Text

Rev 0 to General Public Utils Oyster Creek Nuclear Generating Station Emergency Preparedness Exercise Scenario, Scenario 29
	ML20116K109
Person / Time
Site:	Oyster Creek
Issue date:	10/31/1992
From:	; GENERAL PUBLIC UTILITIES CORP.
To:	;
References
	NUDOCS 9211170020
	Download: ML20116K109 (628)
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ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0

.t GENERAL PUBLIC UTILITIES OYSTER CREEK NUCLEAR GENERATING STATION 4 EMERGENCY PREPAREDNESS EXERCISE SCENARIO y (REVISION 0)

OCTOBER 1992 eB AESCEN92/1/ DISK 3

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ANNUAL EXERCISE SCENARIO 29 OCNGS REV. O GENERAL PUBLIC UTILITIES OYSTER CREEK NUCLEAR GENERATING STATION TABLE OF CONTENTS FECTION PAGJ 1.0 TABLE OF CONTENTS 1-1 2.0

SUMMARY

n 2.1 Introduction 2-1 2.1.1 Purpose 2.1.2 Narrative Summary 2.2 Schedule of Events 2.3 Participating Organizations 3.0 OBJECTIVES AND GUIDELINES 3-1 3.1 Objectives 3.2 Performance Guidelines 4.0 SCENARIO TIME LINE 4-1 i 5.0 CONTROLLER / OBSERVER ORGANIZATION 5.1 Assignments 5-1 5.2 Facility Telephone Numbers 5.3 Evaluation and Comment Forms 6.0 SCENARIO CONTROL 6.1 Pre-exercise Briefing 6-1 6.2 Initial ronditions AESCEN92/2/ DISK 3

ANNUAL EXERCISE SCENARIO 29-OCNGS REV. O SECTION PAGE

6. 1 Plan of the Day - Af ternoon Briefing Day Before r 6.2.2 STA Plant Status Sheet 6.3 Radiological Assumptions SECTION TITLE PAGE A A-1 Operational Data A-1-1 A-1.0 Critical Plant Parameters A-1.1 Critical Plant Parameters Summary A-1.2 HVAC System Status A-1.3 Annunciator Status Sheets A-1.4 Radiation Monitoring System Data A-2 Meteorological Data A-2.1 Meteorological Data A-2 A-3 Source Term and Radiochemistry Data A-3-1 A-3.1 Reactor Water Activity A-3.2 Torus Water Activity A-3.3 Drywell Gas Activity A-3.4 Torus Gas Activity A-3.5 . Reactor Building. Activity A-3.6 Turbine Building Activity A-3.7 RAGEMS I Stack Activity A-3.8 Refuel Floor Activity '

A-4 Offsite Radiological-Data A-4-1 A-4.1 Radiological Survey / Sampling Data A-4.2 Rueter-Stokes-Data Summary Table _

A-4.3 Environmental Sampling Data ,

A-4.4 Plume Search Data I A-4.5 Dose Projections-4 AESCEN92/3/ DISK 3

l SCENARIO 29 l ANNUAL EXERCISE OCNGS REV. O SECTION TITLE PAGE A-5 Catsite Radiological Data A-5-1 A-5.1 Floor Plan Radiation Dose Rates A-5.2 Emergency Facilities Radiation Data A-5.3 Onsite Survey Data A-6 Message Cards A-6-1 B MINI-SCENARIOS B-1 Plant Computer Failure (PCS) B-1-1 B-2 Annunciator Failure (ANS) B-2-1 B-3 Recirc Loop Valve Failure (RV) B-3-1 B-4 Medical (M) B-4-1 B-5 Backup Power EOF (BP) B-5-1 B-6 Backup Communications (BC) B-6-1 B-7 RAA Activities (RAA) B-7-1 B-8 PI Activities (PI) B-8-1 B-9 PTFC Activities (PTF) B-9-1 C PLANT AND LOCAL INFORMATION C-1 Site and Systems Data C-1-1 C-1.1 Site Map C-1.2 BWR Schematic Diagrams C-1.3 System Label Guides C-1.4 Acronym List C-1.5 Access RWP Identifications C-1.6 Emergency Preparedness Contacts C-2 Release Path C-2-1 C-3 Directions to Oyster Creek Nuclear Generating Station C-3-1 C-4 Local Lodging List C-4-1 C-5 Local Restaurant List C-5-1 AESCEN92/4/ DISK 3

ANNUAL EXERCISE SCEttARIO 29 OCNGS REV. 0 Section 2.0 2.1 Introduction 2.2 Schedule of Events 2.3 Participating Organizations AESCEN92/5/ DISK 3

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2.1 Introduct.loJ1 AESCEN92/6/ DISK 3

ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0 2.1 IntroductioD 2.1.1 Purnose This scenario will be used as the 1992 Annual Exercise at Oyster Creek Nuclear Generating Station on October 1, 1992. The scenario is designed to be as realistic as practical while meeting the specific objectives of Section 3.1. The intent is to simulate multiple plant equipment failures that require a full spectrum of emergency response.

This scenario contains several aspects that are unique.

There are three success-fail " forks" in the plant data.

In each of these, participants will be allowed to "fix" plant components if they take appropriate and timely actions. Successful actions will result in the component being returned to service. If actions to fix the component are not successful, it will not return to service, and plant data available to the participants will so indicate. This scenario will be significantly complicated for the participants if they are unsuccessful in performing the repairs associated with each " fork".

Success-fail " forks" are a routine feature of drills at OCNGS but have not previously been demonstrated during an NRC observed exercise. This feature allows participants to succeed (or fail) based on the merits of their emergency management, greatly enhancing enthusiasm and realism.

js#'*w It should be realized that every exercise is an extremely valuable learning experience. Although failure to fix a component may draw criticism from observers, the opportunity to learn from mistakes strengthens the EP program if properly critiqued. We believe the benefits to the EP program are significant.

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h ANNUAL EXERCISE- SCENARIO 29

- OCNGS REV. O Plant Data was generated on the Oyster Creek Basic Principles Trainer for the operational transients:

involved in this scenario. Exercise control requires that the operational data be adjusted to allow appropriate timing. The_ adjusted data is loaded on a network of PCs which are used to display ~ simulated operational data in the form of SPDS displays.

Simulated SPDS systems will provide _ plant data'in the CR, TSC, EOF, OSC, and PTFC. SPDS system terminals are-located in each of these ERFs. Several electronic pages of data corresponding-to real SPDS system screens will be available to drill participants. Should this ,

system fail, Controllers will revert to Plant Data i Sheets presented in the scenario.

All radiological and chemistry data are generated by a plant specific computer program developed by the Emergency Preparedness Department called RADDMAPP.

QAD/CG is a submodule of the program for calculating-in-plant doses due to shine'and was obtained commercially.

Offsite radiological data are calculated by_GPU Nuclear's RAC dose projection program.

The radiological release will be due to fuel clad damage, a recirc loop leak,_and Drywell vent valve-failure resulting in a release to the Reactor Building, through SGTS and to main stack.

All times indicated in this scenario are clock times based on a start time of 13:00. Since Oyster Creek.

will be operating during the exercise,_ plant conditions?

may require a short delay in_ exercise. initiation. .In this case, clock times will be' adjusted'byf 0bservers. l Section 4.0 of this scenario contains the~ Scenario Time Line. This matrix is intended to be a guide for observers. Major' events and expected actions are-catalogued here for easy reference. Section A contains support scenario: data.

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ANNUAL EXERCISE SCENARIO 29 REV. O OCNGS Section B contains the mini-scenarios for each key activity outside of the control Room.- These are organized to provide Observer information on the specific activities they may be critiquing. Section C contains OCNGS site specific information that may be of use to observers.

The scenario has been independently reviewed by Radiological, Maintenance, Operator Training, and Operations personnel.

2.1.2 Narrative Summary The initial condition of the plant at the start of this scenario is that the plant has been running at 100%

full power for more than 36 days. The only najor system out of service is the "A" H2/02 containment gas monitor for I&C calibration.

This scenario starts with the plant computer (PCS) failing as indicated by all the screens locking up.

This failure is the first success-fail " fork" in scenario data and is described in mini-scenario B-1 (PCS). The PCS supplies plant data to the Control' Room and all ERFs. Its loss severely impacts ERF operation and would require alternate means of accessing and displaying plant parameters. Additionally, ERDS will be unavailable to the NRC, and the ERO will be required to provide critical plant parameters with alternate means until the PCS can be returned to service.

A few minutes later, several Control Room-annunciator panels go dead. This failure is the second success-fail " fork" in scenario data and is described in mini-scenario B-2 (ANS). Diagnosing the failure mechanism will be made easy by use of props, but restoring DC power supplies to the failed panels is a difficult task. Completion of this task is not critical to immediate plant Ops, but if it is not completed, the LOCA will have to be managed without annunciators, complicating the task. The PCS alarm function may be available if PCS is fixed, but it is a " summary" only.

These events together require the Shift Supervisor to declare an Alert.

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ANNUAL EXERCISE SCENAPIO 29 OCNGS REV. O An injured person mini-scenario (M) will take place after the Alert declaration. The response is purely medical with no contamination present.

The "B" recirc pump begins to vibrate and seal leakage increases. This causes Drywell pressure to start increasing requiring the operators to start venting containment.

Shortly after the containment vents are opened, the "B':

recirc pump fails catastrophically. The impeller has c material defect that fails causing the impeller to break into small pieces. The pieces travel into the reactor causing blockage to coolant flow and rod travel. The pump casing is breached causing a LOCA at a rate of approximately 150 to 200 gpm. "B" recirc pump trips.

Drywell pressure increases causing an auto scram initiation. Several rods do not fully insert. Reactor power decreases to about 10% and fuel damage begins du(

to excessive temperatures in localized areas where coolant flow is blocked and rods are stuck out.

Operators should follow SBEOPs to control reactor powe:

and containment pressure.

When operators attempt to isolate the "B" recirc loop, the discharge valve will not close due to debris preventing complete isolation. In addition, the circuit breaker for the valve fails preventing further immediate attempts to close the valve. ERO maintenance will attempt to repair the breaker to allow operators to fully close the valve. This mini-scenario B-3 (RV) is the third success-fail " fork" in the scenario. This is a very difficult evolution requiring a radiological entry into the Reactor Building and repair of a breaker. Successful completion will severely task the organization.

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l ANNUAL EXERCISE SCENARIO 29 OCNGS REV. O Meanwhile, containment pressure and temperature continue to increase. The Drywell vent path remains open due to vent valves mechanically jamming open. The Emergency Director is expected to declare a General Emergency due to at lear.t two of three barriers being breached. It is possible that the lack of annunciators may cause the ED to immediately declare a Site Area Emergency before he recognizes the action 39vels for the General Emergency.

A site evacuation is expected to be ordered. All non-essential personnel will be ordered to evacuate and a select number will be directed to report to the Remote Assembly Area (mini-scenario B-7, RAA).

The core damage causes a source in the primary coolant' which is leaking to the Drywell through the "B" loop pump casing and from containment through the vent valves.

The RCS system leak may eventually be stopped by maintenance getting the "B" loop discharge breaker functional and then operations cycling the valve to fully seat it (mini-scenario B-3). The Drywell vent valves eventually close due to repeated cycling terminating the release.

The scenario ends with the Emergency Response Organization determining and preparing for long term emergency recovery.

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A1111UAL EXERCISE SCENARIO 29 OCl1GS REV. 0 2.2 Schedule of Events AESCEN92/12/ DISK 3 i

ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0 2.2 S.giLqdule of Events 2.2.1 Observer Pre-briefing Date and Time: 9/25/92, 3:00 p.m.

Location: Bld. 12 EP Conference Room 2.2.2 Observer Briefing Date and Time: 9/30/92, 1:00 p.m.

Location: Bld. 12 Auditorium l

2.2.3 NPC GET Date and Time: 9/30/92, 11:00 a.m.

Location: Bld. 14 Forked River Site 2.2.4 NRC Scenario Review and Site Tour Date and Time: 9/30/92, 1:00 p.m.

Location: OCNGS 2.2.5 NRC Entrance and Briefings Date and Time: 10/1/92, 8:30 a.m.

Location: MOB 2nd Floor Conference Room-2.2.6 NRC (Only) Meeting Date and Time: 10/1/92, 9:00 a.m.

Location: Bld. 12 EP Conference Room 2.2.7 Exercise Period Date and Time: 10/1/92, 12:30 p.m.-6:00 p.m.

Location: All Areas 2.2.8 Observer Debrief Date and Time: 10/2/92, 8:00 a.m.

Location: Energy Spectrum 2.2.9 NRC (Only) Debrief Date and Time: 10/2/92, 8:00 a.m.

Location: Bld. 12 EP Conference Room 2.2.10 Exercise Critique Date and Time: 10/2/92, 1:00 p.m.

Location: Energy Spectrum 2.2.11 NRC Exercise Critique Date and Time: 10/2/92, 2:30 p.m.

Location: Energy Spectrum AESCEN92/13/ DISK 3

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ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0 0

2.3 Participatino Orcanizations AESCEN92/14/ DISK 3

ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0 2.3 Participatina Orcanizations 2.3.1 GPUN Organizations operating Shift Personnel Radiological Controls Personnel Security Personnel Initial Response Emergency Organization Emergency Support Organization 2.3.2 Offsite Agencies New Jersey Office of Emergency Management (partial)

New Jersey Department of Environmental Protection (partial)

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A!!NUAL EXERCISE SCE!IARIO 29 OCNGS REV. 0 1

1211 EXERCISE OBJECTIVES AESCEN92/16/ DISK 3 1

ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0 3.1 Qbioqtives The 1992 Oyster Creek Nuclear Generating Station Annual Exercise Objectives are as follows:

1. Demonstrate the ability of on-shift Initial Response Organization personnel to detect and assess accident conditions.

2. Demonstrate the ability of on-shift IRO personnel to properly declare emergency classification based on plant accident conditions.

3a. Demonstrate the tirely notification of offsite response organizations.

3b. Demonstrate the timely mobilization of the GPU Emergency Response Organization.

3c. Demonstrate the proper notification of non-essential personnel on site or in the owner controlled area.

4. Demonstrate adequate communications between ERF's and with onsite and offsite GPU emergency teams.

Sa. Demonstrate adequate radiological controls for internal and external exposure during emergencies.

Sb. Demonstrate adequate radiological controls for contamination of personnel and equipment.

6. Demonstrate that appropriate Protective Action Recommendations can be provided to New Jersey authorities.

7. Demonstrate that the on-shift Emergency Response ,

organization can adequately respond to the initial stages of an emergency.

Ba. Demonstrate that the Initial Response and Emergency Support organization can supplement and support the on-shift emergency organization.

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i ANNUAL EXERCISE SCENARIO 29 OCNGS REV. O 8b. Demonstrate adequate transition of authority between emergency organization.

9. Demonstrate the ability to assign qualified individuals to the Emergency Response Organization for shift operation.

10. Demonstrate the ability to properly conduct a critique with participants and to identify major strengths and weaknesses.

11. Demonstrate Joint Information Center.

12. Demonstrate the capability of the PTFC to support emergency operations.

13. Demonstrate the use of backup communications.

14. Demonstrate a'_ quate rumor control.

15. Demonstrate the use of the emergency power source at the EOF.

16. Demonstrate the ability to perform field monitoring including soil, vegetation, and water sampling.

17. Denonstrate the ability to perform dose estimates for the affected population.

18. Demonstrate the ability to perform accountability for all personnel on site.

18a. Demonstrate the ability to perform a site evacuation.

18b. Demonstrate the use of a Remote Assembly Area.

19. Demonstrate the ability of first aid and/or rescue teams to respond in a timely manner.

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A1111UAL EXERCISE SCENARIO 29 OCHGS REV, O

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3.2 Performance Guidelines m

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ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0 3.2 P_qrf ormanc'1_GLLcltlines s':

The following exercise guidelines have been developed to define the " extent of play" by th4 cxercise participants in meeting the exercise objectives.

1. The 1992 Annual Exercise will be conducted on October 1, 1992. Exercise participants will possess prior knowledge of the exercise date and may discern start time. However, all personnel should follow their normal routines for that day except those prestaged in accordance with Item 5 below.

2. Control Room activities will be performed in the Control Room. Controllers will provide the Operations staff with a set of scenario messages and alarm panel indications which will simulate plant conditions. The Controller will also provide information on the status of plant systems to the extent that such status would normally be indicated in the Control Room. The Control Room Cor. troller may verbalize alarms or readings that would be obvious to operators such as front panel readings to approach real time response conditions.

3. Plant parameters will be displayed on a simulated SPDS system in the Control Room, TSC, OSC, PTFC, and EOF.

Critical Plant Parameters were developed using the OCNGS Basic Principles Simulator. These parameters were then loaded into the simulated SPDS system data files. The simulated SPDS will be available at all ERFs where SPDS is available.

4. Control Room instrument indications t .at are important to the scenario will be posted. These include such items as:

Ventilation System, Area Radiation Monitoring System, Meteorological Monitoring System, and Effluent Monitoring System, as indicated in the scenario. Critical Plant Parameters will be posted only if the simulated SPDS fails.

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l ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0

5. Exercise participants will be prestaged as follows:

An additional shift of Operations Personnel will be stationed to watch the plant during the drill. They are necessary to ensure nuclear .afety and will be exempted from the drill.

Security guards necessary to ensur- Site security will be stationed and exempted.

Some maintenance workers may be exempted from the drill to support plant operations.

6. The drill will commence with a postulated plant incident which will initiate the declaration of an Alert and will escalate to a General Emergency.

7. Mini-scenarios have been developed to detail the expected response of Operations and Maintenance personnel to failures. Specific details as to the extent of play are in the mini-scenario but generally, the team will not enter contaminated areas, posted high radiation areas, or manipulate plant equipment. Equipment in emergency lockers is intended to be used and re-inventoried after the exercise.

8. Exercise players will perform, as appropriate, radiological monitoring and dose assessment activities to the extent appropriate to the scenario. This will include actual sampling onsite and offsite.

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ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0

9. At least two (2) offsite radiological Field Monitoring Teams and one (1) onsite radiological monitoring team will be dispatc_ed for the purpose of testing response time, communications, and a monitoring and sampling procedure.

The field teams will gather sample material and route those ~

sar.;ples f or analysis.

Each Radiological Field Monitoring Team will be accompanied ~P' by an Observer throughout the exercise. Each field team will randezvous with its observer at the emergency kit -

location.

10. Ill emergency response facilities will be manned and will perform their prescribed function as appropriate to the exercise scenario.

11. The Prompt Notification System will not be activated.

12. The Emergency Broadcast System will not be activated.

13. Where possible, actual samples will be obtained and analyzed. It must be realized this is dependent on plant status and management priorities. As RAGEMS is now the routine effluent monitoring system, it cannot be aligned to its post accident sampling configuration for the exercise.

A sample cartridge will be prestaged for pickup. The operations to drop the cartridge will be simulated but will be observed.

14. The scenario will require the accounting for and evacuation of nonessential site personnel. Personnel will actually exit the site and be released to go home.

15. Exemptions from accountability / evacuation may be allowed if the work is critical to plant operations. All such exemptions will be approved in advance by plant management.

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ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0

16. Er rgency management should decide to evacuate nonessential personnel from the site. Instructions at the guard houses will be given to direct actions of non-essential evacuees.

Most will be directed to go home. A select number will be instructed to report to an RAA tv simulate a full evacuation.

17. Participation by GPUNC onsite personnel directly involved in 5 responding to an emergency shall be carried out to the fullest extent practical, including the deployment of the radiological monitoring teams, emergency repair teams, and other emergency workers. However, exercise participation shall not be carried to the extent of manipulating plant equipment or deviation from Rad Con, Safety, Security, or other plant procedures. This requirement may at times delay scenario activities while actions are taken to ensure procedural compliance. This delay shall not be construed as detracting from team response.

18. Initial conditions are given in the Control Room. Initial conditions that would normally be known by plant staff regarding current plant conditions may be communicated by exercise Controllers in other locations at a convenient time before or during the exercise. Examples of this would be identification of on-going maintenance and out-of-service systems; simulated " Plan of the Day" meeting minutes; " STAS report"; " Exercise" log entries; and other such items.

19. If required by the exercise scenario, alternate means.of accessing the plant shall merely be simulated and H21 actually implemented.

20. Mini-scenarios include details for specific actions necessary to support exercise control. Simulations, such as phone calls from the public, are specified in the mini-scenarios. No other live or simulated events are to be included in the " extent of play" of the exercise.

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ANNUAL EXERCISE SCENARIO:29-OCNGS. REV. 0 .-

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l SCEJARIO 29 ANNUAL EXERCISE TIME LINE MSG. NO DELIVERED BY DELIVERED TO EXPTCTED ACTIONS Clock Time MAJOR EVENT MESSAGE CONTENT current plant status PD-1 Plant Data Control Room Review data 12:45 Initial controller staff conditions 13:00 Commence drill All PCS CRTs stop PCS-1 Plant Data Control Room Contact computer 13:05 PCS fails Controller staff group updating s'CS-2 PCS Observer Process Determine l 13:06 Computer group Disk crash on

- Computer Group malfunction and or later investigates system-A.

take actions to Hardware failure on correct system-B.

PCS-3 PCS Observer Process Utilize Computer 13:10 Offsite PCS Encore Computer Group Maintenance or later hardware representitive is f' service is unavailable unavailable AN-1 Plant Data control Room Contact I&C

{ 13:25 10 annunciator Pop, puff of smoke j

Controller staff for assistance.

panels fail behind 3F and .I l Declare ar- Alert indications for on Cat. L 1. Ops electrical failure for Panels 10XP, determine how to monitor 10F, B,C,D,E,F,G,H &

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SCENARIO 29 ANNUAL EXERCISE TIME LINE MESSAGE CONTENT MSG. NO DELIVERED BY DELIVERED TO EXPECTED ACTIONS j Clock Time MAJOR EVENT Specific wires AN-2 I&C Observer CROs and/or I&C Investegate 13:26 Discover cause charred due to Techs extent and or later of annunciator-she 'ing at panel determine repair failure connection System dispacter PD-lX Plant Data Control Room Remain At full 13:30 Contingency requests the plant Controller power or later l to maintain full power during f business hours l

Description of AN-3 I&O Observer IEC Tech or Determine 13:35 Status of several electrical Electrical solutions to annunciator Maintenance restore power pow 1er supply problems 14:15 Commence Maintenance person M-1 Medical slips and twists Scenario with ankle and dislocates injured person shoulder near MAC M-2 Victim Medical Take vital signs 14:25 Medical My right ankle was Responder twisted. I cannot Responder or later arrives at walk and I have scene pains in my shoulder Vital signo M-3 Medical Medical Immobilize 14:25 Medical Observer Responder shoulder and or later responder aikle takes victim's vital signs AETMLN92.DRL Page 2 of 7

SCEWARIO 29 ANNUAL EXERCISE TIME LINE i

MAJOR EVENT MESSAGE CONTENT MSG. NO DELIVERED BY DELIVERED TO EXPECTED ACTIONS Clock Time Simulate offsite M-4 Plant Data Control Room Simulate offsite 14:25 Control Room asks for calls controller calls or later a.esistance l F

offsite k

14:25 Rad Con Dose rate, M-5 Rad Con Rad Con Tech Report findings or later arrives at contamination, and Observer scene airborne levels vital signs M-6 Medical Medical Moniter 14:35 Vital signe thserver Responder individual or lcter checked again Onsite ambulance is M-7 Medical Medical Utilize onsite 14:35 offsite available, of f site Observer Responder ambulance or later ambulance is not available is not Utilize normal M-ex Security Site Protection Fdmit ambulance

14. Contingency with normal Security procedures Observer Officer or la for admitting procedures ambulance into protected area Plant computer Plant Data Emergency Utilize PCS Approx. Plant con:puter sp displays restored Centers display 14:40 expected to be ' "

information .

returned to '

service f

Medical Restore medical

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15:00 Medical mini- Medical scenario is M-9 Medical terminated Observer Responder equipment to scenario is terminated jnormal AETMLN92.DRL Page 3 of 7 A

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ANNUAL EXERCISE SCENARIO 29 TIME LINE

-Clock T* MAJOR EVENT MESSAGE CONTENT MSG. NO DELIVERED BT DELIVERED TO EIFECTED ACTIONS Approx. $ Annunciators Mant Data I&C Tech /CRO Utilu e all 15:15 may be at.nunciators returned to i service l

I- 15:20 B-Recire pump Plat.t Data control Room Investigate vibrations and seal leakage start to-increase 15:23 Dryvell Plant Data Control Room Vent containment pressure to control starts pressure increasing 15:26 B Recirc Pump B Recire Abs and PD-2 Plant Data and Control Room Prepare to secure vibration Drywell leakt p re Plant Data and isolate *B-monitor alarms increasing Controller Recire Loop 15:27 B-Recirc Pumo Thump is heard from PD-3 Reactor Reactor O_ serve plant impeller fails Reactor Bul'.( ng Building Building Player paramenters approx. 200gpm observer casing leak n

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SCE!*ARIO 29 ANNUAL EIERCISE TIME LINE MESSAGE CONTENT MSG. NO DELIVERED BT DELIVEFED TO EXPECTED ACTIONS ock Time MAJOR EVENT Reactor scram and Plant Data Control Room Follcw SPEOPs.

15:29 Drywell drywell isolations If annunciators pressure occur and PCS are not reaches scram returned to setpoint service, declare a Site Area Emergency.

Valves V-23-21 & 22 PD-4 Plant Data Control Foom & Determine cause 15:29 Drywell vents indicate open controller & Maintenance and commence failed open Maintenance Repair Team repairs Observer PD-5 Plant Data & Control Room Follow SBEOPs for 15:30 Rods remain Rod position and Peactor power and out of the LPRM indications PD-6 Operations Observer contaireent core, Reactor pressure power at los B- loop V-37-21 goes to mid RV-1 Operations Control Room 15:30 discharge position (20 secs) Observer or later valve fai3s to and breaker trips clofte Plant Data ERO ED declares 15:45 MSIVs closed General Emergency due to Hi Hi due to at least radiation two of three level barriers being breached AETMLN92.DRL Page 5 of 7

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L ANNUAL EXERCISE SCENARIO 29 j TIMO LINE Clock Time MAJOR EVENT MESSAGE CONTENT MSG. NO DELIVERED BY DELIVERED TO EXPECTED ACTIONS 15:45 Offsite PAR Deliver PAR:

or.later developed Shelter 2 mile radius and 5 ,

miles downwind 15:45- Evacuation to Evacuate selected RAA-1 Lead ED Order site or later RAA ordered non-essential Controller evacuation of all personnel to non-essential Berkeley Line personnel 15:50 Inspection of Motor Control Center RV-2 Electrical Electrical Determine or later V-37-21 breaker is damaged Observer Mat.ntenance solution and breaker commence repairs 15:56 Security Non-essential RAA-2 Security Security Shift Direct and control of personnel onsite, observer Supervisor control site site including out91de evacuation and evacuation the protected area, selected people ;

shall evacuate to RAA r 16:45 Reactor < 1% Plant Data ERO Power 17:00- Loss of EOF Transfer switch is BP-1 EOF Observer Posted at Implement EPIP-power in Normal position transfer switch OC .25 Ex. 7A I

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' ANNUAL EXERCZSE SCENARIO 29 TIME LINE Clock Time ' MAJOR EVENT MESSAGE CONTENT MSG. NO DELIVERED BY DELIVERED TO EXPECTED ACTIONS 17:15 RCS Fork: V-37-21 position RV-3 Operations CRO Cycle to close V-37-21 normal indicastion has observer valve and stop

indication .is returned leak l received if repair team is

, successful 17:40 Drywell Vent v-23-21 indicates PD-7 Plant Data CRO Inform CSS and V-23-21 closes closed controller verify with rad indications 17:45 Peak offsite dose 2mr/hr at 1.2 miles 18:00 Terminate

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A!1NUAL EXERCISE SCENARIO 29 OCNGS REV. O J

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.i Section 5.Q .

5.1 Assignments -

5.2 Facility Telephone Numbers 5.3 Critique Forms ,

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AESCEN92/25/ DISK 3 F

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AN!iUAL EXERCISE SCEllARIO 29 OCNGS REV. 0 5.1 Assianments ECC Plant Data Controller J. Frank Operations Observer J. Boyle Roving Observer Ops G. Young TSC Lead Controller R. Sullivan Radiological Assessment Controller P. Hoffner TSC Observers K. Burkholder P. Cervenka B. Douglas S. McAllister OSC OSC Controller D. Van Nortwick OSC Rover Controller G. True OSC Observers S. Lutz W. Quinlan D. Cook T. Osborne M. Glashan W. Southard F. Sieffert Chemistry Observer R. Hillman '

Radiological Observers C. Pollard D. Smith R. Beck W. Laffey Onsite Monitoring Obsarver Rad' Con Tech Security Observer J. Sevilla R. Bingham L. Defibaugh Media Controller S. Molello Hedical Observer K. Baranowski i-l AESCEW92/26/ DISK 3 L

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A1111UAL EXERCISE SCE!1ARIO 29 i OCl1GS REV. 0 i

EOF EOF Controller . J. Bontempo I EACC Observor D. Wolgle EOF Observors R. Finicle E. Roessler A. Recchion ,

Of fsite lionitoring Observers D. Dortz !

D. Johnson PTFC Observer S. Swetz AEOF Observer A._ Aitken i

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-AESCEN92/27/ DISK 3-

ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0 5.2 Facility Telephone Numbers Q,ontroller Location Number i Control Room 971-4959 !

ECC Controller 971-4550 Tech Support Center 971-1379 971-4158 971-0961 TSC Controller 971-4537 Operations Support Center 971-4240-OSC Controller 971-4507 Emergency Operations Facility (908) 362-8812 i EOF Controller (908) 367-8771 Shift Commander Office, Main Gate 971-4954 971-2159 Emergency Preparedness Office 971-4011 -l Media Center (908) 477-4351 (908) 477-2552 (908) 477-0220 Computer Controller (pager) (908) 270-7852 AEOF (609) 971-1220 (609) 971-11261 PTFC (201):316-7394 (201)'316-7395 (201) 316-7396 (201) 316-7650 AESCEN92/28/ DISK 3

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'A11NUAL EXERCISE SCE!1ARIO 29 f OCNGS REV. O i i

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i ANNUAL EXERCISE SCENARIO 29 -

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i 5.3 Evaluation and Comment Forms :

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r Section 6.0 6.1 Pre-exercise Briefing 6.2 Initial Conditions G.2.1 Plan of the Day - Morning Briefing '

6.2.2 STA Plant Status %eet 6.3 Radiological _ Assumptions i

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All!!UAL EXERCISE SCENARIO 29 :

OCNGS REV. O

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6.1 Pre-exercise Briefinn ,

A. The Group Shift Supervisor may terminate the exerciso at any time plant conditions warrant.

B. Take no actions that affect unit or non-exercise related operations.

C. Take immediate action (s) to restore safe operation if an unsafe condition exists. Ignoro exercise situation if actual safety becomes a concern.

D. All simulations and verifications will be expressed in spoken words.

E. Exercise eventc will be initiated by simulated SPDS PC data '

displays and the drill controllers issuing message cards, plant status sheets, alarm window cards, and verbal instructions as appropriate.

F. Controllers will provide appropriate information at the l location where that information would normally be available (e.g., reactor status at the control Room,' dose rate readings with field teams, etc.).

G. Only selected parameters and reading will be provided. The selected information will be sufficient to make decisions in accordance with Oyster Creek plans and procedures. ;

H. The purpose of the exercise is to test Emergency Plan Implementing Procedure and' Implementation of the major aspects of the Emergency Plan. DO NOT BECOME OVERLY ,

CONCERNED WITH THE MECHANICS OF THE REACTOR OR THE CAUSE OF THE ACCIDENT. THIS EXERCISE IS DESIGNED TO TEST OYSTER CREEK PLANS AND PROCEDURES AND IS NOT CONCERMED WITH ESTABLISHING THE PROBABILITY, FEASIBILITY, OR DETAILED MECHANICS OF THE SIMULATED ACCIDENT.

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AESCEN92/34/ DISK 3

ANNUAL EXERCISE SCENARIO 29 ,

OCNGS REV. 0 I. There will be one or more observer / Controller at each important location. controllers will provide information i and clarification on which actions are to be simulated or are outcide the scope of this exercise in order to koop the exercise progressing in accordance with the scenario.

Observer / Controllers will also observe all aspects of the exercise to prepara an in-house evaluation of plans, proceduros, and training.

J. All exerciso related public address announcements and offsite communications will begin and end with the statement ~

"THIS IS A DRILL. THIS IS A DRILL"...

t K. Initial Responso Emergency Organization and the Emergency Support organization will respond to the oxercise.

L. The Drill Controller may authorize the Controllers to modify, the scenario to fit unusual conditions or events to maintain the scenario within the scope of the exorcise objectives and in order to maximize the practical training benefit .

prosented by tho exerciso experience. If a modification is .

mado, the controller should report to the Drill Controller that changes were made.

M. If samples inside or outside the site are doemed necessary, they will actually be collected, if possible, and their analysis conducted or simulated as directed by a controller.

Observer will accompany the survey teams both onsite and offsite.

N. This exercise is conducted to evaluate plant plans and procedures. The exercise is also a training vehicle for-members of the Oyster Creek Emergency Response Organization to_ practice working together with outside organizations.

Please make note of any improvements in any area that you observe as a participant and submit them to the Observer / Controller at-the conclusion of the exercise.

NOTE: Answer questions from shift personnel regarding the exercino before commencing scenario events.

i AESCEN92/35/ DISK 3

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i AilliUAL EXERCISE SCEffARIO 29 :

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. . T1 LID A. DA}M SCE!UJ.IO 29. 0 Plan Of The Day Aftornocn Driefing 9/30/92 Plant has been running near full power for 35 days.

              }{2/02 Unit A is out of service due to f ailing its monthly surveillance.                                                       I&C is expected to complete required calibrations on 10/1/92. A 30 day Tech Spec clock is in affect.

Mechanical maintenance will be performing P!b on TBCCW pu'.y #3 tomorrow. I6C is inventigating unexplained wire deteriorations on Off gaa isolation logic. Major Plant Equipment 00S:

                             - SRM 21 A Drywell H2/02 monitor Service water rad monitor
                            -    #1 Deluge system
                            - V 7 5 Channel I isolation logic 6

THIS IS _ AJRILL . . . THIS IS A DRILL .... THIS IS A DRNI@ .... THIS IS A DRILL k

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i Ill143A A DRRILw ... Tills XS A DRILL . . . . T}JASJS A_ DRILL . ... uTH2A I4_ ARELL l SCENARIO 29.0 [ SHIFT TECHNICAL ADVISOR PLAfrr STATUS SilEET ISTA : P. C. Drill OYSTER CREEP. NUCLEAR GEtiERATIN3 STATION lDATE: 10/01/92 lTI!G : 05:55 MODE SWITCH: RUll llG RAD LEVELS (UNITS): MR/HR

                                                                                                     !A. 228 B. 223 C- 173 D-                                                               185 REACTOR POWER:                                                              l 1920 MWT}I 627 MWE (GROSS) 606 MWE(NET)                                     lAOG: IN SERVICE                                                                                 ;

99.5 % (THERMAL): 99.3 % NET (610) lOFF GAS ACTIVITY (MR/HR) : 51 / 58

                                                                                                     ]CONV. FACT.: 101.0 / 89.0 DATE 07/08/92 MAIN STEAM FLOW:                           7.18 MLB/HR                       ISTACK GAS ACTIVITY (CPS):                                                       6.3 / 7.1 STEAM CHEST PRESS: 933 PSIG                                                 l lFE!D PUMPS: ALL CN RX LEVEL:     160* TAF (YARWAY)                                             l FEED FICW: 7.13 MLB/HP.                                                                        ,.

RX PRESS: 1020 PSIG ( NR ) l FEED TEMP. (fit!AL) : 311.4 F lCOND. DEMIN DP: 33 PSID THERMAL LIMITS (% of Limit / Location) l (TIME: 04:05) l CONDENSER VAC: 26.9 / 27.1 / 27.0 *HG t MCPR 93.6 37 20 l BAROMETER: 29.75" HG MLHGR 74.7 45 24 39 lI! CAKE TEMP: 81.5 F BRIDGE TEMP 90.4 F MAPLHGR 83.7 27 8 37 lDISCHARCE TEMP: 101.6 F l PCI (KW/FT) 0.2 45 24 39 l lRX CHEMISTRY: DATE 07/I4/92 RECIRC PUMPS: ALL ON l TIME 08:43 POWER 1927 MWth FLOWS 15.54 E04 GPM lPH: 6.33 , CORE DP: 18.00 PSID lCOND: 0.064 uS/CM, CL: 0.60 uG/L l1 131: 4.03 E 4 uC/ML (DOSE EQUIV.) RX CONTAINMENT: lNWC: 11.0 SCFM ECPMS: 0.341 V DW PRESS: 1.15 PSIG, TEMP:139.9 F (BULK) l TORUS PRESS 1.1 PSIG, TEMP: 80.6 F l CHLORINATION STATUS TORUS LEVEL 147.0 IN. lC1RC WATER: OOS l SERVICE WATER: OOS lNRW / AOG XS TRUNNION ROOM TEMP: 149 F l RBCCW TEMP: 85 F l LEAKAGE: (GPM) Based on 24 HOUR AVG TBCCW TEMP: 91 F l UNIDENTIFIED: 1.28 IDE!CIFIED: 4.27 CONTINUOUS DAYS ONLINE: 36 LOAD LIMITED BY: License Limit (1930 MWth) MAJOR EQUIPME!C OUT OF SERVICE / TECH SPEC ITEMS:

SRM 21
SERVICE WATER RAD tiONITOR

                        * 'A'                                                                       * #1 DELUGE SYSTEM DRYWELL H2/02 MONITOR (TS LCO)

V 7 5 CHANNEL I ISOLATION LOGIC * #3 TBCCW PUt@ (PM)

MAJOR PLANNED EVOLUTIONS AND TESTING:

NONE SIGNIFICANT EVENTS / COMME!T * :

                        * #3 TBCCW PUMP REMOVED FROM SERVICE FOR OIL CHANGE.

THIS IS A DRILL .... THIS IS A DRILL'.... THIS IS A PRILL .... THIS_IS A DRILL

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     - AlillUAL EXERCISE                                                          SCEllARIO 29 OCliGS                                                                      pry, o I

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i ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0 6.3 .3dioloaical Assumntionq I. Source Terms cladding failure is postulated as occurring during this exercise. The activity in the plant is tracked in the RADDMAPP scenario generation code. The code tracks activity transport throughout Oyster Creek and includes isotopic radioactivo decay and daughter product buildup, gaseous and liquid partition of chemical speciou, plateout of chemical species, and filter efficiencies for filter trains and liquid filtration in the torus water. The specific values used for each chemical aro listed in the table below: Chemical Species . Gas-Liquid HEPA _ Charcoal Deposition Partition Efficiency Efficiency Velocity (mps) Noble Gasos .99 .01 .01 0. Halogens .001 .90 .95 .005 Cosium, Rubidium .001 .90 .99 .001 Strontium, Darium .001 .99 .99 .001-Tellurium .001 .99 .99 .001 Molybdenum, Ruthenium .001 .999 .999 .001 Y, La, & Ce .001 .999 .999 .001 AESCEN92/39/ DISK 3

                                                       .   ~.

ANNUAL EXERCISE SCENARIO 29 OCNGS REV. O II. In-clant Radiation Dosen [ onsito exposure rates are salculated by the RADDMAPP scenario generator. RADDMAPP utilizes the QAD-CG gamma shieldir.g code to calculate all onsite radiation exposure rates. RADDMAPP considers contributions from core power aparations, core fission product activity, Drywell shine, Torus shine, Reactor Building shine, local airborne concentrations, contaminated piping, and the release plume. Reactor Building aose rates and airborno concentrations are elevated due to increased Drywell dose rates and air borne-concentrations and design limit leakage to the Reactor Building. The elevated release will be primarily due to stuck open Drywell vont valves. III. Offsite Data

1) The radioactive releases from the plant are calculated using the RAC codo, a) The main release from the plant stack is modeled by RAC as an elevated release using a finite plume model.

2) The data for emergency air sampling is derived from EPIP-OC .11.

3) The BNE air sample data calculated assumes a 5 minute sample collection at 2 cfm and a 5 minute sample counting as described in the BNE's procedure. The-sampler efficiency is assumed to be 1.5%.

4) Iodine deposition is calculated using the method described in Reg. Guide 1. Direct frisker readings are calculated as recommended by NUREG/R-3365. Smear readings assume a detector efficiency of 10%.

IV. Onsite Radiation Dosqa

                                                                                                                                                                           .onsite exposure ratos are the sum of overhead shine from thel stack release, direct shine from the stack-and activity in the Reactor Building.

AESCEN92/40/ DISK 3

AllliUAL EXERCISE SCEllARIO 29 pry, o ; OCllGS l i 6 i i T SECTION A-1 OPERATIONAL DATA s i AESCE!i92/60/ DISK 3

OCNGS SCENARIO 29' ,

                  -ANNUAL' EXERCISE                                                                                                               REV NO          O TABLE A-1.la

' 'i l' AIL CRITICAL PLANT PARAMETER

SUMMARY

r _ _ _ _ _ _ _ - - - - _ _ - -

                                                                                                    ~~
                                         'For Controller and Observer Use Only 160.           '* ..

RPV Level 1(in TAF) 160. 160. 160. 160. 160. 160. RPV Pressure (psig) 1020. - 1020. 1020, 1020. 1020. 1020. 1020. 1020. RX Coolant Temp. J (F) 525. 525. 525 525. 525. 525. 525. 525.

 ,,               Reactor. Power-(%)                100.                     100.               100..              -100.            100.          100.         100.           100.

D.W.; Pressure (psig) -1.1 1.1 1.1 1.1 1.1 1.1 1.1 1.1 D.W. Temperature-(F) 140. 140. 140. 140. 140. 140. 140. 140. Torus Temp. -(F) 81. 81. 81. 81. 81. 81. 81. - 81. Tort.s : Level - (. inches) . 147.0 147.0 147.0 147.0 147.0 147.0 147.0 147.0 D.G. #1 Load-(KW) 0.' O. O. O. O. O. O. O.

               ,D.G.'#2fLoad (KW)                         O.                    _ 0.                   O.              O.              O.            C.          O.                   O.

30.0

                      . CST Level 1(ft)             30.0                     30.0              30.0                30.0             30.0          30.0         30.0 RX, Bldg.Vac-(in H2O)                         .25                     .25                 .25              .25             .25            .25         .25               .25
                    .T-Time (hr: min)            00:00                      00:15            00:30              00:45              01:00        01:15      01:30           01:45

Clock Time (hr: min) 1:s:00 13:15 13:30 13:45 14:00 14:15 14:30 14:45 :

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                                ' TORUS Pressure equal to DRYWELL Pressure i

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OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.lb FAIL CRITICAL PLANT PARAMETER SLHMARY _ _ = _ _ - _ _ _ _ For Controller and Observer Use Only RPV Level (in TAF) 160. 160. 160. 160. 160. 160. 160. 160. RPV Pressure (psig) 1020. 1020. 1020. 1020. 1020. 990. 970. 940. RX Coolant Temp. tF) 525. 525. 525 535. 530. 528. 526. 525. Reactor Power (%) 100. 100. 100. 10. 4. 3. 2. 1. D.W. Pressure-(psig) 1.1 1.1 1.1 12.0 2.0 2.0 1.0 2.0 D.W. Temperature (F) 140. 140. 140. 200. 120. 120. 100. 100. Torus Temp. (F) 81. 81. 81. 81.2 83. 83.8 84. 84.5 Tcrus Level ~(inches) 147.0 147.0 147.0 147.2 147.4 147.5 147.5 147.8 D.G.~#1 Load (KW) O. O. O. O. O. O. O. O. D.G. #2 Load (KW) O. O. O. O. O. O. O. O. CST Level (ft) 30.0 30.0 30.0 29.5 29.3 29.0 28.7 28.5 RX-BJdg Vac (in H2O) .25 .25 .25 .25 .25 .25 .25 .25 T-Time (nr: min) 02:00 02:15 02:27 02:30 02:45 02:55 03:00 03:15

  . Clock Time (hr: min)   15:00g 15:15                    15:27 15:30                15:45 15:55   16:00   16:15 TCRUS Pressure equal to DRYWELL Pressure

OCNGS SCENARIO 29

     - ANNUAL EXERCISE                                                              pIV NO     O TABLE A-1.lc FAIL CRITICAL PLANT PARAMETER

SUMMARY

For Controller anc Observer Use Only RPV Level (in TAF) 160. 160. 160. 160. 160. 160. 160. 160. RPV Pressure-(psig) 900. 850. 800. 550. 350. 170. 6C. 25. RX Coolant Temp. -(F) 522. 521. 518. 476. 431. 378. 305. 255. Reactor Power {%) 1. O. O. O. O. O. O. G. D.W. Pressure (psig) 1.0 2.0 1.p 2.0 1.0 2.J 1.0 1.0 D.W. Temperature (F) 100. 100. 100. 100. 100. 100. 190. 100.

       -Torus Temp. (F)          85.          85.5       86.       86.5        87. 87. 88. 88.

Torus Level (inches) 148.0 148.2 148.4 148.5 148.6g 148.7 148.8 148.9 D.G. #1 Load (KW) O. O. O. O. O. O. O. O. D.G. #2 Load (KW) O. O. O. O. O. O. O. O. CST Level (ft) 28.3 28.1 27.8 27.6 27.4 27.2 27.0 26.8 RX-Bldg Vac (in H2O) .25 .25 .25 .25 .25 .25 .25 .25 T-Time'(hr: min) 03:30 03:45 04:00 04:15 04:30 04:45 05:00 05:15 Clock Time-(hr: min) 16:30 16:45g 17:00 17:15 17:30 17:4M 18:00 18:15 TORUS Pressure equal to DRYWELL Pressure

   'OCNC5                                                                                            SCENARIO 29 ANNUAL EXERCISE                                                                                  REV NO    O TABLE A-1.1d FAIT.

CRITICAL PLANT PN.AMETER

SUMMARY

For Controllu *nd Observar Use only N Level (in TAF) 160. 160. i 160. 360. 160. RPV Pressure (psig) 5. 5. 5. 5. 5. RX Coolant Temp. (F) 255. 255. 'z 5 5 . 255. 255, Reactor Power (%) 3. O. O. O. O. D.W. Pr6ssure-(psig) 1.0 1.0 . 1.0 1.0 1.0 D.W. Temperature-(F) 100. 100. 100. 100. 100. Torus. Temp (F) 88. 88. 89. 89. 90. Tores-Level'(inm.tes) 149.0 149.1 149.2 149.3 O. 149.4 O. D.G. #1 Load'(KW) O. O. O. D.G. #2 Load (KW) O. O. O. O. O. CST' Level.-(ft) 2r 6 26.4 26.2 26.0

                                                                                  .25 25.8
                                                                                                 .25 RX Bldg-Vac'(in H2O)              .L5             .25              .25
     ' . T-Time (hr: min)   05:30           05: 45          06:00            06:15           06:30 Clock Time (hr: min)        18:30           18:45           19:00            19:15           19:30 L

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SCENARIO 29 OCNGS REV NO O ANNUAL EXERCISE TABLE A-1.lc SUCCESS . CRITICAL PLANT PARAMETE-+ ';UF#.ARY I For Controller and Observer Use Only f l l I l l 160. 160. 160. 160. 160. 160. 160. l RPV Level (in TAF) 160. 900. 850. 800. 685. 595. 485. 435. 335. RPV Pressure (psig) 467. 450. 430. RX Coolant Temp. (F) 522. 521. 518. 500. 484. O. O. O. O. O. O. O. Reactor Power (%) 1. 1.0 2.0 1.0 2.0 1.0 1.0 D.W. Pressure (psig) 1.0 2.0 100. 100. 100. 100. 100. 100. 100. D.W. Temperature (F) 100. 86. 86.

85. 85.5 86. 86. 86. 86.

Torus Temp. (F) 148.0 148.0 148.0 148.2 148.0 148.0 148.0 Torus Level (inches) -148.0 O. O. O. O. O. O. O. O. D.G. #1 Load (KW) O. O. O. O. O. O. O. D.G. #2 Load (KW) 0. 27.7 27.7 27.7 27.7 2'.7 27.7 CST Level (ft) 28.3 28.1 .25

                                                                  .25        .25                    .25      .25            .25 RX Bldg Vac (in H2O)                    .25         .25 04:00      04:15                    04:30    04:45      05:00         05:15 T-Time (hr: min)            03:30 03:45                                                                    18:00         18:15 17:00      17:15                    17:30    17:45 Clock Time (hr: min)            16:30 . 16:45 TORUS Pressure equal to DRYWELL Pressure
                                                        . . . . .. .., .                                                        a

   -OCNGS                                                                  SCENARIO 29 ANNUAL EXERCISE                                            .

REV NO O TABLE A-1.1d SUCCESS CRITICAL PLANT PARAMETER SUME'LRY For Controller and Observer Use Only - MPV Level (in TAF) 160. 160. 160. 160. 160. RPV Pressure (psig) 269. 210. -162.l 124. 90. RX Coolant Temp.. (F) 412. 390. 370. 350. 330. Reactor Power f%) 0. .O. O. O. O. D.W. . Pressure (psj.g) . 1.0 1.0 1.0 1.0 1.0 D.W. " Temperature . (F) 100 , . 100. 100. 100. 100. Torus' Temp. (F) ~86. 86. 86. B6. 86. Torus Level:(inches) 149.0 149.1 149.2 149.3 149.4 D.G. #1 Load'(KW) O. O. C. O. O. D.G. #2 Loadf(KW) O. O. O. O. O. - CST' Level (ft) 27.7 27.7 27.7 27.7 27.7 . RX. Bldg Vac (in H2O) .25 .25 .25 .25 .25 : T-Time (hr: min) 05:30 '05:45 06:00 06:15 06:30 Clock Time (hr: min) 18:30 18:45 19:00 19:15 19-30 TORUS Pressure equal to'DRYWELL Pressure

OCNGS SCENARIO 29 ANNUAL EXERCISE REV NJ O' TABLE A-1.2a VENTILATION FAN STATUS T-Time: 00:00 Clock Time: 13:00 PANEL 11R EF-1-5 ON Reactor Building Exhaust EF-1-6 OFF Standby EF-1-7 ON Turbine Building Exhaust EF-1-8 OFF Standby Gas Treatment A EF-1-9 OFF Standby Gas Treatment B AOG PANEL ON Augumented Offgas System NOT IN CONTROL ROOM EF-1-16 ON Old Radwaste Building EF-1-17 OFF Old Radwaste Building HV-053A ON New Radwaste Building HV-053B- OFF New Radwaste' Building t

i: . -

'OCNGS fSCENARIO.29- -ANNUAL EXERCISE. REV-!!O 0:

                               -TABLE A-1.2b_

VENTILATION FAN STATUS T-Time: 03:00 Clock Time:_ 16:30 PANEL 11R , EF-1-5 OFF Reactor Building Exhaust EF-1-6 OF7 Standby-EF-1-7 ON Turbine Building Exhaust EF-1-8 ON Standby Gas Treatment A EF-1-9 OFF Standby Gas TreatmentLB , AOG PANEL OFF Augumented Offgas System NOT IN CONTROL ROOM

EF-1-16 OFF Old Radwaste Building-EF-1-17: OFF Old Radwaste Building: HV-053A. OFF New Radwaste Building HV-053B OFF- New Radwaste Building

