ML20069L078
| ML20069L078 | |
| Person / Time | |
|---|---|
| Site: | Oyster Creek |
| Issue date: | 06/08/1994 |
| From: | GENERAL PUBLIC UTILITIES CORP. |
| To: | |
| Shared Package | |
| ML20069L049 | List: |
| References | |
| NUDOCS 9406170182 | |
| Download: ML20069L078 (512) | |
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{{#Wiki_filter:! l ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O i l 4 GENERAL PUBLIC UTILITIES , OYSTER CREEK NUCLEAR GENERATING STATION l EMERGENCY PREPAREDNESS DRILL SCENARIO l
,1 SCENARIO NO. 36 (REVISION 0) t JUNE 8,1994 l
l l I l l l 94061701e2 940406 9 FDR ADOCK 0500 F
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ANNUAL EXERCISE SCENARIO NO. 36 ; OCNGS REV.0 GENERAL PUBLIC UTILITIES OYSTER CREEK NUCLEAR GENERATING STATION TABLE OF CONTENTS i COVER PAGE : TABLE OF CONTENTS
- 1. Administrative ,
t l.A. Summary i l.A.1. Purpose ; l.A.2. Narrative Summary 1.A.3. Objectives , l.A.4. Performance Guidelines 1.A.5. Radiological Assumptions I (/ l.A.6. Schedule of Events j l.B. Time Line f I.C Exercise Control I.C.1 Pre-Exercise Briefings I.C.1.a. POD Meeting Briefing l 1.C.1.b. On-Shift Crew Briefing 1.C.1.c. Participants Briefing ; l.C.2 Cont / Observer Assignments I.C.3 Communications j - 1.C.3.a. Drill Controller Phone List f I.C.3.b. Emergency Response Center Phone List ; O i (M ANNUAL EX/LD/2)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O l.C.4 Forms O I.C.4.a. Chronology of Events and Minor Comments Form I.C.4.b. Observer Comments / Deficiencies Form I.C.4.c. Player Participants Evaluation Form I.C.4.d. Attendance Form II. Operational Data ll.A. Plant Parameter Trends ll.B. Backup Plant Parameter ll.C. Backup Annunciator Data 111. Onsite Radiological Data Ill.A. Process and Area Radiation Monitors Ill.B. Area Dose Rates O Ill.C. On-Site and ERF Dose Rates lil.D. Building Air Activity ill.E. Plant Samp;e Activity IV. Off-Site Radiological Data IV.A. Dose Projection IV.B. Plume Data IV.B.1. Plume Map IV.B.2. Closed Window Dose Rate IV.B.3. Open Window Dose Rate IV.B.4. Particulate Filter Data O (94 ANNUAL EX/LD/3)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O ' IV.B.S. Silver Zeolite Data IV.B.6 Environmental Sample Data IV.C. Meteorological Data IV.D. CREST Data V. Message Cards VI. Mini-Scenarios VI.A. Core Spray System ll VI.B. Boiler House Fire VI.C. MCC1 A24/1B24 VI.D. Public Information Activities VI.E. AEOF Activity VI.F. Drywell Vent Valves O (94 ANNUAL EX/LD/4)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O SECTION I ADMINISTRATIVE I.A.
SUMMARY
O l.B. TIME LINE I.C. EXERCISE CONTROL O (94 ANNUAL EX/LD/5)
t ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O SECTION I.A.
SUMMARY
1.A.1. Purpose I.A.2. Narrative Summary
- 1.A.3. Objectives 1.A.4. Performance Guidelines 1.A.5. Radiological Assumptions 1.A.6. Schedule of Events (94 ANNUAL EX/LD/6)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O l.A.
SUMMARY
l.A.1. PURPOSE This scenario will be used as the 1994 Annual Exercise at Oyster Creek Nuclear Generating Station on June 8,1994. The OCNGS Replica Simulator will be used to implement this scenario. The Simulator provides a great degree of realism for exercise participants and, in particular, for Control Room staff as Control Room operators are allowed to manipulate plant controls in response to the event. Plant data for the operational transients, is generated in live time by the Replica Simulator. This data is effected by simulator operator actions and pre-planned i component failures as necessary to maintain events within the overall exercise time line. This scenario was developed and tested several times on the simulator. We believe that l operator actions and engineering solutions (from TSC) have been anticipated. However, should additional actions or solutions be identified, they will be recognized as positive but, may not be allowed by exercise controllers. This level of control is necessary to avoid a simulator model crash as the scenario greatly exceeds the design basis l accidents the simulator was designed to replicate. Should a simulator crash occur, the exercise will be placed on hold, as best as it can be, and the simulator rebooted. This process would take at least 15 minutes. The scenario has been developed to meet the Objectives outlined in Section 1.A.3
" Objectives." They include objectives associated with the on-site site use of off-site fire fighting support. The scenario will involve the declaration of an ALERT and will be upgraded to a GENERAL EMERGENCY. There will be a radiological release sufficient to exercise the Off-site Dose Assessment and Field Monitoring Teams, but will not approach Protective Action Guidelines.
Plant data from the simulator will be made available as would normal plant computer data to all the emergency response centers it is hoped that ERDS will also be available through NRC Headquarters. All radiological and chemistry data is generated based on simu!ator indications and expected CRO actions. Off-site radiological data are calculated by GPU Nuclear's RAC dose projection program. The Replica Simulator Radiological model does not completely reflect actual plant response. However, several design changes are in process. Where necessary, exercise controllers send batch files of radiological parameters to the simulator at key points in the scenario. It is possible that ARMS or effluent monitors may, at times, give improper readings, but this will be corrected and controlled by the exercise controllers. This process has been used for about a year in OCNGS drills with good success, but it is not flawless. We believe the benefits of simulator use outweigh the problems created by O occasionei corrections to red eete. (94 ANNUAL Ex/LD/7)
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ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O\ All times indicated in this scenario are clock times based on a start time of 16:00 on June 8,1994. Start time may be delayed due to plant or simulator conditions. If this is , the case, clock times may have to be adjusted. Controllers have been briefed on this l possibility. j The scenario is organized as follows: i Section I - Administrative & Logistical information Section I.B - detailed Scenario Time Line Section ll - Ops data Sections ill & IV - Radiological Data Section V - Message Cards Section VI - Mini Scenarios for each key activity outside the Control Room. This scenario contains an important success-fail" fork"in the plant data. Participants will be allowed to "fix" the plant component 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 the " fork". Success-fail " forks" are a routine feature of drills at OCNGS but are not of demonstrated during NRC observed exercises. This feature allows participants to succeed (or fail) based on the merits of their emergency management, greatly enhancing enthusiasm and realism. We maintain 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. The success-fail fork involves the 480V MCC 1 A24 (mini-scenario VI C). It is damaged during the fire / explosion (mini-scenario VI B). Failure to repair the MCC will result in a ground level unmonitored release when SBGTS ll fails. Should Eme gency Management be confronted with this problem, they may initiate normal Rx Bld. exhaust, resulting in a monitored, elevated but unfiltered release. This release would be at a much higher rate than SBGTS, complicating monitoring and calculational considerations. 9 (94 ANNUAL EX/LD/8)
i ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.0 , O l.A.
SUMMARY
i.A.2. NARRATIVE
SUMMARY
The operating crew will be given a turnover and allowed to perform their , plant walkdown and take an initial set of logs prior to the 16:00 p.m. start time. The initial conditions for this scenario are as follows:
. Reactor had been operating at 100% power for 446 days.
. The plant is in the process of shutting down to perform a drywell inspection to locate '
a leak that has been slowly increasing over the last month to its present rate of about 4 gpm. Day shift has reduced power to approximately 50%, and has commenced , deinerting the drywell. The shutdown is continuing at 30 to 50 MWe an hour using , control rods. It is the plant's intention to locate the leak, take corrective actions, and [ return to power as soon as possible.
. Core Spray System ll discharge valve V-20-18 stuck closed during a surveillance on Monday morning at 10:00 a.m. Tuesdsy the system was tagged out and the valve i O
was opened and extensive damage to the disc, seats and stem were found. Repairs are in progress, and are expected to be completed by 4:00 p.m. on Friday. i Shortly after the exercise commences (16:15), a leaking propane connection in the boiler house will cause an explosion and the ensuing fire will require offsite support. - The GSS will activate the Fire Brigade and declare an " ALERT" based on Category P.2 i
" Explosion damage to any permanent plant structure".
The Fire Brigade will ask for additional support and the Control Room will request assistance from the Forked River Fire Department. When the Fire Department arrives, it is expected that they will support from inside the protected area but outside the RCA. 480V MCC 1 A24 will be damaged by the explosion and will trip its feeder breaker on 480V USS 1A2. The bus / breakers will need some repair prior to returning it to service. . At 17:20, the main transformer supplying power to Building 14 will fait and cause the AEOF to be relocated to a backup location. O (94 ANNUAL Ex/LD/9)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O At approximately 18:00, a large LOCA will develop in the "A" Reactor Recir, loop. The Reactor will scram and will isolate. Core damage occurs as level drops below 0" TAF. Drywell vent valves V-27-1 and V-27-2 fail to close as required for a drywell isolation causing a release to the Reactor Building via the ruptured ventilation ducts downstream of the isolation valves. The crew will enter the EOP's and combat the LOCA/ Release. The ED will declare a
" GENERAL EMERGENCY" based on Category A.1 "RPV Level _< -30" TAF for 2 minutes or longer.
If repairs to MCC 1 A24 have not been completed, SBGT System I will not start and SBGT System ll will start and run. Efforts to return SBGT System I to operable status should commence at this point if not already in progress. Core Spray System I will restore level after the initial depressurization, but will do so slowly enough that an effort to restore Core Spray System 11 to operable status may considered. Minor fuel damage caused by the LOCA will provide an elevated offsite release that will not exceed the PAG Lower Limits. At 19:00 SBGT System 11 exhaust fan motor will develop an internal fault and trip (Success path fork). If MCC 1 A24 has been restored and SBGT System I is started, the release will continue to be elevated and filtered. If SBGT System I is not available, then a ground level release will commence and continue until a SBGT System is restored. The drill will end by 21:00. l, l l l I l O (94 ANNUAL Ex/LD/10) l l
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS l.A.
