ML20081L978
| ML20081L978 | |
| Person / Time | |
|---|---|
| Site: | Indian Point  |
| Issue date: | 10/28/1983 |
| From: | Bell D, Brons J POWER AUTHORITY OF THE STATE OF NEW YORK (NEW YORK |
| To: | |
| Shared Package | |
| ML093450568 | List: |
| References | |
| PROC-831028-01, NUDOCS 8311170007 | |
| Download: ML20081L978 (110) | |
Text
v-w EMERGENCY PLAN PROCEDURES CC!r:T!!"s Procedure #- Procedure Title
'IP-1001 Discussion of the Determination of the Magnitude of Release IP-1002 Determination of the Magnitude of Release
.IP-1003- Obtaining Meteorological Data IP-1004 Midas Computer System-Dose Assessment Models IP-1005 -- Planned Discharge of Containment Atmosphere.During Accident Conditions * '
Environmental Monitoring IP-1010 In-Plant / Site Perimeter Survey IP-1011 Offsite Monitoring
'IP-1017 Recommendation of Protective Actions for the Offsite Population ,
IP-1018 Post Accident Environmental Sampling and Counting Personnel Injurv IP-1021 Radiological Medical Emergency IP-1022 Transport of Contaminated Injured Personnel Between Unit 3 and 1 IP-1023 Use and Set-Up of Unit 3 Personnel Decon Suite Damage Assessment IP-1025 Repair and Corrective Action Teams IP-1027 Emergency Personnel Exposure Notification and Communication IP-1030 Procedure forControl Room: Emergency Notification, Communication and Staffing IP-1031 Procedure for EOF Emergency Notifications & Communications IP-1038 Use of the Emergency Communications Systems -l (Radiological Emergency Data Forms, County Hot Line, Radio and NAWAS)
, Emergency Operation Facilities IP-1040 Habitability of the Emergency Facilities IP-1041 Personnel Monitoring of EOF, TSC and OSC Personnel IP-1045- Technical Support Center . :
'IP-1047 Operations Support Center 8311170007 831110 -
EMERGENCY PLAN PROCEDURES CCMENTS Procedure # Procedure Title I Accountability and Evacuation j i
IP-1050 Accountability !
- IP-1053 Evacuation of Site IP-1054 Search and Rescue Teams Non-Radislogical Emergencies IP-1055 Fire Emergency IP-1056 Directing Fire Fighting Persennel in Controlled Areas IP-1057 Tornado (Hurricane) Emergency IP-1058 Earthquake Emergency IP-1059 Air Raid Alert l
EP Release Surveys and Decontamination IP-1060 Personnel Radiological Check and Decontamination IP-1063 Vehicle / Equipment Radiological Check and Decontamination Emergency Equipment and Maintenance IP-1070 Periodic Check af Emergency Preparedness Ecuipment IP-1076 Beepers Exercises. Drills and-Training IP-1080 Conduct of Emergency Exercises and Drills IP-1085 Emergency Response Training l
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Nucles, Power Plant P.3. Som 215 Buchenan, NewWrk 10511 914 739.8200 .
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- > NewYorkPower 1!# Authority EMERGENCY PLAN PROCEDURES PROCEDURE NO IP- Book II REV. 9 TITLE" Book II Organization Initiating conditions NUE Alert Site Area Emergency General Emergency The following pages are effected by this revision:
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TABLE 5-2 INDIAN POINT EMERGENCY RESPONSE STAFFING
- 1. Emergency Director Resident Manager Superintendent of Power Technical Services Superintendent Radiological & Environmental Services Superintendent Assistant to the Resident Manager Shift Supervisor
- 2. Plant Operations Manager Superintendent of Power Operations Superintendent Technical Services Superintendent Shift Supervisor
- 3. Operations Support Center Supervisor Maintenance Superintendent I & C Superintendent Assistant Maintenance Superintendent I & C General Supervisor
- 4. Technical Support Center Manager Technical Servic'es Superintendent Electrical Engineer Mechanical Engineer Reactor Engineer Performance & Reliability Supervisor Shift Technical Advisors
- 5. Radiological Assessment Team Leader Radiological & Environmental Services Superintendent Senior Radiological Engineer Chemistry' General Supervisor Radiological Engineer
- 6. Lead Accountability' Officer Office Manager Personnel Manager
' Security Shift Coordinator (off hours)
- 7. Security and Safety ,,_ ,
e Safety and Fire Protection Superintendent Security Supervisor Asst. Security and Safety Supervisor Security Shift Coordinator ,
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e TAaLE 4-1 IIIITIATIIS CDIGITIGIS Als WIsar2IICT ACTIQII 15WE18 PuSSitta IIstCAT80Is sortessa PtAIIt pourgCTlvE AGItses IMITIAtlisi Ctas)37I00m 10 OPERA 1ong .mascY CIASSIFICAT5 Cat asemar:aner g peurguuks hemseqEsoshTIoses
- IV. kAD8080GICAL EFrlstss? ImmII100tlIIG hip thDIATION IIONISORIIIG
- l. lastantaneanas radiological ef fluent technical a. Eaceede instantaneuses eetpoint of m-14 stattfication of unueuel Svent pup-sel. 3 '. Shelter to to miles specification limite eaceeded. . gescuat. g ,g gy.lel7 Prot.ective Actnen ree--
- 2. Accidosital release of waste 117:44 in escene a. .See technical specifications, Appendie p , th>tification of unessee) avest unendations for actual of teciencel specificaticas Staats. ' Section 2.4.!* release commaltione.
- 1. kadiatick levels of alsksosne casetemination erbich a. Sans as initiating condition Alert (Sadiologicall indicate a severe degradation in *he coatsol of reJioactive materiale (e.g., increase of a factor of 1000 la direct radiattua asedings within facilityl
- 4. Itediologict! ef flemente greater then 30 times a. S.ano es Smitiating condition Alert thodiological) -
tecteical specification instantaneous limite (e.g., Ikale Gas release le excess of 4
(an instantaneous sete which if suntinued over .2 C1/sec. Iodine release of 3.0 e IO' 2 huuss, wuealJ result la ahuut I mat at time site CA/sec, check site boundary dose for tasans.Sasy uswier evere.pe metousological smnditions) atteaal does for actual release and meteosological conJitione prior to ,
closelfying emergency).
H O 5. Ef fluent semitua s (R-le, R-34 asal R-24A, R-279 II.P. a. (Any one or mure of the folloulsus Site Asea Emesgency h seading on plant veset detect levelt correhlammsing to quester then 500 em/hr for 4 lama er gseater than sussulitions would be cause for a declaration of a Site Area Emergency) 500 emhr Wu for 2 ministem (or five times these levels so ta.e thymoidt at ti.e ette lac.undary for adverse 1. 2-14 offscale for % hour enr e eor o t g. Plant went reading)40 est/hr en contact for 2 minutes. l k-24 anJ R-24A on:cale a-27 readakt.211 se6 uCa/cc for 4 hr lk It-27 reaJe t 1.28 Et6 uct/cc for saure th.en 2 minutes.
- 14. m-25. B-26 17.9 a 10 R/tw for 'a hr ur wse S-25, R-262 7.9 a 10 p/t.r fos 2 mia. or amase 111. u-40 2)l0 mm/hr fos % huur os mose k-30 11100 om/hr for 2 misustes or messe -
Sv. 68te eksesensary surveys detects we Ole > 50 est/tw f ar 4 boar 7500 mit/hr tur 2 minute.
SAines 7254 mII/hr breata=J fus 4 hr (Need ose dame gesojectioni 7 2200 mM/hr bseethod for 2 l minut es (teseJ on Jose ,
ps elect ion)
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<1 issITI ATlan3 (14u7710108 Ass Sete M ACTICII BAVEIA posSImI2 1seICATICIAS ageEmssect PtAss? 8 en.rftLTI%E ACTIOes IIstTI ATItsG C00108T10s 3 TO OPEISTORS w E M N SSIFICATIOstS meFam7 Pfunt'Eteens guasteJeLahTIose58 IV, DADlot4EICAI. hFFIMIff Ism!TOIIIIIG Assp IIADI ATICII B00001105I583 UXIeff*D1 4, Effluent monitore,' (R-34, 3-24 azu! R-24a, R-27, II.P. readin 3 lg 1. Isutications from ef flement sapattore General Energency on gelant vent) detect levele corseensusatisms to 1 R/hr w Environmentet survey reenttes esp.ges. g , .53=3ter to le sites ans os 5 m/hr thyroid at the Site muusdary under actual -twecuate as ger gr.
m_e t eoe u ltaical vaalitises or R-10,11-25, a-26 indicate Ikhte Gee Duse rate 21 m/hr ilisiting . 3o37. Ps..tective neveis cos sessunding to ti.e atzwe cunditione d anti- ' case) . . Act !' **coneweedetiuses a;ag.ateJ tous of contalsment integrity.. Iodine dose rate }5 S/hr (use chem - fos act ual setease aanple satto do not use assumed ratto). s W6 e tases.
- 48. Peadings on B-25. R-26 22.06 e 10 3
~Eu . . = . S/hr g (Site Boundary) and anticipated toes of crantainment integatty I!!. ReaJang ce R-30) s.06
- sm/hr Eu/Q (site soundaryl anJ anticipated 14.as of containment integrity t
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NOTIFICATION OF UNUSUAL EVENT CLASSIFICATION Unusual Events are situations in prograss or ones which have occurred which indicate a potential degradation of the level of safety of the plant. No releases of radioactive material. requiring offsite response or monitoring are expected ;unless further degradation of safety systems ' occur. In this classificatica, and/or response may involve support from members of the plant staff local services.
The Shift Supervisor or Senior Reactor Operator Unusual Event. when any of the will declare an initiating conditions listed below exist, or at declaration. any time in his judgement plant status warrants such a Initiating Conditions for Notification of an Unusual Event 1.
Emergency Core Cooling System (ECCS) initiated and discharged to vessel, with the respect to'the following bonafide emergencies:
a)
Loss of reactor coolant to containment b)
Exceeding primary / secondary leak rate technical specification c)
Steam break upstream of the main steam line isolation valves or feedwater break downstream of check valve d)
Main valvessteam break downstream of the main steca line isolation
- 2. a)
Instantaneous radiological effluent technical specification limits exceeded b) Accidental release of waste liquid in excess of technical specification limits
- 3. a) Fuel damage indication from RCS activity samples in excess of technical specifications (e.g. chemist sample or failed fuel monitor reading) b) High coolant activity sample (e.g. exceeding coolant technical specifications for iodine spike).
- 4. kCS temperature and/or pressure exceeding technical specification limits or RCS pressure greater than 2735 psig 5.
Exceeding RCS leak rate technical specification limits of 10 gpm from a known scurce or 1 gpm from an unkown source.
3 6.
Failure of safety or relief valve in a safety related system to close following reduction to applicable prassure.
~7.
Loss of offsite power er loss of onsite AC power capability 8.
Loss of containment integrity requiring shutdown by technfcal specifications 9.
-Loss of engineered safety feature or fire protection system function requiring shutdown by technical specifications NUE-l i l
- 10. . ~ Fire within the ' plant not affecting safety systems that lasts greater than 10 minutes
- 11. Rod ejection
- 12. Rapid depressurization of PWR secondary side
- 13. Indications or-alarms on process or effluent parameters not functional in control room to an extent requiring plant shutdown or other significant loss of assessment or communication ability
- 14. Sacurity threat, attempted entry or attempted sabotage. (Bomb
. threats specifically threatening the physical safety of the Indian Point Station which result in the actual discovery of a bomb or which require use of offsite assistance are included in this classification) '
li. - Natural - phenomenon , beyond usual levels, being experienced or
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projected - (e.g. earthquake detected on station seismic instrumentation, hurricane, tornado, or flood) 16.- Significant hazards being experienced or projected onsite or in close proximity to the site (e.g. aircraft crash, derail =ent of
' train onsite, near or onsite toxic or flammable gas release, near or onsite explosion, main turbine rotating component failure causing rapid plant shutdown)
- 17. Other plant conditions exist that warrant increased awareness on the'part of NRC, State and Local offsite authorities or require plant shutdown under Appendix A Technical Specification Require-ments or involve other than controlled shutdown or trip
- 18. Transportation of a radiologically contaminated injured individual from the site to an offsite hospital 9
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CCUTROL RCCM For Control Room activities, see IP-1030; the ficwcharts and checklists.
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POM CHECK LIST
- Assign - Shift Supervisor ?
- ISC Manager 'I
- OSC Manager
- CR Communicator:
1 direct line (TSC-OSC-EOF-CR)
~1 other as needed
- Make recommendations: - Technical / engineering
- Repair
- Corrective Action
- Recovery Center (RC) to investigate !.1
- Procurement - guidance for RC through E.D.
Consider KI needs for emergency workers Check plant status against EAL's Assure CR Communicator gives Plant updates every 30 mins. on PA
. System Has EOF taken over 30 minute calls to NRC? If not, assure CR Comm.
calls Do you know what offsite agencies are doing? Ask E.D.
A-3 u
CCITTROL ROOM For control Room activities, see IP-1030; the ficwcharts and checklists.
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TECHNICAL ADVISOR
~ Review incoming Technical Data (EP Form #31 a,b.ac)
Approve, question, change (via communicator if change or question)
Send up for copy & transparency Log on flip charts Fill out Notification Fact Sheet. Part III. Form 30c Discuss plant conditions & prognosis with E.D. I 14 Check EAL table for change in emergency classification j i
Forms:
Plant Status Log 'Part I 31a Part II 31b Part III 31c
- Notification Fact Sheet. Part III, plant parameters, Form 30c t
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DOSE ASSESSMENT H.P.
- -HP-85 Calculate compare numbers to MIDAS
-incorporate R/S & field team information Fill out Notification Fact Sheet Part II (30b) every 30 min. !
Will receive: - Reuter Stokes (15 min)
- Class A&B data ,
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- LCRISA'(15 min) J
- Offsite team data
-. Discuss P.A.'s.with'RATL Have transparency of calculation forms made and posted l
. Advise RATL as to what information (other than Part II) should be i' telecopied to the counties and state and/or provided to their reps.
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in the EOF. ,
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- Discuss with Rad. Communicator forecast on plume, expected fields, ;
offsite survey team results i Oy
Reference:
IP-1001 Discussion of the Determination of the Magnitude of Release IP-1002, Determination of the Magnitude of Release LIP-1017, Recommendation of Protective Actions for Offsite Population Flow Charts & Forms:
Determining Release Rate #1a Determining Dose #1b Manual Dose Assessment Worksheet #40 Dose Calculation Form #41 Onsite Recommended Protective Action Summary 143 Offsite Recommended Protective Action Summary #44
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MIDAS OPERATOR CHECK LIST Runs LCRISA (CTLV, ACL) immediately & each 15 min. & when requested
- make run results available to RAIL, DAHP & Rad. Communicator record meteorology on board
- place overlay on map table
- Notify.RATL when meteorology and/or overlay change
.(Announcement to Dose Assessment staff & upper gallery)
-- Forecast (NRFP) _ record on board (noteworthy data to DAHP & RATL)
- Reuter Stokes RDMP f= 15 min.
- Give to: - Calculator (noteworthy doses RATL should be informed)
- Rad Communicator
- . ACRISO make run results available to DAHP & Rad.
Class B DDPS Comm.
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, EOF RADIOLOGICAL ASSESSMENT MONITOR If-radiological concern. are present follow below -
if not, report to RAIL for assignment.
Responsible for accountability if clerks not present Place Halon system on Manual (real emergency)
Start the 2 minute background on SAM-2 counter [use Con Ed Procedure IP-1020]
Check radiation survey instruments and take initial survey. of the EOF & h&llway using EP Form #42 lq Establish Control Point in hall.
- stansions & rope
- -step off pads plastic boots friaker placement Lock upper EOF entrance, provide key to guard Start Triton Air Sampler [use con Ed Procedure IP-1041]
Set up Control Point dosimetry inside main door to EOF
-- dosimetry
- dosimeter charger
- sign.in & out
- Post frisking instructions lh Post upstairs & down (tape to wall chest height) for EOF area monitoriag.
Film Badge (or TLD)
Dosimeter Instruct security guard on his-duties for issuing a logging dosimeter and personnel using frisker-& step off pads.
NOTE:' Guards should be posted outside main EOF door (unless conditions prohibit) and he should wear film badga/TLD &
dosimeter at all times.
