Text

2013 Deac Initial License Examination Proposed Scenarios Forms ES-D-1 and D-2
	ML13308B015
Person / Time
Site:	Duane Arnold
Issue date:	04/08/2013
From:	; NRC/RGN-III
To:	; NextEra Energy Duane Arnold
	Randal Baker
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Scenario Event Description ES-D1 DAEC 2013 NRC Scenario 1 Facility: DAEC Scenario No.: 1 Op Test No.: 2013 NRC Examiners: Operators: SRO -

RO -

BOP -

Initial Conditions:

Reactor is at 100% power

Well Water Pump C inoperative because of suspected cracks in the discharge piping. Maintenance is investigating.

Turnover:

CV-1579, A Feed Reg Valve is presently locked.

B Feedwater Regulating Valve is in AUTOMATIC controlling RPV level per the ARP.

Investigation revealed the cause to be a blown fuse internal to the Feed Reg Valve controller.

Technicians have completed all troubleshooting and repairs on CV-1579, Feed Reg Valve controller.

The crew is directed to reset the locked Feed Reg Valve in accordance with ARP 1C05A (F-1), "A" or "B" Feed Reg Valve Position Locked, Section 4.

Critical Tasks: 1. Lockout ADS

2. Terminate & Prevent Injection

3. Insert all control rods Event Malf. No. Event Event No. Type* Description R - RO Lower power to 95% to allow for any power excursions when 1 R -SRO CV-1579, A Feed Reg Valve lockout is reset.

N - BOP Reset the locked CV-1579, A Feed Reg Valve IAW ARP 2 FW16a N - SRO (reset) 1C05A (F-1)

NM11B I - RO B APRM Flow Unit fails downscale 3 I - SRO TS - SRO 1C05A, E-2, TS 3.3.1.1-1 DI-ED-051 C-BOP 1B303 Trip with failure to auto transfer to the alternate power 4 (TRIP then C-SRO supply (Power will still be lost to A SBLC, A SBGT, A return to TS-SRO Core Spray and RHR components)

NAC ED07E ARP 1C08A C-5 and D-5, TS 3.8.7.A 2013 NRC Scenario 1 ES D-1, Rev 01-14-13

Scenario Event Description ES-D1 DAEC 2013 NRC Scenario 1 5

FW12A C-RO A Feed Reg Valve failure C-SRO AOP 644 6 AD01G C - BOP SRV leak and Fast Power Reduction IAW IPOI-4, valve does C - SRO NOT close a scram is required AOP 683, IPOI-5, EOP-2, (There should may not be sufficient time to enter TS 3.4.3.A) 7 RP05A,B,C M-ALL Electrical ATWS,

,D,E EOP-ATWS 8 SL01B C-BOP B SLC Pump trips after starting C-SRO SEP 304

(N)ormal, (R)eactivity, (I)nstrument, (C)omponent, (M)ajor 2013 NRC Scenario 1 ES D-1, Rev 01-14-13

Scenario Event Description ES-D1 DAEC 2013 NRC Scenario 1 DAEC 2013 NRC Scenario #1 The scenario begins with the plant at 100% power. The crew is directed to lower power to 95% to allow for any power changes that may occur when they reset the locked Feed Reg Valve in accordance with ARP 1C05A (F-1). After the Feed Reg valve is reset and proper operation verified, the B APRM flow unit will fail downscale causing a half scram and rod block. The crew must diagnose the failure and bypass the APRM flow unit. The SRO will enter Technical Specifications 3.3.1.1 for the failed instrument.

After the Technical Specification is addressed breaker 1B303 will trip and the automatic transfer to the alternate power supply will fail, resulting in a loss of an Essential Bus 1B34. This results in a loss of the A SBLC, A SBGT, A side Core Spray and RHR components. The crew will enter the ARPs to take actions and the SRO must address Technical Specification TS LCO 3.8.7.A. The SRO may discuss the need to enter TS LCO 3.0.3 when the swing bus is de-energized. The crew may recover 1B34A/1B44A LPCI Swing Bus, by manually closing 1B4401.

After the actions are taken for the trip of 1B303, a previous problem with the A Feedwater Regulating Valve will re-occur and the controller will fail. The operators must take manual control of feedwater to control RPV level IAW the abnormal procedure AOP-644, FW/Condensate Malfunction. After the crew has established manual control of RPV water level an SRV will fail open requiring a power reduction. The SRO may address Technical Specifications but the SRV will not close requiring a reactor scram. An RPS failure will occur and an electrical ATWS will result. EOP-1 and EOP-ATWS will be entered. The B SLC Pump will trip shortly after starting and the crew must implement SEP 304, Boron Injection Using RWCU. The crew will take actions to Lockout ADS (Critical Task), Terminate and Prevent Injection (Critical Task) and insert all control rods (Critical Task).

The scenario may be terminated when all rods are full in and RPV level has been restored to normal.

2013 NRC Scenario 1 ES D-1, Rev 01-14-13

EXAMINATION SCENARIO GUIDE (ESG)

SITE: DAEC LOWER REACTOR POWER, RESET THE LOCKED A FEED REG VALVE, APRM FLOW UNIT B FAILS, 1B303 TRIP WITH FAILURE TO AUTO TRANSFER, A FEED ESG NRC #1 REV 0 REG VALVE FAILURE, SRV LEAK SCRAM REQUIRED, ELECTRICAL ATWS, STANDBY LIQUID CONTROL PUMP TRIP .

PROGRAM: OPERATIONS #:

COURSE: INITIAL LICENSED OPERATOR #:

TOTAL TIME: 90 MINUTES Developed by: Edwin Bowles 11/14/12 Instructor Date Validated by:

SME/Instructor Date Reviewed by:

Operations Manager Date Approved by:

Training Supervisor-Operations Date 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 1 of 23

2013 NRC ILT Scenario #1 GUIDE REQUIREMENTS Goal of The goal of this scenario is to evaluate ILT students during the NRC Training: Exam with 3 man crew.

Learning There are no formal learning objectives Objectives:

Prerequisites: None Simulator Simulator Booth Instructor Training Phone Talker Resources:

Simulator Floor Instructor

References:

None None Commitments:

Evaluation Dynamic Simulator Method:

Operating None Experience:

Initiating Event with Core Damage Frequency:

N/A due to exam security Important Components:

Related PRA N/A due to exam security Information:

Important Operator Actions with Task Number:

N/A due to exam security 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 2 of 23

2013 NRC ILT Scenario #1 SCENARIO

SUMMARY

The scenario begins with the plant at 100% power. The crew is directed to lower power to 95% to allow for any power changes that may occur when they reset the locked Feed Reg Valve in accordance with ARP 1C05A (F-1). After the Feed Reg valve is reset and proper operation verified, the B APRM flow unit will fail downscale causing a half scram and rod block. The crew must diagnose the failure and bypass the APRM flow unit. The SRO will enter Technical Specifications 3.3.1.1 for the failed instrument.

After the Technical Specification is addressed breaker 1B303 will trip and the automatic transfer to the alternate power supply will fail, resulting in a loss of an Essential Bus 1B34. This results in a loss of the A SBLC, A SBGT, A side Core Spray and RHR components. The crew will enter the ARPs to take actions and the SRO must address Technical Specification TS LCO 3.8.7.A. The SRO may discuss the need to enter TS LCO 3.0.3 when the swing bus is de-energized. The crew may recover 1B34A/1B44A LPCI Swing Bus, by manually closing 1B4401.

After the actions are taken for the trip of 1B303, a previous problem with the A Feedwater Regulating Valve will re-occur and the controller will fail. The operators must take manual control of feedwater to control RPV level IAW the abnormal procedure AOP-644, FW/Condensate Malfunction. After the crew has established manual control of RPV water level an SRV will fail open requiring a power reduction.

The SRO may address Technical Specifications but the SRV will not close requiring a reactor scram. An RPS failure will occur and an electrical ATWS will result. EOP-1 and EOP-ATWS will be entered. The B SLC Pump will trip shortly after starting and the crew must implement SEP 304, Boron Injection Using RWCU. The crew will take actions to Lockout ADS (Critical Task), Terminate and Prevent Injection (Critical Task) and insert all control rods (Critical Task).

