Text

Forwards marked-up Revised 1983 Emergency Exercise.Rev Incorporates NRC & FEMA Comments from 830804 Meeting.Addl Info Re Operational Data & Engineering Problems Will Be Submitted 2 Wks Prior to Exercise
	ML20085K861
Person / Time
Site:	Salem
Issue date:	09/12/1983
From:	Moeller P; Public Service Enterprise Group
To:	Murley T; NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION I)
References
	NUDOCS 8310210195
	Download: ML20085K861 (143)
	v • d • e

{{#Wiki_filter:? ,,ses O PSEG $YD -SL7 3-Public Service Electric and Gas Company P.O. Box 236 Hancocks Bridge. New Jersey 08038 3 i( Nuclear Depadment September 12, 1983 Dr. Thomas.Murley, Administrator U.S. Nuclear Regulatory Commission Region I 631 Park Avenue King of Prussia, PA 19406

Dear Dr. Murley:

SALEM GENERATING STATION 1983 EMERGENCY EXERCISE Enclosed is a revised copy of the 1983 SGS emergency exercise ( scenario. This revision incorporates those comments received from the NRC and FEMA during a meeting of key controllers and federal representativec on August 4, 1983. Additional information will be developed in several specific areas (i.e., operational data and engineering problems) during the next month and will be supplied to you at least two weeks prior the exercise. Please inform us if any information, as presented, needs clarification or revision. Sincerely, P. A. Moeller Manager - Nuclear Site Protection 8310210195 830912 PDR ADOCK 06000272 F pop l The Energy People g t--,- 3

LIST OF ENCLOSURES A. Objectives B. Scenario C. Weather Data D. Field Data Helicopter Data E. Plume Map Noble Gas & I-131 Source Term F. Detailed Source Term Assumptions G. Station Vent Flow Rate C'ontainment Pressure vs. Time ? H. Primary Coolant Concentrations I. Containment Air Concentrations J. Station Vent Releases K. On Site Data L. Site Map M. Medical Drill N. RMS Data

ENCLOSURE A Objectives for the 1983 NRC/ FEMA Observed SGS Emergency Exercise Anintegratedexercisewillbeconductedinorderko demonstrate the radiological preparedness of the Salem Generating Station (SGS), Public Service Electric & Gas, the State, County and selected municipalities of New Jersey and the State and County agencies of Delaware, by implementation of their emergency plans. The exercise will provide the basis for an evaluation by the participating organizations of the adequacy of their emergency plans and of their competancy in implementing the plans. The benefit of the self-critique will be the identification of any problems and the corrective measures required to improve performance. The onsite objectives of the exercise are as follows: A. Emergency Operations Facilities and Resources 1. Demonstrate the effectiveness of the following emergency response facilities: TSC, OSC, EOF, and Media Center. 2. Demonstrate that the communication systems with each state, and Federal agencies are operable. 3. Demonstrate that each emergency response facility has adequate access control and that adequate security can be maintained. 4. Demonstrate that each emergency response facility has adequate space, equipment, and supplies. B. Alerting and Mobilization of Officials and Staff 1. Demonstrate that licensee notification and alerting of offsite officials and staff can be accomplished in a timely manner and that all initial notification and updating is verified and logged. 2. Demonstrate that organizations outside PSE&G that would be contacted to provide assistance (e.g. INPO, NSSS supplier) can be notified as appropriate, although they will not be involved during the exercise. 9 1-

C. Emergency Operations Management 1. Demonstrate the ability of the licensee to activate and staff the emergency response facilities as appropriate for the existing emergency class and to transfer functional responsibilities from the Control Room, to the TSC, to the EOF. 2. Demonstrate the ability of the licensee to communicate with their monitoring teams, rescue parties, and other personnel as needed. 3. Demonstrate the ef fectiveness of the TSC and EOF support in assisting plant operations in accident evaluation and mitigation. D. Public Alerting and Notification See State objectives. E. Public and Media Relations 1. Demonstrate the ability to establish a public information center; that there are accurate and timely press releases and briefings and that designated public information personnel are implementing their procedures. F. Accident Assessment 1. Exercise the overall SGS Emergency Plan from Alert to General Emergency. 2. Demonstrate the ability of licensee personnel to recognize an emergency initiating event and properly characterize and classify the emergency according to the pre-established Emergency Action Levels and make proper notifications to of fsite agencies. 3. Demonstrate that persennel can perform offsite , dose projections and accident assessment for both radioactive noble gases and radiciodine quickly and accurately. 4. Demonstrate the ability of the licensee to determine the cause of the accJdent, take appropriate action and place the plant in a safe condition. 5. Demonstrate the ability of the licensee t'o interpret and analyze installed plant and radiation monitoring equipment. 2-

6. Demonstrate the field monitoring capability of the licensee for (1) predetermined area radiation levels, (2) air sampling and analysis for radiciodine and particulates in the plume exposure EPZ for plume exposure rate verification (3) tracking the plume; demonstrate that results can be effectively used in making protective action recommendations 7. Demonstrate the capability of the licensee to monitor, interpret and evaluate plant conditions 5 and make protective action recommendations to the appropriate offsite authorities. 8. Demonstrate.that the field monitoring teams of the licensee can be dispatched and deployed in a timely manner; that communications are adequate; that radiologica] monitoring equipment is functional; that simulated data are accurately obtained and transmitted through their respective channels. G. Actions to protect the Public See State objectives. H. Health, Medical, and Exposure Control Measures 1. Demonstrate the ability of the licensee to provide adequate radiation protection services such as dosimetry and personnel monitoring (frisking) and the ability to perform area surveys under emergency conditions. 2. Demonstrate the ability of the licensee to enter a simulated highly contaminated area. 3. Demonstrate the ability by simulation (walk through) the taking of a reactor coolant (RCS) sample and a vent sample. 4. Demonstrate the ability of the licensee's Health Physics personnel to conduct onsite surveys and do ALARA evaluations. 5. Demonstrate the ability to perform personnel monitoring. 6. Demonstrate the ability of the licensee to rapidly deploy search and rescue teams. I. Recovery and Reentry Operations 1. Demonstrate the response of licensee damage control teams. 3-

Off-site Objectives - New Jersey A. Emergency Operations Facilities and Resources - 1. Demonstrate the effectiveness of New Jerse

State, County, and Municipal emergency operations centers.

2. Demonstrate that the communications systems between the licensee, State EOC, County EOC and municipal EOC are operable. 3. Demonstrate that messages are transmitted in an accurate and timely manner and they can be properly logged; that the status boards are accurately maintained and updated; that appropriate briefings are held and incoming EOC personnel are briefed and updated. 4. Demonstrate that each state, county and local emergency response facility has adequate access control and adequate security can be maintained and each facility has equipment and supplies to do its mission. B. ALERTING AND MOBILIZATION OF OFFICIALS AND STAFF 1. Demonstrate that off-site notification and alerting of officials and staff be accomplished in a timely manner and that all initial notification and updating is verified and logged. 2. Demonstrate that state, counties, and municipalities can establish appropriate notificaation and communication link. 3. Demonstrate the ability of the state, counties and municipalities to activate and staff the emergency operations centers as appropriate for the existing emergency class. 4. Demonstrate a timely response of state, county, and local personnel to call for activation of their EOC's. 5. Demonstrate that all agencies have a 24 hour capability and that all agency representatives who are assigned emergency responsibilities can effectively operate from their planned locations inside and outside the EOC. C. EMERGENCY OPERATIONS MANAGEMENT 1. Demonstrate effective EOC operation by State, county and municipalities as well as the joint media center. 4-

2. Demonstrate that messages are transmitted and logged accurately and status boards are accurately maintained and updated. Insure briefings are held and incoming EOC personnel are briefed and updated. 3. Demonstrate that the designated of ficals at each EOC is in charge of the EOC and in control of an over all coordinated response; and that the off-site representa-tives are present in the Technical Support Center (TSC) and/or EOF as appropriate. 4. Demonstrate that all agencies have 24 hour capability and make sure all personnel with emergency responsi-bilities can operate from their assigned location. 5. Demonstrate that there is effective coordination among federal, state, county, municipal agencies and the licensee. D. PUBLIC ALERTING AND NOTIFICATION 1. Demonstrate that the state's decision to notify the public can be accomplished in an effective and timely manner. 2. Demonstrate the public notification's sequence procedure by activating the emergency broadcast system (EBS) to transmit an exercise EBS Test message and a preplanned statement about the exercise, and by activating the prompt notification siren system. E. PUBLIC AND MEDIA RELATIONS 1. Demonstrate the ability to establish a public information center, with accurate and timely press releases and briefings and that designated public information personnel are implementing their procedures. F. ACCIDENT ASSESSMENT _ l. Demonstrate that independent accident assessment can be accomplished by the New Jersey Bureau of Radiation Protection and the Delaware Accident Assessment Advisory Group, and that they are capable of recommending appropriate protective actions by performing the following: a. Demonstrate communication between the licensee and the State accident assessment personnel. b. Demonstrate the ability of the State t6 understand the cause of the accident. 5-

c. Demonstrate the sbility of the State to evaluate and make decisions to take protective actions based on recommendations from the licensee and/or other independent accident assessments. d. Demonstrate that the field monitoring te ms of the state can be dispatched and deployed in timely manner; that communications are adequate, that radiological monitoring equipment is functional; that simalated data are accurately obtsined and transmittted through their respective channels. S e. Demonstrate the field monitoring capability of the state for: (1) predetermined area radiation levels, (2) air sampling and analysis for radiciodine and particulates in the plume exposure EPZ for plum exposure rate verification, (3) tracking the plume; demonstrate that results can be effectively used in determining protective action recommendations. f. Demonstrate the ability of the state to evaluate a radiological release. G. ACTIONS TO PROTECT THE PUBLIC 1. Demonstrate that the designated officials of the state, counties, and municipalities will provide timely support; that local off-site agencies such as first aid squads, po] ice and fire companies will provide timely support on an as-available-bases. 2. Demonstrate that access control points are established promptly and according to the plan, and be implemented with 24 hour cabability. 3. Demonstrate the capability for evacuation of general public (using a bus as simulated evacuation) and demonstrate the opening in a timely manner and use of a Decontamination Center and Congregate Care Center. Records must be maintained and adequate provisions for the care of the evacuees can be made. H. HEALTH MEDICAL AND EXPOSURE CONTROL MEASURES 1. Demonstrate the ability to perform personnel monitoring and demonstrate that the designated officals of the state, county, and municipal governments provide prompt support with local such agencies as police, fire and first aid. 6 6-

2. Demonstrate that the designated hospital can handle a simulated contaminated patient and that the ambulance and related equipment can be decontaminated or disposed of. 3. Demonstrate before emergency workers begin their assignn'nts that they are briefed and know how to use dosimes.ers and KI. Permanent records must be maintained and that decontamination centers are properly manned and supplied. I. Recover and Reentry Operations No recovery and reentry decisions or procedures will be demonstrated. 5 e 6 7-

Off-site Objectives - Delaware The following will be demonstrated: ~ A. Emergency Operations Facilities and Resources 1. Overall effectiveness of the Delaware State and County EOCs. a 2. Adequacy of the communication systems (primary and backup) between the licensee, the EOCs, the Federal agencies, and the contiguous States. 3. Messages can be transmitted in an accurate and timely manner, messages properly logged, and status boards accurately maintained and updated. 4. State and County emergency response facilities have adequate access control and adequate security can be maintained at these facilities. 5. State and County emergency response facilities have adequate space, equipment, and supplies. 6. State and County emergency response facilities display maps for evacuation routes, sampling points, decontamination centers, ARC Disaster Shelters, and registration centers. B. Alerting and Mobilization of Officials and Staff 1. Offsite notification and alerting of officials and staff can be accomplished in a timely manner and all initial notification and updating is verified and logged. 2. State and Counties have adequate communication equipment to establish appropriate notification and communication links. 3. The ability of the State and Counties and the adequacy of procedures to alert, notify, and mobilize emergency response personnel and organizations as appropriate for the existing emergency class. 4. The timely response of State and County personnel in activating their EOCs. 5. All agencies have 24-hour capability and that all agency representatives who are assigned emergency responsiblities can effectively operate from their planned locations inside or outside the EOC. 8-

C. Emergency Operations Management 1. The designated officials of the State and Counties in each EOC are in command; officials designated in the plan are actually in charge of the overall coordination of the response; and offsite representatives are present in the EOF. Coordination between Federal, State, County, and New 2. Jersey agencies and between these agencies and the licensee. 3. The designated State and local primary and support agencies can perform their assigned emergency function. 4. Requests for federal assistance are made by designated authorized individuals when they determine the need for such assistance. 5. Each State agency uses written procedures for emergency actions consistent with local offsite conditions. 6. Elected officials provide necessary support and participate in the emergency response by attendance at the EOC or by telephone communication during the exercise. D. Public Alerting and Notification 1. The State's decision to notify the public can be accomplished in an effective and timely manner. 2. The public notification sequence procedure: activating the prompt notification siren system and the Emergency Broadcast to transmit an exercise EBS test message and a preplanned statement about the exercise. 3. EBS messages provide adequate and appropriate information regarding the emergency. l 4. EBS messages provide effective instruction to the public. 5. All segments of the transient and resident population in the af fected area can be notified. r i l E. Public and Media Relations 1. The ability to establish an emergency news center. 2. Designated public information personnel have adequate procedures. 9-l

3. Designated public information personnel access and exchange information to prepare accurate, consistent, and timely press releases. 4. Rumor control messages are coordinated and rumor control operators perform effectively. F. Accident Assessment 1. Accident assessment personnel can perform offsite dose projections and accident assessment for both a radioactive noble gases and radiciodine quickly and accurately. 2. The field monitoring capability of the State for (1) predetermined area radiation levels, (2) air sampling and analysis for radioiodine and particulates in the plume exposure EPZ for plume exposure rate verification (3) tracking the plume. 3. Results of dose assessment and field monitoring data are used effectively in determining protective action recommendations. 4. Appropriate sampling can be implemented in the ingestion EPZ. It will be demonstrated that samples can be forwarded to a laboratory although no radioactivity analyses will be performed. I-131 concentration in milk will be predetermined to demonstrate that the results of such analyses could be effectively used to determine ingestion protective action recommendations. 5. Independent accident assessment can be accomplished by the Delaware Accident Assessment Advisory Group; that they are capable of recommending appropriate protective actions and that information is communicated between the licensee, the contiguous State, and the State of Delaware accident assessment personnel. 6. The field monitoring teams of the State can be dispatched and deployed in a timely manner, communications are adequate, radiological monitoring equipment is appropriate and functional, and simulated data are accurately obtained and transmitted through their respective channels. 7. The ability of the State to communicate with their ~ monitoring teams and other personnel as needed. 8. The ability of the State to communicate with the licensee to evaluate the consequences of a radiological release. 10 -

9. The ability of the State to evaluate and make decisions to take protective actions based on recommendations from the licensee and/or other independent assessments. G. Actions to Protect the Public 1. Local offsite agencies such as police and fire companies provide timely support on an as-available-basis. 2. The capability for evacuation of the general public. 3. A Delaware Registration / Decontamination Center and an ARC Disaster Shelter can be opened and staffed on a timely basis.. 4. Procedures are followed at the Registration /Decon-tamination Center and the ARC Disaster Shelter for maintenance of records, adequate provisions, and health and sanitation requirements. 5. Methods exist to evacuate mobility impaired persons. 6. Methods exist to evacuate people without means of transportation. 7. Designated State agencies have the capability to deal with potential impediments to evacuation. 8. The State has the ability to implement protective action measures in the ingestion EPZ. H. Health, Medical, and Exposure Control Measures 1. The ability to perform personnel monitoring for the emergency workers and the public at appropriate facilities. 2. Access control points are established promptly and access and traffic control can be effectively implemented with 24 hour capabilities. Access control will be demonstrated in Delaware for three access control points. 3. Ambulance and associated equipment can be decontaminated and contaminated clothing and disposable materials properly discarded. 4. Before assignments, State and County emergency workers, as appropriate, are briefed, receive dosimeters and KI supplies, and daily and permanent dose records are maintained. 11 -

? 5. State personnel have the capability to monitor the doses received by emergency workers. i 6. The process to make a decision to authorize exposure f or emergency workers in excess of the PAGs. 7. Decontamination personnel can determine th6 need for decontamination of personnel and equipment. 8. Decontamination procedures are adequate and follow good health physics principles. 9. Emergency workers f requently read their dosimeters. I. Recovery and Reentry Operations No recovery and reentry decision or procedures will be demonstrated. i 1 O e 12 -

e ENCLOSURE B .g .' portcr Consultants. Inc. 12S A AGvLE ROAD AN DMOR E, PA. 19003 21b 896 S353 3 Rev. 9.0 September 1, 1983 Initial Conditions Historical Data: History of some cladding leakage. Unit I @ 100% power. Unit II @ 100% power. Unit I g etor Coolant acti v ity high (30.5 uCi/gr. I equivalent). Unit I was shut down ap-proximately one week prior to the exercise for correction of excessive RCS leakage in the containment building. Unit has been back at full power for approximately 3 days. Met Data: Wind From: 38 deg. (Towards 218 deg. ( Ta y l o r 's Bridge, DE -- SW-5]) Wind Speed: 3 mph Delt7 T: +1 deg. C (300-33 f t.1 Station Vent Flow: 80000 efm RMS Data: 5er v.tached sheet l r Page 1 l . l

Perttr Censultants. Inc. IPS ARGYLE ROAO A H OMOR E. PA. 19003

t 's a9&'a353 Rev. 9.0 September 1, 1983 Unit I Large Break Los., of Coolant Accident (Classi IV)

Barkground for Observers / Controllers ONLY Sabotage Events: During the last Unit I shutdown a saboteur a was able to place an explosive device on the suction side of the #11 Reactor Coolant Pump. This was possible because of the great number of people and amount of equipment that en-tered the Reactor Building during the outage. The explosive device in the Auxiliary Buil-ding was placed during the last shift (behind 104 panel on 64 ft. e l ev a t io n). Operational Information: The initial pressure rise in the Reactor Building damages the inboard. Pres-sure/ Vacuum Relief System isolation valve flVC-6) and the outboard valvo (IVC-5) f ail s to close completely. With 3000 cfm of Steam / Air flowing through the system, the charcoal filters are damaged, resulting in an I-131 decon-tamination factor (DF) of 50 rather than the design DF of 1000. O 6 Page 2

Porter Consultants Irc. 125 A AGYLE RO AD AR OMOR E, PA. 19003 215 496-5353 Rev. 9.0 September 1, 1983 TIMELINE EVR OCT. 26, 1983 SGS ANNUAL EXERCISE Time fran Time Trip (min) of Day Scenario Events Action Expected Referee Notes T = -140 13: 30 Control Roon receives a telephonel Unusual Event bonb threat. should be declar+xi. (Security Breach) Accident Classification Guide: Fire / Natural / Security 4.A. T = -110 14:00 Wire cutters and blasting caps Alert should bo discovered in a knapsack on 84 ft. declared. elevation hall of Unit I Auxiliary (Security Breach) Building by security guard. Accident Classification Guide: Fire / Natural / Security 4.B. T = -50 15:00 Guards discover an apparent bomb placal Site Area Bnergency If operators want to behind the 104 panel in the Unit I should be declared. trip reactor, prior to Auxiliary Building on the 64 ft. eleva-(Security Breach) 15:50 hrs, give then tion. Accident Classification contingency message 91. Guide: Fire / Natural / Security 4.C. T = -20 15:10 Containnent pressure reaching 0.3 psi. Operators start a Pressure Relief. NOTES: ONLY PROPPT IF ABSOLUTFLY NECESSARY; APPER CONFERENCE WI'111 OIIEF REFEREE! Major [DCA ([oss of Coolant Accident) caused by explosives placed on fil Rmetor Coolant Ptrip suction line (cold leg) from Steam Generator by saboteur during last outage. Containment overpressure damages Pres-sure/ vacuum Helief Isolation Valves creating a pattway for releases to the envirornnent. 'Ihus a IDCA plus containnent breach has occured. Pa s.? ?

Porter Consultnts. Inc. 125 ARGYLE ROAD A R DMO R E, PA. 19003 215-896 5353 Rev. 9.0 September 1, 1983 Time fron Time Trip (min) of Day Scenario Events Action Expected Referee Notes Overhead Annuciators T=0 15:50:00 Pressurizer Low Press - S.I. & Rx Trip F-21 (RIO) Reactor Coolant Low Press -- Rx Trip F-9 Reactor Trip -- Turbine Trip F-31 High Containment Press -- Rx Trip F-26 15:50:08 Contairrnent pressure 'd 24 psi. Phas. "R" isolation and contairynent spray on. "B" Diesel Generator fails to start, loop fails to transf er cind blacks out (prevents one SI A Containnent Spray Loop from operating). Chanica1 Addition va1ves ICS-16 & 17 fail to open, preventing Naott addition to Contairrnent Spray water. T = 6.7 15:56:40 Containment pressure increases to 44 psi. General Dnergency If time estimate to Pressure /Vacutrn Relief Isolation Valves should be declared, isolate contairunent fail to close conplot isly. (Radiological) is less than 6 hrs., Accident Classification give operators contin-Guide: Radiological gency message 92. 11.A, B, and C. T = 10 16:00 Station Vent monitors 1R-16, 1R-41 A, B General Bnergency and C go Off-Scale-Iligh. High-Range should be declared Station Vent monitors 1R-43, 1R-45A, if not yet declared. B and C are increasing rapidly. (Radiological) Accident Classification Guide: Radiological 4.A, B and C. 4 Page 4

Portcr Censultants. Inc. 125 ARGYLE ROA4 A r4 DMO R E, P A, 19.'0's 215-896 5353 Rev. 9.0 September 1, 1983 Time from Ti:ne Trip (min) of Day Scenario Events Action Expected Referee Notes T = 130 18:00 A prediction of a possible slow counter-clockwise wind shift within the next 5 to 6 hours with increasing wind speed will be available to the states from NO W NWS at this time, if requested. T = 175 18:45 Pltrne reaches closest individuals in DE. Monitoring team (s) Dose Rates @ SW-5 should be taking field (Near Taylor's Bridge, DE) measurenents. .95 rad /hr (WB) 6.8 rad /hr (Thyr) 2.3E-6 uCi/ccI3l i T = 190 19:00 Survey Team manber falls and is severely Notify PSEG Med.Dir. Beginning of Medical injured & contaminated in 64' area and Salon Hospital. Bnergency Scenario (Refer of auxiliary building. to attached mini - scenario) Wind speed drops to 2 mph arxl shif ts to 272 deg. (towards 92 deg: (E-1, E-4a, E-7c, E-20 monitoring locations]). 1 T = 220 19: 30 Plune reaches first off-site monitoring location in NJ. Dose Rates @ E-1 (Access Road Intersection) 8.8 rad /hr (WB) l 31 69 rad /hr (Thyr) 2.5E-5 uCi/cc 1 T: 310 2 21:00 Source Term begins to decrease as containment pressure drops. Coolant activity is at maximan. Page 5

Portcr Consultnts, ltr. 125 ARGYLE ROAD '= ARDMOR E, PA. 19003 215-896-5353 Rev. 9.0 Sep er 1, 1983 Time fran Time Trip (min) of'Da'y Scenario Events Action Expected Referee Rdtes T = 325 21:15 Southerly wirx3 shif t and wind speed increase is predicted within the next 2 - 6 hours as cold front will pass through the area (NOAA/NWS info.). T: 370 22:00 Plane reaches closest NJ residents. Leading edge of plume @ Stow Neck Road. Dose Rates at this point are; .62 rad /hr (WB) l31 7.2 rad /hr (Thyr) 2.7E-6 uCi/cc I T = 430 23:00 Wind speed increases to 15 mph as leading 'this will rapidly edge of cold front reaches area. dissipate the plume. Delta-T goes to -1.5 (Unstable). T = 460 23:30 Break in Drill: T = T + 48 hrs. Deescalation of Time jtznp of 48 hrs. Plant is in long-tean cool down mode anergency Handout time jtup message with RiiR recirculating fron sump, keeping classification promptly at 23:30 hrs.. vessel water level at nozzles. Containment to below a general. integrity has been reestablished by tenpo-rary repair of outboard Pressure /Vacutzn Relief Systen isolation valve (IVC-5). T = 490 24:00 End of Exercise 1 g gg IO Page 6

~.. Porter Go:sultants, kc. 125 ARGYLE ROAD AR OMO R E. PA. 19003 215 896-5353 Rev 9.0 September 1, 1983 CONTINGENCY MESSAGES FOR OCT. 26, 1983 SGS ANNUAL EXERCISE CONTINGENCY MESSAGE fl The Load Dispatcher has notified the plant that the grid is very low on reserve power. In order to prevent brownouts or even blackouts, it will be necessary to keep both units at Salem on line until more generating capacity can be brought onto the grid. This should be accomplished in two hours or less. CONTINGENCY MESSAGE 92 Engineering estimates, based on the UFSAR for a LOCA of this magnitude with one Containment Spray Loop inoperable, indicate that it will take 6 - 8 hours to depressurize the Reactor Buil-ding. e 6 Page 7 ' '" v .n

Encisoure C Portcr Censultants. Inc. 125 ARGYLE ROAD A R DMO R E. PA. 19003 . August 10, 1983 215-896 5353 NOAA/NWS W ather Forecasts for Wilminoton Area for-e SGS Emergency Exercise of October 26, 1983 14:00, Winds light and variable, generally northerly until late this evening a when a cold front is expected to pass through the area. ioderate overcast should produce stable to neutral dispersion conditions. 16:00 Same as 16:00 prediction. Cold front passaca exoected around midnights 18:00 Cold front nassage exoect'ed by midnight. Wind is exoerted to shift to move orevalent westerlies as front approaches. 20:00 Same as 18:00 21:15 Special report for incident response at SGS. Cold front passage by midnight. Wind shift to Northerly _after passage of front. Wind speed should increase to 10-15 knots. Stability to neutral or unstable after passaae of front. 22:00 Frontal passane exnected through ares at around 23:00. l 4

.... w.. u w a..... a..... Enclonure D 88tnP W COAD stoso:c.rA.isoos g Rev. 2 8/9/83 I SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS FIELD TEAM DATA ~. STATION 4; NAME CENTER OFFAXIS 1 MEA 0.790 0.000 2 2 Miles 2.000 0.000 3 Taylor's Bridge Spur Rd. (.45 m 4.250 0.000 4 SW-5 (Taylor's Bridge) 4.700 0.000 5 LPZ 5.000 0.000 6 Rt. 51 (Plume Centerline) 6.750 0.000 ?lt!Pt2 Mfs c, WO C/ff A:*r hYS diF?rud' by Wid rf;f-( l l I i I

R2v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS FIELD TEAM DATA ' LOCATION: SSW-4 (after wind shift)

TIME WHOLE BODY i-131 THYROID TOTAL WB TOTAL THYROID

~ mrad /hr wCi/m3 mrem /hr mrad mrem 19:15 73.5 .13E1 696.7 0 0 19:30 0 0 0 36.8 348.4

R;v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS FIELD TEAM DATA LOCATION : MEA a TIME WiiOLE BODY I-131 THYROID TOTAL WB TOTAL THYROID mrad /hr uCi/m'3 mrem /hr mrad mrem 16:00 0.0 0.00E+00 0.0 0.0 0.0 16:15 6949.0 0.14E+02 41712.0 868.6 5214.0 16:30 7061.7 0.15E+02 43877.5 2620.0 15912.7 16:45 6790.9 0.15E+02 43696.2 4351.5 26859.1 17:00 6528.2 0.15E+02 43517.9 6016.4 37761.2 17:15 6273.6 0.15E+02 43342.5 7616.7 48618.7 17:30 6027.0 0.15E+02 43170.0 9154.2 59432.8 17:45 5783.4 0.15E+02 43000.4 10631.2 70204.1 16:00 5557.7 0.15E+02 42833.5 12049.4 80933.3 18:15 5334.3 0.15E+02 42669.4 13411.0 91621.1 18:30 5119.6 0.15E+02 42507.9 14717.8 102268.3 18:45 4912.0 0.15E+02 42349.1 15971.7 112875.4 19:00 4712.0 0.15E+02 42192.8 17174.7 123443.2 19:15 241.0 0.81E+00 2241.9 17793.9 128997.5 19:30 0.0 0.00E+00 0.0 17824.0 129277.7 19:45 0.0 0.00E+00 0.0 17824.0 129277.7 o O

RIv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS PSE8G FIELD TEAM DATA LOCATION : MEA a TIME I-131 SAM-2 uCi/m'3 CPM 16:00 0.00E+00 0 16:15 0.14E+02 449580 16:30 0.15E+02 474907 16:45 0.15E+02 474907 17:00 0.15E+02 474907 17:15 0.15E+02 474907 17:30 0.15E+02 474907 17:45 0.15E+02 474907 18:00 0.15E+02 474907 18:15 0.15E+02 474907 18:30 0.15E+02 474907 18:45 0.15E+02 474907 19:00 0.15E+02 474907 19:15 0.81E+00 25327 19:30 0.00E+00 0 19:45 0.00E+00 0 A SSUM PTIONS : AIR SAMPLE (CU. FT.)= 40 EFFICI ENCY (% ) 1.25 = m M e ( - ~