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M O m = is .je .at a Ch 1 P-5 O. Turb Lube 011 Equip Area A-6 0.4 Vent Manifold Rad Mon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 Cond Vent 1 Rad Mon Ch 1 P-7 110. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Mon Ch 2 P-8 110. Cond Domin Valve Area A-9 4.0 Cond Vent 2 Rad Mon Ch 1 P-9 110. Regeneration Area A-10 10. Cona Vent 2 Rad Mon Ch 2 P-102 110. Makeup Domin Area B-1 0.2 Service Water Dischrge Mon P-11 150. cps Air Compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430. eps Radwaste Pump Room B-3 100. Radwaste Control Room B-4 3.0 Radwaste Conveyor Aisle B-5 5.0 , Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 5.2 Personnel Air Lock B-8 4.3 Reactor oper Floor Area B-9 1.0 Reactor Equip Drain Tank B-10 42. . Cleanup System Pump Area C-1 12. Fuel Pool Filters (ORW) C-2 35. Emergency Cc lenser Area C-3 OSH Shutdown Heat Exchanger C 22. Spent Fuel Pool Area C-5 4.2 Liquid Poison System Area C-6 3.1 Control Rod Drive Module C-7 6.9 Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 3.0 Fuel Pool (High Range) C-10 31. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE-MONITORS: 640. cps-CHRRM NUMBER 1: 23. R/hr CHRRM NUMBER 2: 22. R/hr OFFGAS AIR EJECTOR MONITOR: 3.40E+03 mR/hr MAIN STEAM LINE MONITOR:- 820. units
E OCNGS- SCENARIO 29 REV NO ANNUAL EXERCISE O TABLE A-1.4e Radiation Monitoring System Data (T = 0:, : 00 ) (CT - 16:00) NOTE: OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE mR/hr RADIATION MONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 Containment Spray HX A Eff P-1 8.0 Access to Control Room A-2 0.03 Containment Spray HX B Eff P-2 8.0-Reactor Control Room A-3 0.2 Containment Spray HX C Eff P-3 21. Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-8 21. Lndry & Decon Area (Chem la A-5 O. Vent Manifold Rad Mon Ch 1 P-5 O. Turb Lube Oil Equip Area A-6 0.4 Vent Manifold Rad Mon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 Cond Vent 1 Rad Mon Ch 1 P-7 160. Condensate Pump Area A-8 3.0 cond Vent 1 Rad Hon Ch 2 P-8 160. Cond Demin Valve Area A-9 4.0 Cond Vent 2 Rad Mon Ch 1 P-9 160. Regeneration Area A-10 10. Cond Vent 2 Rad Mon Ch 2 P-10 160. Makeup Demin Area B-1 0.2 Service Water Dischrge Hon P-11 150. cps Air Compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430.-cps Radwaste Pump Room B-3 100. Radwaste Control Room B-4 3.0 Radwaste Conveyor Aisle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP valve Room B-7 7.9 Personnel Air Lock B-8 7.3 Reactor Oper Floor Area B-9 2.6 Reactor Equip Drain Tank B-10 46. Cleanup System Pump Area C-1 20. Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C-4 26. Spent Fuel Pool Area C-5 4.6 Liquid Poison System Area C-6 3.0 Control Rod Drive Module C-7 7.0. Air Ejectors Area C-8 15. Fuel. Pool (Low Range) C-9 3.1 Fuel. Pool (High Range) C-10 33. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 670, cps CHRRM NUMBER 1: 86. R/hr CHRRM NUMBER 2: 85. R/hr OFFGAS AIR EJECTOR MONITOR: -2.90E+03 mR/hr MAIN STEAM LINE MONITOR: 550. units-
a l i OCNGS SCENARIO 29' ~ ANNUAL EXERCISE REV NO-- 0 ,
~~'I ABLE A-1. 4 f Radiation Monitoring System Data (T = 03:15)~~
(CT = 16:15) NOTE: 'OSH' Access to Control Room Reactor Control Room Turbine Oper Floor Entry Lndry & Lecon Area (Chem la Turb Lube Oil Equip Area Condensate Pump Area Cond Demin Valve Area Regeneration Area Makeup Demin Area Radwaste Control Room Personnel Air Lock Reactor Opor Floor Area Cleanup System Pump Area Fuel Pool Filters (ORW) Emergency Condenser Area Spent Fuel Pool Area Control Rod Drive Module Air Ejectors Area Fuel Pool (Low Range) Fuel Pool (High Range) RAGEMS HIGH-RANGE = OffsCale High AREA PROCESS RADIATION MONITORS CODE mR/hr RADIATION MONITORS CODE' mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 containment Spray HX A Eff P-1 44. A-2 0.03 contatnment spray HX B Eff P-2 43. A-3 0.2 containment Spray HX C Eff P-3 46. A-4 3.0 Containment Spray HX D Eff P-4 46. A-5 O. Vent Manifold Rad Hon Ch 1 P-5 0. A-6 0.4 Vent Manifold Rad Mon Ch 2'P-6 1.0 Feed Pump Area A-7 2.0 Cond Vent 1 Rad Mon Ch 1 P-7 180. A-8 3.0 cond Vent 1 Rad Mon Ch 2 P-8 180. A-9 4.0 Cond Vent 2 Rad Mon Ch 1 P-9~ 180. A-10 10. Cond Vent 2 Rad Mon Ch 2 P-10 180. B-1 0.2 Service Water Dischrge Mon P-11 150. eps Air Compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430. cps Radwante Pump Room B 100. B-4 3.0 Radwaste Conveyor Aiole B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 12. B-8 12. B-9 7.6 Reactor Equip Drain Tank B-10 54. C-1 35. C-2 35. C-3 OSH Shutdown Heat Exchanger C-4 32. C-5 9.0 Liquid Poison System Area C-6 13. C-7 23. .C-8 15. C-9 10. C-10 40. MONITOR: 2.44E-12 Amps RAGEMS-LOW RANGE MONITORS: 2.47E+P3 cps CHRRM NUMBER 1: 154. R/hr CHRRM NUMBER 2: 153. R/hr OFFGAS AIR EJECTOR MONITOR:-2.75E+03 mR/hr MAIN '3 TEAM LINE MONITOR: 280. units
_ _.. _ ._ - _ - . . - .~ . ,s -...-. ( II j
~~.. OCNGSI SCENARIO =79?~~
~~REV;NO O 7 ANNUAL EXERCISE-TABLE A-1.4g. (T Radiation Monitoring' System. Data... . .. . .. .. .. .... .. ..... =:-03:30)e (CT = ....~~
~~. ...16:30)~~
NOTE: - 'OSH' = Offscale High-i AREA PROCESS RADIATION MONITORS CODE .mR/hr RADIATION MONITORS CODE mR/hr. Admin Bldg Entry-Turb Bldg A-1 0.4 containment Spray HX A Ef' P-1 68. ' Access to Control Room A-2 0.03 . Containment Spray MX B Eff P 66.
~~. Reactor Control Room A-3 0.2 Containment Spray.HX-C E't 1-3 54. ' Turbine Oper-Floor Entry.~~
A-4 3.0 Containment Spray.HX D *ff P-4 64. . Lndry G Decon Area (Chem la A-5 O. Vent Manifold. Rad Mon .01 P -0. Turb Lube 011 Equip-Area A-6 'O.4 Vent-Manifold Rad Mol Ch 2 P-6 1.0; , Feed Pump Area A-7 -2.0 - Cond Vent 1 Rad Mon Ch 1 P-71 190. Condensate Pump Area A-8 3.0 cond Vent 1 Rad Hon Ch-2. P 190.. Cond Domin Valve Area A-9 4.0 Cond Vent 2 Rad Mon Ch 1- P-9: :190. Regeneration, Area A-10 10. . Cond Vent 2 Rad Mon Ch 2 P-10. -190. q
. Makeup Domin Area. B-1 0.2 Service Water-Dischrge Mon P-11 150. cpsJ Air Compressor Area- B-2 0.5 RBCCW Discharge Monitor. .P 430. cps =
~~Radwaste Pump Room B-3 100. Radwaste Control Room B-4 3.0~~
~~'Radwaste Conveyor Aisle Ba5 5.0 +~~
Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 17. Personr.el' Air Lock B-8 18. , Reactor-Oper Floor Area B-9 12. ' Reactor Equip Drain Tank .B-10 63. Cleanup System Pump Area.. C-1. 50.
~~= Fuel Pool-Filters-(ORW)- C-2 35.~~
~~Emergency condenser Area- C-3 OSH~~
~~. Shutdown Heat-Exchanger. C-4 39.~~
~~Spent--Fuel Pool Area .C-5 15. Liquid Poison System Area .C-6 19. Control Rod Drive Module- C-7. 35.~~
~
~~Air Ejectors Arua? C-8 15.- 1 Fuel Pool (Low Range) C-9 16.~~
~~-Fuel Pool.(High. Range) C 45. 'RAGEMS HIGH-RANGE MONITOR: 4.35E-12 Amps a~~~
~~RAGEMS LOW 1 RANGE MONITORS: 4.41E+03acps~~
~~-CHRRM. NUMBER 1: 227.-R/hr-CHRRM NUMBER 2: --226. R/hr 'OFFGAS AIR EJECTOR' MONITOR: 2.40E+03imR/hr- .~~
~~MAIN STEAM LINE MONITOR: 110. units-~~
-M
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.4h P.adiation Monitoring System Data (T = 03:45) (CT = 16:45) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE mR/hr RADIATION MONITORS CODE mR/hr-Admin Bldg Entry-Turb Bldg A-1 0.4 Containment Spray HX A Eff P-1 89. Access to control Room A-2 0.03 containment Spray HX B Eff P-2 86. Reactor Control Room A-3 0.2 Containment Spray HX C Eff P-3 83. Turbine Oper Floce E ?.ry A-4 3.0 Containment Spray HX D Eff P-4 82. Lndry & Decon Area (Chem la A-5 O. Vent Manifold Rad Mon Ch 1 P-5 O.
~~. Turb Lube Oil Equip Araa A-6 0.4 Vent Manifold Rad Mon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 Cond Vent 1 Rad Mon Ch 1 P-7 200.~~
Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Mon Ch 2 P-8 200. Cond Demin valve Area A-9 4.0 cond Vent 2 Rad Mon Ch 1 P-9 200. Regeneration Area A-10 10. Cond Vent ? Rad Mon Ch 2 P-10 200.' Hakeup Demin Area B-1 0.2 Service Water Dischrge Hon P-11 150. eps Air Compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430. cps-Radwaste Pump Room B-3 100. Radwaste Control Room B-4 3.0 Radwaste Conveyor Aisle B-5 5.0 Radwante Store and Ship B-o 0.3 TIP Valve Room B-7 23. Personnel Air Lock B-8 24. Reactor Oper Floor Area B-9 20. Reactor Equip Drain Tank B-10 68. ' Cleanup System Pump Area C-1 70. Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C-4 48. Spent Fuel Pool Area C-5 22. Liquid Poison System Area C-6 27. Cottrol Rod Drive Module- C-7 51. Air Ejectors Area C-8 15. Fuel Fool (Low Range) C-9 22. Fuel Pool (High Range)- C 51. RAGEMS HIGH-RANGE MONITOR: 6.41'E-12 Amps RAGEMS LOW RANGE MONITORS: 6.50E+03 cps CHRRM_ NUMBER 1: 311.'R/hr CHRRM NUMBER 2: 310. R/hr-OFFGAS AIR EJECTOR MONITOR: 2.10E+03 mR/hr MAIN STEAM LINE MONITOR: 75.' units I
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.41 Radiation Monitoring System Data (T = 04:00) (CT = 17:00) NOTE: 'OSH' = OffsCale High AREA PROCESL RADIATION MONITORS CODE mR/hr RADIATION HONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 Containment Spray HX A Eff P-1 85. Access to Control Room A-2 0.03 Containment Spray HX B Eff P-2 85. Reactor Control Room A-3 0.2 Conta, ment Spray HX C Eff P-3 80. Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 80. Lndry & Decon Area (Chem la A-5 O. ' Vent Manifold Rad Hon Ch 1 P-5 O. Turb Lube Oil Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 Cond Vent 1 Rad Mon Ch 1- P-7 190. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Mon Ch 2 P-B- 190. Cond Demin Valve Area A-9 4.0 cond Vent 2 Rad Hon Ch 1 P-9 190. Regeneration Area A-10 10. Cond Vent 2 Rad Mon Ch 2 P-10 190. Makeup Domin Area t;-1 0.2 Service Water Dischrge Hon P-11 150.~eps Air Compressor Area D-2 0.5 RBCCW Discharge Monitor P-12 430. cps Radwaste Pump Room B-3 100. Radwaste Control Room B 3.0 Radwaste Conveyor Aisle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 31. Personnel Air Lock B-8 32. Reactor Oper Floor Area B-9 28. R2 actor Equip Drain Tank B-10 72.
~~' Cleanup System Pump hrea C-1 90.~~
~~Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area 0-3 OSH Shutdown Heat Exchangor C-4 58.~~
~~. Spent Fuel Pool Area C-5 29.~~
Liquid Poison System Area C-6 - 37. Contrr.1 Rod Drive Module C-7 67. Air Ejectors Area C-B 15. Fuel Pool-(Low Range) C-9 30. Fuel Pool-(Hioh Range) C-10 59. RAGEMS HIGH-RANGE MONITOR: 8.77E-12 Amps RAGEMS LOW RANGE MONITORS: 8.9etF03 Cps CHRRM NUMBER 1: 415. R/hr CHRRM NUMBER 2: 413. R/hr OFFGAS AIR-EJECTOR MONITOR: 1.80E+03 mR/hr MAIN STEAM LINE MONITOR: 40. units
OC11GS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.4j Radiat .)n Monitoring System Data (T = 04:15) (CT = 17 : 15) NOTE: ' 0 S 11 ' = OffsCale High AREA PROCESS RADIATION HONITORS CODE mR/hr RADIATION HONITOR$ CODF mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 containment Spray HX A Eff P-1 75. Access to control Room A-2 0.03 Containment Spray HX B Eff P-2 75. Reactor Control Room A-3 0.2 Containment Spray HX C Eff P-3 70. Turbine Oper Floor Entry A-4 3.0 containment Spray HX D Eff P-4 70. Lndry s. Decon Area (Chem la A-5 O. Vent Hanif ol-j Rad Hon Ch 1 P-b 0. Turb b.Se Oil Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1.0 Feed rump Area A-7 2.0 cond Vent 1 Rad Hon Ch 1 P-7 170. Condensate Pump Area A-B 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 170. Cond Demin Valve Area A-9 4.0 Cond Vent 2 Rad Hon Ch 1 P-9 270. Rege atmtion Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 170. Makeg semin Area B-1 0.2 Service Water Dischrge Hon P-11 150. eps Air Compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430. cps Radwaste Pump Room B-3 100. Radwaste Control Room B-4 3.0 Radwaste conveyor Aisle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 39. Personnel Air Lock B-8 41. Reactor Oper Floor Area B-9 39. Reactor EqJip Drain Tank B-10 99. Cleanup System Pump Area C-1 120. Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C-4 70. Spent Fuel Pool Area C-5 40. Liquid Poison Fystem Area C-6 48. l Control Rod Drive Module C-7 88. Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 39. Fuel Pool (High Range) C-10 60. RAGEMS HIGH-RANGE MONITOR: 8.70E-12 Amps RAGEMS LOW RANGE McNITORS: 8.80E+03 cps CHRRM NUMBER 1: 415. R/hr CHRRM NUMBER 2: 415. R/hr OFFGAS AIR EJECTOR MONITOR: 1.20E+03 mR/hr MAIN STEAM LINE MONITOR: 15. units 9. s
~~-..-,.-.A~~
l l OCHGb SCENARIO 29 i ANNUAL EXERCISE REV No 0 ! l TABLE A-1.4k Radiation Monitoring System Data
~~.....-------------------------------------~~~~-------------~~
~~(T = 04:30) (CT = 17:30) NOTE: 'OSH' = Of f scale liigh {~~
)
AREA PROCESS RADIATION HONITORS CODE mR/hr RADIATION HON 1 TORS CODE mR/hr Admin Bldg Entry Turb Bldg A-1 0.4 Containment Spray HX A Eff P-1 80. . Access to Control Room A-2 0.03 Containment Spray HX B Eff P-2 80. Reactor Control Room A-3 0.2 Containment Spray HX C Eff P-3 70. Turbine omr Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 70. Lndry & D' on Area (Chem la A-5 O. Vent Manifold Rud Hon Ch 1 P-5 O. Turb Lube 011 Equip Area A-6 0.4 Vent Manifold Red Hon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 Cond Vent 1 Rad Hon Ch 1 P-7 150. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 150. ; Cond Domin Valve Area A-9 4.0 Cond Vent 2 Rad Hon Ch 1 P-9 150. Reneneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 150. Makeup Demin Area B-1 0.2 Service Water Dischrge Hon P-11 150. cps Air Compressor Area B-2 0.5 RBCCW D!echarge Monitor P-12 430. cpn~ Radwaste Pump Room B-3 100.
Radwaste Control Room B-4 3.0 Radwaste Conveyor Ais)s B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 49.
Personnel Air Lock B-8 52. Reactor Oper Floor Area B-9 48. Reactor Equip Drain Tank B-10 120. Cleanup System Pump Area C-1 150. , Fuel Pool Filters (ORW) C-2 35. Emergency condenser Area C-3 OSH Shutdown Heat Exchanger C-4 84. Spent Fuel Pool Area C-5 45. Liquid Poison System Area C-6 61. Control Rod Drive Hodule C-7 110. Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 50. Fuel Pool (High Range) C-10 80. RAGEMS MIGH-RANGE MONITOR: 7.33E-12 Amps RAGEMS LOW RANGE MONITORS: 8.00E+03 cps CHRRM NUMBER 1: 400. R/hr CHRRM NUMBER 2: 400. R/hr-0FFGAS AIR EJECTOR MONITOR: 600. mR/hr MAIN STEAM LINE MONITOR: 1. units
1 OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.41 Radiation Monitoring System Data (T = 04:45) (CT = 17:45) NOTE: ' 0 511' = Of f scale liigh AREA PROCESS RADIATION HONITORS CODE rnR/hr RADIATION HONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 Containment Spray HX A Eff P-1 75. Access to Control Room A-2 0.03 Containment Spray HX U Eff P-2 75. Reactor Control Room A-3 0.2 cont ainment Spray HX C Ef f P-3 65. Turbine Oper Floor Entry A-4 3.0 containment Spray HX D Eff P-4 65. Lndry & Decon Area (Chem la A-5 O. Vent Manifold Rad Hon Ch 1 P-5 O. Turb Lube 011 Equip Area A-6 0.4 Vent Hanifold Rad Hon Ch 2 P-6 1.0 Fued Pump Area A-7 2.0 Cond Vent 1 Rad Hon Ch 1 P-7 130. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 130. Cond Demin Valve Area A-9 4.0 cond Vent 2 Rad Hon Ch 1 P-9 130. Regeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 130. Maxeup Demin Area B-1 02 Service Water Dischrge Hon P-11 150. cps Air Comp'espor Area B-2 0.5 RDCCW Discharge Monitor P-12 430. cps Radwaste Pump Room B-3 100. Radwasts Control Room B-4 3.0 Radwaste conveyor himle B-5 5.0 Radwaste Store and Ship R-6 0.3 TIP Valve Room D-7 59. Personnel Air Lock B-8 63. Reactor Oper Floor Area D-9 57. Reactor Equip Drain Tank B-10 135. Cleanup System Pump Area C-1 185. Fuel Pool Filters (ORW) C-2 35. Emergency condenser Area C-3 oSH Shutdown Heat .tx c ha nge r C-4 99. Spent Fuel Pool Area C-5 55. Liquid Poison System Area C-6 75. Control Rod Drive Module C-7 115. Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 60. Fuel Pool (High Range) C-10 90. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 600. cps )* CHRRM NUMBER 1: 480. R/hr CHRRM NUMBER 2: 480. R/hr OFFGAS AIR EJECTOR MONITOR: 200. mR/hr MAIN STEAM LINE MONITOR: 1. units
OCHGS SCENARIO ~29 ANNUAL EXERCISE REV NO O TABLE A-1.4m Radiation Monitoring System Data (T = 05:00) (CT = 18:00) NOTE: 'OSH' = OffsCale High i I AREA PROCES$ RADIATION HONITORS CODE mR/hr RADIATION HONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 containment Spray HX A Eff P-1 70. Access to control Room A-2 0.03 containment spray HX B Eff P-2 70. Reactor Control Room A-3 0.2 Containment Spray HX C Eff P-3 60. Turbine Oper Floor Entry A-4 3.0 Containment spray HX D Eff P-4 60. , Lndry & Decon Area (Cham la A-5 O. Vent Manifold Rad Hon Ch 1 P-5 O. Turb Lube 011 Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 cond Vent 1 Rad Hon Ch 1 P-7 120. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 120. Cond Domin Valve Area A-9 4.0 Cond Vent 2 Rad Hon Ch 1 P-9 120. Regeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 120. Hakeup Demin Area B-1 0.2 Service Water Diochrge Hon P-11 150. cps , Air Compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430. eps Radwaste Pump Room B-3 200. Radwaste Control Room B-4 3.0 - Radwaste Conveyor Aiole B-5 5.0 Radweste Store sed Ship B-6 0.3 TIP ValvL Room B-7 71. Personnel tir Lock B-8 75. Reactor Oper Floor Area B-9 65. Reactor Equip Drain Tank B-10 150. Cleanup System Pump Area C-1 220. Fuel Pool Filters (ORW) C-2 35. , Emergency Condesser Area C-3 OSH Shutdown Heat Exchanger C-4 110. Spent Fuel Pool Area C-5 65. Liquid Poison System Area C-6 89. Control Hod Drive Module C-7 170. Air Ejectors Area C-8 J5. Fuel Pool (Low Range) C-9 70. Fuel Pool (High Range) C-10 100. RAGEMS MIGH-RANGE MONITOR: 1.0E-13 Amps . RAGEMS LOW RANGS MONITORS: 200. cps CHRRM NUMBER 1: 370. R/hr CHRRM NUMBER 2: 370. R/hr OlFGAS AIR EJECTOR MONITG.1: 1. mR/hr. MAIN' STEAM LINE MONITOR: 1. units _. . ._ _ , _ . . , . , _ _ . _ , _ _ _ . . _ _ . ~ . .
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.4n Radia+. ion Monitoring System Data (T = 05:15) (CT = 18:15) NOTE: 'OSil' = Of f scale liigh AREA PROCESS RADIATION MONITORS CODE mR/hr RADIATI N MONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 Containment spray HX A Eff P-1 65. Access to control Room A-2 0.03 containment Spray HX B Eff P-2 65. Reactor Contrci Room A-3 0.2 Containment Spray HX C Eff P-3 55. Turbine Oper Floor Entry A-4 3.0 containment Spray HX D Eff P-4 55. Lndry fr Decon Area (Chem la A-5 O. Vent Manifold'. tad Hon Ch 1 P-5 O. Turb Lube 011 Equip Area A-6 0.4 Vent Manifold Rad Mon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 cond Vent 1 Rad Mon Ch 1 P-7 120. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 120. Cond Demin valve Area A-9 J.0 Cond Vent 2 Rad Mon Ch 1 P-9 120. Regeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 120. Makeup Demin Area B-1 0.2 Service Water Dinchrge Mon P-11 150. eps Air compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430. cps Radwaste Pump Room B-3 200. Radwaste Control Room B-4 3.0 Radweste Conveyor Aisle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 70. Personnel Air Lock B-8 87. Reactor Oper Floor Area B-9 64. Reactor Equip Drain Tank B-10 146. Cicanup System Pump. Area C-1 215. Fuel Pool Filters (ORW) C-2 35. Emergency condenser Area C-3 OSH Shutdown Heat Exchanger C-4 108. Spent Fuel Pool Area C-5 64. Liquid Poison System Area C-6 85. Control Rod Drive Module C-7 165. Air Ejectors Area C-8 1K. Fuel Pool (Low Range) C-9 69. Fuel Pool (High Range) C-10 100. RAGEMS -IIIGil-RANGE MONITOR: 1.OE-13 Amps RAGEMS-LOW RANGE MONITORS: 50.. cps CHRRM NUMBER-1: 360. R/hr CHRRM NUMBER 2: 360. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 1. units [ l l I
OCl1GS SCENARIO 29 ANNUAL EXERCISE REV Ho O TABLE A-1.40 Radiation Monitoring System Data (T = 05:30) (CT..= 18:30) NOTE: 'OSH' = Offscalo High AREA PROCESS RADIATION HONITORS CODE mR/hr RADIATION HONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 containment Spray HX A Eff P-1 60. Access to control Roon A-2 0.03 Containment Spray HX B Eff P-2 60. Reactor control Room A-3 0.2 containment Spray HX C Eff P-3 50. Turbine oper Floor Entry A-4 3.0 containment Spray HX D Eff P-4 50. Lndry & Decon Area (Chec ** A-5 0. Vent Manifold Rad Hon Ch 1 P-5 O. Turb Lube oil Equip A et. "4. Vent Hanifold Rad Hon Ch 2 P-6 1.0 Peed Pump Area 4 2< Cond Vent 1 Rad Hon Ch 1 P-7 120. Condensate Pump Area p+ f, Cond Vent 1 Rad Hon Ch 2 P-8 120. Cond Demin Valve Area )" 4.; Cond Vent 2 Rt.d Hon Ch 1 P-9 120. Regeneration Area ag 10. Cond Vent 2 Rad Hon Ch 2 P-10 120. Makeup Domin Area B-1 0.2 Service Water Dischrge Hon P-11 150. eps Air Conipressor Arca B-i 0.5 RBCCW Discharge Monitor P-12 430. eps Radwaste Pump ".opm 3-? 100. 3 Radwaste Control Room B-4 3.0 Radwaste conveyor Aisle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 69. Personnel Air Lock B-8 100. Reactor oper Floor Area D-9 63. Reactor Equip Drain Tank B-10 142. Cleanup System Pump Area C-1 210. Fuel Pool Filters (ORW) C-2 35. Emergency condenser Area C-3 OSH Shutdown Heat Exchanger C-4 105. - Spent Fuel Pool Area C-5 63. . Liquid Poison System Area C-6 80. Control Rod Drive Hodule C-7 160. Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 68. Fuel Pool (High Range) C-10 100. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS. LOW RANGE MONITORS: 60. cpn CHRRM-HUMBER 1: 350. R/hr CHRRM NUMBER 2: 350. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 1. units
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O i TABLE A 1.4p Radiation Monitoring System Data (T = 05:45) (CT = 18:45) NOTE: 'OSH' = Of fscale liigh AREA PROCESS RADIATION HONITORS CODE mR/hr RADIATION HONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 Containment Spray HX A Eff P-1 $5. Access to Control Room A-2 0.03 containment spray HX D Eff P-2 55. Reactor control Room A-3 0.2 Containment Spray HX C Eff P-3 45. Turbine Oper Floor Entry A-4 3.0 Containment Spray IIX D Eff P-4 45. Lndry & Decon Area (Chem la A-5 O. Vent Hanifold Rad Hon Ch 1 P-5 O. Tu:b Lube Oil Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 cond Vent 1 Rad Hon Ch 1 P-7 120. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 120. Cond Demin Valve Area A-9 4.0 Cond Vent 2 Rad Hon Ch 1 P-9 120. Regeneration Area A-10 10. Cond Vent 2 Rad Hon-Ch 2 P-10 120. Makeup Demin Area B-1 0.2 service Water Dischrge Hon P-11 150. cps Air Compressor Area D-2 0.5 RDCCW Discharge Munitor P-12 430, cps Radwaste Pump Room B-3 200. Radwaste control Room D-4 3.0 Radwaste Conveyor Aisle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP valve Room D-7 67. Personnel Air Lock D-8 110. Reactor Oper Floor Area D-9 60. Reactor Equip Drain Tank B-10 147. Cleanup System Pump Area C-1 200. Fuel Pool Filters (ORW) C-2 35. Emergency condenser Area C-3 OSH Shutdown Heat Exchanger C-4 100. Spent Fuel Pool Area C-5 60. Liquid Poison System Area C-6 75. Control Rod Drive Module C-7 150. Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 60. Fuel Pool (High Range) C-10 90. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 50. cps CHRRM NUMBER 1: 340. R/hr CHRRM NUMBER 2: 340. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR:- 1. units
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.4q l Radiation Monitoring System Data (T = 06:00) (CT = 19:00) NOTE: 'OSH' = Offscale High I AREA PROCESS RADIATION HONITOh5 CODE mR/hr RADIATION HONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 Containment spray HX A Eff P-1 50. Access to control Room A-2 0.03 containment spray HX B Eff P-2 50. Reactor Control Room A-3 0.2 Containment Spray HX C-Eff P-3 40. Turbine oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 40. i Lndry & Decon Area (Chem la A-5 0. Vent Manifold Rad Hon Ch 1 P-5 O. Turb Lube oil Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1.0 Teed Pump Area A-7 2.0 cond Vent 1 Rad Hon Ch 1 P-7 120. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 120. Cond Domin Valve Area A-9 4.0 Cond Vent 2 Rad Hon Ch 1 P-9 120. Regeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 120. Makeup Demin Area B-1 0.2 Service Water Dischrge Hon P-11 150. cps-Air coropressor Area B-2 0.5 RBCCW Discharge Honitor P-12 430. cps Radwaste Pump Room B-3 100. Radwaste Control Room B-4 3.0 Radwaste Conveyor Aisle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 65. Parsonnel Air Lock B-8 120. R: actor Oper Floor Area B-9 58. R3 actor Equip Drain Tank B-10 130. Cleanup system Pump Area C-1 190. Puel Pool Tilters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C-4 97. Spsnt Fuel Pool Area C-5 57. Liquid Poison System Aret- C-6 70. Control Rod Drive Module C-7 143. Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 58. Fuel Pool (High Range) C-10 90. RAGEMS HIGH-RANGE MONITOR: 1.OE-13 Amps
-RAGEMS LOW RANG MONITORS: 40. cps CHRRM NUMBER 1: 330. R/hr CHRRM NUMBER 2: 330. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 1. units s
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.41 i Radiation Monitoring System Data (T = 04:00) (CT = 17:00)
~~----- ..-- --....................--........................ i NOTE: 'OSil' = Offscale High l I~~
l AREA PROCESS RADIATION MONITORS CODE mR/hr RADIATION MONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 containment Spray HX A Eff P-1 85. j Access to Control Room A-2 0.03 containment spray HX B Eff P-2 85. i Reactor Control Room A-3 0.2 containment Spray HX C Eff P-3 80. l Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 80. ! Lndry & Decon Area (Chem la A-5 O. Vent Manifold Rad Hon Ch 1 P-5 O. Turb Lube 011 Equip Area A-6 0.4 Vent Manifold Rad Mon Ch 2 P-6 1.0 Fced Pump Area A-7 2.0 Cond Vent 1 Rad Hon Ch 1 P-7 190. Condensate Pump Area A-8 3.0 cond Vent I nad Mon Ch 2 P-8 190. Cond Demin Valve Area A-9 4.0 Cond Vent 2 Rad Mon Ch 1 P-9 190. Rsgeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 190. Makeup Derin Area B-1 0.2 Service Water Dischrge Hon P-11 150. eps - Air Compressor Area B-2 0.5 RUCCW Discharge Monitor P-12 430. eps Radwaste Pump Room B-3 100. Radwaste Control Room B-4 3.0 Redwaste Conveyor Aisle B-5 5.0 Redwaste Store and Ship B-6 0.3 TIP Valve Room B-7 23. Personnel Air Lock B-8 32. Reactor Oper Floor Area B-9 29. Rsactor Equip Drain Tank B-10 84. Cleanup System Pump Area C-1 90. Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C-4 58. Spent Fuel Pool Area C-5 29. Liquid Poison System Area C-6 37. Control Rod Drive Module C-7 69. Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 32. Fuel Pool (High Range) C-10 62. RAGEMS HIGH-RANGE MONITOR: 8.77E-12 Amps RAGEMS LOW RANGE MONITORS: 8.90E+03 cps CHRRM NUMBER 1: 415. R/hr CHRRM hUMBER 2: 4 4.: . C/hr OFFGAS AIR EJECTOR MONITOR: 1.80E+03 nR/hr MAIN STEAM LINE MONITOR: 40. units l l l' l
~~. .. ._- ~ , _- ._~~
f f OCNGS SCENARIO 29 , ANNUAL EXERCISE REV NO O TABLE A-1.4j Radiation Monitoring System Data (T = 04:15) (CT = 17:15) NOTE: 'OSH' = Offscale High i AREA PROCESS RADIATION HONITORS CODE mR/hr RADIATIO.i MONITORS CODE mR/hr , Admin Bldg Entry-Turb Bldg A-1 04 Containmont Spray HX A Eff P-1 75. Access to Control Room A-2 0.03 Containment Spray HX B Eff P-2 75. Reactor Control Room A-3 0.2 containment Spray HX C Eff P-3 70. Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 70. Lndry & Decon Area (Chem la A-5 0. Vent Manifold Rad Hon Ch 1 P-5 0. Turb Lube Oil Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1. 0 - Feed Pump Area A-7 2.0 Cond Vent 1 Rau Hon Ch 1 P-7 170. Condensate Pump Area A-8 3.0 cond Vent 1 Rad Hon Ch 2 P-8 170. Cond Demin Valve Area A-9 4.0 Cond Vent 2 Rad Hon Ch 1 P-9 170. Regeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 170. Makeup Domin Area B-1 0.2 Service Water _Dischrge Hon P-11 150. cps Air Compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430, cps Radwaste Pump Room B-3 100. Radwasta Control Room B-4 3.0 Radwaste Conveyor Alsle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 24. Personnel Air Lock B-8 41. Reactor Oper Floor Area B-9 28. Reactor Equip Drain Tank U-10 85. Cleanup System Pump Area C-1 94. Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdow;; Heat Exchanger C-4 58. Spent Fuel Pool Area C-5 29. Liquid' Poison System Area C 34. Control Rod Drive Module C-7 63. Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 30. Fuel Pool (High Range) C-10 60. RAGEMS HIGH-RANGE MONITOR: 8.70E-12_ Amps RAGEMS LOW RANGE P.ONITORS: 8.90E+03 cps CHRRM NUMBER 1: 415. R/hr CHRRM NUMBER 2: 415. R/hr ~ OFFGAS AIR EJECTOR MONITOR: 1.80E+03 mR/hr g MAIN STEAM LINE MONITOR: 40. units I f i
~~s. - - - - . -~~
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.4k Radiation Monitoring System Data (T = 04:30) (CT = 17:30) NOTE: 'OSil' = Of f scale liigh AREA PROCESS RADIATION HONITORS CODE mR/hr RADIATION HONITORS CODE mR/hr Admin Bldg Ent.y-Turb Bldg A-1 0.4 containment Spray HX A Eff P-1 80. Access to Control Room A-2 0.03 containment Spray HX B Eff P-2 80. Reactor Control Room A-3 0.2 Containment Spray HX C Eff P-3 70. Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 70. Lndry & Decon Area (Chem la A-5 O. Vent Hanifold Rad Hon Ch 1 P-5 O. Turb Lube Oil Equip Area A-6 0.4 Vent Hanifold Rad Hon Ch 2 P-6 1.0 Fsed Pump Area A-7 2.0 cond Vent 1 Rad Hon Ch 1 P-7 150. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 150. Cond Domin Valve Area A-9 4.0 Cond Vent 2 Rad Hon Ch 1 P-9 150. Rsgeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 150. Makeup Domin Area B-1 0.2 Service Water Dischrge Hon P-11 150. eps Air Compressor Area B-2 0.5 RBCCW Discharge Honitor P-12 430.'epe Radwaste Pump Room B-3 100. Radwaste Control Room B-4 3.0 Radwaste conveyor Aisle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 31. Personnel Air Loch B-8 52. Rsactor Oper Floor Area B-9 28. Reactor Equip Drain Thnk B-10 85. l Cleanup System Pump Area C-1 92. Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C-4 56. Spent Fuel Pool Area C-5 27. Liquid Poison System Area C-6 34.
~~-Control Rod Drive Module C-7 63.~~
Air Ejectors Area C-8 -15. Fuel Pool (Low Range) C-9 28. Fuel Pool (High Range) C-10 60. i RAGEMS IIIGH-RANGE MONITOR: 7.33E-12 Amps RAGEMS LOW RANGE MONITORS: 8.00E+03 Cps 400. R/hr CilRRM NUMBER 1: CHRRM NUMBER 2: 400. R/hr OFFGAS AIR EJECTOR MONITOR: 600. mR/hr , MAIN STEAM LINE MONITOR: 1. units l
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O , TABLE A-1.41 Radiatlon Monitoring System Data (T = 04:45) (UT = 17:45) NOTE: ' OSil' = Of f sCalo }{igh AREA PROCESS RADIATION HONITORS CODE mR/hr RADIATION HONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.A Containment spray HX A Eff P-1 75. Access to control Room A-2 0.03 containment Spray HX B Eff P-2 75. Reactor Control Room A-3 0.2 Containment Spray HX C Eff P-3 65. Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 65. Lndry e Decon Area (Chem la A-5 O. Vent Hanifold Rad Hon Ch 1 P-5 O. Turb Lube Oil Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 Cond Vent 1 Rad Hon Ch 1 P-7 130. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 130. Cond Demin Valve Area A-9 4.0 Cond Vent 9 Rad Hon Ch 1 P-9 130. Regeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 130. Makeup Domin Area B-1 0.2 Service Water Dischrge Hon P-11 150 cps Air Compressor Area B-2 0.5 RBCCW Discharge Monitor- P-12 430, cps Radwaste Pump Room B-3 100. - Radwaste control Room B-4 3.0 Radwaste Conveyor Aisle B-5 s.O Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 28. Personnel Air-Lock B-8 63. Reactor Oper Floor Area B-9 25. Reactor Equip Drain Tank B-10 84. Cleanup System Pump Area C-1 90. Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heet Exchanger C-4 53. Spent Fuel Pool Area C-5 25. Liquid Poison System Area C-6 32. Control Rod Drive Module C-7 56. Air Ejectora Area C-8 15. Tuol Pool'(Low Range) C-9 25. Fuel Pool (High Range) C-10 55. RAGEMS llIGil-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS:- 300,- Cps CIIRRM NUMBER 1: 4.d. R/hr CHRRM NUMBER 2: 400. R/hr OFFGAS AIR EJECTOR MONITOR: 600. mR/hr MAIN STEAM LINE MONITOR: 1. units l l am-- n , - , +e - . , ~a, - n - , , ,n- - . . . , , - , - , - , , n ,-
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.4m Radiation Monitoring System Data (T = 05:00) (CT = 18:00) NOTE: 'OSH' = OffsCalo lugh AREA PROCESS RADIATION HON 1 TORS CODE mR/hr RADIATION HONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 containment Spray HX A Eff P-1 70. Access to control Room A-2 0.03 containment Spray HX B Eff P-2 70. Reactor control Room A-3 0.2 containment Spray HX C Eff P-3 60. Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 60. Lndry & Decon Area (Chem _la A-5 O. Vent Manifold Red Hon Ch 1 P-5 O. Turb Lubo 011 Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 Cond vent 1 Rad Hon Ch 1 P-7 120. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 120. Cond Demin Valve Area A-9 4.0 Cond Vent 2 Rad Hon Ch 1 P-9 120. Regeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-40 120. Makeup Demin Area B-1 0.2 Service Water Dischrga Hon P-11 150. cps Air Compressor Area B-2 0.5 R8CCW Discharge Monitor P-12 430. eps Radwante Pump Room B-3 100. Radwaste Control Room B-4 3.0 Radwaste Conveyor Aisle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP Valve Room B-7 25. Personnel Air Lock B-8 75. Reactor Oper Floor Area B-9 22. Reactor Equip Drain Tank B-10 82. Cleanup System Pump Area C-1 88. Fuel Pool Filte (ORW) C-2 35. Emergency Condenoar Area C-3 OSH Shutdown Heat Exchanger C-4 50. Spent Fuel Pool Area C-5 23. Liquid Poiar n. System Area C-6 -30. Control Rod Drive Module C-7 52. Air Ejectore Area C-8 15. Fuel Pool (Low Range) C-9 22. Fuel Pool (High Range) C-10 52. RAGEMS IIIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 200. cps CilRRM NUMBER 1: 390. R/hr - CHRRM NUMBER 2: 390. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 1. units l l l L
l OCNGS SCENARfC 29 ANNUAL EXERCISE REV NO O TABLE A-1.4n ) Radiation Monitoring System Data (T = 05:15) (CT = 18:15) NOTE: 'OSH' = OffsCale High , 1 AREA PROCESS RADIATION HONITORS CODE mR/hr RADIATION MONITORS CODE mR/hr Admin Oldg Entry-Turb Bldg A-1 0.4 Containment Spray HX A Eff P-1 65.' . Access to control Room A-2 0.03 Containment Spray HX B Eff P-2 65, Reactor Control Room A-3 0.2 Containment Spray HX C Eff P-3 55. Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 55. Lndry & Decon Area (Chem la A-5 O. Vent Manifold Rad Hon Ch 1 P-5 O. Turb Lube Oil Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1.0 Feed Pump Area A-7 2.0 Cond Vent 1 Rad Hon Ch 1 P-7 120. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 120. Cond Demin Valve Area A-9 4.0 Cond Vent 2 Rhd Hon Ch 1 P-9 120. Regeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 '
~~10 120. '~~
i Hakeup Domin Area B-1 0.2 Service Water Dischrge Hon P-11 150. eps Air compressor-Area B-2 0.5 RBCCW Discharge Monitor P-12 430. cps Radwaste Pump Room B-3 100. Radwaste Control Room B-4 3.0 Radwaste Conveyor Aisle D-5 5.0 Radwaste Store and Ship D-6 0.3 , TIP Valve Room B-7 23. Personnel Air Lock B-8 87. Reactor Oper Floor Area B-9 18. Reactor Equip Drain Tank B-10 78. Cleanup System Pump Area C-1 84. Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C-4 45. Spent Fuel Pool Area C-5 19. Liquid Poison System Area C-6 28. Control Rod Drive Module C-7 46. Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 18. Fuel Pool (High Range) C-10 48. RAGEM5 HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 155. cps CHRRM NUMBER 1: 384. R/hr CHRRM NUMBER 2: 384. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr- 1 MAIN STEAM LINE MONITOR: 1. units
~~- - - , - - - - - - . -,y w i.,~v,- w v. - , - 3y < ,r-- ,r, - - - , , , , , . -y 4,-- -.7,----y =u- - + - . - yv.~~
1 i OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O ,
)
TABLE A-1.40 Radiation Monitoring System Data (T = 05:30) (CT = 18:30) NOTE: 'OSil' = OffsCale High AREA PROCESS RADIATION HONITORS CODE mR/hr RADIATION HONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 Containment spray HX A Eff P-1 60. Access to Control Room A-2 0.03 Containment spray HX B Eff P-2 60. Reactor Control Room A-3 0.2 Containment-Spray HX C Eff P-3 50. Turbine Oper Floor Entry A-4 3.0 Containmen', Spray HX D Eff P-4 50. Lndry f. Decon Area (Chem la A-5 O. Vent Hanifold Rad Hon Ch 1 P-5 0. Turb Lube 011 Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1.0 Faed Pump Area A-7 2.0 Cond Vent 1 Rad Hon Ch 1 P-7 120. Condensate Pump Area A-B 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 120. Cond DemJn Valve Area A-9 4.0 Cend Vent 2 Rad Hon Ch 1 P-9 120. Rzgeneration Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P-10 120. Makeup Demin Area B-1 0.2 Service Water Dischrge Hon P-11 150. eps Air Compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430. cps Radwaste Pump Room B-3 100. Jadwaste Control Room B-4 3.0 Radwaste Conveyor Aisle B-5 5.0 Radwante Store and Ship B-6 0.3 TIP Valve Room B-7 21. Parsonnel Air Lock B-8 100. . Roactor Oper Floor Area B-9 14. Roactor Equip Drain Tank B-10 75. Cleanup System Pump Area C-1 80. Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C-4 40. Spent Fuel Pool Area C-5 15. Liquid Poison System Area C-6 25. Control Rod Drive Module C-7 40. Air Ejectors Area C-8 15. Fuel Pool (Low Range) C-9 14. Fuel Pool (High Range) C-10 44. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE-MONITORS: 110. cps CHRRM NUMBER 1: 378, R/hr CHRRM NUMBER 2: T?3 , R/hr OFFGAS AIR EJECTOR HodITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 1. units l l l l j< ( :.
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.4p Radiation Monitoring System Data (T = 05:45) (CT = 18:45) NOTE: 'OSH' = Offscalo High ) AREA PROCESS RADIATION MONITORS CODE mR/hr RADIATION MONITORS CODE mR/hr Admin Bldg Entry-Turb Bldg A-1 0.4 Containment Spray HX A Eff P-1 55. Access to Control Room A-2 0.03 containment Spray HX B Eff P-2 55. Reactor Control Room A-3 0.2 Containment Spray HX C Eff P-3 45. Turbine Oper Floor Entry A-4 3.0 containment Spray HX D Eff P-4 45. Lndry & Decon Area (Chem la A-5 O. Vent Manifold Rad Mon Ch 1 P-5 O. Turb Lube oil Equip Area A-6 0.4 Vent Manifold Rad Mon Ch 2 P-6 1.0 Peed Pump Area A-7 2.0 cond Vent 1 Rad Hon Ch 1 t'- 7 120. Condensate Pump Area A-8 3.0 Cond Vent 1 Red Mon Ch 2 P-8 120. Cond Domin Valve Area A-9 4.0 cond Vent 2 Rad Mon Ch 1 P-9 120.- Regeneration Area A-10 10. Cond Vent 2 Rad Hon-Ch 2 P-10 120. Makeup Domin Area B-1 0.2 Service-Water Dischrge Mon P-11 150. cps Air Compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430. ,J-Radwaste Pump Room B-3 100. Radwaste control Hoom B-4 3.0 Radwaste Conveyor Aisle B-5 5.0 Radwaste Store and Ship B-6 0.3 TIP valve Room B-7 20. Personnel Air Lock B-8 110. Reactor Oper Floor Area B-9 13. Reactor Equip Drain Tank B-10 70. Cleanup System Pump Area C-1 76. Fuel Pool Filters (ORW) C-2 35. Emergency condenser Area C-3 OSH Shutdown Heat Ex~ hanger C-4 36. Spent Fuel Pool Area C-5 14. L'ould Poison System Area C-6 21. Control Rod Drive Module C-7 38. Air Ejectore Area C-8 15. Puol Pool (Low Range) C-9 13. Fuel Pool (High Range) C-10 43. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS~ LOW RANGE MONITORS: 105. cps CHRRM NUMBER 1: 370. R/hr CHRRM NUMBER 2: 370. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 1. units'
~~. _ _ . .-- .. ~ . _ - . . - . _ - _ . - _ _ - - . - - . - . _ - - . - . = .~~
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-1.4g Radiation Monitoring System Data (T = 06:00) (CT = 19:00) NOTE: '0S11' = Of f cCale liigh q l AREA PROCESS RADIATION HONITORS CODE mR/hr RADIATION HONITORS CODE mR/hr Admin D1dg Entry-Turb Bldg A-1 0.4 Containment Spray HX A Eff P-1 50. Access to control Room A-2 0.03 Containment Spray HX B Eff P-2 50. Reactor Control Room A-3 0.2 Containment Spray HX C Eff P-3 40. Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Etf P-4 40. Lndry & Decon Area (Chem la A-5 O. Vent Hanifold Rad Hon Ch 1 P-5 O. Turb Lube Oil Equip Area A-6 0.4 Vent Manifold Rad Hon Ch 2 P-6 1.0 Tsed Pump Area A-7 2.0 cond Vent 1 Rad Hon Ch 1 P-7 120. Condensate Pump Area A-8 3.0 Cond Vent 1 Rad Hon Ch 2 P-8 120. Cond Demin Valve Area A-9 4.0 Coud Vent 2 Rad Hon Ch 1 P-9 120. , R3 generation Area A-10 10. Cond Vent 2 Rad Hon Ch 2 P 120. Hakeup Demin Area P-1 0.2 Service Water Dischrge Hon P-11 .150. cps Air Compressor Area B-2 0.5 RBCCW Discharge Monitor P-12 430, cps Radwasta Pump Room B-3 100. Radwaste Control Room . B-4 3.0 Radwaste Conveyor Aisle B-5 5.0 Redwaste Store knd Ship B-6 0.3 T1P Valve Room B-7 18 Personnel Air Lock B-8 120. R3 actor Oper Floor Area B-9 13. Reactor Equip Drain Tank B-10 60. , Cleanup System Pump A.Ja C-1 74, Fuel Pool Filters (ORW) C-2 35. ' Emergency condenser Area C-3 OSH Shutdown Heat Exchanger C-4 33. 1 Spent Fuel Pool Area C-5 12. , Liquid Poison System Area C-6 -19. Control Rod Drive Hodule C-7 34. , Air Ejectora Area C-8 15. Fuel Pool (Low Range) C-9 12. , Fuel Pool (High Range) C-10 42. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 90. cps CHRRM NUMBER 14 365. R/hr CHRRH NUMBER 2: 365. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR hr MAIN STEAM LINE MONITOR: 1. un ts
~~.1 i,~~
L AllN"AL EXERCISE SCENARIO 29~ ' OCllGS REV. 0 ! e r 1 s f 6 I I SECTION A-2 . i liETEOROLOGICAL DATA : a s I 6 i
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OCHGS SCENARIO 29 ANNUAL EXERCICE REV HO O TABLE A-2.la METEOROLOGIC DATA (T = 00:00) (CT = 13:00) Wind Spood 380 ft.: 10.7 mph Wind Direction 380 ft.: 226 degroos Delta Temp 380-33's - 2.60 F deg Wind spood 33 ft.: 6.0 mph Wind Direction 33 ft.: 234 degrees - Delta Temp 150-33's -
.86 F dog Ambient Temperaturos 51.7 dog F Precipitation (rain): .00 inch Weather Forecast:
Partly sunnoy this afternoon with temperatures reaching the low 50's. Winds out of the southwest at 5-10 MPil becoming southeast at the same speeds lator this s afternoon. Increasing cloudiness tonight with lows , in the low to nid 40's. Southeast winds at 5-10 MPH. ; b V
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5 OC11GS SCEllARIO 29 .:' A14HUAL EXERCISE REV 140 0 TABLE A-2.1b HETEOROLOGIC DATA (T = 00:15) (CT = 13115) i Wind Speed 380 ft. 10.7 mph I Wind Direction 380 ft. 226 degrees Delta Temp 380-33's -2.60 F dog Wind Speed 33 ft.: 6.0 mph . Wind Direction 33 ft. 234 degrees. Dolta Temp 150-33't . .86 F dog-Ambient Temperaturet $1.7 dog F Procipitation (rain)t .00 inch .* h i
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, 1 OCNGS SCENARIO 29 ANNUAL EXERCISE REV-NO O TABLE A-2.ic METEOROLOGIC DATA (T = 00:30) (CT = 13:30) l Wind Speed 380 ft.: 8.6 mph L Wind Dlrection 380 ft.: 234 degreen D(ita Temp 380-33' ~2.10 F-deg Wind Speed 33~ft.: 5.1 mph ! Wind Direction 33 ft.: 241 degrees Delta Temp 150-33's .79 F deg . Ambient Temperature: 51.4 dog F : Precipitation (rain): .00 inch .! i i
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1 i OCNGS SCENARIO;29 i ANNUAL EXERCISE REV~NO O t TABLE A-2.1d ! METEOR 0 LOGIC DATA (T = 00:45) (CT = 13:45) Wind Speed 380 ft. 9.0 mph Wind Direction 380 ft. 241 degrees Delta Temp 380-33's -1.60 F dag 1 Wind Speed 33 ft.: 4.4 mph Wind Direction 33 ft. 251 degrees Delta Temp 150-33't .78 F dog - Ambient Temperature 51.1 deg F Precipitation (rain): .00 inch I l c I b
+
9 4
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-2.le METEOROLOGIC-DATA
~~......... ___...._ __(T =01:00) (CT = 14:00)~~
Wind Speed 380 ft.: 11.2 mph Wind Direction 380 ft.: 229 degrees Delta Temp 380-33's -2.20 F deg Wind Speed 33 ft.: 5.3 mph Wind Direction 33 ft.: 226 degrees Delta Temp 150-33's .83 F deg Ambient Temperature: 51.9 deg F Precipitation (rain): .00 inch Weather Forecast: Partly nunney this afternoo.: with temperatures reaching the low 50's. Winds out of the southwest at 5-10 MPH becoming southeast at the same speeds later this afternoon. Increasing cloudiness tonight with lows in the low to mid 40's. Southeast winds at 5-10 MPH.
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3'N _ . W OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-2.lf KETEOROLOGIC DATA (T = 01:15) -(CT = 14 :15) Wind Speed 380 ft.: 9.9 mph Wind Direction 380 ft.: 246 degreen Delta Temp 380-33't -1.90 F deg Wind Speed 33 ft.: 4.8 mph Wind Direction 33 ft. 239 degrees Delta Temp 150-33's .81 F deg # Ambient Temperaturet 51.7 deg F Precipitation (rain): .00 inch t e mu__-.__ --m____ _.m ___22.___mu. - _ _ . - _ _ _ _ _ _ _ _ _ . _ _ _ - ___-u _ _ . _ _ _ - _-_.___u___ u. - i
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-2,1g HETEOROLOGIC DATA (T = 01:30) (CT = 14:30) Wind Speed 380 ft.: 8.6 mph Wind Direction 380 ft.: 247 degrees Delta Temp 380-33': -2.00 F deg Wind Speed 33 ft.: 4.8 mph Wind Direction 33 ft.: 259 degrees Delta Temp 150-33': .75 F deg Ambient Temperature: 52.2 dog F Precipitation (rain): .00 inch
OCHGS . SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-2.1h METEOROLOGIC DATA. (T = 01:45) (CT = 14:45) Wind Speed 380 ft.: 9.3 mph Wind Direction 380 ft.: 245 degrees Delta Temp 380-33 : -2.00 F deg Wind Speed 33 ft.: 4.7 mph Wind Direction 33 ft.: 254 degrees Delta Temp 150-33's .71 F deg Ambient Temperature: 52.5 deg F Precipitation (rain): .00 inch s
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-2.11 METEOROLOGIC DATA (T = 02:00) (CT = 15:00) Wind Speed 380 ft.: 10.7 mph Wind Direction 380 ft.: 227 degrees Delta Temp 380-33': -1.90 F deg Wind Speed 35 ft.: 4.7 mph Wind Direction 33 ft.: 229 degrees Delta Temp 150-33': .69 F deg Ambient Temperature: 52.3 deg F Precipitation (rain): .00 inch Weather Forecast: Partly sunney this afternoon with temperatures reaching the lov 50's. Winds out of the southwest at 5-10 MPli becoming southeast at the same speeds later this afternoon. Increasing cloudiness tonight with lows in the low to mid 40's. Southeast winds at 5-10 MPil.
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A 2.1j HETEOROLOGIC DATA (T = 02:15) (CT = 15:15) Wind Spood 300 ft.: 8.7 mph Wind Direction 380 ft.: 230 degrees Dolta Temp 380 338: 1.40 F dog Wind Speed 33 ft.: 4.8 mph Wind Direction 33 ft.: 256 degrees Delta Temp 150-33': . 67 F dog Ambient Temperature: 51.5-dog F
~
~~Precipitation (rain): .00 inch~~
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o _ __2- - _ - _ _ _ _ _ - _ _ _ - _ _
OCNGS SCENARIO 29
~~' ANNUAL EXERCISE- REV NO O TABLE A-2.1,'~~
METEOROLOGIC DATA (T = 02:10) (CT = 15:30) Wind Speed 380 ft.: 10.7 mph Wind Direction 380 ft.: 208 degrees Delta Temp 380-33': -1.90 F dog Wind Speed 33 ft.: 5.8 mph Wind Direction 33 ft.: 211 degrees Delta Temp 150-33': . 66 F rieg Ambient Temperature: 51.6 deg F Precipitation (rain): .00 inch s i
~~--..A' - - - -~~
~~E OCNGS.~~
~
~~SCENARIO 29~~
~~. ANNUAL EXERCISE REV NO O TABLE A-2.11 ~~~
METEOROLOGIC DATA (T = 02:45) (CT = 15:45). Wind Speed 380 ft.: 14.0 mph Wind; Direction'380 ft.: 177 9; trees Delta-Temp 380-33': -1.6f r s 'g ~ 9 Wind Speed 33 ft.: . 11. '. w Wind Direction 33 ft.: 169.t?grees Delta Temp 150-33': .68 F deg Ambient Temperature: 48.8 dog F Precipitation (rain): .00 inch ' - D l l t 1 l-l lr r k i l'
~~- - p w 3~~
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-2.1m METEOROLOGIC DATA (T = 03: 00) (CT = 16:00) Wind Speed 380 ft.: 11.7 mph Wind Direction 380 ft.: 174 degrees Delta Temp 380-33': -1.60 F deg Wind Speed 33 ft.: 8.1 mph Wind Direction 33 ft.: 163 degrees Delta Temp 150-33': .73 F deg Ambient Temperature: 49.0 dog F Precipitation (rain): .00 inch Weather Forecast: Partly sunney this afternoon with temperatures reaching the low 50's. Winds out of the southwest at S 10 MPH becoming southeast at the same speeds later this afternoon. Increasjag cloudiness tonight w'*h lows in the low to mid 40's. Southeast winds at . .0 MPH.
~~~- - ~ ...~~
~~OCNGS- SCENARIO 29 ANNUAL EXERCISE' - REV-NO- 0-TABLE'A-2.in~~
~~-METEOROLOGIC DATA- (T = 03 :15) _' (CT -- 16:15)~~
~~Wind Speed 380Lft.: 13.1. mph Wind Direction-380 ft.:- 176 degrees~~
~~-Delta Temp _380-33': -1.90 F deg_~~
Wind Speed'33 ft.: 9.4-mph-Wind Direction 33 ft.: 171 degrees Delta Temp 150-33': .75 F deg Ambient Temperature: 49.1 deg-F Precipitat in (rain): .00 inch a
OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-2.lo METEOROLOGIC DATA (T = 03:30) (CT = 16:30) Wind Speed 380 ft.: 13.7 mph Wind Direction 380 ft.: 167 degrees Delta Temp 380-33': -1.70 F deg Wind Speed 33 ft.: 10.5 mph Wind Direction 33 ft.: 156 degrees Delta Temp 150-33': .74 F deg Ambient Temperature: 48.0 deg F Precipitation (rain): .00 inch h m_ ____ _____ -
r I T OCNGS SCENARIO 29 L ANNUAL EXERCISE -REV-NO 'O TABLE A-2,1p METEOROLOGIC DATA-(T_-= 03:45) (CT a 16:45) Wind-Speed 380-ft.: -13.9 mph-Wind. Direction 380 ft.: -177 degrees Delta Temp 380-33': -1~.20 F deg Wind Speed 33 ft.: 9,1 mph e Wind Direction 33 ft.:- 169 degrees Delta Temp 150-33': .73 F deg Ambient Temperature: 47.3 deg F Precipitation (rain): .00 inch N e
OCNGS SCENARIO 29-ANNUAL EXERCISE REV NO O TABLE A-2.lg - METEOROLOGIC DATA (T = 04:00) (CT = 17:00) Wind Speed 380 ft.: '10.9 mph Wind Direction 380 ft.: 179 degrees Delta Temp 380-33': -1.20 - F deg Wind Speed 33 ft.: 7.6 mph Wind Direction 33 ft.: 165 degrees Delta Temp 150-33': .78 F deg Ambient Temperature: 47.6 deg F Precipitation (rain): .00 inch Weather Forecast: Partly sunney this afternoon with temperatures reaching the low 50's. Winds out of the southwest at 5-10 MPH becoming southeast at the same speeds later this afternoon. Increasing cloudiness tonight with lovs in-the low to mid 40's. Southeast winds at 5-10 MPH. v
th OCNGS- SCENARIO 29 ANNUAL EXERCISE REVTNO O' TABLE A-2,1r METEOROLOGIC_ DATA (T = 04:15) (CT = 17:15) Wind Speed 380 ft.: 8.2 mph-Wind Direction 380 ft.: 179 degrees' Delta Temp 380-33': -1.50 F deg Wind Speed 33 ft.:- 6.4 mph Wind Direction 33 ft.: 169 degrees-Delta Temp 150-33': .77 F deg Ambient Temperature: 48.5 deg F Precipitation (rain): .00 inch y i. c >
l OCNGS SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-2.ls METEOROLOGIC DATA (T = 04:30) (CT = 17:30) Wind Speed 380 ft.: 8.5 mph Wind Direction 380 ft.: 184 degrees Delta Temp 380-33': -1.40 F deg Wind Speed 33 ft.: 5.8 mph Wind Direction 33 ft.: 169 degrees Delta Temp 150-33': .76 F deg Ambient Temperature: 48.7 deg F Precipitation (rain): .00 inch
>f
~~_____.._________m.-__m.___m____ _ _ _ _ _ . _ _ - _ . _ _ _ . - _ _ _ _ _ _~~
~~, . . .~ - - - -~~
~~t OCNGS~ - . SCENARIO 129~~
- ANNUAL EXERCISE REV NO: - TABLE A-2.lt-METEOROLOGIC DATA: (T = 04 : 4 5) -(CT = 17 : 4 5)
~~Wind-Speed 380 ft.: 8.2 mph Wind Direction 380 ft.: '177Ldegrees Delta Temp 380-33': -1.20 F deg~~
Wind-Speed 33 f t .' : - 6.3 mph Wind Direction 33 ft.: 159 degrees Delta Temp 150-33': .72 F deg Ambient Temperature:- 48.3 deg F Precipitation (rain): .00' inch L
s( a l W w
OCNGS- SCENARIO 29
~~! ANNUAL ~-EXERCISE - REV NO- 0 TABLE A-2.lu METEOROLOGIC DATA. (T = 05:00) (CT = 18:00)~~
Wind Speed 380 ft.: 10.6 mph Wind Direction 380 ft.: 170 degrees Delta Temp 380-33': -1.00 F deg Wind Speed 33 ft.: 7.3 mph Wind Direction 33 ft.: 157 degrees Delta Temp 150-33': .77 F-deg-Ambient Temperature: 47.6'deg F Precipitation (rain): .00 inch b Weather Forecast: Partly sunney this afternoon with temperatures reaching # the low 50's. Winds out of the southwest at 5-10 MPH becoming southeast at the same speeds later this-afternoon. Increasing cloudiness tonight with lows in the low to mid 40's. Southeast winds at 5-10 11PH. d x e P e
~~.y ,f- _a~~
~~OCNGS. SCENARIO 29 ANNUAL EXERCISE -REV-NO 0:~~
TABLE-A-2.1V-METEOROLOGIC DATA (T_= 05 : 15 ) - ( CT = 18 : 15) Wind Speed 380 ft.: 9.8 mph-Wind' Direction 380 ft.: 180 degrees Delta Temp 380-33': --1.90 P'deg Wind Speed 33 ft.: 6.7 mph: Wind Direction 33 ft.: 159 degrees Delta Temp 150-33'_: .79 F deg Ambient Temperature: 47.3 deg F
~~-Precipitation (rain): .00 inch~~
OCNGS- - SCENARIO 29' 1 ANNUAL EXERCISE' - REV NO O TABLE A-2,1w-METEOROLOGIC DATA (T = 05:30) (CT = 18:30) Wind Speed 380 ft.:- 10.7 mph Wind Direction 380 ft : 208 degrees Delta Temp 380-33':- -1.90 Fldeg Wind Speed 33 ft.: 6.8. mph .
~~-Wind Direction 33 ft.: 211 degrees Delta Temp 150-33': .78 F deg Ambient Temperature: 47.6-deg F Precipitation (rain): .00 inch l.~~
~~OCNGS. SCENARIO 29 ANNUAL EXERCISE- .. - -~~
~~-REV NO- 'O TABLE A-2.1x METEOROLOGIC DATA (T = _05:45) (CT = 18 : 4 5) -~~
Wind Speed 380 ft.: 14.0 mph Wind-Direction 380 ft.: 171 degrees Delta Temp 380-33': -1.60 F deg Wind Speed 33 ft.: 11.3-mph-Wind Direction 33 ft.: 169 degrees Delta. Temp 150-33': .78-F deg Ambient Temperature: 48.8 deg.F Precipitation (rain): .00 inch 5
OCNGS SCENARIO 129
~~-ANNUAL EXERCISE REV NO O TABLE A-2.ly-METEOROLOGIC DATA (T =~~
06:00) (CT = 19:00)- Wind Speed 380 ft.: 11.7 mph Wind Direction 380 ft.: 174 degrees Delta Temp 380-33': -1.60;F deg Wind Speed 33 ft.: 8.1 mph-Wind Direction 33 ft.: '63. degrees Delta Temp 150-338: /4 F deg Ambient Temperature: 49.0 deg F Precipitation (rain): .00 inch-Weather Forecast: Partly sunney this afternoon with temperatures reaching-the lew 50's. Winds out of the southwest at 5-10 MPH ! becoming southeast at the same speeds later this afternoon. Increasing cloudiness tonight with lows in the low to mid 40's. Southeast winds at 5-10 MPH. V r
l ) ANNUAL EXERCISE SCENARIO 29 OCNGS REV. O SECTIOri A-3 SOURCE TERM AND RADIOCHEMISTRY DATA O AESCEN92/62/ DISK 3
l SCENARIO 29 OCHCG REV NO O ANNUAL EXERCISE TABLE A-3.la REACTOR WATER ACTIVITY (T = 00:00) (CT = 13:00) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Xc-133m 1.21E-03 uCi/cc Xe-135 3.68E 34 uCi/cc Xe-135m 1.21E-03 uCi/cc Xe-138 1.21E-03 uCi/cc Br-83 9.95E-04 uCi/cc Br-84 1.90E-03 uCi/cc I-131 4.05E-03 uCi/cc I-132 7.19E-03 uCi/cc I-133 1.38E-03 uCi/cc I-134 8.55E-02 uCi/cc I-135 2.32E-03 uCi/cc Rb-88 1.21E-03-uCi/cc Cs-137 1.86E-04 uCi/cc Ba-139 6.37E-03 uC1/cc Ba-140 5.87E-03 uCi/cc Te-132 7.47E-04 uCi/cc Mo-99 2.50E-03 uCi/cc Ru-103 9.61E-04 uCi/cc TOT WATER SAMPLE 1.25E-01 uCi/cc DEI I-131 4.84E-03 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: < 2.0 mR/hr s Pass Sample (.1 al) Dose Rate at 1 ft.: < 2.0 mR/hr
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O
~~. TABLE A-3 lb REACTOR WATER ACTIVITY (T = 02:15) (CT = 15:15)~~
There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Xc-133m 1.21E-03 uCi/cc Xe-135 3.66E-04 uCi/cc Xe-135m 1.21E-03 uCi/cc Xe-138 1.21E-03 uCi/cc Br-83 9.95E-04 uCi/cc Br-84 1.90E-03 uCi/cc I-131 4.05E-03 uCi/cc I-132 7.19E-03 uCi/cc I-133 1.38E-03 uCi/cc I-134 8.55E-02 uCi/cc I-135. 2.32E-03 uCi/cc Rb-88 1.21E-03 uCi/cc Cs-137 1.86E-04 uCi/cc Ba-139 6.37E-03 uCi/cc Ba-140 5.87E-03 uCi/cc Te-132 7.47E-04 uCi/cc Mo 2.50E-03 uCi/cc Ru-103 9.61E-04-uCi/cc TOT WATER SAMPLE 1.25E-01 uCi/cc DEI I-131 4.84E-03 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: < 2.0 mR/hr-Pass Sample (.1 ml) Dose Rate at 1 ft.: < 2.0 mR/hr 1 ___--_______-__-_-_--__-___-____-__---_______-_-___________a
aqq
~~.i l~~
OCNCG: SCENARIOL29L LANNUAL EXERCISE REV:NO - TABLE A-3.lc
. . i . . . . . . .. b ii There is-an analysis _ delay of upito-30 m'nutes i after sampling Nuclide - Activity. -Kr-85 2.16E+00 uCi/cc l Kr-85m 4.32E+011uci/cc Kr-87 9.89E+01 uci/cc- '
Kr-88 1.20E+02 uCi/cc-Xe-133 3.32E+02 uCi/cc. Xe-133m 1.16E+01 uCi/cc ; Xe-135 6.38E+01:uci/cc Xe-135m 2.78E+02 uCi/cc , Xe-138- 6.98E+02LuCi/cc Br-83 1.24E+01 uCi/cc Br-84 3.14E+01-uci/cc-I-1311 9.79E+017 uci/cc t I-132- 1.74E+02 uCi/cc ! I-133 - 1.65E+02 uCi/cc I-134 3.40E+02_uCi/cc-I-135 - 1.78E+021uCi/cc 7 Rb-88 4.44E+02'uCi/cc Rb-89 5.99E+02-uCi/cc Cs-134 1.90E+011uci/cc. Cs-137 3.49E+01 uCi/cc Cs-138 1.13E+03.uci/cc TOT WATER' SAMPLE 4.87E+03'uci/cc-DEI I-131 1.49E+02 uCi/cc --
~ -Normal ~ Sample-(10 ml) Dose Rate at 1 ft.:~ 2.92E+02 mR/hr-Pass Sample.(.1 ml) Dose Rato at 1 ft.: . . 2.92E+00,mR/hr +
f
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Y ~ ywDi 'w v d y g y 4- 7-Wm
OCNCG SCENARIO 29-7ENUAL EXERCISE REV NO O TABLE A-3.id
~~-REACTOR WATER ACTIVITY (T = 02:45) (CT = 15:45)~~
There is an analysis delay of up to 30 minutes after_ sampling Nuclide Activity-Kr-85 8.70E+00 uC1/cc Kr-85m 1.74E+02 uCi/cc Kr-87 3.75E+02 uCi/cc Kr-88 4.78E+02.uci/cc Xe-12) 1.36E+03 uCi/cc Xe-133m 4.72E+01 uCi/cc Xe-135 2.69E+02 uCi/cc Xe-135m 6.74E+02'uCi/cc Xe-138 1.78E+03 uCi/cc Br-83 4.91E+01 uCi/cc Br-84 1.02E+02 uCi/cc I-131 4.00E+02 uCi/cc I-132 6.87E+02 uCi/cc I-133 6.75E+02 uCi/cc I-134 1.23E+03 uCi/cc I-135 7.21E+02 uCi/cc Rb-88 1.18E+03 uCi/cc Rb-89 1.44E+03 uCi/cc Cs-134 7.76E+01 uCi/cc Cs-137 1.42E+02 uCi/cc Cs-138 4.25E+03 uCi/cc TOT WATER SAMPLE 1.61E+04 uCi/cc DEI I-131 6.07E+02 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 9.67E+02 mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: 9.67E+00 mR/hr. l
o 5 l- OCNCG I - SCENARIO 129
~~; ANNUAL-EXERCISE _ _~~
REV'NO -O'~ a TABLE A-3.le REACTOR WATER ACTIVITY-(T = 03:00)'(CT =<16':00)-- .; There is-an' analysis delay of up to_30: minutes after: sampling 1 Nuclide Activity- , Kr-85 1.48E+01 uC1/cc ' Kr-85m 2.97E+02 uCi/cc Kr-87 5.85E+02 uci/cc ; Kr-88 8.00E+02 uCi/cc-Xe-133 2. 41E+03- uCi/cc--
-Xe-133m 8.34E+01'uci/cc Xe-135 4.88E+02.uC1/cc-Xe-135m 6.30E+02.uci/cc-Xe-138 1.75E+03-uci/cc Br-83 8.15E+01 uCi/cc Br-84 1.33E+02 uCi/cc I-131 7.09E+02 uci/cc I-132 -1.14E+03 uCi/cc .*
I-133 1.19E+031uci/cc I-134- 1.82E+03 uci/cc I-135 1.25E+03 uCi/cc , Rb-88 1.24E+03~uCi/cc Rb-89 1.34E+03 uCi/cc-Cs-134 1.37E+02-uCi/cc- . Cs-137 2. 52E+02- uCi/cc. , Cs-138 6.12E+03:uC1/cc TOT WATER SAMPLE 2.25E+04JuCi/cc- ; DEI I-131 1.07E+03-uCi/cc ; Normal-Sample (10 ml)' Dose Rate at-1 ft.-: . -1.35E+03 mR/hr [ Pass 1 Sample-(.1 ml) Dose Rate at 1 ftr: , 1.35E+01_mR/hr_. ; I
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~~. OCNCG: __ SCENARIO-29: ~~~
ANNUAL EXERCISE. REV NO: 0: , TABLE'A-3.lf- , REACTOR-WATER ACTIVITY-.(T = 03:15) (CT = 16:15)' There~is an analysis delay of up to 30 minutes after sampling '
~~=Nuclide Activity; l ------- -~..-----------~~
Kr-85 2.05E+01--uci/cc , Kr-85m 4.10E+02;uci/cc. Kr 7.35E+02 uci/cc1 ' ~ Kr-88 1.08E+03_uCi/cc '3 '
~~Xe-133 3.45E+03 uCi/cc-Xe-133m 1.19E+02 uCi/cc Xe-135 7.13E+02fuci/cc ,~~
Xe-135n 4.70E+02_uci/cc-Xe-138 1.38E+03 uCi/cc i Br-83 1.09C+02 uCi/cc Br-84 1.39E+02 uCi/cc
~~I-131 1.02E+03-uci/cc '~~
, I-132 1.52E+03~uci/cc j I-133 1.70E+03 uci/cc ' I-134 2.15E+03 uCi/cc I-135 1.75E+03 uCi/cc ] Rb-88 _1.06E+03_uCi/cc-Rb-89 9.90E+02 uCi/cc Cs-134 -1.97E+02 uCi/cc- . Cs-137 3.62E+02)uci/cc-j[" Cs-138 6.87E+03 uCi/cc: - y ----------__-_. TOT WATER SAMPLE 2.62E+04 uCi/cc
. DEI I-131 1.53E+03_uci/cc Normal Sample (10:ml) Doce Rate.at 1:ft.:- 1.57E+03 mR/hr Pass Sample--(.1 ml) Dose Rate at 1 ft.: 1.57E+01 mR/hr. ,
T
~~- s t - '. -r ir; e~~
~~OCNCG -SCENARIO :M)~~
~~' ANNUAL EXERCISE REV NO -0 TABLE A-3.lg-REACTOR WATER ACTIVITY (T = 03:30) (CT = 16:30)~~
There is an analysis delay of up to 30 minutes-after sampling _ Nuclide Activity Kr-85 2.59E+02_uCi/cc Kr-85m 5.17E+02 uCi/cc Kr-87 8.42E+02 uCi/cc Kr-88 1.33E+03 uCi/cc Xe-133 4.51E+03 uCi/cc Xe-133m 1.56E+02 uCi/cc Xe-135 9.50E+02 uCi/cc Xe-135m 3.20E+02 uC1/cc Xe-138 9.90E+02 uCi/cc Br-83 1.33E+02 uCi/cc Br-84 1.32E+02-uCi/cc I-131 1.33E+03 uCi/cc I-132 1.85E+03 uCi/cc I-133 2.22E+03 uCi/cc I-134 2.33E+03 uCi/cc I-135 2.23E+03 uCi/cc Rb-88 8.47E+02 uCi/cc Rb-89 6.69E+02 uC1/cc Cs-134 2.58E+02 uCi/cc Co-137 4.73E+02 uCi/cc Cs-138 6.91E+03 uCi/cc-TOT WATER SAMPLE 2.93E+04 uCi/cc-DEI I-131 1.99E+03 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 1.76E+03 mR/hr 1 Pass Sample (.1 ml) Dose Rate at 1 ft.: 1.76E+01'mR/hr
L-OCNCG; SCENARIO-29;
~~- ANNUAL EXERCISE- -~~
~~EREV NO 0-~~
~~. TABLE-A-3.1h -REACTOR WATER ACTIVITY (T =_03:45)-(CT' ; 16 : 4 5)-~~
~~i There is anLanalysisLdelay of up-to,30 minutes after' sampling-Nuclide- Activity _ '~~
-Kr-85 3.07E+01-uci/cc Kr-85m- 6.14E+02-uCi/cc-Kr-87 9.08E+02_uci/cc-Kr-88 .55E+03:uci/cc Xe-133 -5.57E+031uci/cc-Xe-133m 1.92E+02:uCi/cc Xe-135 1.19E+03 uci/cc Xe-135m 2.04E+02"uCi/cc Xe-138 6.67E+02'uci/cc Br 1.53E+02 uCi/cc Br-84 1.18E+02'uCi/cc I-131 1.64E+03-uci/cc I-132 2.13E+03 uCi/cc I-133- 2.72E+03 uCi/cc I-134:- 2.36E+03 uCi/cc I-135 2.69E+03 uCi/cc-Rb-8 8 : 6.64E+02 uCi/cc- -Rb-89 4.24E+02,uCi/cc Cs-134E 3.18E+02 uCi/cc Cs-137- 5.84E+02 uCi/cc Cs-138 6.44E+03 uCi/cc TOT WATER SAMPLE 3.12E+041uci/cc DEI I-131 2.45E+03 uCi/cc i Normal / Sample (10 al) Dose Rate at i ft.:- -1.87E+03 mR/hr-;
~~Pass Sample ( .1 ml) Dose Rate at 1 - f t. : -- 1.87E+01 mR/hr-~~
~~'.]~~
t
~~~ = - - - - - - - - - - -- :~~
10CNCG SCENARIO 29 . ANNUAL EXERCISE REV NO 0-TABLE A-3.11 REACTOR WATER ACTIVITY . (T = 04 : 00) (CT = 17:00)- There is an analysis delay of up to 30 minutes after sampling _ -) Nuclide Activity . Kr-85 3.34E+01_uci/cc Kr-85m 6.69E+02 uCi/cc Kr-87 8.99E+02 uCi/cc Ft-88 1.65E+03 uCi/cc Xe-133 6.32E+03 uCi/cc Xe-133m 2.17E+02 uCi/cc Xe-135 1.37E+03 uCi/cc Xe-135m 1.19E+02 uCi/cc Xe-136 4.11E+02 uCi/cc Br-83 1.62E4 02 uCi/cc Br-84 9.63E+01_uCi/cc I-131 1.86E+03 uCi/cc I-132 2.24E+03 uCi/cc I-133 3.07E+03 uCi/cc I-134 2.20E+03 uCi/cc I-135 2.97E+03 uCi/cc Rb-88 4.99E+02 uCi/cc Rb-89 2.46E+02 uCi/cc Cs-134 3.61E+02 uCi/cc Cs-137 6.62E+02 uCi/cc Cs-138 5.43E+03 uCi/cc . TOT WATER SAMPLE 3.15E+04 uCi/cc DEI I-131 '2.77E+03 uci/cc Normal Sample (10 ml) Dose Rate.at 1 ft.: lib 9E+03imR/hr Pass Sample (.1 ml) Dose Rate at.luft.: 1.89E+01 mR/hr
7 OCNCG. . SCENARIO 29 ANNUAL-EXERCISE .REV NO- O, TABLE A-3.1j REAOTOR WATER ACTIVITY .-(T = 04 :15)-- (CT ' = 17 :15) -
.There is an analyais delay of'up to 30 minutes;after: sampling; Nuclide : Activity-Kr-85 3.36E+01 uCi/cc-Kr-85m 6.46E+02 uCi/cc-Kr-87 7.87E+02 uci/cc-Kr-88 1.56E+03;uci/cc Xe-133 6.33E+03 uci/cc
~~Xe-133m 2.17E+02 uC1/cc Xe-135 1.38E+03 uCi/cc Xe-135m 6.15E+01 uCi/cc.~~
Xe-138 2.24E+02 uCi/cc Br-83 1.61E+02.uci/cc-Br-84 6.97E+01 uCi/ce; I-131 1.87E+03 uCi/cc I-132 2.08E+03-uCi/cc I-133 - 3. 06E+03 - oCi/cc _- _ I-134 1.82E+03-uCi/cc I-135 2.91E+03 uci/cc. Rb-88 3.47E+02 uCi/cc Rb 1.26E+02 uCi/cc Cs-134 3.62E+02 uCi/cc Cs-137 6.65E+02 uCi/cc: Cs-138 4.01E+03 uCi/cc g TOT-WATER SAMPLE 2.87E+041uci/cc DEI I-131 2.77E+03 uci/cc= Normal Sample (10 ml) Dose Rate at 1 ft.: 1.72E+03 mR/hr Pass Sample (.1 ml) P'se Rato at 1 ft. : 1.72E+01 mR/hr. 3
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.1k REACTOR WATER ACTIVITY (T = 04:10) (CT = *.7:30) There is an analysis delay of up to 30 minutes, after sampling Nuclide Activity Kr-85 3.30E+01 uCi/cc Kr-85m 6.25E+02 uCi/cc Kr-87 6.92E+02 uCi/cc Kr-88 1.48E+03 uCi/cc Xe-133 6.38E+03 uCi/cc Xe-133m 2.18E+02 uCi/cc Xe-135 1.39E+03 uCi/cc Xe-135m 3.18E+01 uCi/cc Xe-138 1.22E+02 uCi/cc Br-83 1.42E+02 uCi/cc Br-84 5.06E+01 uCi/c I-131 1.88E+03 uCi/cc I-132 1.95E+03 uCi/cc I-133 3.05E+03 uCi/cc I-134 1.50E+03 uCi/cc I-135 2.86E+03 uCi/cc Rb-88 2.59E+02 uCi/cc Rb-89 6.44E+01 uCi/cc Cs-134 3.65E+02 uCi/cc Cs-137 6.70E+02 uCi/cc Cs-138 2.95E+03 uCi/cc TOT WATER SAMPLE 2.67E+04 uCi/cc DEI I-131 2.77E+03 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 1.60E+03 mR/hr Pass Sample ( 1 ml) Dose Rate at 1 ft.: 1.60E+01 mR/hr 1 l
1 OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.11 REACTOR WATER ACTIVITY (T = 04:45)-(CT = 17:45) There is an L alysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 3.39E+01 uCi/cc Kr-85m 6.03E+02 uCi/cc Kr-87 6.05E+02 uCi/cc x Kr-88 1.39E+03 uCi/cc Xe-133 6.40E+03 uCi/cc Xe-133m 2,18E+02 uCi/cc Xe-135 1.40E+03 uCi/cc Xe-135m 6.65E+01 uCi/cc Xe-138 1.32E+02 uCi/cc Br-83 1.32E+02 uCi/cc Br-84 3.66E+01 uCi/cc I-131 1.88E+03 uCi/cc I-132 1.81E+03 uCi/cc I-133 3.04E+03 uCi/cc I-134 1.24E+03 uCi/cc I-135 2.80E+03 uCi/cc Rb-88 2.05E+02 uCi/cc Rb-89 3.29E+01 uCi/cc Cs-134 3.66E+02 uCi/cc Cs-137 6.72E+02 uCi/cc Cs-138 2.16E+03 uCi/cc TOT WATER SAMPLE 2.52E+04 uCi/cc DEI I-131 2 76E+03 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 1.51E+03 uR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: 1.51E+01 mR/hr 1
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.1m REACTOR WATER ACTIVITY (T = 05:00) (CT = 18:00) There is an analysis delay of up to 30 minutos after sampling Huclide Activity Kr-85 3.42E+01 uCi/cc Kr-85m 5.85E+02 uC1/cc Kr-87 5.32E+02 uC1/cc Kr-88 1.32E+03 uCi/cc Xe-133 6.44E+03 uCi/cc Xc-133m 2.19E+01 uCi/cc Xe-135 . 42E+03 uC1/cc Xe-138 3.63E+01 uCi/cc Dr-83 1.24E+02 uCi/cc Dr-84 2.66E+01 uCi/cc I-131 1.90E+03 uci/cc I-132 1.70E+03 uCi/cc I-133 3.04E+03 uCi/cc I-134 1.03E+03 uCi/cc I-135 2.75E+03 uCi/cc Rb"88 1.73E+02 uCi/cc Cs-134 3.69E+02 uCi/cc Cs-137 6.77E+02 uCi/cc Cs-138 1.59E+03 uCi/cc TOT WATER SAMPLE 2.24E+04 uCi/cc DEI I-131 2.78E+03 uCi/cc Normal Sample (10 ml) Dose Rate at i ft.: 1.35E+03 mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: 1.35E+01 mR/hr
OCNCG SCENARIO 29 ANITUAL EXERCISE .REV NO O TABLE A-3. In ; REACTOR WATER ACTIVITY-(T = 05:15) (CT = 10:15) l 1 i There is an analysis delay of up to 30 minutes after sampling Huclido Activity Kr-85 3.43E+01 uC1/cc - Kr-85m 5.64E+02 uCi/cc , Kr-87 4.66E+02 uCi/cc Kr-88 1.24E+03 uCi/cc Xe-133 6.46E+03 uCi/cc Xe-133m 2.19E+02 uCi/cc Xe-135 1.43E+03 uCi/cc Br-83 1.16E+02 uCi/cc I-131 1.90E+03 uCi/cc I-132 1.58E+03 uCi/cc I-133 3.03E+03 uCi/cc I-134 8.45E+02 uCi/cc I-135 2.69E+03 uCi/cc Rb-88 1.51E+02 uCi/cc Cs-134 3.71E+02 uCi/cc Cs-137 6.80E+02 uCi/cc C*-138 1.16E+03 uCi/cc TOT WATER SAMPLE 2.29E+04 uCi/cc DEI I-131 2.77E+03 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 1.38E+03 mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: 1.3BE+01 mR/hr _ . - . . ~ _ . - - __.
l OCNCG SCENARIO 29 ANITUAL EXERCISE REV NO O TABLE A-3.lo REACTOR WATER ACTIVITY (T = 05:30) (CT = 18:30) There is an analysis delay of up to 30 minutes after sampling . I Nuclide Activity Kr-85 3.46E+01 uCi/cc Kr-85m 5.46E+02 uC1/cc Kr-87 4.10E+02 uC1/cc Kr-88 1.18E+03 uCi/cc I Xe-133 6.51E+03 uCi/cc Xc-133m 2.20E+02 uCi/cc ! Xe-135 1.44E+03 uCi/cc l Dr-83 1.09E+02 uCi/cc l I-131 1.91E+03 uCi/cc I-132 1.48E+03 uCi/cc I-133 3.02E+03 uCi/cc I-134 7.00E+02 uCi/cc I-135 2.G4E+03 uCi/cc Rb-88 1.36E+02_uCi/cc Cs-134 3.73E+02 uCi/cc Cs-137 6.85E+02 uCi/cc i Cs-138 8.49E+02 uCi/cc TOT WATER SAMPLE 2.22E+04 uCi/cc DEI I-131 2.77E+03 uCif ec I i i Normal Sample (10_ml) Dose Rate at 1 ft.: 1.33E+03 mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: 1.33E+01 mR/hr 3
OCNCG SCENARIO 29 ! ANNUAL EXERCISE REV NO O i TABLE A-3.1p REACTOR WATER ACTIVITY (T = 05:45) (CT = 18:45) d There is an analysis delay of up to 30 minutes after sampling ; Nuclido Activity : Kr-85 3.46E+01 uC1/cc Kr-85m 5.27E+02 uCi/cc Kr-87 3.59E+02 uCi/cc Kr-88 1.11E+03 uCi/cc Xe-133 6.53E+03 uCi/cc Xe-133m 2.20E+02 uCi/cc Xe-135 1.45E+03 uC1/cc Dr-83 1.02E+02 uCi/cc I-131 1.92E+03 uri/cc , I-132 1.37E+03 uC1/cc I-133 3.01E+03 uCi/cc I-134 5.77E+02 uCi/cc I-135 2.58E+03 uC1/cc Rb-88 1.24E+02 uCi/cc Cs-134 3.75E+02 uCi/cc Cs-137 6.88E+02 uCi/cc Cs-138 6.19E+02 uCi/cc ! TOT WATER SAMPLE 2.16E+04 uCi/cc DEI I-131 2.78E+03 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 1.30E+03 mR/hr Pass Sample (.1 ml) Doan Rate at 1 ft.: 1.30E+01 mR/hr , 3
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLI A-3.1q ; REACTOR WATER ACTIVITY (T = 06:00) (CT = 19:00) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 3.50E+01 uCi/cc Kr-85m 5.11E+02 uC1/cc Kr-87 3.15E+02 uC1/cc Kr-88 1.05E+03 uCi/cc Xo-133 6.57E+03 uCi/cc Xo-133m 2.21E+02 uCi/cc Xe-135 1.46E+03 uCi/cc Br-83 9.53E+01 uC1/cc I-131 1.93E+03 uCi/cc I-132 1.28E+03 uCi/cc I-133 3.01E+03 uCi/cc I-134 4.77E+02 uCi/cc I-135 2.54E+03 uCi/cc Rb-88 1.16E+02-uCi/cc - Cs-134 3.78E+02 uCi/cc Cs-137 6.93E+02 uC1/cc Cs-138 4.53E+02 uCi/cc TOT WATER SAMPLE 2.11E+04 uCi/cc 2 DEI I-131 2.7BE+03 uCi/cc Normal Sample (10 ml) Dose Rate at 1_ ft.: 1.27E+03 mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: 1.27E+01 mR/hr i L l-e- .. , w ,,,c.. . , _-
OCNCG SCENARIO 29 ANNUAL EXERCISE REV Ho 0 TABLE A-3.2a TORUS WATER ACTIVITY (T = 00:00) (CT = 13:00) There is an analysis delay of up to 30 minutes after sampling Nuclido Activity Kr-85 1.46E-11 uCi/cc I-131 6.54E-14 uCi/cc I-132 9.15E-14 uCi/cc I-133 1.07E-13 uCi/cc I-134 1.37E*13 uCi/cc I-135 1.10E-13 uCi/cc Cs-137 1.93E-08 uCi/cc TOT WATER SAMPLE 1.93E-00 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: < 2.0 mR/hr
l OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O i TABLE A-3.2b TORUS WATER ACTIVITY (T = 02:15) (CT = 15:15) + There is an analysis delay of up to 30 minutes after sampling , Nuclido Activity ! Kr-85 1.46E-11 uCi/cc , I-131 5.98E-14 uC1/cc I-132 b.49E-14 uCi/cc I-133 1.06E-13 uC1/cc-I-134 1.12E-13 uCi/cc I-135 1.07E-13 uCi/cc , Cs-137 1.93E-08 uC1/cc TOT WATER SAMPLE 1.93E-08 uCi/cc , Normal Sample (10 ml) Doso Rato at 1 ft.t < 2.0 mR/hr , Pass Sample (.1 ml) Dose Rate at i ft.t < 2.0 mR/hr P
~~- -(~~
B t
l OCNCP SCENARIO 29 I ANNUAL EXERCISE REV NO O l TABLE A-3.2c TORUS WATER ACTIVITY (T = 02:30) (CT = 15:30) There is an analysis delay of up to 30 minutes after sampling Nuclido Activity Kr-85 1.44E-11 uCi/cc l I-131 5.40E-14 uC1/cc I-132 7.79E-14 uCi/cc I-133 1.04E-13 uCi/cc I-134 9.08E-14 uci/cc , I-135 1.04E-13 uCi/cc ' Cs-137 1.91E-08 uC1/cc TOT WATER SAMPLE 1.91E-08 uC1/cc Normal Sample (10 ml) L e Rate at 1 ft.: < 2.0 mR/hr Paso Sample (.1 ml) Dose Rate at 1 ft.: < 2.0 mR/hr I
~~. -.. - * , , ,- mm.. . . . - - - -. .. - . . - ...m , . ~~~
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.2d TORUS WATER ACTIVITY (T = 02:45) (CT = 15:45) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 4.84E-04 uCi/cc Kr-85m 9.67E-03 uCi/cc Kr-87 2.21E-02 uCi/cc Kr-88 2.69E-02 uCi/cc Xe-133 7.43E-02 uCi/cc Xe-133m 2.60E-03 uCi/cc Xe-135 1.43E-02 uCi/cc Xe-135m 6.22E-02 uC1/cc Xe-138 1.56E-01 uCi/cc Br-83 2.08E u2 uCi/cc Br-84 5.27E-02 uCi/cc I-131 1.64E-01 uC1/cc I-132 2.92E-01 uCi/cc I-133 2.77E-01 uCi/cc < I-134 5.71E-01 uci/cc I-135 2.99E-01 uCi/cc Rb-88 9.84E-01 uCi/cc - Rb-89 1.33E+00 uCi/cc Cs-134 4.21E-02 uCi/cc Cs-137 7.73E-02 uCi/cc Cs-138 2.50E+00 uCi/cc TOT WATER SAMPLE 6.98E+00 uCi/cc , Normal Sample (10 ml) Dose Rate at 1 ft. : < 2.0 mR/hr Pass Sample (.1 al) Dose Rate at 1 ft. < 2.0 mR/hr
6 OCNCG SCEliARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.2e TORUS WATER ACTIVITY (T = 03:00) (CT = 16:00) ; There is an analysis delay of up to 30 minutes after sampling Huclide Activity Kr-L5 2.41E-03 uCi/cc Kr-85m 4.79E-02 uCi/cc i Kr-87 1.02E-01 uCi/cc Kr-88 1.31E-01 uCi/cc Xe-133 3.76E-01 uCi/cc Xe-133m 1.31E-02 uCi/cc r Xe-135 7.37E-02 uCi/cc Xe-135m 1.81E-01 v.Ci/cc Xe-138 4.78E-01 uCi/cc Dr-83 1.01E-01 uCi/cc Br-84 2.07E-01.uci/cc I-131 8.15E-01 uC1/cc I-132 1.41E+00 uCi/cc I-133 1.40E+00-uCi/cc I-134 2.51E+00 uci/cc I-135 1.49E+00 uCi/cc Rb-88 3.13E+00 uC1/cc Rb-89 3.83E+00 uCi/cc Cs-134 2.12E-01 uCi/cc Co-137 3.89E-01 uCi/cc Cs-138 1.11E+01 uCi/cc TOT WATER SAMPLE 2.80E+01 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: < 2.0 mR/hr
OCNCG SCENARIC 29 ANNUAL EXERCISE REV NO O TABLE A-3.2f TORUS WATER ACTIVITY (T = 03:15) (CT = 16:15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 5.42E-03 uCi/cc Kr-85m 1.07E-01 uCi/cc Kr-87 2.08E-01 uCi/cc Kr-88 2.86E-01 uCi/cc Xe-133 8.66E-01 uC1/cc Xe-133m 3.00E-02 uCi/cc Xe-135 1.72E-01 uCi/cc Xe-135m 2.20E-01 uCi/cc Xo-138 6.13E-01 uCi/cc Br-83 2.17E-01 uCi/,cc Br-84 3.52E-01 uCi/cc I-131 1.83E+00 ttCi/cc I-132 3.05E+00 uC1/cc I-133 3.20E+00 uCi/cc I-134 4.84E+00 uCi/cc I-135 3.36E+00 uC1/cc Rb-88 4.23E+00 uCi/cc Rb-89 4.64E+00 uCi/cc Cs-134 4.88E-01 uC1/cc Cs-137 8.97E-01 uCi/cc Cs-138 2.04E+01 uCi/cc TOT WATER SAMPLE 5.00E+01 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 3.00E+00 mR/hr-Pass Sample (.1 ml) Dose Rate at 1 ft.: < 2.0 mR/hr
SCENARIO 29. ; OCNCG REV NO O ANNUAL EXERCISE TABLE A-3.2g TORUS WATER ACTIVITY (T = 03:30) (CT = 16:30) There is an analysis delay of up to 30 minutes after sampling Huclide Activity > Kr-85 9.41E-03 uCi/cc Kr-85m 1.83E-01 uCi/cc Kr-87 3.25E-01 uCi/cc Kr-88 4.79E-01 uCi/cc Xe-133 1.54E+00 uCi/cc Xe-133m 5.31E-02 uCi/cc Xo-135 3.07E-01 uCi/cc Xe-135m 2.04E-01 uCi/cc Xo-138 5.99E-01 uCi/cc , Br-83 3.59E-01 uCi/cc Br-84 4.56E-01 uC1/cc ' I-131 3.16E+00 uCi/cc I-132 5.05E+00 uCi/cc I-133 5.66E+00 uCi/cc I-134 7.10E+00 uCi/cc I-335 5.83E+00 uCi/cc Rb-88 4.39E+00 uCi/cc Rb-89 4.25E+00 uCi/cc ! Cs-134 8.68E-01 uCi/cc 4 Cs-137 1.59E+00 uC1/cc Cs-138 2.80E+01 uCi/cc TOT WATER SAMPLE 7.04E+01 uCi/cc Normal Sample (10 ml) Dose Rato at 1 ft.: 4.22E+00 mR/hr Pass Sample ( .1 ml) Dose Rate at 1 ft.: < 2.0 mR/hr I
~~^f ~~~
L
~~..a~~
~~. . .. _ _ _ . _ . - _ _ . . _ _ _ _ _ _ _ _ . _._.s _ - - _ . - - _ . _ _ _ .~~
t i OCNCG SCENARIO 29 ! ANNUAL EXERCISE- REV NO O TABLE A-3.2h TORUS WATER ACTIVITY (T = 03 : 4 5) - (CT = 16:4 5)
.....-- .................--.................. u There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 5.81E-02 uCi/cc ;
Kr-85m 2.72E-01 uCi/cc Kr-87 4.38E-01 uCi/cc > Kr-88 6.96E-01 uCi/cc Xe-133 2.37E+00 uCi/cc ; Xe-133m 8.18E-02 uCi/cc Xe-135 4.77E-01 uCi/c Xe-135m 1.63E-01 uCi/cc 5.05E-01 uCi/cc Xe-138 Br-83 5.15E-01 uCi/cc Br-84 5.11E-01 uCi/cc I-131 4.74E+00 uC1/cc I-132 7.25E+00 uCi/cc I-133 8.70E+00 uCi/cc-I-134 9.06E+00 uCi/cc I-135 8.78E+00 uCi/cc ' Rb-88 3.98E+00 uCi/cc Rb-89 3.37E+00 uCi/cc Cs-134 1.34E+00.uci/cc Cs-137 2.46E+00 uCi/cc Cs-138 3.29E+01 uCi/cc
~~-TOT WATER SAMPLE 8.86E+01 uC1/cc ,~~
Normal Sample (10 ml) Dose Rate at 1 ft.: 5.32E+00 mR/hr Pass Sample (.1 al) Dose Rate at i ft.: <.2.0; mR/hr o s -> s. ., ,J.,..-. _ , - 1 + _ - . - , c .. ,- -
OCllCG SCENARIO 29 ANITUAL EXERCISE REV NO 0. TABLE A-3.21 ! TORUS WATER ACTIVITY (T = 04:00) (CT = 17: 00) t There is an analysis delay of up to 30 minutes after sampling , Nuclide Activity : Kr-85 6.37E-02 uCi/cc. Kr-85m 3.83E-01 uCi/cc ' Kr-87 5.59E-01 uci/cc Kr-88 9.57E-01 uCi/cc Xe-133 3.46E+00 uCi/cc = Xe-133m 1.19E-01 uCi/cc Xe-135 7.01E-01 uCi/cc ' Xe-135m 1.23E-01 uCi/cc Xe-138 4.02E-01 uCi/cc. ; Br-83 6.99E-01 uCi/cc Br-84 5.40E-01 uCi/cc I-131 6.74E+00 uCi/cc I-132 9.85E+00 uCi/cc I-133 1.26E+01 uCi/cc , I-134 1.09E+01 uCi/cc I-135 1.25E+01 uCi/cc Rb-88 3.49E+00 uCi/cc Rb-89 2.51E+00.uci/cc Cs-134 1.96E+00 uCi/cc Cs-137 3.59E+00 uCi/cc Cs-138 3.o2E+01 uCi/cc L TOT WATER SAMPLE 1.08E+02 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 6.50E+00.mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: < 2. 0 mR/hr , 1 l l - 1^ l
_ . . _ _ _ _ _ ._ _ ._ _ , _ . . _ . ~ - . _ _ . . _ . _ . ._ . . _ .
' i, OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.2j j '
~~TORUS WATER ACTIVITY (T = 04:15) (CT =-17:15)~~
~~............................................. )~~