The scenario may be terminated when all rods are full in and RPV level has been restored to normal.

2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 3 of 23

2013 NRC ILT Scenario #1 SCENARIO OUTLINE:

BOOTH INSTRUCTOR ACTIONS 1 SIMULATOR SET UP: (perform set up per the Simulator Setup Checklist, including entering actions items per the Simulator Input Summary.)

Start Sim View / Data Capture Program for EXAM ONLY 1.1 General Instructions

a. Identify any extra copies of student materials (STPs, OIs) that are needed for this training activity.

b. Reset to IC (number or plant condition).

c. Verify event trigger definitions.

d. Which malfunction files to restore for setup, if any.

e. Which override files to restore for setup, if any.

f. Which remote functions files to restore for setup, if any.

g. Pull sheet setup should be labeled MOL and instructions as necessary.

h. Leakage calculations, if required.

i. Control panel setups, including valves/equipment to tag out.

j. Which STPs are being worked, and what steps are completed.

k. Verify the availability of sufficient copies of STPs in the back panel hanging files.

l. LCO and Safety Function Determination paperwork, for any outstanding LCOs.

m. Miscellaneous Systems Status Board updated for plant conditions.

n. If the ESG is going to be utilized as a DEP PI opportunity, contact security to determine if they will be able to participate and make EAL notifications.

o. Mark up a copy of ARP 1C05A, F-1 up to but not including step 4.1

p. Place a MIP tag on C Well Water Pump control switch

q. Reset GAF/Recorders by running schedule file

r. On the VAX Computer run the fix 4 application.

2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 4 of 23

2013 NRC ILT Scenario #1 1.2 EVENT TRIGGER DEFINITIONS:

Trigger Trigger Logic Statement Trigger Word Description No.

5 ZDISLHS2613 == 1 SBLC Pump B Trips 5 secs after the Pump

& Squib Valve key lock switch is placed in Pumps A & B Run 10 ZDIRPC71AS5(1) Scram Reset Switch to Gp 1 & 4

1.3 MALFUNCTIONS

Time Malf. No. Malfunction Title Delay Ramp ET Initial Final Delete Value Value in Setup FW16A FW Reg Valve Lockup-FWRV A Active Reset 10 sec Setup RP05A RPS Scram Circuit Failure 15 sec 10 Active Active (ATWS)-Auto Scram Failure Setup RP05B RPS Scram Circuit Failure 15 sec 10 Active Active (ATWS)-Manual Scram Failure Setup RP05C RPS Scram Circuit Failure 15 sec 10 Active Active (ATWS)-ARI Failure Setup RP05D RPS Scram Circuit Failure 15 sec 10 Active Active (ATWS)-RPS Fuse removal Failure Setup RP05E All Individual Rod Scram Switches 15 sec 10 Active Active Fail Setup ED07E Any Bus Auto Transfer Failure - Active Active Bus 1B34A/44A As Dir NM11B RECIRC FLOW UNIT FAILS- 1 As Is 0 UNIT B As Dir FW12A FW Reg Valve Controller Failure 1 min 3 As-Is 100%

(Auto) - FWRV A As Dir AD01G Reac Press RLF or Safety Valve 4 Inactive 50%

Leak - PSV4406 As Dir SL01B STANDBY LIQUID PUMP TRIP- 5 Inactive Active PUMP B 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 5 of 23

2013 NRC ILT Scenario #1 OVERRIDES:

Time Override Override Title Delay Ramp ET Initial Final Delete No. Value Value In Setup DO-SW-055 HS-4483A(1) WELL PUMP 1P- On Off 58C (GREEN)

Setup DO-SW-056 HS-4483A(2) WELL PUMP 1P- On Off 58C (RED)

As Dir DI-ED-051 1B303 FEEDER BREAKER 2 NAC TRIP 10sec 1B303 TO MCC 1B34 1.5 REMOTE FUNCTIONS:

Time Remote Remote Title Delay Ramp ET Initial Final Delete No. Value Value In FLOOR INSTRUCTOR ACTIONS Simulator Pre-brief:

2.1 Individual position assignments 2.2 Simulator training changes since last module (N/A) 2.3 Simulator hardware and software modifications/problems that may impact training 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 6 of 23

2013 NRC ILT Scenario #1 TURNOVER INFORMATION Day of week and shift Today Day Shift Weather conditions Warm, spring day No watches / warnings (Plant power levels) 100%

MWT 1906 MWE 630 CORE FLOW 49 mlbm/hr Thermal Limit Problems/Power Evolutions None Plant Risk Status CDF Baseline Color Green Existing LCOs, date of next surveillance None STPs in progress or major maintenance CV-1579, A Feed Reg Valve is presently locked. Last shift there was a blown fuse that caused a loss of signal and valve lockup. I & C has replaced the fuse and directed that the valve be returned to service. They are standing by waiting for the valve to be returned to service so they may observe its operation.

Well Water Pump C inoperative because of suspected cracks in the discharge piping. Maintenance is investigating.

Equipment to be taken out of or returned to service this shift/maintenance on major plant equipment CV-1579, A Feed Reg Valve lock-out is to be reset and the Feed Reg Valve returned to service. Operations management has directed that the BOP operator should reset the valve while the ATC operator monitors the reactor for any level/power transients.

Prior to resetting the Feed Reg Valve lock-out the crew is directed to lower reactor power to 95% to prevent any power changes that may be caused by a level transient from exceeding limit. The previous crew started the recovery in ARP 1C05A, F-1 and has completed the procedure up to step 4.1.

Comments, evolutions, problems, core damage frequency, etc.

IAW ARP 1C05A (F-1), CV-1579, A Feed Reg Valve lock-out is to be reset and the Feed Reg Valve returned to service.

2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 7 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Shift Turnover COMPLETE TURNOVER: Get familiar with plant conditions.

Provide Shift Turnovers to the SRO

SRO will provide beginning of shift brief to coordinate the tasks that and ROs.

were identified on the shift turnover.

a. Review applicable current Plant Status

b. Review relevant At-Power Risk status

c. Review current equipment status and evolutions to be preformed this shift

d. Verify crew performs walk down of control boards and reviews turnover checklists EXAMINER NOTE: Continue to next event at examiners direction 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 8 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #1 SRO Booth Instructor respond as plant Lower Power

Provides a reactivity brief (may be performed before scenario begins).

personnel and respond as necessary:

with Reactor

Communicates with Real Time Desk.

Recirc to 95%

Role Play: If necessary, call in as

Provide direct oversight of reactor power reduction.

Operations Manager to prompt crew to

Directs reducing power with control rods to get below load line.

lower power

When below load line directs lowering reactor power with recirc flow.

RO

Monitors process computer point C136 to determine % of load line

Inserts control rods in reverse of sequence to get below load line

Lowers power with Recirc Pump Flow Controllers IAW IPOI-3, Section 5.

To lower recirc flow, verify the digital display to the S PERCENT SPEED DEMAND variable by pressing the display switch, then rotate the A[B] MG SET SPEED CONTROL SIC 9245A[B] knobs on 1C04 counter clockwise in small equal increments.

Keep loop flows balanced by comparing the Recirc Pump discharge flow on FI 4634A vs. FI 4634B or A pump (red channel) vs B pump (black channel) on FR-4635

Monitors critical plant parameters - power, pressure, level BOP

Monitors balance of plant equipment.

Provides peer check for RO during power reduction.

EXAMINER NOTE: Continue to next event at examiners direction 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 9 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #2 Crew Booth Instructor respond as plant Reset the Reviews ARP 1C05A (F-1) personnel and respond as necessary:

locked A Feed SRO Reg Valve IAW

Directs reset the locked Feed Reg Valve in accordance with ARP 1C05A ARP 1C05A (F-(F-1), "A" or "B" Feed Reg Valve Position Locked, Section 4.

1)

RO

Monitors Reactor Power, Pressure and Level

Performs peer checks for BOP actions BOP

Reviews ARP 1C05A (F-1)

Verifies that the controller LED displays for the locked Feed Reg Valve are lit.

