ML20083G119

Public Version of Rev 4 to Emergency Plan Implementing Procedure OP 3530, Post-Accident Sampling & Rev 16 to Procedure OP 3506, Emergency Equipment Readiness Check

ML20083G119
Person / Time
Site:	Vermont Yankee File:NorthStar Vermont Yankee icon.png
Issue date:	11/15/1983
From:	Pelletier J YANKEE ATOMIC ELECTRIC CO.
To:
Shared Package
ML20083G110	List: ML20083G112 ML20083G119
References
PROC-831115, NUDOCS 8401060076
Download: ML20083G119 (56)

Text

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l-November 15, 1983 5-5 P

IMPLEMENTING PROCEDURES TO THE VY EMERGENCY PLAN

{

i h Change #21 L

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- INSTRUCTIONS -

k t> 1. Under the tab " TABLE OF CONTENTS" remove the existing table of 3

contents and replace it v..th the attached dated November 15, 1983.

f 2.

Under it with the the tsb " CONTACT attached '1ST" list dated remove1983.

October the existing list and rep) lace (IF APPLICABLE

. 3. Under the tab " POST ACCIDENT SAMPLING" incorporate DI #83-29 to j 0.P. 3530.

,i 1 4. Under the tab " EMERGENCY EQUIPMENT CHECK" remove the contents

! and insert the procedure 0.P. 3506, Rev. 16.

i j 5. Insert the attached RECORD OF CHANGE SHEET in the front of your i manual.

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[ VERMONT YANKEE EMERGENCY PLAN IMPLEMENTING PROCEDURES .

TABLE OF CONTENTS

,- November 15, 1983 r

Contact List hetober1983 Implementing Procedures:

( . Emergency Plan Classificatica aad A.P. 3125 Rev. 4 -

5 Action Level Scheme Unusual Event 0.P. 3500 Rev. 2 Alert 0.P. 3501 Rev. 3 f Site Area Emergency 0.P. 3502 Rev. 15 g

General Emergency 0.P. 3503 Rev. 16 l Evaluation of Off-Site Radiological 0.P. 3513 Rev. 7

! Conditions Off-Site and Site Boundary Monitoring 0.P. 3510 Rev. 11 J

.j Off-Site Protective Actions Recommendations 0.P. 3511 Rev. 0 1

Emergency Radiation Exposure Control 0.P. 3507 Rev. 13 4 On-Site Medical Emergency Procedure O.P. 3508 Rev. 11 i n f Emergency Actions by Plant Security 0.P. 3524 Rev. 3

.; Personnel *

?

Release of Public Information A.P. 3512 Rev. 4 Radiological Coordination 0.P. 3525 Rev. 2.

H

'I Environmental Sample Collection 0.P. 3509 Rev. 8 During an Emergency Post Accident Sampling 0.P. 3530 Rev. 4

, Activation of Alternate EOF 0.P. 3514 Rev 0

) ,

h Sampling Procedures:

1 Emergency Plan Training 0.P. 3712 Rev. 7

',?

'j Emergency Preparedness Exercises 0.P. 3505 Rev. 10 9 and Drills Emergency Equipment Readiness Check O.P. 3506 Rev.16 ,

,1

$ Emergency Communications 0.P. 3504 Rev. 15

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MEMORANDUM To Plant Procedurn Manual Hold':ra Vcrnin August 9. 1983 Frog B. N. Leach g.1)h vern " FILE 6.1.5 BJECT Change to Plant Procedure Manual .

O Chem & HP 7 83-29 DEPARTMENT INSTRUCTION Concurring Individual: bb Date: 9 o 07 .

SRO Concurring: M[ Date: [9 8 l[ Second SROcurring: Con / v l

J Date:

I Chemistry and Health Phys es Supervisor or Plant Health Physicist:

U t

[ Date:

. This instruction becomes effective on the date that a Second Senior Licensed Operator signs above, unless a Health Physics procedure is involved, in which case this instruction becomes effective on the date that a Senior Licensed Operator and the Chemistry and Health Physics a

Supervisor or the Plant Health Physicist signs above.

Instruction Cancelled: Rev. 5 of 0P 3530 1

IG -

, Scope of Inst aterion: Replace entire procedure with the attached revised

, procedure.

h 1

Reason for Change: Corrective Update f RM/cjm 0

h _

N Reviewed -' I* Approved Nr k#/!A_3 j -

PORC Secretary '/ /Planc Manager U

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1 A.P. 0832, Figure 1

] Rev. 7 4

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PORC f 72. _ , _ 0 P. 3530 '

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' Plant Mgr. Riv. No. 4

_ /rf4h_ ssue Date Mgr. of ops. & %it , f.< __ 12/31/82 Review Date 12/31/84 ff'T3 -2 7 POST C IDENT SA WLING

Purpose:

To outline post accident the scecial ::rocecures necessary to handle samples during conditions. .

1:

Discussion:

tive. During post accident conditions, system samples may be very radioac-handling. Because of the high radiation levels, these samples require special This procedure will outline that special handling.

[ _ Table of Contents O

Pace i Stack Iodine Particulate and Gas Sampling 2

[ Reactor Coolant Sampling and Analysis Primary Containment Sampling 5 15

?, In-Plant Air Sampling and Analysis with MCA Inoperable 16

'. Noble GasOff-Scale Monitors Release Rate Determination with Stack Gas 17 counting Techniques for Highly Radioactive Samples 18 3

i C tor vessel water may be useful during an accident.In addition to the abo in the Control Room up to 10 pt:tio/cm, Readings can be obtained i be taken at a later date at the discreif exceeded, conductivity readings may Physics Supervisor. tion of the Chemistry and Health VYOPF 3530.03 y

enset of emergency, sampling and analysis to control the location emergency samples.

The following figures and forms are attached:

- E I

Figure 1 Figure 2 Liquid Post Accident Sampler

! Figure 3 Flow Diagram - Liquid Post Accident Sampler j VYOPF 3530.01 Emergency Off-Site Dose Rate Nomogram Post Accident Data / Analysis 3

VYOPF 3530.02 F Primary Containment Data / Analysis VYOPF 3530.03 Sample Accountability Form q Appendix A a List of Equipment m

References:

, A. Tech. Specs.

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B. Admia. Limits C e

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[ DI #83-29 h l. None C. Other i kq g.

9 l 1. None Precautions:

l 1.

A portable dose rate meter should always be used during post accident g, sampling. ,

[ 2. Respiratory protection should be worn during sampling.

i

[ 3. Personnel involved in sampling and analysis should wear extremity dosi-3 metry.

4. During sampling, communications should be maintained using either a portable radio or a Gai-tronics.

a 5.

f Dose commitment limits have been established and should be achered to for all Po t Accident Sampling. Consult with the OSC Coordinator for specific instructions.

Prerequisites:

! 1. None Procedure:

ih'

(

I.

Stack Iodine Particulate and Gas Sampling

~) A. If dose rates permit, the samples will be taken the same as the iodine and particulate samples in 0.P. 2611 except 4 specified below, otherwise proceed to Section I.B.

1. No background determination will be made during post accident sampling.

2. A dose rate will be determined on the filter holder prior to

} removal of the cartridge. A dose commitment will be

'q established for this sample prior to the sample being removed. The dose rate will be used to determine that the dose commitment will not be exceeded. If it appears from the d cbse rate survey that the dose commitment will be exceeded, cj j the sample should not be taken until the need for the sample is re-evaluated.

41

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3. A vehicle will be used to transport the sample from the stack to the point of analysis to maximize the distance between the

.j sample and the person doing the sampling and to minimize the

..j transport time. A shield should be used to minimize the y exposure rate during transportation (e.g., concrete blocks or lead blankets etc., in car trunk).

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O.P. 3530 DI 983-29 t 4.

If the plant lab and counting room are accessible, the sample will be taken to the Chem. Lab and placed in a hood.

h h 5.

The noble gasses should be purged from the charcoal cartridge E .

prior to counting using plant air or bottled air or nitrogen.

A purge rate and duration should be utilized to approximately equal the sample time and flow. .

3 -

l 6. Both the air sample cartridge and the particulate filter

,t shall be wrapped prior to counting to prevent detector con- .

tamination.

f 7. The air sample cartridges and particulate filter will be counted using 0.P. 2611 methods.

f, 8. If the Chem. Lab and counting room are not accessible, the charcoal cartridge can be purged as in Step 5 above and j counted using an RM-14 as in 0.P. 3010, a SAM-2 as outlined

$; below, or transported to an off-site multichannel analyzer for analysis. The particulate filter can be counted this way r

also but need not be purged prior to counting.

j 9. Report all results to the OSC Coordinator.

NOTE: Report release rate in Ci/sec.

B.

High Dose Rate Post Accident Iodine / Particulate Sampling using a Silver Zeolite Cartridge

,j @ NOTE:

1 A dose commitment will be established prior to sample 1

being drawn.

1 j 1. Notify Control Room of intent to sample.

1 a 2. Obtain lead shielded pig for transportation, a loaded filter j holder, evacuated 14 ml vial and air sample envelope. Shield l pig is in room (west of stack base).

i

3. Obtain vehicle and e d portable radio, then proceed to stack e' base.

C

4. Open inlet (SRS-23) and outlet (SRS-24) valves.

] 5. Insure bypass valve (SRS-25) is closed.

6. Note time and start pump by turning switch on.

7. Adjust flow through rotometer to 65mm which equals 100

_] cc/ min.

CAUTION: Dose rates will increase when flow is established.

3 Do not exceed established dose commitment. If it f

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O.P. 3530 d DI #83-29

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, appears that dose commitment will be exceeded, notify OSC Coordinator for further instructions.  ;

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l: l 8. Run pump for 10 minutes; then disengage inlet quick discon-nect s1d run pump for 15-30 sec. to purge gases from holder.

t (Sampling times may vary due to radionuclide concentrations)

Record information on Air Sanpler envelope (VYOPF 4533.01).

9. Disengage outlet, quick disconnects and remove-filter holder. .

Secure pump and close valves SS-23 and SRS-24. - l

} NOTE: Oose rates on filter holder may be high, use tongs

, to remove filter holder to minimize exposure to extremities.

I

[ 10. Place filter holder assembly into lead shield pig and place pig in back of vehicle.

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11. Int, tall a fresh filter holder assembly onto panel.

S 12. Return to lab and count silver zeolite cartridge and par-ticulate filter using 0.P. 2611 methods or 0.P. 3530 Section VI methods, as applicable.

13. Report results to the OSC Coordinator (release rate in C1/sec).

g C. Gas Sampling

1. Perform Steps 1-3 as outlined in A. above.

2. Close inlet (SRS-23) and outlet (SRS-24) valves.

I

3. Open bypass (SRS-25) valve.

4. Start pumps, wait for line to purge ~30 sec.

5. Place evacuated vial (14m1 gas bottle) on top of hypodermic

, needle.

