ML20039H144
| ML20039H144 | |
| Person / Time | |
|---|---|
| Site: | Millstone  |
| Issue date: | 12/21/1981 |
| From: | NORTHEAST NUCLEAR ENERGY CO. |
| To: | |
| Shared Package | |
| ML20039H142 | List: |
| References | |
| PROC-811221-01, NUDOCS 8201190642 | |
| Download: ML20039H144 (87) | |
Text
Y 4000 SERIES EMERGD!CY PLAN ll Pl.LlilitilllG PROCEDURES O
!! UMBER TITLE REV.
DATE ISSULD 4101 Unusual Event Actions 1
9/15/81 4102 Alert 2
10/26/81 4103 Site Area Emergency 2
10/26/81 4104 General Emergency 2
10/26/81 4201 Radiological Dose Ass'essment 2
.12/21/01 l
4202 Post Accident Sampling 1
12/8/81 4203 El4T #1-In Plant Radiological Sampling 1
9/15/81 and Monitoring 4204 EMI #2-Protective Actions for Onsite 2
12/8/81 Personnel 4205 EMT #3-Site Boundary Radiological 1
9/15/81 Sampiing/ Monitoring-4206 EMI #4,il5 - Offsite Radiological 2
12/8/81 O
Sempling end nonitoring 4207 Radiological Sampling During An 0
7/15/81 Emergency 4208 Aid to Affected Personnel 0
7/15/81 4209 Emergency Operations Re-Entry 0
7/15/81 4210 Emergency Recovery 0
7/15/81 4301 Communications - Radiopaging & Callback 2 12/8/81 Recorder Operations 4302 Emergency Operations Facility Ventil-0 7/15/81 lation System 4303 Emergency Operations Facility 0
7/15/81 Emergency Diesel Generator 4304 Emei;gency Response Center and 1
9/15/81 Facilities 4306 E.0.F. Fire Detection System 0
7/15/81 0
Rev. 9 e201190642 e20113 PDR ADOCK 05000245 12/10/81 F
PDR Page 1 of 2 W
4000 Series - Procedures 4501 Radioactive llaterials Transport 0
'7/15/81 l
O
^ccident 4502 Toxic Material Release 0
7/15/81 4503 Hazardous Waste and Toxic Substance 1
8/5/81 Spill Incident 4504 Personnel Emer9ency 0
7/15/81 4505 Atmospheres Immediately llazardous 0
7/15/81 to Life l
4601 Page/ Siren System Evacuation Alarm 0
7/15/81 l
4602 Communications Telephone Test 1
12/8/81 l
l 4603 Emergency Radiological Equipment 0
7/15/81 11aintenance and Inspection 4604 Emergency Call List Surveillance 0
7/15/81 4605 Emergency Operations Facility Ventil-0 7/15/81 ation System Filter Testing Annual 4606 E0F [mergency Diesel Generator 0
7/15/81 Q
Operability Test 4608 EOF Air Lock Operability Test 0
7/15/81 4609 EOF Fire Detection System Test 0
7/15/81 4610 Communications-Radiopaging and Callback 3 11/26/81 Recorder Monthly Test 4611 Station PA Speaker Inspection 0
7/15/81 4612 Waterford, State and Tri Town Radio 1
10/13/81 Test 4613 Communications-Radiopaging Daily Test 1
9/15/81 l
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'12/10/81 Page 2 of 2
APPROVAL:
E. J. Mroczka DATE:
6-18-80 Station Superintender,t O
V STATION PROCEDURE COVER SHEET A.
' IDENTIFICATION Number EPIP 4201 Rev.
2 Title Radiological Dose Assessment Prepared By A. G. Cheatham B.
REVIEW I have reviewed the above procedure and have found it to be satisfactory.
TITLE SIGNATURE DATE DEPARTMENT HEAD JOl((>
J
/2 /,/P/
C.
UNREVIEWED SAFETY QUESTION EVALUATION DOCUMENTATION REQUIRED:
nV (Significant change in procedure method or scope as described in FSAR)
YES [ ]
N0 [K'l (If yes, document in PORC/50RC meeting minutes)
ENVIRONMENTAL IMPACT (Adverse environmental impact)
YES [ ]
N0 [x]
(If yes, document in PORC/50RC meeting minutes)
D.
PORC/50RC APPROVAL 4eeting Number __
29/- /[
E.
APPROVAL AND IMPLEMENTATION The attached procedure is hereby approved, and effective on the dates below:
8
/
l -?'c
/E ~2lSl Statf5
'ul erintendpt/ Unit Superintendent Approved Date Effective Date i
SF-301 Rev. 3 O
v l
4 EPIP 4201 Page 1 1
Rev. 2 Date: 12/21/81 1!O 1
I RADIOLOGICAL DOSE ASSESSMENT
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EFFECTIVE REV.
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EPIP 4201 Page 2 Rev. 2 Date:
12/21/81 1.
OBJECTIVE 1.1 This procedure provides instructions and guidelines to determine the release rates of noble gases and iodines and the methodology for estimating the resultant off-site radiological doeses to the whole body and thyroid during an Alert (Charlie-One), Site Area (Charlie-Two) and General Emergency (Bravo / Alpha).
2.
DISCUSSION 2.1 The Manager of Radiological Consequence Assessment is responsible for directing the Dose Assessment Team to implement this procedure.
He has the responsibility to inform the Director of Station Emergency Operations of the assessment; however, only the Director has the authority to recommend protective actions to off-site authorities.
2.2 The details behind each of the values and conversion factors in this procedure are on file with the NUSCo Radiological Assessment Branch.
However, the basic assumptions and methodologies include:
2.2.1 Monitor response as a function of noble gas activity assumes an average gamma energy of 0.8 MeV.
2.2.2 Iodine to noble gas ratios and default value release rates are based on the results of design basis accident calculations and assume the appropriate decay and filtration.
2.2.3 Effluent flow rates assume normal operating flow rates.
2.2.4 X/Q's are based on " Workbook For Atmospheric Dispersion Estimates" by D.B. Turner, 1967 for the particular release height, stability class and wind speed in question.
Calculations are done at a distance of 500 meters from the release point.
2.2.5 The effects qf an overhead finite cloud are included in the whole body dose determination.
1 i
b.
EPIP 4201 Page 3 Rev. 2 Date: 12/21/81 q
2.2.6 Iodine dose conversion factors are based on the EPA's Manual of Protective Action Guides and are for the child's thyroid.
2.2.7 Dose rate reduction factors with distance are based on the results of the AIREM Code and on Turner's Workbook.
j l
3.
INSTRUCTION 3.1 Dose Calculation data Sheet NOTE:
Enter date, time and name on all data sheets and worksheets.
Obtain the necessary parameters as indicated on Form EPIP 4201-7 (Dose Calculation Data Sheet) from the Unit 1 Control Room, Unit 2 Control Room and/or Onsite Team #1.
3.2 Noble Gas Release Rate Estimates - Form EPIP 4201-1 (Worksheet #1) 3.2.1 If the MP1 Stack Monitor is on scale, record the j
gross " cps" on Worksheet #1 and calculate the release rate in Curies /second.
If the monitor is not on i
scale, enter zero.
j 3.2.2 If the MP1 Stack Monitor is off scale, use the interim high range MP1 stack ARM (labelled STACK SAMPLE ROOM in Control Room) to determine stack release rates.
Due to source-detector geometry differences, the conversion factor for this monitor is different depending on whether the releases are coming from MP1 piping or MP2 piping.
Thus, for an accident at MP1, calculate Ci/sec on line 2 and enter zero on line 3.
For an accident at MP2, calculate Ci/sec on line 3 and enter zero on line 2.
Enter zero on both lines 2 and 3 if the MP1 Stack Monitor was on scale.
3.2.3 If the accident occurred at MP2 and the MP2 stack
{J monitor is on scale, record the gross " cpm" on
.l n
m
EPIP 4201 Page 4 Rev. 2 Date: 12/21/81 l
]
Worksheet #1 and t,alculate the release rate in Curies /socond.
If the meter is not on scale or for MP1 accidents, enter zero.
3.2.4 If the MP2 stack monitor is off scale, use the interim high range MP2 stack duct ARM to determine MP2 stack release rates.
This monitor reads out by the MP2 spent fuel pool and the reading will be obtained by Onsite Team #1.
Enter this reading in R/hr on Worksheet #1 and calculate the release rate in Curies /second.
If the MP2 stack monitor was on scale, or for MP1 accidents, enter zero.
3.2.5 If fuel failure is believed to have occurred in Unit-2 and if releases are in progress from the atmospheric steam dump or safeties, then Onsite Team
- 1 will determine the Curie /second release rate from this pathway per the methodology presented in EPIP-4203.
In this case, enter the release rate on O
Form EPIP 4201-1 (Worksheet #1), otherwise enter zero.
l 3.2.6 If grab sample results are available (not very likely during first hour of incident), the results of such samples should be more accurate than gross monitor readings and hence should be used in lieu of the release rates calculated above (or in addition to the above if the release is from an unmonitored release path).
The Chemistry Dept., Rad. Assessment group or other designated group will calculate release rates I
(in Ci/sec) based upon grab samples, if taken.
- Thus, l
enter the grab sample results in Curies /sec on Worksheet #1 and if necessary, delete the estimate made using the corresponding monitor.
If no grab sample results are available, enter zero on Worksheet.
- 1.
3.2.7 If all monitors for the known release points are O
inoPerabie ead ao areb se= Pie resuits are avaiiabie.
EPIP 4201 Page 5 Rev. 2 Date: 12/21/81 C.
determine the type of accident which has occurred and enter one of the following pre-determined release rate values on Worksheet #1, Step #8. If monitoring or grab samples are available from the appropriate release points, enter zero on Worksheet #1, Step #8.
MP1 LOCA = 30 Ci/sec MP 2 LOCA = 20 Ci/sec MP 2 SGTR = 0.05 Ci/sec Other
=1 Ci/sec 3.2.8 Sum the values (1) through (8) to determine the total release rate.
)
3.3 Iodine-131 Release Rate Estimate - Form EPIP 4201-2 (Worksheet #2) 3.3.1 If iodine grab sample results are available from Health Physics, Chemistry Dept., RAB, or other, for the accident release pathways, enter the results from these samples in Line #11 of Form EPIP 4201-2 1
O (Worksheet #2) for the " Total I-131 Release Rate" and skip the remainder of Step 3.3.
3.3.2 If iodine grab sample results are not available, enter the " Total Noble Gas Release Rate" from Worksheet #1 onto Worksheet #2.
(Line 9) 3.3.3 Using Worksheet #2, determine the assumed iodine to noble gas ratio.
(Line 10) 3.3.4 Calculate the Iodine 131 release rate using Worksheet j
- 2.
(Line 11) 3.4 Meteorological Data - Form EPIP 4201-3 (Worksheet #3) 3.4.1 In order to determine which meteorological tower data elevation to use, use Worksheet #1 to determine what percent of the releases are coming from the MP1 Stack.
(Compare lines (1), (2), (3) or (7) with line (9).)
If the MP1 Stack accounts for greater than 90%
of the total releases, use the 374' level data.
If 2
the MP1 stack contribution is less than 90% or is C) uncertain, then use the 142' level data.
Indicate
EPIP 4201 Page 6 Rev. 2 Date: 12/21/81 (3
which level is being used on Form EPIP 4201-3 V
(Worksheet #3) - Line (12).
3.4.2 Enter the wind speed in miles per hour (MPH) on Worksheet #3 - Line (13).
If the wind is less than 1 MPH, enter 1 MPH.
3.4.3 Enter the wind direction on line (14).
This is the direction the wind is blowing from.
3.4.4 Determine the downwind direction by adding or subtracting 180 such that the final result is between 0 and 360 and enter on line (15).
3.4.5 Using Table F-1, determine the downwind sector and record on line (16).
3.4.6 Record the temperature differential (AT) in degrees F on line (17).
If negative, do not forget to enter the negative sign.
3.4.7 Determine the Xu/Q corresponding to the above AT and l
record on line (18).
Q 3.4.8 Calculate X/Q as shown on Worksheet #3 and record on 1ine (19).
3.4.9 NOTE:
If meteorological data is not available in the control room or at the E0F then the following options are available for estimating the meteorology:
3.4.9.1 Strip chart readouts are available in the shack at the base of the met tower.
If there is power to the tower and shack these strip charts should be funtional.
Security i
i has keys to the shack.
If the Millstone Tower is not functional the following option should be used.
3.4.9.2 Contact should be made with the Manager of Radiological Consequence Assessment or the Meterological Team Member at the Corporate Office.
They have the capability to either
' (]
use available data from the Norwalk Harbor
.w
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~
EPIP 4201 Page 7 Rev. 2 Date: 12/21/81
(]~
Tower or the National Weather Service Traveler's Weather Service, in order to estimate the meteorological conditions at Millstone.
If the Corporate EOF is not yet functional and contact can not be made, then 3.4.9.3 Have an individual stand outside, approximately 100 yards away from major structures and estimate the wind speed and I
direction.
Stability may be estimated as follows:
Daytime - Mostly Cloudy - Neutral Daytime - Sunny - Wind speed less than 10 i
MPH - Unstable Daytime - Sunny - Wind speed greater than l
l l
10 MPH - Neutral Nighttime - Wind speed less than 5 MPH -
O stabie Nighttime - Wind speed greater than 5 MPH -
Neutral 3.5 Noble Gas Dose - Form EPIP 4201-4 (Worksheet #4)
{
3.5.1 Record the " Total Noble Gas Release Rate" from Worksheet #1, line 9, onto Form EPIP 4201-4 (Worksheet #4).
3.5.2 Record the " Wind Speed" from Worksheet #3, line 13, onto Worksheet #4.
3.5.3 Choose the corresponding wind speed correction factor and record.
(Line 20) 3.5.4 Choose the appropriate release height correction factor and record.