RIv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS DEL. FIELD TEAM DATA LOCATI.ON : MEA s TIME I-131 SAM-2 uCi/m'3 CPM 16:00 0.00E+00 0 16:15 0.14E+02 337185 16:30 0.15E+02 356180 16:45 0.15E+02 356180 17:00 0.15E+02 356180 17:15 0.15E+02 356180 17:30 0.15E+02 356180 17:45 0.15E+02 356180 18:00 0.15E+02 356180 18:15 0.15E+02 356160 18:30 0.15E+02 356180 18:45 0.15E+02 356180 19:00 0.15E+02 356180 19:15 0.81E+00 18995 19':30 0.00E+00 0 19:45 0.00E+00 0 ASSUM PTI ONS : AIR SAMPLE (CU. FT.)= 30 EFFICI ENCY (% ) 1.25 = 6 O

R;v. 2 8/9/83 SGS OCTOBER 26. 1983 UNIT I ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS FIELD TEAM DATA LOCATION : 2 Miles TIME WHOLE BODY I-131 THYROID TOTAL WB TOTAL Tl!YROID mrad /hr uCi/m'3 mrem /hr nrad mrem 16:15 0.0 0.00E+00 0.0 0.0

0. 0 16:30 1095.5 0.23E+01 6853.4 136.9 856.7 16:45 3160.5 0.70E+01 20473.0 668.9 4272.5 17:00 3038.2 0.70E+01 20387.8 1443.8 9380.1 17:15 2919.7 0.70E+01 20303.9 2188.5 14466.6 17:30 2305.0 0.70E+01 20221.5 2904.1 19532.2 17:45 26 C.9 0.70E+01 20140.4 1591.5 24577.5 13:03 2596.5 0.70E+01 20060.6 4251.5 29602.6 18:15 2482.8 0.70E+01 19982.2 4885.2 34608.0 13:30 2382.7 0.70E+01 19905.0 5493.4 39593.9 18:45 2286.1 0.70E+01 19829.1 6077.0 44560.6 19:00 2193.0 0.70E+01 19754.5 6636.9 49508.6 19:15 2103.3 0.70E+01 19681.0 7173.9 54438.0 19:30

1344.6 0.47E+01 13072.3 7604.9 58532.2 19:45 0.0 0.00E+00 0.0 7773.0 60166.2 20:00 0.0 0.00E+00 0.0 7772.0 60166.2 e

e

1 R2v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 annual emergency exercise DELAWARE LOCATIONS I PSE8G FIELD TEAM DATA 1 1 ~ LOCATION : 2 Miles a TIME I-131 SAM-2 uCi/m^3 C P:4 16:15 0.00E+00 0 16:30 0.23E+01 73676 .16:45 0.70E+01 221022 17:00 0.70E+01 221022 17:15 0.70E+01 221022 17:30 2.70E401 221022 17:45 3. 7 0 C + 0 '. .;21022 18:00 0.70E+0! 221022 18:15 0.70E+01 221022 13:30 0.70E+01 221022 18:45 0.70E+01 221022 19:00 0.70E+01 221022 19:15 0.70E+01 221022 19:30 0.47E+01 147345 19:45 0.00E+00 0 20:00 0.00E+00 0 A SS U*' PT I O N S : AIR SAMPLE (CU. FT.)= 40 EFFICI ENCY (t ) 1.25 = O e f .m.,.w 3m,

R;v 2 8/9/83 SGS OCTOBER 26, 1983 UNIT I ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS DEL. FIELD TEAM DATA k LOCATION : 2 Miles s T I.'1 E I-131 SAM-2 uCi/m'3 CPM 16:15 0.00E+00 0 16:30 0.23E+01 55257 16:45 0.70E+01 165766 17:00 0.70E+01 165766 17:15 0.70E+01 165766 17:30 0.70E+01 165766 17:-15 's. 7 0 E + 0 1 165766 13: 00 0.70E+01 165766 18:15 0.70E+01 165766 18:30 0.70E+01 165766 18:45 0.70E+01 165766 19:00 0.70E+01 165766 19:15 0.70E+01 165766 19:30 0.47E+01 110509 19:45 0.00E+00 0 20:00 0.00E400 0 AS5UM PT T C::S : AIP SAMPLE (CU. FT.)= 30 EFF ICI ENCY (1) 1.25 = i

I e

e __._....__._,.y.._.--

RIv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS FIELD TEAM DATA y LOCATION : Taylor's Bridge Spur Rd. (. 4 5 mile NE of Taulor 's Bridge) 2 TIME WHOLE BODY 1-1.31 THYROID TOTAL WB TOTAL THYROID mrad /hr a C i 'i-~3 mrem /hr mrad mrem 17:00 0.0 0.00E+00 0.0 0.0 0.0 17:15 387.8 0.93E+00 2730.7 48.5 341.3 17:30 1117.6 0.23E+01 8157.2 236.6 1702.3 17:45 1073.4 . 2 2 E + 01 8123.2 510.5 3737.4 18:00 1030.6 3.23E+01 3089.o 773.5 5764.0 18:15 989.2 c.29r+01 8057.0 1026.0 7782.3 18:30 349.' .. fi + v i 2024.~ 1268.3 9792.6 18:45 910.2 ..s+0? 7992.9 1500.8 11794.7 19:00 573.6 .s.ioE+01 7961.6 1723.9 13789.1 19:15 33S.0 ~. 2 2 0. + 0 ! 7930.9 1937.9 15775.6 19:30 803.6 3.20E+01 7900.6 2143.1 17754.6 19:45 770.6 3.29E+01 7870.9 2339.9 19726.0 20:00 738.8 0.28E+01 7841.6 2528.5 21690.1 20:15 472.2 0.19E+01 5208.5 2679.9 23321.3 20:30 0.0 0.00E+30 0.0 2738.9 23972.4 20:45 0.0 " 0?r+C-3.0 2739.9 23972.4 W 4 l

R;v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS PSE&G FIELD TEAM DATA LOCATION : Taylor's Bridge Spur Rd. (.45 mile NE of Taylor's Bridge) s TIME I-131 SAM-2 uCi/m'3 CPM 17:00 0.00E+00 0 17:15 0.93E+00 29355 17:30 0.28E+01 88063 17:45 0.28E+01 88063 18:00 0.28E+01 88063 18:15 0.28E+01 88063 18:30 0.2SE+01 88063 18:45 0.28E+01 88063 19:00 0.28E+01 88063 19:15 0.28E+01 88063 19:30 0.28E+01 88063 19:45 0.28E+01 88063 20:00 0.28E+01 88063 20:15 0.19E+01 58708 20:30 0.00E+00 0 20:45 0.00E+00 0 ASSUM PTIONS : AIR SAMPLE (CU. FT.)= 40 1.25 EFFICI ENCY (% ) = m

Rev. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS DEL. FIELD TEAM DATA LOCATION : Taylor's Bridge Spur Rd. (.45 mile NE of Taylor's Bridge) s TIME I -131 SAM-2 uCi/m 3 CPM 17:00 0.00E+00 0 17:15 0.93E+00 22016 17:30 0.28E+01 66047 17:45 0.28E+01 66047 18:00 0.28E+01 66047 18:15 0.23E+01 6604' 18:30 C.28E+01 66047 18:45 0.2SE+01 66047 19:00 0.28E+01 66047 19:15 0.28E+01 66047 19:30 0.28E+01 66047 19:45 0.28E+01 66047 20:00 0.28E+01 66047 20:15 0.19E+01 44031 20:30 0.00E+00 0 20:45 0.00E400 0 ASS"MPTIONS: AIR SAMPLE (CU. FT.)=- 30 EFFICIENCY (%) 1.25 = 6 O i

R;v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS FIELD TEAM DATA LOCATION : SW-5 (Taylor 's Bridge) a TIME WHOLE BODY I-yl THYROID TOTAL WB TOTAL THYROID mrad /hr uCi/m 3 mrem /hr mrad mrem 17:15 0.0 0.00E+00 0.0 0.0 0.0 17:30 718.3 0.18E+01 5256.0 89.8 657.0 17:45 940.7 0.25E+01 7137.1 297.2 2206.1 18:00 903.2 0.25E+01 7107.5 527.6 3986.7 18:15 867.0 0.25E+01 7078.4 748.9 5759.9 18:30 332.0 0.25E401 7049.8 961.3 7526.0 18:45 792. ' 3.25E+01 7021.7 1165.1 9284.9 19:00 765.E 0.25E+01 6994.0 1360.6 11036.0 19:15 734.5 0.25E+01 6966.8 1548.1 12782.0 19:30 704.3 0.25E+01 6940.0 1728.0 14520.3 19:45 675.3 0.25E+01 6913.7 1900.4 16252.0 20:00 647.5 0.25E+01 6887.8 2065.8 17977.2 20:15' 620.8 0.25E+01 6862.3 2224.3 19696.0 20:30' 158.7 0.65E+00 1823.1 2321.7 20781.7 20:45 0.0 0.00E+00 0.0 2341.6 21009.5 21:00 1.0 0.00E+00 0.0 2341.6 21009.5 O W ~ v ,-r, -,--,4 ,,-4-- 7 y

a R;v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS DEL. FIELD TEAM DATA LOCATION : SW-5 (Taylor 's Bridge) TIME I-131 SAM-2 uCi/m 3 CPM 17:15 0.00E+00 0 17:30 0.18E+01 42450 17:45 0.25E+01 57884 18:00 0.25E+01 57884 18:15 0.25E+01 57984 18:30 0.25E+01 57884 18:45 0.25E+01 57884 19:00 0.25E+01 57884 19:15 0.25E+01 57884 19:30 0.2SE+01 57884 19:45 0.25E+01 57884 20:00 0.25E+01 57884 20:15 0.25E+01 57884 20:30 0.65E+00 15435 20:45 0.00E+00 0 21:00 0.00E+00 0 ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 30 EFF ICI ENCY ( % ) 1.25 = e 6

R;v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS FIELD TEAM DATA LOCATIO,N : LPZ a TIME WHOLE BODY I-131 THYROID TOTAL WB TOTAL THYROID mrad /hr uCi/m 3 mrem /hr mrad mrem 17:15 0.0 0.00E+00 0.0 0.0 0.0 17:30 301.1 0.75E+00 2206.6 37.6 275.8 17:45 867.4 0.23E+01 6591.6 183.7 1375.6 18:00 832.8 0.23E+01 6564.2 396.2 3020.1 18:15 799.4 0.23E+01 6537.2 600.2 4657.8 13:30 767.1 0.23E+01 6510.6 796.0 6288.7 .3:15 736.0 0.23E+01 6484.5 ib3.? 7913.1 19:00 706.1 0.23E+01 6458.9 1164.2 9531.1 l '> : 15 677.2 0.23E+01 6433.6 1337.1 11142.6 19:30 649.4 0.23E+01 6403.6 1502.9 12747.9 19:45 622.7 0.23E+01 6384.3 1G61.9 14347.0 20:00 597.0 0.23E+01 6360.3 1814.4 15940.1 20:15 572.4 0.23E+01 6336.6 1960.6 17527.2 20:30 365.8 0.15E+01 4208.8 2077.8 18845.4 20:45 0.0 0.00E+00 0.0 2123.6 19371.5 21:00 0.0 0.00E+00 0.0 2123.6 19371.5 e e 6

RLv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS PSE&G FIELD TEAM DATA 2 - LOCATI.ON : LPZ s TIME I-131 SAM-2 uCi/m 3 C P.M 17:15 0.00E+00 0 17:30 0.75E+00 23722 17:45 0.23E+01 71162 18:00 0.23E+01 71162 18:15 0.23E+01 71162 18:30 0.23E+01 71162 18:45 0.23E+01 71162 19:00 0.23E+01 71162 19:15 0.23E+01 71162 19:30 0.23E+01 71162 19:45 0.23E+01 71162 20:00 0.23E+01 71167 20:15 0.23E+01 71162 20:30 0.15E+01 47440 20:45 0.00E+00 0 21:00 0.00E+00 0 ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 40 EFF ICI ENCY (% ) 1.25 = e W 4 )

e RIv 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE DELAWARE LOCATIONS DEL. FIELD TEAM DATA LOCATI.ON : LPZ s TIME I.131 SAM-2 uCi/m'3 CPM 17:15 0.00E+00 0 17:30 0.75E+00 17791 17:45 0.23E+01 53371 18:00 0.23E+01 53371 18:15 0.23E+01 53371 18:30 0.23E+01 53371 19:45 0.23E+01 53371 19:00 0.23E+01 53371 19:15 0.23E+01 53371 19:30 0.23E+01 53371 19:45 0.23E+01 53371 20:00 0.23E+01 53371 20:15 0.23E+01 53371 20:30 0.15E+01 35580 20:45 0.00E+00 0 21:00 0.00E+00 0 ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 30 CFFICI ENCY (1) 1.25 = e 6 ,_,_--._,-,..,-,_.,,-m ._..__..w., _..,_,y,.y_

Enclosure D Pc:ter Osnstiltants. Inc. / 2%A5tovtE EOAD R;v. 2 8/9/83 A R OMO R E. FA. 19003 m..u.sau SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS FIELD TEAM DATA ~ STATION #s NAME CENTER OFFAXIS Mi{GS Ni/fC 1 MEA 0.790 0.000 2 E-1 0.800 0.000 3 2 Miles 2.000 0.000 4 Access Rd. (.15 miles past Hope 2.300 0.000 5 LPZ 5.000 0.000 6 Stow Neck Rd. (Plume Centerline 5.900 0.000 7 Long Bridge Rd. (Plume Centerli 6.400 0.000 8 Canton Rd. (Plume Centerline) 7.400 0.000

b M Nfi N. bf ff; [ritj 8;'f 00 Or000 Pime nw reactin p,s.

h'Y?.llCyfy.sy) b w>ed 14;fr. y t l l e ' e w.- ,_y .7 ,y .-m._,,

RGv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS FIELD TEAM DATA ~ LOCATIOb : MEA TIME WHOLE BODY I-131 THYROID TOTAL WB TOTAL THYROID mrad /hr uCi/m 3 mrem /hr mrad mrem 19:00 0.0 0.00E+00 0.0 0.0 0.0 19:15 2847.3 0.95E+01 26536.3 355.9 3317.0 19:30 6500.9 0.23E+02 62950.9 1524.4 14502.9 19:45 6233.4 0.23E+02 62725.8 3116.2 30212.5 20:00 5976.4 0.23E+02 62504.3 4642.4 45866.3 20:15 5729.6 0.23E+02 62286.4 6105.7 61465.1 20:30 5311.3 3.22E+02 59175.2 ~4RS.' '6647.8 .20:45' 4677.5 0.20E+02 54987.~ 9734.4 90918.1 21:00 4111.0 G.19E+02 51925.7 9632.9 104232.3 21:15 3615.0 0.17t+02 44925.9 10798.~ ll6388.S 21:30 3175.0 0.15E+02 40831.9 11647.4 127108.5 21:45 2794.5 0.14E+02 37850.8 12393.6 136943.8 22:00 2460.5 0.13E+02 33808.3 13050.5 145901.2 22:15 2156.8 0.13E+02 33701.8 13627.6 154340.0 -22:30 1885.6 0.12E+02 30774.6 14132.9 162399.5 22:45 1664.7 0.10E+02 26794.9 14576.7 169595.7 23:00 1452.4 0.90E+01 23908.5 14966.4 175933.6 23:15 769.4 0.44E+01 11585.1 15244.1 190370.4 23:30 0.0 0.00E+00 0.0 15340.3 191818.5 e W l ..---c

R;v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS PSE&G FIELD TEAM DATA LOCATIOp : MEA TIME I-131 SAM-2 ~ uCi/m'3 CPM 19:00 0.00E+00 0 19:15 0.95E+01 299201 19:30 0.23E+02 712360 19:45 0.23E+02 712360 20:00 0.23E+02 712360 20:15 0.23E+02 712360 20:30 0.22E+02 679116 20:45 0.20E+02 633209 21:00 0.19E+02 599965 21:15 0.17E+02 520813 21:30 0.15E+02 474907 21:45 0.14E+02 441662 22:00 0.13E+02 395756 22:15 0.13E+02 395756 22:30 0.12E+02 362511 22:45 0.10E+02 316605 23:00 0.90E+01 283360 23:15 0.44E+01 137720 23:30 0.00E+00 0

ASSUMPTIONS:

AIR SAMPLE (CU. FT.)= 40 1.25 EFF ICIENCY (% ) = e 6 6 ,..m ,e-

R:v. 2 8/9/83 ~ SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS NJ FIELD TEAM DATA LOCATION : MEA a TIME I SAM-2 uCi/m 3 CPM 19:00 0.00E+00 0 19:15 0.95E+01 317751 19:30 0.23E+02 756527 19: 45 0.23E+02 756527 20:00 0.23E+02 756527 20:15 0.23E+02 756527 2T: 10 3.22E+02 721221 >C:45 0.20E+02 67246S 21:Oc 0.19E+02 637162 21:15 0.17E+02 553104 21:30 0.15E+02 504351 21:45 0.14E+02 469045 22:00 0.13E+02 420293 22:15 0.13E+02 420293 22:30 0.12E+02 384987 22:45 0.10E+02 336234 2 2 : il o G.90E+0; 30092S 23:15 0.44E+01 146255 23:30 0.00E+00 0 1 IASSUMPTIONS: AIR SAMPLE (CU. FT.)= 30 1.77 EFF IC I ENCY (% ) = 4 e 6 i-w <sn-n- me e-,-,,,0----mm-wg-w:<-w-y- +r------+,v, ow,-----*~r- ---.w,-w-r me~,-e-v,----p-~ --,-~+we-m- m y-w,+-

R:v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGEhCY EXERCISE NJ LOCATIONS FIELD TEAM DATA LOCATIOy : E-1 TIME WHOLE BODY I-131 THYROID TOTAL WB TOTAL THYROID mrad /hr uti/m 3 mrem /hr mrad mrem 19:00 0.0 0.00E+00 0.0 0.0 0.0 19:15 2697.3 0.90E+01 25140.3 337.2 3142.5 19:30 6466.4 0.23E+02 62621.7 1482.6 14112.8 19:45 6200.4 0.23E+02 62397.8 3066.0 29740.2 20:00 5944.7 3.23E+02 62177.4 4584.1 45312.1 20:15 3699.2 3.23E+02 61960.6 6039.6 60829.4 20:30 5291.7 .22E+02 59002.8 7413.5 75949.8 20:45 4660.9 . 2 0 F. + 0 2 54699.8 8657.5 90162.6 21:00 '095.9 C.19E+02 51790.3 9752.1 103473.9 21:15 3602.1 0.17E+02 44826.6 10714.4 115551.0 21:30 3163.4 0.15E+02 40618.1 11560.1 126231.6 21:45 2784.7 0.14E+02 37787.6 12303.7 136032.3 22:00 2451.2 0.13E+02 33631.3 12958.1 144959.7 22:15 2149.9 0.13E+02 33525.2 13533.3 153354.2 22:30 1878.3 0.12E+02 30747.1 14036.8 161389.3 22:45 1659.2 0.10E+02 26654.5 14479.0 168563.5 23:00 i447.1 0.90E+01 23916.1 14867.3 174884.8 23:15 791.8 9.45E+01 11922.0 15147.2 179364.6 23:30 0.0 0.00E+00 0.0 15246.1 180854.8 l-4 W

Rev. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS PSE&G FIELD TEAM DATA LOCATION : E-1 TIME I-131 SAM-2 uCi/m'3 CPM 19:00 0.00E+00 0 19:15 0.90E+01 283440 19:30 0.23E+02 708585 19:45 0.23E+02 708585 20:00 0.23E+02 708585 20:15 0.23E+02 708585 20:30 0.22E+02 677091 20:45 0.20E+02 629853 21:00 0.19E+02 598360 21:15 0.17E+02 519628 21:30 0.15E+02 472390 21:45 0.14E+02 440896 22:00 0.13E+02 393658 22:15 0.13E+02 393658 22:30 0.12E+02 362165 22:45 0.10E+02 314926 23:00

0. 90E +01 283433 23:15 0.45E+01 141715 23:30 0.00E+00 0

ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 40 1.25 EFFICI ENCY ( % ) = 6

R;v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS NJ FIELD TEAM DATA LOCATION : E-1 TIME I -131 SAM-2 uCi/m'3 CPM 19:00 0.00E+00 0 19:15 0.90E+01 301014 19:30 0.23E+02 752517 19:45 0.23E+02 752517 20:00 0.23E+02 752517 20:15 0.23E+02 752517 20:30 0.22E+02 719071 20:45 0.20E+02 668904 21:00 0.19E+02 635458 21:15 0.17E+02 551845 21:30 0.15E+02 501678 21:45 0.14E+02 468232 22:00 0.13E+02 418065 22:15 0.13E+02 418065 22:30 0.12E+02 384619 22:45 0.10E+02 334452 23:00 0.90E+01 301006 23:15 0.45E+01 150501 23:30 0.00E+00 0 ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 30 1.77 EFFICIENCY (% ) = e

REv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS NJ FIELD TEAM DATA LOCATIOs : Access Rd. (.15 miles past Hope Creek Bridge) TIME I-131 SAM-2 uCi/m"3 CPM 19:45 0.00E+00 0 20:00 0.3GE+01 120130 20:15 0.90E+01 300313 20:30 0.90E+01 300313 20:45 0.90E+01 300313 21:00 0.90E+01 300313 21:15 J.36E+01 286966 21:30 0.80E+01 266945 21:45 0.76E+01 253597 22:00 0.66E+01 220229 22:15 0.60E+01 200209 22:30 0.56E+01 186861 22:45 0.50E+01 166841 23:00 0.50E+01 166841 23:15 0.25El 8342 23:30 0.0 0 23:45 0.0 0 24:00 0.0 0 00:15 0.0 0 -ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 30 1.77 EFF ICIENCY (% ) = l-6 4

r.

,.m, ..,,., _ _ _, r ,m m- ,,.e_.

REY. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS FIELD TEAM DATA LOCATIOF : 2 Miles TIME WHOLE GODY I-131 THYROID TOTAL WB TOTAL THYROID mrad /hr uCi/m'3 mrem /hr mrad mrem 19:30 0.0 0.00E+00 0.0 0.0 0.0 19:45 0.0 0.16E-03 0.4 0.0 0.1 20:00 2781.4 0.llE+02 29341.8 347.7 3667.8 20:15 2666.5 0.llE+02 29236.4 1028.7 10990.1 20:30 2556.3 0.llE+02 29132.6 1681.5 18286.2 20:45 2450.6 0.llE+02 29030.5 2307.4 25556.6 21:00 2349.3 0.11E+02 28930.0 2907.4 32801.7 21:15 2075.2 0.94E+01 25627.7 3460.4 39621.4 21:30 1819.8 0.94E+01 25541.1 3947.5 46017.5 21:45 1605.4 0.82E+01 22274.0 4375.5 51994.4 22:00 1405.7 0.70E+01 19029.2 4751.8 57157.3 22:15 1241.3 0.70E+01 18967.4 5082.7 61906.9 22:30 1088.2 0.59E+01 15755.5 5373.9 66247.2 22:45 965.5 0.59E+01 15705.5 5630.6 70179.8 23:00 832.2 0.59E+01 15656.3 5855.3 74100.1 23:15 416.1 .3E1 7828'.2 6011.3 77035.7 23:30 0.0 0.0 0.0 6063.3 78014.2 23:45 0.0 0.0 0.0 6063.3 78014.2 24:00 0.0 0.0 0.0 6063.3 78014.2 e e

~ RIv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS PSE8G FIELD TEAM DATA LOCATIOp : 2 Miles TIME I-131 SAM-2 uCi/m"3 CPM 19:30 0.00E+00 0 19:45 0.16E-03 5 20:00 0.llE+02 331532 20:15 0.llE+02 331532 20:30 0.llE+02 331532 20:45 0.11E+02 331532 21:00 0.llE+02 331532 21:15 0.94E+01 294695 21:30 0.94E+01 294695 21:45 0.82E+01 257858 22:00 0.70E+01 221022 22:15 0.70E+01 221021 22:30 0.59E+01 184185 22:45 0.59E+01 184185 23:00 0.59E+01 184184 23:15 0.3E1 92992 23:30

0. ')

0 23:45 0.0 0 24:00 0.0 0 ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 40 EFFICIENCY (%) 1.25 = e 6 } w -w .~ n-,- .-,,---,e - - - -,,, - - - - - - - + - - - -, - - - ----.w.,- ,y

Riv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS NJ FIELD TEAM DATA LOCATION : 2 Miles TIME I-131 SAM-2 uCi/m"3 CPM 19:30 0.00E+00 0 i 19:45 0.16E-03 5 1 20:00 0.llE+02 352087 20:15 0.llE+02 352087 20:30 0.11E+02 352087 20: 45 .I1E+02 352087 21:00 .llE+02 352087 21:15 U.94E+0L 312967 21:30 0.94E+01 312966 21:45 0.82E+01 273845 22:00 0.70E+01 234725 22:15 0.70E+01 234724 22:30 0.59E+01 195604 22:45 0.59E+01 195604 23:00 0.59E+01 1956C4 23:15 0.3E1 07802 23:30 0.0 0 23:45 0.0 0 24:00 q,0 0 ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 30 1.77 EFF IC I ENCY (% ) = 6

r Riv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS FIELD TEAM DATA s LOCATION : Access Rd. (.15 m i,les past Hope Creek Bridge) TIME SHOLE BODY I-131 THYROID TOTAL WB TOTAL THYROID mrad /hr uC1/m^3 mrem /hr .nrad mrem 19:45 0.0 0.00E+00 0.0 0.0 0.0 20:00 949.0 0.36E+01 10033.2 118.6 1254.1 20:15 2274.4 0.90E+01 24991.0 521.6 5632.2 20:30 2180.4 0.90E+01 24901.6 1078.4 11869.7 20:45 2090.2 0.90E+01 24813.7 1612.2 18083.2 21:00 2003.9 d.90E401 24727.1 2124.0 24275.S ci:15

: S :;. ~

.86E+G! 23546.7 2607.1 30310.6 21:30 1639.. '. 30E+01 21829.5 3044.5 35982.? 21: 45 1440.7 0.76E+01 20668.4 3429.5 41294.3 22:00 1267.5 0.66E+01 17889.3 3768.1 46114.0 22:15 1113.6 0.60E+01 16209.8 4065.7 50376.4 22:30 980.8 0.56E+01 15080.2 4327.5 54287.6 22:45 863.8 0.50E+01 13421.5 4558.1 57850.3 23:00 758.2 0.50E+01 13379.2 4760.8 61200.4 23:15 379.1 0.25El 6689.6 4903.0 63709.0 23:30 0.0

0. 0 -

0.0 4950.4 64545.7 23:45 0.1 0.0 0.0 4950.4 645/5.2 24:00 0.0 0.n 0.0 4950.4 64545.2 00:15 0.0 0.0 4950.4 64545.2 6 6

Rev. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANh0AL EMERGENCY EXERCISE NJ LOCATIONS PSE&G FIELD TEAM DATA LOCATION : Access Rd. (.15 miles past Hope Creek Bridge) TIME I-131 SAM-2 uCi/m"3 CPM c 19:45 0.00E+00 0 1 20:00 0.36E+01 113117 20:15 0.90E+01 282781 20:30 0.90E+01 282781 20:45 0.90E+01 282781 21:00 0.90E+01 282781 21:15 0.86E+01 270212 21:30 0.80E+01 251361 21:45 0.76E+01 238792 22:00 0.66E+01 207372 22:15 0.60E+01 188521 22:30 0.56E+01 175952 22:45 0.50E+01 157101 23:00 0.50E+01 137101 23:15 0.25El 78551 23:30 0.0 0 23:45

0. 0 F

24:00 0.0 0 0 00:15 0.0 ! ASSUMPTIONS: A1R SAMPLE (CU. FT.)= 40 1.25 EFF ICI ENCY ( t,) = e G -e. ., + - -. ,,myn m ,-,,, m - - - - - e,-m. c-7,. e g n. ---g- - - --w.-

Rev. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS FIELD TEAM DATA LOCATIOt1 : LPZ TIME WHOLE BODY I-131 THYROID TOTAL WB TOTAL THYROID mead /hr uCi/m"3 mrem /hr mrad mrem 21:00 0.0 0.00E+00 0.0 0.0 0.0 21:15 0.0 0.10E-03 0.3 0.0 0.0 21:30 695.3 0.34E+01 9447.1 86.9 1181.0 21:45 666.7 0.34E+01 9413.1 257.2 3538.5 22:00 639.4 0.34E+01 9379.7 420.4 5887.6 22:15 613.3 0.34E+01 9346.8 577.0 8228.4 22:30 588.4 0.34E+01 9314.5 727.2 10561.1 22:45 520.2 0.30E+01 8251.3 865.8 12756.8 23:00 456.7 0.30E+01 8223.4 987.9 14816.1 23:15 228.9 11.15El 4111.7 1073.5 169004.9 23:30 0 0 0 1102.1 169518.8 23:45 0 0 0 24:00 0 0 0 00:15 0 0 0 00:30 0 0 0 00:45 0 0 0 01:00 0 'l 0 01:15 0 0 0 01:30 0 0 0 e e y-m, ,~__ -~ y y -r- -,7

R;v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL. EMERGENCY EXERCISE NJ LOCATIONS PSE&G FIELD TEAM DATA LOCATIOp : LPZ TIME I-131 - SAM-2 uCi/m"3 CPM 21:00 0.00E+00 0 21:15 0.10E-03 3 21:30 0.34E+01 106742 21:45 0.34E+01 106742 22:00 0.34E+01 106742 22:15 0.34E+01 106742 22:30 0.34E+01 106742 22:45 0.30E+01 94882 23:00 0.30E+01 94882 23:15 0.15El 47441 23:30 0 0 23:45 0 0 24:00 0 0 00:15 0 0 00:30 0 0 00:45 0 0 01:00 0 0 01:15 0 ^ 01:30 0 g ' ASSUMPTIONS: l AIR SAMPLE (CU. FT.)= 40 1.25 l EFFICI ENCY (% ) = l W

R;.v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS NJ FIELD TEAM DATA LOCATION : LPZ TIME I-131 SAM-2 uCi/m*3 CPM 21:00 0.00E+00 0 21:15 0.10E-03 3 21:30 0.34E+01 113360 21:45 0.34E+01 113360 22:00 0.34E+01 113360 22:15 0.34E+01 113360 22:30 0.34E+01 113360 22:45 0.30E+01 100765 23:00 0.30E+01 100764 23:15 0.15El 50382 23:30 0 O 23:45 0 Q 24:00 0 g 00:15 0 00:30 0 0 00:45 0 0 01:00 0 0 01:15 0 0 01:30 0 0 ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 30 EFFICI ENCY (% ) 1.77 = e e 4 v., e-

R:;v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS FIELD TEAM DATA LOCATIOt1' : Stow '!e c k Rd. (Plume Centerline) TIME Wil0LE BODY I-131 THYROID TOTAL WB TOTAL THYROID mrad /hr uCi/m'3 mrem /hr mrad mrem 21:30 0.0 0.00E+00 0.0 0,0 0.0 21:45 106.8 0.54E+00 1517.9 13.4 189.7 22:00 512.1 0.27E+01 7560.4 90.7 1324.5 22:15 491.2 0.27E+01 7533.3 216.1 3211.2 22:30 471.2 0.27E+01 7506.6 336.4 5091.2 22:45 152.2 0.27P401 7480.4 451.8 6964.6 23:00

27.'