Verify the Feedwater Lockout Relay amber light above the associated Lockout Relay is dim.

At HC-1579 A FEED REG VALVE MANUAL/AUTO TRANSFER for the locked Feed Reg Valve:

o Places in MANUAL (M is selected on the A/M pushbutton).

o Selects Y on the display.

o Adjusts the Y bias setting to zero.

Obtains the current Feed Reg Valve position using ZI-1579.

Attachment 1, CV-1622 Position vs.

Using Attachment 1 of the ARP, determines the appropriate M/A station Demand has the CV-1622 Demand controller output signal V (Attached)

V on the horizontal (X) axis and the

At HC-1579, performs the following:

ZI-1622 Valve Position (%) on the o Selects V on the display to indicate controller output.

vertical (Y) axis. (Attached at the last o Adjusts V to the value obtained from Attachment 1.

page of the scenario)

Reset the lockout using HSS-1579 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 10 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #2 cont.

BOP cont.

Verifies the Feedwater Lockout Relay amber light is no longer lit.

Notifies the crew that FW Reg Valve Lockout is reset

May manually adjust feed reg valve to limit level transient The controller will automatically

Transfers CV-1579 to AUTO select V when the controller is

Verifies the A FEED REG VALVE CONTROLLER HC-1579 is in placed in M (manual). MANUAL.

Selects 'V' on the display for A FEED REG VALVE CONTROLLER, HC-1579.

Selects 'V' on the display for MASTER FEED REG VALVE CONTROLLER, LC-4577.

Matches the Feedwater Reg Valve controller top meter display with the MASTER FEED REG VALVE CONTROLLER top meter display by adjusting the potentiometer on HC-1579.

Verifies proper response of the Feedwater Regulating valve by monitoring ZI-1579.

Selects AUTO on HC-1579[1621].

Selects 'S' on the display for A[B] FEED REG VALVE CONTROLLER, HC1579.

Selects 'S' on the display for MASTER FEEDREG VALVE CONTROLLER, LC-4577.

When both Feed Reg Valves are in AUTO on the Master Feed Reg Valve Controller, adjust biases as necessary, per OI 644, Section 4.2.

Notifies Crew that the A FW Reg Valve is in service in auto EXAMINER NOTE: Continue to next event when the A FW Reg Valve is in service in auto and candidate reports are completed 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 11 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #3 Booth Instructor: CREW B APRM Flow Insert Trigger: 1 Respond to Annunciators comparator fails This will cause the B APRM flow

1C05A, E-2 APRM FLOW UNIT UPSCALE, INOP OR COMPARE downscale comparator failure and resulting rod block ERROR and half scram

1C05B, A-6, ROD OUT BLOCK

1C05B, E-4 B RPS BACK UP SCRAM HALF SCRAM

1C05B, A-2 B RPS AUTO SCRAM

1C05B, B-2, APRM B, D, or F UPSCALE TRIP OR INOP

1C05A, C-2 APRM UPSCALE

1C05A, A-5 NEUTRON MONITORING SYSTEM TRIP Indications:

1C05 AMBER COMPAR lights for B/D Flow Units Diagnoses B flow unit as the problem SRO Direct actions IAW ARP to Bypass the B flow unit

Verify Reactor Power and Reactor Total Core Flow are within operating limits at 1C05

Verify Recirculation Loop and Recirc Pump discharge flows are within operating limits at 1C04.

At 1C37, confirm the flow unit UPSCALE/INOP condition.

If a flow unit instrument fault is indicated, place the FLOW UNIT ROD BLOCK BYPASS switch in the position for the malfunctioning flow unit

Directs reset of half scram

Verify that the alarm and rod withdrawal block conditions clear.

Enters T.S. 3.3.1.1 Condition A, Table 3.3.1.1-1. Function 2B

May also enter TRM 3.3.2. Condition A, Function 1A 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 12 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #3 cont. RO

Verifies reactor power and core flow are within operating limits

When directed bypasses the B flow unit o At 1C05, places Flow Unit Rod Block Bypass (C51B-S8) in the B position o Confirm BYPASS light for selected Flow Unit is on

When directed resets the half scram IAW OI 358 as follows:

Turns the REACTOR SCRAM RESET switch C71A-S5 first to Group 1 and 4 [Group 2 and 3] then to Group 2 and 3 [Group 1 and 4] to reset the scram signal.

Verifies the eight white SCRAM GROUP indicating lights are ON

Verifies Annunciators 1C05A, A-2 and E-4 reset BOP

Checks backpanel 1C37 (APRM F Cabinet) indications and verifies B comparator is the problem

When directed o At 1C37, perform the following at B Flow Unit.

o Place mode switch (S1) to ZERO o Confirm Flow Unit INOP light is on EXAMINER NOTE: Continue to next event at examiners direction 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 13 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #4 Booth Instructor: respond as plant CREW 1B303 trip personnel and respond as necessary: Responds to Annunciators:

When directed by Lead Evaluator:

1C-08A, D-5, MCC 1B34A Tie BKR 1B3401 Trip Insert Trigger: 2

1C08A, C-5, LC 1B3 Breaker 1B301, 1B302 1B303 OR 1B304 Trip This will result in a loss of power to MCC Diagnose trip of Breaker 1B34 1B34 SRO Examiner Note:

Directs actions IAW ARP Power will still be lost to A SLC. A

Investigate locally SBGT, and A side Core Spray and RHR components

Determines 1B34A is de-energized and directs an attempt to close 1B4401 one time.

Enters TS LCO 3.8.7. Condition A. - AC Power -8 hours

May enter TS LCO 3.0.3 (ECCS) until bus power is restored because of the loss of power to the A side ECCS valves and the B RHR injection valves RO

Monitors reactor power pressure and level

Helps to diagnose the failure of 1B4401 to CLOSE when 1B303 TRIPS.

Role Play:

BOP When sent to investigate 1B303 Breaker report that there is no apparent reason the

Refers to ARP for 1C08A D-5 Table 1 cause 7 (Tie Bkr Fails to close) breaker tripped. It looks like a probable

Dispatches field operator to investigate mechanical trip

Diagnoses failure of Tie Bkr 1B4401 to auto close

When directed, closes Tie Bkr 1B4401

Reports to CRS that Tie breaker 1B4401 is closed EXAMINER NOTE: Continue to next event at examiners direction and after the SRO has addressed the Technical Specifications 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 14 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #5 Booth Instructor: respond as plant CREW Feed Reg Valve personnel as necessary:

Responds to indications of FRV A failure:

A controller

Reactor Feed Pump A high amps fails requiring BOOTH INSTRUCTOR:

manual control

FRV A Position Indication Open is higher than the B FRV When directed by examiner:

Annunciator 1C05A-D1 - Reactor Vessel Hi/Lo Level Insert Trigger: 3

Rising RPV level This results in FRV A failing high on a slow ramp SRO If sent to Wait 3 minutes then report that there is no

Directs entry to AOP-644 - FW/Condensate Malfunction investigate the abnormal condition noted at the A FRV.

Directs taking manual control of FW A FRV RO

As directed or as immediate operator actions, takes manual control of Feedwater by placing controller(s)r in Manual

Maintains RPV level 186 to 195 inches

Determines that the A FRV has failed in Automatic.

BOP

Monitors balance of plant equipment

Assists RO in completing the actions associated with AOP 644.

Dispatches operator to investigate failure of the A FRV.

