ML103050211

Initial Exam 2010-301 Final Sim/In-Plant JPMs

ML103050211
Person / Time
Site:	North Anna
Issue date:	07/16/2010
From:	Division of Nuclear Materials Safety II
To:
References
50-338/10-301, 50-339/10-301
Download: ML103050211 (238)

Text

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Loss of reactor coolant has occurred Quench spray has actuated due to a valid containment depressurization signal 1-E-1, Loss of Reactor or Secondary Coolant, has been entered Containment pressure is less than 12 psia INITIATING CUE You are requested to terminate quench spray in accordance with 1-E-1, Attachment 3, Termination of Quench Spray.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM R755 TASK Terminate quench spray (1-E-1).

TASK STANDARDS QS pumps were placed in auto, QS pumps with discharge MOVs were closed, and CAT outlet MOVs were closed.

KIA

REFERENCE:

026-A4.05 (3.5/3.5)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 8 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [ ]

SATISFACTORY [1 UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2 of 7 SETA, JPM A FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM R755 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

NAPS 2010 NRC EXAM Page: 3 of 7 SET A, JPM A FINAL REVISION 5/21/2010

INITIAL CONDITIONS Loss of reactor coolant has occurred Quench spray has actuated due to a valid containment depressurization signal 1-E-1, Loss of Reactor or Secondary Coolant, has been entered Containment pressure is less than 12 psia INITIATING CUE You are requested to terminate quench spray in accordance with 1-E-1, Attachment 3, Termination of Quench Spray.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Copy 1-E-1, Attachment 3.

NAPS 2010 NRC EXAM Page: 4 of 7 SETA, JPMA FINAL REVISION 5/21/2010

PERFORMANCE STEPS START TIME 1 Reset both trains of CDA using the spray actuation reset switches. Procedure Step 1-E-1, Att. 3 Step 1 SAT[] UNSAT[] I Standards Both Spray Actuation Reset switches are momentarily placed in RESET OR Annunciator 1K-H6, CDA INITIATED is verified NOT LIT.

Notes/Comments CDA was previously reset by 1-E-1, Step 9.

2 Stop both quench spray pumps. Procedure Step 1-E-1, Att. 3 Step 2 Critical Step SAT [] UNSAT [1 Standards Operator stops the following pumps by momentarily placing their respective control switches in STOP.

• 1-QS-P-1A AND

. 1-QS-P-1B Notes/Comments NAPS 2010 NRC EXAM Page: 5of7 SET A, JPM A FINAL REVISION 5/21/2010

3 Close quench spray pump discharge valves 1-QS-MOV-1O1A and Procedure Step 1-QS-MOV-1O1B. 1-E-1, Att. 3 Step 3 Critical Step SAT[J UNSAT[]

Standards Operator closes the following valves by momentarily depressing their respective CLOSE push-buttons:

. 1-QS-MOV-1O1A AND

. 1-QS-MOV-1O1B Notes/Comments 4 Close chemical addition tank outlet valves 1-QS-MOV-102A and Procedure Step 1-QS-MOV-102B. 1-E-1, Att. 3 Step 4 CriticalStep SAT[] UNSAT[]

Standards Operator closes the following valves by momentarily placing their respective Control switches in CLOSE:

. 1-QS-MOV-102A AND

. 1-QS-MOV-102B Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 6 of 7 SET A, JPM A FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

Recall IC 174 Instructor Note:

• The step for securing QS pumps requires RWST level to be < 3% and QS pumps fluctuating.

• To simulate fluctuation of QS pump amps the instructor must toggle two variables as follows:

• Call up MONITOR and type qspla ENTER then qsplb ENTER.

• To toggle the two variables type 1,2=1 ENTER.

• To repeat, depress up arrow then ENTER.

NAPS 2010 NRC EXAM Page: 7of 7 SET A, JPM A FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM 10820 TASK Restore RHR flow TASK STANDARDS 1-RH-P-iA was stopped and 1-RH-P-is was started with flow restored to 3000-4000 gpm KIA

REFERENCE:

005-A4.0i (36/34)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 10 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [

]

SATISFACTORY [1 UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2 of 10 SET A, JPM B FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM 10820 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES INITIAL CONDITIONS Unit 1 is in mode 4 A RHR pump is running, B RHR pump is available Annunciator E-A8, RHR SYSTEM LOW FLOW, has just lit The Crew has entered 1-AP-li, Loss of RHR Step 1 of 1-AP-1 1 has been completed and the crew has determined that RCS level is NOT decreasing NAPS 2010 NRC EXAM Page: 3 of 10 SET A, JPM B FINAL REVISION 5/21/2010

INITIATING CUE You are requested to continue 1-AP-1 1, beginning at Step 5, and restore Residual Heat Removal flow to approximately 3,400 gpm.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT None PERFORMANCE STEPS START TIME Note: Operator may elect to review the following procedure cautions since they precede Step I of the procedure.

CAUTION:

• RCS make-up concentration MUST be greater than or equal to current Shutdown Margin and Boron concentration requirements of the COLR.

Changes in RCS pressure due to boiling in the core can result in Reactor Vessel water level changes that may not show on RCS standpipe level indicator 1-RC-LI-103.

1 Verify that the Residual Heat Removal System inlet isolation valves Procedure Step are open. 5.a of 1-AP-il SAT[1 UNSATFI I Standards Operator completes the following actions.

e Verifies that 1-RH-MOV-1 700 is open

. Notes that 1-RH-MOV-1701 indicates mid-position Notes/Comments NAPS 2010 NRC EXAM Page: 4 of 10 SET A, JPM B FINAL REVISION 5/21/2010

2 Stop RHR pump(s). Procedure Step I (Alternate path step) 5.a RNO (1) of 1-AP-Il SAT[] UNSAT[]

Standards 1-RH-P-lA is stopped Notes/Comments 3 Open 1-RH-MOV-1 701 after RCS pressure is verified less than 418 Procedure Step psig 5.a RNO (2) & (3) of 1-AP-1 1 Critical Step SAT[] UNSAT[]

I Standards 1-RH-MOV-1701 is opened Performance IF required provide cue that during breaker testing (checking Cue(s) contactors) by the electrical department, 1-RH-MOV-1 701 was inadvertently closed (they were on the wrong component and have since restored), and the SM authorizes re-opening the valve.

Notes/Comments NAPS 2010 NRC EXAM Page: 5oflO SET A, JPM B FINAL REVISION 5/21/2010

4 Verify that at least one Residual Heat Removal System outlet valve Procedure Step is open. 5.b of 1-AP-1 1 SAT[] UNSAT[] I Standards Operator confirms that one RHR outlet valve is open (1-RH-MOV-1 720A)

Notes/Comments Normal plant configuration is only one of the valves (1-RH-MOV-172OAOR B) is open.

Note: Operator reads the following procedure caution and note.

CAUTION: RHR flow less than minimum requirements may cause RCS temperature to increase.

NOTE: Operating at low RHR system flow rates during reduced inventory operations greatly reduces the risk of air entrainment (vortexing).

Indications of a pump sheared shaft are low flow and low motor amps. A degraded pump or a pump with a sheared shaft is to be considered as NOT running.

Evaluators Note: Step 6 is Check ONE RHR pump running, operator will answer NO and go to the RNO column.

5 RNO 6a) IF the other RHR pump is available, THEN stop any Procedure Step degraded RHR pump. 6a & b RNO of RNO 6b) IF a degraded RHR pump is running AND the other RHR 1-AP-1 1 pump is NOT available, THEN GO TO Step 7.

ISATI] UNSAT[]

Standards Operator N/As step 6a and 6b RNO since there is

• No degraded RHR pump And

• The both RHR pump are available Notes/Comments NAPS 2010 NRC EXAM Page: 6 of 10 SET A, JPM B FINAL REVISION 5/21/2010

6 Determine if electrical power is available. Procedure Step 6 RNO (c)of 1-AR-il SAT [] UNSAT[ } ]

I Standards I Operator checks that both emergency busses have power Notes/Comments 7 Manually close Residual Heat Removal System flow control valves Procedure Step l-RH-FCV-1 605 and l-RH-HCV-1758. 6.c.l RNO of l-AP-l 1 JSAT[] UNSAT[]

Standards l-RH-HCV-1758 control knob is rotated in the counter-clockwise direction until its output demand indicates zero Standards 1-RH-FCV-l 605 controller MANUAL pushbutton is depressed and DECREASE button is depressed until the controller output demand indicates zero Notes/Comments Controller will be at 100% output since it is responding as expected to the loss of RHR flow.

I Determine if an RHR pump was stopped due to air entrainment. Procedure Step 6.c.2 RNO of 1-AP-l 1 SAT[] UNSAT[]

Standards Operator determines that 1-RH-P-lA previously in response to MOV 1700 going closed (Step is N/A)

Notes/Comments IF operator conservatively decides to vent pumps then booth operator will respond as an operator in containment and report that pumps have been vented.

NAPS 2010 NRC EXAM Page: 7of 10 SET A, JPM B FINAL REVISION 5/21/2010

9 If both RHR pumps are stopped, start one RHR pump. Procedure Step 6 RNO c(3) of 1-AP-li Critical Step SAT[] UNSAT[]

Standards Control switch for the residual heat removal pump 1-RH-P-lB is placed in START Notes/Comments If operator attempts to start pump 1-RH-P-I A, then pump will not start.

10 Restore Residual Heat Removal System flow. Procedure Step 6.c.4 RNO of 1-AP-1 1 Critical Step SAT[] UNSAT[]

Standards Operator increases Residual Heat Removal System flow to 3,000 -

4,000 gpm by the following method.

Ensures the controller for 1-RH-FCV-1605 is in MAN and depresses the RAISE pushbutton while monitoring RHR system flow.

Additionally, the operator may or may not reopen 1-RH-HCV-1 758 deoendinci on RCS temoerature Notes/Comments NAPS 2010 NRC EXAM Page: 8 of 10 SET A, JPM B FINAL REVISION 5/21/2010

11 Verify that the RHR system is normal. Procedure Step 7 of 1-AP-li SAT[] UNSAT[J 1 Standards RHR flow and motor amps are verified normal and stable, RCS temperature is verified stable.

Performance Assume that another operator will complete the procedure Cue(s) This completes the JPM Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 9 of 10 SET A, JPM B FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE 10820 TASK Restore RHR flow CHECKLIST Recall IC. 168 Do simspray (the one for S/D unit) and check recorders

) when simulator is taken out of freeze delete override on MOV-1701 control switch to allow valve to be re-opened IF operator conservatively decides to vent pumps then respond as an operator in containment and report that pumps have been vented.

Note: IC is shot as follows:

Verify A RHR pump is running Verify 1-RH-MOV-1720A and 1720B are energized override mov-1 701 close PB to close valve override 1-RH-PIA control switch position START as OFF to prevent from from being capable of re-starting Verify pressurizer level trend is stable or increasing NAPS 2010 NRC EXAM Page: lOof 10 SET A, JPM B FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Unit 1 is in mode 4 A RHR pump is running, B RHR pump is available Annunciator E-A8, RHR SYSTEM LOW FLOW, has just lit The Crew has entered 1-AP-1 1, Loss of RHR Step 1 of 1-AP-1 1 has been completed and the crew has determined that RCS level is NOT decreasing.

INITIATING CUE You are requested to continue 1-AP-il, beginning at Step 5, and restore Residual Heat Removal flow to approximately 3,400 gpm.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Reactor Coolant System boron concentration is 945 ppm lnservice boric acid storage tank concentration is 14,800 ppm The unit will be ramped from 100% to 75% at .3%/minute using rods and boron. Reactor engineering has requested that a 50 ppm boration be done to ensure rods are in the desired band after the ramp.

INITIATING CUE You are requested to:

1) Determine the amount of boric acid needed to raise the boron concentration by 50 ppm.

2) Establish a 1.2 gpm boration flow rate and borate the RCS by the amount determined in order to raise the boron concentration to 995 ppm.

PLACING THE BLENDER IN THE BORATE MODE OF OPERATION I -GOP-8.3.4 Revision 2 iQti Page 1 of 1 North Anna Power Station PURPOSE To provide instructions for placing the blender in the Borate mode of operation.

INITIAL CONDITIONS IF Unit I is in Mode 3, 4, 5, or 6, THEN 1-LOG-2A, RCS Makeup Log, has been initiated.

PRECAUTIONS AND LIMITATIONS To minimize the risk of an unexpected RCS boron dilution, closely monitor blender Boric Acid and/or PG flows to ensure that the desired flows are maintained.

Peer checking is required for the performance of this procedure.

Initial Conditions Obtain Unit SRO Verified / Concurrence Place BLENDER Place BLENDER Precautions & Determine Rate Makeup Is Proper CONTROL Place BLENDER Ensure CONTROL Adjust Adjust BA as Limitations And Magnitude Of For Current Plant SWITCH To MODE SWITCH I-CH-FCV-l II 3A SWITCH To I-CH-LCV-l I 12C Required Using Reviewed BA Makeup Conditions mit mit I mit Place controller for Perform Ensure Ensure Ensure Place BLENDER l-CH-FCV-1 1 14A 1-CH-FCV-1 1 13B Place BLENDER Ensure CONTROL In AUTO & In AUTO & MODE SWITCH l-CH-FCV-l 1 13A SWITCH To Completed By: Peer Check By: Reviewed By:

Date: Date: Date:

VIRGiA POWER 1-SC-2.2 NORtH ANNA POWER STATION REVISION 2 PAGE 1 OF 3 BORON ADDITION The general equation for the gallons of Boric Acid from the Boric Acid Storage Tanks (BAST) to add to the Reactor Coolant System (RCS) to increase the RCS boron concentration is as follows:

= (Volume of RCS) x (Density of RCS Water) BAST ppm Initial RCS ppm Gallons ofAcid Density of Charging Flow L BAST ppm Desired RCS ppm Below are typical values to use in the equation:

Density of Charging Flow: 8.22 lbmlgallon BAST ppm: 14,350 ppm (This is an average of the 12,950 ppm minimum value and 15,750 ppm maximum value listed in Tech Specs 3.1.2.7 and 3.1.2.8)

Volume of RCS: 9759 3ft with the Pressurizer Solid 8757 ft 3 with the Pressurizer level at 28.4%

9262 ft 3 with the Pressurizer level at 64.5%

Density of RCS Water: RCS RCS RCS Water Temp Pressure Density 100°F 14.7 psia 61.999 ibm/ft 3

200°F 350 psia 60A76 ibm/ft 3

300°F 400 psia 57.380 lbmJft 3

400°F 900 psia 53.877 lbmlft 3

500°F 2000 psia 49.643 Ibm/ft 3

547°F 2250 psia 47.056 lbmlft 3

580.8°F 2250 psia 44.779 lbmlft 3

NOTE: RCS Water above 100°F is typically a subcooled liquid and NOT a saturated liquid. Density values should be determined for the given RCS temperature and pressure.

APPROVEDRY:_______________________ DATE:__________

fl4 9W 1-SC-2.2 H ANNA POWER 8TAT10t4 ...,VISION 2 PAGE 2 OF 3 BORON ADDITION Gallons of Boric Acid to Add per Desired PPM Change in RCS Boron Concentration For Given RCS Conditions Assumed BAST Acid Concentration = 14,350 ppm Values Are Most Accurate For 100 ppm Borations But May Be 3% Low For 1000 ppm Borátions initiFh Gallons of Acid Gallons of AcId Gallons of Acid Gallons of Acid Gallons of Acid Gallons of Acid Gallons of Acid Gallons of Acid

• Boron to Add per PPM to Add per PPM to Add per PPM to Add per PPM to Add per PPM to Add per PPM to Add per PPM to Add per PPM Concentration RCS = 100°F RCS = 200°F RCS = 200°F RCS = 300°F RCS 400°F RCS = 500°F RCS = 547°F RCS = 580.8°F (ppm) PZR Solid PZR Solid 28.4% PZR Level 28.4% PZR Level 28.4% PZR Level 28.4% PZR Level 28.4% PZR Level 64.5% PZR Level 10 5.156 5.004 4.491 4.282 4.021. 3.704 3.511 3.534 100 5.188 5.036 4.519 4.309 4.046 3.728 3.534 3.556 200 5.226 5.072 4.551 4.340 4.075 3.755 3.559 3.582 300 5.263 5.108 4.583 4.370 4.104 3.781 3.584 3.607 400 5.301 . 5.145 4.617 4.402 4.133 3.808 3.610 3.634 500 5.339 5.182 4.650 4.434 4.163 3.836 3.636 3.660 600 5.378 5.220 4.684 4.466 4.194 3.864 3.663 3.687 700 5.417 5.259 4.719 4.499 4.224 3.893 3.690 3.714 800 5.458 5.297 4.754 4.533 4.256 3..9?1 3717 3.741 900 5.498 5.337 4.789 4.567 4.288 3.951 3.745 3.769 1000 5.540 5.377 4.825 4.601 4.320 3.980 3.773 3.798 1100 5.582 5.418 4.861 4.636 4.353 4.011 3.802 3.826 1200 5.624 5.459 4.899 4,671 4.386 4.041 3.831 3.856 1300 5.669 5.501 4.937 4.707 4.420 4.072 3.860 3.885 1400 5.712 5.544 4.975 4.744 4.454 4.104 3.890 3.916 1500 5.757 5.587 5.014 4.781 4.489 4.136 3.921 3.946 1600 5.803 5.632 5.053 4.818 4.524 4.169 3.951 3.977 1700 5.848 5.676 5.093 4.857 4.560 4.202 3.983 4.009 1800 5.895 5.722 5.134 4.896 4.597 4.236 4.015 4.041 1900 5.942 5.768 5.176 4.935 4.634 4.270 4.047 4.073

9WT I-SC-2.2

• H ANNA POWER STATION 1SION 2 PAGE 3 OF 3 BORON ADDITION Gallons of Boric Acid to Add per Desired PPM Change in RCS Boron Concentration For Given RCS Conditions Assumed BAST Acid Concentration = 14,350 ppm Values Are Most Accurate For 100 ppm Borations But May Be 3% Low For 1000 ppm Borations Initial RCS Gallons of Acid Gallons of Acid Gallons of Acid Gallons of AcId Gallons of Acid Gallons of Acid Gallons of Acid. Gallons of AcId Boron to Add per PPM to Add per PPM to Add per PPM to Add per PPM to Add per PPM to Add per PPM to Add per PPM to Add per PPM Concentration RCS 100°F RCS 200°F RCS = 200°F RCS = 300°F RCS = 400°F RCS 500°F RCS = 547°F RCS = 580.8°F (ppm) PZR Solid PZR Solid 28.4% PZR Level 28.4% PZR Level 28.4% PZR Level 28.4% PZR Level 284% PZR Level 64.5% PZR Level 2000 5.991 5.815 5.218 4.975 4.671 4.304 4.080 4.107 2100 6.041 5.862 5.261 5.016 4.710 4.340 4.114 4.141 2200 6.090 5.911 5.304 5.058 4.749 4.376 4.148 4.175 2300 6.141 5.961 5.349 5.100 4.788 4.412 4.182 4.209 2400 6.192 6.011 5.394 5.143 4.829 4.449 4.218 4.245 2500 6.245 6.061 5.439 5.187 4.870 4.487 4.253 4.281 2600 6.299 6.114 5.486 5.231 4.912 4.526 4.290 4.318 2700 6.353 6.166 5.533 5.276 4.954 4.565 4.327 4.355 2800 6.408 6.220 5.581 5.322 4.997 4.604 4.364 4.393 2900 6.465 6.275 5.630 5.369 5.041 4.645 4.403 4.431 3000 6.522 6.330 5.680 5.416 5.086 4.686 4.442 4.470

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM R706 alternate path TASK Borate the Reactor Coolant System using the blender (1GOP-8.3.4).

TASK STANDARDS The correct magnitude of boron addition was determined, the boration was started lAW 1-GOP-83.4, and the operator stops the boration when the malfunction (1-CH-FCV-1114 opening) is noted.

KIA

REFERENCE:

004-A4.07 (3.9/3.7)

ALTERNATE PATH:

1-CH-FCV-1 1 14A opens in borate mode TASK COMPLETION TIMES Validation Time = 12 minutes Start Time =

Actual Time = minutes Stop Time =

Note: validation time includes time to perform and check calculations if performed PERFORMANCE EVALUATION Rating [1 SATISFACTORY [1 UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature I Date NAPS 2010 NRC EXAM Page: 2 of 10 SET A, JPM C FINAL REVISION 5/21/2010

EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 3of 10 SET A, JPM C FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM R706 alternate path READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

INITIAL CONDITIONS Reactor Coolant System boron concentration is 945 ppm In-service boric acid storage tank concentration is 14,800 ppm The unit will be ramped from 100% to 75% at .3%/minute using rods and boron. Reactor engineering has requested that a 50 ppm boration be done to ensure rods are in the desired band after the ramp.

