ML20079K531
| ML20079K531 | |
| Person / Time | |
|---|---|
| Site: | McGuire, Mcguire  |
| Issue date: | 10/15/1982 |
| From: | DUKE POWER CO. |
| To: | |
| Shared Package | |
| ML20079K510 | List: |
| References | |
| PROC-821015, NUDOCS 8301070578 | |
| Download: ML20079K531 (57) | |
Text
-
i Form 34731 (I' (Formerly SPD.
DUKE F0WER CONFAMT (1) ID No: MP/0/5/1009/04 PROCEDURE PEEFARATION Change (s) o to PROCESS RECORD 1 Incorporated (2) STATION: w m4 w,.S..
- o. 4 (3) PROCEDURE TITLE:
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(I.) PREPARED IT: /.1,#fw A /Md DATE:
ni i. i l ft o
(5) REVIE%*ED BY: O O l. --
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DATE:
ICII%IP1 Q
b a
Cross-Disciplinary Review 3 :
N/R:CL9 L 7
M (6) TIMPORARY AFFROVAL (IT NECESSARY):
Sy:
(SRO) Date:
1 Sy:
Date:
(7) APPROVED BY:
/
- d. M ---+8 Date:
e #d*/fL y
i/
(8) MISCIU.ANEOUS:
9 Reviewed / Approved By:
Date:
Reviewed / Approved By:
Date:
l l
l l
I i
8301070578 830104 PDR ADOCK 05000369 F
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(:', -._:, spo.1
/B/10M/15 mate POWER COMPANY (1) ID No:
PROCEDURE PREPARATION Change (s)
O to PROCESS RECORD
/ Incorporated (2) STATION: McGuire Nuclear Station 1
(3) PROCEDURE TI?1E:'
m.,.i n--+ _m, 4 4... r
. 4 --. m4
-i 4 -
l System Operating Procedure (4) PREPARED BY:
/ JAM DATE:
2 b Eq Or. f /
== I DATE:
/2/3 /sa.
(5) REVIEWED BY:
a g
Cross-Disciplinary Review By:
N/R:Mb y
(6) TEMPORARY APPROVAL (IP NECESSARY):
By:
(SRO) Data:
By:
Data:
(7) APPROVED BY:
J./)hh8
- Date:
/M4 /P (8) NT(f*FfT M rNf3:
Reviewed / Approved By:
Date:
Reviewed / Approved By:
Date:
J t
-. _.. _..,. _ - - - _ _. _ _ _ _., _ - _ _. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _. _ _ _.. _,., _ - _ - _ _ _. ~
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- Form 34731 (1041)
(Formerty SPD 10021)
"#0/M N
DUEE POWER COMPANT (1) ID Not PROCEDURE PREFARATION Change (s)
O to PROCESS RECORD 1 Incorporated (2) STATION:
McGuire Nuclear Station (3) PROCIDURE TITLE: Function check of N. cy 1rehicle and F.quipment
%;MI (4) PREFARED BY:
e s_ u DATE:
4 - / V - 7 2..
(5) REVIEWED 3Y: N. 2 I m^ - -
DATE:
9 IIyI f 7.
q Cross-Disciplinary Review By:
N/R 6 2 L u
(6) TEMPORARY APPROVAL (IF NECESSARY):
By:
(SRO) Data:
7 By:
Date:
(7) APPROVED BT:
m s M S _ 1 / ____ Data:
4/# !9-A j
(8) MISevet mnrrs:
l l
Reviewed / Approved Dy Date:
Reviewed / Approved By:
Date:
e e
I I
HP/0/B/1009/04 l-DUKE POWER COMPANY McGUIRE NUCLEAR STATION PROCEDURE FOR ESTIMATING FOOD CNAIN DOSES UNDER POST-ACCIDENT CONDITIONS 1.0 Purpose Usually the determination of potential areas of concern in the ingestion pathway under post-accident conditions will be made by
-the Recovery Manager, the Offsite Radiological Coordinator or the Energency Coordinator, based initially upon station releases, prevailing meteorological and hydrological conditions, and confirmatory measurements of dose races and air semple results by field monitoring teams.
This procedure describes the method to be used in order to rapidly estimate offsite doses through significant food chm n dose pathways under post-accident conditions.
It is to be used only at the reqtiest of the State (s) or under the direction of the Recovery Manager, the Offsite Radiological Coordinator, or the Energency Coordinator.
2.0 Reference 2.1 U.S. NRC Reg. Guide 1.109.
3.0 Limits and Precautions 3.1 Reg. Guide 1.109 is intended to guide the calculation of doses under long ters steady state conditions. The body of this procedure contains notas covering cases in which the calculation of doses under accident conditions differs fros-the calculation of doses under routine conditions.
l 3.2 This procedure covers only the calculation of the food chain pathway doses most likely to be limiting under post-accident conditions. Other food chain doses must be calculated using the methods of the Duke Power Company Offsite Dose Calculation Manual or Reg. Guide 1.109. General Office Health Physics personnel shall be consulted when these other food chain doses 1
are calculated.
3.3 The errors in the doses calculatad through the use of this procedure are not necessarily conservative (on the high side).
V e
L J
f tegs 3.4 The ocsumptiens outlined in thic prec durs shall be c:r: fully compared with existing post-accident conditions before this procedure is used.
3.5 This procedure calculates doses by relating concentration to the uptake by the individual and the associated dose factor (naea/pci).
3.6 It is expected that the samples will be collected by Field Monitoring teams under the direction of the Offsite Radiological Coordinator. These samples shall be analysed at the Radiological Environmental Laboratory.
0 Procedure 4.1 Vegetation + Cow or Goat Milk + Consumer Dose Pathway for Radiciodine.
4.1.1 Assumptions
Child (Infant) milk consumption: 900 al/ day (2 pints approx.)
Adult milk consumption: 850 al/ day (2 pines approx.)
Decay time between iodine deposition on vegetation and milk consumption: 2 days All (1001) of the milk animals' feed is fresh pasture vegetation; if this is known not to be the case, calculate the concentration eaten by the ani==1 by multiplying the concentration in the pasture vegetation by the fraction of feed which is 7
fresh pasture vegetation.
The contribution to dose of I-132 and I-134 is j
negligible because of the short half-lives and small dose factors for these radionuclides.
4.1.2 Doses can be calculated on the basis of radiciodine concentrations measured in or on either grass (or other vegetation consumed by milk animals) or milk.
Doses calculated on the basis of milk radiciodine d
iago a concentracitas will b2 auch moro eccurats than those calculated on the basis of vegetation radiciodine concentrations. However, the asasurement of vegetstion radiciodine concentrations permits the prediction of approximate doses due to milk consumption one or two days later.
Follow up vegetation radioiodine analysis with milk radiciodine analysis for several days to ensure accurate dose assessments.
4.1.3 Calculation of doses through vegetation analysis:
4.1.3.1 Collect samples of vegetation eaten by ailk animals and analyze on GeLi counter.
Compute radiciodine concentrations in uCi/ gram of undried vegetation.
NOTE:
All calculations for vegetation samples are done for cows; however, if the dose from goat milk is desired, simply multiply the dose from cow milk ingestion by 1.2.
U 4.1.3.2 Calculate thyroid doses by use of the following equations:
D
= 3200 C,g3g, + 180 C,g33, + 1.1 CI-135v TCV 7
7
= 420 C,g3gy + 20 C,g33, + 0.1 C,g33,
DTAV 7
7 7
where:
D
= human child (infant) thyroid TCV dose commitment in Reas per day a11k animal consumes contaminated vegetation.
D
= Same as above for human adult.
TAV C,g3gy = Concentration of I-131 in 7
vegetation (uci/g).
C
= Concentration of I-133 in I-133v vegetation (uci/s).
l C
I-135v "
vegetation (uci/3).
l i
l l
+.
- ss. -
1 4.1.4 Calculatica of dtses through milk cenerner:tions:
4.1.4.1 Collect samples of milk and analyse on
/
GeLi counter. Compute radiciodine
\\
concentrations in uCi/al.
4.1.4.2 Calculate thyroid doses by use of the following equations:
DTCM " 13 # b -131a + 3 C,g33, + S M CI-135m 7
1700 C,g3g,+ 3 M C,g33,+ 65 CI-135m D
=
7 7
TAN l
where:
D
= human child (infant) thyroid g
dose commitment in Rams per day of consumption of conemminated milk.
j D
= same as above for human adult.