(Line 21) 3.5.5 Calculate the whole body dose rate as shown on Worksheet #4.
(Line 22) 3.5.6 If the release has terminated, enter the actual O
curatioa ia nours.
oo aot use 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> for short
EPIP 4201 Page 8 Rev. 2 Date:
12/21/31 O
re e ses.
For example:
for a 6 minute release, enter 0.1 hours1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> and not 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />.
If the release has not terminated, project the expected duration.
If projected duration is unknown, enter 10 hours1.157407e-4 days <br />0.00278 hours <br />1.653439e-5 weeks <br />3.805e-6 months <br />.
(Line 23) 3.5.7 Calculate the projected maximum (i.e. - site boundary) offsite whole body dose.
(Line 24) 3.5.8 Enter the downwind sector from Worksheet #3.
(Line 16) 3.6 Thyroid Dose - Form EPIP 4201-5 (Worksheet #5) 3.6.1 Record the " Total I-131 Release Rate" from Worksheet
- 2, (line 11) onto Form EPIP 4201-5 (Worksheet #5).
3.6.2 Record the X/Q from Worksheet #3, (line 19) onto Worksheet #5.
3.6.3 Calculate the offsite I-131 concentration.
(Line 25) 3.6.4 If the release has terminated, enter the actual duration in hours.
Do not use 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> for short
{;
releases.
For example, for a 6 minute release, enter 0.1 hours1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> and not I hour.
If the release has not terminated, project the duration.
If the projected duration is unknown, enter 10 hours1.157407e-4 days <br />0.00278 hours <br />1.653439e-5 weeks <br />3.805e-6 months <br />.
(Line 26) 3.6.5 Calculate the projected maximum (i.e. - site boundary) offsite thyroid dose.
(Line 27) 3.6.6 Enter the downwind sector from Worksheet #3, (Line 16).
3.7 Doses at Other Location - Form EPIP 4201-6 (Worksheet #6) 3.7.1 The above calculations are performed at the maximum potential dose location.
For noble gas whole body dose and for ground or 142' release iodine thyroid doses, this occurs at or near the site boundary.
Thus, these calculations are designed to give the dose at 500 meters.
For elevated releases and neutral or stable meteorology, the maximum thyroid dose will occur beyond the site boundary.
For O
neutral conditions, the maximum doses will occur 1
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EPIP 4201 Page 9 Rev. 2 Date: 1 2/21/81 Q
about 2.5 km from the stack and for stable conditions about 10-15 km from the stack.
In any case, if the projected whole body dose exceeds SMREM or the projected thyroid dose exceeds 25 MREM, then Form EPIP 4201-6 (Worksheet #6) must be
]
completed to determine the distance beyond this maximum location to which State Emergency Plan classification Alpha, Bravo, Charlies Two or Charlie One exist.
Complete this worksheet as follows:
3.7.2 Enter the projected whole body dose and thyroid dose l
from Worksheets #4 and #5, respectively.
3.7.3 If the Whole Body dose > 5000 mR, or the Thyroid Dose
> 25,000 mrem complete section 3.
3.7.3.1 Divide 5000 by the Whole Body dose, (line 28).
3.7.3.2 Divide 25,000 by the Thyroid dose, (line 29).
O 3.7.3.3 Choose the smaller of the two values (line 30).
3.7.3.4 Use this value, with Fig. F-1 to determine the distance in kilometers corresponding to this value.
This represents the distance and hence the number of radial sectors to which the projected dose exceeds 5 REM W.B.
or 25 REM Thyroid, (line 31).
3.7.3.5 If the distance is desired in miles, divide by 1.6 as shown, (line 32).
3.7.4 If the Whole Body dose > 1000 mR, or the Thyroid Dose
> 5000 mrem - complete section 4.
3.7.4.1 Divide 1000 by the whole body dose, (line33).
3.7.4.2 Divide 5000 by the thyroid dose, (line 34).
3.7.4.3 Choose the smaller of the two values, (line 35).
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EPIP 4201 Page 10 Rev. 2 Date: 12/21/81 Q
3.7.4.4 Use this value, with Figure F 1 to determine the distance in kilometers corresponding to the smaller of the two values above.
This corresponds to the distance and hence number of radial sectors to which the projected dose exceeds 1 REM W.B. or 5 REM, thyroid, (line 36),
3.7.4.5 If the distance is desired in miles, divide by 1.6 as shown, (line 37).
3.7.5 If the Whole Body Dose > 50 mR, or the Thyroid Dose >
250 MREM - complete section 5.
3.7.5.1 Divide 50 by the Whole Body Dose (line 38) 3.7.5.2 Divide 250 by the Thyroid Dose (line 39) 3.7.5.3 Choose the smaller of the two values (line 40) 3.7.5.4 Use this value, with Figure F-1 to determine the distance in kilometers O
corresponding to this value.
This represents the distance and hence number of radial sectors to which the projected dose will exceed 50 mR W.B. or 250 mR Thyroid.
(Line 41) 3.7.5.5 If the distance is desired in miles, divide by 1.6 (Line 42) 3.7.6 If the Whole Body Dose > SmR, or the Thyroid Dose > 25 mrem, - complete section 6.
3.7.6.1 Divide 5 by the Whole Body Dose (line 43).
3.7.6.2 Divide 25 by the Thyroid Dose (line 44).
3.7.6.3 Choose the smaller of the two values (line 45).
3.7.6.4 Use this value, with Figure F-1 to determine the distance n Kilometers corresponding to the value.
This represents the distance and hence number of O
radial sectors to which the projected dose
EPIP 4201 Page 11 Rev. 2 Date: 12/21/81 O
will exceed 5 mR WC or 25 MREM Thyroid (line46).
3.7.6.5 If the distance is desired in miles, divide by 1.6 (Line 47).
3.8 Recalculations 3.8.1 Doses should be recalculated when directed to by the Manager, Radiological Consequence Assessment or Site Emergency Director.
This would typically result if:
- 3. 8.1.1 Wind direction changes by more than 45 or wind speed by more than 5 MPH.
j 3.8.1.2 Actual or estimates of release rates change by more than a factor of 3.
4 3.8.1.3 The maximum levels measured by field monitoring teams indicate dose rates or iodine concentrations 3 times greater than 4
or less than the calculated values for comparable locations and times.
In this O
case, the calculations should be rechecked for errors, and the field monitoring teams should expand their surveys and verify I
original measurements.
3.8.1.4 Report the results of these calculations to the Site Emergency Director and Manager-Radiological Consequence Assessment.
i 3.9 Field Measurements j
3.9.1 Results of off-site grab samples may be recorded on j
form EPIP 4201-8,'" Air' Sample Activity Concentrations Worksheet."
3.9.2 Results of off-site radiation dose rates may be recorded on form EPIP 4201-9, " Radiation Dose Rate Worksheet."
}
3.9.3 The above worksheets provide for direct comparison between actual and projected radiation and air O
activity leveis.
EPIP 4201 Page 12 Rev. 2 Date:
1 2/21/81 Q
3.10 General Guideline For Off-Site Safety Locations It is important to realize that the meterological data taken from the tower is for one specific location, one specific height, and one specific instant in time.
Under most condition, it will provide a good estimate of the general direction of the plume.
However, due to local topography, local meterology, wide variations in wind direction at low wind speeds, etc., there can be a great deal of uncertainty ac to the actual plum location.
- Thus, for example, a wind direction reading of 270 does not necessarily mean that field team surveys taken downward.in the 90 sector or one sector either side will find the plum.
Thus, it may be necessary to perform wide ranging surveys in order to locate the plume.
The attached table provides guidelines on the number of sectors which should be surveyed as a function of meteorological conditions.
O ta additioa. the ro11owia9 9eaer 1 9uideiiaes are a1so presented:
3.10.1 It is extremely important for the field teams to constantly observe their dose rate meters while enroute to specified survey locations and report any unexpected readings.
3.10.2 The met tower wind direction readings should be rechecked at least every 15 to 30 minutes.
3.10.3 If time or nanpower is extremely short, preference should be given to the indicated downward direction and then expanded per the guidance given in the figure F-2.
3.10.4 If releases are still continuing, offsite surveys should always be done first within the 2 mile radius per the directional guidance given in the attached table.
This means that the field team should stay within 2 miles and survey O
EPIP 4201 Page 13 Rev. 2 Date:
12/21/81 O
crosswind for the number or sectors shown ia Figure F-2.
If an additional team is available, they should concentrate on the distance from 2-5 miles and also survey crosswind for the number of sectors indicated in Figure F-2.
This will provide a more rapid indication or verification of the plume direction.
If positive readings are observed and give a clear indication of the sector where the plume is located, surveys should be expanded to greater distance in that sector and one sector to either side.
3.10.5 The time of the release, wind speed, and field team transit time must be considered in determining the distance at which surveys should be taken.
For example, if the release just started 30 minutes ago and the wind speed is only 2 MPH, it would not make sense to send the O
fieid teams out 3 to 10 miles et this time es the plume would not be there yet.
As another example, if the releases terminated 15 minutes ago and the wind speed is 4 MPH and it, will take the field team at least another 30 minutes to load their equipment and get out in the downwind direction, then they would have to go out at least 3 to 4 miles to find the plume.
- However, surveys should be done as soon as possible at closer distances to determine residual contamination levels.
3.10.6 After surveys are done at the plume centerline (if it can be determined), perference should be given to arears of higher population density, including a consideration of schools, factories, etc. that are in the sama general direction as the plume.
f3 U
L.
EPIP 4201 Page 14 Rev. 2 Date: 12/21/81 Q
3.10.7 For ground releases, the maximum dose rates and iodinc concentrations should be at the site boundary and then continuously decrease with distance.
Hence air samples taken at the locations of highest dose rates should indicate iodine activity if it is being released.
3.10.8 For elevated stack releases, the highest dose rates should still be at the site boundary and decrease with distance, even if the plume is not at the ground yet.
(This due to the effect of the overhead gamma radiation).
However, for iodine samples the plume must be on the ground to get measureable results.
Depending or stability, wind speed, and local topography, it may be many miles before the plume touches i
ground (usually the greater the stability the greater the distance).
Hence the maximum dose
- O rate locations may not correspond to the maximum iodine concentrations.
If an air sample taken at a measureable dose rate locations does not indicate any significant 4
activity on the iodine cartridge, a couple of methods to determine if the plume was on the ground are:
3.10.8.1 Do a quick count on the particulate filter, if the plume was on the ground it should contain short lived noble gas daughters (assuming a fresh release).
i 3.10.8.2 Compare a head high dose rate with the window pointed up to the waist height dose rate with the window pointed parellel to the ground.
If the head O
nion dose rate is areater, the P ume i
i
=
EPIP 4201 Page 15 Rev. 2 Date: 1 2/21/81 1
0.O is Probabir stili overneaa.
tr the i
dose rates are the same, the plume may be on the gorund.
(This is not a I
foolprove method) i i
4 j
4.
FIGURES l
4.1 Figure F Dose Reduction Factor With Distance j
4.2 Figure F-2 Guidance on Survey Directions.
5.
TABLES 5.1 Table F-1 Wind Directions and Sectors i
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EPIP 4201 Page 16 Rev. 2 Date: 12/21/81 O
TABLE F-1 WIND DIRECTIONS + SECTORS DIRECTION WIND IS FROM DOWN WIND DIRECTION D0WNWIND SECTOR 169 - 191 349 - 11 A (N) 192 - 213 12 - 33 B (NNE) 214 - 236 34 - 56 C (NE) i 238 - 258 57 - 78 D (ENE) 259 - 281 79 - 101 E (E) 282 - 303 102 - 123 F (ESE) 304 - 326 124 - 146 G (SE) 327 - 348 147 - 168 H (SSE) 11 169 - 191 J (S) 349 33 192 - 213 K (SSW) i 12 34 - 56 214 - 236 L (SW)
O 57 237 - 258-n (WSW) 79 - 101 259 - 281 N (W) 102 - 123 282 - 303 P (WNW) 124 - 146 304 - 326 Q (NW) 147 - 168 327 - 348 R (NNW) a i
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. PIP 4201 Page 17 um
'Rev. 2 Date: 12/21/81 FIGURE F-1 U@V DOSE REDUCTI0fl FACTOR WITH DISTAtlCE Rnno of Dw.s 40
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EPIP 4201
.Page;18 Rev. 2
.Date:
1 2/21/81 G
FIGURE F-2 V
Guidance on Survey Directions Note - The following guidelines are for onshore winds (land surveys'-
only).
If winds are offshore and surveys are performed by boat,,
=
the guidance may not be accurate.
for MP1 Stack Releases - Use the 375' met data For Rooftop Releases - Use the 142' met data y'
For Ground Releases - Use the 33' met data
}
u Daytime Wind Speed < SMPH
?
s Survey in downwind sector and 3 sectors to each side
)._
^
's
'l m
Daytime Wind Speed > 5 MPH Q
Survey in downwind sector and 1 sector on each side' l'-
'. ' s s
Nighttime - Wind Speed < 2 MPH s
1 Survey in downwind sector and 2 sectors each side 3
a s.,
w' Nighttime Wind Speed < 2 MPH
[
}.
Survey in downwind sector and 1 sector each side
\\
=
y st
+
w s
a
-- A _q s
- Tib s
'N s'
V 3
- e
.1-V )
e
.,b
~
ag 4000 SLRIES
'S EMERGltlCY PLAll IMPl.IMLillif!G f0hl-IS s-a O r;urista ~
iiitE REv.
