Text

Wisconsin Electric Power Co Point Beach Nuclear Plant Emergency Preparedness Exercise,941206
	ML20079B732
Person / Time
Site:	Point Beach
Issue date:	12/06/1994
From:	; WISCONSIN ELECTRIC POWER CO.
To:	;
Shared Package
ML20079B725	List: ML20079B723; ML20079B732;
References
	NUDOCS 9501090030
	Download: ML20079B732 (257)
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EMERGENCY PREPAPEDNESS EXERCISE DECEMBER 6, 1994 p2:88aai8ajjg.

1 l I O l I 1 i POINT BEACH NUCLEAR PLANT 1 1994 EMERGENCY PREPAREDNESS EXERPTSE : DECEMBER 6,1994 O

i l l l 1 1 l 1 CONTROLLED COPY NO. O uixu^'uo'oen I

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                                     . POINT BEACH NUCLEAR PIANT 1994 EMERGENCY PREPAREDNESS EXERCISE f0& WARD The Point Beach Nuclear Plant (PBNP) Emergency Plan describes the nuclear emergency                    I response capabilities at PBNP and at Wisconsin Electric Power Company (WE), including                  )

support provided by federal, state and local governments and private organizations. He j Plan describes a program of continuous emergency preparedness, one element of which is : an annual evaluated exercise. l l The conduct of this exercise provides the opportunity to test the emergency plan and its - associated implementation procedures, and to activate and enable the evaluation of major ; portions of the emergency response organization (ERO), as required in 10CFR50.47(b) and i Appendix E. His exercise provides an opportunity to further enhance emergency response ' capabilities of the Wisconsin Electric Power Company, the State of Wisconsin, and ;

,        Kewaunee and Manitowoc Counties.

j Re 1994 Point Beach Nuclear Plant (PBNP) Emergency Exercise to be conducted on . December 6 will be a full scale plume exposure pathway exercise. De scenario will test the ! capabilities of the plant and corporate Emergency Response Organizations to respond to an emergency and test the effectiveness of the PBNP Emergency Preparedness Program. State and County participation will also be tested; the exercise will require the mobilization of signi6 cant portions of their resources. l His Exercise Manual provides the basis for the conduct of this exercise. This manual is to f be used as the control mechanism for the conduct and evaluation of the exercise, and ; consists of two parts. Sections 1 through 3 de6ne the scope and objectives of the exercise, , and provMe information to players and participants that are not familiar with the area. Sections 4 through 10 and the Appendices describe the scenario in detail, including the j speciSc sequence of events and pertinent data. This manual is subject to a limited, controlled distribution. Exercise " players" will not have prior knowledge of the nature of the simulated accident or any parts thereof. , Note: As exertise efforts progress, minor changes may be required to the Exerche Manual Any such chartges unill be identified during pre-exercise briefings and will be noted in the errata package. O u

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POINT BEACH NUCLEAR PLANT , i

  /^ 1994 EMERGENCY PREPAREDNESS EXERCISE t
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Scenario Development Tsam i Rick Arnold . . . . . . . . . . . . . . . Emergency Planning i I Gary Casadonte . . . . . . . . . . . . Fire Protection & Safety Rick Chojnacki . . . . . . . . . . . . Emergency Planning j Larry Epstein . . . . . . . . . . . . . . Training Steve Gucwa . . . . . . . . . . . . . . Training (Simulator) t Clay Hill . . . . . . . . . . . . . . . . . Training (Simulator) l i Niel Hopka . . . . . . . . . . . . . . . Operations Mike Kelley . . . . . . . . . . . . . . . Simulator Group ! t Chuck Krause . . . . . . . . . . . . . Engineering l Andy Marquardt . . . . . . . . . . . External Affairs t Mike Nelson . . . . . . . . . . . . . . Maintenance ; t Carl Onesti . . . . . . . . . . . . . . . Radiological Engineering j Don Peterson . . . . . . . . . . . . . . Operating Experience f Nob Wisniewski . . . . . . . . . . . . Operations i l [ t l l I 0

POINT BEACH NUCLEAR PLANT ( x, d 1994 EMERGENCY PREPAREDNESS EXERCISE - Table of Contents 1.0 Scope and Objectives 1.1 Scope

                                                             . 2 Wisconsin Electric Power Company Objectives 1.3 Off-Site Objectives                                         !

2.0 Exercise Infonnation 2.1 Exercise Participants 2.2 Exercise Organization 2.3 Emergeacy Response Facilities ; 2.4 Exercise Conduct ! 2.5 Precautions and Limitations ; 2.6 Controller / Evaluator Instructions ; (] 2.7 Personnel Assignments !

          'N>                                                2.8 References 2.9 Abbreviations                                               l 2.10 Definitions 2.11 Directions to the PBNP; Area Accommodations 3.0 Schedule 4.0 Scenario 4.1 Initial Conditions 4.2 Sequence of Events 4.3 Simulator Timeline 4.4 Termination Criteria 4.5 Unique and Challenging Aspects of the 1994 PBNP Scenario 5.0 Messages 6.0 Plant Data iv

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l 7.0 Radiological Data - O 7.1 In-Plant Radiological Data ! 7.2 Chemistry / Effluent Sample Data J 7.3 Plume Maps / Field Team Data j 8.0 Mini-Scenarios 9.0 Public Information Messages ) l I i 10.0 Simulated External Responses i i Appendices ! 4

1. Shift Turnover Information l

2. State Scenario (Provided under separate cover) {

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ERRATA j

   '(3                                                                                                            i Y    This section defines the differences between the 60-Day Submittal' Package and the way the Scenario Package looks today. The intent of the 1994 PBNP Exercise Scenario has l

not changed. Only enhancements and items which were intentionally omitted from the 1

          -NRC Submittal Package have been added.                                                                 i
                                                                                                                'i Page/Section         chanoe                                                                            !
 .         iii                  Corrected spelling of Chojnacki .

j iv Section 43 changed to " Simulator Timeline" and Section 4.5, l

                                " Unique and Challenging Aspects of the 1994 PBNP Scenario."                      !

y " Meteorology," " Site Radiological Data" and " Dose Projection Data" ! were mistakenly put in Section 7.0. " Plume Maps / Field Team Data" ; became section 73. i l vi, vii Errata information added. : Sect 1 State letter, dated September 7,1994, to FEMA outlining Objectives : added to package. ! i Sea 2 Pg 2.7 corrected DEG Office address; Pg 2.17 replaced "Emergemcy" l with " Incident" in 2.8.4 and 2.8.5; Pg 230 removed " Technical l I Support Manager" since no longer part of the ERO; Pg 231 corrected Figure number from 2.2 to 2.1; Added map to PBNP; j Added map to WPS JPIC; Pg 234 & 235 added controller listing. l Sect 3 Revised schedule of events. ! Sect 4 Pg 4.1 added section 4.5, " Unique & Challenging Aspects of the f 1994 PBNP Scenario"; Pg 4.2,43 and 4.4 revised initial conditions to i reflect "real" plant conditions as of 12/2/94 and better defined : Administrative LCO and "As Built" testing; Pg 4.6 changed location l of leak, corrected reactor trip cause on " pressure" and identified that ! school evacuation would be simulated; Pg 4.7 added the Simulator ; Timeline insert; and Pgs 4.9 thru 4.14 added section 4.5. I I Sect 5 Message 4 changed to 0710; new Message 5 added for LCO l consideration (subsequent messages renumbered); Message 6 revised ; since no Danger Tags were necessary and to make it more believable for the DSS; Message 8 added note RE: pilot being a WPS Employee; Message 11 added vibration readings; Message 13 revised leak location; Message 15 revised mockup location to Facade. u

li f. Page/Section Change f} (> Sect 7 Added Contamination and Airborne activities in section 7.1. i Sect 8 Pg 8.2 identifies that Two Creeks Fire Department response will be simulated; Pg 8.4 revises the leak location; Pg. 8.5 revises mockup ; indication on simulator; Pg 8.6 revises location to Unit 1 Facade and . a better indication of the mockup used. !

. Sect 10 Revised to indicate that virtually all initial notifications should be i made to agencies and organizations as if the event were real, but that subsequent notifications (if agencies / organizations do not wish to continue with calls) should be made to the Control Cell.

Appx 1 Is provided to the Simulator Control Room staff only. Appx 2 Was provided under separate cover (State Scenario Timeline provided). i i O l i f I O vii ! 1

L0 ! SCOPE AND ORJECITVES O The scope of the exercise is defined in Section 1.1. Wisconsin Electric Power Company (WE) Point Beach Nuclear Plant exercise objectives are provided in Section.1.2. State and county objectives are listed in Section 13. j 1.1 h i j i ne 1994 Point Beach Nuclear Plant (PBNP) emergency exercise to be conducted on December 6 will be a full-scale, full-participation plume- ! exposure pathway exercise. The scenario will test the capabilities of the j Wisconsin Electric (WE) emergency response organization to respond to 1 an emergency and test the effectiveness of the WE Emergency l Preparedness Program. Full participation by the State of Wisconsin, ; Manitowoc County and Kewaunee County will also be tested; the exercise will require the mobilization of significant portions of their resources and i the activation of their Emergency Operations Centers. He Nuclear : Regulatory Commission (NRC) and the Federal Emergency Management - ! Agency (FEMA) will evaluate the exercise. . 1.2 Wisconsin Electric Pown.fensany_QhjEnYtf i The major WE objective of this exercise is to demonstrate the effectiveness ! of the organization, plan and procedures in dealing with the emergency l events postulated in this scenario. Within this overall objective, individual ! objectives are specified in this section. j i The objectives are divided into subsections as follows: f 1.2.1 Assessment and Classification : l 1.2.2 Notification and Communication l 1.23 Radiological Assessment and Protective Actions ; 1.2.4 Emergency Facilities 1.2.5 Emergency Direction and Control 1.2.6 Public Information f 1.2.7 Reentry and Recovery , 1.2.8 Offsite Agency Coordination 3 O 1.1 r

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1 1.2.1 Assessment and Classification j

a. ASSESS and CIASSIFY conditions based on the EAL Table i

b. EVALUATE vital plant parameters, safety systems, core, and fission product barriers 1.2.2 Notification and Communientions !

a. WARN all personnel in the controlled area of events

b. DISSEMINATE initial emergency messages from the plant i

c. PROVIDE follorap information to state / county agencies with previously agreed upon elements a

d. TRANSMIT information to offsi.te governmentail agencies

c. COMMUNICATE with federal emergency response !

organizations .

f. COMMUNICATE effectively between emergency response !

facilities j O 1.2.2 =adioio.iesiissessment and erote ti e actions

a. RECOMMEND protective actions to appropriate l state / county authorities ;

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b. VERIFY habitability of station

c. PROVIDE for rad / con monitoring of people evacuated from l the site '

d. OBTAIN meteorological data

e. PROVIDE respiratory equipment and Protective Clothing for emergency personnel

f. AUTHORIZE personnel exposure beyond 10 CFR 20 limits

g. PROVIDE guidance for work in high radiation fields

h. ENSURE appropriate personnel dosimetry

i. MAINTAIN accumulated exposure records for selected O personnel 1.2 i

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j. PROVIDE for personnel decontamination

k. MAINTAIN records of in-plant survey information

l. ESTIMATE dose from projected / actual dose rates and compare with PAGs

m. PERFORM 6 eld monitoring: include soil, water and vegetation samples as appropriate l

n. DETECT / MEASURE radioiodine air concentrations in EPZ !

as low as 1.0E-07 pCi/cc l l 1.2.4 Emergency Facilities !

a. STAFF all facilities / centers listed in the Emergency Plan in a i timely manner !

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b. DEMONSTRATE adequacy of facilities and displays to :

support emergency operations 1.2J Emergency Direction and Contml

a. AUGMENT staff to provide full emergency response l O organization

b. AUGMENT on-site personnel in accordance with Table B-1 l

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c. DEMONSTRATE capability for 24-hour operations, l including shift relief j

d. REQUEST extra manpower / materials to combat emergency l from offsite emergency response resources ;

c. DETERMINE if site evacuation of non-essential personnel is l appropriate .

f. PERFORM accountability l l

g. DEMONSTRATE the use of fire fighting teams l

h. DEMONSTRATE the use of first aid / rescue teams l

i. DIRECT rescue operations for injured personnel O :

1.3 . i I

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j. CONDUCT a medical emergency drill (NOTE: The medical ,

(q/ dri!! for 1994 will be conducted outside of the exercise. Although an injured person requiring ambulance assistance will be performed during the exercise, the victim will not be

contaminated and the medical portion of the exercise will be terminated once the ambulance leaves the site.)

k. DEMONSTRATE the ability to prioritize Operations and Maintenance activities during abnormal and emergency sitmations i

1. DEMONSTRATE the ability to communicate priorities within and between emergency response facilities 1.2.6 Public Infonnation I

a. ACTIVATE the JPIC t

b. ESTABLISH a rumor control center ;

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c. PROVIDE accurate and timely information to the public from the JPIC

d. AUGMENT staff to provide release of information to media l during emergencies l

1.2.7 Reenty and Recovery

a. PERFORM plans and procedures for reentry and recovery

b. PERFORM core damage assessment

c. PERFORM post accident sampling i

d. AUGMENT staff to provide technical support for )'

planning / recovery / reentry 1.2.8 Offsite Agency Coordination 1

a. PERFORM joint emergency operations with Federal, State, i and County authorities 3

b. AUGMENT staff to provide management level interface with government authorities

c. PROVIDE prompt access for emergency equipment and support - by Security 1.4

t 1.3 Ofhite Obhetives ; Here will be full offsite (state and local) participation for the 1994 PBNP evaluated exercise. Federal participation is voluntary, consequently, there are no federal objectives. The objectives for the state of Wisconsin, Kewaunee County and Manitowoc County are included in the state objectives letter sent to the Federal Emergency Management Agency (FEMA). A copy of the Exercise , Objectives Letter, dated September 7,1994, follows. t l 4 ! I O h 2 I 0 1.5

Z of Wi. con.in \\ DEPARTMENT OF MILITARY AFFAIRS

             $St.te                                                               Division of Emergency Government 2400 WRIGHT 5TREET P O 60X 7865                      i
                                                                                                                            . ELE       N    242 32 September 7,1994                                                                                       $4 E N d E O S *ETUNE.
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Mr. Larry Bailey, Chairman l

 .                    Regional Assistance Comnuttee Federal Emergency Management Agency, Region V                                                                                           l 175 West Jackson,4th Floor                                                                                                             l Chicago, IL 60604

Dear Mr. Bailey:

Attached are exercise objectives for the State of Wisconsin, Kewaunee and Idanitowoc Counties for the ! December 6,1994, Point Beach Nuclear Power Plant Exercise. His will be a one day, full-participation, plume pathway exercise. The radiological support function will be demonstrated by personnel from the Department of Health and Social Services' Radiation Protection Unit. De mobile laboratory and field teams will be dispatched to Manitowoc County. Health monitoring and dacantamiamaan pwc.d-res wGI ' be demonstrated at Roncalli High School in Manitowoc County. j Kewaunee and Manitowoc Counties will be fully participating in the demonstration of their emergency ; response capabilities. Reception center and congregate care facilities will be demoustrated by Manitowoc County. Kewaunee County will open its facilities for training but will not demonstrate this objective for ! normal evaluation. , At the 100< lay objectives meeting on July 29,1994, your staff indicated that the selected objectives and l should be sufficient to fulfill state and county exercise requirements. If you have any extent +ft ay l questions regarding the demonstration of these objecuves, do not hesitate to call Steve Antholt at (608) 242-3242 or Garrett Nielsen at (608) 242-3240. 1 Sincerely, ! s

                               .X..                       w Christine C. Bacon, Director                                                                                                             !

Bureau of Technological Hazards cc: Leroy E. Conner, Jr., DEG Administrator Ronda Kaarto, DHSS ! Al Shanka, DEG Lyle Schmiling, Kewaunee County ; Garrett Nielsen, DEG Nancy Crowley, Manitowoc County i Steve Antholt, DEG Cleven Lloyd, FEMA Region V Don Wilmot, DEG p Atick Chojnacki, WEPCO Paul Schmidt, DHSS m I@I'VI 'D i i 4 jg ) i

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I STATE OF WISCONSIN OFF-SITE OBJECTIVES ? for the i O. 1994 POINT BEACH NUCLEAR POWER PLANT EXERCISE DECEMBER 6,1994 i

                                                                                                                        '] 1 OBJECTIVE 1:                    MOBILIZATION OF EMERGENCY PERSONNEL Demonstrate the capability to alert and fully mobilize personnel for both emergency facilities and                   l field operations. Demonstrate the capability to activate and staff emergency facilities for                         ,
  ,    emergency operations.                                                                                              5 His will be a full participation exercise for the State of Wisconsin. Division of Emergency Government staff and representatives of other state agencies will activate the State EE.-.af Operating Center (EOC). The State EOC will be secured for this                               !

exercise, ne Regional Ofke in Fond du lac will serve as a relay point for redundant j communications. De Department of Health and Social Services' Radiation Protection { Unit staff will demonstrate the radiological control / dose assessment function in the State ! EOC, and field teams will be deployed. { ne Joint Public Information Center (JPIC) will be located at 520 North Adams Street, ; Green Bay, WL State JPIC staff will be pre-positioned for the exercise and will be i contacted to report to their duty stations at the appropriate time during the exercise per j the scenario. Field trams will be pre-positioned and instructed to report to the mobile O i radiological laboratory at a predesignated time. De Forward Operating Center / Mobile - l Radiological laboratory (FOC/MRL) will be pre-positioned at the Wisconsin Public ; Service Corporation building, 800 Columbus Street, Two Rivers, Wisconsin, to deploy field teams,i test communications f -h and analyze samples. 1 ORIECTIVE 2: FACILITIES - EQUIPMENT, DISPLAYS AND WORK , ENVIRONMENT i Demonstrate the adequacy of facilities, equipment, displays, and other materials to support j emergency operations. , l l ne State will demonstrate the adequacy of facilities to support operations in the State ; EOC through the use of maps, status boards and other displays. Appropnate materials l will also be located in the FOC/MRL which will be pre-positioned in Manitowoc County. > OBJECTIVE 3: DIRECTION AND CONTROL i Demonstrate the capability to direct and control emergency operations. The State will demonstrate decision-making capabilities in the State EOC. The State will demonstrate coordination between the State EOC, the FOC/MRL, the Joint Public Information Center.(JPIC), Kewaunee County and Manitowoc County EOCs, and the O Wisconsin Electric Power Company. , 1

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State of Wisconsin Objectives 1994 Point Beach Exercise O OBJECTIVE 4: COMMUNICATIONS

Demonstrate the espability to communicate with all appropriate emergency personnel at facilities and in the field. .

The State will use a variety of communications means (including Dial-Select, telephone, cellular phone, radio, and facsimile) to communicate with other locations. Computer modem will be tested as a means of communication with Kewaunee County EOC (not , for evaluation). 'Ihe FOC/MRL will demonstrate the communications aspects of its l operation from its pre-positioned field larneian. OBJECTIVE 5: EMERGENCY WORKER EXPOSURE CONTROL )

                                                  ..               .           .                                             1 Demonstrate the capability to continuously monitor and control radiarian er==>'e to emergency                       j workers.                                                                                                            l State field teams will use direct reading and thermolumineererit dosimeters to monitor and control emergency worker er==> e. Dosimetry is calibrated annually by a certified calibration facility. Accordmg to Dosimeter Corporation, the manufacturer of our dosimeters, the 0-200 mR dosimeters do not have drift problems. We do not use CDV-138 dosimeters which traditionally have drift problems. Iwmarry is available in the field team kits.

ORIECTIVE 6: FIEIR RADIOIDGICAL MONTIORING - AMBIENT

                                         . RADIATION MONTIORING Demonstrate the appropriate use of equipment and procedures for i; nsig field radiation measurements.  ,

State field teams operating in Manitowoc and Kewaunee Counties will demonstrate this objective according to wd field team procedures. We do not use calibrated check sources. Our instruments do not have the capability of open/ closed window readings.

                 'Ihree pre-positioned field teams will report to the FOC/MRL at a designated time.
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 -1 State of Wisconsin Objectives 1994 Point Beach Exercise                  .

OBJECTIVE 7: PLUME DOSE PROJECTION Demonstrate the capability to develop dose projections and protective action recommendations regarding evacuation and sheltering. ;

                                  "Ihe Dose Assessment team, under the dimetion of the State Radiological Coordinator                                 :

(SRC), will carry out this objective in the State EOC. Tecm members will demonstrate l back-up capability for dose projections using an alternate computer. ' OBJECTIVE 8: FIELD RADIOIDGICAL MONFIORING - AIRBORNE : RADIOIODINE AND PARTICULATE ACTIVITY MONTIORING l Demonstrate the appropriate use of equipment and procedures for the measurements of airborne i radioiodine concentrations as low as 104 (0.0000001) microcuries per cubic centimeter in the presence of noble gases and obtain saniples of particulate activity in the airborne plume. i i State personnel will demonstrate the .yywyiiate use of equipment and procedures for the i measurement of airborne radioiodine in the presence of noble gases and obtain samples l of particulate activity ir. the airborne plume. OBJECTIVE 9: PLUME PROTECTIVE ACTION DECISION-MAKING Demonstrate the capability to make timely and appropriate v istive action decisions. The Officer-in-Charge and the SRC will demonstrate the ability to make appropriate y>stive action daciairmis (based on plant conditions or actual dose, Environmental Protection Agency's protective action guides, availability of adequate shelter, evacuation - time aerimates and other relevant factors) in the State EOC and formulate those decisions into yw6ctive action rernmmandatiane (PARS) for transmittal to the counties. Died ==ian of and darisian-making concerning use of KI will take place under this objective. ORJECTIVE 10: ALERT AND NOTIMCATION Demonstrate the capability to promptly alert and notify the public within the 10-mile plume pathway emergency planning zone (EPZ) and disseminate instructional messages to the public on the basis of dacieians by appropnate State or local officials. This is a county objective. O 3 4

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i l State of Wisconsin Obj:ctives - 1994 Point Beach Exercise i OBJECTIVE 11: PUBLIC INSTRUCTIONS AND EMERGENCY INFORMATION , Demonstrate the capability to coordinate the formulation and dissemination of accurate j information andinstructions to the public. The State will select EBS messages and coordmate their content to accurately reflect ; protective action decisions and recommend their use to the counties to demonstrate this : objective. De EBS messages use fanuliar ba&ies and landmarks to describe the i areas covered by the recomrnandeiart. The State does not use its EBS system for rumor . control unless the rumor (s) directly interferes with gedve actions. See Objective 13 l and paragraph III.M.6.b of Attachment D, page D-10 of the State plan. OBJECIIVE 12: EMERGENCY INFORMATION - MEDIA Demonstrate the capability to coordinate the development and dissemination of clear, accurate, and timely information to the news media. ! The State will demonstrate the ability to coordinate the formulation and dissemination of accurate information and instructions to the news media at the JPIC. He State of Wisconsin PIOS in the JPIC will coordinate with the State EOC, and with county and j utility PIOS to ensure that the media is briefed in a clear, accurate, and timely manner. Procedures for early notification of the media will be demonstrated in the State EOC - prior to the activation of the JPIC. OBJECTIVE 13: EMERGENCY INFORMATION - RUMOR CONTROL i Demonstrate the capability to establish and operate rumor control in a coordinated and timely manner. Stateif Wisconsin rumor control will be coordinated at the JPIC. Rumors or incorrect information are collected from multiple sources including; State and County EOCs, t utility, reception centers, the media, the public, etc. As trends in incorrect'information : (rumors) are identified at the JPIC, correct factual messages will be composed and their dissemination will be simulated, j 9 O 4

State of Wisconsin Objectives i 1994 Point Beach Exercise O OBJECTIVE 14: IMPLEMENTATION OF PROTECTIVE ACTIONS - USE OF KI

FOR EMERGENCY WORKERS, INSTITUTIONALIZED INDIVIDUAIE, AND THE GENERAL PUBLIC Demonstrate the capability and resources to implement potassium iodide (KI) protective actions for emergency workers, institutionalimi individuals, and, if the State plan specifies, the general public. ! Potassium iodide is available in the state emergency worker field team kits. 'Ihe Field i Team Coordinator in the FOC/MRL willinstruct field teams when they should simulate + taking KI. The Wisconsin Radiological Incident Response Plan directs that KI will not

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OBJECTIVE 15: IMPLEMENTATION OF PROTECTIVE ACTIONS --SPECIAL POPULATIONS Demonstrate the capability and resources r--ry to implement appropriate protective actions : for special populations. This is a county objective. [ OBJECTIVE 16: IMPLEMENTATION OF PROTECTIVE ACTIONS --SCHOOIS Demonstrate the capability and resources ==ry to implement protective actions for school j children with the plume. pathway emergency planning zone (EPZ). !

              'Ihis is a county objective.

OBJECTIVE 17: TRAFT1C AND ACCESS CONTROL Demonstrate the orgnaintiaa=1 capability and resources --ry to control evacuation traffic flow and to control access to evacuated and sheltered areas.

This is a county objective. The State will provide additional support for this function if !

requested by the counties. ; i O l 5 l

State of Wisconsin Objectives ) 1994 Point Beach Exercise d ORJECTIVE 18: RECEPTION CENTER - MONITORING, DECONTAMINATION,

AND REGISTRATION

          ' Demonstrate the adequacy of procedures, facilines, eqmpment and personnel for the radiological             l monitoring, decontamination and registration of evacuees.                                                  1 The State of Wisconsin will demonstrate the adequacy of procedures, facilities,                  i equipment and personnel for radiological monitoring and decontamination. The                      !

registration postion of this objective is a county responsibility. Health monitoring teams ! will demonstrate radiological monitoring and danant==inatian of evacuees at the l F9 Center located in Rane=11i High SchM in Manitawoc County per the l procedures set forth in Attachment E of the State Plan. Damanseration of this objective l will occur in sequence at Roncalli High School in Manitowoc County and between 11 ; a.m. and 12:30 p.m. on the exercise day.

                    'Ihe health monitoring teams will include personnel from the Department of Health and Social Services' Radiarian Protection Unit (DHSS-RPU) and individuals from the counties who have received training as Auxiliary Health Monitors. The health teams do not use calibrated check sources. 'Ihe instruments are calibrated annually by a certified calibration facility. The personnel from the county will work under the supervision of DHSS-RPU staff, and should be evaluated as part of the State of Wisconsin's response.              {

O Per federal gvMa , at least six evacuees will be monitored and registered with one evacuee requiring decontamination. One vehicle will be monitored and decontamin*d to meet this objective. OBJECTIVE 19: CONGREGATE CARE f Demonstrate the adequacy of facilitima, equipment, supplies, pernnnnel, and procedures for ; congregate care of evacuees. j

                  'Ihis is a county objective.

l 1 OBJECTIVE 20: MEDICAL SERVICES - TRANSPORTATION Demonstrate the adequacy of vehicles, equipment, procedures, and personnel for transporting contaminated, injured, or e===d individuals.

                 'Ihis is a county objective.

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State of Wisconsin Objectives j 1994 Point Beach Exercise l OBJECTIVE 21: - MEDICAL SERVICES - FACILITIES Demonstrate the adequacy of the equipment, procedures, supplies, and personnel of medical facilities responsible for treatment of contaminated, injured, or eW individuals. l Medical staff at Two Rivers Community Hospital in Two Rivers,' Wisconsin will demonstrate this objective in sequena immediately following delivery of a person with simulated contamination and injury, as part of the Manitowoc County MS-1 drill. l l OBJECTIVE 22: EMERGENCY WOBEN, EQUIPMENT, AND VEHICLES - ) MONITORING AND DECONTAMINATION j 1 Demonstrate the adequacy of procedures for the monitoring and decontantinarian of emergency : workers, equipment, and vehicles. , l

 /                              Health monitoring teams will demonstrate this objective at the Reception Center at Roncalli High School. The teams will monitor and decontaminate emergency workers
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at the same location using the same procedure as that for evacuee monitoring and ' decontamination. ' OBJECTIVE 23: SUPPLEMENTARY ASSISTANCE (FEDERAIJOTHER) i Demonstrate the capability to identify the need for external assistance and to request such assistance from federal or other support orgnaindons. The State will demonstrate this objective in the State EOC. : OBJECTIVE 24: POST-EMERGENCY SAMPLING ! i

Demonstrate'the use of equipment and procedures for the mnardaa and transportation of samples from areas that roosive deposition from the airborne plume. l 1

                               'Ihe State will not demonstrate this objective.                                                                   !

OBJECTIVE 25: LABORATORY OPERATIONS - l I Demonstrate laboratory operations and procedures for measuring and analyzing samples. j State staff at the FOC/MRL will demonstrate measurement and gamma analysis of air l srab -e, iodine cartridge and particulate filter. Appropriate snow, soil, and ! vegetation ==i'n will be collected depending on snow cover and ground frost. One ; sample of each type collected will be measured and analyzed. All scenario sampic j results will be simulated by controller inject messages. The FOC/MRL will be pre-positioned at the Wiennein Public Service Cmy .Gon building, 800 Columbus Street, O Two Rivers, Wiwnnein. l 7 i

I State of Wisconsin Objectives

                                                                             - 1994 Point Beach Exercise             l l

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      ' OBJECTIVE 26:             INGESTION EXPOSURE PATHWAY - DOSE PROJECTION AND                                   !

PROTECTIVE ACTION DECISION-MAKING , i Demonstrate tie capability to project dose to the public for the ingestion pathway and to { recommend protective measures. , The State will not demonstrate this objective. ' OBJECTIVE 27: - INGESTION EXPOSURE PA'lHWAY - PROTECTIVE ACTION IMPLEMENTATION i Demonstrate the capability to implement 40ve actions for ingestion exposure pathway. ne State will not demonstrate this Gjective. -- - - - -- OBJECTIVE 28: REIDCATION,RE ENTRY, ANDRETURN-DECISION-MAKING Demonstrate the capability to develop decisions on relocation, reetry, and return. l The State will not demonstrate this objective.

                                                                                                                    .I OBJECTIVE 29:              RELOCATION,RE-ENTRY, ANDRETURN-IMPLEMENTATION                                        l Demonstrate the capability to implement relocation, re-entry and return.

His is a county objective. l l OBJECTIVE 30: CONTINUOUS,24. HOUR STAFFING Demonstrate % capability to maintain staffing on a continuous,24-hour basis Govogh an actual shift change. The State will not demonstrate this objective. OBJECTIVE 3I: OFFSITE SUPPORT FOR THE EVACUATION OF ONSITE PERSONNEL Demonstrate the capability to provide offsite support for the evacuation of onsite personnel. This is a county objective. O 8

1

 .                                                                                               l l

State of Wisconsin Objectives 1994 Point Beach Exercise O OBJECTIVE 32: UNANNOUNCED EXERCISE OR DRILL Demonstrate the capability to carry out emergency response functions in an unannounced exercise or drill. ] The State will not demonstrate this objective. OBJECTIVE 33: OFF-HOURS EXERCISE OR DRILL Demonstrate the capability to carry out erargency response functions during an off-hours j exercise or drill. , The State will not demonstrate this objective. OBJ94ST.EPB , i l O e

               +4B I

O 9

KEWAUNEE COUNTY OFF-SITE OBJECTIVES , for the 1994 POINT BEACH NUCLEAR POWER PLANT EXERCISE DECEMBER 6,1994 OBJECTIVE 1: MOBILIZATION OF EMERGENCY PERSONNEL Demonstrate the capability to alert and fully mobilize personnel for both emergency facilities and , field operations. Demonstrate the capability to activate and staff emergency facilities for _l emergency operations.

                                                                                                 ~
                -- Kewaunee County will fully ' ctivate a      its E.Teg&,c,y Operating Center (EOC) and will carry out warning and staff call-up procedures as outuned in Tab B of the Kewaunee
                       ' County Plan.                                                                                                  ;

ORIECTIVE 2: FACILITIES - EQUIPMENT, DISPLAYS AND WORK ENVIRONMENT ' Demonstrate the adequacy of facilities, equipment, displays, and other materials to support emergency operations. Kewaunee County will demonstrate its ability to adeqtiately support operations through ( the use of maps, status boards, and other displays as appropriate. . OBJECTIVE 3: DIRECTION AND CONTROL l Demonstrate,the capability to direct and control emergency ap=daas. 1 The Kewaunee County EOC will direct and control emergency operations within the i county and coordinate decisions and emergeacy activides with the State of Wisconsm, j Manitowoc County and the Joint Public Information Center (JPIC). ; OBJFAM. 4: COMMUNICATIONS l Demonstrate the capability to communicate with all appropriate emergency personnel at facilities and in the field. Kewaunee County will use a variety of real and simulated communications ('mcluding Dial-Select, *19, cellular phone, radio, and famimik) to communicate with other

                    -locations. The County ,will also test using computer work stations and electronic mail                            .

for internal EN communications and test modem communistians with other locations. l O ; i 1

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

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

Kewaunee County Objectives ; 1994 Point Beach Exercise i O OBJECTIVE 5: EMERGENCY WORKER EXPOSURE CONTROL

l Demonstrate the capability to continuously momtor and control radiation exposure to emergency l workers. '

Emergency workers will use direct reading and thermoluminescent dosimeters in l Kewaunee County to monitor and control radiation exposure. Dosimetry will be l distributed at the Kewaunee County Courthouse Annex in the City of Kewaunee. If ! events during the exercise cause an evacuation of the City of Kewaunee, dosimetry wil! ! be distributed from the Kewaunee County Mobile Command Post at a location that will be determined by the ananario. . OBJECTIVE 6: FIEID RADIGIDGICAL MONITORING - AMBIENT RADIATION MONITORING , Demonstrate the ayywyiiate use of equipment and procedures for determining field radiation measurements. This is a state objective. OBJECTIVE 7: PLUME DOSE PROJECTION O Demonstrate the capability to develop dose projections and Protective Action Recommendations (PAR) regarding evacuation and sheltering. This is a state objective. OBJECTIVE 8: - FIELD RADIOIDGICAL MONTIORING - AIRBORNE RADIOIODINE AND PARTICULATE ACTIVITY MONITORING Demonstrate the appropriate use of equipment and procedures for the measurements of airbome radioiodine mocentrations as low as 104 (0.0000001) microcuries per cubic centimeter in the presence of noble gases and obtain samples of particulate activity in the airborne plume.

                'Ihis is a state objective.

I OBJECTIVE 9: PLUME PROTECTIVE ACTION DECISION-MAKING i D-mate the capability to make timely and appropriate pMve action <teri=iaris. For initial dacieinet-making, Kewaunee County may iWt the liewa=* or state yiMve action recommendations (PARS), as req 6 ired by local' conditions. O 2 4

J Kewaunee County Objectives 1994 Point Beach Exercise f} I OBJECTIVE 10: ' ALERT AND NOTIFICATION

Demonstrate the capability to promptly alert and notify the public within the 10-mile plume pathway emergency planning zone (EFZ) and disseminate instructional messages to the public ;

on the basis of decisions by appropriate State or local officials. Once Kewaunee County has approved or modified the PAR, the county will coordmate siren activation and EBS transmiasion time with Manitowoc County. Kewaunee County will growl its sirens and broadcast a test EBS message for the first PAR messages of the ; exercise. Subsequent siren activadon and EBS messages transitions will be simulated. The County will use pre-wiyi.d EBS messages with geographical descriptions for the ; area affected by the PARS. The County will prcvide recent successful siren test evidence l to the federal evaluator. The primary EBS radio station will have staff available for interview by federal l evaluators after the exercise. OlUECTIVE 11: PUBLIC INSTRUCTIONS AND EMERGENCY INFORMATION Demonstate the capability to coordmate the formulation and dissemination of accurate information and instructions to the public. O Upon county approval or modification of the State's p otective action recommendations, the Kewaunee County Emergency Public Information Officer, in conjunction with the Emergency Government Director, will demonstrate the ability to select the appropriate EBS messages and transmit it by appropriate means. OBJECTIVE 12: EMERGENCY INFORMATION - MEDIA Demonstrate the capability to coordinate the development and dissemination of clear, accurate, and timely information to the news nwviin-A Kewaunee County Public Information Officer (PIO) will be present at the Joint Public Information Center (JPIC) and will work with State, Manitowoc County and utility PIOS to ensure that County interests and concerns are represented in briefing the media. ORJECTIVE 13: EMERGENCY INFORMATION - RUMOR CONTROL Demonstrate the capability to establish and operate rumor control in a coordinated and timely manner. Kewaunee County will coordinate its rumor control activities with the State of Wisconsin, Manitowoc County, and utility PIO: at the JPIC. O 3

                                           . = - .                                                                       J

Kewaunee County Objectives 1994 Point Beach Exercise OBJECTIVE I4: IMPLEMENTATION OF PROTECTIVE ACTIONS - USE OF KI

   \                               FOR EMERGENCY WORKERS, INSTITUTIONALI7,ED                                   ~

INDIVIDUALS, AND THE GENERAL PUBLIC Demonstrate the capability and resources to implement potassium iodide (KI) p,rotective actions for emergency workers, institutionnHud individuals, and, if the State plan specifies, the general public. Each county e.Tw.scy worker *=ig kit contains a simulated individual initial dose of KI. The Kewatuee County EOC will instruct emergency workers, through their supervisor, when they should take the simulated KI. If the armario requires it, Kewaunee County will simulate distnbution of KI to institutionalized individuals. The Wisconsin Radiological Incident Response Plan directs that KI will not be made available to the general public. OBJECTIVE 15: IMPLEP.ENTATION OF PROTECTIVE ACTIONS --SPECIAL POPULATIONS

                                                                                                                 'l Demonstrate the capability and resources n~***=ry to implement appropriate protective actions for special populations.

Kewaunee County will demonstrate the ability and resources to implement appropriate l protective actions for special populations. The County EOC staff will plan for persons with special transportation needs and will simulate providing evacuation assistance as dictated by the scenario. OBJECTIVE 16: IMPLEMENTATION OF PROTECTIVE ACTIONS --SCHOOLS Demonstrate the capability and resources necessary to implement pistive actions for school children witli~the plume pathway emergency planning zone (EPZ). Kewaunee County will not demonstrate this objective. OBJECTIVE 17: TRAFFIC AND ACCESS CONTROL Demonstrate the organizational capability and resoarces -'y to control evacuation traffic flow and to control access to evacuated and sheltered areas. Kewaunee County will demonstrate this objective at one location to be designated prior to the exercise, or as a result of play. Evaluators will be informed of the location and timing of this demonstration in the County EOC on the day of the exercise. O 4

K waunce County Objectives 1994 Point Beach Exercise OBJECTIVE 18: RECEPTION CENTER - MONITORING, DECONTAMINATION, - AND AEGISTRATION _ f Demonstrate the adequacy of procedures, facilities, equipment and personnel for the radiological monitoring, decontamination and registration of evacnees. Kewaunee County will open its reception center for training but will not demonstrate this objective for formal evaluation. OBJECTIVE 19: CONGREGATE CARE Demonstrate the adequacy of facilities, equipment, supplies, personnel, and procedures for congregate care of evacuees. Kewaunee County will open its congregate care center for training but will not i demonstrate this objective for formal evaluation. OBJECTIVE 20: MEDICAL SERVICES - TRANSPORTATION l Demonstrate the adequacy of vehicles, equipment, procedures, and personnel for transporting i contaminated, injured, or exposed individuals. Kewaunee County will demonstrate this objective between 11 a.m. and 1 p.m. on the day of the exercise at Algoma High School. Algoma Fire and Rescue Service will prepare a person with simulated contamination and injury. Actual transportation to the hospital will not be demonstrated. OBJECTIVE 2?: MEDICAL SERVICES - FACILITIES Demonstrate the adequacy of the equipment, procedures, supplies, and personnel of medical facilities responsible for treatment of contaminated, injured, or exposed individuals. This is a state objective. OBJECTIVE 22: EMERGENCY WORKERS, EQUIPMENT, AND VEHICLES - , MONITORING AND DECONTAMINATION i I Demonstrate the adequacy of procedures for the monitoring and decontamination of emergency workers, equipment, and vehicles.

            'Ihis is a state objective.                                                                   '

l O 5

l l Kewaunee County Objectives 1994 Point Beach Exercise i O OBJECTIVE 23: SUPPLEMENTARY ASSISTANCE (FEDERAIJOTHER) ~l Demonstrate the capability to identify the need for external assistance and to request such assistance from federal or other support organizations. , This is a state objective. OBJECTIVE 24: POST-EMERGENCY SAMPI.ING l Demonstrate the use of equipment and procedures for the colletian and transportation of samples from areas that receive deposition from the airborne plume. l This is a state objective. - OBJECTIVE 25: LABORATORY OPERATIONS : Demonstrate laboratory operations and procedures for measuring and analyzing samples. I This is a state objective. i OBJECTIVE 26: INGESTION EXPOSURE PATHWAY - DOSE PROJECTION AND l PROTECTIVE ACTION DECISION-MAKING j Demonstrate the capability to project dose to the public for the ingestion pathway and to recommend protective rnessures. l This is a state objective. i OBJECTIVE 27: INGESTION EXPOSURE PATHWAY - PROTECTIVE ACTION i IMPLEMENTATION L Demonstrate the capability to iWe svi.cive actions for ingestion exposure pathway. Kewaunee County will not ha-reate this objective. . OBJECITVE 28: REEDCATION,RE-ENTRY, ANDRETURN-DECISION-MAKING Dmi.sc-.te the capability to develop daci< ions on relacatian, re-entry, and return. l This is a state objective, i i O 6 l J i

  .  =. .  ,   -      -     .-

l

Kewaunee County Objectives ) 1994 Point Beach Exercise O OBJECTIVE 29: RELOCATION,RE ENTRY, ANDRETURN-miPLEMENTATION

I Demonstrate the capability to implement relocatior, resntry and return.

Kewaunee County will not demonstrate this objective. ! OBJECTIVE 30: CONTINUOUS,24 HOUR STAFFING l Demonstrate the capability to maintain staffing on a continuous,24-hour basis through an actual shift change. : i Kewaunee County will not demonstrate this objective. } OBJECTIVE 31: OFFSITE SUPPORT FOR THE EVACUATION OF ONSITE f PERSONNEL l Demonstrate the capability to provide offsite support for the evacuation of onsite personnel. ! This objective is not applicable since the nuclear power plant is located in Manitowoc : County. O OBJECTIVE 32: UNANNOUNCED EXERCISE OR DRILL l t Demonstrate the c~apability to carry out emerger.cy r-- functions in an unannounced ! exercise or drill. t Kewaunee County will not demonstrate this objective. OBJECTIVE 33: OFF-HOURS EXERCISE OR DRILL I E monstrate the capability to carry out emergency response functions during an off-hours ; exercise or drill. - Kewaunee County will not demonstrate this objective. I camxrw.ars O 7

MANITOWOC COUNTY OFF-SITE OBJECTIVES - for the 1994 POINT BEACH NUCLEAR POWER PLANT EXERCISE DECEMBER 6,1994 ORJECTIVE 1: . MOBILIZATION OF EMERGENCY PERSONNEL l Demonstrate the capability to alert and fully mobilize personnel for both emergency facilities and I field operations. Demonstrate the capability to activate and staff emergency facilities for l emergency operations. .j Manitowoc County will fully activate its Errwgay Operating Center (EOC) and will carry out warning and staff call-up procedures as outlined in Tab B of the Manitowoc County Plan.

l OBJECTIVE 2: FACILITIES - EQUIPMENT, DISPLAYS AND WORK J ENVIRONMENT Demonstrate the adequacy of facilities, equipment, displays, and other materials to support emergency operations. Manitowoc County will demonstrate its ability to adequately support operations through l the use of maps,. status boards, and other displays as appropriate. ORJECTIVE 3: DIRECTION AND CONTROL Demanstrate the a:=hility to direct and control emergency operations. The Manitowoc County EOC will direct and control emergency operations within the county and will coordinate decisions and emergency activities with the State of Winannain, Eswannan County and the Joint Public Information Center (JPIC). OBJECTIVE 4: COMMUNICATIONS Damanstrate the capability to commimista with all appropriate emergency personnel at facilities and in the field. Manitowoc County will use a variety of real and simulated communistians (including Dial Select, e"- f=;, cellular phone, radio, and facsimile) to communicate with other O 1

   -       - -          - -    _    - .           -    -         -    - . -        -   - - - -       =.-  _- ._ .

Manitowoc County Objectives { 1994 Point Beach Exercise OBJECTIVE 5: EMERGENCY WORKER EXPOSURE CONTROL ; Demonstrate the capability to continuously monitor and control radiation exposure to emergency

workers. i

Emergency workers will use direct reading and thermoluminescent dosirneters to monitor i and control emergency worker radiation exposure. Some dosimetry will be pre- I distributed; the remainer will be distributed at Roncalli High School in the City of i Manitowoc. j OBJECTIVE 6: MEIR RADIOLOGICAL MONTIORING - AMBIENT RADIATION MONITORING l l Demonstrate the .yymydate use of equipment and procedures for determining field radiation measurements. l This is a state objective. OBJECTIVE 7: PLUME DOSE PROJECTION Demonstrate the capability to develop dose projections and protective action recommendations regarding evacuation and sheltering. - This is a state objective. l t OBJECITVE 8: FIELD RADIOIAGICAL MONITORING - AIRBORNE RADIOIODINE AND PARTICULATE ACTIVITY MONITORING l Demonstrate the appropriate use of equipment and pacedures for the measurements of airborne radiciodine concentrations as low as 104 (0.0000001) microcuries per cubic centimeter in the presence of noble gases and obtain samples of particulate activity in the airborne plume. This is a state objective. OBJECIIVE 9: PLUME PROTECTIVE ACTION DECISION-MAKING Demonstrate the capability to make timely and appropriate protective action decisions. For initial decision making, Manitowoc County may implement the licensee or state in Adve action enenmmendatinna (PARS), as required by local conditions. 5 L O 2

Manitowoc County Objectives 1994 Point Beach Exercise

 /h V    OBJECTIVE 10:            ALERT AND NOTIFICATION Demorutrate the capability to promptly alert and notify the public within the 10-mile plume pathway emergency planmng zone (EPZ) and disseminate instructional messages to the public on the basis of decisions by appropriate State or local officials.                           .

Once Manitowoc County has approved or modified the PAR, the county will coordinate siren activation and EBS transmission time with Manitowoc County. Manitowoc County

    .        will growl its sirecs and broadcast a test EBS. message for the first PAR messages of the exercise. Subsequent siren activation and EBS messages transitions will be simulated.

The County will use p;e-scripted EBS messages with geographical descriptions for the area affected by the PARS. . The County will provide recent successful siren test evidence to the federal evaluator. The prunary EBS radio statio'n will have staff available for interview by federal evaluators after the exercise. OBJECTIVE 11: PUBLIC INSTRUCTIONS AND EMERGENCY INTORMATION Demonstrate the capability to coordinate the forTnulation and dissemination of accurate information and instmetions to the public. s O d Upon county approval or modification of the State's protective action recommendations, the Manitowoc County Emergency Public Informatioh Officer, in conjunction with the Emergency, Government Director, will demonstrate the ability to select the appropriate EBS messages and transmit it by appropriate means. OBJECTIVE 12: EMERGENCY INFORMATION - MEDIA Demonstrat[the capability to coordinate the development and dissemination of clear, accurate, and timely information to the news media. A Manitowoc County Public Information Officer (PIO) will be present in the JPIC and will work with State, Kewaunee County and utility PIOS to ensure that County interests and concerns are represented in briefing the media. . OBJECTIVE 13: EMERGENCY INFORMATION - RUMOR CONTROL Demonstrate the capability to establish and operate rumor control in a coordinated and timely manner. Manitowoc County will coortlinate its rumor control activities with the State of Wisconsin, Kewaunee County, and utility PIOS at the JPIC. ; O 3

Manitowoc County Objectives ; 1994 Point Beach Exercise

OBJECTIVE 14: IMPLEMENTATION OF PROTECTIVE ACTIONS - USE OF KI l O FOR EMERGENCY WORKERS, INSTITUTIONALIZED INDIVIDUAIE, AND THE GENERAL PUBLIC l

                                                                                                           ~l Demonstrate ths. capability and resource' to implement potassium iodide (KI) protective actions for emergency workers, institutiormlin- mdividuals, and, if the State plan epifies, the general     j public.                                                                                              ;

Each county emergency worker dosimetry kit contains a simulated individual initial dose i of KI. The Manitowoc County EOC will instruct emergency workers, through their '! supervisor, when they should take the simulated KL If the scenario requires it, ! Manitowoc County will simulate distnbution of KI to institutionalized individuals at the ! Two Rivers Community Hospital and Hamilton Memorial Home. 'Ihe Wisconsin Radiological Incident Response Plan directs that KI will not be made available to the : general public. OBJECTIVE 15: IMPLEMENTATION OF PROTECTIVE ACTIONS - SPECIAL POPULATIONS Demonstrate the capability and resources -ry to implement appropriate protective actions ; for special populations. i h Manitowoc County will demonstrate the ability and resources to implement appropriate : O protective actions. 'Ihe County EOC staff will use a computenzed list of persons with special transportation needs and will simulate providing evacuation assistance. l ORTECTIVE 16: - IMPLEMENTATION OF PROTECTIVE ACTIONS - SCHOOIS ! l Demonstrate the capability and resources necessary to implement protective actions for school children with the plume pathwsy emergency planning sone (EPZ). Manitowoc County will demonstrate this objective in sequena by interviewing the superintendent, a principal and one teacher of one school from the Two Rivers School District. Interviews will also be conducted with the bus company manager, dispatcher and a driver at a place to be announced at the prewmercise briefing. OBJECTIVE 17: TRAFFIC AND ACCESS CONTROL Demonstrate the organizational capability and resources necessary to control evacuation traffic flow and to control access to evacuated and sheltered areas. Manitowoc County will demaamrate this objective at one tacadan to be designated prior to the exercise, or as a result of play. Evaluators will be informed of the tacadaa and

timing of this demonstration in the County EOC on the day of the exercise. O

4'

Manitowoc County Objectives

                                                                                                   - 1994 Point Beach Exercise       ,

OBJECTIVE 18: RECEPTION CENTER - MONITORING, DECONTAMINATION, ! O AND REGISTRATION ! Demonstrate the adequacy of procedures, facilities, equipment and personnel for the radiological monitoring, demntamination and registration of evacuees. I Manitowoc County will demonstrate this objective ', . ~, . at Roncalli High School

in the City of Manitowoc. Manitowoc County is responsible for registering evacuees and '

assigning them to eyymydate congregate care facilities. 'Ihe State of Wisconsin is i responsible for executing the radiological monitoring and decontamination portions of this - objective. l ORIECTIVE 19: CONGREGATE CARE Demonstrate the adequacy of facilities, equipment, supplies, personnel, and procedures for congregate care of evacuees. i Manitowoc County will demonstrate this objective by opening one congregate care l center. The center to be opened will be announced at the pre exercise briefing. l OBJECTIVE 20: MEDICAL SERVICES - TRANSPORTATION ! Demonstrate the adequacy of vehicles, equipment, procedures, and personnel for transporting contaminated, injured, or exposed individuals. Manitowoc County will demonstrate tNs objective in sequence at the Reception Center } at Roncalli High School in the City cf Manitowoc. An ambulance service will prepare and transport a contaminatad injured (simulated) person to Two Rivers Community . Hospital in Two Rivers, Wiennnein. 'Ihe ambulance service selected for this demonstration will be announced at the pre exercise briefing. OBJECTIVE 21: MEDICAL SERVICES - FACILITIES I Demonstrate the adequacy of the equipment, procedures, supplies, and personnel of medical l facilities rPoihte for treatment of contaminated, injured, or mW individuals. i This is a state olcpetive. OBJECTIVE 22: EMERGENCY WORKERS, EQUIPMENT, AND VEHICLES -

MONTIORING AND DECONTAMINATION !

