Text

Initial Exam 2014-301 Final Simulator Scenarios
	ML14350A161
Person / Time
Site:	Brunswick
Issue date:	12/16/2014
From:	; NRC/RGN-II
To:	; Progress Energy Carolinas
Shared Package
ML14350A180	List: ML14350A124; ML14350A125; ML14350A131; ML14350A134; ML14350A137; ML14350A155; ML14350A158; ML14350A161; ML14350A168; ML14350A173;
References
	50-324/14-301, 50-325/14-301 50-324/OL-14, 50-325/OL-14
	Download: ML14350A161 (184)
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Developer: Robert Bolin Date: 7/18/2014 Technical Review: Lou Sosler Date: 7/18/2014 Validator: Derek Pickett Date: 7/18/2014 Validator: Bruce Leitch Date: 7/18/2014 Facility Representative: Jerry Pierce Date: 8/15/2014 BRUNSWICK TRAINING SECTION OPERATIONS TRAINING INITIAL LICENSED OPERATOR SIMULATOR EVALUATION GUIDE LOIX-029 2014 NRC SCENARIO 1 RBV Rad Mon Failure, DWEDT Failure, VFD Cell Failure, Condenser Tube Leak, RWCU Leak, Emerg Depress REVISION 0

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 2 of 37 REVISION

SUMMARY

0 Scenario developed for 2014 Exams.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 3 of 37 TABLE OF CONTENTS 1.0 SCENARIO OUTLINE.................................................................................................................. 4 2.0 SCENARIO DESCRIPTION

SUMMARY

.................................................................................. 5 3.0 CREW CRITICAL TASKS........................................................................................................... 6 4.0 TERMINATION CRITERIA.......................................................................................................... 6 5.0 IMPLEMENTING REFERENCES.............................................................................................. 6 6.0 SETUP INSTRUCTIONS............................................................................................................. 7 7.0 INTERVENTIONS......................................................................................................................... 9 8.0 OPERATOR RESPONSE AND INSTRUCTIONAL STRATEGIES.................................... 12 ATTACHMENT 1 - Scenario Quantitative Attribute Assessment..................................................... 30 ATTACHMENT 2 - Shift Turnover........................................................................................................ 37

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 4 of 37 1.0 SCENARIO OUTLINE Event Malf. No.

Type*

Event Description 1

RM004F C-BOP RBV Rad Monitor failure / SBGT fails to auto start (TS) 2 ZA411 C-RO DWEDT Pump failure 3

RC053F C-RO VFD Cell Failure / Power maneuver (TS)(AOP) 4 CN012F C-BOP Condenser Tube leak (AOP) 5 R

Power reduction to remove waterbox from service 6

N Remove waterbox from service 7

RW013F M

C C

RWCU leak (AOP) / Scram Room Cooler Failures Bypass Jack failure 8

K1507A M

C ED Failure of 2 ADS valves to open

(N)ormal, (R)eactivity, (I)nstrument, (C)omponent, (M)ajor

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 5 of 37 2.0 SCENARIO DESCRIPTION

SUMMARY

Event Description 1

Reactor Building Vent Radiation Monitor A will fail resulting in a Group 6 isolation, Secondary Containment isolation and SBGT initiation. SBGT A will fail to auto start requiring manual action. The crew will address TS.

2 Annunciator A-04 1-1, Drywell Equip Drain Sump Lvl Hi, will annunciate and the sumps will not auto start. One of the sump pumps will need to be manually started 3

A power cell in VFD A will fail. Recirc Pump 2A speed will lower and a speed hold will initiate. Loop flows will be outside mismatch limits. The crew will address TS and reset the speed hold and match loop flows.

4 A tube leak will occur in the main condenser resulting in high conductivity alarms.

The crew will respond per 0AOP-26.0 5

Power should be reduced to 53% for water box removal 6

The water box will be removed from service per 2OP-29.0.

7 A large un-isolable RWCU leak will occur. Crew will enter AOP-5.0 and SCCP. SRO should direct a SCRAM. The south room cooler will not start and the north room cooler will run for 5 minutes and then trip. A cooldown should be established in which the bypass opening jack will fail. The crew should use steam line drains to establish the cooldown.

8 Secondary containment conditions will worsen, forcing the SRO to direct an Emergency Depressurization due to high water levels. Two ADS SRVs will fail to manually open. SRO should direct opening two additional SRVs.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 6 of 37 3.0 CREW CRITICAL TASKS Description Insert a reactor scram prior to any area reaching its Max Safe Operating Value Perform Emergency Depressurization when two plant areas exceed max safe operating water level.

4.0 TERMINATION CRITERIA When emergency depressurization has been performed and the reactor has been depressurized to <100 psig the scenario may be terminated.

5.0 IMPLEMENTING REFERENCES NOTE: Refer to the most current revision of each Implementing Reference.

Number Title A-04, 1-1 Drywell Equip Drain Sump Lvl Hi UA-3, 3-5 Process Rx Bldg Vent Rad Hi-Hi UA-3, 3-6 Process Rx Bldg Vent Dnsc/Inop UA-3, 4-5 Process Rx Bldg Vent Rad Hi UA-5, 4-6 SBGT SYSA Failure UA-5, 6-10 Rx Bldg Isolated UA-25,1-8 Ctmt Atmos Rad Mon Dnsc/Inop UA-12, 2-4 South RHR Rm Flood Hi UA-12, 1-4 South RHR Rm Flood Hi-Hi 2AOP-04.0 Low Core Flow 0AOP-05.0 Radioactive Spills, High Radiation, And Airborne Activity 0AOP-26.0 High Reactor Coolant or Condensate Conductivity 0AOP-29.0 Malfunction of Annunciators 2OP-29, Section 8.17 Condenser Water Box Air Removal System Shutdown

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 7 of 37 6.0 SETUP INSTRUCTIONS

1.

PERFORM TAP-409, Miscellaneous Simulator Training Guidelines, Attachment 5, Checklist for Simulator Exam Security.

2.

RESET the Simulator to IC-25.

3.

ENSURE the RWM is set up as required for the selected IC.

4.

ENSURE appropriate keys have blanks in switches.

5.

RESET alarms on SJAE, MSL, and RWM NUMACs.

6.

ENSURE no rods are bypassed in the RWM.

7.

PLACE all SPDS displays to the Critical Plant Variable display (#100).

8.

ENSURE hard cards and flow charts are cleaned up

9.

TAKE the SIMULATOR OUT OF FREEZE

10. LOAD Scenario File.

11. ALIGN the plant as follows:

Manipulation Start the third condensate pump.

Verify CRD pressure is within operating band of 260 - 275 psig.

12. IF desired, take a SNAPSHOT and save into an available IC for later use.

13. PLACE a clearance on the following equipment.

Component Position APRM 2 (blue tag)

Bypassed

14. INSTALL Protected Equipment signage and UPDATE RTGB placard as follows:

a.

2A / 2B NSW Pumps

15. VERIFY 0ENP 24.5 Form 2 (Immediate Power Reduction Form) for IC-25 is in place.

16. ENSURE each Implementing References listed in Section 7 is intact and free of marks.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 8 of 37

17. ENSURE all materials in the table below are in place and marked-up to the step identified.

Required Materials

18. ENSURE Station Duty Manager and Work Week Manager names are filled in on the Shift Turnover Sheet.

19. ADVANCE the recorders to prevent examinees from seeing relevant scenario details.

20. PROVIDE Shift Briefing sheet for the CRS.

21. VERIFY all actions contained in TAP-409, Miscellaneous Simulator Training Guidelines,, Simulator Training Instructor Checklist, are complete.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 9 of 37 7.0 INTERVENTIONS TRIGGERS Trig Type ID 1

Annunciator ZA411 - [DRYWELL EQUIP DRAIN SUMP LVL HI]

2 Annunciator ZUA345 - [PROCESS RX BLDG VENT RAD HIGH]

2 Malfunction RM004F - [RX. BLDG. VENT MON A FAILS UPSCL]

3 Malfunction RC053F - [VFD A POWER CELL COMMUNICATION FAILURE]

4 Malfunction CN012F - [MAIN COND 2A-S TUBE LEAK]

5 Remote Function CF_IAHWRJM - [HW MAN CNTRL S.P. FOR REJECT (0.0:1.0)]

5 Remote Function CF_IAHWRJC - [HOTWELL REJECT VLV CONTROLER]

6 Remote Function CW_ZVCW016M - [CW-V16 CW V-16 A-S CW OUTLET VLV BRK]

7 Remote Function CW_ZVCW177M - [CW-V177 CW V-177 A-S DEBR FIL VLV BRK]

7 Remote Function CW_ZVCW177D - [CW-V177 CW V-177 A-S DEBR FIL VLV]

8 DI Override K5624A - [RHR PMP ROOM VENT FAN B]

8 DI Override K5623A - [RHR PMP RM VENT FAN A]

8 DI Override K5624A - [RHR PMP ROOM VENT FAN B]

8 DO Override Q5623DRG - [RHR PUMP RM VENT FAN A ON R]

8 DO Override Q5623UGG - [RHR PUMP RM VENT FAN A OFF G]

8 Malfunction RW013F - [RWCU BRK IN TRIANGLE ROOM 77`]

8 Malfunction RP005F - [AUTO SCRAM DEFEAT]

9 Remote Function CF_CDDFAUTO - [CDD E VALVE AUTO/MANUAL]

9 Remote Function CF_CDDEVLV - [CDD E VALVE CONTROL SWITCH]

9 Remote Function CF_FCDDDMAN - [CDD E VALVE MANUAL DEMAND]

10 Trigger Command did:k2115a 11 Trigger Command did:k2116a 12 Trigger Command did:k6101a 13 Remote Function RW_ZVRW001M - [G31-F001 INBOARD ISOLATION VALVE]

14 Malfunction RW017F - [BYPASS G31-F031 ON FLOW ORIFICE FROM RWC]

15 Annunciator ZUA1214 - [SOUTH RHR RM FLOOD LEVEL HI-HI]

Trigger #

Trigger Text 10 K2115JBU - [DRYWELL EQUIP DR PUMP A]

11 K2116JBU - [DRYWELL EQUIP DR PUMP B]

12 K6101WOV - [SBGT SYS A]

13 K1314JCK - [RWCU VLV G31-F001]

14 K1410JCK - [RWCU VLV G31-F004]

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 10 of 37 MALFUNCTIONS Malf ID Mult ID Description Current Value Target Value Rmp time Actime Dactime Trig RM004F RX. BLDG. VENT MON A FAILS UPSCL False True 2

RC053F CELL A1 VFD A POWER CELL COMMUNICATION FAILURE False True 3

CN012F MAIN COND 2A-S TUBE LEAK 0.00 100.00 01:00:00 4

RW013F RWCU BRK IN TRIANGLE ROOM 77`

0.00 100.00 00:10:00 8

RW015F G31-F001 FAILURE TO AUTO CLOSE True True RW016F G31-F004 FAILURE TO AUTO CLOSE True True RW017F G31-F004 REAC WTR CLEANUP

VLV G31-F004 False True 14 RP005F AUTO SCRAM DEFEAT False True 8

NI032F APRM 2 APRM FAILS LO True True REMOTES Remf Id Mult Id Description Current Value Target Value Rmp time Actime Trig CF_IAHWRJC HOTWELL REJECT VLV CONTROLER MANUAL MANUAL 5

CF_IAHWRJM HW MAN CNTRL S.P. FOR REJECT (0.0:1.0)

.1400 0

5 CF_CDDFAUTO CDD A CDD E VALVE AUTO/MANUAL AUTO MAN 9

CF_FCDDDMAN CDD A CDD E VALVE MANUAL DEMAND 61.9501 0

00:01:00 00:00:05 9

CF_CDDEVLV CDD A CDD E VALVE CONTROL SWITCH AUTO

CLOSE 00:01:05 9

CW_ZVCW016M CW-V16 CW V-16 A-S CW OUTLET VLV BRK ON OFF 6

CW_ZVCW177D CW-V177 CW V-177 A-S DEBR FIL VLV NORMAL OPEN 7

CW_ZVCW177M CW-V177 CW V-177 A-S DEBR FIL VLV BRK ON OFF 00:00:01 7

RW_ZVRW001M G31-F001 INBOARD ISOLATION VALVE ON OFF 13

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 11 of 37 PANEL OVERRIDES Tag ID Description Position

/ Target Actual Value Override Value Rmp time Actime Dactime Trig K2115A DRYWELL EQUIP DR PUMP A OUT OFF ON K2115A DRYWELL EQUIP DR PUMP A NORM ON OFF K2116A DRYWELL EQUIP DR PUMP B OUT OFF ON K2116A DRYWELL EQUIP DR PUMP B NORM ON OFF K6101A SBGT SYS A CONT PUSH OFF OFF OFF ON K5624A RHR PMP ROOM VENT FAN B AUTO ON OFF 8

K5624A RHR PMP ROOM VENT FAN B OFF OFF ON 8

K5624A RHR PMP ROOM VENT FAN B ON OFF OFF 8

K5623A RHR PMP RM VENT FAN A AUTO ON OFF 00:05:00 8

K5623A RHR PMP RM VENT FAN A OFF OFF ON 00:05:00 8

K5623A RHR PMP RM VENT FAN A ON OFF OFF 00:05:00 8

Q5623UGG RHR PUMP RM VENT FAN A OFF G ON/OFF ON OFF 00:05:00 8

Q5623DRG RHR PUMP RM VENT FAN A ON R ON/OFF OFF OFF 00:05:00 8

Q1512RRJ ADS VLV B21-F013K RED ON/OFF OFF OFF Q1507RRJ ADS VLV B21-F013C RED ON/OFF OFF OFF K1512A AUTO DEPRESS VLV B21-F013K AUTO ON OFF K1512A AUTO DEPRESS VLV B21-F013K OPEN OFF OFF K1507A AUTO DEPRESS VLV B21-F013C AUTO ON OFF K1507A AUTO DEPRESS VLV B21-F013C OPEN OFF OFF K3C17A INCREASE INCREASE OFF OFF ANNUCIATOR OVERRIDES Window Description Tagname Override Type OVal AVal Actime Dactime Trig 1-1 DRYWELL EQUIP DRAIN SUMP LVL HI ZA411 ON ON OFF 1

1-4 SOUTH RHR RM FLOOD LEVEL HI-HI ZUA1214 ON ON OFF 15 4-5 PROCESS RX BLDG VENT RAD HIGH ZUA345 ON ON OFF 00:00:01 2

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 12 of 37 8.0 OPERATOR RESPONSE AND INSTRUCTIONAL STRATEGIES EVENT 1: RBV RAD MONITOR FAILURE Simulator Operator Actions Ensure Monitored Parameters is open and Scenario Based Testing Variables are loaded.

At the discretion of the lead evaluator, Initiate Trigger 2 to fail RBV Rad Monitor upscale.

Simulator Operator Role Play If asked as I&C to investigate, acknowledge the request If asked for MSIV pit temperature report value from monitored parameters.

Evaluator Notes Plant Response: Reactor Building Vent Radiation Monitor A will fail resulting in a Group 6 isolation, Secondary Containment isolation and SBGT initiation. SBGT A will fail to auto start requiring manual action.

Objectives:

SRO - Direct actions to start SBGT and isolate RBV. Determines TS Actions.

RO - Recognize failure of auto action and start SBGT A.

Success Path:

SBGT A manually started and TS actions determined.

Event Termination: Go to Event 2 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 13 of 37 EVENT 1: RBV RAD MONITOR FAILURE Time Pos EXPECTED Operator Response Comments SRO Conduct shift turnover shift briefing.

May perform Reactivity Management briefing utilizing 0ENP-24.5, Immediate Power Reduction Form.

SRO Acknowledge report of alarms for RBV Rad Monitor failure.

UA-3, 3 Process Rx Bldg Vent Rad Hi-Hi UA-3, 3 Process Rx Bldg Vent Dnsc/Inop UA-3, 4 Process Rx Bldg Vent Rad Hi UA-5, 4 SBGT SYS A Failure UA-5, 6 Rx Bldg Static Press Dif-Low UA-5, 6 Rx Bldg Isolated UA-25,1-8 -Ctmt Atmos Rad Mon Dnsc/Inop Later:

A-02, 5 Stm Leak Det Ambient Temp High SRO Direct verification of auto actions for rad monitor failure. SBGT start.

Direct failed auto action to be manually performed.

SRO Direct I&C to investigate failure of vent rad monitor.

SRO Determine Tech Specs:

TS 3.3.6.2 Condition A1, place the channel in trip in 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months (Function 3).

TS 3.3.6.1 Condition A1, place the channel in trip in 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months (Function 2d).

TS 3.4.5 Condition B1, Analyze grab samples of primary containment atmosphere once every 12 hours1.388889e-4 days 0.00333 hours 1.984127e-5 weeks 4.566e-6 months and Condition TS 3.4.5 Condition B2, Restore required primary containment atmosphere radioactivity monitoring system to operable status in 30 days.

TRM 3.4 Condition A, Restore required channel to operable status in 31 days.

Condition B, Restore one required channel to operable status in 7 days.

TS 3.6.4.3 Condition A, Restore SGT subsystem to operable status in 7 days

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 14 of 37 Page Intentionally Left Blank

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 15 of 37 EVENT 1: RBV RAD MONITOR FAILURE Time Pos EXPECTED Operator Response Comments OATC Monitors the plant BOP Report annunciators for RBV Rad Monitor failure and review to APPs.

UA-3, 3 Process Rx Bldg Vent Rad Hi-Hi UA-3, 3 Process Rx Bldg Vent Dnsc/Inop UA-3, 4 Process Rx Bldg Vent Rad Hi UA-5, 4 SBGT SYS A Failure UA-5, 6 Rx Bldg Static Press Dif-Low UA-5, 6 Rx Bldg Isolated UA-25,1-8 -Ctmt Atmos Rad Mon Dnsc/Inop Later:

A-02, 5 Stm Leak Det Ambient Temp High APP states to enter EOP-03, but if the cause is known (loss of power) this may not be entered.

BOP Recognize and report failure of auto actions for rad monitor failure.

SBGT start.

Start SBGT System by placing the control switches in Start.

BOP Will establish cooling to the vital header by opening SW-V111 or SW-V117 valve.

(IAW APP UA-5, 2-9 and 1-9 actions)

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 16 of 37 EVENT 2: DWEDT PUMP FAILURE Simulator Operator Actions NOTE If the simulator is left in run the DWED Sump Lvl Hi Alarm will annunciate on its own after approximately 50 minutes. (The malfunctions will still work if it is allowed to annunciate)

At the discretion of the lead evaluator, Initiate Trigger 1 to activate the DWED Sump Lvl Hi Annunciator.

When either sump pump has been running for ~30 seconds delete malfunction for the DWED Sump Lvl Hi Annunciator.

Simulator Operator Role Play Acknowledge requests as I&C for troubleshooting DWED Sump Pump auto start failure.

Evaluator Notes Plant Response: Annunciator A-04 (1-1), Drywell Equip Drain Sump Lvl Hi.

Objectives:

RO - Pump the DWEDT Success Path:

Pumps the DEWDT.

Event Termination: Go to Event 3 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 17 of 37 EVENT 2: TS / DWEDT PUMP FAILURE Time Pos EXPECTED Operator Response NOTES SRO Direct actions of APPs Direct RO to start DWEDS, if asked Direct I&C to investigate OATC Refer to APP:

A-04 (1-1), Drywell Equip Drain Sump Lvl Hi OATC Diagnose failure of DWEDS Pump OATC Start a DWEDS Pump Verifies pump shuts off after a period of time.

BOP Monitors the plant

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 18 of 37 EVENT 3: VFD A CELL FAILURE Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 3 to activate VFD A Cell failure.

Simulator Operator Role Play If requested as I&C to investigate, acknowledge the request If asked as Reactor Engineer for guidance on restoring Loop flow limits, ask the CRS for their recommendations, then concur with that recommendation.

Evaluator Notes Plant Response: A power cell in VFD A will fail. Recirc Pump 2A speed will lower and a speed hold will initiate. Loop flows will be outside mismatch limits. The crew will respond per AOP-04.0, reset the speed hold and match loop flows or lower the speed of 2B to get within tech spec limits.

Objectives:

SRO - Direct Shift Response To A Recirculation Flow Control Failure Causing A Decreasing Flow Per AOP-04.0 RO - Respond To A Recirc Flow Control Failure Decreasing Per AOP-04.0 Success Path:

Reset the speed hold condition and match recirc loop flows.

Event Termination: Go to Event 4 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 19 of 37 EVENT 3: VFD A CELL FAILURE Time Pos EXPECTED Operator Response Comments SRO Direct entry into AOP-04.0 SRO With recirculation loops flows mismatched, enter LCO 3.4.1 Condition A.

TS 3.4.1 Condition A.1.

Satisfy the requirements of the LCO within 6 hours6.944444e-5 days 0.00167 hours 9.920635e-6 weeks 2.283e-6 months by restoring matched flows or impose limits specified by the LCO.