~~There is an analysis delay of up to 30 minutes after sampling . j Nt:lide Activity~~
~~-Kr-85 6.99E-02:uC1/cc ^; '~~
Kr-85m 4.98E-01 uCi/cc Kr-87 6.60E-01 uCi/cc Kr-88 1.22E+00 uCi/cc . Xe-133 4.67E+00 uCi/cc : Xe-133m 1.60E-01 uCi/cc '! Xe-135 9.51E-01-uCi/cc_ Xe-135m B.56E-02 uCi/cc
~~Xe-138 2.96E-01_uci/cc Br-83 4 8.81E-01 uCi/cc ,~~
Br-84 5.28E-01 uCi/cc I-131 8.84E+00 uC1/cc - I-132 1.24E+01 uci/cc I-133 1.69E+01 uCi/cc: I-134 1.21E+01 uCi/cc - I-135 1.65E+01 uCi/cc Rb-88 2.89E+00 uCi/cc Rb-89 1.74E+00 uCi/cc Cs-134 2.64E+00 uCi/cc Cs-137- 4.85E+00 uCi/cc Cs-138 3.65E+01 uci/cc TOT WATER SAMPLE- 1.25E+02:uci/cc' Normal Sample (10 ml) Dose Rate at 1 ft.t.7.52E+00 mR/hr. Pass Sample ( 1 ml) Dose' Rate at 1 ft.: < 2.0 mR/hr-4 I h
/
~~a,..r.,~~
~~r - , . , Wa-w w - r m.-, ye w-- -..w+,,v,+-%~# ...w,v+r.-. <-.,.-..w~~
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TI.BLE A-3.2k TORUS WATER ACTIVITY (T = 04:30) (CT = 17:30) There is an analysis delay of up to 30 minutes after sampling Nuclido Activity Kr-85 7.57E-0; uC1/cc Kr-85m 5.94E-01 uCi/cc Kr-87 7.13E-01 uCi/cc Kr-88 1.42E+00 uCi/cc Xo-133 5.77E+00 uCi/cc Xc-133m 1.98E-01 uCi/cc Xe-135 1.17E+00 uCi/cc Xe-135m 5.45E-02 uCi/cc Xo-130 1.99E-01 uCi/cc Br-83 1.02E+00 uCi/cc Br-84 4.71E-01 uCi/cc I-131 1.05E+01 uCi/cc I-132 1.42E+01 uCi/cc I-133 2.08E+01 uC1/cc I-134 1.23E+01 uCi/cc I-135 1.99E+01 uCi/cc Rb-88 2.21E+00 uCi/cc Rb-89 1.10E+00 uCi/cc Cs-134 3.27E+00 uCi/cc Cs-137 6.00E+00 uCi/cc Cs-138 3.34E+01 uCi/cc TOT WATER SAMPLE 1.35E+02 uC1/cc Normal Sample (10 ml) Dose Rato at 1 ft.: 8.12E+00 mR/hr Pass Sampic (.1 ml) Dose Rato at 1 ft.: < 2.0 mR/hr i
~
OCNCG SCENARIO-29 ANITUAL EXERCISE REV NO O TABLE A-3.21 TORUS WATER ACTIVITY (T = 04:45) (CT = 17:45) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 7.24E-02 uCi/cc Kr-85m 5.92E-01 uCi/cc Kr-87 6.37E-01 uC1/cc ~ Kr-88 1.37E+00 uci/cc Xe-133 5.98E+00 uC1/cc Xe-133m 2.05E-01 uCi/cc Xe-135 1.21E+00 UC1/cc Xe-135m 2.65E-02 uci/cc Xe-138 1.04E-01 uCi/cc Br-83 8.78E-01 uCi/cc Br-84 3.40E-01 uCi/cc I-131 1.03E+01'uC1/cc I-132 1.36E+01 uCi/cc I-133 2.14E+01 uCi/cc I-134 1.03E+01 uCi/cc I-135 2.01E+01 uCi/cc ! Rb-88 1.33E+00'uci/cc Rb-89 4.22E-01 uCi/cc Cs-134 3.39E+00 uCi/cc Cs-137 6.23E+00 uCi/cc Cs-138 2.45E+01 uCi/cc TOT WATER SAMPLE 1.23E+02 uCi/cc Normal Sample.(10 ml) Dose Rate at 1 ft.: 7.37E+00 mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: < 2.0 mR/hr ( ,, .
OCNCG SCENARIO 29 ANNUA 1. EXERCISE REV Ho O TABLE A-3.?m TORUS WATER ACTIVITY (T = 3:00) (CT = 18:00) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 6.80E-02 uCi/cc Kr-85m 5.62E-01 uCi/cc Kr-87 5.40E-01 uCi/cc Kr-88 1.27E+00 uCi/cc Xe-133 5.89E+00 uCi/cc Xe-133m 2.01E-01 uCi/cc Xe-135 1.18E+00 uCi/cc Xe-135m 1.62E-02 uCi/cc Xe-138 5.63E-02 uCi/cc Br-83 7.23E-01 uCi/cc Br-84 2.34E-01 uCi/cc I-131 9.53E+00 uCi/cc I-132 1.23E+01 uCi/cc I-133 2.09E+01 uCi/cc I-134 8.160+00 uCi/cc I-135 1.92E+01 uCi/cc Rb-88 7.68E-01 uCi/cc Rb-89 1.99E-01 uC1/cc Cs-134 3.34E+00 uCi/cc Cs-137 6.14E+00 uCi/cc Cs-138 1.70E+01 uCi/cc TOT WATER SAMPLE 1.08E+02 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 6.50E+00 mR/hr Pass Sample (.1 ml) Doss Rate at 1 ft.: < 2.0 mR/hr
OCHCG SCENARIO 29 ANNUAL EXERCISE REV NO O TADL't A-3. 2n TORUS WATER ACTIVITY (T = 05:15) (CT = 18:15) There is an analysis dolay of up to 30 minutes after sampling Nuclide Activity Kr-85 6.86E-02 uC1/cc Kr-85m 5.59E-01 uCi/cc Kr-87 4.86E-01 uCi/cc Kr-88 1.23E+00 uC1/cc Xe-133 6.07E+00 uCi/cc Xo-133m 2.07E-01 uCi/cc Xe-135 1.20E+00 uCi/cc Xc-135m 8.15E-03 uCi/cc Xc-130 3.13E-02 uCi/cc Br-83 6.94E-01 uC1/cc Ur-84 1.74E-01 uCi/cc I-131 9.15E+00 uCi/cc I-132 1.18E+01 uC1/cc I-133 2.14E+01 uCi/cc I-134 6.91E+00 uCi/cc I-135 1.93E+01 uCi/cc Rb-88 4.85E-01 uCi/cc Rb-89 9.37E-02 uCi/cc Cs-134 3.45E+00 uCi/cc Cs-137 6.33E+00 uCi/cc Cu-138 1.27E+01 uCi/cc TOT WATER SAMPLE 1.02E+02 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 6.15E+00 mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.: < 2.0 mR/hr
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.2o ) TORUS WATER ACTIVITY (T = 05:30) (CT = 18:30)
~~............................................. 1 i~~
There is an analysis delay of up to 30 minutes after sampling l Nuclide Activity Kr-85 6.84E-02 uCi/cc Kr-85m 5.42E-01 uCi/cc . Kr-87 4.25E-01 uCi/cc l Kr-88 1.16E+00 uCi/cc l Xc-133 6.09E+00 uC1/cc Xc-133m 2.07E-01 uci/cc Xc-135 1.18E+00 uCi/cc 1 Xe-135m 4.10E-03 uCi/cc Xc-138 1.67E-02 uC1/cc Br-83 6.45E-01 uCi/cc Br-84 1.23E-01 uCi/cc I-131 8.47E+00 uCi/cc I-132 1.10E+01 uCi/cc I-133 2.13E+01 uCi/cc I-134 5.69E+00 uCi/cc I-135 1.89E+01 uCi/cc Rb-88 2.85E-01 uCi/cc-Rb-89 4.30E-02 uC1/cc Cs-134 3.46E+00 uCi/cc Cs-137 6.36E+00 uCi/cc l Cs-138 9.25E+00 uCi/cc \ ............... TOT WATER SAMPLE 9.53E+01 uCi/cc
. Normal Sample (10 ml) Dose Rate at I ft.: 5.72E+00 mR/hr Pass Sample (.1 al) Dose Rate at i ft.: < 2.0 mR/hr )
F t y . . . . - _ . , . . . ,,.h_ ~ r . - . y
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3. 2p TORUS WATER ACTIVITY (T = 05:45) (CT = 18:45) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 6.80E-02 uCi/cc Kr-85m 5.21E-01 uCi/cc Kr-87 3.69E-01 uCi/cc Kr-88 1.0BE+00 uCi/cc Xe-133 6.06E+00 uCi/cc Xu-133m 2.06E-01 uCi/cc Xe-135 1.15E+00 uCi/cc Xe-135m 2.06E-03'uci/cc Xc-138 8.87E-03 uC1/cc Dr-83 5.92E-01 uC1/cc Dr-84 8.78E-02 uCi/cc I-131 7.74E+00 uCi/cc I-132 1.02E+01 uC1/cc I-133 2.11E+01 uCi/cc I-134 4.65E+00 uCi/cc I-135 1.84E+01 uci/cc Rb-88 1.64E-01 uCi/cc Rb-89 1.91E-02 uCi/cc Cs-134 3.45E+00 uCi/cc Cs-137 6.33E+00 uCi/cc 4 Cs-138 6.65E+00 uCi/cc TOT WATER SAMPLE 8.88E+01 uCi/cc Normal Sample (10 ml) Dose Rate at 1 ft.: 5.33E+00 mR/hr Pass Sample (.1 ml) Dose Rate at 1 ft.t < 2.0 mR/hr. i f n w V
~~. _ _ __ _ __ _ . ~ -~~
OCNCG SCEli. REV h, o ANiiUAL EXERCISE TABLE A-3.2q ; TORUS WATER ACTIVITY (T = 06:00) (CT = 19:00) There is an analysis delay of up to 30 minutes after sampling Nuclido Activity Kr 85 6 73E 02 uC1/cc Kr-85m 4.99E-01 uCi/cc Kr-87 3.18E-01 uCi/cc Kr-88 1.01E+00 uCi/cc j Xe-133 6.00E+00 uCi/cc ! Xe-133m 2.03E-01 uCi/cc i Xe-135 1.12E+09 uCi/cc , Xo-135m 1.04E-03 uCi/cc j Xe-138 4.72E-03 uCi/cc Br-83 5.41E-01 uCi/cc Br-84 6.25E-02 uCi/cc I-131 7.01E+00 uCi/cc I-132 9.34E+00 uCi/cc I-133 2.07E+01 nC1/cc I-134 3.78E+00 uCi/cc I-135 1.78E+01 uCi/cc Rh-88 9.09E-02 uCi/cc Rb-89 8.14E-03 uci/cc Cs-134 3.42E+00 uCi/cc 1 Cs-137 6.28E+00 uCi/cc Cs-138 4.76E+00 uCi/cc TOT WATER SAMPLE 8.30E+01 uCi/cc c Normal Sample (10 ml) Doso Rato at 1 ft.: 4.98E+00 mR/hr Pass Sample (.1 al) Dose Rate at i ft. : < 2.0 mR/hr
I OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.3a DRYWELL GAS ACTIVITY (T = 00:00) (CT = 13:00) There is an analysis delay of up to 30 minutes after sampling Huclide Activity Kr-85 1.46E-10 uCi/cc TOT GAS SAMPLE 1.46E-10 uCi/cc I-131 8.72E-14 uCi/cc I-132 1.22E-13 uCi/cc I-133 1.43E-13 uCi/cc I-134 1.82E-13 uci/cc I-135 1.47E-13 uCi/cc TOT CHAR SAMPLE 6.81E-13 uCi/cc DEI I-131 1.30E-13 uCi/cc Cs-137 1.95E-08 uCi/cc TOT FILTER SAMPLE 1.95E-08 uC1/cc , Undiluted Gas Sample (15 ml) Dose Rate at 1 ft.: < 2.0 mR/hr l Hydrogen concentration .0% Oxygen. concentration .0% e P
1 OCNCG SCENARIO 29 i ANNUAL EXERCISE REV HO O l TABLE A-3.3b ! DRYWELL GAS ACTIVITY (T = 02:15) (CT = 15:15) l l There is an analysis delay of up to 30 minutos after sampling Nuclide Activity ] Kr-85 1.46E-10 uC1/cc TOT GAS SAMPLI 1.46E-10 uCi/cc I-131 7.97E-14 uCi/cc I-132 1.13E .'.3 uCi/cc I-133 1.42E-13 uCi/cc ; I-134 1.49E-33 uC1/cc j
~~'-2 5 1:4'":!'_"i' !~~
TOT CHAR SAMPLE 6.28E-13 uC1/cc DEI I-131 1.22E-13 uCi/cc Cs-137 1.95E-08 uCi/cc TOT FILTER SAMPLE 1.95E-08 uCi/cc Undiluted Gas Sample (15 ml) Doso Rate at 1 ft.: < 2.0 mR/hr Hydrogen concentration: .0% Oxygen concentration .0%
OCNCG SCENARIO 29 REV 110 0 t ANNUAL EXERCISE TABLE A-3.3c DRYWELL GAS ACTIVITY (T = 02:30) (CT = 15:30) There is an analysis delay of up to 30 minutos after sampling Huclide ....._ Activity Kr-85 1.44E-10 uCi/cc TOT GAS SAMPLE 1.44E-10 uCi/cc I-131 7.20E-14 uCi/cc I-132 1.04E-13 uCi/cc I-133 1.39E-13 uCi/cc I-134 1.21E-13 uCi/cc I-135 1.38E-13 uCi/cc _.. . TOT CllAR SAMPLE 5.74E-13 uCi/cc DEI I-131 1.13E-13 uCi/cc Cs-137 1.93E-08 uCi/cc TOT FILTER SAMPLE 1.93E-08 uC1/cc Undiluted Gas Sample (15 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: . 01, Oxygen Concentration .0%
)
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.3d DRYWELL GAS ACTIVITY (T = 02:45) (CT = 15:45) There is an analysis delay of up to 30 minutes after sampling Nuclido Activity Kr-85 4.84E-03 uCi/cc Kr-85m 9.67E-02 uCi/cc Kr-87 2.21E-01 uCi/cc Kr-88 2.69E-01 uCi/cc Xe-133 7.43E-01 uCi/cc Xc-133m 2.60E-02 uCi/cc Xe-135 1.43E-01 uCi/cc Xe-135m 6.22E-01 uCi/cc Xc-138 1.56E+00 uCi/cc TOT GAS SAMPLE 3.69E+00 uCi/cc Br-83 2.78E-02 uC1/cc Br-84 7.03E-02 uCi/cc I-131 2.19E-01 uCi/cc I-132 3.90E-01 uCi/cc
I-133 3.69E-01 uCi/cc I-134 7.61E-01 uCi/cc I-135 3.98E-01 uCi/cc TOT CIUm SAMPLE 2.*4E+00 e uCi/cc DEI I-131 3.33E-01 uCi/cc Rb-88 9.94E-01 uCi/cc Rb-89 1.34E+00 uCi/cc Cs-134 4.25E-02 uCi/cc Cs-137 7.81E-02 uCi/cc Cs-138 2.53E+00 uCi/cc
~~----~~ --- ..--~~
TOT FILTER SAMPLE 4.99E400 uCi/cc Undiluted Gas Sample (15 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0% l
.- . . ~ . . .-.. -- - .. -_- - . - . -- - - - - ~ - .
.I -l OCNCG SCENARIO 29 ANNUAL EXERCISE ~REV NO O TABLE A-3.3e a DRYWELL GAS ACTIVITY (T = 03:00) (CT = 16:00)
There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 2.41E-02 uCi/cc Kr-85m 4.79E-01 uCi/cc Kr-87 1.02E+00 uCi/cc Kr-8B 1.31E+00 uci/cc Xe-133 3.76E+00 uCi/cc Xe-133m 1.31E-01 uCi/cc Xc-135 7.37E-01 uCi/cc Xe-135m 1.81E+00-uci/cc Xe-138 4.78E+00 uC1/cc 1 TOT GAS SAMPLE 1.41E+01 uCi/cc , Br-83 1.34E-01 uCi/cc Br-84 2.77E-01 uC1/cc ' I-131 1.09E+00 uC(/cc-I-132 1.88E+00 uCi/cc 1.86E+00 uCi/cc' I-133 I-134 3.35E+00 uCi/cc - I-135 1.99E+00 uCi/cc 1 TOT CHAR SAMPLE 1.06E+01 uCi/cc-DEI I-131 1.66E+00 uCi/cc. Rb-88 3.16E+00 uCi/cc Rb-89 3.87E+00 uCi/cc. Cs-134 2.15E-01 uC1,fcc- > Cs-137- 3.93E-011uci/cc- l Cs-138 1.12E+01.uci/cc TOT FILTER SAMPLE 1.89E+01 uCi/cc-Undiluted Gas Sample-(15 al) Dose Rate at 17ft.: < 2 . 01 1mR/hr
~~-Hydrogen Concentration:L .0%-~~
~~Oxygen Concentration~~
~~.0%~~~
~~j a~~
~~> :i s s l-.- , + , am$,., --A... '. , - - w :- . , s , r. L -- , , ..~~
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.3f DRYWELL GAS ACTIVITY (T = 03:15) (CT = 16:15) There is an analysis delay of up to 30 minutes after sampling Nuclido Activity Kr-05 5.42E-02 uCi/cc Kr-85m 1.07E+00 uCi/cc Kr-87 2.08E+00 uCi/cc Kr-88 2.86E+00 uCi/cc Xe-133 8.66E+0D uCi/cc Xe-133m 3.002-01 uCi/cc Xo-135 1.72E+00 uci/cc Xe-135m 2.10E+00_uci/cc Xe-138 6.13E+00 uCi/cc TOT GAS SAMPLE 2.51E+01 uCi/cc Br-83 2.89E-01 uCi/cc Br-84 4.69E-01 uCi/cc I-131 2.44E+00 uCi/cc I-132 4.07E+00 uCi/cc I-133 4.27E+00 uCi/cc I-134 6.45E+00 uCi/cc I-135 4.48E+00 uCi/cc TOT CHAR SAMPLE 2. 2 5E+01. uCi/c.c DEI I-131 3.73E+00 uCi/cc Rb-88 4.27E+00 uC1/cc Rb-09 4.69E+00 uCi/cc Cc-134 4.93E-01 uCi/cc Cs-137 9;06E-01'uCi/cc Cs-138 2.06E+01 uCi/cc TOT FILTER SAMPLE 3.09E+02 uCi/cc Undiluted Gas Sample (15 ml) Dose Rate at~1 ft.2 2.26E+00 mR/hr Hydrogen-Concentration: .0% Oxygen Concentration .0%
~
lDCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.3g DRYWELL GAS ACTIVITY (T = 03:30) (CT = 16 : 3 0) There is an analysis delay of up to 30 minutes after sampling. Nuclide Activity Kr-85 9.41E-02 uCi/cc Kr-85m 1.83E+00 uCi/cc Kr-81 3.25E+00 uCi/cc Kr-88 4.79E+00 uCi/cc
;a-133 2.54E+01 uci/cc Ye-133m 5.31E-01 uCi/cc Xa-135 3.07E+00 uCi/cc Xe-135m 2.04E+00 uC1/cc Xe-138 5.99E+09 uCi/cc TOT GAS SAMPLE 3.70E+01 uCi/cc Br-83 4.79E-01 uCi/cc Br-84 6.08E-01 uCi/cc I-131 4.22E+00 uCi/cc I-132 6.73E+00 uCi/cc I-133 7.55E+00 uCi/cc ;
9.47E+00 uCi/cc I-134 I-135 7.78E+00 uCi/cc TGT CHAR SAMPLE 3.68E+01 uCi/cc DEI I-131 6.49E+00 uCi/cc , Rb-88 4.43E+00 uCi/cc Rb-89 4.30E+00 uCi/cc Cs-134 8.77E-01 uCi/cc Cs-137 1.61E+00 uCi/cc Cs-138 2.83E+01 uCi/cc TOT FILTER SAMPLE 3.95E+01 uCi,*cc Undiluted Gas Sampla (15 ml) Dose Rate at lft.: 3.33E+00 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0% i I l
OCNCG _ _ SCENARIO 29 ANNUAL EXERCISE -REV NO- .0- 4 TABLE A-3.3h DRYWELL GAS ACTIVITY (T = 03:45) (CT =-16:45)- There is an analysis delay of up to-30 minutes after sampling Nuclide Activity Kr-85 5.81E-01 uCi/cc Kr-85m 2.72E+00 uCi/cc. Kr-87 4.38E+00 uCi/cc-Kr-88 6.96E+00 uCi/cc Xe-133 2.37E+01 uCi/cc Xe-133m 8.18E-01 uCi/cc Xe-135 4.77E+00 uCi/cc Xe-135m 1.63E+00 uCi/cc Xe-138 5.0SE+00 uCi/cc + TOT GAS SAMPLE 5.06E+01 uCi/cc Br-83 6.87E-01 uCi/cc Br-84 6.81E-01 uCi/cc I-131 6.32E+00 uCi/cc 1-132 9.67E+00 uCi/cc I-133 1.16E+01 uCi/cc I-134- 1.21E+01 uCi/cc I-135 1.17E+01 uCi/cc TOT CHAR SAMPLE 5.27E+01 uCi/cc DEI I-131 9.79E+00 uCi/cc Rb-88 4.02E+00 uCi/cc Rb-89 3.40E+00 uCi/cc Cs-134 1.35E+00_uCi/cc Cs-137 2.49E+00 uCi/cc Cs-138 3.32E+01 uCi/cc
. TOT FILTER SAMPLE 4.45E+01 uCi/cc Undiluted Gas Sample (15 ml) Dose Rate at 1"ft.: 4.56E+00 mR/hr Hydrogen Concentration: .0%
~~Oxygen' Concentration .0% t _1.~~
~~~ _ _ . . _ . _. . __~~
~~e SCENARIO'29-~~
--:OCNCGT - : ANNUAL EXERCISE- REV NO- 0; ; ~
TABLE A-3.31 ., DRYWELL GAS'- ACTIVITY -. (T ~ = 04 : 00)- (CT = 17 : 00)- There -is an analysis: delay' of up to 30 minutes after sampling l Nuclide' . Activity Kr-85. 6.37E-01 uCi/cc Kr-85m 3.83E+00 uCi/cc Kr-87 5.59E+00 uCi/cc _; Kr-88 9.57E+00 uCi/cc Xe-133 3.46E+01 uCi/cc- ! Xe-133m 1.19E+00 uCi/cc ~[ Xe-135 7.01E+00 uCi/cc ; Xe-135m 1.23E+00 uCi/cc . Xe-138 4.02E+00 uCi/cc-TOT GAS-SAMPLE 6.76E+01 uCi/cc , Br-83 9.31E-01-uCi/cc Br-84 7.20E-01 uC3/cc , I-131 8.98E+00 uCi/cc q I-132 1.31E+01 uCi/cc I-133 1.68E+01'uci/cc-I-134 1.45E+01.uCi/cc , I-135 1.67E+01_uCi/cc. TOT CHAR SAMPLE 7.18E+01-uCi/cc DEI I-131 1.40E+01 uCi/cc. Rb-88 3.52E+00 uCi/cc
~~'Rb 2.54E+00:uci/cc Cs-134 1.98E+00Luci/cc Cs-137- 3.63E+001uci/cc -~~
~~Cs-138- :3.66E+01 uci/ccf~~
. TOT FILTER SAMPLE. 4.82E+01.uci/cc . . Undiluted: Gas Sample (15 ml)- Dose 1 Rate ' at '1' ft. : .6.09E+00jmR/hr. t 0 Hydrogen / Concentration: .0%-
p -Oxygen Concentration. . 0 43 -f I 4 l 4 g I _ _ , . _ ,
~~~, , .~~
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO -0 TABLE A-3.3j DRYWELL GAS ACTIVITY (T = 04:15) (CT =-17:15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity , Kr-85 6.99E-01 uCi/cc Kr-85m 4.98E+00 uCi/cc Kr-87 6.60E+00 uCi/cc Kr-88 1.22E+01 uCi/cc Xe<133 4.67E+01 uCi/cc-Xc-133m 1.60E+00 uCi/cc Xe-135 9.51E+00 uCi/cc Xe-135m 8.56E-01 uCi/cc Xe-138 2.96E+00 uCi/cc TOT GAS SAMPLE 8.60E+01 uCi/cc Br-83 1.18E+00 uCi/cc Br-84 7.03E-01 uCi/cc I-131 1.18E+01 uCi/cc I-132 1.65E+01 uCi/cc I-133 2.26E+01 uCi/cc I-134 1.61E+01 uCi/cc I-135 ________'_______2.20E+01 uCi/cc TOT CHAR SAMPLE 9.08E+01 uCi/cc DEI I-131 1.85E+01 uCi/cc Rb-88 2.92E+00 uCi/cc Rb-89 1.76E+00 uCi/cc Cs-134 2.67E+00 uCi/cc Cs-137 4.90E+00 uCi/cc Cs-138 3.69E+01 uCi/cc TOT FILTER SAMPLE 4.91E+01 uCi/cc Undi'Auted Gas Sample (15 ml) Dose Rate at l' "t.: 7.74E+00 mR/hr-Hydrogen Concentration: .0% Oxygen Concentration .0%
g OCNCG SCENARIO 29 ANRUAL EXERCISE REV NO O TABLE A-3.3k DRYWELL GAS ACTIVITY (T = 04: 30) (CT = 17:30) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 7.57E-01 uCi/cc Kr-85m 5.94E+00 uCi/cc Kr-87 7.13E+00 uCi/cc Kr-88 1.42E+01 uCi/cc Xe-133 5.77E+01 uCi/cc Xe-133m 1.98E+00 uCi/cc Xe-135 1.17E+01 uCi/cc Xe-135m 5.45E-01 uCi/cc Xe-138 1.99E+00 uCi/cc TOT GAS SAMPLE 1.02E+02 uCi/cc Br-83 1.35E+00 uCi/cc Br-84 6.28E-01 uCi/ce' I-131 1.41E+01 uCi/cc I-132 1.89E+01 uCi/cc I-133 2.77E+01 uCi/cc I-134 1.64E+01 uCi/cc-I-135 2.65E+01 uCi/cc TOT CHAR SAMPLE 1.06E+02 uCi/cc DEI I-131' 2.22E+01 uCi/cc Rb-88 2.23E+00 uCi/cc Rb-89 1.11E+00 uCi/ c-Cs-134 3.30E+00 uCi/cc Cs-137 6.06E+00 uci/cc Cs-138 3.37E+01 uCi/cc
~~-TOT FILTER SAMPLE 4.64E+01 uCi/cc Undiluted Gas Sample (15 ml)-Dose Rate at-lft.: 9.17E+00 mR/hr Hydrogen ~Conccntration: .00 Oxygen' Concentration .0%~~
~~.~ ,~~
OCNCG- LSCENARIO TANNUAL EXERCISE :REV NO: -
-TABLE:A-3.31 DRYWELL GAS-ACTIVITY (T a-04:45). (CT ._____________________________________= 17:45)1 There is an. analysis delay of up toL30-minutes after_ sampling-_
~~Nuclide Activity~~
-Kr-85 7.24E-01 uCi/cc Kr-85m 5.92E+00-uci/cc-Kr -6.37E+00fuci/cc ~
Kr-88 1.37E+01 uCi/cc Xe-133 5.98E+01-uci/cc Xe-133m 2.05E+00'uCi/cc Xe-135 1.21E+01-uCi/cc Xe-135m 2.65E-01 uci/cc Xe-138 1.04F+00;uci/cc TOT GAS SAMPLE 1.02E+02:uci/cc Br-83 1.17E+00 uCi/cc Br-84 -4.54E-01 uCi/cc - I-131 1.38E+01 uCi/cc- " I-132 1.81E+01_uci/cc I-133- 2.95E+01 uCi/cc_ I-134 1.37E+01'uci/cc I-135 . 2.67E+01 uCi/cc TOT CHAR-SAMPLE 1.02E+02:uCi/cc DEI I-131 2.21E+01 uCi/cc Rb-88 1.34E+00~uci/cc-
~~-Rb-89 _4.26E-011uci/cc.~~
Cs-134- 3.43E+001uCi/cc Cs-137 6.29E+00 uci/cc-Cs-138 2.47E+01 uCi/cc: TOT FILTER SAMPLE 3.62E+01:-uci/cc Undiluted Gas Sample (15 ml): Dose Rate- at' 1 fti: - 9.18E+00: mR/hr7 7 Hydrogen Concentration: . 0%T Oxygen lConcentrationL .0%' o I 4
OCNCG SCENARIO 29 REV NO O ANNUAL EXERCISE TABLE A-3.3m DRYWELL GAS ACTIVITY (T = 05:00) (CT = 18:00) There is an analysis delay of up to 30 minutes after sampling Nuclido Activity Kr-85 6.80E-01 uCi/cc l'r-8 5m " 62E+00 uCi/cc Kr-87 z40E+00 uCi/cc Kr-88 .27E+01 uCi/cc Xc-133 5.89E+01 uC1/cc i 1 Xe-133m 2.01E+00 uCi/cc Xe-135 1.18E+01 u71/cc . Xo-135m 1.62E-01 uCi/cc Xe-138 5.63E-01 uCi/cc i TOT GAS SAMPLE 9.77E+01 uCi/cc y Br-83 9.64E-01 uCi/cc Br-84 3.11E-01 uCi/cc i I-131 1.27E+01 uCi/cc I-132 1.64E+01 uCi/cc I-133 2.79E+01 uCi/cc I-134 1.09E+01 uCi/cc I-135 2.56E+01 uCi/cc TOT CHAR SAMPLE 9.49E+01 uCi/cc
~~-DEI I-131 2.08E+01 uCi/cc Rb-88 7.76E-01 uCi/cc Rb-89 2.01E-01 uCi/cc ;~~
Cs-134 3.38E+00 uCi/cc, Cs-137 6.20E+00 uCi/cc Cs-138 1.72E+01 uCi/cc TOT FILTER-SAMPLE 2.77E+01 uCi/cc. Undiluted Gas Sample (15 ml) ' Dose Rate at l ' f t. : 8.80E+00 mR/hr Hydrogen Concentration: . 0% - Oxygen Concentration .0%
~
~~OCNCG : SCENARIO-29..~~
~~- ; ANNUAL: EXERCISE' REV NO -0 1 TABLE : A-3'. 3nL . _~~
~~2 DRYWELL GAS ?*:TIVITY-(T = 05:15).(CTl= 18:15) g~~
~~. ...--------.... --......--...-------_--.--.-- l There is an analysis delay of up to.30 minutes.after sampling' ,~~
Nuclide Activity Kr-85 6.86E-01 uCi/cc-Kr-85m _5.59E+00;uci/cc I Kr-87 4.86E+001uci/cc- -i Kr-88 1.23E+01 uCi/cc ' Xe-133- 6.07E+01'uCi/cc. Xe-133m 2.07E+00,uci/cc Xe-135 1.20E+01 uci/cc Xe-135m 8.15E-02 uci/cc Xe-138 3.13E-01 uCi/cc > TOT GAS SAMPLE 9.85E+01:uci/cc Br-83 9.26E-01 uCi/cc
~~-Br 2.31E-01-uCi/cc 3~~
+ I-131 1.22E+01--uci/cc : I-132 1.57E+01L uci/cc7 I-133 2.86E+01Euci/cc i? I-134 .9.22E+00:uci/cc 7
'I-135 2.58E+01 uCi/cc i TOT CHAR SAMPLE --9.27E+01luci/cc DEI I-131 2.04E+01:-uCi/cc-l Rb-88 4.90E-01 uci/cc Rb-89 9.47E-02 uCi/cc-Cs-134 _3.48E+00euci/cc , 'Cs-137 _ 6.39E+00 uci/cc-: e Cs-138 1.29E+01Luci/cci :
TOTJFILTER SAMPLE 2.33E+01'uCi/cc Undiluted Gas Sample (15 al) Dose-Rate'at'llft'.: ' :8.87E+00:mR/hr em Hydrogen Concentration:-- .0% l Oxygen Concentration .0% r (' s
-OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.30 DRYWELL GAS ACTIVITY (T = 05:30) (CT = 18:30)
There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85: 6.84E-01 uCi/cc Kr-85m 5.42E+00 uCi/cc Kr-87 4.25E+00 uC1/cc Kr-88 1.16E+01 uCi/cc Xe-133 6.09E+01 uCi/cc Xe-133m 2.07E+00 uCi/cc Xe-135 1.18E+01 uC1/cc Xe-l'a 5m 4.10E-02 uCi/cc Xe-138 1.67E-01 uCi/cc TOT GAS SAMPLE 9.69E+01 uCi/cc Br-83 8.59E-01 uCi/cc Br-84 1.65E-01 uCi/cc I-131 1.13E+01 uCi/cc e I-132 1.47E+01 uCi/cc I-133 2.84E+01 uCi/cc I-134 - 7.59E+00 uCi/cc I-135 2.53E+01 uCi/cc TOT CHAR SAMPLE 8.83E+01 uCi/cc DEI I-131 1.95E+01 uCi/cc Rb-88 2.88E-01 uCi/cc Rb-89 4.34E-02 uCi/cc Cs-134 3.50E+00 uCi/cc Cs-137- 6.42E+00 uCi/cc Cs-138 9.34E+00 uCi/cc TOT FILTER SAMPLE 1.96E+01 uC1/cc _ Undiluted Gas Sample (15 ml)-Dose Rate Et 1 ft.: 8.72E+00 mR/hr Hydrogen Concentration: .0% Oxygen Concentration. .0%
n OCNCG- SCENARIOI 29 ANNUAL EXERCISEL REV'NO- OL TABLE.A-3.3p DRYWELL_ GAS _. ACTIVITY (T = 05:45)=(CT =---18:45)-- There is an analysis delay of_up.to 30 minutes;:after' sampling;
~
t Nuclide Activity-Kr-85 6.80E-01 uci/cc i Kr-85m 5.21E+00 uci/cc Kr-87 3.69E+00 uCi/cc Kr-88 1.08E+011uci/cc Xe-133 6.06E+011uci/cc Xe-133m 2.06E+00-uci/cc 'i Xe-135 1.15E+01-Luci/cc ^ Xe-135m 2.06E-02 uCi/cc Xe-138 8.87E-02 uCi/cc-TOT GAS SAMPLE 9.47E+01 uci/cc_. Br-83 7.89E-01 uCi/cc ;; Br-84 1.17E-01 uCi/cc I-131 1.03E+01 uCi/cc ~ I-132 1.35E+01-uci/cc ; I-133 2.81E+01'uCi/cc r I-134 6.20E+00 uCi/cc ' I-135 2.45E+01 uCi/cc; __ . ---------- -j TOT-CHAR SAMPLE -8.36E+011uCi/cc DEI I-131 1.83E+01-uCi/cc Rb 1.65E-01.uCi/cc . Rb-89 1.93E-02 uCi/cc Cs-134 3.49E+00 uCi/cc-Cs-137 6.40E+00'uCi/cc , Cs-138 6.72E+00-uci/cc TOT FIUTER SAMPLE l'.68E+01'uCi/cc s Undiluted Gas Sample (15 ml)~ Dose Rate at.1?ft'.':- 8.53E+00JmR/hr; Hydrogen Concentration.; .0% Oxygen' Concentration. .0%: o e p
~~=%-~~
~~OCNCG SCENARIO 29~~
~~~ ANNUAL EXERCISE REV NO O > TABLE A-3.3q ,~~
DRYWELL GAS ACTIVITY (T = 06:00) (CT = 10:00) There is an analysis delay of up to 30 minutes after sampling. Nuclide Activity _______ _______m_______ Kr-85 6.73E-01 uC1/cc Kr-85m 4.99E+00 uCi/cc Kr-87 3.18E+00 uCi/cc Kr-88 1.01E+01 uCi/cc Xe-133 6.00E+01 uCi/cc Xe-133m 2.03E+00 uCi/cc j Xe-135 1.12E+01 uCi/cc j Xe-135m 1.04E-02 uCi/cc Xe-130 4.72E-02 uCi/cc TOT GAS SAMPLE 9.23E+01 uCi/cc Br-83 7.21E-01 uCi/cc Br-84 8.33E-02 uCi/cc I-131 9.35E+00 uCi/cc I-132 1.25E+01 uCi/cc I-133 2.76E+01 uCi/cc I-134 5.03E+00 uCi/cc I-135 2.37E+01 uCi/cc TOT CHAR SAMPLE 7.90E+01 uCi/cc i DEI I-131 1.72E+01 uCi/cc 1 Rb-88 9.18E-02_uCi/cc Rb-89 8.32E-03 uCi/cc Cs-134 3.46E+00 uCi/cc Cs-137 6.34E+00.uci/cc Cs-138 4.82E+00 uCi/cc-TOT FILTER SAMPLE. 1.47E+01 uCi/cc Undiluted Gas Sample (15 mi) Dose Rate at 1"it.: 8.31E+00 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0% 4
OCNCG SCENARIO 29 ' ANNUAL EXERCISE REV NO O TABLE A-3.4a. TORUS GAS ACTIVITY (T.= 00:00) (CT = 13:00)
-There is an analysis delay of up to 30 minutes after sampling Nuclido Activit" Kr-85 1.46E-10 ut /cc TOT NG SAMPLE 1.46E-10 uCi/cc I-131 2.18E-14 uCi/cc I-132 3.05E-14 uCi/cc I-133 3.58E-14 uCi/cc I-134 4.55E-14 uCi/cc -
I-135 3.68E-14 uCi/cc TOT C11AR SAMPLE 1.70E-13 uC1/cc DEI I-131 3.26E-14 uCi/cc Cs-137 1.95E-10 UCi/cc TOT FILTER SAMPLE 1.95E-10 uCi/cc LUndiluted Gas Sample (15 ml) Dos. Rate at 1 ft.: _ < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0%
w
~~OCNCG - SCENARIO _291 REVmHO 40?~~
xANNUAL EXERCISE 1 ~ TA BLE TA-314bi TORUSiGAS ACTIVITY-!(T:=-02:15) (CT = 15:15) LThere is an-analysis delay _of up_to.3_0 minutes.after sampling Nuclide. Activity- - Kr-85 1.46E-10 uCi/cc , TOT NG-SAMPLE -1.46E-10.uci/cc I-131 -1.99E-14-uCi/cc I-132 2.83E-14 uCi/cc-- t I-133 3.55E-14 uCi/cc: ; I-134 3.74E-14'uCi/cc-I-135 3.58E-14 uCi/cc TOT CHAR SAMPLE 1.57E-13'uCi/cc DEI I-131 3.05E-141uci/cc Cs-137 1.95E-10 uCi/cc 1.95E-10 uCi/cc-
~
TOT FILTER SAMPLE. : Undiluted Gas. Sample (15 ml) Dose' Rate.atL1 ft.: L<;2.0;mR/hr [ Hydrogen Concentration:. .0% ;
' Oxygen Concentration .0% t 4 -.L T
~~i. r L - g d, a~~
~~-i_~~
~~e d I .-~~
~~. . 2. ., .~~
OCNCG- SCENARIO 29 ANNUAL EXERCISE- REV NO O TABLE A-3.4c TORUS GAS ACTIVITY (T = Ol2 : 3 0) (CT = 15 : 3 0) There is an analysis delay of'up to 30 minutes after sampling Nuclide Activity Kr-85 1.44E-10 uCi/cc TOT NG SAMPLE 1.44E-10 uCi/cc I-131 1.80E-14 uCi/cc I-132 2.60E-14 uCi/cc I-133 3.48E-14 uCi/cc I-134 3.03E-14 uCi/cc I-135 3.46E-14 uCi/cc TOT CHAR SAMPLE 1.44E-13 uCi/cc DEI I-131 2.83E-14 uCi/cc Cs-137 1.93E-10 uCi/cc TOT FILTER SAMPLE 1.93E-10 uCi/cc Undiluted Gas Sample (15 ml) Dose Rate'at i ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0% l
OCNCG SCENARIO 29 -ANNUAL EXERCISE REV NO- 0 TABLE A-3.4d TORUS GAS ACTIVITY (T = 02:45) (CT = 15:45) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 4.84E-03 uCi/cc Kr-85m 9.67E-02 uCi/cc Kr-87 2.21E-01 uCi/cc Kr-88 2.69E-01 uCi/cc Xe-133 7.43E-01 uCi/cc Xe-133m 2.60E-02_uci/cc Xe-135 1.43E-01 uCi/cc Xe-135m 6.22E-01 uCi/cc Xe-138 1.56E+00 uCi/cc TOT NG SAMPLE 3.69E+00 uCi/cc Br-83 6.94E-03 uC1/cc Br-84 1.76E-02 uCi/cc , I-131 5.48E-02'uCi/cc I-132 9.74E-02 uCi/cc-I-133 9.23E-02 uCi/cc
I-134 1,90E-01 uCi/cc I-135 9.96E-02 uCi/cc TOT CHAR SAMPLE 5.59E-01 uCi/cc DEI I-131 8.33E-02 uCi/cc '
s Rb 9.94E-03 uCi/cc Rb-89 1.34E-02 uCi/cc Cs-134 4.25E-04 uCi/cc. Cs-137 7.81E-04 uCi/cc Cs-138 2.53E-02 uCi/cc
-______________ s TOT FILTER SAMPLE 4.99E-02 uCi/cc Undiluted Gas Sample (15 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: -.0%
Oxygen Concentration .0%- C
OCNCG SCENARIO 29 ANguAL. EXERCISE REV NO O TABLE A-3.4e TORUS GAS-ACTIVITY (T = 03:00) (CT = 16:00) l There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 2.41E-02-uCi/cc Kr-85m 4.79E-01 uCi/cc Kr-87 1.02E+00 uCi/cc Kr-88 1.31E+00 uCi/cc Xe-133 3.76E+00 uCi/cc Xe-133m 1.31E-01'uCi/r-Xe-135 7.37E-01 uC1/c-Xe-135m 1.81E+00 uCi/cc Xe-138 4.78E+00 uCi/cc-TOT NG SAMPLE 1.43E+01 uCi/cc Br-83 3.35E-02 uCi/cc Br-84 6.91E-02.uCi/cc I-131 2.72E-01 uCi/cc I-132 4.71E-01 uCi/cc I-133 4.66E-01 uCi/cc I-134 8.37E-01 uCi/cc I-135 4.97E-01 uCi/cc TOT CHAR SAMPLE 2.65E+00-uC1/cc DEI I-131 4.14E-01 uci/cc Rb-88 3.16E-02 uCi/cc Rb-89 3.87E-02 uC1/cc Cs-134 2.15E-03 uCi/cc Cs-137 3.93E-03 uCi/cc Cs-138 1.12E-01-uci/cc TOT FILTER SAMPLE 1.89E-01 uCi/cc-Undiluted Gas Sample (15 ml) Dose Rate at lft.: < 2.0 mR/hr Hydrogen Concentration: .0% oxygen Concentration .0%
OCNCG SCENARIO,29-AN!iUAL EXERCISE- REV-NO O TABLE A-3.4f TORUS GAS ACTIVITY (T =.03:15) (CT = 16:15) There is an analysis delay of up to 30 minutes after sampling-Nuclide Activity: Kr-85 5.42E-02 uCi/cc Kr-85m 1.07E+00 uCi/cc Kr-87 2.08E+00 uCi/cc Kr-88 2.86E+00 uCi/cc Xe-133 8.66E+00 uCi/cc Xe-133m 3.00E-01 uCi/cc Xe-135 1.72E+00 uCi/cc Xe-135m 2.20E+00 uC1/cc Xe-138 6.13E+00 uCi/cc TOT NG SAMPLE 2.51E+01 uCi/cc Br-83 7.23E-02 uCi/cc Br-84 1.17E-01 uC1/cc I-131 6.09E-01 uCi/cc I-132 1.02E+00 uCi/cc I-133 1.07E+00 uCi/cc I-134 1.61E+00 uCi/cc I-135 1.12E+00 uC1/cc _______________ r TOT CHAR SAMPLE 5.62E+00 uCi/cc DE I-131- 9.34E-01 uCi/cc Rb-88 4.27E-02 uci/cc Rb-89 4.69E-02 uCi/cc Cs-134 4.93E-03 uC1/cc Cs-137 9.06E-03 uCi/cc Cs-138 2.06E-01-uCi/cc TOT FILTER SAMPLE 3.09E-01 uCi/cc Undiluted Gas Sample (15 ml) Dose Rate at l'ft.: 2.26E+00 mR/hr I!ydrogen Concentration: .0%
~~-Oxygen Concentration .0%~~
1
OCNCG' SCENARIO A?iNUAL EXERCISE - -REV NO 0-TABLE A-3.4g TORUS (CT_= 16:30) ________' GAS ACTIVITY (T = 03:30) There is an analysis delay of up to 30 minutes after sampling-Nuclide Activity
Kr-85 9.41E-02 uCi/cc Kr-85m 1.83E+00 uCi/cc Kr-87 3.25E+00 uCi/cc Kr-88 4.79E+00 uCi/cc Xe-133 1.54E+01 uCi/cc Xe-133m 5.31E-01 uCi/cc Xe-135 3.07E+00 uCi/cc-Xe-135m 2.04E+00 uCi/cc Xe-138 5.99E+00 uCi/cc TOT NG SAMPLE 3.70E+01 uCi/cc Br-83 1.20E-01 uCi/cc Br-84 1.52E-01 uCi/cc I-131 1.05E+00 uCi/cc I-132 1.68E+00 uCi/cc i I-133_ 1.89E+00 uCi/cc I-134 2.37E+00 uCi/cc l I-135 1.94E+00 uCi/cc l
_______________ l TOT CHAR SAMPLE. 9.21E+00 uCi/cc DEI I-131 1.62E+00 uCi/cc Rb-88 4.43E-02 uCi/cc Rb-89 4.30E-02_uCi/cc Cs-134 8.77E-03.uCi/cc Cs-137 1.61E-02 uCi/cc Cs-138 2.83E-01 uCi/cc TOT FILTER SAMPLZ 3.95E-01 uCi/cc Undiluted Gas Sample (15 ml) Dose Rate at.1'ft.: 3.33E+00 mR/hr Hydrogen Concentration: .0% Oxygen Concentration- .0%
OCNCG SPENARIO-29
~~-ANNUAL EXERCISE REV1NO O TABLE A-3.4h TORUS GAS ACTIVITY (T = 03:45) (CT = 16:45)'~~
Thoro is an analysis delay of up to 30 minut s after sampling Nuclido Activity Kr-85 5.81E-01 uCi/cc Kr-85m 2.72E+00 uCi/cc Kr-87 4.38E+00 uCi/cc Kr-88 6.96E+00 uCi/cc Xe-133 2.37E+01 uCi/cc Xe-133m 8.18E-01 uCi/cc Xe-135 4.77E+00 uCi/cc Xc-135m 1.63E+00 uCi/cc Xe-138 5.05E+00 uCi/cc TOT NG SAMPLE 5.06E+01 uCi/cc Dr-83 1.72E-01 uCi/cc Br-84 1.70E-01 uCi/cc I-131 1.58E+00 uCi/cc I-132 2.42E+00 uCi/cc I-133 2.90E+00 uCi/cc I-131 3.02E+00 uCi/cc I-135 2.93E+00 uCi/cc '
~~-------~~------~~
TOT CHAR SAMPLE 1.32E+01 uC1/cc DEI I-131 2.45E+00 uCi/cc Rb-88 4.02E-02 uCi/cc Rb-89 3.40E-02 uCi/cc Cs-134 1.35E-02 uCi/cc Ce-1?7 2.49E-02 uCi/cc Cs-1 d 3.32E-01 uCi/cc TOT FILTER SAMPLE 4.45E-01 uCi/cc Undiluted Gas Sample (15 ml) Dose Rate at l'ft.: 4.56E+00.mR/hr. Hydrogen Concentration: .0% Oxygen Concentration .0%
=-
i
~~OCNCG SCENARIO 29 {~~
~~-ANNU7.L EXERCISE REV NO O l TABLE A-3.41 TORUS GAS-ACTIVITY (T = 04:00) (CT = 17:00) q~~
~~--------------------~~-----------------------~~
There is-an analysis delay of up to 30 minutes after sampling - Nuclide Activity Kr-85 6.37E-01 uCi/cc Kr-85m 3.83E+00 uCi/cc Kr-87 5.59E+00 uCi/cc Kr-88 9.57E+00 uCi/cc Xe-133 3.46E+01 uCi/cc Xe-133m 1.19E+00 uCi/cc Xe-135 7.01E+00 uCi/cc Xe-135m 1.23E+00 uCi/cc Xe-138 4.02E+00 uCi/cc TOT NG SAMPLE 6.76E+01 uCi/cc Br-83 2.33E-01 uCi/cc Br-84 1.80E-01 uCi/cc I-131 2.25E+00 uCi/cc I-132 3.28E+00 uCi/cc I-133 4.20E+00 uCi/cc I-134 3.63E+00-uci/cc I-135 4.17E+00 uCi/cc TOT CHAR SAMPLE 1.79E+01 uCi/cc DEI I-131 3.50E+00 uCi/cc Rb 3.52E-02 uCi/cc Rb-89 2.54E-02 uCi/cc Cs-134 1.98E-02 uCi/cc-Cs-137 3.63E-02 uCi/cc Cs-138 3.66E-01 uci/cc TOT FILTER SAMPLE 4.82E-01 uCi/cc Undiluted Gas Sample (15 ml) Dose Rate at l'ft.: 6.09E+00 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0%
OCNCG SCENARIO-29 ANNUAL EXERCISE- REV NO- 0 TABLE A-3.4j TORUS GAS ACTIVITY (T = 04 :15) (CT = 17 :15)- There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 6.99E-01 uCi/cc Kr-85m 4.98E+00.uCi/cc 1 Kr-87 6.60E+00 uCi/cc .i Kr-8B 1.22E+01 uCi/cc Xe-133 4.67E+01 uCi/cc Xe-133m 1.60E+00 uCi/cc Xe-135 9.51E+00 uCi/cc Xe-135m 8.56E 01 uCi/cc Xe-138 2.96E+00 uCi/cc TOT NG SAMPLE 8.60E+01 uCi/cc Br-83 2.94E-01 uCi/cc Br-84 1.76E 01 uCi/cc ; I-131 2.95E+00 uCi/cc ! I-132 4.12E+00 uCi/cc I-133 5.64E+00 uC1/cc ; I-134 4.03E+00 uCi/cc ' I-135 5.49E+00 uC3/cc ! l TOT CHAR SAMPLE 2.27E+01 uCi/cc DEI I-131 4s51E+00 uCi/cc 1 Rb+88 2.92E-02 uCi/cc , Rb-89 1.76E-02 uci/cc Cs-134 2.67E-02 uCi/cc 1 Cs-137 4.90E-02 uCi/cc , Cs-138 3.69E-01 uCi/cc l TOT FILTER SAMPLE 4.91E-01'uCi/cc Undiluted Gas Sample (15 ul) Dose Rate ht l'ft.: 7.74E+00 mR/hr Hydrogen- Concentration: .0% Oxygen Concentration .0%
OCNCG SCENARIO 29-ANITUAL EXERCISE REV NO O TABLE A-3. 4k l TORUS GAS ACTIVITY (T = 04:30) (CT = 17:30) There is an analysis delay or up to 30 minutes after sampling. Nuclide Activity Kr-85 7.57E-01 uC1,_c Kr-85m 5.94E+00 uCi/cc Kr-87 7.13E+00 uCi/cc Kr-fC 1.42E+01 uCi/cc Xe-133 5.77E+01 uCi/cc Xo-133m 1.98E+00 uCi/cc Xe-135 1.17E+01-uCi/cc Xe-135m- 5.45E-01 uCi/cc Xc-138 1.99E+00 uCi/cc TOT NG SAMPLE 1.02E+02 uCi/cc Br-83 3.38E-01 uCi/cc Br-84 1.57E-01 uCi/cc I-131 3.51E+00 uCi/cc I-13 ' , 4.73E+00 uCi/cc I-133 6.94E+00 uCi/cc I-134 4.10E+00 uCi/cc I-135- 6.62E+00 uCi/cc TOT CHAR SAMPLE 2.64E+01 uCi/cc i DEI I-131 5.55E+00 uCi/cc 1 Rb-88 2.23E-02 uCi/cc Rb-89 1.11E-02 uCi/cc-Cs-134 3.30E-02 uCi/cc Cs-137 6.06E-02 uCi/cc Cs-138 3.37E-01 uCi/cc TOT FILTER SAMPLE 4.64E-01 uCi/cc j Undiluted Gas Sample (15 ml) Dose Rate at 1"ft.: 9.17E+00 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0%- l~' -
OCNCG -SCENARIO 29 AN!TUAL EXERCISE :REV NO. O TABLE A-3.41 TORUS-GAS ALTIVITY (T = 04:45) (CT = 17:45) i There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 7.24E-01 uCi/cc Kr-85m 5.92E+00 uci/cc Kr-87 6.37E+00 uCi/cc-Kr-88 1.37E+01 uCi/cc Xe-133 5.98E+01 uCi/cc
-Xe-133m 2.05E+00 uCi/cc Xe-135 1.21E+01 uCi/cc Xe-135m 2.65E-01 uCi/cc Xe-138 1.04E+00 uCi/cc TOT NG SAMPLE 1.02E+02 uCi/cc Br-83 2.93E-01 uCi c Br-84 1.13E-01 971f cc.
I-131 3.44E+00 uCi/cc I-132 4.53E+00 uCi/cc I-133 7.14E+00 uCi/cc I-134 3.43E+00 uCi/cc I-135 6.69E+00 uCi/cc TOT CHAR SAMPLE 2.56E+01 uCi/cc DEI I-131 5.52E+00 uCi/cc Rb-88 1.34E-02 uCi/cc Rb-89 4.26E-03 uCi/cc
'Cs-134 3.43E-02 uCi/cc-Cs-137 6.29E-02 uCi/cc Cs-138 2.47E-01 uCi/cc TOT FILTER SAMPLE. 3.62E-01 uCi/cc.
~~Undiluted Gas Sample (15 ml) Dose Rate at_1"ft.: 9.18E+00 mR/hr Hydrogen Concentration: .0% Oxygen Concentration- .0% U~~
~~.-c - - . .. , . . . . . . _ . .-~.-. . - . . . . . _ - . _ , - . -- .~~
~~i ( 2 I OC CG. -SCENARIO 29~~
~~-ANNUAL EXERCISE- ~~~
REV NO 0 TABLE-A-3,4m . TORUS GAS - ACTIVITY L (T # : 05: 00) i(CT l = 18 : 00)_ (There-is'anfanalysis delaycof--up to 30 minutes after sampling: . . Nuclide Activity-Kr _6. 8 0E-01-': uci/cc Kr-85m 5.62E+00 uC1/cc Kr 5.40E+00-uci/cc- ' Kr-88 1.27E+01"uci/cc Xe-133 5.89E+01 uCi/cc
.Xe-133m 2.01E+00;uci/cc Xe-135 1.18E+011uci/cc-Xe-135m 1.62E-01 uC1/cc Xe-138 5.63E-01 uci/cc.
~~TOT NG SAMPLE- _9.77E+01 uCi/cc Br-83 3. 4 2 ' uCi/cc -~~
-Br-84 -/8c-02 uCi/cc I-131 3.18E+00 uCi/cc I-132 4.11E+00 uCi/cc I-133 6.98E+00 uCi/cc ,
I-134 2.72E+00LuCi/cc I-135 6.41E+00'uCi/cc TOT CHAR SAMPLE- 2.37E+01'uCi/cc DEI I-131 5.20E+00 uCi/cc Rb-88 7.76E uCi/cc
-Rb-89 2.017 3TuCi/cc Cs-134 .3.3' J2 uci/cc Cs-137- 6.20E-02 uci/cc-Cs-138 -1.72E-01cuci/cc TOT 4 FILTER SAMPLE 2.77E-01_uci/cc Dose Rate at 1 ft.': 2 ; 8.80E+00-mR/hr UndilutedGasSample(15'm{} .
~~Hydrogen Concentration: .0%-~~
~~' Oxygen Concentration .0%~~
~~e z~~
~~,~,...~.ea .~.m m_-- - ,. ~ - . . , - y 2 . , [.~~
OCNCG SCENAR10 29 ANNUAL EXERCISEL REV.No 0-TABLE A-3.4n d TORUS GAS ACTIVITY (T = 05:15) (CT = 18 :15) There is an analysis delay of up-to 30 minutes after sampling Nuclide Activity Kr-85 6.86E-01 uCi/cc Kr-85m 5.59E4 00 uCi/cc Kr-87 4.86E+00 uCi/cc Kr-88 1.23E+01 uCi/cc Xe-133 6.07E+01 uCi/cc Xe-133m 2.07E+00 uCi/cc Xe-135 1.20E+01 uCi/cc Xe-135m 8.15E-02'uCi/cc Xe-138 3.13E-01 uCi/cc TOT NG SAMPLE 9.85E+01 uCi/cc Br-83 2.31E-01 uCi/cc Br-84 5.79E-02 uCi/cc I-131 3.05E+00 uCi/cc I-132 3.94E+06 uCi/cc I-133 7.14E+00 uCi/cc I-134 2.30E+00 uCi/cc I-135 6.45E+00 uCi/cc TOT CHAR SAMPLE 2.s?E+01 uCi/cc DEI I-131 5.11E+00 uCi/cc Rb-88 4.90E-03 uCi/cc Rb-89 9.47E-04 uCi/cc Cs-134 3.48E-02 uCi/cc Cs-137 6.39E-02 uCi/cc Cs-138 1.29E-01 uCi/cc TOT FILTER _ SAMPLE- 2.33E-01 uCi/cc Undiluted Gan Sample _(15 ml) Dose Rate at l'ft.: 8.87E+00 mR/hr 5 Hydrogen Concentration: .0% Oxygen Concentration .0%
~~- sx_-___ _._-.w-1-.__ _ _ _ _ _ -~~
. OCNCG ANNUAL EXERCISE SCENARIO 29 REV NO O TT.BLE A-3.4o TORUS GAS ACTIVITY - - - - . . . . . . _ _ _ _ _ _ ,,- _ _( T = 0 (CT5 : 3=018: )_____________________30)
~~There is an analysis delay of up to 30 minutes after sampling Nuclide~~
~~...____ Activity Kr-85 ______________.~~
Kr-85m 6.84E-01 uC1/cc Kr-87 5.42E+00 uCi/cc Kr-86 4.25E+00 uCi/cc Xe-133 1.16E+01 uCi/cc Xe-133m 6.09E+01 uCi/cc Xe-135 2.07E+00 uCi/cc Xe-135m 1.18E+01 uCi/cc Xe-138 4.10E-02 uC1/cc
1. 67E-01 uCi/cc TOT NG SAMPLE 9.69E+01 uCi/cc Br-83 Br-84 2.15E-01 uCi/cc I-131 4.12E-02 uCi/cc I-132 2.82E+00 uCi/cc I-133 3.67E+00 uCi/cc I-134 7.11E+00 uCi/cc I-135 1.90E+00 uCi/cc 6.31E+00 uCi/cc TOT CHAR SAMPLE 2.21E+01 uCi/cc DEI I-131 4.86E+00 uCi/cc Rb-88 Rb-89 2.88E-03 uci/cc Cs-134 4.34E-04 uCi/cc Cs-137 3.50E-02 uCi/cc Cs-138 6.42E-02 uCi/cc 9.34E-02 uCi/cc TOT FILTER SAMPLE 1.96E-01 uCi/cc Undiluted Gas Sample (15 ml)
~~Dose Rate at l'ft.: 8.72E+00 mR/hr Hydrogen Concentration:- .0% oxygen Concentration .0% 4~~
~~- - - - - - - - - E~~
SCENARIO 29 REV NO O OCNCG ANNUAL EXERCISE TABLE A-3.4p TORUS GAS ACTIVITY (T = 05:45) (CT = 18:45) f .. ____.....______.. . ___. ___....._________ i There is an analysis delay of up to 30 minutes after sampl ng Activity Nuclide _______________ Kr-85 6.80E-01 uCi/cc 5.21E+00 uCi/cc Kr-85m 3.69E'00 uCi/cc Kr-87 1.08E+01 uCi/cc Kr-88 6.06E+01 uCi/cc Xe-133 2.0CE+00 uCi/cc Xe-133m 1.15E+01 uCi/cc Xe-135 2.06E-02 uCi/cc Xe-135m 8.87E-02 uCi/cc Xe-138 .______________ TOT NG SAMPLE 9.47E+01 uCi/cc Br-83 1.97E-01 uCi/cc Br-84 2.93E-02 uCi/cc I-131 2.58E+00 uCi/cc I-132 3.39E+00 uCi/cc I-133 7.03E+00 uCi/cc I-134 1.55E+00 uCi/cc I-135 6.13E+00 uCi/cc TOT CHAR SAMPLE 2.09E+01 uC1/cc DEI I-131 4.59E+00 uCi/cc Rb-88 1.65E-03 uCi/cc Rb-89 1.93E-04 uCi/cc Cc-134 3.49E-02 uCi/cc Cs-137 6.40E-02 uCi/cc Cs-138
~~'6.72E-02 uCi/cc TOT FILTER SAMPLE 1.68E-01 uCi/cc 8.53E+00 mR/hr Undiluted Gas Sample (15 ml) Dose Rate at l'f t. : .0%~~
Hydrogen Concentration: .0% Oxygen Concentration
OCNCG- SCENARIO 29
~~-ANNUAL EXERCISE REV NO O TABLE-A-3.4q TORUS GAS ACTIVITY (T = .06:00) (CT-= 19:00)~~
There is an analysis _ delay of up to 30 minutes after-sampling Nuclide Activity Kr-85 6.73E-01 uCi/cc Kr-85m 4.99E+00 uCi/cc Kr-87 3.18E+00 uCi/cc Kr-88 1.01E+01 uCi/cc Xe-133 6.00E+01 uCi/cc Xe-133m 2.03E+00 uCi/cc Xe-135. 1.12E+01 uci/cc Xe-135m 1.04E-02 uC1/cc Xe-138 4.72E-02 uCi/cc TOT NG SAMPLE 9.23E+01 uCi/cc-Br-83 1.80E-01 uCi/cc Br-84 2.08E-02 uCi/cc I-131 2.34E+00 uCi/cc " I-132 3.11E+00 uCi/cc I-133 , 6.91E+00 uCi/cc I-134 1.26E+00-uC1/cc I-135 5.92E+00 uCi/cc TOT CHAR SAMPLE 1.97E+01 uCi/cc DEI I-131 4.30E+00 uCi/cc Rb-88 9.18E-04 uCi/cc Rb-89 8.22E-05-uci/cc Cs-134 3.46E-02 uCi/cc Cs-137 6.34E-02 uCi/cc Cs-138 4.81E-02 uCi/cc-TOT FILTER SAMPLE 1.47E-01 uCi/cc Undiluted Gas Sample (15 ml) Dose Rate at 1 ft.: 8.31E+00 mR/hr Hydrogen _ Concentration: .0% Oxygen Concentration .0% l e I
-0CNCG SCENARIO 29 ,
ANNULL EXERCISE REV NO O , TABLE A-3.5a ! REACTOR BLDG ACTIVITY (T = 00:00) (CT = 13:00) There is an analysis delay of up to 3C minutes after sampling Nuclide Activity Kr-05 1.46E-10 uCi/cc TOT NG SAMPLE 1.46E-10 uCi/cc I-131 8.72E-14 uCi/cc I-132 1.22E-13 uCi/cc I-133 1.43E-13 uCi/cc I-134 1.82E-13 uCi/cc I-135 1.47E-13 uCi/cc TOT CilAR SAMPLE 6.81E-13 uCi/cc DEI I-131 1.30E-13 uCi/cc . Os-137 1.95E-10 uCi/cc TOT FILTER SA!!PLE 1.95E-10 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.-.. < 2.0 mR/hr liydrogen Concentration: .0% oxygen Concentration 21.0% list Air Sample Count Rate: < 100. cpm / min run Air Sample Contact Dose Rate < 2.0 mrad /hr Floor Contamination: < 100. cpm /100cm2 Wall and Equipment Contamination < 100. cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy I t
~~, .u, ,> . - . ,~~
t OCHCG SCENARIO 29 ' ANNUAL EXERCISE REV No 0 TABLE A-3.5b REACTOR BLDG ACTIVITY (T = 02:15) (CT = 15:15) Thare is an analysis delay of up to 30 minutos after sampling Nuclide Activity Kr-85 1.50E-10 uCi/cc t Kr-85m 1.53E-10 uCi/cc Kr 7 1.38E-10 uC1/cc Kr-88 1.49E-10 uCi/cc Xe-133 1.58E-10 uCi/cc Xe-133m 1.58E-10 uC1/cc Xe-135 1.55E-10 uCi/cc Xe-135m 8.12E-11 uC1/cc Xc-138 6.58E-11 uCi/cc TOT HG SAMPLE 1.23E-09 uCi/cc Br-83 1.47E-10 Sci /cc Br-84 1.14E-10 uCi/cc I-131 1.45E-10 uCi cc 1 I-132 1.47E-10 uCi cc i I-133 1.57E-10 uCi cc I-134 1.30E-10 uCi cc I-135 1.54E-10 uCi/cc TOT CHAR SAMPLE 9.95E-10 uC1/cc DEI I-131 1.92E-10 uCi/cc ; Rb-88 8.82E-11 uCi/cc Rb-89 8.06E-11 uCi/cc Cs-134 1.58E-10 uCi/cc Cs-137 1.90E-10 uCi/cc Cs-138 1.15E-10 uCi cc Ba-139 1.40E-10 uCi cc Ba-140 1.58E-10 uCi cc Te-129 1.36E-10 uCi/cc ^ Te-132 1.5BE-10 uCi/cc Te-133m 1.29E-10 uCi/cc Mo-99 1.58E-7.0 uC1/cc Ru-103 1.58E-10 uCi/cc Ru-105 1.52E-10 uCi/cc TOT FILTER SAMPLE 2.06E-09 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at i ft.: < 2.0 mR/hr-Hydrogen Concentration: .0% Oxygen Concentration 21.0% Net Air Sample Count Rate < 100, cpm / min run Air Sample' Contact Dose Rate: < 2.0 . mrad /hr Floor-Coratamination: < 100, . 1/100cm2 Wall and Equipment Contamination: < 100, n/100cm2 Personnel Contamination Rate: < 106 A per minuce occupancy
9
'l OCNCG SCENARIO 29 l ANNUAL EXERCISE REV NO O TABLE A-3.5c REACTOR ELDG ACTIVITY (T = 02:30) (CT = 15:30) :
There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.50E-10 uCi cc : 1.45E-10 uCi cc Kr-85m Kr-87 1.31E-10 uCi cc Kr-88 1.41E-10 uCi cc Xe-133 1.49E-10 uCi cc - Xe-133m 1.49E-10 uCi cc ' Xe-135 1.47E-10 uCi cc XJ-135m 7.89E-11 uCi cc Xe-138 8.32E-11 uCi cc . TOT HG SAMPLE 1.17E-09 uCi/cc Br-83 1.40E-10 uci/cc > Br-84 1.10E-10 uCi/cc 2-131 1.37E-10 uCi/cc I-132 1.39E-10 uci/cc 1 I-133 - 1.48E-10 uCi/cc I-134 1.24E-10 uCi/cc I-135 1.46E-10 uCi/cc TOT CHAR SAMPLE 9.45E-10 uCi/cc ; DEI I-131 J.82E-10 uCi/cc Rb-88 1.36E-10 uCi/cc Rb-89 1.20E-10 uci/cc Cs-134 3.11E-10 uCi/cc Cs-137 1.84E-10 uCi/cc Cs-136 1.95F-10 uCi/cc Ba-139 2.58E-10 uCi cc Ba-140 3.11E-10 uCi cc Ta-129 2.49E-10 uCi cc Ta-132- 3.10E-10 uCi cc Te-133m 2.29E-10 uCi cc Mo-99 3.10E-10 uCi cc Ru-103 3.11E-10:uci cc Ru-105 2.94E-10 uCi cc TOT FILTER' SAMPLE 2.15E-09 uCi/cc Undiluted Gas Sample (1225 al)_ Dose Rate at i ft.: < 2.0 mR/hr i L Hydrogen Concentration .0% l Oxygen' Concentration 21.0% Net Air Sample Count Rate t f - 100. cpm / min run Air Sample Contact Dose Rates o 2.0 mrad /hr. Floor Contamination ~< 100. cpm /100cm2
~~. Wall-and Equipment-Contamination < 100. cpm /100cm2 Personnel Contamination Ratet < 100.-cpm per minute occupancy~~
m OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.5d REACTOR BLDC ACTIVITY (T = 02:45) (CT = 15:45) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.50E-10 uCi/cc Kr-85m 1.45E-10 uC1/cc Kr-87 1.32E-10 uCi/cc Kr-88 1.41E-10 uCi cc Xe-133 1.50E-10 uCi cc Xe-133m 1.50E-10 uCi cc Xe-135 1.47E-10 uCi/cc Xe-135m 7.90E-11 uCi/cc Xe-138 8.33E-11 uCi/cc TOT HG 11 AMPLE 1 18E-09 uCi/cc Br-83 1. 40E-10 uCi/L J Br-84 1.10E-10 uCi/cc I-131 1.38E-10 uCi/cc I-132 1.40E-10 uCi/cc I-133 1.49E-30 uCi/cc I-134 1.24E-10 uCi/cc I-135 1.46E-10 uCi/cc TOT CHAR SAMPLE 9.47E-10 uci/cc DEI I-131 1.82E-10 uCi/cc Rb-88 1.61E-10 uCi/cc Rb-89 1.40E-10 uCi/cc Cs-134 4.58E-10 uCi/cc Cs-137 1.79E-10 uCi/cc Cs-138 2.51E-10 uCi/cc Ba-139 3.59E-10 uCi/cc Ba-140 4.57E-10 uCi/cc Te-129 3.43E-10 uCi/cc Te-132 4.56E-10 uCi/cc Te-133m 3.08E-10 uC1/cc Mo-99 4.55E-10 uCi/cc Ru-103 4.58E-10 uCi/cc Ru-105 4.25E-20 uCi/cc TOT FILTER SAMPLE 2.226-09 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at i ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration 21.0% Net Air Sample Count Rate:1.24E+2 cpm / min run Air Sample Contact Dose Rate < 2.0 mrad /hr Floor Contamination: < 10s. cpm /100cm2 Wall and Equipment Contamination < 100. c9m/100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy
l OCllCG SCLNARIO 29 ; -ANNUAL EXERCISE REV'NO O i TABLE A-3.5e ' REACTOR BLDG ACTIVITY (T = 03:00) (CT = 16:00) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 2.S3E-09 uC1/cc ; Kr-85m 4.61E-08 uCi/cc Kr-87 J.50E-08 uCi/cc Kr-88 1.24E-07 uC1/cc Xe-133 3.65E-07 uCi/cc Xe-133m 1.29E-08 uCi/cc -! Xo-135 6.90E-08 uC1/cc Xc-135m 1.57E-07 uCi/cc Xo-138 4.16E-07 uCi/cc TOT NG SAMPLE 1.29E-06 uCi/cc
Br-83 1.28E-08 uCi/cc Br-84 2.50E-08 uCi/cc I-131 9.86E-08 uCi/cc I-132 1.78E-07 uCi cc

I-133 1.80E-07 uCi cc I-134 3.07E-07 uCi cc I-135 1.91E-07 uCi/cc 9.93E-07 uCi/cc TOT CHAR SAMPLE DEI I-131 1.54E-07 uCi/cc Rb-88 2.72E-07 uCi/cc Rb-89 3.36E-07 uC1/cc Cs-134 2.15E-08 uCi/cc Cs-137 5.59E-10 uCi/cc Cs-138 9.00E-07 uCi/cc Ba-139 4.45E-10 uCi/cc Ba-140 5.99E-10 uCi cc Te-129 4.20E-10 tCi cc To-132 5.97E-10 uCi cc To-133m 3.70E-10 uCi/cc '
Mo-99 5.96E-10 uCi/cc Ru-103 6.00E-10 uCJ/cc Ru-105 5.46E-10 uC1/cc TOT FILTER SAMPLE 1.59E-06 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rnte at 1 ft.: < 3.0 mR/hr Hydrogen concentration: .0% Oxygen Concentration 21.0% Not' Air' Sample Count Rate:1.97E+3' cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr Floor Contamination:1.29E+3 cpm /100cmL Wall and Equipment Contamination:1.29E+2 cpm /100cm2 Personnel Contamination Rate: <-100.* cpm per-minute occupancy i
OCNCG SCENARIO 39 ANNUAL EXERCISE REV-NO 0- , TABLE A-3.5f i REACTOR BLDG ACTIVITY (T = 03:15) (CT = 16:15) P There is an analysis delay of up to 30 minutes after sampling _ ; Nuclide Activity - Kr-85 5.95E-09 uC1/cc Kr-85m 1.11E-07 uCi/uc , 2.15E-07'uCi/cc Kr-87 Kr-80 2.97E-07 uCi/cc i-Xe-133 9.02E-07 uCi/cc l Xe-133m 3.14E-08 uCi/cc 1 Xe-135 1.74E-07 uCi cc ! Xe-135m 2.24E-07 uCi cc Xe-138 6.24E-07 uCi cc TOT NG SAMPLE 2.58E-06 uCi/cc Br-83 3.02E-08 uCi/cc Br-84 4.81E-08 uCi cc- , I-131 -2.39E-07-uCi cc .; 1-132 4.21E-07 uCi cc : I-133 4.44E-07 uci/cc I-134 6.62E-07 uCi/cc-I-135 4.66E-07 uci/cc
~~........n......~~
TOT CHAR SAMPLE 2.31E-06 uCi/cc- -; DEI I-131 3.74E-07 uCi/cc [ t Rb-88 5.79E-07 uCi/cc Rb-89 6.49E-07_uci/cc-Cs-134 7.36E-08 uCi/cc ' Cs-137 1.51E-09:uCi cc Cs-138 2.63E-06-uci cc Ba-139 .5.18E-10-uCi cc Ba-140 7.35E-10 uCi/cci i
~~< Te-129 = 4.85E-10 uCi/cc Te-132 7.33E-101uCi/cc)~~
~~Te-133m 4.18E-10-uci/cc-. 7.31E-10 uci/cc-~~
~~- Mo-99 Ru-103 7.37E-10'uCi/cc=~~
Ru-105 6.59E-10 uCi/cc TOT FILTER-SAMPLE- 4.09E-06 uCi/cc-Undiluted Gas: Sample (122f al)-Dose, Rate at 1-ft.: < 2. 0' mR/hr-
~~- Hydrogen! Concentration:: : .0%~~
~~Oxygen' Concentration 21'. 0 % .~~
~~; Net Air Sample' Count Rate:5.07E+3 cpm / min run Air Sample contact Dose-Rate:3 35E+0-mrad /hr .~~
h Floor Contamination:3.20E+3-cpm /100cm2 Wall and. Equipment Contaminationt3.20E+2 cpm /100cm2. Di
~~- Personnel Contaminati'on Rate: '< 100.= cpm;per-~~
~~' minuteroccupancy_~~
~~P e~~
& F1h-** N :-+ m P- y =y 49 -.ew eg -ged gy--f'r w-,wr w e- r -*ge**
l OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.5g REACTOR BLDG ACTIVITY (T = 03:30) (CT = 16:30)
~ Thoro is an analysis delay of up to 30 minutes after sampling Nuclido Activity Kr-85 1.32E-08 uC1/cc Kr-85m 2.47E-07 uCi/cc 4.36E-07 uci/cc ~
Kr-87 Kr-88 6.45E-07 uCi/cc Xo-133 2.08E-06 uCi/cc Xe-133m 7.19E-08-uCi/cc Xe-135 4.04E-07 uCi/cc Xe-135m 2.71E-07 uC1/cc Xe-138 7.98E-07 uCi/cc TOT NG SAMPLE 4.96E-06 uCi/cc Br-83 6.48E-08 uCl/cc Br-84 8.13E-08 uCi/cc I-131 5.35E-07 uCi/cc I-132 9.06E-07 uCi/cc I-133 1.02E-06 uci/cc 1-134 1.27E-04 uCi/cc I-135 1.05E-06 uCi/cc TOT CHAR SAMPLE 1.92E-06 uCi/cc i DEI I-131 8.42E-07 uCi/cc Rb-88 8.96E-07 uCi/cc Rb-89 9.05E-07 uCi/cc-. Cs-134 1.922-07 uCi/cc Cs-137 3.6PE-09'uCi/cc Cs-138 5.50E-06-uCi/cc. Ba-139 5.80E-10-uci/cc Ba-140 ~ 8.66E-10 uCi cc Te-129 5.38E-10 uci cc Te-132 8.63E-10 uCi cc. Te-133m 4.56E-10 uCi cc-Mo-99 >8.60E-10'uCi cc'
.Ru-103 -8.692-10luci cc Ru-105 7.64E-10 uci cc TOT FILTER SAMPLE 7.87E-06 uCi/cc; Undiluted. Gas' Sample (1225 cml). Dose' Rate . at 1 f t. : ' < 2. 0. .mR/hr-Hydrogen! Concentrations. 0%- - oxygen Concentration 21~.0% - "
~~Net Air Sample Count Rate 9.75E+3: cpm / min run; Air ~ Sample. Contact Dose.Ratet6.51E+0: mrad /hr? Floor. Contamination:6.39E+3. cpm /100cm2~~
~~> Wall-and Equipment l Contamination 6.39E+2? cpm /100cm2 Personnel-Contaminati'on'Ratet <-100, cpm per.~~
~~minute occupancy;. 1 g"; ; I~~
~~,e +, <w~~
a OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO 0-TABLE A-3.Sh REACTOR BLDG ACTIVITY (T = 03:45) (CT = 16:45) There is an analysis delay of up to 30 minutes after sampling Nucljde Activity l Kr-85 2.26E-08 uci/cc Kr-85m 4.21E-07 uCi/cc Kr-87 6.74E-07 uCi/cc Kr-88 1.07E-06 uC1/cc Xe-133 3 66E-06 uCi/cc i Xe-133m 1.26E-07 uCi/cc Xe-135 7.19E-07 uCi/cc Xe-135m 2.49E-07 uC1/cc [ Xo-138 7.73E-07 uC1/cc j; TOT NG SAMPLE 7.72E-06 uC1/cc ) Br-83 1.06E-07 uCi/cc- i Br-84 1.05E-07'uC1/cc I-131 9.20E-071uC1/cc I-132 1.49E-06 uCi/cc ; I-133 1.78E-06 uCi/cc ! I-134 1.85E-06 uCi/cc -o I-135 1.81E-Oa uCi/cc
..............s -t -r TOT CHAR SAMPLE 8.06E-06 uCi/cc DEI I-131 1.45E-06'uci/cc l Rb-88 1.09E-06 uCi cc.
Rb-89 9.82E-07 uci cc Cs-134 4.01E-07 uCi cc Cs-137 -7.51E-09 uCi cc Cs-238 8.87E-06 uci cc Ba-139 6.33E-10 uCi cc Ba-140 9.92E-10 uci/cc Tu-129. 5.82E-10 uci/cc-Te-132 9.89E-10 uCi/cc Te-133m - 4. 8 6E-10 uCi/cc i Mo-99 19. 8 5E-:.0 - uCi/ cc
.Ru-103 9.96E-20'uCi/cc-Ru-105 8.61E-10 uCi/cc TOT FILTER SAMPLE 1 1.21E-05 uci/cc Undiluted Gas Sample (1225 ml) Dose Rate tat 1 ft. : <.2.0' mR/hr-Hydrogen. concentrations . 0% :
Oxygen Concentration 21.0%- . Net' Air Sample Count Rate:1'50E+4= cpm /minfrun-L Air SampleLContact Dose Rate:1.00E+1 mrad /hr; ' i- ^ , ' Floor Contamination:1 01E+4 cpm /100cm2-Wall and-Equipment Contamination:1.01E+3. cpm /100cm2. Personnel Contaminati'on-Rate: <-100. cpm par. 1 minute. occupancy. b
~~- + . . - - - . . _ - , , . . . - - - -_ , . . , . . , .. . . . . . - . . - ,+~~
~~OCNCG SCENARIO 29~~
' ANNUAL EXERCISE REV NO O TABLE A-3.Si REACTOR BLDG ACTIVITY (T = 04:00) (CT = 17:00)
Thoro is an analysis delay of up to 30 minutes after sampling - Nuclide Activity Kr-85 1.42E-07 uCi/cc Kr-85m 6.24E-07 uCi/cc Kr-87 9.07E-07 uC1/cc Kr-88 1.55E-06 uCi/cc Xe-133 5.62E-06 uCi/cc , Xo-133m 1.94E-07 uCi/cc Xe-135 1.11E-06 uCi/cc i Xe-135m 1.98E-07 uCi/cc Xe-138 6.50E-07 uC1/cc TOT NG SAMPLE 1.10E-05 uC1/cc Br-83 1.52E-07 uCi/cc Br-84 1.17E-07 uCi/cc I-131 1.37E-06 uCi/cc I-132 2.13E-06 uCi/cc I-133 2.73E-06 uCi/cc + I-134 2.35E-06 uCi/cc I-135 2.71E-06 uCi/cc TOT CHAR SAMPLE 1.16E-05 uCi/cc DEI I-131 2.18E-06 uCi/cc Rb-88 1.13E-06 uCi/cc Rb-89 9.08E-07 uC1/cc CS-134 7.20E-07 uCi/cc Cs-137 1.34E-08 uCi/cc Cs-138 1.21E-05 uci/cc Ba-139 6.78E-10 uCi/cc Ba-140 1.11E-09 uCi/cc' Te-129 6.19E-10 uCi/cc Te-132 1.11E-09 uCi/cc Te-133m 5.09E-10 uCi/cc Mo-99 1.10E-09 uCi/cc. Ru-103 1.12E-09'UCi/cc Ru-105 9.51E-10 uCi/cc TOT FILTER SAMPLE 1.62E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose. Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration:- .0% l oxygen Concentration' 21.0%
i Net-Air Sample Count Rate:2.01E+4 cpm / min run Air Sample Contact Dose-Rate:1.34E+1 mrad /hr-Floor Contamination:1.39E+4 cpm /100cm2
~~. Wall and Equipment Contamination:1.39E+3 cpm /100cm2 L Personnel Contamination Rate: < 100. cpm per minute occupancy-o~~
OCNCG SCENARIO 29 : ANNUAL EXERCISE REV NO O i TABLE A-3.5j ; REACTOR BLDG ACTIVITY (T = 04 :15) (CT = 17:15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.49E-07 uCi/cc Kr-85m 8.76E-07 uC1/cc Kr-87 1.15E-06 uCi/cc Kr-88 2.13E-06 uCi/cc Xe-133 8.17E-06 uC1 cc Xe-133m 2.81E-07 uCi cc Xe-135 1.63E-06 uCi cc Xe-135m 1.49E-07 uCi/cc Xe-138 5.16E-07 uCi/cc TOT NG SAMPLE 1.51E-05 uC1/cc Br-83 2.05E-07 uci cc Br"84 1.23E-07 uCi cc I-131 1.95E-06 uCi cc I-232 2.00E-06 uCi/cc i I-133 3.95E-06 uCi/cc I-134 2.82E-06 uCi/cc I-135 3.85E-06 uci/cc TOT CHAR SAMPLE 1.58E-05-uCi/cc-DEI I-131 3.11E-06 uC3/cc i Rb-88 1.09E-06 uCi/cc Rb-89 7.63E-07 uCi/cc Cs-134 1.18E-06 uCi/cc Cs-137 2.18E-08 uC1/cc Cs-138 1.49E-05 uCi/cc Ba-139 7.16E-10 uCi/cc Ba-140 1.23E-09 uCi/cc Te-129 6.50E-10 uCi/cc Te-132 1.23E-09 uCi/cc Te-133m 5.27E-10 uCi/cc Mo-99 1.22E-09 uCi/cc Ru-103 1-24E-091uCi/cc Ru-105 1.03E-09 uCi/cc TOT FILTER SAMPLE 2.02E-05-uci/cc u Undiluted Gcs Sample-(1225'ml) Dose Rate at 1 ft.: -< 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration 21.0% , Net Air Sample Count Rate:2.50E+4 cpm / min run Air Sample Contact Dose Rate:1.64E+1 mrad /hr Floor Contamination:1.80E+4 cpm /100cm2 Wall and Equipment Contamination:1.80E+3 cpm /100cm2 Personnel Con; amination Rate: < 100. cpm per minute-occupancy
O SCE1ARIO 39 EXERCISE REV NO 0-TABLE ^~3'ON REACTOR BLDG ACTIVITY (T = 04:30) (CT = 17:30) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.64E-07 uCi/cc Kr-85m 1.14E-06 uCi/cc Kr-87 1.36E-06 uCi/cc Kr-88 2.70E-06 uCi/cc Xe-133 1.10E-05 uCi/cc Xe-133m 3.78E-07 uCi/cc Xe-135 2.20E-06 uCi/cc Xe-135m 1.04E-07 uCi/cc Xe-138 3.79E-07 uCi/cc TOT NG SAMPLE 1.94E-05 uCi/cc Br-83 2.5BE-07 uCi/cc Br-84 1.20E-07 uci/cc I .131 2.55E-06 uCi/cc
.T-132 3.61E-06 uCi/cc I-133 5.29E-06 uCi/cc I-134 3.13E-06 uCi/cc I-135 b.05E-06 uCi/cc TOT CHAR SAMPLE 2.00E-05 uCi/cc DEI I-131 4.10E-06 uCi/cc Rb-88 9.86E-07 uCi/cc Rb-89 5.95E-07 UCi/cc.
Cs-134 1.79E-06 oCi/cc Cs-137 3.30E-08 uC1/cc Cs-138 1.70E-05 uCi/cc Ba-139 7.49E-30 uCi/cc Ba-140 1.34E-09 uCi/cc Te-129 6.75E-10 uCi/cc Te-132 1.34E-09 uCi/cc Te-133m 5.41E-10 uCi/cc Mo-99 1,33E-09 uCi/cc du-103 1.35E-09 uci/cc Ru-105 1.11E-09 uCi/cc TOT FILTER SAMPLE 2.37E-Of uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 f t. : < 2.0 mR/hr - Hydrogen Concentration: .0% oxygen Concentration 21.0%- Net Air Sample Count Rate:2.94E+4 cpm / min run Air Sample Contact Dose Rate:1.89E+1 mrad /hr Floor Contamination 2.18E+4 cpm /100cm2 Wall and_ Equipment contamination:2.18E+3 cpm /100cm2'
~~-Personnel Contamination Rater-< 100. cpm per-minute occopancy~~
OCNCO SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.51 REACTOR BLDG ACTIVITY (T = 04:45) (CT = 17:45) There in an analysis dtlay of up to 30 minutos after sampling Nuclide Activity Kr-85 1.77E-07 uci/cc Kr-85m 1.35E-06 uCi/cc Kr-87 1.46E-06 uCi/cc Kr-88 3.13E-06 uCi/cc Xe-133 1.36E-05 uC1/cc Xe-113m 4.64E-07 uCi/cc Xc-135 2.71E-06 uCi/cc Xe-135m 6.58E-08 uC1/cc Xe-138 2.54E-07 uCi/cc TOT NG SAMPLE 2.32E-05 uCi/cc Br-83 2.97E-07 uCi/cc Br-84 1.07E-07 uCi/cc I-131 3.03E-06 uCi/cc I-132 4.13E-06 uCi/cc I-133 6.47E-06 uCi/cc I-134 3.17E-06 uCi/cc I-135 6.07E-06 uCi/cc TOT CilAR SAMPLE 2.33E-05 uCi/cc DEI I-131 4.92E-06 uCi/cc Rb-88 8.35E-07 uCi/cc Rb-89 4.31E-07 uCi/cc Cs-134 2.54E-06 uC1/cc Cs-137 4.68E-08 uCi/cc Cs-138 1.79E-05 uCi/cc Ba-139 7.77E-10 uCi/cc Ba-140 1.45E-09 uCi/cc Te-129 6.96E-10 uCi/cc Te-132 1.44E-09 uCi/cc Te-133m 5.52E-10 uCi/cc Ho-99 1.44E-09 uCi/cc Ru-103 1.45E-09'uCi/cc Ru-105 1.18E-09 uCi/cc TOT FILTER SAMPLE 2.64E*05 uCi/cc Undiluted Gas Sample $ 1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration 21.0% Net Air Sample Count Rate:3.27E+4 cpm / min run Air Sample Contact Dose Rate:2.04E+1 mrad /hr Floor Contamination:2.4BE+4 cpm /100cm2 Wall and Equipment Contamination:2.4BE+3 cpm /100cm2 Personnel Contaminati'on Rate: < 100. cpm per minute occupancy I
~~. . - - - . - . . - -_~ _- .~~
~~f l OCNCG SCENARIO 29 )~~
ANNUAL EXERCISE REV NO O 1 TABLE A-3.5m j REACTOR BLDG ACTIVITY (T = 05:00) (CT = 18:00).
There is an analysis delay of up to 30 minutes after, sampling ! Nuclide Activity ] Kr-85 1.68E-07 uCi/cc I Kr-85m 1.33E-06 uCi/cc ' Kr-87 1.29E-06 uCA/cc Kr-88 3.01E-06 uCi/cc [ Xe-133 1.39E-05 uci/cc : Xe-133m 4.76E-07 uci/cc 1 Xe-135 2.76E-C6 uCi/cc Xe-135m 3.17E-08 uci/cc i Xe-138 1.30E-07 uCi/cc TOT NG SAMPLE 2.31E-05 uC1/cc l Br-83 2.53E-07 uCi/cc - Br-84 7.62E*08 uC1/cc I-131 2.94E-06 uCi/cc it I-132 3.92E-06 uCi/cc j L I-133 6.60E-06 uCi/cc ' I-134 2.63E-06 uCi/cc I-135 6.00E-06 uCi/cc TOT CHAR SAMPLE 2.25E-05 uCi/cc ; DEI I-131 4.85E-06 uCi/cc j Rb-88 6.32E-07 uCi/cc Rb-89 2.65E-07-uCi/cc Cs-134 3.29E-06 uCi/cc . Cs-137' 6.05E-08 uCi/cc - Cs-138 - 1.69E-05 uCi/cc > Ba-139 8.00E-10 uCi/cc-Ba-140 1.56E-09'uCi/cc
~
Te-129 7.13E-10 uci/cc- ^ Te-132 1.5GE-09 uCi cc Te-133m 5.61E-10Luci ec Mo-99 1.54E*09 uCi cc i Ru-103 1.57E-09-uCi cc Ru-105 1.25E-09 uCi cc. TOT FILTER: SAMPLE . 2.71E-05 uci/cc' ; Undiluted Gas Sample (12251ml) Dose Rate at'1;ft.: - <2.0 mR/hr.: , Hydrogen Concentration:' . 0% ' l Oxygen Concentration: 21.0% ' h
~~. Net Air Sample 1CountLRate:3.36E+4' cpm / min run-~~
. Air Sample Contact Dose Rate

E.01E+1; mrad /hr Floor' Contamination:2.48E+41 cpm /100cm2

Wall'and Equipment Contamination:2.48E+3 cpm /100cm2 s Personnel Contamination Rate:l< 100. cpm per: -
~~minute occupancy l 7 e 4. L w r,,- -. . . - , +~%~~
~~% -r. ,, , we r.,, y - ~ , , .c e v 9 9~~
5 e l i OCNCG SCENARIO 29 ' l ANNUAL EXERCISE REV NO O TABLE A-3.5n l REACTOR BLDG ACTIVITY (T = 05:15) (CT = 18:15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.58E-07 uC1/cc hr-85m 1.26E-06 uCi/cc Kr-87 1.10E-06 uCi/cc Kr-88 2.77E-06 uCi/cc ' Xe-133 1.37E-05 uCi/cc Xe-133m 4.66E-07 uCi cc Xe-135 2.68E-06 uCi cc Xe-135m 1.96E-08 uCi cc Xe-138 7.11E-08 uCi/cc TOT NG SAMPLE 2.22E-05 uCi/cc ; Br-82 2.08E-07 uC1/cc Br-84 5.22E-08 uCi/cc I-131 2.70E-06 uCi/cc I-132 3.55E-06 uCi/cc I-133 6.44E-06 uCi/cc I-134 2.00E-06 uCi/cc I-135 5.82E-06 uC1/cc TOT CHAR SAMPLE 2.08E-05 uC1/cc DEI I-131 4.56E-06 uC1/cc Rb-88 4.46E-07 uCi/cc Rb-89 1.55E-07 uCi/cc Cs-134 4.00E-06 uCi/cc Cs-137 7.36E-08 uCi/cc Cs-138 1.48E-05 uCi/cc Ba-139 8.20E-10 uCi/cc Ba-140 1.66E-09 uCi/cc Te-129 7.27E-10 uCi/cc To-132 1.65E-09 uCi/cc Te-133m 5.68E-10 uCi/cc Mc-99 1.64E-09 uCi/cc Ru-103 1.67E-09 uCi/cc Ru-105 1.31E-09 uCi/cc TOT FILTER SAMPLE 2.68E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 f t. : < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration' 21'. 0 % Not Air Sample Count Rate:3.32E+4 cpm / min run Ai; Sample Contact Dose Rate:1.89E+1 mrad /hr l Floor' Contamination:2.38E+4 cpm /100cm2 Wall and Equipment Contamination:2.3BE+3 cpm /100cm2 Personnel Contamination Rate; < 100. cpm per-minute occupancy. g- m - - --
f 7 OCNCG- SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.50 REACTOR BLDG ACTIVITY (T = 05:30) (CT = 18:30) ; There is an analysis delay of up to 30 minutes after sampling Huclide Activity Kr-85 1.60E-07 uCi/cc Kr-85m 1.26E-06 uC1/cc Kr-67 9.88E-07 uCi/cc Kr-88 2.69E-06 uCi/cc Xo-133 1.41E-05 uCi/cc Xe-133m 4.81E-07 uCi/cc Xe-135 2.74E-06 uCi/cc Xe-135m 9.80E-09 uCi/cc Xe-138 3.97E-08 uC1/cc TOT HG SAMPLE 2.25E-05 uCi/cc Br-83 2.01E-07 uCi/cc , Br-84 3.90E-08 uCi/cc I-131 2.60E-06 uCi/cc I-132 3.41E-06 uCi/cc I-133 6.61E-06 uCi/cc I-134 1.77E-06 uCi/cc i I-135 5.86E-06 uCi/cc TOT CHAR SAMPLE 2.05E-05 uCi/cc DEI I-131 4.50E 06 uCi/cc- ! Rb-88 3.07E-07 uCi/cc l Rb-89 8.80E-08 uCi/cc Cs-134 %.72E-06 uCi/cc Cs-137 8.67E-08 uCi/cc Cs-138 1.26E-05 uCi/cc 3a-139 8.37E-10 uCi/cc Ba-140 1.76E-39 uCi/cc-Te-129 7.39E-10 uCi/cc Te-132 1.74E-09 uCi/cc Te-133m 5.73E-10 uCi/cc Mo-99 1.73E-09 uCi/cc Ru-103 1.77E-09'uCi/cc Ru-105 1.37E-09 uCi/cc TOT FILTER SAMPLE 2.64E-05 uCi/cc Undiluted Gas Cample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0%
~~-Oxygen Concentration 21.0%~~
Not Air Sample Count Rate:3.28E+4 cpm / min run Air Sample Contact Dose Rate:1.76E+1 mrad /hr Floor: Contamination:2.35E+4 cpm /100cm2 Wall and Equipment Contamination:2.35E+3 cpm /100cm2 Personnel Contamination Rate: < 100, cpm per minute occupancy.
OCNCG SCENARIO 29 l ANNUAL EXERCISE REV NO O TABLE A-3.5p REACTOR BLDG /,CTIVITY (T = 05:45) (CT = 18:45) - 2 There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.59E-07 uC1/cc Kr-85m 1.22"-06 uCi/cc 1.r-87 8.63E-07 uC1/cc Kr-88 2.53E-06 uCi/cc Xe-133 1.42E-05 uCi/cc Xe-133m 4.81E-07 uCi/cc , Xe-135 2.70E-06 uCi/cc Xe-135m 4.97E-09 uCi/cc Xe-138 2.11E-08 uCi/cc TOT NG SAMPLE 2.21E-05 uCi/cc Br-83 1.86E-07 uCi/cc Br-84 2.77E-08 UCi/cc I-131 2.40E-06'uci/cc I-132 3.17E-06 uCi/cc I-133 6.57E-06 uCi/cc I-134 1.45E-06 uCi/cc i I-135 5.73E-06 uCi/cc TOT CHAR SAMPLE 1.95E-05 uCi/cc DEI l-131 4.28E-06 uCi/cc Rb-88 2.04E-07 uCi/cc Rb-89 4.07E-08 uCi/cc Cs-134 5.42E-06 uCi/cc Cs-137 9.94E-08 uCi/cc Cs-138 1.05E-05 uci/cc. -t Ba-139 8.52E-10 uCi/cc Ba-140 1.85E-09 uCi/cc , Te-129 7.49E-10 uCi/cc Te-132 1.84E-09 uCi/cc Te-133m 5.77E-10 uCi/cc Mo-99 1.82E-09 uCi/cc Ru-103 1.86E-09 uCi/cc-Ru-105 1.42E-09 uCi/cc
~~.......n.......~~
~~TOT FILTER SAMPLE 2.61E-05 uC1/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: ~~~
~~<-2.0 mR/hr Hydrogen Concentration: .0%~~
Oxygen Concentration- 21.0% Net Air Sample Count Rate:3.24E+4 cpm / min run Air Sampl a Contact Dose Rate:1.63E+1 mrad /hr Floor Contaminata.on:2.28E+4 cpm /100cm2 Wall and-Equipment-Contamination:2.28E+3 cpm /100cm2 Personnel Contamination-Rate: < 100. cpm per minute occupancy
OCNCG SCENARIO.29 ANNUAL EXERCISE REV NO O TABLE A-3.5g REACTOR BLDG ACTIVITY (T = 06:00) (CT = 19:00) Th a o is an analysis delay of up to 30 minutes af ter saniplin9 Nuclide Activity , Kr-85 1 h8E-OhuCi/bc Kr-85m 1.17E-06 uCt/cc . Kr-87 7.49E-07 PCi/cc Kr-ES 2.37E-06 QCi/cc Xe-133 1.41E-05 uCi/cc Xe-133m 4.77E-07 uCi/cc Xe-135 2.64E-06 uC1/cc Xe-135m 2.54E-09 uCi/cc ' Xe-138 1.13E-08 uCi/cc TOT NG SAMPLE 2.17E-05 uCi/cc Br-83 1.71E-07 uCi/cc Br-64 1.98E-08 uC1/cc I-131 2.19E-06 uCi/cc I-132 2.93E-06 uci/cc I-133 6.49E-06 uCi/cc I-134 1.18E-06 uCi/cc I-135 5.57E-06 uCi/cc TOT CHAR SAMPLE 1.06E-05 uCi/cc DEI I-131 4.04E-06 uCi/cc Rb-88 1.32E-07 uCi/cc Rb-89 2.64E-08 uCi/cc Cs-134 6.07E-06 uCi/cc Co-137 1.12E-07-uC1/cc Cs-138 8.51E-06 uCi/cc Ba-139 8.64E-10 uci/cc Ba-140 1.94E-09 uci/cc Te-129 7.57E-10 uCi/cc Te-132 1.92E-09 uCi/cc. Te-133m 5.80E-10 uci/cc-Mo-99 1.91E-09 uCi/cc Ru-103 1.95E-09'uCi/cc Ru-105 1.47E-09 uCi/cc TOT FILTER SAMPLE 2.59E-05'uci/cc - Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: ,0%
- Oxygen Concentration 121.0%1 Not Ai.r Sample-Count Rato:3.21E+4 cpm / min.run-Air Sample Contact Dose Rate:1.52E+1 mrad /hr Floor-Contamination:2.22E+4 opm/100cm2 ' Wall and. Equipment-Contamination:2.22E+3x cpm /100cm2 Personnel Contamination Rats:-< 100. cpm per minute occupancy
GCl*CG SCENARIC 29 ANNUAL EXERCISE REV NO O TABLE A-3.5r REACTOR BLDG ACTIVITY (T = 06:15) (CT = 19:15) There is an analysis delay of up to 30 minutes af ter sanipling Nuclide Activity Kr-85 1.57E-07 uC1/cc Kr-85m 1.12E-06 uCi/cc Kr-87 6.46E-07 uCi/cc Kr-88 2.21E-06 uCi/cc Xe-133 1.40E-05 uti/cc Xo-133m 4.72E-07 uCi/cc Xe-135 2.56E-06 uCi/cc Xo-135m 1.32E-09 uCi/cc Xe-138 6.04E-09 uCi/cc TOT HG GAMPLE 2.11E-05 uCi/cc Br-83 1.56E-07 tici/cc 1.41E-08 uCi/ca Br-84 I-131 1.99E-06 uCi~/cc I-132 2.69E-06 uCi/cc I-133 6.38E-06 uCi/cc 1-134 9.62E-07 uCi/cc I-135 5.38E-06 uCi/cc
> TOT CHAR SAMPLE 1.76E-05 uci/cc DEI I-131 3.80E-06 uCi/cc Rb-88 8.37E-08 uCi/cc Rb-89 1.41E-08 uCi/cc Cs-134 6.70E-06 uCi/cc Cs-137 1.23E-07 uCi/cc Cs-138 6.80FafA uCi/cc Ba-139 8. "4 E- 10 uCi/cc Ba-140 2.03E-09 uCi/cc Te-129 7.64E-10 uCi/cc Te-132 2.01E-09 uCi/cc Te-133m 5.83E-10 uCi/cc Mo-99 1.99E-09 uCi/cc Ru-103 2.04E-09'uCi/cc Ru-105 1.52E-09 uCi/cc TOT FILTER SAMPLE 2.59E-05 uCi/cc Undiluted Gas Sample (1225 mi) Done Rate at i ft.: < 2.0 tar /hr Hydrogen Concentrationt .0%
Oxygen Concentration 22.0% Net Air Sample Count Rate 3.21E+4 cpm / min run Air Sample Contact Dose Rate:1.43E+1 mrad /hr Floor Contamination 2.172+4 cpm /100cm2 Wall and Equipment Contaminhcion:2.17E+3 cpm /100cm2 Personnel contaminatihn Rate: < 100. cpm per minute occupancy i
OCNCG SCENARIO 29 AK'lUAL EXERCISE
. REV NO O TABLE A-3.5s i REAJTOR .............................................
BLDG ACTIVITY (T = 06: 30) (CT = 19:30) ; There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.65E-07 uCi/cc hr-85m 1.07E-06 uCi/cc Kr-87 5.58E-07 uCi/cc Kr-88 2.06E-06 uCi/cc Xe-133 1-38E-05 uC1/cc Xe-133m 4.66E-07 uCifec i Xe-13b 2.49E-06 uCi/cc Xe-135m 7.03E-10 uC1/cc Xe-138 3.25E-09 uC1/cc i TOT HG SAMPLE 2.06E-05 uCi/cc , Br-83 1.43E-07 uCi/cc Br-84 1.00E-08 uC1/cc I-131 1.80E-06 uCi/cc I-132 2.47E-06 uCi/cc I-133 6.28E-06 uCi/cc I-134 7.81E-07 uCi/cc I-135 5.20E-06 uCi/cc TOT CHAR SAMPLE 1.67E-05 uCi/cc DEI.I-131 3.37E-06 uCi/cc Rb-88 5.21E-08 uC1/cc Rb-89 7.40E-09 uCi/cc CC-134 7.31E-06 uCi/cc Cs-137 1.34E-07 uCi/cc Cs-138 5.36E-06 uCi/cc Ba-139 8.83E-10 uCi/cc Ba-140 2.11E-09 uCi/cc Te-129 7.70E *J uC1/cc Te-132 2. 09 E-u9 11Ci/ cc To-133m 5.85E-10 uCi/cc Mo-99 2.07E-09 uCi/cc , Ru-103 2.13E-09 uCi/cc Ru-105 1.56E-09 uCi/cc e TOT FILTER SAMPLE 2.62E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft. : < 2.0 mR/hr Hydrogen Concentratiun: .0% Oxygen Concentration 21.0% Net Air Samp',e Count Rate:3.24E+4 cpm / min run Air Sample Contact Dose Rate:1.37E+1 mrad /hr Floor contamination:2.14E+4 cpm /100cm2 Wall-and Equipment Contapination:2.14E+3 cpm /100cm2 Personnel Contamination Rate: < 100, cpm per
~~-minute occupancy. , ., w~~
l OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.51 REACTOR BLDG ACTIVITY (T = G4:00) (CT = 17 : 00) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity l i Kr-85 1.42E-08 uCi/cc Kr-85m 6.24E-08 uCi/cc .i Kr-87 9.07E-08 uCi/cc 1 Kr-88 1.55E-07 uC1/cc l Xo-133 5.62E-e7 uCi/cc Xe-133m 1.94E-08 uCi/cc , Xe-135 1.11E-07 uCi/cc Xe-135m 1.98E-08 uCi/cc Xe-138 6.50E-08 uC1/cc ; TOT NG SAMPLE 1.10E-06 uCi/cc Br-83 1.52E-08 uC1/cc Br-84 1.17E-08 uCi/cc I-131 1.37E-07 uCi/cc I-132 2.13E-07 uC1/cc I 133 2.73E-07 uC1/cc I-134 2.35E-07 uCi/cc I-135 _'2.71E-07 _____________. uC1/cc TOT CIIAR SAMPLE 1.JSE-06 uCi/cc , DEI I-131 2.18E-J7 uCi/cc Rb-88 1,13E-07 uCi/cc Rb-89 9.0CE-08 uCi/cc Cs-134 7.20E-08 uCi/cc Cs-137 1.34E-09 uCi/cc Cs-138 1.21E-06 uC1/cc Ba-139 6.78E-11 uCi/cc Ba-140 1.11E-10 uCi/cc To-129 6.19E-11 uCi cc Te-132 1.11E ~ 3 uCi cc Te-133m 5.09E-11 uCi cc Mo-99 1.10E-10 uCi/cc-Ru-103 1.12E-10 uCi/cc Ru-105 9.51E-11 uCi/cc TOT FILTER SAMPLE 1.62E-06 uCi/cc , Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr
~~-Hydrogen Concentration: .0%-~~
Oxygen Concentration- 21.0% Not Air Sample Count Rate:2.01E+4 cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr Floor Contamination:1.39E+3 cpm /100cm2 Wall and Equipment contamination:1.39E+2 cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy
l OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.5j REACTOR BLDG ACTIVITY (T = 04:15) (CT = .1.7 15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.28E-08 uCi/cc Kr-85m 5.64E-08 uCi/cc Kr-87 8.17E-08 uC1/cc Kr-88 1.40E-07 UCi/cc Xe-133 5.12E-07 uCi/cc Xe-133m 1.74E-08 uCi/cc Xe-135 1.01E-07 uCi/cc Xo-135m 1.78E-08 uCi/cc Xc-138 5.90E-08 uCi
~~.........__../cc __~~
TOT NG SAMPLE 1.00E-06 uC1/cc Dr-83 1.42E-08 uCi/cc - Dr-84 1.07E-08 uC1/cc I-131 1.25E-07 uCi/cc i I-132 1.83E-07 uCi/cc . I-133 I-134 2.53E-07 uCi/cc I-135 2.15E-A7 uCi/cc 2.51E-07 uCi/cc TOT CitAR SAMPLE 1.06E-06 uCi/cc DEI I-131 1.98E-07 uCi/cc Rb-88 1.03E-07 uCi/cc Rb-89 8.88E-08 uCi/cc , Cs-134 6.50E-08 uCi/cc Cs-137 1.24E-09 uCi/cc Cs-138 1.11E-06 uCi/cc Ba-139 6.18E-11 uCi/cc Ba-140 1.01E-10 uC1/cc To-129 5.59E-11 uC1/cc Te-132 1.01E-10 uCi cc Te-133m 4.59E-11 uCi cc Mo-99 1.00E-10 uCi cc Ru-103 1.02E-10 uC1/cc Ru-105 8.61E-11 uCi/cc - l')T FILTER SAMPLE 1.46E-06_uci/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr . Hydrogon Concentration: .0% Oxygcn Concentration. 21.0% Not Air Sample Count Rate:1.81E+4 cpm / min run-
. Air Sample Contact Dose Rate < 2.0 mrad /hr Floor Contamination:1.27E+3 cpm /100cm2 Wall and Equipment Contamination:1.27E+2 cpm /100cm2 Personnel-Contamination Rate: < 100. cpm per minute occupancy
OCNCG SCENARIO 29 i ANNUAL EXERCISE REV NO O TABLE A-3.5k REACTOR BLDG ACTIVITY (T = 04:30) (CT = 17:30) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.18E-08'uC1/cc Kr-854 5.14E-08 uCi/cc > Kr-87 7.372-08 uCi/cc ' Kr-88 1.30E-07 uCi/cc l Xo-133 4.62E-07 uCi/cc ! Xo-133m 1.54E-08 uCi/cc j Xo-135 9.01E-08 uC1/cc ' Xo-135m 1.58E-08 uCi/cc Xo-138 5.40E-08 uCi/cc . ___.__________. I TOT NG SAMPLE 9.80E-07 uCi/cc Br-83 1.30E-08 uCi/cc Dr-84 9.97E-09 uC1/cc I-131 I-132 1.12E-07 uCi/cc I-133 1.70E-07 uC1/cc I-134 2.33E-07 uCi/cc
1. 's5E-07 uC1/cc I-135 2.31E-07 uCi/cc TOT CHAR SAMPLE 9.86E-07 uCi/cc DEI I-131 1.78E-07 uCi/cc Rb-88 9.83E-08 uCi/cc Rb-89 7.78E-08 uCi cc Cs-134 5.90E-08 uCi cc Cs-137 1.14E-09 uCi cc Cs-138 1.01E-06.uci/cc Da-139 5.58E-11 uCi/cc Da-140 9.81E-11 uCi/cc Te-129 4.99E-11 uCi/cc To-132 9.91E-11 uCi cc '
To-133m 4.19E-11 uCi cc Mo-99 9.00E-11 uCi cc Ru-103 9.82E-11 uCi/cc Ru-105 7.81E-11 uCi/cc TOT FILTER SAMPLE 1.26E-06 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen.concentrationt .0% 0xygen Concentration 21.0% Not Air' Sample' Count-Rate:1.61E+4 cpm / min run Air Sample. Contact Dose Rate: < 2.0 mrad /hr Floor Centamination:1.14E+3 cpm /100cm2 Wall and Equipment Contaminationt1.14E+2 cpm /100cm2 Personnel Contamination Rater-< 100. cpm per minute occupancy
OCNCG SCENARIC 29 ANNUAL EXERCISE REV NO O TABLE A-3.51 REACTOR BLDG ACTIVITY (T = 04:45) (CT = 17:45) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.08E-08 uCi/cc Kr-85m 4.64E-08 uCi/cc Kr-87 6.77E-08 uCi/cc Kr-88 1.10E-07 uCi/cc Xe-133 4.22E-07 uCi/cc Xe-133m 1.34E-08 uCi/cc Xe-135 9.21E-08 uCi cc Xo-135m 1.38E-08 uCi cc Xe-138 4.90E-08 uCi cc TOT NG SAMPLE 8.90E-07 uCi/cc Br-83 1.15E-08 uC1/cc Dr-84 9.07E-09 uCi cc I-131 1.02E-07 uCi cc I-132 1.55E-07 uCi cc I-133 2.13E-07 dCi/cc I-134 1.75E-07 uCi/cc I-135 2.11E-07 uCi/cc TOT CHAR SAMPLE 8.96E-07 uCi/cc DEI I-131 1.58E-07 uci/cc l Rb-88 8.93E-08 uCi/cc l Rb-89 7.08E-08 uCi cc Cs-134 5.40E-08 uCi cc Cs-137 1.04E-09 uCi cc Cs-138 9.81E-07 uCi/cc Da-139 5.08E-11 uCi/cc Ba-140 8.91E-11 uCi cc Te-129 4.49E-11 uCi cc To 132 9.01E-11 uCi cc Te-13'- 3.79E-11 uCi cc Ho-99 8.10E-11 uCi cc Ru-103 8.92E-11 uCi/cc Ru-105 7.11E-11 uCi/cc TOT FILTER SAMPLE 1.12E-06 uCi/cc [ Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentrations .0% Oxygen Concentration 21.0% Net Air Sample Count Rate:1.50E+4 cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr Floor contamination:1.04E+3 cpm /100cm2-Wall and Equipment Contamination:1.04E+2 cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy
OCNCG SCENARIO 29
~~ANNUAL EXERCISE REV NO O TABLE A-3.5m REACTOR BLDG ACTIVITY (T = 05:00) (CT = 18:00)~~
Thore is an analysis delay of up to 33 minutos after sampling Nuclide Activity y Kr-85 9.88E-09 uC1/cc Kr-85m 4.24E-08 uCi/cc Kr-87 6.17E-08 uCi/cc Kr-88 1.00E-07 uCi/cc Xe-133 3.82E-07 uCi/cc Xe-133m 1.18E-08 uCi/cc Xo-135 8.31E-08 uC1/cc ! Xo-135m 1.16E-08 uCi/cc l Xo-138 4.50E-08 uCi/cc TOT NG SAMPLE 8.10E-07 uCi/cc Br-83 1.05E-08 uCi/cc j Br-84 8.17E-09 uCi/cc I I-131 9.92E-08 uC1/cc I-132 1.35E-07 uCi cc I I-133 1.93E-07 uCi cc I-134 1.65E-07 uCi cc I-335 1.91E-07 uCi/cc TOT CHAR SAMPLE 8.16E-07 uCi/cc DEI I-131 1.42E-07 uCi/cc Rb-88 8.13E-08 uCi cc ' Rb-89 6.28E-08 uCi cc Co-134 4.90E-08 uCi cc Cs-137 9.84E-10 uCi cc Cs-138 8.91E-07 uCi cc Ba-139 4.58E-11 uCi cc Ba-140 8.11E-11 uCi cc - To-129 3 . 91 "11 uCi cc Te-132 8.11E-11 uCi cc To-133m 3.39E-11 uCi cc Mo-99 7.30E-11 uCi cc Ru-103 8.12E-11 uCi/cc Ru-105 6.41E-11 uC1/cc TOT FILTER SAMPLE 1.02E-06 uCi/cc Ur.di Jtod Gas Sample _ (1225 ml) Dose Rate at 1 ft. : < 2.0 mR/hr Hydrogen 1 Concentration: .0% Oxygen concentration 21.0% Not Air Sample Count Rate:1.35E+4 cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr Floor Contamination:9.84E+2 cpm /100cm2 Wall and Equipment Contamination: < 100.. cpm /100cm2 Personnel Contamination Rate: < 100. cpm per-minute occupancy
OCNCG SCENARIO 29-ANNUAL EXERCISE REV NO O TABLE A-3.5n REACTOR BLDG ACTIVITY (T = 05:15) (CT = 18:15)
~~...........----....--------------....---.. -~~~
There is an analysis delay of up to 30 minutes after sampling Nuclido Activity Kr-85 8.88E-09 uCi/cc Kr-85m 3.84E-08 uCi/cc Kr-87 5.57E-08 uCi/cc Kr-86 9.80E-08 uCi/cc Xe-133 3.42E-07 uCi/cc Xo-133m 1.08E-08 uC1/cc Xe-135 7.51E-08 uCi/cc i Xo-135m 1.06E-08 uCi/cc Xe-138 4.10E-08 uCi/cc TOT NG SAMPLE 7.30E-07 uCi/cc [ Br-83 9.91E-09 uCi/cc Br-84 7.37E-09-uCi/cc I-131 9.02E-08 uC1/cc I-132 1.21E-07 uCi/cc i 1-133 1.73E-07 uCi/cc I-134 1.55E-07 uCi/cc I-135 1.78E-07 uCi/cc TOT CilAR SAMPLE 7.36E-07 uCi/cc DEI I-131 1.22E-07 uCi/cc Rb-88 7.33E-08 uCi/cc Rb-89 5.68E-08 uCi/cc Cs-134' 4.40E-08 uC1/cc Co-137 8.94E-10 uCi/cc Cs-138 8.01E-07 uCi/cc Ba-139 4.08E-11 uCi/cc Da-140 7.31E-11 uCi/cc Te-129 3.59E-11 uCi/cc Te-132 7.31E-11 uCi cc Te-133m 3.09E-11 uCi cc Mo-99 6.70E-11 uCi cc Ru-103 7.32E-13 uCi/cc Ru-105 5.81E-11 uCi/cc TOT _ FILTER SAMPLE 9.82E-07 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft. : < 2.0 mR/hr. Ilydrogen Concentration: .0% 0xygen Concentration 21.0% Not Air Sample Count Rate:1.12E+4 cpm / min run Air Sample Contact Dose Ratet < 2.0 mrad /hr Floor Contamination:8.84E+2 cpm /100cm2 Wall and Equipment Contamination: < 100. cpm /100cm2-Personnel Contamination Rate: 1< 100.' cpm per minute occupancy-
OCNCG SCENARIO 29 ANNUAL EXSRCISE REV NO O TABLE A-3.50 REACTOR BLDG ACTIVITY (T = 05:30) (CT = 18:30) There is an analysis dolay of up to 30 minutes after sampling Nuclide Activity Kr-85 8.08E-09 uC1/cc Kr-85m 3.54E-08 uCi cc Kr-87 5.07E-08 uCi cc Kr-88 8.80E-08 uCi cc Xe-133 3.12E-07 uc?/cc Xo-133m 9.88E-09 uti/cc Xe-135 6.81E-08 uCi cc. Xo-135m 9.26E-09 uCi cc Xe-138 3.70E-08 uCi cc , TOT NG SAMPLE 6.70E-07 uCi/cc Dr-83 9.01E-09 uCi/cc Dr-84 6.67E-09 uCi/cc I-131 8.12E-08 uCi/cc I-132 1.11E-07 uCi/cc I-133 1.53E-07 uCi/cc I-134 1.45E-07 uCi/cc I-135 1.38E-07 dCi/cc
--------------- i TOT CHAR SAMPLE 6.66E-07 uCi/cc DEI I-131 1.11E-07 uC1/cc Rb-88 6.73E-08 uCi/cc Rb-89 5.18E-08 uCi/cc Cs-134 4.00E-08 uCi/cc Cs-137 8.14E-10 uCi/cc Cs-138 7.11E-07 uCi/cc Ba-139 3.48E-11 uCi/cc Da-140 6.71E-11 uCi/cc Te-129 3.19E-11 uCi/cc Te-132 6.71E-11 uCi/cc Te-133m 2.70E-11 uC1/cc Mo-99 6.10E-11 uCi/cc Ru-103 6.72E-11'uCi/cc Ru-105 5.11E-11 uCi/cc TOT FILTER SAMPLE 8.82E-07 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0%
Oxygen Concentration 21.0% Net Air Sample Count Rate:1.02E+4 cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr Floor' Contamination:8.04E+2 cpm /100cm2 Wall and Equipment Contamination < 100. cpn/100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy
=
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.5p REACTOR BLDG ACTIVITY (t = 05:45) (CT = 18:45) There is an analysis delay of up to 30 minutes after sampling Nuclido Activity Kr-85 7.28E-09 uC1/cc - Kr-85m 3.24E-08 uCi/cc ' Kr-87 4.57E-08 uCi/cc Kr-88 8.00E-08 uCi/cc Xe-133 2.82E-07 uCi/cc Xe-133m 8.88E-09 uCi/cc Xe-135 6.21E-08 uCi/cc Xo-135m 8.36E-09 uCi/cc Xe-138 3.30E-08 uCi/cc TOT NG SAMPLE 6.108-07 uCi/cc Br-83 8. lie-09 uCi/cc Br-84 6.07E-09 uCi/cc I-131 7.32E-08 uCi/cc I-132 1.01E-07 uCi/cc I-133 1.31E-07 uCi/cc I-13/ 1.15E-07 uCi/cc I-135 1.38E-07 uCi/cc TOT CilAR SAMPLE 6.06E-07 uCi/cc DEI I-131 1.01E-07 uCi/cc Rb-88 6.13E-08 uC1/cc Rb-89 4.58E-08 uCi/cc Cs-134 3.60E-08 uCi/cc Cs-137 7.44E-10 uCi/cc Cs-138 6.41E-07 uCi/cc Ba-139 3.18E-11 uCi/cc Ba-140 6.11E-11 uCi/cc Te-129 2.79E-11 uCi/cc Te-132 6.11E-11 uCi/cc Te-133m 2.50E-11 uCi/cc Ho-99 5.60E-11 uCi/cc Ru-103 6.12E-11 uCi/cc Ru-105 4.61E-11 uCi/cc TOT FILTER SAMPLE 8.02E-0*/ uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Ilydrogen Concentration: .0% Oxygen Concentration 21.0% Not Air Sanple Count Rate:9.92E+3 cpm / min run Air Sample Contact Dose Rate: < 2.0 r. rad /hr Floor Contamination:7.24E+2 cpm /100cm2 Wall and Equipment Contamination: < 100. cpm /100cn2 Personnel Contamination Rate: < 100. ce m per minute occupancy
1 1 OCNCG SCENARIO 29 REV NO O j ANNUAL EXERCISE
~~' TABLE A-3.5q REACTOR BLDG ACTIVITY (T = 06:00) (CT = 19:00)~~
There is an aptlysis delay of up to 30 minutes after sampling l Nuclide Activity Kr-85 6.58E-09 uCi/cc Kr-85m 2.94E-08 uCi cc Kr-87 4.17E-08 uCi cc Kr-88 7.20E-0J uCi cc ' Xe-133 2.52E-07 uCi/cc Xe-133m 8.08E-09 uCi/cc , Xe-135 5.61E-08 uCi/cc ' Xc-135m 7.56E-09 CCi/cc Xe-138 3.00E-08 uCi/cc TOT NG SAMPLE 5.60E-07 uCi/cc Br-83 7.31E-09 uCi/cc Dr-84 5.47E-09 uCi/cc I-131 6.62E-08 uCi/cc I-132 9.91E-08 uCi/cc I-133 1.21E-07 uCi/cc I-134 1.05E-07 uCi/cc I-135 1.18E-07 uC1/cc TOT CHAR SAMPLE 5.46E-07 uCi/cc DEI I-131 9.81E-08 uCi/cc Rb-88 5.63E-08 uCi/cc Rb-89 4.18E-08 uCi/cc Cs-134 3.30E-08 uCi/cc Cs-137 6.74E-10 uCi/cc Cs-138 5.81E-07 uCi/cc Ba-139 2.88E-11 uCi/cc Ba-140 5.61E-11 uCi/cc Te-129 2.51E-11 uCi/cc To-132 5.61E-11 uCi/cc To-133m 2.30E-11 uC1/cc 3~ Ho-99 5.10E-11 uCi/cc Ru-103 5.62E-11'uCi/cc Ru-105 4.21E-11 uCi/cc TOT FILTER SAMPLE 7.22E-07 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration's .0% Oxygen Concentration 21.0% Not Air Sample Count Rate:9.02E+3 cpm / min run Air Sample-Contant Dose-Rate: < 2.0 mrad /hr Floor Contamination:6.54E+2 cpm /100cm2 Wall and Equipment Contamination < 100. cpm /100cm2 Personnel Contamination Rate:-<~100. cpm per minute occupancy
