ML021610305

Draft - Section a Operating

ML021610305
Person / Time
Site:	Oyster Creek
Issue date:	05/31/2002
From:	Hackenberg J AmerGen Energy Co
To:	Conte R NRC/RGN-I/DRS/OSB
References
2002-301
Download: ML021610305 (27)

Text

AmerGens.

An Exelon/British Energy Company JOB PERFORMANCE MEASURE 200.OA Validation Time 12 minutes I Time Critical 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 11 I

Title:

Operate Sump and Drain Systems Task: Calculate Identified Leak Rate 2910101402 KA# 223001 Al.10 RATING:

RO-3.4 SRO-3.6 NO I

I I

11

JPM 200.OA REFERENCE SECTION:

GENERAL TOOLS AND EQUIPMENT:

Calculator GENERAL

REFERENCES:

Procedure 351.2, High Purity Waste System, Rev. 47, Attachment 351.2-6 (leak-rate calculation)

TASK STANDARD:

Identified leak-rate is determined to be 4.1 gpm +.1 gpm CRITICAL ELEMENTS: (*)

4,5 TASK CONDITIONS:

Plant at 100%

The Drywell Equipment Drain Tank (DWEDT) flow integrator is inoperable Both DWEDT pumps are operable DWEDT was pumped down until the DWEDT pumps tripped and the pump switches were placed in OFF at 10:23:00 The DWEDT HIGH level alarm was received at 11:34:43 INITIATING CUES:

As the Unit Supervisor, I am directing you to calculate Identified Leak-Rate lAW Procedure 351.2, High Purity Waste System

JPM 200.OA PERFORMANCE SECTION:

START TIME COMPLETION TIME TASK CONDITIONS:

Plant at 100%

The Drywell Equipment Drain Tank (DWEDT) flow integrator is inoperable Both DWEDT pumps are operable DWEDT was pumped down until the DWEDT pumps tripped and the pump switches were placed in OFF at 10:23:00 The DWEDT HIGH level alarm was received at 11:34:43 INITIATING CUES:

As the Unit Supervisor, I am directing you to calculate Identified Leak-Rate lAW Procedure 351.2, High Purity Waste System PERFORMANCE CHECKLIST STANDARD INITIAL I

I SAT/UNSAT

1.

Obtains controlled copy Procedure 351.2, Attachment 351.2-6 of procedure obtained

2.

Record when pump Record 10 hours1.157407e-4 days <br />0.00278 hours <br />1.653439e-5 weeks <br />3.805e-6 months <br />, 23 minutes, 00 seconds switches were placed in in step 1 of Attachment 351.2-6 OFF

3.

Record when HIGH level Record 11 hours1.273148e-4 days <br />0.00306 hours <br />1.818783e-5 weeks <br />4.1855e-6 months <br />, 34 minutes, 43 seconds alarm was received in step 2 of Attachment 351.2-6

• 4. Determines pump down In step 3 of Attachment 351.2-6, time in minutes determine total minutes of pump down time by calculating the difference in hours, minutes and seconds and converting them all to minutes (-71.7 minutes)

• 5. Calculates leak-rate Calculates leak rate by dividing minutes into 295 to determine gpm [4.1 (+/- 0.1) gpm]

6.

Report leak-rate Shows evaluator Attachment 351.2-6 or reports calculated leak rate

TASK CONDITIONS:

Plant at 100%

The Drywell Equipment Drain Tank (DWEDT) flow integrator is inoperable Both DWEDT pumps are operable DWEDT was pumped down until the DWEDT pumps tripped and the pump switches were placed in OFF at 10:23:00 The DWEDT HIGH level alarm was received at 11:34:43 INITIATING CUES:

As the Unit Supervisor, I am directing you to calculate Identified Leak-Rate lAW Procedure 351.2, High Purity Waste System

AmerGen.

OYSTER CREEK GENERATING STATION PROCEDURE Number 351.2 An CxuI

ý/DSritl$h Energy Company I

Title Revision No.

High Purity Waste System 47 IfDF-N'T1TI.flE T.T'AW[ RA'I1 CALCUTLATPION ATTACHMENT 351.2-6

1.