Declare the loop with lower flow not in operation SRO Direct speed hold reset on VFD A SRO Direct loop flow mismatch restored to within limit SRO Direct I&C to investigate cell failure BOP Monitors the plant BOP Determine cause to be cell failure at HMI OATC Recognize/report lowering Recirc A speed/speed hold OATC Reference applicable APPs:

A-06, 3-1, Recirc VFD A Alarm Unack.

A-06, 4-5, Recirc A Only Out Of Serv.

OATC Enter/announce 2AOP-04.0, Low Core Flow OATC Determine Loop flow outside mismatch limits With core flow >57.5 Mlbs Jet Pump flows must be within 3 Mlbs.

OATC Reset speed hold on VFD A 2OP-02 Section 6.3.4 OATC Restore loop flows to within limits as directed by CRS

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 20 of 37 EVENT 4: CONDENSER TUBE LEAK Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 4 to start condenser tube leak..

If requested to secure reject to CST, Initiate Trigger 5.

If requested to secure a CDD, Initiate Trigger 9 to isolate A CDD.

Simulator Operator Role Play If contacted as chemistry to sample reactor coolant and condensate, acknowledge the request.

If contacted as Reactor Engineer for instructions on power reduction, ask the CRS for their recommendation and then concur with the recommendation.

If requested as radwaste to secure reject to CST or isolate a CDD, acknowledge request and inform Sim Operator.

If informed as plant management of chemistry conditions, acknowledge receipt of information.

Evaluator Notes Plant Response: A tube leak will occur in the main condenser resulting in high conductivity alarms. The crew will respond per 0AOP-26.0 and remove the water box from service per 2OP-29.0. Power should be reduced to 53% for water box removal.

Objectives:

SRO - Direct Actions For High Reactor Coolant Or Condensate Conductivity Per AOP-26.0.

RO - Respond To A High Reactor Coolant Or Condensate Conductivity Per AOP-26.

Success Path:

The crew will respond per AOP-26 and lower power to 53% and remove the waterbox from service.

Event Termination: Go to Event 5 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 21 of 37 EVENT 4: CONDENSER TUBE LEAK Time Pos EXPECTED Operator Response Comments SRO Enter and direct activities of 0AOP-26.0 Direct power reduction to 53%.

SRO May refer to TRM 3.13 for RCS chemistry limits TRM 3.13 Conductivity <2.0 unhos/cm Chlorides <0.5 umhos/cm OATC Monitors the plant BOP Acknowledge conductivity alarms.

UA-4, 3 Condenser A Hotwell Cndy High.

As the scenario progresses more conductivity alarms will annunciate until the waterbox is isolated.

BOP Enter and execute 0AOP-26.0.

BOP Monitor reactor water, condensate, feedwater, and hotwell conductivity BOP Determine high conductivity is from A-S water box BOP Direct hotwell reject be secured.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 22 of 37 EVENT 5/6: REACTOR POWER REDUCTION/WATER BOX REMOVAL Simulator Operator Actions If requested to turn breaker off to CW-V16, Initiate Trigger 6.

If requested to open flush valve CW-V177 and turn off breaker to flush valve Initiate Trigger 7.

If asked to isolate a CDD, Initiate Trigger 9 for CDD Out of Service Simulator Operator Role Play If asked to perform steps of 2OP-29 sect 8.9 or actions of 0AOP-26, coordinate actions with Sim Operator and proceed as follows:

If asked to shutdown condenser waterbox air removal system report 2OP-29, Section 8.17 has been completed.

Inform CR cathodic protection is shutdown for condenser 2A.

Turn breaker off to CW-V16 (Step 5) wait 1 minute inform Sim Operator to perform action and then report complete Open flush valve CW-V177 and turn off breaker to flush valve (steps 7 & 8) wait 1 minute and inform Sim Operator to perform action and then report complete.

If asked as Radwaste to isolate a CDD, wait 3 minutes and inform Sim Operator to perform action and then report complete.

If asked to close AR-V7 & V5, wait 10 min and report valves closed Evaluator Notes Plant Response: Conductivity rises and then turns as water box is isolated.

Objectives:

RO - Isolate A (Condenser) Waterbox Per OP-29.

Success Path:

2A-S waterbox removed from service.

Event Termination: Go to Event 7 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 23 of 37 EVENT 5/6: REACTOR POWER REDUCTION/WATER BOX REMOVAL Time Pos EXPECTED Operator Response Comments SRO Direct 2A-S Water box isolated SRO Direct power be reduced to 53% to support water box removal SRO If condensate pump discharge conductivity exceeds 10 µmho (2-CO-CR-3075), determine AI-81 action level 3 applies.

BOP Isolate the 2A-S water box per 0AOP-26.0 and 2OP-29, when power is reduced to 53%.

Direct Condenser Water Box Air Removal System shutdown IAW Section 8.17 PLACE CW ISOL VALVES MODE SELECTOR in position C or B Direct the A-S Tube Sheet Cathodic Protection System breaker in OFF.

Direct the Condenser 2A South, CW-V16 breaker, MCC 2TF Compt. CZ7 placed in OFF.

PLACE control switch for affected water box in MAN.

Close CONDENSER A-S INLET VALVE, CW-V12.

Direct flush valve CW-V177 opened and breaker to flush valve turned OFF.

Close HOTWELL OUTLET VLV, CO-V2, SJAE RECIRC VLV, CO-V112, and LP FLASH TANK DRAIN VLV, HD-V54.

Close COND A-S OFFGAS OUTL VLV, OG-V4.

OATC Reduce reactor power: IAW 0ENP-24.5:

Reduce reactor recirc to ~47 Mlbms/hr Inserts control rods until power is <53%.

May reduce flow by using the Manual Runback feature.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 24 of 37 EVENT 7: RWCU LEAK Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 8 to activate the RWCU Leak.

Simulator Operator Role Play If contacted as engineering, acknowledge request for EQ envelopes for the U2 Reactor Building.

If HPs contacted to perform field surveys acknowledge the request.

If directed to reset breakers for the RWCU isolation valves, wait 2 minutes and report HP has restricted access to the reactor building.

Evaluator Notes Plant Response: A large un-isolable RWCU leak will occur. Crew will enter AOP-5.0 and SCCP. SRO should direct a SCRAM.

Objectives:

SRO - Direct response to un-isolable primary system breach in secondary containment.

RO - Respond to un-isolable primary system breach in secondary containment.

Perform SCRAM actions.

Success Path:

Reactor scram is inserted before max norm operating value is exceeded.

Event Termination: When a reactor scram is inserted and SCCP entered.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 25 of 37 EVENT 7: RWCU LEAK Time Pos EXPECTED Operator Response Comments SRO Direct entry into AOP-5.0 High Radiation SRO Direct RO to trip and isolate RWCU.

SRO Direct a reactor manual scram prior to any area reaching its Max Safe Operating Value Critical Task - Insert a reactor scram prior to any area reaching its Max Safe Operating Value. These can be monitored on SPDS screen 410.

SRO May direct a cool down at normal cool down rates (<100°F/hr).

The bypass opening jack is failed, so the crew should use steam line drains instead of SRVs to establish the cooldown.

SRO Request EQ envelopes for the U2 Rx Bldg SRO Enter and execute RVCP.

Direct RO/BOP to stabilize reactor pressure below 1050 psig.

Verify Instrument operability per Caution 1.

Direct crew to not use N026A/B due to 50 temperatures after 50 alarm reported.

Direct verification of group isolations, ECCS initiations and DG starts as appropriate.

Direct RO/BOP to restore and maintain reactor water level 170-200 using systems available in Table 1.

Table 1 systems are Condensate/Feedwater, CRD, RCIC, HPCI, Core Spray, and LPCI.

SRO Contact I/C for assistance with RWCU isolation valve failures SRO May enter RRCP due to Rx Bldg Diff Press low (Unmonitored release)

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 26 of 37 EVENT 7: RWCU LEAK Time Pos EXPECTED Operator Response Comments RO BOP Enter and execute AOP-5.0 High Radiation.

Diagnose source of radiation as RWCU leak.

Trip RWCU Pumps May close G31-F042 valve.

Recognize RWCU isolation valve failures and report to SRO.

(F001 - Breaker trip)

(F004 - Overload trip)

OATC Insert Reactor scram as directed by SRO.

Complete scram actions After steam flow is less than 3 x 106 lb/hr, PLACE the reactor mode switch to SHUTDOWN.

IF reactor power is below 2% (APRM downscale trip), THEN TRIP the main turbine.

ENSURE the master reactor level controller setpoint is +170".

IF two reactor feed pumps are running, AND reactor vessel level is above 160" AND rising, THEN TRIP one.

Critical Task - Insert a reactor scram prior to any area reaching its Max Safe Operating Value. These can be monitored on SPDS screen 410.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 27 of 37 EVENT 7: RWCU LEAK Time Pos EXPECTED Operator Response Comments BOP Respond to alarm UA-03, 2-7 Area Rad Rx Bldg Hi.

Enter and execute AOP-5.0.

Evacuate Unit 2 Reactor Bldg.

Direct AO to close PIV-33 RB Sprinkler Shutoff Valve.

Direct E&RC to take applicable AOP-5.0 actions.

Check area radiation readings at back panels.

Diagnose source of radiation as RWCU leak.

RO BOP Recognize and report to CRS alarm A-2 RB 50/20 ft Temp Hi.

RO BOP Maintain reactor pressure with SRVs as directed by SRO.

If directed to establish a cooldown, will recognize failure of the bypass opening jack.

Establish cooldown using the Main Steam Line Drains IAW with Hard Card.

See Enclosure 3 for MSL drains Hard Card RO BOP Maintain reactor water level as directed by SRO.

Aligns SULCV per hard card (OP-32, ) See Enclosure 1.

RO BOP Continue reactor cool down as directed by SRO.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 28 of 37 EVENT 8: ED / TERMINATION Simulator Operator Actions 2 minutes after receiving Annunciator UA-12 (2-4) SOUTH RHR RM FLOOD HI, Initiate TRIGGER 15 (South RHR RM Flood HI-HI)

When directed by the lead evaluator, place the simulator in FREEZE DO NOT RESET THE SIMULATOR PRIOR TO RECEIPT OF CONCURRENCE TO DO SO FROM THE LEAD EXAMINER Simulator Operator Role Play Evaluator Notes Plant Response: Secondary containment conditions will worsen, forcing the SRO to direct an Emergency Depressurization due to high water levels. Two ADS SRVs will fail to manually open. SRO should direct opening two additional SRVs. Scenario will end when reactor pressure reaches 100#.

Objectives: SRO - Evaluate plant conditions and direct an Emergency Depressurization.

RO - Performs actions for Emergency Depressurization.

Success Path:

ED has been performed.

Scenario Termination: When emergency depressurization has been performed and the reactor has been depressurized to <100 psig the scenario may be terminated.

Remind students not to erase any charts and not to discuss the scenario until told to do so by the evaluator/instructor.

LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 29 of 37 EVENT 8: ED / TERMINATION Time Pos EXPECTED Operator Response Comments SRO Continue reactor cooldown per SCCP direction.

SRO Direct Emergency Depressurization when RHR RM FLOOD LEVEL HI-HI alarm (Two plant areas with water levels above Max Safe - South CS and RHR)

Critical Task - Perform Emergency Depressurization when two plant areas exceed max safe water level.

SRO Direct RO/BOP to open 7 ADS valves.

SRO If informed by RO/BOP that 2 SRVs failed to open, direct opening additional SRVs until 7 SRVs are open.

SRO Enter PCCP when torus temperature exceeds 95°F.

Directs all available loops to be placed in suppression pool cooling.

RO BOP Recognize and report failure of RHR Room coolers.

S RHR will not start.

N RHR will trip 5 min after the leak started.

RO BOP Recognize and report South CS and South RHR Room Flood Hi-Hi alarms.

RO BOP Open seven ADS valves as directed by SRO.

Critical Task - Perform Emergency Depressurization when two plant areas exceed max safe water level.

RO BOP Recognize failure of 2 ADS valves to OPEN and report to SRO.

SRVs C and K fail to open RO BOP Open 2 additional SRVs as directed by SRO.

RO BOP Maintain reactor water level as directed by SRO.

Should use condensate system via SULCV.

RO BOP Place available loops in suppression Pool Cooling IAW hard card.

See Enclosure 2 for SPC Hard Card actions.

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LOI SIMULATOR EVALUATION GUIDE LOIX-029 Rev. 0 Page 36 of 37 ATTACHMENT 1 - Scenario Quantitative Attribute Assessment Category NUREG 1021 Rev. 2 Supp. 1 Req.

Scenario Content Total Malfunctions 5-8 9

Malfunctions after EOP Entry 1-2 3

Abnormal Events 2-4 2

Major Transients 1-2 2

EOPs Used 1-2 1

EOP Contingency 0-2 1

Run Time 60-90 min 90 Crew Critical Tasks 2-3 2

Tech Specs 2

2 Instrument / Component Failures before Major 2 - OATC 2 - BOP 4

Instrument / Component Failures after Major 2

3 Normal Operations 1

1 Reactivity manipulation 1

1

LOI SIMULATOR EVALUATION GUIDE Page 37 of 37 ATTACHMENT 2 - Shift Turnover Brunswick Unit 2 Plant Status Station Duty Manager:

Workweek Manager:

Mode:

1 Rx Power: 95%

Gross*/Net MWe*: 935 / 909 Plant Risk:

Current EOOS Risk Assessment is:

Green SFP Time to 200 Deg F:

128.7 hrs Days Online:

142 days Turnover:

Feedwater Temperature Reduction will be implemented this weekend Protected Equipment:

2A / 2B NSW Pumps Comments:

APRM 2 has failed downscale and is bypassed.

1A NSW pump is under clearance for motor rebuild Action Statements in Effect Item Date/Time Reference Required Actions Responsibility Due

Developer: Robert Bolin Date: 7/18/2014 Technical Review: Lou Sosler Date: 7/18/2014 Validator: Derek Pickett Date: 7/18/2014 Validator: Bruce Leitch Date: 7/18/2014 Facility Representative: Jerry Pierce Date: 8/15/2014 BRUNSWICK TRAINING SECTION OPERATIONS TRAINING INITIAL LICENSED OPERATOR SIMULATOR EVALUATION GUIDE LOIX-030 2014 NRC SCENARIO 2 BOP Bus Transfer, ADHR Pump Trip, HPCI Logic failure, Raise Power, Master level controller failure, AOG Fire, LOOP / LOCA, DG Failures, RHR Vlv Failure, ED (level)

REVISION 0

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 2 of 49 REVISION

SUMMARY

0 Scenario developed for 2014 Exams.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 3 of 49 TABLE OF CONTENTS 1.0 SCENARIO OUTLINE.................................................................................................................. 4 2.0 SCENARIO DESCRIPTION

SUMMARY

.................................................................................. 5 3.0 CREW CRITICAL TASKS........................................................................................................... 6 4.0 TERMINATION CRITERIA.......................................................................................................... 6 5.0 IMPLEMENTING REFERENCES.............................................................................................. 6 6.0 SETUP INSTRUCTIONS............................................................................................................. 7 7.0 INTERVENTIONS......................................................................................................................... 9 8.0 OPERATOR RESPONSE AND INSTRUCTIONAL STRATEGIES.................................... 12 ATTACHMENT 1 - Scenario Quantitative Attribute Assessment..................................................... 47 ATTACHMENT 2 - Shift Turnover........................................................................................................ 49

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 4 of 49 1.0 SCENARIO OUTLINE Event Malf. No.

Type*

Event Description 0

SRO N004A failing downscale (TS) 1 N - BOP BOP Bus Transfer 2

K4526A C-BOP ADHR Pump Trip (AOP) 3 ES013F C-RO HPCI Logic failure (TS) 4 R - RO Raise Power 5

K2811A C-RO Master Controller Failure (AOP) 6 CN017F C-BOP AOG Guard Bed Fire 7

EE009F M

C LOOP DG Failures 8

NB002F M

C LOCA / ED RHR Inj Vlv Failure

(N)ormal, (R)eactivity, (C)omponent or Instrument, (M)ajor

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 5 of 49 2.0 SCENARIO DESCRIPTION

SUMMARY

Event Description 0

The SRO will make a determination of the TS actions for a failure of the C32-LT-N004A failing downscale. (TS 3.3.2.2 - 7 day LCO to place in a trip condition) 1 The crew will transfer BOP 2C and 2D Buses from the SAT to the UAT per OP-50 2

The running ADHR Secondary Loop Pump (RCC Pump D) will trip. The crew will have to start RCC Pump C. Shutdown RCC Pump A. Re-align RCC Pump A for ADHR mode and then start the pump for ADHR. (AOP-38.1 will be entered.

3 The HPCI logic power fuse will blow requiring HPCI to be manually isolated per the APP and declared Inoperable per TS 3.5.1, Condition D.

4 Raise reactor power to ~60% using reactor recirculation flow 5

The master level controller will fail. The crew should either place the master controller in manual, the reactor feed pump controller in manual or place DFCS in manual to control level. (AOP-23) 6 An AOG off gas fire will occur in the guard bed. High temperatures will quickly spread into the charcoal absorber beds. The APPs require bypassing and isolating the AOG system, and initiating a nitrogen purge 7

A Loss of Offsite Power will occur. The crew will respond per 0AOP-36.1. All Diesel Generators will start on the LOOP signal. DG3 will trip on Diff O/C. DG 4 output breaker will fail to auto close. The BOP operator will close DG 4 output breaker to energize bus E4. (AOP-36.1) 8 After scram actions have been completed and level is stabilized, a LOCA will occur in the drywell. The crew will maximize RCIC flow and implement LEP-01 for alternate cooling systems. Level will lower until Emergency Depressurization is required. ADS auto blowdown will not occur. RHR Loop B injection valve E11-F015B will fail to automatically open due to mechanical binding. Annunciator A-03 5-8, RHR B Valves Overload, will be received. The thermal overload may be reset and the valve opened using the control switch.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 6 of 49 3.0 CREW CRITICAL TASKS Description Close DG4 output breaker to energize E4.

Emergency Depressurize the reactor when level cannot be maintained above LL4.

4.0 TERMINATION CRITERIA When the reactor is depressurized and level is being restored to 170-200 inches the scenario may be terminated.

5.0 IMPLEMENTING REFERENCES NOTE: Refer to the most current revision of each Implementing Reference.

Number Title UA-01, 3-3 ADHR Secondary Trouble A-01, 5-5 HPCI Logic Bus A Pwr Failure A-01, 6-4 HPCI Cond Storage Tnk Wtr Lvl Lo UA-48, 3-3 Guard Bed D1 Temperature High 0AOP-17.0 Turbine Building Closed Cooling Water System Failure 0AOP-36.1 Loss of Any 4160v Buses or 480v E-Buses 0AOP-38.1 Loss of Supplemental Spent Fuel Pool Cooling 2OP-21, Section 8.9 2OP-21, Section 8.20 2OP-13.1, Section 5.1.2 Transferring to the Standby RBCCW Pump Starting an RBCCW Pump - ADHR Mode ADHR Primary Loop System Operation 2OP-32, Section 8.4 Transfer of Feedwater Level Select Switch 2OP-33, Section 6.2.1 2OP-33, Section 6.3.4 2OP-33, Section 6.3.6 AOG Charcoal Adsorber System Shutdown Purging Charcoal Guard Bed With Nitrogen Bypassing The AOG Charcoal Adsorber System 2OP-50, Section 6.1.6 Transferring Auxiliary Power From The SAT To The UAT

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 7 of 49 6.0 SETUP INSTRUCTIONS

1.

PERFORM TAP-409, Miscellaneous Simulator Training Guidelines, Attachment 5, Checklist for Simulator Exam Security.

2.

RESET the Simulator to IC-9.

3.

ENSURE the RWM is set up as required for the selected IC.

4.

ENSURE appropriate keys have blanks in switches.

5.

RESET alarms on SJAE, MSL, and RWM NUMACs.

6.

ENSURE no rods are bypassed in the RWM.

7.

PLACE all SPDS displays to the Critical Plant Variable display (#100).

8.

ENSURE hard cards and flow charts are cleaned up

9.

