ML20028B052
| ML20028B052 | |
| Person / Time | |
|---|---|
| Site: | Surry  |
| Issue date: | 10/19/1982 |
| From: | VIRGINIA POWER (VIRGINIA ELECTRIC & POWER CO.) |
| To: | |
| Shared Package | |
| ML20028B045 | List: |
| References | |
| PROC-821231, NUDOCS 8211290405 | |
| Download: ML20028B052 (181) | |
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lI Virginia Electric and Power Company l
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- 3 Emergency Exercise l Surry Power Station 1982 Exercise Manual
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Virginia Electric and Power Company EMERGENCY EXERCISE i
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l SURRY POWER STATION 1982 EXERCISE MANUAL MA..TAL NO .
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I I I!DEX I 1.0 Scope 2.0 Objectives of the Exercise 3.0 Logistics and Participants 4.0 Su. mary of Events 5.0 Exercise Scenario 6.0 ?:arrative Succary 7.0 Evaluators and Controllers 3.0 Exercise Freeplay 9.0 Critique / Evaluations 10.0 ::otes Appendin A Plant Paraceters Appendix B Onsite In-Plant Doses Inside Buildings Appendix B-1 Onsite Plant Dose Outside Buildings Appendix C Onsite Out-of-Plant Deses I Appendix D Offsite Doses Appendix E Controller Messages Appendix F Controller and Cbserver Duties and Responsibilites Appendix G Useful Information Appendix H Diagrams of Facilities Appendix I 'iOPEX 2-5 2 I
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, I REFERENCES
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- 1. Corporate Emergency Response Plan
- 2. Corporate Plan Ieplecenting Procedures
- 3. Surry Power Station Emergency Plan j !. . Surry Pcwer Station Energency Plan Implementing Procedures
- 5. Cocconwealth of Virginia Radiological Emergency Response Plan i
! 6. Radiological Emergency Response Plan for the counties of Surrv, Isle of Wight, .!ates City and York.
j 7. Radiological Emergency Response Plan for the cities of Newport News and Williacsburg.
I S. SUREG-065?.
- 9. SUREG-0696
- 9. Vir;; inia operations Plan Exercise 2-S2 (V0PEX 2-82)
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I I The Virginia Electric and Power Company intends to exercise the Emergency Plan and the Emergency Preparedness of the Surry Power I Station (SPS) on November 10, 1982.
are summarized below.
The details of the exercise 1.0 Scope The scope of this exercise includes the initiation of I emergency responses for three of the four categories of emergencies as outlined in NUREG 0654 (up to Site Emergency) .
To the greatest extent possible,.freeplay will be encouraged I during the exercise. It should be recognized that control of the exercise may be re-initiated from time to time to ensure that the prime objectives are accomplished. Control will be provided by controllers and the issuance of exercise :nessages.
The Technical Support Center (TSC), Emergency Operations Facility (EOF), Operations Support Center (OSC) and Corporate Emergency Response Center (CERC) will be activated.
Pre-selected emergency response organizations (e . g . , INPO, I NRC, Westinghouse, etc.) will be called from the CERC, located in the VEPCO Corporate Office in Richmond, Virginia, to verify communciations capability.
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I 2.0 Objectives The objectives of this exercise are to test and evaluate the I emergency response capability of Vepco and coordination with offsite emergency response agencies as outlined below:
2.1 Notification and Communications 2.1.1 To test and evaluate the adequacy of the Surry Power Station notification procedures.
2.1.2 To test and evaluate the ability of key Surry Power Station response personnel to implement I notification procedures including initial and follow-up communcations, and coordination and updating of information.
2.l.3 To test and evaluate the ability of Surry Power Station emergency response personnel to accurately and efficiently assess an abnormal or accident situation and disseminate vital information to appropriate offsite agencies.
I 2.1.4 To test and evaluate the Vepco Emergency Communication Systems between Vepco emergency response facilities (Control Room, OSC, TSC, EOF, CERC) ; and between these facilities and I 2.1.5 outside agencies.
To test and evaluate communication capabilities I between the Surry Power Station offsite and onsite radiation monitoring teams and the TSC.
2.2 Direction and Control 2.2.1 To test and evaluate the Surry Power Station response staff in their ability to determine I the cause of an accident, terminate or limit radioactive releases, and bring the unit to a safe shutdown condition.
2.2.2 To test and evaluate the adequacy of the Surry Power Station Emergency Plan Implementing Procedures in terms of management control of an emergency situation, dose assessment, health i physics monitoring onsite and offsite.
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I I 2.2.3 To test and evaluate the adequacy of procedures for personnel accountability, site evacuation, and damage control.
2.2.4 To test and evaluate the adequacy of emergency I medical response and transportation of a contaminated injured personnel.
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I 3.0 Logistics 3.1 Date: November 10, 1982 - Wednesday 3.2 Time: 0930 to 1630 Exercise 1700 to 2000 Critique
3.3 Location
Virginia Electric and Power Company Surry Power Station I Route 650 Off of Route 10 Surry County Surry, VA 23883 See Map-Figure 3-1
3.4 Facilities
SPS Control Room (CR)
Technical Support Center (TSC)
I Emergency Operations Facility (EOF)
Operational Support Center (OSC)
Corporate Emergency Response Center (CERC)
Public News Center (PNC) 3.5 Participating Organizations: (see Attachment for Telephone Numbers) 3.5.1 Virginia Electric and Power Company 3.5.2 Commonwealth of Virginia 3.5.3 Local Agencies:
A. Surry County, Virginia B. James City County, Virginia C. Isle of Wight County, Virginia D. City of Newport News, Virginia l
E. York County, Virginia F. City of Williamsburg, Virginia 3.5.4 Medical Support:
t i A. Medical College of Virginia (MCV)
Richmond, Virginia 3.5.5 Federal Government Agencies
! A. Fede ral Emergency Management Agency (FEMA)
- 3. Nuclear Regulatory Commission (NRC)
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I LIST OF PARTICIPANTS Telephone Numbers i
I The following organizations, agencies, and political subdivisions will ,
participate in the Surry Power Station Emergency Exercise:
A. Virginia Electric and Power Company (VEPCO)
- 1. Corporate Headquarters (304) 771-3000
- 2. Surry Power Station (SPS) (804) 337-3184
- 3. Surry Power Station News Media Center (804) 294-5140
- 3. State Agencies, Cc:conwealth of Virginia
- 1. Agriculture and Censumer Services,'Departcent of (804) 786-3544
- 2. Air Pollution Control Board, State (804) 786-7913
- 3. Censolidated and Laboratory Services, Division of (804) 786-3485 4 Conservation and Economic Development, Department cf (Parks Division) (804) 736-2121
- 5. Corrections, Depar: ent of (304) 257-0167/1989
- 6. Energency and Energy Services, Office of (304) 323-2300
- 7. Game and Inland Fisheries, Cc==ission of (304) 257-1361 S. Health, Depart =ent of (804) 323-2300 (State EOC)
- 9. Highways and Transportation, Department of (804) 786-2317
- 10. Mental Health and Mental Retardation, Departtent of (80M 736 '.005 l 11. Military Affairs, Depar: cent of (300 7S6-2504/2'.16
- 12. State Police, Department of (304) 323-2011
- 13. Water Centrol Scard, 5:ste f304) 257-0080 l'. Welfare, Depar:ren: cf (SC5) 231-9209
!5. Marine Resources :ennission (50D 245-251.
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I LIST OF PARTICIPANTS ATTACHMENT
'I C. Local Governments
- 1. Surry County (804) 291-3156 or 3182
- 2. Isle of Wight (804) 357-3191 :c217
- 3. York County (804) 898-0180
- 4. James City County (804) 220-0242 s
I 5. City of Newport News (804) 247-8606
- 6. City of Williansburg (804) 229-4521
- 7. City of Hanpton (304) 727-6414
- 9. City of Poquoson (804) 868-7151
- 9. New Kent County (304) 730-9550 l 10. Charles City County (304) 829-2101 or 2a66 l
l I D. Institutions - within ten niles of the Surry Power Station E. Nuclear Regulatory Commission (NRC)
F. Federal Ecergency Management Agency (FEMA)
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I 4.0 Summary of Events All major events listed below will be executed unless otherwise noted. 4.1 Declaration of Emergency or Emetgencies 4.2 Notification of Of f site Agencies 4.3 Emergency Announcements 4.4 Activation of Emergency Response Facilities A. TSC - Technical Support Center B. EOF - Emergency Operations Facility C. OSC - Operational Support Center D. CERC - Corporate Emergency Response Center E. PNC - Public News Center 4 4.5 Activation of Health Physics Onsite and Offsite clonitoring Teams. 4.6 Site Evacuation and Accountability of Personnel (limited numbe r of personnel) . 4.7 Emergency Medical Assistance of Simulated Contaminated Injured Person. A. First Aid and Decontamination B. Transport to Medical care facility C. Treatment at Medical care facility 4.8 Activation of the Damage Control Team. I I I I .s. 'I I
i 5.0 Exercise Scenario 5.1 Initial Conditions , Unit 2 is operating at 100% power (MOL; Boron Concentration: 500 ppm). All safety systems are Pressurizer PORV's and main steam PORV's are I operable. isolated. Unit 1 is in the last day of a 7 day outage for overhauling of the charging pumps and snubber inspection. SW Transformer 1 (15Gl) is out for I maintenance. S/G "A & B" are aligned to BD Monitor "A". S/G "C" is aligned to BD Monitor "B". I The sky is overcast. Stability class is D. Winds are 15 mph from East-Northeast (60
- to 65 *) . The 32 ft temperature is 80*F. A tropical Storm off the coast of North and South Carolina has. developed into a hurricane I overnight and is headed in the No rth '- No rtheast direction.
5.2 Time Vs Events Time Event 9:30 A.M. Exe rcise commences 9:40 A.M. System Operator notifies Surry I Power Station that a Hurricane Watch as been declared for Eastern and Southeastern Virginia, including Surry County. An Unusual Event is declared I 10:00 A.M. Increased levels of air ejector and S/G blowdown activities are ' detected. 10:05 A.M. Operations determines that increased blowdown activity is ,I from S/G "C". i l RCS Leak Ra te Periodic Test is I initiated. RCS and S/G samples and analyses are requested. I I I I
I 10:15 A.M. Chemistry Technician returning from the sample room trips and falls. His left forearm and I hand are cut. He is doused with radioactive samples and his wounds are contaminated. The I accident also causes a heart attack. The victim remains conscious but is incapacitated by the chest pain. 10:20 A.M. The Auxiliary Building Operator walks by and notices the victim I on the floor. The Shift Supervisor and the First-Aid Team are notified. 10:30 A.M. Shift Supervisor is notified of the need to transport contaminated victim to MCV. I 10:40 A.M. The on-site ambulance departs Surry Power Station. A second Unusual Event is reported 11:00 A.M. The RCS Leak Rate Test indicated ' an unidentified RCS leckage of 0.2 gpm. Chemical analyses of I RCS and S/G samples confirm a primary to secondary leakage of 0.1 gpm for S/G "C" and neglible leakage from "A & B" S/G's. I 11:10 A.M. High winds are being experienced as a result of the close proximity of the hurricane. Met Tower data indicate wind gusts ( are up to 60 mph. 11:15 A.M. Air ejector and blowdown monitor "B" are maintaining a high but steady level due to S/G "C" leakage. ,I 'I I I 'I
I 11:30 A.M. Instrument power fuse for NI-41 power range monitor is blown causing a negative I rate-o f-change signal to initiate turbine runback, resulting in a load rejection of 30%. Reactor does not trip as the Rod Control System and Steam Dump to I Condenser operate properly to gradually restore RCS pressure and temperature to normal levels. 11:40 A.M. Vibration monitors on RCP C alarm and indicate very high vibrations. RCF C trips on motor I overcurrent. Reactor trips, followed by the turbine and generator, 11:41 A.M. Letdown radiation monitors alarm and reach a high reading of 2x104 cpm before readings decay ' to a steady 5 x 103 cpm. 11:45 A.M. Plant stablizes as control I systems act to restore RCS pressure and temperature, pressurizer and S/G levels at their no-load (zero power) i levels. 11:50 A.M. 34.5KV Bus 5 experiences a ' faulted condition when high ,I winds blow the sheet metal top off Fire Hose Station Building
#18 onto the bus disconnect.
I Power to 4160 Station Service Buses A, B, bus is lost. 2H Emergency and 2G 42 Diesel I Generator starts. All emergency buses are energized. Auxiliary FW system starts and operates properly. 'I I -S-I lI
I 12:00 P.M. AP-39, Natural Circulation of Primary Coolant is implemented due to the loss'of all RCP's. I - Steam dump is switched to the MS PORV's due to the loss of condenser vacuum as a resul of the loss of cirulating water I pumps. Core exit Thermocouples (T/C's) 12:10 P.M. I indicate the existance of hot spots near core locations K5 and L6. Subcooling monitors show a 25*F superheat condition for the I hot spot region. Let down monitors read I 104 Cpm. RCS sample and analysis are requested. Letdown radiation monitor I 12:20 P.M. reading steadily increasing. High level alarms are sounded at 103 cpm. 12:25 P.M. T/C readings for core locations K5 and L6 indicate 1000 F. I Remaining T/C readings average about 585'. 12:30 P.M. RCS sample aa' analysis indicate
- I fuel cladding damage. RCS specific activity is 260 Micro Ci/gm I-131 dose equivalent.
An Alert is declared. 12:35 P.M. PORV on MS Line C and FW to S/G "C" are isolated to reduce the radiological release. ?JRV's l for MS Lines A & B continue to I operate to remove decay heat. 12:45 P.M. RCS wide range T-Hot and core ll exit T/C readings indicate l5 adequate natural circulation for l all outer core regions. Cnly ,I fuel assemblies at core locations K5 and L6 are experiencing inadequate iE 'E cooling. Natural circulation cooling is estimated at about l 15 F pe r h'ou r . l ' _g_ I
I I 1:30 P.M. Motor drive Aux. Feedwater Pump 3A stops as motor bearing seizes. I . 2:45 P.M. A primary to secondary tube leak occurs in S/G "B". Winds are now 7 mph, from ENE (68*). AT is -1.05* (Class C). I 2:50 P.M. MS line B Hi Range Radiation Monitor indicates 2 x 10-1 MR/hr. Attempts to close PORV I on Line B fail as PORV will not close on controller demand signal. A Site Emergency is declared 3:00 P.M. Handwheel on PORV isolation I valve is broken off the valve sten when attempt is made to close the manual isolation valve. Steam continues to I " weep" from the valve. Venting instrument air at PORV actuator does not close the PORV. 3:15 P.M. Maintenance c:ew reports that the spring on the PORV actuator is broken, causing the valve to stay partially open. 3:50 P.M. Isolation valve to PORV is shut by applying wrench to valve stem. Release is Terminated 3:55 P.M. Decay heat is being removed only through the PORV for MS Line A. Core exit T/C's continue to show inadequate cooling for fuel assemblies near core locations K5 and L6. 4:00 P.M. Suffolk repair crew has repaired Bus 5. Station Service Buses A, B and Bus 2G are restored. 4:05 P.M. RCP A is started to initiate forced circulation cooling. I I
I 4:15 P.M. Core locations K5 and L6 are being cooled by forced circulation cooling as evidenced by decreasing T/C readings. 4:25 P.M. All T/C and RCS temperature indications show adequate core I cooling. T/C = 475') (T-Hot = 465 F, Avg I 4:45 P.M. (Time compression) 7:00 P.M. It is now All reporting onsite and offsite radiological monitoring data are indicating I 5:00 P.M. background readings. Exercise Terminated 5.2 Plant Parameters vs. Time: See Appendix A. 5.3 Radiation Levels vs Time 5.3.1 In-plant radiation levels vs. time: See Appendix B. 5.3.2 On-site (out of plant) radiation levels vs. time: See Appendix C. 5.3.3 offsite radiation levels vs. time: See l Appendix D 5.4 Controller messages: See Appendix E. I I I I I I I I
I 6.0 NARRATIVE
SUMMARY
The scenario begins with a hurricane watch being declared for I Southeastern Virginia, including Surry County. An Unusual Event is declared. A chemistry technician is injured and contaminated in an acciden~t when returning from the sample room. The transport of the contaminated, injured victim to I the Medical College of Virginia causes the declaration of a second Unusual Event. A loose part in the RCS causes a part of RCP C impeller to break off. Intense vibration of RCP C causes the pump to trip, resulting in reactor, turbine, and generator trips. Post-trip cooldown proceeds normally until 34.5 KV Bus 5 is I lost. This results RCS condenser vacuum. in the loss of RCP's A & B as well as cooldown continues by natural circula ion and the operation of the main steam atmospheric I PO RV ' s . Loose parts and debris in RCS cause the partial blockage of I flow channels for core locations K5 and L6. Natural circulation is insufficient to cool the affected assemblies and fuel cladding failure occurs. An Alert is declared when RCS activity attains 260 Micro Ci/gm I-131 dose equivalent. A 10 gpm primary to secondary leakage develops for S/G "B", tnus providing a release path to the environs. A Site Emergency is declared when Hi Rang Radiation Monitor on MS I Line B exceeds 7.5 x 10-2 MR/n r . MS Line B cannot be isolated due to failure of the PORV and the manual isolation Offsite radiation monitoring teams are dispatched I valve. because of the release to the environment. A site evacuation is also ordered based on a projected release period of 1-1/2 Tne PORV is isolated one hour later, thus terminating hours. the release. Upon restoration of Bus 5, forced circulation is initiated and provides adequate cooling to the affected assemblies. I I I I 7.0 CVALUATORS/ CONTROLLERS , 7.1
~
1 Controllers Medical E=ergency (1) Remote Assembly Area (1) Control Room (1) TSC and Dose Assessment (2) i g OSC (1) EOF and Dose Assessment (2) E Offsite Monitoring Areas (2) HP/ Chemistry / floater (1) Security / floater (!) 7.2 Evaluators Control Room (1) Medical E ergency (1 + Corp.) HP/ Count Room (l) ll l5 HP/ Chemistry (1) TSC (1) OSC (1) EOF (1) ! Offsite Monitoring Area (1) Security (1) Remote Assembly Area (1) Public News Center (1 + Corp.) (Designation of Controllers / Evaluators will be made at a later date) I I iI l l lI l l
4 I 8.0 EXEPCISE F?";2I.AY IT'S T-2:D S!?LUTICMS The follcwin9 list of freeP av. l iters ~ and sinnlaticns rec. resent a conclusive listing of all ncnscheduled events Sat ray be inserted during the course of the exercise. . All or none of the iters ray be utilized, depending on exercise progress and ti .ing. An item ray be inserted by Se controller associated with the activity effected only
, with the exc. ress direction or concurrence of the Inad Controller.
l S.1 Freeplay Items l Item Acprcxi ate Tire Cne ranager not present 9:30 a.r. - 1:00 p.m. (accident / auto failure / vacation) l Cne telephone cr radio line disabled 9:30 a.m. cr 1:00 p.m. Autccchile accident biccking plant 10:30 a.m. or 3:00 p.m. access route i l Less cf plant para eter indicatcr 9:30 a.m. - 4:50 p.m. Perscrrel overexposure /centa-i.ation 12:30 p.m. - 4:00 p.m. Forscrrel in"urv. cnsite
- 1:30 c.m. . - 4:00 c..m.
Unacccunted perscrcel 2:50 p.m. Spcn aneous evacuation of 1:00 p.m. - 3:30 p.r.
~eneral n pcpulation near de site o.z Sirulations S i.. .u l e. .a. ="a . ua . 4. .~: .o. .- e.~ . u ~a .'. , "'4."
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with them to Seir Fa cte Asserbly Area. I g _4 u! _.3 -_, ,- Fe cte Assecbly Area. g..,.1 .c..4 -r.4.g ne _ .e _re_ . .=.s~_ . .e l r.e "+. 4 -, - = (e.g. , Surrey as ncral the first 13 to 20
- . _ . . .. _+
~
vehicles and cerscrcel at de Fe c:e Asse-biy Area, but nct all I the vehicles and perscnne 1) . Sirulate a recuest for additional field rcnitcri .g personnel and vehicles frca North ?rra Pcwer Station.