0A1E iSSul0 y
x n
l\\
. 410141 Unusual Event Checklist 0
7/15/81 E
Shift Supervisor /0esignee 4101-2 u.s Unusual Event Checklist.
1 9/15/81
\\
Shift Technigal' Advisor /SSSA h C 4101-3 lUnusu.il Event Checklist 0
7/15/81 iCuty Officer te s
1102-1 h'"
1 Al
' ergency 1
9/15/81
.pervisor/ Manager of Control Room OPS l(h
- 1. -
4102-2s
. Alert Emergency 1
9/15/81 x
iShift Technical Advisor /SSSA l
x.
L' N
b
[
~;4J 02-3
~. Alert Emerge cy 0
7/15/81 Duty Of ficer/ Manager of TSC 4102-4' Alert Emergency 0
7/15/81
, Director of Station Eaargency Operations L
4107-5' Alert Emergency 0
7/15/81 s
I Manager of Radiological Consequence Assessment p) s u
4102'6' Alert Emergency 0
7/15/81 Manager'of'Public Information 4102 Alert Emergency 1
9/15/81 Manager of External Communication 4102-8 Alert Emergency 0
7/15/81 Manager of Security 4102-9 Alert Emergency 2
10/26/81
\\
Manager of On-Site Resources
~4102-10 Alert Emergency 0
7/15/81 I
o Manager of Engineering Support f
~4103-1, Site Area Emergency 0
7/15/81
(
Shif t ~ Supervisor / Manager of Control Room OPS
~4103-2 Site Area Emergency 1
9/15/81 Shift Technical Advisor /SSSA Rev. 7 12/10/81
- O.
eeoe 1 of 5 s
,4
\\
4
4000 SERIES - f oi:l:S 4103-3 Site Emergency 0
7/15/81 O
Duty Officer /itanager of TSC 4103-4 Site Area Emergency 0
7/15/81 Director of Station Emergency Operations 4103-5 Site Area Emergency 0
7/15/81 flanager of Radiological Consequence Assessment 4103-6 Site Area Emergency 0
7/15/81 llanager of Pnblic Information 4103-7 Site Area Emergency 1
9/15/81 l
Ilanager of External Ccr..aunication l
l 4103-8 Site Area Emergancy 0
//15/81 l
Manager of Security I
4103-9 Site Energency 2
10/26/81 Manager or On-Site Resources 4103-10 Site Area Emergency 0
7/15/31
!!anager of Engineering Support 4104-1 General Emergency 1
9/15/81 O
Shift Supervisor / flanger of Control Room OPS 4104-2 General Emergency 1
9/15/81 Shift Technical Advisor /SSSA 4104-3 General Emergency 0
7/15/81 Duty Officer /flanager of TSC
~
4104-4 General Emergency 0
7/15/81 Director of Station Emergency Operations 4104-5 General Emergency 0
7/15/81 Manager of Radiological Consequence Assessment 4104-6 General Emergency 0
7/15/81 Manager of Public Information 4104-7 General Emergency 1
9/15/81 Manager of External Communication Rev. 7 l
12/10/81 O
Page 2 of 5
l 4000 SERILS - f0Rits i
i,..
4104-8 Gcanal Er.ergency 0
7/15/81 O
""""cer or security 4104-9 General Emergency 2
10/26/81 11anager of On-Site Resources 4104-10 General Emergency 0
7/15/81 Manager of Engineering Support 4201-1 Worksheet #1 tioble Gas Release Rate 0
7/15/31 4201-2 Vorksheet #2 Iodine-131 Release Rate 0
7/15/81 4201-3 Worksheet #3 !!eteorological Data 1
12/8/81 4201-4 Worksheet #4 !!oble Gas Dose 0
7/15/81 4201-5 Worksheet #5 Thyroid Dose 0
7/15/81 4201-6 Worksheet #6 Doses Vs. Distance 1
12/8/81 4201-7 Dose Calculation Data Sheet 0
7/15/81 4201-8 Air Sample Activity Concentrations Worksheet 0 7/15/31 l{
4201-9 Radiation Dose Rate Worksheet 0
7/15/81 l
4202-1 Millstone Post Accident Sampling Data 0
12/8/81 Sheet 4203-1 EMT #1 Worksheet 1
12/8/81 4204-1 EMT #2 Vorksheet 0
7/15/81 1
4205-1 EMT #3 Data Sheet 0
7/15/81 4205-2 Air Sample Work Sheet 0
7/15/81 4206-1 Offsite EMT Data Sheet 0
7/15/81 4206-2 Air Sample Work Sheet 0
7/15/81 4208-1 First Aid Kits 0
7/15/81 1
4208-2 Basket & Stretchers 0
7/15/81 4208-3 Personnel Contamination Form 0
7/15/81 l
Rev. 7 12/10/81 Q
Page 3 of 5 l
I l
\\
1
4000 SERIES - FOI:MS l
l
! O
'~'
'* 'c""cv " -'"'ry c""'
75'8' 4601-1 Page/ Siren System Evacuation Alarm Test 0
7/15/81 4602-1 Telephone Communications Test 0
7/15/81 4603-1 Emergency Operations Faci 1ity 0
7/15/81 Radiological Kits
, 4603-2 Energency Operations Facility 1
12/21/81 Access Road 4603-3 Unit 1 Control Room Emergency 1
12/21/81 4603-4 Unit 1 Technical Support Center 1
12/21/81 Radiolo0 cal Eq'sipment Checklist i
4603-5 CPF Assembly Area - Radiological Kit 1
12/21/81 4603-6 First Aid Emergency Rescuo Kits and 1
12/21/81 Emergency Dosimetry 4603-7 Ambulance Kit Inventory 0
7/15/81 4603-8 Emegency Equipment Inventory List 0
7/15/81 4603-9 Acid Spill kits 1
12/21/81 4605-1 Emergency Operations Facility 0
7/15/81 l
Ventilation System Filter Test 4606-1
.EOFEDG Operability Test 0
7/15/81 4608-1 E.0.F. Air Lock OP Test 0
7/15/81 4609-1 E.0.F. Fire Detection Test 0
7/15/81 4610-1 Unit 1/ Unit 2 Data Sheet 3
11/26/81 4610-2 Unit 2 Data Sheet Cancelled 9/1/81 (50RC 81-38) 4611-1 PA Speaker Inspection Form 0
7/15/81 4612-1 Tri-Town Radio Test-Unit 1 Control Room 0
7/15/81 4612-2 Tri-Town Radio Test-E0F 0
7/15/81 Rev. 7 n
12/10/81 V
Page 4 of 5
t 4000 SERIES - IORMS 4612-3 State Police Radio Test 0
7/15/81 4612-4 Waterford Police Radio Test 0
7/15/81 4613-1 Radiopage - Daily Test Log Sheet 1
11/21/81 O
\\
Rev. 7 12/10/81 Q
Page 5 of 5
Approved By:
[ *ty ed/
Date:
/2-8/- //
SORC Mtg. No. 7/ '/9 RGENCY OPERATIONS FACILITY - ACCESS ROAD INVENTORY LIST Item Qty.
As Found Missing Date Replaced EMERGENCY DIRECTOR Emeraency_P_Lan 1
Tape Recorder 1
Logbook 1
70 T>ook 1
Telejilidne Directory (N.U. )
1 N.U. Special Di ectory 1
COMMUNICATIONS MANAGER Tape Recorder 1
Radio (AM-FM) 1 L_og505k i
Telephone Directory Th.U.)
i
{
N.U. Special Directory 1
MANAGER, RADIOLOGICAL CONSEQUENCE ASSESSMENT culators 10
{
Tape liic~ order 3
Dosim5ters (OH R) 50
~
Key, Eisergency Telephone Box 1
l lm or TLD Dad 50 7 iTfdsion Nap' ges s
1 Source Plaque 2
Stopwatch 3
Balliiolnt Pens 20 o~-
Telephon'e DiFectory (N.U.)
1
{
T 4900 Procedures 1 set
]
HP 9Tio72950 Procedures e1 det
[
Tape Recorder] apes (90 Min.)
i 11) l l
Inventoried By Date Reviewed By Date o
1 EPIP Form 4603-2
'~'
Rev. 1 Date:
1 2/91/81 Page 1 of B a
EMERGENCY OPERATIONS FACILITY - ACCESS ROAD INVENTORY LIST
.-Q Item Qty.
I As Found Missing Date Replaced Area Street Map 2
L'- @ o_o k 1
_f arall_e]_ Guides : Set 1
Prds of Paper _
2
_ Pencil, China Marking
_2 Radiation Work Permits 20 lorms CPIP 4201-1 Thru 42619 12 Sets T
C:py of 10 CFR Parts 1-100 1
l l
~ Dos sietir~Cfia~rijsr 2
~
Spare Batteries for Charger 2 Sets Spare Bittir~i~eT foT Tape
~
Recorder 5 Sets
~fiTTlstone PersonneFRoster 1
~
~
blC~ManUil 2
R E3rgency Flan _(RT11 stone)_
2 2
State Eme_r TD0' Book-~gency Plan
- ~ ~ ~ ~ ~ ~ ~ - - ~ ~
1 03rm_EPLIPT2D5-1and4205-2
- l Fo 12 ea.
simeter Issue Forms
__l 50 Inventoried By Date i
r~l ewed By Date i
l O
I 1
')
EPIP Form 4603-2
~'
Rev. 1 Date: 1 2/21/81 Page 2 of 5
(
EMERGENCY OPERATIONS FACILITY - ACCESS ROAD INVENTORY LIST l
n I
Item Qty.
As Found Missing Date Replaced
~_
LOCKER # 1
(
}
Respirators with charcoal cannisters 50 LOCKERS #2 110 Volt Air Samplers 5
i 12 Volt Air Samplers i
3 i
~
SiTici~Gil~IFdin~e~CaFtridge i 1.0_0 i
~
Particulate Filters 100 j
LOCKER #3 I
I E140N/ilP210 or Equiv l
6 I
R02A or Equiv i
5 PS-2-2/flP210 or E_quiv i
2 i
Teletectors or Eqiv i
8 i
.. Sour _ce P1_acque_s i
2 l
Screw Driver I
1 9-Volt Batteries i
40 T C'e W Batteries E
2~2-Spare Batteriis for Telef6Etbr57Eciiiiv 8 (Sits) j b LOCKER #4 EMT Kits 2,3,4,&5 l
LOCKER #5
_ Respirators with charcoal cartridges
.10
_ Comp.lete Sets of P.C.'s 20 t
_Emeraency_ Lanterns 5
Portable Radios 11 Roof Mount Antenna t
6 I
Vetilcl6~ Keys _(4 Se_ts)__
i 4
I Extension Power Cords (50')
l 4
Inventoried By Date Reviewed By Date O
EPIP Form'4603-2 Rev. 1 Date: 12/21/81 Page 3 of 5 L.
EMERGENCY OPERATIONS FACILITY - ACCESS ROAD INVENTORY LIST Item Qty.
As Found Missing Date Replaced '
LOCKER #6 I
Box Tide Detergent __
1
~
Box Corn Meal 1
! Cans Shaving Cream 8-
~~
-~
~
~~
~ ~ ~ ~ - ~ ' ~ ~ ~ ~
IBir~s L'ava Soap 20
~
i
~
l IBoitTes' Shampoo 10 IBars I'ory_ Soap.
42
~
v lRazors 18 i
j l
IFTFst'nid Kits 12 ICloth Scissors 1
[
]
$ rushes
- 24 1_
I LD_isp_o. sable Towels.(Boxe_s)
_4 LPka._o_f Q-Tips i1
_j Lurine Cup _s_
!30 i Surgical Gloves, (Boxes) i2 i
i nilank'els 6
-~
l LOCKER #7 l
l i
i Manager of Site Eng. Support I
JD0_.Bqok 1
ager.of Site Eng. Support i
.ephone Directory 1
i Manager of site Eng. Support i
Loa Book
~
1 Cfaiiager'of Security r:D0 660k-
- T g
Manager of Security _ Telephone Book 1
i i
Manager of Security _ Log _ Book 1
i i
Manager of On Site Resources ED0 Bk.
1 i
g Manager of On-Site Resources i
i
_Telepho_ne _ Directory _
l 1 i
j Manager of On-Site Resources Llos_ Book
'l Manager of On-Site Resources INP0 Resource Man.
!1 l
_ Manager of Publ.ic_Information ED0 Bk 1
i Manager of Public Information_L_og Bk 1
l Manager of External Communications i
ED0-
-~
!1
~ Manager of External Coremunications
.il I
Log Bock Tare Batlery Paks for Portable Radio Inventoried By Date Reviewed By Date
,O EPIP Form 4603-2 Rev. 1 Date: 12/21/81 Page 4 of 5
EMERGENCY OPERATIONS FACILITY - ACCESS ROAD INVENTORY LIST
/,3 V
Item Qty.
As Found Missing Date Replaced LOCKER #8 i
_Em_ergency__ Lanterns 15 r
Plastic Bags 24" x 24" (Roll) 1 LOCKER #9 Smear Discs _(Box) _
8 Smear Folders (Box) 8 Rad' RlliboiiTRolls) 20
~
YellowTape(Rolls) 12 i
vinylG15ves(PB i
50 i
_ Cotton Gloves (Pr) i 50 i
~ Scissors 1
6 i
Radiation Area Signs 2D i
_liji_gh_Radiatiin Ar.eaiSjgns i
20 i
~
~
Contaminated Area Signs 4
20 3 rborne Radioactivity Signs i
20 i Hoods e
50 Booties, Plastic (Pr) l 50
_S.tep-off Pads.