TAKE the SIMULATOR OUT OF FREEZE

10. LOAD Scenario File.

11. ALIGN the plant as follows:

Manipulation

1. Lower power to ~54%.

2. Place 2C & D BOP Buses on the SAT.

3. Ensure RCC Pumps A&B are running, C S/D and D lined up for ADHR.

4. Bypass APRM 2.

5. Verify GAFs are <1.0.

6. Null the DVM

12. IF desired, take a SNAPSHOT and save into an available IC for later use.

13. PLACE a clearance on the following equipment.

Component Position APRM 2 (blue tag)

Bypassed

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 8 of 49

14. INSTALL Protected Equipment signage and UPDATE RTGB placard as follows:

a. All NSW Pumps

b. ADHR / FPC Pumps

c. Demin Transfer Pumps

15. VERIFY 0ENP 24.5 Form 2 (Immediate Power Reduction Form) for IC-9 is in place.

16. ENSURE each Implementing References listed in Section 7 is intact and free of marks.

17. ENSURE all materials in the table below are in place and marked-up to the step identified.

Required Materials

18. ENSURE Station Duty Manager and Work Week Manager names are filled in on the Shift Turnover Sheet.

19. ADVANCE the recorders to prevent examinees from seeing relevant scenario details.

20. PROVIDE Shift Briefing sheet for the CRS.

21. VERIFY all actions contained in TAP-409, Miscellaneous Simulator Training Guidelines,, Simulator Training Instructor Checklist, are complete.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 9 of 49 7.0 INTERVENTIONS TRIGGERS Trig Type ID 1

DI Override K2811A - [MASTER A/M]

2 DI Override K4526A - [RBCCW PMP D AUTO]

2 DO Override Q4526AMW - [RBCCW PMP D ADHR MODE]

2 DO Override Q4526LG4 - [RBCCW PMP D OFF G]

3 Remote Function CC_MODE - [RBCCW/ADHR VALVE LINEUPS]

3 Remote Function CC_MSS - [RBCCW/ADHR PUMP MODE SELECTOR SWITCH]

4 Malfunction ES014F - [INADVERTANT HPCI SYS INITIATION]

4 Malfunction ES013F - [HPCI LOGIC BUS A AUTO START FAILS]

7 Malfunction CN017F - [AOG GUARD BED FIRE]

8 Remote Function XA_IALPB102 - [AOG-XCV-102 LOCAL]

9 Remote Function XA_IALPB142 - [AOG-XCV-142 LOCAL]

9 Remote Function XA_IALPB148 - [AOG-XCV-148 LOCAL]

9 Remote Function XA_IALPB147 - [AOG-XCV-147 LOCAL]

9 Remote Function XA_IALPB141 - [AOG-XCV-141 LOCAL]

9 Remote Function XA_IALPB143 - [AOG-XCV-143 LOCAL]

10 Malfunction EE009F - [LOSS OF OFF-SITE POWER]

11 Remote Function SW_VHSW146L - [CONV SW TO RBCCW HXS V146]

12 Malfunction NB002F - [RECIRC PUMP SUCTION LINE RUPTURE]

13 Remote Function RD_RDSUCTB - [SUCTION FILTER BYPASS VLV CO-V306]

14 Remote Function SL_IASLCTST - [SLC SUCT. LINEUP (NORM=SLC TNK / ALT=JUMPER HOSE)]

15 Remote Function EP_IACS994P - [DW CLR B & C OVERIDE - NORMAL/STOP]

15 Remote Function EP_IACS993P - [DW CLR A & D OVERIDE - NORMAL/STOP]

16 Remote Function EP_IAEOPJP2 - [DEFEAT RCIC LOW PRESS ISOL (SEP-10)]

17 Remote Function XA_VHNPV80L - [PURGE NITROGEN TO AOG NP-V80]

18 Remote Function RP_IAEPAMGA - [RPS M-G SET A EPA BKRS]

18 Remote Function RP_IARPSA - [RESTART RPS MG SET A]

18 Remote Function RP_IAEPAALT - [RPS ALT EPA BKRS]

19 Remote Function RP_IAEPAMGB - [RPS M-G SET B EPA BKRS]

19 Remote Function RP_IARPSB - [RESTART RPS MG SET B]

20 Remote Function ED_ZIEDHX0 - [PNL 32AB PWR (E7=NORM/E8=ALT)]

20 Remote Function ED_ZIEDH11 - [PNL 2AB-RX PWR (E7=NORM/E8=ALT)]

20 Remote Function ED_ZIEDH08 - [PNL 2AB PWR (E7=NORM/E8=ALT)]

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 10 of 49 Trigger Trigger Text 5

!Q1123RRL - Not [TORUS SUCT VLV E41-F041 RED]

6

!Q1124RRL - Not [TORUS SUCT VLV E41-F042 RED]

MALFUNCTIONS Malf ID Mult ID Description Current Value Target Value Rmp time Actim e

Dactime Trig NI032F APRM 2 APRM FAILS LO True True NB007F RX LVL TRANSMITTER C32-N004A FAILS 62.36347 0.00 DG006F DG 4 DG OUTPUT BREAKER FAIL TO AUTO CLOSE True True DG026F DG3 DIFFERENTIAL FAULT True True ES013F HPCI LOGIC BUS A AUTO START FAILS False True 4

ES014F INADVERTANT HPCI SYS INITIATION False True 4

CN017F AOG GUARD BED FIRE False True 7

EE009F LOSS OF OFF-SITE POWER False True 10 RH002F RHR INJ VLV F015B STUCK CLOSED True True NB002F A

RECIRC PUMP SUCTION LINE RUPTURE 0.00 5.00 00:10:00 12 ANNUCIATOR OVERRIDES Window Description Tagname Override Type OVal AVal Actime Dactime Trig PANEL OVERRIDES Tag ID Description Position /

Target Actual Value Override Value Rmp time Actime Dactime Trig K4526A RBCCW PUMP D OFF OFF/RESEST OFF ON 2

K4526A RBCCW PMP D AUTO AUTO OFF OFF 2

K4526A RBCCW PMP D ON ON ON OFF 2

Q4526AMW RBCCW PMP D ADHR MODE ON/OFF ON OFF 2

Q4526LG4 RBCCW PMP D OFF G ON/OFF OFF OFF 2

K1H01A ADS TIMER RESET OFF ON K1H02A ADS TIMER RESET OFF ON K2811A MASTER A/M A

OFF OFF 1

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 11 of 49 REMOTES Remf Id Mult Id Description Current Value Target Value Rmp time Actime Trig ED_ZIEDH08 PNL 2AB PWR (E7=NORM/E8=ALT)

NORMAL ALT 00:00:30 20 CC_MODE PUMP-A RBCCW/ADHR VALVE LINEUPS RBCCW ADHR 3

CC_MSS A

RBCCW/ADHR PUMP MODE SELECTOR SWITCH RBCCW ADHR 00:00:05 3

HP_ZVHP041M SUPP SUCTION VLV E41-F041 ON ON CC_MODE PUMP-D RBCCW/ADHR VALVE LINEUPS ADHR RBCCW 3

HP_ZVHP042M TORUS SUCTION VLV E41-F042 ON ON XA_IALPB102 AOG-XCV-102 LOCAL AUTO OPEN 8

XA_IALPB147 AOG-XCV-147 LOCAL OPEN CLOSE 9

XA_IALPB148 AOG-XCV-148 LOCAL OPEN CLOSE 00:00:01 9

XA_IALPB143 AOG-XCV-143 LOCAL OPEN CLOSE 00:00:02 9

XA_IALPB141 AOG-XCV-141 LOCAL OPEN CLOSE 00:00:03 9

XA_IALPB142 AOG-XCV-142 LOCAL OPEN CLOSE 00:00:04 9

XA_VHNPV80L PURGE NITROGEN TO AOG NP-V80 SHUT OPEN 17 SW_VHSW146L CONV SW TO RBCCW HXS V146 SHUT OPEN 11 RP_IARPSA RESTART RPS MG SET A NORMAL RESET 18 RP_IARPSB RESTART RPS MG SET B NORMAL RESET 19 RP_IAEPAMGA RPS M-G SET A EPA BKRS SET SET 00:00:05 18 RP_IAEPAMGB RPS M-G SET B EPA BKRS SET SET 00:00:05 19 RP_IAEPAALT RPS ALT EPA BKRS SET SET 00:00:10 18 RD_RDSUCTB SUCTION FILTER BYPASS VLV CO-V306 CLOSE OPEN 13 SL_IASLCTST SLC SUCT. LINEUP (NORM=SLC TNK /

ALT=JUMPER HOSE)

NORMAL ALT 14 EP_IACS993P DW CLR A & D OVERIDE - NORMAL/STOP NORMAL STOP 15 EP_IACS994P DW CLR B & C OVERIDE - NORMAL/STOP NORMAL STOP 15 EP_IAEOPJP2 DEFEAT RCIC LOW PRESS ISOL (SEP-10)

OFF ON 16 ED_ZIEDHX0 PNL 32AB PWR (E7=NORM/E8=ALT)

NORMAL ALT 00:01:30 20 ED_ZIEDH11 PNL 2AB-RX PWR (E7=NORM/E8=ALT)

NORMAL ALT 00:02:30 20

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 12 of 49 8.0 OPERATOR RESPONSE AND INSTRUCTIONAL STRATEGIES EVENT 0: C32-N004A TS DETERMINATION Simulator Operator Actions Ensure Monitored Parameters is open and Scenario Based Testing Variables are loaded.

Simulator Operator Role Play Evaluator Notes Plant Response: Remains stable.

Objectives:

SRO - Determine actions required for LCO per Technical Specifications Success Path:

Determine TS actions.

Event Termination: Go to Event 1 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 13 of 49 EVENT 0: C32-N004A TS DETERMINATION Time Pos EXPECTED Operator Response Comments SRO Performs TS Assessment:

LCO 3.3.2.2 Condition A One feedwater and main turbine high water level trip channel inoperable.

Required Action A.1 Place channel in trip within 7 days.

OATC Plant Monitoring BOP Plant Monitoring

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 14 of 49 EVENT 1: TRANSFER BOP BUSES Simulator Operator Actions Simulator Operator Role Play Evaluator Notes Plant Response: BOP Bus C & D are transferred from the SAT to the UAT.

Objectives:

RO - Transfers BOP Buses to the UAT Success Path:

BOP Bus C & D is transferred from the SAT to the UAT.

Event Termination: Go to Event 2 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 15 of 49 EVENT 1: TRANSFER BOP BUSES Time Pos EXPECTED Operator Response NOTES SRO Conduct shift turnover shift briefing.

May perform Reactivity Management briefing utilizing 0ENP-24.5, Immediate Power Reduction Form.

Direct BOP Bus 2C & 2D to be transferred to the UAT per OP-50 OATC Monitors the plant BOP Transfer BOP Bus 2C to the UAT per OP-50 Place UAT To Bus 2D Synchronizing Switch in ON.

Confirm Synchroscope is at the "12 o'clock" position, and close AD6 (UAT To Bus 2D Breaker)

Confirm AD6 (UAT To Bus 2D Breaker) has CLOSED using the breaker indicating lights Confirm AD4 (SAT To Bus 2D Breaker) has opened using the breaker indicating lights Place UAT To Bus 2D Synchronizing Switch in OFF.

Place UAT To Bus 2C Synchronizing Switch in ON.

Confirm Synchroscope is at the "12 o'clock" position, and close AC4 (UAT To Bus 2C Breaker).

Confirm AC4 (UAT To Bus 2C Breaker) has CLOSED using the breaker indicating lights.

Confirm AC6 (SAT To Bus 2C Breaker) has OPENED using the breaker indicating lights.

Place UAT To Bus 2C Synchronizing Switch in OFF

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 16 of 49 EVENT 2: ADHR PUMP TRIP Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 2 to trip the 2D ADHR Pump.

When directed to perform RCC Pump A alignment for ADHR Mode Initiate Trigger 3.

Simulator Operator Role Play If contacted to perform valve lineup to place RCC Pump A in ADHR Mode, wait 3 minutes, have Sim Operator initiate trigger 3 and then report actions complete.

If contacted as AO to investigate RCC Pump Trip, report that the pump has tripped on overcurrent.

If contacted as I/C to investigate RCC Pump Trip, acknowledge the request.

Evaluator Notes Plant Response: The running ADHR Secondary Loop Pump (RCC Pump D) will trip. The crew will have to start RCC Pump C. Shutdown RCC Pump A. Re-align RCC Pump A for ADHR mode and then start the pump for ADHR. (AOP-38.1 will be entered).

jectives:

SRO - Direct swapping of RCC pumps and then direct starting of RCC Pump in ADHR Mode.

RO - Swap RCC pumps, Place RCC Pump in ADHR Mode.

Success Path:

Standby ADHR Pump placed in service.

Event Termination: Go to Event 3 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 17 of 49 EVENT 2: ADHR PUMP TRIP Time Pos EXPECTED Operator Response Comments SRO Acknowledge report of annunciator:

UA-01 (3-3) ADHR SECONDARY TROUBLE SRO Direct entry into AOP-38.1 SRO Direct I/C to investigate trip of RCC Pump D SRO Direct:

RCC Pump 2C started.

RCC Pump2 A shutdown.

RCC Pump 2A lined up into ADHR Mode.

RCC Pump 2A started in ADHR Mode.

OATC Monitors the plant BOP Acknowledges annunciator:

UA-01 (3-3) ADHR SECONDARY TROUBLE Secure all ADHR primary pumps.

Acknowledges UA-01 (2-3), ADHR PRIMARY TROUBLE Enter 0AOP-38.1, Loss of Supplemental Spent Fuel Pool Cooling.

BOP Recognizes failure of RCC Pump 2D.

BOP May dispatch an AO to investigate the pump trip.

BOP Swaps RCC Pumps Starts RCC Pump 2C.

Shutdowns RCC Pump 2A.

2OP-21 Section 8.9 BOP Directs AO to align RCC Pump 2A for ADHR Mode.

BOP Starts RCC Pump 2A in ADHR Mode.

2OP-21 Section 8.20 BOP Starts ADHR primary loop pump 2OP-13.1 Section 5.1.2

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 18 of 49 EVENT 3: HPCI LOGIC FAILURE Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 4 to de-energize the HPCI logic.

If requested to open breakers for E41-F041 and F042 (MCC 2XDA) when valves are shut:

Change HP_ZVHP041M, SUPP SUCTION VLV E41-F041 to Off and assign to trigger 5.

Change HP_ZVHP042M, SUPP SUCTION VLV E41-F042 to Off and assign to trigger 6.

Simulator Operator Role Play If asked as AO to investigate, report all circuit breakers in DC SWBD 2A & Panel 4A are closed.

If asked as I&C to investigate, wait 2 minutes and report fuse E41-F1 in panel P620 is blown (blows again if replaced).

If asked as WCC/OC SRO for clearance or Equipment Control tags, acknowledge request.

If requested to open breakers for E41-F041 and F042 (MCC 2XDA) when valves are shut, coordinate actions with Sim Operator.

Evaluator Notes Plant Response: The HPCI logic power fuse will blow requiring HPCI to be manually isolated per the APP and declared Inoperable per TS 3.5.1.

Objectives:

SRO - Declare HPCI Inoperable RO - Recognize logic failure and Isolate HPCI.

Success Path:

HPCI declared inoperable IAW TS 3.5.1 and isolated IAW APP.

Event Termination: Go to Event 4 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 19 of 49 EVENT 3: HPCI LOGIC FAILURE Time Pos EXPECTED Operator Response Comments SRO Direct annunciator response for A-1 5-5 HPCI LOGIC BUS A PWR FAILURE 6-4 HPCI COND STORAGE TNK WTR LVL LO SRO May identify requirement to initiate an impairment IAW 0PLP-01.5.

(This action may be directed to Ops Center SRO)

This is only in effect while aligned to the torus.

SRO Directs BOP to monitor the plant.

SRO Determines depressurization of steam supply is NOT required.

SRO Contacts I&C to investigate HPCI LOGIC BUS A PWR FAILURE SRO Refers to Tech Spec 3.5.1 ECCS Operating and Determines:

CONDITION D REQUIRED ACTION:

D.1 Verify by administrative means RCIC System is OPERABLE.

Immediately AND D.2. Restore HPCI System to OPERABLE status.

14 days SRO May request equipment control tags to support abnormal HPCI system alignment.

BOP Plant monitoring

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 20 of 49 Page Intentionally Left Blank

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 21 of 49 EVENT 3: HPCI LOGIC FAILURE Simulator Operator Actions OATC Acknowledge and report A-01 annunciators:

5-5 HPCI LOGIC BUS A PWR FAILURE 6-4 HPCI COND STORAGE TNK WTR LVL LO OATC Report HPCI Suction is aligned to both the CST and Suppression Pool.

OATC Performs APP A-1 5-5 (HPCI LOGIC BUS A PWR FAILURE ) actions:

Close the Condensate Storage Tank Suction Valve, E41-F004.

Isolate the HPCI Steam Supply per OP-19, Section 8.5:

CLOSE STEAM SUPPLY INBOARD ISOL VLV, E41-F002.

CLOSE STEAM SUPPLY OUTBOARD ISOL VLV, E41-F003.

Depressurizing steam supply is NOT required, but if performed will require performance of 0PT-02.3.1b, Suppression Pool to Drywell Vacuum Breaker Position Check, within 6 hours6.944444e-5 days 0.00167 hours 9.920635e-6 weeks 2.283e-6 months .

Close the Turbine Exhaust Vacuum Breaker Valve, E41-F075.

Informs SRO of expected alarm A-1 1-1 HPCI VAC BKR VLV F075/F079 NOT FULL OPEN OATC Contacts RBAO to standby for opening breakers on MCC 2XDA when the following valves indicate Full Closed:

Torus Suction Valve, E41-F041.

Torus Suction Valve, E41-F042.

OATC Notifies SRO APP actions are complete and to reference TS 3.5.1 and TRM 3.6.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 22 of 49 EVENT 4: RAISE POWER Simulator Operator Actions Simulator Operator Role Play If contacted as the RE for power increase guidance, inform crew to raise power using Reactor Recirc flow to 60%

If contacted as the RE to monitor power increase, inform crew that you will monitor core performance.

When the plant is at ~60% power, if asked, inform crew Alt Power verification is SAT Evaluator Notes Plant Response: Raise reactor power to ~ 60% using reactor recirculation flow Objectives:

SRO - Reactor power to be raised using Recirc pump speed control.

RO - Performs power increase using Recirc flow control.

Success Path:

Reactor power is raised to ~60%.

Event Termination: Go to Event 5 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 23 of 49 EVENT 4: RAISE POWER Time Pos EXPECTED Operator Response Comments SRO Directs Power to be raised to ~60% power OATC Raises power using recirculation flow to ~60%

power Raise flow using the master raise fast or medium pushbutton to increase recirc pump speeds (core flow) until power is ~60%.

Mismatch criteria:

6 x106 Mlbs jet pump flow if < than 57.5 Mlbs or 3 x106 Mlbs if > than 57.5 Mlbs.

OATC Reports alarm clear as RR flow is raised.

A-5 4-8 OPRM TRIP ENABLED BOP Monitors the plant.

BOP May monitor the 2A Condensate Pump recirc valve, which may close during the power increase.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 24 of 49 EVENT 5: MASTER CONTROLLER FAILURE Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 1 to fail the master level controller.

Simulator Operator Role Play If contacted as I&C to investigate, acknowledge the request.

Evaluator Notes Plant Response: The master level controller will fail causing level to rise and the Feedpump demand to increase. Feed flow rises and steam flow/feed flow mismatch will be indicated on recorder. The crew will take manual control of level and maintain within the band of 170 - 200 inches.

Objectives:

SRO - Reactor power to be raised using Recirc pump speed control.

RO - Maintains level with the controller in manual.

Success Path:

Maintains level 170 - 200 inches.

Event Termination: Go to Event 6 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 25 of 49 EVENT 5: MASTER CONTROLLER FAILURE Time Pos EXPECTED Operator Response Comments SRO Acknowledges report of high reactor water level.

SRO Directs entry into AOP-23.0.

SRO Directs I/C to investigate failure of control system.

OATC Diagnose and report failure of feedwater to control level in Auto.

OATC Take manual control of feedwater in one of the following manners:

Places RFP controller in manual and adjusts demand signal to control level.

Places the Manual/DFCS switch in manual and adjusts demand using the raise/lower switch to control level.

BOP Announces and enters 0AOP-23.0.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 26 of 49 EVENT 6: AOG GUARD BED FIRE Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 7 to initiate an AOG Guard Bed Fire.

When directed to place AOG SYSTEM BYPASS VALVE, AOG-HCV-102 valve switch position at local control panel H2E in OPEN, Initiate Trigger 8.

When directed to perform step 6.3.6.8 to place local control switches to close Initiate Trigger 9.

When directed to initiate purge, initiate remote function Initiate Trigger 17 to open AOG-NP-V080 then immediately delete MF_CN017F.

When directed to close NITROGEN PURGE SUPPLY VALVETO CHARCOAL GUARD BED D1, AOG-NP-V080, delete Remote function XA_VHNPV80L Simulator Operator Role Play If asked, as OSAO initially report Guard Bed temperatures have significantly increased.

When directed to locally isolate the Guard Bed, acknowledge the request. Wait two minutes then report actions complete.

After fire brigade has mustered, report as the fire brigade leader that based on thermal imaging it looks like the fire is in the Guard Bed.

