B12402, Rev 7 to Emergency Plan Implementing Procedure EPIP 1.5-11, Personnel Injuries, Rev 2 to EPIP 1.5-47, Operation of Wide-Range Gas Monitor During Accident Condition & Rev 3 to EPIP 1.5-48, Control Room Data Coordinator
| ML20207P783 | |
| Person / Time | |
|---|---|
| Site: | Haddam Neck File:Connecticut Yankee Atomic Power Co icon.png |
| Issue date: | 01/13/1987 |
| From: | Mroczka E, Sears C CONNECTICUT YANKEE ATOMIC POWER CO. |
| To: | NRC OFFICE OF ADMINISTRATION (ADM) |
| References | |
| B12402, PROC-870113, NUDOCS 8701200213 | |
| Download: ML20207P783 (25) | |
Text
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So" = - nav.e-s' EPIP 1.5-11 Pev. 7 EPIP1 JAN 0 b 1987 Connecticut Yankee Emergency Plan Implementing Procedure EPIP 1.5-11 g oy PLANT OPERATIONS REvlEW Co%TTEE APPROVAL
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PERSONNEL INJURIES r
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1.0 PURPOSE I- b 7 To provide guidance for responding to personnel in,iuries with or without
. contamination .during a. plant.and/or other, medical . emergencies. , .,
2.0 APPLICABILITY 2.1 This procedure applies to the following Emergency Response Organization personnel .
o Director of Station Emergency Operations.
_- .s o Operations Shift Supervisor / Manager of Control Room Operations.
'.l r o? Manager.. Of .Se'curity. $ # ' '- ' -
o Manager of Public Information.
- o. Shi.ft, Supervisor's Staff Assistant.
o Station Nurse.
i o On-Shift Health Physics Technician.
3.0 REFERENCE l 3.1 EPIP 1.5-2, Notification and Communication.
3.2 EPIP 1.5-21, Director of Station Emergency Operations.
l 3.3 EPIP 1.5-23, Manager of Security.
3.4 EPIP 1.5-26, Manager of Control Room Operations.
3.5 EPIP 1.5-29, Emergency Dosimetry Issue.
3.6 EPIP 1.5-31, On-Shift Health Physics Technician.
3.7 EPIP 1.5-33, Shift Supervisor's Staff Assistant.
4.0 DEFINITIONS None.
8701200213 870113 ' Page 1 of 6
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EPIP 1.5-11 Rev. 7 EPIP1 pf; O b 1987 5.0 RESPONSIBILITIES 5.1 The Operation's Shift Supervisor is responsible for implementing this procedure.
5.2 The Station Nurse and/or Health Physics Technicians are responsible for performing required first aid.
5.3 The Shift Supervisor's Staff Assistant (SSSA) will, when directed by the Operations Shift Supervisor / Manager of Control Room Operations
'(MCRO),' initiate.the request for off-site ambulance service.
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S' 4 The SSSA will', when directed by the 0perations Shif t Supervisor /MCRO, initiate the first and subsequent hospital notifications if an injured individual (s) is to be transported off-site for medical care.
5.5 The SS.SA shall submit the completed Attachment 8.1 Sick / Injured Person
' Report or. Attachment .8'.2/ Injured Conta' m inated Person Report to the Nuclear Records Department for permanent retention.
6.0 INSTRUCTIONS
- 6.1 Injured ambulatory personnel report to the Station Nurse in the Emergency Operations Facility (EOF) Nurse Office.
NOTE: EOF Nurse Office will be staffed 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> per day when the station Emergency, Plan is implemented.
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'6 .1.1' The Station Nurse /On'-Shif t Health ' Physics 'Techt.ician will call the: Control Room and provide the Linformation for completion of attachment 8.1 or 8.2. I The SSSA w'ill implement EPIP 1.5-2 (Attachment 3.3) if an 6'.1.2 ~
l ambulance is required. The information shown on attachment 8.1 or 8.2 will be provided to the receiving hospital staff.
l NOTE 1: Injured or injured contcminated individual (s) will i be transported to Middlesex Memorial Hospital, j Middletown, for treatment, l
l NOTE 2: Lawrence and Memorial Hospital, New London is the l alternate hospital in the event that a large l
number of injured or injured contaminated personnel require treatment, i
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EPIP 1.5-11 Rev. 7 I
EPIP1 JAN 0 51987 6.1.3 The SSSA will requ'est the Security Shift Supervisor /Manaaer I t of Security provide a member of the Security Force to meet ,
the ambulance at the site north gate. Emergency dosimetry '
will be issued to ambulance crew by the Security Force or a Health Physics Technician in accordance with EPIP 1.5-29, Emergency Dosimetry Issue.
6.2 When injured nonambulatory individual (s) are found inside or outside of. the protected area the- following action .will be taken.
6.2.1 The.0perations Shift Supervisor /MCR0 will upon notification that the injured' individual (s) hav'e been found, sound the Station. Annunciation Alarm followed by a request over the Station paging system for the Station Nurse /On-S.hift Health Physics Technician (if not a member of the Search and Pescue Team) to respond with a trauma kit to the location of the injured individual (s).