SUMMARY
I.A.3. OBJECTIVES i The 1994 Oyster Creek Nuclear Generating Station Annual Exercise Objectives are as , follows: , Demonstrate the ability of on-shift and initial Response Organization personnel i 1. e to detect and assess accident conditions.
- 2. Demonstrate the ability of on-shift and IRO personnel to properly declare emergency classifications based on plant accident conditions.
3a. Demonstrate the timely notification of offsite response organizations. ; Demonstrate the timely mobilization of the GPU Emergency Response l 3b. Organization. j Sc. Demonstrate the proper notification of non-essential personnel on site or in the i owner controlled area, i
- 4. Demonstrate adequate communications between ERF's and with onsite and ,
offsite GPU emergency teams. Sa. Demonstrate adequate radiological controls for exposure during emergencies. Demonstrate adequate radiological controls for contamination of personnel and ! Sb. equipment.
- 6. Demonstrate that appropriate Protective Action Recommendations can be j provided to New Jersey authorities.
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- 7. Demonstrate that the on-shift Emergency Response Organization can '
adequately respond to the initial stages of an emergency. 8a. Demonstrate that the Initial Response and Emergency Support Organizations can supplement and support the on-shift emergency organization. I 8b. Demonstrate adequate transition of authority between emergency organizations.
- 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.
(94 ANNUAL EX/LD/11) l (
ANNUAL EXERCISE SCENARIO NO. 33 OCNGS REV.O The optional objectives covered by this drill are as follows:
- 1. Demonstrate Joint Information Center (Media Center).
- 2. Demonstrate the capability of the Fire Brigade and local fire department to respond to emergency conditions.
- 3. Demonstrate the capability of the PTFC to support emergency operations.
- 4. Demonstrate the ability of security personnel to provide prompt access for off-site emergency equipment and personnel.
- 5. Demonstrate adequate rumor control.
- 6. Demonstrate the evacuation of AEOF.
- 7. Demonstrate the ability to perform field monitoring including soil, vegetation and water sampling.
- 8. Demonstrate the ability to perform dose estimates for the affected population.
O O' (94 ANNUAL EX/LD/12) l
i l ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O l.A
SUMMARY
1.A.4. PERFORMANCE GUIDELINES The fol lowing performance guidelines have been developed to define the " extent of play" by the exercise participants in meeting the exercise objectives.
- a. The 1994 Annual Exercise will be conducted on June 8,1994. Exercise participants will possess prior knowledge of the approximate start time.
However, all personnel should follow their normal routines for that day except those prestaged in accordance with items below.
- b. All times indicated in this scenario are clock times based on a start time 16:00. Start times may be delayed due to the fact that Oyster Creek will be operating during the Exercise. The condition of the plant or simulator may require a short delay in exercise initiation. This being the case, clock times may have to be adjusted.
- c. Control Room activities will be performed in the replica simulator Control Room,
- d. Plant parameters are generated on the simulator and will be displayed on the normal PCS System in the TSC, OCS, PTFC, and EOF. ERDS will be available through NRC Headquarters.
- e. Plant data is generated by the replica simulator for the operational transients. This data will be affected by simulator operator actions, pre-planned component failures, and simulator controls applied as necessary to maintain events within the overall exercise time line. This scenario was developed and tested on the simulator. We believe that cperator actions and engineering solutions (from the TSC) have been anticipated. However, i shou!d additional actions or solutions be identified, they will be recognized i as positive but, may not be allowed by exercise controllers. This level of control is necessary to avoid a simulator model crash as the scenario l greatly exceeds the design basis accidents, that the simulator was designed )
to replicate. Should a simulator crash occur, the exercise will be placed on ; hold, as best as it can be, and the simulator rebooted. This process would 1 take at least 15 minutes,
- f. All radiological and chemistry data is generated based on simulator j indications and preplanned personnel actions. Off-site radiological data are calculated by GPU Nuclear's RAC dose projection program.
O (94 ANNUAL Ex/LD/13) ) I
SCENARIO NO 36 ANNUAL EXERCISE REV.O OCNGS
- g. Drill participants will be prestaged at the appropriate facilities.
e An additional shift of operations personnel will be stationed at the appropriate locations.
. Security guards necessary to ensure site security will be stationed and will be exempted.
. Individuals selected to perform as part of the scenario (e.g., injury victim) will be pre-arranged.
. Some maintenance workers may be exempt from the drill to support plant operations.
- h. Mini-scenarios have been developed to support plant efforts for events that require more detail than can be included in the time line.
- i. Drill players will perform, as appropriate, radiological monitoring and dose assessment activities to the extent appropriate to the scenario. This will include actual sampling on-site and off site.
J. At least two (2) Offsite Radiological Field Monitoring Teams and one (1) Onsite Radiological Field Monitoring Team will be dispatched for the g purpose of testing response time, communications, and monitoring and sampling procedures. The field teams will gather sample material and route those samples for analysis. Each Radiological Monitoring Field Team will be accompanied by an Observer throughout the drill. Each field team will rendezvous with its Observer at the location at which it obtains its emergency kits. A third team may be activated from Parsippany. This team will be prestaged to take advantage of the training opportunity of the drill. Their normal response time of about two (2) hours would preclude participation in most of the drill.
- k. All emergency response facilities will be manned and will perform their prescribed functions as appropriate to the drill scenario.
- 1. The Prompt Notification System will not be activated.
- m. The Emergency Broadcast System will not be activated.
9 (94 ANNUAL EX/LD/14)
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS O n. Where possii;le, 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 drill,
- o. The scenario will require the assembly and accounting for non-essential site personnel. Personnel may be allowed to return to duty after accountability is completed.
- p. Exemptions for accountability 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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- q. Participation by GPUNC onsite personnel directly involved in 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, drill 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 l
at times delay scenario play while actions are taken to ensure procedural l compliance. This delay shall not be construed as detracting from team ! O <eenomee. Initial conditions are given in the simulated Control Room initial conditions r. that would normally be known by plant staff regarding current plant conditions may be communicated by drill Controllers in other locations at a convenient time before or during the drill. Examples of this would be identification of on-going maintenance and out-of-service systems; simulated
" Plan of the Day" meeting minutes; " Drill" log entries; and other such items.
- s. If required by the drill scenario, alternate means of accessing the plant shall merely be simulated and not actually implemented.
- t. A site evacuation may be called for if a General Emergency is declared. An evacuation will not be announced or performed.
i O (94 ANNUAL Ex/LD/15)
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS V l.A. _SUMM ARY 1.A.5. RADIOLOGICAL ASSUMPTIONS
- a. Source Terms Fuel clad damage of 1% based on Re.setor level dropping below -30" TAF during LOCA increased Drywell concentration. In addition, the LOCA raises drywell pressure sufficient to rupture the ventilation duct work resulting in the drywell venting to the Reactor Building.
The clad damage and increased Reactor Building air activity result in an elevated release.
- b. In-Plant Radiation Doses Reactor Building dose rates are elevated as a result of operation of Containment Spray and Core Spray system with clad damage and building air activity.
Onsite exposure rates are based on an elevated release. 'G g c. Offsite Data Offsite data is based on an elevated release from the Main Stack, wind speeds of 16 mph and Class "D" meteorological data. If the power for the second SBGT system is not repaired, the operating SBGT system will fail resulting in the Reac Building pressurizing. This will result in a ground level release until power is restored to the second SBGT system.
. The data for Emergency Air Sampling is derived from EPIP-OC .11.
. The BNE air sample data calculated assumes a 5 minute sample collection at 2 cfm and a 5 minute sample counting time as described in the BNE's procedure. The sample counting efficient is assumed to be 1.5%
. lodine deposition is calculated using the method described in Reg. Guide 1.109.
Direct frisker readings are calculated as recommended by NUREG/CR-3365. Smear readings assume a detector efficiency of 10% l l 1 O S4 ANNUAL EX/LD/16) l
I ANNUAL EXERCISE SCENARIO NO. 36 ! OCNGS REV.O l I.A.
SUMMARY
1.A.6. SCHEDULE OF EVENTS Observer Pre Briefina j l
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Date and Time: Week of May 30,1994 Location: EP Office / Plant Observer Briefina Date and Time: June 7,1994 1 p.m. Location: Auditorium, Bldg.12 Exercise Period Date and Time: June 8,1994 4-9 p.m. Observer Debrief Date and Time: June 9,1994 8 a.m. Location: Technical Support Center, SEB Exercise Critiaue Date and Time: June 9,1994 1 p.m. Location: Technical Support Center, SEB 4 t 1 i l i i I O l (94 ANNUAL EX/LD/17)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O SECTION l.B. TIME LINE O v 1 l l O (94 ANNUAL EX/LD/18)
OV O V fi U ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O CLOCK MESSAGE MSG. DELIVERED DELIVERED EXPECTED TIME MAJOR EVENT CONTENT NO. BY: TO: ACTIONS Prior to On-shift crew briefing Scenario Section NA Plant Data On-shift crew Ask questions as Drill 1.C.1.b Controller necessary 15:00 Establish initial NA NA NA NA NA conditions in Simulator 15:00 Drill Crew Briefing Initial Conditions PD-1 Plant Data Simulator Control Ask questions as Controller Room Crew necessary
+ /- 30 min.