';. 2 7 E + 0 ! 7288.9 561.9 8310.7 23:15 213.6 0.14El 3644.5 641.9 10177.4 23:30 0 0 0 668.6 10632.9 23: 45 0 0 0 24:00 0 0 0 00:15 0 0 0 00:30 0 0 0 00:45 0 0 0 01:00 0 0 0 01:15 0 0 0 01:30 0 0 0 01:45 0 0 0 02:00 0 0 0 s + 6 ,,3-% c. c-r -., ~ -.-, - - - ~ w ,..w

R2v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS PSE&G FIELD TEAM DATA LOCATION : Stow Neck Rd. (Plume Centerline) TIME I -131 ' SAM-2 uCi/m'3 CPM 21:30 0.00E+00 0 21:45 0.54E+00 17100 22:00 0.27E+01 85487 22:15 0.27E+01 85487 22:30 0.27E+01 85487 22:45 0.27E+01 85487 23:00 9.27E+01 83586 23:15 0.14E1 41793 23:30 0 0 23:45 0 0 24:00 0 0 00:15 0 0 00:30 0 0 00:45 0 0 01:00 0 0 01:15 0 0 01:30 0 0 01:45 0 0 i 02:0'O O O l ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 40 l EFFICI ENCY ( t ) 1.25 = e G

REv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS NJ FIELD TEAM DATA LOCATION : Stow Neck Rd. (Plume Centerline) TIME I-131 SAM-2 uCi/m*3 CPM 21:30 0.00E+00 0 21:45 0.54E+00 18161 22:00 0.27E+01 90787 22:15 0.27E+01 90787 22:30 0.27E+01 90787 22:45 0.27E+01 90787 23:00 0.27E+01 88769 23:15 0.14E1 44385 23:30 0 0 23:45 0 0 24:00 0 0 00:15 0 0 00:30 0 0 00:45 0 0 01:00 0 0 01:15 0 0 01:30 0 0 01:45 0 0 02:00 0 0 ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 30 1.77 EFFICIENCY (% ) = = W l

Rev. 2 8/9/83 SGS OCTOBER 26 1983 UNIT 1ANNUALEMERGEACYEXERCISE NJ LOCATIONS FIELD TEAM DATA LOCATIO

Long 3 ridge Rd. (Plume Centerline)

TIME WHOLE BODY I-131 THYROID TOTAL WB TOTAL THYROID mrad /hr uCi/m"3 mrem /hr mrad-mrem 21:45 0.0 0.00E+00 0.0 0.0 0.0 22:00 91.9 0.49E+00 1361.2 11.5 170.2 22:15 440.5 0.24E+01 6779.9 78.0 1187.8 22:30 422.6 0.24E+01 6755.6 185.9 2879.7 22:45 405.5 0.24E+01 6731.7 289.4 4565.7 23:00 389.2 0.24E+01 6708.2 388*7 6245 6 23:15 194.6 - 0.12E1 s3354.1 e461.6 7503.4 23:30 0 0 0 486.0 7922.7 23:45 0 0 0 24:00 0 0 0 00:15 0 0 O

0,

00:30 0 0 00:45 0 0 0 s 01:00 0 0 0 01:15 0 0 0 0 01:30 0 0 01:45 0 0 0 02:00 0 0 0 02:15 0 0 0 i e S e

R:v. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS PSE&G FIELO TEAM DATA LOCATION : Long Bridge Rd. (Plume Centerline) TIME I-131 SAM-2 uCi/m"3 CPM 21:45 0.00E+00 0 22:00 0.49E+00 15336 22:15 0.24E+01 76662 22:30 0.24E+01 76662 3 22:45 0.24E+01 76662 74EW1 7666: l 23:00 0 12El 0. 38331 23:15 23:30 0 0 23:45 0 0 24:00 0 0 00:15 0 0 00:30 0 0 00:45 0 0 01:00 0 0 01:15 0 0 01:30 0 0 01:45 0 0 02:00 0 0 02:15 0 0 lASSUMPTIONS: AIR SAMPLE (CU. FT.)= 40 1.25 EFF ICIENCY (1) = l I \\

.. - =_ = Rav. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS NJ FIELD TEAM DATA i LOCATIOy : Long Bridge Rd. (Plume Conterlinc) 4 TIMF I-131 SAM-2 uCi/.r"3 CP" 21:45 0.00E+00 0 22:00 0.49E+00 16286 22:15 0.24E+01 91415 22:10 . 24E+01 31413 12:45 .24E+0! .il415 l 23:00 . 211; - t' ; 1415 ..it U.12tl-40708 .: 3 : 2, 0 0 23:45 0 0

4: 3; O

O 30:15 0 0 30:30 0 0 i 00:45 0 0 71:00 0 0 01:15 0 0 ^1:30 0 0

1:45 0

0 2:00 0 0 92:15 0 0 iASS""PTION3: .i ! R SAMPLE (CU. Fi.'= 1."~ EFF ICI ENCY (is ) = 9 e w ---w- ,--.,-,e .m-e .-r 4 -,..,<,,.,,,w..e, ,,,,,y c,. v----.w-,-,y-ywpw.--,,-r y,- wy-,---,-y.4.,m ,wm-- y-+-4,-- - - w--, .--3.,- --%u 9

Rsv. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 EMERGENCY EXERCISE NJ LOCATIONS FIELD TEAM DATA LOCAT10f : Canton P3. (Plume Centr'rline) T I P r. . H '.' L E 00Dy r-131 THYROID TOTAL WB TOTAL THYPCID rr,!/S: uCi/m^1 mrem /hr mrad Trem 22:15 0 '. 0 0.00E+00 0.0 0.0 0.0 22:30 69.1 0.40E+00 1112.7 8.6 1.9.1 22:45 131.E 0.20E+01 5541.9 58.7 970.9 . 3: 'O

!B..

3.20E+0! 5522.1 139.9 2353.9 159.1 0.1El 2761.1 199.6 3389.3 0 0 0 219.5 3734.4 0 0 0 3 1 0 0 0 - s: '.. 0 0 0 . L: 0 0 0 eu:4: 0 0 0 31:00 0 0 0 si: 15 0 0 0 31:E O O O i nl:4: 0 0 0 0 0 0 3 0 0 0 .; 2 : ' 0 0 0 c?::: 0 0 0 i i e e 7 ,am. m. - ~.-,- ,_m.,- -,r v-e .-w., .,-._,_--,.n. _-.-.----o--..,.--,.-----..--ny,_3-,- y w- .w -g-

R2v, 2 8/9/83 SGS OCTOBER 26, 1983 UNIT 1 ANNUAL EMERGENCY EXERCISE NJ LOCATIONS PSE&G FIELD TEAM DATA LOCATION : Canton Rd. (Plume Centerline) TIME I -131 SAM-2 uCi/m^3 CPM 22:15 0.00E+00 0 22:30 0.40E+00 12535 22:45 0.20E+01 62661 23:00 0.20E+01 62664 23:15 0.1El 31332 23:30 0 0 23:45 0 0 24:00 0 0 00:15 0 0 00:30 0 0 00:45 0 0 01:00 0 0 01:15 0 0 01:30 0 0 01:45 0 0 02:00 0 0 02:15 0 0 02:30 0 0 02:45 0 0 ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 4d 1.25 EFF IC I ENCY (1) = e 6 -w -e m --~,y -,ww--.m.-----,--------g.co y,v, e ,e. -.,.o w my.---- -,, - - .- - + - -- - e. w y

Rev. 2 8/9/83 SGS OCTOBER 26, 1983 UNIT I ANNUAL EMERGENCY EXERCISE NJ LOCATIONS l NJ FIELD TEAM DATA LOCATION : Canton Rd. (Plume Centerline)

/

h TIME I - 131 SAM-2 uCi/m'3 CPM 22:15 0.00E+00 0 22:30 0.40E+00 13313 22:45 0.20E+01 66549 23:00 0.20E+01-66549._._ 23:15 O.1El , s: / 33275 23:30 0 0 23:45 0 0 24:00 0 0 00:15 0 0 00:30 0 0 00:45 . 0 _ _. -.- 0 - 01:00 0: ' 40-- 01:15 0

'O 01:30 O'

O 01:45 0' 'O 02:00 0 0 02:15 0 ~0 02:30 0 0 02:45 0 0 ASSUMPTIONS: AIR SAMPLE (CU. FT.)= 30 EFFICIENCY (%) 1.77 = e = ,W h"g d O $ g5ha keM e

r o' lbhcr Consultants. Inc. 3:saacvtcacao aanvoat, aa. isoo3 7/6/83

$e,6-sasa HELICOPTER SURVEY TEAM OATA - October 26, 1983 Relative X/Q from Ground level Release (F-Stab)

~ Wind Speed 1 m/s (2.24 mph) i Distance (m) Alt.(m) 1000 2000 5000 7000 10000 0 100% 100% 100% 100% 100% 50 .39% 5.9% 36% 46% 57% .0012% 1.6% 4.4% 10% 100 .01% .087% .61% 150 200 .012% e 6 e 8 9 4 ,,..,.c .-~,,_.,..-,.,-.-,.,...-.,,,,,,,,.n,,,-

Ptrttr CMSultaZts, lEC. 125 ARGYLE ROAO AR OMOR E, PA. 19003 215 896 5352 7/6/83 X/Q at altitude from ground level release (F-Stab) Wind speed 1 m/s (2.24 mph) Distance (m) .~ 1000 2000 5000. 7000 10000 gr 38 70 150 205 290 15 21 35 40 47 g7 Altitude (m) 0 5.6E-4 2.2E-4 6.1E-5 3.9E-5 2.3E-5 50 2.2E-6 1.3E-5 2.2E-5 1.8E-5 1.3E-5 2.6E-9 1.0E-6 1.7E-6 2.4E-6 100 6.2E-9 3.4E-8 1.4E-7 150 2.7E-9 200 - <1E-10 e e

Portcr Geneuttants. Inc. 135 ARGVLE ROAD AR DMOR E, PA.19003 7/6/83 215 896 5353 ELEVATED CONCENTRATION FROM GROUND LEVEL RELEASE MODEL >~ X l X Exp X = 2 77 0 0~ Ok -t },- 0 r ExP. - [z -h]2- -_ Ca + h] 2-i + t xP 2 0,~ a 2 0 ^ .t. t n 2 Sm y = g ud h=B Ete. ~

A

+ fQ = 2 7 5 Oj r, s e 1 K i - 2 0,~ 1 - s s Epp .z V ' Z s 3- ~ X / Erp .-- /rere a r'. z a z-7 g X EXP,~~'.101' = 0 TO T T / z 6 O

'=: M -sp p ~. ,*Q a \\ \\q W-4 j/ l i f o.m.m y I

e. goo,c,

Seacn N cor ne, i

.)

I\\" \\ { /' \\ t 0 Fort t'qc o FIUsborg !~ \\\\ e-

s "s#

REeS'liN 3 O 7 O ~ N - -- t4 -- = " - > l. / i i k _.p _- =_- / ~ s 2 l I < w.

- ""L_

1 l ~_-. k~h. 1 / l i Esua pai = p ;M v B oaa = : > _:=.i 5 i V l -1 d k =. = _=3_-r_ __ = ca._f n ; } '^ c_,, ~-.__ __ c =_ - -q m. e - a s . ou I;,J N =.=4 ~ d --3. ( S. / g G/ ~* 0 = ,4 m^,w o -a s e 3 O ex = 7 i / q. F # S.gche 9== Oancocksig / i C 5 ~~ t_ q ..r c-- // Bn.c9e ' -" hanners v U ~ N A- _M- _ a.._ J ~ a =smP =' a._..__.- pDo ~: %^ ~_ '.'_:E_ _~_:- N.) [ j, Q pf :.f 'I3 ? D E= _-a-- ~5-s C..5= C" _. JZ . c _.ur- _.- _ _ g l\\ -u c- .-. L. i-4. _-3 \\ .=- 7 ~p --.=_ -y o r L A W A N ~~~~ ^'__ __.-I. 1_ _._ _E C"" __e_-- 2 N E W JE RS E Y- -6~-g - =&-33 t=.- S_1.-y; _ _-j l ,{. f; i_- ~r m_ _._ __:- J - y .g _.- c__ _-)f_.-- g-._. 9 _ __.A tt _r- _,= =- ? \\ u - I--.__. a. p-n -.-. - c. -_ __--i g I y \\ / 's- . D__x. / \\ g _ _, ___ __ _d r Wy _ _ _. = _ _. - _ s _ - _1 1 r._. _ - q tn <t < 39.L_: _=v _ - "._ _ 7C_- + -, y -w- &_s.=-- x -:: _. ~.,_g _, _nd , yf, y; -w_4= _ -=_y. c y. m % as s:,. 1 -~.

-, _ 2 _ y A' r[ - = r = dr .s <m n s... v.a ._=u-_- =- 7 .,y = _ _% __ a-:1._':yg"_4_5;ac;;~.C_ ~~ O Jf S G., S, - 1 2=_s= 2 s +.. r =e_ --- ~ - w w =--)- .o z n' .,p. -2=1= Y== =~ h-- M g i 'r sion7 ~ ~- %"-- I-YW ~ - - _ -. * - _ --_ _ ~r~c__q Point . __.a-- a-- _ h-ff_r __t 1000 - = __. y _=. :--- 3 . __a: __ r, "~ ' '.__. 2_ _$C= ~-- E, - s ^ t. :=- _. _. y ' ~ --Q_ ' -==.==. =j_ ='=5: - -T-'- A e _. -~~ i i-Ql _- e. + $[ / ~7 .b - '~ - := _ : 1 =- G=_Rq.= ~ - d ' E ' "~~-_- - M. ~~ / Stoaj /: O. Lr _. - ) x = -- ~

5bbM-Y

~~ 17:00 10/26/83 l its,r _. -q ;. - _L --- __ - -- c __.- time------ date-------_ c"' -- 48 g -_],_ '". _ x_ y- .c .-~ speed----__ al _________ ~ M [ %-~[ P_uj c a _ _ m_.. _ _- re w rder-_.. _.C.. Whole Body nose rates in mR/hr

'p* -. ~. _ o' L J #'C f'3 ,ig i y-m i l I \\ f Oas-oors d I e.i oo,,, Gr a ce, u o ( ) \\\\ oegee p5Us org RE-L~S1;N 3 O 7 O \\ 's 1 e _-a 73E W l. lr { 4=c m . c__=- ~. -g $ i, VI ~~~ I ~ =- - # 0.'9 4,8 _,_ p-e y i om= r-_ _ -.=_==:.=..-)i oI (_

= -

~ <. ] a o-c., ,. n ez ~o.,,n _ .e . =. = _ - = = -- a __u ~

t.,)
= g_

_4 a-s n = _ 7 N 8 g N o c,,;. -_a, i 0 =,- o J

E e. w, # 'y :=a.c # e 9ancocxsp. 4

= -w; ,\\ O a= e / i c-- U cge ' " 6m. x dd $s = '-- __..;.- i. f ',_,_(. Bn. Cf l2 I-i.l . _ q., _ r- .s ._g.. _ Q ? ~__._---__.t m-r%. :3=. _ _._.. __ ___. -:- - - ,e L g -v__ r. _ 27._._ -m.__ ~ ___ ' x_f-7&~f i W} ~ u ,r-J- -- =- J-2 _ D E L -h, & 5_ _=_ -' ___ E _=; _ i ~g.-E ~__~_~ R ~ i g y = _: 3~ _f___g____p;1E =ff, ck - 1 Q g=-h -a - a :. 55_ - j _Q_ ____ _ _ = _=_ & g / NE v'.JE =__ g- [-_ _c _ _. = L_ 3 - [- " C ~T' M [ - fi,N^ -~1' 24 -d.~~~ ~~'. f \\/ S, g2 i r r : =_- r_ =a - n .,O,l ga' / - - _1 I A (~ -] .. c _.1. .e -d A l l n i gw

9. <..:;.L. __ _=v_

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_ :.= w_._- <,;m 9 Q ,). - _ =. _-. .=- _ -: ~'~ =e -.=,u __: =_ihr#a--5_ # a k c - s... u 17 ^:~= 2'~ -[Y ~~' w ~d:=5-@l-f'71 - ' - +[-_3:~.- 0 1 -O siony -s ':_ L-: h-O - _. ~ p_=_gC p.g Poin# s 7000 -- :5 _l;_- ._ ~ __._.r['- ~ ms -._- A = = E-2 _ ~~$ -~.:l g ~ k== 7= S ~ -*~5$~'5M,,c: F. ~i ' e d C i ._..s.- =7. s _:t-s _ P =:gj=.,_ - p /.,_.- Stony Inlet s - ~~ ~'= k._'. .E' g: - %-E E-O' b = _ ' 9- . = - - - _ . = _ - - - -- g 4~ _-- a: -w- -: - C-.. __ '-~ E_._- 21:00 10/26/63 l A! der ,y_,4_, _g___ time------ date-------- cn, ,c-1.,__ f speed---- _ alt-________ &'.~1~ 9.a %-..~:T 3 -' e-E1_. __ f ec o r de r - - - -.. -- +:a.. Whole Body Dose rates in mR/hr

s. e.4a, %, s

,s3 g p ! 1 l\\ %_ m,e, uco.es

SS

[l i! I '~ f Oas-ood 6 tach y I s.toar e s 1 ) Corner u j t [ } o 0 bp\\ \\ Fort

p. <-

wa=.o pslfsborg ,,a,,. "x8

c. 4_~S'i N 3 O 7 O ' ""'

n w==2,__ 4 _z_._ ~ l O p =_ R,. 6 e-b'NW-% i f_SrreepI 3 e = _:= ) I l l t o Dita r ~- _ f .t-: e s.__ __ _ = s Ccf.'L 'Nr -~ %__ _ w _-Q% J (\\ f@ p ~--

?

..o.m.c ~~ % ~~~~ % ~ C =1 2 '. g, AVm ~ *J = ~ T .-=E =N ~~Z f ~7 b // 0 / j, o Awicfd+ ?"e- =- / 0 m=- e. 5. .=.; r~',e= WRCocks w s -g y; Mt;w ~ Bncge "pb.es X y~ss'- @ % ~~ 3 _-~_f ] G, m(vi11e j

=u~~4b

J_ -j._ s ___ y _ s =__ _ : _:__ =_ - _- _ s -7 [_*,/ \\.y/__a__ C =- e s - sr._ _. =____=_x_-__.^- t_=. p_,_ =_ 5 ~~- b. C _ C~~ ^ h~_A.Y bt A-5_=^- s 9 5 w JE R.__S g y==.___X=f__.

_~__

g__ g;.- _- Q f_._- _ x, DELE g_,~ 4 -~- - 3___y_g __, l n_.._-r_~ __ g _t__ y _ _. Y. =. e _ j. _3. u ._.,__=_____.________s . =. ~. I -_ _=

_4 f
c ~W r_- _;__

W g rs T -11_ 4 A q .,=..-. ~ _e-- -!A i i UJ >. H

3..:._ c ___ =._.i_-

't st:- - / $ L L W u C to __ _ :._ ___ _ ___ s _ _: : c _ _ _ _- _ __ - H_ _3 .=__ -.L: Ir :_-._. - :._ _;._, < g : _.. _ v_- -_%_ T+ f <t -t._ _ , e., -- . G".:.rc. y:w =_ w __ y== M - ~', ~ : _=._m-g g.y v sa,. -- dy: _r_,_ t. c <n ee., s... c t.u 'f-m y = __ = _ _ _y = { _ - -' ~=_.-., sO -. _ =

d.. -

--%____..-~ I .J 5 g *

5 * *-

>y 15 = _' _:- _ =) g O -._ f. - -. g- -- -c - ~ n W g Stony._. _- :.~ _= T1 - _ e' ? ,_3 .~ =c po;ne .:..:r O= _ C. __ __.=y.( _t. ___ _.,f_ __.m m __._ - _.. n_ 5500 _. _e. w . = - -r- '-}_.-._. w _: __ S_x __.. _:._

==R=- ~_m== _==_ % = _= _mf._ s, - - - - - ~ / c=. s._. e =7 =u.x-1,e : ?,,,;.,. t

==-..~ i +w ,=.

_.g

_=:_ __._ a. - 5: s .f. ~ s /. . + - - -t: y / -... '_:-- Sio n hJaz + (r L.r = = - - = = - - ~ -b-hWeM ~ 21:30 10/26/83 l A doe -.~U-_~.__- ~ 9 time------ date-------- ,C-.,_-._. i s p e e d - - - - -- a l t - - - ~ ~ - --- - ~ _

G=3., _T, p-Qc

-u g _ _. 2-1 - __4 'g :-y. ~b-[.~_-_ g r e c c. r d e r - - _ _ _ - _. e --c..... Whole Body Dose rates in mR/hr

[( 'v. $,"[o'. 3 f\\d ~ l' 0 \\j h1 ( M N I / i I a oas-ood y I t.n ore s o Stach I Corner p , / \\" 0 p )w / j pari tesiace,o p_blfsborg \\\\ 4e g,3.,, 5E;LyrN 3 O 9 O n 1 i, _ _- 4i 3 s I e a

9. 5. "

",a s l l -^ C b +m:-:- a [ Digi. " - lA [ ] '= ' : .:= c Cco?' f C ~ Et,,rW _~_- I Q - ~ [,4 py = ] -+q_-_s. m.=- m J r f D = N --~~__ ;r &.~.~ m-n Crw dL'~ ~- F ,h, .o 0 - u. l' r.idDCOChSjv i- _A m b ~ ~7A ~.ao-? - -1. Bn.,cga " Na.IID9?S- "N ~ i -- w %, _ s.- n- & - g._- .n -J-g110 m d __3 ~_- - %_:. _=... r=.-- _ :: -- = _.- : ~- =.ce; _?- -l p-]--_ g ,0 ,- r ( s.(_,:&.. y-.- _ _

p.."_~., _ _ :2'

~y. A t -,-3 I ,,_. m ~ C)E L A W A RG - . < _- :_=.C@f"L " 4 - -a-- _-)__ g -J __ w E w JE R S E Y. -,--~ _3, ~~ ~" ) -~ E~~.~_I M,3- @C-__. .:.L.- ~ I __ M -l' l \\\\// A N/ l -I- [ ]. _., N._ :--d '7 L. W A I >-1 ~ ". _._ J Z ~_. l (~~- ~-(~~ __ -? W W ~. .,.3 L.- _-~_~-.,s__ r = -. g -:_ 3 C y) _==_ _. _:._3 7s_ a .J _ ~ - ~ ~ -, Og.,_g _ qq . O; - p; __ Q_ -j]_,,,_ =c-.

.r.3 gy PW Ste. 1 s._-z - :

2._= E t. _ r. ^I .r.,.,,, <33 ns... v.. =.i-i. : - %~__-= _ :_. - =. r ^ T]- -s = -- J;g

c.. s,..

p--__,____ pgfM >w - T_]',; t 74 w ^- 3 - : C: - -:. T a y Q --@l-%~ 1-- O ,,,,,,., -[ ) sion - a-Point ~~- ] a:,', h_j': - =- z- -. - - :r ,9 - - =_==,k ~ t &. - Q. _~~ ~2 4000 ~~~ -E~ C' ~ _-f~ :: = 4 p -.== m = g, ;2 7_ = :s "-[t.== :-. . _ -. _ =. w ~ 9 5- -

, /

-Q. ~ .#-~~'EE: :-i,_c,y:3,, p s s.

: u

.=.:. s N. $ tony Irdat ~' -=.- s ~- - . ~ _ _,.

=t:f= =- -

_-r:

'. -.::- :=-Qwm 2 '

~ ~~ w s ~-.g, .E_. 22:00 10/26/83 1 ,t:da, . ~ R- _~ tuce------ date-_------ Cm< speed---- - a1g_____ .c=2.~_.-- E : g b7_b.,_.uk s .I..._.. re c o r de r - --. ----- .-E _ = : a _, Whole Body Dose rates in mR/hr

d^%

Ns, o 3 e v.pf ~ !3(( 4 g% -- N d .) / i f on w 4 I etoo es Stavi I Corner \\; / Ily ) /: k / o s na N\\ g, - 3 o,gc.o pstfsborg s,,,,. "s9 j Eg_IlS' vN 3 O 7 O c- \\ s s _ = _ = - j

s

^ 'l h ~ / N Q# p i 6 Ar_qiEEi-g StraigM : -:, l Dien = - - 2 3 Y (-=_~

= _

.= u== r j ~ 7~ -?_ ~_%eg h ~ e R. p: o.m._c _~ . _ - __ a.q__.: = r Cr,,d- - ' * - ~ s I y = :: :;- x r e ,s. \\ M- ---r i 1- - u. Ang g ,;tIo.c _f:; g y W. w#== QdnCOChs\\pWg U_ i / Q e = ~ - c c-J [ C. M'-t W -: _ Bn,c9e ~ harmers N ~ ,. d __.T ___ hlb-Q ? w =. -C=

~=_-n _.Zr_ -E:-

\\ _j- _ - [_ l p ~_ s a c.- = -c. : : -. _:. __ ):.__, . w.-- D E L A W A R G -m,y- :. n. s =_ a. _.=.- C r t t y-3 _} $_2 _g x .~..:~ = y 3-).-_, rJ l YEW JERSE15 ~ _ - = _ g--.-2 . =. c=. _- _f _ _.- C _.. - p= R-r,Z - ~~ _ _ = - ._.:= = .q 32-a-_,. -- - e

==_~ =3 1 \\V/ A \\/ -- i.:: _ J. E~-- ~= ~~ _I._%-~4 L. W h l ,4-4 DW _ s__ =_3 -'.. _ -.. _.< 3 L _e_= c === :- Cm =-, . W: _._ ?'~-, _, n p A - +- qt ,.a_, _: g -

~-

- _. r_3 ~>. w - 's ' -.. =M%- ___ _ -_ - = _. - _c _- >gn

p..-- a S;e..I

_ #._.:i=-M -7 r - 3_Z. J 7-u,. s,.. o,. t <)g ^ w.y.