] NOTE: Vials can be evacuated in lab prior to sampling or i by using hand vacuum pump.

6. Turn 3-way sample valve so flow is available to sample vial.

, (Be Carefull) i

7. Turn 3-way sample valve so flow is secured to sample vial, then secure pump.

j 8. Close bypass valve (SRS-25).

4 NOTE: A gas sample can be obtained while drawing an iodine sample, however, the flow rate should be checked. -

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9. Remove vial and place into a lead pig using tongs.'

t O 10. e1 ace nio in eeck of vehic1e and retura to 1ab for an 1vsis.

11. If the dead time on the MCA is >50% when counting the gas vial. Perform serial dilutions until dead time is <50%.

II. Reactor Coolant Sampling and Analysis E A. The following procedure assumes the Reactor Building is accessible, otherwise proceed to Section II.8.

1. A dose conmitment will be established for this sample prior 1 to it being taken. Dose rates will be monitored during sampling and if it appears the dose commitment will be exceeded, the sampling will be terminated until further eva-luation.

j 2. Samples can be obtained from one of three points depending on i what systems are in service. All sample points are at the

'4 Reactor Building sample sink. The sample points are:

a. Reactor Cleanup Inlet

!. b. Reactor Recirc Loop A p c. RNt System l

NOTE: If the sample is to be taken froa Reactor Recirc q

Loop A, the operators will have to open FCV-39 and FCV-40 prior to sampling. If the sample is to be taken from the RHR System, the operators will have l

to open V10-198A or B prior to sampling. All other l sample valves are on the sample panel.

. 3.

1 Sample lines must be flushed prior to sampling to insure a representative sample is taken. If the sample lines have not been running, they must be flushed for 10 minutes at a rate

,i of about 500 ml/ minute prior to obtaining the sample.

j NOTE: Expect that radiation levels will increase at the sample sink during the sample flushing and sampling. Do not stay at the sample sink to wait j for the sample lines to flush. Seek a low a

L4 radiation area in which to wait.

0 4. After the sample line is flushed, if a dissolved oxygen ana-

!.) lysis is to be run, use a chemet and run the analysis at the sample panel. Obtain about a 50 m1 sample for further analy-j sis in the Chem Lab, then secure the sample point.

5. Place the sample bottle in a large plastic bag and maintain H the greatest distance possible between you and the sample.

Proceed promptly to the Chemistry Lab.

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, 6. Once at the Chem Lab, place the sample behind a shield.

t g 7. If a chloride analysis is to be run, use 0.P. 0630, except use a 1 ml sample volume instead of a 100 m1 sample volune and multiply the calculated result by 100 for the answer.

I 8. If a pH analysis is to be run on the sample, insert the probe into the sample bottle while the bottle is still behind the shield and read the pH. .

~

9. If an isotopic slalysis is to be run, perform several dilu-tions on one milliliter of the sample until standard counting g techniques can be used.

(; 10. If a boron analysis is to be run, use 0.P. 0630, starting with Step g of the " Calibration and Standardization of 0.02N L

NaOH" Section under the mannitol potentiometric method. Use 7 a sample volume of 1 milliliter.

11. Report all results to the OSC Coordinator.

B. Liquid Post Accident Sampling j NOTE: Obtain portable radio from Security prior to sampling.

1 NOTE: A dose commitment will be established by the OSC Coordinator for this sample prior to the start of 2 ,

sampling. If it appears dose commitment will be f O5 exceeded, leave area and contact E Coordinator for

..j further. instructions.

1. Prerequisites for Sample Panel Set-up 4

a. Obtain form VYOPF 3530.01 and complete as required.

,1 1

b. Argon bottle is >500 psi.

1

c. All valves are in the closed position.

d. Valves PAS-17, PAS-18, and PAS-27 (3-way valves) are i

positioned to the left.

4 e. Liquid and gas septums are in place. Septum ports are 1 in the STOP position. Ports are in STOP position when j green plastic is touching the ports.

z

f. Fill the dilution water funnel with the required volume (up to 900 ml) of demineralized water. CAUTION: 00 9 not exceed 900 ml. Place graduated cylinder under 3

PAS-112 and open PAS-110 to obtain demin water. Close '

] PAS-110.

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' DI.983-29

2. Sample Panel Operation Ir.struction '

h a. Evacuate cylinders B and C and gas septum.

i

1) Start vacuum pump SW-5.

2) Open Valves PAS-13, PAS-12, PAS-14, and PAS-15.

! 3) Run vacuum pump until approximately 0 psia reads on PI-2.

! 4) Close Valves PAS-13, PAS-12, and PAS-14. I i' 5) Stop vacuum pump SW-5.

6) 01eck PI-2 to ensure no leaks.

NOTE: To obtain sample from if Heater, follow instructions below. To obtain sample from reactor vessel, to to Section 2.

L

b. Obtaining a sample in cylinder A.

1) Sample supply from high pressure feed water heater (open valves).

9 a) Open purge valves. Turn on SW-4.

?

b) Open Valves PAS-1, PAS-5, PAS-6, and PAS-8 on l panel.

l g c) Throttle Valve PAS-7 on panel to initiate flow, monitor pressure nn PI-1.

], NOTE: Keep pressure high to avoid flashing the sample. Watch dose rates.

jI d) Allow system flow for several minutes to

ensure a representative sample.

, e) Close Valves PAS-6 and PAS-5 to isolate sample cylinder A, then turn off SW-4 and close valve PAS-1 and PAS-8.

i f) Fill bath tank with approximately 6 liters of.

demin cooling water via the bath water funnel.

, Place graduated cylinder under PAS-ll2 and

.) open PAS-110 to obtain demin water. Close

.. PAS-110.

'l 4 g) Maintain bath water at approximately room

'i temperature.

d 1 2) Sample supply from sensing line taps N2C or il N2G (reactor vessel).

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- .- . _._ _ . . . . = ._ c O.P. 3530 DI 463-29 a) Open Inboard Sample Valves: SW-1 ON.

h b) Open Outboard Sample Valves: SW-2 ON.

c) Open Purge Valves: SW-4 ON.

d) Open Valve PAS-2 (for N2C) or Valve PAS-3 for (N2G) and Valves PAS-5, PAS-6, and PAS-8 on panel. -

e) Throttle Valve PAS-7 to 900 psi on panel to initial flow, monitor pressure on PI-1.

n .

NOTE: Keep pressure high to avoid flashing the sample. Watch dose rates.

f) Allow system flow for several mnutes to ensure a reoresentative sample.

l g)- Close Valves PAS-6 and PAS-5 to isolate j sample cylinder A, then turn off SW-2, g SW-1, SW-4, and close valves PAS-2 or 4

PAS-3 and PAS-8.

h) Fill bath tank with cooling water via bath jl water funnel. Place cylinder under PAS-112 4 and open PAS-110 to obtain demin water. Close j h PAS-110.

1) Maintain bath water at approximately room 1 temperature.

t

c. Gas-strip the liquid sample.

1) Open Valves PAS-10 and PAS-11 and observe pressure j change on PI-2. Record pressure reading on form 1 VYOPF 3530.01. If pressure is >14.7 psi perform j l Step 2Ar if pressure is <14.7 psi perform Step 28.

2) Perform a, or b below:

a) If high concentrations of noble gas is assumed y present, or if PI-2 shows a positive pressure

>14.7 psi.

]

I, 1. Open Valve PAS-16 and crack open Valve 4

PAS-26 to very slowly purge argon gas

/ through the liquid sample.

b

11. Bring PI-2 to approximately 64 psia, close Valves PAS-16 and PAS-26. Record 3 reading on form VYOPF 3530.01.

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L 111. Re-expand cylinder A and B into cylinder l 4 C by opening Valve PAS-12. This will V ensure good mixing of the internal volu-l

! mes and will return the system to approximately one atmosphere, (14.7 l psia).

I r NOTE: If the system is not at 14.7 psia, then open valves PAS-16 and 26 and, -

I add argon until 14.7 psia is ~

achieved. Close valves PAS-26 and

{ PAS-16.

f b) If noble gas concentration is not significant or PI-2 remains in vacuum <14.7 psi.

i. Open valve PAS-16 and crack open Valve PAS-26 to very slowly purge argon gas through the sample.

1 J ii. Bring PI-2 up to one atmosphere (14.7 j psia). Record readings on VYOPF 3530.01.

+

1 111. Close Valves PAS-26 and PAS-16.

) 3) Open Valve PAS-14 and extract three 1 ml gas

] sam les with a syringe at the gas septum. Inject h sam les into three separate 14 ml vials. Record volumes on VYOPF 3530.01 III.A.

] 4) Close Valves PAS-14, PAS-12, PAS-15, PAS-11, and PAS-110.

5) Return to lab with gas sample and analyze for

) Hz and 0

using the Fisher Gas Partitioner.

d. Fill grab sample assembly.

_ 1) Open Valves PAS-16, PAS-19, PAS-20, and PAS-6.

4 This will allow the liquid sample in cylinder

'4 A to fill the grab sample assembly without d pushing the entire volume of cylinder A out of

] the panel.

] 2) Allow approximately loop to equalize.

minute for level in the

]

!l ' 3) Position the grab sample assembly Valves 17 and 18 to the right. This traps apprroximately ml

, sample between Valves 17 and 18. This also will

,, align the path from the dilution funnel to

,j cylinder 0 (mixing cylinder).

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4) Close Valves PAS-6, PAS-7, PAS-16, PAS-l'9 and PAS-20.

y O e. Oilute sample and remove for analysis.

s 1) Open Valves PAS-21 and PAS-24 and allow a measured amount of dilution water to gravity drain through the grab sample assembly then into cylinder D.

Record volume of dilution water on form VYOPF

• l 3530.01 II.2. Takes approximately 3 minutes..

2) Allow the dilution water funnel to completely j drain.

3) Close Valve PAS-24.

9~

4) Crack open Valve PAS-25 which will blow argon k gas into the line and push all the water into a

i cylinder D.

l 5) Allow the argon gas to bubble through cylinder D 3 to mix the water.

B 4 6) Close Valve PAS-21 and pressurize cylinder D with j argon to approximately 5 psig on PI-3.

7) Close Valve PAS-25.

W 8) Open Purge Valves: SW-4 ON.

i

) 9) Open Valves PAS-8, PAS-22, PAS-20, and PAS-23.

} This will allow the diluted sample to flow from j cylinder 0, through the liquid septum. Observe g

sample flow at liquid septum /sightglass.

s, NOTE: If you can't see the inside edge of tygon tubing, then it has water in it.

10) Close Valve PAS-23 to stop sample flow.