Demonstrate the adequacy of procedures for the annienring and decantarninntian of emergency l workers, equipment, and vehicles. i 1

                              'Ihis is a state objective.

9 5

                                                                                                        .i l

Manitowoc County Objectives 1994 Point Beach Exercise OBJECTIVE 23: SUPPLEMENTARY ASSISTANCE (FEDERAUOTHER) l O Demonstrate the capability to identify the need for extemal assistance and to request such j assistance from federal or other support orgamzations. ; This is a state objective. , OBJECTIVE 24: POST-EMERGENCY SAMPLING Demonstrate the use of equipment and procedures for the collection and transportation of samples from areas that receive deposition fmm the airborne plume. l This is a state objective. ; OBJECTIVE 25: LABORA'IORY OPERATIONS t Demonstrate laboratory operations and procedures for measuring and analyzing samples. . , This is a state objective.

OBJECTIVE 26: INGESTION EXPOSURE PATHWAY - DOSE PROJECTION AND I PROTECTIVE ACTION DECISION-MAKING Demonstrate the capability to project dose to the public for the ingestion pathway and to { recommend protective measures. This is a state objective. 1 OBJECTIVE 27: INGESTION EXPOSURE PATHWAY - PROTECTIVE ACTION i IMPLEMENTATION ' Demonstrate the capability to imal-t protective actions for ingestion exposure pathway. I

Manitowoc County will not demonstrate this objective. OBJECTIVE 28: RELOCATION,RE ENTRY, ANDRETURN-DECISION-MAKING i Demonstrate the capability to develop decisions on relocation, reatry, and return. 1 This is a state objective. I l 1 O 6 l

Manitowoc County Objectives 1994 Point Beach Exercise OBJECTIVE 29: RELOCATION, RE-ENTRY, AND RETURN-IMPLEMENTATION Demonstrate the capability to implement relocation, re-entry and return. - Manitowoc County will not demonstrate this objecuve.

OBJECTIVE 30: CONTINUOUS,24-HOUR STAFFING Demonstrate the capability to maintain staffing on a continuous,24-hour basis through an actual shift change. Manitowoc County will not demonstrate this objective. OBJECTIVE 31: OFFSITE SUPPORT FOR THE EVACUATION OF ONSITE I PERSONNEL Demonstrate the capability to provide offsite support for the evacuation of onsite personnel. i Manitowoc County will not demonstrate this objective. OBJECTIVE 32: UNANNOUNCED EXERCISE OR DRILL Demonstrate the capability to carry out emergency response functions in an unannounced exercise or drill. , n : Manitowoc County will not demonstrate this objective.. OBJECTIVE 33: OhT-HOURS EXERCISE OR DRILL Demonstrate the capability to carry out emergency response functions during an off-hours exercise or drill. Manitowoc County will not demonstrate this objective. ORI94 MAN.EPR l 7 l l

K. L l (' } i kj 8 State October 27,1994 of Wir.:onsin \ EPARTMENT OF MILITARY AFFAIRS Division of Emergency Government 2400 WRIGHT STREET P.O BOX 7865 8 MAOISON. WISCONSIN $3707 7865 l l Mu""M*A*2s'47 24 HOUR EMERGENCY HOTUNE 1-800 943 4 003 Mr. Larry Bailey, Chairman Regional Assistance Committee Federal Emergency Management Agency - 175 West Jackson,4th Floor Chicago, IL 60604

Dear Mr. Bailey:

This is in response to your letter of October 24,1994 to me, approving the objectives for the December 6,1994 Point Beach Exercise and a follow-up telephone conversation, yesterday between Garrett Nielsen of my staff and Dan Bement. We appreciate FEMA V's approval of our proposed concept of employing a default Protective Action Recommendation (PAR), revising our state and county plans accordingly, and testing it in the Point Beach Exercise. When Garrett discussed the proposed plan changes with Dan Bement, they agreed that appropriate changes in State and county plans needed to be completed prior to the Exercise, if the default PAR was to be employed. In the time following our submittal of the Exercise 7 objectives on September 7, we have had discussions with the State's Radiation Protection Unit, (b the two affected counties and the utility participation in the Point Beach Exercise. Since we hope to employ this default PAR procedure at our other nuclear power plant locations as well, we will need to hold similar discussions with a number of other agencies. Our current discussions with the immediately affected agencies have led to the conclusion that we cannot be certain that all of the related plan changes and training could be implemented in the short time prior to publication of the plan update and the December 6 Exercise. Therefore, we are hereby notifying FEMA V that we will be unable to complete the necessary plan changes in time to test the concept in the Point Beach Exercise. We will not include any of those changes in the November plan update. This requires us to amend our extent-of-play narrative in Exercise Objectives 9,10 and 11, previously submitted. Attached is a reviset set of objectives for the December 6 Point Beach Exercise. Only Objectives 9,10 and 11 have been changed. Please destroy our September 7,1994 submittal and use the attached objectives for evaluating the Exercise. We have reviewed the Exercise scenario and find that revising the Exercise objectives should have no impact on it. We will continue to pursue the default PAR concept and hope to introduce it into our State and county plans in our February,1995 quarterly update. We further expect to implement these plan' changes in the April 1995 Zion Exercise. T@G0Ws n I WT/ - l 1994 j .

 '_        PBNP

i Mr. Larry Bailey October 27,1994 Page 2 - , _~,

       -I apologize for any inconvenience that these changes may have caused. As always, we look forward to the upcoming exercise as an opportunity to test our plans and preparedness. If you     -

have any further questions, please contact Garrett Nielsen at (608) 242-3240 or Steve Antholt at (608) 242-3242. ; Sincerely,

                       , sA VVV ro       onner,'Jr Ad inistrator pc:      Christine C. Bacon, Director DEG/BTH Dan Bement, FEMA V Cleven Lloyd, FEMA V (plus contractor copy)                                               l Al Shanks, DEG/BFSDR                                                                      l Garrett A. Nielsen, DEG                                                                   -

Steve Antholt, DEG Don Wilmot, DEG O Paul Schmidt, DHSS/RPU Ronda Kaarto, DHSS/RPU l Lyle Schmiling Kewaunee County ; ancy Crowley, Manitowoc County ick Chojnacki, WEPCo , l i s (GANOBJ94REV.EPB) ) O

STATE OF WISCONSIN OFF-SITE OBJECTIVES l for the (] 1994 POINT BEACH NUCLEAR POWER PLANT EXERCISE V DECEMBER 6,1994 OBJECTIVE 1: MOBILIZATION OF EMERGENCY PERSONNEL i Demonstrate the capabi:ity to alen and fully mobilize personnel for both emergency facilities and field operations. Demonstrate the capability to activate and staff emergency facilities for emergency operations. This will be a full participation exercise for the State of Wisconsin. Division of - Emergency Government staff and representatives of other state agencies will activate the i State Emergency Operating Center (EOC). The State EOC will be secured for this exercise. The Regional Office in Fond du Lac will serve as a relay point for redundant , communications. The Depanment of Health and Social Services' Radiation Protection Unit staff will demonstrate the radiological control / dose assessment function in the State EOC, and field teams will be deployed. The Joint Public Information Center (JPIC) will be located at 520 Nonh Adams Street, Green Bay, WI. State JPIC staff will be pre-positioned for the exercise and will be contacted to repon to their duty stations at the appropriate time during the exercise per j the scenario. Field teams will be pre-positioned and instructed to report to the mobile i radiological laboratory at a predesignated time. The Forward Operating Center / Mobile Os Radiological Laboratory (FOC/MRL) will be pre-positioned at the Wisconsin Public Service Corporation building,800 Columbus Street, Two Rivers, Wisconsin, to deploy field teams, test communications functions and analyze samples. OBJECTIVE 2: FACILITIES - EQUIPMENT. DISPLAYS AND WORK ENVIRONMENT l Demonstrate the adequacy of facilities, equipment, displays, and other materials to support emergency operations. The State will demonstrate the adequacy of facilities to suppon operations in the State EOC through the use of maps, status boards and other displays. Appropriate materials will also be located in the FOC/MRL which will be pre-positioned in Manitowoc County. OBJECTIVE 3: DIRECTION AND CONTROL Demonstrate the capability to direct and control emergency operations. ! The State will demonstrate decision-making capabilities in the State EOC. The State will demonstrate coordination between the State EOC, the FOC/MRL, the Joint Public Information Center (JPIC), Kewaunee County and Manitowoc County EOCs, and the Wisconsin Electric Power Company. 1 o-,.......<...

State of Wisconsin Objectives .

1994 Point Beach Exerci e i l OBJECTIVE 4: COMMUNICATIONS Demonstrate the capability to communicate with all appropriate emergency personnel et facilities and in the field. - The State will use a variety of communications means (including Dial-Select, telephone, cellular phone, radio, and facsimile) to communicate with other locations. Computer , modem will be tested as a means of communication with Kewaunee County EOC (not ! for evaluation). The FOC/MRL will demonstrate the communications aspects of its operation from its pre-positioned field location. OBJECTIVE 5: EMERGENCY WORKER EXPOSURE CONTROL Demonstrate the capability to continuously monitor and control radiation exposure to emergency workers. State field teams will use direct reading and thermoluminescent dosimeters to monitor and control emergency worker exposure. Dosimetry is calibrated annually by a certified calibration facility. According to Dosimeter Corporation, the manufacturer of our dosimeters, the 0-200 mR dosimeters do not have drift problems. We do not use CDV-138 dosimeters which traditionally have drift problems. Dosimetry is available in the field team kits. O OBJECTIVE 6: FIELD RADIOLOGICAL MONITORING - AMBIENT ' RADIATION MONITORING Demonstrate the appropriate use of equipment and procedures for determining field radiation measurements. State field teams operating in Manitowoc and Kewaunee Counties will demonstate this objective according to approved field team procedures. We do not use calibrated check sources. Our instruments do not have the capability of open/ closed window readings. i Three pre-positioned f' eld teams will report to the FOC/MRL at a designated time. l l i O 2 o-.--....w..... l

State of Wisconsin Objectives . 1994 Point Beach Exercise .p OBJECTIVE 7: PLUME DOSE PROJECTION ~\ ) Demonstrate the capability to develop dosc p=jetions and protective action recommendations ' regarding evacuation and sheltering. The Dose Assessment team, under the direction of the State Radiological Coordinator (SRC), will carry out this objective in the State EOC. Team members will demonstrate back-up capability for dose projections using an alternate computer. 4 OBJECTIVE 8: FIELD RADIOLOGICAL MONITORING - AIRBORhT 3 RADIOIODINE AND PARTICULATE ACTIVITY MONITORING Demonstrate the appropriate use of equipment and procedures for the measurements of airborne radioiodine concentrations as low as 104 (0.0000001) microcuries per cubic centimeter in the presence of noble gases and obtain samples of paniculate activity in the airborne plume. State personnel will demonstrate the appropriate use of equipment and procedures for the measurement of airborne radiciodine in the presence of noble gases and obtain samples of particulate activi:y in the airborne plume. OBJECTIVE 9: PLUME PROTECTIVE ACTION DECISION-MAKING Demonstrate the capability to make timely and appropriate protective action decisions. The Officer-in-Charge and the SRC will demonstrate the ability to make appropriate protective action decisions (based on plant conditions or actual dose, Environmental Protection Agency's protective action guides, availability of adequate shelter, evacuation time estimates and other relevant factors) in the State EOC. Prior to the decision being made, the Wisconsin State EOC will contact the Manitowoc and Kewaunee County EOCs to ensure that the counties are able to fully respond at the designated time. Discussion of and decision-making concerning use of KI will take place under this objective. OBJECTIVE 10: ALERT AND NOTIFICATION Demonstrate the capability to promptly alert and notify the public within the 10-mile plume pathway emergency planning zone (EPZ) and disseminate instructional messages to the public on the basis of decisions by appropriate State or local officials. 7e State will complete the necessary decision-making and notify Kewaunee and I Manitowoc Counties with respect to appropriate protective actions. i I A U I 3 a . . , ..., .. ... i i

State of Wisconsin Objectives' . 1994 Point Beach Exercise ' s OBJECTIVE 11: PUBLIC INSTRUCTIONS AND EMERGENCY INFORMATION

g') . >

V Demonstrate the capability to coordinate the formulation and dissemination of accurate information andjnstmetions to the public. ; The State will select the appropriate EBS messages which accurately reflect protective action decisions to demonstrate this objective and transmit them to Kewaunee and Manitowoc Counties. The EBS messages use familiar boundaries and landmarks to

  .               describe the areas covered by the recommendation. The State does not use its EBS system for mmor control unless the mmor(s) directly interferes with protective actions.

See Objective 13 and paragraph III.M.6.b of Attachment D, page D-10 of the State . plan. : OBJECTIVE 12: EMERGENCY INFORMATION - MEDIA Demonstrate the capability to coordinate the development and dissemination of clear, accurate, and timely information to the news media.

The State will demonstrate the ability to coordinate the formulation and dissemination of accurate information and instructions to the news media at the JPIC. The State of Wisconsin PIOS in the JPIC will coordinate with the State EOC, and with county and utility PIOS to ensure that the media is briefed in a clear, accurate, and timely manner. 5 Procedures for early notification of the media will be demonstrated in the State EOC ! prior to the activation of the JPIC. i OBJECTIVE 13: EMERGENCY INFORMATION - RUMOR CONTROL Demonstrate the capability to establish and operate mmor control in a coordinated and timely manner. State of Wisconsin mmor control will be coordinated at the JPIC. Rumors or incorrect information are collected from multiple sources including; State and County EOCs, utility, reception centers, the media, the public, etc. As trends in incorrect information (mmors) are identified at the JPIC, correct factual messages will be composed and their dissemination will be simulated. I l

4 0 come.aatmosetarep6.co498st 'D' h I

State of Wisconsin Objectives - 1994 Point Beach Exercise , r , { t OBJECTIVE 14: BiPLDIENTATION OF PROTECTIVE ACTIONS - USE OF KI FOR EMERGENCY WORKERS, INSTITUTIONALIZED _ INDIVIDUAIS, AND THE GENERAL PUBLIC Demonstrate the capability and resources to implement potassium iodide (KI) protective actions for emergency workers, institutionalized individuals, and, if the State plan specifies, the general public. . Potassium iodide is available in the state emergency worker field team kits. The Field Team Coordinator in the FOC/MRL will instruct field teams when they should simulate taking KI. The Wisconsin Radiological Incident Resoonse Plan directs that KI will not be made available to tne general public. ; OBJECTIVE 15: BIPLEMENTATION OF PROTECTIVE ACTIONS -SPECIAL POPULATIONS , i Demonstrate the capability and resources necessary to implement appropriate protective actions for special populations. This is a county objective. q OBJECTIVE 16: BIPLDIENTATION OF PROTECTIVE ACTIONS -SCHOOLS V Demonstrate the capability and resources necessary to impleme'nt protective actions for school childre,n with the plume pathway emergency planning zone (EPZ). This is a county objective. OBJECTIVE 17: TRAFFIC AND ACCESS CONTROL i Demonstrate the organizational capability and resources necessary to control evacuation traffic flow and to control access to evacuated and sheltered areas. This is a county objective. The State will provide additional support for this function if requested by the counties. I I O s _._.._.......... l

l State of Wisconsin Objecdves - ; 1994 Point Beach Exercise l i I C/ OBJECTIVE 18: RECEPTION CENTER - MONITORING, DECONTAAUNATION, AND REGISTRATION i I Demonstrate the adequacy of procedures, facilities, equipment and personnel for the radiological monitoring, decontamination and registration of evacuees. The State of Wisconsin will demonstrate the adequacy of procedures, facilities, equipment and personnel for radiological monitoring and decontamination. The registration portion of this objective is a county responsibility. Health monitoring teams will demonstrate radiological monitoring and decontamination of evacuees at the Reception Center located in Roncalli High School in Manitowoc County per the procedures set forth in Attachment E of the State Plan. Demonstration of this objective will occur in sequence at Roncalli High School in Manitowoc County and between 11 a.m. and 12:30 p.m. on the exercise day. The health monitoring teams will include personnel from the Department of Health and Social Services' Radiation Protection Unit (DHSS-RPU) and individuals from the counties who have received training as Auxiliary Health Monitors. The health teams do not use calibrated check sources. The instruments are calibrated annually by a certified cdibration facility. The personnel from the county will work under the supervision of DHSS-RPU staff, and should be evaluated es part of the State of Wisconsin's response. O Per federal guidance, at least six evacuees will be monitored and registered with one () evacuee requiring decontaminadon. One vehicle will be . monitored and decontaminated to meet this objective. 015JECTIVE 19: CONGREGATE CARE Demonstrate the adequacy of facilities, equipment, supplies, personnel, and procedures for congregate care of evacuees. This is a county objective. OBJECTIVE 20: MEDICAL SERVICES - TRANSPORTATION Demonstrate the adequacy of vehicles, equipment, procedures, and personnel for transporting contaminated, injured, or exposed individuals. This is a county objective. 1 i O 6 o--..........

State of Wisconsin Objectives 1994 Point Beach Exercise . OBJECTIVE 21: MEDICAL SERVICES - FACILITIES . L L/ Demonstrate the adequacy of the equipment, procedures, supplies, and personnel of medical facilities responsible for treatment of contaminated, injured, or exposed individuals. 1 Medical s'aff at Two Rivers Community Hospital in Two Rivers, Wisconsin will demonstrate this objective in scouence immediately following delivery of a person with simulated contamination and injury, as part of the Manitowoc County MS-1 drill. e OBJECTIVE 22: EMERGENCY WORKERS, EQUIPMENT, AND VEHICLES - i MONITORING AND DECONTAMINATION Demonstrate the adequacy of procedures for the monitoring and decontamination of emergency workers, equipment, and vehicles. Health monitoring teams will demonstrate this objective at the Reception Center at Roncalli High School. The teams will monitor and decontaminate emergency workers at the same location using the same procedure as that for evacuee monitoring and decontamination. OBJECTIVE 23: SUPPLEMENTARY ASSISTANCE (FEDERAUOTHER) Demonstrate the capability to identify the need for external assistance and to request such assistance from federal or other support organizations. The State will demonstrate this objective in the State EOC. OBJECTIVE 24: POST-EMERGENCY SAMPLING Demonstrate the use of equipment and procedures for the collection and transportation of samples from areas that receive deposition from the airborne plume. The State will not demonstrate this objective. OBJECTIVE 25: LABORATORY OPERATIONS Demonstrate laboratory operations and procedures for measuring and analyzing samples. ! State staff at the FOC/MRL will demonstrate measurement and gamma analysis of air grab sample, iodine cartridge and particulate filter. Appropriate snow, soil, and i vegetation samples will be collected depending on snow cover and ground frost. One sample of each type collected will be measured and analyzed. All scenario sample , results will be simulated by controller inject messages. The FOC/MRL will be pre-positioned at the Wisconsin Public Service Corporation building, 800 Columbus Street, , Two Rivers, Wisconsin. 1 ( V) 7 o-,,..,..... l

State of Wisconsin Objectives . ' 1994 Point Beach Exercise

                                                                                     .              i OBJECTIVE 26:

f_ _T. INGESTION EXPOSURE PATHWAY - DOSE PROJECTIO I f PROTECTIVE ACTION DECISION-MAKING V Demonstrate the capability to project dose to the public for the ingestion pathw recommend prgtective measures. ! The State will not demonstrate this objective. OBJECTIVE 27: , INGESTION EXPOSURE DIPLEMENTATION PATHWAY - PROTECTIVE ACTIO Demonstrate the capability to implement protective actions for ingestion exp The State will not demonstrate this objective. OBJECTIVE 28: RELOCATION, RE-ENTRY, AND RETURN- DECISION 41AKING ! Demonstrate the capability to develop decisions on relocation, re-entry, and retum. The State will not demonstrate this objective. OBJECTIVE 29: RELOCATION,RE-ENTRY, ANDRETURN--BIPLEMENTATION Demonstrate the capability to implement relocadon, re-entry and retum. This is a county objective. OBJECTIVE 30: CONTINUOUS, 24-HOUR STAFFING Demonstrate shift change. the capability to maintain staffm' g on a continuous,24-hour basis throu! The State will not demonstrate this objective. OBJECTIVE 31: OFFSITE SUPPORT PERSONNEL FOR THE EVACUATION OF ONSITE Demonstrate the capability to provide offsite support for the evacuation of onsite pers This is a county objective. O 8

State of Wisconsin Objectives - 1994 Point Beach Exercise

                                                                                              , l l  -

OBJECTIVE 32: UNANNOUNCED EXERCISE OR DRILL .U , 1 Demonstrate the capability to carry out emergency response functions in an unannounced exercise or drill. ~ i The State will not demonstrate this objective. OBJECTIVE 33: OFF-HOURS EXERCISE OR DRILL ; i Demonstrate the capability to carry out emergency response functions during an off-hours i exercise or drill. The State will not demonstrate this objective. ! OBJ94ST.EPB O f i

i l I O , 9 a.-....... l l I

I

     \'                                                                                                                      S p(                            KEWAUNEE COUNTY OFF-SITE OBJECTIVES

(). for the 1994 POINT BEACH NUCLEAR POWER PLANT EXERCISE _ DECEMBER 6,1994 OBJECTIVE 1: MOBILIZATION OF EMERGENCY PERSOhWEL I Demonstrate the capability to alert and fully mobilize personnel for both emergency facilities and field operations. Demonstrate the capability to activate and staff emergency facilities for emergency operations. Kewaunee County will fully activate its Emergency Operating Center (EOC) and will carry oat warning and staff call-up procedures as outlined in Tab B of the Kewaunee County Plan. OBJECTIVE 2: FACILITIES - EQUIPMENT, DISPLAYS AND WORK ENVIRONMENT Demonstrate the adequacy of facilities, equipment, displays, and other materials to support emergency operations. Kewaunee County will demonstrate its ability to adequately support operations through the use of maps, status boards, and other displays as app'ropriate. OBJECTIVE 3: DIRECTION AND CONTROL Demonstrate the capability to direct and control emergency operations. The Kewaunee County EOC will direct and control emergency operations within the county and coordinate decisions and emergency activities with the State of Wisconsin, Manitowoc County and the Joint Public Information Center (JPIC). OBJECTIVE 4: COMMUNICATIONS Demonstrate the capability to communicate with all appropriate emergency personnel at facilities and in the field. Kewaunee County will use a variety of real and simulated communications (including Dial-Select, telephone, cellular phone, radio, and facsimile) to communicate with other locations. The County will also test using computer work stations and electronic mail for internal EOC communications and test modem communications with other locations. 1 a - . -u- -

Kewaunee County Objectives -

             .                                                          1994 Point Beach Exercise ,

D OBJECTIVE 5: (G EhERGENCY WORKER EXPOSURE CONTROL Demonstrate workers. 'r the capability to continuously monitor and control radiation exporure to e Emergency workers will use direct reading and thermoluminescent dosimeters in Kewaunee County to monitor and control radiation exposure. Dosimetry will be ' distributed at the Kewaunee County Counhouse Annex in the City of Kewaunee. If , events during the exercise cause an evacuation of the City of Kewaunee, dosimetry w be distributed from the Kewaunee County Mobile Command Post at a location that will be determined by the scenario. OBJECTIVE 6: FELD RADIOLOGICAL MONITORING - AMBIENT RADIATION MONITORING Demonstrate the appropriate use of equipment and procedures for determining field radiation measurements. This is a state objective. OBJECTIVE 7: PLUAE DOSE PROJECTION b] Demonstrate the capability to develop dose projections and Protective Action Recommendations (PAR) regarding evacuation and sheltering. This is a state objective. OBJECTIVE 8: FIELD RADIOLOGICAL MONITORING - AIRBORNE RADIOIODINE AND PARTICULATE ACTIVITY MONITORING Demonstrate the appropriate use of equipment and procedures for the measurements of airborne radiciodine concentrations as low as 104 (0.0000001) microcuries per cubic centimeter in the presence of noble gases and obtain samples of paniculate activity in the airborne plume. This is a state objective. OBJECTIVE 9: PLUAE PROTECTIVE ACTION DECISION-MAKING Demonstrate the capability to make timely and appropriate protective action decisions. This is a state objective. I i O 2 o m-- u _

Kewaunee County Obj'.ctives , 1994 Point Beach Exercise n k) OBJECTIVE 10: ALERT AND NOTIFICATION Der..anstra:e the capability to promptly. alert and notify the public within the 10-mile plume pathway emergency planmng zone (EPZ) and disseminate instmetional messages to the public on the basis of decisions by appropriate State or local officials. The State will complete the necessary decision-making and notify Kewaunee County of ,- the appropriate protective actions that should be taken. Kewaunee County will growl its ! sirens and broadcast a test EBS message for the first PAR messages of the exercise. Subsequent siren activation and EBS messages transmissions will be simulated. The County will use pre-scripted EBS messages with geographical descriptions for the area affected by the PARS. The County will provide recent successful siren test evidence to the federal evaluator. i OBJECTIVE 11: PUBLIC INSTRUCTIONS AND ENIERGENCY INFORSIATION Demonstrate the capability to coordinate the formulation and dissemination of accurate information and instructions to the public. Upon recommendation from the State of Wisconsin, the Kewaunee County Emergency t {' s Public Information Officer, in conjunction with the Emergency Government Director, will demonstrate the ability to select the appropriate EBS messages and transmit it by appropriate means. OBJECTIVE 12: EMERGENCY INFORMATION -- MEDIA Demonstrate the capability to coordinate the development and dissemination of clear, accurate, and timely information to the news media. A Kewaunee County Public Information Officer (PIO) will be present at the Joint Public Information Center (JPIC) and will work with State, Manitowoc County and utility PIOS to ensure that County interests and concerns are represented in briefing the media. OBJECTIVE 13: EMERGENCY INFORMATION -- RUMOR CONTROL j Demonstrate the capability to establish and operate rumor control in a coordinated and timely manner. Kewaunee County will coordinate its rumor control activities with the State of Wisconsin, i Manitowoc County, and utility PIOS at the JPIC. O O : 3 - . - . . - . . . - i l i ___m--. _ _ _ _ _ _ _ _ - _ _ _ __ _ _ _ =P-wM

Kewaunee County Objectives 1994 Point Beach Exercise ,- G OBJECTIVE 14: BIPLEMENTATION OF PROTECTIVE ACTIONS -- USE OF KI

     ~h                         FOR     EMERGENCY WORKERS, INSTITUTIONALIZED INDIVIDUALS, AND THE GENERAL PL%LIC                                               i Demonstrate the capability and resources to implement potassium iodide (KI) protective actions for emergency workers, institutionalized individuals, and, if the State plan specifies, the general public.

Each county emergency worker dosimetry kit contains a simulated individual initial dose , of KI. The Kewaunee County EOC will instruct emergency workers, through their supervisor, when they should take the simulated KI. If the scenario requires it, Kewaunee County will simulate distribution of KI to institutionalized individuals. The Wisconsin Radiolocical Incident Response Plan directs that KI will not be made available ; to the general public. OBJECTIVE 15: DIPLEMENTATION OF PROTECTIVE ACTIONS --SPECIAL POPULATIONS Demonstrate the capability and resources necessary to implement appropriate protective actions for special populations. Kewaunee County will demonstrate the ability and resources to implement appropriate protective actions for special populations. The County EOC staff will plan for persons , V with special transportation needs and will simulate providing evacuation assistance as dictated by the scenario.

OBJECTIVE 16: DIPLEMENTATION OF PROTECTIVE ACTIONS --SCHOOLS Demonstrate the capability and resources necessary to implement protective actions for school children with the plume pathway emergency planning zone (EPZ).

Kewaunee County will not demonstrate this objective. OBJECTIVE 17: TRAFFIC AND ACCESS CONTROL Demonstrate the organizational capability and resources necessary to control evacuation traffic flow and to control access to evacuated and sheltered areas. Kewaunee County will demonstrate this objective at one location to be designated prior to the exercise, or as a result of play. Evaluators will be informed of the location and timing of this demonstration in the County EOC on the day of the exercise. O 4 . _ . _ _ .. _ _

q i Kewaunee County Objectives

1994 Point Beach Exercise ,

f) L OBJECTIVE 18: RECElrrION CENTER - MONITORING, DECONTAAGNATION, i AND REGISTRATION l Demonstrate theidequacy of procedures, facilities, equipment and personnel for the radj! monitoring, decontaminadon and registration of evacuees. Kewaunee County will open its reception center for training but will not demonstrate this objective for formal evaluation. OBJECTIVE 19: CONGREGATE CARE Demonstrate the adequacy of facilities, equipment, supplies, personnel, and procedures for congregate care of evacuees. Kewaunee County will open its congregate care center for training but will not ' demonstrate this objective for formal evaluation. OBJECTIVE 20: MEDICAL SERVICES - TRANSPORTATION Demonstrate the adequacy of vehicles, equipment, procedures, and personnel for transporting contaminated, injured, or exposed individuals. - f(/] Kewaunee County will demonstrate this objective between 11 a.m. and I p.m. on the day of the exercise at Algoma High School. Algoma Fire and Rescue Service will prepare a person with simulated contamination and injury. Actual transportation to the hospital will not be demonstrated. OBJECTIVE 21: MEDICAL SERVICES - FACILITIES Demonstrate the adequacy of the equipment, procedures, supplies, and personnel of medical - facilities responsible for treatment of contaminated, injured, or exposed individuals. This is a state objective. OBJECTIVE 22: EMERGENCY WORKERS, EQUIPMENT, AND VEHICLES - MONITORING AND DECONTAMINATION Demonstrate the adequacy of procedures for the monitoring and decontamination of emergency workers, equipment, and vehicles. This is a state objective. s _ . _ . . _ . . _ _

Kewaunee County Objectives - 1994 Point Beach Exercise ,

  ,                                                                                                   (

OBJECTIVE 23: SUPPLEMENTARY ASSISTANCE (FEDERAL /OTHER) Demonstrate the capability to identify the need for external assistance and to request such assistance from federal or other support organizations. This is a state objecdve. OBJECTIVE 24: POST-EMERGENCY SAMPLING Demonstrate the use of equipment and procedures for the collection and transportation of samples from areas that receive deposition from the airborne plume. . This is a state objective. OBJECTIVE 25: LABORATORY OPERATIONS Demonstrate laboratory operations and procedures for measuring and analyzing samples. ; This is a state objective. OBJECTIVE 26: INGESTION EXPOSURE PATHWAY - DOSE PROJECTION AND n PROTECTIVE ACTION DECISION 41AKING 1 0 Demonstrate the capability to project dose to the public for the ingestion pathway and to j recommend protective measures. j This is a state objective. I OBJECTIVE 27: INGESTION EXPOSURE PATHWAY - PROTECTIVE ACTION IMPLEMENTATION Demonstrate the capability to implement protective actions for ingestion exposure pathway. Kewaunee County will not demonstrate this objective. OBJECTIVE 28: RELOCATION,RE-ENTRY, ANDRETURN-DECISION-MAKING Demonstrate the capability to develop decisions on relocation, re-entry, and return. This is a state objective. l 6 o n. - ~ ~ > ~ ~ ~

Kewaunee County Objectives -

              ,                                                             1994 Point Beach Exercise  ,

i C\ l 1

                             RELOCATION,RE-ENTRY, ANDRETURN--IMPLEMENTATION OBJECTIVE 29:

Demonstrate the. capability to implement relocation, re-entry and return. Kewaunee County will not demonstrate this objective. OBJECTIVE 30: CONTINUOUS, 24-HOUR STAFFING Demonstrate the capability to maintain staffing on a continuous,24-hour basis through an actual shift change. Kewaunee County will not demonstrate this objective. . OBJECTIVE 31: OFFSITE SUPPORT FOR THE EVACUATION OF ONSITE "ERSONNTL Demonstrate the capability to provide offsite support for the evacuation of onsite personnel. f This objective is not applicable since the nuclear power plant is located in Manitowoc County. O OBJECTIVE 32: UNANNOUNCED EXERCISE OR DitILL i Demonstrate the capability to carry out emergency response functions in an unannounced exercise or drill.

Kewaunee County will not demonstrate this objective. OBJECTIVE 33: OFF-HOURS EXERCISE OR DRILL Demonstrate the capability to carry out emergency response functions during an off-hours , exercise or drill. Kewaunee County will not demonstrate this objective. f oBJ94KEW.EPB . i l l 7 a~~,-.~- l

a i l i ! l MANITOWOC COUNTY OFF-SITE OBJECTIVES l V(~T . for the ( 1994 POINT BEACH NUCLEAR POWER PLANT EXERCISE DECEMBER 6,1994 OBJECTIVE I: MOBILIZATION OF EMERGENCY PERSONNEL Demonstrate the capability to alert and fully mobilize personnel for both emergency facilities and field operations. Demonstrate the capability to activate and staff emergency facilities for emergency operations. Manitowoc County will fully activate its Emergency Operating Center (EOC) and will , carry out warning and staff call-up procedures as outlined in Tab B of the Manitowoc l County Plan. L OBJECTIVE 2: FACILITIES - EQUIPMENT, DISPLAYS AND WORK , ENVIRONMENT ! Demonstrate the adequacy of facilities, equipment, displays, and other materials to support . emergency operations. O i Manitowoc County will demonstrate its ability to adequately suppon operations through , the use of maps, status boards, and other displays as appropriate. OBJECTIVE 3: DIRECTION AND CONTROL l r Demonstrate the capability to direct and control emergency operations. ! The Manitowoc County EOC will direct and control emergency operations within the : county and will coordinate decisions and emergency activities with the State of Wisconsin, Kewaunee County and the Joint Public Information Center (JPIC). OBJECTIVE 4: COhDIUNICATIONS : Demonstrate the capability to communicate with all appropriate emergency personnel at facilities and in the field. f i Manitowoc County will use a variety of real and simulated communications (including ! Dial Select, telephone, cellular phone, radio, and facsimile) to communicate with other locations. ; 1 . - . , . . . . . . ~ . I

i i Manitowoc County Objectives I 1994 Point Beach Exercise I OBJECTIVE 5: l EMERGENCY WORKER EXPOSURE CONTROL '

 ,7                                                                                                   i g         Demonstrate the capability to continuously monitor and control radiatio workers.                                                                                    ;

Emerge _ncy workers will use direct reading and thermoluminescent dosimeters and control emergency worker radiation exposure. : Some dosimetry will be pre-distributed; the remainder will be distributed at Roncalli High School in the !C Manitowoc. - t OBJECTIVE 6: FIELD RADIOLOGICAL MONITORING - AMBIENT l RADIATION MONITORING Demonstrate the appropriate use of equipment and procedures for determining neld r measurements. t This is a state objective. ' OBJECTIVE 7: i PLUME DOSE PROJECTION Demonstrate the capability to develop dose projections and protective action recomm regarding evacuation and sheltering. ! 4 This is a state objective. OBJECTIVE 8: FTELD RADIOLOGICAL MONITORING -- AIRBORNE RADIOIODINE AND PARTICULATE ACTIVITY MONITORLNG Demonstrate the appropriate use of equipment and procedures for the measurements radioiodine concentrations as low as 104 (0.0000001) microcuries per cubic centimeter in the presence of noble gases and obtain samples of particulate activity in the airbome plume

This is a state objective.

OBJECTIVE 9: PLUME PROTECTIVE ACTION DECISION-MAKING Demonstrate the capability to make timely and appropriate protective action decisions. This is a state objective. t 2 I

Manitowoc County Objectives - 1994 Point Beach Exercise , q OBJECTIVE 10: ALERT AND NOTIFICATION D Demonstrate the capability to promptly alert and notify the public within the 10-mile plume pathway emergepey planning zone (EPZ) and disseminate instructional messages to the public on the basis of decisions by appropriate State or local officials.

  ,        The State will complete the necessary decision-making and notify Manitowoc County of the appropriate protective actions that should be taken. Manitowoc County will growl its sirens and broadcast a test EBS message for the first PAR messages of the exercise.

Subsequent siren activation and EBS messages transmissions will be simulated. The County will use pre-scripted EBS messages with geographical descriptions for the area affected by the PARS. The County will provide recent successful siren test evidence to the federal evaluator. The primary EBS radio station will be contacted per the Manitowoc County Plan and will have staff available for interview during the exercise. OBJECTIVE 11: PUBLIC INSTRUCTIONS AND EMERGENCY INFORMATION Demonstrate the capability to coordinate the formulation and dissemination of accurate information and instmetions to the public. Q b Upon recommendation from the State of Wisconsin, the Manitowoc County Emergency Peblic Information Officer, in conjunction with the Emergency Government Director, wil' demonstrate the ability to select the appropriate EBS messages and transmit it by

            .ppropriate means.

1 OBJECTIVE 12: E5ERGENCY INFORMATION - NEDIA Demonstrate the capability to coordinate the development and dissemination of clear, accurate, l and timely information to the news media. A Manitowoc County Public Information Officer (PIO) will be present in the JPIC and will work with State, Kewaunee County and utility PIOS to ensure that County interests and concems are represented in briefing the media. OBJECTIVE 13: EMERGENCY INFORMATION -- RUMOR CONTROL Demonstrate the capability to establish and operate rumor control in a coordinated and timely marmer. Manitowoc County will coordinate its rumor control activities with the State of l Wisconsin, Kewaunee County, and utility PIOS at the JPIC. ! O 3 e - .1 ,~ . .. . .. ....

Manitowoc County Objecuves i 1994 Point Beach Exercise

OBJECTIVE 14: IMPLEMENTATION OF PROTECTIVE ACTIONS - USE OF KI

  -                            FOR EMERGENCY WORKERS, INSTITUTIONALIZED INDIVIDUALS, AND THE GENERAL PUBLIC                                        i l

Demonstrate the capability and resources to implement potassium iodide (KI) protective actions for emergency workers, institutionalized individuals, and, if the State plan specifies, the general public. i Each county emergency worker dosimetry kit contains a simulated individual initial dose i of KI. The Manitowoc County EOC will instruct emergency workers, through their supervisor, when they should take the simulated KI. If the scenario requires it, $ Manitowoc County will simulate distribution of KI to institutionalized individuals at the Two Rivers Community Hospital and Hamilton Memorial Home. The Wisconsin Radiological Incident Resoonse Plan directs that KI will not be made available to the general public. OBJECTIVE 15: IMPLEMENTATION OF PROTECTIVE ACTIONS - SPECIAL POPULATIONS Demonstrate the capability and resources necessary to implement appropriate protective actions for special populations. Manitowoc County will demonstrate the ability and resources to implement appropriate ! protective actions. The County EOC staff will use a computerized list of persons with 1 (,,) special transportation needs and will simulate providing evacuation assistance. l v i OBJECTIVE 16: IMPLEMENTATION OF PROTECTIVE ACTIONS - SCHOOLS l Demonstrate the capability and resources necessary to implement protective actions for school i children with the plume pathway emergency planning zone (EPZ). l Manitowoc County will- demonstrate this objective in sequence by interviewing the superintendent, a principal and one teacher of one school from the Two Rivers School 1 District. Interviews will also be conducted with the bus company manager, dispatcher and a driver at a place to be announced at the pre-exercise briefing. OBJECTIVE 17: TRAFFIC AND ACCESS CONTROL Demonstrate the organizational capability and resources necessary to control evacuation traffic flow and to control access to evacuated and sheltered areas. Manitowoc County will demonstrate this objective at one location to be designated prior to the exercise, or as a result of play. Evaluators will be informed of the location and timing of this demonstration in the County EOC on the day of the exercise. . O , ..-...

1 l i Manitowoc County Objectives . 1994 Point Beach Exercise i OBJECTIVE 18: RECEIrrION CENTER - MONITORING, DECONTAMINATION, ! r

    -m  s, AND REGISTRATION                                                              l 1

Demonstrate the adequacy of procedures, facilities, equipment and personnel for the radiological i monitoring, deconfamination and registration of evacuees. Manitowoc County will demonstrate this objective in secuence at Roncalli High School in the City of Manitowoc. Manitowoc County is responsible for registering evacuees and assigning them to appropriate congregate care facilities. The State of Wisconsin is responsible for executing the radiological monitoring and decontamination portions of this objective. OBJECTIVE 19: CONGREGATE CARE Demonstrate the adequacy of facilities, equipment, supplies, personnel, and procedures for congregate care of evacuees. Manitowoc County will demonstrate this objective by opening one congregate care center. The center to be opened will be announced at the pre-exercise briefing. OBJECTIVE 20: MEDICAL SERVICES - TRANSPORTATION Demonstrate the adequacy of vehicles, equipment, procedures, and personnel for transporting g contaminated, injured, or exposed individuals. (") Manitowoc County will demonstrate this objective la sequence at the Reception Center at Roncalli High School in the City of Manitowoc. An ambulance service will prepare and transport a contaminated injured (simulated) person to Two Rivers Community Hospital in Two Rivers, Wisconsin. De ambulance service selected for this demonstration will be announced at the pre-exercise briefing. OBJECTIVE 21: MEDICAL SERVICES - FACILITIES Demonstrate the adequacy of the equipment, procedures, supplies, and personnel of medical facilities responsible for treatment of contaminated, injured, or exposed individuals. This is a state objective. OBJECTIVE 22: EMERGENCY WORKERS, EQUIPMENT, AND VEHICLES - MONITORING AND DECONTAMINATION Demonstrate the adequacy of procedures for the monitoring and decontamination of emergency workers, equipment, and vehicles. This is a state objective.

    <"N b

5 _._,~........._...

Manitowoc County Objectives 1994 Point Beach Exercise ; i OBJECTIVE 23: SUPPLEMENTARY ASSISTANCE (FEDERAUOTHER) f~~'\) x'~, Demonstrate the capability to identify the need for external assistance and to request such assistance from federal or other support organizations. This is aitate objective. i OBJECTIVE 24: . POST-EMERGENCY SAMPLING i Demonstrate the use of equipment and procedures for the collection and transportation of l samples from areas that receive deposition from the airborne plume. This is a state objective. ; OBJECTIVE 25: LABORATORY OPERATIONS j Demonstrate laboratory operations and procedures for measuring and analyzing samples. This is a state objective. OBJECTIVE 26: l INGESTION EXPOSURE PATHWAY - DOSE PROJECTION AND PROTECTIVE ACTION DECISION-MAKING

Demonstrate the capability to project dose to the public for the ingestion pathway and to recommend protective measures. l This is a state objective. OBJECTIVE 27: INGESTION EXPOSURE PATHWAY - PROTECTIVE ACTION i IMPLEMENTATION Demonstrate the capability to implement protective actions for ingestion exposure pathway. Manitowoc County will not demonstrate this objective. OBJECTIVE 28: RELOCATION,RE-ENTRY, ANDRETURN-DECISION-MAKING Demonstrate the capability to develop decisions on relocation, re-entry, and return. This is a state objective. O 6 o-........ .

2.0 EXERCISE INFORMATION O(~T 2.1 EXERCISE PARTICIPANTS The participants in the Exercise will include the following groups. 2.1.1 Wisconsin Electric Power Company (WE)

 .                     a. PBNP staff

b. PBNP and Corporate Emergency Response Organizations

c. WE External Affairs 2.1.2 Offsite Organizations !

The State of Wisconsin will fully participate in this exercise. State emergency organizations will respond to the events postulated in the scenario as outlined in the State of Wisconsin Radiological Emergency Response Plan (RERP). l These may include: >

a. Division of Emergency Government

b. Section of Radiation Protection Ot c.

d. Department of Health and Social Services Division of Highways

e. Division of State Patrol :

f. Department of Natural Resources -

g. Department of Agriculture, Trade and Consumer Protection

h. Department of Military Affairs

i. Public Service Commission

j. Emergency Police Services

k. Public Information

1. American Red Cross See the State Objectives (Section 13) for limitations.

2.1.4 Kewaunee County will fully respond as required by the scenario events as outlined in their portion of the State RERP. See the Kewaunee County Objectives (Section 13) for limitations. , 2.1.5 Manitowoc County will fully respond as required by the scenario events as outlined in their portion of the State RERP. See the Manitowoc County i objectives (Section 13) for limitations. O 2.1 r

2.2 - EXERCISE ORGANIZATION Re organization for this Exercise will consist of the Exercise Coordinator, the Lead

Exercise Controller, other Exercise controllers, participants, and observers, ne role ! of each of these is discussed in this section. 2.2.1 The Exercise Coordinator (EC) will coordinate all preparations for the { conduct of the Exercise, including the development of the. scenario and i Exercise manual. After the Exercise has been completed, the EC will chair _ the controller de-briefing sessions, and coordinate the compilation of a -' ? consolidated critique report delineating strengths and weaknesses identified i by these individuals. He EC will also chair the post Exercise critique j meeting. He EC will coordinate the preparation of an itemized list of 1 corrective actions and improvement items identified during the conduct of the ; Exercise, in accordance with the PBNP Emergency Plan. ! 2.2.2 He Lead Exercise Controller (EC) is responsible for the safe conduct of the ;

 -l                     Exercise. The EC shall interface, as required, with the Lead Facility                                  :

Controllers, to resolve any inter-facility questions concerning the Exercise l scenario, and shall determine the amount of " free play" that will be i permissible on the part of the participants (particularly in the Control Room). l The MC shall have sole authority to terminate the Exercise if, in his/her l judgment, events have occurred which require that the Exercise be suspended : to direct appropriate resources to resolution of an actual problem or i O - r r u re ii riii 'i <r - i> t e that the objectives have been satisfactorily demonstrated, the EC shall iii'r ec 're>> r-authorize distribution of the Exercise termination message. l t 2.2.3 Controllers are qualified personnel selected to perform functions as follows: ! i

a. A Lead Facility Controller is assigned to each emergency response -

facility. De lead Facility Controller is responsible for all Controller and Observer activities for that facility and, if appropriate, its > associated teams. Controllers for teams or subareas of a facility report i to the lead Controller of that facility. i

b. The Controllers may deliver verbal Exercise Messages to designated t participants at specified times and places during the Exercise and i deliver additional contingency messages as may be required to keep the Exercise action moving according to the scenario and Exercise ,

objectives. Dey will observe the Exercise at their assigned locations ' and complete evaluation forms. Controllers submit written recommendations to the lead Facility Controller, who in turn ! summarizes all comments for submittal to the Exercise Coordinator , prior to the scheduled critique. O 4 2.2

                                                                           - , - .    - . . .       ,-- - -            -%, ,s

Controllers will record their observations using evaluation forms ! provided and will make recommendations. They will evaluate participant performance on the basis of requirements contained in the j Emergency Plan, appropriate Implementing Procedures, and Exercise ' messages as described herein. Each Controller shall keep an on-going - record (chronology) of significant events as they occur. l controllers will be identified by wearine controller vests or hats. 2.2.4 Particinants include Point Beach Nuclear Plant, Wisconsin Electric Power l Company, and state and local personnel assigned to per?orm emergency l functions, as described in the Emergency Plan and Implementing Procedures. l l PBNP narticinants will be identified by wearine ornnee wrist bands or vests. I 2.2.5 Observers from the Nuclear Regulatory Commission, Federal Emergency ! Management Agency (FEMA) and other organizations may be authorized, on ; a limited basis, to participate in the Exercise solely for the purpose of observing Exercise activity. Observers should contact the PBNP Exercise l Coordinator for orientation information and appropriate Exercise publications. i l Observers will be identified by wearine ohnerver vests or'hnte 23 EMERGENCY RESPONSE FACILITIES O- ; During the Exercise, special facilities may be activated to manage, assess, and j support emergency response. Figure 2.1 identifies the location of Point Beach > Nuclear Plant buildings and facilities. NOTE: Facility activation will depend upon the decisions and course of action that the i participants take. l l 1 O 23

l t 2.3.1 On-Site Facilities

       . -. -                                                                                                  3

a. Control Room Simulator De Control Room simulator is the primary facility at the Point Beach 1 Nuclear Plant in which Exercise conditions are monitored and controlled and corrective actions are taken to mitigate any abnormal l occurrence. It is operated under the direction of the Duty Shift l Superintendent and is the location where initial assessment, emergency 7 classification and emergency response begins.

. . *- . l He controls and instrumentation necessary to operate the plant under l the simulated emergency conditions are located in the Control Room j simulator. He Control Room simulator is equipped with parameter ! instrumentation such as area and process radiation monitoring systems i and alarm annunciators that give early warning of a potential : emergency and provide for a continuing evaluation of the emergency ; a situation. Additional equipment such as meteorological readouts and j communications equipment is also located in the Control Room ! simulator. De Control Room simulator has communication lines to the Technical Support Center-('I3C), Operations Support Center l (OSC) and Emergency Operations Facility (EOF). The PBNP Simulator is located in the North Servix Building, fifth ! floor,

b. Technical Support Center The Technical Support Center (HC) is located on the El. 8' of the l Technical Support Building. His location is in close proximity to the :

actual Control Room, and further from the control ro9m simulater. ; It is apprarimately 960 square feet in area and cap.ble of i accommodating more than 30 people. The,13C has the necessary 1 plant engineering data and safety parameter displays to support ! Control Room (simulator) operations. l He EC is activated upon the declaration of an Alert, Site Emergency or General Emergency. It operates under the direction of the Site ! Manager and serves as the coordination point for technical support activities during emergency (Exercise) operations. He TSC provides the communications interface between the Control Room simulator, < the Operations Support Center and the Emergency Operations Facility. Follow-up communications with Federal, State and local response organintions are coordinated in the U: prior to the activation of the Emergency Operations Facility (EOF). The TSC has communication lines to the Control Room and EOF. It also has direct (dial-select) communication lines to the Manitowoc and Kewaunee County Sheriff's 2.4 yr-- -

                                                        ,                         . - - , -         me-,r-

n. , !

i l Departments, Emergency Operations. Centers -(EOC) for both Kewaunee and Manitowoc counties; the State of Wisconsin EOC in j! Madison; and the Point Beach Nuclear Plant EOF and CEC (AEOF). ! The dial-select is the primary notification means for Event ! Declarations, Protective Action Recommendations and_ Status Update i information. State and local organizations can also' be contacted ; directly from here over the NAWAS network. ! l Adequate equipment exists in the TSC to provide the TSC staff with the capability to monitor reactor systems status and to evaluate plant l abnormalities. This equipment includes signal display instrumentation, - data displays and information storage and retrieval devices. De data ; displays will provide current indications and time history displays of ! plant parameters. Terminals will have the capability of displaying ; selected Exercise data from the plant process computer. : The TSC staff will monitor radiological process and effluent parameters for use in predicting radiological consequences. In ' addition, the TSC staff will analyze plant information, corrective j measures to mitigate the consequences of the incident and make recommendations to the Emergency Support Manager. on plant operations. The TSC is designed to have the same radiological habitability as the 1 O Control Room under . accident conditions and has permanent monitoring systems which indicate radiation dose rates and airborne i radioactivity concentrations. He air purification system design , includes particulate and charcoal filters to meet the requirements for post-accident habitability. l

c. Ooereiane Suonort center The Operations Support Center (OSC) is located adjacent to the TSC.

