42 CC-43 monitor will alarm when this individual enters same. HP will be contacted. HP will determine that this individual is contaminated and has been in in the plume.

This information will-be relayed to the RCC/HPC. -The RCC/HPC will refer to Emergoney Plan Implementing Procedure, EP-002-033, Administration of Iodine Blocking Agents.

I V-6 l

l . , , ~ , , , - , ~ , . - .,,m-,-,.,m._,m__,,,,.-,._m_,_,,., .._,,__,w.,.. , , , . . ,,..~.r -.v,. . _ , _ _ . - ,.,v, .,-,,,,g-,. ,,,,,-..,,,.v,.vy.- -p,--

WATERFORD 3 SES AbNUAL EXERCISE OCTOBER 23, 1991

v. EE22Euct or rvrNTs (cgr'N IlhE LEIEI DRILL ACIIVIII 1330 A fire starts in the electrical The fire in the Chiller Building T=+5:30 area of the Chiller Building. will be sensed by a smoke CC-44 detector and appropriate alarma CC-45 will be activated. The fire may CC-46 subsequently be reported to the TSC using extension 4500 (the Emergency phone number.) The TSC Lead Communicator will implement FP-001-020, Fire Emergency /rire Aaport. The fire alarm is sounded and the fire announced activating the Emergency Fire Brigade. The Fire Brigade will report to the scene and begin to fight the fire.

NOTE: For purpose of this exercise, there will be no offsite fire department participation. If the Fire Drivade requette offsite asalstance, they will receive information that the fire department cannot respond.

1400 Exercise continuation announcement.

T=+6:00 CC-47 1500 Exercise continuation announcement.

T=+7: 00 CC-4B

~1500 Termination of exercise.

T=+1: 00 When the release is confirmed to have been terminated, the CC-49 emergency organiration has discussed de-escalation and the Lead Controller has coordinated termination, the exercise will be terminated and area critiques will begin.

V-7

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 VI. CME CARDS i

l l

I h

t 9

I I

l VI t f

~. . . , ..,__,..a...,._.-_...,, s....._,. - --.. . . . _ - , . . . . . _ - , , , . . . , , . . , . _ ,.. . . , , .,m.__-- -

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /No. 1991 ANNUAL EXERCISE CUE CARD No. 1 TO: Shift Supervisor TIME: 07:30 EROM: Control Room Controller Ta -0 30

• • • • • • r**********************************************************

THIS IS A DRILL QO NOT initiate act

• • • • • e******************lpno affectinc_ normal plant oDtrations Initial Plant Conditions:

The plant is operating at 100% power at the end of core life.

Dose (cc)).Equivalent Iodine (DEI) has been reported high (1.32 uC1/gm The Control Room has maximized Letdown and purification flow to decrease the iodine concentration. Chemistry has been requested to run a backup DEI analysis to verify the results.

Charging Pump "A/B" is out of service due to a cracked block problem. .The mid-shift started work on the pump.

Gas Decay Tank "D" is being discharged.

Gaseous Waste Monitor PRM* IRE-0648 is out of service waiting on parts. Two sets of samples have been taken for all 3 tanks. The release permit is in the Control Room. Gas Decay Tank "A" is in service.

Chemistry Gross Activity 4.32 uCi/ml DEI-131 Boron 110 ppm 1.32E400 uCi/gm I-131 9.07E-01 uC1/ml Hydrogen 25 cc/Kg I-132 Dis. Oxygen < 0.001 ppm I-133 1.10E+00 uCi/ml pH 7.2 pH Units 1.16E+00 uCi/ml I-134 1.26E-01 uCi/ml Lithium 0.64 ppm I-135 H-3 1.91E+00 uCi/ml Rb-88 5.60E-01 uci/ml Na 1.90E+00 uCi/ml 6.16E-02 uCi/ml Cs-134 7.19E-01 uC1/ml Kr-85m 3.22E-02 uC1/ml Cs-136 Kr-85 4.28E-01 uC1/ml Kr-87 3.76E-03 uCi/ml Cs-137 4.86E-01 uCi/ml Kr-88 4.12C-02 uCi/ml Cc-138 7.54E-01-uCi/ml Xe-131m 1.13E-01 uC1/ml Te-129 2.84E-02 uCi/ml Xe-133m 7.42E-03 uC1/ml Te-131 3.26E-02 uC1/ml Xe-133 4.44E-02 uCi/ml Te-132 1.48E-01 uC1/ml 2,12E+00 uC1/ml Mo-99 Xe-135m 1.90E-01 uC1/ml 3.35E-01 uCi/ml Tc-99m 6.10E-01 uC1/ml I THIS IS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A********************************

WATERTORD 3 SES A!1!iUAL EXERCISE l OCTOBER 23, 1991 W3 SES EMERGEliCY PREPARED!4ESS EXERCISE CUE _CAIU2 i DRILL TYPE /110. 1991 AfJfiUAL EXERCISE CUE CARD 110. 1 (CollT ' D)

TO: Shift Supervisor TIME 07:30 TROM: Control Room Controller T= -0130

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • i TitIS IS A DRILL DO 110T initiate actions af fectina norm plant enernt,12tig

• • • • • • • • • • • • • • w***************************al ***********************

Chemistry (Cont'd1 Xe-135 5.3?E-01 uCi/ml CO-58 Xe-137 2.20E+00 uCi/ml 1.49E+00 uC1/m2 Co-60 9.96E-02 uCi/ml Xa-138 1.48E+00 uCi/ml Ba-140 Br-83 1.80E-01 uCi/ml ,

Br-84 2.14E-02 uCi/ml La-140 1.91E-01 uCi/ml 6.84E-02 uCi/ml Steam Generatorn! Gross Activity < LLD; Tritium < LLD.

Tl!IS IS A DR

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ILL ****************************

m , . . . - - . . . ._ . . - . . - . . , _ . . . - _ _ _ . . - - . . - . _ . - _ . , _ ..~_.-w,-_.._._.._ . - _ - , . . _ _ _ . . _ . . _ - . . . , _ . _ . , - - _ . _ . _ _ - , . - _ _ , .

i WATERTORD 3 SES ANNUAL EXERCESE OCTOBER 23, 1991

)

W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /No. 1991 ANNUAL EXERCISE _ CUE CARD NO. 1 TO: Shift Supervisor TIME: 07:30 FROM: Control Room Controller T= ~0:30 ANTIeIPATEn RtS2.cise shift personnel will review information provided. I

-COMMENTS The the SS.Control Room controller will provide the release permit to Attachment #1 to this Cue Card.

The Health Physics Controller Will provide the results of the two samples from each GDT to the shift HP. Attachment #2 to this Cue Card.

Should the Control Room ask for a Purification lon Exchanger Decontamination Factor (DF), a DF of 5 will be provided on both.

However, the RCS activity will remain constant for drill purposes.

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 intended to apply to the Operating Shift. This briefing may be held on the day of the drill or the preceding day.

1[ISTRUCTIONS

• 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 are to be handled by the

" Operating Shift" until relieved by the Emergency Fire Brigade.

• Medical emergency responsibilities will be handled by the

" Drill.rFAT". Control of the medical emergency will be handled by the the TSC. " Operating Shift" until the responsibility is assumed by

• Discuss the methods of drill control that vill be necessary due to operating from the simulator (Admin NPO).

THIS IS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A********************************

. -__-_.___._.._m_ - . . __ . _ . . _ _ _ _

WATERTORD 3 SES AllllUAL EXERCISE OCTODER 23, 1991 W3 SES EfiERGEffCY PREPAREDf1ESS EXERCISE CUE CARD DRILL TYPE /!lo. 1991 ANN (%L EXERCISE CUE CARD 110. 1 (CotJT 8 D)

To: Shift Supervisor TIME: 07:30 TROM: Control Room Controller T= -0:30 INSTRUCTIOlis (CollT'Di

• Ensure that the Chemistry technicians, IIP technicians, llAos and maintenance personnel are briefed,

• The NAO Monitor should have the " Drill Shift" NAos perform a radio check on the operations and maintenance radio frequencies prior to commencing the drill to verify operability of the circuits between the plant and the Simulator.

• • • • • • • • • • • • • • • .........****....** THIS IS DRILL

• • • • ..*********************....**A.....*********......*********...

{

__. , _ _ , , . _- , - ~ - ' ^ ' ~ ~

l R TYPE

• K 2.28 y p .. pg.

CASEQUs WASTE BATCH RELEASE PERMIT (GRP) Cf-GRP Ho.? / - e / o PART 1:

PRE-RELEASE DATA D ATE O f 4 l'1/T !ME[ C O t RELEASE POINT: CO Y, #

SPECIAL CONDITIONS: Y "' ', ,,

SETPO I NT- (* - 70 f -

/ y e g ,en c, .",

,o , < < , 4 . r _

pg

_ CPM PART !!i 7#E-RELEASE CALCULATIONS r.M a r14 # r s y aHwLr444 p a i t _.

Cg 278 -' ,

uC 1,'c c 1 Int C y _. _wC1/cc sp _ - _ ,c t, ::

FLOW RATE (V) C' CFM Est.

Release Rats (Qg)- l ' D '5 l' - r u i r.

L3(Imaitp

) IUTab AbilVII4ts Ag o. I " uC1 C'

~

Ag .uC1 Ay C 4

tsiAnasto ganna _aC1 DO SF3 Eorac> ssTA ( or aO >

TMI5 NtLtRat &nrdNI Th( je t s -

j,;5 g ,,, y j, 7 p , ,n g d' Uni \9r0J*b 7, zg ,- ,y y ,,, y j,y wmIR lu pdit y,g y j_ 5m (. . ,

. .s r, 76 e; "TtwR lu past  ; q j 4, g/

3 76 G C [ '! 3 Preparec Dy(N.F.><pers E-l i .t v c o l

$p ver s t t ec Oy( H.P. J/pate ~

Approvec ty G A b, :: . * *. t PMAI 4II i RC,IVHL RELERbt DATR/)L- h w /t*=&l~'tt [ . </ VAw / is a n

- utt / M -0.1 4r li,.,

1, e

start pa%4 0 4 MR 5 NM limn 16HR 4GHRl44HR .idMK J s H R j .r e M W*. . a' 0Kc0 T T4d'* rv l l un wentu l l l a y, 1 i j j 1

IvH W ePkku y i i g g l '3 M W/94Re j }

jg* l j A 34 ** > { l } ,

j, p tj l l

""7R7.- me-964s g

{ } i g ,

HP-001-232 Revision 3 Attachment 10.4 (3 of 4)

CUE CARD l'1 ATTACitMENT l'1 PAGE 1

GASE0US VASTE BATCR RELEASE PERMIT (CRP) (continued) t

. I PART III ACTUAL RELEASE DATA (continuad)

PRESSURE (pstg) 70LUME (CF) .

TANT INITIAL NET X 40.8 FIhAL NET 4 76

._=

3 78 C lfS _

STOP STOP tt-START RE-START DURATION DATE TIME DATE TIME MINUTES TOTAL RELTASE DURATION:

E RELTASE COMPLETED BT: nATE:

TIME:

REVIEUF.D 4T: DATE:

TIME:

UPDATED ST : nATE: TIME: -

HP-001-232 Revision 3 Attachment 10.4 (4 of 4) 49 CUE CARD 8'l ATTACitMENT F1 PAGE 2 4

_-. _ _ - - -~

M N N M 6 R3(

m g pggg [- [) [ /$ -.

g gg /O- 21 *r / o / (' a, g hg / .) o ,.r.#

Denartsms Flamed a RamLau, try, At e '

WWM -i i= h g g g g

{g g g 3318g33: $ lu di 1 ~N^

P./ /H n, f:- o 6 ',

b 7 '? 3 /I Me # ~h, 0 + -,- ( i . 3 /.g .

0 l) cD / ,- s s / ~; o p Jj

_ 4../ , x temivnuma asymmise amasus .

M he d' I

, & @ ) ( E l GAS) ,

pH (4. 4 9.0) W TS8 (4Jo FFN) ** '

ors,a m a cit 3 ,,w3 . ~ , =-. w.um. m1- _, -. 3, SUEFACTarts (630 FFN) I '"

g,,,,,,,,,,,,,,,,,n',

i eu, . a.: es . . . i.e u E.F. A. DISCR&RCE REN13Erf5 M'. FUE DISCE& AGE . h===me nmen s...

$e sm '

g .

+A 0FEk&It058 ' * ' **

Tunndfered*es

'g + 'g Radialagiaal Data er S @ Ensk e Physias: -

,/

m nagepga m w fL,J~ , Wi '

(U Baddalay8an) M MAL 1R NER3 M1 mans perm i bd N / - O /U l

HP-001-232 Revision 3 Attachment 10,13 (1 of 1) ,

l

~

l 62 CUE CAlu) 91 ATTACILMENT F1 +

l' AGE 3

. _ . . . . . . . - . . . . . , - . . -- - ~ ~ ~~~ ~

.--n.,, .

- ,-- - . , . . - .,.,__.,_,...,-.,__-..n_.,--_,..,,.,-. . , , , -. ._,_n...,r.n.,--.

, , , - , , . , , , , , , . . , . , , - - ~ , . -

. - . - -- - . . ~ -- _

i

............................................................s..

..................... 23 D 91 03:20:00 *********************

...........................Cf ....... ............................

G01 'A' f Dt RELEA$t, $ AMPLE #1 RWP WJMett: 91*1 HP ftCHWlCIAh CWM

$ AMPLE COLLECT!DW $f Att CAf t: 23 OCT 91 02:45:00

$AMPLt COLLECTIDW thD DAf t: 23 OCT 91 02:45:00 f tPt Of $AMPit Gal Alt SAMPLtt htt htA

$ AMPLE 00Ahl111Y: 2,000000 Uhlitt CC

$4MPLE GIDMtiti 33 CC $PHERE OPitA10t$ IkiflAL$3 PA$

tif ttithtf flLE hAuf t (FF.GC$$P1 h/A M3N!?04 ..........SAMPLE t!ADlhG.Af ...... ............................

.flMt (U.Cl/ML):

Acoultt Datt 23 Oct 91 03:05:00

• fWHM (1332): 2.050 PRt$ti flMt (Livt): 2000. sic * $th$17tvitt: 5.000 ILAP$tD ttAL flME: 2008, $tC * $MAPE PatAMifft: 20.0%

(LAP $t0 LIVE f!ME: 2000. $tC

• het littAtlDht: 10.

DtitC104: Gt(LI) st$ *G*

• LIBRAtt WJCL .atlGA$

CAllt 0Att: 23 DCt 91 01:35:01

• thttGY 10LtRahtt: 1.250rv atV/C*ht: 0.5001102 * *Alf Lift rat 10: 8.00 Off$tt 0.2354198 tty

• ABuhDAhti LIMlf 80.00$

$PCDPY FILE CDPliD 10 $PECG .G01752 kUCLICE

SUMMARY

RIPDef (Riv 07/2?)

PtAK WIDik . 2.60 FWwM. CDhrlDthti (tytt .1.96.

1 $lGMA WUCLlDC NAlf*LIff UCl/Uhlt ( R f DR 1 f atDR CDhC/MPC 1t 133 5.290 6. 752t + 00 6.094t 04 0.19 0.00 at 68 10. 73 Y 1.575t.01 1.338t 03 41.64 0.00 TOT AL CONCth1RAtlDN . 2.250t*01 UCl/Unl11 MPC f a AttIDh . 0.00 '

l l'

1 h0ft: ANALY$1 $1Ghatut! Dh flLE WITH LDhG 8tPDR1  ::

18 :::: l ::::::::::::::

(

i f

I-l l

l Cut CARD #1 AffACHMiki 82 PAGE 1

. . . . . . . . . . . . . . . . . . . . . 2 3 DC f 91 0 3 3 00 : 00 ' .' ". .". .". .' .' .' .' .' .". .' .' .". ' .'

GD1 "A" FDR ttLE Alt, SAMPLt 82 Bdp WUMatt! 91 1 kP ffCNkiCIAkt CNM SAMPLE COLLECT!DW 514af DAlf t 23 OCf 91 02 30100 SAMPLE COLLitilow th0 CAtt 23 OCT 91 02:30:00 ftPt OF SAMPLit CA$

Alt 1AMPLit hBet h/A

$AuPLE QUAN!'ItY: 2,000000 Units: CC

$ AMPLE CIONitRYt 3) CC $PHtt! DPt* Af DR$ tht t! AL$1 FA8 (FFICithtY FILE hAmit (FF.CCssP1 M)N11DR RE ADlhG At $Amrit 11pt (LgI/pti.t n/A ACQUlt! Daft! 23 DCt 91 02:35:00

• twww (1332): 2.050 FPtsti flME (Livt): 2000, ttt * $tht!!!vi?Y: 5.003 ILAP$tD ttAL flMit 2005. SEC *

.hAPI F AR A>titt i 20.0%

(LAP 5tD Livt flute 2000. SEC '

het litRATID453 10.

Ottttt0At Lt(LI) 5f5 *C"

• LIBRARYt kUCL .itLLA$

CAllt CAft! 23 0Ct 91 01:35101

• thtaGT 10ttraktti 1.250tv liv /CHkL: 0.5001102 ** *ALF L!rt sat!01 8.00 0f8111: D.2354198 ttv ABvWDAntt LIMlit 80.00%

SPCOPYt flLt CDPit0 to $Picc .001753 WutLICt SUMMAtt etPORT (itV 07/87)

FEAR WIPth e 2.60 FwwM. CohFIDthCE Ltvit 1.96.

1 l!LMA huCLlDE >All Lift UCl/ uni 1 E R ROR 1 (RR04 CONC /MPC x1 133 5 . ?90 6.356t.00 6.094t 04 0.19 0.00 KR B8 10.73Y 1.593t.01 1.338t 03 41.64 0.00 101AL CONCINTRATIDN 2,229t.01 UCI/ukjt; MPC SR AttlDN . V.00 t tt sittittttta tts tit ttttttat t ests t ts ta tit tttttttta ttt t tt:

It 13 h0tt! Ah4LT$1 $lL4mivil Cn* f!LE U!?M iDWG R* Post 13 18 ttsallist!!Itttttlatt!!!!! 138ttttattt!!!!!stit!tttttts st CUE CAk0 #1 At1ACHMEht #2 PAGE 2

_ __ _ - ---- -- - ~ --

eee........e e eeeeee e e s e, e e e eeeee...eeeee ee ee e eeeeeeee e eee eeeeee eeeeeeeeeeeeeeeeeeeeee y3 oct 93 g4:30:og eeeeeeeeeeeeeeeeeeee.  ;

eseeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeees -

001 "B" f DR titt Att , $ AMPit #1 R WP WJMet e t 91 1 kP ttChWICIAh! CMM SAMPtt CotttCflDW $1 Att batt s 23 DCT 9102130:00 SAMPlt Cottttflot (WD Datti 23 Oct 91 02830:00 fvrt of SAMPtil GA$

Alt $AMPitt hBit h/A

$AMPlt OVAbjillTl 2,000000 Uhllli CC LAMP 41 CtDMiltfl 33 CC $PNitt Ortt A10tl 1 kill Allt FAR (filtithtY fitt hAMt tif.LGl$P1 h/A MDel1De kt AbthG Af SAMPit eeeeeeeeeeeeeeeeeeeeeeeeeees.. flMt.e(Uc.l./ML):

ee ..eeeeeeeeeeeeeeeeeeeeeee, Atoallt Daft: 13 DCT 91 03:00800

• fWwM (1332): 2.0$0 til$tt itMt (Livt): 2000. Etc

• likt 11vifts 5.000 ftAP5t0 ttAt flutt 2008, itt * $NArt FARAMt1 tit 70.0%

(LAP $lD Livt flWit 2000. SEC

• h64 litRAflDks: 10.

eeeeee....eeeeeeeeeeeeeee.....eeeeee...........e eeeeee.......

e ClftCf0k1 Lt(ll) S?$ "G"

• t!bkARY: WJCL .ittGAS CAttb CAtti 23 0C1 91 01 35 01

• thttGY 10LitA6tt 1.250Av A t'."C h h t i 0.5001102 ' MALF Lift RAfl0 8.00-Offtttt 0.2354198 Alv

• Alv4DAht! timlfs 60.00%

eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeees...eeeeee....e.eeee. eeeeee LPCOPYt fitt CDritD 10 SPECG .L01746 kJC4105 $UMMAtt klPotf (ity 07/87)

PtAA WIDfk e 7.60 FWNN. CDhfittht! ttvit e 1.96.

1.slLMA NJCtlDt MAlf lift UCl/ UNIT t etDR  % ERRDk CDNC/MPC Ki 131M 11.800 5.643[ 03 3.3901 04 6.01 0.00 Al 133 S.29D 3.2T71 Oi 6.0941 D4 0.19 0.00 AR 68 10. T3 Y 3.214t 03 1.3381 03 41.64 0.00 TOTAL CONCthttAf tom a 3.366f *01 UCl/Unif f MPC f tACfl0N 0.00 a t t t t t t t t t tl t ll t t t ili t t i t t s t i s t il18 :18 8 8 813 3 311 t!18111:3 3 3

!! It Il N011 AhALT$f $1LhATUtt ON fitt Wlf M tohG ttPot! 11 88- 31 8 3 3 3 3 !!18 413 3 81318 5111111113 8 11 t t lli t t i s t a t s tl s t ili t s t a ll Cut CARD 81 AffACHMEW1 #2 PAGt 3

. . . - . . .. -, _ _.- _._m.__-.._--.--,--.-...--._.m.----.~. . _ , . . _ _ _ _ _ . _ . _ _ _ . . , _ - . - _ . , .

1 I

e e e e e. e e. . .. e e e e e e e.c e pt DC T. 91 e.eeeeee....ee........................ .. D4 . : 15.: 00 '.'"..*.*.*.*.*.'

• 6* * * * * * * *

• GDI *B" f DR tiLI A$t, $AMPLt #2 RWP WUMatti 91 1

• P ttCNhlCIAkt CNN

$AMPLt COLLICflDN STAtf D4f t: 23 DCf 91 02:3h:00

$AMPat COLLICfl04 thD DAtt! 23 Oct 91 02:35.00 ffri of $AMPLit GA$

Alt $4MPLit blts h/A

$AMPLt DUAhlfitT: 2,000000 V4tt$: CC

$Amstt Gt0MittY: 33 CC $PNERI DFtRAIDel Iblfl AL$3 PA$

tillCithCT f!Lt hANt Eff,CC$$P1

>>WitDt

.......... et.ADlhG At $AMPLt

................... ....... 11ME.(UCl/ML.).:..h/A e

ACQUltt Daft: 23 Oct 91 03:20:00

• fWwM (1332): 2.050 Pet $tt 11NE (Livt): 2000. SEC * $tt$ltivlfft 5.000 (LAttt0 ttAL 1!*tt 2008. $tt * $hAPI PARAMEftt 20.0%

ELAP$tD Livt flME: 2000. $tt

• 684 littailDk$1 10.

Drit C104: Lt(L1) $Y$ aGa

• Ll$tARY: kUCL .ittGA$

CAllt Daft: 23 0Cf 91 01:35:01

• thttCY totstAtti: 1.250AV t.t V/C HN L : -0.5001102

• Matt Lift RA110: 8.00 off$tt! 0.2354198 aty

• ABuwDANCE Linli: 60.00%

$PCDPY flLt CDPlt010 $PICG .G01749 huCLIDE SUMMAtt 8tPDt1 (Riv 07/87) r PE AK Wl0TH e 2.60 twhm. CONFIDthCE Ltytt .1.96.

1 $1GMA kuCLlDE matf* Lift UCl/vult (4408  % titDR CONC /MPC at*131m 11.63D 5.009f*03 3.390E D4 6.01 0.00 RE 133 5 . 2 90 3.061t.C1 6.094t D4 0.19 0.00 ER.68 10.73Y 3.007t 03 1.33Bt 03 41.64 0.00 TOTAL CONCthitAflDh a 3.1411 01 uti/ Unit; >*C ftAcilDW = 0.00

:::::::::::::::::::::::::::::::::::: 33 ::::::::::::

it I

k0t t AkAlf$f $1GWATUtt 04 flLt Wif H LONG t!PDRf ::

It 18 113 8:!!! l 3 4 8 818 8 8:11:3 811818 8:llisillit tle t s tiliit tla t ti l

. Cut CARD #1 Af f ACHMthi 82 l PAGE 4 i

t

- _- .- . _ . . - . - _ . - _ - - - -- - . - . - ~ . . . - . . _ - - ~ - . _ , . - - .

..................... 23 OCT 91 03:45:00 ********

GOf *C* FDt Rf Lt A$t, SAMPLt #1 kWP WUMBtt: 91 1 HP f!CNh!CIAh CHM SAMPLE COLLiction $1Att DATE: 23 OCT 91 02:40:00 SAMPLt COLLECfl0N IND Daft: 23 DCT 91 02:40:00 ffPI 0F SAMPLt CA$

Alt $AMPLtt htt: h/A SAMPLE QUAhlftffs 2,000000 Uh!1$ CC

$AMPLt CEDM[1tY: 33 CC $Pktt! DPIRAf0t$ thlflALS: PAS 1FFICitWCT Fltt hAME: IFF.CC$ CPI h/A MONif 08 PE A0thC At ...................................

SAMPLt...flME (UCl/ML):

ACDultt Daft: 23 DCf 91 02:30:00

• fWHM (1332): 2.050 Pat $ti f!Mt (Livt): 2000. $tC * $th$11tvift: 1.000 ELAP$to alAL flMI: 2008. SIC * $HAPE 8-ARAMtitre 20.0%

ELAP$to LIV! flMt 2000. SEC

• kBt Ifttaflons: 10.

CIT E C10a Ct(LI) $Y$ "C"

• LIBRARY: hJCL . A f L GA$

CAllt DAfts- 23 0CT 91 01:35101

• thttCY TOLERANCE: 1.250tv KIV/CH4L: 0.5001102 ' MALF Llft RAtl0: 8.00 0FF$tt 0.2354198 Kty

• ABUNDAhti LIMlf 80.001

$PCDPY: FILt CDPltD 10 $PECC .001750 WUCL10E f:fMMARY REPott (sty 07/87)

PEAK WIDTH

• 2,60 FWHM. CohP]0thtt LIVEL .1.96.

1 $1CMA NUCLICE MALF LIFE UCl/UWif f at0R  % tit 0R CONC /MPC XI 133 5.2 90 1.913t 1 6.094t 04 0,19 0.00 tt.88 10. 73 t 4 .3 77I 4 1.338t 03 41.64 0.00 TOTAL CONCthfRA1104 . 1.9171 01 UC1/Uhl11 MPC FaACfl0N . 0.00

14:::::::::::::::::::::::::::::::::::::::::

WOft: ANAlf$1 $1ChATUtt 04 FILE WlfH LONG ttPORT  ::

ststatists::stratti:::::::::::::::::::::::: 2 l

I Cut CARD #1 AffACNMtWT 82 l

PAGt 5 l

l

. __ _ - - _ _ . _ _ _ _ _ _ _ _ _ _ . . - _ _ _ _ _ . . m ._ __ _ _ _ _ _ _ _ _ _ . _ . _ _ _ .

.....................* 23 OCT 91 04:00:00 *********************

GDT "C" FOR titt Alt, SAMPLE 82 RWP WUMett: 91 1 HP ftCNklCIAW: CHM SAMPLt COLLECTION $1 ART DAtt 23 001 91 02:45:00 1 AMPLE COLLECTION th0 Daft: 23 OCf 91 02:45:00 ffPt of SAMPits GA5 Alt $skFLtt Aga. N/A

$AMPLt 4 Muliiff 2,000000 UNifs: CC SAMPLE G10MtiRY: 33 CC $PNtRE Ot[RAYDRS Ih!11AL$8 PAB f f FICitWCY fitt hAME: EFF.CG15Pi h/A M3N!t0R....

tt.ADihG.At SAMPLE . ...........................

!!ME (U.C.l/ML):

ACQUltt Daft: 23 OC1 91 03:40:00 ' FWHM (1332): 2.050 Patsti 11pt (Livt): 2000. 5ft

• sinstilvitf 5.000 (LAP 5tD ttAL ft>t 2003. SIC * $NAPC PARAME114: 20.0%

(LAP $tD Livt flMt 2000. $tt

• kBR littAttown: 10.

DtitC104: Gt(L1) $Y$ *C"

• LIBRAtf WUCL .tELCA$

CAtl8 Daft: 23 001 91 01:35:01

• thttGY 70 Lit A4CE: 1.250KV LEV /CNNL 0.5001102

• NALF Lift RAtle: 8.00 0775ti: 0.2354198 Kty

• Atuh0AkCE limit 80.00%

$PCDPY: FILt COPitD TO SPECG .G01751 WUCLIDE $UMMAtf REPott (fly 07/87)

PEAC WlDfN s 2.60 FWuM. ConflCENCE Ltytt = 1.96.

1 5tGMA WUCLIDE Half Lift UCI/Ukif Ett0e  % tat 0R CONC /MPC XE 133 5.290 2.D63t 01 6.094t D4 0.19 0.00 rt.88 10.T37 4.632t D4 1.338E 03 41.64 0.00 TOTAL COWCENitATIDW . 2.D68t 01 UC1/Uhlf; MPC FRACiton . 0.00

31::

t:::::::::::::::::::::::::::::::::::::::::

1:

WOft: AhAlt$t $1GhAtutt DN FILE Wlf M LONG ttPORT  :

sts:::::::::::::::::::::::::::::::::::::::::::::

Cut CARD #1 Af t ACMMthi 82 PACT 6

f WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1992 W3 SES EMERGENCY PREPAREDNESS EXERCIHE_ CUE CARD  ;

DRILL TYPE /140. 1991 ANNUAL EXERCISE CUE CARD NO. 2 TO: Control Room Data Clerk TIME: 08:00 TROMt Control Room Controller T= 0: 00

• • • • • • • • • • • • • • • • • • • • • • • • • e***************************************

Ti!IS IS A DRILL 00110T initipte actions af

• • • • • • • • • • • • • • • • • • ...*********Lectino oneration normal nlant***************************..*a Make the following plant page announcement:

ATTENTION ALL PEPSONNEL! ATTENTION ALL PERSONNEL!

TllIS IS A DRILL - TI{!S.IS A.DJHLL WATERFORD ORGANIZATIOll.3 IS COMMEHCING A TEST OF Tile EMERGENCY RESPONSE DO NOT USE Tile P1Jdir PAGE SYSTDI FOR NON-EXERCISE RELATED AN!lOUNCEMEllTS .

CURREllT DRILL TIME IS (Lr} sert time from Simulator clock).

Reneat the announcement once.

Ti IS A DRILL

• • • • • • • • • • • • • • • • • • ..*******!IS **************************************

WATERFORD 3 SES A11HUAL EXERCISE OCTODER 23, 1991 W3 SES EMEFGE!1CY PREJ3REDf1ESS EXERCISE CUE CARD DRILL TYPE /!10. 1991 Allt1UAL EXLRCISE CUE CARD 110. 2 TO: Con *.rol Room Data Clerk TIME: 08:00 rROM: ro 4t.co s .toom Controller T= 0:00 Ar4TIGEA7,tk EnEMS.E Plant pop announcement is made.

COMMEiC.S IllSTRDflJ1(kfi t

.. hkhhh hh hhhhhhhhhhhhh THIS IS A DRILL a******.....*******...*..........................................

, _ _ . - , - _ _ . _ _ - - . ._ . . , , _ . _ _ .,_,-.m._ .,.,._._-....m, . _ .

. - - _ . . , - , _ , . ~ , , .

I WATERFORD 3 SES A14NUAL EXERCESE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /No. 1991 ANNUAL EXERCISE CUE CARD NO. 3 TO: Chemistry Technician TIME: 08:00 1

FROM: Chemistry Controller T= 0:00

)

...**.......** ..****....o...****************** . **.**.*** ****.

THIS IS A DHILL '

DO NOT initiate actions affectina n niant operations

• • • • • • • • • • • • • • • • • • • • • • • • • ..************2rmal ***********..*************

Provide the following information:

The results of the second DEI have been completed and have been determined to be 1.32 uC1/gm.

l i THIS IS A DRILL I ********************************************* **************.***.

l

, . _ ,, _ , , , _ _ ~~ ~ "~ ~

WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991

-W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE _ CUE CARD NO. 3 TO: Chemistry Technician TIMEt 08:00 FROMt Chemictry Controller T= 01,_^

ANTICIPATED RESPONSE The Chemistry Technician will call the control Poom to inform them of the results of the second DEI sample. The SS upon receiving confirmation of the high DEI, will reference EP-001-001, Recognition and Classification of Emergency Conditions, IC B/UE/III, and declare an Unusual Event. The SS impicments EP-001-010, Unusual Event.

COMMENTS Simulator control Room phone numbers are:

SS - 4104 CRS - 4100 ,

Control Room Panel - 4101, 4102, 4103 INSTP.UCTIONS After providing the DEI results to the Chemistry Technician, the chem Tech should notify the control Room of those results.

THIS IS A DRI

.....******..........................*LL *........****** ........***

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991

)Q.JES EMERGENCY PREPARrpl{ps EXERgigffUE CA@

DRILL TYPE /NO. __1991 AllNMAL .. EXERCISE __ CUE CARD NO. 4 Tot Emergency Coordinator TIME: Upon declaration of Unusual Event FROMt Control Room Controller T= N/A TilIS IS A DRILL Ell 0T initiate actions __ normal nlant oper

• * * * * * * * * * * * * * * * * * * * * * ** ** ** ** ** ** a* f* f*e* c* t* i*n*ct* * * * * * * **********

• :. * * *

• at i o n s Substitute for Sten 5.1.1 of EP-001-010:

5.1.1 Sound the STATIOli ALARM and make the following announcement (s):

5.1.1.1 ATTEllTION ALL PERSollNELl ATTENTION ALL PERSONNEL!

TilIS IS A DRILLI T!!IS IS A DRILLl All

(-

UllUSUAL EVENT WAS DECLARED AT ( ) DUE TO

).

ALL MEMBERS OF Tile ONS!!ITT EMERGENCY ORGAllIZATION TOR THIS EXERCISE REPORT TO YOUR STATIONS. ALL OT!!ER PERSONNEL SilOULD CONTINUE WITll TliEIR 110RMAL DUTIES UNLESS FURTilER INSTRUCTION IS GIVEN. Tile MAINTENANCE RADIO PREQUEllCY IS lloW DEDICATED POR EMERGENCY USE OllLY.

TilIS IS A DRILL! TlilS IS A DRILL!

5.1.1.2 If there is a localized emergency (e.g. fire),

its type and location and-instruct personnel to announce stand clear of this area (refer to TP-001-020).

5.1.2.3 Sound the STATIOli ALARM and repeat the announcement (s) at 1 cast two mare timen, allowing cufficient time for personnel who may be in high noise areas to reach a location where the announcement can be heard.

IS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • TlilS

• • • • • • • • • • • • • • • • • • • • • • • • • e**************

WATELFORD 3 SES ANNUAL EXERCZSE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD HO. 4 TO: Emergency coordinator TIME: Upon declaration of Unusual Event PROM: Control Room controller T= N/A ANTICIPATED RESPONSE

1. EC substitutes the drill announcement for Step 5.1.1 of EP-001-010, Unusual Event.

QQMMENTS INSTRUCTIONE THIS IS A

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • DRILL ********************** *******

r WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. _1991 ANNUAL EXERCISE __ CUE CARD NO. 5  ;

TO: Emergency-Coordinator TIME: At the discretion of the Lead controller ,

FROM: Control Room Controller T= N/A

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • +*************

THIS IS A DRILL DO NOT initiate actions affectina norm plant enerA112DD '

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • al *****,*******.44*******

CONTINGENCY CUE CARD Innlementina Conditionn: When it appears imminent t'at n classification will not be in accordance with the design of this exercise package.

Continaency A_cijsg: Direct the Shift Supervisor / Emergency Coordinator to classify the event as an Unusual Event in accordance with the design of this exercise package.

i

• • • • • • • • • • • • • • • • • • • • • • n *************************e***************

THIS IS A

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • DRILL ************,*****************

WATERFORD 3 SES AlltiUAL EXERCVSE OCTOBER 23, 1991 i

W3 SES EMERGEliCY PREPAREDNffs EXERCISE CUE CARD DRILL TYPE /110. 1991 A1111UAL EXERCISE CUE CARD 110. 5 TO: Emergency coordinator TIME: At the discretion of the Lead controllor PROM: Control Room Controller T= 11/A AllTISJPATED Rff1POllSE Make the indicated Unusual Event classification Impicment EP-001-010, Unusual Event COMMENTS The line.

purpose of this cue card is to maintain the scenario time IllSTRUCTIolls

• . ***..******.............**.......*...................****..... THI IS A DRILL

• • • • • .****........*******...S . **** .....**................. ***.*

- . - , . - - _ _ _ . . . , . _ , - - - - . . , . . . . . ~ . . . . .- m ,_-_,-_ _- . . . . _ _ _ , _ - . . _ . _ _ _ . _ , _ . . . . , - - -

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPARP& NESS EXERCISE CUE CARD  !

DRILL TYPE /NO. 1991 AHi{HAL EXERCISE _ CUE CARD No. 6 To: CRS/NPO TIME: 08:45 FROMt Control Room Controller T= +0:45 THIS IS A DRILL Do floT initiate actions af fectina normal niant operations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • s*************************** **

Provide the following information:

High Alarm received on Plant Stack PIG Gas channelo PRM-IRE-0100.15 Grid 4 EGS-133 Reading of 1.21E-02 uCi/cc PRM-IRE-0100.2S Grid 4 EGS-143 Reading of 1.21E-02 uC1/cc Both Gas Decay Tanks A & B pressure indication slowly decreasing (Control Room and local indication)

Gas surge Tank pressure indication increasing (Control Room and local indication)

Hold-up Tank A pressure indication increasing (Control Room and local indication)

Waste Gas Compressors A and B start in AUTO l

THIS IS A DRILL l

l m.-..- . .. m -. - , ~ , . , , _ _ _ . . . , _ _ _ . , _ . , , . . . .

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PRE,PAREDNESS EXERQJSE CUE CARD DRILL TJPE/NO. 1991 ANNUAL EXERCISE CUS CARD NO. 6 i

TO: CRS/NP9 TIME: 08:45 FROM: Control Room Controller T= +0: 45 AE.TICIPATED RESPONSE CRS/NPO should reference OP-901-026, Waste Gas Discharge High Radiation. The CR will isolate the Waste Gas Tank release.

Health Physics will be directed to evaluate the release relative _

to dose limits of Tech Spect.

The Control Room kill dispatch an NAO to investigate locally for correct discharge valve lineup and local indicators.

The Control Roon nay dispatch Mechanical Maintenance to assist in securing the release.

COMMENTS The release is caused by the failure of the relief valve (GWM-403A) on the "in service" Gas Decay Tank "A".

Attempts to secure the release will not be successful until after the Alert is declared.

INSTRUCTIONS _

Control Room indications for gas decay tanks, hold up Tank A and waste gas compressors will be provided by the sulator.

Only the Radiation Monitoring System indications will be provided by this cue card, unless the Simulator fails.

If an NAO is dispatched to observe local indications, the NAO monitor card.

mutt provide the appropriate information from this cue THIS IS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A********************************

__ - - - _ . _ - - - - -- ~- - ~

.. - = . - - _ - _ _ _ _ _ _ . _ - . . _ . - - -- .

' WATERFORD 3 SES ANNUAL EXERCISE  !

OCTOBER 23, 1991 l p

W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD-h DRILL TYPE /NO. 1991 ANNUAL EXERCIEE_ CUE CARD R),

TO: Mechanical Repair Team TIME: When attempting and/or NAO to shut GWM valves

] FROM: Mechanical Repair Team T= N/A and/or NAO Monitor THIS IS A DRILL DO NOT initiate actions affectino normal niant oper

• • • • • • • • • • • • • • • • • • • • • • • • • • • a***************************ations **********

1 i

This Cue Card is for the-information of the Repair Team and/or NAO Monitors, when attempts are made to secure the Gan Decay Tank release.

4 SEE ANTICIPATED RESPONSE AND INSTRUCTIONS SECTIONS OF THIS CUE

CARD.

4 h

4 s

4 1

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • g*g***g***

THIS IS A DRILL

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PRPPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE __ CUE CARD NO. 7 TO: Mechanical Repair Team TIME: When attempting and/or NAO to shut GWM valves FROM: Mechanice' 83 pair Team T= N/A and/or NAO Monitor bNTICIPATED_RESPON M The NAO will attempt to secure the relcase and investigate the release path.

Mechanical Maintenance may assist in sealing relief valve CWM 403A.