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A .?.6a TURBINE BLDG ACTIVITY (T = 00:00) (CT = 13:00) i There is an analysis delay of up t.o 30 minutes after s .spling Nuclide Activity Kr-85 1.46E-10 uCi/cc TOT GAS SAMPLE 1.46E-10 uCi/ec I-131 8.72E-14 uCi/cc I-132 1.22E-13 uCi/cc I-133 1.43E-13 uCi/cc I-134 1.82E-13 uCi/cc I-135 1.47E-13 uCi/cc TOT CHAR SAMPLE 6.81E-13 uCi/c0 DEI 1-131 1.30E-13 uCi/cc Cs-137 1.95E-10 uCi/cc TOT FILTER SAMPLE 1.95E-10 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen concentratic- ' '. 0 % Net Air Sample Count Rate: ~0. cpm / min run Air Samplc Contact Dose Rate: < 2.0 mrad /hr Floor Contamination: < 100. cpm /100cm2 Wall and Equipment Contamination: < 100. cpm /100cm2 Pecsannel Contamination Rate: < 100. cpm /100cm2/per minute occupancy i .5' t
10CNCG
~~-SCENARIO 29~~
~~g. . .~~
~~ANNUAL EXERCISE REV NO O~~
~~-TABLE A-3.7a RAGEMS . STACK ACTIVITY _ (T = 00: 00) -(CT = 13 : 00)~~
There is an analysis delay of up to 30 minutes'after sampling Nuclide Activity TOT NG SAMPLE As Found TOT CHAR SAMPLE As Found DEI I-131 As Found TOT FILTER FAMPLE AS Found Undiluted Gas Sanple $ 1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr
~~-Hydrogen Concentration: .0%~~
Oxygen Concentration .0% f
s:
~~~ ;)~~
4 OCNCGJ Scr:NARIOi29 m 2 ANNUAL l EXERCISE = REVINOs .0-TABLE A-3.7b l _ RAGEMS STACK- ACTIVITY- (T =- 02:15) (CT = 15:15): There is an-analysis delay of-up to'30 minutes after sampling; j Nuclide Activity: TOT NG SAMPLE As Found 70T CHAR SAMPLE As~Found As Found DEI I-131 TOT FILTER SAMPLE As Found Undiluted Gas Sample -(1225 ml) Dose Rate at 1'ft.:
~~< 2.O mR/hr_ _~~
~~Hydrogen Concentration:- . 0% - Oxygen Concentration .0% : J r 4 t, e-1 5 5~~
;{ -t h ?
~~77 L U~~
~~"= , ,:'-~~
v . l
OCNCG- SCENARIO 29-ANNUAL-EXERCISE REV NO O TABLE A-3.7c RAGEMS STACK ACTIVITY-(T =-02:30) (CT =-15:30) There i.s an analysis delay of up to 30 minutes after 7 amp 1ing-Nuclide Activity TOT NG SAMPLE As Found , TOT CHAR SAMPLE As Found-DEI I-131 As Found , TOT FILTER SAMPLE As Found Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0% i: 4,
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.70 RAGEMS STACK ACTIVITY (T = 02:45) (CT = 15:45) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 2.93E-11 uCi/cc Kr-85m 2.91E-11 uCi/cc Kr-87 2.87E-11 uCi/cc Kr-88 2.90E-11 uCi/cc Xn-133 2.92E-11 uCi/cc Xe-133m 2.92E-11 uCi/cc Xo-135 2.91E-11 uCi/cc Xe-135m 2.73E-11 uCi/cc Xe-13P 2.74E-11 uCi/cc TOT NG SAMPLE 2.58E-10 uC1/cc Br-83 2. 3 8E-08 uCf ,'cc Pr-84 6.02E-08 uCi/cc I-131 1.88E-07 uCi/cc I-132 3.33E-07 uCi/cc I-133 3.16E-07 uCi/cc I-134 6.51E-07 uCi/cc I-135 3.41E-07 uCi/cc TOT CHAR SAMPLE 1.91E-06 uCi/cc DEI I-131 2.85E-07 uCi/cc Rb-88 8.51E-07 uCi/cc Rb-89 1.15E-06 uci/cc Cs-134 3.64E-08 uCi/cc Cs-137 6.69E-08 uCi/cc Ce-130 2.17E-06 uCi/cc TOT FILTER SAMPLE 4.27E-06 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 It.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration
~~.0%~~
i O - - _ - _ - - _ - - _ _ _ _ - _ - _ _ _ _ - - _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ _ _ _ _
OCNCG SCENARIO-29
~~-ANNUAL EXERCISE REV NO O TABLE A-3.7e RAGEMS STACK ACTIVITY-(T = 03:00) (CT:= 16:00)~~
There is an analysis _ delay of up to 30 minutes after sampling Nuclide- Activity-Kr-85 2.07E-06 uCi/cc-Kr-85m 4.14E-05 uCi/cc Kr-S7- 9.47E-05 uCi/cc Kr-88 1.15E-04 uCi/cc Xc-133 3.18E-04 uCi/cc '_ Xe-133m 1.11E-05 uCi/cc Xe-135 6.11E-05 uCi/cc Xe-135m 2.66E-04 uCi/cc Xe-138 6.69E-04 uCi/cc TOT NG SkMPLE 1.58E-03 uCi/cc Br-83 5.74E-0* 2C1/cc Br-84 1., "i/cc I-331- 4.65E-or uCi/cc I-132 8.06E-07 uCi/cc I-133 7.97E -07 uCi/cc I-134 1.141-06 uCi/cc I-135 8.50L 07 uCi/cc TOT CHAR SAMPLE 4.53E-06 uCi/cc i l DEI I-131 7.10E-07 uCi/cc-l Rb-88 1.35E-06 uCi/cc Rb-89 1.66E-06_uci/cc Cs-134 9.18E-08 uCi/cc Cs-137 1.68E-07 uCi/cc Cs-138 4.81E-06 uCi/cc TOT FILTER SAMPLE 8.08E-06 uci/cc l Und.iluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration:- .0% Oxygen Concentration .0%
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO -O TABLE A-3.7f RAGEMS STACK ACTIVITt (T = 03:15) (CT_= 16:15) There is an analysis delay of up to 30 minutes after sampling
-Nuclide Activity Kr-85 1.03E-05 uC1/cc Kr-85m 2.05E-04 uCi/cc Kr-87 4.38E-04 uCi/cc Kr-88 5.61E-04 uC1/cc Xe-133 1.61E-03 uCi/cc Xe-133m 5.59E-05 uCi/cc Xe-135 3.15E-04 uCi/cc Xe-135m 7.74E-04 uC1/cc Xe-138 2.05E-03 uCi/cc TOT NG SAMPIE 6.01E-03 uCi/cc Br-83 1.24E-07 uCi/cc Br-84 2.01E-07.uci/cc I-131 1.04E-06.uci/cc I-132 1.74E-06'uCi/cc I-133 1.83E-06-uCi/cc I-134 2.76E-06 uCi/cc I-135 1.92E-06 uCi/cc i
TOT CHAR SAMPLE 9.61E-06 uCi/cc DEI I-131 1.60E-06 uCi/cc Rb-88 1.83E-06 uC1/cc. Rb-89 2.01E-06 uCi/cc Cs-134 2.11E-07 uCi/cc Cs-137 3.88E-07 uCi/cc Cs-138 8.81E-06 uCi/cc TOT FILTER SAMPLE 1.32E-05 uCi/cc Undiluted Gas Sample (1225.ml) Dose Rate at l'ft.: < 2iO mR/hr- L Hydrogen concentration: .0% Oxygen Concentration .0% s F
r. OCNCG' ~ SCENARIO 29 ANNUAL EXERCISE REV NO- 0 TABLE.A-3.7g RAGEMS STACK _ ACTIVITY.(T = 03:30) (CT ='16:30) There is an analysis delay of up to 30 minutes after saupling-Nuclide -Activity Kr-85 2.32E-05 uCi/cc Kr-853 4.57E-04 uCi/cc Kr-87 8.91E-04 uCi/cc Kr-88 1.22E-03 uCi/cc Xe-133 3.71E-03 uCi/cc Xe-133m 1.28E-04 uCi/cc Xe-135 7.34E-04 uCi/cc Xe-135m 9.42E-04 uCi/cc Xe-138- 2.62E-03 uCi/cc ' TOT 11G SAMPLE 1.07E-02 uCi/cc Br-83 2.0SE-07 uCi/cc Br-84 2.60E-07 uCi/cc I-131 1.80E-06 uCi/cc-I-132 2.88E-06'uCi/cc I-133 3.23E-06 uCi/cc I-134 4.05E-06 uCi/cc I-135 3.33E-06 uCi/cc TOT CHAR SAMPLE 1.58E-05 uCi/cc DEI I-131 2.78E-06 uCi/cc Rb-88 1.90E-06 uCi/cc Rb-89' 1.84E-06 uCi/cc Cs-134 3.75E-07 uCi/cc Cs-137 6.89E-07 uCi/cc Cs-138 1.21E-05 uci/cc TOT FILTER SAMPLE 1.69E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at l 'ft. : < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0%
=OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.7h RAGEMS STACK ACTIVITY (T.= 03:45)_(CT = 16:45) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 4.03E-05 uCi/cc Kr-85m 7.83E-04 uCi/cc Kr'87 1.39E-03 uCi/cc Kr-88 2.05E-03 uC1/cc Xe-133 6.58E-03 uCi/cc-Xe-133m 2.27E-04 uCi/cc-Xe-135 1.32E-03 uci/cc Xe-135m 8.71E-04 uC1/cc Xe-138 2.56E-03 uCi/cc TOT NG SAMPLE 1.58E-02 uC1/cc Dr-83 2.94E-07 uCi/cc Br-84 2.92E-07 uCi/cc I-131 2.70E-06 uCi/cc I-132 4.34E-06 uCi/cc I-133 4.96E-06 uCi/cc I-134 5.17E-06 uCi/cc I-135 5.01E-06 uCi/cc TOT CHATS SAMPLE 2.26E-05 uCi/cc DEI I-131 4.19E-06 uci/cc Rb-88 1.72E-06 uCi/cc Rb-89 1.46E-05 uCi/cc Cs-134 5.SOE-07 uCi/cc Cs-137 1.06E-06 uCi/cc Cs-138 1.42E-06 uCi/cc TOT FILTER SAMPLE 1.90E-05 uCi/cc Undilutt'd Gas Sample (1225 ml) Done Rate at 1 ft.: _ < 2.0 mR/hr-Hydrogen Concentration: .0%- Oxygen Concentration- .0%
~~'t i'-~~
,0CNCG- SCENARIO 29 ANNUAL EXERCICE REV NO 0. -TABLE A-3.71 RAGEMS STACK ACTIVITY _ (T = 04 : 00)- (CT = 17 : 00) -There is an analysis delay of up to 30 minutes after sampling .Nuclide Activity.
Kr-85 2.49E-04-uci/cc Kr-85m 1.17E-03 uCi/cc Kr-87 1.88E-03 uC1/cc Kr-88 2.98E-03 uCi/cc Xe-133 1.01E-02 uCi/cc Xe-133m 3.50E-04 uCi/cc Xe-135 2.04E-03 uCi/cc Xe-135m 6.96E-04 uCi/cc Xe-138 2.16E-03 uCi/cc TOT NG SAMPLE 2.17E-02 uCi/cc Br-83 3.99E-07 uCi/cc Br-84 3.08E-07 uCi/cc_ ' I-131 3.84E-06 uCi/cc I-132 5.62E-06-uCi/cc I-133 7.20E-06_uci/cc I-134 6.21E-06 uCi/cc I-135 7.13E-06 uCi/cc TOT CHAR SAMPLE 3.07E-05 uCi/cc DEI I-131 5.98E-06 uCi/cc Rb-88 1.51E-06 uCi/cc Rb-89. 1.09E-06 uCi/cc Cs-134 8.46E-07_uCi/cc Cs-137 1.55E-06 uCi/cc. Cs-138 1.56E-05 uci/cc
~~--------------n TOT FILTER SAMPLE 2.06E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1"ft.: < 2.0 mR/hr Hydrogen Concentration: .0%-~~
Oxygen concentration .0%
OCNCG SCENARIO 29. ANNUAL EXERCISE REV NO O TABLI A-3.7j RAGEMS STACK ACTIVITY (T = 04:15) (CT = 17:15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity-Kr-85 2.73E-04 uCi/cc Kr-85m 1.64E-03 uCi/cc Kr-87 2.39E-03 uCi/cc Kr-88 4.10E-03 uCi/cc Xe-153 1.48E-02-uCi/cc Xe-133m 5.09E-04 uCi/cc Xe-135 3.00E-03 uCi/cc Xe-135m 5.25E-04 uCi/cc Xe-138 1.72E-03 uC1/cc TOT NG SAMPLE 2.89E-02 uCi/cc Br-83 5.03E-07 uCi/cc Br-84 3.01E-07 uCi/ct I-131 5.05E-06'uCi/cc I-132 7.05E-06 uCi/cc I-133 9.66E-06 uCi/cc I-134 6.90E-06 uCi/cc - I-135 9.40E-06 uCi/cc
~~--- ..--n-------~~
TOT CHAR SAMPLE 3.89E-05 uCi/cc DEI I-131 7.90E-06 uCi/cc Rb-88 1.25E-06 uCi/cc Rb-89 7.52E-07 uCi/cc Cs-134 1.14E-06 uCi/cc Cs-137 2.10E-06 uCi/cc Cs-138 1.58E-05 uCi/cc
' TOT FILTER SAMPLE '2.10E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at~l'ft.: < 2.0 mR/hr Hydrogen Concentration: .0%
Oxygen concentration .0%
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.7k RAGEMS STACK ACTIVITY (T = 04:30) ( CT = 17 : 3 0) Tnere is an analysis delay of up to 30 minutes after samy .ing Nuclide Activity Kr-85 2.99E-04 uC1/cc Kr-85m 2.13E-03 uCi/cc Kr-87 2.83E-03 uCi/cc Kr-88 5.21E-03 uCi/cc Xo-133 2.00E-02 uCi/cc Xn-133m 6.86E-04 uCi/cc Xe-135 4.07E-03 uCi/cc Xe-135m 3.66E-04 eCi/cc Xe-138 1.27E-03 uCi/cc TOT NC SAMPLE 3.68E-02 uCi/cc Br-83 5.79E-07 uCi/cc Br-84 2.69E-07 uCi/cc I-131 6.01E-06 uC1/cc I-132 8.10E-06 uCi/cc I-133 1.19E-05 uCi/cc I-134 7.02E-06 uCi/cc I-135 1.13E-05 uCi/cc TOT CHAR SAMPLE 4.52E-05 uCi/cc DEI I-131 9.50E-06 uCi/cc Rb-88 9.55E-07 uCi/cc Rb-89 4.74E-07 uCi/cc Cs-134 1.41E-06 uCi/cc Cs-137
59E-06 uCi/cc Cs-138 1.44E-05 uCi/cc TOT FILTER SAMPLE 1.99E-05 uCi/cc Undiluted Gas Sample (1225 nl) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0%
~~Oxygen Concentration .0% l~~
~~$p. ,~~
~~A r-( OCl[CG; =~~
SCENARIO 729i . Alm 0AL' EXERCISE ~
~~REV NO- 0: TABLEJA-3.71~~
- RAGEMS- STACK ACTIVITY (T = 04 : 45)1 (CT = 17: 45):- -There is an-analysis-delay of up to 30; minutes after sampling-Nuclide = Activity: -Kr- 4 E Ci/ c Kr-85m 3.16E-08(uC1/cc?
Kr-87 3.78E-08 uCi/cc. Kr-88 7.51E-08.uci/cc Xe-133 3.06E-07-uci/cc Xe-133m 1.05E-08fuCi/cc Xe-135 6.13E-08'uCi/cc Xe-135m' 2.91E-09 uCi/cc l Ye-138 2.06E-08 uCi/cc
.OT NG SAMPLE 5.41E-07.uCi/cc Br-83 5.01E-07 uCi/ccc Br-84 1.94E-07 uCi/cc I-131 5.89E-06'uci/cc ;
I-132- 7.75E-06_uci/cc, - I-133- 1_.22E-05 uCi/cc' ij I-134 5. 87E-06, tICi/cc-'- l I-135.. -1.14E-05_uCi/cc. j TOT CHAR SAMPLE .4.39E-05 uci/cc. DEI T-131 9.45E-06 uC1/cc.- d Rb-88 5.74E-071uci/cci <
.y Rb-89 '1.82E-07Tuci/cc i .j Cs-2.3 4 - .
~~1.47E-06-uci/cc-2.69E-06:uci/cc'~~
~
Cs-137 . Cs-138 1.06E-05_uCi/cc. TOT' FILTER SAMPLE -1.'55E-05.uci/cc-Undiluted. Gas-Sample (1225 ml)?-Dose-Rate-~at i fft;:' < j 2. 0 imR/hr _- Hydrogen _ Concentration':!--
~~.0%~ k Oxygen Concentration- .0%'~~
~~i 4 T t-s s C, ,~~
~~-~ - 1 J: cll. .. . .a .-, , - ,~~
~~~ ~ . , ~ ~~~
f )l 4 1 [OCNCG - SCENARIOI29' , 1 ANNUAL EXERCIGE 1REVzNOf . TABLETA-3.7m RAGEMS STACK ACTIVITY . (T :.= _05: 00) -(CT = 18 : 00)..
~~'There is an analysis delay of up'. ton 30 minutes-after sampling .~~
Nuclide Activity-Kr-85 4.95E-09_uCi/cc ' Kr-85m- - 3.76E-081uci/cc Kr-87 4.07E-08-uci/cc -- : Kr-88' 7.51E-08 uCi/cc ' Xe-133 . 3.77E-07 uCi/cc
~~. Xe-133m - 1.29E-08 uCi/cc-Xe-135 7.55E-081uci/cc:~~
Xe-135m 1.86E-09 uCi/cc Xe-138 7.09E-09 uCi/cc ' TOT NG SAMPLE 6.33E-07 uCi/cc Br-83 4.13E-07 uCi/cc Br 1.33E-07.uCi/cc ; I-131 5.44E-06 uci/cc I-132 7.04E-06 uCi/cc I-133 1.19E-05: uci/cc I-134 4.66E-06 uCi/cc I-135 1.10E-05 uCi/cc-- TOT. CHAR SAMPLE 4.06E-05_uCi/cc , DEI I-131 8.90E-06-uCi/cc' -
'Rb-88 3.32E-07 uCi/cc. h Rb-89 8. 60E-08 -l uci/cc ; 3 -Cs-134- . _
1.45E-06 uci/cc- i Cs-137 _ 2.65E-06:uci/cc. > Cs-138 -- 7.35E-061uci/cc:
- 1.19E-05--uCi/cc TOT-FILTER SAMPLE Undiluted Gas Sampl'e (1225 ml) Dose- Rate at 1 f t. :: -< 2.0LmR/hr; Hydroge'n1 Concentration:- . 0% - ,
Oxygen Concentration .0% i 4 i .g n 4 e- e J ~ ~ yy# M ? yk
~
SCNCG SCENARIO 29 , ANNUAL EXERCISE REV NO 0. TABLE A-3.7n RAGEMS STACK ACTIVITY (T =.05:15) (CT =.18t15) There is an analysis delay of up to 30 minutes after-sampling Nuclido Activity Kr-85 4.71E-09 uCi/cc Kr-85m 3.71E-08 uCi/cc Kr-87 3.60E-08 uCi/cc Kr-88 7.51E-08 uCi/cc Xe-133 3.87E-07 uCi/cc Xe-133m 1.33E-08 uCi/cc Xo-135 7.69E-08 uCi/cc Xe-135m 9.06E-10 uCi/cc Xe-138 3.65E-09 uCi/cc TOT NG SAMPLE 6.35E-07 uCi/cc Br-83 3.96E-07 uCi/cc Br-84 9.91E-08 uCi/cc I-131 5.22E-06 uCi/cc I-132 6.74E-06 uCi/cc I-133 1.22E-05 uCi/cc I-134 3.94E-06 uCi/c1 I-135 1.10E-05 uCi/cc TOT. CHAR SAMPLE 3.97E-05 uci/cc DE1 I-131 8.75E-06 uCi/cc Rb-88 2.10E-07 uCi/cc Rb-89 4.053-08 uCi/cc _Cs-134 1.49E-06 uCi/cc Cs-137 2.74E-06 uCi/cc Cs-138 S.5'0E-06 uCi/cc TOT FILTER S .sPLE. 9.98E-06 uCi/cc Undiluted Gas Sample (1E26 ml) Dose Rate ut 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0% J
r
'f OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.7o RAGEMS STACK ACTIVITY (T:= 05:30) (CT = 18:30)
There is an analysis- delay of up to 30 minutes: after sampling Nuclide Activity Kr-85 4.42E -09 uCi/cc Kr-85m 3.51E-08 uCi/cc Kr-87 3.05E-08LuCi/cc " Kr-88 7.51E-08.uci/cc Xe-133 3.81E-07 uCi/cc Xe-133m 1.30E-08 uCi/cc Xe-135 7.47E-08-uCi/cc Xe-135m 5.70E-10 uCi/cc. Xe-138 2.00E-09 uCi/cc TOT NG SAMPLE 6.16E-07 uCi/cc Dr-83 3.68E-07 uCi/cc Br-84 7.05E-08 uCi/cc I-131 4.83E-06 uCi/cc I-132 6.28E-06 uCi/cc I-133 1.22E-05 uCi/cc I-134 3.25E-06 uCi/cc I-135 1.08E-05 uCi/cc TOT CHAR SAMPLE 3.78E-05 uCi/cc DEI I-131 8.33E-06 uCi/cc Rb-88 1.23E-07 uCi/cc Rb-89 1.86E-08-uCi/cc Cs-134 1.50E-06_uCi/cc Cs-137 2.75E-06 uCi/cc Cs-138 4.00E-06 uCi/cc TOT FILTER SAMPLE 8.382-06 uCi/cc Undiluted. Gas Sample (1225 ml) Dose Rate at 1"ft.: < 1 v mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0% f 4 4 d
OCNCG SCENARIO 29-ANNUAL EXERCTSE REV NO O TABLE A-3.7p RTSEMS STACK ACTIVITY (T = 05:45) (CT = 18:45) Thoro-is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 4.48E-09 uCi/cc Kr-85m 3.51E-08 uCi/cc Kr-87 2 75E-08 uCi/cc Kr-88 7.51E-08 uCi/cc Xe-133 3.93E-07 uCi/cc Xe-133m 1.34E-08.uCi/cc Xo-135 7.61E-08 uCi/cc Xo-135m 2.98E-10 uCi/cc Xe-138 1.13E-09 uC3 / c TOT NG SAMPLE 6.26E-07 uCi/cc Br-83 3.38E-07 uc{f'u Br-84 5.01E-08 uc. c T-131 4.41E-06 PCi f 9 I-112 5.80E-06 '1Ci/cc I-133 1.20E-05 uCi/cc I-134 2.65E-06 uCi/cc I-135 1.05E-05 uCi/cc TOT CHAR SAMPLE 3.58E-05 uCi/cc DEI I-131 7.852-06 uCi/cc Rb-88 7.07E-08-uCi/cc Rb-89 h.26E-09 uC1/cc Cs-134 1.49E-06-uCi/cc Cs-137 2.74E-06 uci/cc Cs-138 2.88E-06 uCi/cc TOT FILTER SAMPLE 7.18E-06 uCi/cc Undiluted Gas Sample (1225 m1) Dose RGte'at 1 ft.: '< 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration ,> 0 % 1
y
-i 1 OCNCG SCENARIO 29 -ANNUAL EXERCICE REV:NO' O TABLE-A-3.7q _.
RAGEMS STACK ACTIVITY (T = OG:00) (CT = 19:00) There is an analysis delay of up to 30 minetes after sampling- , Nuclide Activity Kr-85 4.46E-09 uCi/cc Kr-85m 3.39E-08 uCi/cc Kr-87 2.40E-08 uCi/cc Kr-88 7.51E-08 uCi/cc Xe-133 3.94E-07 uCi/cc Xu-133m 1.34E-08 uCi/cc Xe-135 7.50E-08 uCi/cc Ae-135m 1.64E-10 uCi/cc Xe-138 6.12E-10 uCi/cc TOT HG SAMPLE 6.21E-07 uCi/cc Br-83 3.08E-07 uci/cc Br-84 3.56E-08 uci/cc I-131 4.00E-06 uCi/cc I-132 5.33E-06 uCi/cc I-133 1.18E-05 oci/cc I-134 2.15E-06 uCi/cc: I-135 1.01E-05 uCi/cc- , TOT CHAR SAMPLE 3.38E-05 uCi/cc DEI I-131 7.37E-06 uCi/cc Rb-88 3.93E-08 uCi/cc Rb-89 3.52E-09 uCi/cc Cs-134 1.48E-06 uCi/cc C3-137 2.71E-06 uCi/cc Cs-138 2.06E-06 uCi/cci TOT FILTER SAMPLE 6.29E-06 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at i ft.: < 2.0 mR/hr Hydrogen Concentration': .0% Oxygen Concentration .0% I w
OCNCG SCENARIO 29 ANNUAL EXERCISE' REV-No O TA3LE A .' . /1 RAGEMS. STACK ACTIVITY _(T = 04:00) (CT = 17:00) There is an analysis delay of up to 30 minutes after sar.pling-Nuclide Activity Kr 2.29E-04 uCi/cc Kr-85m 1.07E-03 uCi/cc Kr-87 1.68E-03 uCi/cc Kr-88 2.68E-03 uCi/cc Ve-133 9.91E-03 uCi/cc Xe-133m 3.20E-04 uC1/cc . Xo-135 1.84E-03 uCi/cc Xc-135m 6.36E-04 uCi/cc Xo-138 1.96E-03 uCi/cc TGT NG SAMPLE 1.9?E-02 uCi/cc Br-83 3.69E-07 uCi/cc Br-84 2.78E-07 uCi/cc I-131 3.54E-06 uCi/cc
~
I-132 5.12E-06 uC1/cc I-133 6.50E-06 uCi/cc I-134 5.61E-06 uCi/cc I-135 6.43E-06 uCi/cc TOT CHAR SAMPLE 2.37E-05 uCi/cc DEI I-131 5.48E-06 uCi/cc Rb 1.31E-06 uCi/cc
'Rb-89 1.00E-06 uCi/cc Cs-134 7. 66E-07 uCi/cc Cs-137 -1.35E-06 uCi/cc Cs-138 1.36E-05 uCi/cc TOT FILTER SAMPLE 1.86E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1-ft.: < 2.0 mP/hr Hydrogen Concentration: .0%
~~Oxygen Concentration .0% p~~
~
LOCNCG SCENARIO 29. ANNUAL EXERCISE REV NO O TABLE A-3.7j RAGEMS STACK ACTIVITY (T = 04:15) (CT = 17:15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity _ Kr-85 2.03E-04-uCi/cc Kr-85m 9.87E-04 uCi/cc Kr-87 1.58E-03 uCi/cc Kr-88 2.48E-03 uCi/cc Xe-133 9.01E-03 uCi/cc Xe-133m 2.90E-04 uCi/cc Xe-135 1.64E-03 uC1/cc Xe-135m 5.76E-04 uCi/cc Xe-138 1.76E-03 uCi/cc TOT NG SAMPLE 1.77E-02 uCi/cc Br-83 3.39E-07-uCi/cc Br-84 2.58E-07 uCi/cc I-13?, 3.24E-06 uCi/cc I-13'e 4.62E-06 uCi/cc I-133 5.90E-06 uCif cc I-134 5.11E-06 uCi/cc I-135 5.83E-06 uCi/cc TOT CHAR SAMPLE 2.17E-05 uCi/cc DEI I-131 4.88E-06 uCi/cc Rb-88 1.11E-06 uCi/cc Rb-89 9.90E-07 uCi/cc Cs-134 6.96E-07 uCi/cc-Cs-137 1.15E-06 uCi/cc-Cs-138- 1.16E-05 uCi/cc-TOT FILTER SALPLE -1.66E-05 nCi/cc Undiluted Gas Sample (1225 ml) Dose kate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0%
OCNCG SCENARIO-29
ANNUAL EXERCISE REV NO O TABLE A-3.7k RAGEMS STACK ACTIVITY (T = 04:30) (CT = 17:30) fThere is an a.ialysis delay _of up to 30 minutes after sampling; Nuclide Activity Kr-85 -1.83E-04 uCi/cc Kr-05m 8.87E-04 uCi/cc Kr-87 1.38E-03 uCi/cc Kr-88 2.25E-03 uCi/cc Xo-133 8.11E-03 uCi/cc Xe-133n 2.70E-04-uCi/cc Xe-135 1.50E-03 uCi/cc Xe-135m J.26E-04 uCi/cc Xe-138 1.56E-03 uC1/cc TOT NG SAMPLE 1.57E-02 uCi/cc Br-63 3.19E-07 uCi/cc Br-84 2.38E-07 uCi/cc I-131 2.94E-06 uCi/cc I-132 4.22E-06 uCi/cc I-133 5.40E-06 uCi/cc I-134 4.61E-06 uCi/cc I-135 5.33E-06 uCi/cc TOT CHAR SAMPLE 1.97E-05 uCi/cc DEI I-131 4.48E-06 uCi/cc Rb-88 1.01E-06 uCi/cc -
Rb-89 9.00E-07 uCi/cc Cs-134 6.36E-07 uCi/cc Cs-137 1.05E-06 uCi/cc Cs-138 1.06E-05 uCi/cc TOT FILTEP SAMPLE 1.50E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: -<'2.0 mR/hr Hydrogen Concentration: .0% Oxygen concentration .0% F F -
~~..y OCNCG- _~~
SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.71 RAGEMS STACK ACTIVITY (T = 04:45) (CT = 17:45)~ There is an analysis delay of up to 30_ minutes after sampling Nuclide Activity
" -85 1.65E-04 uCi/cc Kr-85m 8.07E-04 uCi/cc Kr-87 1.25E-03 uC1/cc Kr-88 2.02E-03 uCi/cc Xc-133 7.31E-03 uCi/cc Xe-133m 2.50E-04 uCi/cc Xe-135 1.35E-03 uCi/cc Xe-135m 4.76E-04 uCi/cc Xe-138 1,42E-03.nci/cc TOT NG SAMPLE 1.35E-02 uCi/cc Br-83 2.89E-07 uC1/cc Br-84 1.58E-07 uCi/ct.
I-131 2.74E-06 uCi/cc I-132 3.82E-06 uC1/cc I-133 4.90E-06-uCi/cc I-134 4.21E-06 uCi/cc I-135 4.33E-06 uCi/nc TOT CHAR SAMPLE 1.17E-05 uCi/cc DEI I-131 4.08E-06 uCi/cc Rb-88 9.81E-07 uCi/cc
~~l. Rb-89 8.10E-07 uCi/cc~~
! Cs-134 5.76E-07 uCi/cc l Cs-137 9.95E-07 uC1/cc Cs-138 9.96E-0G uCi/cc-TOT FILTER SAMPLE 1.35E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at i ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0% l. I l
HOCNCG . SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.7m RAGEMS STACK ACTIVITY (T = 05:00) (CT = 18 : 00) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.49E-04 uCi/cc Kr-85m 7.27E-04 UCi/cc Kr-87 1.10E-03 uCi/cc Kr-88 1.82E-03 uCi/cc Xe-133 6.71E-03 uCi/cc Xe-133m 2.25E-04 uCi/cc Xe-135 1.15E-03 uCi/cc Xe-135m 4.36E-04 uCi/cc Xe-138 1.32E-03 uCi/cc TOT NG SAMPLE 1.25E-02 uCi/cc Br-83 2.64E-07 uCi/cc Br-84 1.44E-07 uCi/cc I-131 2.25E-06 uCi/cc I-132 3.32E-06 uCi/cc I-133 4.50E-06 uCi/cc I-134 3.81E-06 uCi/cc I-135 4.43E-06 uCi/cc TOT CHAR SAMPLE 1.07E-05 uCi/cc DEI I-131 3.68E-06 uCi/cc Rb-80 8.91E-07 uCi/cc Rb-89 7.30E-07 uCi/cc Cs-134 5.26E-07 uCi/cc Cs-137 9.05E-07 uCi/cc Cs-138 9.06E-06-uCi/cc TOT F1LTER SAMPLE 1.22E-05 uC1/cc Uudiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2. 0 Idl/hr Hydrogen Concentration: .0% Oxygen Concentration .0%
P 10CNCG SCENARIO 29 ANNUAL EXERCISE . REV NO O TABLE A-3.7n RhGEMS STACK ACTIVITY (T = 05:15) (CT = 18:15) There is an. analysis delay of up to 30 minutes after: sampling Nuclide Activity Kr-85 1.34E-04 uCi cc Kr-85m 6.77E-04 uCi cc Kr-87 1.00E-03 uCi/cc Kr-88 1.64E-03 uCi/cc Xe-133 6.11E-03 uCi/cc Xc-133m 2.05E-u4 uCi/cc Xe-135 1.05E-03-uCi/cc Xe-135m 3.96E-04 uCi/cc Xe-138 1.18E-03 uCi/cc TOT NG SAMPLE 1.12E-02 uCi/cc Br-83 2.44E-G7 uCi/cc Br-84 1.34E-07 uC1/cc ; I-131 2.05E-06~uCi cc I-132 3.02E-06 uCi cc I-133 4.10E-06 uCi cc 3.51E-06 uCi/cc
~
I-134 I-135 4.03E-06 uCi/cc TOT CHAR SAMPLE- 9.97E-06 uCi/cc DEI I-131' 3.38E-06 uCi/cc Rb-88 8.11E-07 uCi/cc Rh-89 5.70E-07 uCi/cc Cs-134 4.76E-07 uCi/cc Cs-137 8.15E-07 uCi/cc Cs-138 8.06E-06 uCi/cc TOT FILTER SAMPLE 1.10E-05 uci/cc Undiluted Gas Sample (1225 ml) Dose Rats at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration .0% l l.
10CNCG- SCENARIO 29 ANtTUAL EXERCISE- REV NO O TABII A-3. 7o RAGEMS STACK ACTIVITY (T = 05:30) (CT =-18:30) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.21E-04-uCi/cc Kr-85m 6.11E-04 uCi/cc Kr-87 9.90E-04 uCi/cc Kr-88 1.48E-03 uCi/cc Xe-A,3 5.61E-03 uCi/cc Xe-133m 1.85E-04 uCi/cc Xc-135 9.91E-04--uci/cc Xe-135m 3.66E-04 uCi/cc Xe-138 1.08E-03 uCi/cc TOT NG SAMPLE 1.02E-02 uCi/cc Br-83 2.22E-07 uCi/cc l Br-84 1.11E-07 uCi/cc i I-131 1.85E-06 uCi/cc l I-132 2.72E-06 uCi/cc I-133 3.70E-06 uCi/cc I-134 3.21E-06 uCi/cc I-135 3.63E-06 uCi/cc TOT CHAR SAMPLE 9.07E-06 uqi/cc DEI I-131 3.08E-06 uCi/cc Rb-88 /.31E-07 uCi/cc Rb-89. 6.10E-07 uCi/cc Cs-134 4.26E-07 uCi/cc Cs-137 7.35E-07 uCi/cc Cs-138 7.26E-06 uCi/cc TOT' FILTER SAMPLE 1.00E-05 uCi/cc Undiluted Gas Sample (1225 ml) - Dose Rate' at 1 - ft. : ' -
~~< 2.0_mR/hr Hydrogen Concentration: .0%~~
Oxygen Concentration. .0%
c > ;
}
~~r OCNCG .~~
~~-SCENARIO 29' ' - ANNUAL EXERCISC: .~~
~~REV NOc :0J~~
~~; TABLE A-3.7p' ~~~
~~RAGEMS= STACK ACTIVITY (T =.05:45) . (CT = 18:45)1~~
'There is an analysis delay of up to 30-minuteslafterLsampling Nuclide~ Activity Kr-85 1.-09E-04 uC1/cc; -Kr-85m 5.61E-04>uCi cc Kr-87 9.00E-04 uCi cc 1.34E-03 uCi cc Kr-88 ~ '
~~Xe-133 5.10E-03 uCi/cc-~~
~~= Xe-133m 1.67E-04'uci/cc-~~
- Xe-135 9.01E-04 uci/cc < Xe-135m 3.29E-04 uCi/cc~ ,
~
Xe-138 9.92E-04 uCi/cc TOT NG SAMPLE 9.99E-03 uCi/cc __ Br-83 2.02E-07 uC1/cc Br-84 :.01E-07 uCi/cc I-131. 1. 67E-06 :uci/cc l I-132 2.51E-06~uCi/cc- i . I-133 - 3.40E-06 uci/cc- -- I-134 2.91E-06 uCi/cc I-135 3.33E-06 uCi/cc TOT-CHAR SAMPLE 8 97E-06ruci/cc l DEI I-131 2.78E-06 uC1/cc 4 Rb-88 6.61E-07=uCi/cc. ' Rb-89 5.60E-07 uCi/cc' Cs-134 3.86E-07 uci/cc-6.75E-07 uci/cc Cs-137 . - Cs-138- : 6.56E-06--uCi/cc TOT FILTER.-SAMPLE 9'.90E-06 uCi/cc. , Undiluted Gas SampleT(1225-ml)L-DosesRatefat 1-ft.:_. : < 2.0 mR/hr3 Hydrogen Concentration: c. 0% Oxygen Concentration-- . 0%,
.l
~~.d r d-'.~~
** y - =r +
~.
gg
~~^. t 1 ' OCNCG SCENARIO 29 ANNUAL. EXERCISE -~~
~~REVENO O~~
~~- TABLE A-3.7q-L RAGEMS STACK _________________~~
~~____________________ : ACTIVITY _(T = 06: 00) - (CT = _19 : 00)~~
~~-There is an analysis delay of up to 30 minutes-afterisampling ^~~
Nuclide Activity Kr-85 9.92E-05 uC1/cc Kr-85m 5.11E-04 uCi/ cu Kr-87 - 8.10E-04 uCi cc. Kr-88 - 1.12E-03:uci cc-Xe-133 4.60E-03 uCi/cc Xe-133m 1.51E-04 uCi cc- ' Xe-135 8.11E-04.uci cc Xe-135m 2.96E-04 uCi/cc Xe-138 9.02E-04 uCi/cc TOT NG SAMPLE 9.00E-03 uC1/cc Br-83 1.82E-07 uCi/cc Br-84 9.91E-08 uCi/cc: I-131 1.51E-06 uC1/cc > I-132 _ 2.25E-06 uCi/cc 1-133 3.16E-06'uCi cc-I-134 2.72E-06 uCi cc--
-I-135 3.03E-06 uCi cc TOT CHAR SAMPLE 8.17E-06 uCi/cc DEI I-131 2.51E-06 uCi/cc Rb-88 6.01E-07_uCi cc j' Rb-89 5.10E-07'uCi cc Cs-134 3.46E-07-uCi/cc Cs-137 6.15E-071uci/cc Cs-138 5.96E-06 uCi/cc TOT FILTER ~ SAMPLE 9.00E-06.uCi/cc * ~ Undiluted Gas Sample.(1225 ml)'iDose Rate at 1-ft.:: ~ <l2.0_mR/hr-Hydrogen-Concentration: .0% -Oxygen Concentration .0%- ,
~~4 4 7 s J~~
~~, y,,.~~
1 OCNCG ' SCENARIO 29 ANNUAL' EXERCISE REV NO O TABLE A-3.8a REFUEL FLOOR ACTIVITY (T =.00:00) (CT = 13:00) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.46E-10 uCi/cc TOT NG SAMPLE 1.46E-10 uCi/cc I-131 8.72E-14 uCi/cc I-132 1.22E-13 uCi/cc I-133 1.43E-13 uCi/cc I-134 1.82E-13-uCi/cc I-135 1.47E-13 uCi/cc TOT CHAR SAMPLE 6.81E-13 uCi/cc DEI I-131 1.30E-13 uC1/cc Cs-137 1.95E-10 uCi/cc TOT FILTER SAMPLE 1.95E-10 uCi/cc . Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: ac '2 . 0 :mR/hr Hydrogen Concentration: .0% Oxygen Concentration 21.0% Net Air Sample Count Rate: < 100. cpm / min run Air Sample Contact Dose Rate:-< 2.0 mrad /hr Floor Contamislationi < 100. cpm /100cm2 Wall and F,auipment-Contamination: <'100. cpm /100cm2-Persor. - 1 Contamination Rate: < 100. cpm per minute-occupancy r h ..
OCNCG SCENARIO 29 PJNUAL EXERCISE REV NO O TABLE A-3.8b REFUEL FLOOR ACTIVITY (T = 02:15) (CT = 15:15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.50E-10 uCi/cc Kr-85m 1.53E-10 uCi/cc Kr-87 1.38E-10 uCi/cc g Kr-88 1.49E"10 uCi/cc Xe-133 1.58E-10 uCi/cc Xe-133m 1.58E-10 uCi/cc Xe-135 1.55E-20 uCi/cc Xe-135m 8.12E-11 uCi/cc Xe-138 8.58E-11 uCi/cc TOT NG SAMPLE 1.23E-09 uCi/cc Br-83 1.47E-10 uCi/cc Br-84 1.14E-10 uCi/cc I-131 1.45E-10 uCi/cc I-132 1.47E-10 uCi/cc c I-133 1.57E-10 uCi/cc I-134 1.30E-10 uCi/cc I-135 1.54E-10 uCi/cc TOT CHAR SAMPLE 9.95E-10 uCi/cc DEI I-131 1.92E-10 uCi/cc Rb-88 8.82E-11 uCi/cc Rb-89 8.06E-11 uCi/cc Cs-134 1.58E-10 uCi/cc Cs-137 1.90E-10 uCi/cc Cs-138 1.15E-10 uCi/cc Ba-139 1.40E-10 uCi/cc Ba-140 1.58E-10 uCi'/cc Te-129 1.36E-10 uCi/cc To-132 1.58E-10 uCi/cc Te-133m 1.29E-10 uCi/cc-Mo-99 1.58E-10 udi/cc Ru-103 ' 580-10' aci/cc 1.52E-10 uC) Ru-105
~~............../cc .~~
TOT FILTER SAMPLE 2.06E-09 uci/cc Undiluted Gas Sample (1225 ml) Dose Rate at i ft.:. < 2.0 mR/hr Hydrogen concentration: .0% Oxygen Concentration 21.0% Net Air Sannle Count Rate: < 100. cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr , Floor Contamination: < 100. cpm /100cm2 ) Wall and Equipment Contamination: < 100. cpm /100cm2 ' r Parsonnel Contaminatibn Rate: s 100, cpm per h. minute occupancy
~~. ____-_-___- _-_-____-__.-______ ___ ___-_-__________.____-__A~~
~~~_ _ _~~
i l OCHCG SCENARIO 29 ANNURL EXERCISE REV NO O + TABLE A-3.8c REFUEL FLOC 3 ACTIVITY (T = 02:30) (CT = 15:30) :
~~.........___...........__.................... i There is an analysis delay of up to 30 minutes after sampling Nuclide Activity j~~
Kr-85 1.50E-10 uCi/cc Kr-85m 1. 4*>E-10 uCi/cc Mr-87 1.31E-10 uCi/cc Kr-88 1.41E-10 uCi/cc Xe-133 1.49E-10 uCi/cc Xe-133m 1.49E-10 uCi cc L Xe-135 1.47E-10 uCi cc Xe-135m 7.89E-11 uCi cc Xe-138 8.32E-11 uCi/cc TOT NG SAMPLE 1.17E-09 uCi/cc Br-83 1.40E-10 dL'./cc Pr-84 1.10E-10 uC1/cc
~~;-131 1.37E-10 uCi/cc I-132 1.39E-10 uC1/cc I-133 1.48E-10 uCi/cc I-134 1.24E-10 uCi/cc~~
I-lih 1.46E-10 uCi/cc TOT CHAR SAMPLE 9.45E-10 uCi/cc DEI I-131 1.82E-10 uCi/cc Rb-88 :. 56E-10 uci/cc Rb-89 1.20E*10 uCi/cc Cs-134 3.11E-10 uCi/cc Cs-137 1.84E-10 uCi/cc Cs-338 1.95E-10 uC1/cc-Ba-139 2.58E-10 uCi/cc Ba-140 3.11E-A0 uCi/cc Ta-129 2.49E-10 uCi/cc Te-132 3.10E-10 uCi/cc Te-133m 2.29E-10 uCi/cc Mo-99 3.10E-10 uCi/cc Ru-103 3.11E-10 uCi/cc Ru-105 2.94E-10 uCi/cc TOT FILTER SAMPLE 2.15E-10 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at i ft.: < 2. 0 mR/hr-Hydrogen Concentration: .0%
Oxygen Concentration 21.0% Net Air Sample Count Rate: < 100. cpa/ min run Air Sample Contact Dose Rate < 2.0 mrad /hr Floor Contamination < 100. cpm /100cm2 Wall and Equipment ContaminEtion: < 100, cpm /100cm2 L Personnel Contamination Rate < 100. cpm per minute.occup ncy l 1'
~~-- e --pe_ gp~~
SCENARIO 29 OCNCG REV NO O l ANNUAL EXERCISE TABLE A-3.8d i RETUEL FLOOR ACTIVITY (T = 02:45) (CT = 15:45) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.50E-10 uCi/cc Kr-85m 1.45E-10 uCi/cc ' Kr-87 1.32E-10 uCi cc Kr-88 1.41E-10 uCi cc Xe-133 1.50E-10 uCi cc Xe-133m 1.50E-10 uci/cc Xe-135 1.47E-10 uCi/cc Xe-135m 7.90E-l' 2Ci/cc Xo-138 0.33E-11 uCi/cc TOT NG SAMPLE 1.18E-09 uCi/cc Br-83 1.40E-10 uCi/cc Br-84 1.10E-10 uCi/cc I-131 1.38E-10 uCi cc I-132 1. 40E-10 uCi cc I-133 1.49E-10 uCi cc I-134 1.24E-10 uC1/cc I-135 - 1.46E-10 uCi/cc TOT CHAR SAMPLE 9.47E-10 uCi/cc - DEI I-131 1.82E-10 uCi/cc Rb-e6 1.61E-10 uCi/cc Rb-89 1.40E-10 uCi/cc Cs-134 4.58E-10 uCi/cc Cs-137 1.79E-10 bCi/cc Cs-138 2.51E-10 uCi/cc Ba-139 3.59E-10 uCi/cc Ba-140 4.57E-10 uCi/cc Te-129 3.43E-10 uCi/cc Te-132 4.5t1-10 uCi/cc Te-133m 3.08E-10 uci/cc-Mo-99 4.55E-10 uCi/cc Ru-103 4.58E-10 uCi/cc Ru-105 4.25E-10 uCi/cc TOT FILTER SAMPLE 2.22E-10 uci/cc _ Undiluted Gas Sample (1225 ml) Dose Rate at i ft.: < 2.0 mR/hr , Hydrogen Concentration: .0% Oxygen Concentration 21.0% Net Air Sample Count Rote:1.24E+2 cpm / min run Air Sadole Contact Dose Rate: < 2.0 mrad /hr Floor Contamination: < 100. cpm /100cm2 Wall and EralptJnt Contamination: < 100. cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy
l l OCNCG SCENARIO 29 i ANNUAL EXERC11E REV NO O l TABLE A-3.8e j REFUEL TLOOR ACTIVITY (T = 03:00) (CT = 16:00) There 19 an ans)ysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 2.53E-09 uC1/cc i Kr-85m 4.61E-08 uC1/cc l Kr-87 9.50E-08 uC1/cc Kr-88 1.24E-07 uCi/cc Xe-133 3.65E-07 uCi/cc Xe-133m 1.29E-06 uCi/cc Xc-135 6.90E-08 uci/cc Xe-135m 1.57E-07 uCi/cc ; Xe-138 4.16E-07 uCi/cc j TOT NG SAMPLE 1.29E-06 uCi/cc ) Br-83 1.28E-08 uCi/cc Br-84 2 50E-08 uCi/cc I-131 9.86E-08 uCi/cc I-132 1.78E-07 uCi/cc I-133 1.80E-07 uCi/cc I-134 3407E-07 uCi/cc I-135 1.91E-07 uCi/cc TOT CHAR SAMPLE 9.93E-07 uCi/cc DEI I-131 1.54E-C' uCi/cc Rb-88 2.72E-07 uCi/cc Rb-89 3.36E-07 uCi/cc 't Cs-134 2.35E-08 uCi/cc Cs-137 5.59E-10 uCi/cc Cs-138 9.00E-07'uCi/cc . Ba-139 4.45E-10 uCi/cc Ba-140 5.99E-10.uci cc Te-129 4.20E-10 uCi cc Te-132 5.97E .10 uCi c; Te-133m 3.70E-10 uCi cc Mo-99 5.96E-10 uCi/cc Ru-103 6.00E-10'uCi/cc-Ru-105 ___.. '.____ __.5.46E 10 uCi/cc TOT FILTER SAMPLE 1.59E-06 uCi/cc Undiluted Gas Sample (1225 ml)-Dose Rate at i ft.: < 2.0 mR/hr Hydrogen-Concentration: .0% oxygen Concentration 21.0% Net Air Sample Count Rate:1.97E+3 opm/ min run l Air Sample Contact Dose Kat e < 2.0 mrad /hr L i Floor Contamination:1.29E+3 cpm /100cm2 L_ Wall and Equipment Contamination:1.29E+2 cpm /100cm2 Personnel Contamination Rate: < 100. cpm per-minute occupancy L i-
_ _ - . ._ _ .- - _ . _ _ _ _ . . _ . _ _ _ _ ~ _ _ _ - _ . . l I OCNCG- SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.8f l i REFUEL FLOOR ACTIVITY (T = 03:15) (CT = 16:15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 5.95E-09 uC1/cc ; Kr-85m 1.11E-07 uCi/cc ' Kr-87 2.15E-07 uCi/cc Kr-88 2.97E-07 uCi/cc Xe-133 9.02E-07 uCi/cc ' Xe-133m 3.14E-08 uCi/cc Xo-135 1.74E-07 uCi/cc Xe-135m 2.24E-07 LCi/cc Xe-138 6.24E-07 uC1/cc TOT NG SAMPLE 2.58E-06 uCi/cc Br-83 3.02E-08 uCi/cc r Br-84 4.81E-08 uti/cc I-l'J 1 2.39E-07 uCi/cc ~ I-132 4.21E-07 uci/cc I-133 4.44U-07 uC1/cc I-134 6.62E-07 uCi/cc I-135 4.66E-07 uCi/cc TOT CHAR SAMPLE 2.31E-06 uCi/cc DEI.1-131 3.74E-07 uCi/cc Rb-88 5.79E-07 uCi/cc Rb-89 6.49E-07 uCi/cc Cs-134 7.36E-08 uCi/cc Cs-137 1.51E-09 uCi/cc Ca-138 ~ 2.63E-06 uCi/cc Ba-139 5.18E-30 uCi/cc Ba-140 7.35E-10 uCi/cc.
Te-129 4.85E-10 uCi/cc Te-132 7.33E-10 uci/cc Te-133m 4.18E-10.uC1/cc Ho-99 7.31E-10'uCi/cc Ru-103 7.37E-10'uCi/cc Ru-105 6.59E-10 uCi/cc TOT' FILTER SAMPLE 4.09E-06 uCi/cc '
Undiluted Gas-Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr L .0% Hydrogen Oxygen Cor. Concentration: centration .21.0% ( Net Air Sample Count Rate:5.07E+3 cpm / min run 3 Air Sample Contact Dose Rate 3.35E+0 mrad /hr l Floor Contr.mination:3.20E+3 cpm /100cm2-Wall and Equipment Contamination 3.20E+2 cpm /100cm2 l Personnel Contamination Rate: < 100. cpm per minute occupancy . 1 l
~~-0CNCG SCENARIO 29 '~~
ANNUAL EXERCISE REV NO O TABLE A-3.8g REFUEL FLOOR ACTIVITY (T = 03:30) (CT = 16:30) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.32E-08 uCi/cc Kr-85m 2.47E-07 uCi/cc Kr-87 4.36E-07 uCi/cc + Kr-88 6.45E-07 uC1/cc Xe-133 2.08E-06 uCi/cc Xe-133m 7.19E-08 uCi/cc Xe-135 4.04E-07 uCi/cc ' Xe-135m 2.71E-07 uCi/cc Xe-138 7.98E-07 uCi/cc TOT NG SAMPLE 4.96E-06 uCi/cc Br-83 6.48E-08 uCi/cc Br-84 8.13E-08 uCi/cc I-131 5.35E-07 uci/cc I-132 9.06E-07 uCi/cc I-133 1.02E-06 uCi/cc I-134 1.27E-06 uCi/cc I-135 1.05E-06 uCi/cc TOT CHAR SAMPLE 4.92E-06 uC1/cc DEI I-131 8.42E-07 uCi/cc Rb-88 8.96E-07 uCi/cc Rb-39 9.05E-07 uCi/cc Cs-134 1.92E-07 uCi/cc Cs-137 .3.68E-09 uCi/cc Cs-138 5,50E-06 uCi/cc Ba-139 5.80E-10 uCi/cc Ba-140 8.66E-10 uCi/cc Te-129 5.38E-10 uCi/cc Tn-132- 8.63E-10 uCi/cc. Te-133m 4.56E-10,uCi/cc Mo-99 8. 3E-1~.uci/cc , Ru-103 8.v>E-10 uCi/cc Ru-105 '7.64E-10 uCi/cc TOT FILTER SAMPLE 7.87E-06 uci/cc j Undiluted Gas Sample (1225 ml) Dose Rate at-1 ft.:: < 2.0 mR/hr Hydrogen Concentration: .0% oxygen Concentration ~ 21.0% Net. Air Sample Count Rate:9.75E+3' cpm / min run Air Sample Contact Dose Rate:6.51E+0 mrad /hr Floor Contamination:6.39E+3 cpm /100cm2 Wall and< Equipment Contamination:6.39E+2 cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy-
l OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.8h REFUEL FLOOR ACTIVITY (T = 03:45) (CT = 16:45) There is an analysis delay of up to 30 minutes after sampling Naclide Activity Kr-85 2.26E-08 uCi/cc Kr-85m 4.21E-07 uCi/cc Kr-87 0.74E-07 uCi/cc Kr-88 1.07E-06 uCi/cc Xc-133 3.66E-06 uCi/cc Xc-133m 1.26E-07 uCi/cc Xe-135 7.19E-07 uCi/cc Xe-135m 2.49E-07 uCi/cc Xe-138 7.73E-07 uCi/cc TOT NG SAMPLE 7.72E-06 udi/cc Br 93 1.06E-07 uCi/cc Br-84 1.05E-07 uCi/cc I-131 9.20E-07 uCi/cc I-132 1.49E-06 uCi/cc I-133 1.78E-06 uCi/cc I-134 1.85E-06 uCi/cc I-135 1.81E-06 uCi/cc TOT CHAR SAMPLE 8.06E-06 uCi/cc DEI I-131 1.45E-06 uCi/cc Rb-88 1.09E-06 uCi/cc Rb-89 9.P2E-07 uCi/cc g Cs-134 4.01E-07 uCi/cc Cs-137 7.51E-09 uCi/cc Cs-138 8.87E-06 uCi/cc Ba-139 6.33E-10 uCi/cc Ba-140 9.92E-10 uCi/cc Te-129 5.82E-10-uCi/cc Te-132 9.89E-10 uCi/cc. a Te-133m 4.85E-10 uCi/cc Ho-99 9.85E-10 uCi/cc Ru-103 9.96E-10' uCi/cc Ru-105 8.61E-10 uCi/cc TOT FILTER SAMPLE 1.21E-05 uci/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration 21.0% Net Air Sample Count Rate:1.50E+4 cpm / min run Air Sample contact Dose Rate:1.00E+1 mrad /hr Floor ContaL1:.ation: 1.01E+4 cpm /100cm2 Wall and Equipment Contamination:1.01E+3 cpm /100cm2 Personnel Contaminatibn Rate: < 100. cpm per minute occupancy e ___
OCNCG. SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.81 REFUEL FLOOR ACTIVITY (T = 04:00) (CT = 17:00) P There is an analysis delay of up to 30 minutes after sampling i Nuclide Activity Kr-85 1.42E-07 uCi/cc Kr-85m 6.24E-07 uCi/cc Kr-87 9.07E-07 uCi/cc Kr-88 1.55E-06 uCi/cc Xe-133 5.02E-06 uCi/cc
Xe-133m 1.94E-07 uCi/cc Xe-135 1.11E-06 uCi/cc Xe-135m 1.98E-07 uCi/cc Xe-138 6.50E-07 uCi/cc TOT NG SAMPLE 1.10E-05 uCi/cc Br-83 1.52E-07 uCi/cc Br-84 1.17E-07 uCi/cc I-131 1.37E-06 uCi/cc I-132 2.13E-06 uC1/cc I-133 2.73E-06 uCi/cc I-134 2.35E-06 uCi/cc I-135 2.71E-06 uCi/cc TOT. CHAR Sf4PLE 1.16E-05 uCi/cc .
~
DEI I-131 2.18E-06 uCi/cc Rb-88 1.13E-06 uC1/cc Rb-89 9.08E-07 uCi/cc Cs-134 7.20E-07 uCi/cc Cs-137 1.34E-08 uCi/cc Cs-138 1.21E-05 uCi/cc Ba-139 6.78E-10 uci/cc Ba-340 1.11E-09 uCJ/cc Te-129 6.19E-10 uCi/cc Te-132. 1.11E-09 uCi/cc. Te-133m 5.09E-10 uCi/cc Mo-99 1.10E-09 uCi/cc Ru-103 1.12E-09'uCi/cc Ru-105 9.51E-10 uCi/cc < TOT FILTER SAMPLE- 1.62E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 f t. : < 2.0 mR/hr Hydrogen concentration: .0% Oxyge: Concentration 21.0% R- Net Air Sample Count Rate:?.01E+4 cpm / min run Air Sample Contact Dose Rate:1.34E+1 mrad /hr Floor Contamination:1.39E+4 cpm /100cm2-Wall and Equipment Contamination:1.39E+3 cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy
i P OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.8j REFUEL FLOOR ACTIVITY (7 = 04:15) (CT = 17:35) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.49E-07 uCi/cc Kr-85m 8.76E-07 uCi/cc Kr-87 1.15E-06 uCi/cc Kr-88 2.13F-06 uCi/cc Xe-133 8.17E-06 uCi/cc Xo-133m 2.81E-07 uCi/cc Xe-135 3 53E-96 uC1/cc Xe-135m 1.49E-07 uCi/cc Xe-138 5.16E-07 uCi/cc : TOT hG SAMPLE 1.51E-05 uCi/cc Br-83 2.05E-07 uCi/cc Br-84 1.23E-07 uCi/cc I-132 1.95E-06 uCi/cc I-132 2.88E-06 uCi/cc I-133 3.95E-06 uCi/cc I-134 2.82E-06 uCi/cc I-135 3.85E-06 uCi/cc TOT CHAR SAMPLE 1.58E 05 uC1/cc , DEI I-131 3.11E-06 uCi/cc Rb-88' 1.09E-06 uCi/cc Rb-89 7.63E-07 uCi/cc Cs-134 1.18E-06 uCi/cc Co-137 2.18E-08 uCi/cc ! Cs-138 1.49E-05 uCi/cc - Ba-139 7.16E-10 uCi/cc Ba-140 1.23E-09 uCi/cc Te-129- 6.50E-10 uCi/cc-Te-132 1.23E-09 uCi/cc Te-133m 5.27E-10 uCi/cc Mo-99 1.22E-09 uCi/cc-Ru-103 1-24E-09' uCi/cc Ru-105 1.03E-09 uCi/cc TOT FILTER SAMPLE 2.02E-05 uCi/cc Undiluted Gas-Sample (1225 ml) Dose Rate at 1 ft.': < 2.0 mR/hr Hydrogen' Concentration: .0% Oxygen Concentration- 21.0% Net Air Sample Count Rate:2.50E+4 cpm / min run Air Sample Contat.t Dose Rate:1.64E+1 mrad /hr Floor Contamination:1.80E+4 cpm /100cm? , Wall and Equipment'Contaminatien:1.80E+3 cpm /100cmz Personnel Contamination Rate: <-100. cpm per- : minute occupancy. >
~~-~ .~~
OCMCG SCENARIO 29 AliNUAL EXERCISE REV NO O TABLE A-3.8k REFUEL FLOOR ACTIVITY (T = 04:30) (CT = 17:30) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.64E-07 uC1/cc Kr-85m 1.14E-06_uC1/cc Kr-87 1.36E-06 uCi/cc Kr-88 2.70E-06 uCi/cc Xe-133 1.10E-05 uCi/cc Xo-133m 3.78E-07 uCi/cc Xe-135 2.20E-06 uCi/cc Xe-135m 1.04E-07 uCi/cc Xe-138 3.79E-07 uCi/cc TOT NG SAMPLE 1.94E-05 uCi/cc Br-83 2.58E-07 uCi/cc Br- 84 1.20E-07 uCi/cc I-131 2.b5E-06 uCi/cc I-132 3.61E-06 uCi/cc I-133 5.29E-06 uCi/cc I-134 3.13E-06 uCi/cc I-135 5.05E-06 uCi/cc TOT CHAR SAMPLE 2.00E-05 uCi/cc DEI I-131 4.10E-06 uCi/cc Rb-88 9.86E-07 uCi/cc Rb-89 5.95E-07 uCi/cc Cs-134 1.79E-06 uCi/cc Cs-137 3.30E-08 uCi/cc Cs-138 1.70E-05 uCi/cc Ba-139 7.49E-10 uCi/cc Ba-140 1.34E-09 uCi/cc Te-129 6.75E-10 uCi/cc Te-132 1.34E-09 uCi/cc Te-133m 5.41E-10 uCi;cc Mo-99 1.33E-09 uCi/cc Ru-103 1.35E-09'uCi/cc Ru-105 3.11E-09 uCi/cc 10T FILTER SAMPLE 2.37E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% oxygen Concentration 21.0% Net Air Sample Count Rate:2.94E+4 cpm / min run g Air Sample Contact Dose Rate:1.89E+1 mrr.d/hr Floor Contamination:2.18E+4 cpm /100cm2 Wall and Equipment Contamination:2.1CE+3 cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy
~~- - . _ . _ . .- - -- . = .. - --~~
OCHOG SCENARIC 29 ANNUAL EXERCISE REV NO O H TABLE A-3.81 i REFUEL FLOOR ACTIVITY (T = 04:45) (CT = 17:45) j There is an analysis delay of up to 30 minutes after saapling ' Nuclide Activity
.._____ ________.. ____ j Kr-85 1.77E-07 uC1/cc l Kr-85m 1.35E-06 uC1/cc Kr-87 1.46E-06 uCi/cc Kr-88 3.13E-00 uCi/cc i Xe-133 1.36E-05 uCi/cc ,
Xe-133m 4.64E-07 uCi/cc l Xe-135 2.71E-06 uCi/cc Xo-135m 6.58E-08'uCi/cc < Xe-138 2.54E-07 uci/cc TOT NG SAMPLE 2.32E-05 uCi/cc Br-83 2.97E-07 uCi/cc Br-84 1.07E-07 uCi/cc I-131 3.03E-06 uC1/cc I-132 4.13E-06 uCi/cc I-133 6.47E-06 uCi/cc I-134 3.17E-06 uCi/cc I-135 .6.07E-06 uCi/cc TOT CHAR SAMPLE 2.33E-05-uCi/cc DEI I-131 4.92E-06 uCi/cc Rb-88 8.35Ec07 uC1/cc Rb-89 4.31E-07 uCi/cc Cs-134 2.54E-06 uCi/cc Co-137 4.68E-08 uC1/cc Cs-138 1.79E-05 uci/cc Ba-139 7.77E-10-uCi/cc Ba-140 1.45E-09 uCi/cc Te-129 6.96E-10 uCi/cc Te-132 1.44E-09 uCi/cc Te-133m 5.52E-10 uCi/cc Mo-99 1.44E-09 uCi/cc Ru-103 1.46E-09 uCi/cc Ru-105 1.18E-09 uCi/cc TOT FILTER SAMPLE 2.64E-05 uC1/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1-ft.: < 2.0-
~~-mR/hr, Hydrogen 'Concentrat.7 on: -. 0% ~~~
Oxygen Concentration 21.0% Net Air Sample Count Rate:3.27E+4 cpm / min run Air' Sample Contact Dose Rate:2.04E+1 mrad /hr Floor Contamination:2.48E+4 cpm /100cm2-Wall and Equipment Contamination 2.48E+3 cpn/100cm2 Personnel Contaminati'on Rate: < 100. cpm per minute occupancy
OCNCG . *fENARIO 29 AWNUAL EXERCISE REV NO- 0 1 TABLE A-3.8m { REFUEL FLOOR ACTIVITY (T = 05:00) (CT = 18:00) There is an analysis dolay of up to 30 minutes ofter sampling Nuclide Activity Mc-85 1.68E-07 uCi/cc l Kr-85m 1.33E-06 uCi/cc ! Kr-87 1.29E-06 uCi/cc Kr-88 3.01E-06 uCi/cc ; Xe-133 1.39E-05 uCi/cc Xe-133m 4.76E-07 uCi/cc : Xc-135 2.76E-06 uCi/cc Xe-135m 3.17E-08 uCi/cc Xc-138 1.30E-07 uCi/cc TOT NG SAMPLE 2.31E-05 uci/cc _1 Dr-83 2.53E-07 uCi/cc Br-84 7.62E-08 uCi/cc I-131 2.94E-06 uCi/cc I-132 3.92E-06 uCi/cc I-133 6.60E-06 uCi/cc > I-134 2.62E-06 uC1/cc i 1-135 6.08E-06 uCi/cc TOT CHAR SAMPLE 2.25E-05-uC1/cc DEI I-131 4.85E-06 uCi/cc Rb-88 6.32E-07 uCi/cc Rb-89 2.65E-07 afi/cc Cs-134 3.29E-06 uti/cc Cs-137 6.05E-08 UCi/cc Cs-138 1.69E-05 uCi/cc Ba-139 8.00E-10 uCi/cc Ba-140 1.56E-09 uCi/cc Te-129 7.13E-10 uCi/cc Te-132 1.55E-09 uCi/cc. Te-133m 5.61E-10 uCi/cc Mo-99 1.54E-09"uCi/cc-Ru-103 1.57E-09'UCi/cc Ru-105 1.25E-09 uCi/cc TOT FILTER SAMPLE 2.71E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at i ft.: < 2.0 mR/hr. Hydrogen Concentration: .0% oxygen Concentration 21.0% Net Air Sample Count Rate:3.36E+4 cpm / min run Air sample Contact Dose Rate:2.01E+1 mrad /hr Floor Contamination:2.48E+4 cpm /100cm2 Wall and Equipment Contamination:2.48E+3 cpm /100cm2 Personnel-Contamination Rate: < 100.-cpm per-minute occupancy. P
~~.c y y- .p - - ew. ,--~~
OCNCG SCENARIO 29 ANNUAL EXERCISE 0 TABLE A-3.8n r REFUEL FLOOR ACTIVITY (T = 05:15) (CT = 16:15) There is an analysis delay of up to 30 minutes after sampling . Nuclide Activity Kr-85 1.58Ea07 uni /cc Kr-85m 1.26E-06 uCi/cc Kr-87 1.10E-06 uCi/cc ' Kr-88 2.77E-06 uC1/cc Xe-133 1.37E-05 uCi/cc Xe-133m 4.66E-07 uCi/cc Xe-135 2.68E-06 uC1/cc Xe-135m 1.96E-08 uCi/cc Xe-138 7.11E-08 uCi/cc TOT HG SAMPLE 2.22E-05 uC1/cc Br-83 2.08E-07 uCi/cc Br-84 5.22E-08 uCi/cc I-131 2.70E-06 uCi/cc I-132 3.55E-06 uCi/cc I-133 6.44E-06 uCi/cc I-134 2.08E-06 uCi/cc J 135 5.82E-06 uCi/cc TOT CHAR SAMcLE 2.08E-05 uC1/cc DEI I-131 4.56E-06 uCi/cc Rb-88 4.46E-07-uCi/cc Rb-89 1.55E-07 uCi/cc Cs-134 4.00E-06 uCi/cc Cs-137 7.36E-08 uCi/cc Cs-138 1.48E-05 uCi/cc Ba-139 8.20E-10 uCt/cc Ba-140 1.66E-09 uCi cc Te-129 7.27E-10 uCi cc Te-132 -1,65E-09 uCi cc Te-133m -5.68E-10 uCi/cc Mo-99 1.64E-09 uCi/cc Ru-103 1.67E-09'uCi/cc Ru-105 1.31E-09 __________'uCi/cc-_____ TOT FILTER SAMPLE 2.G8E-05 uCi/cc Undiluted Gas Sample (1225-- ml) Dose Rate at' 1' f t. : < 1.0 mR/hr-Hydrogen Concentration: .0% Oxygen Concentration 21.0%- Net Air Sample Count Rate:3.32E+4 cpm / min run Air Sample Contact Dose. Rate:1.S9E+1 nrad/hr: P3oor Contamination:2.38E+4 cpm /100cm2 Wall and' Equipment Contamination:2.38E+3 cpm /100cm2 Personnel Contaminatibn Rate: < 100. cpm per ,
~~. minute occupancy ti "~~
, OCNCG SCENARIO 29 ANNUAL EXERCISE REY NO O ' TABLE A-3.8o REFUEL TLOOR ACTIVITY (T = 05:30) (CT = 18:30) There is an analysis delay of up to 30 minutes after sanpling 4 Nuclide Activity Kr-85 1.60E-07 uCi/cc Kr-85m 1.26E-06 uCi/cc Kr-87 9.88E-07 uCi/cc Kr-88 2.69E-06 uCi/cc Xc-133 1.41E-05 uCi/cc , Xe-333m 4.81E-07 uCi/cc Xe-).35 2.74E-06 uCi/cc ,; Xe-135m 9.80E-09 uCi/cc Xo-138 3.97E-08 uCi/cc TOT NG SAMPLE 2.25E-05 uCi/cc Br-83 2.01E-07 uCi/cc Br-84 3.90E-08 uCi/cc I-131 2.60E-06 uCi/cc I-132 3.41E-06 uCi/cc I-133 6.61E-06 uCi/cc I-134 1.77E-06 uti/cc I-135 5.86E-06 uCi/cc TOT CHAR SAMPLE 2.05E-05 uCi/cc DEI I-131 4.snE-G6 uti/cc Rb-88 3.07E-07 uCi/cc-Rb-89 8.80E-08 uCi/cc Cs-134 4.72E-06 uCi/cc Co-137 8.67E-08 uCi/cc Cs-138 1.2GE-05 uCi/cc Ba-139 8.37F-10 uCi/cc Ba-140 1.76E-09 uCi/cc Te-129 7.39E-10 uCi/cc Te-132 1.74E-09 uCi/cc Te-133m 5.73E-10 uCi/cc - Mo-99 1.73E-09 uCi/cc Ru-103 1.77E-09'uCi/cc Ru-105 1.37E-09 uC1/cc TOT FILTER SAMPLE 2.64E-05 uCi/cc Undiluted Gas Sample (1225_ml) Dose Rate at i ft.: <'3.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration 21.0% Net Air Sample Count' Rate:3.28E+4 com/ min-run Air Sample Contact Dose Rate:1.76E+1 mrad /hr-Floor Contamination:2.35E+4 cpm /100cm2 Wall and Equipment Contamination:2.35E+3 cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy
l OCN":G SCENARIO 29 ANilJAL EXERCISE REV NO O TABLE A-3.8p REFUEL FLOOR ACTIVITY (T = 05:CS) (CT = 18:45) ________-___...........-_____.___-____-_ ~._ There is an analysis delay of up to 30 minutes after sampling Huclide Activity Kr-85 1.59E-07 uCi/cc Kr-85m 1.22E-06 uC1/cc Kr-07 8.63E-07 uCi/cc Kr-88 2.53E-06 uCi/cc Xe-133 1.42E-05 uC1/cc ( Xe-133m 4.81E-07 uCi/cc Xe-13! 2.70E-06 uCi/cc Xe-135m 4.97E-09 uCi/cc Xe-138 2.11E-08 uCi/cc TUT NG SAMPLE 2.21E-05 uCi/cc Br-83 1.86E-07 uCi/cc 3r-84 2.7"E-08 uCi/cc I-131 2.40E-06 uCi/cc I-132 3.17E-06 taci/cc I-133 6.57E-06 uCi/cc I-134 1.45E-06 uCi/cc I-135 5.73E-06 uCi/cc TOT CHAR SAMPLE 1.95E-05 uCi/cc DEI I- 131 4.28E-06 uCi/cc Rb-88 2.04E-07 uCi/cc Rb-89 4.87E-00 uCi/cc Cs-134 5.41E-06 uCi/cc Cs-137 9.94E-08 uCi/cc Cs-138 1.C5E-05 uCi/cc Ba-139 8.52E-10 uCi/cc Ba-340 1.RSE-09 uCi/cc Te-129 7.49E-10 uCi/cc Te-132 1.84E-09 uCi/cc= Te-133m 5.77E-10 uC1/cc Mo-99 1.82E-09 uCi/cc Ru-103 1.86E-09'uCi/cc Ru-105 1.42E-09 uCi/cc TOT FILTER SAMPLE 2.61E-05 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Conce.ntrati.e's .0% Oxygra Cone.ntration 21.0% Not Air Sample Count Rate:3.24E+4 cpa/ min run Air Sample Contact Dose Rate:1.63E+1 mrad /hr Floor Contamination:2.28E+4 cpm /100cm2 Wall and Equipment Contamination:2.28E+3 cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy i
.OCNCG SCENARIO 29 <
ANNUAL EXERCISE , REV NO O -t TABLE l.-3.8q t RETUEL TLOOR ACTIVITY (T = 06:00) (CT = 19:00) i There is an analysis delay of up to 30 minutes after samplina Nuclide Activity Kr-85 1.58E-07 uCi/cc , Kr-85m 1.17E-06 uCi/cc Kr-87 7.49E-07 uCi/cc Kr-88 2.37E-06 uCi/cc Xe-133 1.41E-05 uCi/cc , Xe-133m 4.77E-07 uCi/cc Me-135 2.64E-06 uCi/cc- ' Xe-135m 2.54E-09 uCi/cc Xe-138 1.13E-08 uC1/cc TOT NG SAMPLE 2.17E-05 uC1/cc . Br-83 1.71E-07 uCi/cc Dr-84 1.98E-08 uCi/cc I-131 2.19E-06 uCi/cc I-132 2.93E-06 uCi ec I-133 6.49E-06 uCi cc I-134 1.18E-06 uCi cc-I-135 5.57E-06 uCi/cc TOT CHAR SAMPLE 1.86E-05 uCi/cc DEI I-131 4.04E-06 uC1/cc Rb-88 1.32E-07-uCi/cc Rb-89 2.64E-08 uCi/cc Cs-134 6.07E-06 uCi/cc Cs-137 1.12E-07 uCi/cc i Cs-138 8.51E-06 uci/cc - Ba-139 8.64E-19 uCi/cc Ba-140 1.94E-09 uCi/cc Te-129- 7.57E-10 uCi/cc ' Te-132 1.92E-09 uCi/cc Te-133m 5.80E-30 uCi/cc Mo-99 1.91E-09 uCi/cc-Ru-103 1.95E-09'uCi/cc Ru-105 1.47E-09 uCi/cc TOT FILTER SAMPLE 2,59E-05 uci/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1-ft.:- < 2.0 mR/hr. Hydrogen Concentration: . 0%- oxygen Concentration 21.0% Net Air Sample Count Rate:3.23E+4 cpm / min run Air Sample Contact Dose Rate:1.52E+1 mrad /hr Floor Contamination:2.22E+4 cpm /100cm2 Wall and Equipment Contamination:2.22E+ cpm /100cm2 Personnel Contamination Rate: < 100. cpm per-minute occupancy 3 y g- w~v- y rw y v. vr- *e e p- - 4-a - ea -~ -
4 OCNCG SCENARIO 29 ' ANNUAL EXERCISE REV NO O , TABLE A-3.8r RETUEL FLOOR ACTIVITY (T = 06:15) (CT = 19:15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.57E-07 uC1/cc Kr-85m 1.12E-06 uCi/cc Kr-87 6.46E-07 uCi/cc Kr-88 2.21E-06 uCi/cc Xe-133 1.40E-05 uCilec ' Xe-133m 4.72E-07 uCi/cc Xe-135 2.56E-06 u *i/cc Xe-135m 1.32E-09 ut't/cc Xe-138 6.04E-09 uti/cc TOT NG SAMPLE 2.11E-05 uCi/cc Br-83 1.56E-07 uCi cc Br-84 1.41E-08 uCi cc I-131 1.99E-06 uC1 cc I-132 2.69E-06 uCi cc I-131 6.38E-06 uCi/cc I-13, 9.62E-07 uCi/cc 1-135 5.38E-06 uCi/cc TOT CliAR SAMPLE 1.76E-05 uC1/cc DEI I-131 3.80E-06 uCi/cc Rb-88 8.37E-08 uCl cc a Rb-89 1.41E-08 uCi cc ' Cs-134 6.70E-06 uci cc , Cs-137 1.23E-07 uCi/cc Cs-138- 6.80E-06 uCi/cc 3a-139 8.74E-10 uCi/cc Ba-140 2.03E-09 uCi/cc Te-129 7.64E-10 uCi/cc Te-132 2.01E-09 uCi/cc Te-133m 5.83E-10 uCi/cc Mo-99 1.99E-09 uCi/cc - Ru-103 2.043-09'uCJ/cc Ru-105 1.52E-09 uCijec TOT FILTER SAMPLE' 2.59E-05 uCi/cc o Undi1*tted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration 21.0% Net Air-Sample Count Rate:3.21Et4 cpm / min _run Air Sample contact Dose Rate:1.43E+L mrad /hr Floor Contamination:2.17E+4 cpm /100cm2 Wall and. Equipment Contamination:2.17E+3 cpm /100cm2 Personnel Contamination Rate: < 100. cpm ner minute occupancy
.~
l OCNCC SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.8s REFUEL FLOOR ACTIVITY (T = 06:30) (CT = 19:30) ; 1 There is an analysis delay of up to 30 minutes after sampling l l I Nuclide Activity Kr-85 1.55E-07 uCi/cc
~~Kr-85m 1.07E-06 uCi/cc nc-87 5.58E-07 uci/cc Kr-88 2.06E-06 uC1/cc Xe-133 1.38E-05 uC1/cc :~~
Xe-133r 4.66E-07 uCi/cc Xe-135 2.49E-06 uCi/cc Xe-135m 7.03E-10 uCi/cc Xo-138 3.25E-09 uCi/cc TOT NG SAMPLE 2.06E-05 uCi/cc Dr-83 1.43E-07 uCi/cc Br-84 1.00E-08 uCi/cc I-131 1.80E 06 uCi/cc I-132 2.47E-06 uci/cc I-133 6.28E-06 uCi/cc I-134 7.81E-07 uC1/cc I-135 5.20E-06 uCi/cc TOT CHAR SAMPLE 1.67E-05 uCi/cc DEI I-131 3.57E-06 uci/cc , Rb-88 5.21E-08'uCi/cc Rb-89 7.40E-09 uC1/cc Co-134 7.32E-06 uCi/cc Cs-137 1.34E-07 uCi cc Cs-138 5.36E-06 uC1,/cc , De-139 8.83E-10=uCi/cc Ba-140 2.11E-09 uCi/cc Te-129 7.70E-10 uCi/cc Te-132 2.09E-09 uCi/cc Te-133m 5.85E-10 uci/cc Mo-99 2.07E-09 uCi/cc Ru-103 2.13E-09'uCi/cc Ru-105 1.56E-09 uCi/cc TOT FILTER SAMPLE 2.62E-05 uCi/cc Undiluted Gus Sample (1225 ml) Dose Rate at i ft.t < 2.0 mR/hr. Hydrogen Concentration: .0% Oxygen Concentration 21.0% Net Air Sample Count Rhte 3.24E+4 cpm / min run Air Sample Contact Dose Rate:1.37E+1 mrad /hr Floor Contamination:2.14E+4 cpm /100cn2-Wall and Equipment Contamination:2.14E+3 cpm /100cm2 Personnel-Contamination Rater < 100. cpm per minute occupancy 0
~~~ '}' - .~. - ,-~~
l OCNCG SCENARIO 29 i Aill1UAL EXERCIDE REV NO O TABLE A-3.83 , REFUEL FLOOR ACTIVITY (T = 04:00) (CT = 17:00) l Thoro is an analysis delay of up to 30 minutes after sampling Nuclide Activity l Kr-85 1.42E-08 uCi cc Kr-85m 6.24E-08 uCi cc Kr-87 9.07E-08 uCi/cc . Kr-88 1.55E-07 uC1/cc l Xe-133 5.62E-07 uCi/cc Xc-133m 1.94E-08 uCi/cc Xe-135 1.11E-07 uC1/cc Xe-135m 1.98E-08 uCi/cc Xe-138 6.50E-08 uCi/cc TOT NG SAMPLE 1.10E-06 uCi/cc Br-83 1.52E-08 uCi cc Br-84 1.17E-08 uCi cc I-131 1.37E-07 uCi cc I-132 2.13E-07 uCi/cc 1-133 2.73E-07 uCi/cc I-134 2.35E-07 uCi/cc-I-135 2.71E-07 uCi/cc TOT CHAR SAMPLE 1.16E-06 uCi/cc DEI I-131 2.18E-07 uC1/cc Rb-88 1.13E-07 uCi/cc Rb-89 9.08E-08 uCi/cc Cs-134 7.20E-08 uCi/cc Cs-137 1.34E-09 uC1/cc Cs-138 1.21E-06 uCi/cc Ba-139 6.78E-11 uCi cc Ba-140 1.11E-10 uCi cc To-129 6.19E-11-uCi cc Te-132 1.11E-10 uCi/cc Te-133m 5.09E-11 uCi/cc Mo-99 1.10E-10 uCi/cc Ru-103 1.12E-10 uCi/cc Run105 9.51E-11 uCi/cc
. TOT FILTER SAMPLE 1.6;E-06 uCi/cc Undiluted Gas Sample (1225 nl) Dose Rate at 1-ft.: < 2.0 mR/hr Hydrogen Concentration: .0%
Oxygan Concentration 21.0% Not Air Sample Count Rate:2.0?E+4 cpm / min run Air Samplo Contact Dose Rate: <-2.0 mrad /hr Floor Contamination:1.39E+3 cpm /100cm2 Wall and Equipment Contamination:1.39E+2 cpm /100cm2 Personnel Contamination Rate: < 100. cpm per
~~-minute occupancy-1 y9 -c--9y r----y , e- v-- w e yp-- v T --~~
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A ' . Rj , REFUEL FLOOR ACTIVITY (T = 04:15) (CT = 17:15) There is an analysis delay of up to 30 minutes after sampling Nuclide Activ!ty Kr-85 1.28E-08 uCi/cc Kr-85m 5.64E-08 uCi/cc Kr-87 8.17E-08 uCi/cc Kr-88 1.40E-07 uCi/cc Xe-133 5.12E-07 uCi/cc Xe-133m 1.74E-08 uCi/cc Xe-135 1.01E-07 uCi/cc Xe-135m 1.78E-08 uCi/cc n Xe-138 5.90E-08 uCi/cc TOT NG SAMPLE 1.00E-06 uCi/cc Br-83 1.42E-08 uCi/cc Br-84 1.07E-08 uCi/cc I-131 1.?SE-07 uCi/cc I-132 1.83E-07 uCi/cc I-133 2.53E-07 uCi/cc I-134 2.15E-07 uCi/cc C I-135 2.51E-07 uCi/cc , TOT CllAR Say,PLE 1.06E-06 uC1/cc DEI I-131 1.98E-07 uCi/Oc Pb-88 1.03E-07 uCi/cc Rb-89 8.88E-08 uCi/cc Cs-134 6.50E-08 uCi/cc Cs-137 1.24E-09 uCi/cc Cs-138 1.11E-06 uCi/cc Ba-139 6.18E-11 uCi/cc J'-140 1.01E-10 uCi/cc Te-129 5.59E-11 uCi/cc Te-132 1.01E-10 uCi/cc Te-133m 4.59E-11 uCi/cc Mo-99 1.00E-10 uC1/cc Ru-103 1.02E-10 uCi/cc Ru-105 8,61E-11 uCi/cc TOT FILTER SAMPLE 1.46E-06 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 laR/hr liydrogen Concentration: .0% Oxygen Concentration 21.0% Not Air Sample Count Rate:1.81E^4 cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr Floor Contamination:1.27E+3 cpm /100cm2 Wall and Equipment Contamination:1.27E+2 cpm /100cm2 Forsonnel Contamination Rate: < 100. cpm per minute occupancy
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.8k REFUEL FLOOR ACTIVITY (T = 04:30) (CT = 17:30) There is an analyula delay of up to 30 minutes after sampling Huclide Activity Kr-85 1.18E-08 uCi/cc
}U 85m 5.14E-08 uC1/cc hr-07 7.37E-08 uCi/cc Kr-88 3.30E-07 uCi/cc Xo-133 4.62E-07 uCi cc Xc-133m 1.54E-08 uCi cc Xo-135 9.01E-08 uCi cc Xo-135m 1.58E-08 uCi cc Xe-138 5.40E-08 uCi/cc TOT NG SAMPLE 9.80E-07 uC1/cc Dr-83 1.30E-08 uCi cc Dr-84 9.97E-09 uCi cc I-131 1.12E-07 uCi cc I-132 1.70E-07 uCi cc I-133 2.33E-07 uCi cc I-134 1.95E-07 uCi/cc I-135 2.31E-07 uC1/cc TOT ClaR SAMPLE 9.86E-07 uCi/cc DEI I-131 1.78E-07 uCi/cc Rb-88 9.83E-08 uCi/cc Rb-89 7.78E-08 uCi/cc Cs-134 5.90E-08 uCi/en Cs-137 1.14E-09 uCi Cc Cs-138 1.01E-06 pCi Oc Ba-139 5.58E-11 uCi ec Ba-140 9.81E-11 uCi/cc To-129 4.99E-11 uCi/cc Te-132 9.91E-11 uCi/cc ,
Te-133m 4.19E-11 uCi/cc Ho-99 9.00E-11 uCi/cc Ru-103 9.82E-11 uC1/cc Ru-105 7.81E-11 uCi/cc TOT FILTER SAMPLE 1.26E-06 uC1/cc Undiluted Gas Sample (1225 ml) - Dose Rate at 1 f t. : < 2.0 mR/hr Hydrogen Concentration: .05 Oxygen Concentration 21.0% Net Air Sample Count Rate:1.61E+4 cpm / min run- . Air Sample Contact Dose Rate:. < 2.0 mrad /hr 7'oor Contaminationtl.14E+3 cpm /100cm2 Wall and Equi 3nt Contamination:1.14E+2 cpm /100cm2 Personnel intamination Rate: < 100. cpm per minute occupancy y , - - - + b,a4
i 1 OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.81 REFUEL FLOOR ACTIVITY (T = 04:45) (CT = 17:45) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 1.08E-08 uC1/cc Kr-85m 4.64E-08 uCi/cc Kr-87 5.77E-08 uCi/cc Kr-88 1.10E-07 uCi/cc Xe-133 4.22E-07 uCi/cc Xe-133m 1.34E-08 uC1/cc Xe-135 9.21E-08 uC1/cc Xe-135m 1.38E-08 uC1/cc Xe-138 4.90E-08 uCi/cc TOT NG SAMPLE 8.90E-07 uC1/cc Br-83 1.15E-00 uC1/cc Br-84 9.07E-09 uCi cc I-131 1.02E-07 uCi cc I-132 1.55E-07 uCi cc I-133 2.13E-07 uC1/cc I-134 1.75E-07 uCi/cc I-135 2.11E-07 uCi/cc TOT CHAR SAMPLE 8.96E-07 uCi/cc DEI I-131 1.58E-07 uC1/cc D.b-88 8.93E-08 uCi/cc ' Rb-89 7.08E-08 uCi cc Cn-134 5.40E-08 uCi ec Cs-137 1.04E-09 uCi cc Cs-138 9.81E-07-uCi/cc Ba-139 5.08E-11 uCi/cc Ba-140 8.91E-11 uC1/cc To-129 4.49E-11 uCi/cc To-132 9.01E-11 uCi cc Te-133m 3.79E-11 uCi cc-Mo-99 8.10E-11 uCi cc Ru-103 8.92E-11 'uci/cc t i Ru-100 7.11E-21 uC1/cc TOT FILTER SAMPLE 1.12E-06 uCi/cc Undiluted Gas Sample (1225 ml) Dose' Rate at 1 ft.: < 2.0 mR/hr l l Hydrogen Concentration: .0% l Oxygen Concentration 21.0% l l Net Air Sample Count Rate:1.50E+4 cpm / min run Air Sample Contact Eose Rate: < 2.0 mrad /hr Floor Contamination:1.04E+3 cpm /100cm2 Wall and Equipment Contamination:1.04E+2 cpm /100cm2-Personnel Contamination Rate: < 100. cpm per minute occupancy. 1
~~, . . - - - - - _ _- = ~ ~ _ - . __- - . .-~~
OCNCG SCENARIO 29 l ANNUAL EXERCISE REV NO O i TABLE A-3.8m i REFUEL FLOOR ACTIVITY (T = 05:00) (CT = 18:00) There is an analysis o .ay of up to 30 minutes after sampling Nuclide Activity Kr-85 9.88E-09 uCi/cc Kr-85m 4.24E-08 uCi/cc i Kr-87 6.17E-08 uCi/cc Kr-88 1.00E-07 uCi/cc Xe-133 3.82E-07 uCi/cc Xc-133m 1.18E-08 uCi/cc Xe-135 8.31E-08 uCi cc . Xe-135m 1.16E-08 uCi cc Xe-138 4.50E-08 uCi cc TOT NG SAhPLE 8.10E-07 uCi/cc Br-83 1.05E-08 uCi/cc D'?-84 8.17E-09 uCi/cc =
-131 9.92E-08 uCi/cc I-132 1.35E-07 uCi/cc I-133 1.93E-07 uC1/cc I-134 1.65E-07 uC1/cc I-135 1.91E-07 uC1/cc TOT CHAR SAMPLE S.16E-07 uC1/cc DEI I-131 1.42E-07 uC1/cc Rb-88 8.13E-08 uCi/cc Rb-89 6.28E-08 uCi cc Cs-134 4.90E-08 uCi oc Cs-137 9.84E-10 uC1 cc Cs-138 8.91E-07 uCi/cc 4.58E-11 uci/cc ~
Ba-139 Ba-140 8.11E-11 uCi/cc To-129 3.99E-11 uCi/cc Te-132 8.11E-11 uCi/cc Te-133m 3.39E-11~uci/cc Mo-99 7.30E-11 uCi/cc Ru-103 8.12E-11 uCi/cc Ru-105 6.41E-11 uCi/cc TOT FILTER SAMPLE 1.02F-06 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration 21.0% Not Air Sample Count Rate:1.35E+4 cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr Floor Contamination:9.84E+2 cpm /100cm2 Wall and Equipment Contamination: < 100._ cpm /100cm2- . l~ Personnel Contamination Rate: < 100. cpm per p minute occupancy '
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.8n REFUEL FLOOR ACTIVITY (T = 05:15) (CT = 16:15) There is an analysis delay of up to 30 minutes after sampling Huclide Activity Kr-85 8.88E-09 uCi/cc Kr-85m 3.84E-08 uCi/cc Kr-87 5.57E-08 uCi/cc Kr-88 9.80E-08 uCi/cc Xe-133 3.42E-07 uCi/cc Xe-133m 1.08E-08 uCi/cc Xe-135 7.53E-08 uCi/cc Xo-135m 1.06E-08 uCi/cc Xe-138 4.10E-08 uCi/cc TOT NG SAMPLE 7.30E-07 uCi/cc Br-03 9.91E-09 uCi/cc Br-84 7.37E-09 uCi/cc I-131 9.02E-08 uCi/cc I-132 1.21E-07 uCi/cc I-133 1.73E-07 uCi/cc I-134 1.55E-07 uCi/cc I-135 1.78E-07 uCi/cc TOT CHAR SAMPLE 7.36E-07 uCi/cc DEI I-131 1.22E-07 uCi/cc Rb-88 7.33E-06 uCi/cc Rb-89 5.68E-08 uCi/r: Cs-134 4.40E-08 uCi/cs ~ Cn-137 8.94E-10 uCi/cc Cs 138 0.01E-07 uCi/cc Ba-139 4.08E-11 uCi/cc Ba-140 7.31E-11 uC1/cc Te-129 3.59E-11 uCi/cc Te-132 7.31E-11 uCi/cc To-133m 3.09E-11 uCi/cc Mo-99 6.70E-11 uC1/cc Ru-103 7.32E-11 uCi/cc Ru-105 5.81E-11 uCi/cc M TOT FILTER SAMPLE 9.82E-07 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate et 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0% Oxygen Concentration 21.0% Not Air Sample Count Rate:1.12E+4 cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr Floor Contamination:8.84t+2 cpm /100cm2 Wall and Equipment Contamination: < 100. cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy
l OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.8o D.EFL'EL FLOOR ACTIVITY (T = 05:30) (CT = 18:30) There is an analysis delay of up to 30 minuten after sampling Huclide Activity Kr-85 8.08E-09 uC1/cc Kr-85m 3.54E-08 uCi/cc Kr-87 5.07E-08 uCi/cc Kr-88 8.80E-08 uC1/cc Xe-133 3.12E-07 uCi/cc Xe-133m 9.88E-09 uCi/cc Xe-135 6.81E-08 uCi/cc Xe-135m 9.26E-09 uCi/cc Xe-138 3.70E-08 uCi/cc TOT NG SAMPLE 6.70E-07 uCi/cc Br-83 9.01E-09 uCi/cc Dr-84 6.67E-09 uCi/cc I-131 8.12E-08 uCi/cc I-132 1.11E-07 uCi/cc I-133 1.53E-07 uCi/cc I-134 1.45E-07 uCi/cc I-135 1.58E-07 uCi/cc TOT CHAR SAMPLE 6.66E-07 uCi/cc DEI I-131 1.11E-07 uCi/cc Rb-88 6.73E-08 uCi/cc Rb-89 5.18E-08 uCi/cc Cu-134 4.00E-08 uCi/cc Cs-137 8.14E-10 uCi/cc Cs-138 7.11E-07 uCi/cc Ba-139 3.48E-11 uCi/cc Ba-140 6.71E-11 uCi/cc Te-129 3.19E-11 uCi/cc Te-132 6.71E-11 uCi/cc Te-133m 2.70E-11 uCi/cc Mo-99 6.10E-11 uCi/cc
# Ru-103 6.72E-11 uCi/cc Ru 105 5.11E-11 uCi/cc TOT FILTER SAMPLS 8.82E-07 uC1/cc Undiluted Gas Sample (1225 ml) uss$ Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration: .0%
Oxygen Concentration 21.0% Not Air Sample Count Rate:1.02E+4 cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr Floor Contamination:8.04E+2 cpm /100cm2 Wall and Equipment Contamination: < 100. cpa/100cm2 Pc sonnel Contamination Rate: < 100. cpm per minute occupancy
OCNCG SCENARIO 29 ANNUAL EXERCISE REV NO O TABLE A-3.8p REFUEL FIDOR ACTIVrTY (T = 05:45) (CT = 18:45) There is an analysis delay of up to 30 minutes after samp'.ing Huclide Activity Kr-86 7.28E-09 uCi/cc Kr-85m 3.24E-08 uCi/cc Kr-87 4.57E-08 uCi/cc Kr-88 8.00E-08 uCi/cc Xc-133 2.82E-07 uCi/cc Xo-133m 8.88E-09 uCi/cc Xc-135 6.21E-08 uCi/cc Xc-135m 8.36E-09 uCi/cc Xc-138 3.30E-08 uCi/cc TOT NG SAMPLE 6.10E-07 uCi/cc Br-83 8.11E-09 uC1/cc Dr-84 6.07E-09 uC1/cc I-131 7.32E-08 uCi/cc I-132 1.01E-07 uCi/cc I-133 1.33E-07 uCi/cc I-134 3.15E-07 uCi/cc I-115 1.38E-07 uCi/cc TOT CIIAR SAMPLE 6.06E-07 uCi/cc DEI I-131 1.01E-07 uCi/cc Rb-88 6.13E-08 uCi/cc Rb-89 4.5SE-08 uCi cc Cs-134 3.60E-08 uCi cc Cs-137 7.44E-10 uCi cc Cs-138 6.41E-07 uCi/cc Ba-139 3.18E-11 uCi/cc Ba-140 6.11E-11 uCi/cc Te-129 2.79E-11 uCi/cc To-132 6.11E-11 uCi/cc Te-133m 2.50E 11 uCi/cc Mo-99 5.60E-11 uCi/cc Ru-103 6.12E-11 uCi/cc Ru-105 4.'1E-11 uCi/cc TOT FILTER SAMPLE 8.02E-07 uC1/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Cone.ntration: .0% Oxygen Concsatration 21.0% Not Air Sample-Count Rate:9.92E+3 cpm / min run Air Sample Contact Dose Rate: < 2.0 mrad /hr Floor Contamination:7.24E+2 cpm /100cm2 Wall and Equipment Contamination: < 100, cpm /100cm2 Personnel Contamination Rate: < 100. cpm per minute occupancy
OCNCG SCENARIO 29 ANNUAL EXERCISE KEV NO O TABLE A-3.8q REFUEL FLOOR ACTIVITY (T = 06:00) (CT = 19:00) There is an analysis delay of up to 30 minutes after sampling Nuclide Activity Kr-85 6.58E-09 uCi/cc Kr-85m 2.94E-08 uCi/cc Kr-87 4.17E-08 uCi/cc Kr-88 7.20E-08 uCi/cc Xc-133 2.52E-07 uCi/cc Xo-133m 8.08E-09 uCi/cc Xc-135 5.61E-08 uCi/cc Xe-135m 7.56E-09 uCi/cc Xe-138 3.00E-08 uC1/cc TOT UG SAMPLE 5.60E-07 uCi/cc Br-83 7.31E-09 uCi/cc Br-84 5.47E-09 uCi/cc I-131 6.62E-08 uCi/cc I-132 9.91E-08 uCi/cc I-133 1.21E-07 uCi/cc I-134 1.05E-07 uCi/cc I-135 1.18E-07 uCi/cc TOT CHAR SAMPLE 5.46E-07 uCi/cc , DEI I-131 9.81E-08 uCi/cc Rb-88 5.63E-08 uCi/cc Rb-89 4.18E-08 uCi/cc Cs-134 3.30E-08 uCi/cc Cs-137 6.74E-10 uCi/cc Cs-138 5.81E-07 uCi/cc Ba-139 2.88E-11 uCi/cc Ba-140 5.61E-11 uCi/cc To-129 2.51E-11 uCi/cc Te-132 5.61E-11 uCi/cc - Te-133m 2.30E-11 uCi/cc Mo-99 5.10E-11 uC1/cc Ru-103 5.62E-11 uCi/cc Ru-105 4.21E-11 uCi/cc TOT FILTER SAMPLE 7.22E-07 uCi/cc Undiluted Gas Sample (1225 ml) Dose Rate at 1 ft.: < 2.0 mR/hr Hydrogen Concentration:. .0% Oxygen Concentration 21.0% Not Air Sample Count Rate:9.02E+3 cpm / min run Air Sampic Contact Doro Rate: < 2.0 mrad /hr Floor Contamination:6.54E+2 cpm /100cm2 Wall and Equipment Contamination: < 100. cpm /100cm2 Personnel Contamination Rate: < 100. cpm per tinute occur,ancy O
AUllUAL EXERCISE SCENARIO 29 OC!!GS REV. O SECTION A-4 OFFSITE RADIOLOGICAL DATA AESCEN92/63/ DISK 3
SCENARIO 29 OONGS REV NO O ANNUAL EXERCISE wa TABLE A-4.la RADIOIAGICAL SURVF ' SAMPLING DATA (T = 1300) ) N OPEM WINDOW CARTRIDGE FILTER CHANGE FIELD CLOSED WINDOW kEADING READING IN SRD 1** MONITOR (mR/hr) (mP/hr) (net cpm) (mR) (net cpm) N POINT 0.0 0 0 0
~~,. - ALL 0.0 g. *Fol- Controller / Observer One Only t~~
(Not to be Provided to Players): , g m Maximum Whole-Body Dose Rate: < 0.1 mrem /h at a distance cf : 0.00 miles downwind Maximum Thyroid Dose con a nnt: < 0.1 mrem /hr ) at a distar. . of 0.00 . tiles downwind .n i t 9 1 3 D QLs b '["h 7 _g
~~.- - -. ~. ,. - . ..~~
h
~~-OCNGSi -~~
SCENARIO ~29-ANNUAL EXERCISE REV NO TABLE Aa4.lb _ _ KADIOLOGICAL SURVEY / SAMPLING DATA (T = 1530) ( -)- , FIELD CICSED WINDOW OPEN WINDOW CARTRIDGE FTLTER- -CHANGE-- MONITOR (mR/hr) (mR/hr) READING YEADING. IN SRD-POINT (net cpm) (net cpm) :(nJt) ALL 0.0 0.0 0 0 OL
*For Controller / Observer Use.Only (Not to be Provided to Players):
Maximum Whole-Body Dose Rate: A 3.1 mrem /hr at a distance of : 0.00 miles downwind-Maximum Thyroid Dose Commitment: < 0.1 mrem /hr at a distance of : 0.00 miles downwind i P 4 i. o
~~, . . . . . . . , . _.. . _ . _ _ . - . _ _ . . - - ~ . _ . _ . .- - g. . _ . , . ~ ,~~
OCNGS SCfNARIO 29 lAN6UAL EXERCISE- REV NO O TAP,LE A-4.lc j i LRADIOLOGICAL' SURVEY / SAMPLING DATA i (T = 1545). ( ) FIELD- CLOSED WINDOW OPEN WINDOW CARTRIDGE FILTER CHANGE il MONITOR. .(mR/hr) (mR/hr) READING READING IN SRD 4
~~' POINT iet cpm) (net epm). (mR)-~~
~~N2 0.0 0.0 0 0 0 0 0 0~~
~~. N2a 0.0 0.0.~~
N3 0.0 0.0 0 0 'O N4 0.0 0.0 0 0 0 OTHERS 0.0 0.0 0 0- 0
*For Controller / Observer Use only-L (Not to be.Provided to Players):
Maximum Wnole-Body Dose Rate: < 0.1 mrem /hr-1.00 miles downwind at a distance of : Maximum Thyroid Dose Commitment: < 0.1 mRom/hr at a distance v'-:. 2.00 miles downwind
~~-t 4~~
~~a s 4 w 1~~
+
~~g_ e~~
+
i ! M - --
SCENARIOL29; OCNGS- 0-REV NO ANNUAL EXERCISE TABLE,A-4.1d RADIOIDGICAL-- SURVEY /S AMPLING _____________________________ ___ - _ DATA (T = 1600) ( ) FIELD CIASED WINDOW OPEN WINDOW CARTRIDGE FILTER CHANGE (mR/hr) READING . READING IN-SRD-MONITOR - (mR/hr) (not cpm) (nat-cpm)- POTNT (mR)l N1 0.1 0.1 0 CF 0_ 04 '. 0.1 3 0 0 N2 0 0.2 0.2 0 0 112 a 0.1 0.2 0 0 0-N3 0.1 0.2 0 0 0-N4 0 0.0 0.0 0 NS N6 0.0 0.0 0 :O O 0.0 0.0 0 0 0 NNW4 0 0 OTHERS 0.0 0.0 0 4
*For Controller / Observer Use only (Not to be Provided to_ Players):
Maximum Whole-Body Dose Rate: ~.13 mRsm/hr at a distance of : 1.00 miles downwind-Maximum Thyroid' Dose Commitment: < 0.1 mR(r/hr at a distance of : 2.00 miles downwind , 4 9 t
~~- } g ,8~~
'I
l
-SCENARIO 29. --OCNGS REV NO O- -JANNUAL EXERCISE !
TABLE A-4.la . RADIOLOGICAL SURVEY / SAMPLING. DATA (T. a 1615) ( ) OPEN WINDOW CARTRIDGE FILTER CHANGE: FIELD- CIASED WINDOW IN SRD' (mR/hr) READING READING MONITOR (mR/hr) (net epm) (net. cpm)- (mR). POINT N1 0.1 0.1 0 0 0 N2 0.1 0.1 0 0- 0
N2a 0.1 0.2 0 0 '0-N3 0.1 0.2 0 0 0-N4 0.1 0.2 0 0 0 N5 0.1 0.1 0 0 0 N6 0.0 0.1 0 0 0 NNW4 0.0 01 0 0 0 OTHERS 0.0 0.0 0 0 0
*For Controller / Observer Use Only (Not to be-Provided to' Players):-
Maximum Whole-Body Dose Rate: .12 . mrem /hr at a dirtance of : 1.00 miles downwind ' Maximim Thyroid Dose Commitment: < 011 . mrem /hr .; 2.00 miles downwind at a-distanco of : A ll 4 g1 '. g.
c= , l
= SCENARIO 29 OCNGS REV NO 0-ANNUAL EXERCISE TABLE A-4.lf RADIOLOGICAL SUkVEY/ SAMPLING DATA (T = 1630) ( )- ,
FIELD CLOSED WINDOW OPEN WINDOW CARTRIDGE FILTER CHANGE (mR/hr) READING READING. IN SRD-MONITOR (mR/hr) (net; cpm) (nat cpm) (mR) = POINT 0.3 0.3 0- 0 0 N1
~~.N2 0.2 0.3 0 0 0' N2a 0.3 0.6 0 0 0--~~
N3 0.3 0.6 0 0 -0 N4 0.3 0.6 0 0 01 N5 0.1 0.1 0 0 0 N6 0.1 0.1 0 0 0. iNW4 0.0 0.1 0 0 0 OTHERS 0.0- 0.0 0 0 0
*For Controller / Observer Use Only (Not to be Provided to Players):
~~Maximum Whole-Body Dose Mate .42 . mrem /hr at a. distance of : 1.00 miles downwind~~
^
Maximum Thyroid Dose commitment: < 0.1 mrem /hr at a distance of : 3.S0 miles downwind r i 4 t I i a i
SCENARIO 29 OCNGS REV Ho 0 ANNUAL EXERCISE TABLE A-4.lg RADIOLOGICAL SURVEY / SAMPLING DATA (T = 1645) ( ) FIELD CIDSED WINDOW OPEN WINDOW CARTRIDGE FILTER CHANGE (mR/hr) READING READING IN SRD MONITOR (mK/hr) (net cpm) (net cpm) (mR) POINT 0.5 0.5 0 0 0 N1 0 0.3 0.4 0 0 N2 0 N2a 0.5 1.1 0 0 N3 0.5 1.0 0 0 0 0.5 1.0 0 0 0 N4 0.2 0.4 0 0 0 e NS N6 0.2 0.4 0 0 0 - 0.1 0.3 0 0 0 INW4 0.0 0.0 0 0 0 UTHERS 4
*For Controller / Observer Use only * (Not to be Provided to Players):
Maximum Whole-Body Dose Rate: .71 mrem /hr at a distance of : 1.00 miles downwind 4 Maximum Thyroid Dose Commitment: < 0.1 mrem /hr , ,. at a distance of : 2.00 miles downwind
7 . - . OCNGS SCENARIO-29 -
--ANNUAL EXERCISE REV NO. 0 -].
TABLE A-4.1h-.- RADIOIAGICAL SURVEY / SAMPLING DATA-(T = 1700) ( )- -) FIELD CLOSED WINDOW OPEN WINDOW CARI91DGE FILTER CHANGE MONITOR (mR/hr) (nR/hl) READING READING' IN SRD POINT (net cpm) (net cpm)- -(mR); - j
~~----- q N1 0.7 0.7 0 0 0 -- !~~
N2 0.5 0.6 0 0 0- J N2a 0.7 1.5 0 0 'O l N3 0.5 1.0 0 0 .0 ' N4 0.5 1.0 0 -0 0' N5 0.3 0.7 0 0 0 N6 0.3 0.6 0 0 0' NNW4 0.2 0.4 0 0 0-OTHERS 0.0 0. 0 - 0 .0 ,0-_ I
*For Controller / Observer Use Only (Not to-be Provided--to Players):
~~Maximum Whole-Body Dose Rate:. .99 mrem /hr-~~
~~.at'a distance of : 1.00 miles downwind Maximus Thyroid Dose Commitment: < 0.1 mRam/hr-at a distance;of : 2.00 miles downwind b~~
i
~~% @ w y+y y n -m-~~
, - _ _ . ~ ., , -- - .. . - . . . . ~ . - . - - .. .. .4- 't SCENARIO =29 OCNGS . :REV NO O - ANNUAL EXERCISE TABLE A-4. li RADIOLOGICAL SURVEY / SAMPLING DATA (T = 1715) ( )
FIELD CLOSED WINDOW OPEN WINDOW CARTRIDGE FILTER CHANGE-(mR/hr) READING READING IN SRD MONITOR (mR/hr) (nat cpm) (net cpm) (mR)' POINT 0.9 0.9 0 0 -0 N1 0.6 0.7 0 -0 0 N2 0 1.0 2.0 0 0 N2a 0 0 N3 0.6 1.4 0 0.7 1.4 0 0 0 N4- 0 0.5 1.0 0 0 NS 0.3 0.6 0 0 0 N6 0 0.0 0.1 0 0 N10 0- -O. N10a 0.1 0.2 0 NNW4 0.3 0.6 -0 0. O 0.0 0.0 0 0 0 OTHERS
~~-s - *For Controller / Observer Use Only (Not to be.Provi6ed to Players):~~
Maximum Whole-Body Dose Rate: 1.3 mrem /hr at a distance of : 1.00 miles downwind-Maximum Thyroid Dose Commisment: < 0.1- mrem /hrl at a distance of.: 2.00 miles downwind. 9 j
~
1 4 a w++ .1w, --w, %-,- - - * -
SCENARIO 29 OCNGS REV NO O ANNUAL EXERCISE TABLE A-4.lj t I<ADIOLOGICAL SURVEY ./ SAMPLING ---- .------- DATA { (T = 1730) ( ) J CIASED WINDO5f OPEN WINDOW CARTRIDGE FILTER CNANGE-FIELD READING READING IN SRD MONITOR (mR/hr) (mR/hr) (net cpm) t POINT (net cpm) (mR) b 1.2 0 0 0 N1 1.2 0
~
0.8 0.9 0 0 N2 0 0 N2a 1.2 2.6 0 1.8 0 0 0 N3 0.9 1.8 0 0 0 N4 0.9 c 0.6 1.4 0 0 NS ') i 0.4 0.9 0 0 N6 0 0 N10 0.1 0.2 0 0.1 0.3 0 0 0
- N10a 0 0 N20 0.1 J.2 0 0.4 0.8 0 0 0 NNW4 0 0 OTHERS O.0 0.0 0 p,
~~h$ Ei~~
*Fer Controller / Observer Use Only (Not to be Provided to Players):
Maximum Whole-Body Dose Rata: 1.7 mrem /hr - at a distance of : 1.00 miles downwind , Maximum Thyroid Dose Commitment: < 0.1 mrem /hr - at a distance of : 2.00 miles downwind l . E 5 l 1 l
-SCENARIO 29' OCNGS REV NO O ANNUAL EXERCISE TABLE A-4.1k RADIOIDGICAL SURVEY / SAMPLING DATA (T = 1745) ( ) ,
OPEN WINDOW CARTRIDGE FILTER CHANGE FIELD CLOSED WINDOW READING IN SRD (mR/hr) READING MONITOR (mR/hr) (net cpm) (net cpm) (mR) POINT 0 0 0 N1 3.5 1.5 0 0 0 N2 1.0 1.1 0 0 0 N2a 1.5 3.2 0 0 0 N3 1.1 2.3 2.4 0 0 C N4 1.1 0 0 0.8 1.8 0 N5 0 0 0 N6 0.6 1.2 0 0 0 N10 0.1 0.2 0 0 0 ' N10a 0.1 0.3 0.2 0 0 0 N20 0.1 0 0 0.5 1.1 0 NNW4 0 0 0 OTHERS 0.J 0.0
*For Controller / Observer Use Only (Not to be Provided to Players):
l l-Maximum Whole-Body Dose Rate: 2 uRem/hr at a distance of : 1.00 uiles downwind-Maximum Thyroid Dose Commitment: < 0.1 mrem /hr at a di2tance-of : 2.00 miles-downwind l l'
~~',e , r~~
OCNGS . SCENARIO 29: ANNUAL. EXERCISE- REV NO. 0-TABLE A-4.11 RADIOLOGICAL SURVEY /SAMcLING DATA (T'= 1800) (~ ) FIELD CLOSED WINDOW OPEN WINDOW CARTRIDGE FILTER CFMGE ' ., MONITOR ' nR/hr)
~~. (mR/hr) READING- READING IN-SRD 'i POINT (not cpm) (net cpm) - (nGt),~~
N1 0.1 0.1 0 0 0- = N2 0.0 0.1 0 0: 0 i N2a 0.1 0.1 0 0 _ 0 N3 0.1 0.1 0 0 0. N4 1.4 2.9 0 0 0 MS 1.0 2.2 0 0' 0' a N6 0.9 2.0 0 0 0-N10 0.1 0.3 0 0 0' N10a 0.3 0.5 .- 0 0 0. N20 0.1 0.2 10 0 0 NNW4 0.6 1.3 0 0 -O' , OTHERS 0.0 0.0 0 0 -0 0
*For Controllar/ Observer Use Only .
(Not to be Provided to Players): Maximum Whole-Body Dose Rate: 1.5 mrem /hr at a distance-of : 3.00 miles downwind Maximum Thyroid Dose Commitment: < 0.1 . mrem /hr-at a-distance of : 2.00 miles downwind n T i m
i _ OCNGS. SCENARIO-29 REV NO O . ANNUAL EXERCISE TABLE A-4.1m RADIOLOGICAL SURVEY / SAMPLING DATA (T = 1815) ( ) FIELD CLOSED WINDOW OPEN WINDOW CARTRIDGE FILTER CHANGE (mR/hr) READING READING IN SRD MONITOR (mR/hr) (net cpm) (nct cpm) (mR) POINT
^0 0.1 0 0. O N5 0 0-N6 0.0 0.1 0 0.2 0.4 0 0 0 N10 0 0 N10a 0.3 0.7 0 0.2 0.3 0 0 0 N20 0 .0 NNW4 0.0 0.1 0 C.0 0.0 0 0 0 OTHERS *For Controller / Observer Use Only (Not to be Provided to Players):
Maximum Whole-Body Dose Rate: .71 mrem /hr at a distance of : 5.50 miles downwind Maximum Thyroid Dose Commituents < 0.1 mrem /hr at a distance of : 5.50 miles downwind T 4 9
~~-wn.~~
_-, .) l l 1 OCNGS SCENARIO;29 l REV.NO ' :0:
~~- ANNUAL EXERCISE _~~
TABLE A-4.1n i RADIOLOGICAL' SURVEY / SAMPLING DATA _ (T =- 1830) (- ) FIELD CLOSED WINDOW OPEN KINDOW- CARTRIDGE ~ ' FILTER CHANGE-REALING IN.SRD ' MONITOR (mR/hr) (mR/hr) . READING-POINT (net cpm) (net cpm). (mR) .- H10 0.3 0.5 0 0 0. N100 0.4 0.8 0 0 0 N20 0.2 0.5 0 0 0 OTilERS 0.O O.0 0 0 0.
*For Controller / Observer Use Only (Not to be Provided to Players):
Maximum'Whole-Body Dose Rate: .46' mrem /hr at a distance of : 8.50 miles downwind-dem/hr-Maximum Thyroid Dose Commitment: < O .1- - at a distance of : 8.50 miles downwind
~~F 9~~
+
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+
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~~1 ("; a~~
~~~- -r , -- , . - _ , , . . , - a., __,, _. .. , , . _ , . __ .~~
SCENARIO 29 OCNGS REV NO O 'ANNLAL EXERCISE TABLE A-4.lo RADIOLOGICAL SURWY/ SAMPLING_ DATA ____________________________) (T = 1895) ( OPEN WINDOW CARTRIDGE FILTER CHANGE FIELD CLOSED WINDOW R*ADING READING .IN SRD MONITOR (mR/hr) (mR/hr) (net cpm) POINT (net cpm) (mR) 0 0 0 ALL 0.0 0.0
*For Controller / Observer Use Only (Not to be Provided to Players):
Maximum Whole-Body Dose Rate: < 0.1 mrem /hr at a distance of : 8.50 miles downwind MaximLr Thyroid Dose Commitment: < 0.1 mrem /hr at a distance of : 8.50 miles downwind
~~~ .~~
SCENARIO 29 l OCNGS REV NO O ANNUAL EXERCISE l TABLE A-4.1p RADIOLOGICAL SURVEY / SAMPLING DATA (T = 1900) ( ) l l FIELD CLOSED WINDOW OPEN WINDOW CARTRIDGE FILTER CHANGE , MONITOR (mR/hr) (mR/hr) READING READING IN-SRD-POINT (net cpm) (neticpm) (mR) ALL 0.0 0.0 0 0 0
*For Contrviler/Observec Usa Only (Not to be Provided to Players):
Maximum Whole-Body Dose Rate: < 0.1 mrem /hr at-a distance of : 8 50 miles downwind Maximum Thyroid Dose Osmaitment: < 0.1 mRam/hr at a distance of : 8.60 miles downwind
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~~8 ALL VALES ARE NET EXRAITS~~
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~~~~- t i..~~~~
~~~~Dato: 10/ 01/1992-Jimei-15:30:23. ELEVATED RELEASE CONCENTRATIONS q < 3.2E-07' uci/cc I 131 3.2E uCi/cc~~~~
< 4 Kr 85 1.3E-05 .uci/cc I 132 4.4E uci/cc Kr'85m I 133 6.4E-10 -uCi cc- ~Kr 87 '2.65-05 'uC)/ c I 134- 7.0E-10 uci cc U -Kr 88 '3.8E-Cr uCi/cc I 135' 5.5E-10 uCi cc ~ Xe 131m- 5.5E-07 .uCi/cc Xe 133- 9.6E-05 uCi/cc - Xe 133m 3.5E-06 .uCi/cc .c (a-135 1.9E-05 uci/cc Xe 135m 9.6E-05 uCi/cc Flow rata = 1.4E+05 cfm W
Y h e e f . f .:. _ . h. j 1' ~ ;J. _ , _ _ , , _ .y
. Tit 3: 115:31:06~ Dato: 10/01/190 A Sensor B Sensor USE Units 33 Ft Wind Speed 11.3 MISSING Mph 150 Ft Wind Speed 11.1 MISSING Mph 380 Ft Wind Speed 14.0 MISSING 14 Mph-33 Ft Wind Direction 169.0 MISSING Degt'oes-150 Ft Wind Direction 178.0 MISSING Degrees-380 Ft Wind Direction 171.0 MISSING 171 Degrees 150 Ft - 33 Ft Delta T -0.7 MISSING Degrees F' 380 Ft - 33 Ft Delta T -1.6 MISSIAG -1. 6 Degrees F: Elevated Sector Affected N Ground Sector Affected N
Auto Ventilat 4 cn FMT readings Crest Utilities CS - TIME 15:31- ) WHOLE BODY CHILD THYROID Dose Dose Rate Hours Dis. Chi /Q Dose Dose Rate Hours 1.
.100 mrem mrem /Hr to PAG Miles Sec/M'3 mrem mrem /Hr to PAG 1.56E-02 >99 SB 7.53E-12 BKG BKG >99 SB 1.09E-01 >99 1.46E-02 >99 2.0 7.60E-07 BEG BKG 2.0 1.02E-01 BKG >99 3.44E-02 4.92E-03 >99 3.0 6.10E-07 BKG 5.0 BKG >99 10.0 1.29E-02 1.84E-03 >99 10.0 2.84E-07 BKG Tax. Max.
Dosa Dose 0.9 1.32E-01 1.88E-02 >99 2.8 8.88E-07 BKG BKG >99 MET DATA Ground Wind Speed 11.3 mph Elevated Wind Speed 14.0 mph Ground Wind Dir (from) 169 degrees Elevated Wind Dir (from) 171 degrees Ground Stability Class D Elevated Stability Class D FIELD READINGS Time Location WB Dose Rate CT Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr a
'l Update All F2 Source Tern F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION NO CLASSIFICATION based on dose projections ASSUMPTIONS / INPUTS USED .imo = 15:31 Date = 10/1/1992 stack release calculation Ltcck low range reading = 120 aps s
~~~~ptack itack highhighrangerangereading reading= 0.000E+00~~~~
~~~~= 6.460E-03Amp uC1 /cc btcck flow rate = 137500 cfm ?in3 after shutdown = 0.00 hours~~~~
ontainment pray washout considered