15:45 Drill Crew assumes NA NA NA NA Familiarize or shift themselves with before plant conditions (i.e. panel walkdown, etc.) 16:00 Drill Commences *PCS Control to PD-2 Plant Data Simulator Control Perform actions in Simulator Controller Room crew PD-2
*Comm. swap-over
*Page announcement 16:00 Core Spray System ll Description of repair A-1 Any Observer inquirer None or later repair work work in progress 16:00 Control Room NA Simulator NA NA NA continues Plant Driven shutdown (94 ANNUALEX/LD/19)
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS DELIVERED DELIVERED EXPECTED MESSAGE MSG. CLOCK BY: TO: ACTIONS CONTENT NO. TIME MAJOR EVENT Fire Observer Area worker Could send GOS Strong smell of gas B-1 16:12 Boiler House and/or RWO Mini-Scenario from Boiler House and/or Fire . Brigade to investigate Fire Observer Area worker Call the Control Boiler House exploded B-2 16:15 Boiler House Room Mini-Secnario in ball of fire NA NA Respond to NA Simulator 16:15 Control Room receives alarms. Place fire Driven indications of fire and pump in " manual" loss of MCC 1A24 NA NA NA NA NA 16:15 GSS will activate Fire 15 Brigade min. Fire Observer Fire Brigade Evaluate fire and Explanation of fire B-3
> 16:25 Fire Brigade arrives on Leader instruct team 5 scene conditions min. implement EPIP's NA NA NA GSS declares an NA and activate ERO 16:25 i 10 " ALERT" based on min. EAL Cat.P.2.
"Explosio:: damage to any permanent Plant structure."
(94 ANNUALEX/LD/20)
O O O ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.0 CLOCK MESSAGE MSG. DELIVERED DELIVERED EXPECTED TIME MAJOR EVENT CONTENT NO. BY: TO: ACTIONS 16:30 Fire Brigade Leader NA NA NA NA GSS has CRO 15 request off-site request Forked min. assistance River Fire Dept. assistance. 17:00 Forked River Fire NA NA NA NA Processed by i 10 Dept. arrives on-site. Security min. 17:10 Forked River Fire Fire is darkening down B-4 Fire Observer Fire Brigade Continue fire or later Dept. & OC Fire Leader & Forked fighting efforts Brigade combine fire River Fire Chief fighting efforts. 17:20 AEOF losses electrical Power lost, DC light E-1 AEOF AEOF Responder Evaluate useability power due to truck fails. Observer of the center and crash. consider Truck struck E-2 relocation. transformer-no injuries and no oil / fire problem. 17:30 Fire ic out and Fire Fire is out B-5 Fire Observer Fire Brigade Forked River Fire or later Brigade Leader Leader Dept. secures evaluates scene. Description of Boiler B-6 their equipment. House damage 17:30 MCC 1 A24 Description of C-1 Team Observer 1A24 Repair Evaluate and plan or later investigation condition of Team repair MCC 1A24 & MCC 1824 (94 ANNUALEX/LD/21)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O CLOCK MESSAGE MSG. DELIVERED DEllVERED EXPECTED TIME MAJOR EVENT CONTENT NO. BY: TO: ACTIONS 17:45 Forked River Fire NA NA NA NA NA i 10 Dept. secures from min. site 17:50 ESD receives call from Cleaver wants to know E-3 AEOF ESD/ESD NA Cleaver Brooks (AEOF where to have team Observer Assistant activity) report for site access processing. 18:00 A large LOCA NA Simulator NA NA eRx will scram develops in the "A" Rx Driven and isolate Recirc Loop eleak is un-isolable eDW & Sec. Cont. isolate
. Enter EOP's 18 00 Drywell exhaust valves NA Simulator NA NA Evaluate the fail to isolate, a!!owing Driven problem Rx blowdown to enter Rx building 18:00 FORK- SBGT System i NA Simulator NA NA investigate and starts if MCC1 A24 has Driven repair MCC 1 A24 been returned to if not already service, if not, then done.
SBGT System ll starts 18:00 Elevated, filtered NA ,3imulator NA NA Monitor and radiological release Driven evaluate release starts , (94 ANNUALEX/LD/22) O O O
(, () V V ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O CLOCK MESSAGE MSG. DELIVERED DELIVERED EXPECTED TIME MAJOR EVENT CONTENT NO. BY: TO: ACTIONS 18:10 ED declares an Site Accountability PD-3 NA NA NA i 10 ' GENERAL called for in place of min. EMERGENCY" based site evacuation on Cat.A.1 "RPV Level __<-30"TAF for 2 min. or longer". 18:10 Core Spray System i NA Simulator NA NA NA 10 slowly starts to restore Driven min. level 18:30 Cleaver Brooks Information en E-4 Observer Service Coord. Process employees show up employee's, including individuals for site access FFD. processing. 18:30 Drywell valve repair Describes local valve F-1 OSC Observer Valve Repair Evaluate and or later indication for repair Team repair team 18:40 Radiation levels peak NA Simulator NA NA Peak Bldg. and start to decay. Driven Dose Rates 6.4R/hr CW
. 8.9R/hr OW l
(94 ANNUALEX/LC/23)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O CLOCK MESSAGE MSG. DELIVERED DELIVERED EXPECTED TIME MAJOR EVENT CONTENT NO. BY: TO: , ACTIONS 19:00 FORK-IF_ Description of C-2 Observer OSC Team NA SBGT System ll is troubleshooting results and running, the motor of SBGT System ll shorts out and trips, THEN Based on Continue to use SBGT System I will be Player white on-site operated if MCC 1 A24 NA response NA NA Radiological Data is repaired and no and change in radiological Simulator release occurs, Driven but, Based on Swap to Blue if MCC 1 A24 has not Player On-site been repaired, response Radiological Data
- THEN and a ground level release NA Simulator NA NA commences and Driven l continues t
until MCC 1 A24 is Based on Shift back to returned to service. Player White response and l Simulator NA NA l Driven 21:00 Secure from exercise i (94 ANNUALEX/LD/24) O O O
ANNUAL EXERCISE SCENARIO NO. 36 - OCNGS REV.0 O SECTION 1.C. EXERCISE CONTROL l.C.1. PRE-EXERCISE BRIEFINGS 1.C.2. CONT / OBSERVER ASSIGNMENTS l.C.S. COMMUNICATIONS l.C.4. FORMS
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,i f i a i O (94 ANNUAL EX/LD/25)
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SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS O b G SECTION I.C.1. PRE-EXERCISE BRIEFINGS r 1.C.1.a. POD Meeting Eefing I.C.1.b. On-Shift Crew Briefing 1.C.1.c. Participants Briefing j i 9 O : (94 ANNUAL EX/LD/26)
ANNUAL EXERCISE SCENARIO NO. 36 - OCNGS REV.O l.C. EXERCISE CONTROL 1.C.1. Pre-Exercise Briefinas
- a. POD Meeting Briefing l A member of the drill development and/or drill control group should attend the Oyster Creek Plan of the Day (POD) meeting, the morning of the drill. This person will brief station management on the simulated conditions leading up to the start .
of the drill, using the attached POD and STA Report. The following scenario control items should also be included in this briefing:
. This drill will span evening hours.
e if a Site Area Emergency is declared, accountability will be conducted, but all personnel will then be released to return to work. ,
. If a General Emergency is declared, a site evacuation will not be announced or performed.
i l l i l 1O (94 ANNUAL EX/LD/27) 1
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~.
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O THIS IS A DRILL... THIS IS A DRILL Plan of the Day --- Morning Briefing, June 8,1994 i Plant has been operating near full power for 446 days. The plant is in the process of shutting down to perform a drywellinspection to locate a leak that has been slowly increasing over the last month to its present rate of about 4 gpm. Power is to be decreased at 30 to 50 MW/hr during the day shift such that Reactor Power will be at about 50% at 4 p.m. De-inerting will be commenced prior to 4:00 p.m. Core Spray System 11 discharge valve V-20-18 stuck closed during a surviellance on Monday morning at 10:00 a.m. Tuesday the system was tagged out and the valve was opened and extensive damage to the disc, seats and stem were found. Repairs are in progress and are expected to be complete by 4:00 p.m. on Friday. Major Plant Equipment OOSI e Core Spray System ll r l 1 o l (94 ANNUAL EX/LD/28) l l
l SCENARIO NO. 36 ANNUAL EXERCISE REV.0 OCNGS (~') v THIS IS A DRILL... THIS IS A DRILL lSTA : Shift STA SHIFT TECHNICAL ADVISOR PLANT STATUS SHEET jDATE: 06/08/94 OYSTER CREEK NUCLEAR GENERATING STATION jTIME: 05:40 l lMS RAD LEVELS (MR/HR): D- 234 MODE SWITCH: RUN jA- 388 B- 278 C- 237 l REACTOR POWER: lAOG: IN SERVICE 1929 MWTH 644 MWE(GROSS) 623 KWE(NET) lOFF-GAS ACTIVITY (MR/HR): 17.7 / 18.3 100.0 % (THERMAL) 102.1 % NET (610)
!CONV. FACT.: 57.0/57.0 DATE: 6/02/94 MAIN STEAM FLOWS 7.27 MLB/HR l STACK GAS ACTIVITY (CPS): 4.9 / 6.8 STEAM CHEST PRESS: 933 PSIG l l FEED PUMPS: ALL ON 160" TAF (YARWAY) l FEED FLOWS 7.19 MLB/HR RX LEVEL: l FEED TEMP.(FINAL): 312.1 F RX PRESS: 1020 PSIG ( NR ) l COND. DEMIN DP: 29 PSID THERMAL LIMITS (% of Limit / Location) '
CONDENSER VAC: 28.0 / 28.2 / 27.9 "HG (TIME: 04:08) 31 12 BAROMETER: 29.96" HG MCPR 83.3 79.4 37 16 39 l INTAKE TEMPS 65.9 F BRIDGE TEMPS DOS MLHGR MAPLHGR 81.1 43 16 41 l DISCHARGE TEMPS 86.6 F PCI (KW/ FT) 1.6 31 24 35 l lRX CHEMISTRY: DATE 06/07/94 RECIRC PUMPS: ALL ON l TIME: 09:55 POWER: 1927 MWth lPH: 6.57 FLOWS 15.45 E4 GPM lCOND: 0.058 us/CM, CLi< 0.3 uG/mi CORE DP: 17.91 PSID 'I-131: 9.3 E-5 uC/ML (DOSE EQUIV) HWC: 11.0 SCFM, ECPMS: DOS V (316SS) C,?C DWCONTAINMENT: PRESS: 1.26 PSIG, TEMP:131.1 F(BULK)l TORUS PRESS: 1.23 PSIG, TEMPS 70 F l CHLORINATION STATUS l CIRC WATER: IS TORUS LEVEL: 150.0 IN. ' SERVICE WATER: IS
;NRW / AOG IS j
TRUNNION ROOM TEMPS 142 F ' LEAKAGE: (GPM) Based on 24 HOUR AVG RBCCW TEMPS 74 F ' UNIDENTIFIED: 4.06 IDENTIFIED: 4.13 TBCCW TEMP: 80 F CONTINUOUS DAYS ON LINE: 446 LOAD LIMITED BY: LICENSE LIMIT (1930) MAJOR EQUIPMENT OUT OF SERVICE / TECH SPEC ITEMS:
- CORE SPRAY SYSTEM II (7 DAY LCO ENTERED 06/06/94)
MAJOR PLANNED EVOLUTIONS AND TESTING:
- REACTOR SHUTDOWN TO BE COMMENCED ON DAY SHIFT TODAY
- WORK ON V-20-18 IS CONTINUING
- DE-INERTING To COMMENCE ON DAY SHIFT TODAY SIGNIFICANT EVENTS / COMMENTS:
- DRYWELL ENTRY TO LOCATE AND REPAIR SOURCE OF UNIDENTIFIED LEAK R THE 4 TO 12 SHIFT TODAY.
