ML030100431

Revisions to Emergency Plan & Implementing Procedures

ML030100431
Person / Time
Site:	North Anna
Issue date:	01/03/2003
From:	Heacock D Virginia Electric & Power Co (VEPCO)
To:	Document Control Desk, Office of Nuclear Reactor Regulation
References
02-773, NAPS/MPW
Download: ML030100431 (141)

Text

VIRGINIA ELECTRIC AND POWER COMPANY RI]CHnIONDVIRGINIA 23261 January 3, 2003 U.S. Nuclear Regulatory Commission Serial No.02-773 Attention: Document Control Desk NAPS/MPW Washington, D.C. 20555 Docket Nos. 50-338/339 License Nos. NPF-4/7 Gentlemen:

VIRGINIA ELECTRIC AND POWER COMPANY NORTH ANNA POWER STATION UNITS 1 AND 2 REVISIONS TO EMERGENCY PLAN AND IMPLEMENTING PROCEDURES Pursuant to 10 CFR 50.54(q), enclosed are recent revisions to the North Anna Power Station Emergency Plan Implementing Procedures. These revisions do not implement actions that decrease the effectiveness of our Emergency Plan. The Emergency Plan and Implementing Procedures continue to meet the standards of 10 CFR 50.47(b).

Please update your manual by performing the actions described in Attachment 1, Tabulation of Changes.

Very truly yours, D. A. Heacock Site Vice President Commitments Stated or Implied: None.

Enclosures cc:

U.S. Nuclear Regulatory Commission (2 copies)

Region II Atlanta Federal Center 61 Forsyth St., SW, Suite 23T85 Atlanta, GA 30303 Mr. M. J. Morgan 9o -r NRC Senior Resident Inspector North Anna Power Station

ATTACHMENT I TABULATION OF CHANGES VIRGINIA ELECTRIC AND POWER COMPANY REVISIONS TO NORTH ANNA POWER STATION EMERGENCY PLAN AND IMPLEMENTING PROCEDURES Enclosed are recent revisions to the North Anna Power Station Emergency Plan Implementing Procedures (EPIPs). Please take the following actions in order to keep your manual updated.

REMOVE AND DESTROY DATED INSERT EFFECTIVE DATE EPIP - 1.01, Rev. 36 05/15/02 EPIP-1.01, Rev. 37 12/18/02 EPIP - 4.02, Rev. 12 08/02/00 EPIP - 4.02, Rev. 13 12/18/02 EPIP - 4.16, Rev. 14 02/28/00 EPIP -4.16, Rev. 15 12/18/02 EPIP-4.17, Rev. 15 06/19/02 EPIP-4.17, Rev. 16 12/18/02 EPIP-4.18, Rev. 12 06/19/02 EPIP-4.18, Rev. 13 12/18/02 EPIP - 4.34, Rev. 2 02/28/00 EPIP - 4.34, Rev. 3 12/18/02 Emer-qency Plan Privacy and Proprietary Material has been removed. Reference Generic Letter No. 81-27.

DA 2002-12-18 PAGL.-

1 NORTH ANNA POWER STATION LIST OF NAPS EMERGENCY PLAN IMPLEMENTATION PROCEDURES CHECK DHIS FOR LATEST DOCUMENT INFORMATION DOCUMENT NUMBER EPIP-1.01 EPIP-1.02 EPIP-1.03 EPIP-1.04 EPIP-1,05 EPIP-1.06 EPIP-2.01 EPIP-2.02 EPIP-3.02 EPIP-3.03 EPIP-3.04 EPIP-3.05 EPIP-4.01 EPIP-4.02 EPIP-4.03 EPIP-4.04 EPIP-4.05 EPIP-4.06 EPIP-4* 07 EPIP-4.08 EPIP-4.09 EPIP-4.10 EPIP-4.13 REV 037 011 014 APPROVAL N*DATEMN 12/13/02 09/07/99 09/07/99 014 09/07/99 016 09/07/99 004 09/05/01 025 08/13/02 015 08/13/02 020 08/13/02 012 015 001 018 013 011 009 009 009 014 014 013 011 009 12/20/93 07/14/98 09/07/99 04/05/02 12/13/02 12/20/93 11/21/94 01/28/00 12/21/95 09/29/00 05/10/02 05/10/02 08/13/02 09/29/00 EFFECTN*

NNDATE**

12/18/02 10/01/99 10/01/99 10/01/99 10/01/99 09/05/01 08/28/02 08/28/02 08/28/02 01/01/94 07/20/98 10/01/99 04/09/02 12/18/02 01/01/94 11/28/94 02/04/00 12/28/95 10/06/00 06/19/02 06/19/02 08/28/02 10/06/00 DOCUMENT TITLE EMERGENCY MANAGER CONTROLLING PROCEDURE RESPONSE TO NOTIFICATION OF UNUSUAL EVENT RESPONSE TO ALERT RESPONSE TO SITE AREA EMERGENCY RESPONSE TO GENERAL EMERGENCY PROTECTIVE ACTION RECOMMENDATIONS NOTIFICATION OF STATE AND LOCAL GOVERNMENTS NOTIFICATION OF NRC ACTIVATION OF TECHNICAL SUPPORT CENTER ACTIVATION OF OPERATIONAL SUPPORT CENTER ACTIVATION OF LOCAL EMERGENCY OPERATIONS FACILITY AUGMENTATION OF EMERGENCY RESPONSE ORGANIZATION RADIOLOGICAL ASSESSMENT DIRECTOR CONTROLLING PROCEDURE RADIATION PROTECTION SUPERVISOR CONTROLLING PROCEDURE DOSE ASSESSMENT TEAM CONTROLLING PROCEDURE EMERGENCY PERSONNEL RADIATION EXPOSURE RESPIRATORY PROTECTION AND KI ASSESSMENT PERSONNEL MONITORING AND DECONTAMINATION PROTECTIVE MEASURES INITIAL OFFSITE RELEASE ASSESSMENT SOURCE TERM ASSESSMENT DETERMINATION OF X/Q OFFSITE RELEASE ASSESSMENT WITH ENVIRONMENTAL DATA

M DAI.

002-12-18 PAGL.'

2 NORTH ANNA POWER STATION LIST OF NAPS EMERGENCY PLAN IMPLEMENTATION PROCEDURES CHECK DMIS FOR LATEST DOCUMENT INFORMATION DOCUMENT NUMBER EPIP-4.14 EPIP-4.15 EPIP-4.16 EPIP-4.17 EPIP-4.18 EPIP-4.21 EPIP-4.22 EPIP-4.23 EPIP-4.24 EPIP-4.25 EPIP-4.26 EPIP-4.28 EPIP-4.30 EPIP-4.31 EPIP-4.33 EPIP-4.34 EPIP-5.01 EPIP-5.03 EPIP-5.04 EPIP-5.05 EPIP-5.07 EPIP-5.08 EPIP-5.09 APPROVAL REV NXDATEXX 007 12/20/93 011 015 016 013 008 014 014 012 008 011 007 005 003 003 003 Ol 016 009 013 011 007 004 02/18/00 12/13/02 12/13/02 12/13/02 12/20/93 04/05/02 04/05/02 08/02/02 07/23/93 07/26/01 01/09/97 04/05/02 06/20/94 11/28/00 12/13/02 12/11/96 02/18/00 08/02/02 06/25/96 07/25/00 11/28/00 08/02/02 EFFECT3m f*DATE**

DOCUMENT TITLE 01/01/94 INPLANT MONITORING 02/28/00 ONSITE MONITORING 12/18/02 OFFSITE MONITORING 12/18/02 MONITORING OF EMERGENCY RESPONSE FACILITIES 12/18/02 MONITORING OF LEOF 01/01/94 EVACUATION AND REMOTE ASSEMBLY AREA MONITORING 04/09/02 POST ACCIDENT SAMPLING OF CONTAINMENT AIR 04/09/02 POST ACCIDENT SAMPLING OF REACTOR COOLANT 08/15/02 GASEOUS EFFLUENT SAMPLING DURING AN EMERGENCY 07/23/93 LIQUID EFFLUENT SAMPLING DURING AN EMERGENCY 09/13/01 HIGH LEVEL ACTIVITY SAMPLE ANALYSIS 01/14/97 TSC/LEOF RADIATION MONITORING SYSTEM 04/09/02 USE OF MIDAS CLASS A MODEL 06/20/94 USE OF MIDAS CLASS B MODEL 11/30/00 HEALTH PHYSICS NETWORK COMMUNICATIONS 12/18/02 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 12/17/96 TRANSPORTATION OF CONTAMINATED INJURED PERSONNEL 02/28/00 PERSONNEL ACCOUNTABILITY 08/15/02 ACCESS CONTROL 07/02/96 SITE EVACUATION 08/02/00 ADMINISTRATION OF RADIOPROTECTIVE DRUGS 11/30/00 DAMAGE CONTROL GUIDELINE 08/15/02 SECURITY TEAM LEADER CONTROLLING PROCEDURE

DATh J002-12-18 PAGE"

'3 DOCUMENT NUMBER EPIP-6.01 APPROVAL REV NNDATEN*

007 05/12/99 EFFECT**

• • DATE**

05/17/99 DOCUMENT TITLE RE-ENTRY/RECOVERY GUIDELINE NORTH ANNA POWER STATION LIST OF NAPS EMERGENCY PLAN IMPLEMENTATION PROCEDURES CHECK DMIS FOR LATEST DOCUMENT INFORMATION

)

VIRGINIA POWER NORTH ANNA POWER STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE NUMBER PROCEDURE TITLE REVISION EPIP-1.01 EMERGENCY MANAGER CONTROLLING PROCEDURE 37 (With 3 Attachments)

PAGE 1 of 7 PURPOSE To assess potential emergency conditions and initiate corrective actions.

ENTRY CONDITIONS Any of the following:

1.

Another station procedure directs initiation of this procedure.

2.

A potential emergency condition is reported to the Shift Supervisor.

Approvals on File Effective Date

NUMBER PROCEDURE TITLE REVISION EPIP-1.01 EMERGENCY MANAGER CONTROLLING PROCEDURE 37 PAGE 2 of 7

-LFHý ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED CAUTION:

Declaration of the highest emergency class for which an Emergency Action Level is exceeded shall be made.

NOTE:

The PCS is potentially unreliable in the event of Therefore. PCS parameters should be evaluated for this situation occur.

1 EVALUATE EMERGENCY ACTION LEVELS:

a) Determine event category using. EMERGENCY ACTION LEVEL TABLE INDEX b) Review EAL Tab associated with event category c) Use Control Room monitors.

PCS, and outside reports to get indications of emergency conditions listed in the EAL Table d) Verify EAL CURRENTLY EXCEEDED an earthquake.

accuracy should d) IF basis for EAL no longer exists when discovered AND no other reasons exist for an emergency declaration, THEN do the following:

"* RETURN TO procedure in effect.

"* GO TO VPAP-2802, NOTIFICATIONS AND REPORTS, to make one-hour. non-emergency reports for classification without declaration.

IF EAL was NOT exceeded, THEN RETURN TO procedure in effect.

(STEP I CONTINUED ON NEXT PAGE)

H-I I

NUMBER PROCEDURE TITLE REVISION EPIP-1.O1 EMERGENCY MANAGER CONTROLLING PROCEDURE 37 PAGE 3 of 7 K-ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED 1 EVALUATE EMERGENCY ACTION LEVELS: (Continued) e) Record procedure initiation:

By:

Date:

Time:

f) Initiate a chronological log of events g) Declare position of Station Emergency Manager NOTE:

Assembly. accountability and/or initiation of facility staffing may not be desired during certain situations (e.g.. security event.

severe weather, anticipated grid disturbance) or may have already been completed.

These activities should be implemented as quickly as achievable given the specific situation.

2 CHECK - CONDITIONS ALLOW FOR NORMAL IMPLEMENTATION OF EMERGENCY RESPONSE ACTIONS IF deviation from normal emergency response actions warranted, THEN do the following:

a)

Refer to Attachment 3.

Considerations for Operations Response Under Abnormal Conditions.

b) Consider applicability of 50.54(x).

c) IF classification/assembly announcement deferred.

THEN GO TO Step 4.

1-B

ACTIONEEXPECTED RESPONSE 3 NOTIFY PLANT STAFF OF ALERT OR HIGHER CLASSIFICATION:

a) Check classification - ALERT OR HIGHER b) Check if emergency assembly and accountability - PREVIOUSLY CONDUCTED RESPONSE NOT OBTAINED a)

GO TO Step 4.

b) Do 1) the following:

Have Control Room sound EMERGENCY alarm and make announcement on station Gai-Tronics system as follows:

"(Emergency classification) has been declared as the result of (event)

"All Emergency Response personnel report to your assigned stations" "All contractor personnel not responding to the emergency and all visitors report to the Security Building" "All other personnel report to your Emergency Assembly Areas"

2) Repeat RNO Step 3.b.1.

3) GO TO Step 4.

c) Have Control Room sound EMERGENCY alarm and make announcement on station Gai-Tronics system as follows:

"(Emergency classification) has been declared as the result of (event) d)

Repeat Step 3.c NUMBER PROCEDURE TITLE REVISION EPIP-1.01 EMERGENCY MANAGER CONTROLLING PROCEDURE 37 PAGE 4 of 7 H-l i

-1LHJ-C!!i:

ACTION/EXPECTED RESPONSE

-II RESPONSE NOT OBTAINED CAUTION:

Continue through this and all further instructions unless otherwise directed to hold.

4 INITIATE SUPPORTING PROCEDURES:

a) Direct Emergency Communicators to initiate the following procedures:

1) EPIP-2.01, NOTIFICATION OF STATE AND LOCAL GOVERNMENTS

2) EPIP-2.02, NOTIFICATION OF NRC b) Direct HP to initiate EPIP-4.01, RADIOLOGICAL ASSESSMENT DIRECTOR CONTROLLING PROCEDURE c) Establish communications with Security Team Leader:

1) Provide Security with current emergency classification

2) Notify Security which Operations Shift is designated for coverage

3) Direct Security to initiate EPIP-5.09, SECURITY TEAM LEADER CONTROLLING PROCEDURE NUMBER PROCEDURE TITLE REVISION EPIP-1.01 EMERGENCY MANAGER CONTROLLING PROCEDURE 37 PAGE 5 of 7 F-I l

ACTION/EXPECTED RESPONSE 5

CHECK TSC -

ACTIVATED F-]

sý TEP 6

IMPLEMENT EPIP FOR EMERGENCY CLASSIFICATION IN EFFECT:

"* Notification of Unusual Event GO TO EPIP-1.02, RESPONSE TO NOTIFICATION OF UNUSUAL EVENT

"* Alert GO TO EPIP-1.03.

RESPONSE TO ALERT

"* Site Area Emergency GO TO EPIP-1.04.

RESPONSE TO SITE AREA EMERGENCY

"* General Emergency GO TO EPIP-1.05, RESPONSE TO GENERAL EMERGENCY NUMBER PROCEDURE TITLE REVISION EPIP-1.01 EMERGENCY MANAGER CONTROLLING PROCEDURE 37 PAGE 6 of 7 RESPONSE NOT OBTAINED i

IF TSC NOT activated. THEN do the following:

a) Have STA report to the Control Room.

b) Notify Superintendent Operations or Operations Manager On Call.

c) Consider having Radiological Assessment Director report to the Control Room.

d) WHEN relief SEM arrives, THEN perform turnover using EPIP-1.01. Attachment 2, Turnover Checklist.

-0

-LH ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED 7 NOTIFY OFFSITE AUTHORITIES OF EMERGENCY TERMINATION:

a) State and local governments (made by LEOF or CEOF when activated) b)

NRC 8 NOTIFY STATION PERSONNEL ABOUT THE FOLLOWING:

"* Emergency termination

"* Facility de-activation

"* Selective release of personnel

"* Completion and collection of procedures

"* Recovery

___9 TERMINATE EPIP-1.01:

• Give completed EPIPs, forms and other applicable records to Nuclear Emergency Preparedness (TSC Emergency Procedures Coordinator if TSC activated) e Completed By:

Date:

Time:

-END -

NUMBER PROCEDURE TITLE REVISION EPIP-1.01 EMERGENCY MANAGER CONTROLLING PROCEDURE 37 PAGE 7 of 7 H-I m

m

CAUTION:

o Declaration of the highest emergency class for which an EAL is exceeded shall be made.

• Emergency Action Levels shall be conservatively classified based on actual or anticipated plant conditions.

EVENT CATEGORY:

TAB

1.

Safety, Shutdown, or Assessment System Event......................

A

2.

Reactor Coolant System Event......................................

B

3.

Fuel Failure or Fuel Handling Accident............................

C

4.

Containment Event.................................................

D

5.

Radioactivity Event...............................................

E

6.

DELETED

7.

Loss of Secondary Coolant.........................................

G

8.

Electrical Failure................................................

H

9.

Fire..............................................................

I

10.

Security Event....................................................

J

11.

Hazard to Station Operation.......................................

K

12.

Natural Events....................................................

L

13.

Miscellaneous Abnormal Events.....................................

M NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT PAGE 1

IN nf Al

CONDITION/APPLICABILITY INDICATION CLASSIFICATION CAUTION:

EAL C.2 is duplicated below for cross-reference/comparison to EAL A.1:

C.2.

Probable large Loss of Main Feedwater GENERAL radioactivity System. Condensate System EMERGENCY release initiated and Auxiliary Feedwater by loss of heat System sink leading to core degradation MODES 1. 2.

3 & 4

1. Loss of function Total loss of the SITE AREA needed for unit HSD Charging/SI System EMERGENCY condition OR MODES 1, 2, 3 & 4 Total loss of the Main Feedwater and Auxiliary Feedwater systems

2.