_ 10 Radioactive Material Stickers /
f iels 50
\\.J1 Point Pens 36 Paper $Ults 75 SUPPLEMENTARY EQUIPMENT I
Scott Air Paks 12 Spare Air Pak'B tH 6s
. 50 i
[Pfn~fi__ Air._fjolitor i
1 i
_Ar_eaRadMoniTor(Yamp) 1 r
4000 Series EPIP Procedures 1
i FSAR Vol (1,2,314 = Set) 1 Friskers for Entrances to EOF 2
Cots 6
l Inventoried By Date Reviewed By Date O
Eele rorm 4603-2 Rev. 1 Date:
12/21/81 Page 5 of 5 L
m
r
?
Approved By
/hN Sc/
Date
//- 2/,P/
SORC Mtg. flo. [/- 97 IT C0flTROL ROOMS EMERGENCY EQUIPMENT
(
C,
( ) Unit 1 Control Room
(
) Unit 2 Control Room Req. Qty.
As Found Missing Date Returned TEAM 1 KIT
~
Dosimeters 0-200MR 2
R0-2A or E
_C1.ipboard w'quivalent~42_03,_4207 1
~-
1 l
it'h EPIP High Range Dosjmeters (0-SR) 2 Film or TLD Badges-~
2 R:spirators wilh Charcoal
_C.an ts.ters 2
_P_eDs 2
i
_P.la s_tj c_ Boo.t i e_s,__Pa j.r_s
_8 1
Cotton Glove L Pairs __
8 i
_Suroical Gloves, Pairs 8
i Paper _ G_ overalls, Sets 4
Rain Gear, Sets.
4
_ Dosimeter.Q_harger 1
~
Batter _1es, Spares for_ Charger
_1 Set
._Batterjes,. Spares _ for Me_ters 2 Sets i
_SurXeyJorms _(13__Page_s) 1 Set Smears._(Pkg _of.50) 1 rm EPIP 4203-1 12 F
{
EMERGENCY LOCKER Radios _(0perable) Unit 1 Only 1
_jl
[
_EPIP Forms 4203-1 S
l
~ Coin Envelopes 5
{
P1astic ~ B'ags_(6' x 12)
5 l
Qorceps 1
Air Sain@jr fil6M 1
~
~ '~
RAD III or Eguivalent 1
PRM-4/HP 210 or Equivale__nt 1
_ L__
i
~ Dosimeters (0 5RT' 10
(
DosimeteFCharger l~
~
~
' P.C.'s Complete 10
~R:spii'a~ ors with Charcoal t
Canisters 10 Scott Air Paks 2
Parti ~culate Filters (Pkg of 12) 1
~ Batteries ~,~ Spares for Survey Meters 3 Sets
(~
EPIP Form 4603-3 k-Rev. 1 Date: 12/21/81 Page 1 of 2
UNIT CONTROL' ROOMS EMERGENCY EQUIPMENT
( ) Unit 1 Control Room
(
) Unit 2 Control Room t
/
Req. Qty.
As Found Missing Date Returned Camera 1
Sto Lwatch 1
R culator_
1 Scurce Placque 1
Batteries,_ Spares for Charger 1 Set 3iTicaGelCartridges 12
- l Pens 2
Teletector or Equivalent 1
~
INSTALLED EQUIPMENT PING-3 CAM 1
Inventoried By Date Reviewed By Date O
'O cete For 48o3-3 Rev. 1 Date: 12/21/81 Page 2 of 2 e
APPROVED BY
[ ev-- /
DATE
//~2/-//
SORC MTG. NO. // L/9 O
unit Tec""ic^t SUePoR1 CeN1eR aAo10t0G1 cat cauieneN1 CneCxt151 UNIT _1 TSC UNIT.2 TSC No.
As Found Missing Date As Found Missing Date Reg.
Qty.
Qty.
Replaced Qty.
Qty.
Replaced 110 VAC Sampler 1
PartiEulite Filters
_(Pkg_of50) 1 Dose Rate Meter or
_6._RJ1.
1
{
SMt-2/1 Pancake 1
~or Equiv.
Respirators / Full Face I
with Char._Can.
6 Batteries, Spares for Radio 1 Set Portable Radio
_(0grable) 1 Calculator 2
_ Tape Rgcor_ der i
1 Batteries, Spares for Recorder 2 Sets Batteries, Spares for
,0 culator 1 Set L$w~atch i
1
~
llica Gel Cartridges 12 EDO Book i
1 l
7 ele
~
t_i_ogb; phone Directory 1
o.o k ~ ~
_1 l PING-3 CAM (UnitIonly)l1 j
l g
Inventoried By Date Reviewed By Date O
teie For. 4803-4 Rev. 1 Date: 12/21/81 Page 1 of 1
/f[m/
/
DATE //-2/V/
SORC Mtg. No. d'/- V #/
APPROVED y'
/
'd CPF ASSEMBLY AREA RADIOLOGICAL KIT TEAM 2 ITEM DESCRIPTION As j
Date Item Qty Found Missing Ret'd C3in Envelopes 12 1
PS-2-2 Scaler Meter and cord or Equiv, 1
i HP 210 Detactor 1
i Bags, Plastic, Clear 4" x 6" 12 i
}
R0-2A or Equiv.
1 I
Dosimeters 0-200MR 41 i
i i
Uosimeters 0-5000MR 4
Dosimeters Charger 1
i i
Batteries, Spares for Charger 1 set i
i Portable Air Sampler (12V) 1 i
Filters, Particulate (Pkg of 50) 1 I
i Forceps, Filter Handling li l
l i
Stopwatch li i
l l
Yellow Tape 21 i
i i
Barrier Tape 2
i l-1 B g, Plastic, Clear 6" x 12" 6
I I
MMuKer, Felt Tip, Black 2
Pens 2
Form EPIP 4204-1 121 i
Smear Discs and Folders (Pkg of 25) 4i li i
Film or TLD Badges Source Plaque 1:
Instruction, Set (EPIP 4904,4207) 1 i
Batteries, Spares for Survey Meters 4 sets i
Rain Gear, Sets 41 i
Bullhorn 1
i Batteries, Spares for Bullhorn 1 set Stapler 1
i i
Portable Count Rate Meter 2
i Silica Gel Cartridges 12 Calculator and Extra Battery 1
Screwdriver 1
Surgical Gloves (pairs) 6 i
Box of Extra Staples 1
l 1
Inventoried By Date Reviewed By Date EPIP Form 4603-5 Rev. 1 Date: 12/21/81 Page 1 of 1
APPROVED:
8/$
</
DATE: /2-2/-// SORC MTG. No.
8/-V#/
v
- g 0
l Inventoried by:
[ ] PAP I
[ ] MP Date:
[ ] AAP (Interface)
FIRST AID EMERGENCY RESCUE KITS AND EMERGENCY 00SIMETRY ITEM DESCRIPTION As Date Item QTY Found Missing Returned 1.
Fracture Kit (2 leg and 2 arm splits, 1 neck brace and 1 arm splint) 1:
2.
Ambulance blanket (each) 1 3.
Mylar " Space" blanket (each) l l
4.
Scissors (pr.)
1 5.
Six inch ace bandages (each) 2 O
6.
inree incn ece beodeges (eecn3 2
7.
Rolls of adhesive tape (each) 2 8.
Large gauge bandages (each) 6 9.
Safety pins (bag) 1 10.
Survey Kit (PRM-4, HP 260 and cord in brown case) 1 11.
Emergency TLD's (AAP Vehicle Access only) 24 TLD Date (within 3 months)
O Reviewed by:
EPIP Form 4603-6 Rev. 1 Date:
12/21/81 Page 1 of 1
APPROVED
// f-tu 3 DATE /2-2/-37 50RC Mtg No.
cP/-Y9 8
L_--
ACID SPILL KITS DEFECTIVE UNIT OR DATE UNIT LOCATION SATISFACTORY MISSING RETURNED INITIALS 1
Unit 1 Control Room 2
Unit 1 Control Room 3
Unit 1 Control Room 4
Make-up Demin 5
Make-up Demin 6
Make-up Demin ChiratorsinspectedinaccordancewithSHP4932 Inventoried By Date Reviewed By Date EPIP Form 4603-9 Rev. 1 Date: 12/21/31 Page 1 of 1
~
4000 SERIES I
[MERGEllCY PLAll IllPLEliEllTIllG PROCEDURES OV ll0MBER TITLE REV.
DATE ISSUED 4101 Unusual Event Actions 1
9/15/81 4102 Alert 2
10/26/81 4103 Site Area Emergency 2
10/26/81 l
4104 General Emergency 2
10/26/81 4201 Radiological Dose Assess... cat.
1 8/17/81 4202 Post Accident Sanpling 1
12/8/81 4203 EMI //1-In Plant Radiological Sampling 1
9/15/81 and11onitoringy 4204 E!1T #2-Protective Actions for Onsite 2
12/8/81 l
Personnel I
4205 Ulf #3-Site Boundary Radiological 1
9/15/81 Sampling / Monitoring 4206 EMT #4, #5 - Offsite Radiological 2
12/8/81 Sampling and Monitoring 4207 Radiological Sampling During An 0
7/15/81 Emergency 4208 Aid to Affected Personnel 0
7/15/81 4209 Emergency Operations Re-Entry 0
7/15/81 4210 Emergency Recovery 0
7/15/81 4301 Communications - Radiopaging & Callback 2 12/8/81 l
Recorder Operations 4302 Emergency Operations Facility Ventil-0 7/15/81 lation System 4303 Emergency Operations Facility 0
7/15/81 Emergency Diesel Generator 4304 Emergency Response Center and 1
9/15/81 Facilities j
4306 E.0.F. Fire Detection System 0
7/15/81 O
Rev. 8 12/1/81' Page 1 of 2
i 4000 Series - Procedures 4501 Radioactive 11aterials Transport 0
7/15/81-Q Accident 4502 Toxic Material Release 0
7/15/81 4503 Hazardous Waste and Toxic Substance 1
8/5/81 Spill Incident 4504
. Personnel Emergency 0
7/15/81 4505
' Atmospheres Iwediately I!azardous 0
7/15/81 to Life 4601 Page/ Siren System Evacuation Alarm 0
7/15/81 4602 Communications. Telephone Test 1
12/8/81 4603 Emergency Radi logical Equipment 0
7/15/81 Maintenance and Inspection 4604 Emergency Call. List Surveillance 0
7/15/81 4605 Emergency Operations Facility Ventil-0 7/15/81 ation System Filter Testing Annual 4606 EOF Emergency Diesel Generator 0
7/15/81 Q
Operability Test 4608 EOF Air Lock Operability Test 0
7/15/81 4609 EOF Fire Detection System Test 0
7/15/81 4610 Communications-Radiopaging and' Callback 3 11/26/81 Recorder Monthly Test 4611 Station PA Speaker Inspection 0
7/15/81 4612 Waterford, State and Tri Town Radio 1
10/13/81 Test 4613 Communications-Radiopaging Daily Test 1
9/15/81 Rev. 8 12/1/81 Page 2 of 2 A
o APPROVAL:
E. J. Mroczka DATE:
6-18-80 Station Superintendent O
U-STATION PROCEDURE COVER SiiEET A.
IDENTIFICATION Number EPIP 4202 Rev.
1 Title Post Accident Sampling Prepared By R. Robertson B.
REVIEW I have reviewed the above procedure and have found it to be satisfactory.
TITLE SIGNATURE DATE DEPARTMENT HEAD d
i t-J0 -9 l AsstT. (m91 wA k T'l r;0$4 2k u)
H-?3-Al DM/Ad--
n/2.r/n Edgsotaa Sewn Le C.
UNREVIEWED SAFETY QUESTION EVALUATION DOCUMENTATION REQUIRED:
O (Significent cnenoe in procedure metnod or scope as described in FSAR)
YES [ ]
N0 [M (If yes, document in PORC/SORC meeting minutes)
ENVIRONMENTAL IMPACT (Adverse environmental impact)
YES [ ]
NO [2 (If yes, document in PORC/S0RC meeting minutes)
D.
PORC/SORC APPROVAL MSORC'MeetingNumber 7[- M j
j E.
APPROVAL AND IMPLEMENTATION The attached procedure is hereby approved, and effective on the dates below:
?e
%/
//YYY l5SY Stati' efintendenpunitSuperintendent A~pproved Date Effective Date SF-301 l
Rev. 3 l
O V
.h
EPIP 4202 Page 1 Rev. 1 Date:
12-8-81 O
Post Accident Sampling Page No.
Effective Revision Date 1
1 1 2-8-81 2
1 1 2-8-81 3
1 12-8-81 4
1 1 2-8-81 5
1 12-8-81 6
1 1 2-8-81 l
l O
T O
1
EPIP 4202 Page 2 Rev. 1 Date:12-8-81 0
1.
osaECTive To provide instruction for sampling reactor coolant and for gaseous sampling of the vent, stack, containment or drywell after an incident when high radioactivity levels preclude normal sample methods.
2.
DISCUSSION 2.1 In the post accident condition it will be desirable to measure various parameters of the reactor coolant and the containment air to assist in estimatir.g the extent of core damage.
It will also be desirable to measure gaseous effluent radioactive release rates to estimate the dose to the population and evaluate emergency plan alternatives.
Therefore, the procedure describes the sampling and analysis techniques to be used in the post accident condition for the following sample points:
reactor coolant, containment air, stack and vent gaseous effluents.
O 2.2 Preplanning is necessary prior to obtaining a sample.