lcd damage spectrum chosen
(.03 noble gases, .02 iodines w/ partition factor of 1000) iBGT op2 rating Olcase duration = 7.00 hours issum d gross elevated release rates: 1 89E+04 uCi/s Noble Gas, 1.72E-01 uCi/s Iodine usumed gross ground releasc rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uC1/s Iodine
$ms:-15:45:32 Date: 10/01/1992 i ELEVATED RELEASE CONCENTRATIONS Kr 85 2.1E-06 uCi/cc I 131 2.1E-09 uCi/cc Kr 85m 8.3E-05 uCi/cc I 132 2.6E-09 uCi/cc Kr 87 1.5E-04 uCi/cc I 133 4.1E-09 uCi/cc. Kr 88 2.3E-04 uCi/cc I 134 3.7E-09 uCi/cc Xe 131m 3.6E-06 uCi/cc I 135 3.5E-09 uCi/cc Xe 133 6.2E-04 uCi/cc Xe 133m 2.2E-05 uCi/cc
-Xe 135 1.2E-04 uCi/cc Xe 135m 3.4E-04 uCi/cc Flow rate = 1.4E+05 cfm u
= Tim 3 3 15 : 4 5 : 4 2 Date: ~ 10/01/19@ A Sensor B Sensor USE Units 33 Ft Wind Speed 8.1 MISSING Mph 150 Ft Wind Speed 11.7 MISSING -Mph 380 Ft Wind Speed 11.7 MISSING 12 Mph 33 Ft Wind Direction 163.0 MISSING Degrees 150 Ft Wind Direction 178.0 MISSING Degrees 380 Ft Wind Direction 174.0 MISSING 174 Degrees 1 150 Ft - 33 Ft Delta T -0.7 MISSING Degrees F 380 Ft - 33 Ft Delta T -1.6 MISSING -1.6 Degrees F; l Elevated Sector Affected N ,
)
~~~~Ground Sector Affected NNW l~~~~
-CS Auto Ventilation FMT readings Crest Utilities ---------4IME 15 : 4 5 WHOLE BODY CHILD THYROID 's. Dose Dose Rate Hours Dis. Chi /Q Dose Dose Rate Hours .les mrem mrem /Hr to PAG Miles Sec/M'3 mrem mrem /Hr to PAG SB 5.88E-01 8.41E-02 >99 SB 4.07E-12 BKG BKG >99 2.0 5.77E-01 8.24E-02 >99 2.0 8.36E-07 BKG BKG >99 5.0 2.04E-01 2.91E-02 >99 5.0 7.12E-07 BKG BKG >99 10.0 8.09E-02 1.16E-02 >99 10.0 3.36E-07 BKG BKG >99 Max. Max.
Dose Dose 1.1 7.20E-01 1.03E-01 >99 2.8 1.01E-06 BKG BKG >99 MET DATA Ground Wind Speed 8.1 mph Elevated Wind Speed 11.7 mph Ground Wind Dir (from) 163 degrees Elevated Wind Dir (from) 174 degrees Ground Stability Class D Elevated Stability Class D FIELD READINGS Time Location WB Dose Rate CT Dose Rate - mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr 1 Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION NO CLASSIFICATION based on dose projections ASSUMPTIONS / INPUTS USED 1me = 15:45 Date = 10/1/1992 tack release calculation tack low range reading = 640 cps s tack tack high highrange rangereading rcading= 0.000E+00
~~= 6.460E-03Amp uC1 /cc tack flow rate = 137500 cfm ime after shutdown = 0.25 hours -~~
ontainment spray washout considered lad damage spectrum chosen (.03 noble gases, .02 iodines w/ partition factor of 1000) BGT operating elease duration = 7.00 hours ssumed gross elevated release rates: 1.01E+05 uCi/s Noble Gas, 1.03E+00 uCi/s Iodine ssumed gross ground release rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine
l. )ime:-16:00:31 Date: 10/01/1992 ELEVATED RELEASE CONCENTRATIONS Kr 85 2.5E-06 uCi/cc I 131 2.5E-09 uCi/cc Kr 85m 9.5E-05 uCi/cc I 132 2.9E-09 uCi/cc Kr 87 1.5E-04 uCi/cc I 133 4.8E-09 uCi/cc Kr 88 2.6E-04 uCi/cc I 134 3.6E-09 uCi/cc Xe 131m 4.2E-06 uCi/cc I 135 4.0E-09 uCi/cc Xe 133 7.4E-04 uCi/cc Xe 133m 2.?E-05 uCi/cc Xc 135 1.4E-04 uCi/cc Xe 135m 2.2E-04 uCi/cc Flow rate = 1.4E+05 cfm
'Tk38-16:00:39- Date: 10/01/199f i
'A Sonsor B Sensor USE Units H 33 Ft Wind 3 peed- 9.4 MISSING Mph 150 Ft Wind Speed 13.2 MISSING Mph 380 Ft Wind Speed 13.1 MISSING 13 Mph 33 Ft Wind Direction 171.0 MISSING Degrees 150 Ft Wind Direction 186.0 MISSING : Degrees 380 Ft Wind Direction 176.0 MISSING 176 Degrees 150 Ft - 33 Ft Delta T -0.0 MISSING . Degrees F 380 Ft - 33 Ft Delta T -1.9 MISSING -1.9 Degrees F-Elevated Sector Affected N Ground-Sector Affected N
1
~~~~S Auto Ventilation FMT readings Crest Utilities TIME 16 : 00- - -~~~~
WHOLE BODY CHILD THYPOID )in . Dose Dose Rate Hours Dis. Chi /Q Dose Dose Rats Hours (iles mrem mrem /Hr to PAG Miles Sec/M*3 mrem mrem /Hr to PAG SB 5.1dE-01 7.34E-02 >99 SB 6.11E-12 BKG l BKG >99 2.0 5.20E-01 7.42E-02 >99 2.0 7.89E-07 BKG BKG >99 5.0 1.94E-01 2.77E-02 >99 5.0 6.46E-07 BKG BKG >99 LO.0 8.12E-02 1.16E-02 >99 10.0 3.02E-07 BKG BKG >99 iax. Max. )oso Dose 1.1 6.39E-01 9.12E-02l >99 2.8 9.32E-07 BKG BKG 599 MET DATA Ground Wind Speed 9.4 mph Elevated Wind Speed 13.1 mph Jround Wind Dir (from) 171 degrees Elevated Wind Dir (from) 176 degrees pround Stability Class D Elevated Stability Class D FIELD READINGS Time Locatior. WB Dose Rate CT Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr Update Ill F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CIASSIFICATION NO CLASSIFICATION based on dose projections ASSUMPTIONS / INPUTS USED bna = 16:00 Data = 10/1/1992 Eack release calculation hecklowrangereading=670 cps 3cck high range reading = 0.000E+00 Amps back high range reading = 6.460E-03 uC1/cc back flow rate = 137500 cfm imo after shutdown = 0.50 hours hntainment spray washout considered Lad damage spectrum chosen (.03 noble gases, .02 lodines w/ partition factor of 1000) GT oparating
~~~~lcase duration = 7.00 hours~~~~
.sumed gross eluvated release rates: 1.06E+05 uCi/s Noble Gas, 1.16E+00 uCi/s Iodine sumed gross ground release rates: 0.00E+00 uCi/ s Noble Gas, 0.00E+00 uCi/s Iodine
i F i 3C0:?16:15:37 Date: 10/01/1992 ELEVATED RELEASE CONCENTRATIONS Kr 85 9.9E-06 uCi/cc I 131 9.9E uCi/cc- '
,Kr.85m 347E-04 uCi/cc I 132 1.1E-08 uC1/cc-Kr-87 5.4E-04 uCi cc I 133 1.9E-08 uCi/cc Kr 88 9.8E-04 u r i cc I 134 1.2E-08 uC1/cc Xs 131m 1.7E-05 uCi/cc I 135 1.6E-08 uCi/cc -Xe 133- 3.0E-03 uCi/cc -XO 133m 1.1E-04 uCi/cc Xe 135 5.5E-04 uCi/cc Xs 135m 4.7E-04 uCi/cc Flow rate = 1.4E+05 cfm j- .
lt l l l 1 l i
. Tins: .6:18:09 Date:-10/01/19 A Sensor B Sensor USE Units 33 Ft Wind Speed 10.5 MISSING Mph 150 Ft Wind Speed 11.3 MISSING Mph 380 Ft Wind Speed 13.7 MISSING 14 Mph-33 Ft Wind Direction 156.0 MISSING Degrees 150 Ft Wind Direction 161.0 MISSING Degrees 380 Ft Wind Direction 167.0 MISSING 167 Degrees 150 Ft - 33 Ft Delta T -0.7 MISSING Degrees F~ 380 Ft - 33 Ft Delta T -1.7 MISSING -1.7 Degrees F
~~~~'S Elevated Sector Affected NNW Ground Sector Affected NNW N~~~~
I l lS Auto Ventilation FMT readings Crest Utilities TIME 16:18-WHOLE BODY CHILD THYROID
)ic. Dose Dose Rate Hours Dis. Chi /Q Dose Dose Rate Hours-illos mRom mrem /Hr to PAG Miles Sec/M'3 mrem mrem /9r to PAG SB 1.63F+00 2.33E-01 >99 SB -1.60E-14 BKG BKG >99 2.0 1. 7 4 ';+ 0 0 2.48E-01 >99 2.0 7.70E-07 9.91E-03 1.42E-03 >99 t
5.0 6.8?E-01 9.81E-02 >99 5.0 6.82E-07. 8.74E-03 1.25E-03 >99 LO.0- 2.94E-01 4.21E-02 >99 10.0 3.02E-07 BKG BKG >99 {ax. Max.
~~~~)oso Dose 1.1 2.11E+00 3.02E-01 >99 2.8 9.39E-07 1.21E-02 1.72E-03 >99 MET DATA~~~~
, Ground Wind Speed 10.5 mph Elevated Wind Speed 13.7 mph bround Wi*.d Dir (from) 156 degrees Elevated Wind Dir (from) 167 degrees pround Stability Class D Elevated Stability Class D FIELD READINGS Time Location WB Doae Rate CT Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION NO CLASSIFICATION based on dose projections ASSUMPTIONS / INPUTS USED fma=16:18 Data = 10/1/1992 3cck release calculation kack low range reading = 2470 cps Eack high range reading = 0.000E+00 Amps back high range reading = 6.460E-03 uCi/cc bcck flow rate = 137500 cfm (ma after shutdown = 0.75 hours antainment spray washout considered Lad damage spectrum chosen '.03 noble gases, .02 iodines w/ partition factor of 1000) SGT operating lease duration = 7.00 hours soumed gross elevated release rates: l 3.90E+05 uCi/s Noble Gas, 4.40E+00 uCi/s Iodine psumed gross ground release rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine
ibat'16:30 23 Datot 10/01/1992 < ELEVATED RELEASE CONCENTRATIONS Kr 85 1.9E-05 uCi/cc I 131 1.9E-08 uCi/cc Kr 85m- 6.8E-04 uCi/cc I 132 1.9E-08 uCi/cc
.Kr 87. 9.0E-04 uCi/cc I-133 3.7E-08 uCi/cc Kr:88 1.8E-03 uCi/cc I 134- 1.9E uCi/cc-Xo-131m 3.3E-05 uCi/cc I 135 2.9E-08 uCi/cc ~-
Xe 133 5.6E-03 uCi/cc Xe 133m 2.CE-04 uCi/cc Xe 135 1.0E-03 uCi/cc Xs 135m 4.9E-04 uCi/cc 5 Flow rate =. 1.4E+05 cfm l l-r, i
Tims: 16:30:30 Date: 10/01/19' A Sensor B Sensor USE Units 33 Ft Wind Speed 9.1 MISSING Mph 150 Ft Wind Speed 9.9 MISSING Mph 380 Ft Wind Speed 13.9 MISSING 14 Mph 33 Ft Wind Direction 169.0 MISSING Degrees s 150 Ft Wind Direction 174.0 MISSING Degrees 380 Ft Wind Direction 177.0 MISSING 177 Degrees 150 Ft - 33 Ft Delta T -0.7 MISSING Degrees F 380 Ft - 33 Ft Delta T -1.2 MISSING -1.2 Degrees F Elevated Sector Affected N Ground Sector Affected N l l
~~~~S Auto Ventilation FMT readings Crest Utilities~~~~
====: -TIME 16:30-WHOLE BODY CHILD THYROID 310. Dose Dose Rate Hours Dis. Chi /Q Dose Dose Rate Hours illas mrem mrem /Hr to PAG Miles Sec/M"3 mrem mrem /Hr to PAG ------ ----- --------- ---------- -+.------- ------
SB 2.75E+00 3.93E-01 >99 SB 7.37E-12 BKG BKG >99 2.0 2.90E+00 4.15E-01 >99 2.0 7.63E-07 1.86E-02 2.66E-03 >99 5.0 1.14E+00 1.63E-01 s99 5.0 6.14E-07 1.49E-02 2.13E-03 >99 l 10.0 5.07E-01 7.24E-02 >99 10.0 2.86E-07 BKG BKG >99 inx. Max. Jona Dose 1.1 3.50E+00 5.00E-01 >99 2.8 8.93E-07 2.17E-02 3.11E-03 >99 MET DATA Ground Wind Speed 9.1 mph Elevated Wind Speed 13.9 mph 3round Wind Dir (from) 169 degrees Elevated Wind Dir (from) 177 degrees 3round Stability Class D Elevated Stability Class D FIELD READINGS Time Location WB Dose Rate CT Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr i Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION NO CLASSIFICATION based on dose projections ASSUMPTIONS / INPUTS USED dm3 = 16:30 Date = 10/1/1992 Eack release calculation 5cck low range reading = 4410 cps s $cck ack high high rangerangereading reading= = 0.000E+00 6.460E-03Amp uC1 /cc ack flow rate = 137500 cfm ma after shutdown = 1.00 hours ntainment spray washout considered cad damage spectrum chosen 4 .03 noble gases, .02 iodines w/ partition factor of 1000) cGT operating
~~~~lcase duration = 7.00 hours 2numed gross elevated release rates:~~~~
6.96E+05 uCi/s Noble Gas, 7.94E+00 uCi/s Iodine ssumed gross ground releas.e rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine
k bc;t 1645: 26 Dator 10/01/1992 ELEVATED RELEASE CONCENTRATIONS-Kr-85 2.9E-05 uci/cc I'131- 2.9E-08 -uCi/cc Kr-85m 1.0E-03 uCi/cc I 132_ 2.7E-08 uCi/cc Kr 87 1.2E-03 uci/cc I-133 SiGE-08 uCi/cc J Kr 88 2.6E-03 uCi/cc I 134 2.4E uCi/cc-Xo 131m 5.0E-05 uCi/cc I'135 4.4E-08 uC1/cc Xe 133 8.7E-03 uCi/cc 1 1 Xc 133m 3.1E-04 uCi/cc Xe 135 1.5E-03 uCi/cc Xe 135m 4.1E-04 uCi/cc Flow rate = 1.4E+0L cfm 6
~~~~6 1~~~~
~~~~.g Tim 32f16:45:33 Date: 10/01/19{~~~~
~~~~A Sensor B Sensor USE Units 33 Ft Wind Speed 7.6 MISSING Mph 160 Ft Wind Speed 9.0 MISSING Mph~~~~
~~~~380 Ft Wind Speed 10.9 ' MISSING 11 Mph 33 Ft Wind Direction 165.0 MISSING Degrees:~~~~
150 Ft Wind Direction 171.0 MISSING Degrees 380 Ft Wind Direction 179.0 MISSING 179 Degrees-150 Ft - 33 Ft Delta T -0.8 MISSING Degrees F: 380 Ft - 33 Ft Delta T -1.2 MISSING -1.2 Degrees Fi Elevated Sector Affected N Ground Sector Affected NNW i.
Auto Ventilation FMT readings Crest Utilities sS TIME 16:45 WHOLE BODY CHILD THYROID Dose Rate Hours Dis. Chi /Q Dose Dose Rate Hours Dic. Dose mrem mrem /Hr to PAG Miles mrem mrem /Hr to PAG Miles Sec/M'3 SB 4.51E+00 6.44E-01 >99 SB 3.05E-12 -----KG B BKG >99 7.12E-01 >99 2.0 8.64E-07 3.23E-02 4.62E-03 >99 2.0 4.98E+00 4.01E-03 >99 5.0 1.99E+00 2.84E-01 >99 5.0 7.55E-07 2.81E-02 1.26E-01 >99 10.0 3.59E-07 1.32E-02 1.89E-03 >99 10.0 8.79E-01 Max. Max. Dono Dose 5.87E+00 8.39E-01 >99 2.8 1.06E-06 3.95E-02 5.64E-03 >99 1.1 MET DA"A Ground Wind Speed 7.6 mph Elevated Wind Speed 10.9 mph Ground Wind Dir (from) 165 degrees Elevated Wind Dir (from) 179 degrees Ground Stability Class D Elevated Stability Class D' FIELD READI"GS Time Location WB Dose Rate CT Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr 'l Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATI!N NO CLASSIFICATION based on dose projections ASSUMPTIONS / INPUTS USED
?ime = 16:45 Date = 10/1/1992 stack release calculation stack low range reading = 6500 cps itack high range reading = 0.000E+00 Amps stack high range reading = 6.460E-03 uCi/cc stack flow rate = 137500 cfm L'ime af ter shutdown = 1.25 hours
ontainment spray washout considered

lad damage spectrum chosen
~~~~(.03 noble gases, .02 iodines w/ partition factor of 1000) sBGT operating ulcaso duration = 7.00 hours~~~~
~~~~\ssumed gross elevated release rates:~~~~
~~~~1.03E+06 uCi/n Noble Gas, 1.17E+01 uCi/s Iodine~~~~
~~~~\ssumed gross ground release rates:~~~~
0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine
E r 4 4,. A As n 4
~~~~.h ; 0; A r;~~~~
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~~~~.y r,.~~~~
y
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~~~~t P I~~~~
~~~~- ?~~~~
~~~~I k u~~~~
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~~~~[ l~~~~
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s
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~~~~I1 ' ..a . k .t,.. 9; i h r I (.. (' - (. ( ': i I. l_i~~~~
.y
~~~~[.N~~~~
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4 0 - .- [. I y ( ', ,- t'T i I - .. t ;-* * - r . 4 ,
R
~~~~-i Dats 10/01/1992 ^~~~~
kbtR17:00:25_ k l ELEVATED RELEASE CONCENTRATIONS-J I 131 4.1E-08 uCi cc Kr 85. 4.1E-05 .uci/cc I-132 3.6E-08 =uci cc Kr'85m 1.4E-03 'uCi/cc I 133 7.9E-08'-uCi co'- - 1.5E-03 uCi/cc Kr.87 I'134 2.8E uCi/cc t HKr 86 3.4E-03 uCi/cc I 135 6.1E-08 -uCi/cc HXo'131m 7.1E-05 uCi/cc Xe-133- 1.2E-02 uCi/cc
~~~~Xo-133m' 4.4E-04 uCi/cc 2.2E-03 uCi/cc Xe 135 Xo 135m 3.2E-04 uCi/cc Flow rate = 1.4E+05 cfm i~~~~
~~~~'l m~~~~
~~~~r 4~~~~
~~~~'5,,,~~~~
4 A LTinat 17:00:32~ Date: 10/01/19f i A Sensor B Sensor USE Units-33 Ft Wind Speed 6.4 MISSING Mph 150 Ft Wind Speed 8.8 MISSING Mph . 380 Ft Wind Speed 8.2 ' MISSING 3.2 Mph' ! 33 Ft Wind Direction 169.0 MISSING Degrees 150 Ft Wind Direction 177.0 MISSING Degrees i 380 Ft Wind Direction 179.0 MISSING 179 Degrees 150 Ft - 33 Ft Delta T -0,8 MISSING Degrees F 380 Ft - 33 Ft Delta T -1.5 MISSING -1.5 Derjrees F: Elevated Sector Affected N Ground Sector Affected N O. e 4 m
~~~~S Auto Ventilation FMT readings Crest Utilities~~~~
~~~~-TIME 17:00 WHOLE BODY CHILD THYROID~~~~
>10. Dose Dose Rate Hours Dis. Chi /Q Dose Dose Rate Hours 11100 mRom mrem /Hr to PAG Miles Sec/M'3 mrem mrem /"r to PAG SB- 6t98E+00 9.98E-01 >99 SB 6.74E-13 BKG BKG >99 2.0 8.20E+00 1.17E+00 >99 2.0 9.51E-07 5.02E-02 7.17E-03 >99 5.0 3.32E+00 4.75E-01 >99 5.0 9.47E-07 4.97E-02 7.10E-03 >99 .0. 0 1.44E+00 2.06E-01 >99 10.0 4.65E-07 2.41E-02 3.44E-03 >99 !ax . Max. Joco Dose 1.1 9.36E+00 1.34E+00 >99 3.1 1.26E-06 6.63E-02 9.47E-03 >99 MET DATA Ground Wind Speed 6.4 mph Elevated Wind Speed 8.2 mph Kround Wind Dir (from) 169 degrees Elevated Wind Dir (from) 179 degrees bround Stability Class D Elevated Stability Class D FIELD READINGS Tina Location WB Dose Rate CT Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr p. 1 Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION NO CLASSIFICATION based or dose projections ASSUMPTIONS / INPUTS USED imo = 17:00 Date = 10/1/1992 'cck release calculation t back low range reading = 8900 cps back high range reading = 0.000E+00 Amps bcck high range reading = 6.460E-03 uC1/cc ack flow rate = 137500 cfm ma after shutdown = 1.50 hours ntainment spray washout considered (cd damage spectrum chosen l(.03 noble gases, .02 iodines w/ partition factor of 1000) $GT op3 rating bloase duration = 7.00 hours scumnd gross elevated release rates: 1.41E+06 uCi/s Noble Gas, 1.59E+01 uC1/s Iodine ssumed gross ground release rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine
taaf17:15:22 Dato: 10/01/1992-ELEVATED RELEASE CONCENTRATIONS Kr~85 5.7E uCi/cc I 131 5.7E-08 uCi/cc
.Kr 85m '1.8E-03 uCi/cc I-132 4.6E-08 uCi/cc Kr 87 1.8E uCi/cc I 133 - 1.1E-07 uCi cc Kr 88- 4.4E-03 uCi/cc I 134 3.1E-08 uCi cc X2 131m 9.8E-05 uCi/cc I 135 8.2E uCi cc- ,
Xn 133 1.7E-02 uC1/cc X2 133m 6.1E-04 uci/cc x Xe 135 2.9E-03 uCi/cc XO 135m. 2.4E-04 uC1/cc Flow rate = 1.4E+05 cfm 2 M g 6 T .y ,
~~~~,-g~~~~
Tim 33 : 17:15:29 Dates 10/03/19) A Sensor B Sensor USE ' Units-33 Ft Wind Speed 5.8 MISSING Mph 150 Ft Wind Speed 8.2 MISSING Mph 380 Ft Wind Speed 8.5 MISSING 8.5 Mph 33 Ft Wind Direction 169.0 MISSING Degrees = 150 Ft Wind Direction 180.0 MISSING Degrees 380 Ft Wind Direction 184.0 MISSING 184 Degrees 150 Ft - 33 Ft Delta T -0.8 MISSING Degrees F 380 Ft - 33 Ft Delta T -1.4 MISSING -1.4 Degrees F-Elevated Sector Affected N Ground Sector Affected N I u
OS Auto Ventilation FMT readints Crest Utilities
- TIME 17:15 WHOLE BODY CHILD THYROID Dio. Dose Dose Rate Hours Dis. Chi /O Dose Dose Rate Hours Hilos mrem mrem /Hr to PAG Miles Sec/M'3 mrem mrem /Hr to PAG SB B.71E+00 1.24E+00 >99 SB 8.44E-13 BKG BKG >99 2.0 1.03E+01 1.46E+00 >99 2.0 9.43E-07 6.83E-02 9.76E-03 >99 5.0 4.18E+00 5.97E-01 >99 5.0 9.21E-07 6.63E-02 9.47E-03 >99 10.0 1.82E+00 2.61E-01 >99 10.0 4.50E-07 3.20E-02 4.58E-03 >99 Max. Max.
Doso Dose 1.1 1.17E+01 1.67E+00 >99 3.1 1.23E-06 8.90E-02 1.27E-02 >99 MET DATA Ground Wind Speed 5.8 mph Elevated Wind Speed 8.5 mph Ground Wind Dir (from) 169 degrees Elevated Wind Dir (from) 184 degrees Ground Stability Class D Elevated Stabi'.ity Class D FIELD READINGS Time Location WB Dose-Rate CT Dose Rate mrem /hr mrem /hr mRom/hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr
& Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION ALERT based on whole body dose ASSUMPTIONS / INPUTS USED ima = 17:15 Date = 10/1/1992 tack release calculation
~~~~,% ace low range reading = 11900 cps s~~~~
~~~~%cck high range Back high range reading reading = = 6.460E-03 0.000E+00 uC1 Amp /cc~~~~
~~~~%cck ficw rate = 137500 cfm imo after shutdown = 1.75 hours ontcinment spray washout considered lad damage spectrum chosen~~~~
(.03 noble gases, .02 iodines w/ partition factor of 1000) BGT operating alcaso duration = 7.00 hours ccumed gross elevated release ratt-1.88E+06 uCi/s Noble ~1, 2.10E+01 uCi/s Iodine asumed gross ground release ratos: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine I
_g ; - - _ . J'
')
~~~~Dato: 10/0 'i 92 ; $ Cat 17:30:24 l ELEVATED RELEASE CONCENTRATIONS~~~~
~~~~7. 4 E-05 : uCi/co- I 131- 7.4E-08 uC1 cc Kr 85 I 132 5.5E-08 uCi cc-~~~~
-Kr.85m 2.3E-03 uCi/cc I 133 1.4E-07 uCi cc 10: 87 2.1E-03 uCi/cc I 134 3.3E-08 uCi cc Kr 88 5.4E -uCi/cc I 135 1.0E-07 uCi/cc X@ 131m 1.3E-04 uCi/cc Xe 133 2.2E-02 uCi/cc- ~:Xo 133m 7.9E-04 uCi/cc Xe 135 3.7E-03 uCi/cc Xe 135m 1.7E-04 uCi/cc Flow rate = 1.4E+05 cfm p >
Tiina t . 17130 31 Datet 10/01/19 A Sensor B Sensor USE Units 33 Ft Wind Gpeed 6.3 MISSING - Mph 150 Ft Wind Speed 8.3 MISSING Mph 380 Ft Wind Speed 8.2 MISSING 8.2. Mph 33 Ft Wind Direction 159.0 MICSING_ Degrees 150 Ft Wind Direction 184.0 MISSING Degrees-380 Ft Wind Direction 177.0 MISSING 177 Degrecs ' 150 F' - 33 Ft Delta T -0.7 MISSING Degrees-F, - 380 Ft - 33 Ft Delta T -1.2 MISSING -1. 2 Degrees, F Elevated Sector Affected N Ground Sector Affected NNW L 9
+ -__.__ ___ .-___.___-m._-_-_-_._-_.__._____.___.._mm- .__.____. _ . _ . _ . . _ _ _ _ _ _ _ _ _ - . - - . . _ _ _ . _ _ _ _ _ _ . _ - - _ _ _ _ . _ - - . _ _ . _.m__.-_ _ _ _ _ .--__m._ _____2.
CA Auto Ventilation FMT readings Crest Utilities TIME 17:30 i WHOLE BODY CHILD THYROID Dio. Dosc Dose Rate Hours Dis. Chi /Q Dose Dose Rate Hours Hilea mRom mrem /Hr to PAG Miles Sec/M'3 mrem mrem /Hr to PAG SB 1.08E+01 1.54E+00 >99 SB 6.74E-13 BKG BKG >99 , 2.0 1.29E+01 1.84E+00 >99 2.0 9.51E-07 8.93E-02 1.28E-02 >99 5.0 5.27E+00 7.53E-01 >99 5.0 9.47E-07 8.83E-02 1.26E-02 >99 2.30E+00 3.29E-01 >99 10.0 4.65E-07 4.29E-02 6.12E-03 >99 A0.0 Mnx. Max. BoSc Dose 1.* 1.46E*01 2.09E+00 >99 3.1 1.26E-06 1.18E-01 1.68E-02 >99 MET DA"A Ground Wind Speed 6.3 mph Elevated Wind Speed 8.2 mph Bround Wind Dir (from) 159 degrees E.evated Wind Dir (from) 177 degrees Bround Stability Ltdss D Elevated Stability Claus D
-FIELD READINGS 'imo Location WB Dose Rate CT Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr.
1 Update All F2 Source Term F3 Met .ta F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION ALERT based on whole body dose ASSUhPTIONS / INPUTS USED imo = 17:30 Date = 10/1/1992 tack release calculation tcck low range reading = 15100 cps tack high range reading = 0.000E+00 Amps tcck high range reading = 6.460E-03 uCi/cc tack flow rate = 137500 cfm ima after shutdown = 2.00 hours ontainment spray washout considered lad damage spectrum chosen (.03 noble gases, .02 iodines w/ partition factor of 1000) BGT operating olcano duration = 7.00 hours ceum d gross elevated release rates: 2.38E+06 uCi/s Noble Gas, 2.63E+01 uCi/s Iodine asumed gross ground release rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine
Dato: 10/01/1992 6 Cat 17:45:26 ELEVATED RELEASE CONCENTRATIONS Kr 85 3.0E-06 uCi/cc I 131 3.0E-09 uCi/cc Kr 85m 8.9E-05 uCi/cc 1 132 2.1E-09 uCi/cc Kr 87 7.3E-05 uCi cc I 133 5.6E-09 uCi/cc Kr 88 2.1E-04 uCi cc I 134 1.1E-09 -uci/cc 5.2E-06 uCi cc I 135 4.1E-09 uCi/cc Xe 131m Xe 133 9.0E-04 uCi cc Xo 133m 3.2E-05 uCi cc Xe 135 1.5E-04 uCi cc Xo 135m 3.7E-06 uCi cc Flow rate = 1.4E+05 cfm 9 3 F
~~~~> +d . 8 <~~~~
Tima: 17:45 33 Dato: 10/01/19 A Sensor B Sensor USE Units 33 Ft Wind Speed 7.3 MISSING Mph 150 Ft Wind Speed 9.5 MISSING Mph 380 Ft Wind Speed 10.6 HISSING 11 Mph 33 Ft Wind Direction 157.0 MISSING Degrees 150 Ft Wind Direction 164.0 MISSING Degrees 380 Ft Wind Direction 170.0 MISSING 170 Degrees 150 Ft - 33 Ft Delta T -0.8 MISSING Degrees I 380 Ft - 33 Ft Delta T -1.0 MISSING -1 Degrees F Elevated Sector Affected N Ground Sector Affected NNW 4 i
~~~~S Auto Ventilation FMT readings crest Utilities~~~~
- TIME 17:45=C WHOLE oODY CHILD THYROID Jio. Dose Dose Rate Hours Dis. Chi /Q Dose Dose Rate Hours (ilos mrem mrem /Hr to PAG Miles Sec/M'3 mrem mrem /Hr to PAG SB 3.50E-01 5.00E-02 >99 SB 2.69E-12 BKG BKG >99 2.0 4.01E-01 5.73E-02 >99 2.0 8.75E-07 BKG BKG >99 5.0 1.63E-01 2.33E-02 >99 5.0 7.73E-07 BKG BKG >99 LO.0 7.33E-02 1.05E-02 >99 10.0 3.68E-07 BKG BKG >99 inx. Max.
Jo @ Dose 1.1 4.66E-01 6.66E-02 >99 2.8 1.08E-06 BKG BKG >99 MET DA"A Cround Wind Speed 7.3 mph Elevated Wind Speed 10.6 aph 3round Wind Dir (from) 157 degrees Elevated Wind Dir (from) 170 degrees 3round Stability Class D Elevated Stability Class D FIELD READINGS Time Location WB Dose Rate CT Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr l i Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION NO CLASSIFICATEON based on done projections ASSUMPTIONS / INPUTS USED im3 = 17:45 Date = 10/1/1992 teck release calculation %cck low range reading = 600 cps tack high range reading = 0.000E+00 Amps tcck high range reading = 6.460E-03 uCi/cc tack flow rate = 137500 cfm imo cfter shutdown = 2.25 hours ontainment spray washout considered led damage spectrum chosen (.03 noble gases, .02 lodines w/ partition factor of 1000) BGT op2 rating alcaco duration = 7.00 hours bcum:d gross elevated release rates: 9.47E+04 uCi/s Noble Gas, 1.03E+00 uCi/s Iodine 30umsd gross ground release rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine t --
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,7; I L s; l' ,o, w g,. e f ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0 e SECTION A-5 ONSITE RADIOLOGICAL DATA - A-5.1 Floor Plan Radiation Dose Rates A-5.2 Emergency Facilities Radiation Data A-5.3 Onsite Survey Data AESCEN92/56/ DISK _3 A
l l I 1 ANNUAL EXERCISE SCENARIO 29 OCNGS REV. 0 l l k
~~~~-i i~~~~
~~~~SECTION A-5.1 . FLOOR PLAN RADIATION DOSE RATES~~~~
~~~~.Ip a~~~~
~~~~i: AESCEN92/57/ DISK 3~~~~
**#'b 'W +' v ,,,% %
fIME : 13l00 SCENARION029REYN09 l HA0FACILl!V llllll 2 (2.0 (2.9 2,9,0 ' \ (( 2.02. 0 ( 2,9 llllll ( 2,9 s (2,9 d29 J . O O I e .. (2.0 .(2,9 . a (2.0 (2.0 , v 2.8 IHf NET AIR SAMPLE!:( 100 epH /Ninute run BLDC FLOOR C0iTAMINAfl0N: ('190 cpn/199cn2 PERSONNEL 00ifAMIHA!10Hl ( 190 cPn/ninute occuPanc9 , fIME : 13:00 SCENARION029REYN00 OSC FACILITY - (2.0 (2.9 )(2,9 (2.0
=
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~~~~' ( 2,9 ENTRANCE (2.0 / /~~~~
(2.9 (2.9 - NET AIR SAMPLE! ( 199 epn /Winute run FLOORCONTAMINATION: PERSONNELCONIAMIHAT10Hl((100cpn/199cn2190 CPM /nin '
i IIME:13:00 CHEM LAB DATA SCENARIO H0 29 REV N0 0 l 4 (2,0 (2.0 (2.0 (2.0 (2.03 1 (2,0' (2.0 (2.0 _12,0 , ( 2.0 .
(2.0 (2.0 (2.0