C,g3g, = concentration of I-131 in milk 7
j (uci/al)
C,g33,= concentratios of I-133 in milk 7
(uci/al)
C
= concentration of I-135 in milk I-135m (uci/al)
NOTE:
Whole body doses due to radioiodine ingestion will always be much smaller than the thyroid dose.
4.2 DrinHng Water
- Consumer Pathway for Radiciodine.
4.2.1 Assumptions
Child (infant) water consumption: 900 al/ day (2 pints approx.)
Adult water consumption: 2000 al/ day (4 1/3 pines approx.)
Decay cine in water distribution system:
1 day.
l The contribution to dose of I-132 and I-134 is l
negligible because of the short half-lives and sas11 l
dose factors of these radionuclides.
4.2.2 Calculation of doses through water concentrations:
1
--,n.,..., - - -,..,
,----,-n,-e,-
,.,,.,.n
rags 2 4.242.1 Co11cet w2ter saapico and analymo en GeLi counter. Compute radiciodine concentrations in pCi/al.
4.2.2.2 Calculate thyroid doses by use of the following equations:
f TCW D
= 12000 C _g3g,+ 1400 C _g33, + 50 CI-135w 7
7 D
= 3700 C _g3g,+ 320 C _g33,+ 12 CI-135w TM g
7 where:
D
= human child (infant) thyroid g
l dose commitment in Rams per day l
of consumption of contaminated c.r.
D
= same as above for human adult.
g C _g3g,= concentration of I-131 in water 7
(uci/al) i C _g33,= concentration of I-133 in water l
g (uci/al)
C
= concentration of I-135 in water I-135w (uci/al)
NOTE:
Whole body doses due to radiciodine ingestion will always be auch sas11er than the thyroid dose.
4.3 Water + Fish + Consumer Pathway for Radiocesium
4.3.1 Assumptions
Child (teen) fish consumption: 44 g/ day (ils oz.
approx.)
Adult fish consumption: 57 g/ day (2 oz. approx.)
Bioaccumulation factor for cesium in fish: 2000.
The contribution to dose of Cs-138 is negligible because of its short half-life and small dose factor.
4.3.2 Doses can be calculated on the basis of radiocesium concentrations in either water or fish. Doses calculated on the basis of concentrations in fish will be more accurate than those calculated on the m
.aos >
basic cf concentr tiins in water. However, the measurement of water radiocesium concentrations permits the prediction of doses due to future consumption of fish.
4.3.3 Calculation of doses through water analysis:
4.3.3.1 Collect water samples and analyze on GeLi counter. Compute radiocesium concentrations in uCi/al.
4.3.3.2 Calculate whole body doses by usa of the following equations:
D
= 8000 CCs-134w + OM CCs-136v +
Cs-137w 6M C g
D,g = 14000 CCs-134w + 22M CCs-136v + 82 ECs-137v 3
where:
D
= human child (teen) whole body BCW dose commitment in Rams per day fish are exposed to cone-inated.
water.
D
= same as above for human adult g
D
= concentration of Cs434 h water Cs-134w (uci/al)
C
= concentration of Cs-136 in water-Cs-136v (uci/al)
C
= c neentration of Cs-137 h water Cs-137w (uci/al) i 4.3.4 Calculations of doses through fish concentrations:
l 4.3.4.1 Collect fish samples and analyze on GeLi counter. Compute radiocesium concentrations in uCi/ gram (wet weight).
4.3.4.2 Calculate whole body doses by use of the following equations:
.0 C DBCF Cs-134F +
.0 CCs-136F
- Cs-137F
=
D
= 6.9 C DAF Cs-134F *
- l Cs-136F + 4.1 CCs-137F where:
D
= human child (teen) whole body BCF dose commitment in Rams per day of consumption (at 44 g/ day) of contaminated fish.
iags /
D
= human adult infinity wholo body g
l dose commitment in Reas per day l
of consumption (at 57 g/ day) of contaminated fish.
l C
= c ncentration f Cs-134 in fish CS-134F l
(uci/s) l C
= concentration of Cs-136 in fish Cs-136F (uci/3) i l
i Cs-137F= concentration of Cs-137 in fish _, _ __
C (uci/s)
NOTE:
In any one day, a person may easily consume 5 or even 10 l
times the assumed daily quantity l
of fish.
l Liver doses due to radiocesium ingestion are about two times the whole body doses. The whole body dose limit is 5 Rees, and 1
the dose limit for the liver is 15 Rams; therefore, the whole body doses are limiting.
5.0 Enclosures 5.1 Food Chain Dose Calculations Worksheet I
f l
l V
e J
..ac caura 5.:
Pego 1 of 3 FOOD CHAIN DOSE CALCULATIONS WORKSHEET Date:
Performed By:
I.
Dose to Thyroid from Radioiadine A.
Vegetation + Cow or Goat Milk + Consumer Dese Pathway 1.
Vegetation Analysis: Date Sempled Location i
l Multiplying Factor Age Isotope Concentration In (res/d)
Dose Group (I-
) Vegetation (uci/3)
(uci/s)
(res/d)
Child 131 3200"
=
180" (In-133
=
i fant) 135 1.1
=
Total Dose
=
420" Adult 131
=
20 "
133
=
0.1" 135
=
l Total Dose
=
l "All multiplying factors for vegetation' are for cow milk, if the dose from goat milk is desired, multiply the dose from cow milk calculations by 1.2.
2.
Milk Analysis: Date Sampled Location Multiplying Factor Age Isotope Concentration In (res/d)
Dose Group (I-
) Vegetation (uci/g)
(uC1/s)
(res/d)
I Child 131 13000
=
(In-133 3000
=
fant) 135 590
=
Total Dose
=
l Adult 131 1700
=
133 300
=
1 135 65 Total Dose
=
I
+
Ptt---v'-Trr--Pp-
--f'f T
--WW-T---v'--rfe-'--Wgyw er-t-yv&-'-
r-*-----T--==-wt-e-----v-um
Inciocuro 3..
Pago 2 of 3 1
B.
Drinking Water + Consumer Dose Pathway:
Dece Sampled Location Italtiplying Factor Age Isotope Concentration In (res/d)
Dose Group (I-
)
Water (uci/al) _
(uci/si)
(res/d)
Child 131 12000
=
(In-133 1400
=
l fant) 135 50
=
l Total Dose
=
Adult 131 3700
=
133 320
=
(
135 12
=
l Total Dose
=
II. Dose to Whole Body from F.adiocesium:
A.
Water - fish
- Consu:mr Dose Pathway 1.
Water An.tlysis: Date Sampled Location 1ealtiplying Factor Age Isotope Concentration In (res/d)
Dese Group (Cs-
)
Water-(uC1/ml)
(uci/al)
(res/d)
Child 134 8000
=
(Teen) 136 2000
=
137 4600
=
Total Dose
=
Adult 134 14000
=
136 2200
=
137 8200
=
Total Dose
=
e g
y
--._y
F.nclosuro 3.1 Prg3 3 of 3,
2.
Fich Analysio: D:tc Sampled Location Indtiplying Factor Age Isotope Concentration In (res/d)
Dose Group (Cs-
)
Fish (uci/3)
(uCL/a)
(res/d)
Child 134 4.0 -
=
(Teen) 136 1.0
=
2.3
- 137, ga s-Total Dose' -
=
} 7,
~
l 6.9 ' ~
Adult 134
=
136 1.1
=
+-
- s Ts 137 4.1 ' '
=
is -
- ~,
Total Dose
'=
+
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BP/0/B/1009/15 DUKE POWER COMPANY J. J W
McGUIRE NUCLEAR STATION NUCLEAR POST-ACCIDENT CONTAINMENT AIR SAMPLING SYSTEM OPERATING PROCEDURE
(
1.0 Purpose 1.1 This procedure describes the operation of ths Nuclear Post-Accident Containment Air Sampling System in order to w
promptly obtain a containment air sample under a nuclear s
t i
x reactor accident condition to:
1.1.1 Keep radiation exposure less than three (3) Rams whole body dose and eighteen and three-quarters (18 y
3/4) Rams to extremities for personnel taking samples.
1.1.2 Provide information related to the extent of core damage that has occurred or may be occurring during an accident, and 1.1.3 Determine the types and quantities of fission 3
products released to the containment atmosphere and which may be released to the environment.