The manager of Radiological Consequence Assessment and Health Physics personnel will determine stay times, routes, protective clothing, respiratory protection, dosimetry and other Health Physics requirements needed to keep individuals within allowable exposure limits and control the spread of radioactive materials.
2.3 Chemistry personnel will establish a shielded bench area if required in a laboratory hot hood behind which pipetting, dilutions or titrations may be performed.
A portable sample shield or pig will be set up to transport the sample.
As part l
of the preplanning step, ensure that existing equipment is functional before sampling.
1.
Ensure the counting room background allows quantitative analyses.
2.4 An RWP will be written for the specific sampling to be done.
Health Physics personnel will monitor the sampling as it's
.,..m y
EPIP 4202 Page 3 Rev. 1 Dat e:12-8-81 (al performed because it is likely that initiation of sample flow will change radiation conditions, 3.
INSTRUCTIONS 3.1 Receive permission of Manager of Radiological Consequence Assessment before going to sample area.
3.2 Comply with all Health Physics instruction per R.W.P.
3.3 Approach the sampling area with caution and the survey meter set to the highest range scale.
If the meter goes off scale, leave the area immediately.
If necessary, turn the range selector switch progressively downscale until an on scale reading is obtained.
Perform sampling as quickly as possible to minimize radiation exposure.
Do not for example spend time flushing the sample bottle prior to taking sample.
3.4 To prevent saturation of the GE (Li) crystal while counting samples that have high levels of radioactivity, the "Well Counter High Shelf" may be used and the applicable " Shelf Q
Ratio" applied to the count.
See figure 1.
3.5 Reactor Coolant Sampling 3.5.1 Initiate sample flow and note any increase in radiation readings.
After the sample line inventory has cleared reduce flow to a " drop" rate.
a.5.2 Collect an adequate sample in a sample container and place it in the sample shield.
Terminate sample flow and take the sample cart to the laboratory.
3.5.3 If possible, move the sample from the sample shield to behind the shielded bench area.
Use tongs if practical.
3.5.4 Pipette a 0.1 ml aliquote of sample into a one liter sample bottle, fill with demineralized water, and count on a gamma spectrometer.
If necessary, take one ml of the diluted sample and redilute to one liter.
Record dilutions on Form EPIP 4202-1.
O
EPIP 4202 Page 4 Rev. 1 Date: 12-8-81 NOTE:
For every original sample, a different Form EPIP
(]
4202-1 must be used.
3.5.5 Perform dilutions as required to both minimize personnel exposure and prevent saturating the counting equipment.
The sample should not exceed approximately 10 mr/hr, to prevent saturating the detector.
3.5.6 Pipette a 0.1 ml aliquot of sample and analyze for boron concentration, keeping the sample behind the shield during the analysis.
3.5.7 Perform the titration quickly, do not spend time obtaining an exact end points.
An order or magnitude estimate is adequate.
3.6 Particulate And Charcoal Filter Analysis 3.6.1 Particulate filters and charcoal cartridges cannot be diluted as liquid samples can.
Therefore, the amount of radioactivity collected must be controlled by sample time and flow.
3.6.2 In the post accident condition the on line stack and vent filters and containment air filters may be too radioactive to be counted.
Highly radioactive filters will cause excessive dead time on a gamma spectrometer.
If the filter cannot be counted at the high radiation geometries available, it may be necessary to collect on a new filter using a sample time that would not allow excessive radioactivity.
3.6.3 The on-line filters previously removed should be immediately put in a shielded container (or behind a shield) to minimize personnel exposure.
3.6.4 Put the sample filters in a shielded container and bring them to the counting room for gamma spectural analysis.
Prior to counting the charcoal cartridge, any noble gases should be purged out by blowing air O'd through the cartridge.
Note the sampling flow rate
EPIP 4202 Page 5 Rev. 1 Date:
1 2-8-81
(}])
and sampling time so that release rates can be calculated.
3.7 Gaseous Analysis (Vent, Stack, and Containment) 3.7.1 Collect has sample in side-arm gas collection flask and transport to chemistry laboratory.
3.7.2 Perform analysis on gas chromatograph as per Chemistry Procedure CP 801/2801 C.
4.
FIGURES 4.1 GE(Li) Counting System - Shelf ratios 5.
TABLES N.A.
RR:jms O
4 1
3 1
4 i
i i
)
i l
I i
4 l
h 4
4 e,-
g EPIP 4202 Page 6 Rev. 1 Date:
1 2-8-81 O
Mitts 10ne nuCtEna e0wEa sta110s CnEMis1av OEena1 men 1 Ge(Li) Counting System - Shelf Ratios 1 Liter Bottle isotope 4 CM 30 CM 60 CM 93 CM Cr-51 2.70E-04 3.55E-05 3.94E-06 1.16E-06 Co-58 5.86E-04 7.81E-05 8.71E-06 3.06E-06 Co-60 1.10E-04 1.53E-05 1.72E-06 6.71E-07 Nb-95 2.21E-05 2.77E-06 2.89E-07 9.21E-08 Ce-144 7.49E-05 8.78E-06 8.83E-07 2.99E-07 1
Total 1.06E-03 1.41E-04 1.55E-05 5.29E-06 4 CM 7.52 O
20 CM 4 CM 68.4 60 CM 4 CM 201.00 93 CM A one liter sample was counted on the normal 4 CM shelf.
The "Well Counter High Shelf" was placed on the Ge(Li) cave floor, centered over the Ge(Li) crystal.
The one liter was then counted on the " Indicated" 30 CM, 60 CM, shelf and then on the top of the "High Shelf".
The actual distance from the top of the Ge(Li) crystal to the " Indicated" shelf is 4 O
CH, 12.5 CM, 42.5 CM, end 75.0 CM.
FiGuilE4.1 l
a
APPROVAL:
E. J. Mroczka DATE:
6-18-80 Station Superintendent O
STATION PROCEDURE C0VER SHEET A.
IDENTIFICATION Number EPIP 4204 Rev.
2 Title EMT #2-PROTECTIVE ACTIONS FOR ONSITE PERSONNEL Prepared By R. Lent B.
REVIEW I have reviewed the above procedure and have found it to be satisfactory.
TITLE SIGNATURE DATE DEPARTMENT HEAD M
N/.w/N C.
UNREVIEWED SAFETY QUESTION EVALUATION DOCUMENTATION REQUIRED:
(Significant change in procedure method or scope
~
as described in FSAR)
YES [ ]
N0 [>G
-(If yes, document in PORC/50RC meeting minutes) l ENVIRONMENTAL IMPACT l
(Adverse environmental impact)
YES [ ]
N0 [x]
(If yes, document in PORC/SORC meeting minutes)
D.
PORC/SORC APPROVAL
+0RChMeetingNumber 8 / - 98 E.
APPROVAL AND IMPLEMENTATION The attached procedure is hereby approved, and effective on the dates below:
O$f$n
/
/HY4/
/244/
upErintendepUnitSuperintendent Approved Date Effective Date Stat SF-301 Rev. 3 O
EPIP 4204 Pa0e 1 Rev. 2 Date: 12-8-81 O
cn1,2 eaortc11ve ac11oris toa o,4s11e neasori,4tt Page fio.
Eff. Rev.
Date 1
2
'b2b l
2 2
1 2-8-81 3
2 12-8-81 l
4 2
12-8-81 5
2 1 2-8-81 6
2 O
4 e
O
EPIP 4204 Page 2 Rev. 2 Date:
12-B-81
~i O.
EMT,2-PR01EC11vE AC110ns FOR Ons11e eERsOnnEE 1.
OBJECTIVE 1.1 To detail the actions of personnel assigned to EMT #2.
1.2 To determine the extent, if any, of injured or contaminated personnel gathered in CPF and Northwest Assembly Areas.
- 1. 3 To determine the general radiation and airborne activity levels in the CPF and Northwest Assembly Areas.
2.
DISCUSSION 2.1 The Director of Station Emergency Operations will determine location of alternate assembly areas if necessary and authorize i
the release of non-contaminated personnel from the site.
2.2 The Manager of Onsite Resources will provide transportation, if necessary, to relocate personnel to an alternate assembly area and arrange to provide transportation for EMT #2 if necessary.
- O 2.3 ine mene9er of Redieiooice, Conseneence Assessment wili ession qualified personnel to EMT #2.
At least one person will be trained as an EMT member.
If adequate personnel are available a second team will be dispatched to the CPF to expedite personnel monitoring and area surveys.
A duplicate EMT #2 kit is available in the CPF assembly area.
2.4 Emergency Monitoring Team #2 will monitor personnel in the assembly areas for radioactive contamination and notify the Manager of Radiological Consequence Assessment if the results l
of radiological sampling necessitate relocating evacuated personnel to an alternate assembly area.
2.5 The EMT #2 Kit contains an R0-2A (0-50R/hr) or equivalent dose rate meters.
Also available for use in the E0F are Teletector (0-1000R/hr) or equivalent high range meters.
2.6 Administrative exposure limits should not be exceeded for sampling and monitoring of site areas.
/
i EPIP 4204 Page 3 I
s Rev. 2 Date: 12-8-81 0
3.
InsrauCT10ns i
3.1 Obtain the EMI #2 kit from the emergency equipment cabinet in the EOF.
A duplicate kit is available in the CPF assembly area.
Enter the time of day and the date on Line 1 Form EPIP 4204-1 EMT #2 worksheet.
Enter the assigned assembly area and names of the team members on Line 2 and 3 of the worksheet.
j Normally the Northwest Assembly Area will be surveyed first j
followed by the CPF Assembly Area unless a second team has been dispatched, or unless directed otherwise by the Manager of l
Radiological Consequence Assessment.
3.2 Re-zero the low and high range dosimeters in the kit and attach s
one low range dosimeter, one high range dosimeter and a TLD to i
the upper front portion of your outer clothing.
l 3.3 Check the batteries in each of the portable instruments in the kit in accordance with EPIP 4207, " Radiological Sampling During l
an Emergency."
3.3.1 If all battery checks are satisfactory, indicate this jO en tine 4 of tne worksheet end preceed to tne next step.
If any instruments indicate weak or dead batteries, install fresh batteries as described in EPIP 4207.
3.3.2 If any meter still does not respond properly to the battery check, obtain another meter and repeat step l
3.3.
1 3.4 Perform a functional check of all the radiation detection instruments in your kit in accordance with EPIP 4207.
If all i
functional checks are satisfactory, indicate this on Line 5 of the worksheet and proceed to the next step.
If any meter fails to respond properly, obtain another meter and repeat steps 3.3 and 3.4.
f 3.5 In the E0F, take waist level dose rate readings with the I
instrument's beta window open and closed.
Record the results on Line 6 of the worksheet.
3.6 Perform a functional check of the two-way radio in your kit as follows:
~
e r
+W y-g
EPIP 4204 Page 4 Rev. 2 Date:
1 2-8-81 O.
3.s.1 Turn the radio oa.
3.6.2 Ensure that a battery is bstalled on the bottom of the radio and an antenna is installed on the top.
3.6.3 Select channel 1.
Ccamunicate on this channel at all times unless otherwise directed by the E0F.
3.6.4 Turn the " SQUELCH" knob counter clockwise until static is heard.
Turn the knob clockwise until the stat t just stops.
3.6.5 Press the " push-to-talk" button on the side of the radio and request a radio check from Security.
3.6.6 Based on the results of this radio check, make any necessary adjustments to your volume and/or squelch knobs.
?.6.7 Remove a spare battery from the multi-unit charger in the EOF locker and put it into your EMT kit.
3.6.8 Turn the radio off until your team is sent into the field.
Indicate radio operability on Line'7 of the O
worksheet.
3.6.9 If any difficulty is experienced with the radio, notify the Manager of Radiological Consequence Assessment Millstone ext. 621 or 443-4288 for resolution.
3.7 Place all equipment which is satisfactory back in the kit.
Notify the Manager of Radiological Consequence Assessment that team EMT #2 is ready. When released, proceed to the assigned location.
If a vehicle is needed, notify the Manager of Onsite Resources that the team needs transportation.
3.8 Upon arrival at the assembly area, initiate a particulate and iodine air sample in accordance with EPIP 4207.
Log location, sample time on and flow rate (2) on Line 8 of the worksheet.
Concurrently, a team member should check the personnel assembled to see if any require medical attention, and if so, notify the Manager of Radiological Consequence Assessment.
3.9 Take waist level dose rate readings with the beta window open
,O end ciosed.
Record the results on tine 10 of tne worksheet.
I
~
i.
(.**3 l
EPIP 4204 Page 5 Rev. 2 Date:
12-8-81
(]
If either reading is greater than 5 MR/HR, notify the Manager of Radiological Consequence Assessment.
r 3.10 Check the background for personnel frisking with an E-140/HP-210 probe or equivalent.
Slowly rotate the probe to l
obtain the highest reading.
Record the maximum reading on Line 11.of the worksheet.
If the background is greater than 300 cpm, notify the Manager of Radiological Consequence Assessment and request an alternate location to monitor personnel.
l 3.11 If the background is less than 300 cpm, one team member should l
start frisking the assembled personnel.
Injured personnel I
should be checked first.
3.12 Personnel with contamination levels less than 100 cpm above background (using an E-140/HP-210 probe or equivalent) are considered clean.
Personnel who are clean may be released from l
the station.
3.13 The Manager of Radiological Consequence Assessment will be notified if there are parsonnel with contamination levels O
exceeding 100 cpm above background.
These personnel will l
report to the EOF for decontamination.
CAUTION:
If possible, cover contaminated areas.to prevent i
spreading the ccntamination to clean areas.