- ' Start.a particulate, iodine air sample (Con Ed Procedure IP-1020) l3 Complete set-up of SAM-2 counter (Con Fd Procedure IP-1020)
Periodic surveys - post results for EOF (Upper & lower)
Count samples - post results Be concerned with guards dose & dose to EOF personnel ss. -
Call OSC Dosimetry.for update on Dose Accountability Forus:
EOF Radiological Survey #42 EOF Dosimetry Record #45 A-11
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EOF SECURIT( GUARD Posted.outside EOF main door
- Restrict accass to EOF lower & upper levels l
- Authorized personnel to have access only i (EOF communicator can provide input on who's cllowed in). l ..
Use key provided by EOF monitor to allow access to upper EOF
& lower EOF If radiological conditions are'present:
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sign out & in, film badge /TLD & dosimeters to personnel exiting controlled area.
(these are inside EOF main door) issue shoe covers to those exiting controlled area.
assure those entering controlled area frisk prior to entering
& respect step off pads.
check personnel dosimetry periodically Forms:
EOF Personnel Dosimetry Record #45 A-12
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EOF CLERKS'
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Accountability & EOF Who's Who'
-post transparency call Lead Accountability Officer for accountability
-- Receive data from TSC (EP. Form 31a,b.c) send to Tech. Adv.-to proofread Then: - 1)"make transparency & post J2) hard copy to State & County representatives upstairs Receive (EP Form 30a,b,c) - Xerox, send original back to communicator.
Telecopy out EP Form 30a,b.c hard copy to State & Counties in upper gallery Receive & post flip charts.
-. EOF & Site dose transparencies Offsite data transparencies - hand copy to State & Counties &, when necersary, telecopy to County Dose Assessment personnel.
Form 30s,b,c :
Telecopy to: Orange, Rockland, Putnam, Westchester, NYS, & Recovery Center Hard Copy-to State & County & NRC Representatives in the EOF Send Original back to Communicator Form 31a,b c :
Receive by Telecopier from TSC
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Send to Technical Advisor to proof Receive back
- Make transparencies & post 31a,b Hard Copy a,b,c for EOF Reps.
Original back to Technical Advisor
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-A A-13
SITE AREA EMERGENCY CLASSIFICATION .
A Site Area Emergency is a class which involves events that are in process or have occured which involve actual or likely major failures of plant functions needed for' protection of the public. Radiological conditions outside of the IP-3 protected area, but within the exclusion area could possibly present a radiological hazard to
' personnel and in this instance..the IP-3 Emergency Director may assume control of emergency actions on both sites, including shutdown and evacuation as required.-
The Shift Supervisor or. Senior 's tetor Operator will declare a Site Area Emergency when any of the taitiating conditions listed below exist, or at any- time in his judgement plant status warrants such a declaration.
Initiating Conditions for a Site Area Emergency
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- 1. Loss of coolant ' accident that exceeds the capacity of the two operable charging pumps
- 2. Degraded core with possible loss of coolable geometry
- 3. Rapid failure of steam generator tubes (greater than 200 gpm leakage) with loss of offsite power l3
- 4. Main steam line break with greater than 50 gpm primary to cecon-dary leak and indication of fuel damage
- 5. Loss of offsite power and loss of onsite AC power for more than 15 minutes
- 6. Loss of all vital onsite DC power for more than 15 minutes
- 7. Complete loss of any function needed for plant hot shutdown condition
- 8. Transient requiring operation of shutdown systems with the failure of the Reactor to trip (continued power generation but no core damage immediately evident)
- 9. a. . Major damage to spent fuel'in either the containment or fuel storage building (it will cause the plant vent radiation monitor (R-14) to peg'offscale)
- b. Loss of spent fuel coolant
- 10. Fire compromising the functions of safety systems
- 11. Most or all alarms (annunciators) lost and plant transient initiated or in progress SA-1
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j 12.- Effluent monitors (R-14. R-24/R-24A, R-27 or H.P. reading on plant vent) detect levels corresponding to greater than 500 mR/hr lz for h ' hour oj; greater than 500 mR/hr WB for 2 sinutes (or five times these levels to the thyroid) at the site boundary for advarse, meteorology. (Anyone or more of the following conditions would be cause for a declaration of a Site Area Emergency.)
- a. R-14 offscale for h hour .
. Plant vent reading greater than 40 mR/hr on contact for 2 minutes R-24/R-24A onscale .
R-27' reads greater than 1.28 E+5 uCi/sec for hr.
-R-27 reads greater than-1.20 E+6 uCi/sec for more than 2 mins,
- b. R-25. R-26 greater than or equal to 7.9 x 10' R/hr for br. or more 5
R-25 R-26 greater than or equal to 7.9 x 10 R/hr for ,
2 minutes or more c.. R-10 greater than or equal to 310 mR/hr for hour or more R-10 greater than or equal to 3100 mR/hr.for 2 minutes or more
- d. . Site Boundary surveys detect:
WB (Gamma): Greater'than 50 mR/hr for h hr Greater than 500 mR/hr for 2 minutes Iodine : Greater than 250 mR/hr breathed for hr (based on dose projection)
Greater than 2500 mR/hr breathed for 2 minutes
- based on dose projection) l 3
- 13. Security threat involving the baninent loss of physical control of the plant.
- 14. Severe natural phenomena being experienced while plant is not in cold shutdown:
a) Earthquake greater than Design' Basis Levels (0.15g horizontal and 0.10g vertical) b) Flood greater than design levels (12.5 feet) causing loss of protection of vital equipment at lower levels c) Winds in excess of design levelt. (200 mph)
- 15. Hazards being experienced or projected with plant not in cold shutdown:
a) Aircraft crash affecting vital structures by i= pact or fire ,
b) Severe damage to safe shutdown equipment from missiles or explosion c) Entry of uncontrolled flammable gsses into vital areas.
Entry of uncontrolled toxic gases into areas where lack of access to the a'rea constitutes a safety problem.
SA-2
- 16. -Evacuation of~ Control. Room and .. control of ' shutdown systems
. established from' local stations-in 15 minutes .
. . 17. Any abnormal-plant conditions which in the opinion of the Shift Supervisor warrants' activation of the emergency facilities and monitoring teams or a precautionary notification to authorities near site t
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CHEC< OFF LISTS See pages A-3 through A-13 for the SITE AREA emergency classification, 1
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GENERAL EMERGENCY
' A General Emergency is a class which involves events that are in process or have occurred which involve actual or imminent substantial core degradation or melting with potential for loss of containment integrity.
Thyroid and/or_ whole body doses outside of the protected area but within the exclusion area may present a radiological hazard to panonnel, and in that instance the IP-3 Emergency Director may assume control of emergency actions on both the IP-3 and IP-2 sites, including shut down and/or evacuation as required.
The Shift Supervisor or Senior Reactor Operator will declare a General Emergency when any of the initiating conditions listed below exist, or
- at any time in his judgement plant status warrants such a declaration.
Initiating Conditions for a General Emetgency
- 1. Ef fluent . monitors. (R-14 R-24/R-24A, R-27, or HP reading on l plant vent) detect levels corresponding to 1 R/hr WB or 5 R/hr 9 thyroid at the Site Boundary under actual meteorological conditions OR Accident Monitor (R-10) or High Range Containment Monitors (R-25 R-26) indicate levels corresponding to the above and with an anticipated loss of containment integrity.
- a. Indications from effluent monitors or environmental survey results:
Noble Gas dose rate greater than or equal to 1 R/hr (limiting case)
Iodine dose race greater than or equal to 5 R/hr (use chem sample ratio do not use. assumed ratio)
- b. High Range Containment Moniter (A-25, R-26) (R/hr) I 3
where Greater 2.06 x 10 = R/hr and anticipated R-25, than or Xu/Q site loss of ,
R-26 equal to boundary containment integrity
- c. Where Greater 8.06 = mR/hr and anticipated R-10 than or Xu/Q site loss of :
equal to boundary containment integrity ;
Do not declare a General E=ergency bascd on R-10
'h NOTE:
alone. It is necessary to confirm that reading with indications from R-2, R-7, R-25, R-26 or
, survey meters and anticipated loss of containment integrity.
- 2. Loss of two out of three fission product barriers with a pctential loss of the third barrier, (e.g., LOCA with substantial core damage'and a potential loss of containment integrity).
u.- 3. Loss of physical control of the plant GE-1
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- 4. Other plant conditfons. exist, from whatever the-scurce, that make the release of large amounts of radioactivity in a sho'rt period of- time possible (e.g. ,
a) 'Small and large LOCA's . with failure of ECCS~ to perform, leading to severe core degradation or melt in from minutes to hours. Ultimate failure of containment likely for melt sequences (Several hours likely ec be available to completa protective actions unless containment is not= isolated.)
b) Any transient initiated by loss of feedwater and condensate systems followed by - failure of auxiliary feedwater system for extended periods that makes the release of large amounts of radioactivity in a-short period of time probable.
_ c) . Transient requiring operation of shutdown systems with failure to trip which results in core damage or additional failure of core cooling and makeup systems (which could lead
- to core melt) d)- Any failure of offsite and onsite power along with total loss of aux 11ary feedwater for several hours. Wocid lead to eventual core melt and likely failure of containment.
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e) 'Small LOCA and initially successful ECCS. (Subsequent failure of containment heat removal systems over several-hours could lead to core melt and likely failure of-containment.)
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- 5. Fire which causes plant conditions that make the release of large amounts of radioactivity in a short period of time probable, or the loss of a physical control of 'the plant.
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- 6. Any major natural phenomenon that makes the release of large amounts of rs,dioactivity in a short period of time probable.
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- 7. Any major internal or externa'l hazards which could cause massive
- common damage to plant systems resulting in plant conditions that make the release of large amounts of radioactivity in a short
-period of time probable.
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p CHECK CFF LISTS I
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See pages A-3 through A-13 for the SITE AREA emergency classification.
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EMERGENCY PLAN PROCEDURES INDEX REV. 20 Procedure # Procedure Title Rev. #
IP-1001 Discussion of the Determination of the Magnitude of Release 4 l
' IP-1002 Determination of the Magnitude of Release 4
' IP-1003 - Obtaining Meteorological Data 4 IP-1004 Midas Computer System-Dose Assessment Models 3 IP-1005 Planned Discharge of Containment Atmosphere During Accident Conditions 2 Environmental Monitoring IP-1010 In-Plant / Site Perimeter Survey 4 IP-1011 Offsite Monitoring 4 I IP-1017 Recommendation of Protective Actions for the Offsite Population 2 IP-1018 Post Accident Environmental Sampling and Counting 2 Personnel Injury IP-1021 Radiological Medical Emergency 8 I IP-1022 Transport of Contaminated Injured Personnel Between Unit 3 and 1 1 IP-1023 Use'and Set-Up of Unit 3 Personnel Decon Suite 0 Dammae Assessment IP-1025 Repair and Corrective Action Teams 3 IF-1027 Emergency Personnel Exposure 2 Notification and Communication IP-1030 Procedure for Cor. trol Room: Emergency Notification, Communication and Staffing 9 IP-1031 Procedure for EOF Emergency Notifications & Communications 1 IP-1038 Use of the Emergency Communications Systems 5 (Radiological Emergency Data Forms, County Hot Line, Radio and NAWAS)
Emergency Operation Facilities IP-1040 Habicability of the Emergency Facilities 5 IP-1041 Personnel Monitoring of EOF, TSC and OSC Personnel 4 IP-1045- Technical Support Center 5 IP-1047 Operations Support Center 6 [
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q A 8 EMERGENCY PLAN PROCEDURES INDEX REV. ' 20 (PAGE 2) 1 Procedure # Procedure Title Rev. #- I
- Accountability and Evacuation IP-1050 . Accountability 6
- IP-1053 Evacuation of Site 2 I IP-1054 Search and Rescue' Teams 2 Non-Radiological Emergencies IP-1055 Fire Emergency 2 IP-1056 Directing Fire Fighting Personnel in Controlled Areas 1 IP-1057 - Tornado (Hurricane) Emergency 1 i IP-1058' Earthquake Emergency 5 ,
IP-1059 Air Raid Alert 1 l ,
HP Release Surveys and Decontamination IP-1060 Personnel Radiological Check and Decontamination 2 IP-1063 Vehicle / Equipment Radiological Check and Decontamination 2 Emergency Equipment and Maintenance-IP-1070 Periodic Check of Emergency Preparedness Equipment 8 IP-10762 Beepers 4 l Exercises, Drills and Training
- IP-1080- Conduct of Emergency Exercises and Drills 5 IP-1085 Emergency Response Training 3 e-e e
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, , Indien Point 3 Nuclear Power Plant P.3.Sou 215 Buchenen. NewYork 10511 914 739.8200 ,
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<ist Authority EMERGENCY PLAN PROCEDURES PROCEDURE NO IP- 1001 REV. 4 ,
TITLE" DISCUSSICN OF ' HIE DETERMINATION OF "HE MAGNI"TJDE OF METASE g
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IP-1001/4 IP-1001-DISCUSSION OF THE DETERMINATION OF THE MAGNITUDE OF RELEACE
-1.0 NEED FOR EARLY ASSES 5 MENT'
'In the event of an accidental release of radioactive material to the en-vironment, it is important for the Shift Supervisor to assess the accident as soon as possible and to determine the erposure to the eff-site population.
The exposure may be only to the whole body due to fields created by the noble gas cloud or it may include exposures to the thyroid from the radio-
' iodines when they are present.
It is important to make this early assessmant of potential exposure and have it available for the State and County Officials. This information will assist them in their~ decisions regarding protective actione for the public and in the most extreme case, to give guidance on the movement of
- he offsite population from the affected crass. This information will also be used by the onsite Emergency Director for establishing protective actions for onsite personnel.
2.0 TYPES OF ACCIDENTS Monitor Resnonse
- a. LOCA with no core damage -R-2/R-7/R-10/R-25/R-2' Reactor coolant system spike response with rapid
-(RCS) activity only decrease.over 15-30 minutes
-R-11 increases (probably offscale) with subsequent decrease
-R-12 increases then rapidly decreases over 15-30 minutes
-R-13/R-14/R-27 show increase only if VC isolation was not
- held
- b. Clad failure - up to the entire -R-10 shows increase up to 65 gap activity could be released to =R/hr VC (iodines and noble gases) -R-2/R-7 read offscale (long lived gases) -P.-25/R-26 read up to 10 4 R/hr.
-VC Iodine Monitor shows increase
-R-27 indicates up to 50uci/cc if releasing
-R-14 offscale if releasing
- c. Fuel melt in addition to Clad. -R-10 incresses up to 15 R/hr failure -R-2/R-7 read offscale (iodines, noble gases, bromines -R-25/R-26 tead up to 2x10 6 and other moderately volatile R/hr.
nuclides; Sr-89, Ru-106, CS-137 -VC Iodine Monitor offscale Ce-144, Ba-140. Tellurium-132) -R-14 offscale due to high background threugh VC wall
-R-27 increases if releasing 1 of 12
, :s .
.IP-1001/4
- d. ' Fuel. element damage in FSB -Magnitude of release and
("long-lived"_ isotopes, as in isotopic mix _ depend on clad-failures, but on a smaller decay tima of fuel since scale) its removal from the
, Core.
-FSB Iodine Monitor may show increase
-FSB APD shows increase
-R-27 shows increase if releasing.
"-14 offscale due to high background through FSB wall,
- e. Gas release from tank rupture in -R-j7indicatesupto "AB'(gas decay-tank. VCT, CVCS canks) 10 uCi/sec.
-R-14 offscale-
-PAB APD may show increase
- f. Fuel melt, containment integrity -R-14 off scale does not hold -R-10 off scale (greater than1000R/hr)
-R-25/R-26 read up to 2x10 R/Hr.
-R-27 shows increase
- ^
-ARMS in RAMS and Admin.
Bldg. show increase.
3.0 RADIOLOGICAL ASSESSMENT 3.1 Approxtrate Time of Monitor Monitors and Surveys and Assessment Availability Immediate R-10 R-144 (low) less than 5.0 x 10 uCi/cc R-27 AFD'n and Iodine Monitors R-25/R-26 15 minutes Vent monitor (R-24 and R-24A in PAB) 7.5 to 7.5x10' uC1/cc Reuter Stokes offsite monitors 25 minutes Plant ve t (HP tech r ading) +
1.0 x 10 to 3.0 x 10 uC1/cc 30-45 minutes Beta, Gamna readings at site boundary 1-1 hrs. Isotope analysis (chem.