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Si:xlate the follcwing calls for technical assistance if necessar;: _
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- Stone and Webster Sirulate after a discussicn, the relief of Key Tergency Perscri.el.
Sinulate Suffolk repair crew working in t'.e Switch Yard. 4 I l 1 l l 1 l l \ I e ,=
I 9.0 CRITICUE/ EVALUATIONS A series of' critiques will take place after the completion of the Surry Emergency Exercise, Wednesday, McVerber 10, 1982. 2e initial critigces will be held irzediately follcwing the exercise. Vepco participants will assemble in the TPAINING COMPLEX AUDITORIUM, Surry Power Station, upon ccepletion of the Pecovery Phase of the exercise. Concurrently with this critique it is noral practice for the NPC to hold a separate critique of their observers. At a entually agreeable tire NPC Pepresentatives and Vepco Pepresentatives will conduct a joint teeting to present the findings of the preceding critiques. The internal Vepco criticue that follcws the te miaation of the exercise shculd _ last approxirately 30 to 60 minutes. Controllers and cbservers shculd present their ccarents. Key participants in de exercise shall attend this critique. The star of the critique will I be delayed until Pespcnse Center arrive. representatives frcm the Corpcrate Energency Sese representatives ray leave de CEPC before the cc:mletion of the Pecovery Phase to avoid delaying &e start of the staticn critique. The initial staticn critigce is intended to highlight exercise problem areas and/or identify 2cse aspec s of erergency planning that could be inproved or changed to facilitate srccther operations. It is intended that this critique be an open discussien amng Vepco participants in the exercise. It is possible dat risunderstandings or erroneous cbservations can be resolved at this ti.e. In the joint reeting wid the NPC a .d Vepco $at follcws the initial I criticues it is nor-al practice for the utility to appcint a principal srckes an to present the findings of the critig;e. The utility ne rally rakes its presentation first. The NPC Pepresentatives will then present their findings. At this ti e it is also possible to resolve misunderstandi.gs er riscencepticns. i l A tentative critique schedule of the Ererge.cy Exercise to be held on l November 10, 1932, is as follcws: 1 1530 - CERC Pepresentatives depart for Surry 1700 - Exercise Te rinated 1730 - Vepco Critique 1800 - NFC Critique 1830 - Vepco List of Critique Findings Pasolved 1900 - Joint NFC/Vepco yeeti g and NPC Exit Interview 1 l Sere is no plr.ned foral Cccrccrz;ealS of Virginia /FTA Criti ue s1eduled. 1 ( i {
- 10. Notes 10.1 Controllers Controllers, as designated in Section 7.1 are the only personnel who are authorized to provide input to the exercise response personnel. Controllers shall wear red I arm bands and shall be responsible for all inputs (i.e.
data, initiate scenario events, etc.) in their assigned Controllers are responsible for the successful area. conduct of this exercise scenario as scheduled. Any simulation required to assure the oo]ectives of this exercise are met shall be the responsibility of the affected controller. The Controller shall not, however prompt an exercise participant unless required to meet the scenario schedule, in which case the participant shall be considered to have unsatisfactorily responded. Use of "Freeplay" additional simulations shall be conducted only after agreement on the item is reached between the lead controller and the controlle r (s) of the affected areas. 10.2 Evaluators Evaluators, as designated in Section 7.2, shall wear orange armbands and shall not participate in any way in the exercise. Their function is limited to evaluating the exercise as objective critics, and documenting any I deficiencies noted for evaluation following the exercise. and correction Evaluators may ask questions of participants to clarify actions taken, but should not interfere with the flow of events. 10.3 Participants Exercise response personnel shall not wear any armbands and shall respond to exercise input data as provided by the controllers. 10.4 Exempts Any station personnel whose position at the time of the exercise requires their attention to actual plant conditions to assure safe operation shall wear green armbands and shall be exempted from response to the I simulated conditions of the exercise. 10.5 Observers Observers are personnel who serve no evaluation, control or participatory function in the exercise. Visitors from NRC, offsite agencies, other utilities, etc. shall not i.nterfere with Evaluators or Participants. Questions from observers should be directed to a controller. I
APPENDIX A I Plant Parameters I I I
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I I - I I I ? I l t I l I
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.m t l Emergency Diesel Generators (EDG) 1 OP AVL !, OOC I 2 OP AVL J OOC l Cont / Manipulator /p/ 50 mr/ n r i 3 OP AVL / OOC l Aux 131dg-Cont r ol Area / mr/hr l l Aux Bldg-Drumm'ing / mr/br Sample Room / mr/hr l ~l AUX 1l.1 ARY SYSTEMSI l tiew Fuel / mr/br l RWST Level /c p 4 Charging Flow Q, GPM l Spent Fuel Pit t. mr/hr i CST Level /a ,3 % Letdown Flow no GPM l Control Room /r mr/hr i VCT Level 77 % l l . I Other:
l l BAST A ( ,, 1 CCW: SupplyllDR(A/B A., o GPM l l ll AST 11 'f c 4 Ite4-uFn llDR (A/B Jo *F l l l BAST C '/ r' A f* '" I * * " l l _.. _ _ _ _ _ _ l
W M ~ M M M M M M mm e e a m Sultry Uti1T 2 a e IIllici.IIAl't' [tidTIEMEllT AT10!11 l (wit 3DI l l PLAT 1T DATA S!!EET l lS PIsisD Jo MPil l (Date /r//o/At Time /0 <nr <t POW Elt R A!4GE //pr % /OJ _% /81 1 % /h tr ' % l l D 1 R ECT . ./.# /M
- l l l 114 Tit . H A!3G E ,a < AMPS em : AhPE I ITEMP. 19 *Fl l l SOURCE 11 AtlGE fvA CPS f/M CPS I l AT -o C *Fl.I I l lo 0 as l l l l l l l RCS Pressure JJ ro psig RCP's Oper.(9/(p g i Containment i iPitIMARY SYSTEM l ItCS Flow loop A Apr % B /<n %C /e t - _% l Pressure f. f psia CS Pump i Temperature f,. c *F Pres.
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lOf her l Core Thermocouples l l Avg dof *F l l Peak //5 *F Location /// l ISECOt4DARY COOLAt4T SYSTEMI S/G Levels A 4(/ %B 45/ %C </3 % l Subcooling Monitors [4JS w U - 7/c) IU/G Pressure A 9;o_ ps ig B Ryo psig C 9.a o p s ig i A'[ M psi to Sat / ~ *F Superheat B ,, C psi to Sat / - *F Superheat lS/G Flow A U t lb/br B M/ / lb/br C r<.s a lb/hr l IS/G Feed A < / (, Ib/hr 11 n et lb/br C F. /4 lb/br l (Aux. Feed Pump 3A avl 3B Avt 2_ /?vt I lAFW Flow S/G A o GPM B e, GPM C n GPM l l l lRMSI l I Et1G ItJ EERED SAFEGUARDS) { S/G BD Monitor A/B /05'/4,mr cpm l Condenser Air Ejector icir- cpm l GPM C o GPM Process Vent (gas) , . - cpm 1 COLD /IlOT LEG SI A o GPM B o l cpm l LilS i Flow A () GPM B n GPM l Process Vent (part) /f, i Accumulat or Level A 57 % B 5 7% C N% l Vent Vent (gas) Vent Vent (part)
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l l T-lio t /T-Co l d Loop A /o// f {3* P 11 doV/gq* F C dof/ (Q* F i Sump Level C % A () l Pressurizer (Liq / Gas) A t / f51 P Level iS 1 Press.y>oO psig i Sump Temp G3 *F 3 /) l PRT Temp. 9,3 *F Level f e) % Press _? psig l I Safety Valves Open4Closedt l Open/CT5 l l Core Cooling I l PROV's Core Thermocouples lother l l Avg gaf 'F I l l Peak 6c *F Locat ion //A I
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(S/G Flow A g Li b/hr Bf';/(.lb/br C h.'4,1b/hr l ( B., psi to Sat / - *F Superneat (S/G Feed A LLib/h r lif '; / /, I b/ b r C ,, c / t I b/ h r l lAux. Feed Punp 3A J 1 3B Ayf 2 Ar/. l lAFW Flow S/G A n _GPM B o GPM C p _GPM l l l lRMSI l S/G BD Monitor A/B /C d//y y cpm l~ {EllGillEERED SAFEGUARDSl Condenser-Air Ejector : so ;pm l l GPM 11 A GPM C h GPM l Process Vent (gas) / . t- cpm i CULD/IlOT LEG SI A n l Process Vent (part) Sn epm i LilS I Flow A n GPM B o GPM ' cpm A $~/ % 11 s '/ % C $7 % i Vent Vent (gas) /o I Accumu lat or Level Vent Vent (part ) :/o cpm I lits A /h / II,f](L l l Letdown (high/ low) /o 8 / /,,2 cpm l OR:; A nef B fgyz
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l l Emergency Diesel Generators (EDG) 1 OP AVL / OOC l 1 2 OP AVL / OOC ( Cont / Manipulator /n / h rar/n r 1 3 OP AVL / OOC l Aux Bldg-Coatrol Area / mr/hr l l Aux Bldg-Drumming / mr/br Sample Room , mr/hr l --I AUX 11,I AltY SYSTEMSI l tiew Fuel # mr/hr l ItWST 1.e v e l ' 1 Charging Flow 's e'
, GPM i Spent Fuel Pit .' mr/hr mr/br
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l Other: 1 BAST A jr % CCW: Supply llDR A/ll / c te r, GPM l l ll AST 15 n, 1 Re*-ut-n-llDR ( A/B '/s *F l l iS AST C_ /'. 1 D
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M M M M M M M M M M M M M e emM M SULRY Ut4IT 2 M lilVCLEAR IllSTitU M Et1T AT 10H I l lW II3D I l l PLAT 4T DATA SilEET l' l lSIFEED ?6 MPil l 1Date ///4/9 L~ Time // or) n i POWElt R At1GB /p, % /gy- % / p: % /pr % l l DI RECT.f,.* 77 *l l l I t4TR . R A!4G E '~,.c , AMPR.fri AMPE I (TEMP. > (. *Pl ( l SOURCE R At4GE n/1 CPS r/A CPS l l AT - /. / *Fl l I l \U U /T l l I *I I I l ItCS Pressure 2 .> / O psig itCP's Ope'.. QIQQ l Containment l lPitIMAltY SYSTEM l ItCS Flow loop A e n.- t B /,ry % C_'r % l Pressure f7 psia CS Pump l Temperature /ar *F Pres, l l Sump Level e- % A O i T-lier /T-Cold Loop A go9/ e,5D
- F B 68/ 59)* F C /oV / 5<.o* F 38 % Press.'/200 psig l Sump Temp 'fM 'F B O l Pt n urizer (Liq / Gas) f 53/E
- F Level l Pin .emp. ,7 ,3 *F Level to 1 Press J psig l l Satety Valveu OpenKC lose 3D l Open 1 (Core Cooling l l P it O V ' s (Other l Core Thermocouples l Avg 409 'F I
l l Peak 6/C *F Location //8 l . i S ECOtID Alt Y COOLAt4T SYSTEMI S/G Levels A </4 %B & % C /# % i Subcooling Monitors IS/G Pressure A 3 ; ,3 psig B $ 3 f, psig C ,93 0ysig l A" - psi to Sat / - *F Superheat (S/G Flow A M / g lb/b r B ?.s /g lb/b r C r e / f__lb/b r i B ,. psi to Sat / - *F Superheat I S/G Feed A _? s I[. Ib/h r B?.s / / lb/br C f.s / f lb/hr i lAux. Feed Pump 3A /gt 3B Av/ 2 Avz. l
\AVW Flow S/G A r> GPM B o GPM C o GPM l l l IRMSl l S/G BD Monitor A/B /Od/ / a m, cpm l l E!4G i tlEER ED SAFEGUARDSI l
l Condenser Air Ejector fto cpm GPM C O GPM l P.ocess Vent (gas) cpm i COLD /llOT LEG SI A () GPM B 0 Process Vent (part) fn-cpm A O GPM B O GPM l 70 l LilS I Flow A 57 % B 5 7 _% C r7 % l Vent Vent (gas) 70 cpm i Accumulat or Level ~ Vent Vent (part) 70 cpm I lits A /h/ B //VL l l Letdown (high/ low) ,d / fo3 cpm I OltS A_f]tt B_g g l I l Emergency Diesel Generators (EDG) 1 OP AVL / OOC l l 2 OP AVL 4 OOC l Cont / Manipulator , /o / fo mr/ b r l 3 OP AVL / OOC l Aux Bldg-Control Area / mr/hr l l Aux Bldg-Drumming / mr/hr Sample Room / mr/hr i IAUX1L1AltY SYSTEMS l 1 New Fue1 s mr/hr l ItWST Level /.f y % Charging Flow 9/, GPM i Spent Fuel Pit a mr/hr Letdown Flow GPM l Control Room <f mg/hr
! CST 1.evel ,
, ,3 r % /93 _
l VCT Level N % l 1 l Other: l BAST A h% CCW: Supply llDR A/B [,. nr GPM l l BAST B t1 Rutucn 11D11 A/B // *F l i BAST C /c 1 s I h . h.?r I
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; -g gg g ,4 . g g J- . o f . e .- 25 7* % F r-l I I i i ItCS Pressure y7 "/ Q )nig itCP's Oper. 4/6/J1 l Containment l
/oo % l Pressure 7 psia CS Pump l Pit 1M AltY SYSTEM l ItCS Flow loop A / n "% B /. )q % C
*F Pres.
l l Temperature /or Loop A /$/3/ M5* P B < /#/ MF
- P C [f /n* F l Sump Level A % A O l T-liot/T-Cold d l Preuuurizer (Liq / Gas) M //vy'*F Level /' T 1 Press. 3 2 /Spsig i Sump Temp 9 '/ *F 6 I PitT Temp. 80 *F Level /n % Press .7 psig l l Sat et y Valves Op e ni.C .l o se d3 l 1 PROV's Open/ Closed l l Core Cooling _l IOther
'~
l Core Thermocouples I Av9 /- l o *F I l l Peak (. i ', 'F Location /-// l lSECO!1DARY COOLAtlT SYSTEMI S/G Levels A 'V
, 1 B 35 % C W% l Subcooling Monitors IS/G Presuute A '/ g p s ig B /g rpsig C fff'psig 1 Ae/9l'. psi to Sat / " *F Superheat IS/G F l ow A;,, / / l b/h r B ' ,, e /, Ib/hr C f.t&lb/br l B //. .M psi to Sat / - *F Superheat iS/G Feed A p111b/hr B ? 6c r4 lb/br C - St / J.lb/hr I lAux. Feed Pump 3A /l v t 3 B /b/ t 2 Art i IAFW Flow S/G A c GPM B o GPM C O GPM l i I litMS l l I Et1G I t4 EER ED SAFEGOARDSI l S/G BD Monitor A/B //D // 7.,f_ cpm l I Condenser Air E3ector /. " o cpm C GPM 11 /> GPM C /> GPM l Process Vent (gas) j. - cpm i COLD /llOT LEG SL A cpm I LilS I Flow A D GPM B () GPM l Process Vent (part) N I Accumulat or I,e ve l A 5 '/ 1 B <'~) 1 C t '/ % l "ent Vent (gas) /o cpm i 1RS i Vent Vent (part) '/o epm A_/h 11 Avt I Letdown (high/ low) r, / s t epm I ORS A_jl tL, B Mvt I l l Emetgency Diesel Generators (EDG) 1 OP AVL /, OOC l
\ 2 OP AVL v/ OOC l Cont / Manipulator ro /s o mr/br i 3 OP AVL s/ OOC l Aux Bldg-Control. Area s mr/hr I l Aux Bldg-Drumming i mr/hr Sample Room i mr/hr l - [AUXI1,1ARY SYSTEMSl \ tiew Fue1 i mr/hI l lulST Levt 1
~
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I Other: ' l IlAST A ,
% CCW: Supply llDR (A'/B /. . . GPM l l BAST is_gt Retur,n- IIDR (A/B yo *F l I"' I l ISAST C_ L 1
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( l RCS Pressure 2./,qysig itCP' s Ope r . /0/8[j) l Contatnment t l RCS Flow loop A %B /a.i_% C /o o l Pressure 9 psia CS Pump l PRIMARY SYSTEM f o.i _% l Temperature en/ *F Pres. l A d l T-ilot/T-Cold Loop AA/ G(* F B_fi gf / F C f// /_{fp F l Sump Level _ 4 % i Pteuuurizer (Lig/ Gas) M (#7 "F Level /, / % Press. 72fapsig l Sump Temp _ 97 *F B o l PitT Temp. ho *F Level /n % Press J psig l I Saf et y valves Open/Clgse p . l I PROV's Open/flosed? I (Core Coolin] I lother I Core Thermocouples l l Avg //s' 'F 1 l Peak Aw *F Location //9,
~
I ISECotJDAltY COOLAtJT SYSTEMI S/G Levels A U. %B in 4 C 38 % I Subcooling Monitors IS/G Pressure A lc7 [90 psig C ',:/U p s ig l A /73 psi to Sat / _*F Superheat b/p_y s ig Bh r B 7 3 r f. lb/h r C i 3, /. lb/h r l B V/ 3' psi to Sat /_ _*F Superheat IS/G Flow AMd IS/G Feed A ;ftlb/hr B 74 .< t l b/ b r C 7 9 /, lb/b r l l Aux. Feed Pump 3A_/k( 3B five 2 /lvt l IAFW Flow S/G A .. GPM B O GPM C /~; GPM l l l IRMSI lIltlGir4EEltED SAFEGUARDSI l S/G BD Monitor A/B /lD/ 4<, cpm I l Condenser Air Ejector :/fu cpm C GPM !! O GPM C 0 GPM l Process Vent (gas) fi g cpm I COLD /ilOT LEG SI A Process Vent (part) cpm i LilS i Flow A (i GPM B O GPM l lo C57 Vent Vent (gas) 70 cpm I Accumulat or Level A 57 % B 57 % _% l Vent Vent (part) cpm A Ar/ 70 l 1RS ltJr t. I l Let down (high/ low) ern //svr epm I ORS A ft, L B /b t . I l i Emergency Diesel Generators (EDG) 1 OP AVL / OOC l l 2 OP AVL 4 OOC i Cont / Manipulator m /<o mr/ur 1 3 OP AVL / OOC l Aux Bldg-Control Area f mr/hr I l Aux Bldg-Drumming i mr/hr Sample Room # mr/hr 1 -IAUX1LIAltY SYSTEMSI 1 tiew Fuel i mr/hr l RWST Level /no % Charging Flow . >< GPM l Spent Fuel Pit ? mr/hr l CST Level /a c % Letdown Flow fe v GPM l Control Room <r mr/hr l VCT Level 90 % 1 1 l Other: 1 ilAST A 80 1 CCW: Supply llDRlA/B ge, w 1 GPM l I liAST 11 in 1 Ret it r n llDR (A/B 7n *F l l
/ > ' ' / ' ,y - I ll AST C _ _-/_A__1
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l
\ Peak Acc *F Location //8 l
lSECOtlDARY COOLAt3T SYSTEMI S/G Levels A #2 % B 9c %C </ L- % l Subcooling Monitors A r. // p s i t o S a t / - *F Superheat IS/G Pressure A_fh _psig B 896 psig C % O_psig l B 6W/ psi to Sat / - *F Superneat IS/G F' tow A ; nt I b/ h r B .) < / /, I b/ h r C 2. c t /.l b/ b r l IS/G Feed A c e j r. lb/ h r B i y r /, Ib/ b r C 3 o f /: lb/b r I lAux. Feed Pump 3A Avn3B A u c 2_j]y_g_ i lAFW Flow S/G A r. GPM B (, GPM C /') GPM l l l IRMSI l~l EtJG !!3 EUR ED SAFEGUARDSI l S/G BD Monitor A/B /db/' r. ricpm l Condenser Air E]ector X> cpm l
/) GPM B () GPM C h GPM l Process Vent (gas) /ot- cpm i Col.D/IlOT LEG S 1 A Process Vent (part) /n cpm l LilS I Flow A /> GPM B (> GPM l B C'/ % C S '/ % l Vent Vent (gas) A> epm I Accumu lat or Level A C '/ 1 Vent Vent (part) -/,s cpm i IRS Aji BJg i I Letdown (high/ low) /kffh. cpm l URS A_j Q Bj; /.