Time DWEDT Pump Control Switches placed in OFF (Step 12.5.3.3).

hr.

mins.

secs.

2.

Time Drywell Equip Drain Tank Hi Level alarm annunciated (Step 12.5.3.4).

hr.

mins.

secs.

3.

Calculate elapsed time in minutes.

(__

-hr. x 60 min./hr.)

=__

mins.

Difference in mins.

= __

mins.

(__

secs. x 1 min./60 secs.)=

mins.

Added Total Minutes

4.

Calculate identified leak rate Performed by:

LOS:

Signature I

= ___

mins.

= 295 crallons = __

gpm mins.

Date Time (3512/S8)

E6-1

AmerGen.

Au FvY.1nnfnT/Rii'h F=mqrriv Comnoanv JOB PERFORMANCE MEASURE 200.OD

Title:

Approve Temporary Procedure Change Task: Determine approval for procedure change 3410302018 KA# 202002 2.1.2 E

RATING:

RO-3.0 SRO-4.0 Validation Time 1

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

11 I 1I 11 11 I

JPM 200.0D REFERENCE SECTION:

GENERAL TOOLS AND EQUIPMENT:

none GENERAL

REFERENCES:

Procedure AD-OC-1 01-1001, Processing of Procedures and T&RM's, Rev. 2, Section 4.11 TASK STANDARD:

Determine that the proposed Temporary Change fits the criteria for a change of intent and cannot be processed as a Temporary Change CRITICAL ELEMENTS: (*)

4 TASK CONDITIONS:

The plant is being started up A Temporary Procedure Change is required to continue the startup INITIATING CUES:

You have been directed to determine if the temporary change is appropriate lAW Procedure AD-OC-1 01-1001, Processing of Procedures and T&RM's, Section 4.11

JPM 200.OD PERFORMANCE SECTION:

START TIME COMPLETION TIME TASK CONDITIONS:

The plantis being started up A Temporary Procedure Change is required to continue the startup INITIATING CUES:

You have been directed to determine if the temporary change is appropriate lAW Procedure AD-OC-1 01-1001, Processing of Procedures and T&RM's, Section 4.11 PERFORMANCE CHECKLIST STANDARD INITIAL

[

ISATIUNSAT

1.

Obtains controlled copy Procedure AD-OC-1 01-1001 obtained and of AD-OC-1 01-1001 provide draft temporary change

2.

Reviews supplied Reviews provided draft temporary change procedure change paperwork

3.

Determines intent of Determines that the proposed revision to change the procedure will involve a change of intent

• 4. Recommends non-Recommends the Temporary Change approval NOT be approved because it changes Technical Specifications requirements

TASK CONDITIONS:

The plant is being started up A Temporary Procedure Change is required to continue the startup INITIATING CUES:

You have been directed to determine if the temporary change is appropriate lAW Procedure AD-OC-1 01-1001, Processing of Procedures and T&RM's, Section 4.11

(-

Applicable Site Contacts Check box and provide name VALIDATION Re BR 0 DRE BYO LAO P8 0

______1 "j

0.%,;C TMIO ZN 0 q'd: 5 Nol Yes.

"o*

'*/Sin T

Change Management:

OChange Checklist PqNot Required Corporate Approval Common Docs Only CFAM Print/Sign Hold for:

QCD CL 0 LG 0]

Other 0[

tAINING Req'd: El No Cg Yes Date:

Location/Ext:

Appr. Location:

OYS"*-

E Superseded Document(s):

t1c t.

ITR/RTRISQR El N/A Req'd Reviews/Approval: (list)

S

(,

Cross Discipline Reviews Surveillance Coordinator Review Rt Rev eq'd [I No El Yes Print Print Print SQR Approval:

7 OPM'dY op Print 10CFR 50.59 Req'd:

• No-El Yes (or equivalent Reg. Review)

PORC Required (9 NoD Yes Temp Change Authorization Only AUTHORIZATION:

Signature Signature Signature Attach additional if reced Date Discipline or Org.

Date Discipline or Org.

Date Sigi'ture This procedure is technically and functionally accurate for all functional areas.

0 Exempt, per Discipline or Org.

3-.27-cL Date Tracking Number SRO Print7Sign/Datd Print/Sign PORC Number 3 6 L Impl. Date Exp. Date Date Impl. Date AD-AA-101-1002 Revision 2 Page 30 of 36 ATTACHMENT I Procedure Approval Form Procedure Number:

"20l s

-1ve Revision:

J(

0 New 0 Supersede

[I Set to 0 Revision Xemo. Chanin Temp or Intedrm.

History 0 Editorial 0 Interim Chanq Change#:

n Batch EC/ER/PCR:. PC - O.'/Z7/2co2 Revision Summary:

Ro3ls'k IhAftW Aec trGAC..

"jo.~~ktit.

(1 Attachadd'ldescripifreq'd LOK J*a Level of Use:

Level 1 - Continuous Us Ii Level 2 - Reference Use EL Level 3 - Information Use Originator: -

-;-z1-0L o /4tqf Print Date:

Location/Ext:

I

AmerGenr.

OYSTER CREEK GENERATING Number An Exeo s Energy,

,Compay STATION PROCEDURE 201 Title 1Revision No.

Plant Startup

[

16 4.0 PRECAUTIONS AND LIMITATIONS 4.1 The minimum permissible sustained positive period is administratively limited to 30 seconds.

4.2 Monitor nuclear instrumentation to ensure appropriate response as core

-reactivity changes.

4.3 Under conditions of high Xenon concentration (less than 80 hours9.259259e-4 days <br />0.0222 hours <br />1.322751e-4 weeks <br />3.044e-5 months <br /> after shutdown), the following are applicable:

4.3.1 Source range count rate may be quite small as criticality is approached.. Closely monitor source range instrument responsiveness to control rods.

4.3.2 Control rods at the core periphery and control rods in notch positions 00 to 12 have increased rod worth compared to conditions of low or no Xenon concentrations. As a result, criticality may be approached more quickly when manipulating these control rods.

4.4 During the approach to critical, a Reactor Engineer shall be present in the Control Room to advise Control Room personnel. (Reference SOER 84-02) 4.5 Control rods that are considered inoperable must remain valved out of service in accordance with Procedure 302.1. Inoperable control rods may be withdrawn immediately prior to any post maintenance testing when it is reasonably assured that testing will result in declaring the control rod operable and adequate shutdown margin is maintained.

4.6 Observe the following Recirculation flow limits:

4.6.1 During controlled RPV heatup or cooldown evolutions with 1 or more Recirc pumps in service, maintain total Recirculation flow > 4.8 x 1 0E4 gpm. This flow will minimize thermal stratification in the vessel bottom head region.

q-4 4.6.2 Maintain total Recirculation flow > 4-16*x 1 0E4 gpm S,77-

• , *4 (> 39-.6&nx 10E6 Ibm/hr) while in STARTUP mode with any IRM on Range 10.

3 47 4.6.3 Maintain total Recirculation flow > 6.4 x 1 0E4 gpm while in RUN mode.

7.0

AmerGen M An Exelon/British Energy Company JOB PERFORMANCE MEASURE 200.OC Validation Time 15 minutes I Time Critical 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 11 I

Comet

Title:

Apply Tech Spec directions for LCOs Task: Determine applicable Tech Spec and make log entry 3410302018 KA# 290003 2.1.12 RATING:

RO-2.9 SRO-4.0 NO 11

JPM 200.OC REFERENCE SECTION:

GENERAL TOOLS AND EQUIPMENT:

none GENERAL

REFERENCES:

Technical Specifications TASK STANDARD:

Determine Tech Spec requirements lAW TS 3.17.1B CRITICAL ELEMENTS: (*)

2,3,4,5 TASK CONDITIONS:

Plant at 100%

The 'A' Control Room HVAC has just been placed OOS because of an electrical fault in the power supply The 'B' Control Room HVAC in running in the NORMAL mode INITIATING CUES:

You are directed to evaluate Technical Specifications for these conditions and make any appropriate control room log entries.

JPM 200.OC PERFORMANCE SECTION:

START TIME PERFORMANCE CHECKLIST STANDARD INITIAL SAT/UNSAT

1.