9 11) Open Valve PAS-21 to release any remaining argon j overpressure on PI-3.

J 12) Extract a liquid sample with a syringe (<5ml) or l open valve PAS-35 for larger volumes.

3 NOTE: When using liquid sample valves, use tongs to j hold container.

h 13) Place sample in lead shielding and transport to

~j the lab for analysis.

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11-O.P. 3530 DI 463-29

f. Flush system.

NOTE: Prior to flushing the panel, insure that all analy-( ses have been completed (see II.B.2.g).

t 1) Close Valves PAS-22 and PAS-21.

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2) Crack open Valve PAS-25 and repressurize cylinder D to apprcximately 10 psig on PI-3, close Valve -

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PM-3.

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3) Open Valves PAS-22 and PAS-23 to push the remaining h volume out of cylinder D.

. 4) Close Valves PAS-22 and PAS-23 once no more flow is observed at the sightglass. Repeat Steps 2, 3, 4 until no more liquid remains in cylinder D.

! 5) Refill the dilution water funnel, a

6) Open Valves PAS-24 and PAS-21.

7) Allow the flush water in the funnel to gravity drain into cylinder D.

8) Close Valves PAS-24 and PAS-21.

>j h 9) Crack open Valve PAS-25 and pressurize cylinder D to 10 psig on PI-3.

l

10) Close Valve PAS-25.

j 11) Open Valve PAS-23 and PAS-22 to allow cylinder D g to drain. Repeat Steps 9 through 11 as necessary to assure that no liquid remains in cylinder D.

12) Close Valves PAS-22 and PAS-23.

i 13) Position grab sample Valves PAS-17 and PAS-18 to j the left.

14) Open outboard Sample Valves: SW-2 ON and flush

] Valves SW-3 ON.

j 15) Close Valves PAS-112 and PAS-20.

I i 16) Open Valves PAS-110, PAS-111, PAS-2, PAS-3, PAS-5, 1

PAS-6, and PAS-7.

'; 17) After several minutes, close Valves PAS-2, PAS-3, 1

and PAS-111. Then turn off SW-3 and SW-2.

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O.P. 3530 OI 963-29

18) Open Valves PAS-4, PAS-16, PAS-19 and PA$-20.

19) Close Valve PAS-16 after 1 minute.

f 20) After several minutes, close Valves PAS-4, PAS-5, PAS-6, and PAS-7.

3 7

^

21) Purge argon through PAS-26 to blow water out of the p .

grab sample assembly (PAS-17 and PAS-18) via .;

g: Valves PAS-19, PAS-20, and PAS-8.  ;

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$ 22) Close Valves PAS-26, PAS-19, PAS-20, and PAS-8.

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f 23) Turn off SW-4.

24) Change liquid septum port as necessary.

25) Open Valves PAS-11, PAS-12, PAS-13, PAS-14 and PAS-15.

. 26) SW-5 ON to start vacuum pump to evacuate cylinder

} B and C.

27) Remove gas septum port and allow air to enter the evacuated systems for 1 minute as vacuum pump is running.

h 28) SW-5 0FF to stop vacuum pump.

29) Insert new gas septum port as necessary.

30) Close Valves PAS-11, PAS-12, PAS-13, PAS-14, and PAS-15.

1

[ 31) Open Valve PAS-27 to allow bath water to gravity 0 drain.

1

32) Close PAS-110 and open PAS-112.

i g. Chemical analysis

[f NOTE: Keep samples in or behind lead shielding when per-K forming analyses.

o L; 1) Gas samples s

.~ a) Hydrogen concentration a

1. Inject 1 ml of Hz gas standard (~25%)

into the Fisher-Hamilton Gas Partitioner

., (0.P. 2630) and record peak on chart i,1 recorder. Repeat several times.

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m;n..ea;.n..u m; w;_.;,mmm_

h 0.P. 3530 CI 983-29

!. ii. Using shielded syringe, inject 1 ml of

). @ W,. l gas obtained in Section II.B.2.c.3 into gas partitioner and record results on

{ chart recorder.

t

[- 111. Using a ratio known H2 gas concentration to peak height vs. unknown He gas concen tration to peak height, solve for un F

known ha concentration. Record results  ;

on VYOPF 3530.01.III A.1.c.

~

iv. Complete form VYOPF 3530.01,Section III.A.1.

b) Oxygen concentration NOTE: The Fisher-Hamilton Gas Partitioner is normally set up for hydrogen analysis, when performing oxygen analyses the carrier gas and cell current must be changed (0.P. 2630).

i 1. Inject 1 ml of a 0: gas standard (~555) into the Fisher-Hamilton Gas Partitioner

, and record the peak height on the chart i recorder. Repeat several times.

ii. Using a shielded syringe, inject 1 ml of gas obtained in Section II.B.2.c into gas partitioner and record peak height on chart recorder.

i i

111. Using a ratio of known 0: concentration to peak height vs. unknown 0: gas concen ij tration to peak height, solve for un known 0: concentration. Record results tj on VYOPF 3530.01 III A.2.c.

h iv. Complete form VYOPF 3530.01, Section 5 III.A.2.

7

) NOTE: If performing both the Hz and 0 2

5 analyses at the same time, the fac-tors will be the same.

a j

c c) Isotopic analysis

]

4:

i. Obtain 1 ml of sample from gas vial (Sect. II.B.2.c.3)) and inject into a 1 evacuated 14 m1 vial. Record on VYOPF G 3530.01 Section III.3.b.

h .

, - we..%e==- mme-e - mee -w

• vaeew-wee-- - * * * ***^***

' ' ' * * *

• 7 N'.

^~8 * ' " "

t --. -

> c

~

+~wmcimw ~ :.. e . ..n w:Ma.b ss,amww..-mw 0.P. 3530

, DI 983-29 .

11. Complete form VYOPF 3530.01, Section h III.A.3.

(

h 111. Count gas vial using steps outlined in Section VI.

2) Liquid samples

NOTE

Record the amount of dilution water added to -

~

the sample.

a) Chloride analysis

1. Using the Dionex Ion Chromatograph, 2

initiate a calibration curve for Cl-using the concentrator coltan. the 10 ml. of 25 ppb chloride standard for calibration. Repeat several times.

ii. Using shielded syringe, obtain 10 ml of a sample from liquid sample septum and

inject into Ion Chromatograph and record

! results.

iii. Complete form VYOPF 3530.01, Section

, III.B.1.

b) Boron analysis t

> i. Peak in the Plasma Spectrometer for Boron 7

and establish calibration curve (0.P.

2630).

h 11. Using a shielded syringe, obtain' 5 ml of 1 sample from liquid septum and aspirate 3 into plasma. Record on VYOPF 3530.01 j Section III.B.2.a.

4 1 111. Complete form VYOPF 3530.01, Section >

y III.B.2.

4 Ni c) Isotopic analysis cP i[j j 1. Using a shielded syringe, obtain 1 ml of sample and inject into a known geometry

)

container. Record on VYOPF 3530.01 4,

t Section III.B.3.a.

Lt 1 11. Count liquid sample using steps outlined V in Section VI,

f 1

lb l' .

e%. ewe,-.. -= . e-- ---y *='--*e*

. _ _ - - - - ~ ~ * - ' *- " ' " " ' ' *

.- _~ ,, a .w .T_x_ .. .w as,a_,nc .

I

} ., i O.P. 3530 DI e63-29 111. Complete form VYOPF 3530.01, Section L

III.8.3.

I

(

h 3) Report all results to the CSC Coordinator.

III. Primary Containment Sampling 5 A. A &se commitment will be established by the OSC Coordinator for e this sample prior to the start of sampling. If it appears the -

I @se commitment will be exceeded, leave area and contact GSC

~

) Coordinator for further instructions.

e B. Evacuate two 40cc sample bombs and place them into their lead j shield pigs. Gray pig for purge sample, yellow pig for sample to

. be analyzed.

4

} C. Contact Operations prior to sampling to insure that either SAH

, V6-5A or SAH V6-5B located in the Control Room are on. Also

- verify that suction is lined up to containment.

3 D. Place the Gray No. I shield pig on the sample jack and raise tre 4 shield up until the sampling bomb has connected to the sampling i quick disconnect.

j CAUTION: Watch dose rate increase in Step E.

1 l E. Open VG-37 and VG-38. Close VG-36, allow line to purge for 5

minutes (leave area while purging).

1 F. Open Valve VG-39 and VG-40 for 5 seconds.

1 1 G. Close VG-39 and VG-40, lower the sample shield pig 2 inches and

remove sample bomb from the quick disconnect and drop it into the j shield. Lower the shield and replace the cover. Place the shield A aside as this is only a sample line purge.

3 H. Place the Yellow No. 2 sample shield ont.o the jack and repeat Step ij D.

]

11 I. Open Valves VG-39 and VG-40 for 5 seconds to take sample.

il 4 J. Close VG-39 and VG-40 and remove sample bomb and shield as in Step G.

l! K. Open VG-36, close VG-37 and VG-38, d

j L. Take sample shield and sample to the Chemistry lab. Complete form VYOPF 3530.02.

d M. Notify Operations sampling dors.

3 1 l N. Using a shielded syringe, take 0.5 cc of the sample gas via the lj eq sample hole in the bottom Lf the sample shield and transfer it ,

i b l

1

- - . . . . _ . , , . . . - ~ . _ . . , . . . _ . . - . . - . . . . - - - , . -

\

.wes , a-- -_ . -. - w - = ~ e mLa+a=? -= waa

,., 0.P. 3530

, DI 963-29 into an evacuated off-gas vial. (Other volumes and dil'utions may be used depending on the activity of the sample..)

' @ O. ~ Count.the sample on the NCA.

P. If H or On analyses are required, use the Fisher-Hamilton Parilloner per D.P. 7630. Take sample from sample cylinder. 00

} NOT DILUTE. Record on VYOPF 3530.02 numbers 2 and 3.

Q. Report all results to the OSC Coordinator.

IV. In-Plant Air Sampling and Analysis with MCA Inoperable A. If it is necessary to do in-plant air sampling with the KA out of h service, accurate iodine results can be achieved using 1.5 < normal P low volume air sanplers, then analyzing the samples as follows.

B. Remove the air sampler to an area of low airborne activity and run the sampler for one minute to purge the noble gasses from the charcoal cartridge.

C. Wrap the charcoal cartridge to protect the detector from con-

'i tamination and count it as follows:

I.

SAM II Operational Procedure j 1. Instrument Preparation:

I

a. 01eck instrument, power cord, and detector cable for 1 damage.

q b. Connect detector cable and detector, p, lug cable into front of instrument labled " DETECTOR z.

NOTE: Allowljto2hourswarmuptime,ifinstrument has been "0FF". Instru ment should be energized at all times.

c. Place detector into an appropriate shield, d d. Check that front instrument controls are set 1 as indicated oa the calibration sticker located I! on the top of the instrument.