-

=.-r ~ J c.,. s,.. w e# ~~ ^ O ~ ^- - ~ h1 I 1~~ '~ ~ w h ~--' A, W ~~ ~C ~ =, ... __ ~ sion1 M rg*? ~- ~ + ~ _.. _ -y L= : 3000 A- $=_=Q- _...::. . _. _-t _.291=:- O_g=g_$._.. "-_s- __== s = := - * -=_ --. - =. m w s, 3 - 4 :~ w - - 3: - = ( =p. t.:._-.j, c:. a -i. -_. ,r' s ..= +# ~ J.; ~ e " W, - - ~- ~~ S ~~~A' 5 /'. e v 5to y I 0 1.m' _==%5 __,_. ~.3 ~: ': = : ~. ~=!@- _4 " -. C'- _ ~.-~_- 22:30 10/26/83 l A:de- ~ ~q r%'---' cine------ date-------- _-{- N. r-z- k speed------ ale ________._ - : g..=:.'b~.c,2 _[_{ ~ %-+.~.-t-EC.._^ ~ recerder-- ------

==a... Whole Body Dose rates in mR/hr

s_.aosM ;3x w .q.. v. y 0 \\ q " ~, s.toores W-5 I I ) f 046-ood y I 6 tach 1 I Corner n j. . \\ t I (N ' [. \\ I; I o Fort xK g e N y.o pittssOrg ,c,. ".e 5 E-L~_S.'e:i N3OROi ~ \\ a - - _= _ f s, r " 65._ N a m

4 g,., a 4: orw... -.

% __ - ~ =..-'.h r T.h= ='. a ccc (~_. -=. @ h 5 ^> m c %n, ~. 3.. n w _- =~ -%. c N 9.~ra 2 _ __. - g - u a s ___-G = =.= ' cr<ek =7 d =-~-%_ -q /e n 1 l u = _.__-=u-g/ 0 a= V c" i. g QanCOChSj, e L [ MN _ A((<n _ _ ~ in A v Brici e ' -'-" d 9 rlaIIne!S-N c_=--1d --w _r.__._ glle -a .-t_ 3 T3 / H , 2 -y.- ^ -5^= %_ _= _ i= _~_ _- -- -l pf.j.___ }g -r- __: -x -_ _ - c_.,..._._- E.= ~ d:=._ I. _^ _-' _ _.._:." A_ A*~--b 7_ DEL A W A RY{#~= - A-N 7 - 2 _- _. C " T'~ - ~ h'^ __H = ~~~ ~ E - a .__ _-.= -* N E V/ JE R S E _- _. _; =.- _ _ - Si;._. p k_ e .:- _ d ~~. ._-_t. n' ~

_e _. -.' -..--

r-

: E -.e r-'~-hMM~~- = 24

' 3 -f 1_d- --, _...- _ M_P - : _. -! 4 l l J \\\\// g sf (- f % (i4'T $W T- : ;: ' I~' ~= ~~ 4 ~_~ ~^*Est - n L L. W r\\ l J ____ s = _. = - ; _==.=. _ _ d - _ R.__.-- fz_-=z-1f:c - I

: 7. __. _ _ - 1...._1 m

. -:;.L _ __=n_:._- ..= _, 5q- -:r _: =-, g._=, _r:g 3 4 < c; e.: g.w n--- > su.. 'y .c.r -: ~- x,f._- J, -r- =.: ~,7_ rE - - :.=: _T-G.. g _: = y -M _== _ -:_ <e-,

u..i... o.o.

1 = :. y= :.5_.p T -I h; c.. se - a . - ~ ~ n =& w ^3 = -4._=. _ ) - 4; Q y : 7.s_._. d, = m.. :- =v_s.---.- r in O 2 h _. - = - 5 tony _u 2 'M : 4.- _ 3= =.,, :: Poinr

_- { - =.

3 -._:r 2500 c %=_r_ "w% : :.==== : r3,===._-~_~ 3- -j _ :n- -- sc,. _d: _ :rx;-( _=. " t.==- :._. __ f -m F g -a J =m_t;=_- -%~..~.+[_~ 4 = :;; Ed%,~ct s '; "f. - r> i' / l o A,_,,. -_.m._-..- 5 '.y~- ~ _ --:.__ "7 Stony talet -_.==r-bb M ~ 23:00 -10/26/83 \\ a gg,, -q-- g._ -