He OSC is activated during an Alert, Site Emergency or General i Emergency. It is operated under the direction of the Operations i Support Director and is the primary location for team preparation and . dispatch during activation. The OSC serves as a staging area for i' briefing emergency maintenance and non-shift operating personnel. He OSC has communication links to the Control Room (simulator), TSC and EOF. Since the OSC is in the same building as the TSC, it will be habitable throughout the duration of an incident.

d. r:mergency Ooerations FnciHtv !

He Emergency Operations Facility (EOF) is located in tlie PBNP Site Boundary Control Center located about one mile south of PBNP. j 2.5

l The EOF is activated during a Site Emergency or a General A Emergency. - It is operated under the direction of the Emergency i Q Support Manager. The EOF has adequate space to accommodate representatives from various Federal, State and local organizations. l The EOF is the focal point for the coordination of offsite emergency response activities. Management and technical personnel assigned to ' the EOF are responsible for protective action. recommendations, , liaison with offsite governmental organizations and response facilities, and overall management of the emergency organization. j i ' The EOF has communication lines to the Control Room (simulator), l TSC, OSC and the Joint Public Information Center. .The EOF has ' direct (dial-select) communication links to the Technical Support . Center and Control Room (shared); the Manitowoc and the Kewaunee County Sheriff's Departments, the Kewaunee and the Manitowoc ! County Emergency Operations Centers (EOC); and the State of ! Wisconsin EOC in Madison.

e. Joint Public Information Center

                           'Ihe Joint Public Information Center (JPIC) is normally located in the     ;

Holiday Inn in the city of Manitowoc, Wisconsin. For the purposes of i this exercise, the Wisconsta Public Service Corporation's JPIC in- l Green Bay, Wisconsin, will be used. The JPIC is activated during a ' Site Emergency or a General Emergency or at the direction of the ' Emergency Support Manager. The JPIC Director supervises PBNP-activities at the JPIC and assists the PBNP Technical Spokesperson(s). l The JPIC is utilized to formulate and coordinate the development of news statements for the news media. This facility provides periodic t updates of the situation and facilitates the coordination of the general ' public information activities of PBNP and the appropriate Federal, State and local agencies to ensure that only authorized news > statements are released. The general public will be provided with a telephone number to call to receive the most up to date information i regarding emergency conditions (rumor control).

f. Cornormte Fmergency Center (CEC)

The WE Corporate Emergency Center is located in the Nuclear Power Department offices in Milwaukee, WI. Department Managers and ; supporting staff review accident events and provide support to PBNP ! as required. O , 2.6 j 1 l

    , . . ~ .    -    -         .

1 I

g. Milwnnkee Communications Center (MCC) l The ' Milwaukee Communications Center is located in the Wisconsin Electric Corporate Headquarters in Milwaukee, . Wisconsin, . -'

approximately 100 miles south of the Point Beach Nuclear Plant. The . MCC provides complete initial and continued response and support for j an emergency at Point Beach Nuclear Plant.- The MCC should be i activated for an Alert, Site Emergency and General Emergency, but can be activated for an Unusual Event, high-visibility events and non-

 ,                         nuclear related emergencies.                                                      l The information sources for the MCC will be the Emergency Support                .

Manager (ESM) initially; the Corporate Emergency Center (CEC) l when activated; and finally, the Joint Public Information Center when ; activated. l 23.2 State of Wisconsin Facilities i i

a. State Emergency Operations Center {

Division of Emergency Government ! 2400 Wright Street ! Madison, WI ; i sF

b. Joint Public Information Center See Section 23.1.e above. }

t

c. State Mobile Laboratory / Forward Operating Center :

Wisconsin Public Service Corporation , Ideshore Division Office Building Two Rivers, WI , 233 Kewaunee County Facilities j

a. Kewaunee County Emergency Operations Center !

416 Fremont Street Algoma, WI

b. Kewaunee County Courthouse Annex 416 Fremont Street Algoma, WI

c. Algoma High School Reception Center 1715 Division Street

                          ^*""'"

O 2.7 ! l i

1

d. Algoma Elementary School Congregate Care Center l

      .m              514 Fremont Street                                             :
     'l               Algoma, WI i

23.4 Manitowoc County Facilities

a. Manitowoc County Emergency Operations Center 1025 South Ninth Street Manitowoc, WI

b. Roncalli High School Reception Center / Congregate Care Center 200 Mirro Drive Manitowoc, WI ,

i

c. Two Rivers Community Hospital 2500 Garfield Two Rivers, WI ;

i O ! h 1 i O ' 2.8

i 2.4 EXERCISE CONDUCT 2.4.1 Overview l l The Exercise will simulate abnormal incidents at the Point Beach Nuclear The conduct of the Exercise will demonstrate the effectiveness of selected ., organizations, personnel, functions, and/or the ability of response personnel to implement actions, plans and instructions t for the protection of the public's health and safety. i Once the simulated emergency has been brought under control by the participants, the Lead Exercise Controller will review the Exercise objectives and terminate the Exercise as appropriate. 2.4.2 Actions Emergency response actions during the Exercise may include: recognition and classi6 cation of emergency conditions; assessment of on-site /off-site radiological consequences; alert / notification and mobilization of emergency j preparation of reports, messages, and recordkeeping; and recommendation of protective actions. 2.4.3 Communications The Exercise will also demonstrate the effective both telephones and radios. He primary means of communication will be will be used for Controller communications to prevent the participants from learning in advance of the situation to which they are to be subjected essential due to the number of persons assigned to the Controller role. i PIInt and test the capabilities of PBNP staff to respond to a series of' postulated events. He Exercise will start at the Alert Classification and l escalate to a General Emergency with a release of radioactivity to the environment. , activities. It will also demonstrate : ; ! ! [ , ! i response organizations; implementation of in-plant corrective actions; O- activation / operation of emergency response facilities and . equipment; 1 ; , use 'of communications systems. An actual emergency operation usually requires the extensive use of ! l attempted first, then the backup if required Designated telephone numbers : - during the Exercise. Close cooperation and coordination among Controllers is . l 2.4.4 Simulator The Control Room Simulator will be the central point for the distribution of Exercise data and the majority of the message traffic; this facility is, therefore, the key to ensuring that the Exercise remains on schedule. Plant parameters will be provided using the Simulator "Uve". All data and parameter information is made available in the Control Room Simulator. All 2.9

    -9       r                , - - - -                          -. r      -

l :

s information, except annunciator and control rod status, is provided in the i EOF and the TSC on the " Exercise Plant Process Computer System screens." l O If the simulator should fait during the- Exercise, contigency action's, as i

i ostilmed la Section 6.2, will be implemented to bring the simulator and l eercise back on track. 2.4.5 Participants .l 1 He success of the Exercise is largely dependent upon' participant reaction, l

4 -

participant knowledge of their appropriate procedures and an understanding i of the purpose of the Exercise. Initial conditions which will affect participant j action or reaction will be provided to the participants at the time the Exercise ; begins. However, most of the elements of the Exercise play will be ! introduced through the use of controlled casualties on the live simulator and l in the field. Participants, therefore, are responsible for initiating actions j during the Exercise in accordance with instructions for their particular : function. Each Participant will advise his/her Controller prior to performing ! required emergency actions' during the simulated activities to ensure credit for ! his/her actions. j Participants will be reminded not to be excessively concerned with the. ! mechanics or cause of the Exercise scenario.' This Exercise is designed to ! assess participant effectiveness and response. l O De Participants are expected to " free play" the scenario to the extent i l permitted by their Controller. Response to each situation should be as ; realistic as possible, consistent with maintenance of personnel and plant' safety. Noti 6 cations of, and contact with supervisors, plant management, and , off-site agencies will be made in accordance with applicable procedures and instructions (unless a Controller issues instructions to the contrary). Only those simulations identi6ed by a Controller or specifically identified in briefings are permissible. 2.4.6 Controllers Lead Facility Controllers are assigned to the Control Room Simulator, OSC,

                'I3C, EOF, JPIC and other places of Exercise action. Only Lead Facility                       1 Controllers, with the concurrence of the Lead Exercise Control'er, can modify                 :'

Exercise messages or initiate " free play" messages. All controllers assigned to a facility or function are responsible to their Lead Facility Controller for ensuring that the actions of participants do not divert the sequence of events. , Refer to Section 2.7 for a complete listing of all Controllers assisting in the conduct of this Exercise. 2.4.7 Evaluation and Critique 2.10

r Controllers will assess participant response and performance on the basis of

 ,3              requirements contained herein.

k"/ After the Exercise is completed, the Lead Facility Controllers will conduct a Post Exercise critique for their respective areas of responsibility. Deficiencies irr the Emergency Plan, Implementing Procedures, the emergency preparedness training program, facilities, equipment and/or other areas will be identified through the critique process. Controllers will prepare evaluation forms and provide them to the Exercise Coordinator. The deficiencies will be documented by the Exercise Coordinator and corrected by the individuals who have responsibility in the area identified. The schedule for the critiques is shown in Section 3.0. 2.5 PRECAUTIONS AND LIMITATIONS This section provides rules and guidelines to be followed throughout the conduct of this Exercise. Prior to initiation of the Exercise, a pre-Exercise briefing will be held to review the entire Exercise process with all the Exercise Controllers, Participants and Observers. ; 2.5.1 Should, at any time during the conduct of this Exercise, an actual emergency , situation arise, all activities and communications related to the Exercise will be suspended. It will be the responsibility of any Exercise Controller or Observer who becomes aware of an actual emergency to suspend Exercise : response in his/her immediate area and to. inform the Lead Exercise Controller of the situation. Upon notification of an actual emergency, the Lead Exercise Controller will notify all other Controllers / Observers to suspend all Exercise activities. The Lead Exercise Controller will make a determination at that point whether , to continue, place a temporary hold on, or terminate the Exercise. 2.5.2 Should, at any time during the conduct of this Exercise, an Exercise Controller or Observer witness a participant undertake any action which would, in the opinion of the Controller / Observer, place either an individual or component in an unsafe condition, the Controller / Observer is responsible i for intervening in the individual's actions and terminating the unsafe activity l immediately. Upon termination of the activity, the Controller / Observer is responsible for contacting the Lead Exercise Controller and informing him of the situation. I 2.5.3 No pressurization of fire hoses, discharging of fire extinguishers, or initiation of any fire suppression systems will be allowed during the Exercise. 2.11

2.5.4 O Manipulation of any plant operating systems, valves break response to this Exercise is to be SIMULATED. ers, or controls There in is to b of any plant operating equipment, esystems, this Exercise. no alteration or circuits e response to 2.5.5 j All repair activities associated with the scenario will b performed on equipment mock-ups, operating equipment. with e simulated s ze around extreme or cauti 2.5.6 All telephone communications, radio transmissio announcements related to the Exercise must begin andns, and statement, Exercise 'THISnot participant IS A. DRILL". Should aend Controller with the or Obse-observing this rver witness an practice, it is follow this procedure. Controller's/ Observer's responsib the o t e need to 2.5.7 fighting equipment, police e/ambulance, , security fire vehicles observe all normal motor vehicle operating laws includin oring limits, stop lights / signs, one way streets, etc. , ng posted speed 2.5.8 Should any on-site security actions be required in Exercise participants are to cooperate as directed by Site Sre ecurity. 2.5.9 consistent with its safe performance. Exercise partic e xercise as is 2.5.10 { j Care must be taken to assure that any non-participating i di { ( misled into believing that an actual ons are not emerg i or Observer who is aware of an individual or group of indi id se Controller j immediate vicinity who may have become v uals alarmed in the or c situation, the Exercise and should approach its intent. that individual onfused about the or group and ex e nature of i 2.5.11 Entry into high radiation areas or gareas posted as havin hi h g airborne or surface and procedures contamination participants are responsible and ALARA practices. willforbe PROHIBITED ensuring controllerscompliance in withth existing plant I 2.12 _e -

l 2.6 CONTROLLER INS'IRUCTIONS f Each controller also evaluates- his/her portion of this Exercise. Dus each controller / evaluator should be familiar with the followmg:

1

a. The objectives of the Exercise. l

b. De assumptions and precautions being taken.

{

   .                c.    - The Exercise scenario, including the initiating events' and the expected course    !

of action to be taken. l

d. De vadous locations that will be involved and the specific items to be j observed when at those locations. l

e. De purpose and importance of the evaluation checklist and record sheets.

2.6.1 Controller Instructions l l e Controllers will preposition themselves at their assigned locations prior i to the activation of the facility for which they have responsibility. e Communications will be tested.to ensure satisfactory communications ! among Controllers prior to Exercise commencement. Note that this ; does not relieve Participants of their responsibility to verify equipment j operability as part of the facility activ'ation process. All watches and ; clocks will be synchronized with the Plant Process Computer System i (PPCS) screen clock as part of the communications testing. e All C ntrollers will comply with instructions from the Lead Exercise Controller. !

                            .       Each Controller will have copies of the messages. controlling the           l progress of the exercise scenario. No message shall be delivered out        i of sequence or other than as written unless specifically authorized by the Lead Exercise Controller.
                            .       Messages controlling the progress of the scenario are designated with a number. Contingency messages are noted with a number followed by the letter "C' (e.g.,10C). Contingency messages are only delivered if certain predetermined conditions identi5ed in the " Controller Notes" portion of the Sequence of Events (Section 4.2) have been met.

Plant operations data will be generated by the PBNP Simulator and

                                    " distributed" to the TSC and EOF by the Plant Process Computer.

Paper messages and data sheets are to be used as a backup to the i O Simulator. 2.13

a i e Controllers will al provide information to the Participants regarding m scenario development or resolution of problem areas encountered in the course of the simulated emergency. He Exercise participants are expected to obtain information through their own organizations and _ exercise their own judgment in determining response actions and resolving problems. However, exercise controllers may provide - ; information that participants would have if the situation were real; e.g., a controller may have to describe a room as " smoke filled" or state that ; a pump shaft is seized. Participants must earn such information by ,

 .-                      going through the appropriate actions to obtain the data, e.g., enter the   i room or attempt to turn the pump shaft.
                .        If Participants insist that certain parts of the scenario are unrealistic,  I the Lead Controllers have the sole authority to clarify any questions       l regarding scenario content.                                                 ;

l 2.6.2 Evaluation Instructions l Each Controller will take detailed notes regarding the progress of the Exercise j and the response of the Exercise participants at their respective assigned ; locations. Each Controller should carefully note the arrival and departure ! times of participants, the times when major activities or milestones occur, and j problem areas encountered. He Controllers will retain their notes for the l purposes of reconstructing the Exercise chronology and assisting with the j written evaluation. Evaluation packages will be provided at pre-Exercise j briefings. l De standards below should be used by Controllers to evaluate assigned l objectives. A dual purpose will be served by this rating system. First, the ' capability of each facility or response area will be evaluated, and second, the l system will provide a vehicle for guiding and directing improvement. He , rating scale is as follows: Well Done - No problems noted. ;

               . Satisfactory - Performance was adequate, but could be improved.

i

               .Esak - A few problems were noted, but they would not seriously affect our e                ability to protect the health and safety of the public and/or plant personnel.

Deficient - Problems were noted which could affect our ability to protect the health and safety of the public and/or plant personnel. liA - Not Applicable to the situation or no activities related to the objective were observed. O 2.14

I As appropriate, Evaluator comments should consider the demonstration of the p following facility and team evaluation elements: G . Facility e Accurate and timely determination of emergency action levels. e Timely activation and staffing for each emergency action level. l l

.-                            _e        Familiarity of personnel with appropriate emergency instructions,              l
                                       - duties and responsibilities.                                                  !

i e Tunely notification of plant,' corporate, local, state and federal a personnel / agencies (information updates performed). i e Adequacy of internal information systems (i.e., message handling, ! displays, status boards and maps), j t e Properly controlled documentation and accurate, timely recordkeeping. t e Utilization of correct communications procedures and techniques. l! e Capability of facility supervisor / directors to interface with personnel l 0 e erei < citi'r tiviti - .

                               .        Consideration for personnel safety (exposure control).                         :

l e Adequacy of interface between emergency response facilities. i e Adequacy of equipment and supplies. j i e Tunely initiation of on-site protective / corrective actions. ! e Development of protective action recommendations.

                               .        Radiological surveys and assessment of plant damage and hazardous             1 conditions performed.                                                          -

e Tunely request of emergency support services. , i e Coordinated, accurate and orderly dissemination of information to the ! news media. !

                               .Tsam                                                                                   !

O - Ti- >r ettric tie e ti tie . ! 2.15 ) 1

su -.. - - - - - - - - - .v -- ------- ---~- --------------- - a . ~, e Adequacy of staffing. e Familiarity with appropriate emergency instructions, duties and responsibilities. e Availability and utilization of proper equipment.

          .       Performance of contamination / decontamination control.

e Proper interface with emergency support personnel. e Utilization of correct communications instructions and techniques.

          .       Adequacy of briefing sessions prior to dispatch.                                                               ,

e Direction and control by team leaders.

          .       Timely requests for off-site assistance.

e Coordination and interface between emergency response team members. e Proper interface with plant supervisory personnel.

          .       Availability of reference documents to team members, e       Utilization of proper radiological control practices (i.e., access control, protective clothing, shielding, stay time).
          .       Performance of radiological surveys.

e Timely and proper performance of damage assessment.

          .       Properly maintained survey records and maps.

2.7 PERSONNEL ASSIGNMENTS Tabis 2.1 lists the Controller Organization assignments for this Exercise. 2J REFERENCES 2.8.1 Emergency Plan for the Point Beach Nuclear Plant, Wisconsin Electric Power Company. 2.8.2 Point Beach Nuclear Plant Emergency Plan Implementing Procedures. 2.8.3 Corporate Emergency Center Guidebook, Wisconsin Electric Power Company. 2.16

2.8.4 Crisis Communications Manual, Wisconsin Electric Power Company. ( 2.8.4 NRC Incident Response Plan. 2.8.5 State of Wisconsin Radiological Incident Response Plan Volumes I ar.d II, , Department of Military Affairs, Division of Emergency Government. 2.8.6 10CFR Part 50.47 and 10CFR Part 50, Appendix E. ! 2.8.7 NUREG-0654, FEMA-REP-1, Criteria for Preparation and Evaluation of .- Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants. . t 2.8.8 44CFR Part 350.9. ,

t 4 i O : 1 I f O 2.17

l

                                                                                                -l l

2.9 LIST OF ABBREVIATIONS ABVNT Auriliary Building Vent AC 1) Alternating Current 2) Air Conditioning ADC Analog to Digital Converter AEOF Alternate Emergency Operations Facility AgZ Silver Zeolite AHU Air Handling Unit AL Alert . ALARA low As Reasonably Achievable i J AMS Air Monitoring System i ANALYZ Analyzer i AOT Auxiliary Operator Trainee } AOV Air Operated Valve ! ASIP Auxiliary Safeguards Instrumentation Panel l AT&T American Telephone & Telegraph ! A&E Architect / Engineer BAST Boric Acid Storage Tank i CAE Combined Air Ejector CAS Central Alarm Station ! CBO Contained Breathing Oxygen CC Cursor Channel CCWHX Component Cooling Water Heat Exchanger CFM Cubic Feet per Minute i CFR Code of Federal Regulations CHP Chemistry and Health Physics CM Common Multiplier ; COMB AE Combined Air Ejector (or CAE) ; cpm Counts Per Minute CPR Cardiopulmonary Resuscitation ! CRT Cathode Ray Tube : CT Computer Terminal l CTH County Trunk Highway CVCS Chemical Volume & Control System CW Circulating Water ' DA Digital to Analog DAM Data Acquisition Module DAVNT Drn= ming Area Vent DBA Design Basis Accident DC 1) Dose Commitment 2) Direct Current DCS Duty & Call Superintendent DEG Division of Emergency Government : DHSS Department of Health & Social Services DI- De-ionized; Demineralized DNB Departure from Nucleate Boiling ! DNBR Departure from Nucleate Boiling Ratio DOE Department of Energy 2.18

DOH Division of Health DPM Disintegrations Per Minute q b DSS DTA Duty Shift Superintendent Duty Technical Advisor EAL Emergency Action Level EBS Edergency Broadcast System ECCS Emergency Core Cooling System : ED Emergency Director l EDG Emergency Diesel Generator EIC Energy Information Center ! ENS Emergency Notification System (Red Phone) EOC Emergency Operations Center ! EOF Emergency Operations Facility l EOP Emergency Operating Procedure ! EP Emergency Plan l EPIP Emergency Plan Implementation Procedure ; EPMP Emergency Plan Maintenance Procedure i EPP Emergency Preparedness Program { r EPZ Emergency Planning Zone EORS Engineering, Quality, & Regulatory Services ERD Estimated Release Duration i ERP Emergency Response Plan ESIV Estimated Safety Injection Volume l ESM Emergency Support Manager FCC . Federal Communications Comminion ; FEMA Federal Emergency Management Agency j FI Flow Indicator i FM Frequency Modulation l

   ' FSAR   Final Safety Analysis Report                          l FX     Foreign Exchange (RE: Telephone Circuitry)            [

GC Gas Chromatograph - GE General Emergency : GM Geiger Mueller i gpm Gallons Per Minute j GSBVNT Gas Stripper Building Vent i GTE General Telephone and Electronics l i HP Health Physics HPCAL Health Physics Calibration Procedure ! HPIP Health Physics Implementation Procedure HPN Health Physics Network : HVA Heating Ventilation and Air Condittomng ! IBM-PC International Business Machines Personal Computer i ID Identification i INPO Institute for Nuclear Power Operations ! I&C Instrumentation & Control I/O Input / Output JPIC Joint Public Information Center 2.19 I

KNPP Kewaunee Nuclear Power Plant kV Kilivolt h LCD 14 0 Uquid Crystal Diode Umiting Condition for Operation LI Level Indicator. LIN IIncation Identi5 cation Number I1D Lower Umit of Detection LOCA loss of Coolant Accident LPZ Low Population Zone MA Mega Amps / MAD Emergency Meteorology and Dose Assessment Program MASP Modified Amended Security Plan MCA Multi.ch.nn,1 Analyzer MPBB Maximum Permissible Body Burden MPC Maximum Permissible Concentration MPH Mile Per Hour mRMilli Roentgen 1 MSA Mine Safety Appliance l

 . MSR    Moisture Separator Reheater MW     Megawattt NAWAS  National Warning System NFAR   Nuclear First Aid Room NGSD   Noble Gas Skin Dose NLR    No Ucense Required NNSR   Non-Nuclear Safety Related NPERS  Nuclear Plant Engineering & Regulation Section NRC    Nuclear Regulatory Commission                   -

NSEAS Nuclear Systems Engineering & Analysis Section NSR Nuclear Safety Related NSSS Nuclear Steam Supply System NWS National Weather Service NA Not Applicable OA Outside Air OHPD Offsite Health Physics Director OI Operating Instruction OP Operating Procedure Oli Optional OSC Operations Support Center OSHP Offsite Health Physics OSRC Offsite Review Committee PA Public Address, Protected Area PAB Primary Auxiliary Building ' PAC Portable Alpha Counter PAG Protective Action Guides PAR Protective Action Recommendation PBNP Point Beach Nuclear Plant l PBSP Point Beach Security Procedures i PBX Private Branch Exchange 2.20 l

          -           - .        = _ .

PDP Portable Data Processor (Digital Equipment Corporation) ! pH Hydrogen Ion Concentration )

 .(    PHA      Pulse Height Analysis                                           i PI       Pressure Indicator                                             ;

PIC Pressurized Ion Chamber ! POM Plant Operations Manager PORY Power Operated Relief Valve ppm Parts Per Million .

      ~PSB      Public Service Building psia     Pounds Per Square Inch (Absolute)                              !

J psig Pounds Per Square Inch (Gauge) l PSS Procedure Summary Sheet (EPIP 1.1) O Quart - QA Quality Assurance QAD Quality Assurance Division QAS Quality Assurance Section QF Quality Factor R Roentgen RAP Regulated Air Pump RAS Regulated Air Sampler RAT Radiological Assistance Team RCS Reactor Coolant System RCT Radio-Chemical Technician RCWM Radeon/ Waste Manager I O aow REM a oie cri e w te Roentgen Equivalent Man - RHR Residual Heat Removal RM Radiation Monitor RMS Radiation Monitoring System RMSASRB Radiation Monitoring System Alarm Setpoint Response Book RO 1) Reactor Operator 2) Rad Owl (Radiation Survey Instrument) RTD Resistance Temperature Detector ; RWP Radiation Work Permit RWST Refueling Water Storage Tank ' SAF Site Access Facility (Kewaunee Nuclear Plant) SAS Secondary Alarm Station SBCC Site Boundary Control Center SCBA Self Contained Breathing Apparatus SE Site Emergency SFPSpent Fuel Pool SG Steam Generator SGBD Steam Generator Blowdown SI Safety Injection SNM Special Nuclear Material SOER Significant Operating Experience Report SP Surveillance Procedures SPDS Safety Parameter Display System O SPING System Particulate Iodine and Noble Gas 2.21

1 l 1 , SRO Senior Reactor Operator-m SRV Safety Relief Valve

          ~SS               Shift Supervisor                                                               l
          -SSE              Safe Shutdown Earthquake SOP               I) Standard Operating Procedure 2)Ste.p Off Pad SP               State Patrol                                                                   i SRC              State RadiologicM Coordinator SRD              Self Reading Dosimeter                                                       i SRO              Senior Reactor Operator SSO              Safety Standing Order (These have all been canceled)                          ,

J ' STH State Highway STP Standard Temperature and Pressure Tc Temperature, cold leg ] TC Thermocouple j H Temperature, hot leg TI Temperature Indicator . TID Temperature Indicating Device l TLD Thermoluminescent Dosimeter : TR Temperature Recorder TS Technical Specification TSC Technical Support Center ] TSO Time Sharing Option ; TLD Thermo-Luminescent Dosimeter ; TMI Three Mile Island - O TSC USAR Technical Support Center Updated Safety Analysis Report - UE Unusual Event UI.D Upper Level of Detection . USCG United States Coast Guard USEPA United States Environmental Protection Agency USNRC United States Nuclear Regulatory Commission V Volt !' V AC Volts, Alternating Current VAMP Victorcen Area Monitor Package ' V DC Volts, Direct Current WB Whole Body : WE Wisconsin Electric l WEPCO Wisconsin Electric Power Company WIS STAT 3 Wisconsin Statutes , WOG Westinghouse Owners Group WPS Wisconsin Public Service WT Water Treatment WE Wisconsin Electric Power Company i WPSC Wisconsin Public Service Corporation XFMR Transformer ; XMTR Transmitter O j X/Q Wind Dispersion Factor (CHI /Q) j 1 2.22

f 2.10 DEFINITIONS i l Aggidgat: An unforeseen and/or unintentional event and its consequences that may. f result in an emergency. ! Admininfrative nna rnaintics Manneer: A designated officer or senior manager of j WE who is responsible for providing administrative, logistic, communications, and personnel support for the emergency response and recovery operations. ; i i Alan: The occurrence of an event or events that involve an actual or potentially l substantial degradation of the level of safety of the plant. The consideration is to l prepare to cope with potentially more serious emergencies. Any radioactive releases -l are expected to be limited to a small fraction of the EPA Protective Action I.evels. j Assessment Actions: Those actions taken during or after an accident to obtain and ! process information that is necessary to make decisions to implement specific i emergency measures and the makina of those decisions. Clean Area: That area within the protected area excluding the controlled area. conenmination: .. Ingestion._. inhalation, or direct contact with water.. air . soil, or : tangible objects which contain radioactive materiaEXcohtaminated object has a l level of radioactive material adhering to its surface higher than an established limit. l O .Qmitol Room: The control room is operated under the direction of the shift super-intendent. It is the primary place where conditions are monitored and corrective actions for both units are taken to mitigate any abnormal occurrence. It is the l location where primary assessment and classification of an accident begins. Its 1 purpose is to monitor the conditions of both units and provide the main l communications link between the plant and the TSC concerning analysis of reactor : system problems, as well as long- and short term guidance on corrective actions. j 1 ControlRoom Simulr2I: The onsite location which is physically set up to reDect the actual unit control room. The simulator, located in the Nuclear Services Building, Fifth Door, will be used as the control room for the purposes of the Exercise. 1 Controller: A member of the Exercise control group. Each controller may be assigned to one or more activities or functions for the purpose of keeping the action going according to a scenario, resolving scenario discrepancies, and supervising the actions of the players. i Cnntrolled Area (Centrolled Zone): The area within the protected area in which i radioactive materials and radiation are present or could normally be expected to be present in sufficient quantities to require protective measures. This area typically includes the containments, facades, auxiliary building, the area surrounding these buildings, and parts of the service building. This area is controlled by administrative j means. 2.23 _ ._ _ .___ _ _._ . -- __ ~ , .

J Corrective Actions: Those emergency measures taken to improve or terminate an emergency situation at or near the source of the problem in order to prevent or O -i'i. r i er die'i - ri>er' era ** - ita er>>- emergency situation, e.g., shutting down equipment, fire fighting, repair, and damage - control. Decontamination: The process by which the body 'or an object is relieved of _ l radioactive substancesc l Desien Canatructian and Plannine Manneer (DCPM): A designated manager who i coordinates the activities of plant modificati,ons or other design and construction i support required for the emergency response and recovery operations. He also has ! the requisite authority to coordinate and expedite plans and schedules for the site I manager. 'i Dose Assessment: He process of estimating the amount of radiation a person will , potentially receive as a result of a radiological release. 1 j Drill: A supervised event aimed at evaluating, developing, and maintaining skills in a particular operation. ; i Emergency: The situation or condition which may result in damage to property or j risk to the health and safety of the general public or plant personnel. l O EmttgtAn. Acto.m: nose steps taken, as a result of exceeding an emergency action level in a plant emergency operating procedure or in this Emergency Plan, to assess _ the situation and ensure that the, proper corrective and/or protective actions are taken. ! Fmernency Actinn 12 vel (EAL): A predetermined set ofinitiating conditions which l places the plant in a given emergency class. An EAL can be an instrument reading, ! equipment status, measurable parameter either on or offsite, an observable event or j other phenomenon which, if it occurs, indicates entry into a particular emergency ; class. l

Fmeroency CInceificatinn System: A classification system that arranges accidents i accoiding to their severity. Four emergency classifications are defined under this l system. They are, in order of increasing severity: l i

                      - Unusual Event                                                                  j
                      - Alert                                                                          ;
                      - Site Emergency
                      - General Emergency O                                                                                                    :

2.24 i i l- l

                                       .                                                               j

Y Emergency Dhagg: A designated corporate manager of the Company with the requisite authority to activate the WE emergency organization for PBNP and prov Emergency Plan management direction to the onsite emergency organization. Fmereenev Ooerations center (EOC): An offsite location utilized by State, Cou and othgr government agencies and organizations to perform assessments of ! radiological conditions and to coordinate offsite activities (access, evacuation, etc; Emergency Onerariana Faciutv (EOF): his facility is located at the south exclusion j area boundary access road, apprnrimately one mile southwest of the plant. Itis ; called the Site Boundary Control Center during normal operation. His facility is j operated by the emergency support manager for evaluating and controlling l emergency situations that may affect the public. For example, radiological dose projections and veri 6 cations will be performed at the EOF and results will be i i provided to local, state, and federal agencies as required for implementation of ! offsite emergency plans. He EOF also serves as the command center for direction . i of recovery operations. It serves as a clearing center for evacuated plant contractor ;

       .                                            personnel, public visitors, and a center for offsite environmental monitoring by l

Health Physics personnel. It may also serve as a Health Physics control point for i individuals entering or leaving the site. The facility is equipped with emergency ; radiation monitoring and sampling equipment, health physics supplies, protective and all-weather clothing, and other miscellaneous supplies for use during an emergen situation. Teams are dispatched from this facility to monitor radiological conditions . around PBNP and within the 10-mile EPZ. j e Emernency Plan Imnlementine Procedures (EPIPs): . Specific procedures provid actions to implement this Emergency Plan in order to mitigate or terminate an emergency situation. ! Emergency Plan Maintenance Procedure (EPMPs): Speci6c procedures providing; information and actions designed to maintain equipment and facilities prepared to- ; respond to an emergency situation. { Emergency Plannine 7aa. (EPZ): Offsite area surrounding PBNP for which planning is conducted to ensure that pro spt and effective actions can be taken to ] protect the public in the event of an accident. For the plume exposure pathway, the i EPZ has a radius of approximately 10 miles; and for the ingestion exposure pathwa 1 the EPZ has a radius of approximately 50 miles (see Appendix C and Appendix J). ' Emg= v Reenana Facilitv: Any of several onsite and offsite centers which are i activated to coordinate emergency actions. Included in this category are the Control 4 L Room, Technical Support Center, Operations Support Center, Emergency Operations i Facility, Joint Public Information Center, and State and local Emergency Operations Centers. ! O 2.25 l 1 I

Fmeramney Sunoort Manneer (ESM): A designated senior manager of the Company who operates the EOF and serves as the official utility contact with state and local O governments. Envirnamental Monitorine Tenma (ENVTs): Two-person teams responsible for monitorifig radiation levels in the environment and (in some cases) for collecting soil, air, and water samples for laboratory analysis. ! Frelmion Area: The area within the site boundary surrounding PBNP in which the l plant personnel have the authority to determine all activities including exclusion or ! removal of personnel and property from the area. At PBNP, the outer boundary of ! the exclusion area is coincident with the site boundary (see Appendix C). - Exercise: An exercise is a simulated event or series of events that tests the j integrated capability and a major portion of the basic elements existing within-emergency preparedness plans and organizations. Gatehouse: A building at the perimeter of the protected area manned by security l force personnel and used for normal access to and egress from the protected area. ; Here are two gatehouses, one to the north of the plant, the other to the south. l l General Emergenec The most severe level of emergency clanification which ! indicates that events are in progress or have occurred which involve actual or - l imminent substantial core degradation or melting with potential for loss of l containment integrity. j Release of radioactive material can be reasonably expected to exceed PAG exposure f' levels offsite. General Office (WE): . Wisconsin Electric Power Company (WE) corporate f headquarters located at 231 West Michigan Street, Milwaukee, Wisconsin,53201. [ v Hast County: One of two counties in Wisconsin which adjoin one of the " risk" counties and which have agreed to " host" a share of the " risk" county population in the event that a nuclear plant incident requires the evacuation of the " risk" county , population. { Ingestian Countv: One of 26 Wisconsin counties all or part of which lies within the i ingestion EPZ (see below) of a nuclear power plant (NPP). De " risk" and " host" j counties are also considered to be ingestion counties. ! l jpoestion Emeroency Protective Action: An action taken to isolate food, feed and water and prevent their introduction into commerce and to determine whether decontamination or other disposition is appropriate. De FDA emergency PAGs are 15 rem to the thyroid and five rem to the whole body and other organs. O 2.26

t In tian Fmnenre Pathwav: De principal exposure from this pathway would be from ingestion of contaminated water or foods such as milk, livestock feed, or. l O vegetables. Depending on the magnitude and nature of the radiological emergency, the time of potential exposure may range in duration from hours to months. ; j Inne=tinrrFmneure Pathway Fmergency Plannine Zone: A circular area, having a l radius of about 50 miles measured from a nuclear power plant. In the event of a l plant incident which results in a radioactive release, human foods and animal feed l and water in this area may be contaminated and actions to protect the public from l

 ,       the ingestion of these contaminated materials may need to be instituted.                        !

i ineention Preventative Protective Action: An action taken to prevent or reduce !' contamination of food, feed and water. The FDA preventive PAGs are 1.5 rem to the thyroid and 0.5 rem to the whole body and other organs. i t Joint Public Information Center (JPIC): This facility is under the direction of the ! JPIC Director and functions as a single-point contact for disseminating information ;

 .       to the public dunng more severe emergencies.                                                     ,

JPIC Director: A desi'gnated officer or senior manager of WE who is responsible for , providing accurate and timely information to the public through the news media and l coordinating news releases with federal, state, and local public relations officials. Iimited Plant Evacuation: De orderly withdrawal of personnel from a room, plant ! area, or building in the protected area. Low Popnintion Zone (LPZ): The area immediately surrounding the exclusion area ! which includes a residential population of which the total number and density are j such that appropriate protective actions can be readily taken in the event of a serious j radiological accident (see Appendix C and Appendix J). ; National Warnine Svstem (NAWAS): A nationwide emergency warning system of l dedicated telephone lines, the Wisconsin portion of which is used for notification of , nuclear power plant incidents and other emergencies. Observer: Any individual who is authorized to observe the Exercise, but is not l authorized to interact with the players. Offsite: De area beyond the exclusion are, of PBNP. Dmita: All areas at PBNP within the exclusion area. Onernrians Sunoort Center (OSC) (Staging Area) (El. 8%f the TSC building): his facility is an area for preparation and deployment of reentry teams. Communications are provided to the TSC. O 2.27 l

                                                           .                                       .       I

I Ooerations supoort Director (OSD): A designated manager of the Company with l requisite authority, management ability, and technical knowledge to direct the i operations support center in support of plant emergency response and recovery I operations. ; Owner Ontrolled Area

The area continuous to the Protected Area designated by . l the owner organization to be controlled for security purposes. l Participant: All individuals (Point Beach Nuclear Plant, WE Company personnel, ;

and individuals from offsite organizations and agencies) who are assigned to perform functions of the emergency response organization, as described in the appropriate j i Emergency Plan and Emergency Plan Implementing Procedures. l Plant Evacuation: The orderly withdrawal of all personnel from areas within the ; fenced protected area, except personnel immediately involved in the emergency j crganization. ! Plant Onerations Manneer (POM): A designated manager of the Company with the requisite authority, plant operating experience, and qualifications to direct plant { operations appropriately. l Plume Fmaanre Pathwav: ne principal exposures from this pathway are whole body l external exposure to gamma radiation from the plume and from deposited material, and internal exposure from inhalation of radioactive gas from the passing radioactive - plume. Depending on the nature of the meteorological and radiological conditions, > the time of potential exposure could range from hours to days. l l Popnistion-at-Risk: Rose persons for whom protective actions are being, or would be, taken. j Projected Dose: He estimated dose that would be received by individuals if no protective actions were taken following a release of radioactive material. I i Protected Area: De area within the PBNP security fence. This is sometimes : referred to as "onsite" by the utility industry. However in this Plan, "onsite" is a defined term. l Protective Actions: Those measures taken in anticipation of or after an inadvertent release of radioactive material for the purpose of preventing or minimizing radiological exposures to persons that potentially could occur if the actions were not taken. Protective Action Guides (PAGs): De projected radiological dose (including dose commitment values) at or above which protective actions may be warranted. O 2.28

 ,- y ve.           w ac -         ,,-r-, - -
                                                ~n,      ,         +-,v,. -

                                                                                                           'I RndCon/ Waste Manneer (RCWM): A designated manager who has the requisite                        !

authority, nuclear experience, and technical expertise to manage the radioactive j waste and radiological controls aspects of the emergency response and recovery ; operations. l Radiological Emergencv: A radiological emergency is de6ned as an accident that , may result in some loss of control of radioactive materials or may involve a hazard or potential hazard to the health and safety of people, or to the safety of property ' or environment. j Recovery Actions: Those actions taken after an emergency to restore the plant as : nearly as possible to pre-emergency conditions. l i Re-entry Actinna: De return to an evacuated area, in either the plant or site, for ! such actions as search and rescue, first aid, firefighting, manipulation or repair of ! critical equipment or systems, and assess conditions in preparation for recovery l operations. j r Recovery Operations: Those operations taken after the emergency to restore the : plant as nearly as possible to its pre-emergency condition. l

              " Risk" Countv: One of four counties in Wisconsin, part of which is included in the             l

10. mile plume exposure pathway EPZ of a nuclear power plant. Special radiological i emergency response plans have been developed for those counties. Rese plans are !

exercised biannually in cooperation with State government and the licensee. Secondarv Alarm Statinn (SAS): The continuously manned security station where ! all initial offsite and Emergency Response personnel notifications are conducted. ! The SAS is located near the Control Room. Security Buildine (Extension Building): He building inside the protected area ! containing the central alarm station and the security supervisor's office. Office areas unrelated to scarity are also in the building. j l Site BonnAn v Cantrol Center (SBCC): His building is located approximately one ! mile southwest of PBNP at the south entrance to the plant site. During normal operations, it functions as a training center. During an emergency, the building l functions as an EOF as well as an assembly area for visitors and contractor personnel l during a plant evacuation. _ Site Fmereencv: The occurrence of an event or events which involve actual or likely~ i major failures of plant functions necaed for the protection of the public. De potential for a situation hazardous to the general public is the major concern of the i Site Area emergency classification. Radioactive releases are not expected to exceed ' the EPA Protective Action Guideline levels except within the Site Boundary. O 2.29 ,

t l t i Site Manager: A designated officer or senior manager of the Company who has the (( requisite authority, management ability, and technical knowledge to manage the plant emergency response and recovery operations. l System Control: De WE facility located in Pewaukee which . controls and .i t coordinates the generation and transmission within the WE system and with-neighboring utilities. l Technical Sunoort Center (TSC): This facility is within two minutes walking distance y

 .                   of the control room and operates under the direction of the site manager. The               !

facility has the capability to supply and display technical information for use by technical and designated management personnel in support of reactor operations and , control room functions during emergency and recovery operations. Technical Sunoort Center Building: This three-story building houses the TSC proper, . the OSC, word processing and document control facilities and administrative offices. He entire building is within the TSC post-accident ventilation system envelope. j Unmunt Event: The occurrence of an event or events which indicate a potential degradation of the level of safety of the plant. Unusual event emergencies involve ; minor situations that have the potential to escalate to more serious emergencies. No ; releases of radioactive material requiring offsite response or monitoring are expected : unless further degradation of safety systems occur. (The unusual event classification ' '! corresponds to the Notification of Unusual Event classification specified in federal gmdance.) , l 1 f l l l l i I l

O 2.30

I i i

         ' 2.11    TRAVEL INFORMA'I1ON                                                                            :

V This section of the Exercise Manual provides travel information to those individuals .! from WE, other utilities, local / State / Federal government, and/or other organizations l who will participate in the exercise either as participants, evaluators or observers. Permission to observe portions of the exercise must be obtained from the WE i Exercise Coordinator or lead federal, state or county agency involved. !

 ,                 2.11.1 Directions to the Point bach Nuclear Plant                                              i i

The Point Beach Nuclear Plant is located on the west shore of Lake Michigan - : approximately 90 miles north of Milwaukee,.WI, in the town of Two Creeks, WI. ! The plant is approximately 40 miles southeast of the city of Green Bay. Several airlines provide passenger service to Austin StraubelInternational Airport in Green Bay, WI, and General Mitchell International Airport in Milwaukee,W1. Car rental , agencies are available at both the Green Bay and Milwaukee airports to provide !

 .                 rental vehicles for ground transportation.

l

a. Directions from Austin Straubel Airport (Green Bay) to PBNP: i Take HWY 172 east (right out of the airport) to I-43 south. Take I-43 south j to HWY 147. Take 147 south to 163. Take 163 north to Nuclear Road. !

Take Nuclear Road east until the Site Boundary Control Center. Go left O I (north), following the signs for the Main (south) plant entrance. Approximate distance is 40 miles (See Figure 2.1). l

b. Directions from General Mitchell Airport (Milwaukee) to PBNP: !

Exit Airport on Hwy 119 to Interstate 94. Take Interstate 94 North to i Interstate 43. Take I-43 north to Route 42 north (at Manitowoc). Take ; Route 42 north through Twc, Rivers. Approximately 10 miles north of Two l Rivers, turn right onto Nuclear Road. Take Nuclear Road east until the Site j Boundary Control Center. Go left (north), following the signs for the Main l (south) plant entrance. l Total approximate distance is 100 miles (See Figure 2.1). O 2.31

PLANT: POINT BEACH LOCATION: TWo Rivers, WI O ,E,,,, 01,uTY: Wisconsin Electric Power Company l DIRECTIONS PROM GREEN BAY AIRPORT! g _3 Green Bay Airport, take Hwy.172 East to GREEN Lee i-43 *' $ake i-43 souin to Hwy.147. Take 147 south to 163. Take 163 North e Nuclear Road. Tum right BAY and sollow signs to the plant. GREEN AIRPORT Ip BAY Total approrrnate estance = 40 miles ,

                                       +.
                 ]                                   ,

4 v4

                                                                                                               +~,p
                                                                                                               -,' .f

s pr O "
147 Nudear Road s i mummmmem f 'i,* j e pol e i NOT TO SCAUE 43 BEA He >

mammmmmermum 3 FOLLOW DASHED ROUTE a R& ; j E p TWO {${l! e.,

l RIVERS i 42 '; jih

..+

MANITOWOC It h2 DIRECTIONS FROM RELWAUKEE AIRPORT! '[spi Exit the airport on State Hwv.119 to Interstate 94, a

Take 94 West b Interstate 43. Take 1-43 Nor1h b gD SHEBOYGAN Route 42 North. Take Route 42 approx.10 rides ,

north of Two Rivers, hming east (right) onto Nudoar . T' Road. Fotow signs to the plant. Total approx. ' distance = 120 miles. MILWAUKEE . MILWAUKEE 43 @ AIRPORT O - am oc escF F W M.com FIGURE 2.1 l 1 i

2.11.2 Directions to the PBNP Joint Public Information Center De PBNP Joint Public Information Center, normally located at the Holiday Inn in Manitowoc, WI., will be held at the Wisconsin Public Service Corporation's JPIC in ' Green Bay, WI.

a. Directions from Austin Straubel Airport (Green Bay) to the PBNP (WPS) <

JPIC: l

 ,.                Take HWY 172 East to Ashland Avenue north (HWY 32). Take Ashland                           .

Avenue north to Dousman Street east. Take Dousman Street east across the Fox River to the first stop light. Turn left onto Adams Street. ! Approximate distance is 10 miles (See Figure 2.2). i

b. Directions from General Mitchell Airport (Milwuakee) to the PBNP (WPS) i JPIC-Exit Airport on Hwy 119 to Interstate 94. Take Interstate 94 North o Interstate 43. Take I.43 north to Green Bay Exit 187 Webster Avenue wuth to University Avenue. Take University Avenue west across the East River to the next intersection, Elm Street. Tuke Elm Street east to Adams Street and 3 turn right onto Adams Street into the WPS downtown office buildiug complex.

1 Total approximate distance is 120 miles (See Figure 2.2).

2.11.3 Accommodntions ; i

a. Manitowoc and Surrounding Areas:

l Fox Hills Resort Inn on Maritime Bay l Mishicot, WI 101 Maritime Drive (414) 755-2376 Manitowoc, WI (414) 682-7000 . Holiday Inn Ughthouse Inn I-43 & US 151 1515 Memorial Drive ; Manitowoc, WI Two Rivers, WI J (414) 682-6000 (414) 793-4524 o

b. Green Bay Area:

Best Western Downtowner Embassy Suites , 321 S. Washington Street 333 Main Street ! (414) 437-8771 (414) 432-4555 l O l 2.32 l

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

I I i Green Bay Area (cont.): Days Inn Holiday Inn City Center 406 Washington St. 200 Main Street (414) 435-4484 (414) 437-5900 Econo lodge Marriott Residence Inn i 119 N. Monroe Ave. 335 W. St. Joseph St. ! (414) 437-0525 (414) 435-2222 i t O . i t O i 2.33 l i

U:. AllACHWENT A

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 ;h TABLE 2.1 3

(d POINT BEACH NUCLEAR PLANT l 1994 EXERCISE CONTROLLER ASSIGNMENTS . I Atta Position Covered Individual Phone # , lead Drill Controller Rick Chojnacki x6491 . CR (SIM) Lead Controller Norb Wisniewski x3502 Controller - DCS Jim Reisenbuechler x3502 Controller - DSS / DOS Norb Wisniewski x3502 Controller - DOS Neil Hopka x3502 Simulator Operator Mike Kelley x6140 Simulator Operator Steve Gucwa x6140 ; Computer Interface Tom Tearpock x6140 - Controller "As Built" Cris Kramschuster GAI-TRONICS Controller - Fire Brigade Gary Casadonte GAI-TRONICS TSC lead Controller Larry Epstein x6585 : Controller Jim Reisenbucchler x6398 Controller Duane Schoon x6398 4 Controller Don Peterson x6398 OSC 12ad Controller Carl Olson x6531 Controller - Chem Rick Parlato x6531 i Controller - Maint. Terry Fritz x6531 Controller - HP Tim Smith x6531 Controller - OPS Doug Van Dyke x6531 , Controller - OPS Scott Schoening x6531 EOF / Imad Controller Chuck Krause x6509 OSHPF Controller Carl Onesti x6509 Controller - OSMST Bill Iemerond x6587 Controller - OSMST Steve Johnson x6587 ! l O : 2.34

l l [ Atta Position Covered Individual Phone # JPIC(WE) Imad Controller Launtta Krema-Olson 433-1401 Controller (MCC) Hank Holscher 221-2086* ' Controller (MCC) Susan Edwards 221-2086* : Controller Steve Smith 433-1401 Security lead Controller Brian Kopetsky x6531 External lead Controller Rick Chojnacki x6491 Control Controller Rick Arnold x6193 ; Cell Controller Dianne Stewart x6326 (PBNP) Controller Pamela Kellow x6327 Controller Brian Huxtable x6431 s NPD Iead Contruller Tom Malanowski 221-4393* l (Milwaukee) SEOC Iead Controller Garrett Nielsen 608-242-3265 MEOC lead Controller Steve Antholt 683-5018 j KEOC lead Contrt ser Jack Burbank 414-487 2940 x125 i i i P

DIALING FROM A PLANTEXTENSION, USE 78' TIE-LINE VS. "221' i

f i i i 4 O 2.35 1

O O O. 3.0 1994 POINT BEACH EXERCISE EVENTS SCHEDULE Day /Date _Ilms Event Location Thursday 1100-1500 PBNP Controllers Training NSB 208/214 November 29 Monday 0800-1000 PBNP Controllers Briefing NSB 208/214 December 5 1200-1230 PBNP/NRC Entrance Meeting Front Office Conf. Rm. 1230-1300 PBNP/NRC Contoller Briefing 13C 1300-1500 NRC Badging / Tours /Walkdowns PBNP 1500-1700 PBNP Pre-Exercise Setup PBNP Tues<tay 0530-0700 PBNP Exercise Set-up PBNP December 6 0700-1400 Exercise PBNP 1400-1530 WE In-Facility Critiques PBNP/ CEC /JPIC Wednesday 0730-1200 WE Controller Debrief NSB 208/214 December 7 Thursday 0800-1100 WE Formal Critique NSB 208/209/213/214 December 8 1300-1500 WE/NRC Exit Meeting Front Office Conf. Rm. Friday 0900-1100 FEMA Participants Debriefing Manitowoc County EOC December 9 1100-1300 FEMA /NRC Public Critique Manitowoc County Offices i 3.1

x A _ -.,_ - wA> J-nJ- , - A . - -*i -a SECTION 5.0 MESSAGES . O L I I 4 0 . O

y 1 Section 5.0 Message index: O(/ MSG TIME LOCATION & MESSAGE NOTES 1 0645 Drill Control: Simulator Brief of Crew 2 0700 Drill Control: Shift Turnover / Initial Conditions w/ attach 3 0700 Drill Control: Panel Walkdown , 4 0710 Lead Controller: Exercise Start Message 5 0710 Exercise DSS: Surveillance Test Review w/ attach 6 0720 Exercise DSS: As-Built Testing Status

,        7C       0720   Drill Control: As-Built Testing Contingency 8       0730   Southgate House: Initiation for Plane Crash 9     0735 to  Near Pump House: Plane Crash / Pilot injury Info 0815 100      0805   Drill Control: Alert Declaration Contingency 11    0900 to  Rod Drive Room: RCP Vibration Indication 0930 12      0930   Drill Control: As-Built Testing Information 13    0932 +   PAB: Piping Break and Release Information 14C      1100   POM: General Emergency Contingency                             ,

15 1130 to Unit 1 Containment Hatch: No Entry 1300 16C 1100 to Unit 1 Facade: Valve Repair 1300 17 1130 JPIC: Mr. Abdoo's Arrival 18 1130 CEC / EOF: NRC Request for Action < 19 1130 CEF/ EOF: NRC Site Team Advisory , 20 1300+ Control Cell: Exercise Termination O

l

                              *cFOR DRILL USE CNLYM                                         !