COMMENTS Reference the attached sketch for release path and affected components. (Cue Card #7 Attachment #1)

INSTRUCTION _S_

IT IS IMPORTANT TO KEEP TFif SIMULATOR INSTRUCTOR BOOTH INFORMED OF THE STATUS OF REPAIR ACTIVITIES IN THE PLANT AT ALL TIMES!

THIS IS A DRILL

___ _ _ _ - - _ _ - - _ _ . - .- - - - - - - - - -- - ^-

-t

\ lPt.wTSTLCK em ., t.m s..

X

,'... r. .

1. +- Ak og enin psp s t e I '

.-..o....

4R

.i I i

7 ,y i

,1Q,

71. . .g . ._8y220 A. . .g. . . . ., . . g,,,f

~~~

% m3. . _ . . . ,'

7-yyy Bn TIS A f' A

un n t. , ,

55 PsisA ,% + 4-

. BH F23A v i

Ni e svcr ,

h 34M tt03A

' L H K P TT. G,

, . . . . . . . . . . . . . . . . . . . . . . . . . . y Gt1T R

G A

1 36 1

GI-<k Cottlersset B g

'"4 ;k COMPRElfoe4 C m p

~

iud  % GDT p p-2:

a-

• F.Cl4FL5s Paru CUE CARD f* 7 /sTTACIDfENT #1

_, _ _ , ~. . , . _ _ _ _ . _ , . - , - . _ . _ - . , _ . . _ ,

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREQFESS EXERCISE CUE CnRD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 8 TO: Chemistry Technician TIME: When requested to sample the GDT being diccharged FROM: Chemistry Controller T= N/A TilIS IS A DRILL Do NOT initiate actlp

• ns a f f e ct i no norma l o *************

• * * * * * * * * * * * * * * * * * * *

• t.* *l *et***************************perations Provide the appropriate Sample results attached to this Cue Card.

• k*k+**kkk*k **8 8888 ***k888 888$8 88 $88 **$***$$*$$$$$ gggggg gg THI IS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • S*************************************

_ _ __ - - - ----- --~~ ~

. _ - =_- -. _. . - - . _ . . . .. .. -- -. . - _ _ _ - _

WATERFORD 3'SES ANNUAL EXERCISE OCTOBER 23,-1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /No. 1991 ANNUAL EXERCISE CUE CARD NO. 8 TO: Chemistry Technician TIME: When requested to Sample the GDT being discharged FROM: Chemistry Controller T= N/A ANTICIPATED RESPONSE The Chem Tech will call the Control Room with the results of the isotopic analysis of the tank being discharged, or any of the other two tanks that he may be requested to sample.

COMMENTE Simulator Control Room phone numbers are:

SS - 4104 CRS - 4100 Control Room Panels - 4101, 4102, 4103 INSTRUCTIONS This Cue Card has the Sample results for all three GDTs. The Control Room may request samples-of more than one tank.

See Attachment #1 to this Cue Card.

i THIS IS A DRILL

......................'.23 OCT 91 03:20:00 ***************'.*.*.***

GDI 6A" FOR RELE ASE RvP NUM8ER: 91 1 HP TECHNICIANt CHM 5 AMPLE COLLECfl0N ST ART DAt[ 23 OCT 91 08:50 00 SAMPLE COLLEC11DN IND Daft: 23 Oct 91 08:50:00 1tPt 0F SAMPLE: GA5 AIR SAMPLER kBR b/A SAMPLE QUAkillTY: 2,000000 units: CC

$ AMPLE CEDMETRY: 33 CC $PHERE OPERAIDR$ INITIALS: FAB (FFIClfNCY FILE hAME: E F F.. CC$$P1 MON 110R FE ADING Af $AMPL( flNE (UC1/ML): N/A ACQUIRE DATE: 23 DCT 91 09:00:00

• FwHM (1332): 2.050 PRESET TIME (L IVE ): 2000. SEC

• SENsitivlTY: 5.000 ELAPSED REAL TIME: 2008. $[C

• thAPE PARAMETER: 20.0%

ELAP5ED Llvt TIME: 2000. SEC

• kBR IttRATIDNS: 10.

Of f ECf DR CE(LI) 5YS *C"

• LIBRARY: NUCL .RELGAS CAL 18 Daft: 23 0C7 91 01:35:01 * [hfRGY TOLERAhCE: 1.250rv Etv/CHht: 0.5001102

• HALF LIF( RA110: 8.00 08F5t1: 0.2354198 try

• ABUNDANCE LIM!it 80.00%

SPCDPY: FILE COP!fD TO SPECG .C01752 kJCLIDE

SUMMARY

REPDRf (Rt'y 07/87)

PEAK WIDTH = 2.60 FWHM, CONFIDENCE (EV(L e 1.96, 1 SIGMA NJLLIDE HALF LIFE UCI/UNif ERROR  % EPRDR CONC /MPC II 133 5.290 6. 752E.00 6.094E D4 0.19 0,00 KR'88 10.73Y 1.5 75E+01 1.338E 03 41.64 0.00 TOTAL CONCENTRATION . 2.250E+01 UC1/ Unit; MPC FRACTIDN . 0.00

s N0f t : AhALYST $1CNATURE ON FILE With LONG REPORT 22 l  :

sti:::::::::::::::: :. :::::::::::::::::::::::

i CUE CARD 88 ATTACHMENT #1 PAGE 1

l

....................** 23 OCT 91 04:30:

...................................... 00 *********************

GDI *8" FOR RELEA$E RWP NUMBER: 91 1 HP TECNhlCIAts CMM SAMPLE COLLECT!DN $1ARY DATE: 23 OCT 71 08:50:00

$ AMPLE COLLECTlDN EAD DATE: 23 OCf 91 08:50:00 TYPE OF SAMPLE: CAS AIR SAMPLER kBR N/A

$ AMPLE QUANITIf f: 2,000000 UNIT $a CC

$ AMPLE CEOMETRY: 33 CC $PMERE OPER Af DR$ thlf! Al$1 PA8 EFFICIEbtY FILE NAME: EFF.CC$5P1 h/A NON110R READlhG AT SAMPLE

...................................... flME (UCl/ML.).:

ACQUl#E DATE: 23 cCT 91 09:00:00

• Fwww (i332): 2.050 PRESET TIME (LIVE): 2000. SEC ' Sth$1TIVITY: 5.000 ELAPSED REAL TIME: 2008. $EC * $ NAPE PARAMETER: 20.0%.

ELAPSED LIVE TIME: 2000. $EC

• het itERAflDAS: 10.

DETECT 0a GE(LI) $YS *G" ' LIBRARY: NUCL .RELCA$

CAtlB DATE: 23 0CT 91 01:35:01

• EhERGY 10LERahCE: 1.250tv rEV/CHNL: 0.5001102

• NALF LIFE RAtto 8,00 0775ET: 0.2354198 KEV

• ABUNDANCE LIMIT: 80.00%

$PCOPY: FILE COPIED To $PECG .001748 NUCLIDE $UMMARY REPORT (REV 07/87)

PEAK WIDik

• 2.60 FUMM. C0kF10ENCE LEVEL a 1.96.

1. $1 GMA NUCLIOE NALF* LIFE UCl/uhti ERROR 1 ERRDR CONC /MPC

• E-131M 11.800 5.643E 03 3.390E 04 6.01 0.00 XE 133 5.290 3.277E 01 6.094E 04 0.19 0.00 KR 88 10. T3Y 3.214E 03 1.338E 03 41,64 0.00 TOT AL CONCENTR AT10N . 3.366E 01 UC1/UNif; MPC FRActIDN . 0.00

!::::::::::::::: Its:::::::::::::::::::

N0ft: ANALYST SIGNAfuRE ON FILE WITH LONG REPORT  :

13:4:::::

CUE CARD #8 ATTACHMENT #1 PACE 2 a

.....................* 23 DCT 91 03:45:00 *********************

CDT "C' FOR RELEASE RWP NUMBER: 91-1 cP TECHNICIAN: CHN bAMPLE COLLECTION START DATE: 23 OCf 91 08:50:00

$ AMPLE COLLEtt!ON END DATE: 23 OCT 91 08:50:00 TYPE OF $ AMPLE: CAS AIR SAMPLER kBR: h/A

$ AMPLE 00AhlilTY: 2,000000 UN116: CO

$ AMPLE CEOMETRY: 33 CC $PHERE DPERAf0R$ INITIALS: PAB EFFICIENCY FILE hAME: EFF.CG$$P1 M3NITDR RE ADlhG AT SAMPLE f!ME (UCI/ML): N/A ACQUIRE DatE 23 Oct 91 09:00:00

• FWHM (1332): 2.050 PRESET TIME (LIVE): 2000. SEC * $ENSITIVlfY: 5.000 ELAP$ED REAL TIME: 2008. SEC

• SNAPE PARAMETER: 20.0%

ELAP$ED LIVE TIME: 2000, $EC

• NBR ITERAfl0NS: 10.

DE1Ett0R: GE(LI) $Y$ "G"

• LIBRARY: kUCL .RELCAS CAL 18 DATE: 23 0C1 91 01:35:01

• thERGY TOLERANCE: 1.250K V KEV /tHht: 0.5001102

• WALF Llft RAtto: 8.00 0FFSET: 0.2354198 KEV

• ABUNDANCE LIMif 80.00%

$PCDPY: FILE COPlED 10 SPECG .c01750 NUCL!DE

SUMMARY

REPORT (REV 07/87)

PEAK W1 dim = 2.60 FWHM. ConflDENCE LEVEL .1.96, 1 SICMA NUCLIDE HALF-LIFE UCl/UNif ERROR  % ERROR CONC /MPC XE 133 5.290 1.913E*1 6.094E D4 0.19 0.00 KR 85 10.73Y 4.377E 4 1.338E 03 41.64 0.00 TOTAL CONCENTRAilDN a 1.917E 01 UCl/ UNIT: MPC FRACT10N . 0.00

. ::::::? ::::::::::::::::.. :::::::::::::::

NOTE: AhALYst stGNATURE ON FILE WITH LDhG REPORT

:::::::::::::sts::::::

CUE CARD #8 ATTACHMENT #1 PAGE 3

. n

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23,-1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 9 TO: Health Physics Technician TIME: When directed to evaluate the GDT release

""<0M : Health Physics Monitor / T= N/A Control Room Monitor THIS IS A DRILL DO NOT initiate actions affectina nor mal plant ooerations

• a*************************************** ************************

Provide the Sample results attached to this Cue Card.

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • m*********

THIS IS A DR

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ILL ****************************

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 9 TO: Health Physics Technician TIME: When directed to evaluate the GDT release PROM:  !!ealth Physics 11 tor /

Control Roor v T= N/A ANTICIPATED RESPONw The Health Physics Te ,

'all the Control Room with the results of the GDT ro.: -

• o Tech Specs.

The Shift Supervisor, upot ..e,- .

cvnfArmation from HP Tech the release is >10 times Tech Space, will reference EP-001-001, Recognition and Classification of Emergency Condition IC A/A/I, and declares an Alert. The SS implements EP-001-020, Alert.

COMMENTS The SS may have declared an Alert-prior to HP confirmation, based on his opinion of a " Valid High Alarm".

Simulator Control Room phone numbers are:

SS - 4104 CRS - 4100 Control Room Panels - 4101, 4102, 4103 INSTRUCTIOHH This Cue Card has the results of the Stack gas sample attached.

To simulate the HP Toch being in the Control Room, the Control Room monitor should provide a copy of the results to the SS while he is talking-to the HP.

See Attachment #1 to this Cue Card.

THIS IS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A*************************,******

, . . - - - - -. . . - -_ - . - . .. ~. -

- ~ - . .-. .- ~ ~ - -

1 i

. i t

I l

l CASEOUS EFFLUENT RELEASE RA!! CALCULAfl0N - NOBLE GAS

.+, ore rrrrr Trt:2es eseas s eseass s s as on s sen e se n sa s se s sa sse e ss sam ess as sesso a s se= ====se s es ===..................

TOTAL BODY l l Cone l Flow rate (Release LDose Fac l Ann ave jK' ' Dose rate l luCl/mL JCFM l Rate Ki 'X/0 l mrem /yr man juct/sec ,

lNUCLIDE{ (

l , joiv j j jar-41 -! O! 9.3e4 l 0 8.84e 3 1.1e 5! 1 e6 ' 01 lKr 85 i 0l 9.3e4 0 1.61e-5 1.ie 5; 1e6 0 lKr 85m 0l 9.3e4 0 1.71e 3 1.1e 5 1e6 0

'jrr 87 0; 9.3e4' 0' 5.92e 3 '

1.1e 5 te6 0 lKr 58 , 8.47e 3j 9. 3e4 l 3.7180e5 1.47e 2 : 1.1e 5 t e6 6.0120e4 lKe 131m l O! 9.3e4 0 9.15e 51 1.ie 5 : t eo 0

jxe 133 ; 3.63e-3. 9.3e4 1.5934e5' 2,94e4! 1.1e 5 1 e6, $.1531e2

'Xe 133m ; 0, 9.3e4 0 1.1e 5 1e6

Ke 135 9.3e4 2.51e4j 0 0 0 1.81e 3, 1.1e 5 1e6 0

xe 135m 01 9.3e4 3.12e 3 1.le 5 te6 01 0j lxt*137 0 9.3e4 0l 1.42e 3 1.1e 5 1 e6, 0; lxe.138 ,1 0 9.3e4 l Dj 8.83e 3; 1.ie5l 1e6l 01

!  ! I l  ! i e I l DR (tb) = ( ta) ( x/o ) [ saw ( ti ) ( gly )3 s/ 500 mrem /yr j 6.0635e4;fotat Exceekd Tech W ai specificat W.3 J .2.1 ALERT Emergency condition snowiu ue declared.

assassanassessavassuessessassassassansassenessesasassanssasassesessenessassassamaaes seasasseseasseessoassa

-SKIN l l Conc l Flow rate l Release j0ose Fac l Ann avg !K' l luCi/mL l00se rate l lCFM l Rete lKi X/Q l mrem /yr i lkUCL1DE l l man. lOct/sec l l

! l l  ! I l <

lAr-41 0. 9.3e4' 2.69e 3! 9.3e 3 1.1e 5 1e6' jKr 85 01 0 9.3e4l 1.34e 3 1.72e 5 1.1e 5 1eo.

lKr 85m 0 0l 9.3e4 : 1.46e 3 1.23e 3 1.ie 5 1e6 O!

lKr 87 0 9.3e4 9.73e 3 6.17e 3 1.1e 5: 1e6

Kr 58 O!

8.47e 3; 9.3e4 2.37e 3 1.52e 2 1.1e 5 1e6 ixe 131m 0; 9.3 e4, 4.76e 4; 7.8074e41 1.56e 4 1.1e 5 1e6 Of lXe 133 3.63e 3 9.3e4l 3.06e 4? 3.53e 4 : 1.le 5 tee 1.2169e3 lxe.133m , 0 9.3e4! 9.94e 4L 3.27e 4 -

1.le 5 le6 0 lxe 135 : C, 9.3e4l 1.86e-3 1.92e 3 1.1e 5 < 1e6 0; lxe.135m j 0l 9.3e4 l 7.11e 4 3.16e 3 1.te 5; l e6. 0;

!xe 137 0; 9.3e41 1.22e 2, 1.51e 3 1.1e 5: 1e6 lue-138 0l 0l 9.3e4! 4.13e 3 9.21e 3 1.1e 5 1e6 0l l I l l I DR (skin) * ( K') (x/c) I sum ( Li + 1.1 (MI)) ( Qiv ) ) s/s 3000 mrem /yrl 7.9291e4l Total Enceeded Technical $pecification 3.11.2.1_

ALERT Emergency condition should be declared.

Calculated by dater hote: Use the most limiting condition Reviewed byt of the calculations above for dates classification of an emergency level.

CUE CARD #9 ATTACHMENT W1 PACE 1

I CETERMikATIDN OF ACilVlfY BASEE UPON MONITDA RE ADihGS

• N08LE GASES Monitor Reading during ALARM 1.21e 21 Monitor Reading at SAMPLE TIME l' 1.21e 2j Ratio applied to sample cone.' 1e0 Ratio . (ALM value / SAMP value) j l Sample ' Ratio Correctedi

! l Cone l .

Conc l jNUCLlDE j uCi/cc l  ;

uC1/cc l l l 1 l lAr 61 '

O. 1e0l 0 lKr 85 0 1e0 0 lKr*85m 0 1e0 0, lKr 87 0 1e0 0' lKr B8 ', 8.47e 3 1e01 8.47e 3 ,

lXe 131m l 0j 1e0) 0 lxe 133 j 3.63e 3! 1e0! 3.63e-3.

ixe 133m- l 0l 1e0j 01 lxe 135 l 0! 1e0l O the 135m l O! Ic0 0 lKe-137 l 0l 1e0 0 lRe 138 l 0; 1ei, O l 1- l 1 Corrected Conc. (uct/cc) . (Sample Conc.

• Ratio)

Calculated by; date:

Reviewed by: date:

CUE CARD #9 AffACHMENT #1 PAGE 2

23 DCT 91 09: 00 ***** **********

......................'............. 05:. . . . . . . . . . . . ' . ' . " . . " . . . . . . . . . . .

PLANT 51ACK HIGN ALARM RWP kUMBER: 91 1 HP TECHNICIAN: CHM 5 AMPLE COLLttilDN ETART DAT[ 23 DLT 91 08:50:00 SAMPLt Cotticil0N thD Daft: 23 OCT 91 08:50:00 TYPE Of $ AMPLE: GAS AIR $4MPLtR bSR: h/A SAMPLE DUAN1111Y: 2,000000 UNIT $ CC 5 AMPLE GtDMtfRY: 33 CC sPMERE OPERATORS IWl11Ats: PA8 ffFICitktY fitt 4AME: [FF.CCs5P1 N/A M3N1104 ktADING AY ...................................

........................ SAMPLE...flMt (Ucl/ML):

ACQUIRE DATE: 23 OCT 91 05:55:00

• FWHM (1332): 2.050 PRilli ilME (LIVI): 2000. Sic

• SENS!flVITY: 5.000 (LAP 5ED REAL 11ME: 2008. $fC

• SHAPE PARAMETER: 20.0%

(L AP$tD LIVE TIMt: 2000, 5tc ' NBR litRATIONS: 10.

DEftCTOR: Gt(LI) SYS "C" ' LIBRARY: WJCL .RELCA$

CAllB Daft: 23 0CT 91 01:35:01

• ENERGY TOLtRANCE: 1.250tV ttV/CHNL: 0.5001102

• HALF Lift RAffo: 8.00 077511: 0.2354198 ttV ', ABUNDANCE LIMIT: 80.00%

$PCOPY: FILE CDPitD'TO SatCG .G0.760 NUCLICE

SUMMARY

RtPopf (Riv 07/87)

PtAK WIOTM s 2.60 FWHM. CONFIDENCE Ltytt . 1.96, 1 $1GMA NUCLICE HALF LIFE UCl/ UNIT (RROR  % IRROR CONC /MPC XE 133 5.290 3.63t 03 6.094t 04 0.19 0.00 KR*88 10.73Y 8.47E 03 1.338t 03 41.64 0.00 TOTAL CONCtWTRAfl04 e 1.21t 02 UCl/UN!?; MPC FRAcil04 0.00

. :::::::::11 :::::::::::

N0ft: AhALYST $1GNATURE ON FILC WITH LONG REPORT  :

i l

CUE CARD F9 ATTACHMENT #1 FACE 3

WATERPORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE __ CUE CARD NO. 10 TO: Control Room Data Clerk TIME: 09:00 FROM: Control Room Controller T= 1:00 TilIS IS A DRILL DO 110T initiate actions affecti normal plant operations

• • • • • • • • • • r************************na ******************************

- Mako 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 RESPONSE ORGANIZATION.

DO' HOT USE THE ANNOUNCEMENTS. PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED CURRENT EXERCISE TIME IS (Insert time from Simulator clock).

THIS IS A DRILL! THIS IS A DRILL!

Repeat the announcement once.

$ h TH IS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • IS **************************************

- - . . . _- .~ . - - . - - - . -- - . - - .

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES FMERGLUCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO, 10 TO: Control hoom Data Clerk TIME: 09:00 FROM: Control Room Controller Ta 1:00 ANTICIPATED RESPONSE

- Make the announcement.

COMMENTS INSTRUCTIONS THIS IS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A********************************

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 11 TO: Emergency Coordinator TIME: Upon declaration of Alert FROM: Control Room Controller T= N/A THIS IS A DRILL DO NOT initiate actions af

• * * * * *f e c t i n a n o r m a l clant onerations Substitute for Sten 5.1.1 of EP-001-020:

5.1.1 Sound the STATION ALARM and make the following announcement (s):

5.1.1.1 ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS IS A DRILL! THIS IS A DRILL!

AN ALERT WAS DECLARED AT ( ) DUE TO (.

).

ALL MEMBERS OF THE ONSITE EMERGENCY ORGANIZATION FOR THIS EXERCISE REPORT TO YOUR STATIONS. (If the emergency is radiatior 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 Souad the STL/J10N ALARM and repeat the announcement (s) at legst two nore times, allowing sufficient time for personnel who may be in high noise areas to reach a location where the announcement can be heard.

THIS IS A DRILL

WATERFORD 3 SES ANNUAL-EXERCISE

-OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 11 To: Emergency Coordinator TIME: Upon declaration of Alert FROM: Control Room Controller T= N/A ANTICIPATED RESPONSE

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 arid OSC personnel are mobilized via the plant page announcen ent and the VMS.

COMMENIH INSTRUCTIONS Controllers will ensure that all Drill Control Team members and guest observers log into the accountability card readers after it has been announced that they have been activated.

THIS IS A DRILL

i l

i WATERFORD~3 SES ANNUAL EXERCISE 1

-OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE. CARD DRILL ~ TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 12 TO : . Emergency coordinator TIME: At the discretion of the Lead Controller FROM: Control Room Controller T= N/A THIS IS A DRILL EDO NOT initiate actions affect normal clant onerations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ina ******************************

CONTINGENCY CUE CARD Imolementino conditions: When it appears imminent that classification will not be in accordance with the design of this exercise package.

Continoency Action:

Direct the Shift Supervisor / Emergency Coordinator to classify the event as an Alert in accordance with-the design of this exercise package.

p THIS I A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • S**********************************

i L

WATERFORD 3~SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /No. 1991 ANNUAL EXERCISE CUE CARD NO. 12 To: Emergency Coordinator TIME: At the discretion of-the Lead Controller FROM: Control Room Controller T= N/A ANTICIPATED RESPONSE Make the indicated Alert classification Implement-EP-001-020, Alert COMMENTS The purpose of this cue card is to maintain the scenario time line.

INSTRUCTIONS l

l

^

THIS IS A DRILL

_ . - _. . -_ . _ _ _ - _ . _ _ . _ . _ . _ _ - - _ _ . _ _ . _ _ . . - - - _ . _ _ _ .._.~._._m.__,.. ._

i, WATERFORD.3 SES ANNUAL EXERCISE OCTOBER 23, 1991 EW3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL-TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD No. 13 TO : - Emergency Communicator TIME: When-the Emergency Communicator '

begins activating the VNS TROM: CR/ EOF Communications Monitor- T= N/A ,

THIS IS A DRILL DO NOT~ initiate actions affect normal clant onorations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ina ******************************

When the Emergency Communicator begins to activate the. Voice Notification System to callout the Onsite organization,-ensure that the-" DRILL" mode is used for the' Scenario Type by substituting =the-" DRILL.USE ONLY!" pages of EP-002-015. _

THIS- DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • IS~A ***********************************

-.. . . , . . ,- , - - - . - , - ~ , . ,

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 H) SES EMERGEJCY PREPAREDNESS EXERCISE CUE CARQ DRJ.LL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 13 To: Emergency Communicator TIME: When the Emergency Communicator begins activating the VNS FROM: CR/ EOF Communications Monitor T= N/A ANTICIPATED RESPONSE The Emergency Communicator will initiate the Onsite callcut scenario in the DRILL mode.

COMMENTS EP-002-015 is written for use in actual emergency situa .ons and 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 when they call in.

INSTRUCTIOf{S The " DRILL USE ONLY!" copy of EP-002-015 will be given to the Emergency Communicator when he begins to activate the VNS.

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • e************************

THIS IS A DRILL e

WATERFORD 3 SES ANNUAL ~ EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD

' DRILL TYPE /HO. 1991 ANNUAL EXERCISE CUE CARD NO. 14 TO : - ' Plant SS TIME: Upon activation of the _ _

t accountability keycard readers FROM: Admin NPO Monitor T=-N/A

' ***************************************************************** ~

1HIS IS A DRILL DO NOT initiate actions affectino normal clant coerations CONTINGENCY CUE CARD '

Imolementinn Conditions: -When 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 Readers and sign in on a Facility Accountability Roster, THIS IS A DRILL

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EF1ERGENCY PREPAREDNESS EXERCISE CUE CARD DRII,L TYPE /NO. 1991-ANNUAL EXERCISE CUE CARD NO. 14 TO: Plant SS TIME: Upon activation of the accountability keycard readers TROM: Admin NPO Monitor T= N/A ANTICIPATED RESPONPd 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 announcement that the Accountability Keycard Readers-have b.en activated.

Ensure that the Control Room Facility Accountability Roster is given to'the TSC Supervisor when the TSC begins to activate. Ihg Admin NPO will be regponsible for cettina the Facility Accountability Roster to the TSC Supervisor.

-The Pacility Accountability Roster may be filled out by the Operating shift prior to the exercise during the briefing conducted by the Lead controller.

THIS IS A DRILL k.

_ . . _ . . _ . _ . _ _ _ . - . . . . . _ . _ . ~ . . _ - - _ _ _ _ _ _ _ , - . ~ . _ . . _ . - ~ . - - . _ . . . . - . _ . . _

WATERFORD 3 SES-ANNUAL EXERCZSE

. OCTOBER 23, 1991 '

W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 15 TO TSC~ Communicator TIME: When the TSC Communicators begin to activate the TSC Activated VNS Scenario- ,

FROM: TSC Communications Monitor Ta N/A

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • a****** ..,**,,,,..

THIS IS A DRILL DO NOT initiate actions affe normal nlant onorations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ctina *********************************

When-the TSC Communicator begins to activate the Voice Notification System to initiate the TSC Activated Scenario, ensure ~that the " DRILL" mode is used for the Scenario Type by substituting the " DRILL USE ONLY!" copy of EP-002-015.. ~

l-i L

,* *, ,,,,hk g g gg gg T IS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • HIS *********,***...............,*,,,,,,,,,

-.- - - , , - , ,. , . , . . - - - - . , , - ,. -- - - , , . . , , - . . - . - . - , - - . . - . . , - . . . . ~

1 WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD No. 15 TO: TSC Communicator TIME: When the TSC Communicators begin to activate the TSC Activated VNS Scenario FROM: TSC Communications Monitor T= N/A ANTICIPATED RESPONSE The TSC Communicator will initiate the TSC Activated Scenario in the DRILL mode.

CQMMENTS EP-002-015 is. written for use in actual emergency situations and directs the 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 any Emergency Response Personnel when they call in.

INSTRUCTIONS The " DRILL USE ONLY!" copy of EP-002-015 will-be given to the TSC Communicator when he begins to activate the VNS.

t l

l I

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • c3 **

THIS IS A DRILL

• • • • • • • • • • • • • • • • • • • • • e**********.<********************************

_ . , . _ _ _ . . _.--__-__.._._..-_.m._.._ _ . . . . . _ . _ _ . . . _ .. _ .. _._ _ . _ _ . _

WATERFORD-3-SES ANNUAL EXERCESE OCTOBER-23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991-ANNUAL EXERCISE CUE CARD NO. 16

-To t - Control Room'Da'ta Clerk TIME: 10:00 FROM :- Control Room Controller T= 2:00 '

THIS IS A DRILL DO NOT initiate actions affecti normal clant oDerations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • no ******************************

- Make the following announcement:

ATTENTION ALL'PERSONNELl ATTENTION ALL PERSONNEL!.

-THIS IS A. DRILL! THIS IS A DRILL!

WATERFORD 3 IS CONTINUING A TEST OF THE F.MERGENCY RESPONSE ORGANIZATION.

DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS..

CURRENT EXERCISE TIME IS (Insert time from Simulatot clock).

THIS IS A DRILL! THIS IS A DR1LL!

Repeat-the announcement once.

-y i

THIS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • IS-A ***********************************

- . . - , , - - . . . - . - , - - - . ,-. . . . - , . . . ~ - . - - . - - . , -

. = ,. . . -- - .. . - .. . .. .-

4 WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES' EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 16 TO: Control Room Data Clerk TIME: 10:00 FROM: Control Room Controller T= 2:00 k ANTICIPATED RESPONSE

- Make the announcement.

COKMENTS i

INSTRUCTIONS i

t 4

THIS IS A DRILL

T w'ATERPORD 3 SES All!JUAL EXERCESE OCTOBER 23, 1991 W3_SES EMERGEf4CY PREPAREDitESS EXERCISE CUE CARD DRILL TYPE /lio. 1991 AlitiUAL EXERCISE CUE CARD 110. 17 TO: CRS/!lPO TIME: 10:00 FROM Control Room Monitor T= +2:00 i

• • • • • • ..***** c ea............e.***....************************...

TilIS IS A DRILL Do 110T initiate actions affectina normal

• • • • • .....**..n**.**......*.****..** * * * ***********..........

n i a n t o n o ra t i o n s When Charg Mg Pump A trips, provido the following information l

AusPJ4S Annunciator CP-4, Cabinet G, Window B-4, CllARGIllG PUMP A TRIP TROUBLE.

Co** uter point RA2105 Q1 _It1DICATIO11s Chat,$ng Pump "A" control switch indicates "0FF".

l

[

l l

l

....****** w...*****.****

Tl!IS IS A DRILL l

WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 1

W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. _1991 ANNUAL EXERCISE CUE CARD NO. 17 i To CRS/NPO TIME 10:00 I TROMi Control Room Monitor T= +2100 ANTICIPATED RESPONSE

1. NA0 dispatched to investigate the problem with Charging Pump "A".

2. The OSC will dispatch a Hopair Team to investigate the Iallure.

,qpMMEftTS t

JETRUCTI0flS The information on Page 1 of this cuo card will not need to be issued anless the simulator fails and the indications are not available on the control panels.

THIS IS A DRILL

. . _ . - - . .~ . _. . . - , _ _ - - . _ , _ _ _ . - _ _ , _ . _ _ _ _ , . - _ . . , , . _ , .

. . - . . . _ . . . . _ . - _ - , ~ , . . . - . - . _ . _ , _ , . - . . . - - . - --.

f

! WATERFCRD 3 SES ANNUAL EXERCISE >

OCTOBER 23, 1991 '

1 W3 SES EMERGJ'EqY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. __1991 ANNUAL EXERCISE CUE CARD NO. 18 Tot Mechanical Repair Team TIME: When Repair Team and/or NA0 arrives at Charging Pump "A" rROM: Hochanical Repair Team T= N/A and/or NA0 Monitor

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • i THIS IS A DRILL '

.D0 NOT initiate actions affectina norul_ plant-onorationg When a Mechanical Repair Team arrives at Charging Pump "A", they will observe no external abnormalition with pump.

L TH IS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • IS*************************************

i WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDlJESS EXERCISE CUE CARD DRILL TYPE /NO. _13 R AUNUAL EXERCI E CUE CARD NO. 18 Tot Mechanical Repair Team TIME: When Repair Team I and/or NAO arrives at Charging Pump "A" rROM: Mechanical Repair Team T= N/A and/or NAO Monitor ANTICIPATED RESPONSI

1. Repair team should report findings.

2. Repair crew should uncouple motor / gearbox and gearbox to crankcase to determine location of problem.

3. . Problem will be located in the crankcase.

4.

Crankcase cover should be removed and oil drained.

5. Once this has been accomplished, a broken crankshaft will be discovered.

6. OSC should make plans to replace crankshaft.

7.

Parts need to be located in Warehouse.

8. Disassembly of crankcase should commence.

9. Duration of job should be 8 - 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br />.

COMMENTS Priority of the repair of this pump will downgrade as other failures occur later.

1HDTRUCTIONS IT IS OF THE IMPORTANT STATUS OF REPAIR TO KEEP THE SIMULATOR INSTRUCTOR BOOTH INFQRMED ACTIVITIES IN THE PLANT AT ALL TIMES _!

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • THIS IS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A********************************

i WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES TMERGENCY PREPAREDNESS EXERCISE CUE CAllQ >

DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 19 Electrical Repair Team TO: TIME: When Repair Team and/or NAO arrives at Charging Pump "A" FROM: Electrical Repair Team T= N/A and/or NAO Monitor

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • i THIS IS A DRILL DO NOT initiate actions affectina normal n onerations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • iant ******************

When a Electrical Repair Team arrives at Charging Pump "A", they will find.

A:- Flag on CVCEREL31A-11A B: 74/HR relay picked up C Bkr open l

.c***************************************************************

THIS IS A DRILL l

_.-_ - _ . . . _ . _ _ _ . - . . _ _ _ - . _ _ --_ - . - - _ . _ - _ - _ . . _ - - _ _ . . , _ . - . . . . _ . = .- ,

- _ _ _ _ _ . _ _ _ _ _ . _ _ _ _ _ _ . _ . . _ _ . _ -_._._..._......_.m.-._.

l l

WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPARED!lES3 EXERCISE CUPm CARD ORILL TYPE /NO. 1991 ANNUAL CEERCISE CUE CARD !!O. 19 To: Electrical Repair Team TIME: When Repair Team

, and/or NA0 arrives at Charging Pump A TROM: Electrical Repair Team T= N/A and/or NA0 Monitor ANTICIPATED RESPONjiL

1. NA0/ Repair Team should reset 74/HR relays and request the control Room to attempt to restart pump.

l

2. When pump restart is attempted, current readings will show approximately 700 AMPS and the pump will trip. ,

3. When Repair Team takes readings on the motor, they will receive the following indications:

Phase-to-Phase resistance = 0.3 OHMS Phase-to-Ground resistance > 1000 MEGOHMS

4. If not already requested, PMM will be dispatched to check the pump.

COMMEllTE When 74/HR-relay is reset, Annunciator will clear on CP-4.

, Annunciator will come in when motor trips.

Documents Referenced CWD 365 CWD 367 CWD E365 -WA 01067190 CWD XLII U STRUCTIOi{S IT IS IMPORTANT TO KEEP THE SIMULATOR INSTRUCTOR BOOTH-INFOR! FED OF THE STATUS OF REPAIR ACTIVITIES IN Tile PLANT AT ALL TIMES!

• • e.**ee****ee***ene*****eeee**e*********************************

THIS IS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • . ***** . **ee*****e.************e...

i WATERTORD 3 SES ANMUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 20 TO: CRS/NPO TIME: 10:30 FROM: Control Room Controller T= 2:30 THIS IS A DRILL Do NOT initiate actions affectina normal niant opera

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • tiong --

Indications will show that an RCS Leak greater than Charging Pump capacity has developed which results in a Reactor trip, Safety Injection, Main Steam Isolation Signal (MSIS) initiation and Containment Isolation Actuation Signal (CIAS).

THIS IS A DR

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ILL ****************************

WATERFORD 3 SES ANNUAL EXERCESE OCTOBER 23, 1991 {

H1_EE.S EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD No. 20 l To: CRS/NPO TIME: 10:30  !

FROM: Control Room Controllor T= +2:30 t

ANTICIPATED RESPONSE

1. The Control Room staff enters OP-902-000, Emergency Entry Procedure and subsequently enters EOP, OP-902-002, Loss of Coolant Accident Recovery Procedure.

2. The Emergency Coordinator declares a Site Area-Emergency and j implemente EP-001-030, site Area Emergency.

COMMENTS Some fuel damage occurs, causing RCS activity to ramp up.

INSTRUCTIONS This card vill not need to be issu2d unless the simulator fails and the indicators are not available on the Control Room panels.

I l

• • .e.*...**.**...*...*..*.*.....................&*.....*..*......