=-

ttree-----. gate ________ c~. ___ Q, ~.-O speed----_- ale _________ ~-

_ 51

~~~A.=_y.;$...TPug' g.- r e c ri r e e r - - - - - - - _ ' - i. EL, K = _= a.,.. Whole Body Dose rates in mR/hr

s=dW w %, o 3 w .\\j Dr l cq V-c l l - - ~ ~ \\ .a oss ooa Esach y I t.toor e s ,I , Cornte / \\ y k E'5gce' % s org g,,,,. "s9 9__~S' A 3 O 2 O c 5 ~ r _a ~ i, } '~ :_ ar-l "&Q ~. s x f. .c DW~ l / T t ) FStraighs -5 f5iDiea._ _ - l N C* Y b'~bE D. I cc" ^a.W '~~\\ f = E =Q=a p g p% e J

_oi,,ae -

= _ - 3 9 ~ [ b

=-%=:C__,__ - ~ c=-,

c,.m. s b k a -l _ D =4a f .= -n ~ l t N /#~ h ' h5 j c-- A ((otcCY

n anCOC

\\ -N a' A - C~ m ~ BIic,ge -" bas X j m. .,._,__ A g gf _._. ylb~ -'? Q

=.

~ "l U^ 4___] "_._~_~'__= ':i'~ h=~$ ~= .' E,. s 0".-C_.= K_ i._5:~- g j. i /- _. " __t-3 - _ ~. ~ " ^ = __ y-g# L, _- $ = p~~ C7,gur __A . -s DELA 9__ NE W JE R S E.Y N- _- s ___. J _7 '.f_ _. _. = - t ,;~. m f -. _.r W

==_-;d-wA Y a nti A u f . :. =.. :r_ - ~.=_'... .E..e=:= --Q: L. - ^*~~~=g :A ~%. _-r -d we s_ a C tn < ' L _._ _- 5 <le __1g -c -. = -. --, =g _=, 3 _-- Q _,p N,, w, p.---. i sir..t 1 _ a._= _ 2 _ _a tm- ~ I v2,i -

E _ :=:__

~~ ^. - _=-%_.3

~~ ~-_. T ~~ --_ m

- 4% <E u..s... rt.u 7 I= , 25. G S8 - ~" L. q! ~~~2_.- ~ ,[ :- # # -- N.5; W g j,IE-- I ~ " l' o ~^ . -- +4 'D' '_' = r ~! ~ siony,_ '; '~7-- -~ 11- ~:== - P ~- Point

~-

1800

=.,,_co

=. 27 b _ w.,= __. -hr=. "~1_-Q__ -.=- S$'-Nb?Mo C -. ?< R s .f pp l - =q.ur_1.p

s: ;u Yx -

s \\ E-- F # 5 ~ Sgo,,, f3f g 0-)=E..._ _ - _ = -__ ___=_= ;-- - - - 3I56 <. '..,: 10/26/83 l ate,- -On _ O - _4 eime-21L10 daee-------- ce, - '== .2 u __.t-speed------ alt------- Y M.= %ch L u_he

b _-

5-M

~ recorder--------- .-?? = = c a. _,... -Whole Body Dose rates in mR/hr

N-5;","O.h"' 9 -sfc [, v. b }( ( p ~ ~ O >p N f' .i / I 1 o.s.ooo ]. [\\ t.goor e s U Seacri df*'""\\u l / v \\ 1 } [\\' 1 O Fort i N \\\\ g,g,,, i /-- blfShorg 05 gce'o @ R E _~S'jN 3 O 7 O p +==sa x s s) r dE^ :- Y.% P y i k .S'c%At ' l $.N= ) i ita.- % ~-D'=.--c =eGP-. f = -: ^ 5-1 c'I p ) co r"- o n 4 .? '= 3

_oi<a _c --

a. g ~ _ - _ - ~ ~~~S Cr l _. a- - { J:y [g R~=WD---[f= Han/ee - -- 5 ~ ~==- / 3 W,, E ~~ p-0 = O / 2 v ,_ x-v ~ Bnc9e 13 Ila.I'Inets-N .;.s- 'V _ ___ 7 11 o W,m.,_ _9 =. s-. ? . a ___.t : _.-r -- q, g_ > := <m-:. ' ~=5"w_- =:. _+.. >: ~.J g

-=

J

~; a c

.5_.-==.3. - - _ ;i dy.-ii Cr e e k= g _____ca 7_- e DElA k-. _ _ _; .__..._._:. _y r.- -x _. l PEW JERSgy___

~.-: - ~_

-C ___-Z r- [

p.._.c,-c a: H

-.=f'._ Z- -

===-- . \\V/ A \\/ i J =. - E --r

__ f A I

W /-\\ 1 ) _e M.:._.- c E __.-~ r_2Est?-: f.\\_ - L. .J uu = =. _

_ 3 g ___ _ m

%_ s - -'w _m _c=.- n' m. .. _- q.,_

A--

+-, -,_._,n.=, qq - _ -q- -:c

== _ r _

..__ f_.g = = __& j._= = v ri-q

_-p-3-2 ---3 N.w

p. m. i s;...

-=.=- -~- = _ <,m ~.s... v.n. a- ___ e_ g g c... se.. 6 W ~ = _-p-@lMW~-. ~i- -- [9 E #- -- Y O _-=E h z siony ~~=;'-.= C.__- ~. - 7 =_gg~=._b _^. __ ---e.-r- ^- Point - ~' - 150 -= e c5 .,_m: _- -_m D a::*4 - _,g'- - :- m -a s a -j~.,v~f.c ~_ -. ~-r - g:0 '=-)= , &.a-3 i. ^

W f

o

f l

.:.__.S- _g, 's h %___. _ Q { (Q stony init =N -,3 .=._ = ; r' =::r6.- 10/26/83 time-2.tDD gate ___ \\

arg, J

C v_ _P ~-- s p e e d ------ a 1 t ---------- L-5:g7P~/ ',.=A=_ry@ ' rec o r de r-------. _ + ' - =a.,.... Whole Body Dose rates in mR/hr i

Enc [osure E U.. $ j %'/ \\ } Q w -c.- wp i - % -; j ' q& e, r /

^-

s- ,W - N . f. $'c ~~~.,% \\ ,/ "?, . %*'*q j Y' l \\ \\ ,=. - I f* !' v ^$-.,' %_* va1' '/ ~ p;.}i = 3 7 1-s, s ./ g\\ -- l ~ . \\. [:3 s g g / 4 4 > 4r. .sa N ) I-s-.-* . ~ -.

.,.g.y.^

=="" e g r K '\\ m v 1 b. j g $ (/ O. T-k { a Y[' ' dl.s..gd.'\\U\\LlMe{s$;;g$d y ? \\ / \\ s. ? a M %; c, n, ;L w e i w, 4,. = g f f - Ie( I / P-W / F l ./ ',e r 's I-. i 8 / I,,, /t );; T. = %.;. i 8 9 ...r / h.!.a N. W-. 2. +/. I I r </'- g: . n, - - , 4 ' A, ~ rs. / f

f*

/ 's i . \\f ' g s., s j'. / f -i .I .i 1,

4. i g - c ; W,., "s-a, i

',..b g Jl/,n. {f N.* g r ~~2,,,.. s,,,o I.:% s '4- / s E ,5 'h ' s i,' ,I T Q p. &% y y l .c Et t y c- 'h,,%; D '> / cx x. ,t g' 4 s. I 3 sg/ W l + 1 p \\ \\ s u . v

. A i

'f-l s1. W - 31 ' = - ,ei a y. , - [< f I

1. % ^y h -

-k.

r t-5 ;.'0 52 5
s

~ h Q y-Y < r- 'e ~ y s .h *> * ~ \\/.; .iL_ i X 1 ..m c u =g 4 .e' es s y 'e $I M '.. jI A$ (f 8 [ 'f f 25I i 331 x r , f)- _ - ',,,, Y h f,,. ; g ', = g=. g. %'~ e~y 3.< / .i m .. a c ye b ~

s e p, u

2.. i-d i.ii i3 N. 3 ~, %, s 3 i f .m p. = is N I ', t,- ~ -.. !,,.. * - 5 . ~, j. - )j g 'I ' " s s w--

. 3 n.

r--. /._ f dih.. se f / ." k, h' ' jj 'i- ,' i, ~ . Ag ^ \\< W.i. i e. n i r. m 'V' ei A, N ~ 1 1 4,..- '~ i

%n' t

5 l ff3 ~ k. .,,. s s ~_, g - ,,, y / - r s I .\\. l 4 j{

=

,g

Enclosure E e

;_. _ uf,'s.f _ /k '

f f\\ kJ I h ,,Y Y 4 'I s-n 4 , f c: e a s ,( 4. ]d

g J'-"7 l

of -? 5:E .!* $) yi ^q~ - p 6 e .~ W@ ~\\ fw! 65'_ up >3= z t I f3 1 [p,ir.,s. - \\ s ' i ? lu n -e s / z q.m ...i .\\ i i n. n-san *:w o'w.,.. \\ l \\g i ~ l a== f e a h / - -{ \\ \\,* . 'g t 5 // l y

f.Q

-" y e s . / t w,--- \\t \\ w / l \\ !. co. *al[ yo.E. t ' ]/ j [- l 1 a = o.* C. h 'N" ' ! _, n % g_pk) I 67 i t -)\\,/ ~ P*h-5 i .h 3 i l 37gy4 '{ 5&g W "/ l 3'y j g f 2,, ; / n... =y % pt u.' v f 2 j -7 N i x ,1 l , s. v. Shu -/Y'"Eh ([\\gMN--. 'kN l I. ,c N -- y y YMM[$4, x M' <lf$. x\\' % LC-s Dm e '~~ e g g' 3m a m. ~ - E ! *g(.,,[* i i f* ~Q' i .ks' b mm n-p' = ~ m ~ 2 g b h' 'gh i b '.... . I e gt w.:: . g ? nr, _ s ~:w-

j e 4

's i ) ~ w 6,l^v yc- \\\\ - et~r :Q.-,s.,_ a t = n! m w E i

r e

e '.e. \\/ 'N ,{ f 2, , s s p. 1 .e* - \\ l-

- ~

~ ~ ~~- uA2 t A we% e 7X yMC# % i %G4 s &~ _gj ~ EM hpli m*; x r - + v::r

n :

h p t',. - &3 v:f sj J- .}, f y , p 7,ja-' .g.- 4 N; : >_; j y..". 1%y c. 3 - %./ 3 j +W.fy <n, ; J n 'm y

efy 2 yg m gFh.l,.'g;.

' g., ; "'b, y* fX = 9 ({ e . e. ~%,%- .., e u- ,m ,- 15 - y'... s. s

._ g

.w m 3 .5* '/* .I 4

3. #

h_

M ' ' 5 ? J. g i f

J '.

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t Porter Consultsts. Inc. 123 AEGVLE ECAO A70esom t. PA. 39eos ris ass. sass 565 October 26. 1983 untt.I.4nnual Emergency Esercise Detailed Source Tern Assumptions "' August Id. 1963 8ev. 3 Coat. Cont. Geseous Escess test Leet Gross Gross Gross ilme' Press. Press. Volume Volume Rate aate N.G. N.E. N.C. 1-131 1-131 1-131 1-131 af Oey psig sta. 'cc OSTP cc cc/ set cfm utt/cc* uCt/cc'* C1/sec uClicc* C1/sec* utt/cc** C1/ set ** 15:45 0.00 1.00

7. 4E 10 0

0 0 0 0.00 0 0.00 0.00 0 0.00 16:00 44.14 4.00 3.0 Ell 2.2 Ell

3. 00E 6 6364 30 2.18 89 1.50 4.50

.00221 0.09 16:15 40.48 3.76

2. 8E ll 2.0 Ell

2. 76E 6 5838 32 2.20 89 1.63 4.50

.00222 0.09 16:30 37.12 3.53

2. 6E ll I.9Ett 2.53E 6 5353 35 2.28 89 1.78 4.50

.00223 0.09 16:45 34.04 1.32 2.5'11 1.? Ell

2. 32E 6 4909 38 2.22 89 1.94 4.50

.00225 0.09 17:00 31.21 3.12

2. 3E ll I. 6E ll 2.12E 6 4502 42 2.23 89 2.12 4.50

.00226 0.09 17:15 28.62 2.95 2.2E!I l.4 Ell 1.95E 6 4128 46 2.24 89

2. 3I 4.50

.00227 0.09 17:30 26.25 2.79 2.lEll I. 3E ll

1. 7 9E 6 3785 50 2.25 89 2.52 4.50

.00228 0.09 17:45 24.07 2.64

2. 0E ll I.?E ll I.64E6 3471 54 2.26 89 2.75 4.50

.00228 0.09 18:00 22.07 2.50 1.9 Ell 1.tEll I. 50E 6 3183 59 2.27 89 3.00 4.50 .00229 0.09 18:15 20.24 2.38

8. 8E ll 1.0E ll

1. 38E 6 2919 65 2.27 89 3.27 4.50

.00230 0.09 18:30 18.56 2.26 f 7 Ell 9.4Et0

1. 26E 6 2677 70 2.28 89 3.56 4.50

.00231 0.09 18:45 17.02 2.16 8.6 Ell 8.6E10 I.16E 6 2455 ?? 2.29 89 3.88 4.50 .00231 0.09 19:00 15.61 2.06 1.5E ll 7.9EIO

1. 06E 6 2251 84 2.29 89 4.24 4.50

.00232 0.09 19:15 14.31 1.97

1. 5E ll

7. 2E 10 974215 2064 91 2.30 89 4.62 4.50

.00232 0.09 19:30 13.12 1.49 1.4E ll

6. 6E10 893360 1893 100 2.30 89 5.04 4.50

.00233 0.09 19:45 12.03 1.02

1. 3E ll

6. LEIS 819214 1736 109 2.31 89 5.49 4.50

.00233 0.09 20:00 11.04 1.75

1. 3E t t 5.6E10 751223 1592 118 2.31 81 5.99 4.50

.00234 0.09 20:15 10.12 1.69

1. 3E ll 5.lE10 688874 1459 118 2.12 82 5.99 4.13 00215 0.08 20:30 9.28 1.63

1. 2E ll 4.7E10 631701 1338 118 1.95 75 5.99 3.78

.00197 0.00 10:45 8.51 1.58

1. 2E li

4. 3E 10 579272 1227 118 1.79 69 5.99 3.47

.00181 0.07 21: 00 7.80 1.53 1.lEll 3.9E L O 531895 1125 118 1.64 43 5.99 3.18 00166 0.06 21:15 7.16 1.49 1.lEll 3.6El0 487108 1032 118 1.51 58 5.99 2.92 .00153 0.06 21:30 6.56 8.45

1. lE ll

3. 3E t 0 446680 946 118 1.39 53 5.,99 2.68

.00140 0.05 21:45 6.02 ' l.41 1.0 Ell 3.0EIO 409607 868 118 1.27 49 5.99 2.45 .00129 0.05 22:00 5.52 1.34

1. 0E ll

2. 8E l0 375611 196

!!8 1.17 44 5.99 2.25 .00118 0.05 22:15 5.06 1.34 10.E 10

2. 6E 10 344437 730 118 1.07 41 5.99 2.06

.00100 0.04 22:30 4.64 1.32 9.8EIO

2. 3E 10 315850 669 118 0.98 37 5.99 1.89 9.9E -4 0.04 22:45 4.25 1.29

9. 6E 10 2.lE10 289636 614 118 0.90 34 5.99 1.73 9.lE-4 0.03 23:00 3.90 1.27

9. 4E 10 2.0E10 265597 561 118 0.83 31 5.99 1.59

8. 4E -4 0.03 23:15 3.58 1.24 9.2EIO l.8E10 243554 516 118 0.76 29 5.98 l.46 7.7E-4 0.03 23:30 3.28 1.22 9.lfl0 1.7EIO 223340 473 117 0.69 26 5.98 1.34

7. 0E -4 0.03 23:45 3.01 1.20 8.9E10 1.5E10 204804 434 116 0.63 24 5.97 1.22 6.4E 4 0.02 24:00 2.76 1.19

8. 8E 10 1.4ERO 187806 398 115 0.57 22 5.97 1.12

5. 9E -4 0.02 As measured at cogitatnment penetratton.

- As measured at station vent (based on 80000 cfm initial vent flowl.

g D O H O (n C N (D N t

[ thrict C.cnsultants. Inc dev. 1 ..n a u c, a n o.n o r. ovoat. aa i9ooi S.G S October _2_6_, 1983 Annual E.m_e-rgency E.xerc.is_e ,,",.,,,,,,3 NLG. a'nd I 131 S.ourhe TermsE(Preliminary Data) i i 4 4 l. l l

Uni lt-I -

f t I ( _ j! q..u j. , q.. 1 --j - - J 4 t +_. i 4 i .1 i l i I ._.. q.. 2 q.. _ ' .t -3 ......_7___.. . 3;;I-131 1 _ _ + _. _ ____a.. N.G. [_._b i i 3 i------------- -- .e 100-i i - - - -- -.10 i g 1 i _t 90 3 =- .09 o l._..i.:_. n \\- I f I \\ 1 \\ 80-l \\ .08 g .y 1 \\ i I _ __. 4 g 70l l-j - - - -- - -. 07 'g ! i i N.G. I i i I i .I-131 Ci/sec l l 'Ci/ __.._3.__._. .7 60, - t -.06 - -r-l r i i g I 05 50 I.._.i,_ :. I I ,. ___ _ _ j._, i, .\\ '\\ 40t l r .04 i 5 I .._f. l!- \\- .03 \\ ~00 ~2 s j_ _.... i __ m:r-I s I l-t N O i - - - ?-""iO ? s-4 2 0 - --- t -- # ' .02 I li l l l -i ; 10 -. 1 .01 1 1 ! - 1 : lj l g i __ 4 e i -s i I i 16:00 17:00 18:00 19:00 20:00 21:00 22:00 23:00 24:00. 01:00

Enclosure G 'Podcr Ctnsultnts, Irt.

~ l25 ARGVLE ROAD ARDMOR E. PA. 19003 215-496 5353 SGS October 26, 1983 Unit I Annual Emergency Edercise August 8, 1983 Rev. 2 Station Vent Flow Rate a

'm x. & Leak Stack Stack Clock FB Flow Flow Flow Flow Time efm efm cfm cc/sec 15:45 80000 0 80000 3.78E7 16:00 80000 6366 8636E 4.08E7 16:15 80000 5838 85838 4.05E7 16:30 80000 5353 85353 4.03E7 16:45 80000 4909 84909 4.01E7 17:00 80000 4502 84502 3.99E7 17:15 80000 4128 84128 3.97E7 17:30 80000 3785 83785 3.95E7 17:45 80000 3471 83471 3.94E7 18:00 80000 3183 83183 3.93E7 18:15 80000 2919 82919 3.91E7 18:30 80000 2677 82677 3.90E7 ,18:45 80000 2455 82455 3.89E7 19:00 80000 2251 82251 3.88E7 19:15 80000 2064 82064 3.87E7 19:30 80000 1893 81893 3.87E7 19:45 80000 1736 81736 3.86E7 20:00 80000 1592 81592 3.85E7 20:15 S0000 1459 81459 3.84E7 20:30 80000 1338 81338 3.84E7 20:45 80000 1227 81227 3.83E7 21:00 80000 1125 81125 3.83E7 21:15 80000 1032 81032 3.82E7 21:30 80000 946 80946 3.82E7 21:45 80000 868 80868 3.82E7 22:00 80000 796 80796 3.81E7 22:15 80000 730 80730 3.81E7 22:30 80000 669 80669 3.81E7 22:45 80000 614 80614 3.80E7 23:00 80000 563 80563 3.80E7 23:15 80000 516 80516 3.80E7 23:30 80000 473 80473 3.80E7 5-23:45 80000 434 80434 3.80E7 24:00 80000 398 80398 3.79E7 i o O j + - - -, - - - -, -, - -,---r ~mm,-, y-- n, r, ---,--,n.m

) ' Porter Consultants. Inc. 3 2* ARGYLE ftO AD maouoac. aa. noo3 S.G.S. October 26, 1983 Annual Emergency Exercise 22 m 65353 Containment Pressure Vs. Time (Preliminary Data) Unit:I 100-90- { r 80-n ? E. 70 E 3 .b i 60-I 4J C 0 50-C 8 40- .I.._ ; _..g j a_.

-.9-

_ g... i; l y T. "i- ~ 30 -- I i g p- ,c! i ._.__: _2 h j (i Pies,sure! Reduction: by ^ s .N Containment l Sprays..__ _. __8 20-x -N.. and Fan Coil Units ~ m% ..a. .y _._, j ___..._ V L._.._ . i _._ I ' ' bb M( '__jl m.- 101 i .. _.. i._.. bress!'ure_Jeductionl 'f~ Nt Li-4 j ~. - Tr i i F w j.by ' b6vd mechan'isitsli:. l a I F e j l plus PN v517e leRIP ) ~' i ! ~~i i +. i-i . l f .q _l_.... j _ _g.u I i ._ a g.. . -1 __1._ l 0' 4-- t - - - - --4 - - -- l ---- t 4 m i 1 16:00 17:00 18:00 19:00 20:00 21:00 22:00 23:00 24:00 01:00

Primary Coolant [hta for Sm Motrr 26, 1983 Annual Exercise August 5, 1933 Pane I _...m.. m en sass .ev. 2 s ASSINPr!ONS: I-131 T-132 1-133 1-134 I-135 I-Tot I-131equiv. 4 . Core Iodine Inventory ci R.5E7 1.2E8 1.7E8 1.908 1.5EP '. 2F l. 3E8 ' Ftr Scensrf o Evaluation only. f 25% lost to coolant Ci 2.lE7 3E7 4.3E7 4.8E7 3.8E7 1.8E8 3.4E7 NOT TO RE r.IVE,. TO PEFERFES 6% railed fuel into* 4.8E511n coolant ( 2.2E8 grl uCi/q 2913. 4103. 5812. 6496. 5129 24453 4604. f Approx. 50% of activity is lost to Cont atmosphere, other 50% reinains in coolant. Primary Conlant [hta for SGS October 26, 1983 Annual Exercise Amust 5 19E3 Page I Inev. 2 ( T uCi/gr** @ Reactor Rillding Pressure teach Dil. T Clock Rate Fact. (hrs) Tima 1-131 1-132 1-133 I-134 T-135 T-Tot 1-131egaiv. .244.3129 0.00 16:00 222 313 444 496 192 IR67 352 .266.1724 0.25 16:15 133 174 264 245 2?'- 104r 210 .29.1189 0.50 16:30 100 122 197 151 16F 738 157 .317.1078 0.75 16:45 49 112 194 123 162 689 155 .346.1078 1.00 17:00 10R 113 210 110 1 72 711 168 .378.1078 1.25 17:15 11R 115 227 99 183 742 182 l .413.1078 1.50 17: 30 129 116 246 88 195 775 198 .451.107R 1.75 17:45 til 117 267 79 207 D11 215 .492.1078 2.00 10:00 153 119 288 71 220 852 234 .537.1078 2.25 18: 15 167 120 312 64 234 896 254 .595.1078 2.50 18: 10 182 121 337 57 249 '46 276 .630.1078 2.75 18:#5 19e 123 365 51 264 1001 299 .698.1078 3.00 19:00 217 125 396 46 2RI 1964 326 i .761.1078 3.25 19:15 236 126 428 41 299 1.'30 354 .831.1078 3.50 19:30 258 127 463 37 118 1203 384 j .906.1078 3.75 19:45 281 129 501 33 338 1281 417 i .989.1078 4.00 20:00 306 130 542 29 359 1367 453 .99.1078 4.25 20:15 306 121 538 24 350 1340 452 .991.1078 4.50 20:30 306 112 534 20 341 1314 451 .992.1078 4.75 20:45 306 104 531 16 333 1290 449 2 .993.1078 5.00 21:00 306 97 527 13 324 1268 448 994.1078 5.25 21:1; 306 90 523 11 316 1246 446 1 .995.1078 5.50 21:30 106 83 519 9 ,308 1226 445 I .996.1078 5.75 21:45 306 77 515 7 301 1207 444 .997.1078 6.00 22:00 306 72 512 6 293 1189 443 .997 1078 6.25 22:15 106 67 507 5 286 1171 3 .998.1078 6.50 22:30 106 62 504 4 279 1154 440 441 .999.1078 6.75 22:45 306 57 500 3 272 1138 438 1.1078 7.00 23:00 306 53 496 3 265 1123 437 n 1.1078 7.25 23:15 306 49 492 2 258 1108 436 Ed I.1078 7.50 23:30 306 46 488 2 251 1093 434 0 1.10 78 7.75 23:45 305 42 484 2 245 1078 432 1.1078 8.00 24:00 305 39 480 1 238 1064 431 et (D " RCS is diluted by frCS water: 2.2E5 lin Acetnulators and 8.3404 thm/ min SI & Cont. Spray for 45 min. (450000 gal.) i ,g i 1

l'orter Consultant A lac f ses amene eomo Primary Cnolant Dets for Sm Octotw*r 26, 1983 Anrr.nal INercise August 5, 1983 ase oes.en aseen Page !! 3, ma s ees sas s Rev. 2 Gross AS$tMPfl0NS:' Kr.85 Kr-85m Er-87 Fr-88 Xe-133 xe-133m xe-135 xe-135sm 1bt-NG ktiv. e i a-for Scenario y Core Noble Gas Activity Ci

5. 6f.5 2.4E7

4. 7E 7 6.8E7

1. 7E8 4E6 3.4E7 1.9E7

3. 7E8 1.1E9 evaluation only.

e 40770Bf CittN 100% Released to coolant ci 5.6E5 2.4E7

4. 7E7 6.8E7

!.7ES 4E6 3.4E7

1. 9E7 3.7ES

5. 5E8 6% Failed Fuel into*

4.8E5the coolant ( 2.2E8 gri uCi/g 76.59 3282. 6428. 9300. 23249 547.0 4650. 2598. 50131 74504 6 Approx. 50% of activity is lost to Cont, atsnosstere, other 50% renains an coolant. Primary Coolant Data for Sm October 26, 1983 Annual Exercise Atm3ust 5,1983 Page 2 l Rev. 2 uCL/gr** 9 Reactor Ibilding Pressure Clock Cross Time Kr-85 Fr-85m Kr-87 Kr-88 xe-133 xe-13hn Xe-135 xe-135m 7bt-NG Activ. 16:00 23.96 1027 2011 2910 7275 171 1455 813 156D6 17553 16:15 13.20 544 967 1507 4003 94 787 2 16 8151 9197 16:30 9.11 361 582 977 2757 65 512 R6 5369 6106 g 16:45 8.26 315 460 833 2496 58 474 41 4685-5375 y 17:00 8.26 30 3 402 783 2493 58 465 22 4533 5246 17:15 8.26 292 350 736 2489 58 456 11 4401 5142 17:30 8.26 281 306 692 2486 58 448 6 4283 5058 17:45 8.26 2 70 267 650 2482 5H 439 3 4177 4989 l 18:00 8.26 260 233 611 2479 57 431 2 4081 4933 18:15 8.26 250 203 574 2476 57 423 1 3992 4890 18:30 8.26 240 177 540 2472 57 415 0 1911 4857 18:45 8.26 231 155 508 2469 57 407 0 3835 4816 e 19:00 8.26 222 135 477 2466 57 400 0 3765 4829 5 19:15 8.26 214 118 448 2462 57 392 0 3699 4829 19:30 8.26 206 103 422 2459 56 385 0 3638 4841 's ( 19:45 8.26 198 90 396 2456 56 378 0 3581 4862 20:00 8.26 191 78 373 2452 56 370 0 3528 4895 20:15 8.26 IR3 68 350 2449 56 364 0 3478 4818 20:30 8.26 176 59 329 2445 56 357 0 3431 4745 20:45 8.26 1 70 52 309 2442 55 350 0 3387 4677 21:00 8.26 163 45 291 2439 55 344 0 3345 4613 21:15 R.26 157 39 273 2435 55 337 0 3306 4552 l 21:30 8.26 151 34 257 2432 55 331 0 3269 4495 21:45 8.26 145 30 242 2429 55 325 0 3233 4441 22:00 4.26 140 26 227 2426 55 319 0 3200 4389 22:15 8.25 135 23 213 2422 54 31 3 0 3168 4339 22:30 8.26 129 20 201 2419 54 307 0 3138 4292 22:45 8.26 125 17 189 2416 54 301 0 3109 4248 23:00 8.26 120 15 177 2412 54 295 0 30R2 4205 e 23:15 R.26 115 13 167 2409 54 290 0 3056 4164 'l 23:30

8. 26 Ill 12 157 2406

%4 2A4 0 3031 4124 23:45 8.26 107 10 147 2403 51 279 0 3007 4085 24:00 8.26 103 9 138 2399 51 274 0 ,/9R4 4048

- BCS is diluted by 10CS water: 2.2E5 Itn Accunulators atu)

8. 34E4 thVbin SI & Cont. Spray for 45 min. (450000 gal.)

e 0

Portr.r - Consultants, Inc. .sa;KaavtenoAo AM oMO R E. PA. 19003 - 235 49& S353 Dose Rate Data for Oct. 26, 1983 Onergency Exercise PageE 3 August 5, 1983 Rev. 2 After recir ulation equilibrium is reached.* 5-Dose Rate Dose from' Rate flow from Clock gauge

Chiller
R-6a Time mR/hr mR/hr mR/hr 16:00 1055 1406 2.32 16:15 630 840 1.39 16:30 471 628 1.04 16:45 464 619 1.02 17:00 504 672 1.11 17:15 547 730 1.20 17:30 595 793 1.31 17:45 646 862 1.42 18:0C 702 936 1.54 18:15 762 1016 1.68 18:30 827 1102 1.82 18:45 897 1196 1.97 19:00 977 1303 2.15 19:15 1061 1414 2.33 19:30 1153 1537 2.54 19:45 1252 1669 2.75 20:00 1360 1814 2.99 20:15 1356 1808 2.98 20:30 1352 1802 2.97 20:45 1348 1797 2.96 21:00 1343 1791 2.96 i

21:15 1339 1786 2.95 21:30 1335 1781 2.94 21:45 1331 1775 2.93 22:00 1328 1770 2.92 l 22:15 1322 1763 2.91 { 22:30 1319 1758 2.90 22:45 1315 1753 2.89 23:00 1311 1749 2.89 23:15 1307 1742 2.87 23:30 1302 1736 2.86 i 23:45 1297 1729 2.85 24:00 1292 1723 2.84

@ 6 it.-hes.

I t L.

Porter Cons 31tuta. Inc. sys meGvLE #040 amoa.omt,pa, 30003 ~ 44S8 4 1353 'O Contdirunent Air Ibta for SCS October 26, 1983 Annual Exercise August 5, 1983 e. Page 5 Rev. 2 uC /cc f8Atmospier te Pressure offgas Partition Clock Factor Coefficient ,Tirne Kr-85 Kr-85m Kr-87 KT-88 Xp-133 Xe-133m Xe-135 Xe-135m Tot-rG Activ. Cross .143 m .0041 16:00 0.05 1.95 3.81 5.51 13.7M 0.32

2. 76 1.54 29.72 42

.165 W 16:15 0.05 2.16 3.84 5.98 15.HR 0.37 3.12 0.94 32.34 45 .188 16: 30 0.06 2.37 3.81 6.40 1R.07 0.42 1.49

0. 5f 35.19 4 51

.213 16:45 0.07 2.58 3.77 6.82 20.44 0.48 1.88 0.33 38.37 52 .24 17:00 0.08 2.80 3.71 7.22 23.00 0.54 4.29 0.20 41.83 56 .27 17:15 0.09 3.03 3.64 7.64 25.84 0.60

4. 74 0.12 45.69 60

.302 For Scenario 17:30 0.10 3.26 3.55 8.03 28.87 0.67 5.20 0.07 49.74 65 .338 Evaluation 17:45 0.11 3.51 3.47 8.45 32.27 0.75 5.71 0.04 54.29 70 .378 0" D

18:00 0.12 3.77 3.38 8.88 36.03 0.84 6.26

.0240 59.32 76 421 NOT TO BE 18:15 0.13 4.04 3.29 9.30 40.08 0.93 6.85 .0141 64.63 82 .468 GIVEN TO 18:30 0.15 4.33 3.19 9.72 44.49 1.03 7.47 0082 70.37 89 .521 REFEREES 18:45 0.17 4.63 3.10 10.17 49.46 1.14 8.16 0048 76.83 96 .579 19:00 0.18 4.95 3.00 10.62 54.90 1.26 8.90 .0028 83.82 105 642 19:15 0.20 5.28 2.90 11.07 60.79 1.40 9.68 .0016 91.33 113 .712 19:30 0.23 5.64 2.81 11.54 67.32 1.54 10.53 10E-4 99.62 123 k .789 19:45 0.25 6.01 2.72 12.02 74.50 1.70 11.46 6.E-4 109 134 .873 20:00 0.28 6.40 2.62 12.51 82.32 1.88 12.44 3.E-4 118 145 l .886 20:15 0.28 6.25 2.32 11.93 83.43 1.90 12.39 2.E-4 118 145 1 .898 20:30 0.29 6.09 2.05 11.37 84.45 1.92 12.32. 9.E-5 118 144 I .91 20:45 0.29 5.94 1.82 10.83 85.46 1.94 12.25 5.E-5 119 144 .921 21:00 0.29 5.78 1.60 10.30 86.37 1.96 12.17 3.E-5 118 143 .932 21:15 0.30

5. h 3 1.42 9.80 87.29 1.97 12.08 1.E-5 118 143

.942 21:30 0.30 5.47 1.25

9. 31 88.10 1.99 11.98 8.E-6 118 142 1)

.953 21:45 0.30 5.33 1.10 H.85 89.01 2.01 11.90 4.E-6 118 142 .962 22:00 0.31 5.17 0.97 8.40 89.73 2.02 11.78 2.E-6 118 142 .973 22:15 0.31 5.03 0.86 7.99 90.63 2.03 11.69 1.E-6 119 141 .982 22:30 0.31 4.89 0.75 7.58 91.34 2.05 11.58 6.E-7 119 141 i .991 22:45 0.31