1 2.0 References U
2.1 Duke Power Company Nuclear Station Post-Accident Containment g
i Air Sampling System Manual.
y 2.2 USNRC Regulatory Guides 1.3 and 1.4.
2.3 Station Nealth Physics Manual. Section 13.1, Bandling, Storage, and Disposal of Radioactive Sources.
2.4 Station Realth Physics Manual. Section 12.1, Operation Procedure for the Nuclear Data -6600 GeLi System.
j 2.5 Station Chemistry Manual. Procedure CP/0/A/8200/05, Inclosure
[
6.3, Directives for Personnel Conduct in the Not Laboratory.
2.6 Station Chemistry Manual, Procedure CP/0/B/8600/19, Section l
4.3, Preparation of Thiosulfate Solution for Post-Accident Gas Sampling.
3.0. Equipment l
3.1 Equipment required per sample.
i.
l I' Nalgene 500 mi bottle of NaOH with accompanying vial of l
3 Na:Ss s*58:0.
o l
m t
\\
\\,
l %'
3' y
l t
s, q
1, i,
. ma t
.s
Pega 2 j
1 Naisene 500 mi thiosulfato samplo bstelo.
- 1. 100 mi gas bomb.
1 Step watch.
1 Shielded container.
NOTE:
All above equipment is located in the Health Physics Shift Lab in the fils drawer labelled " Post-Accident Gas Sampling Equipment", except the shielded container, which is located in the cabinet under the fuma hood. All equipment below is in the Chemistry Hot Lab.
I 100 al gas bomb 1 Nalgene 60 mi bottle.
2 Rubber septums.
1 Syringe.
I 1000 al graduated cylinder.
2 50 ml graduated cylinder 1
100 mi beaker Tyson tubing (approximately one foot in length).
4.0 Time Required 4.1 Sampling mast be completed in less than three (3) hours from the time a decision is made to take a sample.
4.2 The sampling cycle will require two (2) Health Physics personnel approximately one (1) hour per sample, of which approximately ten (10) minutes will be spent in the sample panel area. One person will operate the control panel while the other will perform transit duties to and from the sample panel.
5.0 Limits and Precautions 5.1 Only the Station Health Physicist or his designee can authorize the use of this procedure when needed and should provide appropriate surveillance and control of personnel l
taking the samples.
Entry and azit route tc sample panel and control panel area to be determined by EP surveys.
l 5.2 Inform the Shift Supervisor that gas sampling will be performed and that one Hz Analyser will be inoperable during l
sampling. The Shift Supervisor will be notified as to which Hz Analyzer is in use per step 6.9.
Pcg3 3 5.3 Personnel consunications can be cchicved by using cxtensica 4330 at location BB54 near the control panel, and extension 4325 at location DD55.
5.4 The Tran Area Evacuation mode shall not be used.
5.5 The Past Sample Dilution mode shall not be used.
5.6 The Sample Line Select Switch shall not be used.
5.7 The Racire Pump must never be used at any pressure other than 0" of Eg.
5.8 Moving the Selector Switch from one mode to another stops all 4
current system operations. Depressing the Activate pushbutton starts operation of the newly selected mode.
5.9 The Radiation Monitor on the control panel will provide background levels of radiation prior to, during, and after sampling, and an indication of conemmination within the system or panel for progressive samples.
5.10 If the needle cf the Radiation Monitor " pegs out" on the upper end of the meter scale while the lower scale (ar/hr) is being used, imediately turn the selector knob to the higher scale (r/hr).
5.11 If the Radiation Monitor reading cannot be reduced below J6 R/hr (see Enclosure 8.2 Table II) by purging the system with Ns, (see 7.1 steps 7.1.1 thru 7.1.12), do not return to the sample panel, but contact the Station Health Physicist immediately for further instructions.
5.12 If thiosulfate comes in contact with the skin during preparation (see 6.0, step 6.3), transferal (see 6.0, step 6.10), or dilution (see 7.0, steps 7.6.8, 7.6.9, and 7.6.11),
wash the affected area as soon as possible with soap and
[
lukewarm water.
I 5.13 Dilute samples in accordance with Health Physics practices for handling radioactive meterials.
r 5.14 Treat and deconta=4==ce all spills immediately.
5.15 Dispose of syringes, septums, rubber gloves, etc., in radweste receptacles.
5.16 If problems with the radiation monitor are evident (i.e. no indication of radiation on the meter) notify the Station Health Physicist prior to contacting IAE at extension 4420 for l
Pcg3 4 cecictanca. Turn ths Sqlectnr Switch to tha 0FF moda and discontinue sampling until the problem is corrected. Once corrected, continue the procedure where left off.
5.17 If problems with the pressure and/or temperature gauges are evident (i.e. no indication on a meter or no rariances during sempling) notify the Station Health Physicist prior to contacting IAE at extension 4620 for assistance. Turn th<n Selector Switch to the g mode and discontinue sampling until the problem is corrected. Once corrected, continue the l
procedure where left off.
l 5.18 Projected doses to person performing transit duties are listed I
on Table I of Enclosure 8.2.
5.19 One copy of this procedure is required for each sample taken.
6.0 Prerequisite System Conditions NOTE:
Steps in which person is required to go to the semple panel will be denoted by asterisks (**) to i
the left of the section number.
Initial / Time
/
6.1 Obtain Post-Accident Control Panel key and key
- C415A from Health Physics Shift Lab (Room #954, level 767) to unlock H Monitor Panel (either train A 2
or B).
/
6.2 Obtain thiosulfate package from the file drawer labelled " Post-Accident Gas Sempling Equipment" in the Health Physics Shift Lab (Room #954 Level 767).
The package consists of bottles labelled "2.42E-3 NaOH" with vials attached to the side labelled "0.3003 ga Na:S Os*5H 0."
l
/
6.3 Prepare thiosulfate solution per chemistry procedure CP/0/B/8600/19, section 4.3, taking all. precautions listed therein.
(CP/0/B/8600/19 with sampling.
equipment in Shife Lab.)
/
6.4 Verify that breaker #41 on breaker nanel 1EJ is closed to provide power to the system.- The panel is at location MM56 on level 750. Contact Shift Supervisor before closing breaher.
/
6.5 Verify that H Mor,itor is in the Standby mode.
If 2
i i
i t
I y-
_.,r*
.v-
Pcg3 5 H Monit:r is not in th3 Standby moda, use the 2
alternate train. The H Monitor Panel train A is at 2
location CC53 on level 750, and train B at CC53 on level 733.
/
6.6 Open sample line inlet solenoid valve to divert j
containment atmosphere to the sample panel by depressing the black g pushbutton located on the H2
(
Monitor Panel under the Sample Routed to PAMS Panel label. Accompanying red power light should energize.
/
6.7 Open sample line outlet solenoid valve by turning the Isolation valve Open key lock switch, located on the H Monitor Panel, to the g position.
2
/
6.8 Obtain contain==nt atmosphere by turn,ing Sample Location Selector, located on the H Monitor Panel, 2
to Pos. #1. Accompanying red power light should energize.
/
6.9 Notify Shift Supervisor at extension 4138 or 4262 as to which train is in use.
/
- 6.10 Pour contents into the thiosulfate tank, which is on top of the sample panel (location CC52, level 733).
i Leave the cap off of the thiosulfate tank after transferring the thiosulfate.
/
6.11 Verify that all four service valves are open before operation. These are the DI, VI, and N2 **1'**
located on the outside upper left side of the sample panel, and the TS valve located on the inside upper center of the sample panel. These valves are opened by rotating the black switches counter-clockwise one-quarter turn to the upward position.
/
- 6.12 Plug in vacuum pump. (Receptacle is located beneath the frisker beside Hydrogen Analyser Panel.) Vacuum pump should energize.
NOTE:
6.13 thru 6.22 concern initial control panel settings. Control panel is at location CC53, level 750.
/
6.13 The Sample Volume Select must be set on Sas11.
Pcg3 6
- l
/
6.14 The Dilution Vnlume S' lect must be cce on h.
~
/
6.15 The Selector Switch must be in the Off position.
/
6.16 Nove the System Purse toggle switch to the Normal position.
/
6.17 Nove the Rafill toggle switch to the og (down) position.
/
6.18 Turn the TC Switch to position 1, which is the thermocouple setting to measure sample line temperature. Position 2 will measure ambient temperature within the sample panel.
/
6.19 Turn Key I.ock Switch to Power On.
Power on light should energize.