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~~~~, l .. . ,,,~~~~
1 NETAIRSAMPLE: (100cpn/Minuterun REACIORBLDG i FLOOR 00HIAHlHAT10Hl ( 100 cpn/100cn2 PERSONNEL CONIAMINAIl0N: ( 100 cpn/ninute occupancy 4 s l
f' 5 11ME : 13:00 1 _.c' n- j ' 2, 0 2. g
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Het Air ample: 100opn L ,l( 2. Floor Contani atton: 100eps/100en2 (2. PersonnelContanination: (100cpnperMinuteoccupancy. THIRD FLOOR OFFICE BillLDING P TlME: 13:00 2. Het Air Sanplel ( 09, opnhinl run 2. AirSanpleContactDoseRate: 2.0 nrad/hr (2. Floor Contanination; 100, opn/1000n2 ( 2, (ll cl PersonnelContanination: 100. cpH_J l ( 2,' PerMinuteOccupancyN -'- ( 2. ( 2,' 15. ( 2, _ ( 2. 15. 2.0 J _9 I 2.0 l ii !! ii il i il'5,I EY, 23' 4" RX,B13, b!!
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~~~~- 30, 40.- 30.~~~~
~~~~20. 30- - 40.- 30 - 21.~~~~
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~~~~floorContauination! 100,cpW100cu2 2.0 PersonnelContanination: (100,cpn _ iI~~~~
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~~~~'4- '~~~~
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g a u = = = ,300, c. , 0000000 - . .. .. , f.E22ANINE ROOR DR, 23'-6" I flME: 13:00 : er u u tr 18, 68, u O 9 8.0 19, c= 69.m em . - g,g , t:1 a \ - O 2.9
~~~~-8,0 HetAirSanye: (100,opn/ninrunO L~~~~
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~~~~\ T1009 Contaninatjon: ( 199, cpn/199cn2 7~~~~
(100,OPn l 3.0,. } _.... { Personnel ContaninationU 5.9, 3, per minute o : t D: .c-- - 1 t gs
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~~~~248, l '~~~~
~~~~- (z. .~~~~
20 fr (2. 'b" Het Air Sanple: :00,cyn/nin.run - I 2. , s S. kirSanpleContactDoseRate: 2.0 MMd/hr " ' 2.r I floo;' Contanination: (100,cpn/100in2 2.~ PersonnelContaninationl (100,opn II' C'9 t~- (71 60. 60, M 50,Per, Minute Occupancy d J 50, w \,,0 "Il i - 1 1300, U V
~~~~~o 9 . @~~~~
~~~~3,9 o~~~~
~~~~, 3.0 J 3,0-3.0 .~~~~
3ASENENTFLOOR ELEV, O'-0" & 3'-6" . IlME: 13:00 u u " O ' { 2'2. p { 2,-2, t.; ,
~~~~,2, 3 ( 2.~~~~
[ t (2. Net Air Saple: 100,opn/ninrun ( 2, ( 2, Air Sanplle e Floor Containation! Contact Dose (100,epn/100cn2 I Rate; (( 2,0 c 3 .' PersonnelContamination: (100,cpn
~~~~' .1 PerMinuteOccupanlcs '~~~~
~~~~5 0 l 7 - _,, 2 0- - t ( 2, 2.0~~~~
/ T 2,9 1 / 2.0 L -{ !' O . . . . . . . . . ,0 0 ',!O O c l'. . _, . / : ( 2, < 2, . . .. / ' (24 s,'
~~~~(2. , ;< . . '. . . .'.\_. ELEY,~~~~
'e, .q, , 95'-3" RX,1LDC lw n n
~~~~l 11ME : 13:00 30,: .up i 30,~~~~
~~~~\--~~~~
~~~~100^ 100. , AirSanpleConat![Jnat: be 2 ' mb 0 "~~~~
~~~~/ u \ FloorCont uni ( 100, opn/100cn2 /~~~~
PersonnelContauunat:.on: (100, CPM PerMinuteOccupancy ELEY, -19'-3" - UP ,O I i Rx, Bldg. dn'
~~~~'O 5 _3 O ve ilNE : 13:00 1 . dn I / L.dn_~~~~
~~~~h " - NetAirSample: 190, epn/ntn ruii Air Sanple Contact hse Ratel 2.0 nrad/hr 5~~~~
~~~~Floor Contr.nination! 100,epn/100cn2 Personnel-Contanination: ( 100, cpn -~~~~
Per Minute k curancs ELEY, -6'-5 - ELEY, -l'-6 ' Rx, Bldg. . d
TIME: 13:00 HetAlpSanpe 100,cpn/ninrun Air Sample 00nlaCl E0if EaLf! 2:0 nra Mhr floorContan .nat.on 108, opn/190cn2 Personnel Contan nat:.on: i 100 opn perMinuteoccu,pancy Bi9UP L 8,0
~~~~'N 15.~~~~
~~~~15. _~~~~
l DRYWELL <- IIPDRIVE ELIV 33'-6" RXBl&G 5 11ME : 13:00 o ' o g E Het Air Samplet (100,opn/ninrun m - AirSANPleContactDoseRate! ( 2.0. nead/hs F - Floo:sContaminatjon: (100,cpn/100cn2I Pers0nnel Contanination: ( 100, og co/ upa,ncy g
~
~~~~3.0 3.9 -~~~~
~~~~.l - _~~~~
~~~~q 2=- 3 (2.,X ELEU 119'-3" RX BLDC. .j~~~~
~~~~- ll- 1,~~~~
_ _ _ _ _ _ ~. _ _ _ . _ . . _ . _ _ _ _ _ - . _ . . _ _ . . _ _ _ _ _ _ P fIME:15:15 SCENARIO N0 29 RW N0 9 : HA0FAtlLifV -llllIl_ l i (2.9 (2.9 i jT2.9 2.9 '\ (( 2.9 (2.9 2.9 llllll ( 2.9 I a 0 : a .. (2.9 .(2.0 " a (2.0 (2.9 (2[9 10 ' o (2.0 MAINT NETAIRSAMPLE!(100epu/Minuterun BLDG PERS C 1 Il 1 occupancy flME:15:15 SCENAA10 H0 29 RW N0 0 OSC FACILITY (2.9
~~~~-(2.0 )(2.9 (-2.9 (2.0 (2.0 (2.0 (2.0.~~~~
_ x . . NERX L BLM
~~' (2.9 INTRANCE (2.0 . / /~~
~~~~u (2.9 (2.9~~~~
~~~~-NETAIR-SAMPLE!(-190epn/Minuterun FLOORCONTAMINATION: (=100cpn/100cn2 ~~~~~
~~~~PERS0 TIE CONTAMlHAT10Hl .( 190 cen/ninute occurancs~~~~
~~~~- : :- - .-. .- -= .~~~~
1 , I flHE : 15l15 CHEN LAB MTA SCENARION029REVN00 l
~~~~<2.0 (2,0 l~~~~
~~~~(2.0 (2.0 ( 2,03 ' 1"~~~~
~~~~. l i:i . 1 i:1 (2.0 (2.0 (2.0 (2.0 (2.0 (2.0 4~~~~
HEI AIR SAMPLE: ( 100 cpn / Minute run REACIOR BLM FLOOR C0HIAHlHAT10Hl ( 100 cen/100cn2 PERSONNELCONIAMlHAIl0N: (100cpn/Minuteoccupancy i l i
ilME: 15:15 Dv .-Q -- % j (2. U ! (2' & , b , c. E c= i e in . 7 --c r' , 2.
~~~~~ '~~~~
m
-~
~~~~(2. 2. =~~~~
~~~~,(2.~~~~
(2. up (2. 2. Het Air sangle: ( t-,1((2. : floorContanination!(100cpn/190en2 100 epa (2. ! PersonnelContamination:(100cpnperMinuteoccupancy. i THIRD TLOOR OfflCE BillLDING a TIME: 15:15 I' >
~~~~'[ (2.~~~~
AirSampleConat$sbeFloor Contaninationi 2. (l2 l - ( 100, cpa/10 PersonnelContanination: ( 100, epn.J l- (2.1 PerMinuteOccupancy\ '- ( 2.
- ( 2.' 15. ( 2, (2. -15, 2.0 J O i 2,0 t iju :i- !! l1 -
r]
~~~~-I !! u 5,E Dh 23'4" ll U -U 5.8 M, B13!U,[ O lllLl r~~~~
t IOj,p O- e c 9,9 / (/ 2, ( [__ 2 '? 2. ( 2.__ q ( 2,
~~~~}( 2. ,~~~~
(2. (2. (2, 12e
l - IlHE : 15:15 - FOOT ; 30, I 40 - 30. - __ __# 20. 30 -- - 40.- 3 0. -- 21. -
. ~~. 20, 21. D HetAirSaxle: 100,cpx/Minrun-fn. AirSanpleContactDoseRte: 2,0 nrad/h n I -li ._ Floor Containation' ( 100, ern/100cH2 2.0 FersonnelContamination: ( 100. cpx i1 il 2.0 J PerMinuteOccupancs_
x,f 21, 20. 20, A 30,- - 40,"l - 30,- 21, 30, 2,9 30, 40. _, 2 ,_. Wn y ~]! _ i l Por
~~~~= R00r -~~~~
~~~~fkJ-g c. d-0PERATING FLOOR ELEY, 46'-6" 11ME: 15:15 '~~~~
~~~~. u -~~~~
~~~~u i ( 2' - N (2. I O d_ He Air Sanple: (100,cpH/Hinrun 2, 2.~~~~
~~~~'~ " i (2. t Air Sanple Contact Dose ate: -(2-8.0 8,0~~~~
~~~~( 2.0 Mrad /hr )'- ll Floor Containation! c~~~~
-0 ( 100, cpn/100cm2 ,i 3,0 FersonnelContanihation: 2.0 (100,opn p D Per Minute Occu/ ncy/ t ~
~~~~{!lO..........,0 C~~~~
~~~~/ ' . ( 2.~~~~
~~~~( 2, O 1~~~~
~~~~!l!D O c 'N.~~~~
~~~~( 2, - -~~~~
~~~~'.-l : ' '~~~~
v (2. ' , ' ' N,' ELEU 51' 3" RX,BLDC - lw n u. . . . . . . . .% n n a
11ME : 15:15 1 II i
~
~~~~Het Air Sanplei ( 160, opn/nin run 'l F~~~~
& Air,iaHpleContactDoseRate! ( 2.0 nrad/hw l2 0 FloorContanination: (100,cpn/100cm LO ~7 PersonnelContanination:
(100,oPnPer Minute Oclclupancy 2.0 g< (2 k (2. j~ d j ) I , L W[ L' (2.
~~~~~ ~~~~~
~~~~j (2.~~~~
~~~~.(2.~~~~
~~~~310. 1(- o or. - ( 2,] = -~~~~
~~~~" o- 310,'- "~~~~
~~~~g u = t= = 300, c.~~~~
~
~~~~0000000 =~~~~
~~~~= = === [ 2.~~~~
~~~~(2. ME22AHlHEFLOOR ELEY, 23'-6" TlHE: 15:15~~~~
=u u tr 10, tr 60,- u m O 4 8.0 10, c= 60.: cm 20.
8'8 20. O _ t: ' tJ t
~~~~'O 8.0 8,0 Het Air Sany e; ( 100, opn/nin runO H Air Sanple Contact Dose Rate! ( 2.0 nead/hr~~~~
~~~~3. 6'~~~~
~~~~' f \ Tloor Contamination: (100. cpm /100cn2 c~~~~
PersonnelContanination (100,oPn 3 L_{ __..} \ v / per qinute occupancly ' 5.0 O f 5.0 t 3 {s _,./ c - I 2,0 3.0 (2. 2.0 3.0
)
~~~~(2. ommmmmm g ;~~~~
~~~~o. '~~~~
u1 H ) ( 2, . . (2. 'e' 's s : ELEV. 75' 3" RX. BLDC. r - ni,......... g t g n n
- .IlNE: 15:15 .__ __ m 01 3.0 50, 50, 80. 80. O 1300. 3.0 _Ob OO OO ' ( 2. O 200. - (2. L 200 C' fr (2. (2" HetAirSanple: (L90,opn/nin.run - (2. , ( 2. ,. AirSampleContactDoseRate! ( 2.0 un#hr " (2. I floor Contamination: (100,cpn/100c'n2 ( 2.- (100,oPn C'- I c Ut Personnel 60. U( 50, Contaninatign:te Occupancy 4lf 50.Fer,Minu
~~~~60. 4.,0~~~~
~~~~,m _~~~~
~~~~1 .~~~~
~~~~~f -~~~~
~~~~1300' p~~~~
~~~~u. , _~~~~
~~~~0 a v~~~~
~~~~,3.9 2.0 0 3.0 3.0-3ASEMENTFLOOR~~~~
~~~~ELEO C'-0" & 3'-6" s IIME: 15:15 u u ' m O ' (42.d' rp { 2,-1.;~~~~
~~~~2. , 2.~~~~
) '.'. N t , NetAirSam 100,opn/ninrun 2.
Aib Sanplle t ' FloorContanination! Contact tel Dose R!le: 2.0 nra#hr 100,opn/100eH2l 2. c 3 PersonnelContamination: (100,cpn- l
~~~~-- ,' 'd PerMinuteOccuPano9 5 0f! 12~~~~
~~~~( 2, s 20 2.0 [~ -~~~~
~~~~-t i / \ 2.0 t / 2.0 3~~~~
~~~~f O .........,0 > 0 }'00~~~~
~~~~, O t~~~~
~~~~(-2. ( 2, - -~~~~
~~~~..' ( )~~~~
~~~~(2. (2. / \'~~~~
~~~~, j,.........% \- ILEU 95'-3" RX,3LDG -~~~~
lw n n n
l
~~~~.flME: 15:15 .~~~~
JP l i i i lg,,l ~~ i I"' > h 100^ 100. HetAirSanPle! 190 c / in run Air Sanple Contact Doce Rate: 2,9 n$[hr floorContan-,naten; 100, opn/100cn2 PersonnelContannat:,on' 199.epn PerMinuteOccupancy ELEY, -19'-3" - UP I i Rx, Bldg. O '
~~~~""O O #~~~~
h t . l TIME : 15:15 1 1 Ldn_ fn- - - 60, 7 ; l NetAirSam AirSanpleContactDoseR$e: e: (199.10!n/minrus'~ ( 2.0 n ad/hr 5 ' (199,epn/190cn2 l Floor.Contanination! Personna Contanination: -( 199 cpn l ' PerMinuteOccupanc9
~~~~# ELEY. -6'-5" ~~~~~
ELEY -l'-6" Rx, Bldg.
I i TIME : 15:15 WetAirSample: 100,cpn/minrun : 2,9 nrauhr Air Sanple Contact Pose Ra';e: Floo?Contan nal- on: 199, cpm /1990n2 Personne Contan:nat.ont 100,opn . Perninitteoccupancy B.9UP L 8,9 s 15,
~~~~15. _~~~~
~~~~l HVELL - IIPDRIVE~~~~
}
ELEY 33'-6" RXBLDG __IIME: 15:15 . r o p a HetAirSample: (100,opn/ninrun. . AirSaMpleContactDoseRate: ( 2,9 usad/hr F - FloorContamination:-(100,-cpn/100cm2I : PersonnelContanination:
~~~~'(190,opn / 3 ecupgncy 3,9 a o~~~~
3.0 [ 2a- - ( 2,X ELEY,119'-3 -- - RX, BLDG, j lf 6 _. _ - _ . . - ___ ... a
FINE:15:30 SCENARIO N0 29 m H0 9 HA0TACILifV llllll (2.0 (2,9
'((2,9 2,9'\ ( (2,9 2.0 (2,9 llllll ( 2,9 2.- ,,
D a _. (2.9 a(2.0 a (2.0 (2,9- ! IHf ! t NET AIR SAMPLE!-( 199 epH / Minute Nn BLDC PERS I ! n nuI occupancy flME : 5l30 SCENARIO N0 29 E N0 9
.OSC FACILITY (.2,9 (2,9 (2.0 )(2,9 (2.0 (2.0 (2.0 (2,9 NERY . BLM ' ( 2.9 ENTRANCE (2.0 . / /
~~~~(2,0 (2.9 NET AIR SAMPLE! ( 190 epH /Ninute nn. FLOORCONTAMINATION 190cpn/199cn2 PERSONNEL : CONTAMIHATION: (( 100 cen/ninut~~~~
~~~~.,..,,.-e. ..--c- , . ., ..r_-.,.e..~~~~
~~~~i TIME: 15:30~~~~
~~~~- .c' D- j -~~~~
~~~~U {2. E'~~~~
~~~~=>c I $, c b in 0~~~~
~~~~r 2. l~~~~
~~~~~ '~~~~
~~~~r . ( 2. --~~~~
~~~~2. =~~~~
(2. ,(2. Up (2. . (2. HetAirSanylei(100opn L ,1( 2. ' FloorContamination: (100cpn/100en2 (2. Personnelcontamination: (100cpnperMinuteoccupancy. THIRDFLOOROFFICEBUILDING TIME: 15:30 J' Het Air Sanple: ( 19L cpnhinl run (2. l ( 2, 1 Air Sample Contact Dose Rate: ( 2.0 nead/hr 2. i Fe,JWrDNnB:! H!!: @?"2 tll!:lj . re,rMinuteOccupancyN { a g (2. 4
)n.,j.gg ll n n !! -i 11 10. EV, 23' 4" RX, B 2 , dll t ]
ll 10. UU UllU p 13,0 _ O g 12, j 2, 2b._ - i i 2.3 0.3 2.0__ , , , 2. 4 ,,
~~~~2. 4 2.~~~~
~~~~2, - j2-2-.~~~~
~~~~.a ,3~~~~
i IINE:15l30 CHEM LAB EAIA SCEHARIO N0 29 REY N0 0 i l I (2.0 (2.0 l (2.0 (2.0 ll((2.03 2.0'-
~~~~_ . _{2.0 2.8 '{2.0~~~~
~~~~. 2.8 :~~~~
(2.0 (2.0 (2.0 (2.0 (2.0 (Z.0 l ummmmmmmmm NET A R SAMPLE: 100en/Hinutenun REACTORBLDG - FLOOR 00HiliMlHAfl0H: 100cn/190cn2 FERSONNELCONIAMINATION: 100 e n/mnute occupancy 1 a r wg e-. .e._Y,.pp ,_ , _ , _ _ _
_11ME: 15:30 ROOT 3.0 4.0 - 3.0 I
~~~~,__ 2.0 3.0- -~~~~
~~~~4.0-3.0- 2.0~~~~
~~~~. 2.0 2.0 0 HetAirSaMle: (100,cpn/Minrun.~~~~
fn- AirSanpleContactDoseRte: ( 2.0 nrad/hn i il FloorContanination: (100,cpa/100cn2 2.0 fersonnelContamination: (100.cpn Ii
~~~~>l 2.0 J rerMinuteOccupancs v~~~~
~~~~2l0 O 3,0- - 4,0- - 3,0- 2'0~~~~
~~~~. (( 22,9 3.0 4. 0,__ 3.0 . ,_~~~~
~~~~Wln y ___ ~] ! . l Roor~~~~
~~~~= R00r -~~~~
4 Gh g c. d-OPERAflHG TLOOR ELEV. 46'-6" IINE: 15:30 u - u - i *~((22l O Het [ Air Sanple: (100. epa /Minrun 2.1 2.2 d_
~~~~" \ 2.1 t Air San le Contact Dose ate:~~~~
~~~~2.2-8.0 (2. Arad/hr ) 1-ll Bil' Floor Contanination: c~~~~
-0 ( 100. cpn/100cn2 ,i 2,1 PersonnelContanination: 2.2 (100,cpn /
~~~~5 0 Per Minute Occupancy / t~~~~
~~~~\ / -~~~~
~~~~2.1 2.2~~~~
~~~~) { !' O. . . . . . . . . . ,0 C !l2D D O t A. . ~~~~~
p f !l~ u/ ELEY. 51'-3" RX.ELDC Y n . . . . . . . . .% n n 7
1 TIME : 15:30 ; O' I ! HetAirSanplet ( 100 CPn/nin run
~~~~" Air,ianpleContactDeseRate! ( 2.0 undho l '~~~~
E- O % Floo?Contanjnation: (100,cpn/Itacn2 2,9 Personne, Contanination! ( 100, cPnPerMinuteOclclupanl t 2, 2.0 r-A- 1 (2. l
/~
~~~~X $ L{ l;~~~~
~
~~~~o or . .~~~~
~~~~.fll) e _a o_ hl, _~~~~
~~~~a u = = = 30, c. 1 0000000 m . . a us~~~~
~~~~- i ME22ANINEFLOOR -~~~~
ElR. 23'-6" a TIME: 15:30 g u u tr ig, tr 69,7 m 9 la, c== 60,m == 8.1- 20.
~ -D [] , c O I Bi2 .1 HetAirSanPe:
~~~~L, 3 .6'. " 4 AirStupleContactDeseRate: ( 2.0 nndAP (180iCPn/nhrunO'c~~~~
~~~~\ T1007 Contamination: (100,cpn/100cn2~~~~
_ PersonnelContaninationl (100,cPn l - 3,7.._ {_ _..{ erginuteaccupanc,y: 5.1 5,2: 3 p D 2,1 g 3,1-
- i .(2. 2.2- 3.2 (2' N 1 Q . . . . . . . . . Il LJ :!!I I J .. . L . !!l !! ~ ( 2, . - .,l - 's'-
l -(2. t' ELEV; 75'-3" RX. BLDC. 1% r,4, u :f 4, ' _ f r-c_ i _ r, _ _r t .
-TIMI : 15:30 l m I 40, 30. O n$;f-0
~~~~40. 30. 130.~~~~
~~~~( 2, E b r=9 nn nn nn 25, 5 '~~~~
~~~~- (2. l.~~~~
~~~~25. fr~~~~
( 2, ( 2. Het Air Sanplet (100,opn/nin.run (2. , ( 2. , kioSanpleContactDeseRate: ( 2.0 grad /hr " ( 2. I floor Contanination: (100.cpn/100c'n2 (2- PersonnelContanination: (100,cpn 1' E'l L-- 30. g 35.Per Minute Occupancy 4.f CTl 30, 35, w 4{ [ k~ O 130, Jf . . 130. u [q O O v
~~~~, j 3.0 - ,3.9 o~~~~
~~~~3.0 3.0- ,~~~~
~~~~~ ~~~~~
~~~~EASEMENTFLOOR ELEY, O'-0" & 3'-6" IIME _15:30 0 ' { lrF~~~~
~~~~-l i t ) .,.:~~~~
(2. (2. NetAirSanple: (100,opn/Minrun AihSanplleContactDoseRate: ( 2.0 nrad/hr I (2. FloorContanination: (100,epn/100cn2 c 3 Personnel Contanination: ( 100 cpn
~~~~'PerMinuteOccupanles 'd ,~~~~
~~~~5 0 f !l 1 20- - t ( 2, 2.1~~~~
~~~~/ \ 2.0~~~~
~~~~( l 2.1 70 1 (2: 0,.........,0 (2 0 7:1O O c~~~~
~~~~'. .' (2.~~~~
~~~~' 2. - - 'l / (2.~~~~
( 2. : u,e' N s' \ __ELEU.15' -3" RX. 3LDG P Iw n ......... % , n n
L
~~~~.I1ME: 15:30 lg',2 1 1 i , _ _~~~~
O/ 1007 100. HetAirSanPlel ( cPn/Minrun Air Sanple Contact Dose Rate: (4. nrauhr floorContanination: (100,opn/100cn2 / PersonnelContaMination: (100.cpn Per Minut Occupancy
/
__ . ELEY. -19'-3" -_ UP i i Rx Bldg. O En' 0 u? I 'O Q [/ -- 11MI: 15:30 L.dn_ gI _ 80, h ~ ~ Het Air Sample: ( 100, epn/nin ruii' AirSanpleContactDoseRate: ( 2.0 nrad/hr 5 ' FloorContanination: (100, cpm /100cM2 FersonnelContanination: ( 100 cpn PerMinuteOccupancy ELEY, -6'-5" ELEY, -l'-6" Rx. Bldg. 1
IlME: -15:30 HetAirSample: (100.-cpn/ninrun Air Sanple ',ontact Dose Rate: ( 2.0 nrad/hr Flon Contanination: ('100.cpn/100cn2-PersonnelCantanination: ( 100, opn - perninuteoccupancy , 8.1uP L 8.1-
\
~~~~15,~~~~
~~~~15. _~~~~
l MVWELL - IIPDRlYE ELEY 33'-6" RXBLDG _IlME: 15:30 o o g HetAirSample: <100,cyn/ninrun. . a-Air Suple Contact Dose Rate: -( 2.0 und/hr- H -- Floor Contanination:- ( 100, cpn/100cn21 Personnel Contanination: - ( 100, cPn /- cougney g . 3.0 : 3.1 -; (2f=- \ 3 ', - RX,BLDC.
~~~~-(2.X ELIV.119'-3" -~~~~
M _ 4
1 SCEHARIOH029REYN00 IIHE:15l45 MACfAtlLifY llllll (2,0 (2.0 < A0
~~~~'((2,0' 2.0 \ ( 2,b (2.0 llllll(2.9 (2,0 i i ,~~~~
i
~
3 0 .(2,9 a (2.9 (2.0 a (2.0 (2[9 10 (2.9 HAlHf HIIAIRSAMPil(100epu/Minuterun BLDG FLOORCONIAMINAll0N: ('100 cpn/100cn2 PERSONNEL 00HIAHINAfl0Hl .( 100..cen/ninute occupancs 1 fIHE:15:45 SCEHARIOH029REYN00 OSC FACILITY ( 2.9 s
' (2,9 '(2,9 (2,9 (2,0 (2.0 (2.0 E RX - BLM INIRANCE ' (( 2,02,B / /
~~~~(2.0 ( 2.0 HII AIR SAMPLI: ( 100 cpn / Minute run ILOORCONIAMlHAIION: (100cpn/100cn2 PERSOHHEL C0HIAHlHAtl4H' ( !.00 CPn/ninute occuPancs l~~~~
~~~~-IIME::15:45 1 o D.-. j (2. U (2' , e~~~~
~~~~U f'C - M 9 c= 2 e an~~~~
~~~~-~0 .g , ,~~~~
(2. r' (2. (2. - ( 2, m (2. IP(2,= (2. ,(2.j-up .( 2, ( 2, HetAirSanplei(100opn L ,I( 2, Floor Contamination ( 100 cpn/100 en2 (2. Personnel Contamination: (-.100 cpn per ninute e cup e '. THIRDFLOOROFFICEBUILDING - ! TIME: n:45 Het Air SanPle: ( 109, cPnMinl run
~~~~}' ( 2, a (2.~~~~
AirSampleContactDoseRate: (. 2.0 . nrad/hr- . (- 2,9 - Floor Contanination ( 100, opn/100cn2 ( 2.0 (ll2.l-PersonnelContaMination:-(100,epn_Jl ( 2.-
~~~~.PerMinuteOccupancyN 23,'-((2,0 2.0 2,3'~~~~
_ 4.2 25, 11. J 0 ' i 13.[ i: it ii n i 15. 17. EV, 23'-6" RX, BIA , ' t] o ii il il li^ IQ igO O c p 20, gij ( 2b- i i 6,7 6,7 ( 2.8_ , .8.6: f 8.6
~
~~~~( 2, -(2. (2. (2. . .~~~~
~~~~' TIME : 15l45 - CHEMLABDATA SCEHARION029REYN00 i~~~~
~~~~(2,0 (2,0 I (2.0 (2.0 (2.03 ' ( 2.0' (2.0 (2.0~~~~
~~~~- _12,0 . ( 2.0 (2.0 (2.0 (2.0 (2.0 (2.0 (2.0 l~~~~
L NETAIRSAMPLE: (100cpn/Minuterun REACIORBLDG FLOOR 00HIAMlHAT10Hl(100cpn/100cn2 PERSONNELCONIAMINATION: (100cpn/ninuteccoupancy
_IIME : 15:45 ROOF 3.0 4.0 - 3.0 1
- - 20' 3.0-4' 0-3'0- 2.0 .~N 2.0 2.0 0 HetAirSanple: (100.opn/Minrun E" AirSanpleContactDoseRate: ( 2.0 nra Fhr 1 i il floorContanination: (100, cpg /100cH2 2.0 Personnel Contaxination: (100.cpn .
~~~~iI il 2.0 PerMinuteOccupancs 2.0 v~~~~
~~~~,a 2.0 2.0 3,0- -~~~~
4,0- - 3,0- 2.0 ( 2, 3.0 4.0 _ 3.0 ( 2.7 __ wn _ __ , X -- - ROOT - ROOF - -
\ - 'N.f- . - ( 2.
i i u ,_ p OPERAflHG FLOOR ELEY, 46'-6" IIME: 15:45 u t ( 2, - u8ei/ss " O d_ a >i e: (100.cpH/Hinrun 5.1 7.0
~~~~" \ 5.1 7,0-C J Air Sanple Contact Dose ate: -~~~~
~~~~12. ( 2.0 nraFhe- )~~~~
1-1I 14, FloorContanination: c 0 (100,cpx/100cn2 l ,i 5,1 PersonnelContaxination:/ 7.0 (100,cpn 0 PerMinuteOccupancy/ t kN
~~~~3 /~~~~
~~~~_/ . Y~~~~
~
! 5.1 i 5'8 5'1 7'0 l 3 7? D. . . . . . . . . . ,0 C' 7.0 0 0 O c ( 2. l (2. - '/ N ' ELEU. 51'-3" RX. BLDG - r u n . . . . . . . . .% n n n
A .a. -+4- + , _ -+ - == El- 8 Am.6,. r--*
~~~~-ilME : - 15:45 i~~~~
U
~~~~" Het Air Sanple: (100,opn/nin(run- '~~~~
6
~~~~-( 2.0 nead/hr % Air Gaple Contact hse Rate: Floor Contanination:--( 100 c 2,0 '==~~~~
Personnel Conlan1 nation l~ ( 100 -l- CPnPerMinuteOcclupan 2.0 p y. 0 2_. (- 2. b /~ X 3 { j, - L
~~~~'(2.j 30.~~~~
~~~~o or. (2,- u~~~~
~~~~= - - = " = - =~~~~
~~~~30,i--~~~~
=
{
~~~~30. c .~~~~
~
~~~~0000000 .. .. .= f 2. I (2. ME22ANINEFLOOR ELEY 23'-6" TIME: 15:45 LT u O " 4~~~~
~~~~' '# 14' c==~~~~
~~~~63, m~~~~
~~~~14. 16, 65.m cm 22.~~~~
~~~~g 16, e _ 24.~~~~
-D a n .c . =
~~~~O u.~~~~
~~~~13. Het Air Sany e; ( 100, cpn/nin run O H '~~~~
~~~~J AirSupleContactDeseRate: ( 2.0 usad/hr c~~~~
~~~~5. 6' \ Yloor Contanination: (100.cpn/100cn2 .~~~~
~~~~Personnel Contamination - ( 100i CPM l-~~~~
~~~~~7,6..j.___.}.~~~~
etqinuteoccupanc,9 3: O ~ ' E {s 4,2
.C i 5,1-13, 4.3 5.2 ' T C 3 O.,'. . . . . . . . . Q LJ l} D , ,r i ! ll g
~~~~( 2, . -: ;-l :~~~~
~~~~-(2. ,e' 's, ELEY. 75'-3" RX. BLDC.~~~~
1" ,, - - - - - - % _ i r, ' . n _ m-
milHE : 15:45
~~~~= n lF 40, 00, 30, O I:I~~~~
~~~~40. 130.~~~~
~~~~( 2, Q " 00 00 00 25,l - (2. -~~~~
" 25. fr (2. (2 HetAirSanple: (100,opn/nin.run (2. , ( 2. ,. kirSaHpleContactDoseRate: ( 2.9 Mn d/hr "
(2. I floor Contamination: (100,cpn/100c'n2 (2- PersonnelContaninationl ( 100, cpn ]l ' l C I- UI 30,U( 30. 35.Per Minute Occupancy 4.9' 35, 4B g_
~~~~=r "I '~~~~
130 fi S U U 3.f 3.0 - o 3.0 3.0~ 3ASEMINITLOOR ele, O'-8" & 3'-6" IIME : 15:45 u u 2,9 u 2,9m O t 4.7 p 4.8 , q. 3 2,7 f t 4.6 , NetAirSample: ( 100, opn/nin run 2.9 ( 2.0 nra uhr 4,8 Air Sanplle Contact Dose Rate: (199.epn/199cn2l Floor Contanination: c 3 ' PersonnelContamination: ( 190 cpn 1
~~~~'l .. /PerMinuteOccupancs 3 0 f.! -~~~~
~~~~g o - t~~~~
/ 's 6,0 \ / 8.0 ) k!-D..........,0 0 O'O O c
~~~~(' 2, 4.9~~~~
". .1 6,0 lw (2. :,s,'
~~~~u, (._tla. 95'-3"n.[ac n . . . . . . . . .% -n n n q~~~~
~~~~--JIME : 15:45 V ' ilP p:n, ,~~~~
~~~~100^ 100. HetAirSanle: (100,cPn/ninrun AirSanpleContaotDoseR$te: ( 2.0 mrad /hr~~~~
~~~~\ l l floor Contaminationi ( 100, opn/100cn2 Personnel Contanination: ( 100, epn PerMinuteOccupancy ELEY, -19'-3" _~~~~
uP i i Rx, Bldg. O i da' I 'O L [ O ue u l i TIME: 15:45 j i j r un_ 84,
~~~~-NetAirSample: ( 100, opn/ Min rnii Air Sample Contact Dose Rate: ( 2.0 nrad/hr 5 '~~~~
Floco Contaxination' ( 100, cpa/100cH2. PersonnelContamination: (100,cpn PerMinute0ccupancs ELEY, -6'-5" ELEY, -l'-6" Rx, Bldg.
IIME - 15:45 NetAirSample: (100.cpn/ninrun AirSanpleContactDoseRatel ( 2.0 nra#hr floorContamination: ( 100. Opn/1000x2 Personnel Contanination; ( 100, opn per utnute occupancy i i I 9,5uP L 11. s 16,
~~~~18. ._~~~~
l
~~~~~~ ~~~~~
DRVWILL IIPDRIVE ELEY 33'-6" RXBLDG __IlME: 15:45 o o Q HetAirSanple: (100,opn/ninrun. . s-Air SaHple Contact Dose Rate' ( 2.0 nyad/hr r- - FlocrContanination: (100,cpn/100cn21 PersonnelContanination: ( 100 9Pn
~~~~/ g coupa,ncy 3.0 4,9 -~~~~
l _ 2' X \ ILEY 119'-3 RX BLDC.
fIME:16:00 SCENARIO N0 29 REY N0 0 HA0fACILifY lllllll , 2,0 (2,0 (2,9 < 3,5 '\ (( 2.0
~~~~' 3.5 ( 2.9 - llllll- (: 2.9 s~~~~
(2.0 d 2>0 , , a o . a .. (2.9 .(2,9-g a (2.0 (2.9 I -(2[9 21 0 , (2,0 :NAIHf-NET AIR SAMPLE'-( 190 epn / Minute run BLM FLOOR CONTAMINAfl0N: -( 100 cpn/100cn2 PERSONNEL CONTAMIHAT10Hl < 100 cen/ninute occupancs l , f. fIME:16:00 SCENARION029REYN00-OSC . . FACILIT't (2.0 (:2.0
~~~~.(2.9 -)(2.9 4.9 I.~~~~
~~~~l (2.0 - (2,0 4.0~~~~
~~~~- 1 l - NE RX -~~~~
~~~~Bl&G:~~~~
~~~~' (2.9 ENTRANCE~~~~
~~~~(2.0~~~~
~~~~/ /~~~~
(2.0 (2.0 L NET AIR SAMPLE -( 100 epn / Minute run L- FLOORCONTAMINAfl0N:(--100cpn/100cm2 PERS0HNEL 00HfAMIHATION: ( 100 cen/ninute occurancs r
IIME: 16:00 1 C O _ (2. U (2. , g b f - M
~~~~'l c: c an A .~~~~
~~~~( 2, r (2. (2. - ( 2, o~~~~
~~~~-~ . (2. lP(2 =~~~~
(2. ,(2. up- (2. ( 2, L ,I liet Air Sanple: ( 100 cpn 3. FloorContaMination: (100cpn/100en2 3. PersonnelContamination: (100cpnperMinuteoccupanc. THIRD FLOOR OFFICE BillLDING' ilME: 16:00 (2.0 Het Air Sanplel1,9iE43 cpnhinl run (2,9 Air Sample Contact Dose Rate: ( 2.0 nrauhr (2.0 lll Floor Contanination:1,29Et3 cyn/100cn2 ( 2,0 (2,B' PersonnelContaMination: ( 100, epnJ l ( 2.0-
~~~~. Per Minute Occupaneg g 3.5 7,2' 26, '- 3,5~~~~
~~~~14. 32.- 14. . J 20, t~~~~
~~~~_ ;; 9!! I~~~~
~~~~;! n I iI ' 22. !!,,28.~~~~
EY, 23'-6" M BLD , ' d!! c] ll !! U :! !! U int 22. O O i 14, g 29, ( 2b 1 ^17.
~~~~24. 24,~~~~
( 2 . 0__. , , , , 4.. (2.0 4, (2.0
TIME:16:00 CHEN LAB MIA SCENARIOH029REYN00 (2.0 (2,0 (2.0 (2.0 (2.01 ' (2.B' (2.0 (2.0 _12,0 , (2,0 (2.0 (2.0 (2.0 (2.0 (2.0 (2.0 mummmmmmmun NETAIRSAMPLE: ( 100 cpn / Minute run REACIORBLDG FLOOR 00HfAHiHAf10Hl(100cen/100cn2 PERSONNELCONIAMINATION:(100epn/Minuteoccupancy l l
~~~~- TIME : -16:00 ROOF 3.0 4.0 - 3.0 I~~~~
~~~~N-'# 2.0 3.0- 4.0-3.0- 2.0 -~~~~
~~~~.- N -~~~~
2,0 2,0 0 ! Het Air Sample: (100,opn/minrun diI d AirSanpleContactDoseRatel FloorCentanination: (100,epu/100cu ( 2,0 Mradi /hr 1,i 2.0 - Personnel Contamination: (100.cpn iI f 2.0 2.0 v - verMinuteOccupancs,_0 A - 3,0- - 4,0- - 3,0-2. 2,0 (2, 2.0 Ldn 3.0 4. 0,,,,,, 3.0 (2.2 _ -]l
= = Roor *R.h Roor . =
~~~~( 2. s . u--~~~~
~~~~c. .~~~~
OPERAIING FLOOR ELEY, 46'-6" IIME: 16:00 u u i 3,0 - Het anple; 12.- 1.9?D3 epH/nin~ run 19. d_
~~~~" \ 12. t Air Sanple Contact Dose ate' -~~~~
~~~~19.- -~~~~
~~~~20. -(2.0MPad/hr )~~~~
~~~~!- J l,_,,,~~~~
26, 1 FlcesContauination: 'c 0 1.29Et3cpn/100cn2 .! 12. PersonnelContanination: 19. t100,cpn PerMinuteOccupancy/ 3 0 / t 12. 16' 12' L 23 O..........,0 C- 19. 3 O 19' O c
~~~~,, m l ~ , , , l~~~~
~~~~4. / 's ! ELEU. 51'-3" n!:........,.h- ~-~~~~
~~~~RX EIJG' Y n~~~~
~~~~'n l l=====3 n~~~~
IIME: ~16:00-U' HetAirSample: ( 100, cyn/ninl]run 4 LJ0 Y Air Japle Contact Dose Rate: ( 2.0 pad /hr l 2 2,0 S'-' FloorContamination: ( 100, cpn/100cm PersonnelContanination:-(100,oPMPer Minute Oclclupa 2.0 p t2. (' 2. 1
~~~~/ ~~~~~
~~~~X q {j; 30. I(2.-(2,3 = { O oF . = 3 0 ,2~~~~
~~~~t. = = = 30, c.~~~~
~
~~~~0000000 s a m m =a [2. . (2. MEZ2ANINEFLOOR - -~~~~
- ELEY, 23'-6" - TIME : 16:00 u u tr 24, t.r 70, u m 0 9 21.- 30. = = 76.m cm 28.
O
~~~~27. -m 35, N-~~~~
--o a t =
~~~~O 1,.~~~~
~~~~26. Het Air Samp e' 1,97Et3 opn/nin runO J- AirSupleContactDoseRate! -( 2.0 n ad/hr L,195.g '~~~~
~~~~c -~~~~
~~~~\ floor Contamination:- 1.29Et3 cpn/100cm2 PersonnelContanination: -(100,oPn l 195.._l ...._ {~~~~
~~~~erminuteoccupaht,y 500. 5gg, C \,\ r p 5100, n - I c 2500i~~~~
.I?00. 5100. 2500.- ' N T O..........,Q" u ll L"' t
~~~~N. . f: L _. !!~~~~
~~~~400, . .~~~~
~~~~~,-; ;~~~~
~~~~- .Il .~~~~
~~~~400. ELEY. 75'-3" RX. BLDC. Iw n 'v'...'.o,g-u... .. j n n~~~~
~~~~-TIME : 16:00 _~~~~
mn 48, 38, 30, O 3:030 , 40, 130. : ( 2, Q - 00 00 00 25, A ' fir-
~~~~- ( 2. -~~~~
~~~~25. :~~~~
( 2, (2 HetAirSamplet (100,opn/Minrun (2. , ( 2. ,. kie Sauple Contact Dose Rate! -( 2.0 urauhr" (2. I Floor Contaminatich: ( 100, cpn/100c'n2 (2- PersonnelContaninationl (100,cPn C _. J t-- Ut 30. U(, 35.Per Jinute Occupancy 4.l0-30, 35, j ,04 La O 130, JI
~~~~' . 130, u~~~~
~~~~lq O O v 3.0 _~~~~
~~~~,3.0_ o 3.0 3.0 EASIMENTFLOOR >'~~~~
~~~~ELEY, 0'-0" & 3'-6" IIME: 16:00 u u ' 64 ' 8'5~ ' O 13. rF 15- i 98-~~~~
)
~~~~t 7,4 , , ' 14.- .~~~~
~~~~-- Het Air Sample: 1.9193 cpn/nin run 8.3 (2.0nrad/hr 15, Air Sanplle Contact Dose RatetFloorContanination:1.2 e~~~~
~~~~c 3 PersonnelContanination:-(100,cpn I i~~~~
'j PerMinuteOccuPancy l 3 0NL Tl0 5100, - - -t 1700. 51 ~% \ 1700,-
1 1700.. 690' 1'6E4 1 690. C. - ----- O O l.6E4 O O C l N. .':'
~~~~-1400,-~~~~
~~~~170, . -~~~~
~~~~'.-l : / - 1400, 170. :/ N s' \_ ILEU 95'-3 -~~~~
~~~~RX.P 3LDC lw n ......... % u n n -n.~~~~
~~~~.'llHE : 16:00 35.:~~~~
I I V - up I 41, 7 ._, _ Q 110^ 110. AirSanple-ContactDoseR$te:Het (2.0nad/hr Air San lel li9?E+3 o!n/nin run
~~~~\ Floor Contanination: 1,29D3 opn/100cn2 PersonnelContanination: (100,epu \A ferMinuteOccupancy ELEY, -19'-3" -~~~~
~~~~3p i i Rx, Bldg. O da' I 'O h T'1 [ O ue IlME: 16:00~~~~
~~~~,dn I k- U-~~~~
~~~~l. l$: i~~~~~
~
! HetAirSaNple: 1.37D3opn/ninruii l Air Sanple Contact hse Rate; (2.0nrad/hr5' L Floor Contasinationl'1.29D3 epn/100cn2 L Personnel Contanination: (-100,cpn L PerMinuteOccuPanc9 ELEY, -6'-5 ELEY, -l'-6" Rx. Bldg.
~
l
IIME - 16:00 Het Ain SaMP1e: 1.9?Et3 cpn/ Min run-Air Sanple Contact hse Rate: (2.0nra#hr-Floor Contaninatlon: 1~.29D3 opn/1990n2-Personnel Contamination: -( 100, opn perninuteoccupacg 13.up L
~~~~19. -~~~~
~
~~~~l' 20. 26, _ ! I BELL ,,~~~~
~~~~'IIPDRIVE \~~~~
ELEY 33'-6" RX BLM _IIME: 16:00 o _a i g G liet Air San 1e; 1,97Et3 cyn/nin m . AirSanpleContactDeseR; ate: -( 2.9 und/hr - F - FloorContamination:1.29Et3cpn/190cn2I '. PersonnelContanination!-(100,cra
~~~~/ 3-coupgncy 5.0 - .~~~~
~~~~12 - ! b.hac 2 .~~~~
~~~~(- 2.8X ELEY.119'-3" - :RX.ELDC.~~~~
~~~~~p li .~~~~
~~~~~. - . -~~~~
m iIME : 16:15- SCENARION029REVN09 HA? N0!!:!!Y llllll ! 7,9' -(2.0 (2,9
~~~~' 7,9 \ ( (2.0 2,9 (2,9 - jllIjj ( 2,9 1 '(2,9 d 2>9 ,~~~~
O O . - . a _. (2,9 .(2,9 a (2.0 (2.0 (2[9 10 (2,0 HAlHT NET AIR SAMPLE! ( 199 epn /dinute run BLDG FLOORCONTAMINATION: ( 100 cpn/100cn2 - PERSONNEL 00HfAMlHAT10Nl(100cPn/ninuteoccuPancy flME=16l15 SCENARIO N0 29 EY N0 9
~~~~-0SC FACILITY (2,9 12,9 -~~~~
~~~~(2,0: -)(2,9 7,5 (2.0 (2.0 7,5 _ / iNERX BLD0: 2,8 -ENIRANCE~~~~
~~~~' ( 2,0- -( / /-~~~~
(2,0 (2,9 NETAIR' SAMPLE!(100epH/Minuterun FLOORCONTAMIN';il0N: L(100cpn/199cn2 PERSONNEL 00HfAHlHAf10H: ( 100 cen/ninute occuPAncS q
IIME: 16:15 3 --.E' O _a (2. O (2. , g , g D f M d c= > c dn
~~~~-3 .~~~~
_ ( 2, r (2. (2. - (2. IP(2, = (2. o . (2. ,(2. up (2. (2. L ,1 HetAirSanplet(100opn 8. FloorContaxination: (100epH/100en2 8. Personnel Contamination: ( 100 cpn per Minute occupancy'. THIRD FLOOR OFFICE BillLDING IlME: 16:15 .
'l (2.0 Het Air Sanple:5,0'iE13 cen/nin run (2.0 Air Sample Contact Dose Rate:3.35D9 MPad/hr (2.0 il FloorContanination:3,20Et3opn/100cn2(2.0 ( 2,0l~
~~~~PersonnelContanination: ( 190, cpH.J l (2.0-~~~~
- - - 7, PepMinuteOccupancyN 16,' 38, . ?,
~~~~30, 53, 27. _ -O . ii !~~~~
~~~~\1 ii !!~~~~
~~~~42'~~~~
~~~~-i !! '! 41.- EY, 23'-6" RX,BIJ, S!!~~~~
j j !-i_ t] U ,!!,56, !! U J ' IO 38 53, 29, (# ' a,,
~~~~$._ i ,~~~~
f44- 31. OI. 46, 46, 9 . __ , , . y , 7,5 (2.9 7,5 (2,0-m
i i1ME:16:15 CHENLABDATA. SCEHARIO N0 29 REV N0 0 (2.0 (2.0-(2.0 (2.0 ( 2,01 (2,0' (2.0 ( 2.0 (2.0 , ( 2.i; j (2.0 (2.0 (2.0 (2.0 (2.0 (2.0 1 NETAIRSAMPLE: (100cpn/Minuterun REACIORBLDG l FLOOR 00HIAMlHAfl0H: ( 100 cen/100cn2 FIRSONNELCONIAMINATION: (100cpn/ninuteoccupancy l w,a w -- - - , ,- , -m , e- a-- , --'-l-"
~~~~. ~ . __ _ _ _ ._ _ . _.~~~~
~~~~_.IIME: 16:15 ROOF 3.9 4.0 - 3.9 I~~~~
~~~~' g-# 2.0 3.0- -~~~~
~~~~4.0- 3.0- 2.0-N 0l~~~~
~~~~.- 2.0 -~~~~
2.0 HetAirSample: (100,opn/minrun fn- Air Sanple Contact Dose Ratei ( 2.0 nrad/hr 1 i il _. FloorContanination: (100,epn/100cn2 2.9 iF Personnel Contamination:. ( 100. cpn
~~~~.9rMinuteOccupancs y 2.9 y -~~~~
~~~~2.0 A 2.9 2.0 3.0- -~~~~
~~~~4. 0-3,0- 2.0 3.8 4.9_ 3.9 ((2.2,2 Wn 3- _~~~~
y __ _ .i i 4 o goop goop _ __ O.J-0PERATING FLOOR ELEY, 46'-6" p (' (2 t IIMI: 16:15
~~~~. u -~~~~
~~~~u i 8,- - 2' O d_ 8eiGneie: 5.9?E+3epu/ninrun 24. 39.~~~~
~~~~\- 24,- t ' " Air Sanple Contact Dose ate l -~~~~
~~~~39.-~~~~
~~~~- 34, 3.35E+0nead/hr _ { '- ,_Jl 49.~~~~
~~~~I FloorContanination!- c 0 3.20E+3cpn/18ecn2~~~~
~~~~) ,i 24; PersonnelContamination:. 39.~~~~
I100,opn 5 0 PerMinuteOccupancy/ a t c . V '
~
~~~~3 24. 34' 24 3~~~~
~~~~- 49 O..........,,0 C 39R O 39' O .c~~~~
. ~. - .. .- 9, . . A 's 'wELEY. 51'-3 9, RXBLDCN lw ,p ......... n g n
t iIME : 16:15 U' HetAirSanple: (100,cpn/ninrun lI 9 E D b' Air Jaxple Contact Dose FloorContamination: ( 2.0 nsad/hrRate: l2 (100,cpn/100cm
~~~~2.0 PersonnelContanination~~~~
~~~~2.0 g ( 100, opnPerMinuteOclclupancy i2. (2.~~~~
/
~~~~X q {j;~~~~
~~~~-(2. 3 0.~~~~
~~~~N-D Of - - ( 2.3 = - - = 30i> - u = = = 30, c.~~~~
~
~~~~0000000 o o a o = =. [ 2. (2.~~~~
~~~~.G22ANINEFLOOR - -~~~~
~~~~ELEY, 23'-6" i ilHE: 16:1'i~~~~
' ' 'T ' n O 4 35, 40 55', c=
81' 96.m em 38. 38' 38' O _ _- t:\ a e 32. l 47. HetAirSanye:5,07Et3opn/minrun ! t, J Air Saxple Contact Dose Rate: 3.35D0 nsad/hr c 210.' \ Tiour Contamination: 3.20Et3 cpn/100cm2 PersonnelContaninationl-(100,opn 1 210..._7 y orminuteoccupancy 290. 2 ' " 290, s O g - I t {s 5800, 2900, 1900. 5800. 2900.
]
~~~~O, . . . . . . . . . ,(("""'"""""Tf""""""?, [' n c~~~~
~~~~N. .- ': L .l! !!~~~~
~~~~190.- -~~~~
~~~~-l.- , ,e' 's s ILEY 75'-3" . RX. BLDC.~~~~
l,190. l l m.c . . . . . . . . .y p m m
P
~~~~--IlME : 16:15 __~~~~
~~~~l o nl 3.0 40, 30. O 3,0 40, 30. 130. ( 2. L- b~~~~
~-
~~~~nn nn nn 25, A '~~~~
~~~~- (2. - 25. fr~~~~
( 2, ( 2. Het Air Sample (100,opn/nin.-run (2. , ( 2 . ,. kirSupleContactDoseRate! ( 2.0 nra#he " (2. I Floor Containation: (100,cpn/100c'n2 ( 2.- PersonnelContaninationl ( 100, cPn l' C 1 l-- [Tl 30. g 35.Per jinute Occupancy 4 J 30, 35, 4,B
~~~~=c -I . .~~~~
130. 0 O v A o 3.0 -- 3.9 3.0 . 3.0-3ASIMENTFLOOR ELEY, O'-0" & 3'-6" IlME: 16:15 o it ' , !!l ' q 15, jf x 88; L AlbSanplleCon t ; i sft!i3l n Floor Containation: 3.20D3 epn/100cn2-rT 2l
~~~~-c 3~~~~
~~~~Personnel Containation: ( 100 cpn PerMinute-Occupanlcs~~~~
~~~~.' '1.~~~~
~~~~t O , 790 _,, 5f00 - - Lt L 1900, 5800.~~~~
~~~~/ 1900.~~~~
( '11900 . 790' 1'8E4 r 790, O..........D D lgE4 O O t 200,- - f.. .. . ..
~~~~/ .)~~~~
_1600. 1600, M 200. %,' \- ILEY. 95'-3" RX.3LDC
~~~~. , L" r-# , - - - - - h n n r,~~~~
~~~~. TIME: 16:15 up 48 :' I .~~~~
I 55, l _ _ 110^ Het Air San le: 5,07E+3 e AirSampleContactDoseR!te:3.3590n!n/ninrun ad/hr floor Contaninationi 3.20Et3 cpn/100cn2 PersonnelContamination! (100,epn PerMinuteOccupancy
~
ELEV, -19'-3" _ dP I i Rx, Bldg. O dn' I 'O /~1. / O ue TIME: 16:15 gn I L.dn _
~~~~115.~~~~
l Net Air Sample: 5,97D3 opn/nin ruii Air Sanple Contact Dose Rate' 3,35EtB nrad/hr 5 ' Floor Contamination: 3.20D3 epn/190cn2: Personnel Contanination: (199,cpn Per.MinuteOccupancs 7 ELEY, -6'-5" ELEY, -l'-6 Rx, Bldg. L , i-
-IlME - 16:15 Net Air Sample: 5 97Et3 cpn/ Min run-Air San;'s Contact Dose Rate: Si35E49 nra#hr-floor Contamination: 3.20D3 cPn/1990M2 Personnel Contanination: -( 109 oPM perutnuteeeeupancy i i i 18 uP 1 33.
~~~~25.~~~~
~~~~40. >~~~~
~~~~l DMWELL - IIPDRIVE~~~~
)
~~~~ELEV 33'-6" RXBLDG~~~~
~~~~.__IlHE: 16:15 o o -Q s ~~~~~
HetAirSanPle: 5.07Et3 oPn/nin run m - Air SaHPle Contact Dose Rate: 3.35D0 nead/hr l- - FloorContamination:3.20D3cPn/100cn2I Personnel Contaninatient ( 199i upgncy oPnperMinuteocc/ g-10. 25,
~~~~, ] _~~~~
~~~~2. X x ELEU.119'.-3" - RX.ELDC. .~~~~
~~~~IIHE:16l30 SCENARION029REYN00 HA0TACILITY llllll~~~~
~~~~' 10,' 2,5 (2,0 (2.0~~~~
~~~~10. \ 2.5 (2.0 llllll ( 2.0 (2.0~~~~
.f2,0 I I I a _. (2.0 ?(2.0 a (2.0 (2.0 (2IB ' >TO (2,0 'HAlHI NETAIRSAMPLEl-(100eps/Minuterun BLDG FLOORCONIAMINATION: (100cpn/100cm2 PERSONNEL 00HIAHlHAf10Hl ( 100 cen/ninute occupancs fIHE:16l30 SCEHARIO N0 29 REY N0 0 OSC FACILITY (2.0 (2.0 (2.0 )3.0 12.
(2,0 3.0 12, 1 NERX BLDG _ 2.3 f.NIRANCE (( 2.0 L - < (2,0 (2.0 ND AIR SAMPLD ( 100 epH / Minute run FLOORCONTAMINATION:-(100cpn/100cm2 PERS0HHEL 00HfAMIHAT10H: ( 100 cerhinute occupancs
i IIME: 16:30 ; 3 -.c 3 j
~~~~2. 0 2.~~~~
,g < $, e A c= > c dn =0 ,
{2. ! r (2. s 2. t2. IP(2. ( 2. - v( 2. o . (2. up (2. 2. Het Air San > lei ( 100 opn L,l(9.0 Floor Contauinat::en! ( 100 epn/100 en2 ' 9.0 PersonnelContamination: (100cpnperminuteoccupancy;. THIRD FLOOR OFFICE BillLDlHC IlHE : 16:30 ib= (2.pl Air Sample Contact HetAirSanplel9 51D9nead/he Dose1 Rate:6,75D3 24 ( 2.s . l cynhinl ne Floor Contaninat.on:6 39Et3 opn/100cn2 ( .10 2l, . PersonnelContaninaton: I 100, ~epn_J l 2.5'
~~~~- - ' 10, 23 '?er Minute Occupancy 52.~~~~
g 10, 49, 76 I + 0 g l 42.67 l illl ) il il
~~~~-i !! 63, i EY. 23'-6" RX,BLD, dII c]~~~~
ll 88. ll U !! !!U Q 3, 0 0
.b J e 7 j l7. n 12.- :. . 4 47.
~~~~72, 12 ._ , , , 72. ,~~~~
~~~~12. (2.9~~~~
~~~~,, - , 12. (2,0:~~~~
l l . IINE:16:30 CHEN LAB MTA SCENARION029REYN00 l (2,0 (2.0 (2,0 (2.0 l (2:03 ( 2 0' (2.0 (2,0 (2.0 (2,0 1 (2.9 (2.0 (2.0 (2.0 (2.0 ( 2.0 mummmmmmum HETAIRSAMPLE: 100 e n /Hinute n n REACIORBLDG FLOORC0HIAHlHAIl0H 100en/100cn2 PERSONNELCONIAMINAll0bl 100 e n/ Minute occupancy l \ 1
~~~~- - . - - - - - . . .------:-,n.., .n- .,,n--n. n., .:, c,--- ,,.._-n.~,,, ,,,,e.,,--,w,.--,,-.,-.--,---_--, ----.-,.,.,r~~~~
i 11ME: 16:30 , 1 ROOT _
- 3.0 4.0 - 3.0 I .' 3,0- 4,0- 3,0- ._ _# 2.0 2.0 -
0
. 2.0 2,9 NetAirSample: (100,o diI AirSanpleContactDoseEre: ( 2.0 r.pn/ Min run rad /hr1i il !
_. floorContaufnation: (190.epn/190en2 2,9 __ PersonnelContamination: (100.cpn _ iI T--- 2,9
~~~~-ferMinuteOc0MPan09 2.9 2.0 hf 3,0- -~~~~
4,0- - 3,0-2,9 2.0 l 3.8 4. 9_. 3,a { 2.2,2 Wn- _ X -- 4 ROOT ROOT
~~~~- - : Td,f-( *L OPERAflHG TLOOR ELEY, 46'-6" p {~~~~
TIME: 16:30 ' u i 9,9 -
~~~~/ ---~ 9.9 O _~~~~
HetAirSamplei [ 9.75D3 epn/Nin run s 37, 62, i J " ~ - Air SanPle Contact Dose ale l 62i 6,51D9nead/hr \. " 49.[ 74.
~~~~- ,__ L ,~~~~
~~~~1 FloorContanination: c~~~~
~~~~-0 A 6.39D3 cpn/100cm2 ) ,1 37.~~~~
PersonnelContamination:/ 62. (100,opn / - t U. P ney / t
# ' 37, 3 C..........,C C- N'3 , 0 62' O c is s, , ,i' 14 .
~~~~_- a j~~~~
-14l '- e' RX, BLM Y ]W n! ,. . . . .. ..N 4 .M . ' ILEY , 51' n- -3"- n n j
~~~~i l~~~~
~~~~!!HE : 16:30 i i~~~~
U' HetAirSanple: ( 100, opnMn lI I run ! 6 oir JaHple Contact Dose Rate! ( 2.0 Hrad/hr l E lD g- floopContanl nation: (100,cpn/100cn2 2,0 Personnel Contaninationl 2.0 c_ _ - (102,cynPerMinuteOclclupancy
~~~~\2.~~~~
~~~~(2. 1 l /~~~~
~~~~.X 3~~~~
~~~~{j;~~~~
,(
b-' 30. D Dr 2.] =-* { ( 2- a- 30,i-u = = = 30, c. 0000000 = = = = == [ 2. ( 2, ME22ANINEFLOOR ELEY, 23'-6" TIME: 16:30 0 u u t.1- 58, er 94, u m48, 4
~~~~52. 82. - - 120.= cm -~~~~
76 73 t:l ta c O v. 71, Het Air Sany e: 1,75Et3 opnMn runo
=
L, J AirSanpleContactDoseRate!6.51D0Hrad/h8 c 220.' \ T100p Contaninatjon: 6.39D3 cpn/100cn2 PersonnelContaninationl (100,cyn 240,..} ___..{ \ 9Pqinuteoccupancl9 , 310. 33g, s g O g - i t 6200, 3100, 2000, 6220, 3120, 020, 3 g ,,, ,,,,,g7 g !l g, m , 200,- - I . j! !! l ,e'
~~~~'s s ELEY 75'-3" RX. ELDC.~~~~
I,200 1 n.<.........wl n ,_, n
-IlHE : 16:30 __ 9U 49, 40. 30. 30. O 130. 3:030 (2 O ~=~ O I~'I 25, '"
~~~~- (2. -~~~~
25 fr (2. ( 2. HetAirSanplet (100,opn/nin.run (2. , ( 2. ,. kirSanpleContactDoseRate! ( 2.0 nrad/hr' " (2. I floon Contanination: ( 100, cpn/100cn2 ( 2,~ PersonnelContanination: ( 100, cpn JI' [- 9 L-"- Q1 30. (,,,A, 35.PerJinute Occupancy 4# 30, 35, 4,0
~~~~> c-- wL- "I ' .~~~~
~~~~130. q v u ; O O A 3.0 _~~~~
,3.0_ o 3.0 3.0 , 'i MSEMEK: FLOOR ELD, O' -0" & 3'-6" iIME : 16l30-O'!!: "
~~~~g !!: ' , gi' 52,~~~~
)
~~~~24, [e t~~~~
~~~~49. - Net Air Sample: 9.75D3 cpn/ min run 28.~~~~
~~~~52. Air~~~~
~~~~/ ' - Sanplle Contact Dose Ratei 6,51EfB nrauhrFloor c C~~~~
~~~~3 PersonnelContanination: (100,cpn Per Minute Occupanlcy~~~~
'l 3 0 f!!!' . 710 y do) .- - t 2120, 6220. /~
N 2100. ( / 2120, 850' 1'9E4 3 870 O..........,0 0 l.9E4 0 0 t
~~~~'N. ./' 1700.~~~~
~~~~l 200,- -~~~~
~~~~~l / 1720, p~~~~
~~~~200.- u,' 's : n . . . . . . . . .%~~~~
~~~~\-. ELW. 95'-3" n~~~~
~~~~RX.3LDC n n~~~~
.IINE: 16:30 .up. 'I I j , k,2 _ _
Q 120' , 150. t Het Air San ' .75D3 Air Sample Contact Dose Rb .5 D9 n!n/ aOhrin run floorcontan .nat. nat:.on! on 3 l ;1D3 cyn/100cn2 . Personnel Contan .99,epn PerMinuteOccupancy t ELEY, -19'-3" - - UP i i Rx. Bldg. O - dn, O ur
~~'O f I ,~~
~~~~IlME : 16:30~~~~
~~~~" "~~~~~
l :.40, T , Air Sanple con act $s!It$t!! b5fEN6 n Floor Contamination: 6.39D3 epn/100cn2 PersonnelContaMination: (100,cpn PerMinuteOccupanc9 l ELEY, -6'-5" ELEY, -l'-6" Rx. Bldg.
~~~~. . , , , . , , , _ , , - . _ . , _ , . . . . _ _ . , , , . . - , . , , . ~ . . _ . - . , ,~~~~
~~~~TIME 2 If,:30 NetAirSample: ; Air Sanple Contact Dose RateMrad W5L,E49 l 1,7'iEt3~~~~
~~~~/1r cPn/ min N FloopContan .nat.on:6393cpn/180cn2 -~~~~
~~~~PersonnelContan,nal:,onilA.opn , perminuteoccupancy -~~~~
~~~~' ' ' 25 up L 49, 's -~~~~
~~~~327~~~~~
~~~~56. _~~~~
I EVWELL - - ilPDRlYE ILIV 33'4" RX BLM , _ TIME: 16:30 o o g Het Air Sample: 9.75Et3 cenMn an , a-Air Suple Contact Dose Rate! 6,51D9 nnd/hr F - Floor Contamination: 6 39Ef3 cpn/190cn2I - Personnel Contaninationi per n l 190 / g g
~~~~cupa,ncy v ~~~~~
16, 41. l _ b,h, . (2.9X ELEY,119'-3" RX, BLDG, ll- ll '
( f flME:16:45 SCENARION029REYN09 MACTACILl!Y llllll ! t s 15,' 4.0 (2,0 - (2,0
~~~~15. \ 4.0 (2.9 llllll ( 2.9~~~~
.. l c .. (2.0 S(2.0 a (2.0 (2.0 2IB 10
((2.0 NAINT NET AIR SAMPLE! ( 190 epH /Ninute run BLDG TLOOR C0 AN 1AT'ON 100cpn/199cm2 PERS0HHEL i 00(AM, iAT, ON: l( ( 100 cen/ninute occupancs IIME:16:45 SCENARION029REYN00 OSC TACILITY (2.0 (2,9 (2.9 )4.9 4,0 15. 15, ( 2.0 -
~
~~~~l HERX BLPG~~~~
' (2.9 INTRANCE (2.0 t i L (2,9 (2.9 NET A!R SAMPLE! ( 100 epu /Ninute run TLOORCOLMINATION: (100cpn/190cn2 PERSONNEL 00ifAMIHAT10H:.( 190 cpn/ninute ocourancs
l f TIME:16l45 CHEM LAB MTA SCENARIO N0 29 RW N0 0 ! ( 2.0 (2.0 , (2.0 (2.0 (2.03 ' , (2.0' (2.0 ( 2.0
~~~~- ( 0~~~~
_ _,2. , ( 2.0 (2.0 (2.0 (2.0 (2.0 (2.0 (2.0 ummmmmmmmm NETAIRSAMPLE: 100cpn/Minuterun REACIOR BLM FLOOR 00HIAHlHAI;OHl 100 cPn/100cn2 PERSONNEL CONIAMINAILON: 100cpn/Minuteoccupancy 1 l I
~~~~~ . - - - . , - - . . . - - ,- -.~~~~
~~~~IINE : 16:45 m,- c e= a--- g -~~~~
~~~~2. U~~~~
~~~~{2. c_, b 0 c= 2 c La dn 2~~~~
~~~~} r ,.n.~~~~
(2. f !' - ( 2, (2. P(2.= (2. ,(2. up (2. (2-L-J HetAirSanple:(100opn 12. Floor Contaufnation! ( 100 epn/100 en2 12. PersonnelContamination:(100cpnperMinuteoccupancy. THIRDFLOOROFFICEBUILDING TIME : 16:45 % 'l (t' AirSanplecon i s! E!b f.' f$ floorContaminatjonil.01Et4opn/100cn2k2.0 2,0 k' PersonnelContanination: ( 100, epH_I I 4. 0-
- - - 15, PerMinuteOccupancyN 36,' 69, 15, -72. 60. J O 100 I 9_6,.
~~~~[ ll ii !!ll~~~~
~~~~-l ll 'll80.EY, 23'-6" RX,Bla, d !! -~~~~
c] 120. ll u !! !.IlI U. 1 0 75.0 0 110, 66, C/ 100. i i 64. 64. Ib 18_ _ ,. , 100. , 100,
~~~~15. (2..~~~~
15,- ( 2,
l _ TIME : 16:45 ROOF
~~~~- 3,0 - 4,0- 3.0 I~~~~
C
~~~~." ~/%.~~~~
2.0 2.0 3,0- - 4,0- - 3,0- 2.0 2.0 0 Het Air Sample: ( 100, opn/nin run [n- Air Sanple Contact h se Rate: ( 2.0 nra#hn i il floorContanination: (100,epn/100cn2 2.0
"_" PersonnelContanination: ( 100 cpn iI 'I 2.0 Per Minute Occupancy 2.0 v -
2.0 A 3,0- 4,0- 3,0- 2,0 ( 2,9 2.0 , l 3.0 4. 0,_,,, 3.0 ( 2 , ,_., Wn-y _], - 80er
~~~~= noor c~~~~
~~~~T2.h j~~~~
, .. < 2, 'L_ ] c. g .u-OPERAIING rLOOR ELEY, 46'-6" IIME: 16:45 u i - / ~ \u 12 12 O d_ HetAirSanple; 1,50D4cpn/Hinrun \ 53, 89. ' " \ 53, 89,-
t Air Sanple Contact hse ate l - 68, 1,0091nead/hr ir il 108. Floor Contanination! c
~~~~-0 1,01D4 cpn/100cn2 ) ,i 53.~~~~
PeMonnel Contanination:/ 89, (100,opn 5 0 PerMinuteOccupancy/ s t
~~~~\ _/ -~~~~
~~~~A ' 53, 3 1 ', Q '.........,0 C $',3 .O O' O c~~~~
s, , *:

18. - -
~~~~'.-l w u'~~~~
~~~~18,~~~~
~~~~'s ' ELEV 51'-3" RX, BLDG - l p n . . . . . . . . .% n n 7~~~~
~~~~11ME: 16:45 lI~~~~
~
U' HetAirSanple (100,opn/ninrun AirJaHpleContactDoseRite! ( 2.0 Hrad/hr I Tloorcontanination: (100,cpn/100cn2 2.0 (% - Personnel Contaninationl I 2.0 r p-(100,cpnPerMinuteOclcupancy i2. ( 2. l L_ /l' X q j[ 30. D or - '(2.)-(2. u
~~~~= - - = ' =- =~~~~
~~~~30,i~~~~
=
{
~~~~' 30, c. ~~~~~
~~~~0000000 a o =~~~~
~~~~= uo ME22ANINEFLOOR ELEY, 23'-6" -~~~~
TIME: 16:45 u u LJ- 79, tr 110, u a O 9 '1. 120, c== 140 = cm 61. S-D -
=
t O 63. 100. Het Air Sany e: 1,50Et4 cyn/nin runo t_, .J ' Air SaHple Contact Dose Rate! 1.00D1 MPad/he c 230.' \ Tloor Contanination: 1.01D4 cpn/100cM2 PersonnelContanination: {100,cpn l 270,,__[__..[ rginuteoccupanc,9 310. 345,
~~~~' t s O c a~~~~
~~~~{s 6300, 3100, 2035, 6335, 3135, 3 2035,~~~~
~~~~,mmm mm g--. g n _ g~~~~
~~~~s L !! j 200,. -~~~~
200.- '/ N' n u. . . . . . . . .g ELEY. 75'-3" RX BLDG. r n n n
--IlNE : 16:45-
~~~~= 01 (a,~~~~
~~~~(0, 30. 30, O 130, 3:8 3 ; l30' t (2,[~D 1 O O 25~~~~
~~~~- (2. .~~~~
25 fr ( 2, ( 2. HetAirSanpl ei ( 100, opn/nin.run (2. , ( 2. ,. kirSaNpleContactDeseRate: ( 2,9 nrad/hr' " , { 2, IfloopContainaon: {199,cpn/190cn2 C' 1 CR 3N hh,M!te0 pa$(4.0 ,
~~~~30. -35, t~~~~
,m_ wL_ =O h, , "I 139, r -
~~~~q ' a' a v~~~~
~~~~3. ~~~~~
~~~~~3,9 o 3,9 3,9-3ASEMENTTLOOR .~~~~
ElB, B'-0" & 3'-6" TIME: 16:45 u u ' " m39, O 27', 63 p 48 77 l \ 34, ',. . 71, ., Net Air Sa le,1,51D4 opn/nin run 39. 76,
~~~~- ! Air Sanplle Contact Dose R tei 1,00Etl nrauhrFloor c~~~~
~~~~Co 3 Personn6lContaination: -(19$.cpn~~~~
~~~~.I J 'l ( PerMinuteOccupancs ,~~~~
~~~~5 0 f!!!' 11 _ , doo - - t 2135, 6335,~~~~
~~~~\2199.~~~~
~~~~( -~~~~
/ 2135, i l!!' , Q ......... D . ./'-:-
~~~~D $'E!O~~~~
~~~~, O 1898, c~~~~
~~~~l 220. . -~~~~
'.-. ' :( 1935, 229, JLEY, 95'-3" -RX,3LDC '
pa ,+ /' ......'.s, .. w' \ . --. . . . - . ..
JIME : 16:45 -
. :, j OT ( 5 .up I 'l _ _
~~~~h 1307 170. Het Air San le: 1,50E44 c AirSampljContactDoseR$te:100E+1 ad/hr min /M Perso!![n!!x!!!!! ! PerMinut!HOccupancy f~~~~
~
ELEY, -19';3" - i i Rx Bldg. dn, I ,0 O av IlME : 16:45 L.dn _ gI T 160, ; Net Air Sam le: 1.50E44 epn/n n ruii' Air Sanple Contact Dose R tet 1,00Etl nrad/hr 5
~~~~FloorContaninaten:1.01E44 epa /100cH2-Personnel Contamination: (100,cpn PerMinuteOccuPancy ILEY, -6'-5"- ELEY, -l'-6" Rx Bldg.~~~~
1 11HE: 16:45 HetAls$pp:e:1,50Ei4cpn/ninrun Air Sanple Contact Dose Race: 1,69E41 nra#hr : FloopConta .nat: on: 191E+4 epn/190cn2 ; PersonnelContan.natLonii100,opn l per minute occupuey < 32.up L 68. N N N 39, 75, _ l DRYWELL - ilPDRIVE . ELEY 33'-6" RXBLDG TIME : 16:45 o o p B Air Suple Con a t s Et k! "2 2 ' FloorContaination:181Et4cpn/lteen2/ PersonnelContaination I 109, (Pn / g cupgney . 22. 57, l _
~~~~.h -~~~~
5?! ' 2.9X ELEY 119'-3" RX.BLDC. Il li _
FINE : 17:00 SCEHARIO H0 29 REY N0 0 HA0FACILl!V llllll 5.0 (2,0 (2,9
~~~~' 20,'\~~~~
~~~~29, 5,9 (2,9 llllll ( 2,9~~~~
~~~~>s ~"~~~~
D D e .. (2,9 .(2,9 a (2.0 (2.0 ( 2I9 10 (2,8 'HAlHT NETAIRSAMPLE: (100epu/Minuterun BLDC FLOORC0iTAMINAT.0Nl(100cpn/199cn2 PERSONNEL 0011AMIHAf;ONl(100cPn/ninuteoccuPanW flHE:17:00 SCENARIO N0 29 REY N0 0 OSC FACILITY 2.0 (2,9 5,9 22, ! (2.0 5,0 22, i l - HEhX BLDC. ( 2,9 ENTRANCE
~~~~' (2,01 L < <~~~~
(2,0 (2,9 NET AIR SAMPLE! ( 199 epn / Minute run ' ELOORCONTAMINATION: (100cpn/199cn2 l PERSONNELCONTAMINAfl0Hl(109 CPM /ninuteoccuPancy
i
~~~~IINE : 17:00 !~~~~
~~~~3 _e_ o--- a j ! (2. U ( 2' ,e~~~~
~~~~$ , c. E [~~~~
ca c fn l 1 3 W. ' ' (2. ! r (2. ( 2, - c-' -
~~~~. (2. 2, = 1 (2. ,j;,,,,u,L(2. ;~~~~
{
~~~~L ,1 i HetAirSanplet(100opn 18.~~~~
~~~~FloorContanination!(100epn/100on2 18, -~~~~
PersonnelContamination