POINT BEACH NUCLEAR PLANT '

 ,g                                  1994 EXERCISE V                                 MESSAGE FORM Time: 0645 Message #: 1 Memoe For:     Simulator Operator /I2ad Drill Control Controller Message:   e   Brief the shift crew on the differences between the simulator and the .

actual plant.

               . Tell participants to assume everything is modeled, but if they are unsure about something, ask.
               . Important: Operators are to treat every alarm as actual.

Inform participants that they can change displays (e.g., PPCS) as they desire.

               . Tell participants that the simulator Gai-tronics and plant evacuation alarm are now connected to the plant Gai-tronics and evacuation alarm, respectively. Each may be used as in the actual control room, except that the simulator should be referenced as " Drill Control."

e Important: Emphasize the use of 'This is a Drill" for Gai-tronics, ! radio, and telephone communications. e If an evacuation is declared, simulator participants should account at the card reader in the simulator. i i i i I I l O

                              **FOR DRILL USE ONLY**

                                *cFOR DRILL USE CNLY**

POINT BEACH IiUCLEAR PLANT 1994 EXERCISE MESSAGE FORM Time: 0700 Message #: 2 ; Control Room Simulator Shift Crew

   .Meuwe For:

Message: Appendix 1 contains the following documents for shift turnover: .

               . Duty Shift Supervisor (DSS) Short Term Log e DSS Turnover Notes e DCS Long Term Log                                                 .
               . Station Log e Red Tag Index e Equipment Out Of Service Index e Technical Specification Equipment Out of Service e Maintenance Work Requests e PM Task Sheets c             e Danger Tag Location Sheets e Procedure Feedback Forms                                          ;

e Control Room Chemistry summary sheets (posted in simulator) I i 1 l l I

                                **FOR DRILL USE ONLY**

                               **FOR DRILL USE ONLY" l

POINT BEACH NUCLEAR PLANT 1994 EXERCISE MESSAGE FORM Time: 0700 I Message #: 3 Meunge For: Control Room Simulator Shift Crew Message: Perform panel walkdown for initial plant conditions and familiarity. 1 i i i O , 1 i i i 1 i O

                               **FOR DRILL USE ONLY**                                         ;

l l

                                                     ._        ._ __.        .__ _ _ - _ ___ I

                                  **FOR DRILL USE ONLY2*

POINT BEACH NUCLEAR PLANT 1994 EXERCISE MESSAGE FORM Time: 0710 Message #: 4 Message For: lead Exercise Controller , 4 Message: 1. Notify the actual Control Roor- DSS of the commencement of the Exercise.

2. Make the following plant PA announcement:

                " Attention all personnel, attention all personnel. We have commenced the 1994 Emergency Plan Exercise. All exercise announcements shall be preceded with '1his is a Drill.' Exercise radio transmissions shall be on Channel 1."

3. Repeat the announcement.

O . l P l w

                                  **FOR DRILL USE ONLY**

t

                                         **FOR DRILL USE ONLY2*

POINT BEACH NUCLEAR PLANT 1994 EXERCISE Il MESSAGE FORM V Time: 0710 Message #: 5 Meunge For: Exercise DSS Message: I have reviewed the surveillance test information on IP-207B and it is satisfactory. We do not need to keep the pump out-of-service and we can exit , the Administrative LCO. NOTE: Dan Kimble will act as the engineer. See attached " Analysis." f O i O LJ

                                         **FOR DRILL USE ONLY**

IT-14 (06 DEC 94), P-207B ANALYSIS

   / )
   \_/

During the normal quarterly performance of IT-14 on 06 DEC 94, Operations personnel conducting the test noted the P-207B discharge pressure gauge to be erroneously showing 3 psig with the pump secured. Subsequent discharge pressure test data for P-207B was outside established acceptance criteria (high), and the pump was declared inoperable.

 . Although outside established acceptance criteria and unreliable due to the indicated gauge error, the high P-207B discharge pressure does HQI indicate that the pump is in a degraded condition. There is no known degradation mechanism for a positive displacement pump which results in a higher than normal pump discharge pressure. The fact that P-207B has demonstrated proper flow rate characteristics indicates that it has the capability to transfer fuel oil to the diesel day tanks at the FSAR specified rate, which is its sole safety function.

Having demonstrated its ability to adequately perform its safety function and with all other test parameters being normal (i.e. normal vibration readings, etc.), P-207B should be considered operable at this time. Per the requirements of ASME Section XI (1986 Edition), IWP-3230(d), the inservice test for P-207B shall have to be repeated following repair /recalibration of its discharge pressure gauge. As required by ASME Section XI (1986 Edition), IWP-6000, this analysis shall be attached to the IT-14 (06 DEC 94) test copy of record.

                                                                                                       \
                 -                                                                                     j i

D. E. Kimble Performance Engineering Group 06 DEC 94 4 FOR DRILL USE ONLY O ,

1 1 4.0'- SCENARIO j O l I l t q I I t i i

                                                                                                                                        .I Contents of this Section:

4.1 Initial Conditions - 0700 : 4.2 Sequence of Events Summary l 4.3 Simulator Timeline 1 4.4 Termination Criteria 4.5 Unique & Challenging Aspects of the 1994 PBNP Scenario i O u 4.1

i l POINT BEACH NUCLEAR PIANT r, 1994 EXERCISE b)' 4.1 INITIAL CONDITIONS. Q200 . Unit 1 4.1.1 Primary Plant Conditions - MOL , a Reactor Power 100 % Tavg 570 degrees F RCS Pressure 1985 psig Boron 320 ppm 4.1.2 Secondary / Electric Plant Conditions Normal full power lineup

Electrical output,515 MWe gross ,

4.1.3 Other overall plant conditions

a. A surveillance test on P-207B, Fuel Oil Transfer Pump, found pressure high out-of spec. Entered 2-Hour Administrative LCO at >

0612 on 12/6/94.

b. "As-Built" testing in progress on 1B-32. Testing involves doing voltage checks to verify wire trace at MCC. See associated Work ,

Order. i l O 4.2

POINT BEACH NUCLEAR PLANT t n 1994 EXERCISE Unit 2 j 4.1.1 Primary Plant Conditions - BOL ; Reactor Power 98 % . Tavg 570 degrees F RCS Pressure 1988 psig Boron 1074 ppm 4.1.2 Secondary / Electric Plant Conditions Normal full power lineup Electrical output,508 MWe gross j i 4.13 Other overall plant conditions

a. A surveillance test on P-207B, Fuel Oil Transfer Pump, found pressure high out-of-spec. Entered 2-Hour Administrative LCO at O' 0612 on 12/6/94.

b. "As-Built" testing in progress on IB-32. Testing involves doing voltage checks to verify wire trace at MCC. See associated Work Order.

l O 43

POINT BEACH NUCLEAR PLANT 1994 EXERCISE RAD / MET STATUS No known releases Wind Speed 10 mph Wind Direction 0 degrees EOUIPMENT OUT OF SERVICE Unit 1 IRC431C PORV (I.eak through) MS-2051 Condenser Steam Dump HA-965 Hydrogen Monitor Unit 2 O MS-2055 Condenser Steam Dump (needs testing) MS-2015 Atmospheric Steam Dump (path available) MS-2050 Condenser Steam Dump (needs testing) MS-2057 Condenser Steam Dump (needs testing) BAHT CKT P-38 for 2SI-826 A, B, C P-11B CCW Pump Common Z32B Heating Boiler K-10B Cryogenic Compressor

NOTE: 'Ihe equipment listed OOS reflects actual conditions for 12/2/94. Since this scenario mquires NO equipment to be placed OOS for the scenario events to occur, this listing reflects as close to "real" plant conditions for the exercise.

Changes made are nflected in the Errata Package. 4.4

3. POINT BEACH NUCLEAR PLANT 1994 EXERCISE. A

 - U 4.2 ~    SEOUENCE OF EVEN13

SUMMARY

               .Ilma                                    Key Event 0645             Exercise crew on station in (Simulator) Control Room for ground rules briefing and introduction to drill communications.

0700 Exercise is initiated with (Simulator) Control Room brief. Turnover of initial conditions reveal both Units are at full

                                . power. Unit 1 is at Middle Of Ufe (MOL) conditions and Unit 2 is at Beginning Of Ufe (BOL) conditions. Some "As-

. Built" Electrical Verification work is in progress on the 1B Unit 1 "A" Train Safeguards Motor Control Center. 0730 A light plane, enroute to the Kewaunee County airport from Madison and carrying a liquid Na-24 source for a planned carry-over test at the Kewaunee Nuclear Power Plant, crash lands within the protected area near the Circulating Water Pumphouse. A fire occurs on board the plane after the crash. The injured pilot manages to pull himself from the wreckage, but is unable to walk. The pilot will require medical attention. Security officers will observe the crash and should inform the Control Room. A 9-1-1 call should be. placed to request rescue and possibly firefighting assistance. 0735 Investigation of the plane wreckage should identify the Na-24 shipping container labelled " Radioactive - LS.A" outside of the plane and tipped over. The container cover is off. 0750 An ALERT is declared based on Category 8 - Hazards to Plant Operations, " Aircraft crash in protected area (within the fence)." 0850 The Technical Support Center, Operations Support Center, Offsite Health Physics Facility and the Milwaukee Communications Center will be activated. 0900 Higher than normal vibrations occur on IA Reactor Coolant Pump with indications high on both the shaft and frame monitors. Indications of fuel damage occur shortly after the abnormal vibrations. 4.5

POINT BEACH NUCLEAR PLANT 1994 EXERCISE C/ 4.2 SEOUENCE OF EVENTS

SUMMARY

(cont) Time Key Event 0930 Personnel working on the "As-Built" Electrical Verification testing on breaker 1B52-325M,1RH-720 RHR I.oop Return Isolation Valve, inadvertently have the test multimeter in the

                        " OHMS" position rather than in " VOLTS" position. When the meter probes contact the breaker terminal points, a current path is created, the coil energizes and the motor

, starts to open the valve. The higher pressure Reactor Coolant flows to the lower pressure Residual Heat Removal System causing an overpressure condition. It is postulated ; the RHR Heat Exchanger end bell ruptures resulting in an EVENT V, Intersystem LOCA outside containment. A release of radioactivity begins shortly after the LOCA. 0932 A Reactor trip occurs on Low Pressurizer level. l t 0950 A GENERAL EMERGENCY is declared based on Category 1 - Abnormal Primary leak Rate, " Loss of Primary System Integrity and Containment Integrity with the potential for fuel damage," or based on fission product barrier criteria. A Plant Evacuation will be conducted. 1000-1200 Recovery Actions, Field Monitoring and Equipment Repairs in progress. 1030 The radioactive plume will cause decision makers to evacuate the general public and school children in the Two Rivers area (SIMUIATED). 1050 The Emergency Operations Facility and the Joint Public Information Center (at the WPS Facility in Green Bay) will be activated. 1300 The Exercise will be terminated pending satisfaction of onsite and offsite objectives. 1330-1500 In-Facility Critiques 4.6

a a: E m - .- -ym.-m _,4 .es u a _ - - A_s-a i POINT BEACH NUCLEAR PLANT 1994 EXERCISE , h ! 4.3 SIMULATOR TIMELINE {

                             'Ihe following pages renect the timeline for events put into the Point Beach Simulator. The change is noted in the errata package.                                  ,

9 i O l i 1 i O 4.7

y ("h O Q)

                                                                                                                                                                                                         . f}

(/ - 1994 EMERGENCY PLAN SCENARIO - SIMULATOR COMMANDS Page i TIME DESCRitTION FAIL COMPONENI' OPT VALUE RAMP DELAY ACT CONDITIONAL t'OMMENTS

                                                                                 -- --:--    Met Tower Wind Speed     PP          METI                        10                       D Met Tower Wind Speed     PP         MET 5                        10                       D
                                                                                 - -- : --   Met Tower Wind Speed     PP         MET 8                        10                       D
                                                                                 -:--:-      Met Tower Wind Speed     PP       METIi                          10                       D
                                                                                 -- : -- --  Met Tower Direction      PP         MET 2                        0                        D
                                                                                -:-:--       Met Tower Direction      PP         MET 6                        0                        D
                                                                                -- : --: --  Met Tower Direction      PP         ME19                         0                        D
                                                                                 -- --:-     Met Tower Direction      PP       MET 12                         0                        D
                                                                                - : --: --   Met Air Temp             PP         MET 3                        45   13000       1800    D              Start @ 37*F
                                                                                --:--:--     Met Air Temp             PP         MET 7                        45   13000       1800    D              Start @ 37'F
                                                                                -- : -- : -- Met Air Temp             PP       MET 14                         47  13000        1800    D              Start @ 37'F
                                                                                -: -- :--    PAB Carbon Filter       VLV         IIVA8        2                                                       Doesn't shift
                                                                                -:-:--       PAB Carbon Filter       VLV         IIVA9        2                                                       Doesn't shift
                                                                                - : --: --   Energize Ril-700        LOA         RilR2                        T
                                                                                -- : --: -   Energize Ril-720        LOA       RIIR20                         T
                                                                                -- :- : --   Ril-720 Stuck           VLV       RilRII         6              0.8                                      Limit switch problem
                                                                                - : --: --   PC-420 Bistable         BST          RCS7        2                                                       Allows Ril-720 to open (fails interkw;k)

- . - . _ - _ _ - - - - - . _ _ - _ _ - _ . - - - . . - _ _ _ _ . . - , . - - - . - -. .w..n,,- ., , -, ~ , . - --- n , , e,- ,

y

                                                                                         %                                                                                                              *-'N j                                                                         _,
                                                                                             ]                                                                                                        N' 1994 EMERGENCY PLAN SCENARIO - SIMULATOR COMMANDS                                                                                                     Page      2 TIME                 DESCRitTION             FAII,     COMPONENT           OIT         VAI.U_E                                       RAMP               del,AY  ACT          CONDITIONAI,       COMMENTS
  -- : -- -          IP10A Overcurrent Trip       BKR            RIIRI              I                                                                                  C         JPPLSI l

The following simulates the pressurtzation of the RIIR "A* train and subsequent tupture of the system Ril-720 Opens SCS RilR22B I C FT:626.GE.20 Once SISI flex leak activated

  -- : -- - -       PI-628 RilR *A*                IND           RIIRIO                        100                                                      15             C         IT:626.GE.20    Simulate overpressure Pressure                                                                                                                                                                     of RilR system The following simulates the flooding of the central area of the -19' Icvel, with pumps grounding out
                    -19' Sump Alarm                BST           WPS1             2                                                                             60     C         JPPLSI 2B03 Ground fault alarm       ANN            EPS88                           1                                                             300     C         JPPLSI          Must ' Clear

when P40A trips P40A (-19 sump pump) BKR WPS2 6 360 C JPPLSI fl33

 -- : -- --         P40D (-19 sump pump)          BKR            WPS3             6                                                                            360     C         JPPLSI          B43 The following simulates the current UI status of draining UI sump =9 times per day Cavity cooler leak            MAL           CNM6A                         0.15                                                                                               gpm i

The following RCP vibration problem results in the Fuel Element Failure of 35uC/cc l 09.00.00 IPI A Frame llorizontal XMT RCPil I 1.2 60 09.00.00 IPI A Frame Vertical XMT RCPl2 1 1.3 60 09.00.00 IPI A Shaft llorizontal XMT RCPl3 1 10 60 09.00.00 IPI A Shaft Vertical XMT RCPl4 I 11 60 09.01:00 RCP Vibration Alarm ANN RCPI I 09.01:01 RCP Vibration Alarm ANN RCPI O Allows to be reset

r% f%, O 1994 EMERGENCY Pl AN SCENARIO - SIMULATOR COMMANDS Page 3 TIME DESCRIETION Fall COMPONENT OPT VALUE RAMP DELAY ACT CONDITIONAL COMMENTS 09.02:00 Fuel Element Failure MAL RTCl 35 900 The following will result in leakage of Event V check valve SI-867B, allowing RCS leakage 09:28.00 SI-8678 leakage VLV SIS 38 3 1.5 The following will initiase the leakage outside containment 09:30.00 LEAK SISI,10,3000,0,0,ACT 09:31:00 PI-628 Pressure IND RHRIO 102 Simulates supture of the RilR piping 09:36:00 2BO3 Ground Fault ANN EPSd8 0 clears The following simulates the high level alarms for the RHR cubicles (flooding over the walls) RWST IP10A Cubicle BST WPS6 2 !

          @ 86%

RWST IPIOB Cubicle BST WPS7 2

          @ 86%

RWST UNIT 2 CONSOLE BST WPS5 2 '

          @ 86%        2P10A Cubicle RWST         UNIT 2 CONSOLE                             BST                      WPS6        2
          @ 86%        2P10B Cubicle RWST         1B04 Ground Fault                        ANN                       EPS$1                        1                                            Must CLEAR when
          @ 83%                                                                                                                                                     RilR Pump TRIPS RWST         IPI0B RHR Pump Trip                       BKR                       RHR2        1                             30
          @ 83%

7~s s U 1994 EMERGENCY PLAN SCENARIO - SIMULATOR COMMANDS Page 4 TIME DESCRIITION FAIL COMPONENT OIT VAI,UE RAMP DELAY ACT CONDITM)NAl, COMMENTS The following is used to esser the containment UPPER H ATC11 T=0 Opening Outer Door ANN CNM2 1

                             + 30sec   Closing Outer Door              ANN               CNM2            0
                             + 60sec   Opening Inner Door              ANN               CNM4            I
                             + 90sec   Closing Inner Door              ANN               CNM4            0 The following is used to enter the containment LOWER H ATCH T=0       Opening Outer Door              ANN               CNM6            I
                             + 30sec   Closing Outer Door              ANN               CNM6            0
                             + 60sec   Opening inner Door              ANN               CNM7            1
                             + 90sec   Closing Inner Door              ANN               CNM7            0 The following is used to Deenergize and M ANUALLY shutting IRH-720 (isolating the LOCA)                                                        ,

Decnergizing Ril-720 LOA RHR20 F Clear switch override SCS RIIR22B 0 Clear stuck valve VLV RHRil Manually shut RH-720 LOA RIIRl9 0 300

POINT BEACH NUCLEAR PTANT 1994 EXERCISE l 4.4 TERMINATION CRITERIA The following are the criteria for termination of the Point Beach Nuclear Plant ; 1994 PBNP Emergency Preparedness Exercise: , t 4.4.1 A real event occurs at the plant that, in the opinion of the Duty Shift Superintendent, presents a threat to the safety of plant personnel or i requires the declaration of a real emergency. DR i 4.4.2 Appropriate mini-scenarios have been initiated and performed to the expected conclusion as stated in the " Restoration Guidelines" for each mini-scenario. Note that some mini-scenarios may not be concluded. AND. ; 4.43 Additionally, a discussion has occurred between the Emergency Director, Site Manager and the Emergency Support Manager, based upon EPIP 12.1, " Event Termination and Recovery Planning," that the PBNP emergency response organization may enter plant recovery operations.

 >O            THEN.

V I 4.4.4 The Lead Exercise Controller will determine when to terminate the 1994 ! PBNP Emergency Preparedness Exercise based upon participant decisions, i responses and actions. O 4.8

POINT BEACH NUCLEAR PLANT 1994 EXERCISE O P 4.5 UNIOUE & CHAT I FNGING ASPECTS OF THE 1994 PBNP SCt!NARIO A list of what the Point Beach Nuclear Plant considers " challenging aspects" of the 1994 PBNP Exercise is provided below to assist the reviewer in judging the adequacy of the scenario to meet t!n objectives in Section 1.0. This section also provides verification that the Exercise will provide an effective test of the Point Beach Nuclear Plant Emergency Preparedness Program. 4.5.1 LOGISTICAL ENHANCEMENTS TO MAKE THE EXERCISE REALISTIC

a. To prevent the Exercise from interfering with normal plant operations and 7 to enhance the reality of the Exercise, the Exercise will be conducted from the Point Beach Nuclear Plant Simulator. The PBNP simulator is a state-of-the-art simulator; for example in addition to its vast modeling capabilities, it is the one of few simulators that can actively model.tn nuclear units. The simulator will be used to run the Exercise scenario on a real time basis. The Simulator / Control Room staff will therefore be required to respond more realistically to postulated scenario events. The C PBNP simulator is equipped with communications equipment similar to that of the actual Control Room, including plant Gai-tronics and evacuation alarms; thus communications efforts will be as close to real as possible.

b. Plant operations and radiological data generated by the Simulator will be transmitted to designated " Exercise" Plant Process Computer System (PPCS) terminals located in the Technical Support Center (TSC) and Emergency Operations Facility (EOF). As such, Exercise participants will be able to access real time Exercise data using normal data acquisition ,

methods, thereby eliminating the need for data sheet handouts. l l The Exercise Manual provides a description of how Exercise data will be presented to the Exercise participants using PPCS and outlines alternate methods for data acquisition in the event of a failure of the Simulator computers. I

c. Use of event and equipment mockups will also be employed. Individuals or teams responding to equipment failures in-plant will be required to troubleshoot the suspected component, identify the source of the problem, l and initiate repairs. Event mockups will require individuals or teams to l respond and deal with the situation as they observe it.

4.9 l 1

                                    ' POINT BEACH NUCLEAR PIANT                                          l
     ..-                                         1994 EXERCISE                                           a

[(} !

d. One " Control Cell" of Exercise Controllers will be available to make and i answer telephone calls and act as non-participating WE Departments, i members of the public, vendors and various industry organizations. The ;

Control cell will be at PBNP. See Section 10 for further details. .. c. PBNP sad WE Public Information efforts to support the Exercise will be j on a real time and actual response basis. External Affairs will participate . -! and respond as they would if the event were real and on a real time basis. _, The Joint Public Information Center, normally at the Manitowoc Holiday Inn, will be based in the WPS JPIC in Green Bay and will be operated on ! a real time basis. Representatives from WE, the State of Wisconsin,- , Kewaunee County, Manitowoc County and others will participate. The , challenge is to coordinate information, actions and response among these i agencies. !

f. In addition to performing its exercise objectives, the Corporate External- l Affairs department and the JPIC will be tested in its rumor control and j media monitoring function. A bank of specially trained mock " Citizens" {

O and " Reporters" will call the rumor control and media response personnel at the JPIC. These callers are instructed to constantly ask emergency and . l' non-emergency ~ elated questions. Additionally, special media report messages will be given to the media monitors, simulating reports which one i could expect on television news. Some of these reports contain incorrect ! information. JPIC players must respond to the reports, verify accuracy, and correct misinformation. Included are messages for rumor controllers who must assess and address citizens' concerns. Finally, specially trained j

                        " reporters" will participate at the media briefing' center testing the JPIC        l information process in general and spokesperson's skills in particular.             l i

g. Throughout the exercise, various requests for information are injected. !

These requests come from citizens, the media, politicians, neighboring ! utilities, industry organizations, vendors and the Chairman of the WE l Board. These inquiries test the information flow process internally and l externally. Participants must prioritize these requests in relation to other i emergency-related activities. Generally, these requests require interaction l among various members / facilities of the WE Emergency Response j Organization and offsite agencies. i l i

h. The Exercise also poses the " usual" emergency response challenges such as emergency recognition, reaction and coordination with state, local agencies and simulated federal agencies. Based upon participants' decisions and 4.10

i J POINT CEACH NUCLEAR PLANT 1994 EXERCISE p) (. response, challenges of dose assessment, plant accountability, protective action recommendation considerations, public information coordination, and recovery planning will be demonstrated. ,

i. The 1994 PBNP Emergency Preparedness Exercise will be a full scale -

plume exposure pathway exercise. The exercise will occur during normal l daytime hours. Iocal agencies will activate and respond as required by their plans and procedures. Several activities will be demonstrated, including: !

           .       Notifications J
           .       Activation / Operation / Coordination of Emergency Response Facilities                                                                  ,

e Ambulance and hospital response to non PBNP contaminated injured victims e Field monitoring [

           .       Protective action decision-making and implementation                        l See Section 1.3 for a complete discussion of state and county objectives.           i 4.5.2 SCENARIO CHALLENGES

a. The Exercise starts with Unit 1 and Unit 2 operating at full power.

At 0730, a plane crash within the protected area occurs and is carrying a Na-24 Radioactive Test Source. An actual small plane, test source pig and sample bomb, and a smoke generator will lend realism to the event. This ; event should cause the declaration of an Alert and the activation of PBNP emergency response facilities. Participants are challenged to respond to the : plane crash and fire, the injured pilot, monitor the impact of the source (does not break open), and determine what should be done. At 0900, a vibration alarm is received on the Unit 1 A RCP. It is l' postulated that mechanical fuel damage occurs from pieces of the pump's impellar breaking off and entering the core. Participants must react to this and determine its consequences. l 4.11

l l POINT BEACH NUCLEAR PIANT p 1994 EXERCISE l G l At 0930, because of inattentiveness by an "As Built" engineer during testing, the Unit 1 RH-720 valve opens and creates a path (through an already slightly open check valve) for High Pressure Reactor Coolant to enter the lower Pressure RHR system and causes an " EVENT V LOCA" , outside containment. Operators must implement appropriate Emergency Operating Procedures to restore cooling to the core. Consequently, a release :o the environment occurs when reactor coolant enters the Primary Auxiliary Building. The entire Emergency Response Organization will be challenged to restore core cooling as well as containment integrity. The only way to isolate the leak is by going into contaiment and manually shutting the RH-720 valve. Further, the release will necessitate the development of protective action recommendations to offsite officials. Note that since the release is in the PAB, participants may decide that the release will never terminate even if the source is secured. To add realism, a sound track of rushing water / air will be playing in the PAB near the actuallocation of the event. f3 'Ihe balance of the exercise will be devoted to recovery and re-entry Q actions.

b. Section 8 of the Exercise Manual contains mini-scenario packages for the several detailed events that occur in diis Exercise. These mini-scenarios veere created to allow for enhanced realism and effective control of the various key events. Since this exercise is " EVENT DRIVEN," very few mini- !

scenarios were developed. Each mini-scenario contains the following parts as applicable:

       . Approximate 'sime
       . Imcation e    Summary of Event e    Required Setup / Mockups e    Initial Indications / Notifications e    Postulated Events e    Controller Notes e    Restoration Guidelines e    Attachments describing or picturing the event or problem.

Each mini-scenario has been designed to allow for maximum participant p free play. A brief summary of each mini-scenario follows. V 4.12

POINT CEACH NUCLEAR PLANT 1994 EXERCISE (3 LJ

1. Plane Crash within the Protected Area of PBNP. An actual small plane will be brought on site and will include a Non-PBNP l employee as the pilot. A Na-24 shipping container, sample bomb, :

shipping papers and a smoke generator will add realism to the , event. An ambulance will be called and possibly the local fire i , department to respond. (The Two Creeks FD response will be simulated.) Participants will have to put out the fire, attend to the injured person and react to, and secure, the radioactive source. 2A. RH-720 Actuation - Breaker Cubicle provides the set up for the EVENT V IDCA. Following mechanical fuel damage postulated from pieces of the Unit 1 A RCP impellar and indicated by a high , vibration alarm, "As Built" testing in the RH-720 cubicle causes the - contacts to close and the valve to open. This creates a path (through an open check valve) for higher pressure reactor coolant to flow into the lower pressure RHR system. An instrument line : ruptures and creates a several hundred gallon-per-minute leak into the Primary Auxiliary Building. The high activity releases to the - environment causing an offsite release. Participants will have to { s determine the release path and determine the reason why the check valve was open. Later recovery efforts will focus on closing the ; valve to verify that the source of the release is terminated. This task will be complicated by a containment entry and high radiation levels in the area of the valve. A General Emergency should be declared based on loss of 3 fission product barriers. 2B. RH-720 Actuation - Control Room will be indicated on the control board ICO3. If participants catch it, they will see RHR discharge pressure increase and indication that the RH-720 valve opens. The reactor will trip on Low Pressurizer Pressure if no action is taken, but will be manually tripped if operators recognize the situation. After the Intersystem LOCA, the reactor has no core cooling and they will not have the ability to pursue containment sump recire. 1 Participants are challenged to close the RH-720 valve in a timely i manner before the core heats up. Opening a path into containment by opening a PORV before RH-720 is manually shut, will prevent operators from entering the containment because of high radiation levels. O 4.13

s POINT CEACH NUCLEAR PLANT 1994 EXERCISE 3 (V ,

3. LOCA Isolation - RH 720 Repair requires participants to respond to the hazards presented including entering the containment and facing high radiation levels in the vicinity of the valve. A valve mockup will be used to depict the valve and will require actual closure to ;

isolate the leak. The mini-scenarios will require participants to analyze, classify and notify appropriate offsite agencies. Interface with State and County officials, offsite monitoring teams and the media will challenge participants , throughout the exercise. 4.5.3 UNIOUE ASPECTS The 1994 PBNP Exercise has many unique qualities that have been discussed above. One additional aspect is that the EVENT V LOCA will cause reactor coolant and refueling water to enter the Primary Auxiliary Building's -19' Sump. As it fills up, it will spill over into the RHR Pump cubicles and ground out the electric ; pumps. This will impact the accident unit, but just as important, it ! will impact the unaffected unit with no indications given to Ox participants. Participants are challenged to identify that a 3-hour LCO is necessary for Unit 2 and they will have to shut down the t unit. This will be the first exercise where a dual unit shutdown situation will be portrayed. i i O 4.14 ; l

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POINT BEACH NUCLEAR PLANT i 1994 EXERCISE ()

 ,s MESSAGE FORM                                                 i I

Time: 0720 l Message #: 6 r Message For: Exercise DSS f Message: We have completed the "As-Built" testing on:

                   .        1B52-321M, ISI-860A Containment Spray Isolation e        1B52-322M,1SI-860C Containment Spray Isolation e        1B52-323M, ISI-871A Containment Spray Pump Recire                          ;

e IB52-324M, IRH-700 RHR Loop Supply Isolation e IB52-325M, IRH-720 RHR loop Return Isolation

                   .        1B52-326M, ICC-759B RCP B Cooling Water Return
                   .        1B52-327M, ICC-815 CCW Surge Tank Emergency Makeup                         I i

We found some peculiar readings and we would like to perform a portion of ! I the test to verify the readings. It should not take longer than 3 hours and we will inform you each time we complete the test on the individual breakers.

                                      **FOR DRILL USE ONLY**

                                   **FOR DRILL USE ONLY2*

POINT BEACH NUCLEAR PLAST l 1994 EXERCISE I MESSAGE FORM Time: 0720 Message #: 7C i l Message Foc Exercise DSS l Meuage: Although your decision to disallow "As-Built" testing to continue may be l appropriate, the testing is necessary to keep the scenario on track. i I i I O ! i i i O

                                   **FOR DRILL USE ONLY**

                                   **FOR DRILL USE ONLY2*                                  '

POINT BEACH NUCLEAR PLANT 1994 EXERCISE i MESSAGE FORM , Time: 0730 Message #: 8 ; Message For: Security Officer in Southgate i Message: You have just heard a loud noise from the east side of the plant. ; CONTROLLER NOTE: The Security Omcer should be taken outside the gatehouse to look towards the Circulating Water Pumphouse. A WPS employee will be acting as the pilot. t f O , I O

                                   **FOR DRILL USE ONLY**

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                                 *cFOR DRILL USE ONLY2*                                    .

POINT BEACH NUCLEAR PLANT

 -                                       1994 EXERCISE                                     .

MESSAGE FORM Time: 0735-0815 Message #: 9 Message For: Personnel investigating plane crash / pilot P Message: < Respond to questions as necessary, keeping in mind:> e You cannot walk, you may have a broken leg.

                  . Your head is bleeding l
                  . You are cold
                  . Your cargo is a radioactive test source and you have the shipping papers (only if they ask).

O ' 1 l l J

O

                                 **FOR DRILL USE ONLY**                                     l l

                                  **FOR DRILL USE ONLY2*

POINT BEAC'i NUCLEAR PLANT 1994 EXERCISE MESSAGE FORM Time: 0805 l t Message #: 10C l i l Message Fac Exercise DSS Meunge: Declare an Alert per EPIP 1.2, Category 8, " Hazards to Plant Operation" due to an Aircraft Crash in protected area (within the fence). : O ; i l l l l 1 l 1 1 O

                                  **FOR DRILL USE ONLY**

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1 ocFOR DRILL USE ONLY** POINT BEACH NUCLEAR PLANT 1994 EXERCISE MESSAGE FORM Time: 0900-0930 Message #: 11 Message For: Exercise Operator checking local RCP vibration indication McMagg; The local vibration indications are higher than what was logged earlier, but l are within the normal band. j P-1A RCP FRAME P-1 A RCP SHAFT H 1.2 H 10.0 V 1.3 V 11.0 0 ! l b r i O

                                 **FOR DRILL USE ONLY**

                                        **FOR DRILL USE ONLY2*                                                 ;

POINT BEACH NUCLEAR PLANT 1994 EXERCISE MESSAGE FORM Time: 0930 Message #: 12 ! i 1 Message For: Exercise DSS / Drill Control Personnel ! i Meunge: "This is a Drill. We (As-Built personnel) were testing the breaker for the : RH-720 valve and the contactors closed. Our multimeter was on the wrong setting. What should we do?" CONTROLLER NOTE: When you make the call to contrul,you should be excited and ; concerned! ! i 1 O : r t t f T i i i i l f I O l

                                        **FOR DRILL USE ONLY**                                                 ,

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                                **FOR DRILL USE ONLY2*                                       j POINT BEACH NUCLEAR PLANT                                       l 1994 EXERCISE
                                    - MESSAGE FORM                                           j Time: 0932 +       f Message #: 13          .

i Message For- Any personnel in the PAB near the Unit 1, #2 Pipeway (Lower) t Message: You see steam and hear rushing water. It is very noisy. i l l i O l l l l 1 1 O

                                **FOR DRILL USE ONLY**

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                                   *cFOR DRILL USE ONLY**

l' POINT BEACH NUCLEAR PLANT 1994 EXERCISE b MESSAGE FORM , l Time: 1100 Message #: 14C - I Message For: Exercise POM Message: Although you may not agree, declare a General Emergency based on ! Category 5, " Abnormal Effluent," indicated by effluent monitors, measured i dose rates or projected dose rates. ! l I i i 1 0 ! l l l l l l i O

                                   **FOR DRILL USE ONLY**

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                                  **FOR DRILL USE ONLY8*                                           .

POINT BEACH NUCLEAR PLANT 1994 EXERCISE MESSAGE FORM i Time: '1130-1300 Message #: 15 d i Meunoe For: Personnel dispatched to repair / isolate RH-720 i Message: Do not enter containment. CONTROLLER NOTE: Allow the repair team to take all necessary actions they would l

to enter containment, but do not allow entry. 'Ihe team should be taken to the valve mock-up in the Unit 1 Facade to discuss the actions they would take. See Mini-Scenario for more detail l on dose rates and indications. O O

                                  **FOR DRILL USE ONLY**

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                                 **FOR DRILL USE ONLY**

POINT BEACH NUCLEAR PLANT 1994 EXERCISE O usss^os roax i l 1 Time: 1130-1300 - Message #: 16C l i Meunge For: Personnel dispatched to repair / isolate RH-720 Message: The valve is shut / repaired. CONTROLLER NOTE: Give this message if the pmper repair is completed or the valve is shut as outlined in the Mini-Scenario. Contact the simulator l operator with this information BEFORE the team informs the Drill Contml Room / Operations Support Center. I i O V i l O

                                 **FOR DRILL USE ONLY**

                                 **FOR DRILL USE ONLY2*

POINT BEACH NUCLEAR PLANT 1994 EXERCISE MESSAGE FORM Time: 1130 Message #: 17 [ Message For: JPIC Director ' Message: This is Mr. Abdoo's secretary Paula Marcec. Senior WE Management feels I he should be in Green Bay, and he will arrive by helicopter at 1:00 p.m. He would like a statement prepared that he can give at your next media briefing. 4 i a i t O i i I i l l O

                                  **FOR DRILL USE ONLY**

                                                                        *cFOR DRILL USE ONLY2* -

POINT BEACH NUCLEAR PIANT e 1994 EXERCISE (S-) MESSAGE FORM Time: 1130 Message #: 18 Message For: Emergency Director / Emergency Support Manager Message: This is Ron Stevenson of NRC Headquarters calling on behalf of the NRC Commissioners. The Commissioners would like to know the status of the unaffected nuclear unit and want to know if a JCO is being prepared for that unit. They also want to know your immediate and long-term plans. r O : i O i

                                                                         **FOR DRILL USE ONLY**

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                                 **FOR DRILL USE ONLY**                                      l 7

POINT BEACH NUCLEAR PLANT 1994 EXERCISE MESSAGE FORM , Time: 1130 Message #: 19 Message For: Emergency Director / Emergency Support Manager Message: This is Tom Ploski of NRC Region III in the Incident Response Center. Please be advised that an AIT has been dispatched to Point Beach and should arrive by 1500 hours. Please ensure the protocol, as outlined in NUREG-0845, is followed for their arrival and set-up. e i O

                                 **FOR DRILL USE ONLY**

I "FOR DRILL USE ONLY2* { POINT BEACH NUCLEAR PLANT : g 1994 EXERCISE i

 'g                                     MESSAGE FORM Time: 1300 +

Message #: 20 i e Message For: lead Exercise Controller l l Message: Make the following announcement over the Plant PA system: Attention all personnel, Attention all personnel, the 1994 Emergency Plan i Exercise is terminated. In facility critiques will begin at .

1. Repeat the announcement. l

2. Ensure the EOF, OSHPF, CEC and JPIC receive this information.

I I

3. Ensure that all communications contacts with outside agencies are informed that the exercise is terminated.

i l I i l 1 I O

                                   **FOR DRILL USE ONLY**

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     ,7 .             .

s i. 6.0 ' PLANT DATA j O 6.1 This section is set aside for plant data and parameters resulting from the l postulated sequence of events. As this exercise is to allow free play by the l operators, as initiated by the Point Beach Nuclear Plant simulator and l responded to by the participants, it is impracticable to attempt to duplicate l the detailed branching of events which could result from operator responses. -i Any attempt to bridge the gap between postulated responses and actual ! responses could result in a major break in the scenario flow. It would also j

 .                       result in the creation of a large number of possible scenario tracks which in      1 turn, could result in confusion and a high potential for loss of control of the exercise.                                                                            !

Section 6.2, therefore, outlines the intended response to ANY major problem j with the simulator and data flow of the scenario. j f 6.2 IE the simulator should fail to present the projected scenario data as

! intended,IE in a manner that cannot be reconciled by the operators quickly, l .OR the simulator fails to continue to present scenario data (" freezes"),JHEN the operators / controllers of the exercise will take the following actions: 6.2.1 An " Exercise Hold" will be announced by the lead Controller, O in which all participants will be asked to standby and remain in position until the exercise is reinitiated. 6.2.2 Before restarting the simulator, a brief update of current exercise conditions and, in particular, TIME orientation will be given over the Gai-tronics. Tune will be reset on the simulator, PPCS, and RMS clocks and the lead controller will instruct all controllers in matching restart scenario data with their event timelines. 6.23 IE the simulator break time will extend long enough to threaten the credibility of the scenario, the lead Exercise Controller will confer with the ERF Controllers to determine if the Exercise should continue as in step 6.2.1 and 6.2.2, 3 HEN a determination will be made as to IF, and HOW to continue the Exercise. O

                     -. - - . -   ...-.              .    . - -        ._ . . . = .              - . _ . ...
                .7.0 RADIOIDGICAL DATA                                                                           l o                                                                                                          l I

4

                                                            .-                                                   j
    .                                                                                                            i 3

1 j

                                                                                               .                 i Contents of this Section-                                                i
                                                                                                                 .i 7.1 In-Plant Radiological Data                                           !

7.2 Chemistry / Effluent Sample Data ! 7.3 Plume Maps / Field Team Data j I l l i 1 l I I 4 i

l O ,

                                                                                                 ~
      '     7.1 In-Plant Radiological Data                                                                 ,

k In-plant. maps showing area radiation levels as a function of time follow. Data are : given for the following times: 8' Flevation 26' Elevation 44'/66'/88' Elevation

 .                 0930 - 1015                 0930 - 1015                        0930 - END            !

1015 - 1100 1015 - 1100 1100 - 1130 1100 - 1400 1130 - 1200 , 1200 - END An in-plant area map and associated tables provide airborne concentrations and contamination levels for the 8' Elevation.

l i I t i E 6 O .

i 7.2 Chemistrv/Rffluent hmnle Data t O l: The Chestistry/ Effluent Sample Data is divided into the following sections: !

1. Total Nuclide Release Rate vs. Time

2. Offsite Particulate Concentrations by Nuclide

3. Deposition for Vegetation, Snow and Soil i

   .         4. Offsite Gas Sample Concentrations vs. Time                              ;

5. Air Iodine Cartridge Dose Rates (Silver Zeolite & Charcoal) ;

6. Offsite Deposition Dose Rates vs. Tune (6 inches & 1 meter) ;

e i i

I AIRBORNE ACTIVITY CONCENTRATIONS O d , i

   . THE ATTACHED TABLE IDENTIFIES AIRBORNE CONCENTRATIONS FOR THE PRIMARY AUXILIARY BUILDING FOR THE IDENTIFIED TIMES.    '

I

   . AIRBORNE ACTIVITY WILL BE THE SAME IN ALL OF THE AREAS IDENTIFIED ON THE RADIATION MAPS.

O l i O l

y ,/-~.- ISCEN1995.XLWIS(p ) min A c ncentrctiona i V T t . 4 Section A Air Concentrations Fraction of total activity released that goes to this section = 0.444 Volume of section = 1.40E + 09 cc (50000 ft* *3) test Air Concentration, uCi/cc ' ** Clock Time 930 945 1000 1015 1030 1100 1130 1200 1230 1330 1430 Time, hours Nuclide O O.25 0.5 0.75 1 1.5 2 2.5 3 4 5 1131 5.99E-08 5.75E-08 5.51 E-08 3.62E-08 3.46E-08 1.09E-08 3.37E-09 1.15E-09 6.42E-10 5.53E-11 4.70E-12 1132 8.55E-08 7.65E-08 6.75E-08 4.29E-08 3.65E-08 9.80E-09 2.62E-09 7.62E-10 3.68E-10 2.34E-11 1.47E-12 1133 1.34E-07 1.28E-07 1.21 E-07 7.95E-08 7.53E-08 2.32E-08 7.11E-09 2.38E 09 1.31 E-09 1.10E-10 9.05E-12 1134 1.56E-07 1.26E-07 9.64E-08 5.84E-08 4.07E-08 8.54E-09 1.78E-09 4.08E-10 1.54E-10 5.99E-12 2.29E-13 1135 1.24E-07 1.18E-07 1.08E-07 7.02E-08 6.47E-08 1.93E-08 5.70E-09 1.84E-09 9.82E-10 7.66E-11 5.88E-12 Kr85 2.31 E-07 2.22E-07 2.13E-07 1.40E-07 1.34E-07 4.21 E-08 1.31E-08 4.46E-09 2.51E-09 2.17E-10 1.85E-11 Kr85m 4.32E-06 3.99E-06 3.67E-06 ~ 2.37E-06 2.14E-06 6.20E-07 1.78E-07 l 5.61E-08 2.92E-08 2.15E-09 1.57E-10 Kr87 8.46E-06 7.19E-06 5.92E-06 3.67E-06 2.84E-06 6.80E-07 1.61E-07 t 4.16E-08 1.78E-08 8.95E-10 4.42E-11 Kr88 1.19E-05 1.08E-05 9.66E-06 6.18E-06 5.39E-06 1.49E-06 4.11 E-07 1.23E-07 6.14E-08 3.23E-09 2.16E-10 Xe131m 8.81 E-09 8.45E-09 8.09E-09 5.32E-09 5.09E-09 1.59E-09 4.96E-10 1.69E-10 9.46E-11 8.17E-12 6.95E-13 Xe133 2.24E-OS 2.15E-05 2.06E-05 1.35E-05 1.29E-05 4.03E-06 1.26E-06 4.24E-07 2.38E-07 2.06E-08 1.74E-09 Xe133m 5.34E-07 5.11E-07 4.88E-07 3.20E-07 3.05E-07 9.53E-08 2.95E-08 9.96E-09 5.58E-09 4.75E-10 4.01 E-11 Xe135 4.74E-06 4.53E-06 4.31 E-06 2.81 E-06 2.64E-06 7.99E-07 2.40E-07 7.88E-08 4.26E-08 3.43E-09 2.71 E-10 , Xe135m 6.03E-06 3.76E-06 1.48E-06 8.07E-07 2.59E-07 2.50E-08 3.12E-09 6.28E-10 2.78E-10 2.01 E-11 1.53E-12 Xe138 , 1.97E-05 1.26E-05 5.51 E-06 3.02E-06 1.06E-06 1.02E-07 9.67E-09 ,1.00E-09 1.72E-10 1.39E-12 1.10E-14 Rb88 .'O.00E + 00 3.50E-06 7.00E-06 4.82E-06 5.28E-06 1.59E-06 4.52E-07 i 1.37E-07 6.85E-08 4.63E-09 3.08E-10 Cs138 0.00E + 00 2.37E-06 4.73E-06 2.99E-06 2.47E-06 4.94E-07 8.89E-08 1.67E-08 5.07E-09 1.24E-10 2.94E-12 Page 1

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i i RADIATION AREAS ; O ; e THE A*ITACHED MAPS IDENTIFY THE RADIATION AREAS WITHIN THE PRIMARY AUXILIARY BUILDING. -

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O 0 9 Total Nuclide Release Rate vs. Time t O t

s ISCEN1995 XLW)?AB Rei. Rete Va. Tame Nuca.oe Reemase Rates From the P AS Stock V ere.g Teme. cunserseeore i i l e i ! ! ! I i ! I inchef total nuciede release rate from the PAS = i ! 187 lCbe i ! I I i 1 ! I l ( Clock Time i 945 1000 1 I 1015 1030 l 1100 1130 I 1200 1 1230 1300 1400 i 330 e

                   . Time houroi                          l                           I Nwcede        i       0    i    0.25           05         0.75             1     i 1.5    i     2         2.5           3    1       4     1      5
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1131 i 411 E + 00 i 4.35E + 00_ 4 S$E + 00. 2.7 2E + 00 1.SOE + 0C l 0 95E-01 2.64E 01 8 91E-02 3 SOE-02 4 96E 03 I e 58E-04 1132 i 5 SSE + 00 i 5 78E + 00 i 5 88E + 00 ! 3.38t + 00 1.90E + 00 8 32E 01 2.00E 01 8 Set 02 2.12E 02 2.11E43 ; 2 Det 04 1133 i 9 20E + 00 ! 9 87t + 00 j 1.01 E + 0118.00E + 00 3.91 E + 00 1 49E + 00 5 58E 01 2.00E-01 7 51E-02 9 85E43 1. 2SE-0 3 1134 ! 107t + 01 i 9 38E +00 j S.05E + 00 6 4 78E + 00 2.11 E + 00 5 SCE-01 1.40E-01 3.53E-02 8 S4E-03 5 35E-04 3.20E-05 1135 i 8 53E + 0015 SOE + 00 0 07E + 00 6.30E + 00 3.30E + 00 1.24E + 00 4.48E-01 1.00E 42 5.83E-02 S.SSE-03 8.22E-04 i Kr85 ! 1.27E-01 1.35E 01 1.42E-01 8.40E 02 5.57E-02 2.15E-02 S.22E-03 3.0SE-03 1.15E 43 1 55E-04 2.00E-05 KrtSm I 7.13E + 00 7.27E + 00 7.41 E + 00 4 30E + 00 2 98E + 00 9.57E-01 3.30E41 1.17E41 4.03E 02 4 05E-03 5 27E44 Kr87 i 1 39E + 01 1.29E + 01 1.19E + 01 7.02E + 00 3 55E + 00 1.04E + 00 3.03E-01 5.90E-02 2.45E42 1.92E43 1 47 E.04 Kr88 ( 1 95E + 01 1.95E + 01 1 94E + 01 1.15E + 01 S 7 2E + 00 2.29E + 00 7,72E41 2.58E-01 8.45E42 S tet-03 8 21E 04 xe131m i 1.45E-02 1.54E 02 1.82E42 9.80E-03 8.37E43 2 47E-03 9.44E44 3.53E-04 1.32E-04 1.79E45 2.37E46 Xe133 I 3 87E +01 3.89E + 01 4.11 E + 01 2.43E + 01 1.61 E + 01 0.21 E + 00 2.30E + 00 8.83E41 3.2SE-01 4.43E-0 2 5 95E-03 Me133m ! 8 83E-01 9.34E-01 9 84E-01 I 5.82E 01 3 54E-01 1.4sE-01 5.81E 02 2.09E42 7.75E-03 1.04E 03 1.30E-04 Ke135 i 7 83E + 00 ! 8 40E + 00 ! 8 97t + 0015.30E + 00 3.53E + 00 1 37 E + 00 5 ISE41 1.94E-01 7.18E42 8.54E-03 i 1.24E-03 Ke135m ! 9 95E + 00 i 7 47E + 0014 99E + 00 4 2.95E + 00 1.27E + 00 4 09E-01 1.42E41 5.03E42 1.77E-02 2.15E43 2.57E-04 Xe138 ! 3 24E + 01 i 2.18E + 0111.11 E + 01 i 8 57E + 00 1.33E + 00 157E 01 1.82E42 2.00E 03 2.37E44 2 99E 08 3.70E48 Rb88 ! 0 00E + 00 i 7.03E + 00 j 1 41 E + 01 i S 32E + 00 S SOE + 00 2.45E + 00 0 51E-01 2.SSE41 9.45E-02 9.95E-03 1.03E 03 Ce138 ! 0.0CE + 00 j e.75E + 00 i t.50E + 00 i l 0 2E + 00 3.10E + 00 7.44E 01 1.SSE-01 3 48E-02 7.00E 43 298E44 9 84E-08 i i ! ! i Tot al i 167E + 02 ! 1.67t + 021187E + 02 l 9 88E + 01. 5 34E +01 2.04E + 01 7.15E + 00 2.38E + 00 8.78E 01 i 107E-01 1.31 E-02 ' i i i i i i ! l l l