When directed as OSAO to perform step 6.3.6.6 to ensure AOG SYSTEM BYPASS VALVE, AOG-HCV-102 valve switch position at local control panel H2E is in OPEN, have Sim Operator initiate trigger 8 and report action complete When directed as OSAO to perform step 6.3.6.8 to place local control switches to close, have Sim Operator initiate trigger 9 then report actions complete When directed as OSAO to perform steps 6.2.1.10 and 11, wait two minutes and report actions are complete.

When directed to initiate purge, OP33, Section 6.3.4 step 2 is complete after two minutes.

After 143 & 141 are opened, wait two minutes have Sim Operator perform purge actions and then report nitrogen purge has been started.

If asked report local temperature indication shows temperatures are dropping.

When directed to close NITROGEN PURGE SUPPLY VALVE TO CHARCOAL GUARD BED D1, AOG-NP-V080, have Sim Operator perform action and report actions are complete.

When directed as OSAO to perform nitrogen purge shutdown steps, acknowledge request, wait two minutes and report field actions complete.

Evaluator Notes Plant Response: An AOG off gas fire will occur in the guard bed. High temperatures will quickly spread into the charcoal absorber beds. The APPs require bypassing and isolating the AOG system, and initiating a nitrogen purge.

Objectives:

SRO - Direct actions of APP for Guard Bed Hi Temp.

RO - Perform APP actions to isolate and purge AOG Guard Bed.

Success Path:

AOG fire extinguished and AOG bypassed.

Event Termination: Go to Event 6 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 27 of 49 EVENT 6: AOG GUARD BED FIRE Time Pos EXPECTED Operator Response Comments SRO Direct actions of APP-UA-48 3-3, for Guard Bed D1 Temperature High Direct Fire Brigade mustered and Fire Alarm initiated.

SRO Direct Charcoal Absorber System bypassed by performing the applicable steps of 2OP-33, Section 6.3.6.

SRO Direct Purge Charcoal Guard Bed with Nitrogen IAW 2OP-33, Section 6.3.4.

SRO Enter 0PFP-PBAA, Pre Fire Plans - Power Block Auxiliary Areas, Attachment 9.

SRO Determines E-Plan:

Unusual Event - HU2.1 Fire not extinguished within 15 minutes of control room notification or verification of a control room fire alarm in any Table H-1 or Table H-3 areas.

Table H-3 contains the 30 min Holdup Line and associated piping, SRO Determines ODCM 7.3.10, CONDITION A GASEOUS RADWASTE TREATMENT SYSTEM not in operation applies:

A.1 - Place GASEOUS RADWASTE TREATMENT SYSTEM in operation - 7 days.

OATC Monitors the Plant.

OATC Initiates Fire Alarm and musters the fire Brigade.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 28 of 49 EVENT 6: AOG GUARD BED FIRE Time Pos EXPECTED Operator Response Comments BOP Charcoal Absorber System Bypassed by performing by performing the applicable steps of 2OP-33, Section 6.3.6.

Confirm AOG SYS VLV CONT SEL SW,AOG-CS-3161, is in CENT at Panel XU-80.

OPEN AOG SYSTEM BYPASS VALVE,AOG-HCV-102 at Panel XU-80.

Direct OSAO to perform step 6.3.6.6 CONFIRM AOG SYSTEM BYPASS VALVE,AOG-HCV-102 stayed open Direct OSAO to perform step 6.3.6.8.

CLOSE the following valves at Panel XU-80:

AOG SYS INLET SEC ISOL VALVE,AOG-XCV-147 AOG SYS INLET PRI ISOL VALVE,AOG-XCV-148 AOG SYS OUTLET PRI ISOL VALVE,AOG-XCV-143 AOG SYS OUTLET SEC ISOL VALVE,AOG-XCV-141 GUARD BED ISOLATION VALVE, AOG-XCV-142 Purge the AOG System by performing the following steps from OP-33, Section 6.3.4 Direct OSAO to perform steps 6.2.1.10 and

11.

Direct OSAO to perform step 6.3.4.2.

Confirm AOG SYS VLV CONT SEL SW, AOG-CS-3161, is in CENT at Panel XU-

80.

May Inform SRO to reference ODCM 7.3.10 Off Gas Timer alarm is not in alarm.

May determine that section 6.2 needs to be performed which included the actions from 6.3.6

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 29 of 49 EVENT 6: AOG GUARD BED FIRE Time Pos EXPECTED Operator Response Comments BOP Open the following at Panel XU-80:

AOG SYS OUTLET PRI ISOL VALVE, AOG-XCV-143 AOG SYS OUTLET SEC ISOL VALVE, AOG-XCV-141 BOP Direct OSAO to perform steps 6.3.4.5 through 6.3.4.10.

Step 6.3.4.9 is N/A BOP Direct OSAO to throttle open NITROGEN PURGE SUPPLYVALVE TO CHARCOAL GUARD BED D1, AOG-NP-V080, to maximize nitrogen flow, NOT to exceed 50 scfm, indicated by OFFGAS SYS OUTLET FLOW, AOG-FI-035 or AOG SYSTEM OUTLET FLOW, AOG-UR-157.

BOP When nitrogen purging is complete, then direct OSAO to close NITROGEN PURGE SUPPLY VALVE TO CHARCOAL GUARD BED D1, AOG-NP-V080 BOP Direct OSAO to perform steps 6.3.4.18, 19, and

20.

BOP CLOSE the following at Panel XU-80:

AOG SYS OUTLET PRI ISOL VALVE, AOG-XCV-143 AOG SYS OUTLET SEC ISOL VALVE, AOG-XCV-141 BOP Ensure AOG SYSTEM BYPASS VALVE, AOG-HCV-102, is open at Panel XU-80.

BOP Direct OSAO to perform step 6.3.4.23.

BOP Notify SRO that fire has been extinguished and purge is secured.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 30 of 49 EVENT 7: LOOP / DG FAILURES Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 10 to active the LOOP.

Acknowledge and silence Fireworks alarms If directed to align RBCCW to CSW cooling, wait 4 minutes and Initiate Trigger 11.

If directed to restart RPS MG sets, wait 3 minutes and insert the following as requested: For RPS A Initiate Trigger 18 and/or for RPS B Initiate Trigger 19.

If directed to swap AB panels Initiate Trigger 20 and inform Sim Role Player when timed out.

Simulator Operator Role Play If requested to monitor DGs, acknowledge alarms on DG local Alarm Panel (Instructor Aids/Panels) and report alarms if requested If directed to align RBCCW to CSW cooling, wait 4 minutes and inform Sim Operator to align RBCCW to CSW cooling then report valve open.

If directed to restart RPS MG sets, wait 3 minutes and inform Sim Operator to restart RPS then report actions complete.

If directed as RBAO to ensure BFIV latching mechanisms are disengaged, wait two minutes, then report latches are disengaged.

If requested to transfer 2AB, 32AB, 2AB-RX, acknowledge request, inform Sim operator and when the remotes are timed out inform the control room the action is complete.

Evaluator Notes Plant Response: The crew will respond to a Loss of Offsite Power. The reactor will scram on MSIV closure on the LOOP. All Diesel Generators will start on the LOOP signal. DG3 will trip on Diff O/C. DG 4 output breaker will fail to auto close. The BOP operator will close DG 4 output breaker to energize bus E4 Objectives:

SRO - Direct actions of AOP-36.1 RO - Close DG4 output breaker. Perform scram immediate operator actions.

Success Path:

TS addressed and HPCI system isolated.

Event Termination: Scram immediate operator actions are complete and DG4 output breaker is closed.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 31 of 49 EVENT 7: LOOP / DG FAILURES Time Pos EXPECTED Operator Response Comments SRO Direct AOP-36.1 entry.

SRO Direct DG4 output breaker closed.

Critical Task SRO Contacts Maintenance for failure of DG3 and DG4 output breaker.

SRO Enters and directs actions of RSP:

Direct control of reactor pressure using SRVs (establishes pressure band 800 -

1000 psig)

Direct water level band of 170 - 200 inches SRO Enters and directs actions of PCCP:

Monitor and control Suppression Pool temperature below 95 deg F.

Start available RHR Loops in Suppression pool Cooling as necessary to maintain temp below 95 F.

Monitor HCTL Operate available drywell coolers Verify RCC operation and alignment to the drywell

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 32 of 49 EVENT 7: LOOP / DG FAILURES Time Pos EXPECTED Operator Response Comments BOP Diagnose failure of DG4 output breaker BOP Manually close DG4 Output Breaker Critical Task BOP Diagnose and report to the SRO DG3 tripped and Locked out.

BOP Dispatch OSAO to monitor DGs BOP Momentarily place DIV I NON-INTRPT RNA, SV-5262 control switch to OVERRIDE/RESET, then to OPEN, and ensure DIV I NON-INTRPT RNA, SV-5262 opens.

BOP Start the CRD system in accordance with OP-08, Section 8.17.

BOP Ensure the associated NSW and CSW pumps are operating.

BOP Direct an AO to swap the AB panels to their alternate source.

BOP Ensure 125V and 24V DC battery chargers return to service for each energized 480V E Bus.

BOP Perform the following to transfer RBCCW HXs from the NSW header to the CSW header:

Confirm CSW system available.

Ensure at least one of the following is closed:

RBCCW HX SERVICE WATER INLET VALVE,SW-V103 RBCCW HX SERVICE WATER INLET VALVE, SW-V106 NUCLEAR HEADER TO RBCCW HEAT EXCHANGER SUPPLY VALVE, SW-V193 Direct an AO to open CONVENTIONAL HEADER TO RBCCW HEAT EXCHANGERS SUPPLY VALVE,SW-V146.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 33 of 49 EVENT 7: LOOP / DG FAILURES Time Pos EXPECTED Operator Response Comments BOP If the opposite unit has power to its Service Air compressors and it is desired to cross-tie air systems, then perform the following:

Obtain permission from the opposite Unit CRS to cross-tie unit air systems.

Ensure CROSS-TIE VALVE, 2-SA-PV-5071 is open (Unit 2, XU-2).

Ensure CROSS-TIE VALVE, 1-SA-PV-5071 is open (Unit 1, XU-2).

BOP Perform the following to start Control Building Ventilation on the affected unit:

Confirm the Control Building Instrument Air Compressors are functioning properly.

Ensure at least one of the following units is operating:

CTL ROOM A/C & SUPPLY FAN,1D-CU-CB and 1D-SF-CB CTL ROOM A/C & SUPPLY FAN,2D-CU-CB and 2D-SF-CB CTL ROOM A/C SPARE FAN, 2E-SF-CB BOP If available, then start the following battery room fans, as required:

BATTERY ROOM 1A VENT FANS,1C-SF-CB and 1C-EF-CB BATTERY ROOM 1B VENT FANS,1B-SF-CB and 1B-EF-CB BATTERY ROOM 2A VENT FANS,2C-SF-CB and 2C-EF-CB BATTERY ROOM 2B VENT FANS,2B-SF-CB and 2B-EF-CB

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 34 of 49 EVENT 7: LOOP / DG FAILURES Time Pos EXPECTED Operator Response Comments BOP Perform the following to restore drywell cooling:

If three RBCCW pumps are running, then STOP one RBCCW pump, and place its control switch in AUTO.

If only one RBCCW pump is running, then START a second pump, if available.

If no RBCCW pump is running, then place all RBCCW pump control switches in OFF, and perform one of the following:

BOP IF any local drywell temperature is currently greater than the starting temperature limit OR has exceed the starting temperature limit since the initiation of the event, then perform 2OP-21, Section 8.6.

IF all local drywell temperatures have remained less than the starting temperature limit since the initiation of the event, then perform 2OP-21, Section 5.2.

NOTE: Drywell temperature limit for starting the RBCCW System:

Greater than or equal to 260°F below the 75 elevation, as indicated on Control Room recorder CAC-TR-4426

Greater than or equal to 258°F as indicated on Points 1, 3 & 4 of RSDP recorder CAC-TR-778.

BOP ENSURE all available drywell coolers on the affected unit are operating.

BOP IF HPCI or RCIC is running with suction from the CST AND CST level indication is NOT available in the Control Room or Radwaste, then monitor CST level locally and report level every hour.

BOP Start RPS MG Sets A(B) in accordance with OP-03, Section 5.2

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 35 of 49 EVENT 7: LOOP / DG FAILURES Time Pos EXPECTED Operator Response Comments BOP Perform the following to start the Reactor Building HVAC:

If PROCESS OG VENT PIPE RAD HI-HI (UA-03, 5-4) is in alarm, and is NOT the result of a valid high radiation signal, then place CAC PURGE VENT ISOL OVRD, CAC-CS-5519, in OVERRIDE Reset the following Reactor Building Ventilation Radiation Monitors on Panel H12-P606:

PROCESS REACTOR BLDG VENTILATION RADIATION MONITOR A, D12-RM-K609A PROCESS REACTOR BLDG VENTILATION RADIATION MONITOR B, D12-RM-K609B.

Depress the following Isolation Reset Groups push buttons:

ISOLATION RESET GROUPS 1, 2, 3, 6, 8, A71-S32 ISOLATION RESET GROUPS 1, 2, 3, 6, 8, A71-S33.

Ensure Instrument Air header pressure is greater than 95 psig.

Ensure BFIV latching mechanisms are disengaged. (Local).

Open RB VENT INBD ISOL VALVES, A-BFIV-RB and C-BFIV-RB.

Open RB VENT OTBD ISOL VALVES, B-BFIV-RB and D-BFIV-RB.

Start three sets of Reactor Building Ventilation Fans in accordance with OP-37.1, Section 8.8 to maintain Reactor Building static pressure negative.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 36 of 49 EVENT 7: LOOP / DG FAILURES Time Pos EXPECTED Operator Response Comments OATC Perform Scram Immediate Actions:

OATC Perform actions of RSP:

Ensure Scram Valves Open After steam flow is less than 3 mlb/hr, Place mode switch to Shutdown Trip Main Turbine Ensure Master Reactor Level Controller setpoint is +170 inches If two reactor feed pumps are running and level is above +160 inches and rising, then trip one Ensure reactor recirc pump speed lower to 34%

Ensure heater drain pumps tripped If SRVs are cycling, Open SRVs until reactor pressure decreases to 950 psig Maintain reactor water level between 170 -

200 inches Start available RHR Loops in Suppression pool Cooling as necessary Perform LEP-02 Insert Nuclear Instrumentation and maintain on range Ensure turbine oil system operating Ensure one CRD pump running OATC Control reactor pressure 800 - 1000 psig OATC Control reactor water level 170 - 200 inches

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 37 of 49 EVENT 7: LOOP / DG FAILURES Time Pos EXPECTED Operator Response Comments OATC Place SULCV in operation:

Ensure the following:

FW-V6 AND FW-V8 OR FW-V118 AND FW-V119 closed FW-FV-177 closed FW-V120 closed FW control MODE SELECT in 1 ELEM SULCV in M (MANUAL) closed B21-F032A AND/OR B21-F032B open Place the MSTR RFPT SP/RX LVL CTL in M (MANUAL), then adjust to 187 Place RFP A(B) RECIRC VLV, control switch to open Place RFPT A(B) SP CTL in M (MANUAL)

Ensure MAN/DFCS control switch in DFCS Raise RFPT A(B) SP CTL speed until discharge pressure is greater than or equal to 100 psig above reactor pressure Adjust SULCV to establish desired injection If desired, then place SULCV in A (AUTO)

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 38 of 49 EVENT 8: LOCA / TERMINATION Simulator Operator Actions When directed by the lead evaluator, Initiate Trigger 12 to activate Small Line Break malfunction If directed by the lead evaluator, increase LOCA by modifying the value of Malfunction NB009F to make sure level lowers to ensure the crew emergency depressurizes.

If asked to maximize CRD flow, Initiate Trigger 13. Inform Sim Role Player when completed.

If requested to line up SLC for demin water injection, Initiate Trigger 14.

If directed to place drywell coolers to STOP, Initiate Trigger 15.

If directed to reset thermal overloads for E11-F015B, wait two minutes and delete malfunction RH002F. Inform Sim Role Player when completed If requested to defeat RCIC low pressure isolation (SEP-10), initiate Trigger 16.

When directed by the lead evaluator, place the simulator in FREEZE DO NOT RESET THE SIMULATOR PRIOR TO RECEIPT OF CONCURRENCE TO DO SO FROM THE LEAD EXAMINER Simulator Operator Role Play If asked to perform AO actions to maximize CRD flow, inform Sim Operator to initiate trigger 13.

When complete, contact the control room and report the AO actions to maximize CRD flow IAW SEP-09 are complete.

If requested to line up SLC for demin water injection, inform Sim Operator to initiate trigger 14, wait 3 minutes and report demin water lined up.

If directed to place drywell coolers to STOP, inform Sim Operator to initiate trigger 15, wait 2 minutes and report coolers are stopped.

If directed to reset thermal overloads for E11-F015B, When complete report thermal overload reset.

If requested to defeat RCIC low pressure isolation (SEP-10), inform Sim Operator to initiate trigger 16 and report completed.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 39 of 49 Evaluator Notes Plant Response: After scram actions have been completed and level is stabilized, a LOCA will occur in the drywell. The crew will maximize RCIC flow and implement LEP-01 for alternate cooling systems. Level will lower until Emergency Depressurization is required. RHR Loop B injection valve E11-F015B will fail to automatically open due to mechanical binding. Annunciator A-03 5-8, RHR B Valves Overload, will be received. The thermal overload may be reset and the valve opened using the control switch Objectives:

SRO - Direct Emergency Depressurization.

RO - Perform Emergency Depressurization.

Success Path:

RPV Emergency depressurized and reactor water level being restored.

Scenario Termination: When the reactor is depressurized and level is being restored to 170-200 inches the scenario may be terminated.

Remind students not to erase any charts and not to discuss the scenario until told to do so by the evaluator/instructor.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 40 of 49

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 41 of 49

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 42 of 49 EVENT 8: LOCA / TERMINATION Time Pos EXPECTED Operator Response Comments SRO Direct E7 to E8 crosstie IAW AOP-36.1.

SRO Direct activities for EOP-02-PCCP:

Before Suppression Chamber press reaches 11.5 psig, Direct torus sprays per SEP-03.

When suppression chamber exceeds 11.5 psig, direct drywell spray per SEP-02 Confirm Drywell Spray Initiation Limit in Safe Region Monitor PSP Monitor HCTL Place H2/O2 analyzers in service SRO Direct activities for RVCP:

Perform LEP-01, Alternate Coolant Injection Lineup and start Table 1 injection systems When below TAF, verify low pressure pumps on Determine level cannot be maintained above LL-4 Emergency depressurization by opening 7 ADS valves Perform Alternate Source Term actions (Table 5)

Direct use of all available Table 1 systems and Alternate Coolant Injection Systems for injection Direct use of all available Table 1 systems and Alternate Coolant Injection Systems for injection Direct level be restored and maintained

+170-200" May determine that an auto action has failed, ADS Blowdown, and EDs based on this failure.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 43 of 49 EVENT 8: LOCA / TERMINATION Time Pos EXPECTED Operator Response Comments RO BOP Recognize and report rising drywell pressure.

RO BOP Ensure RCIC injection @ 500 gpm.

RO BOP Maximize CRD flow per SEP-09:

RO BOP IF a CRD pump is NOT operating:

ENSURE CRD FLOW CONTROL, C12-FC-R600, is in MAN.

CLOSE the in-service FLOW CONTROL VLV,C12-F002A(F002B).

START a CRD pump.

IF a reactor scram is NOT sealed in, THEN ADJUST CRD FLOW CONTROL, C12-FC-R600, to greater than or equal to 30 gpm.

Direct an AO to perform field actions for two pump operation When field actions are complete:

START the second CRD pump.

ENSURE CRD FLOW CONTROL,C12-FC-R600, is in MAN.

THROTTLE the following valves, as necessary, to maintain charging water pressure greater than or equal to 950 psig, but as low as possible:

In-service FLOW CONTROL VLV,C11(C12)-F002A(F002B)

DRIVE PRESSURE VLV, C11(C12)-PCV-F003.

CHARGING WATER HEADER THROTTLE VALVE, C11(C12)-F034 (Field Action)

RO BOP Direct AO to rack in the E7 and E8 crosstie breakers IAW AOP-36.1.

After the breakers are racked in closes the crosstie breakers to energize E7

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 44 of 49 EVENT 8: LOCA / TERMINATION Time Pos EXPECTED Operator Response Comments RO BOP Inject demin water using SLC per LEP-01:

Dispatch RBAO to align SLC for demin water injection When AO reports SLC alignment is complete, Start SLC pumps A & B RO BOP When directed, Start drywell spray per SEP-02:

Ensure WELL WATER TO VITAL HEADER VLV, SW-V141, is closed.

If INBOARD INJECTION VLV, E11-F015A(F015B) is open, then close OUTBOARD INJECTION VLV, E11-F017A(F017B).

Ensure one of the following valves is open:

CONV SW TO VITAL HEADER VLV, SW-V111 NUC SW TO VITAL HEADER VLV, SW-V117 Ensure both reactor recirculation pumps are tripped Place all drywell cooler control switches to OFF (L/O).