i I I Emergency Diesel Generators (EDG) 1 OP AVL j OOC l 1 2 OP AVL l OOC i Cont / Manipulator e i/ fo mr/ n r l 3 OP AVL / OOC l Aux Bldg-Control Area / mr/hr l l Aux Bldg-Drumming ' mr/br Sample Room / _ mr/hr l I AUX 11.l Alt Y SYSTEMill I flew Fuel / mr/hr l RWST 1.evel /ac % Charging Flow 40 GPM l Spent Fuel Pit a mr/hr l CST 1.e v e l n , ,3 % Letdown Flow es . - GPM l '.ontrol Room <f mr/br i VCT Level er 1 ( l i Other: 1 ISAST A % % CCW: Supply llDR A/B d ono GPM l l BAST B . % Retttr o llDR A/B yo *F l
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M M M M M M M M M M M M M M M M M M M l lWINDI I PLA!1T DATA SilEET SURRY UtilT 2 l!10 CLEAR lilSTRUMEt1TATIOtll I l~~~ l l5F ED E S MPil I lDate /, /n/12. Time // 3 8 <t i POW Elt H Al1GE o % 70 % '70 1 70 V. IDIRECT. .i . , 8 , ,
- l l l 1!1 Tit . R Af 4GE , 7 AfiPS er
- ANP5 i iTEMP. </ c *Fi l l SOURCE R AtlGE f, f1 CPS g/l CPS l l A T - /.3 "Fl l d e,
- l _l l u O 1 I
I l I i ~l RCS Pressure y / /o p:;ig itC P ' s Ope r . (M4171 0 ) l Containment _ t l RCS Flow loop A B Ain 1 C Air i % 4 Pressure t) psia CS Pump l PRIMARY SYSTEM f,,,,_t l Temperatur; f.3 / *F Pres. l I T-liot/T-Cold Loop A C88/ 19;* F B G7/ m
- F CJgM* F I Sump Level /! % A d l Pressurizer (Liq /G3s) / T (.< / gr#
- F Level g (t Press. z ? on psig l Sump Temp 9') *F B O I PRT Temp. go *F Level / Q_% Press 3 psig (
l Satety Valves Op e n/C l o sed . I I PHOV's Open/C'ITsE O l l Core Coolin3 l lother I Core Thermocouples i I Avg f9V 'F l l Peak s y3 *F Locat io n //f) l lSECollDARY COOLA!1T SYSTEM l S/G Levels A oc 1 B </ C % C </ C 1 l Subcooling Monitors IS/G Pressure A K'in ps ig B 38.) psig C J $>_ysig i A I* '/t) psi to Sat / ~ *F Superheat IS/G Flow A .>Splb/br B ; 5 / t. l b/h r C j c p /. l b/ b r I B /. <fD psi to Sat / . *F Superheat IS/G Feed A ,,>CJ1b/br B yq // lb/hr C / M lb/hr IAux. Feed Pump 3A Ad 3B Av6 2 //rL l iAFW Flow S/G A n GPM B /_ , GPM C & GPM l l l lRMSI l~ [El1GIllEERED S AF EGU ARDS_ l l S/G BD Monitor A/B /N 'c _ cpm l Condenser Air E.)ector ,<.i cpm l O GPM B D GPM C GPM l Process Vent (gas) cpm l COLD /ilOT LEG SI A (> Process Vent (part) 3,tr gn epm LilS i Flow A . B (8 GPM l l ~ GPM epm l Accumulator Civ[i_T A 57 s B 57s C 9 '/ s I vent Vent (gas) >,, A_/}& B /,VL l Vent Vent (part) 70 cpm i lit S l Letdown (high/ low) />.,,,/ /A,r_c pm i URS A_/h B AS L_ l l
\ Emergency Diesel Generators (EDG) 1 OP AVL /. OOC (
l 2 OP AVL / OOC l Cont / Manipulator /o / 53 mr/nr i 3 OP AVL / OOC l Aux Bldg-Control Area / mr/hr l l Aux Bldg-Drumming / mr/hr Sample Room / mr/hr l ~lAUXIE1ARY SYSTEMSI l 11ew Fue1 / mr/br l RWST Level je 1 Charging Flow K GPM l Spent Fuel Pit z mr/br l CST 1.evel f a ,- 1 Let down Flow j, o GPM l Control Room .c ! mr/br l VCT Level </ / ) % l l I Other: I BAST A
% CCW: Supply llDR lA/B- [uv GPM i l HAST 11 ' , , t Return llDR (A/B '
jo *F l ( I i ilAST C_ '<, 1 ' '/ * )U I
M M M M M M M M M M M M M M M M M M M
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l lW I rlD I I I PLAT 4T DATA SilEET SURitY Ut41T i lhuC1.id AR I tidTitU'MEtIT AT 10t1l m i ~ ~~ l l SPEED IG MPil i IDate n //0 / h . Time / /;&, i POWElt it AtlGE A % o % /> % /> % l ( D I st ecT . ./, , _ 3 (
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' "i. < r ,. f < y l _I l l 1 ;< i I l RCS Pressure .n n_, puig h itCP's Oper . ( A/B/C l Cont a inment l l Pressure 9 psia CS Pump
( PR I M AltY SYSTEM l itCS Flow loop A e s, . % B ,,,% C /f 1 l Temperature en / *F Pres, ( A o Loop A Q,/iw *F B M /;h*F C_TJj .(, *F l ." ump Level A % i T-Itot /T-Cold I Pressurtzer (Lig/ Gas) /Tre /ff9
- F Level 90 % P r e s s . ? ? ,n; p s ig l Sump Temp d ') *F B o l PRT Temp. %> "F Level /,, % Press s psig l l Salety VaIves Open/Op 3t:( . l l (Core Cooling (
I PROV's open(Close@ Core Thermocouples 1 lOfher l Avg 5 '/ /, *F l l l Peak e sn *F Location // 8 I i S E C O t3 D Alt Y COOLAtlT SYSTEMI S/G 1,evels A Jg 1 B 7o % C 70 Subcooling Monitors lS/G Pressure A/JC psig B N ipsig C M fpsig % 4 ll A . . //[ psi to Sat / - *F Superheat l! .J/ <[ ps i t o Sa t/ - *F Superheat (S/G Flow A f .. p <. l b/h r B y v i ,:-l b/ h t C ;,t/Clb/br l I IS/G Feed A Lfi b/ b r B 3.'/s ! /,1 b/ h r CJ. /s / t.lb/ h r l iAux. Feed Pump 3AJL3B /1/L 2 /}< t_ lAFW Flow S/G A f, GPM B n GPM C d GPM l
~
l (RMSl I I EtJG i f.E Elt E D SAFCGUARDSI l S/G BD Monitor A/B /C/3/lcpm l l Condenser Air E]ector /r t- cpm l GPM C fi GPM l Process Vent (gas) /, - cpm I Cold /IlOT LEG SI A o _GPM L1 D i Process Vent (part) ,. r cpm I LilS I Flow A /j GPM B /> GPM cpm Li < '/ % C s '/ % l Vent Vent (gas) i., l Accumu lat or Level A c? % 3
\ Vent Vent (part) 'o cpm i IRS A At 11 /b / Letdown (high/ low) /e */ wn-epm I
l ORS A_jb r il , h b l I l Emergency Diesel Generators (EDG) 1 OP AVL . DOC l 2 OP AVL j OOC l Cont / Manipulator 'O / Tu mr/ b r i 1 3 OP AVL / OOC l Aux Bldg-Control Area / _ mr/br l Aux Bldg-Drumming ' mr/hr I Sample Room ' _ mr/br I flew Fuel i mr/hr l TUElIARY SYSTEMSI Spent Fuel Pit 5 mr/br IdiiFf'12VT1 e. 1 Charging Flow / /. - GPM i l Let down Flow , GPM l Control Room e_ / mr/hr l CST Level ' 1 VCT Level ;ff 1 ( i l l Other: , , g , , /. . , j.,/,,, . BAST A lo 1 CCW: SupplyllDR[A/l! [*~, GPM i g /, , / - ,
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I I HAST L1 . 1 .itet,u.c n. llDR (A/ll j,, *F l l '/ ' w ' ~ j' l 1, . . . e . r n: L
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l (WIMDl l 1 PLAT 1T DATA SilEET SURRY Uti1T 2 l ~~ l 15IIEf!D UO MPil l lDate // //t) M p Time //. V/ A
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I POWER H AtlGE (/ % () % O'% (> % l l D I R E CT . . /. . /,')
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l I tiTit . R Al3GE p , , 7 AMPS /mTXM'PII I l TEMP. M *Fl l l SOURCE RAtlGl: ,;f ; CPS f/)t _ CPS i lAT /. S *Pl l l l \o O 3 C~ l l l I l I l RCS Pressure / n '/T puig t itC P ' s Ope r . (fM9/C l Containment i 9 psia CS Pump IP_HIMAltY SYSTEM l RCS Flow loop A _s . s _% B /< i m % C /(> % l Pressure Pres. l Temperature /n/ *F 1 4 A l T-lio t /T-Co ld Loop AM/ 59)* F B M t/ ?O)*l' C 8(/f$i F l Sump Level % te l Pressurizer (Liq / Gas) <%/ /fo
- F Level 7 L. % Press. ?osa psig l Sump Temp r '/ *F B />
l PRT Temp. g3 "P Level () % Pfess T psig l l Saiety Va1ves Ope n/C l o seil ' . l Open/ Closed > l ICore Cooling _l I PROV's Core Thermocouples l lother l l Avg $f7 *F l l Peak it7 *F Location // #/ l ISUCOt3DARY COOL.AtiT SYSTEMI S/G Levels A M %B 8 % C M % pl Subcooling Monitors A / . psi to Sat / ~ *F Superheat IS/G Pressure A ga,psig B /n . r o psig C foto psig l (S/G Flow Aj u r clb/ghr B y y/ c lb/br C <w (Ib/hr l B f. psi to Sat / ~ "P Superheat iS/G Feed A Jgglb/hr 11 t rg(lb/hr C g ct(1b/hr va. Ja'. Is//' '.# /'d l IAux. Feed Pump 3A /h/ 3B / k /_ 2JYc l lAFW Flow S/G A .', GPM B 6 GPM C () GPM l l \ lRMSl l S/G BD Monitor A/B ,/r'22/N6a cpm l~ llit1G ills EltE D SAFEGUARDSI l Condenser Air Ejector < ', 'ry cpm l () GPM C () GPM l Process Vent (gas) , , - cpm l Col.D/llOT LEG Si A (> _GPM B Process Vent (part) j ,,r epm l LilS L Flow A () GPM B rs GPM l B T7 % C C7% l Vent Vent (gas) Jo epm ( Accumulat or 1,e v e l A + '), % Vent Vent (part) 7 c. cpm i IltS A R BJi l l Letdown (high/ low) 2 <,o*/ .w /,ji' c p m ', . . I ORS Agjg_ li j t. l l l Emergency Diesel Generators (EDG) 1 OP AVL v# _ OOC l 2 OP AVL t/ _. OO C l Cont / Manipulator ra/qn mr/br 1 i 3 OP AVL t / OOC ( Aux Bldg-Control Area e mr/br l l Aux Bldg-Drumming / mr/hr Sample Itoom / mr/hr ( ~lAUXIIlARY SYSTEMSI l New Fuel / mr/hr i HWST 1.e v e l f - % Charging Flow /J o GPM l Spent Fuel Pit ? mr/br I CST Level /u c % Letdown Flow GPM t.< q.< ' l Control Room ei mr/br VCT Level C% <. h l l 1 l Other: I liAST A i % CCW: Supply llDR O/B /b r GPM l IIAST 11 Rehrt'n llDR (AVB /p *F l i n-% ha,~<- g
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- l l l I t4TR . HA!4GE < < f. '" AMPS ,
r , - ^ AMPfi l ITEMP. yf *Pl l l SOURCE hat 1GE r. f n CPS r. / l CPS l l AT - /. T
- F l. I 1 I Io o c r' I l 1 I I l \ ItCS Pressure 7 //o psig RCP's Ope r . cM/,[l/C l Cont ainment l I RCS Flow loop A %B G r. _t C /c 4 l Pressure 7 psia CS Pump l PRIMARY SYSTEM i._r 1 I
l Tempe r at u t e /o / *F Pres. I T-ilot/T-Cold Loop A Tin /38
- F B F. >/M* F CJy/ S* F l Sump Level ~> % A (/
I Preuuurizer ,( Liq / Gas) M 6e, n
- F Level 2/ % Press. ? br ysig l Sump Temp 99 *F B (i l PHT Temp. _f/c> *F Level n % Presu 3 psig i i Sat et y Valves Open/ccl osiid- . l l PHUV'u Open/C h ed/ l l Core Cooling l lOt her i Core Thermocouples l Avg 5 C/ *F I
l l Peak i bo *F Location M/ l l 'j E cot 4 D AR Y COOLANT SYSTEMI S/G Levels A /r 1 B er 4 C /f % % Subcooling Monit or s IS/G Presuute A /g e. , poig B /o r_, . p s i g C / a i o_p s ig l A 7 psi to Sat / - *F Superheat IS/G F low A_f.s g s Ib7_h r By glb/b r C /,r 151b/b r l B . , 7 psi to Sat / ~ *F Superheat lS/G Feed A gf clb/br il3 7(lb/br C r/5lb/br i IAux. Feed Pump 3A flyt 3B /1vt 2_/]g l lAFW Plow S/G A > GPM B n GPM C (3 GPM i l l (RMSl l D}llGif4EERED S AFEGU AltDS I l S/G BD Monitor A/B /d/daO cpm l l Condenser Air E3ector ,- cpm GPM C D GPM Process Vent (gas) /, r, < epm l CULD/ilOT LUG S1 A /r GPM 11 () l Process Vent (part) cpm i LilS i Flow A r > GPM B r> GPM l /av B 'I 7 % C s/ % Vent Vent (gas) h cpm I Accumulat or Level A S/ % l Vent vent (part) '/ o epm I IHS A iR B ,-J. L l i Letdown (high/ low) b/ v.- -epm i OHS A en/ BJg I I I Emergency Diesel Generators (EDG) 1 OP AVL /, OOC l l 2 OP AVL v/ OOC l Cont / Manipulator _ -/s o mr/ h r i 3 OP AVL v/ OOC l Aux Bldg-Control Area f mr/br l l Aux Bldg-Drumming / mr/hr Sample floom / mr/hr 1 FAUX 11.1AHY SYSTEMSI l New Fue1 / mr/br l ItWST Level - % Charging Flow /(s et_G PM i Spent Fuel Pit 2 mr/br i CST Level Jr 1 Let down Flow /_in GPM l Control Room . / mr/hr l VCT Level o % l l l Other: I BAST A % CCW: Supply llDR A'/B A , .,, GPM l l BAST 11 , 1 Return llDit W/B /, *F l l BAST C i ", 1
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- AMPS < . ?AMPfi
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2 CPS l l A T _ /. I *Pl I l l i o o :s l l l \ l l l ItCS Pressure />/f<.puig itC P ' s Ope r . / A'/il'/ C l Containment I
%B /..., % C /c) % l Pressure '7 psia CS Pump
( PltIM AltY SYSTEM l ItCS Flow loop A /m l Temperature 6~ *F Pres. I A d l T-ilot/T-Cold Loop A k// O $* F B //d* F C2'/R* F ' l SU'np Level
% Pr ess. 2 / >O psig i Sump Temp efy
/ %
ap B o i Pressurizer (Liq / Gas) g p / /l( t. " F Level jf l PitT Temp. Jo *F Level D % Press 3 psig l l Sat et y VaIves Open/CIOnyiD l l l Core Cooling l 1 PitOV ' u Open/ @ i Core Thermocouples lOther i l Avg T53 *F l l Peak TsM *F Location //'J l I S ECO!!D Alt Y COOI.At1T SYSTEMl S/G Levels A 25 % B 7c % C f( % i Subcooling Monitors lis/G Presuure A /ow psig B./o':npsig C A.npsig l A/~dopsi to Sat / - *F Superheat iS/G F l ow A /. > r '. I b/b r 11 / .3 2<lb/hr C / c, / s Ib/b r l B'.60 psi to Sat / *F Superneat IS/G Feed A 4,,7 Tib/br B f o / ilb/br C L / s lb/br l l Aux. Feed Pump 3A /h ( 3B /1v/__22f_[ l lAFW Flow S/G A O GPM B o GPM C O GPM l
\
\ litMS l l S/G BD Monitor A/B /Lb /Z"fdcpm l 1 EtlG illEElt ED S AF EGU AltDS l l
l Condenser Air E]ector f.Qr cpm Process Vent (gas) cpm i COLD /IlOT LEG S1 A O GPM 11 () GPM C [) GPM l Process Vent (part) f c tr
/a e , cpm i 1.IIS 1 Flow A (> GPM B (> GPM I l Accumulat or Level A 57 % ll TJ % C T7 % l Vent Vent (gas) 70 -cpm A B /) vt l Vent Vent (part) >r> epm i lits Letdown (high/ low) Co rt- / % .' -epm l OltS A]/)[/_ B fhL l I
I I Emergency Diesel Generators (EDG) 1 OP AVL / OOC l 2 OP AVL t/ OOC l Cont / Manipulator /0/ 9 mr/nr l i 3 OP AVL / OOC l Aux Bldg-Control Area / mr/br I l Aux Bldy-Drumming / mr/br Sample Itoom / mr/hr 17 AUX 11_1 Alt _Y SYSTEMSI l llew Fuel / mr/tir I ItWST l.evel /.n- 1 Charging Flow /._, tr GPM l Spent Fuel Pit 2 mr/hr 1 CST 1.evel y .. 1 Letdown Flow /m GPM l Control lloom 2/ mr/br l VCT Level 77 % l l l Other: 1 BAST A '
, 1 CCW: Supply 11D11 A/B (- .r. GPM l l llAST 11 -
1 Iletusa llDit A/B 7/ *F l
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,- l l II AST C _ '/ u_1 i
M M M M M M M M M M M M M M M M M M i tidTitUMP.tIfAYIOt1l
~~
l lWItIDI l 1 PLAtJT DATA SilEET SURRY Uti1T 2 (IHiCl.15 AH /, /,,,/g z_ Time // . a l ~~ l liflIEEu W MP11 I luat e l PoWEu HAriGE /> % 4 % n__ % o v. I l u l a ECT . a,, ,.- 77 I I - l I f1 Tit . 1( At4GE j,-" AMPS , ,-7 TAMP 5 l (TEMP. / /, "Fl l gAe/ t ,_ ./ '6f /u J4 /# l l AT *Pl i
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l SOURCE HAllGE '/ <; CPS '/ <, t. m C P S /. t h 1 ~ ~ ~ ~I l 0 U N I l l l 1 o i;.. . f I l ItCS Pressure J so puig ItCP's Oper. A/B/C l Containment l i RCS Plow loop A K % 11 i s- %C fo % l Pressure '/ psia CS Pump l PRIMARY SYSTEM { Tempe r at ur e /m *F Pres. l l Sump Level 7 % A o l T-ilot/T-Co1d Loop A 99/g*F B O'// < V 6* F C 2 V/% ' Press. M*F
>too psig l Sump Temp +/ *F o i Pressurizer (Liq / Gas) M/ t. ','/ *F Level ?/ ti i PitT Temp. 3. , *F Level (> % Press I psig (
l Satet y VaIves Open/ Closed > l 1 PHOV'u Open/Cl d) 1 ICore Cooling _l Core Thermocouples luther l l l A,9 f5? *F l l Peak ; q '/ *F Location // 9 l lSECOtJDARY COOLAtlT SYSTEMI S/G Levels A 2F %B 7 8 %C 7 d_% i Subcooling Monitors IS/G Pressure A /,onysig B /. ' r psig C /nr e psig l A !, / psi to Sat / *F Superheat (S/G F low A_p/r f I b/h r B /.yE91b/hr CApg91b/hr i B /i3'/ psi to Sat / - *F Superheat I S/G Feed Agfglb/h r B < o f <, Ib/br C .: n / < Ib/br . l l Aux. Feed Pump 3A og 3B of> 2 o> r au-1,I t.. /. s 4 /- (l lAFW Flow S/G A e.' GPM If c , .. 'GPM C or GPM l l (HMSl
\
l S/G BD Monitor A/B //O/ 299 cpm l ~ l EllG it4 E Elt E D SAFEGUARDSI cpm l l Condenser Air E)ector /Yv GPM B D GPM C D GPM l Process Vent (gas) /. v, cpm l COLD /ilOT LEG SI A (i Process Vent (part) cpm i LilS 1 Plow A (' GPM B O GPM l /. n,- B #, / % C s '/ % Vent Vent (gas) 79 cpm i Accumu lat or Level A T/ % l Vent Vent (part) cpm l IRS A /h/ 11 ,fy! l / ,- l Letdown (high/ low) 7f,.. ./ </t ' -c pm l OltS A /lc il N! I l l Emergency Diesel Generators (EDG) 1 OP AVL r/ OOC l i 2 OP / AVL OOC l Cont / Manipulator .ro/ n mr/br i 3 OP AVL / OOC l Aux lildg-Control Area / mr/br l l Aux Bldg-Drumming i mr/hr Sample lloom , mr/br l ~lAUX1LIARY SYSTEMSI l tiew Fuel / mr /li r Charging Flow GPM i Spent Fuel Pit .:- mr/hr l HWST Level /. . .. % A, y CST Level Letdown Flow n- GPM l Control Room .. r mr/hr 1 1 t __% VCT Level ( i 4_1 l Other: l 1 IIAST A #, % CCW: SupplyllDR(h/B [om GPM i l il AST "Il . 1 HwLus-n llDit (Af ti jo *F l 1 IlAST C / s, 1 P4 /p
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. .. AT IOtil Time l
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l l 5FLTD 73 MPil l lDate // // > N A n rf r _A. I POWUlt it AtlGE O% (J % e t ,1 % 1 lDIltECT.M... /o
- l l AMPS ,- " A k Pfi l l TEMP. rf *Fl l 7,, ,,e, /w s /,, , . y . , ,. r , c. G. ,
1 I f 4 Tit . It A!4G E l SOUltCE lt AtlGE 7..., CPS ,e.... CPS l l A T /A
- P l. l 7,,, j c,,j,,,,,',, ,,,,,,
I i o o 30 1 1
, , j, '/ ,, j, , ,,_ ,()j ,e 1
i I I l l ItCS Pressure J.2/0 psig itC P ' s Ope r . A/B/C l Cont ainment l 3 C f % l Pressure 7 psia CS Pump l Pit I M AltY SYSTEM .. l itC S Flow loop A 1 % 11 .% l Temperature fe,- *F Pres. l l T-ilot/T-Cold Loop A O$/ W F B Of/ m *F C G5/ U.PF l Sump Level '/ % A O l Pressurizer (Liq / Gas) [5ff g
- P Level ?P, t Press. ,7 r oopsig 1 Sump Temp 97 *F B a i PitT Temp. L *F Level O % Press 3 psig I I Safety Valves Open/.ClossiP l Open(Closed) l l Core Cooling I 1 PitOV ' s Core Thermocouples I
luther l l Avg 59p *F 1 l Peak /. i N' *F Location Mf l lSECOt1DAPY COOLAt1T SYSTEMl S/G Levels A Ss % 15 >o 1 C 20 % l Subcooling Monitors IS/G Pressure A /,3 :g> s ig B /0 4 i p s ig C y S_' p s i g l A lb_ psi to Sat / - *F Superheat lS/G Flow A c ; tylb/hr B S.ra lb/b r Cgs relb/h r l 13 M psi to Sat / _
- F Super tieat IS/G Feed Aldlb/br B fr <. Ib/hr C y r, lb/hr l l Aux. Feed Pump 3A o r. 3B , ,f . 2 /h t_ , s.,...,<( l l
lAFW Flow S/G A ,.. 'GPM li .. .GPM C h. ,e _GPM 1 l litMS I , l~l~E t4G I tJ E Elt E D S A F EGU AltDS l l S/G BD Monitor A/B .//h /25 M cpm l Condenser Air E)ector e,*4- r cpm l GPM B /s GPM C O GPM l Process Vent (gas) e - cpm 1 CO LI)/IlOT LEG SI A p. Process Vent (part) cpm l LilS I Flow A r, GPM B D GPM l j ,, r C $7 % l Vent Vent (gas) ~/ . . cpm I Accumulator 1.evel A_;, 7 % B e. / % l Vent vent (part) 1.- cpm l IltS A~/h/ B Avc Letdown (high/ low) <A'e,/ <,r13-cpm l l OltS A /;, _ 11 f h l. i I l Emergency l>iesel Generators (EDG) 1 OP AVL / OOC l 1 2 OP, ,/ AVL OOC l Cont / Manipulator ' /*d mr/hr I 3 OP AVL 2 OOC l Aux lildg-Control Area / mr/br l l Aux Bldg-Drumming / mr/hr Sample Itoom e mr/br l ~l AUXI LI AltY SYSTEMS l l Ilew Fue1 ' mr/hr l ItWST Level % Charging Flow /m GPM l Spent Puel Pit - mr/hr l CST Level 7 fg 1 Let down Flow / ,3 GPM l Cont rol Itoom c/ mr/br i VCT Level 3r 1 l l Other: l 1 isAST A . 1 CCW: Supply lloit A/B I / m- GPM l i BAST H '. 1 Ite t t u llDit ( A/B // *F l n A,;7 1, ~ < ~ y - l
,t C__n.- --1 (.
