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| author name =  
| author name =  
| author affiliation = Constellation Energy Group
| author affiliation = Constellation Energy Group
| addressee name = D'Antonio J M
| addressee name = D'Antonio J
| addressee affiliation = NRC/RGN-I/DRS/OB
| addressee affiliation = NRC/RGN-I/DRS/OB
| docket = 05000220
| docket = 05000220
Line 15: Line 15:
| document type = License-Operator, Part 55 Examination Related Material
| document type = License-Operator, Part 55 Examination Related Material
| page count = 143
| page count = 143
| project = TAC:U01690
| stage = Draft Other
}}
}}


=Text=
=Text=
{{#Wiki_filter:Appendix D Scenario Outline Form ES-D-1 Op-Test No.: October 2008 Initial Conditions:
{{#Wiki_filter:Appendix D                                 Scenario Outline                           Form ES-D-1 Op-Test No.: October 2008 Initial Conditions: Simulator IC 171
Simulator IC 171 1. Reactor Power approximately 4% 1. The crew is directed to shutdown the reactor by inserting control rods  
: 1. Reactor Power approximately 4%
: 2. Crew is directed to perform N1-OP-09, N2 lnerting and H2-02 Monitoring Systems step G.l to de-inert the Primary Containment with Rx Coolant Temp >212"F Event 'ump 11 seal failure, Recirc Pump must be 1 1 RR07A 1 C(SR0) shutdown and isolated (SOP-I .2) TS fSRO) ure causes rising Off-Gas and Main Steam Line In, requires a reactor scram (SOP-25.2)  
: 1. The crew is directed to shutdown the reactor by inserting control rods
* (N)ormal, (R)eactivity, (I)nstrument, fC)omponent, (M)ajor NRC Scenario 1 October 2008 Facility:
: 2. Crew is directed to perform N1-OP-09, N2 lnerting and H2-02Monitoring Systems step G.l to de-inert the Primary Containment with Rx Coolant Temp >212"F Event 1        1  RR07A      1 C(SR0)
Nine Mile Point 1 Scenario 110.: NRC-01 OD-Test No.: October 2008 TARGET QUANTITATIVE ATTRIBUTES (PER SCENARIO; SEE SECTION D.5.d) 1. Total malfunctions (5-8) Events 2,4,5, 6,7,9 2. Event 9 Malfunctions after EOP entry (1 -2) 3. Abnormal events (2-4)
TS fSRO)
Events 4,5,6,7 4. Major transients (1 -2) Event 8 5. EOPs enteredhequiring substantive actions (1 -2) Event 8 (EOP-6) 6. EOP contingencies requiring substantive Events 9 (EOP-8) actions (0-2) 7. Critical tasks (2-3) CRITICAL TASK DESCRIPTIONS:
                                                'ump 11 seal failure, Recirc Pump must be shutdown and isolated (SOP-I .2) ure causes rising Off-Gas and Main Steam Line In, requires a reactor scram (SOP-25.2)
CT-1 .O Given a fuel failure, the crew will scram the reactor and insert a manual vessel isolation when Main Steam Line radiation reaches 3.75 times normal. CT-2.0 Given unisolable primary system leak, indications of fuel failure and rising off-site release rates approaching the General Emergency level, the crew will Derform an RPV Blowdown.
* (N)ormal,     (R)eactivity, (I)nstrument, fC)omponent,     (M)ajor NRC Scenario 1                                                                   October 2008
ACTUAL ATTRIBUTES 6 1 4 1 1 1 2 NRC Scenario 1 October 2008 NMP SIMULATOR SCENARIO NRC Scenario 1 REV. 0 No. of Pages: 31 PLANT SHUTDOWN, RECIRC PUMP SEAL FAILURE, FUEL FAILURE, UNISOLABLE EMERGENCY CONDENSIER LEAK TO THE ENVIRONMENT PREPARER le James, Bruce Williams DATE 5/18/08 DATE &'!Sk DATE VALIDATED GEN SUPERVISO OPS TRAINING OPERATIONS MANAGER N/A - IExam Securit CON FIG U RAT ION CONTROL N/A - IExam Securitv DATE SCENARIO  
 
Facility: Nine Mile Point 1           Scenario 110.:NRC-01   OD-Test No.: October 2008 TARGET QUANTITATIVE ATTRIBUTES                     ACTUAL (PER SCENARIO; SEE SECTION D.5.d)               ATTRIBUTES
: 1. Total malfunctions (5-8)                             6 Events 2,4,5, 6,7,9
: 2. Malfunctions after EOP entry (1-2)                   1 Event 9
: 3. Abnormal events (2-4)                                 4 Events 4,5,6,7
: 4. Major transients (1 -2)                               1 Event 8
: 5. EOPs enteredhequiring substantive                 1 actions (1-2)
Event 8 (EOP-6)
: 6. EOP contingencies requiring substantive           1 actions (0-2)
Events 9 (EOP-8)
: 7. Critical tasks (2-3)                               2 CRITICAL TASK DESCRIPTIONS:
CT-1.O Given a fuel failure, the crew will scram the reactor and insert a manual vessel isolation when Main Steam Line radiation reaches 3.75 times normal.
CT-2.0 Given unisolable primary system leak, indications of fuel failure and rising off-site release rates approaching the General Emergency level, the crew will Derform an RPV Blowdown.
NRC Scenario 1                                                           October 2008
 
NMP SIMULATOR SCENARIO NRC Scenario 1                                   REV. 0                               No. of Pages: 31 PLANT SHUTDOWN, RECIRC PUMP SEAL FAILURE, FUEL FAILURE, UNISOLABLE EMERGENCY CONDENSIER LEAK TO THE ENVIRONMENT PREPARER VALIDATED                                le James, Bruce Williams               DATE       5/18/08 GEN SUPERVISO OPS TRAINING                                                                    DATE     & ' ! S k OPERATIONS MANAGER                                 N/A - IExam Securit                     DATE CONFIGURATION CONTROL                                 N/A - IExam Securitv                     DATE SCENARIO  


==SUMMARY==
==SUMMARY==
Length : 90 minutes Initial Power Level: 4% with plant shutdown in progress Mitigating Strategy Code: RR4, fuel leak with a failure of EC tubes and EC fails to isolate, requires RPV Blowdown to stop release The crew assumes the shift with the plant being shutdown.
 
The crew is directed to de-inert the containment in accordance with N1-OP-9, FJ2 lnerting and H2-02 Monitoring Systems. When drywell pressure is lowered to 0 psig, the operator will secure the lineup, but one of the containment isolation valves will fail to fully close. This will require entry into Technical Specifications and ensuring a second valve in the line is isolated.
Length:         90 minutes Initial Power Level:       4% with plant shutdown in progress Mitigating Strategy Code:       RR4, fuel leak with a failure of EC tubes and EC fails to isolate, requires RPV Blowdown to stop release The crew assumes the shift with the plant being shutdown. The crew is directed to de-inert the containment in accordance with N1-OP-9, FJ2 lnerting and H2-02Monitoring Systems. When drywell pressure is lowered to 0 psig, the operator will secure the lineup, but one of the containment isolation valves will fail to fully close. This will require entry into Technical Specifications and ensuring a second valve in the line is isolated. Then the crew will continue the shutdown by inserting control rods.
Then the crew will continue the shutdown by inserting control rods. Next Reactor Building Radiation Monitor 12 will fail upscale causing a trip of RBVS and a start of RBEVS. Additionally there will be a failure of the Reactor Building to isolate.
Next Reactor Building Radiation Monitor 12 will fail upscale causing a trip of RBVS and a start of RBEVS. Additionally there will be a failure of the Reactor Building to isolate. The crew must isolate the Reactor Building to restore Secondary Containment and the SRO must address Technical Specifications. When these acticins are complete, both seals on the 1IRecirculation Pump will fail requiring the crew to shutdown and isolate the pump. Following the loss of the Recirculation Pump, a fuel failure will cause offgas and main steam line radiation levels to rise, requiring a reactor scram and vessel isolation. Multiple control rods will fail to fully insert during the scram requiring the crew to enter N1-SOP-1 and take alternate actions to insert the control rods. The rods are inserted using RMCS.
The crew must isolate the Reactor Building to restore Secondary Containment and the SRO must address Technical Specifications. When these acticins are complete, both seals on the 1 I Recirculation Pump will fail requiring the crew to shutdown and isolate the pump. Following the loss of the Recirculation Pump, a fuel failure will cause offgas and main steam line radiation levels to rise, requiring a reactor scram and vessel isolation.
NRC Scenario 1                                     1                                   October 2008
Multiple control rods will fail to fully insert during the scram requiring the crew to enter N1-SOP-1 and take alternate actions to insert the control rods. The rods are inserted using RMCS. NRC Scenario 1 1 October 2008 Following the scram, the crew will diagnose an Emergency Condenser tube leak. They will try to isolate the affected EC but the isolation valves will fail to fully close. Rising off site radiation levels will require an RPV blowdown before General Emergency levels are reached. Major Procedures: N1-SOP-1.2, N1-SOP-25.2, N1-SOP-1.1, N1-SOP-1, N1-EOP-2, N1-EOP-6, and N1-EOP-8 EAL Classification:
 
Site Area Emergesncy, EALs 3.4.1, 5.1.3 and 5.2.4 Termination Criteria:
Following the scram, the crew will diagnose an Emergency Condenser tube leak. They will try to isolate the affected EC but the isolation valves will fail to fully close. Rising off site radiation levels will require an RPV blowdown before General Emergency levels are reached.
RPV Blowdown in progress, RPV water level controlled in assigned band NRC Scenario 1 2 October 2008 I. SIMULATOR SET UP A. IC Number: IC 171 B. Presets/Function Key Assignments  
Major Procedures:         N1-SOP-1.2, N1-SOP-25.2, N1-SOP-1.1, N1-SOP-1, N1-EOP-2, N1-EOP-6, and N1-EOP-8 EAL Classification:       Site Area Emergesncy, EALs 3.4.1, 5.1.3 and 5.2.4 Termination Criteria:     RPV Blowdown in progress, RPV water level controlled in assigned band NRC Scenario 1                                   2                                       October 2008
: 1. Malfunctions:  
 
: a. b. C. d. e. f. g. h. i. j. RMGV, RX BLDG VENT RAD MON 12, FINAL VALUE=100%
I. SIMULATOR SET UP A. IC Number:   IC 171 B. Presets/Function Key Assignments
HV04, RB VENTILATION FAILS TO ISOLATE RROGA, RR PUMP 11 LOWf:R(INNER) SEAL FAILS, RAMP=2:OO FINAL VALUE=100%
: 1. Malfunctions:
RR07A, RR PUMP 11 UPPER(0UTER)
: a. RMGV, RX BLDG VENT RAD MON 12, FINAL VALUE=100%                       TRG 1
SEAL FAILS, DELAY=1:30 RAMP=2:OO, FINAL VALUE::I 00% RXOI, FUEL CLADDING FAILURE, FINAL VALUE=7%
: b. HV04, RB VENTILATION FAILS TO ISOLATE                                 PRESET C. RROGA, RR PUMP 11 LOWf:R(INNER) SEAL FAILS, RAMP=2:OO FINAL VALUE=100%                                                     TRG 2
RD33C, CONTROL ROD BANK BLOCKED BANK 3, FINAL VALUE=04 ECOGA, EMERGENCY CONDENSER TUBE LEAK 11 1, RAMP=I :OO, FINAL VALUE=4% EC07A, EMERGENCY CONDENSER FAILS TO ISOLATE 11 EC08A, EC LOOP 11 STM I'd FAIL TO CLOSE 11 1, FINAL VALUE=100%
: d. RR07A, RR PUMP 11 UPPER(0UTER) SEAL FAILS, DELAY=1:30 RAMP=2:OO, FINAL VALUE::I 00%                                       TRG 2
EC08B, EC LOOP 11 STM I'd FAIL TO CLOSE 112, FINAL VALUE=100% TRG 1 PRESET TRG 2 TRG 2 TRG 3 PRESET TRG 4 PRESET PRESET PRESET 2. Remotes: a. None 3. Overrides:  
: e. RXOI, FUEL CLADDING FAILURE, FINAL VALUE=7%                           TRG 3
: a. OVR-11 DS74L05529 ON "21360 VLV201-7,9,17,31 RED LAMPS  
: f. RD33C, CONTROL ROD BANK BLOCKED BANK 3, FINAL VALUE=04                                                       PRESET
", DELAY TIME=O:02, FINAL VALUE=ON (201-31 RED LAMP)
: g. ECOGA, EMERGENCY CONDENSER TUBE LEAK 111, RAMP=I :OO,FINAL VALUE=4%                                           TRG 4
TRG 16 4. Annunciators:  
: h. EC07A, EMERGENCY CONDENSER FAILS TO ISOLATE 11                       PRESET
: a. None 5. Triggers: a. TRG 4 - Initiates EC 11 tube failure when the mode switch is taken to shutdown i. Event Action: zdrpstdn==l ii. Command: None b. TRG 16 - Causes 201-31 red light to be overridden on when the control switch is taken to close, simulating the valve sticking in mid position i. Event Action: zdpcv3lo==l NRC Scenario 1 3 October 2008 ii. Command: None C. Equipment Out of Service D. Support Documentation  
: i. EC08A, EC LOOP 11 STM Id FAIL TO CLOSE 111, FINAL VALUE=100%                                                     PRESET
: 1. None 1. N1-OP-9, N2 INERTING AND H2-02 MONITORING SYSTEMS, Section G.l.O De- InertingNenting for Personnel Pccess-Rx Coolant Temp  
: j. EC08B, EC LOOP 11 STM Id FAIL TO CLOSE 112, FINAL VALUE=100%                                                     PRESET
>212 OF marked up through step 1.5 2. N1-OP-43C marked up to step (3.3.13.6  
: 2. Remotes:
: a. None
: 3. Overrides:
: a. OVR-11DS74L05529 ON 21360 VLV201-7,9,17,31 RED LAMPS ,
DELAY TIME=O:02, FINAL VALUE=ON (201-31 RED LAMP)                   TRG 16
: 4. Annunciators:
: a. None
: 5. Triggers:
: a. TRG 4 - Initiates EC 11 tube failure when the mode switch is taken to shutdown
: i. Event Action: zdrpstdn==l ii. Command: None
: b. TRG 16 - Causes 201-31 red light to be overridden on when the control switch is taken to close, simulating the valve sticking in mid position
: i. Event Action: zdpcv3lo==l NRC Scenario 1                                 3                               October 2008
 
ii. Command: None C. Equipment Out of Service
: 1. None D. Support Documentation
: 1. N1-OP-9, N2 INERTING AND H2-02 MONITORING SYSTEMS, Section G.l.O De-InertingNenting for Personnel Pccess-Rx Coolant Temp >212 O F marked up through step 1.5
: 2. N1-OP-43C marked up to step (3.3.13.6
: 3. Shutdown Control Rod Sequence sheets updated to current control rod.
: 3. Shutdown Control Rod Sequence sheets updated to current control rod.
E. Miscellaneous I. Setup trend recorder XP-I El B on E console to trend recirc pump suction temperature. 2. Setup IRM/APRM recorders to display both IRMs and APRMs.  
E. Miscellaneous I.Setup trend recorder XP-I E l B on E console to trend recirc pump suction temperature.
: 3. Place yellow clearance tag on R.WM bypass keylock switch. NRC Scenario 1 4 October 2008 II. SHIFT TURNOVER INFORMATION OFFGOINGSHIFT:  
: 2. Setup IRM/APRM recorders to display both IRMs and APRMs.
[? N I D DATE: Today PART I: To be performed by the oncoming Operator before assuming the shift. 0 Control Panel Walkdown (all panels) (SM, CRS, STA, RO, CRE) PART II: To be reviewed by the oncoining Operator before assuming the shift. Shift Manager Log (SM, CRS, STA) 0 Shift Turnover Checklist (ALL) 0 RO Log (RO) 0 LCO Status (SM, CRS, STA) 0 Lit Control Room Annunciators 0 Computer Alarm Summary (RO) (SM, CRS, STA, RO, CRE) Evolutions/General Information/Equipment Status: Drywell entry is required for maintenance during forced outage Perform Containment De-lnerting per N1-OP - - Plant shutdown to continue by inserting control rods Rod Worth Minimizer is inoDerable with vellow clearance taa amlied to bvDass kevlock switch PART Ill: RemarksIPlanned Evolution s: 1. Perform N1-OP-9, N2 lnerting and H2-02 Monitoring Systems starting at step G.1.6 to de- inert the Primary Containment with Rx Coolant Temp >212"F, raising oxygen concentration to >19.5% 2. Continue shutdown from step G.3.13.E of N1-OP-43C PART IV: To be reviewed/accomplishcd shortly after assuming the shift: Review new Clearances (SM) 0 Test Control Annunciators (CRE) 0 Shift Crew Composition (SMICRS) NRC Scenario 1 5 Octo be r 2008 I Scenario ID INSTRUCTOR COMMENTS (Strenaths.
: 3. Place yellow clearance tag on R.WM bypass keylock switch.
Areas for Imwovement.
NRC Scenario 1                             4                                 October 2008
OPen Items etc.) What Happened?
 
What we did? Why? (Goals) Other Options? NRC Scenario 1 6 October 2008 Ill. PERFORMANCE OBJECTIVES A. Critical Tasks:
II.                             SHIFT TURNOVER INFORMATION OFFGOINGSHIFT:         [? N   ID                          DATE: Today PART I:         To be performed by the oncoming Operator before assuming the shift.
CT-1 .O Given a fuel failure, the crew will scram the reactor and insert a manual vessel isolation when Main Steam Line radiation reaches 3.75 times normal, in accordancis with N1-SOP-25.2.
0   Control Panel Walkdown (all panels) (SM, CRS, STA, RO, CRE)
Given an unisolable primary system leak, indications of fuel failure and rising off-site release rates approaching the General Emergency level, the crew will perform an RPV Blowdown, in accordance with N1-EOP-6 and N1-EOP-8.
PART II:         To be reviewed by the oncoining Operator before assuming the shift.
CT-2.0 B. Performance Objectives:
Shift Manager Log (SM, CRS, STA)               0 Shift Turnover Checklist (ALL) 0   RO Log (RO)                                     0 LCO Status (SM, CRS, STA) 0   Lit Control Room Annunciators                   0 Computer Alarm Summary (RO)
PO-1 .o PO-2.0 PO-3.0 PO-4.0 PO-5.0 PO-6.0 PO-7.0 PO-8.0 PO-9.0 Given the plant in a shutdown, the crew will perform Primary Containment de-inerting, in accordance with N1-OP-9, N2 lnerting and H2-02 Monitoring Systems. Given a failure of a Primary Containment Isolation Valve to close, the crew will recognize the loss and take proper actions, in accordance with Technical Specifications. Given the plant in a shutdown, the crew will insert control rods, in accordance with N1-OP-5. Given a failed Reactor Building Radiation Monitor and a failure of the Reactor Building to isolate, the crew will respond to the condition and manually close the Reactor Building isolation valves, in accordance with N1-OP-I 0. Given a total recirculation pump seal failure, the crew will secure and isolate the pump, in accordance with N1 -SOP-I .2. Given a fuel leak, the crew will respond to rising radiation levels, in accordance with N1 -SOP-25.2.
(SM, CRS, STA, RO, CRE)
Given a failure of control rods to insert during a scram, the crew will enter and execute N1-SOP-1.
Evolutions/GeneralInformation/Equipment Status:
Given an Emergency Condenser tube leak, the crew will enter and execute N1-EOP-6. Given the plant in a condition requiring emergency classification, the SRO shall classify the events properly, complete initial notification forms, and discuss the bases for the classification in accordance with the emergency plan procedure. NRC Scenario 1 7 October 2008 PO-I 0.0 Given the plant or a plant system in a condition requiring Technical Specification action, identify the deviation and any required actionshotifications.
Drywell entry is required for maintenance during forced outage                               -
NRC Scenario 1 8 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS Take the simulator out of freeze before the crew enters for the pre-shift walkdown and briefing. Allow no more than 5 minutes for panel walkdown EVENT I Perform Containment De-lnerting The initiation point for this event is when the SRO directs the performance of Section G.l .O of NI- OP-9, N2 lnerting and H2-02 Monitoring Systems. There are NO Console Operator activities related to this normal evolution.
Perform Containment De-lnerting per N1-OP-9                                                  -
CREW Crew conducts pre-brief, walks down the panels, assumes the shift PO-1 .o SRO 0 Directs de-inerting the Primary Containment IAW Section G.l .O of N1-OP-9, N2 lnerting and H2-02 Monitoring Systems RO Monitors plant parameters BOP 0 Acknowledge direction from the SRO to de-inert the containment Verify closed the following valves in the Control Room: 0 - 201 -1 1, TORUWDRYWELL VENT TOCONDENSER - 201-10, DW AIR VENT & PURGE ISOLATION VALVE 11 - 201-08, TOR AIR VENT & PURGE ISOLATION VALVE 11 NRC Scenario 1 9 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 1 Continued BOP Continued - 201-32, DW N2 VENT & PURGE ISOLATION VALVE 11 D Open 201-16, TORUS N2 VENT & PURGE ISOLATION VALVE 11 Start 201-35, DRYWELL & TORUS VENT & PURGE FAN Verify open the following valves: D B - 201-21, DRYWELL & TOR VENT & PURGE FAN INLET BV - 201 -22, DRYWELL & TOR VENT & PURGE FAN OUTLET BV Throttle open 201-17, TORUS N2 VENT & PURGE ISOLATION VALVE 12 WHEN Torus pressure drops BELOW 0 psig, perform the following: Stop 201-35, DRYWELL & TORUS VENT  
-Plant shutdown to continue by inserting control rods Rod Worth Minimizer is inoDerable with vellow clearance taa amlied to bvDass kevlock switch PART Ill:       RemarksIPlanned Evolutions:
& PURGE FAN Verify closed the following valves: 0 o 201-21, DRYWELL & TOR VENT & PURGE FAN INLET BV o 201-22, DRYWELL & TOR VENT & PURGE FAN OUTLET BV 0 Verify closed the following valves: o 201-16, TORUS N2 VENT & PURGE ISOLATION VALVE 11 201-17, TORUS N2 VENT & o PURGE ISOLATION VALVE 12 NRC Scenario 1 10 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 1 Continued - Note: The containment vacuum breakers may cycle during this event to equalize pressures. - Note: 201-31 will fail to fully close, as indicated by both red and green lights on, leading to the next event BOP Continued Open 201-32, DW N2 VENT & PURGE ISOLATION VALVE 11 Start 201-35, DRYWELL & TORUS VENT & PURGE Verify open the following valves: 201 -21, DRYWELL & TOR VENT & PURGE FAN INLET BV 201-22, DRYWELL & TOR VENT & PURGE FAN OUTLET BV Throttle open 201-31, DW N2 VENT & PURGE ISOLATION VALVE 12 WHEN Drywell pressure drops BELOW 0 psig, perform the following: Stop 201-35, DRYWELL & TORUS VENT  
: 1. Perform N1-OP-9, N2 lnerting and H2-02Monitoring Systems starting at step G.1.6 to de-inert the Primary Containment with Rx Coolant Temp >212"F, raising oxygen concentration to
& PURGE FAN Verify closed the following valves: 0 o 201-21, DRYWELL & TOR VENT & PURGE FAN INLET BV o 201-22, DRYWELL & TOR VENT & PURGE FAN OUTLET BV 0 Verify closed the following valves: o 201-32, DW N2 VENT & PURGE ISOLATION VALVE 11 201-31, DW N2 VENT & o PURGE ISOLATION VALVE 12 NRC Scenario 1 11 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 2 Failure of 201-31, DW N2 VENT & PURGE ISOLATION VALVE 12 to fully close following N2 Primary Containment De-lnerting When the control switch for 201-31 is taker1 to close, verify TRG 16 automatically inserts the following override:
  >19.5%
OVR-11 DS74L05529 ON "2060 VLV201- 7,9,17,31 RED LAMPS  
: 2. Continue shutdown from step G.3.13.E of N1-OP-43C PART IV:       To be reviewed/accomplishcd shortly after assuming the shift:
", DELAY TIME=O:lD2, FINAL VALUEzON (201  
Review new Clearances (SM)                     0 Test Control Annunciators (CRE) 0     Shift Crew Composition (SMICRS)
-31 RED LAMP) TRG 16 201-31 red light remains on Role Plav: As Operations Management, acknowledge failure of 201-31 and direct the SRO to secure from de-inerting, until the next shilt. Direct the SRO to continue on with control rod insertion.
NRC Scenario 1                                 5                                 October 2008
'0-2.0 3RO Acknowledge report that 201 -31, DW N2 VENT & PURGE ISOLATION VALVE 12 did NOT fully close Direct BOP to manually close 201-31 Acknowledge report that 201 -31 DW did NOT fully close Direct BOP to verify 201-32, DW N2 VENT & PURGE ISOLATION VALVE 11 is fully closed Enter T.S. 3.3.4.b Contact Operations Management to notify about the failure of 201-31 to close Direct the crew to stop de-inerting and exit N1-OP-9 RO 0 Monitors plant parameters BOP Notify Crew/SRO that 201-31 did NOT fully close Attempt to manually close 201-31 Verify 201  
 
-32 closed NRC Scenario I 12 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Plant Shutdown using Control Rods There are NO Console Operator activities Pelated to this normal evolution. - Note: Provide GAI-OPS-05 Attachment 1 , SRO REACTIVITY BRIEF CHECKLIST (may be done in pre-scenario brief) and plant shutdown RMI - Note: Recommend allowing insertion of four control rods to allow the crew to stop at a stable point PO-3.0 SRO Conduct crew brief of shutdown activities and responsibilities Conduct GAI-OPS-05 Reactivity Brief Direct Insertion of control rods for reactor shutdown in accordance with Shutdown Control Rod Sequence Provides oversight of reactivity maneuver RO Insert control rods to continue reactor shutdown in accordance with Shutdown Control Rod Sequence Observe IRM response AND range IRM switches as required, maintaining recorder pen as follows: - 0 0-125 scale between 25 and 75 nominal 0-40 scale between 8 and 24 nominal - Monitor and maintain reactor cooldown rate less than 100"F/hr BOP Monitor Feedwater Level Control Monitor plant parameters 0 Provide peer checks as required NRC Scenario 1 13 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Reactor Building Ventilation Radiation Monitor 12 fails UPSCALE and RB Ventilation fails to Isolate When control rod 30-47 has been inserted and directed by the examiner, insert malfunction:
I Scenario ID INSTRUCTOR COMMENTS (Strenaths. Areas for Imwovement. OPen Items etc.)
RMGV, RX BLDG VENT RAD MON 12 (0-1 OO%), FINAL VALUE=IOO%
What Happened?   What we did?           Why? (Goals)       Other Options?
TRG I Verify the following malfunction is active: HV04, RB VENTILATION FAILS TO ISOLATE IPRESET Expected Annunciators:
NRC Scenario 1                         6                               October 2008
L1-4-3, RB VENT RAD MONITOR OFF NORMAL L1-1-5, RB VENT EXH FAN 11-12 TRIP L1-3-6, *MER VENT CH I1 RELAY OPEF'ATE L1-4-6, *MER VENT CH 12 RELAY OPERATE RBVS fans trip RBEVS initiates RB isolation valves remain open
 
'0-4.0 CREW 0 Respond to annunciators and diagnose Radiation Monitor trip with failure of RB to isolate SRO Acknowledges reports Enter N1-EOP-5, Secondary Containment Control, AND execute concurrently with ARPs NRC Scenario 1 14 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued Role Plav: If contacted as RP, acknowledge request but delay any reports on Reactor Building radiation levels NRC Scenario 1 15 jR0 Continued Direct manual isolation of the Reactor Building Determine that the reactor building failed to isolate and one channel of RB Rad Monitoring is inop and entry into Tech Spec 3.4.2 is required Enter LCO 3.4.4.e (7 day plant shutdown LCO when one train of EVS is inoperable)
Ill. PERFORMANCE OBJECTIVES A. Critical Tasks:
RO Monitor plant parameters BOP Verifies Reactor Building Radiation Monitor 12 failed UPSCALE Confirm alarm on computer printout Verify shutdown of RB Vent Sys and startup of RBEVS per N1-OP-IO section H.2.0 or N1-EOP-HC attachment 6 Confirm the following fans started: 202-53, EVS FAN 11 202-33, EVS FAN 12 Confirm the following fans stopped: 202-01, REACTOR BLDG SUPPLY FAN 11 202-02, REACTOR BLDG SUPPLY FAN 12 0 202-05, REACTOR BLDG EXHAUST FAN 11 202-06, REACTOR BLDG EXHAUST FAN 12 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued OP Continued Confirm open the following valves: e 202-34, EM VENT EXHAUST FAN 11 OUTLET BV e 202-37, EM VENTILATION LOOP 11 INLET BV 202-35, EM VENT EXHAUST FAN 12 OUTLET BV e e 202-38, EM VENTILATION LOOP 12 INLET BV Confirm closed the following valves: e e e e e e e e e e 202-74, EM VENTILATION LOOP 11 COOLING BV 202-75, EM VENTILATION LOOP 12 COOLING BV 202-03, REACTOR BLDG SUPPLY FAN 11 INLET DAMPER 202-04, REACTOR BLDG SUPPLY FAN 12 INLET DAMPER 202-80, REACTOR BLDG EXHAUST FAN 1 I OUTLET DAMPER 202-81, REACTOR BLDG EXHAUST FAN 12 OUTLET DAMPER 202-1 5, REACTOR BLDG SUPPLY ISOLATION VALVE 11 202-16, REACTOR BLDG SUPPLY ISOLATION VALVE 12 202-32, REACTOR BUILDING EXHAUST ISOLATION VALVE 11 202-31, REACTOR BUILDING EXHAUST ISOLATION VALVE 12 NRC Scenario 1 16 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued Note: Examiner may decide to proceed with next event before one train of RBEVS is secured BOP Continued 0 Notify Rad Protection, the normal Reactor Building Emergency Ventilation system has isolated AND Reactor Building Emergency Ventilation system is in service BEFORE 30 minutes has elapsed, secure one train of RBEVS: Place EVS FAN 1 l(12) control switch to RED FLAG Place EM VENTILATION LOOP 1 1 (1 2) INLET BV control switch to OPEN Verify flow approximately 1600 CFM Place EVS FAN 12(11) control switch to PULL TO LOCK Enter LCO 3.4.4.e (7 day plant shutdown LCO when one train of EVS is inoperable) Verify closed EM VENTILATION LOOP 12(11) INLET BV 0 Verify in OFF position the following control switches:
CT-1.O     Given a fuel failure, the crew will scram the reactor and insert a manual vessel isolation when Main Steam Line radiation reaches 3.75 times normal, in accordancis with N1-SOP-25.2.
0 REACTOR BLDG SUPPLY FAN 11 0 REACTOR BLDG SUPPLY FAN 12 REACTOR BLDG EXHAUST FAN 11 0 REACTOR BLDG EXHAUST FAN 12 NRC Scenario 1 17 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Recirculation Pump Seal Failure When directed by examiner, insert malfunlction:
CT-2.0      Given an unisolable primary system leak, indications of fuel failure and rising off-site release rates approaching the General Emergency level, the crew will perform an RPV Blowdown, in accordance with N1-EOP-6 and N1-EOP-8.
RROGA, RR PUMP 11 LOWER(INNER)
B. Performance Objectives:
SEIAL FAILS, RAMP=2:OO, FINAL VALUE=I00% TRG 2 RROIA, RR PUMP 11 UPPER(0UTER)
PO-1.o     Given the plant in a shutdown, the crew will perform Primary Containment de-inerting, in accordance with N1-OP-9, N2 lnerting and H2-02 Monitoring Systems.
SEIAL FAILS, DELAY=I :30, RAMP=2:OO, FINAL VALUE=100% TRG 2 RRP I I seal pressures lower Drywell leakage, pressure and humidity rise Expected Annunciator:
PO-2.0     Given a failure of a Primary Containment Isolation Valve to close, the crew will recognize the loss and take proper actions, in accordance with Technical Specifications.
F2-1-1 REACT RECIRC PUMP-MOTOR 1.1 ARP F2-1-1 directs entry into SOP-1.2 if seal pressure ~425 psig or high seal flowAeakage exists. Drywell conditions will begin to deteriorate and increased drywell humidity and in-leaki2ge to the DWEDT will be indicated.
PO-3.0     Given the plant in a shutdown, the crew will insert control rods, in accordance with N1-OP-5.
When Drywell parameters are impacted, the failure is considered "catastrophic"and the pump must be tripped and isolated.
PO-4.0      Given a failed Reactor Building Radiation Monitor and a failure of the Reactor Building to isolate, the crew will respond to the condition and manually close the Reactor Building isolation valves, in accordance with N1-OP-I0.
PO-5.0 CREW Acknowledgeheport annunciator F2-I - 1 Diagnose RRP 11 seal failure SRO Acknowledges report from crew Directs execution of ARP Directs entry into N1-SOP-I 2, RRP SEAL FAILURE Determine the failure is "catastrophic" and pump should be tripped and isolated Provide reactivity management oversight for removing the pump from service When RRP 11 has been shutdown and isolated exit N1-SOP-I .2 and enter N1-OP-I, Section H, for 4 Loop Operation Review TS for impact of seal leakage and removal of pump from service NRC Scenario 1 18 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued Role Plav: When contacted as Reactor Engineering, acknowledge request to verify thermal limits SRO Continued Tech Spec 3.2.5 identifies RCS leakage be limited to <2 GPM/day increase for identified leakage.
PO-5.0      Given a total recirculation pump seal failure, the crew will secure and isolate the pump, in accordance with N1-SOP-I .2.
This will apply until the RRP is isolated TS 3.1.7.e applies for partial loop operation, limits power to 90.5% until clearance applied to valve breakers Contacts Reactor Engineering to verify thermal limits RO Monitor plant parameters 0 Monitor reactor power and recirculation flow during closure of RRP suction and discharge valves e Verify operating position on the Power to Flow Map BOP Reviewdexecutes ARP F2-1-1 Confirms alarm computer point A072 RRP 11 SEAL LEAK DET FL Enters N1-SOP-1.2 for seal failure Monitors containment parameters Monitors RRP seal indications Determines that both seals are failed Determines seal failure is catastrophic Place REACTOR RP MOTOR MG SET 11 control switch to STOP Close REACTOR R PUMP 11 BYPASSVALVE NRC Scenario 1 19 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued BOP Continued Simultaneously close Suction AND Discharge Valves for RRP 11 holding switches in CLOSE position Exit N1-SOP-1.2 AND enter N1-OP-I, Section H, for 4 Loop Operation NRC Scenario 1 20 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Fuel Failure When actions to isolate 11 RRP have been completed and directed by examiner inserl: malfunction:
PO-6.0      Given a fuel leak, the crew will respond to rising radiation levels, in accordance with N1-SOP-25.2.
RXOl, FUEL CLADDING FAILURE (0-loo'%), FINAL VALUE=7%
PO-7.0     Given a failure of control rods to insert during a scram, the crew will enter and execute N1-SOP-1.
PO-8.0      Given an Emergency Condenser tube leak, the crew will enter and execute N1-EOP-6.
PO-9.0      Given the plant in a condition requiring emergency classification, the SRO shall classify the events properly, complete initial notification forms, and discuss the bases for the classification in accordance with the emergency plan procedure.
NRC Scenario 1                                 7                                 October 2008
 
PO-I 0.0 Given the plant or a plant system in a condition requiring Technical Specification action, identify the deviation and any required actionshotifications.
NRC Scenario 1                             8                                   October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                     OPERATOR ACTIONS Take the simulator out of freeze before the crew   CREW enters for the pre-shift walkdown and briefing. Crew conducts pre-brief, walks down the Allow no more than 5 minutes for panel walkdown     panels, assumes the shift EVENT I                                             PO-1.o Perform Containment De-lnerting The initiation point for this event is when the SRO directs the performance of Section G.l .O of N I -
OP-9, N2 lnerting and H2-02 Monitoring Systems.
There are NO Console Operator activities related to this normal evolution.
SRO 0  Directs de-inerting the Primary Containment IAW Section G.l .O of N1-OP-9, N2 lnerting and H2-02 Monitoring Systems RO Monitors plant parameters BOP 0 Acknowledge direction from the SRO to de-inert the containment 0  Verify closed the following valves in the Control Room:
                                                      - 201-11, TORUWDRYWELL VENT TOCONDENSER
                                                      -   201-10, DW AIR VENT & PURGE ISOLATION VALVE 11
                                                      -   201-08, TOR AIR VENT &
PURGE ISOLATION VALVE 11 NRC Scenario 1                                   9                             October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE         OPERATOR ACTIONS EVENT 1 Continued     BOP Continued
                        - 201-32, DW N2 VENT & PURGE ISOLATION VALVE 11 D Open 201-16, TORUS N2 VENT &
PURGE ISOLATION VALVE 11 D Start 201-35, DRYWELL & TORUS VENT & PURGE FAN B Verify open the following valves:
                        -   201-21, DRYWELL & TOR VENT
                            & PURGE FAN INLET BV
                        -   201-22, DRYWELL & TOR VENT
                            & PURGE FAN OUTLET BV Throttle open 201-17, TORUS N2 VENT & PURGE ISOLATION VALVE 12 WHEN Torus pressure drops BELOW 0 psig, perform the following:
Stop 201-35, DRYWELL &
TORUS VENT & PURGE FAN 0  Verify closed the following valves:
o   201-21, DRYWELL & TOR VENT & PURGE FAN INLET BV o   201-22, DRYWELL & TOR VENT & PURGE FAN OUTLET BV 0   Verify closed the following valves:
o   201-16, TORUS N2 VENT &
PURGE ISOLATION VALVE 11 o  201-17, TORUS N2 VENT &
PURGE ISOLATION VALVE 12 NRC Scenario 1     10                               October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                         OPERATOR ACTIONS EVENT 1 Continued                                       BOP Continued Open 201-32, DW N2 VENT &
PURGE ISOLATION VALVE 11 Start 201-35, DRYWELL & TORUS VENT & PURGE Verify open the following valves:
201-21, DRYWELL & TOR VENT
                                                              & PURGE FAN INLET BV 201-22, DRYWELL & TOR VENT
                                                              & PURGE FAN OUTLET BV Throttle open 201-31, DW N2 VENT &
PURGE ISOLATION VALVE 12 Note: The containment vacuum breakers may                WHEN Drywell pressure drops cycle during this event to equalize pressures.            BELOW 0 psig, perform the following:
Stop 201-35, DRYWELL &
TORUS VENT & PURGE FAN 0  Verify closed the following valves:
o   201-21, DRYWELL & TOR VENT & PURGE FAN INLET BV o   201-22, DRYWELL & TOR VENT & PURGE FAN OUTLET BV 0 Verify closed the following valves:
o   201-32, DW N2 VENT &
PURGE ISOLATION VALVE 11 o  201-31, DW N2 VENT &
PURGE ISOLATION VALVE
-Note: 201-31 will fail to fully close, as indicated by          12 both red and green lights on, leading to the next event NRC Scenario 1                                    11                                October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                       OPERATOR ACTIONS EVENT 2                                             0-2.0 Failure of 201-31, DW N2 VENT & PURGE ISOLATION VALVE 12 to fully close following N2 Primary Containment De-lnerting When the control switch for 201-31 is taker1 to     3RO close, verify TRG 16 automatically inserts the         Acknowledge report that 201-31, DW following override:                                     N2 VENT & PURGE ISOLATION VALVE 12 did NOT fully close OVR-11DS74L05529 ON 2060 VLV201-                       Direct BOP to manually close 201-31 7,9,17,31 RED LAMPS , DELAY TIME=O:lD2, Acknowledge report that 201-31 DW FINAL VALUEzON (201-31 RED LAMP) did NOT fully close TRG 16 201-31 red light remains on                             Direct BOP to verify 201-32, DW N2 VENT & PURGE ISOLATION VALVE 11 is fully closed Enter T.S. 3.3.4.b Contact Operations Management to notify about the failure of 201-31 to Role Plav: As Operations Management,                    close acknowledge failure of 201-31 and direct the SRO        Direct the crew to stop de-inerting and to secure from de-inerting, until the next shilt.       exit N1-OP-9 Direct the SRO to continue on with control rod insertion.
RO 0 Monitors plant parameters BOP Notify Crew/SRO that 201-31 did NOT fully close Attempt to manually close 201-31 Verify 201-32 closed NRC Scenario I                                   12                               October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                     OPERATOR ACTIONS EVENT 3                                             PO-3.0 Plant Shutdown using Control Rods There are NO Console Operator activities Pelated to this normal evolution.
SRO Note: Provide GAI-OPS-05 Attachment 1, SRO             Conduct crew brief of shutdown REACTIVITY BRIEF CHECKLIST (may be done in             activities and responsibilities pre-scenario brief) and plant shutdown RMI             Conduct GAI-OPS-05 Reactivity Brief Direct Insertion of control rods for reactor shutdown in accordance with Shutdown Control Rod Sequence Provides oversight of reactivity maneuver RO Insert control rods to continue reactor shutdown in accordance with
-Note: Recommend allowing insertion of four            Shutdown Control Rod Sequence control rods to allow the crew to stop at a stable  0  Observe IRM response AND range point                                                IRM switches as required, maintaining recorder pen as follows:
                                                      -   0-125 scale between 25 and 75 nominal
                                                      -  0-40 scale between 8 and 24 nominal Monitor and maintain reactor cooldown rate less than 100"F/hr BOP Monitor Feedwater Level Control Monitor plant parameters 0 Provide peer checks as required NRC Scenario 1                                 13                               October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                     OPERATOR ACTIONS EVENT 4                                             0-4.0 Reactor Building Ventilation Radiation Monitor 12 fails UPSCALE and RB Ventilation fails to Isolate When control rod 30-47 has been inserted and directed by the examiner, insert malfunction:
RMGV, RX BLDG VENT RAD MON 12 (0-1OO%),
FINAL VALUE=IOO%
TRG I Verify the following malfunction is active:
HV04, RB VENTILATION FAILS TO ISOLATE IPRESET Expected Annunciators:
L1-4-3, RB VENT RAD MONITOR OFF NORMAL L1-1-5, RB VENT EXH FAN 11- 12 TRIP L1-3-6, MER VENT CH I 1 RELAY OPEFATE L1-4-6, MER VENT CH 12 RELAY OPERATE CREW RBVS fans trip 0 Respond to annunciators and RBEVS initiates diagnose Radiation Monitor trip with RB isolation valves remain open failure of RB to isolate SRO Acknowledges reports Enter N1-EOP-5, Secondary Containment Control, AND execute concurrently with ARPs NRC Scenario 1                                 14                             October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                   OPERATOR ACTIONS EVENT 4 Continued                                 j R 0 Continued Direct manual isolation of the Reactor Building Determine that the reactor building failed to isolate and one channel of RB Rad Monitoring is inop and entry into Tech Spec 3.4.2 is required Enter LCO 3.4.4.e (7 day plant shutdown LCO when one train of EVS is inoperable)
RO Monitor plant parameters BOP Verifies Reactor Building Radiation Monitor 12 failed UPSCALE Confirm alarm on computer printout Role Plav: If contacted as RP, acknowledge            Verify shutdown of RB Vent Sys and request but delay any reports on Reactor Building      startup of RBEVS per N1-OP-IO radiation levels                                      section H.2.0 or N1-EOP-HC attachment 6 Confirm the following fans started:
202-53, EVS FAN 11 202-33, EVS FAN 12 Confirm the following fans stopped:
202-01, REACTOR BLDG SUPPLY FAN 11 202-02, REACTOR BLDG SUPPLY FAN 12 0   202-05, REACTOR BLDG EXHAUST FAN 11 202-06, REACTOR BLDG EXHAUST FAN 12 NRC Scenario 1                              15                                October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE         OPERATOR ACTIONS EVENT 4 Continued       OP Continued Confirm open the following valves:
e   202-34, EM VENT EXHAUST FAN 11 OUTLET BV e   202-37, EM VENTILATION LOOP 11 INLET BV e  202-35, EM VENT EXHAUST FAN 12 OUTLET BV e   202-38, EM VENTILATION LOOP 12 INLET BV Confirm closed the following valves:
e 202-74, EM VENTILATION LOOP 11 COOLING BV e  202-75, EM VENTILATION LOOP 12 COOLING BV e  202-03, REACTOR BLDG SUPPLY FAN 11 INLET DAMPER e  202-04, REACTOR BLDG SUPPLY FAN 12 INLET DAMPER e  202-80, REACTOR BLDG EXHAUST FAN 1IOUTLET DAMPER e  202-81, REACTOR BLDG EXHAUST FAN 12 OUTLET DAMPER e  202-15, REACTOR BLDG SUPPLY ISOLATION VALVE 11 e  202-16, REACTOR BLDG SUPPLY ISOLATION VALVE 12 e  202-32, REACTOR BUILDING EXHAUST ISOLATION VALVE 11 e  202-31, REACTOR BUILDING EXHAUST ISOLATION VALVE 12 NRC Scenario 1     16                             October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                 OPERATOR ACTIONS EVENT 4 Continued                             BOP Continued 0 Notify Rad Protection, the normal Reactor Building Emergency Ventilation system has isolated AND Reactor Building Emergency Ventilation system is in service BEFORE 30 minutes has elapsed, secure one train of RBEVS:
Place EVS FAN 1 l(12)control Note: Examiner may decide to proceed with next      switch to RED FLAG event before one train of RBEVS is secured          Place EM VENTILATION LOOP 1 1 (12) INLET BV control switch to OPEN Verify flow approximately 1600 CFM Place EVS FAN 12(11)control switch to PULL TO LOCK Enter LCO 3.4.4.e (7 day plant shutdown LCO when one train of EVS is inoperable)
Verify closed EM VENTILATION LOOP 12(11) INLET BV 0 Verify in OFF position the following control switches:
0   REACTOR BLDG SUPPLY FAN 11 0   REACTOR BLDG SUPPLY FAN 12 REACTOR BLDG EXHAUST FAN 11 0   REACTOR BLDG EXHAUST FAN 12 NRC Scenario 1                             17                             October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                       OPERATOR ACTIONS EVENT 5                                             PO-5.0 Recirculation Pump Seal Failure CREW When directed by examiner, insert malfunlction:
Acknowledgeheport annunciator F2-I -
1 RROGA, RR PUMP 11 LOWER(INNER) SEIAL Diagnose RRP 11 seal failure FAILS, RAMP=2:OO, FINAL VALUE=I00%
TRG 2 RROIA, RR PUMP 11 UPPER(0UTER) SEIAL FAILS, DELAY=I :30,RAMP=2:OO, FINAL VALUE=100%
TRG 2 RRP I I seal pressures lower Drywell leakage, pressure and humidity rise Expected Annunciator:
F2-1-1 REACT RECIRC PUMP-MOTOR 1.1 SRO ARP F2-1-1 directs entry into SOP-1.2 if seal           Acknowledges report from crew pressure ~ 4 2 psig 5  or high seal flowAeakage           Directs execution of ARP exists. Drywell conditions will begin to deteriorate   Directs entry into N1-SOP-I 2,RRP and increased drywell humidity and in-leaki2ge to       SEAL FAILURE the DWEDT will be indicated. When Drywell               Determine the failure is catastrophic parameters are impacted, the failure is considered     and pump should be tripped and catastrophicand the pump must be tripped and         isolated isolated.                                               Provide reactivity management oversight for removing the pump from service When RRP 11 has been shutdown and isolated exit N1-SOP-I .2and enter N1-OP-I, Section H, for 4 Loop Operation Review TS for impact of seal leakage and removal of pump from service NRC Scenario 1                                  18                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                OPERATOR ACTIONS EVENT 5 Continued                            SRO Continued Tech Spec 3.2.5 identifies RCS leakage be limited to <2 GPM/day Role Plav: When contacted as Reactor            increase for identified leakage. This Engineering, acknowledge request to verify      will apply until the RRP is isolated thermal limits                                  TS 3.1.7.e applies for partial loop operation, limits power to 90.5% until clearance applied to valve breakers Contacts Reactor Engineering to verify thermal limits RO Monitor plant parameters 0  Monitor reactor power and recirculation flow during closure of RRP suction and discharge valves e Verify operating position on the Power to Flow Map BOP ReviewdexecutesARP F2-1-1 Confirms alarm computer point A072 RRP 11 SEAL LEAK DET FL Enters N1-SOP-1.2 for seal failure Monitors containment parameters Monitors RRP seal indications Determines that both seals are failed Determines seal failure is catastrophic Place REACTOR RP MOTOR MG SET 11 control switch to STOP Close REACTOR R PUMP 11 BYPASSVALVE NRC Scenario 1                           19                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE        OPERATOR ACTIONS EVENT 5 Continued      BOP Continued Simultaneously close Suction AND Discharge Valves for RRP 11 holding switches in CLOSE position Exit N1-SOP-1.2 AND enter N1-OP-I, Section H, for 4 Loop Operation NRC Scenario 1       20                         October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                   OPERATOR ACTIONS EVENT 6                                         PO-6.0 Fuel Failure CREW When actions to isolate 11 RRP have been         e Acknowledge/report annunciator H I completed and directed by examiner inserl:         7, OFF GAS HIGH RADIATION e Recognize rising offgas and main malfunction:
steam line radiation levels e Determine fuel failure has occurred R X O l , FUEL CLADDING FAILURE (0-loo'%),
FINAL VALUE=7%
TRG 3 Expected Annunciators:
TRG 3 Expected Annunciators:
HI-1-7, OFF GAS HIGH RADIATION (initial) F1-2-7, MAIN STEAM RAD MONITOR CH I1 HI/LO (later) F4-2-2, MAIN STEAM RAD MONITOR CH 12 HI/LO (later) Rising off-gas radiation levels Rising main steam line radiation levels PO-6.0 CREW e Acknowledge/report annunciator HI 7, OFF GAS HIGH RADIATION e Recognize rising offgas and main steam line radiation levels e Determine fuel failure has occurred SRO Acknowledge report of off-gas high radiation annunciator Enter N1-SOP-25.2 Fuel Failure/High Activity Notify Chemistry to sample reactor coolant for gross activity Classify event as an UNUSUAL EVENT per EAL 1.2.1 Brief crew on event impact Direct reactor power reduction per N1- SOP-I .I as necessary to control radiation levels NRC Scenario 1 21 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Continued ble Plav: When dispatched as Chemistry to take samples, acknowledge request.
HI-1-7, OFF GAS HIGH RADIATION (initial)
Role Plav: When directed to close Turbine Building Roof Vents, Sidewall Vents and Roll Doors, wait 2 minutes then report the Turbine Building Roof Vents, Sidewall Vents and Roll Doors are CLOSED. Also report that RP is with you, and they have detected higher than normal rad levels near the offgas piping.
F1-2-7, MAIN STEAM RAD MONITOR CH I 1 HI/LO (later)
NRC Scenario 1 22 SRO Continued B Acknowledge report that MSL Rad Monitors are approaching/exceeding 3.75 X normal Direct a manual scram, manual vessel isolation and entry into NI- SOP-40.2 B CT-1 .O RO Perform emergency power reduction per N1-SOP-1.1 as directed When directed place Mode Switch in Shutdown Recog nize/d iag nose failure of all control rods to insert Perform a manual vessel isolation by placing both Vessel Isolation Ch I1 and Ch 12 Control Switches on the E Panel to ISOLATION IN CT-1 .O BOP Execute N1 -SOP-25.2 Notify Chemistry to sample offgas and reactor coolant for gross activity Direct NAO to close Turbine Building Roof Vents, Sidewall Vents and Roll Doors Monitor ARM'S and rad monitors to determine plant radiation levels Notify SRO/Crew of rising Main Steam Line Radiation Monitor levels October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Continued NRC Scenario 1 23 BOP Continued 0 Notify SRO when MSL Rad Monitors approach/exceed 3.75 X normal October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 7 Reactor Scram with failure of one bank of control rods to fully insert The following malfunctions are preset:
F4-2-2, MAIN STEAM RAD MONITOR CH 12 HI/LO (later)
RD33C, CONTROL ROD BANK BLOCKEID BANK 3, FINAL VALUE=04  
Rising off-gas radiation levels Rising main steam line radiation levels SRO Acknowledge report of off-gas high radiation annunciator Enter N1-SOP-25.2 Fuel Failure/High Activity Notify Chemistry to sample reactor coolant for gross activity Classify event as an UNUSUAL EVENT per EAL 1.2.1 Brief crew on event impact Direct reactor power reduction per N1-SOP-I . I as necessary to control radiation levels NRC Scenario 1                             21                                 October 2008
'0-7.0 ZREW b Recognize and report failure of rods to fully insert SRO Acknowledge SCRAM report Acknowledge report that control rods failed to insert Directs N1-SOP-1 actions Directs RPV water level controlled 53- 95" with Condensate/FW Directs RPV pressure controlled 800- 1000 psig with Emergency Condensers RO D Provide scram report D Recognize/ report all control rods not inserted D Perform N1-SOP-1, Reactor Scram, scram verification actions 0 0 0 Place IRMs on range 9 Insert IRM and SRM detectors Downrange IRMs as necessary to monitor power decrease Reduce Recirc Master flow to 25- 43 x IO6 Ib/hr 0 NRC Scenario 1 24 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE 0 PE RAT0 R ACTIONS EVENT 7 Continued - Note: The RO will not be able to reset the scram until RPV pressure is less than 600 psig once the MSIVs are closed. This will likely delay control rod insertion. NRC Scenario 1 25 RO Continued D Attempts to insert control rods using N1-OP-5, section H.23.0 BOP Performs N1-SOP-1, Reactor Scram, level control actions:
 