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8 O e S e Offsite Particulate Concentrations by Nuclide e d O O

l [SCEN1995.XLWJFilter Part4culct3 Cata 1 (]j / Offsite Particulate concantratkms Versus Time, uCI/oc Ca138 Datance 1 mile Clock Time 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 l Time, hours - Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 1.03E 10 2.06E 10 1.22E 10 6.72E 11 1.66E-11 3.55E-12 7.55E 13 1.52E 13 5.81E 15 213E 16 i SSE D 1.03E 05 2.06E46 1 MEG 6.72EM 1.66E 06 3.65EW 7.56E 08 1RE48 5.81E 10 2.13E 11 S 0 1.97Em 3.94EG 2.33Ee 1.29EM 3.17E 06 6.97E 07 1.44E47 2.91E48 1.11EG 4.08E 11 1 SSW 0 1.03EM 2.06EG 1mEM 6.72E46 1.66E46 3.65E47 7.56Ee 1RE 08 5.81E 10 2.13E 11 SW 0 1.03E 10 2.06E-10 1.22E-10 6.72E 11 1.66E 11 3.66E 12 7.56E 13 1.52E 13 5.61E 15 2.13E 16 Detance 2 mile Clock Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 0 1mE 10 2.06E-10 1mE 10 6.72E 11 1.66E-11 3.66E 12 7,55E 13 1.52E 13 5.81E 15 SSE O O 1.03E 06 2.06E 06 1 m E m 6.72E W 1.66EC 3.66Em 7.55E 00 1RE40 5.81 E-11 S 0 0 5.90E 06 1.20EM 7.08E46 3.90E 06 9.63E47 2.12E47 4.38Em 8.82Em 3.38E-10 SSW 0 0 1.03E46 2.06E46 1mE 06 6.72E47 1.66E 07 3.66E 08 7.56E40 1.52E40 5.81E 11 SW 0 0 1.03E 10 2.06E-10 1mE 10 .6.72E-11 1.66E-11 3.65E 12 7.55E-13 152E-13 5.81 E-15 . Detance 3 mile ! Clock Time l 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O 1.03E 11 2.06E-11 1mE-11 6.72E 12 1.66E 12 3.66E 13 7.55E 14 1.52E 14 5.61E 16 OS SSE SSW SW O 0 0 0 0 0 0 0 1.03E 06 2.06Em 1.22E46 6.72E47 1.66E 07 3.65E4B 7.55Em 1RE 00 5.81 E-11 3.04EM 6.07E 06 3.50E46 1.98E46 4.80E47 1.07E 07 2 22E48 4.47E 00 1.71E 10 1.03E 06 2.06E 06 1.22E.06 6.72E47 1.66E47. 3.65E 08 7.55E 00 1.52E 00 5.81E 11 1.03E-11 2.06E 11 1.22E 11 6.72E-12 1.66E 12 . 3.66E 13 7.55E 14 1.52E 14 5.81E 16 Detance 5 mile j Clock Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 0 0 1.03E 11 2.0$E 11 1mE 11 1.66E 12 3.66E 13 7.56E 14 1.52E 14 5.81E 16 l SSE O 0 0 1.03E46 2.06E46 1mE46 1.66E 07 3.66E48 755E G 1RE40 5.81E-11 l S 0 0 0 1.25EG 2.50E 06 1.46E46 2.01E47 4.42E 08 9.15E40 1.84E40 7.04E 11 ' l SSW 0 0 0 1.03E 06 2.06E 06 1RE46 1.66E47 3.66E 08 7.56E 00 1.52E 00 5.81 E-11 SW 0 0 0 1.03E-11 2.06E 11 IME 11 1.66E 12 3.86E-13 7.56E-14 1mE-14 5.81E 16 Oistance 10 m;ie Cook Tome 930 946 1000 1015 1030 1103 1130 1200 1230 1300 1400 Time, hours Sector 0 02 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 0 0 0 0 2.06E 12 6.72E 13 1.66E-13 3.66E 14 7.56E 15 5.81E 17 SSE O 0 0 0 0 2.06E47 6.72E 08 1.66E 08 3.66E 00 7.56E 10 5.41E-12 S 0 0 0 0 0 8.15E 07 2.66E& 6.56Em 1.44E 08 2.96E 00 2.30E 11 SSW 0 0 0 0 0 2.06E& 6.72E 08 1.66E 08 3.66E 00 7 55E 10 5.81E 12 SW O 0 0 0 0 ' 2.06E 12 6.72E-13 1.66E-13 3.66E-14 7.56E-15 5.81E 17 O -

I

                                                                                                                                                                   'i
 ,                                                           (SCEN1996.XLW} Finer Particulate Cata f

i Oneito Particulate Concentradone Versus Twne, uG/oc h V Pb88 - Distance - 1 mile j Oock Twne ! S30 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Twne,houre l Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 j SE ! O 1.53E 10 3mE 10 1.80E 10 1.43E-10 5.32E 11 1.85E 11 6.19E 12 2.06E-12 2.18E 13 2.24E-14 SSE O 1.53E 4 3.05E4 1.80E 05 1.43EM 5.32E 4 1.86E 08 8.19E 07 2.06E 07 2.16E 08 2.24Ee I 8 0 2.92E4 5.84E 05 3.45E4 2.74E 05 1.02EM 3.53Em 1.18E4 3.92E4r 4.13EG 4.2SEM i SSW 0 1.53E4 305E4 1.80E6 1.43E 06 5.32E M 1.85E4B 0.10E 07 2.05E47 2.16E48 2.24E49 t SW 0 1.53E-10 3.08E-10 1.a0E 10 1.43E 10 S.32E 11 1.86E 11 6.10E 12 2.05E-12 2.18E 13 2.24E . Distance 2rnes .j Oook Time 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 , Time, houre ' Sector 0 0.25 0.5 0.75 1 . 1.5 2 2.5 3 4 5 . SE O O 1.53E 10 3.05E-10 1.80E 10 1.43E-10 5.32E 11 1.85E 11 6.19E 12 2.05E 12 2.16E-13 SSE O O 1.53Em 3.05E 08 1.80E4 1.43EM 5.32E4r 1.85E4r 6.19Em 2.0SE4 2.18E 09 S 0 0 8.48E Og 1.7FE4 1.05E 05 4.32E 4 3.00Em 1.07Em 3.59E 07 1.19E4r 1.25E 08 ! SSw 0 0 i.53Eas 3.05E4s i.a0E Os i.43E.Os 5.32E4r i.e5E4r e.19Em 2.05E.Os 2.ieEm ; SW 0 0 1.53E 10 3.05E 10 1.30E-10 1.43E-10 5.32E-11 1.86E-11 6.19E 12 2.06E 12 2.16E 13 , Distance 3 mile Cook Twne ! 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O 1.53E 11 3.05E 11 1.80E 11 1.43E 11 5.32E 12 1.85E 12 6.19E 13. 2.06E 13 2.16E 14 SEE 0 0 1.53E4 3.05Em 1.80E6 1.43EG 5.32E47 1.46E47 8.19E 4 2.06E4 2.16EG S 0 0 4A9Em 8.9BE 06 5.31E 08 4.22EM 1.57Em 5.44E47 1.82E 07 6.04E 08 6.36E 00 SSW 0 0 1.53E4 3.06E46 1.80E48 1.43EM 5.32EW

1.a6E47 6.19E G 2.06Em 2.16E 00 l SW 0 0 1.53E 11 3.06E 11 1.80E-11 1.43E-11 5.32E 12 1.46E 12 6.19E-13 2.05E 13 2.16E 14 ;

Distance 5 mile [ Oook Twne 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O 0 1.53E 11 3.06E 11 1.80E-11 5.32E 12 1.45E 12 8.10E 13 2.05E 13 2.16E 14 SSE o 0 0 1.53Em 3.06EM 1.80Em 5.32EW 1.85E47 8.10E Os 2.05Em 2.16E 00 S 0 0 0 1.85E 06 3.70E48 2.19E 08 8.46E W 2.24E4r 7.80E 0B 2.40E 08 2.62EG SSW 0 0 0 1.53E46 3 06E 06 1.80Em 5.32E4F 1EdW 6.19Em 2.05Em 2.16E 00 SW 0 0 0 1.53E 11 3.05E 11 1.80E 11 5.32E 12 1.66E 12 6.19E 13 2.05E 13 2.16E 14 Distance 10 mile Oook Time 930 948 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hoise Sooter 0 02 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O O O O 3.05E-12 1.43E-12 5.32E 13 1.88E-13 4.19E 14 2.16E 15 SSE O O O O O 3.05E4r 1.43EW 5.32E 08 1.85E4 S.19Em 2.16E 10 S 0 0 0 0 0 1.21E48 5.08E4r 2.10E4r 7.30E.08 2.46Em 8.54E-10 i SSW 0 0 0 0 0 3.05E4r 1A3E W 5.32E 08 1.86E4B 4.19E 00 2.16E 10 l SW 0 0 0 0 0 3.06E 12 1.43E-12 5.32E 13 1.86E 13 4.19E 14 2.16E 15 j I i

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

l [SCEN1996.XLW) Filter . Particulate Data Frootion of iodine in parta:ulate form = 0.01 , Offsite Particulate Concereotions Versue Time, uG/oc Nuchde.1135 Delance 1 mile Cock Time 930 IL46 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, bours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE t.86E-12 1.91E 12 1.97E-12 1.16E 12 7.34E 13 2.70E-13 9.73E 14 3.47E 15 1.22E-14 1.49E 15 1.78E 16 SSE 1.45E47 1.91E 07 1.97E 07 1.18E 07 7.34E 08 2.70EM 9.73E 00 3.47E-10 1.22E 09 1.49E-10 1.78E 11 S 3.54E 07 3.66E<07 3.76E 07 2.23E 07 1.40E 07 5.18E Os 1.86E Os 6.64E 10 2.34E40 2.46E-10 3.41E 11 1 SSW 1.86E47 1 A1E 07 1STE47 1.16E 07 7.34608 2.70E 08 9.73E4B 3.47E 10 1.22E<00 1.49E 10 1.78E 11 SW 1.86E-12 1.91E-12 1.97E 12 1.16E-12 7.34E 13 2.70E-13 9.73E 14 3.47E 15 1.22E 14 1.49E 15 1.78E 16 l Dielance .2 mile I Oook Time I 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400

Time. - Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 ; SE 0 1.86E 12 1.91E 12 ISTE-12 1.16E 12 7.34E 13 2.70E-13 9.73E-14 3.47E 15 1.22E 14 1.49E-15 SSE 0 1.86E 08 1.91E 08 1.97E 08 1.16E48 7.34E 00 2.70E4B 9.73E 10 3.47E-11 1.22E 10 1.40E 11 ' S 0 1.08E 07 1.11E 07 1.14E 07 6.76008 4.20E<08 1.57E 08 5.66EG 2.01E 10 7.00E 10 6.67E 11 SSW 0 1.85Em 1.91E4s 137E 08 1.16Em 7.34E 00 2.70EG 9.73E 10 3.47E 11 1.22E 10 1.49E 11 l SW D 1.86E 12 1.91E 12 1.97E-12 1.16512 7.34E-13 2.70E-13 9.73614 3.47615 1.22E-14 1.49615 Delance 3 mile l O ook Tene l 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 ' Tirne hours l Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 l

   %/ SE               O        1.86513 1.91 E-13 1.97E 13 1.16E-13 7.34E 14 2.70E-14 9.73E-15 3.47E-16 1.22E 15 1.49E-16 SSE              O        1.86E 08 1.91Em 1.97Em 1.16EM 7.34E40 2.70E40' 9.73E 10 3.47E 11 1.22E 10 1.49E-11 S                0        5.45E 06 5.62E4s 5.79E 08 3.43EG 2.16E 08 7.94000 2.87E 09 1.02E-10 3.60610 4.40E 11 SSW              0        1.85E48 1.91E<00 1.97Em 1.16E 08 7.34E 00 2.70E4 9.73E 10 3.47511 1.22E 10 1.49611 SW               0        1.86E-13 1.91E-13 1.97E 13 1.16613 7.34614 2.70614 9.73E 15 3.47E 16 1.22015 1.49E-16 i

Delance 5 mile Cook Time 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours !' Sector 0 0.2E 0.5 0.75 1 1.5 2 2.5 3 4 5 SE 0 0 1.46E 13 1.91013 1.97E 13 1.16E-13 7.34E 14 2.70E 14 9.73E 15 3.47E 16 1.22015 SSE 0 0 1.86E 08 1.91E 00 1J7EM 1.16E 08 7.34E 00 2.70E40 9.73E-10 3.47E 11 1.22610 S 0 0 2 24E 05 2.31E 08 2.38E 08 1.41E 08 8.90E4 3.27E 00 1.16E<00 4.20611 1.48E 10 SSW 0 0 1.46E 0B 1.91E 08 1.97Em 1.16E 08 7.34E 00 2.70E 00 9.73E-10 3.47E-11 1.22E 10 SW 0 0 1.86E-13 1.91E-13 1.97E 13 1.16E-13 7.34E-14 2.70014 9.73E-15 3.47E 16 1.22E 15 ; Desance 10 mile Oook Time > C30 945 1000 1016 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 0 0 0 1.86E-14 131E-14 137E 14 1.10E 14 7.34E 15 2.70E 15 9.73E 16 SSE 0 0 0 0 1.86E 00 1.91EG 1.9FE40 1.16Em 7 34E 10 2.70E 10 9.73E 11 S 0 0 0 0 7.32E40 7.56E49 7.78EG 4.00EG 2.90EG 1.07E 09 3.85E 10 SSW 0 0 0 0 1.86E49 1.91E49 137E 09 1.16EG 7.34E 10 2.70010 9.73E 11 SW 0 0 0 0 1.86E 14 1.91E 14 1.97E-14 1.16E 14 7.34E 15 2.70E 15 9.73E 16

i l [SCEN1995.XLW) Filter - Particut:30 Data l Fraction of lodine in particulate form = 0.01 p) g% / Offaite Particulate Concentrations Versus Time, uG/oc Nuciede 1134 Detance 1 mile Cock Time 930 9.C 1000 1015 1030 1100 1130 1200 1230 1300 1400

Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE 2.32E-12 2.03E 12 1.75E 12 1.03E-12 4.58E-13 1.19E 13 3.04E 14 7.86E-15 1.92E 15 1.16E 16 6.94E-18 SSE 2mE 07 2.03E.07 1.75E47 1.03E 07 4.58E48 1.19E4B 3.04E 00 7.86E 10 1.92E 10 1.16E 11 6.94E 13 S 4.44EW 3.80EW 3.34E47 1.98E 07 8.75E48 2.28E 08 5.82E40 1.46E40 3.67E 10 2.22E-11 1.33E 12 SSW 2.32E 07 2.03E47 1.75E 07 1.03E 07 4.58E48 1.19E48 3.04E 00 7.88E-10 1.92E 10 1.16E 11 6.94E 13

 .        SW            2.32E 12 2.03E 12 1.75E-12 1.03E-12 4.58E-13 1.19E-13 3.04E-14 7.88E-15 1.92E 15 1.16E-16 6.94E-18 Delance 2 mile Cock Time 930         945          1000     1015      1030       1100          1130    1200  1230   1300     1400 Time, hours Sector                0     0.25          0.5     0.75        1          1.5           2      2.5    3      4        5 SE                    O    2.32E-12 2.03E 12 1.75E 12 1.03E-12 4.58E 13 1.19E-13 3.04E-14 7.86E-15 1.92E-15 1.16E 16 SSE                   O    2.32E 08 2.03EM 1.75EM 1.03E48 4.54E40 1.19E 00 3.04E 10 7.86E 11 1.92E-11 1.16E-12 S                     0    1.35E47 1.18E47 1.01E 07 6.00E 08 2.86E 08 6.93E 00 1.77E 00 4.46E 10 1.11E-10 6.74E 12 SSW                   O    2.32E 00 2.03E 08 1.75E 08 1.03E 08 4.54E40 1.19E 00 3.04E-10 7.68E 11 1.92E 11 1.16E 12 SW                    D    2mE-12 2.03E 12 1.75E-12 1.03E-12 4.58E 13 1.19E 13 3.04E-14 7.86E 15 1.92E 15 1.16E-16 Dstance 3 mile Cock Time 930          945         1000     1015      1030       1100          1130    1200  1230   1300     1400 l

Time, hours 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 Sector

       /  SE                    O    2ME 13 2.03E 13 1.75E 13 1.03E 13 4.58E 14 1.19E 14 3.04E-15 7.86E-16 1.92E 16 1.16E 17 SSE                   O    2mE08 2.03E 08 1.75E 08 1.03E 08 4.58E40 1.19E40 3.04E 10 7.86E 11 1.92E 11 1.16E 12 S                     0    6.84E 08 5.99E 08 5.14E48 3.04E 08 1.36E48 3.51E 00 8.96E 10 2.25E 10 5.85E-11 3.42E 12 SSW                   0    2.32E48 2.03E48 1.75E 08 1.03E48 4.58E40 1.19E 00 3.04E 10 7.86E 11 1.92E 11 1.16E 12 SW                    0    2mE'13 2.03E 13 1.75E 13 1.03E 13 4.58E-14 1.19E 14 3.04E-15 7.86E 16 1.92E-16 1.16E 17 Detance 5 mile Cock Time 930          945         1000     1015      1030        1100          1130   1200   1230  1300     1400 Time, hours Sector                0     0.25          0.5      0.75        1         1.5           2       2.5   3       4        5 SE                    O        O        2.32E-13 2.03E 13 1.75E 13 1.03E-13 4.58E 14 1.19E 14 3.04E-15 7.86E 16 1.92E 16 SSE                   O        O        2.32E 08 203E 08 1.75E 08 1.03E 08 4.58E 00 1.19E40 3.04E-10 7.86E 11 1.92E 11    i S                     O        0        2.82E 06 2.47E 08 2.12E 08 1.25E48 5.55E40 1.45E 00 3.80E 10 9.28E 11 2.33E 11 SSW                   0        0        2.32E 08 2.03E 08 1.75E 08 1.03E 08 4.58E40 1.19E40 3.04E 10 7.86E 11 1.92E 11 SW                    0        0        2.32E 13 2.03E 13 1.75E 13 1.03E-13 4.58E 14 1.19E 14 3.04E 15 7.86E 16 1.92E-16 Datance 10 mile Oock Time 1015      1030       1100          1130    1200  1230   1300     1400  i 930         946         1000 Time, hours 0      0.25         0.5      0.75                   1.5           2      2.5    3      4        5   j Sector                                                         1 SE                    O         O           0        0     2.32E 14 2.03E-14 1.75E-14 1.03E-14 4.58E 18 1.19E-15 3.04E 16 SSE                   O         0           0        0     2.32E40 2.03E 00 1.75E 00 1.03E 00 4.58E 10 1.19E 10 3.04E 11 S                    0         0           0        0     9.18E 00 4.06E 00 8.01E 00 4.00E40 1.8tE 00 4.72E-10 1.20E 10 SSW                   0         0           0        0     2.32E 00 2.03E 00 1.75E 00 1.03E 00 4.54E 10 1.19E-10 304E 11 SW                   0         0           0        0     2 32E-14 2.03E-14 1.75E 14 1.03E-14 4.58E 15 1.19E 15 3.04E 16 O

[SCEN1995.XLW) Filter Partcuina Data i Fraction of iodirm iri partsulate form = 0.01 [ Offaite Particulate Con entrattuna v.isu Time, uG/w Q hud.Gs.il3J Detance . I mile Clock Time 930 946 1000 1015 1030 1100 1130 0 00 1230 1300 1400

Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 . SE 2.00E-12 2.10E 12 2.20E-12 1.30E-12 8.49E-13 3mE 13 1.21E 13 4.47E 14 1.63E 14 2.14E 15 2.74E 16 SSE 2.00E47 2.10E47 2.20E 07 1.30EW 8.49E48 3.22E48 1.21E48 4.47E40 1.63E 00 2.14E 10 2.74E 11 S 3.82E 07 4.01EC 4.21E 07 2.49E47 1.62EW 6.17E48 2.31E48 8.56E40 3.12E 00 4.00E 10 5.25E 11 ; 2.00E47 2.10E 07 2.20E47 1.30EW 8.49E 08 3.22E 06 1.21E 08 4.47E40 1.63EG 2.14E 10 2.74E 11

SSW SW 2.00E-12 2.10E 12 2.20E 12 1.30E-12 8.49E-13 3.22E 13 1.21E 13 4.47E-14 1.63E-14 2.14E 15 2.74E 16 Detance .2 mile ; Dock Time t 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 i Time, hours , Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 ; SE O 2.00E-12 2.10E 12 2.20E 12 1.30E 12 8.40E 13 3mE 13 121E 13 4.47E 14 1.83E 14 2.14E 15 SSE o 2.00E 05 2.10E4 2.20E 08 1.30E 08 8.40E 00 3mE00 1.21E40 4.47E 10 1.63E to 2.14E 11 S 0 1.16EW imEW 1.28E 07 7.56Em 4.93E48 1.87E48 7.03E49 2.80E40 9.46E 10 1.24E 10 SSW D 2.00EM 2.10EM 220E G 1.30EG 8.49E40 3mE00 1.21E40 4.47E-10 1.63E 10 2.14E 11 SW 0 2.00E-12 2.10E 12 2.20E-12 1.30E 12 8.49E-13 3.22E 13 1.21E 13 4.47E-14 1.63E 14 2.14E 15 Detance 3 mile Cock Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 2.00E 13 2.10E-13 2.20E 13 1.30E 13 8.49E 14 3.22E 14 1.21 E-14 4.47E 15 1.63E 15 2.14E 16 SSE O 2.00E48 2.10E48 2.20EG 1.30E48 8.49E 00 3.22E 09- 1.21E40 4.47E 10 1.63E-10 2.14E 11 S 0 5.88E4 6.18E 06 C.40Em 3.83E 08 2.50EG 9.50EG 3.56E 00 1.32E 00 4.00E-10 6.29E-11 SSW 0 2.00E48 2.10E48 2.20E 08 1.30E 08 8.49E US 3mE00 1.21E40 4.47E-10 1.63E 10 2.14E 11 SW 0 2,00E-13 2.10E 13 2.20E-13 1.30E 13 8.40E.14 3mE 14 1.21E-14 4.47E 15 1.63E 15 2.14E 16 Datance .5 mile Dock Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sectar 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O 2.00E 13 2.10E 13 2.20E-13 1.30E-13 8.49E 14 3.22E 14 1.21E 14 4.47E 15 1.63E 15 SSE O O 2.00E 08 2.10E 08 2.20EM 1.30Ee 8.49E40 3.22E 00 1.21E40 4.47E-10 1.63E 10 S 0 0 2.42E 08 2.54E 06 2.67E 08 1.58EG 1.03E48 3.91E 00 1.47E 00 5.42E-10 1.98E 10 SSW 0 0 2.00E48 2.10E48 2.20E 08 1.30E48 8.49E40 3.22E 00 1.21E40 4.47E 10 1.63E-10 SW 0 0 2.00E-13 2.10E-13 2.20E 13 1.30E-13 8.49E 14 3mE 14 1.21E-14 4.47E-15 1.63E-15 Detance .10 mile Dock Time 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 0 0 0 2.00E 14 2.10E 14 2.20E-14 130E-14 8.40E-16 3.22E-15 1.21E 15 SSE O O 0 0 2.00E 00 2.10E40 2.20E40 1.30E 00 4.40E-10 3mE 10 1.21E 10 8 0 0 0 0 7.90E 00 8.30E 00 8.70E 00 5.14E40 3.38Em 1.28E 00 4.79E 10 SSW 0 0 0 0 2.00E40 2.10E 00 2.20E 00 1.30E40 8.40E-10 3.22E-10 1.21E 10 SW 0 0 0 0 2.00E-14 2.10E-14 2.20E 14 1.30E 14 8.40E-15 3mE 15 1.21E 15 k/

[SCEN1995.XLW} Filter . Particut.to Data l l Fraction of iodine in particulate form = 0.01 i OMeine Particulate Concentretione Versus Tane, uG/cc I Nuclide .1132 j (~~f Detance .1 mile Dock Tirne l 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400

Time, hours l Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 , SE 1.28E 12 1.25E 12 1.23E-12 7.29E 13 4.12E 13 1EE 13 4.47E 14 1.44E 14 4.80E-15 4.58E-16 4.47E 17 SSE 12E 07 1.25E 07 1.23E 07 7.29Em 4.12E Os 1.37Em 4.47E 00 1.44E 00 4.80E 10 4.58E 11 4.47E 12 S 2.44E 07 2.40E47 2.36E 07 1.30E 07 7 88Ett 2.62E 08 8.56E 00 2.76E49 8.79E 10 8.76E-11 4.54E-12 SSW 1.2eE 07 1.25E 07 1.23E47 7.20E4 4.12EJ 1EEG 4.47E 09 1.44E 00 4.80E 10 4.58E 11 4.47E 12 SW 1.20E-12 13E-12 1.23E-12 72E 13 4.12E 13 1.37E 13 4.47E 14 1.44E 14 4.00E 15 4.58E 18 4.47E 17 l t i Delanog. 2 mile Oook Teme 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 i Time, hours i Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 1 i SE O 1.28E 12 1.25E 12 1.23E-12 7.29E 13 4.12E-13 1EE 13 4.47E-14 1.44E 14 4.00E 15 4.58E 10 SSE O 1.28E 08 12SEM 1.23Em 7.29E 00 4.12E 00 1.37E 09 4.47E-10 1.44E 10 4.00E 11 4.58E 12 : S 0 7.41Em 7.2eE 08 7.15EM 4.23E 05 2.30EM 7.96E 00 2.00E 09 8.30E 10 2.67E 10 2.06E 11 SSW 0 1.28E 08 1.25Em 1.23Em 7.29E40 4.12E 00 1EE 09 4.47E 10 1.44E 10 4.00E-11 4.58E 12 SW 0 1.28E 12 1.25E 12 1.23E 12 7.29E 13 4.12E 13 1EE 13 4.47E 14 1.44E 14 4.00E 15 4.58E 16 Delance.3 mile Oock Time 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Tirne, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE D 1.28E 13 1.25E 13 1.23E 13 7mE 14 4.12E 14 1.37E 14 4.47E 15 1.44E-15 4.00E 16 ' 4.58E 17 i SSE O 1.28Em 1.25EM 1.23EM 7.29E 09 4.12E 00 1.37Em 4.47E 10 1.44E 10 4.00E 11 4.58E-12 S 0 3.76E4B 3.00E4B 3.63EM 2.15Em 1.21E 08 4.04E 00 1.32E 00 4.25E 10 1.35E 10 1.35E-11 t SSW 0 1.28E48 1.25Em 1.23E 08 7.29E 09 4.12E 00 1.37E 00 4.47E 10 1.44E 10 4.00E 11 4.58E 12 SW 0 128E 13 1.25E 13 1.23E 13 7.29E 14 4.12E-14 IEE 14 4.47E 15 1.44E 15 4.00E 16 4.58E 17 Delance. 5 mile Oook Tene 930 946 1000 1016 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O 1.2sE 13 1.25E-13 1.23E 13 7.29E 14 4.12E 14 1.37E 14 4.47E-15 1.44E 15 4.60E 16 SSE O O 1.28E 08 1.25E4B 1.23E 08 7.29E 09 4.12E 00 1.37E49 4.47E 10 1.44E 10 4.80E 11 S 0 0 1.55E4B 1.52E48 1.40E4B 8.83E 00 4.90E49 1.66E49 5.42E 10 1.75E 10 5.57E 11 SSW 0 0 1.28E 08 1.25E 08 1.23E48 7.29E 00 4.12E49 1.37E49 4.47E 10 1.44E-10 4.80E 11 SW D 0 1.28E 13 1.25E 13 1.23E 13 7.29E-14 4.12E 14 1.37E 14 4.47E 15 1.44E 15 4 4 816 Delance 10 mile Oook Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O O O 1.2sE 14 12E 14 1.23E 14 7.2BE 15 4.12E-15 1EE 15 4.47E-16 SSE O O O O 1.2sE 00 1.2SE 08 123E Og 72E 10 4.12E 10 1SE-10 4.47E 11 8 0 0 0 0 5.04E 00 4.90E40 4A7E 00 2.80E 09 1.83E 00 5.42E-10 1.77E 10 SSW 0 0 0 0 1.28E 00 1.25E 00 1.23E 09 7.29E 10 4.12E 10 1.37E 10 4 47E 11 SW 0 0 0 0 1.28E 14 1.25E 14 1.23E 14 7.29E 15 4.12E 15 1.37E 15 4.47E 16 I

[SCEN1995.XLW)Rter Particulcto Data ! Fraction of iodine in particulate form = 0.01 . I g Offeite Particulate Concentratione Versus Time, uCi/cc !

     )   Nuclide .1131 V       Detance .1 mile                                                                                                            i Clock Time 930         946        1000      1015        1030     1100      1130         1200  1230    1300      1400 Time, hours      -

Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE 8.91E 13 9.44E 13 9 97E 13 5.89E 13 3.90E 13 1.51E 13 5.73E-14 2.15E 14 7.98E 15 1.08E 15 1.42E 14 ! SSE 8.91Em 9.44EG 9.97EM 5.80Ee 3.90Em 1.51Em 5.73EG 2.15Em 7.98E-10 1.08E 10 1.42E-11 S 1.70E 07 1.81E& 1.91E 07 1.13E 07 7.47Em 2.88E4 110E 08 4.11EG 1.53EG 2.08E 10 2.72E 11 SSW 8.91E m 9.44E M 9.97E 08 5.89Em 3.90E4 1.51EG 5.73E 4 2.15EG 7.98E 10 1.08E-10 1.42E 11 - SW 8.91E-13 9.44E 13 9.97E 13 5.80E-13 3.90E 13 1.51E 13 5.73E 14 2.15E 14 7.98E 15 1.08E 15 1.42E-16 ! Dstance 2 mile Clock Time t 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 i SE O 8.91E 13 9.44E 13 9.97E 13 5.80E 13 3.90E-13 1.51E 13 5.73E 14 2.15E 14 7.98E 15 1.08E 15 I SSE 0 8.91EG 9.44EG 9.97Em 5.80EG 3.90EG 1.51EG 5.73E-10 2.15E 10 7.98E 11 1.08E 11 ' S 0 5.18E 08 5.48E 08 5.79Em 3.42Em 2.27Em 8.76Em 3.33EG 1.25EG 4.83E-10 6.25E 11 SSW 0 8.91E m 9.44E @ 9.97Em 5.00EG 3.90Em 1.51Em 5.73E 10 2.15E 10 7.98E-11 1.08E-11 ' SW 0 8.91E 13 9.44E 13 9.97E 13 5.80E 13 3.90E 13 1.51E 13 5.73E 14 2.15E 14 7.98E 15 1.08E 15 i Detence 3 mile Oock Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 i SE O 8.91E-14 9.44E 14 9.97E 14 5.80E 14 3.90E 14 1.51E 14 5.73E 15 2.15E-15 7.98E 16 1.08E-16 ; SSE O 8.91EG 9.44EG 9.97Em 5. teem 3.90Em 1.51E 00. 5.73E 10 2.15E 10 7.98E 11 1.08E 11 ! S 0 2.63EM 2.78EM 2.93Ee 1.74EM 1.15Em 4.44Em 1.89E@ 6.33E 10 2.35E 10 3 '7E 11 SSW 0 8.91Em 9.44EG 9.97EG 5.80E G 3.90E@ 1.51EG 5.73E 10 2.15E 10 7.98E 11 1.08E 11 SW 0 8.91Ee14 9.44E 14 9.97E-14 5.80E-14 3.90E 14 1.51E-14 5.73E 15 2.15E-15 7.98E 16 1.08E 16 i Detance.5 mile i Clock Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours i Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 0 8.91E 14 9.44E 14 9.97E 14 5.80E-14 3.90E 14 1.51E 14 5.73E 15 2.15E 15 7.98E 16 SSE 0 0 8.91E@ 9.44EG 9.97EG 5.00E& 3.90EG 1.51Em 5.73E 10 2.15E 10 7.98E 11 S 0 0 1.08Em 1.14Ee 1.21EM 7.14E 00 4.73Em 1.83EG 6 94E 10 2.81E-10 9.67E 11 ! SSW D 0 8.91Em 9.44Em 9.97EG 5.aeE 00 3.90Em 1.51Em 5.73E 10 2.15E 10 7.98E 11 SW 0 0 8.91E-14 9.44E 14 9.97E 14 5.80E-14 3.90E 14 1.51E 14 5.73E 15 2.15E 15 7.98E 16 Datance 10 mas Clock Time 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O O O 8.91E 15 9.44E-15 9.97E 15 5.aeE 15 3.90E 15 1.51E 15 5.73E 16 SSE O O 0 0 8.91E 10 9.44E-10 9.97E 10 5.80E 10 3.90E-10 1.51E-10 5.73E 11 S 0 0 0 0 3.52EG 3.73Ee 3.94Em 1.33E4 1.54EM 5.96E 10 2.28E 10 ! SSW D 0 0 0 8.91E 10 9.44E-10 9.97E 10 5.8DE 10 3.90E 10 1.51E-10 5.73E-11 SW 0 0 0 0 8.91E-15 9.44E-15 9.97E 15 5.80E-15 3.90E-15 1.51E 15 5.73E-16

O 1 l Deposition for Vegetation, Snow & Soil O ! l l i l O i

ISCEN1995.XCW) Deposition .Ve9:t: tion V:.lu:s Conversion Factor : 1 m*'2 = 0.7 kg

'\

Offsite Depoortion Versus Time. ucl/kg, Ve9etation Media Detance .1 mine Clock Time 930 US 1000 1015 1030 , 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5, 3 4 5 SE 0 0 3.29E44 9.86E44 1.38E43 't.92E43 2.10E43 2.15EG 2.17E43 7.18E43 2.18E43 SSE O O 3.29E + 01 9.86E + 01 1.36E + O2 1.92E + 02 2.10E + 02 2.15E + 02 2.17E + 02 2.18E + 02 2.18E + 02 S 0 0 6.29E + 01 1.89E + 02 2 93E + 02 3.86E + 02 4.01 E + 02 4.12E + 02 4.15E + 02 4.17E + 02 4.17E + 02 SSW 0 0 3.29E+01 9.86E+01 1.38E+02 1.92E+02 2.10E+02 2.15E+02 2.17E+02 2.18E+02 2.18E+02 . SW 0 0 3.29E 04 9.86E 04 1.38E43 1.92E43 2.10E43 2.15E 03 2.17E43 2.18E43 2.18E43 Detance 2 mile Dock Time - 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 025 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 0 0 3.29E44 9.86E 04 1.76E43 2.31E43 2.48E43 2.54E43 2.58E43 2.59E43 SSE O O 0 3.20E + 00 9.86E + 00 1.78E + 01 2.31E + 01 2.48E + 01 2.54E + 01 2.58E + 01 2.59E + 01 S 0 0 0 1.91E + 01 5.73E + 01 1.02E + 02 1.34E + 02 1.44E + 02 1.48E + 02 1.50E + 02 1.50E + 02 SSW 0 0 0 3.29E + 00 9.86E + 00 1.76E + 01 2.31E + 01 2.48E + 01 2.54E + 01 2.58E + 01 2.59E + 01 SW 0 0 0 3.29E 04 9.88E44 1.76E 03 2.31E43 2.44E43 2.54E43 2.58E43 2.59E43 Detance . 3 mile Clock Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 p SE SSE O O O O O 0 3.29E46 9.86EG 1.76E 04 2.31E44 2.48E44 2.54E44 2.58E44 2.59E44 3.29E + 00 9.86E + 00 1.76E + 01 2.31E + 01 2.48E + 01 2.54E + 01 2.58E + 01 2.59E + 01 S 0 0 0 9.88E+00 2.90E+01 5.19E + 01 6.79E + 01 7.32E + 01 7.48E + 01 7.59E + 01 7.62E + 01 SSW 0 0 0 3.29E+00 9.86E+00 1.76E+01 2.31E+0i 2.44E+01 2.54E+01 2.58E+01 2.59E+01 SW 0 0 0 3.29EG 9.86EM 1.76E44 2.31E44 2.48E44 2.54E44 2.58E44 2.59E 04 Dstance 5 mile - Clock Tune , 930 945 1000 1015 1030 s 1100 1130 1200 1230 1300 1400 i Time, hours i Sector 0 0.25 0.5 0.75 1, 1.5 2 2.5 3 4 5 l 1 SE O O 9 0 3.29EM 1.64E44 2.42E44 2.00E44 2.86E44 2.89E44 2.70E44 1 SSE O O O O 3.29E + 00 1.64E +01 2.42E + 01 2.00E + 01 2.00E + 01 2.89E + 01 2.70E + 01 l S 0 0 0 0 3.98E + 00 1.99E + 01 2.93E + 01 3.15E + 01 3.22E + 01 3.26E + 01 3.28E + 01 SSW D 0 0 0 3.29E + 00 1.04E + 01 2.42E + 01 2.00E + 01 2.88E + 01 2.00E + 01 2.70E + 01 SW 0 0 0 0 3.29E@ 1.64E 04 2.42E44 2.00E 04 2.06E44 2.89E44 2.70E44 Detance 10 mile l Qock Time 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O O O O O 1.31Em 1.885e 2.04Em 2.15EM 2.19Em SSE 0 0 0 0 0 0 1.31E+00 1.86F+00 2.04E+00 2.15E+00 2.19E+00 S 0 0 0 0 0 0 5.20E+00 7.34E+00 4.06E+00 8.50E+ 00 8 64E+00 SSW 0 0 0 0 0 0 1.31E+00 1.asE+00 2.04E+00 2.15E+00 2.19E+00 SW 0 0 0 0 0 0 1.31E46 1.86E 4 2.04E4 2.15EM 2.19EM , i l j t

b . l 1 [SCEN1995.XLW) Deposition . Snow Values i Convers on Factor : 1 m"2 = 51 ;

   /G i   1 Offeite Deposesion Versus Time, uG/m"2. Snow Media j

V ' Detance . I mile I Clock Time 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 i Time, Pours - l Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 4 SE D 0 2.30E 04 6.90E 04 9.63E44 1.34E43 1.47E 03 1.51E43 1.52E 03 1.53E43 ' 1.53E 03 ! SSE O O 2.30E + 01 6.90E + 01 9.63E + 01 1.34E + 02 1.47E + 02 1.51 E + 02 1.52E + 02 1.53E + 02 1.53E + 02 S 0 0 4.40E + 01 1.32E + 02 1.84E + 02 2.57E + 02 2.81 E + 02 2.88E + 02 2.91 E + 02 2.92E + 02 2.92E + 02 ) SSW 0 0 2.30E + 01 6.90E + 01 9.63E + 01 1.34E + 02 1.47E + 02 1.51 E + 02 1.52E + 02 1.53E + 02 1.53E + O2 I

 .         SW              0          0      2.30E 04 6.90E44 9.63E 04 1.34E 03 1.47E43 1.51E43 1.52E43 1.53E 03 1.53E43 i

Detance .2 mile j Oook Time j 930 946 1000 1016 1030 1100- 1130 1200 1230 1300 1400 Time, hours } Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 ; i SE O O 0 2.30E44 6.90E 04 1.23E 03 1.61E43 1.74E 03 1.78E 03 1.80E.03 1.81E 03 , SSE 0 0 0 2.30E+00 6.90E+00 1.23E +01 1.61E + 01 1.74E + 01 1.78E + 01 1.80E + 01 1.81 E + 01 S 0 0 0 1.34E + 01 4.01E + 01 7.17E + 01 9.37E + 01 1.01E +02 1.03E +02 12E+02 1.06E+02 ; SSW 0 0 0 2.30E + 00 6.90E + 00 1.23E + 01 1.61E + 01 1.74E + 01 1.78E + 01 1.80E + 01 1.81E + 01 l SW 0 0 0 2.30EO4 6.90E 04 1.23E 03 1.61E43 1.74E 03 1.78E 03 1.80E43 1.81E43 Dstance - 3 mile Cock Time 1 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 > Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE 0 0 0 2.30E 06 6.90E4 1.23E44 1.61E44 1.74E 04 1.7eE44 1.80E44 1.81E44 l O SSE O O O 2.30E + 00 6.90E + 00 1.23E + 01 1.61E + 01 1.74E + 01 1.78E + 01 1.80E + 01 1.81E + 01 S O O O 6.78E + 00 2.03E + 01 3.64E + 01 4.75E + 01 5.12E + 01 5.24E + 01 5.31E + 01 5.34E + 01 I SSW 0 0 0 2.30E + 00 6.90E + 00 1.23E + 01 1.61 E + 01 1.74E + 01 1.7BE + 01 1.80E + 01 1.81E + 01 SW 0 0 0 2.30EM 6.90E M 1.23E 04 1.61E 04 1.74E44 1.78E44 1.80E 04 1.81E44 '

I Detance . 5 mile Gock Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, houre Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O O 0 2.30EM 1.15E 04 1.00E44 1.82E44 1.86E44 1.89E44 1.89E44 SSE 0 0 0 0 2.30E + 00 1.15E + 01 1.89E + 01 1.82E + 01 1.86E + 01 1.89E + 01 1.89E + 01 i S 0 0 0 0 2.79E + 00 1.30E + 01 2.06E + 01 2.21E + 01 2.25E + 01 2.20E + 01 2.29E + 01 i SSW 0 0 0 0 2.30E + 00 1.15E + 01 1.89E + 01 1.82E + 01 1.48E + 01 1.a9E + 01 1.89E + 01 j SW 0 0 0 0 2.30E4 1.15E44 1.00E44 1.82E44 1.86E 04 1.89E44 1.89E44 ;

Delance 10 mile , Oook Tune 930 946 1000 1015 1030 9.1100 1130 1200 1230 1300 1400 ! T6me, hours l Sector 0 0.26 0.5 0.75 1 1.5 2 2.5 3 4 5 SE 0 0 0 0 0 0 9.20EM 1.30E 4 1.42EM 1.50E M 1.53Ee ! SSE O O 0 0 0 0 9.20E41 1.30E + 00 1.42E + 00 1.50E + 00 1.53E + 00 S 0 0 0 0 0 0 3.64E + 00 5.14E + 00 5.63E + 00 5.96E + 00 6.05E + 00 SSW 0 0 0 0 0 0 9.20E41 1.30E + 00 142E + 00 1.50E + 00 1.53E + 00 SW 0 0 0 0 0 0 9.20EM 1.30E@ 1.42Ea 1.50EG 1.53E45 l l l O :

i (SCEN1995.XLW) Deposition SoilVdues - Convernion Factor : 1 m"2 = 80 hg Otteite Deposition Versus Time, uG/kg, Soa Media Dstance .1 mile Cock Time 930 _945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Tirne, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5, 3 4 5 SE 0 0 2.88Em 8.63Em 1.20EM 1.88E G 1.43E 06 1.88E4 1.90E4 1.91EG 1.91EM SSE O 0 2.88E 01 8.83E 01 1.20E + 00 1.88E + 00 1.83E + 00 1.88E + 00 1.90E + 00 1.91 E + 00 1.91 E + 0) S 0 0 5.50E41 1.86E + 00 2.30E + 00 3.21 E + 00 3.51 E + 00 3.00E + 00 3.63E + 00 3.66E + 00 3.86E + 00 SSW 0 0 2.48E41 8.63E41 1.20E + 00 1.68E + 00 1.43E + 00 1.88E + 00 1.90E + 00 1.91 E + 00 1.91 E + 00 SW 0 0 2.48E e 4.83E M 1.20E4 1.68EM 1.83E G 1.88EM 1.90E4 1.91EM 1.91E 06 Detance . 2 mile Oook Time 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O 0 2.88Em 8mEm 1.54E4 2.02EM 2.17EG 2.22EM 2.26EM 2.26E4 SSE 0 0 0 2.88E 02 8.63E 02 1.54E 01 2.02E41 2.17E 01 2.22E 01 2.26E41 2.26E 01 S 0 0 0 1.67E 01 5.01E 01 8.96E 01 1.17E + 00 1.26E + 00 1.29E + 00 1.31 E + 00 1.32E + 00 SSW 0 0 0 2.88E 02 8.63E 02 1.54E 01 2.02E41 2.17E41 2.22E 01 2.26E 01 2.26E 01 SW 0 0 0 2.88EM 8.63E M 1.54EG 2.02EM 2.17E 06 2.22EG 2.26EM 2.26E@

Detance . 3 mile Cock Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O O 2.88E 07 8.63E47 1.54EM 2.02EM 2.17Em 2.22Em 2.26EM 2.26Em p SSE O O O 2.88E 02 8.63E42 1.54E41 2.02E41 2.17E41 22tE41 2.26E 01 2.26E41 S 0 0 0 8.47E G 2.54E41 4.54E41 5.94E 01 6.40E41 6.56E41 6.64E 01 6.67E41 SSW O 0 0 2.88Em 8.63E42 1.54E41 2.02E4r 2.17E41 2.22E41 2.26E 01 2.26E41 i SW 0 0 0 2.88EW 8.63E 07 1.54EM 2.02Ee 2.17E& 2.22EG 2.26EM 2.26Em Detance . 5 mile ! Gock Tirne 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 0 0 0 2.88E 07 1.44E46 2.12E46 2.28Em 2.33E46 2.36E46 2.37Em SSE o 0 0 0 2.88E42 1.44E41 2.12E41 2.28E41 2.33E 01 2.36E 01 2.37E41 S 0 0 0 0 3.49E42 1.74E 01 2.57E 01 2.76E 01 2.82E 01 2.86E 01 2.87E41 SSW 0 0 0 0 2.88E42 1.44E 01 2.12E 01 2.28E 01 2.33E41 2.36E 01 2.37E41 SW 0 0 0 0 2.48EW 1.44Ea 2.12E 06 2 2SEm 2.33Em 2.36EM 2.37E46 Detance .10 mas Oook Time 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, hours Sector 0 0.28 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O O O 0 0 1.15E47 1.62E47 1.78E 07 1.48E 07 1.91EW SSE O O O 0 0 0 1.15E42 1.62EG 1.78E42 1.88E 02 1.91E42 S 0 0 0 0 0 0 4.55E42 6.42EG 7.04EG 7.44E42 7.56E42 SSW 0 0 0 0 0 0 1.15E 02 1.62EG 1.78E 02 1.88E42 1.91E42 SW 0 0 0 0 0 0 1.15EW 1.62E 07 1.78EW 1.88E47 1.91EC NJ

l i I I k l l l

         .                                                                         l 1

i l l Offsite Gas Sample Concentrations vs. Time

l l i 1 l

                                                                               .. l

_ . ._ m . . - . _ _ . _ . _ _ _ _ _ _ , _ _ _ _ [:CEN1995.KLWPdG Dewnwoud Cera vs. Time cessee Consentreuena Varous Teno vCune Kr.M Datenes . I reulo Clock Tkne C 930 Twne.heure 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 toneer 0 0.29 0.S 0.79 1 1.5 2 2.5 3 4 5 j SE 2 76E 12 2 929 12 S.00E 12 1.82E 12 1.21E 12 4.8eE.13 1.7eE 18 S.00E-14 2.4H 14 S.37E 18 4 47E-te SSE 2.70E47 2 92E47 3.00E47 1.02E47 1.21 E47 4.00E40 1.7tE40 0.00E49 2.49E40 3.37E 10 4.47E 11 S S27E47 S.SSE47 5 89E47 3esE47 2.31 E47 0.91E40 3.41 E40 1.20E40 4.7eE49 0.48E 10 e.54E 11 , SSW 2.79E47 2.92E47 3 00E47 1.92E47 1.21E47 4.00E48 1.79E40 0.00E49 2.49E40 8 37E-10 4.47E 11 ! SW 2.79E 12 2 92E 12 3.0SE 12 1.82E-12 1.21 E.12 4 00E 13 1.79E 13 8.0SE 14 2.48E 14 S.37E-15 4.47E 18 ; Dweense 2 mpo t CaeekTnm.

1400 930 945 1000 1018 1090 1100 1180 1200 1880 1300 ,

Tiens. heure Soster 0 0.29 0.5 0.78 1 1.5 2 2.0 8 4 5 , SE O 2.79E 12 2.92E 12 S.00E 12 1.e2E 12 1.21E 12 4.00E 18 1.7N 18 S 00E-14 2.488 14 S.37E 18 - Set 0 2.7eE40 2.92E40 3.00E40 1.92E40 1.21 E40 4.00E40 1.70849 0.00E 10 2.40E-10 3.878 11 i 3 0 1.e0E47 1.99E47 1.7H47 1.0eE47 7.02E40 2.70540 1.04840 8.00E40 1.44849 1.9M-10 Ssw 0 2.79E40 2.02E40 3.00E48 1.02E48 1.21 E40 4.e0E49 1.79849 0.SoE 10 2.4H 10 3.37E 11 SW 0 2.79E t2 2 92E 12 3.088 12 1.02E 12 1.21E 12 4.00E-13 1.78E-18 8.stE 14 2.4M 14 S.375-15 Chrtense 3 nuie . I Cleek Tien. 930 946 1000 1018 1030 1100 1990 1200 1230 1900 1400 ; Time. hours ; Senter 0 0.25 0.5 0.75 1 1.5 2 2.8 8 4 5 I SE O 2.70E-13 2.92E 13 3 00E 13 1.02E-13 1.21 E 13 4.seE 14 1.78E 14 0.00E 15 2.40E 15 3.37E 10 SSE O 2.7eE48 2.92E40 3 00E48 102E4e 1.21E40 4.e0E4e 1.70E4e 0.00E 10 2.44E-10 3.37E 11 S 0 8.12E40 0 00E48 f.07E40 S.37E40 3 SSE40 1.37E40 8.29649 1.s7E49 7.SSE 10 9.eSE 11 SSW 0 2.79E40 2.92E46 3.0H4e 1.02E48 1.21E40 4.seE49 1.70E40 0.00E 10 2.4M 10 3.37E 11 ; SW 0 2.79E-13 2.92E 13 3.00E 13 1.82E 18 1.21E 13 4.SSE-14 1.78E 14 0.00E 15 2.48E 18 S.87E 14 D eterwe.S redes O Sommer Cleek Time 830 Twas, heure 0 D45 0.25 1000 0.6 1015 0.75 1030 1 1100 1.5 1130 2 1300 2.5 1880 3 1800 4 , 1400 S !