Failure of the Reactor Protection System to initiate and complete a required trip while at power MODES 1 & 2

" Reactor trip setoint and coincidences -

EXCEEDED AND

"* Automatic trip from RPS FAILED AND Manual trip from Control Room -

FAILED "NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB A)

PAGE SAFETY.

SHUTDOWN, OR ASSESSMENT 1

SYSTEM EVENT k,._.,2 of 41 SITE AREA EMERGENCY

CONDITION/APPLICABILITY

3.

Inability to monitor a significant transient in progress MODES 1. 2. 3 & 4 INDICATION Most (>75%)

annunciator panels "A" AVAILABLE or all alarms on to "K" -

NOT CLASSIFICATION SITE AREA EMERGENCY AND All computer monitoring capability (e.g.. PCS)

NOT AVAILABLE AND Significant transient -

IN PROGRESS (e.g., reactor trip. SI actuation, turbine run back >25% thermal reactor power, thermal power oscillations >10%)

AND Inability to directly monitor any one of the following using Control Room indications:

Subcriticality Core Cooling Heat Sink Vessel Integrity Containment Integrity

4.

Evacuation of Main Control Room with control not established within 15 minutes ALL MODES Evacuation of the Control Room with local shutdown control not established within 15 minutes SITE AREA EMERGENCY "NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB A)

PAGE SAFETY.

SHUTDOWN, OR ASSESSMENT 1

SYSTEM EVENT

\\ J" 3 of 41

CONDITION/APPLICABI LITY

5.

Total loss of function needed for unit CSD condition MODES 5 & 6 INDICATION

"* Secondary system cooling capability -

UNAVAILABLE AND

"* Loss of any of the following systems:

CLASSIFICATION ALERT Service Water Component Cooling RHR AND 0

RCS temperature GREATER THAN 140 OF

6.

Failure of the Reactor Protection System to complete a trip which takes the Reactor Subcritical MODES 1 & 2 Reactor trip setpoint and

" Reactor trip setoint and coincidences - EXCEEDED AND

"* Automatic trip from RPS FAILED AND Manual trip - REQUIRED AND Manual trip from Control Room - SUCCESSFUL "NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB A)

PAGE

SAFETY, SHUTDOWN.

OR ASSESSMENT 1

SYSTEM EVENT 4 of 41 0

0 0

ALERT

CONDITION/APPLICABILITY

7.

Unplanned loss of safety system annunciators with compensatory indicators unavailable or a transient in progress MODES 1. 2. 3 & 4 INDICATION

"* Unplanned loss of most

(>75%)

or all annunciator alarms on panels "A" to "K" for GREATER THAN 15 minutes AND

"* All computer monitoring capability (e.g..

PCS)

NOT AVAILABLE OR Significant transient INITIATED OR IN PROGRESS (e.g.. reactor trip. SI, turbine runback > 25%

thermal reactor power, thermal power oscillations

> 10%)

8.

Evacuation of Main Evacuation of the Control Room ALERT Control Room with shutdown control required established within 15 minutes ALL MODES

9.

Inability to reach required mode within technical specification limits MODES 1. 2.

3 & 4 Intentional reduction in power, load or temperature IAW T.S. Action Statement HAS COMMENCED AND T.S. Action Statement time limit for mode change CANNOT BE MET NOTIFICATION OF UNUSUAL EVENT "NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB A)

PAGE

SAFETY, SHUTDOWN.

OR ASSESSMENT 1

SYSTEM EVENT L..._.-

of 41 CLASSIFICATION ALERT

CONDITION/APPLICABILITY

10. Failure of a safety or relief valve to close after pressure reduction, which may affect the health and safety of the public MODES 1. 2. 3. 4 & 5 INDICATION

"* RCS

"* RCS pressure -

LESS THAN 2000 psig OR NDT Protection System IN SERVICE AND

"* Any indication after lift or actuation that Pressurizer Safety or PORV -

REMAINS OPEN AND Flow -

UNISOLABLE Main Steam

"* Excessive Steam Generator Safety. PORV or Decay Heat Release flow as indicated by rapid RCS cooldown rate AND

"* Main Steam pressure greater than 100 psi below setpoint of affected valve

11.

Unplanned loss of most or all safety system annunciators for greater than 15 minutes Unplanned loss of most

(>75%)

or all annunciators on panels "A" to "K" for GREATER THAN 15 minutes NOTIFICATION OF UNUSUAL EVENT MODES 1. 2. 3 & 4 NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB A)

PAGE

SAFETY, SHUTDOWN, OR ASSESSMENT 1

SYSTEM EVENT

___________6 of_41 CLASSIFICATION

-NOTIFICATION OF UNUSUAL EVENT

CONDITION/APPLICABILITY

12. Loss of communications capability ALL MODES INDICATION Station PBX phone system FAILED AND Station Gai-tronics system -

FAILED AND Station UHF radio system FAILED CLASSIFICATION NOTIFICATION OF UNUSUAL EVENT NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB A)

PAGE

SAFETY, SHUTDOWN.

OR ASSESSMENT 1

SYSTEM EVENT k~j 7 of 41

CONDITION/APPLICABILITY

1.

Loss of 2 of 3 fission product barriers with potential loss of 3rd barrier ALL MODES INDICATION Any two of a),

b) or c) exist and the third is imminent:

a)

Fuel clad integrity failure as indicated by any of the following:

RCS specific activity greater than or equal to 300.0 piCi/gram dose equivalent 1-131 CLASSIFICATION GENERAL EMERGENCY OR 5 or more core exit thermocouples greater than 1200 OF OR Containment High Range Radiation Monitor RM-RMS-165.

-166 RM-RMS-265,

-266 GREATER THAN 1.88x10 2 R/hr ori b)

Loss of RCS integrity as indicated by any of the following:

RCS pressure greater than 2735 psig OR Loss of Reactor Coolant in progress c)

Loss of containment integrity as indicated by any of the following:

Containment pressure greater than 60 psia and not decreasing OR Release path to environment -EXISTS NUMBER ATTACHMENT TITLE EPIP-1.01 EMERGENCY ACTION LEVEL TABLE ATTACHMENT (TAB B)

REACTOR COOLANT SYSTEM EVENT 1

CONDITION/APPLICABILITY

2.

Fuel failure with steam generator tube rupture ALL MODES INDICATION Any two of a). b) or c) exist and the third is imminent:

a)

Fuel clad integrity failure as indicated by any of the following:

RCS specific activity greater than 300 pCi/gram dose equivalent 1-131 OR 5 or more core exit thermocouples GREATER THAN 1200 OF OR High Range Letdown radiation monitor 1-CH-RI-128 or 2-CH-R1-228 GREATER THAN 5.9 x 104 mR/hr CLASSIFICATION GENERAL EMERGENCY b)

Steam Generator tube rupture as indicated by both of the following:

"* SI coincidence

- SATISFIED AND

"* Steam Generator tube rupture -IN PROGRESS c)

Loss of secondary integrity associated with ruptured steam generator pathway as indicated by any of the following:

"* Steam Generator PORV OPEN OR Main Steam Code Safety Valve -

OPEN OR Loss of secondary coolant outside containment -

IN PROGRESS NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB B)

PAGE REACTOR COOLANT SYSTEM EVENT PAGE 9 of_41

CONDITION/APPLICABILITY

3.

RCS leak rate limit - EXCEEDED MODES 1. 2. 3. & 4 INDICATION a

Loss of Reactor Coolant in Srogress and inventory alance indicates leakage GREATER THAN 300 gpm AND Pressurizer level cannot be maintained with two (2) -or more Charging/SI pumps in operation CLASSIFICATION SITE AREA EMERGENCY

4.

Gross primary to secondary leakage with loss of offsite power Steam Generator Tube Steam Generator Tube Rupture -

IN PROGRESS AND SITE AREA EMERGENCY MODES 1. 2.

3. & 4

"* Safety Injection -

REQUIRED AND

"* Vent Vent A MGPI Monitor I RM-VG-179 GREATER THAN 1.25 x 108 liCi/sec OR Steam Generator Blowdown monitor on affected pathway RM-SS-122,

-222 RM-SS-123,

-223 RM-SS-124,

-224 GREATER THAN 1x10 6 cpm AND A subsequent loss of offsite power indicated by zero volts on voltmeters for 4160V buses D. E. & F "NUMBER ATTACHMENT TITLE REVISION EPIP-l.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB B)

PAGE REACTOR COOLANT SYSTEM EVENT 10 of 41

CONDITION/APPLICABILITY

5.

RCS leak rate limit EXCEEDED MODES 1. 2. 3. & 4 INDICATION.

Pressurizer level cannot be maintained greater than 20%

with one (1) Charging/SI pump in operation CLASSIFICATION ALERT AND RCS inventory balance indicates leakage - greater than 50 gpm

6.

Gross primary to Steam Generator Tube Rupture ALERT secondary leakage IN PROGRESS MODES 1, 2. 3. & 4 AND Safety Injection -

REQUIRED

7.

Excessive secondar3 with los!

power MODES 1.

rimary to 1 eakage of offsite

2. 3. & 4

"* Intentional reduction in power, load or temperature IAW T.S. 3.4.13 primary to-secondary leakage LCO Action Statement AND

"* Vent Vent A MGPI Monitor RM-VG-179 GREATER THAN 1.73 x 106 pCi/sec OR Steam Generator Blowdown monitor on affected pathway RM-SS-122,

-222 RM-SS-123.

-223 RM-SS-124,

-224 GREATER THAN 1x10 5 cpm AND

"* A subsequent loss of offsite power indicated by zero volts on voltmeters for 4160V buses D, E. & F NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB B)

PAGE REACTOR COOLANT SYSTEM EVENT "1

_____11 of_41 ALERT

NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB B)

PAGE REACTOR COOLANT SYSTEM EVENT PAGE kL..

12 of 41 CONDITION/APPLICABILITY

8.

RCS operational leakage requiring plant shutdown IAW T.S. 3.4.13 INDICATION' Intentional reduction in power load or temperature IAW T.S.

3.4.13 leakage limit action statement -

HAS COMMENCED CLASSIFICATION "NOTI FICATION OF UNUSUAL EVENT MODES 1. 2. 3. & 4

CONDITION/APPLICABILITY

1.

Probable large radioactivity release initiated by LOCA with ECCS failure leading to core degradation ALL MODES INDICATION

"* Loss of reactor coolant in progress AND

"* RCS specific activity greater than 300 pCi/gram dose equivalent 1-131 OR CLASSIFICATION GENERAL EMERGENCY Containment High Range Radiation Monitor RM-RMS-165,

-166 or RM-RMS-265,

-266 GREATER THAN 1.88x10 2 R/hr AND High or low head ECCS flow not being delivered to the core (if expected by plant conditions)

2.

Probable large radioacti vity release initiated by loss of heat sink leading to core degradation MODES 1, 2.

3 & 4 Loss of Main Feedwater System.

Condensate System and Auxiliary Feedwater System GENERAL EMERGENCY NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB C)

PAGE FUEL FAILURE OR FUEL HANDLING ACCIDENT 1

_______13 of_41 CAUTION:

EAL A.1 is duplicated below for cross-reference/comparison to EAL C.2:

A.1.

Loss of function Total loss of the SITE AREA needed for unit Charging/SI System EMERGENCY HSD condition OR MODES 1, 2. 3 & 4 Total loss of the Main Feedwater and Auxiliary Feedwater systems

CONDITION/APPLICABILITY

3.

Probable large radi oacti vi ty release initiated by failure of Erotection system to ring Rx subcritical and causing core degradation ALL MODES INDICATION

"* Rx nuclear power after a trip - greater than 5%

AND

"* RCS pressure greater than or equal to 2485 psig OR Containment pressure and temperature rapidly increasing CLASSIFICATION GENERAL EMERGENCY

4.

Probable large radioactivity release initiated by loss of AC power and all feedwater ALL MODES Loss of all onsite and

" Loss of all onsite and offsite AC power AND

"* Turbine Driven Auxiliary Feedwater Pump not operable AND Restoration of either of the above not likely within 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB C)

PAGE FUEL FAILURE OR FUEL HANDLING ACCIDENT 1

_________14 of_41 GENERAL EMERGENCY

CONDITION/APPLICABILITY

5.

Probable large radioactivity release initiated by LOCA with loss of ECCS and containment cooling ALL MODES INDICATION

"* Loss of reactor coolant in progress AND

"* High or low head ECCS flow not being delivered to the core (if expected by plant conditions)

AND

"* Containment RS sump temperature greater than 1900F and NOT decreasing OR All Quench Spray and Recirculation Spray systems

- NOT OPERABLE NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB C)

PAGE FUEL FAILURE OR FUEL HANDLING ACCIDENT PAGE 1

________15 of_41 CLASSIFICATION GENERAL EMERGENCY

CONDITION/APPLICABILITY

6.

Core damage with possible loss of coolable geometry MODES 1. 2. 3, & 4 INDICATION a)

Fuel clad failure as indicated by any of the following:

RCS Specific activity greater than 60 pCi/gram dose equivalent 1-131 OR High Range Letdown radiation monitor 1-CH-RI-128 or 2-CH-RI-228 GREATER THAN 1.2x104 mR/hr AND b)

Loss of cooling as indicated by any of the following:

5 confirmed core exit thermocouples greater than 1200 OF OR Core delta T - zero OR Core delta T - rapidly diverging NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB C)

PAGE FUEL FAILURE OR FUEL HANDLING ACCIDENT PAGE 1

_______16 of_41 CLASSIFICATION SITE AREA EMERGENCY

CONDITION/APPLICABILITY

7.

Major fuel damage accident with radioacti vi ty release to containment or fuel buildings ALL MODES INDICATION Water level in Rx vessel during refueling below the top of core OR Water level in spent fuel pool below top of spent fuel AND

"* Verified damage to irradiated fuel resulting in readings on Vent Vent "B" MGPI monitor CLASSIFICATION SITE AREA EMERGENCY RM-VG-180 GREATER THAN 2.69 x 108 pCi/sec

8.

Severe Fuel Damage Clad MODES 1. 2. 3. & 4 High Range Letdown radiation monitor OR RCS specific activity greater than 300 pCi/gram dose equivalent 1-131 NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB C)

PAGE FUEL FAILURE OR FUEL HANDLING ACCIDENT 1

______,____17 of_41 ALERT 1-CH-RI-128 or 2-CH-RI-228 Increases to GREATER THAN Hi Hi Alarm setpoint (representing 1% fuel failure) within 30 minutes and remains for at least 15 minutes I

CONDITION/APPLICABILITY

9.

Fuel damage accident with release of radioactivity to containment or fuel buildings ALL MODES INDICATION e

Verified accident involving damage to irradiated fuel CLASSIFICATION

-ALERT AND Health Physics confirms fission product release from fuel OR Vent Vent "B" MGPI monitor RM-VG-180 6GREATER THAN 1.99 x 10 pCi/sec

10. Potential for fuel Continuing uncontrolled ALERT damage to occur decrease of water level in during refueling Reactor Refueling Cavity or MODE 6 Spent Fuel Pool NUMBER ATTACHMENT TITLE REVISION EPIP-1.01-EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB C)

PAGE FUEL FAILURE OR FUEL HANDLING ACCIDENT P

1

\\ _

_____18 of_41

CONDITION/APPLICABILITY

11. Fuel clad damage indication MODES 1, 2. 3, & 4 INDICATION Intentional reduction in ower. load or temperature AW reactor coolant activity T.S. Action.

Statement - HAS COMMENCED CLASSIFICATION NOTIFICATION OF UNUSUAL EVENT OR High Range Letdown radiation monitor

12. Independent Spent Fuel Storage Installation (ISFSI) event ALL MODES Verified Sealed Surface Storage Cask (SSSC) seal leakage OR Sealed Surface Storage Cask (SSSC) dropped or mishandled NOTIFICATION OF UNUSUAL EVENT NUMBER ATTACHMENT TITLE REVISION EPIP-l.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB C)

PAGE FUEL FAILURE OR FUEL HANDLING ACCIDENT PAGE 1

_________19 of_41 1-CH-RI-128 or 2-CH-RI-228 Increases to GREATER THAN Hi Alarm setpoint (representing 0.1%

fuel failure) within 30 minutes and remains for for at least 15 minutes

CONDITION/APPLICABILITY

1. Extremely high containment radiation, pressure and temperature MODES 1. 2. 3. & 4 INDICATION Containment High Range radiation monitor RM-RMS-165.

-166 RM-RMS-265.

-266 GREATER THAN 3.76 x 102 R/hr CLASSIFICATION GENERAL EMERGENCY or AND Containment pressure greater than 45 psia and not decreasing OR Containment temperature greater than 2800F

2.

High-high contai nment radiation, pressure, and temperature MODES 1, 2. 3. & 4 Containment High Range radiation monitor RM-RMS-165,

-166 RM-RMS-265,

-266 GREATER THAN 1.88 x 102 R/hr or AND Containment pressure greater than 27.75 psia not decreasing OR Containment temperature greater than 200 OF NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB D)

PAGE CONTAINMENT EVENT 1

0of_41 SITE AREA EMERGENCY and Containment pressure greater than 45 psi a and not decreasing OBR Containment temperature greater than 280OF

CONDITION/APPLICABILITY

3.

High Containment radiation, pressure and temperature MODES 1, 2. 3,

& 4 INDICATION Containment High Range radiation monitor RM-RMS-165.

-166 RM-RMS-265.

-266 GREATER THAN 81.5 R/hr CLASSIFICATION ALERT or AND Containment pressure greater than 17 psia OR Containment temperature greater than 150OF NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB D)

PAGE CONTAINMENT EVENT 1

__________21 of_41

CONDITIONIAPPLICABILITY

1. Release imminent or in progress and site boundary doses projected to exceed 1.0 Rem TEDE or 5.0 Rem Thyroid CDE ALL MODES INDICATION HP assessment indicates actual or projected doses at or beyond site boundary greater than 1.0 Rem TEDE or 5.0 Rem Thyroid CDE CLASSIFICATION GENERAL EMERGENCY

2.