Restores RPV level to 53-95 inches by controlling injection and rejecting through RWCU, as necessary Determines  
INSTRUCTOR ACTIONS/
#I 3 FWP was not running Verifies RPV water level above 53" Verifies 11/12 FWP controllers in MANUAL and set to zero output Resets HPCl signal, if required Places 1 1 /I 2 FW P BYPASS Valve in AUTO, sets to 65-70 inches Secures 2nd FWP, if running If RPV level reaches 85 inches and rising, then: Verifies off all Feedwater Pumps Secures CRD Pumps not required Maximizes RWCU reject flow Closes FWlVs if required Closes MSlVs if required Maintain RPV water level in assigned band Maintain RPV pressure below 1080 psig and in assigned band Performs N1-SOP-40.2 for Vessel Isolation verification October 2008 I NSTRUCTOR ACT1 ONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 8 Failure of Emergency Condenser Tubes Verify the following malfunction is automatically inserted when the mode switch is taken to SHUTDOWN:
PLANT RESPONSE                                     OPERATOR ACTIONS EVENT 6 Continued                                 SRO Continued B Acknowledge report that MSL Rad Monitors are approaching/exceeding 3.75 X normal B  Direct a manual scram, manual vessel isolation and entry into N I -
ECOGA, EMERGENCY CONDENSER TUBE LEAK 11 1, RAMP=l :OO, FINAL VALUE=4%
SOP-40.2 CT-1.O RO Perform emergency power reduction per N1-SOP-1.1 as directed When directed place Mode Switch in Shutdown Recognize/diagnose failure of all control rods to insert Perform a manual vessel isolation by placing both Vessel Isolation Ch I 1 and Ch 12 Control Switches on the E Panel t o ISOLATION IN CT-1.O BOP b l e Plav: When dispatched as Chemistry to take      Execute N1-SOP-25.2 samples, acknowledge request.                        Notify Chemistry to sample offgas and reactor coolant for gross activity Direct NAO to close Turbine Building Role Plav: When directed to close Turbine            Roof Vents, Sidewall Vents and Roll Building Roof Vents, Sidewall Vents and Roll         Doors Doors, wait 2 minutes then report the Turbine        Monitor ARM'S and rad monitors to Building Roof Vents, Sidewall Vents and Roll Doors    determine plant radiation levels are CLOSED. Also report that RP is with you, and      Notify SRO/Crew of rising Main Steam they have detected higher than normal rad levels      Line Radiation Monitor levels near the offgas piping.
NRC Scenario 1                                22                                October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE         OPERATOR ACTIONS EVENT 6 Continued     BOP Continued 0 Notify SRO when MSL Rad Monitors approach/exceed 3.75 X normal NRC Scenario 1      23                        October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                   OPERATOR ACTIONS EVENT 7                                           0-7.0 Reactor Scram with failure of one bank of control ZREW rods to fully insert                              b  Recognize and report failure of rods to fully insert The following malfunctions are preset:
RD33C, CONTROL ROD BANK BLOCKEID BANK 3, FINAL VALUE=04 SRO Acknowledge SCRAM report Acknowledge report that control rods failed to insert Directs N1-SOP-1 actions Directs RPV water level controlled 53-95 with Condensate/FW Directs RPV pressure controlled 800-1000 psig with Emergency Condensers RO D   Provide scram report D   Recognize/ report all control rods not inserted D   Perform N1-SOP-1, Reactor Scram, scram verification actions 0   Place IRMs on range 9 0    Insert IRM and SRM detectors 0    Downrange IRMs as necessary to monitor power decrease 0    Reduce Recirc Master flow to 25-43 x I O 6 Ib/hr NRC Scenario 1                               24                               October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                       0PER A T 0R ACTIONS EVENT 7 Continued                                   RO Continued D Attempts to insert control rods using Note: The RO will not be able to reset the scram       N1-OP-5, section H.23.0 until RPV pressure is less than 600 psig once the MSIVs are closed. This will likely delay control rod insertion.
BOP Performs N1-SOP-1, Reactor Scram, level control actions:
Restores RPV level to 53-95 inches by controlling injection and rejecting through RWCU, as necessary Determines # I 3 FWP was not running Verifies RPV water level above 53 Verifies 11/12 FWP controllers in MANUAL and set to zero output Resets HPCl signal, if required Places 11/I   2 FWP BYPASS Valve in AUTO, sets to 65-70 inches Secures 2ndFWP, if running If RPV level reaches 85 inches and rising, then:
Verifies off all Feedwater Pumps Secures CRD Pumps not required Maximizes RWCU reject flow Closes FWlVs if required Closes MSlVs if required Maintain RPV water level in assigned band Maintain RPV pressure below 1080 psig and in assigned band Performs N1-SOP-40.2 for Vessel Isolation verification NRC Scenario 1                                  25                                October 2008
 
INSTRUCTOR ACT1ONS/
PLANT RESPONSE                                     OPERATOR ACTIONS EVENT 8                                             PO-8.0 Failure of Emergency Condenser Tubes CREW Verify the following malfunction is automatically     Recognize/report annunciator K1-1-2 inserted when the mode switch is taken to             Recognize/report rising EC Vent Rad SHUTDOWN:                                             Monitor readings ECOGA, EMERGENCY CONDENSER TUBE LEAK 111, RAMP=l :OO, FINAL VALUE=4%
TRG 4 Expected Annunciator:
TRG 4 Expected Annunciator:
K-1-1-2, EC Rad Vent I I Monitors Rising rad levels on EC Vent Rad Monitor (J panel) Role Plav: If requested as RP to check dose rates at EC piping, wait 3 minutes and report dose rates are 50 mWhr and rising. Wait another 3 minutes and report dose rates are 200 mR/hr and rising, you are leaving the refuel floor to perform downwind site boundary surveys. PO-8.0 CREW Recognize/report annunciator K1-1-2 Recognize/report rising EC Vent Rad Monitor readings SRO Acknowledges report of annunciator, K-1-1-2, EC Rad Monitors Directs crew to obtain a radiation value from EC VENT RAD Monitors Enters N1-EOP-6 due to EC Vent Rad Monitor above 30 mR/hr (ALERT EAL level) 0 0 0 Directdgrants permission for the isolation of 11 Emergency Condenser RO/BOP 0 Reports/responds to annunciator K-I- 1-2, EC Rad Monitors Confirms alarm on computer printout Confirms radiation levels on J Panel Contacts RP to check dose rates at EC piping above elevation 340' 0 0 0 NRC Scenario 1 26 October 2008 INSTRUCTOR ACTIONS PLANT RESPONSE OPERATOR ACTIONS EVENT 8 Continued Role Plav: If requested as Chemistry to assess for possible unmonitored radiological release, acknowledge request Role Play: If directed as RP/Chemistry to perform a downwind site boundary radiological survey, report that you are assembling and dispatching the team. Wait 4 minutes after the above RP role plays are complete, and then report that the dose rate at the north site boundary is 750 mRern TEDE and rising.
K-1-1-2,EC Rad Vent I I Monitors Rising rad levels on EC Vent Rad Monitor (J panel)
Wait another 4 minutes, and if the crew has not entered RPV Blowdown yet, report that the dose rate at the north site boundary is 950 mRem TEDE and rising.
SRO Acknowledges report of annunciator, K-1-1-2, EC Rad Monitors 0  Directs crew to obtain a radiation value from EC VENT RAD Monitors 0  Enters N1-EOP-6 due to EC Vent Rad Monitor above 30 mR/hr (ALERT EAL level) 0  Directdgrants permission for the isolation of 11 Emergency Condenser RO/BOP Role Plav: If requested as RP to check dose rates  0  Reports/responds to annunciator K-I-at EC piping, wait 3 minutes and report dose rates    1-2, EC Rad Monitors are 50 mWhr and rising. Wait another 3 minutes    0  Confirms alarm on computer printout and report dose rates are 200 mR/hr and rising,    0 Confirms radiation levels on J Panel you are leaving the refuel floor to perform        0 Contacts RP to check dose rates at downwind site boundary surveys.                      EC piping above elevation 340 NRC Scenario 1                                 26                              October 2008
RO/BO P Continued 0 Contacts Chemistry to assess for possible unmonitored radiological release Contacts RP to perform downwind site boundary rad iolog ical survey Notifies crew of radiation levels 0 0 NRC Scenario 1 27 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Emergency Condenser Failure to Isolate When an operator attempts to isolate EC 11, the following preset malfunctions act to prevent steam isolation valve closure: EC07, EMERGENCY CONDENSER FAILS TO ISOLATE 11 EC08A, EC LOOP 11 STM IV FAIL TO CL'OSE I1 1 (0-1 OO%), FINAL VALUE4 00% EC08B, EC LOOP 11 STM IV FAIL TO CLOSE 112 (0-loo%), FINAL VALUE=lOO%  
 
'0-9.0 CREW D Diagnoseheport failure of EC 11 to isolate SRO Acknowledges Emergency Condenser cannot be isolated Evaluates EAL matrix and determines the rising off site dose rates are approaching Genera I Emergency levels per section 5.2.6 of EPIP-EPP-01, Emergency Action Level Matrix IF a primary system is discharing outside primary and secondary containments AND the discharge cannot be isolated, THEN before the offsite release rate reches the Emergency Plan "General Emergency" level: 0 Scram 0 Enter N1-EOP-2, RPV Control 0 Enter N1-EOP-8, RPV Blowdown NRC Scenario 1 28 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Continued NRC Scenario 1 29 5RO Continued q1-EOP-8. RPV Blowdown actions: Answers "Are all control rods inserted to at least position 04" YES D Answers "Drywell pressure?"
INSTRUCTOR ACTIONS PLANT RESPONSE                                      OPERATOR ACTIONS EVENT 8 Continued                                  RO/BOP Continued 0 Contacts Chemistry to assess for Role Plav: If requested as Chemistry to assess        possible unmonitored radiological for possible unmonitored radiological release,       release acknowledge request                                 0 Contacts RP to perform downwind site boundary radiological survey Role Play: If directed as RP/Chemistry to perform   0  Notifies crew of radiation levels a downwind site boundary radiological survey, report that you are assembling and dispatching the team. Wait 4 minutes after the above RP role plays are complete, and then report that the dose rate at the north site boundary is 750 mRern TEDE and rising. Wait another 4 minutes, and if the crew has not entered RPV Blowdown yet, report that the dose rate at the north site boundary is 950 mRem TEDE and rising.
below 3.5 psig D Directs Emergency Condenser 12 initiation Answers "Torus water level?" > 8.0 ft B m Directs open 3 ERVs CT-2.0 Stops at WAIT block for 120 psig RO/BOP When granted permission or directed, attempts to isolate EC I1 by closing the following valves: 0 Places control switch for 39-07R3, EC STM ISOLATION VALVE 112 in CLOSE Diagnoses failure of 39-07R to fully close Places control switch for 39-09R, EC STM ISOLATION VALVE 11 1 in CLOSE Diagnoses failure of 39-09R to fully close Report failure of steam IVs to isolate 0 0 0 0 Initiates Emergency Condenser 12 Places control switches for 3 ERVs to open CT-2.0 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Continued TERMINATING CUE All control rods inserted RPV Blowdown in progress RPV Water Level controlled in  
NRC Scenario 1                                27                                October 2008
,,,i NRC Scenario 1 n cI b nd 30 ROlBOP Continued 0 Reports 3 ERVs open Restores and maintains RPV water level 53-95 inches using Condensate/FW and CRD October 2008 V. POST SCENARIO CRITIQUE A. N/A, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events  
 
: 1. None B. Commitments  
INSTRUCTOR ACTIONS/
: 1. None VII. LESSONS LEARNED A. None NRC Scenario 1 31 October 2008 ATTACHMENT 7: REACTIVITY MANEUVER INSTRUCTION Reason for Reactivity Maneuver:
PLANT RESPONSE                                  OPERATOR ACTIONS EVENT 9                                          0-9.0 Emergency Condenser Failure to Isolate CREW When an operator attempts to isolate EC 11, the  D  Diagnoseheport failure of EC 11 to following preset malfunctions act to prevent         isolate steam isolation valve closure:
Reactor Shutdown STEP: 2 I I INITIAL CONDlTlONSlSTEP DESCRIPTION RE presence required in the Control Room? Yesl No-/- (check) Critical Parameter Limit Monitor Core Flow 41 Mlblhr OPS 11 Initial Conditions to be verified prior to initiation of step? Yes No- ( check) L .L Frequency Contingency 30 min Reduce core flow to between 39-41 Mlblhr - - /Parameter 1 Expected Range I Actiial // Parameter 1 Expected Range I Actual Core Flow 39-41 Mlbslhr Step Prepared by:
EC07, EMERGENCY CONDENSER FAILS TO ISOLATE 11 EC08A, EC LOOP 11 STM IV FAIL TO CLOSE I 11 (0-1OO%), FINAL VALUE4 00%
John Smith l T&! Step Reviewed by:-Rob Cooper I Todaq RElSTA Date RElSTNSRO Date Approval to perform Step Ed Brown I Today Step Completed by: I Shift Manager Da':e SRO Date Page 23 S-REP3 Rev 03 Appendix D Scerlario Outline Form ES-D-1 Facility: Nine Mile Point 1 Examiners: Operators:
EC08B, EC LOOP 11 STM IV FAIL TO CLOSE 112 (0-loo%), FINAL VALUE=lOO%
Initial Conditions:
SRO Acknowledges Emergency Condenser cannot be isolated Evaluates EAL matrix and determines the rising off site dose rates are approaching GeneraI Emergency levels per section 5.2.6 of EPIP-EPP-01, Emergency Action Level Matrix IF a primary system is discharing outside primary and secondary containments AND the discharge cannot be isolated, THEN before the offsite release rate reches the Emergency Plan General Emergency level:
Simulator IC 172 Scenario Ncl.: NRC42 Op-Test No.: October 2008 1. Reactor Power approximately 90% 2. Four Recirculation Loops in service Turnover:  
0   Scram 0 Enter N1-EOP-2, RPV Control 0   Enter N1-EOP-8, RPV Blowdown NRC Scenario 1                               28                                 October 2008
: 1. Recirc Pump 15 MG set has been mpaired and should be returned to service. 2. After starting Recirc Pump 15 MG set operate it for one hour while maintenance takes readings before returning to 100% power. Event Malf. No. Event Event DescriDtion No. Recirc Pump 15 to service Rod Drive Flow Control Valve 44-1 51 fails closed, g shifting to the alternate FCV (SOP-5.1) 1 - \-- --f I I I I (N)ormal, (R)eactivity, (I)nstrument, (C)omponent, (M)ajor NRC Scenario 2 October 2008 Facility: Nine Mile Point 1 Scenario No.: NRC-02 TARGET QUANTITATIVE ATTRIBUTES (PER SCENARIO; SEE SECTION D.5.d) 1. Total malfunctions (5-8) Events 3,4, 5,6, 8 2. Malfunctions after EOP entry (1-2)
 
Event 8 3. Abnormal events (2-4) - Events 3,4,5,6 4. Major transients (1  
INSTRUCTOR ACTIONS/
-2) Event 7 5. EOPs enteredhequiring substantive Events 6 and 7 (EOP-5) actions (1 -2)  
PLANT RESPONSE         OPERATOR ACTIONS EVENT 9 Continued     5RO Continued q1-EOP-8. RPV Blowdown actions:
: 6. EOP contingencies requiring substantive 2 actions (0-2)
Answers Are all control rods inserted to at least position 04 YES D Answers Drywell pressure? below 3.5 psig D Directs Emergency Condenser 12 initiation B  Answers Torus water level? > 8.0 ft m Directs open 3 ERVs CT-2.0 Stops at WAIT block for 120 psig RO/BOP When granted permission or directed, attempts to isolate EC I 1 by closing the following valves:
Events 7.8 (EOP-3. EOP-81  
0   Places control switch for 39-07R3, EC STM ISOLATION VALVE 112 in CLOSE 0    Diagnoses failure of 39-07R to fully close 0    Places control switch for 39-09R, EC STM ISOLATION VALVE 111 in CLOSE 0    Diagnoses failure of 39-09R to fully close 0    Report failure of steam IVs to isolate Initiates Emergency Condenser 12 Places control switches for 3 ERVs to open CT-2.0 NRC Scenario 1    29                                October 2008
: 7. Critical tasks (2-3) C RlTlCAL TASK DESC RI PTl ONS : CT-1.0 Given an un-isolable RWCU leak outside primary containment and one general area temperature above the maximum safe limit, the crew will insert a manual reactor scram. CT-2.0 Given a failure of RPS to de- energize when a scram is required, the crew will insert control rods by initiating manual Alternate Rod Insertion (ARI). CT-3.0 Given an un-isolable RWCU leak outside primary containment and two general area temperatures above the maximum safe limit, the crew will Derform an RPV Blowdown.
 
3 Op-Test No.:
INSTRUCTOR ACTIONS/
October2008 NRC Scenario 2 October 2008 NMP SIMULATOR SCENARIO NRC Scenario 2 REV. 0 No. of Pages: 29 LOSS OF POWERBOARD 11, UNISOLABLE RWCU LEAK IN THE SECONDARY CONTAINMENT PREPARER VAL1 DATED Frank Payne, Kyle James, Bruce Williams DATE 5/17/08 GEN SUPERVISOR OPS TRAINING
PLANT RESPONSE                               OPERATOR ACTIONS EVENT 9 Continued                             ROlBOP Continued 0  Reports 3 ERVs open Restores and maintains RPV water level 53-95 inches using Condensate/FW and CRD TERMINATING CUE All control rods inserted RPV Blowdown in progress RPV Water Level controlled in i,,, n cI b nd NRC Scenario 1                           30                           October 2008
-2 DATE g/l3fbor OPERATIONS MANAGER N/A - Exam Security DATE CON FIG U RAT1 0 N CONTROL N/A - Exam Security DATE SCENARIO  
 
V. POST SCENARIO CRITIQUE A. N/A, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events
: 1. None B. Commitments
: 1. None VII. LESSONS LEARNED A. None NRC Scenario 1                   31 October 2008
 
ATTACHMENT 7: REACTIVITY MANEUVER INSTRUCTION Reason for Reactivity Maneuver:               Reactor Shutdown                                   STEP:     2 I                                     INITIAL CONDlTlONSlSTEP DESCRIPTION I1  RE presence required in the Control Room? Yesl                 No-/-   (check)
L
  /Parameter Core Flow 1  Expected Range 39-41 Mlbslhr I        L    .
Actiial      /
Initial Conditions to be verified prior to initiation o f step? Yes     No-Parameter      1 (check)
Expected Range    I    Actual Critical Parameter        Limit          Monitor          Frequency   Contingency Core Flow          41 Mlblhr            OPS              30 min     Reduce core flow to between 39-41 Mlblhr Step Prepared by:      John Smith                 l T&!       Step Reviewed by:-Rob Cooper             I   Todaq RElSTA                 Date                           RElSTNSRO                 Date Approval to perform Step Ed Brown               I   Today   Step Completed by:                       I Shift Manager         Da':e                                 SRO               Date Page 23                                             S-REP3 Rev 03
 
Appendix D                                     Scerlario Outline                           Form ES-D-1 Facility: Nine Mile Point 1             Scenario Ncl.: NRC42           Op-Test No.: October 2008 Examiners:                                          Operators:
Initial Conditions: Simulator IC 172
: 1. Reactor Power approximately 90%
: 2. Four Recirculation Loops in service Turnover:
: 1. Recirc Pump 15 MG set has been mpaired and should be returned to service.
: 2. After starting Recirc Pump 15 MG set operate it for one hour while maintenance takes readings before returning to 100% power.
Event     Malf. No. Event                                             Event No.
DescriDtion Recirc Pump 15 to service Rod Drive Flow Control Valve 44-151 fails closed, g shifting to the alternate FCV (SOP-5.1) 1 - \ - - - - f I
I             I                 I (N)ormal,     (R)eactivity,     (I)nstrument,   (C)omponent, (M)ajor NRC Scenario 2                                                                         October 2008
 
Facility: Nine Mile Point 1           Scenario No.: NRC-02 Op-Test No.: October2008 TARGET QUANTITATIVE ATTRIBUTES (PER SCENARIO; SEE SECTION D.5.d)
: 1. Total malfunctions (5-8)
Events 3,4, 5,6, 8
: 2. Malfunctions after EOP entry (1-2)
Event 8
: 3. Abnormal events (2-4)
Events 3,4,5,6
: 4. Major transients (1-2)
Event 7
: 5. EOPs enteredhequiring substantive actions (1-2)
Events 6 and 7 (EOP-5)
: 6. EOP contingencies requiring substantive             2 actions (0-2)
Events 7.8 (EOP-3. EOP-81
: 7. Critical tasks (2-3)                                 3 CRlTlCAL TASK DESCRIPTlONS:
CT-1.0 Given an un-isolable RWCU leak outside primary containment and one general area temperature above the maximum safe limit, the crew will insert a manual reactor scram.
CT-2.0 Given a failure of RPS to de-energize when a scram is required, the crew will insert control rods by initiating manual Alternate Rod Insertion (ARI).
CT-3.0 Given an un-isolable RWCU leak outside primary containment and two general area temperatures above the maximum safe limit, the crew will Derform an RPV Blowdown.
NRC Scenario 2                                                         October 2008
 
NMP SIMULATOR SCENARIO NRC Scenario 2                               REV. 0                           No. of Pages: 29 LOSS OF POWERBOARD 11, UNISOLABLE RWCU LEAK IN THE SECONDARY CONTAINMENT PREPARER VAL1DATED              Frank Payne, Kyle James, Bruce Williams            DATE      5/17/08 GEN SUPERVISOR OPS TRAINING OPERATIONS
                      -2                                                    DATE g / l 3 f b o r MANAGER                               N/A - Exam Security                   DATE CONFIGURAT10N CONTROL                               N/A - Exam Security                   DATE SCENARIO  


==SUMMARY==
==SUMMARY==
Length : 90 minutes Initial Power Level: 90%, 4 Loop Operation Mitigating Strategy Code: SCI, unisolable primary system leak in the Secondary Containment, RPV Blowdown required The crew assumes the shift with the plant operating at 90% power and four recirculation loops in service.
 
Immediately after assuming the shift the crew will be directed to restore Recirculation Pump 15 to service and return to full power. The crew will assess plant conditions and lower power with Recirculation Flow until flow is less than 50 Mlbm/hr. They will then return Recirculation Pump 15 to service. After the crew has placed the pump in service, the Main Generator Auto Voltage Regulator will fail. The crew will diagnose the failure and take manual control of generator voltage and restore the correct generator output. When a normal generator output is established, the Control Rod Drive Flow Control Valve fails closed, requiring shifting to the alternate FCV. After CRD flow is returned to normal, a loss of power to Power Board 11 occurs. The SRO will address Technical Specifications.
Length:         90 minutes Initial Power Level:       90%, 4 Loop Operation Mitigating Strategy Code:     SCI, unisolable primary system leak in the Secondary Containment, RPV Blowdown required The crew assumes the shift with the plant operating at 90% power and four recirculation loops in service. Immediately after assuming the shift the crew will be directed to restore Recirculation Pump 15 to service and return to full power. The crew will assess plant conditions and lower power with Recirculation Flow until flow is less than 50 Mlbm/hr. They will then return Recirculation Pump 15 to service. After the crew has placed the pump in service, the Main Generator Auto Voltage Regulator will fail. The crew will diagnose the failure and take manual control of generator voltage and restore the correct generator output. When a normal generator output is established, the Control Rod Drive Flow Control Valve fails closed, requiring shifting to the alternate FCV. After CRD flow is returned to normal, a loss of power to Power Board 11 occurs. The SRO will address Technical Specifications.
A Reactor Water Cleanup system line break will occur in the Secondary Containment downstream of the Supply Isolation Valves. Reactor Water Cleanup will fail to isolate on high area temperature. The crew will attempt to isolate the system, but the valves will fail to fully close. This break will require a scram and RPV blowdown due to exceeding the Maximum Safe Value for general area temperatures. When the Mode Switch is placed in SHUTDOWN and/or the Reactor Trip pushbuttons on the E Panel are pushed, the reactor will NOT scram. ARI must be manually initiated to scram the control rods. NRC Scenario 2 1 October 2008 Major Procedures:
A Reactor Water Cleanup system line break will occur in the Secondary Containment downstream of the Supply Isolation Valves. Reactor Water Cleanup will fail to isolate on high area temperature. The crew will attempt to isolate the system, but the valves will fail to fully close. This break will require a scram and RPV blowdown due to exceeding the Maximum Safe Value for general area temperatures. When the Mode Switch is placed in SHUTDOWN and/or the Reactor Trip pushbuttons on the E Panel are pushed, the reactor will NOT scram. ARI must be manually initiated to scram the control rods.
N 1 -SOP-I , N 1 -SOP-l .I , N 1 -SOP-I .3, N 1 -SOP-5.
NRC Scenario 2                                   1                                 October 2008
1, N 1 -SOP-30.1, N1 -EOP-2, N1 -EOP-3, N1 -EOP-5, and N1 -EOP-8 EAL Classification:
 
Site Area Emergency, EALs 3.4.1, 4.1.1 Termination Criteria:
Major Procedures:     N1-SOP-I , N1-SOP-l .I, N1-SOP-I .3, N1-SOP-5. 1, N1-SOP-30.1, N1-EOP-2, N1-EOP-3, N1-EOP-5, and N1-EOP-8 EAL Classification:   Site Area Emergency, EALs 3.4.1, 4.1.1 Termination Criteria: All control rods are in, RPV Blowdown in progress, RPV water level controlled in assigned band NRC Scenario 2                               2                               October 2008
All control rods are in, RPV Blowdown in progress, RPV water level controlled in assigned band NRC Scenario 2 2 October 2008 I. SIMULATOR SET UP A. IC Number: IC 172 9. Presets/Function Key Assignments 1. Malfunctions:  
 
: a. EG02, GENERATOR AUTO VOLTAGE REGULATOR FAILS - INCREASE TRG 1 b. RD36A, CRD FCV 44-151 FAILURE - CLOSED TRG 2 c. ED04, AC POWER BOARD ELECTRICAL FAULT(PB11) TRG 3  
I. SIMULATOR SET UP A. IC Number:   IC 172
: d. CU14, CLEANUP ISOLATION VALVES STUCK OPEN PRESET e. CUI 1, COOLANT LEAK OU'TSIDE OF DRYWELL, RAMP TIME=10:00, FINAL \IALUE=20%
: 9. Presets/Function Key Assignments
RP059, REACTOR PROTECTION SYSTEM FAILURE TO SCRAM CH 12 PRESET TRG 4 f. 2. Remotes:  
: 1. Malfunctions:
: a. RD05, CRD FLOW CONTROL VALVE ISOL, FINAL VALUE=nc30b TRG 16 3. Overrrides:  
: a. EG02, GENERATOR AUTO VOLTAGE REGULATOR FAILS - INCREASE                                                   TRG 1
: a. OVR-9DS51 LO51 91 2 ON 1 150 STATUS MOVS ARRAY 33-01 GR CLO, FINAL VALUE=ON TRG 17 b. OVR-9DS53LO51914 ON 11 50 STATUS MOVS ARRAY 33-02 GR CLO, FINAL VALUE=ON TRG 18 C. OVR-9DS55L05200 ON 1 150 STATUS MOVS ARRAY 33-04 GR CLO, FINAL VALUE=Ohl TRG 19 4. Annunciators:  
: b. RD36A, CRD FCV 44-151 FAILURE - CLOSED                             TRG 2
: a. None 5. Triggers:  
: c. ED04, AC POWER BOARD ELECTRICAL FAULT(PB11)                         TRG 3
: a. TRG 16 - Activates when the CRD FCV transfer switch is moved to "Valve 12" to automate the corresponding field action  
: d. CU14, CLEANUP ISOLATION VALVES STUCK OPEN                           PRESET
: i. Event Action:
: e. CUI 1, COOLANT LEAK OUTSIDE OF DRYWELL, RAMP TIME=10:00, FINAL \IALUE=20%                                 TRG 4
zdrdfcvb==l ii. Command: None b. TRG 17 - Activates when RLYCU IV 33-01 control switch is taken to close to override on the green light, simulating some valve movement i. Event Action: zdcu301c=:=l ii. Command: None  
: f. RP059, REACTOR PROTECTION SYSTEM FAILURE TO SCRAM CH 12                                                             PRESET
: c. TRG 18 - Activates when RLVCU IV 33-02 control switch is taken to close to override on the green light, simulating some valve movement NRC Scenario 2 3 October 2008
: 2. Remotes:
. .. i. Event Action: zdcu302c=:=I ii. Command: None d. TRG 19 - Activates when RWCU IV 33-04 control switch is taken to close to override on the green light, simulating some valve movement i. Event Action: zdcu304c=:=1 ii. Command: None C. Equipment Out of Service  
: a. RD05, CRD FLOW CONTROL VALVE ISOL, FINAL VALUE=nc30b TRG 16
: a. RRP 15 removed from service, control closed D. Support Documentation  
: 3. Overrrides:
: 1. N1-OP-I marked up through step H.4.5 2. N1-OP-43B marked up through step 2.7 3. RMR for lowering recirc flow to 50 Mlbm/hr 4. RMR for power ascension to rated E. Miscellaneous witch green flagged, discharge ralve 1. Steam Packing Exhauster 12 should be in operation at the beginning of the scenario to prevent the crew from having to swap to this division following a loss of PI3 11. 2. Ensure LPRM downscale pushbuttons are depressed on rod block monitor.
: a. OVR-9DS51LO51912 ON 1150 STATUS MOVS ARRAY 33-01 GR CLO, FINAL VALUE=ON                                             TRG 17
NRC Scenario 2 4 October 2008 II. SH I FT TURNOVER IN FORMATION OFFGOINGSHIFT:
: b. OVR-9DS53LO51914 ON 1150 STATUS MOVS ARRAY 33-02 GR CLO, FINAL VALUE=ON                                             TRG 18 C. OVR-9DS55L05200 ON 1150 STATUS MOVS ARRAY 33-04 GR CLO, FINAL VALUE=Ohl                                           TRG 19
0 N I D DATE: Today PART I: To be performed by the oncoming Operator before assuming the shift. 0 Control Panel Walkdown (all panels) (SM, CRS, STA, RO, CRE) PART II: To be reviewed by the oncorning Operator before assuming the shift. 0 Shift Supervisor Log (SM, CRS, STA) 0 Shift Turnover Checklist (ALL) 0 RO Log (RO) 0 LCO Status (SM, CRS, STA) 0 Lit Control Room Annunciators 0 Computer Alarm Summary (RO) (SM, CRS, STA, RO, CRE)
: 4. Annunciators:
Evolutions/General Information/Equipment  
: a. None
:Status: 0 Load DisDatcher was notified of Dower reduction and RRP 15 start two (2) hours aao  
: 5. Triggers:
~ PART Ill: RemarkdPlanned Evolutions:
: a. TRG 16 - Activates when the CRD FCV transfer switch is moved to Valve 12 to automate the corresponding field action
: i. Event Action: zdrdfcvb==l ii. Command: None
: b. TRG 17 - Activates when RLYCU IV 33-01 control switch is taken to close to override on the green light, simulating some valve movement
: i. Event Action: zdcu301c=:=l ii. Command: None
: c. TRG 18 - Activates when RLVCU IV 33-02 control switch is taken to close to override on the green light, simulating some valve movement NRC Scenario 2                                 3                             October 2008
: i. Event Action: zdcu302c=:=I ii. Command: None
: d. TRG 19 - Activates when RWCU IV 33-04 control switch is taken to close to override on the green light, simulating some valve movement
: i. Event Action: zdcu304c=:=1 ii. Command: None C. Equipment Out of Service
: a. RRP 15 removed from service, control witch green flagged, discharge ralve closed D. Support Documentation
: 1. N1-OP-I marked up through step H.4.5
: 2. N1-OP-43B marked up through step 2.7
: 3. RMR for lowering recirc flow to 50 Mlbm/hr
: 4. RMR for power ascension to rated E. Miscellaneous
: 1. Steam Packing Exhauster 12 should be in operation at the beginning of the scenario to prevent the crew from having to swap to this division following a loss of PI3 11.
: 2. Ensure LPRM downscale pushbuttons are depressed on rod block monitor.
NRC Scenario 2                               4                                   October 2008
 
II.                           SHI FT TURNOVER INFORMATION OFFGOINGSHIFT: 0 N             ID                          DATE: Today PART I:         To be performed by the oncoming Operator before assuming the shift.
0   Control Panel Walkdown (all panels) (SM, CRS, STA, RO, CRE)
PART II:       To be reviewed by the oncorning Operator before assuming the shift.
0   Shift Supervisor Log (SM, CRS, STA)           0   Shift Turnover Checklist (ALL) 0   RO Log (RO)                                   0   LCO Status (SM, CRS, STA) 0   Lit Control Room Annunciators                   0   Computer Alarm Summary (RO)
(SM, CRS, STA, RO, CRE)
Evolutions/GeneralInformation/Equipment :Status:
0 Load DisDatcher was notified of Dower reduction and RRP 15 start two (2)hours aao
~
PART Ill:       RemarkdPlanned Evolutions:
RRP 15 removed from service. TS 3.1.7.e. Four loop operation.
RRP 15 removed from service. TS 3.1.7.e. Four loop operation.
Start RRP 15 per N1-OP-I, H.4.0, and return to five-loop operation.
Start RRP 15 per N1-OP-I, H.4.0, and return to five-loop operation. N1-OP-I, H.4.0, signed off up to step 4.6. N1-OP-43E8signed off up to step 2.8.
N1-OP-I, H.4.0, signed off up to step 4.6. N1-OP-43E8 signed off up to step 2.8. Reactor power is at 90% and must be lowered until recirc flow e50 Mlbm/hr to support startina RRP 15. After starting Recirc Pump 15 MG set, operate it for one hour whilemaintenance takes readings before returning to 100% power. - PART IV: To be reviewed/accomplishel3 shortly after assuming the shift:
Reactor power is at 90% and must be lowered until recirc flow e50 Mlbm/hr to support startina RRP 15.
0 Review new Clearances (SM) 0 Test Control Annunciators (CRE) 0 Shift Crew Composition (SM/CRS) ATC RO BOP RO NRC Scenario 2 5 October 2008 I Scenario ID NSTRUCTOR COMMENTS (Strengths, Areas for Improvement, Open Items etc.) What Happened?
After starting Recirc Pump 15 MG set, operate it for one hour whilemaintenance takes readings before returning to 100% power.
What we did? ~~ Why? (Goals) 0 the r 0 pt ions? NRC Scenario 2 6 October 2008 Ill. PERFORMANCE OBJECTIVES A. Critical Tasks: CT-1 .O Given an un-isolable RWCU leak outside primary containment and one general area temperature approaching or exceeding the maximum safe limit, the crew will insert a manual reactor scram, in accordance with NI- EOP-5. CT-2.0 Given a failure of RP:S to de-energize when a scram is required, the crew will insert control rods by initiating manual Alternate Rod Insertion (ARI), in accordance with N 1 -EOP-3. Given an un-isolable RWCU leak outside primary containment and two general area temperatures above the maximum safe limit, the crew will perform an RPV Blowdown, in accordance with N1-EOP-5 and NI-EOP- 8. CT-3.0 B. Performance Objectives:
PART IV:       To be reviewed/accomplishel3 shortly after assuming the shift:
PO-I .o PO-2.0 PO-3.0 PO-4.0 PO-5.0 PO-6.0 Given the plant at power, the crew will reduce reactor power with recirculation flow, in accordance with N1-OP-43B.
0   Review new Clearances (SM)                     0   Test Control Annunciators (CRE) 0   Shift Crew Composition (SM/CRS)
Given the plant at power, the crew will return a Recirculation Pump to service, in accordance with N1-OP-I, section H.4.0. Given a voltage regulator failure on the main generator, the crew will take manual control of generator voltage, in accordance with N1 -ARP-A7. Given the plant at power, the crew will respond to a failure of the operating CRD Flow Control Valve, in accordance with N1-SOP-5.1.
ATC RO BOP RO NRC Scenario 2                                 5                                   October 2008
Given the plant at power, the crew will respond to a loss of Powerboard 1 1, in accordance with N1 -SOP-30.1.
 
Given the plant at power, the crew will respond to a Reactor Water Cleanup leak outside of the primary containment, in accordance with NI- EOP-5. NRC Scenario 2 7 October 2008 PO-7.0 Given the plant in a condition requiring emergency classification, the SRO shall classify the events properly, complete initial notification forms, and discuss the bases for the classification in accordance with the emergency plan procedure.
Scenario ID I
Given the plant or a plant system in a condition requiring Technical Specification action, identify the deviation and any required actionshotifications.
NSTRUCTOR COMMENTS (Strengths, Areas for Improvement, Open Items etc.)
PO-8.0 NRC Scenario 2 8 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS Take the simulator out of freeze before the crew enters for the pre-shift walkdown and briefing.
                                                          ~~
Allow no more than 5 minutes for panel walkdown.
What Happened?   What we did?             Why? (Goals)       0the r 0ptions?
EVENT I Power Reduction with Recirculation Flow Note: Provide GAI-OPS-05 Attachment 1, SRO REACTIVITY BRIEF CHECKLIST (may be done in pre-scenario brief) and RMR CREW Walkdown panels Conduct shift turnover brief Assume the shift PO-1 .o SRO RO Conduct GAI-OPS-05 Reactivity Brief Reviews Reactivity Maneuver Request Form Provides direction to ROlBOP regarding assignments RO adjusts recirculation flow BOP monitors RRPs and feed system response Directs RO to lower core flow to 60 Mlbm/hr IAW RMR Supervises reactivity maneuver Reduces recirc flow IAW RMR Continuously observes the following: - APRMs lowering - Recirc flow lowering - Steam and feedwater flow lowering - Vessel level normal Lower recirc flow until 60 Mlbm/hr Notify Crew of the new power level and that recirc flow is 60 Mlbm/hr NRC Scenario 2 9 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT I Continued BOP Monitors individual RRP for response - Individual M/A-Speed Control stations trending uniformly - Individual RRP indications trending normally for lowering speed Monitors feed water controls for proper response - FWP 13 FCV responding to power change RPV Water Level remains within program band (65" - 83") NRC Scenario 2 10 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 2 Restore Reactor Recirculation Pump 15 to Service Note: Crew directed to start RRP 15 in pre-brief, starting at N1-OP-1, step H.4.6. Provide thle SRO with the RMR for RRP #I5 recovery.
NRC Scenario 2                       6                               October 2008
PO-2.0 SRO Direct start up of RRP 15, using NI- OP-I, starting at step H.4.6 Supervise reactivity manipulation Acknowledge report that RRP 15 is in service Determine TS 3.1.7.e no longer applies and the LCO Actions can be exited RO Continuously observe the following: - APRMs - Recirc flow Monitor P/F map and transfer from 4 loop to 5 loop map when the startup is performed BOP Acknowledge direction to start RRP 15 D Verify recirculation flow c 50 x IO6 Ib/hr Verify RRP 15 GEMAC in MAN and matched with other four GEMACs but no greater than 50% Verify RRP 15 discharge valve closed NRC Scenario 2 11 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 2 Continued CAUTIONS from N1-OP-I Failure to raise Recirc Pump speed during opening of discharge valve may result in stalled rotor and pump trip due to reverse flow.
 
To Prevent backflow thru the RRP, discharge valve should be opened before MG frequency lowers to 20 Hz. Frequency will raise, then drop quickly, then raise again before SL0WL.Y lowering.
Ill. PERFORMANCE OBJECTIVES A. Critical Tasks:
Discharge BV should be openled when frequency is slowly lowering. Role Play: As NAO sent to Aux Control Room, wait one minute then report you have reset 50SR Pump Motor Stalled Rotor Target Role Play: As NAO, when requested report MG set oil temperature is 120&deg;F and stable. NRC Scenario 2 12 BOP Continued Verify RRP 15 suction and discharge bypass valves are open Make a plant announcement for start of RRP 15 Place RRP 15 control switch to START and observe indications MG MOTOR starts, Amp Meter Amps increase then decrease MG Generator accelerates to proper speed (approx 50 - 60 Hz) Generator Field Bkr closes a Generator slows toward 20%
CT-1.O     Given an un-isolable RWCU leak outside primary containment and one general area temperature approaching or exceeding the maximum safe limit, the crew will insert a manual reactor scram, in accordance with N I -
speed (Approximately 11.5 Hz) WHEN speed (Frequency Meter) is between 30 and 25 Hz, open REACTOR R PUMP DISCH VALVE Verify RRP 15 maintained less than or equal to OP limits Adjust pump speed to match other Pumps Null RRP 15 controller and shift to BAL or AUTO Verify power/flow map updated to five loop requirements Dispatch NAO to reset 50SR Pump Motor Stalled Rotor Target (Aux Control Room) Dispatch NAO to check MG set oil temperature locally May perform N1-ARP-F2-1-5 action to depress PUMP MOTOR VIBRATION RESET pushbutton on F Panel, clearing annunciator F2-1-5 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Main Generator Auto Voltage Regulator Failure After RRP 15 has been placed in service arid when directed by the examiner, insert malfunction:
EOP-5.
EG02, GENERATOR AUTO VOLTAGE REGULATOR FAILS - INCREASE TRG I Amplidyne output meter will peg HI Exciter output voltage will peg HI Generator field current will peg HI Expected Annunciators: A3-1-1, TURB GEN EXC. TRANS.
CT-2.0     Given a failure of RP:S to de-energize when a scram is required, the crew will insert control rods by initiating manual Alternate Rod Insertion (ARI),
I TEMP RECORDER (first) A7-2-6, GEN VOLT REGULATOR TRIP (later) Role Play: When contacted as Power Coritrol (National Grid), acknowledge the voltage regulator in OFF and request NMPI supply 60 MVAFS to the bus while in manual voltage control PO-3.0 CREW Recog nize/diag nose Auto Voltage Regulator Failure from: Amplidyne output meter will peg HI Exciter output voltage will peg HI Generator field current will peg HI Generator mVars and terminal voltage will respond accordingly Annunciator A7-2-6, GEN VOLT REGULATOR TRIP SRO 0 0 Directkupervise ARP response 0 Acknowledge voltage regulator Acknowledge report from the crew transferred to OFF Notify Power Control (National Grid) that the voltage regulator is in manual control (required within 30 minutes) Direct CSO to adjust reactive load to 60 MVARS to bus 0 0 RO e Execute N1 -ARP-A7-2-6 for voltage regulator trip 0 Confirm computer point FO99 NRC Scenario 2 13 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued RO Continued Monitor generator output voltage 0 Place VOLTAGE REG TRANSFER switch to OFF 0 Notify Crew/SRO 0 Coordinate with SRO to contact Power Control 0 Acknowledge direction to adjust VARS from the SRO Adjust generator reactive load using exciter field rheostat to 60 MVARS to the bus (NI-OP-32) 0 BOP 0 Monitor plant parameters 0 Monitor Turbine and Generator parameters on the A Panel NRC Scenario 2 14 October 2008 I NSTRUCTOR ACT1 ONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 4 CRD Flow Control Valve Failure When actions for the voltage regulator failure are complete and when directed by the examiner, insert malfunction:
in accordance with N 1 -EOP-3.
RD36A, CRD FCV 44-151 FAILURE - CLOSED TRG 2 CRD charging water pressure rises CRD drive water pressure lowers CRD cooling water pressure and flow lower- Expected Annunciator:
CT-3.0      Given an un-isolable RWCU leak outside primary containment and two general area temperatures above the maximum safe limit, the crew will perform an RPV Blowdown, in accordance with N1-EOP-5 and NI-EOP-8.
F3-1-5, CRD CHARGING WTR PRESSURE HI/LO PO-4.0 CREW D Acknowledge/report annunciator F3 5, CRD CHARGING WTR PRESS H I/LO Diagnose CRD FCV 11 is closed SRO 0 0 Acknowledge report from the crew Direct entry into N1-SOP-5.1, LOSS OF CRD Acknowledge report that CRD FCV has failed Acknowledge report that CRD FCV has been shifted and is in AUTO 0 0 0 Enter Technical Specifications 3.1.6.b, 7 day LCO for loss of CRD FCV 44- 151 RO D Monitor plant parameters NRC Scenario 2 15 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued Role Plav: As NAO, when directed to transfer CRD FCV, wait 1 minute and inform the control room that you are standing by Role Plav: As NAO, when directed to open 44- 148 and 44-152, wait 1 minute and report task com p let ion Role Plav: As NAO, when directed to countdown and swap transfer switch, give simulated countdown and report task completion (see note below), as required Note: When the control room operator taklss the CRD Flow Control Transfer Switch to "VALdE 12" TRG 16 will automatically insert remote: RD05, CRD FLOW CONTROL VALVE ISCbL, FINAL VALUE=nc30b TRG 16 This precludes the console operator from having to time the insertion of this remote. Role Plav: As NAO, when directed to close 44- 150 and 44-153, wait 1 minute and report tiask completion.
B. Performance Objectives:
BOP D D D D 0 0 0 0 Acknowledge direction from SRO Execute N1 -SOP-5.1 Answers "Is a CRD pump operating" YES Determines need to switch CRD Flow Control Valves per N1-OP-5 Section F.5.0: Dispatch NAO to report to RB 237' and establish communications Place CRD Flow Control in MAN Direct NAO open 44-148 and 44-1 52 Direct NAO to count-down to place RB air transfer switches in UP position while you place CRD FCV transfer switch in VALVE 12 position at F panel Places CRD FCV transfer switch in VALVE 12 position Direct NAO close 44-1 50 and 44-1 53 Monitor flow Place CRD Flow Control in AUTO NRC Scenario 2 16 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Loss of Powerboard 11 When directed by examiner, insert malfunction:
PO-I .o     Given the plant at power, the crew will reduce reactor power with recirculation flow, in accordance with N1-OP-43B.
ED04, AC POWER BOARD ELECTRICAL FAULT(PB11)
PO-2.0      Given the plant at power, the crew will return a Recirculation Pump to service, in accordance with N1-OP-I, section H.4.0.
TRG 3 Expected Annunciators:
PO-3.0      Given a voltage regulator failure on the main generator, the crew will take manual control of generator voltage, in accordance with N1-ARP-A7.
A4-1-1, PB I1 R113 TRIP LI-3-4, REACT BLDG/ATM DlFF PRESS Also the following equipment trips: Reactor Recirculation Pumps 1 I & 12 Drywell fans 14, 15, 16 Condensate Pump I1 Feedwater Booster Pump 11 Feedwater Pump I I Circulating Water Pump I I Service Water Pump 1 I RBCLC Pump I1 TBCLC Pump I1 Reactor Building Exhaust Fan I I PO-5.0 CREW SRO Respond to annunciators and equipment trips Diagnoseheport loss of PB 11 Recognizeheport loss of the following:
PO-4.0      Given the plant at power, the crew will respond to a failure of the operating CRD Flow Control Valve, in accordance with N1-SOP-5.1.
0 Reactor Recirculation Pumps 11 & 12 Drywell fans 14, 15, 16 0 0 Condensate Pump 11 0 Feedwater Booster Pump 11 0 Feedwater Pump 11 0 Circulating Water Pump 11 0 Service Water Pump 11 0 RBCLC Pump 11 0 TBCLC Pump 11 0 Recognize/report drop in reactor power Recognizeheport lowering condenser vacuum Recognize/report loss of Reactor Building D/P Reactor Building Exhaust Fan 11 Acknowledge report from crew Direct entry into N1 -SOP-30.1 Direct and supervise power reduction per N1-SOP-1.1 Emergency Power Reduction to stabilize condenser vacuum, as necessary Direct entry into N1-SOP-1.3 Recirculation Pump Trip, as required NRC Scenario 2 17 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued SRO Continued D D a a 0 0 a 0 Direct closure of Recirc Pump 11 & 12 Discharge Valves Direct RO to re-energize PB16A and 13A-15A Enter N1-EOP-5 on loss of Reactor Building Ventilation (positive pressure in RB) Direct entry into N1-SOP-6.1 for loss of spent fuel pool cooling pump, as time permits Review Technical Specifications Acknowledge that the APRMs are inoperable while the RRP discharge valves are still open Determine that TS 3.1.7e Partial Loop Operations, 3 loop limitations need to be checked by Reactor Engineering Limited to 90% power in 3 loop operations 2% MCPR penalty must be applied per COLR a Determine that TS 3.1.8 for HPCl operability is a 15 day LCO Review N1-OP-19 Section H.7.0 for operation exceeding SPDES permit, as time permits Direct further power reduction as necessary for compliance with SPDES permit NRC Scenario 2 18 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued RO Acknowledge direction from SRO Confirm plant is stable by verifying: - No thermal hydraulic Instability - 3 Recirc pumps running - Not operating in the Restricted Zone rn Execute N1 -SOP-I .I, Emergency Power Reduction, to lower recirc flow to stabilize condenser vacuum, as required Determine plant operating point on the 3-lOOp power to flow curves BOP Execute N1 -SOP-30.1, Loss of Power Board 11 Start Service Water Pump 12 Verify TBCLC pump 12 running Verify IAC 12 and/or 13 running Verify RBCLC pump(s) running Verify Steam Packing Exhauster 12 running Answers "Are A4-4-6, A4-4-7, A4-1-3 OR A5-2-8 in alarm" YES Determines Power Board 11 is faulted and cannot be reenergized Restores power to Power Board 16A as follows: Opens R1041 Closes R1042 Verifies Power Board 16B amps <962 NRC Scenario 2 19 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE 0 PERATO R ACT1 0 NS EVENT 5 Continued Role Play: As NAO when directed to energize PBI 3A-I5A, acknowledge order, but delay any action Role Plav:
PO-5.0      Given the plant at power, the crew will respond to a loss of Powerboard 11, in accordance with N1-SOP-30.1.
As NAO when directed to restore offgas vacuum pump, acknowledge order, but delay any action Role Plav: As NAO when directed to investigate spent fuel pool cooling, acknowledge order, but delay any action BOP Continued Dispatch NAO to reenergize Power Boards 13A, 14A, and 15A Notify SRO that APRMs are inoperable Close Recirc Pump 11 & 12 Discharge Valves Hold open for 2-3 seconds Recirc Pump 11 & 12 Discharge Valves Execute N1 -SOP-I .3, Recirc Pump Trip, as required Dispatch NAO to restore Offgas Vacuum Pump Enter N1-SOP-6.1 for loss of spent fuel pool cooling, as time permits Dispatch NAO to investigate loss of spent fuel pool cooling, as time permits May take action to restore Turbine Building Ventilation in accordance with either N1 -ARP-L1-2-3 or N1-OP-26 Respond to either annunciator:
PO-6.0      Given the plant at power, the crew will respond to a Reactor Water Cleanup leak outside of the primary containment, in accordance with N I -
L1-1-5, RB VENT EXH FAN 11-12 TRIP - VIB o Verify closed Reactor Building Exhaust Fan 11 outlet damper o Start Reactor Building Exhaust Fan 12 L1-3-4, REACT BLDGIATM DlFF PRESS o Start RBEVS per N1-OP- 10 NRC Scenario 2 20 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued Role Play: As RP, acknowledge report that RBEVS is in service and RBVS is secured BOP Continued Possible actions in N1-OP-I 0 Section H.l .O to start RBEVS Verify open 202-36, EM VENTILATION FROM REACTOR BLDG BV Verify closed the following valves: 202-47, EM VENTILATION TIE BV 202-74, EM VENTILATION LOOP 11 COOLING BV 202-75, EM VENTILATION LOOP 12 COOLING BV Notify Rad Protection, the Reactor Building Emergency Ventilation system will be placed in service Place 202-37(38), EM VENTILATION LOOP 11 (12) INLET BV control switch to OPEN Verify open 202-37(38), EM VENTILATION LOOP 1 l(12) INLET BV Start 202-53(33), EVS FAN 1 l(12) Verify open 202-34(35), EM VENT EXHAUST FAN 1 l(12) OUTLET BV Confirm proper operation of 202- 50(51), EM VENT EXHAUST FAN 1 I (1 2) INLET FCV, by observing indicating lights and flow indication NRC Scenario 2 21 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 6,7 and 8 RWCU Leak in the Secondary Containment and failure of the Mode Switch and RPS Pushbuttons to cause a scram When directed by examiner, insert malfunction:
EOP-5.
Cull, COOLANT LEAK OUTSIDE OF DRYWELL, RAMP TIME=10:00, FINAL VALUE=20%
NRC Scenario 2                                   7                                 October 2008
TRG 4 Expected Annunciators:
 
Ll-3-3, CONTINUOUS AIR RAD MONITOR H 1-4-8, AREA RA DIA TlON MONITORS K3-3-4, CLEAN-UP SYS LEAK AREA T HI The following malfunction is preset: RPOSB, REACTOR PROTECTION SYSTEM FAILURE TO SCRAM CHI2 PRESET RPS Ch 12 lights do not extinguish Control rods do not insert based on automatic or manual scram signals Control rods insert once ARI is manually in,itiated PO-6.0, 7.0 CREW Acknowledge/report  
PO-7.0 Given the plant in a condition requiring emergency classification, the SRO shall classify the events properly, complete initial notification forms, and discuss the bases for the classification in accordance with the emergency plan procedure.
: 0 L1-3-3, CONTIUOUS AIR RAD MONITOR HI-4-8, AREA RADIATION MONITORS K3-3-4, CLEAN-UP SYS LEAK AREA T HI Diagnose leak from RWCU into secondary containment Diagnose RWCU failed to isolate NRC Scenario 2 22 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 6,7 and 8 Continued 5RO Acknowledges report from the crew Enters N1 -EOP-5 Directs RWCU system isolation Acknowledges report that RWCU failed to isolate both automatically and manually Directs dispatching of an NAO and RP Tech to obtain general area temperatures and radiation levels in the Reactor Building  
PO-8.0 Given the plant or a plant system in a condition requiring Technical Specification action, identify the deviation and any required actionshotifications.
NRC Scenario 2                           8                                   October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                   OPERATOR ACTIONS Take the simulator out of freeze before the crew CREW enters for the pre-shift walkdown and briefing. Walkdown panels Allow no more than 5 minutes for panel walkdown. Conduct shift turnover brief Assume the shift EVENT I                                           PO-1.o Power Reduction with Recirculation Flow SRO Note: Provide GAI-OPS-05 Attachment 1, SRO           Conduct GAI-OPS-05 Reactivity Brief REACTIVITY BRIEF CHECKLIST (may be done in           Reviews Reactivity Maneuver Request pre-scenario brief) and RMR                         Form Provides direction to ROlBOP regarding assignments RO adjusts recirculation flow BOP monitors RRPs and feed system response Directs RO to lower core flow to 6 0 Mlbm/hr IAW RMR Supervises reactivity maneuver RO Reduces recirc flow IAW RMR Continuously observes the following:
                                                    -   APRMs lowering
                                                    -   Recirc flow lowering
                                                    -   Steam and feedwater flow lowering
                                                    -   Vessel level normal Lower recirc flow until 6 0 Mlbm/hr Notify Crew of the new power level and that recirc flow is 6 0 Mlbm/hr NRC Scenario 2                                 9                             October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE         OPERATOR ACTIONS EVENT IContinued      BOP Monitors individual RRP for response
                        - Individual M/A-Speed Control stations trending uniformly
                        - Individual RRP indications trending normally for lowering speed Monitors feed water controls for proper response
                        - FWP 13 FCV responding to power change RPV Water Level remains within program band (65 - 83)
NRC Scenario 2     10                           October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                   OPERATOR ACTIONS EVENT 2                                           PO-2.0 Restore Reactor Recirculation Pump 15 to Service Note: Crew directed to start RRP 15 in pre-brief, starting at N1-OP-1, step H.4.6. Provide thle SRO with the RMR for RRP # I 5 recovery.
SRO Direct start up of RRP 15, using N I -
OP-I, starting at step H.4.6 Supervise reactivity manipulation Acknowledge report that RRP 15 is in service Determine TS 3.1.7.e no longer applies and the LCO Actions can be exited RO Continuously observe the following:
                                                    -   APRMs
                                                    -   Recirc flow Monitor P/F map and transfer from 4 loop to 5 loop map when the startup is performed BOP Acknowledge direction to start RRP 15 D Verify recirculation flow c 50 x I O 6 Ib/hr Verify RRP 15 GEMAC in MAN and matched with other four GEMACs but no greater than 50%
Verify RRP 15 discharge valve closed NRC Scenario 2                                 11                             October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                       OPERATOR ACTIONS EVENT 2 Continued                                   BOP Continued Verify RRP 15 suction and discharge bypass valves are open Make a plant announcement for start of RRP 15 Place RRP 15 control switch to START and observe indications MG MOTOR starts, Amp Meter Amps increase then decrease MG Generator accelerates to proper speed (approx 50 - 60 Hz)
Generator Field Bkr closes CAUTIONS from N1-OP-I                                  a  Generator slows toward 20%
Failure to raise Recirc Pump speed during              speed (Approximately 11.5 Hz) opening of discharge valve may result in stalled  WHEN speed (Frequency Meter) is rotor and pump trip due to reverse flow.           between 30 and 25 Hz, open To Prevent backflow thru the RRP, discharge        REACTOR R PUMP DISCH VALVE valve should be opened before MG frequency        Verify RRP 15 maintained less than or lowers to 20 Hz. Frequency will raise, then drop  equal to OP limits quickly, then raise again before SL0WL.Y          Adjust pump speed to match other lowering. Discharge BV should be openled Pumps when frequency is slowly lowering.                Null RRP 15 controller and shift to BAL or AUTO Verify power/flow map updated to five loop requirements Dispatch NAO to reset 50SR Pump Role Play: As NAO sent to Aux Control Room, Motor Stalled Rotor Target (Aux wait one minute then report you have reset 50SR Control Room)
Pump Motor Stalled Rotor Target Dispatch NAO to check MG set oil temperature locally Role Play: As NAO, when requested report MG May perform N1-ARP-F2-1-5 action to set oil temperature is 120&deg;F and stable.
depress PUMP MOTOR VIBRATION RESET pushbutton on F Panel, clearing annunciator F2-1-5 NRC Scenario 2                                  12                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                     OPERATOR ACTIONS EVENT 3                                             PO-3.0 Main Generator Auto Voltage Regulator Failure       CREW Recognize/diagnose Auto Voltage After RRP 15 has been placed in service arid when     Regulator Failure from:
directed by the examiner, insert malfunction:         Amplidyne output meter will peg HI Exciter output voltage will peg HI EG02, GENERATOR AUTO VOLTAGE                         Generator field current will peg HI REGULATOR FAILS - INCREASE                           Generator mVars and terminal voltage TRG I   will respond accordingly Amplidyne output meter will peg HI                   Annunciator A7-2-6, GEN VOLT Exciter output voltage will peg HI                   REGULATOR TRIP Generator field current will peg HI Expected Annunciators:
A3-1-1, TURB GEN EXC. TRANS. I TEMP RECORDER (first)
A7-2-6, GEN VOLT REGULATOR TRIP (later)
SRO 0  Acknowledge report from the crew 0  Directkupervise ARP response 0  Acknowledge voltage regulator transferred to OFF 0  Notify Power Control (National Grid)
Role Play: When contacted as Power Coritrol           that the voltage regulator is in manual (National Grid), acknowledge the voltage regulator   control (required within 30 minutes) in OFF and request NMPI supply 60 MVAFS to         0  Direct CSO to adjust reactive load to the bus while in manual voltage control               60 MVARS to bus RO e  Execute N1-ARP-A7-2-6 for voltage regulator trip 0 Confirm computer point FO99 NRC Scenario 2                                13                                October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE        OPERATOR ACTIONS EVENT 3 Continued      RO Continued Monitor generator output voltage 0  Place VOLTAGE REG TRANSFER switch to OFF 0  Notify Crew/SRO 0 Coordinate with SRO to contact Power Control 0 Acknowledge direction to adjust VARS from the SRO 0  Adjust generator reactive load using exciter field rheostat to 60 MVARS to the bus (NI-OP-32)
BOP 0  Monitor plant parameters 0 Monitor Turbine and Generator parameters on the A Panel NRC Scenario 2     14                              October 2008
 