T!!IS IS A DRILL l ......................................*...............*..*.......

_ . . _ _ . _ - _ ~ . . , - . , ~ - _ . -. - - - ~ . . ~ ~ . - . - ---. -

WATERTORD 3 SES AilliUAL EXERCISE OCTOBER 23, 1991 W3 SEE_[EliGIf1CY PRIl1 BED!lESS EXERCIEE_QUE CARD 1

DRILL TYPE /llo, 1991 h!!!!11AL EXEEJJiL CUE CARD liO. 20 To: CRS/lJPO TIME: 10:30 TROM: Control Room Controller T= +2:30 6.flTICIPATED RESP 0!iS_E

1. The Control Room staff enters OP-902-000, Emergency Entry Procedure and subsequently enters EOP, OP-902-002, Loss of Coolant Accident Recovery Procedure.

2. The Emergency Coordinator declares a Site Area Emergency and implements EP-001-030, Site Area Emergency.

C0!M r!1TE Some fuel damage occurn, causing RCS activity to ramp up.

IllSTRUCTIOffli This card will not need to be issued unicas the Simulator fails and the indicators are not available on the Control Room panels.

TilIS IS A DRILL

_.._________m._.._ _ _ . _

WATERFORD 3 SES ANNUAL EXERCTSE OCTOBER 23, 1991 RJES EMERGI,JfCY PREPAREDNESS EXERCISE CUE CMQ DRILL TYPE /NO. _1991 ANffDAL EXERCISE CUE CARD No. 21 1 Tot CRS/NPO TIME: At MSIS activation EROM: Control Room Controller T= N/A THIS IS A DRILL DO NOT [Ditiate actions affectina n

.******qrmal nlant oDerations i Indication will show that the Atmospheric Dump Valvo (ADV) #2 (MS-116B) fails to open to maintain SG #2 at 1050 psia. .

{

i L

4 l

l l

. .

• hh hhhhh*hhhhhhhhhhhhhhghgg ggggg ggg THIS IS A D

• • • • • • • • • • • • • • • • • • • • • • ....***....... RILL .**....***..,** ***..* ..,*,.

WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 l W3 SES EMERGENCY PREPARED:#ESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE. CUE CARD NO. 21 TO: CRS/NPO TIME: At MSIS activation TROM: Control Room Monitor Ta N/A ANTICIPATED RESPONSE The NPO should try to take manual control of ADV #2 by manipulating MS-1PIC-0303-B-1.

i The Control Room will notify the TSC and the TSC will call the OSC to have a repair team assembled to troubleshoot MS-116B.

COMMENTS The operators will expect Annunciator SG2 ATMOSPHERIC DUMP VLV OPEN on CP-B, Cabinet N, Window G-11 to be lit. For this situation, the Annunciator Light will not come on.

INSTRUCTIONS The information on this cue card will not need to be issued unicas on the control panels.

the simulator fails and the indications are not availabic l

846949494499449464449Antt$4649444444$$$$$ dttiggggggettggggggggggg THIS IS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ,.4.......**********...,**.,

WATERFORD 3 SES AtiliUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGE!1CY PREPARED!iESS EXERCISE CUE CAED DRILL TYPE /110. 1991 AliNUAL EXERCISI_ CUE CARD 110. 22 TO: I&C Repair Team and/or TIME: When repair

!JAO teams are dispatched for ADV troubleshooting /

repairs PROM: I&C Repair Team and/or T= N/A 11AO Monitor

• • • • • • • • • • • • • • • • • <*******o***************************************

THIS IS A DRILL DO NOT initiate actions affectinq normal plant operation

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • t*****

This Cue Card is for the information of the ADV I&C Repair Team Monitor.

1. At Control Room Panel ICECP 08, 100% output indication from the man / auto station MS IPIC030Bl.

2.

At valvo positioner, MS IEPO116B (RAB +46 West side), proper gauge indications to open valvo are observed.

{

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • l THIS IS A DRILL  !

. _ . _ _ . _ . . . _ _ _ ~_ _ _ __

WATERFORD 3 SES ANNUAL EXERCISE OCTODER 23, 1991 W3 SES EMERGENCY PREPAPsEDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD No. 22 To: I&C Repair Team and/or TIME: When repair NA0 teams are dispatched for ADV troubleshcoting/

repairs EROM: I&C Repair Team and/or T= N/A NAO Monitor ANTICIPATED RESPONEE

1. At ICECP 45, slot 342 verify proper output by checking tracking driver card (NTD) MS ITTD0303B1 voltage test points signal common and current out (sat).

2. Simulate: Manually attempt to stroke valve by removing MS IEP116B cover and working positioner flapper back and forth observing output pressure change.

3. Verify MS MVAAA116B is not gagged closed. (sat).

4. Repair team should determine that valve internals are suspect.

5. OSC should assemble crews, parts and conduct briefings in order to disassemble the valve.

CQMMENTS l

Failure to open this valve will prolong the cooldown of the RCS, l and delay going on Shutdown Cooling.

I&C's troubleshooting will reveal no problems with the positioner or control circuit.

The repair will-take approximately 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />.

{ INSTRUCTIONS IT IS IMPORTANT TO 1(EEP THE SIMULATOR INSTRUCTOR BOOTH INFORMED OF THE STATUS OF REPAIR ACTIVITIES IN THE PLANT AT ALL TIMES!

THIS IS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A********************************

. - . _ . . ~ . _ - - - - - - - .- - -_-__ -. _- _ _ - - - - . _ - - - - .

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMF & 7 PEEPARED? FESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 23 TO: Mechanical Repair Team TIME: When repair and/or NAO teams are dispatched for ADV troubleshooting /

repairs i

FROM: Mechanical Repair Team T= N/A and/or NAO Monitor THIS IS A DRILL DO BOT initiate actions affectino normal nla onerations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • nt *****************

This Cue Card is for the information of the ADV Mechanical Repair Team Monitor.

MS116B will not open.

i i

• k8*kk8k8*k88*k88**88 *8888kkk*k88k*888888*kk ****k88*kk (*h*h(k$

THIS IS A DRILL

WATERFORD 3 SES ANNUAL EXERCESE OCTOBER 23, 1991 42 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NU. 1991 ANNUAL EXERCISE. CUE CARD NO. 23 TO: Mechanical Repair Team TIME: When repair and/or NAO teams are dispatched for ADV troubleshooting /

repairs PROM: Mechanical Repair Team T= N/A and/or NAO Monitor ANTICIPATED RESPONSC

1. The operator / maintenance technician should engage the manual override mechanism and attempt to open the valve. The valve will move slightly and then will fail to move anymore. It will appear to be internally seized.

2. At this time a decision may be made to isolate and open the valve for repairs behind single valve protection.

3. OSC should assemble crews and parts and conduct briefings in order to disassemble the valve.

COMMENTS Failure to open this valve will prolong the cooldown of the RCS, and delay going on Shutdown Cooling.

The repair will take approximately 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />.

INSTRUCTIONS IT IS IMPORTANT TO KEEP THE SIMUIATOR INSTRUCTOR BOOTH INFORMED OF TH,E STATUS OF REPAIR ACTIVITIES IN THE PLANT AT ALL TIMES!

THIS IS A DRILL

- .- _ - - . -. --- . - . . - - - . _-. . _.. - - .~ . .- -

l WATERFORD 3 SES ANNUAL EXERC2SE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 24 To: Emergency Coordinator TIME: Upon declaration of Site Area l Emergency l FROM: TSC Controller T= N/A THIS IS A DRILL DO NOT initiate actions affectina normal plant

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • operationq **************

Substitute for Stens 5.1.5.1 - 5.1,5.3 of EP-001-030:

5.1.5.1 ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!:

THIS IS A DRILL! THIS IS A DRILLl A SITE AREA EMERGENCY WAS DECLARED AT (. ) DUE TO (

.). ALL MEMBERS OF THE-EMERGENCY ORGANIZATION FOR THIS EXERCISE REPORT TO YOUR STATIONS. DUE TO PLANT CONDITIONS, ALL PERSONNEL IN THE PROTECTED AREA NOT PARTICIPATING IN THIS EXERCISE MUST EXIT THE PROTECTED AREA IMMEDIATELY. DESIGNATED EVACUEES FOR THIS EXERCISE PROCEED TO (

) PERSONNEL IN RADIATION CONTROLLED AREAS PROCEED TO THE HEALTH THYSICS CONTROL POINT. THERE WILL BE NO SMOKING, EATING, OR DRINKING UNTIL FURTHER NOTICE. THE NAINTENANCE RADIO FREQUENCY IS NOW DEDICATED FOR EMERGENCY USE ONLY1 THIS IS A DRILL! THIS IS A DRILL 1 5.1.9.2 If there is a localized emergency (e.g., fire, radiological hazard outside of normally established RCAs), announce its type and location and instruct l personnel to stand clear of this area (refer to FP-001-020 for fire).

5.1.5.3 Sound the STATION ALARM and repeat the announcement (s) l at least two more times, allowing sufficient time for i

personnel who niay be in high noise areas to reach a L location where the announcement can be heard.

THIS IS A DRILL

. . ~ , . - . - - . - ,

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 24 TO: Emergency Coordinator TIME Upon declaration of Site Area Emergency FROM: TSC Controller T= N/A 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-essential Protected Area personnel exit the Protected Area.

6. Designated evacuees depart for the selected assembly area.

7. Security performs accountability and supplies a Missing Person Roster to the TSC.

C-QHtiCLG'S 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.

THIS IS A DRILL

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARE DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 25 TO: Emergency Coordinator TIME: At discretion of the Lead Controller FROM: TSC Controller T= N/A l

THIS IS A DRILL DO NOT initiate __gpfd ons affectino normal Diant onoration

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • g *****

CONTINGENCY CUE CAT 1R Imolementina Conditions: When it appears imminent that the classification will not be in accordance with the design of this drill package.

Contincency Action: Direct the Emergency Coordinator to implement EP-001-030, Site Area Emergency THIS IS A DRILL

WATERFORD 3 SES A!111UAL EXERCISE OCTOBER 23, 1991 W3 SES rjigBgE17CY PREPARED! JESS EXERCISE CUE CAEQ DRILL TYPE /110. 1991 AtitJUAL EXERCISE CUE CARD 110, 25 TO: Emergency Coordinator TIME: At discretion of the Lead Controller FROM: TSC Controller T= 11/A A!1TICIPATED RESP 011Sg Emergency coordinator implements EP-001-030, Site Area Emergency.

Emergency Coordinator prepares for and announces a site evacuation.

COMMEtiTS JNSTRUCTIOf1S If this cue card is used, provide the Emergency Coordinator with the exercise declaration announcement from the previous cue card.

THIS IS A DRILL

l WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3.SEF EMERGEllC_Y PREPAREDNESS EXEBCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXEEClEL CUE CARD 110. 26 TO: EOF Communicator TIME: When the EOF Communicators begin to activate the EOF Activated VNS Scenario FROM: CR/ EOF Communications Monitor T= N/A THIS IS A DRILL RO NOT initiate actions affectina normal nlant operations When the EDT Communicator begins to activate the Voice Notification System to initiate the EOF Activated Scenario, ensure that the " DRILL" mode is used for the Scenario Type by substituting the " DRILL USE ONLY!" copy of EP-002-015.

THIS IS A DRILL

l WATERFORD 3 SES ANNUAL EXERCESE OCTOBER 23, 1991 W3 SES EMERGENCY ERIEAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 AHHUAL EXERCISE CUE CARD No. 26 L Tot EOT Communicator TIME: When the Eor Communicators begin to activate the EOF Activated VHS Scenario TROM: CR/ EOF Communications Monitor T= N/A ANTICIPATED RESPONSE The EOF Communicator will initiate the EOT 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 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 any Emergency Response-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 VHS.

THIS IS A DRILL ,

i l

L -. ~ . . - _ . - - - - . . . - . - - -. - -- -- - - - - - - - - - - -- -

- . . . - ~ - - - . _ _ _ ~ . - . - . ...- - _ _- . . - .. - - _- . _ _ - - - _ - - .

WATERTORD 3 SES Ali!JUAL EXERCISE OCTOBER 23, 1991 i W3 SES EMERGEffCY PREPARED! FESS EXERQJSE CUE CAllQ DRILL TYPE /lio. 1991 AllifDAL EXERCISE CUE CARD 110. 27 To TSC Supervisor TIME: When Accountability la completed TROM: TSC Centroller T= N/A Ti!IS IS A DRILL DO flOT initiate acti20s affectina normal nlant o

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • perations *************

Make the following announcement: '

TilIS IS A DRILL! Tills IS A DRILL 1 ACCOUNTABILITY ACTIVITIES HAVE BEElf COMPLETED, ALL PERSO!1tiEL MAY RETUR11 TO THEIR tiORMAL WORK AREAS.

Repeat announcement once.

l l

l l

THIS IS A DRILL

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGE!1CY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. ,,1991 A11NUAL EXERCISE CUE CARD NO. 27 TO: TSC Supervisor TIME When Accountability is cornpleted TROM: TSC Controller T= N/A ANTICIPATED RESP 01{EE Site personnel return to wor):.

COMMENTS i

I!JSTRUCTIOllS This cue card will be issued after all personnel identified on the Missing Person Roster have been accounted for.

1 THIS IS A DRILL

WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGEllCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /No. 1991 AN!1UAL EXERCISE CUE CARD No. 28 TO: CRS/NPO TIME: When Containment Spray is initiated TROM: Control Room Controller T= N/A THIS IS A DRILL EQ fiOT initiate actions af f ectinct normal plant operations When containment spray activation occurs, provide the following information:

CS Pump "A" starts and immediately trips with trip indication of yellow light on pump control switch.

ALARMS CNTMT SPRAY PUMP A UNAVAILABLE on CP-8, Cabinet M, Window A-4 CNTMT SPRAY PUMP A TRIP / TROUBLE on CP-8, Cabinet M, Window D-4 i

l-l THIS IS A DRILL

. . _ , _ _ , . _ . . , . _ _ _ _ . _ . . . . _ _ _ . . _ , . _ , ..____m..,. , ._

WATERTORD 3 SES ANNUAL EXERCISE OCTODER 23, 19b1 W3 SES EMERGENCY PREPAREDNESS r$ERCISE CUE CARD DRILL TYPE /No. 1991 ANNUAL EXERCI E CUE CARD No. 28 l TO: CRS/NPO TIME: When Containment Spray is initiated FROM: Control Room controller T= N/A ANTICIEATED RESPONSE

1. CR Attempt to start CS "A" using control switch; no response.

2. An NA0 will be dispatched to investigate the problem with the "A" Cantainment Spray Pump.

3. The OSC will dispatch a Repair Team to investigate the failure.

COMMENTS Documents Referenced CWD 605 CWD 606 CWD E605 CWD XLII WA 01065405 INSTRUCTIONS The information on Page-1 of this cue card will not need to be issued unless the simulator fails and the indications are not available on the control panels.

1

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • e***************************

l THIS IS A DRILL

, ... . . _ _ _ . _ _ _ _ . . , _ _ _ . . . . _ . , . . . ~ . _ . , _ . . _ , _ , . - . . . . - . _ , . _ , _ _ , - . . , ~ . - , , - , , _

WATERTORD 3 SES ANNUAL E"ERCISE OCTOBER 23, 1991 '

W3 SES EMERGEllCY PREPARIINESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD HO. 29 To: Containment Spray Pump "A" TIME: Upon investigation Electrical Ropair Team of Containment and/or NAO  ! pray Pump "A" Breaker Trip TROM: Electrical Monitor and/or T= N/A NA0 Monitor THIS IS A DRILL po NOT initiato actions affectina normal nlan onerationg

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • t****************

The Cuo Card is for the Electrical Repair Team and/or the hAO.

Inspects bkr and finds At Breaker racked up B: Control power knife switch closed C: Springs indicate changed D No Relay flags THIS IS A DRILL

_ _ _ _ _ _ . - - _ . - , _ _ _ . . _ _ _ , . _ . _ . ~ , _ _ _ _ _

WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 29 l l

TO: Contain ent Spray Pump "A" TIME: Upon invertigation Electrical Repair Team of Containment and/or NAo Spray Pump "A" Breaker Trip FROM: Electrical Monitor and/or T= N/A NA0 Monitor ANTICIPATED RESPONSE

1. If voltage checked on points specified for proper rack-up will find no voltage

2. Visual inspection will reveal broken switchettes on left side of bkr

3. Repair team should attempt to manually close breaker "0R" obtain replacement from another device "OR" TGB spare (Note RAB spare i in use in AB Chiller Cube)

4. If reading taken on motor, the repair team will find Phase-to-Phase resistance 1.6 OHMS Phase-to-Ground resistance 200 megohms COMMENTS Procedures have been changed due to finding loose switchette in past.

INSTRUCTIONS

t. Do not let this pump start for at least 30 minutes after Containment Spray it initiated.

2.- IT IS __IMPORTANT TO );EEP THE BJHELhTOR INSTRUCTQB BOOTH IFFORMED Of THE. STA'.NS OF REPAIR ACTIVITIES IN THE PLANT,_hI ALL TIMESt THIS IS A DRILL

• • • • • • • • • • • ..*** ..*****v.s....................... ......** .....

, . _ . - . _ _ - . _ , ~ . . _ . . . - , , _. - _ . _ _ _ _ _ _ _ _ . _ , . _ . -___ ._. , _ - . ..

l

{ WATERTORD 3 SES AllliUAL EXERCISE OCTOBER 73, 1991 W3.SES EMERGE!1CY PREPARED!lESS EXERCISE CUE CARD DRILL TYPE /!lO. __13.21 AltliUAL EXERCISE CUE CARD 110. 30 TO: CRS/11PO TIME: Failure of CS Pump "B" at discretion of the Drill Team PROM: Control Room Monitor T= ll/A THIS IS A DRILL DQ__110T i n i t i a t e_Agli o n s a f f esti na n orm a l n l a n t oneratio

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • nn ******

After containment Spray Pump A is returned to service and at the discretion of the Drill Team, provide the following information:

CS Pump "B" ctarts and immediately trips with trip indication of yellow light on pump control switch.

ALARMS CllTMT SPRAY PUMP B UllAVAILABLE on CP-8, Cabinet 11, Window A-14.

CllTMT SPRAY PUMP B TRIP / TROUBLE on CP-8, Cabinet !1, Window B-14.

11_QII:

The TRIP / TROUBLE Annunciator and comp point (RA2105 R06 34,35)

D42504 come in approximately 5 seconds before trip and will clear when breaker trips. Comp point (RA2105 TOS 34,35) D42502 will come in when bkr trips.

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ++********************************

THIS IS A DRILL

_ - - - - - - - - - - ^-

WATERFORD 3 SES ANNUAL EXSRCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. _1991 ANNUAL EXERCISE CUE CARD NO. 30 TO: CRS/NPO TIME: Failure of CS Pump "B", at discretion -

of Drill Team FROM: Control Room Controller T= N/A ANTICIPATED RESPONSE

1. CR: Attempt to start CS "B" using control switch; no response.

2. An NAO will be dispatched.to investigate the problem wit." *he "B" Containment Spray Pump.

3. The OSC will dispatch a Repair Team to investigate the failure.

COMMENTS Documents Referenct 3 CWD 610 CWD 611 CWD E610 CWD XLII WA 01065406-1hSTRUCTIONS The information on Page 1 of this cue card will not .ieed to be issued unless the Simulator fails and the indications are not

'vailable on.the control panels, i

l' l

l l

THIS IS A DRILL

-- =-

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCf PREPAREDNESS EXERCISE CUE CARD 1

DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 31 TO: Containment Spray Pump "B" TIME: Upon investigation Electrical Repair Team of Containment and/or NAO Spray Pump "B" Breaker Trip FROM: Electrical Monitor and/or T= N/A NAO Monitor

• • • • • • • • • • • • • • • • • • w **********s**********************************

THIS IS A DRILL 00 NOT initiate actions affectina normal nlant operations When the NAO/ Repair Team arrives at the Containment Spray Pump "B" breaker, they will find A: Flag on CS EREL 3B-5A CS EREL 3D-SC B: 74/HR relay picked up C: Bkr open THIS IS A DRILL

I WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 ,

W3 SES EMERGEUCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 31 TO: Containment Spray Pump "B" TIME: Upon investigation Electrical Repair Team of Containment and/or NAO Spray Pump "B" Breaker Trip FROM: Electrical Monitor T= N/A and/or NAO Monitor

.; ANTICIPATED RESPONSE

1. NAO should reset 74/HR relays and request Control Room attempt restart of motor. Computer point D42502 will clear if 74/HR reset.

i i 2. When restart is attempted, current will indicate j approximately 280 AMPS and pump will trip.

4

3. If repair team takes readings on the motor they will find:

Phase-to-Phase resistance 1.4 OHMS Phase-to-Ground resistance 45 MegORMS CQMMENTS INSTRUCTIONS IT IB IMPORTANT TO KEEP THE SIMULATOR INSTRUCTOR BOOTH INFORMED OF THE STATUS OF REPAIR ACTIVITIES IN THE PLANT AT ALL TIME 81

• • • • • • • • • • u.*****************************************************

THIS IS A DRILL

• • • • • • • • • • +.**********************,**********************r**,****

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 32 To: Containment Spray Pump "B" TIME: Upon investigation Mechanical Repair Team r." Containment Spray Pump "B" Problem FROM: Mechanical Monitor T= N/A THIS IS A DRILL DO NOT initiate actions affectino normal pl

• * * * * * * * * * * * * * * * * * * * * , e a * * * * * * * * * * * * * * * * * * * * * *

• a n t o r> e r a t i o n s Upon arriving at Safeguard Room B, the Repair Team will see water spraying from the mechanical seal area.

l

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ggg*g THIS IS A DRILL

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 32 TO: Containment Spray Pump "B" TIME: Upon investigation Mechanical Repair Team of Containment Spray Pump "B" Problem FROM: Mechanical Monitor T= N/A ANTICIPATED RESPONSE

1. The crew with HP should enter the Safeguard Room.

2. The crew will initially see water spraying from the mechanical seal area of the spray pump.

3.

Once this has been done the pump should be tagged out and the crew will enter and attempt to rotate the pump / motor by hand.

4.

It will be discovered to be mechanically bound requiring further troubleshooting.

5. The pump / motor should be uncoupled and the motor will rotate freely but the pump will be bound.

6.

Work instruction should be issued to disassemble the pump to determine the problem.

COMMENTS Precautions should be taken prior to entering the area to prevent the contamination of the work crew.

INSTRUCTIONS IT IS IMPORTANT TO KEEP THE SIMULATOR INSTRUCTOR BOOTH INFORMED OF THE STATUS OF REPAIR ACTIVITIES IN THE PIANT AT ALL TIMES!

THIS IS A DRI

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ..**..LL ..,***, ....,***..,........

I

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE _ CUE CARD NO. 33 TO: Control Room Data Clerk TIME: 11:00 FROM: Control Room Controller T= 3:00 THIS IS A DRILL DO NOT initiate actions affectino norm nlant operations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • al**********************

--Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS 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 RELATED ANNOUNCEMENTS.

CURRENT EXERCISE TIME IS (Insert time from Simulator cloch).

THIS IS A DRILL! THIS IS A DRILL!

Repeat the announcement once.

THIS I A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • S**********************************

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE _ CUE CARD NO. 33 To: Control Room Data clerk TIME: 11:00 FROM: Control Room Controller T= 3:00 ANTICIPATED RESPONSE

- Make the announcement.

COMMENTS INSTRUCTIONS THIS IS A DRILL

_ . . _._ . . _ _ . _ _ . . . . . . . _ _ _ . _ . . _ _ ~ _ . _ . _ . . _ . . _ _ . . _ . . _ . . . _ . _ . _ . _ _ . . _ . _ . . . - . _ . _ . . . . .

WATERFORD 3~SES ANNUAL EXERCISE OCTOBER ~23, 1991' W3 $ES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 34

"'O : OSC Supervisor TIME: 11:15 FROM: OSC Controller / Assembly Area T= 3:15

-Controller THIS IS A DRILL DO NOT initiate actions affectina normal nlant operations This Cue Card is for the OSC Controller.- When the Assembly Area Supervisor has. completed his objectives at the Assembly Area, tho

-OSC Supervisor-snould-allow these personnel at the Assembly Area to return to the plant.

4 l

I l

THIS IS A DRILL i

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 34 TO: OSC Supervisor TIME: 11:15 FROM: OSC Controller / Assembly Area T= 3:15 Controller ANTICIPATED RESPONSE The OSC Supervisor will advise the Assembly Area Supervisor te return to the plant with the Lxercise players and monitors.

COMMENTJ2 INSTPUCTIONS The OSC Monitor may issue this Cue Card after he has determined that the Assembly Area activities have been completed.

NOTE: ASSEMBLED PERSONNEL SHOULD NOT BE REQUIRED TO REMAIN AT THE ASSEMBLY AREA LONGER THAN 30 MINUTES.

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • +***************************,*****

THIS IS A DRILL

WATERFORD 3 SES ANNUAL EXERCISE  !

OCTOBER 23, 1991 l W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL PJERCISE CUE CARD NO. 35 TO: Control Room Data Clerk TIME: 12:00 PROM: Control Room Controller T= 4:00 THIS IS A DRILL DO NOT initiate actions affectina norm niant onerations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • al ***********************

- Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS IS A DRILL! THIS IS A DRILL!

WATERFORD ORGANIZATION.

3 IS CONTINUING A TEST OF THE EMERGENCY RESPONSE DO NOT 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.

/

THIS IS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A********************************

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 35 TO: Control Room Data Clerk TIME: 12:00 FROM: Control Room Cor. troller T= 4:00 ANTICIPATED RESPONSE

- Make the announcement.

COMMENTS-

.U!STRUCTIONS l

L l

l- ,

THIS IS A DRILL

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGEHgY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /No. 1991 ANNUAL EXERCISE CUE CARD NO. 36 TO: CRS/NPO TIME: 12:30 FROM: Control Room Controller T= 4:30 THIS IS A DRILL DO NOT initiate actions affectino normal plant operatio

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ns ******

Provide the following information:

Annulus pressure on CP-18 indicates pressure is cycling between

-1 "H2O and -8 "H2O approximately every 45 seconds.

Shield Building Ventilation Trains A & B exhaust valves to the plant stack (SBV 114A & B) and recirculation to annulus valves (SBV 113A & B) are cycling with the indicated annulus pressure:

At -1 "H2O the exhaust to plant stack valves open and the recire to annulus valves are closed.

At -8 "H2O the exhaust to plant stack valves close and the recirc to annulus valves open.

The Plant Stack Radiation Monitor goes into alarm status.

THIS IS A DRILL

. - - - - _ . .. . ~ . . ._. ._. . . . . . .

WATERFORD 3 SES ANNUAL EXERCZSE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 36 TO: CRS/NPO TIME: 12:30 FROM: Control Room Controller T= 4:30 ANTICIPATED RESPONSE

1. NACs will be dispatched to determine the source of the leakage into the annulus. (Systems to be investigated may include containment Purge and Containment Pressure Reduction).

2. Dose Assessment personnel will perform dose projections based on plant monitoring data.

3. Field Teams will be dispatched to provide Field Team data for analysis.

4. Based on dose projections, the EC/ EOF Director will enter EP-001-040, General Emergency.

COMMENTS Radiation levels at the RAB +46 Shield Building Ventilation Train A& B filtration units will increase due to the penetration leakage from containment.

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.

-Only the Radiation Monitoring System indications will be provided by this cue card, unless the Simulator fails, i

THIS IS A DRILL l

I_

- . . . - , . - ~ . . . ~ . ~ ..- . . _ - . - - . . - . . - - . - _ _ -. . - .-. _

WATERFORD'3 SES ANNUAL EXERCISE <

OCTOBER 23, 1991.

W3 SES-EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL. TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 37 TO: EOF Director / TIME: At General Emergency Coord. Emergency classification -

FROM: EOF /TSC Controller _T= N/A THIS IS A DRILL

!>D NOT initiate actions affectina normal clantoperations Substitute for Sten 5.1.2.1 - 5.1.2.3 of EP-001-040:

5 .1. 2 .1 - ATTENTION ALL PERSONNEL 1 ATTENTION ALL PERSONNEL!

THIS IS A DRILL!- THIS IS A DRILL! A GENERAL EMERGENCY.

WAS DECLARED AT'( ) DUE TO (

). ALL MEMBERS OF THE EMERGENCY ORGANIZATION FOR THIS EXERCISE REPORT TO YOUR STATIONS. 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 1 THIS IS A DRILL!

- 5.~1.2.2 If there is a localized eaergency (e.g., fire, radiological hazard outside of normally_ established RCAs), announce its type and location land instruct personnelLto' stand clear of this area: (refer to FP-001-020 for fire).

5.1.2.3 SoundIthe STATION ALARM and repeat the announcement (s) at least two more-times, allowing cufficient time for personnel who may-be in high. noise ireas to reach a location where they can hear the announcement.

l-L i

L i

• • • • • • • • • • • • • • • • • • t********************************* *************

THIS IS A DRILL j

1' w , -, - .-

. . . . _ - - .. ~ .-- . . - . . . - . . . - - . . - . - . - . . - . .. -

WATERFORD-3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 37 TO: EOF Director / TIME: At Genera)

Emergency Coordinator Emergency Classification FROM: EOF /TSC Controller T= N/A f

ANTICIPATED RESPONSE The announcement will be substituted for step 5.1.2.1, EP-001-040, General Emergency.

COMMENTS INSTRUCTIONS Provide this cue card to the EC/ EOF Director when step 5.1.2.1 of EP-001-040 is reached.

l l

l THIS IS A DRILL

• • • -*e*************************,**********************************

~ . _ - . . - . - . . . , . - .. - .-. . ~ . . - _ ~ _ - . - . _ . .. ,

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3'SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 381

- TO : - EOF Director / .

. TIME: >At discretion Emergency Coord. of TSC/ EOF '

Controller FROM: EOF /TSC Controller T= N/A THIS IS A-DRILL DO NOT initiate actions affectina normal c L * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ******************

• *l a n t o p e r a t i o n s -

CONTINGENCY CUE CARD Implementina Conditions: When it appears imminent that the classification will not:be in-accordance with the design ofz this drill package.

Contincency Action: Direct the EOF Director / Emergency Coordinator to implement EP-001-040,-

General Emergency and declare a General Emergency.

l e

8888***88*8*8*f'88**8 ,*8 ,*8******************(***************g****

• I THIS IS A DRILL

l. *****************************************************************-

I

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 38 TO: EOF Director / TIME: At discretion of Emergency Coordinator TSC/ EOF Controller FROM: EOF /TSC Controller T= N/A ANTICIPATED RESPONSE

= Implementation of EP-001-040, General Emergency.

COMMENTS INSTRUCTIONS If this cue card is issued, provide the Emergency Coordinator, EOF Director with the exercise declaration announcement from cue card #37.

l l

l l

l THIS IS A DRILL l'

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • =*********