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CAUTION:
If a contaminated patient is to be transported to the hospital, the SSSA must emphasize to the
- ambulance service and the hospital that the
! patient is contaminated and requires special
' handling.
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6~.2.1.1' After the preliminary medical evaluation _has been
' completed,-the patient (s) will be monitored for -
contamination. If possible, contaminated clothing should be removed from the patient before transfer to the hospital.
6.2.2 The Station Nurse /On-Shift Health Physics Technician will reouest the on-scene security person to contact the Control Room and provide the information necessary for ccmpletion of attachment 8.1 or 8.2 as applicable. l 6.2.3 The SSSA will complete attachment 8.1 or 8.2 from in#orma- 8 tion provided by the Station Nurse or the On-Shift Health l Physics Technicians as appropriate.
6.2.4 The SS.4 will implement paragraph 6.1.3 nf this procedure if or whe., it is determined that individual (s) must be transported off-site to a hospital.
6.2.5 The Operations Shift Supervisor /MCR0 or the DSEO will ensure I that a Health Physics Technician shall accompany contaminated individual (s) or report to the receiving hospital.
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EPIP 1.5-11 Rev. 7 EPIP1 JAN 03 1987 7.0 FIGURES None.
8.0 ATTACHMENTS Title Page
- 8. I'~ Sick / Injured Person Report. 5 8.2 Injured Contaminated Person Report.: ,
6 9.0 . FOOTNOTES '
None.
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. 'EP!P 1.5-11 R:;v. 7 EPIP1 ATTACHMENT 8.I g ()y jeg7 SICK / INJURED PERSON PEPORT
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The Shift Supervisor's Staff Assistant will complete the below information prior to making telephone calls to the receiving hospital.
Part I: CONTROL ROOM ACTIONS The following infomation shall be provided to the Control Root. by the Station Nurse or the Shift Health Physics Technician as the first aid responder, o ~'mbulance A required: YES N0 o Patient (s) is/are (circle one) conscious: YES NO
.o Wh'at are thei 'njuries/ illness:
o Name of the injured or ill person (s):
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D "Part II:: SHIFT SUPERVISOR'S STAFF ASSISTANT ACTIONS o Request an ambulance. DIAL 911 Time Called:
Note: Provide the ambulance dispatcher with the same information being l provided to the hospital, o Initial notification of the Middlesex Memorial Time Called':
Hospital staff. DIAL 347-9471. l
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- "- '. No t e':- Provide th'e ' hospital' hth a control room- t' lephone e numbeFso that-they can call back if it becomes necessary.
NUMBER GIVEN:
o The following information shall be provided:
Patient (s) injured (how many): -
Patient (s) is/are (circle one) conscious: YES NO Briefly describe injuries or illness:
PART III: FOLLOW-UP FOSPITAL CALLS The SSSA shall make follow-up hospital calls as follows:
o If better information becomes available which more clearly describes the {
patient's condition, additional calls can be made to the hospital. I o When the ambulance leaves the site for the hospital, provide any additional information on the condition of the patient (s). Time called:
o Make such calls as necessary to the hospital to determine the condition and status of the patient (s) sent to the hospital.
[v o Keep the Operations Shift Supervisor informed.
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EPIP 1.5-11 R;v. 7 EPIP1 JAN 0 b 1c87 ATTACHMENT 8.2 SICK / INJURED CONTAMINATED PERSON REPORT I The Shif t Supervisor's Staff Assistant will complete the below information prior to making telephone calls to the receiving hospital.
Part I: CONTROL FOOM ACTIONS The following information shell be provided to the Control Room by the Station Nurse or the Shift Health Physics Technician as the first aid responder.
o Ambulanc'e requiredi YES N0 o Patient (s) is/are (circle one) conscious: YES N0
- c. Patient (s) is/are contaminated / irradiated (circle one): YES NO o What are the injuries:
o Name of the injured:
Part II: SHIFT SUPERVISOR'S STAFF ASSISTANT ACTIONS o Request an ambulance. DIAL 911 Time Called:
Note: Provide the ambulance dispatcher with the same information being provided to the hospital. !
o Initial notification of the Middlesex Memorial
/ Fospital staff. DIAL 346 9117. Time Called: I
, Note::,* ' Provide the hospital tha.~contro11 room telephone number so'that they can call back if. it becomes necessary.
NUMBER GIVEN:
o The following information shall be provided:
Patient (s) injured (how many):
l Patient (s) is/are (circle one) conscious: . YES NO l Patient (s) is/are contaminated / irradiated (circle one): YES NO l
Briefly describe injuries:
PART III: FOLLOW-UP FOSPITAL CALLS The SSSA shall make follow-up hospital calls as follows:
o If better information becomes available which more clearly describes the l patient's condition, additional calls can be made to the hospital.
o When the ambulance leaves the site for the hospital, provide any additional information on the condition of the patient (s). Time called:
- o Make such calls as necessary to the hospital to determine the condition and l- status of the patient (s) sent to the hospital.