M M M M M M M M M M SURRY UtilT 2 m 1 PLANT DATA SilEET l (WIrlD I l!!UCl, EAR lilSTRUMEllTATIOlil I l l SPEED Y) MPil l IDate /r //('/e t Time /',-M I I POWER R At1GE /) % /l % () 1 () % I D I R ECT . ;/, , 3 /4
- l l
\ i t4TR . R A!4G E ,
,9 AMPS n - de AMPE I , ITEMP. j7 *Pl l l SOURCE RAtlGE T<,,, CPS &r CPS I IAT -/L
- F l. l l l o O Jo l l l
I 1 I Jaro psig RCP's Oper. A/B/C l Containment l l~ l RCS Pressure T psia CS Pump l PRIMARY SYSTEM l RCS Flow loop A i %B $ %C 3 % l Pressure l Temperature e n i,- "F Pres. l A l Sump Level 7 % (> l T-ilot/T-Cold Loop A R'/ MT*F B5??/ g *F C ',%/ ff*F *F o l Pressurizer (Liq / Gas) M Rf*F Level 52 % Press. JJoopsig l Sump Temp 9 '/ . B l PRT Temp. %) *F Level O % Press psig l I Sat et y VaIves Open/.Closjtsl3 l Open)/ Closed) l ICore Cooling I l PHOV's Core Thermocouples l lot her I l Avg 593 *F l Peak A g *F Location l'f l l h %B so 1 C 3o % l Subcooling Monitors ISECut1DARY COOLANT SYSTEMI S/G Levels A IS/G Pressure A /o cpsig B As tr psig C A i sf psig l A T4} psi to Sat / -- *F Superheat l 11. 4.Apsi to Sat / *F Superheat IS/G Flow As.?t41b/hr B5.?541b/br CC. /Flb/br iS/G Peed A fe < 'I b/ h r B a f r_l b/ b r C ;> A C l b/ b r l l l Aux. Feed Pump 3A op 3B op 2 d v e_
, , _ , , ' GPM B' GPM C l iAFW F1ow S/G A w.,, A , t- _GPM l
l lRMSl l S/G BD Monitor A/B //O /.OiloNpm l l E!4G i rJ EER ED SAFEGUARDSI cpm l Condenser Air Ejector iv . l l Process Vent (gas) cpm l COLD /liOT LEG S1 A /) GPM B ri GPM C O GPM Process Vent (part)
- f. ,,
cpm i 1,HS I Flow A /) GPM B () GPM l f,i it Vent Vent (gas) Jo cpm i Accumu lat or Level A 47 % B V% C T'/ % l Vent Vent (part) 7v cpm l i IRS A_// v 11 ///L _ Letdown (high/ low) f'LQg/y e cpm B , / v e. I I ORS A A p_. l I l Emergency Diesel Generators (EDG) 1 OP AVL / OOC l 1 2 OP r/ AVL _ OOC l Cont / Manipulator /.3 / 50 mr/ur 1 3 OP AVL / OOC l Aux Bldg-Control Area / mr/br l Aux Bldg-Drumming / mr/hr I Sample Room e mr/hr L tiew Fue1 / mr/hr i IAUX11.1ARY SYSTEMSI RWST Level /c t - % Charging Flow /y n GPM l p e n t Fuel Pit t mr/br l 1 CST Level 9/, % Letdown Flow 6,3 GPM l Control Room z/ mr/hr l VCT Level .s i l l l Other: l LIAST A j . % CCW: Supply llDR [5/11 [ ,, ,,,, GPM l l llAST 11 '. 1 Return- IIDR (A/B 7/ *F l l BAST C / <. t /> . j' . . ; . . l I l
W W W M M M M M M M M M M M M M SURRY Ut4IT 2
~~
ltilfCISAlt 'I tidTIt UM EtIT A'T50t1 l l lFItIDI I SilEET I li,'ITED ,, 5, MPH l llDate PLANT ifDATpD-
/,3, Time /a . o f f POWER It At1GE D % 4% (T % o %
l D Ilt ECT. ;/, # L* l l l illTR . RAIJGE ,.
,e AMPS , ,s
" AMP 5 l l TEMP. v7 *Fl I ,9y y, _ , , 3,, 7 , ,
l SOUltCE RAtlGE CPS f'j o CPS l l A T /L *Fl l ~j /
/.w s l lo U _3/
l \ Y ~ I g ; ; J ,.y 1,,t l l ItCS Pressure pa ra psig itCP 's Ope r . A/B/C l Containment l l RCS Flow loop A ' _% B 3 %C 3 % l Pressure 7 psia CS Pump l PR I_M ARY SYSTEM *F Pres. I I Temperature / r, tr Loop A @/ M* F B '
',f'// M* F Cg/ 4(dF l Sump Level 7 % A d l T-ilot/T-Cold *F l Pressurizer (Liq / Gas) M/ 5(
- F Level TL % Press.220tr psig l Sump Temp '/'/ B (>
o psig I PRT Temp. M. *F Level % Press f I l Safety Valves Open/(C l ogtnP . l l PROV's Oper d) , I l Core Cooling l Core Thermocouples lother l I I A'vg 7/V *F I I Peak /,4e o *F Location' /' C / /. I ISECollDARY COOLAllT SYSTEMI S/G Levels A ;,, % B 30 % C 30 % l Subcooling Monitors IS/G Pressure A A, o n ps ig B /n o, > p s ig C_/,3 n n ps ig l A /5D psi to Sat / *F Superheat lS/G Flow A n a lb/hr Br.o Me1b/hr Crnfpib/hr i B / G > psi to Sat / '
- F Super tiedt iS/G Feed A o Ib/hr B o lb/br C o Ib/hr N *' " 'I*U
- d'" E I
/
lAux. Feed Pump 3A W 3B r, , ) 2 /)vt. * * < < R 'I I
- I"2' iAFW Flow S/G A 3 o d GPM B/ y od ~ GPM C J_,g_,G P M
'y " 4 r,. h. 4 r v l
g gpggg l l I EtJG IllEERED S A F F.GU AR DS I I S/G BD Monitor A/B // O 2526_
/ cpm l l Condenser Air Ejector ' ' . - cpm l COID/llOT LEG SI A o GPM B D GPM C n GPM l Process Vent (gas) A: t- cpm l LilS i Flow A D GPM B C GPM l Process Vent (part) /, , ,y- cpm l Accumulat or Level A s/ % B s '/ % C57 % l Vent Vent (gas) 70 cpm l 1RS A_/[y1 Bjg l Vent Vent (part) 70 cpm i URS Agg B f ; _, _ l Letdown (high/ low) /s..v/ vunecpm l l l Emergency Diesel Generators (EDG) 1 OP AVL / OOC l l 2 OP / AVL _ OOC l Cont / Manipulator /n / To mr/ h r 1 3 OP AVL / OOC l Aux Bldg-Control Area / mr/hr i l Aux Bldg-Drumming '
mr/hr Sample Room / mr/hr I I AUX 11.l AltY SYSTEMS I I tiew Fuel / mr/hr i RWST 1.evel .- % Charging Flow An GPM l Spent Fuel Pit .J mr/hr l CST Level N% Le t. dow n Flow Mn GPM l Control Room <i mr/hr l VCT Level co % l l . l Other: 4 BAST A N % CCW: Supply llDRIN/B _fn,... GPM l l BAST H , % Het,ur.n llDR (A/B J/ *F l
,\ B A:;T C __/_s,__% ' I 'p, l
M M M M M M M M M M M M M M M SURRY Uti1T 2
~ ~
~
listiCi, EAR ItiSTRUMEtiiA riOtil l lW IllD I l l PLAT 1T DATA SHEET l ~~ l lWi$iID I,7 MPl! l lDate // /m/s L- Time / 2 . /n /) I POWER RAllGE o 1 0 % 0 % 0 % ' l D I R ECT . ./. . ,.. ? f
- l l l I t4 Tit . It h!4G E ,m AMPS _,
, " AMP 5 I ITEMP. i7 *Fl I l SOUltCE It At1GB /y; CPS f90 CPS - l l AT /. t *Fl l I I l 0 0 3L l \
l I l l l RCS Pressure y fo pt.ig RCP's Oper. A/B/C l Containment l l ItCS Flow loop A % 11 '- %C 3' % l Pressure #7 psia CS Pump l PRIM AltY SYSTEM 3 l Temperature e,~ *F Pres. l Loop AQ fip* P 15 G T/33* F C 595/ N'3* F l Sump Level 7 % A g l T-ilot/T-Cold i Presuurizer (Liq / Gas) m / .x t f " F Level 54- 1 Press, 27/o psig l Sump Temp <J 7 *F B M i PitT Temp. tio *P Level O % Press 3' psig l l Satety Valves Open/Cl o sEiD l l PROV's Open/ M aid l l Core Cooling i lOther l Core Thermocouples l l Av9 i 9T' *F l l Peak /, 7 f
- F Location AT . 44 I
(SECollDARY COOLAtlT SYS. TEM I S/G Levels A b %B 30 1 C So % l Subcooling Monitors , l!I/G Pressure A g, m ps ig B /'nnr-ps ig C /,. v trpsig l A -- psi to Sat /< '*F Superheat l B
~~
psi to Sat /.r
- F Super ticat IS/G Flow A ur/91b/hr B </ f / o lb/hr C 9 s / 91b/br (S/G Feed A o Ib/br B t' s lb/br C . Ib/hr I (Aux. Feed Pump 3 A t r> 3B We 2 /h L l lAFW Flow S/G A fj8, GPM 11 / '/ t GPM C / '/[ _GPM l
\ l lRMSl l~lEf4_GIrlEERED SAFEGUARDSl l S/G BD Monitor A/B //d /Iddepm l
l Condenser Air E]ector /;>4 cpm l Process Vent (gas) cpm i Col D/ilOT 1.UG S I A O GPM 11 n GPM C O GPM Process Vent (part)
/r i-cpm i LilS I Flow A , GPM B > GPM l p..
A 7) % C C '/ % l Vent Vent (gas) ') epm l Accumulator 1,e v e l 11 'f/ _% W cpm l Vent Vent (part) i IRS A_fQ U fb t _ l Letdown (high/ low) f u,m / n . ,, _c pm l ORS A /u/ B_Li k /_ I l l Emergency Diesel Generators (EDG) 1 OP . AVL / OOC l
\
2 OP ,/ AVL OOC l Cont / Manipulator /o / fo mr/ ti r I 3 OP AVL s OOC l Aux Bldg-Control Area e mr/hr l l Aux Bldy-Drumming ' mr/hr Sample Room / mr/br l ~l AUX 11.1ARY SYSTEMSl l IJew Fuel e mr/br l RWST Level /s .g ~1 Charging Flow f( o GPM l Spent Fuel Pit > mr/hr 1 CST I,e ve l 1 Let down Flow g e, GPM l Control Room <f mr/br i VCT Level To _1 l l l Other: l BAST A [I t , 1 CCW: Supply llDR (A/B /, c e n- GPM l I liAST H /., 1 Hdtrrn- IIDR "A/B 4 fi *F l l BAST C J y t '" /* *ya l
' I
M - M M M M M M I ( W I TID I l PLAT 1T DATA SilEE.T SURRY Ut11T 2 ltJUCLEAR lilSTRUMEllTATIOtil l Time ey e _T /> l~ l ISPEED 3 2.- MPil I (Date ////0// .',, l lD1HECT,.h,+ 4(* I I POWEH RAtlGE /) % 0 % 0 % o % l _ i ItJT R . R AIJGE ,,n sAMPS ,o << AtGS' l l TEMP. n *Fl l
, SOURCE H Al1G E /J C _ CPS /7C CPS l l A T - /. A *Pl l I I Io u 3L I I I I l l l RCS Pressure apro psig HCP's Oper. A/B/C l Containment l l .RCS Flow loop A ; % B 3 % C 3 % i Pressure 9 psia CS Pump l PRIMARY SYSTEM Pres.
i Temperature / e , ,- "F i Loop A C8o/ T';'/* F B (R ,/ %/* F C D i/<;f /* F l Sump Level 7 % A (> l T-ilot/T-Cold l Pressurizer (Lig/ Gas) (qC/ r,W "F Level (L % Pr ess 2/ po psig l Sump Temp 79 *F u M i PRT Temp. So "P Level /> % Press s psig i i Sa t' et y Va Ive s Open/.Cl g ir> l i PROV's Opeo/ Closed > l l Core Cooling i luther ( Core Thermocouples I l Avg r$ n *F l l Peak 7 y <; "
*F Location / < <- /_ /.