_ sample of stack air) 1 1/2 hrs. Iodine sample in field 2 of 12
T* .i-IP-1001/4 3.2 Initial Steps For Assessment (Reference IP-1002) s
- 1. R-14 on scale-
- a. Estimate offsite dose from reading on R-14
- b. Send chemist for sample of stack (normal method)
-2. R-14 off scale s a. Primary-Method i.. Evaluate R-27 (uci/cc and uCi/sec)
- 11. Send chemist for stack sample (emergency method, RSCS-042)
Count total iocine first, then noble gas and particulates. ;
- b. Backup Method _ _
Send _H.P. Tech to read R-24 and R-24A high range plant vent i.
monitor in PAB.
If Offscale low, Send H.P. Tech to plant vent to obtain uC1/cc and release ,
rate per HPI-12.4 l
11.- Send chemist for stack sample (emergency method, RSCS-042). '
Count total iodines first, then noble gas and particulates.
- 3. Send H.P. Tech to site boundary sample points (IP-1010) 4.- Send offsite monitoring teams to do offsite surveys (IP-10ll).
- 5. Request Reuter Stokes monitor readings. ,
t
- 6. When chemist has~results from stack sample, develop the ratio of j total Iodines to Noble Gas.
Total I NG g 4.0 METHOD OF ASSESSMENT In order to determine what'the actual or potenr.ial offsite exposure to the population is, it is necessary to evaluate the accident relative to the source term, release rate (actual or potential), meteorological conditions (wind speed, vind direction, and Pasquill Stability Category), concentration (noble gas and radioiodines) at the environmental point of interest (site boundary, etc.) and the relationship of the concentration to whole body and thyroid exposure in mrem./hr. The basic steps followed in IP-1002 to accomplish this radiological assessment are:
- a. Determine Release Rate
- b. Determine the Site Boundary Concentration c.- . Determine the Site Boundary Dose: Whole Body and Thyroid
- d. Determine Point of Interest Dose: Whole Body and Thyroid NOTE: An estimate of the duration of the release should be obtained from the Emergency Director. If unavailable, use 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> as the first estimate.
NOTE: The HP-85 computer program or the MIDAS computer program (in the
D '
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.. 3; IP-1001/4
.5.0 10 MIT.E AREA AND SECTOR MAP
'The 10 mile area: sector map is-to be used in conjunction with the " Indian Point Station Radioactive Release Overlays". The map's center point is the Indian Point superheater stack, and it extends from there out to 10 miles.
The map is radially sectioned off into 16 equal sections, each of 221/2 .
Each of the 16 sectors is further subdivided into.10 more sections by 1 through 10 mile. concentric rings with the origin at the superheater stack.
This results in a total of 160 " mile zone / sectors" which will be used when
-identifying areas.for reccamending protective actions.
Within each sector are:
- a. - Sites with dose integrating devices (TLD's) .(located on the map by red dots).
b.; Emergency sampling' sites (located on the map by-yellow dots).
z These are pcedetermined-locatians at which the offsite monitoring teams are to sample.
- c. Fixed air. sampling sites with continuously running samples (located on the map by green dots). Charcoal and millipore filters are changed weekly.
A
- d. Reuter. Stokes instruments, gamma exposure, real time readings e or accumulated dose. (located on the map by blue dots)
A wind-set is also installed at each Reuter Stokes providing wind
, speed and direction at that point.
6.0 OVERLAY DESCRIPTION 6.1- The diffusion overlays are in the file " Indian Point Station Radioactive' Release Overlays", and were prepared fct the Indian Point site using data collected from an NYU study which calculated Ldispersion patterns for the Indian Point area of the Hudson Valley.
Indian Point is situated in-an area which is significantly influenced by' topographic features which create a channeling effect-for the air along the ' river valley with low wind speeds; the channeling effect is negated for high wind speeds. (greater than Am/sec) 6.2. The overlays-have isopleths of normalized concentration Xu/Q, where Xu/Q is a relative measurement of how the plume is spreading in the horizontal and vertical directions with a given atmospheric stability.
X = concentration C1/m or uCi/cc u = windspeed m/sec Q = source strength (release rate) Ci/sec
-Normalized concentration means that.the effects of windspeed and source strength have been assumed to be 1; to get an actual concentration, you must multiply.Xu eines 0 y Q u 4 of 12 I
IP-1001/4 .
- 7.0 '0VERLAY PLACEMENT 7.1 _ Meteorological data
- wind. speed, wind direction, and the Pasquill category is obtained from the Control Room meteorological display
. panel,'or via backup methods as outlined in IP-1003. Using this data-
,in coajunction with Figure 1 Flowchart for Overlay Selection and Placement, the proper diffusion overlay can be found.
Ex. 1. - windspeed 3m/sec,: wind direction 110*, Pasquill C:
Overlay is yellow C.
Ex. 2. - windspeed 5m/sec, wind' direction 200*, Pasquill B:
Overlay.is red B
' 7.2 . The position of 'this.-overlav is described here as well as in Figure 1.
.l.. For dovnvalley (blue) or upvalley flow (yellow), align the E-W, N-S positions parallel to those on the map orientation point.
- a.
- Downvalley (blue) overlays should be placed so that the plume is traveling south,
- b. Upvalley (yellow) overlays should be placed so that the plume is
-traveling north.
- 2. For crossvalley flow (red), align the overlay origin so that the plume is traveling in the direction of the wind.
-The placement of the overlay on the 10 mile area map, a.) indicates the plume travel direction; b.) normalized. concentrations Xu/Q, within the area of the plume.
NOTE: Wind' direction is always from (180 = wind from the south).
7.3 Table 1, IP-1002 has been compiled in a similar way as the diffusion curves. Using site' meteorology, the user is able to determine the
- dispersion factor '(Xu/Q) for the site boundary. .This table acts in place of choosing the site boundary location from the 10 mile area
. sector map and picking the dispersion factor off the overlay. Table 1 will~ also give guidance co' the Emergency-Director as to where to deploy.the onsite monitoring teams.'
8.0 . DOSE ASSESSMENT
- This section briefly outlines radiological dose assessment: the onsite and offsite field surveys and how to use their results in determining the projected dose to onsite and offsite individuals.
8.1 Gamma Assessment (Whole Body exposure)
Gamma measurements are indicative of whole body exposures received from'a radiological release.
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IP-1001/4 FIGURE 1 READ METECROLOGICAL DISPLAY PANEL RECORD. WIND DIRECTICN RECORD WIND SPEED RECORD PASQUILL CATEGORY WIND SPEED d 4 m/s NIND SPEED 7 4 m/s WIND DIRECTION 34 339 I
101 l102
, ~ . l.
1 209 i
USE BLUE USE YELLCW USE RED DOWNVALLEY UPVALLEY CRCSSVALLEY OVERLAY OVERLAY CV"rRLAY GROUND OR ELEV. GRCUND CR ELEV. (ey,jeR hv E V s h (Plume DirectedwSouth) (Plune DirectedMicrth) Birection of the Nind) l l
l Place overlay over Place overlay over plant Canter over plant plant orientation point . orientation point. Alig: ' crientation point with Align E-N & N-S lines E-W & N-S lines clume centerline aligned parallel to those on parallel to those on "slene wind direction.
the map. Plume will the map. ?lume will follow vallev eente.. e_ < ii~., mile, -~--~,.-
6 o f 12
IP-iG01/4 8.1.1- - Using gamma survey instruments:
- a. -Portable gamma instrumentation:
Gamma mR/hr will give the Whole Body exposure rate at
.the. survey location. Multiplying gamma mR/hr by the duration of stay will give the Whole Sody exposure in
- m2.
- b. Reuter Stokes Gamma readout is in mR/hr. Multiplying gamma mR/hr_by the duration of stay will give the whold body exposure in mR.
8.1.2- TLD Sites Within the 5 mile radius surrounding the Indian Point site there are IP' designated TLD Sites which integrate gimma dose. These are changed monthly. In the event of an radiological accident, these must be collected and sent for processing. TLD's may provide estimates of whole body exposure.
a.l.3 Whole Body exposure guidelines as per EPA PAG's are:
Projected Dose (Rem) to Recommended Actions the Population Whole Body less than 1 rem . No protective action required
. State may issue an advisory to seek shelter and await further instructions or to voluntarily evacuate.
. Monitor environmental radiation levels.
Whole Body 1 to 5 rem . Seek shelter and wait fur:her instructions
. Consider evacuation particularly for children and pregnant women
. Monitor environmental re.diation levels.
. Control Access.
Whole Body greater than 5 rem . Conduct mandatory evacuation of populations in the predetermined
, area
. Monitor environmental radiation levels and adjust area for mandatory evacuation based on these levels.
. Control Access.
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. 1 .
IP-lC01/4 8.2 , Beta Assessment Beta surveys are helpful in assessing the location of the plume-or plume deposition. If you are in the plume, a beta - gamma survey instrument will indicate a significant beta reading;.however, if you were not in the plume or near a contaminated surface, the beta reading will be low or nil. (Beta's are short range emmitting particles traveling only several meters in air)
- 8.2.1 Beta gamma readings taken in the environment may be affected by various sources. The following table describes the effects on the.open window / closed window (OW/CW) ratio when using a beta-gamma survey instrument (e.g. R0-2. E-530)
Sources of Radiation OW/CW ratio (Oad7 [ )*
m
- a. Contained source of activity 1.0 or slightly greater (e.g. radioactive gases in V.C.) than 1.0
- b. Plume (reading taken near plume 1.0 or slightly greater but not in plume) than 1.0
- c. Plume (Reading taken in plume) at least 2.0
- d. Deposition on ground from - Near ground, at least 2.0 particulates in plume - Above ground, instrument pointed upward, ratio lower that at ground level.
- The ratios given above are approximate and can be affected by a combination of sources.
8.2.2 Protective actions for beta exposure would be to remove persons from the plume by sheltering or evacuation. Sheltering is effective because beta particles are not penetrating and will not travel through walls.
1 8 of 12
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IP-lC01/4
- 8.3 Iodine Assessment.
Radioiodines released as a result of a radiological emergency are thyroid " seekers".- These iodines whether ingested or breached-travel to-the thyroid gland and remain there as any other iodine would. The radioactive properties of the-radiciodines would cause damage to the thyroid gland.
As the mass of the thyroid decreases, the doses from radioactive iodine. increase. Consequently for infant or child-thyroid the dose
-is greater than would be for an adult breathing the satt air. It is for this reason that the child becomes'the limiting case, and
' protective actions for the general population are determined from child thyroid doses. Taking breaching rates into consideration it is estimated the child thyroid dose from inhalation is greater than the adult dose by a factor of two.
8.3.1 Field Samples:
'(CR, TSC, EOF, Site Boundary, Fixed and emergency offsite monitoring locations and/or requested locations both fa-plant and offsite)-
a) Charcoal and millipore filters or silver zeolite cartridges analyzed by the SAM-2 to determine I-131~ activity (uci/cc)
I-131 (uci/cc) X 1.6 X 10 = child thyroid dose rate (mR/hr breathed) b) Concentrations taken in Field using an HP-210 probe
~
(ccunts total Iodines)
Concentration x DCF = Dose rate child thyroid uCi x mrem / uCi = mrem /hr cc hr cc NOTE: multiplying the child thyroid dose rate by hours breached will giva_the Iodine dose received to the child thyroid.
NOTE: Dose Conversion Factors (DCF) can be found in Table 3 of IP-1002 8.3.2 Gamma Dose Rate to Thyroid Dose conversion The gamma dose rate (mR/hr) can be.used to make an initial ,
estimate of thyroid dose rate due to radioiodines (this method can be uced prior to the counting of iodine sampling filters)
- a. Assuming a (Total I/NG) ratio of : !4
, Gamma mR/hr x .15 = Child thyroid dose rate (mR/hr breached)
, 9 of 12
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IP-1001/4
- b. If the assumed (Total I/NG) ratio of 10 ' is used and then the actual (Total I/NG) ratio becor.es available, the thyroid dose rate would be calculated using the following equation:
actual (Total I/NG) ratio x .15 x Camma mR/hr = mR/hr breached
-4 child thyroid 10 Multiplying the thyroid dose rate obtained in a or b by the actual hours breached will give an estimated iodine exposure received by the child thyroid.
8.3.3 Thyroid exposure' guidelines as per EPA PAG's:
Projected Thyroid Dose Recommended Actions (Rem) to the Population Thyroid less than 5 rem ..No protective action required
. State may issuc an advisory to seek shelter and await further instructions or to voluntarily evacuate.
. Monitor environmental rsdiation
~
levels.
. Consider issuance of KI to workers if greater than 1 rem Thyroid greater than 5 to . Seek shelter and wait further 25 rem instructions
. Consider evacuation particularly for children and pregnant women
. Monitor environmental radiation levels.
. Control access.
. Issue KI to workers Thyroid greater than 25 rem . Conduct mandatory evacuation of populations in the predetermined area.
. Monitor anvironmental radiation levels and adjust area for mandatory evacuacion based on these levels.
. Control access.
. Issue KI to workers.
The recommendations above should be taken only if there is a good probability of preventing a substantial portion of the projected dose. For example, evacuation would probably not
, be recommended for a projected thyroid dose of less than 25 Rem for a puff (short-term) releases 10 of 12
IP-1001/4 r
9.0 THYROID BLOCKING USING POTASSIUM IODIDE (KI)
The National Council on. Radiation Protection and Measurements (NCRP) in
' Report No. 65 recommends that'" individuals who have.had.an accidental-occupational' exposure to. radiciodine, regardless of the route of exposure should immediately be given a 300 mg potassium' iodide or sodium iodide-tablet. . Daily administration of 300 eg potassium iodide tablat should 7be continued.for 7 to 14 days.
The purpose of using potassium-icdide (KI) is to saturate the thyroid gland with stable iodine so the radioactive iodine will be " blocked". Studies
" indicate'that iodine has approximately a 6 hour6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> half time of uptake, so _ -
the stable KI can be given up to several hours af ter eaposure to radiciodine and it will still.have some thyroid blocking effect. Preferably, KI should be given prior to exposure to radioiodine.
9.1 When an indication arises that workers will potentially receive a thyroid dose due .to radioiodine exposure -of 5 Rem or greater, the Emergency.
Director or appropriate designee shall authorize the issue of KI to
' those workers. Consideration should be given to issuance of KI at lower projected doses. (about 1 Ram thyroid).
9.2 KI is located in the emergency lockers of the Control Room Technical
. Support Center,' Operations Support' Center, Emergency Operation Facility and the Alternate Emergency Operation facility. Emergency Directors have been issued bottles of KI, and there is a well stocked supply :
of. KI at the Con Ed Service Center building.
'9.3 The following psge is the insert as well as new instructions for KI at Indian Point.
9.4~ Instructions for use, as recessended by the NCRP are:
Take 2 tablets per day for 7 to'14 days.
10.0 SITE PROTECTIVE ACTIONS For a Site Area or General Emergency, sheltering for site personnel is accomplished by assembly in designated areas.
For releases with iodine doses to the site population, issuance of potassium iodide may be considered. (Sheltering would also reduce the dose received from radiciodines). For a General Emergency with rcdiological consequences, issuance of KI to site personnel should be considered.
The decision to evacuate the site should be based on the estimated or O actual release' time, expected outdoor exposures, the fact that evacuation-may cause more harm to personnel being cutside, as well as the confusion of an evacuation
-rather than remaining' indoors with proper sheltering. 4 4 p am e
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Pee 6ent Peeaage sneert For HCW PCTA33!UM 10CICE WCRKS ,
Certain forms of iocine help your dyroid gland work right.Most people ges the ioci=e they =eed from foona. Che iodized salt or fish. The thyroid can " store" or hoid only a certain amount of THYRO.8 LOCK" '#di==
!a a radiation emergency. remwdve iodine may be re3====d in (POTAsasuM 800som the air. This material may be breached or sweHowed. It may (pronounene pes.fass we EYse.eyese estar the thyroid gland and damage it. The damage would pro.
(seeresiesee: sul .
hably not show itself for years. Chddren are most likely to have TA8 BETS ans SOLUT10N U.S.P. thyroid damage.
If you take potassium iodida,it wd! Sup your thyroid gland.
This reduces the emance that haruhl radioactive incine wd1 TAKE POTASSIUM IODIDE ONLY WHEN PUBLIC ***** * "Y'*#
HEALTH OFFICIALS TELL YOU. IN A RADIATION,
~ EMERGENCY, RADIOACTIVE IODINE COULD BE. WHO SHCUI.D NOT TAKE PCTASSIUM 10010E The only people wh saould not take potassium iocide are #
RELEASED INTO THE AIR. POTASSIUM IODIDE (A wh know they are aihrW to iodMe. You may 'A pausium
' FORM OF IODINE) CAN HELP PROTECT YOU. 5,ggg ,,,, gg 7,,,,, g,;ogg .a-a-== for a dyroid problem (for esample, a thyroid hormone or antithyroid drugt. Pregnant and IF YOU ARE TOLD TO TAEE THIS MEDICINE. TAKE IT aursing women and bahid caddren may also take dis drug.