EXAMINER NOTE: Continue to next event at examiners direction 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 15 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #6 BOOTH INSTRUCTOR: CREW SRV leak and When directed by examiner: Responds to:

Fast Power Insert Trigger: 4

Annunciator 1C03A, C-5, SRV/SV TAILPIPE HI PRESS OR HI TEMP Reduction IAW This results in SRV PSV 4406 leaking

SRV PSV 4406 Amber light will momentarily light IPOI-4, valve with a large leak (50%)

Lower steam flow on D steam line does NOT close a scram is required SRO

Directs action IAW AOP 683 - Abnormal SRV operation

Directs BOP to check Panel 1C21 temperature indications

May enter AOP 255.2 - Power/Reactivity Abnormal Change

May direct that core flow be lowered to 39mlbm/hr IAW IPO-4, Fast Power reduction

May direct inserting control rods to stay below MELLLA EXAMINER NOTE: RPV High Level

Determines SRV remains partially open by rising tailpipe temperature Alarm is expected due to this malfunction

Directs placing the B Loop of RHR in torus cooling

Enter EOP 2 on torus temperature

May enter T.S. 3.4.3.A

Before Torus temperature reaches 110°F directs Reactor scram and entry to IPOI-5

Directs RO to take IPOI-5 actions

Directs RPV level band of 170 -211 with Condensate and Feedwater 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 16 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #6 cont. RO

May perform a fast Power Reduction IAW IPOI-4 and lowers recirc flow to 39mlbm/hr

Maintains RPV level in normal band

Scrams the reactor as directed using both RPS Pushbuttons

Places Mode Switch to Shutdown

Diagnose that all rods did not fully insert and inform the CRS. And report that an Electrical ATWS has occurred.

BOP

Identifies SRV PSV 4406 indicates partially open

Check Panel 1C21 temperature indications and reports rising tailpipe temperatures on SRV PSV 4406

Monitors and reports torus temperatures

Places Torus Cooling in service as follows:

o Starts RHR pump B or D o Place keylock HS-1932 Outboard Torus Cooling/Spray Valve handswitch in OPEN and verify valve opening o Open MO-1934, Torus Cooling/Test Valve

Verifies Turbine Trip

Monitors BOP equipment and containment parameters 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 17 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Events #7 and Booth Instructor: CREW

8 Respond to ATWS and loss of SBLC Electrical SRO ATWS, SBLC

ENTER EOP 1 and transition to ATWS - RPV Control Pump trip Examiner Note: At some point after the

Lock out ADS (Critical Task).

scram the lowering Main Condenser

May direct installation defeat 15, Group 1 Override which includes vacuum will cause a Group 1 and Bypass bypassing the condenser high back pressure trip Valve isolations.

Directs defeat 11 to maintain Nitrogen to the drywell IF a scram is required and Reactor power is above 5%, THEN reduce power NOTE: there is no specified order to below 5% using one or more of the following methods:

implement the RIPs. The Crew may assess the effectiveness of the RIPs

Manual scram signal based on plant conditions. But the crew

Inserting control rods using RIPs should recognize that only manually

Manual ARI signal inserting control rods with RMCS, drifting the control rods, and Manually venting the

Injection of Boron scram air header will insert all of the o Per the /Q leg:

control rods. o Mode switch to shutdown.

o Recirc to minimum.

o Initiate ARI.

o Initiate SBLC. After determination that SBLC pumps have failed, direct alternate Boron Injection via RWCU SEP 304.

o Initiate the Rod Insertion Procedures, RIPs.

Per the /L leg:

Assess power greater than 5% and enter Power Level Control.

Direct terminate and prevent injection until conditions allow re-injection (Critical Task).

Direct controlling RPV level between -25 in. and +15 in.

2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 18 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Events #7 and SRO cont.

8 cont. When all of the control rods are inserted,

Exit ATWS and re-enter EOP 1

Enter EOP 1 and perform the following:

o Maintain level 170 to 211.

RO Terminate and prevent injection until conditions allow re-injection (Critical Task).

Secure and prevent injection from:

Condensate and feed

Manually initiates ARI, diagnoses ARI failure and manually trips the recirc pumps.

Start the SBLC pump and monitor Boron injection o Diagnose trip of the B SBLC Pump o Report the loss of SBLC to the crew o Installs DEFEAT 14 by placing the keylock switch at Panel 1C52, in the BYPASS position o Restores the RWCU system to operation o Dispatch an operator to the IC82 Panel to backwash the RWCU system

Start the B CRD Pump

Place CRD Flow Controller FC-1814 in MANUAL and run the output to maximum

Observe increased cooling water flow on FI-1838 and cooling water dp increase on PDI-1832A

Throttle open MO-1830, DRIVE WATER P CONTROL, as necessary to maximize cooling water flow and pressure

Monitor for inward rod motion and report rod motions when it occurs 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 19 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Events #7 and RO cont.

8 cont. Insert control rods by manually inserting control rods with RMCS and/or drifting the control rods (Critical Task).

Role Play: If called as the operator to vent

RO/BOP must direct NLO to Manually Vent the Scram Air Header.

the scram air header, acknowledge the

May initiate RPV injection with RCIC or condensate and feedwater.

call, and state that you are getting the

Controls RPV level between -25 in. and +211 in.

adjustable wrench and will proceed to the scram air header, then delay.

BOP

RO/BOP must direct NLO to Manually Vent the Scram Air Header.

Lock out ADS (Critical Task).

Installs Defeat 15 as follows:

At Panels 1C15 and 1C17 places the keylock switches in OVERRIDE

At Panels 1C15 and 1C17 places the keylock switches in OVERRIDE to bypass the High Condenser Vacuum isolation Terminate and prevent injection until conditions allow re-injection (Critical Task).

Secure and prevent injection from:

HPCI

Core Spray and RHR.

Per the /P leg

Installs Defeat 11 as follows:

At Panel 1C35, place GROUP 3 OVERRIDE keylock switches in OVERRIDE OPEN position.

Confirm CV-4371A opens by observing valve position.

Maintain pressure stable.

Enter SEP 304 if directed.

2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 20 of 23

2013 NRC Scenario #1 SCENARIO TIMELINE Scenario Termination Criteria All control rods inserted and RPV water level restored to Maintain level 170 to 211.

Event Classification Site Area Emergency per SS2.1, Failure of Reactor Protection System Instrumentation to Complete or Initiate an Automatic Reactor Scram Once a Reactor Protection System Setpoint Has Been Exceeded and Manual Scram Was NOT Successful

- - END OF SCENARIO ***

2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 21 of 23

SEG Validation Checklist 2013 NRC Exam Scenario #1 Correct IC or plant status identified.

Shift turnover forms filled out (both CRS/OSM and NSOE) if required.

Additional documents are prepared (STPs, Work Orders, LCO Paperwork).

Tasks and Objectives have been verified to be correct.

Plant PRA initiating events, important equipment and important tasks are identified.

SOMS tags identified and included in setup instructions.

Special setup instructions identified; handswitch manipulations, procedure markups, alarm borders, 3D case available, computer points substituted, etc.

Setup files correctly called out.

Malfunction list is accurate.

Override list is accurate.

Remote function list is accurate.

Event triggers are accurate.

Time/Notes section is accurate and includes all reasonable cues that may be given to initiate an action. Cues are unambiguous and provide a definitive moment to take action.

Instructor Activity section is accurate and complete:

Actions are clearly defined for Booth or Floor instructor.

Role-playing is clearly noted.

The sequence of events is completely and concisely narrated even if it takes no instructor action.

Automatic actions that require verification are noted.

Reasonable alternate paths are considered and included.

Event trigger activation is distinguished from narrative text (Bold font)

Noun descriptions of actions that occur on event trigger initiation are complete, for example set ET 3 to TRUE which activates Override 1B303 Feeder Breaker 1B303 to MCC 1B34 TRIP then return to NAC) which removes power from Essential Bus 1B34.

Other simulator control actions are clearly distinguished from narrative text, for example Event Trigger 6 when loads are shifted from the Auxiliary Transformer. This inserts the Circ Water Pump trips.

Student and Instructor copies of worksheets or other training activities are verified correct and electronically attached to the file if appropriate.

2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 22 of 23

SEG Validation Checklist 2013 NRC Exam Scenario #1 Expected Student Response Section is accurate and complete:

Critical tasks are accurate and clearly identified. Probable critical tasks are also listed with logical connection to the scenario; for example If the crew fails to get all the rods inserted before ED the critical task becomes (N/A as appropriate)

Tasks are clearly noted and properly numbered as appropriate.

Knowledge objectives are clearly noted and properly numbered as appropriate.