If necessary, then place Loop A(B) 2/3 CORE HEIGHT LPCI INITIATION OVERRIDE switch, E11-CS-S18A(S18B),

to MANUAL OVERRD.

If the CTMT SPR OVRD light for Loop A(B)

CONTAINMENT SPRAY VALVE CONTROL switch, E11-CS-S17A(S17B),

is NOT on, then momentarily place Loop A(B) CONTAINMENT SPRAY VALVE CONTROL switch, E11-CS-S17A(S17B),

to MANUAL Ensure TORUS COOLING ISOL VLV, E11-F024A(F024B), is closed.

NOTE: With a LOCA signal present, OUTBOARD INJECTION VLV, E11-F017A(F017B) can NOT be closed for five minutes.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 45 of 49 EVENT 8: LOCA / TERMINATION Time Pos EXPECTED Operator Response Comments RO BOP Confirm the following:

Drywell pressure and drywell temperature are in the "SAFE" region of the Drywell Spray Initiation Limit graph Suppression pool water level is below +21 inches Ensure one RHR Pump is running.

Open Loop A(B) DRYWELL SPRAY INBD ISOL VLV, E11-F021A(F021B).

Throttle open Loop A(B) DRYWELL SPRAY OTBD ISOL VLV, E11-F016A(F016B), to obtain between 8,000 gpm and 10,000 gpm flow.

If additional cooling is required, then start the second Loop A(B) RHR pump AND limit flow to less than or equal to 11,500 gpm.

If necessary, then place RHR SW BOOSTER PUMPS A & C (B & D) LOCA OVERRIDE switch, E11-S19A(S19B), in MANUAL OVERRD.

Align the RHR Service Water System to supply cooling water to RHR Heat Exchanger A(B) (OP-43).

Ensure HX A(B) INLET VLV, E11-F047A(F047B) is open.

Ensure HX A(B) OUTLET VLV,E11-F003A(F003B) is open.

CLOSE HX A(B) BYPASS VLV, E11-F048A(F048B).

NOTE: HX A(B) BYPASS VLV, E11-F048A (F048B), is normally open, but with a LPCI initiation signal present can NOT be closed or throttled for three minutes.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 46 of 49 EVENT 8: LOCA / TERMINATION Time Pos EXPECTED Operator Response Comments RO BOP When directed, Start torus spray per SEP-03:

If necessary, then place Loop A(B) 2/3 CORE HEIGHT LPCI INITIATION OVERRIDE switch, E11-CS-S18A(S18B),

in MANUAL OVERRD.

If the CTMT SPR OVRD light for the Loop A(B) CONTAINMENT SPRAY VALVE CONTROL switch, E11-CS-S17A(S17B) is not on, then momentarily place Loop A(B)

CONTAINMENT SPRAY VALVE CONTROL switch, E11-CS-S17A(S17B),

to MANUAL.

If INBOARD INJECTION VLV, E11-F015A(F015B) is open, and injection to the reactor is not required, then close OUTBOARD INJECTION VLV, E11-F017A(F017B).

Ensure RHR Loop A(B) is placed in the LPCI, Suppression Pool Cooling, or Drywell Spray mode.

Ensure TORUS DISCHARGE ISOL VLV, E11-F028A(F028B), is open.

Open TORUS SPRAY ISOL VLV, E11-F027A(F027B).

RO BOP When directed, Open 7 ADS valves Critical Task RO BOP Recognize failure of E11-F015B to open, diagnose as thermal overload, and dispatch AO to reset thermal overload RO BOP Control injection flow to maintain RPV level 170-200" as directed by the SRO.

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 47 of 49 ATTACHMENT 1 - Scenario Quantitative Attribute Assessment Category NUREG 1021 Rev. 2 Supp. 1 Req.

Scenario Content Total Malfunctions 5-8 8

Malfunctions after EOP Entry 1-2 2

Abnormal Events 2-4 3

Major Transients 1-2 2

EOPs Used 1-2 2

EOP Contingency 0-2 2

Run Time 60-90 min 90 Crew Critical Tasks 2-3 2

Tech Specs 2

2 Instrument / Component Failures before Major 2 - OATC 2 - BOP 4

Instrument / Component Failures after Major 2

2 Normal Operations 1

1 Reactivity manipulation 1

1

LOI SIMULATOR EVALUATION GUIDE LOIX-030 Rev. 0 Page 48 of 49 Page Intentionally Left Blank

LOI SIMULATOR EVALUATION GUIDE Page 49 of 49 ATTACHMENT 2 - Shift Turnover Brunswick Unit 2 Plant Status Station Duty Manager:

Workweek Manager:

Mode:

1 Rx Power: 54%

Gross*/Net MWe*: 493 / 475 Plant Risk:

Current EOOS Risk Assessment is:

Green SFP Time to 200 Deg F:

40 hrs Days Online:

1 day Turnover:

Transfer 2C/2D buses from the SAT to the UAT which were transferred to the SAT for maintenance which is now complete.

The Reactivity Plan states to raise power to 60% (using recirc flow) then place the second feedwater pump in service.

Protected Equipment:

2A / 2B NSW Pumps ADHR and Fuel Pool Cooling Demin Transfer Pump Comments:

Performing startup (The unit was shutdown due to a hurricane), 0GP-04 is complete through step 6.2.25.

APRM 2 has failed downscale and is bypassed.

1A NSW pump is under clearance for motor rebuild.

C32-LT-N004A has just failed downscale. After taking the watch determine the TS implications for this failed equipment.

Action Statements in Effect Item Date/Time Reference Required Actions Responsibility Due C32-LT-N004A 5 min ago Being Assessed

Developer: Robert Bolin Date: 7/18/2014 Technical Review: Lou Sosler Date: 7/18/2014 Validator: Derek Pickett Date: 7/18/2014 Validator: Bruce Leitch Date: 7/18/2014 Facility Representative: Jerry Pierce Date: 8/15/2014 BRUNSWICK TRAINING SECTION OPERATIONS TRAINING INITIAL LICENSED OPERATOR SIMULATOR EVALUATION GUIDE LOIX-031 2014 NRC SCENARIO 3 Swap CP, NSW Pp Trip, APRM Failure, HD Level Controller Failure, Recirc Pp Seal Failure, ATWS, T/P Level, SLC Failure, SDV Failure REVISION 0

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 2 of 47 REVISION

SUMMARY

0 Scenario developed for 2014 Exams.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 3 of 47 TABLE OF CONTENTS 1.0 SCENARIO OUTLINE.................................................................................................................. 4 2.0 SCENARIO DESCRIPTION

SUMMARY

.................................................................................. 5 3.0 CREW CRITICAL TASKS........................................................................................................... 6 4.0 TERMINATION CRITERIA.......................................................................................................... 6 5.0 IMPLEMENTING REFERENCES.............................................................................................. 7 6.0 SETUP INSTRUCTIONS............................................................................................................. 8 7.0 INTERVENTIONS....................................................................................................................... 10 8.0 OPERATOR RESPONSE AND INSTRUCTIONAL STRATEGIES.................................... 12 ATTACHMENT 1 - Scenario Quantitative Attribute Assessment..................................................... 36 ATTACHMENT 2 - Shift Turnover........................................................................................................ 47

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 4 of 47 1.0 SCENARIO OUTLINE Event Malf. No.

Type*

Event Description 1

R - RO Reduce power for CP swap 2

N - BOP Swap CP 3

CW025F C-BOP NSW Pump trip (AOP-18)(TS) 4 NI031F C-RO APRM failure (TS) 5 CF039F C-BOP HD level controller failure (AOP-23) 6 RC007F RC009F C-RO Recirc Pump seal failures (AOP-14) 7 RP010F M

C C

ATWS T/P Level Recirc Pump Discharge valve thermal overload SLC Failure 8

RD036F C

SDV Failure

(N)ormal, (R)eactivity, (C)omponent or Instrument, (M)ajor

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 5 of 47 2.0 SCENARIO DESCRIPTION

SUMMARY

Event Description 1

In order to swap Condensate pumps the crew will determine that power must be reduced to ~80% (Operating with B & C Condensate pumps, condensate flow is limited to 13,500 gpm). The crew will lower power using recirc.

2 Swap condensate pumps in accordance with 2OP-32. The crew will re-align LOCA/Unit Trip Load Shed switches.

3 The running NSW pump will TRIP on motor overload. The STBY NSW pump will fail to AUTO start. The BOP operator should recognize the failure and manually start the STBY NSW pump. (AOP-18)(TS) 4 APRM 4 will fail upscale resulting in a rod block. The APRM will be declared Inoperable per TS 3.3.1.1. WCC SRO will request APRM TS Actions be taken in order to troubleshoot which requires the APRM mode selector switch to be place in INOP IAW 0OI-18.

5 The Heater Drain Deaerator level control system will fail causing the HD pumps discharge valves to fail full open. The crew will respond per AOP-23.0 stop 1 HD pump before HDD level goes <24 and then use the HD-V57 to control HDD level.

6 Reactor Recirc Pump 2A seal #1 will fail and seal pressures will equalize. Shortly after the seal #1 failure, a seal #2 failure will occur. The crew will respond to the Recirc Pump seal failure and the rising drywell temperature and pressure per 0AOP-14.0. 0AOP-14.0 will direct the Recirc Pump be shutdown and then be isolated. The discharge valve will have thermal overload, can be reset after the crew initiates a reactor scram. A reactor scram signal will occur on high drywell pressure. The auto scram signals will not cause a scram but the manual scram signal will 7

When a scram is inserted due to DW pressure an ATWS will occur. Scram discharge volume vents and drain fail closed on the scram, SLC flowpath will have blockage requiring alternate boron injection. Rods will be able to be driven in with RMCS 8

When actions are taken to control reactor water level during the ATWS after terminating and preventing, the SDV vents and drains will be repaired and rods can be inserted

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 6 of 47 3.0 CREW CRITICAL TASKS Description Inserting a manual reactor scram when an auto scram signal is received and the reactor does not scram.

Terminate and prevent HPCI/Feedwater during the ATWS (CS/RHR if LOCA signal received) to lower reactor water level to 90 inches or until all control rods are inserted.

Direct LEP-03, Alternate Boron Injection.

Perform LEP-02, Alternate Rod Insertion, to insert all control rods.

4.0 TERMINATION CRITERIA When all rods are inserted and level is being controlled above TAF the scenario may be terminated.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 7 of 47 5.0 IMPLEMENTING REFERENCES NOTE: Refer to the most current revision of each Implementing Reference.

Number Title UA-01, 1-10 Nuclear Header Serv Wtr Press-Low UA-01, 1-5 RBCCW Head Tank Level Hi/Lo UA-18, 6-1 Bus E4 4KV Motor Ovld A-06, 2-8 APRM Upscale A-06, 3-7 APRM Trouble A-06, 3-8 APRM Upscale Trip/Inop A-05, 2-2 Rod Out Block UA-4, 2-10 HD Deaerator Level High-Low A-06, 5-3 Outer Seal Leakage Flow Detection Hi A-06, 6-3 Pump A Seal Staging Flow High/Low 0AOP-14.0 Abnormal Primary Containment Conditions 0AOP-18.0 Nuclear Service Water System Failures 0AOP-23.0 Condensate/Feedwater System Failures 2OP-32, Section 8.5 Transferring to Standby Condensate Pump

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 8 of 47 6.0 SETUP INSTRUCTIONS

1.

PERFORM TAP-409, Miscellaneous Simulator Training Guidelines, Attachment 5, Checklist for Simulator Exam Security.

2.

RESET the Simulator to IC-25.

3.

ENSURE the RWM is set up as required for the selected IC.

4.

ENSURE appropriate keys have blanks in switches.

5.

RESET alarms on SJAE, MSL, and RWM NUMACs.

6.

ENSURE no rods are bypassed in the RWM.

7.

PLACE all SPDS displays to the Critical Plant Variable display (#100).

8.

ENSURE hard cards and flow charts are cleaned up

9.

TAKE the SIMULATOR OUT OF FREEZE

10. LOAD Scenario File.

11. ALIGN the plant as follows:

Manipulation

1. Reduce power to ~90% using recirc.

2. Null the DVM.

3. Ensure A & B condensate pumps running.

4. Ensure 2B NSW pump is running, 2A in standby.

12. IF desired, take a SNAPSHOT and save into an available IC for later use.

13. PLACE a clearance on the following equipment.

Component Position APRM 2 (blue tag)

Bypassed

14. INSTALL Protected Equipment signage and UPDATE RTGB placard as follows:

a.

All NSW pumps

15. VERIFY 0ENP 24.5 Form 2 (Immediate Power Reduction Form) for IC-25 is in place.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 9 of 47

16. ENSURE each Implementing References listed in Section 7 is intact and free of marks.

17. ENSURE all materials in the table below are in place and marked-up to the step identified.

Required Materials

18. ENSURE Station Duty Manager and Work Week Manager names are filled in on the Shift Turnover Sheet.

19. ADVANCE the recorders to prevent examinees from seeing relevant scenario details.

20. PROVIDE Shift Briefing sheet for the CRS.

21. VERIFY all actions contained in TAP-409, Miscellaneous Simulator Training Guidelines,, Simulator Training Instructor Checklist, are complete.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 10 of 47 7.0 INTERVENTIONS TRIGGERS Trig Type ID 1

Remote Function EE_UTSHED3 - [UNIT TRIP LOAD SHED SEL SW, 2C CONDENSATE PUMP]

1 Remote Function EE_LSHED3 - [LOCA LOAD SHED SEL SW, 2C CONDENSATE PUMP]

2 Remote Function EE_LSHED1 - [LOCA LOAD SHED SEL SW, 2A CONDENSATE PUMP]

2 Remote Function EE_UTSHED1 - [UNIT TRIP LOAD SHED SEL SW, 2A CONDENSATE PUMP]

3 Malfunction CW025F - [NUC SERVICE WATER PUMP MOTOR OVERLOAD]

3 Remote Function EL_IALSNS2B - [MECH TRIP NSW PUMP 2B]

4 Malfunction NI031F - [APRM FAILS HI]

5 Malfunction CF039F - [HTR DRN DEAER LVL CNTRLR FAILURE]

6 Malfunction RC009F - [RECIRC PUMP A SEAL #2 FAILS]

6 Malfunction RC007F - [RECIRC PUMP A SEAL #1 FAILS]

7 Remote Function EP_IAEOPJP1 - [BYPASS LL-3 GROUP I ISOL (SEP-10)]

8 Remote Function EP_IACS994U - [DW CLR B & C OVERIDE - NORMAL/RUN]

8 Remote Function EP_IACS993U - [DW CLR A & D OVERIDE - NORMAL/RUN]

9 Malfunction RD036F - [SCRAM DISC VOL DRN FAILS CLOSED] on depressing RX SCRAM A pushbutton 10 Remote Function SL_IASLCCRD - [SLC DISCH (NORM=CRD / ALT=RCIC/HPCI)]

10 Remote Function SL_IALEP03 - [ALT = SUBMERSIBLE PUMP/HOSE LINEUP]

MALFUNCTIONS Malf ID Mult ID Description Current Value Target Value Rmp time Actime Dacti me Trig NI032F APRM 2 APRM FAILS LO True True CW025F B

NUC SERVICE WATER PUMP MOTOR OVERLOAD False True 3

NI031F APRM 4 APRM FAILS HI False True 4

CF039F HTR DRN DEAER LVL CNTRLR FAILURE False True 5

RC007F RECIRC PUMP A SEAL #1 FAILS 0.00 100.00 00:01:30 6

RC009F RECIRC PUMP A SEAL #2 FAILS 0.00 100.00 00:01:30 00:02:00 6

RP005F AUTO SCRAM DEFEAT True True RC057F B32-F031A DISCHARGE B32-F031A FROM RX.

RECIRCULATI True True RP010F ATWS 3 True True RD036F SCRAM DISC VOL DRN FAILS CLOSED False True 9

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 11 of 47 REMOTES Remf Id Mult Id Description Current Value Target Value Rmp time Actime Trig CC_IACW4518 2C TBCCW PUMP UNIT ALIGNMENT 1

1 EE_LSHED3 LOCA LOAD SHED SEL SW, 2C CONDENSATE PUMP ENABLE DISABLE 1

EE_UTSHED3 UNIT TRIP LOAD SHED SEL SW, 2C CONDENSATE PUMP ENABLE DISABLE 1

EE_LSHED1 LOCA LOAD SHED SEL SW, 2A CONDENSATE PUMP DISABLE ENABLE 2

EE_UTSHED1 UNIT TRIP LOAD SHED SEL SW, 2A CONDENSATE PUMP DISABLE ENABLE 2

EL_IALSNS2B MECH TRIP NSW PUMP 2B NORMAL TRIP 00:02:00 3

EP_IAEOPJP1 BYPASS LL-3 GROUP I ISOL (SEP-10)

OFF ON 7

EP_IACS993U DW CLR A & D OVERIDE - NORMAL/RUN NORMAL RUN 8

EP_IACS994U DW CLR B & C OVERIDE - NORMAL/RUN NORMAL RUN 8

SL_VHSL008M INBOARD MANUAL INJ VLV F008 CLOSE CLOSE SL_IASLCCRD SLC DISCH (NORM=CRD / ALT=RCIC/HPCI)

NORMAL NORMAL 10 SL_IALEP03 ALT = SUBMERSIBLE PUMP/HOSE LINEUP NORMAL ALT 10 PANEL OVERRIDES Tag ID Description Position /

Target Actual Value Override Value Rmp time Actime Dactime Trig K4B20A NUC HDR SW PMP A DISCH VLV AUTO ON OFF Q2206LGO MAN INJ GREEN ON/OFF ON OFF Q2206RRO MAN INJ RED ON/OFF OFF ON ANNUCIATOR OVERRIDES Window Description Tagname Override Type OVal AVal Actime Dactime Trig

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 12 of 47 8.0 OPERATOR RESPONSE AND INSTRUCTIONAL STRATEGIES EVENT 1: Power Reduction Simulator Operator Actions Ensure Monitored Parameters is open and Scenario Based Testing Variables are loaded.

Simulator Operator Role Play If contacted as the NE for power reduction guidance, inform crew the reactivity plan has power reduced to ~80% (~56 Mlbms) using recirc flow.

If contacted as the NE to monitor power reduction, inform crew that you will monitor core performance on the computer.

If contacted as Radwaste operator acknowledge any requests.

If contacted as the TBAO, to perform prestart checks for the 2C Condensate Pump, report that all prestart checks are SAT.

If contacted as the Load Dispatcher, acknowledge report that Brunswick Unit Two will be lowering power.

Evaluator Notes Plant Response: Power will be lowered to reduce condensate flow <13,500 gpm.

Objectives:

SRO - Directs power reduction.

RO - Perform power reduction using recirc flow.

Success Path:

Condensate flow is reduced to <13,500 gpm by reducing power using recirc flow.

Event Termination: When condensate flow is reduced to <13,500 gpm go to Event 2.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 13 of 47 EVENT 1: Power Reduction Time Pos EXPECTED Operator Response NOTES SRO Conduct shift turnover shift briefing.

SRO Directs power to be reduced using recirculation flow in order to swap Condensate Pumps.

Condensate flow is limited to 13,500 gpm.

BOP Monitors the plant OATC May reference 2OP-02 section 7.1 OATC Request peer checker / reactivity team.

OATC Reduces power using recirculation flow to ~80%

power.

Reduce RR Pump speed by depressing the Master Lower fast or Lower medium pushbutton

Continues lowering Recirc pump reductions until ~80% power.

The real goal is to reduce power to limit condensate flow to <13,500 gpm.

OATC Verifies operation on the Power to Flow Map

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 14 of 47 EVENT 2: SWAP CP Simulator Operator Actions When contacted to disable the LOCA and Unit Trip Load Shed switches, Initiate Trigger 1.

When contacted to enable the LOCA and Unit Trip Load Shed switches, Initiate Trigger 2.

Simulator Operator Role Play When contacted as RW to place an additional CFD and/or CDD in service report that this has already been completed If contacted as the TB AO report that the prestart checks for the 2C Condensate pump were complete SAT When contacted as the TB AO to disable the LOCA and Unit Trip Load Shed switches acknowledge request, inform Sim Operator to initiate trigger 1 and inform control room that the LOCA Load Shed and Unit Trip Load Shed switches are disabled for the 2C Condensate pump.

When contacted as the TB AO to enable the LOCA and Unit Trip Load Shed switches acknowledge request, inform Sim Operator to initiate trigger 2 and inform control room that the LOCA Load Shed and Unit Trip Load Shed switches are enabled for the 2A Condensate pump.

When contacted as the RW operator to secure CFD and/or CDD from service, as needed, acknowledge the request Evaluator Notes Plant Response: After condensate flow is reduced to 13,500 gpm, the crew will swap condensate pumps. The crew will re-align LOCA/Unit Trip Load Shed switches.