                                                                                                                           $p M                 0         0           2.70E 13 2.92E-13 3.00E 18 1.92E 18 4.90E-14 1.795-14 4.SeE 15 2.40E-18 3.87E 19    r I

SSE O O 2.76E48 2.e2E48 3.0M40 1.92E40 400E4e 1,70840 0.00E-10 2.40E 10 3.37E 11 8 0 0 3 setet 3.84E4e 378E4e 2.21E40 5.eesee 2. tee 4e e.00s 10 8.02510 4.Det.11 ! sSW 0 0 2.7eE40 2.s2E40 s.0eE40 1.e2E40 4.e0E4e 1.7eE4e e. cot 10 2.4eE 10 S.37E 11 ! SW 0 0 2.7eE 13 2.02E-19 S.00E-18 1.02818 4.988 14 1. M 14 0.00E 18 2.4eE 18 S.37E 18

t D6eeense .10 man Cleet Time 930 645 1000 1015 1080 1100 1180 1300 1230 1800 1400 Time heure sensee 0 0.28 0.8 0.75 1 1.8 3 2.8 8 4 8 i

M 0 0 0 0 2.79E 14 3.00E-14 1.21 E-14 4.e8616 1.7eE-18 0.00E-10 8.37E 17 eSE O O O O 2.79E49 8.00E46 1.21E4s 4.00E 10 1.7M 10 0.00E 11 S.37E 12

s 0 0 0 0 1.0eE40 1.22E4e 4.7eE4e 1.e4E4s 7.00E 10 2.e45-10 1.38E 11 l sew 0 0 0 0 2.7sE46 3.00E4e 1.2iE4e 4.est 10 1.7ef-10 0.esE.11 s.s7E 12 :

sw 0 0 0 0 2.70E 14 s.0st-14 1.21E 14 4.Get 18 1.7eE 18 s.seE-10 s.37E 17 i I i I i l Peon 1

ISCEN1E96.KLWING Dommwnd Cens. vs. Twns ONone consentroom a verewe Time. uCuos Ki-99m Dietense a 1 mne Cloak Timo 330 Del 1000 1019 1030 1100 1130 1200 1230 1300 1400 Time, hune Soster 0 0.29 0S 0.78 1 1.8 2 2.5 3 4 5 . 1 SE 1 SSE-10 1.80L10 101E 10 s.82E 11 S 02E 11 2.09E 11 7.29E 12 2.64E 12 S.74E13 1.01 E-13 1.14E 14 SSE 1 SSE45 1 SSE46 1.01 E 45 9 S2t-De 5.82E46 2.00E48 7.29E47 2.64E47 S.74E49 1.01 E48 1.14E49 I 5 298E45 302E45 3.00E46 1.82E46 1.11 E 46 3.07E48 1.3M48 4.96E47 1.07E47 1.93E48 2.19E40 ' SSW 1.SSE45 1SSE45 1.81 E49 8 S2E44 S .02E46 2.00E48 7.2SE47 2.54E47 3.74E4e 1.01 E40 1.14E49 SW 1.SSE 10 1.SSE 10 1.81E 10 9.52E 11 S.32E-11 2.00E-11 7.29E 12 2.84E-12 S.74E-13 1.01 E-13 1.14E 14 M e 2 muis Cleek Twns 030 945 1000 1016 1030 1100 1130 1200 1230 1300 1400 Tune.heure Bester 0 0 25 0.8 0.78 1 1.5 2 2.5 3 4 5 SE O 1.SSE 10 1.50E 10 1.81 E 10 9.82E 11 S.82011 2.0SE-11 7.29E-12 2.54E 12 8.74E.13 1.01E 13 SSE O 1.SSE40 1.58E4e 1.01 E 06 0.52E47 S.82E47 2.0eE47 7.2H48 2.54E48 8.74E49 1.01 E49 8 0 0 Defoe 9 ISE48 834E46 S.SSE44 3.38E4e 121E46 4.24E47 1.47E47 S.07E40 S.Setes SSW 0 1.SSE40 1.SSE48 1.81 E46 0.52E47 S.02E47 2.0SE47 7.29E48 2.54E48 S.74E49 1.01 E49 OW 0 1.S S E.10 1.50E 10 1.01E 10 9 92E 11 S.82E 11 2.00E 11 7.29E 12 2.54E 12 0.744-13 1.01E 13 Diesense . 3 neo C4eek Time 930 948 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, heure . 5 Seeter 0 0.25 0.5 0.76 1 1.5 2 2.8 3 4 5 M 0 1.SSE 11 1 $8E 11 1.01 E 11 9.52E 12 S .82E-12 2.006-12 7.29013 2.54E-18 S.74E 14 1.01 E 14 SSE O 1.SSE46 1.S OE44 1.01 E46 8 52E 07 5.82E47 2.09E47 7.29E48 2.84E40 S74E40 1.01 E49 8 0 4 SSE46 4SSE46 4 74E46 2.80E46 1.71 E40 0.11E47 2.1SE 07 7.47E40 2.97E40 2.071 00 Saw 0 1.SS E46 1.50E49 1.81 E40 9 52E47 5.82E47 2.00E47 7.29E48 2.54E48 8.74E49 1.01 E49 SW 0 1.SSE 11 1.SSE.11 1.81E 11 9 52E 12 S 82E-12 2.00E 12 7.29E-13 2.64013 S.74E 14 1.01E 14 Dietense . 6 mne Cleok Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Tiene. heure Bester 0 0,25 0.5 0.75 1 1.5 2 2.5 3 4 8 SE O 0 1.SSE 11 1.50E 11 1.01E 11 9 62E 12 2.0SE 12 7.29E 13 2.84013 S 74E-14 1.01E 14 SSE O O 1.SS E44 1 SM48 1.81E44 9 S2E47 2.00E47 7.29E48 2.64E48 8.74E49 1.01E49 S 0 0 180546 1.91 E46 1.98E46 1.1SE48 2.82E47 8.84E48 3.07E48 1.00E48 1.22E 49 Sow 0 0 1.SSE46 1.SSE46 1.01E40 9.92E47 2.00007 7.29E40 2.54E48 8.74E49 1.01 E49 SW 0 0 1.SSE 11 1.80E 11 1.81E 11 9.52E-12 2.00012 7.29013 2.54E 13 S.74014 1.01E 14 D6stense - 10 nele Ciook Tiene 930 946 1000 1015 1030 1100 1130 1200 1230 1900 1400 Tone. hours Senter 0 0 29 0S 0.76 1 1.5 2 2.5 3 4 S DE O O O O 1.SSE 12 1.01E 12 5.82E 18 2.08613 7.2M-14 2.545-14 1.01E 18 SSE O O O O 1.SSE47 1.81E47 S 82E48 2.00E48 7.2M48 2.84E48 1.01 E-10

    .S                 0         0            0       0       S.12E47 9.30E47 2.30E47 S.21 E48 2.8M40 1.00E48 3.99E 10 SSW               0         0            0       0       1.SSE47 1.01 E47 S.82E40 2.00E46 7.29E49 2.54E49 1.01E 10 SW                0         0            0       0       1.SSE 12 1.81E 12 S.02013 2.00E 13 7.20014 2.844 14 1.01E 18 O                                                                       -1 l

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10C[N1998 XLWING Downwwuf C5,nc Va Twne ONeNo Commentreteru Vermn Tune. WCDec Ks.8 7 Datenes 1 mne Cleok Tirne ( 930 Time, heure 948 1000 10d 1030 1100 1130 1200 1230 1300 1400 I Sector 0 0.25 08 0.75 1 1.8 2 2.6 3 4 8 SE 3 02E 10 2 00E.10 260E10 1.52E 10 7.71E 11 2.27E.11 0.50E 12 1.89E 12 S.32E 13 4.18E 14 3.19E 18 Sat 3 02E46 200E45 2.6sE45 1.52E46 7.71 E 46 2.27E46 e SSE47 1.38E47 S.32E48 418E49 319E 10 8 5 77E45 6 35E46 483E45 2.91 E46 1.47E45 4.33E46 1.20E46 3 89E47 1.02E47 7.96E 00 0.101 10 SSW 302E45 2 00E46 2SOE45 1.52E45 7.71 E48 2.27E49 0 60E47 1.88E47 S.32540 410E49 3.19E 10 SW 302E10 2 SCE 10 2.50E 10 1.52E 10 7.71E 11 2.27E 11 0.56E 12 1.80E-12 S.32E.13 4.10E 14 3.19E 15 Ostense . 2 revne Clock Tiene

 '                       030         946       1000     1018       1030      1100     1130      1200              1300              '

1230 1400 Time, hours - Seater 0 0 25 0.S 0.75 1 1.8 2 2.5 3 4 5 SE O 3.02E10 2 90E 10 2.50E 10 1.92E 10 7.71 E-11 2 27E 11 8 SSE 12 1.90E 12 S.32E 13 4.18E 14 SSE O 3 02E4e 200E46 2SSE46 182E46 7.71 E47 2.27E47 8.59E40 1.90E48 S.32E49 4.18E 10 3 0 17sE45 1.82E 45 1.50E45 0GSE46 4 ottet 1.32E46 3.01 E47 1.09E47 3.0DE48 2.42E49 38W 0 3.02E40 290E48 2.59E49 1.52E44 7.71 E47 2.27E47 S.59E48 1.SSE40 8 32E49 410E 10 SW 0 302E10 2. DOE 10 2. Set 10 182E 10 7.71E 11 2.27E 11 8.58E-12 1.00E 12 S.32E 13 4.10E.14 Destense - 3 mne Cleok Time eso s45 1000 1018 1030 1100 1130 1200 1230 1300 1400 Tiene. hours tester 0 0 25 08 0.75 1 1.5 2 2.8 3 4 5 , [ SE O 3 02E.11 2 00E 11 2 50E 11 1.9 2E-11 7.71E 12 2.27E 12 0.50E 13 1.98E 13 S.32E 14 4.18E 18 SSE O 3 02E46 2 00E40 280548 1.5 2E4e 7.71E47 2.27E47 8.SSE40 1.00E48 S.32E4D 4.10E 10 S 0 8 89E46 8.24E46 7.59E46 4 4DE44 2.27E46 8 87E47 1.93E47 S.83E48 1.57E40 1.23E40 SSW 0 3 02E46 2.00E46 2.SSE46 1.52E4e 7.71E47 2.27E47 8 SSE48 188E48 5.32E4e 4.1st 10 SW 0 3 02E 11 2 00E 11 2. Set-11 1.52E 11 7.71E 12 2.27E 12 0.58E 13 1.88E 13 S.32E 14 4.10E 15

     ,, Datenne S mes
   /                 Cleek Timm
   '                     930         Del      1000      1018       1030      1100     1930      1200     1230     1300      1400 Twns, herse Smotor            0         0 25        0S      0.75         1        1.5       2        2.5       3       4         5 Et                0           0      3 02E.11 2 00E-11 2.68E 11 1.82E 11 2.27E12 0.59E-13 1.88E 13 S.32E 14 410E 15 SSE               O           O      302E4e 2.00E48 2SSE46 1.52E46 2.27E47 8.80E48 1.88E48 S.32E4e 4.18E 10 3                 0           0      3Setet 3.3DE46 3.12E44 1.SSE46 2.78E47 7.90E48 2.2SE40 8.4SE49 5.04E-10 SSW               0           0      3.02E48 2.90E46 2.SSE4e 1.52E4e 2.27E47 8 Sefet 1.98E48 8.32E49 4.10E 10 SW                0           0      3.02E S t 2.90E 11 2.50E 11 1.52E 11 2.27E-12 0.59E-13 1.00E 18 S.32E 14 4.10E 18 Destance to mne Clock Tiene 930         945      1000      1015       1030      1100     1930      1200     1230     1300      1400 Time, heure teater            0         0.25        05      0.75         1        1.5       2        2.8       3        4        5 SE                O           O          O        O       3.02E12  2. Set-12 7.71 E-13 2.27E13 0 SSE 14 1.80E 14 4.10E 18 SSE               O           O          O        O      3.02E47 2.88E47 7.71E48 2.27E45 O 88E49 1.90E49 4.18E 11           ,

S O O O O 1.1 DE46 1.02E46 3.0SE47 8.90E40 2.00E48 7.43E49 1.0SE 10 SSW 0 0 0 0 3.02E47 2 SSE47 7.71 E48 2.27E40 8 SSE49 1.80E49 4.10E-11 SW 0 0 0 0 3.02E 12 2 50E-12 7.71E 13 2.27E 13 0 SSE 14 1.seE 14 4.18E.10 Pepe 1

ISCEN1995 XLWWWG Downwwd Cone Ve Tune Oveute Consentretsere Verous Twns uCs/oc Kr.88 Castence = 1 trole T Cneck Time 930 945 1000 1019 1030 1100 1130 1200 1230 1300 1400 Tkne.heure Sector 0 0.26 08 0.75 1 1.5 2 2.5 3 4 5 SE 4 24E-10 4 22Ea10 4.20E 10 2.49E 10 1.40E 10 4.97E 11 100E 11 S.59E 12 1.83E 12 1.93E 13 2.00E 14 SSE 4 24E45 4 22E48 4.20E45 2.49E45 1.40E 45 4.97E46 1.SSE48 5.69E47 1 SSE47 1.93E4s 2.00E49 9 8.11E45 0 07E45 0.04E45 4.70E45 2.79E45 9 SOE49 3.21 E46 1.07E46 3 51E47 3 OSE48 8 82E49 SSW 4 24E45 4.22E46 4.20E45 2.49E46 1.40E45 4.97E46 1.00E46 5.99E47 1.SSE47 1.83E40 2.00E49 SW 4 24E 10 4 22E 10 4.20E 10 2.49E 10 1.40E 10 4.97E 11 1.SSE 11 5.89E 12 1.03E-12 1.93E 13 2.00E 14 Detenes 2 pu6e Cieck Twns 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, heure Sooter 0 0.25 05 0.75 1 1.5 2 2.5 3 4 5 SE O 4.24E-10 4 22E 10 4.20E 10 2.49E 10 1.46E 10 4.97E 11 1.00E-11 5.SDE 12 1.SSE 12 1.93E 13 SSE O 4.24E46 4.22E48 4.20E48 2.49E44 1.40E48 4.97E47 1.00E47 5.SM48 1.03E48 1.93E49 3 0 2.40E49 2 45E45 2.44E46 1.44E46 8.47E46 2.90E4e 9.73E47 S.2SE47 1.00E47 1.12E48 SSW 0 424E48 4.22E48 4.20E46 2.49E48 1 eeE4e 4.97E47 1.SOE47 S.59E49 1.83E48 1.93E49 SW 0 4.24E 10 4.22E 10 4 20E 10 2.49E 10 1.40E 10 4.97E-11 1.SSE 11 5.59E-12 1.83E 12 1.93E 13 Datense - 3 nw6e Casek Tirne 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time. heure Sector 0 0.25 06 0 75 1 1.8 2 2.5 3 4 5 SE O 4 24E 11 4 22E 11 4 20E 11 2.49E.11 1.40E 11 4 97E 12 1.00E 12 S.59E 13 1.83E 13 1.23E 14 SSE O 4.24E46 4 22E46 4 20E46 2 49E40 1.40E46 497E07 1.8eE47 5.59E40 1.SSE4e 1.93E49 3 0 125E46 1.24E45 1.24E46 7.32E46 4.29E48 1.40E46 4.94E47 1.8SE47 5.40E4e S.seE4e SSW 0 4 24E46 4.22E40 4 20E46 2.49E46 1.44E4e 4.97E47 1.98E47 S.5 H48 1.83E46 1.93E49 SW 0 4.24E 11 4.22E 11 4.20E 11 2.49E 11 1.46E 11 4.97E 12 1.80012 S.lH 13 1.SSE 13 1.93E-14 i D6etence . 5 nele f Cneck Time 1300 1400 I St0 945 1000 1015 1030 1100 1130 1200 1230 Time, heure seoter 0 0 25 05 0.75 1 1.6 2 2.5 3 4 S SE O O 4.24E 11 4.22E 11 4.20E 11 2.49E 11 4 97E 12 1.80E 12 5.5H 13 1.83E 13 1.93E 14 SSE O O 424E46 4.22E46 4.20E46 2.49E40 4.97E47 t .SeE47 5.59E48 1.SSE4e 1.93E49 t 0 0 6.14E40 S.12E40 5.00E46 3.01 E46 S.02E47 2.03E47 0,79E40 2.22E48 2.34E49 S5W 0 0 4.24E46 4.22E48 4.20E46 2.49E46 4 97147 1.00E47 5.5Mee 1.83E4s 1.93E49 SW 0 0 4.24E-11 4 22E 11 4.20E 11 2.49E 11 4.07E 12 1.00E 12 S.SDE 13 1.8 M 13 1.93E 14 Detense 10 mite Cieck Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, heure Senter 0 0.29 05 0.78 1 1.5 2 2.5 3 4 5 SE O O O O 4.24E 12 4.20E 12 1.48E 12 4 07E 13 1.80013 5.59E 14 1.93E 15 SSE O O O O 4.24E47 4.20E-07 1.44E47 4.87E46 1.90E40 5.59E4e 1.93E 10 8 0 0 0 0 1.99E46 1.00E48 S.79E47 1.90E47 883E40 2.21E48 7.83E 10 SSW 0 0 0 0 4.24E47 4.20E47 1.44E47 4.97E48 1SSE48 5.SDE49 1.93E 10 SW 0 0 0 0 4.24E 12 4.20E-12 1.4eE 12 4.07E-13 1.00E 13 5 59E-14 1.93E 15 I l l 2 O 91 ; I

(SCEN1999 KLWPeQ Downwwd Conc. Vs. Time Offene Consomretore Vereue Twne, uCe/oe No131m ' l Otetenes .1 nele 1 Cleek Time 930 946 1000 tuis 1040 1100 1920 1200 1220 1300 1400 i Tirns, heure teater 0 0.25 0.5 0.78 1 1.4 2 2.5 3 4 5 SE 315E 13 3 8494 3 S.52E-13 2.00E-13 ' 130E 13 S 37E 14 2.0S E-14 7.90E 15 2.97E 15 S.98E 19 5.15E 17 SSE 3.1SE4s 3 Sefet 3 S2E48 2.00E40 1.80E49 5.37E40 2.05E45 7.00E 10 2.87E 10 3.est 11 S.15E.12 B 9 02E48 0.38E48 0.74E40 3 90E48 2.84E49 1.03E48 3.92E40 1.4CI49 5.40E 10 7.4SE 11 9.eSE 12 SSW 3.15E4e SS4E48 3 82E48 2 00E48 1.SSE48 S.37E48 2.0SE49 7.90E 10 2.07E 10 3 00E 11 5.15E 12 SW 3.15E 13 3.34E 13 352613 2.00E 13 1.30E 13 5.37E 14 2.0SE 14 7.0GE 15 2.07E 18 3.90E 15 515E 17 Otsennes 2 nele Casek Time 030 945 1000 1015 1030 1100 1190 1200 1230 1800 1400 Time, heure , 0 0 26 05 0.76 1 1.5 2 2.5 3 4 8 Seeter SE O 3.1SE 18 3.34E 13 8 52E 13 2.00E 18 1. Set-13 5.37E 14 2.ME 14 7.00E 18 2.07E 15 3.00E 10 SSE O 3.15E49 3.34E49 8.52E49 2.00E 49 1.3M40 S.37E-10 2.i,M-10 7.00E-11 2.87E 11 3. tee 12 S 0 1.03E48 1.94E48 2.05E48 1.21E40 8.02E49 8.12E48 1.1 M49 4.46E 10 1.07E 10 2.2SE 11 315E49 S.setet 3.82E49 2.00E4e 1.90E4e S.37E-10 2.0 SEA 0 7.00E-11 2.07E 11 3 99E 12 SSW 0 SW 0 3.1SE 13 3 34E-13 3.52E 13 2.08E 13 1. set 18 5.37E 14 2.0SE 14 7 90E 15 2.87E 15 3.00E 18 Destense - 3 no6e Cleek Tiene 946 1000 1016 1030 1100 1130 1200 1230 1300 1400 . 930 Time, hours 0 0.26 CS 0.75 1 1.5 2 2.5 3 4 5 teater et 0 3.15E 14 3.34E 14 3 52E 14 2.00E 14 1.38E 14 5.37E 15 2.0SE-16 7.90E 16 2.87E 16 3.00E-17 SSE O 3.15 E49 3.34E49 3.92E49 2.0M49 1.30E49 5.87E-10 2.0SE 10 7.00E 11 2.07E 11 3.00E-12 8 0 9 27E49 0 02E49 1.04E40 S.14E49 4.07E49 1.SM49 0.08E-10 2.2SE-10 8.465 11 1.148 11 88W 0 3.15E49 3.34E49 352(48 2.09E49 1 SSE49 S.37E 10 2.08E-10 7.SSE-11 2.87E 11 3.00E 12 - tw 0 3.15E 14 3.34E 14 3.6 2E 14 2.08E 14 1.34E 14 5.37E 15 2.0SE 16 7.98E 18 2.87E-18 3.00E 17 Otetense . 5 mile

C6eek Tirre 930 945 1000 1015 1080 1100 1130 1200 1280 1900 1400 Tiene. heure 0 0.25 0.5 0.74 1 1.5 2 2.5 8 4 5 i Senter I

SE O O 3.15E-14 3.34E 14 3 52E 14 2.0eE 14 5.87E 18 2.0SE 18 7.00E 10 2.07E-10 S. set 17 t SM 0 0 3.15E40 8.ME49 8.52E40 2.00E40 9.37E 10 2.0SE-10 7.9M 11 2.57E 11 S.eSE 12 S 0 0 3.82E49 4 04E49 4.27E49 2.58549 8.50E 10 2.48E-10 9.2SE 11 3.4SE 11 4.71E 12 tow 0 0 3.15E49 3.84E40 3.52E49 2.00E49 5.37E 10 2.08810 7.00E 11 2.87E 11 S.SSE 12 , 3.15E 14 3.34E 14 3.52E 14 2.00E-14 S.37E 18 2.00E 16 7.00E 18 2.07E-1E 8. set 17 E SW 0 0 Dwtones .10 nele Clock T'wns 930 946 1000 1015 1030 1100 1130 1200 1280 1300 1400 Time, heure teeter 0 0.29 05 0.74 1 1.5 2 2.5 3 4 5 SE O O O O 3.18E 15 3.52E 16 1.SSE-16 5.878-18 2.0SE 10 7.00E 17 S.09E 18 S$E O O O O 3.15E 10 3.52E 10 1.SSE 10 S.87E-11 2.05E 11 7.etE-12 8. Set-13 3 0 0 0 0 1.2SE49 1.89E49 S.40E-10 2.12E 10 8.10E 11 S.0SE 11 1.54E 12 esW D 0 0 0 3.15E 10 3.52E 10 1.88E-10 5.87E 11 2.065-11 7.etE 12 S.90E 18 SW 0 0 0 0 3.1SE 15 3.52E 16 1.80E-15 S.87E-19 2.0SE 19 7.00E-17 S.SSE 18 I Pass 1

18CEN1995.KLW)NG Downwww Ccnc. Vs. Time 09eene Conenntretene vereue Twns, uCdoe Xe133 Datenes .1 ndle Clock Time 930 945 1000 1018 1030 1100 1130 1200 1230 1300 1400 Time, heure Booter 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE 7 97E.10 0 446 10 8.91 E.10 5.27E10 3 49E.10 1.36E 10 8.12E 11 1.92E 11 7.12E 12 0.00E 13 1.27E-13 SSE 7.97E45 044E45 891E45 5.27E46 3.49E45 1.3S E45 5.12E46 192E40 7.12E47 0.00E48 1.27E40 8 152E44 1.91 E44 1.70E44 1.01 E44 807E46 2.5eE45 9.79E40 3.07E46 1.30E4e 1.84E47 2 43E4e SSW 7.9 7E45 944E45 9.91E45 S.27E46 3.49E45 1.35 E45 5.12E4e 1.92E46 7.12E47 0 00E48 1.27E4e SW 7.97E 10 8 44E 10 S.91 E-10 5.27E10 3.40E-10 1.35E 10 5.12E 11 1.92E 11 7.12812 9.90E 13 1.27E-13 e Datense. 2 mne Cneak Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, heurs sooter 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 7 97E 10 0.44E 10 091E10 5.27E-10 3.49E 10 1.35E 10 5.12E-11 1.92E 11 7.12E 12 0.00E-13 SSE O 7.97E48 8.44E4e 0.91E44 S.27E40 3.40E46 1.SSE40 5.12E47 1.92E47 7.12E48 0.00E49 5 0 493E45 4 90E46 5.10E45 3 00E46 2.02E46 7.89E46 2.97E40 1.11 E46 4.14847 5.60E48 SSW 0 7 97E48 844E46 891E40 5.27E46 3 49E48 1.38E 48 5.12E47 1.92E47 7.12E48 8 00E49 SW 0 7.97E 10 8 44E 10 3.91E 10 5.27E 10 3.49E 10 1.35E 10 5.12E 11 1.92E 11 7.12E 12 3.005 13 Destense 3 mde C6eck Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, heure haster 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 7 97E 11 8.44E-11 0.01E 11 5.27E 11 3 49E 11 1.39E 11 5.12E 12 1.92E 12 7.12E 13 9.00t-14 SSE O 7 97E46 8.44E46 931E46 5.27E4e 3 49E46 1.SSE46 5.12E47 1.92E47 7.12E48 0.00E49 5 0 2.35 E-OS 2.40E45 2.83E45 1.55E45 1.03E46 3.97E44 1.81E46 5.84E47 2.10E47 2.03E48 SSW 0 7.97E48 8 44E48 8.91E46 5.27E46 3.49E46 1.35E46 5.12E47 1.92E47 7.12E49 9.00E 49 SW 0 7.97E 11 8.44E 11 8 91E 11 S.27E 11 3.49E 11 1.SSE 11 5.12E12 1.92E 12 712E-13 9.90E-14 n Dananas.5 mue Clock Time l 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time. heure 4 5 i Sector 0 0.25 0.5 0.75 1 1.5 2 2.5 3 SE O O 7.97E 11 8.44E 11 S.91E 11 5.27E-11 1.SSE 11 5.12E 12 1.92E 12 7.12E 13 0.00E 14 SSE O O 7.97E46 8.44E46 091E44 5.27E4e 1.35E46 5.12E47 1.92E-07 7.12E48 900E49 8 0 0 9 Sef 4t 1.02E45 1.00E45 S.39E48 1.03E46 8.21E47 2.32E47 0.43E49 1.10E48 SSW 0 0 7 97E46 8.44E46 0 91E46 5.27E44 1.35E48 5.12E47 1.92E47 7.12E48 0.00E49 SW 0 0 7 97E 11 8.44E-11 8.91 E-11 5.27E 11 1 SSE-11 5.12E12 1.92E-12 7.12E 13 9.90E 14 Destenne 10 mde Cloak Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Twne,heure Sooter 0 0 25 0.5 0.75 1 1.5 2 2.8 3 4 5 SE O O O O 7.97E 12 8.91E 12 3.49E 12 1.35E 12 8.12E13 1.92E-13 0.00E 15 SSE O O O O 7.97E47 8.81 E47 3.49E47 1.SSE47 5.12E48 1.92E48 9.90E-10 8 0 0 0 0 3.15E40 3 52E48 1.30E46 5.33E47 2.02E47 7. lee 49 3 90E49 SSW 0 0 0 0 7.97E47 8.91 E47 3.49E47 1.35E47 8.12E48 1.92E48 0.80E 10 SW 0 0 0 0 7.97E 12 8 81E 12 3.49E 12 1.SSE 12 5.12E 13 1.02E 13 9.00E-15 j l l 1 l O ~1

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(SCEN1995 KLW)NO Downwnd Conc. Vs. Tine . f i OMosee Ceneeneretsens versus T'wns, uCl/oc Ke133m Datense 1 nee {p 5 Cleek Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, heure Seenot 0 0.25 05 0.75 1 1.5 2 2.5 3 4 5 SE 1.92E 11 2.03k11 2,13E 11 1.20E 11 8.33E.12 3.21E 12 1.22E 12 4.54E 13 1.00E 13 2.2SE 14 2.DeE 15 SSE 192E40 2.03E 48 2.13E46 1.20E46 S.33E47 3.21 E47 1.22E47 4.54E48 1.08E48 2.2SE40 2.99E-10 S S e7E4e s e7E4e 4 00E46 2.41 E44 1.5 9E46 0.13E47 2.33E 47 0 00E48 3.21 E48 4.31E49 5.86E 10 SSW 192E4e 2.03E40 2.18E40 1.20E44 S 33E47 3.21 E47 1.22E47 4.54E45 1.00E 4e 2.25E40 2.98E 10 SW 1.92E 11 2.03E 11 2.13E 11 1.20E 11 8.33E-12 3.21 E 12 1.22E 12 4.54E 13 1.88E 13 2.25E 14 2.90E 16 Destense . 2 nWo Cinek The 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400

Time, heure Seesee 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O 1.92E 11 2.03E 11 2.13E 11 1.28E 11 8 33E 12 3.21E 12 1.22E 12 4.54E 13 1.SSE 13 2.2SE 14 SSE O 1.92E 07 2.03E47 2.13E47 1.29E47 8.33E40 3.21E48 1.22E44 4.54E40 1.00E49 2.29E 10 8 0 1.11 E46 1.18E49 1.24E49 7.33E47 4.84E47 1.98E47 7.00E40 2.94448 9.70E49 1.31 E48 SSW 0 1.92E47 2.03E47 2.13E47 1.20E47 8.33E40 3.21E48 1.22E48 4.54E40 1.98E49 2.2SE 10 SW 0 1.92E 11 2.03E-11 2.13E-11 1.20E 11 0.33E 12 3.21 E-12 1.22E 12 4.54E 13 1.SSE 13 2.2SE 14 Detenne.3 wee Clock Time

                        $30        Del        1000     1015      1030     1100      1130      1200     1230      1300     1400 Time heure Sector            0       0.25          0.5    0.79        1         1.5      2        2.5       3         4       5 SE                O      1.92E 12 2.03E 12 2.13E 12 1.20E 12 8 33E 13 3.21E 13 1.22E 13 4 54E 14 1 SSE-14 2.2SE 15 SSE               o      192E47 2.03E47 2.13E47 1.20E47 8.33E48 3.21E48 1.22E48 4.54E49 1.00E 49 2.2SE 10 8                 0      595E47 5.97E47 0.29E47 3.72E47 2.45E47 944E48 3.50E48 1.34E40 495E49 0.83E 10 S$W               D      1.92E47 2.03E47 2.13E47 1.2SE47 8.33E48 3.21E40 1.22E44 4.54E49 1.SSE48 2.25E 10 SW                0      1.92E 12 2 03E 12 2.13E 12 1.20E-12 S.33E 13 3.21 E 13 1.22E 18 4.54E 14 1.90E 14 2.2SE 15         i f

Dantense . 5 nde Cleek Time

      )                  930 Time, heure 945         1000    1015      1030     1100      1130      1200 1230      1300     1800 Seeger            0       0 25          0.5    0.75        1         1.5      2        2.5       3         4        5 SE                O         O        192E 12 2.03E-12 2.13E 12 1.20E 12 3.21 E-13 1.22E-13 4.54E-14 1.00E 14 2.25E 15 SSE               O         O        1.92E47 2.03E47 2.13E47 1.20E47 3.21E48 122E48 4.54E49 1.SSE4e 2.25E 10 S                 0         0        2.32E47 2.48E47 2.59E47 1.53E47 3.09E48 1.47E48 5.51E49 2.04E48 2.73E-10 SSW               0         0        192E47 2.03E47 2.18E47 1.20E47 3.21 E48 1.22E48 4.54E49 1.88E49 2.2SE 10 SW                0         0        1.92E 12 2.03E-12 2.18E 12 1.20E 12 3.21 E-13 1.22E 13 454E14 1.80E-14 2.2SE 15 Dieterme 10 nde                                                                                                              '

Ciesk Tine 1230 1300 1400 I 030 945 1000 1015 1030 1100 1130 1200 Time. heure tester 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O O O 1.92E 13 2.13E 13 8.38E 14 3.21 E-14 1.22E-14 4.54E 15 2.2SE 18 l SSE O O O O 1.92E48 2.13E40 e.33E49 3.21E40 1.22E49 4.54E 10 2.2SE-11 8 0 0 0 0 7.50E40 844E49 3.29E40 1.27E48 4.81E49 1.00E49 8.91E 11 SSW 0 0 0 0 1.92E48 2.13E46 8.33E49 3.21E49 1.22E49 4.54E 10 2.25E 11 SW 0 0 0 0 1.92E 13 2.13E 13 8.33E 14 3.21E 14 1.22E 14 4.54E 15 2.2SE 10 i i

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ISCEM 935 F4W9eQ Dewawed Cone vs Tw*w Ossoas Cosmereretsene vemm Time. uCkee . Net M Otseense

1 sente Cleek Time I

                   - 980        946     1000      1015     1980     1100      1190     1200     1280       1800    1400 Time, house                                                                                                i Sesese             0-      0.25      05       0.79       1       1.8        2       2.8       8         4       S       '

N 1 70E.10 1.028 10 196E 10 1.15 E.10 7 07E 11 2 07E 11 1.18E 11 4.20E 12 1 SSE 12 2.07E 18 2.8M 14 l SSE 1.70E45 102EeDS 1 ME45 1.18E46 7 07E4e 2 97E44 1.1 SE48 4 20E47 1 SSE47 2.07E40 2.80849 8 3 29548 8 4ttet 3.72E46 2.20E46 1.47E46 SSefet 2.1SE48 0 04E47 2 97E47 8totee 5.19E40 i S8w 1.70E48 1.02E46 198E45 1.15E49 7.07E46 2.97846 1.18E49 4.20E47 1.SSE47 2.07E48 2.00E49 [ SW 1.70E 10 1 02E-10 1 SSE 10 1.1SE 10 7.87E 11 2.97E 11 1.18E 11 4.20E 12 1.SSE-12 2.07E 18 2 SSE 14 ! Demeense . 2 eveie ! Cinek Time , 930 945 1000 1018 1080 1100 1180 1200 1280 1800 1400 ? Tevue. house ! Seseo, 0 0.26 0.9 0.76 1 1.8 2 2.8 8 4 S l 9E o 1.70E 10 1.02E 10 1.99E 10 1.156 10 7.87E 11 2.97E 11 1.18E-11 4.300 12 1.588 12 2.07E 18 L DM 0 1.70E40 182E48 1SSE40 1.18E48 7.87E47 2.97847 1.18E47 4.30E48 1.88048 2.07E49 l 9 0 9 87E4e 1,00E46 1.18E46 S.00040 44SE46 1.72E48 0.SSE47 2.44E47 9.02540 1.20E40 Saw 0 1.70E48 1.02E46 1SSE48 1.15E40 7.47E47 2.97E47 1.18E47 4.20048 1.SSE48 2.07E49 i SW 0 1.70E.10 1.02E 10 1.90E 10 1.19E 10 7.07E 11 2.87E-11 1.18E 11 4.206 12 1.SSE 12 2.07E 18 , i Desemene ,8 eiets ; Cteek Time 930 948 1000 1018 1980 1100 1180 1200 1280 1800 1400 Tune.heure , Seweer 0 0 29 05 0.75 1 1.8 2 2S S 4 S +

-{

f M 0 1.70E 11 132E 11 1.95E 11 1.15E 11 7.97E 12 2.97812 1.18E 12 4.30E 18 1.SSE-18 2.07E 14 i SSE O 1.70E46 1.82E46 1.96E40 1.15E46 7.97E47 2.97E47 1.18E47 4.30E40 1.68848 2.07E49 9 0 S.00546 S 87540 S.73E4e 3.89048 2.28E40 0 74E47 8.81E47 1.24E47 4Sefet e.0M40 ! 99W 0 1,70E46 102E48 1.90E40 1.19840 7 87E47 2.97E47 1.18E47 4.30540 1.95E48 2.07E48 SW 0 1.70E 11 1.82E 11 1 968 11 1.1SE 11 7.97E 12 2.97E 12 1.19E 12 4.205 18 1.985 ?S 2.07E 14 Olseenes . 5 meo Cteek Time I 990 948 1000 1016 1080 1100 1180 1200 1280 1800 1400 Twie, house Sessee 0 0 28 08 0 78 1 1.8 2 29 9 o 5 { SE O O 1.70E 11 1.92E 11 1.NE 11 1.1SE 11 2.976 12 1.1SE 12 4.20E 18 1.SSE 18 2.07E 14 SSE O O 1.70E48 1.02E40 1.95E46 1.1SE46 2.97E47 1.19847 4.20E48 1.SSE48 2.07E49 9 0 0 2.00E48 2 21E48 2.80E40 1.40E40 3 00E47 1.SM47 8 OM40 1. gee 4e 2.91E4s sew 0 0 1.70E48 1.02E40 1.98E46 1.1SE40 2.97E47 1.1 M47 4.20E40 1.88548 2 07E49 SW 0 0 1.70E 11 1.02E 11 1.08E 11 1.18E 11 2.97E 12 1.1M 12 4.20E 18 1.54E-18 2.07E 14 - j Diesenes.10 nulo Cloak Time 990 945 1000 1015 1080 1100 1180 1200 1280 1800 1400 Time. house Saense 0 0 25 0S 0.76 1 1.8 2 2.5 8 4 S M 0 0 0 0 1.70E 12 1.958 12 7.87E 18 2.97E 18 1.18818 4.308 14 2.07E-15 SM 0 0 0 0 1.70E47 1.95E47 7.87E40 2.97E40 1.19848 4.30540 2.07E 10 0 0 0 0 0 0.72E47 7.09647 008847 1.17E47 4.46E40 1.00848 8.1M 10 SSW 0 0 0 0 1.7M47 1.96E47 7.87948 2.97E40 1.19840 4.30848 2.076 10 sw 0 0 0 0 1.70E 12 1.965 12 7.07E 18 2.97E 18 1.19E-18 4.308 14 2.07E 18 Pass 1 1 I i i

l (SCEN19M XLWING Downwww Conn. Vt firew I i OMene Consentretwee Vecous Time. uCuan Ee135m Detenes 1ende ( t Cneck Twns 930 E45 1000 1015 1030 1100 1130 1200 1230 1300 1400 ( Sector Twne.heure 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE 216E 10 1.82E 10 1.00E 10 8 41E-11 2.78E 11 8 87E.12 3 09E 12 1.09E 12 3 84E 13 4 87E 14 5.54E 15 SSE 2.10E46 1.02th 1.00E45 Settet 2.79E46 8 87E47 3 09E47 1.09E47 384E48 4 07E49 5 5eE.10 S 413E45 3.10E46 2.07E45 1.2SE45 5.29E48 1.70E40 5.91E47 2.09E47 7.34E40 S.94E49 1.07E49 . S$W 2.10E45 1.82E45 1.00E45 8 41 E46 2.70E46 8 37E47 3.0$E47 1.0H47 384E40 4 07E49 5.SSE 10 SW 210E 10 1.02E 10 1.00E 10 8.41E 11 2.70E 11 0.87E 12 3.09E 12 1.09E 12 3.84E 13 4.07E 14 5. Set 15 l Dwtones . 2 reu4e C4eck T6me

 ,                   930        945     1000     1015      1030       1100      1130     1200     1230     1300     1400

, Time, heure 0.25 0.5 0.75 1.5 2 2.5 3 4 5 tester 0 1 SE O 2.18E 10 1.02E 10 1.0eE 10 s et t-t t 2.7et-11 0.07E 12 3.09E 12 1.09E 12 3.84E 18 4 87E-14 ! SSE O 2.10E46 1.82E46 1.00E49 8 41E47 2.79E47 S 87E48 3.0M48 1.09E48 3 84E49 4.87E 10 ' l 8 0 1.25 E45 9.4 2E48 0 29E46 3.72E4e 1.00E40 5.15E47 1.7M47 8.84E48 2.23E48 2.71 E4e 5SW 0 2.i eE4e 1.82E48 1.00E4e e 41E47 2.79E47 8.87E40 3.0M48 1.09E48 3 84E49 4 87E.10 f SW 0 2.10E 10 1.82E 10 1.00E 10 9.41E 11 2.78E 11 8 87E 12 3.0M 12 1.09E-12 3.84E 13 4.87E 14 ; Datense . 3 nwie Cieck Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, heure j Sester 0 0 25 05 0.75 1 1.5 2 2.5 3 4 5 SE O 2.10E 11 1.62E 11 1.00E 11 8 41E 12 2.7eE 12 0 87E 13 3.00E 13 1.00E 13 3.04E 14 4.87E 15 SSE O 2.10E46 1.82E46 1.00E46 0 41E47 2.78E47 8.87E48 3.09E48 1.09E48 3.04E49 4 87E 10 S 0 6.36E-06 4.70E46 3.19E46 1.99E48 0.14E47 2.01 E47 0.09E48 3 21E45 1.13E40 1.3SE49 ' SSW 0 2.10E46 1.82E46 1.0SE46 6 41E47 2.79E47 8.87E40 3.09E48 1.09E48 3.94E49 4.07E-10 SW 0 2.18E 11 1.02E 11 1.08E 11 8 41E 12 2.79E 12 S.07E 13 3.00E 13 1.09E 13 3 04E 14 4.87E 15 Detense . 5 wu6e Cieck T6me O sector 930 Twww. heure 0 945 0 25 1000 0.5 1015 0.75 1030 1 1100 1.5 1130 2 1200 2.6 1230 3 1300 4 1400 5

SE O O 2.19E 11 1.92E 11 1.00E 11 8.41E 12 8 87E 13 3.00E 13 1.09E 13 3.94E 14 4 87E 15 SSE O O 2.19E46 1.02E48 1.00E48 8 41E47 8 87E48 3.0M48 1.09E49 3.84E49 4 07E 10 8 0 0 2.02E46 1.97E46 1.31E4e 7.77E47 1.00E47 3 74E45 1.32E48 4.95E49 5.96E 10 saw 0 0 2.19E46 1.82E46 1.00E4e 0.41 E47 8.87E40 3 0H48 1.09E40 3.84E48 4 87E-10 SW 0 0 2.10E 11 1.02E 11 1.00E 11 0.41E 12 0.87E 13 3.09E-13 1.09E 13 3.94E 14 4.87E-15 Detense 10 mde Cleek Twns

                      $30       945      1000     1015      1030       1100      1130     1200     1230     1300      1400 Twns.heure tester           0        0.25      05      0 75         1         1.5       2       2.5       3        4         5 SE               O          O        O        O      2.10E 12 1.09E 12 2.7st 13 0.87E 14 3.0H-14 1.0M 14 4 57E-18 set              0          0        0        0      2.18E47 1.0SE47 2.79E48 8 87E49 3.0M49 1.09E49 4.87E 11 S                O          O        O        O      0.54E47 4.29E47 1.0M47 3.51E4e 1.22E40 4.31 E49 1.NE 10 SSW              0          0        0        0      2.10E47 1.00E47 2.78E48 0.87E49 3.0M49 1.09E48 4.07E 11 SW                0         0        0        0      2.19E 12 1.00E 12 2.7M 13 8.87E 14 3.09E 14 1.09E-14 4.67E 18 l

i (SCEN1995.XLWING Dewnwwus Cano. vs. Time i I l l OMene Consentretiene Versus Teme, uCaloo l Xe130 Detanee.1 nie

   ;A              Cneck Time                                                                                                   i I                  930        948       1000      1015      1030      1100      1130       1200    1230     1300      1400  1 C   Sectet Time. heure 0        0 29        05       0.75        1        1.6        2         2.9      3       4         5
                                                                                                                                )

SE 7 03E 10 4.72L10 2.41E 10 1.43E 10 2.90E 11 3.40E 12 3 90E 13 4.64E 14 5.15E 16 0.4DE 17 8.03E 18 SSE 7.03E46 4.72E46 2.41 E45 1.43E46 2.BSE46 3.40E47 3.90E46 4 54E49 S 15E 10 0.49E 12 8 03E 14 5 1.34 E 44 903E45 461E45 2.73E45 5 50E46 8.51E47 7.37E46 8 09E49 9.84E 10 1.24E.11 1.83E 13 tsW 7 03E45 4 72E46 2 41E45 1.43E45 2.88E46 3 40E47 3 DOE 48 4.84E49 5.15E 10 8 49E 12 8.03E 14 ; SW 7 03E 10 4.72E 10 2.41 E-10 1.43E 10 2.00E 11 3 40E 12 3.90E 13 4.54E 14 S.15E.16 e.40E 17 s 03E 19 i Detenne . 2 mie Cieck Time

 .                    930         945       1000      1015      1030      1100      1130       1200    1230     1300      1400 Time, heure                                                                                                  !

Sector 0 0.25 08 0.75 1 1.5 2 2.5 3 4 S SE O 7.03E 10 4.72E 10 2.41E 10 1.43E 10 2. Bet 11 3.40E 12 3 90E 13 4.54E 14 5.15E 18 0 49E 17 SSE O 7 03E48 4.72E48 2.41 E49 1.43E46 2.SeE47 3.40E4e 3.90E4e 4 54E 10 5.15E 11 0.40E 13 8 0 4.00E45 2.74E46 1.40E45 0.2SE48 1.97E40 1.90E47 2.30E40 2.04E49 2.99E 10 S.77E 12 SSW 0 7.03E40 472E49 2.41 E46 1.43E46 2etE47 3.40E4e 3.90E49 4.54E 10 5.15E 11 0 49E-13 SW 0 7.03E 10 4.72E 10 2 41E 10 1.43E 10 2.StE 11 3.40E 12 3 DGE 13 4.54E 14 S.15E 15 8.49E 17 Determee 3 m6e Cleok Time 930 945 1000 1018 1030 1100 1130 1200 1230 1300 1400 Tame, heure tester 0 0.25 0.5 0.75 1 1.5 2 18 3 4 5 SE O 7 03E 11 4.72E 11 2.41 E 11 1.43E 11 2SSE12 3.40E 18 3.99E 14 4.54E 15 5.15E 18 8 49E-18 SSE O 7 03E46 4.72E46 2 41E48 1.43(48 200E47 3.40E40 3.90E49 4.54E 10 S.1 SE-11 8 49E-13 S 0 2.07E45 1.39E45 7.10E46 4.20E40 0.47E47 1.00647 1.17E48 1.34E49 1.52E 10 191E 12 SSW 0 7.03E46 4.72E46 2.41 E46 143E40 2.SSE47 3.40E48 3.90E40 4.64E-10 5.15E 11 0.40E 13 SW 0 7 03E 11 4.72E 11 2.41 E-11 1.43E 11 2.SSE 12 3.40E 13 8.Det 14 4.54E 16 5.15E-10 8.49E 18 Dwinnae 5 m6e Clock Tome , 930 045 1000 1015 1030 1100 1130 ,1200 1290 1300 1400 n(f Sector Time, heure 0 0.25 0.5 0.75 1 1.5 2 28 3 4 5 et 0 0 7.03E-11 4.72E 11 2.41 E 11 1,43E 11 3.40E 13 3.Det 14 4.54E 18 S.15E-19 0 49E 18 i SSE O O 7.03E40 4.72E46 2.41E4e 1.43E46 3.40E4e 3.90E49 4.54E 10 S.15E 11 8.49E 13 8 0 0 852E48 S.72E46 2 92E46 1.73E46 4.12E48 4 DOE 4e 5.51 E-10 8.24E-11 7.80E 13 SSW 0 0 7.03E4e 4.72E46 2.41 E46 1 estet 3.40E4e 3.90E48 4.64E 10 5.15E 11 6.40E 13 i SW 0 0 7.03E 11 4.72E 11 2.41E 11 1.4SE 11 3.40E 13 S.Def 14 4.64E 18 S.18E 10 0 40E 18 i Dwtonne .10 m6e Cloak Time

                      $30         845       1000      1015      1030      1100      1130       1200    1230     1300      1400 Time. heure anew            0        0.2s        Os       07s         t        t .S       2         2.s      a        4         s   l sE              O          O          O         O      7.03E 12 2.41E 12 2.seE 13 3.40E 14 s.99E 1s 4.54E 10 8.4DE 10 SSE             o          0          0         0      7.03E47 2 41E47 2.99E40 8.40E48 8.90E 10 4 64E 11 8.49E-14 8               0          0          0         0      2.79E4e 9.53E47 1.14E47 1.35E40 1.84E49 1.00E 10 2.58E 13 SSW             0          0          0         0      7.03E47 2.41E47 2.SSE48 8 40E48 8.90E-10 4.54E-11 8.40E 14 SW              D          0          0         0      7.03E-12 2.41E 12 2.90E 13 S.40E-14 3.Det 15 4.644-10 0.49E 19 l

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        . SE                 O       O           O         O     S.01E 13 9.97E 13 3.90E 13 1.81E 13 S.7M-14 2.18E-14 1.ON 18 SSE                O       O           O         O     O 31E40 9.97E48 3.90E48 1.81E40 S.7M48 2.1M40 1.0eE 10 8                  0       0           0         0     3.82E47 8 94E47 1.54E47 S.9K40 2.2M40 8 SOE49 4.20E 10 SSW                D       0           0         0     0 91E40 9.97E40 3.90E48 1.51E48 S.73E40 2.1SE40 1.00E 10 SW                 0       0           0         0     S.91E 13 9.97E 13 3.90E 13 1.81E 13 S.73E 14 2.1M 14 1.0eE 15 I
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ISCEN1996 XLWH Downwww Gene. Ve Tune OHene Consentreuens Vemm Tkne. uCues hates . f132 Dmense .1 mee Cloak T>e ( S30 Trne, hows MS 1000 1015 1030 1100 1130 1200 1230 1300 1400 Senter 0 0.25 05 0 76 1 1.9 2 2.9 3 4 5 SE 1.2et 10 1.2SE 19 1.23E 10 7.20E 11 4.12E 11 1.37E 11 4.47E 12 1.44E 12 4.00E 13 4 6eE.14 4 47E 15 SSE 1.20E 05 1.2SE45 1.23E46 7.20E46 4.12E40 1.37E48 4.47E47 1.44E47 4 00E4e 4 stE48 4.47E 10 8 2 44E46 2 40E45 2.30E46 1.3M46 7 seE46 2.92E46 S SSE47 2.7eE47 8.7M48 0.70E49 S 54E 10 SSW 1.2ef 06 1.25E45 1.2M46 7.2M48 4.12E46 1.37E46 4 47E47 1.44E47 4.00E46 4.SSE49 4 47E 10 SW 1.2eE 10 1.25E 10 1.23E 10 7.2M 11 4.12E 11 1.37E 11 4 47E 12 1.44E 12 4 00E.13 4.5eE 14 4.47E 15 Datense . 2 men Camek Trne

$30 Mt 1000 1015 1030 1100 1130 1200 1230 1300 1400 Tms, hows tester 0 0.25 0S 0.76 1 1.5 2 2.5 3 4 5 et 0 1.2st 10 1.2SE 10 1.23E 10 7.2M-11 4.12E-11 1.37E 11 4 4?E 12 1.44E 12 4.e0E 13 4. Set 14 Set 0 1.20E46 1.2H46 1.23E4e 7.2SE47 4.12E47 1.37547 4.4?E40 1.44E4e 4.80E48 4.90E-10 '

5 0 7 41E46 7.20E48 7.1M4e 4.23E4s 2.3Mee 7 SeE47 2.00E47 0.3e540 2.87E40 2.seE40 Ssw 0 1.20E46 1.2SE46 1.23E48 7.20E47 4.12E47 1.37E47 4.47E48 1.44E48 4 80E40 4.SeE 10 SW D 1.2eE 10 1.2SE 10 1.2M 10 7.29E 11 4.12E 11 1.3 M 11 4.47E 12 144E-12 4.80E 13 4. Set 14 Dueerue 3 mes Casek T>e 930 MS 1000 1016 1030 1100 1130 1200 1230 1300 1400 Tenn. howe Bester 0 0.25 0S 0.76 1 1.5 2 2.5 3 4 8 SE 0 1.29E 11 1.2SE.11 1.23E 11 7.20E 12 4.12E12 1.37E.12 4.4M 13 1.44E 13 4 00E 14 4 Set 16 SSE O 12eE40 1.2H46 1.23E46 7.20E47 4.12E47 1.37E47 4.47E48 1.44E45 400E48 4.5eE 10 8 0 3 78E46 3.0M48 3 63E46 2.1SE40 1.21E48 4.04E47 1.32E47 4.2SE40 1.3SE 45 13SE49 SSW 0 1.29E46 1.2SE46 1.23E46 7.2M47 4.12E47 1.37E47 4.47E40 1.44E4e 4 80E40 4 58E 10 SW 0 1.20E-11 1.2SE 11 1.23E 11 7.20E 12 4.12E 12 1.37E 12 4 47E 13 1.44E 13 4.80E 14 4.50E 15 Duianne 5 mee Camek Tone 930 MS 1000 1015 1030 1100 1130 1200 1230 1300 1400 Tbne. howe Senter 0 0.26 05 0 75 1 1.5 2 2.5 3 4 5 SE O O 1.2M 11 1.2SE 11 1.23E 11 7.29E 12 1.37E 12 4.47E 13 1.44E 13 4.00E 14 4. Set-18 SSE O O 1.20E46 1.2SE46 1.23E48 7.29E47 1.37E47 4.47E48 1.44E4e 400E49 4 SeE 10 , S 0 0 1 SSE46 1.82E46 ' 1.40E48 8.eM47 1.00E47 642E48 1.7M48 5.87E48 S.SSE 10 l 1.2eE40 1.2SE48 ' 1.23E40 7.2M47 1.37E47 4.47E4e 1.44E 00 4.00E40 4.SE10 1 SSW D 0 SW 0 0 1.2eE 11 1.2SE 11 1.2M 11 7.20E 12 1.3?E 12 4.4M 13 1.44E 13 4.00E 14 4 SOE.15 l l Dutanse .10 mes Ctesk 7pne 930 945 1000 1018 1030 1100 1130 1200 1230 1300 1400 TWne. hows senter 0 0.28 0.5 0.75 1 1.5 2 2.5 3 4 S SE O O O O 1.2EE 12 1.23E 12 4.1M-13 1.37E 13 4.47E 14 1.44E 14 4.SeE 18 SSE O O O O 1.2eE47 1.2SE47 4.12E48 137E48 4 47E40 1.44440 4 SM 11 8 0 0 0 0 5.04E47 4.87E47 1.$3E47 5.42E48 177E4B S.71E40 1.81E 10 SSW D 0 0 0 1.2eE47 1.23E47 4.12E4e 1.3M40 4.47E4B 1.44E40 4.SEE 11 SW 0 0 0 0 1.2M 12 1.23E 12 4.12E-13 1.37E 13 4.47E 14 1.44E 14 4.SM 10 . Pues 2