CNE TIME EVERY 24 HOURS. DO NOT TAKE IT MORE'
- CFTEN. MORE WILL NOT HELP YOU AND MAY IN* HOW AND WHEN TO TAKE PCTASStuM 10 DICE >
CREASE THE RISE OF SIDE EFFECTS. DO NOT TAKE Potamma Icdido shouM be takaa as soon as ponihk &
.TNIS DJtCO IF YOU EVOW YOU AJtE ALLERGIC TO public health offi:iais tail you. You should take one dose every 24 IODIDE. ISEE SIDE EFFECTS BELOWJ hours. More wG1 se heip you because the thyroid can "ho r on.
ly limited amou=ts of iodine. Larger cosas wd1inc sese the r:.sk of side effects. You wd! procaciy De toid not to take the drug for more than 10 days.
INDICATIONJ SIDE EFFICTS THYROID BLOCEING IN A MADIATION EMEROENCY Usually, side effer..a of potasemm iodide happen when people CNLY. take higher doses for a long time. You should be careful not to tema more than tae r-Mad dose or take it for looser than DIRECTIONS FOR USE you are teid. Side effects are usiikaiy because of the low coes and
- Use emir as daracted by State er local public health authorisans in the shers time you wGI be taicing ne cmg.
the met of a h emergency.
Possible side effects inciude sida reanes. sweiling of the sahvary DOSE glands. and "iocism"(metMic tasca, burnang mouth and throat.-
sore teeth and guma. symotoms of a head coid, and ---
stomaca upees and ciarrseas.
EE,*,, A few people have sa 32eF;:: reaction mth =cre ser:ous sy=p.
tams. These cou:4 be fever t d Sant pains. er swafi: ef " arts of the face and body 3.cd at t:=es severe snor=ess of briath regr.:r.
DOSAGEt TWO (2) TABLETS- bg immentata =edical utascoa.
DAILY FOR SEVEN (7) TO Taking iodide =sy rarely cause oversetivity of the thy md FOURTEEN (14) DAYS. %*, _Q. * **7* #^ d *# * "**** "'
WHAT TO CO IF SIDE EFFECT3 CCCUR If the side offse : are seven or !! you have sa aZarge esection, stop taking potaammm iocida. S.ea, if possr=le. can a coc.or er Store as controlled ruosa temperasure between 15' and 30*C 159' to 84'Fl. Keep container signtly cioned and protect frosa ligst. MCW SUP8UED i Do not use the solution ifis appears brownash in the nossle of the THYRO.ELCCIN TA3LETS (Potassium Iodids. U.S.P.) bot.
bottlaw ties of 14 tabiets (NDC OC37-ht: 20J Iaca whita round, scored
[ tables contazas 100 =g potasasum iodide.
WARNING Poeneesana ioniide s'.oadd not be used by people eMergie to iodide.
Keep out of the ransk of children. In case of overdose or allergic reassion, contact a physimaa or the public health aashnrsey.
DESCRIPTION l, Each THYRO.8LOCETM TABLET contains 130 mg of possestpm iudida.
i
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. , , Indian Point 3 Nus8eer Power Plant P.D. Box 215 Buchanaa. New M 10511 914 739.8200 ,
- > NewYorkPower
<gsr Authority EMERGENCY PIAN PROCED*JRES PROCEDURE NO IP 1011 rey, 4 TITI.Ea OFFSITE MONIM RING H
O WRITTEN Ef: .d. /bd-
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REv m m 31. L 7n. o u PCRC REVIEW: Nhe_b1 DATE7ek3 APPRCVED BY: 7 b-- CATE 49/7?
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7-1011/4
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., OFFSITE MONITORING 1.0 INTENT This procedure addresses -the various methods of offsite nonitoring which are available within the plume exposure pathway.
s 2.0 DISCUSSION
? -
( .fA combination of these methods of offsite monitoring should give an idea
/ of the radiological conditions of the environment within a 10 mile radius of Indian Point..
hariousmethodsofoffsitemonitoringare:
2.1 offsite monitoring teams:
A.. Beta and Gamma surveys:
- 1.- Survey results
- 2. TLD's
- 1
. B. Air Sampling (Iodine & Particulate):
1
- 1. Continuous Sempling
- 2. Emergency Locations
'2.2 Reuter Stokes: ,
A. Camma monitoring *1 B. . Meteorological monitsring (wind speed & direction) 3.0 PROCEDURE FOR OFFSITE MONITORING TEAM MONITORING N '
3.1 'Offsite monitoring locations have been predetermined and locations are
. listed on Table 1 of this procedure. To determine which locations should be monitored. use the overlays, 10 mile sector nap and Table 1. The types of monitoring would include:
A. Iodine Sampling:
't f(ff4; 30l 1.
2.
From fixed sample locations (continuous air sampling)
Emergency Sampling Sites y;;' ti:s t.
4 ki#2 "" ' B. Whole Body dose:
. 4 'j
.jf 'c 1. TLD's at Fixed Locations "A,+ .
3.2 Members ef the offsite monitoring teams ate con Edison NEM personnel.
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IP-10ll/4 J 3.3 CONTROL ROOM ACTIONS:
A. Control Room personnel should request offsite monitoring team assistance immediately upon declaration of a Site Area or General Emergency, and in certain cases during an Alert (radiological in nature).
B.- The IP-3 Control Room personnel should telephone the Unit No. 2 Watch Foreman:-
- 1. Request offsite monitoring team assistance
=2. Direct the teams to the Emergency Operation Facility (EOF)
C. Ready yourselves to receive information via che Con Edison frequency radio.. using EP-Form #4 and EP-Form #$.
3.4 0FFSITE MONITORING TEAM:
. A. Are made up from Con Edison NEM personnel B. Are to follow the Con Edison Procedure IP-1015 3.5 RADIOLOGICAL ASSESSMENT TEAM:
A.' Determine which offsite monitoring locations the offsite teams should be sent to, i
- 1. .Using overlays
- 2. 'Using Table 1 of-this procedure B. Instruct;the offsite monitoring team (s) to appropriate sample locations:
- 1. Predetermined Emergency Sampling Locations-
- 2. Continuous Air Sampling Locations
.3. TLD sites C. Discuss the need for KI with the Emergency Director and Monitoring Teams. Issue if appropriate.
D. Receive information via the radio:
- 1. Monitoring team location (s)
- 2. Sampling results (Using forms EP-Form #4, and EP-Form #5) a) Beta and gamma field readings obtained while proceeding to the site.
b) Beta-gamma field readings obtainse .c the sample point.
c) Concentration of radioactivity en the particulate filters. Also report the sample CPM, ege instrument
- background CPM, the sample volume in ft , and the counter efficiency.
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IP-1011/4 d) Concentration of Iodines on the. charcoal or silver zeolite filter. Also report the sample CPM. the ingtrument background CPM and the sample volume in ft , and-the counter efficiency.
4.0 PROCEDURE FOR REUTER STOKES INTERPRETATION 4.1 Router Stokes monitors are located in each of the 16 sectors within a 3 mile radius of Indian Point. Real time Whole Body dose rates, integrated dose. (Gamma) and meteorological (wind speed & direction) information can be remotely interrogated using the Reuter Stokes Sentrii 1011 System and the MIDAS computer.
4.2 RADIOLOGICAL ASSESSMENT TEAM:
A. Using MIDAS, obtain Reuter Stokes data.
5.0 RECORD RENTENTION 4 5.1 The Radiological Communicator is responsible for retaining all data sheets, forms, and plots pertaining to of'. site Radiological Assessment.
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1 .
.5 TABLE A 'IP-1011/4 LOCATION NAME ' SECT MILE- ~QC EAS- 3/S TLD
- l Roa Book Rd. - Sanatation Garage 1 2 CAS EAS TLD- 1
.(Cortlandt)
Bear Men. Rd. near Old Stone on Hudson 1 2 R/S Rte. 9D Garrison '
1 5 TLD
. Rte. 9D St. Francis Recreat (Garrison) 1 7 EAS- j St. Basils Academy 1- .9 TLD ,
Rte. 9D Derham Cross Rd. (Cold Spring) l' 10 EAS 't Old Penart' Ave. (Peekskill) 2. 2 EAS .
ILD Annsville Circle. Texaco Station 2 2.5 R/S Troop K St. Police. Anasv111e Circle 2 3 Highland Ave. & Sprout Brook Rd. 2 3 EAS Gallows Hill Rd. 2 6 TLD Canopus Hollow Rd. & 01'd Albany Post Rd 2 6 EAS Putnam Valley Police Dept. _ 2 9 Canopus Hollow Rd. & Bell Hollow Rd. 2 10 EAS TLD North East Corner (site) 3 .5 TLD Louisa:St. & R.R. Bridge 3 l' EAS Lower South St. & Bay St. 3 1.5 TLD Peekskill Gas Holder 3 2 CAS
-Hudson St. & RR Street (Peekskill) 3 2 R/S ,
-(Carbones Rest.) .
Hamilton St. 3 3 TLD Hillcrest School (Peekskill) 3. 3 EAS i Peekskill Police Dept. 3 3 :
Oregon Road Substation . 3 4 CAS :
Westbrook Dr. 3 6 TLD '.
Oregon Corners (Putnam Valley) 3 6 EAS Mohegan-F.D. - Lake Mohegan (Hdqts.) 3 7 Peekskill Hollow Rd. & Tinker Hill Rd. 3 10 EAS TLD i i
Lents cove 4 .5 TLD IStandard Brands 4 1 CAS TLD Old Dump ,
4 1 TLD Lower South St. Merle Corp.(Peekskill) 4 1 EAS Lower South St. near West. Iron 4 1 R/S i Lower South St. & Louisa St. 4 1.5 TLD- 4 Centennial House F.D. 4 2 i Maple Ave. Entrance to Mt. Florence 4 3 Ei.3
. School' Pine Rd. 4 5 ILD
'Lexington Ave.~'& Townsend Rd. 14 6 EAS
-(Cortlandt).
Mohegan F.D. - Jefferson Valley 4 10 ;
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A
- e IP-1011/4 LOCATION NAME SECT, MILE CAS EAS R/S TLD Bleakley & Broadway 5 .5 CAS TLD Lower S. St. near By Pass Diner 5 1 R/S Welcher Ave. & McKinely Senool 5 1.5 TLD Playground McKinley St. & Welcher Ave.(Peekskill) 5 2 EAS :
Maple Ave. & Furnace Woods Rd. 5 4 EAS l (Cortlandt) i Mohegan F.D.-- Furnace Dock 5 5 Crcton Ave. 5 6 TLD i
'dunterbrook Rd. @ Coax Sta. #571
. 'S 7 EAS (Yorktown)
Yorhtown Police Dept. 5 -9 Moseman Rd. & St. Patricks School 5 10 EAS TLD (Yorktown) i Simulator Building 6 .5 TLD Broadway, between Bleakley & Service 6 .5 R/S 1 Center Tensolite Corp. Rt. 9A (Buchanan) 6 1 EAS Factory St. 6 1.5 TLD
- Watch Hill Rd & Mt. Side Trail 6 3 EAS (Cortlandt)
Colabaugh Pond Rd. 6 6 TLD Rte. 129 @ Hunterbrook Bridge (Yorktown) 6 7 EAS ,
Wiltwyck School 6 8 Millwood Sub. sea. -6 10 Rts. 100 & Rte. 134 6 10 EAS TLD 4
i Water Meter House 7 .5 TLD Broadway, at Service Center Gate 7 .5 R/S Serv. Ctr. Guard House 7 .5 Buchanan Police Dept. 7 1 Buchanan Village Ha.*1 7 1 CAS TLD Westchester Ave. & First St. (Buchanan) 7 1 EAS Furnace Dock 7 4 CAS TLD Watch Hill Rd. & Westminister Dr. 7 4 EAS (Cortlandt) j
' Mt. Airy & Winsor Rd 7 5 TLD :
Croton Police Dept. 7 6 Cleveland Dr. & Hughes St. (Croton) 7 6 EAS Ossining Police Dept. 7 9 North State Rd. & Ryder Ave. 7 10 EAS TLD !
I
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IP-1011/4 LOCATION NAME SECT MILE ~ CAS EAS R/S TLD i Environmental Lab 8 .5 CAS .TLD ;
Service Building , 8 .5 CAS TLD Broadway, S.W. of Sub Station 8 .5' R/S
_Westchester Ave. & School Exit 8 . l' EAS ,
(Buchanan) ;
Tate Ave. 8 1.5 TLD t Crugers R.R. Station (Cortlandt) 8 3 EAS j Croton Point & Sample Site 8 7 CAS EAS - TLD i Liberty St. & Hudson St. (Ossining) 8 10 EAS TLD ,
- Westch. Co. 0.D.E.S. 8 20 !
South East Corner (site) 9 1 TLD 14th'St. Between Broadway & West. Ave. 9 1 EAS Broadway at St. Mary's cemetary 9 1 R/S i
, Montrose Marina . .
9 2 TLD !
. Montrosa Pt. Rd. (Cortlandt) 9 3 EAS :
' Warren Ave. Haverstraw 9 5 TLD
- Bowline Plant 9 5 Res. 9W & So.Mt.Rd. (Short Cove) 9 7 EAS (Clarkstown)
Kings Highway.& Old Mill Rd. 9 10 EAS TLD ,
(Clarkstown)
Onsite Pole 10 .5 TLD i N.Y;U. Tower .
lith St. & Highland Ave. (Verplanck) 10 1. EAS ,
lith St. & Highland (Con Ed Property) 10 1 R/S !
Verplanck 10 1.5 TLD. l Grassy Point 10 4 CAS TLD :
Stony Pt. Police Dept. 10 4
' Beach Rd. & Grassy Pt. Rd. (Stony-Pt.) 10 4 EAS
- Railroad Ave. & Ree. 9W 10 5 TLD Helen Hayes Hospital 10 5 Little Tor Rd.-& South Mt. Rd. 10 7 EAS j (Clarkstown)
Rockland Co. Fire Train Str.
10 8 i Rockland Co. Sheriff Edqtra.- .
10 9 l West Clarkstown Rd. S Palisades Pkwy. 10 10 EAS TLD {
Overpass (Clarkstown) j.
White Beach Texas Inst. (Verplanck) 11 1 EAS Algonquin Gas Line Crossing 11 1 CAS TLD
- Trap Rock at and of 9th Ave. 11 1 _ R/S t
.(White Beach)
- White Beach Guard House 11 2
- Gilmore Dr. & Adams Dr. (Stony Pt.) . 11 3 EAS ,
Willow Grove Rd. & Birch Dr. 11 5 TLD Willow Grove Rd. & Knapp Rd.(Haverstraw)11 6 EAS ,
Haverstraw Rd. (Res. 202) & Wilder Rd. 11 10 EAS TLD l
E ia 6 of 9 r - + ,, ,,,,-m , e -- e .- --w-,- w -, - , e a w ., -,n+ .-,--,-s- ,.aswvr,--m--,e -
IP-1011/4 LOCATION NAME SECT MILE CAS EAS R/S TLD
. Gays Hill Rd. (south end) & Rte. 9W 12 2 EAS R/S ILD j Lovett Plant, 12 2 CAS 1 Frank Rd. & Bulson Town Rd.(Stony Pt.) 12 4 EAS i Palisades Pkwy. (sign going So.,NY&NJ) 12 5 !LD Lake Welch Pkwy. & Sewage Plant 12 7 EAS ,
(Harrison) i Lake Welch Pkwy. & 7 Lakes Pkwy. 12 10 EAS TLD
, (Harrison) i Gays Hill Rd.-(north end) & Rte. 9W 13 2 EAS R/S ILD' Mott Farm Rd. 0 Entrance to Camp 13 3 EAS Addison Boyce (Tuxedo)
Palisades Pkwy. (So. of Gas Station) 13 5 ILD Arden Valley & Lake Cohasset 13 9 EAS TLD 4
\
Dock (Onsite) 14 .5 TLD Rte. 9W at Pirates Cove Rest.(Stony Pt.)14 2 EAS R/S TLD Anthony. Wayne Park 14 5 TLD Rte. 6, 1 mi. West of Palisades Pkwy. 14 6 EAS County Rte. 9 0 Thruway (Woodbury) 14 10 EAS TLD Orange County N.Y.S. Police, Monroe, NY 14 11 Rte. 9W & Anchor Monument (Stony Pt.) 15 1 EAS
- Ree. 9W So. of Ayers-Rd. .