3.14 A team member will count the air sample using the portable j
scaler in accordance with EPIP 4207.
Log results on Line 9 of the worksheet.
Report to the Manager of Radiological l
Consequence Assessment the sample volume in cc (4) and the l
corrected cpm (5).
3.15 When all personnel have been frisked, notify the Manager of Radiological Consequence Assessment that the team will go to the Condensate Polishing Facility to check station personnel i
for contamination, if requested.
l 3.16 Using another worksheet, fill in the required information on Lines 1, 2, and 3.
Skip lines 4, 5, 6, and 7.
3.17 Repeat steps 3.8 through 3.14 and recard survey results on Lines 8, 9, 10, and 11 on the worksheet.
EPIP 4204 Page 6 Rev. 2 Date:
12-8-81
(])
3.18 When all personnel have been frisked, notify the Manager of Radiological Consequence Assessment that the team will return to the EOF for further instructions.
3.19 Upon arrival at the EOF, give the completed worksheets and all samples to the Manager of Radiological Consequence Assessment.
4.
FIGURES None 5.
TABLES None JEL:jf O
9 6
e
APPROVAL:
E. J. Mroczka DATE:
6-18-80 Station Superintendent O
STATION FROCEDURE COVER SHEET A.
IDENTIFICATION Number EPIP 4206 Rev.
2 Title EMT #4, #5 - 0FFSITE RADIOLOGICAL SAMPLING AND MONITORING Prepared By R. Lent B.
REVIEW I have reviewed the above procedure and have found it to be satisfactory.
TITLE SIGNATURE DATE DEPARTMENT HEAD h6
///sv/$/
C.
UNREVIEWED SAFETY QUESTION EVALUATION DOCUMENTATION REQUIRED:
(Significant change in procedure method or scope as described in FSAR)
YES [ ]
NO [X]
(If yes, document in PORC/SORC meeting minutes)
~
ENVIRONMENTAL IMPACT (Adverse environmental impact)
YES [ ]
N0 [x]
(If yes, document in PORC/SORC meeting minutes)
D.
PORC/50RC APPROVAL PORC Meeting Number B/- 98 E.
APPROVAL AND IMPLEMENTATION The attached procedure is hereby approved, and effective on the dates below:
26 /
//~/Y"k ll"SYl Stati t' rerintenden nit Superintendent Approved Date Effective Date SF-301 Rev. 3 r
j EPIP 420G Page 1 Rev. 2 Date:
1 2-8-81 j
~
{
EMT #4, #5 - 0FFSITE RADIOLOGICAL SAMPLING AND MONITORING d
Page No.
Eff. Rev.
Date 1
2 12-8-81 l
-2.
- 2 12-8-81 3
2 12 8-81 4
2 12-8-81 5
2 1 2-8-81 s
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EPIP 4206 Page 2 Rev. 2 Date:
1 2-8-81 iO 1.
OBJECTIVE 1.1 To detail the actions of personnel assigned to EMT #4 or #5.
1.2 To provide instructions to determine the extend and.nagnitude of an uncontrolled release of radioactive material offsite.
I 2.
DISCUSSION 2.1 The Manager of Radiological Consequence Assessment will assign qualified personnel to EMT #4 and #5.
At least one person on each team will be trained as an EMT member.
He will also establish the sample locations and sample routes for EMT #4 and
- 5.
2.2 The Manager of Onsite Resources will provide transportation for EMT #4 and #5, if necessary.
He will also provide personnel to l
pick up radioactive air samples from the offsite monitoring
~
teams for GeLi analysis, if necessary.
2.3 The Team Members will monitor radiation levels and air activity offsite as directed by the Manager of Radiological Consequence O
assessmeat to determiae the exteot or the errected downwiao i
sectors.
l 2.4 The EMT 4 and 5 kits contain R0-2 (0-5R/hr) or equivalent dose rate meters.
Additional high range Teletectors or equivalent (0-1000 R/hr) are available for use in the E0F.
2.5 Offsite sampling and monitoring Teams should not dispatched if administrative exposure limits are likely to be exceeded.
Alternate sampling methods should be reviewed to maintain exposure below administrative limits.
3.
INSTRUCTIONS l
3.1 Personnel assigned to EMT #4 and #5 should obtain the EMT #4 or
- 5 kit from the emergency equipment cabinet in the EOF.
Enter the date and the time of day (24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> clock - military time) on Line 1 of the Offsite EMT Data Sheet, Form EPIP 4206-1.
Enter the team number (EMT #4 or #5) and the names of the team members on Line 2 and 3 of the Offsite EMT Data Sheet.
EPIP 4206 Page 3 Rev. 2 Date:
12-8-81 0
3.2 Re-zero the low and high range dosimeters in the kit and attach one low range dosimeter, one high range dosimeter and a TLD to the upper front portion of your outer clothing.
3.3 Check the batteries in each of the portable instruments in the kit in accordance with EPIP 4207, " Radiological Sampling During and Emergency".
If all battery checks are satisfactory, indicate this on Line 4 of the Offsite EMT Data Sheet and proceed to the next step.
If any instruments indicate weak or dead batteries, install fresh batteries as described in EPIP 4207.
If any meter still does not respond properly to the battery check, obtain another meter.
3.4 Perform a functional (source) check of all the radiation detection instruments in your kit in accordance with EPIP 4207.
If all functional checks are satisfactory, indicate this on, Line 5 of the Offsite EMT Data Sheet and proceed to the next step.
If any meter fails to respond properly, obtain another meter and repeat steps 3.3 and 3.4.
O 3.5 Perform a functional check of the two-way radio in your kit as follows:
3.5.1 Turn the radio on.
3.5.2 Ensure that a battery is installed on the bottom of the radio and an antenna is installed on the top.
3.5.3 Select channel 1.
Communicate on this channel at all times unless otherwise directed by the EOF.
3.5.4 Turn the " SQUELCH" knob counter clockwise until static is heard.
Turn the knob clockwise until the static just stops.
3.5.5 Press the " push-to-talk" button on the side of the radio and request a radio check from Security.
3.5.6 Based on the results of this radio check, make any necessary adjustments to you volume and/or squelch knobs.
3.5.7 Remove a spare battery from the multi-unit charger in the E0F locker and put it into your EMT kit.
O
o EPIP 4206 Page 4 Rcv. 2 Date:
1 2-8-81 0
3.s.8 rurn redio off untii your teem is sent into tne field.
Indicate radio operability on Line 6 of the offsite tr4T Data Sheet.
NOTE:
If any difficulty is experiencea with the radio, notify the Manager of Radiological Consequence Assessment 443-4288 for resolution.
3.6 Place all equipment which is satisfactory back in the kit.
Notify the Manager of Radiological Consequence Assessment that team EMT #4 or #5 is ready. When released, proceed to the assigned location.
If a vehicle is needed, notify the Manager of Onsite Resources that the team needs transportation.
3.7 During transit, use the portable ion chamber survey meter in the kit and monitor radiation levels.
Notify the Manager of Radiological Consequence Assessment of the location of the high radiation levels along the designated travel route.
He will determine if the Team should return to that location and perform additional Radiological Sampling.
O 3.8 after errive, et the eesigneted sempie iocetion initiete e particulate and iodine air sample in accordance with EPIP 4207.
Log sample location for description sample #, team #, date sample time on (1), ar.d flow. rate (4) on Form EPIP 4206-2, " Air Sample Work Sheet".
Log sample location # or description, sample #, sample time on and date on Line 7 of the Offsite EMT Data Sheet.
3.9 Take waist level and ground level (window pointing down within six(6) inches of ground) dose rate readings with the portable ion chamber with the beta window open.
Record the maximum readings on Line 7 of the Offsite EMT Data Sheet.
3.10 When tha air sample is completed, count the air sample using Calculate the portable scalpr in accordance with EPIP 4207.
sample ccpm (sample cpm - background cpm) and record this value on the Air Sample Work Sheet.
NOTE:
If the background cpm is greater than 500 cpm, save the sample and count it in a lower background area, c
U possibly the next sample location.
Notify the i
l
EPIP 4206 Page 5 Rev. 2 Date:
12-8-81 l
td^
Manager of Radiological Consequence Assessment that
/
the background is excessive for counting the air sample at this location.
3.10.1 Record sample time off (2) on the Air Sample Work Sheet.
Calculate total sample time (3) by subtracting sample time on (1) from sample time off (2) and record it on the Air Sample Work Sheet.
3.10.2 Calculate sample volume in cc (5) by inserting total sample time (3) and flow rate (4) in the applicable formula.
3.10.3 Report sample location, sample ccpm and sample volume in cc to the Manager of Radiological Consequence Assessment.
3.10.4 Put the particulate filter in a coin envelope and place the coin envelope and the silica gel cartridge in the sample holder envelope, seal the envelope and staple it to the Air Sample Work Sheet.
O 3.11 ereceed elono tne eesioneted trevei route to tne next se P ei location.
Repeat steps 3.7 through 3.10.
Use additional data and work sheets as necessary.
Label additional sheets as pg.
2, 3, etc.
3.12 When all sampling at all of the sample locations is completed, notify the Manager of Radiological Consequence Assessment that the team is returning to the E0F.
Turn in completed Offsite EMT data sheets to the Manager of Radiologal Consequence Assessment.
Samples will be collected at a location determined by the Manager of Radiological Consequence Assessment.
4.
FIGURES None 5.
TABLES None JEL:jf
9 APPROVAL:
E. J. Mroczka DATE:
6-18-80 Station Superintendent O
STATION PROCEDURE COVER SHEET A.
IDENTIFICATION Number EPIP 4301 Rev.
2 Title COMMUNICATIGMS - RADI0 PAGING & CALLBACK RECORDER OPERATIONS Prepared By D. Leduc B.
REVIEW I have reviewed the above procedure and have found it to be satisfactory.
TITLE SIGNATURE DATE
[
// #O[#/
DEPARTMENT HEAD C.
UNREVIEWED SAFETY QUESTION EVALUATION DOCUMENTATION REQUIRED:
O (Significant change in procedure method or scope as described in FSAR)
YES [ ]
N0 h4 (If yes, document in -PC40/50RC meeting minutes)
ENVIRONMENTAL IMPACT (Adverse environmental impact)
YES [ ]
N0 pq (If yes, document in PGPW SORC meeting minutes)
D.
PORG/S0RC APPROVAL M R6/SORC Meeting Number
,F/L e((
~
E.
APPROVAL AND IMPLEMENTATION The attached procedure is hereby approved, and effective on the dates below:
//dVY l5SY L
"W r perintend
/ Unit Superintendent Approved Date EffectivaTate Statrop u
SF-301 Rev. 3 0
ii
f 3
j EPIP 4301 Page 1 Rev. 2 Date:
12-8-81 lO.
~
i COMMUNICATIONS - RADIOPAGING & CALLBACK RECORDER OPERATIONS i
j i
1 Page No Eff. Rev.
Date i
i 1
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2 2
12-8-81 1
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EPIP 4301 Page 2 Rev. 2 Date: 1 2-8-81 0
1.
OBaeCTIvE 1.1 This procedure is provided for operation of the Millstone Emergency Paging Systen, and Callback Recorders.
2.
LICENSE REQUIREMENTS 2.1 Federal Communications Commission Licenses.
2.1.1 WQN 266-Goose Hill Haddam 2.1.2 WQN 267-Talcott Mtn.-North Bloomfield 2.1.3 WQW 932-South Mtn.-Bristol 2.1.4 WQW 933-Chapel Hill-Montville 2.2 Radiopaging frequency using is 153.69MHz.
3.
FSAR REFERENCES N/h 4.
PLANT OPERATING REQUIREMENTS 4.1 NU REG NO. 654 O
5.
PREREQUISITES N/A 6.
PRECAUTIONS 6.1 Ensure the proper tape has been selected prior to placing into radio equipment.
6.2 Ensure the tape has been removed from the radio pager upon completio.' of the taped message.
6.3 To avoid ac.cidental erasure of the announcement message, select the announcement check position on the selector switch before hanging up the handset.
7.
PROCEDURE 7.1 Radio Operation 7.1.1 Emergency Radiopaging Operation 7.1.1.1 Ensure the paging channels are not in use.
I O
This is indicated by the call light or busy V
1
EPIP 4301 Page 3 Rev. 2 Date:12-8-81 O
light on the individual transmit / receive (T/R) module.
7.1.1.2 Select the Level 1 (NUSCO & NNEC0 personnel) or Level 2 (public, NNEC0 &
NUSCO personnel) position on switch, on the auto page module.
7.1.1.3 Insert pre-recorded tape for Level 1 or Level 2 notification.
7.1.1.4 Activate push switch marked alert of Auto page module.
Verify the system is activated at this time, by observing the red lamp on the Auto page module.
7.1.1.5 To cancel Auto page, push reset switch on Auto page module.
7.1. 2 -
Individual Radiopaging Operation 7.1.2.1 Select the proper pager number desired by the pushbutton pad on the paging encoder.
O Observe that the numter is displeved oa the upper left hand corner of the encoder.
7.1.2.2 Select the proper transmit module you desire the call to go out on.
(green button).
Ensure the desired module is not in use.
7.1.2.3 Push the call button on the encoder pushbutton pad to send the page out.
Verify the call lamp on the encoder lights (yelIow).
7.1.2.4 When the call lamp goes out and the talk lamp lights (green), push the xmit button on the CVS module.and give your voice message into the microphone.
NOTE:
In order to xmit the message the xmit button must remain depressed while sending the message.
Once
EPIP 4301 Page 4 Rev. 2 Date: 1 2-8-81 O
the pushbutton is released, transmission will cease.