4

2. Operational Check:

? a. Set TIED - STOP - MAN. switch to MAN. Lt11t should j begin to count.

!4

[] b. Set TIED - STOP - MAN switch to TIEO.

3 g c. Set C0 TNT TIME IN MINUTES switches to 1 and X1.

l1 /i ia D l1 ll II ll 1

Ii

, ,. ,y _ _.-

, . . . . .- - - - cw , ww .

.=-1-a w.rw ne-0.P. 3530 DI 963-29 l '

d. Obtain SAM II check source, place detector directly on 0

}h e.

top of source.

Press Reset - Start switch.

e

f. After a 1 minute count, the instrument should indicate the number of counts within the range labled on top of the instrument.

) *

3. Sample Counting:

j .

a. With instrument settings remaining as above, perform a r

background count.

b.

Place sample on detector and count.

J f c. Calculate the iodine-131 concentration as follows:

b Sample counts (com)-8ko counts (com)

- I '1 $1/cc = (E)(Vs)

(2.22x10")

{

4

~

] Where: cpm = count rate from SAM-2 j E = counting efficiency (instrument top)

,y Vs = sample volume in cc

, 2.22x10' = cpm /pci conversion l

Q D. Use of Silver Zeolite Sampler Cartridges

1. If Insa concentration calculated in Step C.3 above is greater j

than or equal to 1 x 10

• pci/cc Issa, then resample and i verify results using silver zeolite cartridge (except omit lj purge step outlined in Step B).

4

2. Report results to OSC Coordinator and record results in log-7 book.

j a

V. Noble gas release rate determination with Stack Gas Monitors Off-Scale d

A. If the stack gas monitors are off scale, the release rate can be

[

determined using the Victoreen High Range Monitor (on stack) and

the attached Nomogram (Figure 3).

1 B. Read the dose rate on the Victoreen High Range Monitor in nit /hr.

9 Located in Control Room.

ti d C. Determine the time since reactor shutdown and stack flow rate 9 (fpm). Located in Control Room, d

4- D. Using these valves, read the release rate from the Nomogram p . (Figure 3).

l1 L; f ~.

l; .

Qj) '

i t e

_ ___ w., .-.c ,..a.===me=e- ** *-- * - - * - ' "

... . . _ - .ng g..,._,

.,; g ; ;. . , s : 1: . g a.1 .q ., . , _u ,3

., O.P. 3530

. DI 463-29 E. Report results to the SS/ PED or OSC Coordinator.

h VI. Counting Techniques for Highly Radioactive Samples

, NOTE: If sample size or dilutions can be used to permit a sample to be counted by conventional techniques, this should be done.

j If this is not possible, the following techniques can be

{. mM:

B

• p A. Use of the MCA at extended distances.

'l 1. Remove the shield top from the 105 GeLi detector.

c 2. Suspend the sample above the detector at a distance that will give a dead time of <505 (must be >l ft.).

! 3. Measure the distance from the sample to the top of the detec-tor.

4. Count the sample and calculate the activity using a 2" filter paper geometry for efficiencies.

't 5. Calculate the sample activity as follows:

pC1/ml = (X) (d*) (100) where: X = pCi/ml calculated in 4. above f)' "t***"c 100 = correction factor.

2" 't **** "d '" ' ""

i,

) G. Use of portable instruments.

t

].: NOTE: If neither conventional methods or those in VI.A above can be used, a portable gamma survey meter can be used 1 to determine sample activities.

i fj 1. If the K:A is available, it can be used to give a qualitative measure of major isotopes. If it is not available, an assumption must be made based on what is known about the f) sample at the time.

4 2. Measure the radiation level of the sample at 1 meter.

1

') 3. Calculate the sample activity as follows:

i 8 pCi/ml = (R/hr 8 1 meter) (10 )

.l (T) (v) r where: 10' = pCi/ti V = sample volume (milliliters)

, T = R/hr a 1 meter /Ci O

l 1

!. 1

., p g , p _wwep b&sep9a'-8"'-*wh *N * * ' * * * * " '- "

.A _

-- - --- - -an.ww.-.:..Disy. emaw.uunakmasiakshwtwswiu--

O.P. 3530

, DI 963-29 i Values for T (R/hr a i meter /ti)

!,ih Time Decassed Liquid

• Containment Air **

i hr 0.60 0.41 4 hr 0.43 0.28 i S hr 0.35 0.22

. 12 hr 0.31 0.18 .

j 24 hr 0.26 0.14 -

!

• Assumed mix of 0% of core noble gas inventory, 50% of core halo-i gen inventory and 1% of core solids inventory. For convenience, I the mix ratio is expressed as 00/50/1 (X NOBLE GAS /X HALOGENS /X g SOLIOS)

{ ** Assumed mix of 100/50/1.

b i

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REACTOR COOLANT l ,

POST ACCIDENT SAMPLING DATA / ANALYSIS -

[h

[

[

Sample Taken on I.

Date

, at Time

, by Correction Factor for Gas Samples when Oiluting with Argon Initials A. When cylinder A is vented to Cylinder '8' and pressure on PI-2 is >14.7 psi.

1. Record initial pressure on PI-2 when 'A' vented to '8'  ;

(II.8.2.c.1) Pi psi

, 2. Add Argon to bring pressure in cylinder '8' to 64 psi (PI-2)(II.g.y.c.2.a.ii)

Pr psi j 3. Vent cylinder 8 into cylinder 'C' - pressure a reading should be ~14.7 psi. If not, add Argon i and bring pressure to 14.7 psi (PI-2)

4. Calculated correction factor (CF) 1300cc y , Pi 300cc y 1

N l

5. Go to Section III.A and complete form.

I B. 'When cylinder 'A' is vented to cylinder '8' and pressure 1 on PI-2 is <14.7 psi.

Og 1. RecordinitialpressureonPI-2(II.B.29.}) Pi psi

2. Add Argon to bring pressure in cylinder 8 (II.B.2.c.2)b)ii) to 14.7 psi (PI-2) Pr psi

3. Calculate correction factor (CF)

~

Pr j *T 3

4. Go to Section III.A and complete form.

II. Liquid Sample l] 1.

q Volune of dilution water (II.B.2.e.1) Vi ml

2. Oilution factor DF' =

0 ml

NOTE

If activity is still too high, further

3. dilutions are required.

A

] III. Post Accident Sampling Analysis i

A. Gas Sample Analysis

1. Hydrogen Concentration

. . .h '

! V

VYOPF 3530.01 f DI g 3 29 Page 1 of 3

.s x . _ n . .:.;3. q;x. n., . _. ,;.g a g g .,:,,.g m a t y a nz.m.,g m e,,,

.. . .. . REACTOR COOLANT

, , POST ACCIDENT SAW LING DATA / ANALYSIS

g a. Volume from II.8.2.c.3. ml 6p b. CF = volume from a. above divided into volune

[ of.14 ml vial.

CF = 1, "I

r. CF

c. Record Ha concentration obtained. *

? d. Record gas correction factor from VYOPF 3530.01 IA % or IB 93. CF

e. Ha concentration = bxcxd from above Ha

f. Attach chromatograph form Initials

2. Oxygen Concentration

a. Volume from II.B.2.c.3. ml .

1. b. CF = volune from a. above divided into volume 9 of 14 m1 vial.

CF = I#"

"I J CF l *

c. Record 0: concentration obtained.

. .d. Record gas correction factor from VYOPF

] 3530.01 IA % or IB +3. CF 1

e. Os concentration = bxcxd from above 02 J

l h' f. Attach chromatograph form Initials g 3. Isotopic Analysis

a. Volume from II.B.2.c.3. ml

b. Record gas correction factor from VYOPF

.i 3530.01 IA % or IB #3. CF 3 c. Volume for isotopic = a x b. This will give N activity in the coolant. ml j d. Attach isotopic printout to form.

.} Initials e

1 8. Liquid Sample Analysis r

1. Chloride Analysis 1

j a. Concentrator column installed in load port.

a Initials i b. Vol. of 25 ppb C1 standard injected ml

c. Vol. of unknown sample injected (same as in

b. above) m1 i d. Dilution factor from VYOPF 3530.01, Sec. II.e CF d

e. Corrected C1 concentration

,i C1 concentration from Ion Chromatograph X OF pob i' i.%

,V j VYOPF 3530.01 DI +83-29 Page 2 of 3 t

w..... .s.m-...= - **

l' .w _ _ _

- l..,'.~ - -

, a -+ . , % : -y . . : ~. , . - =: .:o. - -.p 5,s .yum.2..hatz.x f s . . REACTOR COOLANT l

, POST ACCIDENT SAW LING DATA / ANALYSIS s

f. Attach chromatograph to form.

{ 'g e Initial I

& 2. Baron Analysis i

, a. Volume from S x t. II.B.2.e.12. ml

b. Oilution factor from VYOPF 3530.01 Sect. II.2 1 c. Concentration from plasma jet. ppm *

$ ~

d. OF x Boron concentration from c above. ppm 5

g. 3. Isotopic Analysis 1

Lt a. Volume from Sect. II.B.2.e.12. ml 4 b. Dilution factor ~from VYOPF 3530.01 Sect. II.2. OF

c. Corrected Volume = OF x volume from a above.

, This is volume to be used when isotopic is run. ml 1

4 I

i 4

i

l 1

i

.)

N i

?1 i

1 iJ 9

'j N

L.j h

W i4 a

hi 1

1 (A .

%)

l VYOPF 3530.01

! OI +83-29 Page 3 of 3 i

i I

i .

=mw -ww -we.mm ~ ee -w *--e- w em ~ c

= - -+= ~~-

x- =. .

__= m ,, a .: . m .

i

• i PRIMARY CONTAINENT DATA / ANALYSIS L@

Sample Taken on , at , by

,' Date Time Initials i 1. Isotopic Analysis -

a .

a) Using shielded syringe to take 0.5cc of sangle from sample bomb, and inject into an evacuated 14 ml vial.

j, Initials 0.5cc Vt NOTE: If activity still too high, go to Step B.

i b) Using shielded syringe take 0.5cc of sample from Vi

} and inject into an evacuated 14 ml vial.

Initials V: = 0 Sce _0.0179cc V y

L.

'j NOTE: The above sample volumes are only good for volumes listed. Using volumes V2, the computer printout will reflect activity of sample bomb.