15 1 TLD 9W & 202 (Pole i NYT #225) 15 L R/S [
Front. Entrance Bear Mt. Inn 15 4 EAS i
. Palisades Pkwy. (Lake Welch Exit 15 5 TLD -
going South)
Mine Rd. & Waynants Rd. (Highland) -15 6 EAS i Mineral Springs Rd. & County Rte. 34 15 10 EAS TLD ;
I Ayers Rd., Jones Point (Stony Pt.) 16 1 EAS . R/S TLD Bear Mt. Bridge West End 16 4 EAS Fort Montgomery 16 5 ED 0.4 mi West. Junction Res. 9W & 218 16 6 EAS j Rte. 9W & Rte. 293 (Highland) 16 9 EAS TLD l
SECT: Sector CAS: Continuous Air Sampling Site (Green dots)
EAS: Emergency Air Sampling Site (Yellow dots)
R/S: Reuter Stokes (Blue dots)
TLD: TLD (Red dots)
Mile determinations are made in this manner: i
. Miles are determined by the mile sector which encespasses it.
Example: If site is between sector 1 & 2, it will be referred to as sile 2.
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IP-1011/4 EP-Form t.' 4 MONITORING TEX 1 FIELD SL*RVEY Instrument Model No. Serial Number-Individuals Name Date w
Survey Location or Site '3+I 1' [(B + I)- T]4 Perimeter Sector Number Time mR/hr mR/hr mead /hr Rema rk:
4
? age 8 of.9
E7-Form is IP-1011/4 E.WIRONMENTA.' TI.D AND AIR SAMPLE RI. GOUT -
Prior to Discharge 52:1 ~
Afterdischarge 5223 Sample Pickup - Date Time Indiv.
Sample Process - Date Time Indiv.
TI.D AIR SAMPLE
, Sector Sector Iodine uCi Thy.
Mile Zone mrem Mile Zone Part. Char. Res*
i 4
Note: 1 uCi of Iodine on filter (Part. or char.) is approximately equal to
'l Rem exposure to the adult thyroid.
Dage 9 of 9
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FC. Bos 215 i Buenanan. New wrs 10511 914 739.8200
.#> NewYorkPower
& Authority EMERGENCY PIAN PRCCE0CRIS PROCEDURE NO IP- 1021 M. 8 TITI.E" RADIOLOGICAL MEDICAL EMERGENCY o
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.:r-1021/3 IP-1021 RADIOLOGICAL MEDICAL EMERGENCY
- 1. INTENT To-describe the procedure to be followed when an individual is injured and contaminated.
- 2. - DISCUSSION This procedure _is to be used as guidance when an individual is injured and contaminated at IP-3. In all such instances, it should be the guiding rule that required medical attention must take precedence over decontamination whenever the injured's life is considered to be endangered.
In such instances, the prompt treatment of the injury must take first consideration. However, when contamination does occur, radiological hazards cannot be ignored and should be dealt with as feasible while the medical condition is being treated.
Rescue teama should make every attempt to. stabilize the patient. If the patient is stabilized and there is no threat to life, the patient should be decontaminated (to the level normally allowed for release, ie, with a maximum of 200 cpm above background) prior to transporting to a hospital. If the patient is not stabilized or his medical condition warrants'immediate transportation to the hospital, initial attempts must be made at decon, or at a sinimum to remove the contaminated '
protective clothing and/or wrap him in a blanket to minimize the spread 9
of contamination.
NOTE: The' transportation of a contaminated injured individual to the hospital requires notification as per the Emergency ?lan class-ificarion, Notification of Unusual Event. Reportable as per IP-1030,,1.e. within 15 mfnutes after the departure of the patient from the site to the offsite hospital.
NOTE: Applicable telephone numbers are found on Attach =ent 1 of this procadure.
Locations of first-aid supplies are found on Attachment 2 of this procedures. 3 3.0 PROCEDURE ~
3.1 AN EMPLOYEE ARRIVING AT THE SCENE OF THE ACCIDENT WILL:
a) Immediately render lifesaving aid to the best of his ability to the injured individual.
b) Notify (or cause to be notified) the Control Roem.
c) The patient should not be moved until a first sider arrires.
unless conditions in the area jeopardi:e the patient's life, d) The et:e the patient is left alona sheuld be =inimi:ed until the first. aider (s) arrive.
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!?-10:1/3 3.2 THE CONTROL ROOM OPERATOR WILL:
a) Page and have report to the accident scene:
- 1. Nurse (Normal Work Hours)
- 2. First Aider
- 3. H.P. Technician
- 4. Shif t Supervisor
- 5. NPO Rover b) Ensure notification of the above by making follow-up phone calls to their work areas on a line other than the page line.
The follow-up call to the HP should be made to the HP Control Point.
c) Call IP-3 Security:
- 1) Give the location of the accident,
- 11) Request that they stand-by to escort ambulance to closest access point ~ to patient and be on stand-by to bring protective clothing package to ambulance workers (found in the Security Emergency Locker).
d) : Call the Radiological & Environmental Services Superintendent to advise of the situation.
3.3 AT THE ACC1'JENT SCENE:
a) The Nurse /First Aider will render life saving aid, making every effort to stabilize the patient.
b) The Health Physics Technician will:
i) Immediately establish the safety of the area, Set up a buffer zone with step-off pad, and assist the Nurse /First Aider.
ii) Respond with the Decontamination kit and continue with its use until arriving at the hospital (if required).
c)- All nonessential personnel in the immediate area should be in-structed to leave.
d) The Shift Supervisor should be in frequent contact with the Control Room, and coordinate the Medical Emergency Response from the accident scene.
3.4 THE PATIENT'S CONDITION WILL DETERMINE ONE OF THE FOLLOWING:
a) The need to transport directly to the hospital with initial attempts at decon.
b) The need to decontaminate at the Unit 3 decon suite (See IP-1023).
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IP-1021/8 i
3.5 IF AND WHEN TRANSPORTATION TO THE HOSPITAL IS REQUIRED. The Control Room shall:
a) Call the Verplanck Ambulance b) Call Peekskill Hospital to alert them of the ambulance arrival of a contaminated or possibly contaminated individual.
c) Call Security:
i) Notify IP-3 Security of the ambulance's need for access.
-11) Instruct security to direct the ambulance to the closest vehicle access to the injured individual.
iii) Instruct security to bring protective clothing packages and yellow harculite for ambulance attendents use (found in Security Emergency Locker)..
d) Make the required notification under the Emergency Action Level Notification of Unusual Event, within 15 minutes after the Ambulance leaves the site.
e) Af ter being advised by Security that the patient haa left for the hospital, again call the Peekskill Hospital to advise them of the patients condition upon departure from the site.
f) A Medical Respresentative should be notified as to the patienta condition and need to transport to the hospital.
(If the patients life' is at risk transport 1** and make notification to the Medical Representative 2" )
3.6 In addition, in any case where transportation to the hospital is required for an injured-contaminated individual:
a) The IP-3 staff shall bring the patient to the ambulance, b) Ambulance attendents should be provided with protective clothing & dosimetry.
c) Ambulance driver should not touch patient and should be given dosimetry. Protective clothing is not required.
d) An H.P. Technician will accompany the injured to the hospital
-with a dosimeter charger and dosimeters for Ambulance and ho pital persornel. The Decon kit should be used in transport to the hospital if warranted. He will remain with the patient surveying and monitoring as required. He will monitor the Hospital Room before and after the patient's arrival, and advise hospital personnel of the necessary H.P pfecautions.
3.7 The Control Room is to be notified by Security as soon as the patient has left for the hospital.
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IP-1021/8
. 3.8 ~ If.th'e-decision is made co' transport the-patient to a facility other
- . than the Peakskill Community Hospital, the Medical Support. Staff and Radiological- and Environmental Services Superintendent will decide the mode of transportation.to be used,'and will make the necessary i ' arrangements.i
- 3.9 General Instructions on pages 5-9 are provided for-the following personnel.
- a. -Control Room lb . ~ Nurse-
- c. First Aid
- d. Health Physics
- e. Security 1.
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- P-1021/ 3 RESPONSIBILITY OF CONTROL ROCM CENERAL INSTRUCTIONS
- 1. Page Nurse, First Aider, H.P., N.P.O. Rover & S.S. to accident scene.
(Follow-up with call to individuals' work areas to ensure notification) 2 .~ . Call H.P. Control Point and have the Watch H.P. report to accident scene.
- 3. Call RESS to advise of situation.
4.- Call Ambulance and Hospital advising them of patients possible contamin-ated condition. (Call hospital again upon departure of ambulance to advise of patient's updated condition)
- 5. Call Security and advise them of the ambulance's arrival, and have Security direct the ambulance to the closest vehicle' access to the patient. Have Security bring protective clothing package to ambulance attendents.
- 6. Call Medical Representative for IP-3 to notify of the transport of a contaminated individual offsite.
7.' Make required Emergency Plan Notifications under Notification of Unusual Event.
NOTE: If necessary in the case of multiple contaminated patients, arrange for the Unit 3 - Unit 1 transporatation routes to be
-opened (IP-1022).
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, . IP-1021/8 RESPONSIBILITY OF THE FIRST AID TEAN CENERAL INSTRUCTIONS-
- 1. Respond to call of Control Room to designated location with a first aid kit (and stretcher).
- 2. Obtain emergency equipment and Anti-C clothing from the emergency cabinet in the Control Room or from the normal supply at the Control Point.
Don coveralls before entering the Controlled Area.
3, . Render immediate care under Health Physica direction. (Move victim from highly contaminated area or away from source only when it is definite that this will not create any further injury).
- 4. If necessary, move the victim to the Unit 3 Decon Suite (and the Unit 1 Decontamination Room in the event of multiple victims).
- 5. Assist in decontamination of the victim.
- 6. Decontaminate self, if necessary. -
- 7. Assist with the delivery of victim to ambulance.
- 8. Assist transfer of victim from ambulance to hospital.
- 9. Assist Hospital Radiation Casualty team as needed.
l 6 of 9
P-1021/8-RESPONSIBILITY OF. HEALTH PHYSICS PERSONNEL CENERAL INSTRUCTIONS
- 1. Specify Anti-C Clothing and monitoring equipment for team members. As a minimum, all personnel responding to a First Aid call in the Controlled- ;
Area shall don coveralls before entering.
- 2. ' Respond to scene with proper survey instruments.
- 3. Respond with. Decontamination Kit and continue using.this kit while in transit to the hospital.
- 4. Direct all non-injured to safe area.
-5. Measure and evaluate fields.
- 6. Identify contaminated areas on victim and mark them.
7' Direct initial decontaminated procedures. i
- 8. Reetrict access'to area as necessary.
. 9. Discuss with 'the- RESS, or Shif t Supervisor or Medical Representative the route to Decontamination Area. either on or offsite. (If.necessary in the
,. event of multiple victims, use IP-1022 for specific requirements to transport to IP-1 Decon Suite).
.- ~ 10. -Accompany the injured to Decontamination Suite and remain with him including his transportation and decontamination at the hospital or until relieved by another H.P.
- 11. Follow procedures as outlined for First Aid Team.
- 12. The H.P.- will be responsible to advise Medical personnel as long as any radiation hazard: exists to rescue personnel. The .H.P. will menitor and ~ advise of allowable working time,' exposure limits and shielding.
13.' Accompany the patient to hospital providing dosimeters for the drivers (the ambulance driver should remain behind the wheel and not come in contact with the patient. (Dosimeter charger should be brought). Provide dosi-meters for hospital personnel.
- 14. - Survey hospital room before and after victim is created. Assure all unnecessary major hospital equipment is out of room. (The Power Authority is responsible for all contaminated equipment replacement).
~
- 15. - Inventory and bag all hospital equipment for future pick up and-disposal.
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6- g Il-1021/8 RESPONSIBILITY OF NURSE CENERAL INSTRUCTIONS
- 1. Respondato the Control Room's call to report to the accident scene or decontamination room with emergency bag.
~ 2. Put on protective clothing and dosimetry which are necessary for Controlled Ares entry.
- 3. In the event of mass casualties, initiate Triage procedure.
- 4. Evaluate the patients condition and:
a) Render emergency care as necessary, b) Request emergency transport if needed.
- 5. Provide gross decontamination.
- 6. Remove the patient to the Decontamination Suite Unit 3.
- 7. In the Decontamination Suite,' evaluate the patients condition so that you can describe findings to a consulting physician.
- 8. Contact consulting physician.
- 9. Start medical decontamination procedure, utilizing H.P. for continuous monitoring of contaminated arsas.
-10. - If considered necessary; collect all urine, stool, vomicus, etc. and label.
- 11. If necessary; draw 1 tube blood for C2C (lavender top) mixing well, 1 full ,
clot tube (red top) for chemiseries, being careful to obtain from noncontaminated area. Specimens should be drawn prior to starting any I.V. fluids.
- 12. Start I.V. if medically indicated.
- 13. When the patient is stabilized and decontaminated as much as possible, decontaminate self and prepare to go with the patient to the hospital,
, maintain 1rg life support as required.
- 14. Provide medical report form radiation casuality and accompany patient l to'the hospital, retain duplicate copies. ,
3 8 of 9
i IP-1021/3 SECURITY RESPONSIBILITY
- GENERAL INSTRUCTIONS:
- 1. ~ Direct the ambulance to clasest. vehicle access point to injured.
- 2. Bring protective clothing package and yellow herculite for ambulance attendents use.
, 3. Notify the Control Room when the ambttlance leaves the site.
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. . IP-1021 A?!ACHMENr 2
. FIRST AID SUPPLIES Locations of First-Aid lockers and/or kits: a) 33' elevation First Aid Room b) Security Building c) S.S. Office d) H.P. Control Point e) Outside Nuclear NPO Office Locations of Stretchers: a) Outside H.P. Control Point b) Decon Room c) 33' Elevation First Aid Room d) Outside Nuclear NPO Office Locations of oxygen: a) S.S. Office b) , Security Building (Security Shift Coordinators offices) c) Security Vehicle d) H.P. Control Point e) Outside Nuclear NPO Office l Resuscitator: a) In the Safety & Security Super-visors possession Medical Response Kit: a) In the Safety & Security Super-visors possession s, <?
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, , Indiese Posset 3 l Nessieer Power Pfent l PO.Som315 I fnuchanan. Neve M 10511 I 914 739.8200 , I
- b NewYorkPower
& Authority EMERGENCY PIAN PROCZDURIS
. PROCEDURz NO IP- 1030 ggy, 9
- mes PROCEDURE FOR CCNTROL ROCM
- EMERGENCY NOTIFICATICN, COMMUNICATICN AND STAFFING c' . ,
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IP-1030 Procedure for Control Room:
EMERCENCY NOTIFICATION, C01"MUNICATION AND STAFFING 1.0 INTENT To dancribe the process for the notification and associated communications required when any of the four Emergency classes is declared, as well as the methods which will mobilize the IP-3 Emergency Response Organization.
2.0 DISCUSSION After the declaration of'an Emergency (Notification of Unusual Event. Alert, Site Area or General), the Shif t Supervisor (Emergenc/ Director) will initiate and insure this procedure is implemented until he is' relieved from the responsibility of Emergency Director. NYPA andNRCnotificationsshouldbemadel simultaneously followed by notification of Offsite Agencies within 15 minutes !
of;the declaration of an emergency classification. ',
Persons who must'(may) be actified of an Emergency Condition include:
PASNY NRC- 0FFSITE
- Resident Manager
- Resident Inspector
- Con Edison
- Superintendent of Power
- Headquarters *Westchester County
- 0perations Superintendent
- City of Peekskill q
- Information Officer' *Rockland County '
- N.Y.O. Duty Officer *0 range-County
- Emergency Response Personnel *Putnam County .
- NTS Dept. of Health
- Con Rail Corporation
- Metro North Railroad ,
- ANI '
- Persons cnr agencies who must always be notifiea (NUE, Alert, $1te Area, General)
- Only notified under the appropriate circumstances as per procedure. I,
NYPA maintains staffing levels consistent with NRC requirement's, i.e.:
Onshift Staffing - supplied by the Watch Organization with additional personnel '
available through the Con Ed Sr. Watch Supervisor.
Minimum Staffing - designated individuals (Roster II) who are available within 30-60 minutes from time of notification.
- Additional Staffing - available as needed by Shif t Supervisor or Emergency Director (See Roster III).