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l o Keep the Operations Shife Supervisor informed.
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aouan-i h;v, c-s' EPIP 1.5-47 Rev. 2 EPIPS JAN 00 1987 PLANT OPERATION 5 REVIEW COMMITTEE APPROVAL Connecticut Yankee Emergency Plan Implementina Procedure
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EPIP 1.5-47 %gg OPERATION OF THE WIDE RANGE GAS MONITOR DURING ACCIDENT CONDITION ..
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l (4PPRO EFFECTIVE DATE .
1.0 PURPOSE /' bM The purpose of this procedure is to establish a method for withdrawing a
. sample. from the. hi_gh.. radiation
' ,sample. chamber of,the Wida.: Range. Gas Mcnitorc. -
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' '(WRGM) during an" emergency'. ' ' '
2.0 LICENSE OR ADMINISTRATIVE REQUIREMENTS N/A 3.0 PEFERENCES 3.1 Wide Range Gas Monitor Equipment Manual Volume #1 and Volume #2.
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.-!' 4.0 . -PREREQUISITES' -T' ' '- '
4.1 Padiation' Work Pennit '(PWP) for sampling.
4.2 . Health Physics (HP) Survey and lip coverage. -
4.3 Ensure shielded transfer container is in the area of the WRGM room.
5.0 PRECAUTIONS 5.1 Samples may be highly radinactive. Proper HP practices shall be followed when handling samples. l 6.0 PROCEDilRE 6.1 Verify which prefilter is in service.
6.1.1 On the remote operating panel in the control room, the high rance selector switch will be positioned in either the rrefilter C or the prefilter.D flow path. l Page 1 of 7
EPIP 1.5-47 JAN 0 L ja87 Rev. 2 EPIPS 6.1.2 Notify the Operations Shift Supervisor (OSS) or Supervisory Control Operator (SCO) that you will be changing the high .
range prefilter flow path to the alternate prefilter. .
NOTE: Most manipulation of the valves will be remotely controlled from the control room panel.
6.1.3 After' switching to the alternate prefilter, verify that there is flow thru the detector. Record date, time,
. prefilter selection, .and release rate.
6.2 Prefflter Removed (@ WRGM skid) , .
6.2.1 Isolate the flow path of the prefilter apparatus which was in service, by closing the two (2) sets of inlet and outlet isolation valves.
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- 6.2.2 ~ 2 Disconnect" the"prefilter' apparatus .by ~dhpressing' thE quick ~ <
release connections and simultaneously pulling the inlet and outlet lines free.
6.2.3 Turn the two (2) wingnuts counterclockwise on the front purtion of the lead shielded container until they release.
6.2.4 Pull open the lead door, remove the prefilter apparatus
') and place it in the shielded transfer container. l
('f : : ' 43; Prefilter Transfer- : h..,- .
6 . 3.1- Move the transfer container back to the lab and place the prefilter behind lead shielding in the hood.
NOTE: The following steps are to be done under the ventilation hood.
6.4 Gas Samole 6.4.1 At either end of the prefilter apparatus, securely insert a pas vial septum plug and open only that isolation valve I, directly behind the plug.
6.4.2 Wait several minutes to allow the air trapped between the valve and septum plug to equilibrate with the gas trapped in the line between the two (2) isolation valves. 1 6.4.3 Using the appropriate sample volume and geometry (see
, Attachment 1), withdraw two (?.) separate samples of gas l for gama analysis.
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EPIP 1.5-47 N5P5 JAN 0 b 1987 C 6.5 Dismantling Prefilter Apparatus ,
6.5.1 Remove the 3/8" nut and retaining ring from around the prefilter housing.
. 6.5.2 Separate prefilter housing, exposing both the particulate j filter and iodine cartridge. .,
6.5.3 Using tweezers, place the particulate filter in a petri dish I
~( plastic crud filter container) and seal. Gamma analysis can be. performed using geom'etries'#5, #6, #7 or'#8 depending on filter activity.
6.5.4 Place the iodine cartridge in a clean plastic bag and seal.
Gamma analysis can be performed using geometry #9. If noble gases are present, blow out the cartridge and recount.
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N.. .'616m Replic'e 'PNf~i. iter' A'pparatu's*'. , i ' . _ - ,
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6.6.1 Insert a new iodine cartridge in the lower half of the I prefilter housing. Arrows on the cartridge indicates
, direction of flow, 6.6.2 Place in order on top of the cartridge the thinner rubber i gasket followed by the retaining ring and screen.
6.6.3 Place a Versapori3000 particulate filter on top of the
.-screenfand.thenpiethicker; rubber; gasket..
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6.6.4- Clamp the top half of the' apparatus to the lower half and .
securely fasten the retaining ring. It is important that I
, the apparatus is securely fastened, and.the inlet and outlet lines are parallel to each other.
6.6.5 At the WRGM skid, open the shielded container door and place the prefilter apparatus inside.
6.6.6 Depress quick release connections and insert the two (2) l lines. Ensura they are secu're. I i
) 6.6.7 Close the container door and fasten it by turning the two I (2) wingnuts clockwise until they catch.