I ISECOtlDARY COOLAtlT SYSTEMI S/G Levels A h t 11 % %C 'o 1 l Subcooling Monitors, IS/G Presuute A /'/r p s ig B 'r) C p s ig C );/Cy sig i A - psi to Sat / 2 *F Superheat IS/G Flow A 4(/ p lb/hr B g (/./l b/h r Cet/q1b/br I ti psi to Sat / /L
- F Super ticat IS/G Feed A D lb/br B 6 lb/hr C (3 _1b/br i 1 Aux. Feed Pump 3A .,p 3B op 2 A/L I IAFW Flow S/G A / 7$' GPM B' ivr GPM C /7( GPM l l l lRMSl l l Etta l tlEER ED SAFEGUARDSI ( S/G BD Monitor A/B //O/.2(/depm l
l Condenser Air E)ector /5 - - cpm GPM C O GPM l Process Vent (gas) ,,,, cpm i COLD /IlOT IJ:G S I A O GPM 11 ,) A U GPM B () GPM l Process Vent (part) f. r cpm l LilS I Flow
% C 57 % l Vent Vent (gas) jo cpm l Accumulat or Level A s7 % li ( ')
i 1RS A / )v L_ 11 /)V L l Vent Vent (part) 10 cpm I Letdown (high/ low) y ,,,*/ f r o ,v c p m l URS Ag4 B j)(L l I l Emergency Diesel Generators (EDG) 1 OP AVL 1 OOC ( f,/so mr/nr l 2 OP / AVL OOC i Cont / Manipulator i 3 OP AVL ,e OOC l Aux Bldy-Control Area / mr/br ( Aux Bldg-Drumming / mr/hr I- Sample Room / mr/br I ~lAUX1LIARY SYSTEMSI l tiew Fue1 i mr/hr i HWST 1evel ruv % Charging Flow /o GPM l Spent Fuel Pit i mr/hr i CST Level _y]_% Letdown Flow 4,, GPM l Control Hoom e/ mr/br l VCT Level ni % l l l Other: I ISAST A ', t 2 % CCW: Supply llDR [A/B 7, . , ,, GPM i 1 BAST B r., % -Return llDR @/B // *F l . I BAST C g g A4e r y_, i i l
M ~ I (wit 4DI l PLAtlT DATA SHEET SURRY Uti1T 2 l iltfCi.1[AH i!4'dTRUMEtifA'TIO'!1'l l l ~~ l IMEED 3v MPil l lDate /i//07$2. Time ? 3 g i POWER H AllGE O% () % ] % () % IDlHECT.4,, M* I l I II4 T R . R AI4GE ,y - Af4PS < 3 - FA[MP.T I ITEMP. j/ *Pl l l SOURCE RAtlGE e 7 5 _ _ CPS ,7f CPS l l AT /. / *Pl l i I Io o K I I l i I
~'
l l RCS Pressure 17/0 psig RCP's Oper. A/il/C l Containment l l HCS Flow loop A 5 % B 3% C 3 % l Pressure /) psia CS Pump lPH_IMARY SYSTEM *F Pres. i i Temperature / ,n t-Loop A M //,%3*F B".75 ',d*F Ctli/_(fjj'F l Sump Level 9 % A o l T-ilot /T-Co ld / 9y *F I P r e t,su t i ze r (Liq / Gas)(df/jff*F Level G 2- % p?oopsig I Sump Temp 15 (> l PRT Temp. 30 "P Level O _ _% Press P3 r e ps s s . _ig l l Satet y Valveu l l PROV's Ope n((Clo seirOpen/ % td) l l Core Cooling i tother l Core Thermocouples i l Avg TL9 *F l l Peak 7s b *F Location of 4-d I lSECOi4DARY COOLAtlT SYSTEMI S/G Levels A :e> % B m % C do 1 l Subcooling Monitors IS/G Preuuure A ~<j)psig B
// > psig C '/ g,) ps ig l A psi to Sat ///d*F Superheat (S/G Flow A B0/ V1b/h r B O(/ / vib/b r C p.// vib/b r l B psi to Sat / d *F Superheat i
IS/G Feed A_ L ib/hrry* B () lb/br C n Ib/br lAux. Feed Pump 3A 3B of. 2 A ir t l lAFW Flow S/G A /70 GPM B / /o GPM C / 70 GPM l l l lRMSl l ~lEllGillEERED SAFEGUARDSI l S/G BD Monitor A/B / /6 /269 cpm I l Condenser Air Elector /97- _cpm i COLD /IlOT LEG SI A O GPM B () GPM C U GPM l Process Vent (gas) f.,,. cpm l LilS 1 Plow A (1 GPM B O GPM l Process Vent (part) , ,. y cpm i Accumulator Level A < -) % B S '/ _% C 57 % i vent vent (gas) 2n epm Vent Vent (part) 70 cpm I 1RS A J nl B /),f l l Letdown (high/ low) fA / M cpm L i URS A f t . /_ ll /P, L 1 ... l I Emergency Diecel Generators (EDG) 1 OP l l 2 OP ,/_ AVL AVL g OOC _ OOC l Cont / Manipulator /s / G mr/n r 1 3 OP AVL / OOC l Aux Bldg-Control Area
- mr/hr l Aux Bldg-Drumming / mr/br l~ Sample Room / _ mr/hr l ~lAUX1L1AHY SYSTEMSI l tiew Pue1 '
mr/hr i Rust Level /, % Charging Flow /',s GPM l Spent Fuel Pit J mr/br l CST 1.e v e l .n/ % Letdown Flow /J , , GPM l Control Room c/ mr/br l VCT Level to 1 1 1 l Other: I 15 AST A L, 1 CCW: Supply llDR IA/B 4. ry GPM l I ilAST B 7 1 Re.l.ux-n HDR ,Af B ~
>p *F l l BAST C e. 1 /> x/ r a3- l ' I
M M M M M M M M M
' ~ ~
l PLAT 1T DATA Si!EET SURRY UtlIT 2 l'IllfCI,t[AH I tiSTREM EtiT'51' ION l I ( W i t1D ] 1 lRFEED % MPil I I IDate ,f //c/ 9 n Time 7 (p l ~ ~ ~ '--- ' ' i power R AtlGE A s 0% ci 't (> t I L ID1HECT.f.. /5 *P
*l I I t4TR . HANGE /o AMFS M ' AMPSI l (TEMP. f7 (
I SOURCE RAtlGE /7; CPS /?C CPS l \AT /. / *Pl l l __I Io u z => I { l i I RCP's Oper. A/B/C i containment l l l HCS Pressure 27z g>sig 3 9 psia CS Pump l PRIMARY SYSTEM l itCS Flow loop A 3 ,% B
%C % l Pressure l Temperature /rr *F Pres.
l A l Sump Level '/ d I T-ilot/T-Cold Loop A TJ'/9h
- F B V7/pf P C 5 '/// M F 5L 1 Pr ess. 77 00 psig l Sump Temp </ '/ *F B C l Pressurizer (Lig/ Gas) M /CF *F Level i PRT Temp. [/ ( ) "F Level n % Press s psig i i Sat et y Valves Open/ Closed' I Open/C 6 sed) l l Core Cooling i l PROV's ~
l Core Thermocouples luther l Av9 59f *F I
\ Peak /,rv,r *F Location fc 4 />
l l
!r 3 % B ., 1 C 10 1 l Subcooling Monitors ISECOt3DARY COOLAr4T SYSTEMI S/G Levels A psi to Sat / *M *F Superheat
'/'opsig
/ B h,,psig
/ C / 9n psig i A IS/G Pressure A B p s i t'o S a t/; T* F S u pe r tica t i
IS/G Flow A //'. 7 / cib/h r B 9 2 / vlb/hr C d '/ Olb/br I IS/G Feed A D lb/br B r> lb/hr C & lb/br { lAux. Feed Pump 3A cp 3B of> 2 /h 4 lAFW Flow S/G A //; < _G P M If //d GPM C /6 3'
~
GPM l l IRMSl i l S/G BD Monitor A/B /OO //6AQcpm l IEtJGINEERED SAFEGUARDSI Condenser Air Ejector fu cpm ( I Process Vent (gas) o-, cpm l COLD /llOT LEG SI A J GPM B (> GPM C () GPM l cpm A o GPM B o GPM l Ptocess Vent (part) fon l LilS I Flow cpm 1 Accumulat or Level A 9 ') % B , '/ % C 'f/ % l Vent Vent (gas) Vent Vent (part)
/o
/.. cpm l
i 1RS A -lv 4_ 11 /h 4 Letdown (high/ low) f c '//c e.,f cpm l I OltS A _ jj g B /sm I 1 l Emergency Diesel Generators (EDG) 1 OP AVL t / OOC l OOC l Cont / Manipulator .,/co mr/ ti r l 2 OP v AVL l 3 OP AVL v OOC l Aux Bldg-Control Area / mr/hr l l Aux Bldg-Drumming i mr/br Sample Room i _ mr/br 17 AUX 11,l ARY SYSTEMS I l New Fuel e int / h r I It W S T 1.e v e l /,n 1 Charging Flow to GPM l Spent Fuel Pit .2 mr/hr CST Level 1 Let down Flow m. GPM l Control Room z_ / mr/hr i hf l VCT Level .h, % l l l Other: 1 ISAST A 'h . 1 CCW: Supply llDR[A/B [ n_r GPM l
*F l 1 BAST H _1 Retu r n-llDR (A/il h> . / .
//
l l I 11 AST C _{1 . l
M M M M M M M M M M M
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l l W I flD I l l PLAT 3T DATA SilEET SI'RRY UtilT 2 l tilfCi.E Alt i thiT15ME!4TMP'IOt3 l p/fp /C% Time 'O :?c- p l \ WND _7[ MPil l lDate ' POW Eit it AtJGE 7 % O% /~/ % /) % ) l D111ECT.;t,- /T '/ l l l 1IJTit . It AtJGE ,,, " AMPS ,, _" AMP 5 I ITEMP. /7 "Fl l y,, 7 , , , , ,,, y, j p g f , ,_ ,,,j j yJr_ CPS /75 CPS l l AT . /. f
- P l, I j, , j, g , , ,, g, c , , , ,
i SOUltCE It AIJGE I.- \ Io U >L \ \ . ), , ,. ,.t.,j. y . . 't ...,.1, n y : ro psig itCP's Oper. A/B/C l Containment l I l ItCS Pressure CS Pump l itCS Flow loop A 3 %B 3 %C 3 % l Pressure ') psia l Pit l M AltY SYSTEM *F Pres. l Temperature , r, .- I Loop A G8/ p/ " P B .,'//, /',0 '/* F C C M/,J02* F l Sump Level 7 1L A d l T-ilot/T-Cold *F 6 q3 % Press. 2/co psig i Sump Temp /'i O I Pressurizer (Liq / Gas) g&(' X * 'r' Level l PitT Temp. 30 *F Level r %_ Press 3 psig l
~
l Salety Valves Open/41osed) ( Open/"'Closed 9 l l Core Cooling ( l PitOV ' s Core Thermocouples luther l
! I AV9 Of *F l l Peak // q y *F Location A'c / /. '
I
'o %B d<> % C $r> 1 l Subcooling Monttors l S ECu tlD Al( Y COUI. ANT SYSTEMI S/G Levels A
- psi to Sat /.$o'*F Superheat IS/G Pressure A '/'/s ps ig B #/ /i psig C */h o p s ig l A psi to Sat /f F Superheat l S / G F l o w A e. ./ ,.' g l b/ b r B 9/tvlb/br C o lb/hr l B o Ib/br l n Ib/br B () lb/hr C IS/G Feed A l Aux. Feed Pump 3A o/> 3B cc 2_ Art i 1AFW Flow S/G A-? / C GPM 15' ?? ( _GPM C /) GPM l 1
l (RMSl l
l S/G BD Monitor A/B //O /.25fdepm l li!4G 114 EElt HD S AF EGU Alt DS I Condenser Air Ejector f c., ,e cpm l
1 GPM C O GPM l Process Vent (gas) f e .- cpm i COLD /llOT LEG S1 A 6 GPM B U Process Vent (part) ,.e cpm l 1.IIS I Flow A & GPM B () GPM l cpm A 5 ') 15 <; ) % C t '/ % l Vent Vent (gas) >a I Accumulat or Level Vent Vent (part) /o cpm I lits A_f]jt(_ B M>L l Letdown (high/ low) 7,,J / , > .,r cpm I
i URS AJ1L B
mr/hr l~lAUXILLAltY SYSTEMS l l tiew Fuel mr/hr i ItWST 1.evel /, e % Charging Flow /'d GPM l Spent Fuel Pit a mr/br l CST Level 1 Letdown Flow .,, GPM l Control Room e/ mr/hr
/r i VCT Level 90 % i l l Other:
l IlAST A 9 ti 1 CCW: Supply llDit k/B I'"'" GPM l llAST 11 1 *F l l ,- Retur n llDit (A/B // 1 n AST C _ /;._w /A . / j. - l l
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l I APPE: DIX B 4 Onsite In-Plant Doses l Inside Buildings I 1 I I I l l i lI I I I l I I I l I l l I i J l l I
, ,__ i
OSSITI ?KOTE TIO A.T.IA P.A?
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l Time: 9:30 to 2:49 Onsite In-Plant Doses - Inside BuildiD93 Location Whole Body Dose Thyroid Dose j (Zone) ( MR/ HR) (cpm pC1/cc) A 1 <1 1 0 0 B 1 <1 1 0 0 C I <1 1 0 0 D I <1 1 0 0 E 1 <1 1 0 0 1 c Note: A'ove values do not i g apply to control room or counting / analysis rooms 3 ( I I I
Time: 2:50 to 3:14 Onsite In-Plant Doses - Inside Buildings Location Whole Body Dose Tnyroic Dose (Zone) ( MR/ HR ) (cpm p C i/ cc ) A 1 5 1 4 x 10 2 1.2 xlo-! B I 20 1 5 x 10 3 1.6 x 10-', C i 31 1 9.5 x 10* 3.02 x 10-o D 1 6 1 5 x 10 3 1.6 x 10-7 E I 2 1 4 x 10 2 1.2 x 10-3 I Note: Acove values ao not apply to control room i or counting / analysis rooms I I l I I lI lI 1
I Time: 3:15 to 3:44 Onsite In-Plant Doses - Inside Buildings Location Whole Body Dose Thyroid Dose (Zone) ( MR/lia) (cpm pCL/cc) A i 7 1 1.8 x 10 3 5.7 x 10 -8 3 1 18 1 2.9 x 104 9.2 x 10-i I C D E i l I 32 1 8 1 l 1 2.93 x 103 2.9 x 104 1.8 x 10 3 9.3 x 10-o 9.2 x 10-7 5.7 x 10-3 I Note: Above values do not apply to control room 1 I or counting / analysis rooms lI I I I I I I I I
I ' Time: 3: 45 to 4:14 Onsite In-Plant Doses - Inside Buildings Location Whole Body Dose Thiroid Dose (Zone) (MR/HR) (cpm uCi/cc) I I A B 1 l
< 1 2
1 4 0 1.5 x 10 2 0 4.6 x 10-9 !$ C 1 3 1 2.9 x 1032 9.3 x 10-3 E D l 2 1 1.5 x 10 4.6 x 10-9 E I < 1 1 0 0 I Note: Above values do not apply to control room or counting / analysis rooms l l lI i I I I I I I I I
I Time: 4:15 to 4:44 Onsite In-Plant Doses - Inside Buildings Location Whole Body Dose Thyroid Dose (Zone) (MR/HR) (cpm p Ci/ cc ) A l <1 1 0 0 3 i <1 l 195 6.2 x 10-9 7.3 x 10-9 I C D E i 1 l
<1
<1
<1 1
1 1 230 195 0 6.2 x 10-9 0 I Note: Above values do not acolv to control room o'r' counting / analysis rooms l l
- I I
I I I I 1 I 1 I I
I Time: 4:45 to 4:54 Onsite In-Plant Doses - Inside Buildings i
' i Location Wnole Body Dose Thyroid Dose ;
(4one) (MR/HR) (cpm uCi/cc)
, A 1 <1 1 0 0 B 1 <1 1 0 0 ;
<1 0 0 I C 1 1 D I <1 1 0 0 E 1 <1 1 0 0 I Note: Above values do not apply *.o control rrom
-l or counting / analysis rooms I I I I I I I I I I
- I i
I I Onsite In-Plant Doses Time: 7:00 I Location Whole Body Dose Thyroid Dose (cpm pCi/cc) (Zone) (MR/HR) A 1 <1 1 0 0 ' <1 1 0 0 B 1 C i <1 1 0 0
,I D l <1 1 0 0 E I <1 1 0 0 I Note: Above values do not apply to control room or counting / analysis rooms
'I I I I I I . ,I lI I lI I
I I APPE!3 DIX B1 Onsite Plant Dose Outside Buildings I I I 'I I ,I I I I I : I I I I I . __ _ .- - .
CSSITI PRO!ICTED ARIA P.G I l
~~ -'
F EN0 r. , AtJ Ator* ct Sitt ARF.A . y.g . a;t g= l __ b [ > ~$ - 0 P n:v r.T 6 AT Er. l lCRA%E M I '.S CA*t
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I i I I Time: 9:30 to 2:49 Onsite Plant Doses - Outside Buildings I Location Whole Body Dose Thyroid Dose (Zone) (MR/HR) (cpm p Ci/ cc )
^ j < 1 l 0 0 I B C
D l I l 1 1 1 l 1 0 0 0 0 0 0 I g l < 1 1 0 0 I , 'I I I I I I I I I I I __ __ . _
I I l ,I Time: 2:50 to 3:54 I Onsite Plant Doses - Outside Buildings I Location (Zone) h' hole Body Dose (MR/HR) Thyroid Dose (cpm Ct/cc) 10 1 x 105 3.2 x 10-6 I n i l 3 1 23 i 1.4 x 10 5 4.4 x 10-6 C 4 80 l 5 x 10 5 1.6 x 10-5 i D 1 17 ( 1 x 10 5 3.2 x 10-6 E I 7 1 5 x 104 1.6 x 10-6 l lI il l I I I I I I I I I I -
I l i I t I l I Time: 3:55 to 4:14 Onsite Plant Doses - Outside Buildings l t (I ( Location (Zone) Whole Body Dose (MR/HR) (cpm Thyroid Dose pCi/cc) l A I 1 1 60 1.9 x 10-99 78 I B l 3 15 l 1 260 2.5 xx 10 8.3 10-9 l C 1 l D ! 5 I 62 2 x 10-9 ! E i 2 l 48 1.5 r 10-9 i i 'I 'I ll I I I
- I I
I I
- I - - - - - - - . ,_ _ - - -
1 I ' . I Time: 4:15 to 4:44
.O_n_s i t e P l a n t Doses - Outside Buildings
! Location Whole Body Dosa Thyroid Dose (done) ( MR/ liR ) (CPa pCi/cc) A 1 < 1 1 48 1.5 x 10-9 B l 1.5 l 79 2.4 x 10-9 C l 4.5 215 6.8 x 10-9
< 1 77 2.4 x 10-9 I
D l
' " l < 1 1 50 1.6 x 10-9 I
I I I I I I I I I I I -_
I I I Time: 4:45 to 4:54 Onsite Plant Doses - Outside Buildings Location Whole Body Dose Thyroid Dose : (sone) ( MR/ tiR ) (cpm pCi/cc) l I A B C l l 1
< 1
< 1 2.5 1
1 1 45 85 0 1.4 x 10-9 2.7 x 10-9 1 50 1.6 x 10-9 I D 1 1 E I < 1 1 0 I I
; I I
I I I I I I I I
I I Time: 7:00 Onsite Plant Doses - Outside Buildings Location Whole Body Dose Thyroid Dose (Zone) (MR/HR) (cpm 's C i/ cc ) I A B C i l l
< 1
< 1
< 1 1
1 1 0 0 0 0 0 0 D 1 < 1 1 0 0 1 - E i < 1 1 0 0 .I I !I I I I I ,I l I I
I I APPENDIX C I Onsite Out-Of-Plant Doses j I l iW \ I I I I I I I I .
I SITE 3000A?Y MA? E " r E %._.ew: g.
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ic E - t ,., r h(~ 1
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Time: 9':30 to 2:49 Onsite Out-Of-Plant Doses Location Whole Body Dose Thyroid Dose (Zone) (MR/HR) (cpm p ci/ cc ) A l < 1 1 0 0 B l < 1 1 0 0 e i 41 1 0 0 e l l l l I
I Time: 2:50 to 3:55 Onsite Out-Of-Plant Doses l Location Whole Body' Dose Thyroid Dog (Zone) ( MR/liR) (cpm pci/cc) A l 21 1 1.29 x 10 5 4 x 10-6 B l 73 l 4.5 x10} 1.4 x 10-5 C I 15 l 9.19 x 10 2.9 x 10-0 I I I lI l I I I I I L .- . . _ _ _ _ _ .- _ . . _ _ _ _ _ _ _ - _ _
I I : Time: 3:55 to 4:14 Onsite Out-Of-Plant Doses Location Whole Body Dose Thyroid Dose I (Zone) A 1 (MR/HR) 2 l (cpm 71 pci/cc) 2 . 22 x 10 -9 235. 7.4 x 10-9 I a C i l 10 3 1 1 56 1.8 x 10-9 I I !I l I I I 1 I - l l ,I l
I I~ I Time: 4:15 to 4:44 Onsite Out-Of-Plant Doses Whole Body Dose Thyroid Dose I Location (Zone) (MR/HR) (cpm 72 pci/cc) 2.2 x 10-9 A 1 1 I 6.2 x 10-9 I B C l 1 4 1 1 1 195 70 2.1 x 10-9 I I I I I I I I I I I I I
!I 1
I iI Time: 4:45 to 4:54 Onsite Out-Of-Plant Doses Location Whole Body Dose Thyroid Dose (Zone) ( MR/lia) (cpr pcl/cc) A I < 1 1 0 0 B i 2 1 78 2.4 x 10-9 l c 1 1 1 , o 0 I
- I
,g l I I I l I !I I I
- I I
I I
- I Time: 7:00 Onsite Out-Of-Plant Doses Location Whole Body Dose Thyroid Dose (LoneJ (MR/HR) (cpm pci/cc)
A l < 1 1 0 0
< 1 0 0 I
B l 1 C I < 1 1 0 0 I I
- I lI I ,
I I I I I I . l lI 1
a a . s a_,. _, _ . . - - 2 -,A ..-s -m.a . , _ , _ -_, _sz ._a -m , iAa a._ 4..a a- # a. __*a. w as I ! 1 APPISDIX D h em .I I ~
- I
- I lI i
I ~ !I . I l . I I II l I I 'I I
Time: 2:50 to 3:14 Offsite Doses Location Whole Body Dose Thyroid Dose (Distance Sector) ( MR/liR) (cpm p ci/cc) I SITE I I I I 4 -6 LOUND - 0.99 L 5 3.5 x 10 1.1 x 10 4 -6 M 11 6.9 x 10 2.2 x 10 4 -6 N 5 3.2 x 10 1.0 x 10
~
I 5,100 1.0 - 1.99 L 1 1.6 x 10 l j M 2 9,800 3.1 x 10~ N 1 4,600 1.5 x 10~
~0 2.0 - 2.99 L <1 1,200 3.8 x 10
' -8 M j < 1 j 2,e40 e.3 x 10 g N !