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     -.5e 1

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Dieterme . S meo Cleek T>is

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Cessk This 930 MS 1000 1016 1030 1100 1130 1200 1230 1300 1400 Thus, howo teweer 0 0.29 0.5 0.75 1 1.5 2 2.5 3 4 5 OE O O O O 2.32E 12 1.79012 4.SEE 13 1.1sE 13 3.04E 14 7 seE 15 1.18E 10 SSE O O O O 2.32E47 1.7tE47 4.50E48 1.10E4e 3.04E4e 7.00E 10 1.18E 11 8 0 0 0 0 9.10E47 8.91E47 1.01E47 4.72E48 1.20E4e 3.03E4e 4.SSE 11 SSW D 0 0 0 2.32E47 1.79E47 4.SOE48 1.10E48 3.04E48 7.00E 10 1.1E 11 SW 0 0 0 0 2.32012 1.78E 12 4SM13 1.10E 13 3.046-14 7.eN 15 1.1 5-18 l I i l

l [SCEh1995 KLW11 Downweit Ces ve Tene l 1 Osvene Consentrainum veeem Tem. vC&ee 88ushes 1135 l Ostense 1 mile 1 [ C4eek Tene MG 1000 1016 1030 1100 1130 1200 1230 1300 1400 930 (~ Tene. howe Seeter 0 0.26 05 0.75 1 15 2 2.5 3 4 S SE 1 eSE.10 1.91EJO 1.97E 10 1.10E 10 7.34E 11 2.70E 11 9 73E 12 3 4M 13 1.22E 12 1.40E 13 1.7eE 14 SSE 1.eSE45 1.91E45 1.87E45 1.1eE45 7.34E4e 2.7M48 9 73E47 347E4e 1.22E47 1.4eE48 1.7eE4e S 384E45 3SSE45 3.7eE45 2.2M48 1.40E45 S.1eE4e 1 Setes e 94E4e 2.34E47 2.SSE4e 3 41E4e SSW 1 SSE45 1 Sitet 197E45 1.18E45 7.34E 46 2.70E4e 9.73E47 3.47E48 1.22E47 1 etE4e 1.7M40 C// 1 SSE-10 191E 10 1 67E-10 1.10E 10 7 34E 11 2.70E-11 9 73E.12 3.47E 13 1.22E 12 140E 13 1.7eE 14 Osetesse 2 men , Clems Tene i e' 930 MS 1000 1018 1030 1100 1130 1200 1230 1300 1400 l 7ene. hows Seeter 0 0.25 05 0.75 1 1.5 2 2.5 3 4 5 ; SE O 1 SSE 10 1.91E 10 1.9M 10 1.10E 10 7.34E 11 2.70E 11 9.7M 12 3.4M 13 1.22E 12 1.40E 13 SSE O 1.SSE40 191E40 1.97E40 1 10E40 7.34E47 2.70E47 9.73E48 3.47E40 1.22E48 1.48E40 8 0 1.00E45 1.11E45 1.14E45 6 79E46 4.28E46 1.5M48 S.SSE47 2.01E.00 7.00E48 8 07E40 SSW 0 1 SSE4e 1.91E48 1.9M40 1.10E40 7.34E47 2.70E47 9.7M40 3.47E4e 1.22E48 1.49E40 sw 0 1 SSE 10 1.91E 10 1.87E 10 1.18E-10 7.34E 11 2.70E 11 9.7M 12 3.47E-13 1.22E 12 1.4M 13 Oseanse 3 meo Cteek TWne 930 MS 1000 1015 1030 1100 1130 1200 1230 1300 1400 Thee, howe Gester 0 0 25 0.5 0.75 1 1.5 2 2.5 3 4 S M 0 1.SSE 11 191E 11 1.97E 11 1.18E 11 7.34E 12 2.70E 12 9.7M 13 3.47E 14 1.22E 13 140E 14 SM 0 1 SSE48 191E48 197E48 1.10E40 7.34E47 2.70E47 9.7M48 3.4M40 1.22E4e 1.48E40 8 0 6 4SE48 8 02E40 S.7M48 3 43E40 2.1eE40 7.94E47 2.07E47 102E40 3 00E4e 4 40E4e

     &SW                0     1 SSE46 1.91E46 1.07E 08 1.10E48 1.34E47 2.70E47 9.7M48 3.4 M40 1.22E4e 1.4eE4e SW                 0     1 SSE Il 191E 11 1.97E 11 1.18E 11 7.34E 12 2.70E 12 0.7M 13 3.4M 14 1.22E 13 1.48E 14

( Damianne - S eruse Cheek Tyne

  \                                                                                             -

930 e48 1000 1018 1030 1100 1130 1200 1230 1300 1400 Tbne, hows Senter 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 S M 0 0 1 GSE 11 1.91E-11 1 SM 11 1.10E 11 2.70E 12 9.7M 13 3 47E 14 1.22E-13 1.40E 14 SSE O O 1 SSE4e 1.91E40 197E40 1.10E40 2.70E47 9.7M40 3.47E 00 1.22E40 1.40E48 8 0 0 2.24E40 2.31E46 2.30E40 141E46 3.2M47 1.1M47 4.20E40 1.48E4e 1.01E49 SSW 0 0 1 SSE40 191E40 1.97E40 1 18E46 2.70E47 9 7M48 3.4?E40 1.22E44 1.40E40 SW 0 0 1 SSE 11 191E 11 1.97E 11 1 tee 11 2.70E 12 0 7M 13 3.47E 14 1.22E 13 1.40E 14 Desarme 10 mee Cteek Tbne 930 MS 1000 1018 1030 1100 1130 1200 1230 1300 1400 Tbne, hows tester 0 0.26 08 0.76 1 1.8 2 2.5 3 4 5 M 0 0 0 0 1.SSE 12 1.97E 12 7.34E 13 2.70E 13 9.7M 14 3 47E 15 1.48E-18 SSE O O O O 1SSE47 1.97E47 7.34848 2.70E48 9.7M40 3.47E 10 1.40E 10 S 0 0 0 0 7.3M47 7.78E47 2.80E47 1.0M47 3.88E48 1.3M40 S.90E 10 SSW 0 0 0 0 1SSE47 1.97E47 7.34E48 2.70E40 9.7M40 3.47E10 1.40E 10 i SW 0 0 0 0 1.0SE-12 1.97E-12 7.34E 13 2.70E 13 S.7M 14 3.4M 15 1.40E-15 l l

Pese S i l 1 i l

(SCEN1999.ALWING Oswnwww Cann, vs. Tkne i oveene Ceneereremone vereue Tiene, uCues

      ~   '

MhtS , .- Dietense.1 nuto i

Cleok Tiens L/ 930 948 1J00 1018 1030 1100 1130 1200 1230 1300 1400 [ T h .heure . Soster 0 0.25 0.8 0.75 1 1.5 2 2.9 3 4 5 SE O 1.53F10 3 0SE 10 1.90E 10 1.43E 10 S.32E 11 1 NE 11 0.1M 12 2.0SE 12 2.18E 13 2.24E 14 SSE O 1 G3E46 3.0SE46 1.90E46 143E46 S.32E46 1.96E40 0.1 M47 2.ME47 2.10E48 2.24E49 8 0 2 92E46 S 84E45 3 4SE48 2.74E46 1.02E45 3.83E40 1.18E46 S.92E47 4.13E4e 4.2M40 98W 0 153E45 30SE46 1.80E45 1.43E45 S32E46 1.0SE49 0.19E47 2.0SE47 2.1 M48 2.24E40 SW 0 1 S3E.10 3 OSE 10 100E 10 1.4M 10 S.32E 11 1.SSE 11 0.18E 12 2.0SE-12 2.19E-13 2.24E 14 Dietenes . 2 nute

  ,                      Cleek Tiene                                                                                                           ,
.                           330        948        1000     1016         1990      1100     1980       1200   1280     1900     1400

Tiene, heure i Senter 0 0.25 0.5 0.76 1 1.5 2 2.8 8 4 8 I SE O O 1.SM 10 8.0SE-10 1.00E 10 1.4M 10 8.82E 11 1.085-11 0.1M 121 2.0SE 12 2.10E 18 .

I SSE O O 1.SM48 3.0SE4e 1.80E46 1.48E40 S.32E47 1.08E47 S.1M48 2.08E48 2.18548 S 0 0 000E48 1.77E46 1.0SE46 0.82E46 8.0M48 1.07E48 S.SM47 1.1 M47 12SE40 SSW 0 0 1.SSE48 S.0SE46 1.90E46 1.4M48 8.32E47 1.38647 4.19848 2.06E48 2.18E40 GW 0 0 1.83E 10 3.0SE 10 1.80E 10 1.4SE 10 6.32E 11 1.088 11 S.1M 12 2.0SE 12 2.10E.18 Dieterne 3 rnite C6eek Time 1100 1300 i 330 946 1000 1018 1030 1130 1200 1280 1400 Tirne, heure Senter 0 0.25 05 0.75 1 1.5 2 2.5 8 4 5 SE O O 1.SSE 11 3.0SE 11 1.00E 11 1.4SE-11 S.32E-12 1.06E-12 9.19E 13 2.0SE-18 2.10E 14 SM 0 0 1.S SE46 3.ME44 1.00E46 1.48E46 S.82E47 1.SSE47 0.1Mee 2.0H48 2.1M40 5 0 0 4.49E44 8.99E4E 6.31E48 4.22E46 1.67E40 S.44847 1.82E47 0 04E4e 0.8SE48 SSW 0 0 1.53E48 3.0SE46 90E48 1.4M40 S 82E47 1.eSE47 0.1M48 2.0SE4e 2.19E48 SW 0 0 1.SSE 11 8.0SE 11 1.80E 11 1.48E 11 S.82E 12 1.gSE 12 8.19E 13 2.0H 18 2.1 M 14 Dietenes . E note Cleek Twns 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time. heure Seater 0 0.25 0.5 0.79 1 1.9 2 2.8 8 4 5 SE O O O 1.SSE 11 3 0SE 11 1.80E 11 S.32E 12 1.SSE 12 0.1M 18 2.08518 2.1M 14 SSE O O O 1.S SE46 3.0SE46 1.80E46 S.82E47 1.85547 0.1M48 2.0SE48 2.1 M49 3 0 0 0 1SSE4e 8.70E44 2.1M40 8.4SE47 2.24E47 7.90648 2.40848 2.03E40 saw 0 0 0 1.S SE46 3.08E46 1.8M40 8.82E47 1.OSE47 S.1W48 2.0SE40 2.10E49 sw 0 0 0 1.SM 11 3.06E 11 1.eH 11 S.82E 12 1.986-12 8.1H 18 2.ME 18 2.10E 14 Oteterme.10 reales Cloak Time 930 Set 1000 1019 1090 1100 1130 1300 1230 1800 1400 Tirne hours Soster 0 0.29 0.8 0.76 1 1.9 2 2.5 8 4 5 N 0 0 0 0 0 8.0SE 12 1.48E 12 S.82E 18 1.08E 18 8.19814 2.1 M 18 SSE O O O O O 3.0SE47 1.48E47 S.82E48 1.08E48 S.19644 2.10E.10 8 0 0 0 0 0 1.21E48 S.00E47 2.10E47 7.80E4e 2.4SE40 S.54E 10 SSW 0 0 0 0 0 3.0SE47 1.44E47 8.82E48 1.SSE48 0.19E49 2.10E 10 SW 0 0 0 0 0 3.0SE-12 1.4M 12 S.42E 18 1.eSE-13 0.1M-14 2.10E 15 Pese 1

[$CEN1999.XLW)NO Desmwwus cons. Vs. Tiere ONosto Ceneereremere Verewo Time, uCues Ca130 Detense.1 prWe , / Casek Tirne 930 Del 1000 1015 1030 1100 1130 1200 1230 1300 1400 Tirre, heure Sesser 0 0.29 0.5 0.75 1 1.8 2 2.5 3 4 5 of 0 1.03E7 10 2.0st 10 1.22E10 e.72E.11 1.eet 11 3.e5E 12 7.ssE 13 1.s2E 13 5.et t 1s 2.18E 14 set 0 1.03Eas 2.0eE4s 1.22E46 0.72E46 1.00E46 3.99E47 7.SSE48 1.52E40 S.01 E 10 2.13E 11 3 0 1.97E45 3.94E45 2.33E46 1.29E45 3.17E4e 9 97E47 1.44E47 2.91 E48 1.11 E49 4.00E-11 tsW 0 103E45 2.00E45 1.22E46 0.72E46 1. gee 49 3.96E47 7.SSE48 1.52E4e S.81E 10 2.13E 11 SW 0 1.03E 10 2.00E 10 1.22E 10 0.72E11 1.90E 11 3.9tE 12 7.SSE 13 1.52E 13 5.81E 15 2.13E.18 Dutense 2 mne Cleek Time 930 945 1000 1015 1030 1100 1130 1200 1230 1900 1400 Time. heure Bester 0 0.26 0.5 0.75 1 1.5 2 2.5 3 4 5 SE O O 103E 10 2.00E 10 1.22E-10 0.72E11 1.00E 11 3.0SE 12 7 SSE-13 1.52E 13 S 01E 15 SSE O O 103E49 2.00E46 1.22E46 0.72E47 1.08E47 3.95E48 7.55E48 1.52E49 5.81E 11 8 0 0 699E46 1.20E46 7.00E46 3 90E40 9.03E47 2.12E47 4.SSE4e 8.82E 00 3.38E 10 Saw 0 0 1.03E40 2.00E46 1.22E46 8.72E47 1.96E47 3SSE48 7.5SE49 1.52E40 5.91 E-11 SW 0 0 1.03E 10 2 00E 10 1.22E 10 0.72E 11 1.90E 11 3 0SE 12 7.56E-13 1.82E 13 5.01E 15 i Dietense 3 erde Cieck Tino 930 946 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, heure sessor 0 0.29 0.8 0.78 1 1.5 2 2.5 3 4 5 SE O O 1.03E 11 2.00E 11 1.22E 11 8.72E12 1.60E 12 3.05E 13 7.5SE 14 1.82E 14 8.81E t e SSE O O 1.03E48 2.00E48 1.22E46 5.72E47 1.00E47 8 95E46 7.SSE49 1.52E40 S.01 E-11 8 0 0 3 04E46 8 07E48 3.99E48 1.90E40 4.89E47 1.07E47 2.22f40 4.47E49 1.71E 10 98W 0 0 1.03E4e 2.00E40 1.22E48 S.72E47 1.e4E47 3Setet 7.5SE40 1.52E48 5.81E 11 i SW 0 0 1.03E 11 2.0SE 11 1.22E 11 S.72E 12 1.90E 12 3.05E-13 7.65E 14 1.52514 5.01E 10 i Dwtones 5 mne Cleek Time 930 646 1000 1018 1030 1100 1130 1200 1230 1900 1400 Time heure sesser 0 0 25 0.9 0.75 1 1.5 2 2.5 3 4 5 SE O O O 1.03E 11 2.0SE 11 1.22E 11 1.00E-12 3 06E 13 7.96E-14 1.52E 14 5.81E 10 SSE O O O 1.03E46 2.00E48 1.22E4e 1.04E47 3SSE48 7.SSE40 1.52E49 5.81E 11 8 0 0 0 1.2SE40 2.50E48 1.44(48 2.01E47 4.42E48 9.15E40 1.84E49 7.04E 11 Saw 0 0 0 1.03E40 2.00E46 1.22E46 1.00E47 895E48 7.SSE40 1.52E49 5.81 E 11 i SW 0 0 0 1.03E 11 2.00E 11 1.22E 11 1.00E-12 3.98E-13 7.95E-14 1.52E 14 5.81E 18 Dietense 10 m6te Cloek Time 930 946 1000 1015 1030 1100 1130 1200 1230 1900 1400 Time heure tester 0 0.29 05 0.75 1 1.5 2 2.8 3 4 5 SE O O O O O 2.00E 12 S.72E13 1.00E 13 3 SSE 14 7.SSE-15 5.31E 17 ett 0 0 0 0 0 2.00E47 0.72E44 1.00E48 3.SSE49 7.SSE 10 5.81E 12 3 0 0 0 0 0 8.15E47 2.00E47 0.5SE48 1.44E40 2.90E40 2.30E 11 SSW 0 0 0 0 0 2.00E47 8.72E46 1.00E48 3.e5E49 7.SSE 10 8.81E 12 BW 0 0 0 0 0 2.00E 12 8.72E-13 1.005-13 3.06E-14 7.SSE 15 5.01E 17 Paes 1 j l J

0 I O

                                                                   \
 ,,                                                               i Air Iodine Cartridge Dose Rates (Silver Zeolite & Charcoal) j l

I O

[SCEN1995.KLW1An ledene Canndes % l Air ledwo Connese Does heten, ndVh Sewer tesene Cerendge Ostense.1 mise [%} j Cleek Tbne 930 Del 1000 1015 1030 1100 1130 1200 1230 1500 1400

              ,          Time. heure tester            0         0.25       0.5        0.75           1          1.5          2           2.5              3          4     5 g                 .           ..        .            .           .           .            .             .              .          .     .                            l ssE          3 64E + 01 3 85E + 01 4.07E

01 2.41 E
01 1.59E + 01 5.71 E + 00 2.02E + 00 7.57E41 2.81 E41 3.0aE42 4.04E43 '

S e 90E + 01 7.37E

01 7.79E + 01 4.00E + 01 3.05E + 01 1.09E + 01 3.SeE
00 1.45E + 00 5.37E41 5 85E42 7.73E43 SSW 3 64E + 01 3 OS E + 01 4 07E + 01 2.41 E + 01 1.5 9E + 01 5.71 E + 00 2.02E + 00 7.57E41 2.81 E41 3.06E42 4.04E43 gw . . . . . . . . . . . 1 Dwinnee . 2 reste Clock Tirve 930 D45 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, heurs Soster 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE . . . . . . . . . . . r SSE . 3 04E + 00 3.95 E + 00 4.07E + 00 2.41 E + 00 1.40E + 00 5.31 E41 2.02E41 7.57E42 2.27E42 3.00E43 s . 2.11 E + 01 2.24E + 01 2.36t + 01 1.40E + 01 8.59E + 00 3.0SE + 00 1,17E + 00 4.40E41 1.32E41 1.70E42 38W . 3 64E + 00 3.85E
00 4.07E + 00 2.41 E + 00 1.48E + 00 5.31 E41 2.02E41 7.57E42 2.27E42 3.00E43 gw . . . . . . . . . . .

Destense 3 mHe Cleok T6mm 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time, heure testee 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 1 SE . . . . . . . . . . . SSE . 3 64E + 00 3.95E + 00 4.07E + 00 2.41 E + 00 1.44E + 00 5.31E41 2.02E41 7.57E42 2.27E42 3 00E43 8 . 1.07E + 01 1.13E + 01 1.20E

01 7.00E + 00 4.34E + 00 1.50E + 00 5.94E41 2.23E41 0.87E42 9.01E43 SSW . 3 84E + 00 3 05E + 00 4.07E + 00 2.41 E + 00 1.44E + 00 5.31 E41 2.02E41 7.57E42 2.27E42 3.00E43 SW - . . . . . . . * *
Owearms - 5 mes

   ,/                   C6eek Time 930         Del       1000        1015         1030        1100        1130        1200       1230              1300  1400 Time heure Senter            0         0.25       0.5        0.75           1          1.5           2          2.5               3          4     5 SE                -           .         .            *           *           .            .               .              .        .     .

SSE - . 3.64E + 00 3.SSE + 00 4.07E + 00 2.23E + 00 5.31 E41 2.02E41 7.57E42 2.27E42 3.06E43 8 . . 4 41 E

00 4.87E + 00 4.83E + 00 2.71 E + 00 044E41 2.44E41 9.10E42 2.75E42 3.71E43 SSW . . 3.84E + 00 3.85E + 00 4.07E + 00 2.23E + 00 9.31 E41 2.02E41 7.57E42 2.27E42 3.00E43 ;

SW . . . . . . . . . . - i l Disiones.10 mne ! Clock Time

                            $30         945       1000        1015         1030        1100        1130         1200      1230              1300  1400 Time, heure Bester            0         0.25       0.5        0.75           1          1.5           2          2.5                 3        4     5 3E                .           .         .            .           .           .            .               .               .        .     .

SSE . . . . 3S4E41 3.77E41 1.37E41 eJ1542 2.03E42 0.11 E43 3.00E44 5 . . . . 1.44E + 00 1.40E + 00 5.44d41 2. toe 41 7.97E42 2.42E42 1.21 E43 90W . . . . 3.84E41 3.77E45 1.37E41 5.31542 2.02E42 0.11 E48 3.00E44 gW . . . . . . . . . . . Mees. M le seawsud that the wohnse of ear seenpied to 1.00E + 00 as w8th e Asw rets of 4 shn and a servedge acessalon edesteney of 92 pareert. I l 9epe 1

(5CEN1995.XLW14 toews Camidos Rates f a seene Ca e Osse w. nda Charemel Cerenese Ouesnes.1 nots Cneek Time 93( 345 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time. hew. Senter 0 0.24 0.5 0.75 1 1.5 2 2.5 3 4 5 og , .- . . . . . . . . . SSE 3.44E + 01 4.07E + 01 4 30E

01 2 54E + 01 1.00E + 01 8.03E + 00 2.12E + 00 7.94E41 2 95E41 3.22E42 4.29E43 S 7.35 E + 01 7.79E + 01 0.22E + 01 4.00E + 01 3.22E + 01 1.15E + 01 4 00E + 00 1.52E + 00 5.85E41 0.18E42 0.15E43 saw 3,84E + 0i 4 07E
01 4 30E + 01 2.54E
01 1.88E + 01 0.03E + 00 2.12E + 00 7.90E41 2.95E41 3.22E42 4.2eE43 SW . . . . . . . . . . .

Deseanne . 2 none casek Time S30 945 1000 1015 1030 1100 1130 1200 1290 1300 1400 Time, heure , teater 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 gg . . . . . . . . . . . Det . 3 84E + 00 4.07t + 00 4.30E + 00 2.54E + 00 1.5eE + 00 5.59E41 2.12E41 7.96E42 2.SM42 3.22E43 3 . 2.23E + 01 2.38E + 01 2.4M + 01 1.40E + 01 S.07E +00 3.24E + 00 1.2SE + 00 4.02E41 1.3M41 1.07E42 ssW . 3 04E +00 4.07E + 00 4.30E + 00 2.54E + 00 1.50E + 00 5.5M41 2.12E41 7.98E42 2.39E42 3.22E45 SW . . . . . . . . . . . Dweense 3 nelo Cleek Time

   -                       930         945      1000         1015        1030        1100        1130         1200       1230         1300        1400 Time, howe temese             0         0.25       0.5         0.75          1          1.5            2         2.5         3           4            5 SE                 .            .         .           .           .           .             .          .          .            .           .

SSE . 3 04E + 00 4.07E +00 4.30E + 00 2.54E + 00 1.54E + 00 5.59E41 2.12E41 7.00E42 2.30E42 3.22E43 S - 1.13E + 01 1.20E + 01 1.28E + 01 7.48t + 00 4.00E + 00 1.94E +00 8.25E41 2.34E41 7.03E42 9.4SE43 Sew . 3.84E + 00 4.07E + 00 4.30E + 00 2.54E + 00 1.58E + 00 5.5M41 2.12E41. 7.BSE42 2.3M42 3.22E43 gwg . . . . . . . . . . . Deseense 5 note Cieek Time , / 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time heure tester 0 0 25 0.5 0.75 1 1.5 2 2.5 3 4 5 SE - . . . . . . . . .

SSE - . 3.84E + 00 4.07t + 00 4.30E + 00 2.SeE + 00 5.5M41 2.12E41 7.98E42 2.3M42 3.22E43 5 . . 4.S$E + 00 4.93E + 00 5.21 E + 00 2.DGE + 00 9.77E41 2.57E41 9SSE42 2.99E42 3.91 E45 SSW . . 3 84E
00 4.07E + 00 4.30E + 00 2.30E + 00 5.59E41 2.12E41 7.90E42 2.3M42 3.22E43 SWW . . . . . . . . . . .

Diseense 10 mile C4eek Time 930 945 1000 1015 1030 1100 1130 1200 1230 1300 1400 Tine, heure tester 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 ,

       ' SE                 .            .         .           .           .           .             .          .          .            .           .

SSE * . . . 3 64E41 3.99E41 1.45 E41 5.59E42 2.12E42 8.44443 3.22E44 5 - . . . 1.5 2E + 00 1.50E + 00 5.72E41 2.21541 8.3M42 2.55E42 1.27E43 SSW . . . . 3.04E41 3.9M41 1.45E41 5.5M42 2.12E42 8.44E48 3.22E44 sw . . . . . . . . . . . Note: It is answned ehet We wehame of air eenipted le 1.00E + 08 es weih e Asw rues of 7 sem erei e eartredge eseeston ofteloney of De paraent. i

Pese 1 j

a p - w n a- .2 -- s.a6-O e 0 Offsite Deposition Dose Rates vs. Time (6 inches & 1 meter) O

19CEN19M.XLWPest Desmessen Deee Rene Oftene Doonesten Does Rene vems Time 91 n.nor, e f Dieterme.1 nee (d Cleek Time 930 948 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time. hows Senter 0 0.25 0.5 0.78 1 1.5 2 2.5 3 4 5

SE O 0 3.? tE46 9.5M48 1.33E46 1.90E46 1.98E45 1.97E46 1.99E46 1.9M46 1.9M48 . SSE O O 8.10E41 9.58E41 1.SSE

00 1.00E + 00 1.93E + 00 1.9M + 00 1.90E + 00 1.90E + 00 1.9M + 00 S 0 0 s 00E41 1.92E + 00 2.84E + 00 3.43E + 00 8.9M + 00 3.77t + 00 3.79E + 00 3.00E + 00 3 90E + 04 99W 0 0 318E41 9.83E41 1.83E + 00 1.90E + 00 1.93E + 00 1.97E + 00 1.00E + 00 1.9M + 00 1.99E + 00 SW 0 0 3.19E40 9.53E46 1.33E45 1.90E46 1.98E45 1.97E45 1.90E45 1.99E45 1.99E45 Desmense 2 nee

. Cleek Timo " 930 946 1000 1015 1030 1100 1190 1200 1230 1800 1400 Time, haws tester 0 0.26 0.5 0.75 1 1.5 2 2.5 8 4 S DE o 0 0 S.19E40 9 SHee 1.71 E45 2.17E45 2.81848 2.35E48 2.37548 2.8M45 SSE o 0 0 3.19E42 d.5H42 1.71 E41 2.17841 2.81541 2.asE41 2.87541 2.8M41 0 0 0 0 1.98E41 5.94E41 0.00E41 1.20E + 00 1.44E + 00 1.30E + 00 1.87E + 00 1.SSE

00 SSW 0 0 0 3.1 M42 9.S SE42 1.71 E41 2.17E41 2.31 E41 2.35841 2.37E41 2.37E41 SW 0 0 0 S.1 M40 9.SSE40 1.71 E45 2.17E45 2.81848 2.38546 2.87848 2.3 M48 Deseense . 3 mee Casek Time 930 948 1000 1015 1030 1100 1990 1200 1290 1300 1400 Time. howe Saseer 0 0.25 0.8 0.79 1 1.5 2 2.5 8 4 5 SE O O O S.1 M47 9.5M47 1.71 f40 2.17E40 2.81E48 2.35E48 2.37E46 2.37E44 SM 0 0 0 3.1 M42 9 5M42 1.71E41 2.17E41 2.81E41 2.SSE41 2 37E41 2.37E41 S 0 0 0 9.39E42 2.91 E41 S.02E41 8.40E41 0.00641 0.91E41 8.97841 0.9M41 SSW 0 0 0 S 1M42 9 SSE42 1.71E41 2.17E41 2.31E41 2.35E41 2.37E41 2.37E41 SW 0 0 0 3.10E47 9 SSE47 1.71E44 2.17E48 2.31E48 2.3SE46 2.3M40 2.37E4e ,

i M .5 e i Cloak Tims ) 930 948 1000 1018 10s0 1i30 11 0 1200 12 0 1s00 1400 Time. hows , Senter 0 0.25 05 0.75 1 1.5 2 2.5 3 4 5 M 0 0 0 0 3.1 M47 1.5M48 2.84E4e 2.40E40 2.52E48 2.64E40 2.54E46 SSE O O O O 3.19E42 1.5M41 2.34441 2.40E41 2.52E41 2.54E41 2.54E41 9 0 0 0 0 3.98E42 1.98E41 2.94E45 3.00E41 S.0SE41 3.07E41 3.00E41 SSW 0 0 0 0 3.10E42 1.SM41 2.34E41 2.40E41 2.52541 2.64E41 2.64E41 SW 0 0 0 0 3.10E47 1.SM48 2.84E46 2.40E40 2.53E46 2.54E40 2.54E49 Destesus.10 mmo Cleek Time 930 946 1000 1015 1080 1100 1130 1300 1230 1300 1400 Tine howe Bessor 0 0.26 0.8 0.78 1 1.5 2 2.5 3 4 9 SE O O O O O O 1.27847 1.74647 1.97547 1.96647 1.9M47 SSE O O O O O O 1.27E42 1.74E42 1.97E42 1.95E42 1.97E42 0 0 0 0 0 0 0 5.09E42 8.97E42 7.41 E42 7.71542 7.7M42 SSW 0 0 0 0 0 0 1.27E42 1.74542 1.07E42 1.95E42 1.97E42 SW 0 0 0 0 0 0 3.2M47 1.74547 1.97847 1.98547 1.97E47 N Pepe t 1 1

l l [SCEN1999.XLW) Post Depeevuon Does mete ONene Depee#uen Does mete versue h 9 8 inehen. nA% , O Detense .1 ase Cleek Time f )

   'V                    930       945     1000       1015       1030       1100        1130       1200       1230       1300        1400 h .heure Sector            0       0.29     0.5       0.75         1         1.6          2         2.5         3          4          5 SE                O         0-  2.00E46 0 2SE46 S.72E45 1.itE44 1.27E44 1.29E44 1.30E44 1.30E44 1.30E44                               l Set               0         0  2.0SE + 00 8.2SE + 00 8.72E + 00 1.18E + 01 1.27E + 01 1.29E + 01 1.30E + 01 1.30E + 01 1.30E + 01    <

s 0 0 8 99E + 00 1.20E + 01 1.07E

01 2.2S E
01 2.42E + 01 2.47E
01 2.40E + 01 2.4SE + 01 2.49E + 01 99W 0 0 2.00E + 00 8.2SE + 00 0.72E + 00 1.1 DE + 01 1.27t + 01 1.29t + 01 1.30E +01 1.30E + 01 1.30E + 01 SW 0 0 2.00E49 8.2SE46 8.72E46 1.19544 1.27E44 1.29E44 1.30E44 1.30E44 1.30E44 Destense 2 nee Cleek Time 930 Del 1000 1015 1030 1100 1130 1200 1230 1900 1400

h. house

Seater 0 0.29 0.6 0.79 1 1.5 2 2.5 3 4 5 M 0 0 0 2.00E45 0.2S E46 1.12E44 1.42E44 1.51 E44 1.54E44 1.SSE44 1.SeE44 ssE O O O 2.00E41 0.2SE41 1.12E + 00 1.42E + 00 1.51 E + 00 1.64E + 00 1.SS E + 00 1.SSE + 00 3 0 0 0 1.21 E + 00 3.83E + 00 0.50E + 00 e.27t + 00 8.79E + 00 S.94E + 00 9.02E + 00 9.04E + 00 ssW 0 0 0 2.0M41 S.2S E41 1.12E + 00 1.42E + 00 1.51 E + 00 1.64E + 00 1.SSE + 00 1.56E + 00 SW 0 0 0 2.00E46 8.2S E46 1.12E44 1.42E44 1.81 E44 1.64844 1.SSE44 1.50E44 Destenne - a nWo CleekTnme 930 $45 1000 1015 1030 1100 1130 1200 1230 1300 1400 Time. heure ,

essene 0 0.25 0.5 0 78 1 1.5 2 2.5 3 4 8 l st 0 0 0 2.0eE4e e.2SE4s 1.12E45 1.42E45 1.StE45 1.54E45 1.SSE45 1.SeE45 SSE O O O 2.00E41 8.2SE41 1.12E + 00 1.42E

00 1.91 E + 00 1.54E + 00 1.SSE + 00 1.58E + 00 3 0 0 0 e.14E41 1.84E + 00 8.29E+00 4.20E +00 4.40E +00 4.SSE +00 4 57E+00 4.SM +00 Sew 0 0 0 2.00E41 8.2SE41 1.12E + 00 1.42E + 00 1.81 E + 00 1.54E + 00 1.SSE + 00 1.SSE + 00 SW 0 0 0 2.0SE46 S.2SE44 1.12E46 1.42E45 1.51 E45 1.54E46 1.SSE46 1.56E45 Dhstense. S nWo C4eek Time N 030 Del 1000 1015 1030 1100 1130 1200 1230 1300 1400 fine, heure Soster 0 0.25 0.5 0.75 1 1.5 2 2.5 3 4 5 s

SE O O O O 2.00E4e 1.04E45 1.54E45 1.03E45 1.SSE45 1.8M45 1.87E46 SSE O O O O 2.00E41 1.04E + 00 1.54E

00 1.SSE + 00 1.0SE + 00 1.00E + 00 1.87E + 00 8 0 0 0 0 2.53E41 1.20E + 00 1.00E + 00 1.87E + 00 2.00E + 00 2.0 2E + 00 2.02E + 00 SSW 0 0 0 0 2.00E41 1.04E + 00 1.54E + 00 1.SSE + 00 1.95E + 00 1.90E
00 1.87E + 00 SW 0 0 0 0 2.00E44 1.04E45 1.64E46 1.83E45 1.0SE46 1.94E45 1.87E46 '

Detense 10 nde Cloak Time 930 645 1000 1015 1030 1100 1130 1200 1230 1900 1400 T6rre, heure Sesser 0 0.29 0.5 0.78 1 1.5 2 2.5 3 4 5 t M 0 0 0 0 0 0 9.34E47 1.14E46 1.2SE40 1.29E40 1.2H48 esE 0 0 0 0 0 0 0.34E42 1.14E41 1.23E41 1.20E41 1.29E41 8 0 0 0 0 0 0 3.30E41 4.81 E41 4.90E41 8.00E41 S.11841 SSW 0 0 0 0 0 0 S.34E42 1.14E41 1.2H41 1.29E41 1.29E41 SW 0 0 0 0 0 0 0.34E47 1.14E48 1.23E46 1.2SE46 1.2H49 i e 1 l i l l l Poes 1

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

4 73 Pinme Mana/ Field Tenm Datn

                                  'Ihis section contains ossite plume data. The maps show the plume location as a                                                           !

function of time. l i l

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87

f. 8.0 MINI-SCENARIOS k This section contains Mini-scenario packages for the several detailed events that occur in this Exercise. The following Mini-scenarios are found in this Section:

.                1.      Plane Crash 2A. RH-720 Actuation - Breaker Cubicle 2B. RH-720 Actuation - Control Room

3. LOCA Isolation - RH 720 Repair Each Mini-scenario generally contains the following parts as applicable:

                 .       Approximate Time e       location e       Summary of Event e       Required Setup e       Initial Indications / Notifications e       Postulated Events e       Controllers Notes e       Restoration Guidelines O-          e       Attachments Each Mini-scenario allows for participant free play, but is integral to the action of the main scenario. Controlic s may have to make adjustments as noted.

O 8.1

MINI SCENARIO NO.1 Plane Crash . APPROXIMATE TIME: 0730 , 14 CATION: South of Circulation Water Pumphouse EVENT

SUMMARY

Small plane carrying radiation test source crashes south of circ. water i pump house. Pilot is outside plane with head and leg injuries. The shipping container for the test source is laying on the ground with one l of the shield plugs removed. The plane catches fire, the plant Fire Brigade responds to extinguish fire, but may call Two Creeks, F. D. l and ambulance for assistance. HP assistance is also required. t REQUIRED SETUP / MOCKUPS: Airplane fuselage, pilot, injury makeup, smoke generator, NA-24 shipping container with source bomb. INITIAL INDICATIONS /NOTIFICAT. IONS: A security officer in the southgate should notify drill control of plane ; crash. ! POSTULATED EVENTS: Brigade shculd protect pilot and rescue team from fire and once pilot is rescued, efforts should be directed towards protecting other structures from fire and then attack the main fire. Rescue team should secure injured pilot, assess injuries and prepare injured for transport, via ambulance, to the hospital. Once Health Physics is aware of the source, they should monitor area conditions, personnel exposures, and make recommendations to the Fire Brigade / Fire Dept. CONTROLLER NOTES: Proper radiation / contamination controls should be observed once the hazard is recognized. Drill control room controller should ensure fire . emergency plan FEP 4.19 is utilized. Two Creeks Fire Department response will be simulated. O 8.2

4 RESTORATION GUIDELINES: 9 The fire can be extinguished after:

1. Pilot is rescued

2. Brigade arrives

3. Brigade uses proper agent and techniques to attack the fire

4. HP adequately monitors radiation / contamination / exposure levels for response personnel.

A1TACHMENTS: Map of area showing radiation levels from the source.

 \
  \

O 8.3

t l O

r e n a

                     -   i t

n _ o C - g _ i n _ p i p h O S 4 2-omNN s a.

                   '     N i

n u m m u s W . O

l l l Na 24 SHIPPING CONTAINER bV RADIATION READINGS At Distancesfrom Opening l i DISTANCE READING i Contact (1") 900 R/Hr 1 Foot 7 R/Hr l 5 Feet 280 MR/Hr l 10 Feet 70 MR/Hr l l I O l l i 1 l O l l

1 i MINI SCENARIO NO. 2A : p k) RH-720 Actuation - Breaker Cubicle APPROXIMATE TIME: 0930 LOCATION: PAB,8' @ 1B32 . EVENT

SUMMARY

As-Built is checking 1-RH-720. For this check they need control power energized (i.e. breaker shut). During their checks, they inadvertently activate the valve opening contacts, which causes the valve to stroke open. Coincendent with this, RCS check valve 1-867B is stuck open 1.5% This allows RCS pressure on the RHR system causing a rupture .

of the RHR System of several hundred gallons per min. PAB filters fail as is, charcoal beds do not come on line. 4 REQUIRED SETUP / MOCKUPS: S,imulator with applicable failure modes entered. INITIAL INDICATIONS / NOTIFICATIONS: Control board alarms, (SI accum level & pressure decreasing, PZR level and pressure decreasing). A controller will be used as an As- , Built person to call the simulator to inform them of the occurance in i the RH-720 breaker cubicle. POSTULATED EVENTS: SI accumulator dumping, Rx trip on low pressurizer pressure or conservative operator action. CONTROLLER NOTES: . If crew objects to having 1-RH-720 breaker shut, they must be told it is needed for the drill. RESTORATION GUIDELINES: ) Enter containment and close RH-720 manually. Could replace limit switch and close valve, but may be limited by radiation levels. A'ITACHMENTS: None 8.4

MINI SCENARIO NO. 2B RH-720 Actuation - Control Room

  -) APPROXIMATE TIME:        0930 LOCATION:        Control (46/UIC/NE QTR) RH-720 Breaker (8/PAB/U1 CHG PMP B-32) B52-325M EVENT

SUMMARY

As-Built group working on Unit 1. A current path across the manual control contacts is created when the multimeter touches the terminal ' points causing RH-720 to open. ll REQUIRED SETUP / MOCKUPS: 1 Power indication to RH-720 on 1C03. INITIAL INDICATIONS / NOTIFICATIONS: Normal system lineup. RH-720 closed power available due to "As Built" testing. POSTULATED EVENTS: Current path to MOV motor causes the valve to operate. One of the rotors in the limit switch is postulated to break, preventing the valve to be closed remotely for the remainder of the exercise. ( CONTROLLER NOTES: Check that operator knows proper operation of MOV manual operator. Determine if Control Operator identifies actual leakage path . from the RCS to the PAB. RESTORATION GUIDELINES: Repair team enters containment and manually closes RH-720. A'ITACHMENTS: None , 8.5 ,

1 MINI SCENARIO NO. 3 : LOCA Isolation-RH-720 Repair i APPROXIMATE TIME: After 1000 IDCATION: Unit 1 Containment (simulated to be in Unit 1 F:cade since unit will actually be at power) i EVENT

SUMMARY

Repair of limitorque motor operator on valve RH-720 so valve can be ~l shut and terminate the Event V LOCA. _QE manually shutting the i valve l 1 REQUIRED SET UP/ MOCKUPS: Training mockup of MOV with manual operator. ' INITIAL INDICATIONS / NOTIFICATIONS: Limitorque operator set up on the test stand in the simulated Unit 1 l

containment with a faulty 4-Rotor limit switch. The entry team would have to inspect and trouble shoot the problem. It is more likely that ' the team will use ALARA practices to minimiu individual exposure O and manually shut the valve in steps. . POSTULATED EVENTS: f "As-Built" personnel were testing several 1B-32 breakers. Overlooking l a " Caution" step in the test procedure, the multimeter was selected to

                      " OHMS" instead of " VOLTS". When the terminal points on the               1 RH-720 breaker were touched, a current path was created, the coil energized and the valve motor started which opened valve RH-720.

Upon actuation, one of the rotor shafts breaks inside the limit switch. With this postulated, the valve cannot be. closed remotely. A : containment entry would be required to repair the limitorque operator i or manually shut the valve. The latter is most likely since the radiation , levels near RH-720 limit personnel stay-times. CONTROLLER NOTES:

                      'Ihe repair team should not be allowed to enter containment. Mock-         )

up of RH-720 simulated containment in Unit 1 Facade. i 8.6 i l

RESTORATION GUIDELINES 2 Manually shut the valve, or requisition from storeroom and replace 4-Rotor limit switch allowing valve to be shut. { O ATTACHMENTS: VELAN Drawing 88904 for RH-720 Valve. Table of radiation levels simulated to be in the vicinity of RH-720 i valve and piping. l I I I i t l 1 i t 6 i b i P I t O "'

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CONTAINMENT ENTRY RH-720 VALVE RADIATION READINGS

                  *Within 18" of Valve and Piping TIME                             READING        I 0930-0944                           50 R/Hr       ,

0945 0959 47 R/Hr i 1000 1014 43 R/Hr ! 1015-1029 40 R/Hr 1030-1059 36 R/Hr l 1100 1129 31 R/Hr ! 1130 1159 26 R/Hr ; O 1200 1229 21 R/H, ; 1230-1329 17 R/Hr 1330 1429 14 R/Hr l l 4

l t O .

t c l l 1 I 9.0_ PUBLIC INFORMATION MESSAGES l -[s\

%)
                                                                                                    \

l Providing the news media and the public with accurate and timely information about an accident is one of the most important aspects of emergency response. He public's reactions and perceptions are influenced by the information relayed to them. To that end, this Exercise will test public information response to ensure that Wisconsin Electric Power Company is prepared for an emergency at the Point Beach Nuclear Plant. The External l Affairs Department, Milwaukee Communications Center (MCC) and the Joint Public ' Information Center (JPIC), at the WPS Corporate Office in Green Bay,'will be activated. : Controllers will pose questions to participants as concerned citizens, employees, members l of the legal and financial communities, government officials, and as members of the media. ) The phone numbers to be used for each group being tested will be provided to callers ; during training sessions prior to the Exercise. A name and affiliation must always be used when calls are made. The following paFes include questions for callers to test MCC and JPIC response activities, l and for mock mudia to pose at the news briefings. The questions are grouped in relation i to specific events in the Exercise scenario. Free play by callers is encouraged. Additionally, J general questions about WE, the state or counties, background of Point Beach, radiation, nuclear power accidents, rates and protective actions can be asked. The State and Counties j are fully participating during this Exercise; thus, controllers should press for off-site ; spokespersons and information. , Callers should document calls and comment on the responses. Always precede and l complete call-in questions with 'This is a drill." l Message and Controller forms have been provided here to inject problems into the scenario , or to cause the exercising of a certain response aspect. He lead MCC and JPIC controllers ! have responsibility for handling these messages. l This section contains the following subsections: 9.1 Media, citizen and officials calls l 9.2 Media Monitoring scripts O _. _ i

O l 4 9 9.1 Media, citizen and omelais calls l !O 9.2

arCAlmON: PRECEDE AND FOLLOW ALL CALLS WrIH "THIS IS A DRILL?

                                                     ~0900 - 0930'

1. TO THE 'IE& PHONE CENTER - 221-3700 This is WLTU Radio in Manitowoc. Was there an accident at the plant today? j

                  - What happened?                                                                l
                  - Has anyone been injured?
                  - Has any radiation been released?
                  - What is the status of the plant?
 /      2. TO 'nIE GENERAL WE NUMBER - 221-3700                                                 -

My name is Mary Hatch. I live near the nuclear plant, and I know something's up. What i information can you give me? ;

3. TO POINT BEACH NUCLEAR PLANT - 755-2321 .

Has there been an accident? I heard it on my scanner. How bad is it?

4. TO THE TELEPHONE GNTER - 221-3700 l This is WBAY 'IV in Green Bay. We've got a photographer on the way to the plant. . Can :

you give him clearance to access the property?

5. TO THE TELEPHONE GNTER - 221-3700 l Dis is WBAY again. Are the residents around the plant in danger? When are you issuing - l another news release? Can you call me when it goes out? j

6. TO THE TE& PHONE CENTER - 221-3700 This is WLTU Radio. We'd like information for our morning newsbreak. Can you give us l a full run down of the events? -

7. TO THE TE& PHONE GNTER - 221-3700 i I am a WE customer. I heard something about a fire at Point Beach. Is this true?

i

8. TO THE TELEPHONE GNTER - 221-3700 i nis is WCUB Radio. What is the latest information you have regarding Point Beach? i

9. TO THE POINT BEACH NUCLEAR PLANT - 755-2321 l I am scheduled to work second shift today. Should I go in? j i

i O 9.3 , ms, = , ,,,,.,.,r e - - = - - ,- +- '

srCAUTION: PRECEDE AND FOLLOW ALL CALLS WITH "THIS IS A DRILL

l 1000 - 1030

1. TO THE TEWPHONE CENTER - 221-3700 !

His is the Associated Press. We heard about the accident. Is your news center at the Hamilton Houstin Two Rivers activated? Will the state and federal agencies be there as ! well?

2. TO THE TELEPHONE CENTER - 221-3700 i His is WAUN Radio. I heard there was a nuclear water leak at the plant. Is this true? I

3. TO THE TEMPHONE CENTER - 221-3700 his is WPNE 'IV in Green Bay, What are the details surrounding the accident at Point l Beach. We're going with a special update at 11 am.

4. TO THE TEMPHONE CENTER - 221-3700 !

I am a WE customer. How is the accident going to affect my electric bill? l

5. TO THE TEWPHONE GROUP - 221-3700 :

I want to talk to Chairman Abdoo. We trusted you people. Now look what happened. I believe you're using the site as a nuclear waste dump? This is awful. What is the company i doing about this? l l

6. TO THE GENERAL WE NUMBER - 221-3700 l I am a WE customer. Do you have any details on the accident?

7. TO THE TEEPHONE CENTER - 221-3700 His is Joan Hamilton at WPNE TV. We're starting to get a lot of calls from concerned i and frightened viewers. Do you plan to start evacuation procedures? How bad is this situation? i l

8. TO THE GENERAL WE NUMBER - 221-3700 This is M&I Bank calling. We heard on the radio that something happened at your plant in Two Rivers today. Should we freeze activity on your accounts? ;

9. TO THE TEEPHONE CENTER - 221-3700 I His is the Chicago Tribune calling. What is the current status of the situation? j o

9.4 l

srCAUTION: PRECEDE AND FOLLOW ALL CALLS WITH 'THIS IS A DRILL' i 1030 - 1100

1. TO THE TEEPHONE CENTER - 221-3700 iL his is UPI in Milwaukee. What is the latest information on your situation at Point Beach?

Have employees at the plant been evacuated? What about residents around the plant? When will you have more information? 1

2. TO THE GENERAL WE NUMBER - 221-3700 1 Hello, my name is Jack Thomas, and I live in Tisch Mills. Is this a drill or the real thing?

   ..       What's up?

l' 3. TO THE GENERAL WE NUMBER - 221-3700 i l Will the Point Beach accident affect my supply of electricity? I own a pizzeria in Mishicot.

4. TO THE POINT BEACH NUCLEAR PLANT - 755-2321 My mother lives in Green Bay. Is she in any danger?

5. TO THE TEMPHONE CENTER 221-3700 I understand there's an emergency at your nuclear plant. My father is on life-support equipment. Will anything happen to our power? How can I be sure. He lives in Francis Creek.

6. TO THE TELEPHONE CENTER - 221-3700 This is Jack Rodgers of WQTC Radio in Two Rivers. We're getting lots of call about the 0 plant. We don't want people calling us. What number should we tell our listeners to call you to get information about the plant?

7. TO THE GENERAL WE NUMBER - 221-3700 I'm a Wisconsin Electric stockholder, and I'm concerned about my investment. Should I sell my stock now?

I

8. TO THE TELEPHONE CENTER - 221-3700 His is WOTC Radio. Can you tell us where the nearest fallout shelters are so we can tell our listeners?

9. TO THE TEEPHONE CENTER - 221-3700 I am a WE customer. How serious is this situation? What type of people are you hiring up there?

10. TO THE TEMPHONE CENTER - 221-3700 Is this the big one? How does it compare to nree Mile Island or Chernobyl? I live in Milwaukee. Will I be affected by the radiation?

O 9.5

arCAUTION: PRECEDE AND FOLLOW ALL CALLS WITH "THIS IS A DRILL

1100 - 1130 1.TO GENERAL WE NUMBER - 221-3700 I live in Two Rivers. What's happening at the plant? What type of actions are underway to get this situation under control?