THIS IS A DRILL... THIS IS A DRILL () (94 ANNUAL EX/LD/29)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O
- b. ON-SHIFT CREW BRIEFING ;
O After ensuring that only the Exempt Operations and STA personnel are present conducting a briefing, covering as a minimum the following: e The basic time line of the drill including major events and expected plant simulations. t
- Review the details of the EP phone switching function.
Simulator Communications Interface (SCI) switch controls and details located in EPIP -OC .03 (Emergency Notification) body. e GSS controls SCI switch and continued performance of any drill activities. GSS has authority to secure from any : drill if a plant event warrants. GSS should make a plant : page announcement stating that the drill is terminated and , what the conditions are that required termination. As soon ' as possible the GSS should contact the Lead Controller in the TSC to discuss the termination, e The ON-SHIFT CREW of SROs, STAS, CROs, and EOs not participating in the drill shall wear yellow
" Exempt" arm badges. t e Minimize normal plant pages and activities during the O drill. This will prevent confusion for drill participants and non-drill participants.
e Minimize plant evolutions during the drill to prevent - overall confusion. e Drill controllers can be reached at:
- Lead Controller, TSC (Extension 4537) 1
- Plant Data Controller (Extension 4550)
- Operations Support Center (Extension 4240) e Utilize "This is not a drill" for any event in the plant requiring real plant actions. l e If people come or call the Control Room who are drill ,
players, inform them to call the Simulator Control Room at , Extension 5666 or Extension 5959. l i e Discuss PCS switching function from Operator Menu. Remind the Control Room that they should log in the Lead CRO's i Logbook when the Simulator communications Interface Switch ! and the PCS is shifted to the drill mode and again when they are returned to the normal operational mode. t O (94 ANNUAL EX/LD/30) i i
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O
- c. Participants Briefing Gather the GSS, GOS, STA, CROs, EOs and any other Operations personnel that are to participate in the drill (such as a refueling crew) and conduct a drill briefing to include the following as a minimum:
e once the drill crew takes the shift in the simulator they will coordinate with the ON-SHIFT CREW to swap communications and the PCS to the simulator. When the drill is terminates they will coordinate with the ON-SHIFT CREW to return both systems to normal, e During the drill all conditions in the simulator should be treated as they would in the plant. Any condition that can not be done should be brought to the attention of a controller in the Simulator Control Room.
. All actions in the field shall be simulated in such a manner as to not affect plant operations but by procedure and in as much detail as possible. There will be one or more Observer / Controller at each important location.
Controllers will provide information and clarification on which actiors are to be simulated or are outside the scope of this exer cise in order to keep the exercise progressing in accordance with the scenario. Observer / Controllers will also observe all aspects of the exercise to prepare an i house evaluation of plans, procedures, and training. l l e All communications should start and end with "THIS IS A DRILL - THIS IS A DRILL". All phone notifications should be made unless an observer tells you to only simulate the call but notification forms must still be filled out for simulated calls. i e Exercise events will be initiated by the simulator indications and alarms, drill controllers issuing message cards, and/or drill controller verbal instructions as appropriate.
- Controllers will provide appropriate information at the location where that information would normally be available (e.g., dose rate readings with field teams, etc.). Only selected parameters and readings outside the Simulator l
Control Room will be provided. The selected information I will be sufficient to make decision in accordance with Oyster Creek plans and procedures. e Drill logs will be made available for the GSS and Lead CRO I and should be maintained as up-to-date as conditions will allow. These logs, along with all check lists and forms, i will be collected at the end of the drill. 9 (94 ANNUAL EX/LD/31)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O 1 e Comment sheet will be made available for the crew to document drill related problems and any suggestions for making the drills better.
- The purpose of the exercise is to test Emergency Plan Implementing Procedures and implementation of the major ;
aspects of the Emergency Plan. DO NOT BECOME OVERLY i CONCERNED WITH THE MECHANICS OF THE REACTOR OR THE CAUSE OF l l THE ACCIDENT. THIS EXERCISE IS DESIGNED To TEST OYSTER CREEK PLANS AND PROCEDURES AND IS NOT CONCERNED WITH ESTABLISHING THE PROBABILITY, FEASIBILITY, OR DETAILED MECHANICS OF THE SIMULATED ACCIDENT. i e When appropriate think out loud, so the observers understand your thought process. If you are involved in a ' drill related discussion or briefing, be sure to speak up so the observers can hear you without intruding. s e There may be times when the crew decides on actions not ; taken into account in the drill scenario and will not be , allowed in order to preserve the scenario structure. If [ such an action is taken before the drill controller can l prevent it, then the simulator will be backtracked and , restarted just prior to that action taking place. j O e At the completion of the drill, a short debriefing will be conducted in the simulator. ! i a l t h i i
.I f
l I I i O (94 ANNUAL EX/LD/32)
.. . _ = . - .
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS O I J l i O SECTION I.C.2 CONT /0BSERVER ASSIGNMENTS i 1 t i e i n 4 0 . (94 ANNUAL EX/LD/33) , i
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.0 1.C. EXERCISE CONTROL O l.C.2. CONTROI I FR/ OBSERVER ASSIGNMENTS (DRAFD , ECC/ SIMULATOR Plant Data Controller P. Hays Radiological Data Controller J. Bontempo Simulator Console Operator
- Operations Observer S. Ames Roving Operations Observer J. Frank ECC Communications Observer G. Young ;
ISC i Lead Controller R. Sullivan Radiological Assessment Controller J. Derby TSC Observer J. Solakiewicz TSC Observer S. McAllister TSC Observer M. Godknecht I EIS ! O 1 OSC Controller D. VanNortwick : OSC Lead Observer P. Fischler l l OSC Observer W. Quinlan OSC Observer T. Jenkins ' OSC Observer D. Cook OSC Observer F. Meyer OSC Observer R. Carr Chemistry Observer F. Jordan Radiological Observer Radiological Observer Jon Campesi Radiological Observer P. Milligan On-site Monitoring Observer SECURITY Security Observer J. Sevilla
- To be assigned by N. Boutware
** To be assigned by K. Wolf O
(94 ANNUAL EX/LD/34) ]
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS S. Molello 9 Media Observer EQE EOF Controller F. Aller Ldr. RE & C Observer R.Shaw EOF T.F. Observer C. Lefler EOF Observer R. Finicle EOF Observer A. Smith EACC EACC Controller J. Vouglitols Off-site Monitoring Observer F. Applegate Off-site Monitoring Observer W. Shearer Parsip. Off-Site Monitoring Observer W. Beebe PTFC l PTFC Observer S. Persons i AEOF ! AEOF Observer M. Chanda FORKED RIVER FIRE DEPARTMENT Local Government Observer D. Larson l I l
- To be assigned by N. Boutware
** To be assigned by K. Wolf l
1 O (94 ANNUAL EX/LD/35)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O 9 SECTION I.C.3. CO M NICATIONS 1.C.3.a. Drill Controller Phone List O l.C.3.b. Emergency Response Center Phone List ; l l l O P4 ANNUAL EX/LD/36)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.0 1.C. EXERCISE CONTROL l.C.3. COMMUNICATIONS
- a. Drill Controller Phone List 1
Plant Data Controller 971-4550 Radiological Data Controller 971-2201
-2202
-2203 Simulator Console Operator 971-2201
-2202
-2203 Lead Controller 971-4537 OSC Controller 971-4507 EOF Controller 908 367-8771 Security Observer (Main Gate) 971-2159
-4954 JIC Media Observer 908 477-4351
-2552 AEOF Observer 971-1220
-1126 PTFC Observer 201 316-7394
-7395 Emergency Preparedness Office 971-4011
- b. Emergency Response Centers Phone List ECC/ Control Room (Simulator 971-5666
-4959 Tech. Support Center 971-1379
-4158
-0961 Operations Support Center 971-4240 !
-4880 Emergency Operations Facility 908 362-8812 Shift Command Office, Main Gate 971-4954
-2159 Joint Information Center 908 477-4351
-2552
-0220 AEOF 971-1220 l
-1126 PTFC 201 316-7349
-7395
-7396 O CREST 971-4012
-2422 (94 ANNUAL EX/LD/37)
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS O 4 SECTION I.C.4. FORMS 1.C.4.a. Chronology of Events and Minor Comments Form I.C.4.b. Observer Comments / Deficiencies Form I.C.4.c. Player Participants Evaluation Form j l.C.4.d. Attendance Form ! l l I l 1 P 1 O l (94 ANNUAL EX/LD/38) 1 I
l ANNUAL EXERCISE SCENARIO NO. 36 l OCNGS REV.0 ) l.C. EXERCISE CONTROL (~ b ) i I.C.4. FORMS , The following forms are included in this section:
- a. Chronology of Events and Minor Comments Form. This form is used by the Observer to document, in chronological order, the major events that have been observed.