I NSTRUCTOR ACT1ONS/
PLANT RESPONSE                                     OPERATOR ACTIONS EVENT 4                                            PO-4.0 CRD Flow Control Valve Failure CREW When actions for the voltage regulator failure are  D Acknowledge/report annunciator F3 complete and when directed by the examiner,          5, CRD CHARGING WTR PRESS insert malfunction:                                  HI/LO Diagnose CRD FCV 11 is closed RD36A, CRD FCV 44-151 FAILURE - CLOSED TRG 2 CRD charging water pressure rises CRD drive water pressure lowers CRD cooling water pressure and flow lower-Expected Annunciator:
F3-1-5, CRD CHARGING WTR PRESSURE HI/LO SRO 0 Acknowledge report from the crew 0  Direct entry into N1-SOP-5.1, LOSS OF CRD 0  Acknowledge report that CRD FCV has failed 0  Acknowledge report that CRD FCV has been shifted and is in AUTO 0 Enter Technical Specifications 3.1.6.b, 7 day LCO for loss of CRD FCV 44-151 RO D Monitor plant parameters NRC Scenario 2                                 15                             October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                     OPERATOR ACTIONS EVENT 4 Continued                                   BOP D Acknowledge direction from SRO D Execute N1-SOP-5.1 D Answers Is a CRD pump operating YES D Determines need to switch CRD Flow Control Valves per N1-OP-5 Section Role Plav: As NAO, when directed to transfer         F.5.0:
CRD FCV, wait 1 minute and inform the control         Dispatch NAO to report to RB 237 room that you are standing by                         and establish communications Place CRD Flow Control in MAN Role Plav: As NAO, when directed to open 44-          Direct NAO open 44-148 and 44-152 148 and 44-152, wait 1 minute and report task         Direct NAO to count-down to place completion                                            RB air transfer switches in UP position while you place CRD FCV transfer Role Plav: As NAO, when directed to countdown        switch in VALVE 12 position at F and swap transfer switch, give simulated             panel countdown and report task completion (see note     0 Places CRD FCV transfer switch in below), as required                                   VALVE 12 position 0 Direct NAO close 44-150 and 44-153 Note: When the control room operator taklss the     0 Monitor flow CRD Flow Control Transfer Switch to VALdE 12     0 Place CRD Flow Control in AUTO TRG 16 will automatically insert remote:
RD05, CRD FLOW CONTROL VALVE ISCbL, FINAL VALUE=nc30b TRG 16 This precludes the console operator from having to time the insertion of this remote.
Role Plav: As NAO, when directed to close 44-150 and 44-153, wait 1 minute and report tiask completion.
NRC Scenario 2                                  16                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                  OPERATOR ACTIONS EVENT 5                                         PO-5.0 Loss of Powerboard 11                            CREW When directed by examiner, insert malfunction:     Respond to annunciators and equipment trips ED04, AC POWER BOARD ELECTRICAL                    Diagnoseheport loss of PB 11 FAULT(PB11)                                        Recognizeheport loss of the following:
TRG 3  0    Reactor Recirculation Pumps 11 &
Expected Annunciators:                                  12 A4-1-1, PB I 1 R113 TRIP                          0    Drywell fans 14, 15, 16 LI-3-4, REACT BLDG/ATM DlFF PRESS                  0    Condensate Pump 11 Also the following equipment trips:                0    Feedwater Booster Pump 11 Reactor Recirculation Pumps 1I & 12               0    Feedwater Pump 11 Drywell fans 14, 15, 16                           0    Circulating Water Pump 11 Condensate Pump I 1                                0    Service Water Pump 11 Feedwater Booster Pump 11                          0    RBCLC Pump 11 Feedwater Pump I I                                0    TBCLC Pump 11 Circulating Water Pump I I                        0    Reactor Building Exhaust Fan 11 Service Water Pump 1I Recognize/report drop in reactor RBCLC Pump I 1 power TBCLC Pump I 1 Recognizeheport lowering condenser Reactor Building Exhaust Fan I I vacuum Recognize/report loss of Reactor Building D/P SRO Acknowledge report from crew Direct entry into N1-SOP-30.1 Direct and supervise power reduction per N1-SOP-1.1 Emergency Power Reduction to stabilize condenser vacuum, as necessary Direct entry into N1-SOP-1.3 Recirculation Pump Trip, as required NRC Scenario 2                              17                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE        OPERATOR ACTIONS EVENT 5 Continued      SRO Continued D Direct closure of Recirc Pump 11 & 12 Discharge Valves D Direct RO to re-energize PB16A and 13A-15A Enter N1-EOP-5 on loss of Reactor Building Ventilation (positive pressure in RB)
Direct entry into N1-SOP-6.1 for loss of spent fuel pool cooling pump, as time permits a Review Technical Specifications a Acknowledge that the APRMs are inoperable while the RRP discharge valves are still open 0 Determine that TS 3.1.7e Partial Loop Operations, 3 loop limitations need to be checked by Reactor Engineering Limited to 90% power in 3 loop operations a    2% MCPR penalty must be applied per COLR 0 Determine that TS 3.1.8 for HPCl operability is a 15 day LCO a  Review N1-OP-19 Section H.7.0 for operation exceeding SPDES permit, as time permits 0 Direct further power reduction as necessary for compliance with SPDES permit NRC Scenario 2    18                            October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE        OPERATOR ACTIONS EVENT 5 Continued    RO Acknowledge direction from SRO Confirm plant is stable by verifying:
                          -   No thermal hydraulic Instability
                          -    3 Recirc pumps running
                          -    Not operating in the Restricted Zone rn  Execute N1-SOP-I .I,  Emergency Power Reduction, to lower recirc flow to stabilize condenser vacuum, as required Determine plant operating point on the 3-lOOp power to flow curves BOP Execute N1-SOP-30.1, Loss of Power Board 11 Start Service Water Pump 12 Verify TBCLC pump 12 running Verify IAC 12 and/or 13 running Verify RBCLC pump(s) running Verify Steam Packing Exhauster 12 running Answers Are A4-4-6, A4-4-7, A4-1-3 OR A5-2-8 in alarm YES Determines Power Board 11 is faulted and cannot be reenergized Restores power to Power Board 16A as follows:
Opens R1041 Closes R1042 Verifies Power Board 16B amps
                              <962 NRC Scenario 2     19                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                  0PERATOR ACT10NS EVENT 5 Continued                                BOP Continued Dispatch NAO to reenergize Power Role Play: As NAO when directed to energize        Boards 13A, 14A, and 15A PBI 3A-I5A, acknowledge order, but delay any      Notify SRO that APRMs are action                                            inoperable Close Recirc Pump 11 & 12 Discharge Valves Hold open for 2-3 seconds Recirc Pump 11 & 12 Discharge Valves Execute N1-SOP-I .3, Recirc Pump Trip, as required Role Plav: As NAO when directed to restore Dispatch NAO to restore Offgas offgas vacuum pump, acknowledge order, but Vacuum Pump delay any action Enter N1-SOP-6.1 for loss of spent fuel pool cooling, as time permits Role Plav: As NAO when directed to investigate Dispatch NAO to investigate loss of spent fuel pool cooling, acknowledge order, but spent fuel pool cooling, as time delay any action permits May take action to restore Turbine Building Ventilation in accordance with either N1-ARP-L1-2-3 or N1-OP-26 Respond to either annunciator:
L1-1-5, RB VENT EXH FAN 11-12 TRIP - VIB o  Verify closed Reactor Building Exhaust Fan 11 outlet damper o  Start Reactor Building Exhaust Fan 12 L1-3-4, REACT BLDGIATM DlFF PRESS o  Start RBEVS per N1-OP-10 NRC Scenario 2                              20                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                              OPERATOR ACTIONS EVENT 5 Continued                            BOP Continued Possible actions in N1-OP-I 0 Section H.l .O to start RBEVS Verify open 202-36, EM VENTILATION FROM REACTOR BLDG BV Verify closed the following valves:
202-47, EM VENTILATION TIE BV 202-74, EM VENTILATION LOOP 11 COOLING BV 202-75, EM VENTILATION LOOP 12 COOLING BV Notify Rad Protection, the Reactor Role Play: As RP, acknowledge report that Building Emergency Ventilation RBEVS is in service and RBVS is secured system will be placed in service Place 202-37(38), EM VENTILATION LOOP 11(12) INLET BV control switch to OPEN Verify open 202-37(38), EM VENTILATION LOOP 1l(12) INLET BV Start 202-53(33), EVS FAN 1l(12)
Verify open 202-34(35), EM VENT EXHAUST FAN 1l(12) OUTLET BV Confirm proper operation of 202-50(51), EM VENT EXHAUST FAN 1I(12) INLET FCV, by observing indicating lights and flow indication NRC Scenario 2                            21                                October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                      OPERATOR ACTIONS EVENTS 6 , 7 and 8                                  PO-6.0, 7.0 RWCU Leak in the Secondary Containment and          CREW failure of the Mode Switch and RPS Pushbuttons to     Acknowledge/report:
cause a scram                                          0  L1-3-3, CONTIUOUS AIR RAD MONITOR When directed by examiner, insert malfunction:             HI-4-8, AREA RADIATION MONITORS C u l l , COOLANT LEAK OUTSIDE OF                          K3-3-4, CLEAN-UP SYS LEAK DRYWELL, RAMP TIME=10:00, FINAL                            AREA T HI VALUE=20%                                              Diagnose leak from RWCU into TRG 4    secondary containment Expected Annunciators:                                  Diagnose RWCU failed to isolate Ll-3-3, CONTINUOUS AIR RAD MONITOR H 1-4-8, AREA RADIA TlON MONITORS K3-3-4, CLEAN-UP SYS LEAK AREA T HI The following malfunction is preset:
RPOSB, REACTOR PROTECTION SYSTEM FAILURE TO SCRAM CHI2 PRESET RPS Ch 12 lights do not extinguish Control rods do not insert based on automatic or manual scram signals Control rods insert once ARI is manually in,itiated NRC Scenario 2                                   22                          October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                 OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued    5RO Acknowledges report from the crew Enters N1-EOP-5 Directs RWCU system isolation Acknowledges report that RWCU failed to isolate both automatically and manually Directs dispatching of an NAO and RP Tech to obtain general area temperatures and radiation levels in the Reactor Building When Reactor Building Ventilation exhaust radiation exceeds 5 mR/hr, then directs verification of RB Vent isolation and RBEVS initiation Requests report on ARMS Determines area temperatures and radiation levels are above setpoints in Tables T and R, and transitions to circle 27 Determines a primary system is discharging into the reactor building and the discharge cannot be isolated, and transitions to circle 28 Before any area temperature or radiation level reaches 135&deg;F or 8 Whr, respectively:
Directs manual scram and N1-SOP-1 execution CT-1.O Acknowledges scram report Acknowledges electrical failure to scram NRC Scenario 2              23                              October 2008
 
I NSTRUCTO R ACT10NS/
PLANT RESPONSE                                      OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued                        SRO Continued Enters N1-EOP-2 due to power above 6% when a scram is required Answers All rods in to at least 04?
NO Answers Will the reactor stay shutdown without boron? NO Note: Execution of the N1-EOP-3 steps listed here    Exits N1-EOP-2, enters N1-EOP-3 may be bypassed if the crew manually initiates ARI    Directs ADS bypassed immediately upon the electrical failure to sc:ram    Directs Core Spray jumpers installed per N1-EOP-1 Attachment 4 Directs manual ARI CT-2.0 Acknowledges new scram report Acknowledges all rod in Exits N1-EOP-3, enters N1-EOP-2 Assigns RPV level band 53 to 95 inches using Condensate/Feedwater Directs RPV pressure maintained
                                                      ~ 1 0 8 psig 0 using Turbine Bypass Valves May direct anticipatory blowdown with Turbine Bypass Valves and Emergency Condensers with cooldown in excess of 1OOF/hr Acknowledges reports of Reactor Building temperatures and radiation levels When report is received that 2 General Areas temperatures are above 135OF, enters N1-EOP-8, RPV Blowdown Answers Are all control rods inserted to at least position 04 YES NRC Scenario 2                                  24                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                  OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued    SRO Continued 0 Answers Drywell pressure? c3.5 Psig 0  Directs initiation of Emergency Condensers 0  Answers Torus water level? >8 ft 0  Directs open 3 ERVs CT-3.0 RO Acknowledge direction from the SRO Rotate reactor mode switch to shutdown CT-1.O Recognizes/reports RPS CH 12 does not deenergize and control rods do not insert Depresses RPS CH 12 scram pushbutton Recognizes/reports RPS CH 12 does not deenergize and control rods do not insert Provide scram report
                                  -    Mode Switch in SHUTDOWN
                                  -    Control rods NOT all in When ARI is initiated, notify Control Room all rods are IN Provides scram report Perform N1-SOP-I , Reactor Scram, scram verification actions 0    Places IRMs on range 9 Inserts IRM and SRM detectors Downranges IRMs as necessary to monitor power decrease NRC Scenario 2              25                              October 2008
 
1  1 INSTRUCTOR ACTIONS/
PLANT RESPONSE                                        OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued                          RO Continued 0    Reduces Recirc Master flow to 25-43 x I O 6 Ib/hr 0  Control RPV pressure 4 0 8 0 psig using Turbine Bypass Valves 0  If directed to perform anticipatory depressurization
                                                          -    Open all bypass valves using BOJM
                                                          -    Report all bypass valves open
                                                          -    Initiate Emergency Condensers Note: No General Area temperature information is      BOP available until an operator has been dispatched to    0  Attempts to isolate RWCU the Reactor Building to monitor area temperatures. 0  Closes 33-02R, CU SUPPLY The following timeline of field reports may ble          ISOLATION VALVE 11 (INSIDE) adjusted by examiner as necessary for evaliJation    0    Informs SRO that 33-02R, CU Supply purposes.                                                  Isolation Valve 11 has failed to fully close Role Plav: When directed as NAO and RP Tech          0  Closes 33-04R, CU SUPPLY IS0 VLV to obtain general area temperatures and radiation          12 (OUTSIDE) levels in the Reactor Building:                      0    Informs SRO that 33-04R, CU Supply Isolation Valve has failed to fully close Wait 4 minutes and report RB 261' east side              Closes 33-01R, CU RETURN IS0 temperature is 125OF and rising, radiation level is      VLV 25 mr/hr and rising.                                      Informs SRO that 33-01R, CU RETURN Isolation Valve has failed to Note: When one general area temperalure is            fully close reported above 135OF and a second general              Dispatches NAO and RP Tech to area temperature is reported as approaching          obtain Reactor Building general area 135'F, the crew is likely to perform an              temperatures and radiation levels anticipatory blowdown per N1-EOP-2 NRC Scenario 2                                  26                                  October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                      OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued                        BOP Continued 0 If directed during N1-EOP-3 execution Role Plav Continued:                                  -    Bypasses ADS Wait an additional 3 minutes and report RB 261        -    Prevents Core Spray Injection east side temperature is 14OoFand rising, radiation    -    Initiates Manual ARI level is 30 mr/hr and rising; RB 281 east side                                        CT-2.0 temperature is 120&deg;F and rising, radiation level is  0 Performs N1-SOP-?, Reactor Scram, 20 mr/hr and rising.                                  level control actions:
0 Restores RPV level to 53-95 inches Note: When 2 general area temperatures are        by controlling injection and rejecting reported above 135OF, the crew will perform an    through RWCU RPV Blowdown                                    0  Determines # I 3 FWP running and RPV water level recovering Wait an additional 3 minutes and report RB 281      0 Verifies at least one Electric FW east side temperature is 140&deg;F and rising, radiation    Pump running level is 30 mr/hr and rising                        0 Terminates 13 FWP injection as follows:
0    Places FWP 13 VALVE CONTROL in MANUAL AND closes 0    Disengages 13 FWP 0    Gives 29-10, FEEDWATER PUMP 13 BLOCKING VALVE, a CLOSE signal 0  Verifies RPV water level +53 inches and rising 0  Verifies 11/12 FWP controllers in MANUAL and set to zero output 0  Resets HPCl signal Places 11/12 FWP BYPASS Valve in AUTO, sets to 65-70 inches 0  Verifies level stable AND secures 2nd FWP, if running NRC Scenario 2                                27                                October 2008
 
I NSTRUCTOR ACT1ONSl PLANT RESPONSE                                  OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued                    BOP Continued If RPV level reaches 85 inches and rising, then:
0  Verifies off all Feedwater Pumps 0  Secures CRD Pumps not required 0  Maximizes RWCU reject flow 0  Closes FWlVs if required 0  Closes MSlVs if required Maintain RPV water level in assigned band Notifies crew of reports on general area temperatures and radiation levels When N1-EOP-8, RPV Blowdown, is entered:
0    Initiates Emergency Condensers Opens3ERVs CT-3.0 TERMINATING CUE:
0  RPV Blowdown in progress 0  All control rods are in 0  RPV water level controlled in assigned band NRC Scenario 2                                28                            October 2008
 
V. POST SCENARIO CRITIQUE A. N/A, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events
: 1. None B. Commitments
: 1. None VII. LESSONS LEARNED A. None NRC Scenario 2                  29  October 2008
 
ATTACHMENT 7: FlEACTlVlTY MANEUVER INSTRUCTION Reason for Reactivity Maneuver: Recover Reactor Recirculation Pump #I        5      STEP:  1 DESCRIPTION RE presence required in the Control Room? Yes-+        No  (check)
No_/-    (check)
Expected Range Description of Step:
: 1. Reduce recirculation flow to approximately 50 Mlb/hr.
: 2. Recover reactor recirculation pump # 15 in accordance with N1-OP-I .
: 3. Raise recirculation flow to reach 100% rated thermal power.
Critical Parameter    Limit          Monitor      Frequency    Contingency                      -
None Step Prepared by:Jhn    Smith            I Todaq    Step Reviewed by: Bob Cooper      I Todaq REISTA            Date                          REISTNSRO          Date Approval to perform Step Ed Brown        I Today  Step Completed by:                  I Shift Manager    Date                              SRO          Date Page 23                                      S-REP-3 Rev 03
 
Appendix D                                Scenario Outline                                Form ES-D-1 Facility: Nine Mile Point 1      Scenario No.: NRC43              Op-Test No.: October 2008 Examiners:                                    Operators:
Initial Conditions: Simulator IC 173
: 1. Reactor Power approximately 100% (CRD Pump 12 must be in service)
Turnover:
: 1. Turbine Surveillance Testing, NI-PM-Q7, to be performed
: 2. Feed Pump 12 is out of service because of a burned out motor pump to auto start en the turbine trips,
                                                              . - PBI 1 and 12 fail to transfer (SOP-I                                    I 30.1, SOP-30.2)
I        I  cso3c    I              I Spray I:~I faits to start L
* (N)ormal,      (R)eactivity, (I)nstrument,  (C)omponent,      (M)ajor NRC Scenario 3                                                                        October 2008


When Reactor Building Ventilation exhaust radiation exceeds 5 mR/hr, then directs verification of RB Vent isolation and RBEVS initiation Requests report on ARMS Determines area temperatures and radiation levels are above setpoints in Tables T and R, and transitions to circle 27 Determines a primary system is discharging into the reactor building and the discharge cannot be isolated, and transitions to circle 28 Before any area temperature or radiation level reaches 135&deg;F or 8 Whr, respectively:
Facility: Nine Mile P o i n t l      Scenario TARGET QUANTITATIVE ATTRIBUTES                 ACTUAL (PER SCENARIO: SEE SECTION D.5.d)           ATTRIBUTES
Directs manual scram and N1-SOP- 1 execution CT-1 .O Acknowledges scram report Acknowledges electrical failure to scram NRC Scenario 2 23 October 2008 I N STRUCTO R ACT1 0 N S/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 6,7 and 8 Continued Note: Execution of the N1-EOP-3 steps listed here may be bypassed if the crew manually initiates ARI immediately upon the electrical failure to sc:ram NRC Scenario 2 24 SRO Continued Enters N1-EOP-2 due to power above 6% when a scram is required Answers "All rods in to at least 04?" NO Answers "Will the reactor stay shutdown without boron?" NO Exits N1 -EOP-2, enters N1-EOP-3 Directs ADS bypassed Directs Core Spray jumpers installed per N1-EOP-1 Attachment 4 Directs manual ARI CT-2.0 Acknowledges new scram report Acknowledges all rod in Exits N1-EOP-3, enters N1-EOP-2 Assigns RPV level band 53 to 95 inches using Condensate/Feedwater Directs RPV pressure maintained
: 1. Total malfunctions (5-8)                           7 Events 2,3,4,5,6,8,9
~1080 psig using Turbine Bypass Valves May direct anticipatory blowdown with Turbine Bypass Valves and Emergency Condensers with cooldown in excess of 1 OO"F/hr Acknowledges reports of Reactor Building temperatures and radiation levels When report is received that 2 General Areas temperatures are above 135OF, enters N1-EOP-8, RPV Blowdown Answers "Are all control rods inserted to at least position 04" YES October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 6,7 and 8 Continued NRC Scenario 2 25 SRO Continued 0 Answers "Drywell pressure?"
: 2. Malfunctions after EOP entry (1-2)                 2 Events 8 , 9
c3.5 Psig 0 Directs initiation of Emergency Condensers Answers "Torus water level?" >8 ft 0 0 Directs open 3 ERVs CT-3.0 RO Acknowledge direction from the SRO Rotate reactor mode switch to shutdown CT-1 .O Recognizes/reports RPS CH 12 does not deenergize and control rods do not insert Depresses RPS CH 12 scram pushbutton Recognizes/reports RPS CH 12 does not deenergize and control rods do not insert Provide scram report - Mode Switch in SHUTDOWN - When ARI is initiated, notify Control Room all rods are IN Provides scram report Perform N1 -SOP-I , Reactor Scram, scram verification actions 0 Control rods NOT all in Places IRMs on range 9 Inserts IRM and SRM detectors Downranges IRMs as necessary to monitor power decrease October 2008 
: 3. Abnormal events (2-4)                             6 Events 2, 3,4, 5, 6, 8
.. . 11 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 6,7 and 8 Continued - Note: No General Area temperature information is available until an operator has been dispatched to the Reactor Building to monitor area temperatures.
: 4. Major transients (1-2)                             1 Event 7
The following timeline of field reports may ble adjusted by examiner as necessary for evaliJation purposes.
: 5. EOPs enteredhequiring substantive                 2 actions (1-2)
Role Plav: When directed as NAO and RP Tech to obtain general area temperatures and radiation levels in the Reactor Building:
Events 7 , 9 (EOP-2, EOP-4)
Wait 4 minutes and report RB 261' east side temperature is 125OF and rising, radiation level is 25 mr/hr and rising. Note: When one general area temperalure is reported above 135OF and a second general area temperature is reported as approaching 135'F, the crew is likely to perform an anticipatory blowdown per N1 -EOP-2 RO Continued 0 Reduces Recirc Master flow to 25- 43 x IO6 Ib/hr 0 Control RPV pressure 4080 psig using Turbine Bypass Valves If directed to perform anticipatory depressurization - 0 Open all bypass valves using BOJM Report all bypass valves open - - Initiate Emergency Condensers BOP 0 Attempts to isolate RWCU 0 Closes 33-02R, CU SUPPLY ISOLATION VALVE 11 (INSIDE) Informs SRO that 33-02R, CU Supply Isolation Valve 11 has failed to fully close Closes 33-04R, CU SUPPLY IS0 VLV 12 (OUTSIDE)
: 6. EOP contingencies requiring substantive actions (0-2)
Informs SRO that 33-04R, CU Supply Isolation Valve has failed to fully close Closes 33-01R, CU RETURN IS0 VLV Informs SRO that 33-01R, CU RETURN Isolation Valve has failed to fully close Dispatches NAO and RP Tech to obtain Reactor Building general area temperatures and radiation levels 0 0 0 NRC Scenario 2 26 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 6,7 and 8 Continued Role Plav Continued:
Events 7 , 9 (EOP-2 Alternate Level Leg, EOP-8)
Wait an additional 3 minutes and report RB 261' east side temperature is 14OoF and rising, radiation level is 30 mr/hr and rising; RB 281' east side temperature is 1 20&deg;F and rising, radiation level is 20 mr/hr and rising. Note: When 2 general area temperatures are reported above 135OF, the crew will perform an RPV Blowdown Wait an additional 3 minutes and report RB 281' east side temperature is 140&deg;F and rising, radiation level is 30 mr/hr and rising BOP Continued 0 If directed during N1-EOP-3 execution - Bypasses ADS - Prevents Core Spray Injection - Initiates Manual ARI CT-2.0 0 Performs N1-SOP-?, Reactor Scram, level control actions:
: 7. Critical tasks (2-3)
Restores RPV level to 53-95 inches by controlling injection and rejecting through RWCU Determines
#I3 FWP running and RPV water level recovering Verifies at least one Electric FW Pump running Terminates 13 FWP injection as follows: 0 Places FWP 13 VALVE 0 0 0 0 CONTROL in MANUAL AND closes 0 Disengages 13 FWP 0 Gives 29-10, FEEDWATER PUMP 13 BLOCKING VALVE, a CLOSE signal 0 Verifies RPV water level +53 inches and rising Verifies 11/12 FWP controllers in MANUAL and set to zero output 0 0 Resets HPCl signal Places 11/12 FWP BYPASS Valve in AUTO, sets to 65-70 inches Verifies level stable AND secures 2nd FWP, if running 0 NRC Scenario 2 27 October 2008 I NSTRUCTOR ACT1 ONSl PLANT RESPONSE OPERATOR ACTIONS EVENTS 6,7 and 8 Continued TERMINATING CUE: 0 RPV Blowdown in progress 0 0 All control rods are in RPV water level controlled in assigned band BOP Continued If RPV level reaches 85 inches and rising, then: 0 0 0 Maximizes RWCU reject flow 0 Closes FWlVs if required 0 Closes MSlVs if required Maintain RPV water level in assigned band Notifies crew of reports on general area temperatures and radiation levels When N1-EOP-8, RPV Blowdown, is entered: 0 Initiates Emergency Condensers Opens3ERVs Verifies off all Feedwater Pumps Secures CRD Pumps not required CT-3.0 NRC Scenario 2 28 October 2008 V. POST SCENARIO CRITIQUE A. N/A, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events
: 1. None B. Commitments
: 1. None VII. LESSONS LEARNED A. None NRC Scenario 2 29 October 2008 ATTACHMENT 7: FlEACTlVlTY MANEUVER INSTRUCTION Reason for Reactivity Maneuver:
Recover Reactor Recirculation Pump #I 5 STEP: 1 Critical Parameter None DESCRIPTION RE presence required in the Control Room? Yes-+ No (check) No_/- (check) Expected Range Description of Step: 1. Reduce recirculation flow to approximately 50 Mlb/hr. 2. Recover reactor recirculation pump # 15 in accordance with N1-OP-I . 3. Raise recirculation flow to reach 100% rated thermal power. Limit Monitor Frequency Contingency - - - - Step Prepared by:Jhn Smith I Todaq Step Reviewed by:
Bob Cooper I Todaq Approval to perform Step REISTA Date REISTNSRO Date Ed Brown I Today Step Completed by:
I Shift Manager Date SRO Date Page 23 S-REP-3 Rev 03 Appendix D Scenario Outline Form ES-D-1 Facility:
Nine Mile Point 1 Examiners: Operators:
Initial Conditions:
Simulator IC 173 1. Reactor Power approximately 100% (CRD Pump 12 must be in service) Turnover:
: 1. Turbine Surveillance Testing, NI-PM-Q7, to be performed
: 2. Feed Pump 12 is out of service because of a burned out motor Scenario No.: NRC43 Op-Test No.: October 2008 pump to auto start en the turbine trips, PBI 1 and 12 fail to transfer (SOP- .- I I 30.1, SOP-30.2)
I I cso3c I I Spray I:~I faits to start L * (N)ormal, (R)eactivity, (I)nstrument, (C)omponent, (M)ajor NRC Scenario 3 October 2008 Facility:
Nine Mile Pointl Scenario TARGET QUANTITATIVE ATTRIBUTES (PER SCENARIO: SEE SECTION D.5.d) ACTUAL 1. Total malfunctions (5-8) Events 2,3,4,5,6,8,9  
: 2. Malfunctions after EOP entry (1-2)
Events 8,9 3. Abnormal events (2-4) Events 2, 3,4, 5, 6, 8 4. Major transients (1 -2) Event 7 5. EOPs enteredhequiring substantive Events 7,9 (EOP-2, EOP-4) actions (1 -2) 6. EOP contingencies requiring substantive Events 7,9 (EOP-2 Alternate Level Leg, actions (0-2) EOP-8) 7. Critical tasks (2-3)
CRITICAL TASK DESCRIPTIONS:
CRITICAL TASK DESCRIPTIONS:
CT-1 .O Given a LOCA with a loss of high pressure injection, the crew will execute N1-EOP-8, RPV Blowdown when RPV water level drops below -84 inches. CT-2.0 Given a LOCA with a loss of high pressure injection and Core Spray, the crew will inject to the RPV with Condensate and Feedwater Booster pumps. CT-3.0 Given a LOCA in the Drywell, the crew will initiate Containment Sprays to - prevent exceeding PSP. NRC Scenario 3 ATTRIBUTES 7 2 6 1 2 October 2008 NMP SIMULATOR SCENARIO NRC Scenario 3 REV. 0 No. of Pages: 35 LOSS OF POWERBOARD 103, FEEDWATER PROBLEMS, LOCA WITH LOSS OF HIGH PRESSURE INJECTION, RPV BLOWDOWN REQUIRED TO RESTORE RPV WATER LEVEL PREPARER DATE 5/17/08 DATE &- DATE VALIDATED GEN SUPERVIS OPS TRAINING OPERATIONS MANAGER CON FIGURATION CONTROL NIA - Exam Security DATE SCENARIO  
CT-1.O Given a LOCA with a loss of high pressure injection, the crew will execute N1-EOP-8, RPV Blowdown when RPV water level drops below -84 inches.
CT-2.0 Given a LOCA with a loss of high pressure injection and Core Spray, the crew will inject to the RPV with Condensate and Feedwater Booster pumps.
CT-3.0 Given a LOCA in the Drywell, the crew will initiate Containment Sprays to
- prevent exceeding PSP.
NRC Scenario 3                                         October 2008
 
NMP SIMULATOR SCENARIO NRC Scenario 3                                 REV. 0                         No. of Pages: 35 LOSS OF POWERBOARD 103, FEEDWATER PROBLEMS, LOCA WITH LOSS OF HIGH PRESSURE INJECTION, RPV BLOWDOWN REQUIRED TO RESTORE RPV WATER LEVEL PREPARER VALIDATED                                                                  DATE       5/17/08 GEN SUPERVIS OPS TRAINING                                                               DATE  &-
OPERATIONS MANAGER                                                                   DATE CONFIGURATION CONTROL                                 NIA - Exam Security               DATE SCENARIO  


==SUMMARY==
==SUMMARY==


Length: 90 minutes Initial Power Level: Approximately 1 OO%, above 100%
Length:       90 minutes Initial Power Level:   Approximately 1OO%, above 100% rodline Mitigating Strategy Code:       RL2, Small LOCA, RPV Blowdown required to permit injection with low presisure systems to recover RPV water level above TAF
rodline Mitigating Strategy Code: RL2, Small LOCA, RPV Blowdown required to permit injection with low presisure systems to recover RPV water level above TAF  


==SUMMARY==
==SUMMARY==
The crew assumes the shift with the plant at 100% power with Feedwater Pump 12 under clearance for maintenance. The crew will perform N1 -PM-Q7, Turbine Thrust Bearing Test from the Control Room. Next, APRM 13 fails. The crew will bypass the APRM and reset the half scram. Next, Powerboard 103 trips on fault. The crew will take action to secure EDG 103 and attempt to restore Powerboard 17B. F'owerboard 103 and Powerboard 17B are both faulted and are not restored.
 
The trip of CliD Pump 12 (PB 17B) will require starting CRD Pump 11 and the SRO must address Technical Specifications. When the necessary steps for the loss of Powerboard 103 are completed, Feedwater Booster Pump 11 will trip with a failure of the standby pump to start. The standby pump can be manually started. The SRO must again address Technical Specifications.
The crew assumes the shift with the plant at 100% power with Feedwater Pump 12 under clearance for maintenance. The crew will perform N1-PM-Q7, Turbine Thrust Bearing Test from the Control Room. Next, APRM 13 fails. The crew will bypass the APRM and reset the half scram. Next, Powerboard 103 trips on fault. The crew will take action to secure EDG 103 and attempt to restore Powerboard 17B. F'owerboard 103 and Powerboard 17B are both faulted and are not restored. The trip of CliD Pump 12 (PB 17B) will require starting CRD Pump 11 and the SRO must address Technical Specifications.
When the standby Feedwater Booster Pump is manually started, the Master Feedwater Controller will fail as-is. RPV water level will slowly deviate from the set level. The crew must diagnose the failure and the BOP operator will be required to take nianual control of RPV water level. With RPV water level in manual control, Feedwater Pump 11 will trip because of delayed effects from the earlier NRC Scenario 3 1 October 2008 Feedwater Booster Pump trip. This will require an entry into N1-SOP-1 .I, Emergency Power Reduction to lower power to within the capacity of Feedwater Pump  
When the necessary steps for the loss of Powerboard 103 are completed, Feedwater Booster Pump 11 will trip with a failure of the standby pump to start. The standby pump can be manually started. The SRO must again address Technical Specifications. When the standby Feedwater Booster Pump is manually started, the Master Feedwater Controller will fail as-is.
: 13. While troubleshooting the electrical faults and troubles with the Feedwater system, the crew recognizes a coolant leak in the containment. Drywell pressure and temperature rise, requiring the crew to insert a manual SCRAM on rising drywell pressure.
RPV water level will slowly deviate from the set level. The crew must diagnose the failure and the BOP operator will be required to take nianual control of RPV water level. With RPV water level in manual control, Feedwater Pump 11 will trip because of delayed effects from the earlier NRC Scenario 3                                     1                               October 2008
When the turbine trips, Powerboards 11 and 12 fail to automatically transfer. This results in a loss of feedwater, condensate, circulating water and other loads. Operators are able to restore these power boards. RPV water level continues to drop with only one liquid poison pump and CRD pump 11 available for injection.
 
The crew will determine they cannot restore and maintain RPV water level above -1 09" and enter N1 -EOP-8, RPV Blowdown.
Feedwater Booster Pump trip. This will require an entry into N1-SOP-1. I , Emergency Power Reduction to lower power to within the capacity of Feedwater Pump 13.
While blowing down the crew must diagnose that the inboard IV for Core Spray 11 1 fails to open and Core Spray pump 121 fails to start. With Core Spray unavailable for injection, the crew will inject with the feedwater booster pumps using N1-EOP-1, Att 25 or 26.
While troubleshooting the electrical faults and troubles with the Feedwater system, the crew recognizes a coolant leak in the containment. Drywell pressure and temperature rise, requiring the crew to insert a manual SCRAM on rising drywell pressure. When the turbine trips, Powerboards 11 and 12 fail to automatically transfer. This results in a loss of feedwater, condensate, circulating water and other loads. Operators are able to restore these power boards. RPV water level continues to drop with only one liquid poison pump and CRD pump 11 available for injection. The crew will determine they cannot restore and maintain RPV water level above -109 and enter N1-EOP-8, RPV Blowdown. While blowing down the crew must diagnose that the inboard IV for Core Spray 111 fails to open and Core Spray pump 121 fails to start. With Core Spray unavailable for injection, the crew will inject with the feedwater booster pumps using N1-EOP-1, Att 25 or 26.
Major Procedures: N1-SOP-1, N1-SOP-1.1, N1-SOP-5.1, N1-SOP-16.1, N1-SOP-30.1, NI- SOP-30.2, N1-EOP-'I, N1-EOP-2, N1-EOP-4, N1-EOP-8 Termination Criteria:
Major Procedures:       N1-SOP-1, N1-SOP-1.1, N1-SOP-5.1, N1-SOP-16.1, N1-SOP-30.1, N I -
RPV Blowdown in progress, RPV water level above TAF and controlled in assigned band, containment pressure controlled in accordance with N1-EOP-1 Att 17 EAL Classification:
SOP-30.2, N1-EOP-I, N1-EOP-2, N1-EOP-4, N1-EOP-8 Termination Criteria:         RPV Blowdown in progress, RPV water level above TAF and controlled in assigned band, containment pressure controlled in accordance with N1-EOP-1 Att 17 EAL Classification:       Alert, EAL 3.1. I NRC Scenario 3                                   2                                 October 2008
Alert, EAL 3.1 .I NRC Scenario 3 2 October 2008 I. SIMULATOR SET UP A. IC Number:
 