NAPS 2010 NRC EXAM Page: 4 of 10 SET A, JPM C FINAL REVISION 5/21/2010

INITIATING CUE You are requested to:

1) Determine the amount of boric acid needed to raise the boron concentration by 50 ppm.

2) Establish a 1.2 gpm boration flow rate and borate the RCS by the amount determined in order to raise the boron concentration to 995 ppm.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Calculator Station curve book PCS PERFORMANCE STEPS START TIME Note: element 3 (determine magnitude of BA makeup), may be done prior to initiating 1-GOP-8.3.4 as it is administrative in nature and therefore up to the discretion of the operator.

I1 Verify initial conditions are satisfied. Procedure Step L 1GOP--8.3.4 LALLL UNSAT [1 Standards Operator notes 1-LOG-2A, RCS Makeup Log does NOT need to be initiated based on plant conditions (Unit in Mode 1).

Notes/Comments NAPS 2010 NRC EXAM Page: 5oflO SET A, JPM C FINAL REVISION 5/21/2010

2 Review precautions and limitations. Procedure Step I -GOP-8.3,4 SAT[1 UNSAT[1 LStandards Precautions and limitations have been reviewed.

Notes/Comments 3 Determine the rate and magnitude of boric acid addition. Procedure Step 1 -GOP-8.3.4 Critical Step SAT[] UNSAT[]

Standards 182 gallons +/- 10 gallons of boric acid is determined.

Note: desired flowrate (1.2 gpm) provided by initiating cue.

Evaluators Notes:

Candidate may elect to use PCS andlor station curves (1.SC-2.2 page 1 of 3) to satisfy this element. However 1-SC2.2, page 2 of 3, should not be used since it assumes BAST concentration at the nominal value of 14,350 ppm and the as given value in the JPM is 14,800 ppm.

NAPS 2010 NRC EXAM Page: 6 of 10 SET A, JPM C FINAL REVISION 5/21/2010

4 Obtain concurrence from the unit supervisor that the rate and Procedure Step magnitude is set properly for the current plant condition. 1-GOP-83.4 SATI1 UNSATI]

Standards I Concurrence is obtained for magnitude (and rate) of boration. I Performance I concur with your figures.

Cue(s)

Notes/Comments 5 Place the BLENDER CONTROL switch in STOP. Procedure Step 1 -GOP-83.4 SAT[] UNSATI]

I Standards B[ender control switch is placed in STOP.

Notes/Comments 6 Place the BLENDER MODE switch in BORATE. Procedure Step 1 -GOP-8.3.4 Critical Step SAT[] UNSAT[]

I Standards BLENDER MODE selector switch is in BORATE.

Notes/Comments NAPS 2010 NRC EXAM Page: 7 of 10 SET A, JPM C FINAL REVISION 5/21/2010

7 Ensure the boric acid supply valve, 1-CH-FCV-1 11 3A, is in AUTO Procedure Step and is open. 1-GOP-8.3.4 ISAT[T UNSAT1 Standards 1-CH-FCV-1113A is verified to be open (RED light LIT, Green light OFF) with control switch in auto.

Notes/Comments 8 Place the BLENDER CONTROL switch in START. Procedure Step 1 -GOP-8.3.4 Critical Step SAT[] UNSAT[]

Standards I BLENDER CONTROL selector switch is momentarily placed in START.

Notes/Comments NAPS 2010 NRC EXAM Page: 8 of 10 SET A, JPM C FINAL REVISION 5/21/2010

9 Respond to 1-CH-FCV-1114A failure Procedure Step (alternate path step) P&L AND OP-AP-300 Critical Step SAT[] UNSAT[]

Evaluators Note: If operator does not notice PG flow within 15 minutes of beginning boration then give cue that jpm is complete.

Standards Operator identifies the unexpected PG water flow and places BLENDER CONTROL switch in STOP.

Performance Acknowledge operator and inform them that the jpm is complete.

Cue(s)

Notes/Comments Per OP-AP3OO, Reactivity Management, if unexpected conditionslindications are encountered during reactivity manipulations, stop the evolution and resolve prior to proceeding.

END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 9 of 10 SET A, JPM C FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE R706 alternate path TASK Borate the Reactor Coolant System using the blender (1-GOP-8.3.4).

CHECKLIST Recall IC #171

+ + REMEMBER TO CHECK PCS PROGRAM AND CHANGE NUMBERS, IF REQUIRED do simspray and check recorders and rod banks NAPS 2010 NRC EXAM Page: 10 of 10 SET A, JPM C FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Unit 1 experienced a safety injection due to a Steam Generator Tube Rupture.

The operating crew has completed 1-EO and proceeded to 1-E-3.

Attachment 8 Ruptured Steam Generator Isolation of 1-E-O has NOT been initiated.

AFW flow was throttled to each SG in accordance with 1 E-O.

INITIATING CUE You are requested to identify and isolated the ruptured steam generator in accordance with 1-E-3.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM RI 87 TASK Identify and isolate a ruptured steam generator (1-E-3.).

TASK STANDARDS B SG was identified as ruptured and subsequently isolated per 1-E-3.

KIA

REFERENCE:

039, 059, 061-EA1.32 (4.6/47)

ALTERNATE PATH:

Ruptured SG NOT isolated during E-0 requiring operator to initiate action in this procedure COMPLETION TIMES Validation Time = 10 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [1 SATISFACTORY [ ]

UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2 of 10 SET A, JPM D FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM RI 87 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

INITIAL CONDITIONS Unit 1 experienced a safety injection due to a Steam Generator Tube Rupture.

The operating crew has completed 1-E-O and proceeded to 1-E-3.

Attachment 8 Ruptured Steam Generator Isolation of 1-E-O has NOT been initiated.

AFW flow was throttled to each SG in accordance with 1-E-O.

NAPS 2010 NRC EXAM Page: 3 of 10 SET A, JPM D FINAL REVISION 5/21/2010

INITIATING CUE You are requested to identify and isolated the ruptured steam generator in accordance with 1-E-3.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Copy of 1-E-3.

NAPS 2010 NRC EXAM Page: 4 of 10 SET A, JPM D FINAL REVISION 5/21/2010

PERFORMANCE STEPS START TIME 1 Check RCP trip and charging pump recirc criteria. Procedure Step Ia of 1-E-3 ISAT[] UNSAT[1 I Standards Operator checks RCS subcooling based on Core Exit TCs less than 25°F - NO and proceeds to step 2 per RNO.

Notes/Comments 2 Identify ruptured SGs Procedure Step 2 of 1-E-3 Critical Step SAT[] UNSAT[]

Standards Operator identifies the B SG is ruptured using any of the following:

SG Narrow Range level trends Steam Line Radiation Monitors SG Blowdown Radiation Monitors SG sample results from chemistry Notes/Comments Based on the level disparity between SGs andlor Steam Line Radiation Monitor reading the operator will conclude that B SG is the ruptured SG.

NAPS 2010 NRC EXAM Page: 5 of 10 SET A, JPM D FINAL REVISION 5/21/2010

Note: Operator will read the following procedure caution.

CAUTION:

• If the Turbine-Driven AFW Pump is the only available source of feed flow, then steam supply tothe Turbine-Driven AFW Pump should be maintained from at least one SG.

• At least one SG should be kept available for RCS cooldown to maintain secondary heat sink.

3 Adjust the setpoint of the ruptured steam generators power- Procedure Step operated-relief valve controller to a potentiometer setting of 5.6. 3.a of 1-E-3 Critical Step SAT{] UNSAT[]

Standards Controller for the B steam generators power-operated-relief valve, 1-MS-PCV-1O1B, is adjusted to a potentiometer setting of 5.6 Notes/Comments 4 Check that the ruptured steam generators power-operated-relief Procedure Step valve is closed. 3.b of 1-E-3 ISAT[1 UNSAT[1 I Standards Operator checks B SO power operated relief valve to be closed.

Notes/Comments Operator may use demand on controller and/or PCS to make this determination.

NAPS 2010 NRC EXAM Page:6oflO SET A, JPM D FINAL REVISION 5/21/2010

5 Determine if Attachment 8 Ruptured Steam Generator Isolation of Procedure Step 1-E-O has been initiated. (alternate path step) 3.c of 1-E-3 SAT[] UNSAT[}

Standards Operator answers step 3.c 1-E-O, Attachment 8, Ruptured SG Isolati nitiated - NO and goes to step 3.c RNO I Notes/Comments Status of Attachment 8 provided by the initial conditions.

6 Request the safeguards operator to initiate 1-E-3, Attachment 7, Procedure Step MSVH Steam Generator Isolation Local Actions for the ruptured 3.c RNO c of 1-E-3 steam generator(s).

Critical Step SAT{] UNSAT[}

Standards Safeguards operator is requested to initiate 1-E-3, Attachment 7, MSVH Steam Generator Isolation Local Actions for B steam generator.

Notes/Comments When called booth operator will acknowledge direction from operator and report back when action is complete 7 Check that decay heat release valve 1-MS-HCV-104 is closed. Procedure Step 3.d of 1-E-3 ISATI1 UNSATI]

I Standards Operator notes that 1-MS-HCV-104 is closed (zero demand).

Notes/Comments Operator may use demand on HCV and/or PCS to make this determination.

NAPS 2010 NRC EXAM Page: 7 of 10 SET A, JPM D FINAL REVISION 5/21/2010

8 Verify that the ruptured steam generators blowdown trip valves are Procedure Step closed. 3.e of 1-E-3 SAT[J UNSAT[1 Standards Operator checks that blowdown trip valves 1-BD-TV-100B & E are closed.

Notes/Comments 9 Close the ruptured steam generators main steam trip valve (MSTV) Procedure Step and Bypass Valve. 3.f of 1 -E-3 Critical Step SAT [1 UNSAT [ ]

Standards 1) Close Pushbutton for Main steam trip valve i-MS-TV-1O1B is momentarily depressed and

2) bypass valve 1-MS-TV-i 13B is checked closed.

Only item i is critical for this element since 1-MS-TV-113B is already closed (normal plant alignment)

Notes/Comments NAPS 2010 NRC EXAM Page: 8 of 10 SET A, JPM D FINAL REVISION 5/21/2010

Note: Operator will read the following procedure caution.

CAUTION: To prevent excessive RCS cooldown, feed flow to any ruptured SG that is faulted should remain isolated during subsequent recovery actions unless needed for cooldown.

10 Check Narrow-range level in the ruptured steam generator greater Procedure Step than 11% [22%]. 4.a of 1-E-3 SATFI UNSATFI ndards Operator observes B SG level is greater than 11% [22%].

Notes/Comments 11 Stop feedwater flow to the ruptured steam generator. Procedure Step 4.b of 1-E-3 Lcritical Step SAT[] UNSAT[]

Standards Operator closes normal auxiliary feedwater supply valve to the B steam generator, 1-FW-MOV-100B.

Performance After operator closes 1-FW-MOV-100B, inform operator that another Cue(s) operator will complete the procedure. This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 9 of 10 SET A, JPM D FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

Recafl IC #198 Do simspray and check recorders E-O Step 3.c RNO + respond as safeguards operator to perform Attachment 7 for B SG Note: If asked by operator to come to the control, ask what he wants you to do, and when informed tell him you will obtain a copy of the procedure and perform the action.

NAPS 2010 NRC EXAM Page: 10 of 10 SET A, JPM D FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Unit I is operating at 30% power.

Unit 2 safety injected 5 minutes ago due to a feedwater line rupture.

ALL Unit-2 main feedwater pumps and condensate pumps are in PULL-TO-LOCK.

Sl/CDA load shed has actuated.

0-AP-47 has been completed through resetting AMSAC.

INITIATING CUE You are requested to restore auto-start capability for affected pumps and reset Sl/CDA load shed in accordance with 0-AP-47.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM R551 TASK Reset load shed (O-AP-47).

TASK STANDARDS A Main Condensate pump and A Main Feed pump control switches were all placed in STOP, then AUTO-AFTER-STOP, and Sl/CDA load shed was reset on both units.

KIA

REFERENCE:

062-A4.O1 (3.3/3.1).

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time 7 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating { ] SATISFACTORY [ ] UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date NAPS 2010 NRC EXAM SET A, JPM E FINAL REVISION 5/21/2010 Page: 2 of 10

EVALUATORS COMMENTS NAPS 2010 NRC EXAM SET A, JPM E FINAL REVISION 5/21/2010 Page: 3 of 10

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM R551 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

NAPS 2010 NRC EXAM SET A, JPM E FINAL REVISION 5/21/2010 Page: 4 of 10

INITIAL CONDITIONS Unit 1 is operating at 30% power.

Unit 2 safety injected 5 minutes ago due to a feedwater line rupture.

ALL Unit-2 main feedwater pumps and condensate pumps are in PULL-TO-LOCK.

SIICDA load shed has actuated.

0-AP-47 has been completed through resetting AMSAC.

INITIATING CUE You are requested to restore auto-start capability for affected pumps and reset SI/CDA load shed in accordance with 0-AP-47.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Copy of 0-AP-47 signed off through resetting AMSAC.

PERFORMANCE STEPS START TIME NAPS 2010 NRC EXAM SET A, JPM E FINAL REVISION 5/21/2010 Page: 5 of 10

NOTE: Operator will read the following procedure CAUTION.

CAUTION: Step 1 Ob restores Condensate Pump auto-start capability. If an auto-start exists, then placing the pump control switches in AUTO-AFTER-STOP may result in auto-start of the pump.

1 Place the control switch for any Condensate Pump that has auto- Procedure Step started in AUTO-AFTER-START. 1O.a of O-AP-47 SAT[} LJNSAT[] I Standards Control switch for 1-CN-P-1 B is momentarily placed in START, then in AUTO-AFTER-START.

Notes/Comments (B main condensate pump auto-started) 2 Place the control switch for any NON-RUNNING Condensate Pump Procedure Step as follows: In PTL OR In STOP, then in AUTO-AFTER-STOP. 1O.b of O-AP-47 Critical Step SAT[} UNSAT[]

Standards Control switch for 1-CN-P-1A is momentarily placed in STOP, then in AUTO-AFTER-STOP.

Performance (j[ applicant requests guidance concerning the desired status of A Cue(s) main CN pump, THEN read the following cue):

Review your Initiating Cue.

Notes/Comments (A main condensate pump tripped)

NAPS 2010 NRC EXAM SET A, JPM E FINAL REVISION 5/21/2010 Page: 6 of 10

NOTE: Operator will read the following procedure CAUTION.

CAUTION: Step lib restores Main Feed Pump auto-start capability, If an auto-start exists, then placing the pump control switches in AUTO-AFTER-STOP may result in auto-start of the pump.

3 Place control switches for any Main Feed Pump that has auto- Procedure Step started in AUTO-AFTER-START. 11 .a of O-AP-47 ISATF1 UNSAT[] I Standards Operator determines that NO Main Feed pumps auto-started and N/As step ha.

Notes/Comments (No Main Feed pumps auto-started) 4 Place control switches for any NON-RUNNING Main Feed Pump as Procedure Step follows: In PTLOR In STOP, then in AUTO-AFTER-STOP. 11.b of O-AP-47 Critical Step SAT[] UNSAT[]

Standards Control switches for 1-FW-P-1AI and 1-FW-P-1A2 are momentarily placed in STOP, then in AUTO-AFTER-STOP.

Performance (IE applicant requests guidance concerning the desired status of A Cue(s) Main Feed pump, THEN read the following cue):

The US desires the standby Main Feed pump to be available for auto start.

Notes/Comments NAPS 2010 NRC EXAM SET A, JPM E FINAL REVISION 5/21/2010 Page: 7 of 10

5 Place control switch for any circulating water pump that is not Procedure Step running as follows: In PTL OR In STOP, then in AUTO-AFTER- 12 of O-AP-47 STOP.

ISATI] UNSATI1 I Standards Operator determines that all Circulating Water pumps are running, and N/As step 12.

Notes/Comments 6 Push Unit-i Load Shed reset pushbutton on the Unit iJ Safeguards Procedure Step Panel. i3.a of O-AP-47 Critical Step SAT[] UNSAT[]

Standards SI/CDA LOAD SHED 4160V BUSS 1G reset push-button is momentarily depressed.

Notes/Comments NAPS 2010 NRC EXAM SET A, JPM E FINAL REVISION 5/21/2010 Page: 8 of 10

7 Push Unit-2 Load Shed reset pushbuttons on the Unit 2J Procedure Step Safeguards Panel. 13.b of O-AP-47 Critical Step SAT[] UNSAT[]

Standards Operator requests the Unit 2 OATC to push the following pushbuttons:

. Sl/CDA LOAD SHED 4160V BUSS 2G

• UNIT 1 Sl/CDA LOAD SHED 4160V BUSS 2A

• UNIT 1 Sl/CDA LOAD SHED 4160V BUSS 2B Notes/Comments When called to perform the action, Simulator Booth Operator will acknowledge the request and report back when the action is complete.

8 Setup Unit-i PCS to monitor computer points Y4060D through Procedure Step Y4072D. 14 of O-AP-47 Standards Operator states that he/she has completed the task.

Performance Assume that another operator will complete the procedure. This Cue(s) completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM SET A, JPM E FINAL REVISION 5/2112010 Page: 9 of 10

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE R551 TASK Reset load shed (O-AP-47).

CHECKLIST Recall IC #200 Do simspray, then check recorders and rod banks WHEN applicant resets 1G bus load shed by depressing Sl/CDA LOAD SHED 4160V BUSS 1G button (1J Safeguards Panel), THEN delete the alarm override.

NAPS 2010 NRC EXAM SET A, JPM E FINAL REVISION 5/21/2010 Page: 10 of 10

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Loss of reactor coolant has occurred.

1 -E1, Loss of Reactor or Secondary Coolant, has been completed to the point of restoring the blowdown radiation monitors.

1-BD-TV-100G, H, and J have been verified open.

John Leake has been briefed and is standing by to rack breakers for 1FW-P-1A when directed.

INITIATING CUE You are requested to place the Steam Generator Blowdown Radiation Monitors in service in accordance with 1-E-1, Attachment 4, Restoring Blowdown Radiation Monitors.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM RI 84 TASK Restore the blowdown radiation monitors (1-E-1).

TASK STANDARDS Blowdown radiation monitors have been returned to service using 1-E-1, Attachment 4.

K/A

REFERENCE:

073 Process Radiation Monitoring System (A4.02, 3.7/3.7).

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 10 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [1 SATISFACTORY [ ] UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2of 12 SET A, JPM F FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM RI 84 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

INITIAL CONDITIONS Loss of reactor coolant has occurred.

1-E-1, Loss of Reactor or Secondary Coolant, has been completed to the point of restoring the blowdown radiation monitors.

1-BD-TV-100G, H, and J have been verified open.

John Leake has been briefed and is standing by to rack breakers for 1-FW-P-IA when directed.

NAPS 2010 NRC EXAM Page: 3 of 12 SET A, JPM F FINAL REVISION 5/21/2010

INITIATING CUE You are requested to place the Steam Generator Blowdown Radiation Monitors in service in accordance with 1 -E-1, Attachment 4, Restoring Blowdown Radiation Monitors.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Copy of 1-E-1, Attachment 4, Restoring Blowdown Radiation Monitors.

PERFORMANCE STEPS START TIME 1 Place all main feedwater pump control switches in PULL-TO-LOCK. Procedure Step I of 1-E-1. att.4 Critical Step SAT[] UNSAT[}

Standards Operator places all main feedwater pump control switches in PULL-TO-LOCK.

Notes/Comments NAPS 2010 NRC EXAM Page: 4 of 12 SET A, JPM F FINAL REVISION 5/21/2010

2 Open one main feedwater pump recirculation valve: Procedure Step

. l-FW-FCV-150A 2 of 1-E-i, att.4 e l-FW-FCV-l 508

. 1FW-FCV-150C SAT[] UNSAT[]

NOTE TO One of the valves is previously directed to be opened in 1 -E-0 step 6.b EXAMINER of Att.5.

Standards Operator observes that 1-FW-FCV-150A is OPEN. I Notes/Comments 3 Request the turbine building operator to rack both breakers for Procedure Step main feedwater pump 1-FW-P-IA (15A5 and 15A6) to TEST. 3 of 1-E-1, att.4 Critical Step SAT[] UNSAT[]

Standards Turbine building operator is requested to rack both breakers for main feedwater pump 1-FW-P1A to TEST.

Notes/Comments After being requested Booth operator will call back and inform the operator that the breakers for 1-FW-P-IA have been racked to test.