6.6.8 Open the two (2) sets of isolation valves.
! 6.6.9 Notify the OSS or SCO th'at the alternate prefilter is l available for service.
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. 6.7 High Activity Analysis f m 6.7.1 A sample containing relatively high iodine activity can be I q quantitatively evaluated for specific activity using Q') Attachment 2.
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EPIP 1.5-47
$ P5 JAN 0 b.1987 INITIALS 7.0 CHECK 0FF LIST 7.1 Particulate filter and charcoal cartridge replaced. 1 7.2 Quick connections are secura.
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7 '. 3 Inlet and ou'tlet valves are open. ,
7.4. Control room notified.
8.0 ACCEPTANCE CRITERIA / RETEST REQUIREMENTS .
N/A 9.0 TEST DATA SHEET
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10.0 INSPECTION PLAN N/A 11.0 FOOTNOTES
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Page 4 of 7
EPIP 1.5 47 Rev. ? l EPIPS JAN O L 1987 ATTACHMENT #1 Pelease Rate Volume of Sample Geometry Dilution pCi/sec cc # Factor
< 1 x 10+5 1 It displacement 4 1 x 10+5 -
~l'x 10+7 Scc (10) 6.54cc vial 1.308 1 x 10+7 .-
1 x 10+9 -
Icc. -
(10) or-(11) 6.54cc vial @ 1" 6.54' 1 x 10+9 - 1 x '10+11' .5cc '
(12)'55cc vial 110 1 x 10+11 - 1 x 10+13 .1 (12) or (13) 55cc vial @ 1" (550)
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Page 5'of 7
EPIP 1.5-47 Rev. 2 EPIPS JAN 0 b 1987 ATTACHMENT #2 Object : Develop a semi-quantitative method to determine the activity collected on a charcoal cartridge using the PASS system. It is expected that the iodine activity level will be large.
Assumptions: (1) The sample cartridge can be treated as a point source.
(2) Iodine-131 is the predominant radionuclide' present on'the cartridge.
(3) 'No self-absorption.
(4 )' Gamma energy of the Iodine-131 photon field adequately explained by the 364 kev photon.
(5) Exposure rate of the cartridge measured at a distance of six feet
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Procedure : (1) Measure the exposure rate of the cartridge at a distance of six feet away from the face of the cartridge into which the air stream flowed with a teletector. Express this reading l in R/hr.
(2) Sunstitute the value determined in step (1) into the eouation below to calculate the activity on the filter in microcuries.
Activity in pCi y 1.6 x 10 x7 exposure rate in R
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hr- "i
. Discussion: The exposure rate in roentgens per second is given by:
i5.=.(Dphotons[E MeV 1.6 x 10-6 ergsi[p,cm !
- )
2 cm ,3 s photon)j MeV /g g/
87.7 eros g-R where t is the fluence rate of the photon field.
E is the energy of the photon, ya is the mass eneroy absorption coefficient #nr j photons in air.
For a point source, the fluence rate is expressed by the following:
4 hphotons = ( A pCi) (3.7 x 10 photons) 2 U 8 cm -s 41 (r cm)2 where A is the activity on the charcoal cartridge, r is the distance from the cartridge to the detector sensitive p volume.
h
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EPIP 1.5-47 N5P5 JAN 0i; 1987 Substituting the expression for $ into the exposure rate equation and rearranging terms for A results in the equation below:
A pCi = D R 87.7 ergs Er 4a(rcm g-R 4
dis p cm 2}3600s )
)& [E/)1.6x10 er MeV (3.7x10 IICT"sN photon ,
a
.g / hF /
i
' Substituting in the values of r, E and p, gives the final results l r = 6 ft = 182.88 cm, E =. 364 M.eV, p,.= .0293 cm2 .g g
A in pCi = 1.6 x 107 x exposure rate in R, hr
. .;, y:.;ilt. should.'be' notedcthat .the' result.above ' overestimates: the actual i .'{- -. _ .
activit on the cartridge'because self-absorption and attenuation in the air and detector materials was neglected.
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A,ousen-i wav e-as EPIP 1.5-48 '
R:,v. 3 EPIP7 Connecticut Yankee bN Emergency Plan Implementing Procedure EPIP 1.5-48 PLANT OPE, RATIONS REYlEW COMMITTEE APPROYAL {
s - \
.- l A dthu.O CONTROL ROOM DATA COORDINATOR '%'G? ^
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, s APPROVE T EPPECTIVE oATE ,.,
1.0 PURPOSE /'bI4 1.1 To provide a procedure to the Control Room Data Coordinator (CRDC) for emergency response actions during nuclear /non nuclear incidents /.
.4' , accidents..' 5 c. C @ '
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2.0 APPLICABILITY 2.1 This procedure applies to all personnel assigned to the position of CRDC within the Emergency Response Organization.