2. TO THE TEMPHONE GNTER - 221-3700 This is Doug Schultz at the Milwaukee Journal. Can you update me on Point Beach? I l need inforTnation for my story in the next edition.

3. TO THE TEWPHONE GNTER - 221-3700 - i Hi, I live in Waukesha. What happened at the nuclear plant today? What caused the accident?

4. TO THE TEEPHONE CENTER - 221-3700 This is WCUB Radio in Two Rivers. I've seen your first news release. What other details can you give me? !

5. TO THE TEEPHONE CENTI!R - 221-3700 What will this accident do to the price of my stock? Should I sell it?

6. TO THE POINT BEACH NUCLEAR PLANT - 755-2321 This is WCUB Radio. Are your people out testing the radiation levels to see how bad it is? When we will know the severity of this siniation?

O 7. TO THE TE& PHONE GNTER - 221-3700 This is the Chicago Sun Times. We heard that there is major damage in northeast Wisconsin. Does that mean Door County has been affected?

8. TO THE TEWPHONE CENTER - 221-3700 This is Jim Mullen from CNN. We're flying in a film crew to get footage of the plant site and surrounding areas. How close can we get? Can we land our helicopter? Where?

9. TO THE TEGPHONE GNTER - 2213700 I'm a fisherman. Are the fish in Lake Michigan contaminated?

10. TO THE TEMPHONE CENTER - 221-3700 This is WBAY TV. Is it true that you released radioactive gas at the nuclear plant? How much was released?

11. TO THE TEEPHONE CENTER - 221-3700 This is WLTU Radio. We heard there were several employees injured when the radiation was released in the plant? Is this true?

O 9.6

arCAlmON: PRECEDE AND FOLLOW ALL, CALLS WITH "THIS IS A DRILL

1130 - 1200

() . 1. TO THE TEEPHONE GROUP - 2213700 I heard something about a brochure we're supposed to have. What brochure is that? Where can I get one?

2. TO THE GENERAL WE NUMBER - 221-3700 This is Mary Harris. I'm new to the Two Rivers area. I heard about the nuclear accident.

How do I know what to do? I'm home alone with my infant son, and I'm really upset. ,

3. TO POINT BEACH NUCEAR PIANT - 755-2321 Tais is WOMT Radio in Manitowoc. What is the latest news we can give our listeners?

4. TO POINT BEACH NUCEAR PIANT - 755-2321 ,

This is WOMT Radio in Manitowoc again. Can we talk to someone in charge of the ! situation there?

5. TO THE TEGPHONE GROUP - 2213700 This is Jackie Hartmann, regional manager in the Rock River Region. How should my staff ,

handle questions that we're receiving from our customers?

6. TO THE TEEPHONE CENTER - 221-3700 How do I protect myself from the radiation? I live within five miles of the plant and know that I'll be exposed if I go outside. How do I evacuate?

7. TO THE TEEPHONE CENTER - 221-3700 This is WFRV TV in Green Bay. We'd like to do an in-depth story at five. Can you give me some background on the compr.ny? When can I expect a call back?

8. TO THE GENERAL WE NUMBER - 221-3700 Hi, this is Mary Hill. I was just talking to an employee at your nuclear plant and was cut off. Has there been an accident?

9. TO THE TEEPHONE CENTER - 221-3700 This is WLTU Radio. I recall a scare of a hydrogen explosion at Three Mile Island. Could this happen at Point Beach?

10. TO ' LEE TEEPHONE CENTER - 221-3700 I'm calling from New York; this is NBC. We have a helicopter headed that way. Who can l give us permission for the pilot to make a pass over the site? Are we in any danger of radiation exposure? l l

11. TO THE TEEPHONE CENT ER - 221-3700 l This is Doug James from ABC Washington. I want details. Everything thus far has been j sketchy. i don't particularly want the news release information but something more detailed. , j O

9.7

arCAUTION: PRECEDE AND FOLLOW ALL CALLS WITH 'THIS IS A DRILL

1200 - 1230

1. TO THE POINT BEACH NUCLEAR PLANT - 755-2321 :

Was anyone killed in the accident this morning? .Many of my neighbors work there.

2. TO THE TELEPHONE CENTER - 2213700

       'Ihis is WAUN Radio. When is your next media briefing? Will it be televised?

l

3. TO THE TE& PHONE CENTER - 2213700 ;

What details can you give me about the accident? Don't hold anything back. I need to : know. I live in Two Rivers. . l

4. TO THE GENERAL WE NUMBER - 221-3700 '

      'Ihis is Joan Simon. My cows were outside this morning. Does this mean they've been exposed to radiation? I live in Valders.                                                           ;

5. TO THE TELEPHONE CENTER - 221-3700 !

This is WLUK TV in Green Bay. We've heard that the NRC is in Two Rivers. Are they l going to take control of the plant?

6. TO THE TEMPHONE CENTER - 221-3700 i This is WAUN Radio in Kewaunee. Has the governor declared the plant a " state of emergency." If so, will the residents be able to be reimbursed with funds for the inconvenience the accident has caused them?

O 7. TO THE TELEPHONE CENTER - 221-3700 .

This is WPNE TV. I can't get anyone from your information group on the phone? What l' is the latest information?: 8. TO THE TELEPHONE CENTER - 221-3700 i This is WPNE TV. Exactly, what is a plume? How dangerous is it?; 9. TO THE GENERAL WE NUMBER - 221-3700 I've heard all sorts of reports to the number of casualties? What's correct? I live in Tisch Mills and know many people who work at the plant.; 10. TO THE GENERAL WE NUMBER - 221-3700 ,

This is Senator Herb Kohl from Washington. I heard we have a "little problem" at Point

    , Beach. Can you give me an update? Are things improving or getting worse? What can my office do to help?

11. TO THE TELEPHONE CENTER - 221-3700 This is the Wall Street Journal. We heard that your stock may be frozen. What can you tell us. Also, I'd like a brief Snancial history on the company. Can you fax this to me?

12. TO THE POINT BEACH NUCLEAR PLANT - 755-2321 O I live in Francis Creek. What is a plume and where is it headed?

9.8

l arCAUTION: PRECEDE AND FOLLOW ALL CALLS WITH "THIS IS A DRILL" -' 1230 - 1300 ! { p 1. TO THE GENERAL WE NUMBER - 221-3700 This is Rick Jones. I work at the plant, but today was my day off. My neighbors are i concerned about their spouses. Have all employees been accounted for? !

                             -                                                                                      i

2. TO THE TELEPHONE CENTER - 221-3700 My wife will be released from the Manitowoc Hospital today with our newborn daughter.

Should I go get them now? Is it better that they not go outside? j

 .'         3. TO THE 'I1EEPHONE CENTER - 221-3700                                                                 l' His is the Manitowoc Herald. Will the residents in Two Rivers be evacuated?

4. TO THE TEEPHONE CEN'mR - 221-3700 This is The Boston Globe. I'm calling to verify information I received about oc problem ,

at the nuclear plant. Is it true that the plant is shut down and peopl have been ins.wd as ; a result of the accident? ; .' 5. TO THE TEEPHONE GROUP - 221-3700 I This is Scott Neitzel from the PSCW. We are getting calls on financial impacts of the Point Beach plant. What should we be telling the media who call? j

6. TO THE GENERAL WE NUMBER - 221-3700 !

He reporter on television said that radiation is deadly. How many people at the plant have died so far? O 7. TO THE POINT BEACH NUC&AR PLANT - 755-2321 This is Bob Klein (simulator contract worker). Are we supposed to come into work? I'm ! on secon'd shift. Is the accident bad? j

8. TO THE TEEPHONE GROUP - 221-3700 !

This is State Representative Dale Bolle calling from Madison. How bad is the accident? ! I'm getting calls from my constituents. I want to be kept informed and they want to be kept l~ informed.

9. TO THE TEEPHONE CENTER - 221-3700 This is the Wall Street Journal. Can you give me a brief overview of the type ofinsurance '

you have? What is your insurance company's name and number? I'd like to ask them some questions.

10. TO THE GENERAL WE NUMBER - 221-3700 If I've been exposed to radiation, how can I tell? I live in Two Rivers.

11. TO 'IEE TEMPHONE CENTER - 221-3700 This is WLUK TV. What is the general feeling of the employees there? Will heads roll?

1

12. TO THE TEGPHONE CENTER - 221-3700 0 This is WBAY TV. Has the radiation leak been contained yet?

9.9

t f 9.2 Media Monitorscripts I l l l l l l 9.10 j

POINT BEACH NUCLEAR PLANT 1994 EVALUATED EXERCISE MEDIA MONITOR SCRIPT

'O

() Segment #1

        'Ihne: 9:00 a.m._

THIS IS A DRILL l l

 .      'This is Adam Goldman for WTPL Radio in Two Rivers.

We've just learned that an " alert" emergency was declared at Point Beach Nuclear Power - Plant this morning after a small airplane crashed into the plant. The airplane caught fire e'ter the crash, but the pilot, amazingly, survived. Apparently, the plane's cargo included a r Joactive test source which was damaged in the crash. As of this hour, the fire at the plant is under control and Wisconsin Electric has already dispatched teams to check on the radioactive source. We believe that the source may have - been damaged enough to cause high radiation levels in the areas around the crash site, but no one has confirmed this. We have unconfirmed reports that the source belongs to the Kewaunee Nuclear Plant. According to the utility, an " alert" is declared when events are in progress which involve degradation of plant safety. C The plant is located in Two Creeks, Wis., about 10 miles north of Two Rivers. l This is all the information I have so far. I will be reporting as more details are known. For WTPL, this is Adam Goldman." l I I O FOR DRILL PURPOSES ONLY - THESE EVENTS DID NOT OCCUR! 9.11 , 1 i

POINT BEACH NUCLEAR PleT 1994 EVALliATED EXERCISE MEDIA MONITOR SCRIN , d Segment #2

   'Ilme: 10:00 p.4 THIS IS A DRILL                                                                                 l
   'This is Matthew Ellison for WMKE-TV. I'm reporting live from an emergency press center in Milwaukee. We've just come from a briefing where Wisconsin Electric spokespersons made a statement and answered questions regarding the events that have happened this morning.

They report that there has been a plane crash at the facility, but that the pilot survived the crash. It looks like the pilot may have been overexposed to radiation because the cargo he was carrying was a radioactive test source. His condition is unknown at this time. This morning's event was a freak accident, but officials say the plane crash did not damage or threaten the plant's operation. They say that the radioactive source was contained and controlled. The plant is currently still operating. Wisconsin Electric officials say that the power is needed to avoid a major blackout in eastern Wisconsin. Federal officials are on their way to the site. For WMKE, this is Matthew Ellison." O FOR DRILL PURPOSES ONLY - THESE EVENTS DID NOT OCCURI 9.12

l POINT BEACH NUCLEAR PLANT 1994 EVALUATED EXERCISE MEDIA MONITOR SCRIPT 1 C Segment #3 lime: 10:30 p.sk THIS IS A DRILL "This is Joan Hamilton for WPNE-TV. I am here with Paul Stewart of the Milwaukee-based Citizens Against Nuclear Power. He has definite opinions on the cause of the emergency at the Point Beach Nuclear Plant." Paul Stewart: "This disaster is a direct result of Wisconsin Electric's lackadaisical attitude towards this dangerous technology. The cause of this is due to their uneducated operators beating sensitive nuclear equipment with heavy sledge hammers. Wisconsin Electric was l fined several million dollars for this, and now we are paying for this with our children's lives." Joan Hamilton "We have not been able to reach company officials for comment on this allegation. We will continue to keep you informed. For WPNE-TV, I am Joan Hamilton." O i l l l l l l l O FOR DRILL PURPOSES ONLY- THESE EVENTS DID NOT OCCUR! 1 9.13

POINT BEACH NUCLEAR PLANT , 1994 EVALUATED DRILL ] MEDIA MONITOR SCRIPT ( Segment #4 l Time: 11:00 a.mL or following the media brienng discussing a radiation release j THIS IS A DRILL i I

                             Ihis is Adam Goldman, WTPL radio, reporting on the ongoing emergency at Point Beach    l Nuclear Power Plant.                                                                     i l

I'm here at a Joint Public Information Center in Green Bay, and we've learned from l company officials that a release of radiation to the environment IS OCCURRING RIGHT NOW! Wisconsin Electric spokespersons are saying that they do not exactly know the reason for the leak. A " General Emergency" was declared at that time, and employees at the plant were , evacuated. A " General Emergency" is declared when a problem is identified at the plant 1 that could result in a meltdown or a release of radiation outside the plant! We have no reports as to the extent of the plant's damage or number of injuries. We will continue to keep you informed. This is Adam Goldm.n, WTPL" , 1 I j l l O FOR DRILL PURPOSES ONLY- THESE EVENTS DID NOT OCCURI l 9.14 :

POINT BEACH NUCLEAR PLAST 1994 EVALUATED EXERCISE MEDIA MONITOR SCRIPT O Segment #5 Time: 11:30 a.ma. THIS IS A DRILL You have heard several reports that have stated that the Wuconsin Public Service Corporation is the owner or operator of the Point Beach Nuclear Plant. , O t O FOR DRILL PURPOSES ONLY - THESE EVENTS DID NOT OCCURI 9.15

POINT BEACH NUCLEAR PLANT 1994 EVALUATED DRILL , MEDIA MONITOR SCRIPT Segment #6 i Ane: 12:00 pas, l THIS IS A DRILL -

            'This is Mary Howard for WBAY-TV.

De situation is improving at the Point Beach Nuclear Power Plant Site. De nuclear reactor has been shut down and the release of radiation to the environment has been stopped. Officials are now discussing what effects are to be seen in the areas around the plant. Long ; term actions are under discussion. It remains to be seen who is at fault, how long the effects of this catastrophe will last, and

 ,'         even who will pay for repairs, the lost electricity and the affect on the farms and citizens in           ;

this area. For Wisconsin, the real disaster may only be beginning. l 1 l For WBAY, this is Mary Howard reporting." l I O O FOR DRILL PURPOSES ONLY - THESE EVENTS DID NOT OCCUR! !

                                                        '9.16

10.0 SIMULATED EXTERNAL RESPONSES i

 /'~'N                                                                                               l V          This section provides guidance to the External Control Cell who will simulate certain non-participating emergency responders. There is virtually full State and county participation in the Exercise, but certain federal and industry agencies are not participating; thus those interactions with the PBNP Emergency Response                  i Organization need to be simulated as noted herein. One cell will be established at PBNP. Figure 10.1 graphically depicts the External Control Cell interfaces.

. A list of telephone numbers for these and other external notifications will be given to participants at the Pre-Exercise Briefings. 10.1 VENDORS /OFFSITE TECHNICAL SUPPORT All initial notifications will be made to the vendors / technical support agencies. All followup calls will be made to the Control Cell. Any request for offsite support should be greeted with concern, and the organization contacted will provide whatever assistance PBNP wants. Do not commit to providing resources that could be at PBNP before 1600. Controllers may ask questions on the situation, but do not offer help unless asked.

 /     10.2 INDUSTRY ORGANIZATIONS                                                                  ,

At the ALERT classification or above, PBNP will notify, among others, the following:

a. Institute of Nuclear Power Operations (INPO)

b. American Nuclear Insurers (ANI) k Communicators will use the Event Notice Form and will notify these organizations.

If the contacted organization does not wish to continue to receive calls, communicators should call the Control Cell. Closeout notifications must be made upon exercise termination. Other industry organizations (such as NEI, EPRI) may be contacted. Again, initial calls should be made to the organization and, if necessary, subsequent calls should be made to the Control Cell. 10.3 OTHER WISCONSIN ELECTRIC POWER COMPANY DEPARTMENTS Generally, internal PBNP notifications will be made through normal channels within/among PBNP, the Nuclear Power Department, and the External Affairs Department. The following internal communications [and controller guidance) apply. 10.1 i

          *-      System Control - The [ Simulator] Control Room operators should contact

(] U System Control when significant power changes are planned or occur. System control will participate in the exercise.

          .       Other Wisconsin Electric Departments - Corporate Affairs response requires that others within the company be notified of PBNP events. All such notifications will be made to the actual departments.

10.4 FEDERAL AGENCIES PBNP response will require that various federal agencies be notified. All initial notifications will be made to the agencies. Subsequent notifications will be made to the Control Cell. Controllers may ask questions on the situation, but do not offer help unless asked. Closeout notifications must be made upon exercise termination. . 10.5 MEDIA, CITIZENS, CUSTOMERS, SPECIAL NOTIFICATIONS External Affairs may notify several non-WE people and agencies. All notifications will be made to the appropriate entity. Controllers will ensure that 'This Is A Drill" is used. O . l V 4 10.2 1 I

I O riouRe io., CONTROL CELL COMMUNICATION LINKS MILWAUKEE Dial Select - PBNP - -

NTE COMMUNICATIONS i

PBNP CONTROL CELL Nac INPO O ~ WISCONEN IIELL WEEDNGHOUSE BECHTEL VASCONSIN PUBUC SEBACE INDUSTRY OTHERS O

l State of Wisconsin \ DEPARTMENT D,ivision of Emergency OF MILITARY Government AFFAIRS 2400 WRIGHT STREET AbSON ISCONSIN 53707 7865

     '\                                                                                                                        IIc'sYu"UNEll'$5?'

' 24-HOUR E ENCY HOTLINE October 12, 1994 Mr. Larry Bailey, Chairperson Regional Assistance Committee Federal Emergency Management Agency - Region V 175 West Jackson 130ulevard,4th Floor Chicago, IL 60604

Dear Mr. Bailey:

This transmits the scenario and supponing documentation for the Wisconsin State and local governments' December 6,1994, Radiological Emergency Preparedness (REP) Exercise with Wisconsin Electric Power company and the Point Beach Nuclear Plant. The exercise w!!! be a one-day plume exercise with full participation by the State of Wisconsin, Manitowoc County and Kewaunee County. State personnel and equipment at the Forward Operating Center / Mobile Radiological Laboratory, JPIC and Reception Centers will be pre-positioned, as will the State liaison to the Risk County. All other staff will be activated according to the State and County plans as driven by the exercise scenario. Since this is a " plume" pathway exercise, ingestion play will be limited to: 1

1. Notification of the ingestion counties of the simulated events.

2. Discussion in the State EOC concerning ingestion sampling, as necessary.

MS-1 Scenarios for Two Rivers Hospital, Algoma Ambulance and Roncalli Ambulance Drills will be transmitted under separate cover by November 15, 1994. We look forward to FEMA's approval o fthis scenario and to the opportunity to improve our our exercise program. If you have any questions or concerns about this material, please

n 4

?!?Ql fM ' br&RQrMN F

I October 12, 1994, Letter to Larry Bailey 2 i , , . - t - (. j : contact Steven Antholt, of my staff, at (608) 242-3242. Radiological technical questions may ! be directed to Ronda Kaano at the Department of Health and Social Service's Radiation !

        . Protection Unit at (608) 267-4793.

Sincerely,

          ,451 y h bibu Garrett A. Nielsen, Manager Radiological Emergency Preparedness Program Wisconsin Division of Emergency Government                                                   ;

Enclosures:

7 pc: Chris Bacon, Wisconsin DEG (w/o enclosure) Paul Schmidt, Wisconsin DIISS-RPU (w/o enclosure) Ronda Kaarto, Wisconsin DilSS-RPU Steve Antholt, Wisconsin DEG : Cleven Lloyd, FEMA Region V Jim Foster, NRC Region III Tom Regney, S.E. Technologies Rick Chojnacki, Wisconsin Electric i 4 4 f b i

l. l' 1 LO 1 i i 1994 POINT BEACH NUCLEAR PLANT EXERCISE ! l O Scenario Timeline i d I l

O

1 POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO TUESDAY, DECEMBER 6,1994

 ,m Q  Time Action 0700 Initial conditions: Both units atfullpower. Some as-built electrical venfication work is in progress on the Unit 1 RHR system. Wind speed: 10 mph. Stability class: C.

Precipitation: None. 0730 A light plane carrying liquid Na-24 (radioactive isotope)for a carry-over test at KNNP crash lands near the circulating water pump house.. Fire occurs, and the pilot is injured. The Na-24 shipping container appears to be damaged. 0732 Controller Message M-1: To Sheriff's Dispatch. Downed aircraft, Cessna C242, alo'ng the 12ke Michigan shore at 110* and 31 miles from Austin Straubel or 35* and 12 miles from Manitowoc Airport. Plane dropped from our radar at 0730 inbound to Ranch Side Airport. Pilot reponed engine failure and that his cargo was a radioactive test source. Requests assistance in searching for the plane. 0734 Controller Message K-1: To Sheriff's Dispatch. Possibility of downed aircraft along the Lake Michigan shore. Requests assistance in searching for the plane. 0735 Control Room to Manitowoc County Shenf, "An aircraft has crashed on the Point

  -      Beach Nuclear Power Plant protected area, near the circulating water pump house.
 ,)      Pilot is ir{jured.

0745 ALERT declatred. " Category 8 - Hazards to Plant Operations". Plane crash within controlled area (possible Na-24 source on board). 0745 Controller Message M-2: To Manitowoc County Sheriff's Dispatch. Call from Two Rivers High School teacher who is out on a school field trip near Point Beach with her students. Sees smoke at Point Beach and wants to know if they should leave the area. 0750 Controller Message M-3: To Manitowoc County Sheriff Channel 5 News out of Green Bay called and heard that a plane crashed at Point Beach NPP. Requests information on the incident. 0755 Controller Message K-2: To Kewaunee County Sheriff. Channel 11 News called and heard that a plane crashed at Point Beach NPP. Requests information on the incident. c 0805 Contingency Message SRC-1: To SRC. Activate SEOC. ; 0810 Controller Message M-4: To Manitowoc County Sheriff. The Point Beach n Campground called with concerns. Wants to know if campground should be C evacuated. 1 q:\home\anthos\pbnp_94\scen.epb

POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO l TUESDAY, DECEMBER 6,1994 l .t' ^\ V Iims Action i i 0810 Controller Message K-3: To Kewaunee County Sheriff. Mapleview Campground ! owner called and wants to know if he should evacuate his campers. 0815 State decision makers decide to activate SEOC. SRC dispatches Forward Operations Center / Mobile Laboratory and contactsfield teams (simulated). 0815 Controller Message M-5: To Manitowoc County Sheriff. Hidden Valley Ski Area owner called and wants to know if Point Beach is having problems. Group of school children coming up to ski today. 0825 DEG tests communications links with East Central Regional Ofce. DEG notifies FEMA V and the other Region V states of the situation. Requests FEMA to be the single point of contact to coordinatefealeral assistance to Wisconsin. . State field personnel involved in JPIC operations, and reception centers will be prepositioned. Q DEG administrator notifies the Governor and briefs him on the status of the Y emergency. State EOC is operational with minimum staffing. Exercise time is synchronized with the County EOCs. East Central Regional Director is dispatched to the Manitowoc County EOC, and Nonheast Regional Director is dispatched to Kewaunee County EOC (simulated). Activation of State EOC continues. PLO contacts state agency PIOsfor service in the State EOC. (Calls will be made by Operations ODicer) State PIOS and suppon staff are dispatched to the JPIC in Green Bay (simulated). 0835 The "First Notice" of the incident is released to the media through coordination of State and County PIOS. The Officer-in-Charge (OIC) conducts a State EOC briefing, and instructs staff to review their plans and have their agencies place personnd and equipment on standby. 0835 Contingency Message S-1: To SRC. Notify FOC/MRL controller of time when - SRC dispatches FOC/MRL and Emergency Response Teams to Manitowoc County. 2 q:\home\anthos\pbnp_94\scen.epb

[ POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO TUESDAY, DECEMBER 6,1994 > Q > k) Time Action 0830 Controller Message S-2: To Officer in Charge. Governor Thompson wants a written - summary on the plane crash at Point Beach NPP and how the public is responding to it. 0835 Controller Message M-6: To Sheriff. Two Creeks Kennel owner reported smoke coming from Point Beach NPP. Wants to know if the County will help transport her dogs to Hortonville. 0840 Controller Message M-7: To Fire / Rescue Coordinator. A Two Rivers resident wants to know if the column of smoke over Point Beach NPP is coming from the j plant. Wants to know if he will have to evacuate and what he should do about shipment of produce coming in to his store this afternoon. , 0850 The affected ingestion counties are notified of the situation at the plant. 0850 TSC, OSC and Mihvaukee Communication Centers are operational. 0900 Contingency Message S-3: To OIC in County EOC. Begin assessing response costs if you have not done so. , 0900 Controller Message M-8: To County Radiological Officer. A Cato resident called and wants to know if the fish he caught are safe to eat and sell. 0900 Contingency Message K-4: To OIC in County EOC. Begin assessing response costs if you have not done so. 0900 Higher than normal vibration on la reactor coolant pump. Fuel damage indicated after vibrations. 0900 Contingency Message M-9: To OIC in County EOC. Begin assessing response costs if you have not done so. 0902 Controller Message K-5: To County Radiological Officer. An East Krok resident called and wants to know if fish he caught are safe to eat and sell. l 1 0915 State and County EOCs arefully operational. Forward Operations Center / Mobile Radiological Laboratory is prepositioned andfully staged in Two Rivers. Threefield teams are availablefor dispatch. 0920 Controller Message S-4: To PIO in State EOC. Channel 3 News from Madison called and requests information on the plane crash at Point Beach NPP. (L 3 q:\home\anthos\pbnp_94\scen.epb

POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO TUESDAY, DECEMBER 6,1994 . Ilme Action 0925 Regional Directors arrive at Kewaunee and Manitowoc EOCs. 0930 Controller Message M-10: To PIO in Manitowoc EOC. A Manitowoc radio station' l called and wants a live radio interview to discuss the plane crash and problems at the ; nuclear plant. j 1 0930 Personnel working on the As-Built Electrical Venpcation inadvertently short out the motor controllerfor the RHR valve RH-720 and the valve dnps open, causing a path ; frotn the higher pressure Reactor Coolant System to the lowerpressure Residual Heat l Removal System. This overpressure condition results in an EVENT V, Intersystem i LOCA outside containment. A release of radioactivity begins shortly oper the LOCA. \ [ 0930 Plant should be advising of worsening conditions. " Livestock" and " Personal Preparedness" are released to media by State EOC after consultation with SRC and t Counties. l l State EOC PIOS brief PIOS at the JPIC about the status of the emergency and the. l progress of response actions. l P10s in the JPIC prepare news statements and hold a press conference. The OIC conducts a briefng of State EOC staf. State agency representatives report on the actions their agencies have taken. Counties conduct similar brie $ngs. l i 0930 Controller Message K-6: To County PIO. A Green Bay radio station wants a live t radio interview to discuss the plane crash and problems at the nuclear plant. l l 0935 Controller Message S-5: To PIO in State EOC. A Madison radio station wants l information on the plane crash at Point Beach NPP. ! I 0935 Controller Message K-7: To Kewaunee E.G. Director. An East Krok resident wants infonnation on the plane crash at Point Beach NPP. i 0945 Controller Message S-6: To DNR (Enforcement)in State EOC. WIBA AM Radio wants information on the plane crash at Point Beach NPP and the possible evacuation of Point Beach State Park and Lake Michigan area. 0945 Controller Message J-1: To State PIO in JPIC. Channel 2 News in Green Bay called and wants information on the plane crash at Point Beach NPP. 0945 Controller Message J-2: To State PIO in JPIC WNFL Radio called and wants ( information on the plane crash at Point Beach NPP. 1 4 qdhome\anthos\pbnp_94\scen.cpb

POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO TUESDAY, DECEMBER 6,1994 7 (3) Time Action , 0950 GENERAL EMERGENCY is declared based on Category 1 - Abnormal Primary Leak Rate, " Loss of Primary System Integrity and Containment Integrity with the potentialforfuel damage", or based onfission product barrier criteria. A Plant Evacuation will be conducted. Offsite agencies are notified. 1000 After Dial Select discussions with State EOC, SRC, Counties and the Utility, the Governor is provided with a Protective Action Recommendation (PAR). Upon approvalfrom the Governor, the PAR is preparedfor the public. Counties then coordinate activation of their sirens and local EBS systems. General evacuation activities begin; evacuees are directed to reception centers and shelters. Evacuation area access control is established and emergency uvrker protective activities are initiated. 2005 The Governor declares a State of Emergency in Manitonoc and Kewaunee Counties (simulated). 1000 Controller Message J-3: To State PIO in JPIC. Channel 5 News in Green Bay

  /3        called and wants information on plane crash at Point Beach NPP.

2005 State EOC PIOS brief the PIOS at the JPIC about the status of the emergency and the progress of response actions. Preparations are madefor Governor's news conference. OIC contacts FEMA V and the Region V states on the status of the incident and response actions. 1005 Controller Message M-11: To Manitowoc OIC. A Mishicot resident called and cannot hear the sirens. He wants to know if he should evacuate. 1005 Controller Message K-8: To Kewaunee Highway Department in EOC. A Kewaunee resident called and cannot hear the sirens. He wants to know if he should evacuate. 2006 The OICformally declares the status change in the State EOC. The East Central Regional Office and Manitowoc and Kewaunee Counties are notified of the status change. Affected ingestion counties are also notfled of the changes in plant status. 1010 Contingency Message SRC-2: To SRC. Do not evacuate beyond 5 miles in downwind sectors. i

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POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO , TUESDAY, DECEMBER 6,1994 /~N ! V Time Action 1010 Controller Message M-12: To Manitowoc County Sheriff in EOC. Owner of Hidden Valley Ski Area wants to know if the middle school kids from Milwaukee can ; ski today. ! i 1010 Controller Message S-7: To DMA Rep. in EOC from MG Slack. What resources l could the National Guard commit to a possible evacuation. l 1010 Controller Message S-8: To DOT Rep. in State EOC. Northland Engineering in ! Green Bay called. Would like to offer assistance in the form of personnel and construction / barricading equipment. l 1015 SRC simulates dispatch of state health teams to reception centers. 1015 Controller Message S-9: To DNR Enviormental Quality Rep. in State EOC. A De ! Pere resident called and said she observed a large number of dead fish along the beach sorth of Point Beach State Park. Wants to know if anyone has tested the water l for radiation. i i 1020 Controller Message S-10: To Red Cross Rep. in State EOC. A WBAY radio ( reporter called and wants to know what assistance is available from the Red Cross. 1020 Controller Message S-11: To DNR Enviromental Quality Rep. in State EOC. A De ; Pere resident called and wants to know how to protect his two acres of trout ponds l located west of Point Beach NPP. ! 1020 Controller Message M-13: To Manitowoc County Shenff in EOC. A Milwaukee ' Roosevelt Middle School parent is concerned about her dac3h ter at Hidden Valley Ski Area. Wants her daughter out of the area. I 1020 Controller Message K-9: To County Radiological Defense Officer. A septic ! company called and reported pumping a strange bluish / black sludge out of a septic tank located on a faim in the town of Norma. Wants to know what they should do. 1020 Controller Message K-10: To Kewaunee County EOC. A Milwaukee Roosevelt Middle School parent is concerned about her daughter at Hidden Valley Ski Area. Wants to know if the kids are on their way home. 1020 Controller Message M-14: To Manitowoc County Sheriff in EOC. A Milwaukee Roosevelt Middle School parent is concerned about his son at Hidden Valley Ski Area. O l 6 qhme\anthos\pbnp_94\scen.epb

i POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO : TUESDAY, DECEMBER 6,1994 o

Time Action 1020 Controller Message M-15: To Manitowoc County Social Services. A child care ; provider wants to know if Two Rivers will be evacua9d. 1020 Controller Message M-16: To County Radiological Defense Officer. A septic .! company called and reported pumping a strange bluish / black sludge out of a septic. - tank located on a farm near Mishicot. Wants to know what they should do. 1020 FOC/MRL Controller injectsfield team and sample analysis data at the mobile laboratory. 1025 Controller Message S-12: To Emergency Police Services in State EOC. A Milwaukee Roosevelt Middle School parent is concerned about her daughter at Hidden Valley Ski Area. Wants to know if the ski hill is being evacuated. 1030 EOC briefing. 1030 Controller Message S-13: To Emergency Police Services in State EOC. Principal of Roosevelt Middle School wants kids brought back to Milwaukee. (VD 1030 Controller Message K-11: To Kewaunee County Highway Commissioner. Brown County Highway Dept. is offering assistance with road blocks. Wants to know what , is needed. 1030 Controller Message S-14: To DATCP Animal Health Rep. in State EOC. A DVM called and want information on how to protect livestock from radiation. Also wants information on decontamination procedures for livestock. 1030 Controller Message S-15: To DHSS Div. of Health Rep. in State EOC. An UW Oncologist called and would like to offer his expertise in treating victims. , 1030 Controller Message S-16: To PIO at State EOC. Governor Thompson is in route to State EOC. Provide Governor with paper outlining facts of the incident and advise him on whether or not to go to plant site or Manitowoc County. 1031 Controller Message M-17: To County Extension Agent in EOC. A DVM called and wants information on how to protect livestock from radiation. Also wants information on decontamination procedures for livestock. 1032 Controller Message K-12: To Ag. Extension Agent in EOC. A DVM called and ) wants information on how to protect livestock from radiation. Also wants information l on decontamination procedures for livestock. 7 qhme\anthos\phnp ,94hcen epb l

POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO 1 TUESDAY, DECEMBER 6,1994 i i Time Action I i 1035 Controller Message S-17: To DOT Div. of State Patrol Rep. in State EOC. The f State legislature wants to know the estimated time required to evacuate the portions of Kewaunee and Manitowoc Counties affceted by Point Beach NPP. 1035 Controller Message M-18: To Manitowoc County Highway Commissioner. Sheboygan County Highway Dept. is offering assistance with road blocks. Wants to know what is needed. I 1040 Contingency Message SRC-3: To SRC. Must develop second PAR. i 1040 Controller Message S-18: To DATCP in State EOC. Rep. Swoboda's office called : with concerns over a number of Kewaunee and Manitowoc Counties dairy farmers. 1040 Controller Message J-4: To PIO in JPIC. Green Bay Channel 5 wants to know if children at Ilidden Valley Ski Area are at risk. 1045 Contingency Message SRC-4: To SRC. Do not evacuate beyond 10 miles in downwind sectors. l O lQ 1045 Second PAR, extending evacuation out to 10 miles in the downwind sectors, is developed based onfield team readings. 1045 Controller Message S-19: To DATCP Rep. in State EOC. The Wisconsin Milk Marketing Board called and wants information on the Point Beach NPP incident. Would also like a meeting with State experts. . 1045 Controller Message M-19: To Manitowoc County Ag. Extension Agent. A local farmer wants an informational brochure on radiation. Call him with this information. 1045 Controller Message K-13: To Kewaunee County Ag. Extension Agent. A local farmer wants an informational brochure on radiation. Call him with this information. 1045 Controller Message J-5: To State PIO. CNN calling from Green Bay airport would r like to get film footage of the plant. I 1050 The EOF and JPlc (at WPSfacility in Green Bay) will be activated. O 8 q:\home\anthos\pbnp_94\scen.epb i

POINT CEACH NUCLEAR PLANT EXERCISE SCENARIO TUESDAY, DECEMBER 6,1994 O () Time Action , 1050 After Dial Select discussions with State EOC, SRC Counties and the Utility, the Governor is provided with a Protective Action Recommendation (PAR). Upon approval from the Governor, the PAR is prepared for the public. Counties then coordinate activation of their sirens and local EBS systems. General evacuation activities begin; evacuees are. directed to reception centers and shelters. Evacuation area access control is established and emergency worker protective activities are initiated. 1100 Manitowoc Reception Center at Roncalli High School is operational. It will be demonstratedfrom 1100-1230. State health teams are prepositioned in Manitowoc. 7 1105 The PIOS at the JP1C are informed about actions State and local agencies are taking; i news statements are prepared; and a news conference is held. I i 1110 The DEG Administrator confers with the SRC and briefs the Governor on the status of the incident and response actions being taken by State and county oficials > (simulated). ' p DEG advises FEMA V and the Region V states on the status of the incident and Q response actions. The afected ingestion counties are notified of the situation at the plant. i The SRC and 01C meet with DNR and DATCP to discuss ingestion pathway sampling. Lab Services Coordinator transmits initial sample analysis results to the SRC. Subsequent results are transmitted as they become available. 1120 Controller Message S-20: To PIO at State EOC. Channel 27 News from Madison - called and are on their way to the State EOC for an interview. Where should they park and set up? ) 1120 Controller Message S-21: To PIO at State EOC Chanrel 3 News from Madison are on their way to the State EOC for an interview. 6 1120 Controller Message M-20: To Ag. Extension Agent in Manitowoc County EOC. Dairy called and wants to know if the milk they picked up is safe to use. They also request that the milk be checked. 1120 Controller Message K-14: To Ag. Extension Agent in Kewaunee County EOC. Daity called and wants to know if the milk they picked up is safe to use. They also request that tihe milk be checked. C) 9 q:\home\anthos\pbnp_94\scen.eph l

l POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO 3 TUESDAY, DECEMBER 6,1994 m U Time Action , f r 1120 Controller Message M-21: To Manitowoc County Social Services. Child care provider w.snts advise on what to do with two children whose parents cannot be ! located. I120 Controller Message M-22: To Manitowoc County Sheriff. A man called from the l Two Rivers Hospital and reported looters in Two Rivers. : i 1130 The OIC conducts a briefing of State EOC staf. State agency representatiws oepon on the actions their agencies have taken. l 1130 Contaminated / injured evacuee at Roncalli Reception Center initiates Medical Services-hansportation and Hospital drills. 7 1130 Controller Message M-23: To County Health Services Director. The Dean of Students at Silver Lake College called and reported that one of the students fell and ; broke her leg. Wants assistance in locating the parents. l 1135 Controller Message M-24: To County Radiation Officer. Silver Lake resident saw i an ambulance leaving Silver Lake College. Wants to know'if it is related to Point p V Beach accident. I135 Controller Message M-25: To Manitowoc County Social Services. Child care , provider wants assistance in locating parents of the two children she still has with her. 1140 Controller Message S-22: To DATCP Food Safety Rep. in State EOC. Dairy called and wants to know if the milk they picked up is safe to use. They also request that ! the milk be checked. j 1140 Controller Message K-15: To Kewaunee County Social Services. A concerned 1 parent called and cannot locate her child. Needs assistance in locating the child care , provider. j 1141 Controller Message M-26: To Manitowoc County Highway Services. A concerned , parent called and cannot locate her child. Needs assistance in locating the child care provider. 1144 Controller Message K-16: To Kewaunee County Sheriff. A Green Bay Channel 5 ; News truck unloaded two ATVs on Woodside Road. ATVs are heading south along l shoreline. I O ; 10 q:\hmic\amhm\phnp,,94\scen.epb

POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO TUESDAY, DECEMBER 6,1994 O Time Action

   \ j 1150                     Controller Message S-23: To DHSS Div. of Health Rep. in State EOC. Manitowoc                                                                                !

Hospital called and reported several ill high school students have shown up in the l emergency room. Doctor needs assistance in identifying radiation sickness. l 1150 Controller Message S-24: To DNR Div. of Environmental Quality Rep. in State ! EOC. A Sheboygan resident called and wants to know if the fish he caught this I morning is safe to eat. l l Controller Message S-25: To Emergency Police Servicca Rep. in State EOC. A 1150 1 lighor store owner called and wants to know what will happen with his insurance if his store is looted. 1150 Controller Message M-27: To County Public Health Director. A teacher called who is with the student who broke her leg. The parents need to be located in order to approve medical treatment for the student. 1150 Controller Message M-28: To County Public Health Director. A Silver Lake resident wants to know if the children at the High School have radiation sickness. O d 1155 Controller Message S-26: To Public Service Commission Rep in State EOC. Concerned citizen wants to know if power rates will be affected by incident at Point Beach NPP. 1 1155 Controller Message M-29: To Manitowoc County Sheriff. News van parked on Saxonberg Road. ATV tracks heading from the van towards Point Beach NPP. Requests assistance in stopping ATV before it reaches the evacuation area. 1200 Car accident resulting in a contaminated / injured victim initiates Medical Services-hansportation drillin Kewaunee County. 1200 Controller Message S-27: To PIO in State EOC. Madison Channel 3 News has arrived at 2400 Wright Street. Where should they set up? 1200 Controller Message S-28: To Public Service Commission Rep. in State EOC. U.S. Representative would like to be briefed on situation at Point Beach NPP. 1200 Controller Message M-30: To County Social Services. Deputy called and said that a citizen refuses to evacuate. Wants advice on what to do. 1200 Controller Message M-31: To Ag. Extension Agent in Manitowoc EOC. A man called and wants to know how to protect his four acres of trout ponds. 1? q:\home\anthos\pbnp_94\scen.epb

POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO TUESDAY, DECEMBER 6,1994 A/ Time - Action 1200 Controller Message M-32: To Manitowoc County Social Services Rep. A Manitowoc resident is concerned about the safety of his child. Wants to know if he can pick him up. 1200 Controller Message M-33: To Manitowoc County Social Services. Child care provider calling from the Adult Learning Shelter wants assistance in locating parents of the two children she still has with her. 1200 Controller Message M-34: To Manitowoc County Sheriff. KNPP security called and observed two ATVs heading scnth toward Point Beach. 1200 Controller Message K-17: To Ag. Extension Agent in Kewaunee EOC. Town of Franklin resident called and wants to know how to protect his four acres of catfish ponds. 1210 Controller Message S-29: To Public Service Commission Rep. in State EOC. Milwaukee resident wants to know if incident at Point Beach NPP will affect electric bill rates. O V 1210 Controller Message M-35: To County Social Services Representative. Concerned parent wants assistance in locating his child. He is calling from Silver Lake College. 1210 Controller Message K-18: To Kewaunee Social Services. Police officer called and has a distraught mother at the roadblock. Wants to know where the mother's child is. 1210 Controller Message J-6: To State PIO. WNFL called and heard that there are reports of widespread looting in Two Rivers 1215 Controller Message M-36: To Manitowoc County Sheriff. Two Rivers police called and needs backup support. 1215 Controller Message M-37: To Manitowoc County Social Services. Concerned parents called and cannot locate their child who has been evacuated. The child was with a day care provider. Wants assistance in finding their child. 1215 Controller Message M-38: To County Social Services Director. Social Services Office received a call from a wife of a man who works in a gravel pit. He wears car plugs and may not be able to hear sirens. She wants County to check to see if he has evacuated. Ov 1215 Controller Message M-39: To Manitowoc County Sheriff. Two Rivers Police Chief called and needs relief assistance at road blocks. 12 q:\home\anthos\pbnp_94\scen.epb

l POINT EEACH NUCLEAR PLANT EXERCISE SCENARIO TUESDAY, DECEMBER 6,1994

      /m Time                                     Action 1215                                     Controller Message J-7: To State PIO. Milwaukee Journal called and heard from a l

resident in Francis Creek that there are looters using ATVs. I i 1220 Controller Message S-30: To DMA Rep. in EOC. Staff sergeant called and said ; that Two Rivers Armory has been locked up and evacuated. He also reported i possible looting going on in Two Rivers. Wants to know how he can get back into i Two Rivers.~ l 1220 Controller Message M-40: To Ag. Extension Agent In Manitowoc County EOC. A ) Two Rivers farmer called and is concerned about losing his livestock. Wants to know what insurance will cover or what assistance may be available from the State or Utility. 1220 Controller Message K-19: To Ag. Extension Agent In Kewaunee County EOC. A Kewaunee farmer called and is concerned about losing his livestock. Wants to know what insurance will cover or what assistance may be available from the State or Utility. 1230 Controller Message S-31: To DMA Rep. in EOC. A staff sergeant from the Manitowoc Armory called and suggested the use of NG helicopters to control looting. 1230 Controller Message M-41: To Manitowoc County Sheriff. Resident called and reported ATV tracks heading towards Two Rivers. 1245 Controller Message S-32: To DHSS Div. of Community Services Rep. in State EOC. Brookfield resident called and wants to know if her granddaughter who lives in ! Two Rivers is okay. 1245 Controller Message S-33: To DHSS Div. of Comnmnity Services Rep. in State EOC. Dane County DHSS called and said they received a call from a concerned Madison resident. The resident's convalescent mother lives in Two Rivers. Wants someone to assist his mother in evacuating. 1245 Controller Message S-34: To Public Service Commission Rep. in State EOC. Senator Kohl's office called and requests someone to brief him on the situation. 1245 Contingency Message M-42: To Manitowoc County Fire / Rescue Chief. County Board Chairperson wants updated information on how the County is prepared to handle fires in the evacuated areas. 13 q:\home\anthos\pbnp_94\scen.epb

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l POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO TUE3 DAY, DECEMBER 6,1994 Time Action . 1245 Controller Message M-43: To Manitowoc Agriculture Extension Agent. An owner of two championship Border Collies called and is concerned about leaving his dogs , alone. ! I 1245 Contingency Message K-20: To Kewaunee County Fire / Rescue. County Board Chairperson wants updated information o.n how the County is prepared to handle fires ' in the evacuated areas. ) 1 1245 Controller Message K-21: To Kewatmee Agricultural Extension Agent. An owner i of two championship St. Bernard dogs called and is concerned about leaving her dogs ) alone. ;

,        1245 Controller Message K-22: To Kewaunee County Board Chairperson. Mayor of Kewaunee called and wants to know if Kewaunee should evacuate due to shiftmg                               ;

winds. Also wants to know what assistance will be provided by the State. , 1300 Controller Message M-44: To Manitowoc County Sheriff. Sheriff's deputy called and is requesting assistance with a local resident who is adamant about entering the , o evacuated area. ! 1300 Controller Message M-45: To Manitowoc County Social Services Director. A ! concerned parent called and wants to know where her child was taken when Two Rivers Elementary was evacuated. 1300 Controller Message M-46: To Public Health Representative in Manitowoc County l EOC. The Roncalli Reception Manager is concerned about measles. 1300 Controller Message M-47: To Manitowoc County Social Services. The Roncalli Shelter Manager needs assistance and requests that additional crisis counselors and volunteers be sent to the shelter. ; 1300 Controller Message K-23: To Kewaunee County Sheriff. Sheriff's deputy called ; and is requesting assistance with a local resident who is adamant about entering the evacuated area. l r i O 14 q:\home\anthos\pbnp,94\scen.epb

POINT BEACH NUCLEAR PLANT EXERCISE SCENARIO TUESDAY, DECEMBER 6,1994 U Time Action . 1300 The OIC conducts a briefing of State EOC staff. State agency representatives report on the actions their agencies have taken. DEG advises FEMA V and the Region V states on the status of the incident and response actions. The PLOs at the JPIC are informed about actions State and local agencies are taking; news statements are prepared; and a news conference is held. The DEG Administrator confers with the SRC and briefs the Governor on the status of the incident and response actions being taken by State and county o))icials (simulated). 1335 If exercise controllers have determined that all of the exercise criteria have been met, the exercise activities may be terminated. EXERCISE ACTIVITIES ARE TERMINATED. O V O 15 ghme\anthos\pbnp_94\scen.eph L

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j REVISED 1994 EXERCISE TELEPHONE LIST - FOR DRILL USE ONLY! EMERGENCY FACILITIES l

             - Wisconsin Electric Simulator Control Room (SCR) . . . . . . . . . . . . . . . . . . . . . . . . . . .                                                                                       755-3247/3257 Simulator Booth . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 755-6140 Corporate Emergency Center (CEC) . . . . . . . . . . . . . . . . . . . . . . . 221-4393/4770/4771 CEC fax . . . . . . . . . . . . . . . . . . . . . . . . . ......................                                             221-2010 Emergency Operations Facility (EOF) . . . . . . . . . . . . . . . . . . . . . . 755-4324/6513/6279 EO F fax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 755-6246/4334 Ene rgy Ce n t e r . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 755-6246/4334 l                                                                  ECfax................................................ 75A6301 Information Hotline (INITIAL CALL ONLY) . . . . . . . . . . . . . . . . . . . . . . . . . 221-4444 Information Hotline . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221-3700 Joint Public Information Center (JPIC)

Director . . . . . . . . . . . . . . . . . . . . . . . . . .... . . . . . ............. 433-7636 Docume nt Cu rator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 431-6430 Information Supervisor . . . . . . . . . . . . . . ..... . . . . ............. 433-7637 Technical Spokesperson . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 433-7624 Statement Writer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 431-%4 Co mm u nicato r . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 433-701.3 G ove rnment Liaison . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 431-6419 Media Relations Supervisor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 431-6433 Facility Supe rvisor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 431-6433 S uppo rt S taff . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 431-6432 B ri e fing Area . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 433-7639 Co n tro ll er . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 433-6430 fax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 431 -64 28 Milwaukee Communications Center (MCC) D ire ct o r . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221-3255 Information Supervisor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221-2315 Technical Spokesperson . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221-4587 S tat e me nt Writer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221-3913 t Co mmu nicat o r . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221-3106 I Communications Coordinator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221-2913 G ove rnme n t Liaison . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221-2589 f v 4 94 s"=44PWW'ek+-S e-" gae --@es"e A 5+ 3W 86*W- "Wh WJ 8

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                                                                                                                                                                   -                w, Media Relations Supervisor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .                         221-2086 Facility Supervisor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

221-3909 ' [ 221-2165 s Briefing Room (Edison Room) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . " 221-3909-Co ntroll e r . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221-4559-fax ................................................. 221-3106 ; fax ................................................. Technical Support Center (TSC) . . . . . . . . . . . . . . . . . 755-4680/4638/6287/6375/6395 , TS C fax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 755-2421 , s

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                                                                                                                                                                                      ~

Per EPIP-25 WE System Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Others JPIC-Counties . . . . . . . . . . . . . . . . . . . . . . . . . . . . Manit 431-6400/Kew 431-6436/6437 431-6431 fax ................................................. . JPIC-State ............................................. 431-6435/6438 431-6432 fax ................................................. Kewaunee County Sheriff /EOC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Per EPIP-23 Manitowoc County Sheriff /EOC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Per EPIP-23 Nuclear Regulatory Commission Headquarters Public Affairs . . . . . . . . . . . Per EPIP-23 24 hours . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Per EPIP-23 NRC fax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Per EPIP-23 Nuclear Regulatory Commission Region III Public Information Officer . . . . Per EPIP-23 NRC RIII PIO fax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Per EPIP-23 Wisconsin Division of Emergency Government (DEG) . . . . . . . . . . . . . . . . Per EPIP-23. Per EPIP-23 ' D EG fax . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Other Exercise Numbers (ALL INITIAL CALLS SHOULD BE MADE TO REAL i AGENCIES, AND SUBSEQUENT CALLS CAN BE MADE TO THE FOLLOWING l NUMBERS): PBNPx6193 U.S. Dept. Of Energy / Coast Guard . . . . . . . . . . . . . . . . . . . . . . . . . . . .

                                                                                             . . . . . . . . . . . . . . . . . .          . . PBNP x6193 Wisconsin Pub Service /Kewaunee Nuclear Plant American Nuclear Insurers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PBNP. x6491
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National Weather Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PBNP x6326 , - .f Community Hospital, Two Rivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PBNP x6491 - All other Federal officials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PBNP x6491 J m - All other State and local ' officials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PBNP x6i93 .. All TV, wire services and print media . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PBhTV431 All radio stations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PBNP x6327 ; w Any other non-WE agency . . . . . . . . . . . , , . . . . . . . . . . . . . . . . . . . . . . . . PBNP x6491 . I h u l i

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ML20079B732

Text

Dear Mr. Bailey:

Dear Mr. Bailey:

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Dear Mr. Bailey:

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