NAPS 2010 NRC EXAM Page: 5 of 12 SET A, JPM F FINAL REVISION 5/21/2010

4 Close discharge valve 1-FW-MOV-150A for main feedwater pump Procedure Step 1-FW-P-1A. 4 of 1-E-1, att.4 ISATI1 UNSATI1 I NOTE TO Valve would have automatically closed on an SI signal.

EXAMINER Standards Operator verifies that valve 1-FW-MOV-150A is closed.

Notes/Comments 5 Close both breakers for main feedwater pump 1-FW-P-1A. Procedure Step 5 of 1-E-1 Critical Step SAT[] UNSAT[]

Standards Control switches for both breakers (15A5 and 15A6) on main feedwater pump 1-FW-P-1A are placed in AUTO-AFTER-START.

Notes/Comments 6 Check status of steam supply valve to turbine-driven auxiliary Procedure Step feedwater pump 1 -MS-TV-I 1 1 A. 6.a of 1 -E-1, att.4 ISATF1 UNSAT[]

j Standards Operator observes 1-MS-TV-i hA is open I Notes/Comments NAPS 2010 NRC EXAM Page: 6 of 12 SET A, JPM F FINAL REVISION 5/21/2010

7 Place the control switch for the steam supply valve to the Procedure Step turbine-driven auxiliary feedwater pump 1-MS-TV-il lA in OPEN. 6.a of i-E-i att.4 Critical Step SAT[] UNSAT[]

Control switch for 1-MS-TV-il lA is placed in OPEN.

Standards Notes/Comments 8 Check status of steam supply valve to the turbine-driven auxiliary Procedure Step feedwater pump i-MS-TV-ill B. 6.b of 1 -E-l, att.4 SAT[] UNSAT[] I I Standards Operator observes 1 -MS-TV-i 1 1 B is open Notes/Comments 9 Place the control switch for the steam supply valve to the Procedure Step turbine-driven auxiliary feedwater pump i-MS-TV-ill B in OPEN. 6.b of 1-E-i att.4 Critical Step SAT[] UNSAT[1 Standards Control switch for l-MS-TV-illB is placed in OPEN.

Notes/Comments NAPS 2010 NRC EXAM Page: 7 of 12 SET A, JPM F FINAL REVISION 5/21/2010

10 Place the control switches for the steam supply valves to the Procedure Step turbine-driven auxiliary feedwater pump 1-MS-TV-i 1 iA and 6.c of i-E-i att.4 i-MS-TV-ill B to AUTO.

SAT[1 UNSATI] I Standards Operator positions control switches for i-MS-TV-il iA and i-MS-TV-il I B to AUTO.

Notes/Comments ii Ensure that steam generator blowdown valve i-BD-i 005 is closed. Procedure Step 7.a of i-E-i, att.4 ISATF1 UNSAT[] I Standards Operator directs field operator to close i-BD-i 005.

Notes/Comments After being requested Booth operator will call back and inform the operator that 1-BD-1 005 has been closed.

NAPS 2010 NRC EXAM Page: 8 of 12 SET A, JPM F FINAL REVISION 5/21/2010

12 Request the turbine building operator to close the steam generator Procedure Step blowdown header to recovery tank isolation valves: 7.b of 1-E-1 att.4

. 1-BD-57

. 1-BD-58

. 1-BD-59 ISAT[] UNSAT[] I I Standards Operator directs field operator to close 1-BD-57, 58, and 59.

Notes/Comments After being requested Booth operator will call back and inform the operator that 1-BD-57, 58, and 59 have been closed.

NAPS 2010 NRC EXAM Page: 9 of 12 SET A, JPM F FINAL REVISION 5/21/2010

13 Open the steam generator blowdown trip valves. Procedure Step 8 of 1-El, att.4

• l-BD-TV-100A

• 1-BD-TV-100B

• 1-BD-TV-100C

• l-BD-TV-100D

• 1-BD-TV-100E 1-BD-TV-100F

[Critical Step SAT[] UNSAT[}

Standards OPEN push-button is momentarily depressed for the following trip valves:

e 1-BD-TV-100A

. 1-BD-TV-100B o 1-BD-TV-100C e 1-BD-TV-100D o 1-BD-TV-100E

. 1-BD-TV-100F Notes/Comments NAPS 2010 NRC EXAM Page: 10 of 12 SET A, JPM F FINAL REVISION 5/21/2010

14 Check that steam generator blowdown radiation is normal. Procedure Step 9 of 1-E-1, att,4 ISAT[1 UNSATFI Standards Operator observes that SG blowdown rad monitors are normal (no alarms or elevated readings).

Performance Acknowledge completion of 1 -E-1, Attachment 4.

Cue(s) This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 11 of 12 SET A, JPM F FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE R184 TASK Restore the blowdown radiation monitors (1-E-1).

CHECKLIST Recall IC #197 Do simspray and check recorders Step 3 of Att.4 - When requested, place the A main feedwater pump in TEST using main feed pumps drawing and report action complete to operator.

Steps 7a & 7b of Att.4 -* When requested, acknowledge orders to close 1-BD-1 005, 1-BD-57, 58, and 59 and report action complete to operator.

NAPS 2010 NRC EXAM Page; 12 of 12 SET A, JPM F FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Unit 1 is at 100%.

Flooding has occurred in the turbine building.

TURB BLD FLOOD ALARM TROUBLE annunciator (1 D-G7) has just alarmed.

Circulating Water System rupture has been reported on Unit 1.

Liquid waste discharge is aligned to the Unit 1 discharge tunnel.

INITIATING CUE You are requested to respond to circulating water flooding in the turbine building in accordance with 0-AP-39.1, Turbine Building Flooding.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM 13355 TASK Respond to turbine building flooding with Circulating water pump fails to trip (O-AP-39.1).

TASK STANDARDS All waterbox inlets were closed, 15G10 was defeated, 15G1 was opened, all waterbox outlets were closed, and 1-LW-PCV-115 was placed in HAND.

K/A

REFERENCE:

075-A2.04 (3.1/34)

ALTERNATE PATH:

Waterbox inlet MOVs fail to close requiring additional actions in response to failure TASK COMPLETION TIMES Validation Time = 13 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating SATISFACTORY UNSATISFACTORY

[1 [1 Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2 of 12 SET A, JPM G FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM 13355 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level INITIAL CONDITIONS Unit 1 is at 100%.

Flooding has occurred in the turbine building.

TURB BLD FLOOD ALARM TROUBLE annunciator (1 D-G7) has just alarmed.

Circulating Water System rupture has been reported on Unit 1.

Liquid waste discharge is aligned to the Unit 1 discharge tunnel.

NAPS 2010 NRC EXAM Page:3of12 SET A, JPM G FINAL REVISION 5/21/2010

INITIATING CUE You are requested to respond to circulating water flooding in the turbine building in accordance with O-AP-39.1, Turbine Building Flooding.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT None PERFORMANCE STEPS START TIME Note: Operator will read the following procedure caution and note:

CAUTION: Auxiliary Building flooding could carry over into the Turbine Building through the Service Water Tunnel into the Turbine Building Valve Pit.

NOTE: If a Reactor trip occurs, then, in order to recover the plant from the flooding, this procedure should be performed in conjunction with Emergency Operating Procedures.

1 Identify source of the flooding Procedure Step 1 of O-AP-39.1 SAT[i UNSAT[1 Standards Operator initials step and continues with Step 2.

(source, Unit 1 Circ Water, was provided by initial conditions)

Notes/Comments NAPS 2010 NRC EXAM Page: 4 of 12 SET A, JPM G FINAL REVISION 5/21/2010

2 Determine if reactor should be tripped YES.

- Procedure Step (based on initial conditions provided circ water system rupture) 2.a,b, &c of O-AP-39.1 ISATr1 UNSAT1 Standards Reactor trip switch on benchboard 1-1 and or 1-2 momentarily placed in TRIP.

Reheater Reset pushbutton momentarily depressed.

Performance After immediate operator actions are done: The remaining crew Cue(s) members will perform 1-E-O, you are directed to continue performance of O-AP-39.1 Notes/Comments 3 Check if Bearing Cooling System status is abnormal - NO. Procedure Step 3 of O-AP-39.1 SAT[j UNSAT[]

LStandards I Operator goes to RNO column and continues with Step 4. I Notes/Comments This step is intended to initiate additional actions IF the leak were in the bearing cooling (BC) system, based on the initial conditions of the JPM the leak is in the Circ Water System. The candidate may elect to check items such as BC system annunciators, basin level, makeup valve postion, etc. to satisfy themselves, but these actions are not required based on the initial conditions provided.

Note: Operator will read the following procedure note:

NOTE:

• If a G-Bus is de-energized because of a CW system rupture, then a reduced Bearing Lube flow condition could result on the opposite unit. The de-energized bus should be re-energized as soon as possible.

When the waterbox inlet box valves start to close, then the CW pumps for the affected unit should trip.

NAPS 2010 NRC EXAM Page: 5 of 12 SET A, JPM G FINAL REVISION 5/21/2010

4 Check CW system abnormal YES. - Procedure Step 4a of O-AP-39.1 SAT[] UNSAT[] I I Standards Operator continues to substep 4b based on initial conditions provided.

Notes/Comments 5 Place all Unit 1 circulating water motor-operated valve interlock Procedure Step defeat switches in NORMAL. 4.b.1 of O-AP-39.1 SAT[J UNSAT[]

Standards Circulating water motor-operated valve switches are verified to be in NORMAL Notes/Comments NAPS 2010 NRC EXAM Page: 6 of 12 SET A, JPM G FINAL REVISION 5/21/2010

6 Close the following water box inlet motor-operated valves. Procedure Step 4.b.2 of O-AP-39.1

. 1-CW-MOV-1O1A

. 1-CW-MOV-1O1B

. 1-CW-MOV-1O1C

.__1-CW-MOV-1O1D Critical Step SAT[} UNSAT[]

NOTE TO THE 1-CW-MOV-1O1C and 1O1D will close once the pumps have tripped.

EVALUATOR There is no RNO for this step.

Standards CLOSE push-button is depressed for the following motor-operated valves

. 1-CW-MOV-1O1A

. 1-CW.-MOV-1O1B

. 1-CW-MOV-1O1C

• 1-CW-MOV-1O1D NAPS 2010 NRC EXAM Page: 7 of 12 SET A, JPM G FINAL REVISION 5/21/2010

7 Verify that the Uniti Circulating Water pumps are trip - NO. Procedure Step (Alternate path step) 4.b.3 of O-AP-39.1 ISATFI UNSATFI Standards Operator determines that Unit 1 OW pumps are NOT tripped (by observing breaker indication on Circ Water panel) and implements step 4.b.3) RNO Notes/Comments 8 De-energize the unit-i G bus. Procedure Step 4.b.3 RNO a,b&c of 0-AP-39. 1 Critical Step SAT[] UNSAT[}

Standards 1) 15G10 transfer switch is placed in DEFEAT.

2) 15G10 status checked as open.

3) 15G1 is opened.

ONLY elements 1&3 are critical since 15G10 is already open (normal alignment>

Notes/Comments NAPS 2010 NRC EXAM Page: 8 of 12 SET A, JPM G FINAL REVISION 5/21/2010

9 Place the unit-i circulating water pumps in PULL-TO-LOCK. Procedure Step 4.b.3. RNO d of 0-AP-39.1 SATF1 UNSATI1 Standards I Operator places all four (4) OW pump switches in PTL Notes/Comments 10 Verify that all circulating water pump breakers are open. Procedure Step 4b.3 RNO e of 0-AP-39.1 ISATF1 UNSAT[1 I Standards Operator verifies CW pump breakers open !jir to placing switches in pull-to-lock, or locally, or using PCS. I Notes/Comments Control room breaker light indication is when the previous step is performed (placing pump breakers in pull-to-lock).

11 Re-energize the unit-i G bus.. Procedure Step 4.b.3. RNO f of 0-AP-39.1 SATI] UNSAT[] I Standards Operator acknowledges that another operator will re-energize the bus. I Performance Another operator will re-energize the bus Cue(s)

Notes/Comments NAPS 2010 NRC EXAM Page: 9 of 12 SET A, JPM G FINAL REVISION 5/21/2010

12 Close the following water box outlet motor-operated valves. Procedure Step 4.b.4 of O-AP-39.1

. 1 -CW-MOV-1 02A

. 1-CW-MOV-102B

. i-CW-MOV-102C

. 1-CW-MOV-102D Critical Step SAT[] UNSAT[]

Standards CLOSE push-button is momenetarily depressed for the following motor-operated valves e i-CW-MOV-102A

. i-CW-MOV-102B

. 1-CW-MOV-102C

. i-CW-MOV-102D Notes/Comments Operator will most likely be waiting on inlet valves to stroke fully closed 13 Request the turbine building operator to secure the unit-i High- Procedure Step capacity Steam Generator Blowdown System. 4.b.5 of O-AP-39.i ISAT[] UNSAT[L I

[Standards I Operator calls Turbine bldg. operator to secure HCBD per the OP Notes/Comments When requested Booth operator will acknowledge operators direction and call back and report action is complete NAPS 2010 NRC EXAM Page: lOof 12 SET A, JPM G FINAL REVISION 5/21/2010

14 - Check if liquid waste releases can be continued -NO. Procedure Step 4.b.6 RNO of 0-AP-39.1 SAT[] UNSAT[]

Standards Operator determines that LW releases cannot be continued and places 1-LW-PCV-115 in HAND and verifies it is closed (status of LW aligned to Unit 1 tunnel provided by initial conditions).

Performance Another operator will complete O-AP-39.1.

Cue(s) This completes JPM.

Notes/Comments If operator calls HP booth operator will respond that the release permit requires 3 CW pumps to be running on the tunnel that LW is discharging to.

END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 11 of 12 SET A, JPM G FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE 13355 TASK Respond to turbine building flooding with Circulating water pump fails to trip (0-AP-39.1).

CHECKLIST Recall IC # 195(100% power)

Do simspray and check recorders Step 4.b.5) + when called acknowledge as turbine operator to secure high capacity blowdown in accordance with 1-OP-32.3 If called as outsides operator report that all 4 Unit 1 OW pump breakers are verified open locally If called as HP respond that the release permit requires 3 CW pumps running.

NAPS 2010 NRC EXAM Page: 12 of 12 SET A, JPM G FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Both units are stable at 100% power.

Indicated water level in safety injection accumulator 1-Sl-TK-1A is 57%.

Chloride concentration in Unit 1 RWST is> 150 ppb.

Initial Conditions have been verified satisfied.

Precautions and Limitations have been reviewed.

Shift Manager directs that Unit 2 RWST be used as the water source.

An operator has been briefed and is standing by with a copy of the procedure.

INITIATING CUE You are requested to fill safety injection accumulator 1-Sl-TK-IA to approximately 64% from the Unit 2 refueling water storage tank using the hydro-test pump in accordance with 1-OP-7.3.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM RI 70 TASK Fill the safety injection accumulators (1-OP-7.3).

TASK STANDARDS 1-Sl-TK-1A level is raised to approximately 64% in accordance with 1-OP7.3.

KIA

REFERENCE:

006-A402 (A4.0/38)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 10 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [1 SATISFACTORY [1 UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2 of 11 SET A, JPM H FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM RI 70 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

NAPS 2010 NRC EXAM Page: 3 of 11 SET A, JPM H FINAL REVISION 5/21/2010

INITIAL CONDITIONS Both units are stable at 100% power.

Indicated water level in safety injection accumulator 1-Sl-TK-1A is 57%.

Chloride concentration in Unit-I RWST is> 150 ppb.

Initial Conditions have been verified satisfied.

Precautions and Limitations have been reviewed.

Shift Manager directs that Unit 2 RWST be used as the water source.

An operator has been briefed and is standing by with a copy of the procedure.

INITIATING CUE You are requested to fill safety injection accumulator 1-Sl-TK-1A to approximately 64% from the unit-2 refueling water storage tank using the hydro-test pump in accordance with 1-OP-7.3.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Copy of 1-OP-7.3, signed off thru Sub-step 5.1.3 PERFORMANCE STEPS START TIME NAPS 2010 NRC EXAM Page: 4 of 11 SET A, JPM H FINAL REVISION 5/21/2010

Note: Operator will read the following procedure caution.

WHEN 1-Sl-58, Hydro Test PP To SI Accum Makeup Line Isol Valve, is open in Mode 1, 2, 3, CR4, THEN an Operator MUST remain in the immediate area in order to close 1-Sl-58 quickly if containment isolation becomes necessary.

Evaluators Note: Based on direction provided by JPM, operator will NIA Step 5.1 A of procedure.

1 Request Field Operator to align the hydro-test pump to take suction Procedure Step from the Unit 2 refueling water storage tank and perform a visual 5.1.5 & 5.1.6 of inspection of the hydro test pump. 1-OP-7.3 SAT[] UNSAT[]

Standards Field Operator is requested to align the hydro-test pump to take suction from the Unit 2 refueling water storage tank and perform a visual inspection of the hydro test pump (perform steps 5.1.5 & 5.1.6 of 1 -OP-7.3)

Notes/Comments When requested, booth operator will acknowledge direction from operator and call back when action is complete.

2 Verify that the HYDRO TEST PP STUFFING BOX RESERVOIR LO Procedure Step LEVEL annunciator (1G-G5) is NOT lit. 5.1.7 of 1-OP-7.3 IsAtu UNSAT[] 1 Standards Operator observes Annunciator 1G-G5 is NOT lit.

Notes/Comments NAPS 2010 NRC EXAM Page: 5 of 11 SET A, JPM H FINAL REVISION 5/21/2010

3 Record the indicated level for 1-Sl-TK-1A. Procedure Step 5.1.8 of 1-OP-7.3 1SAT[] UNSAT[1 I Standards Operator observes level in 1-Sl-TK-1A is approximately 57%.

Notes/Comments Operator may use PCS and/or vertical board meters to satisfy this step.

Note: Operator will read the following procedure caution.

DO NOT fill more than ONE SI Accumulator at a time. The cross-connection of the liquid space of SI Accumulator to the liquid space of another SI Accumulator is NOT allowed.

4 Open fill valve 1-Sl-HCV-1851A, for safety injection accumulator Procedure Step 1-Sl-TK-1A. 5.1.9 of 1-OP-7.3 Critical Step SAT{] UNSAT[]

I Standards OPEN Pushbutton for 1-Sl-HCV-1851A is momentarily depressed. I Notes/Comments Sub-steps that are not applicable should be marked N/A 5 Place the hydro-test pumps speed controller 1-Sl-HIC-1 947 to zero Procedure Step output. 5.1.11 of 1-OP-7.3 SAT[] UNSAT[]

I Standards Controller is confirmed to be set to zero output.

Notes/Comments Normal configuration is zero ouput.

NAPS 2010 NRC EXAM Page: 6 of 11 SET A, JPM H FINAL REVISION 5/21/2010

6 Start 1-Sl-P-2, hydro-test pump. Procedure Step 5.112 of 1-OP-7.3 Critical Step SAT[] UNSAT[}

I Standards I START pushbutton for 1-Sl-P-2 is momentarily depressed.

Notes/Comments 7 Increase the hydro-test pumps speed control to the desired output. Procedure Step 5.1.13 of 1-OP7.3 ISAT[] UNSAT[]

I Standards I 1-SI-HIC-1 947 controller setpoint is raised.

Notes/Comments Note: Operator will read the following procedure caution.

IF accumulator pressure rises excessively during filling, THEN the accumulator must be vented to the Gaseous Waste System using Subsection 5.5, Venting Safety Injection Accumulators.

NAPS 2010 NRC EXAM Page: 7 of 11 SET A, JPM H FINAL REVISION 5/21/2010

8 When the indicated level in safety injection accumulator 1-SI-TK-1A Procedure Step reaches the desired value place the hydro-test pumps speed 5.118.a of 1-OP-7.3 control to zero percent output.

Critical Step SAT[] UNSAT[]

Standards Hydro-test pumps speed control is lowered to zero percent output.

Notes/Comments Operator may use PCS and/or vertical board to monitor Accumulator level.

9 Wait 15 seconds. Procedure Step 5.1.18.b of 1-OP-7.3 SAT[] UNSAT[] I I Standards I Operator pauses for approximately 15 seconds.

Notes/Comments NAPS 2010 NRC EXAM Page: 8 of 11 SET A, JPM H FINAL REVISION 5/21/2010

10 Stop the hydro-test pump 1-Sl-P-2. Procedure Step 5.1.18.cofl-OP-7.3 I Critical Step SAT[] UNSAT[]

Standards I STOP pushbutton for 1-S-P-2 is momentarily depressed.

Notes/Comments This pump has a 5 second time delay in the motor control circuit; the pump will stop approximately 5 seconds AFTER the stop pushbutton is depressed.