Objectives: SRO - Directs starting of the 2C Condensate Pump and securing the 2A Condensate Pump.

RO - Starts the 2C Condensate Pump and secures the 2A Condensate Pump.

Success Path:

2C condensate pump running and the 2A condensate pump shutdown.

Event Termination: Go to Event 3 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 15 of 47 EVENT 2: SWAP CP Simulator Operator Actions SRO Directs BOP to swap Condensate Pumps in accordance with 2OP-32.

OATC Monitors the plant

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 16 of 47 Page Intentionally Left Blank

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 17 of 47 EVENT 2: SWAP CP Simulator Operator Actions BOP Swaps condensate pumps in accordance with 2OP-32, Section 8.5.

Notifies RW operator to place an additional CFD in service.

Notifies RW operator to place an additional CDD in service, if needed.

Notifies TB AO to perform prestart checks for the 2C Condensate pump (ensures proper motor oil level and motor cooling).

Place 2C condensate pump mode selector switch in MAN.

Notifies TB AO to place Unit Trip Load Shed and LOCA Load Shed selector switches to DISABLED for the 2C Condensate Pump.

Makes a PA announcement for starting 2C condensate Pump.

Starts the 2C Condensate Pump.

Observes discharge valve opens for the 2C Condensate Pump and condensate discharge pressure stabilizes.

Stops the 2A condensate Pump.

Places 2A condensate pump mode selector switch in AUTO.

Notifies TB AO to place Unit Trip Load Shed and LOCA Load Shed selector switches to ENABLED for the 2A Condensate Pump.

Notifies TB AO to place Unit Trip Load Shed and LOCA Load Shed selector switches to DISABLED for the 2C Condensate Pump

Informs SCO that Attachment 8 needs to be completed An initial condition is that condensate flow is limited to 13,500 gpm.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 18 of 47 EVENT 3: NSW PUMP FAILURE Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 3 to trip the NSW pump.

Simulator Operator Role Play If contacted as OAO to investigate NSW pump and breaker, report 51 devices are tripped for at the breaker.

If contacted as maintenance or I&C to investigate trip, acknowledge request Evaluator Notes Plant Response: The running NSW pump will TRIP on motor overload. The STBY NSW pump will fail to AUTO start. The BOP operator should recognize the failure and manually start the STBY NSW pump. With a U1 NSW pump under clearance will require entry into TS.

Objectives:

SRO - Direct actions for loss of NSW Determine actions required for LCO per Technical Specifications RO - Respond to the failure of an automatic start of the A NSW pump Success Path:

Determine TS required actions and Start 2A NSW Pump.

Event Termination: Go to Event 4 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 19 of 47 EVENT 3: NSW PUMP FAILURE Time Pos EXPECTED Operator Response Comments SRO Direct entry into AOP-18 NSW System Failure.

SRO Contact maintenance to investigate trip of 2B NSW Pump.

May also report to I/C that 2A NSW Pump did not auto start.

SRO Evaluate Tech Spec 3.7.2 Service Water System and Ultimate Heat Sink.

Determine 2B NSW pump inoperable Determine 1A NSW Pump inoperable due to clearance.

Per the Bases, 3 NSW pumps required site wide.

3.7.2 Condition B. One required NSW pump inoperable for reasons other than condition A. Required Action B.1 Restore required NSW pump to Operable status in 7 days SRO May direct 2C CSW pump to be placed on the NSW header.

OATC Monitor reactor plant parameters during evolution.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 20 of 47 Page Intentionally Left Blank

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 21 of 47 EVENT 3: NSW PUMP FAILURE Time Pos EXPECTED Operator Response Comments BOP Acknowledge / reference UA-18 (6-1) BUS E4 4KV MOTOR OVLD This is the first alarm in. Will verify on the alarm log which pump has the overload.

BOP Recognize trip of 2B NSW pump and lowering NSW system pressure.

BOP Announce and execute 0AOP-18.0, NSW System Failure.

BOP Recognize the failure of the STBY NSW pump to start and starts standby pump.

Places 2A NSW pump in Manual.

Starts 2A NSW Pump.

BOP Refer to alarms.

UA-01 (1-10) NUCLEAR HEADER SERV WTR PRESS-LOW

UA-03 (1-5) RBCCW HEAD TANK LEVEL HI/LO

UA-05 (1-9) FAN CLG UNIT CS PUMP RM A INL PRESS LO

UA-05 (2-9) FAN CLG UNIT CS PUMP RM B INL PRESS LO BOP May align the 2C CSW pump to the NSW header.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 22 of 47 EVENT 4: APRM 4 FAILURE - UPSCALE Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 4 to fail APRM 4.

Simulator Operator Role Play If contacted as I&C to investigate, acknowledge the request.

If asked to pull fuses (for TRM 3.3 actions) acknowledge the request.

After LCO entries have been determined and SRO is waiting for I&C, call as WCCSRO and request that the OATC place APRM 4 in a tripped condition to support I&C trouble shooting.

Evaluator Notes Plant Response: APRM 4 will fail upscale resulting in a rod block. The APRM will be declared Inoperable per TS 3.3.1.1, Condition A and placed in trip within 12 hours1.388889e-4 days 0.00333 hours 1.984127e-5 weeks 4.566e-6 months . WCCSRO will request APRM TS Actions be taken in order to troubleshoot which requires the APRM mode selector switch to be place in INOP IAW 0OI-18.

Objectives:

SRO - Determine LCO for APRM 4 inoperability and direct placing channel in trip.

RO - Diagnose APRM 4 failure and place in INOP.

Success Path:

ARPM 4 declared inoperable IAW TS 3.3.1.1 and placed in trip condition IAW 0OI-18.

Event Termination: Go to Event 5 at the discretion of the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 23 of 47 EVENT 4: APRM 4 FAILURE - UPSCALE Time Pos EXPECTED Operator Response Comments SRO Direct actions of APPs SRO Direct I&C to investigate SRO Evaluate Tech Spec 3.3.1.1 Reactor Protection System Instrumentation Determine APRM 4 and 2 are inoperable.

Determine 2 of 4 the available channels are operable for Function 2.

Condition A, Required Action with one or more required channels inoperable, place in trip condition in 12 hours1.388889e-4 days 0.00333 hours 1.984127e-5 weeks 4.566e-6 months Evaluate TRM 3.3 Control Rod Block Instrumentation Determine one of the required channels is not operable for Function 1 -

Condition A - 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months to restore to operable.

SRO Refers to 0OI-18 for actions to place APRM 4 in a tripped condition.

SRO Direct APRM 4 mode selector switch placed in INOP to allow I&C troubleshooting.

BOP Monitors the plant.

OATC Acknowledges, refers to & reports annunciators A-6 2-8 APRM UPSCALE 3-7 APRM TROUBLE 3-8 APRM UPSCALE TRIP/INOP A-5 2-2 ROD OUT BLOCK OATC Determines ARPM 4 has a critical fault (CPU Failure) and cannot be bypassed (APRM 2 already bypassed).

OATC Places APRM 4 in the tripped condition by placing APRM OPER/INOP mode selector switch in "INOP" on Panel P608.

Will need Key #114 from Control room Key locker

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 24 of 47 EVENT 5: HD LEVEL CONTROLLER FAILURE Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 5 to activate HDD Controller failure.

If directed to place controller in Manual or to swap master controllers, Delete CF039F.

Simulator Operator Role Play If directed as I&C to investigate the HDD level controller acknowledge only If contacted as AO to investigate, report LC-91 is in master and is sending a full open signal.

When HDD level is stabilized and if directed to place controller in Manual or to swap master controllers, have Sim Operator delete CF039F and report controller in manual maintaining level Evaluator Notes Plant Response: The Heater Drain Deaerator level control system will fail causing the HD pumps discharge valves to fail full open. The crew will respond per 0AOP-23.0 stop one HD pump before HDD level goes <24 inches and then use the HD-V57 to control HDD level.

Objectives:

SRO - Direct Actions for a Condensate/Feedwater System Failure per 0AOP-23.0 RO - Respond to a Condensate/Feedwater System Failure per 0AOP-23.0.

Success Path:

The crew should trip one HD pump before HDD level is <24 inches and then control HDD level with HD-V57.

Event Termination: Go to Event 6 when level is being maintained in the deaerator and concurrence from the lead evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 25 of 47 EVENT 5: HD LEVEL CONTROLLER FAILURE Time Pos EXPECTED Operator Response Comments SRO Direct entry into 0AOP-23.0, Condensate/Feedwater System Failures SRO May direct lowering power May need to reduce power to maintain condensate flow <13,500 gpm SRO Direct I&C to investigate HDD level control problem SRO Direct trip of 1 HD pump and HDD level control with HD-V57 SRO May direct HDD level control to be placed in Manual or swapped.

OATC Plant monitoring OATC May reduce reactor power IAW 0ENP-24.5 as directed by the CRS May initiate a manual runback using the pushbutton.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 26 of 47 Page Intentionally Left Blank

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 27 of 47 EVENT 5: HD LEVEL CONTROLLER FAILURE Time Pos EXPECTED Operator Response Comments BOP Acknowledge and report alarm:

UA-4 2-10 HD DEAERATOR LEVEL HIGH-LOW.

Alarm at 30 inches and lowering.

Pump trip at 24 inches and lowering.

Diagnose HD Pump discharge valves full open Enter and announce 0AOP-23.0 Trips one of the operating Heater Drain pump Maintains heater drain deaerator level less than 60 inches indicated on HEATER DRAIN DEAERATOR LEVEL, HD-LI-97 If level reaches 60 inches UA-4, 3-10 may alarm and the HDD Moisture removal valves will open.

Move to the next event when level is being controlled with the HD-V57.

May dispatch TBAO to check HD Pump Air-Operated Discharge Level Control Valves, HD-LV-91-1, 2, & 3.

May direct TBAO to place HDD level control in Manual IAW 2OP-35 Section 8.2. or swap controller IAW 2OP-35, Section 8.8 Monitors main condenser vacuum and condensate parameters May have to secure a CBP if one auto started during the evolution.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 28 of 47 EVENT 6: REACTOR RECIRC PUMP SEAL FAILURE Simulator Operator Actions At the discretion of the lead evaluator, Initiate Trigger 6 to activate the RR Pump Seal Leakage.

When contacted to reset thermals on the A Recirc Loop discharge valve (F031A) delete the malfunction.

Simulator Operator Role Play If contacted to reset the thermals on the Recirc Discharge valve, wait until DW pressure is greater than 1.7 psig, have Sim Operator delete the malfunction and report that the thermals have been reset.

If contacted as the RBAO to check recirc seal flow indication, acknowledge the request.

Evaluator Notes Plant Response: Reactor Recirc Pump 2A seal #1 will fail and seal pressures will equalize. Shortly after the seal #1 failure, a seal #2 failure will occur. The crew will respond to the Recirc Pump seal failure and the rising drywell temperature and pressure per AOP-14.0. AOP-14.0 will direct the Recirc Pump be shutdown and then be isolated. The discharge valve will have thermal overload, can be reset after the crew initiates a reactor scram. A reactor scram signal will occur on high drywell pressure. The auto scram signals will not cause a scram but the manual scram signal will.

Objectives:

SRO - Direct Shift Response To Recirculation Pump Seal Failure.

RO - Isolate the Recirc pump and insert a reactor scram.

Success Path:

Recirc pump is being isolated and reactor scram inserted.

Event Termination: When a manual scram is inserted go to the next event.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 29 of 47 EVENT 6: REACTOR RECIRC PUMP SEAL FAILURE Time Pos EXPECTED Operator Response Comments SRO Direct entry into and actions of 0AOP-14.0 for abnormal drywell parameters SRO Direct Recirc Pump A shutdown then isolated SRO Direct a reactor manual scram if auto scram has not occurred Critical Task May direct as conservative decision before scram signal occurs.

BOP Monitors the plant.

OATC Review the following alarms during this event:

A-06 5-3, OUTER SEAL LEAKAGE FLOW DETECTION HI 6-3, PUMP A SEAL STAGING FLOW HIGH/LOW OATC Enter and announce AOP-14.0 OATC Stop Recirculation Pump A by:

Depressing the A Recirc Pump VFD STOP pushbutton

Close Pump A Disch Vlv, B32-F031A.

Close Seal Injection Vlv, B32-V22

Close Pump A Suction Vlv,

B32-F023A

Close Disch Bypass Vlv, B32-F032A Discharge valve will have a thermal overload.

OATC Recognize failure of the discharge valve to close. May dispatch an AO to reset the thermal overload.

OATC Recognize rising DW pressure.

OATC Insert a manual reactor scram.

Critical Task - Inserting a manual Reactor Scram on a failure of an auto scram signal.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 30 of 47 EVENT 7: ATWS Simulator Operator Actions After the manual scram has been inserted modify malfunction RP005F to False.

If requested to defeat Group I LL3, Initiate Trigger 7.

If requested to install LEP-02, Section 3 jumpers, modify malfunction RP005F to True If requested to defeat Drywell Cooler LOCA Lockout, Initiate Trigger 8.

If requested to line up SLC to CRD, Initiate Trigger 10.

Simulator Operator Role Play If requested to perform alternate boron injection using CRD, acknowledge the request. When level has been T/P, then inform Sim Operator to initiate trigger 10 and inform control room SLC is being injected via CRD.

Acknowledge request as I&C to investigate failure of SLC.

If requested to defeat Group I LL3, wait 2 minutes, inform Sim Operator to initiate trigger # and inform the SCO that the jumpers are installed.

If requested to install LEP-02, Section 3 jumpers, wait 5 minutes, inform Sim Operator to modify malfunction RP005F and inform the SCO that the jumpers are installed.

If requested as I&C to investigate the failure of the scram discharge volume vents and drains, acknowledge the request.

If requested to defeat Drywell Cooler LOCA Lockout, wait three minutes, inform Sim Operator to initiate trigger 8 and inform the SCO that the jumpers are installed Evaluator Notes Plant Response: When a scram is inserted due to DW pressure an ATWS will occur. Scram discharge volume vents and drain fail closed on the scram, SLC flowpath will have blockage requiring alternate boron injection. Rods will be able to be driven in with RMCS.

Objectives:

SRO - Direct actions to control reactor power per EOP-01-LPC..

RO - Perform actions for an ATWS per EOP-01-LPC.

Success Path:

Injection is terminated and prevented and power is <2%.

Event Termination: Injection is terminated and prevented to lower power per LPC.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 31 of 47 EVENT 7: ATWS Time Pos EXPECTED Operator Response Comments SRO Enter RSP and transition to LPC.

Direct mode switch to shutdown when steam flow < 3 Mlbs/hr.

Direct ARI initiation.

Direct Recirc Pumps Tripped.

Direct SLC initiation.

Direct LEP-03, Alternate boron injection.

Direct ADS inhibited.

Direct RWCU isolation verification.

Direct LEP-02, Alternate Rod Insertion Critical Task Critical Task SRO Direct Group 10 switches to override reset.

SRO Direct terminate and prevent HPCI/Feedwater (CS/RHR when LOCA signal received) to lower level to 90 inches.

Critical Task SRO When level reaches 90 inches, evaluate Table 3:

If not met, establishes a level band of LL4 to +90 inches.

When met, direct injection be or remain terminated.

SRO When Suppression Pool is greater than 95° F, enters PCCP and directs Suppression Pool Cooling.

SRO Directs Drywell cooling restored per SEP-10.

SRO Evaluate TAF and LL4 indicated levels using Caution 1 graphs.

SRO Direct injection established to maintain RPV level LL4 to TAF (or the level at which APRMs indicate downscale)

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 32 of 47

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 33 of 47

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 34 of 47 EVENT 7: ATWS Time Pos EXPECTED Operator Response Comments OATC Place mode switch to shutdown when steam flow < 3x106 lb/hr.

OATC Initiates ARI.

OATC Trips Recirc Pumps.

OATC Initiates SLC.

OATC Recognizes failure of SLC and reports to SCO.

OATC Monitor APRMs for downscale.

OATC Performs LEP-03, Alternate Boron Injection.

Direct AO to perform LEP-03, Section 1, Alternate Boron Injection using CRD Critical Task OATC Performs LEP-02, Alternate Rod Insertion.

(RMCS Section)

Insert IRMs.

When < range 3 on IRMs insert SRMs.

Start both CRD pumps.

Place CRD Flow Controller to Manual.

Throttle open flow controller to establish >

260 drive water psid.

Bypass RWM.

Selects control rods and drives in using Emerg rod in notch override.

Critical Task

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 35 of 47 EVENT 7: ATWS Time Pos EXPECTED Operator Response Comments OATC Performs LEP-02 Section 3:

Inhibit ARI

Places ARI Initiation Switch to INOP

Places ARI Reset Switch to RESET and maintains for 5 seconds.

Verifies red TRIP light above ARI Initiation is OFF

Request LEP-02 Section 3 Jumpers be installed.

Reset RPS when scram jumpers installed.

Ensures Dish Vol Vent & Drain Test switch is in Isolate.

Confirms Disch Vol Vent Valves V139 and CV-F010 are closed

Confirms Disch Vol Drain valves V140 and CV-F011 are closed.

Resets RPS.

Place Disch Vol Vent & Drain Test switch to Normal

Recognize/report failure of scram discharge volume vents and drains.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 36 of 47 Page Intentionally Left Blank

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 37 of 47 EVENT 7: ATWS Time Pos EXPECTED Operator Response Comments BOP Places ADS in inhibit.

BOP Verifies Isolation of RWCU.

BOP Places Group 10 switches to override / reset BOP Terminate and prevent injection to RPV.

Terminates and prevents HPCI IAW Hard Card.

Terminates and Prevents Feedwater IAW Hard Card.

Critical Task See Enclosure 1 for actions for HPCI T/P.

See Enclosure 3 for actions for C&F T/P.

BOP May place HPCI in service for level control during ATWS when directed by the CRS.

See Enclosure 2 for HPCI Restart actions BOP Restart RFP to maintain level as directed by CRS See Enclosure 4 for RFP Restart actions

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 38 of 47 EVENT 8: ALL RODS IN Simulator Operator Actions When directed by the lead evaluator, delete the following commands:

Malfunction - RD036F, Scram Disch Vol Drn Fails Closed

Malfunction - RP010F, ATWS 3 (Make sure RPS is reset and scram air header pressurized before deleting)

When directed by the lead evaluator, place the simulator in FREEZE DO NOT RESET THE SIMULATOR PRIOR TO RECEIPT OF CONCURRENCE TO DO SO FROM THE LEAD EXAMINER Simulator Operator Role Play After Sim Operator has deleted SDV malfunction, Inform the CRS that a loose wire was found on the SDV vent and drain logic and it has been repaired.

If contacted as the RB AO, acknowledge request to secure Alternate Boron Injection Evaluator Notes Plant Response: When actions are taken to control reactor water level during the ATWS after terminating and preventing, the SDV vents and drains will be repaired and rods can be inserted.

Objectives:

SRO - Directs actions for an ATWS.

RO - Insert control rods IAW LEP-02.

Success Path:

Rods inserted with LEP-02, Alternate Rod Insertion.

Scenario Termination: When all rods are inserted and level is being controlled above TAF the scenario may be terminated.

Remind students not to erase any charts and not to discuss the scenario until told to do so by the evaluator/instructor.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 39 of 47 EVENT 8: ALL RODS IN Time Pos EXPECTED Operator Response Comments SRO Exit LPC and enter RVCP when all rods are in.

SRO Direct securing Alternate Boron Injection.

SRO Direct level restored to 170 - 200 inches after rods are all in.

OATC Confirms Disch Vol Vent & Drains are open when reported fixed.

OATC Inserts a scram after discharge volume has drained for ~2 minutes.

Critical task OATC Reports all rods in.

OATC Directs AO to secure Alternate Boron Injection.

BOP Maintains reactor pressure as determined by the CRS.

BOP Maintains level as directed by the SCO.

BOP Restores level to 170 - 200 inches after all rod inserted.

See Enclosure 4 for restart of Condensate & Feedwater.

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 40 of 47 ENCLOSURE 1 Page 1 of 1

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 41 of 47 ENCLOSURE 2 Page 1 of 1

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 42 of 47 ENCLOSURE 3 Page 1 of 1

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 43 of 47 ENCLOSURE 4 Page 1 of 2

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 44 of 47 ENCLOSURE 4 Page 2 of 2

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 45 of 47 ATTACHMENT 1 - Scenario Quantitative Attribute Assessment Category NUREG 1021 Rev. 2 Supp. 1 Req.