/
6.20 Turn the Radiation Monitor & by moving the toggle switch (located below the meter) to the g position.
i
/
6.21 Turn the selector to EATT and verify that the needle i
is in the " red test region" on the right end of the scale.
If reading is below the test region, notify the Station Health Physicist prior to contacting IAE at extension 4420 for assistance. Do not continue until IAE verifies that the problem is corrected.
/
6.22 Select the appropriate rate so that the needle is on the meter scale by first turning the selector knob to higher scale (r/hr) and, if necessary, to lower scale (ar/hr).
7.0 Operatina Procedure NOTE 1:
All steps in the operating procedure are momentary unless otherwise specified.
NOTE 2:
Steps in which person is required to go to 4
the sample panel will be denoted by asterisks (**) to the left of the section number.
NOTE 3:
The three sign-off lines on each of steps 7.1.3 thru 7.1.11 are used per step 7.6.5 as necessary.
7.1 System Purse
/
7.1.1 Turn Select Switch to System Purse.
/
7.1.2 Move Normel-Sample Purae toggle switch to
=
"em--
---.m..
..a
.-.c m
Pag 3 7 l'
"Samplo Pursq.
/
7.1.3 Depress Activate pushbutton.
/
/
/
7.1.4 Depress Evac pushbutton (Evac light should
/
energize) and watch the pressure gauge slowly
/
drop to -25" of Es.
/
7.1.5 When pressure reaches -25" of Es, depress the i
/
Stop pushbutton, and unplus the vacuum pump.
/
l
/
7.1.6 Press down and release the Gas Purse toggle
/
switch and watch the pressure gauge rather
/
swifCly rise to +10" of Es.
/
7.1.7 When pressure reaches +10" Es. depress the Stop
/
pushbutton and plug in vacuum pump.
l
/
/
7.1.8 Depress the Activate and then the Evac
/
pushbuttons and watch the pressure gauge drop
/.
to 0" of Es.
/
7.1.9 When pressure reaches 0" of Es. depress the
/
Stop pushbutton.
/
/
7.1.10 Depress M pushbutton and wait for thirty
/
(30) seconds.
/
/
7.1.11 Depress Stop pushbutton.
/
/
/
7.1.12 Nove Normal-Sample Purse toggle switch to Normal.
/
7.1.13 Turn Selector Switch to Solution Chanseout.
/
7.1.14 Attach the TS sample. bottle to the sample panel by inserting the plastic hose into the bottle which is located on the lower left side of the panel. Attach'the gas sample bomb to the sample panel on the lower right side of panel.
m-
.m
,y
-e.,
wr-
--.--w up y
-.,w,,
w
Pcge 8
/
7.1.15
' Rec:rd the Radiation Moniter reading as a background reference where specified on.1.
i
/
7.1.16 Record sample line temperature reading for sample volume calculations where specified on.1.
Proceed to section 7.2.
7.2 _ Solution Channeout
/
7.2.1 Depress Activate pushbutton.
/
7.2.2 Depress Flush pushbutton and hold thirty (30) seconds.
/
7.2.3 Depress h pushbutton and hold thirty (30) seconds.
/
7.2.4 Depress M pushbutton and hold for thirty (30) seconds.
/
7.2.5 Nove the Rafill toggle switch to ON (up) position and wait two (2) minutes and then move toggle switch back to g (down) position.
/
7.2.6 Turn Selector Switch to Dilution Volume Evacuation and proceed to section 7.3.
7.3 Dilution Volume Evacuation
/
7.3.1 Depress the Activate pushbutton and watch the pressure gauge drop to -25" of Ha.
/
7.3.2 When pressure reaches -25" of Es turn Selector Switch to Sample Recire, unplus vacuan pump, and proceed to section 7.4.
7.4 Sample Racire l
/
7.4.1 Depress Activate pushbutton.and wait for five (5) minutes.
/
7.4.2 Note pressure gauge reading on sample inlet line, and record where specified on Enclosure 8.1.
/
7.4.3 Depress Sample pushbutton and wait for one (1) minute.
/
7.4.4 Depress Trap pushbutton and trait for ten (10) seconds.
/
7.4.5 Enter time of sample trap where specified on.1.
t
Peg 2 9
'l
/
7.4.6 Turn $+1rctar Switch to Samplo Dil" tion and proceed to section 7.5.
7.5 Sample Dilution
/
7.5.1 Depress Activate pushbutton.
/
7.5.2 Depress Slow pushbutton and watch pressure gauge rise slowly to 0" of Es.
/
7.5.3 When pressure reaches 0" of Hz. depress the Stop pushbutton.
/
7.5.4 Depress the Racire pushbutton and wait for five (5) ainutes.
/
7.5.5 Close the gas sample bomb onclet valve, weit five (5) seconds and close the inlet valve.
/
7.5.6 Depress the Stop pushbutton.
/
7.5.7 Turn Selector Switch to Solution Chansecut and proceed to section 7.6.
7.6 Samples Collection
/
7.6.1 Depress Activate pushbutton.
/
7.6.2 Simultaneously depress and hold thai E M pushbutton and the h pushbutton for five (5) minutes. TS should transfer into the TS sample bottle.
i
/
7.6.3 Depress h pushbutton and hold one (1) minute.
/
7.6.4 Depress TS Sample Grab pushbutton.
/
7.6.5 Turn Selector Switch to System Purse and repeat steps 7.1.3 thru 7.1.11 as needed to reduca radiation levels within the sample panel to as near the background level (listed on appropriate Enclosure) as possible, or until no noticeable decrease is observed on the Radiation Monitor from one Na purge to the next. Record the Radiation Monitor reading where specified on Enclosure 8.1.
NOTE:
At this point, sample panel controller can proceed to Chemistry Hot Lab.
/
" 7.6.6 Unplug vacuum pump.
(Receptacle is located l
1
Pcg3 10 undar tha fricker b:cida the Hydr: gen Analyscr Panel.)
/
7.6.7 Tightly cap the TS sample bottle and disconnect the gas sample bomb from the sample panel.
Radioactive sources are to be handled according to Section 13.1 of the Station Health Physics Manual.
/
7.6.8 Place the TS Sample Bottle and the ass sample bomb into shielded container and transport to the Chemistry Bot Lab (Room #1105, level 775).
Place the samples in the designated shielded area provided for hot samples.
/
7.6.9 Transfer the thiosulfate solution into a 1000 al graduated cylinder to determine the l
thiosulfate dilution volume (TDV). Record this value where specified on Enclosure 8.1.
Use standard chemistry laboratory techniques, and precautions per Chemistry procedure CP/0/A/8200/0F, Enclosure 6.3 (Enclosure is posted in the Hot Lab).
/
7.6.10 Transfer fifty (50) al of the thiosuli' ate sample into a sixty (60) al Nalgene bottle using techniques and precautions referenced in 7.6.9.
Tighten cap onto the sample bottle.
/
7.6.11 Transfer the prepared thiosulfate sample and gas sample bomb to the H.P. Count Room (Room
- 947A, level 768) for analysis. Samples will be analyzed per Station H.P. Manual. Section 12.1, Operating Procedure for the Nuclear Data 6600 GeLi System. Sample data on Enclosure 8.1 of this procedure will be required for analysis.
/
7.6.12 If additional sample dilution is required for GeLi counting, perform the dilutions in the Chemistry Hot Lab per techniques and precautions referenced in Section 7.6.9, until samples are suitable for analysis. Dilution
't Pcge 11 fcctors used will ha datarmined by tha Count Room Supervisor or his designes, and values inserted where specified on Enclosure 8.1.
/
7.6.13 Excess samples are to be disposed of per guidelines referenced in 7.6.8.
/
7.6.14 If another containment air sample is needed, repeat Steps 6.2, 6.3, 6.10, and 6.12 and begin procedure at Section 7.1.
/
7.6.15 If no additional containment air samples are needed, turn Selector Switch to Off.
/
7.6.16 Turn Key Lock Switch to Off.
/
7.6.17 Close sample line valves by depressing Off pushbutton on H Monitor Panel. The pushbutton 2
is under the Sample Routed to PAMS Panel label.
/
7.6.18 Close sample line outlet solenoid valve by turning the Isolation valve Open key lock I
switch, located on the H Monitor Panel, to the 2
OFF position.