( 100 cpn per minute occupancy.
i IHIRD FLOOR OfflCE BillLDING t ) IINE: 17:09 'l 2. Air Sample Con a t $s! lR$ 4 floorContannat.onil,3Et4cyn/100cn2k2, 2, ll5.l-
~~~~; PersonnelContan:.natLon: ( 100, epnJ l 5,-~~~~
20. 49,'Per Minute OccupancyN 88, '- 20, 100, 140, 81. J O ,
~~\ I 130, t lll120,l I ll ll -I EY, 23'-6" RX, BLM, b l! c]~~
~~~~li 170, !!il~~~~
~~~~-u !! !!U.~~~~
~~~~D 1009 U ' 91,~~~~
~~~~- 1 140,~~~~
((150, 2- i i 9. 07, 25,_, , ., ,140, ,., 140, 22.- 2. 22, (2-(l-
l i l i IIME : 17:00 CHENLABDATA SCENARIO N0 29 REY N0 0 (2.0 (?.0
~~~~(2.0 (2.0 (2.03 '~~~~
(2,0' (2.0 { 2.0 (2.0 m i2.0 (2.0 (2.0 (2.0 (2.0 (2.0 (2.0 NET AIR SAMPLE: 100cpn/Minuterun REACIORBLDG FLOORCONIAMlHAT ON: 100 cen/100cn2 PERSONNELCONIAMINATON: 100cpn/Minuteoccupancy di i _ - - _ - _ _ - _ _ _ _ = - _. -__- . - - -. .- .
. IlME : 17:00 E00f
~~~~~ ~ %"~_~~~~
~~~~2.0 ll - = 4ll- . 2.0 -~~~~
~~~~~. 2,0 HotAirSaMPle: (100.cpx/ninrun 2,0 0 dn Air Sample Contact hse Rate: ( 2.0 nrad/hr1 i il__~~~~
~~~~_. floor Contanination! ( 100, epx/100cH2 2.0 Personnel Contamination: (100,cpx ii~~~~
'l 2.0 y e Per Minute Occupancs 2.0 2,9 )N 3,0- - ?,0- -
3,0-2,0 2.0 3.0- 4. 0,,_. 3.0 - (( 2, 2,2 Lan _ _ X - ROOT ROOT T3.P ( ,
~~~~) c. g l .. ( 2g-0PERAfING TLOORiLEY, W-E' IIME : 1?l00 u u i -~~~~
~~~~l Het [ Air Sanplei 18l 18 72, 2,01D4 epn/Hin run 120. d_~~~~
~~~~" \ 72, t Air Sanple Contact hse ate l - 120, -~~~~
~~~~88, 138, 1.34E+1Mrauhr } '- ll c 0 (floorContaxination! 1.39Et4 cpm /100cM2 ) ,i~~~~
~~~~\ 72, 120.~~~~
~~~~5 0 \ Personnel PerMinuteOccupancy/Contaxinatio (100,opn~~~~
/ t \ / ' ' 72, f ' O. . . . . . . . . . ,0 *' ) C 1NlC O O C 'N. -
~~~~gg, . .~~~~
: i i .

30. 'e' u, i:s ELEY 51'-3" RX,BLDC -
lw n . . . . . . . . .% n n n
ilNE : 17:00 Het Alr Samplei ( 100, opn/ min run F- Air Juple Colitaet Dose Rate: ( 2,9 nrad A r Floo:5Contulnation: ( :.00, cpn/100cn2 2.0 Q- PersonneaContainationl opn > 2,9 p - (PerN ;,00,inute Oclclupancy . t2. (2. 1
/
[ i ( }, (m (2,=l 30. L' a" { D D F (J ( 2.= = -- 30,'- '
~
~~~~L u = = = ,30, c.~~~~
~
~~~~0000000 .. .. .s' ME2ZANINEFLOOR ELD, 23'-6" ilHE: 17:00 ,~~~~
' ~l' 'I 100' c'=F 180',= c"m n O 4 95, 150, 180 6.
t:i r - t O n. :
% J 135. A ir Suple Contact Dose Ra et 1,34D1 und/heHet Air Sur 239,g l i T100:5 Containation: 139Et4 cpn/190cn2 c
PersonneJContaination: I ,,00 CPM ' Pqinuteoccupancl9 280..._ ____ ___..{ _ _ _ . . [ . 399, 35g, O c - i t {1 3 6000, 3000. 2000, 6050, 3050, 3' m
) O. . . . . . . . .' . J_L u !:D c it, . ! ,,, ll il 200, - -
('
' ELE, 75'-3" RX, BLDG, 298 H, ,_,t< /......'...g n n -
n
I
~~~~--TIME : 17:00 _ _~~~~
~~~~m Al_ (0, 30. 30, O I:0 .~~~~
~~~~?0. 130.~~~~
~~~~(2.I-~D~~~~
~~~~'*~ OO OO OO 25,~~~~
( 2, (2. ( 2, HetAir$anPIel (LOO,CFn/nin'run 25 " fr . (2. , ( 2. r tir Suple Contact Dose Rate! ( 2.0 Mrad /hr'" (2. I floop Contu ( 2,~ Personnel Contaml natigni (nation: 100. CPM (100,cpn/100cn2 ll' C'9 L-~ Ol 30. U( 35 Fer, Minute Occupancy d .f 30, 33, t,0
~~~~.c- wL_~~~~
~~~~f .~~~~
~~~~. 13g' u- ;~~~~
~~~~q ' O O v . l~~~~
, 3.W - ~3.9 o 3.0 . .3.0- ,_
5ASENENTTLOOR ELEY, O'-8" & 3'-6" ilME: 17:00 u u '- m O 8 6 ' ' 87. 55 ~1' n= J 19'.- , 54.
\
~~~~47,~~~~
~~~~98. -~~~~
Net Air Suple: 2.01D4 cpn/nin run 54. i lie, Air Sanplle Contact hse Ratei 1,34E+1 nrad/hrFloor e c C 3 . PersonnelContaination: -( 180, pu
~~~~'J / Per Minute Occunalc 3 0 f!!I 30 2850,~~~~
_,, dog, c 6858. L / - 52003, I ( / 2050.
~~~~) NgI Q'. '.........~~~~
~~~~D O. !$0 -O 170s, c 1 220, . -~~~~
~~~~.-l : / l\ .1759, "~~~~
~~~~L i 3 ,' m../. . . . . .'. . .w Q'~~~~
~~~~\_ ILEY. 95' 3" m~~~~
RX htDC. m m
i 11ME : 17:00
' # 8 I ,ih,m I - -
Q - - 140' 199. ,. Het Air San le! 2.91E44 c n/ Min run Air Sample Contact Dose Rate: 1.34D1 m ad/hr floonconannaLoni1.3 4 cyn/100cn2 Personnel Con an.na Lon! ( ,epn PerMinuteOccupancy _ _ . ELEY. -19'43" _ r i Rx, Bldg. dn F7 0 0
~~~~IlME : 17:00 l~~~~
n I L.dn_ 23, Het Air Sam e: 2.91D4 cpn/n n ruii hl!$!tkfnatihn! (i p1 Gen 2 PersonnelContanination: (10 PerNn Occupanc9 o l' ELEV -6'-5" ELEY, -l'-6" l Rx, Bldg. -
IIME 17:gg Het Air Sample: 2.91Et4 cpn/nin run Air Suple Contact Dost Rate: 1.34E41 nrad/b Floor Con u na PersonnelCon{an,j.on: 13tg4 cpn/199cn2 g, gg i ' ' 41,up L 92.-- 40,
~~~~39. _~~~~
l MVWELL . i IIPDRIVE ELEY 33'-6" RXBLM 11NE: 17:09 s HetAirSanPle: SiGlEi4oPn/ninrun " Air Suple Contact Dese Rate: 1,34D1 Mead /hr F - Floor Contalnation: 1.39Ei4 cpn/190cn2I PersonnelContainationl' (199, ni c{te upgncy cyc/ g 39. 80.
~~~~l. _~~~~
~~~~"Til .~~~~
ii: 3.9 X ILIV l119' 3 RX.: BLE 11 - li . _
IINE : 17:15 SCENARION029REYN00 HA0TACILl!Y llllll , 7,5 (2,0 (2.0 30,'\
' 30, 7,5 (2,9 llllll ( 2,9 : ~~
2,9 sJ29 , , t c (2,9 i(2,9 a (2,0 (2,9 v IHf NETAIRSAMPLE!(100epu/Minuterun BLDC PERS I dn nu occuPanc9 flHE:17:15 SCENARION029REYN00 OSC FACILITY (2.0 (2,9 (2,9 )1,9 35, (2,9 9,9 35, NERX- - BLM ENTRANCE
~~~~' (( 2,9 2,9 / /~~~~
~~~~(2,9~~~~
~~~~-(2,9 ~ -NETAIRSAMPLE!(190epu/ Minute'run FLOORC0f'AMINAT10N:(190cpn/199cn2 '~~~~
PERSONNEL 001"AMINAfl0H: ( 100 cen/ninute occupanc9
IlME : 17:15
~~~~& -D D-- 2 -~~~~
~~~~U {2. 2'~~~~
~~~~. e 83 '~~~~
L8
~~
9 ea c da 7 ,#_ , . . c (2. l l r (2. ( 2, - J (2. P(2.= e -
~~~~, (2. -~~~~
l ( 2, , 4. up (2. 4. L ,1 Het Air Sanplet ( 100 cpn 25, FloorContanination: ( 100 epH/100 cH2 25.
PersonnelContaMination

(100cpnperMinuteoccupancy.
~~~~THIRDFLOOROFFICEEUILDING l l IlME : 17:15 'l 2.~~~~
~~~~Alp Sample Con a t 5R !l4 h (2. '~~~~
l Floor Contanination:1.80Ef4 cpn/100cn2 ( 2. , PersonnelContaxination: (100,epH_11 7.5' l - - -' PerMinuteOccupancyN 30. 65,' ' 30, ! 110. ! 130, 180. 110. J l O \ l 180, [ I ii !!
~~~~) it I I l~~~~
! -I !! 160. 230. EV, 23'-6" RX, BLM, O II c] l il i ll!!
~~~~!! !! U (130 120.~~~~
~~~~(200,~~~~
~~~~._ , 0 '?10.~~~~
~~~~30.__ , , 180. , 180. l I~~~~
~~~~25. (2.~~~~
L , , 25, ( 2,
i l flHE:17:15 CHENLABMTA SCENARIO N0 29 REV N0 0 J (2.0 (2,0 ( 2.0 (2.9 m (2.01 2.0 (2.0 ' l(2.0' _ _ 2.0 . (2.0_ j 1 (2.0 (2.0 (2.0 l (2.0 (2.0 (2.0 unmuuuuuuuu NETAIRSRMPLE: 100cpn/Minuterun REACIORBLDG FLOOR 00HIANINAll0H: 100 crn/100cn2 PERSONNELCONIANINAIl0N: 100cpn/Minuteoccupancy I 4
-__.______.___________.___________-,i...+___.,me,-..,._-,v....,-um,..,,-,,7,,-.-s.,.-.w._,. - ,.y,, , . , ., ,-w ,- ---,,7
~~~~_.11HE: 17:15 ROOT~~~~
~~~~- 3.0 4.0 - -~~~~
~~~~3.0 I~~~~
~~~~~ .~~~~
~~~~2.0 3.0-4.0- 3.0- 2.0~~~~
~. 2.0 2,0 0 liet Air Saxple. 100.opvninrun I dn Air Sanple Contact hie Rate: 2.0 nrad/l n i LJ
_, Floor Containation: 100,erv100en2 2.0 PersonnelContamination: (100,cpn- 1I r 2.0 2.0 v2
~~~~'s / ----PerNinuteOccupanc9 2.0 2.0 3,0- '-~~~~
~~~~6,0- - 3,0- 2,0 3.0 (.0 _ 3.0 , (<2.2,2 Wn rJ:~~~~
~~
X L - 4 R0OT ' = ROOT G.f-7 q c. g I ( h-OPERAIING TLOOR ELEY, 46'-6" l ilHE: 17:15 u ' i hu 25' 25. i O Het[ Air Sanple: \ 2.50E44 crvnin run 94, 160.
~~~~J h_ Air SaHPle Contact Dose ate!~~~~
~~~~\ - 160 ~~~~~
95, t j 118, 1.64E+1MPad/hr }F (_,, 1 188, l l Floor Containation! c
~~~~-0 I~~~~
1.80Et4cpv100cM2 ) > 95, l Personnel Contamination:/ 160. I ( 100, opn / s O n t Per\j Minute Occupa/cy / - v.- ,
~~~~,5.~~~~
~~~~140' 95 3 210. O.......... D C 160'D D 160' O t~~~~
~~~~'N. .'~~~~
~~~~r- - i 35 - -~~~~
~~~~35.- ',e' '~~~~
~~~~' ELEU. 51'-3" RX.BLDC Y n u . . . . . . .'.,.% n n n~~~~
IlNE : 17:15 ; . 0' kt Air Suplet ( ;.00, opn/nin (an : F._ Air Juple Contact his Rate! ( 2.0 wad /he 1 60 % Tloon Containation: ( W,opn 2,9 Personnel Containationi ( (09. cpn/198c ! 2.9 j 2. d2. -
)
~~~~Xi 3 {l; ; (, ! o or ,___.{ll3 ._a~~~~
~~~~., . ._ lg;i _~~~~
a
~~~~~ = = = 50, 'c.~~~~
u
~
~~~~0000000 I" . . . .. . . [ 2. A~~~~
-~
~~~~(2.~~~~
~~~~"}}~~~~

ML20116K109

Contents

Text

SUMMARY

SUMMARY

SUMMARY

SUMMARY

=

2.0 PersonnelContanination

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