ML041750153

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Final Section a Operating
ML041750153
Person / Time
Site: Oyster Creek
Issue date: 04/19/2004
From: Hackenberg J
AmerGen Energy Co
To: Conte R
NRC/RGN-I/DRS/OSB
Conte R
References
-RFPFR, 50-219/04-301
Download: ML041750153 (35)
v • d • e


Text

ES-301 Administrative Topics Outline Form ES-301-1 Facility: ---&&? G-ek Date of Examination: 44qh2?,*$

Examination Level (circle one): RO /@ Operating Test Number: lCr 2goq NUREG-1021, Draft Revision 9 22 of 27

ES-301 Administrative Topics Outline Form ES-301-1 Facility: --(J--3k! t--W

____ __________ Date of Examination: -ffrr% %Za4 Examination Level (circle one): @' SRO Operating Test Number: j~rtldqf Administrative Topic Describe activity to be performed see Note k2 Equipment Control I Em cy Plan N /A only 4 items unless NUREG-1021, Draft Revision 9 22 of 27

AmerGem JOB PERFORMANCE MEASURE An Exelon/British Energy Company 200.OK

Title:

Calculate Bulk Drywell Temperature 1 Task: Calculate Bulk Drywell Temperature I2230101504 KA# 295028 EA2.01 RATING: R O - 4.0 SRO - 4.1 Validation Time: min Alternate Path: NO Time Critical: NO NO 1I DIRECTIONS TO TRAINEE:

Before you start, I will state the task conditions and initiating cues and fully answer any questions. To complete this task successfully, you must perform or simulate each critical element correctly and demonstrate proper procedural adherence.

NOTE: Directions are only required once in a given JPM session.

Date: I

JPM 200.OK Rev. 0 REFERENCE SECTION:

TASK CONDITIONS:

.. Primary Containment Control EOP has been entered due to low Torus water level

. The PCS is out of service All Control Room indications of Drywell Temperature are unavailable.

GENERAL TOOLS AND EQUIPMENT:

Data sheet of Recorder points from IA55 & TR-IOOA GENERAL

REFERENCES:

Support Procedure 26, Determining Bulk Drywell Temperature, Rev. 16.

TASK STANDARD:

Attachment SP-26-1 & section 3.3 complete with calculated temperature of 148.8 (+/- 1.5) degrees.

CRITICAL ELEMENTS: (*)

5, 6, 7, [ and 8 for SRO only]

2of6

JPM 200.OK Rev. 0 PERFORMANCE SECTION:

TASK C0NDI TI0NS:

Primary Containment Control EOP has been entered due to low Torus water level

. The PCS is out of service All Control Room indications of Drywell Temperature are unavailable.

INITIATING CUES:

You are directed to calculate Bulk Drywell Temperature.

START TIME PERFORMANCE CHECKLIST STANDARD INITIAL SATlUNSAT

1. Obtain controlled copy of Obtains controlled copy of SP-26.

SP-26

2. Verifies that all Reviews prerequisites and determines that prerequisites have been they have been met.

met.

3. Determines that computer Determines that computer point DWTEMP point DWTEMP is not is not available.

available.

4. Calls RB NLO to obtain Calls RB NLO to obtain recorder data from recorder data from IA55 IA55 and TR-100 on 51 RB.

and TR-I 00 on 51 RB. I I

I I

Examiner I I

  • 5. Completes Attachment SP- Completes Attachment SP-26-1 26-1
  • & Transfers calculated data Transfers calculated data from Attachment from Attachment SP-26-1 to Sp-26-1 to Step 3.3.2.

Step 3.3.2.

7. Calculates Bulk Drywell Calculates Bulk Drywell Temperature to be Temperature to be 148.8 148.8 (+/- 1.5) degrees per step 3.3.2.

degrees per step 3.3.2.

Examiner Cue: Ask SRO candidate; DO you have any concern with the result of this calculation?

3of6

JPM 200.OK Rev. 0 PERFORMANCE CHECKLIST STANDARD INITIAL SAT/UNSAT

  • 8. Determine if calculated Calculated temperature is 148.8 degrees F.

temperature is a concern This is below entry level for Primary SRO ONLY Containment Control EOP. Currently presents NO concern.

COMPLETION TIME 4of6

SIMULATOR SETUP NONE required. See attached DATA Sheet Malfunctions:

Overrides:

Remotes:

Computer Aided Exercises:

5 of 6

JPM 200.OK Rev. 0 DATA SHEET Recorder Point COMP ID Value (F)

PT. 35 (IA55) TEI OOA 138 PT. 36 (IA55) TEIOOB 144 PT. 37 (IA55) TEIOOC 142 PT. 38 (IA55) TEIOOD 151 PT. 39 (IA55) TEIOOE 151 PT. 1 (TR-IOOA) TEI 03A 152 PT. 2 (TR-IOOA) TE103B 144 PT. 3 (TR-IOOA) TElO3C 149 PT. 4 (TR-IOOA) TE103D 153 PT. 5 (TR-IOOA) TEl03E 152 PT. 6 (TR-IOOA) TEI 04A 152 PT. 7 (TR-IOOA) TE104B 155 PT. 8 (TR-IOOA) TEI 04C 160 PT. 9 (TR-IOOA) TE104D 168 PT. 10 (TR-IOOA) TEI 04E 163 P i . 11 (TR-1OOA) TE 105A 161 PT. 12 (TR-1OOA) TE105B 164 PT. 13 (TR-1OOA) TEI 05C 164 6of6

TASK CONDITIONS:

Primary Containment Control EOP has been entered due to low Torus water level

. The PCS is out of service All Control Room indications of Drywell Temperature are unavailable.

INITIATING CUES:

You are directed to calculate Bulk Drywell Temperature 7of6

KEY SUPPORT PROCEDURE 26 DETERMINING BULK DRYWELL TEMPERATURE I.o PREREQUISITES Determination of Bulk Drywell Temperature has been directed by the Emergency Operating Procedures.

2.0 PREPARATIONS None 3.0 PROCEDURE 3.1 Determine Bulk Drywell Temperature using computer point DWTEMP.

IF

- computer point DVVTEMP is unavailable or questionable ("Q' for point health),

THEN determine drywell bulk temperature by using the appropriate calculation and the following recorders:

Recorder IA55 (Panel 8R) 0 Recorder TR-IOOA (RB 51' Elev.)

3.2 E an operator is not immediately available to monitor Drywell temperature at 51' elev.

OR Temperature Recorder TR-1OOA is not available, THEN determine bulk drywell temperature by averaging the inlet temperatures of the operating Drywell Recirc. Fans. (Points I1, 12, 13, 14, and 15 from recorder IA55 on Panel 8R).

3.2.1 -IF less than three Drywell Recirc Fans are running, THEN calculate bulk drywell temperature by averaging the temperatures of the GEMAC narrow and wide range reference legs (Points 40, 41, and 42 from recorder IA55 on Panel 8R).

OVER KEY

KEY 3.3 temperature recorder TR-1 OOA can be used, THEN determine bulk drywell temperature as follows:

3.3.1 Complete calculation on Attachment SP-26-1.

3.3.2 Calculate Bulk Drywell Temperature (TB) using values from Attachment S P-26-1 TB = 0.503 145.2 + 0.382 150.0 +

(T AVg IA) T Avg IB) 0.076 159.6 + 0.039 163.0 (T Avg 11) (T Avg 111)

TB = 148.8

1. temperature recorder IA55 is not available, THEN calculate bulk drywell temperature using the following equation:

TB = 0.885 + 0.076 (T AVg IB) (T Avg 11)

+ 0.039 (T Avg 111)

NOTE Thermocouple readings 2 395°F must be read using Plant Computer Points or by an instrument technician using instrumentation for Type T thermocouples.

~ ~

2. any T/C 105 indicates 1395"F, THEN check T/C 107 reading for confirmation of high temperature conditions.
3. two out of three T/C 105's indicate 315°F T I > 325"F, THEN evaluate drywell cooling using Procedure OPS-3024.09, Drywell Cooling System - Diagnostic and Restoration Actions.
4. E two out of three T/C 105's indicate T 2 325"F, THEN initiate a plant shutdown in accordance with Procedure 203.1, Plant Shutdown to Hot Standby.

KEY

KEY I ATTACHMENT SP-26-1 I Temperature readings from the following thermocouples can be obtained locally from the recorder or from the plant computer by identified ID points.

NOTE Thermocouple readings 2395°F must be read using Plant Computer Points or by an instrument technician using instrumentation for Type T thermocouples.

1. E one thermocouple reading is not available (Le.; downscale or upscale)

THEN remove it from the T Avg calculation and decrease the denominator by one number.

2. Calculate T Avg IAby completing the following:

0 From Recorder IA55 (Panel 8R) or the Plant Computer, record the following data:

Recorder Point COMP ID PT Value ( O F )

PT.35 = TE-lOOA,El. 33' Recirc Pump Motor Inlet Air "A" 'TEI OOA' 138 PT.36 = TE-IOOB,El. 33' Recirc Pump Motor Inlet Air "8" 'TEI OOB' 144 PT.37 = TE-IOOC,EI. 33' Recirc Pump Motor Inlet Air "C" 'TEI OOC' 142 PT.38 = TE-IOOD,El. 33' Recirc Pump Motor Inlet Air "D" 'TEI OOD' 151 PT.39 = TE-IOOE,El. 33' Recirc Pump Motor Inlet Air "E' 'TEI OOE' 151 0 Calculate TAvg IA T Avg IA = PT.35 + PT.36 + PT.37 + PT.38 + PT.39 5 = 145.2 OF From Recorder TR-IOOA (RB 51' Elev.) or the Plant Computer, record the following data:

Recorder Point COMP ID PT Value (OF)

PT.l = TE-I 03A,EI. 50' Safety Valve Area 'TEI 03A' 152 PT.2 = TE-l03B,El. 50' Safety Valve Area 'TEI 03B' 144 PT.3 = TE-I03C,El. 50' Safety Valve Area 'TEI 03C' 149 PT.4 = TE-I03D,El. 50' Safety Valve Area 'TEI 03D' 153 PT.5 = TE-I03E,El. 50' Safety Valve Area 'TE103E 152 Calculate T Avg Ig T Avg Ig = PT.l + PT.2 + PT.3 + PT.4 + PT.5 5 = 150.0 OF OVER KEY

KEY

4. Calculate T Avg I1 by completing the following:

From Recorder TR-IOOA (RB 51' Elev.) or the Plant Computer, record the following data:

Recorder Point COMP ID PT Value (OF)

PT.6 = TE-I04A,EI. 93' Rx Vessel Bellows Seal Area 'TEI04A' 152 PT.7 = TE-I04B,El. 93' Rx Vessel Bellows Seal Area 'TE104B' 155 PT.8 = TE-I04C,El. 93' Rx Vessel Bellows Seal Area 'TEI 04C' 160 PT.9 = TE-I04D,EI. 93' Rx Vessel Bellows Seal Area 'TEI 04D' 168 PT.10 = TE-I04E,EI. 9 3 Rx Vessel Bellows Seal Area 'TEI 04E' 163 Calculate T Avg I1 TAvg II = PT.6 + PT.7 + PT.8 + PT.9 + PT.10 5 = 159.6 OF

5. Calculate T Avg I l l by completing the following:

From Recorder TR-IOOA (RB 51' Elev.) or the Plant Computer, record the following data:

Recorder Point COMP ID PT Value ( O F )

P T . l l = TE-l05A,El. 95' Rx Head Flange Area 'TEI 05A' 161 PT.12 = TE-I05B,El. 95' Rx Head Flange Area 'TEI 05B 164 PT.13 = TE-IOSC,EI. 95' Rx Head Flange Area 'TEI 05C' 164 0 Calculate T Avg I l l TAvg I l l = PT.11 + PT.12 + PT.13 3 = 163.0 O F KEY

JOB PERFORMANCE AmerGem MEASURE 200.0F An Exelon/British Energy Company

Title:

Calculate Tech Spec Log Sheet Unidentified Leak Rate Task: Operate Sumps and Drains System 2910101402 Calculate DW Unidentified Leakrate 29 10 104304 KA# 223001 Al.10 RATING : RO-3.4 SRO- 3 . 6 Validation Time: 15 min I Alternate Path: NO I I I Time Critical: NO Name Social Security Number I I DIRECTIONS TO TRAINEE:

Before you start, I will state the task conditions and initiating cues and fully answer any questions. To complete this task successfully, you must perform or simulate each critical element correctly and demonstrate proper procedural adherence. Peer checking will not be provided during the performance of required tasks.

NOTE: Directions are only required once in a given JPM session.

Comments 1 Of3

JPM 200.0F Rev. 0 REFERENCE SECTION:

TASK CONDITIONS:

Plant is at 100% power Both DWEDT pumps are operable At 0000 the 1-8 sump integrator reading was 105200 At 0400 the 1-8 sump integrator reading was 105344 Torus water level yesterday was 147.8 Torus water level today is 147.8 The STA reports that Torus unexpected leakage is 0.02 gpm GENERAL TOOLS AND EQUIPMENT:

Procedure 681.4.004, Tech Spec Log Sheet, Rev. 0 GENERAL

REFERENCES:

Procedure 312.9, Primary Containment Control, Rev. 29 TASK STANDARD:

-- Determine Unidentified Leakage CRITICAL ELEMENTS: (*)

2939 4,538 INITIATING CUES:

You have been directed to determine Unidentified Leakage on the Tech Spec Log Sheet 2 of 3

JPM 200.0F Rev. 0 PERFORMANCE SECTION:

TASK CONDITIONS:

Plant is at 100% power Both DWEDT pumps are operable At 0000 the 1-8 sump integrator reading was 105200 At 0400 the 1-8 sump integrator reading was 105344 Torus water level yesterday was 147.8 Torus water level today is 147.8" The STA reports that Torus unexpected leakage is 0.02 INITIATING CUES:

You have been directed to determine Unidentified Leakage on the Tech Spec Log Sheet 1

START TIME PERFORMANCE CHECKLIST STANDARD INITIAL SATNNSAT

1. Obtains controlled copy Procedure 312.9 obtained of procedure.

"2. Records integrator Records integrator readings for 0000 and readings on log sheet 0400 on TS log sheet

  • 3. Calculates the difference Subtracts 105200 from 105344 to get 144 between the two readings gallons

~ ~~

"4. Divides to get leakage Divides 144 by 240 minutes to get 0.6 rate gpm leakage for 1-8 sump

  • 5. Enters leakage on log Enters 0.6 in 1-8 column sheet
6. Enters Identified Leakage IAW '+' note enters 0 for leakage Adjust adjustment
7. Enters Torus unexpected IAW STA report, enters 0.02 in Torus leakage unexpected leakage column
  • 8. Calculates Total Adds 0.6 to 0 to 0.02 and gets 0.62 and Unidentified leakage enters this number in the Total column COMPLETION TIME 3 of 3

TASK CONDITIONS:

Plant is at 100% power Both DWEDT pumps are operable At 0000 the 1-8 sump integrator reading was 105200 At 0400 the 1-8 sump integrator reading was 105344 Torus water level yesterday was 147.8 Torus water level today is 147.8 The STA reports that Torus unexpected leakage is 0.02 INIT1AT1NG CUES:

You have been directed to determine Unidentified Leakage on the Tech Spec Log Sheet 4 of 3

JOB PERFORMANCE AmerGen,. MEASURE 2OO.OFsro An ExelonIBritish Energy Company

Title:

Approve Tech Spec Log Sheet Unidentified Leak Rate Task: Operate Sumps and Drains System 2910101402 Calculate DW Unidentified Leakrate 2910104304 KA# 223001 Al.10 RATING : RO- 3.4 SRO- 3 . 6 Validation Time: 15 min I Alternate Path: NO 1 I I Time Critical: NO Name Social Security Number I I DIRECTIONS TO TRAINEE:

Before you start, I will state the task conditions and initiating cues and fully answer any questions. To complete this task successfully, you must perform or simulate each critical element correctly and demonstrate proper procedural adherence. Peer checking will not be provided during the performance of required tasks.

NOTE: Directions are only required once in a given JPM session.

Comments

JPM 200.0Fsro Rev. 0 REFERENCE SECTION:

TASK CONDITIONS:

Plant is at 100% power Both DWEDT pumps are operable At 0000 the 1-8 sump integrator reading was 105200 At 0400 the 1-8 sump integrator reading was 105344 Torus water level yesterday was 147.8 Torus water level today is 147.8 The STA reports that Torus unexpected leakage is 0.02 1 The URO has calculated the Unidentified Leakage on the Tech Spec Log Sheet GENERAL TOOLS AND EQUIPMENT:

Procedure 681.4.004, Tech Spec Log Sheet, Rev. 0 GENERAL

REFERENCES:

Procedure 312.9, Primary Containment Control, Rev. 29

-- . TASK STANDARD:

Verify Unidentified Leakage is correctly entered on the Tech Spec Log Sheet CRITICAL ELEMENTS: (*)

2,3,4,5,8 INITIATING CUES:

You are to determine if the Unidentified Leakage has been correctly entered on the Tech Spec Log Sheet 2 of 3

JPM 200.0Fsro Rev. 0 PERFORMANCE SECTION:

TASK CONDITIONS:

Plant is at 100% power Both DWEDT pumps are operable At 0000 the 1-8 sump integrator reading was 05200 At 0400 the 1-8 sump integrator reading was 05344 Torus water level yesterday was 147.8 Torus water level today is 147.8 The STA reports that Torus unexpected leakage is 0.02 The URO has calculated the Unidentified Leakage on the Tech Spec Log Sheet INITIATING CUES:

You are to determine if the Unidentified Leakage has been correctly entered on the Tech Spec Log Sheet START TIME 1 PERFORMANCE CHECKLIST STANDARD 1 INITIAL SAT/U NSAT I/ 1. Obtains controlled copy of procedure.

Procedure 312.9 obtained Verifies integrator readings for 0000 readings on log sheet (105200) and 0400 (105344) on TS log sheet

  • 3. Determines the correct Subtracts 105200 from 105344 to get 144 difference between the gallons two readings
  • 4. Divides to get leakage Divides 144 by 240 minutes to get 0.6 gpm leakage for 1-8 sump

~~ ~

  • 5. Verifies leakage on log Verifies 0.6 in 1-8 column sheet
6. Verifies Identified IAW + note, verifies 0 for leakage Leakage Adjust adjustment
7. Verifies Torus IAW STA report, verifies 0.02 in Torus unexpected leakage unexpected leakage column
  • 8. Confirms Total Adds 0.6 to 0 to 0.02 and gets 0.62 and Unidentified leakage conforms this number in the Total column COMPLETION TIME 3 of 3

TASK CONDITIONS:

Plant is at 100% power Both DWEDT pumps are operable At 0000 the 1-8 sump integrator reading was 105200 At 0400 the 1-8 sump integrator reading was 105344 Torus water level yesterday was 147.8 Torus water level today is 147.8 The STA reports that Torus unexpected leakage is 0.02 The URO has calculated the Unidentified Leakage on the Tech Spec Log Sheet INITlATlNG CUES:

You are to determine if the Unidentified Leakage has been correctly entered on the Tech Spec Log Sheet 4 of 3

OYSTER CREEK GENERATING Number AmerGen, An ExelonlBrthsh Energy Company STATION PROCEDURE 681.4.004 i

Title Revision No.

Technical Specification Log Sheet 0

    • Calcutated in accordance with Procedure 312.11
      • Conducted in accordance with 681-4.005. NA when generator is off line.
        • Maximum 3OF difference between various Torus temperature indications.

+ If both DWEDT pumps are inoperable, use 3.0 gpm for n\ IL n s m r p n s _..--I-\ ___ - .-- --L,- - - .-.identified leakage and subtract from the 1-8 value (Procedalm

JOB PERFORMANCE MEASURE An Exelon/British Energy Company 200.05

Title:

Determine Core Spray Surveillance Requirements (alternate path)

Task: Ensure Compliance to Station Procedures for all plant conditions 341030241 1 KA# G2.2.12 I RAT1NG : RO- 3.0 SRO- 3.4 Validation Time: 15 min. 1 Alternate Path: YES I Time Critical I I I NO Name Social Security Number I I DIRECTIONS TO TRAINEE:

Before you start, I will state the task conditions and initiating cues and fully answer any questions. To complete this task successfully, you must perform or simulate each critical element correctly and demonstrate proper procedural adherence. Peer checking will not be provided during the performance of required tasks.

NOTE: Directions are only required once in a given JPM session.

~~~

Cornments

JPM 200.0J REFERENCE SECTION:

1 TASK CONDITIONS:

Plant is at 100% power MAPLHR is 89.23%

EDG #I & EDG #2 have passed their most recent surveillance The breaker for NZ03C is racked out GENERAL TOOLS AND EQUIPMENT:

none GENERAL

REFERENCES:

Surveillance Procedure 610.4.002, Core Spray Pump Operability Test, Rev. 43 Technical Specification 3.4 TASK STANDARD:

Determine Core Spray Surveillance requirements IAW 610.4.002 CRITICAL ELEMENTS: (*)

INITIATING CUES:

You have been directed to determine if it is acceptable for Core Spray system 2 to be tested IAW 610.4.002, Core Spray Pump Operability Test.

Determine if it is acceptable to conduct 610.4.002 on Core Spray System 2

JPM 200.0J PERFORMANCE SECTION:

START TIME PERFORMANCE CHECKLIST I STANDARD I INITIAL SAT/UNSAT

1. Obtains controlled copy Procedure 610.4.002 obtained of procedure.
  • 2. Determines Core Spray IAW TS 3.4.A, determines the conditions system reduced for Core Spray to meet reduced availability availability is NOT do NOT apply [the reactor is not in the permitted REFUEL mode with reactor water <212 degrees F or in the cold shutdown mode]

therefore is NOT permitted

3. Determines EDG status Determines both EDGs are operable because they have passed their surveillance tests and have no inoperable components
5. Verifies MAPLHGR From task conditions, verifies MAPLHGR is less than 90%. MAPLHGR is 89.23%
  • 6. Determines Surveillance IAW 610.4.002, the 3.1 PREREQUISITES 610.4.002 can NOT be can NOT be met and the surveillance performed should not be performed COMPLETION TIME

TASK CONDITIONS:

Plant is at 100% power MAPLHR is 89.23%

EDG #1 & EDG #2 have passed their most recent surveillance The breaker for NZ03C is racked out INITIATING CUES:

You have been directed to determine if it is acceptable for Core Spray system 2 to be tested JAW 610.4.002, Core Spray Pump Operability Test.

Determine if it is acceptable to conduct 610.4.002 on Core Spray System 2

JOB PERFORMANCE MEASURE

~~ ~

An Exelon/Bntish Energy Company 200.OM

~~

Title:

Calculate Radiation Area Stay Time KA# 2.3.4 RAT1NG: RO - 2.5 SRO - 3.1 Validation Time: 10 Min. 1 Alternate Path: NO I

I Time Critical I

I I

NO Name Social Security Number I I DIRECTIONS TO TRAINEE:

Before you start, I will state the task conditions and initiating cues and fully answer any questions. To complete this task successfully, you must perform or simulate each critical element correctly and demonstrate proper procedural adherence.

NOTE: Directions are only required once in a given JPM session.

1 Comments 1Of4

JPM 200.OM Rev. 0

?EFERENCE SECTION:

a--..-.

TASK CONDITIONS:

The plant is at 100% power.

You are assigned a task to be performed in the Shutdown Cooling Room Your current accumulated exposure for the year is 630 mRem.

e The task you have been assigned is in the area marked by ##

The task you have been assigned will take 1.5 hours5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> INITIATING CUES:

Determine if job can be performed without receiving an extension to your allowable dose.

GENERAL TOOLS AND EQUIPMENT:

GENERAL

REFERENCES:

Radiological survey map [general area dose rate in work area will be 240 mr/hr]

rASK STANDARD:

Determines that job can be done without extending yearly dose allotment CRITICAL ELEMENTS: (*)

2 of 3

JPM 200.OM Rev. 0

=ERFORMANCE SECTION:

C TASK CONDITIONS:

The plant is at 100% power.

You are assigned a task to be performed in the Shutdown Cooling Room Your current accumulated exposure for the year is 630 mRem.

The task you have been assigned is in the area marked by ##

The task you have been assigned will take 1.5 hours5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> INITIATING CUES:

Determine if job can be performed without receiving an extension to your allowable dose.

START TIME PERFORMANCE CHECKLIST STANDARD INITIAL SATAJNSAT (1 1. Reviews task conditions Reviews task conditions

  • 2. Determines amount of Subtracts 630 mr from 2000 mr and gets exposure remaining for the 1370 mr remaining to yearly limit.

~~~~

year. ~

  • 3. Determines amount of Multiplies 1.5 hours5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> by 240 mr/hr and gets dose for assigned task. 360 mr
  • 4. Determines that job can be Either; add 360 to 630 to get 990 (less than done without extending yearly 2000) dose allotment.

Or; subtract 360 from 1370 to get 1010 (dose remaining for year)

So task can be completed without extension I

I COMPLETION TIME 3 of 3

TASK CONDITIONS:

The plant is at 100% power.

You are assigned a task to be performed in the Shutdown Cooling Room Your current accumulated exposure for the year is 630 mRem.

The task you have been assigned is in the area marked by ##

The task you have been assigned will take 1.5 hours5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> INITIATING CUES:

Determine if job can be performed without receiving an extension to your allowable dose.

4 of 3

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JOB PERFORMANCE MEASURE An Exelon/British Enerqy Company 200.OB Task: Release water from 1-5 Sump 3410302012

~~

KA# 290001 2.1.23 RATING : RO- 3.9 SRO- 4.0 Validation Time: 12 min. Alternate Path: YES Time Critical NO DIRECTIONS TO TRAINEE:

Before you start, I will state the task conditions and initiating cues and fully answer any questions. To complete this task successfully, you must perform or simulate each critical element correctly and demonstrate proper procedural adherence. Peer checking will not be provided during the performance of required tasks.

NOTE: Direcfions are only required once in a given JPM session. ,

Comments

JPM 200.OB REFERENCE SECTION:

TASK CONDITIONS:

Plant at 100%

Water is to be released overboard from 1-5 Sump Dilution flow is 460,000 gpm GENERAL TOOLS AND EQUIPMENT:

Calculator GENERAL

REFERENCES:

Procedure 101.9, Release of Water to the Environment from 1-5 Sump, Rev. I O ,

Attachment 101.9-2 (1-5 sump release to environs)

TASK STANDARD:

Deny approval of discharge permit - (based on incomplete calculations and/or missing approvals)

CRITICAL ELEMENTS: (*)

4 INITIATING CUES:

You are directed to review the provided discharge permit for approval

JPM 200.OB PERFORMANCE SECTION:

TASK CONDITIONS:

Plant at 100%

Water is to be released overboard from 1-5 Sump Dilution flow is 460,000 gpm INlTlATl NG CUES:

You are directed to review the provided discharge permit for approval START TIME PERFORMANCE CHECKLIST STANDARD I ~~

INITIAL SATNNSAT Obtains controlled copy Obtains controlled copy of procedure of procedure 101.9 Recognize analysis results are above the limit of 1.OE-6 uci/ml, which requires additional calculations that were NOT performed

3. Review required Recognize verification of calculation and signatures/approvals are Chemistry Manager signatures were NOT complete obtained
  • 4. Denies approval for Release cannot be approved based on release incomplete calculations andlor missing approvals COMPLETION TIME

TASK CONDITIONS:

Plant at 100%

Water is to be released overboard from 1-5 Sump Dilution flow is 460,000 gpm INITIATING CUES:

You are directed to review the provided discharge permit for approval

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