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /No. 1991 ANNUAL EXERCISE CUE CARD NO. 39 TO: Control Room Data Clerk TIME: 13:00 FROM: Control Room Controller T= 5:00 THIS IS A DRILL DO NOT initiate actions affectino normal nl

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ant operations

- 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 RESPONSE ORGANIZATION.

DO NOT 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.

1 THIS IS A DRILL

l WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES J;MERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 39 TO: Control Room Data Clerk TIME: 13:00 FROM: Control Room Controller T= 5:00 ANTICIPATED RESPONSE

- Make the announcement.

COMMENTS IUSTRUCTIONS THIS IS A DRILL

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - _ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ~ - -~

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 l

W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 AtlNUAL EXERCISE CUE CARD NO. 40 TO: Security Officer TIME: 13:15 FROM: Iodine Victim and T= +5:15 HP Monitor THIS IS A DRILL EO NOT initiate actions affectino n

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • grmal plant operafj ons This person tells security that he needs to report to the TSC to provide assistance on the HPN phone line.

THIS IS A DRILL

__ _ _ _ _ _ . _ _ _ . _ _ _ _ _ _ _ . - - _ _ _ - - . - - _ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ~ - - -

~ _ -- _ _

_..____.-~....-___...-_.___m _ _ . _ _.

WATERFORD 3 FES. ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARQ DRILL TYPE /NO. -1991 ANNUAL EXERCISE CUE CARD NO. 40 To: Security Officer TIME: 13:15 FROM: Iodine Victim and T= +5:15 HP Monitor ANTICIPATED RESPONSE The Security Officer calls the TSC to request permission to allow this individual into the Protected Arec.

The TSC will grant thn permission.

When the " Victim" steps on to the PM-7 Personnel Monitor, a piercing audible alarm is delivered. The yellow " contaminated" lamp will light, with the location of all of his body (except his shoes) around the graphic image of the person.

Security will notify HP.

The RCC will dispatch an HP to. Verify the personnel contamination level.

The HP Technician will find approximately 125,000 dpm/ probe area.

The victim will raport that he has been in Trailer 412 all day.

Health Physics implements EP-002-032, Monitoring and Decontaminatior., calculates doses to the individual and performs appropriate analyses, including bioassay.

RCC/HPC. implements-EP-002-033, Administration of Iodine Blocking Agents.

COKMENTS The Iodine victim is prestaged and a member of the Drill Control Team. The " Victim" will be wearing a " Player" armband so that Security will know to challenge his entry into the Protected Area.

IESTRUCTIONS THIS IS A DRILL

. . - __ .~ . _ . - . . - _ _ .. . .. . - - . -

WATERFORD 3 SES ANNUAL EXERCISE l OCTOBER 23, 1991 l W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD l DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 41 To: Emergency Coordinator TIME: 213:15 FROM: TSC Controller T= =+5:15 THIS IS A DRILL DO NOT initiqto actions affectin normal clant operations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • g_ *****************************

This Cue Card is provided to inform the EC that he needs to allow the individual into the Protected Area to provide assistance on the HPN line.

I

(

(

THIS IS A DRILL

• • • • • • • • • • • • • • • • • • • • • c*******************************************

l

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 41 TO: Emergency Coordinator TIME: =13:15 FROM: TSC Controller T= =+5:15 ANTICIPATED RESPONSE The EC will grant permission to allow the HPN phone talker into the Protected Area.

COMMENTE INSTRUCTIONS The EC had not requested this individual. He may question the necd.

This Cue Card is to instruct the EC to allow the HPN phone talker into the Protected Area. This entry is needed to support the KT administration.

This cue card should not be issued until Security requests access for the HPN phone talker.

1 i

i

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • e********************.

THIS IS A DRILL

m - _ . . _ . _ . . _ . _ - - . . . - . . _ . _ . . . .

. ~ . _ _ . _ . _ - _ . . . . , -

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 33, 1991  !

W3'SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO.- 1991 ANNUAL EXERCISE CUE CARD NO. 42 TO: HPC/RCC Controller TIME: In the event the HPC/RCC fails to administer KI FROM: HPC/RCC Controllers T= N/A THIS IS A DRILL -

-DO NOT ' initiate actions affectino normal D1a operations- '

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • nt *****************

CONTINGENCY CUE CARD In the event the HPC/RCC fails to administer KI. See the

" Anticipated Response, Comments, Instructions" section of this Cue Card.

i

• • • • • • • • • • • • • • • • • • • • • • • • • • 3&********************* ****************

-THIS IS A DRILL

• • • • • • • • • • • • • • • • • • **************t********************************

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. _JG91 ANNUAL EXERCISE CUE CARD NO. 42 TO: HPC/RCC Controller TIME: In the event the HPC/RCC fails to administer KI FROM: HPC/RCC Controller T= N/A ANTICIPATED RESPONSE Instruct the HPC/RCC to implement EPIP EP-002-033, Administration of Iodine Blocking Agents.

COMMENTS INSTRUCTIONS This Cue Card is provided to meet an Exercise Objective.

Provide a dose of 58 RAD, if required.

THIS IS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A*,,****************,,,,,,,,,,,,,

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPABIDNESS EXERCISE CUE CAB.Q DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO. 43 i TO: HPC/TSC Controller TIME: In the event the HPC transports the Iodine victim offsite

FROM

HPC/TSC Controllers T= N/A

***********************************************ea****************

THIS IS A DR1LL DO NOT initiate actions affectina normal plant coerations CONTINGENCY CUE CARD In the event the HPC determines he needs to transport the Iodine victim offsite. See the " Anticipated Response, Comments, Instructions" section of this Cue Card.

THIS IS A DRILL

i l

WATERFORD 3 SES ANNUAL EXERCISE I OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL-EXERCISE CUE CARD NO. 43 TO: HPC/TSC Controller TIME: In the event the HPC transports the Iodine Victim offsite EROM: HPC/TSC Controller T= N/A ANTICIPATED RESPONSE COMMENTS The HPC will not actually make arrangements for transporting the victim to offsite medical facilities.

INSTRUCTIONS Issue this Cue Card in the event the HPC decides to transport the victim to offsite medical facilities.

a l

l i

I THIS IS A DRILL

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL. EXERCISE CUE CARD NO. 44 TO: Fire & TSC Controllers TIME: 13:30 FROM: Fire & TSC Controllers T= 5:30

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A*********************

THIS IS A DRILL DO NOT initiate actions affectina normal plant operation

• • • • • • • • • • • • • • • • • +*******************************************s ****

This cue card is for Drill Control Team information only.

SEE ANTICIPATED RESPONSE & COMMENTS SECTIONS OF THIS CUE CARD THIS IS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • e**********************,****,*,,****

' WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1291 ANNUAL EXERCISE CUE CARD NO. 44 TO: Fire & TSC Controllers TIME: 13:30 PROM: Fire & TSC Controllers T= 5:30 ANTICIPATED RESPONSE

1. When smoke is detected in the Chiller Building, it may be reported to the TSC on extansion 4500.

2. The following alarms will be activated by the smoke detector

a. TPE-4 Sarvice Buildina

• Fira Alarm Buzzer ON Zone fire Indicator White Lite ON for Chiller Building Electrical SWGR Area llOTE: Both Amber Master Trouble Lite and Zone Water Treatment CI.

Building Trouble Lites "ON" due to pre-existing

(*) Fire Alarm off if acknowledged

b. 1RCP Control Room Fire Alarm Buzzer ON

• • FPA-A Fire Detector System A - Fire Red Lite ON

• • FPE-4 Service / Chi 31er Building - Fire Red Lite ON Zone Fire White Lite "ON" for Chiller Building

(*) Alarm off if acknowledged

(**) Trouble Amber Lites ON due to pre-existing CI

c. Plant Comeuter D49612 Chiller Building CKT 1-Fire Detected

d. Chiller Buildino Fire Alarm Bell ON CC%MENTS i

INSTRUCTIONS IT IS IMPORTANT TO KEEP THE SIMUIJsTOR INSTRUCTOR BOOTH INFORMED OF THE STATUS OF FIRE ACTIVITIES IN THE PLANT AT ALL TIMESl THIS IS A DRI

• • • • • • • • • • • r**************************LL ***************************

WATERTORD 3 SES ANNUAL EXERC7SE OCTOBER 33, 1991 W3 SES QiERQI!1CY PREPAREDf1ESS EXERCISE CUE CAllQ DRILL TYPE /NO. 1991 ANNUAL EXERCISE CUE CARD NO, 45 TO: Firo Brigado Leader TIME: Upon arrival at Scene of Firo ROM: Firo Controllor T= N/A

• • • • • • • • • e

• • • • • • • • • • • • • • • • • • • c********.*************************

TilIS IS A DRILL DO 110T initiate actions affectin normal _Dlant operations

• • • • • • • • e*********************** **a***eoo***********************

Damage is to Potential Transformer for "A" Supplementary Chiller Compressor.

Cause transformor. is due to shorting of secondary windings of 4160VAC/120VAC

• • • • • • • e**.*********************ee.****.***********. e***********

T

• * * * * * * * * * * * * * * *

• e e * * *********** * * * *

• H I S I S A D R I I. L

.e************ne***********

WATERFORD 3 SES ANNUAL EXERCISE OCTODER 23, 1991 W3 SES FJfERGENCY PREPAREDilESS. EXERCISE CUE CAJ12 DRILL TYPE /No. 1991 ANNUAL EXERCISE- CUE CARD No. 45 To Fire Brigado Loador TIME: Upon arrival at scono of Firo PROM Fire Controller T= N/A ANTICIPATID_IRESPONSE The "A" Supplementary Chiller Compressor breaker must be tripped and racked out.

.OR Power secured to the 3A4 4160VAC bus (trip supply foodor breahor, cubo 11, on 4160VAC bus 3A-2).

Onco power is secured, tho_olectrical fire is out. Some smoldoring is left to extinsuish with a firo extinguisher (halon preferred).

Killing power to this bus also kills power to the roll up door.

The report of damage is made from the Fire Brigado Leader to the TSC Lead Communicator. Once the smoldering is extinguished, the Fire Brigade Loador will coordinate with the TSC Load Communicator to. set the reflash watch.

I COMMEUIS l

l INSTRUCTIONS Firo hocos will not be discharged in the Chillor Building. All protectivo Suits, etc.) will be used.

equipment necessary to fight the fire (SCDAs, Fire l

l THIS IS A DRILL j

- - -.... - - - - .- - ._._ - - . __. ---. .-. . _. . - ~ _ _ . _ _ _ - .

WATERFORD 3 SES AfilfUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGEllCY PREPAREDtiESS EXERCISE CUE CARD DRILL TYPE /lio. 1991 AffliU14 EXERCISE CUE CARD 110. 46 TO: TSC Communicator TIME: If offsite fire fighting assistanco is requested TROMt TSC Communications Monitor T= ll/A TilIS IS A DRILL DO 110T initiate actions affectina no blant onerations

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • ve*********rmal *************************

The Hahnv111e volunteer Fire Department reports that they are responding to calls offsito and will not be able to respond to Waterford 3.

THIS IS DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • A********************************

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREpNESS EXERCISE CUE CARD i

i DRILL TYPE /NO. _1991 ANNUAL EXERCISE CUE CARD NO. 46 i i a

i TO: TSC Communicator TIME If offsite fire I

! fighting assistance is t

requested i~

TROM TSC Communications Monitor T= N/A

\

j

{ ANTICIPATED RESPONSE

• The information will be reported to the emergency fire brigade at the scene, i

C.QMMENTS l INSTRUCTIOfl3 4

l This cue card will be issued when the TSC Communicator is i

j preparing to contact the Hahnv111e Volunteer Fire Department. No actual call will be made to the Fire Department.

i 5

THIS IS A DRILL

WATERTORD 3 SES A11tlUAL EXERCISE OCTOBER 23, 1991

}f 3. SES E14ERGE!!CY PREPAREDRESS EXERCISE CUE CARD DRILL TYPE /110. 1991 All!1UAL EXTRCISE CUE CARD 110. 47 TO: Control Room Data Clerk TIliE 14:00 TROli: Control Room Controller T= 6:00 TilIS IS A DRILL DQ.,_!1CLL i nit i a t e act ions a f f ect inq_.Dorra l. 131 a nt oPERti2DD

....**********..+********.....** ..****..*** .....***************

- 14ake the !ollowing announcement:

ATTEllTIO!! ALL PERSolillEL! ATTE!1TIO11 ALL PERSClillELI TilIS IS A DRILL! Tl!IS IS A DRILL!

WATEREORD 3 IS CO!1TIllUIliG A TEST or Tile EliERGEllCY RESPO!1SE ORG AllI Z ATI Oll .

DO 110T USE Tile PLAllT PAGE SYSTEli EOR fl011-EXERCISE RELATED A14110UliCEliE!!TS .

CURREllT EXERCISE TIME IS (Insert __ time f rom Simulator. clo_q};) .

Til7S IS A DRILL! TilIS IS A DRILL!

Repeat the announcement once.

1

...S** .... *****.... ...........................................

TilIS IS A DRILL

..._.__-._______.__._____...___._.__.__...___._.____..___.__.m____.__ _ _ _ . _ _ _ _ _

l WATEREORD 3 SES AlitiUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGE! ICY PREPARED!iESS EXERCISE CUE CARD DRILL TYPE /lio. 1991 1.filiUAL EXERCISE CUE CARD 110. 47 Tot Control Room Data Clerk TIME: 14:00 TROM: Control Room Controller T= 6100 l

611TICIPATED RESPOffsE

- Make the announcement.

GMfilIS IllSTRUCTIO!!S i

(

THIS IS DRILL

• ****************..******** .....A..***.,***......................

l

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 W3 SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 ANNUAL EXERCISE _ CUE CARD NO. 48 To: Control Room Data Clerk TIME: 15:00 FROM: Control Room controller Ta 7:00 THIS IS A DRILL DO NOT initiate actions aff normal nlant onerationn

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • ectina ********************************** 1

- Make the followine announcement:

ATTE!ITIOli ALL PERSONNEL! ATTENTION ALL PERSohNEL!

THIS IS A DRILL! THIS IS A DRILL!

WATERFORD 3 ORGANIZATIO!I.IS C0!JTINUING A TEST OF THE EMERGENCY RESPONSE DO NOT USE THE ANNOUNCEMEllTS . PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED CURRENT EXERCISE TIME IS (Insert time from Simulator clock).

THIS IS A DRILL! THIS IS A DRILL!

Repeat the announcement once.

i l *****************************************************************

THIS

! A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • IS ***********************************

. , _ _ . . . - _ . ~ _ . . ._ __ , . ._ _ . , ,.- - .. .._. , , - - - . . . . _ . _ _ _ , , .

1 WATEREORD 3 SES All!iUAL EXERCISE OCTOBER 23, 1991 i

}i3 SES EMERGEllCY PREPAREDHESS EXERCISE CUE CARD DRILL TYPE /liO. 199LJstillUAL EXERCIST CUE CARD 110. 48 TO: Control Room Data Clerk TIME: 15:00 ERoli: Control Room Controller T= 7:00 AllTlflPJTED RESPEllE liake the announcement.

C911tiEllTI2 IllSTRUCTIOflS s

k h h hk hhhhhhhhhhhk hhkkhhkNkhhkkh khkk8khkkh$hNkkhkkkkkkhhkkk$

THIS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • IS ******************************* ...

WATERTORD 3 SES ANNUAL EXERC8SE OCTOBER 33, 1991 10 SPJ_EliERGENCY PREPARED!!ESS EXERCISE CUE CARD DRILL TYPE /NO. 1991 AN!!UAL EXERCISE _, CUE CARD NO. 49 TO: Emergency Coordinator TIME: n15:00 EROM: TSC Controller T= 7:00

• • • • • • • .***************.**a************************************** ,

THIS IS A DRILL DO 110T initiato actions affectina normel nlant onorations Make the following announcement:

ATTE!1 TION ALL PERSO!111EL! ATTENTIO!1 ALL PERSollNEL!

THE WATERTORD 3 1991 EMERGE!JCY PREPAREDNESS EXERCISE HAS DEEN COMPLETED.

COMME!1CE AREA CRITIQUES.

Repeat the announcement.

l l

l t

• k* k. k*k ***hkkhh* khkkke kh*k **$*k *k *kkkkk***hke***

THIS IS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • vee *********3*******

i WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 H) SES EMERGENCY PREPAREDNESS EXERCISE CUE CARD DRILL TYPE /NO, 1991 ANNUAL EXERCI L CUE CARD NO. 49 Tot Emergency Coordinator TIME: =15:00 FROMt TSC Controller T= 7:00 ANTICIPATED RESPONSE

1. Documentation in each area will be collected and provided to 2.

the Drill controllers.

Areas / Facilities will be restored to normal.

3.

Critiques will be conducted with the participants in each area.

4. Following the area critiques, the drill activities will be complete.

COMMENTS Following the verification of the termination of the release and determining activities maythat be considered. further releases are unlikely, de-escalation of INSTRUCTIONS Termination of the release / exercise will be coordinated between the Lead Controller and the LRPD Controller.

The and EOF issuance of this cue card should be coordinated with the Lead Controllers.

Area critiques should not exceed 45 minutes.

L THIS A DRILL

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • IS ***********************************

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 VII. CllARTS. GRAP11S AND TABLES

. t l

VII :

UATERTORD 3 SES A11NUAL EXERCISE OCTOBER 23, 1991 PLAMT DATA SECTION VII TIME: 0860 l REACTOR POWER (%) 99.8 SG 2 STEAM FLOW (MSM/HR) 7.3 PZR LEVEL (%) 55.5 SG 2 TEED FLOW (MBH/HR) 7,4 PER PRESSURE (PSIA) 2248 EFW FLOW TO SG 2 (GPH) O PZR TEMPERATURE (F) 652 SG2 BLOWDOWN-FLOW (GPM)- 1}L C2T TFMPERATURE (F) 610 LP3I A FLOW (GPM) 0 SUBCOOLED MARGIN (F) 42,2_ LPSI B FLOW (GFM) O LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) 0 l

LOOP 1 TH (F) 610.1 HPSI B FLOW (GPM) O LOOP 1A TC (r) 553.3 CS FLOW (1) (GPM) 0  !

LOOP IB TC (f) 553.3 CS TLOW (2)-(GPM) O LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) 82 LOCP 2 TH (F) 610 SIT TANK 1B LEVEL (%) 82 LOOP 2A TC (F) 553.3 SIT TANK 2A LEVEL (4) 82 LOOP.2B TC (F) 553.3 ,

SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (%)- 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 EIT TANK IB PRESS (PSIA) 620 CMARGING PLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) 40.1 SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 69 CONTAINMENT PRESS (PSIA) 14.7

-SG 1 LEVEL WR (%) 87 CONTAINMENT TEMP (F) 113 SG 1 PRESSURE (PSIA) 905_ SI SUP.P LVL (FT) 0 SG 1 STEAM FLOW (MSM/HR) 7.3 CONTAINMENT SUMP (FT) 2 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) 152 PLNT STACK FLO RT (CFM) 78000 SG 2 LEVEL NR (%) 69 ANNULUS PRESSURE ("H O GAGE) 2

-8 SG 2 LEVEL WR (%)- 87 TURBINE POWER (MW) 1147.8 SG 2 PRESSURE (PSIA) 005 t

1 i

1 I

PLANT DATA SHEET PAGE 1 OF 28

--wg--ms.,e.mmesey.f,,s.--sart+ e emWty- 7r gM e+- tw e' p -a*yt- * Y,F6 '-tdt-+8-~*(TW Y 'T W Tn'f-WTt-TW T-'-W'-T8

.I I:-.-_-..-.-.-----_~.-

i l b l 1

y WATERFORD 3 SES ANNUAL EXERCISE I OCTOBER 23, 1991 i

PLANT DATA SECTION VII TIME: 0815 REACTOR POWER (%) 99.8 SG 2 S1EAM FLOW (MDM/HR) 7.3 PZR LEVEL (%) 55.5 SG 2 FEED FLOW (HBM/HR) 7.4 PZR PRESSURE (PSIA) 2248 ETW FLOW TO SG 2 (GPM) 0 PZR TEMPERATURE (F) 652 150, SG2 BLOWDOWN FLOW (GPM)

CET TEMPERATURE (F) 610 LPSI A FLOW (GPM) 0 SUBCDOLED 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 D FLOW (GPM) O LOOP 2A TC (F) 553.3 CS FLOW (1) (GPM) 0 LOOP IB TC (F) 553.3 CS FLOW (2) (GPM) 0 LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) 92 ,

LOOP 2 TH (F) 610 SIT TANK IB LEVEL (%) QL LOOP 2A TC (F) 5 5 3, 3. . .

SIT TANK 2A LEVEL (1) BL '

LOOP 2B TC (F) 553.3 SIT TANK 2B LEVEL (%) 82_

RV HEAD LVL (%) 100 SIT TANK lh PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK IB PRESS (PSIA) 620 CHARGING FLOW (GPM) 88 SIT TANT,2A PRESS (PSIA) 620 LETDOWN PLOW (GPM) P3 SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 69 CONTAINMENT PRESS (PSIA) 14.7 SG 1 LEVEL WR (%) 87 CONTAINMENT TEMP (F) . .. 11L SG 1 PRESSURE (PSIA) 905 .SI SUMP LVL (PT) O SG 1 STEAM FLOW (MBM/HR) 7.3 CONTAINMENT SUMP (FT) 2 SG 1 FEED FLOW (MDM/HR) 7.4 RWSP LEVEL (%) 94.3 EFW FLOW TO SG 1 (GPM) 0- CSP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (GPM) 152 PLNT STACK FLO RT (CFM) 78000 SG 2 LEVEL NR (%) 69 ANNULUS PRESSURE ( *H;O GAGE) -8 SG 2 LEVEL WR (%) 87 TURBINE POWER (MW) J147.8 SG 2 PRESSURE (PSIA) 905 P

9 I

l l

l L

PLANT DATA SHEET PAGE 2 OF 28

_ ._,m.,..___..___ . . _ _ _ , . _ _ . . . _ . _ . . . _ . . . _ . . _ _ _ _ _ _ _ _ . . _ . . . _ _ _ , . - - . _ . . .

WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 0830 REACTOR POWER (%) 99.8 SG 2 STEAM FLOW (HBM/HR) 7'3 .

PZR LEVEL (t) $$.5 SG 2 FEED FLOW (HBM/HR) 7.4 PER PRESSURE (PSIA) 2248 EFW FLOW TO SG 2 (GPit) O PER TEMPERATURE (F) 652 SG2 DLOWDOWN FLOW ( Gl'H ) 150-CET TEMPERATURE (F) 610 LPSI A FLOW (GPH) 0 SUBCOOLED MARGIN (F) 42.2 LPSI D FLOW (GPH) O LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPH) 0 LOOP 1 TH (F) 610.1 HPSI B FLOW (GPH) O LOOP 1A TC (F) $$3.3 CS FLOW (1) (GPH) O LOOP IB TC (F) $$3.3 CS FLOW (2) (GPH) O LOOP 2 TAVE (F) - $91.9 SIT TANK 1A LEVEL (%) _02 LOOP 2 TH (F) 610 SIT TANK ID LEVEL (%) , 02.

LOOP 2A TC (F) $$3.3 SIT TANK 2A LEVEL (%) ,,,, . . 9 2 LOOP 28 TC (F) $$3.3 SIT TANK 2B LEVEL (%) ,,,d2 m RV HEAD LVL (4) 100 SIT TANK 1A PRESS (PSIA) ,,, flQ,,,

RV PLENUM LVL (%) 100 SIT TANK ID prest #PtIA6 6'/ 0 CHARGING FLOW (GPM) BB SIT TANK 2A PRESS (PSIA) _,_Q Q.

LETDOWN FLOW (GPH) , , , , , -

83 SIT TANK 2D PRESS (PSIA) 620..

SG 1 LEVEL NR (%) 69 CONTAINHENT PRESS (PSIA) 14.7 SG 1 LEVEL WR (%) 01 CONTAINHENT TEMP (F) 113__

SG 1 PRESSURE (PSIA) 00$ SI SUMP LVL (PT) ,(L SG 1 STEAM FLOW (HDH/HR) *f . 3 CONTAINHENT SUMP (PT) 2 SG 1 FEED FLOW (MDM/HR) 7.4 RWSP LEVEL (%) 94.3 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%) 92.6 SG1 BLOWDOWN FLOW (GPM) 152 PLNT STACK FLO RT (CFH) 78000 SG 2 LEVEL NR (%) 69 ANNULUS PRESSLIRE ("HgO GAGE) -A SG 2 LEVEL WR (%) 07 TURBINE POWER (HW) 1147.8 SG 2 PRESSURE (PSIA) 90$

l l

4 PLANT DATA SHEET PAGE 3 OF 28 l

.w,---- ~---m _. _ ,.. ,-. .- - . ,. . --

.v, ----,.._._..m...m.-<_,,, ,,._ . - , _ _ , , - - . , . _ , - , - - - . - . < , _ ,

- - . . . ~ . _ .

t WATERFORD 3 SES A!1!10AL EXERCISE OCTODER 23, 1991

[1 ANT DATA SECTION VII TIME: 0845 RZACTOR POWER (%) 99.8 SG 2 STEAM FLOW (MDM/ilR) 7.3 P!R LEVEL (%) 55.5 SG 2 TEED FLOW (MBH/HR) 7.4 P!R PRESSURE (PSIA) 2248 ETW FLOW TO SG 2 (GPH) O PER TEMPERATURE (F) 652 SG2 DLOWDOWN FLOW (GPM) 150 l CET TEMPERATURE (F) 610 LPSI A FLOW (GPM) 0 SUBCOOLED MARGIN (r) 42.2 LPSI D FLOW (GPH) O LOOP-1 TAVE (F) 581.9 HPSI A TLOW (GPH) O LOOP 1 Til ( P ) _f210.1 .. HPSI D TLOW (GPM) O LOOP 1A TC (T) f53.3 CS TLOW (1) (GPM) O LOOP ID TC (T) 553.3 CS TLOW (2) (GPM) 0_

LOOP 2 TAVE (F) J,$1. 9 _ SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 610 SIT TANK ID LEVEL (%) 82-LOOP 2A TC (T) 553.3 SIT TANK 2A L' VEL (%) BL LOOP 2B TC (F)  ?. 53 . 3 SIT TANK 2D LEVEL (%) 92 RV HEAD.LVL (t) 100 SIT TANK 1A PRISS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK ID PRESS (PSIA) 620 CHARGING TLOW-(GPM) BB SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW:(GPM) P3.

SIT TANK 2D PRESS (PSIA) 620 SG 1 LEVEL NR (%) 69 CONTAINMENT PRESS (PSIA) 14.7 SG 1 LEVEL WR (g) 87 CONTAINMENT TEMP (F) 113 SG 1 PRESSURE (PSIA) 905 S1 SUMP LVL (TT) O SG 1 STEAM TLOW (MDM/HR) ._ 7.3 CONTAINMENT SUMP (TT) _1 SG 1 FEED FLOW (HUM /HR) 7.4 RWSP LEVEL (%) 94.3 ETW FLOW TO SG 1 (GPM) O CSP LEVEL (%) 92.5  ;

SG1 BLOWDOWN FLOW (GPM) 152 PLNT STACK TLO RT (CFM) 7800L SG 2 LEVEL NR (%) 69 ANNULUS PRESSURE ("H 2O GAGE) -8 SG 2 LEVEL WR (%) 87 TURBINE POWER (HW) 1147.8_

SG 2 PRESSURE (PSIA) 405 l

l PLANT DATA SHEET PAGE 4 OF .. 2 0 ._

l l

l

WATERI'ORD 3 SES A1111UAL EXERCISE OCTOBER 23, 1991 PLANT D]Jb SECTION VII TIME: 0900 REACTOR POWER (%) 49.0 SG 2 STEAM FLOW (MBM/HR) 7.3 PZR LEVEL (1) 55.5 SG 2 FEED FLOW (MBM/HR) 7.4 PZR PRESSURE (PSIA) 224B ETW TLOW TO SG 2 (GPM) O PZR TEMPERATURE (F) 052 SG2 SLOWDOWN TLOW (GPM) If0 CET TEMPERATURE (F) (10 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 42.2 LPSI B FLOW (GPM) O LOOP I TAVE (T) 591.0 HPSI A TLOW (CPM) O LOOP 1 TH (F) 010.1 HPSI D TLOW (GPM) O LCOP 1 A TC (F)  !!3.3 CS FLOW (1) (GPM) O LCOP IB TC (T) %3. 3 CS TLOW (2) (GPM) O LOOP 2 TAVE (T) JP 1, 9 .. SIT **.NK 1A LEVEL (%) 82 LCOP 2 TH (r) (IO SIT TANK ID LEWL (4) .,_ l l LOOP 2A TC (T) 11 ? 1 2._ _. . SIT TANK 2A LEVEL (%) PL LCOP 2D TC (F) 553.3 SIT TANr. 2D LEVEL (%) 82 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLE!4UM LVL (%) 100 SIT TANK ID PRESS (PSIA) 620 CHARGI!iG FLOW (GPM) 98 SIT TANT. 2A PRESS (PSIA) 620 LETDOW!i FLOW (GPM) R3 SIT TANK 2D PRESS (PSIA) 620 SG 1 LEVEL liR (%) 69 CONTAINMENT rRESS (PSIA) 14.7 SG 1 LEVEL WR (4) 97 CONTAINMENT TEMP (F) 113 SG 1 PRESSUi4E (PSIA) 405 SI SUMP LVL (PT) O SG 1 STEAM TLOW (MBM/HR) 7.3 CONTAINMENT SUMP (PT)  ?

SG 1 TEED TLOW (MDM/HR) 7.4 RWSP LEVEL (%) 94.3 EFW FLOW TO SG 1 ;GPM) O CSP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (GPM) 152 PLNT STACK TLD RT (CFM) 78000 SG 2 LEVEL NR (%) (9 ANNULUS PRESSURE ("H2O GAGE) -8 -

SG 2 LEVEL WR (4) 87 TURBINE POWER (MW) 1147.8 SG 2 PRESSURE (PSIA) 005 PLANT DATA SHEET PAGE F OF 20

..-.__. _ _ _.___.._ _ _._ _. _.m.. _ . _ _ . _ _ . _ _ _ _ . _ _ . _ . _ _ _ _ _ _

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 0915 REACTOR POWER (%) 99.8 SG 2 STEAM FLOW (HBH/HR) 7.3 PER LEVEL (%) i}L SG 2 FEED FLOW (HBM/HR) 7.4 PZR PRESSURE (PSIA) 2248 ETW FLOW TO SG 2 (GPH) O PZR TEMPERATURE (F) 652 SG2 BLOWDOWN FLOW (GPH) 150 CET TEMPERATURE (F) 610 LPSI A FLOW (GPH) O SUBCOOLED MARGIN (F) 42.2 LPS! D FLOW (GPH) 0 LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) 0 LOOP 1 TH (F) 610.1 HPSI B FLOW (GPH) 0 LOOP 1A TC (F) 5f3.3 CS FLOW (1) (GPH) O LOOP IB TC (F) - 553.3 CS FLOW (2) (GPH) 0 LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) A2 LOOP 2 TH (F) 610 SIT TANK la LEVEL (%) 82 i LOOP 2A TC (F) 553.3 SIT TANK 2A LEVEL (%) 82 LOOP 2B TC (F) 553.3 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (t) 100 SIT TANK IB PRESS (PSIA) 620 CHARGING FLOW (GPM) BB SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) 93 620 SIT TANK 2B PRESS (PSIA)

SG 1 LEVEL NR (%) 69 CONTAINHENT PRESS (PSIA) 14.7 i

SG 1 LEVEL WR (%) 87 CONTAINHENT TEMP (F) 113 SG 1 PRESSURE (PSIA) 905 SI SUMP LVL (FT) O SG 1 STEAM FLOW (HBM/HR) 7.3 CONTAINHENT SUMP (FT) 2 SG 1 FEED FLOW (HBM/HR) 7.4 RWSP LEVEL (%) 94.3 '

ETW FLOW TO SG 1 (GPM) O CSP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (GPH) 152 78000 PLNT STACK FLO RT (CFM)

SG 2 LEVEL NR (%) 69 ANNULUS PRESSURE (*H2O GAGE) -8 SG 2 LEVEL WR (%) 87 TURBINE POWER (HW) 1147.8 SG 2 PRESSURE (PSIA) 905 i

PLANT DATA SHEET PAGE 6 OF 28 l

- _ . . ._ _ _ - - ~- - - - - --- - - - - -- - -~~ ~ ~ ~-"~~~ ~ ~ ~ ~ ~ ~ ~

_ __ . - _ _ - - _ __ _ ___ _ _ _ _ ___ . .--- -___ _ -.--_..~ _._ _ _--______- ___

WATERI'ORD 3 SES AtiliUAL EXERCISE OCTOBER 23, 1991 ELANT DATA SECTION VII TIME: 0930 REACTOR POWER (%) 99.8 SG 2 STEAM FLOW (MDM/HR) 7.3 PER LEVEL (%) ?5.5 50 2 FEED FLOW (HBM/HR) 7.4 PIR PRESSURE (PSIA) 2248 EFW FLOW TO SG 2 (GPM) _ 0 P2R TEMPERATURE (F) 652 SG2 DLOWDOWN FLOW (GPM) 150 CET TEMPERATURE (F) _

610 LPSI A FLOW (GPM) O SUBCOOLED 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) L LOOP 1A TC (F) 553.3 CS FLOW (I) (GPM) O LDOP 1B TC (F) $$3.3 CS FLOW (2) (GPM) O LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) 82 ,

LOOP 2 TH (F) 610 SIT TANK 1D LEVEL (%) 82-LOOP 2A TC (F) 553.3 SIT TANK 2A LEVEL (%) 82 LOOP 2B TC (F) $$3.3 SIT TANK 2D LEVEL (%) 82 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK ID PRESS (PSIA) 620 CHARGING FLOW (GPM) 88 620 SIT TANK 2A PRESS (PSIA) ,

LETDOWN FLOW (GPM) 83 SIT TANK 2D PRESS (PSIA) 620 SG 1 LEVEL NR (%) 69 CONTAINMENT PRESS (PSIA) 14.7 SG 1 LEVEL WR (%) 87 CONTAINMENT TEMP (F) 113 SG 1 PRESSURE (PSIA) 405 SI SUMP LVL (FT) O SG 1 STEAM FLOW (MDM/HR) 7.3 CONTAINKENT SUMP (FT) 2 SG 1 FEED FLOW (MDM/HR) 7 . 4 ,, RWSP LEVEL (4) 94.3 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%) 92.5 SGI BLOWDOWN FLOW (GPM) 152 PLNT STACK FLO RT (CFM) 78000 SG 2 LEVEL NR (%) 69 ANNULUS PRESSURE ("H2O GAGE) -8 SG 2 LEVEL WR (%) 87 TURDINE POWER (HW) 1147.8 SG 2 PP. ESSURE (PSIA) 405 PLANT DATA SHEET PAGE 7 OF 28

WATERI'ORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: _ 0945 REACTOR POWER (%) ,,,,,jL9,,, 8 SG 2 STEAM FLOW (MDM/HR) 7.3 PER LEVEL (%)  %. 5 - SG 2 TEED FLOW (HDM/HR) 7.4 PER PRESSURE (PSIA) 224P ETW TLOW TO SG 2 (GPH) 0 PER TEMPERATURE (T) 652 SG2 BLOWDOWN TLOW (GPM) 150 CET TEMPERATURE (F) 610 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 42.2 _ LPSI B TLOW (GPM) O LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPH) 0 LOOP 1 TH (F) 610.1 HPSI B FLOW (GPM) 0 LOOP 1A TC (T) 553.3 CS FLOW (1) (GPM) 0 j

LOOP 1B TC (F) 553.3 CS FLOW (2) (GPH) 0 j LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) 82 l LOOP 2 TH (F) 610 SIT TANK ID LEVEL (%) 82 LOOP 2A TC (T) 553.3 S!T TANK 2A LEVEL (%) 82  ;

LOOP 28 TC (T) 553.3 SIT TANY, 2B LEVEL (%) 82 RV HEAD LVL (%) 100 SIT TANK 2A PRESS (PSIA) 620 RV PLENUH LYL (1) 100 SIT TANK ID PRESS (PSIA) 620 CHARGING FLOW (GPM) 88 SIT TANK 2A PRESS (PSIA) 620 LETDOWN TLOW (GPM) 83 620 SIT TANK ?D PRESS (PSIA)

SG 1 LEVEL NR (t) 69 CONTAINMENT PRESS (PSIA) 14.7 SG 1 La, cL WR (%) 87 CONTAINMENT TEMP (F) J),,,,

SG 1 PRESSURE (PSIA) 905 SI SUMP LVL (FT) 0 SG 1 STEAM FLOW (MBM/HR) 7.3 CONTAINMENT SUMP (TT) 2 SG 1 FEED FLOW (MBM/HR) 7.4 RWSP LEVEL (%) 94.3 EFW FLOW TO SG 1 (GPM) 0 CSP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (GPM) 152 PLNT STACK TLO RT (CFM) .78000 50 2 LEVEL NR (%) 69 ANNULUS PRESSURE - ("H2 O GAGE) -8 SG 2 LEVEL WR (t) R7 TURBINE POWER (MW) 1147.8 SG 2 PRESSURE (PSIA) 905 PLANT DATA SHEET PAGE 8 OF 28

.-- -.. ... - . - _ _ _ _ _ _ . . _ . _ - _ , _ . _ . - - . - - . - . _ _ - . . . _ . . ___, _ , _ . , _ . . . - _ _ . . _ _ _ , . . , .m. --

l WATERTORD 3 SES N4!1UAL EXERCISE OCTOBER ?J, 1991 I

ELMIT DATA SECTIO!! VII TIME: 1000 REACTOR POWER (%) 9 9 . 8 __ SG 2 STt.tet FLOW (MBM/HR) _ 7. 3 PZR LEVEL (%) 55.5 SG 2 FEED FLOW (MBM/HR) 7.4 PZR FRESSURE (PSIA) 224B EFW FLOW TO SG 2 (GPM) O PZR TEMPERATURE (F) 652 SG2 BLOWDOWN FLOW (GPM) 150 CET TEMPERATURE (F) 010 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 42.2 LPSI B FLOW (GPM; O LOOP 1 TAVE (F) 581,9 HPSI A FLOW (GPM) O LOOP 1 Til (F) _610.1 HPSI B FLOW (GPM) O LOOP 1A TC (F) 553.3 CS FLOW (1) (CPM) O LOOP 1B TC (F) 553.3 CS FLOW (2) (GPM) O LOOP 2 TAVE (F) 591.9 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) (10 SIT TANK IB LEVEL (%) 92 LOOP 2A TC (F)  !$3,3 SIT TANK 2A LEVEL (%) 82 LOOD 2B TC (F) 553.3 SIT TANK 2B LEVEL (%) 92 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) JQ, RV PLEliUM LVL (%) 100 SIT TAllt IB PRFSS (PSIA) 600 CMARGIllG FLOW (GPM) 09 SIT TAllK 2A FRESS (PSIA) 620 LETDOWN FLOW (GPM) 93 SIT TANK 2B PRESS (PSIA) 600 SG 1 LEVEL NR (1) 69 CONTAINMENT PRESS (PSIA) 14,7 SG 1 LEVEL WR (%) 87 CONTAINMENT TEMP (F) 113 SG 1 PRESSURE (PSIA) 405 SI SUMP LVL (PT) O SG 1 STEAM FLOW (MBM/HR) 7.3 CONTAINMENT SUMP (PT) 2 SG 1 FEED FLOW (MBM/HR) 7.4 RWSP LEVEL (%) 94.3 EFW FLOW TO SG 1 (CPM) O CSP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (GPM) 152 PLHT STACK FLO RT (CFM) 70000 SG 2 LEVEL NR (%) 69 ANNULUS PRESSURE ("H O GAGE) -B 2