- b. Observer Comments / Deficiencies Form This form is used by the Observer to document observation including, but not limited to:
. Superior performance
. Sub-standard performance
. Facility / Equipment deficiencies
. Procedure deficiencies
. Scenario and Scenario control comments Be sure to include any recommendations you have for improving performance or correcting deficiencies. Please make your comment descriptive, yet concise.
/ c. Player Participant's Evaluation Form k]/ The center's controller observers are responsible for duplicating and handing out these forms. They are used to record the drill participants comments; suggestions and/or any deficiencies encountered during the drill. The participant may turn the form in during the center's debriefing (immediately following the drill) or forward it directly to the Emergency Preparedness Office.
- d. Training Attendance Form Used to record the drill participation of players, observers and controllers. Center controllers and observers are responsible for circulating the attendance forms (s) within their centers and returning them to the EP department. They should be signed in pencil or BLACE ink.
i (94 ANNUAL EX/LD/39) I
SCENARIO NO. 36 ANNUAL EXERCISE REV.0 l OCNGS l ~ CHRONOLOGY OF EVENTS AND MINOR COMMENTS OBSERVERS NAME/ POSITION TIME EVENT i O 9 O (94 ANNUAL EX/LD/40)
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS CHRONOLOGY OF EVENTS AND MINOR COMMENTS O OBSERVERS NAME/ POSITION TIME EVENT O i O (94 ANNUAL EX/LDM1) I t
ANNUAL EXERCISE SCENARIO NO,36 OCNGS REV.O CHRONOLOGY OF EVENTS AND MINOR COMMENTS O OBSERVERS NAME/ POSITION , TIME EVENT O h O (94 ANNUAL EX/LD/43) l
1 ANNUAL EXERCISE SCENARIO NO. 36 l OCNGS REV.O CHRONOLOGY OF EVENTS AND MINOR COMMENTS l OBSERVERS NAME/ POSITION TIME EVENT O O (94 ANNUAL EX/LD/44)
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS DBSERVER COMMENTS / DEFICIENCIES FORM ( Observer's Name/ Center COMMENTS / DEFICIENCIES RECOMMENDATIONS / REMARKS O l O 1 (94 ANNUAL EX/LD/44) 1 I
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O OBSERVER COMMENTS / DEFICIENCIES FORM Observer's Name/ Center COMMENTS / DEFICIENCIES RECOMMENDATIONS / REMARKS I l I I l 9 (94 ANNUAL EX/LD/45)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.0 l OBSERVER COMMENTS / DEFICIENCIES FORM Observer's Name/ Center COMMENTS / DEFICIENCIES RECOMMENDATIONS / REMARKS O O (94 ANNUAL EX/LD/46)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O OBSERVER COMMENTS / DEFICIENCIES FORM Observer's Name/ Center COMMENTS / DEFICIENCIES RECOMMENDATIONS / REMARKS I I (94 ANNUAL EX/LD/47)
ANNUAL EXERCISE SCENARIO NO. 36 ; OCNGS REV.O Player Participant's Evaluation Form DATE: June 8,1994 1 Your Emergency Position
Title:
Summarv of Comments / Deficiencies / Suggestions: Facility /Ecuipment Problems:
)
i Procedure Problems: l l 1 l 1 O Scenario Problems: Other Problems / Comments / Concerns / Suggestions: Submitted By: Ext.: (CONTINUE ON BACK, IF NEEDED) NOTE: PLEASE FORWARD ALL COMMENTS TO EP DEPARTMENT. (94 ANNUAL EX/LD/48) l 1
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS Player Participant's Evaluation Form l O DATE: June 8,1994 , 1 1 Your Emergency Position
Title:
Summary of Comments / Deficiencies / Suggestions: Facility / Equipment Problems: i l l Procedure Problems: . l l l O ! Scenario Problems: 1 Other Problems / Comments / Concerns / Suggestions: l l Submitted By:___ Ext.: I 1 (CONTINUE ON BACK, IF NEEDED) NOTE: PLEASE FORWARD ALL COMMENTS TO EP DEPARTMENT. 1 (94 ANNUAL EX/LD/49) l
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS Player Participant's Evaluation Form l O DATE: June 8,1994 , Your Emergency Position
Title:
Summary of Comments / Deficiencies / Suggestions: Facility / Equipment Problems: 1 1 Procedure Problems: i l O Scenario Problems-T l l l 1
)
Other Problems / Comments / Concerns / Suggestions: Submitted By: Ext.: (CONTINUE ON BACK, IF NEEDED) NOTE: PLEASE FORWARD ALL COMMENTS TO EP DEPARTMENT.
$4 ANNUAL EX/LD/50)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O Player Participant's Evaluation Form O DATE: aunes ,ss4 ; Your Emergency Position
Title:
Summary of Comments / Deficiencies / Suggestions: Facility / Equipment Problems: Procedure Problems: O Scenario Problems:
]
l Other Problems / Comments / Concerns / Suggestions: ; i l l Submitted By: Ext.: ; 1 (CONTINUE ON MACK, IF NEEDED) NOTE: PLEASE FORWARD ALL COMMENTS TO EP DEPARTMENT. (94 ANNUAL EX/LD/51) 1
EMER@ENCY PLAN
' UNE 113lning Attendance Form page of Office Use Only Entered l Filed Received i i
I j Date Initials j Date initials Date_ . Initials Program No. 2635/30785 Title mergency Precaredness Trainino Cycle / Week !;/A Location Unit Group No. Course No. 782/30785820 Course Occurrence Status (A/C) Ccxmlete Course Revision 0 Course Completion Date Course Desenption Emergency Prep. Seminars / Drills / Exercises / Procedure Peview
.0001 Taken Date OG/0C/94 . Lesson Status (C/M)
Ccxmlete Lesson No. Lesson Revisim Ei/A Lesson Plan No. M/A Instructor SSN -211.A _ Actual Hours 5 Mode Drill Lesson Completion Date 06/On/94 Drill Lesson Desenption Social Exam "* Securtty P/Fil Grade Printed Name Signature Number (%) dg _ _ i l l l l _ _ i l j l
~ ~
"'Make entry for this column only if directed by instructor.
Sa revern er M Does, status, oroes, and Actual hours format. N 2071454h 1
EMER2ENCY PLAN ENuclear minin,att.no.nc. porm Office Use Only re,e o, Recew Entered ! Filed I initials Date initials , Date init:als Date Program No. 2655/30785 Title m encf Precaredness wai m e N/A Locat on Unit Group No. Cycle /Weex Course No. 782/30785820 Course Occurrence Status (A/C) ccr lete Course Revision 0 Course Completon Date Course Desenpten Ebergerc/ Prep. Se.inars/ Drills /Dcercises/ Procedure Paview 0001 Taken Date 06/08/94 Lesson Status (C/M) Ccrclete Lesson N.. . Lesson Revisen N/A Lesson Plan No. N/A Instructor SSN -N/A-Actuel Hours 5 Moo, Drill Lesson Completion Date 06/On/o4 Drill Lesson Desenptlon Soclel Exam Security P/Fil Grade Printed Nome Signature Number (%) M M M M M M M M M M m W
'+-k M M W W m m GAID 6 l
~ ~
%)
'"Make entry for this column only if directed try instructor.
I See m tor laces, Does. Status. Green, and Actual hours format. N 2c7' c5-09:
e ANWUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O SECTION II OPERATIONAL DATA 11 A. Plant Parameter Trends ll.B. Backup Plant Parameters ll.C. Backup Annunciator Data O (94 ANNUAL EX/LD/52) l l
SCENARIO NO. 36 ANNUAL EXERCISE REV.O j OCNGS O i l 1 SECTION II.A. PLANT PARAMETER TRENDS O (94 ANNUAL EX/LD/53)
S U 0 0 0 3 8 9 0 0 1 1 2 2 2 2 2 2 2 2 RV 0 0 0 0 0 0 0 0 0 5 6 6 6 6 6 6 6 6 6 6 6 6 O 5 5 5 5 5 5 5 OE 5 5 5 5 5 1 5 1 5 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 TL 1 1 1 1 S UP 5 5 5 5 9 9 4 7 8 8 8 8 8 8 8 8 8 7 7 RM 5 5 5 5 5 5 5 5 7 7 7 7 0 1 1 1 1 1 1 1 1 1 1 1 1 1 OE 7 7 7 7 7 7 7 7 7 1 1 1 1 1 1 1 1 1 1 1 1 1 1 TT SS US 0 0 4 3 1 0 5 5 0 2 5 7 9 0 0 0 RE 0 0 0 0 0 0 0 0 0 0 0 . 1 OR 1 2 1 1 1 TP 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2
. W2 2 2 .D0 < < < < < < <
2 2 2 2 2 2 2 2 2 2 2 2 2 2 2
.W2 2 2
2 2 2 2 2 2 2 2 2 2 DH
.S S 0 3 5 1 5 5 1 1 1 5 3 5 5 5 5
.E 0 0 0 0 0 0 0 0 0 0 0 1 2 1 . 0 . .
WR - - - - -
.DP
-P 8 8 8 8 8 8 6 2 0 3 6 4 5 5 3 5 3 9 2 5 7 M 8 8 8 8 8 8 1 3 4 5 5 6 6 6 1 1 1 1 1 1 1 1 1 9 7 3 5 2 0 9
.. W E 1 1 1 1 1 1 1 1 2 2 1 1 1 1 1 1 1 1 1 1 1 DT 1 1 1 1 1 1 1 1 O .FF WID
.H 9
3 9 3 9 3 9 3 9 3 9 3 9 3 9 3 9 3 9 3 9 3 9 3 1 3 9 4 7 6 3 7 6 2 6 2 6 2 9 1 1 3 3 3 3 3 3 W 9 9 3
..MO 9 9 9 9 9 9 9 9 9 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0
.TL 3 3 3 3 3 3 3 3 3 3 1
.SF 3 3 R" 2 2 2 2 2 2 2 2 3 2 1 8 6 0 7 0 5 8 1 8 8 7 7 IN 2 2 2 2 . .