4. 75 0.66 7.19 92.05 2.06 11.47 3.E-7 118 til 1

23:00 0.32 4.61 0.58 6.82 92.76 2.07 11.36 2.E-7 119 140 1 23:15 0.32 4.43 0.51 6.41 92.64 2.06 11.14 9.E-8 118 139 1 23:30 0.32 4.26 0.44 6.02 92.51 2.06

10. 94 5.E-8 117 138 1

23:45 0.32 4.10 0.39 5.66 92.38 2.05 10.73 2.E-8 116 137 1 J 24:00 0.32 3.95 0.34 5.32 92.26 2.04 10.53 1.E-8 115 136 a .i. O

n Porter Censultanto. Inc. 12S ARGYLE ROAO AR OMOR E, PA. 19003 215-8905353 Containment Air Data for SGS October 26, 1981 Annual Exercise August 5, 1983 Page 4 Rev. 2 uCi/cc @ Atmospheric Pressure Partition Clock Coefficient Time I-131 1-132 I-133 I-134 I-135 I-Tot I-131equiv. .0021 16:00 1.50 2.11 2.99 3.34 2.64 12.58 2.37 (____, 16':15 1.63 2.13 3.23 2.99 2.80 12.79 2.57 16:30 1.78 2.16 3.50 2.68 2.98 13.08 2.78 For Scenario 16:45 1.94 2.19 3.79 2.40 3.17 13.48 3.02 Evaluation 17:00 2.12 2.21 4.10 2.15 3.37 13.95 3.28 only. 17:15 2.31 2.24 4.44 1.93 3.58 14.51 3.57 i 17:30 2.52 2.27 4.81 1.73 3.81 15.15 3.88 NOT TO BE GIVEN 17:45 2.75 2.30 5.21 1.55 4.06 15.87 4.21 TO REFEREES 18:00 3.00 2.32 5.64 1.39 4.31 16.66 4.58 18:15 3.27 2.35 6.11 1.24 4.58 17.56 4.97 18:30 3.56 2.37 6.60 1.11 4.86 18.51 5.39 18:45 3.88 2.40 7.13 0.99 5.17 19.58 5.85 19:00 4.24 2.44 7.74 0.89 5.51 20.82 6.37 19:15 4.62 2.46 8.37 0.80 5.85 22.10 6.91 l 19:30 5.04 2.49 9.06 0.72 6.22 23.53 7.52 1 19:45 5.49 2.52 9.80 0.64 6.60 25.05 8.16 20:00 5.99 2.55 10.61 0.57 7.02 26.74 8.87 l 20:15 5.99 2.37 10.53 0.47 6.85 26.21 8.84 20:30 5.99 2.20 10.45 0.39 6.68 25.70 8.81 os i 20:45 5.99 2.04 10.38 0.32 6.51 25.23 8.79 l 21:00 5.99 1.89 10.30 0.26 6.35 24.79 8.76 y 21:15 5.99 1.76 10.23 0.21 6.19 24.38 8.73 ui P 21:30 5.99 1.63 10.15 0.18 6.03 23.98 8.71 21:45 5.99 1.51 10.08 0.15 5.88 23.61 8.68 D2 22:00 5.99 1.40 10.00 0.12 5.74 23.26 8.66 s 22:15 5.99 1.30 9.92 0.10 5.59 22.90 8.62 22:30 5.99 1.21 9.85 0.08 5.45 22.57 8.60 22:45 5.99 1.12 9.78 0.07 5.31 22.27 8.57 23:00 5.99 1.04 9.71 0.05. 5.18 21.97 8.55 23:15 5.98 0.96 9.63 0.04 5.05 21.66 8.52 $b, 23:30 5.98 0.89 9.55 0.04 4.91 21.37 8.49

? 2 23:45 5.97 0.83 9.47 0.03 4.79 21.09 8.46 i

24:00 5.97 0.77 9.39 0.02 4.66 20.81 8.43 '4 s 4

.a,. ~ + e r + f f = N., a-h ' '- s., s e e e-.w .m-- ~.-o- .~e-k Porter Consultants. Inc. i It$ a#0VLE NOAD anOenoet PA. 19063 Station Ver c Simplo D1ti for SG O-tobr=r 26, 1993 Annual Ex*=rciso Augunt 8, la93 Pvyn 6 1 Init. Final Final uCi/cc gat:nospherie Pressurc Vent. Ink Vent Vent Chare. Flow Rate Flow Flow Filter Clock cfr efm efmcr /sv nr Time T-111 1-132 1-133 T-134 t-135 T-in* l-131anniv. vec 6 % 6 % % 6 4.163 59 16:00 7E-10

1. r ra 1.0-9 2.E 0

1. E 'i

.E 1.r-9 591R 853 HI 4.107 16: 15 R E-I f' l.E-9 2.E-9 1.E-9

1. r ~n

'.r.' l.r o 5353 85353 4.0E7 16:10 9E-10 1.E-9 2.0-9

1. E 9 1.r 9 6.r "

1.E o [ 4909 84909 4.0E7 16:45 1.E-9 1.F-9 2.E-9 1.E 9 2.E-9 6.E " 2.E-9 f ] ; 4502 84502 4.0E7 17:00 1.E 9 1.E-9 2.E-9 1.E-9 2.E-? 6.E 1

2. f:-9 4128 84128 4.0E7 17:15 1.E-9 1.E-9 2.E-9 1.E-9 2.E-9 6.E-9 2.E-9 l

3785 83785 4.0E7 17:30 1.E-9 1.E-9 2.E-9 9E-10 2.E-9 6.E-9 2.E-9 j 3471 83471 3.907 17:45 1.E-9 1.E-9 3.E-9 9E-10 2.E-9 6.E 9 2.E-9 3183 83193 3.9E7 18:00 2.E-9 1.E-9 3.E-9 7E-10 2.E-9 6.r-9 2.E-9 r 2919 92919 3.9E7 18:15 2.E-9 1.E-9 3.E-9 6E-10 2.E 9 r..r a 3.E-9 f 2677 8207 3.ar7 18:30 2.E-9 1.09 3.09 6E-19 2.E 9 6.19 ' r 2455 92455 1.9E7 18:45

2. E 9 1.E-9 4.E-9 SE-10 1.r-?

r.r 9 '.r a 2251 32251 1.9r7 19:00 2.E-9 1.E-9 4.E-9 SE-19 3.E-9 8.r-9 2.r-9 i 2064 R2064 3.9E7 19:15 2.E-9 1.E-9 4.E-9 4E-10 3.E 9 6.E.9 4.E-9 1893 81893 3.9r7 19:30 1.E-9 1.E-9 5.E-9 4E-10

3. E a rr' 4.E 6 i

1736 81736 3.9E7 19:45 3.E-9 1.E-9 5.E-9 1E-10

1. E 9 6.r 9 4.E-?

1592 81592 3.9E7 20:00 3.E-9 1.E-9 6.E-9 3E-10 4.E-9 6.r-9 5.E-9 i 1459 81459 3.8E7 20:15 3.E-9 1.E-9 5.E-9 2E-10 4.0-9 %.E-1 5.E-9 1338 a1339 3.EE7 20:30 3.E-9 1.E-9 5.E-9 2E-10 1.E-9 6.E-p 5.E-9 p 1227 R1227 3.8E7 20:45 3.E-9 1.E-9 5.E-9 2E-10

1. E 9 6.r-9 5.E 9 l

1125 81125 3.8E7 21:00 3.E-9 1.E-9 5.E-9 IE-10 1.E-9 6.E-9 S.E 9 i 1032 81032 3.8C7 21:15 3.E-9 9E-10 5.E-9 IE-10 3.E-9 6.E-9 5.E-9 946 80946 3.8E7 21:30 3.E 9 9E-10 5.E-9 9E-Il 3.E-9 6.E-9 5.E-9 868 80868 3.RE7 21:45 3.E-9 RE-10 5.E-9 RE-Il 3.E-9 6.E-9 5.E-9 ' f, 796 80796 3.807 22:00 3.E-9 7E-10 5.E-9 6E-Il 3.E-9 6.E-9 5.E-9 DM 730 80730 3.RE7 22:15 3.E-9 7E-10 5.E-9 SE-11 3.E-9

6. E.9,

5 E-9 O 669 00669 3.807 22:30 3.E-9 CE-10 5.E-9 4E-11 3.E-9 6.E-9 5.E-9 y, 614 Ho614 1.RE7 22:45 1.E-9 6E-10 5.E-9 1E-11 1.r-9 6.r 9 5.E 9 gi j 563 80563 3.RE7 23:00 3.E-9 SE-10 5.E-9 3E-11 3.r-9 6.r-9 4.E.9 C 516 80516 3.BE7 23:15 3.E-9 SE-10 5 E-9 2E-Il 3.E-9 6.E-9 4.E-9 M 473 80473 3.8E7 23:30 3.E-9 5E-10 5.E-9 2E-Il 3.E-9 6.E-9 4.E-9 0 434 R0414 3.8E7 23:45 3.E-9 4E-10 5.F-9 2E-Il 3.E-9 6 E-9 4.E 9 Ca 398 80398 3.9E7 24:00 3.E-9 4E-10 5.E-9 IE-Il 2 E-9 6.E-9 4.E 9 For Scenario Enluation Only: Note: nased on initial vent flow of 80000 efm. NOT TO RE r,IVEM TO REFEREES s

E' Safy;,"="

sucion ont se mte for = oct*,

26 iso An - i exercise w ust 8, 198i ce9e 7 ass e sssa w,. 2 uCi/cc @ Atmospheric Pressure Clock Time

Kr-85 Kr-85m Kr-87 Kr-88 Xe-133 Xe-133m xe-135 xe-135m Tot-NC Activ.

Cross 16:00 1.E-9 5.E-8 9.E-8 1.E-7 3.E-7 8.E-9

7. t;-8 4.E-8 7.E-7 7.E-7 16:15 1.EA9 5.E-8 9.E-8 1.E-7 4.E-7 9.E-9 8.E-8 2.E-8 8.E-7 8.E-7 16:30 1.E-9 6.E-8 9.E-R 2.E-7 4.E-7 1.E-8 9.E-8 1.E-8 9.E-7 9.E-7 16:45 2.E-9 6.E-8 9.E-R 2.E-7 5.E-7 1.E-8 10E-8 R.E-9 100-7 10E-7

??:00 2.E-9 7.E-R 9.E-8 2.E-7 6.E-7 1.E-9 1.E-7 S.E-9 1.E-6 1.E-6 17:15 2.E-9 8.E-R 9.0-8 2.E-7 7.E-7 2.E-8 1.E-7 3.E-9 1.E-6 1.E-6 17: 30 2.E-9 8.E-8 9.E-8 2.E-7 7.E-7 2.E-8 1.E-7 2.E-9 1.E-6 1.E-6 17:45 3.E-9 9.E-8 9.E-9 2.E-7 8.E-7 2.E-8 1.E-7 1.E-9 1.E-6 1.E-6 d 18:00 3.E-9 10E-8 9.E-8 2.E-7 9.E-7 2.E-8 2.E-7 6E-10 2.E-6 2.E-6 18:15 3.E-9 1.E-7 8.E-9 2.E-7 1.E-6 2.E-8 2.E-7 4E-10 2.E-6 2.E-6 18:30 4.E-9 1.E-7 8.E-8 2.E-7 1.E-6 3.E-8 2.E-7 2E-10 2.E-6 2.E-6 l 18:45 4.E 9 1.E-7 8.E-8 3.E-7 1.E-6 3.E-8 2.E-7 IE-10 2.E-6 2.E-6 19:00 5.E-9 1.E-7 8.E-8 3.E-7 1.E-6 3.E-8 2.E-7 7E-Il 2.E-6 2.E-6 j 19:15 5.E-9 1.E-7 7.E-8 3.E-7 2.E-6 4.E-8 2.E-7 4E-Il. 2.E-6 2.E-6 19:30 6.E-9 1.E-7 7.E-8 3.E-7 2.E-6 4.E-H 3.E-7 2E-ll 3.E-6 3.E-6 1 19:45 6.E-9 2.E-7 7.E-8 3.E-7 2 E-6 4.E-8 3.E-7 IE-11 3.E-6 3.E-6 20:00 7.E-9 2.E-7 7.E-8 3.E-7 2.E-6 5.E-8 3.E-7 RE-12 3.E-6 3.E-6 20:15 7.E-9 2.E-7 6.E-8 3.E-7 2.E-6 5.E-8 3.E-7 SE-12 3.E-6 3.E-6 20:30 7.E-9 2.E-7 5.E-8 3.E-7 2.E-6 5.E-8 3.E-7 2E-12 3.E-6 3.E-6 20:45 8.E-9 2.E-7 5.E-8 3.E-7 2.E-6 5.E-8 3.E-7 1E-l2 3.E-6 3.E-6 21:00 9.E-9 2.E-7 4.E-H 3.E-7 2.E-6 5.E 8 3.E-7 7E-13 3.E-6 3.E-6 21:15 8.E-9 1.E-7 4.E 8 3.E-7 2.E-6 5.E-8 3.E-7 4E-13 3.E-6 3.E-6 21:30 8.E-9 1.E-7 3.E-8 2.E-7 2.E-6 5.E-8 3.E-7 2E-13 3.E-6 3.E-6 21:45 8.E-9 1.E-7 3.E-8 2.E-7 2 E-6 5.E-8 3.E-7 IE-13 3.E-6 3.E-6 22:00 8.E-9 1.E-7 3.E-8 2.E-7 2.E-6 5.E-8 3.E-7 6E-14 3.E-6 3.E-6 22:15 8.E-9 1.E-7 2.E-8 2.E-7 2.E-6 5.E-8 3.E-7 3E-14 3.E-6 3.E-6 22:30 8.E-9 1.E-7 2.E-8 2.E-7 2.E-6 5.E-8 3.E-7 2E-14 3.E-6 3.E-6 22 45 8.E-9 1.E-7 2.E-8 2.E-7 2 E-6 5.E-8 3.E-7 BE-15 3.E-6 3.E-6 1 23:00 8.E-9 1.E-7 2.E-8 2.E-7 2.E-6 5.E-8 3.E-7 4E-15 3.E-6 3.E-6 23:15 8.E-9 1.E-7 1.E-8 2.E-7 2.E-6 5.E-8 3.E-7 2E-15 3.E-6 3.E-6 4 23:30 8.E-9 1.E-7 1.E-8 2.E-7 2.E-6 5.E-8 3.E-7 1E-15 3.E-6 3.E-6 I 23:45 8.E-9 1.E-7 1.E-8 1.E-7 2 E-6 5.E-8 3.E-7 7E-16 3.E-6 3.E-6 24:00 8.E-9 1.E-7 9.E-9 1.E-7 2.E-6 5.E-8 3.E-7 3E-16 3.E-6 3.E-6 i 1 Note: Based on initial vent flow of 80000 efm. J 9 4

ETCIMSilllE K ~ Portcr Ginouttants, Ec. ONSITE MONITORING LOCATION DATA 125 c.ne.vte RoA PLUME TOWARDS DELAWARE STATE A R OMOR E. PA. 19103 215 896 5353 Plume tower os Lt. LUCATION: 55W b-1 TOTAL TOTAL TIME W. B. I-131 THYROID W.B. THYROID mrad /hr UCi/m^3 mrem /hr mrad mrem 16:OO O O O O O 16:15 32000 64 185000 400n 73500 16:30 30000 64 186000 11750 70250 16:45 30900 64 186000 19250 116750 17:00 28000 64 186000 26500 163250 17:15 28000 64 104000 33500 209500 17:30 26000 64 184000 40250 255500 17:45 26000 64 184000 ^6750 301500 18:00 24000 64 182000 53000 347250 18:15 24000 64 152000 59000 392750 18:30 22000 64 100000 64~750 438000 18:45 J2000 64 iSOOOO 70250 483000 W: 00 20000 64 180000 75500 528000 19:15 5800 18.4 52000 78725 557000 19:30 360 1.18 3200 79495 563900 LOCATION: SSW S-2 TOTAL TOTAL T I r1E W.D. I-131 THYROID W.D. THYROID mr ed/hr uCi/m^3 mrem /hr mrad mrem 16:00 O O O O O 16:15 930 1.9 5400 116 675 16:30 890 1.9 5400 344 2025 16:45 860 1.9 5400 363 3375 17:00 82J 1.9 5400 773 4725 17:15 790 1.9 5300 974 6063 17:30 760 1.9 5300 1168 7388 g 17: 45 /30 1.5 5300 1354 8713 iG:eu

1. R 5300 1533 10038 1.. '_-

a.a " ' 1 va L 1.36 I B - b; i.9 5L:00 1869 12675 10:45 620 1.9 5200 2028 13975 19:00 600 1.9 5200 2180 15275 19:15 180 .59 1600 2278 16125 19:30 15 .051 14 0 2302 16343

3: ) ) ) i ) Poryr Censultants. Inc. 125 ARGYLE ROAD A RDMOR E. PA 19003 ) 215 896-5353 9/1/83 PRELIMINARY ON-SITE DATA FOR 10/J6/83 SGS ANNUAL EXERCISE 3 DELAWAle Plune .3 g, c.; } 't t F-

0. 09'.

O...;. a: >. 1 L :, } ' e-

ve: 't..T q,,g5 p, g ;.)

5 -'E d!., . I 9.3 .w 6 350 METERE O.218 O.000 .) 7 40 METERF O.24C O.000 t 8 450 METERS 0.280 O.000 'i ca.. r-;E T Ef ey v.311 0.000 ) !) NOTE: Data is for plume center line ' ) Wind towards 272*, 3 mph, F-Stability ') t ) 1 i I ) 1 4 I s.--- w .--.--yp-- mw, wev,-- ,.--n-< .--------w-- ..vw e-w etvs"+ew----- --r -v e w- -w-t yr sww --v---- y --w---- t---- -w--e-ww-v---

) ) ) .) ~ .) a ) ) ) ) L ULa Jii : 14 METE: ) ) ! i a- '- WHOLE Bt;i a i' ii. tv-n.- e th w : mrad /hr 'El'm'" .v em/hr mrad erem ia:vc O.OOE+00 . v v & -- O ' ' a 5 r.v v. ._:E + G O O. Oui,00 ) 16: 15 .1zE+O6 _ad-X.

i. E s c6

...OE405 '.12E+06 A c, : 1. .. E-vc f.

s,:

i6:45 .15E+06. .r?_ . i:

c-

) 1,:vu v.14E4Oc .v t_,v.

.ua

....c.., v. c;::. e ve 17:15 O.14E+06 O. 3 2 E

O'_'

'. 92E -06 0.1 -'E + 0 6 0,10E+07 ^ i.. .. 1 E "... .c+.u .E-t .12E+0, .) 17:45 .. 1 J c. F u a

v:_.

.v2E406 v. ; _.E v 's O.15E+07 18:00 O.12E+06 U. C.2 E + O-* O.?1E+06 0.27E+06 0.17E+07 18:15 O.12E+06 O.32E+v3 0.71E+06 O.29E+06 0.20E+07 ) 18:30 O.11E+06 0.32E+03 O.90E+06 0.32E+06 O.22E+07 18:45 O.11E+06 0.32E+03 O.90E+06 0.35E+06 O.24E+07 l'9:00 O.10E+06 O.32E+03 O.90E+06 O.38E+O6 O.26E+07 ) 19:15 O.29E+05 O.92E+02 0.26E+06 0.39E+06 O.28E+07 19.:30 O.1BE+04 O.59E+01 O.16E+05 O.40E+06 O.28E+07 ) ) 3 1

). ') ) .) ) s ) 3 3 3 ) LOF 'Or a - FERS ) 3 '. :.2 .ac:nE s o n '_ uCi/m^3 CPM ) 16:00 U.OOE+00 0.OOE+00 ) 16:15 O.32E+03 O.10E+08 4,: 'i.. .;E+03 . i (E 4 v8 4 ?. . ?2E+03 .10E+08 ) 17:vu v.32E+03 O.10E+08 17:15 O.32E+03 O.10E+08 1 7 - J... 4

.2E + v 2

. lee +08 ) 17:45 v.J2E+03 U.10E+08 18: 00 0.32E+03 O.10E+08 18:15 O.32E+03 O.10E+08 ) 18:30 0.32E+03 O.10E+08 '18:45 O.32E+03 O.10E+08 '19:00 O.32E+03 O.10E+08 ) 19:15 O.92E+02 O.29E+07 19:30 O.59E+01 O.19E+06 )

SEu t: : '

n ) AIR SAi1PLE (CU. FT.)= 40 EFF I C I ENCY C'. ) 1.25 = ) 7

) ) ) ~ ) s ) ) ) io- !r-: : i rn %t.ide' \\ . t; p._, i n i. ) mr oo, iir t .nr e m / n.- 3r et 16:;U

v. Oui +00

0..n.':_ t 0 0 O.OOE+00 O.OOE+Ou O. OOE-r C

)

i. e. :. 16 0.73E+05 i 9 E + 0 '.

O.54E+06 0.12E+05 v.65Erv5

6: 20 0.89E+05 Si

'C O.54E+06 0.34E+05

0. 20E4 0i-

.1 '= .2d,Et05 ':'E O! O.54E+06 O.56E+05 0 34E 'c - )

r,.5

=e ,,. g a g : O S c_ 7 q + :,c n.a r- -.m-r- e- -.~ .c-*e-- 7 -* r-r-- , p t 'r -f .ri f, '? ].E + Q 6 , {,e e ' c 'd{ ei i } 17:45 0.73E+05 .!?E"O3 0.53E+06 0.14E+06 0.87E+06 i n : Oc. , ~ ot + or,

r. c.~

n,r.7E+06 n,, j r E, n <

r.r

-~ .r , a. . c, -.. a O m, r-, ... -, - n r-. tc y >.a 18:30 O.65E+05 O.19E+03 O.52E+06 U. 14'E + 06 O.13E "'7 18: 45 ' 62E+05 c.19E+03 0.52E+06 0.20E+06 0. 14 Z > ' ' -' 19:00 O.60E+05 O.19E+03 0.52E+06 O.22E+06 O.15E+07 ) 17:15 O.18E+05 O.59E+02 O.16E406 0.23E+06 O.16E+07 19:30 O.15E+04 v.51E+01 O.14E+05 O.23E+06 0.16E+07 3 .) ) )

.) ) a ) ) 3 [ r 4.r. , e,- s,. ) r i i 3 'n ll ! ) 16:io o~ n,,r y,,. i),QOg+CQ ,, s,_ O.19E+0? l -). I7E403 O.59E+07 o, 5 9 g.g.,7 3 . i Vr + v.f

c. c. t t. ;, l. ;

-.J - ' c.'. o 39g o,, 1 7 a e v __ .), 5 9 g n -. -t+V. ,,. S VE + 0,' s ) - g 7 t

f ' v.

is. 'J% ug y,s. , ' 'j '.5. 19 E + 03 U.59E+07 l .. 4u ,. 9 E + 0. '- O.59E+07 1 ) 1 v., 0 0 O.19E+03 O. 9E+07 u I c>. 1, O.59E+02 O.19E+07 . 19 ' a,.0 n "1E+01 O.16E+06 .} ! ) (155 UMP I I UrJS : nih :,, w o.i.ee

r s-

+' I ( ' k 8; 1... a - f 8 i3

) ) ) ) ) a ) ) ) ) .rO . its / III sis'~ ci G .Tli 9ht +T 'i. .L 6 f~ I l o : u t.,

v. OvE rOU O. DOE 400 o.OOE+00 O.OOE+00 O.OOE+00 3

Iz:l' O.4/E+05 .? 5 E + 0 2 v.28E+06 0.59ErO4 O.34E+05 16 ~?r C.45E405 05E+02 O.27E+06 n.1?E'05 O.1OE* 6 I 4. : ay 3 14F'05 7 'f E

0 2 0.27E+06 0.20E+05 O.17E' t

) i. c.

,r.ne

<.r or E + n/, .~oE+n5 a.24r. > /, . ~. t r-y ,,,.zs q. o c.,.e..,. e. e, c.,. i w c..e., r. 1 - r. -p<, c, o E + '.' 5 . 'RE 04 ) 1 7.a5 ~;g+o5 c,,c5E+O2 O.27E+06 9.69E+05 O.44E+06 i-c p O r-SE i.or o :-'E + 06 . TEE'05 "1r, ) ..,. c .c.r.'.... . c.u., u. _c. q, t-- .c;w t I P :.'.e . '. 3 E + 0 5 0.95E+02 0.27E+06 0.05E+05 a

0. c E - '>6

!O-75 A.-~2EFOS 0.95E+02 0.26E+06 O.10E+06 O.71EF06 19:00 o.30E+05 O.95E+02 O.26E+06 O.11E+06 O.78E+06 ) 19:15 O.10E+05 O.33E+02 O.92E+05 O.12E+06 O.82E+06

19: 30 O.10E+04 O.35E+01 0.96E+04 O.12E+06 v.83E+06

) ) ^) 1

} ,I 1 ) ) a ) ) 7 LOCar!On - 700 MrrERS ) ) it^ . 01: I r JE 'JCi /m'! T P hi ) 16:00 O.OOE+OO O.OOE+00 y 16:15 O.95E+02 O.30E+07 16:30 O.95E+02 .30E+07 16:45 0.95E+02 ' ' ! c'E +07 g .95E+O2 .. _. ; E + '; 7 1.<. I t, 0.95E+02 v. ~_:O E + 0 7 17 : Ji.i i 95E-rv2 .>. OE+07 y 17:45 O.95E+02 0.20E+07 18:00 U.95E+02 ..JCE+07 18:15 O.95E+02 O.COE+u7 ) 18:30 0.95E+02 O.30E+07 18:45 O.95E+02 O.30E+07 19:00 O.95E+02 0.30E+07 ) 19:15 O.33E+02 0.10E+07 '19:30 0.35E401 0.11E+06 ) ASSUMPTIONS: ) OfR 9AMFLE'CU i.?- 1" CET I C I ENC'/ '. 1._5 y .) )

) ,T = ,) .) a ) ) -) t u u.ai1Uli : J: e tE ihi,, y ) n.. ec tir i... aa -. .r ) . ep ia:00 v.UvE+00

v. nE+v0 v.vvE+Ou U.UOEv00 O.OVE+00 3

A c.-: 15 .r. 24 E +v 5 .42E+02 v.14E+0a O.._'O E + 0 4 O.17E+05 16 : 3r' '".E+0C '1E - 02 0.1 -4 E + 0 '. ' ' RUE <'a n.52E+05 i6: AS .'2 E + 05 48E'02 O.14E+06 . 1 V. e :"-- r'. 86E 05 ) I ".,*)(i I f.L (~'. c' Jra A *' 1 M r' a e 5 . e c + 1.~ l':45 O.1*7E+05 O.SCE+02 0.14E*06 6.35EFO5 O.22E*06 i g e. c,r. 4 . i-- c. -. r_. 9 7 ) 4c r ,e +'E+05

v. 4SE * ' F O.17 E + '.S 0.48E+05

.CZE-OS !8:45 O.16Et05 '.4BE+:2 0.!!!i01 O.52E&OS O.36E*06 19:00 O.15E+05 O.48E+0' O.10E+v6 O.56E+05 O.39E+06 ) 19:15 O.56E+04 O.18E+02 O.51E+05 O.58E+05 O.41E+06 19:30 O.65E+03 O.22E+01 O.61E+04 O.59E+05 O.42E+06 ) e ) 1 7

) I 3 ) a .I ) ) LO Miluiu

a... it. :_ s :-,

)

4 i

.X1. 16:00 v.OuE,uO .>. Oti+ 00 ) 16:15 O.4ac v2 O.'SE+07 16:30 ' 4SE'02 - 1.5E+07 16 4 '-' .W.".'. ' W+47 )

rc a,J _ a n,s r,. -

w e...., u ..a 1 e E. - w,.. 1,..,e v_.. w m i, c + n.,, .i ~... .c. a. 17:45 S.49E+02 0.15E+07 - r - o.... , v_._ s r.,7

8. c.. c.c.. -.

. ;. r u.._ _ic 6 u,-- 18:lca ) 18:30 0.48E+02 < i.15E+ 07 18:45 4BE+02 C.15E+07 19:00 0.48E+02 0.15E+07 3 19:15 O.18E+02 0.57E+06 19:30 0.22E+01 0.69E+05 1 ) ASSUMPTIGNS: ) uni te,9u t._ w v. .r 7 a, erns r-o g-.. a l r... . y s. l.25 tiF F i C I ENCY ( *. ' ) ) 3

d. ) 3 .) ~ ) a -)

)

'fo ~- LOCATION : 3vv t1ETERE ) -) TIME WHOLE FC

T M:

i, ,01i 0TAL WE 70IAL iHYROI mrad /hr u L 1 / m _. ihr eth/ hr mrad mrem ) 16:00 O.OOE+00 0.UOE+00 0.OOE+00 0.OOE+00 0.OOE+00 ) 16:15 0.23E+05 0.46E+02 0.13E+06 0.28E+04 0.17E+05-16:30 0.22E+05 0.46E+02 0.13E+06 0.84E+04 0.5 ESOS 16:45 0.21E+05 0.46E+02 0.13E+06 0.14E+05 0.83E+05 y 17:00 0.20E+05 o.46E+0 0.13E+06 0.19E+05 0.12E+06 17:15 0.19E505 .f!dE^^~ 13E+06 ~. 7 4 C ' " O.15E+06 17:30 0.19E+05 0.26E+02 0.57E*O6 .Z9E+0S 0.18E+06 ) 17:45 0.18E+05 0.46E+02 0.13E+06 0.33E+05 0.21E+06 18:00 O.17E+05 ^ 46E402 0.27E*06 0.3SE+05 0.25E+0i '.1"E405 .46E+02 0.13E+06 0.42E+05 0.2SE+06 18:15 ) 18:30 0.16E+05 0.46E+02 0.13E+06 0.46E+05 0.31E+06 18:45 0.15E+05 0.46E+02 0.13E+06 0.50E+05 0.34E+06 19:00 O.15E+05 0.46E+02 0.13E+06 0.54E+05 0.38E+06 g 19:15 0.59E+04 0.19E+02 0.53E+05 0.56E+05 0.40E+06 (29:30 0.75E+03 0.25E+01 0.70E+04 0.57E+05 0.41E+06 k' ) ) j,) 1 i

) ) .) ) ~ ) a ) 1 Il 3 - ~.- 4 : ) 1 .... i.. OFfi ) Ic:00 v.UCE+00 v.VOE+00 -) lo:13 . 46E+U2 O.14E+07 16:30 ' 46E402 .14E+07 16: 45 46t+02 O.14E+07 .) 1' 00 46E*^? A.14E+07 17: 1 *.5 t 9 _O ' ' .14E+07 1'~- 3 6F O.' 14E+07 ) 17:45 O.46E+02 0.14E+07

t' ni-46E+0 c'. 14 E + 07 i3:15 adE+02

.14E+07 ) 18:30 0.46E+02 0.14E+07 1C:45 O.46E+02 O.14E+07 19:00 v.46E+02 O.14E+07 -) 19:15 O.19E+02 0.60E+0S ,19:30 O.25E+01 U.79E+05 ) !>.CCUMPT I ONS : .) s. r mo r_. 3, , _~- 3 L L a t.i e. t :.. 1. D ) )

) ) ) ) ) a ) ) n )., t_OCA i IGN : 'A 'i ee- ) )

t DO II:

7-' M r ? GI t onem/hr mrad mi e.r. ) 16:00 O.OUE+vo 0.OuE+00 O.OOE+00 C. UOE4 00 U.QUE+vu ) 16:15 O.1YE+v5 O.!7E+.)2 O.11E+06 O.23E+04 0.14E&05 16: 20 1 E E + '.'5 O. 27Ed O ' O.11E+06 0.'.9E+04 O.41E+05 16:4' '"'*05 "E*OL O.1fE+06 '.11E+05 O.SEE+05 ) 't 'J .1IE+0-1, 1SE505 95E"05 17:OC 17:15 1 '5

f. -' E..'.

0.11E+06 .l'E+05 O.12E+06 17:30 .. !.. E 05 .~'E6.'" 81E+06 <.23E+05 U.15E+A6 y 17:45 0.!5E405 0.37E+02 0.11E+06 0.27E+05 0.17E+06 18:0 'T t'. T'E+02 0.11E+06 0.01E+05

0. 20E4 N 1E:15

.O .. 7E+02 O.11E+06 O.34E+05 O. 2 -* E < :* 6 ) 18:30 +' ' ' 405 O.37E+O2 O. TOE +06 0.37E+05 O.25E+06 i8: 45 ~. I 2 E r 7, O.37E+02 0.10E+06 O.41E+05 O.CeE Os 19:00 o.12E+05 O.37E+02 O.10E+06 O.44E+05 O.31E+06 ) 19:15 O.51E404 0.17E+02 O.46E+05 O.46E+05 O.32E+06 19:30 0.72E+03 0.24E+01 O.67E+04 O.47E+05 O.33E+06 3 ) e ) , ) I

1 4 .) ) ) \\ ,') ) a ) p -G LOCATION : 350 M.+. I E % ) t I!ME ,. m f,,g-r; p;.. 16:00 O.OOE+00 U.UOE+00 3 16:15 O.37E+02 O.12E+07 16:30 0.37E+02 12E+07 16:45 O.37E+C2 . 2E rO7 g 17:00 .._' 7 E + 0 2

2E 0"

17:15 ._.7E+02 . 1 E + 0.~- a,.:o 9.,.,,,_ + v, . ; :., v e.- t. g 17:45 O.37E+02 O.12E+07 .,.,,a, _.,,E.,,.,.. 1._

m....

16:15 v.37E+02 E.rO~ g 18:30 0.37E+02 1:E+07 18:45 O.37E+02 .12E+07 19:00 O.37E+02 O.12E+07 ) 19:15 O.17E+02 O.53E+06 !9:30 O.24E+01 O.76E+05 ) ASSUMPTIONS: ) 41P. SAMPLE (CU. 5* r,- r., c I r t t r.",> ".. s .i .w ) u s 3

= ~.. _.- . : ). ) ') ) .) a ) ) i t.. . Q,' 3 LOU 4riUN : m m NETEPS ) JLC

O!

I'll!IlE T! r/H:OID TO~l l'.L L1

F T.;L TH NOl

-) er3d/hr UCI/m^3 meem/hr m *- M mrnm ) 16:00 O.OOE+00 0.OOE+00 O.OOE+00 O.OOE+00 0.OOE+00 16:15 0.15E+05 0.30E+02 0.88E+05 0.19E+04 0.11E+05 i 16:30 0.14E+05 0.30E+02 0.87E+05 0.55E+04 0.33E+05 g 16:45

). 14E+05 0.30E+02 0.87E+05 0.91E+04 0.55E+05 17.00-s.12E+05

. 3 :>E t 0 2 O.87E+05 O.12EF05 O.76E+05 17 : 1., v.13E+05 O.;OE*02 0.86E+05 0.16EF05 0.98E+05 1-': 30 . 12ErO3

v. kE*02 0.66E+05 0.19E-rob v.12E+06 y

17:45 O.12E+05 O.!OE+02 O.86E+05 O.22E+05 O.14E+06 18:^O O.I1E+05 O.30E+O2 O.85E+05 O.25E+05 O.16E+06 g J8:15 O.11E+05 O.30E+02 O.85E+05 O.28Ev05 O.18E+06 18:30 0.10E+05 0.30E+02 0.85E+05 0.30E+05 0.20E+06 1B:45 O.10E405 O.COE+02 O.84E+05 O.33E+05 O.23E+06 )- 19:00 O.96E+04 O.30E+02 O.84E+05 O.35E+05 O.25E+06 s 19:15 0.45E+04 0.14E+02 0.40E+05 0.37E+05 0.26E+06

19: 30 0.66E+03 O.22E+01 O.62E+04 O.38E+05 O.27E+06 3

6

)

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

) ) ) s t ) ) LOCAT!m! : 10'~ TE T riR" 3 f*- TOD!'.L - n _. -1 : 16: 00 0.OOE+00 0.OOE+00 .) 15:15 O.30E+02 O.95E+06 16:30 O.COE+02 O.95E+06 16:45 o.30E+02 v.95E+06 )

00 o. 3t...E + 0 2

2.95E+06

.:.0 E 4 6 ; . *5E +(lo ) 4 'E - ' C. '? bii+ Oo 17: 4a v. vEa02 .95E+0e 18: (20

E +.~.2 75E+06 t6: l '_:

) ...E r O._ _ "5E+vo 18: J.v v.30E+02 O.v5E+06 18:45 O.30E+02 O.95E+06 19:00 O.30E+02 0.95E+06 ) 19:15 O.14E+02 O.45E+06 19:30 O.22E+01 O.70E+05 ) ASSUMPTIONS: ) AIR SAMFLE(CU. FT.)= 40 .,7. ) )

). ) i ,'.) I i ) j s 't T

)

.W .. s.... LGC,iiIL,14 : 4t>O i1E TERS ) !) 2 i' : SOlA J L!TJE i}O HU I E a i NB iu*' "1 SO! i

)

w ati/hr uL /m*3 mrem /hr mrad mrom 4 3 16:00 v.voE+00 0.OOE+00 O.OOE+00 0.OOE+00 0.OOE+00 16:15 .s.12E+05 O.24E+02, O.70E+05 O.15E+04 O.87E+04 '6:30 11E+05 0.24E+02 0.70E+05 0.44E+04 0.26E+05 4 16: 4" 2*E$05 9.24E+02 O.67E+05 O.72E+04 O.43E+05 )

c; c e

.;4E+02 1,.6cE+05

c.. '?cE + 01

.i!E 05 .~;:- . 24E+02 O.67E+05 O. I '.: E F O5 O.78Ev>5 i EE* ..14Et92 0.60E+05 .15EtO5 0.95E+C5 [) 1?: 35 . 94E&O4 O.24E+02 0.68E+05 O.17E+05 O.11E+06 i 10:' 7 <. E

n 4

0. 24 E-102 0.6EE+05 0.20E+05 0.10E+06 10:15

.57Et04 0.24E+02 0.68E+05 0.22E+05 0.15E+06 -) 18:30 0.83E+04 0.24E+02 0.67E+05 0.24E+05 0.16E406 id:45 O.BOE+04 O.24E+0'2 O.67E+05 O.26E+05 O.1EE+06 i l) 19:00 O.77E+04 0.24E+02 0.67E+05 0.28E+05: 0.20E+06 19:15 0.3BE+04 0.12E+02 0.34E+05 0.29E+05 0.21E+06