2.2 DISCUSSION The Nuclear Emergency. Status System (NESS) plant parameter data
-program was d.evelopedJto provide' preselected critical. plant-
~
parameters. These preselected parameters were chosen to allow analysis of plant conditions by members of' the Station and Corporate Emergency Response Organizations. Additional space is provided in the comments section of the program for entering other parameters, alarms
. and indications which are not included as one of the preselected parameters.
The NESS plant parameter data program can be accessed from various emergency response facilities / centers within the NUSCO system. The appropriate cenagement personnel have been assigned logon ids and identification passwords.
The NESS plant parameter data program provides some of the parameters which will eventually be included in the Safety Paraceter Display l System (SPDS) and/or the Off-site Based Information System (OFIS).
The Connecticut Yankee SPDS is scheduled for ccepletion in late 1987 and the OFIS is scheduled for completion approximately 6 months later.
3.0 REFERENCES
3.1 Connecticut Yankee Atomic Power Company, Haddam Neck Plant Emergency Plan.
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EPIP 1.5-48 7 hN0L1987
) 3.2 EPIP 1.5-24, Manager of Communications.
3.3 ACP 1.0-6, Emergency Planhing Responsibility and Station Em'ergency On-Call Organization and Responsibilities.
4.0 DEFINITIONS .
None.
5.0 RESPONSIBILITIES 5.1 The primary responsibility of the CRDC is to collect and relay plant
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parameter data using the Corporate IBM 370 Computer system, high speed telecopier, or telephone to the Manager of Communications (MOC).
5.2 The CRDC shall arrive at the site within 60 mirutes of notification of a plant emergency and proceed directly to the Computer Room located
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, jbehind;the contr.ol t . Room . i . - /r .
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5.3 Upon arrival in the Computer Room, the CRDC shall implement
. this procedure as outlined in sections 5.0 and 6.0.
5.4 Collect and input plant parameter data as specified in ' ttachment A 8.1, Connecticut Yankee Plant Parameter Data and Status Collection Form. (
5.5 CRDC reports to the MOC.
6.0,.. . INSTRUCTIONS ., , , ,
[~ , .
6.1 Actions. upon arrival. in ,the Control Room. (Computer Room) . -
6.1.1 Notify the Operations Shift Supervisor and MOC of your' presence 'in the Computer Room and determine the type of event in progress.
6.1.2 Pick up personnel dosimetry from the on-shif t Health Physics Technician or Control Room personnel. l 6.1.3 Access the plant process computer (Attachment 8.2, ,
Instructions for EPLAN Process Computer Program) to .
[
acquire current plant status for input into the NESS program.
6.1.4 Using attachment 8.1 (blank forms are on file in the-Computer Room) collect and record, from the Control,Poom instrument panels, plant parameter datt not contained in the plant process computer program.
6.1.4.1 After the initial collection ,of all plant parameter data determine front the MOC which fm parameters are desired to be updated on a routine
'(d basis. .
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EPIP 1.5-48 R;v. 3 EPIP7 JAN 0b 1987
( 6.1.5 Access the NESS plant paramet'ers program using Attachment 8.3, Instructions for Using the CICS (NESS) Computer l Program.
NOTE: The data managed by the NESS program can be l changed or updated by CRDC only. All other personnel issued logon ids and access to the NESS program can only display, trend, or print the data. -Upon each completion of the last parameter l input, hard copies will automatically be printed in the EOF for distribution to.the Director of Station Emergency Operations and Managers.
6.1.6 Request additional personnel from the Manager of On-Site l Resources as necessary.
6.2 Process Computer Failure
- ic ,
-' ' . 6 i2.'1'. -If the~procalsI computer fails? diirinig a nuclitir" emerge ~ncy, '
as soon as practical call the IBM Computer Services representative at 1-800-426-7378 for repair services. l 6.2.2 Notify the MOC immediately if the process computer fails.
6.2.3 Collect'and input all preselected plant parameter data (
(attachment 8.1) from the control board.
6.2.4 Relay all plant parameter data collected from the Control
-1 , .
, ..: Room instrument panels to th's MOC via telephone'or'highc speed telecopier from the Computer Room.
6.3 Corporate IBM 370 Failure
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6 '. 3'.1 If the Corporate IBM 370 computer system (in Berlin) fails during nuclear emergencies, immediately contact the Corporate Computer Shift Supervisor at-81-3571, 5401 or 5402 to initiate corrective action.
6.3.2 Notify the MOC immediately if the Corporate IBM 370 Computer System (Berlin) fails.
6.3.3 Relay all plant parameter data collected from the Control Room instrument panels to the MOC via telephone or high speed teleccpier from the Computer Room.
6.4 Continuing Actions 6.4.1 Continue to collect and input plant parameter data into the NESS program until directed to terminate by the MOC. Plant parameter data should be entered as often as possible to keep all concerned abreast of current conditions.
6 Q]3 6.4.2 Refer all requests for data to the MOC.
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EPIP 1.5-48 Rev. 3 7.0 FIGURES None '
8.0 ATTACHMENTS TITLE PAGE 8.1 Connecticut Yankee Plant Data and Status Collection 5 i :
Form.
8.2 Instructions for EPLAN Process Computer Program. 7 8.3 Instructions for using the CICS~ (NESS) Program. 9
- u.