<1 I g
1,100 3.5 x 10~
-e lg 3.0 - 3.ee L j <1 j 730 2.4 x 10
-8 M <1 1,470 4.7 x 10
'f ,
l I -8 N <1 570 1.8 x 10 g l I I 4.0 - 4.99 L <1 O 0 E M l <1 \ 0 0 N <1 0 0 5.0 - 5.99 L g
<1 0 0 M <1 0 0 I I N <1 O O 6.0 - 6.99 L <1 0 0 l
I M <1 g O O N l <.1 l 0 0 I I
~
'I i I . - - - _ . - - - - - -
I Time: 2:50 to 3:14 Offsite Doses Location Whole Body Dose Thyroid Dose (Distance Sector) (MR/ER) (cpm p ci/cc) I I 7.0 - 7.99 L <1 0 0 1 5 M
! <1 ! 0 0 l g N <1 0 0 g
8.0 - 8.99 L <1 O O j ;
<1 0 0 M l l I I N <1 j 0 0 l
9.0 - 9.99 L <1 g 0 0 i l I M <1 0 0 N 41 0 0 l L 4, 1 0 0 10.0 - 10.99 g l M <1 0 0
<1 0 0 N l l I I I i l
I i i i i i i l I i l l I i l I
\
I I I lI lI I I .
I Time: 3:15 to 3:44 Offsite Doses Location Whole Body Dose Thyroid Dose (Distance Sector) (cpm (MR/HR) Dci/cc) Site Lound-0.99 L l 5 3.0x10 4 9.5x10 -7 M 11 l 6.9x10 4 2.2x10 -6 l l -6 N 5 l 3.8x10' l.2x10 1.0-1.99 L l 1 5,000 1.6x10 -7 M 2 9,800 3.1x10
-7 N l 1 l 4,500 1.4x10 2.0-2.99 L <1 l 1,100 3.5x10 -0 M <1 2,940 9.3x10 -3 N l <1 l 900 2.Sx10
-3 3.0-3.99 L l <1 l 700 2.2x10
-3 M < 1, l 1,470 4.7x10
-3 N <1 l 550 1.7x10 4.0-4.99 L l <1 1 300 9.5x10~
l 1 _g l M l <1 l 850 2.7x10 N <1 350 1.1x10 -3
-0 5.0-5.99 L 1 <1 l 250 8.0x10
-3 M l <1 1 620 2.0x10 N l <1 l 220 7.0x10' 6.0-6.99 L 1 <1 l 200 6.4x10 ~9 440 1.4x10 -0 I M N
l <1
<1 150 4.Sx10'3 I
I I I
Time: 3 :15_ to 3:44 Offsite Doses Location Whole Body Dose Thyroid Dose (Distance Sector) 1 I 7.0-7.99 L ( y,R/ HR )
< 1 (cpm 120 p ci/cc)
-9 l
3.8x10 M l <1 370 1.2x10 -0
- N < 1 100 3.2x10
~'
I I 8.0-8.99 L l <1 l 0 0 l I M < 1 0 0 N l <1 1 0 0 9.0-9.99 L l <1 1 0 0 i 1 I M l < 1 l 0 0
! I F j <1 l 0 0 l l 10.0-10.99 L l <1 1 0 0 lI M 1
l <1 j I 0 0 ! N < 1 0 0 1 I I l 1 l I i l i I i
, i i I
I I I
I Time: 3:45 to 4:14 Offsite Domes Location Whole Body Dose Thyroid Dose (Distance Sector) ( P.R/ HR ) { cpm pci/cc) l I 4 -6 Site Bound 0.99 L 5 3.2 x 10 1. 0 x 10 ' 4 -6 M 11 6.9 x 10 2.2 x 10 4 -6 N 5 3.5 x 10 1.1 x 10 1.0-1.99 L 1 1 1 4,500 1.4 x 10~ M l 2 9,800 3.1 x 10~ N l 1 5,000 1. 6 x 10~
-8 2.0-2.99 1 1 <1 900 2.9 x 10 M <1 2,940 9. 3 x 10~
l l _g N l <1 l 1,100 3.5 x 10
-8 3.0-3.99 L <1 580 1.8 x 10
. M l <1 l 1,470 4.7 x 10~
N <1 1 670 2.1 x 10~ l i
<1 ~0 4.0-4.99 L I l 320 1.0 x 10 l M I l
l
<1 l
I I 850 2.7 x 10 _g N l <1 1 2 90 9.2 x 10 -9 5.0-5.99 L l <1 1 210 6.7 x 10 -9
~b M I <1 620 2.0 x 10 N l <1 1 250 8.0 x 10 -9 6.0-6.99 L l <1 l 150 4.8 x 10 -9 l l
-8
<1 440 I M 1.4 x 10
~9 N <1 200 6.4 x 10
-9 7.0-7.99 s <1 100 3.18. 10 I
I I
Time: 3:45 to 4:14 Olfsite Doses (co nt ' d ) Location Whole Body Dose Thyroid Dose (Distance Sector) (MR/HR) (cpm pci/cc) l I
~9 M <1 '370 1.2 x 10
-9 N <1 120 3.8 x 10
~9 8.0-8.99 L <1 100 3.2 x 10 I ~9 M <1 275 8.8 x 10
-9 N <1 95 3.0 x 10
-9 9.0-9.99 L l
<1 l 90 2.9 x 10
^
l ! -9 M g <1 g 230 7.3 x 10
-9 N <1 100 3.2 x 10 l l
-9 10.0-10.99 L <1 g 65 2.1 x 10
-9 M <1 195 6.2 x 10 l
N <1 50 1.6 x 10~ I I l l l l 1 I I I I I i l i I I I I I I I I I I i 1 I I II lI _ _ _ _ _
I Time: 4:15 to 4:44 Offsite Doses _ Location Whole Body Dose Thyroid Dose (Distance Sector) (MR/HR) - (cpm pci/cc I I I SITE BOUND - 0.99 L I
]
I
<1 I
1 I 0 0 0 M i <1 1 0 I N I l l
<1 I
1 I 0 0 I 1.0 - 1.99 L l <1 1 0 0 l I M i <1 1 0 0 l 2.0 - 2.99 N L l
<1
<1 1 0
0 0 0 I M I I I
<1 I
1 I 0 0 N <1 0 0 I I 1 I l 3.0 - 3.99 L i <1 l 0 0 l I M <1 0 0 g N l <1 1 0 0
~9 4.0 - 4.99 L l <1 1 310 9.9 x 10
-8 M I <1 650 '2.7 x 10
-9 N l <1 1 280 8.9 x 10
-9 5.0 - 5.99 L l <1 240 7.6 x 10
-8 M l <1 1 620 2.0 x 10
-9 N <1 210 6.7 x 10
-9 6.0 - 6.99 L I <1 1 170 5.4 x 10
-8 M <.1 440 1.4 x 10 I
I lI I - - -
Time: 4:15 to 4:44 Offsite Doses Location Whole Body Dose Thyroid Dose (Distance Sector) ( MR/liR) (cpm pci/cc)
-9 N l <1 l 190 6.0 x 10 l l
-9 7.0 - 7.99 L l <1 1 110 3.5 x 10
-8 M l <1 l 370 1.2 x 10
-9 N <1 120 3.8 x 10 I I
-9 l
8.0 - 8.99 L I <1 I 95 3.0 x 10 I I
-9 M l <1 l 275 8.8 x 10 l l l -9 N <1 100 3.2 x 10
-9
( 9.0 - 9.99 L l <1 I 90 2.8 x 10
-9 M <. 1 230 7.3 x 10
-9
, F l < 1 l 80 2.5 x 10
-9 10.0'- 10.99 T. <1 62 2.0 x 10 1 I l -9
't I <1 l 195 6.2 x 10 I I
-9 N 1. <1 I 45 1.4 x 10 I I I I I .I I
I I I I l I I l I I i ! I I I I
Time: 4:45 to 4:54
; Offsite Doses Location Whole Body Dose Thyroid Dose (Distance Sector) (MR/HR) (cpm U ci/cc)
L i <1 I 0 0 Site Bound -0. 99 g g M <1 0 0
<1 I O N j O
1.0-1.99 L <1 0 0 l I M <1 O O N <1 0 0 2.0-2.99 L <1 0 0 l M g
<1 g 0 0 N <1 0 0 l
I I 3.0-3.99 L <1 O 0 M <1 g 0 0 N <1 0 0 ' I 4.0-4.99 L l g <1 l g 0 0 M g <1 0 0 N . l
<1 ; O O
<1 0 0 5.0-5.99 L l l M <1 ; 0 0 I N g <1 i
g 0 0 1 I 6.0-6.99 L <1 0 0 l M j <1 g 0 0 N <1 0 . O I I lI
Time: 4:45 to 4:54 Offsite Deces Location Whole Body Dose Thyroid Dose (Distance Sector) (MR/HR) (cpm pci/cc) l I 7.0-7.99 L g
<1 g 0 0 I
M <1 0 0 N g
<1 g 0 0 l 8.0-8.99 L l <1
<1 l 90 2.9 x 10
~9
~
M l275 8.8 x 10
<1 -9 N 80 2.5 x 10
-9 9.0-9.99 L g <1 j 78 2.5 x 10
-9 M <1 230 7.3 x 10
<1 -9 N
l 75 2.4 x 10
-9 10.0-10.99 L <1 43 1.4 x 10
' -9 M <1 j 195 6.2 x 10 N <1 l 61 1.9 x 10~
I i i i l I i [ I i l l l lI ! I I I I I l l l 1 I I
E Time: 7:00 Offsite Doses Location Whole Body Dose Thyroid Dose (Distance Sector) (MR/HR) ( cpra Wci/cc) Site Bound-0.99 L <1 - 0 0 I <1 I O O M I N I I I
<1 I
I i O O 1.0-1.99 L <1 0 0 M <1 0 0 N <1 0 0 I I
. 2.0-2.99 L <1 O O M <1 0 0 I I
<1 O O I
N 3.0-3.99 L l <1 l 0 0 g g M <1 0 0 N <1 0 0 f I 4.0-4.ee t j <1 l 0 0 0 M <1 0 N <1 0 0 5.0-5.99 L <1 0 0 M j <1 g 0 0 - N <1 0 0 l I 0 6.0-6.99 L <1 g 0 M <1 0 0 l l N <1 0 0 I I
Time: 7:00 Offsite Doses Location Whole Body Dose Thyroid Dose (Distance Sector) (MR/HR) (cpm 4ci/ce) I, Site Bound-0.99 L y
<1
- g 0 0 M I <1 I 0 0 l N l
I I
<1 1
1 I 0 0 L <1 0 0 g 1.0-1.99 l M <1 0 0 I N l I u j I 0 0 0 2.0-2.99 L <l O M <1 0 0
- N j u j 0 0 L <1 0 0 3.0-3.99 .
ll I M N l I
<1
<1 I j 0 O
0 0 L <1 0 0 4.0-4.99 I 0 0 M <1
; l N <1 0 0 I 0 0 5.0-5.99 L <1 g
I 0 0 M <1 y g N l <1 j 0 0 I I O O 6.0-6.99 L <l. M <1 0 0 N <1 0 0 l l
Time: 7:00 Offsite Doses Location Whole Body Dose Thyroid Dose (Distance Sector) ( MR/i!R) (cpm pci/c'c) l- 1 7.0-7.99 L I <1 1 0 0 I M l l l
<1 I
l I 0 0 N l <1 l 0 0 8.0-8.99 L 1 <1 l 0 0 M <1 0 0 N I <1 0 0 I
~
1 I 9.0-9.99 L I <1 1 0 0 l I M i <1 1 0 0 I N l l . <1 I 1 I 0 0 l 10.0-10.99 L <1 0 0 g 1 M i <1 1 0 0 I
- I 1
N l <1 1 0 0 1 I I I I I
! I 1 I I !
1 l I i l i l i I I l 1 lI l l I I l l . l l
I APPENDIX E I Controller Messages lI I iI l I l I I I I I !I : I. I iI 1
I Message No. 1 SEE-82 CONTROLLER INSIRUCTION/ EVALUATION lTO: CR OPERATORS l Date: 11/10 Time: 9:30 AM SHIFT SUPV. I MESSAGE l: This is a Drill Unit 2 is operating at 100% power (MOL; Boron Concentration: 500 ppm). All safety systems are operable. Pressurizer PORV's and main steam PORV's are isolated. Unit 1 is in the last day of a 7 day outage for overhauling of the charging I pumps and snubber inspection. SW Transformer 1 (15Gl) is out for maintenance. S/G "A & B" are aligned to BD Monitor "A". S/G "C" is aligned to BD Monitor "B". The sky is overcast. Stability class is D. Winds are 15 mph from East-Northeast (60* to 65*). The 32 ft temperature is 80*F. A tropical storm off the coast of North and South I Carolina has developed into a hurricane overnight and is headed in the North - Northeast direction. I I This is a Drill FROM: Lead Controller !I l Exoect,e Act1 ens:
~
l l cemtre11 rs Eva1uatien commenes: l None - initial conditions ! l i l I l Deliver to: !I
I Message NO-SEE-82 CONTROLLER INSTRUCTION / EVALUATION lTO: CR OPERATOR l Date: 11/10 Time: 9:40 AM i MESSAGE l: This is a Drill I Eastern and Southeastern Virginia are under a Hurricane Watch. The area under the Watch includes Surry County. I I I g This is a eriu FROM: System Operator (Lead controller) ,3 Excected Actions: i 1 Controllers Evaluation / Comments: Declare Unusual Event I l l I i I I Deliver to: I I
I Message No. 3 SEE-82 CONT, ROLLER INSTRUCTION / EVALUATION I . ITO: CR OPERATOR I Date: 11/10 Time: 10:00 AM i MESSAGE l: This is a Drill Activities on S/G Blowdown and Condenser Air Ejectors are I increasing. Air Ejector 500 cpm S/G Bldn A 100 cpm S/G Bl'.in B 1000 cpm I . I I E l This is a Drill FROM: Lead Controller 1 Expected Actions: I Controllers Evaluation / Comments: Start investigation to I determine cause. 1 Determine RCS Leakage rate ! I g and request RCS & S/G l E Stowdo"n 52mPteS- I See Message 3C l l l Deliver to: I
I Message tio. 3C SEE-82 I . CONTROLLER INSTRUCTIOt1/ EVALUATION I lTO: SHIFT SUPV. l Date: 11/10 Time: 10:05 AM l MESSAGE l: This is a Drill Request RCS and S/G I Initiate RCS Lead Rate Periodic Test. sample analysis. I In the event an air ejector radiation sample is requested the results are: Time of Collection: 10:20 AM Kr-85 Equivalent 2.5 x 10-2 pCi/cc Xe-133 Equivalent 4.9 x 10-3 pCi/cc I-131 Equivalent <1 x 10-11 pCi/cc l I Dose Rates at 1 foot from collected samples: Gas Sample - 0.06 mR/hr Iodine Cartridge - < 0.02 mR/hr This is a Drill FROM: Lead Controller 1 i Expected Actions: l Controllers 1, valuation / Comments: 1 None - contingency 1 i I l i l Deliver to: l lI l
I 14essage tio. 4 SEE-82 cot 1 TROLLER ItiSTRUCTIOll/EVALUATIOti ITO: CR OPERATOR l Date: 11/10 Time: 10:15 AM I l MESSAGE l: This is a Drill S/G "C" Blowdown - sample results are: Co60 - 1.6 x 10-6 pCi/cc I CoS7 - 4.1 x 10-7 uCi/cc C s13 7 - 1. 6 x 10 -7 pCi/cc I 131- 1.2 x 10-7 uCi/cc Dose rate at 1 foot from collected sample: < 0.01 mR/hr lI I I '*1"- " 11 raOM: Leae Controller y Expected Actions: 1 Controllers Evaluation / Comments: I lI l l i I l 1 i Deliver to: _ l lI l l - -
I Message No. 5 SEE-82 CONTROLLEP INSTRUCTION / EVALUATION ITO: SHIFT SUPV. l Date: 11/10 Time: 10/20 AM I l MESSAGE l: This is a Drill I A Chem Tech is seriously injured at contaminated. (location) . His left arm and hand are cut f rom broken sample containers - possibly He is conscious, but appears to be having I severe chest pains. attack. I think the guy may have had a heart I I I I This is a Drill , FROM: Auxiliary Building Operator Expected Actions: l Controllers Evaluation / Comments: 1 Dispatch First-Aid Team l I l l l I i I Deliver to: I I I
I Message 130- 6 ~~~ SEE-82 I CONTROLLER INSTRUCTION / EVALUATION lTO: SHIFT SUPV. l Date: 11/10 Time: 10:40 AM l MESSAGE l: This is a Drill The ambulance has departed from the site with the injured Chem I Tech. I I I il I This is a Drill I '" ** ""'^'d*="*" Expected Actions: l Controllers Evaluation / Comments: 1 Declare a second l UNUSUAL EVENT. I I I l l 1 Deliver to: I _
I Message No. 7 SEE-82 CONTROLLER INSTRUCTION / EVALUATION I lTO: SIIIFT SUPV. l Date: 11/10 Time: 11:00 AM l MESSAGE l: This is a Drill I Results of the RCS Leak Rate Test indicate 0.2 gpm unidentified leakage. Chem analysis of RCS and S/G's indicate 0.1 gpm primary to secondary leak on S/G "C"; negligable for S/G "A and I B". I I I I I =1 1 oriu FROM: Chem Tech and Lead Controller y Expected Actions: i Controllers Evaluation / Comments: 1 1 1 I I l l I Deliver to: I I
I Message NO- B SEE-82 CONTROLLER INSTRUCTION / EVALUATION I lTO: CR OPERATOR l Date: 11/10 Time: 11:30 AM l MESSAGE 1: This is a Drill NI - 41 fuse is blown, initiating turbine runback to 70%. I Reactor did not trip. Steam Dump to condenser operated okay. I I I i I I 1s1. i. . Dr ut g rRos: Lead Controller y I exo c= e ^=<< = lcer11<- 1 ev 1= e1 "'c mm <= I l i I ! I l Deliver to: I
I
' Message No. 9 SEE-82 I CONTROLLER INSTRUCTION / EVALUATION lTO: CR OPERATOR l Date: 11/10 Time: 11:40 AM i MESSAGE l:
This is a Drill I RCP C Vibration Alarm initiates. Vibration recorder indicates very high vibration. RCP C Trip Alarm initiated (0/C). Reactor and turbine / generator trip. I I I I This is a Drill rROM: Lead Controller y I ex c< e A=ti i 1 1 c mer 11 < e 1m << m'c mm me = I ! I I Deliver to: I l I
. _ _ _ . _ _ . _ . _ _ _ _ _ _. __ _ . _ _ . _ _ . _ _ _ . _ _ _ _ _ _ . _ _ _ = _ . .
I i Message No. 10 SEE-82 CONTROLL2R INSTRUCTION / EVALUATION ITO: CR OPERATOR i Date: 11/10 Time: 11/41 AM I l MESSAGE l: This is a Drill Letdown Radiation Monitors alarm. They peak at 2 x 104 cpm, then steady out at 5 x 10 3 cpm. t
- I I
I I This is a Drill ERoM, L as cont =c11er
- 3 Excected Actions
~
} Controllers Evaluation / Comments:
l I I I i I 1 Deliver to: I -
I Message No. 11 SEE-82 CONfROLLER INSfRUCTION/ EVALUATION lTO: CR OPERATOR l Date: 11/10 Time: 11:50 AM l MESSAGE 1: This is a Drill I I I i 34.5 KV Bkr LT12 Trip Alarm initiates. !