Expected as well as probable student responses are listed with logical connection to the scenario. (N/A as appropriate)

Actions are appropriately delineated by position(s); OSM, CRS, STA, RO, NSOE, Fire Brigade Leader, At the Controls Operator, etcetera. (N/A as appropriate)

Success paths are procedurally driven unless specific training not requiring procedures is desired and delineated. Procedural discrepancies are identified and corrected before training is given.

Responses for all communications to simulated personnel outside the Control Room are included, based on procedural guidance and standard operating practices.

Actions are listed using a logical order; by position and chronology. (N/A as appropriate)

Operating Experience, Human Performance Tools and Operator Fundamentals topics are included when appropriate.

Crew Performance Criteria follow the same chronology as the student responses, are complete and accurate. (For ESGs only)

For Walkthrough and Training Mode Scenarios with pre-planned pauses, sufficient information is presented to allow the instructor to meet the goal of the training.

Turnover information (as required) is correct:

Day and shift are appropriate.

Weather conditions do not conflict with malfunctions.

Power levels are correct.

Thermal limit problems and power evolutions are realistic and include a reason for any downpower.

Existing LCOs include start date, remaining time and actions.

Plant Risk Assessment (CDF and Color).

STPs are appropriate for day and shift.

Core Damage Frequency has been properly calculated and listed to 3 decimal places.

Maintenance is realistic for plant conditions.

Comments, evolutions, problems, etc, includes extra personnel (licensed/non-licensed if necessary), any condition that affects the flow of the scenario and any condition that does not fit in another category.

SME/Instructor Date SME/Instructor Date 2013 DAEC NRC Scenario 1 Script, Rev 01-14-13 Page 23 of 23

SEG Validation Checklist 2013 NRC Exam Scenario #1 Crew: Instructors:

OSM ____________________________ Booth ________________________________

CRS ____________________________ Floor __________________________

STA __________________________________ Extra ________________________________

1C05 ____________________________

1C03 ____________________________

BOP ____________________________

Crew Comment:

Resolution:

Crew Comment:

Resolution:

NOTE: Following approval of SEGs, this page may be discarded.

SEG Validation Checklist 2013 NRC Exam Scenario #1 Crew Comment:

Resolution:

Crew Comment:

Resolution:

Crew Comment:

Resolution:

NOTE: Following approval of SEGs, this page may be discarded.

ATTACHMENT 1 Scenario Event Description ES-D1 DAEC 2013 NRC Scenario 2 Facility: DAEC Scenario No.: 2 Op Test No.: 2013 NRC Examiners: Operators: SRO -

RO -

BOP -

Initial Conditions:

Startup in progress IAW IPOI At step 20 of pull sheet

Reactor Pressure is about 390 psig Turnover:

Continue with startup IAW IPOI-02, Step 4.2. Step 10

I & C is performing a visual check on NI cabinets

RPV level is being maintained low in the green band in preparation for startup of first feedwater pump

Two Condensate Demineralizers are in service and two are in Standby

Place the B Feedwater pump in service IAW OI 644 Critical Tasks: 1. Initiate a manual scram prior to torus level reaching 7.1 feet

2. Emergency depressurize prior to torus level reaching 7.1 feet Event Malf. No. Event Event No. Type* Description 1 N/A N - BOP Startup the B feedwater pump IAW OI 644.

N - SRO 2 N/A R - RO Continue startup by withdrawing control rods IAW IPOI-02 R - SRO 3 RD02- C - RO Stuck Control Rod 1819 C- SRO AOP 255.1 4 CS HS- C-BOP A Core Spray Pump Spurious Start 2103 C-SRO TS-SRO TS 3.5.1.B and TS 3.3.5.1 5A ED08A C - RO Loss of 4 KV bus 1A1 C - SRO (Loss of Recirc due to loss of bus)

TS-SRO AOP 255.2 and AOP 264, TS 3.4.1 (LCO entry is Not required at this power level) 2013 NRC Scenario 2 ES D-1, Rev 01-02-13

Scenario Event Description ES-D1 DAEC 2013 NRC Scenario 2 5B C-BOP Loss of 4 KV bus 1A1 C - SRO (Loss of 4 KV bus 1A1 and associated equipment)

AOP 304.1 6 ZZ02 C - RO Small Seismic event causes IRM A to become Inoperative NM04A C - SRO causing a half scram and causes the HPCI suction to swap TS-SRO to the Torus.

AOP-901, T.S. 3.6.1.F and T.S. 3.5.1.H 7 ZZ02 M - ALL Larger Seismic event Torus Rupture requires scram and PC14 eventual ED AOP-901, IPOI 5 8 CS01 C - BOP Failure of CS and/or HPCI makeup to the Torus.

CS02 C - SRO DO-HP- EOP 1, EOP 2, EOP 3, ED 036

(N)ormal, (R)eactivity, (I)nstrument, (C)omponent, (M)ajor 2013 NRC Scenario 2 ES D-1, Rev 01-02-13

Scenario Event Description ES-D1 DAEC 2013 NRC Scenario 2 DAEC 2013 NRC Scenario #2 The scenario begins with reactor power at about 3% and a startup in progress.

The crew will place the B feedwater pump in service IAW OI 644 and then continue the startup. While pulling control rods, control rod 18-19 will become stuck and require actions IAW AOP 255.1 to continue rod movement. The SRO may enter TS 3.1.3. Once the stuck rod is addressed, a spurious start of the A Core Spray pump will occur and the pump must be manually secured. The SRO will reference TS 3.5.1 .B and TS LCO 3.3.5.1 Condition A for functions 1a and 1b.

Once the Technical Specifications have been addressed a loss of Non Essential 4160v Bus 1A1 will occur. The crew will take actions IAW AOP 304.1, AOP 255.2 and AOP 264 and address the resultant Recirc Pump trip and also swap bus power supplies. The SRO will address TS for single loop operation, however on checking the T.S. the crew will determine that the actions are not required at this power level.

Once the power supplies have been swapped and the Technical Specifications identified, a seismic event will occur. The operators will take action IAW AOP 901 to monitor the plant. The seismic shock will cause IRM A to become inoperable requiring the RO to bypass the IRM. The torus will have received a shock and a small break will have developed. Additionally the earthquake will have caused a momentary torus level spike that causes the HPCI suction to shift to the Torus.

IAW OI 152, Section 8 HPCI must be declared inoperable because the low pressure keep fill system is NOT in service. This requires entry into T.S. 3.5.1.F and 3.5.1.H. At that time unknown to the crew the HPCI CST suction will fail in the closed position.

A second seismic event will occur and the Torus will then develop a large unisolable leak. As torus level lowers the crew will attempt to make up to the torus, but efforts will be unsuccessful because the Core Spray manual CST suction valves cannot be opened and the HPCI CST suction valve has closed and will not open. A manual scram will be required (CRITICAL TASK) before Torus level lowers below 7.1 feet. Further lowering of Torus level will require an Emergency Depressurization (CRITICAL TASK).

The scenario may be terminated after the ED is performed and RPV level is returned to the normal operating band.

2013 NRC Scenario 2 ES D-1, Rev 01-02-13

SIMULATOR EXERCISE GUIDE (SEG)

SITE: DAEC STARTUP FIRST FEEDWATER PUMP, CONTINUE STARTUP, STUCK CONTROL ROD, CORE SPRAY PUMP SPURIOUS START, LOSS OF BUS 1A1, ESG NRC #2 REV. 0 SEISMIC EVENT, IRM INOP, SECOND SEISMIC EVENT, BREAK IN TORUS, LOSS OF TORUS MAKEUP PROGRAM: OPERATIONS #:

COURSE: INITIAL LICENSED OPERATOR #:

TOTAL TIME: 90 MINUTES Developed by: Edwin Bowles 11/14/12 Instructor Date Validated by:

SME/Instructor Date Reviewed by:

Operations Manager Date Approved by:

Training Supervisor-Operations Date 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 1 of 23

2013 NRC Scenario #2 GUIDE REQUIREMENTS Goal of The goal of this scenario is to evaluate ILT students during the NRC Training: Exam with 3 man crew.