/
7.~6.19 Turn Sample Location Selector, located on the i
H Monitor Panel, to 0FF. Lock H Monitor 2
2 Panel.
/
7.6.20 Close all four (4) service valves by turning i
one-quarter turn clockwise.
/
7.6.21 Notify Shift Supervisor of sampling completion and that the Hs Agalyser used during sampling is operable.
/
7.6.22 Notify the Station Health Physicist when sample analyses are complete.
8.0 Enclosuren 8.1. Sample Data Sheet 8.2 Table I - Projected Dose to Person Performing Transit Duties Table II - Maximum Allowable Dose Rate in Sample Panel Area 8.3 Entry and Exit Route to Sample Panel s.
-n..
l HP/0/B/1009/15
..1 Page 1 of 2 SAMPLE DATA SHEET Name:
Date:
Time of Sample Trap:
Radiation Monitor Rasding per 7.1.15:
Radiation Monitor Reading per 7.6.5:
Sample Line! Temperature (*F):
(TC Position 1 Only)
Time of Thiosulfate Sample Analysis:
Time of Gas Sample Analysis:
Sample Volume (SV) 293 + (5/9) (
- F - 32)
(14.7 +
P "Hg)
SV = 1.3c 293 14.7 l
SV =
cc First Thicoulfate Dilution Factor (TDF )
g TDF SV
=
g TDV l
TDF
=
g Second Thiosulfate Dilution Factor (TDF )
2 TDF x d of sample g
TDF 2
al of DI water l
TDF2" NOTE: TDF will be determined by Count Room Supervisor or his designee, 2
as necessary.
- - -. - -. - - -~.,,,,. - - - - - - - - -.,
l HP/0/B/1009/15
".1 Page 2 of 2 First Gas Dilution Factor (GDF )
g SV GDF
=
0 10 l
GDF
=
g Second Gas Dilution Factor (GDF )
2 GDF GDF, x cc of sample
=
2 cc container velume GDF2" NOTE: GDF will be determined by Count Room Supervisor or his designee, 2
as necessary.
E e
e w
-m------
w-
v,,r
+ - -
y w
l HP/0/B/1009/15
- .2 Page 1 of 2 Table I - Projected Dose to Person Performing Transit Duties.
Time Post-Accident (Hours)
Dose (R) 0 3.041 1
1.977 2
1.429 3
1.125 4
0.912 5
0.821 10 0.517 24 0.231 NOTE:
Any dose at a time not listed can be determined by cross-referencing on the graph. (Graph on next page).
The vertical axis is the fraction of the Time = 0 dose.
The horisontal axis is the time in hours post-accident.
Table II - Mari - Allowable Dose Rate in Sample Panel Area.
In reference to Section 5.10:
(x - )( E r.)
=31 I
h hr 60 R
i x
= 16.36 _
hr x
= 16 hr 1
Where:
I = maximum allowable dose rate in R/hr
.ll.
60 = time in sample panel area in hours, uhich includes:
1 minute transit to and from sample panel 10 minutes at sample panel 3 R = maximum allowable whole body dose per quarter l
l
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PT/0/A/4600/11 DUKE POWER COMPANT McGUIRE NUCLEAR STATION FUNCTION CEECK OF m m IRCT VERICLE AND EQUIPMENT 1.0 Purpose 1.1 To ensure that protective equipment and supplies are operational, and that communications capability exists with the various emergency personnel sad emergency organizations at au times in the support of an emergency condition at the station.
2.0 References 2.1 NURIG-0654 (Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants).
3.0 Time Raouired 3.1 Sixteen (16) aanhours.
4.0 Prerequisite Tests N/A
)
5.0 Test Equipment N/A 6.0 Precautions and Limitations
(
6.1 A mini-of two people shan be aboard the emergency boat when in use.
6.2 Emergency boat operators shall usintain radio communications with the McGuire lhef==e Station at all tians and will verify this capability by performing a radio, check every 30 minutes during the period the boat is being operated.
6.3 Personnel aboard the emergency boat shall wear floacation vests at all times and semi-dry suits when Condenser Circulating Water (RC) inlet temperature drops below 60*F.,
and outside air temperature is below 55' F.
6.4 Emergency boat fuel tank level sha n be estatained at _> fun at a u times.
6.5 Per_sonnel using an emergency vehicle sha n wear seat belts.
6.6 Personnel sha n fo now su FCC regulations during radio transmissions.
7.0 Required. Station Status
Pag 3 2 N/A
- 8. 0' Prerequisite System Conditions N/A 9.0 Test Method N/A j
10.0 Data Required 10.1 Equipment check-Off List - Emergency Vehicles (Enclosure 13.1) 10.2 Equipment Check-off List - Emergency Boat (Inclosure 13.2) 10.3 Post Accident Containment Air Sampling Equipment (Enclosure 13.3) 10.4 Protective Equipment and Supplies Locations (Enclosure 13.4) 10.5 Protective Equipment and Supplies Check-Off List -
Escovery Kits (Enclosure 13.5) 10.6 Protective Equipment and Supplies check-Off List -
Environmental Survey Kits (Enclosure 13.6. 13.7. 13.8 13.9) 1 10.7 Protective Equipment and Supplies Check-Off List -
Personnel Survey Kit - Construction Post #1 (Enclosure 13.10) 10.8 Protective Equipment and Supplies Check-Off List -
Personnel Survey Eit - Brass Shack (Enclosure 13.11) 10.9 Protective Equipment and Supplies check-Off List -
Personnel Survey Eit - PAP Area (Enclosure 13.12) 10.10 Protective Equipment and Supplies Check-Off List -
Personnel Survey Eit - Evacuation Facility (Enclosure l
13.13) 10.11 Technical Support Center Kit Check List (Enclosure 13.14) 10.12 Medical Decontamination Kit Check-Off List (Enclosure 13.15) 10.13 Medical Decone==4== tion Kit Check-Off List. Charlotte Memorial Hospital (Enclosure 13.16) 10.14 Operation Support Center Kit Check List (Enclosure 13.17) 10.15 Puel Shipment Kit (Enclosure 13.18) 10.16 Verification of Emergency Communications (Enclosure 13.19)
Pese 3 10.1,7 National Weather Service and Onsite Weather (Enclosure 13.20) 11.0 Acceptance Criteria N/A 12.0 Procedure 12.1 Energency Vehicles Date/ Initials
/
12.1.1 Once during each month and after emergency use. ',
the emergency vehicles shall be inventoried per
> 3.1 (Equipment Check 4ff List -
Emergency Vehicles).
/
12.1.2 With each inventory a check-off itse shall be completed and any discrepancies shall be noted on the list and reported to the emergency plan group immediately.
/
12.1.3 Preventive anintenance shall be the responsibility of the Emergency Pi===4== group of Health Physics and be performed by predesignated service areas.
12.2 Emergency Boat
/
12.2.1 once during each month and after use, the emergency boat shall be inventoried per enclosure 13.2 (Equipment Check-Off List -
Emergency Bost).
NOTE:
Run Time (Minf== 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> per month any be postponed up to, but not more than 3 months due to inclement weather.
/
12.2.2 With each inventory the check-off list shall be completed and any discrepancies shall be noted on the list and reported to the emergency plan group immediately.
/
12.2.3 Every 100 hours0.00116 days <br />0.0278 hours <br />1.653439e-4 weeks <br />3.805e-5 months <br /> of operation, the emergency boat shall be delivered to an authorised service representative for routine preventative O
8
Pass 4 amintenancs co per the owner's-oparators' manual.
12.3 Protective Equipment Kits
/
12.3.1 once during each month and after use, each
)
emergency kit listed in enclosure 13.4 (Protective Equipment Kit I.ocations) shall be inventorted per applicable enclosure 13.5 -
13.8'Rrotective Equipment Kit Check-off 1
'I.ists).
~
/
12.3.2 with each inventory the check-off list shall be completed and a copy placed in the applicable kit.
(The original shall be filed with the completed procedure records). Any discrepancies shall be noted on the check-off list and reporred to the emergency plan group insediately.
/
12.3.3 Check all batteries in kits monthly for strength and condition.
/
12.3.4 Verify calibration date and functional check each-instrument during inventory.
12.4 Telephone Communications
/
12.4.1 Once per calendar quarter, all telephone numbers and pages utilized in emergency procedures EP/0/A/5000/05-08, and Station Directives 3.8.1, 3.8.2 shall be verified correct and in working order. All jack-in telephones in the Technical Support Center will be verified in working order.