IC 173 B. Presets/Function Key Assignments  
I. SIMULATOR SET UP A. IC Number:     IC 173 B. Presets/Function Key Assignments
: 1. Malfunctions:  
: 1. Malfunctions:
: a. FWO3B, FEEDWATER PUNlP TRIP 12 PRESET b. NM21C, APRM 13 FAILURE - INOP TRG 1 c. ED08, AC POWER BOARD ELECTRICAL FAULT(PB103) TRG 2 d. ED21, AC POWERBOARD ELECTRICAL FAULT(PB17 SECTION B) TRG 2 e. FWOZA, FEEDWATER BOCiSTER PUMP TRIP 11 f. FW16, FEEDWATER MASTER CONTROLLER FAILS -AS IS g. FW03A, FEEDWATER PUMP 11 TRIP h. CUOl, COOLANT LEAK INSIDE OF DRYWELL, RAMP TIME=10:00, FINAL \'ALUE=40%  
: a. FWO3B, FEEDWATER PUNlP TRIP 12                                 PRESET
: i. ED26, FAILURE OF PBI 1 TO AUTO TRANSFER  
: b. NM21C, APRM 13 FAILURE - INOP                                 TRG 1
: j. ED27, FAILURE OF P0?2 TO AUTO TRANSFER k. CSOlC, CORE SPRAY PUMP TRIP 121 I. CSO3C, CORE SPRAY INBC) INJECT VLV FAIL TO OPEN 40-1 1 2. Remotes:  
: c. ED08, AC POWER BOARD ELECTRICAL FAULT(PB103)                   TRG 2
: a. ED12, IC BUS 130 NORM PVVR BKR FROM PB13, FINAL VALUE=OPEN  
: d. ED21, AC POWERBOARD ELECTRICAL FAULT(PB17 SECTION B) TRG 2
: b. ED13, IC BUS 130 ALT PWFt BKR FROM PNLBRD 167A, FINAL VALUE=CLOSE, DELAY TIME=5 SEC TRG 3 TRG 4 TRG 5 TRG 6 PRESET PRESET PRESET PRESET TRG 25 TRG 25 c. FW24, REMOVAL OF HPCl FUSES FUWFU9, FINAL VALUE=PULL TRG 26 3. Overrides:  
: e. FWOZA, FEEDWATER BOCiSTER PUMP TRIP 11                         TRG 3
: a. OVR-7S43D14116 POS-3 4H17/51-02A C FRM B, FINAL VALUE=OFF PRESET 4. Triggers:  
: f. FW16, FEEDWATER MASTER CONTROLLER FAILS - A S IS             TRG 4
: a. TRG 4 - Fails Feedwater Pump 13 FCV as-is when Feedwater Booster Pump 12 control switch is taken to start i. Event Action:
: g. FW03A, FEEDWATER PUMP 11 TRIP                                 TRG 5
zdfwbncb==l ii. Command: None 5. Equipment Out of Service: a. Feedwater pump 12 control switch in PTL and yellow tagged NRC Scenario 3 3 October 2008 D. Support Documentation  
: h. CUOl, COOLANT LEAK INSIDE OF DRYWELL, RAMP TIME=10:00, FINAL \'ALUE=40%                             TRG 6
: 1. Nl-PM-Q7, QUARTERLY MAIN TURBINE THRUST BEARING AND GENERATOR CORE MONITOR TESTING, signed off through step 6.1, up to step 6.2 (Note 6.1 is N/A if you perform 6.2) E. Miscellaneous 1. Verify CRD pump 12 is in service 2. Place protected equipment signs NRC Scenario 3 4 October 2008 II. SHIFT TURN OVER INFORMATION  
: i. ED26, FAILURE OF PBI 1 TO AUTO TRANSFER                       PRESET
~~~~ ~ PART I: To be performed by the oncoming Operator before assuming the shift. 0 Control Panel Walkdown (all panels)  
: j. ED27,FAILURE OF P0?2TO AUTO TRANSFER                         PRESET
(!SM, CRS, STA, RO, CRE) PART II: To be reviewed by the oncoining Operator before assuming the shift.
: k. CSOlC, CORE SPRAY PUMP TRIP 121                               PRESET I. CSO3C, CORE SPRAY INBC) INJECT VLV FAIL TO OPEN 40-1 1       PRESET
Shift Supervisor Log (SM, CRS, STA) Shift Turnover Checklist (ALL) RO Log (RO) LCO Status (SM, CRS, STA) 0 Lit Control Room Annunciators Computer Alarm Summary (RO) (SM, CRS, STA, RO, CRE) Evolutions/General Information/Equipment Status: Power is approximately 100%.
: 2. Remotes:
Turbine Surveillance Testing, N1 -PM-Q7, to be performed.
: a. ED12, IC BUS 130 NORM PVVR BKR FROM PB13, FINAL VALUE=OPEN                                             TRG 25
Feed Pump 12 is out of service because clf a burned out motor. (TS 3.1.8, day 2 of 15) ~~ ~~ ~~~ PART Ill: Remarks/Planned Evolutions:
: b. ED13, IC BUS 130 ALT PWFt BKR FROM PNLBRD 167A, FINAL VALUE=CLOSE, DELAY TIME=5 SEC                           TRG 25
Perform Nl-PM-Q7, QUARTERLY MAIN TURBINE THRUST BEARING AND GENERATOR CORE MONITOR TESTING, section 6.2. PART IV: To be reviewedlaccomplished shortly after assuming the shift: Review new Clearances (SM) 0 Test Control Annunciators (CRE) Shift Crew Composition (SM/CRS) ATC RO BOP RO NRC Scenario 3 5 October 2008 Scenario ID I NSTRUCTOR COMMENTS (Strengths, Areas for Improvement, Open Items etc.) What Happened? - What we did? Why? (Goals) Other Options?
: c. FW24, REMOVAL OF HPCl FUSES FUWFU9, FINAL VALUE=PULL TRG 26
NRC Scenario 3 6 October 2008 Ill. PERFORMANCE OBJECTIVES A. Critical Tasks: CT-I .O Given a LOCA with ii loss of high pressure injection, the crew will perform an RPV Blowdown when RPV water level drops below -84 inches, in accordance with N1 -EOP-8. Given a LOCA with ii loss of high pressure injection and Core Spray, the crew will inject to the RPV with Condensate and Feedwater Booster pumps, in accordance with N1-EOP-2.
: 3. Overrides:
Given a LOCA in the Drywell, the crew will initiate Containment Sprays to prevent exceeding PSP, in accordance with N1 -EOP-4. CT-2.0 CT-3.0 B. Performance Objectives:
: a. OVR-7S43D14116 POS-3 4H17/51-02A C FRM B, FINAL VALUE=OFF PRESET
PO-1 .o PO-2.0 PO-3.0 PO-4.0 PO-5.0 PO-6.0 PO-7.0 PO-8.0 PO-9.0 PO-10.0 Given the plant operating at power, the crew will perform Main Turbine Thrust Bearing wear testing, in accordance with Nl-PM-Q7.
: 4. Triggers:
Given a failed APRM, the crew will bypass the APRM and reset the half scram, in accordance with N1-ARP-F1.
: a. TRG 4 - Fails Feedwater Pump 13 FCV as-is when Feedwater Booster Pump 12 control switch is taken to start
Given the plant operating at power, the crew will respond to a loss of a Powerboards 103 anld 17B, in accordance with N1 -ARP-A5.
: i. Event Action: zdfwbncb==l ii. Command: None
Given the plant operating at power, the crew will respond to a loss of the operating CRD pump, in accordance with N 1 -ARP-A5 or N 1 -SOP4 1. Given a trip of Feedwater Booster Pump 11 and a failure of the standby pump to automatically start, the crew will start the standby pump, in accordance with Nl-ARP-H3.
: 5. Equipment Out of Service:
Given a failed Feedwater flow control valve, the crew will take manual control to stabilize RFW water level, in accordance with N1-SOP-16.1.
: a. Feedwater pump 12 control switch in PTL and yellow tagged NRC Scenario 3                               3                         October 2008
Given a loss of the operating motor driven feedwater pump, the crew will lower power to within the capacity of the turbine driven feedwater pump, in accordance with N 1 -SOP-I 6.1 and N1 -SOP-I .I. Given a LOCA within the Drywell, the crew will scram the reactor, in accordance with N1-SOP-I.
 
Given a failure of Powerboards 1 1 and 12 to automatically transfer following a Main Turbine trip, the crew will manually transfer the Powerboards, in accclrdance with N1 -SOP-30.1 and N1 -SOP-30.2. Given the plant in a condition requiring emergency classification, the SRO shall classify the events properly, complete initial notification forms, NRC Scenario 3 7 October 2008 and discuss the bases for the classification in accordance with the emergency plan procedure.
D. Support Documentation
Given the plant or a iplant system in a condition requiring Technical Specification action, identify the deviation and any required actionshotifications.
: 1. Nl-PM-Q7, QUARTERLY MAIN TURBINE THRUST BEARING AND GENERATOR CORE MONITOR TESTING, signed off through step 6.1, up to step 6.2 (Note 6.1 is N/A if you perform 6.2)
PO-I 1 .O NRC Scenario 3 8 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS Take the simulator out of freeze before the crew enters for the pre-shift walkdown and briefing. Allow no more than 5 minutes for panel walkdown.
E. Miscellaneous
EVENT 1 Perform N1 -PM-Q7, Turbine Thrust Bearing Test There are no simulator actions required for this test and no malfunctions are intended to occur - Note: Pre-job brief may be conducted prior to the crew entering the simulator to facilitate scenario run-time.
: 1. Verify CRD pump 12 is in service
CREW D Walkdown panels B Conduct shift turnover brief D Assume the shift PO-1 .o SRO 0 Directs the BOP to perform N1-PM- Q7, Quarterly Main Turbine Thrust Bearing and Generator Core Monitoring Testing, Sect 6.2, Thrust Bearing Wear Test from the Control Room 0 Perform a pre-job brief RO 0 Monitors plant parameters BOP Acknowledges direction to perform turbine surveillance testing from the SRO Notifies RO of intention to perform the test Places THRUST BRG WEAR TEST SOLENOID switch in TEST NRC Scenario 3 9 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE 0 PERATO R ACT1 0 NS EVENT I Continued Role Plav: As NAO, when directed, report 1:hat the trip lights are NOT illuminated and the test handle is in the normal (ZERO) position at the middle standard NRC Scenario 3 BOP Continued e e e e e e e 0 e Confirms the following: - Yellow TEST MODE 43XKBWT light illuminates - Annunciator A2-3-3 actuates Rotates and holds TBWT Motor switch to + READING position, until Annunciator A2-3-4 actuates Continues holding TBWT Motor switch to + READING position until POS light is lit then records reading at which trip occurred Rotates and holds TBWT Motor switch to - READING position until meter is zeroed, then releases switch Confirms Annunciator A2-3-4 clears Rotates and holds TBWT Motor switch to - READING position, until Annunciator A2-3-4 actuates Continues holding TBWT Motor switch to - READING position until NEG light is lit then records reading at which trip occurred Rotates and holds TBWT Motor switch to + READING position until meter is zeroed, then releases switch Confirms Annunciator A2-3-4 clears Direct the NAO at the middle standard to verify: - Trip lights (front and rear) NOT illuminated Test handle in normal (ZERO) position - 10 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 1 Continued Role Plav: As NAO, when directed, report that the test light is NOT illuminated at the middle standard - Cue: If required inform the BOP that the flags on 3011 and 30/2 are reset BOP Continued Place THRUST BRG WEAR TEST SOLENOID Switch to OFF Confirm YELLOW TEST MODE 43XTTBWT light is OFF Direct the NAO at the middle standard of to verify TEST light NOT illuminated Confirm Annunciator A2-3-3 clears Verify reset, Flag Target 30/1 and 30/2 on Panel B-3 Notifies SRO/RO that the Turbine Thrust Bearing test has been successfully completed NRC Scenario 3 11 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 2 APRM 13 Inoperative Failure When directed by the examiner, insert malfunction:
: 2. Place protected equipment signs NRC Scenario 3                           4                             October 2008
NM21C, APRM 13 FAILURE - INOP TRG 1 Expected Annunciators: F2-1-6, APRM 11-14 F3-4-4, ROD BLOCK F1-1-1, RPS CH 11 REACT NEUTRON MONITOR F1-2-1, RPS CH I1 AUTO REACTOR TRIP Role Play: If requested to investigate the failure of APRM 13, reply that you will investigate.
 
PO-2.0 CREW 0 Acknowledge/Report Annunciators:
II.                           SHIFT TURN OVER INFORMATION
0 0 F3-4-4, ROD BLOCK 0 F2-1-6, APRM I 1-1 4 F1-1-1, RPS CH 1 1 NEUTRON MONITOR 0 F1-2-1, RPS CH 11 AUTO REACTOR TRIP Diagnose failure of APRM 13 0 SRO 0 0 Contacts WWM to request Determines APRM 13 is INOP troubleshooting for APRM 13 0 References TS 3.6.2.a, determines the Minimum Number of Operable Channels per Trip System is met RO 0 Monitors plant parameters 0 When directed bypasses APRM 13 - Places APRM BYPASS switch in BYPASS position Confirms APRM BYPASS light is ON on Panel E - 0 Resets the half scram BOP 0 Investigates APRM 13 failure NRC Scenario 3 12 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 3 PB 103 and PB 178 trip on fault, loss of CRD Pump 12 When directed by examiner, insert malfunctions:
        ~~~~               ~
ED08, AC POWER BOARD ELECTRICAL.
PART I:         To be performed by the oncoming Operator before assuming the shift.
FAULT(PBIO3)
0   Control Panel Walkdown (all panels) (!SM, CRS, STA, RO, CRE)
TRG 2 ED21, AC POWERBOARD ELECTRICAL FAULT(PB17 SECTION B) TRG 2 Major Expected Annunciators A5-3-5, DSL GEN 103 START-RUN OFFNORMAL A5-3-7, POWER BD. 17 R1053 TRIP A5-4-7, POWER BD 17 LOW BUS VOLTAGE A5-4-3, POWER BD 103 BUS VOLTAGE LOW The following major loads will be lost as a result of the loss of PB 103 and PB 176: Core Spray Pumpflopping Pumps 11W122 Containment Spray Pumps 12 I/? 22 Static Batt Charger 171NB RPS UPS 172NB ESW Pump 12 CRD Pump 12 RBCLC Pump 12 Liquid Poison Pump 12 CREVS 12 RBEVS 12 EDG 103 Auxiliaries Condensate Transfer Pump 12 Emerg. Cond.
PART II:       To be reviewed by the oncoining Operator before assuming the shift.
12 Inside Steam IV (39-03R) PO-3.0, 4.0 CREW Acknowledge/report annunciators Recognize/report the following: Loss of PB 103 and PB 17B EDG 103 started but not supplying PB 103 R1013 tripped (PB 103 normal supply)
Shift Supervisor Log (SM, CRS, STA)               Shift Turnover Checklist (ALL)
R1053 tripped (PB 17B normal supply) 0 Recognize/diagnose loss of CRD NRC Scenario 3 13 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued Role Plav: If dispatched as NAO to investigate PB loss, wait 3 minutes then report that RIOIC;, PI3 103 Normal Supply Breaker, tripped on over- current NRC Scenario 3 14 i RO Acknowledge report from crew Direct BOP/RO to execute applicable ARPs Recognize that EDG 103 auxiliaries are not powered (Raw Water Pump) Direct shutdown of EDG 103 using N 1 -ARP-A5-4-3 Acknowledge report from BOP/RO that no CRD Pumps operating and CRD Pump 11 is available Direct RO/BOP to start CRD Pump 11 IAW N 1 -SOP4 1 or N 1 -ARP-A5-4-3 Review loads lost as result of PB 103/17B loss Review Tech Specs for impact of loss of PB103 TS 3.1 2, Liquid Poison System TS 3.1.4, Core Spray System TS 3.1 5, ADS (Requires to be less than 10 psig in 10 hours) TS 3.1.6, CRD System TS 3.2.7.c, Reactor Coolant System Isolation Valves (Limiting LCO - requires initiating a normal orderly shutdown within one hour and having reactor in the cold shutdown condition within ten hours.) TS 3.3.7, Containment Spray TS 3.6.3, Emergency Power Sources Recognize that TS 3.2.7.c is most limiting October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued Role Plav: When contacted as WECIMgnit, acknowledge report of impending shutdown Role Plav: If directed as NAO to shift RPL' level CRD backfill per N1-OP-58, H.2.0 reply that you will get the procedure and shift RPV level CRD backfill.
RO Log (RO)                                       LCO Status (SM, CRS, STA) 0   Lit Control Room Annunciators                     Computer Alarm Summary (RO)
Wait 5 minutes and report backfill has been shifted. NRC Scenario 3 15 SRO Continued D Notify WEC/Mgmt of impending shutdown Brief crew on impending shutdown D RO 0 Monitor plant parameters 0 May perform N1-SOP-5.1 for loss of 12 CRD pump prior to BOP starting 11 CRD pump per ARPs 0 Places 11 CRD pump control switch to START Places 12 CRD pump control switch to STOP Observes proper operation of 11 CRD pump (amps, flow, alarms) 0 0 BOP 0 Executes N 1 -ARP-A5-4-3 0 Confirm alarm on computer 0 If PB 103 voltage is low: 0 Verifies EDG 103 running 0 Confirm A5-4-1 AND A5-4-2 clear Attempts to close R1032, EDG 103 Output Breaker 0 0 Recognizes/reports R1032 will not close and PB 103 cannot be re-energized If PB 103 cannot be re-energized:
(SM, CRS, STA, RO, CRE)
0 Places R1013 in PTL 0 Places EDG 103 control switch in emergency stop May start CRD Pump 11 0 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued Role Play: If requested to develop a clear'snce to prevent autostart of EDG 103, acknowledgls request and estimate one hour for completion. NRC Scenario 3 16 BOP Continued Verifies RBCLC header pressure >40 psig Resets Lockout 86-1 7 Opens R1053, PB 17B Normal Feeder Breaker Closes R1052, PB 17 A-B Tie Breaker Recognizes/reports R1052 will not close and PB 17B cannot be re-energized Requests clearance to prevent auto-start of EDG 103 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Feedwater Booster Pump 11 Trip with Failure of the Standby Pump to Auto Start When directed by examiner, insert malfunction:
Evolutions/General Information/Equipment Status:
FWOZA, FEEDWATER BOOSTER PUMP
Power is approximately 100%.
'TRIP 11 TRG 3 The following override prevents Feedwatei?
Turbine Surveillance Testing, N1-PM-Q7, to be performed.
Feed Pump 12 is out of service because clf a burned out motor. (TS 3.1.8,day 2 of 15)
            ~~         ~~         ~~~
PART Ill:       Remarks/Planned Evolutions:
Perform Nl-PM-Q7, QUARTERLY MAIN TURBINE THRUST BEARING AND GENERATOR CORE MONITOR TESTING, section 6.2.
PART IV:       To be reviewedlaccomplished shortly after assuming the shift:
Review new Clearances (SM)                     0 Test Control Annunciators (CRE)
Shift Crew Composition (SM/CRS)
ATC RO BOP RO NRC Scenario 3                                 5                                 October 2008
 
Scenario ID                     I NSTRUCTOR COMMENTS (Strengths, Areas for Improvement, Open Items etc.)
What Happened?   What we did?           Why? (Goals)       Other Options?
NRC Scenario 3                       6                               October 2008
 
Ill. PERFORMANCE OBJECTIVES A. Critical Tasks:
CT-I .O   Given a LOCA with ii loss of high pressure injection, the crew will perform an RPV Blowdown when RPV water level drops below -84 inches, in accordance with N1-EOP-8.
CT-2.0    Given a LOCA with ii loss of high pressure injection and Core Spray, the crew will inject to the RPV with Condensate and Feedwater Booster pumps, in accordance with N1-EOP-2.
CT-3.0    Given a LOCA in the Drywell, the crew will initiate Containment Sprays to prevent exceeding PSP, in accordance with N1-EOP-4.
B. Performance Objectives:
PO-1.o     Given the plant operating at power, the crew will perform Main Turbine Thrust Bearing wear testing, in accordance with Nl-PM-Q7.
PO-2.0     Given a failed APRM, the crew will bypass the APRM and reset the half scram, in accordance with N1-ARP-F1.
PO-3.0     Given the plant operating at power, the crew will respond to a loss of a Powerboards 103 anld 17B, in accordance with N1-ARP-A5.
PO-4.0      Given the plant operating at power, the crew will respond to a loss of the operating CRD pump, in accordance with N 1-ARP-A5 or N1- S O P 4 1.
PO-5.0      Given a trip of Feedwater Booster Pump 11 and a failure of the standby pump to automatically start, the crew will start the standby pump, in accordance with Nl-ARP-H3.
PO-6.0      Given a failed Feedwater flow control valve, the crew will take manual control to stabilize RFW water level, in accordance with N1-SOP-16.1.
PO-7.0      Given a loss of the operating motor driven feedwater pump, the crew will lower power to within the capacity of the turbine driven feedwater pump, in accordance with N 1 -SOP-I 6.1 and N1-SOP-I . I .
PO-8.0      Given a LOCA within the Drywell, the crew will scram the reactor, in accordance with N1-SOP-I.
PO-9.0      Given a failure of Powerboards 11 and 12 to automatically transfer following a Main Turbine trip, the crew will manually transfer the Powerboards, in accclrdance with N1-SOP-30.1 and N1-SOP-30.2.
PO-10.0    Given the plant in a condition requiring emergency classification, the SRO shall classify the events properly, complete initial notification forms, NRC Scenario 3                               7                                   October 2008
 
and discuss the bases for the classification in accordance with the emergency plan procedure.
PO-I 1.O Given the plant or a iplant system in a condition requiring Technical Specification action, identify the deviation and any required actionshotifications.
NRC Scenario 3                             8                                   October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                       OPERATOR ACTIONS Take the simulator out of freeze before the crew     CREW enters for the pre-shift walkdown and briefing.       D Walkdown panels Allow no more than 5 minutes for panel walkdown.     B Conduct shift turnover brief D Assume the shift EVENT 1                                               PO-1.o Perform N1-PM-Q7, Turbine Thrust Bearing Test There are no simulator actions required for this test and no malfunctions are intended to occur SRO 0  Directs the BOP to perform N1-PM-Q7, Quarterly Main Turbine Thrust Bearing and Generator Core Monitoring Testing, Sect 6.2, Thrust Note: Pre-job brief may be conducted prior to the       Bearing Wear Test from the Control crew entering the simulator to facilitate scenario       Room run-time.                                             0  Perform a pre-job brief RO 0 Monitors plant parameters BOP Acknowledges direction to perform turbine surveillance testing from the SRO Notifies RO of intention to perform the test Places THRUST BRG WEAR TEST SOLENOID switch in TEST NRC Scenario 3                                   9                               October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                     0PERATO R ACT10NS EVENT I Continued                                   BOP Continued Confirms the following:
                                                      -    Yellow TEST MODE 43XKBWT light illuminates
                                                      -    Annunciator A2-3-3 actuates e Rotates and holds TBWT Motor switch to + READING position, until Annunciator A2-3-4 actuates e Continues holding TBWT Motor switch to + READING position until POS light is lit then records reading at which trip occurred e Rotates and holds TBWT Motor switch to - READING position until meter is zeroed, then releases switch e  Confirms Annunciator A2-3-4 clears e  Rotates and holds TBWT Motor switch to - READING position, until Annunciator A2-3-4 actuates e  Continues holding TBWT Motor switch to - READING position until NEG light is lit then records reading at which trip occurred e  Rotates and holds TBWT Motor switch to + READING position until meter is zeroed, then releases switch 0  Confirms Annunciator A2-3-4 clears e  Direct the NAO at the middle standard to verify:
                                                      -     Trip lights (front and rear) NOT Role Plav: As NAO, when directed, report 1:hatthe illuminated trip lights are NOT illuminated and the test handle    -     Test handle in normal (ZERO) is in the normal (ZERO) position at the middle position standard NRC Scenario 3                                10                                   October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                       OPERATOR ACTIONS EVENT 1 Continued                                   BOP Continued Place THRUST BRG WEAR TEST SOLENOID Switch to OFF Confirm YELLOW TEST MODE 43XTTBWT light is OFF Direct the NAO at the middle standard Role Plav: As NAO, when directed, report that the      of to verify TEST light NOT illuminated test light is NOT illuminated at the middle standard  Confirm Annunciator A2-3-3 clears Verify reset, Flag Target 30/1 and Cue: If required inform the BOP that the flags on      30/2 on Panel B-3 3011 and 30/2 are reset                                Notifies SRO/RO that the Turbine Thrust Bearing test has been successfully completed NRC Scenario 3                                 11                             October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                       OPERATOR ACTIONS EVENT 2                                               PO-2.0 APRM 13 Inoperative Failure CREW When directed by the examiner, insert                 0 Acknowledge/Report Annunciators:
malfunction:                                         0  F2-1-6, APRM I1-14 0  F3-4-4, ROD BLOCK NM21C, APRM 13 FAILURE - INOP                        0  F1-1-1, RPS CH 11 NEUTRON TRG 1      MONITOR 0  F1-2-1, RPS CH 11 AUTO REACTOR Expected Annunciators:
TRIP F2-1-6, APRM 11-14 0  Diagnose failure of APRM 13 F3-4-4, ROD BLOCK F1-1-1, RPS CH 11 REACT NEUTRON MONITOR F1-2-1, RPS CH I 1 AUTO REACTOR TRIP SRO Role Play: If requested to investigate the failure of 0  Determines APRM 13 is INOP APRM 13, reply that you will investigate.            0 Contacts WWM to request troubleshooting for APRM 13 0 References TS 3.6.2.a, determines the Minimum Number of Operable Channels per Trip System is met RO 0 Monitors plant parameters 0 When directed bypasses APRM 13
                                                        -   Places APRM BYPASS switch in BYPASS position
                                                        -  Confirms APRM BYPASS light is ON on Panel E 0 Resets the half scram BOP 0 Investigates APRM 13 failure NRC Scenario 3                                 12                               October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                         OPERATOR ACTIONS EVENT 3                                               PO-3.0, 4.0 PB 103 and PB 178 trip on fault, loss of CRD CREW Pump 12 Acknowledge/report annunciators When directed by examiner, insert malfunctions:          Recognize/report the following:
Loss of PB 103 and PB 17B ED08, AC POWER BOARD ELECTRICAL.                         EDG 103 started but not supplying PB FAULT(PBIO3)                                             103 TRG 2     R1013 tripped (PB 103 normal supply)
ED21, AC POWERBOARD ELECTRICAL                           R1053 tripped (PB 17B normal supply)
FAULT(PB17 SECTION B)                                 0  Recognize/diagnose loss of CRD TRG 2 Major Expected Annunciators A5-3-5, DSL GEN 103 START-RUN OFFNORMAL A5-3-7, POWER BD. 17 R1053 TRIP A5-4-7, POWER BD 17 LOW BUS VOLTAGE A5-4-3, POWER BD 103 BUS VOLTAGE LOW The following major loads will be lost as a result of the loss of PB 103 and PB 176:
Core Spray Pumpflopping Pumps 11W122 Containment Spray Pumps 12I / ?22 Static Batt Charger 171NB RPS UPS 172NB ESW Pump 12 CRD Pump 12 RBCLC Pump 12 Liquid Poison Pump 12 CREVS 12 RBEVS 12 EDG 103 Auxiliaries Condensate Transfer Pump 12 Emerg. Cond. 12 Inside Steam IV (39-03R)
NRC Scenario 3                                   13                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                      OPERATOR ACTIONS EVENT 3 Continued                                    iRO Acknowledge report from crew Direct BOP/RO to execute applicable ARPs Recognize that EDG 103 auxiliaries are not powered (Raw Water Pump)
Direct shutdown of EDG 103 using N1-ARP-A5-4-3 Acknowledge report from BOP/RO that no CRD Pumps operating and CRD Pump 11 is available Direct RO/BOP to start CRD Pump 11 Role Plav: If dispatched as NAO to investigate PB     IAW N1- S O P 4 1 or N1-ARP-A5-4-3 loss, wait 3 minutes then report that RIOIC;, PI3     Review loads lost as result of PB 103 Normal Supply Breaker, tripped on over-           103/17B loss current                                                Review Tech Specs for impact of loss of PB103 TS 3.12,Liquid Poison System TS 3.1.4, Core Spray System TS 3.1 5,ADS (Requires to be less than 10 psig in 10 hours)
TS 3.1.6, CRD System TS 3.2.7.c, Reactor Coolant System Isolation Valves (Limiting LCO - requires initiating a normal orderly shutdown within one hour and having reactor in the cold shutdown condition within ten hours.)
TS 3.3.7, Containment Spray TS 3.6.3, Emergency Power Sources Recognize that TS 3.2.7.c is most limiting NRC Scenario 3                                  14                                October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                      OPERATOR ACTIONS EVENT 3 Continued                                  SRO Continued D  Notify WEC/Mgmt of impending Role Plav: When contacted as WECIMgnit,              shutdown acknowledge report of impending shutdown           D  Brief crew on impending shutdown RO 0  Monitor plant parameters 0  May perform N1-SOP-5.1 for loss of 12 CRD pump prior to BOP starting 11 CRD pump per ARPs 0  Places 11 CRD pump control Role Plav: If directed as NAO to shift RPL level          switch to START CRD backfill per N1-OP-58, H.2.0 reply that you        0  Places 12 CRD pump control will get the procedure and shift RPV level CRD            switch to STOP backfill. Wait 5 minutes and report backfill has      0  Observes proper operation of 11 been shifted.                                              CRD pump (amps, flow, alarms)
BOP 0  Executes N 1-ARP-A5-4-3 0   Confirm alarm on computer 0  If PB 103 voltage is low:
0  Verifies EDG 103 running 0  Confirm A5-4-1 AND A5-4-2 clear 0  Attempts to close R1032, EDG 103 Output Breaker 0   Recognizes/reports R1032 will not close and PB 103 cannot be re-energized If PB 103 cannot be re-energized:
0  Places R1013 in PTL 0  Places EDG 103 control switch in emergency stop 0  May start CRD Pump 11 NRC Scenario 3                                   15                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                    OPERATOR ACTIONS EVENT 3 Continued                                BOP Continued Verifies RBCLC header pressure >40 psig Resets Lockout 86-17 Opens R1053, PB 17B Normal Feeder Breaker Closes R1052, PB 17 A-B Tie Breaker Recognizes/reports R1052 will not close and PB 17B cannot be re-energized Role Play: If requested to develop a clear'snce to        Requests clearance to prevent prevent autostart of EDG 103, acknowledgls                auto-start of EDG 103 request and estimate one hour for completion.
NRC Scenario 3                                16                            October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                   OPERATOR ACTIONS EVENT 4                                          PO-5.0 Feedwater Booster Pump 11 Trip with Failure of  CREW the Standby Pump to Auto Start                  e Acknowledge/report annunciator H3-3-6 REACTOR FW BOOSTER P I 1 When directed by examiner, insert malfunction:    TRIP Diagnose trip of Feedwater Booster FWOZA, FEEDWATER BOOSTER PUMP 'TRIP 11             Pump 11 TRG 3 The following override prevents Feedwatei?
Booster Pump 12 from Auto Starting on low header discharge pressure:
Booster Pump 12 from Auto Starting on low header discharge pressure:
OVR-7S43D14116 POS-3 4Hl7151-02A C FRM B PRESET RPV water level slowly lowers Feedwater Booster Pump header pressure lowers Expected Annunciators:
OVR-7S43D14116 POS-3 4Hl7151-02A C FRM B PRESET RPV water level slowly lowers Feedwater Booster Pump header pressure lowers Expected Annunciators:
H3-1-6 REACTOR FW BOOSTER PI 1 TRI'P H3-7-7, H3-2-7, H3-3-7, REACTOR F W PUMP 17/12/13 SUCTION PO-5.0 CREW e Acknowledge/report annunciator H3- 3-6 REACTOR FW BOOSTER PI 1 TRIP Diagnose trip of Feedwater Booster Pump 11 SRO Acknowledges report If BOP does not manually start FWBP 12, directs starting FWBP 12 Enters Tech Spec 3.1.8.c Determines redundant component inoperable in both HPCl train 11 and 12, thus normal orderly shutdown shall be initiated within one hour and the plant brought to less than 110 psig in 24 hours NRC Scenario 3 17 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued Role Play: When dispatched as NAO to swap HWC, wait 5 minutes and report that HWC injection has been transferred from FWBP 11 to FWBP 12 SRO Continued 0 Initiates surveillance requirement 4.1.8.c for redundant component operability verification 0 Notifies WEC 0 Notifies Ops Management 0 Performs crew briefhpdate RO 0 Monitors plant parameters 0 May perform Emergency Power Reduction per N1-SOP-1.1 as required to maintain RPV water level BOP 0 0 Report alarm and respond per H3-1-6 Confirms alarm on computer (E049 RX FW BOOST PMP 11 TRIP) 0 Recognizes/diagnoses failure of the standby pump to automatically start Manually starts FWBP 12 Notifies crew of failure of FWBP 12 to auto start 0 Dispatches operators to shift Hydrogen Water Chemistry injection from FWBP 11 to FWBP 12 NRC Scenario 3 18 October 2008 INSTRUCTOR ACTIONS/
H3-1-6REACTOR FW BOOSTER P I 1 TRI'P H3-7-7,H3-2-7,H3-3-7,REACTOR F W PUMP 17/12/13 SUCTION SRO Acknowledges report If BOP does not manually start FWBP 12, directs starting FWBP 12 Enters Tech Spec 3.1.8.c Determines redundant component inoperable in both HPCl train 11 and 12, thus normal orderly shutdown shall be initiated within one hour and the plant brought to less than 110 psig in 24 hours NRC Scenario 3                               17                               October 2008
PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Failure of the Feedwater Master Controller AS-IS The following malfunction will be automatically inserted when the control switch for Feedwater Booster Pump 12 is placed in START: FW16, FEEDWATER MASTER CONTROLLER FAILS - AS IS TRG 4 RPV water level slowly deviates from setpoint Feedwater flow remains constant Expected Annunciator:
F2-3-3 REACT VESSEL LEVEL HIGH-LOW PO-6.0 CREW 0 Recognize/report RPV water level is deviating from setpoint 0 Diagnose/report failure of Feedwater Master Controller SRO 0 When notified of feedwater controller failure, directs: - Entry into N1-SOP-16.1 - Manual control of feedwater RO Monitors plant parameters May perform Emergency Power Reduction per N1-SOP-1 .I as required to maintain RPV water level BOP 0 Enters N1-SOP-16.1 - Determines problem with Feedwater Level Control Determines NOT a Flow Control Valve lockup - NRC Scenario 3 19 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued BOP Continued Using available FCVs, takes manual control of FWLC at MA stations Operates Feedwater FCV 11 or 13 in manual to control feedflow to restore RPV water level Controls RPV water level in MANUAL NRC Scenario 3 20 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Feedwater Pump 11 Trip When the crew has restored RPV water level to normal band and directed by examiner, insert malfunction:
FW03A, FEEDWATER PUMP I1 TRIP TRG 5 RPV water level lowers Expected Annunciator:
H3-1-7, REACTOR FW PUMP 11 TRIP OVERLOAD SUCTION HI-LEVEL PO-7.0 CREW D Acknowledgeheport annunciator m Diagnose a trip of the operating electric feedwater pump SRO Acknowledges report Directs entry into ARP Directs re-entry into N1 -SOP-I 6.1 Directs BOP to maintain RPV water level with FWP 13 using FWLC in manual Directs RO to lower power IAW NI- SOP-I .I Supervises power reduction Notifies WEC Notifies Ops Management Performs crew briefhpdate Recognizes Tech Spec 3.1.8 applies for loss of HPCl component NRC Scenario 3 21 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Continued Role Play: If dispatched as NAO to check FWP 11, wait 2 minutes and report that FWP 11 AUX Oil Pump is running and the FWP shaft is not rotating backwards.
Role Play: If dispatched as NAO to investigate trip of FWP 11, wait 2 minutes and report that FWP 11 breaker tripped on overload, but there are n13 abnormal indications at the pump. RO 0 Monitors plant parameters 0 Lowers reactor power IAW NI-SOP- 1 .I using recirculation flow as directedkequired for RPV water level control Monitors position on P/F map BOP 0 Re-enters N1-SOP-16.1 Coordinates RPV water level control with RO during power reduction Determines problem with FW Pumps Determines level can be maintained >53" Restores level 65-83" by control I i ng inject ion from Feedwater FCV 13 0 Enters ARP H3-1-7 0 Places 11 FW Pump Control Switch to Stop spring return to Neutral Confirms Aux Oil Pump running AND FW Pump not rotating backwards Verifies closed, 11 FW FCV (29- 141) AND 11 FW Low Flow FCV 0 0 (29-49) 0 Dispatch NAO to investigate FWP 11 trip NRC Scenario 3 22 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 RPV coolant leak in the Primary Containment When the crew has restored RPV water level to normal band and directed by examiner, insert malfunction:
CUOl, COOLANT LEAK INSIDE OF DRYINELL, RAMP TIME=10:00, FINAL VALUE=40%
TRG 6 Drywell humidity, leakage rate, pressure and temperature rise Expected Annunciators:
H2 7, DRYWEL L WA TER LEAK DE TECTIO N SYS K2-4-3, DRYWELL PRESSURE HIGH - LOW The inboard IV for Core Spray 11 1 fails to open and Core Spray pump 121 fails to start The following malfunctions are preset:
CSOIC, CORE SPRAY PUMP TRIP 121 IPRESET CSO3C, CORE SPRAY INBD INJECT VLV FAIL TO OPEN 40-11 IPRESET PO-8.0, 9.0 CREW 0 Recognizeheport containment parameters degrading - DW humidity rising - DW leakage rising - DW pressure rising - DW temperature rising 0 Diagnose RPV coolant leak NRC Scenario 3 23 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued Note: A reactor scram will be required because of rising Drywell pressure SRO Initial Actions for RPV Coolant Leak 0 May direct an emergency power reduction IAW Nl-SOP-1 .I, if time permits Brief crew on plans to insert manual scram Direct the RO to place Mode Switch to SHUTDOWN Enters N1-EOP-2 when RPV water level reaches 53 inches 0 0 0 Directs N1-SOP-1, Reactor Scram 0 Enters N1-EOP-2 and N1-EOP-4 when DW pressure reaches 3.5 psig Actions for failure of PB to transfer e Direct entry into Nl-SOP-30.1 0 Direct entry into N1-SOP-30.2 0 Authorizes PB 11 and PB 12 re- energized Acknowledges PB 11 and PB 12 can be re-energized 0 Subsequent SRO EOP Actions:
0 Enters N1-EOP-2 when water level reaches 53 inches: 0 0 Determines all control rods are in Directs RPV water level controlled between 53-95 inches with CRD Directs RPV pressure controlled less than 1080 psig Adjusts level and pressure bands as coolant leak degrades RPV parameters NRC Scenario 3 24 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued SRO Continued e e e e e e e e e e e When RPV level can NOT be maintained
>53 inches, directs use of Alternate Injection Systems, Detail E (Liquid Poison) to stay above -84 inches (TAF) Direct MSlVs closed to minimize inventory loss and pressure control with ECs Determines cannot stay above -84 inches (TAF) with current injection sources, and transitions to Alternate Level Control leg of N1- EOP-2 Directs ADS bypassed Directs EC initiation Determines Core Spray pump 121 has failed to start Determines 2 Detail F Subsystems are available (Core Spray Loop 11 and Condensate/Feedwater Booster Pumps 12)
Waits until level drops to -84 inches (TAF) Determines a Detail F Subsystem is lined up with a pump running Before level drops to -1 09 inches, determines an injection source is lined up with a pump running Enters N1 -EOP-8, RPV Blowdown:
Determines all control rods are in NRC Scenario 3 25 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued iRO Continued Directs Emergency Condensers initiated Determines torus water level is above 8.0 feet 0 Directs open 3 ERVs CT-I -0 Directs RPV water level restored 53-95 inches using Core Spray (Nl-EOP-1 Att 4) or Condensate/Feedwater Booster pumps (Nl-EOP-1 Att 25/26)
When RPV pressure is less than 365 psig, determines Core Spray IV 40-1 1 failed to open Directs RPV water level restored 53-95 inches using Condensate/Feedwater Booster pumps (Nl-EOP-1 Att 25/26) CT-2.0 Determines RPV water level is rising Transitions back to Normal Level Control leg of N1-EOP-2 Enters N1-EOP-4 when drywell pressure reaches 3.5 psig and/or drywell temperature reaches 150&deg;F: Directs lockout of Containment Spray Pumps 0 When torus pressure exceeds 13 psig or before drywell temperature exceeds 300&deg;F: NRC Scenario 3 26 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued SRO Continued 0 Determines plant is inside Containment Spray Initiation Limit Curve (Fig. K) 0 Directs verification that the recirculation pumps are tripped 0 Directs drywell cooling fans tripped 0 Directs initiation of containment spray IAW NI-EOP-I Att 17 CT-3.0 0 Monitors torus pressure and water level for PSP RO Places REACTOR MODE Switch in SHUTDOWN Provides Scram Report Performs N1-SOP-1, Reactor Scram, scram verification actions Places IRMs on range 9 Inserts IRM and SRM detectors Downranges IRMs as necessary to monitor power decrease Reduces Recirc Master flow to 25- 43 x IO6 Ib/hr 0 Controls RPV pressure 4080 psig using Turbine Bypass Valves, as required BOP D Continues to control RPV Level in MANUAL NRC Scenario 3 27 October 2008 I N STRUCTOR ACT1 ON S/ PLANT RESPONSE OPERATOR ACTIONS - Note: Further level control actions may not be performed due to powerboard losses and coolant leak NRC Scenario 3 28 BOP Continued 0 0 0 0 0 0 0 0 0 0 Performs N1-SOP-I , Reactor Scram, level control actions:
Restores RPV level to 53-95 inches by controlling injection and rejecting through RWCU Determines
#I 3 FWP running and RPV water level recovering Determines no Electric FW Pump runninglavailable Terminates 13 FWP injection (as required with no Electric FW Pump and LOCA in progress):
0 Places FWP 13 VALVE CONTROL in MANUAL AND closes 0 Disengages 13 FWP 0 Gives 29-10, FEEDWATER PUMP 13 BLOCKING VALVE, a CLOSE signal Verifies RPV water level +53 inches and rising Verifies 11/12 FWP controllers in MANUAL and set to zero output Resets HPCl signal If RPV level reaches 85 inches and rising, then: Verifies off all Feedwater Pumps 0 Secures CRD Pumps not required 0 Maximizes RWCU reject flow Closes FWlVs if required 0 Closes MSlVs if required Attempts to maintain RPV water level in assigned band October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued When the turbine trips, Power Boards 1 I and 12 fail to transfer The following malfunctions cause the failure to transfer: ED26, FAILURE OF PBI I TO AUTO TRANSFER PRESET ED27, FAILURE OF PB12 TO AUTO TRANSFER PRESET Expected Annunciators: A4-1-1, POWER BD. I1 R113 TRIP A5-1-6, POWER BD. 12 R122 TRIP Major Loads Lost: Powerboard 7 7: RWCU Pump I1 Service Water Pump 11 Circ Pump 11 RR Pump I1 RR Pump 12 TBCLC Pump I? Condensate Pump I1 Feedwater Booster Pump I I Powerboard 72: RWCU Pump 12 Service Water Pump 12 Circ Pump 12 RR Pump 14 RR Pump 15 TBCLC Pump 12 Condensate Pump 13 Feedwater Booster Pump 13 ROlBOP Actions for Failure of PBs to Transfer:
e e Actions from N1 -SOP-30.1(30.2) Enters N1-SOP-30.1 for PB 11 loss Enters N1 -SOP-30.2 for PB 12 loss e e e e e e e e e e e e e e e Verifies fault annunciators clear Obtains permission from SRO to re- energize PB 1 1 (12) Verifies PB 1 1 (1
: 2) components green flagged Cleanup Pump 1 1 (1 2)
Service Water Pump 1 1 (1 2) Circ Water Pump 1 l(12) RRMG Set 11 and 12 (14 and 15)
TBCLC Pump 1 1 (1 2) FW Booster Pump 11 (1 3) Condensate Pump 1 l(13) Inserts Sync Key and rotates clockwise for R112(R123)
Closes R112(R123)
Confirms voltage normal on PB 1 1 (1 2) Rotates Sync Key counterclockwise and removes for R112(R123) Determines PB 1 1 (1 2) energized Closes RIII(124) Dispatches NAO to recover Powerboards 13, 14, 15 Reports PB 1 1 (1 2) re-energized Moves to other SOP to re-energize PB 12(11) Starts Service Water Pump 1 l(12) Starts IAC 1 l(12) Starts TBCLC Pump 1 1 (1 2) NRC Scenario 3 29 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued Role Plav: When contacted as NAO, acknowledge order to recover PBs 13, 14, 15, but delay any report on task completion RO/BOP Continued 0 Starts an RBCLC Pump 0 Verifies fault annunciators clear 0 Obtains permission from SRO to re- energize PB 12(11) Verifies PB 12(11) components green flagged 0 Cleanup Pump 12(11) 0 Service Water Pump 12(11) 0 Circ Water Pump 12(11) 0 TBCLC Pump 12(11) 0 FW Booster Pump 13(11) 0 Condensate Pump 13( 1 1) Inserts Sync Key and rotates clockwise for R123(R112) 0 RRMG Set 14 and 15 (11 and 12) 0 0 Closes R123(R112) 0 0 Rotates Sync Key counterclockwise Confirms voltage normal on PB 12( 1 1 ) and removes for R123(R112) 0 Determines PB 12(11) energized 0 Closes R124(111) 0 Reports PB 12(11) re-energized Subsequent EOP Actions: 0 Maximizes injection with CRD and Liquid Poison to attempt to maintain level within the band assigned Updates crew on failure to maintain level and pressure bands 0 NRC Scenario 3 30 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued ROlBOP Continued Operates Emergency Condensers to maintain pressure with the band assigned and NOT exceed 1 OO&deg;F/hr cool-down rate Reports failure of Core Spray pump 121 to start Closes MSlVs when directed Locks out Containment Spray by placing 4 pump control switches in PTL Observes and reports containment parameters (torus pressure above 13 PSkl) Verifies/reports that all recirculation pumps have been tripped Verifies/reports that all drywell cooling fans have been tripped Initiates containment spray (N1 -EOP- 1 Att 17) Starts Containment Spray Pumps 111 and 112 CT-3.0 Verifies Containment Spray flow Monitors containment pressure and temperature to ensure lowering trend Terminates Contain men t Sprays when drywell pressure is below 3.5 psig Reports containment spray terminated NRC Scenario 3 31 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued NRC Scenario 3 32 RO/BO P Continued Monitors DWP and reports if DWP reaches 3.5 psig, after spray is terminated IF directed, initiates Containment Spray again Initiates Emergency Condensers when directed Bypasses ADS Reports RPV water level below
-84 inches (TAF) Opens 3 ERVs CT-1 .O When RPV pressure lowers below 365 psig, recognizes/reports Core Spray IV 40-1 1 failed to open Attempts to manually open 40-1 1 Report inability to inject with Core spray Injects to the RPV with Condensate/Feedwater Booster pumps (Nl-EOP-1 Att 25/26) CT-2.0 Reports RPV water level above -84 inches (TAF) Restores and maintains RPV water level 53-95 inches Possible N1-EOP-1 Att 25 actions: WHEN Feedwater Booster HDR PR (PI-51-61A) is greater than RPV pressure, THEN: Place LVL SETPOINT SETDOWN to OVERRIDE October 2008 INSTRUCTOR ACT1 ONSl PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued Role Plav:
When directed as NAO to pull fuses FU-8 and FU-9, wait 2 minutes and insert iremote: FW24, REMOVAL OF HPCl FUSES FU8/FXJ9, FINAL VALUE=PULL TRG 2e Then report that fuses FU-8 and FU-9 have been pulled ROlBOP Continued Verify Open, at least one of the FEEDWATER ISOLATION VALVES 11 and 12 Verify Open, FEEDWATER PUMP 13 BLOCKING VALVE Select Manual on 13 FWP Valve Control Selector Switch Turn 13 Feedwater FCV (Knurled Knob) clockwise to open Feedwater FCV Position 13 Feedwater FCV as necessary to maintain required level Possible N1-EOP-1 Att 26 actions: WHEN Feedwater Booster HDR PR (Pl-51-61A) is greater than RPV pressure, THEN:
Verify Open at least one of the FEEDWATER ISOLATION VALVES 11 and 12 Verify Open, both FEEDWATER PUMP 11 and 12 BLOCKING VALVES Select Manual on 11 and 12 FWP Valve Control Selector Switch Turn 11 and 12 Feedwater FCV (Knurled Knob) fully counterclockwise Remove the following fuses from Panel IS34 in the Aux Control Room: 0 FU-8 FU-9 NRC Scenario 3 33 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued ROlBOP Continued 0 Position 11 and 12 Feedwater FCV as necessary to maintain required level while maintaining less than 1.5 E6 Ibm/hr through each feed pump TERMINATING CUE 0 RPV Blowdown in progress 0 RPV water level above -84 inches (TAF) and controlled in assigned band Containment pressure controlled in accordan with N1-EOP-1 Att 17 0 NRC Scenario 3 34 October 2008 V. POST SCENARIO CRITIQUE A. NIA, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events
: 1. None B. Commitments
: 1. None VII. LESSONS LEARNED A. None NRC Scenario 3 35 October 2008 Appendix D Scenario Outline Form ES-D-1 Facility:
Nine Mile Point I Scenario No.: NRC44 Op-Test No.: October 2008 Examiners: Operators:
Initial Conditions:
Simulator IC 174 1. Reactor Power approximately 90% for a rod pattern adjustment Turnover: 1. Maintenance completed work on TBCLC pump 12 2. APRM 13 bypassed due to failed power supply
: 3. Recirc Pump 14 OOC due to high jibrations Event Malf. No. Event Event Type* Description No. instrument line) fail low, requires manual FWLC Water Discharge Strainer high D/P requires shifting the lntalte Structure and loss of normal heat sinks, emergelicy power reduction required (SOP-I 8.1) I H2-1-3 I \--. 'I 9 FW24 C (BOP) The crew will be unable to re-inject with feedwater/
FW28 c (SRO) condensate because the valves they used to terminate and prevent will fail closed (EOP-8) (N)ormal, (R)eactivity, (I)nstrument, (C)omponent, (M)ajor Overrides NRC Scenario 4 October 2008 Facility: Nine Mile Point 1 Scenario No.: NRC-04 OD-Test No.: October 2008 TARGET QUANTITATIVE ATTRIBUTES (PER SCENARIO:
SEE SECTION D.5.d) 1. Total malfunctions (5-8) Events 3,4,5, 6,8,9 2. Malfunctions after EOP entry (1-2) Events 8,9
: 3. Abnormal events (2-4) Event 3,4,5,6
: 4. Major transients (1-2) Event 7 5. EOPs enteredhequiring substantive actions (1
-2) Event 8 (EOP-4) 6. EOP contingencies requiring substantive Events 7,9 (EOP-3, EOP-8) actions (0-2) 7. Critical tasks (2-3) CRITICAL TASK DESCRIPTIONS:
CT-1.0 Given a failure of the reactor to scram with power above 6% or unknown and RPV water level above -41 inches, the crew will terminate and prevent all injection except boron and CRD. CT-2.0 Given a failure of the reactor to scram with RPV water level unable to be restored and maintained above
-109 inches with CondensatelFeedwater and CRD, the crew will perform an RPV Blowdown and re-establish injection with Core Spray.
CT-3.0 Given a LOCA in the Drywell, the crew will initiate Containment Sprays to prevent exceeding PSP. - ACTUAL ATTRIBUTES 6 2 4 1 1 2 3 NRC Scenario 4 . October 2008 NMP SIMULATOR SCENARIO NRC Scenario 4 REV. 0 No. of Pages: 35 FEEDWATER FLOW TRANSMITTER FAILURE, SERVICE WATER STRAINER CLOGGING, LOW LEVEL IN THE INTAKE STRUCTURE.
ATWS WITH A LOCA AND FAILURE OF THE FEEDWATER ISOLATION VALVES CLOSED VALIDATED hzwayf-z;-2uA Bruce Williams DATE 5/18/08 GEN SUPERVISOR OPS TRAINING OPERATIONS MANAGER N/A - IExam Security DATE DATE &3& CON F I G U RAT1 0 N CONTROL N/A - IExam Security DATE SCENARIO SUM MARY Length : 90 minutes Initial Power Level: Approximately 90%, 4 loop operation Mitigating Strategy Code: AT3, high power ATWS with small LOCA, Blowdown required, re- inject with Core Spray The scenario begins with the crew performing a control rod pattern adjustment. Next, the crew will be directed to return TBCLC Pump 12 to service and secure TBCLC Pump 11. When this is complete, an RPS pressure transmitter will fail low, followed closely by the in-service feedwater system pressure transmitter also failing low. The crew will be required to shift to manual feedwater level control. The crew may then shift reactor pressure/level columns and return to automatic feedwater level control. Technical Specifications must be addressed due to the RPS pressure transmitter failure. Next the crew must respond to high D/P across one of the Service Water Pump Discharge Strainers.
This will require placing another Service Water Pump in service. Once the standby Service Water Pump has been started, Main Steam Line Radiation Monitor 11 1 will become inoperable.
The SRO will determine the Technical Specification implications. Next the intake structure traveling screens clog causing higii D/Ps. This will eventually result in a low level in the intake structure with the subsequent tripping of the Circulating Water pumps. This will require entering N1-SOP-18.1, Service Water Failure/Low Intake Level. As intake level continues to lower, the crew will insert a manual scram.
When the scram occurs the control rods will not insert.
This ATWS is complicated by the total NRC Scenario 4 - October 2008 loss of the normal heat sinks. Additionally, following the ATWS, a Recirculation Line break will cause RPV water level to lower, requiring the crew to re-establish injection.
When the crew attempts to re-establish Feedwater flow, the Feedwater isolation valves will not re-open.
When it is determined that RPV water level cannot be restored and maintained above -1 09 inches, the crew will perform an RPV Blowdown, and re-inject with Core Spray. Major Procedures:
N1 -SOP-I .I, N1 -SOF'-I 6.1, N1 -SOP-I 8.1, N1 -EOP-I, N1 -EOP-2, N1-EOP-3, NI-EOP-:3.1, N1-EOP-4, N1-EOP-8 EAL Classification:
Site Area Emergency, EAL


====2.2.2 Termination====
INSTRUCTOR ACTIONS/
Criteria: RPV Blowdown in progress, RPV water level above -109 inches and controlled in assigned band, containment pressure controlled in accordance with N1 -EIOP-1 Att 17 NRC Scenario 4 October 2008 I. SIMULATOR SET UP A. IC Number: IC 174 B. Presets/Function Key Assignments
PLANT RESPONSE                                  OPERATOR ACTIONS EVENT 4 Continued                              SRO Continued 0  Initiates surveillance requirement 4.1.8.c for redundant component operability verification 0  Notifies WEC 0  Notifies Ops Management 0  Performs crew briefhpdate RO 0  Monitors plant parameters 0  May perform Emergency Power Reduction per N1-SOP-1.1 as required to maintain RPV water level BOP 0  Report alarm and respond per H3-1-6 0  Confirms alarm on computer (E049 RX FW BOOST PMP 11 TRIP) 0  Recognizes/diagnoses failure of the standby pump to automatically start Manually starts FWBP 12 Notifies crew of failure of FWBP 12 to auto start Role Play: When dispatched as NAO to swap      0  Dispatches operators to shift HWC, wait 5 minutes and report that HWC            Hydrogen Water Chemistry injection injection has been transferred from FWBP 11 to    from FWBP 11 to FWBP 12 FWBP 12 NRC Scenario 3                              18                              October 2008
: 1. Malfunctions:
 
: a. RROID, RR PUMP 14 DRIVIE BREAKER TRIP PRESET
INSTRUCTOR ACTIONS/
: b. NM21C, APRM CHANNEL 13 FAILURE - INOP PRESET C. RPIGB, RPV PT 36-07B FAILED LOW TRG 1 d. RR92, RX VESL PRES XMTR 36-31 (LOCAL-FW CONTROL)
PLANT RESPONSE                                    OPERATOR ACTIONS EVENT 5                                          PO-6.0 Failure of the Feedwater Master Controller AS-IS  CREW 0  Recognize/report RPV water level is The following malfunction will be automatically      deviating from setpoint inserted when the control switch for Feedwater    0  Diagnose/report failure of Feedwater Booster Pump 12 is placed in START:                  Master Controller FW16, FEEDWATER MASTER CONTROLLER FAILS AS IS TRG 4 RPV water level slowly deviates from setpoint Feedwater flow remains constant Expected Annunciator:
FAILS, DELAY TIME=15 SEC e. CWIGA, SW PUMP 11 STRAINER 72-05 CLOGGING, FINAL VALUE=lO% TRG 2 f. RMIA, MAIN STEAM LINE FiAD MONITOR 11 1 INOP TRG 3 g. CW12, CIRCULATING WATER INTAKE STRUCTURE BLOCKAGE TRG 1 (TRASH), FINAL VALUE=20%
F2-3-3 REACT VESSEL LEVEL HIGH-LOW SRO 0  When notified of feedwater controller failure, directs:
: h. RD33A, CONTROL ROD BANK BLOCKED BANK 1, INSERT FAIL POSITION, FINAL VALUE=12 RD33B, CONTROL ROD BANK BLOCKED BANK 2, INSERT FAIL POSITION, FINAL VALUE=12 RD33C, CONTROL ROD BANK BLOCKED BANK 3, INSERT FAIL POSITION, FINAL VALUE=18
                                                    -   Entry into N1-SOP-16.1
: i. j. k. RD33D, CONTROL ROD BANK BLOCKED BANK 4, INSERT FAIL POSITION, FINAL VALUE=12 RD33E, CONTROL ROD BANK BLOCKED BANK 5, INSERT FAIL POSITION, FIIVAL VALUE=12 I. m. RR29, RR LOOP RUPTURE (LOCA), DELAY TIME=3 MINUTES, RAMP TIME=4 MINUTES, FINAL VALUE=15%
                                                    -    Manual control of feedwater RO Monitors plant parameters May perform Emergency Power Reduction per N1-SOP-1.I    as required to maintain RPV water level BOP 0  Enters N1-SOP-16.1
: n. FW24, FEEDWATER 13 FCV FAILS CLOSED 0. FW28A, HPCl MODE FAILURE TO INITIATE 11 p. FW28B, HPCl MODE FAILURE TO INITIATE 12 2. Remotes:
                                                    -    Determines problem with Feedwater Level Control
TRG 4 PRESET PRESET PRESET PRESET PRESET TRG 18 TRG 20 TRG 20 TRG 20 a. FW24, REMOVAL OF HPCl FUSES FU8/FU9, FINAL VALUE=PULL TRG 25
                                                    -    Determines NOT a Flow Control Valve lockup NRC Scenario 3                               19                              October 2008
: 3. Overrides:
 
: a. OVR-5S5D1309 POS-3 1 FIO/31-03A POS C, FINAL VALUE=INSYS TRG 19 b. OVR-5S6D13012 POS-3 1 F'l0/31-03A POS C, FINAL VALUE=INSYSTRG 19 October 2008 NRC Scenario 4
INSTRUCTOR ACTIONS/
C. d. OVR-SA144PI D1354 SET 1 F'27/ID15B MAN, FINAL VALUE=INSYS TRG 20 OVR-5A144Pl Dl355 SET 1 F'27/ID15B AUTO, FINAL VALUE=INSYS TRG 20
PLANT RESPONSE        OPERATOR ACTIONS EVENT 5 Continued      BOP Continued Using available FCVs, takes manual control of FWLC at MA stations Operates Feedwater FCV 11 or 13 in manual to control feedflow to restore RPV water level Controls RPV water level in MANUAL NRC Scenario 3      20                            October 2008
: e. OVR-5A144P1A13100 1 F27/ID158 BAL RI, FINAL VALUE=O TRG 20 f. g. OVR-5A145PI Dl356 SET 1 F'28/ID1 5C MAN, FINAL VALUE=O.OO OVR-5A145Pl Dl357 SET 1 F'28/IDI 5C AUTO, FINAL VALUE=O.OO TRG 20 TRG 20 h. OVR-5A145PIA13120 1F28/ID15C BAL RI, FINAL VALUE=O TRG 20 4. Annunciators:  
 
: a. H2-1-3, CIRCULATING WATER PUMP INTAKE LEVEL LOW - ON/OFF, FINAL VALUE=CRYWOLF TRG 4 5. Triggers; a. TRG 18 - Activates the coolant leak when the mode switch is taken to shutdown i. Event Action: zdrpstdn==l ii. Command: None b. TRG 19 -When both FWlV '1 1 and 12 green lights are lit, activates the FWlV 11 and 12 control switch OPEN position to off, preventing reopening of the valves
INSTRUCTOR ACTIONS/
: i. ii. Command: None c. TRG 20 - If both FWP 11 and 12 control switches are placed in PTL, activates malfunction to fail FW FCV 13 closed, and activates overrides on FW FCVs 11 and 12 to turn AUTO position off, MAN position on, and give a full close signal i. ii. Command: None d. TRG 21 - Activates when the RPS jumpers are installed, ARI is overridden and RPS has been reset to allow a manual scram to achieve further inward rod movement i. Event Action: zdrpjbl1(5)==1&&hzlrp12g1==1&&zdrrarov==1 ii. Command: bat n08scen4RHI .bat Event Action: hzlfwisg( 1 :)==I &&hzlfwisg(2)==1 Event Action: zdfwfpk(1
PLANT RESPONSE                                  OPERATOR ACTIONS EVENT 6                                        PO-7.0 Feedwater Pump 11 Trip                          CREW D Acknowledgeheport annunciator When the crew has restored RPV water level to  m Diagnose a trip of the operating normal band and directed by examiner, insert      electric feedwater pump malfunction:
)==I &&zdfwfpk(2)==1
FW03A, FEEDWATER PUMP I 1 TRIP TRG 5 RPV water level lowers ExpectedAnnunciator:
: 6. Batch Files: a. n08scen4RHI .bat - Allows further rod movement using N1-EOP-3.1
H3-1-7,REACTOR FW PUMP 11 TRIP OVERLOAD SUCTIONHI-LEVEL SRO Acknowledges report Directs entry into ARP Directs re-entry into N1-SOP-I 6.1 Directs BOP to maintain RPV water level with FWP 13 using FWLC in manual Directs RO to lower power IAW N I -
: i. dmfrd33a ii. dmf rd33b iii. dmf rd33c iv. dmf rd33d
SOP-I . I Supervises power reduction Notifies WEC Notifies Ops Management Performs crew briefhpdate Recognizes Tech Spec 3.1.8 applies for loss of HPCl component NRC Scenario 3                              21                              October 2008
: v. dmfrd33e NRC Scenario 4 October 2008 vi. imf rd33a (0 0) 6 vii. imf rd33b (0 0) 6 viii. imf rd33c (0 0) 10 ix. imf rd33d (0 0) 8 x. imf rd33e (0 0) 8 C. Equipment Out of Service 1. APRM 13 bypassed and yellow tagged
 
: 2. Recirc Pump 14 control switch in PTL and yellow tagged D. Support Documentation
INSTRUCTOR ACTIONS/
: 1. RMI for control rod pattern adjustment E. Miscellaneous None NRC Scenario 4 October 2008
PLANT RESPONSE                                      OPERATOR ACTIONS EVENT 6 Continued                                  RO 0  Monitors plant parameters 0  Lowers reactor power IAW NI-SOP-
: 11. SHIFT TURNOVER IN FORMATION PART I: To be performed by the oncoming Clperator before assuming the shift.
: 1. I using recirculation flow as directedkequired for RPV water level control Monitors position on P/F map BOP 0  Re-enters N1-SOP-16.1 Coordinates RPV water level control with RO during power reduction Determines problem with FW Pumps Determines level can be maintained >53 Restores level 65-83 by controlIing injection from Feedwater FCV 13 0  Enters ARP H3-1-7 0    Places 11 FW Pump Control Switch to Stop spring return to Neutral Role Play: If dispatched as NAO to check FWP          0    Confirms Aux Oil Pump running 11, wait 2 minutes and report that FWP 11 AUXOil            AND FW Pump not rotating Pump is running and the FWP shaft is not rotating          backwards backwards.                                            0    Verifies closed, 11 FW FCV (29-141) AND 11 FW Low Flow FCV Role Play: If dispatched as NAO to investigate trip (29-49) of FWP 11, wait 2 minutes and report that FWP 11    0  Dispatch NAO to investigate FWP 11 breaker tripped on overload, but there are n13 trip abnormal indications at the pump.
0 Control Panel Walkdown (all panels) (SM, CRS, STA, CSO, CRE) PART II: To be reviewed by the oncoming Operator before assuming the shift.
NRC Scenario 3                                22                                  October 2008
0 0 Lit Control Room Annunciators Shift Manager Log (SM, CRS, STA) cso Log (CSO) (SM, CRS, STA, CSO, CRE) 0 Shift Turnover Checklist (ALL) 0 LCO Status (SM, CRS, STA) 0 Computer Alarm Summary (CSO) EvolutionslGeneral InformationlEquipment Statils: Reactor Power = 90%, 4 loop operation TBCLC pump 12 motor bearing repair complete APRM 13 bypassed due to failed power supply Recirc Pump 14 OOC due to high vibrations PART 111: RemarkslPlanned Evolutions:  
 
: 1. Control rod pattern adjustment
INSTRUCTOR ACTIONS/
: 2. TBCLC pump 12 to be returned to service 3. Power ascension to rated PART IV: To be reviewedlaccomplishecl shortly after assuming the shift: Review new Clearances (SM) Shift Crew Composition (SM/CRS) Test Control Annunciators (CRE)
PLANT RESPONSE                                    OPERATOR ACTIONS EVENTS 7 , 8 and 9                                PO-8.0, 9.0 RPV coolant leak in the Primary Containment        CREW 0 Recognizeheport containment When the crew has restored RPV water level to        parameters degrading normal band and directed by examiner, insert        -   DW humidity rising malfunction:                                        -  DW leakage rising
NRC Scenario 4 October 2008 II. PERFORMANCE OBJECTIVES A. Critical Tasks: CT-1 .O CT-2.0 CT-3.0 Given a failure of the reactor to scram with power above 6% or unknown and RPV water level above -41 inches, the crew will terminate and prevent all injection except boron and CRD, in accordance with N1-EOP-3. Given a failure of the reactor to scram with RPV water level unable to be restored and maintained above -1 09 inches with Condensatelfeedwater and CRD, the crew will perform an RPV Blowdown and re-establish injection with Core Spray, in accordance with N1-EOP-3.
                                                    -  DW pressure rising CUOl, COOLANT LEAK INSIDE OF DRYINELL,              -  DW temperature rising RAMP TIME=10:00, FINAL VALUE=40%                  0 Diagnose RPV coolant leak TRG 6 Drywell humidity, leakage rate, pressure and temperature rise Expected Annunciators:
Given a LOCA in the Drywell, the crew will initiate Containment Sprays to prevent exceeding PSP, in accordance with N1 -EOP-4. B. Performance Objectives:
H2 7, DRYWELL WATER LEAK DE TECTION SYS K2-4-3, DRYWELL PRESSURE HIGH - LOW The inboard IV for Core Spray 111 fails to open and Core Spray pump 121 fails to start The following malfunctions are preset:
PO-I .o PO-2.0 PO-3.0 PO-4.0 PO-5.0 PO-6.0 Given the plant at power, the crew will perform a control rod pattern adjustment, in accordance with N1-OP-5. Given the plant operating at power, the crew will shift operating TBCLC Pumps, in accordance with N1-OP-24. Given the plant operating at power and a failure of RPV pressure instruments, the crew will diagnose the failures and take manual control of RPV water level to prevent a reactor scram, in accordance with NI- SOP-I 6.1. Given the plant operating at power with clogging of the operating Service Water Pump Discharge Strainer, the crew will shift to the alternate Service Water pump and strainer, in accordance with N1-OP-18. Given the plant operating at power and a failed Main Steam Line Radiation Monitor, the crew will determine the appropriate Technical Specification actions, in accordance with N1 -ARP-F1 . Given the plant operating at power and lowering intake level, the crew will operate Circulating Water pumps, perform an emergency power reduction and scram the reactor, in accordance with N1-SOP-18.1. NRC Scenario 4 October 2008 PO-7.0 Given the plant in a condition requiring emergency classification, the SRO shall classify the eveiits properly, complete initial notification forms, and discuss the bases for, the classification in accordance with the emergency plan procedure. Given the plant or a plant system in a condition requiring Technical Specification action, identify the deviation and any required actiondnotifications.
CSOIC, CORE SPRAY PUMP TRIP 121 IPRESET CSO3C, CORE SPRAY INBD INJECT VLV FAIL TO OPEN 40-11 IPRESET NRC Scenario 3                                23                            October 2008
PO-8.0 NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS Take the simulator out of freeze before the crew enters for the pre-shift walkdown and briefing Allow no more than 5 minutes to walkdown panels EVENT 1 Control rod pattern adjustment Note: There are no Control Console activities required for this event Note: Reactivity briefing, procedure review and RMI review should occur prior to scenario start, in secure briefing room CREW Walkdown panels Conduct shift turnover brief 0 Assume the shift PO-I .o SRO 0 Conducts reactivity brief for power restoration (previously performed) 0 Reviews Reactivity Maneuver Instruction (previously performed)
 
Directs RO to perform control rod pattern adjustment in accordance with the RMI and N1-OP-5 0 Provides Reactivity SRO monitoring RO 0 Acknowledges direction from SRO 0 Obtains copy of RMI form 0 Moves control rods in accordance with N1-OP-5 and RMI Reports to SRO when control rod pattern adjustment is complete 0 NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 1 Continued BOP Monitors feedwater controls for proper response 0 FWP 13 FCV responding to power change RPV Water Level remains within program band (65 - 75) Provides peer checks as required 0 0 NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/
INSTRUCTOR ACTIONS/
PLANT RESPONSE OPERATOR ACTIONS EVENT 2 Return TBCLC Pump 12 to service and secure TBCLC Pump 11 After performing the control rod pattern adjustment, the crew shifts operating TBCLC pumps pel- NI- OP-24, Section F. 1 .O Note: There are no Control Console activities required for this event Role Plav: When contacted as NAO to perform pre-start checks, immediately report pre-sta rt checks are SAT and you are standing by for pump start Role Plav: When contacted as NAO for proper pump start, immediately report pump start SAT Role Plav: When contacted as NAO for pump venting, wait 1 minute and report the pump has been vented NRC Scenario 4  PO-2.0 SRO 0 Provide pre-evolution brief 0 Direct BOP to start TBCLC Pump 12 and secure TBCLC Pump 11 IAW NI- OP-24, Section F.l .O RO 0 Monitor plant parameters BOP Acknowledges direction to start TBCLC Pump 12 and secure TBCLC Pump 11 IAW N1-OP-24, Section F.l .O Obtains and reviews N1-OP-24 Starts TBCLC Pump 12 Directs A0 to vent pump through 71-192, as follows: Uncap AND open 71-192 WHEN venting complete, close AND cap 71-192 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 2 Continued BOP Continued Confirms standby pump is operating correctly by verify stable pump amps and discharge pressure Stops TBCLC Pump 11, then places control switch for TBCLC Pump 11 in AUTO START NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/
PLANT RESPONSE                                    OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued                      SRO Initial Actions for RPV Coolant Leak 0    May direct an emergency power reduction IAW Nl-SOP-1. I , if time Note: A reactor scram will be required because of      permits rising Drywell pressure                                Brief crew on plans to insert manual scram 0    Direct the RO to place Mode Switch to SHUTDOWN 0    Enters N1-EOP-2 when RPV water level reaches 53 inches 0    Directs N1-SOP-1, Reactor Scram 0    Enters N1-EOP-2 and N1-EOP-4 when DW pressure reaches 3.5 psig Actions for failure of PB to transfer e    Direct entry into Nl-SOP-30.1 0    Direct entry into N1-SOP-30.2 0    Authorizes PB 11 and PB 12 re-energized 0    Acknowledges PB 11 and PB 12 can be re-energized Subsequent SRO EOP Actions:
PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Reactor pressure transmitter failures When the TBCLC Pumps are shifted and directed by examiner, insert malfunctions:
0    Enters N1-EOP-2 when water level reaches 53 inches:
RPI66, RPV PT 36-076 FAILED LOW TRG 1 RR92, RX VESL PRES XMTR 36-31 (LOCAL-FW CONTROL) FAILS, DELAY TIME=15 SEC TRG 1 Two RPV pressure instruments indicate downscale Controlling RPV water level instrument indicates lower than actual Feedwater flow rises RPV water level rises Expected Annunciators:
0  Determines all control rods are in 0  Directs RPV water level controlled between 53-95 inches with CRD Directs RPV pressure controlled less than 1080 psig Adjusts level and pressure bands as coolant leak degrades RPV parameters NRC Scenario 3                              24                                  October 2008
F4-4-2, RPS CH 12 REACTOR PRESS LOW F4-4-7, RPS CH 12 MAiN STEAM iSOLATlON AUTO OPERATE F2-3-3, REACT VESSEL LEVEL HIGH-LOW (delayed > 15 sec) PO-3.0 CREW 0 Acknowledge/report Annunciators F4-4-2, RPS CH 12 RX PRESS LOW F4-4-7, RPS CH 12 MS IS0 AUTO 0 OPERATE F2-3-3, REACT VESSEL LEVEL HIGH-LOW (Delayed
 
>I5 sec) 0 Diagnose failure of the pressure instruments on the F Panel then diagnose failure of FWLC Pressure/Level Column SRO Acknowledge report of pressure transmitter failures Diagnose the relationship between pressure transmitter 36-31 and the FWLCS Acknowledge report of RPV water level rising NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE 0 P E RAT0 R ACTIONS EVENT 3 Continued - Note: Switching level columns may result in Annunciator F2-3-3, REACT VESSEL LEVEEL HIGH-LOW, due to circuit interruption. - Note: The same channel of level and pressure should be selected SRO Continued Direct entry into N1 -SOP-I 6.1 for failure of FWLC Directs placing FWLC in Manual Directs Shifting Reactor Pressure/Level Columns IAW N1-OP- 16, section F.10.0 Acknowledge report of pressure and level columns shifted Enter T.S. Table 3.6.2.a (o), for pressure transmitter 36-07B (Place RPS Channel 11 in the tripped condition within 12 hours)
INSTRUCTOR ACTIONS/
Notify WEC/Ops Mgmt RO Monitor plant parameters If directed to shift FWLC pressu re/level columns : Verifies feedwater lineup Verifies BOP has manual control of FWLC Shifts reactor pressure and level columns using the key lock switches on the E Panel Coordinates with BOP to return FWLC to auto: Places FEEDWATER MASTER CONTROL M/A station mode switch in MAN NRC Scenario 4  October 2008 INSTRUCTOR ACTIONS/
PLANT RESPONSE                  OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued    SRO Continued e  When RPV level can NOT be maintained >53 inches, directs use of Alternate Injection Systems, Detail E (Liquid Poison) to stay above -84 inches (TAF) e  Direct MSlVs closed to minimize inventory loss and pressure control with ECs e  Determines cannot stay above -84 inches (TAF) with current injection sources, and transitions to Alternate Level Control leg of N1-EOP-2 e  Directs ADS bypassed e  Directs EC initiation e  Determines Core Spray pump 121 has failed to start e  Determines 2 Detail F Subsystems are available (Core Spray Loop 11 and Condensate/Feedwater Booster Pumps 12) e  Waits until level drops to -84 inches (TAF) e  Determines a Detail F Subsystem is lined up with a pump running e  Before level drops to -109 inches, determines an injection source is lined up with a pump running e  Enters N1 -EOP-8, RPV Blowdown:
PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued 30 Continued 0 0 0 0 0 BOP Nulls FWP 13 VALVE CONTROL by adjusting the FEEDWATER MASTER CONTROL M/A station output with the manual knob until the deviation meter indicates 50% on FWP 13 VALVE CONTROL GEMAC Controls RPV water level with the manual knob at the FEEDWATER MASTER CONTROL LBSlHR controller in MAN mode Nulls FEEDWATER MASTER CONTROL setpoint error by adjusting Thumb/Setpoint tape to align setpoint (orange arrow) directly under automatic setpoint (green band) Places FEEDWATER MASTER CONTROL M/A station mode switch in AUTO or BAL Confirms system response by adjusting the thumbwheel on FEEDWATER MASTER CONTROL to maintain RPV water level D Enters N1-SOP-16.1 due to failure of FWLC Takes manual control of Feedwater pump 13 FCV NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued - Note: Once the FWP 13 VALVE CONTROL M/A STATION mode switch is in BAL, manual FWLC is shifted to the RO at E-panel Role Play: When directed as NAO to check ATS cabinet indication, wait 2 minutes and report that PT 36-076 is downscale with the gross failure light lit BOP Continued 0 Manually restores RPV water level to normal band If directed to shift FWLC pressure/level columns: 0 Coordinates with RO to return FWLC to auto: 0 Places FWP 13 VALVE CONTROL M/A STATION mode switch in BAL Dispatch NAO to investigate indications at ATS Cabinet NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Service Water Pump Discharge Strainer High D/P When directed by the examiner, insert malfunction:
Determines all control rods are in NRC Scenario 3              25                            October 2008
CWIGA, SW PUMP 11 STRAINER 72-05 CLOGGING, FINAL VALUE=10%
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                OPERATOR ACTIONS EVENTS 7,8 and 9 Continued    iRO Continued Directs Emergency Condensers initiated 0    Determines torus water level is above 8.0 feet Directs open 3 ERVs CT-I -0 Directs RPV water level restored 53-95 inches using Core Spray (Nl-EOP-1 Att 4) or Condensate/Feedwater Booster pumps (Nl-EOP-1 Att 25/26)
When RPV pressure is less than 365 psig, determines Core Spray IV 40-1 1 failed to open Directs RPV water level restored 53-95 inches using Condensate/Feedwater Booster pumps (Nl-EOP-1 Att 25/26)
CT-2.0 Determines RPV water level is rising Transitions back to Normal Level Control leg of N1-EOP-2 Enters N1-EOP-4 when drywell pressure reaches 3.5 psig and/or drywell temperature reaches 150&deg;F:
Directs lockout of Containment Spray Pumps 0  When torus pressure exceeds 13 psig or before drywell temperature exceeds 300&deg;F:
NRC Scenario 3            26                                October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                  OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued    SRO Continued 0  Determines plant is inside Containment Spray Initiation Limit Curve (Fig. K) 0  Directs verification that the recirculation pumps are tripped 0  Directs drywell cooling fans tripped 0  Directs initiation of containment spray IAW NI-EOP-I Att 17 CT-3.0 0  Monitors torus pressure and water level for PSP RO Places REACTOR MODE Switch in SHUTDOWN Provides Scram Report Performs N1-SOP-1, Reactor Scram, scram verification actions Places IRMs on range 9 Inserts IRM and SRM detectors Downranges IRMs as necessary to monitor power decrease 0  Reduces Recirc Master flow to 25-43 x I O 6 Ib/hr Controls RPV pressure 4 0 8 0 psig using Turbine Bypass Valves, as required BOP D Continues to control RPV Level in MANUAL NRC Scenario 3              27                              October 2008
 
I NSTRUCTOR ACT1ON S/
PLANT RESPONSE                                  OPERATOR ACTIONS BOP Continued 0 Performs N1-SOP-I , Reactor Scram, level control actions:
0 Restores RPV level to 53-95 inches by controlling injection and rejecting through RWCU 0 Determines # I 3 FWP running and RPV water level recovering Note: Further level control actions may not be  0 Determines no Electric FW Pump performed due to powerboard losses and coolant    runninglavailable leak                                            0 Terminates 13 FWP injection (as required with no Electric FW Pump and LOCA in progress):
0    Places FWP 13 VALVE CONTROL in MANUAL AND closes 0    Disengages 13 FWP 0    Gives 29-10, FEEDWATER PUMP 13 BLOCKING VALVE, a CLOSE signal 0 Verifies RPV water level +53 inches and rising 0 Verifies 11/12 FWP controllers in MANUAL and set to zero output 0 Resets HPCl signal 0 If RPV level reaches 85 inches and rising, then:
Verifies off all Feedwater Pumps 0    Secures CRD Pumps not required 0    Maximizes RWCU reject flow Closes FWlVs if required 0    Closes MSlVs if required 0 Attempts to maintain RPV water level in assigned band NRC Scenario 3                                28                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                  OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued                    ROlBOP Actions for Failure of PBs to Transfer:
When the turbine trips, Power Boards 1Iand 12    e  Enters N1-SOP-30.1 for PB 11 loss fail to transfer                                e  Enters N1-SOP-30.2 for PB 12 loss Actions from N1-SOP-30.1(30.2)
The following malfunctions cause the failure to  e  Verifies fault annunciators clear transfer:                                        e  Obtains permission from SRO to re-energize PB 11(12)
ED26, FAILURE OF PBI I TO AUTO TRANSFER          e  Verifies PB 11(12) components green PRESET      flagged ED27, FAILURE OF PB12 TO AUTO TRANSFER                  Cleanup Pump 11(12)
PRESET          Service Water Pump 11(12)
Expected Annunciators:                                  Circ Water Pump 1l(12)
A4-1-1, POWER BD. I 1 R113 TRIP                          RRMG Set 11 and 12 (14 and 15)
A5-1-6, POWER BD. 12 R122 TRIP                          TBCLC Pump 11(12)
Major Loads Lost:                                        FW Booster Pump 11(13)
Powerboard 7 7:                                          Condensate Pump 1l(13)
RWCU Pump I 1                                    e  Inserts Sync Key and rotates Service Water Pump 11                                clockwise for R112(R123)
Circ Pump 11                                    e  Closes R112(R123)
RR Pump I 1                                      e  Confirms voltage normal on PB 11(12)
RR Pump 12                                      e  Rotates Sync Key counterclockwise TBCLC Pump I ?                                      and removes for R112(R123)
Condensate Pump I 1                              e  Determines PB 11(12) energized Feedwater Booster Pump I I e  Closes RIII(124)
Powerboard 72:
e  Dispatches NAO to recover RWCU Pump 12 Powerboards 13, 14, 15 Service Water Pump 12 e  Reports PB 11(12) re-energized Circ Pump 12 e  Moves to other SOP to re-energize RR Pump 14 PB 12(11)
RR Pump 15 e  Starts Service Water Pump 1l(12)
TBCLC Pump 12 e  Starts IAC 1l(12)
Condensate Pump 13 e  Starts TBCLC Pump 11(12)
Feedwater Booster Pump 13 NRC Scenario 3                                29                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                  OPERATOR ACTIONS EVENTS 7,8 and 9 Continued                      RO/BOP Continued 0 Starts an RBCLC Pump 0 Verifies fault annunciators clear Role Plav: When contacted as NAO,               0  Obtains permission from SRO to re-acknowledge order to recover PBs 13, 14, 15, but    energize PB 12(11) delay any report on task completion              0 Verifies PB 12(11) components green flagged 0  Cleanup Pump 12(11) 0  Service Water Pump 12(11) 0    Circ Water Pump 12(11)
RRMG Set 14 and 15 (11 and 12) 0   TBCLC Pump 12(11) 0    FW Booster Pump 13(11) 0  Condensate Pump 13(11) 0  Inserts Sync Key and rotates clockwise for R123(R112) 0  Closes R123(R112) 0  Confirms voltage normal on PB 12(11) 0  Rotates Sync Key counterclockwise and removes for R123(R112) 0  Determines PB 12(11) energized 0  Closes R124(111) 0  Reports PB 12(11) re-energized Subsequent EOP Actions:
0  Maximizes injection with CRD and Liquid Poison to attempt to maintain level within the band assigned 0 Updates crew on failure to maintain level and pressure bands NRC Scenario 3                              30                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                  OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued    ROlBOP Continued Operates Emergency Condensers to maintain pressure with the band assigned and NOT exceed 1OO&deg;F/hr cool-down rate Reports failure of Core Spray pump 121 to start Closes MSlVs when directed Locks out Containment Spray by placing 4 pump control switches in PTL Observes and reports containment parameters (torus pressure above 13 PSkl)
Verifies/reports that all recirculation pumps have been tripped Verifies/reports that all drywell cooling fans have been tripped Initiates containment spray (N1-EOP-1 Att 17)
Starts Containment Spray Pumps 111 and 112 CT-3.0 Verifies Containment Spray flow Monitors containment pressure and temperature to ensure lowering trend Terminates Containment Sprays when drywell pressure is below 3.5 psig Reports containment spray terminated NRC Scenario 3              31                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                 OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued   RO/BOP Continued Monitors DWP and reports if DWP reaches 3.5 psig, after spray is terminated IF directed, initiates Containment Spray again Initiates Emergency Condensers when directed Bypasses ADS Reports RPV water level below -84 inches (TAF)
Opens 3 ERVs CT-1.O When RPV pressure lowers below 365 psig, recognizes/reports Core Spray IV 40-1 1 failed to open Attempts to manually open 40-1 1 Report inability to inject with Core spray Injects to the RPV with Condensate/Feedwater Booster pumps (Nl-EOP-1 Att 25/26)
CT-2.0 Reports RPV water level above -84 inches (TAF)
Restores and maintains RPV water level 53-95inches Possible N1-EOP-1 Att 25 actions:
WHEN Feedwater Booster HDR PR (PI-51-61A) is greater than RPV pressure, THEN:
Place LVL SETPOINT SETDOWN to OVERRIDE NRC Scenario 3              32                                October 2008
 
INSTRUCTOR ACT1ONSl PLANT RESPONSE                                    OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued                      ROlBOP Continued Verify Open, at least one of the FEEDWATER ISOLATION VALVES 11 and 12 Verify Open, FEEDWATER PUMP 13 BLOCKING VALVE Select Manual on 13 FWP Valve Control Selector Switch Turn 13 Feedwater FCV (Knurled Knob) clockwise to open Feedwater FCV Position 13 Feedwater FCV as necessary to maintain required level Possible N1-EOP-1 Att 26 actions:
WHEN Feedwater Booster HDR PR (Pl-51-61A) is greater than RPV pressure, THEN:
Verify Open at least one of the FEEDWATER ISOLATION VALVES 11 and 12 Verify Open, both FEEDWATER PUMP 11 and 12 BLOCKING VALVES Select Manual on 11 and 12 FWP Role Plav: When directed as NAO to pull fuses        Valve Control Selector Switch FU-8 and FU-9, wait 2 minutes and insert iremote:    Turn 11 and 12 Feedwater FCV (Knurled Knob) fully FW24, REMOVAL OF HPCl FUSES FU8/FXJ9,                counterclockwise FINAL VALUE=PULL                                    Remove the following fuses from TRG 2e    Panel IS34 in the Aux Control Room:
Then report that fuses FU-8 and FU-9 have been      0  FU-8 pulled                                                  FU-9 NRC Scenario 3                              33                                October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                 OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued                   ROlBOP Continued 0 Position 11 and 12 Feedwater FCV as necessary to maintain required level while maintaining less than 1.5 E6 Ibm/hr through each feed pump TERMINATING CUE 0  RPV Blowdown in progress 0  RPV water level above -84 inches (TAF) and controlled in assigned band 0  Containment pressure controlled in accordan with N1-EOP-1 Att 17 NRC Scenario 3                              34                            October 2008
 
V. POST SCENARIO CRITIQUE A. NIA, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events
: 1. None B. Commitments
: 1. None VII. LESSONS LEARNED A. None NRC Scenario 3                    35  October 2008
 
Appendix D                              Scenario Outline                            Form ES-D-1 Facility: Nine Mile Point I      Scenario No.: NRC44              Op-Test No.: October 2008 Examiners:                                      Operators:
Initial Conditions: Simulator IC 174
: 1. Reactor Power approximately 90% for a rod pattern adjustment Turnover:
: 1. Maintenance completed work on TBCLC pump 12
: 2. APRM 13 bypassed due to failed power supply
: 3. Recirc Pump 14 OOC due to high jibrations Event    Malf. No. Event                                      Event No.
Type*                                    Description instrument line) fail low, requires manual FWLC Water Discharge Strainer high D/P requires shifting I  H2-1-3   I              the lntalte Structure and loss of normal heat sinks, emergelicy power reduction required (SOP-I 8.1)
                                      \--.  ' I 9        FW24      C (BOP)      The crew will be unable to re-inject with feedwater/
FW28      c (SRO)      condensate because the valves they used to terminate and prevent will fail closed (EOP-8)
Overrides (N)ormal,   (R)eactivity,  (I)nstrument,    (C)omponent,     (M)ajor NRC Scenario 4                                                                    October 2008
 
Facility: Nine Mile Point 1          Scenario No.: NRC-04    OD-Test No.: October 2008 TARGET QUANTITATIVE ATTRIBUTES                    ACTUAL (PER SCENARIO: SEE SECTION D.5.d)                ATTRIBUTES
: 1. Total malfunctions (5-8)                            6 Events 3,4,5, 6,8,9
: 2. Malfunctions after EOP entry (1-2)                  2 Events 8,9
: 3. Abnormal events (2-4)                                4 Event 3,4,5,6
: 4. Major transients (1-2)                              1 Event 7
: 5. EOPs enteredhequiring substantive                    1 actions (1-2)
Event 8 (EOP-4)
: 6. EOP contingencies requiring substantive              2 actions (0-2)
Events 7,9 (EOP-3, EOP-8)
: 7. Critical tasks (2-3)                                3 CRITICAL TASK DESCRIPTIONS:
CT-1.0 Given a failure of the reactor to scram with power above 6% or unknown and RPV water level above -41 inches, the crew will terminate and prevent all injection except boron and CRD.
CT-2.0 Given a failure of the reactor to scram with RPV water level unable to be restored and maintained above -109 inches with CondensatelFeedwater and CRD, the crew will perform an RPV Blowdown and re-establish injection with Core Spray.
CT-3.0 Given a LOCA in the Drywell, the crew will initiate Containment Sprays to
-prevent exceeding PSP.
NRC Scenario 4                                  .                        October 2008
 
NMP SIMULATOR SCENARIO NRC Scenario 4                                REV. 0                            No. of Pages: 35 FEEDWATER FLOW TRANSMITTER FAILURE, SERVICE WATER STRAINER CLOGGING, LOW LEVEL IN THE INTAKE STRUCTURE. ATWS WITH A LOCA AND FAILURE OF THE FEEDWATER ISOLATION VALVES CLOSED VALIDATED              2 u
h Az w
z ay f                        Bruce Williams          DATE        5/18/08 GEN SUPERVISOR OPS TRAINING                                                                DATE &3&
OPERATIONS MANAGER                                N/A - IExam Security                DATE CONFIGURAT10N CONTROL                               N/A - IExam Security                DATE SCENARIO
 
==SUMMARY==
 
Length:        90 minutes Initial Power Level:    Approximately 90%, 4 loop operation Mitigating Strategy Code:      AT3, high power ATWS with small LOCA, Blowdown required, re-inject with Core Spray The scenario begins with the crew performing a control rod pattern adjustment. Next, the crew will be directed to return TBCLC Pump 12 to service and secure TBCLC Pump 11. When this is complete, an RPS pressure transmitter will fail low, followed closely by the in-service feedwater system pressure transmitter also failing low. The crew will be required to shift to manual feedwater level control. The crew may then shift reactor pressure/level columns and return to automatic feedwater level control. Technical Specifications must be addressed due to the RPS pressure transmitter failure.
Next the crew must respond to high D/P across one of the Service Water Pump Discharge Strainers. This will require placing another Service Water Pump in service. Once the standby Service Water Pump has been started, Main Steam Line Radiation Monitor 111 will become inoperable. The SRO will determine the Technical Specification implications. Next the intake structure traveling screens clog causing higii D/Ps. This will eventually result in a low level in the intake structure with the subsequent tripping of the Circulating Water pumps. This will require entering N1-SOP-18.1, Service Water Failure/Low Intake Level. As intake level continues to lower, the crew will insert a manual scram.
When the scram occurs the control rods will not insert. This ATWS is complicated by the total NRC Scenario 4                                 -                                  October 2008
 
loss of the normal heat sinks. Additionally, following the ATWS, a Recirculation Line break will cause RPV water level to lower, requiring the crew to re-establish injection. When the crew attempts to re-establish Feedwater flow, the Feedwater isolation valves will not re-open. When it is determined that RPV water level cannot be restored and maintained above -109 inches, the crew will perform an RPV Blowdown, and re-inject with Core Spray.
Major Procedures:     N1-SOP-I . I , N1-SOF-I 6.1, N1-SOP-I 8.1, N1-EOP-I, N1-EOP-2, N1-EOP-3, NI-EOP-:3.1, N1-EOP-4, N1-EOP-8 EAL Classification:    Site Area Emergency, EAL 2.2.2 Termination Criteria: RPV Blowdown in progress, RPV water level above -109 inches and controlled in assigned band, containment pressure controlled in accordance with N1-EIOP-1 Att 17 NRC Scenario 4                                                                  October 2008
 
I. SIMULATOR SET UP A. IC Number:    IC 174 B. Presets/FunctionKey Assignments
: 1. Malfunctions:
: a. RROID, RR PUMP 14 DRIVIE BREAKER TRIP                    PRESET
: b. NM21C, APRM CHANNEL 13 FAILURE - INOP                    PRESET C. RPIGB, RPV PT 36-07B FAILED LOW                          TRG 1
: d. RR92, RX VESL PRES XMTR 36-31 (LOCAL-FW CONTROL)
FAILS, DELAY TIME=15 SEC                                TRG 1
: e. CWIGA, SW PUMP 11 STRAINER 72-05 CLOGGING, FINAL VALUE=lO%                                          TRG 2
: f. RMIA, MAIN STEAM LINE FiAD MONITOR 111 INOP              TRG 3
: g. CW12, CIRCULATING WATER INTAKE STRUCTURE BLOCKAGE (TRASH), FINAL VALUE=20%                                TRG 4
: h. RD33A, CONTROL ROD BANK BLOCKED BANK 1, INSERT FAIL POSITION, FINAL VALUE=12                    PRESET
: i. RD33B, CONTROL ROD BANK BLOCKED BANK 2, INSERT FAIL POSITION, FINAL VALUE=12                    PRESET
: j. RD33C, CONTROL ROD BANK BLOCKED BANK 3, INSERT FAIL POSITION, FINAL VALUE=18                    PRESET
: k. RD33D, CONTROL ROD BANK BLOCKED BANK 4, INSERT FAIL POSITION, FINAL VALUE=12                    PRESET I. RD33E, CONTROL ROD BANK BLOCKED BANK 5, INSERT FAIL POSITION, FIIVAL VALUE=12                    PRESET
: m. RR29, RR LOOP RUPTURE (LOCA), DELAY TIME=3 MINUTES, RAMP TIME=4 MINUTES, FINAL VALUE=15%                    TRG 18
: n. FW24, FEEDWATER 13 FCV FAILS CLOSED                      TRG 20
: 0. FW28A, HPCl MODE FAILURE TO INITIATE 11                  TRG 20
: p. FW28B, HPCl MODE FAILURE TO INITIATE 12                  TRG 20
: 2. Remotes:
: a. FW24, REMOVAL OF HPCl FUSES FU8/FU9, FINAL VALUE=PULL TRG 25
: 3. Overrides:
: a. OVR-5S5D1309 POS-3 1FIO/31-03A POS C, FINAL VALUE=INSYS TRG 19
: b. OVR-5S6D13012 POS-3 1Fl0/31-03A POS C, FINAL VALUE=INSYSTRG 19 NRC Scenario 4                                                  October 2008
 
C. OVR-SA144PI D1354 SET 1F'27/ID15B MAN, FINAL VALUE=INSYS TRG 20
: d. OVR-5A144Pl Dl355 SET 1F'27/ID15B AUTO, FINAL VALUE=INSYS TRG 20
: e. OVR-5A144P1A13100 1F27/ID158 BAL R I , FINAL VALUE=O                    TRG 20
: f. OVR-5A145PI Dl356 SET 1F'28/ID1 5C MAN, FINAL VALUE=O.OO              TRG 20
: g. OVR-5A145Pl Dl357 SET 1F'28/IDI 5C AUTO, FINAL VALUE=O.OO                TRG 20
: h. OVR-5A145PIA13120 1F28/ID15C BAL R I , FINAL VALUE=O                    TRG 20
: 4. Annunciators:
: a. H2-1-3, CIRCULATING WATER PUMP INTAKE LEVEL LOW -
ON/OFF, FINAL VALUE=CRYWOLF                                            TRG 4
: 5. Triggers;
: a. TRG 18 - Activates the coolant leak when the mode switch is taken to shutdown
: i. Event Action: zdrpstdn==l ii. Command: None
: b. TRG 19 -When both FWlV '1 1 and 12 green lights are lit, activates the FWlV 11 and 12 control switch OPEN position to off, preventing reopening of the valves
: i. Event Action: hzlfwisg(1:)==I&&hzlfwisg(2)==1 ii. Command: None
: c. TRG 20 - If both FWP 11 and 12 control switches are placed in PTL, activates malfunction to fail FW FCV 13 closed, and activates overrides on FW FCVs 11 and 12 to turn AUTO position off, MAN position on, and give a full close signal
: i. Event Action: zdfwfpk(1 )==I&&zdfwfpk(2)==1 ii. Command: None
: d. TRG 21 - Activates when the RPS jumpers are installed, ARI is overridden and RPS has been reset to allow a manual scram to achieve further inward rod movement
: i. Event Action: zdrpjbl1(5)==1&&hzlrp12g1==1&&zdrrarov==1 ii. Command: bat n08scen4RHI .bat
: 6. Batch Files:
: a. n08scen4RHI.bat - Allows further rod movement using N1-EOP-3.1
: i. dmfrd33a ii. dmf rd33b iii. dmf rd33c iv. dmf rd33d
: v. dmfrd33e NRC Scenario 4                                                                October 2008
 
vi. imf rd33a (0 0) 6 vii. imf rd33b (0 0) 6 viii. imf rd33c (0 0) 10 ix. imf rd33d (0 0) 8
: x. imf rd33e (0 0) 8 C. Equipment Out of Service
: 1. APRM 13 bypassed and yellow tagged
: 2. Recirc Pump 14 control switch in PTL and yellow tagged D. Support Documentation
: 1. RMI for control rod pattern adjustment E. Miscellaneous None NRC Scenario 4                                            October 2008
: 11.                            SHIFT TURNOVER INFORMATION PART I: To be performed by the oncoming Clperator before assuming the shift.
0    Control Panel Walkdown (all panels) (SM, CRS, STA, CSO, CRE)
PART II:          To be reviewed by the oncoming Operator before assuming the shift.
0  Shift Manager Log (SM,CRS, STA)                    0  Shift Turnover Checklist (ALL) cso Log (CSO)                                    0  LCO Status (SM, CRS, STA) 0    Lit Control Room Annunciators                    0  Computer Alarm Summary (CSO)
(SM, CRS, STA, CSO, CRE)
EvolutionslGeneral InformationlEquipment Statils:
Reactor Power = 90%, 4 loop operation TBCLC pump 12 motor bearing repair complete APRM 13 bypassed due to failed power supply Recirc Pump 14 OOC due to high vibrations PART 111:        RemarkslPlanned Evolutions:
: 1. Control rod pattern adjustment
: 2. TBCLC pump 12 to be returned to service
: 3. Power ascension to rated PART IV:          To be reviewedlaccomplishecl shortly after assuming the shift:
Review new Clearances (SM)                            Test Control Annunciators (CRE)
Shift Crew Composition (SM/CRS)
NRC Scenario 4                                                                      October 2008
 
II. PERFORMANCE OBJECTIVES A. Critical Tasks:
CT-1.O      Given a failure of the reactor to scram with power above 6% or unknown and RPV water level above -41 inches, the crew will terminate and prevent all injection except boron and CRD, in accordance with N1-EOP-3.
CT-2.0      Given a failure of the reactor to scram with RPV water level unable to be restored and maintained above -109 inches with Condensatelfeedwater and CRD, the crew will perform an RPV Blowdown and re-establish injection with Core Spray, in accordance with N1-EOP-3.
CT-3.0      Given a LOCA in the Drywell, the crew will initiate Containment Sprays to prevent exceeding PSP, in accordance with N1-EOP-4.
B. Performance Objectives:
PO-I .o    Given the plant at power, the crew will perform a control rod pattern adjustment, in accordance with N1-OP-5.
PO-2.0      Given the plant operating at power, the crew will shift operating TBCLC Pumps, in accordance with N1-OP-24.
PO-3.0      Given the plant operating at power and a failure of RPV pressure instruments, the crew will diagnose the failures and take manual control of RPV water level to prevent a reactor scram, in accordance with N I -
SOP-I 6.1.
PO-4.0      Given the plant operating at power with clogging of the operating Service Water Pump Discharge Strainer, the crew will shift to the alternate Service Water pump and strainer, in accordance with N1-OP-18.
PO-5.0      Given the plant operating at power and a failed Main Steam Line Radiation Monitor, the crew will determine the appropriate Technical Specification actions, in accordance with N1-ARP-F1 .
PO-6.0      Given the plant operating at power and lowering intake level, the crew will operate Circulating Water pumps, perform an emergency power reduction and scram the reactor, in accordance with N1-SOP-18.1.
NRC Scenario 4                                                                October 2008
 
PO-7.0 Given the plant in a condition requiring emergency classification, the SRO shall classify the eveiits properly, complete initial notification forms, and discuss the bases for, the classification in accordance with the emergency plan procedure.
PO-8.0 Given the plant or a plant system in a condition requiring Technical Specification action, identify the deviation and any required actiondnotifications.
NRC Scenario 4                                                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                      OPERATOR ACTIONS Take the simulator out of freeze before the crew enters for the pre-shift walkdown and briefing Allow no more than 5 minutes to walkdown panels    CREW Walkdown panels Conduct shift turnover brief 0  Assume the shift EVENT 1                                            PO-I .o Control rod pattern adjustment Note: There are no Control Console activities required for this event SRO Note: Reactivity briefing, procedure review and    0  Conducts reactivity brief for power RMI review should occur prior to scenario start, in    restoration (previously performed) secure briefing room                                0  Reviews Reactivity Maneuver Instruction (previously performed) 0  Directs RO to perform control rod pattern adjustment in accordance with the RMI and N1-OP-5 Provides Reactivity SRO monitoring RO 0  Acknowledges direction from SRO 0  Obtains copy of RMI form 0  Moves control rods in accordance with N1-OP-5 and RMI 0  Reports to SRO when control rod pattern adjustment is complete NRC Scenario 4                                                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE          OPERATOR ACTIONS EVENT 1 Continued BOP Monitors feedwater controls for proper response 0  FWP 13 FCV responding to power change 0  RPV Water Level remains within program band ( 6 5 - 7 5 )
0  Provides peer checks as required NRC Scenario 4                                  October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                      OPERATOR ACTIONS EVENT 2                                              PO-2.0 Return TBCLC Pump 12 to service and secure TBCLC Pump 11 After performing the control rod pattern adjustment, the crew shifts operating TBCLC pumps pel- N I -
OP-24, Section F.1.O Note: There are no Control Console activities required for this event SRO 0  Provide pre-evolution brief 0  Direct BOP to start TBCLC Pump 12 and secure TBCLC Pump 11 IAW N I -
OP-24, Section F . l .O RO 0  Monitor plant parameters BOP Acknowledges direction to start TBCLC Pump 12 and secure TBCLC Role Plav: When contacted as NAO to perform            Pump 11 IAW N1-OP-24, Section pre-start checks, immediately report pre-sta rt        F . l .O checks are SAT and you are standing by for pump        Obtains and reviews N1-OP-24 start                                                  Starts TBCLC Pump 12 Directs A 0 to vent pump through 71-Role Plav: When contacted as NAO for proper            192, as follows:
pump start, immediately report pump start SAT                Uncap AND open 71-192 WHEN venting complete, close Role Plav: When contacted as NAO for pump                    AND cap 71-192 venting, wait 1 minute and report the pump has been vented NRC Scenario 4                                                            October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE            OPERATOR ACTIONS EVENT 2 Continued          BOP Continued Confirms standby pump is operating correctly by verify stable pump amps and discharge pressure Stops TBCLC Pump 11, then places control switch for TBCLC Pump 11 in AUTO START NRC Scenario 4                                    October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                    OPERATOR ACTIONS EVENT 3                                            PO-3.0 Reactor pressure transmitter failures              CREW 0  Acknowledge/report Annunciators When the TBCLC Pumps are shifted and directed            F4-4-2, RPS CH 12 RX PRESS by examiner, insert malfunctions:                        LOW 0  F4-4-7, RPS CH 12 MS IS0 AUTO RPI66, RPV PT 36-076 FAILED LOW                          OPERATE TRG 1        F2-3-3, REACT VESSEL LEVEL RR92, RX VESL PRES XMTR 36-31 (LOCAL-FW                  HIGH-LOW (Delayed > I 5 sec)
CONTROL) FAILS, DELAY TIME=15 SEC                  0  Diagnose failure of the pressure TRG 1    instruments on the F Panel then Two RPV pressure instruments indicate downscale      diagnose failure of FWLC Controlling RPV water level instrument indicates      Pressure/Level Column lower than actual Feedwater flow rises RPV water level rises Expected Annunciators:
F4-4-2, RPS CH 12 REACTOR PRESS LOW F4-4-7, RPS CH 12 MAiN STEAM iSOLATlON AUTO OPERATE F2-3-3, REACT VESSEL LEVEL HIGH-LOW (delayed >15 sec)
SRO Acknowledge report of pressure transmitter failures Diagnose the relationship between pressure transmitter 36-31 and the FWLCS Acknowledge report of RPV water level rising NRC Scenario 4                                                            October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                  0PERAT0R ACTIONS EVENT 3 Continued                              SRO Continued Direct entry into N1-SOP-I 6.1 for failure of FWLC Directs placing FWLC in Manual Directs Shifting Reactor Pressure/Level Columns IAW N1-OP-16, section F.10.0 Acknowledge report of pressure and level columns shifted Enter T.S. Table 3.6.2.a (o), for pressure transmitter 36-07B (Place RPS Channel 11 in the tripped condition within 12 hours)
Notify WEC/Ops Mgmt RO Note: Switching level columns may result in        Monitor plant parameters Annunciator F2-3-3, REACT VESSEL LEVEEL            If directed to shift FWLC HIGH-LOW, due to circuit interruption.            pressure/level columns :
Verifies feedwater lineup
-Note: The same channel of level and pressure          Verifies BOP has manual control should be selected                                      of FWLC Shifts reactor pressure and level columns using the key lock switches on the E Panel Coordinates with BOP to return FWLC to auto:
Places FEEDWATER MASTER CONTROL M/A station mode switch in MAN NRC Scenario 4                                                          October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE          OPERATOR ACTIONS EVENT 3 Continued        30 Continued 0  Nulls FWP 13 VALVE CONTROL by adjusting the FEEDWATER MASTER CONTROL M/A station output with the manual knob until the deviation meter indicates 50%
on FWP 13 VALVE CONTROL GEMAC 0  Controls RPV water level with the manual knob at the FEEDWATER MASTER CONTROL LBSlHR controller in MAN mode 0  Nulls FEEDWATER MASTER CONTROL setpoint error by adjusting Thumb/Setpoint tape to align setpoint (orange arrow) directly under automatic setpoint (green band) 0  Places FEEDWATER MASTER CONTROL M/A station mode switch in AUTO or BAL 0  Confirms system response by adjusting the thumbwheel on FEEDWATER MASTER CONTROL to maintain RPV water level BOP D  Enters N1-SOP-16.1 due to failure of FWLC Takes manual control of Feedwater pump 13 FCV NRC Scenario 4                                  October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                      OPERATOR ACTIONS EVENT 3 Continued                                  BOP Continued 0    Manually restores RPV water level to normal band If directed to shift FWLC pressure/level columns:
0    Coordinates with RO to return Note: Once the FWP 13 VALVE CONTROL M/A                    FWLC to auto:
STATION mode switch is in BAL, manual FWLC is          0    Places FWP 13 VALVE shifted to the RO at E-panel                                CONTROL M/A STATION mode switch in BAL Dispatch NAO to investigate Role Play: When directed as NAO to check ATS          indications at ATS Cabinet cabinet indication, wait 2 minutes and report that PT 36-076 is downscale with the gross failure light lit NRC Scenario 4                                                              October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                  OPERATOR ACTIONS EVENT 4                                        PO-4.0 Service Water Pump Discharge Strainer High D/P CREW When directed by the examiner, insert              Acknowledge/respond to annunciator malfunction:                                      HI-3-2, SERVICE WTR P STR 11-12 TRIP-LO VOLT DlFF PRESS CWIGA, SW PUMP 11 STRAINER 72-05 CLOGGING, FINAL VALUE=10%
TRG 2 Expected Annunciator:
TRG 2 Expected Annunciator:
HI-3-2, SERVICE WTR P STR 11-12 TRIP-LO VOLT DlFF PRESS PO-4.0 CREW Acknowledge/respond to annunciator HI-3-2, SERVICE WTR P STR 11-12 TRIP-LO VOLT DlFF PRESS SRO Acknowledge report of SW Annunciator Direct entry into ARP for HI-3-2 Acknowledge report that SW strainer BV-72-408, Backwash VLV is open and that D/P is not lowering Determine the alarm cannot be cleared Direct shifting to SWP 12 per N1-OP- 18 section F.2.0 Acknowledge report that SWP 12 has been started Acknowledge report of current DIP NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/
HI-3-2, SERVICE WTR P STR 11-12 TRIP-LO VOLT DlFF PRESS SRO Acknowledge report of SW Annunciator Direct entry into ARP for HI-3-2 Acknowledge report that SW strainer BV-72-408, Backwash VLV is open and that D/P is not lowering Determine the alarm cannot be cleared Direct shifting to SWP 12 per N1-OP-18 section F.2.0 Acknowledge report that SWP 12 has been started Acknowledge report of current DIP NRC Scenario 4                                                       October 2008
PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued Role Play: When directed as NAO to investigate, wait two minutes, then report that Service  
 
\Water pump 11 Strainer D/P is 10 psid and slowly rising Role Play: When directed as NAO to verify strainer backwash valve, 72-408 open, wait one minute, then report that 72-408 is open, backwash is in progress, but it does not appear to be lowering D/P Role Play: When directed as NAO to repc'rt on pump start, immediately report that SWP 12 is operating normally Role Plav: When requested as NAO after start of Service Water Pump 12, report Service Water Pump 12 Adams Strainer D/P is 3 psid, and report that Service Water Pump 11 Adams Strainer DIP is 9 psid (if still running)
INSTRUCTOR ACTIONS/
RO B Monitor plant parameters BOP Enter ARP for HI 2 Direct an NAO to the Intake area to check the SW Pump Strainer IF strainer D/P is high perform the following: Confirm BV-72-408, ADAMS STRNR 11 Backwash VLV open Determine the alarm cannot be cleared Start SWP 12 per N1-OP-18, Sect.
PLANT RESPONSE                                       OPERATOR ACTIONS EVENT 4 Continued                                     RO B  Monitor plant parameters BOP Enter ARP for H I-3-2 Role Play: When directed as NAO to investigate,         Direct an NAO to the Intake area to wait two minutes, then report that Service \Water       check the SW Pump Strainer pump 11 Strainer D/P is 10 psid and slowly rising       IF strainer D/P is high perform the following:
F. Place the SERVICE WTR PUMP 12 control switch at H Panel in Start Observe normal motor running current, system flow, and discharge pressure NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Main Steam Line Radiation Monitor 11 1 Fails hop When directed by the examiner, insert malfunction:
Role Play: When directed as NAO to verify               Confirm BV-72-408, ADAMS STRNR strainer backwash valve, 72-408 open, wait one           11 Backwash VLV open minute, then report that 72-408 is open, backwash       Determine the alarm cannot be is in progress, but it does not appear to be lowering   cleared D/P                                                     Start SWP 12 per N1-OP-18, Sect. F.
RMIA, MAIN STEAM LINE RAD MONlTOlR 111 INOP TRG 3 Expected Annunciator:
Place the SERVICE WTR PUMP 12 control switch at H Panel in Start Role Play: When directed as NAO to repc'rt on           Observe normal motor running pump start, immediately report that SWP 12 is           current, system flow, and discharge operating normally                                       pressure Role Plav: When requested as NAO after start of Service Water Pump 12, report Service Water Pump 12 Adams Strainer D/P is 3 psid, and report that Service Water Pump 11 Adams Strainer DIP is 9 psid (if still running)
F1-2-7, MAIN STEAM RAD MONITOR CH I1 H I/L 0 Role Play: When requested to investigate the MSL rad monitor failure, report that you will begin an immediate investigation NRC Scenario 4 PO-5.0 CREW Acknowledge/report Annunciator FI- 2-7, MAIN STEAM RAD MONITOR CH 11 HVLO Diagnose failure of MSL Rad Monitor 111 SRO Acknowledges report of MSL Rad Monitor Ch 11 alarm Directs execution of ARP for F1-2-7 Acknowledges report that MSL Rad Monitor has failed Notifies WEC and requests investigation of the failure Enters TS Table 3.6.2.h (requires placing channel in the tripped condition within 12 hours or verifying Mechanical Vacuum pump isolated)
NRC Scenario 4                                                               October 2008
Briefs crew on failure of MSL Rad Monitor RO Monitors plant parameters October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued 1 BOP Executes ARP for F1-2-7 Goes to back panel and determines the other MSL Rad Monitors indicate normal readings Observes downscale light on MSL Rad Monitor Ch 11 and diagnoses the Monitor is INOP Notifies crew that MSL Rad Monitor Ch 11 is INOP NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/
 
PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Intake Structure blockage resulting in loss of the Intake Structure When the SRO has declared the Tech Specs and directed by examiner, insert malfunction and annunciator:
INSTRUCTOR ACTIONS/
CWI2, CIRCULATING WATER INTAKE STRUCTURE BLOCKAGE(TRASH), FINAL VALUE=20%
PLANT RESPONSE                                       OPERATOR ACTIONS EVENT 5                                             PO-5.0 Main Steam Line Radiation Monitor 111 Fails hop     CREW Acknowledge/report Annunciator FI-When directed by the examiner, insert                   2-7, MAIN STEAM RAD MONITOR malfunction:                                           CH 11 HVLO Diagnose failure of MSL Rad Monitor RMIA, MAIN STEAM LINE RAD MONlTOlR 111                  111 INOP TRG 3 Expected Annunciator:
TRG 4 H2-1-3, CIRCULATING WATER PUMP INTAKE LEVEL LOW, FINAL VALUE=CRYWOLF TRG 4 Circ Water Pumps 11 and 12 amps fluctuate Circ Water Pumps 1 I and 12 eventually trip Expected Annunciators: H2-1-3, CIRCULATING WATER PUMP IN7AKE LEVEL LOW H1-4-3, SCREEN WASH PUMP-SCREEN  
F1-2-7, MAIN STEAM RAD MONITOR CH I 1 H I/L0 SRO Acknowledges report of MSL Rad Monitor Ch 11 alarm Directs execution of ARP for F1-2-7 Acknowledges report that MSL Rad Monitor has failed Notifies WEC and requests Role Play: When requested to investigate the            investigation of the failure MSL rad monitor failure, report that you will begin    Enters TS Table 3.6.2.h (requires an immediate investigation                              placing channel in the tripped condition within 12 hours or verifying Mechanical Vacuum pump isolated)
'TRIP LOW VOLT DlFF PRESS H1-4-2 R. BUILDING SW PRESS/SERV W. PUMP HDR PRESS NRC Scenario 4 PO-6.0 CREW Acknowledge/report annunciators:
Briefs crew on failure of MSL Rad Monitor RO Monitors plant parameters NRC Scenario 4                                                                October 2008
H2-1-3, CIRCULATING WATER PUMP INTAKE LEVEL LOW HI-4-3, SCREEN WASH PUMP-SCREEN TRIP LOW VOLT DlFF PRESS HI-4-2 R. BUILDING SW PRESS/SERV W. PUMP HDR PRESS Analyze fluctuating CW Pump amps and diagnose loss of intake structure SRO Acknowledge crew reports Directs execution of ARP for H2-1-3 Directs entry into N1-SOP-18.1 Direct rapid power reduction to reduce load for one Circ Water Pump Determine intake level is NOT being restored Direct a Reactor Scram October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Continued Role Plav: When dispatched as NAO to investigate intake level, wait one minute anid report that there are some weeds on the traveling screens, level in the intake is approximately 238' and slowly lowering Role Plav:
 
When contacted as NAO to give an update on intake level following a power reduction, immediately report that intake level is 237' ;and still lowering at the same rate as before, and that the traveling screens will not rotate Note: When the plant is scrammed, an ATWS will occur, and subsequent actions in N1-SOP-18.1 may be prioritized RO D Monitor plant parameters D Rapidly lower Recirc Flow to lower power for one CW Pump operation When directed to manually scram: Place Reactor Mode Switch in SHUTDOWN Recognize control rods did NOT fully insert BOP Execute ARP for H2-1-3 Dispatch an operator to the screen house to investigate Enter N1 -SOP-I 8.1 Determine problem is with intake bay Trip one Circ Water pump Monitor pumps taking a suction from the Forebay for abnormal operation Request updates from NAO on intake level When directed by the SRO Trip the remaining CW Pump Verify one SW Pump operating Verify one SW Pump secured Perform actions of N1 -SOP-I , Reactor Scram Initiate Emergency Condensers Start ESW Pumps Secure SW Pump Close MSlVs Trip all Recirc Pumps NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/
INSTRUCTOR ACTIONS/
PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 and 8 ATWS and LOCA The following malfunctions are preset to c:ause an ATWS: RD33A, CONTROL ROD BANK BLOCKED BANK 1, INSERT FAIL POSITION, FINAL VALUE=12 RD33B, CONTROL ROD BANK BLOCKED BANK 2, INSERT FAIL POSITION, FINAL VALUE=12 RD33C, CONTROL ROD BANK BLOCKED BANK 3, INSERT FAIL POSITION, FINAL VALUE=18 RD33D, CONTROL ROD BANK BLOCKED BANK 4, INSERT FAIL POSITION, FINAL VALU E=l2 RD33E, CONTROL ROD BANK BLOCKED BANK 5, INSERT FAIL POSITION, FINAL VALUE=12 Control rods partially insert Reactor power remains > 6% When the mode switch is taken to shutdown, the following malfunction is automatically inserted:
PLANT RESPONSE             OPERATOR ACTIONS EVENT 5 Continued       1 BOP Executes ARP for F1-2-7 Goes to back panel and determines the other MSL Rad Monitors indicate normal readings Observes downscale light on MSL Rad Monitor Ch 11 and diagnoses the Monitor is INOP Notifies crew that MSL Rad Monitor Ch 11 is INOP NRC Scenario 4                                   October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                       OPERATOR ACTIONS EVENT 6                                             PO-6.0 Intake Structure blockage resulting in loss of the Intake Structure                                     CREW Acknowledge/report annunciators:
When the SRO has declared the Tech Specs and               H2-1-3, CIRCULATING WATER directed by examiner, insert malfunction and               PUMP INTAKE LEVEL LOW annunciator:                                               HI-4-3, SCREEN WASH PUMP-SCREEN TRIP LOW VOLT DlFF CWI2, CIRCULATING WATER INTAKE                             PRESS STRUCTURE BLOCKAGE(TRASH), FINAL                           HI-4-2 R. BUILDING SW VALUE=20%                                                   PRESS/SERV W. PUMP HDR TRG 4       PRESS H2-1-3, CIRCULATING WATER PUMP INTAKE Analyze fluctuating CW Pump amps LEVEL LOW, FINAL VALUE=CRYWOLF and diagnose loss of intake structure TRG 4 Circ Water Pumps 11 and 12 amps fluctuate Circ Water Pumps 1I and 12 eventually trip Expected Annunciators:
H2-1-3, CIRCULATING WATER PUMP IN7AKE LEVEL LOW H1-4-3, SCREEN WASH PUMP-SCREEN 'TRIP LOW VOLT DlFF PRESS H1-4-2 R. BUILDING SW PRESS/SERV W. PUMP HDR PRESS SRO Acknowledge crew reports Directs execution of ARP for H2-1-3 Directs entry into N1-SOP-18.1 Direct rapid power reduction to reduce load for one Circ Water Pump Determine intake level is NOT being restored Direct a Reactor Scram NRC Scenario 4                                                            October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                           OPERATOR ACTIONS EVENT 6 Continued RO D Monitor plant parameters D Rapidly lower Recirc Flow to lower power for one CW Pump operation When directed to manually scram:
Place Reactor Mode Switch in SHUTDOWN Recognize control rods did NOT fully insert BOP Execute ARP for H2-1-3 Dispatch an operator to the screen Role Plav: When dispatched as NAO to                      house to investigate investigate intake level, wait one minute anid report      Enter N1-SOP-I 8.1 that there are some weeds on the traveling                  Determine problem is with intake bay screens, level in the intake is approximately 238          Trip one Circ Water pump and slowly lowering                                        Monitor pumps taking a suction from the Forebay for abnormal operation Role Plav: When contacted as NAO to give an                Request updates from NAO on intake update on intake level following a power reduction,        level immediately report that intake level is 237 ;and still    When directed by the SRO lowering at the same rate as before, and that the Trip the remaining CW Pump traveling screens will not rotate Verify one SW Pump operating Verify one SW Pump secured Perform actions of N1-SOP-I ,
Reactor Scram Note: When the plant is scrammed, an ATWS will Initiate Emergency Condensers occur, and subsequent actions in N1-SOP-18.1 Start ESW Pumps may be prioritized Secure SW Pump Close MSlVs Trip all Recirc Pumps NRC Scenario 4                                                               October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                   OPERATOR ACTIONS EVENTS 7 and 8                                   CREW ATWS and LOCA                                       Diagnose failure of control rods to insert The following malfunctions are preset to c:ause     Diagnose degrading primary an ATWS:                                             containment parameters RD33A, CONTROL ROD BANK BLOCKED BANK 1, INSERT FAIL POSITION, FINAL VALUE=12 RD33B, CONTROL ROD BANK BLOCKED BANK 2, INSERT FAIL POSITION, FINAL VALUE=12 RD33C, CONTROL ROD BANK BLOCKED BANK 3, INSERT FAIL POSITION, FINAL VALUE=18 RD33D, CONTROL ROD BANK BLOCKED BANK 4, INSERT FAIL POSITION, FINAL VALU E=l2 RD33E, CONTROL ROD BANK BLOCKED BANK 5, INSERT FAIL POSITION, FINAL VALUE=12 Control rods partially insert Reactor power remains > 6%
When the mode switch is taken to shutdown, the following malfunction is automatically inserted:
RR29, RR LOOP RUPTURE (LOCA), DELAY TIME=3 MINUTES, RAMP TIME=4 MINUTES, FINAL VALUE=15%
RR29, RR LOOP RUPTURE (LOCA), DELAY TIME=3 MINUTES, RAMP TIME=4 MINUTES, FINAL VALUE=15%
TRG 18 Drywell leakage, humidity, pressure, and temperature rise CREW Diagnose failure of control rods to insert Diagnose degrading primary containment parameters NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued Expected Annunciators:
TRG 18 Drywell leakage, humidity, pressure, and temperature rise NRC Scenario 4                                                           October 2008
H2-4-7, DRYWELL WATER LEAK DETECTION SYS K2-4-3, DRYWELL PRESSURE HIGH - LOW - Note: Further RPV level actions are detailed in Event 9 SRO Acknowledges scram report Enters N1-EOP-2 due to reactor power above 6% when scram required Answers "All rods in to at least 04 NO Answers "Will the reactor stay shutdown without boron" NO Exits N1 -EOP-2, enters N1 -EOP-3 Directs ADS bypassed Directs prevent Core Spray injection per N1-EOP-1 Att 4 Determines Reactor power is above 6% and RPV level is above -41 inches Directs terminate and prevent of all injection except boron and CRD, N1-EOP-1 Att 24 CT-1 .O Directs RPV level lowered to at least -41 inches If an ERV is cycling:
 
Directs initiation of Emergency Condensers Directs open ERVs to lower RPV pressure to less than 965 psig Directs RPV pressure controlled below 1080 psig using Emergency Condensers and ERVs NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/
INSTRUCTOR ACTIONS/
PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued Monitors Figure M, Heat Capacity Temperature Limit Directs initiation of ARI Answers "Turbine Generator on-line?"
PLANT RESPONSE                                     OPERATOR ACTIONS EVENTS 7 & 8 Continued ExpectedAnnunciators:
NO Answers "Reactor power?"
H2-4-7, DRYWELL WATER LEAK DETECTION SYS K2-4-3, DRYWELL PRESSURE HIGH - LOW SRO Acknowledges scram report Enters N1-EOP-2 due to reactor power above 6% when scram required Answers All rods in to at least 0 4 NO Answers Will the reactor stay shutdown without boron NO Exits N1-EOP-2, enters N1-EOP-3 Directs ADS bypassed Directs prevent Core Spray injection per N1-EOP-1 Att 4 Determines Reactor power is above 6% and RPV level is above -41 inches Directs terminate and prevent of all injection except boron and CRD, N1-EOP-1 Att 24 CT-1.O Directs RPV level lowered to at least
above 6% Directs Recirc Pumps tripped Directs execution of N1 -EOP-3.1 Before torus temperature reaches 1 1 OOF: Directs Liquid Poison injection Acknowledge report that Primary Containment parameters (pressure, temperature, humidity) rising Enters N1-EOP-4 on high drywell pressure, high drywell temperature and/or high torus temperature Directs Containment Spray pumps in PTL When torus pressure exceeds 13 psig or before drywell temperature reaches 300&deg;F: Verifies inside Figure K, Containment Spray Initiation Limit Verifies that Recirc Pumps are tripped Directs trip of drywell cooling fans Directs initiation of Containment Spray per NI -EOP-1 Att 17 Records Liquid Poison tank level CT-3.0 Monitors Figure L, Pressure Suppression Pressure NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 &8 Continued - Note: Control rods will successfully insert using RMCS Note: RO will likely have to fully open the CRD flow control valve andlor close 44-04 in order to achieve rod movement via RMCS; these methods are preferential to closing 44-167 due to ability to perform from the control room and not preventing further scram attempts by blocking the charging water header RO Provides scram report Bypasses Core Spray IV interlocks per N1-EOP-1 Att 4 by installing six jumpers inside Panel N When directed performs N1-EOP-3.1, Section 3 (driving rods) and/or 4 (manual scrams) (See actions below)
-Note: Further RPV level actions are detailed in
Reports when APRMs <6% Reports status of control rod insertion
                                                      -41 inches Event 9 If an ERV is cycling:
'ossible N1-EOP-3.1 Section 3 Actions: Verify a CRD Pump running Place Reactor Mode Switch in REFUEL Place ARI OVERRIDE switch in OVERRIDE Install RPS jumpers (5, 6, 12, 13) Reset the scram Insert rods to 00 using EMER ROD IN starting with high power regions of core (use LPRM indications)
Directs initiation of Emergency Condensers Directs open ERVs to lower RPV pressure to less than 965 psig Directs RPV pressure controlled below 1080 psig using Emergency Condensers and ERVs NRC Scenario 4                                                           October 2008
If more drive pressure is required, then perform one or more of the following: Fully open CRD Flow Control Valve (F panel) Close 44-04, Control Rod Drive Water Cont V (F Panel) 0 0 Close 44-167, Charging Water Header Blocking Valve (RB 237') NRC Scenario 4 October 2008 I INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued - Note: When the RPS jumpers have been installed, ARI is overridden, and the scram is reset, then TRG 21 will activate.
 
This runs a batch file which deletes the following malfunctions:
INSTRUCTOR ACTIONS/
RD33A, CONTROL ROD BANK BLOCKED BANK 1 RD33B, CONTROL ROD BANK BLOCKED BANK 2 RD33C, CONTROL ROD BANK BLOCKED BANK 3 RD33D, CONTROL ROD BANK BLOCKED BANK 4 RD33E, CONTROL ROD BANK BLOCKED BANK 5 And inserts malfunctions:
PLANT RESPONSE               OPERATOR ACTIONS EVENTS 7 & 8 Continued           Monitors Figure M, Heat Capacity Temperature Limit Directs initiation of ARI Answers Turbine Generator on-line?
RD33A, CONTROL ROD BANK BLOCKED BANK 1, FINAL VALUE=6 RD33B, CONTROL ROD BANK BLOCKED BANK 2, FINAL VALUE36 RD33C, CONTROL ROD BANK BLOCKEC) BANK 3, FINAL VALUE=IO RD33D, CONTROL ROD BANK BLOCKED BANK 4, FINAL VALUE=8 RD33E, CONTROL ROD BANK BLOCKED BANK 5, FINAL VALUE=8 Control rods partially insert RO Continued Possible N1 -EOP-3.1 Section 4 Actions: Place ARI OVERRIDE switch in OVERRl DE Install RPS jumpers (5, 6, 12, 13) 0 0 Reset the scram 0 Verify open 44-167, Charging Water Header Blocking Valve (RB 237')
NO Answers Reactor power? above 6%
When the SDV is drained, then initiate a manual scram 0 NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued Role Play: When directed as NAO to pull HPCI fuses FU-8 and FU-9, wait one minute and insert remote: FW24, REMOVAL OF HPCl FUSES FU8/FU9, FINAL VALUE=PULL TRG 25 Then report that HPCl fuses FU-8 and FU-9 have been pulled - Note: Further RPV level actions are detailed in Event 9 BOP D Bypasses ADS D Terminates and prevents all injection except boron and CRD per N1-EOP-1 Att 24: CT-I .O Closes both FEEDWATER ISOLATION Valves 11 and 12 OR places FEEDWATER Pumps 11 and 12 in PTL Selects Manual on 1 1,12 and 13 FWP Valve Control selector switches Closes 1 1, 12 and 13 Feedwater FCV (Knurled Knob) full counterclockwise Directs NAO to remove fuses FU-8 and FU-9 from Panel IS34 in the Aux Control Room Verifies closed, FEEDWATER PUMP 13 BLOCKING VALVE Verifies in MAN, FWP 11 BYPASS VALVE, AND set to zero output Verifies in MAN, FWP 12 BYPASS VALVE, AND set to zero output Informs SRO when RPV water level reaches -41 inches If any ERV is cycling: Initiates Emergency Condensers Manually opens ERVs to lower RPV pressure <965 psig NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued BOP Continued Controls RPV pressure below 1080 psig with Emergency Condensers and ERVs Initiates ARI Verifies all Recirc Pumps tripped Initiates Liquid Poison as directed a Reports initial tank level Starts Liquid Poison pump 11 or 12 a Verifies RWCU isolated Places Containment Spray pumps in PTL Initiates Containment Spray (NI-EOP- 1 Att 17) Starts Containment Spray Pump 111 or 122 CT-3.0 Starts at least one of the other three Containment Spray Pumps May start Containment Spray Raw Water Pumps as needed for torus cooling Verifies Containment Spray flow Monitors containment pressure and temperature to ensure lowering trend Terminates Containment Sprays when drywell pressure is below 3.5 psig Reports containment spray terminated NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/
Directs Recirc Pumps tripped Directs execution of N1-EOP-3.1 Before torus temperature reaches 11OOF:
PLANT RESPONSE OPERATOR ACTIONS 0 Monitors DWP and reports if DWP reaches 3.5 psig, after spray is terminated 0 IF directed, initiates Containment Spray again NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Feedwater unavailable for RPV injection If the crew terminates and prevents by closing the FWIVs, then the following overrides will be automatically inserted to prevent re-opening of the valves : OVR-5S5D1309 POS-3 1 F10/31-03A POS C, FINAL VALUE=INSYS OVR-5S6D13012 POS-3 1 F10/31-03A POS C, FINAL VALUE=INSYS TRG 19 If the crew terminates and prevents by placing FW pumps 11 and 12 in PTL, then the following malfunctions and overrides will be automatically inserted to fail all three FW FCVs closed: FW24, FEEDWATER 13 FCV FAILS CLOSED FW28A, HPCl MODE FAILURE TO INITIATE 11 FW28B, HPCl MODE FAILURE TO INITIATE 12 OVR-SA144Pl D1354 SET I F27/1D15B MAN, FINAL VALUE=INSYS OVR-JA144Pl D1355 SET 1 F27/ID15B AUTO, FINAL VALU E=l NSYS OVR-5A144P1A13100 1 F27/IDl58 BAL R1, FINAL VALUE=O OVR-5Al45PlDI356 SET 1 F28/ID15C MAN, FINAL VALUE=O.OO OVRBA145PI D1357 SET 1 F28/ID15C AUTO, FINAL VALUE=O.OO OVRBAI 45P1 AI31 20 1 F28/IDl5C BAL R'I , FINAL VALUE=O TRG 20 CREW 0 Recognizes/reports failure of FWlVs and/or FW FCVs to open NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/
Records Liquid Poison tank level Directs Liquid Poison injection Acknowledge report that Primary Containment parameters (pressure, temperature, humidity) rising Enters N1-EOP-4 on high drywell pressure, high drywell temperature and/or high torus temperature Directs Containment Spray pumps in PTL When torus pressure exceeds 13 psig or before drywell temperature reaches 300&deg;F:
PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Continued SRO Acknowledges RPV water level below -41 inches If torus temperature is above I IOOF, then directs level lowered until: Power drops below 6%, OR Level drops to -84 inches (TAF)
Verifies inside Figure K, Containment Spray Initiation Limit Verifies that Recirc Pumps are tripped Directs trip of drywell cooling fans Directs initiation of Containment Spray per N I -EOP-1 Att 17 CT-3.0 Monitors Figure L, Pressure Suppression Pressure NRC Scenario 4                                     October 2008
Records final actual level Directs RPV injection with Condensate/Feedwater and CRD Acknowledge report that Condensate/Feedwater is not available for injection When RPV water level cannot be maintained above -1 09 inches, enters N1-EOP-8, RPV Blowdown Answers "Are all control rods inserted to at least position 04?" NO Answers "Will the reactor stay shutdown without boron?"
 
NO/UNKNOWN Directs terminate and prevent of all RPV injection except boron and CRD Directs Emergency Condensers initiated Answers "Torus water level?" Above 8 feet Directs open 3 ERVs CT-2.0 Returns to N1 -EOP-3 at circle IO Answers "Is any ERV open?" YES NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Continued SRO Continued Waits until RPV pressure drops below 288 psig Answers "Was level intentionally lowered before you entered N1 -EOP- 8?" YES Returns to circle 9 Directs RPV injection between
INSTRUCTOR ACTIONS/
-1 09 inches and previous final actual level with Core Spray per N1-EOP-1 Att 4 CT-2.0 Acknowledges report of RPV level restored above -1 09 inches RO/BOP e Acknowledges direction to re-establish RPV injection with Condensate/Feedwater and CRD Attempts to re-inject with Condensate/Feedwater per N 1 -EOP-1 Att 24: Reopens at least one FEEDWATER ISOLATION Valve 11 and / or 12, if closed in step 2.1 OR Restarts FEEDWATER Pumps 11 and/or 12, if shutdown in step 2.1 (if required ) NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Continued TERMINATION CRITERIA 0 RPV Blowdown in progress 0 RPV water level above -109 inches and being controlled in assigned band Containment pressure controlled in accordance with N1-EOP-1 Att 17 0 RO/BOP Continued 0 IF RPV level restoration is required using the FEEDWATER System, THEN, Position FEEDWATER FCV 1 I and/or 12 to maintain required RPV level Reports Condensate/Feedwater not available for RPV injection Reports RPV water level below -1 09 inches Re-establishes terminate and prevent lineup per N1-EOP-1 Att 24 as necessary Initiates Emergency Condensers Opens 3 ERVs CT-2.0 Re-establishes RPV injection using Core Spray per Nl-EOP-1 Att. 4: CT-2.0 0 Installs Core Spray Jumpers 0 Throttles Core Spray Inboard IV(s) (40-01, 40-09,40-I 0,40-I 1) as necessary to restore RPV level above -1 09" and maintain Core Spray within NPSH limits Reports RPV water level restored above -1 09 inches NRC Scenario 4 October 2008 INSTRUCTOR ACTIONS/ PLANT RESPONSE OPERATOR ACTIONS V. POST SCENARIO CRITIQUE A. N/A, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events None B. Commitments
PLANT RESPONSE                                       OPERATOR ACTIONS EVENTS 7 & 8 Continued                               RO Provides scram report Bypasses Core Spray IV interlocks per N1-EOP-1 Att 4 by installing six jumpers inside Panel N When directed performs N1-EOP-3.1, Section 3 (driving rods) and/or 4 (manual scrams) (See actions below)
: 1. None VII. LESSONS LEARNED A. None NRC Scenario 4 October 2008 ATTACHMENT 7: R.EACTIVITY MANEUVER INSTRUCTION Reason for Reactivity Maneuver:
Reports when APRMs <6%
Rod Pattern Adiustment STEP: 1 Parameter Expected Range Parameter None - Expected Range Actual Description of Step: 1. Lower reactor power to 90% using recirculation flow. 2. Perform attached control rod movement instructions.  
Reports status of control rod insertion
                                                    'ossible N1-EOP-3.1 Section 3 Actions:
Verify a CRD Pump running Place Reactor Mode Switch in REFUEL Place ARI OVERRIDE switch in OVERRIDE Install RPS jumpers (5, 6, 12, 13)
Reset the scram Insert rods to 00 using EMER ROD IN starting with high power regions of Note: Control rods will successfully insert using core (use LPRM indications)
RMCS If more drive pressure is required, then perform one or more of the following:
Note: RO will likely have to fully open the CRD Fully open CRD Flow Control flow control valve andlor close 44-04 in order to achieve rod movement via RMCS; these methods                Valve (F panel) are preferential to closing 44-167 due to ability to 0  Close 44-04, Control Rod Drive perform from the control room and not preventing            Water Cont V (F Panel) further scram attempts by blocking the charging          0   Close 44-167, Charging Water water header                                                Header Blocking Valve (RB 237')
NRC Scenario 4                                                             October 2008
 
I INSTRUCTOR ACTIONS/
PLANT RESPONSE                                     OPERATOR ACTIONS EVENTS 7 & 8 Continued                             RO Continued Possible N1-EOP-3.1 Section 4 Actions:
Place ARI OVERRIDE switch in OVERRlDE Note: When the RPS jumpers have been installed,     0  Install RPS jumpers (5, 6, 12, 13)
ARI is overridden, and the scram is reset, then     0  Reset the scram TRG 21 will activate. This runs a batch file which 0  Verify open 44-167, Charging Water deletes the following malfunctions:                     Header Blocking Valve (RB 237) 0  When the SDV is drained, then initiate RD33A, CONTROL ROD BANK BLOCKED                         a manual scram BANK 1 RD33B, CONTROL ROD BANK BLOCKED BANK 2 RD33C, CONTROL ROD BANK BLOCKED BANK 3 RD33D, CONTROL ROD BANK BLOCKED BANK 4 RD33E, CONTROL ROD BANK BLOCKED BANK 5 And inserts malfunctions:
RD33A, CONTROL ROD BANK BLOCKED BANK 1, FINAL VALUE=6 RD33B, CONTROL ROD BANK BLOCKED BANK 2, FINAL VALUE36 RD33C, CONTROL ROD BANK BLOCKEC)
BANK 3, FINAL VALUE=IO RD33D, CONTROL ROD BANK BLOCKED BANK 4, FINAL VALUE=8 RD33E, CONTROL ROD BANK BLOCKED BANK 5, FINAL VALUE=8 Control rods partially insert NRC Scenario 4                                                           October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                    OPERATOR ACTIONS EVENTS 7 & 8 Continued BOP D  Bypasses ADS D  Terminates and prevents all injection except boron and CRD per N1-EOP-1 Att 24:
CT-I .O Closes both FEEDWATER ISOLATION Valves 11 and 12 OR places FEEDWATER Pumps 11 Role Play: When directed as NAO to pull HPCI            and 12 in PTL fuses FU-8 and FU-9, wait one minute and insert         Selects Manual on 11,12 and 13 remote:                                                 FWP Valve Control selector switches FW24, REMOVAL OF HPCl FUSES FU8/FU9,                     Closes 11, 12 and 13 Feedwater FINAL VALUE=PULL                                         FCV (Knurled Knob) full TRG 25       counterclockwise Directs NAO to remove fuses FU-8 Then report that HPCl fuses FU-8 and FU-9 have           and FU-9 from Panel IS34 in the been pulled                                             Aux Control Room Verifies closed, FEEDWATER PUMP 13 BLOCKING VALVE Verifies in MAN, FWP 11 BYPASS VALVE, AND set to zero output Verifies in MAN, FWP 12 BYPASS Note: Further RPV level actions are detailed in VALVE, AND set to zero output Event 9 Informs SRO when RPV water level reaches -41 inches If any ERV is cycling:
Initiates Emergency Condensers Manually opens ERVs to lower RPV pressure <965 psig NRC Scenario 4                                                        October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE              OPERATOR ACTIONS EVENTS 7 & 8 Continued      BOP Continued Controls RPV pressure below 1080 psig with Emergency Condensers and ERVs Initiates ARI Verifies all Recirc Pumps tripped Initiates Liquid Poison as directed a    Reports initial tank level Starts Liquid Poison pump 11 or 12 a    Verifies RWCU isolated Places Containment Spray pumps in PTL Initiates Containment Spray (NI-EOP-1 Att 17)
Starts Containment Spray Pump 111 or 122 CT-3.0 Starts at least one of the other three Containment Spray Pumps May start Containment Spray Raw Water Pumps as needed for torus cooling Verifies Containment Spray flow Monitors containment pressure and temperature to ensure lowering trend Terminates Containment Sprays when drywell pressure is below 3.5 psig Reports containment spray terminated NRC Scenario 4                                       October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE           OPERATOR ACTIONS 0 Monitors DWP and reports if DWP reaches 3.5 psig, after spray is terminated 0 IF directed, initiates Containment Spray again NRC Scenario 4                                  October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                      OPERATOR ACTIONS EVENT 9 Feedwater unavailablefor RPV injection              CREW 0 Recognizes/reports failure of FWlVs If the crew terminates and prevents by closing the    and/or FW FCVs to open FWIVs, then the following overrides will be automatically inserted to prevent re-opening of the valves :
OVR-5S5D1309 POS-3 1F10/31-03A POS C, FINAL VALUE=INSYS OVR-5S6D13012 POS-3 1F10/31-03A POS C, FINAL VALUE=INSYS TRG 19 If the crew terminates and prevents by placing FW pumps 11 and 12 in PTL, then the following malfunctions and overrides will be automatically inserted to fail all three FW FCVs closed:
FW24, FEEDWATER 13 FCV FAILS CLOSED FW28A, HPCl MODE FAILURE TO INITIATE 11 FW28B, HPCl MODE FAILURE TO INITIATE 12 OVR-SA144Pl D1354 SET IF27/1D15B MAN, FINAL VALUE=INSYS OVR-JA144Pl D1355 SET 1F27/ID15B AUTO, FINAL VALU E=lNSYS OVR-5A144P1A13100 1F27/IDl58 BAL R1, FINAL VALUE=O OVR-5Al45PlDI356 SET 1F28/ID15C MAN, FINAL VALUE=O.OO OVRBA145PI D1357 SET 1F28/ID15C AUTO, FINAL VALUE=O.OO OVRBAI 45P1AI3120 1F28/IDl5C BAL R'I, FINAL VALUE=O TRG 20 NRC Scenario 4                                                          October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE            OPERATOR ACTIONS EVENT 9 Continued SRO Acknowledges RPV water level below
                              -41 inches If torus temperature is above IIOOF, then directs level lowered until:
Power drops below 6%, OR Level drops to -84 inches (TAF)
Records final actual level Directs RPV injection with Condensate/Feedwater and CRD Acknowledge report that Condensate/Feedwater is not available for injection When RPV water level cannot be maintained above -109 inches, enters N1-EOP-8, RPV Blowdown Answers Are all control rods inserted to at least position 04?NO Answers Will the reactor stay shutdown without boron?
NO/UNKNOWN Directs terminate and prevent of all RPV injection except boron and CRD Directs Emergency Condensers initiated Answers Torus water level? Above 8 feet Directs open 3 ERVs CT-2.0 Returns to N1-EOP-3 at circle I O Answers Isany ERV open? YES NRC Scenario 4                                    October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE          OPERATOR ACTIONS EVENT 9 Continued        SRO Continued Waits until RPV pressure drops below 288 psig Answers Was level intentionally lowered before you entered N1-EOP-8? YES Returns to circle 9 Directs RPV injection between -109 inches and previous final actual level with Core Spray per N1-EOP-1 Att 4 CT-2.0 Acknowledges report of RPV level restored above -109 inches RO/BOP e  Acknowledges direction to re-establish RPV injection with Condensate/Feedwater and CRD Attempts to re-inject with Condensate/Feedwater per N1-EOP-1 Att 24:
Reopens at least one FEEDWATER ISOLATION Valve 11 and / or 12, if closed in step 2.1 OR Restarts FEEDWATER Pumps 11 and/or 12, if shutdown in step 2.1 (if required)
NRC Scenario 4                                    October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                                  OPERATOR ACTIONS EVENT 9 Continued                                RO/BOP Continued 0    IF RPV level restoration is required using the FEEDWATER System, THEN, Position FEEDWATER FCV 1Iand/or 12 to maintain required RPV level Reports Condensate/Feedwater not available for RPV injection Reports RPV water level below -109 inches Re-establishes terminate and prevent lineup per N1-EOP-1 Att 24 as necessary Initiates Emergency Condensers Opens 3 ERVs CT-2.0 Re-establishes RPV injection using Core Spray per Nl-EOP-1 Att. 4:
CT-2.0 0    Installs Core Spray Jumpers 0    Throttles Core Spray Inboard IV(s)
(40-01, 40-09,40-I 0,40-I 1) as necessary to restore RPV level above -109" and maintain Core Spray within NPSH limits Reports RPV water level restored above -109 inches TERMINATION CRITERIA 0 RPV Blowdown in progress 0 RPV water level above -109 inches and being controlled in assigned band 0 Containment pressure controlled in accordance with N1-EOP-1 Att 17 NRC Scenario 4                                                        October 2008
 
INSTRUCTOR ACTIONS/
PLANT RESPONSE                        OPERATOR ACTIONS V. POST SCENARIO CRITIQUE A. N/A, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events None B. Commitments
: 1. None VII. LESSONS LEARNED A. None NRC Scenario 4                                   October 2008
 
ATTACHMENT 7: R.EACTIVITYMANEUVER INSTRUCTION Reason for Reactivity Maneuver: Rod Pattern Adiustment                    STEP:  1 Parameter        Expected Range                            Parameter          Expected Range      Actual-None Description of Step:
: 1. Lower reactor power to 90% using recirculation flow.
: 2. Perform attached control rod movement instructions.
: 3. Raise reactor power to 100% using recirculation flow at a ramp rate not to exceed 10% CTP per hour.
: 3. Raise reactor power to 100% using recirculation flow at a ramp rate not to exceed 10% CTP per hour.
Critical Parameters to be verified DURING Step: Critical Parameter I Limit Monitor I Frequency I Contingency I I I None Comments I Notes: Step Prepared by: Tohn Smith I Todau Step Reviewed by:
Critical Parameters to be verified DURING Step:
Rob Cooper I Today REISTA Date REISTAISRO Date Approval to perform Step -Ed Brown I Today Step Completed by:
Critical Parameter I I
I Shift Manager Dale SRO Date Page 23 S-REP3 Rev 03 Insert FROM: 10 TO: 06 Control Rod Initials
Limit         Monitor     I I
/ Move From I Complete To 14-35 10 06 38-35 10 06 38-19 IO 06 14-19 IO 06 Reselect and Verify Rod UNIT ONE REACTlVlTv 'NEUVER REQUEST FORM 3lqJ.- 1 Page,- 1 Comments NI Check Coupling Full Out Check Light (as Expected)
Frequency   I Contingency I
N/A N/A Notch insert N/A N/A Notch insert N/A N/A Notch insert N/A N/A Notch insert 02 06 10 14 18 22 26 30 34 38 42 46 50 Maneuver:
None Comments I Notes:
NRC 2008 Scenr 4 Cln ... 1 Position by Independent 51 51 7 Printout. 43 43 39 39 35 35 Verifier OR by using and OD- 47 47 Prepared by John Smtth Date Today Verified by Joe Walsh Date Today OS 9P ZP 8* PE O* 9Z ZZ 81 P1 01 90 10 *0 *0 io io 11 11 S1 si 61 61 EZ EZ LZ LZ 1* LE S* S* 6* 66 SP *P 'InOW!Jd, LP -a0 pue Gu!sn Aq yo J~IJ!J~/ LP 1s 1s Iuapuadapul Aq uo!~!so~ Os 9t7 ZP 86 P6 06 9Z ZZ 81 P1 01 90 10 Pot I 6 C-ZZ 6 L=OE __ -- WOE SE-ZZ}}
Step Prepared by:     Tohn Smith           I Todau     Step Reviewed by: Rob Cooper         I Today REISTA             Date                           REISTAISRO           Date Approval to perform Step -Ed Brown       I   Today   Step Completed by:                       I Shift Manager     Dale                               SRO             Date Page 23                                           S-REP3 Rev 03
 
UNIT ONE REACTlVlTv NEUVER REQUEST FORM         Maneuver: NRC 2008 Scenr  4 Insert                                                                                  Cln..
3lqJ.-
1 1
Page,- 1 FROM:                10        TO:        06 Control Rod                  Initials /    Move        NI Check     Coupling   Full Out From                                                                              Comments I Complete    (as Expected)   Check      Light To 14-35                10          06                                    N/A       N/A     Notch insert 38-35                10          06                                    N/A       N/A     Notch insert 38-19                IO          06                                    N/A       N/A     Notch insert 14-19                IO          06                                    N/A       N/A     Notch insert Reselect and Verify Rod                                                              02 06 10 14 18 22 26 30 34 38 42 46 50 Position by Independent                                                           51                                         51 Verifier OR by using and OD-                                                      47                                        47 7 Printout.                                                                       43                                         43 39                                         39 35                                         35 Prepared by John Smtth                           Date Today Verified by Joe Walsh                             Date Today
 
OS 9P ZP 8 PE O 9Z ZZ 81 P1 01 90 10 0                                         0 io                                         io 11                                         11 S1                                         si 61                                         61 EZ                                         EZ LZ                                         LZ 1                                         LE S                                         S 6                                         66 SP                                         P                   'InOW!Jd, LP                                        LP -a0 pue Gu!sn Aq yo J ~ I J ! J ~ /
1s                                         1s     Iuapuadapul Aq uo!~!so~
Os 9t7 ZP 86 P6 06 9Z ZZ 81 P1 01 90 10       Pot I
6 C-ZZ 6_ L=OE - -
WOE SE-ZZ}}

Latest revision as of 19:09, 12 March 2020

Draft - Nine Mile Point 1, Section C Operating Exam (Folder 2)
ML083040117
Person / Time
Site: Nine Mile Point Constellation icon.png
Issue date: 09/01/2008
From:
Constellation Energy Group
To: D'Antonio J
Operations Branch I
Hansell S
Shared Package
ML081060454 List:
References
50-220/08-302, ES-D-1, TAC U01690 50-220/08-302
Download: ML083040117 (143)
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Text

Appendix D Scenario Outline Form ES-D-1 Op-Test No.: October 2008 Initial Conditions: Simulator IC 171

1. Reactor Power approximately 4%
1. The crew is directed to shutdown the reactor by inserting control rods
2. Crew is directed to perform N1-OP-09, N2 lnerting and H2-02Monitoring Systems step G.l to de-inert the Primary Containment with Rx Coolant Temp >212"F Event 1 1 RR07A 1 C(SR0)

TS fSRO)

'ump 11 seal failure, Recirc Pump must be shutdown and isolated (SOP-I .2) ure causes rising Off-Gas and Main Steam Line In, requires a reactor scram (SOP-25.2)

  • (N)ormal, (R)eactivity, (I)nstrument, fC)omponent, (M)ajor NRC Scenario 1 October 2008

Facility: Nine Mile Point 1 Scenario 110.:NRC-01 OD-Test No.: October 2008 TARGET QUANTITATIVE ATTRIBUTES ACTUAL (PER SCENARIO; SEE SECTION D.5.d) ATTRIBUTES

1. Total malfunctions (5-8) 6 Events 2,4,5, 6,7,9
2. Malfunctions after EOP entry (1-2) 1 Event 9
3. Abnormal events (2-4) 4 Events 4,5,6,7
4. Major transients (1 -2) 1 Event 8
5. EOPs enteredhequiring substantive 1 actions (1-2)

Event 8 (EOP-6)

6. EOP contingencies requiring substantive 1 actions (0-2)

Events 9 (EOP-8)

7. Critical tasks (2-3) 2 CRITICAL TASK DESCRIPTIONS:

CT-1.O Given a fuel failure, the crew will scram the reactor and insert a manual vessel isolation when Main Steam Line radiation reaches 3.75 times normal.

CT-2.0 Given unisolable primary system leak, indications of fuel failure and rising off-site release rates approaching the General Emergency level, the crew will Derform an RPV Blowdown.

NRC Scenario 1 October 2008

NMP SIMULATOR SCENARIO NRC Scenario 1 REV. 0 No. of Pages: 31 PLANT SHUTDOWN, RECIRC PUMP SEAL FAILURE, FUEL FAILURE, UNISOLABLE EMERGENCY CONDENSIER LEAK TO THE ENVIRONMENT PREPARER VALIDATED le James, Bruce Williams DATE 5/18/08 GEN SUPERVISO OPS TRAINING DATE & ' ! S k OPERATIONS MANAGER N/A - IExam Securit DATE CONFIGURATION CONTROL N/A - IExam Securitv DATE SCENARIO

SUMMARY

Length: 90 minutes Initial Power Level: 4% with plant shutdown in progress Mitigating Strategy Code: RR4, fuel leak with a failure of EC tubes and EC fails to isolate, requires RPV Blowdown to stop release The crew assumes the shift with the plant being shutdown. The crew is directed to de-inert the containment in accordance with N1-OP-9, FJ2 lnerting and H2-02Monitoring Systems. When drywell pressure is lowered to 0 psig, the operator will secure the lineup, but one of the containment isolation valves will fail to fully close. This will require entry into Technical Specifications and ensuring a second valve in the line is isolated. Then the crew will continue the shutdown by inserting control rods.

Next Reactor Building Radiation Monitor 12 will fail upscale causing a trip of RBVS and a start of RBEVS. Additionally there will be a failure of the Reactor Building to isolate. The crew must isolate the Reactor Building to restore Secondary Containment and the SRO must address Technical Specifications. When these acticins are complete, both seals on the 1IRecirculation Pump will fail requiring the crew to shutdown and isolate the pump. Following the loss of the Recirculation Pump, a fuel failure will cause offgas and main steam line radiation levels to rise, requiring a reactor scram and vessel isolation. Multiple control rods will fail to fully insert during the scram requiring the crew to enter N1-SOP-1 and take alternate actions to insert the control rods. The rods are inserted using RMCS.

NRC Scenario 1 1 October 2008

Following the scram, the crew will diagnose an Emergency Condenser tube leak. They will try to isolate the affected EC but the isolation valves will fail to fully close. Rising off site radiation levels will require an RPV blowdown before General Emergency levels are reached.

Major Procedures: N1-SOP-1.2, N1-SOP-25.2, N1-SOP-1.1, N1-SOP-1, N1-EOP-2, N1-EOP-6, and N1-EOP-8 EAL Classification: Site Area Emergesncy, EALs 3.4.1, 5.1.3 and 5.2.4 Termination Criteria: RPV Blowdown in progress, RPV water level controlled in assigned band NRC Scenario 1 2 October 2008

I. SIMULATOR SET UP A. IC Number: IC 171 B. Presets/Function Key Assignments

1. Malfunctions:
a. RMGV, RX BLDG VENT RAD MON 12, FINAL VALUE=100% TRG 1
b. HV04, RB VENTILATION FAILS TO ISOLATE PRESET C. RROGA, RR PUMP 11 LOWf:R(INNER) SEAL FAILS, RAMP=2:OO FINAL VALUE=100% TRG 2
d. RR07A, RR PUMP 11 UPPER(0UTER) SEAL FAILS, DELAY=1:30 RAMP=2:OO, FINAL VALUE::I 00% TRG 2
e. RXOI, FUEL CLADDING FAILURE, FINAL VALUE=7% TRG 3
f. RD33C, CONTROL ROD BANK BLOCKED BANK 3, FINAL VALUE=04 PRESET
g. ECOGA, EMERGENCY CONDENSER TUBE LEAK 111, RAMP=I :OO,FINAL VALUE=4% TRG 4
h. EC07A, EMERGENCY CONDENSER FAILS TO ISOLATE 11 PRESET
i. EC08A, EC LOOP 11 STM Id FAIL TO CLOSE 111, FINAL VALUE=100% PRESET
j. EC08B, EC LOOP 11 STM Id FAIL TO CLOSE 112, FINAL VALUE=100% PRESET
2. Remotes:
a. None
3. Overrides:
a. OVR-11DS74L05529 ON 21360 VLV201-7,9,17,31 RED LAMPS ,

DELAY TIME=O:02, FINAL VALUE=ON (201-31 RED LAMP) TRG 16

4. Annunciators:
a. None
5. Triggers:
a. TRG 4 - Initiates EC 11 tube failure when the mode switch is taken to shutdown
i. Event Action: zdrpstdn==l ii. Command: None
b. TRG 16 - Causes 201-31 red light to be overridden on when the control switch is taken to close, simulating the valve sticking in mid position
i. Event Action: zdpcv3lo==l NRC Scenario 1 3 October 2008

ii. Command: None C. Equipment Out of Service

1. None D. Support Documentation
1. N1-OP-9, N2 INERTING AND H2-02 MONITORING SYSTEMS, Section G.l.O De-InertingNenting for Personnel Pccess-Rx Coolant Temp >212 O F marked up through step 1.5
2. N1-OP-43C marked up to step (3.3.13.6
3. Shutdown Control Rod Sequence sheets updated to current control rod.

E. Miscellaneous I.Setup trend recorder XP-I E l B on E console to trend recirc pump suction temperature.

2. Setup IRM/APRM recorders to display both IRMs and APRMs.
3. Place yellow clearance tag on R.WM bypass keylock switch.

NRC Scenario 1 4 October 2008

II. SHIFT TURNOVER INFORMATION OFFGOINGSHIFT: [? N ID DATE: Today PART I: To be performed by the oncoming Operator before assuming the shift.

0 Control Panel Walkdown (all panels) (SM, CRS, STA, RO, CRE)

PART II: To be reviewed by the oncoining Operator before assuming the shift.

Shift Manager Log (SM, CRS, STA) 0 Shift Turnover Checklist (ALL) 0 RO Log (RO) 0 LCO Status (SM, CRS, STA) 0 Lit Control Room Annunciators 0 Computer Alarm Summary (RO)

(SM, CRS, STA, RO, CRE)

Evolutions/GeneralInformation/Equipment Status:

Drywell entry is required for maintenance during forced outage -

Perform Containment De-lnerting per N1-OP-9 -

-Plant shutdown to continue by inserting control rods Rod Worth Minimizer is inoDerable with vellow clearance taa amlied to bvDass kevlock switch PART Ill: RemarksIPlanned Evolutions:

1. Perform N1-OP-9, N2 lnerting and H2-02Monitoring Systems starting at step G.1.6 to de-inert the Primary Containment with Rx Coolant Temp >212"F, raising oxygen concentration to

>19.5%

2. Continue shutdown from step G.3.13.E of N1-OP-43C PART IV: To be reviewed/accomplishcd shortly after assuming the shift:

Review new Clearances (SM) 0 Test Control Annunciators (CRE) 0 Shift Crew Composition (SMICRS)

NRC Scenario 1 5 October 2008

I Scenario ID INSTRUCTOR COMMENTS (Strenaths. Areas for Imwovement. OPen Items etc.)

What Happened? What we did? Why? (Goals) Other Options?

NRC Scenario 1 6 October 2008

Ill. PERFORMANCE OBJECTIVES A. Critical Tasks:

CT-1.O Given a fuel failure, the crew will scram the reactor and insert a manual vessel isolation when Main Steam Line radiation reaches 3.75 times normal, in accordancis with N1-SOP-25.2.

CT-2.0 Given an unisolable primary system leak, indications of fuel failure and rising off-site release rates approaching the General Emergency level, the crew will perform an RPV Blowdown, in accordance with N1-EOP-6 and N1-EOP-8.

B. Performance Objectives:

PO-1.o Given the plant in a shutdown, the crew will perform Primary Containment de-inerting, in accordance with N1-OP-9, N2 lnerting and H2-02 Monitoring Systems.

PO-2.0 Given a failure of a Primary Containment Isolation Valve to close, the crew will recognize the loss and take proper actions, in accordance with Technical Specifications.

PO-3.0 Given the plant in a shutdown, the crew will insert control rods, in accordance with N1-OP-5.

PO-4.0 Given a failed Reactor Building Radiation Monitor and a failure of the Reactor Building to isolate, the crew will respond to the condition and manually close the Reactor Building isolation valves, in accordance with N1-OP-I0.

PO-5.0 Given a total recirculation pump seal failure, the crew will secure and isolate the pump, in accordance with N1-SOP-I .2.

PO-6.0 Given a fuel leak, the crew will respond to rising radiation levels, in accordance with N1-SOP-25.2.

PO-7.0 Given a failure of control rods to insert during a scram, the crew will enter and execute N1-SOP-1.

PO-8.0 Given an Emergency Condenser tube leak, the crew will enter and execute N1-EOP-6.

PO-9.0 Given the plant in a condition requiring emergency classification, the SRO shall classify the events properly, complete initial notification forms, and discuss the bases for the classification in accordance with the emergency plan procedure.

NRC Scenario 1 7 October 2008

PO-I 0.0 Given the plant or a plant system in a condition requiring Technical Specification action, identify the deviation and any required actionshotifications.

NRC Scenario 1 8 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS Take the simulator out of freeze before the crew CREW enters for the pre-shift walkdown and briefing. Crew conducts pre-brief, walks down the Allow no more than 5 minutes for panel walkdown panels, assumes the shift EVENT I PO-1.o Perform Containment De-lnerting The initiation point for this event is when the SRO directs the performance of Section G.l .O of N I -

OP-9, N2 lnerting and H2-02 Monitoring Systems.

There are NO Console Operator activities related to this normal evolution.

SRO 0 Directs de-inerting the Primary Containment IAW Section G.l .O of N1-OP-9, N2 lnerting and H2-02 Monitoring Systems RO Monitors plant parameters BOP 0 Acknowledge direction from the SRO to de-inert the containment 0 Verify closed the following valves in the Control Room:

- 201-11, TORUWDRYWELL VENT TOCONDENSER

- 201-10, DW AIR VENT & PURGE ISOLATION VALVE 11

- 201-08, TOR AIR VENT &

PURGE ISOLATION VALVE 11 NRC Scenario 1 9 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 1 Continued BOP Continued

- 201-32, DW N2 VENT & PURGE ISOLATION VALVE 11 D Open 201-16, TORUS N2 VENT &

PURGE ISOLATION VALVE 11 D Start 201-35, DRYWELL & TORUS VENT & PURGE FAN B Verify open the following valves:

- 201-21, DRYWELL & TOR VENT

& PURGE FAN INLET BV

- 201-22, DRYWELL & TOR VENT

& PURGE FAN OUTLET BV Throttle open 201-17, TORUS N2 VENT & PURGE ISOLATION VALVE 12 WHEN Torus pressure drops BELOW 0 psig, perform the following:

Stop 201-35, DRYWELL &

TORUS VENT & PURGE FAN 0 Verify closed the following valves:

o 201-21, DRYWELL & TOR VENT & PURGE FAN INLET BV o 201-22, DRYWELL & TOR VENT & PURGE FAN OUTLET BV 0 Verify closed the following valves:

o 201-16, TORUS N2 VENT &

PURGE ISOLATION VALVE 11 o 201-17, TORUS N2 VENT &

PURGE ISOLATION VALVE 12 NRC Scenario 1 10 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 1 Continued BOP Continued Open 201-32, DW N2 VENT &

PURGE ISOLATION VALVE 11 Start 201-35, DRYWELL & TORUS VENT & PURGE Verify open the following valves:

201-21, DRYWELL & TOR VENT

& PURGE FAN INLET BV 201-22, DRYWELL & TOR VENT

& PURGE FAN OUTLET BV Throttle open 201-31, DW N2 VENT &

PURGE ISOLATION VALVE 12 Note: The containment vacuum breakers may WHEN Drywell pressure drops cycle during this event to equalize pressures. BELOW 0 psig, perform the following:

Stop 201-35, DRYWELL &

TORUS VENT & PURGE FAN 0 Verify closed the following valves:

o 201-21, DRYWELL & TOR VENT & PURGE FAN INLET BV o 201-22, DRYWELL & TOR VENT & PURGE FAN OUTLET BV 0 Verify closed the following valves:

o 201-32, DW N2 VENT &

PURGE ISOLATION VALVE 11 o 201-31, DW N2 VENT &

PURGE ISOLATION VALVE

-Note: 201-31 will fail to fully close, as indicated by 12 both red and green lights on, leading to the next event NRC Scenario 1 11 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 2 0-2.0 Failure of 201-31, DW N2 VENT & PURGE ISOLATION VALVE 12 to fully close following N2 Primary Containment De-lnerting When the control switch for 201-31 is taker1 to 3RO close, verify TRG 16 automatically inserts the Acknowledge report that 201-31, DW following override: N2 VENT & PURGE ISOLATION VALVE 12 did NOT fully close OVR-11DS74L05529 ON 2060 VLV201- Direct BOP to manually close 201-31 7,9,17,31 RED LAMPS , DELAY TIME=O:lD2, Acknowledge report that 201-31 DW FINAL VALUEzON (201-31 RED LAMP) did NOT fully close TRG 16 201-31 red light remains on Direct BOP to verify 201-32, DW N2 VENT & PURGE ISOLATION VALVE 11 is fully closed Enter T.S. 3.3.4.b Contact Operations Management to notify about the failure of 201-31 to Role Plav: As Operations Management, close acknowledge failure of 201-31 and direct the SRO Direct the crew to stop de-inerting and to secure from de-inerting, until the next shilt. exit N1-OP-9 Direct the SRO to continue on with control rod insertion.

RO 0 Monitors plant parameters BOP Notify Crew/SRO that 201-31 did NOT fully close Attempt to manually close 201-31 Verify 201-32 closed NRC Scenario I 12 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 3 PO-3.0 Plant Shutdown using Control Rods There are NO Console Operator activities Pelated to this normal evolution.

SRO Note: Provide GAI-OPS-05 Attachment 1, SRO Conduct crew brief of shutdown REACTIVITY BRIEF CHECKLIST (may be done in activities and responsibilities pre-scenario brief) and plant shutdown RMI Conduct GAI-OPS-05 Reactivity Brief Direct Insertion of control rods for reactor shutdown in accordance with Shutdown Control Rod Sequence Provides oversight of reactivity maneuver RO Insert control rods to continue reactor shutdown in accordance with

-Note: Recommend allowing insertion of four Shutdown Control Rod Sequence control rods to allow the crew to stop at a stable 0 Observe IRM response AND range point IRM switches as required, maintaining recorder pen as follows:

- 0-125 scale between 25 and 75 nominal

- 0-40 scale between 8 and 24 nominal Monitor and maintain reactor cooldown rate less than 100"F/hr BOP Monitor Feedwater Level Control Monitor plant parameters 0 Provide peer checks as required NRC Scenario 1 13 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 4 0-4.0 Reactor Building Ventilation Radiation Monitor 12 fails UPSCALE and RB Ventilation fails to Isolate When control rod 30-47 has been inserted and directed by the examiner, insert malfunction:

RMGV, RX BLDG VENT RAD MON 12 (0-1OO%),

FINAL VALUE=IOO%

TRG I Verify the following malfunction is active:

HV04, RB VENTILATION FAILS TO ISOLATE IPRESET Expected Annunciators:

L1-4-3, RB VENT RAD MONITOR OFF NORMAL L1-1-5, RB VENT EXH FAN 11- 12 TRIP L1-3-6, MER VENT CH I 1 RELAY OPEFATE L1-4-6, MER VENT CH 12 RELAY OPERATE CREW RBVS fans trip 0 Respond to annunciators and RBEVS initiates diagnose Radiation Monitor trip with RB isolation valves remain open failure of RB to isolate SRO Acknowledges reports Enter N1-EOP-5, Secondary Containment Control, AND execute concurrently with ARPs NRC Scenario 1 14 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued j R 0 Continued Direct manual isolation of the Reactor Building Determine that the reactor building failed to isolate and one channel of RB Rad Monitoring is inop and entry into Tech Spec 3.4.2 is required Enter LCO 3.4.4.e (7 day plant shutdown LCO when one train of EVS is inoperable)

RO Monitor plant parameters BOP Verifies Reactor Building Radiation Monitor 12 failed UPSCALE Confirm alarm on computer printout Role Plav: If contacted as RP, acknowledge Verify shutdown of RB Vent Sys and request but delay any reports on Reactor Building startup of RBEVS per N1-OP-IO radiation levels section H.2.0 or N1-EOP-HC attachment 6 Confirm the following fans started:

202-53, EVS FAN 11 202-33, EVS FAN 12 Confirm the following fans stopped:

202-01, REACTOR BLDG SUPPLY FAN 11 202-02, REACTOR BLDG SUPPLY FAN 12 0 202-05, REACTOR BLDG EXHAUST FAN 11 202-06, REACTOR BLDG EXHAUST FAN 12 NRC Scenario 1 15 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued OP Continued Confirm open the following valves:

e 202-34, EM VENT EXHAUST FAN 11 OUTLET BV e 202-37, EM VENTILATION LOOP 11 INLET BV e 202-35, EM VENT EXHAUST FAN 12 OUTLET BV e 202-38, EM VENTILATION LOOP 12 INLET BV Confirm closed the following valves:

e 202-74, EM VENTILATION LOOP 11 COOLING BV e 202-75, EM VENTILATION LOOP 12 COOLING BV e 202-03, REACTOR BLDG SUPPLY FAN 11 INLET DAMPER e 202-04, REACTOR BLDG SUPPLY FAN 12 INLET DAMPER e 202-80, REACTOR BLDG EXHAUST FAN 1IOUTLET DAMPER e 202-81, REACTOR BLDG EXHAUST FAN 12 OUTLET DAMPER e 202-15, REACTOR BLDG SUPPLY ISOLATION VALVE 11 e 202-16, REACTOR BLDG SUPPLY ISOLATION VALVE 12 e 202-32, REACTOR BUILDING EXHAUST ISOLATION VALVE 11 e 202-31, REACTOR BUILDING EXHAUST ISOLATION VALVE 12 NRC Scenario 1 16 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued BOP Continued 0 Notify Rad Protection, the normal Reactor Building Emergency Ventilation system has isolated AND Reactor Building Emergency Ventilation system is in service BEFORE 30 minutes has elapsed, secure one train of RBEVS:

Place EVS FAN 1 l(12)control Note: Examiner may decide to proceed with next switch to RED FLAG event before one train of RBEVS is secured Place EM VENTILATION LOOP 1 1 (12) INLET BV control switch to OPEN Verify flow approximately 1600 CFM Place EVS FAN 12(11)control switch to PULL TO LOCK Enter LCO 3.4.4.e (7 day plant shutdown LCO when one train of EVS is inoperable)

Verify closed EM VENTILATION LOOP 12(11) INLET BV 0 Verify in OFF position the following control switches:

0 REACTOR BLDG SUPPLY FAN 11 0 REACTOR BLDG SUPPLY FAN 12 REACTOR BLDG EXHAUST FAN 11 0 REACTOR BLDG EXHAUST FAN 12 NRC Scenario 1 17 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 PO-5.0 Recirculation Pump Seal Failure CREW When directed by examiner, insert malfunlction:

Acknowledgeheport annunciator F2-I -

1 RROGA, RR PUMP 11 LOWER(INNER) SEIAL Diagnose RRP 11 seal failure FAILS, RAMP=2:OO, FINAL VALUE=I00%

TRG 2 RROIA, RR PUMP 11 UPPER(0UTER) SEIAL FAILS, DELAY=I :30,RAMP=2:OO, FINAL VALUE=100%

TRG 2 RRP I I seal pressures lower Drywell leakage, pressure and humidity rise Expected Annunciator:

F2-1-1 REACT RECIRC PUMP-MOTOR 1.1 SRO ARP F2-1-1 directs entry into SOP-1.2 if seal Acknowledges report from crew pressure ~ 4 2 psig 5 or high seal flowAeakage Directs execution of ARP exists. Drywell conditions will begin to deteriorate Directs entry into N1-SOP-I 2,RRP and increased drywell humidity and in-leaki2ge to SEAL FAILURE the DWEDT will be indicated. When Drywell Determine the failure is catastrophic parameters are impacted, the failure is considered and pump should be tripped and catastrophicand the pump must be tripped and isolated isolated. Provide reactivity management oversight for removing the pump from service When RRP 11 has been shutdown and isolated exit N1-SOP-I .2and enter N1-OP-I, Section H, for 4 Loop Operation Review TS for impact of seal leakage and removal of pump from service NRC Scenario 1 18 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued SRO Continued Tech Spec 3.2.5 identifies RCS leakage be limited to <2 GPM/day Role Plav: When contacted as Reactor increase for identified leakage. This Engineering, acknowledge request to verify will apply until the RRP is isolated thermal limits TS 3.1.7.e applies for partial loop operation, limits power to 90.5% until clearance applied to valve breakers Contacts Reactor Engineering to verify thermal limits RO Monitor plant parameters 0 Monitor reactor power and recirculation flow during closure of RRP suction and discharge valves e Verify operating position on the Power to Flow Map BOP ReviewdexecutesARP F2-1-1 Confirms alarm computer point A072 RRP 11 SEAL LEAK DET FL Enters N1-SOP-1.2 for seal failure Monitors containment parameters Monitors RRP seal indications Determines that both seals are failed Determines seal failure is catastrophic Place REACTOR RP MOTOR MG SET 11 control switch to STOP Close REACTOR R PUMP 11 BYPASSVALVE NRC Scenario 1 19 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued BOP Continued Simultaneously close Suction AND Discharge Valves for RRP 11 holding switches in CLOSE position Exit N1-SOP-1.2 AND enter N1-OP-I, Section H, for 4 Loop Operation NRC Scenario 1 20 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 6 PO-6.0 Fuel Failure CREW When actions to isolate 11 RRP have been e Acknowledge/report annunciator H I completed and directed by examiner inserl: 7, OFF GAS HIGH RADIATION e Recognize rising offgas and main malfunction:

steam line radiation levels e Determine fuel failure has occurred R X O l , FUEL CLADDING FAILURE (0-loo'%),

FINAL VALUE=7%

TRG 3 Expected Annunciators:

HI-1-7, OFF GAS HIGH RADIATION (initial)

F1-2-7, MAIN STEAM RAD MONITOR CH I 1 HI/LO (later)

F4-2-2, MAIN STEAM RAD MONITOR CH 12 HI/LO (later)

Rising off-gas radiation levels Rising main steam line radiation levels SRO Acknowledge report of off-gas high radiation annunciator Enter N1-SOP-25.2 Fuel Failure/High Activity Notify Chemistry to sample reactor coolant for gross activity Classify event as an UNUSUAL EVENT per EAL 1.2.1 Brief crew on event impact Direct reactor power reduction per N1-SOP-I . I as necessary to control radiation levels NRC Scenario 1 21 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Continued SRO Continued B Acknowledge report that MSL Rad Monitors are approaching/exceeding 3.75 X normal B Direct a manual scram, manual vessel isolation and entry into N I -

SOP-40.2 CT-1.O RO Perform emergency power reduction per N1-SOP-1.1 as directed When directed place Mode Switch in Shutdown Recognize/diagnose failure of all control rods to insert Perform a manual vessel isolation by placing both Vessel Isolation Ch I 1 and Ch 12 Control Switches on the E Panel t o ISOLATION IN CT-1.O BOP b l e Plav: When dispatched as Chemistry to take Execute N1-SOP-25.2 samples, acknowledge request. Notify Chemistry to sample offgas and reactor coolant for gross activity Direct NAO to close Turbine Building Role Plav: When directed to close Turbine Roof Vents, Sidewall Vents and Roll Building Roof Vents, Sidewall Vents and Roll Doors Doors, wait 2 minutes then report the Turbine Monitor ARM'S and rad monitors to Building Roof Vents, Sidewall Vents and Roll Doors determine plant radiation levels are CLOSED. Also report that RP is with you, and Notify SRO/Crew of rising Main Steam they have detected higher than normal rad levels Line Radiation Monitor levels near the offgas piping.

NRC Scenario 1 22 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Continued BOP Continued 0 Notify SRO when MSL Rad Monitors approach/exceed 3.75 X normal NRC Scenario 1 23 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 7 0-7.0 Reactor Scram with failure of one bank of control ZREW rods to fully insert b Recognize and report failure of rods to fully insert The following malfunctions are preset:

RD33C, CONTROL ROD BANK BLOCKEID BANK 3, FINAL VALUE=04 SRO Acknowledge SCRAM report Acknowledge report that control rods failed to insert Directs N1-SOP-1 actions Directs RPV water level controlled 53-95 with Condensate/FW Directs RPV pressure controlled 800-1000 psig with Emergency Condensers RO D Provide scram report D Recognize/ report all control rods not inserted D Perform N1-SOP-1, Reactor Scram, scram verification actions 0 Place IRMs on range 9 0 Insert IRM and SRM detectors 0 Downrange IRMs as necessary to monitor power decrease 0 Reduce Recirc Master flow to 25-43 x I O 6 Ib/hr NRC Scenario 1 24 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE 0PER A T 0R ACTIONS EVENT 7 Continued RO Continued D Attempts to insert control rods using Note: The RO will not be able to reset the scram N1-OP-5, section H.23.0 until RPV pressure is less than 600 psig once the MSIVs are closed. This will likely delay control rod insertion.

BOP Performs N1-SOP-1, Reactor Scram, level control actions:

Restores RPV level to 53-95 inches by controlling injection and rejecting through RWCU, as necessary Determines # I 3 FWP was not running Verifies RPV water level above 53 Verifies 11/12 FWP controllers in MANUAL and set to zero output Resets HPCl signal, if required Places 11/I 2 FWP BYPASS Valve in AUTO, sets to 65-70 inches Secures 2ndFWP, if running If RPV level reaches 85 inches and rising, then:

Verifies off all Feedwater Pumps Secures CRD Pumps not required Maximizes RWCU reject flow Closes FWlVs if required Closes MSlVs if required Maintain RPV water level in assigned band Maintain RPV pressure below 1080 psig and in assigned band Performs N1-SOP-40.2 for Vessel Isolation verification NRC Scenario 1 25 October 2008

INSTRUCTOR ACT1ONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 8 PO-8.0 Failure of Emergency Condenser Tubes CREW Verify the following malfunction is automatically Recognize/report annunciator K1-1-2 inserted when the mode switch is taken to Recognize/report rising EC Vent Rad SHUTDOWN: Monitor readings ECOGA, EMERGENCY CONDENSER TUBE LEAK 111, RAMP=l :OO, FINAL VALUE=4%

TRG 4 Expected Annunciator:

K-1-1-2,EC Rad Vent I I Monitors Rising rad levels on EC Vent Rad Monitor (J panel)

SRO Acknowledges report of annunciator, K-1-1-2, EC Rad Monitors 0 Directs crew to obtain a radiation value from EC VENT RAD Monitors 0 Enters N1-EOP-6 due to EC Vent Rad Monitor above 30 mR/hr (ALERT EAL level) 0 Directdgrants permission for the isolation of 11 Emergency Condenser RO/BOP Role Plav: If requested as RP to check dose rates 0 Reports/responds to annunciator K-I-at EC piping, wait 3 minutes and report dose rates 1-2, EC Rad Monitors are 50 mWhr and rising. Wait another 3 minutes 0 Confirms alarm on computer printout and report dose rates are 200 mR/hr and rising, 0 Confirms radiation levels on J Panel you are leaving the refuel floor to perform 0 Contacts RP to check dose rates at downwind site boundary surveys. EC piping above elevation 340 NRC Scenario 1 26 October 2008

INSTRUCTOR ACTIONS PLANT RESPONSE OPERATOR ACTIONS EVENT 8 Continued RO/BOP Continued 0 Contacts Chemistry to assess for Role Plav: If requested as Chemistry to assess possible unmonitored radiological for possible unmonitored radiological release, release acknowledge request 0 Contacts RP to perform downwind site boundary radiological survey Role Play: If directed as RP/Chemistry to perform 0 Notifies crew of radiation levels a downwind site boundary radiological survey, report that you are assembling and dispatching the team. Wait 4 minutes after the above RP role plays are complete, and then report that the dose rate at the north site boundary is 750 mRern TEDE and rising. Wait another 4 minutes, and if the crew has not entered RPV Blowdown yet, report that the dose rate at the north site boundary is 950 mRem TEDE and rising.

NRC Scenario 1 27 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 9 0-9.0 Emergency Condenser Failure to Isolate CREW When an operator attempts to isolate EC 11, the D Diagnoseheport failure of EC 11 to following preset malfunctions act to prevent isolate steam isolation valve closure:

EC07, EMERGENCY CONDENSER FAILS TO ISOLATE 11 EC08A, EC LOOP 11 STM IV FAIL TO CLOSE I 11 (0-1OO%), FINAL VALUE4 00%

EC08B, EC LOOP 11 STM IV FAIL TO CLOSE 112 (0-loo%), FINAL VALUE=lOO%

SRO Acknowledges Emergency Condenser cannot be isolated Evaluates EAL matrix and determines the rising off site dose rates are approaching GeneraI Emergency levels per section 5.2.6 of EPIP-EPP-01, Emergency Action Level Matrix IF a primary system is discharing outside primary and secondary containments AND the discharge cannot be isolated, THEN before the offsite release rate reches the Emergency Plan General Emergency level:

0 Scram 0 Enter N1-EOP-2, RPV Control 0 Enter N1-EOP-8, RPV Blowdown NRC Scenario 1 28 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Continued 5RO Continued q1-EOP-8. RPV Blowdown actions:

Answers Are all control rods inserted to at least position 04 YES D Answers Drywell pressure? below 3.5 psig D Directs Emergency Condenser 12 initiation B Answers Torus water level? > 8.0 ft m Directs open 3 ERVs CT-2.0 Stops at WAIT block for 120 psig RO/BOP When granted permission or directed, attempts to isolate EC I 1 by closing the following valves:

0 Places control switch for 39-07R3, EC STM ISOLATION VALVE 112 in CLOSE 0 Diagnoses failure of 39-07R to fully close 0 Places control switch for 39-09R, EC STM ISOLATION VALVE 111 in CLOSE 0 Diagnoses failure of 39-09R to fully close 0 Report failure of steam IVs to isolate Initiates Emergency Condenser 12 Places control switches for 3 ERVs to open CT-2.0 NRC Scenario 1 29 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Continued ROlBOP Continued 0 Reports 3 ERVs open Restores and maintains RPV water level 53-95 inches using Condensate/FW and CRD TERMINATING CUE All control rods inserted RPV Blowdown in progress RPV Water Level controlled in i,,, n cI b nd NRC Scenario 1 30 October 2008

V. POST SCENARIO CRITIQUE A. N/A, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events

1. None B. Commitments
1. None VII. LESSONS LEARNED A. None NRC Scenario 1 31 October 2008

ATTACHMENT 7: REACTIVITY MANEUVER INSTRUCTION Reason for Reactivity Maneuver: Reactor Shutdown STEP: 2 I INITIAL CONDlTlONSlSTEP DESCRIPTION I1 RE presence required in the Control Room? Yesl No-/- (check)

L

/Parameter Core Flow 1 Expected Range 39-41 Mlbslhr I L .

Actiial /

Initial Conditions to be verified prior to initiation o f step? Yes No-Parameter 1 (check)

Expected Range I Actual Critical Parameter Limit Monitor Frequency Contingency Core Flow 41 Mlblhr OPS 30 min Reduce core flow to between 39-41 Mlblhr Step Prepared by: John Smith l T&! Step Reviewed by:-Rob Cooper I Todaq RElSTA Date RElSTNSRO Date Approval to perform Step Ed Brown I Today Step Completed by: I Shift Manager Da':e SRO Date Page 23 S-REP3 Rev 03

Appendix D Scerlario Outline Form ES-D-1 Facility: Nine Mile Point 1 Scenario Ncl.: NRC42 Op-Test No.: October 2008 Examiners: Operators:

Initial Conditions: Simulator IC 172

1. Reactor Power approximately 90%
2. Four Recirculation Loops in service Turnover:
1. Recirc Pump 15 MG set has been mpaired and should be returned to service.
2. After starting Recirc Pump 15 MG set operate it for one hour while maintenance takes readings before returning to 100% power.

Event Malf. No. Event Event No.

DescriDtion Recirc Pump 15 to service Rod Drive Flow Control Valve 44-151 fails closed, g shifting to the alternate FCV (SOP-5.1) 1 - \ - - - - f I

I I I (N)ormal, (R)eactivity, (I)nstrument, (C)omponent, (M)ajor NRC Scenario 2 October 2008

Facility: Nine Mile Point 1 Scenario No.: NRC-02 Op-Test No.: October2008 TARGET QUANTITATIVE ATTRIBUTES (PER SCENARIO; SEE SECTION D.5.d)

1. Total malfunctions (5-8)

Events 3,4, 5,6, 8

2. Malfunctions after EOP entry (1-2)

Event 8

3. Abnormal events (2-4)

Events 3,4,5,6

4. Major transients (1-2)

Event 7

5. EOPs enteredhequiring substantive actions (1-2)

Events 6 and 7 (EOP-5)

6. EOP contingencies requiring substantive 2 actions (0-2)

Events 7.8 (EOP-3. EOP-81

7. Critical tasks (2-3) 3 CRlTlCAL TASK DESCRIPTlONS:

CT-1.0 Given an un-isolable RWCU leak outside primary containment and one general area temperature above the maximum safe limit, the crew will insert a manual reactor scram.

CT-2.0 Given a failure of RPS to de-energize when a scram is required, the crew will insert control rods by initiating manual Alternate Rod Insertion (ARI).

CT-3.0 Given an un-isolable RWCU leak outside primary containment and two general area temperatures above the maximum safe limit, the crew will Derform an RPV Blowdown.

NRC Scenario 2 October 2008

NMP SIMULATOR SCENARIO NRC Scenario 2 REV. 0 No. of Pages: 29 LOSS OF POWERBOARD 11, UNISOLABLE RWCU LEAK IN THE SECONDARY CONTAINMENT PREPARER VAL1DATED Frank Payne, Kyle James, Bruce Williams DATE 5/17/08 GEN SUPERVISOR OPS TRAINING OPERATIONS

-2 DATE g / l 3 f b o r MANAGER N/A - Exam Security DATE CONFIGURAT10N CONTROL N/A - Exam Security DATE SCENARIO

SUMMARY

Length: 90 minutes Initial Power Level: 90%, 4 Loop Operation Mitigating Strategy Code: SCI, unisolable primary system leak in the Secondary Containment, RPV Blowdown required The crew assumes the shift with the plant operating at 90% power and four recirculation loops in service. Immediately after assuming the shift the crew will be directed to restore Recirculation Pump 15 to service and return to full power. The crew will assess plant conditions and lower power with Recirculation Flow until flow is less than 50 Mlbm/hr. They will then return Recirculation Pump 15 to service. After the crew has placed the pump in service, the Main Generator Auto Voltage Regulator will fail. The crew will diagnose the failure and take manual control of generator voltage and restore the correct generator output. When a normal generator output is established, the Control Rod Drive Flow Control Valve fails closed, requiring shifting to the alternate FCV. After CRD flow is returned to normal, a loss of power to Power Board 11 occurs. The SRO will address Technical Specifications.

A Reactor Water Cleanup system line break will occur in the Secondary Containment downstream of the Supply Isolation Valves. Reactor Water Cleanup will fail to isolate on high area temperature. The crew will attempt to isolate the system, but the valves will fail to fully close. This break will require a scram and RPV blowdown due to exceeding the Maximum Safe Value for general area temperatures. When the Mode Switch is placed in SHUTDOWN and/or the Reactor Trip pushbuttons on the E Panel are pushed, the reactor will NOT scram. ARI must be manually initiated to scram the control rods.

NRC Scenario 2 1 October 2008

Major Procedures: N1-SOP-I , N1-SOP-l .I, N1-SOP-I .3, N1-SOP-5. 1, N1-SOP-30.1, N1-EOP-2, N1-EOP-3, N1-EOP-5, and N1-EOP-8 EAL Classification: Site Area Emergency, EALs 3.4.1, 4.1.1 Termination Criteria: All control rods are in, RPV Blowdown in progress, RPV water level controlled in assigned band NRC Scenario 2 2 October 2008

I. SIMULATOR SET UP A. IC Number: IC 172

9. Presets/Function Key Assignments
1. Malfunctions:
a. EG02, GENERATOR AUTO VOLTAGE REGULATOR FAILS - INCREASE TRG 1
b. RD36A, CRD FCV 44-151 FAILURE - CLOSED TRG 2
c. ED04, AC POWER BOARD ELECTRICAL FAULT(PB11) TRG 3
d. CU14, CLEANUP ISOLATION VALVES STUCK OPEN PRESET
e. CUI 1, COOLANT LEAK OUTSIDE OF DRYWELL, RAMP TIME=10:00, FINAL \IALUE=20% TRG 4
f. RP059, REACTOR PROTECTION SYSTEM FAILURE TO SCRAM CH 12 PRESET
2. Remotes:
a. RD05, CRD FLOW CONTROL VALVE ISOL, FINAL VALUE=nc30b TRG 16
3. Overrrides:
a. OVR-9DS51LO51912 ON 1150 STATUS MOVS ARRAY 33-01 GR CLO, FINAL VALUE=ON TRG 17
b. OVR-9DS53LO51914 ON 1150 STATUS MOVS ARRAY 33-02 GR CLO, FINAL VALUE=ON TRG 18 C. OVR-9DS55L05200 ON 1150 STATUS MOVS ARRAY 33-04 GR CLO, FINAL VALUE=Ohl TRG 19
4. Annunciators:
a. None
5. Triggers:
a. TRG 16 - Activates when the CRD FCV transfer switch is moved to Valve 12 to automate the corresponding field action
i. Event Action: zdrdfcvb==l ii. Command: None
b. TRG 17 - Activates when RLYCU IV 33-01 control switch is taken to close to override on the green light, simulating some valve movement
i. Event Action: zdcu301c=:=l ii. Command: None
c. TRG 18 - Activates when RLVCU IV 33-02 control switch is taken to close to override on the green light, simulating some valve movement NRC Scenario 2 3 October 2008
i. Event Action: zdcu302c=:=I ii. Command: None
d. TRG 19 - Activates when RWCU IV 33-04 control switch is taken to close to override on the green light, simulating some valve movement
i. Event Action: zdcu304c=:=1 ii. Command: None C. Equipment Out of Service
a. RRP 15 removed from service, control witch green flagged, discharge ralve closed D. Support Documentation
1. N1-OP-I marked up through step H.4.5
2. N1-OP-43B marked up through step 2.7
3. RMR for lowering recirc flow to 50 Mlbm/hr
4. RMR for power ascension to rated E. Miscellaneous
1. Steam Packing Exhauster 12 should be in operation at the beginning of the scenario to prevent the crew from having to swap to this division following a loss of PI3 11.
2. Ensure LPRM downscale pushbuttons are depressed on rod block monitor.

NRC Scenario 2 4 October 2008

II. SHI FT TURNOVER INFORMATION OFFGOINGSHIFT: 0 N ID DATE: Today PART I: To be performed by the oncoming Operator before assuming the shift.

0 Control Panel Walkdown (all panels) (SM, CRS, STA, RO, CRE)

PART II: To be reviewed by the oncorning Operator before assuming the shift.

0 Shift Supervisor Log (SM, CRS, STA) 0 Shift Turnover Checklist (ALL) 0 RO Log (RO) 0 LCO Status (SM, CRS, STA) 0 Lit Control Room Annunciators 0 Computer Alarm Summary (RO)

(SM, CRS, STA, RO, CRE)

Evolutions/GeneralInformation/Equipment :Status:

0 Load DisDatcher was notified of Dower reduction and RRP 15 start two (2)hours aao

~

PART Ill: RemarkdPlanned Evolutions:

RRP 15 removed from service. TS 3.1.7.e. Four loop operation.

Start RRP 15 per N1-OP-I, H.4.0, and return to five-loop operation. N1-OP-I, H.4.0, signed off up to step 4.6. N1-OP-43E8signed off up to step 2.8.

Reactor power is at 90% and must be lowered until recirc flow e50 Mlbm/hr to support startina RRP 15.

After starting Recirc Pump 15 MG set, operate it for one hour whilemaintenance takes readings before returning to 100% power.

PART IV: To be reviewed/accomplishel3 shortly after assuming the shift:

0 Review new Clearances (SM) 0 Test Control Annunciators (CRE) 0 Shift Crew Composition (SM/CRS)

ATC RO BOP RO NRC Scenario 2 5 October 2008

Scenario ID I

NSTRUCTOR COMMENTS (Strengths, Areas for Improvement, Open Items etc.)

~~

What Happened? What we did? Why? (Goals) 0the r 0ptions?

NRC Scenario 2 6 October 2008

Ill. PERFORMANCE OBJECTIVES A. Critical Tasks:

CT-1.O Given an un-isolable RWCU leak outside primary containment and one general area temperature approaching or exceeding the maximum safe limit, the crew will insert a manual reactor scram, in accordance with N I -

EOP-5.

CT-2.0 Given a failure of RP:S to de-energize when a scram is required, the crew will insert control rods by initiating manual Alternate Rod Insertion (ARI),

in accordance with N 1 -EOP-3.

CT-3.0 Given an un-isolable RWCU leak outside primary containment and two general area temperatures above the maximum safe limit, the crew will perform an RPV Blowdown, in accordance with N1-EOP-5 and NI-EOP-8.

B. Performance Objectives:

PO-I .o Given the plant at power, the crew will reduce reactor power with recirculation flow, in accordance with N1-OP-43B.

PO-2.0 Given the plant at power, the crew will return a Recirculation Pump to service, in accordance with N1-OP-I, section H.4.0.

PO-3.0 Given a voltage regulator failure on the main generator, the crew will take manual control of generator voltage, in accordance with N1-ARP-A7.

PO-4.0 Given the plant at power, the crew will respond to a failure of the operating CRD Flow Control Valve, in accordance with N1-SOP-5.1.

PO-5.0 Given the plant at power, the crew will respond to a loss of Powerboard 11, in accordance with N1-SOP-30.1.

PO-6.0 Given the plant at power, the crew will respond to a Reactor Water Cleanup leak outside of the primary containment, in accordance with N I -

EOP-5.

NRC Scenario 2 7 October 2008

PO-7.0 Given the plant in a condition requiring emergency classification, the SRO shall classify the events properly, complete initial notification forms, and discuss the bases for the classification in accordance with the emergency plan procedure.

PO-8.0 Given the plant or a plant system in a condition requiring Technical Specification action, identify the deviation and any required actionshotifications.

NRC Scenario 2 8 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS Take the simulator out of freeze before the crew CREW enters for the pre-shift walkdown and briefing. Walkdown panels Allow no more than 5 minutes for panel walkdown. Conduct shift turnover brief Assume the shift EVENT I PO-1.o Power Reduction with Recirculation Flow SRO Note: Provide GAI-OPS-05 Attachment 1, SRO Conduct GAI-OPS-05 Reactivity Brief REACTIVITY BRIEF CHECKLIST (may be done in Reviews Reactivity Maneuver Request pre-scenario brief) and RMR Form Provides direction to ROlBOP regarding assignments RO adjusts recirculation flow BOP monitors RRPs and feed system response Directs RO to lower core flow to 6 0 Mlbm/hr IAW RMR Supervises reactivity maneuver RO Reduces recirc flow IAW RMR Continuously observes the following:

- APRMs lowering

- Recirc flow lowering

- Steam and feedwater flow lowering

- Vessel level normal Lower recirc flow until 6 0 Mlbm/hr Notify Crew of the new power level and that recirc flow is 6 0 Mlbm/hr NRC Scenario 2 9 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT IContinued BOP Monitors individual RRP for response

- Individual M/A-Speed Control stations trending uniformly

- Individual RRP indications trending normally for lowering speed Monitors feed water controls for proper response

- FWP 13 FCV responding to power change RPV Water Level remains within program band (65 - 83)

NRC Scenario 2 10 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 2 PO-2.0 Restore Reactor Recirculation Pump 15 to Service Note: Crew directed to start RRP 15 in pre-brief, starting at N1-OP-1, step H.4.6. Provide thle SRO with the RMR for RRP # I 5 recovery.

SRO Direct start up of RRP 15, using N I -

OP-I, starting at step H.4.6 Supervise reactivity manipulation Acknowledge report that RRP 15 is in service Determine TS 3.1.7.e no longer applies and the LCO Actions can be exited RO Continuously observe the following:

- APRMs

- Recirc flow Monitor P/F map and transfer from 4 loop to 5 loop map when the startup is performed BOP Acknowledge direction to start RRP 15 D Verify recirculation flow c 50 x I O 6 Ib/hr Verify RRP 15 GEMAC in MAN and matched with other four GEMACs but no greater than 50%

Verify RRP 15 discharge valve closed NRC Scenario 2 11 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 2 Continued BOP Continued Verify RRP 15 suction and discharge bypass valves are open Make a plant announcement for start of RRP 15 Place RRP 15 control switch to START and observe indications MG MOTOR starts, Amp Meter Amps increase then decrease MG Generator accelerates to proper speed (approx 50 - 60 Hz)

Generator Field Bkr closes CAUTIONS from N1-OP-I a Generator slows toward 20%

Failure to raise Recirc Pump speed during speed (Approximately 11.5 Hz) opening of discharge valve may result in stalled WHEN speed (Frequency Meter) is rotor and pump trip due to reverse flow. between 30 and 25 Hz, open To Prevent backflow thru the RRP, discharge REACTOR R PUMP DISCH VALVE valve should be opened before MG frequency Verify RRP 15 maintained less than or lowers to 20 Hz. Frequency will raise, then drop equal to OP limits quickly, then raise again before SL0WL.Y Adjust pump speed to match other lowering. Discharge BV should be openled Pumps when frequency is slowly lowering. Null RRP 15 controller and shift to BAL or AUTO Verify power/flow map updated to five loop requirements Dispatch NAO to reset 50SR Pump Role Play: As NAO sent to Aux Control Room, Motor Stalled Rotor Target (Aux wait one minute then report you have reset 50SR Control Room)

Pump Motor Stalled Rotor Target Dispatch NAO to check MG set oil temperature locally Role Play: As NAO, when requested report MG May perform N1-ARP-F2-1-5 action to set oil temperature is 120°F and stable.

depress PUMP MOTOR VIBRATION RESET pushbutton on F Panel, clearing annunciator F2-1-5 NRC Scenario 2 12 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 3 PO-3.0 Main Generator Auto Voltage Regulator Failure CREW Recognize/diagnose Auto Voltage After RRP 15 has been placed in service arid when Regulator Failure from:

directed by the examiner, insert malfunction: Amplidyne output meter will peg HI Exciter output voltage will peg HI EG02, GENERATOR AUTO VOLTAGE Generator field current will peg HI REGULATOR FAILS - INCREASE Generator mVars and terminal voltage TRG I will respond accordingly Amplidyne output meter will peg HI Annunciator A7-2-6, GEN VOLT Exciter output voltage will peg HI REGULATOR TRIP Generator field current will peg HI Expected Annunciators:

A3-1-1, TURB GEN EXC. TRANS. I TEMP RECORDER (first)

A7-2-6, GEN VOLT REGULATOR TRIP (later)

SRO 0 Acknowledge report from the crew 0 Directkupervise ARP response 0 Acknowledge voltage regulator transferred to OFF 0 Notify Power Control (National Grid)

Role Play: When contacted as Power Coritrol that the voltage regulator is in manual (National Grid), acknowledge the voltage regulator control (required within 30 minutes) in OFF and request NMPI supply 60 MVAFS to 0 Direct CSO to adjust reactive load to the bus while in manual voltage control 60 MVARS to bus RO e Execute N1-ARP-A7-2-6 for voltage regulator trip 0 Confirm computer point FO99 NRC Scenario 2 13 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued RO Continued Monitor generator output voltage 0 Place VOLTAGE REG TRANSFER switch to OFF 0 Notify Crew/SRO 0 Coordinate with SRO to contact Power Control 0 Acknowledge direction to adjust VARS from the SRO 0 Adjust generator reactive load using exciter field rheostat to 60 MVARS to the bus (NI-OP-32)

BOP 0 Monitor plant parameters 0 Monitor Turbine and Generator parameters on the A Panel NRC Scenario 2 14 October 2008

I NSTRUCTOR ACT1ONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 4 PO-4.0 CRD Flow Control Valve Failure CREW When actions for the voltage regulator failure are D Acknowledge/report annunciator F3 complete and when directed by the examiner, 5, CRD CHARGING WTR PRESS insert malfunction: HI/LO Diagnose CRD FCV 11 is closed RD36A, CRD FCV 44-151 FAILURE - CLOSED TRG 2 CRD charging water pressure rises CRD drive water pressure lowers CRD cooling water pressure and flow lower-Expected Annunciator:

F3-1-5, CRD CHARGING WTR PRESSURE HI/LO SRO 0 Acknowledge report from the crew 0 Direct entry into N1-SOP-5.1, LOSS OF CRD 0 Acknowledge report that CRD FCV has failed 0 Acknowledge report that CRD FCV has been shifted and is in AUTO 0 Enter Technical Specifications 3.1.6.b, 7 day LCO for loss of CRD FCV 44-151 RO D Monitor plant parameters NRC Scenario 2 15 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued BOP D Acknowledge direction from SRO D Execute N1-SOP-5.1 D Answers Is a CRD pump operating YES D Determines need to switch CRD Flow Control Valves per N1-OP-5 Section Role Plav: As NAO, when directed to transfer F.5.0:

CRD FCV, wait 1 minute and inform the control Dispatch NAO to report to RB 237 room that you are standing by and establish communications Place CRD Flow Control in MAN Role Plav: As NAO, when directed to open 44- Direct NAO open 44-148 and 44-152 148 and 44-152, wait 1 minute and report task Direct NAO to count-down to place completion RB air transfer switches in UP position while you place CRD FCV transfer Role Plav: As NAO, when directed to countdown switch in VALVE 12 position at F and swap transfer switch, give simulated panel countdown and report task completion (see note 0 Places CRD FCV transfer switch in below), as required VALVE 12 position 0 Direct NAO close 44-150 and 44-153 Note: When the control room operator taklss the 0 Monitor flow CRD Flow Control Transfer Switch to VALdE 12 0 Place CRD Flow Control in AUTO TRG 16 will automatically insert remote:

RD05, CRD FLOW CONTROL VALVE ISCbL, FINAL VALUE=nc30b TRG 16 This precludes the console operator from having to time the insertion of this remote.

Role Plav: As NAO, when directed to close 44-150 and 44-153, wait 1 minute and report tiask completion.

NRC Scenario 2 16 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 PO-5.0 Loss of Powerboard 11 CREW When directed by examiner, insert malfunction: Respond to annunciators and equipment trips ED04, AC POWER BOARD ELECTRICAL Diagnoseheport loss of PB 11 FAULT(PB11) Recognizeheport loss of the following:

TRG 3 0 Reactor Recirculation Pumps 11 &

Expected Annunciators: 12 A4-1-1, PB I 1 R113 TRIP 0 Drywell fans 14, 15, 16 LI-3-4, REACT BLDG/ATM DlFF PRESS 0 Condensate Pump 11 Also the following equipment trips: 0 Feedwater Booster Pump 11 Reactor Recirculation Pumps 1I & 12 0 Feedwater Pump 11 Drywell fans 14, 15, 16 0 Circulating Water Pump 11 Condensate Pump I 1 0 Service Water Pump 11 Feedwater Booster Pump 11 0 RBCLC Pump 11 Feedwater Pump I I 0 TBCLC Pump 11 Circulating Water Pump I I 0 Reactor Building Exhaust Fan 11 Service Water Pump 1I Recognize/report drop in reactor RBCLC Pump I 1 power TBCLC Pump I 1 Recognizeheport lowering condenser Reactor Building Exhaust Fan I I vacuum Recognize/report loss of Reactor Building D/P SRO Acknowledge report from crew Direct entry into N1-SOP-30.1 Direct and supervise power reduction per N1-SOP-1.1 Emergency Power Reduction to stabilize condenser vacuum, as necessary Direct entry into N1-SOP-1.3 Recirculation Pump Trip, as required NRC Scenario 2 17 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued SRO Continued D Direct closure of Recirc Pump 11 & 12 Discharge Valves D Direct RO to re-energize PB16A and 13A-15A Enter N1-EOP-5 on loss of Reactor Building Ventilation (positive pressure in RB)

Direct entry into N1-SOP-6.1 for loss of spent fuel pool cooling pump, as time permits a Review Technical Specifications a Acknowledge that the APRMs are inoperable while the RRP discharge valves are still open 0 Determine that TS 3.1.7e Partial Loop Operations, 3 loop limitations need to be checked by Reactor Engineering Limited to 90% power in 3 loop operations a 2% MCPR penalty must be applied per COLR 0 Determine that TS 3.1.8 for HPCl operability is a 15 day LCO a Review N1-OP-19 Section H.7.0 for operation exceeding SPDES permit, as time permits 0 Direct further power reduction as necessary for compliance with SPDES permit NRC Scenario 2 18 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued RO Acknowledge direction from SRO Confirm plant is stable by verifying:

- No thermal hydraulic Instability

- 3 Recirc pumps running

- Not operating in the Restricted Zone rn Execute N1-SOP-I .I, Emergency Power Reduction, to lower recirc flow to stabilize condenser vacuum, as required Determine plant operating point on the 3-lOOp power to flow curves BOP Execute N1-SOP-30.1, Loss of Power Board 11 Start Service Water Pump 12 Verify TBCLC pump 12 running Verify IAC 12 and/or 13 running Verify RBCLC pump(s) running Verify Steam Packing Exhauster 12 running Answers Are A4-4-6, A4-4-7, A4-1-3 OR A5-2-8 in alarm YES Determines Power Board 11 is faulted and cannot be reenergized Restores power to Power Board 16A as follows:

Opens R1041 Closes R1042 Verifies Power Board 16B amps

<962 NRC Scenario 2 19 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE 0PERATOR ACT10NS EVENT 5 Continued BOP Continued Dispatch NAO to reenergize Power Role Play: As NAO when directed to energize Boards 13A, 14A, and 15A PBI 3A-I5A, acknowledge order, but delay any Notify SRO that APRMs are action inoperable Close Recirc Pump 11 & 12 Discharge Valves Hold open for 2-3 seconds Recirc Pump 11 & 12 Discharge Valves Execute N1-SOP-I .3, Recirc Pump Trip, as required Role Plav: As NAO when directed to restore Dispatch NAO to restore Offgas offgas vacuum pump, acknowledge order, but Vacuum Pump delay any action Enter N1-SOP-6.1 for loss of spent fuel pool cooling, as time permits Role Plav: As NAO when directed to investigate Dispatch NAO to investigate loss of spent fuel pool cooling, acknowledge order, but spent fuel pool cooling, as time delay any action permits May take action to restore Turbine Building Ventilation in accordance with either N1-ARP-L1-2-3 or N1-OP-26 Respond to either annunciator:

L1-1-5, RB VENT EXH FAN 11-12 TRIP - VIB o Verify closed Reactor Building Exhaust Fan 11 outlet damper o Start Reactor Building Exhaust Fan 12 L1-3-4, REACT BLDGIATM DlFF PRESS o Start RBEVS per N1-OP-10 NRC Scenario 2 20 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued BOP Continued Possible actions in N1-OP-I 0 Section H.l .O to start RBEVS Verify open 202-36, EM VENTILATION FROM REACTOR BLDG BV Verify closed the following valves:

202-47, EM VENTILATION TIE BV 202-74, EM VENTILATION LOOP 11 COOLING BV 202-75, EM VENTILATION LOOP 12 COOLING BV Notify Rad Protection, the Reactor Role Play: As RP, acknowledge report that Building Emergency Ventilation RBEVS is in service and RBVS is secured system will be placed in service Place 202-37(38), EM VENTILATION LOOP 11(12) INLET BV control switch to OPEN Verify open 202-37(38), EM VENTILATION LOOP 1l(12) INLET BV Start 202-53(33), EVS FAN 1l(12)

Verify open 202-34(35), EM VENT EXHAUST FAN 1l(12) OUTLET BV Confirm proper operation of 202-50(51), EM VENT EXHAUST FAN 1I(12) INLET FCV, by observing indicating lights and flow indication NRC Scenario 2 21 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 6 , 7 and 8 PO-6.0, 7.0 RWCU Leak in the Secondary Containment and CREW failure of the Mode Switch and RPS Pushbuttons to Acknowledge/report:

cause a scram 0 L1-3-3, CONTIUOUS AIR RAD MONITOR When directed by examiner, insert malfunction: HI-4-8, AREA RADIATION MONITORS C u l l , COOLANT LEAK OUTSIDE OF K3-3-4, CLEAN-UP SYS LEAK DRYWELL, RAMP TIME=10:00, FINAL AREA T HI VALUE=20% Diagnose leak from RWCU into TRG 4 secondary containment Expected Annunciators: Diagnose RWCU failed to isolate Ll-3-3, CONTINUOUS AIR RAD MONITOR H 1-4-8, AREA RADIA TlON MONITORS K3-3-4, CLEAN-UP SYS LEAK AREA T HI The following malfunction is preset:

RPOSB, REACTOR PROTECTION SYSTEM FAILURE TO SCRAM CHI2 PRESET RPS Ch 12 lights do not extinguish Control rods do not insert based on automatic or manual scram signals Control rods insert once ARI is manually in,itiated NRC Scenario 2 22 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued 5RO Acknowledges report from the crew Enters N1-EOP-5 Directs RWCU system isolation Acknowledges report that RWCU failed to isolate both automatically and manually Directs dispatching of an NAO and RP Tech to obtain general area temperatures and radiation levels in the Reactor Building When Reactor Building Ventilation exhaust radiation exceeds 5 mR/hr, then directs verification of RB Vent isolation and RBEVS initiation Requests report on ARMS Determines area temperatures and radiation levels are above setpoints in Tables T and R, and transitions to circle 27 Determines a primary system is discharging into the reactor building and the discharge cannot be isolated, and transitions to circle 28 Before any area temperature or radiation level reaches 135°F or 8 Whr, respectively:

Directs manual scram and N1-SOP-1 execution CT-1.O Acknowledges scram report Acknowledges electrical failure to scram NRC Scenario 2 23 October 2008

I NSTRUCTO R ACT10NS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued SRO Continued Enters N1-EOP-2 due to power above 6% when a scram is required Answers All rods in to at least 04?

NO Answers Will the reactor stay shutdown without boron? NO Note: Execution of the N1-EOP-3 steps listed here Exits N1-EOP-2, enters N1-EOP-3 may be bypassed if the crew manually initiates ARI Directs ADS bypassed immediately upon the electrical failure to sc:ram Directs Core Spray jumpers installed per N1-EOP-1 Attachment 4 Directs manual ARI CT-2.0 Acknowledges new scram report Acknowledges all rod in Exits N1-EOP-3, enters N1-EOP-2 Assigns RPV level band 53 to 95 inches using Condensate/Feedwater Directs RPV pressure maintained

~ 1 0 8 psig 0 using Turbine Bypass Valves May direct anticipatory blowdown with Turbine Bypass Valves and Emergency Condensers with cooldown in excess of 1OOF/hr Acknowledges reports of Reactor Building temperatures and radiation levels When report is received that 2 General Areas temperatures are above 135OF, enters N1-EOP-8, RPV Blowdown Answers Are all control rods inserted to at least position 04 YES NRC Scenario 2 24 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued SRO Continued 0 Answers Drywell pressure? c3.5 Psig 0 Directs initiation of Emergency Condensers 0 Answers Torus water level? >8 ft 0 Directs open 3 ERVs CT-3.0 RO Acknowledge direction from the SRO Rotate reactor mode switch to shutdown CT-1.O Recognizes/reports RPS CH 12 does not deenergize and control rods do not insert Depresses RPS CH 12 scram pushbutton Recognizes/reports RPS CH 12 does not deenergize and control rods do not insert Provide scram report

- Mode Switch in SHUTDOWN

- Control rods NOT all in When ARI is initiated, notify Control Room all rods are IN Provides scram report Perform N1-SOP-I , Reactor Scram, scram verification actions 0 Places IRMs on range 9 Inserts IRM and SRM detectors Downranges IRMs as necessary to monitor power decrease NRC Scenario 2 25 October 2008

1 1 INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued RO Continued 0 Reduces Recirc Master flow to 25-43 x I O 6 Ib/hr 0 Control RPV pressure 4 0 8 0 psig using Turbine Bypass Valves 0 If directed to perform anticipatory depressurization

- Open all bypass valves using BOJM

- Report all bypass valves open

- Initiate Emergency Condensers Note: No General Area temperature information is BOP available until an operator has been dispatched to 0 Attempts to isolate RWCU the Reactor Building to monitor area temperatures. 0 Closes33-02R, CU SUPPLY The following timeline of field reports may ble ISOLATION VALVE 11 (INSIDE) adjusted by examiner as necessary for evaliJation 0 Informs SRO that 33-02R, CU Supply purposes. Isolation Valve 11 has failed to fully close Role Plav: When directed as NAO and RP Tech 0 Closes33-04R, CU SUPPLY IS0 VLV to obtain general area temperatures and radiation 12 (OUTSIDE) levels in the Reactor Building: 0 Informs SRO that 33-04R, CU Supply Isolation Valve has failed to fully close Wait 4 minutes and report RB 261' east side Closes33-01R, CU RETURN IS0 temperature is 125OF and rising, radiation level is VLV 25 mr/hr and rising. Informs SRO that 33-01R, CU RETURN Isolation Valve has failed to Note: When one general area temperalure is fully close reported above 135OF and a second general Dispatches NAO and RP Tech to area temperature is reported as approaching obtain Reactor Building general area 135'F, the crew is likely to perform an temperatures and radiation levels anticipatory blowdown per N1-EOP-2 NRC Scenario 2 26 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued BOP Continued 0 If directed during N1-EOP-3 execution Role Plav Continued: - Bypasses ADS Wait an additional 3 minutes and report RB 261 - Prevents Core Spray Injection east side temperature is 14OoFand rising, radiation - Initiates Manual ARI level is 30 mr/hr and rising; RB 281 east side CT-2.0 temperature is 120°F and rising, radiation level is 0 Performs N1-SOP-?, Reactor Scram, 20 mr/hr and rising. level control actions:

0 Restores RPV level to 53-95 inches Note: When 2 general area temperatures are by controlling injection and rejecting reported above 135OF, the crew will perform an through RWCU RPV Blowdown 0 Determines # I 3 FWP running and RPV water level recovering Wait an additional 3 minutes and report RB 281 0 Verifies at least one Electric FW east side temperature is 140°F and rising, radiation Pump running level is 30 mr/hr and rising 0 Terminates 13 FWP injection as follows:

0 Places FWP 13 VALVE CONTROL in MANUAL AND closes 0 Disengages 13 FWP 0 Gives 29-10, FEEDWATER PUMP 13 BLOCKING VALVE, a CLOSE signal 0 Verifies RPV water level +53 inches and rising 0 Verifies 11/12 FWP controllers in MANUAL and set to zero output 0 Resets HPCl signal Places 11/12 FWP BYPASS Valve in AUTO, sets to 65-70 inches 0 Verifies level stable AND secures 2nd FWP, if running NRC Scenario 2 27 October 2008

I NSTRUCTOR ACT1ONSl PLANT RESPONSE OPERATOR ACTIONS EVENTS 6 , 7 and 8 Continued BOP Continued If RPV level reaches 85 inches and rising, then:

0 Verifies off all Feedwater Pumps 0 Secures CRD Pumps not required 0 Maximizes RWCU reject flow 0 Closes FWlVs if required 0 Closes MSlVs if required Maintain RPV water level in assigned band Notifies crew of reports on general area temperatures and radiation levels When N1-EOP-8, RPV Blowdown, is entered:

0 Initiates Emergency Condensers Opens3ERVs CT-3.0 TERMINATING CUE:

0 RPV Blowdown in progress 0 All control rods are in 0 RPV water level controlled in assigned band NRC Scenario 2 28 October 2008

V. POST SCENARIO CRITIQUE A. N/A, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events

1. None B. Commitments
1. None VII. LESSONS LEARNED A. None NRC Scenario 2 29 October 2008

ATTACHMENT 7: FlEACTlVlTY MANEUVER INSTRUCTION Reason for Reactivity Maneuver: Recover Reactor Recirculation Pump #I 5 STEP: 1 DESCRIPTION RE presence required in the Control Room? Yes-+ No (check)

No_/- (check)

Expected Range Description of Step:

1. Reduce recirculation flow to approximately 50 Mlb/hr.
2. Recover reactor recirculation pump # 15 in accordance with N1-OP-I .
3. Raise recirculation flow to reach 100% rated thermal power.

Critical Parameter Limit Monitor Frequency Contingency -

None Step Prepared by:Jhn Smith I Todaq Step Reviewed by: Bob Cooper I Todaq REISTA Date REISTNSRO Date Approval to perform Step Ed Brown I Today Step Completed by: I Shift Manager Date SRO Date Page 23 S-REP-3 Rev 03

Appendix D Scenario Outline Form ES-D-1 Facility: Nine Mile Point 1 Scenario No.: NRC43 Op-Test No.: October 2008 Examiners: Operators:

Initial Conditions: Simulator IC 173

1. Reactor Power approximately 100% (CRD Pump 12 must be in service)

Turnover:

1. Turbine Surveillance Testing, NI-PM-Q7, to be performed
2. Feed Pump 12 is out of service because of a burned out motor pump to auto start en the turbine trips,

. - PBI 1 and 12 fail to transfer (SOP-I I 30.1, SOP-30.2)

I I cso3c I I Spray I:~I faits to start L

  • (N)ormal, (R)eactivity, (I)nstrument, (C)omponent, (M)ajor NRC Scenario 3 October 2008

Facility: Nine Mile P o i n t l Scenario TARGET QUANTITATIVE ATTRIBUTES ACTUAL (PER SCENARIO: SEE SECTION D.5.d) ATTRIBUTES

1. Total malfunctions (5-8) 7 Events 2,3,4,5,6,8,9
2. Malfunctions after EOP entry (1-2) 2 Events 8 , 9
3. Abnormal events (2-4) 6 Events 2, 3,4, 5, 6, 8
4. Major transients (1-2) 1 Event 7
5. EOPs enteredhequiring substantive 2 actions (1-2)

Events 7 , 9 (EOP-2, EOP-4)

6. EOP contingencies requiring substantive actions (0-2)

Events 7 , 9 (EOP-2 Alternate Level Leg, EOP-8)

7. Critical tasks (2-3)

CRITICAL TASK DESCRIPTIONS:

CT-1.O Given a LOCA with a loss of high pressure injection, the crew will execute N1-EOP-8, RPV Blowdown when RPV water level drops below -84 inches.

CT-2.0 Given a LOCA with a loss of high pressure injection and Core Spray, the crew will inject to the RPV with Condensate and Feedwater Booster pumps.

CT-3.0 Given a LOCA in the Drywell, the crew will initiate Containment Sprays to

- prevent exceeding PSP.

NRC Scenario 3 October 2008

NMP SIMULATOR SCENARIO NRC Scenario 3 REV. 0 No. of Pages: 35 LOSS OF POWERBOARD 103, FEEDWATER PROBLEMS, LOCA WITH LOSS OF HIGH PRESSURE INJECTION, RPV BLOWDOWN REQUIRED TO RESTORE RPV WATER LEVEL PREPARER VALIDATED DATE 5/17/08 GEN SUPERVIS OPS TRAINING DATE &-

OPERATIONS MANAGER DATE CONFIGURATION CONTROL NIA - Exam Security DATE SCENARIO

SUMMARY

Length: 90 minutes Initial Power Level: Approximately 1OO%, above 100% rodline Mitigating Strategy Code: RL2, Small LOCA, RPV Blowdown required to permit injection with low presisure systems to recover RPV water level above TAF

SUMMARY

The crew assumes the shift with the plant at 100% power with Feedwater Pump 12 under clearance for maintenance. The crew will perform N1-PM-Q7, Turbine Thrust Bearing Test from the Control Room. Next, APRM 13 fails. The crew will bypass the APRM and reset the half scram. Next, Powerboard 103 trips on fault. The crew will take action to secure EDG 103 and attempt to restore Powerboard 17B. F'owerboard 103 and Powerboard 17B are both faulted and are not restored. The trip of CliD Pump 12 (PB 17B) will require starting CRD Pump 11 and the SRO must address Technical Specifications.

When the necessary steps for the loss of Powerboard 103 are completed, Feedwater Booster Pump 11 will trip with a failure of the standby pump to start. The standby pump can be manually started. The SRO must again address Technical Specifications. When the standby Feedwater Booster Pump is manually started, the Master Feedwater Controller will fail as-is.

RPV water level will slowly deviate from the set level. The crew must diagnose the failure and the BOP operator will be required to take nianual control of RPV water level. With RPV water level in manual control, Feedwater Pump 11 will trip because of delayed effects from the earlier NRC Scenario 3 1 October 2008

Feedwater Booster Pump trip. This will require an entry into N1-SOP-1. I , Emergency Power Reduction to lower power to within the capacity of Feedwater Pump 13.

While troubleshooting the electrical faults and troubles with the Feedwater system, the crew recognizes a coolant leak in the containment. Drywell pressure and temperature rise, requiring the crew to insert a manual SCRAM on rising drywell pressure. When the turbine trips, Powerboards 11 and 12 fail to automatically transfer. This results in a loss of feedwater, condensate, circulating water and other loads. Operators are able to restore these power boards. RPV water level continues to drop with only one liquid poison pump and CRD pump 11 available for injection. The crew will determine they cannot restore and maintain RPV water level above -109 and enter N1-EOP-8, RPV Blowdown. While blowing down the crew must diagnose that the inboard IV for Core Spray 111 fails to open and Core Spray pump 121 fails to start. With Core Spray unavailable for injection, the crew will inject with the feedwater booster pumps using N1-EOP-1, Att 25 or 26.

Major Procedures: N1-SOP-1, N1-SOP-1.1, N1-SOP-5.1, N1-SOP-16.1, N1-SOP-30.1, N I -

SOP-30.2, N1-EOP-I, N1-EOP-2, N1-EOP-4, N1-EOP-8 Termination Criteria: RPV Blowdown in progress, RPV water level above TAF and controlled in assigned band, containment pressure controlled in accordance with N1-EOP-1 Att 17 EAL Classification: Alert, EAL 3.1. I NRC Scenario 3 2 October 2008

I. SIMULATOR SET UP A. IC Number: IC 173 B. Presets/Function Key Assignments

1. Malfunctions:
a. FWO3B, FEEDWATER PUNlP TRIP 12 PRESET
b. NM21C, APRM 13 FAILURE - INOP TRG 1
c. ED08, AC POWER BOARD ELECTRICAL FAULT(PB103) TRG 2
d. ED21, AC POWERBOARD ELECTRICAL FAULT(PB17 SECTION B) TRG 2
e. FWOZA, FEEDWATER BOCiSTER PUMP TRIP 11 TRG 3
f. FW16, FEEDWATER MASTER CONTROLLER FAILS - A S IS TRG 4
g. FW03A, FEEDWATER PUMP 11 TRIP TRG 5
h. CUOl, COOLANT LEAK INSIDE OF DRYWELL, RAMP TIME=10:00, FINAL \'ALUE=40% TRG 6
i. ED26, FAILURE OF PBI 1 TO AUTO TRANSFER PRESET
j. ED27,FAILURE OF P0?2TO AUTO TRANSFER PRESET
k. CSOlC, CORE SPRAY PUMP TRIP 121 PRESET I. CSO3C, CORE SPRAY INBC) INJECT VLV FAIL TO OPEN 40-1 1 PRESET
2. Remotes:
a. ED12, IC BUS 130 NORM PVVR BKR FROM PB13, FINAL VALUE=OPEN TRG 25
b. ED13, IC BUS 130 ALT PWFt BKR FROM PNLBRD 167A, FINAL VALUE=CLOSE, DELAY TIME=5 SEC TRG 25
c. FW24, REMOVAL OF HPCl FUSES FUWFU9, FINAL VALUE=PULL TRG 26
3. Overrides:
a. OVR-7S43D14116 POS-3 4H17/51-02A C FRM B, FINAL VALUE=OFF PRESET
4. Triggers:
a. TRG 4 - Fails Feedwater Pump 13 FCV as-is when Feedwater Booster Pump 12 control switch is taken to start
i. Event Action: zdfwbncb==l ii. Command: None
5. Equipment Out of Service:
a. Feedwater pump 12 control switch in PTL and yellow tagged NRC Scenario 3 3 October 2008

D. Support Documentation

1. Nl-PM-Q7, QUARTERLY MAIN TURBINE THRUST BEARING AND GENERATOR CORE MONITOR TESTING, signed off through step 6.1, up to step 6.2 (Note 6.1 is N/A if you perform 6.2)

E. Miscellaneous

1. Verify CRD pump 12 is in service
2. Place protected equipment signs NRC Scenario 3 4 October 2008

II. SHIFT TURN OVER INFORMATION