- NOTE: Off hours call in of Emergency personnel is performed by Security. 3 i
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IP-1030/ 9 t
3.0 PROCEDURE - Notification of-Unusual' Event / Alert (non-radiological)
-(EP Flowchart #2)~
3.1 Shift Supervisor-a) Designate a communicator b)- Detern ne which support centers should be activated, and during off hours initiates the call-in of Emergency Response Personnel as necessary.
3.2 Communicator a) Fill.out the Emergency Notification Fact Sheet, EP-Form ~#30a.
(Have Shif t Supervisor review and approve) ig b) Assure the notification of the Resident Manager, Superintendent of Power, Operation Superintendent. Information Officer and the NYO t
g Duty Officer using Part I of the Emergency Notifi' cation ~ Fact Sheet (EP-Form-fica). and Roster I :
Normal Hours: Via Resident Manager's Secretary Off Hours: Via Security c) Notify NRC Headquarters using the ENS direct line telephone- l d) Notify-the USNRC Resident Inspector e) Call Con Edison Unit 2 Control Room:
Alert them to IP-3. conditions Off Hours: Request 1 RO immediately if needed and if needed HP, Chem, ISC or Maintenance Techs, to report to the IP-3 Centrol-Room.
f)' .hotify offsite agencies within 15 minutes of declaration of the emergency using the Radiological Emergency Communication System l(RECS) Hot Line and Part I of the Emergency Notification 7act Sheet ;2 (EP-Form #30s). '
- g)- Notify.ANI at the. Alert. Classification and above.
-h) Using the Emergency Notification Fact Sheet, keep authorities (b.c,d,e,f
& g*) informed of significant changes (approximately every 30 minutes) -
until the EOF is' staffed and has taken over responsibility for offsite
. communications.
- 1) - Notify authorities Co,c d.e.f &'g*) of a reduction or escalaticn in the-Emergency Classification or. Recovery Intention.
' j) Closecut to authorities (b,c,d.e.f a g*).
- NOTE: The Recovery Center (RC) will take over this ANI function after RC
~
activation.
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7-1C20/9 3.3 Personnel or Support Center Activation 3.3.1 Page: " Shift Technical Advisor report to the Control Room" 3.3.2 For an Alert:
Normal Hours: use PA:
a) "All Technical Support Center personnel report to the Technical Support Center",
b) " Shift. Technical Advisor report.to the Control Room".
c) " Operations Support Center Personnel Report to the Operations Support Center".
d) "All other' personnel remain at your work locations".
Off Hours:' Instruct Security:
a) Call in all personnel from Roster II e
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, . IP-1030/9 4.0 PROCEDURE - Alert (radiological)/ Site Area / General (EP Flowchart #3) 4.1 Shift Supervisor-a) Designate a communicator b). Initiate sounding of Site Assembly Alarm and activation of support centers. (Call con Ed and notify of intent to sound Site Assembly Alarm) c) Initiate calculations for dose projection as necessary (IP-1001,1002) }
'd) Dispatch onsite & offsite monitoring teams as necessary (IP-1010, 1011):
e) Consider Repair & Corrective Action teams as necessary (IP-1025) 3 4.2 Commupicator a) Fill out the Emergency Notification Fact Sheet, EP-Form #30a.
(Have Shift Supervisor review and approve) b) Assure the notification of the Resident Manager, Supt. of Power, Operations Superintendent, Information Officer and the NYO Duty lg Officer using Part I of the Emergency Notification Fact Sheet (EP-Form #30a) and. Roster I:
Jormal Hours: Via Resident Manager's Secretary Off Hours: Via Security (see also e. below)2 c) Notify NRC Headquarters using the ENS direct line telephone d)- Notify the USNRC Resident Inspector e) Call IP-3 Security:
1.- Alert them of emergency status
- 11. Direct them to restrict access to the site f) Call Con Edison Unit 2 Control Room:
1.- Alert them to IP-3 conditions (and intention to sound Site Assembly Alarm)
- 11. Request offsite monitoring teams to repor't.to the Emergency Operation Facility if needed.
iii. Request 1 R0 immediately if needed and H.P., Chem, I&C or Maintenance Techs, as required to report to the IP-3 Control Room, g) Notify offsite agencies within 15 minutes of declaration of the emergency using the RECS Hot Line and Part I of the E=ergency Notification Fact Sheet (EP-Form #30a). !
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- h) . Notify ANI i) Notify Rail lines if emergency is radiological in nature and will impact east or west side of river railroad traffic.
j) Using the Emergency Notification Fact Sheet, keep authorities (b.c.
d.e.f,g.h* & i) informed of significant changes (approximately every 30 minutes) ,uncil the EOF is staffed and has taken over responsibility for offsite communications.
k) Notify authorities (b.c d.e.f,g.h* & i) of a reduction or escalacion in the Emergency Classification or Recovery Intention.
- 1) Closeout'to authorities (b,c d,e f,g.h* & i).
- NOTE: The Recovery Center will take over this ANI function after Recovery Center activation.
4.3 Sounding the Site Assembly Alarm and Support Center' Activation 4.3.1 Sounding Site Assembly Alarm results in:
. Shift Technical Advisor reporting to the Control Room
. Watch H.P. & Chemist, contingency ISC & Maintenance and spare operations personnel reporting to the Control Room.
And during Normal Hours:
. Emergency Director & Assessment Team reporting to the Emergency Operation Facility
. Technical Support Center personnel reporting to the Technical Support Center
. Operations' Support Center personnel reporting to the Operations Support Center.
4.3.2~ Announce c,ver PA:
"A emergency has.been declared. All non-watch L\ personnel report to your Assembly Area. Contingency workers and spare operations personnel report to the Control-Room".
(repeat)
' 4. 3. 3' Additionally Off Hours:
a) Instruct Security to call-in all Personnel from Roster II b) If the-Emergency Director determines additional staffing other than NYPA personnel is necessary, he may request Con
-. Edison personnel by calling the Unit 2 Watch Supervisor.
4.4 Begin Dose Projection Calculations Refer to IP-1002 a) 5 of 12
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. . IP-1020/9
, 4.5' Prepare to dispatch on & offsite monitoring teams (control of these teams will be taken over by the EOF when staffed) 4.5.1 Onsite team: (IP-1010) a) Should consist of one H.P. or other so qualified individual and one other person sent to survey site boundary (instruct as to which Site Perimeter locations). Report results via radio (Con Ed frequency) picked up at security command post.
NOTE: Consider the'use of KI for this team.
4.5.2 Offsite team: (IP-1011)
.a) If not done already, call Unit 2 Control Room and request assistance of offsite monitoring teams.
b) When these teams arrive, they will report to the EOF if-staffed or call in to the Unit 3 control room by radio.
c) Instruct which offsite locations to monitor. (MOTE: Consider whether or not KI should be taken by this team.)
4.6 Consider Reapir & Corrective Action Teamo: (IP-1025)
~
a) Team to consist of 1 H.P. tech and other workers as necessary.
b) Consider need of KI for these teams.
NOTE: There are 3 call-in rosters:
Roster I1 NYPA Notification Telephone Numbers is a listing of those peopla to be called (notified) in the event of any Emergency Plan Emergency. This should be used in conjunction with the Emergency Notification Fact Sheet.
Roster j[I, sections A & B are the minimum staff personnel required within 30-60 minutes of being notified or the Emergency.
This Roster contains Department Heads HP, Chem. , Rad.
Assessment. Technical Support Center, Emergency Operations Facility, Operations Maintenance and I&C personnel.
Roster III is a listing of NYPA personnel by department available for
_ Call-in.
Roster II should be initiated if a Unit 2 emergency is declared and
. the con Edison Watch Supervisor requests additional non-watch personnel from the NfPA Shift Supervisor. (This does not include those NYPA watch personnel who will be sent te Unit 2 immediately upon request; 1RG, 1 Maintenance person, 1 !5C Tech, 1 H.P. or Chem. Tech.)
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~5.0 -CONTROL ROOM COMMUNICATOR CHECKLIST' 1)' When emergency-is initially' declared, complete Part I of EP-Form #30 (30a)
Notification Fact Sheet with Shift Supervisor - Have him initial.
Serialize all Fact Sheets.
- 2) Notify Roster I (via Resident Manager's Sec. during day, Security during
~off hours).
- 3) Call Con Ed CCR and advise. (Request one RO and additional personnel as needed during off hours. Request offaite teams to report to EOF.if at SAE or GE. Request onsite teams if needed).
4)~ Call NYPA Security and have them restrict access to site if at SAE or GE.
- 5) f Notify NRC Headquarters using ENS direct line.
a
-~
. 6) 6 Notify NRC Resident Inspector x
j ..
" / 7) Notify offsite agencies with~15 mins. of declaration of emergency using
, 7 ..,
- RECS Hotline or County Radio if Hotline not working (=ust make separate call l' ,
~
. f- co State if County Radio used). i z; y-8,) ' Notify ANI at. Alert level or acove.
9 9h Keep,all_ groups and agencies updated every hr. or 2coner if change in
. stadas or Emergency Classification until EOF assumes this responsibility.
10). At' Alert stage & above, make P.A. announcements to staff TSC/OSC and EOF
'h. -
- 11) Make P.A. announcements every hr. to advise plant personnel of current
!) status.-
_f N Ei 12) Have Security use Roster II to call needed personnel during off hours.
- 13) . When EOF'is staffed, transfer offsite communications respcnsibilities to
~
them.' Let them know what Notification Fact Sheet # to use next. Continue S #; j communications with EOF and continue making hour P.A. announcements.
7p 14) When EOF is staffed, transfer responsibility for site perimeter teams and offsite teams to Radiological Communicator in EOF. jg
,, .-7
{. 't - ' THINGS WH'ICH SHOULD CONTINUE DURING THE COURSE OF THE EMERGENCY:
I i15) Make P.A. announcements every hour to update plant personnel as to current y A.. status. (This assumes evacuation has not occured) (Check w/POM for
. , ; information to be transmitted).
. 16) Maintain communications with POM, TSC, OSC, EOF and keep them updated r of Control Room conditions & receive updates from them.
, 'I.7) Be ready to assume communications if EOF is moved to AEOF.
- o. y >
' 'fNOTE: Remain on direct line communication link (CR, TSC, CSC, EOF), monitor
, 'ccumunication on that line, update and report as necessary, log
?- appropriate communications and filter to CR staff.
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Y
}z . . ' EMERGENCY NOTIFICATION FACT SHEET- L.IP-10 30 / 9 l' 2P-Form 9303_ PART I-- GENERAL INFORMATION
-West. -Peekskill 1.' (a).1 Notification ' # ~A -
Roc ._ a e ate
- 1. . - Message ~ transmitted: ] Con Ed [MetroNorth ANI NRC.
Date Time (24 hr. clock) ~~ Con Rail"~
__nc/Dutv Officer v2. - ; Facility providing information: '
[- Indi'an Point No. 2-
- 9. The release is:
E: ' Indian Point No.3 continuing, 3.. Reported'By:-
i :- Name B . terminated.-
C intermittent.
-Title 4 .. !This....
D NOT applicable.
[9 -is an exercise 10. Protective Actions:
Bu .is-NOT an1 exercise' [9. There is NO need for Protec-
- 5. Emergency Classification tive Actions outside'the site boundary.
QQ : Unusual Event
~ Q3 Protective Actions are under
.]D Alert- consideration.
@d . Site Area Emergency C Recommended' Protective Actions-
" " # 4 D. (General ~ Emergency-
- 5 6 7-8 9 10 11 12 13 14 15 163 LTransportation Incident 16 17 18 19 20 21-22 23 24
=--25126 27 28 29 30 31-32 33 QQ. Other-9, 34 35 36 37.-38 39 40'41 42-6.; This classification declared at: 43 44 45 46 Date_. Time ERPA for EVAccATTON 1234
- 57. Brief. Event _ Description / Initiating 5.6 7 8'9 10 11 12 13 14 15 Condition: 16 17 18 19 20'21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42
-43 44 45 46
- 11. Weather
" f( [9' Wind speed miles per hour
- or meters per second.
' B Direction (from) - degrees.
a y class
.S. 'As of hours there has: (A-G/or stable, unstable,
-@Q NOT been a release of neutral) radioactivity
- [3 General Weather Condition B been a release of radio-~ - (if applicable) activity to the ATMOSPHERE'
' :83- been a release of radio-activity to a BODY OF WATER
- @I been a GROUND SPILL release
~ of' radioactivity
- 8 of1 g -
e-+r*3 -r ev ,9 gi -w-iy epn-% e gr w- *rw r 1-fwp1w y h ee--e*p & w.ptyT***->--ye*s*ye--S
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IP-1030/9 Notification # 3 EMERGENCY NOTIFICATION FACT SHEET F.P-Form #30b' PART II - RADIOLOGICAL ASSESSMENT D ATA
[- : 12. Progresis for Worsoning or Termination of the Emergency?
- 13. In Plent Emergency Response Actions Underway?
14, Utility Off-Site Emergency Response Action Underway?
- 13. Release Information hujti, Projected A ' ATMOSPHERIC RELEASE Date and Time Release Started Duration of Release - hrs hrs Noble Gas Release Rate Ci/sec Ci/sec Radioiodine Release Rate Oi/sec Ci/sec Elevated or Ground Release Inplant Mordtors ._
B WATERBORNE RELEASE Date and Ti ne Release Started Daration of Release hrs hrs Volume of Release gal gal -
Radioactivity Concentration (gross) uCi/mi uC /mi Total Radioactivity Released Ci Ci Radionuc! ides in Release uCi/mi uCi/mi uCi/ml uCi/mi Basis for release data e.g. effluent monitors, grab sample, composi s sample and sample location:
- 16. Dose and Measurements and Projections . Actual Projected lAl SITE BOUNDARY Whole Body Dose Rate mR/hr: mR/hr Whole Body Commitment (for duration above) Rem Thyroid Dose Commitment (1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> exposure)- mrem mrem Thyroid Dose (total commitment) Rem l8l PROJECTED OFFSITE 2 Miles 5 Miles 10 Miles Whole Body Dose Rate (mR/hr)
Whole Body Dose (Rem)
Thyroid Dose Commitment (I hr exposure mrem)
Thyroid Dose (Total Commitment Rem) -
- 17. Protective Action Recommendations and ths Sasis for the Recommendations:
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. _ _ . - . . . . . _ _ - - . _ _ _ -._ - .-_ _. . . . _ . . . _ _ - . _ . . - . _ , . . _ _ _ . _ _ _ . . - - - _ _ . ~ . _ _
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... .- . . . IP-10 30 / 9 EP-Fcrm430c EMERGENCY NOTIFICATION FACT SHEET PART'III - IP-3 PLANT PARAMETER DATA o cation # C Date:
Time:
ATOR PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIP.
E18. LRCS pressurei (Circle those in!use) 119. :RCS temperature
~
- 37. Containment Spray E 20. .- Reactor Shutdown (Y/N) VC Spray-Pumps
- 21. Natural / Forced circulation Recirculation: Mode
- 22. Pressurizer level 38. Containment Fan Cooler units -
31, 32, 33, 34, 35 23 7 S/G levels. 431 % 433 %
- 39. Auxiliary Feed Pumps-- 31, 32, 33
.432 %' ;#34 %
40.'VC Phase ~A Isolation Complete t,. '24. :Off-site /On-site power available: YES/NO
- 41. VC Phase B Isolation Complete
.25. Containment. Pressure 26... Containment. Temperature 42. VC 7entilation Isolation-Ccmplete YES/NO
- 27. RCS Subcooled/ Saturated 43. CR Ventilation' Isolation Complete psig Subcooled YES/NO
- 28. VC Sump Level 44. Emergency Diesel Generators 29.- RWST Level Check Status 31 32 33
- 30. CST: Level Load / Running - -
Unloaded / Standby ~'- -
. ._ Out of Service - - -
MODES OF SAFETY INJECTION-RADIOLOGICAL MONITORS (Circle' modes in itse)
- 31. Passive Injection -LAccumulators Plant Vent:
32.
High Head Injection 45. R-13 (particulate) CPM-J33. Low Head Injection 46. R-14 (gaseous) CPM
- 47. R-27. (gaseous ) uCi/cc
-MODES OF RECIRCULATION Area Monitorss
~
- " # ""U * #
-'(circles modes in use)
- 49. R-7 Containment mR/hr
- 34. Low-Head Recirculation - Recirc Pumps
- 50. -R-10 Accident Monitor
- RHR Pumps (Steamline penetration) mR/hr
- 35. . High Head Recirculation -
- 51. Containment High Range Monitor
--Recirc Pumps to S.I. Pumps (R-25/R-26)-
-;RHR Pumps to S.I. Pumps R/hr
- 36. Hot Leg Recirculation - Recirc Pumps yg RHR Pumps ADDITIONM. MCNITORS OF IMPORTANC7.,
w
- __ 10 of 12
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. o Ek Fisa hart 32 19FilFICAT!Op4
- CrlIGaltl SCAT 5000
- STAF9 test.