Learning There are no formal learning objectives Objectives:

Prerequisites: None Simulator Training Simulator Booth Instructor Resources: Phone Talker Simulator Floor Instructor

References:

Commitments: None Evaluation Dynamic Simulator Method:

Operating None Experience:

Initiating Event with Core Damage Frequency:

Related PRA N/A due to exam security Information:

Important Components:

N/A due to exam security Important Operator Actions with Task Number:

N/A due to exam security 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 2 of 23

2013 NRC Scenario #2 SCENARIO

SUMMARY

The scenario begins with reactor power at about 3% and a startup in progress. The crew will place the B feedwater pump in service IAW OI 644 and then continue the startup. While pulling control rods, control rod 18-19 will become stuck and require actions IAW AOP 255.1 to continue rod movement. The SRO may enter TS 3.1.3.

Once the stuck rod is addressed, a spurious start of the A Core Spray pump will occur and the pump must be manually secured. The SRO will reference TS 3.5.1 .B and TS LCO 3.3.5.1 Condition A for functions 1a and 1b.

Once the Technical Specifications have been addressed a loss of Non Essential 4160v Bus 1A1 will occur. The crew will take actions IAW AOP 304.1, AOP 255.2 and AOP 264 and address the resultant Recirc Pump trip and also swap bus power supplies.

The SRO will address TS for single loop operation, however on checking the T.S. the crew will determine that the actions are not required at this power level.

Once the power supplies have been swapped and the Technical Specifications identified, a seismic event will occur. The operators will take action IAW AOP 901 to monitor the plant. The seismic shock will cause IRM A to become inoperable requiring the RO to bypass the IRM. The torus will have received a shock and a small break will have developed. Additionally the earthquake will have caused a momentary torus level spike that causes the HPCI suction to shift to the Torus. IAW OI 152, Section 8 HPCI must be declared inoperable because the low pressure keep fill system is NOT in service. This requires entry into T.S. 3.5.1.F and 3.5.1.H. At that time unknown to the crew the HPCI CST suction will fail in the closed position.

A second seismic event will occur and the Torus will then develop a large unisolable leak. As torus level lowers the crew will attempt to make up to the torus but will be unsuccessful because the Core Spray manual CST suction valves cannot be opened and the HPCI CST suction valve has closed and will not open. A manual scram will be required (CRITICAL TASK) before Torus level lowers below 7.1 feet. Further lowering of Torus level will require an Emergency Depressurization (CRITICAL TASK).

The scenario may be terminated after the ED is performed and RPV level is returned to the normal operating band.

2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 3 of 23

2013 NRC Scenario #2 SCENARIO OUTLINE:

BOOTH INSTRUCTOR ACTIONS 1 SIMULATOR SET UP: (perform set up per the Simulator Setup Checklist, including entering actions items per the Simulator Input Summary.)

Start Sim View / Data Capture Program for EXAM ONLY 1.1 General Instructions

a. IC 8

b. Mark up IPOI 2 to Section 4.2 Sep 10

c. A2 Sequence, Step 20 of the MOL pullsheet

d. Place Well Water B in service. D out of service

e. Place SPMET1 on PPC terminal behind the CRS desk

f. Insert the remote functions per the table below.

g. Provide RE paperwork for continuing the startup

h. On the VAX Computer run the fix 4 application.

1.2 EVENT TRIGGER DEFINITIONS:

Trigger No. Trigger Logic Statement Trigger Word Description 1 ZAORDPDI1825 .GE. 0.6 When drive water pressure greater than 295 Setup a schedule file to delete psig, delete the stuck rod malfunction malfunction RD021803 on TRG 1

? AUTO Delete 2 seconds after insertion AUTO Delete 2 seconds after insertion CS03 CS03 Man Operation of A CS Pump (1P- Man Operation of A CS Pump (1P-211A 211A Breaker) Breaker) 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 4 of 23

2013 NRC Scenario #2

1.3 MALFUNCTIONS

Time Malf. No. Malfunction Title Delay Ramp ET Initial Final Value Value Setup RD021819 Control Rod Blade Stuck - Rod ACTIVE ACTIVE 18-19 As Dir ED08A 4.16kv/480V Bus Fault-Bus-1A1 3 Inactive Active As Dir ZZ02 Operating Basis Earthquake 4 Inactive Active Event Note: delete in 2 minutes As Dir NM05A IRM Channel Fails INOP - CHNL 4 Inactive Active A

HP11 HPCI SPURIOUS SUCTION As Dir 4 Inactive Active SWAP PC14 Primary Containment Torus As Dir 100 4 0 1 Leakage As Dir ZZ02 Operating Basis Earthquake 5 Inactive Active Event Note: delete in 2 minutes PC14 Primary Containment Torus As Dir 800 5 1 100 Leakage

1.4 OVERRIDES

Time Override No. Override Title Delay Ramp ET Initial Final Value Value Setup DI-CS-008 Pump 1P-211A NASP NASP DI-HP-025 HS-2300 PMP SUCTION 00:01:10 4 AUTO CLOSE MOV-2300 (CST) 1.5 REMOTE FUNCTIONS:

Time Remote Remote Title Delay Ramp ET Initial Final No. Value Value As Dir CS03 Man Operation of A CS Pump 2 Norm Close (1P-211A Breaker)

AUTO Delete 2 seconds after insertion 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 5 of 23

2013 NRC Scenario #2 FLOOR INSTRUCTOR ACTIONS 2 Simulator Pre-brief:

2.1 Individual position assignments 2.2 Simulator training changes since last module 2.3 Simulator hardware and software modifications/problems that may impact training 2.4 Mark IPOI 2 Section 4.2 to step 10 2.5 Mark up the A2 Sequence, to Step 20 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 6 of 23

2013 NRC Scenario #2 3 TURNOVER INFORMATION Day of week and shift Today Day Shift Weather conditions Warm, spring day No watches / warnings (Plant power levels) ~3% Pwr MWT 0 MWE 0 CORE FLOW 14.1 Thermal Limit Problems/Power Evolutions None Plant Risk Status CDF GREEN Existing LCOs, date of next surveillance None STPs in progress or major maintenance None Equipment to be taken out of or returned to service this shift/maintenance on major plant equipment None Comments, evolutions, problems, core damage frequency, etc.

Continue with startup IAW IPOI-02, Step 4.2. Step 10 I & C is performing a visual check on NI cabinets Both Recirculation Pumps have been in operation >24 hours, surveillance to match pump speeds has been successfully completed.

RPV level is being maintained low in the green band in preparation for startup of first feedwater pump Two Condensate Demineralizers are in service, two are in hold ready to be placed in service.

Place the B Feedwater pump in service IAW OI 644 Continue the startup by withdrawing control rods until BPV #1 is 60% open The control rods have been withdrawn in the A2 sequence halfway through Step 20 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 7 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Shift Turnover COMPLETE TURNOVER: Get familiar with plant conditions.

Provide Shift Turnovers to the SRO

SRO will provide beginning of shift brief to coordinate the tasks that and ROs.

were identified on the shift turnover

a. Review applicable current Plant Status

b. Review relevant At-Power Risk status

c. Review current LCOs not met and Action Requirements

d. Verify crew performs walk down of control boards and reviews turnover checklists 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 8 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event 1 Booth Instructor: Role Play as noted CREW Start First RFP below May have to respond to Annunciator 1C06B, A-1, CONDENSATE DEMIN PANEL 1C-80 TROUBLE IAW OI 644

Send an operator to Panel 1C-80 to determine the cause of the trouble Role Play: As an operator sent to the alarm 1C-80 panel report that a low demin flow alarm has occurred and cleared.

SRO Gives crew brief and directs placing the B feedwater pump in service IAW OI 644 RO Monitors plant parameters during evolution focusing on RPV level and reactor power.