7.1.2.5 To cancel a page, push the reset switch on the encoders pushbutton pad.
7.2 Callback Recorder Operation 7.2.1 Recording the Alert Message for 3 Single Recorders Located on the Top Shelf (ANN 0UNCEMENT RECORD) 7.2.1.1 Set the function selector switch on the ANN-REC (announcement-record) position.
7.2.1.2 Pick up handset and press the switch on the handset.
When the IN-USE lamp comes on (approximately 2 seconds) dictate the announcement into the handset microphone.
7.2.1.3 After the announcement has been completed, release the switch on the handset.
This will automatically set the announcement length and rewind the announce tape.
O V
CAUTION:
If the switch on the handset is accidentally depressed after the announcement has been completed and the handset switch released, the tape will be erased.
NOTE:
See paragraph 6.3.
7.2.1.4 Repeat steps 7.2.1.1.1 thru 7.2.1.1.3 for each of the recorders on the top shelf which will be utilized to record an announcement.
7.2.2 Recording The Alert Message for 10 Tandom Recorders Located on the Remaining Shelves (ANN 0UNCEMENT RECORD) 7.2.2.1 Verify the function selector switch is in the /,N5-REC position on all ten tandem b) recorders.
d 1
i EPIP 4301 Page 5 Rev. 2 Date:
1 2-8-81 Q,
7.2.2.2 Locate the tandem c..ogrammer handset.
NOTE:
This is a black handset attached to the side of the recorder shelves.
Thic will allow you to simultaneously record on all 10 recorders.
7.2.2.3 Pickup the handset and verify all AUTO-ANS Lights go out.
7.2.2.4 Press and hold the switch on the handset.
Dictate the announcement into the handset microphone.
Verify IN-USE light is on.
7.2.2.5 After the announcement has been completed, release the switch on the handset.
Return the handset to the hook.
This will automatically set the announcement length and rewind the announce tapes.
7.2.3 Checking the Recorder Alert Message
(
CJ (ANNOUNCEMENT CHECK)
NOTE:
After recording the alert message it should be verified prior to use.
To verify the message using the handset earpiece use section 7.2.3.1.
To utilize the front panel speaker use section 7.2.3.2.
7.2.3.1 Handset Earpiece 7.2.3.1.1 Set the function selector switch to the ANN-CHECK position.
7.2.3.1.2 Press and hold the switch on the handset.
Verify the announcement audio through the earpiece.
Release the switch on the handset and verify the tape automatically rewinds by witnessing the IN-USE lamp goes out.
7.2.3.2 Front Panel Speaker v)
EPIP 4301 Page 6 Rev. 2 Date:
1 2-8-81 O
7 2 3 2 1 set the ruactioa seiector itch to the ANN-CHECK position.
7.2.3.2.2 Pull out the speaker control switch to playback the accouncement audio through the speaker.
NOTE:
The speaker control switch is also the speaker volume control.
7.2.3.2.3 At the completion of the announcement, push the speaker control back in and verify that the tape automatically rewinds by witnessing the IN-USE lamp goes out.
i NOTE:
In either ANN-CHECK Mode, (handset or speaker) the announcement will repeat until O
the switches are released.
7.2.4 Automatic Answer and Record I
NOTE:
After the alert message is recorded and verified, the messge should be inserted for automatic answer and record.
This section provides the instructions for this evolution.
7.2.4.1 Set the function selector switch to the play position.
Use the rewind / forward switch to set the message tape, as indicated by the message dial which is in minut6 increments, to the position where you wish to start recording _ incoming messages.
7.2.4.2 Set the function selector switch to the I
ANS-REC position.
Verify the AUTO-ANS lamp illuminates indicating the unit is ready to
- O answer incoming calls.
I i
EPIP 4301 Page 7 Rev. 2 Date:
12-8-81
/T 7.2.4.3 If desired monitor incoming ca?ls by V
observing the IN-USE lamp which. ".1 illuminate during the calls.
Util1ze the handset or front panel speaker to monitor the call.
7.2.5 Message Playback NOTE:
To monitor the progress of the notification the message playback is utilized.
To use the message playback mode complete this section.
7.2.5.1 Set the function selector switch to the play position.
7.2.5.2 Operate the rewind / forward switch to set the message tape to the place (indicated by the message dial) where message playback is to begin.
7.2.5.3 Pull out the speaker control to play the (v"')
message back over the front panel speaker.
7.2.5.4 Press and hold the switch on the handset to playback the messages through the handset earpiece.
7.2.6 Message Erase NOTE:
The criteria for message erase is established in ACP 1.07.
When allowed to erase the call-in tape, the following steps are used.
7.2.6.1 Set the furiction switch to the ERASE position.
7.2.6.2 Use the Rewind /Fcrward switch to erase the
" message call in" tape, by fast forwarding, after rewinding the tape to the zero (0) position on the message dial.
7.3 Equipment Failure 7.3.1 Radiopager W
g
EPIP 4301 Page 8 Rav. 2 Date:
1 2-8-81 7.3.1.1 In case of equipment failure, contact Station Services Engineering.
7.3.1.2 Station Services Engineering shall contact, l
l NUSCO System Test for repairs.
(Ext.
l 3800-Berlin.)
7.3.2 Callback Recorders 7.3.2.1 In case of callback recorder failure,
(
replace recorder with spare recorder.
The spare recorders should be located on the l
i last two lower shelves of the recorder cabinet.
7.3.2.2 If no spare recorders are available, connect a busy out plug to the telephone mounting block located on the back wall behind the recorder.
The busy out plug will provide a busy signal and allow the incoming call to transfer to the next recorder in sequence. The busy out plugs should be located in a metal file box, labeled " Busy Out Plugs," on the lower shelf of the recorder cabinet.
7.3.2.3 Bad recorders should be removed from service, tagged and placed on the bottom shelf of the cabinet.
Tag should state name of person removing recorder from l
service, date, time and problem with l
rrcorder.
7.3.2.4 Contact Station Services Engineering.
~
7.3.2.5 Station Services Engineering shall contact NUSCo System Test for repairs at Ext.
3800-Berlin.
8.
FIGURES & OPERATIONAL DIAGRAMS Figure 8.1 Auto-Page
~
EPIP 4301 Page 9 Rev. 2 Date:
1 2-8-81 1
-Q Figure ~8.2 Manual Page Figure 8.3 Master Control Module Figure 8.4 Paging Modules Figure _8.5 Callback Recorder DLeD:jf i
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s APPROVAL:
E. J. Mroczka DATE:
6-18-80 Station Superintendent G
STATION PROCEDURE COVER SHEET A.
IDENTIFICATION Number EPIP 4602 Rev.
1 Title COMMUNICATIONS TELEPHONE TEST Prepared By R. Lent i
B.
REVIEW I have reviewed the above procedure and have found it to be satisfactory.
TITLE SIGNATURE.,
DATE DEPARTMENT HEAD bO
//Ie//e/
C.
UNREVIEWED SAFETY QUESTION EVALUATION DOCUMENTATION REQUIRED:
(Significant change in procedure method or scope -
as described in FSAR)
YES [ ]
N0 [>d
'(If yes, document in PORC/50RC meeting minutes)
ENVIRONMENTAL IMPACT (Adverse environmental impact)
YES [ ]
N0 [y (If yes, document in PORC/S0RC meeting minutes)
D.
PORC/SORC APPROVAL Meeting Number f?/- 4 8
/
E.
APPROVAL AND IMPLEMENTATION The attached procedure is hereby approved, and effective on the' dates below:
f d's l6 fL l
//-2 YY/
/2-ES/
50perint npt/ Unit Superintendent Approved Date Effective Date Stat SF-301 Rev. 3 O
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EPIP 4602 Page 1 j.
Rev. 1 Date:
.12-8-81 1
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COMUNICATIONS TELEPHONE TEST Ia.
4 Page No.
Eff. Rev.
Date a
1 1
1 2-8-81 f
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'l 1 2-8 i j'
3 1
1 2-8-81 3
4 1
12-8-81
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r 5-1 1 2-8-81 4
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EPIP 4602 Page 2 Rev. 1 Date:
1 2-8-81 Q
1.
OBJECTIVE 1.1 To perform a test of all extensions of the telephones for emergency hotline communication on a monthly basis.
1.2 To perform a test of all EOF and Millstone extensions used for emergency communications on a monthly basis.
1.3 To perform a test of all Central Office extensions used for emergency communications on a monthly basis.
2.
LICENSE REQUIREMENTS None 3.
REFERENCES 3.1 ACP 1.07 " Communications and Outside Assistance Procedure".
4.
PLANT OPERATING REQUIREMENTS N/A O
5.
PREREQUISITES
,None 6.
PRECAUTIONS 6.1 Notify Unit 1 and Unit 2 Control Room prior to conducting any hotline tests.
7.
PROCEDURE These tests are to be performed on a monthly basis by the Station Services Engineering Department.
7.1 NRC 7.1.1 Each extensien will be tested by picking up the extension handset and waiting for an answer.
Identify the facility calling and the purpose of the call.
Inform the Operations Duty Officer that five extensions are to be tested.
Request that the facility call return the call.
Perform this test at O
the fol_ lowing locations:
i
s
's
~.
EPIP 4602 Page 3 x
Rev. 1 Date:
12-8-81 y.
Q-7.1. l'.1 E0F 7.1.1.2-Unit 1 Technical Support Center.
7.1.1.3 Unit 2 Technical Support Center 7.1.1.4 Unit 1 Control Room 7.1.1.5 Unit 2 Control Room 7.1.2 If any extensions are not operable, refer to ACP 1.07
" Communication and Outside Assistance Procedure",
Sect' ion 5.6.1 for appropriate action.
)
7.1.3 Results of the test will be reported on the Telephone-Communications Test Form EPIP 4602-1.
7.2 State ~ Police 7.2.1 Notify the State Police at 848-1201 and inform them of the test of the emergency phones.
7.2.2 Each extension will be tested by picking up the handset and waiting for an answer.
Identify the facility calling and the purpose of the call.
Request that the facility called return the call.
Q Perform this test at the following locations.
7.2.2.1 Unit 1 Control Room 7.2.2.2.
Unit 1 Technical Support Center 7.2.2.3 Unit 2 Technical Support Center 7.2.2.4 EOF 7.2.3 Results of the test will be reported on the Telephone Communictions Test Form EPIP 4602-1.
Any extension malfunction will be reported to Station Services Engineering for resolution.
7.3 Waterford Police 7.3.1 Notify the Waterford Police'at 442-9451 and inform them of the test of the emergency phone.
7.3.2 Each extension will be tested by picking up the handset and waiting for an answer.
Identify the facility calling and the purpose of the call.
Request that the facility called return the call.
4 Perform this test at the following location.
~
r l
EPIP 4602 Page 4 Rev. 1 Date:
12-8-81 O.
7 3.2.1 unit 1 Contrei aeom 7.3.2.2 Unit 1 Technical Support Center 7.3.2.3 Unit 2 Technical Support Center 7.3.2.4 EOF 7.3.3 Results of the test will be reported on the Telephone Communications Test Form EPIP 4602-1.
Any extension malfunction will be reported to Station Services Engineering for resolution.
7.4 NUSCo 7.4.1 Notify the following personnel and inform them of the test of the emergency phones.
7.4.1.1 Wayne English - 3755 Berlin 7.4.2 Each extension will be tested by picking up the handset and waiting for an answer.
Request that the i
facility called return the call.
Perform this test on the NUSCo circuit, Manager of Resources circuit, Manager of External Communications circuit, Manager O
or Radioio95ce' Assess eot circuit eod Meaeoer or Technical Support circuit at the following locations.
7.4.2.1 EOF 7.4.2.2 Unit 1 Control Room - NUSCo circuit only.
7.4.2.3 Unit 1 and Unit TSC - Technical Support Only.
7.4.3 Results of the test will be reported on the Telephone Communications Test Form EPIP 4602-1.
Any extension malfunction will be reported to Station Services Engineering for resolution.
7.5 Media Center 7.5.1 Contact Richard Cassada, 566-4737 to coordinate the test or the Media Center Hotline.
7.5.2 Each extension will be tested by picking up the handset and waiting for an answer.
Request that the.
facility called return the call.
Perform this test at the following locations.
Ov
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EPIP 4602 Page 5 Rev. 1 Date:
12-8-81 7.5.2.1 EOF g
7.5.2.2 Results of the test will be reported on the Telephone Communications Test Form EPIP 4602-1.
Any extension malfunction will be reported to Station Services Engineering for resolution.
7.6 E0F, TSC and Millstone Extensions 7.6.1 Test each Millstone extension by picking up the handset and dialing zero (0).
Request that the operation return the call.
7.6.2 Test each EOF extension by picking up the handset and dialing zero (0).
Request that the operation return the call.
7.6.3 Results of the test will be reported on the Telephone Communication Test Form EPIP 4602-1.
Any extension malfunction will be reported to the station telephone operator for resolution.
7.7 E0F and TSC Central Office Telephone Lines g
7.6.1 Test each central office line by picking up the i
handset and dialing 447-1791.
Request that the telephone operator return the call.
7.6.2 Results of the test will be reported on the Telephone Communications Test Form EPIP 4602-1.
Any Central Office line malfunction will be reported to the station telephone operator for resolution.
7.8 Health Physics Network (HPN) 7.8.1 Notify the NRC Resident Inspector on extension 428 that the HPN circuit is to be tested.
7.8.2 Test each Millstone HPN circuit by picking up the handset and dialing 62.
Perform this test at the following locations.