9.0 FOOTNOTES None
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EPIP 1.5-48 Rev. 3 EPIP7 yN 0is 1987 tq7 ., x Attachment 8.1 CONNECTICUT YANKEE PLANT PARAMETER DATA AND STATUS COLLECTION FORM DATE ;CLOCKTIME FILE RECORD NO.
BUS VOLTAGES 8 9 0FFSITE POWER LINE (amps) 1771 1206 BUS, VOLTAGES ~ 1-2 1-3 BATTERY VOLTAGES 1A lb DIESELS (amps) A B SG AUX FEED FLOWS (gpm) 1 2 -
3 4 SERVICE WATER PUMPS (amps) A B C D SG PRESS (psig) 1 2 3 4 MAIN FEED PUMPS (amps) A B DWST LEVEL (%)
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CONDENSER VACUUM (in Hg)
SG.LEVE;S (WR %)., 1, .2 . ,3 . 4 , , ,,
' ' , :SG LtVELSt(NR %) 'It ' ,
-3" 2
^ 4" -
ATM S'IEAM DUMP VALVE POSITION (0/C)
CAR FANS (amps) 1 2 3 4 CONTAINMENT TEMPERATURE (f)
CONTAINMENT DEW POINT (f)
CONTAINMENT SUMP (gal)
PWST LEVEL (gal)
CONTAINMENT PRESSURE (psig)
AUX FEED PUMP DISCH HEADER PRESSURE (psig)
FACE DAMPER POSITION (0/C) 1 Z- 3 4 4' '
. RCP -(amps) 12 - .2- - 'R 3- 'ch -
+
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T/ AVE (f)' 1 2 ,3 4 T/ COLD-(f/ red pen) 'l 2 3- 4 ,
HPSI PUMPS (amps) A- B LPSI PUMPS (amps) A. B ,
RHR PUMPS (amps) 'A B_
RUR FLOW (gpm) '
LETDOWN FLOW (gpm)
CHARGING FLOW (gpm)
CHARGING PUMPS (amps) A B RWST LEVEL (gal)
PRT LEVEL (%)
PRT PRESSURE (psig)
PRESSURIZER PRESSURE (psig)
PRESSURIZER LEVEL (%)
PRE 35URIZER SPRAYS (0/C)
ROD 3 ON BOTTOM (#)
PLAVT DELTA T (f)
SOURCE (cps) CH14 CH12 CH11 INTERMEDIATE (amps) CH21 CH22 CONTAINMENT MANIPULATOR CRANE (mR/hr)
CHARGING FLOOR MONITOR (mR/hr)
CONTAINMENT HATCH MONITOR (R/hr)
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EPIP 1.5-48 Rsv. 3 EPIP7 JAN O b 1987-Attachment 8.1 Continued CONTAINER GAS MONITOR /RMS 12 (cpm)
RMS 14-A STACK MONITOR (cpm)
AIR EJECTOR (cpm)
STEAM GENERATOR BLOWDOWN MONITOR (cpm)
REACTOR COOLANT / LETDOWN MONITOR R-20 (cpm)
- NOTE: Equipment Status' Codes are: 0 - Op'en C --Closed Light.ed switch indications are: GREEN - Mechanically closed or electrically off
. RED- - Mechanically open or electrically on AMBER - Automatic trip METEOROLOGICAL DELTA T 33ft-196ft (f)
,', . .'. INDW , DIRECTION..(Deg) ., ,196f.t,, _.33f,t _. ,, ,
_.c . , , ' ,-
WIND: SPEED (niph) ' 196f t C 33ft STACK WIDE RANGE GAS MONITOR 14B (RELEASE RATE) (uci/sec)
CONTAINMENT HIGH RANGE A/CD1 (R/hr)
CONTAINMENT HIGH RANGE B/CD2 (R/hr)
CONTAINMENT LEVEL (ft)
NOTE: The followinF items must be obtained from sources other than the control board:
'CO'R E'0UTLET THERMOCOUPLE'(hikh temp',ff')' ~ ' ' .- Nf(ICC' panel)~ '1 '
[* ' '
SUBCOOL MARGIN (f) (ICC panel)
CONTAINMENT WEIGHT OF AIR-(lb)- (process compticer) i l
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! .A
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(
EPIP 1.5-48 Rev. 3 EPIPUAN O 51987 Attachment 8.2 Instructions for EPLAN Process Computer Proaram Emergency Plan Plant Data and Status sheet (process computer) 1.0 Purpose The pu'rpose of this instruction is to provide the: user with instructions for generating a Connecticut Yankee Plant Data and Status sheet on the IBM 1800 process computer.
4 2.0 Abstract. . , ,
The Emergency Plan Plant Data Sheet program (EPLAN) reproduces the Connecticut Yankee Plant Data and Status sheet on the computer room GE TermfNet 200 printer supplying all process data which is available. The
' data on these . sheets .is inputtetd to the Corporate. IBM 370. computer. sys. tem .