CO EL 1 1 1 1 1 1 1 1 1 1 1 1 1 7 3 1 1 1 1 1 1 1 1 1 1 1 1 1
. RF 1 1 1 1 1 1
. M
. ER 8 8 8 8 8 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 VP 3 8 8 8 8 8 8 4 4 AA 4 4 4 4 4 4 4 4 4 4 0 8 2 7 5 0 7 7 4 4 8 5 2 6 7
..- f f f 8 3 4 9 4 1 1 5 3 3 3 3 3 3 3 V f f f f
f f f f f f f f f f f f f f f 1 1 1
.SE f f o o o o o > -
FL o o o o o o o - - - - 5 5 5 5 5 5 5 5 5 5 5 5
. RV 0 0 0 0 0 0 6
0 6 0 6 0 6 0 6 0 6 0 6 0 2 5 8 5 8 8 8 8 8 8 G 8 8 8 8 8 8 AE 6 6 6 6 1 6 1 1 1 1 1 1 1 1 1 YL 1 1 1 5 0 0 6 9 7 3 2 1 9 0 8 7 7 7 6 6
,. S 0 0 0 0 0 0 0 0 0 0 0 1 1 2 2 2 2 2 2 2 1 2 1 1 1 E 2 2 2 2 2 2 0 0 0 7 1
.XR 0 0 0 0 0 0 0 0 0 O
1 1 1 1 1 1 1
.RP 1 1 1 1 1 -
0 0 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 E 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 4 5 0 1 2 3 4 5 0 0 0 0 0 0 0 0 0 _ M 0 1 2 3
- : : : : : : : : : : : : : : : : 6 : : : : : :
I 8 8 8 8 8 8 8 8 8 8 8 8 8 T 6 6 6 6 6 6 7 7 7 7 7 7 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 . 1 1 1 1 1
TIME .RX YAR FZ AVE RECIR STM FW. DW DW DW DW TORUS TORUS TORUS PRESS LEV LEV APRM FLOW FIXMi FLOW TEMP PRESS H2 O2 PRESS TEMP LEV 18:15 6 85 35 0 1.2 0 .3 168 .5 <2 <2 1.0 117 162 18:16 6 85 36 0 1.0 0 .3 169 .5 <2 <2 1.0 117 162 18:17 5 85 37 0 1.0 0 .3 170 .5 <2 <2 1.0 117 162 18:18 5 85 42 0 .8 0 .8 171 .5 <2 <2 1.0 117 162 18:19 6 85 40 0 .5 0 1.6 172 .4 <2 <2 .9 117 162 18:20 6 85 41 0 .5 0 1.6 172 .4 <2 <2 .9 117 163 18:25 5 85 52 0 .5 0 1.6 173 .4 <2 <2 .9 116 164 18:30 7 120 102 0 .3 0 .7 174 .3 <2 <2 .8 116 166 18:35 6 123 105 0 .8 0 .7 175 .2 <2 <2 .7 115 168 18:40 6 125 107 0 .5 0 .7 175 .2 <2 <2 .7 115 169 18:45 6 129 111 0 .7 0 .7 175 .2 <2 <2 .7 115 170 18:50 6 132 114 0 .7 0 .7 175 .1 <2 <2 .7 115 172 18:55 6 135 117 0 .6 0 .8 175 .1 <2 <2 .6 114 173 19:00 6 136 118 0 .5 0 .8 175 .1 <2 <2 .6 114 175 19:10 6 142 124 0 .3 0 .8 175 .1 <2 <2 .6 114 178 19:20 6 147 136 0 .6 0 .8 175 .1 <2 <2 .6 113 182 19:30 6 149 138 0 .2 0 .8 174 .1 <2 <2 .6 113 185 19:40 6 151 >180 0 .2 0 .8 174 .1 <2 <2 .6 113 188 19:50 5 150 >180 0 .2 0 .8 174 .1 <2 <2 .6 112 191 20:00 5 150 >180 0 .2 0 .8 173 .1 <2 <2 .6 112 194 20:10 5 150 >180 0 .2 0 .8 173 .1 <2 <2 .6 112 197 20:20 5 150 >180 0 .2 0 .8 173 .1 <2 <2 .6 111 200 20:30 5 150 >180 0 .2 0 .8 172 .1 <2 <2 .6 111 203 20:40 4 150 >180 0 .2 0 .8 172 .1 <2 <2 .6 111 206 20:50 4 150 >180 0 .2 0 .8 171 .1 <2 <2 .6 110 209 21:00 4 150 >180 0 .2 0 .8 171 .1 <2 <2 .6 110 212 O O O
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O SECTION II.B. BACKUP PLANT PARAMETERS O (94 ANNUAL EX/LD/54)
O O O REACTOR PARAMETERS _ _ _ _ _ . _ _ _ REACTOR YA R W AY FUEL ZONE LEVEL AVER AG E ALL PRESSURE LEVEL A P R M's 1020 PSIG 160 "TAF OFF "TAF 48 % TOTAL RECIRC STEAM FLOW
^
FLOW FLOW 11.2 E4 GPM 3.9 MLM/H 3.9 MLM/H CONTAINMENT PARAMETERS DRYWELL DRYWELL DRYWELL DRYWELL TEM P ER ATU R E PRESSURE HYDROGEN OXYGEN 118 F 0 PSIG <2 % <2 % TORUS TORUS TEM PE R ATU R E TORUS LEVEL PRESSURE 0 PSIG 75 F 150 INCHES _ TIME 16:00
O O O REACTOR PARAMETERS - _ . - . - - - - - REACTOR YA R W AY FUEL ZONE AVER AGE ALL PRESSURE LEVEL LEVEL A P R M's 1020 PSIG 160 "TAF OFF "TAF 48 % l _ TOTAL- RECIRC A ER STEAM FLOW FLOW FLOW 11.2 E4 GPM 3.9 MLM/H 3.9 MLM/H CONTAINMENT PARAMETERS D RYWELL DRYWELL DRYWELL DRYWELL TEM PER ATU R E PRESSURE HYDROGEN OXYGEN 118 F 0 PSIG <2 % <2 % " l TORUS TORUS TE M PE R ATU R E TORUS LEVEL PRESSURE 0 PSIG 75 F 150 INCHES TIME _ 16:10 _
O O O REACTOR PARAMETERS - - _ - _ _ _ - REACTOR YA R W AY FUEL ZONE AVER AG E ALL PRESSURE LEVEL LEVEL A P R M's 1020 PSIG 160 "TAF OFF "TAF 48 % TOTAL RECIRC STEAM FLOW
^
FLOW FLOW , 11.2 E4 GPM 3.9 MLM/H 3.9 MLM/H CONTAINMENT PARAMETERS DRYWELL DRYWELL DRYWELL DRYWELL TEM P ER ATU RE PRESSURE HYDROGEN OXYGEN 118 F 0 PSIG <2 % <2 % TORUS TORUS TE M P ER ATU R E TORUS LEVEL PRESSURE 0 PSIG 75 F 150 INCHES TlME 16:20 __a
.. . -- . . - . - =
- . = . - _ -
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FLOW FLOW 11.3 E4 GPM 1.3 MLM/H 3.1 MLM/H CONTAINMENT PARAMETERS DRYWELL DRYWELL DRYWELL DRYWELL TEM PER ATU RE PRESSURE HYDROGEN OXYGEN 196 F 13 PSIG <2 % <2 % TORUS TORUS TEM PE R ATU R E TORUS LEVEL PRESSURE 10 PSIG 79 F 153 INCHES _ TIME . 18:00
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^
FLOW FLOW 0.3 E4 GPM 0 MLM/H 0.7 MLM/H _ l CONTAINMENT PARAMETERS 1 DRYWELL ' D RYW E LL DRYWELL DRYWELL TEM P ER ATU R E PRESSURE HYDROGEN OXYGEN 174 F 0.3 PSIG <2 % <2 % TORUS TORUS TE M PE R ATU R E TORUS LEVEL PRESSURE 0.8 PSIG 116 F 166 INCHES l TIME 18:30 l l l
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O O O REACTOR PARAMETERS i REACTOR YA R W AY FUEL ZONE AVER AGE ALL PRESSURE: LEVEL LEVEL A P R M's 6 PSIG 123 "TAF 105 "TAF 0% TOTAL RECIRC E E DWATE R STEAM FLOW FLOW F LOW - 0.8 E4 GPM 0 MLM/H 0.7 MLM/H __ CONTAINMENT PARAMETERS _ DRYWELL DRYWELL DRYWELL DRYWELL TEM P ER ATU R E PRESSURE HYDROGEN OXYGEN 175 F 0.2 PSIG <2 % <2 % i TORUS TORUS TORUS LEVEL PRESSURE TE M PER ATU R E 0.7 PSIG 116 F 168 INCHES l l TIME 18:35
O O O REACTOR PARAMETERS REACTOR YA R W AY FUEL ZONE AVER AGE ALL PRESSURE LEVEL LEVEL A P R M's 6 PSIG , 125 "TAF 107 "TAF 0% TOTAL RECIRC EED WATER j STEAM FLOW F LOW l FLOW - 0.5 E4 GPM 0 MLM/H 0.7 MLM/H _ CONTAINMENT PARAMETERS D RYWELL DRYWELL DRYWELL DRYWELL TEM PER ATU R E PRESSURE HYDROGEN OXYGEN 175 F 0.2 PSIG <2 % <2 % TORUS TORUS TEM PE R ATU R E TORUS LEVEL PRESSURE 0.7 PSIG 115 F 169 INCHES TIME . 18:40
O O O REACTOR PARAMETERS REACTOR YA R W AY FUEL ZONE AVER AG E ALL PRESSURE- LEVEL LEVEL A P R M's 6 PSIG 129 "TAF 111 "TAF 0% TOTAL RECIRC STEAM FLOW
^
FLOW . FLOW 0.7 E4 GPM 0 MLM/H 0.7 MLM/H _. CONTAINMENT PARAMETERS DRYWELL D RYW ELL DRYWELL DRYWELL TEM P ER ATU R E ' PRESSURE HYDROGEN OXYGEN [ 175 F 0.2 PSIG <2 % l
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O O O i REACTOR PARAMETERS l REACTOR- YA R W AY FUEL ZONE AVER AG E ALL PRESSURE LEVEL LEVEL AP R M's 6 PSIG 132"TAF 114 "TAF 0% _ . _l TOTAL RECIRC STE AM . FLOW