Release imminent or in progress and site boundary doses projected to exceed 0.1 Rem TEDE or 0.5 Rem Thyroid CDE HP assessment indicates actual or projected dose at or beyond Site Boundary exceeds 0.1 Rem TEDE or 0.5 Rem Thyroid CDE SITE AREA EMERGENCY ALL MODES NUMBER ATTACHMENT TITLE REVI'SION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB'E)

PAGE Ai-rC I

RADIOACTIVITY EVENT 1

__________22 of_41

CONDITION/APPLICABILITY

3.

Effluent release greater than 10 times ODCM allowable limit ALL MODES INDICATION a)

Any of the following monitors indicate valid readings above the specified values for greater than 15 minutes

• Clarifier Effluent a

RM-LW-11J GREATER THAN 4.8 x 1o cpm Discharge Canal CLASSIFICATION ALERT RM-SW-13D or -230 GREATER I THAN 5 x 104 cpm

° Vent Vent A MGPI 0

6 RM-VG-179 6GREATER THAN 1.73 x 10 pCi/sec Vent Vent B MGPI RM-VG-180 GREATER THAN 1.99 x 106 pCi/sec Process Vent MGPI RM-GW-178 7GREATER THAN 1.35 x 10 pCi/sec OR b)

HP assessment (sample results or dose projections) indicate greater than 10 times ODCM allowable limit NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB E)

PAGE RADIOACTIVITY EVENT 1

3 of_41

CONDITION/APPLICABILITY

4.

High radiation or airborne contamination levels indicate a severe degradation in control of radioactive material ALL MODES INDICATION' Valid readings on any of the following monitors have increased by a factor of 1000 and remain for at least.15 minutes:

Ventilation Vent Multi sample gaseous or particulate monitor I RM-VG-106 or -105

"* Control Room Area

"* Aux. Bldg. Control Area I RMS-154 7 1

Decon. Bldg. Area I RMS-151 Fuel Pool Bridge Area I RMS-153I New fuel storage Area I RMS-152 Laboratory Area I RMS-158 A

Sample Room Area I RMS-1567

]

NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB E)

PAGE ATTACMENT IRADIOACTIVITY EVENT 1

___________24 of_41 CLASSIFICATION

"-ALERT

CONDITION/APPLICABILITY

5.

Effluent release greater than ODCM allowable limit ALL MODES INDICATION a)

Any of the following monitors indicate valid readings above the specified value for more than 1 hour:

CLASSIFICATION NOTIFICATION OF UNUSUAL EVENT e Clarifier Effluent RM-LW-11J GREATER THAN 4.8 x 10 cpm Discharge Canal RM-SW-130 o° -230 GREATER THAN 5 x 10. cpm Vent Vent A MGPI RM-VG-179 GREATER THAN 1.73 x i05 pCi/sec Vent Vent B MGPI RM-VG-180 GREATER THAN 1.99 x 105 pCi/sec Process Vent MGPI RM-GW-178 GREATER THAN 1.35 x 106 pCi/sec OR b)

HP assessment (sample results or dose projections) indicates greater than ODCM allowable limit NUMBER ATTACHMENT TITLE REVISION EPIP-I.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB E)

PAGE RADIOACTIVITY EVENT

_______25 of 41 S

0 0

0

CONDITION/APPLICABI LITY

1.

Major secondary line break with significant primary to secondary leakage and fuel damage indicated MODES 1. 2, 3, & 4 INDICATION Conditions a) and b) exist with c):

a)

Uncontrolled loss of secondary coolant -

IN PROGRESS AND b)

RCS specific activity exceeds limits of T.S. Figure 3.4.16-1 OR High Range Letdown radiation monitor 1-CH-RI-128 or 2-CH-RI-228 GREATER THAN Hi Alarm setpoint AND c)

Vent Vent A MGPI Monitor CLASSIFICATION SITE AREA EMERGENCY RM-VG-179 GREATER THAN 6.21 x 107 jICi/sec OR Affected pathway Steam Generator Blowdown monitor RM-SS-122,

-123,

-124.

-222.

-223.

-224 GREATER THAN 1 x 106 cpm OR Affected pathway Main Steam Line High Range monitor RM-MS-170.

-171,

-172.

-270.

-271,

-272 GREATER THAN 12.2 mR/hr NUMBER ATTACHMENT TITLE REVISION EPIP-I.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB G)

PAGE LOSS OF SECONDARY COOLANT 1

______26 of_41 I

CONDITION/APPLICABILITY

2.

Major secondary line break with significant primary to secondary leakage MODES 1. 2. 3. & 4 INDICATION

"* Uncontrolled loss of secondary coolant -

IN PROGRESS AND

"* Vent Vent A MGPI Monitor CLASSIFICATION ALERT RM-VG-179 GREATER THAN 1.76 x 106 Ci/sec OR Steam Generator Blowdown monitor on affected pathway RM-SS-122.

-123.

-124 RM-SS-222,

-223.

-224 GREATER THAN 1x10 5 cpm OR Main Steam Line High Range monitor on affected pathway RM-MS-170.

-171,

-172 RM-MS-270.

-271,

-272 GREATER THAN 0.14 mR/hr

3.

Major secondary line break Uncontrolled loss of secondary coolant -

IN PROGRESS MODES 1, 2,

3. & 4 NOTIFICATION OF UNUSUAL EVENT NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB G)

PAGE LOSS OF SECONDARY COOLANT 1

_________27 of_41 I

CONDITION/APPLICABILITY

1.

Loss of offsite and onsite AC power for more than 15 minutes ALL MODES INDICATION The following conditions exist for greater than 15 minutes:

Ammeters for 4160V Reserve Station Service Buses D. E,

& F all indicate - zero (0) amps AND

"* Ammeters for 4160V Station Service Buses A. B. & C all indicate - zero (0) amps AND CLASSIFICATION SITE AREA EMERGENCY

• Ammeters for 4160V Emergency Buses H & J both indicate - zero (0) amps

2.

Loss of all onsite DC power for greater than 15 minutes ALL MODES The following conditions exist for greater than 15 minutes:

"* All station battery voltmeters indicate zero (0) volts AND

"* No light indication available to Reserve Station Service breakers 15D1.

15E1 and 15F1 NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB 'H)

PAGE L

1ACHME1T ELECTRICAL FAILURE 1

____________28 of_41 SITE AREA EMERGENCY

NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB H)

PAGE ELECTRICAL FAILURE x*

29 of 41 CONDITION/APPLICABILITY INDICATION CLASSIFICATION CAUTION:

EAL A.1 is duplicated below for cross-reference/comparison to EAL H.3:

A.1.

Loss of function a

Total loss of the SITE AREA needed for unit Charging/SI System EMERGENCY HSD condition OR MODES 1, 2. 3 & 4 Total loss of the Main Feedwater and Auxiliary Feedwater Systems

3.

Loss of all offsite Ammeters for 4160V Reserve ALERT and onsite AC power Station Service Buses D. E,

& F all indicate - zero (0)

ALL MODES amps AND

"* Ammeters for 4160V Station Service Buses A. B. & C all indicate - zero (0) amps AND Ammeters for 4160V Emergency Buses H and J both indicate - zero (0) amps

4.

Loss of all onsite 0

All station battery ALERT DC power voltmeters indicate - zero (0) volts ALL MODES AND

"* No light indication available to Reserve Station Service Breakers 15D1.

15E1 and 15F1

CONDITION/APPLICABILITY

5.

Loss of offsite power or onsite AC power capability ALL MODES INDICATION Unit main generator and both emergency diesel generators out of service OR Loss of all 34.5 KV reserve station service buses CLASSIFICATION "NOTIFICATION OF UNUSUAL EVENT NUMBER ATTACHMENT TITLE REVISION EPIP-I.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB H)

PAGE ELECTRICAL FAILURE 1

"*_j 30 of 41

CONDITION/APPLICABILITY INDICATION CLASSIFICATION

1.

Fire resulting in degradation of safety systems MODES 1, 2. 3. & 4 Fire which causes major degradation of a safety system function required for protection of the public AND Affected systems are caused to be NOT operable as defined by Tech. Specs.

2.

Fire potentially Fire which has potential for ALERT affecting station causing a safety system not to safety systems be operable as defined by Tech.

Specs.

MODES 1. 2. 3. & 4

3.

Fire lasting greater than 10 minutes in Protected Area or Service Water Pump/Valve House ALL MODES Fire within the Protected Area or Service Water Pump/Valve House which is not under control within 10 minutes after Fire Brigade - DISPATCHED NOTIFICATION OF UNUSUAL EVENT NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB I)

PAGE FIRE 1

____________31 of_41 SITE AREA EMERGENCY

SNUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB J)

PAGE ATTAC-MENT SECURITY EVENT Ki 32 of 41 CONDITION/APPLICABILITY

1. Loss of physical Station control ALL MODES INDICATION CLASSIFICATION Shift Supervisor has been GENERAL informed that the security EMERGENCY force has been neutralized by attack, resulting in loss of physical control of station OR Shift Supervisor has been informed of intrusion into one or more Vital Areas which are occupied or controlled by an aggressor

2.

Imminent loss of Security Shift Supervisor has SITE AREA physical Station notified the Operations Shift EMERGENCY control Supervisor of imminent intrusion into a Vital Area ALL MODES

3.

Ongoing Security Security Shift Supervisor has ALERT compromise notified the Operations Shift Supervisor of a confirmed ALL MODES unneutralized intrusion into the Protected Area or ISFSI

4.

Security threat, unauthorized attempted entry, or attempted sabotage ALL MODES Any of the following when determined to have potential for degrading the level of safety of the plant or ISFSI Receipt of a credible site-specific threat from Security.

NRC or FBI

"* Confirmed hostage situation Civil disturbance Discovery of a bomb device (other-than on or near a safety-related system which represents an on-going security compromise)

Confirmed attempted intrusion (Protected Area or ISFSI)

"* Attempted sabotage NOTIFICATION OF UNUSUAL EVENT

NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB K)

PAGE HAZARD TO STATION OPERATION 1

3 of_41 CONDITION/APPLICABILITY

1.

Aircraft damage to vital plant systems MODES 1, 2,

3. & 4

2.

Severe explosive damage MODES 1. 2. 3. & 4

3.

Entry of toxic or flammable gases into plant vital areas other than the Control Room MODES 1. 2, 3,

& 4 INDICATION Aircraft crash which affects vital structures by impact or fire Explosion which results in severe degradation of any of the following systems required for safe shutdown:

CVCS System OR ECCS System OR Main/Auxiliary Feedwater System Uncontrolled release of toxic or flammable agents greater than life threatening or explosive limits in Vital Areas AND Evacuation of Vital Area other than Control Room REQUIRED OR Significant degradation of plant safety systems resulting in loss of a safety system function required for protection of the public CLASSIFICATION SITE AREA EMERGENCY SITE AREA EMERGENCY SITE AREA EMERGENCY

CONDITIONIAPPLICABILITY

4.

Severe missile damage to safety systems MODES 1, 2,

3. & 4 INDICATION Missile impact causing severe degradation of safety systems required for unit shutdown CLASSIFICATION SITE AREA EMERGENCY

5.

Aircraft crash on Aircraft crash within the ALERT the facility Protected Area or Switchyard ALL MODES

6.

Explosion damage to Unplanned explosion resulting ALERT facility in damage to plant structure or equipment that affects plant ALL MODES operations

7.

Entry of toxic or Notification of uncontrolled ALERT flammable gases or release of toxic or flammable liquids into plant agent which causes:

facility

"* Evacuation of personnel ALL MODES from plant areas AND

"* Safety related equipment is rendered inoperable

8.

Turbine failure or missile impact MODES 1 & 2 Failure of turbine/generator rotating equipment resulting in casing penetration NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB K)

PAGE HAZARD TO STATION OPERATION 1

_________34 of_41 ALERT

CONDITION/APPLICABILITY

9.

Missile damage to safety related equipment or structures INDICATION Notification of missile impact causing damage to safety related equipment or structures CLASSIFICATION ALERT MODES 1. 2.

3.

& 4

10. Aircraft crash or unusual aircraft activity ALL MODES Confirmed notification of aircraft crash within the site boundary OR Unusual aircraft activity in the vicinity of the site as determined by the Operations Shift Supervisor or the Security Shift Supervisor NOTIFICATION OF UNUSUAL EVENT

11. Train derailment Confirmed report of train NOTIFICATION within Protected derailment within Protected OF UNUSUAL Area Area EVENT ALL MODES

12. Explosion within Confirmed report of unplanned NOTIFICATION Protected Area explosion within Protected OF UNUSUAL Area EVENT ALL MODES

13. Onsite or nearsite release of toxic or flammable liquids or gases ALL MODES Notification of unplanned release of toxic or flammable agents which may affect safety of station personnel or equipment NOTIFICATION OF UNUSUAL EVENT NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB K)

PAGE HAZARD TO STATION OPERATION 1

________35 of 41

NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB K)

PAGE HAZARD TO STATION OPERATION 1

_______36 of_41 CONDITION/APPLICABILITY

14. Turbine rotating component failure with no casing penetration MODES I & 2 INDICATION Failure of turbine/generator rotating equipment resulting in immediate unit shutdown CLASSIFICATION NOTIFICATION OF UNUSUAL EVENT

CONDITION/APPLICABILITY

1.

Earthquake greater than or equal to DBE levels MODES 1. 2. 3. & 4 INDICATION

"* Confirmed earthquake which activates the Event Indicator on the Strong Motion Accelerograph AND

"* Alarms on the Peak Shock Annunciator indicate a horizontal motion of greater than or equal to 0.12 g or a vertical motion of greater than or equal to O.Osg CLASSIFICATION SITE AREA EMERGENCY

2.

Sustained winds in Sustained winds 150 mph SITE AREA excess of design OR GREATER experienced EMERGENCY levels experienced or projected or projected MODES 1, 2, 3, & 4

3.

Flood or low water level above design levels MODES 1. 2.

3. & 4 Either condition a) or b) exists a)

Flood in the Lake Anna Reservoir with indicated level - greater than 264 feet MSL OR b)

Low water level in the Lake Anna Reservoir with indicated level - less than 244 feet MSL AND Inability to satisfy action requirements of TR 3.7.4 for North Anna Reservoir NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB L)

PAGE NATURAL EVENTS 1

__________37 of_41 SITE AREA EMERGENCY

CONDITION/APPLICABILITY

4.

Earthquake greater than or equal to OBE levels ALL MODES INDICATION

"* Confirmed earthquake which activates Event Indicator on the Strong Motion Accelerograph AND

"* Alarms on the Peak Shock Annunciator indicate a horizontal motion of greater than or equal to 0.06 g or a vertical motion of greater than or equal to O.04g

5.

Tornado striking Tornado visually detected ALERT facility striking structures within the Protected Area or Switchyard ALL MODES

6.

Hurricane winds Hurricane winds 120 mph ALERT near design basis OR GREATER experienced level experienced or projected or projected ALL MODES

7.

Flood or low water level near design levels ALL MODES

• Flood in the Lake Anna Reservoir with indicated level - greater than 263 feet MSL OR Low water level in the Lake Anna Reservoir with indicated level - less than 244 feet MSL NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB L)

PAGE NATURAL EVENTS 1

_3 8 o f 4 1 CLASSIFICATION ALERT ALERT

CONDITION/APPLICABILITY

8.

Earthquake detected ALL MODES INDICATION Confirmed earthquake which activates the Event Indicator on the Strong Motion Accelerograph CLASSIFICATION NOTIFICATION OF UNUSUAL EVENT

9.

Tornado within Tornado visually detected NOTIFICATION Protected Area or within Protected Area or OF UNUSUAL Switchyard Switchyard EVENT ALL MODES

10. Hurricane force Confirmation by Weather NOTIFICATION winds projected Center that hurricane force OF UNUSUAL onsite within 12 winds (greater than 73 mph)

EVENT hours projected onsite within 12 hours1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> ALL MODES

11.

50 year flood or low water level ALL MODES Flood in the Lake Anna Reservoir with indicated level - greater than 254 feet MSL NOTIFICATION OF UNUSUAL EVENT OR Low water level in the Lake Anna Reservoir with indicated level less than 246 feet MSL NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB L)

PAGE ATTACMENT iNATURAL EVENTS 1

_______,_39 of_41

CONDITION/APPLICABILITY INDICATION CLASSIFICATION

1. Any major internal or external events which singly or in combination cause massive damage to station facilities or may warrant evacuation of the public ALL MODES Shift Supervisor/Station Emergency Manager judgement

2.

Station conditions Shift Supervisor/Station SITE AREA which may warrant Emergency Manager judgement EMERGENCY notification of the public near the site ALL MODES

3.

Station conditions which have the potential to degrade or are actually degrading the level of safety of the station Shift Supervisor/Station Emergency Manager judgement ALL MODES NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB M)

PAGE MISCELLANEOUS ABNORMAL EVENTS PAGE 1

____40 of 41 GENERAL EMERGENCY ALERT

NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 EMERGENCY ACTION LEVEL TABLE 37 ATTACHMENT (TAB M)

PAGE MISCELLANEOUS ABNORMAL EVENTS 1

________41 of_41 CONDITION/APPLICABILITY

4.

Station conditions which warrant increased awareness of state and/or local authorities ALL MODES INDICATION Shift Supervisor judgement that any of the following exist:

Unit shutdown is other than a controlled shutdown OR Unit is in an uncontrolled condition during operation OR CLASSIFICATION NOTIFICATION OF UNUSUAL EVENT A condition exists which has the potential for escalation and therefore warrants notification

NUMBER ATTACHMENT TITLE REVISION EPIP-1.01 TURNOVER CHECKLIST 37 ATTACHMENT PAGE 2

1 of 1 Conduct a turnover between the onshift and relief SEM in accordance with the following checklist.