]

i (h c) Attach isotopic printout to form. Initials

2. Hydrogen Concentration a) Results from Sec. III.P g b) Attach chromatograph to form.

4 Initials 6

3. Oxygen Concentration a) Results from Sec. III.P hl  %

j b) Attach chromatograph to form '

Initial

.(

0 il 4

T! VYOPF 3530.02 OI #6.-29 Page 1 of 1 1

1 m

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• * '

• DI 963-29

, APPENDIX A

! I. Post-Accident Sampling Kit (in Chem. Lab)

A. Liquid Sampling

~

i y 1. 6-syringes

2. 1-cyringe shield

3. 12-offgas vials w/ stoppers

' 4. 12-2 dram vials -

1-500 ml graduated cylinder

~

5.

6. 1-vacuum guage w/ needle J, 7. 20-spare septum stoppers,

! 8. 6-spare needles I 9. High range dosimeters (3)

I B. Containment Sampling

1. 6-syringes p 2. 1-syringe shield

3. 3-sample bombs w/ stoppers a 4. 6-spare vial stoppers j 5. 12-offgas vials w/ stoppers a

6. 2-male quick connects

7. 1-vacuum guage w/ needle j 8. High range dosimeters (3) t C. Stack Sampling

1. 3-plastic syringes i 2. 3-Inline cartridge holders i 3. 1-box glass fiber filter paper 20-silver zeolite cartridges 4.

5. 12-offgas vials w/ stoppers j 6. 1-vacuum pump w/ needle 3 7. 12-air sample envelopes

t 8. 6-spare needles i 9. 1-shield for syringe i 10. High range dosimeters (3)

II. Miscellaneous Lead Shields (to be used in Post-Accident Sampling) 3 A. Two lead pigs w/ handles (located in IOG Building at Stack Base)

II 8. Two shields for Containment Sample Bombs d

C. One lead brick w/ cutouts for liquid samples

]!! D. One lead shield for syringes

..}

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• Dept. Supv. lTM Proc. No. 0.P. 3506 f PORC /UUE _ Rev. No. 16 i/ Plant Mgr. DF N Issue Data 8/8/83 Mgr. of Ops. LhWpd Review Date 8/8/85 i '

UG '

EERGENCY EQUIPENT READINESS CHECK

Purpose:

i To insure that emergency radiological and comunication equipment is

periodically inventoried and maintained in an operable condition by assigned plant personnel.

Discussion:

Monthly, the Operations Department will conduct a test of certain emergency communications equipment as outlined in this procedure. Monthly, and subsequent to each usage, a Chemistry and Health Physics Technician will i be assigned the following:

)

i 1. Physical inventory of Emergency Kit contents as listed on VYOPF 3506.02.

j

! NOTE: Corrective actions taken in response to deficiencies noted must be

initialed and dated.

$ 2. Rotation of survey instruments normally used in the plant with instru-I Q;",.

ments in the Emergency Kits to assure that emergency equipment has been

. recently calibrated and is fully operable.

l' 3. Check of the operability of equipment (e.g., flashlights, dosimeter j charger, survey meters, etc.) and recharging or changing of

)

l their batteries as necessary.

1 k 4. Verification that the keys to the off-site Emergency Operations 1 Facilities and Town Hall are in their proper location at the outer j gatehouse.

f The assigned ChemA f Technician shall report the status of all Lt emergency equipment to the Emergency Plan Coordinator by completing and sub-p mitting an Emergency Equipment Checklist (VYOPF 3506.02) monthly. The  !

j Emergency Plan Coordinator will inspect the emergency equipment maintained

] at Brattleboro Memorial Hospital and report his findings on VYOPF 3506.03 i semi-annually. Enter under remarks colunn any replacement parts (i.e., bat-q teries, pencils, missing equipment, etc.).

The following forms are attached:

j VYOPF 3506.01 Control Room Emergency Communications Checklist 1 j VYOPF 3506.02 Emergency Equipment Checklist 1 i VYOPF 3506.03 Brattleboro Memorial Hospital Emergency Equipment 1

]. Inventory  ;

h

References:

1 l y

l

]

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-2 0.P. 3506

. p. e Rev. 16 ,

A. Tech. Spec.

1. None B. Achin. Limits

1. The Control Room Emergency Comunications Checklist (VYOPF 3506.01) will be completed monthly.

2. The Emergency Equipment Check List (VYOPF 3506.02) will be con- -

chacted monthly and subsequent to each use.

3. The Brattleboro Memorial Hospital Emergency Equipment Inventory (VYOPF 3506.03) will be conducted semi-ennually and subsequent to each use.

C. Other

(

g 1. Appropriate Operating Manuals for Emergency Kit Equipment listed on K VYOPF 3506.02 and on VYOPF 3506.03.

Precautions:

1. The lack of proper equipment at the time of an emergency can delay regaining control of the situation, thereby compounding its adverse 1

l effects. Therefore, all equipment must be as stated in this procedure.

.1 Q Prerequisites:

1. Apparatus required:

3}

a. Fresh batteries for equipment as required.

l b. Recently calibrated and operable survey meters in accordance with 6 D.P. 4540. >

Procedure:

]

4 A. Control Room Emergency Communications Check (Operations) (Use VYOPF 3506.01)

1. Monthly, the Operations Department will test the Nuclear Alert

,, System by contacting each of the three states (Vermont, New lj Hampshire, Massachusetts) using the following procedure:

h a. Lift handset and keypunch number 111.

1

.j . NOTE

This number initiates a group call to all three State H Police agencies. However, no audible ringing is present i at the transmit station. The station receiver will con-

[j tinue to ring until it is answered even if the transmit k; station is recradled.

l .m qy b. As each State Police agency answers, advise of the test of .

g the Nuclear Alert System and record the successful test on

VYOPF 3506.01, Section A.

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3 0.P. 3506

. Rev. 16

c. If any part of the system fails to operate, notify the 4

Comunications Dept., NEES, Westboro, MA (ext 2460) (Off P hours and weekends contact REMVEC and advise them of the situation).

2. Monthly, the Operations Department will test the thusual Event, Alert, Site Area and General Emergency Alarms using the following procedure I

a. To test the Alert Alarm (used for Unusual Event and Alert emergencies):

i 1) Turn the Page System Volume Increase Switch to the j- ALERT position.

2) Meke the following announcement by picking up the l Gai-Tronics handset and depressing the page button and speaking into the receiver:

"The following is a test of the Emergency Alert Alarm, 3

plesse disregard." Repeat the announcement.

f 3) Turn the Alarm switch to the ON position for three e seconds and then return the switch to the OFF position.

4) Make the following announcement over the page system:

" Test of the Emergency Alert Alarm is complete. Regard d -

all further alarms.

e 5) Turn the Page System Volute Increase Switch to the OFF position.

b. To test the Evacuation Alarm (used for Site Area and General I emergencies):

1 3 1) Turn the Page System Volune Increase Switch to the EVACUATION position.

2) Make the following announcement by picking up the 4 Gai-Tronics handset and depressing the page button, and i speaking into the receiver:

} "The following is a test of the Emergency Evacuation Alarm. Please Disregard." Repeat the announcement.

3 i

1

3) Turn the Alarm switch to the ON position for three seconds and then return the switch to the OFF position.

j?

i 4) Make the following announcement over the page system:

" Test of the Emergency Evacuation Alarm is complete.

Regard all further alarms."

];; '

,i.)

3 '

i

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• O.P. 3506 i Rev. 16

5) Turn the Page System Volumne Increase Switch t'o the I

[ *

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OFF position.

i c.. Contact the Auxiliary Operators and verify that they heard

' the alarm announcements and alarm signals. Complete VYOPF 3506.01, Section B.

3. Monthly, the Operations Department will test the Southwest rire

Mutual Aid and Tri-State Fire Mutual Aid radio (Deskon II) by con- .'

tacting the Keene and Greenfield dispatchers as follows: -

I a. Press the TRANSMIT bar for sending. Release for receiving.

D g b. Speaking into the microphone say, "KCE-579 (Keene), this is  !

. KCP-596, Remote 2."  !

e

c. Wwn answered, say: "This is a radio check. How do you read?"

h b d. When answered, say: "Th?nk you. KCP-596, Remote 2 clear." ,

e. Repeat Steps a. through d. with KCE-358 (Greenfield).

f. Complete VYOPF 3506.01, Section C and return to the Shift Supervisor.

g. Notify the Instrument and Control Supervisor if there is a h fault with either mutual aid radios communications system.

B. Emergency Equipment Check (Use VYOPF 3506.02)

1. Obtain a copy of VYOPF 3506.02 and contact the Emergency Plan Coordinator or his alternate for any special instructions.

}

2. Proceed to the outer gate and obtain the keys to the Governor Hunt House, Vernon Town Hall, and Brattleboro Offices of VYNPC at Ferry Road.

f 3. Proceed to the Governor Hunt House and note that.the keys are k tagged correctly.

f:

) 4. Inventory the emergency kit contents against those items listed on

] VYOPF 3506.02 and test, charge, or replace equipment as required.

j Inspect respiratory protective equip VYAPF 0505.02. Test com-munications as required in VYOPF 3506.02 i

9 NOTE: After a complete inventory of the kits, a seal may be 3 attached. If the seal is not broken, the kit need not be reinventoried on subsequent routine checks. Only those items b indicated for each kit have to be inspected and a new seal attached where applicable. Seals should be dated and ini-tialed.

A D 5. Return equipment to the kits and lock the storage room door. -

S

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-5 1 0.P. 3506 I . Rev. 16 I .

^

p 6. Lock the Governor Hunt House, as appropriate, end procetfd to the

' Vernon Town Hall.

7. Note that the keys are tagged properly for the Town Hall and the Emergency Kit Storage Room.

8. Inventory the Emergency Kit contents against equipment and material listed on VYOPF 3506.02 and test, charge, or replace j equipment as required. .

i

' 9. Return equipment to the kit and lock the storage room.

10. Lock the Vernon Town Hall access door upon leaving.

f 11. Proceed to the Brattleboro Offices of VYNPC at Ferry Road and

[ ensure that the keys are tagged properly for this location.

I 12. Inventory Emergency kit contents against material listed on VYOPF 3506.02. Replace material as required.

R 13. Return equipment to kit and secure office building, as appropriate, upon leaving.

14. At the Inner Gatehouse, inventory those items listed on VYOPF 3506.02.

15. At the Main Control Room, inventory those items listed on VYOPF g 3506.02.

) 16. At Technical Support Center Communications Room, inventory

, those items listed on VYOPF 3506.02.

j 17. In the Chem Lab, inventory those items listed in VYCPc 3506.02.

f 18. At the stack base, inventory those , items listed in VYOPF 3506.02.

]' 19. Submit the completed VYOPF 3506.02 form to the Emergency Plan l Coordinator who will review it, take appropriate action on excep-tions noted, and file it in the Chemistry and Health Physics  :

files.

l C. Brattleboro Memorial Hospital Emergency Equipment Inventory (use VYOPF' 1 3506.03).