. /I " ' . .-' Uperfodically'durinfiFeinergency plan'driTl -or-an" actual" emergency cituation. The data is then available at several remote locations activated by the emergency plan (e.g. the EOF and corporate emergency plan headquarters). This minimizes phone conrunications and insures identical data is received by all remote locations. In a drill, the scenario (and hence the data) is contrived beforehand so this process computer version of the data sheet is not needed. However, in an actual emergency situation running this program will save the data coordinator time in that he will only need to acquire. data on those parameters not monitored by the process computer. (A sample Connecticut-Yankee Plant Data .and Status sheet
'gerierated by;the:prcc6ss computePis.:a'ttached);
s- - * *
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3.0 Instructions' ' ~
r 3.1 0btain the.four (4) card deck labeled "EPLAN" from the middle section of the computer room wall rack. The rack section is labeled PLANT STATUS REPORT.
3.2 Run the deck using the procedure on the card reader.
! 3.3 Any data which does not appear on the resulting printout is not available on the process computer and must be obtained by other means.
1
! 3.4 Return the deck to the wall rack.
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EPIP 1.5-48 Rev. 3 EPIP7 ATTACHMENT 8.2 (CONT.)
CONNECTICUT YANKEE PLANT DATA AND STATUS 1A. DATE: 18. POST INCIDENT TIME IC. CLOCKTIME .
1 2A. OFFSITE POWER 28. DIESELS A B PRIMARY COOLANT SYSTEM SECONDARY SYSTEM i 3A. REACTOR PCWER (PCT) '
LEVEL NR LEVEL WR 38.. INTERMEDIATE (AMP) 3C. : SOURCE (CPM)' . ,
.7A._SG 1 3D. PLANT DEL T (F) 78. SG 2 3E. PZR PRESS (PSIG) 7C. SG 3 3F. PZR LEVEL (PCT) 70. SG 4 3G. PRT PRESS (PSIG) 7E. FEEDWATER PUMPS A B 3H. .SUBC00L. MARGIN MONITOR (F) .
~ ' .. . . . _ PRESSURE.(PSIG).
'T ' '
13I .. . TC '"FIGH ( F) ' ' '- ' E':'7F.\ 'SG l' - ' '
' - 'T- ' '
3J. TC AVG (F) 7G. SG 2 3K. RCS TEMP (F) 7H. SG 3 7I. SG 4 PUMPS RUNNING 7J. DWST LEVEL (GAL) 4A. RCP 1234 AUX FEED FLOW (GPM)
- 48. CHARGING A B 7K. SG 1 kg')
r 4C. CHARGING FLOW (GPM) 7L. SG 2 v .- 7M. SG 3
- e, 4D.1JPSI?
- 4E. LETDOWN FLOW u A LBf -: (GPM)'G-
- " ' T.x7N.KSG'.4~- < 'vO' .n
~ ' '
RADIATION MONITORING 4H. RWST LEVEL (GAL) 8A. PLANT STACK LOW RANGE (CPM)
CONTAINMENT 88. STACK WIDE RANGE GAS MONITOR (UCI/SEC)
SA. TEMPERATURE (F) 8C. STACK FLOW RATE (CPM)
SC. WEIGHT OF AIR (LBS) 8E. CONT MANIP CRANE (MR/HR) 5D. SUMP (GAL) 8F. CHARGING FLOOR MONITOR (MR/HR)
SE. LEVEL (FT) 8G. CONT HIGH RANGE A (R/HR).
8H. CONT HIGH RANGE B (R/PR) 8I. AIR EJECTOR (CPM) 8J. S/G BLOWDOWN A (CPM) 8K. S/G BLOWDOWN B (CPM) 8L. CONT GAS MONITOR (CPM)
METEOROLOGICAL 6A. WIND 0(DEG) 33 FT 196 FT 6B. WIND S(MPH) 33 FT 196 FT 6C. DELTA T (F) 196 FT COMMENTS: .
Page'8 of'11
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EPIP 1.5-48 R v. 3 EPIP7 p Attachment 8.3 JAN O b 1987
.t Instructions for Using the CICS (NESS) Computer Program INTRODUCTION This information explains how to add, view, change, and delete data using the Nuclear Emergency Status System (NESS). The NESS program stores data of plant parameters.and transmits-(via TS0),to users at both the Station and Corporate Emergency Response Centers. This information is used in conjunction with the Nuclear Emergency Status System (NESS) Users Guide. All referenced figures are found in the Users Guide. -
SIGN-ON
- 1) Type in "CICS" and depress the enter key. Figure 1 is on the current l screen.
. '. 2') : Type lin: your."LOGONilD"Eand depress" the. enterEk'ey. -
- 3) Type in your " PASSWORD" and depres. the enter key.
NOTE: . For security purposes, your passwor'd will not appear on the screen as you are typing.
- 4) System messages will now appear on the screen. After reading the-messages, hold down the " Alt" key and depress the "cursr sel/ clear" key. 1
' 5), c Type:in '" NESS" Land depress .the enter-key.
e <
- 6) Figure 2 is on the current screen. Type in "4", then "U19" or."U70", then depress the enter key.