Obtains controlled copy TS obtained of Technical Specifications (TS).

• 2. Determine TS call Determines that 7 day LCO is entered IAW TS 3.17.B.

Also requires verifying operation of 'B' CRHVAC in the PARTIAL RECIRC mode once per 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> period.

• 3.

Begin LCO log entry Click on LCO ENTRY button in Lotus Notes Control Room Log selection bar

• 4. Mke TSselecion Fom drp dow menuselect '317B.1° or

• 5.

Make LCO Clock From the drop down menu, select '7 days' selection TASK CONDITIONS:

Plant at 100%

The 'A' Control Room HVAC has just been placed OOS because of an electrical fault in the power supply The 'B' Control Room HVAC in running in the NORMAL mode INITIATING CUES:

You are directed to evaluate Technical Specifications for these conditions and make any appropriate control room log entries.

JPM 200.OC PERFORMANCE CHECKLIST

6.

Make LCO Planned selection STANDARD INITIAL SAT/UNSAT In the 'LCO Planned" block, select NO

7.

Verify LCO time clock Verify expiration time is properly expiration calculated and select YES

8.

Add entry statement as Place explanation into space provided; required candidate may restate the tech Spec again in different words or may add the requirement to verify the PARTIAL RECIRC mode on the operable system once every 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />

9.

Save and exit Selects "Save and Exit" button

10.

Spell Check Acknowledges Spell Check, skip or correct any miss-spellings

11.

Is it correct?

At the "Is It Correct" prompt; selects the "YES" button i"-.-. W e..

eth

" "" """ " 'm *

=

..m

..t l

.l COMPLETION TIME I

TASK CONDITIONS:

Plant at 100%

The 'A' Control Room HVAC has just been placed OOS because of an electrical fault in the power supply The 'B' Control Room HVAC in running in the NORMAL mode INITIATING CUES:

You are directed to evaluate Technical Specifications for these conditions and make any appropriate control room log entries.

AmerGen.

An Exelon/British Energy Company JOB PERFORMANCE MEASURE 200.0B Validation Time 12 minutes I Time Critical 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 I

1

Title:

Approve Radioactive Discharge Permits Task: Release water from 1-5 Sump 3410302012 KA# 290001 2.1.23 RATING:

RO-3.9 SRO-4.0 NO 11 Comet

1PM 200.OB REFERENCE SECTION:

GENERAL TOOLS AND EQUIPMENT:

Calculator GENERAL

REFERENCES:

Procedure 101.9, Release of Water to the Environment from 1-5 Sump, Rev. 10, 01.9-2 (1-5 sump release to environs)

TASK STANDARD:

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

CRITICAL ELEMENTS: (*)

4 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 lAW Procedure 101.9, Release of Water to the Environment from 1-5 Sump I

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 INITIATING CUES:

You are directed to review the provided discharge permit for approval lAW Procedure 101.9, Release of Water to the Environment from 1-5 Sump START TIME PERFORMANCE CHECKLIST STANDARD INITIAL I

I SAT/UNSAT

1.

Obtains controlled copy Obtains controlled copy of procedure of procedure 101.9

2.

Review the analysis Recognize analysis results are above the results 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 and/or 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 lAW Procedure 101.9, Release of Water to the Environment from 1-5 Sump

OYSTER CREEK NUCLEAR GENERATING GPU STATION PROCEDURE NUCLEAR Number 101.9 Title Revision No.

Release of Water to the Environment from 1-5 Sump 10 DCN 20.19.22.03 ATTACHMENT 101.9-2 Release of Water from 1-5 Sump to Environs Release No.

14__-_ ___

Collection Date:

--0*&i" Time:

/'40, By:

Radiochemical Analysis BY:

ObserveA Limit Gamma Isotopic IQ "Ci/ml

<l.0E-6pCi/ml Tritium RCi/ml Sr 89, 90*

RCi/ml Fe 55*

RCi/ml Total Isotopic 6,4c "Ci/ml

• when gamma activity

>1.0 E-6 pCi/ml Gross a (if applicable)

ACi/ml Release Rate Criteria (To be completed only if total activity >l.0E-6ACi/ml)

Isotopic Total

+

Tritium

+

Alpha

= Ratio Number uCi/ml

+

KCi/ml

+

uCi/ml =

2.6 E-8 pCi/ml 8.0 E-4 Rci/ml 7.9 E-9 gCi/ml

+__

+

Ratio Number X Discharge Flow

=

X 100 (max)

=

(if

<1.0 Release Dilution Flow may be approved)

Chemical Analyses By:

Analysis Concentration Limit Discharge to Environs By:

Start Time Stop Time AT (min)

X No.

Pumps X

50 gpm

=

Volume X

X 50 gal.

x X

50 Analysis performed by Release Rate Verified (if Gamma isotopic

> 1.0 E-6 pCi/ml Approval for Discharge (necessary if other than naturally occurring nuclides are present)

(

Discharge Complete:

Paperwork reviewed/complete:

(1019/$4)E Chemistry Technician Calculation Verified Mgr. Radwaste/Chemistry or Designee Group Shift Supervisor Group Chemistry Supervisor E2-1

AmerGen An Exelon/Bntish Energy Company a

JOB PERFORMANCE MEASURE 345.03N Validation Time 15 minutes I Time Critical 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.

Comments 11 Page 1 of 4

Title:

Classify an Emergency or Abnormal Event.

Title: Classify an Emergency or Abnormal Event.

2000502401 KA# 294001 GA1-16 1 RATING:

RO - N/A SRO - 4.7 Yes II II I

JPM 345.03N GENERAL TOOLS AND EQUIPMENT:

None GENERAL

REFERENCES:

Procedure EPIP-OC-.01, Rev. 12 TASK STANDARD:

None CRITICAL ELEMENTS: (*)

2,3,5,6 Page 2 of 4 TASK CONDITIONS:

You are the Unit Supervisor for the operating shift The plant is operating at 100% power.

The following conditions are reported from the Site Protection Shift Supervisor;

• An unauthorized vehicle has gained access to the site Security has disabled and surrounded the vehicle in the employee parking lot

• The driver of the vehicle has not surrendered and the threat is unknown INITIATING CUES:

State the minimum classification for these conditions and complete the Emergency Report Form for Shift Manager approval.

JPM 345.03N TIME PERFORMANCE CHECKLIST STANDARD INITIAL I SAT/UNSAT

1. Obtain controlled copy of Obtains controlled copy of procedure procedure EPIP-OC-.01

• 2. Determined Emergency Declares "ALERT" - Cat. R-1.

Classification and associated Compromise is on site, but no penetration EAL.

of the Protected Area has occurred Time Critical Portion of JPM complete Time Complete

(<15 minutes)

• 3. Completes Emerqency Fill in the block with:

Classification block An "ALERT" was declared at "current time" on "current date". The EAL is "R-1"

4. Completes Event Description Fill in the block with:

block Description similar to; "Security compromise on Site with no penetration of the Protected Area has occurred"

• 5. Completes Radioactive Fill in the block with:

Release Status block Check the line that states that "There is no abnormal radiological release in progress"

• 6. Completes Meteorological Fill in the block with:

Condition block From the Weather screen record; Wind direction is from"

" degrees and wind speed is" "miles per hour (use 380' elevation data)

7. Completes On-Site Protective Fill in the block with:

Action block Check the three lines for ALERT condition

8. Present to Shift Manager (SM)

Present filled-in Notification form to evaluator for SM approval COMPLETION TIME Page 3 of 4

Page 4 of 4 TASK CONDITIONS:

You are the Unit Supervisor for the operating shift The plant is operating at 100% power.

The following conditions are reported from the Site Protection Shift Supervisor;

• An unauthorized vehicle has gained access to the site Security has disabled and surrounded the vehicle in the employee parking lot The driver of the vehicle has not surrendered and the threat is unknown INITIATING CUES:

State the minimum classification for these conditions and complete the Emergency Report Form for Shift Manager approval.