Use placekeeping aid at left of-item.."

", to track completion.

1.

Determine the status of primary responder notification.

2.

Determine the status of "Report of Emergency to State and Local Governments." EPIP-2.01. Attachment 2.

Get completed copies if available.

3.

Determine status of the "Report of Radiological Conditions to the State," EPIP-2.01. Attachment 3.

Get completed copy if available.

4.

Determine status of Emergency Notification System (ENS) communications and completion status of NRC Event Notification Worksheet (EPIP-2.02 ).

5.

Review classification and initial PAR status.

6.

Review present pldnt conditions and status.

Get copy of Critical Safety Functions form.

7.

Review status of station firewatches and re-establish if conditions allow.

8.

Determine readiness of TSC for activation.

9.

After all information is obtained, transfer location to TSC.

(Consider direct transfer of State & local notifications to LEOF/CEOF.)

10. Call the Control Room and assess any changes that may have occurred during transition to the TSC.

11.

When sufficient personnel are available, the relief SEM is to assume the following responsibilities from the onshift Station Emergency Manager:

a.

Reclassification.

b.

Protective Action Recommendations until LEOF activated.

c.

Notifications (i.e.. state, local, & NRC).

Upon LEOF activation.

transfer notification responsibilities except for the NRC ENS.

d.

Site evacuation authorization.

e.

Emergency exposure authorization.

f.

Command/control of onsite response.

12. Formally relieve the Interim SEM and assume control in the TSC.

Announce name and facility activation status to facility.

This attachment provides procedural guidance-for controlling.ielec~ted emergency response actions when their implementation would have adverse results.

Station Emergency Manager (SEM) approval is required before any required action is postponed, suspended or modified.

The guidance below is not all-inclusive.

UNANTICIPATED HAZARD EXISTS (e.g., security event, tornado or toxic release):

IF implementation of emergency response actions could compromise Security Plan response strategies, THEN consider postponing or suspending emergency response actions until threat has been resolved, e.g., on-site announcement directing assembly and emergency response facility activation, pager activation and call out per EPIP-3.05, AUGMENTATION OF EMERGENCY RESPONSE ORGANIZATION, dispatch of Security Team members to the LEOF per EPIP-3.04, ACTIVATION OF LOCAL EMERGENCY OPERATIONS FACILITY, and staging of road blocks per EPIP-5.04, ACCESS CONTROL.

IF assembling on-site personnel for accountability or activation of emergency response facilities could endanger plant personnel, THEN consider postponing emergency assembly until hazardous conditions are resolved.

(Consider having Corporate Security notify corporate emergency response organization only using CPIP-3.4, INNSBROOK SECURITY SUPPORT, and notifying personnel in unaffected areas on-site selectively.)

IF notifying augmentation could create a safety hazard for personnel coming to the station. THEN consider postponing augmentation notification.

(Consider having Corporate Security notify corporate emergency response organization only using CPIP-3.4, INNSBROOK SECURITY SUPPORT, or defering notifications until hazardous conditions are resolved.)

ANTICIPATED SITUATION (e.g., forecasted severe weather or grid disturbance):

IF all or part of the ERO has been staged in anticipation of a predicted event, THEN notify Security to omit performance of augmentation notification (as described in EPIP-3.05, AUGMENTATION OF EMERGENCY RESPONSE ORGANIZATION).

IF adequate controls have been established to continually account for personnel staged in anticipation of a predicted event. THEN notify Security to omit performance of initial accountability (as described in EPIP-5.03, PERSONNEL ACCOUNTABILITY).

IF a decision has been made to staff the Central EOF in lieu of the LEOF, THEN notify Security that performance of EPIP-3.04. ACTIVATION OF LOCAL EMERGENCY OPERATIONS FACILITY, is not required.

IF environmental conditions are hazardous, THEN consult with Security Team Leader about suspending procedural requirements for staging road blocks (IAW EPIP-5.04, ACCESS CONTROL).

NUMBER ATTACHMENT TITLE REVISION EPIP-1.O1 CONSIDERATIONS FOR OPERATIONS RESPONSE 37 ATTACHMENT UNDER ABNORMAL CONDITIONS PAGE 3

1 of 1

VIRGINIA POWER NORTH ANNA POWER STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE NUMBER PROCEDURE TITLE REVISION RADIATION PROTECTION SUPERVISOR CONTROLLING 13 EPIP-4.02 PROCEDURE (With No Attachments)

PAGE 1 of 13 PURPOSE To assist Radiological Assessment Director in establishing the radiation protection program during an emerg SWori~

ENTRY CONDITIONS Any one of the following:

1.

ALERT or higher emergency classification has been declared.

2.

Activation by EPIP-4.01, RADIOLOGICAL ASSESSMENT DIRECTOR CONTROLLING PROCEDURE.

3.

As deemed necessary by the Radiological Assessment Director.

Approvals on File Effective Date 0/8 oOOc2

AFi-t ACTION/EXPECTED RESPONSE F-]

RESPONSE NOT OBTAINED NOTE:

A sequence of events (e.g., data transmission, team dispatch) should be recorded as accurately as time allows. Event times and your initials should be included.

1 INITIATE PROCEDURE:

• By:

Date:

Time:

2 ESTABLISH RADIATION PROTECTION SUPERVISOR OFFICE:

a) Evaluate HP area radiation levels:

1) Do surveys and sampling

2)

Use frisker, personnel contamination monitors and Count Room analysis equipment to check for abnormal indications b) Verify HP area -

HABITABLE:

b) IF HP area NOT habitable. THEN do the following:

1) Establish RPS office in a habitable area (e.g.,

OSC, Emergency Switchgear Room).

2) Notify Exposure Control of new work area.

3)

GO TO Step 2.d.

c) Establish RPS Office in HP Shift Supervisor area d) Establish continuous monitoring (e.g., ratemeter, DAD)

NUMBER PROCEDURE TITLE REVISION EPIP-4.02 RADIATION PROTECTION SUPERVISOR CONTROLLING 13 PROCEDURE PAGE 2 of 13 i

ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED 3 ESTABLISH COMMUNICATIONS WITH TSC:

a) Establish telephonic communication (e.g.,

RAD, Dose Assessment) b) Establish radio communications:

1) Set radio call group to "EPA"

2) Verify capability to contact TSC using radio

2) Notify RAD of radio inoperability.

NOTE:

The Emergency Plan has an augmentation goal of 14 HP personnel for Alert or higher classification.

__4 NOTIFY RAD OF NUMBER OF HP PERSONNEL AVAILABLE 5

ASK RAD FOR BRIEFING:

"* Emergency Classification

"* Plant Status

"* Assistance required NUMBER PROCEDURE TITLE REVISION EPIP-4.02 RADIATiON PROTECTION SUPERVISOR CONTROLLING 13 PROCEDURE PAGE 3 of 13 H-

-LIE1-ACTION/EXPECTED RESPONSE H-H RESPONSE NOT OBTAINED

__6 ESTABLISH EXPOSURE CONTROL:

a) Ensure an individual is available to staff the Exposure Control station b) Verify Exposure Control area HABITABLE c) Have Exposure Control do the following:

1) Ensure a supply of TLDs is available for issue

2) Maintain exposure records

3) Assign dosimetry in accordance with normal HP procedures b) Evaluate relocation to OSC.

NUMBER PROCEDURE TITLE REVISION RADIATION PROTECTION SUPERVISOR CONTROLLING EPIP-4.02 PROCEDURE 13 PAGE 4 of 13 H-

NUMBER PROCEDURE TITLE REVISION EPIP-4.02 RADIATION PROTECTION SUPERVISOR CONTROLLING 13 PROCEDURE PAGE 5 of 13 ACTION/EXPECTED RESPONSE H-RESPONSE NOT OBTAINED NOTE:

• The following step lists response actions coordinated by the RPS.

These actions are not listed in order of priority.

• A minimum of 2 (two) Offsite Monitoring Teams must be dispatched (i.e., sent into the field) upon a Site Area Emergency or higher emergency class.

__7 REVIEW HP RESPONSE ACTIONS AND INITIATE RESPONSES ON A PRIORITY BASIS:

IF HP response action(s) needed, THEN do the following:

Inplant Monitoring GO TO Step 8.

Onsite Monitoring GO TO Step 9.

Offsite Monitoring GO TO Step 10.

Control Room/TSC/OSC/LEOF Monitoring GO TO Step 11.

Personnel injury/contamination GO TO Step 12.

Evacuation Monitoring GO TO Step 13.

Post Accident Sample Monitoring GO TO Step 14.

Access Control Limits -

EXCEEDED:

Establish access control(s):

"* Airborne contamination exceeds 0.30 DAC 9 HP notification prior to entry.

"* Contamination Ž 100 dpm per 100 cm2 e Use of RWPs.

"* Survey indicates

• 1000 mR/hr 9 Roping/posting affected areas.

Sample analysis results - AVAILABLE Give results to RAD.

HP area habitability problem - IDENTIFIED RETURN TO Step 2.

Relief shift or additional staff -

NEEDED GO TO Step 15.

Turnover duties to relief GO TO Step 16.

Emergency

- TERMINATED GO TO Step 17.

H-

S AC TION/ExPECTE RESONSE I.REýSPONSE NOT OBTAINED 8

INITIATE INPLANT MONITORING:

a) Ask RAD for the following:

"* Required monitoring locations (consider ERFs, Security and Chemistry)

"* Type of surveys required b) Evaluate possible radiological hazards in survey area(s) c) Assign Inplant Monitoring Team Leader and Member (only one must be an HP Technician) d) Initiate EPIP-4.14, INPLANT MONITORING e) Notify Inplant Monitoring Team Leader of the location and surveys required f) Ensure protective gear and monitoring equipment is provided, as necessary:

"* Respirators

"* Protective Clothing

"* Dosimetry

"* Monitoring Equipment

"* Air Sampling Equipment g) Identify routes of entry that may reduce exposure h) Assign portable radios and Radio Call Group (Radio use restricted in Radio Frequency Interference (RFI) areas.

Gai-Tronics may also be used.)

i)

Send out team(s) j) Notify RAD of survey information, when received k)

RETURN TO Step 7 NUMBER PROCEDURE TITLE REVISION RADIATION PROTECTION SUPERVISOR CONTROLLING 13 EPIP-4.02 PROCEDURE PAGE 6 of 13

STEP ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED NOTE:

Onsite monitoring teams should be dispatched upon an Alert classification, or as specified by Radiological Assessment Director.

S_9 INITIATE ONSITE MONITORING:

a) Ask RAD for the following:

"* Monitor location

"* Surveys required

"* Radiological Hazards b) Coordinate transportation (if required):

"* Health Physics truck

"* Site Vice President's Vehicle

"* Station Manager's Vehicle c) Assign On-site Monitoring Team Leader and Member (only one must be an HP Technician) d) Initiate EPIP-4.15. ONSITE MONITORING e) Notify Onsite Team leader of location and surveys required f) Ensure protective gear and monitoring equipment is provided, as necessary:

• Respirators

• Protective Clothing

• Dosimetry

• Monitoring Equipment e Air Sampling Equipment g)

Assign Radio Call Group h) Send out monitoring team(s) i) Establish radio contact with monitoring team(s) j) Notify RAD of survey information, when received k)

RETURN TO Step 7 NUMBER PROCEDURE TITLE REVISION EPIP-4.02 RADIATION PROTECTION SUPERVISOR CONTROLLING 13 PROCEDURE PAGE 7 of 13

L ACTION/EXPECTED RESPONSE I

.RESPONSE NOT OBTAINED NOTE:

Two Offsite Monitoring Kits, one Onsite Monitoring Kit and one Remote Assembly Area Monitoring Kit are located in the Exposure Control Facility.

10 INITIATE OFFSITE MONITORING:

a)

Ask RAD for the following:

1) Offsite monitoring locations

2) Number of offsite teams

3) Assessment of offsite radiological hazards

4) Assessment of need to issue radioprotective drugs to monitoring teams b) Assign Offsite Monitoring Team Leader and Member (only 1 need be an HP Technician) c) Initiate EPIP-4.16. OFFSITE MONITORING d) Assist in obtaining vehicle:

"* Health Physics truck

"* Site Vice President's Vehicle

"* Station Manager's Vehicle e) Assign emergency kit/equipment:

"* Battery powered air sampler

"* RM-14 with H.P. 210 probe

"* Record number of Emergency Kits issued f) Give team briefing (include initial reporting location) g) Review protective gear required:

"* Respirator and/or radioprotective drugs

"* Protective clothing

"* Dosimetry h) Assign Radio Call Group i) Send out Monitoring Team(s) j)

RETURN TO Step 7 NUMBER PROCEDURE TITLE REVISION RADIATION PROTECTION SUPERVISOR CONTROLLING 13 EPIP-4.02 PROCEDURE PAGE 8 of 13

NUMBER PROCEDURE TITLE REVISION EPIP-4.02 RADIATION PROTECTION SUPERVISOR CONTROLLING 13 PROCEDURE PAGE N._j 9 of 13 ACTION/EXPECTED RESPONSE 1-I RESPONSE NOT OBTAINED NOTE:

Monitoring of emergency response facilities (ERFs) should begin within 60 minutes following an ALERT classification.

__11 INITIATE CONTROL ROOM/TSC/OSC/LEOF MONITORING:

a) Evaluate the following when determining monitoring frequency:

"* Spread of contamination from service buildings

"* Status of effluent release

"* Increase in emergency classification

"* Change in plume direction b) Assign the following EPIP(s):

"* EPIP-4.17.

MONITORING OF EMERGENCY RESPONSE FACILITIES

"* EPIP-4.18, MONITORING OF LEOF

"* EPIP-4.28. TSC/LEOF RADIATION MONITORING SYSTEM c) Notify RAD about ERF habitability and survey results d) RETURN TO Step 7

ACTION/EXPECTED RESPONSE 12 CHECK PERSONNEL CONTAMINATED:

a)

Check personnel -

INJURED b) Initiate normal station HP procedure for responding to contaminated injured personnel I-I RETURN TO Step 7.

a)

GO TO Step 12.c.

c) Assign EPIP-4.06.

PERSONNEL MONITORING AND DECONTAMINATION d) Update RAD on status e)

RETURN TO Step 7 NOTE:

EPIP-4.21, EVACUATION AND REMOTE ASSEMBLY AREA MONITORING, contains instructions for surveying parking areas to determine contamination levels prior to evacuation if a radiological release occurred and time is available.

__13 INITIATE EVACUATION MONITORING:

a) Initiate EPIP-4.21.

EVACUATION AND REMOTE ASSEMBLY AREA MONITORING b) Notify RAD when team is dispatched C) RETURN TO Step 7 NUMBER PROCEDURE TITLE REVISION EPIP-4.02 RADIATION PROTECTION SUPERVISOR CONTROLLING 13 PROCEDURE PAGE 10 of 13 RESPONSE NOT OBTAINED 1-H SEP H

-1FF!E ACTION/EXPECTED RESPONSE P-A-RESPONSE NOT OBTAINED 14 INITIATE POST ACCIDENT SAMPLING:

a) Verify post accident containment and/or reactor coolant sample -

REQUIRED (verify with RAD) b) Assign in-plant survey to determine dose rate at sample station c) Notify RAD of survey results d) Initiate RWP (if required) e) Initiate the following (as necessary):

• EPIP-4.22, POST ACCIDENT SAMPLING OF CONTAINMENT AIR

• EPIP-4.23, POST ACCIDENT SAMPLING OF REACTOR COOLANT e EPIP-4.24, GASEOUS EFFLUENT SAMPLING DURING AN EMERGENCY e EPIP-4.25, LIQUID EFFLUENT SAMPLING DURING AN EMERGENCY f) Ensure HP coverage available during sampling and sample preparation g)

RETURN TO Step 7 NUMBER PROCEDURE TITLE REVISION EPIP-4.02 RADIATION PROTECTION SUPERVISOR CONTROLLING 13 PROCEDURE PAGE 11 of 13 H-I

ACTION/EXPECTED RESPONSE F-H

__15 EVALUATE NEED FOR ADDITIONAL PERSONNEL:

a) Ask RAD about projected duration of emergency b) Check relief shift and/or additional personnel NEEDED c) Prepare relief schedule and/or increased staffing schedule d) Give schedule to RAD for approval e) Initiate callout of scheduled personnel (if needed) f) Notify RAD when callout complete g)

RETURN TO Step 7 16 CHECK TURNOVER REQUIRED (due to arrival of a more senior HP representative or relief):

a) Provide successor briefing on plant conditions and HP actions underway b) Notify RAD of position change c) Stay with relief for approximately 30 minutes RESPONSE NOT OBTAINED b)

RETURN TO Step 7.

d)

RETURN TO Step 7 NUMBER PROCEDURE TITLE REVISION EPIP-4.02 RADIATION PROTECTION SUPERVISOR CONTROLLING 13 PROCEDURE PAGE 12 of 13 H-l

ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED 17 TERMINATE EMERGENCY RESPONSE:

a) Notify HP staff when emergency is terminated b) Review recovery actions with RAD c) Maintain access control as required d) Initiate replacement of procedures and equipment used during the emergency 18 TERMINATE EPIP-4.02:

a) Give completed EPIP-4.02, all other applicable EPIPs. forms and records to the Radiological Assessment Director b) Completed By:

Date:

Time:

-END-NUMBER PROCEDURE TITLE REVISION EPIP-4.02 RADIATION PROTECTION SUPERVISOR CONTROLLING 13 PROCEDURE PAGE 13 of 13

-I STEP

VIRGINIA POWER NORTH ANNA POWER STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 (With 1 Attachment)

PAGE 1 of 14 PURPOSE Provide guidance to offsite monitoring teams for acquiring equipment, tracking effluent releases, performing sampling and transmitting data.

rLEVEL 2 DISTRjBUTIJON This D ocument Should Be Verfied And Arms ted To A Controlled Source AsRequtred to *Pe r

ENTRY CONDITIONS Activation by another EPIP.