1 l 1. Obtain a freshly calibrated PIC-6A, 6 TLO's and a PRM-4 (or RM-14)

(survey to ensure a clean instrument).

l 2. Praceed to the B.M.H. Emergency Wing. l 4

,.- 3. Inventory the emergency kits contents against those items listed '

on VYOPF 3506.03 and replace the instruments listed in Step A. l Replace batteries in charger for self-reading dosimeters.

I j h 4. Return equipment to the kits and secure.

i I l l

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0.P. 3506 Rev. 16 s

5. Subnit the completed VYOPF 3506.03 to the Chemistry and Health Physics Supervisor who will review it and file it in the Chemistry

?' . and Health Physics files.

Final Conditions:

g 1. All equipment is complete and in operable condition.

N

2. All documentation retained in accordance with A.P. 0834. ,

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L Date Time CONTROL ROOM MONTHLY ElERGENCY COW 4tNICATIONS CHECK A. Nuclear Alert System l

f a. Successful Test with Vermont Yes No Initials

b. Successful Test with New Hampshire Yes No Initials t- c. Successful Test with Massachusetts Yes No Initials i

t d. Communications Dept., IEES (ext. 2460), Westboro, Mass informed

of the following discrepancies

(Notes weekends and off-hours, contact REMVEC and advise them of the problem.)

t I

h B. Emergency Alert and Evacuation Alarms h a. Emergency Alert Alarm Tested and Heard By Auxiliary Operators __

j Initials

b. Evacuation Alarm Tested and Heard by Auxiliary Operators Initials i c. Notify I/t Department of following discrepancies:

l

.4 1

5 .

] C. Southwest Fire Mutal Aid and Tri-State Mutual Aid Radio Tests l

- a. Successful test with Keene Dispatcher Yes No h

q b. Successful test with Greenfield Dispatcher Yes No 9

Discrepancies Noted:

cj h

Completed By i Reviewed By Li Shift Supervisor

)

t Reviewed By

} VYOPF 3506.01 Operations Supervisor ll 3'O Rev.16 -

! Approved By

E-Plan Coordinator i

j Forward to Chemistry and Health Physics Department for filing.

l

_ _ . _ _ . - - - - .. . ~

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EERGENCY EQUIPENT CHECKLIST Dato l Items: Initials Remarks l

TgI. Outer Gate Guardhouse (A) Keys to Emergency Centers l' Obtained 2

' (B) Keys Tagged Properly I

(C) Keys Returned

! (D) Inspect respirators (6)

(as.per A.P. 0505) h j 1. Charcoal and Particulate 1 Filters (6) exo. date 4

j 2. Tear Gas Filters (6) exp. date

1 II. Governor Hunt House

]

j (A) EOF Coordinators Kit +1: Sealed Unsealed (Circle one)

I If unsealed, inventory the (If sealed, inventory items 6a, 7a, 17a following: and 19a.)

i 1. Emergency Plan

2. Emergency Plan Implementing Procedures

3. V.Y. Fire Protection Plan 5 4. EOF Coordinator's clipboard d

] a. Implementing Procedure

.4 checklists

( 1) 0.P. 3501 (Alert)

'l , 2) 0.P. 3502 (Site Area)

?

'i 3) 0.P. 3503 (General) i j 4) 0.P. 3504 (Comm.)

1 0 b. Paper pad la i c. Logsheets (VYOPF 3504.01)

]

l3 5. Rad Assistant Looseleaf Manual

)

i 1

VYOPF 3506.02 Page 1 of 15 llRev.16 l s t

( ,

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Items: Initials Remarks

'a. 0.P. 3513, Initial Eval

' ~

b. Met Data VYOPF 3513.01

c. Off-site doses VYOPF 3513.02 ,

d. Site data dose proj.

VYOPF 3513.03 e e. Field data dose proj. .

VYOPF 3513.04

f. 0.P. 3511, Off-site Pro-tective Action Recommendations

g. Public Protective Action Recommendation Worksheet VYOPF 3511.01 i h. Rad Health Handbook i

t 6. Personnel Monitoring Team Clipboard

a. Current Gate List i

i b. Paper pad l

l h 7.

c. Logbook Manpower and Planning

}

Clipboard I a. Emergency Assistance Person-g nel List

! b. Paper pad ij 8. Pencils (Approx. 12)

!.1 fi 9. Wax marking pencils

] (approx. 4),

a i 10. Felt-tip pens (Approx. 4) l 11. Envelopes (Approx. 25) i 1 12. Poly sample bottles J (Approx. 3)

L!

[5 13. Assorted sample containers s,

l.! 14. Check source l , .%

i

..ai VYOPF 3506.02 Rev. 16 Page 2 of 15 i

' ^

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Items: Initials Remarks

15. Air sample filters (1 box) -

7

[ 16. Air' sample charcoal car-p b.23 d tridges (approx. 6)

17. High range dosimeters (24)

. (0-100R,0-5R)

a. Calibration up to date (calib. due date)

~

18. Sliderule

19. Potassiun iodide solution

, (1 bottle)

a. Check expiration date (exp. date)

20. TI-59 Calculator, Printer and 20 program cards in

)!

J booklet holder

21. Title Tags

[

t a (8) Battery-Operated Equipment (EOF Coordinator's Kit #2) i

1. PRM-4A (or RM-14) (1)

a. Battery check OK Q b. Calibration up-to-date (calib. due date)

2. RM-14 with 210 probe (1) l i a. Battery check OK

b. Calibration up-to-date (calib.' due date)

J

,) 3. PIC-6A (1) 3 4

a. Battery check OK

b. Calibration up to date (calib. due date) 1 j 4. Dosimeter charger

a. Operational check OK 1

j 5. Bu11 horn 4 a. Operational check OK a

6. Flashlights (Approx. 12)

] 'N

{ c) -

I

-l VYOPF 3506.02 l Rev. 16 Page 3 of 15 le . 9

2_.--_ -r 2 w m m w a. wi m m ,;,m;,,,,,...w _,3p m .~ m % _

ERATTLE80R0 EMORIAL HOSPITAL EERGENCY EQUIPENT INVENTORY Date '

tions: Initial inventoried items and note comments in the right hand column.

Item Quantity Comments

( Initials i ORTHOPEDIC ROOM CABINET (Room #1)

?

j 1. Skin Decontamination j a. Sponge-holding forceps 1

b. Turco Decon Soap (bottles) 2 l c. Clorox (bottle) 1 i

l d. Potassium Permanganate Solution 1

2. Miscellaneous Materials i

l a. Nivea Cream (jar) 1 F

b. Nail Clippers 1 Pkg.

'j c. Scissors (heavy duty HARE) 1 Pr.

1 i d. New Form / Patient Radiation and Medical Status Record Sheets ll O's v d .

e. Tags, with wire

J

~

j f. Notebook

!I g. Pencils

h. Envelopes (for storage of nose swabs)

1. Skin Smears (NUCON pads w/ envelopes) k:

H J. Plastic bags (assorted sizes)

M 0 3. Instruments and Dosimetry ffj a. Gamma Dose Rate Survey Instrument l: PIC-6A or equivalent 1 W+ (Note 1) ot

? b. Beta / Gamma Monitor, RM-14 d w/ probe (HP210) 1 Set W+ (Note 1)

(ll

].

c. Self-reading pocket dosimeters 0-lR 6 (Note 1)

d. Thermoluminescent dosimeters (body type)l0 s;

l! c,.%3 .

I; -

] WOPF Rev. 16 3506.03 Page 1 of 3 t

[

L - - - -

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~

Items: Initials Remarks

^

a. Operational check OK I

(change batteries if weak) -

Ih b. . Spare batteries (tipprox. 8)

7. Lo-Vol Air Sampler

, (C) Respiratory Protection Kit E 1. Inspect respirators (12) as per A.P. 0505.

f 2. Check expiration date on filter canisters (exp. date)

3. VYAPF 0505.02 completed and submitted for review (D) Miscellaneous Items q

1. Assignment Tag Board

2. Area map / dispersion "w'.1 eel" j 3. Status Board i

1 4. a. Test all telephones at the EOFAC for operability.

t b. Test communications with j New York State Radiological 4

Control Agency by dialing t 1-518-473-3393. Advise of

$ the test and record name of j NY State Official contacted.

3

[ (NY State Official)

.c. Test NRC ENS (red phone) by i lifting the receiver and wait-j ing for an answer from the W C Operations Center. State a

l1 your name, location (VYNPC in P Vernon, VT) and location (EOFAC).

% State that you are testing the NRC ENS from this location. Re-

)9 1, quest the name of W C staff member.

Record time and name below (phones at

) two locations).

] .,,

1) Communications Area

-l ,

t* . , /4 .

ur

VYOPF 3506.02 i Rev. 16 Page 4 of 15 I

4 1 -

- _. -;2A;; ' ": :n - ~.

~ ~

y=. au .a xw, .x .xx Initials - Item Quantity Comments i'

O. Ring dosimetsrs 10 i

f. Charger for Self-reading dosimeters 1 Batter.y Check k

j h 4. Procedures

a. Control Copy #15, Brigham and Women's Hospital Procedures for Radioactively Contaminated Patients l

b. Brattleboro Memorial Hospital Emergency *

{ Procedures .

[

5. Lead container for high activity samples 1

~

OBSERVATION ROOM CA8INET

1. Decontamination Table Top with stretcher and

{ side panels 1

2. Five gallon carbuoys 2 UTILITY ROOM - Yellow 30 gal. Drum j 1. Equipment and Supplies

[j a. Plastic Sheets (4-5 mils) j b. Krylon Floor Covering h c. Masking tape (2 inch)

j d. Apron (plastic) 10 y e. Shoecovers 6 Pr.

f. Poly bags (large) 20 j g. Poly pail 1

[j h. Signs " Caution - Radiation Area" 4

1. Signs " Caution - Radioactive Material" A l

[j j. Stickers " Contaminated Material" 10

k. Barrier tape 1 roll o

li 33 1. Disposable clothing kit 12 sets

m. Suits (plastic) 5 f n. Tongs 1 pr.

s i

V. D 3506.03 ,

j Rei'. 16 Page 2 of 3 i!

il

3. ,w-,.,

,. _,g, _ _ . _ _

. _a.u_#u-1s;w wg_gaug,..gwmmas .mmax Initials Item Quantity Comments

o. Step-off pads 1: These instrujknts will be rotated every six months for calibration.

[

f Y ,

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g; Performed by i-

{ Approved by

. Chem. and if Supervisor .

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{ R2v. 16 Page 3 of 3

?

i k

6

Items: Initials Remarks MC Staff Member Time -

3 .

2) MC Responders Office (2nd Floor)

MC Staff Member Time

! 5. Check State of Vermont telephone l system located in the States  !