^
FLOW FLOW 0.7 E4 GPM 0 MLM/H 0.7 MLM/H _ CONTAINMENT PARAMETERS __ DRYWELL DRYWELL DRYWELL DRYWELL TEM P ER ATU R E PRESSURE HYDROGEN OXYGEN 175 F 0.1 PSIG <2 % <2 % TORUS TO i'U S TEM P E R ATU R E TORUS LEVEL PRESSURE 0.6 PSIG 115 F 172 INCHES _ TIME 18:50
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O O O REACTOR PARAMETERS l l REACTOR YA R W AY FUEL ZONE AVER AG E ALL PRESSURE LEVEL LEVEL A P R M's 6 PSIG 135"TAF 117 "TAF 0% TOTAL RECIRC A ER STEAM FLOW FLOW FLOW 0.6 E4 GPM 0 MLM/H 0.8 MLM/H , 1 CONTAINMENT PARAMETERS D RYWE LL. DRYWELL DRYWELL DRYWELL TEM P ER ATU RE PRESSURE HYDROGEN OXYGEN 175 F 0.1 PSIG <2 % <2 % TORUS TORUS TEM P E R ATU R E TORUS LEVEL PRESSURE 0.6 PSIG 114 F 173 INCHES TIME 18:55 . _ _
O O O REACTOR PARAMETERS REACTOR ' YA R W AY FUEL ZONE AVER AGE ALL PRESSURE LEVEL LEVEL A P R M's 6 PSIG 136 "TAF 118 "TAF 0% TOTAC RECIRC STEAM FLOW
^
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O O O REACTOR PARAMETERS _ REACTOR YA R W AY FUEL ZONE AVER AG E ALL PRESSURE LEVEL LEVEL A P R M's < 6 PSIG 142 "TAF 124 "TAF 0% _ TOTAL RECIRC STEAM FLOW A ER FLOW FLOW 0.3 E4 GPM 0 MLM/H 0.8 MLM/H _ CdNTAINMENT PARAMETERS D RYWELL- .. . DRYWELL D RYW E LL DRYWELL TEM PER ATU R E PRESSURE HYDROGEN OXYGEN 175 F 0.1 PSIG <2 % <2 % TORUS TORUS TEM PER ATU R E TORUS LEVEL PRESSURE-0.6 PSIG 114 F 178 INCHES TIM E . 19:10
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O O O t REACTOR PARAMETERS i REACTOR YA R W AY FUEL ZONE AVER AG E ALL PRESSURE LEVEL LEVEL A P R M's 1 j 6 PSIG 149"TAF 138 "TAF 0% TOTAL RECIRC STEAM FLOW
^
l FLOW F LOW l 0.2 E4 GPM 0 MLM/H 0.8 MLM/H CONTAINMENT PARAMETERS DRYWELL D RY.WELL DRYWELL DRYWELL TEM P ER ATU R E PRESSURE HYDROGEN OXYGEN 174 F 0.1 PSIG <2 % <2 % TORUS TORUS TEM P ER ATU R E TORUS LEVEL PRESSURE 0.6 PSIG 113 F 185 INCHES TIME 19:30
O O O REACTOR PARAMETERS
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TOTAL RECIRC STEAM FLOW
^
FLOW F LOW 0.2 E4 GPM 0 MLM/H 0.8 MLM/H CONTAINMENT PARAMETERS DRYWELL DRYWELL DRYWELL D RYW ELL TEM PER ATU RE PRESSURE HYDROGEN OXYGEN 174 F 0.1 PSIG <2 % <2 % TORUS TORUS TE M P E R ATU RE TORUS LEVEL PRESSURE. 0.6 PSIG 113 F 188 INCHES _ TIME . 19:40
O O O REACTOR PARAMETERS REACTOR YA R W AY FUEL ZONE AVERAG E ALL
~PRESSORE . LEVEL . LEVEL A P R M's 6 PSIG 150"TAF > 180"TAF 0%
TOTAQ.IR ECIRC EEDWATE R STEAM FLOW F L O W .- FLOW 0.2 E4 GPM 0 MLM/H 0.8 MLM/H
. CON'fAINMENT PARAMETERS D RYWELL ' ' D'RYWELL DRYWELL DRYWELL TEM PER ATU RE ': P R ES S U FI E '." HYDROGEN OXYGEN 174 F 0.1 PSIG <2 % <2 %
TORUS TORUS TEM PER ATU RE TORUS LEVEL PFIESSU R E 0.6 PSIG 112 F 191 INCHES TIM E . 19:50
O O O REACTOR PARAMETERS
' R E ACTO R . YAR W AY FUEL ZONE LEVEL AVER AGE ALL PRESSUREL LEVEL A P R M's i
6 PSIG 150"TAF > 180"TAF 0% _ TOTA 6RECIR_C STEAM FLOW
^
F L O W .- FLOW 0.2 E4 GPM 0 MLM/H 0.8 MLM/H _ CONTAINMENT PARAMETERS D RYWELL ' DRYWELL D RYW ELL DRYWELL TEM PER ATU RE PRESSURE-- HYDROGEN OXYGEN 173 F 0.1 PSIG <2 % <2 % TORUS TORUS TEM PER ATU RE TORUS LEVEL PRESSURE 0.6 PSIG 112 F 194 INCHES TIME , 20:00
O O O REACTOR PARAMETERS REACTOR YA R W AY FUEL ZONE AVERAGE ALL PRESSURE _ LEVEL LEVEL A P R M's 6 PSIG 150"TAF > 180"TAF 0% _ _ _ - . _ _ .
^
TOTAL:RECIR9 STEAM FLOW t F L.O W ' * . FLOW ; l 0.2 E4 GPM 0 MLM/H 0.8 MLM/H _
- CONTAINMENT PARAMETERS DRYWELL D RYW ELL' DRYWELL DRYWELL TEM PER ATU RE PRESSURE- HYDROGEN OXYGEN 173 F 0.1 PSIG <2 % <2 %
TORUS TORUS TEM PE R ATU R E TORUS LEVEL PRESSURE' 0.6 PSIG 112 F 197 INCHES TIME , 20:10
- - - - . - - - - - ~ _ . - _ _ . _ - - - _ ., ,
O O O REACTOR PARAMETERS i YA R W AY. REACTOR- FUEL ZONE AVERAGE ALL LEVEL PRESSURE --l-LEVEL A P R M's 6 PSIG 150"TAF > 180"TAF 0% TOTALdR'ECIRC STEAM FLOW
^
FLOW FLOW 0.2 E4 GPM 0 MLM/H 0.8 MLM/H CONTAINMENT PARAMETERS DRYWELL
~
DRYWELL DRYWELL. DRYWELL TEM PER ATU R E .. P'R ES SU R E . HYDROGEN OXYGEN l 173 F 0.1 PSIG <2 % <2 % TORUS TORUS. TEM P ER ATU R E TORUS LEVEL PRESSURE 0.6 PSIG 111 F 200 INCHES _ TIME . 20:20
O O O REACTOR PARAMETERS REACTOR'
'~
YA R WAY FUEL ZONE AVERAGE ALL PRESSURE 9 LEVEL LEVEL A P R M's 5 PSIG 150"TAF > 180"TAF 0% _ __ _- . _ J TOTAL FIECIRC EEDWATE R STEAM FLOW . F LOW.. FLOW . 0.2 E4 GPM 0 MLM/H 0.8 MLM/H - CONTAINMENT PARAMETERS D RYWELL . DRYWELL DRYWELL DRYWELL TEM PER ATU R E PRESSURE HYDROGEN OXYG EN 172 F 0.1 PSIG <2 % <2 % I TORUS TORUS + TORUS LEVEL PRESSURE. TEM PER ATU R E 0.6 PSIG 111 F 203 INCHES TIME . 20:30
l o o o l l REACTOR PARAMETERS REACTOR YA R W AY FUEL ZONE AVER AGE ALL PR ES SO FtE LEVEL LEVEL A P R M's 4 PSIG 150"TAF > 180"TAF 0% _ TOTALlRECIRC STEAM FLOW
^
FLOW : 4: FLOW 0.2 E4 GPM 0 MLM/H 0.8 MLM/H CONTAINMENT PARAMETERS DRYWELL
~
DRYWELL D RYWELL' DRYWELL OXYGEN TEM PER ATU RE PRESSURE HYDROGEN 172 F 0.1 PSIG <2 % <2 % ; TORUS. TORUS TEM PE R ATU RE TORUS LEVEL PRESSURE 0.6 PSIG 111 F 206 INCHES TIME . 20:40 J 1
O O O REACTOR PARAMETERS RE ACTOR :- ; I' - YA R W AY FUEL ZONE AVER AG E ALL P R ES S O R E .- LEVEL LEVEL A P R M's 4 PSIG 150"TAF > 180"TAF 0% I TOTAL RECIRC EEDWATE R
. STEAM FLOW FLOW ~ FLOW 0.2 E4 GPM 0 MLM/H 0.8 MLM/H l
l CONTAINMENT PARAMETERS l D RYWELL. : - DRYWELL' DRYWELL DRYWELL TE M P E R ATU.R E PRES'SURE HYDROGEN OXYGEN l ! 171 F 0.1 PSIG <2 % <2 % i TORUS TORUS ~ TEM P E R ATU R E TORUS LEVEL PR ESSU FIE ! 0.6 PS!G 110 F 209 INCHES i ! TIME . 20:50 i t
O O O REACTOR PARAMETERS REACTORt YA R W AY FUEL ZONE AVER AGE ALL PRESSURE- LEVEL LEVEL APRM*n 4 PSIG 150"TAF > 180"TAF 0%_ TOTAL RECIRC STEAM FLOW
^
F LOW . FLOW 0.2 E4 GPM 0 MLM/H 0.8 MLM/H CONTAINMENT PARAMETERS _ D RYWELL DRYWELL D RYW E LL DRYWELL TEM PER ATU RE PRESSURE HYDROGEN OXYGEN 171 F 0.1 PSIG <2 % <2 % TORUS TORUS TEM PER ATU R E TORUS LEVEL PRESSURE-0.6 PSIG 110 F 212 INCHES TIM E . 21:00
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O SECTION II.C. BACKUP ANNUNCIATOR DATA O (94 ANNUAL EX/LD/56)