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Ba,Tirit'ATatal e (ImentelCATIust = bfAWilsG HADIOOOGICAL EMERGENCY narramis. e..e. mensamT DhCtJLeATItse Ors
- EWit%LTogic.ls
- sf to Asse smeswy
- General tamesgency call Con 8'd to Wity of teill Seoult ans our Intemt!4 ass to Enhwl Site . a)mergency Diasctor & Baa8 Asseme*
h ha d ly Alarm sent T ,esn to sur
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/ 5:ese truject D 7egnel s E ~ cator I A'
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Calvest at ione ~' - Initiates su6gert Cohter 8t*gfing 6 All nonwtch pesmonnel repost te - math der 6 Choenist to Cuatrul IP-ROO2 i
- Initletee laume Pro . Cal . your Assembly Asea. Cesatsarc ..wy g g, g D{a g g en % of site skers, asmi epase %=re some toonnel segn.st to tese control ellir.1seasitt8E% G@ M ""a"*'
- Alegt to thagency CossJitises e
- Direct tinam to Otestrict Access to J{e p all IP-3 8ecut'lty Lut M M - Alert to Lamorgene,;y Cksemittiae Call heelJee.t he.eger's sessnesya tussemalCA10R
- Give Info. en sk.tificatiosa rect
- Glwe Info ces blificettun rest sheet Osmal - rill out htaficatiosa rect Sheet Off -
- bgeset Eless to haliya hee.sur, OS. 30 6 ER*et Arest Il ' "
Wak Bloisse - Itave Shif t Supervisor Agiprove Bluure asYo Duty Offs ma
- pe. guest her to ht ifys IG4,buP, -
rue. nt
- us. >O . .uo ty Oifices - tairect them to Is eratsict Access to site
~ it le .ii ere ns.ei htii sur .
un A.uset m er litl.em t Call tr-J Ca.eitaul Muses le Statted .
- e tu IP*) 6.emea gesesy = Call IP-2 Cw tsel h as
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- yp n = =icator will teotify 4 . Alert them to tr-3 kmergesecy Cuso8& tion
- konguest of tmate 86mitos ta.g Teame Offelte Authitise within . Weiguest ! Ba) esm8 hint. , thC, tar or Cleme, to tes=as t to El.e AM N M "ut*8 GI tl'8 I* I* L "** v Techa se me.gaalse 8 uf an &mergency p#e
. Busquest blisite Neilturisig Teams tu segnert q
to the exe.
If Lesagency 4=rattun uSE ktCS tev7LINE AHis NLrttrfCATitel 4Rt.T Fesility le staffe,J. Tsahoto balEk.T
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keep InfusenwJ ea Ait*40pr iate s
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- Indian Point 3 Nuclear Power Plant P.O. Box 215 Suchanen. New York 10511 914 739.8200 .
- 9 NewYorkPower
& Authority .
EMERGENCY PLAN PROCEDURES PROCEDURE NO IP- 1031 REV. 1 TITLEa PROCEDURE FCR ECF EMERGENCY NOTIFICATICl3 AND CCIOfUNICATICIE
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PCRC RE7IEW: 5 DATE7/2/t3 9 xPrRevEsYsvi M @ L DA:E chthe '
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IP-1031/1 IP-1031
' PROCEDURE FOR EOF EMERGENCY NOTIFICATIONS AND COMMUNICATION
~1.0 INTENT To outline the communications necessary to be established from the EOF during the course of emergency conditions which require the staffing of the EOF.-
2.0 DISCUSSION LInitial notification sud communication to on and offaite authorities will be directed and r.ccomplished by the Control Room. Notification and communication tarn over to the EOF will be accomplished when the EOF is staffed and ready to assume control of the emergency. At that time, the EOF communicator should receive a briefing from the CR
. communicator on the status of emergency notifications and communications.
'If the decision is made to relocate to the Alternate Emergency Operation Facility (AEOF) . .the Emergency Director will notify the Control Room and request that the Plant Operations Manager assume Emergency Director control and communication activities. The Plant Operation Manager, after assuming the role of the ED, should then assure the following
. positions are assigned: Communicator and Radiological Assessment Team
. La.ade r. The checklists' for communicators found in IP-1031 should be followed during this transition period. When the AEOF has been est-ablished and can resume .these responsibilities, the Emergency Director at the.AEOF will notify the Control Room (P0M) and will again assume ED control and communication activities.
. 3.0 THREEC0hMUNICATORS'MAYBEAVAILABLEATTHEEOF
- a. Onsite (including Recovery Center and Con Edison)
- b. Offsite
- c. Radiological The following checklists' represent the communication responsibilities of these individuals.
(
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IP-1031/1 COMMUNICATOR'S CHECKLIST OFFSITE
- Assume communication responsibility from Control' Room af ter being briefed by CR communicator as to notification and communication status. Also find out-which serial number was last.used on Form 30a.
- Approximately each 30 minutes:
- a. Passout forms 30a,b and c (Notification Fact Sheet). Be sure you serialize all sheets
- 1. You fill out 30a and have ED initial it.
30b goes to Rad. Assessment Team-30c goes to Technical Advisor ;1
- 11. Go out over hotline with 30a.
iii. Collect 30 b & c and have clerks send 30 a, b, & c out over telecopiers,
- b. NRC ENS Communication s
- NOTE: If-emergency status changes, go out over line immediately.
Advise them you will follow-up with Fact Sheet shortly.
- In addition to the above, notify Con Rail and/or Metro North if radiological conditions involve or may involve them. i
-- If: Significant Plant Status Change Reduction or escalation in emergency class Close out Notify:
Offsite State and Counties
- - NRC Con Rail, Metro North, Adjacent Business (as necessary) i
- Notify below if support or assistance is required
- a. INPO b.- Brookhaven National Laboratory Have Recovery Center ass ime coccunications with ANI and INFO 2 of 5
IP-1031/1
. RECOVERY-INTENTION:
Prior co declaring or entering the Recovery phase, offsite officials should be notified and confe: cd with to assure all parties agree on the appropriateness of. entering the-long carm recove g phase.
CLOSE0UT:
Insure you close out. emergency to-all parties involved.
' NOTE: Use ODP'(County) radio if the RECS' Hotline is not. working. You must l , --
call 1NYS separately with the microwave 11nk when using the ODP radio.
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IP-1031/1 COMMUNICATOR'S CHECKLIST ONSITE
- Receive incoming calls Filter as necessary to E.D./RATL etc.
- Receive all (in-house) direct line phones including Recovery Centar Communications.
I
- Approximately every 30 minutes:
Brief OSC/TSC, CR,' LAO, Security & Con Ed & JtC,re: plant status
- Go out with change in emergency status immediately to above
- Talk with TSC 'OSC, CR, RC, Accountability, Security as directed
- Use Con Ed radio (frequency #1) if communication goes out -
location of f-l -
= TSC/OSC CR Off & Onsite Monitoring Teams will be on f-l also.
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.9 58 IP-1031/1 RADIOLCGICAL COMMUNICATOR
\ ,'
Review and talk with DARP. Raccamend to RATL need for On & Offsite teams to take KI (including security personnsi)
-.-- LWhen ready, assume responsibility for onsite and offsite teams by radio.
'Tell them to report results to you. Call'CR, tell them you've assumed control.
- L2esponsibilitiesLragarding On & Offsite teams: (IP-1010. IP-1011)
. Dispatch
- - Keep in constant contact
- . Advise to chec'. dosimetry
- Keep teams informed of plant status, emergency classification, plume direction and location by meteorology & calculations
- - Know where they are & don't forget them! .j 1- , Keep track of plume location & don't let security stand in plume.
Instruct teams to:
locate plume & define' edges (do not have them traverse plume uncscessarily)
-- Keep map of location & plume definition
- Publish & inform DARP & RATL' of off and onsite data for utility & county - 'I use (transparency) & by phone to county EOC's D. A. or county upper people
.for transmission
- ' Contact EOC's for information regarding-county and state monitoring team
' data.
- - ' Notify RATL & DAHP of results
- Receive Reuter-Stokes info. from MIDAS man
- Receive input from DAHP.
- ~See prints from MIDAS regarding-plume locations r
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. . Indien Point 3 Nucteer Power Plant P.O. Sox 215 Suchenen. New Wrk 10511 914 739.8200 .
i
- 4 NewYorkPower l W Authority ;
- 2ERGE!Cf PIAN PROCEDURES 10 0 6 PROCEDURE 1O IP- 337, TITLE" OPERATIONS SUPPORT CEh"IER H
e D
WRITTEN SY: *& -[ l 22/
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aEv=e.D 3r: Da Tu. di PCRC 3r/IEW: s OATE fd+[D APPRCVED BY: h/ % ~
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- IP-1047/6 IP-1047 OPERATIONS SUIPORT-CENTER (OSC) 1.0 INTENT The_ intent is to establish a procedure for the activation and operation of the Operations Support Center _(OSC). The OSC will be
' activated at the Alert, Site Area or General Emergency' level.
2.0 DISCUSSION, The OSC_is the central area from which personnel are assigned, scheduled and dispatched to. perform a variety of emergency tasks.
The location of the OSC is on the west side of the second floor of the Administration Building across from the lunchroom and adjacent-to the Turbine Building. -The OSC is provided with a dedicated ventilation system which filters outside intake air and recirculation facility air through a prefilter and a series of HEPA filters.
3.0 REFERENCES
3.1 IP-1040 Habitability of the Emergency Facilities 3.2 - IP-1041, Personnel Monitoring for EOF, TSC and OSC Personnel f 3.3 IP-1025, Repair and: Corrective Action Teams 3.4 IP-1027 Emergency Personnel Exposure 3.5 IP-1070, Periodic Check of Emergency Preparedness Equipment 4.0 ACTIVATION 4.1 The OSC is activated and staffed as follows:
4.1.1 At the Unusual Event or Alert level, required personnel will be called or. paged to report to and staff the OSC.
4.1.2 At the Site Area or General Emergency level, the Site Assembly Alarm will be sounded. Personnel whose primary assembly area is the OSC will report to the OSC if they are inside the plant. Otherwise, they will report to the nearest assembly area as an "other". They should then inform the area accountability officer that he/she must report-to the OSC as soon as a safe route to get there is established.
(During off hours, OSC personnel will be called in from Roster II) 4.1.3 If additional personnel are needed, they can be requested from the Assembly Areas and Depart =ent Superv1 sors.
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IP-1047/6
i 4.2_ - The OSC will remain operational'until instructed by the
' Emergency Director to deactivate..
5.0 EQUIPMENT
~
5.1 Emergency equipment lockers are located 1n the TSC/OSC.
Equipment available is listed in,IP-1070 and is checked monthlyfin accordance with 3PT-M40.
25.2 The following~ communications equipment is present in the OSC:
Outside~1ine dial telephones Direct line telephones-NYPA extensions Handy talkie radios (NYPA Emerg. Plan Freq. #2 and Con Ed Freq. #1)
Portable base station radio .(NYPA Freq. #1 and #2)
Plant paging system Intercoms 6.0 STAFFING AND RESPONSIBILITIES 6.1 Operations Support Manager (OSM) 6.1.1- Determined by.following hierarchy:
Maintenance Superintendent I&C Superintendent
' Asst.-Maintenance Superintendent I&C General Supervisor
- As-assigned by Plant Operations Manager or Emergency Director 6.1.2 The OSM reports to the Plant Operations Manager 6.1.3 Responsibilities are found on the following checklists.
6.2 Operations Support Center Team Leaders 6.2.1 Senior rembers of the HP, Chemistry, Maintenance, I&C, and Operations Croups shall-be designated by
. the OSM as_ Team Leaders. The Team Leaders report to the OSM.
6.2.2 Team Leader responsibilities are found on the following checklists.
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. o-IP-lC47/6
'~
OSC MANAGER
-- CallLCR and hhve them send spara operations and contingency
-personnel from CR and Assembly Areas to the 0SC. ]g
- Assign:
Communicator-(direct line)
--- Communicator - telephones.& radios
. Team Leaders (HP, Chem.. I&C, Maintenance. Operations)
E- LAccountability Officer
- Clark (s)
Fill out personnel status board Let POM, EOF, TSC.'CR, know when OSC is operational
- - Assure Accountability is being accouplished
- Prioritize work
- Work' closely with' Team Leaders & Communicators
- ' Assure a supplement of Repair & Corrective Action Team workers is available.
- - Schedule shifts (thru OSC accountability officer)
Know status of all plant teams
- ' Supply people to other areas as needed-
- Dispatch teams under guidance of IP-1025 (Repair & Corrective Action Teams)
- Coordinate development of adhoc repair and corrective actions with TSC Manager & POM.
Assure OSC activities are reported to the appropriate individuals (thru OSC direce line communicator)
- Update OSC personnel often Assure POM, TSC, CR, and EOF are aware of current repair status (thru communicator)
- ' ' Assure OSC Emergency Briefing Form is completed for each team
. dispatched.'(See Attachment 1) 4 1
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IP-lG47/6
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OSC COMMUNICATOR
_' (direct line)
T
- Test CR, TSC, EOF, OSC Direct Line Test Con Ed radio frequency #1 (backup to direct line)
L -
Remain on direct line. Monitor all communication updates and report on line as warranted re:. team dispatch, repair sertus, team return..
Log all appropriate coanunications Use communications routing sheets where necessary Screen information on direct line and report to OSC as applicable.
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IP-1047/6
+ OSC COMMUNICATOR Test:--telephones-intercoms PA base station & radios-(NYPA frequency 2) 4
- Issue radios to repair teams Monitor radio' communication with teams
- - Screen-information and report to OSC Manager & Team Leaders if
. warranted.
Pay particular attention to H.P. team members .
Advise H.P. Team Leader of radiological concerns Log team activities, using communication routing forms where necessary.
-Screen information to'0SC as applicable.
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,.I '9-IP-1047/6 TEAM LEADERS
- : Keep in constant contact with OSM Call-in personnel from accountability' areas as necessary 7
- Select individuals for mission teams'
- Assure pre-mission briefings-consist of:
Compliance with IP-1025
-- ALARA .
Projected Radiological Conditions Best route
- Tools
~ Mock-ups, simulations Diagrams, visual aids Radio
- Task understanding Keep in communication with. dispatched teams through communicator
- Report resulth of teams to OSM
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IP-1047/6 H.P. TEAM LEADER
- Assign: TSC/03C Monitor Control Point Monitor Dosimetry Officer Control Room Monitor th
- . Assure the following items are brought to the OSC from the 4 floor Control Point:
Badge racks TLD reader Emergency Plan H.P. proceduras-Tally book Margin ~ check Supply of Anti-C's survey equipment, and respirators Modem and CRT to access H.P. 1000 computer 9
- Check on site perimeter teams - discuss dispatch with CR or EOF.if not sent out yet. (EP Form #4 IP-1010)
- Assign HP members for Repair teams
- Discuss Radiological conditions with HP members of Repair &
Corrective Action Teams and assure they brief other members of team.
- Obtain overexposure power of signature from-ED (go thru direct line communicator) (EI-Form #7)
- Consider possibility of: Assembly Area Monitoring Evacuation Support Equip Decon & Contamination Support (EP Form #16&l7)
Fire Support (EP Form #13)
Personnel & Skin Decon (EP Form #14& 15)
-- Check on dere accountability with Desimetry Officer & Control Point
- Assure OSC Emergency Briefing Form is completed for each team dispatched. (See Attachment 1)
Forms Monitoring Team Survey #4 Emergency Exposure Authorizaticus #7 Fireman Exposure Record #13
-Personnel Contamination Check #14 Skin Decon/ Anatomical Man #15 Vehicle Contamination Check #16 Equipment Contamination Check #17 OSC Emergency' Briefing Form #18 ;G i
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.IP-1047/6 OSC ACCOUNTABILITY OFFICER
.Ccaduct Accountability Ee cognizant of who's where and what tasks are going on.
- - Assure team status board is updated & recorded on hard copy Remind Team Leaders to pull people from assembly areas. Call assembly areas for those reque.sted.