Representative,s Room at the EOF /P.C , by dialing 32 (between the hours of 0800-1600, Monday thru Friday),

a. Vermont Civil Defense will '

answer if operable.

Name of Vt. CD Official

b. If no answer, call Vermont Civil Defense (802-828-2163)

. and report system in;perable.

Name of Vt. CD Official

(' \

(0) Site Boundary Team Kit (If sealed, inventory items 5

If unsealed, inventory 5a and 10a, b, and c.)

all of the following:

1. Site Boundary clipboard

a. Implementing procedure checklist (0.P. 3510)

(approx. 5 copies)

b. Paper pad

2. Coveralls (2) l' 3. a. Filter paper, air sample (1 box)

b. Parafilm

4. a. Charcoal filter cartridges (approx. 6)

b. Silver zeolite Cartirdges (approximately 10) l'VYOPF3506.02

R;v. 16 Page 5 of 15

m. . -:_ . .. . __ _ - . -

- - ~w-l t Items: Initials Remarks l l

I

5. High range dosimeters (2) )

. i

a. Calibration up to date (calib. due date) h I

6. Pencils (approx. 4)  !

7. Air sample envelopes (approx. 5) l

8. Check source ,

, - l

9. Stop watch '

10. Air Sampler

a. Operational check

b. Left with fresh filter paper and cartridge in holders.

c. Battery (discharge /re-charge monthly) (charce date) l (E) Two seabags each containing: Sealed I.#1 sealed If unsealed, inventory all of (Circle one) q the following:

1. Coveralls (10) c @ 2. Hoods (10)

3. Plastic boots (10 prs)

4. Rubber boots (10 pts)

5. Rubber gloves (12 pts)

$ 6. Cloth gloves (2 bundles)

7. Masking tape j (F) Off-Site Emergency Kits Kit i Kit 2 Kit 3 1 (Hunt) (Hunt) (Town Hall) i If unsealed, inventory all of (If sealed, inventory items 9a and b, 18a and b, 19a and b,

] the following:

4 20a and b) 3 p 1. Off-Site Team Clipboard i

f a. Implementing procedure j checklist (0.P. 3510) 1 (Approx. 5 copies each) 3 1

d

,br -

I VYOPF 3506.02 l.R;v.16 Page 6 of 15

Items: Initials Remarks

b. Paper pad

2. Cov6ralls (2)

3. Poly bottles (3)

4. Poly bags (3)

5. Smear paper (1 box)

6. a. Filter paper, air sample (1 box)

b. Parafilm

7. a. Activated charcoal filter cartridges (Approx. 6)

b. Silver zeolite cartridges (approximately 10)

8. Radiation tape and signs

9. High range dosimeters (2)

a. Calibration up to date (note calib.

due date)

b. Dosimeter charger - operational check __

10. Pencils (approx. 4)

11. Marking pencils (approx. 2)

12. Felt tip pen (approx. 2)

13. Air Sample Envelopes (approx. 25)

14. Check source

15. Screwdriver

16. Stopwatch ,

17. Keys to Envir. Stations

18. Air Sampler

a. Operational Check

b. Left with fresh filter paper ano cartridge in holders.

f VYOPF 3506.02 l Riv. 16 Page 7 of 15 l

l

. ,__.x.=.. .a .. ;.,: .- x .-= ;

Items: Initials Remarks l

1 i

19. RM-14 w/210 probe

a.

• Battery check OK

b. Calibration up to date (note calib.

due date)

20. PIC-6A

a. Battery Check OK

b. Calibration up to date (note calib.

due date) r (G) Decontamination barrel (located up- Sealed tkisealed stairs) containing: (Circle one)

If unsealed, inventory all of the following:

1. . Towels (12)

, 2. Face cloths (12) 1 i 3. Decon soap (3) 0

4. Plastic bags (12)

' 5. Poly 6 ml x 6' x 100' (1 roll)

I O 6. Paper towels (5 boxes)

I 7. Scissors (1 pr) -

( 8. Blotter (3 - 10' sections) l

9. Masking tape (5 rolls) >

1 j 10. Cloth gloves (2 bundles) d

11. Surgeons gloves (1 box)

, 12. Plastic basins (3)

13. Scrub brushes (12)

' " Contaminated" tape (2 rolls) 14.

15. R.P. 0520, Personnel Decontamination 3

p (H) Radiological Coordinator's Kit If unsealed, inventory all of (If sealed, inventory 2a) the following:

4 VYOPF 3506.02 Rev. 16 Page 8 of 15

--- - - u_. . ,;.;w ,_,a _

-  ;;- g Items: Initials Remarks Notebook containing

1. l

\

a. ~ 0.P. 3525 Checklist

2. Low range dosimeter ~(1) l

a. Calibrate up to date (colib. due date)

F i 3. Air sample filters (1 box)

~

I-

4. Air sampler charcoal j cartridges (approx. 6) f 5. Environmental station j cartridges (approx. 6)

6. Air sample envelopes (approx. 12)

7. Assorted sample containers j a. Poly bottles (approx. 6)

'l

b. Poly bags (approx. 12)

. 8. Paper pad

9. Pencils (approx. 4)

10. Small area map

11. Rad Health Handbook I (I) All equipment and materials J returned to kits, the kits sealed, and storage area

)i locked

}

III. Vernon Town Hall 1

(A) Emergency Equipment i 1. Telephone

' Check operability of phone 11 2. Area map d

ja 3. Flashlight (2) Batteries OK7 1 (8) Decontamination Barrel Containing: Sealed Unsealed lj If unsealed, inventory all of (Circle one) q the following:

!j 3 I w

t I

ViOPF 3506.02 i

'l Rev. 16 Page 9 of 15

Items: Initials Remarks j l

1. Towels (12) l

^

2. Face cloths (12)

3. Decon soap (3)

4. Plastic bags (12)

5. Poly 6 ml x 6' x 100' (1 roll)

6. Paper towels (5 boxes)

7. Scissors (1 pr)

8. Blotter (3 - 10' sections)

9. Masking tape (5 rolls)

10. Cloth gloves (2 bundles)

11. Surgeons gloves (1 box)

12. Plastic basins (3)

13. Scrub brushes (12)

14. " Contaminated" tape (2 rolls)

15. R.P. 0520, Personnel Oecomtamination (C) Off-Site Emergency Kit #3 (Refer to checklist,Section II (E) Page 5 of this form)

(D) All equipment and materials returned to the kits, the kits sealed, and the storage area locked j IV. Inner Gatehouse (A) General Equipment

1. RM-14 with HP 210 probe (This can be standby unit for portal monitor)

a. Battery check OK

b. Calibration up to date

2. Inspect respirators (6) as per A.P. 0505 (located in CAS) l a. Charcoal / Particulate (exo. date)

VYOPF 3506.02 R:v. 16 Page 10 of 15 1

l

.w ser a-sm,a-3 mmmmwem m.m _-,_ . _._cmm

', Items: Initials Remarks (exp. date)

b. Tear Gas Canisters L

c. " VYAPF 0505.02 completed and h 3,g#  %

submitted for review r

(B) Security Site Boundary Team Kit

[ 1. PIC-6A

a. Battery check OK l .

[r b. Calibration up-to-date i 2. Air sampler i

j 3. Stopwatch

4. Filter papers (1 box) 4

., 5. a. Charcoal cartridges (approx. 6)

b. Silver zeolite cartridges (approx. 10) l 6. Air Sample Envelopes (approx. 6) 1

! 7. 0.P. 3510 i

g# 8. High Range Dosimeters (2) _

(exp. date)

9. Check source i

I 10. Air sampler battery (dis-charge and recharge monthly) (charae date) d V. Main Control Room 1

l-i (A) General Equipment

4 Il 1. Area Map /bispersion " wheel" l

' 2. Boundary Dose Homogram J

i 3. Emergency Logbook n

. 4. Emergency Plan Lj 5 Emergency Plan Implementing

.] Procedures u

$ 6. V.Y. Fire Protection Plan

'1 J

t

! .O I;

C I! VYOPF 3506.02

! R;;v. 16 Page 11 of 15

i i

m , , - - - -, _. c0.,._---.,-e,- .,-wbr

~c - . _ - -- - . .

Items: Initials Remarks

,' 7. Inspect respirators, (4)

(as,per A.P. 0505) -

r h a. Check expiration date on filter (exp. date)

b. VYAPF 0505.02 completed and submitted for review

8. Air sampler ,

9. Air Sample Envelopes (approx. 6) i 10. Filter papers (1 box)

)

11. High range dosimeters (5)

a. Calibration up to date (calib. due date)

$ 12. Potassium iodide (KI) solution l (1 bottle) i i a. Check expiration date (exp. date) i

. 13. TI-59 Calculator, Printer and 20 cards in booklet holder l .

l Q~ i,'

(B) Inspect Bio-Pacs (6) (as per 4

A.P. 0505)

. 1. VYAPF 0505.02 completed and sub-I mitted for review ti

) (C) Check PIC-6 calibration (calib. due date) 1 a VI. Technical Support Center 1

j (A) (Note: Items 10, 11, and 12 are located in the Engineering Support Department Office,

[

l All others are located in the TSC

] Comunications Center.)

Li j 1. Oose rate meter (PIC-6A or equiv.) (calib. due date)

I 2. PJ4-14 with W 210 probe (calib. due date)

U i 3. Air sampler, low volume, with I charcoal cartirdge

}

4. Air sample envelopes (approx 6)

}

lj 5. Charcoal filter cartridges

'l m (approx 6)

D .

VYOPF 3506.02 l', Rev. 16 Page 12 of 15 l!

4

- ~ . _ _ - 2;.:a4.n.ae:- 6, s .s c _ ;. m _ ;;,2: ....,a , . .

. Items: Initials Remarks

)

i '

6. Filter paper, air sample ,

i (1 box)  !

g@

i 7. High range dosimeter (4) (calib. due date) f 8. Inspect respirators (4) 4 (as per A.P. 0505) h

.. a. Charcoal and particulate filters (exp. date) -

3 I VYAPF 0505.02 completed and b.

i submitted for review 1

] 9. Potassium iodide (KI) solution

';; (1 bottle)

a. Check expiration date (exp. date) 1 j 10. Emergency Plan

1 i

11. Emergency Implementing Procedures

12. V.Y. Fire Protection Plan

13. Smear Papers (1 box)

14. W C Emergency Notification

' System Red Phone test

a. TSC Communications Room 2 C Stf. Mbr. Time

]

b. W C Responders Office NRC Stf. Mbr. Time 3 15. Title Tags 1

] VII. Post-Accident Samp' ling Kit (in Chem Lab) (Sealed - Yes/No)

(A) Liquid Sampling Il 4: 1. 6 - Syringes q

il 2. 1 - syringe shield k

. 3. 12 - offgas vials w/ stoppers A

,; 4. 12 - 2 dram vials (i

,.) 5. 1 - 500 ml graduated cylinder s

.) 6. 1 - vacuum gauge w/ needle

'l m f .

VYOPF 3506.02 i R;v. 16 Page 13 of 15 i

_ _ . . ~_ _ -_ . _ . _ _ _ . . _ _ . .

L - - - _ - .- -, _ _

-a w a m o s. a ---- _w n - -:= -

Items: Remarks Initials i

7. 20 - spare septum stoppers

8. 6 ' spare needles

9. High range dosimeters (3) calib. due date

[

F (B) Containment Sampling 4

,f 1. 6 - syringes

2. 1 - syringe shield

!} 3. 3 - sample bombs w/stopoers

4. 6 - spare vial stoppers

5. 12 - offgas vials w/ stoppers 6 6. 2 - male quick connects

7. 1 - vacuum guage w/ needle 4

8.- :1 5 cc syringe

]j j 9. High range dosimeters (3) calib. due date i

j (C) Stack Sampling j

1. 3 - plastic syringes

]

2. 3 - inline cartridge holders

) 3. 1 - box glass fiber filt. paper a

} 4. 15 - silver zeolite cartridges

5. 12 - offgas vials w/ stoppers

6. 1 - vacuun pump w/ needle

7. 12 - air sample envelopes

8. 6 - spare needles

) 9. 1 - shield for syringe

,1 M 10. High range dosimeters (3) calib. due date d

i VIII. Miscellaneous Lead Shields (to be used in Post-Accident Sampling)

?j (A) Two lead pigs w/ handles

^ (located in IOG Building at

,) Stack Base) i .3

-w Li i VYOPF 3506.02

! R;v. 16 Page 14 of 15 I

q

. en . 4

v =-.,e c n ,_ -

.c.~:..

. ,,,,a==._.- _ _ - -a, Items: Initials Remarks i I

l I

.' (B) Two shields for containment -

sample bombs  ;

(C) One lead brick w/ cutouts for liquid samples -

(0) One lead shield for syringes IX. Alternate EOF /RC (Ferry Road, Brattleboro VYPFC Corp. Office)

(A) Keys tagged properly -

1. Key obtained from Gate 1 Security and functional

2. Return key to Gate 1 Security (B) Status Boards

1. Available for use i

.! 2. Returned to storage i (C) Equipment

1. Flashlights (2) 1

, 2. Batteries (approx. 6) l Performed by Approved by Emergency Plan Coordinator i

r!

fi li i

li 2

l i

3 f:D y .

I VYOPF 3506.02 Rev. 16 Page 15 of 15

e FILE LEVEL EUT OL CP 50-003 P Indian Point 1 (CENY) 3/26/83 50-010 P Dresden 1 (CEIL) 5/4/56 50-029 P Yankee Rowe (YAE) 1/9/60 50-133 P Humbolt Bay (PGE) 8/28/62 Shutdown 50-155 P Big Rock Point (CPC) 8/30/62 50 171 W Peach Botton 1 (PECO) 10/31/74 Shutdown 50-206 P San Oncfra 1 (SCE) 3/27/67

. 50-213 P CT Yankee (CTAP) 6/30/67 -

(Haddas Neck) 50-219 P Oyster Creek (JCPL) 4/9/69 50-220 P Nine Mile Point (NMP) 8/22/69 50-237 P Dresden 2 (CEIL) 7/10/66 50-244 P R.E. Ginna (RGE) 9/19/69 50-245 P Millstone 1 (NEUT) 10/7/70 50-247 P Indian Point 2 (CENY) 10/19/71 50-249 P Dresden 3 (CEIL) 10/14/66 50-250 P Turkey Point 3 (FPL) 7/19/72 50-251 P Turkey Point 4 (FPL) 4/10/73 50-254 P Quad Cities 1 (CEIL) 2/15/67

,- 50-255 P Palisades (CPC) 3/24/71 50-259 P Browns Ferry 1 (TVA) 6/26/73 50-260 P Browns Ferry 2 (TVA) 6/28/74 50-261 P Robinson 2 (CPL) 7/31/70 50-263 P Monticello (NSP) 9/8/70 50-265 P Quad Cities 2 (CEIL) 2/15/67 50-266 P Point Beach I (WIEP) 10/5/70 50-267 P Ft. St. Vrain (PSC) 12/21/73 50-269 P Oconee 1 (DPC) 2/6/73 50-270 P oconee 2 (DPC) 10/6/73 -

50-271 P Vermont Yonkee (VYNP) 2/28/73 50-272 P Salem 1 (PSEG) 4/6/77 50-275 P Diablo Canyon 1 (PCE) 9/22/81 i

e

, . . . . . . . . + . - _ _ -r-, r , .-- - . -

FILE LEVEL EUT OL CP 50-327 P Sequoyah 1 (TVA) 3/29/80 50-328 P Sequoyah 2 (TVA) 6/25/81 50-329 A Midland 1 (CPC) 12/15/72 50-330 A Midland 2 (CPC) 12/15/72 50-331 P Duane Arnold (IELP) 2/22/74 50-333 P Fitzpatrick (PASN) 10/17/74 50-334 P Beaver Valley 1 (DL) 1/30/76

.50-335 P St. Lucie 1 (FPL) 2/1/76 -

50-336 P Millstone 2 (NEUT) 8/1/75 50-338 P North Anna 1 (VEPC) 11/26/77 50-339 P North Anna 2 (VEPC) 11/4/80 50-341 A Fermi 2 (DE) 9/26/72 50-344 P Trojan (POGE) 11/21/75 ,

50-346 P Davis Besse 1 (TOED) 4/22/77 50-348 P Farley 1 (ALPR) 6/25/77 50-352 A Limerick (PECO) 6/19/74 50-353 A Limerick 2 (PECO) 6/19/74 50-354 A Hope Creek 1 (PSEG) 11/4/74 50-355 A Hope Creek 2 (PSEG) Canceled 12/23/81 50-358 A Zimmer 1 (CCEC) 10/27/72 50-361 P San Onofre 2 (SCE) 2/16/82 50-362 P San Onofre 3 (SCE) 11/15/82 50-364 P Farley 2 (ALPR) 10/23/80 50-367 A Bailly (NIPS) Canceled 50-368 P Hatch 2 (CAP) 6/13/78 50-369 P McGuire 1 (DPC) 10/23/81 50-370 A McGuire 2 (DPC) 2/28/73 50-373 P Lass 11e County 1 (CEIL) 4/17/82 50-374 A LaSalle County 2 (CEIL) 9/10/73 50-376 A North Coast 1 (PRWRA) Canceled 50-382 A Waterford 3 (LAPL) 11/14/74 50-387 P Susquehanna 1 (PPL) 7/17/82 50-388 A Susquehanna 2 (PPL) 11/02/73

FILE LEVEL EUT OL

' CP

~

50-446 A Cournanche Peak 2 (TUCC) 12/19/74 50-448 A Douglas Point 1 (PEP) Canceled 50-449 A Douglas Point 2 (PEP) Canceled 50-450 A Summit 1 (DNPL) Canceled 50-451 A Summit 2 (DMPL) Canceled 50-452 A Greenwood 2 (DE) Canceled 50-453 A Greenwood 3 (DE) Canceled

,50,-454 A Byron 1 (CEIL) 32/31/75 50-455 A Byron 2 (CEIL) 4 12/31/75 50-456 A Braidwood 1 (CEIL) 12/31/75 50-457 A Braidwood 2 (CEIL) 12/31/75 50-458 A River Bend 1 (GSU) 3/25/77 50-459 A River Bend 2 (CSU) 3/25/77 50-460 A WPPSS 1 (WPPS) Deferred 50-461 A Clinton 1 (ILPR) 2/24/76 50-462 A Clinton 2 (ILPR) Canceled 10/14/83

, 50-463 A Fulton 1 (PECO) Canceled 50-464 A Fulton 2 (PECO) Canceled 50-466 A Allens Creek 1 (HLP) Canceled 50-467 A Allens Creek 2 (HLP) Canceled 50-471 A Pilgrim 2 (BECO) Canceled 50-477 A Atlantic I (PSEG) Canceled 50-478 A Atlantic 2 (PSEC) Canceled 50-482 A Wolf Creek (KCPL) 5/17/77 50-483 A Callaway 2 (UNE) 4/16/76 50-484 A Tyrone 1 (NSP) Canceled 50-485 A Sterling 1 (RCE) Canceled i

50-486 A Callaway 2 (UNE) Canceled 50-487 A Tyrone 2 (NSP) Canceled i

50-486 A Perkins 1 (DPC) Withdrawn 50-489 A Perkins 2 (DPC) Withdrawn 50-490 A Perkina 3 (DPC) Withdrawn m------- , - - - . - - - -4,,- --gov-a-. - - - - - , . , . n , , - . , , , - . - - . + - , , , , - . ---n,-. - - - -

FILE LEVEL EUT OL CP 50-525 A Barton 2 (ALPR) Canceled 50-526 A Barton 3 (ALPR) Canceled 50-527 A Barton 4 (ALPR) Canceled 50-528 A Palo Verde 1 (AZPS) 5/25/76 50-529 A Palo Verde 2 (AZPS) 5/25/76 50-530 A Palo Verde 3 (AZPS) 5/25/76 50-537 A Clinch River (DOE)

_50-546' A Marble Hill 1 (PSIN) -4/4/78 50-547 A Marble Hill 2 (PSIN) 4/4/78 50-548 A Ft. Calhoun 2 (OPPD) Canceled 50-549 A Green County (PASN) Canceled 50-553 A Phippa Bend 1 (TVA) Canceled 50-554 A Phippa Bend 2 (TVA) Canceled 50-556 A Black Fox 1 (PSOK) Canceled 50-557 A - Black Fox 2 (PSOK) Canceled 50-566 A Yellow Creek 1 (TVA) Withdrawn 6/22/83 50-567 A Yellow Creek 2 (TVA) Withdrawn 6/22/83 50-568 A New England 1 (NLNP) Canceled 50-569 A New England 2 (NENP) Canceled 50-580 A Erie 1 (OEC) Canceled 50-581 A Erie 2 (OEC) Canceled 50-582 A Sundesert 1 (SDCE) Canceled 50-583 A Sundesert (SDGE) Canceled 50-586 A Perryman (BGE) Canceled 50-592 A Palo Verde 4 (AZPS) Canceled 50-593 A Palo Verde 5 (AZPS) Canceled 50-596 A New Haven 1 (NYSEC) Canceled 50-597 A h v Haven 2 (NYSEG) Canceled 50-599 A Carroll County 1 (CEIL) Canceled 50-600 A Carroll County 2 (CEIL) Canceled

_ .._