SG 2 LEVEL WR (%) 87 TURBINE POWER (MW) 1147,8 SG 2 PRESSURE (PSIA) 405 PLANT DATA SHEET PAGE 9 OF 28

WATERFORD 3 SES A!1110AL EXERCISE OCTOBER 23, 1991

( '

PLANT DATA SECTION VII TIME: 101B REACTOR POWER (%) 99.8 SG 2 STEAM FLOW (HBM/HR) 7.3 F4R LEVEL (4) 55.5 SG 2 FEED FLOW (HBM/HR) 7.4 PER PRESSURE (PSIA) 2240 EFW FLOW TO SG 2 (GPH) 0 ,

PER TEMPERATURE (F) 652 S02 BLOWDOWN FLOW (GPH) 150_.

CET TEMPERATURE (F) (12, LPSI A FLOW (GPH) 0 SUSCOOLED HARCIN (F) 42.2 LPSI D FLOW (GPM) O LOOP 1 TAVE-(F) ),RJ,_,,, HPSI A FLOW (GPH) Q,,,

LOOP 1 TH (F) 610.1 HPSI B FLOW (GPH) O LOOP 1A TC (F) 553.3 CS FLOW (1) (GPH) O  ;

LOOP IB TC (F) 553.3 CS FLOW (2) (GPH) 0

,. LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%)

• 82_

LOOP 2 TH (F) 610 SIT TANK IB LEVEL (%) 92 LOOP 2A TC (F) 553.3 SIT TANK 2A LEVEL (t) 82 i 'B TC (F) 553.3 SIT TANK 2B LEVEL (%) 82 7 - a0 LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (4) 100 SIT TANK IB PRESS (PS!A) 620 CHARGING FLOW-(GPH) BB SIT TANK 2A PRESd (PSIA) 620

- LETDOWN FLOW (CPM) 83 620 SIT TANK 2B PRESS (PSIA) ,

SG 1 LEVEL NR (%) 69 CONTAINHENT PRESS (PSIA) 14.7 SG 1 LEVEL WR (%) 87 CONTAINHENT TEMP (F) 113 '

SG 1 PRESSURE (PSIA) 905 SI SUMP LVL (FT) 0 SG 1 STEAM FLOW (HBM/HR) 7.3 CONTAINHENT SUMP (FT) 2 SG 1 FEED FLOW (HBH/HR) 7.4 RWSP LEVEL (%) _94. 3 ,

EFW FLOW TO SG 1 (GPH) O CSP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (CPH) 152 70000 PLNT STACK FLO RT (CFH)

SG 2 LEVEL HR (%) 69 ANNULUS PRESSURE (*HI O CAGE)- -B l SG 2 LEVEL WR (%) 87 TURBINE POWER (HW) 1147.8=

SG 2-PRESSURE (PSIA) 405 t

PLANT DATA SHEET PAGE 10 OF 28 w iv-v. y+ -op.--y ,,wm.ry gysm.w,,--g.py.mg - - -gy,,y--g gr -g q e--

WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 1030 REACTOR POWER (%) 99.9 SG 2 STEAM FLOW (MBM/ilR) 7.2 PZR LEVEL (%) 4? SG 2 FEED FLOW (MBM/HR) 7.4 PZR PRESSURE (PSIA) 2150 EFW FLOW TO SG 2 (GPM) O PZR TEMPERATURE (F) 647 SG2 DLOWDOWN FLOW (GPM) 150 CET TEMPERATURE (F) 609.9 LPSI A FLOW (GPM) 0 SUDCOOLED MARGI!J (F) 36 LPSI B FLOW (GPM) O LOOP 1 TAVE (F) 581.9 HPSI A FLOW (GPM) O LOOP 1 TH (F) _ (10.1 H?Si B FLOW (GPM) Q,.

LOOP 1A TC (F) 553.6 CS FLOW (1) (GPM) O LOOP IB TC (F) 553.6 CS FLOW (2) (GPM) O LOOP 2 TAVE (F) 581.9 SIT TANK 1A LEVEL (%) 02 LOOP 2 TH (F) 609.4 SIT TANK 1B LEVEL (%) P2 LOOP 2A TC (F) 553.9 SIT TA!JK 2A LEVEL (t) 02 LOOP 2D TC (F) 553.9 SIT TANK 2D LEVEL (%) 82 RV HEAD LVL (%) LQO SIT TA!JK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK IB PRESS (PSIA) 62,(L i

CHARGING FLOW (GPM) 46 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) 41 SIT TANK 2D PRESS (PSIA) 02Q_

SG 1 LEVEL NR (%) 60,9 CONTAINMENT PRESS (PSIA) 14,7 SG 1 LEVEL WR (%) 02 _ CONTAI!1 MENT TEMP (F) 114 SG 1 PRESSURE (PSIA) 410 SI SUMP LVL (PT) O SG 1 STEAM FLOW (MBM/HR) 7.2 CONTAINKENT SUMP (FT) 2 SG 1 FEED FLOW (MBM/HR) 7.4 RWSP LEVEL (%) 94.3 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%) 92.5 SGI DLOWDOWN FLOW (GPM) 150 PLNT STACK FLO RT (CFM) 78000 SG 2 LEVEL NR (%) 68.9 ANNULUS PRESSURE ("H yo GAGE) -8 SG 2 LEVEL WR (%) 67 TURBINE POWER (MW) __1120 SG 2 PRESSURE (PSIA) 410 PLANT DATA SHEET PAGE 11 OF 28

WATERFORD 3 SES A)WUAL EXERCISE OCTOBER 23, 1991 PLANT DA*IA SECTION VII TIME: 1032 REACTOR POWER (%) 0.1 SG 2 STEAM FLOW (MBM/HR) .57 PZR LEVEL (%) O SG 2 FEED FLOW (MDM/HR) .58 PZR PRESSURE (PSIA) 1516 EFW FLOW TO SG 2 (UPM) O PER TEMPERATURE (F) 599 ,, SC2 BLOWDOWN FLOW (GPM) 0 CET TEMPERATURE (F) 549 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 48.6 LPSI B FLOW (CPM) O LOOP 1 TAVE (F) 547 HPSI A FLOW (GPM) 150 LOOP 1 TH (F) 549 HPSI B FLOW (GPM) 150 LOOP 1A TC (F) 544.7 CS FLOW (1) (GPM) _

0 LOOP IB TC (F) 545 CS FLOW (2) (GPM) 0 LOOP 2 TAVE (F) 547 S1T TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 549 SIT TANK IB LEVEL (%) 82 LOOP 2A TC (F) _}44.7 SIT TANK 2A LEVEL (t) 92 LOOP 2B TC (F) 545 SIT TANK 2B LEVEL (%) _ 82 I RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) QQ_,

RV PLENUM LVL (%) 100 SIT TANK IB PRESS (PSIA) _._ h'Q_ '

CMARGING' FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) 0 SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (4) .

50 CONTAINMENT PRESS (PSIA) 15.8 SG 1 LEVEL WR ( t )' 72 CONTAINMENT TEMP (F) 123 SG 1 PRESSUPI ( P.S I A ) 093 SI SUMP LVL (PT) O SG 1 STEAM FLOW (MBM/HR) .57 CONTAINMENT SUMP (FT) 2.2 SG 1 FEED FLOW (MBM/HR) .58 (WSP LEVEL (%) _ 94.3 EFW FLOW TO SG 1 (GPM) 0 :SP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) ,,,,160 00 .

SG 2 LEVEL NR (%) ___ 58 ANNULUS PRESSURE ("HyO GAGE) -8 SG 2 LEVEL WR (%) 72 TURBINE POWER (MW) -4.6 SG 2 PRESSURE (PSIA) 10$$

s PLANT DATA SHEET PAGE 12 OF 28

. _ , . - . . . . _ _ . . . . _ . - _ . . . . - _ _ . . . . _ . _ _ _ _ . , - _ . . _ . _ _ _ - - ~ .- . . _ . . . , , . ~ . . _ - _ . . _ . - . . _ _ . . _ _ _ _ _ _ _ _ _ . _ _ _ . . . . . - _ _ _ _ . . -

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 GANT DATh SECTION VII TIME: 1035 REACTOR POWEh (%) 1.19E-2 SG 2 STEAM FLOW (MBM/HR) .07 PZR LEVEL (%) O SG 2 FEED FLOW (MBM/HR) .22 PZR PRESSURE (PSIA) 1240 EFW FLOW TO SG 2 (GPM) O PZR TEMPERATURE (F) 571 SG2 BLOWDOWN FLOW (CPM) O CET TEMPERATURE (F) 557 LPSI A TLOW (GPM) O SUBCOOLED MARGIN (F) 16 ,

LPSI B FLOW (CPM) o LOOP 1 TAVE (F) 535.6 HPSI A FLOW (GPM) 225 LOOP 1 TH (F) 555.4 HPSI B FLOW (GPM) 225 LCCP 1A TC (F) 494.8 CS FLOW (1) (CPM) 0 LOOP IB TC (F) 536.3 CS FLOW (2) (CPM) O LOOP 2 TAVE (F) 535.6 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 555.4 SIT TANK IB LEVEL (t) 82 LOOP 2A TC (F) 489.6 SIT TANK 2A LEVEL (%) 82 LOOP 2B TC (F) 536.1 SIT TANT,2B LEVEL (%) 82 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 ,

RV PLENUM LVL (%) 100 SIT TANK IB PRESS (PSIA) 620 CHARGING FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) O SIT TANK 2D PRESS (PSIA) 620 SG 1 LEVEL NR (%) _ 2 *l 3 CONTAINMENT PRESS (PSIA) 1 *1.1

• SG 1 LEVEL WR (t) 50 _ CONTAINMENT TEMP (F) 135 SG 1 PRESSURE (PSIA) _ 066 $1 S'JMS LVL (FT) 0.1 ,

SG 1 STEAM FLOW (MBM/HR) _ J B_ CONTAINMENT SUMP (FT) 2.5 SG 1 FEED FLOW (HBM/f!R) .22 RWSP LEVEL (%) 94.1 4 EFW FLOW TO SG 1 (GPM) O CSP LEVEL (%) 92.5 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) 26000 SG 2 LEVEL NR (%) 27.8 ANNULUS PRESSURE ("Hy o GAGE) -8 SG 2 LEVEL WR (t) 50 TURBINE POWER (MW) -3.9 SG 2 PRESSURE (PSIA) _1045 '

PLANT DATA SHEET PAGE 13 OF 28

- . - . _ . _ _ . _ _ . - _ . . _ . . _ . . _ _ . _ . ~ _ , . - _ . . _ _ _ _ , _ , - - _ _ , , - _ _ , _ , _ _ __ _._ _ __ _ _

WATERFORD 3 SES AHHUAL EXERCISE OCTOBER 23, 1991 i

PLANT DATA SECTION VII TIME: 1045 REACTOR POWER (%) 2.5E-4 SG 2 STEAM FLOW (HDH/HR) 1E3 PER LEVEL (4) O SG 2 FEED FLOW (HBM/HR) O PZR PRESSURE (PSIA) JfL EFW FLOW TO SG 2 (GPM) O PZR TEMPERATURE (F) 545 S02 BLOWDOWN FLOW (GPH) O CET TEMPERATURE (F) 521 LPSI A FLOW (GPH) _d SUBCOOLED HARGIN (F) 5 LPSI B FLOW (CT:() 0 LOOP 1 TAVE (F) 515.6 HPSI A: FLOW (GPH) 250 LOOP 1 TH (F) 522.6 HPSI B FLOW (GPH) 250 LOOP 1A TC (F) 474.2 CS FLOW (1) (GPH) 0 LOOP 1B TC (F) :_474.2 CS FLOW (2) (GPH) 2000 LOOP 2 TAVE (F) .51$i L E!T TANK 1A LEVEL (t) 82 LOOP 2 TH (F) 522.6 SIT TANK ID LEVEL (t) 82 LOOP 2A TC (F) S42.8 SIT TANK 2A LEVEL it) 82 LOOP 2B TC (F) _542.8 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (t) 100 SIT TANK-1A PRESS (PSIA) 620 RV PLENUM LYL (t) 100 SIT TANK IB PRESS (PSIA) 620 CHARGING FLOW (GPH) , 44 S!T TANK 2A PRESS (PSIA) 620 LETDOWN FLOW.(GPH) O S!T TANK 2B PRESS (PSIA) 62 1 SG 1 LEVEL NR {t) 7.3 CONTAINHENT PRESS (PSIA) 22.2  ;

-SG 1 LEVEL WR (t) 30 CONTAINHENT TEMP (F) 169.9 SG 1 PRESSURE (PSIA) 470 SI LUMP LVL (FT) 5.1 SG 1 STEAM FLOW (HBM/HR) ME4 CONTAINHENT SUMP (PT) 14.3 SG 1 FEED FLOW (HBM/HR) 0 RWSP LEVEL (t) 90.1 EFW FLOW TO SG 1 (GPH) 1700 CSP LEVEL (t) 91.5 SG1 BLOWDOWN FLOW (GPH) O PLNT STACK FLO RT (CFH) 26000

-SG 2 LEVEL NR (%) 30.7 ANNULUS PRtSSURE ("H 2O GAGE) -B SG 2 LEVEL WR (t) 51 TURBINE POWER (HW)- -2.9 SG 2 PRESSURE (PSIA) 1010 PLANT DATA SHEET PAGE 14 OF 28 l

l .

1 1.

~

l WATERTORD 3 SES Ali!1UAL EXERCISE j

OCTOBER 23, 1991

}'LANT P ATA SECTION VII TIME: 1100 REACTOR POWER (%) IE-4 SG 2 STEAM FLOW (MBM/lin) O PZH LEVEL (%) 21.5 SG 2 FEED FLOW (MBM/HR) O PZR PRESSURE (PSIA) 1047 EFW FLOW TO SG 2 (GPM) O PZR TEMPERATURE (F) ,J_05.7 SG2 BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) 454.8 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 43.2 LPSI B FLOW (GPM) 0 LOOP 1 TAVE (F) j S2.6 HPSI A FLOW (GPM) 255 LOOP 1 TH (F) _455.9 HPSI B FLOW (GPM) 2$$

LOOP 1A TC (F) 391.2 CS FLOW (1) (GPM) O LOOP IB TC (F) 391.2 cs FLOW (2) (GPM) 2700 LOOP 2 TAVE (F) 452,6 SIT TMK 1 A LEVEL ( % ) B L, LOOP 2 TH (F) 4L SI' TANK IB LEVEL (%) 92 LOOP 2A TC (T) __ F07 dIT TANK 2A LEVEL (%) 82 LOOP 2B TC (F) 506.0 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (4) 66 SIT TANK 1A PRESS (PLIA) 620 RV PLENUM LYL (%) 100 SIT TANK IB PRESS (P11A) 6 tQ,,,

CHARGING FLOW (GPM) 44_ -

SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) (20 SG 1 LEVEL NR (%) _ . -18.4 CONTAINMEFT PRESS (PSIA) 23.7 SG 1 LEVEL WA (%) 4 Q,,,,_

CONTAINMENT TEMP (F) 176.5 SG 1 PRESSURE (PSIA) _203.7 SI SUMP LVL (FT) $.3 SG 1 STEAM FLOW (MDM/HR) 2E4 CONTAINMENT SUMP (FT) 14.8 SG 1 FEEL > FLOW (MDM/HR) 2.5E4 RWSP LEVEL (%) 8( L EFW FLOW TO SG 1 (GPM) 6R0_ CSP LEVEL (%)  !(,

SG1 BLOWDOWN FLOW (GPM) O PLNT ST*.CK FLO RT (CFM) 26000 SG 2 LEVEL NR (%) 27.8 ANNULUS PRESSURE ( H y0 G AG E ) -8 SG 2 LEVEL WR (%) 50 TURBINE POWER (HW) -2.2 SG 2 PRESSURE (PSIA) 727. L PLANT DATA EHEET PAGE 15 OF 28

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIMES ,,,,,J 115 ._

REACTOR POWER (%) 9E-7 SG 2 STEAM FLOW (MBM/HR) O P2R LF, VEL (%) 32.4 SG 2 FEED FLOW (MBM/HR) O PZR PRESSURE (PSIA) 855 EFW FLOW TO SG 2 (GPM) O P:R TEMPERATURE (F) 497 SG2 BLOWDOWN FLOW (GPM) O CEt TEMPERATURE (F) 406.4 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 80 LPSI D FLOW (GPM) 0 LOOP 1 TAVE (F) 402.1 HPSI A FLOW (GPM) 400 LOOP 1 TH (F) .407.1 HPSI B FLOW (GPM) 400 LOOP 1A TC (F) _346.5 CS FLOW (1) (GPM) O LOOP ID TC (F) 346.5 CS FLOW (2) (GPM) 2780 LOOP 2 TAVE (F) 402.1 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 407.1 SIT TANK IB LEVEL (%) 92 LOOP 2A TC (F) 447L SIT TANK 2A LEVEL (%) 82 LOOP 2B TC (F) _447.7 SIT TANK 2B LEVEL (%) 82, RV HEAD LVL (%) 66

$2T TANK 1A PRESS (PSIA) 620 RV PLENUM LYL (4) 100 SIT TANK IB PRESS (PSIA) 620 CHARGING FLOW (GPM) 44 SIT TANK 2/i PRESS (PSIA) 620 LETDOWN FLOW (GPM) O SIT TANK 2D PRESS (PSIA) 620 SG 1 LEVEL NR (%) 27.7 CONTAINMENT PRESS (PSIA) 23.9

- SG 1 LEVEL WR (%) 57 CONTAINMENT TEMP (F) 177 SG 1 PREi. DURE (PSIA) 127.4 SI SUMP LVL (PT) 5.7 SG J STEAM FLOW (MBM/HR) 1.5E4 CONTAINHENT SUMP (FT) 15  :,

SG 1 FEED FLOW (HBM/HR) 0 RWSP LEVEL (t) 77 EFW FLOW TO SG 1 (GPM) 331 CSP LEVEL (%) BB SGI BLOWDOWN FLOW (GPM) O_ PLNT STACK FLO RT (CFM) 26000 SG 2 LEVEL NR (%) 22.3 ANNULUS PRESSURE (*H2O GAGE) -8 SG 2 LEVEL WR (%) 53 TURBINE POWER (MW) -4.8 SG 2 PRESSURE (PSIA) - 425.2 l

l PLANT DATA SHEET PAGE 16 ._ O F ?Q i

. - - ._ m- - . _ . . . . . . . . _ , _ . - . - - . . - _ . _ . , . . , . . . _ - , _ , . _ . ,_, _ ..._,, .-.,_ , _ .,., , - . , . , - _ ~ - , . . ~ , .-

.~ _ _ _ _ . _ _ . . . _ _ _ _ _ .__ . . . _ _ _ _ _ _ . . . _ _ _ . - . _ _ _ _ _ . . _ . . ._

i 4

I

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 i PLANT DATA SECTION VII i TIME

1130 REACTOR POWER (%) 4.9E-7

! SG 2 STEAM FLOW (HBM/HR) 0 PER LEVEL (%) 33.5 i SG 2 FEED FLOW (MBM/MR) 0 PZR PRESSURE (PSIA) 815 _ EFW FLOW TO SG 2 (GPM) 0 I

PZR TEMPERATURE (F) E24 SGI BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) . 381 LPfiI A FLOW (GPM) 0 j

SUBCOOLED MARGIN (F) 113 LTSI B FLOW (GPM) i 0

LOOP.1 TAVE (F) 376.4 H7SI A FLOW (GPM) 400

[ 100P 1 TH (F) 301.7 FPSI B FLOW (GPM) 400

{ LOOP 1A'TC (F) 336 CS FLOW (1) (GPM) j- 0 LOOP IB TC (F) 336 CS FLOW (2) (GPM) 2780 l LOOP 2 TAVE (F) 376.4 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) _l@L 7

• SIT 'I ANK IB LEVEL (%) 82

= LOOP 2A TC (F) 407 SIT TANK 2A LEVEL (%) 82

_ LOOP 2B TC (F) 407 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (%) _ 66 SIT TANK 1A PRESS (PSIA) 620 i' HV PLENUM LVL (%) 100 SIT TANK 1B PRESS (PSIA) 620 j CMARGING FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 IIVEL NR - ( % ) 23.2 4 CONTAINMENT PRESS (PSIA) 24 SG 1 LEVEL WR (%) 53 I CONTAINMENT TEMP (F) 178 SG 1 PPISSURE (PSIA) 108.8 SI SUMP LVL (FT) 6

{~ SG 1 STEAM FLOW (MBM/HRt IE4 CONTAINMENT SUMP (PT) 15.3 SG'l FFED FLOW (MBM/HR' 0 RWSP LEVEL (%)

70 i

EFW FLOW TO SG 1 (GPM) 201 CfP LEVEL (%) 86 SG3 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) 26000 SG 2 LEVEL NR (%) J 9.2 ANNULUS PRESSURE ("H2O GAGE) -8 SG 2 LEVEL WR (%) 39_. TURBINE POWER (MW). -0.8 SG_2 PRESSURE (PSIA) 279 1_

PLANT DATA SHEET PAGE 17 OF 28 i

. . _ . _ _ _ . ._ _ _._ _ - _ .. _- _ _ _ ~ _ . . . _ _ _ . _ . _ _ _ _ . _ _ . ~ _

WATERPORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 1145 REACTOR POWER (%) E5E-7 SG 2 STEAM FLOW (MBM/HR) O PIR LEVEL (%) 30.3 SG 2 FEED FLOW (MBM/HR) O PZR PRESSURE (PSIA) 800 EFW FLOW TO SG 2 (GPM) O PER TEMPERATURE (F) 530 SG2 BLOWDOWN FLok' (GPM) O CET TEMPERATURE (F) 378 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 160 LPSI R FLOW (GPM) O LOOP 1 TAVE (F) _) 5 2 . 4 .. HPSI A FLOW (GPM) 405 LOOP 1 TH (F) 357.9 HPSI B FLOW (GPM) 410 LOOP 1A TC (F) 318 CS FLOW (1) (GPM) O LOOP IB TC (F) 318 CS FLOW (2) (GPM) 2780 LOOP 2 TAVE (F) 352.4 SIT TANK 1A LEVEL (%) _ B2 LOOP 2 TH (F) 356.2 SI'1 TAN" IB LEVEL (%) _1 LOOP 2A TC (F) 377.7 SIT TAhn 2A LEVEL (%) 82 LOOP 2B TC (F) 377.6 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (%) 100 SIT TANK IA PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK IB PRESS (PSIA) 620 CHARGING FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) Jf).,,,

LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 21.1 CONTAINMENT AESS (PSIA) 23.5 SG 1 LEVEL WR (v ) 50 CONTAINMENT TEMP (F) 176 SG 1 PRESSURE (PSIA) 85.8 SI SUMP LVL (FT) 6.3 SG 1 STEAM FLOW (MBM/HR) 1E4 CCNTAINMENT SUMP (FT) 15.6 SG 1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) 65 EFW FLOW TO SG 1 (GPM) 294 CSP LEVEL (%) 85 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (LFM) 26000 SG 2 LEVEL NR (%) 17.7 ANNULUS PRESSURE ("H2O GAGE) -8 SG 2 LEVEL WR (%) 42 _ TURBINE POWER (MW) -9 SG 2 PRESSURE (PSIA) 193.9 PLANT DATA SHEET PAGE __lp 0F 28

1 WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 1200 REACTOR POWER (%) 2.4E-7 SG 2 STEAM PLOW (MBM/MR) O PZR-LEVEL (%) 38 SG 2 FEED FLOW (MBM/HR) O PZR PRESSURE (PSIA) 740 EFW FLOW TO SG 2 (GPM) O PZR TEMPERATURE (F) 528 SG2 BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) 343 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 164 LPSI B FLOW (GPM) O LOOP 1 TAVE (F) 341.2 HPSI A FLOW (GPM) 380 LOOP 1 TH (F) 344.4 HPSI B FLOW (GPM) 380 Loop 1A TC (F) 310 CS rLOW (1) (GPM) 3410 LOOP IB TC (F) 310 CS FLOW (2) (GPM) 0 341.2

+

LOOP 2 TAVE (F) SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 344.4 SIT TANK IB LEVEL (%) 82 LOOP 2A TC (F) 366_ SIT TANK 2A LEVEL (%) 82 LOOF 2B TC (F) 366 SIT TANK 2B Li3EL (%) 82 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK 1B PRESS (PSIA)- 620 CHARGING FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) _ sfQ_-

LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 21.6 CONTAINMENT PRESS (PSIA) 24.8 SG 1 LEVEL WR (%) 45 CONTAINMENT TEMP (F) 180 SG 1 PRESSURE (PSIA) 75.3 SI SUMP LVL (PT) 6.5 SG 1 STEAM FLOW (MBM/HR) 1E4 CONTAINMENT SUMP (FT) 15.8 SG 1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) 58.9 EFW FLOW TO SG 1 (GPM) 295 CSP LEVEL (%) 85 SGI BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) 26000 SG 2 LEVEL NR (%) 17.2 ANNULUS PRESSURE ("H 2O GAGE) -7_

SG 2 LEVEL WR_(%) 37 TURBINE POWER (MW) -9.8 SG 2 PRESSURE (PSIA) 163.8 PLANT DATA SHEET PAGE 19 O F _ l p_ _

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 1215 REACTOR POWER (%) 2.2E-7 SG 2 STEAM FLOW (MBM/HR) O_

PZR LEVEL (%) 39 SG 2 FEED FLOW (MBM/HR) O PZR PRESSUPI (PSIA) 690 EFW FLOW TO SG 2 (GPM) O PZR TEMPERATURE (F) 521 SG2-BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) 333 LPSI A FLOW (GPM) O SUBCOOLED MARGIN (F) 156 LPill B FLOW (GPM) O LOOP 1 TAVE (F) 340 HPSI A FLOW (GPM) 370 LOOP 1 TH (F) 343 HPSI B FLOW (GPM) 370 LOOP 1A TC (F) 308 CS FLOW-(1) (GPM) 3200 LOOP 1B TC (F) 308 CS FLOW (2) (CPM) O LOOP 2 TAVE (F) 340 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 343 SIT TANK IB LEVEL (%) 82 LOOP 2A TC (F) 360 SIT TANK 2A LEVEL (%) 82 LOOP 2B TC (F) 360 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK IB-PRESS (PSIA) 620 CHARGING FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 t'G 1 LEVEL NR (%) 21 CONTAINMENT PRESS (PSIA) 24.4 SG 1 LEVEL WR (%) 41 CONTAINMENT TEMP (F) 177 SG 1 PRES $UPE (PSIA) 73 SI SUMP LVL (FT) 6.8 SG 1 STEAM FLOW (MBM/HR) 7E4 CONTAINMENT SUMP (FT) 16 SG 1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) 56 EFW FLOW TO SG 1 (GPM) 295 CSP LEVEL (%) 83 4

SGI BLOWDOWN FLOW (GPM) 0- PLNT STACK FLO RT (CFM) 26000 SG 2 LEVEL NR (%) 17 ANNULUS PRESSURE ("H,0- GAGE) -8,5 SG 2 LEVEL WR (%) 38 TURBINE POWER (MW) -9.8 SG 2 PRESSURE { PSIA) 160 PLANT DATA SHEET PAGE 20 OF 2B

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DAth. SECTION VII TIKE: 1230 REACTOR POWER (%). 2.1E-7 SG 2 STEAM FLOW (MBM/HR) O PZR LEVEL (%) 40 SG 2 FEED FLOW (MBM/HR) O PZR PRESSURE (PSIA) 600 EFW FLOW TO SG 2 (GPM) O PER TEMPERATURE (F) 518__ SG2 BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) 341 LPSI A FLOW (GPM) Q.

SUBCO3 LED KARGIN (F) 156 LPSI B FLOW (GPM) O LOOP ; TAVE (F) 335 HPSI A FLOW (GPM) 360 LOOP 1 TH (F) 339 HPSI B FLOW.(GPM) 360 LOOP-1A TC (F) 304 CS FLOW (1) (GPM) 3200 LOOP ID TC (F) 304 CS FLOW (2) (GPM) 0

-LOOP 2 TAVE (F) 335 SIT TANK 1A LEVEL (%)

1 Bl_

LOOP 2 TH (F) 339 SIT TANK IB LEVEL (%) 82 LOOP 2A TC (F) 356 SIT TANK-2h LEVEL (%) 82 LOOP 2 3 TC (F) 356 SIT TANK 2B LEVEL (%) 82 RV HEA D LVL (% )- 100 SIT TANK 1A PRESS (r$IA) 620 RV PLENUM LVL (%) 100 SIT TANK ID PRESS (PSIA) 620 l- CHARGIAG FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) __ 21 CONTAINMENT PRESS (PSIA) 24.2 SG 1 LE /EL WR (% ) 48 CONTAINMENT TEMP (F) 176

, SG 1 PRESSURE (PSIA) 73 SI SUMP LVL (FT) 7

) SG 2 STEAM FLOW (MBM/HR) .7E4 CONTAINMENT SUMP (PT) 16,2 i

SG 1- FEED FLOW (MBM/HR) 0 .RWSP LEVEL (%) 55 EFW FLOW TO SG 1 (GPM) 290 CSP LEVEL (%)- 82

-SGI BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (C/M) 26000 SG 2 LEVEL NR (%) 17 ANNULUS PRESSURE ("H 2O GAGE)

• SG 2 LEVEL WR (4) 38 -TURBINE POWER (MW) _ -9 8 SG 2' PRESSURE (PSIA) 160 1

• Shield Building Ventilation

[

alternates between Recire and Exhaust approximately every 45 seconds setpoint -4 to -8 MH 2O i

l PLANT DATA SHEET PAGE  ?) OF 28

?

. .- - ~ - - - - . - . _ . . - - - . . - . - . - . - . - . - - - - - - . - - -

WATERFORD 3 SES AN!1UAL EXERCISE

-OCTOBER 23, 1991 PLANT-DATA SECTION VII TIME: 1245 REACTOR POWER (%) 2E-7 SG 2 STEAM FLOW (MBM/HR) 0 PZR LEVEL (%) 40 SG 2 FEED FLOW (MBM/HR) O PZR PRESSURE (PSIA) 450 EFW FLOW TO SG 2.(GPM) O PZR TEMPERATURE (F) 515 SG2 BLOWDOWN FLOW (GPM) O CET. TEMPERATURE (F) 341 LPSI A FLOW (GPM) O SUHCOOLED MARGIN (F) 156 LPSI B FLOW (GPM) O 1.'YJP 1 TAVE (F) 335 HPSI A FLOW (GPM) 350 LOOP 1 TH (F) 339 HPSI B FLOW (GPM) 350 LOOP 1A TC (F) J04 CS FLOW (1) (GPh) 3200 LOOP 1B TC (F) 3 *)4 CS FLOW (2) (GPM) _ 0 LOOP 2 TAVE (F) 335 _ SIT TANK 1A LEVEL (%) OL LOOP 2 TH (F) )) L SIT TANK IB LEVEL (%) 82 ,

LOOP 2A TC (F) 356 _ SIT TANK 2A LEVEL (%) 82 LOOP.2B TC.(F) 356 SIT TANK 2B LEVEL (%) _ P2 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK IB PRESS (PSIA) 620 CHARGING FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%)' 21 CONTAINMENT PRESS (PSIA) 24.0 SG 1 LEVEL Wk (%) 48 CONTAINMENT TEMP (F) 176 SG 1 PRESSURE (PSIA) 73 SI SUMP LVL (FT) 7.1 SG 1 STEAM FLOW (MBM/HR) .7E4 CONTAINMENT SUMP (FT) 16.3 3G 1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) 54.5 EFW FLOW TO SG 1 (GPM) 280 CSP LEVEL (%) 81 SGI BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) _2M SG 2 LEVEL NR (%) 17 ANNULUS PRESSURE ("H O CAGE)

• 2 SG 2 LEVEL WR (t) 40 TURDINE POWER (MW) -0.8 SG 2 PRESSURE (PSIA) 160

• Shield Building Ventilation alternates between Recire and Exhaust approximately every 45 seconds setpoint -4 to -8 "H O 2

PLANT DATA SHEET PAGE 22. OF 28 y , y.,

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 1330 REACTOR POWER (%) 1.9E-7 SG 2 STEAM FLOW (MBM/HR) O PZR LEVEL (%) 40 SG 2 FEED FLOW (MBM/HR) O PZR PRESSURE (PSIA) 380 EFW FLOW To-SG 2 (GPM) 10Q, PZR TEMPERATURE (F) 505 SG2 BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) 61 SDC A FLOW (GPM) 4000 SUBCOOLED MARGIN (F) 341 SDC B FLOW (GPM) 0 LOOP 1 TAVE (F) 335 HPSI A FLOW (GPM) O LOOP 1 TH (F) 339 HPSI B FLOW (GPM) O LOOP 1A TC (F) 304 CS FLOW (1) (GPM) 3200 LOOP IB.TC (F) 304 CS FLOW (2) (GPM) O LOOP 2 TAVE (F) 335 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 339 SIT TANK IB LEVEL (%) 82 LOOP 2A TC (F) 356 SIT TANK 2A LEVEL (%) 82 LOOP-2B TC (F) 356 SIT TANK 2B LEVEL (%) =82 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK IB PRESS (PSIA) 620 CHARGING FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 28 CONTAINMENT PRESS (PSIA) 24.0 SG 1 LEVEL WR (%) 51 CONTAINMENT TEMP (F) 175 SG 1 PRESSURE (PSIA) 120 SI SUMP LVL (FT) 7.3 SG 1 STEAM FLOW (MBM/HR) O CONTAINMENT SUMP (FT) 16.5 SG 1 FEED FLOW (MBM/Hk) 0 RWSP LEVEL (%) 53 EFW FLOW TO SG 1 (GPM) 200 CSP LEVEL (%) 80.5 SG1 BLOWDOWN FLOW (GPM) 0 PLNT STACK FLO RT (CFM) 26000 SG 2 LEVEL NR (1). 21 ANNULUS PRESSURE ("H2O GAGE)

• SG 2 LEVEL WR (%) 41 TURBINE-POWER.(MW) -9.8 SG 2 PRESSURE (PSIA) 165 Shield Building Ventilation alternates between Recire and Exhaust approximately every 45 seconds setpoint -4 to -8 "H O 2

PLANT DATA SHEET PAGE 23 OF 28

. _. . _ _ . _ .. . _ _ - . _ _ _ . . _, . . _ _ - _ _ _ _ . . _ . _ . _ - _ .m _

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 1400 REACTOR POWER (%) L 9 E-7 SG 2 STEAM FLOW (MBM/HR) O PZR LEVEL (%) 40 . SG 2 FEED _ FLOW (MEM/MR) O PZR PRESSURE (PSIA) 380 EFW FLOW TO SG 2 (GPM) 100 PZR TEMPERATURE (F) 505 SG2 BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) 61 SDC A FLOW (GPM) 400L SUBCOOLED MARGIN (F) 341 SDC B FLOW (GPM) O LOOP 1 TAVE (F) 335 HPSI A FLOW (CPM) O LOOP 1 TH (F) 339 HPSI B FLOW (GPM) O LOOP 1A TC (F) 304 CS FLOW (1) (GPM) 3200 LOOP IB TC (F) 304 CS FLOW (2) (GPM) O LOOP 2 TAVE (F) 335 E;T TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 339 SIT TANK 1B LEVEL (%) 82 LOOP 2A TC (F). 35C SIT TANK 2A LEVEL (%) 82 LOOP 2B TC (F) 356 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL (%) 100 SIT TANK 1A PRESS (PSIA) '620 RV PLENUM LVL (%) 100 SIT TANK IB PRESS (PSIA) 620 CHARGING FLOW (GPM) 44 _ SIT TANK 2A_ PRESS (PSIA) 620 LETDOWN FLOW ~(GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 28 CONTAIFMENT PRESS (PSIA) 24.0 SG 1 LEVEL WR (%) 51 CONTAINMENT TEMP (F) 175 SG 1 PRESSURE (PSIA) 120 SI SUMP LVL (FT) 7.3 SG 1 STEAM FLOW (MBM/HR) O CONTAINMENT SUMP _(PT) 16.5

-SG'1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) 53 EFW FLOW TO SG 1 (GPM) 200 CSP LEVEL (%) 80.5 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) 26000 SG 2 .LEWL NR (%) 21 ANNULUS PRESSURE ("H 2O GAGE)

• SG 2 LEVEL WR (%) 41 TURBINE POWER (MW) -9.8 SG 2.PRESSUKE (PSIA) 165

• Shield Building Ventilation alternates between Recire and Exhaust approximately every-45 iseconds setpoint -4 to ~8 "H O 2

PLANT DATA CHEET PAGE -24 OF 28

__ s 4 E :t- .u > u. A _4.A._.______._,.w,4.iJ4_4_& _

as.* # e_..a- J.J.i_ _. 4-*A>,J s Jr r. J.__e44 _,__a4 _ .- ein A ._m.h-WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 1430 REACTOR POWER (%) 1.9E-7 SG 2 STEAM FLOW (MBM/Hk) O PZR LEVEL (%) 40 SC 2 FEED FLOW (MBM/HR) O P2R PRESSURE (PSIA) 380 FFW FLOW TO SG 2 (GPM) 100 PZR TEMPERATURE _(F) 505 SG2 BLOWDOWN FLOW (GPM) . O CET TEMPERATURE (F) 61 SDC A FLOW (GPM) 4000 SUBCOOLED MARGIN (F) 341 SDC B FLOW (GPM) O LOOP 1 TAVE (F) 335 HPSI A FLOW (GPM) O LOOP 1 TM (F) 339 _ HPSI B FLOW (GPM) O LOOP 1A TC (F) 3 0 L._ CS FLOW (1) (GPM) 3200 LOOP 1B TC (F) JD4 CS FLOW (2) (GPM) O LOOP 2 TAVE (F) 335 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) ,

339 SIT TANK IB LEVEL (%) 82 LOOP 2A TC (F) 356 SIT TANK 2A LEVEL (%) 8 2_ _

LOOP 2B TC (F) 356 SIT TANK 2B LEVEL (%) 82 RV HEAC LVL (%) 100 SIT TANK 1A PRESS (PSIA) 62Q_

RV PLENUM LVL (t) 100 SIT TANK IB PRESS (PSIA) 620 CMARGING FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 620 LF.TDOWN FLOW (GPM) O S I'4 TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 28 CONTAINMENT PRESS (PSIA) 24.0 SG 1 LEVEL WR (%) 51 CONTAINMENT TEMP (F) 175 SG 1 PRESSURE (PSIA) 120 SI SUMP LVL (FT) 1.3 SG 1 STEAM FLOW (MBM/HR) O CONTAINMENT SUMP (FT) 16.5 SG 1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) 53 EFW FLOW TO SG 1 (GPM) 200 CSP LEVEL (%) 80.5 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) 26000 SG 2 LEVEL NR (%) 21 ANNULUS PRESSURE ("H2O GAGE)

• SG 2 LEVEL WR (%) 41 TURBINE POWER (MW). -9.8 SG 2 PRESSURE (PSIA) 165 Shield Building Ventilation alternates between Recire and Exhaust approximately every 45 seconds setpoint -4 to -8 "H 2 O PLANT DATA SHEET PAGE 25 OF 28

WATERFORD 3-SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 1500 REACTOR POWER (%) 1.9E-7 SG 2 STEAM FLOW (MBM/HR) O PZR LEVEL-(%) 40 SG 2 FEED FLOW (MBM/HR) , O PZR PRESSURE (PSIA) __.380 EFW FLOW TO SG 2'(GPM) E PZR TEMPERATURE (F) 505 SG2 BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) 61 SDC A FLOW (GPM) 4000 SUSCOOLED MARGIN (F) 341 SDC B FLOW (GPM) O LOOP 1 TAVE (F) 335 HPSI A FLOW (GPM) O LOOP 1 TH (F) 339 HPSI B FLOW (GPM) O LOOP 1A TC (F) 304 CS FLOW (1) (GPM) 3201 LOOP-1B TC (F) 304 CS FLOW (2) (GPM) O LOOP 2 TAVE (F) 335 SIT TANK 1A LEVEL (%) 82 LOOP'2 TH (F) 339 SIT. TANK IB LEVEL (t) 82 LOOP 2A TC (F) 356 _ SIT TANK 2A LEVI.L (%) S2 LOOP 2B TC (F) 356 SIT TANK 3 4,EVEL (%) 82 RV HEAD LVL (%) 100 SIT ";ANK 1A PRESS (PSIA) 620 RV PLENUM LVL (t) 100 SIT TANK IB PRESS (PSIA) 620 CHARGING FLOW (GPM) __ d 4 SIT TANK 2A PRESS (PSIA) 62O_

LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NFL i n )- 28 CONTAINMENT PRESS (PSIA) 24.0 SG 1 LEVEL WR (%) 51 CONTAINMENT TEMP (F) 175 SG 1 PRESSURE (PSIA) 120 SI SUMP LVL (FT) 7,3 SG 1 STEAM FLOW (MBM/HR) O CONTAINMENT SUMP (FT) 16.5 SG 1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) 53 EFW FLOW TO SG 1 (GPM) 200 CSP LEVEL (%) 80.5 SGI BLOWDOWN FLOW (GPM) 0 -PLNT STACK FLO RT (CFM) 26000 SG 2 LEVEL NR (%) 21 ANNULUS PRESSURE -("H2 O GAGE)

• SG 2 LEVEL WR (%) 41 TURBINE POWER (MW) -9.8 SG 2 PRESSURE (PSIA) 165 i

Shield Building Ventilation alternates between Recire and Exhaust approximately every 45 seconds setpoint -4 to -8 !H 0- 2 l-I PLANT DATA SHEET PAGE 26 OF 28

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTICN VII TIME: 1530 REACTOR POWER (%) 1.9E-7 SG 2 STEAM FLOW (MBM/HR) O PZR LEVEL (%) 40 SG 2 FEED FLOW (MBM/HR) O PZR PRESSURE (PSIA) 380 EFW FLOW TO SG 2 (GPM) 100 PZR TEMPERATURE (F) 505 SG2 BLOWDOWN FLOW (GPM) 0 CET TEMPERATURE (F) 61 SDC A FLOW (GPM) 4000 SUBCOOLED MARGIN (F) 341 SDC B FLOW (GPM) O LOOP 1 TAVE (F) 335 _ HPSI A FLOW (GPM)' O LOOP 1 TH (F) 339 HPSI B FLOW (GPM) O LOOP 1A TC (F) 304 CS FLOW (1) (GPM) 3200 LOOP IB TC (F) 304 CS FLOW (2) (GPM) O LOOP 2 TAVE (F) 335 SIT TANK 1A LEVEL (%) e2_

LOOP 2 TH (F) 334 SIT TANK IB LEVEL (%) 82 LOOP _2A TC (F) 356 SIT TANK 2A LEVEL (%) 82' LOOP 2B TC (F) 356 SIT TANK 2B LEVEL (%) 82 RV HEAD LVL-(%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK IB PRESS (PSIA) 620 CHARGINO FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 61 LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 28 _ CONTAINMENT PRESS (PSIA) 24,0_

SG 1 LEVEL WR (%) 51 CONTAINMENT TEMP (F) 175 SG 1 PRESSURE (PSIA) 120 SI SUMP LVL (FT) 7. 3 '

SG 1 STEAM FLOW (MBM/HR) O CONTAINMENT SUMP (FT) 16.5 SG 1 FEED FLOW (MBM/HR) 0 RWSP LEVEL (%) 53 EFW FLOW TO SG I (GPM)- 200 CSP LEVEL (%) 80.5 SGI BLOWDOWN FLOW (GPM) 'O 26000 PLNT STACK FLO PT (CFM)

SG 2 LEVEL NR (%) 21 ANNULUS PRESSURE ("H O GAGE)

• 2 SG 2. LEVEL WR (%) 41 TURBINE POWER (MW) -9.8 SG 2 PRESSURE (PSIA) 165 _

• Shield Building Ventilation alternates between Recire and Exhaust approximately every 45 seconde setpoint -4 to -8 "H O 2

PI ANT DATA SHEET PAGE 27 28 OF

. . _ _ _ ~ _. - . _. -_ _ . _ . _ = ._ _ . _ . _. ._-

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 PLANT DATA SECTION VII TIME: 1600 REACTOR POWER (%) 1.9E-7 SG 2 STEAM FLOW (MBM/HR)

O PZR LEVEL (%) 40 SG 2 FEED FLOW (MBM/HR) O PER PRESSURE (PSIA) 380 EFW FLOW TO SG 2 (GPM) 100 PER TEMPERATURE (F) 505 SG2 BLOWDOWN FLOW (GPM) O CET TEMPERATURE (F) 61 SDC A FLOW (GPM) 4000 SUBCOOLED MARGIt' (F) 341 SDC D FLOW (GPM) O LOOP 1 TAVE (F) 335 HPSI A FLOW (GPM) O LOOP 1 TH (F) 339 HPSI B FLOW (GPM) O LOOP 1A TC (F) 304 CS FLOW (1) (GPM) 3200 LOOP IB TC (F) . _. 3 0 4 CS FLOW (2) (GPM) O LOOP 2 TAVE (F) 335 SIT TANK 1A LEVEL (%) 82 LOOP 2 TH (F) 339 SIT TANK IB LEVEL (%) 92 LOOT 2A TC (F)' 356 SIT TANK 2A LEVEL (%) 02 LOOP 2B TC (F) 356 SIT TANK 2B LEVEL (%) 82 RV HEAD I4VL (%) 100 SIT TANK 1A PRESS (PSIA) 620 RV PLENUM LVL (%) 100 SIT TANK IB PRESS (PSIA) 620 CHARCING FLOW (GPM) 44 SIT TANK 2A PRESS (PSIA) 620 LETDOWN FLOW (GPM) O SIT TANK 2B PRESS (PSIA) 620 SG 1 LEVEL NR (%) 28 CONTAINMENT PRESS (PSIA) _24.0 SG 1 LEVEL WR (%) 51 CONTAINMENT TEMP (F) 175 SG 1 PRESSORE (PSIA) 120 SI SUMP LVL (PT) 7.3, SG 1 STEAM FLOW (MBM/HR) . O CONTAINMENT SUMP (FT) 16.5 SG 1 FEED FLOW (MBM/MR) O RW3P LEVEL (%) 53 EFW FLOW TO SG 1 (GPM) 200 CSP LEVEL (%) 80.5 SG1 BLOWDOWN FLOW (GPM) O PLNT STACK FLO RT (CFM) 26000 SG 2 LEVEL NR (%) 21 ANNULUS PRESSURE ("H O GAGE)

• 2 SG 2 LEVEL WR (%) 41 TURBINE POWER (MW) -9.8 SG 2 PRESSURE (PSIA) 165 Snield Building ventilation alternates between P.ecire and Exhaust approximately every 45 seconds setpoint -4 to -8 TH O 2

PLANT DATA SMEET PAGE 28 OF 28

- - . - ~ - . ~ . - ~ . . . - . -. . _ ~ .. = -