~~~~ ~

PART I: To be performed by the oncoming Operator before assuming the shift.

0 Control Panel Walkdown (all panels) (!SM, CRS, STA, RO, CRE)

PART II: To be reviewed by the oncoining Operator before assuming the shift.

Shift Supervisor Log (SM, CRS, STA) Shift Turnover Checklist (ALL)

RO Log (RO) LCO Status (SM, CRS, STA) 0 Lit Control Room Annunciators Computer Alarm Summary (RO)

(SM, CRS, STA, RO, CRE)

Evolutions/General Information/Equipment Status:

Power is approximately 100%.

Turbine Surveillance Testing, N1-PM-Q7, to be performed.

Feed Pump 12 is out of service because clf a burned out motor. (TS 3.1.8,day 2 of 15)

~~ ~~ ~~~

PART Ill: Remarks/Planned Evolutions:

Perform Nl-PM-Q7, QUARTERLY MAIN TURBINE THRUST BEARING AND GENERATOR CORE MONITOR TESTING, section 6.2.

PART IV: To be reviewedlaccomplished shortly after assuming the shift:

Review new Clearances (SM) 0 Test Control Annunciators (CRE)

Shift Crew Composition (SM/CRS)

ATC RO BOP RO NRC Scenario 3 5 October 2008

Scenario ID I NSTRUCTOR COMMENTS (Strengths, Areas for Improvement, Open Items etc.)

What Happened? What we did? Why? (Goals) Other Options?

NRC Scenario 3 6 October 2008

Ill. PERFORMANCE OBJECTIVES A. Critical Tasks:

CT-I .O Given a LOCA with ii loss of high pressure injection, the crew will perform an RPV Blowdown when RPV water level drops below -84 inches, in accordance with N1-EOP-8.

CT-2.0 Given a LOCA with ii loss of high pressure injection and Core Spray, the crew will inject to the RPV with Condensate and Feedwater Booster pumps, in accordance with N1-EOP-2.

CT-3.0 Given a LOCA in the Drywell, the crew will initiate Containment Sprays to prevent exceeding PSP, in accordance with N1-EOP-4.

B. Performance Objectives:

PO-1.o Given the plant operating at power, the crew will perform Main Turbine Thrust Bearing wear testing, in accordance with Nl-PM-Q7.

PO-2.0 Given a failed APRM, the crew will bypass the APRM and reset the half scram, in accordance with N1-ARP-F1.

PO-3.0 Given the plant operating at power, the crew will respond to a loss of a Powerboards 103 anld 17B, in accordance with N1-ARP-A5.

PO-4.0 Given the plant operating at power, the crew will respond to a loss of the operating CRD pump, in accordance with N 1-ARP-A5 or N1- S O P 4 1.

PO-5.0 Given a trip of Feedwater Booster Pump 11 and a failure of the standby pump to automatically start, the crew will start the standby pump, in accordance with Nl-ARP-H3.

PO-6.0 Given a failed Feedwater flow control valve, the crew will take manual control to stabilize RFW water level, in accordance with N1-SOP-16.1.

PO-7.0 Given a loss of the operating motor driven feedwater pump, the crew will lower power to within the capacity of the turbine driven feedwater pump, in accordance with N 1 -SOP-I 6.1 and N1-SOP-I . I .

PO-8.0 Given a LOCA within the Drywell, the crew will scram the reactor, in accordance with N1-SOP-I.

PO-9.0 Given a failure of Powerboards 11 and 12 to automatically transfer following a Main Turbine trip, the crew will manually transfer the Powerboards, in accclrdance with N1-SOP-30.1 and N1-SOP-30.2.

PO-10.0 Given the plant in a condition requiring emergency classification, the SRO shall classify the events properly, complete initial notification forms, NRC Scenario 3 7 October 2008

and discuss the bases for the classification in accordance with the emergency plan procedure.

PO-I 1.O Given the plant or a iplant system in a condition requiring Technical Specification action, identify the deviation and any required actionshotifications.

NRC Scenario 3 8 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS Take the simulator out of freeze before the crew CREW enters for the pre-shift walkdown and briefing. D Walkdown panels Allow no more than 5 minutes for panel walkdown. B Conduct shift turnover brief D Assume the shift EVENT 1 PO-1.o Perform N1-PM-Q7, Turbine Thrust Bearing Test There are no simulator actions required for this test and no malfunctions are intended to occur SRO 0 Directs the BOP to perform N1-PM-Q7, Quarterly Main Turbine Thrust Bearing and Generator Core Monitoring Testing, Sect 6.2, Thrust Note: Pre-job brief may be conducted prior to the Bearing Wear Test from the Control crew entering the simulator to facilitate scenario Room run-time. 0 Perform a pre-job brief RO 0 Monitors plant parameters BOP Acknowledges direction to perform turbine surveillance testing from the SRO Notifies RO of intention to perform the test Places THRUST BRG WEAR TEST SOLENOID switch in TEST NRC Scenario 3 9 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE 0PERATO R ACT10NS EVENT I Continued BOP Continued Confirms the following:

- Yellow TEST MODE 43XKBWT light illuminates

- Annunciator A2-3-3 actuates e Rotates and holds TBWT Motor switch to + READING position, until Annunciator A2-3-4 actuates e Continues holding TBWT Motor switch to + READING position until POS light is lit then records reading at which trip occurred e Rotates and holds TBWT Motor switch to - READING position until meter is zeroed, then releases switch e Confirms Annunciator A2-3-4 clears e Rotates and holds TBWT Motor switch to - READING position, until Annunciator A2-3-4 actuates e Continues holding TBWT Motor switch to - READING position until NEG light is lit then records reading at which trip occurred e Rotates and holds TBWT Motor switch to + READING position until meter is zeroed, then releases switch 0 Confirms Annunciator A2-3-4 clears e Direct the NAO at the middle standard to verify:

- Trip lights (front and rear) NOT Role Plav: As NAO, when directed, report 1:hatthe illuminated trip lights are NOT illuminated and the test handle - Test handle in normal (ZERO) is in the normal (ZERO) position at the middle position standard NRC Scenario 3 10 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 1 Continued BOP Continued Place THRUST BRG WEAR TEST SOLENOID Switch to OFF Confirm YELLOW TEST MODE 43XTTBWT light is OFF Direct the NAO at the middle standard Role Plav: As NAO, when directed, report that the of to verify TEST light NOT illuminated test light is NOT illuminated at the middle standard Confirm Annunciator A2-3-3 clears Verify reset, Flag Target 30/1 and Cue: If required inform the BOP that the flags on 30/2 on Panel B-3 3011 and 30/2 are reset Notifies SRO/RO that the Turbine Thrust Bearing test has been successfully completed NRC Scenario 3 11 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 2 PO-2.0 APRM 13 Inoperative Failure CREW When directed by the examiner, insert 0 Acknowledge/Report Annunciators:

malfunction: 0 F2-1-6, APRM I1-14 0 F3-4-4, ROD BLOCK NM21C, APRM 13 FAILURE - INOP 0 F1-1-1, RPS CH 11 NEUTRON TRG 1 MONITOR 0 F1-2-1, RPS CH 11 AUTO REACTOR Expected Annunciators:

TRIP F2-1-6, APRM 11-14 0 Diagnose failure of APRM 13 F3-4-4, ROD BLOCK F1-1-1, RPS CH 11 REACT NEUTRON MONITOR F1-2-1, RPS CH I 1 AUTO REACTOR TRIP SRO Role Play: If requested to investigate the failure of 0 Determines APRM 13 is INOP APRM 13, reply that you will investigate. 0 Contacts WWM to request troubleshooting for APRM 13 0 References TS 3.6.2.a, determines the Minimum Number of Operable Channels per Trip System is met RO 0 Monitors plant parameters 0 When directed bypasses APRM 13

- Places APRM BYPASS switch in BYPASS position

- Confirms APRM BYPASS light is ON on Panel E 0 Resets the half scram BOP 0 Investigates APRM 13 failure NRC Scenario 3 12 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 3 PO-3.0, 4.0 PB 103 and PB 178 trip on fault, loss of CRD CREW Pump 12 Acknowledge/report annunciators When directed by examiner, insert malfunctions: Recognize/report the following:

Loss of PB 103 and PB 17B ED08, AC POWER BOARD ELECTRICAL. EDG 103 started but not supplying PB FAULT(PBIO3) 103 TRG 2 R1013 tripped (PB 103 normal supply)

ED21, AC POWERBOARD ELECTRICAL R1053 tripped (PB 17B normal supply)

FAULT(PB17 SECTION B) 0 Recognize/diagnose loss of CRD TRG 2 Major Expected Annunciators A5-3-5, DSL GEN 103 START-RUN OFFNORMAL A5-3-7, POWER BD. 17 R1053 TRIP A5-4-7, POWER BD 17 LOW BUS VOLTAGE A5-4-3, POWER BD 103 BUS VOLTAGE LOW The following major loads will be lost as a result of the loss of PB 103 and PB 176:

Core Spray Pumpflopping Pumps 11W122 Containment Spray Pumps 12I / ?22 Static Batt Charger 171NB RPS UPS 172NB ESW Pump 12 CRD Pump 12 RBCLC Pump 12 Liquid Poison Pump 12 CREVS 12 RBEVS 12 EDG 103 Auxiliaries Condensate Transfer Pump 12 Emerg. Cond. 12 Inside Steam IV (39-03R)

NRC Scenario 3 13 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued iRO Acknowledge report from crew Direct BOP/RO to execute applicable ARPs Recognize that EDG 103 auxiliaries are not powered (Raw Water Pump)

Direct shutdown of EDG 103 using N1-ARP-A5-4-3 Acknowledge report from BOP/RO that no CRD Pumps operating and CRD Pump 11 is available Direct RO/BOP to start CRD Pump 11 Role Plav: If dispatched as NAO to investigate PB IAW N1- S O P 4 1 or N1-ARP-A5-4-3 loss, wait 3 minutes then report that RIOIC;, PI3 Review loads lost as result of PB 103 Normal Supply Breaker, tripped on over- 103/17B loss current Review Tech Specs for impact of loss of PB103 TS 3.12,Liquid Poison System TS 3.1.4, Core Spray System TS 3.1 5,ADS (Requires to be less than 10 psig in 10 hours1.157407e-4 days <br />0.00278 hours <br />1.653439e-5 weeks <br />3.805e-6 months <br />)

TS 3.1.6, CRD System TS 3.2.7.c, Reactor Coolant System Isolation Valves (Limiting LCO - requires initiating a normal orderly shutdown within one hour and having reactor in the cold shutdown condition within ten hours.)

TS 3.3.7, Containment Spray TS 3.6.3, Emergency Power Sources Recognize that TS 3.2.7.c is most limiting NRC Scenario 3 14 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued SRO Continued D Notify WEC/Mgmt of impending Role Plav: When contacted as WECIMgnit, shutdown acknowledge report of impending shutdown D Brief crew on impending shutdown RO 0 Monitor plant parameters 0 May perform N1-SOP-5.1 for loss of 12 CRD pump prior to BOP starting 11 CRD pump per ARPs 0 Places 11 CRD pump control Role Plav: If directed as NAO to shift RPL level switch to START CRD backfill per N1-OP-58, H.2.0 reply that you 0 Places 12 CRD pump control will get the procedure and shift RPV level CRD switch to STOP backfill. Wait 5 minutes and report backfill has 0 Observes proper operation of 11 been shifted. CRD pump (amps, flow, alarms)

BOP 0 Executes N 1-ARP-A5-4-3 0 Confirm alarm on computer 0 If PB 103 voltage is low:

0 Verifies EDG 103 running 0 Confirm A5-4-1 AND A5-4-2 clear 0 Attempts to close R1032, EDG 103 Output Breaker 0 Recognizes/reports R1032 will not close and PB 103 cannot be re-energized If PB 103 cannot be re-energized:

0 Places R1013 in PTL 0 Places EDG 103 control switch in emergency stop 0 May start CRD Pump 11 NRC Scenario 3 15 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued BOP Continued Verifies RBCLC header pressure >40 psig Resets Lockout 86-17 Opens R1053, PB 17B Normal Feeder Breaker Closes R1052, PB 17 A-B Tie Breaker Recognizes/reports R1052 will not close and PB 17B cannot be re-energized Role Play: If requested to develop a clear'snce to Requests clearance to prevent prevent autostart of EDG 103, acknowledgls auto-start of EDG 103 request and estimate one hour for completion.

NRC Scenario 3 16 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 4 PO-5.0 Feedwater Booster Pump 11 Trip with Failure of CREW the Standby Pump to Auto Start e Acknowledge/report annunciator H3-3-6 REACTOR FW BOOSTER P I 1 When directed by examiner, insert malfunction: TRIP Diagnose trip of Feedwater Booster FWOZA, FEEDWATER BOOSTER PUMP 'TRIP 11 Pump 11 TRG 3 The following override prevents Feedwatei?