12.5 Radio Communications
/
12.5.1 Once during each month, McGuire emergency radio transmitter / receivers shall be operationally checked aa follows:
/
12.5.1.; McGuire Emergency Base Station -
verify capable communications with all county Emergency Operations Centers.
/
12.5.1.2 Emergency Environmental Survey Tema
Prga 5 Radios - vsrify c pablo communications with McGuire Emergency Base Station at a minimum distance of 10 miles.
/
12.5.1.3 Once a month, a call win be made to the National Westhaf Service locarad.
at the Charlotte Airport and McGuire Control Room to obtain the wind direction, speed and cloud cover.
/
12.3.2 Verification of capable emergency communications shan be documented per enclosure 13.19 (Verification of Energency Communications) and maintained on file by the Emergency Plan Group.
/
12.5.3 A currect verification letter of personnel authorized by Duke Power Company to report an emergency action level, to state and county agencies, win be used to anchantieste the person or persons initiating the report. The
- verification letter win be updatad every 6 months.
12.6 Emergency survey instruments and counting equipment shall be operationally checked quarterly per applicable Esalth Physics calibration procedures.
12.7 Emergency portable air samplers shan be operationany checked quarterly per Bealth Physics Manual. Section 15.2 Operation of Health Physics Air Samplers, utilizing their predesignated emergency vehicle and powerverter or gasoline powered generator as the power source.
12.8 Emergency pocket dosimeters shall be operationa ny checked quarterly per IP/0/3/1005/19. (Dos 1 meter Leak and Calibration Check).
12.9 Gasoline powered generators shall be operationany checked quarterly and preventative anintenance done as described in Section 4 of the owners' manual.
13.0 Enclosures 13.1 Equipment Check-Off List - Emergency Vehicles l
m-a b-*
.em ie m==
g N
-f 7'--
"T' m
Page 6 13.2, Equipment Check-Off List - Emergency Boat 13.3 Post Accident Containment Air Sampling Equipment List.
13.4 Protective Equipment and Supplies Locations 13.5 Protective Equipment and Supplies Check-Off List - Recovery Eits 13.6 Protective Equipment and Supplies Check-off List -
Environmental Survey Kits Bealth Physics Vehicle 13.7 Protective Equipment and Supplies Check-Off List -
Environmental Survey Kits Ad=4=4 =trative Vehicle 13.8 Protective Equipment and Supplies Check-Off List -
Environmental Survey Eits chemistry Yehicle 13.9 Protective Equipment and Supplies Check-Off Lise -
Environmental Survey Kits Maintenance Pickup (Spare) Boat 13.10 Protective Equipment and Supplies Check-Off List - Personnel Survey Kit - Construction Post #1 13.11 Protective Equipment and Supplies Check-off List - Personnel Survey Kit - Brass Shack 4
13.12 Protective Equipment and Supplies Check-Off List - Personnel Survey Eit PAP Area 13.13 Protective Equipment and Supplies Check-Off List - Personnel Survey Kit - Evacuation Facility 13.14 Technical Support Center Eit Check List 13.15 Medical Decontamination Kit check-Off List 13.16 Medical Decontamination Kit check-4ff List, Charlotte Memorial Hospital 13.17 operational Support Center Kit Check-off List 13.18 Puel Shipment Kits Check-Off List 13.19 Verification of Emergency Cosumunications 13.20 National and On-Site Weather Information h
l Pg37 PT/0/A/4600/11 Enclesura 13.1 IQUIFIGNT CIECK-OFF LIST EMERGENCY VERICLES Vehicle f (circle one) 1
~
7632 Bealth Physics Vehicle l
l 4352 Chemistry Vehicle 8031 Maintenance Vehicle 7105 Administration Vehicle ITEM AMOUNT Fire Extinguisher 1
First Aid Kit L
Vehicle Accident Form 1
Keys (PAP) 1 set each
/
Discrepancies:
i Signature /Date e
N.
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Fag 3 8
~
FT/0/A/4600/11 Encionura 13.2
~
EQUIPMENT CHICK-OFF LIST EMERGENCY BOAT INTENTORY M
M Flostation Vest (one per person) 4 Semi-Dry Suits (one per person as required) 4 Buoyant Jacket (one per person as required) 4 Fire Extinguisher 1
Paddles 2
First Aid Eit 1
Anchor and Line 1
Snaka Bite Kit 1
Loud Emilar i
OPERATIONAL CEECKS M
l Bilge Pamp Loud Bailer Born Siren Navigation Lights Search Lights Fuel Tank Level 1 full Run Time 084=4-- - 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> by log)
Discrepancies:
Signacure/Date
~
- 4 f.,--
r
-+
Pega 9 PT/0/A/4600/11 3.3
- l POST ACCIDENT CONTAINtGNT AIR SAMPLLMG EQUIPMENT Ch..a !_
Nalgene 500 al Bottles of NAOR with Accompanying
- 3R 0 6
Yial of g 5 023 2
Nalgene 500 al Thiosulfate Sample Bottles 6
i Stainless Steel 100cc Gas Bombs 6
Poly Bass 6
i Stop Watch 1
l Location:
Realth Physics Shift Lab in File Drawer Labeled " Post Accident Air Sempling Equipment."
I l
l
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./
N
- s. '.
Prge 10 4
PT/0'/A/4600/11l\\
)
' 3.4 tl 3;
I PROTECTIVE EQUIPMENT AND SUPPLIIS t
s i.
cs
,N i
sc t
KITS LOCATIC'4
- Recovery Kits (4)
Contrcl Nom s
e Station Manager's Office
\\
s t
Training & Technology case.
. '4
(
Cowans Pord Das Environmental Survey Kits (4)
Trailer #7 Personnel Survey Kits (5)
Construction Post #1 Construction Post #L f
Brass Shack Construction Post il
'i)
/
Evacuation Pacility (2)
Cc:ssa Pord Dam, and I\\
Training & Technology
- \\;
~_.
s\\
Center b,'
s r.
9 4
Medical Decontamination Kit W 14=7 BuildfagN '
\\
i ss
{y Pirst Airt Ecom and '\\ \\
1m Caerlotte Merarial'Rosp.
g 4
}.
I A3 Operational Support Center Kit Operztional supports cancer ~
!} /
r
\\
l Technical Support Center Kit Technical Cupport,Cadter, x E
l Puel Shir?1tA JJ.cs (2)
Trailer #7p ^
l l
I a
W e
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Pcg3 11 l
PT/0/A/4600/11 3.5 s
yy RECOVERY KITS CHECK LIST s
i ITZ11 AMOUNT Ieter Mod 305B 1
High Range Doetasters I
Dosimeter Charger 1
~
u
- s
. Bound 46'11bbon or Rope (50 yd. roll) 1
.- Masking Tipe (roll) 1 3
- 2) j.
Rain Suits (set) 2 U'
l' Protective Clothing (sat) 2 12 i
Poly, Bass ' (various)
N*
,f Caution Signs w/ inserts 2
Lasal' Pads 1
BN F.2rm #2 (Seear Survey Form) 5 Pens 2
Greate Pencil 1
Norton 7600 Respirators w/7500-83 Chemical Cartridges 2
'First Aid Kit 1
e
~'
.Potassi Iodide Tablets 475 Bottles-Cowans Ford, 150 Bottles-Control Room,
..t
(
Station Manager's Office, s
Tr=ining & Technology Cent.
Smears (box) 1 Nucon Saears 30 Soap (bar) 6 Flashlight I
Batteries 4
e Pocket Knife 1
Small Sample Bottias 200 Cowang Ford 60 Station Managers Office Trainine & Technology Cent.
Control Roca Discrepancies:
\\*
Signature /Date i
t
" ' ~ - -
Pass 12 PT/0/A/4600/11
. 3.6 ENVIRO 1 DENTAL SU17ET CEECK LIST HEALTE PETSICS VERICLE t a r.ri AwLrr Zetes Mod 3055 and Berline E-520 or E-120 w/260 probe 1 each Sam-2 w/ED-22 probe 1
Emergency Radio Transmitter / Receiver 1
Radeco E809V Air Sampler 1
Trippe PY1000FC Powerverter or Gasoline Powered Generator 1
Bigh Range D'simeter 2
o Dosimeter Charger 1
TLD (in separate labeled container) 2 Norton 7600 Respirator w/7500-83 Chemical Cartridges 2
Potassium Iodide Tablets (bottle) 1 Protective Clothing (full set) 3 roly sags (various sizes) 6 Masking Tape (roll).