Approvals on File Effective Date 144g*Onz

ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED I INITIATE PROCEDURE:

• By:

Date:

Time:

NOTE:

Offsite Monitoring Teams consist of two individuals.

be an HP Technician.

Only one need 2

ASSIGN INDIVIDUALS TO TEAM 3

GET BRIEFING FROM RPS:

6 0

0 0

Required monitoring location(s)

Sampling and surveys required Anticipated radiation levels Protective clothing, dosimetry and/or respirator gear required

• Location to report survey data (TSC, LEOF or CEOF)

• Arrangements for return of samples to station for analysis

• Assignment of radio call group for radio communications

• Meteorological conditions NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE 2 of 14 STE......

I l

I I

RESPONSE NOT OBTAINED I

ACTION/EXPECTED RESPONSE

[-1 RESPONSE NOT OBTAINED S_4 OBTAIN TRANSPORTATION:

a) Get vehicle:

"* Use HP vehicle (primary method of transportation)

"* Use Station Management vehicle

"* Ask RPS or RAD for assistance in obtaining alternate vehicle b) Verify vehicle has at least 1/4 tank of gas 5

GET EMERGENCY KIT FROM EXPOSURE CONTROL FACILITY a) Verify following instruments and supplies are retrieved from instrumentation cabinet:

"* Battery powered air sampler

"* RM-14 with HP-210 probe or similar monitoring device

"* E-520 or similar monitoring device

"* Package of Silver Zeolite cartridges b) IF fuel level less than 1/4 tank, THEN fill gas tank prior to departure.

a) IF additional instruments needed.

THEN get instruments, e.g.. from Instrument Issue Room or Calibration Lab.

"* RO-2A or similar monitoring device

"* Particulate filters

"* Portable radio b)

Do equipment checks:

"* Battery check

"* Current calibration sticker

"* Response check to source (if available)

"* DADs (if being used) c) Record instrument data on NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE 3 of 14 H-I m

B

NUMBER PROCEDURE TITLE REVISION L

EPIP-4.16 OFFSITE MONITORING 15 PAGE 4 of 14

-EiE1d ACTION/EXPECTED RESPONSE F-K RESPONSE NOT OBTAINED 6 RECORD MONITORING TEAM DATA ON ATTACHMENT 1:

"* Team Identification Number

"* Names NOTE:

Radio contact should be with the TSC until the LEOF (or CEOF) is activated and control of Offsite Teams is transferred.

__7 ESTABLISH RADIO CONTACT:

a) Establish radio contact with command facility (TSC, LEOF or CEOF) using designated radio call group b) Announce:

"Mobile (vehicle number) to (TSC, LEOF or CEOF) base. Our location is c) Ask for a telephone number that can be used in case of radio failure 8 GO TO DESIGNATED MONITORING LOCATION:

a)

Use protective gear as required IF NO location designated, THEN go to Security and wait for further instructions (periodically check with command facility).

b) Refer to maps in Emergency Kit for directions to monitoring location, as needed H-

ACTION/EXPECTED RESPONSE I-I RESPONSE NOT OBTAINED NOTE:

Dosimetry (SRDs/DADs) should be periodically checked while performing monitoring activities.

9 RECORD DOSIMETER READING IN MONITORING DATA SECTION OF ATTACHMENT I NOTE:

a Completed samples should be placed in clean containers (e.g.,

plastic bags) and labeled with the following information: (1) Team Identification Number.

(2)

Name, (3)

Location, (4)

Date, (5)

Time.

and (6)

Volume (if applicable).

• Samples should be kept for later laboratory analysis.

__.10 DETERMINE SAMPLING REQUIREMENTS:

"* Track plume: GO TO Step 11

"* Noble gas sample: GO TO Step 12

"* Air sample: GO TO Step 13

"* Field analysis of air sample: GO TO Step 14

"* Soil sample: GO TO Step 15

"* Snow or ice sample: GO TO Step 16 IF directed to return to station.

THEN GO TO Step 17.

IF no immediate action required.

THEN wait in low background area for further instructions.

NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE 5 of 14 F-II

[FHJ-L ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED

__11 DO PLUME MONITORING:

a) Get portable survey instrument b) Open beta window c)

Go through plume in a crosswind direction (maintain parallel position with station) while doing the following:

1) Hold instrument out of window

2) Observe readings (readings should increase upon approaching plume centerline, and then decrease past centerline)

2)

IF no readings observed.

THEN do the following:

a) Notify command facility of readings.

b)

GO TO Step 11.e.

d)

Determine maximum dose rate (centerline of plume) e) Close beta window and observe readings f) Record Monitoring Data on g) Notify command facility of the following:

"° Dosimetry readings

"* Monitoring location

"* Monitoring readings h) Check if additional sampling REQUIRED h) IF NO additional actions required, THEN go to low background area and wait for further instructions (periodically check with command facility).

i) RETURN TO Step 8 NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE 6 of 14 HI l

I I

I

ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED TAKE NOBLE GAS SAMPLE:

a)

Go to plume centerline or to location specified by command facility b) Get gas chamber from Emergency Kit c) Obtain air sample d) Put sample in labeled container e) Notify command facility of the following:

"* Dosimetry readings

"* Monitoring location

"* Monitoring readings f) Check if additional sampling REQUIRED f)

IF NO additional actions

required, THEN go to low background area and wait for further instructions (periodically check with command facility).

g)

RETURN TO Step 8 NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE 7 of 14 1STEP

____12 H-l l

l

NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE 8 of 14 ACTION/EXPECTED RESPONSE S_13 GET AIR SAMPLE:

a) Ask command facility to determine sample volume required b) Get air sampler c) Insert a particulate filter and Silver Zeolite cartridge in sampler d) Check if sample required during periods of high moisture (e.g..

precipitation, heavy fog):

1) Isolate sample from moisture

2) Notify command facility about weather conditions e) Get sample:

1) Turn sampler - ON

2) Get volume specified by command facility (Get at least a 2.5 ft 3 air sample)

3)

Go out of plume area while sampler is running (maintain ALARA)

4) Turn sampler OFF after desired volume is collected

5) Leave plume area f) Put particulate filter and Silver Zeolite cartridge in separate labeled bags d)

GO TO Step 13.e.

(STEP 13 CONTINUED ON NEXT PACE)

HII RESPONSE NOT OBTAINED F-I

ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED 13 GET AIR SAMPLE: (Continued) g)

Record Air Sample Data on :

"* Sample ID

"* Date

"* Time

"* Location

"* Volume h) Notify command facility of the following:

"* Dosimetry readings

"* Monitoring location

"* Monitoring readings i) Check if field analysis of air sample - REOUIRED i) RETURN TO Step 8.

__14 DO FIELD ANALYSIS OF AIR SAMPLE:

a)

Go to a low background area b) Turn RM-14 (frisker) - ON c) Allow instrument readings to stabilize d) Determine background CPM e) Record background CPM on f) Hold silver zeolite cartridge about 1/4 inch from detector with influent side facing the detector b)

IF frisker NOT operable. THEN ask command facility for instructions.

(STEP 14 CONTINUED ON NEXT PACE)

NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE 9 of 14 l

I I

14 ACTION/EXPECTED RESPONSE I-I RESPONSE NOT OBTAINED DO FIELD ANALYSIS OF AIR SAMPLE: (Continued) g) Check gross cpm -

ON SCALE g) Do the following:

1) Monitor sample using radiation monitoring device.

2) Notify command facility of results.

3) Ask if another sample of smaller volume should be taken.

4) IF another sample required.

THEN RETURN TO Step 13.

IF another sample NOT required.

THEN GO TO Step 14.q.

h) Determine gross CPM i)

Record gross CPM on Attachment I j) Calculate net CPM:

GROSS CPM - BACKGROUND CPM = NET CPM k) Record net CPM on Attachment 1

1) Calculate Conversion Factor (CF) for sample volume collected 3.33 E-1O

=

CF

1. ft 3 m) Calculate activity:

NET CPM x

CF

=

Activity. liCi/ml n) Record activity on Attachment 1 (STEP 14 CONTINUED ON NEXT PAGE)

NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE 10 of 14 I-I

NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE K >-_1 11 of 14

-LFJ-C ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED DO FIELD ANALYSIS OF AIR SAMPLE: (Continued) o) Calculate Thyroid CDE dose rate:

Activity. pCi/ml x

1.57 E+9

= Thy CDE.

mrem/hr p) Record Thyroid CDE dose rate on q) Put sample in labeled bag r) Ensure air sample parameters are recorded on Attachment 1 s) Notify command facility of the following:

"* Dosimetry readings

"* Monitoring location

"* Monitoring readings t) Check if additional sampling -

t)

IF NO addit REQUIRED reniii red TI ional actions background area and wait for further instructions (periodically check with command facility).

u)

RETURN TO Step 8 14 F-I m

ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED

__15 GET SOIL SAMPLE:

a) Mark off an approximate 1 (one) ft 2 area b) Remove the top 1/4 to 1/2 inch layer of soil c) Place soil in labeled container d) Notify command facility of location e) Check if additional sampling REQUIRED e) IF additional sampling NOT required. THEN go to a low background area and wait for further instructions (periodically check with command facility).

f)

RETURN TO Step 8

__16 GET SNOW OR ICE SAMPLE:

a) Check snow sample -

REQUIRED b) Get meteorological data about snowfall during and after release c)

Record snowfall data:

"* Snowfall during release:

-inches

"* Snowfall after release:

____inches d) Mark off a 3 ft2 area a)

Ask control facility for special instruction (e.g.,

ice sampling).

(STEP 16 CONTINUED ON NEXT PACE)

NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE 12 of 14 F-I I

NUMBER PROCEDURE TITLE REVISION SEPIP-4.16 OFFSITE MONITORING 15 PAGE JL_

1 13 of 14 ACTION/EXPECTED RESPONSE H-H RESPONSE NOT OBTAINED 16 GET SNOW OR ICE SAMPLE: (Continued) e) Get dose rate reading at 1 meter and surface:

___ mR/hr at 1 meter

_ __ mR/hr at surface f) Check if snow sample being collected during release g) Collect about 2 pounds of snow layer fallen during release h) Put sample in double plastic bags i) Close sample bag j) Maintain bag in upright position to prevent leakage k) Label container

1) Notify command facility of location m) Check if additional sampling REOUIRED f)

IF sampling snowfall after termination of release, THEN remove corresponding layer of non-contaminated snow from the marked off area.

m) IF additional sampling NOT

required, THEN go to a low background area and wait for further instructions (periodically check with command facility).

n) RETURN TO Step 8 0

F-l i

_ STEP H14

ACTION/EXPECTED RESPONSE

__17 PREPARE SAMPLE(s)

FOR LABORATORY ANALYSIS:

a)

Keep all samples for analysis b) Ensure samples are in clean containers c) Ensure samples labeled:

are properly

"* Name

"* Team ID

"* Date

"* Time

"* Volume (if applicable)

"* Location d) Bring samples to location specified by command facility (e.g.. Security)

__18 TERMINATE EPIP-4.16:

a)

Do Emergency Kit Inspection PT b) Give completed EPIP-4.16, forms and other applicable records to the Radiation Protection Supervisor c) Completed by:

Date:

Time:

-END-NUMBER PROCEDURE TITLE REVISION EPIP-4.16 OFFSITE MONITORING 15 PAGE 14 of 14

[-1 RESPONSE NOT OBTAINED H-m I

TEAM IDENTIFICATION No.:

NAME(s):

INSTRUMENT DATA:

A L

MONITORING DATA:

LOCATION I DATE I TIME IDADISRD WINDOW OPEN WINDOW CLOSED I

READING mRlhr mRlhr J

I I

_IIII I

I

+

I IIII I

I.II I

I II

.11 I

II I1 I

+

I I.I

+

I I

I ADDITIONAL REMARKS:

AIR SAMPLE DATA: NEXT PAGE NUMBER ATTACHMENT TITLE REVISION EPIP-4.16 OFFSITE MONITORING DATA SHEET 15 ATTACHMENT PAGE 1

1 of 2 S

INSTRUMENT f

MODEL No.

J SERIAL No.

_ I _ _

_ I _

I I-I

NUMBER ATTA~itENT TITLE REVISION EPIP-4.16 OFFSITE MONITORING DATA SHEET 15 ATTACHMENT PAGE 1

2 of 2 AIR SAMPLE DATA:

AIR SAMPLE ID.:

II DATE / TIME:

LOCATION:

FII I

GROSS CPM:

BACKGROUND (BKG)

CPM:

NET CPM (GROSS BKG):

I II AIR SAMPLE VOLUME (ft 3 ):

ACTIVITY, p Ci/ml NET CPM x

Conversion Factor (3.33 E-1O

+ # ft 3 )

THYROID COE, mrem/hr Activity. p Cl/ml x

1.57E+9 I

AIR SAMPLE ID.:

DATE / TIME:

I LOCATION:

GROSS CPM:

BACKGROUND (BKG)

CPM:

NET CPM (GROSS BKG):

I I

AIR SAMPLE VOLUME (ft 3 ):

ACTIVITY. p Cl/ml -

NET CPM x

Conversion Factor (3.33 E-1O

1. ft 3 )

THYROID COE. mrem/hr Activity. p Cl/ml x

1.57E+9 AIR SAMPLE ID.:

DATE / TIME:

j LOCATION:

I I

I GROSS CPM:

BACKGROUND (8KG) CPM:

NET CPM (GROSS -

KG):

I I

II I

AIR SAMPLE VOLUME (ft 3 ):

ACTIVITY. p Cl/ml NET CPM x

Conversion Factor (3.33 E-I1 0

1. ft 3 )

THYROID COE. mremlhr Activity. p Cil/ml x

1.57E+9

-. -. IT i

VIRGINIA POWER NORTH ANNA POWER STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE NUMBER PROCEDURE TITLE REVISION EPIP-4.17 MONITORING OF EMERGENCY RESPONSE FACILITIES 16 (With 4 Attachments)

PAGE 1 of 9 PURPOSE To provide for initial and follow-up monitoring of Emergency Response Facilities.

LEVEL 2 DISMhBLMON This Document Should Be Verified And Annotaled To A Controlled Source As Required to Perform Work ENTRY CONDITIONS Any of the following:

1.

Activation by EPIP-4.01, RADIOLOGICAL ASSESSMENT DIRECTOR CONTROLLING PROCEDURE.

2.

Activation by EPIP-4.02, RADIATION PROTECTION SUPERVISOR CONTROLLING PROCEDURE.

Approvals on File E

Effective Dct-!

NUMBER PROCEDURE TITLE REVISION EPIP-4.17 MONITORING OF EMERGENCY RESPONSE FACILITIES 16 PAGE 2 of 9 ACTION/EXPECTED RESPONSE H-]

RESPONSE NOT OBTAINED 1 INITIATE PROCEDURE:

By:

Date:

Time:

NOTE:

The normal facility survey assignment order is Control Room, OSC.

TSC and Alternate OSC (if required).

__2 GET SURVEY ASSIGNMENT FROM RPS:

NOTE:

The contents of emergency kits maintained in the TSC.

OSC, and Alternate OSC are listed on Attachment 4.

There is no emergency kit in the Control Room.

Supplies for Control Room monitoring can be obtained from the normal storage area or other facility kits.

3 ENSURE EXPOSURE CONTROL PROVIDES THE FOLLOWING FOR EACH FACILITY:

"* Emergency DADs

"* Fresh TLDs 4

GO TO ASSIGNED SURVEY AREA

"* Open Emergency Kit for assigned facility (if available or needed)

"* Perform instrument operability checks H-l I

7 STEP ACTION/EXPECTED RESPONSE NOTE:

Access control is established facility.

__5 CHECK IF FACILITY ACCESS CONTROL REQUIRED:

a) Consult with RPS for determination b) Do the following (if access control deemed necessary):

1) Place sign at entrance indicating monitoring required prior to entering facility

2) Put a frisker at entrance(s)

3) Ensure entry points are controlled

__6 ASSIGN EMERGENCY DAD(s)

__7 RECORD EMERGENCY DAD ASSIGNMENTS ON ATTACHMENT 3

__8 CHECK ALL PERSONNEL HAVE A TLD RESPONSE NOT OBTAINED to prevent contamination of the GO TO Step 6.

IF any individual does not have a TLD.

THEN do the following:

a) Assign TLD.

b) Record TLD assignment on.

NUMBER PROCEDURE TITLE REVISION EPIP-4.17 MONITORING OF EMERGENCY RESPONSE FACILITIES 16 PAGE 3 of 9 I-II I

I

ACTION/EXPECTED RESPONSE

__9 INITIATE MONITORING:

a)

Do smear survey b) Take airborne particulate and iodine sample:

1) Load air sampler with silver zeolite and particulate filter

2) Get a 10 ft 3 air sample if time permits (Get at least a 5 ft 3 air sample) c)

Do direct radiation survey d)

Record survey results on e) Check if PING 3B Radiation Monitoring System to be started in TSC f) Initiate EPIP-4.28. TSC/LEOF RADIATION MONITORING SYSTEM e)

GO TO Step 10.

NUMBER PROCEDURE TITLE REVISION EPIP-4.17 MONITORING OF EMERGENCY RESPONSE FACILITIES 16 PAGE 4 of 9 I

I RESPONSE NOT OBTAINED F-l m

E STEPEH

ACTION/EXPECTED RESPONSE

__10 DO AIR SAMPLE CARTRIDGE ANALYSIS:

a)

Go to low background area with air sample and frisker b) Turn on frisker c) Wait for frisker to stabilize d) Take background (BKG) radiation reading in cpm e) Hold Silver Zeolite cartridge 1/4 inch from detector with influent side facing the detector f) Take GROSS cpm reading g) Calculate NET cpm:

GROSS cpm - BKG cpm = NET cpm h) Do % DAC screening:

1) Use Attachment 2

2) Plot NET cpm against sample volume i)

Put sample in poly bag labeled with the following:

• Date

• Time

• Volume

• Location j) Record results on Attachment 1:

"* Analysis results

"* Date

"* Time

"* Instrument and Serial Number NUMBER PROCEDURE TITLE REVISION EPIP-4.17 MONITORING OF EMERGENCY RESPONSE FACILITIES 16 PAGE 5 of 9

-STE H-]

RESPONSE NOT OBTAINED F-I i

I

ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED fSTEP 11 NUMBER PROCEDURE TITLE REVISION EPIP-4.17 MONITORING OF EMERGENCY RESPONSE FACILITIES 16 PAGE 6of9 DO PARTICULATE FILTER ANALYSIS:

a) Wait for frisker to stabilize b) Take background (BKG) radiation reading in cpm c) Hold filter 1/4 inch from detector with influent side facing the detector d) Take GROSS cpm reading e) Calculate NET cpm:

GROSS cpm -

BKG cpm = NET cpm f)

Do % DAC screening:

1) Use Attachment 2

2) Plot NET cpm against sample volume g)

Put sample in poly bag labeled with the following:

"* Date

"* Time

"* Volume

"* Location h) Record results on Attachment 1:

"* Analysis results

"* Date

"* Time

"* Instrument and Serial Number I

l I

ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED 12 NOTIFY THE FOLLOWING OF SURVEY RESULTS:

"* RPS

"* Senior individual in facility 13 VERIFY AREA IS DEEMED HABITABLE BY RPS (OR RAD) 14 TAKE RESPONSE ACTIONS ASSOCIATED WITH LISTED CONDITION BASED ON SAMPLE RESULTS (as appropriate):

15 ASK RPS FOR UPDATE OF RADIOLOGICAL CONDITIONS IF area NOT habitable. THEN do the following:

a) Update postings at access control points.

b) Provide survey coverage for personnel relocation to alternate facilities.

NUMBER PROCEDURE TITLE REVISION EPIP-4.17 MONITORING OF EMERGENCY RESPONSE FACILITIES 16 PAGE 7 of 9 F-CONDITION

RESPONSE

Air sample greater than or equal Assign respiratory protection to 0.30 DAC (particulate plus (as directed by RPS) iodine)

Smear survey greater than 1000 Secure area by roping off disintegrations per minute (dpm)/

contaminated area and issuing 100 square centimeters protective clothing Direct radiation levels greater e Give a dose rate meter to than or equal to 2 mR/hr qualified individual

• Ensure all personnel issued both DAD and TLD I

I

NUMBER PROCEDURE TITLE REVISION EPIP-4.17 MONITORING OF EMERGENCY RESPONSE FACILITIES 16 PAGE 8 of 9 EEl-C ACTION/EXPECTED RESPONSE F-H

____16 CHECK RADIOLOGICAL CONDITIONS DEGRADED 17 ASK RPS TO DESIGNATE-AREAS NEEDING IMMEDIATE SURVEY AND ACCESS CONTROL 18 VERIFY ALL AREAS DESIGNATED FOR INITIAL OR FOLLOW-UP SURVEY COMPLETED 19 CHECK - CONTINUED MONITORING REQUIRED 20 CHECK FOLLOW-UP SURVEY -

DUE:

• Follow-up survey schedule established by RPS RESPONSE NOT OBTAINED GO TO Step 18.

RETURN TO Step 4.

GO TO Step 22.

WHEN follow-up survey due.

THEN RETURN TO Step 4.

OR Default survey schedule OSC - every hour TSC - every 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> CR - every 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />

"* Alt. OSC - as directed

__21 RETURN TO STEP 4

__22 CHECK FACILITY - DEACTIVATED WHEN facility deactivated.

THEN GO TO Step 23.

23 COLLECT DOSIMETRY H-I

S,l1,

ACTION/EXPECTED RESPONSE F-]

RESPONSE NOT OBTAINED

__24 GIVE ATTACHMENT 3 TO EXPOSURE CONTROL FOR RECORD UPDATE

__25 DOCUMENT RESULTS:

a) Complete all survey forms:

"* Instrument used

"* Instrument serial number

"* Date

"* Time

"* Initials b) Attach sample data to corresponding survey forms after completion of analysis c) Give survey and analysis data to RPS 26 TERMINATE EPIP-4.17 a) Do Emergency Kit Inspections PT b) Give completed EPIP-4.17 with all attachments to the RPS c) Completed by:

Date:

Time:

-END-NUMBER PROCEDURE TITLE REVISION EPIP-4.17 MONITORING OF EMERGENCY RESPONSE FACILITIES 16 PAGE 9 of 9 I

Location TSC Date Time

Purpose:

[I Routine

[I Non-Routine

[I RWP Prep.. for RWP No.

Reactor Power: #1 z

Type:

[I Gamma

[I Beta

[I Neutron

[I Smear GA H Smear LA

[I Smear HP

[] Air Sample

1. 2 _

Instrument Model Serial #

[U All GA smears <1000 DPM/10Ocm2 except as noted on map or smear worksheet

[I All GA smears <1000 DPM/100cm2

[I All GA smears in DPM/IOocm 2

[] All LA smears <1000 OPM/ft 2

[I All HP smears in HPs/smear H All HP smears < 1 HP/smear

[] All gamma readings in mrem/hr

[] Air particulates + It < 0.1 DAC

[I All neutron readings in mrem/hr I I

[I All beta readings in mrad/hr Comments:

Survey RWP:

Survey Team Dose, mrem Submittec (SRD/DAD or calculated):

d By (Print & Signature):

Reviewed By (Print & Signature):

Date:

H] General Area.

AS Air Sample:

O

Contact:

LCKC Locked Gae A GA Smear; 0 LA Smear:

HP Snear:

• • Pronc~

os-ADl Or4n.

NUMBER ATTACHMENT TITLE REVISION EPIP-4.17 SURVEY MAP OF TSC 16 ATTACHMENT PAGE 1 of 4 LCK Locked Gate:

.., er or access contro, Comments :

Survey RWP:

MAINTENANCE BUILDING, THIRD FLOOR Date

[H Routine

[I Non-Routine

[H RWP Prep., for RWP N

[I Gamma

[I Beta HJ Neutron

[I Smear GA H] Sm Instrument Model Serial #

[H All GA smears <1000 0

[U All GA smears <1000 D U] All LA smears <1000 Di U All HP smears < 1 HP/s

[U Air particulates + Iz

[]

Time

0.

Reactor Power: #1 _

ear LA

[I Smear HP

[I Air Sample

1. 2 __

Z PM/100cm2 except as noted on map or smear worksheet PM/DOOcm2

[I All GA smears in DPM1/1Ocm2 PM/ft 2

[I All HP smears in HPs/smear smear

[I All gamma readings in mrem/hr

< 0.1 DAC

[I All neutron readings in mrem/hr

[I All beta readings in mrad/hr Survey RWP:

Survey Team Dose. mrem (SRDIDAD or calculated):

Submitted By (Print & Signature):

Reviewed By (Print & Signature):

Date:

(I General Area.

AS Air Sample; 0 Contact;

& GA Smear;

<> LA Smear; a

HP Snear; LCK Locked Gate;

• • • Proposed Rad Barrier for access concroi NUMBER ATTACHMENT TITLE EPIP-4.17 SURVEY MAP OF OSC ATTACHMENT 1

Location

Purpose:

Type:

I I

Comments:

ALTERNATE OSC (EMERGENCY SWITCHGEAR)

Date "

Time

[] Routine

[I Non-Routine

[I RWP Prep., for RWP No.

Reactor Power: #1 z

[I Gamma U] Beta

[I Neutron

[I Smear GA

[U Smear LA

[I Smear HP

[H Air Sample

1. 2 _

Instrumerit Model Serlal #

Comments:

El El U

El El I

All GA smears <1000 DPM/ICcm2 except as All GA smears <1000 DPM/IDOcm2

[I All All LA smears <1000 DPM/ft 2

[I All All HP smears < 1 HP/smear

[I All Air particulates + Iz < 0.1 DAC

[I All

[I All noted on map or smear worksheet GA smears in DPM/I1Ocm 2

HP smears in HPs/smear gamma readings in mremlhr neutron readings in mrem/hr beta readings in mrad/hr Survey RWP:

Survey Team Dose. mrem (SRD/DAD or calculated):

LI I

Submitted By (Print & Signature):

Reviewed By (Print & Signature):

Date:

0iL FJoL U L_.

I EI General Area.

AS Air Sample:

0

Contact:

LCK Locked Gate; A

GA Smear;

<0 LA Smear:

a* HP Smear;

• • Pronosed Rad Rarrier fnr ar'ep* rnntrnl ATTACHMENT TITLE REVISION SURVEY MAP OF ALTERNATE OSC 16 PAGE 3 of 4 Location

Purpose:

[

Type:

£

• • • Proposed Rad Barrier for access control

Location CONTROL ROOM Date Time

Purpose:

[] Routine

[] Non-Routine (I RWP Prep.. for RWP No.

Reactor Power: #1 z

Type:

[I Gamma

[I Beta

[] Neutron

[] Smear GA

[] Smear LA

[Q Smear HP

[] Air Sample

1. 2 Z

Instrument Model S'erial #

[I All GA smears <1000 DPM/IOOcm2 except as noted on map or smear worksheet

[I All GA smears <1000 DPM/I100cm2

[H All GA smears in DPM/lOOcm2

[H All LA smears <1000 DPM/ft 2

[] All HP smears in HPs/smear HI All HP smears < 1 HP/smear

[I All gamma readings in mrem/hr

[] Air particulates + 12 < 0.1 DAC

[] All neutron readings in mrem/hr

_H

[] All beta readings in mrad/hr Comments:

Survey RWP:

Survey Team Dose. mrem (SRD/DAD or calculated):

Submitted By (Print & Signature):

Reviewed By (Print & Signature):

Date:

[2 General ArPa.

AS Air Sample; O

Contact:

LCK Locked Sate; i GA Smear:

0 LA Smear:

a* HP Smear:

Oroposej Fad EJrrier for aLýZss control NUMBER ATTACHMENT TITLE REVISION EPIP-4.17 SURVEY MAP OF CONTROL ROOM 16 ATTACHMENT PAGE 1

4 of 4

DETERMINATION OF Z DAC: IODINE CARTRIDGE 2

3 4

5 6

7 Volume (cubic feet)

{30% DAC 120% DACI I10o IJACI 8

9 10 DETERMINATION OF % DAC: PARTICULATE FILTER Volume (cubic feet)

NUMBER ATTACHMENT TITLE REVISION EPIP-4.17

% DAC DETERMINATION 16 ATTACHMENT PAGE 2

1 of I 1000 9

6 5

4 2

100 N

e t

5 4

3 C

P M

10 5

2 1

1000 5

2 100 N

e t

6 C

P M

10

]30% DAC

]20% DAC{

10%* DAcl 4

3 2

I 2

3 4

5 6

7 8

9 10 I

I

NUMBER ATTACHMENT TITLE REVISION EPIP-4.17 DOSIMETRY ISSUE 16 ATTACHMENT PAGE 3

1 of 1

,NUMBER ATTACHMENT TITLE REVISION EPIP-4.17 EMERGENCY KIT SUPPLIES 16 ATTACHMENT (TSC, OSC & ALTERNATE OSC)

PAGE Ll4 1 of 1 PROTECTIVE CLOTHING 1 Package of Cotton Inserts 5 Pair of Rubber Gloves 2 Hoods 2 Sets of PCs 2 Pair of Rubber Boots 2 Full-face Respirators. e.g., Ultravue or equivalent INSTRUMENTATION AND SAMPLING SUPPLIES%

1 1

2 1

1 1

1 2

2 5 1 1

E520 with 177 (or equal)

RM-14 with 210 (or equal)

Boxes of smears air sampler Box of air particulate filters Set of silver zeolite cartridges (6 individually wrapped cartridges/set)

Bag of plastic bags MISCELLANEOUS EQUIPMENT Flashlights Sets of replacement batteries for flashlight(s)

Placards with assorted inserts and barrier rope CS-137 check source Container with posting instructions and supplies I

VIRGINIA POWER NORTH ANNA POWER STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE NUMBER PROCEDURE TITLE REVISION EPIP-4.18 MONITORING OF LEOF 13 (With 7 Attachments)

PAGE 1 of 10 PURPOSE Provide radiation protection for LEOF personnel.

g-VEL 2 DRSTPB ThisDocuentShOUld 13e Verified And AnnMoted To A Conrjoled V ource A" Requjrd to Per, Wourke ENTRY CONDITIONS Activation by EPIP-4.02, RADIATION PROTECTION SUPERVISOR CONTROLLING PROCEDURE.

Approvals on File "Effective Dote

CONTINUOUS ACTION PAGE FOR EPIP-4.18

1. RADIATION MONITOR ALARM/RADIOLOGICAL PLUME EXPOSURE RESPONSE CRITERIA IF a valid radiation alarm occurs on the LEOF Radiation Monitoring System (PING-3B)

OR IF the plume shifts towards the LEOF and a radiological release is in

progress, THEN do the following:

a) Verify/confirm any increased area radiation or airborne contamination readings via portable instrumentation.

b) Consult with the RAC:

"° Discuss radiological situation.

"* Recommend transfer of LEOF HVAC to Isolation Mode.

c)

IF RAC concurs, THEN transfer HVAC to Isolation Mode using Attachment 6.

2.

HVAC SYSTEM MODE CHANGE TO NORMAL CRITERIA IF RAC directs use of the HVAC system in the Normal Mode, THEN initiate.

I

NUMBER PROCEDURE TITLE REVISION EPIP-4.18 MONITORING OF LEOF 13 PAGE 2 of 10 ACTION/EXPECTED RESPONSE F-I RESPONSE NOT OBTAINED INITIATE PROCEDURE:

• By:

Date:

Time:

2 ASK RPS FOR BRIEFING:

"* Transportation to LEOF

"* Direction of plume (if radiological release occurred)

"* Protective equipment required at the LEOF (PCs, respiratory protection, dosimetry)

NOTE:

The contents of the LEOF Emergency Kit are listed in Attachment 7.

3 ENSURE EXPOSURE CONTROL NOTIFIED TO PROVIDE THE FOLLOWING TO LEOF:

e Approximately 50 digital alarming dosimeters DADs

• Approximately 50 freshly annealed TLDs

__._4 GO TO LEOF 5

CHECK LEOF DOOR -

UNLOCKED STE 1

I Ask Security to open LEOF.

J

CONTINUOUS ACTION PAGE FOR EPIP-4.18

1. RADIATION MONITOR ALARM/RADIOLOGICAL PLUME EXPOSURE RESPONSE CRITERIA IF a valid radiation alarm occurs on the LEOF Radiation Monitoring System (PING-3B)

OR IF the plume shifts towards the LEOF and a radiological release is in progress, THEN do the following:

a) Verify/confirm any increased area radiation or airborne contamination readings via portable instrumentation.

b) Consult with the RAC:

"* Discuss radiological situation.

"* Recommend transfer of LEOF HVAC to Isolation Mode.

c)

IF RAC concurs.

THEN transfer HVAC to Isolation Mode using Attachment 6.

2.

HVAC SYSTEM MODE CHANGE TO NORMAL CRITERIA IF RAC directs use of the HVAC system in the Normal Mode, THEN initiate.

NUMBER PROCEDURE TITLE REVISION EPIP-4.18 MONITORING OF LEDF 13 PAGE 3 of 10 ACTION/EXPECTED RESPONSE F-A RESPONSE NOT OBTAINED CAUTION:

• Both indicator lights illuminate when equipment is changing status.

• The operator should wait until only one light is on before determining status.

e It may take up to 15 seconds for an indicator light to change after a button is pressed.

NOTE:

Instructions for the Normal, Emergency and Isolation Mode of the LEOF Heating, Ventilation and Air Conditioning (HVAC) system are provided in Attachments 4. 5 and 6. respectively.

6 VERIFY HVAC SET TO EMERGENCY MODE:

a)

Go to Ventilation Control Panel: O-HV-CP-O1 b) Verify status lights:

a S

S 0

Unit Fan S-1 Computer Fan HEPA Fan F-i Damper D-I

"* Damper D-2

"* Damper D-3 RUN S-2 RUN RUN STOP (RED)

(RED)

(RED)

(GREEN)

RUN (RED)

RUN (RED)

IF HVAC status lights indicate Normal Mode or Isolation Mode, THEN do the following:

1) IF HVAC in Isolation Mode, THEN assure RAC knows PING-3B will not monitor LEOF air activity.

2) Ask RAC for direction regarding changing HVAC mode.

IF HVAC NOT operable, THEN do the following:

1) Assure RAC knows HVAC status.

2) Evaluate effect on following:

"* LEOF habitability.

"* PING-3B operability.

7 OPEN LEOF EMERGENCY KIT F-l l

CONTINUOUS ACTION PAGE FOR EPIP-4.18

1. RADIATION MONITOR ALARM/RADIOLOGICAL PLUME EXPOSURE RESPONSE CRITERIA IF a valid radiation alarm occurs on the LEOF Radiation Monitoring System (PING-3B)

OR IF the plume shifts towards the LEOF and a radiological release is in

progress, THEN do the following:

a) Verify/confirm any increased area radiation or airborne contamination readings via portable instrumentation.

b) Consult with the RAC:

"* Discuss radiological situation.

"* Recommend transfer of LEOF HVAC to Isolation Mode.

c)

IF RAC concurs.

THEN transfer HVAC to Isolation Mode using Attachment 6.

2.

HVAC SYSTEM MODE CHANGE TO NORMAL CRITERIA IF RAC directs use of the HVAC system in the Normal Mode, THEN initiate.

ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED

__8 PERFORM INSTRUMENT OPERABILITY CHECKS (battery, calibration.

response check with source)

__9 DO INITIAL SURVEY:

a)

Record results of the following surveys on Attachment 1:

"° Smear Survey

"* Direct Radiation Survey b) Get air sample:

1) Insert silver zeolite and particulate filter into air sampler

2) Get a 10 ft 3 air sample if time permits (Get at least a 5 ft 3 air sample)

NUMBER PROCEDURE TITLE REVISION EPIP-4.18 MONITORING OF LEOF 13 PAGE 4 of 10 F-I F-l W

CONTINUOUS ACTION PAGE FOR EPIP-4.18

1. RADIATION MONITOR ALARM/RADIOLOGICAL PLUME EXPOSURE RESPONSE CRITERIA IF a valid radiation alarm occurs on the LEOF Radiation Monitoring System (PING-3B)

OR IF the plume shifts towards the LEOF and a radiological release is in progress, THEN do the following:

a) Verify/confirm any increased area radiation or airborne contamination readings via portable instrumentation.

b) Consult with the RAC:

"* Discuss radiological situation.

"* Recommend transfer of LEOF HVAC to Isolation Mode.

c)

IF RAC concurs, THEN transfer HVAC to Isolation Mode using Attachment 6.

2.

HVAC SYSTEM MODE CHANGE TO NORMAL CRITERIA IF RAC directs use of the HVAC system in the Normal Mode.

THEN initiate.

NUMBER PROCEDURE TITLE REVISION EPIP-4.18 MONITORING OF LEOF 13 PAGE 1

5 of 10 L-1 ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED

__10 DO AIR SAMPLE CARTRIDGE ANALYSIS:

a)

Go to a low background area with the air sample and frisker b) Turn on frisker c) Wait for frisker to stabilize d) Take background (BKG) radiation level reading in CPM e) Hold silver zeolitel/4 inch from detector with influent side of cartridge facing the detector f) Take GROSS CPM reading g) Calculate NET CPM:

Gross CPM -

BKG CPM = NET CPM h) Do % DAC screening:

1) Use Attachment 2

2) Plot NET CPM against sample volume i)

Put sample in a poly bag labeled with the following:

"* Date

"* Time

"* Volume

"* Location j)

Record results on Attachment 1:

"* Analysis results

"* Date

"* Time

"* Instrument and Serial Number

-II I

T ý E ý 7ýý P

CONTINUOUS ACTION PAGE FOR EPIP-4.18

1.

RADIATION MONITOR ALARM/RADIOLOGICAL PLUME EXPOSURE RESPONSE CRITERIA IF a valid radiation alarm occurs on the LEOF Radiation Monitoring System (PING-3B)

OR IF the plume shifts towards the LEOF and a radiological release is in progress, THEN do the following:

a) Verify/confirm any increased area radiation or airborne contamination readings via portable instrumentation.

b) Consult with the RAC:

"* Discuss radiological situation.

"* Recommend transfer of LEOF HVAC to Isolation Mode.

c)

IF RAC concurs. THEN transfer HVAC to Isolation Mode using Attachment 6.

2.

HVAC SYSTEM MODE CHANGE TO NORMAL CRITERIA IF RAC directs use of the HVAC system in the Normal Mode.

THEN initiate.

If NUMBER PROCEDURE TITLE REVISION EPIP-4.18 MONITORING OF LEOF 13 PAGE 6 of 10 ACTION/EXPECTED RESPONSE RESPONSE NOT OBTAINED 11 DO PARTICULATE FILTER ANALYSIS:

a) Wait for frisker to stabilize b) Take background (BKG) radiation level reading in CPM c) Hold filter 1/4 inch from detector with influent side of cartridge facing the detector d) Take GROSS CPM reading e) Calculate NET CPM:

Gross CPM -

BKG CPM = NET CPM f)

Do % DAC screening:

1) Use Attachment 2

2) Plot NET CPM against sample volume g) Put sample in a poly bag labeled with the following:

e Date

• Time

• Volume o Location h) Record results on Attachment 1:

"* Analysis results

"* Date

"* Time

"* Instrument and Serial Number 12 NOTIFY RPS (or RAC)

OF RESULTS F-I F-I l

CONTINUOUS ACTION PAGE FOR EPIP-4.18

1. RADIATION MONITOR ALARM/RADIOLOGICAL PLUME EXPOSURE RESPONSE CRITERIA IF a valid radiation alarm occurs on the LEOF Radiation Monitoring System (PING-3B)

OR IF the plume shifts towards the LEOF and a radiological release is in progress, THEN do the following:

a) Verify/confirm any increased area radiation or airborne contamination readings via portable instrumentation.

b) Consult with the RAC:

"* Discuss radiological situation.

"* Recommend transfer of LEOF HVAC to Isolation Mode.

c)

IF RAC concurs.

THEN transfer HVAC to Isolation Mode using Attachment 6.

2.

HVAC SYSTEM MODE CHANGE TO NORMAL CRITERIA IF RAC directs use of the HVAC system in the Normal Mode, THEN initiate.

NUMBER PROCEDURE TITLE REVISION EPIP-4.18 MONITORING OF LEOF 13 PAGE 7 of 10

-LSJTE ACTION/EXPECTED RESPONSE

[-I RESPONSE NOT OBTAINED 13 ESTABLISH ACCESS CONTROL POINT AT LEOF ENTRANCE:

"* Personnel monitoring area with frisker for personnel to monitor upon entry into LEOF

"* Dosimetry issue point

"* Ensure entry/exit points are controlled 14 ASSIGN DOSIMETRY:

a) Ask Security for list of personnel who are in LEOF b) Record information on for each person c) Assign dosimetry:

"* TLD DAD d) Continue to assign dosimetry to additional personnel as they arrive

__15 CHECK AREA - CONTAMINATED IF LEOF NOT contaminated.

THEN GO TO Step 19.

16 ISOLATE (ROPE-OFF)

CONTAMINATED AREA 17 ASK RPS FOR ASSISTANCE IN DECONTAMINATION AND FOR SUPPLY OF PROTECTIVE CLOTHING (AS NEEDED)

F-l I

CONTINUOUS ACTION PAGE FOR EPIP-4.18

1. RADIATION MONITOR ALARM/RADIOLOGICAL PLUME EXPOSURE RESPONSE CRITERIA IF a valid radiation alarm occurs on the LEOF Radiation Monitoring System (PING-3B)

OR IF the plume shifts towards the LEOF and a radiological release is in progress. THEN do the following:

a) Verify/confirm any increased area radiation or airborne contamination readings via portable instrumentation.

b) Consult with the RAC:

"* Discuss radiological situation.

"* Recommend transfer of LEOF HVAC to Isolation Mode.

c)

IF RAC concurs, THEN transfer HVAC to Isolation Mode using Attachment 6.

2. HVAC SYSTEM MODE CHANGE TO NORMAL CRITERIA IF RAC directs use of the HVAC system in the Normal Mode.

THEN initiate.

HIKEI-!

ACTION/EXPECTED RESPONSE H-H RESPONSE NOT OBTAINED 18 GIVE OUT PROTECTIVE CLOTHING TO LEOF PERSONNEL (AS NEEDED) 19 CHECK AIR SAMPLE RESULTS GREATER THAN OR EQUAL TO 0.30 DAC LEVELS 20 NOTIFY RAC ABOUT HIGH AIRBORNE ACTIVITY LEVELS 21 ASSIGN RESPIRATORY PROTECTION AS DIRECTED BY THE RAC 22 INITIATE EPIP-4.28. TSC/LEOF RADIATION MONITORING SYSTEM 23 CHECK PING-3B OPERATIONAL IF air sample results LESS THAN 0.30 DAC.

THEN GO TO Step 22.

IF PING-3B NOT operational.

THEN GO TO Step 25.

24 GO TO STEP 26 NUMBER PROCEDURE TITLE REVISION EPIP-4.18 MONITORING OF LEOF 13 PAGE 8 of 10 H-l

CONTINUOUS ACTION PAGE FOR EPIP-4.18

1. RADIATION MONITOR ALARM/RADIOLOGICAL PLUME EXPOSURE RESPONSE CRITERIA IF a valid radiation alarm occurs on the LEOF Radiation Monitoring System (PING-3B)

OR IF the plume shifts towards the LEOF and a radiological release is in progress, THEN do the following:

a) Verify/confirm any increased area radiation or airborne contamination readings via portable instrumentation.

b) Consult with the RAC:

e Discuss radiological situation.

• Recommend transfer of LEOF HVAC to Isolation Mode.

c)

IF RAC concurs, THEN transfer HVAC to Isolation Mode using Attachment 6.

2.

HVAC SYSTEM MODE CHANGE TO NORMAL CRITERIA IF RAC directs use of the HVAC system in the Normal Mode, THEN initiate.

_HTE ACTION/EXPECTED RESPONSE I

RESPONSE NOT OBTAINED

__25 CONTINUE MONITORING:

a) Notify RAC PING-3B inoperable b) Consult with RAC about survey schedule (recommended survey schedule appears below) c)

Repeat surveys as directed d)

Report results to RAC and RPS 26 CHECK EMERGENCY TERMINATED Continue assessment AND RETURN TO Step 23.

NUMBER PROCEDURE TITLE REVISION EPIP-4.18 MONITORING OF LEOF 13 PAGE 9 of 10 H-RADIOLOGICAL RELEASE STATUS RECOMMENDED SURVEY FREQUENCY No release or release < 100% ODCM Do survey every 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> Radiological release with actual or projected doses < 0.1 Rem TEDE and Do survey every 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />

< 0.5 Rem Thyroid CDE Radiological release with actual or Do survey every 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> AND projected doses > 0.1 Rem TEDE or take direct readings in general

> 0.5 Rem Thyroid CDE area every 15 - 30 minutes

CONTINUOUS ACTION PAGE FOR EPIP-4.18

1.

RADIATION MONITOR ALARM/RADIOLOGICAL PLUME EXPOSURE RESPONSE CRITERIA IF a valid radiation alarm occurs on the LEOF Radiation Monitoring System (PING-3B)

OR IF the plume shifts towards the LEOF and a radiological release is in progress. THEN do the following:

a) Verify/confirm any increased area radiation or airborne contamination readings via portable instrumentation.

b) Consult with the RAC:

"* Discuss radiological situation.

"* Recommend transfer of LEOF HVAC to Isolation Mode.

c)

IF RAC concurs.

THEN transfer HVAC to Isolation Mode using Attachment 6.

2.

HVAC SYSTEM MODE CHANGE TO NORMAL CRITERIA IF RAC directs use of the HVAC system in the Normal Mode.

THEN initiate.

ACTION/EXPECTED RESPONSE I-]

RESPONSE NOT OBTAINED

__27 COMPLETE MONITORING ACTIVITIES:

a) Complete Attachment 1 for all surveys:

"* Date

"* Time

"* Instrument and Serial Number

"* Name b) Give completed surveys to RPS c) Take air samples to the plant for further analysis TERMINATE EPIP-4.18:

a)

Do Emergency Kit Inspections PT b) Give completed EPIP-4.18.

forms, and other applicable records to the RPS c) Completed by:

Date:

Time:

-END-NUMBER PROCEDURE TITLE REVISION EPIP-4.18 MONITORING OF LEOF 13 PAGE 10 of 10 F-28 l

l

Location LEOF Date Time

Purpose:

[] Routine

[I Non-Routine H] RWP Prep., for RWP No.

Reactor Power: #1 Type:

[I Gamma

[] Beta H] Neutron

[I Smear GA

[I Smear LA

[I Smear HP' 0] Air Sample

1. 2 z

Instrument Model j Serial #

[I All GA smears <1000 OPM/1O0cm2 except as noted on map or smear worksheet I I

[1 All GA smears <1000 DPM/100cm2

[1 All GA smears in DPH/ID~cm2 I

I I

I I

[I All LA smears <1000 DPM/ft 2 0l All HP smears in HPs/smear I

I I

I

[] All HP smears < 1 HP/smear

[I All gamma readings in mrem/hr I

I I

I I

I E] Air particulates + It < 0.1 DAC

[H All neutron readings in mrem/hr I

I I

I I [] _[I All beta readings in mrad/hr Comments:

Survey RWP:

Survey Team Dose. mrem (SRD/DAD or calculated):

Submitted By (Print & Signature):

Reviewed By (Print & Signature):

Date:

H] General Area.

AS Air Sample; O

Contact:

LCK Locked Gate:

GA Smear:

<> LA Smear:

%* HP Smear:

• • • Proposed Rad Barrier for access control NUMBER ATTACHMENT TITLE REVISION EPIP-4.18 SURVEY MAP OF LEOF 13 ATTACHMENT PAGE 1

1 of 1

DETERMINATION OF % DAC: IODINE CARTRIDGE Z,l i, i i

l i

1000 1

5 4

30% DAC]

120% DAC I 10%* DAcI 2

3 4

5 6

7 8

Volume (cubic feet) 9 10 DETERMINATION OF % DAC: -PARTICULATE FILTER 2

i i

li M ill Ig I I I,

2~

I 1

[

I i I' I I I~

I I I i

t

[

J 2

3 4

5 6

7 Volume (cubic feet)

NUMBER ATTACHMENT TITLE REVISION EPIP-4.18

% DAC DETERMINATION 13 ATTACHMENT PAGE 2

1 of 1 N

e t

C p

M 100 10 I

1000 S 4

I N

e t

C p

M 100 10 30% DAC 120% DAC 10% DAC+

I 8

9 10 3:'

ISI T

F1 1

11 111 I II I

I I I

I I I I illil

TLD DOSIMETER INITIAL END NAME NUMBER DATE TIME NUMBER READING READING t

4 4

1 4

4 I

+

f

+

+

i I

I

f.

+

i J

I t

1-

4.

I 1

i i

4-i I

I i

t f

i 4

I NUMBER ATTACHMENT TITLE REVISION EPIP-4.18 DOSIMETRY ISSUE 13 ATTACHMENT WORKSHEET PAGE 3

1 of 1

CAUTION: When performing HVAC operations, the damper indicator lights should show the damper fully closed (stop - green) or open (run

- red) prior to performing the next step in the sequence.

NOTE:

All components should be cycled to the off/closed position if the system has tripped due to a power failure.

EQUIPMENT STATUS

i.

Damper D-1 RUN (Red)

2. Air Handler Fan, S-1

3.

Damper D-3

4.

HEPA Filter Fan, F-i

5.

Damper D-2

6.

Computer Room HVAC, S-2

7.

Computer Room HVAC, S-4

8. Exhaust Fan, V-i RUN (Red: Refer to Notes #1 & #2 below)

RUN (Red)

STOP (Green; Refer to Note #3 below)

STOP (Green)

RUN (Red)

RUN (Red; Refer to Note #4 below)

ON (Refer to Note #5 below)

Note 1) The room thermostat cycles the refrigeration unit (S-3) or heating coils (HC) as thermostat demands, while the air handler fan runs continuously.

Note 2) Damper D-3 is interlocked with the Air Handler Fan S-1 and will not open unless S-i is running.

Note 3)

HEPA Filter Fan F-i and Damper D-2 are interlocked.

Fan F-i will not operate without D-2 open.

If Damper D-2 is closed with F-i operating, then fan F-1 will trip off-line.

Note 4) The Computer Room HVAC operates independently of the main LEOF air condition unit.

Switch S-2 is located on the ventilation panel and Switch S-4 is located on the MCC in the Electrical/Mechanical Equipment Room labelled "Computer Room Indoor HVAC Unit".

Both switches must be ON for the system to operate.

Note 5) The ON/OFF switch for fan V-i is in the Custodian's Closet, which is located next to the men's room and normally locked.

Get LEOF key (NAB-110) from Security.

The operating switch is the left switch on the double switch plate. Exhaust Fan V-1 can only be operated if: 1) Air Handler S-1 is RUN (Red).

2) Damper D-3 is RUN (Red).

3) The ON/OFF switch for V-i is ON.

NUMBER ATTACHMENT TITLE REVISION EPIP-4.18 HVAC OPERATIONS 13 ATTACHMENT NORMAL MODE PAGE S4 1 of 1

CAUTION: When performing HVAC operations, the damper indicator lights should show the damper fully closed (stop - green) or open (run - red) prior to performing the next step in the sequence.

EQUIPMENT STATUS

1. Air Handler Fan S-1

2.

Damper D-1

3. Damper D-2

4. Damper D-3

5.

Exhaust Fan V-1

6.

HEPA Filter Fan F-1

7.

Computer Room HVAC.

S-2

8. Computer Room HVAC, S-4 RUN (Red)

STOP (Green)

RUN (Red)

RUN (Red)

ON (Refer to Note #1 below)

RUN (Red)

RUN (Red)

RUN (Red: Refer to Note #2 below)

Note 1) The local ON/OFF switch for fan V-I is in the Custodian's Closet, which is located next to the men's room and normally locked.

Get LEOF key (NAB-110) from Security.

The operating switch is the left switch on the double switch plate.

Exhaust Fan V-1 can only be operated if:

1. Air Handler S-I is RUN (Red).

2.

Damper D-3 is RUN (Red).

3. The local ON/OFF switch for V-1 is ON.

Note 2) The Computer Room HVAC system operates independently of the main LEOF air conditioning unit. Switch S-2 is located on the ventilation panel and Switch S-4 is located on the MCC in the Electrical/Mechanical Equipment Room labelled "Computer Room Indoor HVAC Unit". Both switches must be ON for the system to operate.

NUMBER ATTACHMENT TITLE REVISION EPIP-4.18 HVAC OPERATIONS 13 ATTACHMENT EMERGENCY MODE PAGE IL

-5 1 of 1

CAUTION: When performing HVAC operations, the damper indicator lights should show the damper fully closed (stop - green) or open (run,- red) prior to performing the next step in the sequence.

EQUIPMENT STATUS

1. Air Handler Fan S-i

2.

Damper D-1

3.

HEPA Filter Fan F-i

4. Damper D-2

5. Exhaust Fan V-1

6.

Damper D-3

7.

Computer Room HVAC, S-2

8. Computer Room HVAC, S-4 RUN (Red)

STOP (Green)

STOP (Green)

STOP (Green)

OFF (Refer to Note #1 below)

STOP (Green)

RUN (Red)

RUN (Red; Refer to Note #2 below)

Note 1. The local ON/OFF switch for fan V-1 is in the Custodian's Closet, which located next to the men's room and is normally locked.

Get LEOF key (NAB-11) from Security.

The operating switch is the left switch on the double switch plate.

Note 2. The Computer Room HVAC system operates independently of the main LEOF air conditioning unit. Switch S-2 is located on the ventilation panel and Switch S-4 is located on the MCC in the Electrical/Mechanical Equipment Room labelled "Computer Room Indoor HVAC Unit".

Both switches must be ON for the system to operate.

NUMBER ATTACHMENT TITLE REVISION EPIP-4.18 HVAC OPERATIONS 13 ATTACHMENT ISOLATION MODE PAGE 6

1 of 1

PROTECTIVE CLOTHING I Package of Cotton Inserts 5 Pair of Rubber Gloves 2 Hoods 2 Sets of PCs 2 Pair of Rubber Boots 2 Full-face Respirators. e.g.. Ultravue or equivalent INSTRUMENTATION 7

1 2

1 1

1 1

AND SAMPLING SUPPLIES E520 with 177 (or equal)

RM-14 with 210 (or equal)

Boxes of smears air sampler Box of Set of Bag of air particulate filters silver zeolite cartridges (6 individually wrapped cartridges/set) plastic bags MISCELLANEOUS EQUIPMENT 2

2 5 1 1

Flashlights Sets of replacement batteries for flashlight(s)

Placards with assorted inserts and barrier rope CS-137 check source Container with posting instructions and supplies

-NUMBER--

ATTACHMENT TITLE REVISION EPIP-4.18 LEOF EMERGENCY KIT SUPPLIES 13 ATTACHMENT PAGE 7

1 of I

VIRGINIA POWER NORTH ANNA POWER STATION EMERGENCY PLAN IMPLEMENTING PROCEDURE NUMBER PROCEDURE TITLE REVISION EPIP-4.34 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 3

(With 4 Attachments)

PAGE 1 of 10 PURPOSE Provide guidance to the Field Team Radio Operator (FTRO) to control Offsite Monitoring Team activities including:

1. Confirmation of radiological releases.

2.

Plume tracking.

3. Determining radiological composition of releases.

ENTRY CONDITIONS Any one of the following:

1. Release of radioactive material in conjunction with a Site Area Emergency or General Emergency condition.

2. Direction by the Radiological Assessment Director or the Radiological Assessment Coordinator.

3. Activation by another EPIP.

LEVEL 2 DISTRIBUTION This Dorument Should Be Verified And Amultaieo fo A Controlled Source As fqumred to Perform Work Approvals on File Effective Date

NUMBER PROCEDURE TITLE REVISION EPIP-4.34 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 3

PAGE 2 of 10 ACTION/EXPECTED RESPONSE H-I RESPONSE NOT OBTAINED I INITIATE PROCEDURE:

By:

Date:

Time:

NOTE:

The Radiological Assessment Director (RAD) is the Health Physics approval authority in the TSC while the Radiological Assessment Coordinator (RAC) has approval authority in the LEOF/CEOF.

__._2 GET STATUS UPDATE FROM RAD/RAC:

a)

Emergency Classification b) Initial offsite release cal culations c) Current monitor readings d) Current meteorological data:

"* Wind-speed

"* Wind direction (from)

"* Stability Class e) Meteorological forecast (if available)

I-l I

ACTION/EXPECTED RESPONSE F-I RESPONSE NOT OBTAINED NOTE:

e A minimum of two (2) Offsite Monitoring Teams shall be dispatched (i.e., sent into the field) at a Site Area Emergency or higher emergency class.

e The first available monitoring team should be used for near-site monitoring, i.e., within the Excluaion Area outside the Protected Area.

As resources become available, additional teams should be sent to preselected monitoring locations.

DETERMINE STATUS OF OFFSITE MONITORING TEAMS:

9 Unavailable GO TO Step 4 OR

• Assembled and on stand-by - GO TO Step 5 OR e Dispatched -

GO TO Step 6

__4 ASSEMBLE MONITORING TEAMS FOR STANDBY IF MANPOWER IS AVAILABLE

__5 ASK RAD/RAC IF OFFSITE MONITORING SHDULD BE INITIATED WHEN manpower TO Step 5.

IF monitoring GO TO Step 23.

available, THEN GO NOT required. THEN NUMBER PROCEDURE TITLE REVISION EPIP-4.34 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 3

PAGE 3 of 10 H-

-3

-JHH l

ACTION/EXPECTED RESPONSE 6

REVIEW THE FOLLOWING WITH THE RAD/RAC:

a) Meteorological conditions to determine team placement b) Projected offsite dose rates at anticipated monitoring locations c) Protective measures for team:

"* Protective clothing

"* Respiratory equipment

"* Radio-protective drugs d) Radiological composition of release e) Plume direction f)

Number of teams needed g)

Exposure limits NUMBER PROCEDURE TITLE REVISION EPIP-4.34 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 3

PAGE 4 of 10 RESPONSE NOT OBTAINED F-EXPOSURE LIMITS (established by RAD/RAC)

• Maximum limit, without SEM's authorization for emergency exposure, is 5 Rem TEDE.

Rem TEDE

• DDE dose rate is adjusted by accident-specific TEDE/DDE ratio to derive TEDE dose rate.

• Threshold for recommending administration of radioprotective drugs is 25 Rem Thyroid CDE.

Rem Thyroid CDE

• Thyroid CDE dose is the accumulated dose based on air sample result(s) and plume exposure time(s).

I

ACTION/EXPECTED RESPONSE

-II RESPONSE NOT OBTAINED 7

ESTABLISH RADIO CONTACT:

a) Set radio to call group "EP 1" b) Use radio to establish communications a)

Ask RAC, Dose Assessment Team Leader (in TSC) or RPS (in HP Office) for radio call group assigned to Offsite Monitoring Teams.

b) IF radio communications can NOT be established. THEN ask RAC for assistance.

c) Give monitoring team your phone number in case of radio failure d)

Use Attachment 4. OFFSITE MONITORING TEAM INFORMATION, to record messages and data 8

UPDATE MONITORING TEAM:

"* Emergency classification

"* Event status

"* Meteorological conditions/

forecast

"* Offsite protective actions (e.g.. implementation of offsite evacuation, siren activations)

NUMBER PROCEDURE TITLE REVISION EPIP-4.34 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 3

PAGE 5 of 10 F-I l

-- STEP H4

ACTION/EXPECTED RESPONSE I-I RESPONSE NOT OBTAINED I-NOTE:. FACTORS CONTROLLING THE AREA AFFECTED BY A RELEASE, provides an estimate of plume width at 1 and 2 miles downwind for tability Classes A through G.

9 ESTABLISH MONITORING LOCATIONS:

a) Verify teams previously dispatched a)

IF teams have NOT been dispatched. THEN do the following:

1) Review offsite maps to determine preselected monitoring locations.

2) Send teams to preselected location in downwind sector b) Calculate time until plume reaches monitoring location:

Time (hours)

=

Distance from plant (miles)l Wind speed (mph)

I c) Have teams find plume centerline AND Report location once centerline is located d) Have teams periodically check exposure e) Check if maximum plume concentration expected at location other than pre-selected point f) Identify off-centerline location using offsite map (in facility or Emergency Kit) g) Identify location using sector designation and distance in miles (example: A-2) e)

GO TO Step 10.

NUMBER PROCEDURE TITLE REVISION EPIP-4.34 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 3

PAGE 6 of 10

-HH

ACTION/EXPECTED RESPONSE I-LI

___10 DETERMINE SAMPLE MEDIUM TO BE COLLECTED:

"* Particulate and iodine Gas

"* Soil

"* Snow/ice

___11 VERIFY AIR SAMPLE - REQUIRED 12 HAVE TEAM GET 10 FT3 SAMPLE IF TIME AND DOSE RATES PERMIT (minimum 2.5 ft 3 sample volume) 13 CHECK IF COUNT ROOM ANALYSIS OF INITIAL CONFIRMATORY SAMPLE IS REQUIRED 14 HAVE INITIAL CONFIRMATORY SAMPLE DELIVERED TO THE SECURITY BUILDING AND COORDINATE TRANSPORT TO COUNT ROOM 15 RECOMMEND SAMPLE BE ANALYZED IMMEDIATELY TO DETERMINE TEDE/DDE RATIO 16 CALCULATE ESTIMATED TEDE DOSE USING ATTACHMENT 2. DETERMINATION OF TEDE/DDE RATIO RESPONSE NOT OBTAINED IF air sample NOT required. THEN GO TO Step 16.

GO TO Step 16.

NUMBER PROCEDURE TITLE hEVISION EPIP-4.34 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 3

PAGE 7 of 10 H-m l

-EllA ACTION/EXPECTED RESPONSE

[-1 RESPONSE NOT OBTAINED 17 CALCULATE THYROID CDE DOSE RATES USING ATTACHMENT 3.

DETERMINATION OF THYROID OFFSITE DOSE RATE FROM SAMPLE ANALYSIS 18 RECORD THE FOLLOWING ON ATTACHMENT 4. OFFSITE MONITORING TEAM INFORMATION:

a) Monitoring Data

"* Current location

"* Maximum dose rates b) Dosimetry readings c) Estimated TEDE dose d) Thyroid CDE dose rate e) Plume width and location f) Air sample data NUMBER PROCEDURE TITLE REVISION EPIP-4.34 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 3

PAGE 8 of 10 F-I I*

ACTION/EXPECTED RESPONSE F-I NOTE:

Unexpected readings may result from meander.

19 CONTINUE PLUME TRACKING:

a) Get dose rates and location at plume centerline b) Check if unexpected readings occur RESPONSE NOT OBTAINED plume rise, looping or cloud b)

GO TO Step 19.d.

c) Have team travel downwind until plume is located d) Review Attachment 1. FACTORS CONTROLLING THE AREA AFFECTED BY A RELEASE, concerning plume width 20 GET FIXED ENVIRONMENTAL SAMPLES AND TLDs AS REQUIRED NOTE:

Additional sampling of chronic exposure pathways is not normally within the scope of initial response actions, but may be performed as a follow-up action when time permits.

21 CHECK IF CHRONIC EXPOSURE PATHWAY SAMPLING IS REQUIRED:

GO TO Step 22.

a) Direct teams to prepare for additional sampling b) Ask team to get samples from chronic exposure pathway:

"* Milk

"* Water

• Crops NUMBER PROCEDURE TITLE REVISION EPIP-4.34 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 3

PAGE 9 of 10 F-l

ACTION/EXPECTED RESPONSE

__22 CHECK IF CONTINUED MONITORING IS REQUIRED:

a) Consult with RAD/RAC b)

RETURN TO Step 8 23 TERMINATE EPIP-4.34:

• Give completed EPIP-4.34. forms and other applicable records to the RAD/RAC

• Completed by:

Date:

Time:

RESPONSE NOT OBTAINED GO TO Step 23.

-END -

NUMBER PROCEDURE TITLE REVISION EPIP-4.34 FIELD TEAM RADIO OPERATOR INSTRUCTIONS 3

PAGE 10 of 10 I-I l

- 11,11,11,

The area affected by a release is dependent on the atmospheric stability class and wind speed and direction, among other variables such as precipitation and terrain.

From a practical standpoint, only stability class, which affects the width of the affected area. and wind speed and direction, which affect the length and direction of the area, will be considered.

The width of an affected area as a function of stability from the release point is illustrated by the following tab the different stability classes and lists the width of an will contain a certain percent of the maximum calculated doses).

The percentages considered are 90. 50 and 10. The 2 miles from a release to tell the monitoring team would be looking the cloud is approached class and distance le.

The table lists area in feet which concentrations (or distances are 1 and point.

These tables may be used as guidelines on what team to expect, such as in Stability Class F. where the for a small area of rapidly increasing concentration if Sfrom the side.

Wind speed affects the area since higher speeds cause the cloud sooner, but concentrations are reduced.

The affected area will be the release point.

If the direction is variable, the area with

&verage dcwnwind direction will be affected the greatest.

to arrive downwind of the highest NUMBER ATTACHMENT TITLE REVISION EPIP-4.34 FACTORS CONTROLLING THE AREA AFFECTED BY A RELEASE 3

ATTACHMENT PAGE L

1 1 of 1 STABILITY PERCENT OF J

AREA WIDTH (feet)

CLASS MAXIMUM 1 MIle Distance 2 Mile Distance 90 878 1632 50 2256 4195 10 4109 7641 90 653 1227 B

50 j

1676 3152 10 3053 5741 90 472 887 C

50 1213 2279 10 2209 4152 90 319 595 0

50 819 1530 10 1492 2787 I

I 90 I

235 433 E

50 603 1112 I10 1098 2027 I

1 90 161 299 50 414 768 10 754 1399

+I I

90 97 179 50 249 460 10 43843

NOTE:

1.

NOTE:

2.

TEDE - DDE + CEDE.

when applied to emergency worker dose.

Use Ratio TEDE/DDE from actual effluent pathway sample results when available (derived from Count Room analysis of effluent sample and derivation of ratio using EPIP-4.09.

SOURCE TERM ASSESSMENT).

IF sample results NOT available. THEN use Ratio TEDE/DDE from MIDAS report.

IF MIDAS results NOT available. THEN use default TEDE/DDE ratio:

ACCIDENT TYPE RATIO ACCIDENT TYPE RATIO MSLB 50 VCT Rupture I

SGTR 3

LOCA with melt 4

Fuel Handling 1.5 LOCA.

no melt 2

WGDT Rupture I

Locked Rotor 13 SRD or DAD readings are equivalent to DDE.

Determine estimated TEDE dose:

frDE dose x

Ratio TEDE-

=

TEDE dose om DAD or SRD DDEI

3.

IF TEDE dose greater than exposure limit. THEN notify RAD/RAC.

4.

Record resulting estimated TEDE dose on Attachment 4

5.

Determine DDE limit:

Remaining dose. rem -

Estimated TEDE re DE limit, rem from Attachment 4 from Step 2 above Ratio TEDE/DDE NUMBER ATTACHMENT TITLE REVISION EPIP-4.34 DETERMINATION OFTEDE/DDE RATIO 3

ATTACHMENT PAGE 2

1 of 1 I

1.

Determine equivalent 1-131 activity from air sample analysis:

a) Check if sample data given in counts per minute (cpm).

IF data given in pCi/ml, THEN GO TO Step 2.

b) Get data from monitoring team(s):

Background cpm:

"* Gross (sample) cpm:

c) Calculate NET counts per minute:

Gross cpm - Background cpm = NET cpm d) Calculate Conversion factor (CF) for sample volume collected:

3.33 E-1O

= CF

1. ft3 e) Calculate activity:

NET cpm x

CF

= Activity, pCi/ml

2.

Calculate Thyroid CDE dose rate using the following calculation:

Activity, pCi/ml x

1.57 E+9

=

Thyroid CDE.

mrem/hr

3.

Calculate estimated Thyroid COE dose using the following calculation:

Thyroid CDE Dose Rate x

Exposure

=

Thyroid CDE Dose (mrem/hr)

(hours)

(mrem)

NOTE:

Thyroid COE dose is accumulated dose based on sample result(s) and plume exposure time(s).

4.

IF Thyroid CDE dose greater than exposure limit. THEN notify RAD/RAC.

.5. Record results on Attachment 4.

NUMBER ATTACHMENT TITLE REVISION EPIP-4.34 DETERMINATION OF THYROID OFFSITE DOSE RATE 3

ATTACHMENT FROM SAMPLE ANALYSIS PAGE 3

1 of 1

NUMBER ATTACHMENT TITLE REVISION EPIP-4.34 OFFSITE MONITORING TEAM INFORMATION 3

ATTACHMENT PAGE 4

1 of 2 TEAM IDENTIFICATION No.:

TEAM MEMBER DATA:

NAME(s)

BADGE No.

REMAINING DOSE COMMENTS MONITORING DATA:

NOTE:

Use "Remarks' spaces to make notes about a specific monitoring or air sample point (e.g.. plume width.

terrain).

Use back of form to log instructions to team, pertinent comments. etc.

LOCATION DATE / TIME DADISRD READING ESTIMATED TEDE DOSE*

WINDOW OPEN WINDOW CLOSED REMARKS:

REMARKS:

REMARKS:

Estimate using Attachment 2.

AIR SAMPLE DATA:

AIR SAMPLE ID.:

DATE / TIME:

j LOCATION:

GROSS CPM:

BKG CPM:

FNET CPM (GROSS BKG):

AIR SAMPLE VOLUME (ft 3 ):

I ACTIVITY. pCi/ml**

THYROID CDE. mR/hr Activity. p Ci/ml x 1.57E+9 REMARKS:

Determine using Attachment 3.

AIR SAMPLE ID.:

DATE / TIME:

LOCATION:

GROSS CPM:

BKG CPM:

NET CPM (GROSS BKG):

AIR SAMPLE VOLUME (ft 3 ):

ACTIVITY. pCi/ml**

THYROID COE.

mR/hr Activity. p Cl/ml x

1.57E+9 REMARKS :

Determine using Attachment 3.

DATE/TIME:

FIELD TEAM RADIO OPERATOR LOG COMMENTS:

NUMBER ATTAtHMENT TITLE REVISION EPIP-4.34 OFFSITE MONITORING TEAM INFORMATION 3

ATTACHMENT PAGE 4

2 of 2

.1