)
4160 v Bus A, B, 2G, 2H Emergency U/V alarms. No. 2 DG starts and satisfactorily re-energizes Bus 2H. Aux. FN starts and operates satisfsetorily. S/G Blowdown , isolates all loads from A & B Bus de-energized. iI I I This is a Drill FROM: Lead Controller Expected Actions: Controllers Evaluation / Comments: I Snift Suor. should discatch I operator'to unisolate 51S l PORV's. See Message llc. I Direct operator to ! I investigate cause of power loss. l 1 I l Deliver to: I .
I l Message No. llc SEE-82 I CONTROLLER INSTRUCTION / EVALUATION I lTO: SHIFT SUPV. I Date: 11/10 Time: 11:55 AM I , l MESSAGE I: iI This is a Drill Direct an Equipment Operator to open MS PORV isolation valves. I l 1 I I I I This is a Drill I FROM: Lead Controller i Expected Actions: I Controllers Evaluation /Corents: I None - contingency I 1 I i i l l Deltver to: I
I Message No. 12 l SEE-82 - I CONTROLLER INSTRUCTION / EVALUATION I ITO: CR OPERATOR l Date: 11/10 Time: 12:00 Noon l l MESSAGE l: This is a Drill Isolation valves to MS PORV's are open. I
- I l
l . lI I I This is a Drill FROM: Equipment Operator Expected Actions: l Controllers Evaluation / Comments: I Switch St<im dump to MS 1 I PORV's due to loss of condenser vacuum - circ pumps de-energized. I 1 I L l l Deliver to: I
l I l l le Message No. 13 SEE-82 ' CONTROLLER INSTRUCTION / EVALUATION l
= lTO: CR OPERATOR 1 Date: 11/10 Time: 12:10 PM l
I l MESSAGE l: i
- This is a Drill i
m Subcooled margin alarm comes in. Letdown monitors read 104 cpm. Suffolk repair crew on its way to repair 34.5 KV Sus. Fire Hose Station $18 roof blew off and caused fault on the bus. I I I I 'ihis is a Drill FROM: Lead Controller I Expected Actions: 1 1 Controllers Evaluation / Comments: I Shift Sup'/. regaest RCS sample analysis. See Message 130 I I l I i i l Deliver to: I
Message No. 13C SEE-82
- CONTROLLER INSTRUCTION / EVALUATION i lTO: SHIFT SUPV. l Date: 11/10 Time: 12:10 PM i MESSAGE l:
This is a Drill I Request RCS sample analysis. I I I
- I This is a Drill FROM: Lead Controller Expected Actions: 1 Controllers Evaluat?on/ Comments:
1 None - contingency I I I l I ! l
' l Deliver to.
i I . _ _ - -
- . . - . ..~._ - . . . . .- -_.
Message No. 14 SEE-82 - CONTROLLER INS'f RUCT ION /EVALU A T IO N . j l l I lIO: CR OPERATOR _l Date: 11/10 Time: 12:20 PM I l MESSAGE l: I This is a Drill Letdown RM's in alarm and reading 105 cpm. l I Suffolk repair crew estimates 4 - 5 hours to get 34.5 KV Bus 5 back in service. i iI l I I This is a Drill FROM: Lead Controller i Expected Actions: I Controllers Evaluation / Comments: I I l l 1 I l l l Delive r to :
Message No. 15 SEE-82
, CONTROLLER INSTRUCTION / EVALUATION lTO: SHIFT SUPV. I Date: 11/10 Time: 12:30 PM I MESSAGE l:
This is a Drill I RCS activity is 260 pCi/gm I-131 dose equivalent. I-131 137 pCi/gm I Other data: I-132 201 pCi/gm I-133 315 pCi/gm I-134 367 pCi/gm I-135 291 Ci/gm Cs-134 320 pCi/gm Cs-137 411 uCi/gm RMS-156 reading before entry into sample room: 36 mR/hr Dose rate at 1 foot from unshielded sample = 1.32 R/hr Dose rate at 1 foot from unshielced sample diluted 1:1,900: 1.3mR/hr I Dose rate at 1 foot from unshielded sample diluted 1:100: 0.0lmR/hr Dose rate at 1 foot from original sample shielded in " pig": 27 mR/hr I This is a Drill FROM: Chem Tech I Expected Actions: 1 Controllers Evaluation /Comnants: Shift Supv. should declare l l ALERT. l l Isolate MS line C 1 PORV - See Message 15C l 'I I i l Deliver to:
._ _ - - = ,
j Message No. 15C SEE-82 CONTROLLER INSTRUCTION / EVALUATION ITO: SHIFT SUPV. l Date: 11/10 Time: 12:30 PM l MESSAGE l: This is a Drill Dispatch an Equipment Operator to isolate MS line C PORV. l l This is a Drill FROM: Lead Controller i Expected Actions: 1 Controllers Evaluation / Comments: I None - contingency i I l I i i l i I Deliver to:
Message No. 16 SEE-82 CONTROLLER INSTRUCTION / EVALUATION lTO: CR OPERATOR . l Date: 11/10 Time: 12:35 Pot I l MESSAGE l: This is a Drill k l I I I . I r81s is s o=111 rROM: Equipment Operator. g Expected Actions: I controllers Evaluation / comments: i l l l I i 1 Deliver to:
I Message No. 17 SEE-82 CONTROLLER INSTRUCTION / EVALUATION ITO: CR OPERATOR I Date: 11/10 Time: 1:30 PM i e se esez i: i g 1sie 1 . D<1u I sess,emm, 3x <<1, .1.<m cemes im. I I I~ I I ="1 1e o< 1 u Lead controller g FRox: I zxmecm e s=stc,e= i Ccme<>11e<m z 1m>=1cm Cc=memes: i 1 1 I l i l 1 Deliver to: I
i-i Message No. 18 SEE-82 CONTROLLER INSTRUCTION / EVALUATION I ITO: DC Team Leader l Date: 11/10 Time: 1:40 PM i l MESSAGE l: This is a Drill MDAF4P 3A Motor is slightly smoking at the pump end bearing and has loosened its motor mounts. The pump shaft is not free I I to move. I : l 1 lI This is a Drill FROM: Controller I I Expected Actions: l I I Controllers Evaluation / Comments: i l 1 l l l l Deliver to:
1 Message No. 19 SES-82 CONTROLLER INSTRUCTION / EVALUATION i ITO: CR OPERATOR l Date: 11/10 Time: 2:45 PM i MESSAGE l: l This is a Drill i I S/G "B" level has promptly increased in level from 30% to 33% and pressure from 7304 to 750$.
- I lI
'I i I This is a Drill FROM: Lead Controller Expected Actions: Controllers Evaluation / Comments: I I Dispatch operator to check l l reading on M3 line 3 Hi - l l Range RM. - See Message 190 I i l I l I I Deliter to: l l
.I Message No. 19C SEE-82 CONTROLLER INS TRUCTION/ EVALUATION lTO: SHIFT SUPV. l Date: 11/10 Time: 2:45 PM ; l MESSAGE l:
This is a Drill I Dispatch operator to check reading on MS line B Hi-Range RM. I
;I I
I I I Ts1s 1e . Dr1u g FaoM: Lead controller l I ex ect e A=ttoms: i I comerc11 =, E >1mmeio, cc==,,ts= None - contingency i I l 1 I i Deliver to: I l
Message No. 20 SEE-82 CONTPOLLER INSTRUCTION / EVALUATION I ITO: CR OPERATOR l Date: 11/10 Time: 2:50 PM l MESSisGE l: This is a Drill l i Attempts to close MS line B PO RV f a il . MS line B Hi-Range RM indicates 2 x 10-1 mR/n r . I I l ll I I This is a Drill FROA: Operator / Lead Controller Expected Actions: Controlle rs Evalua tion /Coreme nts : Shift Suoervisor should I declare 'S!?E EMERGENCY, I Dispatch operator to isolate i MS line 3 PORV - See Message 1 I 20C Dispatch maintenance to PDRV.i l l Deliver to: I - -- -
I Message No'. 20C SEE-82 I CONTROLLER INSTRUCTION / EVALUATION I ITO: SHIFT SUPV. I Date: 11/10 Time: 2:50 PM I l MESSAGE l: I This is a Drill Dispatch an operator to isolate MS line B PORV. Dispatch maintenance to fix PORV.
> If a post accident RCS Sample is requested.
Results are: I-131 2340 pCi/gm I I-132 3410 uCi/gm I-133 5360 pCi/gm I-134 6240 pCi/gm . I I-135 4950 pCi/gm Cs-134 900 pCi/gm Cs-137 4960 pCi/gm RMS-156 reading before entry into sample room :550mR/hr Dose rate at 1 foot from unshielded sample = 20 R/hr Dose rate at 1 foot from unshielded sample diluted 1:1,000: 20mR/hr ,I Dose rate at 1 foot from unshielded sample dilated 1:100: 0.02mR/hr Dose rate at 1 foot from original sam,M e shielded in " Pig": 0.6 R//hr This is a Drill FROM: Lead Controller 1 1 I Expected Actions: i 1 l Controllers Evaluation / Comments: Sone - contingency i
'I l I
I I i i I Deliver to: I lI
I Message No. 21 SEE-82 CONTROLLER INSTRUCTION / EVALUATION I lTO: CR OPERATOR I Date: 11/10 Time: 3:00 PM ! l MESSAGE I: This is a Drill As the MS line B PORV isolation valve nears the closed seat, the handwheel on MS line B PORV isolation valve is broken off
- g the valve stem. Steam continues to " weep" from the valve.
Venting air at the PORV will not close the PORV. 5
- I I
I I g Th1s 1e m Dr u1 PaOM: Operator (a POav> g g Ex ,=t,e A=ttoms ', contro11,=, Evs1mme1,m com=,nes, I i I l 1 I !, i Deliver to: I I '
I Message No. 22 SEE-82 CONTROLLER INSTRUCTION / EVALUATION I , lTO: CR OPERATOR l Date: 11/10 Time: 3:15 PM l MESSAGE l: This is a Drill I The spring on the MS line B PORV is broken, causing the valve to remain open. I
- I
- I I
I g Ts1s is eru1
, ROM. M ntem _ . o PeRV, g ;I E-=,"=1-= l c mm um =v-t1-c-e-s =
1 I I l 1 I Deliver to: I I I
l I Message No. 23 SEE-82 ! CONTROLLER INS TRUCTION/ EVALUATION l l Date: 11/10 Time: 3:50 PM I lTO: CR OPERATOR l l l MESSAGE l: l This is a Drill I The isolati.on valve to MS line B PORV is closed. Maintenance closed it with a wrench.
. I I
I g : This is a Dri.ll I j FROM: Operator (3 PORV) l l Expected Actions: 1 Controllers Evaluation / Comments: I l l 1 I I I Deliver to: I - - - -
I Message No. 24 SEE-82 CONTROLLER INSTRUCTION / EVALUATION ITO: SHIFT SUPV. I Date: 11/10 Time: 4:00 PM l MESSAGE I: This is a Drill Tne Suffolk repair crew has repaired 34.5 KV Bus 5. LT12 is closed and 4.16 KV Buses A, B, and 2G are restored to service.
>I 'I
- I I
I This is a Drill FROM: Operator (a t repair location) Expected Actions: I Controllers Evaluation / Comments: I Start forced circulation I cooling of RCS. l l I l 1 1 Deliver to: l l l l
Message No. 24C SEE-82 l CONTROLLER INSTRUCTION / EVALUATION f lTO: SHIFT SLJPV. I Date: 11/10 Time: 4:05 PM I i l l l MESSAGE l: This is a Drill RCP A is restarted.
- I I
I I I This is a Drill FROM: Lead Controller Expected Actions: l Controllers Evaluation / Comments: I None - contingenc'i l I I l 1 l l l Deliver to:
I Message No. 25
- SEE-82 CONTROLLER INSTRUCTION / EVALUATION lTO: CR OPERATOR I Date: 11/10 Time: 4:55 PM i
I l MES5 AGE l: This is a Drill I It is now 7:00 PM. Offsite and onsite monitoring teams now reporting background. I I I I g ms 1s . or111 I '" '- = - * *r" I Ex>ect,e x==imms= i ccm==>11 rs E>>12meimn =>==,== = 1 l I l l I l i i Deliver to:
Message No. 26 SEE-82 CONTROLLER INSTRUCTION / EVALUATION lTO: ALL PARTICIPANTS l Date: 11/10 Time: 5:00 PM l 1 MESSAGE l: This is a Drill I Exercise terminated. I I I l l This is a Drill FROM: All controllers Expected Actions: 1 Controllers Evaluation / Comments: l I I l I i l Deliver to: 1 I
l l i I 1 i I APPR OIX F I I I I CQ.TPCIl2R JO,'D CESE317R I r.r r-c v% ' E .M NnV M -c-T E w11D a -- -1 .,-eM ELi I I I I
I VIRGINIA ELECTRIC AND FO'4ER COMPAn* SURRY 7MERGENCY EXERCISE CCNTROLLER DUTIES AND RESPONSIBILITIES
- 1. The Controller will:
- a. Initiate the exercise by providing the emergency conditions either by cue cards, written direction, or verbal cottunication.
- b. Closely folicw the progress of the exercise within his assigned area and keep abreast of the overall progress of the exercise.
- c. If the Controller observes the player going off on a tangent, because of either re c'eiving misleading informaticn or misinterpreting the emergency condition given by the Controller, the Controller can request reevaluation of the data or give minor guidance, but at no time may he lead the player in the resolution of the problen.
I d. The Centroller will centinue to distribute key emergency information as directed by the Lead Centroller. l
- 2. One Controller will be statiened at the folicwing area (s) daring the exercise unless otherwise indicated:
- a. Medical Energency
- b. Remote Asse:bly Area
- c. Centrol Roca
- d. TSC and Dese Assessment (2)
- e. OSC
- f. EOF and Dose Assessment (2)
- g. Offsite Monitoring Area (s) (2)
- h. HP/ Chemistry Office (floater as required)
- i. S e cu ri t:. / floater as required) ll 1 ll t
l 1
VIRGINIA ELECTRIC AND PC'JER COMPANY SURRY EMERGENCY EXERCISE OBSERVER DUTIES AND RESPONSIBILITIES
- 1. The Observer will becone knowledgeable of what actions are expected in his assigned area.
- 2. The Observer will closely nonitor the players actions, responses and use of energency precedures.
- 3. Observers will note key data en check sheets and make specific remarks of any irregularities cbserved.
4 The observer will surnarize his/her findings and present, or have then presented, at the critique.
- 3. One observer will be assigned to cover the follcwing areas:
- a. Control Roc =
- b. Medical Energency
- c. Fealth Physics Office /Ceunt Roc =
- d. HP/ Chemistry Office (s)
- e. TSC
- f. OSC
- g. EOF
- h. Offsite Monitoring Area (s)
- 1. Security
- j. Public News Center
- k. Renote Assembly Area
- 1. Ficater as Required I
- - , . - - _ - , - - . - . . - - . - - .__,_______a
OBSERVER CRITIQUE SHEETS VIRGINIA ELECTRIC AND POWER CC5fPANY SURRY E5!ERGENCY EXERCISE I CRITIQUE SHEET Q.C. OBSERVER DATE CONTROL RC05!
- 1. What time /date did the exercise contence?
Time: Date:
- 2. What time were the following e:ergency conditions declared and which EAL caused escalation:
l'nusual Event EAL# Alert EAle I Site Energency EAL# General Emergency EAL#
- 3. Were procedures (AP's, EP's, EPIP's) properly utilized?
- 4. Was the Control Room properly staffed?
- 3. What time was security called to initiate the call-out precess?
- 6. Were Control Rec access requirenents raintained?
? Were the following EPIP's initiated? If so, what time?
EPIP-1.01 - 1.04 tes No Time EPIP-2.01 - 2.03 Yes No Time EPIP-3.01 - 3.00 Yes No Tine rPIP-a.01 Yes No Tite FP P-3.33 I ' I 3. ies No nther ~.ajc: itens en 2:: ached exercise c'vered: Tine I m=qtm-a "s " . _ LL' 2 l l
- l
VIRGINI A ELECTRIC AND PO'JER COMPANY l t I I SURRY EMERGENCY EXERCISE CRITIQUE SHEET Q. C. OBSERVER l I DATE MEDICAL EMERCENCY
!. What time was the first aid team called?
- 2. What ti=e did the team arrive at the scene?
- 3. Enat time was cutside help requested?
4 What time did offsite rescue squad arrive?
- 3. Was coesunications established /raintained with the Control Roc:?
- 6. Ilhat time did the victim depart the site for the medical facility?
- 7. Were appropriate precedures followed?
- 8. Tnat time did ambulance arrive at Medical College of Virginia?
REMRKS : I I I I 4
VIRGINIA ELECTRIC AND PCWER COMPANY SURRY EME'iGENCY EXERCISE I . CRITIQUE SHEET Q. C. OBSERVER I DATE HEALTH PHYSICS
- 1. What tire was H? notified of energency?
, 2. What time was EFIP-4.01 initiated?
- 3. Did HP perforn required acnitoring?
= 4 Was EPIP-4.03 initiated?
- 3. 'lere calculations performed properly?
- 5. Lhat time (s) were the following EPI?'s conpleted?
EPIP-4.03 EPIP-1.15 I EPIP-4.16 EPIP-4.21 I 7. What tine did H? begin to survey and monitor the Auxiliary 31dg.'
- 3. ' ha t other HP oriented EPIP's were initiated?
- 9. Did HP acccapany :he chemist to obtaia the high acti' city samples?
I l REMARKS: I
J-i
, VIRGINIA ELECTP.IC AND PO'iER COMPANY I .
SURRY E:tERGENCY_ EXERCISE E CRITIQUE SHEET ', Q. C. OBSERVER I I DATE
,C_H EMI STRY I
- 1. When was the chemistry technician notified to draw a prinary wate.
E sanple? 3 -
- 2. 'tha t time /s) were the folicwing EPIP's initiated?
I EPIP-4.23 LP.?-a.25 EPIP-4.26
- 3. Uere all requirements of the above listed EPIP's adhered to?
4 Did the chemistry technician use the post accident sampling system properly'
- 5. What :endition alerted the chemistry technician to use this systen?
- 6. What were the highest radiation readings obtained fran the sample?
l
- 7. Tias dilution achieved before the sa:ple was taken to HP for analysis?~
l I I I n= . II I .
i l t VIRGINIA ELECTRIC A::D POUER COMPANY SURRY c.MEFGE:.CY EXERCISE . r t CRITIOUE SHEET Q. C. OBSERVER DATE I ONSITE TECHNICAL SUPPORT CENTER (TSC) I 1. '.!ha t time was the TSC ranned?
- 2. 'Jas all needed equipment in the TSC operable?
- 3. Was the initiation of data transmitted frc the Control Recm to the TSC perf ormed in a timely and ef f ective manner?
i 4 '.Jha t time were scnitoring teams alerted?
- 3. Were the folicwing Attachments to EPI?-3.02 initiated? Time?
Attachment i Time: Attachment 6 Time: Attachment 2 Tine: Attachment i Time: I Attachment 3 Attachment i Time: Time: Attachcent 9 Attachnent 9 Tine: Time: Attachrent 3 Time: Attachment 10 Tine:
- 6. Were all aspects of E?:P-3.02 complied eith?
7 What tine did the Station Energency :!anager transfer Manage ent respensibility :: the EOF'
- 3. What time was the Dose Assessment Tear Leader directed to report to the Radiological Assesstent Coerdinator at the EOF?
- 9. What tine wai accountabilit:. ordered?
- 10. .it tire ,=, site ecacuation ordered?
.1. It time did the Pecover" ?hase start?
T..-.) 7.1. i I I
- I I
V!aGINTA ELECTRIC AND PO'4ER COMPANY SURRY F".ERGENCY EXERCISE l
'E CRITIQUE SHEET 0 C. OBSERVER I
r I DATE OPERATIONS SUPPORT CENTER (OSC)
, I 1.
2.
'a'ha t time was the OSC canned?
'a~no assumed the position of OSC Director?
- 3. 'Jas EP:P-3.03, Attach:ent 1, completed and reported to Security?
l l u. Was a personnel check-in/ check-out systen initiated?