1 Limnological Sampler 1
Cubitainers 6
Hand Gardening Spade 1
Stopwatch 1
Flashlight i
Batteries 4
Silver Zaolite (CP100G or GT130) Filter Cartridges and Particulate Filters.
30 Labels for Filter Cartridges 30 Samars (boz) 1 Nucon Seears 30 EP form #2 (Seear Survey Form) 10 EP Form #6 (Air Survey Form) 10 Map of Ten Mile Zona Sectors 1
Legal Pad 1
Snake Bite Eit 1
Pen 2
Grease Pencil 1
l Dime Roll 1
l Pocket Knife 1
l Esalth Physics Manual - Section 18.2 1
Discrepancies:
r Signature /Date
++u-.
,.,,.,c,-
_.-,s
.--..-..e.
,.c
-v.nw w
Paga 13 PT/0/A/4600/11
, 3.7 ENVIRO 10GNTAL SURVEY CHECK LIST ADMIN. VEHICLE ITEM AMOUNT Iscaz Mod 3058 sad Der 11aa E-520 or E-120 w/260 probe 1 each Sam-2 v/ED-22 probe 1
Emergency Indio Transmitter /Isceiver 1
Radeco H8097 Air Sampler 1
Trippe PY1000FC Powerverter or Gasoline Powered Generator 1
High Range Dosimeter 2
Dosimeter Charger 1
TLD (in separate labeled container) 2 Norton 7600 Easpirator w/7500-83 Chemical Cartridges 2
Potassius Iodide Tablets (bottle) 1 Protective Clothing (full set) 3 Poly Bass (various sizes) 6 Masking Tape (roll) 1 cubitainers 6
Hand Gardening Spade 1
Stopvacch 1
Flashlight 1
Batteries 4
Silver Zeolite (CP100G or GT130) Filter Cartridges and Particulate Filters 30 Labels for Filter Cartridges Samars (box)
I l
Nucon Smears 30 HP Form #2 (Smear Survey Form) 10 HP Pors #6 (Air Survey Form) 10 Nap of Ten Mile Zone Sectors 1
i l
Legal Pad 1
Snaka Site Eit 1
Pen 2
Grease Pencil 1
Dime Roll 1
Pocket Enife 1
Health Physics Manus 1 - Section 18.2 1
Discrepancies:
Signature /Date l
l l
l l
l l
i Pasa 14 PT/0/A/4600/11 i
I
, 3.8 ENY uCIDENTAL SURVIT CHECK LIST CHEMISTRY VERICLE ITEM AMOUNT Zetex Mod 305B and Eberline E-520 or E-120 w/260 probe 1 each Sam-2 w/ED-22 probe 1
Energency Radio Transmitter / Receiver 1
Radaco E8097 Air Sampler 1
Trippe PY1000PC Powerverter or Gasoline Powered Generator 1
Eigh Range Dosimeter 2
Doeinster Charger 1
TLD (in separate labeled container) 2 Norton 7600 Easpirator w/7500-83 Chemical Cartridges 2
Potassius Iodide Tablets (bottle) 1 Protective Clothing (full set) 3 Poly Bass (various sizes) 6 Masking Tape (roll) 1 Cubitainers 6
Hand Gardening Spade 1
Stopwatch 1
y1..h14ghc 1
Batteries 4
Silver Zeolite (CP100G or GT130) Filter Cartridges and Particulate Filters 30 Labels for Filter Cartridges '
30 Seears (box) i Nucon Samars 30 HP form #2'(Seear Survey Form) 10 EP Foru #6 (Air Survey Form) 10 Map of Ten Mile Zona Sectors 1
Legal Pad 1
Maska Bite Eit 1
Pen 2
Grease Pencil 1
Dime Roll 1
Pocket Enife 1
Health Physics Manual - Section 18.2 1
Discrepancies:
Signature /Date O
l m-
--'a--
m
P:g2 15 PT/0/A/4600/11
. 3.9 ENVIRONMENTAL SU1LVET CHECK LIST MAINT. PICKUP (SPARE) VEHICLE ITEM AMOUNT Zates Mod 3053 and Eberline E-520.or E-120 w/260 probe i each San-2 w/RD-22 probe 1
Emer5ency Radio Transmitter / Receiver 1
Radaco E809V Air Sempler 1
Trippe PY1000FC Powerverter or Gasoline Powered Generator i
High Range Dosimeter 2
Dosimeter Charger 1
TLD (in separate labeled container) 2 Norton 7600 Respirator v/7500-83 Chemical Cartridges 2
Potassius Iodide Tablets (bottle) 1 Protective Clothing (full set) 3 Poly Bass (various sises) 6 Masking Tape (roll) 1 Limnological Sampler 1
Cabitainers 6
Hand Gardening Spade 1
Stopwatch 1
Flashlight 1
Batteries 4
Silver Zeolite (CP100G or GT130) Filter Cartridges and Particulate Filters 30 Labels for Filter Cartridges 30 Seears (box) i Nucon Seears 30 HP Torm #2 (Seear Survey Form) 10 BP Fora #6 (Air Survey Form) 10 Map of Ten Mila Zone Sectors 1
Legal Pad 1
Snake Bite Eit 1
Pen 2
Grease Pencil 1
Dime Roll 1
Pocket Knifa 1
Esalth Physics llanual - Section 18.2 1
Discrepancies:
Signature /Date
)
P 33 16 PT/0/A/4600/11
. 3.10 PERSONNEL SURVEY KIT CONSTRUCTION POST #1 CIECK LIST
" TEM AHouhi Eberi:.no E-520 or E-120 w/EP-260 probe i
Emergency Radio Transmitter / Receiver, provided by Security 1 Righ Range Desiasters 1
Dosiaster Charger i
Norton 7600 Baspirator w/7500-43 Chemical Cartridges 1
Potassium Iodina Tablets (bottle) 1 Protective Clothing (full set) 6 Boundary Ribbon or Boye (50 yd. roll) 1 a
Caution Signs w/ inserts Masking Tape (roll) 1 Poly Bass (various) 6 Smears (boz) i Nacon Samars 25 EF Form #2 (Samar Survey Form) 10 Pens 2
Grease Pencil 1
Bealth Physics Manual. Section 18.1 1
Legal Pad 1
Pocket Knife 1
Discrepancies:
l I
Signature /Dece t
w 3
-,,+,,--,..,..
Prgo 17 PT/0/A/4600/ 1
, 3.11 PERSONNEL SURVET KIT BRASS SRACK CHECK LIST ITEM AMouar 1
Berline E-520 or E-120 w/EP-260 probe Energency Radio Transmitter /Esceiver, provided by Secdrity 1 High Range Dosimeters 1
Dosiaster Charger i
Norton 7600 Respirator v/7500-83 Chemical Cartridges 1
Potassium Iodida Tablets (bottle) 1 Protective Clothing (full set) 6 Boundary Ribbon or Rope (50 yd. roll) 1 Caution Signs w/ inserts 4
Masking Tape (roll) 1 Poly Bass (various) 6 Samars (boz) i Nucon Seears 25 HP Porm #2 (Samar Survey Form) 10 Pena 2
Grease Pencil 1
Esalth Physics Manual. Section 18.1 1
Legal Pad 1
/
Pockat Knife 1
Discrepancies:
Signature /Date e
4
--~e u
Pega 18
~
PT/0/3/4600/11
, 3.12 PERSONNEL SURVEY KIT PAP AREA CHECK LIST ITEM AMOUNT Derliam E-520 or E-120 w/EF260 probe 2
Emergency Radio Transmitter / Receiver, provided by Security 1 Eigh Range Dosimeters 2
Dosiaster Charger 1
Norron 7600 Emspirator w/7500-83 Chemical Cartridges 2
Potassium Iodide Tablets (bottle) 1 Protective Clothing (full set) 6 Boundary Ribbon or Rope (50 yd. roll) l' Caution Signs w/ inserts 4
Masking Tape (roll) 1 Poly Bass (various) 6 Smears (box) 1 Nucon Smears 25 HP Form #2 (Senar Survey Form) 10 Peas 2
Grossa Pencil 2
Bealth Physics Manum 1, Section 18.1 and Section 11.3 1 each hy1 PM 1
Pocket Kaife 1
i Hand Soap 10 Hand Brushes 2
Atomic Swipes 12 Citric Acid (1 lb.)