- 7) Figure 3 is on the current screen.
ADD A NEW RECORD (For users with read / write passwords only)
- 1) Type in "1" and depress the enter key.
NOTE: This transaction creates your first set of data records. The l
transactions " ADD TPE NEXT CHRONOLOGICAL RECORD" ard " UPDATE AN EXISTING RECORD" are used later on to change some of the parameters you are about to enter.
- 2) Type in the date, time, and available data (from the Plant Parameter Data Sheet) for each parameter on the screen. Use the cursor keys to move between parameters. Depress the enter key to advance to the next screen.
t
- 3) A'fter the fifth screen, you will automatically be returned to Figure 3 and the message " RECORD SUCCESSFULLY ADDED" will appear. A hard copy will automatically print.
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qq Pag'e 9 of 11
. EPIP 1.5-48 Rev. 3 EPIP7 Attachment 8.3 (Cont'd) i ADD THE NEXT CHRON0 LOGICAL RECORD (For users with read / write password only)
- 1) Type in "2" and depress the enter key.
- 2) Type in the date, time, and available data for parameters that have changed. Use the cursor keys to move between parameters. Depress the enter key to advance.to the next screen.
- 3) After the fifth screen, you will automatically be returned to Figure 3 and the message " RECORD SUCCESSFULLY ADDED" will appear. A hard copy will automatically print. ,
UPDATE AN EXISTING RECORD (For users with read / write passwords only)
- 1) Type in "3", type an "X" in front of the record you will update, and
. depress: the. eqterckey.; .~; - ; '
.y -
- 2) Type in the parameter data that was either incorrect or unavailable. Use the cursor keys to move between parameters. Depress the enter key to advance to the next screen.
- 3) After the fifth screen, you will automatically be returned to Figure 3 and the message " RECORD HAS BEEN UPDATED" will appear. A hard copy will automatically print.
. .. .r .,...
BROWSE'APEXISTINb'RECORDior~all"0Ie..rs)
- 1) Type in "4", type an "X" in front of the record you will brcwse, and depress the enter key.
- 2) To browse backwards depress the "PF19" key, to browse forwards depress the "PF20" key.
l HARD COPY OF RECORDS (For all users)
- 1) Type in "5", type in the # of copies desired, type an "X" in front of the record you will print, and depress the enter key.
NOTE: If you will be printing a range of records, place an "X" in front of the first and last record of the range.
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Page 10 of 11
s' EPIP 1.5-48 Rev. 3 )
EPIP7 p Attachment 8.3 (Cont'd) JAN 0 b 1987 Ad EXIT PROGRAM
- 1) Type in "6" and depress the enter _ key.
- 2) Figure 8 is on the current screen. Type in "CESF LOG 0FF" and depress the enter. key.
DELETE AN EXISTING RECORD (For users with read / write passwords only)
~
Type in '"D", type an "X" in front 'of the recoid' you will delete, and 1)'
depress the enter key.
NOTE: You can delete only one record at a time.
- ; :,.,. _2)y-The messaget.0" RECORD _;_/2/h..f . ' -HAS? BEEN' DELETED" will ' appear.. <^i'->
TREND PARAMETERS (For all users)
- 1) Type in "T", type an "X" in front of the records you will trend, and depress the enter key.
- 2) Figure 71:: on the current screen. Type in "X" in front of the parameter
@ , , ,, . y, . .
you will trend (you can only trend one parameter at a time), and depress athe; enter. key.....Aq graphic.wil1: p be, disp 1ayed;.7+ '., - , . .
. 3) After printing or terminating the graph, Figure 7 is on the current screen.
Depress the "PF15" key to return to Figure-3, or repeat step #2 for another graph. ,
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Page 11 of 11
.- T CONNECTICUT YANKEE ATOMIC POWER COMPANY BERLIN. CO N N ECTIC U T P. O. BOX 270 H ARTFORD. CONNECTICUT 06101 Tatsewo a 203 666-6911 January 13,1987 1
Docket No. 50-213 B12402 )
Re: 10CFR50, Appendix E l U.S. Nuclear Regulatory Commission l Attn: Document Control Desk '
Washington, D.C. 20555 Gentlemen:
Haddam Neck Plant Emergency Plan Implementing Procedure Due to revisions to previously submitted Emergency Plan Implementing Procedures (EPIPs) and pursuant to Section V of Appendix E to 10 CFR 50, Connecticut Yankee Atomic Power Company (CYAPCO) hereby submits two (2) copies of the following EPIP:
EPIP 1.5-11, Revision 7, " Personnel Injuries" Should you have any questions, please feel free to contact us.
Very truly yours, CONNECTICUT YANKEE ATOMIC POWER COMPANY D.D. N Acta M.
E. 3. Mroczka Senior Vice President b
By: C. F. Sears Vice President cc: T. E. Murley, Region I (2)
P. Swetland, Resident Inspector, Haddam Neck Plant (1)
F. Akstulewicz, NRC Project Manager, Haddam Neck Plant (w/o attachment) r h
B,,