Scenario Content Total Malfunctions 5-8 8

Malfunctions after EOP Entry 1-2 3

Abnormal Events 2-4 3

Major Transients 1-2 1

EOPs Used 1-2 2

EOP Contingency 0-2 2

Run Time 60-90 min 90 Crew Critical Tasks 2-3 4

Tech Specs 2

2 Instrument / Component Failures before Major 2 - OATC 2 - BOP 4

Instrument / Component Failures after Major 2

2 Normal Operations 1

1 Reactivity manipulation 1

1

LOI SIMULATOR EVALUATION GUIDE LOIX-031 Rev. 0 Page 46 of 47 Page Intentionally Left Blank

LOI SIMULATOR EVALUATION GUIDE Page 47 of 47 ATTACHMENT 2 - Shift Turnover Brunswick Unit 2 Plant Status Station Duty Manager:

Workweek Manager:

Mode:

1 Rx Power: 90%

Gross*/Net MWe*: 869 / 848 Plant Risk:

Current EOOS Risk Assessment is:

Green SFP Time to 200 Deg F:

128.7 hrs Days Online:

42 days Turnover:

Swap condensate pumps, Start 2C, Secure 2A.

Feedwater Temperature Reduction will be implemented this weekend Protected Equipment:

2A / 2B NSW Pumps Comments:

APRM 2 has failed downscale and is bypassed.

1A NSW pump is under clearance for motor rebuild 2A Condensate Pump will be placed under clearance later in the shift.

Action Statements in Effect Item Date/Time Reference Required Actions Responsibility Due

Developer: Robert Bolin Date: 7/18/2014 Technical Review: Lou Sosler Date: 7/18/2014 Validator: Derek Pickett Date: 7/18/2014 Validator: Bruce Leitch Date: 7/18/2014 Facility Representative: Jerry Pierce Date: 8/15/2014 BRUNSWICK TRAINING SECTION OPERATIONS TRAINING INITIAL LICENSED OPERATOR SIMULATOR EVALUATION GUIDE LOIX-032 2014 NRC SCENARIO 4 IRM failure, CRD Pump Failure, Swap SPE, Stack Rad Monitor Failure, Raise Power, Difficult to move rod, SULCV Failure, Rods Drift, SRV Failure, Tailpipe Rupture, ED REVISION 0

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 2 of 51 REVISION

SUMMARY

0 Scenario developed for 2014 Exams.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 3 of 51 TABLE OF CONTENTS 1.0 SCENARIO OUTLINE.................................................................................................................. 4 2.0 SCENARIO DESCRIPTION

SUMMARY

.................................................................................. 5 3.0 CREW CRITICAL TASKS........................................................................................................... 6 4.0 TERMINATION CRITERIA.......................................................................................................... 6 5.0 IMPLEMENTING REFERENCES.............................................................................................. 7 6.0 SETUP INSTRUCTIONS............................................................................................................. 8 7.0 INTERVENTIONS....................................................................................................................... 10 8.0 OPERATOR RESPONSE AND INSTRUCTIONAL STRATEGIES.................................... 12 ATTACHMENT 1 - Scenario Quantitative Attribute Assessment..................................................... 47 ATTACHMENT 2 - Shift Turnover........................................................................................................ 51

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 4 of 51 1.0 SCENARIO OUTLINE Event Malf. No.

Type*

Event Description 1

NI018F IRM C Fails Upscale (TS) 2 C-RO CRD Pump trip (AOP) 3 N

Shift Steam Packing Exhauster 4

ED-IAUPB2A6 K5608A K5609A C-BOP Stack Rad Monitor Failure - RBV failure to isolate (TS)(AOP) 5a R-RO Raise Reactor Power by Pulling Control Rods 5b RD012M RD032M C-RO Difficult to Move Control Rod (AOP) 6 CF035F C-BOP SULCV failure (AOP) 7 RD005M M

4 Control Rods Drift / Scram 8

ES004F CA020F C

C M

SRV Failure (AOP)

Tailpipe Rupture ED

(N)ormal, (R)eactivity, (C)omponent or Instrument, (M)ajor

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 5 of 51 2.0 SCENARIO DESCRIPTION

SUMMARY

Event Description 1

The crew will continue raising power by pulling control rods in preparation for placing the Mode switch to RUN. Rod pulls will commence at Step 166 (10-23 @ 12) of the A2X sequence. While withdrawing control rod 10-23 from position 12, IRM C will fail upscale causing a rod block and half scram. SRO will address IRM A and C inoperability IAW TS 3.3.1.1. Once addressed, I&C will report IRM A is ready to be returned to service following proper channel check. The crew will take the actions of the APP and bypass IRM C and reset the half scram.

2 The running CRD pump will trip and the crew will start the 2B CRD Pump IAW 2OP-

08.

3 Maintenance will contact the control room and request SPEs be swapped due to low oil level. Shift Steam Packing Exhausters (SPE) IAW 2OP-26.1, Section 8.

4 Power to the Main Stack Radiation Monitor will fail. The loss of power will result in a Group 6 Isolation signal, but the Reactor Building Ventilation will fail to isolate and must be manually isolated. Technical Specifications will be addressed. AOP-12 will be entered.

5 Control rods will continue to be withdrawn raising power. When control rod 26-23 is selected for withdrawal, it will be stuck at position 12. AOP-02 may be entered and 2OP-07, Section 8.2 actions are required to withdraw a difficult intermediate control rod.

6 The SULCV will fail closed stopping feed flow to the vessel. Reactor water level will drop requiring action to re-establish flow to the vessel.

7 When level control has been established, multiple control rods will drift. The RO will insert a manual reactor scram IAW the requirements of AOP-02.

8 SRV F will fail open. AOP-30 will be entered. The SRV will not reset using the control switch. Pulling fuses IAW AOP-30 results in loss of indication but the SRV remains open. SRV F tailpipe will rupture, pressurizing containment. Emergency Depressurization is required.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 6 of 51 3.0 CREW CRITICAL TASKS Description Insert a manual Reactor Scram when more than 1 control rod is drifting.

Emergency Depressurize the RPV when PSP has been exceeded.

4.0 TERMINATION CRITERIA When control rods are inserted, the Reactor is depressurized, level is being restored to normal band, and Containment and Drywell Sprays are being place in service, the scenario may be terminated.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 7 of 51 5.0 IMPLEMENTING REFERENCES NOTE: Refer to the most current revision of each Implementing Reference.

Number Title A-05, 1-7 Reactor Auto Scram Sys A A-05, 4-7 Neut Mon Sys Trip A-05, 2-4 IRM Upscale A-05, 2-2 Rod Out Block A-05, 3-4 IRM A Upscale/Inop UA-02, 4-5 Gland Seal Vacuum Loss UA-03, 5-4 Process OG Vent Pipe Rad Hi-Hi UA-03, 6-3 Process Smpl OG Vent Pipe Dnsc/Inop UA-03, 6-4 Process OG Vent Pipe Rad Hi UA-05, 1-9 Fan Clg Unit CS Pump Rm A Inl Press Lo UA-05, 2-9 Fan Clg Unit CS Pump Rm B Inl Press Lo UA-05, 3-5 SBGT Sys B Failure UA-05, 4-6 SBGT Sys A Failure UA-05, 6-10 Rx Bldg Isolated UA-25, 1-8 Ctmt Atmos Rad Mon Dnsc/Inop A-07, 2-2 Reactor Water Level High/Low 0AOP-30.0 Safety/Relief Valve Failures 0AOP-23.0 Condensate/Feedwater System Failures 0AOP-12.0 Loss of Uninterruptible Power Supply (UPS) 0AOP-02.0 Control Rod Malfunction/Misposition 2OP-02, Section 6.3.7 Restoring Seal Purge Flow with Pump Running - Seal Leakage Normal 2OP-07, Section 6.4.2 Control Rod Difficult To Withdraw And Control Rod NOT At Position 00 2OP-08, Section 6.3.20 Restarting CRD Hydraulic System Following Loss of CRD Pump 2OP-26.1, Section 8.1 Shifting Steam Packing Exhausters

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 8 of 51 6.0 SETUP INSTRUCTIONS

1.

PERFORM TAP-409, Miscellaneous Simulator Training Guidelines, Attachment 5, Checklist for Simulator Exam Security.

2.

RESET the Simulator to IC-06.

3.

ENSURE the RWM is set up as required for the selected IC.

4.

ENSURE appropriate keys have blanks in switches.

5.

RESET alarms on SJAE, MSL, and RWM NUMACs.

6.

ENSURE no rods are bypassed in the RWM.

7.

PLACE all SPDS displays to the Critical Plant Variable display (#100).

8.

ENSURE hard cards and flow charts are cleaned up

9.

TAKE the SIMULATOR OUT OF FREEZE

10. ALIGN the plant as follows:

Manipulation

1. Insert control rods until Step 165 of GP-10, Sequence A2X is completed.

2. Ensure Step 6.3.46 of 0GP-02 is complete.

3. Check scavenging steam valves are closed.

11. LOAD Scenario File.

12. IF desired, take a SNAPSHOT and save into an available IC for later use.

13. PLACE a clearance on the following equipment.

Component Position IRM A (Blue Tag)

Bypassed

14. INSTALL Protected Equipment signage and UPDATE RTGB placard as follows:

a.

ADHR / FPC/ Demin Transfer Pump

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 9 of 51

15. ENSURE each Implementing References listed in Section 7 is intact and free of marks.

16. ENSURE all materials in the table below are in place and marked-up to the step identified.

Required Materials None

17. ENSURE Station Duty Manager and Work Week Manager names are filled in on the Shift Turnover Sheet.

18. ADVANCE the recorders to prevent examinees from seeing relevant scenario details.

19. PROVIDE Shift Briefing sheet for the CRS.

20. VERIFY all actions contained in TAP-409, Miscellaneous Simulator Training Guidelines,, Simulator Training Instructor Checklist, are complete.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 10 of 51 7.0 INTERVENTIONS TRIGGERS Trig Type ID 1

Malfunction NI018F - [IRM C FAILS HI]

2 Malfunction RD032M - [CONTROL ROD WITHDRAWAL SLUGGISH]

2 Trigger Command mfd:rd012m,26-23 3

Remote Function ED_IAUPB2A6 - [UPS LOAD BKR DIST PNL 2A TO SMPL DT SKD]

4 Malfunction CF035F - [S/U LVL CONT VLV FAILS CLOSED]

5 Malfunction RD001M - [CONTROL ROD SLOW INSERTION DRIFT]

6 Malfunction ES004F - [ADS VALVE F FAILS OPEN]

7 Malfunction CA020F - [SRV F TAIL PIPE RUPTURE]

9 Remote Function ED_IAUPDSSW - [UPS SAMPLE DET SKD XFER SW (N=U2/A=U1)]

10 Trigger Command did:k5608a 11 Trigger Command did:k5609a 12 DO Override Q1508RRJ - [SRV VLV B21-F013F RED]

12 DO Override Q1520SA9 - [AMBER LED +5V]

12 DO Override Q1508LGJ - [SRV VLV B21-F013F GREEN]

13 Malfunction RD183F - [CRD PUMP MOTOR WINDING FAULT]

15 Trigger Command dod:Q1717lgn 16 Trigger Command dod:Q1217lgn Trig #

Trigger Text 1

K2324JGD - [NOTCH OVERRIDE]

2 G2910G1D >= 0.857 - [DRIVE HEADER D/P] Greater Than Or Equal To 0.857 7

K1508BNJ - [MAN DEPRESS VLV B21-F013F]

10 K5608JCV - [RB VENT INBD ISOL VALVES CLOSE]

11 K5609JCV - [RB VENT OTBD ISOL VALVES CLOSE]

15 K1717ENN - [TORUS ISO VLV E11-F028B]

16 K1217ENN - [TORUS ISO VLV E11-F028A]

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 11 of 51 MALFUNCTIONS Malf ID Mult ID Description Current Value Target Value Rmp time Actime Dactime Trig NI018F IRM C FAILS HI False True 1

RD032M 26-23 CONTROL ROD WITHDRAWAL SLUGGISH False True 2

RD012M 26-23 STUCK CONTROL ROD True True CF035F S/U LVL CONT VLV FAILS CLOSED False True 4

ES004F ADS VALVE F FAILS OPEN False True 6

CA020F SRV F TAIL PIPE RUPTURE False True 7

RD001M 10-39 CONTROL ROD SLOW INSERTION DRIFT False True 5

RD001M 14-19 CONTROL ROD SLOW INSERTION DRIFT False True 00:00:03 5

RD001M 34-39 CONTROL ROD SLOW INSERTION DRIFT False True 00:00:06 5

RD001M 42-15 CONTROL ROD SLOW INSERTION DRIFT False True 00:00:10 5

RD183F A

CRD PUMP MOTOR WINDING FAULT False True 13 REMOTES Remf Id Mult Id Description Current Value Target Value Rmp time Actime Trig ED_IAUPB2A6 UPS LOAD BKR DIST PNL 2A TO SMPL DT SKD CLOSE OPEN 3

ED_IAUPDSSW UPS SAMPLE DET SKD XFER SW (N=U2/A=U1)

NORMAL ALT 9

RH_ZVRH28BM E11-F028B TORUS ISOLATION OFF OFF RH_ZVRH28AM E11-F028A TORUS ISOLATION OFF OFF PANEL OVERRIDES Tag ID Description Position

/ Target Actual Value Override Value Rmp time Actime Dactime Trig K5608A RB VENT INBD ISOL VALVES OPEN OPEN OFF ON K5609A RB VENT OTBD ISOL VALVES OPEN OPEN OFF ON Q1508LGJ SRV VLV B21-F013F GREEN ON/OFF ON OFF 12 Q1508RRJ SRV VLV B21-F013F RED ON/OFF OFF OFF 12 Q1520SA9 AMBER LED +5V ON/OFF OFF OFF 12 Q1717LGN TORUS ISOL E11-F028B GREEN ON/OFF OFF ON Q1217LGN TORUS ISO VLV E11-F028A GREEN ON/OFF OFF ON ANNUCIATOR OVERRIDES Window Description Tagname Override Type OVal AVal Actime Dactime Trig

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 12 of 51 8.0 OPERATOR RESPONSE AND INSTRUCTIONAL STRATEGIES EVENT 1: SHIFT TURNOVER, RAISE REACTOR POWER, IRM C FAILURE Simulator Operator Actions Ensure Monitored Parameters is open and Scenario Based Testing Variables are loaded.

While continuously withdrawing control rods, verify Trigger 1 initiates when Rod Withdrawal Switch it taken to Notch Override, to fail IRM C upscale.

Simulator Operator Role Play If contacted as the RE for IRM C inoperability, acknowledge request When IRM C inoperability has been addressed and by lead examiners direction, contact the control room as Ops Center SRO and report IRM A can be declared Operable following a satisfactory channel check.

If asked as the RE, continuous rod withdrawal is allowed.

Evaluator Notes Plant Response: The crew will continue raising power by pulling control rods in preparation for placing the Mode switch to RUN. Rods pulls will commence at Step 166 (10-23 @ 12) of the A2X sequence. While withdrawing control rod 10-23 from position 12, IRM C will fail upscale causing a rod block and half scram.

Objectives: SRO - Directs and monitor reactor power ascension with control rods Determine Technical Specification application.

RO - Withdraw control rods to raise reactor power.

Perform actions for IRM C failure Success Path:

Declare IRM A operable by channel check and bypass IRM C with tracking LCO for IRM C.

Event Termination: Go to Event 2 at the discretion of the Lead Evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 13 of 51 EVENT 1: SHIFT TURNOVER, RAISE REACTOR POWER, IRM C FAILURE Time Pos EXPECTED Operator Response Comments SRO Conduct shift turnover shift briefing.

SRO Ensures no other distracting evolutions are in progress while reactivity controls are being manipulated.

SRO Directs RO to raise reactor power by withdrawing control rods IAW 0GP-10 Item 10 Step 166.

(Continuous withdrawal allowed).

SRO Directs APP reference.

SRO Contacts I&C for IRM C failure.

May contact Shift Manager also.

SRO References TS 3.3.1.1 and determines with IRMs A & C inoperable:

Condition A is applicable for Function 1a Required Action A.1 is required within 12 hours1.388889e-4 days 0.00333 hours 1.984127e-5 weeks 4.566e-6 months .

SRO May enter TRM 3.3 (Control Rod Block Instrumentation) Function 3 Condition A, Tracking LCO.

SRO Evaluates IRM A operability following satisfactory channel check.

2OP-09, Attachment 4, 2.3.4 (Operability Guidance).

Channel Checks are a sufficient WO PMT for SRMs and IRMs at power unless a component failure is suspected in which case an I/V curve and TDR trace is desirable Definitions provide guidance as to how.

SRO Directs IRM A channel check be performed.

Channel Check definition in the RO DSR.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 14 of 51 EVENT 1: SHIFT TURNOVER, RAISE REACTOR POWER, IRM C FAILURE Time Pos EXPECTED Operator Response Comments SRO Determines IRM A is operable SRO Directs removing IRM A from Bypass SRO Directs bypassing IRM C SRO Directs resetting half scram BOP Monitors the plant

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 15 of 51 Page Intentionally Left Blank

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 16 of 51 EVENT 1: SHIFT TURNOVER, RAISE REACTOR POWER, IRM C FAILURE Time Pos EXPECTED Operator Response Comments OATC Commence rod withdrawal at step 166 of GP-10 per guidance of OI-01.02 OATC 2OP-07 Continuous Rod Withdraw

1. ENSURE ROD SELECT POWER control switch is in ON.

2. SELECT desired control rod by depressing its CONTROL ROD SELECT push button.

3. ENSURE the backlighted CONTROL ROD SELECT push button is brightly illuminated AND the white indicating light on the full core display is also illuminated.

4. ENSURE ROD WITHDRAWAL PERMISSIVE indication has illuminated.

5. CONTINUOUSLY WITHDRAW control rod to position designated on GP pull sheets by holding EMERGENCY ROD IN NOTCH OVERRIDE switch to OVERRIDE, while simultaneously holding ROD MOVEMENT switch to NOTCH OUT.

6. MONITOR control rod position AND nuclear instrumentation while withdrawing the control rod.

7. PERFORM the following for control rods to be fully withdrawn:

a. WHEN control rod reaches position 48, THEN PERFORM either of the following:

- MAINTAIN the continuous withdraw signal for the desired time

- APPLY a separate notch withdraw signal.

b. ENSURE control rod does NOT retract beyond position 48. (ref. SR 3.1.3.4)

c. RELEASE ROD MOVEMENT and EMERGENCY ROD IN NOTCH OVERRIDE switches, if used.

d. ENSURE control rod settles at position 48 AND rod settle light extinguishes.

e. ENSURE control rod reed switch position indicators agree with FULL OUT indication on full core display.

OATC Stops withdrawing control rods when IRM C fails upscale. ROD OUT BLOCK

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 17 of 51 EVENT 1: SHIFT TURNOVER, RAISE REACTOR POWER, IRM C FAILURE Time Pos EXPECTED Operator Response Comments OATC Determines IRM C failed upscale.

OATC Responds and reports applicable alarms for IRM C failing upscale. A-5 1-7 REACTOR AUTO SCRAM SYS A 4-7 NEUT MON SYS TRIP 2-4 IRM UPSCALE 2-2 ROD OUT BLOCK 3-4 IRM A UPSCALE/INOP OATC A-5 IRM A UPSCALE/INOP actions:

May Reposition range switch for IRM C to bring indicated power to between 15 and 50 on the 0-125 scale.

May verify IRM C Drawer Selector switch (Control Panel H12-P606) is in OPERATE.

May notify SRO of Tech Spec applicability OATC May inform SRO IRM C cannot be bypassed and half scram cannot be reset due to IRM A being bypassed.

OATC Performs channel check of IRM A for operability.

RO DSR Item # 9 (IRM channel check) 2OI-03.2, Definition 5.1.

OATC Removes IRM A from Bypass OATC Bypasses IRM C per APP guidance.

OATC Resets half scram per APP guidance.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 18 of 51 EVENT 2: CRD PUMP TRIP Simulator Operator Actions At the discretion of the Lead Evaluator, Initiate trigger 13 to trip the 2A CRD Pump.

Simulator Operator Role Play If asked as RBAO, report CRD pump motor is hot to the touch If asked as OSAO, report 51 devices picked up on E3 for CRD pump 2A If asked as RBAO, report pre-start checks completed for 2B CRD Pump When directed as RBAO to perform OP-02, steps 6.3.7.2, 6.3.7.3, 6.3.7.6, 6.3.7.7, or 6.3.7.8, report actions complete.

Evaluator Notes Plant Response: The running CRD Pump will trip requiring the other pump to be started IAW 2OP-08, Section 6.3.20. The crew will also use 2OP-02, Section 6.3.7 for establishing seal purge flow.

Objectives:

SRO - Directs start of standby CRD Pump.

RO - Starts standby CRD Pump IAW 2OP-08, Section 6.3.20.

Success Path:

CRD Pump B placed in service.

Event Termination: Go to Event 3 at the discretion of the Lead Evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 19 of 51 EVENT 2: CRD PUMP TRIP Time Pos EXPECTED Operator Response Comments SRO Direct AOP-02 entry.

Direct monitoring for HCU alarms SRO Direct stopping power changes in progress.

SRO Contact maintenance to investigate CRD Pump failure.