1 Disposable Towels 1 pk.
Fingernail Clippers 1
Disposable Coveralls 40 Phischez 1 quart Discrepancies:
Signature /Date
i P 33 19 PT/0/A/4600/11
- 3.13 PERSONNEL SURVEY KIT EVACUATION PACILITY CEICK LIST ITEM ANDUNT Berline E-520 or E-120 w/IP260 probe 2
Emergency Radio Transmitter / Receiver, provided by Security 1 High Range Dosiasters 4
Dosimeter Charger i
Norton 7600 Easpirator w/7500-83 Chemical Cartridges 4
Potassium Iodide Tablets (bottle) 2 Sas11 Sample Bottles 4
Protective Clothing (full set) 6 Boundary Ribbon or Empe (50 yd. roll) 2 Caution Signs w/ inserts 6
Masking Tape (roll) 1 Poly Bass (various) 6 Samars (boz) 1 1hicon Samars 25 EP Porm #2 (Samar Surrey Form) 10 Peas 2
Grease Pencil 2
Esalth Physics Manual, Section 18.1 and Section 11.3 1 each Legal Fad 1
Pocket Knife 1
Esad Soap 10 Hand Brushes 2
l Atomic Swipes 12 Citric Asid '(1 lb.)
1 Disposable Towels 1 pk.
Pingernail Clippers 1
Disposable Coveralls 40 Phischex 1 quart Discrepancies:
Signature /Date i
l l
\\
Pasa 20' PT/0/A/4600/11 Enclos're 13.14 u
O TECHNICAL SUPPORT CENTER KIT CEECK LIST ITEM AMOUNT Protective Clothing (set) 6 Norton 7600 Easpirators w/7500-63 Chem. Cess.
6 Zetas Mod 3058 or PIC 6A 1
Radeco E8097 Air Sampler i
Silver Zeolite (CP-100G or GT-130) Filter Cartridges &
Particulate Filters 25 Labels for Filter Cartridges 25 SAM-2 w/ID-22 Probe 1
Potassium Iodide Tablets (bottle) 25 Small Sample Bottles 10 Caution Signs w/ inserts 3
Rad Tape 2
Samars 30 Plastic Bass 6
Masking Tape (roll) 1 Pen 2
Grease Pencil 1
Discrepancies:
Signature /Date 9
-r,,.n,,- - -. -,
m,
,e,
-,,-,,.-,.e.,-
Pago 21 PT/0/A/4600/11
. 3.15 MEDICAL DECONTAMMATION KIT CHECK-OFF LIST ITEM Ahuusi 1
i Eberline EM-14 w/EP-210 Probe (H.P. Lab)
Decon Cleaner 3
Disposable Towels 10 Poly Bass 20" x 40" 2
Poly Bass 12" x 18" 4
Fingernail Clippers 1
Senars 25 NaCon Senars 25 Hand Brushes 2
Hand Soap 10 Protective Clothing (full set) 4 Disposable Rain Suits 2
1 Tape. Radioactive Material 1
Tape, Masking 2" Tape. Duct 2" 1
EP form #2 4
i AP/0/A/5500/27 1
Swipes Atomic (Eosex) 12 Citric Acid (1 lb.)
1 Phischez 1 gallon Discrepancies:
Signature /Date i
l i
I
~
,,,_,n.n----
--.,---,,r--.,
,-n,---.--,,
---,_--..--,.n,
,,-n.-----,..
Paga 22 Pt/o/A/4600/11
- 3.16 I
MEDICAL DECONTANTWATION KIT CHECK-OFF LIST l
CHARLOTTE MEMORIAL HOSPITAL l
ITEM AMOUNT Derline E-120 w/D210 and EP270 Probes 2
Decon Cleaner 3
Disposable Towels 10 Poly.3 ass 20" x 40" 2
Poly Eags 12" x 18"
~ ~ ^ - - ' ~ ~ ^
4 Fingernail Clippers 1
Samars 25 lk: Con Samars 25 Hand Brushes 2
Hand Soap 10 Protective clothing, provided by Hospital 4
Disposable Rain Suits 2
Tape Radioactive Material 1
Tape, Masking 2" 6
Tape, Duct 2" 6
EP Porm #2 4
AP/o/A/5500/27 1
Swipes Atomic (Kotex) 36
- Citric Acid (1 lb.)
1 Emir Clippers, Electric 1
Absorbent Paper 150 Caution Signs w/ inserts 5
Rad Rope 1
Pocket Dosimeters 0-200 at 25 Dosimeter Charger 1
Discrepancies:
Signature /Date
'l I
w,-w
- ~, -.,
-,--,--,,,-----__,,__n-,,n, e -, -,, - - - -. - - - - - - -, - -,
,-------,-m
--m-e
Fega 23 PT/0/A/4600/11 Enciosure'13.17 OPERATION SUPPORT CZNTER KIT CHECK-OFF LIST ITEN-AMOUNT Protective Clothing (set) 4 Norton 7600 Respirators w/7500-83 Chemical Cartridges 4
Flashlight 4
Batteries 8
Portable Radiac Instrument (PIC 6-A) 2 Camera 1
Film Paes 2
Masking Tape (roll) 2 Dosimeters (0-31) (0-501) 4 each Dosimeter Charger 1
Rain Suits 4
Poly Bass 12 Batteries (Camera) 1 Flashbulbs (Camera) 8 Discrepancias:
Signature /Date i
l l
e e
b
,ec----
c-
_ ~,.,. _ _
Pege 24 PT/0/A/4600/11
- 3.18 I
PUEI. SHIPMENT KIT ITEM AMOUNT Air Purifying Respirator 2
Coveralls 4
Rubber Shoe Covers, pairs 6
~
tubber Gloves, pairs 6
u Poly Bass 20" x 40" 12 Step Off Pads 3
50 yd. Roll of Barricade Tape (Magenta & Tellow) 4 Roll of Duct Tape 2
Box of Sas11 Kisaripes 2
TLD Badges in separate Labeled container 5
Personnel Dosimeters 5
Dosimeter Charger 1
Steno Pad with 2 Ink Pens 1
Nucon Senars 100 Cotton Gloves, Bundle 1
Shoe Covers, disposable, gair 20 All Purpose Marker 2
Scotch Tape Roll and Dispenser 1
Masking Tape, I roll 1" sad I roll 2" 2
i Derlina E-520 w/EP-270 probe 1
Rain Suit, disposable 2
Bood, disposable 4
Weather-Proof Caution Signs with Inserts 4
(
Radioactive Weste Signs (4" x 6")
25 Cancion: Radiation / Radioactive Material Tags 12 Binoculars 1
Coins for Telephone (roll of dimes) 1 Plastic Sample Bottles 12 Safety Glasses 5
Bard Bats 3
Contact Pyrometer 2
Flashlight and extra batteries 2
Portable Air Sampler 1
Silver. Zeolite Cartridges and labels 10 each Eberline E-520 or E-120 w/EP260 Probe 1
Trippe PV100FC Powerverter or Gasoline Powered Generator 1
Discrepancies:
Signature /Date 1
-r r - -, -,,, - -, _ - -,,. -,
.w
--n.
--.n-,_,.. ~, -
,-e-
,,.v
-~,- -
Pcg3 25 PT/0/A/4600/11
. 3.19 b
VII.IFICATON OF EMERGENCY COMMUNICATIONS This document shall serve as written verification that on the date below all telephone numbers and pages enclosed in emergency procedures EP/0/A/5000/05 thru IP/0/A/5000/08, Station Directive 3.8.1 and Station Directive 3.8.2 are correct and in working order, and that all jack-in telephones in the Technical Support Center are in working order. (To be done quarterly).
Signature /Date Furthermore, this document shall serve as written verification that McGuire Nacisar Station's emergency radio transmitter / receivers have been successfully checked for operation at the distances prescribed by this procedure. (To be done monthly).
Signature /Date Discrepancias Note:
Corrective Actions Taken:
O j
J
l ECE* 'O FT/0/A/4600/II'
~
- 3.20 WEATHER INFORMATION MATIONAL WEATHER SERVICE ONSITE DATA Wind Direction Wind Speed l
l Cloud Cover i
Time Discrepancies:
i Signature /Date b
1 v-
,---v, - - - - -, - - - - - - - - - -, - - - - -, - - - - -, - - -. - -
-