Schedula shifts (assisted by Tee.m Leaders & OSM) e v
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OSC EMERGENCY 3RIEFING FCFf t p-1047/s EP FCPM *19 ATTACIMEUI 1 r;
TEAM NUMBER: D ATE / TIME DESTINATION: (see reverse side for mao)
TASK PERSONAL PROTECTIVE CLOTHING AND EQUIPMENT REQUIREMENTS HEAD SODY FEET -l HANCS l DCSIMETRY RESPIRATORY j C sumotoNs CAP Q tPm.covamALLs O mussen soots C CcTToN lNstmTs C wMcL1 sooY TLo C HALFPACE '
C NDoo C 2 PR. COVERALLS C PVC soots C COTTON obovts C EXTREMITY TLo C PUL:. PACE C wATNmPmooF Q LAs COAT sMcEcovtRs C WATgmPmoop C wMcLE acoY TLo C Alm LINE mas 4 I Coven- C Disp.covenA m Gloves NEUTmoN sENs. C Alm sVPPLY Mooo l C P ACE ENesto O cA covam' ALLS O "'G " ' W T'C C mussEn Gloves C 0-2coun oose. C stLP-CoNTAINEo O coceLas C watsmemoop ouTamLAYEm CONO"""
C Pvc iPm,,2Pm.
C sVRCEoNS GLOVES C o.So0MR oCst.
C o-tm oosiustam mir- n i e ,.y i
C C No PERSONAL C C o-Sm cosautTER C ,
C oVTan C C C o.so m cose.
CLOT"'"O - O C o. coo n oost.
O C C C BADGE NAME: AVAIL DOSE BADGE NAME AVAIL DOSE NO. DOSE RECD N O _. DOSE RECD I
I I I I I I I I i i i
/
Instrument Model/ Serial No. / /
Communication Check Perfortset DEBRIEF:
l Toam Briefing Conducted By: Team Leader:
iam Debriefing Conducted Sy: H.P. Tach:
l
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Indian Point 3
- Nuclear Power Plant ,
P.O. Box 215 BucPanan. New York 10511 914 739.5200
~
A NewYorkPower -
<d Authority EMERGENCY PLAN PROCEDURES PROCEDURE NO IP- 1053 REV. 2 TITLE" EVACUATICN CF SI'IE
=
This procedure has been extensively revised.
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WRITTEN BY: % /
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IP-1053/2 IP-1053 EVACUATION OF SITE 1.0 INTENT To prov'ide criteria for determining if' site evacuation is necessary and to describe the actions to be followed when a site evacuation has been
_ announced.
2.0 DISCUSSION
~
In the event of an emergency, the Emergency Director (ED) and/or the Radiological Assessment Team Leader (RATL) shall determine if evacuation of-the site is required using the criteria below as guidance.
Alert Emergency with potential for radioactive airborne releases Site Area Emergency
- General Emergency
- Any.other condition.which in the opinion of the ED or RATL warrants an evacuation If any of these criteria are met, evacuation of all non-essential site personnel should be conducted as soon as possible following completion of the accountability process. This assumes that evacuation is the protective action which will result in the lowest personnel exposure, and should be.
done prior to, or following c release if possible.
3.0 PROCEDURE
Once the site accountability process has been completed and an evacuatioa has been deemed necessary, the following steps will be taken to assure a safe:and orderly evacuation of site personnel.
I 3.1 - The ED will determine if evacuees can be dismissed directly to their homes or if they must reassemble at the Con Edison Service Center (west store room area) for contamination checks and decontamination.
(See Attachment 1-for Service Center layout). -He must also determine
.what mode of transportation can be used to leave the site. The 4 1following options should be considered in making these decisiens. l (Other options could also.be available depending on the situation). l 1
3.1.1 If there has been no release, evacuees should be dismissed I directly to their homes using private vehicles. l
. 1 3.1.2 If there has been a release with onsite contamination only, private vehicles'and the route onsite should be monitored.
(See 3.3 below) 3.1.2.1 If vehicles and. route are not contaminated, evacuees should be dismissed directly to their homes using private vehicles.
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- P-1053/2 1
3.1.7.2 If vehicles. and/or the onsite route, are contaminated, i
-evacuees should' drive their private vehicles to the l Service Center for decontamination before leaving the site. 'If decon is not feasible or unsucessful, out-side transportation assistance can be obtained by contacting the con Ed Westchester Emergency Supervisor No. 9 (914-997-6205 or 6221).
3.1.3 If there has been a release with offsite as.well as onsite contamination, private vehicles can be released offsite without going to the Service Center for decon first. Outside transporcation assistance could also be requested if needed.
3.2 The onsite evacuation route will be determined by the ED using wind direction as the deciding factor. (See Attachment 2 for map of routes).
3.2.1 Wind from the South (upvalley flow) - use the southerly route and enter the Service Center area by way of the Con
-h Ed maintained gate if instructed to report to the Service Center..
3.2.2 Wind from the North (downvalley flow) - use the northerly route passing through the Can Ed river front Security gate and up to the Service Centor if instructed to report there.
3.2.3 For a cross . valley wind, cae ED must decide which route (north or south) to take or to have personnel remain at
. their assembly areas.
NOTE: Onsite Evacuation Route MJps are posted throughout the site.
Evacuation Routes are indicated along the site roadways by orange signs with a blue a rrow indicating the direction to take.
3.3 If an airborne radioactive release h.ts occurred, is occurring, or is imminent, the RATL must contact.the tSC to have an H.P. team dispatched to tha assembly areas as they are released. The H.P. team will check for contaminction of personnel and veiicles and advise the RATL of any contamination'found. If evacuees art to reassemble at the Service Center, the H.P. monitors will accompany them and notify the ED upon their arrival.
3.4 The ED should have the Communicator contact the Westchester County ECC to discuss the proposed evacuation route offsite with the Director of the Office of Disaster and Emergency Services in order to assure that movement from the site is coordinated with the County plans and actions.
3.5 The Communicator must call the Unit 2 Control Room to advise them of the impending evacuacion, and to have them open any gates necessary for evacu-
, ation.
-3.6 The ED will call the Lead Accountability Officer (LAO) and advise him/her that' evacuation is to take place and what instructions are to be provided to personnel in the assembly areas.
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IP-1053/2 c3.7 The'LA0 will:
-- Call Security to advise them'that evacuation of the assembly
"- _ areas is to begin.
- Ca'11 the Accountability Officers at the Assembly Areas and advise them of the route to take; mode to use and whether evacuees can go.home or thould reassemble at'the con Ed-Service Center for contamination cheeks. decon, and/or out-
- side transpsrtation offrite. These calls should be staggered so as to maintain an even flow of personnel from the site.
Cel1~the ED when evacuation of the site is complete.
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lNDIAN POINE!"t HUDSON RlVE R 3 warous;ofrice SITE PLANhc3 K 2nd Floor Cafeteria y L Training Trailer ,,
G Construction Conference Trailer H Coss Edisola Servico Center Buildlang x
Insmen Point 3 Nueleet Power Plant C8 Bos 215 Suchenen. New Wrt 10$11 914 739.8200 *
- D NewYorkPower
<.d Authority -
EMERGENCY PIAN PROCEDCRES PROCZDURE NO IP- 1057 Rr/. 1 _
TITI.Ea Tornado Emergency 4
/ . - , .
WRITTEN SY: 4/ 1. e ir. ' /'
RzvI:.c av )~()1f PCRC REVIZW: __f M . hul CATI: ec/43 APPRCVO ?it [ _%, ::ATI a.-I!f w fl
- 6 rCTI7Z DATE / io l1i! T S
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. o IP-1057' TORNADO EMERGENCY (HURRICANE EMERGENCY) 1.0 DISCUSSION The Tornado Emergency Plan describes the procedures which will be followed in the event of a tornado watch or toruado warning at the Indian Point Site. - Meteorological conditions that could result in a tornado would be determined by the National Weather Service. Notification of a tor-nado watch would come from NAWAS, Marcy Operations, or the Unit 2 Control room. For further info cion. - the National Weather Service can be called directly - See IP-1003 for additional numbers). l, (1) - Tornado watch: meteorological conditions are favorable for the formation of 'a tornado.
(2) Tornado warnins: a tornado had been sighted in the area of the plant.
~
2.0 RESPONSIVE ACTIONS 2.1 The immediate protective. actions taken by the watch force are as follows:
Control Roon Operators
- 1. Notify the Shift Supervisor
- 2. - Contact Con Edison U2, to ensure gas turbines are in ser71ce.
Shift Supervisor
- 1.' Assign station personnel to look and listen for a tornado.
- 2. If a tornado warning has been received, order all fuel handling operations in the-fuel handling building halted. If a fuel handling cask is suspended from the crane at this time, order that it be set down. Order all other nonessential plant operations halted.-
- 3. Following the notification of a tornado or hurricane warning, evaluations will be made as to operating conditions for the H plant.
- 4. Make apprepriate notificacitaa as per Emergency Plan Classifications.
Operating Personnel
- l. Maintain a vacch to listen for and look for a tornado.
- 2. ' If a tornado is. sighted, notify Control Room Operators i= mediately.
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es e . Nesodese Powee Plant
, , 0.0. Sc2 215 ,
Cice.anen. New Yoru 10511 914 739.S200
- D NewYorkPower
<.# Authority EMERGENCY PL\N PROCECLM PROCEDURE NO IP- 1059 REV. 1 TITLE" Air Raid Alert WRITTEN BY: ,
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REVIEWED BY: G i
PCRC' REVIEW: k CATE /M/ 3 APPRCVED BY: s b_ %, CATE //!/r D.
i f .c12 il <,3 EITECTrJE DATE:
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i IP-1059 AIR RAID ALERT 1.0 INTENT To outline a procedure to be used when an Air Raid Alert is received by.the Control Room Operator.
2.0 DISCUSSION An Air Raid Alert may be received from Con Edison Unit 2 Control Room, NYPA System Operator at Marcy or from the New York State Office of Disaster
. Preparedness via the NAEAS system. l' 3.0 RESPONSIVE ACTIONS 3.1 Control Room Operators don hard hats and a) Upon receipt of an AIR RAID ALERT, sound the steady tone for 10 second's duration and announce the alert three (3) times over-the public address system.
3.2 Watch, Personnel don hard hats and L
a) Remain at their assigned posts or work areas.
b) The SS will dfrect Watch personnel to close all outside doors.
3.3 All Other Employees, Contractors and Visitors don hard hats and 3.3.1 Proceed to designated shelter areas as follows:
Employees, contractors and visitors working in the conventional areas shall go to the co'nventional building' basement.
Personnel in Administration Service Building shall go to ground floor elevation.
Personnel working in the Controlled Area who are not assigned to an operating post shall go to the bottom elevation of t'.eir respective building loca-tior.
All employees and contractors on site, outside the buildings, shall go to the Admin. Service Building, 1st floor.
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, , inden Powet 3 Mue6eer Power Plant
. r.o. som 215 Bucnenen. New e 1C311 914 739 8200
- b NewYorkPower gist Authority -
EMERG~r.JCl PLAN PROCIDL"4IS PROCEDURE NO IP- 1076 RE7. 4 TTILE" Beepers 4
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I IP-1076 BEEPERS 1.0 INTENT To outline the procedure for Beeper page units used to contact NYPA, personnel for emergency notification as well as non-emergency paging.
Q 2.0 DISCUSSION The paging service used for Indian Point No. 3 is the Radiofone Corporation.
The band used is VHF and towers are located throughout the area which "
transmit the tone signal to the paging units. An area map is shown on Page3whichdepictstheserviceandreceptionareasforthepagingunits.TheQ Beacen-Newburgh area is a recognized ' dead-spot" (40-50:: rehability) ano there may be other areas not covered by tower transmission due to terrain.
3.0 PRECAUTIONS AND OPERATION 3.1 Beepers are fragile and should be handled carefully cn 3.2 Beepers should be worn or carried when yo2 are away from your home telephone, office telephore or plant paging system.
3.3 Pager u.*ormation:
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NOTE
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- Oo nor move the surch from rne man aan l "?. fem O-Lert'*aos;r' ort wornout
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r.-. "?.rn fint mrerrogatr*1 the uner. '.* the surcfr os inaarerrently ceoressed whole swetenmg rne stored mfor-metrars wr't!ce erased.
Figure 1 R 9ure 2 Insted the bettery and check the unit for When in the "on" position, the peger will proper operation as outlined be$ow.
emit the alerting tone each time a correct EATTERY INFORMATION page le recewed.
INSTALLING THE BATTERY (Figare 1) TYPE. The "Metrm" rager ;s deogned tr. operate with an inexpensm1 throwa.
The " Metra' pager is powered by a singse For pegers equicced with the " manual- way, AA-size, alkaline bittery reaoily avail-AA size aikarine bettery. Using a coin or reseronly" capandity, the eierting tone sole at loast stores. The Mallory type scrowdriver, turn the locking devue on the continues to sound untd the switch is MN1500 has been tested by Motorola for bottom of the pager counterwockwise to dooreesed, life and leakage charactenstics and is re-release the sonnesced battery compart. -
commended. Size AA battenes trom other mene door on 'he side of the univ. Observe rnanufacturers may grve comparacle per.
the battery polarity merkings stamped into formance. However. ife or leastage enarac-the Ndes of the door guados and instad the teristics of other battenes have r ut been betPry, postive end first, corresponding to testad t'y IWaomia.
the merkings. Cfoes the bettery compart.
ment door and turn the locking davice LIFE. The life of a dispossoie battery clockwise to secure. oepends on save af vanacles, including me OPERATION (Figure 21 tvoe of battery and the nummer of pages vou recena. Alkaline battene9 on tne "MEM@LERT" oPER ATION- This fea- average provide approxirnately 3 to 4 STANoARD OPERATIOPMove tne switch ture allows you to defer heanng an alert months of serv ce (1.5 to 2 fronths for on the too of tne pager from the "off" (black dot) to the "on* (orange dot) 0o-tone until a more convement time. To pagers souiooed men the "%nuat-reset-do this, move the switch to the center only" esoaoitity). When me cattery .ott-sition. The peger should emit an alertmg ( e i position. Any pages recened will now age droos near its enoot sife .aoint. the tone whech indtcates that the bette*y is be stored until the umt is interrogated by pagar automstmally orcoures a spec:aa good. If no alert tor.a is heard, or it a dooressmg and holding down the swet:it. warmnq asert consssting of Ngn 4cw asternat-hegn-low ** battery warmng'* tone is heard. _ The oneer Men _ emits *he signi f a .t:rt ing tones. nis warmnq aiert incicates that too bettery is weelr and should be rectaced. the sattery snousd se roolaced witam TheGG alefTmg tG=ws can be flopped by Of 3 an 3-hour penco to maintam cotsmum cer.
simosy oecrossmg the sweten.
'ormar<e.
IP-10~6/4 3.4 Miss..ng or defective beepers should be reported to the RES
~
0 Depa,tment Office.
- 4.0 PROCEDURE 4.1 Establish the necessity to use beeper paging, ie. No answer at home phone, office phone or plant paging.
4.2 Security will be respensible for beeper paging individuals. If you wish to have someone paged, call security and request the name of the person to be beeper paged. Give oecurity the message for when the individual calls back. Attach =ent 1 aill be used by Security to record the message. -
- 4.3 Security shall dial the seven-digit pag,ing number. (Numbers found I in Attachment 2 of this procedure or App, C.) ,
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. 4.4 The telephone should ring two times. The caller should then hear a
- series of short beeps. Hang up. (NOTE: If the telephone rings more
~
than five times, hang up and dial again.)
4.5 The individual carrying the beeper should hear his/her unit beep
_ within 30-60 seconds.
4.6 When the pager goes off, call Security. -
for your message.
- 5.'O TESTING
~
5.1 The beepers shall be tested every other =enth to insure their
- operability and use.
- 5.2 Each beeper holder will test his/her own beeper.
- 5.3 A letter will be distributed to all beeper holders notifying then .
of the test and the dates of the testing periods. Attachment'3
(- vill be used to record the results of the beeper test.
2 5.4 To test your beeper:
i a. Turn your beeper en (orange det)
- b. Dial your seven-digit paging number.
2
- c. The telephone should ring twice, followed by a series of short beeps. Hang up. (NOTE: If the telephone rings scre than five tim'es, hang up and dial again.)
- d. 30-60 seconds later you should receive a paging tone on 2 your beeper.
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NC'rE : Paging should crigia.ste frc:s !?-3 3EC';2:""Y , c_, -- 2 3 ef 2
. IP-1076
, ATTACIDLCTF 1 PAGING MISSAGES (FOR SECURITY USE)-
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Name of Individual: Date:
Message:
Name of Individual: Date: _
Message:- _
Name of Individual: Date: ,
Message:
Name of-Individual: Date:
Message:
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- 3. Name of Individual: Date:
Message:
Name of Individual: Date:
Massage:
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