BOP Places first feedwater pump is service IAW OI 644 as follows:

NOTE: First Step is N/A

Verify Well Water Pump 1P-58D secured or verify the respective ESW pump is operating for the Control Building Chiller in service

Verify B RFP AUX LUBE OIL PUMP 1P-2B running either locally or at 1C06

Contacts field operator to verify open the following valves:

Role Play: As field operator respond that

V-07-134 RFP SEAL WATER FILTERS INLET V-07-134, V-07-139 & RFP 1P-1B are ISOLATION AND V-07-139 RFP 1P-1B SEAL OPEN WATER SUPPLY HEADER ISOLATION

Verify CV-1622 STARTUP FEED REG VALVE is in the necessary lineup to support the Reactor Feed Pump that is being started 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 9 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event 1(cont) BOP (cont)

Role Play: As field operator report that

Contact field operator to verify that RFP Lube Oil cooler outlet temperature is 80 degrees Cooler 1E-41B outlet temperature is above 70°F on local temperature gauge TI-1227 Role Play: If asked, report that sufficient demins are in service and flows are

Place as many F/D vessels as possible in operation balanced per OI 639. Filter Demin flows should be balanced with at least one bed effluent valve full open

Verify CV-1611 B REACTOR FEED PUMP 1P-1B RECIRC valve closed at 1C06

Monitor reactor water level closely to verify automatic operation of STARTUP FEED REG VALVE CV-1622.

If necessary, adjust the potentiometer on MASTER REG VALVE AUTO/MAN CONTROL Reactor Water Level Controller LC-4577 to maintain reactor water level between 186 and 195 inches

Start B REACTOR FEED PUMP 1P-1B using Role Play: As field operator, if called and handswitch HS-1616 on 1C06 asked about the status of the started feed

Verify the FIC-1611 A[B] RX FEED PUMP 1P-1B pump report that the motor and pump RECIRC FLOW CONTROL indicators establishes and appear to be running correctly and all maintains a recirc flow of at least 2800 gpm flow flows and temperatures appear normal

If 1P-58D trips due to the voltage transient caused by the B Reactor Feed Pump start, monitor Drywell Air Temperatures and the Well Water system parameters (otherwise N/A this step)

Verify B RFP SHAFT Driven oil pump is operating properly by verifying adequate oil flows and pressure.

Stop B RFP AUX LUBE OIL PUMP 1P-2B by performing the following:

Place handswitch HS-1648 on 1C06 in the STOP position 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 10 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event 1(cont)

BOP (cont)

Role Play: As RW operator if called reply

After B RFP AUX LUBE OIL PUMP 1P-2B has that you will balance F/D Effluent Flows stopped, place handswitch HS-1648 in the AUTO per OI-639 position Note: 1P-1A RECIRC valves will not

Ensure RW Operator adjusts F/D Effluent Flows close until feedwater flow rises. per OI-639

Check CV-1569 B[A] REACTOR FEED PUMP 1P-1A Role Play: Zinc injection will be started up RECIRC valves position later today.

Startup the Zinc Injection System per Section 9.1 EXAMINER NOTE: When Feed Pump has been started, go to next event 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 11 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event 2 Booth Instructor: respond as plant SRO Continue personnel as necessary Directs Operators to increase power IAW IPOI and RE guidance Startup with Control Rods RO Continues control rod withdrawal IAW OI 856.1 following the sequence.

Monitors neutron monitoring instrumentation during control rod movements

Verifies the following indications:

o White backlight on the Rod Select pushbutton turns ON o On the Full Core Display, the white "XX-XX" select light corresponding to the rod selected turns ON o On the Four Rod Group Display, the white SELECT light turns ON denoting the position display for the selected rod

Momentarily places the ROD MOVEMENT CONTROL in the OUT-NOTCH position and verifies o The green ROD IN light turns ON momentarily and then turns OFF o The red ROD OUT light turns ON after the green ROD IN light turns OFF.

o The red ROD OUT light turns OFF o The amber ROD SETTLE light turns ON and then turns OFF o The rod has been withdrawn as indicated on the Four Rod Group Display

Ranges IRM recorders as necessary to maintain them between 25/40 and 75/125 on the appropriate range BOP Monitors balance of plant equipment/plant status EXAMINER NOTE: Continue to next event at examiners direction 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 12 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event 3 Booth Instructor: respond as noted CREW Stuck Control below for field actions Rod SRO

Directs entry to AOP 255.1 when informed of stuck control rod

Determines that the TS 3.3.2.1 requirements are met

Contacts RE and/or Duty Manager RO

While pulling control rods, recognizes rod 18-19 is stuck and informs the SRO

As directed and IAW AOP 255.1, takes actions to address the stuck rod Booth Instructor: as follows:

When drive water pressure greater than o Raise drive water pressure to 310-350 psid AND attempt to move the 295 psig, delete the stuck rod malfunction rod TRG 1 o Recognize rod movement and reports success to SRO o Returns drive water pressure to its normal band NOTE: Rod will move once drive water pressure is higher than 295 psig BOP Monitors balance of plant equipment/plant status EXAMINER NOTE: Continue to next event at examiners direction 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 13 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event 4 Booth Instructor: Crew A Core Spray When the stuck rod event has been

Recognizes spurious start of Core Spray Pump A pump spurious addressed, initiate the Core Spray A

Responds to Annunciator 1C03A (C-9) - A CORE SPRAY DISCHARGE start start event by:

LINE HI PRESSURE Activate TRG 2 Override CS HS-2103 NASP Start SRO Need delete override as soon as pump

Directs sending field operators to check out pump starts

Determines that no initiation signal existed for a pump start

Directs securing the A Core Spray Pump

Enters TS 3.5.1.B - 7 day LCO for the A CS pump Role Play: When contacted to check out the pump, report that the pump is running properly RO Monitors reactor power, pressure and level BOP

Recognizes start of A Core Spray pump

Dispatches field operators

Confirms by two methods that adequate core cooling exists and that no valid initiation signals have occurred

Places the control switch for the A Core Spray pump to STOP

Confirms that the A Core Spray pump is secured EXAMINER NOTE: Continue to next event at examiners direction 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 14 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #5 Booth Instructor: respond as plant CREW personnel and respond as necessary:

Responds to Annunciator 1C08A A2 - BUS 1A1 LOCKOUT TRIP OR LOSS OF When directed by the lead evaluator: LOSS OF VOLTAGE 4160V BUS 1A1 INSERT EVENT TRIGGER: 3

Diagnose the loss of Bus 1A1 This inserts the Bus 1A1 Lockout.

SRO

Directs actions IAW ARP

Enters AOP 304.1, Loss of Non essential Bus

Enters AOP 255.2, Power/reactivity Abnormal Power Change

Reviews Power/Flow Map and determines NOT in the Buffer or Exclusion Region

May Enter AOP 264 - Loss of Recirc Pump

Contacts Duty Manager

Refers to TS 3.4.1 Condition D - single loop surveillance within 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months o Determines T.S. 3.4.1 applies in Modes 1 and 2 however the requirements for thermal limits are not applicable below 21.7%

power o Determines that flow biased scram setpoint is only applicable in Mode 1 RO

Monitors critical plant parameters

Responds to the Recirc Pump trip IAW AOP 264

For the Recirc Pump that tripped, performs the following:

Verify open A[B] RECIRC PUMP DISCH BYP valve MO-4629[4630]

Close A[B] RECIRC PUMP DISCHARGE valve MO-4627[4628]

After 5 minutes, reopen A[B] RECIRC PUMP DISCHARGE valve MO-4627[4628] (unless the A[B] Pump has to be isolated) 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 15 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event #5 cont. BOP

Determines Bus 1A1 lockout on process computer point D592 For LOSS of 1A1 ONLY, perform the following:

Crosstie 1B1 and 1B2 by performing the following:

Role Play: When contacted to investigate o Momentarily place control switch FEEDER BREAKER 1B101 XFMR 1A1 loss, Report back in 5 minutes that 1X11 to LC 1B1 to the TRIP position the bus has a lockout and BKR 1A102 o Momentarily place control switch TIE BREAKER 1B107 LC 1B1/1B2 has an overcurrent flag in the CLOSE position

Crosstie 1B5 and 1B6 by performing the following:

o Momentarily place control switch FEEDER BREAKER 1B501 XFMR 1X51 to LC 1B5 to the TRIP position o Momentarily place control switch TIE BREAKER 1B505 LC 1B5/1B6 in the CLOSE position o Place BUS 1A1 TRANSFER switch in MANUAL

Verify Offgas Closed Cooling Water Pump 1P-105B in service

Start Offgas Glycol Pump 1P-243A EXAMINER NOTE: Continue to next event at examiners direction 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 16 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event 6 Booth Instructor: CREW Seismic event When directed initiate the seismic event Responds to indications of an Earthquake and IRM A and IRM A Inoperable event by: Responds to annunciators fails inoperable Insert Event Trigger:4

1C05A B-3, IRM A, C, or E Upscale Trip or Inop This will cause the initial seismic event.