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 METHODOLOGY AND ASSUMPTIONS USED FOR THE DEVELOPMENT OF THE IH-PLANT HEALTH PHYSICS DATA General assumptions for the In-Plant and onsite radiological conditions during the Annual Exercise are as follows:

s

1. Onsite airborne levels will be reported with the~"as found" activities except for the areas of the radioactive plume.

2. For exercise purposes,-it is assumed-that radiation levels will HOI increase substantially in the -4 HP Control Point area.

3. RAB contamination and airborne activity levels will be reported with the."as found" activities with the exceptions as noted on the attached survey sheets.

4.

Radiation-levels in the RAB will be unaffected with the exceptions as noted on the attached survey sheets.

5. The HP Trailer Whole Body Counter will not be available due to the plume travel direction. The Backup Whole Body Counter is available in the Skills Training Center. The Whole Body Counting of: personnel at the Skills Training Center will be simulated.

. . - . . - . . . - . - - . - - . - . - - . - - - . - . . _ . ~ . _ . . . _ . - . -. . . -

WATERFORD: 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 6 eel; RADIATION MONITORS

. ure;e Isolation "b ' +4 6 RCB ARM--IRE-5024S GRID 2 _AAS-018 Purtje Isolation "A" +46 RCD ARM-IRE-5025S GRID 2 AAS-020 Purge Isolation "A" +21 RCB ARM-IRE-5026S GRID 2 AAS-024 SIS Penetration HRM -35 RCB ARM-IRE-5202 GRID 6 AAA-553 EFW Pump Area HRM -35 RAB ARM-IRE-5210 GRID 6 AAA-552 Personnel Lock,HRM'-4 RCB ARM-IRE-5201 GRID 6 AAA-557 HVAC Area +46 RAB ARM-IRE-5002 GRID 1 'AAA-029 A Containment HRM +99 RCB ARM-IRE-5400AS GR70 6 CAS-561 B Containment HRM +99 RCB ARM-IRE-5400BS WG5 6 CAS-562 Post LOCA A +21 RCB E Wing ARM-IRE-5030S GRID 2 AAS-025 Post LOCA-B +21 RCB W Wing. ARM-IRE-5029S GRID 2 AAS-026 Post LOCA A +46 RCD W Wing ARM-IRE-5031S GRID 1 AAS-022 Charging Pump Area -35 RAB ARM-IRE-5017A GRID 3 AAA-044 LWN Filter Area -35 ARM-IRE-5009 GRID 3 AAA-041 GDT Area--35 RAB ARM-IRE-5023 GRID 3 AAA-045 Waste Gas Compressor -35 RAB ARM-IRE-5022A GRID 3 AAA-046 l

l

- - , . . -. . ~ . . , - -.

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 IBJ10RNE RADIATION MONITORS elant Stack WRGM (Low Range) PRM-IRE-0110 GRID 6 EGG-514

. Plant Stack WRGM (Mid Range) PRM-IRE-0110 GRID 6 EGG-515 Plant Stack WRGM (Hi Range) PRM-IRE-0110 GRID 6 EGG-516 Plant Stack WRGM (Effluent) PRM-IRE-0110 GRID 6 EGG-517 Plant Stack PIG "A" (Part.) PRM-IRE-0100.1S GRID 4 EPS-131 Plant Stack PIG "A" (Iodine) PRM-IRE-0100.1S GRID 4 EIS-132 Plant Stack PIG " A (Gas) PRM-IRE-0100.1S GRID 4 EGS-133 Plant Stack PIG "B" (Part.) PRM-IRE-0100.2S GRID 4 EPS-141 Plant Stack PIG "B" (Iodine) PRM-IRE-0100.2S GRID 4 EIS-142 Plant Stack PIG "B" (Gas) PRM-IRE-0100.2S GRID 4 EGS-143 Containment Atmospheric PIG PRM-IRE-0100S GRID 5 PGS-313 1

l 1

i . , _ . . . ___

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 RADIATION / CONTAMINATION SURVEY RECORDS HP-SM +46 Heating & Ventilation Room HP-SM-05 RAB +46 Control Room Envelope HP-SM-09 RAB +46-Center Wing HP-SM-28 +21 RAB Post Accident Sample Sink HP-SM-66 RAB -35 Safeguard Room "A" HP-SM-66B RAB -35 Safeguard Room "B"

RADIATION MONITORS DESCRIPTIO!1 TAG ID #/ GRID ID #

PLANT STACK WRGM PRM-IRE-0110 DRILL #: 91-14 GRID 6 (LOW RANGE) EGG-514 DATE: 10/23/91 LOCATION:

MONITOR

-TIME READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITOR:

07:00 4.0 j

E-6 NORMAL j

AREA ()

4 j

PROCESS ()

4 4 EFFLUENT (X)

} } 4 ACCIDENT (X) 08:00 1.85 E-4 ALERT ALARM 4 4 4 4 4 4 3 __. 4 ._j 08:45 1.21 E-2 HIGH ALARM ALARM SETPOINTS:

4 4 4 4 4 j ALERT: 1.0 E-4 4 4 4 TBD 4.O E-6 NORMAL HIG: 1.O E-3 4 4 4 4 4 4 j  ; j MONITOR RANGE:

10:30 1.43 E-5 ACCIDENT FLOW 4 4 4 1.0 E-7 TO 1.0 E-1 uCi/cc 4 4 4 4 4 -- 4 12:30 1.01 E'1

• OFF SCALE HIGH 4 4 4 4 4 4 When the monitor is off

} }- 4 scale high or low, the 14:30 , 4 reading will remain at

-} j the upper or lower level 14:45 4 4 of the instrument range.

J' 4 15:00 1.43 E-5 ACCIDENT FLOW PAGE 1 OF 1

l

' RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID #

PLANT STACK UPGM PRM-IRE-0110 DRILL #: 91-14 GRID 6 (MID RANGE) EGG-515 DATE: 10/23/91 LOCATIRU:

MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITOR:

07:00 1 E-4

• OF" SCALE LOW AREA ()

-J 4 j PROCESS ()

4 4 1 EFFLUENT (X) 4 j j ACCIDENT (X) 08:00 1.85 E-4 NORMAL 4 4 4 4 4 4 4 4 4 08:45 1.21 E-2 j ALARM SETPOINTS:

4 4 4 4 4 j ALERT: 1.0 E+0 4 4 4 TBD 1.O E-4

• OFF SCALE LOW HIGH: 1.O E+1 4 4 4 4 4 4 4 4 4 MONITOR RANGE:

10:30 4 4 4 4 4 1.0 E-4 TO 1.0 E+2 uCi/cc 4 4 4 l 4 4 4 l 12:30 1.0 E+2

• OFF SCALE HIGli i 4 4 4 l

• When the monitor is off 4 4 4 l

4 4 4- scale high or low, the 14:30 1.0 E+2

• 4 reading will remain at j the upper or lower level 14:45 1.0 E+2

• j of the instrument range.

4 15:00 1 E-4

• OFF SCALE LOW WM l

PAGE 1 OF 1

RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID #

PLANT STACK-WRGM PRM-IRE-0110 DRILL-#: 91-14 GRID 6 (HI RANGE) EGG-516 DATE: 10/23/91 LOCATION:

MONITOR TIME. READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITOR:

07:00 1.0 E-1

• OFF SCALE LOW j j AREA ()

J

} } j PROCESS ()

EFFLUENT (X)

~ j j j ACCIDENT 08:00 (X) 4 j 4 J 4 4 4 4 4 4 -I 4 08:45 4 4 ALARM SETPOINTS:

4 4 4~

J- J j ALERT: 1.0 E+2 4 4 4 TBD j j HIGH: 1.0 E+3 4 4 4 4 4 4 4 4 10:30 4 MONITOR RANGE:

4 4 4

4 4 4 1.0 E-1 TO 1.0 E+5 uCi/cc 4 4 4 4 4 12:30 2.55 E+2 ALERT ALARM 4 4 4 4 4 j

• When the nionitor is off 4 4 -

4 scale high or low, the 14:30 2.55 E+2 4 reading will remain at j the upper or. lower level 14:45 1.42 F+2 j of the instrument range.

4 15:00 1.0 E-1

• OFF SCALE LOW PAGE 1 OF 1

. - - . . . __ .~.--.

RADIATION MONITORS DESCRIPTION TAG ID-#/ GRID ID #

PLANT STACK WRGM PRM-IRE-0110 DRILL #: 91-14 GRID 6 (EFFLUENT) EGG-517 DATE: 10/23/91 LOCATION:

MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/sec ) NOTES TYPE OF MONITOR:

07:00 1.76 E+2 j AREA (' )

4 j 4 PROCESS ()

EFFLUENT (X)

) 4 ACCIDENT 08:00 8.12 E+3 (X) 4 4 4 4 4 4 08:45 1.0 E+5 ALARM SETPOINTS:

4 4 j j ALERT: 4.0 E+5 4 4 TBD 1.76 E+2 HIGH: 4.0 E+6 4 4 4 4 4 4 MONITOR RANGE:

10:30 1.76 E+2 j j 4 4 1.23 EO TO 1.23 E+12 uCi(sec 4 j Based on 26000 cfm acc. flow l

12:30 3.13;E+9 HIGH-ALARM rate 4 4 4 4

4 J

4 J

• When the monitor is off 14:30 4 scale high or low, the 3.13 E+9 4 reading will remain at j the upper or lower level 14:45 1.74 E+9 HIGH ALARM of tha instrument range.

15:00 1.76 E+2 l

l PAGE 1 OF 1

HVOIVIION WON 11 OHS G3SDUIdlION 1YD IG #/DEIG IG #

dIYNI S1YOM dID .Y.. dHH-IH3-OT00'IS CEI71 #: 6I-I#

DHIO >

)dY81I007V13( 3dS-ICI GV13: I0/EC/6I 7OoV1 ION:

NON11OH lIH3 H3YGIND HIS03ITYN3OGS

)VolaV7( ) noT/oc ( no13S 1Ad3 OJ woNIIOH:

0L:00 C 3-Is ,

noHWV7 Vu3V )(

t I

t t aHOcaSS )(

I t 333703NI )x(

t i f VODI03NI )(

08:00 t t t t t t t t t t t 08:>9 f f VIYHW S31dOIlliS:

t t t f f f V7381: I 00 3-e t t t -

100 t i HIDH: I*00 3-4 t -t t t t t I i t WONI1OH HVND3:

C :CO t t i i t I'0 3-II 10 I*0 3-S naT/oD t t t t- t t IE:CO t I i t t i t i ,

Myou aye mouTaoJ is oJJ .

-t t t soets yT6 y oJ tom' ays It:CO I f JOepiu6 nTII 2ametu e4 f f ayo nddoa o2 tomaJ taneT 1>:ts i t oJ aya iusaanmaua 2eu6a-t t is:00 't t dV03 I OJ I

-- ~._ -- - ~ - _ . - ... . _ . . -_. .-- . - - - - - _ . , .. - .- -.-

A 8;

l IC.DIATIO4 MONITORS t

-DESCRIPTION TAC ID #/CRIO ID #

l-PLANT STACK PIG "A" PRM-IRE-0100,1S DRILL #: 91-14

GRID 4 1

(IODINE) EIS-132 DATE: 10/23/91

, LOCATION:

J

j. MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITOR:

1 1

07:00

{

8 E-13 j

NORMAL j

AREA ()

4 PROCESS ()

J } } EFFLUENT (X) 4 j j ACCIDENT (-)

d 08:00 } }

4 4 4 4 4 4 4 4 4 08:45 } j ALARM SETPOINTS:

4 4 4 j j j ALERT: 6.00 E-9 4- 4 4 TBD j j HIGH: 1.20 E-8 4 4 4 4 4 4 4 4 4 MONITOR RANGE:

, 10:30 j j j j j 1.0 E-9 TO 1.0 E-3 uCi/cc 4 4 4 4 4 4 12:30 1.0 E-3

• OFF SCALE HIGH

' 4 4 4 4 4 4 When the monitor is off 4 ) J scale high or low, the e 14:30 4 j reading will remain at j j the upper or. lower level 14:45 1.0 E-3

• j of the instrument range.

4 15:00 1 E-12

• NORMAL l

l PAGE 1 OF 1

{ RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID #

P1 HIT STACK PIG "A" PRM-IRE-0100.1S DRILL #: 91-14 GRID 4 (GAS) EGS-133 DATE: 10/23/91 LOCATION:

MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITOR:

07:00 4.0 E-6 j

NORMAL j

AREA ()

4 4 j PROCESS ()

4 EFFLUENT (X) 08:00 4 4 1.85 E-4 4 ACCIDENT ()

4 4 4 4 4 4 4 4 4 4 08:45 1.21 E-2 HIGH ALARM ALARM SETPOINTS:

4 4 4 4 4 ALERT:

4 2.2 E-5 4 4 4 TBD 4.O E-6 NORMAL HIGH: 8.O E-4 4 4 4 4 4 4 4

10:30 4 4 MONITOR RANGE:

1.43 E-5 ACCIDENT FLOW 4

4 4 4 1.0 E-7 TO 1.0 E-1 uCi/cc 4 4

-4 4 4 12:30 1.0 E-1

• OFF SCALE HIGH 4 4 4 4

4 4

4 -j 4

When the monitor is off 14:30 scale high or low, the 4 4 reading will remain at 4 4 the upper or lower level 14:4; t=

4 4

4 of the instrument range.

4 15:00 1.43 E-5 NORMAL PAGE 1 OF 1

- _ _ _ _ _ - - - _ _ _ _ _ - - . - _ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ~ - ~

. .=. .-. . --- . -.. . - . . - . = . - . - - . - ... .- . _ ...

RADIATION MONITORS DESCRIPTION TAG ID // GRID ID #

PLANT STACK PIG "B" PRM-IRE-0100.2S DRILL #: 91-14 GRID 4 (PARTICULATE) EPS-141 DATE: 10/23/91 LOCATIQH:

MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITOR:

07:00 3 E-15

• NORMAL AREA ()

}

4 j

} J-j PROCESS ()

EFFLUENT (X)

) J j ACCIDENT ()

08:00 j J 4 4 4 4 4 4 4 J 4 08:45 j j ALARM SETPOINTS:

-4 4 4 4 4 j ALERT: 1.00 E-8

-4 4 4 TBD j j  !!IGit: 1.00 E-7 4 4 4 4 4 4 4 4 ) MONITOR RANGE:

10:30 4 4

-j j =j 4

1.0 E-11 TO 1.0 E-5 uCi/cc 4 4 4 4 4 12:30 J J 4 4 4 4 4 j

• When the monitor is off f -4 j scale high or low, the 14:30 J J reading Will remain at 4 4 the upper or lover level 14:45 4 4 of the instrument range.

4 4 15:00 j j PAGE 1 OF 1

t . i

? ,

l 1

1 RADIATION MONITORS

! DESCRIPTION TAG ID #/ GRID ID #

PLANT STACK PIG "B" PRM-IRE-0100.2S DRILL #: 91-14

GRID 4 (IODINE) EIS-142 DATE

10/23/91 1

i

! LOCATION:

?

i

MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITOR

07:00 8 E-13

?

NORMAL AREA ()

4 4 4 j

PROCESS ()

' J J EFFLUENT (X)

? 08:00 4 4- ) ACCIDENT ()

4 4 i

4 4 4 4 4 4 4 4 4 08:45 4 4 ALARM SETPOINTS:

i 4 4 4 j j j j ALERT: 6.00 E-9 i 4 4 4 j TBD 2

4 4 HIGH: 1.20 E-8 4 4 4 4 4 4 j j j MONITOR RANGE:

10

30 4 4 4 j j 1 0 E-9 TO 1.0 E-3 uCi/cc i 4 4 4 i 4 4 4 j- _12:30 1.0 E-3

• OFF SCALE HIGH 4 4 4 4 4 j

• When the monitor is off 1 4 4 scale high or low, the i 14:30

' J reading will remain at

) the upper or lower level i 14:45 1.0 E-3 *

' , of the instrument range.

4

. 15:00 1 E-12

• NORMAL 4

{

i l'

4 3

PAGE 1 OF 1 4

_._ . _ _ , _ . . . _ . _ _ . ~ . - __

RADJATION MONITORS DESCRIPTION TAG ID #/ GRID ID #

PLANT STACK PIG "B" PRM-IRE-0100.2S -DRILL #: 91-14 GRID 4 (GAS) EGS-143 DATE: 10/23/91 LOCATION:

MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/cc ) NOTES TYPE OF MONITOR:

07:00 4.3 E-6

-j j NORMAL j

AREA ()

j j PROCESS ()

4 EFFLUENT (X)

J- ) j ACCIDENT ()

-08:00 1.85 E-4 j 4 4 4 4 4 4 4 4 4

08:45 1.21 E-2 HIGH ALARM AIARM SETPOINTS:

4 4 4 4 4 4 ALERT: 2.2 E-S 4 4 4 TBD 4.0 E-6 NORMAL HIGH: 8.0 E-4 4 4 4 4 4 4 j j j MONITOR RANGE:

.10:30 1.43 E-5 ACCIDENT FLOW j j j 1.0 E-7 TO 1.0 E-1 uCi/cc 4 4 4 4 4 4-J2:30 1.O E-1

• OFF SCALE HIGH I 4 4 4 j j

• When the monitor is off

- --J J J scale high or low, the 14:30 4 4 reading will remain at-J J the upper or lower level 14:45 j j of the instrument range.

4 4 15:00 1.43 E-5 NORMAL PAGE 1 OF 1

RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID #

s.

CONTAINMENT PRM-!RE-0100S DRILL #: 91-14 ATMOSPHERE PIG GRID 5 (GAS) PGS-313 DATE: 10/23/91 LOCATION:

MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( uCi/ml ) NOTES TYPE OF MONITOR: -

08:00 2.0 E-5 NORMAL AREA ()

4- 4 4 PROCESS (X) 4 4 j EFFLUENT ()

4 4 j ACCIDENT ()

10:15 2.0 E-5 NORMAL 10:30 1.0 E-7

• OFF SCALE

• 4 4 4 4 4 4 ALARM SETPOINTS:

-4 4 4

~

4 4 4 ALERT: 7.0 E-3 4 4 4 14:45 4 4 HIGH: 1.40E-2 4 4 15:00 4 4 MONITOR RANGE:

m 1.0 E-7 TO 1.0 E-1 uCi/ml -

When the monitor is off scale high or low, the reading will remain at the upper or lower level of the instrument range.

l PAGE 1 OF 1

- -... - -- .. - .= - - . _ - . _ - . _ _ . .

i RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID #

PURGE ISOLATION "B" ARM-IRE-5024S DRILL #: 91-14 GRID 2 AAS-018 DATE: 10/23/91 LOCATION: +46 RCB ON S/G #1 NW WALL MONITOR TIME READING MISCELLANEOUS (ACTUAL) ( mR/hr ) NOTES TYPE OF MONITORt 08:00 BKG 3.7 NORMAL AREA (X) 4 4 j PROCESS ()

4 4 j

4 EFTLUENT ()

J j ACCIDENT ()

10:15 BKG 3.7 NORMAL 10:30 3.5 E+3 HIGH I 4 4 4 4 4 ALARM SETPOINTS:

4 4 4 4 4 j ALERT: 1.5 x BKG 4 4 4 4 4 j HIGH: 2.0 x BKG 4 4 4 4 4 4

-4 .

4--- 4 - MONITOR RANGE:

14:45 9.0 E+2 4

-4 2.0 E+1 TO 5.0 E+5 15:00 6.0 E+1 HIGH i

• When the monitor is off scale high or low, the L

reading will remain at the upper or lower level of the instrument range.

I l

l PAGE 1 OF 1

RADI ATIOli MollITORS DESCRIPTIO!J TAG ID #/ GRID ID #

PURGE ISOLATIO!1 "A" ARM-IRE-5025S DRILL #: _11-14 GRID 2 AAS-020 DATE: 1Q123/91 192.Tign: + 4 6 13,.ca 011 s / G e2 s WALL MOli1 TOW TIM:: READI!1G MISCELLA11 ECUS (ACTUAL) ( mR/hr )  !!OTES TYPE OF M011ITOR:

08:00 BKG 3.7  !!ORMAL AREA (X) 4 1-1-- --

PROCECS ()

4 j 1 ETTLUEllT ()

10:15 J

BMG 3.7 J 4 -- ACCIDE!!T ()

110RMAL 10:30 3.5 E+3 111G11 4_ .; 4 4 j j ALARM SETPOI!iTS:

4 4 -- 4 4 4 j ALERT: le$ x DKG 4 ~~4 4 4 4 ) HIGil: 2.0 x BKG 4- -

4- 4 4 1 4 4 MO!1ITOR i:ANGE:

4 4 }

14:45 9.0 E+2 j j 2.0 E+1 TO 5.0 E+5 . _ _ ,

15:00 6.0 E+1 }{IGil 1

• When the monitor is off scale high or low, the reading will remain at the upper or lover level of the instrumer.c reage.

PAGE 1 0F 1

_ _ _ _ . . - - _ _ . - - - - . - , . - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ' ' - ~ - ' ' - ~ - - ^ - - ^ ^ ' - - ^ ^ " ~'~~ ~ ~ ~ '

- . - - - - - - . ~ . . - . - .

' ADI ATION Moli1 TORS DESCRIPTION TAG ID .*/ GRID ID #

PURG ISOLATION " A" ARM-IRE-5026S DRILL #: 91-14 GRID 2 AAS-024 DATE: 10/23/91 LOCATIOf t : +21 RCB SE Off PZR WALL MONITOR TIME READING MISCELLANEOUS >

(ACTUAL) ( .mR/hr ) NOTES TYPE OF MONITOR:

08:00 BKG 3.7 NORMAL AREA (X)

-- - ; j j- - PROCESS ()

J J j EFTLUENT ()

) j- ) ACCIDENT ()

10:15 BKG 3.7 NORMAL 10:30 3.5 E+3 HIGH 4 4 4 4 4 j Af. ARM SETPOINTS:

J 4 4 4 j j ALERT: 1.5 x DKG j_ .) .j-4 4 ) HIGH: 2.0 x BKG 4 4- 4 4 4 4

J- 4 MONITOR RANGE

14:45 9.0 E+2 j

-j- 2.0 E+1 TO 5.0 E+5 15:00 6.0 E+1 HIGH When the monitor is off scale high or low, the reading will remain at the upper or lower level of the instrument range.

l l-PAGE 1 OF 1

. -. .- .~. - . _ .. ._ . . - . . - - . _ - -

RADIATION MOllITORS DESCRIPTION TAG ID #/ GRID ID #

SIS PENETRATION IIRM ARM-IRE-5202 DRILL # 91-14  :

GRID 6 l AAA-353 DATE: 10/23/91 i

LOCATION: -15 RCB WING BEHIND CENTRAL STAIRS MONITOR TIME READING MISCELLANEOUS (ACTUAL) (- mR/hr ) NOTES TYPE OT MONITOR:

08:00 1.0 E+1 . RMAL AREA (X)

} j j PROCESS ()

j j j EFFLUENT ()  ;

4 4 j ACCIDENT () I i 4 4 4 1 J 4 4 4 1 4 1 13:45 1.0 E+1 NORMAL ALARM SETPOINTS:

14!00- 5.O E+3 IIIGli ALERT:  ?.O E42 4 4 4 4 4 J IIIGH: 1.0 E+3 4 Y 4 15:00 5.O E+3 111Gil MONITOR RANGE: I 1.0 E+1 TO 3.0 E+7 When-the monitor is off scale high or low, the reading will remain at tho. upper or lower level of the instrument range.

- i PAGE 1 OF 1

+ n es e- w ws rcr+,nnwe.ne,. w -,r-,-.-er-,e.w,-,. v a- n .c <.-v r .w. --.mr. r-,c, , ,,n,,-~,w,,.,,-.m,-m.,,.e_,vw--r-,-wn,,--- .,--r-,,,wn----w-n .e~.----

RADIATION MONITORS i

DESCRIPTION TAG ID #/ GRID ID # ,

EFW PUMP AREA HRM ARM-IRE-5210 DRILL # 91-14 '

GRID 6 AAA-552 DATE: 10/23/91_ ,

LOCATION: -35 RAB NEAR EFW PUMPC .-

MONITOR TIME READING MISCELLANEOUS i

(ACTUAL) ( mR/hr ) NOTES TYPE OF MONITOR:

08:00 1.0 E+1 NORMAL AREA j- (X) j- -j - PROCESS ()

J J J EFFLUENT ()

}

J

}

j

} ACCIDENT ()

4

) 4 4 4- 4 4 4- 4 4 13:45 1.0 E+1 NORMAL ALARM SETPOINTS:

14:00 3.0 E+2 ALERT ALERT: 2.0 E+2 4

14:15 3.5 E+2 HIGH:

4 J.0 E+3 4

14:30 3.5 E+2 j j MONITOR RANGE:

14:45 3.5 E+2 4 j 1.0 E+1 TO 1.0 E+7 15:00 3.0 E+2 ALERT When the monitor is off scale high or low, the reading will remain at the upper or lower level l

of the instrument range.

PAGE 1 OF 1 l.

1 i

RADIATIO 11 MONITORS DESCRIPTION TAG ID #/ GRID ID #

PERSON!1EL LOCK HRM ARM-IRE-5201 DRILL #: 91-14 GRID 6 AAA-557 4

DATE: 10/23/91 LOCATI0ft: -4 RCB WING AREA MO!1ITOR TIME READING MISCELLANEOUS (ACTUAL) ( mR/hr j NOTES TYPE OF MONITOR:

08:00 1.O E+1 NohMAL AREA (%)

4 J- j-- PROCESS )

j j j j- EFFLUENT ()

10:15 J

1.0 E+1 NORMAL

) ACCIDENT ()

10:30 3.0 E+3 HIGH 4' 4 4

) J J ALARM SETPOINTS:

4 4 4 '

) 4 j ALERT:- 2.0 E+2 4 i 4 14:45 3.0 E+3 J HIGH: 1.0 E+3 4

15 00 6.5 E+3 HIGH MONITOR RANGE:

L 0 E+1 TO 1.O E+*7 T

When the monitor is off scale high or low, the reading will remain at the upper or lower level of the instrument range.

L l

I PAGE 1 OF 1 1.

i

_ . , . . . - _ . . _ . _ . . . , ~ . , . .

. . _ _ . , , . . _ . , _ . - . . . . . . . . _ . . . . _ _ . . . . - _ . . . , _ . _ - . , _ , . _ . ~ . . , _ . _ _ _ . ,

RADIATIO!1 M011ITORS DESCRIPTION TAG ID #/ GRID ID #

HVAC AREA ARM-IRE-5002 DRILL #: 91-14 GRID 1 AAA-029 DATE: 10/23/91 LOCATIOU: +46 RAD . _ _ _

MO!!ITOR TIME READI!1G MISCELLAtlEOUS (ACTUAL) ( mR/hr ) !JOTES TYPE OF MollITOR:

08:00 4.0 E-2 110RMAL AREA (X)

J j j PROCESS ()

4 ) j EFFLUE!1T ()

J j j ACCIDENT ()

08:45 ) j 4 4 4 4 4 4 4 4 4 4 4 j ALARM SETPOIllTS:

4 4 4 12:15 4.0 E-2 110RMAL ALERT: 5.0 E-1 12:30 4.0 E+2 HIGH ALARM HIGH: 5.0 E+0 4

12:45 4.1 E+2 4 4 MONITOR RA!1GE:

14:15 4.1 E+2 4 4 1.0 E-2 TO 1.0 E+3 14:30 1.0 E+2 4 4

14:45 6.0 E+1 HIGH ALARM 15:00 2.0 E+0 ALERT

• When the monitor is off scale high or low, the reading will remain at the upper or lower level of the instrument range.

PAGE 1 OF 1 l

. _ _ _ _ . . . . _ _ . . _ _ _ _ . _ _ _ _ . _ . _ . _ _ _ . _ _ _ _ _ _ . . ~ . _ . . _ . _ _ _ . _ . _ _ _ _ _ . _ _ _ . _ _ _ - . _ .

i-RADIATIO!1 MO!1ITORS

, DESCRIPTIO!1 TAG ID 7/ GRID ID #

A CO!1T llRM ARM-IRE-5400AS DRILL # 91-14 GRID 6 4

CAS-561 DATE: 10/23/91 LOCA . IOf t : +99 RCB O!! CATWALK E SIDE MOllITOR TIME READIl1G MISCELLA!1EOUS (ACTUAL) ( R/hr ) llOTES TYPE OF MO!11 TOR:

08:00 J

1.0 E-1 j

liORMAL j-ARFJi ()

PROCESS ()

J j j EFFLUE!1T ()

J ) j ACCIDEliT (X) 10:15 1.0 E-1 flORMAL 10:30 3.6 E+3 ALERT 4 4 4 3.6 E+3 J ALARM SETPOIllTS:

4 4 4 j j j ALERT: 5.0 E+2 R/hr 4- 4 4 4 j j HIGH: 30 E+3 R/hr J- 1 14:15 3.6 E+3 4 j MollITOR RA11GE:

14:30 2.5 E+3 4 j 9.6 E-2 TO 9.6 E+6 14:45 9.0 E+2 j 4

15:00 6.0 E+1 ALERT When the monitor is off scale high or low, the reading will remain at the upper or lower-level of the instrument range.

l I

PAGE 1 OF 1 l

RADIATION MONITORS DESCRIPTIO!1 TAG ID 7/ GRID ID #

B COliT HRM ARM-IRE-5400BS DRILL #: 93-14 GRID 6 CAS-562 DATE: 10/23/91 1&CAI1QJ,!: +99 RCB Oil CAT 1!ALK W SIDE MO!1ITOR TIME READI!1G MISCELLANEOUS (ACTUAL) ( R/hr ) NOTES TYPE OF MollITOR:

08:00 1.0 E-1 110RMAL AREA ()

J j j PROCESS ()

4  ! j EFPLUENT ()

4 4 1 ACCIDEllT (X) 10:15 1.0 E-1 130RMAL 10:30 3.6 E+3 ALERT I 4 4 3.6 E+3 4 ALARM SETPOINTS:

} 4 4 4 4 4 ALERT: 5.0 E+2 R]hr 4 4 1 1 4 4 HIGH: 5.0 E+3 R/hr 4 4 14:15 3.6 E+3 4 4 MONITOR RANGE:

14:30 2.5 E+3 J

} 9.6 E-2 TO 9.6 E+6 14:45 9.0 E+2 4 15:00 6.0 E+1 ALERT When the monitor is off scale high or low, the reading will remain at the upper or lower level of the instrument range.

PAGE 1 OF 1

RADIATIOll MOllITORS DESCRIPTIO!I TAG ID r/ GRID ID #

POST-LOCA A ARM-IRE-5030S DRILL #1 _21_-14 GRID 2 AAS-025 DATE: 10/23/91 LOCATIQB: +21 RC&_E Wil1G MO!11 TOR TIME READ 111G MISCELIANEOUS (ACTUAL) ( mR/hr ) 140TES TYPE OF MONITOR:

08:00 1.0 E-1 110RMAL AREA (X) 4 4 4 PROCESS ()

1 4 4 EFFLUENT ()

1 4 4 ACCIDENT ()

10:15 1.0 E-1 110RMAL 10:30 2.5 E+3  !!IGH 4

10:45 3.0 E+3 1 ALARM SETPOINTS:

4 4 4 4 4 j ALERT: 5.0 E+0 4-- 4 4 4 4 4 HIGil: 1.O E+2 4 4 4 4 4 4 4 4 4 MONITOR RANGE:

14:45 1.5 E+3 4 4 1.0 E-1 TO 1.0 E+4 15:00 7.O E+2 HIGli When the monitor is off scale high or 1cw, the reading will remain at the upper or lower level of the instrument range.

PAGE 1 OF 1

RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID #

POST-LOCA B ARM-IRE-5029S DRILL #: 91-14 GRID 2 .

AAS-026 DATE: 10/23/91 l I

i LOCATION: +21 RCB W WING l

MONITOR TIME READING MISCELLANEOUS I

( ACTUAL) ( mR/hr ) NOTES TYPE OF MONITOR:

i 08:00 1.0 E-1 NOP. MAL AREA /X) 4 j j- PROCESS ()

j j j EFFLUENT ()

) J-j ACCIDENT () '

10:15 1.0 E-1 NORMAL 10:30 2.5 E+3 HIGH 4

los45 3.O E+3 J ALARM SETPOINTS:

-4 J J J J f ALERT: 5.O E+0

-) j- 4 j j j HIGH: 1.0 E+2 4 4 4 4 4 4 J-- J j MONITOR RANGE:

14:45 1.5 E+3 J J 1.O E-1 TO 1.O E+4 _,,,,_,,,,

15:00 7.0 E+2 HIGH

• When-the monitor is off scale high or low, the t reading will remain at i

the upper or lower level L of the instrument range, l-t.

l PAGE 1 OF 1

_ _ . . - - . . - . ~ - .

RADIATION MONITORS ,

DESCRIPTION TAG ID #/ GRID ID #

POST-LOCA A ARM-IRE-5031S DRILL #: 91-14 GRID 1 AAS-022 DATE: *0/23/91 LOCATION: +46 RCB W WING l MONITOR TIME READI!1G MISCELLANEOUS (ACTUAL) ( mR/hr ) NOTES TYPE OF MONITOR:

08:00 1.0 E-1 NORMAL AREA (X)

J J j PROCESS ()

J J j EFFLUENT ()

} j j ACCIDENT ()

10:15 1.0 E-1 NORMAL 10:30 1.O E+3 HIGH l

10:45 3.0 E+3 4 ALARM SETPOINTS:

J J 4 j j j ALERT: 5.0 E+0 4- l- 4

) J J HIGH: 1,_Q_ E+2 4 4 4 14:30 3.0 E+3 J J MONITOR RANGE:

14:45 2.0 E+3 J J 1.0 E-1 TO 1.0 E+4 15:00 9.0 E+2 HIGH

• Nhen the monitor is off scale high or low, the reading will remain at the upper or lower level of the instrument range.

PAGE 1 OF 1

RADIATION MONITORS DESCRIPTION TAG 1D #/ GRID ID /

CHARGING PUMP AREA ARM-IRE-5017A DRILL #: __91-14 GRID 3 AAA-044 DATE: 10/23/91 LOCATION: -35 RAB MONITOR TIME READING MISCEL'LANEOUS (ACTUAL) ( mR/hr ) NOTES TYPE OF MONITOR:

08:00 1.0 E-1 NORMAL AREA (X) 4 4 j

_---_,4_.__

j PROCESS ()

4 j

EFFLUENT ()

J j ACCIDENT ()

4 4 4 J- 4 4-4 4 4 4 4 4 j j j ALARM SETPOINTS:

4 4 4 13:45 1.O E-1 NORMAL ALERT: 3.O E+0 14:00 6 E+0 ALERT HIGH: 3.0 E+1 4 4 4 4 4 4 j j j MONITOR RANGE:

4 4 4 j j J- 1.0 E-1 TO 1.0 E+4 15:00 6 E+0 ALERT When the monitor is off scale high or low, the reading will remain at the upper or lower level of the instrument range.

PAGE 1 ' 5' I

RADIATION MONITORS DESCRIPTION s TAG ID #/ GRID ID #

LWM FILTER AREA ARM-IRE-5009 DRILL # 91-14 GRID 3 AAA-041 DATE: 10/23/91 LOCATION: NEAR -35 CENTRAL STAIRWELL _

i MO!!ITOR '

TIME READING iSCELLANEOUS (ACTUAL) ( mR/hr ) NOTES TYPE OF MONITOR: ,

08:00 1.0 E-2 NORMAL AREA (X) 4 4 4 PROCESS ()

} } j 1TFLt/ENT ()

4 4 4 - ACC.U ENT ( f 4 4 4 4 4 4 4 4 4 4 4 4-j- 4 4 ALARM SETPOINTS:

4 4 4 13:45 1.O E-2 NORMAL ALERT: 5.O E-1 14:00 2.0 E+0 ALERT HIGH 5.0 E+0 4 4 -4 4 4 4 4 --- - 4 4 MONITOR RANGE:

4 4 4 4 4- 4 1.0 E-2 To 1.0 E+3 15:00 2.0 E+0 ALERT y

• When the monitor is off scale high or low, the reading will remain at the upper or lower level of the instrument range.

PAGE 1 OF 1  ;

-e,..w,, ,-m,-.- .-_.,,..w.~, , . , - .n., .....-_.w., .%,. _...._.v r,.. - , ,..,...,,y.,__& -

..-,,...,w,-,wmy,.,-v ,,.,,y- .,,--,,,w,,-

- - . - - - . - . - - - ~ - . _ . - - - - - . . . . _ . . ~ _ . _ _ - . .

d 4

RADIATION 510!nTORS DESCRIPTIO!l TAG ID #/ GRID ID # j GDT AREA MollITOR ARM-IRE-5023 DRILL #1 .1}-14 GRID 3 ,

AAA-045 DATE: 10/23/91 l

l LOCATIOll: -35 RAD r MollITOR TIME READI!1G MISCELLAllEOUS I (ACTUAL) ( mR/hr .) tJOTES TYPE or M0!iITOR: ,

08:00 1.0 E-2 110RMAL AREA (X)

) j -- j- PROCESS ()

J

- -- j --

J J j

EP."* UEllT ()

1 4 A Cs. delit ()

4 J 4 4 4 J J J J 4 1

) J J ALARM SETPOIliTS:

4 4 i '

13 45 1.0 E-2 140RMAL ALERT: 3.0 E+0 14:00- 7.0 E+0 ALERT HIGll: 3.0 E+1 4 4 4 4 4 1 j 4- ) M ollI T O R R Ali G E :

4 4 4 4 4 j-- 1.0 E-2 TO 1.0 E+3 15:00 j ALERT When the monitor is off scale high or low, the j reading will remain at the upper or lower level of the instrument range.

e PAGE 1 OF 1 l

- . - - ,-. - - . . _ , . . _ . . . . ~ _ . _ . - . _ . . - - . . - _ _ _ . _ . _ . _ - , . . ~ . _ , _ . _ - - . . _ _ . _ _ , , _ , . . - . . . . . , _ - _ _ _ , . . . . _ _ , , . , . . . . . _ ,

RADIATION MON'.' ORS 4

DESCRIPTION TAG ID #/ GRID ID #

WASTE GAS COMP AREA 1.RM-IRE-5022A DRILL # 91-14 GRID 3 AAA-046 DATE: 10 / 2 3 /2 L L,0CATIOll: -35 PisB i

l MONITOR '

TIME READING HISCELLANEOUS (ACTUAL) { mR/hr ) NOTES TYPE OF MONITOR 08:00 1.0 E-2 NORMAL AREA (X)

J j j PROCESS ()  :

J J j EFFLUENT 1)

J j J- ACCIDENT ()

1 -1 1 J 4 -1 4 1 4 4- 4 4  ;

) J J ALARM SETPOINTS (

4 4 J 13:45 1.0 E-2 NORMAL ALERT: 3.0 E+0 14:00 9.0 C+0 ALERT IIIGil: 3.0 E+1

_ . _4 - 4  ;

4 J J

-4 4 4 - -- - MONITOR RANGE:

4 4 4 J- 4 j- 1.0 E-2 TO 1.0 E+3 15:00 9.0 E+0 ALERT l

i When the monitor is off scale high or low, the l reading will remain at the upper or lower level of the instrument range.

x, _

G l

1 PAGE 1 OE 1

, _ . _ ..-,.-,..__.-....,..._.._.r.., _ . , , _ , . , . . . _ _ _ , , . . , . . - . .

,,m,a 6.A r-K- h a 4 A A.LA..H4-4'b4.-- 4 4 - 40AA~hL5 -48 m O n--@ hLS a4Wa n 3 b nu- *M 5 26 6E*&L+ A La LG4Las--Wyn $b1--u-M A A NWA,4 m s K J- om-aA-m.As-, A kAh WM MS shnA-A-+ A M And4 k .

g ea

E

.F..E

, _ L g

Y Y $

1: .c u e "t -

. c* ( +-

't ,[  ; $ 1

• 4*

a. .a... [  :

t 5 1.

m 5r .' F2

. i h e .b h h *r A A$ ;T

-i8" th' C

2. 5 GBt

. : a a .;

5 E l i

1 5

E 9-be

- E 9 e Is y

,p

'a f k 2

E 2

E ., a es  !~ _ # g

-v .:

E 3 $

2 m.

b- 4 N O e '

e? -? " a

-e mm i

(

e '" , .m f

.e

s - e e e c x M

x J e

. _ _ _ . . . _ . . _ _ _ _ . _ . . _____._.-_-..-.._.---___.______.__.m..____-_ _ _ _ _ . _

Oaft- _ Tigg _ t.P& L. RADIATION / CONTAWINATION SURVt"( FORM Hpagg.04 -

R AOLAfl0M suRytYt0 37--

wtTER TYPC- CONTAusMatson

'UN TE D S Y _ 10A TAS d ., '

fPt $*y C e O 7 0 *a' O _cil oue oArt sett.

ntviewro sy-- --

a poeta -

% mwp d PT Wa/800cm3

!Il9lllIll ~ -

_-~

6 *1 >

=

e j l a

E a c'\ aP .1 @ -

8 a -

il ,

8 . o Q i!  !

d o _

3 Eli .

u s 5 251 e y s

irm E

r. " >

k (G D G E

. O E o i so-w * #

0 CD C""3 E E f

E5[i --, O s-i, CC m 0 yp- ,

f JSC RATE RE ADING IN mr/hr AT WAIST LEVEL AT LOCAflON TAKEN

1. CONTAWINATION RESULTS IN 6pm/lOQtm8 INDICAf t & CIRCLE LOCATION

3. CECORD % PowtR LF R&OtAT)0N SURVEY 13 PERFORWED

-- . - , . , _ _ , , _ , . - - . - ,- - _-.-___.c.-

- . . . m _ ,_. - _ _ . . . _

. rDM A i Ad eh*4- eAv4-' J-8AO+-4h.,5 ee--A=eMM,*w-O+ #--E- HAM R 4 44- * + - -

+h4 4 3 4 *W-4=+*e.I,W J 1i%s_ .waa.+a4-h+-m4-weh*4h- mA-me4.

s 3 .

I,, _18 .

u e o g,  ; --

a M

+

~

e e a g' g

M w b.pe ..

- W

. .e s .

.x. a 2 a8

+ 5 8ga

. S ..e - -

13 o l 6 9

. g8 1_ g-

- ~ .

= .m .,

= m* C e' A 4 a' ,

.M.

l 2

I D **

o

?~

$, E W

a -

k g - -

=

De R

6

• • O

• • - >+ am O n g C

+ m O

g E: u., . ,

d$ f

>. s o 5m's - .. N .N -.<, = #. .

. N.

e2 - , e . .

m w

• l 5 l

p N% N = N N e .

d E t -

e e== =v= * = - >

• v.

e D* k O s(

g y 8~..

-o

. ~

o o

= o -

. . ~ g

+ e 8 e

=

~

-- en k h h

= . u c  : a c 4

, , ,w- -.- , ,, - - - , . -c-~4..c .. -,..,_,.,.,_,--,w%--...,m-., -..,m.,--.-a...-,,,y- m.,_,,m-,.~.-..,-,w.. . ,. . ,,. v-..v.-~.,- --_,y

- -.. __ --._. - - - . - .- ----- - - .- _ ~_-. - . . - -

HP-sy.5 '

LP&L R A01 ATION / OCNT AWIN A?t0N $URVCY FORW Mft . M-00"I' hd " C W systvtT10 ST N"

• I D 't 40un ft 0 af ?M as llag

,m "' " " " "

.evim 3.,0,, . O r Oe'O '

e .= v. ... -

.. i.e ,;

i s l s e N "e

l as N- l

. .. s y' w _

ay  % l_. 1 d~

U G # ! 4t h,

,ri i

._J \

!!!!T.?"s L5 m C=n . D g g p v h'"" *$ I i

i . . . . , ,, o i . . , . . . . . i; -

D @ bs;HA44 f

I 2

~

se l m

v ~;, "

1

?

w e R. ~ ./-I u

y.  ;

eg 3 ,

9 l o. 1 1  ; p.i D '.

t rm ' +a l

/ D) j$ I

! I . { E  ;

j y_;t

m. .um -m  ;

l i

g I n . .,i ,... u ., n . ; a .,, ,.n. .,t t < . < . . . . ., . , , .> , n n i

,__ l i

.s ,

y3 m; =

3v i

! E L~ ~1 A

E I

=

,0y 3

k m7 .

i i

i pn . 4s  ::mp::. aces t:.st:.:rt I

h 2,0CNTAamu T10pt RERWkT1 IM s o m/ 800 a m IN0icAf t & C181Ctt (0:4710N 3 R f CCR0 4 P'?wtR tr R A0l& TION $QAVtY !S PC R PCAW ED.

,n _ . , , , , _ . . - m_ , --- . , , , , . . , , , . , . . , .

a- 43 2 4 ---a wa4.4,.w.mm--s'- F4E-,e$-A--.--M+-&h-4J+A-4----JJL*MAJM---e4-JJ"--4M-- m.,~-8u -m ---LJhah. A '-=A-. +mA=--W J edJ- Olh-~.m--h--A ehMhL_m.A. C M a whmAA-4Jh_.*d.4-F 3 i: .

t.

~ $. .e($'

• M 2

m

[ 0 t

s..!. 7 t g , g ,

.. 5 5 1 : '::

8 5 -

$ 2 .2

• I 8s a 6

~*

he u.

h

.: A  ?

_a E ,

I

.E.

O e=

d b

$' 8 I

a 's 1

t E

E 5

p i

• 6 $ A i-y 0 l- -

g a a

s e

a

- g  !

E N g~C; _ s. g e s- 8 a a o

. - . - - e .

t

1 E 8 ~. 8 8 8 8 o

--s - o m m 8 2 % ;9  :  ; a a 4  :  ;  ;

w r 8 - R 0 8 R 8 R 0 8 8 # 2 0  : 3 e i

+

, , ,~-, . . - , . . , e,---,m.,,,.n., ., , - , , , . . . ,,, . , .- - -, -, ,- , , ,- - - ---

HP* W 09 LP8 L RADIATI0tJ / C0fdTAtAltdATIOrd SURVEY FORM OATE _ 7ing _

R ADIA T ION SURVEytD gy ONT AMINATION

=- METER Typt_

,UNTED Of-

,, 0/C TAG fr ska.

r0 aO -r0 oN'O cat out oATc REviEWro gy__

- - - - - - - - - - rt rewrq~ ~

• /n nWP(t PT Ipm/800cmt

- -- p  %

m X N .

N

\

\

\ (GE L_

• } * ' " "

~

1

~ .-_

!!. : g - _ _

O e O -2 C* .,

4 KC' 6U q -..

m E -

Q ef u _

~

8

/

s'.

0

~

t. 00$E RATE REA0lt10 (N me/hr At WA'*

• LEVEL AT LOCA f f0N T AKEtJ

2. CONTAMINAf TON RESULTS IN opm/lOOtm* INDICAT E D Cinct.E LOCAtl0N Util* SS OTHERWISE f40TED

3. RECORD R POWER if RADIATION SURVEY 15 PERFORMED

-. ,- . . - . ~ . . . . . _ . , ..-,_,..._.___.___....._;. . _ . . . - . _-

IklI! I! 'i?kiittpIt i"IiEI  ! lP I[lifft'> Iltpf[55P >l!r

( ef1* i1 t if L i t<

k f

. n o MC t

. i s g e re . n c

. / 2 a id S

S mC M y

tn18" oI

• T id at

. t s

A c /t o t ec ur P

mi v ct sJ ra oh s s 0 e iF /

S S

S i m r a

0 0,

D i t

eg r ge i,t n ee o h m _

A P

4 i r 0 c aot inl c t T

p t

mde f 0 1

0 0

0, A

e s

g5 dml te e aa t n3 e

3

0 u 7 0 n v es t s 8 s 2-4 C

C s

t y er 0 1

r o

ir db y ~ r d t mr b t ei I A < b 2n ag r*

. w /

ec 9

8 5

T A

a s

i s r i r e t

a ees ri p

C o A a W

O L

S C

S t t o

o I v t

i s.

.e ur tm0 a0 enhe S s t n A iD #' Pa S5 Ot 1 2 3. 6 5 6 7 8 t

l u

o P

i m

l O

P t

n i

o P

a f

e D T t N I

a O t P f,

R, T 4

1 f

a O a P t

P s

I T

W l0 P

T

_- N I

_ O P

0 D -

i r 4 N t h 0 U l / 0I1 8 O 0 o 3. #s P

7 T 8' l o s

5 S 4 A T r o D N b m t.

4 J

0 0

. 0 I 2/ O a O _ 0 O - f T 0, I c,

P W 5 2' .

S 1 2 A A 1 D 3 i r W w 0 u h U U 0 0 1 / O a O 0 lO Wm F 0, P F 2

IiI 0,

s s 1 2 a a 1 E

9 0 $ 0 8 0 4 ? 3 0 1 8 0 0 0 T 0 1 5 1

1

' Iii!Ifi ti,-, l1 .i'ii 44:(j41, .

a

lt !4ijii .1I :i: i li! 5 - jIi:4( iI i i-!f q1; 14 4i i<

I  !

• ,)

HH

_ eN O

t ,.

@ O

~

l M. R

• 2p w k-4

@ "9 PA5 +21 POST-ACCIDCE SAMPLE SINK APIA

i !.Ith't $ >,IhL [ .

II(L. If IiIIf !!liI' tf t ikftI!i,I>IFI> fit t' ?I;[( {' Lf A , t t r e t e o e p . i b f t f 0

• a g

1. 0 dll t s 5 i r

de e4 nu se i r1 a

f i ow ob es . t d i el a e n s.

s 3 e t eh e a* e 7e a

dsmi ds nt iast a reri ct r e r -

e S elet e d e , an a t2 f 3 v are g s* . egt i i a 3 4 e rcss S -

E lsetti h1 M not l in n e g *a eipmtun

• e t C ad oi .-

D vnr eot oow n/ h t du r i t o 6 4 C ti F ,tu pt c as p o do a 3 P

6 -

0 1

l it

• n 0a tC -

e ew yo r u

S T

A omdr i 4 u 0 n0 6i0 0 sl 4

n d 0 el eer i t h r rP 1 s t f C

a*

P O t =o 1 m 0, 1 t P

aeF lsr dc at o c t dS L it dns mt0 e0 me ovedae i n nme i1 v

aon rc1 r eh nhh ior it R c* F c* ft t i t t Pf Da ,

t n

i o

P 4

t e

t o

P t

n i

P o

f a ji+

f e

D i t u a lo t

i P G

o -

g p

a f R h t

T R 0 A P t

P W

[

T 4

1 0

i

_ T W

O

_ P n

io at t

_ 6r co i

_ ,ir a

_ mp O o P

_ Rom ps o u

d

_ k r ca t' r c a

ou Mg s h J 3 0 rf e 012/er P

t

• 0 2 4 oa s fS A ae

_ t h at

- D f o t r n

_ d" o s b U ny 1 ? /

0 ee 0 l4 5

a 5

- ue ,

ow P 7 4

- F s

ese a ssi a t 4 I

" t r t e=

se et e g E 0

= 0 0 O ohh ee  ! 8 'a 0 4  : W T 0 E T t t 1 _

9 .jt  : ' ,:

.o

!!P-SM-6 6 RADIATION /CONTAMlflATIOfJ SURVEY RECORD l msrauuans usco '-- --- - - HPS /-/- - - - "~

DATE TNE yypg REACTOR PWR ,1 HP HO. -

SURVCYED DY -~

~ ~ ~ ~

CAL DUE REVIEWED Of l DKCD/DC. _ . /- - /- . _---/--

/

l l

_. /__ .

m J Pr

,n""'A-'??Iw '" '

i

~'

l I e J

. . j l 4 i 5 l

.. 1 7

~ si 3

4 d - ..

4 ~

• 11 a- -

D.

t yy It 4 - -

5 I3 VI C..

Z l4

,J w g in 1 e: to 4

~ s 17 2

o y

'8 7 -'

j --

21

_ 22 l.--

23 l 24 2S (

'n Di Pt HP CCPU/W ft A ','

m .-

_ .B.. I. -

! N -

_.9 4 . . . _ .

3 0 l' _ ~ ~~

vi i

g .E }

1 -

r l N c i i HI . - . . . .._

( l !

RAD -35.00' J l I SAFEGUARD ROOM "A" K I

t. cost aart etAnwes se /w af east L.fm um.us erw& wit morts l Ll

3. Q atretstxrt sont twtans; Q etrant>tt L.Asa d stretstars sa 34asou gocanon s. CONIACT 005t RAtt L ne= tiragsgxT3 mot psaneu.; waan M ne cetuum ctuotts por panneu Y - 00$[ Raft At t FOOT Y

[ 10w40 wirH # AAf1Ct2 ACfhtf? 40ft3 M CcPW/LAS CbW4.

l .-

- - - . ~ . -. .~ . . - . . . - , .

5 t t i e rt

. ese e w -

. ee t w

e m a _

r o eet t ti st ea t e>d i

a f g

p ar e t wd rc ht t 5 n .

d t

s

" nt ae -

r t o cht t id r a . rf r. d i rit a a a ases f u sM i. eo t l i r t od u h e

e r

rt 0 4 f d l a iaf ira nt r h5 5 f

ee1 v e iw fs dt ht a t _

s* . eg auet a a

S a3 sel le t i 17o me n Ch t a e*

rbh ee t se g 2

W vn ecm t

v h seea i ss n *B o 8

6 6

N O

O C l 6 t*

own/t iPt t Di ee.

t h t0 t asl eo e rdp

,r pec ar eu 5i tt n

o nsd a t n 0 0 cr r n rP yP _

=

5 t

A onn iiu n0n os4 0 nuai b C t mo i0 u i e1 4i p i 5 r 0 m 0, t a t m 1 st a C eo

1. iaaF aet e dt t nm df 1

dMs aca t 0 e n0 e d i ti t

ml euivt t leu i o i

v*

r o w&lecs or Co1*t r a3 n i8 R c* #' u p Pf D1

^

t 0 _

F .

f u

l O

P

_ t t

i C

P A

T A

C i L h t

A C O I P G

O L

0, u

a T T

N lC A P L

P 3

1 T

N I

O -

F

_ i w -

_ fC _

P

_ T N

I O

_ P r 0 i w u h U

_ t 2/ O A 0

O er F 0 4

_ P' 2 s .

a D

T r N 4 b U 5 1 1 / O A 7 0

P ec F 9 i s

a E 0 0 M 0 T

I 0

8 1 0 4

I e t

1 4:ii;,!ii '5 4  ;' l}i I!1 y<' i1i 3a'li1' 4gj ,i:  !! ' jji  ! I: . ki b Il iI i, 1:

IIP .!;_tt-r;G n.

RADIATlot1/C0tJTAMINAT10f4 ~SURVEY ~~'~~~

RECORD HPS~' il a jiH51Ri[EbiEU5~ED ~ ~ '^ ~~ ~ ~'

ATC 111AC

' TVPC

, ICR PWR  !! gp go, _ _ _ ___..

.'D ED DY , , , , ,_,,,,,_ , , , _

CAL. DUE -

RCVlChED D1 . . . _ ---. .......- - - . . . . . - - -

BKCD/D.C. -.. __ ,r

_ _ _ _ . . _ ,?_._... --. .. ,i - -.

, 3

- ./.....-

i i

--/ / /g-

, , p, .cru/soa . . . cu2 1

scr A. bwuA UM N '

I 2 t- . _ . . . . . _ .-

J 4

. ~- . . . - - .

6 7

8 C

N ~'

>. 10

<t ~ - . . . ._.-.

tr i LL .

V) 12 b

t- -% t) v1 y n- ,4 I

^ 5 d -

'S N et ie 11 i Z '

j o y IB g

t9 20 21 22 i

23 i

24

. 25

~g U Pi HP CCPM /LAS ct -

x - A 2

!' <g 0 I

H z " 3. .-

C l

5 *2 n b.: 0 s -- --

u; D c.

j . .E s

ok

• 2 r,,,

, 6 '&arita's a'a

• att tec="o- , _

X- COHIACf D05C Raf t

4. 'HP* ttPALSD(T1 H0f P AAfiCLL; baAX N MP COLWWN 0040fts Mof P AAf1C11 Y

Y - Dost nAfC At 1 F00f i f ovup tifM PaAfitu Agtyff mgtn m tt#W/LAs (Own -.

i

, i l

l

.ee..........eeeeee............ee.........................eee.

.....................23O.ct91.*.*.**.*.*.*.*.*.*****.**.**.*.**..*.*.*.*.*.*.*.*.*

e......................... ..... . . .... . . .

4 CON 1. $0t AY PUMP *B" LE AKAGE kWP Wumett 91 1 NP ftCHhlCIAW: CHN

$AMPLt COLLitilot $1 ART DAf t: 23 001 91

$ AMPLE COLLECilDN thD Daft: 23 Oct 91 ffPt OF SAMPLE: LIQUID Alt $ AMPLER hBR: h/A SAMPLt DUAkifiti: 1000.000 UNII$r ML j

$ AMPLE CEDMtiti: 1.0 Liitt Mat. DPit Af DR$ thlfl ALS: Ri$ l tiFICl!WCf FILt bAME: [FF.NLOM11

)

MON!.1De

.... .eeeee. .. it AD.lhG.

...ee... Af......

$AMPLt..f ... lME (U..C.l/ML.).:..h/A

.......... eeeeee... 1 e  !

Atoult! Daft: 23 OCT 91

• fWHM (1332): 2.170 Pit $tt flMI (LIVI): 1000. $tt * $tW$1Tiviffs 5.000 (LAP $tD REAL flME: 1000. $tt * $kAPE PAtAMtitt 20.0%

ELAP$tD LIVI flMt 1000. $tt ,*WBt litRAtlDW8 10.

DtitC104: ADC#1 [GC MP (CE)

• LitRA47: WUCL .LIDMAS CAllB OAft: 23 0C7 91 00:19:48

• ENtuGT 70LitANCt; 1.500tv ttv/CNht: 0.5000713

• M8LF Lift RAflo 8.00 0FF$tts 0.2712857 rtV

• AsukDAhtt LIMlf: 80.00%

e.............................................................

$PCOPT: Fitt CDPl[D 10 $PIC ,H01467 thERGY WINDOW 24.73 10 2000.01 PK If thERGY AttA BtCWD FWHM (H& bht ( (EFT PW (f$/$tC $lth F]I, 1 0 1366.90 12. 5. 0.98 2733.95 2726 14 1.16f 02 55.3 PE At $tARCH COMPLtitD (Rtv 15.4 f) eeeeee ee.....................ee...............................

.................. ..... Nogg .................................

eeeeeee.eee......eeeeeeeeeeeeeeeeee...eee.eeeeeeeeeee....eeeeee THE FOLLDWikG REPDRitt) CONTAlk MDA VALUt$ FOR ll0f 0 Pts kOf IDEWilfl!D. NO If tM $NDULD BE COW $lDittD FOR RELIA $1 FROM THE RCA ifs (A) TWitt ARE MEASURED l&O10Pf5 PRE $ TWT IN THE $AMPLt.

(S) TN! MDA VALUE FDA 2N 65, NW 54 f t 59, C0 60, CD 58, MO 99, Cl 134. C$ 137, CE *141. Cl 144. It $$1+7 UC/CC 04 FD4 1 131 *1t 6 UC/CC.

THE H.P. $UPttVl$0R Ce Mll DillCht! MAY APPROVt REttA$t$

8Al!D DW *A Pilotla LLD WALUES.

S k rur IDtW11t'CAfl0N $YSTEM (REV 1/83)

.? N'A e LINE AtilVlf Y REPORT PAGE 1

..j e M i i_ ,

.f t

. .?

84$(. A

, j, , ,

-4l g i .],,', .

+ w "' .

e 1

m .m _. ._- _ _. _

. .- . . - . . - _ . . -- . ~ . . . . _ _ . - . . . . .... - . . . -.

WUCLIDE 10CNilflCAfl0N SYSTEM (REV 1/83)

UNKNOVN L!ht REPORT PAGE 2 PK IT ENERGY AREA BKGND FWNM CHANNEL LEFT PW CTS / SIC MRR MFF 1 0- 1366.90 - 12, 5. 0.98 2733.95 2726 14 1.16E 02 $5.3 2.85E-03 LINES N01 MEETING

SUMMARY

CRITERIA h0ht l

I l

1

~ . . . . . - _ . . ~ . . . . . . .- - . . - .- - - - - - . . ..--- - .. . . , . ~ . . . .- . . - . - -

L NUCLIDE-10fWilflCAi!ON SYSitM (REV 1/83)

SUMMARY

Of NUCLlDE ACilVITY PAGE 3 TOTAL LINES IN $PECTRUM 1 LINE$ NOT Li$ FED IN LIBRARY 1 IDENilFl[D IN

SUMMARY

REPORT 0 0.00%

+++++++++++++++++++++++++++++++++++++++++++++++++++++,++++++++++++++++++++++

NUCLIDE thtERFERENCE CORRECTION Rfy 01 JAh 87 There are L peat (s) matched to more than one identtfied energy lines, ho nuclidea were deleted f rom report. ,

++ -+++++++++++++++++++++++++++++++++++++++++++++++++..+++,+++++++++++++++++

• .::::::::::'::::::::::::::::::::::: st:::::::::

+:

REVIEWED BY ..................................... o

't REMARKS ................. ...................  ::

• t  :

e:

s i

l..

l l

I

- -- .- .. -. - - - - . _ - _ _ . ~ -

RTYPE WalERFORD 3 $ES

• K2.20 HEALTH PHY$1C$ $Y$1EM

• WHOLE BODY COUNT RESULTS *

.................................................................. ............................e............

DATE: 23 0C1 91 THYR 0!D DETEC10R POS: 20.5000 hAME: SEnt HEIGHT '

12.5000 SSN: 4259410%9 FRDNi TO BACK

• 1.50000 EID: 30228 OPERATOR'S IN!!1AL5 : TRK OEPT: STA ACQUl51710N DATE  : 23 DCT-91 RE ASON FOR COUbit EMERGEkCY INTAKE ELAPSED LIVE TIME  : 600.

• • .*. PEAKS FDUND *****

LOCAiloh Pk IT ENER0Y AREA BKCND FWHM CHANNEL LEFT PW  % ERR LIS.ID THYR 0!D 1 0 336360 988237 162071. 49.83 2 0

42. 77 30 35  !.4 YES THYR 01D 97268 - 278427 45662, 24.18 71.56 64 17 3.2 YES THYR 010 3 0 1115268 173939 28526, 31.17 92.27 81 32 v.4 4

YE5 THYROID 5 504B8 12250 2009 40.D4 161.53 118 79 1.7 YEs THYRotD 5 5 10762 2573 422, 43.48 183.15 118 79 5.6 YES LUNG 1 0 13890 186237 30543. 23.65 583.11 5 77 14 14.2 YES LUNG 2 0 271530 146482 24023. 31.02 603.65 592 34 1.1 YE5 LUhG 3 0 20756 15402 2526. 37.21 672.11 654 32 3.5 YES LuwG 4 0 2945 4908 805, 34.85 696.49 686 22 12.5 YEs tvNG 5 0 2463 1811 297 33.89 876.66 834 76 14.1 YES L 10R$0 1 0 84232 41061 6734 33.32 1114.99 1105 21 1.5 Yts L TORSO 2 0 6542 9012 1478. 42.97 1182.96 1167 32 7.9 YES

..... RESULTS *****

LOCAi!ON NUCLIDE EhERGY hET hCI 1 $1GMA FLAG TYPE %MP08 THYR 0!D I 131 364.48 10000.04 35.91

• SE 7140.24 LUNG MN*54 834.83 < 0.00 LUNG Co 58 SE < 0.00 810.76 < 2.45 SE < 0.08 LUNG CO 60 1173.21 0.71 LUNG -1 131 SE < 0.06 364.48 3323.17 35.90

• SE 118.23 LUNG -Cs 117 o61.65 32.65 1.35 .

SE 1,59 LUNG K-40 1460,81 71.56 10.08 + Qu 0.00 L 10R50 MN 54 B34.83 < 0.58 SC < 0,02 L TORSO C0 58 810.76 < 0.00 L YOR$0 co 60 SE < 0.00 1173.21 < 0.52 SE < 0.04 L TORSO l 131 364.48 959.27 14.02 +

L 700$0 C5 137 SE 34.15 661.65 6.34 0.81 . SE 0.31 FLAG . Detected Activity

• Exceeds Admtntstrative Limit REVIEWID BY:

SIGNATURE DATE l

l

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991

' MET 110DCLOGY AND ASSUMPTIONS USED FOR Cl!EMISTRY DATA CALCULATIONS

1. The plant is operating at 100% power near the end-of core life. DEQ I is high,

2. Doron concentration is assumed to be 130 ppm.

3. Other plant Chemistry parameters are what is expected for cnd of core life and high DEQ I with = 4-leaking fuel pins.

4. At 1030 an RCS lcak occurs which is greater than available charging pump capacity. Fuel / cladding damage (= 55 pins) occurs and RCS inventory ramps up until 1 15 to a level-sufficient to give the offsite dose required by the-State of Louisiana.

5. RCS inventory remains at this level until termination of the drill.

CliEM-1 i

l

.~, . - . .

'3ATERFORD 3 ANNUAL EXERCISE OCTOBER 23, 1991 CHEMISTRY CUE CARD TO: CHEMISTRY PLAYERS CUE CARD NO. ONE FROM: CHEMISTRY CONTROLLER TIME: 0800-1030 Initial SM4PLING TIME SN4PLE ID: Reactor Coolant System Gross Activity X Sample Sire X 7.8 E-3 = Dose Rate @ 1" GAMMA SAMPLE DOSE RATE: uCi/cm(cc) X am(cc) X 7.8 E-3 = (mR/hr)

BETA SAMPLE DOSE RATE: gamma X 1.5 =

(mR/hr) _

BORON (ppm) 110 H2 (cc/Kg) 25 Dis 02 (ppm) <0.001 pH 7.2 Li (ppm) 0.64 Other SPECIFIC ACTIVITY: uCi/gm(cc)

Gross Activity 4.32 __

Br-83 2.14E-2 Te-129 2.84E-2 DEI-131 1.32 Br-84 6.84E 2 Te-131 3.26E-2 Kr-85m 3.22E-2 I-131 9.07E-1 Te-132 1.4BE-1 Kr-85 3.76E-3 I-132 1.10 Mo-99 1.90E-1 Kr-87 4.12E-2 I-133 1.16 Tc-99m 6.10E-1 Kr- 88 1.13E-1 I-134 1.26E_,1_ H-3 1.91 Xe-131m 7.42E-3 I-135 5.60E-1 Na-24 1.90 I Xc-133m 4.44E-2 Rb-88 6.16E-2 Co-58 2.29 Xe-133 2.12 Cs-134 7.19F-1 Co-60 9.96E-2 Xe-135m 3.35E-1 Cs-136 4.28E-1 Ba-140 1.80E-1 Xe-135 5.37E-1 Cs-137 4.86E-1 La-140 1.91E-1 Xc-137 1.49 Cs-138 7 . 5 4.E- 1 Xc-138 1.48 __

COMMENTS: Start of drill high DEQ I , 1.2 uCi/gm : 0.11% Failed Fuel.

CHEM-2

WATERFORD 3 ANNUAL EXERCISE OCTOBER 23, 1991 CHEMISTRY CUE CARD TO: CHEMISTRY PLAYERS CUE CARD NO. TWO

-FROM: CHEMISTRY CONTROLLER- TIME: 1030 Initial SAMPLING TIME SAMPLE ID: Reactor Coolant System Gross Activity X Sample Size X 7.8 E-3 = Dose Rate 0.1" GAMMA SAMPLE DOSE RATE: uCi/gm(cc) X gm(cc) X 7.8 E-3 = (mR/hr)

EETA SAMPLE DOSE RATE: camma X 1.5 =

(mR/hr)

BORON (ppm) 110* H2 (cc/Kg) 25 Dis 0; (ppm) <0.001 pH 7.2 Li (ppm) 0.64 Other _

SPECIFIC ACTIVITY: uCi/gm(cc)

Gross Activity 52.97 Br-83 J.262 Te-129 0.348 DEI-131 136.5 Br-84 0.837 Te-131 0.399 Kr-85m 42.6 I-131 82.1 Te-132 1.82 Kr-85 0.934 I-132 62.5 Mo-99 0.332 Kr-87 79.6 I-133 154 Tc-99m 0.747 Kr-88 116.2 I-134 36.8 H-3 9.54 Xe-131m 0.665 I-135 117.6 Na-?) -3.34 Xe-133m 3.99 Rb-8B 0.756 Co-58 3.86 Xe-133 192.-5 Cs-134 8.81 Co-60 0.174 Xe-135m 58.68 Cs-136 5.24 Ba-140 1.03 Xe-135 49 Cs-137 5.95 La-140 2.34 Xe-137- 193.4 Cs-13P 9.27 Xe-138 192.7 COMMENTS: Pressuriner Relief Valve stuck open, LOCA - Reactor Trip.

• Boron will depend or. boration and simulator data - lithium and pH will vary accordin21y.

CHEM-3

WATERFORD 3 ANNUAL EXERCISE OCTOBER 23, 1991 CHEMISTRY CUE CARD TO: CHEMISTRY PLAYERS CUE CARD NO. THREE FROM: CHEMISTRY CONTROLLER TIME: 1100 Initial SAMPLING TIME _

SAMPLE ID: Reactor Coolant System Gross Activity X Sample Si::e X 7.8 E-3 = Dose Rate @ 1" GAMMA SAMPLE DOSE RATE: uCi/cm(cc) X am(cc) X 7.8 E-3 = (mR/hr, BETA SAMPLE DOSE RATE: camma X 1.5 =

(mR/h_rj, BORON lppm)

• _ H2 (cc/Kg) 15 Dis 02 (ppm) p.00. pH

• Li (ppm)

• Other SPECIFIC ACTIVITY: uCi/gm(cc)

Gross Activity 66.2 Br-83 0.52 Te-129 0.696 del-131 170.6 Br-84 1.68 Te-131 0.798 Kr-85m 53.2 I-131 164 Te-132 3.12 Kr-85 1.17 I-132 125 Mo-99 0.664 Kr-87 99.9 I-133 309 _

Tc-99m 1.49 Kr-88 145.8 I-134 73.5 H-3 19.1 Xe-131m 0.833 I-135 235 Na-24 6.68 Xe-133m 4.97 Rb-88 1.51 Co-58 7.69 Xc-133 241.2 Cs-134 _17.6 Co-60 0.348 Xe-135m 73.2 Cs-136 10.5 Ba-140 4.41 Xe-135 61.3 Cs-137 11.9 La-140 4.68 Xe-137 242 Cs-138 18.4 Xc-138 241.0 COMMENTS:

• Boron, Li & pH will vary dependent upon boration-check simulator data.

CHEM-4

i WATERFORD 3 ANNUAL EXERCISE OCTOLER 23, 1991 CHEMISTRY CUE C/.RD i

TO: CHEMISTRY PLAYERS CUE CARD NO. FOUR FROM: CHEMISTRY CONTROLLER TIME: 1130 Initial SAMPLING TIME SAMPLE ID: Reactor Coolant System Gross Activity X Sample Si::e X 7.8 E-3 = Dose Rate @ 1" GAMMA SAMPLE DOSE RATE: uCi/gm(cc) X crm(cc) X 7.8 E-3 = (mR/hr)

BETA SAMPLE DOSE RATE: gamma X 1.5 =_ (mR/hr)

BORON (ppm)

• H2 (cc/Kg) 23

• _ Dis 02 (ppm) 0.010 pH Li (ppm)

• Other SPECIFIC ACTIVITY: uC1/gm(cc)

Gross Activity 79.4 Br-83 0.522 Te-129 0.697 DEI-131 204.7 Br-84 1.68 Te-131 0.798 Kr-85m 64 I-131 164 Te-132 3.63 Kr-85 1.4 I-132 125 Mo-39 _0.83 Kr-87 119.6 I-133 309 Tc-99m 1.49 Kr-88 175.2 I-134 735 H-3 19.1 Xe-131m 1.00 1-135 235.2 Na-24 6.68 Xc-133m 5.98 Rb-88 1.51 Co-58 7.69 Xc-133 289.3 Cs-134 17.6 Co-60 0.435 Xc-135m 87.9 Cs-136 10.5 Ba-140 4.41 Xc-135 73.5 Cs-137 13.9 La-140 _4.68 Xc-137 289.4 Cs-138 18.4 Xe-138 289.1 COMMENTS:

• Dependent upon simulator boration data.

CHFM-5

- . ... ~ . . - . . _ ~ . . . . - . . . - . . - . . . . .

WATERFORD 3' ANNUAL EXERCISE OCTOBER 23, 1991

-Cl!EMISTRY CUE CARD To: Cl!EMISTRY PLAYERS CUE CARD NO. FIVE FROM: CHEMISTRY CONTROLLER TIME: 1200 Initial SAMPLING TIME SAMPLE ID: Reactor Coolant System Gross Activity X Sample Si::e X 7.8 E-3 = Dose Rate @ 1" GAMMA SAMPLE DOSE RATE: uC1/gm(cc) X gm(cr) X 7.8 E-3 =

(mR/hr)

BETA SAMPLE DOSE. RATE: gamma X 1.5 =

(mR/hr)

BORON (ppm)

• H2 (cc/Kg) 21 _ Dis 02 (ppm) O.012 pH

• Li (ppm) __ Other SPECIFIC ACTIVITY: uCi/gm(cc)

Gross Activity 92.71 Br-83 0.459 Te-129 0.761 DEI-131 238.8 Br-84 1.47 Te-131 0.B75 Kr-85m 74.6 I-131 143.6 Te-132 3.18 Kr-85 -163.7 I-132 109.3 Mo-99 J . 81 Kr-87 139.65 _ I-133 270.1 Tc-99m 1.31 Kr-88 204.3' I-134 64.3 H-3 19.1 _

Xe-131m 1.16 I-135 205.3 Na-24 7.31 Xc-133m 6.98 Rb-88 1.32 Co-58 6.73 Xe-133 337.6 Cs-134 15.4 Co-60 0.305 Xe-135m 102.7- Cs-136 9.19 Ba-140 3.85 Xe-135 85.8 Cs-137 10.4 _ La-140 4.09 Xe-137 338.6 Cs-138 15.4 Xe-138 337.1 LCOMMENTS:

• Dependent upon simulator boration data.

J t

CHEM-6

. - - - . . . . . . . - ~ .. . - . - - .

---.~ - . . . - . - _ - - - . -

WATERFORD 3 ANNUAL EXERCISE OCTOBER 23, 1991

-CHEMISTRY CUE CARD TO: CHEMISTRY PLAYERS CUE CARD NO. SIX FROM: CHEMISTRY CONTROLLER TIME: 1245 Initial SAMPLING TIME SAMPLE ID: Reactor Coolant System Gross Activity X Sample Size X 7.8 E-3 = Dose Rate @-1" GAMMA SAMPLE DOSE RATE: uCi/cmtcc) X cm(cc) X 7.8 E-3 = (mR/hr)-

BETA SAMPLE DOSE RATE: gamma X 1.5 = (mR/hr)

BORON-(ppm)

• H2 (cc/Kg) 20 Dis 02 (ppm) O.015 pH

• Li (ppm)

• Other SPECIFIC ACTIVITY: uCi/gm(cc)

Gross Activity 104.5 Br-83 0.522 Te-129 0.697 DEI-131 272.93 Br-84 1.68 Te-131 0.798 Kr-85m 85.04- I-131 164.2- Te-132 36.4 Kr-85 1.87 I-132 J25 Mo-99 6.64 Kr-87 1.36 I-133 308.7 Tc-99m 1.49 Kr-88 233.3 I-134 73.5 H-3 19.1~

-Xe-131m 1.33 .

I-135 235 Na-24 6.68 Xe-133m 7.96 Rb-88 1.16 Co-58 7.60 Xe-133 385.9 Cs-134 17.6 Co-60 0.348 Xe-135m 11.77 Cs-136 10.5 Ba-140 4.41 Xc-135 98.12 Cs-137 11.9 La-140 4.68

( Xe-137 385.9 Cs-138 -18.4 Xe-138 383.8 l

l COMMFfTS:

• Dependent upon simulator boration data.

l:

CHEM-7 i

- . _-.- , .. ~ -. - - _ _ . . - - . .. . - - . . - . .---. . . . - .

WATERFORD 3'SES ANNUAL EXERCISE OCTOBER 23, 19 '

METEORLOGICAL SCENARIO OUT (NE AND DATA

'The meteorological scenario selected for the Waterford 3 SES 1991 Annual Exercise has been prepared to meet the overall objectives of the exercise.

The meteorological scenario assumes that late summer weather patterns are dominant - winds from the south at widely variable speeds. In addition, temperature inversion (i.e., increasing ,

thermal gradient with height) is prevalent at this time of year.

The choice cf weather conditions is consistent with this pattern; moderately stable and very stable dispersion categories of F and G were chosen with wind speeds of 4-8 miles per hour. The wind is from the south (= 180 degrees). The choice of this meteorology provides for measurable levels of radiation downwind.

The meteorological data presented in this section includes:

1) Simulated general forecasts from the National Weather Service and

2) Simulated computer printouts from the plant's meteorological system at 15 minute intervals.

1 l

l l

MET-1 l

WATERFORD 3-SES ANNUAL EXERCISE OCTOBER 23 i 1991 (fr l

SIMULATED WEATHER TORECASTS

.PROVIDED BY THE NATIONAL WEATHER' SERVICE l

l.

l:

d MET-2 l: _

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 Simulated Forecast Provided By The National Weather Service for Wednesday, October 23, 1991 TIME: 0800 - 1600 The extended forecast for the New Orleans _ area and southeast '

-Louibianu is as follows:

For Wednesday, October 23, 1991, morning lows are in the middle to upper 50's; afternoon highs will be in the mid to upper 70's.

Chances fo:- rain are less than 101, increasing to 20% in the afternoon.

from the south, Skies are clear, with winds up to 10 miles per hour i

V MET-3

WATERFORD 3 SES Allif0AL EXERCISE OCTOBER 23, 991 3

SIMULATED COMPUTER PRIl1 TOUTS '

OF METEOROLOGICAL DATA MET-4

, - . . . . . . ~. . - ... - - _ , - - - - - - - . - . _ _ - . _ - . ~ . . . . . .

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 0800 PRIMARY UPPER LEVEL WIND DIRECTION 176.DEG -

PRIMARY UPPER: LEVEL WIND SPEED 2 M/S

- DELTA-T REDUNDANT 1.8 DEG 0 PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACR-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 2 M/S-BACK-UP LOWER LEVEL WIND SPEED 2.2.M/S PRIMARY DELTA-T 1.9 DEG C BACK-UP DELTA-T 3.8 DEG C PRECIPITATION O INCH

- PRIMARY LOWER LEVEL SIGMA THETA- 3.9 DEC BACK-UP LOWER LEVEL SIGMA THETA 4.4 DEG TEMPERATURE 13.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.5 DEG WIND SPEED IN MILES PER HOUR 4.47 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

l 4-6 MET-5 i

. , . . . . _ , . . , . , , - _ _ ~=

l I

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23i 1991 l SIMULATED METEOROLOGICAL OUTPUT 0815 PRIMARY UPPER LEVEL WIND DIRECTION 176 DEG

. PRIMARY UPPER LEVEL WIND SPEED 2 M/S DELTA-T REDUNDANT 1.8 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY. LOWER LEVEL WIND SPEED 2 M/S BACK-UP LOWER LEVEL WIND SPEED 2.1 M/S ,

PRIMARY DELTA-T 1.9 DEG C BACK-UP DELTA-T 1.8 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA TifETA 3.9 DEG BACK-UP LOWER LEVEL SIGMA THETA 4.4 DEG TEMPERATURE 13.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.5 DSG

- WIND SPEED IN MILES PER HOUR 4.47 MPH

- MARMOND provides wind speeds in miles por hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

t MET-6

J WATERFORD 3 SES ANNUAL EXERCISE

, OCTOBER 23, 1991 r

SIMULATED METEOROLOGICAL OUTPUT 0830 1

. PRIMARY UPPER LEVEL WIND DIRECTION 176 DEG PRIMARY UPPER LEVEL WIND SPEED 2 M/S DELTA-T REDUNDANT 1.8 DEG C i-PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG l PRIMARY LOWER. LEVEL WIND SPEED

BACK-UP I,0WER LEVEL WIND SPEED 2 M/S PRIMARY DELTA-T 2.1 M/S 1.9 DEG C

-BACK-UP DELTA-T 1.8 DEG C

PRECIPITATION O INCH

+

PRIMARY LOWER LEVEL SIGMA THETA 3.9 DEG BACK-UP. LOWER LEVEL SIGMA THETA 4.4 DEG

. TEMPERATURE 13.5 DEG C j: PRIMARY UPPER LEVEL SIGMA THETA 4.5 DEG WIND SPEED IN MILi'; FER HOUR 4.47 MPH i

f MARMOND provides wind spes.'.c in miles per hour.

The Meters Per Second wind speed shall be provided only if

j. MARMOND is not operational, i

J.

MET-7

w. , ._. . _ - -

~

WATERFORD 3_SES. ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 0845 PRIMARY UPPER LEVEL WIND DIRECTION 176 DEG-

PRIMARY UPPER LEVEL WIND SPEED 2 M/S DELTA-T REDUNDANT 1.8 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP-LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 2 M/S BACK-UP LOWER LEVEL WIND SPEED 2.1 M/S PRIMARY DELTA-T 1.9 DEG C BACK-UP DELTA-T 1.8 DEG C PRECIPITATION O INCF PRIMARY LOWER LEVEL SIGMA THETA 3.9 DEG.

BACK-UP LOWER LEVEL SIGMA THETA 4.4 DEG TEMPERATURE- 13.5 DEG C .

PRIMARY _ UPPER LEVEL SIGMA THETA 4.5 DEG ,

WIND SPEED IN MILES PER HOUR 4.47 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second-wind speed shall be provided only if MARMOND-is not operational.

MET-8

a WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1992 SIMULATED METEOROLOGICAL OUTPUT 0900 PRIF.ARY UPPER LEVEL WIND DIRECTION 176 DEG PRIMARY UPPER LEVEL WIND SPEED 2 M/S DELTA-T REDUNDANT- 1.8 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 2 M/S BACK-UP LOWER LEVEL WIND SPEED 2.1_M/S PRIMARY DELTA-T 1.9 DEG C

-BACK-UP DELTA-T 1.8 DEG C PRECIPITATION _ .

O INCH PRIMARY LOWER LEVEL SIGMA THETA *

.i.9 DEG BACK-UP. LOWER LEVEL SIGMA THETA 4.4-DEG TEMPERATURE 13.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.5 DEG WIND SPEED IN MILES PER HOUR 4.47 MPH MAPMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed-shall be provided only if MARMOND is'not opert.tional.

MET-9

i WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 0915 PRIMARY UPPER LEVEL WIND DIRECTION 176 DEG PRIMARY UPPER LEVEL WIND SPEED 2 M/S DELTA-T REDUNDANT 1.8 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 2 M/S LACK-UP LOWER LEVEL WIND SPEED 2.1 M/S PRIMARY DELTA-T 1.9 DEG C BACK-UP DELTA-T 1.8 DEG C PRECIPITATION O INCL!

PRIMARY LOWER LEVEL SIGMA THETA 3.9 DEG BACK-UP' LOWER LEVEL SIGMA THETA 4.4 DEG TEMPERATURE 13.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.5 DEG WIND SPEED IN MILES PER HOUR 4.47 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not coerational.

a l

i .-

MET-1C

. . - - - . . - . . - . - . - - _ . - . - . ~ = . . - . . . . - - . . - . ~ . - . - ~ - .-

WATERFORD 3 SES ANNUAL EXERCISE-OCTOBER- 23,'1991

-SIMULATED METEOROLOGICAL OUTPUT 0930 PRIMARY' UPPER LEVEL WIND DIRECTION 176 DEG PRIMARY UPPER LEVEL WIND SPEED ~2 M/S DELTA-T REDUNDANT 1.8 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 2 M/S ,

BACK-UP LOWER LEVEL WIND SPEED 2.1 M/S l PRIMARY DELTA-T 1.9 DEG C '

BACK-UP DELTA-T 1.8 DEG C PRECIPITATION O INCil PRIMARY LOWER LEVEL SIGMA TilETA 3.9 DEG BACK-UP LOWER LEVEL SIGMA THETA 4.4 DEG TEMPERATURE 13.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.5 DEG

. WIND SPEED IN MILES PER HOUR 4.47 MPH MARMOND provides wind speeds in miles per hcur.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

MET-11 i

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 0945 PRIMARY UPPER LEVEL WINC DIRECTION 176 DEG PRIMARY UPPER LEVEL WIND SPEED 2 M/S DELTA-T REDUllDANT 1.8 DEG C PRIMARY LCriER LEVEL WIND DIRECTION 180 DEG BACK-l'P LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LE'!EL WIND SPEED 2 M/S BACK-UP LOWER LEVEL WIND SPEED 2.1 M/S PRIMARY DELTA-T 1.9 DEG C BACK-UP DELTA-T 1.8 DEG C PRECIPITATION O IliCli PRIMARY LOWER LEVEL SIGMA THETA 3.9 DEG BACK-UP LOWER LEVEL SIGMA Tl! ETA 4.4 DEG TEMPEPATURE 13.5 DEG C

$ PRIMARY UPPER LEVEL SIGMA TllETA 4.5 DEG WIND SPEED IN MILES PER llOUR 4.47 MPH i

MARMOND provides wind speeds in miles por hour.

The Motors Per Second wind speed shall be provided only if MARMOND is not operational.

MET-12

- . .. . - .,_. ,.__ - ~ - - . . - - - . -. - -- - . - . . . - - . .

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1000 PRIMARY UPPER LEVEL WIND DIRECTION 176 DEG PRIMARY UPPER LEVEL WIND SPEED 2 M/S DELTA-T REDUNDANT 1.8 DEG=C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 2 M/S BACK-UP LOWER LEVEL WIND SPEED 2.1 M/S PRIMARY DELTA-T 1.9 DEG C BACK-UP DELTA-T 1.8 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA THETA 3.9 DEG BACK-UP LOWER LEVEL SIGMA THETA 4.4 DEG TEMPERATURE 13.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.5 DEG WIND SPEED IN MILES PER HOJR 4.47 MPH ,

MARMOND provides wind speeds in miles per hour.

The Metors Per Second. wind speed shall be provided only if MARMOND'is not operational.

i i

i MET-13 l

I c y m

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1C15

' PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEC C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER. LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S BACK-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T 2.1 DEG C PRECIPITATION .0 INCH PRIMARY LOWER LEVEL. SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH MARh0ND provides wind speeds in miles per hour.

The Meters Per Second' wind speed shall be provided only if MARMOND is not operational.

l MET-14

.UJ y

n p'i p&*s V' IMAGE EV ALU ATION #,. .6, O ,

///g'[

\\/// [

( :I # TEST TARGET (MT-3) fa, y,,,

q> /Q / ,@ji~

+ 4, i.o em u tu n n I If; '"

l1 $C

=

hhb

i l.25 1.4 1,_1.6 4 150mm >

4- -

6" >

w>w  %

+

+ /Ao eygs,y%;

w q/4 v y, og, ,,/// e ,,

,v, A 1

%,t

(.

L

-______________._______________hMy____

. a4.,. .

..,.,...,..G,.._,

$:O'% $'kn% kg(O s 4

• .9* IMAGE EVALUATION /,/'///  % .%

0 j

%'[.Fkhd* TEST TARGET (MT-3) /,$i(g n%

hb p, LQ

'Wq hf*' Qfte 1.0 $0 R

m I31 !!j!i2.2 b [3 '*

b IM ('12 1.1 1 l I.8 i sm I.25 1.4 l = i.6

.=,

4 150mm >

4 6" >

A,%  %

+ /A+ +

4>;,gy ,, %,; ,

- - sp>

3+ff

, 'D v f Ae ThL j '].,1,

.,'M Qt? gtQ 0)/,, ).

r l ,

E, s.,

" 'e., ,

s.

• _ _

> --j .

,=

WATERFORD 3 SES ANNUAL EXERCISE-OCTOBER ~2:. 1991 SIMULATED METEOROLOGICAL OUTPUT 1030 i

-PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRTMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT- 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED-BACK-UP LOWER LEVEL WIND SPEED 3.58 M/S ,

PRIMARY DELTA-T 3.4 M/S ,

2.2 DEG C '

-BACK-UP DELTA-T 2.1 DEG C PROCIPITATION O INCH

PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG

BACF.-UP LOWER LEVEL SIGMA THETA 5.2 DEG

'I EMP ERATURE 15.5 DEG C

. PRIMARY UPPER. LEVEL SIGMA THETA 4.9 DEG

+

.KZF9 E?EED-IN MILES PER HOUR 8.0 MPH .

.%RMCND provides ' wind speeds in miles por hour.

Tl'.e Meters.Per Second= Wind speed'shall be provided only if

.MAAMOND is not operational, t

4 MET-15

., an; w-u, - ~ - , -+

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1045 PRIMARY UPPER LEVEL WIND DIRECTION 168 DEG PRIMARY UPPEF LEVEL WIND SPEED 3.6 M/S DELTA-T REDUt) ANT 2.1 DEG C PRIMARY LOWEI. LEVEL WIND DIRECTION 180 DEG BACK-UP LOWEI LEVEL WIND DIRECTION 176 DEG PRIMARY - LOWER I TVEL WIND SPEED 3.58 M/S BACK-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T  ?.1 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA TMETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG

, WIND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per-Second wind speed shall be previded only if if MARMOND is not operational.

MET-16

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1100 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL VIND SPEED 3.58 M/S BACK-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T 2.1 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

MET-17 J

WATERTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1115 PRIMARY UPPER LEVEL WIND DIRECTT.ON 188 DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S BACK-UP LOWER LEVEL WIND SPEED  ?.4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T 2.1 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA THEIA 4.8 DEG BACE-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if

" GMOND is not operational.

MET-18

I WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1130 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S BACK-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTh-T 2.2 DEG C BACK-UP DELTA-T 2.1 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG

'1IND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational. 4 MET-19

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1145 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED 3,6 M/S DELTA-T RI:DUNDANT 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTIOM 176 DEG PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S BACK-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T 2.1 DOG C PRECIPITATION 0 INCH PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE g 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour.

The-Meters Per Second wind speed shall be provided only if MARMOND is not operational.

C i

1 MET-20 I

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1200 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEG C PLIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WI.4D DIRFCTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S BACK-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T DACK-UP DELTA-T 2.2 DEG C PRECIPITATION 2.1 DEG C O INCH 1

' PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACE-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HO'JF 6.0 MPH MARMOND provides wind speeds in riles per hcur.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

MET-21

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1215 PRIMARY UPPER LEVEL WIND DIRECTION 188'DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1-DEG C -)

PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG  !

BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG 4 PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S l BACK-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T 2.1 DEG C PRECIPITATION O INCH '

PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C .

PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH-MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

l l

L ,

l' MET-22 L _ __ _ __ ___ _ -_ - - ~-

l WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1230 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S BACK-UP LOWER LEVEL WIND SPEED 3 4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T 2.1 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG N

WIND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

MET-23

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1245 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG FRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S BACK-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T 2.1 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGitA THETA 4.9 DEG WIND SPEED IN MILE PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

MET-24

-- . . - -. - . . __- - .. . . . . ...-. .- - _ - . _ - . ~ - ~ ..~ . . - - ~ . . - ~ . .. - ~ - -

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23,.1991 SIMULATED METEOROLOGICAL OUTPUT 1300 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED DELTA-T REDUNDANT 3.6 M/S 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP. LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED BACK-UP LOWER LEVEL WIND SPEED 3.58 M/S PRIMARY DELTA-T 3.4 M/S BACK-UP DELTA-T 2.2 DEG C PRECIPITATION 2.1 DEG C O INCH

- PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMA.RY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH ,

MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if-MARMOND is not operational.

MET-25

-,e+ - - ., , .... .wr e -, . ,.,n.. + <-m . - , - - ~ , - ,~~..rn, <. -~<r- , y

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 195c SIMULATED METEOROLOGICAL OUTPUT 1315 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEC C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL VIND SPEED 3.58 M/S BACK-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T 2.1 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THET-\ 5.2 DEG TEMPERATURE 15,5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational, f

' MET-26

b WATERFORD 3 SES ANNUAL EXERCISE '

OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT [,

1330' r

PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND-SPEED DELTA-T REDUNDANT 3.6 M/S 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG

-BACK-UP LOWER LEVEL WIND-DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED BACK-UP LOWER LEVEL WIND SPEED 3.58 M/S PRIMARY DELTA-T 3.4 M/S BACK-UP DELTA-T-- 2.2-DEG C PRECIPITATION 2.1 DEG C O INCH PRIMARY LOWER-LEVEL SIGMA THETA 4.8 DEG '

BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG-C-PRIMARY. UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provifies wind speeds in miles per hour.

--The Meters Per Secer.d wind speed shall be provided only if MARMOND is not'operationsl.  !

~

l.

l y

[

MET-27

I WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23,.1991--

SIMULATED' METEOROLOGICAL OUTPUT E

1345 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG

- PRIMARY UPPER. LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG i PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S  !

BACK-UP LOWER LEVEL WIND SPEED 3.4 M/S '

PRIMARY DELTA-T 2.2 DEG C  !

BACK-UP DELTA-T 2.1 DEG C PRECIPITATION i O INCH )

- PRIMARY LOWER' LEVEL SIGMA THETA 4.8 DEG BACK-UP-LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C-PRIMARY UPPER-LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES-PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour. '

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

I MET-28

l.

WATERFORD 3 SES ANNUAL EXERCISE CCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1400 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S BACK-11P LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T 2.1 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provides wind speeds in niles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

MET-29

WATT.RPORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 SIMULATED METEOROLOGICAL OUTPUT 1415 PRIMARY UPPER LEVEL WIND DIRECTION *88 DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDANT 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S BACE-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T 2.2 DEG C BACK-UP DELTA-T 2.1 DEG C PRECIPITATION O INCH PRIMARY LOWER LEVEL SIGMA THETA 4,8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not operational.

4 MET-30 1

__ . _ _ _ . _ - . . . . _ . _ _ _ _. . . _ _ _ _ _ _ _ _ . ..__~ . _ . - . - _ _ _ _ . _ , . _ . _ . . _ . _ _ _ . _

l

)' ' WATERFORD 3~SES ANNUAL EXERCISE

-OCTOBER-23, 1991 p

l' SIMULATED METEOROLOGICAL OUTPUT i.

1430 i

F-PRIMARY UPPER LEVEL WIND DIRECTION 18B DEG-

[. PRIMARY UPPER LEVEL WIND SPEED DELTA-T REPUNDANT 3.6 M/S

!' 2.1 DEG C 4

PRIMARY LOWER LEVEL WIND DIRECTION 180 DEG- ,

BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG

!! PRIMARY LOWER LEVEL WIND SPEED BACK-UP LOWER _ LEVEL WIND SPEED 3.58 M/S 3.4 M/S PRIMARY DELTA-T I BACK-UP DELTA-T 2.2 DEG C PRECIPITATIch 2.1 DEG C t

0 INCH-PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG j

BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C

~

PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG l WIND SPEED IN MILES PER HOUR 8.0 MPH i MARMOND provides wind speeds in miles per hour.

The Meters Per.Second wind speed shall be provided only if MARMOND is not operational.

d A

t S

I h

l F

MET-31

~g .y , , - , y- ,r, -- - , -

WATERFORD 3 SES ANNilAL EXERCISI CCTOBER 23, 1993 SIMULATED METEOROLOGICAL OUTPUT 1445 i

PRIMARY UPPER LEVEL WI!JD DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED 3.6 M/S DELTA-T REDUNDAllT 2.1 DEG C PRIMARY LOWER LEVEL WIND DIRECTICH 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION 176 DEG PRIMARY LOWER LEVEL WIND SPEED J.58 M/S BACR-UP LOWER LEVEL WIND SPEED 3.4 M/S PRIMARY DELTA-T BACR-UP DELTA-T 2.2 DEG C PRECIPITATION 2.1 DEG C O I !CH PRIMARY LOWER LEVEL SIGMA THETA 4.8 DEG BACK-UP LOWER LEVEL SIGMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN MILES PER HOUR 8.0 MPH MARMOND provides wind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if MARMOND is not cperational.

MET-32

_ _ _ - - - - - ~ ^ - ~ " ~ ' - '- ^^^^^ _______-_-_ -_-__--- --- - - - - - -

~

B WATERFORD 3 SES ANNUAL EXERCZSE OCTOBER 23, 1991 ,

SIMULATED METEOROLOGICAL OUTPUT 1500 PRIMARY UPPER LEVEL WIND DIRECTION 188 DEG PRIMARY UPPER LEVEL WIND SPEED DELTA-T REDUNDANT .G M/S 2.1 DEG C PRIMARY-LOWER LEVEL WIND DIRECTION 180 DEG BACK-UP LOWER LEVEL WIND DIRECTION -176 DEG PRIMARY LOWER LEVEL WIND SPEED 3.58 M/S SACK-UP LOWER LEVEL WIND SPEED PRIMARY DELTA-T 3.4 M/S BACK-UP DELTA-T 2.2 DEG C PRECIPITATION 2.1 DEG C 0 INCll PRIMARY LOWER-LEVEL SIGMA THETA 4.8 DEG

-BACK-UP LOWER-LEVEL SICMA THETA 5.2 DEG TEMPERATURE 15.5 DEG C PRIMARY UPPER LEVEL SIGMA THETA 4.9 DEG WIND SPEED IN-MILES PER HOUR 8.0 MPH MARMOND provides vind speeds in miles per hour.

The Meters Per Second wind speed shall be provided only if-MARMOND is not operational.

1 MET-33

f. e ._ ._

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 METHODOLOGY AND ASSUMPTIONS USED FOR THE DEVELOPMENT OF THE DOSE ASSESSMENT MODEL The following assumptions have been used for the calculation of the Onsite, Nearsite, and Offsite data provided in this package:

The prevailing wind is assumed to be blowing from approximately 180 degrees at 4.5-8 miles per hour. This meteorology was chosen to insure ~ adequate offsite doses at 2 miles such that the total child thyroid dose for two hours exceeds 25 rem. The atmospheric +

stability class initially is Class F, but changes to Class G before the of remainder containment the day. release and will remain at Class G the The in-service Gas Decay Tank will inadvertently discharge at the beginning of the Exercise causing the Plant Stack radiation-monitors to go into hign alarm. Because the Gascous Waste Management radiation monitor is~out of service, the release will not be automatically terminated. In addition, the operator's attempts to secure the release will not be immediately successful. Health Physics will sample the stack and confirm using isotopic analysis of the release that ten times Technical Specification limits are exceeded, thereby warranting the ALERT declaration. Dose Assessment performed with the Nomogram by Control Room personnel vill verify that activity is not sufficient to peet the criteria to declare a SITE AREA EMERGENCY.

Assuming that the plume touches down 800 feet downwind, onsite and nearsite. dose rate data will confirm there is no significant offsite release.

At.1030, a Pressurizer surge line rupture ovent produces a LOCA.

The reactor trips, Safety Injection, Emergency.Feedwater, Main Steam Isolation;and containment Isolation signals are initiated.

The. Emergency coordinator will declare 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)". Pressure slowly rises in Containment due to Containment Spray Pump "A" failing to start. When Containment Spray Pump "A" is repaired, Containment Spray "B"

will seize up to insure containment pressure continues to rise.

At 12:30, a containment penetration radioactivity into the annulus.

fails, releasing As annulus pressure increases, the Shield Building Venti?ation System will cycle between recirculation and exhaust to control the annulus at a negative pressure.

Plant Stack.This results in a release to the atmospherc via the ONSITE - 1

WATERFORD 3 SES ANNUAL EXERCESE OCTOBER 23, 1991 Fuel failure of 0.11% is an initial condition of the exercise with Dose Equivalent Iodine higher than Technical Specification limits (1.32 uCi/g). After the LOCA and subsequent reactor trip, RCS Chemistry will ramp up in order to discharge enough core inventory into containment so that the release causes the child thyroid dose at two miles to be greater than 25 rem. In determining the RCS Chemistry, a 9000 cfm containment to annulun leak rate was assumed, as were the following iodine reduction factors: 50% release from the RCS to Containment, 50% Iodine removal from plateout, 90% Iodine removal by charcoal filters in Plant Stack and 90% Iodine removal by containment spray. This resulted in an iodine to noble gas ratio of 1.04E-4, a noble gas dose factor of 6.14E4 and iodine dose factor 7.65E8. These values were used throughout the exercise to evaluate the containment release. _

When the containment release regins, a Plant Stack high alarm will come in with a reading of 2.546E2 uCi/cc. Dose Assostment based on this plant monitoring data will result in 31,734 mR/hr whole body and 41,120 mR/hr child thyroid dose rates at the EAB.

The Emergency Coordinator will declare a General Emergency based on Emergency Plan Implementing Procedure, EP-001-001, Recognition and Classification of Emergency Conditions, A/GE/I, "Dcue projection er radiological monitoring team indicates dese rates at EAB 1 2000 mR/hr whole body or 5000 mR/hr thyroid, or plant conditions exist which could result in a release of radioactivity such that these dose rates at the EAB could be reached or exroeded".

The plume will travel in a northerly direction over the west corner of the Administration Building and Trailer City parking lot, continuing over Trailer City and River Road. Beesuse of building wake effects, the plume will not touchdown until it has (

trave 3ed approximately 800 feet downwind (plant perimeter fence on River Road). Onsite and nearsite data is provided for dose rates and air samples for distances from 100 to 1000 feet.

Elevated beta / gamma dose rates before 800 feet are the result of shine from the plume passing overhead.

The release will maintain the same dose rates for 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br />. At 1430, the release rate from Containment will begin to decrease and the release will terminate at 1500.

ONSITE - 2

Onsite Plume Location for use tiith Tables

1. Onsite plant data is available for the area bounded by 100 feet off plume center line

_\-\ 2.

3.

Data is generated f or 0 to 1000 feet downwind.

1000 feet, use offsite data Plume divisions represent 100 feet increments Past scale h"

• 100 ft Lerend

---

Sector Dividet N

N.

fs, i .

p. '

j

/ '

j j

-\

q

? '

'.,'N..

Ccute in' 800' Plume Touches /

/

\ nrour d y a /

y' s

e

& %_ ,. " ,\ g ~ .

j% Y-= ,.

,' '\ - -

.i r, .

, an.

ht N 9f'. n" W s was v Ay% ,.

d......,.

'h*k.h s g :mem h k ,, U h .

i

~~_

... ;- Q,'qf .........l , _

..,.i 7qq AQ:gl\Y.'. .'

u.. :.u.s.

/.

p' N'

.. ,a .

. enomexo on , ,a f,/!jO.

/ ./

'4%

r ' ! . ..... : Ab lossITt - 3<, uf .. x 'y

. . . . . . . . _ . . = _ _ . . _ . . . . _ _ _ . . _ . . . . . . . _ . _ _ _ . . _ . . _ . _ . . _ -

WATERFORD 3 SES-ANNUAL EXERCISE OCTOBER 23,-1991 ,

ONSITE RADIOLOGICAL DATA GAS DECAY TANK RELEASE I

l t

l I~

l --

l ONSITE - 4

( .

, . . - . __ . . _ . . _ - , , - . _ , - . . , . - _. --- _ _ _ ., , , _ _ . - . _ . - ----m.

E Emeroency Praparoonoss Drill 4 1 1 0 / 7.* / 9 1 1

-Ort 11-Const, ants

'j

=

-Air + mole-Duration - S Minutes nar Samnio Flow Aate 2 ctm Air Eamote Count Time - 5 Minutes Declarouna Samolo Count -T Ame - 2 Minutes instrument D/C ~ 20 Dose Cou1 valent locine Factor -

1.4 C.hi l d Thvrsoc Done Conversion F4ctor - 0.Q297 Meteoroloov Chocen

-41nc Etao2 4tv Categorv r.

. W2nosooec - .a94 ine t e rn our econa riana Fecm -

130 vistances in - Weet Dose Fac tors Release Rato-in Curtes our Seconc - .5065 Noble Gas Dose Factor - 5'Q00 Iocine Dose' Factor - No Iodines in Release .

Si to c t ..Rol ease and --Lura tion - ,

, Lite of. ~ Releene - olant stact monitor

. Time.at.Whicn Releace-Occurs -

0045.

ONSITE - 5

l l

l Itercent, Ftroarenness Drill 91 14 10/23/91 Dastte ano hearsste Ottelogical hta 0645 - CDT Release Gecured Closeo minoce meter Etacanc

• Downetnc Distances tr. Feet, hstete eli Center' 100 :% '00 400 $00 000 700 000 900 1000 '

.......................4...................................... .. .......................... 1.

100 -

0 0 o 1 3 9 14 19 15 12

4. -

-9 >- 0 2 e 1 16 19 15 12 v v e 4 i ;o 10 19 15 :2 70 -

i- 0 V 5  !! 16 IS 19 15 12 i

30 -

0 0 1 7 11 16 16 19 15 12

.50 - ;

0 6 1 7 11 16 18 19 15

12 140 -  ;

0 0 1 7 11 16 IB 19 15 12 M -

. 0 0 1 7  !! 16 IB 19 15 12 i

!0 0 0 1- 7 11 16 19 19 15 12 10 - '

D 1 7 11 16 IB 19 15 12 L

Center - 0 9 1 7 11 le 15 19 15 12-

)

10- - i

'O~ 0 1 7 11 16 la 19 15 ~12 7

• 0 -  ;

0 0 1 7 11 16 19 19 15 12 1

50

• 0 9 i '7  !! 16 IS 19 15 12 40 - ;

o 0 1 7  !! la 10 19 15 12

. 50 -  : 0 0 1 7 11 16 IS 19 15 12 i 60 -! 9 O  !  ? Il 16 IB 19 15 12

.. 70- -; 0 6. 0 5 -!! 16 18 19 15 12 1

80 ~- '

0 0 0 4 9 16 10 19 15 i 12 90 - :

6 0 0 2 6 13 18 19 15 12 100 -

i 0 0 0  ;

1 9 18 19 15 12 ONSITE - 6 yr -

.. -.. . . . . ~ . . . . . ~ . .-. - ~. - - . .~. - _ . - . - - ~ . . - ~ , - . -

EnergencyTres6ftonellDrill o

91 14 10/23/11 h tte ang ho u stte fadict m tal tata 0845 - CDT Release Secured

. Open 6 ndes reter fidatri Doceanc 0 sta'icts in Ftet.

ListaM e -

ai Center 100 *00 %0 100 60- ,

100 700 300 40 1000 MD- - 9 0 0 1 3 9 14 !4 19 16 26 -

1 v e  ; o O 18 I4 19 16 v  ; 4 -

.o 15 24 19 16 70 0 0 0 $ 11 ie . 16 ;4 19 16 eV -' O 0 1 7 11 lo 19 24 19 16 l

-M. 0 0 .1 7  !! 16 18 l4 19 16 40 - 0 0 l 7 11 16 19 24 19 16 M 9 0 1 7 11 16 18 24 19 16 20 0 0 1 7 11 16 lE 04 19 16 10 - . v 0 1 7 11 6 !B 24 19 la

' enter 0 0 1 7 11 16 in ;4 19 16 .

10 0 0 1 7  !! l6 19 4 19 la 20 4

- 0 0 1 I 11 16 18 24 19 16 e

'O '

O.

, 0 1 7  !! 16 IB 24 19 to

- 40 -

0 0 1 7 11 16' 18 24 19 16 50 . O V 1 7 11 16 18 24 19 16 60 -t v 0-  ! 7  !! 16 10 4 19 16 70 -; 6 0 0 5 11 16 16 24 19 16 l 60 . 0 0 _V 4 9 16 18 24 19 16 90 l 0 0 0 2' 6 13 18 14 19 16 100 V 4 0 1 3 9 19 24 19 16 l

i-ONSITE - 7 r

\-. _. a _ ;.- . . _ .- -- - - - - - - - - -- ' ~~ ~ ~ ^ ~ ~ ~~'~ ~~

WATERFORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991 OFFSITE RADIOLOGICAL RELEASE CONTAINMENT FAILURE ONSITE - 8

- . - , , - , . - . . - . , . . - . . ~ . . - - . - . . . . . . . - . - . - - . . - .,

Emeroonev'Preoareoness Drill 91 - 14 10/20/51-i

-Drill Constants Air famole Duration .5 Hanutes

,or-3amolo Flow Rate ~ ctm Air namele Count Time - $ Minuters rac4grouno Samole Count Time -- 2 Minu tes inttrument be C'. - 2,0

' Dose deut.<alent_iocane Factor - 1.4 Onilo'itivrico Dose Convercion Factor - v v297 Metocrolog/ Chosen uno.itoosAltv catocer.-G.

Winoscoec - 2.57e .reters oer oconu wino From - 180' Distances 2n'- Feet '

Dose Factors Release Rate in Curles cer Gecona - 0142.o Noble Gas J)ote Factor - el400 Iocine Dose-Factor 7.65E+08

- Iodine to flocle Ges 6atto - .000104 Sito ct Release ana Luration-

lte ot ' *elease -

ol an t- s tac t: monitor Time at Which Release Occurs - 1200 E

ONSITE - 9 l

1

I intreency f ritarter,est frill 91 14 10/23/91 Ontatt anc heersite Asetelegical hta 1:30 - 1500 0108t0#1000>*t')rflading beneine httantes an f er'.

Itttete ciiCarter d0 M M 400 !M oW ?00 600 $00 .4 in -

9 9 a34 15716 0 1:51 Nil 147937 !!9394 42701 4 -

0 2 141 4052 ;1057 a;&71 14176 147937 119394 3670) ii - v ;l :5 a754 44I29 1:5743 i4176; 147937 119:44 89701 70  !? '06 1 ;7016 ff456 1:5743 141762 147937 119394 56701 60 '

13  !!7 4176 54032 il456 1:5743 141762 147937 !!9394 C6701 50 *! Il 261 4704 54032 66459 1:5743 141762 147937 119394 '8701 1

40 . 64 1046 1409 14M2 iB4LB 1;t743 141762 147937 119394 56701 l

30 - 107 l091 9409 14032 66458 1:5743 141 62 147937 119394 96701 1

20 1 429 l091 9409 $4032 69456 !!5743 141762 147937 119394 E9701 10 -

650 ;091 5409 14032 56458 1:5743 14176I 147937 ' 9394 18701

enter - ;091 656 3409 54032 EE456 !!$743 141762 147937 !!?;94 9 701 10 658 ;091 4409 54032 66458 1

5743 141762 147937 119394 46701 1

0 '

429 2091 9409 !403: 26458 1:5743 141762 147937 119394 98701 1

% . 107 '4409 t

14032 65456 1:5743 1 '767 147937 !!9394 4 701 40 -

64 8409 18032 66458 1:5743 141762 147937 119394 85701 50 .

21 '64 4704 14037 68456 1:5744 141762 147937 119394 46701 60  ;

13 157 1176 !4032 GB458 1:5743 14174 147937 119394 :9701 70 - 1 52 706 :7016 66456 105743 141762 147937 119394 59'01 80 - 0 31 235 e754 44229 1 5743 14176? 147937 !!9394 $a701 1

00 ,

( 2 141 4f,52 11057 e2671 141762 147937 !!9394 96701 100 -

0 0 9 1351 d34 15718 141762 147937 119394 86701 ON51TE - 10

[ittgtotr l'tt4f ter,til Irlll il* 14 10/;3/$1 Drnitt dog hterlitt 6461tlCCit41let!

'; 1500

-stth titCte Pettf itedih0 itetele! [iltantil 16 f ett.

. altar:t v4 Ceatt' 100 .~ ; 0 00 00 100 w0 700 i00 000 !X-

,___..w v i 1* 1  : 34  !?!F ' 681 19:316 !!!!!! 1:531

• ; 141 4052 .;;i7 : 571 14176; li 316 !!! 1 1:631;

. .! 14 24:24 ' 1743 14176: ;5 *li l'!:1: 1 i31:

> - i 1: '06 .']l6 bi4!B 1:5743 14176 19:316 Iti:1: ::631; ev 13  !!7 1176 !403 iE459 1:!743 141762 192310 111:1 1331 10 - :1 :61 4704 1403 ist!B 1:1742 14176; 19:310 Iti:12 1:031:

J9 -

e4  ;(46 0409 !403 iE456 1:1743 ..I'6 19:318 !!!212 1:!;l 10 !07 ll91 4409 !403 &;456 1:!743 141702 19:318 lit:12 l'631 .

4:9  ;;91 5409 !403: !E4!B 1:5743 14176: :9:318 !!!!!! ::331:

iii .091 404 !403: hitti 1:1743 14176 ;9:31B 1!!!!* l'i31:

enter - ita 2091 4409 54L3: Si4!B l'!743 ;4176; 192316 !!!!!' l'ill; e

10

• i!B l091 3409 !4032 it!B !!!743 14176; 192318 !!!!!! 1:531; l0 -

49  ;)91 8409 !403 si456 1:1743 14176: 19:319 !!!21; lia31:

1 16

• 107 .s91 809 !46 : is4!B 1:5743 ;4176: 14:316 !!!!!! ' '. i ' l !

40 -

V46 e4 1809 '403 554!6 1

!743 14176 14:316 lit:12 ; 131; 10 -

1 !61 4'04 14;3 554!8 1:5743 14176 19:316 !!:*12 1:531' t -J -

!  !!7 1176 1403; ii456 : 5743 14176 19:318 !!!212 12312 is -

'06  !?016 si456 1:1743 14174 1 i 19:318 l!!!! 1:531:

is

• O 31 35 cit 4 44:29 1*t743 14176; 19:316 liiti; ::131

$9 -

141 4:42 :1057 e:671 14176 :':318 !!!!!! 1:531; 1

IV) - 9

• 1:11 $634  !!716 14176 19:316 li!!!! 1:631:

ONSITE a1

\ _ __ __-__ __ .

1 i

istreency fre m teatts trill '

01 14 10/25/91 Ontste ano hearsatt hotele9ical hts 1:30 - 1500 fttulti Ci : Pitutt IC68tt 5400106 fttultl At9Crttt le 6fett C h ntt ContihO Calt4%Ctl ;h fttt.

Illtantt ,

CH Ctt:ttf 14 30 30 400 100 #00 700 IOO 400

.................................................. .....................................1000 ...............

4 '

dM 4 M O O 6M M d W .

' - ,

t  ;;5  ;;5 :5 125 .5 :25 ::42092 1906371 137!991 10 '  ;;5 105 1:5 15  :;5  ;;5 1:5 ::6 092 1 m 371 1571991 70 : 1:5 125 125 125 I:5 i5

25 *312092 1906371 !!75991 60  ::5 1:5 1:5 15  !!5 15  !!5 2362092 1906371 15759'l Mi 125 1:5 1:5  !!S 1:5 15 125 D62092 1906371 1575791 40 :5  !!$ 15 115 1:5 1:5 125 23620Y2 1906371 !$75991

0 1

5 15  ! ?. 125 1:5 125 125 2362092 I W 371 1575991 1

20 . 1:5 125 1:5 125 125 125 1:5 236:092 I m 371 !!75991 4 d ..W W $4 4.W 4W - 6d M Centej :5 15 125 1:5  !!! 125 I:5 2:4N9: 1906371 !!?!991 10 i 125 1:5 105 1:5 15 125 425 23620t2 19063/l 1371991 20 . 1:5 125 1:5 1:5 125 1:5 1:5 236:092 1906371 1575991

.0  : i:5 125 125 its m i:1 i:5 236a92 im37: m 5et:

40 - 1:5 125 1:5 125 1:5 125 1 5 236:092 1906371 1575991 50 - 1:5 1:5 15 .25 1:5 125 1:5 236:09 i m 371 1575991 60 ; 1:5 125 125 125 1:5 1:5 1 5 236 3 92 1906371 1575991

• 0  : 13 1:5 105 1:5  !!5 125

.

• 1 5 236 092 I m 371 1575991 dM ef 40 -; I:5 1:5 125 1:5 1:5 i:5 1:fr 236n9; 1906371 15n991 100 : 1:5 125 125 125 125 125 125 2362092 196637! 1575991 DAC6: GROUND SAMPLES ARE ALL 50 COUNTS (GROSS) ONSITE - 12

m _ _ _ __ _ __ _._ _ _ _ _ . _ _ _ .

I WATERTORD 3 SES AN'IUAL EXERC8SE OCTOBER 23, 1993 METHODOLOGY AND ASSUMPTIONS USED TOR THE DEVELOPMENT OT THE DOSE ASSESSMENT MODEL 1 Please ooo the Methodo. logy and Assumptions as shown in the Oncito section. i L

e f

I l

i l

i I 9

/

OFTSITE - 1 l

l

- - . - - - . . _ - . - - - - . . - - , , - . , _ - . - - . . - - . - . , . . , - - - , - . . - -- - ~ ..-..

-s --w - A4s.. 4- 24- A daJ-.e 442 A-a_m _yA_. A

l. .

l

.'* l

.' I

_ ^ - ,E *[*

e

'w*J W 7 '%

W M pi I W"" 'J

I m5wm Pi e.

cxN uW E>

-p g a

• e g rIa[

I*< I

, t O 4 **

A :w , m.

M < sc b

gaQ e<-  :: E ,

an

• e h*

m'P, ,

y

,.N

',' (

I ,

l\,

, ).k N-N a ,,

• / ,. .../. .

,j ,,a. Q =' :s,e

• l  :

,L, -(s.' . - -

10. < . , y

+ 7 '

4 ' *. ,

, {g g[ , ,

N N

if

. h, f .

f'l',

1kd , // .,

's +

. , :,, A..%-),w[.[~ .. .,

w- s.

^' ,(. ,. ,t .r " / l' x \ >.

,E / ,'

o 4

N

/' -

</ O [ \t g*'g ,,. e --

• / ..*.. .

sg \,eg

[ '

.wi 4/

-/'

. y#

//.

's ~k */ y 7-

,A

's y ,=4 p,?*g n% s >'- =

Q.

• n -

. . . .g x o

, j *e,

/4,yNu/.. ( \;-3.  %

g l:: -. . . ' . _

s ., tf%,r n W

\ .

.\,. y. A f e-.

A q . ,A T :

s ru g, ,1$/ /

.ie

.  ! ==

.\ Mg;g# '~

,I ,., Og .

m. .

I I' '

V/ , ,.

er ,- M' , s.

v @- m -

s ,,y'- ' ^ *--

- --s

\is N' E

q .

g'  ; ,' ' *

(Wc, <# . .

3 ,

a

1. \ - <

 % ;/- 1

- e

~.4 $1 , j

- . o'1 . . *': r ,,g // /

, [, \' -

g.

l!

s --.--N - f r - , ,

- ww.a =

N+

/

g

[,

' I a u # j. /_ j3/ g* .

M V  ;;q . ,j, ,a

.p y *

, f

/ p a

't 4

f

\ , q-I

, f lN xi $,,

Ns -

11 l j g I ,

V/ 1 s ,

m

). -

h - /l1.

m '

I u,j , u - N,.  :: {/.

s h t

• 18 I , ,

,I 'u \ /

'tN . x  ; -

r; </

• 8

/ ,\

• e*

g

',N f ,e

' f j

{ N, w

\ P \\ ,

V4.za 1

i .\

) +

)/

• • C L .  ;,*

ea a e g a a

e OFTSITL ~ 2

,, ,, , , , _ _ __ - . - -- ---+ - - - - - -

t Q

Ltttt A '

e I

g i g A rrectl Watt <

La,. It e  %- v llt !NT AE ' 3H0nWWE e App pocg 1 0 .

' *1 OVERHEAD e

guggg  ! TR A HWiE310W LINE CR0R$lWC g

{ p pe g ,,, >

• I

/ 7 (ERFORD '[

OvtlLMEAD  !

p ,y ,

/

p.3 Iwtagg nRecrun ta.AusWigstow uwt cRoutwo.

unir

//

,j!/

n- v. DICH A R C C 1E ,e rRucrun

• // ' tI

/- D

/64-retteit 1. ' " ll &..,\

/ usWinstou fj ^

• iu ! aj. e, . '?

ce)p ,,

ge , g . ;, ~ ,, .

1e ,g,,L.., A,,o.s# <

,," / q ~/'s-.o.,ug. ' '

., , x h*'.

x s

k *

//

//

y

/

4 C'"" .

'R. . N ttraco g

1E

/ niweet i N. '

,'A#e,

')N * /

,/ y'f s

/ 7,

,, z L- E / "noRoweica E F

// '

cATE /

T0""

,L

( /'I' et e- H g.1E

[  % ratWA WmoR ocicA G K [MJ E N "

)I

• 4 lN a

-U N!o N FAcirtC R&lLRoAD

\ WATERTORD 3 SES

• AttaroRD -

SU stat oN

!N

{

ANNUAL EXERCISE OCTOBER 23. 1991 WIND - 180' STABILITY - C I I I I 1 FEET OTFSITE - 3

l l

1 WATURTORD 3 SES ANNUAL EXERCISE OCTOBER 23, 1991  :

1 4

i I

?

OFFSITE RADIOLCOICAL DATA CONTAINMENT FAILURE i

OFFSITE - 4

-i r

[

.y ir,e---. -, , y-~ ---..y,,,-------,- .w,,,- ,r-. v.w..-,, , - , , , , w-.2-,.,.e-m--A -

,,w., , . , , , - , . , - - , - - - - -. . i.-w.- y

. . _ _ . . . - ._ _ . _ -. . _ _ -_ _ - . . . _ -._ . _ _ . . _ _ _ _ . _ _ _ . . _ _ . _ . . _ _ _ . _ . _ _ _ _ _ _ . ~ _ _ _

l EMERGENCY FAEPAREDNESS EXERCISE 0 1 - 14 10/0!/91 EXERCIGE CONSTANTE EXERCISE CONST.NTS mlR SAMPLE DURATION - 5 Minutes AIR SAMPLE FLOW.emTE - 2 cim '

i AIR GAMPLE_ COUNT TIME - 5 Minutes '

6AC): GROUND SAMPLE COUNT TIME - 2 Minutes INSTRUMENT D/C - 00 DOSE EQUIVALENT IODINE FACTOR - - 1.4 i CHILD THVRO!D DOSE CONVERSION FACTOR - . 0097 r

l l

LOSE FACTORS NOLLC GAS-DOSE FACTOR - e.14E+04 1

ODINC LO5E FACTOR -

. s 5E + M  ;

OLINCrNOBLE GAB bATIO - 2.04E-04 l

n 1

t a

b I

t OFFSITE - 5 www---y Tgy q yy g-T-q- * - - -*We "

VN yyw- r - pmpg wyc e pH www gr w W g yywwwg-Mywt-- --fNy-'gwa9-yy

• a e Th M-%y ew-Ms-rm_ -

_ qwe 1:r w- +w =- w9 - N w wryrww g y--yeg i r etwW T y-

I i f EMERGENCY FFEFARELNE55 CXERC15E 01 - 14 L 3 10/;7/41

i i

l i CMERGENCv FLsNNING ?.ONE LATA '

I f 1

i  !

! mina soeco: 3 .non Roluaso ratus 2142.o usec j nano:01rection: .uo -UEG Ti m 'a helease: 1000 - 1430 hours0.0166 days <br />0.397 hours <br />0.00236 weeks <br />5.44115e-4 months <br />  ;

j .eite - it  !. . ; 0e0 ( ,

WHOLE .:0D<- CHluD 7HvRO!D L t

s<O DOSE dsTE uuSE ksTE )

i AEC/M 2 mR/ tir - inAf hr i

i i u. t- 1. aeE- . . -

~.udA 41.$41 f i-l, l

.11 5 . :.4 E - '- 10.es5 13.65- ,

i i

$M1 1.7"E-v;  :.due 4.4 0  !

1 I  !

< > iM 3 9. t o K- y. 1.co/ .Acv j l '

i I

i I,

l t

i I

i l ,

3-I l

l l

I

?

)

i t

i I

b I

f l

l t r l

I 2

)

OTTSITE - 6 l

)

___n____

-EMERGENCY FREPAREDNESS EXERC10E  !

91-14 10/27/91 i

i CMERGENCY FLANNING ZONE DATA i ivino speeos !3 .non Release rato: 2040.o9 Cassec l wana Direction: 400 -DEG T i m e o f- rso l o s.s e : 1445 hrs l JuJta - T  !

Deo C  !

WHOLL EODY LHILD THYROID l s/O DOSE 6 ATE DOBE RATE SEC'M mn/hr a,A/hr EAb 1.66E-04 20.OTO 274001 i

Mi 5.U4E-*5 o.9EO '0,000  !

iM1 1.77E-OS  ;,47; y,;o4 l 19Mi G.tAE-ve ,oo; 3,4g4 l e

F.

OFFSITE - 7

. . + - - - . * * * " ' " - * * " ' " " " - - ' - - '

EMERGElJCY fTsEFAREDfJESS EAERCIGE v 1 - 14 10/27'41 EMEFGEllCi I LeiNtallaG ;Df4E DAT A Winc 3ceea: 3 .n o n Releasu rates .51 Ci/ set

<> 1 n d Di re c ti or4 : 100 .. E G

elte - ? .;

' i nie c4 r o l t-a s e : 1 Son hrc

! teo L WHOLE 1 ODi CHILD 'Hvh0ID s<D DOEE h4TE DOSE RATE EEC/M ? =rA / h r mR/hr

~~ A b 1. nee-= ' A 5 o IMI 5. 54E-> ? I

'M1 1 . 9 ' E - ';. '+ o

0M1 3.o..E-'- )

OFFSITr - 6

(QIA6(hCT HIFAli? Nill !!!K !$t

, 8i 14 10/11/^

OFFilf[ 5410LDLIC4 IA1A CHILD CLOSit (?!h o!R$WLt itGO Iff051!!0h im80l!>

s!@0s tilub t01ALC0thii ;0Uhi$ UP/ LD5lFAll up L008.110h ':at D akar tk skihr st anni G anni 100 c o '2 tek/hre ilecis*:)

e lim 1:3; 62.1 7 4;5 ;(4 4.766.!45 400 649 106.417 4.76tse 1:47 12.127 131.304 4.I66.545 400 194 104.417 1302 12.!!? 1;5.304 4.266.;it 400 l691 106.417 1:17 12.127 1 5.304 4.l66.545 400  !!88 106.417

!!!! 52.127 135.3?4 4,266$4% 400 e465 106.417 1:47 32.177 1:5.304 4.266.54$ 400 7782 106.417 1802  !!.!!7 1:1.704 4.!66.t45 400 9079 106.417 1817 32.127 135.304 4.266.545 400 10376 106.417 1432 i2.127 101,;04 4,;66.54t  !

400 11673 106.417 1847  !;.;!! 17.947  :.773.604 4)0 1:516 49.171  !

!?? 13  ;; 617  !?  !!!!7 17 '

, 4*M  !!!9  !.!44 8.637 ;73.27? 4s 41 a.793  :.7:( v5 1014  !.!4; i.637 ;73.;77 dw le6 e.793 1 ;9  !.242 8.6;7 27;.277 ;49 400 6.793

!344  !.242 4.637 7;. 77 400 J31 a.791 1:59  !.242 8.637 773.217 400 414 6.793 ,

1814 t.;4! 9,637 273,;77 400 497 6.793 l 1429  !.20 8.637 273,277 400 580 6.79; 4 1844  !.242 ' 9.637 73!77 400 e62 0 793 ,

1459 5.242 6.637 773.77 400 745 6,793 1514  ;.407 5.614 177,460 000 799 4.415

!!!) 1 1 169 $0 799 I 6$N '!07 10 16 6:2 50 0 12 4.96( v0 1122 10 16 622 to 0  !!

1337 10 16 622 $0 ') II

!!!! 19 16 eli to 1 1; 1807 10 16 672 !0 1 1:

1422 19 16 e2 10 1 12 1417 10 16 6:2 $0 1 12 1452 19 16 e22 50 1 12 1507 10 16 622 50 1 12 1522 e 10 448 10 1 8 1537 0 0 125 to 1 0 i

b OFFSITE - 9

.A.~ l

'"'"" """*"'d"*-

==" ENTERGY  !

l

. . _ _ _ . ~ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . . _ _ _ _ , _ , .

R. F. Buts ki l

W31'l 0157 A1,05 QA August 2.' , 1991 This transmittal contains Emergency Preimredness l'.S. Nucicar Regulatory Commission exercise information that ATTN: Doctonent Control Desk should not be released to Kushington , D.C. 20555 the PubIiF Document Room before October 21, 1991.

Subject : Waterford 3 SES Dochet No. 50-362 1.ieeinw No. NPI'-3h Emergency Planning Annual Exercise Gentlemen:

Attached is a copy of the 1991 Waterford 3 annual exercise package.

Those acilvities, f urictions or ojerations theit will be siinulated, as rioted in Section Ill.C are:

a. Itudiation Monitoring System (RMS)

b. Safety Parameter Display System (SPDS) - Effluent Monitoring Portion it should be noted that the anntusi exercise will be Imrformed using the Waterford 3 Control Room Simulator, Most operational and SPDS data in the emergency response facilities will be provided by the simulator.

Should you have any questionis concerriliig the enclosed package, pletise contact Mr. f.J. Englebracht, Waterford 3 Emergency Planning & Administration Manager, at (501) 739-0607.

Verv trul 0

(0 ) y yours,

,/\ r44 I!Fil/TWN/ ssf Attachment

( w / A t tachment )

ec: II.D. Spitzberg (NRC Region IV)

(w/o Attachment)

, ec: It.D. Martin (NRC llegion IV). D.I . Wigginton (NRC NRR),

R.ll. McGehee, N.S. Reynolds, NRC Res! dent luspector.s Office t

$/0 7 (D/(,] ( $D 4 ..o,. / -i i

.! 9 h U k, w)

L'