Booster Pump 12 from Auto Starting on low header discharge pressure:

OVR-7S43D14116 POS-3 4Hl7151-02A C FRM B PRESET RPV water level slowly lowers Feedwater Booster Pump header pressure lowers Expected Annunciators:

H3-1-6REACTOR FW BOOSTER P I 1 TRI'P H3-7-7,H3-2-7,H3-3-7,REACTOR F W PUMP 17/12/13 SUCTION SRO Acknowledges report If BOP does not manually start FWBP 12, directs starting FWBP 12 Enters Tech Spec 3.1.8.c Determines redundant component inoperable in both HPCl train 11 and 12, thus normal orderly shutdown shall be initiated within one hour and the plant brought to less than 110 psig in 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> NRC Scenario 3 17 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued SRO Continued 0 Initiates surveillance requirement 4.1.8.c for redundant component operability verification 0 Notifies WEC 0 Notifies Ops Management 0 Performs crew briefhpdate RO 0 Monitors plant parameters 0 May perform Emergency Power Reduction per N1-SOP-1.1 as required to maintain RPV water level BOP 0 Report alarm and respond per H3-1-6 0 Confirms alarm on computer (E049 RX FW BOOST PMP 11 TRIP) 0 Recognizes/diagnoses failure of the standby pump to automatically start Manually starts FWBP 12 Notifies crew of failure of FWBP 12 to auto start Role Play: When dispatched as NAO to swap 0 Dispatches operators to shift HWC, wait 5 minutes and report that HWC Hydrogen Water Chemistry injection injection has been transferred from FWBP 11 to from FWBP 11 to FWBP 12 FWBP 12 NRC Scenario 3 18 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 PO-6.0 Failure of the Feedwater Master Controller AS-IS CREW 0 Recognize/report RPV water level is The following malfunction will be automatically deviating from setpoint inserted when the control switch for Feedwater 0 Diagnose/report failure of Feedwater Booster Pump 12 is placed in START: Master Controller FW16, FEEDWATER MASTER CONTROLLER FAILS AS IS TRG 4 RPV water level slowly deviates from setpoint Feedwater flow remains constant Expected Annunciator:

F2-3-3 REACT VESSEL LEVEL HIGH-LOW SRO 0 When notified of feedwater controller failure, directs:

- Entry into N1-SOP-16.1

- Manual control of feedwater RO Monitors plant parameters May perform Emergency Power Reduction per N1-SOP-1.I as required to maintain RPV water level BOP 0 Enters N1-SOP-16.1

- Determines problem with Feedwater Level Control

- Determines NOT a Flow Control Valve lockup NRC Scenario 3 19 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued BOP Continued Using available FCVs, takes manual control of FWLC at MA stations Operates Feedwater FCV 11 or 13 in manual to control feedflow to restore RPV water level Controls RPV water level in MANUAL NRC Scenario 3 20 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 6 PO-7.0 Feedwater Pump 11 Trip CREW D Acknowledgeheport annunciator When the crew has restored RPV water level to m Diagnose a trip of the operating normal band and directed by examiner, insert electric feedwater pump malfunction:

FW03A, FEEDWATER PUMP I 1 TRIP TRG 5 RPV water level lowers ExpectedAnnunciator:

H3-1-7,REACTOR FW PUMP 11 TRIP OVERLOAD SUCTIONHI-LEVEL SRO Acknowledges report Directs entry into ARP Directs re-entry into N1-SOP-I 6.1 Directs BOP to maintain RPV water level with FWP 13 using FWLC in manual Directs RO to lower power IAW N I -

SOP-I . I Supervises power reduction Notifies WEC Notifies Ops Management Performs crew briefhpdate Recognizes Tech Spec 3.1.8 applies for loss of HPCl component NRC Scenario 3 21 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Continued RO 0 Monitors plant parameters 0 Lowers reactor power IAW NI-SOP-

1. I using recirculation flow as directedkequired for RPV water level control Monitors position on P/F map BOP 0 Re-enters N1-SOP-16.1 Coordinates RPV water level control with RO during power reduction Determines problem with FW Pumps Determines level can be maintained >53 Restores level 65-83 by controlIing injection from Feedwater FCV 13 0 Enters ARP H3-1-7 0 Places 11 FW Pump Control Switch to Stop spring return to Neutral Role Play: If dispatched as NAO to check FWP 0 Confirms Aux Oil Pump running 11, wait 2 minutes and report that FWP 11 AUXOil AND FW Pump not rotating Pump is running and the FWP shaft is not rotating backwards backwards. 0 Verifies closed, 11 FW FCV (29-141) AND 11 FW Low Flow FCV Role Play: If dispatched as NAO to investigate trip (29-49) of FWP 11, wait 2 minutes and report that FWP 11 0 Dispatch NAO to investigate FWP 11 breaker tripped on overload, but there are n13 trip abnormal indications at the pump.

NRC Scenario 3 22 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 , 8 and 9 PO-8.0, 9.0 RPV coolant leak in the Primary Containment CREW 0 Recognizeheport containment When the crew has restored RPV water level to parameters degrading normal band and directed by examiner, insert - DW humidity rising malfunction: - DW leakage rising

- DW pressure rising CUOl, COOLANT LEAK INSIDE OF DRYINELL, - DW temperature rising RAMP TIME=10:00, FINAL VALUE=40% 0 Diagnose RPV coolant leak TRG 6 Drywell humidity, leakage rate, pressure and temperature rise Expected Annunciators:

H2 7, DRYWELL WATER LEAK DE TECTION SYS K2-4-3, DRYWELL PRESSURE HIGH - LOW The inboard IV for Core Spray 111 fails to open and Core Spray pump 121 fails to start The following malfunctions are preset:

CSOIC, CORE SPRAY PUMP TRIP 121 IPRESET CSO3C, CORE SPRAY INBD INJECT VLV FAIL TO OPEN 40-11 IPRESET NRC Scenario 3 23 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued SRO Initial Actions for RPV Coolant Leak 0 May direct an emergency power reduction IAW Nl-SOP-1. I , if time Note: A reactor scram will be required because of permits rising Drywell pressure Brief crew on plans to insert manual scram 0 Direct the RO to place Mode Switch to SHUTDOWN 0 Enters N1-EOP-2 when RPV water level reaches 53 inches 0 Directs N1-SOP-1, Reactor Scram 0 Enters N1-EOP-2 and N1-EOP-4 when DW pressure reaches 3.5 psig Actions for failure of PB to transfer e Direct entry into Nl-SOP-30.1 0 Direct entry into N1-SOP-30.2 0 Authorizes PB 11 and PB 12 re-energized 0 Acknowledges PB 11 and PB 12 can be re-energized Subsequent SRO EOP Actions:

0 Enters N1-EOP-2 when water level reaches 53 inches:

0 Determines all control rods are in 0 Directs RPV water level controlled between 53-95 inches with CRD Directs RPV pressure controlled less than 1080 psig Adjusts level and pressure bands as coolant leak degrades RPV parameters NRC Scenario 3 24 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued SRO Continued e When RPV level can NOT be maintained >53 inches, directs use of Alternate Injection Systems, Detail E (Liquid Poison) to stay above -84 inches (TAF) e Direct MSlVs closed to minimize inventory loss and pressure control with ECs e Determines cannot stay above -84 inches (TAF) with current injection sources, and transitions to Alternate Level Control leg of N1-EOP-2 e Directs ADS bypassed e Directs EC initiation e Determines Core Spray pump 121 has failed to start e Determines 2 Detail F Subsystems are available (Core Spray Loop 11 and Condensate/Feedwater Booster Pumps 12) e Waits until level drops to -84 inches (TAF) e Determines a Detail F Subsystem is lined up with a pump running e Before level drops to -109 inches, determines an injection source is lined up with a pump running e Enters N1 -EOP-8, RPV Blowdown:

Determines all control rods are in NRC Scenario 3 25 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued iRO Continued Directs Emergency Condensers initiated 0 Determines torus water level is above 8.0 feet Directs open 3 ERVs CT-I -0 Directs RPV water level restored 53-95 inches using Core Spray (Nl-EOP-1 Att 4) or Condensate/Feedwater Booster pumps (Nl-EOP-1 Att 25/26)

When RPV pressure is less than 365 psig, determines Core Spray IV 40-1 1 failed to open Directs RPV water level restored 53-95 inches using Condensate/Feedwater Booster pumps (Nl-EOP-1 Att 25/26)

CT-2.0 Determines RPV water level is rising Transitions back to Normal Level Control leg of N1-EOP-2 Enters N1-EOP-4 when drywell pressure reaches 3.5 psig and/or drywell temperature reaches 150°F:

Directs lockout of Containment Spray Pumps 0 When torus pressure exceeds 13 psig or before drywell temperature exceeds 300°F:

NRC Scenario 3 26 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued SRO Continued 0 Determines plant is inside Containment Spray Initiation Limit Curve (Fig. K) 0 Directs verification that the recirculation pumps are tripped 0 Directs drywell cooling fans tripped 0 Directs initiation of containment spray IAW NI-EOP-I Att 17 CT-3.0 0 Monitors torus pressure and water level for PSP RO Places REACTOR MODE Switch in SHUTDOWN Provides Scram Report Performs N1-SOP-1, Reactor Scram, scram verification actions Places IRMs on range 9 Inserts IRM and SRM detectors Downranges IRMs as necessary to monitor power decrease 0 Reduces Recirc Master flow to 25-43 x I O 6 Ib/hr Controls RPV pressure 4 0 8 0 psig using Turbine Bypass Valves, as required BOP D Continues to control RPV Level in MANUAL NRC Scenario 3 27 October 2008

I NSTRUCTOR ACT1ON S/

PLANT RESPONSE OPERATOR ACTIONS BOP Continued 0 Performs N1-SOP-I , Reactor Scram, level control actions:

0 Restores RPV level to 53-95 inches by controlling injection and rejecting through RWCU 0 Determines # I 3 FWP running and RPV water level recovering Note: Further level control actions may not be 0 Determines no Electric FW Pump performed due to powerboard losses and coolant runninglavailable leak 0 Terminates 13 FWP injection (as required with no Electric FW Pump and LOCA in progress):

0 Places FWP 13 VALVE CONTROL in MANUAL AND closes 0 Disengages 13 FWP 0 Gives 29-10, FEEDWATER PUMP 13 BLOCKING VALVE, a CLOSE signal 0 Verifies RPV water level +53 inches and rising 0 Verifies 11/12 FWP controllers in MANUAL and set to zero output 0 Resets HPCl signal 0 If RPV level reaches 85 inches and rising, then:

Verifies off all Feedwater Pumps 0 Secures CRD Pumps not required 0 Maximizes RWCU reject flow Closes FWlVs if required 0 Closes MSlVs if required 0 Attempts to maintain RPV water level in assigned band NRC Scenario 3 28 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued ROlBOP Actions for Failure of PBs to Transfer:

When the turbine trips, Power Boards 1Iand 12 e Enters N1-SOP-30.1 for PB 11 loss fail to transfer e Enters N1-SOP-30.2 for PB 12 loss Actions from N1-SOP-30.1(30.2)

The following malfunctions cause the failure to e Verifies fault annunciators clear transfer: e Obtains permission from SRO to re-energize PB 11(12)

ED26, FAILURE OF PBI I TO AUTO TRANSFER e Verifies PB 11(12) components green PRESET flagged ED27, FAILURE OF PB12 TO AUTO TRANSFER Cleanup Pump 11(12)

PRESET Service Water Pump 11(12)

Expected Annunciators: Circ Water Pump 1l(12)

A4-1-1, POWER BD. I 1 R113 TRIP RRMG Set 11 and 12 (14 and 15)

A5-1-6, POWER BD. 12 R122 TRIP TBCLC Pump 11(12)

Major Loads Lost: FW Booster Pump 11(13)

Powerboard 7 7: Condensate Pump 1l(13)

RWCU Pump I 1 e Inserts Sync Key and rotates Service Water Pump 11 clockwise for R112(R123)

Circ Pump 11 e Closes R112(R123)

RR Pump I 1 e Confirms voltage normal on PB 11(12)

RR Pump 12 e Rotates Sync Key counterclockwise TBCLC Pump I ? and removes for R112(R123)

Condensate Pump I 1 e Determines PB 11(12) energized Feedwater Booster Pump I I e Closes RIII(124)

Powerboard 72:

e Dispatches NAO to recover RWCU Pump 12 Powerboards 13, 14, 15 Service Water Pump 12 e Reports PB 11(12) re-energized Circ Pump 12 e Moves to other SOP to re-energize RR Pump 14 PB 12(11)

RR Pump 15 e Starts Service Water Pump 1l(12)

TBCLC Pump 12 e Starts IAC 1l(12)

Condensate Pump 13 e Starts TBCLC Pump 11(12)

Feedwater Booster Pump 13 NRC Scenario 3 29 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7,8 and 9 Continued RO/BOP Continued 0 Starts an RBCLC Pump 0 Verifies fault annunciators clear Role Plav: When contacted as NAO, 0 Obtains permission from SRO to re-acknowledge order to recover PBs 13, 14, 15, but energize PB 12(11) delay any report on task completion 0 Verifies PB 12(11) components green flagged 0 Cleanup Pump 12(11) 0 Service Water Pump 12(11) 0 Circ Water Pump 12(11)

RRMG Set 14 and 15 (11 and 12) 0 TBCLC Pump 12(11) 0 FW Booster Pump 13(11) 0 Condensate Pump 13(11) 0 Inserts Sync Key and rotates clockwise for R123(R112) 0 Closes R123(R112) 0 Confirms voltage normal on PB 12(11) 0 Rotates Sync Key counterclockwise and removes for R123(R112) 0 Determines PB 12(11) energized 0 Closes R124(111) 0 Reports PB 12(11) re-energized Subsequent EOP Actions:

0 Maximizes injection with CRD and Liquid Poison to attempt to maintain level within the band assigned 0 Updates crew on failure to maintain level and pressure bands NRC Scenario 3 30 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued ROlBOP Continued Operates Emergency Condensers to maintain pressure with the band assigned and NOT exceed 1OO°F/hr cool-down rate Reports failure of Core Spray pump 121 to start Closes MSlVs when directed Locks out Containment Spray by placing 4 pump control switches in PTL Observes and reports containment parameters (torus pressure above 13 PSkl)

Verifies/reports that all recirculation pumps have been tripped Verifies/reports that all drywell cooling fans have been tripped Initiates containment spray (N1-EOP-1 Att 17)

Starts Containment Spray Pumps 111 and 112 CT-3.0 Verifies Containment Spray flow Monitors containment pressure and temperature to ensure lowering trend Terminates Containment Sprays when drywell pressure is below 3.5 psig Reports containment spray terminated NRC Scenario 3 31 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued RO/BOP Continued Monitors DWP and reports if DWP reaches 3.5 psig, after spray is terminated IF directed, initiates Containment Spray again Initiates Emergency Condensers when directed Bypasses ADS Reports RPV water level below -84 inches (TAF)

Opens 3 ERVs CT-1.O When RPV pressure lowers below 365 psig, recognizes/reports Core Spray IV 40-1 1 failed to open Attempts to manually open 40-1 1 Report inability to inject with Core spray Injects to the RPV with Condensate/Feedwater Booster pumps (Nl-EOP-1 Att 25/26)

CT-2.0 Reports RPV water level above -84 inches (TAF)

Restores and maintains RPV water level 53-95inches Possible N1-EOP-1 Att 25 actions:

WHEN Feedwater Booster HDR PR (PI-51-61A) is greater than RPV pressure, THEN:

Place LVL SETPOINT SETDOWN to OVERRIDE NRC Scenario 3 32 October 2008

INSTRUCTOR ACT1ONSl PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued ROlBOP Continued Verify Open, at least one of the FEEDWATER ISOLATION VALVES 11 and 12 Verify Open, FEEDWATER PUMP 13 BLOCKING VALVE Select Manual on 13 FWP Valve Control Selector Switch Turn 13 Feedwater FCV (Knurled Knob) clockwise to open Feedwater FCV Position 13 Feedwater FCV as necessary to maintain required level Possible N1-EOP-1 Att 26 actions:

WHEN Feedwater Booster HDR PR (Pl-51-61A) is greater than RPV pressure, THEN:

Verify Open at least one of the FEEDWATER ISOLATION VALVES 11 and 12 Verify Open, both FEEDWATER PUMP 11 and 12 BLOCKING VALVES Select Manual on 11 and 12 FWP Role Plav: When directed as NAO to pull fuses Valve Control Selector Switch FU-8 and FU-9, wait 2 minutes and insert iremote: Turn 11 and 12 Feedwater FCV (Knurled Knob) fully FW24, REMOVAL OF HPCl FUSES FU8/FXJ9, counterclockwise FINAL VALUE=PULL Remove the following fuses from TRG 2e Panel IS34 in the Aux Control Room:

Then report that fuses FU-8 and FU-9 have been 0 FU-8 pulled FU-9 NRC Scenario 3 33 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 , 8 and 9 Continued ROlBOP Continued 0 Position 11 and 12 Feedwater FCV as necessary to maintain required level while maintaining less than 1.5 E6 Ibm/hr through each feed pump TERMINATING CUE 0 RPV Blowdown in progress 0 RPV water level above -84 inches (TAF) and controlled in assigned band 0 Containment pressure controlled in accordan with N1-EOP-1 Att 17 NRC Scenario 3 34 October 2008

V. POST SCENARIO CRITIQUE A. NIA, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events

1. None B. Commitments
1. None VII. LESSONS LEARNED A. None NRC Scenario 3 35 October 2008

Appendix D Scenario Outline Form ES-D-1 Facility: Nine Mile Point I Scenario No.: NRC44 Op-Test No.: October 2008 Examiners: Operators:

Initial Conditions: Simulator IC 174

1. Reactor Power approximately 90% for a rod pattern adjustment Turnover:
1. Maintenance completed work on TBCLC pump 12
2. APRM 13 bypassed due to failed power supply
3. Recirc Pump 14 OOC due to high jibrations Event Malf. No. Event Event No.

Type* Description instrument line) fail low, requires manual FWLC Water Discharge Strainer high D/P requires shifting I H2-1-3 I the lntalte Structure and loss of normal heat sinks, emergelicy power reduction required (SOP-I 8.1)

\--. ' I 9 FW24 C (BOP) The crew will be unable to re-inject with feedwater/

FW28 c (SRO) condensate because the valves they used to terminate and prevent will fail closed (EOP-8)

Overrides (N)ormal, (R)eactivity, (I)nstrument, (C)omponent, (M)ajor NRC Scenario 4 October 2008

Facility: Nine Mile Point 1 Scenario No.: NRC-04 OD-Test No.: October 2008 TARGET QUANTITATIVE ATTRIBUTES ACTUAL (PER SCENARIO: SEE SECTION D.5.d) ATTRIBUTES

1. Total malfunctions (5-8) 6 Events 3,4,5, 6,8,9
2. Malfunctions after EOP entry (1-2) 2 Events 8,9
3. Abnormal events (2-4) 4 Event 3,4,5,6
4. Major transients (1-2) 1 Event 7
5. EOPs enteredhequiring substantive 1 actions (1-2)

Event 8 (EOP-4)

6. EOP contingencies requiring substantive 2 actions (0-2)

Events 7,9 (EOP-3, EOP-8)

7. Critical tasks (2-3) 3 CRITICAL TASK DESCRIPTIONS:

CT-1.0 Given a failure of the reactor to scram with power above 6% or unknown and RPV water level above -41 inches, the crew will terminate and prevent all injection except boron and CRD.

CT-2.0 Given a failure of the reactor to scram with RPV water level unable to be restored and maintained above -109 inches with CondensatelFeedwater and CRD, the crew will perform an RPV Blowdown and re-establish injection with Core Spray.

CT-3.0 Given a LOCA in the Drywell, the crew will initiate Containment Sprays to

-prevent exceeding PSP.

NRC Scenario 4 . October 2008

NMP SIMULATOR SCENARIO NRC Scenario 4 REV. 0 No. of Pages: 35 FEEDWATER FLOW TRANSMITTER FAILURE, SERVICE WATER STRAINER CLOGGING, LOW LEVEL IN THE INTAKE STRUCTURE. ATWS WITH A LOCA AND FAILURE OF THE FEEDWATER ISOLATION VALVES CLOSED VALIDATED 2 u

h Az w

z ay f Bruce Williams DATE 5/18/08 GEN SUPERVISOR OPS TRAINING DATE &3&

OPERATIONS MANAGER N/A - IExam Security DATE CONFIGURAT10N CONTROL N/A - IExam Security DATE SCENARIO

SUMMARY

Length: 90 minutes Initial Power Level: Approximately 90%, 4 loop operation Mitigating Strategy Code: AT3, high power ATWS with small LOCA, Blowdown required, re-inject with Core Spray The scenario begins with the crew performing a control rod pattern adjustment. Next, the crew will be directed to return TBCLC Pump 12 to service and secure TBCLC Pump 11. When this is complete, an RPS pressure transmitter will fail low, followed closely by the in-service feedwater system pressure transmitter also failing low. The crew will be required to shift to manual feedwater level control. The crew may then shift reactor pressure/level columns and return to automatic feedwater level control. Technical Specifications must be addressed due to the RPS pressure transmitter failure.

Next the crew must respond to high D/P across one of the Service Water Pump Discharge Strainers. This will require placing another Service Water Pump in service. Once the standby Service Water Pump has been started, Main Steam Line Radiation Monitor 111 will become inoperable. The SRO will determine the Technical Specification implications. Next the intake structure traveling screens clog causing higii D/Ps. This will eventually result in a low level in the intake structure with the subsequent tripping of the Circulating Water pumps. This will require entering N1-SOP-18.1, Service Water Failure/Low Intake Level. As intake level continues to lower, the crew will insert a manual scram.

When the scram occurs the control rods will not insert. This ATWS is complicated by the total NRC Scenario 4 - October 2008

loss of the normal heat sinks. Additionally, following the ATWS, a Recirculation Line break will cause RPV water level to lower, requiring the crew to re-establish injection. When the crew attempts to re-establish Feedwater flow, the Feedwater isolation valves will not re-open. When it is determined that RPV water level cannot be restored and maintained above -109 inches, the crew will perform an RPV Blowdown, and re-inject with Core Spray.

Major Procedures: N1-SOP-I . I , N1-SOF-I 6.1, N1-SOP-I 8.1, N1-EOP-I, N1-EOP-2, N1-EOP-3, NI-EOP-:3.1, N1-EOP-4, N1-EOP-8 EAL Classification: Site Area Emergency, EAL 2.2.2 Termination Criteria: RPV Blowdown in progress, RPV water level above -109 inches and controlled in assigned band, containment pressure controlled in accordance with N1-EIOP-1 Att 17 NRC Scenario 4 October 2008

I. SIMULATOR SET UP A. IC Number: IC 174 B. Presets/FunctionKey Assignments

1. Malfunctions:
a. RROID, RR PUMP 14 DRIVIE BREAKER TRIP PRESET
b. NM21C, APRM CHANNEL 13 FAILURE - INOP PRESET C. RPIGB, RPV PT 36-07B FAILED LOW TRG 1
d. RR92, RX VESL PRES XMTR 36-31 (LOCAL-FW CONTROL)

FAILS, DELAY TIME=15 SEC TRG 1

e. CWIGA, SW PUMP 11 STRAINER 72-05 CLOGGING, FINAL VALUE=lO% TRG 2
f. RMIA, MAIN STEAM LINE FiAD MONITOR 111 INOP TRG 3
g. CW12, CIRCULATING WATER INTAKE STRUCTURE BLOCKAGE (TRASH), FINAL VALUE=20% TRG 4
h. RD33A, CONTROL ROD BANK BLOCKED BANK 1, INSERT FAIL POSITION, FINAL VALUE=12 PRESET
i. RD33B, CONTROL ROD BANK BLOCKED BANK 2, INSERT FAIL POSITION, FINAL VALUE=12 PRESET
j. RD33C, CONTROL ROD BANK BLOCKED BANK 3, INSERT FAIL POSITION, FINAL VALUE=18 PRESET
k. RD33D, CONTROL ROD BANK BLOCKED BANK 4, INSERT FAIL POSITION, FINAL VALUE=12 PRESET I. RD33E, CONTROL ROD BANK BLOCKED BANK 5, INSERT FAIL POSITION, FIIVAL VALUE=12 PRESET
m. RR29, RR LOOP RUPTURE (LOCA), DELAY TIME=3 MINUTES, RAMP TIME=4 MINUTES, FINAL VALUE=15% TRG 18
n. FW24, FEEDWATER 13 FCV FAILS CLOSED TRG 20
0. FW28A, HPCl MODE FAILURE TO INITIATE 11 TRG 20
p. FW28B, HPCl MODE FAILURE TO INITIATE 12 TRG 20
2. Remotes:
a. FW24, REMOVAL OF HPCl FUSES FU8/FU9, FINAL VALUE=PULL TRG 25
3. Overrides:
a. OVR-5S5D1309 POS-3 1FIO/31-03A POS C, FINAL VALUE=INSYS TRG 19
b. OVR-5S6D13012 POS-3 1Fl0/31-03A POS C, FINAL VALUE=INSYSTRG 19 NRC Scenario 4 October 2008

C. OVR-SA144PI D1354 SET 1F'27/ID15B MAN, FINAL VALUE=INSYS TRG 20

d. OVR-5A144Pl Dl355 SET 1F'27/ID15B AUTO, FINAL VALUE=INSYS TRG 20
e. OVR-5A144P1A13100 1F27/ID158 BAL R I , FINAL VALUE=O TRG 20
f. OVR-5A145PI Dl356 SET 1F'28/ID1 5C MAN, FINAL VALUE=O.OO TRG 20
g. OVR-5A145Pl Dl357 SET 1F'28/IDI 5C AUTO, FINAL VALUE=O.OO TRG 20
h. OVR-5A145PIA13120 1F28/ID15C BAL R I , FINAL VALUE=O TRG 20
4. Annunciators:
a. H2-1-3, CIRCULATING WATER PUMP INTAKE LEVEL LOW -

ON/OFF, FINAL VALUE=CRYWOLF TRG 4

5. Triggers;
a. TRG 18 - Activates the coolant leak when the mode switch is taken to shutdown
i. Event Action: zdrpstdn==l ii. Command: None
b. TRG 19 -When both FWlV '1 1 and 12 green lights are lit, activates the FWlV 11 and 12 control switch OPEN position to off, preventing reopening of the valves
i. Event Action: hzlfwisg(1:)==I&&hzlfwisg(2)==1 ii. Command: None
c. TRG 20 - If both FWP 11 and 12 control switches are placed in PTL, activates malfunction to fail FW FCV 13 closed, and activates overrides on FW FCVs 11 and 12 to turn AUTO position off, MAN position on, and give a full close signal
i. Event Action: zdfwfpk(1 )==I&&zdfwfpk(2)==1 ii. Command: None
d. TRG 21 - Activates when the RPS jumpers are installed, ARI is overridden and RPS has been reset to allow a manual scram to achieve further inward rod movement
i. Event Action: zdrpjbl1(5)==1&&hzlrp12g1==1&&zdrrarov==1 ii. Command: bat n08scen4RHI .bat
6. Batch Files:
a. n08scen4RHI.bat - Allows further rod movement using N1-EOP-3.1
i. dmfrd33a ii. dmf rd33b iii. dmf rd33c iv. dmf rd33d
v. dmfrd33e NRC Scenario 4 October 2008

vi. imf rd33a (0 0) 6 vii. imf rd33b (0 0) 6 viii. imf rd33c (0 0) 10 ix. imf rd33d (0 0) 8

x. imf rd33e (0 0) 8 C. Equipment Out of Service
1. APRM 13 bypassed and yellow tagged
2. Recirc Pump 14 control switch in PTL and yellow tagged D. Support Documentation
1. RMI for control rod pattern adjustment E. Miscellaneous None NRC Scenario 4 October 2008
11. SHIFT TURNOVER INFORMATION PART I: To be performed by the oncoming Clperator before assuming the shift.

0 Control Panel Walkdown (all panels) (SM, CRS, STA, CSO, CRE)

PART II: To be reviewed by the oncoming Operator before assuming the shift.

0 Shift Manager Log (SM,CRS, STA) 0 Shift Turnover Checklist (ALL) cso Log (CSO) 0 LCO Status (SM, CRS, STA) 0 Lit Control Room Annunciators 0 Computer Alarm Summary (CSO)

(SM, CRS, STA, CSO, CRE)

EvolutionslGeneral InformationlEquipment Statils:

Reactor Power = 90%, 4 loop operation TBCLC pump 12 motor bearing repair complete APRM 13 bypassed due to failed power supply Recirc Pump 14 OOC due to high vibrations PART 111: RemarkslPlanned Evolutions:

1. Control rod pattern adjustment
2. TBCLC pump 12 to be returned to service
3. Power ascension to rated PART IV: To be reviewedlaccomplishecl shortly after assuming the shift:

Review new Clearances (SM) Test Control Annunciators (CRE)

Shift Crew Composition (SM/CRS)

NRC Scenario 4 October 2008

II. PERFORMANCE OBJECTIVES A. Critical Tasks:

CT-1.O Given a failure of the reactor to scram with power above 6% or unknown and RPV water level above -41 inches, the crew will terminate and prevent all injection except boron and CRD, in accordance with N1-EOP-3.

CT-2.0 Given a failure of the reactor to scram with RPV water level unable to be restored and maintained above -109 inches with Condensatelfeedwater and CRD, the crew will perform an RPV Blowdown and re-establish injection with Core Spray, in accordance with N1-EOP-3.

CT-3.0 Given a LOCA in the Drywell, the crew will initiate Containment Sprays to prevent exceeding PSP, in accordance with N1-EOP-4.

B. Performance Objectives:

PO-I .o Given the plant at power, the crew will perform a control rod pattern adjustment, in accordance with N1-OP-5.

PO-2.0 Given the plant operating at power, the crew will shift operating TBCLC Pumps, in accordance with N1-OP-24.

PO-3.0 Given the plant operating at power and a failure of RPV pressure instruments, the crew will diagnose the failures and take manual control of RPV water level to prevent a reactor scram, in accordance with N I -

SOP-I 6.1.

PO-4.0 Given the plant operating at power with clogging of the operating Service Water Pump Discharge Strainer, the crew will shift to the alternate Service Water pump and strainer, in accordance with N1-OP-18.

PO-5.0 Given the plant operating at power and a failed Main Steam Line Radiation Monitor, the crew will determine the appropriate Technical Specification actions, in accordance with N1-ARP-F1 .

PO-6.0 Given the plant operating at power and lowering intake level, the crew will operate Circulating Water pumps, perform an emergency power reduction and scram the reactor, in accordance with N1-SOP-18.1.

NRC Scenario 4 October 2008

PO-7.0 Given the plant in a condition requiring emergency classification, the SRO shall classify the eveiits properly, complete initial notification forms, and discuss the bases for, the classification in accordance with the emergency plan procedure.

PO-8.0 Given the plant or a plant system in a condition requiring Technical Specification action, identify the deviation and any required actiondnotifications.

NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS Take the simulator out of freeze before the crew enters for the pre-shift walkdown and briefing Allow no more than 5 minutes to walkdown panels CREW Walkdown panels Conduct shift turnover brief 0 Assume the shift EVENT 1 PO-I .o Control rod pattern adjustment Note: There are no Control Console activities required for this event SRO Note: Reactivity briefing, procedure review and 0 Conducts reactivity brief for power RMI review should occur prior to scenario start, in restoration (previously performed) secure briefing room 0 Reviews Reactivity Maneuver Instruction (previously performed) 0 Directs RO to perform control rod pattern adjustment in accordance with the RMI and N1-OP-5 Provides Reactivity SRO monitoring RO 0 Acknowledges direction from SRO 0 Obtains copy of RMI form 0 Moves control rods in accordance with N1-OP-5 and RMI 0 Reports to SRO when control rod pattern adjustment is complete NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 1 Continued BOP Monitors feedwater controls for proper response 0 FWP 13 FCV responding to power change 0 RPV Water Level remains within program band ( 6 5 - 7 5 )

0 Provides peer checks as required NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 2 PO-2.0 Return TBCLC Pump 12 to service and secure TBCLC Pump 11 After performing the control rod pattern adjustment, the crew shifts operating TBCLC pumps pel- N I -

OP-24, Section F.1.O Note: There are no Control Console activities required for this event SRO 0 Provide pre-evolution brief 0 Direct BOP to start TBCLC Pump 12 and secure TBCLC Pump 11 IAW N I -

OP-24, Section F . l .O RO 0 Monitor plant parameters BOP Acknowledges direction to start TBCLC Pump 12 and secure TBCLC Role Plav: When contacted as NAO to perform Pump 11 IAW N1-OP-24, Section pre-start checks, immediately report pre-sta rt F . l .O checks are SAT and you are standing by for pump Obtains and reviews N1-OP-24 start Starts TBCLC Pump 12 Directs A 0 to vent pump through 71-Role Plav: When contacted as NAO for proper 192, as follows:

pump start, immediately report pump start SAT Uncap AND open 71-192 WHEN venting complete, close Role Plav: When contacted as NAO for pump AND cap 71-192 venting, wait 1 minute and report the pump has been vented NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 2 Continued BOP Continued Confirms standby pump is operating correctly by verify stable pump amps and discharge pressure Stops TBCLC Pump 11, then places control switch for TBCLC Pump 11 in AUTO START NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 3 PO-3.0 Reactor pressure transmitter failures CREW 0 Acknowledge/report Annunciators When the TBCLC Pumps are shifted and directed F4-4-2, RPS CH 12 RX PRESS by examiner, insert malfunctions: LOW 0 F4-4-7, RPS CH 12 MS IS0 AUTO RPI66, RPV PT 36-076 FAILED LOW OPERATE TRG 1 F2-3-3, REACT VESSEL LEVEL RR92, RX VESL PRES XMTR 36-31 (LOCAL-FW HIGH-LOW (Delayed > I 5 sec)

CONTROL) FAILS, DELAY TIME=15 SEC 0 Diagnose failure of the pressure TRG 1 instruments on the F Panel then Two RPV pressure instruments indicate downscale diagnose failure of FWLC Controlling RPV water level instrument indicates Pressure/Level Column lower than actual Feedwater flow rises RPV water level rises Expected Annunciators:

F4-4-2, RPS CH 12 REACTOR PRESS LOW F4-4-7, RPS CH 12 MAiN STEAM iSOLATlON AUTO OPERATE F2-3-3, REACT VESSEL LEVEL HIGH-LOW (delayed >15 sec)

SRO Acknowledge report of pressure transmitter failures Diagnose the relationship between pressure transmitter 36-31 and the FWLCS Acknowledge report of RPV water level rising NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE 0PERAT0R ACTIONS EVENT 3 Continued SRO Continued Direct entry into N1-SOP-I 6.1 for failure of FWLC Directs placing FWLC in Manual Directs Shifting Reactor Pressure/Level Columns IAW N1-OP-16, section F.10.0 Acknowledge report of pressure and level columns shifted Enter T.S. Table 3.6.2.a (o), for pressure transmitter 36-07B (Place RPS Channel 11 in the tripped condition within 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br />)

Notify WEC/Ops Mgmt RO Note: Switching level columns may result in Monitor plant parameters Annunciator F2-3-3, REACT VESSEL LEVEEL If directed to shift FWLC HIGH-LOW, due to circuit interruption. pressure/level columns :

Verifies feedwater lineup

-Note: The same channel of level and pressure Verifies BOP has manual control should be selected of FWLC Shifts reactor pressure and level columns using the key lock switches on the E Panel Coordinates with BOP to return FWLC to auto:

Places FEEDWATER MASTER CONTROL M/A station mode switch in MAN NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued 30 Continued 0 Nulls FWP 13 VALVE CONTROL by adjusting the FEEDWATER MASTER CONTROL M/A station output with the manual knob until the deviation meter indicates 50%

on FWP 13 VALVE CONTROL GEMAC 0 Controls RPV water level with the manual knob at the FEEDWATER MASTER CONTROL LBSlHR controller in MAN mode 0 Nulls FEEDWATER MASTER CONTROL setpoint error by adjusting Thumb/Setpoint tape to align setpoint (orange arrow) directly under automatic setpoint (green band) 0 Places FEEDWATER MASTER CONTROL M/A station mode switch in AUTO or BAL 0 Confirms system response by adjusting the thumbwheel on FEEDWATER MASTER CONTROL to maintain RPV water level BOP D Enters N1-SOP-16.1 due to failure of FWLC Takes manual control of Feedwater pump 13 FCV NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 3 Continued BOP Continued 0 Manually restores RPV water level to normal band If directed to shift FWLC pressure/level columns:

0 Coordinates with RO to return Note: Once the FWP 13 VALVE CONTROL M/A FWLC to auto:

STATION mode switch is in BAL, manual FWLC is 0 Places FWP 13 VALVE shifted to the RO at E-panel CONTROL M/A STATION mode switch in BAL Dispatch NAO to investigate Role Play: When directed as NAO to check ATS indications at ATS Cabinet cabinet indication, wait 2 minutes and report that PT 36-076 is downscale with the gross failure light lit NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 4 PO-4.0 Service Water Pump Discharge Strainer High D/P CREW When directed by the examiner, insert Acknowledge/respond to annunciator malfunction: HI-3-2, SERVICE WTR P STR 11-12 TRIP-LO VOLT DlFF PRESS CWIGA, SW PUMP 11 STRAINER 72-05 CLOGGING, FINAL VALUE=10%

TRG 2 Expected Annunciator:

HI-3-2, SERVICE WTR P STR 11-12 TRIP-LO VOLT DlFF PRESS SRO Acknowledge report of SW Annunciator Direct entry into ARP for HI-3-2 Acknowledge report that SW strainer BV-72-408, Backwash VLV is open and that D/P is not lowering Determine the alarm cannot be cleared Direct shifting to SWP 12 per N1-OP-18 section F.2.0 Acknowledge report that SWP 12 has been started Acknowledge report of current DIP NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 4 Continued RO B Monitor plant parameters BOP Enter ARP for H I-3-2 Role Play: When directed as NAO to investigate, Direct an NAO to the Intake area to wait two minutes, then report that Service \Water check the SW Pump Strainer pump 11 Strainer D/P is 10 psid and slowly rising IF strainer D/P is high perform the following:

Role Play: When directed as NAO to verify Confirm BV-72-408, ADAMS STRNR strainer backwash valve, 72-408 open, wait one 11 Backwash VLV open minute, then report that 72-408 is open, backwash Determine the alarm cannot be is in progress, but it does not appear to be lowering cleared D/P Start SWP 12 per N1-OP-18, Sect. F.

Place the SERVICE WTR PUMP 12 control switch at H Panel in Start Role Play: When directed as NAO to repc'rt on Observe normal motor running pump start, immediately report that SWP 12 is current, system flow, and discharge operating normally pressure Role Plav: When requested as NAO after start of Service Water Pump 12, report Service Water Pump 12 Adams Strainer D/P is 3 psid, and report that Service Water Pump 11 Adams Strainer DIP is 9 psid (if still running)

NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 PO-5.0 Main Steam Line Radiation Monitor 111 Fails hop CREW Acknowledge/report Annunciator FI-When directed by the examiner, insert 2-7, MAIN STEAM RAD MONITOR malfunction: CH 11 HVLO Diagnose failure of MSL Rad Monitor RMIA, MAIN STEAM LINE RAD MONlTOlR 111 111 INOP TRG 3 Expected Annunciator:

F1-2-7, MAIN STEAM RAD MONITOR CH I 1 H I/L0 SRO Acknowledges report of MSL Rad Monitor Ch 11 alarm Directs execution of ARP for F1-2-7 Acknowledges report that MSL Rad Monitor has failed Notifies WEC and requests Role Play: When requested to investigate the investigation of the failure MSL rad monitor failure, report that you will begin Enters TS Table 3.6.2.h (requires an immediate investigation placing channel in the tripped condition within 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> or verifying Mechanical Vacuum pump isolated)

Briefs crew on failure of MSL Rad Monitor RO Monitors plant parameters NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 5 Continued 1 BOP Executes ARP for F1-2-7 Goes to back panel and determines the other MSL Rad Monitors indicate normal readings Observes downscale light on MSL Rad Monitor Ch 11 and diagnoses the Monitor is INOP Notifies crew that MSL Rad Monitor Ch 11 is INOP NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 6 PO-6.0 Intake Structure blockage resulting in loss of the Intake Structure CREW Acknowledge/report annunciators:

When the SRO has declared the Tech Specs and H2-1-3, CIRCULATING WATER directed by examiner, insert malfunction and PUMP INTAKE LEVEL LOW annunciator: HI-4-3, SCREEN WASH PUMP-SCREEN TRIP LOW VOLT DlFF CWI2, CIRCULATING WATER INTAKE PRESS STRUCTURE BLOCKAGE(TRASH), FINAL HI-4-2 R. BUILDING SW VALUE=20% PRESS/SERV W. PUMP HDR TRG 4 PRESS H2-1-3, CIRCULATING WATER PUMP INTAKE Analyze fluctuating CW Pump amps LEVEL LOW, FINAL VALUE=CRYWOLF and diagnose loss of intake structure TRG 4 Circ Water Pumps 11 and 12 amps fluctuate Circ Water Pumps 1I and 12 eventually trip Expected Annunciators:

H2-1-3, CIRCULATING WATER PUMP IN7AKE LEVEL LOW H1-4-3, SCREEN WASH PUMP-SCREEN 'TRIP LOW VOLT DlFF PRESS H1-4-2 R. BUILDING SW PRESS/SERV W. PUMP HDR PRESS SRO Acknowledge crew reports Directs execution of ARP for H2-1-3 Directs entry into N1-SOP-18.1 Direct rapid power reduction to reduce load for one Circ Water Pump Determine intake level is NOT being restored Direct a Reactor Scram NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 6 Continued RO D Monitor plant parameters D Rapidly lower Recirc Flow to lower power for one CW Pump operation When directed to manually scram:

Place Reactor Mode Switch in SHUTDOWN Recognize control rods did NOT fully insert BOP Execute ARP for H2-1-3 Dispatch an operator to the screen Role Plav: When dispatched as NAO to house to investigate investigate intake level, wait one minute anid report Enter N1-SOP-I 8.1 that there are some weeds on the traveling Determine problem is with intake bay screens, level in the intake is approximately 238 Trip one Circ Water pump and slowly lowering Monitor pumps taking a suction from the Forebay for abnormal operation Role Plav: When contacted as NAO to give an Request updates from NAO on intake update on intake level following a power reduction, level immediately report that intake level is 237 ;and still When directed by the SRO lowering at the same rate as before, and that the Trip the remaining CW Pump traveling screens will not rotate Verify one SW Pump operating Verify one SW Pump secured Perform actions of N1-SOP-I ,

Reactor Scram Note: When the plant is scrammed, an ATWS will Initiate Emergency Condensers occur, and subsequent actions in N1-SOP-18.1 Start ESW Pumps may be prioritized Secure SW Pump Close MSlVs Trip all Recirc Pumps NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 and 8 CREW ATWS and LOCA Diagnose failure of control rods to insert The following malfunctions are preset to c:ause Diagnose degrading primary an ATWS: containment parameters RD33A, CONTROL ROD BANK BLOCKED BANK 1, INSERT FAIL POSITION, FINAL VALUE=12 RD33B, CONTROL ROD BANK BLOCKED BANK 2, INSERT FAIL POSITION, FINAL VALUE=12 RD33C, CONTROL ROD BANK BLOCKED BANK 3, INSERT FAIL POSITION, FINAL VALUE=18 RD33D, CONTROL ROD BANK BLOCKED BANK 4, INSERT FAIL POSITION, FINAL VALU E=l2 RD33E, CONTROL ROD BANK BLOCKED BANK 5, INSERT FAIL POSITION, FINAL VALUE=12 Control rods partially insert Reactor power remains > 6%

When the mode switch is taken to shutdown, the following malfunction is automatically inserted:

RR29, RR LOOP RUPTURE (LOCA), DELAY TIME=3 MINUTES, RAMP TIME=4 MINUTES, FINAL VALUE=15%

TRG 18 Drywell leakage, humidity, pressure, and temperature rise NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued ExpectedAnnunciators:

H2-4-7, DRYWELL WATER LEAK DETECTION SYS K2-4-3, DRYWELL PRESSURE HIGH - LOW SRO Acknowledges scram report Enters N1-EOP-2 due to reactor power above 6% when scram required Answers All rods in to at least 0 4 NO Answers Will the reactor stay shutdown without boron NO Exits N1-EOP-2, enters N1-EOP-3 Directs ADS bypassed Directs prevent Core Spray injection per N1-EOP-1 Att 4 Determines Reactor power is above 6% and RPV level is above -41 inches Directs terminate and prevent of all injection except boron and CRD, N1-EOP-1 Att 24 CT-1.O Directs RPV level lowered to at least

-Note: Further RPV level actions are detailed in

-41 inches Event 9 If an ERV is cycling:

Directs initiation of Emergency Condensers Directs open ERVs to lower RPV pressure to less than 965 psig Directs RPV pressure controlled below 1080 psig using Emergency Condensers and ERVs NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued Monitors Figure M, Heat Capacity Temperature Limit Directs initiation of ARI Answers Turbine Generator on-line?

NO Answers Reactor power? above 6%

Directs Recirc Pumps tripped Directs execution of N1-EOP-3.1 Before torus temperature reaches 11OOF:

Records Liquid Poison tank level Directs Liquid Poison injection Acknowledge report that Primary Containment parameters (pressure, temperature, humidity) rising Enters N1-EOP-4 on high drywell pressure, high drywell temperature and/or high torus temperature Directs Containment Spray pumps in PTL When torus pressure exceeds 13 psig or before drywell temperature reaches 300°F:

Verifies inside Figure K, Containment Spray Initiation Limit Verifies that Recirc Pumps are tripped Directs trip of drywell cooling fans Directs initiation of Containment Spray per N I -EOP-1 Att 17 CT-3.0 Monitors Figure L, Pressure Suppression Pressure NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued RO Provides scram report Bypasses Core Spray IV interlocks per N1-EOP-1 Att 4 by installing six jumpers inside Panel N When directed performs N1-EOP-3.1, Section 3 (driving rods) and/or 4 (manual scrams) (See actions below)

Reports when APRMs <6%

Reports status of control rod insertion

'ossible N1-EOP-3.1 Section 3 Actions:

Verify a CRD Pump running Place Reactor Mode Switch in REFUEL Place ARI OVERRIDE switch in OVERRIDE Install RPS jumpers (5, 6, 12, 13)

Reset the scram Insert rods to 00 using EMER ROD IN starting with high power regions of Note: Control rods will successfully insert using core (use LPRM indications)

RMCS If more drive pressure is required, then perform one or more of the following:

Note: RO will likely have to fully open the CRD Fully open CRD Flow Control flow control valve andlor close 44-04 in order to achieve rod movement via RMCS; these methods Valve (F panel) are preferential to closing 44-167 due to ability to 0 Close 44-04, Control Rod Drive perform from the control room and not preventing Water Cont V (F Panel) further scram attempts by blocking the charging 0 Close 44-167, Charging Water water header Header Blocking Valve (RB 237')

NRC Scenario 4 October 2008

I INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued RO Continued Possible N1-EOP-3.1 Section 4 Actions:

Place ARI OVERRIDE switch in OVERRlDE Note: When the RPS jumpers have been installed, 0 Install RPS jumpers (5, 6, 12, 13)

ARI is overridden, and the scram is reset, then 0 Reset the scram TRG 21 will activate. This runs a batch file which 0 Verify open 44-167, Charging Water deletes the following malfunctions: Header Blocking Valve (RB 237) 0 When the SDV is drained, then initiate RD33A, CONTROL ROD BANK BLOCKED a manual scram BANK 1 RD33B, CONTROL ROD BANK BLOCKED BANK 2 RD33C, CONTROL ROD BANK BLOCKED BANK 3 RD33D, CONTROL ROD BANK BLOCKED BANK 4 RD33E, CONTROL ROD BANK BLOCKED BANK 5 And inserts malfunctions:

RD33A, CONTROL ROD BANK BLOCKED BANK 1, FINAL VALUE=6 RD33B, CONTROL ROD BANK BLOCKED BANK 2, FINAL VALUE36 RD33C, CONTROL ROD BANK BLOCKEC)

BANK 3, FINAL VALUE=IO RD33D, CONTROL ROD BANK BLOCKED BANK 4, FINAL VALUE=8 RD33E, CONTROL ROD BANK BLOCKED BANK 5, FINAL VALUE=8 Control rods partially insert NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued BOP D Bypasses ADS D Terminates and prevents all injection except boron and CRD per N1-EOP-1 Att 24:

CT-I .O Closes both FEEDWATER ISOLATION Valves 11 and 12 OR places FEEDWATER Pumps 11 Role Play: When directed as NAO to pull HPCI and 12 in PTL fuses FU-8 and FU-9, wait one minute and insert Selects Manual on 11,12 and 13 remote: FWP Valve Control selector switches FW24, REMOVAL OF HPCl FUSES FU8/FU9, Closes 11, 12 and 13 Feedwater FINAL VALUE=PULL FCV (Knurled Knob) full TRG 25 counterclockwise Directs NAO to remove fuses FU-8 Then report that HPCl fuses FU-8 and FU-9 have and FU-9 from Panel IS34 in the been pulled Aux Control Room Verifies closed, FEEDWATER PUMP 13 BLOCKING VALVE Verifies in MAN, FWP 11 BYPASS VALVE, AND set to zero output Verifies in MAN, FWP 12 BYPASS Note: Further RPV level actions are detailed in VALVE, AND set to zero output Event 9 Informs SRO when RPV water level reaches -41 inches If any ERV is cycling:

Initiates Emergency Condensers Manually opens ERVs to lower RPV pressure <965 psig NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENTS 7 & 8 Continued BOP Continued Controls RPV pressure below 1080 psig with Emergency Condensers and ERVs Initiates ARI Verifies all Recirc Pumps tripped Initiates Liquid Poison as directed a Reports initial tank level Starts Liquid Poison pump 11 or 12 a Verifies RWCU isolated Places Containment Spray pumps in PTL Initiates Containment Spray (NI-EOP-1 Att 17)

Starts Containment Spray Pump 111 or 122 CT-3.0 Starts at least one of the other three Containment Spray Pumps May start Containment Spray Raw Water Pumps as needed for torus cooling Verifies Containment Spray flow Monitors containment pressure and temperature to ensure lowering trend Terminates Containment Sprays when drywell pressure is below 3.5 psig Reports containment spray terminated NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS 0 Monitors DWP and reports if DWP reaches 3.5 psig, after spray is terminated 0 IF directed, initiates Containment Spray again NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Feedwater unavailablefor RPV injection CREW 0 Recognizes/reports failure of FWlVs If the crew terminates and prevents by closing the and/or FW FCVs to open FWIVs, then the following overrides will be automatically inserted to prevent re-opening of the valves :

OVR-5S5D1309 POS-3 1F10/31-03A POS C, FINAL VALUE=INSYS OVR-5S6D13012 POS-3 1F10/31-03A POS C, FINAL VALUE=INSYS TRG 19 If the crew terminates and prevents by placing FW pumps 11 and 12 in PTL, then the following malfunctions and overrides will be automatically inserted to fail all three FW FCVs closed:

FW24, FEEDWATER 13 FCV FAILS CLOSED FW28A, HPCl MODE FAILURE TO INITIATE 11 FW28B, HPCl MODE FAILURE TO INITIATE 12 OVR-SA144Pl D1354 SET IF27/1D15B MAN, FINAL VALUE=INSYS OVR-JA144Pl D1355 SET 1F27/ID15B AUTO, FINAL VALU E=lNSYS OVR-5A144P1A13100 1F27/IDl58 BAL R1, FINAL VALUE=O OVR-5Al45PlDI356 SET 1F28/ID15C MAN, FINAL VALUE=O.OO OVRBA145PI D1357 SET 1F28/ID15C AUTO, FINAL VALUE=O.OO OVRBAI 45P1AI3120 1F28/IDl5C BAL R'I, FINAL VALUE=O TRG 20 NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Continued SRO Acknowledges RPV water level below

-41 inches If torus temperature is above IIOOF, then directs level lowered until:

Power drops below 6%, OR Level drops to -84 inches (TAF)

Records final actual level Directs RPV injection with Condensate/Feedwater and CRD Acknowledge report that Condensate/Feedwater is not available for injection When RPV water level cannot be maintained above -109 inches, enters N1-EOP-8, RPV Blowdown Answers Are all control rods inserted to at least position 04?NO Answers Will the reactor stay shutdown without boron?

NO/UNKNOWN Directs terminate and prevent of all RPV injection except boron and CRD Directs Emergency Condensers initiated Answers Torus water level? Above 8 feet Directs open 3 ERVs CT-2.0 Returns to N1-EOP-3 at circle I O Answers Isany ERV open? YES NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Continued SRO Continued Waits until RPV pressure drops below 288 psig Answers Was level intentionally lowered before you entered N1-EOP-8? YES Returns to circle 9 Directs RPV injection between -109 inches and previous final actual level with Core Spray per N1-EOP-1 Att 4 CT-2.0 Acknowledges report of RPV level restored above -109 inches RO/BOP e Acknowledges direction to re-establish RPV injection with Condensate/Feedwater and CRD Attempts to re-inject with Condensate/Feedwater per N1-EOP-1 Att 24:

Reopens at least one FEEDWATER ISOLATION Valve 11 and / or 12, if closed in step 2.1 OR Restarts FEEDWATER Pumps 11 and/or 12, if shutdown in step 2.1 (if required)

NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS EVENT 9 Continued RO/BOP Continued 0 IF RPV level restoration is required using the FEEDWATER System, THEN, Position FEEDWATER FCV 1Iand/or 12 to maintain required RPV level Reports Condensate/Feedwater not available for RPV injection Reports RPV water level below -109 inches Re-establishes terminate and prevent lineup per N1-EOP-1 Att 24 as necessary Initiates Emergency Condensers Opens 3 ERVs CT-2.0 Re-establishes RPV injection using Core Spray per Nl-EOP-1 Att. 4:

CT-2.0 0 Installs Core Spray Jumpers 0 Throttles Core Spray Inboard IV(s)

(40-01, 40-09,40-I 0,40-I 1) as necessary to restore RPV level above -109" and maintain Core Spray within NPSH limits Reports RPV water level restored above -109 inches TERMINATION CRITERIA 0 RPV Blowdown in progress 0 RPV water level above -109 inches and being controlled in assigned band 0 Containment pressure controlled in accordance with N1-EOP-1 Att 17 NRC Scenario 4 October 2008

INSTRUCTOR ACTIONS/

PLANT RESPONSE OPERATOR ACTIONS V. POST SCENARIO CRITIQUE A. N/A, NRC Exam VI. REFERENCE EVENTS AND COMMITMENTS A. Reference Events None B. Commitments

1. None VII. LESSONS LEARNED A. None NRC Scenario 4 October 2008

ATTACHMENT 7: R.EACTIVITYMANEUVER INSTRUCTION Reason for Reactivity Maneuver: Rod Pattern Adiustment STEP: 1 Parameter Expected Range Parameter Expected Range Actual-None Description of Step:

1. Lower reactor power to 90% using recirculation flow.
2. Perform attached control rod movement instructions.
3. Raise reactor power to 100% using recirculation flow at a ramp rate not to exceed 10% CTP per hour.

Critical Parameters to be verified DURING Step:

Critical Parameter I I

Limit Monitor I I

Frequency I Contingency I

None Comments I Notes:

Step Prepared by: Tohn Smith I Todau Step Reviewed by: Rob Cooper I Today REISTA Date REISTAISRO Date Approval to perform Step -Ed Brown I Today Step Completed by: I Shift Manager Dale SRO Date Page 23 S-REP3 Rev 03

UNIT ONE REACTlVlTv NEUVER REQUEST FORM Maneuver: NRC 2008 Scenr 4 Insert Cln..

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