SRO Direct starting standby CRD pump IAW OP-08, Section 6.3.20.

BOP Monitor plant parameters.

OATC Announce and Enter 0AOP-02.

OATC Restart CRD IAW 2OP-08, Section 6.3.20:

CLOSE SEAL INJECTION VALVE, B32-V22, for Recirc Pump A.

CLOSE SEAL INJECTION VALVE, B32-V30, for Recirc Pump B.

PLACE CRD FLOW CONTROL, C12-FC-R600, in MAN REDUCE potentiometer to minimum setting.

ENSURE DRIVE PRESS VLV, C12-PCV-F003, is fully open.

ENSURE RBCCW is in operation to supply cooling water to CRD pumps.

May direct an AO to perform prestart checks for the 2B CRD Pump.

START CRD Pump B.

May do a PA announcement for starting the CRD pump.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 20 of 51 EVENT 2: CRD PUMP TRIP Time Pos EXPECTED Operator Response Comments OATC RAISE CRD flow rate to between 30 and 60 gpm, by adjusting manual potentiometer on CRD FLOWCONTROL, C12-FC-R600.

RESTORE recirc pump seal purge IAW 2OP-02, Section 8.7, Restoring Seal Purge Flow With Pump Running - Seal Leakage Normal. (Concurrently with this section)

NULL CRD FLOW CONTROL, C12-FC-R600, by adjusting the setpoint tape.

SHIFT CRD FLOW CONTROL, C12-FC-R600, to AUTO.

ADJUST setpoint tape on CRD FLOW CONTROL, C12-FC-R600, to maintain cooling water differential pressure between 10 and 26 psid on C12-PDI-R603 on Panel P603.

ENSURE CRD flow rate is between 30 and 60 gpm.

ESTABLISH drive water header differential pressure between 260 and 275 psid on C12-PDI-R602 on Panel P603, by throttling closed DRIVE PRESS VLV, C12-PCV-F003.

MONITOR operation of CRD System.

OATC Restore seal purge flow IAW OP-02:

o Direct AO to perform Steps 6.3.7.2 and 6.3.7.3 o

ENSURE SEAL INJECTION VLV, B32-V22(V30) is open.

o ENSURE the CRD System is in operation.

o Direct AO to perform Steps 6.3.7.6, 6.3.7.7, and 6.3.7.8.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 21 of 51 EVENT 3: SHIFT STEAM PACKING EXHAUSTERS Simulator Operator Actions Simulator Operator Role Play Following half scram reset and by direction of the Lead examiner, Contact the control room as Maintenance and request SPE A be shutdown due to low oil level to prevent equipment failure.

As AO, when requested, report MVD-V52 is open As AO, when requested, report MVD-V51 is closed Evaluator Notes Plant Response: Maintenance will contact the control room and request SPEs be swapped due to low oil level in SPE A. Shift SPE IAW 2OP-26.1, Section 8.1.

Objectives:

SRO - Directs SPE shift A to B.

RO - Shift SPEs IAW 2OP-26.1, Section 8.1.

Success Path:

SPE B placed in service and SPE A shutdown IAW 2OP-26.1, Section 8.1.

Event Termination: Go to Event 4 at the discretion of the Lead Evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 22 of 51 EVENT 3: SHIFT STEAM PACKING EXHAUSTERS Time Pos EXPECTED Operator Response Comments SRO Direct RO to stop power maneuver and monitor plant while shifting SPEs.

SRO Directs BOP to shift SPEs to remove A from service.

SRO May direct continuing control rod withdrawal following SPE shift.

OATC Monitors the plant BOP Communicates maintenance request for shutting down SPE A to SRO.

BOP Identifies 2OP-26.1, Section 8.1 (Shifting Steam Packing Exhausters) is required.

BOP Shifts SPEs BOP Directs AO to OPEN FLOAT TRAP OUTLET VALVE, MVD-V52.

BOP Makes plant PA announcement and Starts SPE B BOP Ensures STEAM SEAL SPE 2B MO INLET VLV, OG-MOV-E2, is open.

BOP Throttles closed STEAM SEAL SPE 2A MO DISCH VLV, OG-MOV-D1, AND Throttles open STEAM SEAL SPE 2B MO DISCH VLV, OG-MOV-D2, while maintaining GLAND EXHAUST HEADER, OG-PI-EPT-9, located on Panel XU-2, between 10 and 20 inches water vacuum.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 23 of 51 EVENT 3: SHIFT STEAM PACKING EXHAUSTERS BOP May get annunciator UA-02 4-5 GLAND SEAL VACUUM LOSS If Gland seal vacuum on OG-PI-EPT9-SPE drops below 5 inches of water.

BOP Ensures STEAM SEAL SPE 2A MO DISCH VLV, OG-MOV-D1, is closed.

BOP Makes plant PA announcement and Stops SPE A BOP Directs AO to close FLOAT TRAP OUTLET VALVE, MVD-V51 BOP Ensures STEAM SEAL SPE 2A MO INLET VALVE, OG-MOV-E1, is closed.

BOP Informs SRO SPE shift is complete.

BOP Notifies maintenance SPE A is shutdown.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 24 of 51 EVENT 4: STACK RAD MONITOR FAILURE - RBV FAILURE TO ISOLATE Simulator Operator Actions At the discretion of the Lead Evaluator, Initiate Trigger 3, to fail power to the Stack Rad Monitor.

Transfer Stack Rad Monitor to Unit 1 UPS using Trigger 9.

Simulator Operator Role Play If asked to investigate, report Ckt #6 on UPS Panel 2A to the Stack Rad Monitor is tripped.

If contacted as Unit One, report that Unit One has the same alarms present.

If contacted as I&C to investigate, acknowledge the request. If asked, do not recommend transfer to the alternate power supply until the cause of the trip is investigated.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 25 of 51 EVENT 4: STACK RAD MONITOR FAILURE - RBV FAILURE TO ISOLATE Evaluator Notes Plant Response: Power failure to the Stack Rad Monitor will initiate a Group 6 Isolation. Group 6 valves will isolate, but the Reactor Building Ventilation will not isolate. It will require manual isolation.

Objectives:

SRO - Determine actions required for LCO per Technical Specifications.

RO - Respond to a process radiation monitoring downscale/inop annunciator.

Performs actions to manually isolate Reactor Building Ventilation Success Path:

Technical Specification / TRM 3.3.6.1 PCIS Instrumentation, Function 2c Condition A1, Place in trip condition in 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months .

3.6.4.2 Secondary Containment Isolation Dampers (SCIDs)

Condition B, Isolate and deactivate in 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months .

3.4.5 RCS Leakage Detection Instrumentation Condition B.1, Analyze grab samples every 12 hours1.388889e-4 days 0.00333 hours 1.984127e-5 weeks 4.566e-6 months Condition B.2, Restore operable in 30 days TRM 3.4 Post Accident Monitoring, Functions 2,5, and 6 Condition A.1 (F2/F6), Restore 31 days Condition B.1, (F2/F5), Restore one required channel in 7 days.

ODCM 7.3.2 Gaseous Effluent Monitoring, Function 1 A.1, Enter the Condition referenced in Table 7.3.2-1 B.1, Take a grab sample once per 12 hours1.388889e-4 days 0.00333 hours 1.984127e-5 weeks 4.566e-6 months B.2, Analyze the grab sample for gross noble gas activity within 24 hrs B.3, Restore the channel in 30 days C.1, C.1.1, Immediately Initiate actions to establish auxiliary sampling equipment to continuously collect samples from the associated effluent release pathway as required by Table 7.3.7-1 C.2, Restore the channel in 30 days D.1, Estimate the flow rate through the associated pathway D.2, Restore the channel in 30 days Event Termination: Go to Event 5 at the discretion of the Lead Evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 26 of 51 EVENT 4: STACK RAD MONITOR FAILURE - RBV FAILURE TO ISOLATE Time Pos EXPECTED Operator Response Comments SRO Direct actions of the APPS for the Main Stack Rad Monitor SRO Direct Reactor Building Ventilation isolation.

SRO May direct entry into 0AOP-12.0 SRO Direct I/C to investigate loss of UPS 2A.

SRO Refer to Tech Specs.

See success path on previous page.

OATC Plant Monitoring:

May open the SW-V111 or V117 to supply cooling water to the vital header IAW 2APP-UA-05 1-9 or 2-9.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 27 of 51 EVENT 4: STACK RAD MONITOR FAILURE - RBV FAILURE TO ISOLATE Time Pos EXPECTED Operator Response Comments BOP Report loss of Main Stack Rad Monitor and references the following APPs:

UA-03 5-4, PROCESS OG VENT PIPE RAD HI-HI 6-3, PROCESS SMPL OG VENT PIPE DNSC/INOP 6-4, PROCESS OG VENT PIPE RAD -

HI UA-05 1-9, FAN CLG UNIT CS PUMP RM A INL PRESS LO 2-9, FAN CLG UNIT CS PUMP RM B INL PRESS LO 3-5, SBGT SYS B FAILURE 4-6, SBGT SYS A FAILURE 6-10, RX BLDG ISOLATED UA-25 1-8, CTMT ATMOS RAD MON DNSC/INOP BOP Report TS review for the CRS from the Annunciator reviews.

3.6.4.3 3.3.6.1 Table 3.3.6.1-1, function 2c ODCM 7.3.2 Table 7.3.2-1 Function 1, 7.3.7, and 7.3.13 TRM 3.4, Table 3.4.2 function 5 BOP Determine that Reactor Building Ventilation should have isolated.

Isolates RB Ventilation by either closing the BFIVs (which will trip the fans) or Shutting off the fans then closing the BFIVs.

BOP Dispatch AO to investigate UPS 2A condition.

BOP May open the SW-V111 or V117 to supply cooling water to the vital header IAW 2APP-UA-05 1-9 or 2-9.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 28 of 51 EVENTS 5a and 5b: RAISE REACTOR POWER /STUCK CONTROL ROD Simulator Operator Actions When drive water DP has been raised to 300 psid, ensure Trigger 2 deletes RD012M, Stuck Control Rod, and inserts RD032M, Sluggish Control Rod.

If inserted to position 46 from position 48 delete RD032M.

Simulator Operator Role Play If contacted as the RE for Control Rod 26-23 stuck, concur with 2OP-07 guidance and double clutch withdrawal if requested Evaluator Notes Plant Response: Control rods will continue to be withdrawn until control rod 26-23 which is difficult to move at position 12, requires OP-07 actions to move.

Objectives:

SRO - Directs and monitor reactor power ascension with control rods Direct actions for a stuck control rod.

RO - Withdraw control rods to raise reactor power Perform 2OP-07 actions for stuck control rod Success Path:

Control rod 26-23 withdrawn to position 48 by use of increase drive water DP.

Event Termination: Go to Event 6 at the discretion of the Lead Evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 29 of 51 EVENTS 5a and 5b: RAISE REACTOR POWER /STUCK CONTROL ROD Time Pos EXPECTED Operator Response Comments SRO Directs RO to continue to raise reactor power by withdrawing control rods.

(Continuous withdrawal allowed).

SRO Directs RO to perform 2OP-07.

SRO May direct AOP-02 (Control Rod malfunction) -

Provides notifying RE and Using 2OP-07 to move rod.

BOP Monitors plant while control rods are being withdrawn.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 30 of 51 EVENTS 5a and 5b: RAISE REACTOR POWER /STUCK CONTROL ROD Time Pos EXPECTED Operator Response Comments OATC Continues rod withdrawal per GP-10 IAW guidance of OI-01.02 and 2OP-07.

OATC Report A-6 2-7 APRM DOWNSCALE annunciator clears.

OATC Recognizes control rod 26-23 is stuck.

OATC Notifies SRO control rod 26-23 is stuck.

OATC Identifies 2OP-07, Reactor Manual Control System Operating Procedure, Section 6.4.2 (Control Rod Difficult to Withdraw, Control Rod NOT at Position 00) is required.

OATC Notifies SRO to consult TS 3.1.3 & 3.3.2.1.

OATC Verifies no Rod Blocks.

OATC Raises drive water DP to 300 psid.

Maintains CRD flow rate 30 to 60 gpm May raise CRD flow and/or throttle closed DRIVE PRESSURE VLV, C12-PCV-F003 OATC Attempts to withdraw control rod 26-23 Normal withdraw attempts may be repeated at elevated drive water DP.

OATC Performs coupling check following fully withdrawing control rod to position 48.

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LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 32 of 51 EVENT 6: SULCV FAILS CLOSED Simulator Operator Actions At the discretion of the Lead Evaluator, Initiate Trigger 4 to activate the SULCV failing closed.

Simulator Operator Role Play If contacted as TBAO to investigate SULCV, acknowledge request.

If contacted as I&C to investigate failure, acknowledge request.

Evaluator Notes Plant Response: SULCV fails closed and Reactor water level lowers.

Objectives:

SRO - Direct actions for failed SULCV and lowering reactor water level RO - Monitors reactor plant parameters Take action to respond to a failed SULCV and lowering reactor water level Success Path:

Level restored to normal band by establishing flow through an alternate path Event Termination: Go to Event 7 at the discretion of the Lead Evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 33 of 51 EVENT 6: SULCV FAILS CLOSED Time Pos EXPECTED Operator Response Comments SRO Direct actions in response to lowering reactor water level.

A-07 2-2, REACTOR WATER LEVEL HIGH/LOW A-05 3-3, SRM PERIOD SRO Direct AOP-23 entry SRO Direct injection to the vessel be established by manually opening one of the following valves:

FW-V120

FW-V118

FW-V119 SRO Direct manual scram if level control not established and level continues to lower.

OATC Recognize and respond to lowering reactor water level (may notice before alarm) APP-A-07 2-2 REACTOR WATER LEVEL HIGH/LOW OATC Diagnose SULCV has failed closed and attempt to OPEN OATC If direct by SRO, insert manual scram BOP Attempt to establish flow to the vessel by manually opening one of the following valves:

FW-V120 FW-V118 FW-V119 BOP Monitor plant parameters

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 34 of 51 EVENT 7: MULTIPLE CONTROL ROD DRIFTS / REACTOR SCRAM Simulator Operator Actions At the discretion of the Lead Evaluator, Initiate Trigger 5 to drift multiple Control Rods.

Simulator Operator Role Play Evaluator Notes Plant Response: Multiple Control Rods will drift. A Reactor Scram will be inserted.

Objectives:

SRO - Direct manual reactor scram RO - Insert manual scram in response to multiple rod drifts Success Path:

Insert Reactor Scram and carry out 2EOP-01-RSP, Reactor Scram Procedure Event Termination: Go to Event 8 at the discretion of the Lead Evaluator.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 35 of 51 EVENT 7: MULTIPLE CONTROL ROD DRIFTS / REACTOR SCRAM Time Pos EXPECTED Operator Response Comments SRO Direct actions of 0AOP-02 for multiple control rod drifts (Scram)

Critical Task SRO Directs actions of 2EOP-01-RSP, Reactor Scram Procedure:

SRO After steam flow is less than 3X106 lb/hr.,

place Reactor Mode Switch to Shutdown SRO Trip Main Turbine SRO Ensure Master Reactor Level Controller setpoint is +170 inches SRO IF two Reactor Feed Pumps are running, and level is above +160 inches and rising, THEN trip one SRO Maintain Reactor pressure between 800-1000 psig SRO Maintain Reactor water level between

+170-+200 inches OATC Recognize multiple control rods are drifting and insert manual scram Immediate Operator Action of AOP-02 Critical Task OATC Perform actions of 2EOP-01-RSP, Reactor Scram Procedure: See above BOP Monitor plant parameters BOP If directed maintain Reactor pressure between 800-1000 psig

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 36 of 51 EVENT 8: SRV FAILURE, TAILPIPE RUPTURE, EMERGENCY DEPRESSURIZATION Simulator Operator Actions At the discretion of the Lead Evaluator, Initiate Trigger 6 to fail open SRV F When SRV F Control Switch is taken to open, ensure Trigger 7, SRV F downcomer rupture, initiates.

When directed by the Lead Evaluator, place the simulator in FREEZE When informed to pull fuses for SRV F, Initiate Trigger 12 and inform Sim Role Player.

DO NOT RESET THE SIMULATOR PRIOR TO RECEIPT OF CONCURRENCE TO DO SO FROM THE LEAD EXAMINER Simulator Operator Role Play If contacted as Ops Center SRO to pull fuses for SRV F, acknowledge request, wait one minute, inform Sim Operator to activate Trigger 12 and report fuses pulled.

If contacted as I&C to investigate SRV F opening, acknowledge request.

Evaluator Notes Plant Response: SRV F will fail open. AOP-30 will be entered. The SRV will not reset using the control switch. Pulling fuses IAW AOP-30 results in loss of indication but the SRV remains open. When the control switch for SRV F is taken to open, SRV F tailpipe will rupture pressurizing containment. Emergency Depressurization will be required due to exceeding PSP.

Objectives:

SRO - Direct actions of AOP-30, Safety/Relief Valve Failures Direct Emergency Depressurization RO - Perform AOP-30 actions Open 7 ADS valves Success Path:

Reactor is depressurized and level restored to normal band Scenario Termination: Control Rods are inserted, Reactor is depressurized, level is being restored to normal band, Containment and Drywell Sprays are being placed in service.

LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 37 of 51 EVENT 8: SRV FAILURE, TAILPIPE RUPTURE, EMERGENCY DEPRESSURIZATION Time Pos EXPECTED Operator Response Comments SRO Direct actions of 0AOP-30, Safety/Relief valve Failures SRO Monitor Containment parameters SRO Enters and Directs actions of PCCP:

SRO Before Suppression Chamber pressure reaches 11.5 psig directs SP Spray IAW SEP-03 SRO When Suppression Chamber exceeds 11.5 psig directs DW Spray IAW SEP-02 SRO Direct Emergency Depressurization when PSP is exceeded Critical Task

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LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 39 of 51 EVENT 8: SRV FAILURE, TAILPIPE RUPTURE, EMERGENCY DEPRESSURIZATION Time Pos EXPECTED Operator Response Comments OATC Perform 0AOP-30.0 actions:

NOTE: A full open SRV will not reseat until reactor pressure reduces to the reseat pressure for that SRV (approximately 900 to 1100 psig).

CYCLE the control switch of the affected safety/relief valve to OPEN and CLOSE OR OPEN and AUTO several times.

ENSURE the affected safety/relief valve control switch is left in CLOSE OR AUTO.

Immediate Operator Action of AOP-30 OATC IF a safety/relief valve is stuck open, THEN PERFORM the following:

PULL the fuses in the order listed in for the affected safety/relief valve.

MONITOR the following to determine safety/relief valve position:

o Tailpipe Temperatures (ERFIS Screen 241 Other indications as available (feed/steam flow mismatch, generator MWE, etc.)

NOTE: Pulling safety/relief valve fuses will de-energize the red and green indicating lights on Panel P601.

OATC When directed by SRO, Open 7 ADS valves Critical Task BOP Monitor plant parameters BOP Restore reactor water level 170 - 200 inches using FW-V120, FW Htrs 4 & 5 Bypass Vlv.

BOP Place Suppression Pool Sprays in service IAW SEP-03 See Enclosure 1 BOP Place Drywell Sprays in service IAW SEP-02.

See Enclosure 2

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LOI SIMULATOR EVALUATION GUIDE LOIX-032 Rev. 0 Page 47 of 51 ATTACHMENT 1 - Scenario Quantitative Attribute Assessment Category NUREG 1021 Rev. 2 Supp. 1 Req.

Scenario Content Total Malfunctions 5-8 8

Malfunctions after EOP Entry 1-2 2

Abnormal Events 2-4 3

Major Transients 1-2 2

EOPs Used 1-2 2

EOP Contingency 0-2 2

Run Time 60-90 min 90 Crew Critical Tasks 2-3 2

Tech Specs 2

2 Instrument / Component Failures before Major 2 - OATC 2 - BOP 4

Instrument / Component Failures after Major 2

2 Normal Operations 1

1 Reactivity manipulation 1

1

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LOI SIMULATOR EVALUATION GUIDE Page 50 of 51 Page Intentionally Left Blank

LOI SIMULATOR EVALUATION GUIDE Page 51 of 51 ATTACHMENT 2 - Shift Turnover Brunswick Unit 2 Plant Status Station Duty Manager:

Workweek Manager:

Mode:

2 Rx Power: 3.8%

Gross*/Net MWe*: NA Plant Risk:

Current EOOS Risk Assessment is:

Green SFP Time to 200 Deg F:

65 hrs Days Online:

0 days Turnover:

In 0GP-03 at step 6.1.5, raise power to 6-10%.

A2X sequence at step 166.

Protected Equipment:

ADHR / FPC Loop A / Demin Transfer Pump Comments:

IRM A was bypassed due to spiking and the paperwork is being evaluated for its return to service.

Action Statements in Effect Item Date/Time Reference Required Actions Responsibility Due

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