- 5. What time was the Statica Energency Mana;2r ad'rised that the OSC was acti/ated?
I I RE" ARK 5: I I I I I I I I
I
.I VIRGINIA ELECTRIC AND PO'4ER COMPANY
- SURRY E:f-RGENCY EXERCISE l
i i CRITIQUE SHEET Q. C. OBSER'JEP DATE I EMERGENCY OPE?aTI0';S FACILITY (EOF) l
- 1. '4h a t tire was the EOF tanned by the following inditiduals?
Recovery Manager: Name: Time: Director-Ch2 istry '; HP: Nane: Time: EOF Coordinator: Name: Time:
- . IJhat tine was coccunications established with the f c licwin s;:
Onsite Technical Support Center Time: Corporate Energency Response Center Time: Public News Center Time:
- 3. *4 hat time did the Station Emergency ".., nager transfar management responsibility to the EOF?
I P
.. IJere facsimile messages t rr s-it ted ? Yes No 1
Itemize: l I f I . I . S-.u ;.;w.; . y .. 9 I I I
f I 'I VIRGI:!I A 7 LECT 3IC AND PO's'ER COMPANY SURRY E!!ERGENCY EXERCISE I CRITIQUE SHEET 0. C. OBSERVER l DATE I HEALTH PHYSICS MONITORING TEA:t i
- 1. Was the HP instrunentation verified operable before departing the I
l l I 2. station? Was the vehicle checked (gas, oil, etc.) before departing station?
- 3. What time did team leave the statien?
l 4 Was EP!P-4.16 available and cc plied with? l
- 5. Was EPIP '.19 available and ccmplied with?
t
- 6. Were radiation levels properly transmitted?
I
- 7. What were the readings and their locations?
Reading: Location: Reading: Location: I Reading: Location: Reading: Location: .I R E.'!AF K S : I . I I
I ; lI VIRGINIA ELECTRIC AND PCWER COMPANY
! SURRY EMERGENCY E7EPCISE i
CRITIQUE SHEET Q. C. OBSERVER DATE I SECURITY l i
- 1. 'Jh a t time was Security notified to implement notification or e=ergency ,
4 response personnel?
- 2. '. Tete applicable departments listed in EPIP-3.01 contacted? <
s j 3. List the names of those actually contacted (one from each department), i Name 'J a pa r tnen t
- i I
I I
- a. 'Jh a t time a s Se:urity notified the station would be evacuated?
I 5. *ias EPIP-3.01 (Actiratica of ECF) accerplished?
- 6. 'Ja s E?:P-3.03 (Perscnnel Acccuntability) accomplished?
- 7. '.?c s EP I P-5. 0 4 (Access Centrol) complied with? ,
I I D' \ Q
.. T.J '% .l la I
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1 i i VIRGINI A ELECTRIC AND PO'4ER COMPA';Y_ SUP,RY EMERGE::CY EXERCISE
)
CRITIQUE SHEET Q. C. OBSERVER DA!" 1 I PUBLIC NE'45 CENTER - OJRP
'4ha t time was the Public News Center canned?
I l.
- 2. 'Jas communications established with the EOF?
- 3. Did news releases follow the established format?
4 Whst time was assistance requested by the Recoverv Manager? I I REMAES : I I l I I
- I I
APPE' DIX G I i USEFUL INFOD% TION I I l l l l l lI I I
. _ _ - - . ..-. - .__ . . -- ~ . - - - __
l 1 I USEFUL INF0FFaTION I 1. Routes to Surry Power Station Page No. 1
- 2. Nearby Accommodations 2
- 3. Schedule for Jamestown - Scotland Ferry 4
- 4. Road Map froc Richmond 5
- 5. Road Map frca Norfolk 6 1
I I I l i lI l l l l
I l USEFUL INFORMAT!0N ROUTES TO SURRY PCWER STATION 3Y AIR: Fatrick Henry International Airport Byrd International Airport - Richcond Norfolk Interntional Airport BY BUS: Direct service by Greyhound and Trailway to Rich:cnd, Newport News, Williamsburg, and Norfolk.
- BY CAR
- Refer to the maps on follcwing pages.
The station is abcut 60 miles :: orth of Norfolk, 70 miles South of Richmond and 25 niles Northwest of Newport News traveling the following road network:
??OM ';E% PORT NEMS Exit :-64 traveling was: on Mercury 3culevard (Newport News)
I which becomes State ?oute 17/255, cross the _ ares River l Bridge (17/253) and exit right at State Route 32 which intersects State Reute 10 (3enns Church). Turn north (right) on State Reute 10 and travel about 20 miles. Exit right on State Route 650, travel 5 miles and Surry Power Station will be on your right. 3Y TRA!N: AM-TRAK with connections in Richmond, Williamsburg, Newport News and Norfolk. l l l
J NEA?3Y ACCCM"0DATIONS , Surry (Approximately 10 miles from station) The Surry House Motel I Hwy. 10 (804) 294-3191 Smithfield (Approximately 20 miles from station) The Smithfield Inn On US 258, 112 Main Street Festaurant and Inn (804) 357 4353 Newport News (Approximately 35-15 miles from station) Holiday Inn of Newport News Route 17 and 143 6128 Jeffersnn Avenue I Restaurant and Lounge (904) 326-4500 King Janes Motor Hotel Intersection Jefferson Avenue.and Mercur:' 30ulevard 6045 Jefferson Avenue Restaurant (804) 245-2301 Ramada Inn Intersection :-64 and Reute 17 950 J. Clyde Morria Sculevard Restaurant & Lounge (804) 595-4460 Others in Newport News Budget Lodge of Araric1 (334) 595-5647 Colcnial Courts "otel (304) 595-3345 Econo Travel Hotel (304) 599-3237 The Patton Motel (804) 595-7671 Travelers Inn Motel 1904) 974-0201 l I Williamsbura f Ap p rcxint r e.:. 35 miles shortest re ad ne twork) Se ferrv; app rc xima t ely 'O miles usin; P3 ri0i H e n r*I Inn I Yark 2nd Page 5treets (304) 229 c540 Eclide. :nn - East 314 Cap it c 1 '_amiin g ? c ad
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I iI Holiday Inn - West 902 Richmond Road ' Travel lodge and Restaurant (804) 229-5060 I Ramada Inn - Fast 351 York Street Travel lodge and Restaurant (304) 229-4100 Ramada Inn - West 3052 0.ichmond Road ! E l Travel lodge and Restaurant (304) 565-2000 Others in Williamsbur_.a Captai. Jchn Smith (304) 220-0710 Colonial :htel (304) 229-362' Hilton Inn (804) 220-2500 I King ';illia: Inn (SOL) 229-4923 Hopewell (Approximately 45 niles to statior) I City Point Inn Intersection of Feute 10 & 36 I Travel lodge ar.d ?.estaurant (305) 053-5950 Chester (Approximately 60 miles frca statica) I 'ays Inn
- ntersectier of I-95 and Route 10 I Restaurant (204) 343-5371 I
Holidav Inn t Intersection of I-95 and Foute 10
- aestaurant I
(504) 743-6321 Howard Jchn un':
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I ; Height Restriction - 12'6"' Weight Restrictions: SCHEDULE l
= 16 Tons per Vehicle 28 Tons per Semi-trailer Cocibination JAMESTOWN-SCOTLAND FERRY Schedule and Fares Subject to Change without Notice I Two-Axle (Gross Weight 3 Tons or Less)
One Way . . . . . . . . . . . . 1.00 Revised Octcher 1, 1980 Subject to Change Without Notice i ll Multi-Axle Single Unit & Two-Axle 3 Greater than 3 Tons Gross Weight, One Way . . . . . 4.00 Multi-Axle Multi-Unit Operated by I One Way . . . . . . . . . . . . Pedestrian or Bicycle . . . . . 6.00 0.15 Virginia Department of Highways and Transportation Richmond, Virginia I Coc=iuter Book Tickets Two-Axle (Gross Weight 3 Tons or Less) 20 Tickets per Book . . . . . $5.00/ Book 786-2838 I SI?T 16 - MAY 31 I SEPT 16 - MAY 31 M057AY TERU TH"RSDAY TRIDAY - SArUROAY - SL*N7AY JL*NE 1 - SEPT 15 EVERYDAY Leave Leave lI Leave Leave Scotland Glass House Scotland Glass House Vharf on Point on k*harf on Point 9a Route 31 Route 31 Route 31 Route 31 I *5:00 AM 5:40 AM 6:30 AM
*5:20 AM 6:05 AM 6:50 AM
*5:00 AM 5:40 AM 6:30 AM 7:15 AM
+5:20 AM 6:05 AM 6:50 AM 7:35 AM 7:15 AM 7:35 AM I 8:00 AM 9:00 AM 10:00 AM 11:00 AM 8:30 AM 9:30 AM 10:30 AM 11:30 AM 8:00 AM 9:00 AM 10:00 AM 10:30 AM 8:30 AM 9:30 AM 10:30 AM 11:00 AM 12:30 PM 11:00 AM 11:30 AM I
12:00 PM 1:00 PM 1:30 PM 11:30 AM 12:00 PM 2:00 PM 2:30 PM 12:00 PM 12:30 PM 2:30 PM 3:00 PM 12:30 PM 1:00 PM 3:00 PM 3:30 PM 1:00 PM 1:30 PM !i l 3:30 PM 4:00 PM 4:30 PM 5:00 PM 4:00 PM 4:30 PM 5:00 PM 5:30 PM 1:30 PM 2:00 PM 2:30 PM 3:00 PM 2:00 PM 2:30 PM 3:00 PM 3:30 ?M 6:00 PM 3:30 PM 4:00 PM I 5:30 PM 6:00 PM 6:30 PM 4:00 ?M 4:30 PM 7:00 PM 7:30 PM 4:30 PM 5:00 PM 8:00 PM 8:30 PM 5:00 PM 5:30 PM 9:30 PM 5:30 PM 6:03 FM 9:00 PM I 10:00 PM 10:30 PM 6:00 PM 6:30 ?M 11:30 PM 6:30 PM 7:00 PM 11:00 PM 12:00 AM 12:30 AM 7:00 PM 7:30 PM a:00 PM 3:30 PM 9:00 PM 9:30 PM I 'MCS !" FA; CSLY 10:00 PM 11:00 PM 12 00 e 10:30 PM 11:30 ?M 1::30 e
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FERR N s SURRY DIRECTIONS from Byrd international 'sw SURRY
'/f POWER o / STATION
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1(ou t e 60 West to 1.aburnum Avenue South (left). Take 1.aburnum Avenue to Itoute 5 East. Take Ql ROUyb
/0 3 1(ou t e $ E.u.t to Route 156 South crossing the Smithfield lien )ami n llarr ison liritige to Route i t) . Take A 1:out e 10 East to Route 31 North (Itft). Take o 1 out e 11 Nort h back to Route 10 Ea s t (right).
Tals e Itou t e 10 East to Route 650 (left) into
- urry l'ower Station.
total Approx. Distance = 70 tulles 5
M M m a m a e a g g g
/ D!!1ECTIONS FROM NOllFOLK REGIONAL
'p f ^ ltPOllT
'd4MES HIVEH ' '64 South to 1-264. Take 1-264 West, gpQ ) ,
, '/
. 7 ,, g g theough Poitsmouth Tunnel to U S. liighway 17. Tako g , U S.17 Notth to U.S. 2$a Tuko U S. 268 West to Douto g , 10. Tuko flouto 10 Nosth (sight) to Route 650 Tako
' Routo 650Nosth (right) to Surry Nuclaar Power Plant.
,g (650 Total approx. distas.co a 40 miles. (3 Q, 4 4 fluSilMEllE to NORFOLK REGIONAL ql N suiTitrlELD $*k AIRPORT t s j ,,
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$ 'Ty j NORFOLK #
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FOLLOW DASitED flOUTE pMMMMMC 80 26 e 6
'I ,I : 'I iI i APPENDIX H I I I I DIAGRAM OF FACILITIES lE I I I . I I I II ,I I l -- t
I I I i l I - DIACRAM OF FACILITIES ( I Pace I Surry Nuclear Power Station l' Control Raon and TSC 2 Emergency Operations Facility 3 Co rpo rate Er.er ;ency Respens e Cente r a I Map to Corporate Energency Response Center 5 Local Media Center 6 Map to Local Media Center / I I !I 'I I a ; 'I
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i I I - 1 I' APPE'"JIX I I I I I I I I V0PEX 2-32 I I I .I I
- I I .
I IllTErii, SCOPE, AfiD SCEi4ARIO OF V0PEX 2-82 I The intent, scope, and scenario of the Surry Power Station exercise to be conducted on Wednesday, fiovember 10, 1982 are as follows: A. Intent 'I
- 1. Familiarization with the content of State and local government Radiological Emergency Response Plans, Vepco plans, emergency organizations, emergency action levels, and notification procedures.
- 2. Demonstrate the interface between plans, awareness by all of responsibilities, ability to rapidly notify response organizations and to alert and warn the public.
- 3. Provide training to all par'.icipants in radiological emergency respcnse actions.
4 Test and evaluate the ability of agencies and individuals to properly execute their plans.
- 5. Scope
- 1. A radiological accident will occur at the Surry Power Station of such magnitude I that it will initiate emergency responses for three emergency action levels--
Unusual Event, Alert and Site Emergency. The accident will be played in real time and escalated to a Site Emergency. The severity of the accident will require implementation of the Station, State, and local government plans and I the mobilization and commitment of State and local personnel and rescurces adequate to verify the capability to respond to an accident scenario commen-surate with that level of play. The exercise will allow free play to tne extent I feasible and include participation by State agencies tasked in the State Plaa, the departments of 10 political subdivisions, Vepco Corporate Headquarters and Surry Power Station. Significant elements of the Mans to be tested include:
- a. Use of the classes of emergency action levels.
- b. The notification procedures (insta-phone system).
- c. Staffing EOCs, EOF and media centers.
I d. e. Communications; initial and folicw-up, and cocrdinating and updating of infccmation. Handling of simulated casualties (on-site to off-site). I f. g. h. Off-site emergency services assistance. Use of protective clothing. Deployment of radiological monitoring teams; reporting procedures.
- i. Public information activities.
- j. Off-site radiological assessrent. ,
- k. Pecovery actions. '
I 2. In most cases, the emergency response will ce real, with the State agencies and local govern. ents responding in accordance with the procedures cutlined in tneir respective olans. By price agreement, certain response actions will be simulated, other activities will be reduced or elimir.ated frca play. I For example: Sirens will not be activated; ESS will not be brcught into tne play. RACES and CAP (radio communications) will not participate; there will be limited radiological mcnitoring. Erclosure 1 I . _.
I C. Exercise Scenario
- 1. Scenario Background
! a. The joint, full-sccle Exercise, to be known by the acronym "V0PEX-2-82" (Virginia Operations Plan Exercise - No. 2,1982), will be played on November 10, 1982. I b. The Exarcise play will be structured around a radiological emergency at the Surry Power Station (SPS) which affects surrounding political I subdivisions. Provisions of the Vepco Corporate Headquarters, Surry Power Station, State, and affected local government Radiological Emergency Response Plans will be implemented. A Technical Scenario was developed by the Surry Power Station as a basis for realistic I exercise play.
- c. The Exercise will be phased and include many of the actions likely lI l
to be encountered during an actual emergency situation. The Exercise will cover a period of about six nours and consist of real time Exercise play. Every effort will be made to develop situations wnich 'E are realistic and which can be fuily acted on. Although phases have E been ieentifiee, it must be realicee that real time constraints wii1 preclude actions in some cases to be brought to satisfactory conclu-l sions. Participants are cautioned that the short period of play will cause artificial conditions which may appear abnormal. Nonetheless, the Exercise will provide the training benefits and achieve the i objectives intended if each situation presented is acted upon realisti-I cally and brought to some conclusion, even though in some cases the action is simulated.
- d. State agencies and local governments participating in the Exercise I will include a shif t change, either actual or simulated, during the course of Exercise play to demonstrate that this capabilit,y exists.
I 2. Phases The Exercise will be conducted in four phases. The times of each phase are estimated. Actual times will be dictated by the flow of events.
- a. Phase I - will cover the first 1-2 hours of the Exercise. The Exercise will begin with the SPS notifying the State ECC and the six political I subdivisions within the plume exposure pathway Emergency Planning Zone (EPZ) of a Notification of Unusual Event at the station by use of the "insta-phone" system.
Note: The Report of Emergency form will be used to record all noti-fications from the $?S. E b. Phase II - will cover the next 2-3 hcurs of the Exercise. Tne SPS 5 Shif t Su ervisor reports en Alert to the State EOC and the six applicable local governments,
- c. Phase III - will cover the next 2 hours of the Exercise. The Vepco Emergency Director, located at the EOF, declares a Site Area Emergency and evacuates all non-essential on-site personnel All appropriate government agencies are notified of conditions et the SPS.
- d. Phase IV - will cover the last hour of the Exercise. This phase will cover the period from " cold" shutdown to the end of the emer-gency. The Vepco Emergency Director notifies government agencies that the radiological emergency is under control and that the reactor has been brought to a " cold shutdown". Radioactive release from the Station is terminated and conditions have dropped below Site Area Emergency classification. Recovery actions continue to I include radiological monitoring and assessment until the State Department of Health notifies the State OEES that the areas are safe for re-entry. OEES, based on Department of Health recorrcenda-I tions, advises local Directors of Emergency Services to allow their people to return to their homes.
- 3. Direction and Control
- a. Political Subdivisions I Directors of Emergency Sei" ices are responsible for the emergency response in their jurisdictions and direct their efforts through their local Coordinator of Emergency Services. The Coordinators activate their RERPs and coordinate their overall response for I their political subdivisions from their local ECCs.
- b. State of Virginia (1) The State organization for radiological emergency response is based on normal governmental structures and channels of communica-
- E ions. The Governor, in his role of Director of Emergency Services, directs the response through the State Coordinator of 5 -
Emergency and Energy Services. The overall State response is coordinat.ed by the State Coordinator f rom the State ECC. I Technical advice and assistance on radiological accident assess-ment, monitoring, and exposure cor, trol is provided by the Department of Health which furnishes personnel for the State Radiological Emergency Response Team (RERT). (2) When notified of a radiological emergency, the State EOC will be activated and comence emergency response operations. I Activities of the State RERT will be directed from the State EOC initially and from the EOF when directed. I (3) The Energency Operations Facility (EOF) will be activated by Vec,co imediately whenever an Alert or Site or General Emergency occu.s at the SPS. The EOF will be located in the Training Suilding, near site. Federal, State, and Vepco representetives I will operate from the EOF and Joint radiological assessment and data analysis will be performed. I (4) Press facilities will be established in the Corporate Head %arters Building, One James River Plaza, Richmond. An alternate news media center will be established at tne Lebanon Elementary Sch001. Briefings will be presented anen warranted. l ,I , I _ _
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- c. Implementation of Excicise Requirements It is anticipated that implementation of some of the Exercise require-l ' ments will be simulated. In these cases, participants will carry out l all coordination required as though action were actually to be taken.
l InstrJCtions Will be issued, although NOT implemented. All actions l taken or simulated will be recorded in comunication logs maintained by all agencies and separate offices participating in the Exercise. l
- d. Exercise Message Indicator During the Exercise all messages, regardless of the mode of transmission
'E 'E or receipt will start and end with the Exercise indicator "V0?EX MESSAGE". EXAMPLE:
"V0PEX MESSAGE" - This is Deputy Smith. Traffic Control has been established at S.R. 650 and S.R.10. "V0PEX MESSAGE".
l 4 Abbreviated Scenario (Time / Events) ' l Time Event l 9:30 a.m. Exercise Commences NOTE: Hurricane Watch exn ts - i heavy winds. ( 9:40 a.m. Notification of Unusual Event - Personal Injury. NOTE: An SPS em;:loyee is injured and requires evacuation tc MCV. 10:40 a.m. Notification of Unusual Event - Plant probl em. I - 12:30 p.m. Alert declared. 14:50 p.m. Site Area Emergency declared. 15:20 p.m. ' Evacuation of non-essential on-site personnel. 15:50 p.m. Release is terminated. e Exercise terminated. I I 17:00 p.m. I . l l l}}