7.8.2.1 EOF 7.8.2.2 H. P. Supervisor's Office 7.8.3 Request that the Resident. Inspector return the call g
by dialing 63.
EPIP 4602 Page 6 Rev. 1 Date:
12-8-81 O
7.8.4 Results of the test will be reported on the Telephone Communications Test Form EPIP 4602-1.
Any HPN circuit malfunction will be reported in the following manner:
7.8.4.1 Call collect 301-588-2736.
7.8.4.2 Report the organization as the NRC.
7.8.4.3 Report the station location as Millstone and include building and room location.
7.8.4.4 Report the callback number as 447-1791.
7.8.4.5 Report the circuit number GDA02061.
7.8.4.6 Report the time the trouble occurred.
7.8.4.7-Report the nature of the trouble.
7.9 Control Room - TSC 7.9.1 Notify the Unit 1 Control Room and the Unit 2 Control Room of the test.
7.9.2 Each line will be tested by picking up the handset and waiting for an answer.
Identify the facility O
calling and the purpose of the call.
Request that the facility return the call.
Perform this test at the following location.
7.9.2.1 Unit 1 TSC 7.9.2.2 Unit 2 TSC 7.9.3 Results of this test will be reported on the Telephone Communications Test Form EPIP 4602-1.
Any extension malfunction will be reported to Station Services Engineering for resolution.
7.10 Intercom 7.10.1 Test each intercom set by picking up the handset and dialing the access code.
7.10.2 The access codes and locations t.o be tested ar.e as follows:
7.10.2.1 E0F 7.10.2.2 Unit 1 Control Room 7.10.2.3 Unit 1 TSC O
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EPIP 4602 Page 7 Rev. 1 Date:
12-8-81
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7.10.2.4 Unit 2 Control Room 7.10.2.5 Unit 2 TSC 7.10.3 Results of the test will be reported on the Telephone Communication Test Form EPIP 4602-1.
Any extension r.alfunction will be reported to Station Services Engineering for resolution, 8.
INSPECTION DATA SHEET 8.1 EPIP 4602-1 CC:bjo O
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O m--.
,,,,.. - - - - - - -, - -,...,,.--pe,,_ng,pw,-,,e.,
e
-,e-,.pyy
, en, e-
,c--m- - - -, -,,, _ - _,,
-,w-.-----n--,,,-,m.,,--~w,ven,-,,,,,
a r
4000 SERIES EMERGEllCY PIAll IMPLEMEf1 tit!G FORMS es b. ?!Ul'BER TIll.E REV.
DATE ISSUED 4101-1 Unusual Event Checklist 0
7/15/81 Shift Supervisor / Designee 4101-2 Unusual Eyent Checklist 1
9/15/81 Shift Technical Advisor /SSSA 4101-3 Unusual Event Checklist 0
7/15/81 Duty,0fficer 4102-1 Alert Energency 1
9/15/81 Shift Supervisor / Manager of Control Room OPS 4102-2 Alert Emergency 1
9/15/81 Shift Technical Advisor /SSSA l
4102-3 Alert Emergency 0
7/15/81 l
Duty Officer / Manager of TSC 4102-4 Alert Emergency 0
7/15/81 Director of Station Emergency Operations 4102-5 Alert Emergency 0
7/15/81 g
Manager of Radiological Conscquence Assessment v
4102-6 Alert Emergency 0
7/15/81 Manager of Public Information l
4102-7 Alert Emergency 1
9/15/81
(
Manager of External Ccamunication 4102-8 Alert Emergency 0
7/15/81 I
ilanager of Security 4102-9 Alert Emergency 2
10/26/81 l
Manager of On-Site Resources 4102-10 Alert Emergency 0
7/15/81 Manager of Engineering Support 4103-1 Site Area Emergency 0
7/15/81 Shift Supervisor / Manager of Control Room OPS 4103-2 Site Area Emergency 1
9/15/81 Shif t Technical Advisor /SSSA Rev. 6 O
12/1/81 Page 1 of 5 l
l l
4000 SERIES - FORMS N
[])
4103-3 Site Emergency 0
7/15/81 Duty Officer / Manager of TSC 4103-4 Site Area Emergency 0
7/15/81 Director of Station Emergency Operations 4103-5 Site Area Emergency 0
7/15/81 Manager of Radiological Consequence Assessment 4103-6 Site Area Emergency 0
7/15/81 Manager of Public Infor,ai.ien 4103-7 Site Area Emergency 1
9/15/81 Manager of External Communication 4103-8 Site Area Emer3ency 0
7/15/81 Manager of Security 4103-9 Site Eaergency 2
10/26/81 Manager of On-Site Resources 4103-10 Site Area Ec.ergcncy 0
7/15/81 lianager of Engi..ering Support 4104-1 General Emergency 1
9/15/81 O
Shift Supervisor / Manger of Control Room OPS 4104-2 General Emergency 1
9/15/81 Shift Technical Advisor /SSSA 4104-3 General Emergency 0
7/15/81 Duty Officer / Manager of TSC 4104-4 General Emergency 0
7/15/81 Director of Station Emergency Operatio,ns 4104-5 General Emergency 0
7/15/81 Manager of Radiological Consequence Assessaent 4104-6 General Emergency 0
7/15/81 Manager of Public Information 4104-7 General Emergency 1
9/15/81 Manager of External Communication Rev. 6 12/1/81 O
Page 2 of 5
1000 SERIES - f0RiiS
()
4104-8 General Emergency 0
7/15/81 Manager cf Security 4104-9 General Emergency 2
10/26/81 Manag u of Ca-Site Resources 4104-10 General Emergency 0
7/15/81
. 11anager of Engineering Support 4201-1 Worksheet #1 !!oble Gas Release Rate 0
7/15/81 4201-2 Worksheet #2 Iodine-131 Release Rate 0
7/15/81 4201-3 Worksheet #3 Meteorological Data 1
12/8/81 4201-4 Worksheet#4t$bleGasDose 0
7/15/81 4201-5 Worksheet #5 Thyroid Dose 0
7/15/81 4201-6 itorksheet #6 Doses Vs. Distance 1
12/8/81 4201-7 Dose Calculation Data Sheet 0
7/15/81 4201-8 Air Sample Activity Concentrations Worksheet 0 7/15/81 O"'
4201-9 Radiation Oose Rate Worksheet 0
7/15/81 4202-1 Millstone Post Accident Sampling Data 0
32/8/81 l
Sheet 4203-1 EMT #1 Worksheet 1
12/8/81 4204-1 EMT #2 Worksheet 0
7/15/81 4205-1 EMT #3 Data Sheet 0
7/15/81 4205-2 Air Sample Work Sheet 0
7/15/81 4206-T Offsite EMT Data Sheet 0
7/15/81 4206-2 Air Sample Work Sheet 0
7/15/81 4208-1 First Aid Kits 0
7/15/81 4208-2 Basket & Stretchers 0
7/15/81 4208-3 Personnel Contamination Form 0
7/15/81 i
Rev. 6
(~)
12/1/81 Page 3 of 5 O
4000 SLRIES - FORIIS i
O 42o9-i Emergency Re-Entry Checklist 0
7/15/81 4601-1 Page/ Siren System Evacuation Alarm Test 0
7/15/81 4602-1 Telephone Communications Test 0
7/15/81 4603-1
. Emergency Operations Facility 0
7/15/81 Radiological Kits 4603-2 Emergency Operations Facility 0
7/15/81 Access Road 4603-3 Unit 1 Control Room Emergency 0
7/15/81 4603-4 Unit 1 Technical Support Center 0
7/15/81 Radiological Ejuipment Checklist 4603-5 CPF Assembly Area - Radiological Kit 0
7/15/81 4603-6 First Aid Emergency Rescue Kits and 0
7/15/81 Emergency Dosimetry 4603-7 Ambulance Kit Inventory 0
7/15/81 4603-8 Emegency Equipment Inventory List 0
7/15/81
]
4603-9 Acid Spill Kits 0
7/15/81 4605-1 Emergency Operations Facility 0
7/15/81 Ventilation System Filter Test 4606-1 EOFEDG Operability Test 0
7/15/81 4608-1 E.0.F. Air Lock OP Test 0
7/15/81 4609-1 E.0.F. Fire Detection Test 0
7/15/81 4610-1 Unit 1/ Unit 2 Data Sheet 3
11/26/81 4610-2 Unit 2 Data Sheet Cancelled 9/1/81 (50RC 81-38) 4611-1 PA Speaker Inspection Form 0
7/15/81 L
4612-1 Tri-Town Radio Test-Unit 1 Control Room 0
7/15/81 4612-2 Tri-Town Radio Test-EOF 0
7/15/81 Rev. 6 12/1/81 g-Page 4 of 5 O
S w:
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<1000 SERIES - FORMS 4612-3 State Police Radio Test 0
7/15/81 4612-4 ik+crford Police Radio Test 0
7/15/81 4613-1 Radiopage - Daily Test Log Sheet 1
11/24/81 I.
1 O
O t
-+-
Rev. 6 12/1/81 O
eeoe s a s
2-s-r/
APPROVAL: yMjde'</'c/ DATE: Mrs 50RC MTG. NO. P/-///
z jf
&#W7
! (]
WORKSHEET #3 l
METEOROLOGICAL DATA l
DATE:
TIME:
NAME:
1.
Meteorological Tower Elevation for Data Used Below =
FT (12) 2.
Wind Speed =
MPH (enter 1 MPH is less than 1) l (13) l 3.
Wind Direction =
(14) l Downwind Direction =
1 180
=
l (14)
(15)
Downwind Sector =
(See Table F-1)
(16) 4.
T F
=
(17) 5.
Xu/Q =
For T Measured at 374' Level For T 374 Foot Greater Than or Equal to (-0.7 F) Use 3 x 10_
(Stable)
For T 374 Foot Between (-0.7 F) and (-2.3 F)
Use 8 x 10 (Neutral)
For T 374 Foot Less Than or Equal To (-2.3 F)
Use 2 x 10 (Unstable)
For T Measured at 142' Level For T 142 Foot Greater Than or Equal To (-0.2 F) Use 2 x 10 (Stable)
For T 142 Foot Between (-0.2 F) and (-0.7 F)
Use 5 x 10 (Neutral)
For T 142 Foot Less Than or Equal To (-0.7 F)
Use 1 x 10 (Unstable)
Xu/Q =
(18) 6.
X/Q = 2.2 x
/
Sec/M3
=
(18)
(13)
(19) 1 l
l
/
EPIP Form 4201-3 Rev. 1 Page 1 of 1 Date: 12 8-81
l APPROVAL:
((
dV a/ DATE: /2-/-f/
SORC MTG. NO. f/-///
y' r
i (
WORKSHEET #6 DOSES VS. DISTANCE DATE:
TIME:
NAl-1E:
1.
Projected Whole Body Dose =
mR (Worksheet #4)
(24) l 2.
Projectbd Thyroid Dose =
mrem (Worksheet #5)
(27) 3.
If Whole Body Dose >5000 mR, or Thyroid >25,000 mrem, then 5000
=
(24)
(28) l 25,000
=
(27)
(29)
Smaller value of (28) or (29) =
(30)
Corresponding Distance (Fig. F-1) =
kilometers (31)
Distance to which state class ALPHA exists miles 1.6
=
=
l (31)
(32) 4.
If Whole Body Dose 71000 mR, or Thyroid 75000 mrem, then 1000
=
O' (24)
(33) 5000
=
(27)
(34)
Smaller value of (33) or (34)
=
(35)
Corresponding Distance (Fig. F-1) kilometers
=
(36)
Distance to which state class BRAVO exists miles 1.6
=
=
(36)
(37) 1 I
(
EPIP Form 4201-6 Rev. 1 Page 1 of 2
J, -'
]
WORKSHEET #6 - Pg. 2 DOSES VS. DISTANCE 5.
If Whole Body Dose > 50 mR, or Thyroid > 250 m Rem, then 10.
=
(24)
(38) 250
=
(27)
(39)
Smaller value of (38) or (39) =
(40)
Corresponding Distance (Fig F-1)=
kilometers (41)
Distance to which state class Charlie Two exists i
=
1.6 =
miles (41)
(42) 6.
If Whole Body Dose > 5 mR, or Thyroid Dose > 25 mrem, then
._5._
=
q (24)
(43)
V
.25_
=
(27)
(44)
Smaller Value of (43) or (44) =
(45)
Corresponding Distance (Fig F-1) =
kilometers t
(46)
Distance to which state class Charlie One exists 1.6 =
miles
=
(46)
(47) i O
1 l
EPIP Form 4201-6 i
Rev. 1 Page 2 of 2 e-c---+i?--w e
w-w m
r-y--y w-
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A p
DATE /2-f-/[
SORC MTG
((
y
,d APPROVED MILLSTONE POST ACCIDENT SAMPLING DATA SHEETI DATE TIME SAMPLE PERFORMED BY A
B C
st 1
DILUTION ml original volume dilution sample diluted to factor st 2"
DILUTION ml 1 dilution volume dilution sample diluted to factor rd 3
DILUTION ml 2" dilution volume dilution sample diluted to factor
= C DILUTION FACTOR CALCULATION:
~
A 1
FORM EPIP 4202-1 REV. O O
O O
4-
/
APPROVAL [ [I [
e,6k/
DATE
/2-J'
IMPORTANT: Return this form and all samples to the Manager, Radiological Consequence Assessment or his designee as soon as possible. Reviewed By: Manager, Radiological Cons. Date Assess. Reviewed By: Director, Station Emer. Date Operations i EPIP Form 4203-1 j Rev. 1 1 '~ Page 3 of 3 Date: 12-8-81 _ -,