19:30 0.59E+03 0.20E+01 0.55E+04 0.30E+05 0.21E+06 f

l) ) ~ ) ,) h I i y,,. ~,,, _ _, - ~... _ _., _., -,, - _.,,,,,, - -.. _., - -. -.... -.. _.,.. _ -.,

- ~ _ -. - _ ~ ) ) M 1, 1 4 ) i 3 t, }1 \\ 1 . O;,s, p e 4 w..., m,.,_.

s. * -

se.gep** 1p a

1 P LOC 4LIUN - 450 METEko t ) t 1 l t ) ,s cD.: 4 3,a n-2 uti/m'3 CPM ) ~ 16:00 O.OOE+00 0.OOE+00' =3 16:15 0.24E+02. 0.75E+06 5 16:30 O.24E+02 O.75E+06 16:45 O.24E+02 0.75E+06 -) 17:00 ~.24E'92 O.75E+06. 17:15 O. 2 4 :.' '0 2 . 75E+06 17:30 24E702 tJ.75E+06 ) 17:45 O.24E+02 O.75E+06 '.t. 2 4 E + 0 2 0.75E+06 t3:00 .C: IS .. 24E+02 O.75E+06 ) 18:30 0.24E+02 0.75E+06 18:45 0.24E+02 0.75E+06 19:00 O.24E+02 0.75E.+06; L.

)

l 19:15 O.12E+02 0.39E+06--- i i19:30 O.20E+01 0.' 62E+05' ~ ~ . } ' ~ ASSUMPTIONS: )

4. I f, wi P t e....

.-. _ t F. Ec/t C I p py'v < - i 75 ) i ea b o ises e . uneS g. ..O j: i i _ _. - - -, -, _.. _. _ _ _ _,,. _... -,.. ~,.. -. - -. _. -,. _ -, _ -. _ _. _...,, _ - - -..., -.. _

y-n... ), r. 0

.jg.e.,.,...

I s 3 Y 5.... . 1.. , _,.4r>t.'yy~ n c-v ~~ n.= - w.:w<pym f'

$,, g m s.a.. e ~

r.. .r. ... :.hlh.....= ... w.u.g m.f.- .. A:,,.9..... .w s ..c.... LCCATION : 500 METEFC ) ) T It1E 14 HOLE a dlie a !> 1 NE i r h'RO I D TOTAL tJB TOTAL THYROI m 9,.. / r. - ., r i .r "~ r. = r. / h - mrad mram b'. " m16:15" " '"T6[i DO ' O.OOE+00 O. OOE4 00 O. OOE'+0'O' O.OOE+00 0.~00E+60' O.93E+04 O.19E+02 0.55E+05 O.12E+04 0.'68E+04~- 16:30 O.90E+04 O.I9E+02 O.54E+05 O.34E+04 O.20E+05 16:45 O.86E+04 U.19E+02 0.54E+05 O.56E+04 0.'4E+05 ~) 3 17:00 o.E'.E+04 .i4E+O2 0.54E+05 O.73E+04 O.47E+05 17:15

v. JOE 504 v.19E+02 O.54Evo5 9.SSEF04 O.61E+05 17:30

v. lee +V4 u.1YEt02 0.53E+05 O.12E+05 O.74E+05 y

17:45 v.73E+04 O.19E+02 O.53E+05 O.14E+05 O.88E+05 18:00 v./1E404 O.19E+02 U.53E+05 O.15E+05 O.10E+06 18:15 O.68E+04 O.19E+02 O.53E+05 O.17E+05 O.11E+06 g 18:30 O.65E+04 O.19E+02 O.53E+05-O.19E+05 -O.43E+06 18:45 0.62E+04 0.19E+02 0.52E+05. 0.20E+05 0.14E+06 ' Cy*g n-- 'w Jef " 39?.2 ' D.51E+03 O.17E+D1' O.'48'E4dT O'.2'4EdO5 D.17EsO6*". 195DO O.60E+04 0.'19E+02 O.52E405 'O;22E+ $ O.15E+06 t 15 ~~ 0.31E+04 'O.'1'OEf02 0.'25$'4D5" ' 6. 23E4D5 ' 6."I'6 E + d 6.. ~~ ..spg.. 4, {Ag; t..y ,.m .. 6 ac... ) ) ,z.......w, 4......._....._ 71

_y - --ny scan 1.... u-.n : > m. -r .~w w. wwve.m < ; - ~ - - ~ .c. ,.....r. (N 1 m y.p. y../ -. y v,,,,..;m.y,. +,.x a.c. p. .y,,, \\

w'

- ~ :. : 2-W - '- ~ ~., r.- .k h%:-:hk. wha %%%) ?,-: 24.d&$5MiWikhM%t%%:74#b&~sO%%ta$kd$ti@in.4&4i.G~.in.R. .t. } "ly; s.,;

G

. # h[4a--,,f, ,'*'.3- .e'p ( Mi4-) I . d.i. g s..:;3.y.+,.a g... s.y ; .:r g g %...n W %.+9..).p p Q :.g. cs

m. g.p.e.*s,y. M a.,t %.... s g.W A.r.q.,p:.:..-

-..?. .r. .v a. u.s. J jn & ws. . w..n . % %y.na%;~ m.w. .v.t W .v n h m.. m.. ...e

s. ;.. -

,,. u f'; t.);. 6 ? r.A5 &J.dhi4 <.lq,ihc, l.. - (j '. M 0 % / @J,j.yMi h .;- %h. r., i,.... ., -... -. +..,,..,.,..-.,.:,....,,,,e,.,-.-.,...~ -us.u..j y. m.:.ueypp g Q y, m. m M.~,.. p.v.m..g.w __.. _ _ _.,....x.p r.sh..= ; -. e+.~a.~am.m,wgpg94.,..v+;. g + :. - _., ,-_u. Q2a .. _ - -r. -L '.- 1 x:. mu ,.r~= k b MNhbE l $ $ N.k k h ._h b hN N h(M( b b2 %d5W@ [$ w.ws... w. LOCATION : '509 METERS .) 3 x. TIME::W. E. . IODINE W -'..'. - SAM-2 o ' N 6 v(W. uCi/m^3 CPM 3. . : % 4,,,,,. #.. ...-. _.c 4 .n.. ' q.,s :, r.p.. A,., .w e.~.._~.._...,u.u w %,s..... ..x .,, ~.. _. _ _.. s. ...s. .~ .~. p... -.-.., p...,_ ~... y.,. e.,gm,.,A _,...,. m. ..a ,m. 4.,.. 0 ( W -r .G k*MM bd6 h 8'.@19E+0,s--% ' M w N h p.E-t,@0 6 O 6 m,.,,._ m. ,,;_g,gg.$4;jjg 4g,,._ '^ '16:15~. O 0:59$'+ o w s- - 16:3YIU 6'.T W#6I' * * Q159 4D'6" ^ 16:4$' O.19E~+-~0 F ' O'.59E+06' ) 17:00 O.19E+02' O.59E+06 17:15 O.19E+02 O.59E+06 17 : 30 :+. ~ O.19E+0'D.. O.59E+06 1-g~ 17':45-O.19E+02 O.59E+06 18:00? O.19E402' O.59E+06 p JqqbTjpl.~.Q &,07.1497 @ T O'.159E40T-V v-3 g,,g.w. ....y; g g w p g g g g =. n -. - ~. ... IBiK4 - T.0,.47 Q?g'+Oy59E+.06 ,.,gggggy.gf. n. :.. s.~. 4. 9..:.. .~,... dO.19.5 .' W.. - p.,0. 5 9 t: +06. 3... +.. - - 43*4. y.o w e. w 3.,., .y - +r.vv x. u x n, 4 .%m.4 + ; r.1 R +A. "._ g.@rJ?. my. ' 19* M..<fd.7.0. Q,Fp "[s[,M W O.i32E+O6po W . %fJM;+'p1.9: &z,.,.g.,&Sh.p<.;4,,W .;4.g0,'54E,,4,04 rnshc, f. ca 5. L. # T Vy.m k,,e.D%.. vs.:i M iry. 4 us s % - w a. vy d&.W. w.. g m. ww.... , p.. 4 -. -.= .o e.. .m .,p

.yy a.p:-

ASSUMPTIONS: ) AIR SAMPLE (CO. FT.)= 40 1.25 q EFFICIENCY G) = D..' . ;. L ;;.. -,.., ?.s.. f P' 4* 4,1..

p. [h..

h.U.

k g P.k 4 ef .h. GIDM L h.w *, e% *y? -.h 5P .b r.- 6..P P. + .. c,a ;.. >., o. ...,.. a4 r-3.. ..,g.. s-6 s.w9@ - -.onde --=. --. .-. ~....... -. .S , J.,.. ... s .. 4 4../. .. i.....a.f... ..Wi.G a.-i-.f@S a.o.;.y;'=bk$ wD

ENCLOSURE K s Portcr Ccasuttaits, Inc. 323 4xovec co o ONSITE MONITORING LOCATION DATA 4:oucac.ca. soas PLUME TOWARDS NEW JERSEY STATE i Plume towards NJ. LOCATION: SE S-1 TOTAL TOTAL TIME W.B. I-131 THYROID W.B. THYROID l mrad /hr uCi/m^3 mrem /hr mrad mrem 19:00 O O.00 O O O 19:15 3000 9.60 26000 375 3250 19:30 2800 9.60 26000 1100 9750 19:45 2800 9.60 26000 1800 16250 20:00 2600 9.60 26000 2475 22750 20:15 2400 8.80 24000 3100 29000 20:30 2000 8.60 24000 3650 35000 20:45 1840 7.60 20000 4130 40500 21:CO 1600 6.60 17800 4560 45225 21:15 1420 6.40 17400 4938 49625 21:30 1240 5.60 14800 5270 53650. 21:45 1100 5.40 14400 5563 57300 22:00 960 5.40 14400 5820 60900 22:15 840 4.40 11800 6045 64175 22:30 740 4.20 11400 6243 67075 22:45 640 3.40 9000 6415 69625 23:00 560 3.20 8600 6565 71825 23:15 500 3.20 8600 6698 73975 23:30 440 3.20 ' 8400 6815 76100 23:45 380 2.20 6000 6918 77900 24:00 340 2.20 5600 7008 79350 LOCATION: E S-2 TOTAL TOTAL TINE W.B. I-131 THYROID W.B. THYROID mrad /hr uCi/m^3 mrem /hr mrad mrem 19:00 O O O O O 19:15 9800 31.5 91000 1225 11375 19:30 9800 31.5 91000 3675 34125 19:45 9100 31.5 84000 6038 56000 20:00 8400 31.5 84000 8225 77000 20:15 7700 30.1 84000 10238 98000 20:30 7000 28 77000 12075 118125 20:45 6230 26.6 70000 13729 136500 21:00 5460 23.1 62300 15190 15?O38 21:15 4760 21 57400 16468 168000 21:30 4200 19.6 52500 17588 181738 21:45 3710 17.5 47600 18576 194250 22: 00 3220 17.5 46900 19443 206063 22:15 2870 16.1 42000 20204 217175 22:30 2520 14 37800 20878 227150 22:45 2170 12.6 32900 21464 235988 23:00 1890 10.5 28000 21971 243600 23:15 1680 10.5 28000 22418 250600 23:30 1470 10.5 28000 22811 257600 23:45 1330 9.1 23100 23161 263988 24:00 1120 7 18200 23468 269150

a... ) ) l Portf r Censultants. Inc. ! ?) ARG VL.E. AC AD g Al4 DMor:C. P A, 19003 ) 21 $-896-53 5 3 1 9/1/83 .) PRELIMINARY ON-SITE SURVEI DATA FUR _10/f6'/53 SGs.dNNUAL EX5RCISE - 0J 3 (tune

c. ~ r, T ' m e Mer CENTER OCF(' Y ! 9

!tv METERb O.vo2 O. w.' i..l c n_: c,, q e, ,vu:. y 200 METERS 0.12; O.000 . 0'; METERS o.155 ra 'GO METERS O.1 :?6 O.900 e. _..; ( - MEFEF.S U. : t tf .VOU 7 400 METERS 0.247 O.000 8 450 METERS O.29G O. C'OO ) 9 500 METERS O.:211 O.000 ) NOTE: Data is plume kenter line Wind towards 92, 2 moh ) F-Stability l t. ) 1 )

)

a )

) ) ) ~ ) a ) ) Y t, hETERE LOC,4 ) ) i al? I r:N r:F no!1 n.ac/hr uEl/m c.

n.

t i. 4 - ci: :C ) 19:00 v.v0Et00 0.COE+00 v.OoE+vo v. v vii + v0 O.OOE+00 ) 1Y:15 v.15E+06 0.48E+03 0.13E+07 19E+0, v.17E+;e 19:30 o 14 EJ- 06 0.48E+03 <?. 13E*07 E+t" " E * :.". 1;: 45 laE*06 0.48E+03 0 1 -~. E t - o.v:E+" . 'qE r. ) T + e, e. 9,a8E+0~ ' i- ' ~ " - ~' t-c. .44E+0! 4 ~ a. c_ + o. ~, _0:45 v. e -i

0 5 O.38E+0!

O.10E+0' ._IL>>- . 21 E+ 0'/

00 i. ne n,77Ea97 mr.

r0 4 15 .' _- 55 O. 32E+ L t .. f E 4 0 -~ ) 21:30 O.62E+05 v.28E+03 0.'4E+05 .27E+06 O.27E+07 21:45 O.55E*05 O.27E+03 O. ZE O. 2 5 E,-O o 0.29E+07 2:00 O.48E+05 O.27E+03 O.72ErOc <i.29E+06

0. 31 E 4-07

) 22:15 O.42E+05 O.22E+03 O.59E+06 0.30E+06 O.33E+07 p2:30 0.37E+05 O.21E+03 O.57E+06 O.31E+06 O.34E+07 22:45 O.32E+05 O.17E+03 O.45E+06

0. 32E4 06 0.35E+07

-) 23:00 O.28E+05 O.16E+03 0.43E+06 0.33E+06 O.36E+07 23.115 O.25E+05 O.16E+03 O.43E+06 0.T.4E+06 0.37E+07 ,:,-. o. v. - -..E F O c.c; v. l o, L__ +0 O. e.,--utuo 11 _.4 c.+ v o v...c u s w. ) e.. : 45 O.19E+05 O.11E+03 0 2.OE+0e O. 3,5E+ 06

v. 29E *v7

-...r.-rm.vs ,.-_u.. m o .i..,,, t.,...u.

j t.

e r a ep. #, se t i s.1 e t ) ) 3

1 a) ) ) s ) ) 3 4 ;Cr. orj.. .u .. i r: h o ) ) 1,. ..t ,m . -t: ) iv:00 O.OOE+00 U.OCE+00 ) l '.; : 15 U.48E+03 O.ISE+OS c.-. 4 g r_ u.,, o.

4. c,: 4 c.m

,m. ~ [f.., a. f.k.. d y 4 _- f f.) _. L. 19 1 4 m seg 1 3,,. - .-.r_. 20:45 0.38E+03 <.1 EtOS ._r,n- -. _3.., r_ e, c- _1. i. . J. ; E,.r_ . 1 O E_ .:) :- ) 21:30 O.28E+03 O.86E+07 21:45 O.27E+03 O.84E+07 22:00 O.27E+03 O.84E+07 ) 22:15 O.22E+03 O.70E+07 22:30 0.21E+03 0.67E+07 22:4". O.17E+03 v.53E+07 ) 23:00 O.16E+03 O.51E+07 23:15 O.16E403 O.51E+07 2.:Su U.16E+03 U.51Et07 3 ~ 23: 4L O.I2E+03

0. 36t:+ 0 7

....v. .._..c,.,.. i u. .. a ; t. i, i .I f p i% : ob r i.NL 4!N

'W 1. h *. ','. 8 f i.1 40 5

.c t. Z

~ >. ) ) ) ) s ) ) ) h ' U h. - ) ) .er ,;.~., 14: 00 v e.:E+00 i* OOE+00 O.OOE+00 v.OOE+00

0. OvE.+ >o

) 19:15 0.07E+05

0. 2SE +0_.

v.77E+06 0.11E+05 97E+05 4.-, . p. .c c. c, ..., r e. ia r.ir, ..- e. i....... r -..c s 4 [ Q. ....f i,.. ' "' C ._m_._ .. u-u . d C..: "_ p, _, ;_ ...(, .,t

i~.

r-i ~ ) s..,. ..m._.., ... c. ...; E - n : . E r.._ -.~1. ~.. 2 ..Ou . t iE'.i .L' ~ n.. > .. c., e , --.,g, .,..i-. c.,. a- ..-.c.,,- . c. .'s '.,.~. E r '.. . I c. .'n ...i.. .c, ..._>c, . f. ;c r uc,. ......t .. e., ....,o., ) - +95 O.16E+03 0.4;E+06 O.15E+06 21:30 .. at ".1.iE+07 l.4M 4 t rF_i n.... l '- r F m. _

n. 4.~.' r + 0. u.

c.i. i v : + c.s .i c+ a., er e m 22:00 O.28E+05 O.15E+03 O.41E+06 0.17E+06 0.18E+07 ) 22:15 O.24E+05 O.13E+03 0.35E+06 0.18E+06 O.19E+07

22:30 n.21E+05 O.12E+03 O.33E+06 O.18E+06 0.20E+07 22: 45 O.1YE+05 O.99E+02 O.26E+06 O.19E+06 0.20E*07

) 23:00 O.16E+05 0.93E+02 0.25E+06 0.19E+06 0. 1E+07

22. : 15 O.15E+05 O.93E+02 0.25E+06 0.19E+06 O.22E+07 za: J.O v.12h+o5 u. Y J.E + 0' '

'4E+0e O.20E+06 v..c.cd + 0 7 ) 23: 45 .. ! : E FOS

9. n8E + 0~'

IDE+06 O.20E+06 O.2;E+07 ..t..... .n,....n ..,,j.n._..3 ) s. ,o a.., i. p +- m . +,. ! )

? O. ~. 9- ..:;-i 9 '. o.. s.. 2 s. O v- '

4 % 1;TQC.Q.3g[.3.Ll._Wg949Q39._., q,s* 1 gg;;f y;g,p; ~

m ~7 3 ~3_3,y - . t << ; a.y.,._ * ;.g-:. ' ('

)

3-s ). , + ;. r, c- ..M.y.),t -iL - .~ f Mpc.ss.t iye-23rtuu:-r. sc.- .u.-ci; t - .y

f r.y.. pa,,

'+. y.q Q5$$f & i,Q4p Q 'g: & pyn?le.s g Ha..,y,.a.-.44943..v a.k.f & &g.,, v. Q--9) ~~4+ma>;. L;7=v s.:a .. f.,...., .g. ;.g.p..,g;gr., ggg. v.gw.,. 4 j m.. 9,. ....,.. m.gj.. .,, 3 ...-..,.,n..>....~.~.a c m...- m ..n a n. LOCA T I ON : 150 METERS ) ) TIME IODINE SAM-2 ) uCi/m^3-CPM- .. m...n., %, %.._.w m. %., _. y m._ s .y....----19;oo. .or.49E+O9 C.-~ id-OPODE+00*- - -. - a h-4~MhrM-W 19:15 0. 2 8 E + 0 3. : c... w M 8 7 E + 0 7.. w... 19:30 0.2BE+03: .O.~8?E+07 19:45 O.28E+0! 'O.'87E+07 .) 20:00 0.28E+03 O.87E+07 20:15 O.25E+03 O.80E+07 20:30 0.25E+0.3 O.78E+07 ) 20:45 0.22E+03' O.70E+07 21:00 O.19E+03 0.60E+07 21:15. 0. 1 9 E + 0 3...,.... 0. 5 8 E. + 0 7.. 21:30.' 21:45 O.. 1. 6. E. + 0. 3. ...'e. <..2 ', ..O. 5.0..E...i..07.C~, i O.15E+03 ~ 0.49E+07 1 22:00~. -0.15E403 - & w.O,A. 9. 5.+. 0<7...+... -- -%...e..- ~:r ~..m+47~- 22i15e l ~ eOJ13E+03y. w r

-+d41E+.6 N - -

-" m ~ * !?* 8 - M2f30Y 'O.^12ETO37-" 'bh9E40):M "* W Y

hg' A 23:OOr.

. p. 99Eto&%.,.. A,;3WQ7 ,.22:45 .y O.93ENO22Te ?% O A2VE.+.0 #4ss- ^d M t' 3,, g., .. ym.,. ~23:15 O.93E80'2 O.29E40N,.E 23:3d-O.93E+02 0.2Ve-?6.71

3-23: 45 0.68E+02 0.21E+07; 24:00 O.62E+02 O.t9E+07

' i" : ' " - ) ..12E+07 0.36E+06 ....n, s.- ~c.~.,

m

.a . ~. - - ~ ~... <~,.x ---"-'"h- - - -- - -**'* b ASSUMPTIONS: - ~ - - " - - - ~ * - - - ~ " " **"*-" ~ ~'" .} AIR SAMPLE (CU. FT.)= 40' EFFICIENCY (%) 1.25 =

.). .) ) C .. ~ - ) ) a .) ) g... ...... _ _ m._.~., ( .. w

m.,_ 47.(

g., ,3,4 ....anygf.y.. e,.g.. ...a.. )w.

4..,... p. a

g. _.,e g..

.3 .. ~. .~;.: .1. .n 6 LOCATION : 200 METERS ) ) TIME WHOLE DODY IGDINE THYROID TOTAL WB TOTAL TH'/RGI mrad /hr uC1/m' 3 mrem /hr mrad meem ) 19$00 .b.OQE[OO O.5dkkOd.. O.Ohob.. O..OOE.[b[O O.IQkEtOO. 3' 19:15 _O. 33E_' 05, O.14E,+03 O. 3 9 E,+ 0 6, O.55E+04 O.,49E+05 + O.T'4E+03 O.39E+06 0.16E+05 0.'Y$E+~66 19:30 O.42E+05- '9:45 O.42E+05 O.14E+03 O.39E+O6 0.27E+05 0.24E+06 ) 26 00 O.39E+05 0.14E+03 0.39E+06 0.36E+05 0.34E+06 T...' O.35E+05 O.13E+03 O.35E*06 0.46E+05 O.43E+06 20:30 0.31E+05 0.13E+03 0.34E+06 0.54E+05 0.52E+06 y 20:45 0.27E+05 0.11E+03 0.31E+06 0.61E+05 0.60E+06 21:00 O.24E+05 0.9ee+02 0.27e+06 0.67E405 0.67e+06 21:15 0.21E+05 0.94E+02 0.25E+06 0.73E+05 0.74E+06 ) 21:30. O.18E+05. 0.82E+02 0.22E+06 0.78E+05 0.80E+06 " 21 : 4D.' 'O.~16E+05' ~ O."78ETO2~~ -0.~21E+06' O.'82E+05 0.85E+06 "~ ~ ), , 22: 00....,,. A.14E+0;i, O. 78Et02, O.21E+p6,..O.86E+O5 O.91E+06 . 22 : 15 0. - i.0 0.12E+05.. O.66E+0_2 0.1 bet 06.., O..E}9E+05._ O.95Et06

22:307:

O.11E+05 O.63E+02 O.17E+06 0.92E+05 O.10E+07 0.14E+06 0.95E+05 0.10E+07 0.95E+04 0.51E+02 'Yh'2:45:[O[O7.[]Ih453i[.I.7, 6.17E+Of~ 6.'1' W 6f.O'.97.nf05 ~ 0.1'1EyO7 '. n 25:15 ~' 'O'.*74E+04J? 7 23:30-0.65E+04.. O.47E+02 0.12E+06 0.99E+05' O.11E+0.' .) O.47E+02 O.12E+06. O.1OE+O6, O.11E+07 23:45 0.57E+04 0.35E+02 0.92E+05 0.10E+06 0.12E+07 24:00 O.50E+04 O.31E*02 0.92E+05 O.1OE+06 O.12E+07 00:15 O.12E+04 O.76Et01 0.20Ei05 O.10ECOs . i.12E * % ) s.. _ p y :,s.1a

D. 3 O . 5y. ,2 d 9 s ) ) ?.. . h m n ~~.. y, @ # M +;e

r.r*..- +

-e ,. ~. W. .. w% !.. ps.A.: %y. h* y --..,*-i' b m M. p,.--.,. '- ;.7. m -~.Y.xq&

t

.~~.~:- ..i-..'......-...... ~ -.-.............. LOCATION : 200 METERS ) TIME IODINE

%M I uCi /m^3 CPM

, m, _4 %. _.e ,w.

-a.w,-1 % W,..

O. OCE+00 ~ O. ODE +00 - ~ - J --- w -~ .19:15'.... . O.14E+ 03.,. O. 44 E+07.. 19i3.0 0.14E+03 0.44E+07 19:45 O.14E+03 O.44E+07 y 20:00 O.14E+03 0.44E+07 20:15 O.13E+03 O.41E407 20:30 O.13E+0C O.39EFO7 y 26: 43 0.11E+03 0.36E+07 21:00 O.98E+02 O.31E+07 21:15 O.94E+02 O.30E+07 3 21:30 0.82E+02 0.26E+07 21':45 O.7BE+02 O.25E+07 y- ~7 < 7 22s 00 - --- O.78E+02 O.25E+07 .22 -15 O.66E+02 0.21E+07 122f30" O.63E+02 O.20E+07 . n 22:.4 L. 0.51E+02.. O.16E+07, 23 s'O'di'.' O.47E+02. O.15E+07 25f'15U O.47E+02 O.15E+07 23:-3dl O.47E+02 O.15E+07 ) 23:45 0.35E+02 0.11E+07 24: 00 O.31E+02 ... % - ++'6 00:15 o.78E+01 n. 'Mr os )*. ASSUMPTIONS: ~ --- - -" ~ }' AIR SAMPLE (CU. FT.)= 40 EFFICIENCY (%) 1.25 =

). ) .) ) ) s ) ) .s. ~ q

4..

m...... ei. LOCATION : 250 METERS y ) TINE ' "iOL E DOE IODINE THYRO!D T O T N. F 'O:' 1100: mr 44 0 < ! e uC1/m^3 mrem /hr meca meem ) 19:00 .O.OOE+.OO O.ObktOO. O.Ohb+00 0.COE+00 0.OCE+00 ) 19:15 0.22E+05 0.71E+02 0.20E+06 0.28E+04 0.25E+05 19:30 0.21E+05 0.71ESO2 0.265+06 0.82E+04 0.' 7 4 E + 0'S 19:45 0.20E+05 0.71E+02 0.20E+06 0.13E+05 0.12E+06 ) 20:00 0.20E+05 0.71E+02 0.20E+06 0.18E+05 0.17E+06 20:15 0.18E+05 0.66E+02 0.18E+06 0.23E+05 0.22E*06 20:30 O.16E+05 O.63E+O2 O.17E+06 O.27E+05 O. 26E-OA 20: 45 0.14E+05 0.58E+02 0.16E+06 0.31E+05 0.30E+06 21:00 O.12E+05 0.50E+02 0.14E+O6 0.34E+05 A.?4E+06 21:15 0.11E+05 0.47E+02 0.13E+06 0.37E+05 0.37E+06 ) 21:30 0.93E+04 0.42E+02 0.11E+06 0.39E+05 0.40E+06 21:45 0.82E+04 0.39E+02 0.11E+06 0.42E+05 0.43E+06 22:00 O.71E+04 0.39EiO4 0.11E+06 0.43E+05 0.46E+06 3 22:15 0.63E+04 0.34E+02 0.91E+05 0.45E+05 0.48E+06 422:30 0.55E+04 0.32E+02 .O.84E+05 0.47E+05 0.50E+06 22:45 0.48E+04-0.26E+02 0.69E+05 0.48E+05 0.52E+06 $g1,[' '23,:00 O.42E+04 0.24E+d2L 0".63E+O5 0.'49E+05 0.54E+06 ~ ^ ~ 3 23:15 0.38E+04 0.24E+02 0.63E+05 0.50E+05 0.56E+06' 23:30 0.03E+04 0.24E+02 0.62E+05 0.51E+05 0.57E+06 ) 23:45 0.29E+04 0.18E+02 0.48E+05 0.52E+05 0.59E+06 24 00 O.26E*01 0.16EF02 0.41E+05 0.52E+05 (_. L ;'E ' 06 00:15 O.74E+03 O.49E+01 O.13E+05

v. 5 3e -r M.

.. i + v e, ) .)

,') ) ) ) ) 4 ). b, Q... p. . i. -. ,a r~ - n. J-. ne tA ^.,:~.>.e.Q..qi. :..e~.. ^.. --. m ; k &% en.*+ Wy. ...:.nris, % g,,f ..,..2 ^ ...p; f,.,. .. +.. -, p c..... L. -.

4.,
... g.,,...n.,

1, 7 .. n.::.+g.ggy LJ .y.,. ~ 'Y: .,-..,.-_u..,.. .a..-t... .s,v a

.;.y.~

LOCM i(J' : 2 '56 METERS y ) I li1E IDDINE SAM-2 Ci/m^3 CPN ) e..- .f, a.

.4.

19:00 O.OOEtOO O.OOE+00 19:15 O.7IE462: O'.'22E+'07 ~~ ~ ' ~ 19:30 0.71 E+ 02" O.'22E+07 19: 45 O.71E+02 O.22E+07 3' 20: 00 < >. 71 E+02 0.22E+07 20:15 O.66E+02 O.21E+07 20:30 O.63E+02 O.20E+07 ) 20:45 O.58E+02 O.18E+07 21:00 0.50E+02 0.16E+07 21:15 O.47Et02~ O.15E+07 ') 21: 30 O. 42E+02-O.13E+07 21:45 O.39E+02 O.12k;367 +07 22:00

0. 39EhO2

~ 0.[1[5E '~ .22:.15 O.34E+01 O.11E+07 ~ 22:30 0.32E+02' O.99E+06 W 22.i4.5. O. 261.$.~4'0.2'.O.~ ' ~ ~'O..'~ 82E.M..O.~6. i ~ ~ .g 23:00 O.24E+02.. 0.74E+06 23:15 0.24E+02 0.74E+06 23:30 O.24E+02 O.74E+06 ) 22: 45 0.tBE+02 0.57E+06

e. :v

.. 16E+02 O.50E+06 00:15 U.49E+01 O.15E+06 e.. .i.. g -w.--._.. ASSUMPTIGN'3: -} AIR SAMPLE (CU. F1.)= 40 Fr:t-'trTENrS */ 4 =~ 1. ? S.

)- ) 3 ) ) 1 ..u w LOCATIO*3 : 700 ME T EP'_ ) )~ i l tlE ,iHJLE we .u/INE 'i. CIL iOiAL WB iOfAL THYHUI yy + ,y y

g,.,

19:00' O.OOE+00 O.OOE400 O.OOE+00 O.OOE+00 0.'06E+00 ) 19:15 0.21E+05 0.68E+02 0.19E+06 0.27E+04 Oi24E+05 19:30 0.20E+05 0.68E+02 0.19E+06 0.79E+04 0 71E+05 19:45 O.20E+05 O.68E+02 O.19E+06 O.13E+05 O.12E+06 ) 20: 00 O.19E+05 AHEd v: 4>. 19E+06 +1.1Bh+n5 O.17E+06 20:15 O.17E+05 O.64E+02 0.17E406 O.22E+05 O.21E+06 20:30 O.15E+05 v.61E+02 O.17E+06 O.26E+05 O.25E+06 ) 20:45 O.13E+05 O.56E+02 O.15E+05 O.30E+05 O.29E+06 21:00 ". 1:_E+0S

).46E+02 0.13E+06 0.33E+05 0.33E+06 21:15 O.10E+vb v.4,E+02 O.12E+06 O.36E+05 O.36E+06

) 21:30 0.90E+04 0.41E+02 0.11E+06 0.38E+05 0.39E+06 21:45 O.80E+04 O.38E+02 O.10E+06 O.4OE+05 O.42E+06 22:00 O.69E+04 O. 38E+ O2 O.10E+06 O.42E+05 O.44'EE 6 ) 22:15 0.61E+04 0.33E+02 0.89E+05 0.44E+05 0.47E+06 '22:30 C.53E+04 O.30E+O2 O.81E+05 O.45E+05 O.49E+06 3 lg 22:45 O.47E+04 0.26E+02 O.68E+05 O.46E+05 O.51E+06 l 23:00 O.41E+04 0.23E+02 0.60E+05 O.47E+05 0.52f+D6 23i15 0.37E+04 O.23E+02 O.60E+05 O.48E+05 O.54E+06 23:30 O.32E+04 O.23E+02 0.60E+05 O.49E+05 O.55E+06 g 23: 45 O.29E+04 0.18E+02 O.47E+05 O. 50E-r05 O.57E+06 24: ^ ~ ,. "E L - .. L. 1 10f: J '- 0.51E+05 <:. 50E, vi. 00:15

0. Bob +v3

v. bit +vi v.1bt+vb v.51E+0S v.5SE+06

) 3 I-

'). ) ) ) ) s ) ) // x tutni i ui, . r,.. ) )

- M..

) CPM 19:00 o.00E+00 O.OOE+00 3' 19:1b O.6SE+02 v.22E+07 t o.., ~. r.. . e s c m. -.

n..., -.c. 4. n.,-

5- . e g m + v. -v g 3 ..e i ,,. - f (..*, e.', 1.-- ., ~ ..'.t. ., n... ~. r. ....c,.,- to.E+^..', 20:45 O.56E+02 0.18E+07 71 < a EE *cc 15E+07 .1 .46E402 U.14 E i U :' ) 21:30 O.41E+02 O.13E+07 21:e' O.3SE+02 0.12E+07 22:00 O.3BE+02 0,12E+07 ) 22:15 O.33E+02 O.10E+07 22:70 0.30E+02 O.96E+06 22: 4 '.; O.26E+O2 O.81E+06 y 23:00 O.23E+02 O.72E+06 23:15 O.23E+02 O.72E+06 23:30 O.23E+02 O.72E+06 ) 23: 45 O.18E+02 i.'>. 57E+06 .n. -c & Oc, . i, s. >- i$.5 +. 3 ASSUMPT[HNS: } AIR SPMPLE(CU. C I. # :- ' ' P '/ ( % ) EFFIL

y J N. 1 ) J ) t a .) ) ,y. .~ ,cr op l". ~ 3-LOCATION : 350 METERS ) TIME WHOLE SOD ( .c -1 .mu1 D

UiA WL TUiAL 1HYROI

) mrad'br n y em y 19:00 O.OOE+00 O.OOE+00 0.OOE+00 0.OOE400 O.OOE+00 19:15 O.18E+05 O.56E+02 0.16E+06 O.22E+04 O.20E+05 19:30 0.17E+05 0.56E+02 0.16E+06 0.65E+04 0 59E+05' ) 19:45 O.16E+05 O.56E+02 O.16E+06 O.I1E+05 O.97E+05 20:00 O.15E+05 0.56E+02 v.15E+06 15E + <* a:.' 14E+06 i-20:15 O.14E+05 O.53E+02 0.14E+06 0.1EE+05 O.17E+06 ) 20:30 U.12E+05 0.50E+02 0.14E+v6 v.22E+05 0.21E+06 20:45 0.11E+05 0.46E+02 0.13E+06 0.24E+05 0.24E+06 21:00 O.96E+04

0. 40E +'E O.11E+06 v.27E+05 0.27E+O6 y

21:15 -O.85E+04 O.37E+02 0.10E+06 O.29E+05 O.30E+06 21:30 O.74E+04 O.34E+O2 0.92E+05 O.31E+05 O.32E+06 21:45 O.66E+04 0.31E+02 O.84E+05 O.33E+05 0.34E+06 ) 22:00' O.57E+04~ O'.31E+02 0.84E+05 0.35E+05 0.36E+06 22:15 O.50E+04 O.28E+02 O.74E+05 O.36E+05 O.38E+06 '22:30 O.44E+04 O.25E+02 0.67E+05 O.37E+05 O.40E+O6 ~ 22:45 O.39E+04 O.21E+02 0.57E+05 O.38E+05 O.42E+06 g 2Q:'OO O.34E+04 O.19E+02 O.50E+05 O.39E+05 O.43E+06 23:15' O.30E+04 0.19E+02 0.49E+05 0.40E+05 0.44E+06

j 23:30 O.26E+04 C.19E+02 O.49E+05 O.41E+05 O.46E+06 23:45 O.23E+04 O.15E+02 O.40E+05 O.41F+05 O.47E+06 24:00 0.20E404 n.*2F "C

ZE4 " . CE Ti O.43E*e6 00:15 0.82E Os v.54E+01 v.14E+vb v.42E+05 0.4E3E+06 g [. ~ 0

~ 3 .) ) ) ) s ) ) I /s' '" i F Pf; LOCATIOr: : ) Tit'E !U n 7 11t-11 19:00 n.OOE+00 Q.OOE+00 ,) - 19:15 O.56E+02 v.18E+07 19:30 a.+.56E+02 0.18E+07 19:45 O. 5d E-+ O2 !EE+07 ) =: : +._ c;E+07 20;Oc f .'._.1.. 37 20: 15 20:30 .30C...2 .;sE*O' ) 20:45 U.46E+02 O.15E+07 21: 1.r: .1OE*O2 13E+07 ..i_ +,_ ...t .o g : 7,; ..., -._+ A, ) 21:30 ':.34E+02 O.11E+07 21: 45 .31E402 O.98E+06 22:00 O.31E+02 O.98E+06 g *- 5 a22:15 O.28E+02 O.87E+06 22:30 0.25E+02 O.78E+06 22: 45 O.21E+02 0.67E+06 . g ', ' 73: 00 9.19E+02 O.59E+06 23:15 0.19E+02 0.59E+06 23:30 O.19E+02 v.59E+06 ) 23: 45 O.15E+O2 0.4SE+06 24: vi %;+,.j .._M E v 0 6 00 ; ;;, ., ;E .i. 1 m. ) 4-WSSUMPTIONS: AIR SAMPt_E (CU. FT.?= 4n }