1C05A, A-2, "A" RPS AUTO SCRAM

1C03C, D-4, TORUS HI LEVEL HPCI SUCTION TRANSFER INITIATE Booth Instructor:

Verify ZZ02 is deleted 2 minutes after SRO insertion

Enters AOP 901 - Earthquake

Directs operators to perform building walk-downs

Directs actions IAW the ARP.

Directs RO to bypass the IRM

Directs RO to reset the half scram

Enters T.S. 3.5.1.F and 3.5.1.H and declares HPCI inoperable Role Play: If contacted, as I&C, report

May address TS 3.3.1.1 ( no LCO required) that you will investigate the IRM issue.

May direct the BOP to transfer the HPCI suction back to the CST

May address TS Table 3.3.5.1-1, Function 3e which requires entry into TS Report back in 3 minutes that it appears 3.3.5.1.D the IRM has lost its high voltage power supply with no apparent cause.

RO

Stops control rod withdrawal and takes actions as directed IAW the annunciator response

Monitors critical plant parameters: reactor power pressure and level

Diagnoses IRM A is inoperable

Bypass the IRM A per CRS direction

Resets the half scram 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 17 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Event 6 cont BOP

Acknowledge seismic alarm and attempt to reset.

Respond to earthquake condition.

Reports Torus level oscillating due to quake

Recognizes HPCI suction transfer to the Torus

Attempts to close MO-2321 and MO-2322 and open MO-2300

Diagnoses MO-2300 will NOT open and notifies SRO EXAMINER NOTE: When IRM and HPCI suction swap have been addressed and initial earthquake actions taken OR when directed continue to next event 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 18 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Events 7 & 8 Booth Instructor: CREW Second seismic When directed initiate the seismic event Responds to indications of an Earthquake event torus and large torus break event by: Respond to annunciator 1C03B, D9, Torus Hi/Lo water level rupture with Insert Event Trigger:5 Diagnoses Torus Low level failure of CS and/or HPCI makeup to the Verify ZZ02 is deleted 2 minutes after SRO torus. insertion

Re-enters AOP 901 - Earthquake

Directs operators to perform a second building walk-down

Directs actions IAW the ARP for torus level (ARP refers to EOP)

Enters EOP 2 - Primary Containment Control due to LOW Torus Level

<10.1 feet

May direct raising Torus level with Core Spray IAW OI 151 and/or HPCI IAW OI 152 Role Play: When called by MCR to find

Directs contacting field operator to check areas for leaks out where the leak is, respond in 5 minutes that from the catwalk youve When it is determined that Torus level cannot be maintained >7.1 seen water on the floor of the west side feet, directs a manual scram and an EOP 1 entry of the Torus room but cannot determine (CRITICAL TASK) where its coming from. Youll continue to

Directs maintaining RPV level between 170 and 211 check

Directs a RPV pressure band to maintain

Enters EOP 3 - Secondary Containment - due to Torus Area level >

NW corner room is B -CS (V-21-2)

Max Normal SE corner room is A - CS (V-21-1) Determines that Torus level is continuing to lower and BEFORE Torus level drops to 7.1 feet, Directs Emergency Depressurization. Open 4 SRVs Note may also anticipate depressurization and Rapidly depressurize the RPV with the main turbine bypass valves (SEP 307).

(CRITICAL TASK) 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 19 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Events 7 & 8 RO cont.

Monitors critical plant parameters

As directed, Inserts manual scram (CRITICAL TASK)

Takes IPOI 5 Reactor Scram Actions

Initiates a backup manual reactor scram.

Responds to indications of

Place THE MODE SWITCH in the SHUTDOWN position.

an Earthquake

Verify all control rods fully inserted by one or both of the following means:

Verifies the Refuel One Rod Select Permissive:

o Position THE MODE SWITCH to REFUEL.

o Turn Rod Select Power off and then on.

o Verify the white Refuel Select Permissive light is lit.

o Return THE MODE SWITCH to SHUTDOWN.

On the FULL CORE DISPLAY, verify the green FULL IN light for each rod is on.

Maintains RPV level as directed BOP

Contacts field operators to check for leaks Role Play: When contacted by CR to

Monitors reactor pressure and maintains in the band directed by the perform OI 151 - Fill Torus with Core SRO Spray, acknowledge request and report

If directed, attempts to makeup Torus level with HPCI IAW OI 152 back in 5 minutes that you cannot align Section 12.1 as follows:

Core Spray to fill the Torus.

Verify the CST has at least 75,000 gallons of water available for use by the HPCI and RCIC Systems on demand. This corresponds to approximately 9.5 ft. with one CST or 5.2 ft. with two CSTs.

2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 20 of 23

2013 NRC ILT Scenario #2 SCENARIO TIME-LINE TIME/NOTES INSTRUCTOR ACTIVITY EXPECTED STUDENT RESPONSE Events #7 & 8 BOP (Cont)

(cont.)

With HS-2318A in the OVERRIDE position, HPCI shall be considered inoperable and the requirements of Technical Specifications complied with.

Position HS-2318A, EMERGENCY TORUS FILL PERMISSIVE on 1C03 to OVERRIDE

Open MO-2318 MIN FLOW BYPASS valve with HS-2318 on 1C03

Observe Torus level, UR-4325 at 1C03.

Observe CST Levels LI-5216A and LI-5217A on 1C06 while draining CSTs.

When Directed opens 4 ADS SRVs to emergency depressurize (CRITICAL TASK)

Informs CRS when 4 SRVs are open RO Restore and maintain RPV level between 170 and 211 Scenario Termination Criteria The scenario may be terminated after the ED is performed and RPV level is returning to the normal band Event Classification Alert per HA1.1, Receipt of the Amber Operating Basis Earthquake Light and the wailing seismic alarm on 1C35 (+/- 0.06 gravity) 2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 21 of 23

SEG/ESG Validation Checklist Correct IC or plant status identified.

Shift turnover forms filled out (both CRS/OSM and NSOE) if required.

Additional documents are prepared (STPs, Work Orders, LCO Paperwork).

Tasks and Objectives have been verified to be correct.

Plant PRA initiating events, important equipment and important tasks are identified.

SOMS tags identified and included in setup instructions.

Special setup instructions identified; handswitch manipulations, procedure markups, alarm borders, 3D case available, computer points substituted, etc.

Setup files correctly called out.

Malfunction list is accurate.

Override list is accurate.

Remote function list is accurate.

Event triggers are accurate.

Time/Notes section is accurate and includes all reasonable cues that may be given to initiate an action. Cues are unambiguous and provide a definitive moment to take action.

Instructor Activity section is accurate and complete:

Actions are clearly defined for Booth or Floor instructor.

Role-playing is clearly noted.

The sequence of events is completely and concisely narrated even if it takes no instructor action.

Automatic actions that require verification are noted.

Reasonable alternate paths are considered and included.

Event trigger activation is distinguished from narrative text (Bold font)

Noun descriptions of actions that occur on event trigger initiation are complete, for example set ET 3 to TRUE which activates malfunction SW21C resulting in a loss of the C Well Water Pump.

Other simulator control actions are clearly distinguished from narrative text, for example after drywell temperature reaches 280 deg. F SNAP the simulator to IC 0.

Student and Instructor copies of worksheets or other training activities are verified correct and electronically attached to the file if appropriate.

2013 DAEC NRC Scenario 2 Script, Rev 01-04-13 Page 22 of 23

SEG/ESG Validation Checklist Expected Student Response Section is accurate and complete: