ML16243A032

Field Monitoring Teams Radiation Monitoring Teams Field Surveys

ML16243A032
Person / Time
Site:	Beaver Valley, Davis Besse, Perry
Issue date:	08/23/2016
From:	FirstEnergy Nuclear Operating Co
To:	Document Control Desk, Office of Nuclear Reactor Regulation
References
NOP-LP-5015, Rev 3
Download: ML16243A032 (103)

Text

D FE NOC Davis-Besse Power Station Transmittal Report Data Date lime: 08/23/2016 06:31:30 AM Page 1of1

• c~py:Holcie(N1.1rnbe~: ),665

' Name': DOC. CONTROL DESK..

. Location /Address: OFFSITE / USN RC DIVISION OF EME~GENCY. P:REPAREDNESS

• .,,:* *. :* * * :*.. - -. **,.

• one White Flint North Ti:ansm1tta.1 N~!t!ber: 08~08237016-759294 :11555 Rock\\tille Pike'.*.,

Unit Document Number DBl NOP-LP-5015 DBl NOP-LP-5015 Doc Type PROC PROC

. Rockville, Maryland 2ossi-213s Sheet/Section Revision Version 0002 0003 Change Type SIMPLE CHANGE PROCEDURE CORRECTION Change Number Transmittal Date: 8/23/2016 6:29:13 AM*.

Document Status HC AC CD TOCl TOC2 Changes REVISED APPROVED 0

0 EPIB 0

0 EPIB Use this document transmittal to update the identified documents and remove the superseded documents from use.

Title:

, Procedure Number:

NUCLEAR _OPERATING P_ROCEDURE NOP-LP-5015 Use Category: - *

• FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

03 FE NOC FIELD MONITORING TEAMS RADIATION MONITORING TEAMS FIELD SURVEYS Effective Date: 08/23/16 I

Page1 of 102 Approved: _' ___ <

r-~-~-~.,,,....__*

6-'--1/2/

_____ /,_G Date

NUCLEAR OPERATING PROCEDURE

Title:

FENOC Field. Monitoring Teams Radiation Monitoring Teams Field Surveys TABLE OF CONTENTS 1.0 PURPOSE 2.0 SCOPE 3.0 DEFINITIONS 4.0 PROCEDURE DETAILS 5.0 RECORDS

6.0 REFERENCES

7.0 SCOPE OF REVISION ATTACHMENTS Attachment A BVPS Radiological Surveys for Emergencies Attachment A 1 NW Offsite Survey Map Attachment A2 SW Offsite Survey Map Attachment A3 SE Offsite Survey Map Attachment A4 NE Offsite Survey Map Attachment A5 Air Sample Record Card Attachment A6 Radio Protocol Attachment A7 MIDAS Back Calculation Field Survey Procedure Number:

NOP-LP-5015 Use Category:

General Skill Reference Revision:

03 4

4 4

5 5

7 9

10 29 32 36 40 44 45 47 I

Page2 of 1 02 Attachment B Davis-Besse Nuclear Power Station RMT Field Surveys 48 Attachment B1 (DB) Vegetation Sampling Attachment B2 (DB) Soil Sampling 69 71

Procedure Numb.er:

NUCLEAR OPERATING PROCEDURE

-NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

TABLE OF CONTENTS (Continued)

Attachment B3 (DB) Water Sampling Attachment B4 (DB) Snow Sampling 03 73

-75 Attachment C Perry Nuclear Power Plant RMT Field Surveys 77 Attachment C1 (PY) Pertinent RMT Telephone Numbers 101 Attachment C2 (PY) Operating Guidelines for the RMT Radio 102 Units and Cellular Phones I Page3 of 1 02

NUCLEAR OPERATING PROCEDURE*

Procedure Number:

NOP~LP-5015 *

Title:

Use Category:

FENOC Field Monitoring Teams

/'

General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Page4 of 1 02 03 1.0 PURPOSE To provide instructions for conducting and evaluating radiological surveys to be performed by Offsite Field Monitoring Teams/Radiological Monitoring Teams (FMT/RMT's) at and beyond the Exclusionary Area Boundary/Site Boundary as a result of an actual or potential radiological release to the environs.

2.0 SCOPE 2.1 Applicability This procedure is applicable to all FENOC personnel responsible for performing environmental radiological surveys due to a nuclear accident 2.2 Exceptions None 3.0 DEFINITIONS 3.1 Field I Radiation Monitoring Team (FMT/RMT) - Individuals who perform radiological monitoring outside the Protected Area during emergencies including, Davis-Besse Administrative Building (DBAB).

3.2 Release In Progress -An unanticipated release of radioactive material attributed to the Emergency Plan classifiable event. See NORM-LP-5001 for BWR I PWR

'Release In Progress Determination Guidance'.

3.3 Turn Back Dose - Whole body dose of an individual as indicated by a direct reading dosimeter that when reached, the individual must exit the area and go to

.. a low background area to preclude exceeding an administrative dose limit.

Turn back dose is calculated by determining the team member with the lowest available dose, dividing by 2 to allow for entry and exiting from the plume, and finally dividing by the - TEDE/EDE at TEDE Rate conversion factor obtained from the MIDAS FENOC Follow-Up/Periodic Update Notification Form located in the dose results section.

/

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I NUCLEAROPERATING PROCEDURE Procedure Number:

• *** NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Page:

03

• 5of102 4.0 PROCEDURE DETAILS Procedure details are described in the following site specific attachments:

Attachme~t A: BVPS Radiological Surveys for Emergencies Attachment B: DBNPS Radiological Surveys for Emergencies Attachment C: PNPP Radiological Surveys for Emergencies 5.0 RECORDS Attachments and Forms become *a QA Record in the event of a Declared Emergency.

5.1 Records Handling The records generated by Emergency Response Organization (~RO) personnel will be collected and maintained by Emergency Response Section (ERS) pursuant to site procedures, i.e., RA-EP-02720, Recovery Organization, (DB) or EPl-B-0009, Emergency Records, (PY).

The Emergency Records Package will be transferred to Records Management pursuant to NO~-SS-3300; FirstEnergy Enterprise Records Management Program.

5.2 Records Capture The following records are completed/generated by this document:

Quality Records Only actual event records are quality records.

RMT Mobilization Checklist Form (NOP-LP-5015-01)

RMT Field Data Transfer Sheet Form (NOP-LP-5015-02)

RMT Status Briefing Form (NOP-LP-5015-03)

RMT Air Sampling Label Form (NOP-LP-5015-04)

RMT Field Data Report Form (NOP~LP-5015-05)

Title:

Procedure Number:

NUCLEAR OPERATING PROCEDURE NOP-LP-5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Page6 of 1 02 03 Field Monitoring Team Dosimetry Record - (BV) (NOP-LP-5015-06)

FMT Plant Status Update (NOP-LP-5015-07)

Potassium Iodide (Kl) Tracking Form (NOP-LP-5015-08)

Field Monitoring Team (FMT) Pre-Job Briefing Checklist (NOP-LP,.5015-09)

Field Monitoring Team Field Survey Log (NOP-LP-5015-10)

Field Monitoring Team Checklist (NOP-LP-5015-11)

Emergency Radiological Survey Form (DBEP-038)

RTL Inventory Form (DBEP-103)

RMT Field Survey Form (DBEP-105)

Potassium Iodide (Kl) Administrative Form (DBEP-106)

Dosimeter Record Form (DBEP-107)

Estimate of CEDE From Radio-Iodine Form (DBEP-0117)

Instrument Check Form (DBEP-0120)

Radiation Monitoring Team (RMT) Pre-Job Briefing Checklist Form (DBEP-0121)

Potassium Iodide (Kl) Tracking Form PNPP No. 9177 Non-Quality Records All forms and paperwork generated via ERO training drills.

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference.

Radiation Monitoring Teams Field Surveys Revision:

I Page? of 1 02

• 03 r

6.0 REFERENCES

6.1 Discretionary

\\

NORM-LP-5001, FENOC Position on "Release in Progress" for Emergency Response Organization Developmental PY

• 1 /2-EPP-I P-2.1, 'Emergency Radiological Monitoring'

• . "Airborne Radioactivity Sampling" HPM RP ?:3.

Portable Air Samplers - Model H-809C, H809V, H-80982 (RADECO).

HPM RIP-6.6.

e BV Emergency Preparedness Plan, A5.735A - Section 5 1/2-EPP-IP-2.6, "Environmental Assessment and Dose Projection Davis-Besse Nuclear Power Station Emergency Plan DB-'HP-01103, Use of Portable Radiation, Contamination, and Airborne Survey Equipment Emergency Plan for PNPP Docket Nos. 50-440 EPl-A7, Operations Support Center Activation EPl-A8, Emergency Operations Facility Activation NUREG-0654, Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants FEMA-REP-2, Guidance on Offsite Emergency Radiation Measurement Systems (September 1980)

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference

• Radiation Monitoring Teams Field Surveys Revision:

I Pages of 1 02 03

\\

6.2 Obligations BV None PY

<P00042>

~

DB I 0 07407 I o 13511 I o 14325 I 6.3 Implementation 6.3.1 Multi-site NOP-LP-5007 Perry MIDAS Dose Assessment Software NOP-LP-5401 Beaver Valley Midas Dose Assessment Software NOP-LP-5402 Davis Besse MIDAS Dose Assessment Software 6.3.2 BV 1/2-EPP-IP:-2.1 Emergency Radiological Monitoring 1/2-EPP-IP-2.3 Offsite Monitoring For Airborne Release.

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

6.3.3 DB RA-EP-02252, DBAB.Radiation Monitoring Team Surveys.

RA-EP-02260, Radiological Controls in the DBAB 03 I Pageg of 1 02 RA-EP-02550, Offsite Personnel and Vehicle Monitoring and Decontamination RA-EP-02620, Emergency Dose Control and Potassium Iodide Distribution RA-EP-02720, Recovery Organization _

• 6.3.4 PY EPl-B-0010, Emergency Radiological Environmental Monitoring Program (EREMP) 7.0 SCOPE OF REVISION

1. Changed NUCPERRY to xFE.NOCPY step 4.2.5.4 and ATTACHMENT C2, step 1.b.

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NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference

. Radiation Monitoring Teams Field Surveys Revision:

I Pag1:o of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 1of19 BVPS RADIOLOGICAL SURVEYS FOR EMERGENCIES

• NUCLEAR OPERATING PROCEDURE P~ocedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag1:1 of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS

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Page 2of19 TABLE OF CONTENTS 1.0 PURPOSE.................................................................................................. 12 1.1 Responsibilities............................................................................... 12

- 1.2 Precautions...................................... :.............................. :.............. 12 1.3 Limitations.... *................................................. *.. *:............... -........... *.... 13

• 1.4 Prerequisites............................................................... *.*................... 13 2.0 SCOPE..................................................................................................... ;. 14 3.0 DEFINITIONS................ :............................................................................ 14 4.0

-PROCEDURE DETAILS............................................................................. 14 4.1 Preliminary Actions................. **:................................. :................... 14 4.2 Continuous Actions........................................................................ 18 4*.3 Default Survey................................................................................ 20 4.4

. Moving Dose Rate Survey..................... :........................................ 21 4.5 Stationary Dose Rate Survey........................

J ********************************* 22 4.6 Airborne Activity Sampling...*................................ ;......................... 24 4.7 Final Conditions....................,......................................................... 28 ATTACHMENT A1:

NW OFFSITE SURVEY MAP........................................... 29 ATTACHMENTA2:

SW OFFSITE SURVEY MAP........................................... 32 ATTACHMENT A3:

SE OFFSITE SURVEY MAP............................................. 36 ATTACHMENT A4:

NE OFFSITE SURVEY MAP................................ ~........... 40 ATTACHMENT A5:

AIR SAMPLE RECORD CARD......................................... 44 ATTACHMENT A6:

RADIO PROTOCOL............................................ -:............. 45 ATTACHMENT A7:

MIDAS BACK CALCULATION FIELD SURVEY............... 47

Title:

NUCLEAR OPERATING.PROCEDURE Procedure Number:

NOP-LP-50.15 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag1:2 of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 3 of 19 1.0 PURPOSE To provide instructions for conducting and evaluating radiological surveys to be performed by Offsite Field Monitoring Teams Radiological Monitoring Teams (FMT/RMT's) at and beyond the Exclusionary Area Boundary/Site Boundary (EAB/SB) as a result of an actual or potential radiological release to the environment.

1.1 Responsibilities 1.1.1 This procedure is to be performed by the designated offsite Field Monitoring Teams(s).

1.2 Precautions NOTE

.Owners volunteering the use of their personal vehicles shall be alerted to the fact that most insurance companies will deny any claim for damage due to radioactive contamination. In addition, any personal vehicles shall have the same level of liability insurance as company 1.2.1 Designated vehicles shall be used for FMT team purp9ses. Personal vehicles should not be used, unless no other suitable vehicles are available.

1.2.2 All monitoring equipment shall be stowed in the vehicle such that it will not affect the safe operation of the vehicle.

1.2.3 FMT vehicles shall be operated in compliance with all motor vehicle laws, including speed limits and the use of seat belts.

1.2.4 During siren activation, FMT(s) will not activate radio transmitters.

1.2.5 If the site is inaccessible, FMT personnel will report to the EOF and be briefed by EA&DP.

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Title:

NUCLEAR OPERATING PROCEDURE Procedure Nymber:

• NOP-LP-5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag1:3 of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 4 of 19 1.3

• Limitations 1.3.1 If any of the following cannot be met, request assistance from the Technical Support Center (TSC) 724-682-5651, Emergency Operations Facility (EOF) 724-891-1985, or the Operations Support Center (OSC) 724-682-5391.

1.3.2 Satisfactory inventory of the FMT kit, and

. 1.

Hi-band C.ommunications Radio and antenna, and/or,*

a.

Cell phone, and

b.

Personnel dosimetry, and

c.

Ensure PL Switch located at the U1 Communication Panel, in the Control Room is in proper position, and,

d.

BVPS vehicle, or another vehicle, meeting the following criteria:

1.3.3 Enclosed vehicle with sufficient room for the FMT Kit and fixed seating, with seat belts, for all team members, and,

1.

Operable cigarette lighter receptacle, and/or power adapter, and,.

a.

At least 1/2 tank of gas, and,

b.

Current State motor vehicle inspection sticker (if applicable),

1.3.4 If personal vehicle, ensure. insurance is in effect, per requirements of -

PRECAUTIONS, Note Section 1.2.

1.4 Prerequisites 1.4.1

• The offsite FMT(s) are organized and directed to perform offsite field monitoring.

1.4.2 Personnel assigned to the FMT(s) have signed onto the appropriate High Rad Radiation Work Permit (RWP).

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015.

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag1:4 of 1 02 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 5of19 2.0 SCOPE 2.1 Applicability This procedure is applicable to all FENOC personnel responsible for performing environmental radiological surveys due to a nuclear accident 3.0 DEFINITIONS None 4.0 PROCEDURE DETAILS 4.1 Preliminary Actions NOTES These preli!:ninary steps are written with the assumption that the offsite FMT will be dispatched from the* Operations Support Center (OSC) or another in-*

plant location, at the request of EA&DP personnel at the TSC or EOF.

If the TSC or EOF is not activated, all communications specified for EA&DP shall be directed to the Control Room.

If the offsite FMT(s) are dispatched from an offsite location, (e.g., Emergency Response Facility (ERF), Joint Public Information Center (JPIC), home, etc.),

the FMT(s) is authorized to deviate from the preliminary steps provided below, as necessary, provided that the PREREQUISITE's listed above are met.

4.1.1 Prior to leaving the OSC or the Station, fill out and complete Form, NOP-LP-5015-06, "Field Monitoring Team Dosimetry Record".

. 1.

If any of the above data is not readily available, a reasonable estimate should be entered until data is available.

J

Title:

-NUCLEAR OPERATING PROCEDURE -

Prpcedure Number:

NOP-LP;.5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag1:5 of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 6of19 NOTES FMT team members will retain their dosimetry when they exit the Station and use this dosimetry while performing offsite monitoring.

If dispatched from other locations, e.g., Emergency Response Facility (ERF), Home, etc., FMT team members shall use dosimetry provided in

- FMT kits.

Check with OSC for any precautions to transit from the OSC to ERF, i.e.,

dose rates.

4.1.2 Exit station via the Primary Access Facility (PAF) and proceed to ERF.

4.1.3 If not already in their possession, FMT members shall obtain and don personal dosimetry.

NOTE:

An extra set of vehicle keys are maintained in OSC Key Cabinet if ERF cannot be

• accessed.

4.1.4 Report to the TSC and notify the Radcon Coordinator of your arrival.

4.1.5 Obtain a copy of the Form NOP-LP-5015-11, "Field Monitoring Team Checklist" and follow the instructions.

1.

Record the following information:

a.

Procedure Start Date:

b.

Procedure Start Time: -

4.1.6 Call EA&DP at the EOF for a briefing and record the following information on Form NOP-LP-5015-07," FMT Plant Status Update". If the TSC or EOF is not yet activated, THEN obtain this information from the OSC or the Control Room.

Title:

I NUCLEAROPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag1:6 of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 7of19 4.1.7 Locate one of the vehicles* for the keys obtained. This vehicle shall meet the requirements of Section 1.2.

If no vehicles are readily available, request the assistance of the OSC or the EA&DP personnel in obtaining a suitable vehicle.

If a vehicle cannot be obtained, a volunteered personal vehicle may be used if it meets the requirements of Section 1.2.

NOTE EA&DP will designate which communications device is the primary, i.e., cell phone or radio.

4.1.8 Obtain monitoring equipment and prepare vehicle as follows:

1.

Obtain a cell phone and phone number to call from EA&DP

2.

Verify that EA&DP has cell phone number for each Offsite FMT.

NOTE An inventory of the FMT Kit is only required.if the seal is broken.

4~ 1.9 Perform all required instrument checks for the radiation detection instruments in the FMT Kit, prior to leaving the ERF.

1.

If any piece of equipment fails its operability check, obtain a calibrated replacement from other FMT Kits or from other station sources.

4.1.10 Obtain a 60-watt monitoring team radio unit with magnetic mount antenna from the Decon Room in the ERF.

4.1.11 If the OSC has explicitly directed the use of protective clothing and/or respirators, this equipment shall be donned prior to leaving the station.

/

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 '.

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag1:7 of 102

.03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 8of19 4.1.12 Remove the survey-maps, survey logs, procedures, the beta-gamma survey instrument, radios, and other equipment that may be needed enroute, from the monitoring kits and stow in a location accessible to the team leader while enroute. Remove and don Personal Ion Chamber, (PIG) zero as necessary.

4.1.13 Load monitoring team equipment into the vehicle so that it is safely restrained and will not affect the operation of the vehicle.

4.1.14 Install radio equipment on the vehicle.

4.1.15 Prior to leaving site perform a cell phone and/or radio check with EA&DP, to verify the operability of the communications equipment.

1.

If radio equipment and/or cell phone is inoperable, obtain replacement equipment.

4.1.16 Provide the following information to the EA&DP personnel and record on Form NOP-LP-5015-06 "Field Monitoring Team Dosimetry Record".

1.

Name and badge number of team members.

2.

Current pocket dosimetry reading and exposure limits.

4.1.17 Obtain FMT personal Turn Back dose limits from EA&DP.

4.1.18 Obtain a copy of Form NOP-LP-5015-10, "FMT Field Survey Log" and follow instructions provide on this form.

1

4. 1.19 Proceed to the first survey location when directed.

4.1.20 Perform requested surveys in accordance with the remaining steps of this procedure.

1.

IF the TSC/EOF is not yet activated, and the OSC or Control Room has not specified a first survey location, THEN the monitoring team shall proceed as described in Section 4.3~

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015" Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag1:a of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 9of19 4.2 Continuous Actions NOTE The instructions in this section are applicable during all offsite monitoring team activities, and shall be* performed in conjunction with other steps as appropriate.

• 4.2.1 Team members shall periodically read their pocket dosimeter and report their cumulative radiation reading to EA&DP no less than every 30 minutes or as directed 4.2.2 Team members shall take appropriate actions to prevent the spread of detected contamination to their skin, clothing, survey equipment, and/or vehicle to the extent possible.

4.2.3 Team members shall not eat, drink, or smoke in areas with greater than background contamination or airborne activity.

NOTE Periodically check communication with EA&DP. The cell phone may disconnect if you pass through a 'weak signal' area.

4.2.4 Keep the communicatiqns equipment turned on at all times while away from the station.

4.2.5 All communications between the monitoring teams and EA&DP shall follow standard radio protocol (Attachment A6).

1.

Identify survey location using pre-designed survey locations to the extent possible.

(

NUCLEAR-OPERATING PROCEDURE Procedure Number:

. NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag1:9 of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 10 of 19

2.

All survey data reports to EA&DP shall use the following *format:

NOTE To facilitate the transfer of data, form NOP-LP-5015-F10, "Field Monitoring Team Field Survey Log" should be used by the FMT and EA&DP to document field data results. It is only necessary to transfer the variable information. Fixed information such as Column Headings need not be relayed. This protocol will.

minimize communication errors.

3.

Report all survey data on the FMT Field Survey Log in relation to its

• block number rather than its parameter name. i.e., "Block #1 is A point.

One point one; Block 5 is four zero, zero, zero; Block 3 is zero point five,... ".

4.

Do not report units such as mR/hr, cu.ft.

OR IF using FMT field data survey information for MIDAS input, proceed to Section 4.6 - Airborne Activity Sampling. Otherwise, proceed to next step.

4.2.6 If members of the public or news media solicit information from the FMT team, the FMT members shall:

1.

Be courteous.

2.

Explain that the survey is precautionary measure and that the survey data are raw data that have not been evaluated, and that significant final data will be reported to State and local authorities.

3.

Direct additional public questions to the local county information line.

The telephone number is provided in the en:iergency response section (blue pages) of the telephone directory.

4.

Direct additional news_media questions to the Chief Com.pany Spokesperson at 412-604-4923.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag2o of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 11 of 19 4.2. 7 Remain alert to the status of consumable-supplies, such as vehicle gas, sample media and survey meter batteries, and notify EA&DP of any pending shortfalls.

4.2.8 In the event of a monitoring team shift change associated with a longer term emergency response, the off-going monitoring team will complete Section 4.7, "Final Conditions" of this procedure. The oncoming team will initiate a new copy of this procedure, re-performing or verifying the preliminary steps above, as directed by EA&DP or the OSC.

4.3 Default Survey NOTE The steps in this section are performed whenever the OSC or the Control Room does not provide an initial survey assignment. This may occur during a quickly breaking incident prior to activation of the OSC or TSC/EOF.

Generally, by the time that the team has completed the preliminary steps of this procedure, the TSC/EOF will have been activated.

4.3.1

_Locate the survey map and the survey point index for the assigned map quadrant. (Attachments A 1 through A4) 4.3.2 IF the quadrant was not assigned, THEN select the quadrant into which the wind is blowing:

Wind Direction Quadrant Attachment 0-90 SW c

90-180 NW B

180-270 NE E

270-360

. SE D

4.3.3 IF weather permits, THEN perform a "Moving Dose Rate Survey" -

Section 4.4, while enroute to the first survey location.

1.

IF there is a BVPS field monitoring team at that location, THEN proceed to the next location on the survey route.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015'.

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag21 of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS F:'age 12 of 19

. 2.

The first survey location is indicated on each quadrant attachment (Attachments A 1 through A4 ).

4.3.4 Perform a "Stationary Dose Rate Survey"..: Section 4.5, at this location.

4.3.5 IF the open window dose rate is greater than the closed window dose rate, THEN obtain a 10 cubic foot air sample and perform field screening on the sample media as described in Step 4.6.

1.

Use a silver zeolite cartridge for iodine sampling. Ensure cartridge

• shelf life is not expfred.

4.3.6 Record all data on Form NOP-LP-5015-10, "Field Monitoring Team Field Survey Log" or Attachment A7, MIDAS Back Calculation Field Survey.

4.3.7 Report the data to the OSC or Control Room.

4.3.8 Proceed to the next survey point on the route.

4.3.9 Repeat Steps 4.3.3 to 4.3.8 until directed otherwise.

4.4 Moving Dose Rate Survey NOTES Moving dose rate surveys are performed to determine plume boundaries and -centerline. The steps in this section are performed when in enroute to the first survey location, while enroute between survey locations, and as directed by EA&DP.

Whenever possible an ion chamber instrument such as the Eberline RO-series or equivalent should be used for making dose rate measurements. However, an instrument with an energy-compensated Geiger-Mueller (GM) probe such as the Eberline HP-270 is an acQeptable substitute for gamma exposure measurements.

FMT team members SRO reading should be reported to EA&DP approximately every 30 minutes or in higher dose rate areas every 100 mrem.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP"-5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag22 of 1 02 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 13of19 4.4.1 Select a beta-gamma instrument.

4.4.2 Close the beta window.

4.4.3 Open the vehicle window and hold the instrument at the opening.

4.4.4 Travel along the designated survey route at a low rate of speed (within speed limits, no greater than 30 mph).

4.4.5 Monitor instrument read-out and note changes in instrument response.

1.

Report the first increase {>1.0 mrem/hr) in ambient dose rate above background to EA&DP and log the location on Form NOP-LP-5015-10, "Field Monitoring Team Log".

2.

If the ambient dose rate increases to 100 mR/hr, then:

a.

Immediately move away to an area of lower dose rate.

b.

Notify EA&DP and request instructions.

4.4.6 If the survey is being performed to locate the leading and trailing edges of the plume also report significant decreases in ambient dose rates.

4.5 Stationary Dose Rate Survey NOTE Whenever possible an ion chamber instrument such as the Eberline RO-series or equivalent should be used for making dose rate measurements. However, an instrument with an energy-compensated Geiger-Mueller (GM) probe such as the Eberline HP-270 is an acceptable substitute for gamma exposure

. measurements.

4.5.1 Take a closed window reading.

1.

Check the beta window closed.

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2.

Hold the instrument, or instrument probe parallel to, facing, and about 3 feet (e.g., waist height) above the ground.

3.

Allow sufficient time for the instrument reading to stabilize.

4.

Record reading, in Column 3 (in mR/hr), on Form NOP-LP.:5015-10, "Field Monitoring Team Field Survey Log".

4.5.2 Take an open window reading.

1.

Open the beta window.

2.

Hold the instrument, or instrument probe parallel to, facing, and about 3 feet (e.g., waist height) above the ground. Allow sufficient time for the instrument reading to stabilize. Note.the reading.

3.

Rotate the instrument beta window to face upwards. Allow sufficient time for the instrument reading to stabilize. Note the reading.

4.

Record the higher reading, Column 4 (in mR/hr), on Form NOP-LP-5015-10, "Field Monitoring Team Field Survey Log".

5.

Vary the height of the instrument, or probe, between waist height and 3 inches above the ground.

6.

If the open window reading is higher, closer to the ground, record and label the 3 inch reading in the REMARKS Column.

4.5.3 If an air sample was requested for this location, proceed to Step 4.6 4.5.4 When all measurements required at this location have been obtained, report the data (blocks 1 - 11) to EA&DP. Await further instructions.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

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I Pag24 of 1 02 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 15of19 4.6 Airborne Activity Sampling NOTES Obtain air sample from the centerline reading of plume..

If the open window dose rate measurement is about equal to the closed window reading, the survey location is not subm~rged in the plume and air samples will underestimate the plume concentration.

Notify EA&DP if this is the case and request instructions.

Silver zeolite is the preferred cartridge for air sampling in an actual event.

4.6.1

• Prepare sampler:

• 1.

If not already present, mark a flow arrow on the side of the silver zeolite and/or charcoal cartridge.

a.

EA&DP will dirE3ct which iodine sample media to use.

2.

Place a clean particulate filter, and the iodine sample cartridge, in the sample holder and install on the sampler.

a.

Air flow shall pass through the particulate paper first and then the cartridge in the direction of the arrow marked on the cartridge.

b.

If EA&DP does NOT request an iodine sample, use a single charcoal cartridge as a place-holder. Re-use this cartridge for all subsequent particulate sample.

3.

Position the sampler so that the intake is not in close proximity to potentially contaminated surfaces. Protect the filter paper and iodine cartridge from rain.

4.

If the air sampler has an integral battery, proceed to Step 4.6.3.

Title:

j Procedure Number:

NUCLEAR OPERATING PROCEDURE NOP-LP-5015 Use Category:

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I Pag25 of 1 02 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 16of19 CAUTIONS Use caution when connecting the air sampler power leads to the vehicle battery.

Avoid any potential moving parts when positioning and connecting power leads.

Avoid contact with battery acid corrosion residue.

4.6.2 Connect the sampler to the vehicle battery by performing the following:

\\

1.

Shut off car, if not already done.

2.

Put on eye protection.

3.

Self-check to determine positive and negative battery terminals.

4.

To minimize the potential for hydrogen explosion, do NOT connect or disconnect the sampler power leads while the sampler is turned on.

5.

Place the positive clamp of the air sampler on the positive battery terminal, the negative clamp of the air sampler on the negative battery terminal making sure that proper connections are made.

4.6.3 Obtain the sample, perform the following NOTES The de~ired air sample volume is 10 cubic feet, unless directed otherwise by EA&DP personnel.

Obtain air sample from centerline reading of plume

1.

Turn on the sampler.

2.

Record the sample start time on Attachment A9 "Air Sam-pier Record Card'.

3..

Read the flow rate and determine the sampling time:

a.

Desired Volume (cu. ft.) I Sample Flow Rate (CFM =Sample Time in minutes)

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4.

When the sample time has elapsed.

a.

Turn off the sampler.

b.

Disconnect the negative sampler clamp.

c.

Disconnect the positive sampler clamp.

5.

Record the stop time and other data on Attachment AS, "Air Sample Record Card'.

4.6.4 Using the E140N or equivalent with a HP-210 probe, obtain a background reading.

1.

Check that the RESPONSE control.is set for the slowest response. If instrument has a speaker, ensure it is turned on.

2.

Position the probe over the location where the sample media will be counted.

3.

Evaluate background count rate.

a.

If the background exceeds 300 cpm, notify EA&DP and request clearance to move to an area of lowest background.

4.

Note and record the background count rate in Column 7 in (cpm) on Forfn NOP-LP-5015-10, "Field Monitoring Team Field Survey Log".

4.6.5 Perform field screening of the sample media.

4.6.6 Count the filter paper and the iodine cartridge separately.

(INTENTIONALLY BLANK)

Title:

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I Pag27 of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 18of19 NOTES Handle sample media in a manner that minimizes cross-contamination of sample media or the removal of activity from the sample media.

Handle all sample media by the edges.

Place, do not slide sample media into sample bags.

Do not shake sample bags, or squeeze sample bags together.

1.

Remove the sample media from the sample holder.

2.

Place the filter paper on a clean surface.

3.

Hold the HP-210 probe about 0.5 inches above the filter paper.

4.

Record the gross instrument reading, in Column 5 (in cpm), on Form NOP-LP-5015-10, "Field Monitoring Team Log".

5.

Place the iodine sample cartridge on a clean surface, flow arrow pointing downward.

6.

Hold the HP-210 probe about 0.5 inches above the face of the sample cartridge.

7.

Record the gross instrument reading, in Column 6 in (cpm), on Form NOP-LP-5015-10, "Field Monitoring Team Field Survey Log".

4.6.7 Ensure all information for each survey point or air sample is documented on Form NOP-LP-5015-10, "Field Monitoring Team Field Survey Log".

4.6.8 When all measurements required at this location have been obtained, report the data from Form NOP-LP-5015-10, "Field Monitoring Team Field Survey Log" to EA&DP and await further instructions.

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-lP-5015

Title:

Use Category:

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I Pag2s of 102 03 ATTACHMENT A: BEAVER VALLEY POWER STATION FMT FIELD SURVEYS Page 19of19

4. 7 Final Conditions 4.7.1 All sample media are properly bagged, labeled, and have been returned to the station for possible laboratory analysis.

4.7.2 All survey logs are complete, and signed by the team leader.

4.7.3 Survey logs shall be attached to this procedure, and the procedure forwarded to the EA&DP Coordinator, and then upon termination of.the emergency, to the Communications and Records Coordinator.

4.7.4 If the team has been directed to turnover to a relief team, the oncoming.

offsite FMT has been briefed by the off-going team regarding the status of monitoring equipment, supplies, the vehicle, and other pertinent information.

4.7.5 If the team has been directed to return to the station without turnover, all monitoring equipment, including the vehicle, has been returned to the original storage location, or another location designated by EA&DP.

4.7.6 Procedure Complete 4.7.7 Date/Time:

4.7.8 Team Leader:

Title:

Procedure Number:

NUCLEAR OPERATING PROCEDURE NOP-LP-5015 Use Category:

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03 ATTACHMENT A1 NW OFFSITE SURVEY MAP Page 1of3 Q

I Pag;g of 1 02 A

I '

I

Title:

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I Pag3o of 102 03 POINT F.1.1 Q.3. 1 P.5. 1 P.6. 1 N.6.1 PONf F_l.1 A.1.1 Q.3.1 Q.4.1 Q.5. 1 R.8.1 R. 10.1 R. 11.1 R. 11....

Q.11. 1 Q.l 1.2 Q.9.1 P.9. 1 P.10.1 l\\.9.2 N.7.2 P.5.1 ATTACHMENT A1 NW OFFSITE SURVEY MAP Page 2 of 3 1\\0RTHWEST 51\\filE ROUTE LOCATION RADIO COl\\ifi..ID"NICATION Plant Enlrance Intersection of Rt's 168 & 68 Intersection of Rt. 68 and Calcutta-Smith Ferry Rd.

Top of Hill Calcutta-Smith Ferry Rd. East of Fisher Ave.

Intersection of Parl..\\vay Rd. & Ohio Rt. 39

~ORTIDVEST lO :\\IILE ROl~TE Good Good Good Good Good LOCATION RADIO CO:MlvfiJNICA TION Plant Entrance Rt 168 Bridge on 1v1idland side of Ohio River Intersection of Rt 168 & 68 Rt. 168 & Ea.st\\:vood Dr.

Ohioville Vol. Fire Dept off Rt. 168 Intersection of Rt. 168 & Lisbon Rd.

Intersection of Rt's 251 & 168 Intersection of Rt. 25 1 & State Game lands Rd.

Intersection of Rt's 170 & 251 Intersection of Rt 170 & Clarkson Pancake Rd.

Intersection of Rt. 170 & Fre:dericksto\\:\\111 Clarkson Rd.

Intersection of Rt. 170 & Frederickstown Rd.

Intersection of Rt. 170 & Calcutta-Smith Feny Rd.

Intersection of Rt 267 &. T928 (Irish-Ridge Rd)

Intersection ofRt's 267 & 39/7 (School)

Emergency stopping area befo,re Ohio/\\\\'.Va. Bridge R. 30

.Intersection of Rt. 68 & Calcutta-Smith Ferry Rd.

Good Good Good Go.ad Good Good Fair Poor Poor Good Good Good Good Good Fair Good Good

Title:

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FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag31 of 102 03 POL'IT F.1.1 A.1.1 Q.3.1 P.6.1 K.6.l Q.4.l Q -..,

. )...

Q.5.1 R.8.1 R. 10.1 R. l.1 R. 11.2 Q.11.1 Q.11.2 Q.9.1 P.9.1 P.10.1 N.9.2 N.7.2 P.5.1 P:6. 1 P.7. 1 ATTACHMENT A1 NW OFFSITE SURVEY MAP Page 3 of 3 1\\"0RTHWISI ROUTE LOCATION RADIO CO:tv!NIENICA TIO~

Plant Entrance Rt 16 8 Bridge on Midland Side of Ohio River Intersection of Rt. 168 & 68 Good Good Good Top of Hill Cak mta-Smith Ferry Rd. East of Fisher.Ave.

Good Intersection of Parki~.:ay Road & Ohio Rt. 39 Poor Entrance to 1\\.fe.adO\\vbrook E.:tatec;, R. 168 &

Good Eastwood Dr_

Intersection of Tuscarav,,rac; Rd. a11d Rte. 168 Ohioville Vol. Fire Dept off Rt. 168 Intersection of Rt. 168 & Lisbon Rd.

Intersection of Rt's 251 & 168 Intersection ofRt. 251 & S ae Gamelaudc; Rd.

Intersection of Rt'c; 170 & 154 Intersection of Rt. 170 & Clarkson Pancake Rd.

Intersection of Rt. 170 & Fredrick'>t.ov.rn Clarkc;on Rd.

Intersection of Rt. 170 & Frederickstow11 Rd.

Intersection of Rt. 170 & Ca cutta-Smith Ferry Rd.

Intersection of Rt 267 & T928 (Irish-Ridge Rd)

Intersection of Rt's 267 & 39, (School)

Emergency stopping area before OhiolW.\\ a. Bridge Rt 30 Intersection of Rt. 68 & Cak utta-Smi h Ferry Rd.

Top of hill Calcutta-Smith Ferry Rd East of Fisher Ave.

Calcutta Church (Calcutta-Smith Ferry Rd.)

Good Good Good Fair Poor Poor Good Good P,oor Good Good Good Good Good Good Good

Title:

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I Pag32 of 102 03 ATTACHMENT A2 SW OFFSITE SURVEY MAP Page 1 of 4

\\.

/

Kl-I

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I Pag33 of 102 03 PO~

F.1.1 L.3.1 L.4.l J.4.1 H.5. 1 H.6.2 M.5.1 1'1.6.1 K.7. l K.6.l Q.1.l A.1. 1 PO~

F.1.l LJ..1 L.4.l

.4.1 H.5. 1 H.6.2 J. 10.l J.9.1 K.7.1 K.9.1 L. 10.2 L. 11.3 ATTACHMENT A2 SW OFFSITE SURVEY MAP Page 2 of 4 sorTHWEST 5 l\\IILE ROUTE LOCATIOK Plant Entrance Post Office in HookstO\\vn Intersection of Rt. 168 & Rt. 30 Intersection of Rt 30 & Tr. 151 Intersection of Rt. 151 & Rt. 18 Intersection of Rt. 18 & Rt. 30 West on Rt. 30, 1.?. miles Past L.4. 1 or East on Rt 30, 1.2 miles Past M.6.1 Intersection of Rt. 30 & Rt. 8

\\Vest Virginia-Ohio Bridge, Rt. 30 Intersection of Rt. 39 & Park\\\\.ray Entrance to J&L Steel, Rt. 681Y!idland Jv1idland Side of Rt. 168 Bridge sorTH\\YEST 10 l\\IILE Rorrr LOCATIOK P ant Eutrance P05t Office in Hookstown Intersection of Rt. 168 &. Rt. 30 Intersection of Rt. 30 & Tr. 151 Intersection of Rt. 151 & Rt. 18 Intersection of Rt. 18 & Rt. 30 Intersection of Rt. 18 & Rt. 168 Entrance to Youth Forestry Can1p Rt. 168 RADIO CO?vfl\\.1UNICA TIO~

Good Good Good Good Good Fair Good Good Good Good Good Good R...ADIO COi\\.1M:t.. "NICA TIO~

Intersection ofHanover-K.endal Rd. & Rt. 168, ?..7 miles from J:9. 1 or 3.3 :mile:. fromL.A.1 Good Good Good Good Good Fair Good Good Good Intersection of Rt 7 & Rt. 24 Intersection of Rt 7 & Rt. 26. (F1orence Rd.)

Sewage Lift S ation Intersection of Rt. 2 & Rt. 7, (Hardin '~ Run)

Good Good Fair

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I Pag34 of 1 02 03 POINT L.11__

M.11.4 1'1.11.5 N.11.6 K.9.1 N.7.1 N.6.1 Q.2.1 A.1. 1 L.4.l PO~

F.1.1 L.3. 1 L.4.1 J.4.1 H.5. 1 H.6.2 J. 10.1 J.9. 1 K.7. 1 M.6.1 N.7.1 A.1.1 Q.2.1 K.6.1 ATTACHMENT A2 SW OFFSITE SURVEY MAP Page 3 of 4 sorTIDYEST 10 MILE ROl-U:

LOCATION RADIO CO:r..*1MUNICATION Intersection of Rt. 2 & Rt. 8 Bridge of Tomlinson Lake Rt. 2 Intersection of Rt. 2 & Rt.. 208 Intersection of Rt._ & Rt. 3/6. R.R. Crossing Intersection of Rt.

& RJ. 1

\\\\Te:.t Virgin.fa-Ohio Bridge, Rt. 30 Intersection of Rt. 39 & Par1.1Nay Entrance to J&L Steel Rt. 68 Midland l\\!Iidland Side of Rt 168 Bridge over Ohio Intersection of Rt. 168 & Rt. 30 SOl Tm'IST ROUT£ Good Good Good Good Good Good Good Good Good Good LOC:ATIOK R.ADIO COI'v1MUNIC.A 110:'.'J Plant Entrance Post Office in Hookstov.'l.l Intersection of Rt. 168 & Rt. 30 Interse-ction of Rt. 30 & Tr. 151 Intersection of Rt. 1~ 1 & Rt. 18 Inter:.ection of Rt. 18 & Rt. 30 Intersection of Rt. 18 & Rt. 168 Entrance to Youth Forestry Camp Rt. 168 Intersection of Hanover Rd. & Rt. 18, 1.7 miles fromL.4.1 Wes.ton Rt. 30, 1.2 miJes Past L.4.1 or Eas or East on Rt. 30. 1.2 miles Pas.t1v1.6.1 Intersection of Rt. 30 & Rt. 8 We:.t Virginia-Ohio Bridge, Rt. 30 l'vlidland Side of Rt 168 Bridge Entrance to J&L S eeL Rt. 68 1idland Intersection of Rt. 39 & Parl-*way Rd.

Good Good Good Good Good Fair Good Good Go-od Good Good Good Good Good Good

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I Pag35 of 102 03 POL'IT K.4.1 P.4.1 N.3.1 L.7-1 L.9.1 L.10.1 L.11.1 L.9.2 L.7.2 N.9.1 K. 11.6 M.11.5

~f 11.4 L.11.2 L.11.3 L.10.2 K.9.1 M.10.1 N.8.1 M.8.1 ATTACHMENT A2 SW OFFSITE SURVEY MAP Page 4 of 4 SOl TH\\Y£ST ROl:1£ LOCATI01\\

RADIO CO:tvThfUNICATION Second Bridge Past Hook~ 01,.vn Intersection Georgetown Sand & Gravel I op of Hill ~ext to DLCO R..1dio T O\\Ver Intersection of Rt. 8 & R. 14 Intersection of Rt. 8 & R. 5 I omlinson Run Sta. e Park Entrance. Rt. 8 Intersect.ion of Rt. 8 & Rt. 3 Oak Glen High School, County Rd. 18 Intersection of Pumpki.11 Hollo\\~' Rd.

& Gas Valley Rd.

Intersection of Rt. 2 & Rt. 1 Intersection of Rt. 2 & Rt. 3/6, RR Cro-sing Intersection of Rt. 2 & R. 208 Bridge Over Tomlinson Lake, Rt. 2 Intersection of Rt. ~ & Rt. 8 Intersection of Rt. 2 & Rt. 7, (Harduis Run)

Intersection of Rt. 7 & Rt 26, (Florence Rd.)

Intersection of Rt. 7 & R. 24 Intersection of Rt. 3 & R. 208 Intersection of Rt. J/2 & Rt. 5 Intersection of Rt. 5 & Rt. 208 Good Good Good Good Good Good Good Good Fair Good Good Good Good Good Fair Good Good Good Good Good

Title:

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03 ATTACHMENT A3 SE OFFSITE SURVEY MAP Page 1 of 4 I Pag36 of 1 02 f

F 10 MILE-- -

• 11\\1

• • • (

..J

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I Pag37 of 102 03 POM F.1.1 D.2.1 F.2.1 E.3.1 D.4.1 D.5.1 D.6.1 E.7.2 E.SJ F.6.1 F.4.1 G.3.1 H.5.1 J.4.1 L.3.1 POD1T F.1.1 D.2.1 F.2.1 E.3.1 D.4.1 D.5.1 D.6. 1 D.S.l D.9.1 ATTACHMENT A3 SE OFFSITE SURVEY MAP Page 2 of 4 sorrHEAST 51'\\filE ROUTE LOCATION RADIO CO~*IMUNICATIO:N Plant Entrance Bruce 1\\.*Iansfie1d Plant Entrance Intersection of Rt. 18 & Green Garden Rd.

Intersection of Rt. 18 & Holt Rd.

"): " in road at Rt 18 and Mmvry Rd.

tvfain Plant Entrance )lQVA CHEMICALS, Rt 1 S Zinc Corp. of.American Entrance, Rt. 18 Center Exit of Rt. 60 Aliquippa Exit of Rt. 6-0 a Green Garde11 Rd.

Interse,ctiou of Penny Hollo'il.' Park Rd. &

Green Garden Road Raccoon Elementary School near Intersection of Green Garden Rd. & Patterson Rd.

Superior Mobile Homes, Rt 18 and Calhoun Rd.

IntersectionofR(s 18 & 151 Intersection ofR(s 30 & 151 Post Office in Hooks ov.'ll sorTHL\\SI 10 ~filE Rorrr Good Good Good Good Good Good Good Good Good Good Good Good Good Good Good LOCATIOJ\\

RADIO COMJv1UNICATIO)l Plant Entrance Brnc e Mansfield Plant Entrance Intersection of Rt. 18 & Green Garden Rd.

Intersection of Rt. 18 & Holt Rd.

1.1 mile fromF2. l "Y" inroad at Rt 18and11.fo'wry Rd.

Main Plant Entrance )l0\\ A CHEI\\IIlCALS. Rt 18 Zinc Corp. of American, Rt 18 Intersection ofRt's 18 & 51, Beaver Valley ]I.fall

\\\\Talrnart Plaza, Rt. 18/51 Good Good Good Good Good Good Good Good Good

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

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FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag;8 of 102 03 PONT D.10.1 D.10.2 E.l Ll E.10_1 E.10-2 E.1 1.2 F.11.1 F_l 1.2 F.10.1 G. 10.1 H. 11. 1 H.9.1 J.J0.1 H.6.2 J.4.1 L.3.1 PONT F.l.l D.2.1 F_2.l E.3.1 D.4.1 D.5.1 D.8.1 D.9.1 D.10. l ATTACHMENT A3 SE OFFSITE SURVEY MAP Page 3 of 4 s o rTHI..AST 10 lill...E ROliTE LOCATION RADIO C01\\Hv1UNICATION Pl1eoni.'\\'. Glass Parkffig Lat, Penn Ave., M onaca Pull-off area up hill from Intersection of Constitution Blvd. and Monaca Rd.

Entrance to \\Vest Aliquippa, Constitution Bh d.

(Vl~1 of Aliquippa side of bridge)

Intersection of Constitution & Franklin Ave_

(Old Entrance to J&L Steel Plant)

Intersection of Franklin Ave. &

Kennedy Bl v-ct, Aliq.

S eel M ill Rd. by Ambridge-Al iquippa Bridge Phillips PO\\ver Station, Constitution Blvd..tRt. 51 Intersection ofRt's 51 & 151 Intersection of Rt s L-1 & 60, 60 oveipasses 151 2nd Intersection Past Bool."to\\vn off Rt. 151)

J:anoslcis Far:rn Rt 30 - Allegheny Co.

Raccoon Parle Entrance, Rt 3 0 Intersection ofRt's 18 & 168 lntersection ofRt"s 18 & 30 Intersection of Rt's 30 & 151 Post Office in Hookstov..'ll SOUTHEAST ROUTE Good Good Good Good Good Fair Poor Good Good Good Fair Fair Good Fair Good Good LOCATIOK RADIO CONUvIUNICATIO~

Plant Entrance Good Brnce :rviansfield Plant Entrance, Rt. 18 Good Intersection of Rt. 18 & Green Garden Rd.

Good Intersection of Rt. 18 & Holt Rd.

Good "Y in :road at Rt 18 and 1v1mn y Rd.

Good r.tfain Plant Entrance NOVA CHBvllCALS, Rt 18 Poor IntersectionofRt's 18 & 51, Beaver Valley Mall Good

\\Valma.rt Plaza~ Rt. 18/51 Good Pheoni.'{ Glass Parking Lot, Penn Ave.. Monaca Good

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

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FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag39 of 102 03 POL'IT D.10.2 E.9.1 E.1 1.1 E. 10.1 E.10.2 E.1 1.2 F.11.1 F.11.2 F.10. 1 H.11. l H.9.1 J.10.1 G.8. 1 H.6. 1 H.5.1 H.6.2 G.3.1 L..3.1 D.7.1 E. 7.1 E.7.2 F.9. 1 E.8.1 F.6.1 F.4.1 G.10.l ATTACHMENT A3 SE OFFSITE SURVEY MAP Page 4 of 4 SOUTHEAST ROrT£ (Continued)

LOCATIOK R.ADIO G"'Ol\\*Il.1UNICA TIO-;.J Pull-off area up hill from Interi:;ecti.on of Constitution Blvd. and Ivfomca Rd.

Intersection of Brodhead Rd. and Kennedy Blvd.

Entrance to \\Vest Aliquippa, Constitution B vd.

(\\:Vest Aliquippa side ofbridge)

Entrance to Aliquippa from Constitution Blvd.

Inter. of Franklin Ave. & Kennedy Blvd.,.A.liq Steel Mill Rd. by A..mbridge-Aliquippa Bridge Phillips Power Stat.ion, Constitution Blvd..tRt. 51 Intersection of Rt' s 51 & 151 Intersection of Rt. 151 and Rt. 60.

60 overpasses 151 J\\;fazzaro Coal-right side Rt. 30 - Allegheny C-0.

Raccoon Park Entrance, Rt. 30 Intersection of Rt's 18 & 168 Steel Bridge on Rt 151 2 Mile.s ea r;t from 18 & 151 Intersection or J lvWes \\Vest on Rt. 151 from G.8.1 Intersection of Rt' s 151 & 1 8 Intersection of Rt' s 18 & 3 0 Superior 1v1obile Homes. Rt 18 and Cal11ou11 Rd.

Por;t Office in Hookr;tmm Entrance to Conmm:nity College of Beaver County. Brod.head Road BCT A Express\\vay Travel Center offofRt. 60 Ramp Center Exit of Rt. 60 Bridge on Rt. 60, 1.6 miles north of Hopev1.rell exit Aliquippa Exit of Rt. 60 a Green Garden Rd.

Penny Ho O\\V Park Rd. & Green Garden Rd.

Ra.ccoon Elementary School near Intersection of Green Garden Rd. & Patterson Rd.

2nd Inter~ection pa <>'f Booktmm (off Rt 15 1)

Good Good Good Good Good Fair Poor Good Good Fair Fair Good Good Good Good Fair Good Good Good Good Good Good Good Good Good Good

Title:

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FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag.40 of 102 03 ATTACHMENT A4 NE OFFSITE SURVEY MAP Page 1 of 4 A

1 4ll01J I t.

Title:

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FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag~ 1 of 1 02 03 POL'IT F_ 1.1 A.1.1 B.2.1 C.3.1 C.4.1 C.5.1 B.6.1 A.6. 1 R.5.1 R.5-2 Q.4. 1 Q.3.1 POL'IT F.l.l A.1. 1 B.2.1 C.3.1 C.4_1 C.7.1 C.9.1 C.10.1 C.10.2 C. 11. 1 ATTACHMENT A4 NE OFFSITE SURVEY MAP Page 2 of 4 I"ORTHI:AST 5 l\\IlLl: ROUTE LOCATIO -

RADIO COl\\*:IlvHJNICA TIO~

Plant Entrance Rt. 168 Bridge on t11e l\\1idland side of Ohio River Red Brick Bldg. on left side of Rt. 68, LS m from A.1. 1 Intersect.ion of Rt. 68 & Engle Rd Intersection of Rt. 68 & Barclay Hill Rd.

Inter. of John E. Gray Dr_ & Barclay Hill Rd.

Intersection of Barclay Hill Rd. & T uscara;,vas Rd.

Intersection of Lisbon Rd_ and Tusca:rav:as Rd.

Intersection of Engle Rd_ & Tu::.carawas Road Intersection of Tuscara>.:\\*as Rd. & Rt. 168 Intersection 011 Rt. 168_ Easm*ood Rd.

Intersection of Rt. 168 and Rt. 68

~ORTHEAST 10 :\\ill..E ROlT£ Good Good Good Good Good Good Good Good Good Good Gocod Good LOCATION RADIO CO:r..*flvfUNICA TIO~

Pi.ant Entrance Rt. 168 Bridge on ilie 1\\11.idland side of Ohio River Red Brick Bldg. on left side of Rt. 68, 1.5 m from A.1. 1 Intersection of Rt. 68 & Engle Rd.

Intersection of Rt. 68 & Bare ay Hill Rd.

Intersection of Rt. 63 & Rt. 60 Rt 68 overpasses Rt. 60 Beaver County Courthouse_ Rt. 68 Intersection.of Rt' s 6 8 & 51, 68 overpasses 51 Huntsman Funeral Home at right angle bend.in. Rt. 68 Four way interse-ctfon at bottom of Iv1arion Hill Good Good Good Good Good Good Good Good Good Good

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag42 of 102 03 POL'IT C.10.3 B.11.1 B.11.3 C.11.2 C.10.4 A.9. 1 R.10.1 R.8.1 Q.5.1 Q.4.1 Q.3.1 PODJT F.1.1 Q.3.1 A.1.1 B.2.1 C.3.1 C.4.1 C.7.1 C.9.1 C.10.1 C.10.-

ATTACHMENT A4 NE OFFSITE SURVEY MAP Page 3 of 4

"ORTHLAST 10 l\\fILE ROl~E (Continued)

LOCATIOK RADIO CO?vfMUNICATIO~

Morro\\v Ford across bridge over Be.a*,'er River_

Rt. 18 3 'way inter. at Geneva College Athletic complex Intersection ofRt's 60 & 51 at Chippe\\va Diamond :Milling near N. Brighton/

Beaver Falls Bridge Inter_ of Rt 51 & Sharon Rd.

Blackha\\vk Public Golf Course, Rt. 251 Inte.rsectiou ofRt's 251 & 168 Intersection of Lisbon Rd. & Rt_ 168 Ohioville Vol. Fire Dept., Rt. 168 Intersection on Rt 168. 2-3m from Q. 5.1 Intersection ofRt's 1*68 & 68, l\\.*fidland 1'0RTHEAST ROl. IT Good Fair Fair Good Good Good Fair Good Good Good Good LOCATIOK RADIO CO:MJ\\IIUNICA TIO~

Plant Entrance Intersection of Rt's 168 & 68, Midland Rt. 168 Bridge on the Ivfidland side of Ohio River Red Brick Bldg. on left side of Rt 68, 1.5 m from A.1.1 Intersection of Rt. 68 & Industry Engle Rd.

Intersection of Rt. 68 & Bare ay Hill Rd.

Intersection of Rt. 68 & Rt. 60 Rt. 68 oveipasses Rt. 60 Beaver C.otuity C'..ourthouse. R _ 68 Intersection of Rt's 68 & 51, 68 overpasses 51 Huntsman Funeral Home at tight angle bend in Rt 68 Good Goo.d Good Good Good Good Good Good Good Good

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag~3 of 102 03 PO~

C.10.3 B. 11.1 B.11.2 B.10.1 C.10.4 C.S.1 C.72 C.5.1 B.6.1 A.6.1 R.7.1 R.S.1 R.10.1 A.9.1 Q.5. 1 Q.4.1 Q.3.1 B.11.3 B.9.1 B.7.1 C.7.2 B.4.1 C.9.L R.5.1 R.52 ATTACHMENT A4 NE OFFSITE SURVEY MAP Page 4 of 4

~ORTHIAST ROl"TE (Continued)

LOCATION R...i\\DIO CO:t>.flv1UNICATIO~

1\\-forrO\\v Ford acrm;s bridge over Beaver River, Rr.. 18 1bree-way Inter_ at Geneva College Athletic Complex Intersection of Rt' s 5 88 & 51 Top of Fallston Hill Golf Course Intersection of Rt. S 1 and Beaver Hollmv Rd.

Top of Hill on Tuscarawas Rd. at Walington Estates Intersection of Tuscarawas Rd. and Rt 60 Inter_ of John E. Gray Dr. & Barclay Hill Rd.

Intersection of Barclay Hill Rd. & T uscara\\vas Rd.

Interse.ction of Lisbon Rd_ and Tuscarawas Rd.

Inter£,ect:ion on Lisbon Rd. & R:idgemont Rd.

Intersection of Lisbon Rd. & Rt. 168 Intersection ofRt's 168 & 251 Blackhawk Public Golf Course,. Rt. 251 Ollioville Vol. Fire Dept., Rt 168 Intersection on Rt. 168 & Easnvood Rd.

Intersection ofRt's 168 & 68 Intersection of Rt' s 60 & 51 Bridge on Rt. 60 over Brady's Run County Park Intersection of Dutch Ridge Rd. and Rt. 6-0 Intersecti.on of Tuscarawas Rd. and Rt. 60

\\~lestem Beaver High School Beaver C-0unty Medical Center--Dutch Ridge Rd.

Intersection of Engle.Rd. & Tuscara\\vas Rd.

Intersection of Tuscarawas Rd. and Rt 168 Good Good Good Good Good Good Good Good Good Good Good Good Poor Poor Good Good Good Fair Good Good Good Good Good Good Good

Title:

Procedure Number:

NUCLEAR OPERATING PROCEDURE NOP-LP-5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

03 ATTACHMENT AS AIR SAMPLE RECORD CARD Page 1 of 1 AIR SAMPLE RECORD CARD I

Pag~4 of 1 02 AF.715EA Air sample locations: ___________________ _

Date: ___________ Surveyor: _________ _

Sample ID#

Sampler Flow Rate ft3/min _________________ _

Sample time: (10 ft3 I Sampler Flow Rate cfm):

Sample Start Time: ________ Stop Time: ______ _

Sample Volume: ____________________ _

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-501 S Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag.45 of 102 03 ATTACHMENT A6 RADIO PROTOCOL Page 1 of 2 Because radio communications is one way at a time (unlike a telephone), the use of a standard protocol is necessary to minimize confusion, speed operation and insure accurate transfer of information.

1)

Begin a transmission with the name of the receiving party followed by the name of the transmitting party.

For example, "Beaver Valley EA&DP this is Field Monitoring Team One, over". Wait for the receiving party to acknowledge before relaying data. During a series of exchanges, terminate each transmission with "over" to indicate to the other person that they may transmit.

End the final transmission of a series with an appropriate termination phrase. For example, "Monitoring T earn One out".

2)

Controlling group (EA&DP, OSC) communicators must avoid general statements such as, "Monitoring teams report your dosimeter readings". This can result in confusion due to simultaneous transmissions by two or more teams. Direct such inquiries to each team in sequence. The only exception to this is if no response is needed from the individual teams.

3)

Certain letters of the alphabet can be confused when said (V and B, P and B, as examples). When spelling words for clarity or giving alphabetic designators, use the standard International Phonetic Alphabet shown in Step 7.

Monitoring locations D.2.1 becomes "Delta point two point one". For a word like bat., say "I spell-bravo, alpha, tango", giving the phonetics slowly.

4)

Give numerical information as digits rather than reading it as a number. 2432 becomes two, four, three, two rather than two thousand four hundred thirty two.

35. 7 becomes three, five, point, seven rather than thirty five and seven tenths.

5)

Report data as specified in the Field Monitoring EPP/IPs - that is by block location on the forms and without units such as mR/hr., cubic ft., or cpm. If units must be given, say them out - millirem per hour, counts per minute, etc. Avoid jargon and abbreviations.

6)

Insure correct data transferal by obtaining repeat backs of all data sent and provide repeat back or acknowledgment of messages received.

(Three-way Communication)

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag.46 of 102 03 ATTACHMENT A6 RADIO PROTOCOL Page 2 of 2

7)

Avoid exclamatory or alarming statements.

When you press the microphone button, you are making a public announcement because of the many scanners that can receive business band communications.

INTERNATIONAL PHONETIC ALPHABET A-ALPHA B-BRAVO C-CHARLIE D-DELTA E-ECHO F-FOXTROT G-GULF H-HOTEL 1-INDIA J-JULIETT K-KILO L-LIMA M-MIKE N-NOVEMBER 0-0SCAR P-PAPA Q-QUEBEC R-ROMEO S-SIERRA T-TANGO U-UNIFORM V-VICTOR W-WHISKEY X-XRAY Y-YANKEE Z-ZULU

Title:

Procedure Number:

NUCLEAR OPERATING PROCEDURE NOP-LP-5015 Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag47 of 102 03 ATTACHMENT A? MIDAS BACK CALCULATION FIELD SURVEY Page 1 of 1 Release Characterization

r. Ground r

Elevated Enter Closed Window Field Monitor ReB.ding NeB.r Centerline of Plume (mr/hr):

Enter DistB.nce From PIB.nt (Miles):

Enter the dB.te B.nd time of the measurement:

Enter the Silver Zeolite ReB.ding. (CPM of 1-1 31) r There is No Measurement. Default to iodine in mix.

Measurement Av a ilable. Enter v alue in box

r. below. If entry is ZERO, then no iodine was measured.

Enter Sample V olume default is 0 cubic feet

~NCEL OK

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag:a of 102 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 1 of 21 DBNPS RADIOLOGICAL SURVEYS FOR EMERGENCIES

NUCLEAR OPERATING PROCEDURE*

Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag.49 of 1 02 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 2 of 21 TABLE OF CONTENTS 4.1 RESPONSIBILITIES 4.1.1 Emergency Response Manager (ERM) 4.1.2 Field Radiation Monitoring Team (RMT) 4.1.3 Radiation Monitoring Team Coordinator (RTM Coordinator) 4.1.4 Radiological Testing Lab Coordinator (RTL Coordinator) 4.2 PROCEDURE DETAILS 4.2.1 Radiation Monitoring Team (RMT) Initial Instructions 4.2.2 Field Radiation Monitoring Team (RMT)Activation 4.2.3 Field Radiation Monitoring Team (RMT) Operation 4.2.4 Field RMT Deactivation 4.2.5 Field Air Sampling ATTACHMENTS Attachment B1 (DB) Vegetation Sampling Attachment B2 (DB) Soil Sampling Attachment B3 (DB) Water Sampling Attachment B4 (DB) Snow Sampling Page 50 50 50 50 51 51 52 55 59 61 69 71 73 75

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pagso of 1 02 03

~-

ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 3 of 21 4.1 RESPONSIBILITIES 4.1.1 Emergency Response Manager (ERM): The Emergency Response Manager shall be responsible for accumulating and submitting records to Enterprise Records Management.

4.1.2 Field Radiation Monitoring Team (RMT): Field RMT's shall be responsible for distributing dosimetry to essential personnel within the Owner Controlled Area (including Warehouse and Security personnel), performing surveys, air sampling, and environmental sampling outside the Protected Area, as directed by the RMT

• Coordinator.

4.1.3 Radiation Monitoring Team (RMT) Coordinator: RMT Coordinator shall be responsible for coordinating and directing the activities of the Field RMT Teams.

4.1.4 Radiological Testing Lab (RTL) Coordinator: Is responsible for the implementation of procedure, RA-EP-02260, Radiological Controls in the Davis-Besse Administrativ~-Building (DBAB).

(INTENTIONALL YBLANK)

/'

NUCLEAR OPERATING PROCEDURE*.

Procedure Number:

NOP-LP-501-5

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I PagS1 of 102 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 4 of 21 4.2 PROCEDURE DETAILS 4.2.1 RADIATION MONITORING TEAMS (RMT) INITIAL INSTRUCTIONS NOTE Steps in this section may be performed simultaneously.

4.2.1.1 The number; make up, and activation of RMTs is per the *Emergency Plan.

RMT members sign in on the RMT Team and Pool Assignment Board, enter their estimated annual exposure to date, and obtain personnel dosimetry from the Cabinet #1 in the Radiological Test Lab.

1.

Each RMT member posses:

• One emergency Thermo-luminescent Dosimetry (TLD).

• One Self-Reading Dosimetry (SRO), typically 0-500 mR.

2. IF the reading is greater than 20%, THEN re-zero the SRO.

3. Complete Dosimeter Record Form (DBEP-107).

4.

When assigned to.~ team, they update the status board with their name and SRO reading.

5. TheTLD and SRO are worn together on the outer clothing between the collar and waist. Ensure the TLD is close to the body with the TLD window facing away from the body.

• • NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 *

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pa 9S2 of 102 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 5 of 21 4.2.1.2 While in the DBAB, RMT members perform as directed by the RTL Coordinator. IF the RTL Coordinator is not present, THEN a senior RMT member ~ssumes this duty by referencing RA-EP-02260, Radiological Controls in the DBAB.

4.2.1.3 Field RMT activities are performed in accordance with the Attachments or

• forms identified in this procedure.

4;2.2 FIELD RADIATION MONITORING TEAM (RMT) ACTIVATION 4.2.2.1 Inform the RTL Coordinator of any problems encountered during Field RMT Activation.

4.2.2.2 Complete a Potassium Iodide (Kl) Administration Form, (DBEP-106). The RTL Coordinator provides a Kl briefing.

4.2.2.3 Locate a RMT Kit and an Environmental Sampling Kit.

4.2.2.4 IF the seal is NOT intact on either kit, THEN inventory the contents of the unsealed kit using RTL Inventory Form (DBEP.:103).

4.2.2.5 Obtain a 0-5 R SRO from the RMT kit.

1. Re-zero SRO.

2. Wear SRO next to TLD and the other SRO.

\\

NUCLEAR OPERATING PROCEDURE

• Procedure Number:

-~~ w'!:"

NOP-LP.:.5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pa 9S3 of 1 02 03 ATTACHMENT 8: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 6 of 21 NOTE The RADeCO H-810DC is the preferred air sampler. The RADeCO H-8098 (vehicle

. mounted) and the H-809C (battery operated) air samplers are alternatives if the H-81 ODC is not available.

4.2.2.6 Conduct an operational check of the survey meters in the RMT kits, and the air sampler, in accordance with Instrument Check Form (DBEP-0120). Report any problems to the RTL Coordinator.

4.2.2.7 IF assigned by the RTL Coordinator, THEN prepare and distribute Self Reading Dosimeters (SRDs) and TLDs to essential personnel in the Owner Controlled Area (OCA), excluding personnel inside the DBAB Emergency Response Facility (ERF). OCA essential personnel are normally issued dosimetry at a Site Area Emergency, but no later than a General Emergency. Prepare dosimetry packets based on the number of personnel.

t. Determine the number of dosimetry packets as follows:

a.

Coordinate with the Emergency Security Manager in the Technical Support Center (TSC) to issue dosimetry to OCA Security officers and Local Law Enforcement Agency members (if applicable). Verify distribution and documentation have been completed.

b.

Coordinate with the OSC Materials Manager in the Operations Support Center (OSC) to determine location and number of supply chain personnel in the warehouse, DBAB Annex, etc. Verify distribution and documentation have been completed.

c.

Contact the Emergency Offsite Manager to determine if there are essential personnel other than Security and Supply Chain personnel in the OCA that require dosimetry. Verify distribution and documentation have been completed.

NUCLEAR OPERATING PROCEDURE*

Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pa 9S4 of 1 02 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 7 of 21

2. Re-zero all SRDs and place them in packets.

3.. Sequentially number the SRO packet for distribution:

a..

W1 through W "x" for Warehouse personnel (where "x" is the number of identified personnel).

b.

S1 through S "x" for Security personnel (where "x" is the number of identified personnel).

4. Take Dosimeter Record Form (DBEP-107) for issue documentation when delivered.

5. Instruct person receiving dosimetry packet to complete issuance documentation and inform them that their TLD cannot be reassigned to another individual.

4.2.2.8 Obtain a Specialized Mobile Radio (SMR) handheld radio and the cell phone (for the assigned RMT vehicle) from Cabinet #1. Ensure both are turned on before leaving the RTL to assure communications.

~.

I 4.2.2.9 When all equipment is checked and operating, report to the RTL Coordinator that the team is ready for field monitoring and receive a pre-job briefing using RMT Pre-Job Briefing Ct:iecklist Form (DBEP-0121 ).

4.2.2.10 When directed by the RTL Coordinator, receive a pre-job briefing from the RMT Coordinator using the RMT Pre-Job Briefing Checklist Form (DBEP-0121 ).

\\

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag;5 of 1 02 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 8 of 21 4.2.3 FIELD RADIATION MONITORING TEAM (RMT) OPERATION NOTE RMT members are directed by the RMT Coordinator during field RMT Operations.

4.2.3.1 Monitor dose rates at all times when outside the Emergency Response Facilities (ERF) and vehicles.

• 4.2.3.2 Proceed to the RMT vehicle and verify that the following equipment is loaded into the vehicle before leaving the DBAB Emergency Response Facilities:

RMT Kit e

Air sampler(s)

Tripod for battery operated air sampler Environmental Sampling Kit At least one hand-held radio and cell phone that are turned on prior to leaving the facility to assure proper communications.

4.2.3.3 IF the RADeCO H-8098 (vehicle mounted) air sampler is being used, THEN perform the following steps. Otherwise, proceed to Step 4.2.3.4.

1. Mount the air sampler on the vehicle.

2. Plug the power cable into the receptacle on the mount.

3. Ensure vehicle is running.

4. Remove the cover and/or tape from the filter holder.

5. Turn on the air sampler. Allow sampler to run for two to three minutes to warm up and stabilize flow.

NUCLEAR OPERATING PROCEDURE Proc;edure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pa 9S6 of 1 02 I

03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 9 of 21

6. *After warm-up, ensure the flow meter indicates the calibrated flow rate.

7. Turn off the air sampler.

8. Replace the tape over the filter holder and tightly secure the cover over the air sampler.

4.2.3.4 While in the RMT vehicle, set the R0-2A or RS0-50 to the 0-50 R/hr range and keep it within reach in case area radiation levels exceed 5 R/hr.

1. Remove the BICRON ANALYST or equivalent count rate meter and have it on and accessible for early plume detection.

4.2.3.5 Keep the vehicle running with SMR radio on at all times.

4.2.3.6 When away from the DBAB, conduct a communications check before leaving

• the site with both the radio and cell phone.

1. IF all radios become inoperable in the field, THEN contaCt the RMT Coordinator via telephone using numbers listed in the RMT vehicle.

4.2.3. 7 As directed by the RTL Coordinator, distribute personnel dosimetry to essential personnel within the OCA.

1. Proceed to the locations of Security personnel outside the Protected Area.

a. Distribute personnel dosimetry to Security personnel.

b. Fill*out the Dosimeter Record Form (DBEP-107) for personnel dosimetry issued.

c. Ensure personnel understand their responsibility for dosimetry issued to them.

d. Keep dosimetry records in your possession until returning to the RTL.

2. Proceed to the Warehouse.

r

/

NUCLEAR OPERATING PRO.CEDURE Procedure Number:.

'... ~- *""t_

NOP*LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I PagS? ~f 102 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 10 of 21

• a. Distribute personnel dosimetry to Warehouse personnel.

b. Complete the Dosimeter Record Form (DBEP-107) for personnel dosimetry issued.

c. Ensure personnel, understand their responsibility for dosimetry issued to them.

d. Keep dosimetry records in your p.ossession until returning to the RTL.

3. *Repeat the above steps for any other essential personnel, as direeted by the RTL Coordinator.

4. Instruct personnel how to process dosimetry at the end of the shift.

5. Ensure dosimetry is available to oncoming shift.

4.2.3.8 Proceed in the RMT vehicle to assigned survey location when instructed by.*

RMT Coordinator.

4.2.3.9 IF dose rates exceed 5 R/hr (or other dose rate limit specified during the pre-job brief), THEN the RMT's exit to a low dose rate and contact the RMT Coordinator.

NOTE The open window reading will be higher than the closed window reading when actually immersed in the plume due to the beta contribution of the plume.

4.2.3.10 Observe survey meters for an upscale reading indicating that a radioactive plume has been encountered..

1. Obtain readings with survey meter beta shield open and closed positions to determine if plume has been entered.

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pa 9S8 of 102 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 11 of 21 4.2.3.11 Traverse the plume, and complete the plume sur-Vey data section of the RMT Field Survey Form (DBEP-105).

1. IF measured dose rate meets or exceeds the 'Turn Back" dose rate provided to the team in their Pre-Job Briefing, THEN immediately notify RMT Coordinator.

4.2.3.12 Monitor RMT personnel exposure.

1. Check personnel dosimetry after each traverse of the plume and record value in "RMT Dose" section of DBEP-105.

, 2. IF any RMT member approaches the Turn Back" dose limit provided in the Pre-Job Briefing, THEN immediately notify the RMT Coordinator.

3. IF plume dose rate exceed 500 mR/hr (closed window), or SRO reaches 400 mR or greater, THEN convey applicable data to the RMT Coordinator.

a. IF instructed to re-zero a SRO, THEN record the final reading, date and time along with the new initial reading on Dosimeter Record Form (DBEP-107) with date and time.

b. Use the 0-5 R SRO as a backup if the other SRO over ranges or is dropped and is off scale.

4.2.3.13 IF plume dose rates do not exceed 500 mR/hr (closed window), AND open window readings are greater than closed-window readings, THEN proceed to.

the plume centerline and obtain an air sample in accordance with Section 4.2.5; Field Air Sampling.

4.2.3.14 Record air sampling data on the RMT Field Survey Form (DBEP-105) and report results to RMT Coordinator after leaving plume.

NUCLEAR OPERATING PROCEDURE Procedure Number:

. NOP:.LP-5015

Title:

Use Category:

• FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pagsg of 1 02 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 12 of 21 4.2.3.15

• As directed, perform environmental sampling using the following attachments:

(DB) Vegetation Sampling, Attachment B1 (DB) Soil Sampling, Attachment B2 (DB) Water Sampling, Attachment B3 (DB) Snow Sampling, Attachment B4 4.2.3.16 Report to the RMT Coordinator that Environmental sampling is complete (as applicable).

4.2.3.17 Continue to monitor dose rates with the sur\\tey meter.

4.2.4 FIELD RMT DEACTIVATION:

4.2.4;1 Collect dosimetry that was issued to essential personnel in the Owner Controlled Area (OCA) and complete the Dosimeter Record Form (DBEP-107).

4.2.4.2 IF directed to return to the RTL, THEN return RMT vehicle to its parking spot near the DBAB ERF.

4.2.4.2 Return to the RTL.

4.2.4.3

1. Notify the RTL Coordinator of your arrival.

1. Perform personnel monitoring prior to entering the facility.

2. The RTL Coordinator will assist with personnel and equipment monitoring and decontamination.

Deliver all environmental samples to the RTL Coordinator.

1. Samples are deliv.ered to the DBAB East Mechanical Equipment Vestibule door.

Procedure Number:

NUCLEAR OPERATING PROCEDURE

'NQP.:tP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pa 9SO of 1 02 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 13 of 21

. 2. Place samples in an.appropriate posted area as directed by the RTL Coordinator.

4.2.4.4 IF background radiation levels allow, THEN survey RMT vehicles for contamination.

1. Survey wheel wells, exterior of air filter, front grill/radiator, and door handles.

2. Document on Emergency Radiological Survey Form (DBEP-038).

3. Report survey results to RTL Coordinator.

4. Post vehicles as required.

4.2.4.6 Conduct a debriefing with the RMT Coordinator and return vehicle keys.

4.2.4.7 Debrief with the RTL Coordinator.

1. Complete and submit all recorded sur\\leys.

2. Complete and submit Dosimeter Record Forms (DBEP-107).

3. Return personnel monitoring devices.

4. Report procedural or equipment problems.

5. Place radios and cell phones on chargers.

4.2.4.8 Inventory and restock RMT Kit and Environmental Sampling Kit according to RA-EP-00600. Ensure all survey instruments are turned off.

4.2.4.9 IF the radioiodine silver zeolite cartridge reading was greater than 100 net CPM, THEN complete Estimate of CEDE from Radioiodines Form (DBEP-0117) in accordance with RA-EP-02252, AND inform the RTL Coordinator of the results.

. NUCLEAR OPERA TING PROCEDUR.E Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag61 of 102 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 14 of 21 4.2.5-Radiation Monitoring Team - Field Air Sampling NOTES Battery operated air samplers with tripods is the preferred method used for sampling elevated plume activity to reduce the dose to RMT members by minimizing the time spent in the plume.

IF sampling while in plume, THEN monitoring is conducted for changes in dose rate.

Center-line of plume is the preferred location for an air sample.

Air samples are normally 10 cubic feet volume (approximately 10 minutes) unless otherwise directed by the RMT Coordinator.

The RADeCO H-810DC is the preferred air sampler, since it is programmable for sample volume, and may be used with tripod when sampling high concentration plumes.

4.2.5.1 IF dose rate is greater than 500 mR/hr, THEN the air sampler is placed on the tripod (at waist level) and the RMTs exit the plume once started. OTHERWISE the air sampler may be set on the tailgate of the RMT vehicle, or the tripod used.

1.2.5.2 Obtain an air sample using the following:

1. IF using RADeCO H-81 ODC air sampler, THEN proceed to step 4.2.5.3. *

2. IF using RADeCO H-809C (vehicle mounted air sampler), THEN proceed to step 4.2.5.4.

3. IF using RADeCO H-809B (battery powered) air sampler, THEN proceed to step 4.2.5.5.

4.2.5.3 RADeCO H-81 ODC battery operated air sampler operation:.

1. Ensure that the filter assembly is properly installed with a particulate filter and a silver zeolite cartridge.

.. NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring. Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag62 of 1 02 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 15 of 21

- 2. Setup the air sampler on the tripod, ensuring that the* air sampler is approximately waist high.

3. Connect the air sampler power cord to the connector on the rechargeable power pack, ensuring the"+" and"-" terminals are aligned. The connectors snap together.

4. Place the rechargeable power pack output voltage switch in the "12 Volts" position.

5. Fully depress the white rocker switch on the side of the instrument fully to the "I" position.

6. Verify the display shows the calibrated flow rate range:

7. Press any key on the Air Flow Totalizer keypad and verify the display reads TARGET VOLUME 10 cubic feet.

8. Press the green "START" key on the Air Flow Totalizer keypad.

a. The air sampler motor will automatically start and the Air Flow Totalizer will display the default warm-up delay of 2 seconds.

NOTE A blinking FLOW RA TE reading indicates the unit is running at a flow rate outside of its calibrated range (high or low). The filter assembly may not be properly installed or it may be clogged.

9. After the warm-up delay period, the Air Flow Totalizer will display current air sample flow rate (CFM), current air sample volume, elapsed air sample collection time, and elapsed air sample collection volume (cubic feet). Note the sample,start time.

\\

)

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-501-5

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pa 9S3 of 1 02 03

• ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS*

Page 16 of 21

10.

IF it is 'desired to obtain a sample volume less than the standard 10 cubic feet, THEN perform step 4.2.5.3.11. Otherwise proceed to step 4.2.5.3.12.

11.

IF a sample less than the standard 10 cubic feet is desired, THEN the user will need to manually stop the sampling as follows:

a. Verify the displayed current elapsed air sample volume.

b. Press the red "STOP" key on the Air Totalizer keypad.

c. Note the Air Flow Totalizer final sample volume and sample stop time.

d. Proceed to step 4.2.5.13.

12.

The air sampler will automatically stop when a sample collection of 1 O cubic feet has been achieved. Verify the Air Flow Totalizer displays the final sample volume. Note the sample stop time.

13.

Press the "CLEAR" key on the Air Totalizer keypad..

14.

Turn off the air sampler by depressing the white rocker switch to the "O

position.

15.

Place the rechargeable power pack output voltage switch in the "OFF" position.

16.

Disconnect the air sampler power connector from the connector on the rechargeable power pack by grasping the connectors and pulling them apart.*

17.

Re-tape the inlet end of the filter assembly.

18.

Place yellow waste bag over air sampler and tripod and place them in the vehicle.

19.

Exit the plume and GO TO Step 4.2.5.6.

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag64 of 1 02 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 17 of 21 4.2.5.4 RADeCO H-8090 vehicle* mounted air sampler operations.

1. Remove the canvas protective cover on the air sampler.

2. Ensure that the filter* assembly is properly installed with a particulate filter and a silver zeolite cartridge.

3. Point the sampler into the wind, but DO NOT face the sampler toward the vehicle.

4. Ensure the cord is plugged into the battery outlet and the vehicle is running.

5. IF your watch does not have a second hand, THEN obtain stopwatch from RMT kit..

6. Remove tape from filter assembly inlet.

7. Place the start switch to ON and note the sample time.

8. Ensure that the flow meter indicates the calibrated flow rate.

9. Return to inside the vehicle 9nd close all windows.

10. Stop the sampler at the end of the sampling period by placing the start switch to OFF and note the sample stop time.

11. Re-tape the inlet end of the filter assembly.

12. Replace the canvas *protective cover on the air sampler and secure tightly.

13. Exit the plume and GO TO step 4.2.5.6.

NUCLEAR OPERATING PROCEDURE P.rpce~ure Number:.

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag65 of 1 02 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 18 of 21 4.2.5.5 RadeCO H-8098 battery operated air sampler operations:

1. Ensure that the filter assembly is properly installed with a particulate filter and a silver zeolite cartridge.

2. Setup the air sampler on the tripod, ensuring that the air sampler is approximately waist high.

3. IF yo.ur wateh does not have a second hand, THEN obtain stopwatch from

. RMT kit.

4. Remove tape from filter assembly inlet.

5. Set the timer switches for the length of desired sample time.

a.

For a 10 minute sample - ensure the 2 minute and the 8 minute switches are in the 'ON" position. Ensure the 1 minute and 8 minute switches are in the "OFF" position.

. b.

For a 5 minute sample, ensure the 1 minute and the 4 minute switches are in the "ON" position. Ensure the 2 minute and 8 minute switches are in the "OFF" position.

6. Push the black "START" button to begin sample collection and note the start time.

7.

Ensure the flow meter indicates the calibrated flow rate.

8. Exit the plume until the sampling is cqmplete (approximately ten minutes).

9. The air sampler will automatically stop when a sample collection of 10 cubic feet has been achieved. Verify the Air Flow Totalizer displays the final sample volume. Note the sample stop time.

10. Place yellow waste bag over air sampler and tripod and place them in the vehicle.

11. Exit the plume and GO TO step 4.2.5.6.

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pag66 of 1 02 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 19 of 21 NOTES The following steps require contamination control measures. The measures will vary with the current radiological conditions.

Teamwork is needed to avoid cross contamination of samples.

Normal background dose rate is less than 0.2 mR/hr.

4.2.5.6 Drive to a low background area. Normally 300 counts per minute or less.

4.2.5.7 Prepare a plastic air sample bag from the kit and record the following information on the air sample bag label.

Sample date Sample type Sample location (i.e. distance from the plant, Street Name)

Record LI Number (frisker), calibration due date, meter reading Record LI Number (air sampler number) and calibration due date Flow rate/sample volume Sampled By Start Time Stop Time 4.2.5.8

_Using care not to contaminate the area, carefully remove the filter media assembly from the sampler.

1. Remove the silver zeolite cartridge from the filter assembly and place into the labeled air sample bag, ensuring the collection side of the silver zeolite cartridge is facing toward the bag and seal the bag.

2. Remove the particulate filter from the filter assembly (tweezers may be required) and place into a separate bag from the silver zeolite cartridge, ensuring the collection side of the particulate filter is facing toward the bag, and seal the bag.

NUCLEAR OPERATING PROCEDURE; Procedure Number:

NOP"-Lp.:5of5

Title:

Use Category:

FENOC Field Monitoring Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Page:

03 67of102 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 20 of 21 4.2.5.9 Clean the tweezers,* if used, with decontamination cloth.

1. Ensure tweezers have no smearable contamination and return them to the kit.

2. Put used decontamination cloths into a yellow waste bag.

4.2.5.10 Reload air sampler with new silver zeolite filter cartridge and tape intake end of air sampler filter assembly.

4.2.5.11 Analyze the air sample media as follows:

1. Obtain BICRON ANALYST survey meter (or the equivalent) from the vehicle.

2. Ensure meter is on, and setto the lowest scale.

3. Holding Geiger-Mueller (GM) pancake detectors at arm's length from your

. body, take a background reading.

4. Take a contact reading on silver zeolite cartridge through the plastic bag.

5. Subtract background reading from contact reading and record as net

• reading ori the air sample bag.

6. Place samples in a bag marked as radioactive material.

7. Record pertinent data on Field RMT Survey Record Form (DBEP-105)'.

8. Verify no smearable contamination exists external to the bag containing samples. Perform a contact dose rate survey on the outside with a survey meter AND mark the dose rate on the bag.

4.2.5.12 _Return air sampling equipment to tne vehicle avoiding.cross contamination.

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP=-LP-5015

Title:

Use Category:

FENOC Field Monitoring* Teams General Skill Reference Radiation Monitoring Teams Field Surveys Revision:

I Pa 9B8 of 1 02 03 ATTACHMENT B: DAVIS-BESSE NUCLEAR POWER STATION RMT FIELD SURVEYS Page 21 of 21 4.2.5.13 Report the following data to the RMT Coordinator/Dose Assessment Coordinator.

Sample date/time Sample location (including distance from plant)

Net cpm from silver zeolite cartridge Air sampler volume 4.2.5.14 Continue to monitor dose rate with the survey ~eter.

(INTENTIONALLY BLANK)

I

)

Procedure Number:

NUCLEAR OPERA Tl N.G, PROCEDURE NOP-LP-5015

Title:

Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

03 ATTACHMENT B1: (DB) VEGETATION SAMPLING Page 1of2 NOTE Cross contamination of samples shall be avoided.

1.

Don cotton liners and rubber gloves.

2.

Examine large sample bag for cleanliness.

3.

Obtain the 18" ruler from the environmental sampling kit.

I Pagsg of 1 02

4.

IF grass is not available at the sample location, THEN obtain a sample of other vegetation as determined by the RMT Coordinator.

5.

Define an approximate 18;' square grass sample area in an undisturbed location at least 10 feet from roadway traffic.

6.

Perform a radiation survey approximately 1" above grass using either a frisker or survey meter. Be cautious not to contaminate probe.

7.

Record the counts per minute (cpm) or dose rate reading on the sample bag.

8.

Complete the sample bag label (Date/Time/Location/Sampler).

9.

Obtain the clippers from the environmental sampling kit.

10.

Use the clippers to collect the grass or vegetation within the sampling square by trimming the vegetation to the soil surface.

11.

Deposit the sample into the vegetation sample bag.

12.

Wipe the clippers with decon cloth and monitor both for contamination. Repeat with clean section of decon cloth, if necessary.

13.

Ensure clippers and ruler have no smearable contamination and return the clippers and ruler to the environmental sampling kit.

14.

Put decon cloth, gloves, and glove liners into yellow waste bag.

NUCLEAR OPERATING PROCEDURE

'Procedure Number:

NOP-LP-5015

Title:

Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa 9l0 of 102 I

03 ATTACHMENT 81: (DB) VEGETATION SAMPLING Page 2 of 2

15.

Place the *sample bag into another yellow bag.

16.

Take contact dose rate on yellow bags AND record the dose rate on the outside of the bags.

17.

Report to the RMT Coordinator that vegetation sampling has been completed.

18.

Continue to monitor dose rateswith the survey meter.

NUCLEAR OPERATING PROCEDURE- -

.Procedure Number:

NOP-LP:..5b15

Title:

Use Category: -

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

ATTACHMENT 82: (D8) SOIL SAMPLING Page 1of2 NOTE-Cross contamination of samples is to be avoided.

1.

Don cotton liners *and rubber gloves.

2.

Examine large sample bag for cleanliness.

3.

Obtain the 18" ruler from the environmental sampling kit.*

03 I

Pa 9l1 of 102

4.

Define an approximate 18" square sample area in an undisturbed location at least 10 feet from roadway traffic.

5.

Perform a radiation survey approximately 1" above ground using either a frisker or survey meter.

6.

.Record the counts per minute (cpm) or dose r~te reading on the sample bag.

7.

Complete the sample bag label.

8.

Obtain the trowel from the,environmental sampling kit.

9.

Collect the soil sample, including roots, (if vegetated), to a depth of 1 ". IF precipitation has collected in sample area, THEN contact RMT Coordinator for guidance.

10.

Transfer the sample to the soil sample bag.

11.

Wipe the trowel and ruler with decon cloth and monitor for contamination. Repeat*

with clean section of decon cloth, if necessary.

12.

• Ensure the trowel and ruler has no smearable contamination and return the trowel and ruler to the kit.

13.

Put decon cloth, gloves, and glove liners into yellow waste bag.

14.

Place the sample bag into another yellow bag.

Procedure Number:

NUCLEAR OPERATING PROCEDURE-'"-

• NOP-LP-5015

Title:

Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

ATTACHMENT B2: (DB) SOIL SAMPLING Page 2 of 2 03 I Pagl2 of 1 02

15. Take contact dose rate on yellow bags AND record the dose rate on the outside of the bags.

16. Report to the RMT Coordinator that Soil sampling has been completed.

17. Continue to monitor dose rates with the survey meter.

(

NUCLEAR OPERATING PROCF;DURE*

,Procedure Number:

NOP-LP-5015

Title:

Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Page:

03 73 of 102 ATTACHMENT B3: (DB) WATER SAMPLING Page 1of2 NOTE**

Cross contamination of samples is to be avoided.

1.

Don cotton liners and rubber gloves.

2.

Obtain cubitainer from environmental sampling kit and examine it for cleanliness.

3.

Obtain dipper from kit and examine it for cleanliness.

4.

Rinse dipper by taking a sample away from the vicinity where the final sample will be taken AND discard to the bank or ground.

5.

Take water sample by skimming the surface of the water with the dipper.

/

6.

Perform a radiation survey approximately 1" above the dipper using either a frisker or survey meter.

7.

Transfer sample to cubitainer and repeat until cubitainer is full.

8.

Cap cubitainer.

9.

Use paper towel to wipe off excess water from the cubitainer and dipper.

10.

Wipe dipper with clean decon cloth and monitor for contamination. Repeat with clean, dry section of decon cloth if necessary.

11.

Ensure the dipper has no smearable contamination and put dipper back in the kit.

12.

Record the reading on the sample bag.

13.

Record survey results, and complete cubitainer label.

14.

Bag the cubitainer in a yellow bag.

15.

Take contact dose rate on yellow bags AND record the dose rate on the outside of the bags.-

Procedure Number:

NUCLEAR OPERATING PROCEDURE NOP-LP-5015

Title:

Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

ATTACHMENT 83: (08) WATER SAMPLING Page 2of2 03 I Pag74 of 102

16. Discard gloves, glove liners, and used paper towels/decon clothes into a yellow waste bag.

. 17. Report to the RMT Coordinator that Water sampling is complete.

18. Continue to monitor dose rates with the survey meter.

Procedure Number:

NUCbEAR OPERATING PROCEDURE.

NOP-LP-5015 -.

• Title; Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

ATTACHMENT 84: (DB) SNOW SAMPLING Page 1 of 2 NOTE Cross contamination of samples is to be avoided.

1.

Don cotton liners and rubber gloves.

03 I Pag~5 of 102

2.

Obtain snow container from environmental sampling kit and examine it for cleanliness.

3.

Obtain the 18" ruler from the environmental sampling kit.

4.

Define an approximate 18" sample square in an undisturbed location at least 10 feet from roadway traffic.

5.

Perform a radiation survey approximately 1" above ground using either a frisker or survey meter.

6.

Record the counts per minute (cpm) or dose rate reading on the sample bag.

7.

Record survey reading 'on snow container label.

8.

Use the trowel to collect 1 to 2 inches of snow from the surface, unless directed to take more or less.

9.

Transfer ~now to container.

10. Seal container. *

11. Use paper towel to wipe off excess snow and/or water from container.

12. Complete sample container label.

13. Place the snow container in a yellow bag.

14. Clean trowel with decon cloth and monitor for contamination. Repeat with clean, dry decon cloth if necessary.

I

15. Ensure the trowel and ruler has no smearable contamination and return the trowel and ruler to the kit.

Title:

Procedure Number:

NUCLEAR OPERATING PROCEDURE

• NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pagl6 of 102 03 ATTACHMENT 84: (08) SNOW SAMPLING Page 2 of 2

16. Place used paper towels/decon clothes, gloves, and glove liners in the yellow waste bag.

17. Take contact dose rate on yellow bags AND record the dose rate on the outside of the bags.

18. Report to the RMT Coordinator that Snow sampling is complete. *

19. Continue to monitor dose rates with the survey meter.

Title:

NUCLEAR OPERATING PROCEDURE.**

Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pagl7 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 1 of 24 PNPP RADIOLOGICAL SURVEYS FOR EMERGENCIES

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP.:LP-5015

Title:

Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa 9l8 of 102 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 2 of 24 TABLE OF CONTENTS Page 4.1 RESPONSIBILITIES 79 4.1.1 Offsite Radiation Advisor (ORA) 79 4.1.2 Radiation Protection Coordinator 79 4.1.3 Emergency Qffsite Facility (EOF) Dose Assessor 79 4.1.4 EOF Environmental Liaison 79 4.1.5 Technical Support Center (TSC) Dose Assessor 80 4.1.6 Radiation Monitoring Team (RMT) Leader 80 4.1.7 RMT Helper 80 4.2 PROCEDURE DETAILS 80 4.2.1 TSC Radiation Protection Coordinator 80 4.2.2 TSC Dose Assessor 82 4.2.3 EOF Offsite Radiation Advisor 87 4.2.4 EOF Dose assessor 88 4.2.5 EOF Environmental Liaison 90 4.2.6 RMT Members 92 4.2.7 Field Air Sampling 96 ATTACHMENTS Attachment C1 (PY) Pertinent RMT Telephone Numbers 101 Attachment C2 (PY) Operating Guidelines for the RMT Radio 102 Units and Cellular Phones

Title:

.NUCLEAR OPERATING PROCEDURE Procedure Number:

. NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION

- General Skill Reference.

MONITORING TEAM FIELD SURVEYS Revision:

I Pagl9 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 3 of 24 4.1 RESPONSIBll.:.ITIES 4.1.1 Offsite Radiation Advisor (ORA): Coordinate the mobilization and deployment of Radiation Monitoring Teams (RMTs) through the EOF Dose Assessor to assess the impact of a radiological release from the plant.

4.1.2 Radiation Protection Coordinator (RPC):

1.

Direct the activities of Radiation Protection Section personnel within the Protected Area and evaluate the effects within the Protected* Area of the*

release.

2.

Perform the duties of the ORA, until the EOF is declared operational and properly relieved by the ORA, utilizing a shift Chemistry Technician as TSC Dose Assessor.

\\

4.1.3 EOF Dose Assessor:

)

1.

Direct the deployment of RMT's based on projected radiological and meteorological conditions to verify release plume boundaries and magnitude/radiological consequences of release.

2.

Establish appropriate dose limits, turn back dose, potassium iodide (Kl),

and protective equipment requirements for RMT's based on projected or*

actual radiological assessments of the release.

3.

Oversee the development of an Environmental Sampling Plan, as applicable, and the shipment and analysis of collected samples per EPl 0010, 'Emergency Radiological Environmental Monitoring Program' (EREMP).

4.1.4 EOF Environmental Liaison:

1.

Serves as the communications link between the EOF Dose Assessor(s) and RMT's in the mobilization and deployment of RMT's.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pagao of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 4 of 24

2.

• Assist the EOF Dose Assessor(s) in tracking RMT position, documenting field sample results/readings, providing periodic status briefings, and in establishing limits and protective equipment requirements for radiological exposure of RMT members.

3.

Assist in the development of an Environmental Sampling Plan.

4.

Coordinate the packaging and shipping of collected environmental samples to an offsite laboratory, and the interpretation of sample results

. with Chemistry personnel, per EPl-810.

4.1.5 TSC Dose Assessor: Perform the duties of the EOF Dose Assessor and Environmental Liaison until the EOF is d_eclared operational and responsibility for dose assessment has been transferred to the ORA.

4.1.6 RMT Leader: Perform plume monitoring surveys, sample collection, monitor.

. RMT team dose and implement appropriate contamination/exposure control measures.

4.1.7 RMT Helper: Operate v~hicle, handle communications with the TSC and EOF, and assist in the collection of samples at the RMT Leader's.direction.

4.2 PROCEDURE DETAILS 4.2.1 TSC RADIATION PROTECTION COORDINATOR NOTE Offsite dose assessment activities and protective action development can NOT be assumed by the EOF until the TSC Operations Manager or Shift Manager transfers responsibility for oversight of these actions to the EOF Emergency Coordinator.

4.2.1.1 Contact an on-shift or available Chemistry Technician, qualifi~d as dose assessor, through the Operations Support Center (OSC) and direct him/her to report to the TSC to mobilize and direct RMT's deployment when TSC is activated.

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NUCLEAR OPERATING PROCEDURE Procedure Number:

. NOP-LP-5015

Title:

Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa 9

B1 of 102 03 j

ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS -

Page 5 of 24 4.2.1.2 Upon the declaration of a Site Area Emergency, direct the TSC Dose Assessor to mobilize a third RMT.

4.2.1.3 Upon activation of the EOF, direct the TSC Dose Assessor to brief the EOF Dose Assessment Staff on continuing dose assessment and RMT activities.

4.2.1.4 Notify the ORA and TSC Dose Assessor when the TSC Operations Manager or Shift Manager has transferred responsibility for Protective Action Recc;>mmendations (PAR) decisions to the EOF Emergency Coordinator.

1. EOF Dose Assessor notifies TSC Dose Assessor, responsibility for RMT dose assessment activities has transferred to the EOF.

2. Maintain an open link with the EOF Dose Assessment Staff through the Health Physics Network (HPN).

3. Maintain TSC Dose Assessor in the TSC to shadow the EOF dose assessment activities.

4.2.1.5 For events in which the EOF was not activated, direct the dose assessor to recall, debrief, and release RMT personnel when the event is terminated.

J

Title:

-NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa 9B2 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 6of24 4.2.2 TSC. DOSE ASSESSOR NOTE A RMT consists of a RMT Leader and a RMT Helper. The RMT Leader is a member of the Radiation Protection section. A RMT Helper may be any individual trained to perform the function.

4.2.2.1 Identify qualified RMT Leaders and RMT Helpers in the OSC, or call in additional personnel arid dispatch teams to the Training Educational Center (TEC) Building as required by the current Emergency classification.

ALERT - at an ALERT two (2) RMT(s) are required.

SITE AREA EMERGENCY or GENERAL EMERGENCY - A total of three (3)

RMT(s) are required. <P00042>.

1. Initiate callouts for additional RMT personnel using the <Emergency Response Telephone Directory> under the RMT listing.

NOTES The location for designated ERS/RMT vehicles arid vehicle keys when not in use is posted on the TEC Decontamination Room key box.

If the seals *are intact on the Environmental and Emergency Kits, inventories do not need to be performed.

4.2.2.2 Direct one team member to report to the TEC Decontamination Room to inventory equipment and the other member to pick up an RMT vehicle.

4.2.2.3 Brief RMT(s) on the following using the RMT Mobilization Checklist Form (NOP-LP-5015-01 ). -

1. Existing and expected changes in meteorolog.ical conditions.

2. Present and/or expected plume path.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa 9B3 of 102 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 7 of 24

3. Actual and projected radiation exposures, direct-reading dosimeter (ORD),

and "turn back" dose based on the ORD to Total Effective Dose Equivalent (TEDE)/EDE at TEDE Rate Conversion Factor generated by the Meteorological Information Dose Assessment System (MIDAS).

a. Use default conversion factor of 1.1, if 'TEDE/EDE at TEDE Rate' conversion factor is not available OR upon ingestion of Potassium Iodine (Kl).

4. *Travel routes to and from anticipated area to be monitored.

a. Direct RMT's to monitor for plume on side roads in lieu of busy main roadways, i.e., State Route 2 (SR2) or Interstate 90 (190), where a slow-moving vehicle would cause a hazard to RMT personnel and

• other vehicular traffic.

5. Dosage and possible side effects for potassium iodide (Kl) tablets using the manufacturer's patient insert located on the back of Potassium Iodide (Kl) Tracking Form (PNPP No. 9177).

a. When the potential exists for iodine exposures in excess of 10 REM to the Adult Thyroid (2 x Child Thyroid dose), obtain approval for Kl to be taken per EPl-B-0008, 'Protective Action Guides' and direct RMT members to administer it.

6. At your discretion, direct the RMT's to inventory Environmental Sampling Kit and to take kit into field when dispatched.

a. If seals are intact on the Environmental Kit, an inventory needs not to be performed.-

7. Obtain the RMT vehicle nos., and the names, SSNs and available dose for each team member.

4.2.2.4 Process dose extensions and Kl Issuance approval for each team member as appropriate.

Title:

NUCLEAR OPERATING PROCEDURE Procec;lure Number:

NOP-LP-5015 -

Use Category:

FIELD MONITORING TEAM - RADIATION

-General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa 9B4 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 8of24 4.2.2.5 When contacted via radio or cellular telephone by an RMT that they are standing by, direct RMT{s)'to proceed into the field to begin plume monitoring or to specific hold points.

NOTES Operating guidelines for the RMT radio units and cellular telephones are contained in Attachment C1.

A conference bridge can be established with RMT vehicle cellular phones using guidance contained in the Emergency Response Telephone Directory.

1.

When an RMT team cannot be contacted initially over vehicle radio, call the TEC Decon Room at Extension 5809 to determine the whereabouts of RMT personnel.

2.

IF contact with an RMT(s) can not be re-establishe_d in a timely manner after the teams have been deployed, THEN attempt to contact the RMT(s) via the cellular phone installed in each vehicle per Attachment C 1.

A conference bridge can also be established with RMT vehicle cellular phones using guidance contained in the Emergency Response Telephone Directory.

3. Report any failures or problems with RMT radios or cellular phones per PSl-0007 to initiate troubleshooting efforts.

4.2.2.6 Determine the approximate location of the plume, and postulated doses/dose rates using MIDAS dose assessment software.

/

Title:

NUCLEAR OPERATING PROCEDURE.

Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I PagS5 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 9 of 24 4.2.2.7 After briefing, deploy RMT's to verify plume boundaries and centerline.

1.

Ensure RMTs are informed of exact travel route to be taken and the postulated location of the release plume.

2.

RMT's do not enter plume if projected dose exceeds established "turn back" dose for team members, OR if the survey/sample results will not provide any additionc;il useful dose assessment data.

3.

4.

5.

6.

Direct RMT's to traverse and determine plume boundaries and centerline.

Direct RMT's to re-enter plume and obtain iodine air samples if required.

Record survey and sample data report from RMTs on an RMT Field Data Report Form (NOP-LP-5015-05).

Request RMT members*to report DRD reading upon exiting plume.

4.2.2.8 Perform 'Back Calculation Dose Projection".

4.2.2.9 Continuously update radiological status boards in the TSC and keep the RPC

• advised of radiological conditions offsite and RMT status.

4.2.2.10 Periodically evaluate radiological conditions RMTs may encounter and revise the "turn back" dose based on dose assessments.

4.2.2.11 Direct RMTs to use protective equipment or measures as follows:

1. When the potential exists for iodine exposures in excess of 10 REM to the Adult Thyroid (2xChild Thyroid dose), obtain approval for Kl to be taken per EPl-B8, and direct RMT members to administer.

4.2.2.12 Provide periodical status updates to RMT members using the RMT Status Briefing Form (NOP-LP-5015-03).

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa 9S6 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 10 of 24 4.2.2.13 When directed by the RPC, brief the ORA and EOF staff ori continuing offsite dose assessment and RMT operations, but do not relinquish responsibility until authorized.

NOTE Offsite dose assessment and development of protective actions can NOT be assumed by EOF until the TSC Operations Manager or Shift Manager transfers responsibility for oversight of these actions to the EOF Emergency Coordinator.

• 4.2.2.14 Turnover control of the dose assessment and HMTs activities to the EOF when authorized by the RPC.

4.2.2.15 Upon completion of RMT activities with the EOF not activated, secure the RMT's by performing the following:

1.

Direct.the RMT's to return to the TEC and debrief RMT's as necessary using the RMT Mobilization Checklist/Deactivation Section, IAW NOP-LP-501S-01.

2.

Review RMT survey and sample results.

3.

Direct the delivery of used samples either to the Chemistry Laboratory (599' level Control Complex) or alternate location to be determined by Radiation Protection..

4.

If Kl was issued or the potential for iodine exposure existed, direct RMT members to report to Radiation Protection for a whole body count.

5.

Ensure Dosimetry Issuance Card Forms (PNPP No. 7522) are completed by RMT members, and forward card along with TLD to Radiation Protection per EPl-B-0011, 'Emergency Dosimetry Issue' for processing.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

":*'.NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Paga? of 102 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 11of24 4.2.3 EOF OFFSITE RADIATION ADVISOR 4.2.3.1 Assess the manpower available at the EOF upon arrival and initiate calls using the Emergency Response Telephone Directory to fill the following positions:

Dose Assessor pager position in Perry Emergency Response System (PERS).

Environmental Liaison pager position in (PERS)

Dose Assessor 4.2.3.2 Contact the TSC RPC to coordinate the transfer of RMT and dose assessment activities to the EOF.

1. Authorize. the EOF Dose Assessor to assume responsibility for offsite dose assessment and control of RMTs, ONLY when directed by the EOF Emergency Coordinator.

4.2.3.3 Ensure that Federal, State, and local county representatives in the EOF are kept apprised of RMT activities and survey results using the RMT Field Data Transfer Sheet Form (NOP-LP-5015-02).

4.2.3.4 Direct the EOF Dose Assessor to coordinate the development of an Environmental Sample Plan, and direct the Dose Assessor controlling RMT's to recall and equip RMT's for environmental monitoring per EPl-8-0010, if required.

4.2.3.5 Direct the relief of RMT personnel as appropriate*.

4.2.3.6 Ensure that dosimetry required by EPl-8-0011 is available to support relief.

4.2.3. 7 When appropriate, direct the Environmental Liaison to recall, debrief, and release RMT personnel.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa 9B8 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 12 of 24 4.2.4 EOF DOSE ASSESSOR NOTE

• The default conversion factor of 1.1 is to be used if ORD to TEDE Conversion Factor is not available OR upon ingestion of Potassium Iodine (Kl).

4.2.4.1 Verify that adequate available exposure and "turn back" dose limits have been established for RMT members.

4.2.4.2 Based on dose projections and available dose obtained from the Dose Assessor, coordinate with the Environmental Liaison to establish a plan for the deployment of RMT's to verify the location and magnitude of the plume.

1. Direct the Environmental Liaison to instruct a RMT(s) to traverse the plume using a predetermined travel route and "turn back" dose to verify plume boundaries and centerline, and to obtain an air.sample if warranted. See section 4.2.7 for instruction on Field Air Sampling.

2. Do not direct RMT's to enter plume if projected dose exceeds established "turn back" dose, or if the dose required to obtain survey/sample results does not warrant additional exposure to RMT m*embers. *

3. Direct RMT's to monitor pJume using side roads in lieu of busy main roadways or designated evacuation routes, i.e., SR2 or 190,* where a slow-moving vehicle could cause a hazard to RMT personnel and other vehicles.

4.2.4.3 Use data collected by RMT's to verify plume location and magnitude (TEDE and COE Child Thyroid doses) based on dose projections performed by the Dose Assessor.

4.2.4.4 Ensure RMT members periodically receive a status briefing using the RMT Status Briefing Form (NOP-LP-5015-03).

• -~.

Title:

• NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I PagB9 of 102 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 13 of 24 4.2.4.5 Periodically evaluate radiological conditions RMT's may encounter; revise the "turn back" dose based on dose assessments and direct the RMTs to use.

protective equipment or measures as follows:

1. When the potential exists for iodine exposures in excess of 10 REM to the Adu it Thyroid (2 x Child Thyroid dose), obtain approval for Kl to be administered per EPl-B-0008 to RMT members.

4.2.4.6 Record and communicate field team results with Federal and State

. representatives in the EOF using the RMT Field Data Transfer Sheet Form (NOP-LP-5015-02).

4.2.4.7 Direct RMT(s) to conduct environmental sampling per EPl-B-0010, if sampling of the ingestion pathway is ordered by the ORA.

4.2.4.8 Upon completion of plume pathway surveys, perform the following:

1. Direct RMT's to return to the TEC and debrief RMT's as necessary using the RMT Mobilization Checklist Form (NOP-LP-5015-01 ).

2. Review RMT survey and sample results.

3. Direct the delivery of samples taken in the field either to the Chemistry Laboratory (599' level Control Complex) or alternate location to be determined by Radiation Protection.

4. If potassium iodide (Kl) was issued or the potential for iodine exposure existed, direct RMT members to report to Radiation Protection for a whole body count.

5. Ensure Dosimetry Issuance Card Forms (PNPP No. 7522) are completed by RMT members, and forward card along with TLD to Radiation Protection for processing.

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Paggo of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 14 of 24 4.2.5 EOF ENVIRONMENTAL LIAISON 4.2.5.1 Contact the TSC Dose Assessment Area to become apprised of the following:

• 1.

Location of RMT personnel/vehicles assembled and protective measures being used by the RMT's, i.e., PCs, etc..

• 2.

Whether the TSC has mobilized a third RMT at the declaration of a Site

. Area Emergency.

3.

The RMT member's names, last four digits of their Social Security Numbers (SSNs}, and current and available exposures for RMT personnel currently mobilized.

4.

Actual or potential radiological, releases and meteorology data.

5.

Dose assessment/RMT data currently collected and offsite Protective Actions currently in effect.

6.

"Turn back" dose assigned to RMT's and current ORD to TEDE Conversion Factor. *

a. IF TEDE/EDE at TEDE Rate Conversion Factor is not available OR ingestion of Potassium Iodine (Kl), THEN use default conversion factor of 1.1.

4.2.5.2 IF not yet in place, THEN mobilize a third RMT and brief it per Section 4.2.2.3 prior to dispatching it into field.

4.2.5.3 Notify the EOF Dose Assessor once communications with the RMT's have been satisfactorily tested and the EOF is ready to accept responsibility for control of RMT's.

4.2.5.4 Assume responsibility from the TSC Dose Assessor for directing RMT activities only when authorized by the EOF Dose Assessor, and inform the RMT(s) by radio (Channel xFENOCPY) or telephone that the EOF is now directing all RMT operations.

Title:

-* NUCLEAR OPERATING PROCEDURE*..

Procedure Number:

NOP-LP:.50'15

- Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pagg1 of 102 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 15 of 24 4.2.5.5 Determine the approximate location of the release plume and postulated dose/dose rates from the Dose Assessor and track position on facility map/status boards.

4.2.5.6 Communicate directions from the Dose Assessor on the deployment of RMT(s) to team members, including entry into the release plume to determine boundaries/centerline and for the collection of air samples using the RMT radios per Attachment C2.

NOTE Side roads are used in lieu of busy main roads or designated evacuation routes, i.e.,

• SR2 or 190, where slow-moving vehicles could cause a hazard to RMT personnel and other vehicular traffic.

1. Ensure RMT's are informed of the exact travel route to be used, postulated position of the. release plume, established "turn back" dose, and specific actions to be taken upon arrival.

2. Track the location of RMT vehicles and release plume, and monitor exposure of RMT personnel to prevent inadvertent exposure or conditions in which vehicle may become trapped by release plume due to changing meteorological conditions.

3. Record field survey and air sample information including current DRD reading from the RMT's upon exiting the plume on the RMT Field Data Report Form (NOP-LP-5015-05).

4.2.5.7 Direct RMT members to implement specjfic protective actions, e.g., Kl, at the direction of the Dose Assessor.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

.. NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I PagS2 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 16 of 24 4.2.5.8 Provide periodic status updates to RMT members using the RMT Status Briefing Form (NOP-LP-5015-03).

1. IF radio communication with an RMT(s) is lost and can not be promptly restored, THEN attempt contacting the RMT(s) using the cellular phone installed in each vehicle. A conference bridge can be established with

. RMT vehicle cellular phones per instructions provided in the Emergency Response Telephone Directory.

2.. Report any failure or problems with RMT radios or cellular phones to initiate troubleshooting efforts.

4.2.5.9 Continuously update radiological status boards in the EOF and keep the dose assessor advised of RMT results and status.

• 4.2.6 RMT MEMBERS NOTE The RMT Mobilization checklist is located inside of the RMT clipboard(s) which are stored in the TEC Decontamination Room.

4.2.6.1 Proceed to the TEC Decontamination Room, when directed.

1. Obtain TEC Decontamination Room door and padlock keys from the Emergency Plan key box located outside the TEC Records Room to unlock both doors into the TEC Decontamination Room, cabinets, drawers, and lockers in the TEC Decontamination Room. Return the keys to the key box prior to exiting the building.

2. IF vehicles are not available at the designated location on the North side of the TEC or as indicated on the TEC Decontamination Room Key box, THEN notify the TSC/EOF RPC/ORA immediately.

3. IF at any time while tracking the plume, RMT radio communications with the TSC/EOF are lost and cannot be promptly restored, THEN use the cellular phones installed in the vehicles to notify the TSC/EOF.

Instructions for establishing a conference bridge with the TSC or EOF are contained the Emergency Response Telephone Directory.

Title:

NUCLEAR OPERATING* PROCEDURE Procedure Number:

NOP-LP:.5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pagg3 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 17 of 24 4.2.6.2 Contact the TSC Dose Assessor or EOF Environmental Liaison in EOF Dose Assessment Room if facility is operational, to report your arrival.

4.2.6.3 Assemble into RMT teams, each team consists ofa RMT Leader and RMT Helper.*

4.2.6.4 Each RMT team member completes their assigned actions listed on the RMT Mobilization Checklist (NOP-LP-5015-01 ). *

1.

RMT Leader: Assemble RMT equipment using checklist located in the RMT Clipboard.

2.

IF the seal on an Emergency Kit is broken; THEN it is inventoried prior to use.

3.

RMT Leader: Contact the TSC Dose Assessor or the EOF Environmental Liaison at telephone numbers listed in Attachment C2 to inform the TSC/EOF of the vehicle number, names, last for digits of their SSNs, and current available doses. See Attachment-C1, Pertinent RMT Telephone Numbers.

4.2.6.5 When directed to proceed to a hold or monitoring location outside the plume,

. perform the following:

NOTE Side roads are used in lieu of busy main roads or designated evacuation routes, i.e.,

SR2 or 190, where slow-moving vehicles could cause a hazard to RMT personnel and other vehicular traffic.

1. Ensure that you are adequately informed on travel routes to be taken, present postulated location of release plume (if any), assigned a "turn back" dose, and actions to be taken once you reach this location.

2.

Turn on the E-520 or equivalent survey meter and continuously monitor ambient radiation levels with meter probe held outside vehicle to prevent inadvertent transiting of the release plume. Do not transit the release plume unless directed.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

F.IELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pagg4 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 18 of 24

3.. Immediately report any abnormal fluctuations in *general area radiation levels.

4.

Periodically observe the reading on your DRD's and ensure that your exposure is maintained within the available "turn back dose."

4.2*.6.6 WherJ directed to transit the release plume, perform the following:

1. Secure all unnecessary accesses or openings to the vehicle, i.e., windows, heaters, and vents prior to entering the plume.

2. Identify a specific reference point, e.g., SR2 and Parmly Road before starting to traverse the plume arid indicate the road being traveled to transit the plume.

3. Zero the vehicle's trip meter.

4. Slowly transit the release plume obtaining radiation readings with the*

survey meter outside th~ vehicle window with the meter probe window open.

5. Periodically read your DRD to determine exposure received.

a.

IF at any time your DRD reading approached the "turn back" dose or measured dose rates significantly exceed those projected by the TSC/EOF, THEN immediately exit the plume and report observations to TSC/EOF.

6. When an increase in radiation levels is observed, obtain a reading with the probe window closed to verify the plume's boundary, note the trip meter reading and record on RMT Field Data Report Form (NOP-LP-5007-05).

a.

IF radiation levels remain constant, the readings are indicating radiation levels as a result of "shine" from the plume; THEN continue to traverse plume until boundary is identified.

Title:

NUCLEAR OPERATING PROCEDURE *.

Procedure Number:

NOP-LP-5015.

Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pagg5 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 19 of 24

7. *With the probe window*closed, proceed through the plume noting the trip meter and radiation monitor reading at the plume centerline (highest reading) and the opposite plume boundary; record this information on the

• RMT Field Data Report Form (NOP-LP-5007-05).

a.

Do not stop while transiting the release plume unless directed.

b.

If directed, obtain an air sample at the plume centerline IAW section 4.2.7. <F00982>

8.

• Upon exiting the plume, read and record DRD readings on the RMT Field Data Report Form (NOP-LP-5015-05).

9.

Report the location of the plume boundaries and centerline in respect to the reference location noted above, the probe closed-window radiation levels at the plume centerline, and DRD doses recorded on the RMT Field Data Report Form (NOP-LP-5015-05).

4.2.6. 7 When instructed to only identify or verify plume boundary, perform section 4.2.6.6, Steps 1 thru 6, then turn around and exit plume.

1.

Record information on the RMT Field. Data Report, and then communicate data back to TSC/EOF.

4.2.6.8. Document periodic briefings by TSC and EOF on an RMT Status Briefing Form (NOP-LP-5015-03):

4.2.6.9 Conduct environmental monitoring by obtaining and utilizing the Environmental Sampling Kit to collect samples as directed in accordance with EPl-B-0010.

4.2.6.10 Upon completion of the plume monitoring aspect of the emergency. Report back to the TEC as directed for debriefing.

L,

1.

Upon returning from monitoring perform steps designated on the RMT Mobilization Checklist under the Deactivation section on page 2 of 2.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pagg6 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 20 of 24.

4.2.7 FIELD AIR SAMPLING NOTES Battery operated air samplers with tripods are the preferred method used for sampling elevated plume activity to reduce the dose to RMT members by minimizing the time spent in the plume.

Center-line of plume is ttie preferred location for an a.ir sample.

1 IF sampling while in plume, THEN monitor for changes in dose rate.

2.

RADeCO H-810DC battery operated air sampler operation:

a.

Ensure that the filter assembly is properly installed with a particulate filter and a silver zeolite cartridge.

b.

Setup the air sampler on tripod or approximately 4 feet off the

/

ground, ensuring that the air sampler is approximately waist high.

3.

Connect the air sampler power cord to the cable connector on the rechargeable power pack, ensuring the"+" and"-" terminals are aligned.

The connectors should snap together.

a.

Place the rechargeable power pack output voltage switch in the "12

• Volts" position.

b.

Fully depress the white rocker switch on the side of the instrument

. fully to the "I" position.

c.

Verify the display shows the calibrated flow rate range.

d.

Press any key on the Air Flow Totalizer keypad and verify the display reads TARGET VOLUME: 10 cubic feet. If display does not read 10 cubic feet, perform the following: Otherwise, proceed to next step.

Press the SET key.

At display prompt for 'Enter Target Volume' enter 10 using keypad.

Press the enter key.

e.

Press the green "START" key on the Air Flow Totalizer keypad.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

,FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pagg7 of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 21 of 24 4:

The air sampler motor will automatically start and the Air Flow Totalizer display will indicate warm-up delay of 2 seconds if enabled:

NOTE A blinking FLOW RA TE reading indicates the unit is running at a flow rate outside of its calibrated range (high or low). The filter assembly may not be properly installed or it may be clogged.

5.

After the warm-up delay period, the Air Flow Totalizer displays the current' air sampler flow rate (CFM), current air sample volume,* elapsed air sample collection time, and elapsed air sample collection volume (cubic feet). Note the sample start time.

NOTE Air samples are normally be taken using a 10 cubic feet s~mple volume, unl~ss directed otherwise by the TSC/EOF Dose Assessor/Environmental Liaison.

6.

The air sampler automatically stops when a sample collection of 10 cubic feet has been achieved. Verify the Air Flow Totalizer displays the final sample volume, 10 cubic feet, and note the sample stop time.

• 7.

Press the "CLEAR" key on the Air Flow Totalizer keypad.

8.

Turn off the air sampler by fully depressing the white rocker switch on the side of the instrument to the "O position..

9.

Disconnect the air sampler power connector from the connector on the rechargeable power pack by grasping the connectors and pulling them apart.

10.

Place the rechargeable power pack output voltage switch in the "OFF" position.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pagga of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 22 of 24

• 11.

Re-tape the inlet end of the filter assembly.

12.

IF sampling was performed in a high concentration plume, OR IF directed by the TSC/EOF Dose assessor/Environmental Liaison, THEN place yellow waste bag over air sampler and tripod if used, AND place it in the vehicle.

13.

Exit the plume and GO TO next step.

14.

Drive to a low background area~ Normally 300 counts per minute or less.

15.

Prepare a plastic air sample bag from the kit and record the following information on the air ~ample bag label RMT Air Sampling Label Form (NOP-LP-5015-04 ).

Sample date Sample type Sample location (i.e. distance from the plant, Street Name)

Record LI Number (frisker), calibration due date, meter reading Record LI Number (air sampler number) and calibration due date Flow rate/sample volume Sampled By Start Time Stop Time

16. Using care not to contaminate the area, use RP techniques in removing the filter media assembly from the sampler.

a.

Remove the silver zeolite cartridge from the filter assembly and place into the labeled air sample bag, ensuring the collection side of the silver zeolite cartridge is facing toward the bag and seal the bag.

b.

Remove the particulate filter from the filter assembly (tweezers may be required) and place into a separate bag from the silver zeolite cartridge, ensuring the collection side of the particulate filter is facing toward the bag, and seal the bag.

/

Title:

Procedure Number:

NUCLEAR OPERATING PROCEDURE NOP-LP-5015 Use Category:

FIELD MONITORING TEAM - RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Paggg of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 23of24

17. Clean the tweezers, if used, with decontamin'ation cloth.

a.

Ensure tweezers have no smearable contamination and return them to the kit.

b.

Put used decontamination cl9ths into a yellow waste bag.

18. Reload air sampler with new silver zeolite filter cartridge and tape intake end of air sampler filter assembly..

19. Analyze the air sample media as follows:

a.

Obtain E-600 survey meter (or the equivalent) from the vehicle.

b.

Ensure meter is on, and set to the lowest scale.

c.

Holding Geiger-Mueller (GM) pancake detectors at arm's length from your body, take a background reading.

d.

Take a contact reading on silver zeolite cartridge through the plastic bag.

e.

Subtract background reading from contact reading and record as net reading on the air sample bag.

f.

Place samples in a bag marked as radioactive material.

g.

Record pertinent data on Field RMT Survey Record.

h.

Verify no smearable contamination exists external to the bag containing samples. Perform a contact dose rate survey on the outside with a survey meter AND mark the dose rate on the bag.

20. Return air sampling equipment to the vehicle avoiding cross contamination.

Title:

NUCLEAR OPERATING PROCEDURE.

Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM I RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa1eoo of 1 02 03 ATTACHMENT C: PERRY NUCLEAR POWER PLANT RMT FIELD SURVEYS Page 24 of 24

21. Report the following to the TSC/EOF Dose Assessor/Environmental Liaison.

Closed Window Field Monitor Reading centerline of.plume - (mr/hr)

Distance from Plant Date and time of the measurement Silver Zeolite reading (cpm)

Sample Volume - normally 10 cubic feet.

Title:

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015 Use Category:

FIELD MONITORING TEAM I RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa~tc)1 of 1 02 03 ATTACHMENT C1: (PY) PERTINENT RMT TELEPHONE NUMBERS Page 1 of 1 PERTINENT RMT TELEPHONE NUMBERS LOCATION TSC RMT COMMUNICATOR TSG RADIATION PROTECTION COORDINATOR EOF RMT COMMUNICATOR EOF OFFSITE RADIATION ADVISOR RMT VEHICLE #221011 RMT VEHICLE #221013 RMT VEHICLE #5640 RMT VEHICLE #5799 PHONE NUMBER 1-440-280-5884 1-440-280-5728 1-440-358-4836 1-440-358-481 0 1-216-978-2591 1-216-978-4361 1-216-385-4004 1-216-978-2596

NUCLEAR OPERATING PROCEDURE Procedure Number:

NOP-LP-5015

Title:

Use Category:

FIELD MONITORING TEAM I RADIATION General Skill Reference MONITORING TEAM FIELD SURVEYS Revision:

I Pa~to2 of 1 02 03 ATTACHMENT C2: (PY) OPERATING GUIDELINES FOR THE RMT RADIO UNITS AND CELLULAR PHONES Page 1 of 1

1.

RMT Radio Units:

a.

Turn on the mobile RMT Radio. Turn up radio volume.

b.

Verify that the radio is on channel xFENOCPY. Change channel if necessary by pressing the up or down arrow key until channel is displayed.

c.

Depress the Push to Talk (PTT) button on the side of the microphone and speak directly into the front of the microphone. Ensure the status light indicates a continuous RED.

1)

IF a loud buzzing tone (system-busy tone) is heard, THEN simply release the PTT button, pause a few seconds and try again..

NOTE This buzzing tone results if the offsite radio system channels are all in use when attempting to transmit.

d.

Release the PTT button when done.

2.

Cellular Telephones:

a.

To place a call, dial the following:

RMT Vehicle Nos.

1. 221011

1. 221013

1. 5640

1. 5799 Vehicular Cellular Phone Nos.

1-216-978-2591 1-216-978-4361 1-216-385-4004 1-216-978-2596