1. 7 EFFICIEN.

f"' =

-). ) ) ) a ) -) I4 c., AN . c.u LOCATION M"" METEH9 ) )- J'l ' t: ta

Cn'c : NL r -

.nlt. 1 m-sd/hr UCi/m^' =' '*. m ) 19:00 O.OOE+00 0.OOE+00 0.OOE+00 0.OOE+00 0.OOE+00 y 19:15 0.14E+05 0.45E+02 v.13E+06 0.18E+04 0.16E+05 19:30 0.14E+05 0.45E+02 0.13E+06 0.52E+04 0.47E+05 19:45 0.13E+05 0.45E+02 0.12E+06 0.85E 4 U.78E405 ) .12E+05 a.45E+02 9.12E+06 v. J _. O.2IL 20:00 20:15 11E+05 0.43E+02 0.12E+06 0. 1 5 E h r. 0,14Eioc e:-. .. L E4 C:, v.4vi+0 O.11E+06 >. i, u 4 s.w .1; E m ) 20: 45 0.39E+04 0.38E+02 0.10E+06 0.20Et05 0.19E+06 21:01 . 79Es04 O.33E+O2 O.59EdOb

9. 2 '05 O.22E+06 21: 15 0.cBE+04 0.30E+02 0.82E+03

?.'. 2 4 E r O 5 0.24E+06 g 21:30 0.60E+04 0.2SE+02 0.75E+05 0.25E+05 0.26E+06 21:45 0.53E+04 0.25E+02 0.68E+05 0.27EF05 0.28E+06 22:00 O.46E+04 0.25E+02 0.67E+05 0.28E+05 0.29E+06 gy 22:15 0.41E+04 0.23E+02 0.60E+05 0.29E+05 0.31E+06 '22:30 .O.36E+04 0.20E+02 0.54E+05 0.30E+05 0.32E+06 22:45 0.31E+04 0.18E+02 0.47E+05 0.31E+05 0.34E+06 ~ 23:00 O.27E+04 0.15E+02 0.40E+05 0.31E+05 0.35E+06 23i15 0.24E+04 0.15E+02 0.40E+05 0.32E+05 0.36E+06 23:30 0.21E+04 0.15E+02 0.40E+05 0.33E+05 0.37E+06 ) 23:45 0.19E+04 0.13E+02 0.33E+05 0.33E+05 0.38E406 2 4.: 00 9.16E+04 O. I t'E4 02 0.26E"O5 " 'nE**!t

. _' 9 E + ' "--

00:15 0.'6CIO! O.50E*01

'.1 TE ' T

. 31E*95

0. 3 ?E ' '. 6 g

) i

) .) 3 ) ) s ) ) ) /f i ., r r * .t i. + ' r. r r. : y .) I r:L .r rra i 19: 00 O.OOE+00 O.OOE+00 ) 1 r: 15 O.45E+02 U 14E+07 19:30 0.45E+02 O.14E+07 1Y:45

0. 45E-32 J.14E+07

) 20:00 O. 4 5 t r U._ .14 ;;_1 O / 20: 15 v.4;E"02

. 1 e_ ' >,

20:30 O. 4 0 E + 0._- v. 1._.L + v, ) 20:45 O.35E+O2 e ILE+07 21: 00 10E+;7 21: 13 6._.Udev2 . + b b + 0 c, ) 21: 30 0.28E+02 O.87E+06 21:45 O.25E+02 v.79E+06 22:00 O.25E+O2 O.79E+06 -) 22:15 O.23E+02 0.71E+06 '22:30 O.20E+02 O.63E+06 22:45 O.18E+02 O.55E+06 ) 23:00 O.15E+02 O.47E+06 25: 15 O.15E+02 0.47E+06 23:30 0.15E402 0.47E+06 ) 23:45 O.13E+O2 O.39E+06 q. oc 3r- ~ ~ ~ o :- - w:ib s. iv.'-. .iutivu ) -) ASSUMPTIONS: } AIR GAMPtE(CU. FT.;- Ji - EF F I C I E NC r' ' . )

i.,

) ') 4 ) ) a ) ) , oU- <" T MFTER9 )" LOCATION )

i nt.

mi, u m + nt cc i <01 D suin, w rnqL !. r< Ru i a. ch y 3 s_, 19:00 O.OOE+00 0.OOE+00 0.OOE+00 0.OOE+00 0.OOE+00 y 19:15 0.11E+05 0.36E+02 0.10E+06 0.14E+04 0.13E+05 19:30 0.11E+05 0.36E+02 0.10E+06 0.42E+04 0.38E+05 19:45 O.10E405 O.36E+02 0.10E+06 O.68E+04 0.62E+05 ) 20:00 . '. "i 9 E # O l U._*6E+02 O.99E+05 O.93E+04 O.87E+05 i 20:15 72E :' .. '.4 E + 0:: U.94E+05 0.12E+05 0.11E+06 20:30

0. d;1E d ;4 O.32E+0L O.SSE+05 9.14E405 O.13E+06

) 20:45 O./1Ee.4 O.30E+0L O.82E+05 O.16E+05 O.16E+06 21:00 L2E+04 0.26E+02 0.71E+05 0.17E+05 0.17E+06 21:15 . 552'04

.24E+O2 O.65E+05 O.19E&OS 0.19E+06

) .f i : 30 . 4Oti+v4 O.22E+v2 O.60E+05 O.20E+05 v.21E+06 21:45 0.42E+04 0.20E+02 0.54E+05 0.21E+05 0.22E+06 22:00 O.37E+04 O.20E+02 O.54E+05 O.22E+05 O.24E+06 ')- -22:15 0.32E+04 0.18E+02 0.49E+05 0.23E+05 0.25E+06

22: 30 0.29E+04 0.16E+02 0.43E+05

'O.24E+05 0.26E+06 22:45 O.25E+04 O.14E+02 O.38E+05 O.25E+05 O.27E+06 ) 23:00 O.22E+04 0.12E+02 0.32E+05 0.25E+05 0.28E+06 23-15 O.19E+04 O.12E+02 O.32E+05 0.~26E+05 O.29E+06 23:30 O.17E+04 O.12E+02 O.32E+05 O.26E+05 O.29E+06 y 23:45 O.15E+04 0.10E+02 O.27E+05 O.27E+05 O.30E+06 24:00 O.13E404 0.80E+01 0.21E+05 0.27E+05 0.31E+06

n. s. i s

..,c,r..- ..,,ir.g...g r. !2E+05 O. 2 'E+' 5 O. 31 E **.' t 2 ) ,b

'] ) ..) 3' s ) ) l} c v s,.. ... m. d r LOCATION : 450 ME'fERS ) T!ME IODINE '3 M _ uCi/m"3 ah ) 19:00 O. O.OE+ QO. O.OOE+00 9 19:15 0.36E+02 0.11E+07 19:~30~ 0.36E+~02' O.11E+07 19:45 0.36E+02 0.11E+07 ') 20:00 O.36E+02 0.11E+07 20:15 9.34E+02 t '.1 1 E+07 20:30 O.32E+02 O.10E+07 ) 20:45 0.30E+02 0.95E+06 21:00 O.26E+02 0.82E+06 1 21:15 0.24E+02 v.75E*06 ) 21:30 0.22E+02 0.70E+06 21:'45 0.20E+02 0.63E+06 22: QO,, 0.20E+02 0.63E+06 ,;)- ~ 22:15 0.18E+02 0.57E+06

22:30 0.16E+02 0.50E+06 4

22:45 0.14E+02 0.45E+06 g' ' I..,(( 23:00 O.12E+02 0.38E+06 2$:15 0.12E+02 0.38E+06 23:30 0.12E+02 0.38E+06 ) 23:45 0.10E+02 0.32E+06 04: 00 0.80E+01 0.25E+^6 00:15 0.45E+01 v.1-1L O- ). .) ..... ASSUMPTIONS:. AIR. SAMPLE (CU. FT.)= 40 ,)' 1.25 EFF I CIENCY (7.) =

}' .) ' ) j) ~ ) i -) 9 ). '3 If LOCATT.v 5:+ Cms

y

) [ , I PE. i, HOLE

1. C i '

.L f :i.

901I. T O ! f.L WE i :.

t..

.i ,..,, i n e . ~ - - ... z. 7, i b, mw. 19:00 O.OOE+00 0.OOE+00 O.OOE+00

0. OOE4 00 O.OOE+00

'y 19:15 O.88E+04 O.28E+02 O.78E+05 O.11E+04 O.98E+04 19:30 0.84E+04 0.28E+02 0.78E+05 0.32E+04 0.29E+05 19:45 0.81E+04 0.28E+02 0.78E+05 0.53E+04 0.49E+05 4 20:00 0.77Et04 v.28E+02 v.78E+05 9.73E+04

0. 6SE + 0:i 20:15 0.72E+04 0.27E+02 0.74E405 0.92E+04

0. 87E +0',

20:30 O.63E+04 0.25Et02 O.69E+06 O.11E+05 v.I1E+v6 j ) 20:45 O.56E+04 O.24E+02 O.65E+05 O.12E+05 O.12E+06 21:00 O.49E+0a 0.21E+O2 O.56E+05 .iAE+0S i.1 u r v.. 21:15 O.43E+04 O.19E+02 O.51E+05 O.15E+05 .. 15E+va J) 21:30 0.38E+04 0.18E+02 0.48E+05 0.16E+05 0.16E+06 21:45 O.33E+04 O.16E+02 0.42E+05 O.17E+05 O.17E+06 I) 22:00 O.29E+04 O.16E+02 O.42E+05 O.17E+05 O.18E+06 22:15 O.26E+04 O.14E+02 0.39E+05 O.18E+05 O.19E+06 22:30 0.23E+04 0.13E+02 0.33E+05 0.19E+05 0.20E+06 22:45 0.20E+04 0.11E+02 0.30E+05 0.19E+05 0.21E+06 ) 23:00 O.17E+04 0.94E+01 0.25E+05 0.20E+05 0.22E+06 23:15 0.15E+04 0.94E+01 0.25E+05 0.20E+05 0.22E+66 23:30 O.14E+04 0.94E+01 0.25E+05 O.21E+05 O.20E406 ') 23: 45 O.12E+04

0. 32E4 01 O.22E+05 O.21E+05 O.24E406 24 : N

0. t OE4 0 4 O. f -* E 4 a l O.16E+05 O.21E+c5

- 7F2 - 1) 00: 26

0. 5Vt *OJ.

O. J.9E r01 0.10L+05 v.21E+05 v. _4 E t. >, ) t )

-). ) ) ) ~ ) s ) ) ./L c.).. n : IUN... o. ML : tihs 3 ) _.rK SAM 2 v L 1 a. t., F f1 ) 19:00 O.OOE+00 0.OOE+00 3' 19:15 0.26E+02 0.83E+06 19: 30 0.28E+02 0.8EE+06 19:45 0.28E302 0.88E+06 3 20:00 O.28E+02 0.SEE+06 20:15 27E +02 05E406 20:20 0.25E+O2 a.79E+06 ) 20:45 0.24E+02 0.75E+06 21:00 O.21E+02 0.65E+06 21:15 .19E+02 0.59E+06 21:30 0.18E+02 0.55E+06 21:45 0.16E+02 0.49E+06 22:00 O.16E+02 0.49E+06 ) 22:15 0.14E+02 0.45E+06 22:30 0.13E+02 0.39E+06 22:45 0.11E+02 0.36E+06 ) 23: 00 O.94E+01 0.29E+06 22: 15 0.94E+01 0.29E+06 23:30 0.94E+01 0.29E+06 ) 23:45 0.82E+01 0.26E+06 24:00 13E+01 0.20E+06 " : iL .._SE 4 01 ... 1 2 E ;-0 6 ) 3 ASSUMPTIONS: AIR SAMPLE (CU. Fl.>= 4v g EFFICIENCYC'.) 1.25 =

c 20 ll 1.J u 19 ~ne en %c x. N \\. 0-s Y s, O g w 8 n

C

% N e, eg & 14 m* w\\ r a = 9y / 3-g ' s N \\ ). }b a <g;[ -3 me-a gy f N.y c '{g s,u $y s q N ,s., (g ~ e h n -{ s-- k S ~ s ( Q Sa C W' j ( / e 3,. p/A. N"2,g. s r 8 ,s / ~ ,f 8 / 4 ,/ s s N w/N i\\ / \\ \\ \\. b N / \\\\ ~ i l (j) \\ t' m s k \\ / \\ /g- \\ \\ / \\ /' ,/'/sh,/ i \\ .,,.s**,, 1 t@!5, \\ / A / , 5 ,/, ^ e

N' ,l MM 4 ' ML -. w ,-r F*""-*N 1 .o kl)gD ~ ...__.w.4..,.. +....._.4.g.., -a . w ..x.. a.g %--4...m w - = '4! 41 J ~

i..

i i , 'k 8!. a g& g l i :i i l 2- .i j 85 l .M - '[ aC j tl t

) '. ;

,3;; 15 i! ! w: $l SS.E l 5 # I I,, f t f g j I i I i 4 i W . b ', I g8 f 1000 m . _ _ _ _ _. _ _ __ j.,4 _________c-- . s;. ~ ' ' ' - (',;,O'* I 7 ,'s% ?,, . ~ \\ ',#g f___ l m - :- '2' Q l tc w A l i i I 3.s y f 'J q h , g.(. .-w 3 \\ 1 ,1 C N f E. t 4a s g} _r-t-mld n i i ! j' [/ k M T.r Il j f 330.s ~ IEk ~~] j,i2 \\ l_ -_..a y" + { Q 'y ~ ,.f;;:q

u..,.1 s.

m t'- -_...L._. l / E 1 'a ni / w 5 OO 4 i c) ..g

g w

M,c - \\W, / ? se f c N, l 'l f C0f 4 F h,e ~l

I 1 N

gew ? 4 g97m n: Es S I t l--- " r* * *?, ~ e 9 + et y: ~[5 + m .i j j e I v. .q li ~ x, = ~ 1 \\ D a

t-

Porter Consultante, Inc. ENCLOSURE M ,,,i r.g.... v i i..o a n ~n utsMt n,e. scos s400s 7/7/83 Medical Emergency Mini-Scenario for October 26, 1983 A. Accident Description A member of the bomb search team in the Aux. Bldg. on elevation 64' accidently slips on a plastic bag on the floor and while falling strikes his head against the i 12 CVCS holdup tank. The patient is bleeding profusely and has severe lacerations to the upper left scalp and temple areas. The worker falls onto a very damp, highly contaminated area and grossly contaminates himself. The situation is complicated by the fact that the patient must be carried over the scaf folding and the 6 foot high dike. B. Action Portion of Drill 1. Patient is stunned with severe bleeding from the upper left portion of scalp. The patient is conscious but dazed, not mobile, and not fully coherent in his speech. Known information: a) Severe loss of blood b) i 2 CVCS Holdup Tank Area is >105 d/m/100cm2, c) The workers were in a general area of ~25 mR/hr gamma. 2. Actions and notifications made by emergency response personnel - these will be timed and closely audited by drill refrees wearing armbands. Persons wearing armbands are not part of the drill sequence and should be considered not to be present.

. =.. I 3. Health Physics Data is available from the Health Physics ref eree who will give out data when it.is 4 specifically requested. 1 C ~ Special Exceptins-1. The Ambulance Company wi11 be notified in advance so as not to interfere with actual emergencies. (Recal l Ambulance Company at about 17:00 hours on day of drill). 2. The ambulance will not use lights or sirens so that the populace is not unduly alarmed. However, the guards will not be notified prior to the start of the drill so that the response time of the ambulance will be realistic. 4 Refer to H.P. Data in Appendix 8 1 6 6 e

O 2

Porttr Consultants. Inc. sps Ancyt E AGAD dw OTO R E. DA 19003 71 ') 846 's 3's 3 7/6/83 Appendix # 1, Radiation Emergency Medical Drill A. 'H.P. Data - Injured Worker 1. Pocket dosimeter is off scale (0-500 mR range) 2. TLD reads? (1.5 rads, but was very wet). 3. Surface contamination of head after first decon is approximately 45 mR/hr, of head is 1.5 Mr/hr. 4. Nose swabs exceed 1,000 d/m.

5. Smears of f ace indicate approximately 50 0,0 00 d/m.

6. Face frisk shows 400,00 c/m on an Rm-14 with a pancake probe (10% after two washings). 7. Right arm frisk shows 350,000 c/m on an RM-14 with a pancake probe. (less than 10% after two washings). 8. Clothes are reading s0.7 R/hr. 137 134 58

9. Smea rs o f f ace gamma scan indicate Cs, Cs, Co, 60Co.

137 10. Two hour urine shows a trace of Cs. 137

11. Four Hour urine shows approximately 0.1 p Ci of Cs for entire sample.

137 57

12. Two hour stool shows a trace of Cs and Co, plus 60 137 approximately.01 Ci Co and approximately.01 pCi Cs, y

134 plus a trace of Cs. 13. A whole body count (if performed) at T=6 hour indicates: 60 1.0 pCi Co 58 5 pCi Co 137

1. 0 p Ci Cs 134

.01 pCi Cs w q ww w. y .m- -n-ry, s y-r

es-e Porter Comitnts. Inc. Its ASGVLt LOAD A R D*%* t. PA. 39003 ns owsssa SGS Unit I October 26, 1983 Annual Dnergency Exercise INS Data Master August 10, 1983 Rev. 2 Page 1 2 15rocess Ridg/ Bkgd. Clock Time Monitoe El. cpn 15:45 16:00 IF:15 16:30 16:45 17:00 17:15 17:30 17:45 18:00 18:15 18:30 18:45 19:00 19:15 19:30 19:45 1R-1B CR 122 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 1R-11A RX 78 360 360 O/S' O/S* O/S* O/S' O/S* O/S' O/S' O/S' O/S* O/S* O/S* O/S" O/S' O/S* O/S' O/S* 1R-12A RX 78 840 840 O/S* O/S" O/S' O/S" O/S" O/S' O/S* O/S' O/S' O/S* O/S* O/S" O/S* O/S' O/S* O/S" 1R-12B RX 78 1860 1860 O/S' O/S' O/S' O/S* O/S' O/S* O/S* O/S* O/S' O/3' O/S* O/5' O/S' O/8" O/S" O/S" 1 ~ 1R-15 1B 115 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 l 1R-16 VDrr 400 400 O/S' O/S' O/S' O/S* O/S" O/S* O/S' O/S" O/S' O/S' O/S' O/S* O/S' O/S" O/S* O/S" t IR-19A AUX 78 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 j 1R-19B AUX 78 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 1R-19C AUX 78 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 1R-1% VM 76 300 300 300 300 300 300 300 303 300 300 300 300 300 300 300 300 300 300 l 1R-31A AUX 84 180 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 1R-31B AUX 84 12 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 1R-31C AUX 84 Vbits 2* 2* 2' 2* 2* 1* 2* 2* 2* 2* 2* 2* 2* 2* 2* 2* 2* y 1R-35 AUX 122 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 1R-41A Vent 50 50 O/S' O/S* O/S" O/S* O/S' O/S' O/S' O/S' O/S" O/S* O/S" O/S* O/S" O/S* O/S' O/S" 1R-41B % ct 50 50 O/S* O/S' O/S* O/S' O/S' O/S* O/S" O/S' O/S* O/S' O/S" O/S' O/S' O/S* O/S* O/S* 1 R-41f' %*nt 0 % O /9" O/S* O /S" O/S" O /S* O/S* O/S" O/S' O/S" O /S' O/S' O /S' O /S' O /S' O /S" O/S' Act1 dent R m3e Vent Monitors i R-43 AUX RF mR/hr .1 109 108 106 134 103 101 99 84 82 79 75 73 69 64 62 60 MZ 1R-458 VDrr uCi/cc .15 2.18 2.20 2.21 2.22 2.23 2.24 2.25 2.26 2.27 2.27 2.28 2.29 2.29 2.30 2.30 2.31 O 1R-45C VDir uC1/cc.00012 2.18 2.20 2.21 2.22 2.23 2.24 2.25 2.26 2.27 2.27 2.28 * '2. 29 2.29 2.30 2.30 2.31 d IR-450 verr uCi 0.00 1.66 4.98 8.32 11.68 15.06 18.46 21.87 25.29 28.72 32.16 35.62 39.08 42.56 46.04 49.52 53.02 O CN

Assumes letJeun isolated and not reestablished atter (m.

M Z ~ 4 a

emmmmmmummmmmme Pct ce Ccasuttaxts. IIc. ..a., s. .u,, mensm SGS Unit I 0ctober 26, 1983 Annual Ibergency Exercise INS Data nester August 10, 1993 Rev. 2 Page 2 Process Bldg / Skgd. Clocs Time Monitor El. cpm 20:00 20:15 20:30 20:45 21:00 21:15 21:30 21:45 22:00 22:15 22:30 22:45 23:00 23:15 23:30 23:45 24:00 1R-1B CR 122 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 200 1R-11A RX 78 360 O/S' 0/S' O/S' 0/S* O/S' 0/S' O/S' 0/S' O/S" O/S' O/S* O/S' O/S* O/S' 0/S* O/S' 0/S' 1R-12A RX 78 840 O/S' O/S' O/S' O/S' O/S' O/S' 0/S' 0/S' 0/S' 0/S' 0/S' O/S' O/S' O/S' O/S' o/S' o/S' 1R-12B RX 78 1860 O/S' O/S*. 0/S' O/S' O/S' 0/S' 0/S' 0/S' O/S" O/S' 0/S' 0/S' 0/S' 0/S' 0/S' 0/S' O/S' ~ 1R-15 1B 115 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 1R-16 vtwr 400 o/S-o/S" o/S' e/S' O/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' 1R-19A AUX 78 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 1R-19B AUX 78 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 1R-19C AUX 78 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 1R-190 AUX 78 300 300 300 300 300 300 300 300 300 300 300 300 300 300 30n 300 300 300 1R-31A AUX 84 180 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 180* 1R-318 AUX 84 12 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 12* 1R-31C AUX 84 Volts 2* 2* 2* 2* 2* 2* 2* 2* 2* 2* 2* 2* 2* 2* 2* 2* 2* 1R-35 AUX 122 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 1R-41A Vent 50 o/S' o/8" o/S' o/S' o/S' o/S' o/S' o/S' o/s' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' 1R-41n vmt 50 o/S' o/s* o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S' o/S" o/S' o/S' 4 1R-41C Vent 50 o/S' o/S' O/S' o/S' 0/S' 0/S' O/S' o/S' o/S" o/S' O/S" O/S' O/S" O/S' o/S" o/S' O/S' l Arrident Rarge Vent Monitors R-43 AUX RF mR/hr F1 51 46 40 36 32 29 25 23 20 18 15.6 13.R 12.2 10.7 9.5 8.3 1R-45B VDrr uCi/cc 2.31 2.12 1.95 1,79 1.64 1.51 1.39 1.27 1.17 1.07 0.98 0.90, 0.83 0.76 0.69 0.63 0.57 1R-45C VDrr uCi/cc 2.31 2.12 1.95 1.79 1.64 1.51 1.39 1.27 1.17 1.07 0.98 0.90 0.83 0.76 0.69 0.63 0.57 1R-450 VDrr uCi 56.52 59.89 62.98 65.81 68.42 70.81 73.01 75.02 76.P9 78.57 80.12 81.55 82.86 84.07 85.17 86.18 87.10

Assams tetdown isolattv1 arx1 not reestablishei af ter IACA.

.e d 0 9 e

Porter Cons:ltzt1 Inc. 331 meGVLt ROAD e n DesCem t. P A. 39003 ' det 494 $3S3 SSGS Unit i October.26, 1983 Annual anergency Exercise INS Data Master August 10, IS83 Rev. 2 Page 3 Bldg / Bkgd. Clock Time NN's El. 'nR/hr 15:45 16:00 15:L5 16: lo 16:45 17:00 17:15 17: 30 L 1: 45 ;3: a ; 1:. '..<: m ,i:45 I s:00. #: I > 19: m 19:45 bi-TA~ ~dt 122 . f ~ 7f '".'f' ~.~f ~ ~ ~ ~ ~.'i .2 . 7- '.'f ~~.'f"' "22 ~ ' '.3 ' ".~f 7~ 'If ~ ~~~'!f ~ "If ' ~ .2 ~f u -2 RX 130 2.5 2.5 U/S' V/ S' O/S' 0/S' o/3' o/S' 0/S' O/S' aY . >. S ' s/J ' L S' o/S' v/S' v/S' o/S' 1R-3 AUX 100 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 ./ .1 .2 .2 .2 .2 .2 .2 1R-4 AUX 84 .3 .3 .3 .3 .3 .3 .3 .3 .3 .3 .1 .3 .3 .3 .3 .3 .3 .3 1R-5 Me 130 .8 .8 .8 .4 .8 .8 .8 .8 .8 4 4 .i .a .3 .8 .8 .8 .3 R-6A AUX 110 .1 R-6a will renuin at thickground until sample recirculation is starteri (see Onnistry Data Sheets for more info). IR -7 RX 100 2.5 2.5 0/S' 0/S' o/S' 0/S' 0/S' 0/S' 0/S' o/S' O/S' o/S' o/S' 0/S' 0/S' o/S' 0/S' 0/S' 1R-9 MiB 130 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 1R-10A RX 100 .5 .5 O/S' 0/S' 0/S' 0/S' o/S' 0/S' 0/S' 0/S' C/S' o/S' 0 /S' 0/S' 0/S' 0/S' 0/S' 0/S' 1R-10B RX 130 1 1 O/S' o/S" O/S' o/S' o/S' O/S' 0/S" O/S' 0/S' 0/S" O/S" O/3' O/S' o/S' O/S' 0/S" R-20B AUX 100 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 IP-21 RX 100 R/hr .001 O /S' 0/S' 0/S' 0/S' 0/S' o/S' 0/S' 0/S" 'f o /S' 0 'S' >>S' 0/S' o/S' o/S' o/S" R-23 ST 100 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .I .1 .1 .1 .1 1R-24A AUX 84 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 IR-24B AUX 84 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 ^ IR-25 AUX 84 4 4 4 4 4 4 4 4 4 4 8 4 4 4 4 4 4 4 1R-26 AUX 100 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 1R-27 1.JX 64 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 j 1R-29 AUX 100 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 1R-29 MB 84 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1R-30 AUX 100 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 4 1R-32A M e 154 .8 .8 .8 .8 .8 .8 .8 .8 .8 .8 .8 .8 .8 .8 .8 .8 .8 .8 1R-32B Me 166 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 1R-33 AUX 100 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1R-34 AUX 100 1 1 1 1 6 170 330 550 900 1400 2200 3300 3400 3400 3400 3400 3400 3200 1R-40 CP 100 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 1R-44A RX 130 R/hr .001 7405 8075 8805 9603 10473 11420 12453 13580 14810 16150 17610 19205 20943 22840 24905 27160 1R-44B RX 92 R/hr .001 7405 8075 8805 9603 10473 11420 12453 11540 14H10 16150 17610 19205 20943 22840 24905 27160 1 1 1 4 ,t 3 t + o 9

e Porter Cerraltnts. Irc. 13$ AEOVLE geomo AR DMO A E. PA. 39003 3358945353 SG Unit I October 26 1983 Annual Bnergency Exercise IDG Data Ptster August 10, 1983 Rev. 2 l Page 4 Bldg / Lkpl. Clock Time ARM's El. mR hr 20:00 2^:15 20: 10 20:45 21:00 21:15 21:30 21:45 22:00 22:15 22:30 22:45 21:00 21:15 21: 30 21:4 > ?4 : > .....y....... ...-..j..... _.

j...

lH-2 RX 130

2. 5 o/ S' v'S'

>S' O/S' O/S' O/S' o/S' 0/S' 0/S' O/S' O /S' '>/S' ' S" J/ S ' PS' 's - / IR-3 AUX 100 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .? .? 1R-4 AUX 84 .3 .3 .3 .3 .3 .3 .3 .3 .3 .3 .3 .3 .3 .3 .3 .) .3 .3 1R-5 De 130 9 .8 8 .8 .8 .8 .8 .8 .8 .8 .9 .8 .8 .8 .8 .4 8 .a R-6A AUX 110 .1 R-6a will teruin at background until sample recirculation is started (see Onsnistry Data Sheets for more info). IR-7 RX 100 2.5 O/S' O/S' O/S' O/S' O/S' O/S' O/S' 0/S' 0/S' O/S' O/S' O/S' 0/S' O/S' O/S' O/S' O/S' 1R-9 De 130 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 1R-104 RX 100 .5 O/S' 0/S' 0/S' 0/S' 0/S' O/S' 0/S' 0/S' O/S' 0/S' 0/S' O/S' O/S' 0/S' 0/S' O/S" O/S' 1R-10B RX 130 1 O/S' 0/S' O /S' O/S' 0/S' O/S' 0/S' 0/S' 0/S' 0/S' 0/S' O/S' O/S' 0/S' 0/S* O/S' O/S' R-20B AUX 100 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 1R-21 RX 100 War O/S' 0 /S' n /S" O/S' 0/S' 0 /S' O/S' 0/S' 0/S' 0/S' 0/S' O/S' 0/S' 0/S' O /S' 0/S' 0 /S' R-23 SVC 100 .1 .1 .1 .1 .1 .I .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 1R-24A AUX 84 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 1R-248 AUX 84 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 1R-25 AUX 84 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 1R-26 AUX 100 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 1R-27 AUX 64 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1R-29 ns 94 1 1 1 1 1 1 1 1 1 1 1 1 1 1

.1

.1 .1 .1 1R-28 AUX 100 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 1 1 1 1 1R-30 AUX 100 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 1R-32A De 154 .8 .8 8 .8 .8 .8 .8 .8 .8 .8 .8 8 .8 .8 .8 .8 .8 .8 1R-32B ne 166 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 .2 1R-33 AUX 100 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 1R-34 AUX 100 1 3000 2600 2300 1900 1600 1100 800 500 280 140 70 35 18 9 4 2 1 1R-40 CP 100 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 .1 1R-44A RX 130 R/hr 29618 29618 29618 29618 29618 29618 29618 29618 29618 29618 29518 29618 29618 29618 29618 29618 29618 1R-448 RX 92 R/hr 29618 29618 29618 29618 29618 29618 29618 29618 2%18 29618 29618 29618 29618 29618 29618 29618 29618 t Y 6 .}}

ML20085K861

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Dear Dr. Murley:

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