OYSTER CREEK EMERGENCY REPORT FORM - OC PART I OF 3 GENERATING STATION (Press Firmly and Write Clearly)

ED-Copy Q

This is a Drill. This is a Drill 0 This is NOTa Drill. This is NOT a Drill EERGENCY CLASSIFCATION O

An/a was declared at __________on

________The EAL is_____

Event Decladclar24 Hour Clock Date o

The Event has been de-escalated to an/a at on _The EAL is Ev:ent Declared 24 Hour Clock Date O

The Event has been terminated at on Date 24 Hour Clock Date EVENT DESCRIPTION RADIOACTIVE RELEASE STATUS

$~"

~

O There is no abnormal radioactive release in progress.

O There is an abnormal (AIRBORNE/LIOUID) radioactive release in progress. (i.e. exceeds ODCM Limits)

_CMETEOROL OGICAL CONDITON Ae-W Wind direction is from degrees and wind speed is miles per hour. Use 380'Elev... for wind direction and speed ON-SITE PROTECTIVE ACTION Q

(UE) All personnel should continue with their normal duties pending further notice.

O3 (ALERTISAE/GE) All on-duty members of the Emergency Response Organization report to emergency centers.

"O (ALERT only) All other personnel should continue with their normal duties pending further instructions.

"O (ALERT/SAE/GE) Eating, Diinking and Smoking is prohibited until further notice.

El (SAE only) Site Accountability has been ordered. All non-essential personnel in the protected area report to the Emergency Assembly Area in the (select one) Q OCAB Cafeteria OR 0l Warehouse.

Route (if needed)

(GE only) Site Evacuation has been ordered. All non-essential personnel, who do not have a specific emergency assignment shall leave the site through the Main Gate. Route to Main Gate (If needed)

Use the (SOUTH/NORTH) evacuation route to the 0l Remote Assembly Area 0l Forked River Assembly Area NOTES ONLY - DO NOT WRITE IN THIS SPACE

1. In the special case of a security event which does not upgrade current classification, ensure the NRC is notified of the event and status of plant security VIA the ENS line.

2.

If an environmental event occurs which is included in category V of procedure 126, ensure appropriate 126 notifications are complete.

3.

If a contaminated injured person must be transported off-site, ensure appropriate notifications are complete.

4.

The Station Status Checklist should be completed and communicated to the NJBNE once per half-hour or as conditions change. Only initial and any significant changes require SSC to be sent when in a UE level of emergency. After confirmnation that the BNE is established at the EOF the SSC is no longer required to be transmitted.

5.

Ensure the organizations contacted as listed on the notification forms are notified of termination.

APJPROVAL'!"Kn ISignature 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> clock Date

PLANT PROCESS COMPUTER SCREEN 10:12:29 WEATHER-PLUS PAGE 1 OF 2 POINT ID SPD380A DIR380A TER380A TER33A DT380A SPD380B DIR380B TER380B TER33B DT380B SPD33AMX SPD33BMX DWTEMP INT1 5AVG CNTRLVLV MW POINT DESCRIPTION VALUE 380' 15MIN AVG WIND SPEED A 380' 15MIN AVG WIND DIR A 380' 15MIN AVG WIND TEMP A 33' 15MIN AVG WIND SPEED A (380'-33') 15MIN AVG DELTA T A 380' 15MIN AVG WIND SPEED B 380' 15MIN AVG WIND DIR B 380' 15MIN AVG WIND TEMP B 33' 15MIN AVG WIND SPEED B (380'-33') 15MIN AVG DELTA T B 33' 15MIN MAX WIND GUST A 33' 15MIN MAX WIND GUST B BULK DW TEMP (CALCULATED)

INTAKE TEMP:15-MIN AVG TURB CNTRL VLV POSITION-PERCENT MAIN GENERATOR MEGAWATTS 8.0 269.0 70.0 70.0

.0 8.0 269.0 70.0 70.0

.0 7.0 7.0 129.0 62.0 96.7 662.3 EU name MPH DEG DEG DEG DEG F

F F/34 MPH DEG DEG F DEG F DEG F/34 MPH MPH DEG F DEG F PERCENT MW 3/29/02 ALARM STATUS NORM NORM NORM NORM NORM NORM NORM NORM NORM NORM NORM NORM NORM NORM NORM NORM