11 Wait 60 seconds. Procedure Step 5.1.18.d of 1-OP-7.3 SAT[1 UNSAT[1 I Standards I Operator waits approximately 60 seconds.

Notes/Comments 12 Close 1-Sl-HCV-1851A, the fill valve for 1-Sl-TK-1A. Procedure Step 5.1.19 of 1-OP-7.3 ISATI] UNSATI1 I Standards I CLOSE pushbutton for 1-Sl-TK-1A is momentarily depressed.

Notes/Comments Sub-steps that are not applicable should be marked N/A.

NAPS 2010 NRC EXAM Page: 9ofll SET A, JPM H FINAL REVISION 5/21/2010

13 Record the indicated level for 1-Sl-TK-1A in Attachment 1, Procedure Step Section 1. 5.1.21 of 1-OP-7.3 ISATI1 UNSAT[1 I Standards I Level is recorded in Attachment 1 Section 1 Notes/Comments Operator may use PCS and/or vertical board meters to obtain Accumulator level.

14 If filling another Accumulator, repeat steps 5.1.8 through 5.1.21. Procedure Step 5.1,22 of 1-OP-7.3 ISATI1 UNSATI1 I Standards I Step is marked N/A.

Performance Another crew member will complete the rest of 1 -OP-7.3.

Cue(s) This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: lOofli SET A, JPM H FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

Recall IC #196 Do simspray and check recorders 1-OP-7.3 Step 5.1.5 & 5.1.6 -

when called align hydro test pump using extreme view from page SIl open SI-48 & SI58 and report to the operator that Steps 5.1.5 & 5.1.6 are complete.

Note: This is a different lineup than that called for by the procedure, however Unit 2 RWST is not modelled on the simulator.

IF called by operator report that hydro test pump is operating satisfactory.

NAPS 2010 NRC EXAM Page: 11 of 11 SET A, JPM H FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Unit-i is at 100% power.

Maintenance has been completed on i-I battery charger The swing charger is NOT supplying battery 1-I No annunciators have been defeated The 1-I battery room exhaust fan is in operation No maintenance rule actions are required Initial conditions of 1-OP-26.4.1 are satisfied All P&Ls of i-OP-26.4.i have been reviewed INITIATING CUE You are requested to place the 1-I battery charger in service on battery i-I per i-OP-26.4.i.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM N437 TASK Place a battery charger in operation on the safeguards watchstation (1-OP-26.4.1, 1-ECA0.0).

TASK STANDARDS Battery charger 1-I is in service on battery 1-I KIA

REFERENCE:

058-AA1.03 (3.1/3.3)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time 20 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [1 SATISFACTORY [1 UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: 2 of 14

EVALUATORS COMMENTS NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: 3 of 14

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM N437 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES Before being evaluated on the task, the trainee must have completed the reactor operators course checkout during which the objectives listed below would have been addressed.

NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: 4 of 14

INITIAL CONDITIONS Unit-i is at 100% power.

Maintenance has been completed on 1-I battery charger The swing charger is NOT supplying battery 1-I No annunciators have been defeated The i-I battery room exhaust fan is in operation No maintenance rule actions are required Initial conditions of i-OP-26.4.1 are satisfied All P&Ls of 1-OP-26.4.i have been reviewed INITIATING CUE You are requested to place the 1-I battery charger in service on battery 1-I per i-OP-26.4i.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Copy of i-OP-264.1 signed off thru 5.1.2 PERFORMANCE STEPS START TIME NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: 5 of 14

1 Verify Initial Condition is satisfied. Procedure Step 5.1.1 of 1-OP-26.4.1 SAT[] UNSAT[}

Standards Operator initials step 5.1 1.

Simulation Cue(s) I Review the JPM Initial Conditions.

otes/Comments Operator may elect to review Initial Conditions even though this is given in the initial conditions of this JPM.

2 Review Precautions and Limitations. Procedure Step 5.1.2 of 1-OP-26.4.1 ISATI] UNSAT[] I I Standards Operator initials step 5.1.2.

Simulation Cue(s) Review the JPM Initial Conditions.

Notes/Comments Operator may elect to review Precautions and Limitations even though this is given in the initial conditions of this JPM.

NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: 6 of 14

3 IF battery charger 1-I annunciator alarm was defeated, THEN Procedure Step establish communications with the unit CR0 and notify the Unit 1 5.1.3 of 1-OP-26,4.1 CR0 that Panel H B-I, BATTERY CHGR 1-I TROUBLE, will light while performing this subsection..

ISAT[] UNSAT[}

Standards I Operator N/As step 5.1.3.

Simulation Cue(s) Review the JPM Initial Conditions.

Notes/Comments 4 IF battery charger 1-I annunciator alarm was defeated, THEN enable Procedure Step the Panel H B-i, BATTERY CHGR i-I TROUBLE, annunciator as 5.1.4 of 1-OP-26.4.1 follows.

SAT[} UNSAT[}

Standards Operator N/As step 5.1.4 (including all substeps).

I Simulation Cue(s) Review the JPM Initial Conditions.

Notes/Comments NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: 7 of 14

5 Determine status of Swing Battery Charger 1 C-i: Procedure Step IF Swing Battery Charger 1 C-i is supplying Battery 1 -I, THEN do the 5.1 5.a of 1 -OP-26.4. 1 following.

SAT[] UNSAT[]

Standards Operator N/As step 5.i.5.a (including all substeps).

Simulation Cue(s) Review the JPM Initial Conditions.

Notes/Comments 6 E Swing Battery Charger IC-i is idle OR is supplying Battery 1-li, Procedure Step THEN at DC distribution panel i-EP-CB-12A, ensure Breaker ii, 5.i.5.b of i-OP-26.4.i Feeder from Swing Charger, is open.

SATI] UNSAT[1 I IStandards Operator N/As step 5.i.5.b.

Simulation Cue(s) I Review the JPM Initial Conditions.

Notes/Comments NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: 8 of 14

7 f the battery charger will be operated without an exhaust fan Procedure Step running in the Battery Room, THEN do the following.. 5.1.6 of 1-OP-26.4.1 SAT[1 UNSAT[1 Standards I Operator N/As step 5.1.6 (including all substeps).

Simulation Cue(s) I Review the JPM Initial Conditions.

Notes/Comments 8 Close 1-EE-BKR-1H1-4 D2L, Battery Charger 1-I Power Supply Procedure Step Circuit Bkr 1-BY-C-2. 5.1.7 of 1-OP-26.4.1 Critical Step SAT[] UNSAT[] 7 Standards 480-V breaker 1-EE-BKR-IH1-4 D2L handle is rotated clockwise approximately 75 degrees.

Simulation Cue(s) Breaker 1-EE-BKR-1H1-4 D2L handle is closed.

Notes/Comments Protected Equipment for the week of June 7, 2010 is Unit 2H (no impact on this task)

Protected Equipment for the week of June 21, 2010 is N/A (week 13 bye week)

NAPS 2010 NRC EXAM SET A, JPM FINAL REVISION 5/24/2010 Page: 9 of 14

9 At Normal Battery Charger Cabinet 1-I, close the DC Output Circuit Procedure Step Breaker. 5.1.8 of 1-OP-26.4.1 Critical Step SAT[] UNSAT[]

Standards DC output circuit breaker handle is rotated clockwise approximately 90 degrees.

Simulation Cue(s) I DC output circuit breaker is closed.

Notes/Comments 10 At DC distribution panel 1-EP-CB-12A, close Breaker 12, Feeder Procedure Step from normal charger. 5.1.9 of 1-OP-26.4.1 Critical Step SAT[] UNSAT{]

I Standards I Breaker #12 in 1-EP-CB-12A is pushed from right to left.

Performance Breaker #12 in 1-EP-CB-12A is closed.

Cue(s)

Notes/Comments NAPS 2010 NRC EXAM SETA, JPM IFINAL REVISION5/24/2010 Page: lOof 14

11 At Normal Battery Charger Cabinet 1-I, do the following: Procedure Step Close the AC Input Circuit Breaker. 5.1.10.a of 1 -OP--26.4. 1 Critical Step SAT[] UNSAT[]

Standards AC input circuit breaker handle is rotated clockwise approximately 90 degrees.

I Simulation Cue(s) I AC input circuit breaker is closed.

Notes/Comments 12 Ensure that the POWER ON light is bright. Procedure Step 5.1.10.b of 1 -OP-26.4. 1 SAT[] UNSATFI Standards POWER ON light is checked.

I Simulation Cue(s) POWER ON light is bright.

Notes/Comments NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: 11 of 14

13 Verify Panel H B-i, BATTERY CHGR i-I TROUBLE, is NOT lit. Procedure Step 5.1.11 of 1-OP-26.4.1 LsAT [1 UNSAT[ I I Standards The operator states that he/she would call control room to verify annunciator status.

Simulation Cue(s) Panel H B-i, BATTERY CHGR i-I TROUBLE, is NOT lit.

Notes/Comments 14 If Swing Battery Charger iC-i was on EQUALIZE in step 5.1.5.a.2, Procedure Step THEN place Battery Charger iC-i on EQUALIZE. 5.1.12 of 1-OP-26.4.1 ISAT[1 UNSATFI Standards Operator N/As step 5.1.12.

I Simulation Cue(s) Review the JPM Initial Conditions.

Notes/Comments NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: 12 of 14

15 Observe the battery charger and record the data below. Procedure Step 5.1.13 of 1-OP-26.4.1 ISAT[] UNSAT[}

Standards The operator records data.

I SimIfn Cue(s Output Current is 91 amps Output Voltage is 133.5 volts Negative Ground is 68 volts Positive Ground is 67 volts Notes/Comments NOTE: Operator will read the following procedure CAUTION.

CAUTION: Battery charger output voltage must be at least 132 VDC but NOT higher than 139 VDC.

16 If battery charger voltage is less than 132 VDC or higher than 139 Procedure Step VDC, THEN notify the Electrical Department and the SRO. 5.1.14 of 1OP26.4.1 ISAT[1 UNSAT[]

Standards lOperator reviews data and N/As step 5.1.14 Simulation Cue(s) Assume that another operator will complete the procedure.

This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: l3of 14

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

None NAPS 2010 NRC EXAM SET A, JPM I FINAL REVISION 5/24/2010 Page: 14 of 14

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS AC power has been lost 1-ECAO.O has been entered due to a loss of all AC power INITIATING CUE You are requested to isolate reactor coolant pump seals locally in accordance with 1-ECA-O.O, Attachment 3.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM N1O TASK Isolate the reactor coolant pump seals locally (1-ECA-0.0, 1-ECA-0.2, 1-AP-33.2, B.5.b.).

TASK STANDARDS Seal Injection, Seal Return, and Component Cooling return from the thermal barrier heat exchanger, have been isolated Work was performed in compliance with the Radiation Work Permit; exposure to surface and airborne contamination was minimized; and ALARA principles were applied KIA

REFERENCE:

003-A2.01 (3.5/3.9)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 10 minutes Start Time Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [ ] SATISFACTORY [1 UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date NAPS 2010 NRC EXAM Page: 2 of 8 SET A, JPM J FINAL REVISION 5/24/2010

EvALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 3 of 8 SET A, JPM J FINAL REVISION 5/24/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM NI 0 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES Before being evaluated on the task, the trainee must have completed the reactor operators course checkout during which the objectives listed below would have been addressed.

NAPS 2010 NRC EXAM Page: 4 of 8 SET A, JPM J FINAL REVISION 5/24/2010

INITIAL CONDITIONS AC power has been lost 1-ECA-O.O has been entered due to a loss of all AC power INITIATING CUE You are requested to isolate reactor coolant pump seals locally in accordance with 1-ECA-O.O, Attachment 3.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Administrative key PERFORMANCE STEPS START TIME NAPS 2010 NRC EXAM Page: 5 of 8 SET A, JPM J FINAL REVISION 5/24/2010

NOTE: Operator will read the following procedure NOTE.

NOTE: An Admin Key is required for performance of this attachment.

Isolate Seal Injection to all RCPs by closing the following valves Procedure Step (located in Unit 1 Penetration Area): 1 of 1-ECA-0.0 Att. 3

. 1-CH-318, 1A RCP Seal Injection Header Inlet Isol Valve

. 1-CH-314, lB RCP Seal Injection Header Inlet Isol Valve

. 1-CH-310,_1C_RCP_Seal_Injection_Header_Inlet_Isol_Valve Critical Step SAT[] UNSAT[]

Standards Operator unlocks and removes covers, loosens jam nuts, and closes the following valves:

• 1-CH-318, 1A RCP Seal Injection Header Inlet Isol Valve

. 1-CH-314, lB RCP Seal Injection Header Inlet Isol Valve

. 1-CH-310, IC RCP Seal Iniection Header Inlet Isol Valve Simulation Cue(s) Seal injection supply throttle valves 1-CH-318, 1-CH-314, and 1-CH-310 are all closed.

Notes/Comments These valves are in close proximity to an area where the dose rates are 50 90 mRem/hr.

2 Close 1-CC-757, Reactor Cool PPs Thermal Barrier CC Ret Isol Procedure Step Valve (located at penetration 8) 2 of 1-ECA-0.0 Att. 3 Critical Step SAT[] UNSAT[]

Standards Operator closes 1-CC-757, RCP thermal barrier CC return valve I Simulation Cue(s) RCP thermal barrier CC return valve 1-CC-757 is closed.

Notes/Comments NAPS 2010 NRC EXAM Page: 6of8 SET A, JPM J FINAL REVISION 5/24/2010

3 Locally close 1-CH-MOV-1 381, RCPs Seal Water Return Outside Procedure Step MOV (located behind the BIT). 3 of 1-ECA-0.0 Att. 3 Critical Step SAT[} UNSAT[]

I Standards RCP seal leak-off valve 1 -CH-MOV-1 381 is closed locally Simulation Cue(s) RCP seal leak-off valve 1-CH-MOV-1381 is closed.

Notes/Comments This valve is located in an area where the dose rates are 50 90 mRem/hr. Consider waiting in a low dose rate waiting area while the operator locates the valve, then having the operator indicate the valves location (e.g., shine a flashlight on the valve) and show how he/she would close the valve by simulating on a MOV in a low dose rate area (suggest 1-CH-MOV-1 11 5B or

-111 5D, which are located near the entrance to the penetration area).

4 Notify the Control Room that Attachment 3 is complete. Procedure Step 4 of 1-ECA-0.0 Att. 3 SAT[] UNSAT[} I Standards Control room is informed that Attachment 3 is complete.

Simulation cue Respond as CR0 that attachment 3 is complete.

This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 7 of 8 SET A, JPM J FINAL REVISION 5/24/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

None NAPS 2010 NRC EXAM Page: 8 of 8 SET A, JPM J FINAL REVISION 5/24/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS TURBINE DRIVEN AUX FEED PUMP TROUBLE/LO TROUBLE annunciator is lit Turbinedriven auxiliary feedwater pump trip/throttle valve is discovered closed INITIATING CUE You are requested to reset the steam driven auxiliary feedwater pumps trip/throttle valve in accordance with 1-AR-F-D8.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM N441 TASK Reset the auxiliary feedwater pump turbine trip/throttle valve (1-AR-F-D8).

TASK STANDARDS The unit 1 steam driven auxiliary feedwater pump overspeed trip valve has been reset K/A

REFERENCE:

061-A2.04 (3.4/3.8)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 7 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [1 SATISFACTORY ]UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature I Date EVALUATORS COMMENTS Dominion NAPS 2010 NRC EXAM Page: 2of9 SET A, JPM K FINAL REVISION 5/24/2010

North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM N441 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES Before being evaluated on the task, the trainee must have completed the reactor operators course checkout during which the objectives listed below would have been addressed.

INITIAL CONDITIONS TURBINE DRIVEN AUX FEED PUMP TROUBLE/LO TROUBLE annunciator is lit Turbine-driven auxiliary feedwater pump trip/throttle valve is discovered closed NAPS 2010 NRC EXAM Page: 3 of 9 SET A, JPM KFINAL REVISION 5/24/2010

INITIATING CUE You are requested to reset the steam driven auxiliary feedwater pumps trip/throttle valve in accordance with 1-AR-F-D8.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT None PERFORMANCE STEPS START TIME NAPS 2010 NRC EXAM Page: 4 of 9 SETA, JPM KFINAL REVISION512412010

1 IF 1-MS-TV-i 15 has tripped, THEN reset the valve as follows: Procedure Step Rotate hand wheel clockwise until the latch lever end is at the trip 2.1.a of i-AR-F-D8 hook.

Critical Step SAT[] UNSAT[]

Standards Handwheel is rotated in the clockwise direction until the latch lever end is at the trip hook or until the handwheel is at full travel in the clockwise direction.

I Simulation I Latch lever end is at the trip hook.

Notes/Comments Protected Equipment for the week of June 7, 2010 is Unit 2H (no impact on this task)

Protected Equipment for the week of June 21, 2010 is N/A (week 13 bye week)

Applicant may refer to a placard on the wall, which includes instructions for resetting the trip valve.

2 Push and hold the latch shaft toward the trip valve and ensure the Procedure Step tappet is fully down. 2.1.b of 1-AR-F-D8 Critical Step SAT[] UNSAT[]

Standards Latch shaft is pushed towards the trip valve until the tappet is fully down.

I Simulation Cue(s) I Tappet is fully down.

Notes/Comments NAPS 2010 NRC EXAM Page: 5of9 SETA, JPM KFINAL REVISION5/24/2010

3 Release the latch shaft. Procedure Step 2.1.c of 1-AR-F-D8 ISAT[] UNSAT[] 1 Standards I Latch shaft is released.

[Simulation Cue(s) After releasing the latch shaft, the shaft did not move.

Notes/Comments 4 Rotate the hand wheel counterclockwise until the valve stem is fully Procedure Step up, then back off 1/4 turn. 2.1.d of 1-AR-F-D8 Critical Step SAT[] UNSAT[]

Standards Handwheel is rotated in the counterclockwise direction until the valve stem is fully up or until the handwheel is at full travel in the counterclockwise direction.

Simulation Cue(s) Handwheel is at full travel in the counterclockwise direction and the valv stem is fully up.

Notes/Comments Backing off 1/4 turn is NOT critical.

NAPS 2010 NRC EXAM Page: 6 of 9 SET A, JPM K FINAL REVISION 5/24/2010

5 Verify 1-MS-TV-i 15 is fully latched open. Procedure Step 2.1.e of 1-AR-F-D8 JSAT[] UNSAT[] I Standards I 1-MS-TV-ii5 is verified latched fully open.

Simulation Cue(s) The valve stem is fully up.

Notes/Comments 6 Verify the tappet is fully down. Procedure Step 2.1.f of i-AR-F-D8 SAT[] UNSAT[] I Standards I The tappet is verified fully down.

[jpiulation Cue(s) The tappet is fully down.

Notes/Comments NAPS 2010 NRC EXAM Page: 7 of 9 SET A, JPM K FINAL REVISION 5/24/2010

7 IF lube oil reservoir is low, THEN have Maintenance Department Procedure Step refill lube oil reservoir to normal operating level. 2.2 of 1-AR-F-D8 ISAT[] UNSAT[]

I Standards Operator N/As step 22.

I Simulation Cue(s) This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 8of9 SET A, JPM K FINAL REVISION 5/24/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

None NAPS 2010 NRC EXAM Page: 9 of 9 SET A, JPM K FINAL REVISION 5/24/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Unit 1 down power was in progress. Ramp was held at approximately 76% power when the OATC noted that one control bank D rod was not tracking with the rest of the bank.

Control bank D control rod 1-1-14 is at 205 steps. as indicated by individual rod position.

1-AP-1 .3, Control Rod Out of Alignment, has been signed off to the point of performing Attachment 4, Realigning Control Rod Rod High.

An operator has been briefed and is standing by in the rack room with a copy of the attachment.

INITIATING CUE You are requested to perform 1-AP-1.3, Attachment 4, Realigning Control Rod - Rod High.

Maximum rod withdrawal and ramp rates are unrestricted.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM R477 (Modified)

TASK Respond to a misaligned control rod (1-AP-1.3).

TASK STANDARDS Operator correctly performs steps for rod reaUgnment in accordance with 1-AP-1 .3.

Operator performs immediate operator actions of 1AP-1.1.

K/A

REFERENCE:

OO1-A2.03 (3.5/4.2)

ALTERNATE PATH:

Operator implements 1-AP-1.1 in response to rod control system malfunction during rod realignment.

TASK COMPLETION TIMES Validation Time = 15 minutes Start Time =

Actual Time = minutes Stop Time PERFORMANCE EVALUATION Rating [ ] SATISFACTORY [1 UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature I Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2 of 11 SET B, JPM A FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM R477 (Modified)

READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

INITIAL CONDITIONS Unit 1 down power was in progress. Ramp was held at approximately 76% power when the OATC noted that one control bank D rod was not tracking with the rest of the bank.

Control bank D control rod H-14 is at 205 steps, as indicated by individual rod position.

1-AP-1 .3, Control Rod Out of Alignment, has been signed off to the point of performing Attachment 4, Realigning Control Rod Rod High.

An operator has been briefed and is standing by in the rack room with a copy of the attachment.

NAPS2O1ONRCEXAM Page:3ofll SET B, JPM A FINAL REVISION 5/21/2010

INITIATING CUE You are requested to perform 1-AP-1.3, Attachment 4, Realigning Control Rod - Rod High.

Maximum rod withdrawal and ramp rates are unrestricted.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Copy of 1-AP-1.3 signed off to step 17.

NAPS2O1ONRCEXAM Page:4ofll SET B, JPM A FINAL REVISION 5/21/2010

PERFORMANCE STEPS START TIME 1 Check misaligned rod in controlling bank YES.

- Procedure Step 1 of 1-AP-1.3Att.4 SAT[] UNSAT[1 I Standards Operator verifies both rod groups in the bank are at the same reading.

Notes/Comments 2 Record the affected bank position. Procedure Step 2 of 1-AP-1.3 Att.4 SAT[1 UNSAT[]

Standards Operator records the affected bank position (D 195).

Notes/Comments 3 Record the misaligned rods position. Procedure Step 3 of 1-AP-1.3 Att.4 SAT[] UNSAT[]

I Standards Operator records the misaligned rods position (1-1-14, 205 steps).

Notes/Comments Can use bench board indicator and/or PCS to perform this step.

NAPS 2010 NRC EXAM Page: 5 of 11 SET B, JPM A FINAL REVISION 5/21/2010

4 I Record the number of steps that the rod is misaligned. Procedure Step 4 of 1-AP-1.3 Att.4 ISAT[1 UNSAT[]

I Standards Operator records the number of steps that the rod is misaligned (H-14, 10 steps).

Notes/Comments 5 Place the control rod bank selector switch in BANK SELECT. Procedure Step 5 of 1-AP-1.3 Att.4 J Critical Step SAT[J UNSAT[] 1 Standards Rod control selector switch is selected to CONTROL BANK D position Notes/Comments NOTE: Operator will read the following procedure note.

NOTE: A flashing Group Step Counter display indicates low battery.

6 Manually adjust the Group Step Counter for the affected group to Procedure Step L the actual position of the misaligned rod, using the (UP) button. 6 of 1-AP-1.3 Att.4 Critical Step SAT{] UNSAT[]

Standards UP button is depressed and control bank D group 1 step counter indicates 205 steps.

Notes/Comments NAPS 2010 NRC EXAM Page: 6 of 11 SET B, JPM A FINAL REVISION 5/21/2010

NOTE: Operator will read the following procedure note.

NOTE: The shutdown banks do not have Pulse-to-Analog Converters.

7 Locally record the affected bank pulse-to-analog converter reading. Procedure Step 7 of 1-AP-1.3 Att.4 SAT[] UNSAT[] I Standards Operator requests that extra operator report the affected bank pulse to analog converter reading.

Notes/Comments When called booth operator will respond and report that Control bank D pulse-to-analog converter reading is 195.

8 Locally reset the affected bank Pulse-To-Analog Converter. Procedure Step 8 of 1-AP-1.3 Att.4 SAT [1 UNSAT [1 Standards Operator requests extra operator reset the affected bank Pulse-To-Analog Converter (perform step 8 of att.4) to 205 steps for control bank D.

Notes/Comments When requested booth operator will acknowledge order and report back that Pulse-To-Analog converter has been reset to 205 steps for Control Bank D.

9 Open all lift coil disconnect switches for the affected bank, except Procedure Step for the switch for the misaligned rod. 9 of 1-AP-1 .3 Att.4 Critical Step SAT[] UNSAT[1J Standards All lift coil disconnect switches (7 total) for control bank D are open (placed in the UP or DISCONNECTED position) except for rod H-14 Notes/Comments NAPS 2010 NRC EXAM Page: 7 of 11 SET B, JPM A FINAL REVISION 5/21/2010

10 Have second person independently verify that all Lift Coil Procedure Step Disconnect switches for the affected bank, except for the 10 of 1-AP-1.3 Att.4 misaligned rod(s), are open.

SATI1 UNSATF1 Standards I Operator acknowledges the IV is Complete.

Performance Inform the operator that the IV is complete.

Cue(s)

Notes/Comments 11 Adjust turbine load to maintain Tave within 1.5 uF of Tref during rod Procedure Step insertion. 11 of 1-AP-1.3 Att.4 SAT[] UNSAT[] I Standards I Tave is monitored during rod movement. I Notes/Comments Based on the existing Tave/Tref mismatch movement of a single rod by only 10 steps is relatively inconsequential; no adjustments will be necessary to compensate for the slight change in reactivity.

NAPS 2010 NRC EXAM Page: 8ofll SET B, JPM A FINAL REVISION 5/21/2010

NOTE: Operator will read the following procedure note. THEY should expect this alarm to occur since an urgent failure will be generated in power cabinet 2BD, since as stated all of iVs lift coils are disconnected.

NOTE: When the affected rod(s) are inserted, then Annunciator Panel A D-1, ROD CONTROL URGENT FAILURE, may annunciate, indicating the affected bank lift coils are de-energized.

12 Manually insert the affected control rod. Procedure Step 12 of 1-AP-1.3 Att.4 Critical Step SAT [1 UNSAT [1 Standards Operator momentarily places IN/HOLD/OUT switch to IN to insert Control rod H-14 until it is aligned with the rest of the bank.

Notes/Comments Operator may choose to insert the full 10 steps in one motion (since as given in the JPM rate is unrestricted), or insert in smaller step increments.

13 Manually insert the affected control rod two steps below the Procedure Step affected bank position. 13 of 1-AP-1.3 Att.4 (alternate path step rod continues to move uncontrolled when lnlHoldlOut switch is released.>

Critical Step SAT[] UNSAT[]

Standards Operator begins inserting Control rod H-14 to 2 steps below the affected bank position (193 steps) by placing the IN/HOLD/OUT switch to IN.

Notes/Comments Modification Rod continues to insert when the In/HoldIOut switch is released.

Operator will be required to implement 1-AP-1.1, Continuous Uncontrolled Rod Motion.

NAPS 2010 NRC EXAM Page: 9 of 11 SET B, JPM A FINAL REVISION 5/21/2010

12 Perform immediate operator actions of 1AP-1.1 from memory. Procedure Step (afternate path step, 1-AP-1.1 Step 2 RNO) 1&2 of 1-AP-1.1 Critical Step SAT[] UNSAT[J Standards 1) Control Rod Bank Selector Switch is placed in MANUAL.

AND

2) Rod motion is verified NOT stopped and operator trips the reactor and implements 1-EO.

Notes/Comments 13 Perform immediate operator actions of 1-E-O. Procedure Step Steps 14 of 1-E-O Standards I Immediate actions for 1-E-O are completed. J Demonstration Cues Acknowledge completion of 1-E-O immediate operator actions.

JPM is complete. 1 Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: lOofil SET B, JPM A FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

R477 (Modified)

Bring up 75% power IC (184)

Do Simspray and check recorders Do rod bank update, then Check PCS rod bank position , step 7 5 respond as extra operator and report P/A converter reading for control bank D is 195 steps , step 8 5 respond as extra operator and report P/A converter for control bank D has been reset to 205 steps NOTE: IC is shot with the following malfunctions & overrides:

• On monitor set rdp600(3) at 205.

• To make rods keep stepping in when misaligned rod is inserted to 194 steps:

1. Switch overrides: ROD_CO NT_IN = ON, Trigger = 5

2. CNTRL_ROD_AUTO = OFF, Trigger = 5

3. CNTRL_ROD_MAN = OFF, Trigger = 5

• Set trigger 5 on trigger screen as rdp600(3) .le. 194 NAPS 2010 NRC EXAM Page: 11 ofli SET B, JPM A FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Unit 1 has experienced a Steam Generator Tube Rupture.

The operating crew is implementing 1-E-3.

INITIATING CUE You are requested to align the condenser air ejector discharge to containment in accordance with 1-E-3, Step 9.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM R726 TASK Manuay align condenser air ejector discharge to containment (1-E-3).

TASK STANDARDS Air ejector discharge manually aligned to containment in accordance with 1-E-3.

K/A

REFERENCE:

073-A4.O1 (3.9/3.9)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 5 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating ]SATISFACTORY []UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature I Date EvALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2 of 7 SET B, JPM B FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM R726 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

INITIAL CONDITIONS Unit 1 has experienced a Steam Generator Tube Rupture.

The operating crew is implementing 1-E-3.

NAPS 2010 NRC EXAM Page: 3 of 7 SET B, JPM B FINAL REVISION 5/21/2010

INITIATING CUE You are requested to align the condenser air ejector discharge to containment in accordance with 1-E-3, Step 9.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s)).

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s)).

TOOLS AND EQUIPMENT Copy of 1-E-3 page 9 of 45.

PERFORMANCE STEPS START TIME 1 Remove the instrument fuses from the Condenser Air Ejector Procedure Step Radiation Monitor drawer. 9.a of 1-E-3 J Critical Step SAT[] UNSAT[] 1 Standards Instrument fuses are removed from 1-SV-RM-121, Condenser Air Ejector Radiation Monitor.

Notes/Comments This action will cause the HI and Hi-Hi radiator monitor annunciators to annunciate; these are expected alarms.

NAPS 2010 NRC EXAM Page: 4 of 7 SET B, JPM B FINAL REVISION 5/21/2010

2 Reset phase A isolation. Procedure Step 9.b of 1-E-3 Critical Step SAT[] UNSAT[]

Standards Both PHASE A ISOLATION RESET switches are momentarily placed in RESET.

Notes/Comments 3 Put both COND AIR EJECTOR DIVERT TO CONT SI RESET Procedure Step switches in RESET. 9.c of 1-E-3 Critical Step SAT[] UNSAT[]

Standards Both COND AIR EJECTOR DIVERT TO CONT SI RESET switches are momentarily placed in RESET.

Notes/Comments NAPS 2010 NRC EXAM Page: 5 of 7 SET B, JPM B FINAL REVISION 5/21/2010

4 Verify that the condenser air ejectors discharge is automatically Procedure Step aligned to the containment. 9.d of 1-E-3 ISATF1 UNSAT[1 Standards Condenser air ejectors discharge valves are verified in proper position:

e 1-SV-TV-102-1 is verified OPEN

• 1-SV-TV-103 is verified OPEN

• 1-SV-TV- 102-2 is verified CLOSED Notes/Comments 5 Open the auxiliary steam supply valves to the condenser air Procedure Step ejectors. 9.e of 1-E-3 Critical Step SAT[] UNSAT[]

Standards Auxiliary steam supply valves to the condenser air ejectors, 1-AS-FCV-IOOA and 1-AS-FCV-100B, are opened by momentarily depressing the OPEN push-button for each valve.

Performance Acknowledge operator that 1-E-3, Step 9 is complete.

Cue(s) This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 6 of 7 SET B, JPM B FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

Recall IC # 199 Do simspray and check recorders NAPS 2010 NRC EXAM Page: 7 of 7 SET B, JPM B FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Unit 1 is stable at 100% power.

Reactor Coolant Pump 1A has just lost seal cooling.

INITIATING CUE You are requested to respond to the loss of seal cooling in accordance with 1-AP-332, Loss of Reactor Coolant Pump Seal Cooling.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM R724 TASK Respond to a loss of reactor coolant pump seal cooling (1-AP-33.2).

TASK STANDARDS Reactor manually tripped, A RCP stopped, seal return isolated.

K/A

REFERENCE:

01 5-AA1 .22 (4.0/4.2)

ALTERNATE PATH:

Take action in response to MSR FCVs failing to reset and 1-CH-MOV-1 381 failing to close.

TASK COMPLETION TIMES Validation Time = 8 minutes Start Time =

Actua Time minutes Stop Time =

PERFORMANCE EVALUATION Rating [ ]SATISFACTORY [ I UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS Dominion North Anna Power Station NAPS 2010 NRC EXAM Page: 2 of 11 SET B, JPM C FINAL REVISION 5/21/2010

JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM R724 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

INITIAL CONDITIONS Unit 1 is stable at 100% power.

Reactor Coolant Pump 1A has just lost seal cooling.

NAPS 2010 NRC EXAM Page: 3ofll SET B, JPM C FINAL REVISION 5/21/2010

INITIATING CUE You are requested to respond to the loss of seal cooling in accordance with 1-AP-332, Loss of Reactor Coolant Pump Seal Cooling.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s)).

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s)).

TOOLS AND EQUIPMENT None NAPS 2010 NRC EXAM Page:4ofll SET B, JPM C FINAL REVISION 5/21/2010

PERFORMANCE STEPS START TIME Note: Operator will read the following procedure caution.

CAUTION:

Affected RCP seal cooling must be isolated and remain isolated until the RCS is cooled down to less than 200°F.

1 Verify that the affected reactor coolant pump(s) stopped. Procedure Step 1 of 1-AP-33.2 SAT[] UNSAT[J ndards Operator verifies that all RCPs are running and applies RNO step to t the reactor.

Notes/Comments 2 Trip the reactor. Procedure Step 1 RNO a of 1-AP-33.2 RNO Critical Step SAT [1 UNSAT [1 Standards Reactor trip switches on benchboard 1-1 and/or 1-2 momentarily placed in the TRIP position Notes/Comments NAPS 2010 NRC EXAM Page: 5 of 11 SET B, JPM C FINAL REVISION 5/21/2010

3 Verify reactor tripped. Procedure Step I of 1-E-O SATI1 UNSAT[] I Standards Operator verifies reactor is tripped (RTBs open, rod bottom lights on, flux decreasing).

Notes/Comments 4 Verify turbine trip YES Procedure Step Modified element, step 2 of 1-E-O has the operator manually 2 of l-E-O close Reheater FCVs when normal reset pushbutton fails.

Standards Operator verifies turbine stop valves closed, manually closes Reheater FCVs when RESET pushbutton fails, and verifies G12 open.

Notes/Comments This requires operator to perform additional actions to ensure reheaters are isolated.

5 Verify both ac emergency busses energized yes. Procedure Step 3 of 1EO ISAT[1 UNSAT[] I Standards Verifies 1 H and 1J busses both energized by observing volt meters on 1H and 1J EDG control panels.

Notes/Comments NAPS 2010 NRC E)(AM Page:6ofll SET B, JPM C FINAL REVISION 5/21/2010

6 Check if SI is actuated Procedure Step 4 of 1-E-O SAT[} UNSAT[} I Standards

• Checks low head pumps running- NO.

. Any first out annunciator lit NO.

Performance Additional crew members will continue with 1-E-O. The Unit Supervisor Cue(s) directs you to continue performance of 1-AP-33.2.

Notes/Comments 7 Stop the affected reactor coolant pump(s). Procedure Step 1.RNO b of 1-AP-33.2 Standards Control switch for reactor coolant pump 1A is placed in AUTO-AFTER-STOP or PULL-TOLOCK.

Notes/Comments NAPS 2010 NRC EXAM Page: 7 of 11 SET B, JPM C FINAL REVISION 5/21/2010

8 j Close the affected reactor coolant pumps spray valve. Procedure Step 1.RNOcofl-AP-33.2 JSAT[} UNSAT[J Controller for 1-RC-PCV-1455A is placed in MANUAL and the lower Standards push-button is momentarily depressed until the controller output indicates zero.

Notes/Comments 9 Verify that reactor coolant pump seal water return valve, Procedure Step 1CH-MOV-1381, is closed NO. (alternate path step valve

- 2.a RNO of 1-AP-33.2 open and cannot be closed)

SAT[] UNSAT[]

Standards Operator recognizes that 1-CH-MOV-1381 is still open (after momentarily depressing close pushbutton) and applies RNO to close 1-CH-MOV-1 380.

Notes/Comments Valve is open and will not close requiring operator to take action and close alternative valve 1 -CH-MOV-1 380.

NAPS 2010 NRC EXAM Page: 8ofll SET B, JPM C FINAL REVISION 5/21/2010

10 Close reactor coolant pump seal water return valve Procedure Step 1-CH-MOV-1 380. (alternate path step) 2.a RNO of i-AP-33.2 Critical Step SAT[] UNSAT[]

Standards Close push-button for reactor coolant pump seal water return valve, 1 -CH-MOV-1 380, is momentarily depressed.

Notes/Comments 11 Request an auxiliary building qualified operator to close the Procedure Step affected reactor coolant pumps seal injection isolation valve, 2.b of 1-AP-33.2 i-CH-31 8.

ISATFJ UNSAT[1 I Standards I Operator requests an auxiliary operator to close 1-CH-318.

Notes/Comments Booth operator will acknowledge direction and report back when action complete.

12 Close the affected Reactor Coolant Pump thermal barrier trip valve. Procedure Step 2.c of 1-AP-33.2 ISAT[) UNSAT[]

Standards Operator verifies that 1-CC-TV-i 16A, iA RCP thermal barrier CC return valve, is closed.

Notes/Comments Valve in the closed position is an Initial Condition of the IC for this JPM (loss of both seal injection flow and thermal barrier cooling) to provide entry conditions of i-AP-33.2.

NAPS 2010 NRC EXAM Page: 9of 11 SET B, JPM C FINAL REVISION 5/21/2010

13 Verify that the Component Cooling Water System is in service. Procedure Step 3 of 1-AP-33.2 SAT[J UNSATI]

Standards I Operator verifies that Component Cooling Water is in service.

Notes/Comments Note: Operator will read the following procedure notes.

NOTE:

• Affected RCP(s) should not be run before seal package inspection is completed.

• Affected RCP seals must be disassembled and inspected upon safe plant shutdown and cooldown.

14 Determine if natural circulation cooldown is required. Procedure Step 4.a RNO of 1-AP-33.2 SATE] UNSAT[J Standards Operator determines that natural circulation is NOT required since RCPs are running. Applies RNO step a - go to 1-OP-3.2.

Performance As Unit Supervisor acknowledge procedure transition requirement and Cue(s) completion of 1-AP-33.2, inform operator that this completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: lOof 11 SET B, JPM C FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE R724 TASK Respond to a loss of Reactor Coolant Pump seal cooling (1-AP-33.2).

CHECKLIST Recall IC #185 Do Simspray and check recorders Respond as Auxiliary Building operator to close affected RCP Seal injection Isolation valve (1-CH-318) when directed by operator (1-AP-33.2, Sub-step 2.b).

NAPS 2010 NRC EXAM Page: 11 of 11 SET B, JPM C FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Unit 1 is at 95% power. Unit 2 is at 100% power.

Electrical System Status is as follows:

• Both unit-2 emergency busses are being supplied from the normal feeders.

o 1 H emergency bus is being supplied by its normal feeder.

• IJ emergency bus normal feeder breaker tripped open, and the 1J Emergency Diesel Generator has loaded onto the bus.

0-AP-1 0, Loss of Electrical Power, has been completed through notifying the Shift Manager of the results of the electrical system diagnosis.

INITIATING CUE You are requested to complete 0-AP-lO, Attachment 21, Unit 1 EDG Load Configuration to Prevent Overloading.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM R506 TASK Configure emergency bus loads to prevent emergency diesel generator overload (O-AP1O).

TASK STANDARDS Equipment is started and stopped as required to configure loads on 1J emergency bus to prevent EDG overload.

KIA

REFERENCE:

026-A2.05 (3.1/3.2)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 8 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [ ] SATISFACTORY [ ]

UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2 of 9 SET B, JPM D FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM R506 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

NAPS 2010 NRC EXAM Page: 3 of 9 SET B, JPM D FINAL REVISION 5/21/2010

INITIAL CONDITIONS Unit 1 is at 95% power. Unit 2 is at 100% power.

Electrical System Status is as follows:

Both unit-2 emergency busses are being supplied from the normal feeders.

• 1H emergency bus is being supplied by its normal feeder.

• 1J emergency bus normal feeder breaker tripped open, and the IJ emergency diesel generator has loaded onto the bus.

0-AP-1 0, Loss of Electrical Power, has been completed through notifying the shift manager of the results of the electrical system diagnosis.

INITIATING CUE You are requested to complete the Unit 1 EDG Load Configuration to Prevent Overloading Attachment in 0-AP-lO.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s)).

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s)).

TOOLS AND EQUIPMENT None NAPS 2010 NRC EXAM Page: 4 of 9 SET B, JPM D FINAL REVISION 5/21/2010

PERFORMANCE STEPS START TIME Note: Operator may call to have equipment checked when startinglstopping, booth operator will respond as need and report back that operation is satisfactory.

Note: Operator will read the following procedure note.

NOTE: Monitor EDG load parameters closely during any pump operations.

1 Check 1 H EDG is the sole source of power to the 1 H Emergency Procedure Step Bus. 1 of 0-AP-lO, Att. 21 JSAT[J UNSAT[]

Standards 1 H EDG is the sole source of power to the 1 H Emergency Bus. NO Operator marks Step 1 of the procedure N/A.

Notes/Comments Note: Operator will read the following higher order action step, determine that this step (2) applies and proceed.

IF 1J EDG is the sole source of power to 1J Emergency Bus, THEN do the following to limit the amount of instantaneous loading that could occur in the event of an Sl/CDA:

2 Start service water pump i-SW-P-lB. Procedure Step 2.a of 0-AP-lO, Att. 21 Critical Step SAT[] UNSAT[]

Standards Control switch for 1 -SW-P-i B is momentarily placed in START Notes/Comments NAPS 2010 NRC EXAM Page: 5 of 9 SET B, JPM D FINAL REVISION 5/21/2010

3 Stop service water pump 2-SW-P-lA. Procedure Step 2.b of 0-AP-lO, Att. 21 SAT[] UNSAT[] I Evaluators Operator may state that he would ask Unit 2 OATC to stop 2-SW-P-IA:

Note: IF required, THEN provide cue listed below.

Standards Control switch for 2-SW-P-lA is momentarily placed in STOP.

Performance The unit supervisor requests that you stop 2-SW-P-lA Cue(s)

Notes/Comments 4 Place 1-CH-P-1B in Pull-To-Lock. Procedure Step 2c.1 of 0-AP-lO, Att. 21 SAT[] UNSAT[]

Standards Condition is NOT met and operator marks step N/A Notes/Comments 5 Place 1-CH-P-1C in Pull-To-Lock. Procedure Step 2.c.2 of O-AP-1 0, Aft 21 ISAT[] UNSAT[] I Standards I Condition is NOT met and operator marks step N/A Notes/Comments NAPS 2010 NRC EXAM Page: 6of 9 SET B, JPM D FINAL REVISION 5/21/2010

6 Start charging pump i-CH-P-1B. Procedure Step 2.c.3 of 0-AP-lO, Att. 21 Critical Step SAT[] UNSAT[]

I Standards Control switch for 1 -OH-P-i B is momentarily placed in START Notes/Comments Annunciator C-A7 will alarm (expected) as a result of this action. IF mentioned by operator, as SRO acknowledge receipt of alarm.

7 Stop charging pump 1-CH-P-1A. Procedure Step 2c.4 of 0-AP-lO, Att. 21 ISATF1 UNSATI1 I Standards I Control switch for i-OH-P-iA is momentarily placed in STOP Performance If asked, then as SRO, direct the operator to place i-OH-P-iA in auto Cue(s) after-stop (stop pump and place in standby).

Notes/Comments NAPS 2010 NRC EXAM Page: 7 of 9 SET B, JPM D FINAL REVISION 5/21/2010

8 Clear the Lockout Alarm on 1-CH-P-1C. Procedure Step 2.c.5ofO-AP-1O, Att. 21 ISAT[1 UNSATI]

[Standards I Control switch for 1-CH-P-1C is momentarily placed in STOP.

Performance After operator resets lockout, then inform them that another operator Cue(s) will complete 0-AP-lO, Attachment 21.

This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 8 of 9 SET B, JPM D FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE R506 TASK Configure emergency bus loads to prevent emergency diesel generator overload (0-AP-1 0).

CHECKLIST Recall IC #181 (95 % power)

Check rod banks and perform update if required Do simspray and check recorders Have sufficient copies of 0-AP-1 0 attachment 21, Unit-i EDG Load Configuration to Prevent Overloading.

Throughout JPM 4 respond as field operator if requested during pump starts/stops and report that all equipment status changes are satisfactory.

Note: IC is shot as follows A charging pump is running the unit-2 service water pumps (2-SW-P-IA and 1 B) are running Enter on monitor screen EL15J1IBKR = F OR Open 15J11 using Extreme View Perform the actions of 0-AP-1 0 through determining from the shift supervisor if the 480-volt busses are to be checked NAPS 2010 NRC EXAM Page: 9 of 9 SET B, JPM D FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Loss of normal charging has occurred The running charging pump has been in service for several weeks INITIAliNG CUE You are requested to restore charging flow in accordance with 1-AP-49, Loss of Normal Charging.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM 12423 TASK Charging flow control valve fails closed TASK STANDARDS 1-CH-FCV1122 is shifted to local control and charging flow is established from the auxiliary shutdown panel KIA

REFERENCE:

004-A4.06 (3.6/3.1)

ALTERNATE PATH:

Establish control of charging from aux shutdown panel in response to failure of 1-CH-FC-1122.

TASK COMPLETION TIMES Validation Time 13 minutes Start Time =

Actual Time minutes Stop Time =

PERFORMANCE EVALUATION Rating {

I SATISFACTORY [

]UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature I Date EVALUATORS COMMENTS Dominion NAPS 2010 NRC EXAM Page: 2 of 11 SET B, JPM E FINAL REVISION 5/21/2010

North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM 12423 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

INITIAL CONDITIONS Loss of normal charging has occurred The running charging pump has been in service for several weeks NAPS 2010 NRC EXAM Page: 3 of 11 SET B, JPM E FINAL REVISION 5/21/2010

INITIATING CUE You are requested to restore charging flow in accordance with 1-AP-49, Loss of Normal Charging.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Copy of 1-AP-49 Copy of 1-AP-20 page 7 of 24 (only)

PERFORMANCE STEPS START TIME 1 Check charging pump for gas binding. Procedure Step 1 of 1-AP-49 SAT[1 UNSATF1 I Standards Charging pump is checked for gas binding NO (goes to step 3 per RNO).

Notes/Comments Charging pump flow, amps, and discharge pressure are all stable (amps are slightly lower than normal since 1-CH-FCV-1122 is failed closed).

NAPS 2010 NRC EXAM Page: 4 of 11 SET B, JPM E FINAL REVISION 5/21/2010

2 Verify charging pump manipulations in progress. Procedure Step 3 of 1-AP-49 SAT[] UNSAT[]

Standards Charging pump manipulations are determined to be NOT in progress RNO is implemented.

Notes/Comments Provided by initial conditions of JPM (running charging pump has been in service for several weeks).

3 Isolate letdown by closing the letdown orifice isolation valves. Procedure Step 3 RNO a(1) of 1-AP-49 Critical Step SAT[] UNSAT[]

Standards 1-CH-HCV-1 2008 control switch is momentarily placed in CLOSE.

Notes/Comments 4 Isolate letdown by closing the letdown isolation valves. Procedure Step 3 RNO a(2) of 1-AP-49 ISAT[] UNSAT[] I Standards Control switch for 1-CH-LCV-1460A is placed in either SQL or CLOSE.

LStandards Control switch for 1-CH-LCV-1460B is placed in CLOSE.

Candidate will now go to step 10 of the procedure per step 3b RNO.

Notes/Comments NAPS 2010 NRC EXAM Page: 5 of 11 SET B, JPM E FINAL REVISION 5/21/2010

5 Verify volume control tank level is greater than 12%. Procedure Step 10 of 1-AP-49 SAT [1 UNSAT []

Standards VCT level is verified greater than 12%.

Verify the charging pump suction valves from the volume control Procedure Step tank are open. 11 of 1-AP-49

[SATj] UNSAT[J Standards Charging pump suction valves from the VCT 1-CH-MOV-1115C AND 1-CH-MOV.1115E are verified open Notes/Comments 7 Verify volume control tank pressure is greater than 15 psig. Procedure Step 12 of 1-AP49 SAT[] UNSAT[]

Standards VCT pressure is verified greater than 15 psig Candidate will now go to step 15 of the procedure per step 13.

Notes/Comments NAPS 2010 NRC EXAM Page: 6of 11 SET B, JPM E FINAL REVISION 5/21/2010

8 Verify charging pump suction MOVs OPEN.

- Procedure Step 15 of 1-AP-49 SATI1 UNSATI]

Standards The foHowing Charging pump suction MOVs are verified open:

e 1-CH-MOV-1267A

. 1-CH-MOV-1267B

. 1-CH-MOV-1269A

. 1-CH-MOV-1269B

• 1-CH-MOV-1270A

. 1-CH-MOV-1270B Notes/Comments 1

9 Check charging pump discharge MOVs OPEN.

- Procedure Step 16.a of 1-AP-49 SAT[] UNSAT[]

Standards The following Charging pump discharge MOVs are verified open:

. 1-CH-MOV-1286A

. 1-CH-MOV-1287A e 1-CH-MOV-1286B

. 1-CH-MOV-1287B

. 1-CH-MOV-1286C

. 1-CH-MOV-1287C Notes/Comments NAPS 2010 NRC EXAM Page: 7 of 11 SET B, JPM E FINAL REVISION 5/21/2010

10 Check charging me isolation valves open. Procedure Step 16,b of 1-AP-49 SATI1 UNSAT[1 Standards Charging line isolation MOVs 1-CH-MOV-1 289A AND 1 -CH-MOV-1 2898 are verified open Notes/Comments 11 Check output demand indicated on 1-CH-FCV-1 122. Procedure Step 16.c of 1-AP-49 SAT[1 UNSATF1 Standards 1-CH-FCV1122 controller demand is determined to be zero and candidate goes to RNO.

Notes/Comments NAPS 2010 NRC E)(AM Page: 8ofll SET B, JPM E FINAL REVISION 5/21/2010

12 Open 1-CH-FCV-1 122. Procedure Step (afternate path stop) 16.c RNO c bullet 1 of 1-AP-49 SAT[] UNSAT[]

Standards Candidate attempts to place controller for 1-CH-FCV-1 122 in manual and open valve (candidate continues to next RNO since they are unable to open valve).

Notes/Comments Controller will not transfer to manual when attempted.

13 Locally throttle 1-CH-289. Procedure Step 16.c RNO c bullet 2 of L 1-AP--49 ISAT{1 UNSAT[]

Standards Candidate directs operator to locally throttle 1-CH-289, and when informed that valve will not open, continues with next bullet in RNO column.

Notes/Comments When called booth operator will acknowledge direction and report back that 1CH-289 CAN NOT be opened.

NAPS 2010 NRC EXAM Page: 9 of 11 SET B, JPM E FINAL REVISION 5/21/2010

Note: the next step will use the Auxiliary shutdown panel located in the simulator.

Provide candidate Copy of 1-AP-20, page 7 of 24, (located behind this page) with cue.

14 1-CH-FCV-1 122 to local control and control charging flow. Procedure Step 16.c RNO c bullet 3 of 1-AP-49 & 1-Ap-20 step 11.a Critical Step SAT[} UNSAT[]

Standards 1-CH-FCV-1 122 LOCAL-REMOTE switch in the auxiliary shutdown panel is placed in LOCAL Standards 1 -CH-FCV-1 122 half-station controller output is increased to achieve approximately 40 gpm flow as indicated at the auxiliary shutdown panel Performance

• You are now the Safeguards Operator, the SRO directs you to Cue(s) establish 40 gpm charging flow from the auxiliary shutdown panel using 1-AP-20, step ha RNO ONLY

• If asked by operator, then provide cue - Assume another operator is monitoring the board.

• When operator establishes 4ogpm charging flow, acknowledge and inform_them_that_this_completes_the_JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: lOof 11 SET B, JPM E FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE 12423 TASK Charging flow control valve fails closed CHECKLIST Recall IC 182 Do simspray and check recorders WHEN OPERATOR GOES TO THE ASDP TURN HORNS OFF if desired, or just silence alarms.

Step 16c RNO - When called by operator acknowledge order to locally throttle 1-CH-289, call back and report that 1-CH-289 CAN NOT be opened.

Note: IC is shot with the following setup:

Goto RUN, place 1-CH-FCV-1122 in manual, and lower output to zero Enter the following controller overrides (delay time 0 for all)

• FCVi 22_MAN = OFF

• FCV122_R1 = ON

• FCV122_R4=OFF

• FCV122_RAISE = OFF Place the simulator in FREEZE NAPS 2010 NRC EXAM Page: 11 of ii SET B, JPM E FINAL REVISION 5/21/2010

Dominion North Anna Power Station CONTROL ROOM JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Recirculation Spray System is in operation due to a valid Containment Depressurization Actuation (CDA) signal.

Increasing radiation is indicated 1-RM-SW-126, 1C Recirc Spray Ht Exch SW Return Rad Monitor.

Trend recorder 1-RM-RR-100 indicates increasing radiation for 1-RM-SW-126, 1C Recirc Spray Ht Exch SW Return Rad Monitor.

High and High-High alarms are illuminated on radiation monitor 1-RM-SW-126, 1C Recirc Spray Ht Exch SW Return Rad Monitor.

High Volume Blowdown of Service Water Reservoir is NOT in service.

INITIATING CUE You are requested to respond to the high radiation indicated on 1-RM-SW-126, 1C Recirc Spray Ht Exch SW Return Rad Monitor, in accordance with 1-AP-5, Attachment 10.

Dominion North Anna Power Station IN-PLANT JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM R775 TASK Respond to a Recirculation Spray Heat Exchanger Service Water Radiation Monitor alarm (1-AP-5).

TASK STANDARDS CDA was reset, 1-RSP-2B was stopped, and SW was isolated to the C RSHX.

KIA

REFERENCE:

073-A4.O1 (3.9/39)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 15 minutes Start Time =

Actual Time = minutes Stop Time PERFORMANCE EVALUATION Rating [ISATISFACTORY [1 UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page 2of 12 SET B, JPM F FINAL REVISION 5/21/201002/25/08

Dominion North Anna Power Station IN-PLANT JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM R775 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the Reactor Operator level.

NAPS 2010 NRC EXAM Page3ofl2 SET B, JPM F FINAL REVISION 5/21/201002/25/08

INITIAL CONDITIONS Recirculation Spray System is in operation due to a valid Containment Depressurization Actuation (CDA) signal.

Increasing radiation is indicated 1-RM-SW-126, IC Recirc Spray Ht Exch SW Return Rad Monitor.

Trend recorder 1-RM-RR-100 indicates increasing radiation for 1-RM-SW-126, 1C Recirc Spray Ht Exch SW Return Rad Monitor.

High and High-High alarms are illuminated on radiation monitor 1-RM-SW-126, 1C Recirc Spray Ht Exch SW Return Rad Monitor.

High Volume Blowdown of Service Water Reservoir is NQI in service.

INITIATING CUE You are requested to respond to the high radiation indicated on l-RM-SW-126, 1C Recirc Spray Ht Exch SW Return Rad Monitor, in accordance with 1-AP-5, Attachment 10.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Blank copy of 1-AP-5, Attachment 10 (ONLY) to be provided to applicant.

NAPS 2010 NRC EXAM Page 4 of 12 SET B, JPM F FINAL REVISION 5/21/201002/25/08

PERFORMANCE STEPS START TIME EVALUATORS NOTE This JPM has been formatted for ease of use. Steps in the LEFT column match the steps of Attachment 10 of 1-AP-5. The pages listed in the right column correspond to the pages of Attachment 10 of 1-AP-5.

I Check 1-RMSW126 to determine if the alarm is the result of an Page obvious radiation monitor malfunction. 1 of 4 SAT[] UNSAT[]

Standards This Step marked NIA.

May Check drawer light indication, meter reading not pegged, trend on recorder, etc. to confirm Radiation Monitor is NOT failed.

Notes/Comments 2a Secure Service Water Reservoir High Volume Blowdown, if in Page service. 2 of 4 ISATI1 UNSAT[1 Standards This Step marked NIA.

Operator determines Service Water Reservoir High Volume Blowdown is NOT in service.

Notes/Comments Information provided by Initial Conditions of JPM.

NAPS 2010 NRC EXAM Page5ofl2 SET B, JPM F FINAL REVISION 5/21/201002/25/08

2b Request the Health Physics Department to sample the affected Page I Recirculation Spray Heat Exchanger and to check radiation levels 2 of 4 L in the quench spray basement area.

SAT[] UNSAT[]

Standards I Operator requests HP to perform sampling and check radiation levels. I Notes/Comments When called Booth Operator will respond as Health Physics and report that the service water sample from 1-RS-E-1C, C Recirc Spray Heat Exchanger, has abnormally high activity AND that the radiation level in the Quench Spray basement has increased significantly.

2c Request Station Management to determine if the affected heat Page exchanger should be isolated. 2 of 4 ISAT[1 UNSAT[]

Standards Operator contacts Shift Manager or SRO (e.g. Operations Supervisor, Operations Manager, Operations Manager ON-Call, etc.) for guidance.

Performance Respond as SRO and inform the operator that Station Management Cues directs 1-RS-E-1C, C Recirc Spray Heat Exchanger, be isolated.

Notes/Comments NAPS 2010 NRC EXAM Page 6 of 12 SET B, JPM F FINAL REVISION 5/21/201002/25/08

3 Refer to Tech Spec 3.6.7 for the Recirc Spray System Page requirements. 2 of 4 SAT[] UNSAT[]

Standards Operator identifies the need to refer to Tech Spec 3.6.7.

Performance Respond as SRO and acknowledge the operators request and inform Cues them that you will refer to TS 3.6.7.

Notes/Comments 4a Reset both trains of CDA. Page 3 of 4 SAT[] UNSAT[))

Standards Both Spray Actuation Reset switches are momentarily placed in RESET OR Annunciator 1 K-H6, CDA INITIATED is verified NOT LIT.

Notes/Comments CDAwas previously reset by 1-E-1, Step 9.

NAPS 2010 NRC EXAM Page 7 of 12 SET B, JPM F FINAL REVISION 5/21/201002/25/08

4b To isolate 1-RS-E-1A. Page 3 of 4 SAT[] UNSAT[}

Standards Step is marked N/A.

Notes/Comments 4c To isolate 1-RS-E-1 B. Page 3 of 4 SAT[j UNSAT[J Standards I Step is marked N/A.

Notes/Comments NAPS 2010 NRC EXAM Page 8 of 12 SET B, JPM F FINAL REVISION 5/21/201002/25/08

4d1 To isolate 1-RS-E-IC, do the following: Page Request the Safeguards operator to place the key-lock switches for 3 of 4 1-SW-MOV-103C and 1-SW-MOV-104C in the DEFEAT position.

Critical Step SAT[] UNSAT[]

Standards Safeguards operator is requested to place the key-lock switches for 1-SW-MOV-103C and 1-SW-MOV-104C in the DEFEAT position.

Notes/Comments When called booth operator will acknowledge direction from operator and report back action complete.

Note: this action will result in the following annunciators:

• 1 K-E3, SER WTR SYS LOGIC CABS UNITS 1 AND 2 DOOR OPEN

• 1J-F8, UNIT 1 SW KEY LOCK SWITCH IN DEFEAT 4d2 Stop 1-RS-P-2B. Page 3 of 4 Critical Step ISAT[] UNSAT[]

Standards 1-RS-P-2B is stopped by momentarily placing the control switch in STOP.

Notes/Comments NAPS 2010 NRC EXAM Page9ofl2 SET B, JPM F FINAL REVISION 5/21/201002/25/08

4d3 Stop 1-SW-P-7 (sample pump). Page 3 of 4 Critical Step SAT[] UNSAT[]

Standards 1-SW-P-7 is stopped by momentarily placing the control switch in STOP.

Notes/Comments There are no light indications for the sample pump.

4d4 Close 1-SW-MOV-103C. Page 3 of 4 Critical Step SAT[] UNSAT[] 1 Standards 1-SW-MOV-103C is closed by momentarily depressing the CLOSE pushbutton.

Notes/Comments 4d5 Close 1-SW-MOV-104C. Page 3 of 4 Critical Step SAT[] UNSAT[]

Standards 1-SW-MOV-104C is closed by momentarily depressing the CLOSE pushbutton.

Notes/Comments NAPS 2010 NRC EXAM Page 10 of 12 SET B, JPM F FINAL REVISION 5/21/201002/25/08

4e To isolate 1-RS-E-1D. Page 4 of 4 SAT[] UNSAT[]

Standards Step is marked N/A.

Notes/Comments 5 Submit a condition report / work request to initiate repairs. Page 4 of 4 SAT{] UNSAT[] I Standards Operator identifies the need to generate a condition report / work request.

Performance Inform the operator that the SRO will perform this action.

Cues This completes the JPM.

Notes/Comments

>>>>> END OF EVALUATION <<<<<

STOP TIME NAPS 2010 NRC EXAM Page 11 of 12 SET B, JPM F FINAL REVISION 5/21/201002/25/08

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE R775 TASK Respond to a recirculation spray heat exchanger service water radiation monitor alarm (1-AP-5).

CHECKLIST Recall IC 175

- When called, respond as Health Physics and report that the service water sample from 1-RS-E-IC, C Recirc Spray Heat Exchanger, has abnormally high activity AND that the radiation level in the Quench Spray basement has increased significantly.

When called, respond Safeguards operator and acknowledge order to place the key-lock switches for 1-SW-MOV-103C and 1-SW-MOV-104C in the DEFEAT position (1-AP-5, Attachment 10, Step 4.d.l) as described below:

• Actuate TRIGGER 1. TRIGGER I will override annunciator K-E3 ON (simulates opening door on cabinet). After a 20 second time delay, the interlock switch for 1-SW-MOV-103C will automatically be placed in DEFEAT. After an additional 10 seconds the interlock switch for 1-SW-MOV-104C will automatically be placed in DEFEAT.)

o After the functions associated with TRIGGER I have been fully implemented, call up the K-E3 override in the malfunction section of the INSTRUCTOR

SUMMARY

, override the annunciator OFF (simulates closing door on cabinet).

NAPS 2010 NRC EXAM Page 12 of 12 SET B, JPM F FINAL REVISION 5/21/201002/25/08

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Loss of reactor coolant has occurred.

Containment Depressurization Actuation has occurred due to a valid containment depressurization signal.

Containment pressure is less than 13 psia.

1-E-1, Loss of Reactor or Secondary Coolant, has been completed to the point of establishing redundant cold-leg injection flow paths.

INITIATING CUE You are requested to establish redundant cold-leg injection flow paths in accordance with Step 26 of 1 -E-1, Loss of Reactor or Secondary Coolant.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM R758-AP TASK Establish redundant cold-leg injection flow paths (1-E-1).

TASK STANDARDS Charging pumps are correctly aligned (dependent on initial pump configuration) for redundant cold-leg injection flow paths.

KIA

REFERENCE:

006-A4.05 (3.9/3.8)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 6 minutes Start Time =

Actua Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [ ]SATISFACTORY [ I UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page:2oflO SET B, JPM G FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM R758-AP READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

INITIAL CONDITIONS Loss of reactor coolant accident has occurred.

Containment Depressurization Actuation has occurred due to a valid containment depressurization signal.

Containment pressure is less than 13 psia.

1 -E-1, Loss of Reactor or Secondary Coolant, has been completed to the point of establishing redundant cold-leg injection flow paths.

NAPS 2010 NRC EXAM Page: 3 of 10 SET B, JPM G FINAL REVISION 5/21/2010

INITIATING CUE You are requested to establish redundant cold-leg injection flow paths in accordance with Step 26 of 1-E-1, Loss of Reactor or Secondary Coolant.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Copy of 1-E-1 pages 22, 23, and 24 PERFORMANCE STEPS START TIME NAPS 2010 NRC EXAM Page: 4 of 10 SET B, JPM G FINAL REVISION 5/21/2010

1 Check two charging pumps running - NO. Procedure Step 26.a Alternate Path step Critical Step SAT[] UNSAT[J Standards

• Candidate identifies only one charging pump running (1 -C H-P-i C).

• Candidate performs Step 26.a RNO and starts charging pump 1-CH-P-1 B.

NOTE: Step specifies that only ONE running charging pump is permitted for each emergency bus. Since 1-CH-P-iC is already being supplied by the 1 H emergency bus, the Candidate must start i-CH-P-i B and NOT 1-CH-P-1A. Starting 1-CH-P-1A will result in a loss of redundancy between trains since a loss of I H emergency bus will cause a loss of both trains of HHSI.

Notes/Comments 2 Power to BOTH trains of redundant flow path SI MOVs Procedure Step 26.b AVAILABLE.

ISAT[] UNSAT[] I Standards Candidate verifies power is being supplied to redundant SI flow path motor-operated valves for A train and B train.

Notes/Comments Per the initial conditions of the JPM there is NO equipment out of service, and power has NOT been lost to any safeguards train.

NAPS 2010 NRC EXAM Page: 5 of 10 SET B, JPM G FINAL REVISION 5/21/2010

3 Energize and open 1-Sl-MOV-1 836, SI COLD LEG INJECTION Procedure Step 26.c ALTERNATE HEADER ISOLATION.

Critical Step SAT[] UNSAT[]

Standards

• Candidate depresses ON push-button for 1-Sl-MOV-1 836 control power.

AND

• Candidate opens 1-SI-MOV-1 836 by depressing the OPEN pushbutton.

Notes/Comments 4 Check A Charging Pump RUNNING Procedure Step 26.d Alternate Path step Critical Step SAT[] UNSAT[]

Standards . Candidate determines that 1-CH-P-1A is NOT running and refers to the RNO for Step 26.d.

• Candidate closes 1-CH-MOV-1286C, C Charging Pump Normal Header Discharge by momentarily placing control switch in CLOSE.

. Candidate noes to Step 26.f.

Notes/Comments NAPS 2010 NRC EXAM Page: 6 of 10 SET B, JPM G FINAL REVISION 5/21/2010

I5 Check if the B charging pump is running. Procedure Step 26.f. I SAT[] UNSAT[}

Standards I Candidate determines that the B charging pump is running.

Notes/Comments 6 Close 1-CH-MOV-1287B, B Charging Pump Alternate Header Procedure Step 26.g Discharge.

Critical Step SAT[] UNSAT[]

Standards Candidate closes 1-CH-MOV-1287B by momentarily placing control switch in the CLOSE position.

Notes/Comments NAPS 2010 NRC EXAM Page: 7 of 10 SET B, JPM G FINAL REVISION 5/21/2010

7 I Verify SI flow. Procedure Step 26.h I ISATI1 UNSAT[]

Standards License applicant verifies SI flow indicated on the following flow indicators:

. 1-Sl-Fl-1943

. 1-Sl-Fl-1943-1

. 1-SI-Fl-i 940

. 1-SI-Fl-i 940-1 Notes/Comments 8 Open the recirculation valve for the charging pump that is NOT Procedure Step 26.i running.

ISATI1 UNSATI1 Standards Candidate opens 1-CH-MOV-1275A, A Charging Pump Recirculation Valve by momentarily placing the control switch in the OPEN position.

(other valves listed should be marked N/A)

Notes/Comments NAPS 2010 NRC EXAM Page:8oflO SET B, JPM G FINAL REVISION 5/21/2010

9 Close the discharge valves for the charging pump that is NOT Procedure Step 26.j running.

Critical Step SAT[] UNSAT[]

Standards . Candidate closes 1-CH-MOV-1286A by momentarily placing the control switch in the CLOSE position.

. Candidate closes 1-CH-MOV-1287A by momentarily placing the control switch in the CLOSE position.

(other valves listed should be marked N/A)

Performance Acknowledge completion of 1 -E-1, Step 26.

Cue(s) This completes the JPM.

Notes/Comments

>>>>> END OF EVALUATION <<<<<

STOP TIME NAPS 2010 NRC EXAM Page: 9 of 10 SET B, JPM G FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE R758-AP TASK Establish redundant cold-leg injection flow paths (1-E-1).

NOTE: Recall IC 173 for NRC initial license exam 2010 Booth operator -* If called for pump startslstops respond as directed and report operation is satisfactory.

CHECKLIST Recall 100% power IC Enter malfunction MRCO1OI, time delay = 10, ramp = 60, start = 0, stop = 100 Go to RUN, and perform 1-E-0 to l-E-l Start 1-CH-P-1C Stop 1-CH-P-1A and 1-CH-P-1B When the Safety Injection System swaps to cold-leg recirculation, then perform the steps to the point of establishing redundant cold-leg injection flow paths Place the simulator in FREEZE NAPS 2010 NRC EXAM Page: 10 of 10 SET B, JPM G FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Containment depressurization actuation has not been actuated.

Containment pressure is approximately 23 psia and slowly increasing due to an intermediate size break LOCA.

1-FR-Z.4, Response to Containment Positive Pressure, has been completed through establishing Instrument Air to the Containment.

INITIATING CUE You are requested to reduce containment pressure to subatmospheric in accordance with 1-FR-Z.4, beginning with Step 4.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM R765 TASK Reduce containment pressure to subatmospheric (1-FR-Z.4).

TASK STANDARDS Recirc spray is started and CRDM fans are stopped.

K/A

REFERENCE:

022-A4.04 (3.1/3.2)

ALTERNATE PATH:

Recirc Spray must be started and CRDM fans must be stopped in response to CNTMT pressure NOT decreasing TASK COMPLETION TIMES Validation Time = 15 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [ ]SATISFACTORY [

]UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2 of 11 SET B, JPM H FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM R765 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES The trainee has completed the applicable course knowledge training at the reactor operator level.

NAPS 2010 NRC EXAM Page: 3 of 11 SET B, JPM H FINAL REVISION 5/21/2010

INITIAL CONDITIONS Containment depressurization actuation has not been actuated Containment pressure is approximately 23 psia and slowly increasing due to an intermediate size break LO.CA.

1-FR-Z.4, Response to Containment Positive Pressure, has been completed through establishing Instrument Air to the Containment.

INITIATING CUE You are requested to reduce containment pressure to subatmospheric in accordance with 1-FR-Z.4, beginning with Step 4.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Copy of 1-FR-Z.4 signed off through Step 3 (establishing instrument air to the containment)

NAPS 2010 NRC EXAM Page: 4 of 11 SET B, JPM H FINAL REVISION 5/21/2010

PERFORMANCE STEPS START TIME 1 Verify that the containment air recirculation fan chilled water supply Procedure Step isolation valves are open. 4.a of 1-FR-Z.4 ISATFI UNSATFI Standards Operator verifies the following valves open:

• I-CC-TV-il 5A

. i-CC-TV-ii5B

. i-CC-TV-115C Notes/Comments 2 Verify that the containment air recirculation fan chilled water return Procedure Step isolation valves are open. 4.b of i-FR-Z.4 SAT[] UNSAT1 I Standards Operator verifies the following valves open:

. i-CC-TV-105A

• i-CC-TV-105B

. i-CC-TV-iO5C

• i-CC-TV-bOA

. i-CC-TV-bOB

. i-CC-TV-iOOC Notes/Comments NAPS 2010 NRC EXAM Page: 5 of ii SET B, JPM H FINAL REVISION 5/21/2010

3 Verify that the containment air recirculation fans are running: Procedure Step

. 1-HV-F-1A 4.c of 1-FR-Z.4

. 1-HV-F-IB

. 1-HV-F-1C SAT[] UNSAT{] I Standards Operator determines that 1-HV-F-1A, 1-HV-F-1B, and 1-HV-F-IC are in a trip condition.

Performance The containment air recirculation fans have tripped on over-current.

Cue(s) Station management has directed that no attempt be made to try and restart the fans.

Notes/Comments 4 Verify that the chiIed water system is in service. Procedure Step 4.d of 1-FR-Z.4 SAT[] UNSAT[]

Standards I Operator verifies that Mechanica Chifler is in service.

Notes/Comments NAPS 2010 NRC EXAM Page:6ofll SET B, JPM H FINAL REVISION 5/21/2010

5 Check CRDM fans RUNNING.

- Procedure Step 5 of 1-FR-Z.4 ISATF1 UNSATI]

Standards Operator verifies three control rod drive mechanism cooling fans are running: (Running fans shown in BOLD type)

. 1-HV-F-37A or 1-HV-F37D

. I -HV-F-37B or I -HV-F37E

• I-HV-F-37C or I-HV-F37F Notes/Comments 6 Check containment pressure stable or decreasing. Procedure Step (alternate path step) 6 of l-FR-Z.4 SATI1 UNSATI] I Standards Operator checks containment pressure stable or decreasing.- NO, and goes to Step 9 of the procedure per the RNO.

. 1-LM-PI-IOOA

. 1-LM-PI-IOOB

. 1-LM-PI-100C

• 1-LM-PI-100D

. 1-LM-PR-11OB Notes/Comments NAPS 2010 NRC EXAM Page: 7 of 11 SET B, JPM H FINAL REVISION 5/21/2010

7 Check recirculation spray sump level YES.

- Procedure Step 9 of 1-FR-Z.4 SAT[] UNSAT[1 I Standards Operator determines containment recirculation spray sump level is greater than 4 ft 10 in. using the following:

. 1-RS-Ll-151A

. 1-RS-Ll-151B Notes/Comments 8 Verify all CRDM fans are stopped. Procedure Step (alternate path step) 10 of 1-FR-Z.4 JSAT[] UNSAT[J I Standards Operator checks all CRDM fans stopped NO and goes to RNO.

Notes/Comments 9 Stop all CRDM fans. Procedure Step 10 RNO of 1-FR-Z.4 Critical Step SAT[] UNSAT[] I Standards Operator places control switches for running CRDM fans to OFF:

. 1-HV-F37D

. 1-HV-F37E

. I -HV-F-37C Notes/Comments NAPS 2010 NRC EXAM Page: 8 of 11 SET B, JPM H FINAL REVISION 5/21/2010

10 Check that 1-RS-P-1A is available. Procedure Step 11 of 1-FR-Z.4 ISATfI UNSAT[] I Standards Operator determines based on current conditions that 1-RS-P-1A available.

Notes/Comments 11 Align service water to 1-RS-E-1A. Procedure Step 12.a of 1-FR-Z.4 Critical Step ISAT[] UNSAT[]

Standards The following valves are opened by momentarily depressing the OPEN push-buttons for each valve.

• 1-SW-MOV-1O1A

. 1-SW-MOV-103A

. 1-SW-MOV-104A,

. 1-SW-MOV-105C Notes/Comments 12 Start inside recirculation spray pump 1-RS-P-1A. Procedure Step 12.b of 1-FR-Z.4 Critical Step ISAT[] UNSAT[]

I Standards I Control switch for 1-RS-P-IA is momentarily placed in START Notes/Comments NAPS 2010 NRC EXAM Page: 9 of 11 SET B, JPM H FINAL REVISION 5/21/2010

13 Operate 1-RS-P-1A to maintain containment pressure < 13 psia. Procedure Step 13 of 1-FR-Z.4 ISATF1 UNSATI] I Standards Operator acknowledges another operator will be assigned to monitor containment pressure.

Performance Another operator will be assigned to monitor containment pressure.

Cue(s) This completes the jpm Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: lOof 11 SET B, JPM H FINAL REVISION 5/21/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE R765 TASK Reduce containment pressure to subatmospheric (1-FR-ZA).

CHECKLIST Recall IC 176 Ensure CRDM fan alignment is 1-HV-F37C, D, and E running, and 1-HV-F-37A, B, and F OFF.

NAPS 2010 NRC EXAM Page: 11 of 11 SET B, JPM H FINAL REVISION 5/21/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS A fire has occurred in the control room INITIATING CUE You are requested to establish local Charging control through the boron injection tank (BIT) and isolate normal charging on Unit 1 in accordance with O-FCA-1, attachment 15, step 6.

Assume you have the following equipment:

• Radio and emergency lantern from the Appendix R locker Admin key

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM N921 TASK Align and control charging flow through the boron injection tank locally (O-FCA1).

TASK STANDARDS BIT recirculation flow is isolated, charging flow through the BIT is established, and normal charging is isolated.

Work was performed in compliance with the Radiation Work Permit; exposure to surface and airborne contamination was minimized; and ALARA principles were applied.

KIA

REFERENCE:

002-A2.O1 (4.3/4.4).

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 15 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [ ] SATISFACTORY [ ] UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date NAPS 2010 NRC EXAM Page: 2 of 13 SET B, JPM I FINAL REVISION 5/24/2010

EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 3 of 13 SET B, JPM I FINAL REVISION 5/24/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM N921 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES Before being evaluated on the task, the trainee must have completed the reactor operators course checkout during which the objectives listed below would have been addressed.

NAPS 2010 NRC EXAM Page: 4 of 13 SET B, JPM I FINAL REVISION 5/24/2010

INITIAL CONDITIONS A fire has occurred in the control room.

INITIATING CUE You are requested to establish local Charging control through the boron injection tank (BIT) and isolate normal charging on Unit 1 in accordance with O-FCA1 attachment 15, step 6.

Assume you have the following equipment:

• Radio and emergency lantern

• Admin key EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Administrative key Appendix-R lantern Appendix-R radio PERFORMANCE STEPS START TIME NAPS 2010 NRC EXAM Page: 5 of 13 SET B, JPM I FINAL REVISION 5/24/2010

1 Establish local Charging control through Boron Injection Tank as Procedure Step follows: 6.a of O-FCA-i Att. 15 Proceed to unit 1 penetration area.

JSAT[] UNSAT[] I I Standards I Operator proceeds to unit-i penetration area.

Notes/Comments 2 Establish communications with Unit-i ROISRO. Procedure Step 6.bofO-FCA-1 Att. 15 ISAT[] UNSAT[]

I Standards Operator contacts Unit-i RO/SRO.

I Simulation Cue(s) Unit-i RO/SRO acknowledges the message.

Notes/Comments NAPS 2010 NRC EXAM Page: 6 of 13 SET B, JPM I FINAL REVISION 5/24/2010

3 Check closed at least one of the following Boron Injection Tank outlet Procedure Step recirc valves (BIT area): 6.c of O-FCA-1 Att. 15

. 1-SI-TV-i 884A OR

. 1-SI-TV-I 884B SAT [] UNSAT [] 1 Standards Operator checks 1-SI-TV-i 884A and i-SI-TV-1884B.

Simulation Cue(s) i-SI-TV-i 884A AND 1884B are both OPEN.

If operator checks BIT recirc flow, inform operator that flow is 9 gpm.

Notes/Comments These valves are in close proximity to an area where the dose rates are 50 90 mRem/hr.

NAPS 2010 NRC EXAM Page: 7 of 13 SET B, JPM I FINAL REVISION 5/24/2010

4 If at least one BIT outlet recirculation valve is NOT closed, THEN Procedure Step close one of the following valves (BIT area): 6.c of O-FCA-1 Att. 15

. 1-SI-71, BIT Outlet Header to Boric Acid Tanks isolation (Alternate path)

OR

. 1-Sl-74, BIT Outlet Recirc Header isolation Critical Step SAT[] UNSAT[]

Standards Operator closes at least one of the following valves:

• 1-Sl-71

• 1-SI-74 Simulation Cue(s) After one of the valves has been closed, inform operator that BIT recircu lation flow indicates zero.

Notes/Comments These valves are in close proximity to an area where the dose rates are 50 90 mRem/hr.

NAPS 2010 NRC EXAM Page: 8 of 13 SET B, JPM I FINAL REVISION 5/24/2010

5 Locally open one of the following BIT outlet isolation valves (East Procedure Step wall): 6.d of 0-FCA-1 Att. 15

. 1-SI-MOV-1867C OR

. 1-Sl-MOV-1867D Critical Step SAT[1 UNSAT[]

Standards Operator opens at least one of the following valves:

. 1-Sl-MOV-1867C

• 1-Sl-MOV-1867D Simulation Cue(s) 1-Sl-MOV-1867C (or 1-SI-MOV-1867D) stem indicator is now at the top red line Notes/Comments These valves are located near an area where the dose rates are 50 90 mRem/hr. Consider waiting in a low dose rate waiting area while the operator locates the valve(s), then having the operator indicate the valves location (e.g., shine a flashlight on the valves) and show how he/she would open the valve by simulating on a MOV in a low dose rate area (suggest 1-CH-MOV-1 115B or -1115D, which are located near the entrance to the penetration area).

NAPS 2010 NRC EXAM Page: 9 of 13 SET B, JPM I FINAL REVISION 5/24/2010

6 Establish charging flow through the BIT by locally throttling open one Procedure Step of the following BIT outlet isolation valves (BIT area): 6,e of 0-FCA-1 Att. 15

. 1-SlMOV-1867A OR

. 1-Sl-MOV-1867B Critical Step SAT[] UNSAT[]

Standards Operator throttles open at least one of the following valves:

• 1-Sl-MOV-1867A

. 1-Sl-MOV-1867B SirnnIfrn (.ii.( Flow noise is now heard through the pipe.

Sir Cii(s IF operator requests guidance from RO, then inform the operator that the RO reports PRZR level is adequate and no additional throttling is required at this time.

Notes/Comments These valves are located near an area where the dose rates are 50 90 mRem/hr. Consider waiting in a low dose rate waiting area while the operator locates the valve(s), then having the operator indicate the valves location (e.g., shine a flashlight on the valves) and show how he/she would open the valve by simulating on a MOV in a low dose rate area (suggest 1-CH-MOV-11 15B or -1115D, which are located near the entrance to the penetration area).

NAPS 2010 NRC EXAM Page: lOof 13 SET B, JPM I FINAL REVISION 5/24/2010

7 Perform the following to isolate Normal Charging: Procedure Step 6.fofO-FCA-1 Att. 15

. Request Unit 1 RO/SRO to close 1-CH-FCV-1 122 (Alternate path)

OR

. Locally close 1-CH-287, inlet isolation for 1-CH-FCV-1 122 AND

. Locally close 1-CH-289, bypass for 1-CH-FCV-1 122 CritcaI Step SAT{) UNSAT[]

I Standards I I -CH-287 is closed.

Simulation Cue(s) IF RO is requested to close 1-CH-FCV-1122, THEN read the following cue:

RO reports that 1-CH-FCV-1122 is failed open due to fire damage.

After operator closes 1-CH-287, THEN read the following cue:

1-CH-287 and 289 are both closed.

Notes/Comments Checking closed 1-CH-289, bypass for 1-CH-FCV-1 122, is NOT critical, since the valve is normally closed.

NAPS 2010 NRC EXAM Page: 11 of 13 SET B, JPM I FINAL REVISION 5/24/2010

8 Maintain PRZR level by adjusting the following valve(s) that were Procedure Step opened in step 6.e, as directed by Unit-I RO/SRO. 6.q of O-FCA-I Att. 15 SAT[) UNSAT[] I Standards Unit-i RO/SRO is contacted to determine if additional throttling is required.

Simulation Cue(s) Another operator will adjust charging flow as directed by the Unit-I RO/SRO. This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 12 of 13 SET B, JPM I FINAL REVISION 5/24/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

None NAPS 2010 NRC EXAM Page: 13of13 SET B, JPM I FINAL REVISION 5/24/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS The Station Blackout (SBO) diesel generator auto-started due to a valid signal on Unit 1 All initial conditions of O-OP-6.4 are satisfied All P&Ls of O-OP-6.4 have been reviewed Assume you have a Sync key INITIATING CUE You are requested to align the SBO diesel generator to supply the F transfer bus in accordance with O-OP-6.4, Section 5.1.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM N1671 TASK Prepare the station blackout diesel generator for loading following an automatic start (0-OP-6.4).

TASK STANDARDS The SBO diesel is aligned to supply the F transfer bus.

KIA

REFERENCE:

055-EA2.03 (3.9/4.7)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 20 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating []SATISFACTORY [ ] UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 2 of 18

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM N1671 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES Before being evaluated on the task, the trainee must have completed the reactor operators course checkout during which the objectives listed below would have been addressed.

NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 3 of 18

INITIAL CONDITIONS The Station Blackout (SBO) diesel generator auto-started due to a valid signal on Unit I All initial conditions of O-OP-6.4 are satisfied All P&Ls of O-OP-6.4 have been reviewed Assume you have a Sync key INITIATING CUE You are requested to align the SBO diesel generator to supply the F transfer bus in accordance with O-OP-6.4, Section 5.1.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT None PERFORMANCE STEPS START TIME NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 4 of 18

1 Verify Initial Conditions are satisfied. Procedure Step 5.1.1 of O-OP-6.4 SATF1 UNSATI1 Standards I Operator initials step 5.1.1.

I Simulation Cue(s) I Review the JPM Initial Conditions.

Notes/Comments Operator may elect to review Initial Conditions even though this is given in the initial conditions ofthisJPM.

2 Review Precautions and Limitations. Procedure Step 5.1.2 of O-OP-6.4 ISAT[1 UNSAT[]

I Standards Operator initials step 5.1.2.

Simulation Cue(s) I Review the JPM Initial Conditions.

Notes/Comments Operator may elect to review Precautions and Limitations even though this is given in the initial conditions of this JPM.

NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 5 of 18

one of the following. Mark steps not performed N/A: Procedure Step

a. E the engine is running, THEN do one of the following: 5.1 .3.a.1 of O-OP-6.4

1) jf engine speed is approximately 900 rpm as indicated on 0-AAC-SPI-2, Engine Speed meter, on 0-AAC-PNL-2, SBO

)iesel Control Panel, THEN cio to ster 5.15.

ISAT[1 UNSATFI Standards Operator determines SBO diesel is running at 900 rpm, initials substep 5.1.3.a.1, and N/As substeps 5.1.3.a.2 through 5.1.4 (all)

Simulation Cue(s) I SBO engine speed is 900 rpm. I Notes/Comments 4 Place the HAND/OFF/AUTO switch for 0-BFO-P-4, SBO DG Fuel Oil Procedure Step Xfer Pump, in AUTO (located on 0-AAC-MCC-OMI-B3). 5.1.5 of 0-OP-6.4 Critical Step SAT[] UNSAT[]

Standards HAND/OFF/AUTO switch for 0-BFO-P-4, SBO DG Fuel Oil Xfer Pump, is placed in AUTO.

Notes/Comments Switch is normally in OFF.

NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 6 of 18

NOTE: Operator will read the following procedure NOTE.

NOTE: The SRO should be notified if any of the following breakers are NOT closed before any attempt is made to close the breakers in Step 5.1.7.

5 Verify proper breaker alignment as follows: Procedure Step

a. Verify the following breakers are aligned as indicated. Use 5.1 .6.a of O-OP-6.4 the status lights next to the appropriate O-AAC-BKR Breaker Control Switches on O-AAC-PNL-1, SBO Diesel Generator Control Panel. Refer to Attachment 1, SBO Diesel Generator Breaker Control Panel Mimic, as required. Do NOT reposition_any_breakers_at_this_time.

ISATF1 UNSATI1 Standards Operator checks the following breaker alignment:

. 05M1-CLOSED

. 05M5-CLOSED a 04M1-1-OPEN a 04M1-2-CLOSED Simulation Cue(s) a Breaker 05M1 RED light is LIT a Breaker 05M5 RED light is LIT a Breaker 04M1-1 GREEN light is LIT

. Breaker 04M1-2 RED light is LIT Notes/Comments NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 7 of 18

6 IF any breaker in substep 5.1 .6.a was NOT properly aligned, THEN Procedure Step inform the SRO. Breakerwill be realigned in step 5.1.7. 5.1.6.b of O-OP-6.4 ISATF1 UNSATI1 I Standards I Operator N/As step 5.1 .6.b.

I Simulation Cue(s) None.

Notes/Comments 7 For all breakers properly aligned in substep 5.1 .6.a, THEN flag the Procedure Step breakers as follows: 5.1 .6.c of O-OP-6.4

. 05M1 RED-

. 05M5-RED

. 04M1-1 GREEN

. 04M1-2-RED SATI1 UNSATF1 Standards Operator manipulates control switches as follows:

. 05M1 control switch to CLOSE, then AUTO

. 05M5 control switch to CLOSE, then AUTO

. 04M1-1 control switch to OPEN, then AUTO

. 04M1-2_control_switch_to_CLOSE,_then_AUTO iIfirr Cue(s) I Notes/Comments NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 8 of 18

8 IF the breakers are NOT correctly aligned in substep 5.1.6.a, THEN Procedure Step align the breakers on 0-AAC-PNL-1, SBO Diesel Generator Control 5.1.7 of 0-OP-6.4 Panel, as follows. Refer to Attachment 1 as required.

ISATr1 UNSATI1 I Standards Operator N/As step 5.1.7.

Simulation Cue(s None.

Notes/Comments NOTE: Operator will read the following procedure NOTE.

NOTE: WHEN evaluating which Transfer Bus will be supplied, THEN consideration should be given to selecting a Transfer Bus which would power Unit I or Unit 2 H Bus. H Bus supplies the Instrument Air compressors. IF there would not be any adverse plant impact as a result of choosing the H bus instead of the J bus, THEN the H Bus is the preferred bus.

9 Have the SRO determine which transfer bus will be supplied by the Procedure Step SBO. Record the bus. 5.1.8 of 0-OP-6.4 ISAT[] UNSAT[] I Standards I Operator records F in the blank.

I Simulation Cue(s) IF needed, cue that SRO directs that F transfer bus be aligned.

Notes/Comments Direction to align to F transfer bus is provided by the initiating cue.

NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 9 of 18

10 Ensure interlock Defeat 43-15E3 Switch is in NORM (located on Procedure Step 0-AAC-PNL-1). 5.1.9 of 0-OP-6.4 ISAT[] UNSAT[] I Standards Operator checks Interlock Defeat 43-1 5E3 Switch and observes it is in NORMAL.

I Simulation Cue(s) I Interlock Defeat 43-1 5E3 Switch is as you see it now (in normal).

Notes/Comments NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 10 of 18

11 IF Transfer Bus D was recorded in step 5.1.8, THEN do the Procedure Step following. 5.110 of 0-OP-6.4 SAT[} UNSAT[J I I Standards I Operator N/As step 5.1.10.

I Simulation Cue(s) I None.

Notes/Comments 12 IF Transfer Bus E was recorded in step 5.1.8, THEN do the Procedure Step followina. 5.1.11 of 0-OP-6.4 SATFI UNSATI]

I Standards I Operator N/As step 5.1.1 1.

Simulation Cue(s) None.

Notes/Comments NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 11 of 18

13 IF Transfer Bus F was recorded in step 5.1.8, THEN do the following: Procedure Step

a. Ensure O-AAC-BKR-05L3, SBO D Bus Tie Circuit Breaker, is 5.1.1 2.a of O-OP-6.4 open.

b. Ensure O-AAC-BKR-05L2, SBO M Bus Tie Circuit Breaker, is open.

c. Ensure O-AAC-BKR-05M3, Feed to Bus L Circuit Breaker, is open.

d. Ensure O-AAC-BKR-05L1, SBO E Bus Circuit Breaker, is open.

ISATI1 UNSAT[1 Standards Operator checks the following breakers indicate open:

a O-AAC-BKR-05L3, SBO D Bus Tie Circuit Breaker a O-AAC-BKR-05L2, SBO M Bus Tie Circuit Breaker a O-AAC-BKR-05M3, Feed to Bus L Circuit Breaker

. O-AAC-BKR-05L1, SBO E Bus Circuit Breaker Simihfiri (.iic( . Breaker O-AAC-BKR-05L3 GREEN light is LIT

. Breaker O-AAC-BKR-05L2 GREEN light is LIT a Breaker O-AAC-BKR-05M3 GREEN light is LIT a Breaker O-AAC-BKR-05L1 GREEN light is LIT Notes/Comments NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 12of18

14 Close O-ACC-BKR-05M2, Feed to Transfer Bus F Tie Breaker. Procedure Step 5.1.12.e of O-OP-6.4 Critical Step ISAT[1 UNSAT[]

Standards Operator places the control switch for breaker O-ACC-BKR-05M2, Feed to Bus F Circuit Breaker, to CLOSE.

I Simulation Cue(s) I Breaker O-ACC-BKR-05M2 RED light is UT and GREEN light is NOT lit. I Notes/Comments 15 Insert Synch Switch Key in receptacle for Manual Synch SW Feed to Procedure Step F Bus 1SS-15F5 and place in ON. 5.1.12.fofO-OP-6.4 Critical Step ISAT[1 UNSAT[]

Standards Operator performs the following:

. Inserts Synch Switch Key in receptacle for Manual Synch SW Feed to F Bus ISS-15F5

• Rotates Synch Switch Key to the ON position.

I Simulation Cue(s) Synch switch 1SS-15F5 is on.

Notes/Comments NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 13 of 18

16 Do the following: Procedure Step

. Have Unit 1 OATC ensure 1-EP-BKR-15F1, C RSS 5.1.12.q.1 of O-OP-6.4 Transformer Normal Feed, is OPEN SATI1 UNSATI]

Standards Operator requests the OATC to ensure breaker 1-EP-BKR-15F1, C RSS Transformer Normal Feed, is OPEN.

ISimulation Cue(s) IBreaker 1-EP-BKR-15F1, C RSS Transformer Normal Feed, is OPEN.

Notes/Comments NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 14 of 18

17 Have the Backboards Operator ensure the following breakers are Procedure Step open: 5.112.q.2 of O-OP-6.4

. 1-EP-BKR-15F3, 4160V TRANS BUS iF FEED TO EMER BUS 1H

. 1-EP-BKR-15F4, 4160V TRANS BUS iF FEED TO EMER BUS 2J

. 1-EE-BKR-15H11, 4160V EMER BUS 1H NORMAL FEED

.__1-EE-BKR-25J11,_4160V EMER_BUS 2J_NORMAL_FEED ISAT[] UNSAT[}

Standards Operator requests the Backboards Operator to ensure the following breakers are open:

. 1-EP-BKR-15F3, 4160V TRANS BUS iF FEED TO EMER BUS 1H

. i-EP-BKR-15F4, 4160V TRANS BUS IF FEED TO EMER BUS 2J

. 1-EE-BKR-15H11, 4160V EMER BUS 1H NORMAL FEED

. 1-EE-BKR-25J1 1, 4160V EMER BUS 2J NORMAL FEED Simulation Cue(s The following breakers are open:

. 1-EP-BKR-15F3, 4160V TRANS BUS IF FEED TO EMER BUS 1H

. i-EP-BKR-1 SF4, 4160V TRANS BUS iF FEED TO EMER BUS 2J

. 1-EE-BKR-15H11, 4160V EMER BUS 1H NORMAL FEED

. 1-EE-BKR--25J11, 416OVEMER BUS2J NORMAL FEED Notes/Comments NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: l5of 18

18 Close O-AAC-BKR-15F5, SBO F Bus Tie Circuit Breaker. Procedure Step 5.1.12.h of O-OP-6.4 Critical Step SAT[] UNSAT[]

Standards Operator places control switch for breaker O-ACC-BKR-1 5F5 in the CLOSE position.

I Simulation Cue(s) I Breaker O-ACC-BKR-15F5 RED light is LIT and GREEN light is NOT lit.

Notes/Comments 19 Place Synch Switch Key in receptacle for Manual Synch SW Feed to Procedure Step F Bus 1SS-15F5 in OFF. 5.1.12.i of O-OP-6.4 SAT[] UNSAT[] I I Standards I Operator Rotates Synch Switch Key to the OFF position. I I Simulation Cue(s) I Synch switch for 1SS-15F5 is OFF.

Notes/Comments NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 16 of 18

20 Record the time when the station blackout diesel generator started. Procedure Step 5.1.13 of 0-OP-6.4 ISAT[1 UNSAT[] I Standards I Operator records time in the blank.

I Simulation Cue(s) Another operator will complete the procedure. This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 17 of 18

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

SIMULATOR SETUP JOB PERFORMANCE MEASURE N1671 TASK Prepare the station blackout diesel generator for loading following an automatic start (O-OP-6.4).

CHECKLIST THIS PROCEDURE NEEDS TO BE REVIEWED BEFORE GOING TO SBO DIESEL ROOM SO THAT SYNC KEY CAN BE OBTAINED.

Sync keys are located in light bulb cabinet in MCR and in WCC key locker.

NAPS 2010 NRC EXAM SET B, JPM J FINAL REVISION 5/24/2010 Page: 18 of 18

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM INITIAL CONDITIONS Instrument air has been lost Secondary heat sink has been lost Both motor-driven auxiliary feedwater pumps are running Turbine-driven auxiliary feedwater pump is unavailable INITIATING CUE You are requested to align both motor-driven auxiliary feedwater pumps to the MOV header in accordance with I -AP-22. 1, Attachment 3.

Dominion North Anna Power Station JOB PERFORMANCE MEASURE EVALUATION OPERATOR PROGRAM N930 TASK Align both motor-driven auxiliary feedwater pumps to feed the steam generator by way of the motor-operated valve header (1-AP-22.1).

TASK STANDARDS Both motor-driven auxiliary feedwater pumps are aligned to the MOV header KIA

REFERENCE:

061-A2.04 (34/3.8)

ALTERNATE PATH:

N/A TASK COMPLETION TIMES Validation Time = 10 minutes Start Time =

Actual Time = minutes Stop Time =

PERFORMANCE EVALUATION Rating [)SATISFACTORY []UNSATISFACTORY Candidate (Print)

Evaluator (Print)

Evaluators Signature /

Date EVALUATORS COMMENTS NAPS 2010 NRC EXAM Page: 2 of 8 SET B, JPM K FINAL REVISION 5/24/2010

Dominion North Anna Power Station JOB PERFORMANCE MEASURE (Evaluation)

OPERATOR PROGRAM N930 READ THE APPLICABLE INSTRUCTIONS TO THE CANDIDATE Instructions for Simulator JPMs I will explain the initial conditions, and state the task to be performed. All control room steps shall be performed for this JPM, including any required communications. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

Instructions for In-Plant JPMs I will explain the initial conditions, and state the task to be performed. All steps, including any required communications, shall be simulated for this JPM. Under no circumstances are you to operate any plant equipment. I will provide initiating cues and reports on other actions when directed by you. Ensure you indicate to me when you understand your assigned task. To indicate that you have completed your assigned task return the handout sheet I provided you.

PREREQUISITES Before being evaluated on the task, the trainee must have completed the reactor operators course checkout during which the objectives listed below would have been addressed.

NAPS 2010 NRC EXAM Page: 3of8 SET B, JPM KFINAL REVISION 5/24/2010

INITIAL CONDITIONS Instrument air has been lost Secondary heat sink has been lost Both motor-driven auxiliary feedwater pumps are running Turbine-driven auxiliary feedwater pump is unavailable INITIATING CUE You are requested to align both motor-driven auxiliary feedwater pumps to the MOV header in accordance with 1 -AP-22. 1, Attachment 3.

EVALUATION METHOD Perform if conducted in the simulator or in a laboratory (use Performance Cue(s))

Simulate if conducted in the station or on a dead simulator (use Simulation Cue(s))

TOOLS AND EQUIPMENT Administrative key NAPS 2010 NRC EXAM Page: 4 of 8 SET B, JPM K FINAL REVISION 5/24/2010

PERFORMANCE STEPS START TIME Have the CR0 close the following AFW valves: Procedure Step

. 1 -FW-MOV-1 OOA, AFW M0V header to A SG I of I -AP-22. I Att. 3

. l-FW-MOV-IOOD, Turbine-driven AFW pump to A SG

. 1-FW-MOV-IOOC, AFW MOV header to C SG

.__1-FW-HCV-1 CCC,_AFW_HCV header to C_SG SAT[] UNSAT[] I Standards Control room operator is requested to close 1-FW-MOV-100A, 100D, 100C and 1-FW-HCV-IOOC Simulation Cue(s) Control room operator reports that 1-FW-MOV-IOCA, IOOD, 10CC, and 1-FW-HCV-I CCC are closed Notes/Comments Protected Equipment for the week of June 7, 2010 is Unit 2H (no impact on this task)

Protected Equipment for the week of June 21, 2010 is N/A (week 13 bye week)

NAPS 2010 NRC EXAM Page: 5 of 8 SET B, JPM K FINAL REVISION 5/24/2010

2 Locally unlock and open the following valves (located in the Procedure Step Motor-Driven AFW Pumphouse): 2 of 1-AP-22.1 Att. 3

. 1-FW-166, 3A Motor-driven AFW pump to MOV header ICritical Step ISAT[1 UNSAT[]

Standards 1-FW-166, 3A Motor-driven AFW pump to MOV header valve,is unlocked and opened.

I Simulation Cue(s) I 1-FW-166 stem is fully extended.

Notes/Comments 3 Locally unlock and open the following valves (located in the Procedure Step Motor-Driven AFW Pumphouse): 2 of 1-AP-22.1 Att. 3

. 1-FW-62, 1-FW-MOV-100A Outlet Isolation Valve I Critical Step SAT [1 UNSAT [1 Standards I 1-FW-62, 1-FW-MOV-100A outlet valve, is unlocked and opened.

Simulation Cue(s) 1-FW-62 stem is fully extended.

Notes/Comments NAPS 2010 NRC EXAM Page: 6 of 8 SET B, JPM KFINAL REVISION 5/24/2010

4 Locally unlock and open the following valves (located in the Procedure Step Motor-Driven AFW Pumphouse): 2 of 1-AP-22.1 Att. 3

. 1-FW-126, AFW Outlet C MOV Outlet Isolation Valve Critical Step ISAT[] UNSAT[]

Standards 1-FW-126, AFW Outlet C MOV Outlet Isolation Valve, is unlocked and opened I Simulation Cue(s) I 1-FW-126 stem is fully extended Notes/Comments 5 Notify the Control Room that Attachment 3 is complete. Procedure Step 3 of 1-AP-22.1 Att. 3 ISAT[i UNSAT[]

I Standards I Control room is informed that attachment is complete.

Simulation Cue(s) Acknowledge as control room operator. This completes the JPM.

Notes/Comments END OF EVALUATION STOP TIME NAPS 2010 NRC EXAM Page: 7of8 SET B, JPM K FINAL REVISION 5/24/2010

SIMULATOR, LABORATORY, IN--PLANT SETUP (If Required)

None NAPS 2010 NRC EXAM Page: 8 of 8 SET B, JPM K FINAL REVISION 5/24/2010