O O O ANNU N C I A T O R K L A Y O U T FEED C I R C & T R A I N C O N D E N S A T E SE V IC E
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PUMP h PUMP B PUMP C CW PUMP SVC WATER 1 1 TRIP TRIP TRIP TRIP PUMP TRIP PUMP A PUMP B PUMP C CM PUMP b ;'ShPPLY 2 7 DEMIN EFFL PRESS LO g CONDUCT HI OL OL OL OL DISCH PRESS 3 3 INDVDL DEMIN CONDUCT HI HI
- NRW COND DEMIN COND XFER CHIDRINE 4 4
A P HI PUMP TRIP LEAK HOtitELL COND XFER INTAKE SCRN SCRN WASH 5 5 DEMIN INFL TROUBLE LVL HI/LO 2 PUMPS RNG A P HI CONDUCT HI-HI STORAGE TANK ISOL COND FAP 6 6 DEMIN INFL CONDUCT HI LVL HI/ID MU VLV OPEN TROUBLE TUBE SHEET HI CONDUCT LO CONDUCT ENVIRON VAC PRIM PMP 7 7 HOTWELL CONDUCT HI CONDUCT HI TNK LVL HI TNK LVL HI MATER MON TRIP COND XFER TUBE SHEET (A8 A BLDG. SUMP CHLORIN VAC PRIM PMP 8 8 M ID CO MON BYPASS gK LEVEL HI TROUBLE VAC ID a b c d e f l OFF vettow FAST FLASH ,aness- SLOW FLASH neo SOLID w7rre_ TIME 16:15
O O O A N N U N C I A T O R L L A Y O U T H & V DW R X B L D G T U R B B L D G OFFICE f* RECI RC BLDG FANS AIR SGTS -W A S H TRAIN A FLTRS EXH NORTH 1 1 RF 1 A P HI/ TRUNNION RM AW 1 RF 6 TRIP
, A P HI A P ID EF 26/27 TRIP TRIP HTR CKT FAIL AN 1 EF 7 NORTH 2 2 RF 2 TRAIN A TRUNNION RM RF 7 TRIP A P ID TRIP SF 16/17 TRIP TRIP FLOW LO RB CONTROL ROOM EXH. DUCT AW 2 SF 7 / EF 1 HVAC SYS A 3 3 RF 3 EF-1-8 TRIP TROUBLE TRIP OL TRIP TEMP. HI A P HI CONTROL ROOM TRAIN B FLTRS HVAC SYS B 4 A P HI/ EF 5 EXH AW 2 SF 7 / FILTER 4 RF 4 & P HI TROUBLE TRIP HTR CKT FAIL DUCT A P LO A P I4 5 RF 5 TRAITS B EF 6 AW 3 SF 7 / FILTER SOUTH 5 TRIP FLOW I4 TRIP A P HI A P LO SF 18 TRIP SOUTH EF-1-9 RB AW 3 ROOF VNTLR SF 19/EF 18/EF 19 6 6 TRIP OL TRIP A P HI A P LO TROUBLE HTG BLR PNL 12XR AW 4 TB COND RETN ROOF TEMP EF 26/27 7 7 HI FLTRS P HI TROUBLE A P III TNK LVL HI AW 4 HTG BLR CHLR SRG TNK EF 26/27 8 8
A P LO TROUBLE LVL HI/LO FLTRS P LO s b c d e f a WHITE OFF vettow FAST FLASH M SLOW FLASH _ neo __ SOLID gmPm TIME 16:15
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O O O ANNUNCIAT0R E LAY 0VT RX RECIRC PUMPS / ATW0S -.
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O O O AXXUXCIAT0R F LAY 0Ui RX RECIRC PUMPS / 0 RIVES e RECIRC PUMP C RECIRC PUNP O RECIRC PUNP E NG MG MG _ SET SET SET P C LO C P D LO D T E LO E "talJ""C "":"" C "'"J:"o
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8 b C d t f WHITE OFF vettow FAST FLASH .aase+ = SLOW FLASH neo SOLID TIME 18:00
O O O A N N U N C 1 A 1 O R G L A T 0 U T STD8Y F U E L R E A C i O R L I O -. P O O L '* CNIRL R P S N f U i R 0 N _ M 0 N I i O R S 1 FLOW CNANNEL I IM APM 1 C OR Ml-MI/INOP I (M g, NI-MI/INOP I AO AMG AO CATES SQUlO VALVE RPS MG SET 1 IRM APRM 2 2 LEAK NI OPE N TRIP CHANNEL !! Ml-Nt/INOP 11 Mi-MI/INOP ll 3 REFUEL SEAL RPS MG SET 2 SM IRM APM 3 TRIP NI-MI Ni MI LEAK Ml 4 POOL LivEL/ TANC Ltytt RPS 6008/ SM IRM APM 4 SO 31 PASS NI/INOP DNSCL DNSCL IEMP NI MI/LO 5 POOL LEVtt SM ONSCL
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O O O ANNU N C I A T O R K L A Y O U T l FEED CI R C & T R A I N C O N D E N S A T E SE V IC E CONDUCT W A T E R .,
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1 PUMP A PUMP B PUMP C CW PUMP SVC WATER 1 TRIP TRIP TRIP TRIP PUMP TRIP
'2 DEMIN EFFL PUMP A PUMP B PUMP C CW PUMP SEAL SUPPLY 2 CONDUCT HI OL OL OL OL PRESS LO 3 IMDVDL DEMIN DISCH PRESS 3 CONDUCT HI HI NRW 4 COND DEMIN COND XFER CHLORINE 4
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O O O A N N U N C I A T O R L L A Y O U T H & V DW R X B L D G T U R B B L D G OFF ICE .,* RECIRC _ BLDG FANS AIR SGTS -WASH TRAIN A FLTRS NORTH TRUNNION RM AW 1 EXH 1 1 RF 1 EP 26/27 TRIP
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O O O ANNUNCIATOR Q LAY 0UT B0P TUEBINE O TB - VAC/ CCW _ CNTRL MECH SEALS S;JAE I STOP VLVS e mi DISCM PRESS 1 CLOSED is sacuts TRovete LO 2 TRIP SOL 1 THRUST BRG p SJAE ROOM PUMP 2 DC LOST WEAR HI 22 encmas H2 MI AUTO START 3 TRIP SOL 2 VISRATION o PLMP 3 3 DC LOST MI as sacats TRIP 4 PANEL 7F SMELL ROTOR CONO VAC PtMP 2 4 15 PWR LOST DIFF EXP PtWe TRIP TRIP Q l}-b MI/LO 5 PANEL 13R EXH N000 SJAE STM Ptte 3 5 PWR LOST TEMP HI PRESS HI/LO TRIP f 6 EPR BRG TENP SURGE TANK 6 f LVL MI/LO PWR LOST MI 7 EPR FILTER STM SEAL SJAE DEN 7 A P HI PRESS LO TNK LVL HI l 8 asm toAt TRep EXMAUSTER SJAE DWN CMEM ADO 8 NOT RESET TRIP TNK LVL LO TNK LVL LO a b c d e f WHITE OFF yeuow FAST FLASH sonees SLOW FLASH neo SOLID TIME 18:00 -.
D I L O O S o i 2 3 4 5 6 7 8 e n L S I I S M A E F E R P H L B SR 8B f _ SP ISM - 1 I E W 1 U _ S MN MT IMP MO X N O D U G S G L 1J R S I R S L C A _ M L . A F S S I M L I F _ N E A E R F L W X A AP I AM IE A I R AS I L e l MN MT MW MOR O P M D U S G W G L C T O T U L O Y S 0 R Y Y P P A L l C 1A CS G A L E A LT ES S DI MR PT I MR PT I d N 0: GPI GI RP RO AM E RR ET R D TR UT I T UC L E LM L1 O SN L2 O SN E 8 R R B Wtrnu O K OD K lee pT IA F IA F R 1 c L L G O R R HE O R T A 0 I D GP IA DS GI G D SL R/ O M FT XS RM O I G LE CL RU B ET RI R O c SM AI I RR I a O TM A OO ON C X T A KT a s t u ta l Bt n AI VM TL O P TE ST T S TR AT CO M L T U c F _ N R X A T _ E TP II R X lT I M EE R E TP R E T S X CR E XT lS LL O RM D TM O TL SB YU SO II CR XT IL CO X G b A E R1 E8 V/ X E NC AO P RE T 2T M R RG PM S RM P S F _ O9 6 5 w C o I u R P RM I DP RM I e T D DI LR E TP LI ER E TP v D DI E ET IM IT IM C LT LL I CE F CE a . ES EO FRC XT R XT _ E l IO FL IR FG le a p m le p R I RK PA SB RG PR F E A SB F 5 6 7 s O _ I 2 3 4 da _ O w _ lIl(\lItl
O O O ANNUNCIATOR S LA YOUT S T A R T U P 4 1 6 0 V A U 1 S T A T I O M 1 F M R S SBO P O W E R 1 F M R S1A S 1B BUS 1A LKOUT RELAY I LKOUT RELAY LKOUT RELAY 86/SBO BRKR MN BRKR 1A SIA BRKR 1 86/SIA TRIP 86/ SIB TRIP TRIP TRLP TRIP MN BRKR 1A SIA BRER 2 2 86A/SIA 86A/ SIB 86A/SBO DC IDST 86 LKOUT TRIP OL/ TRIP DC LOST DC LOST 3 SIA SIB SBO SYS BUS 1A SIA BRKR 3 VOLTS LO VOLTS LO DC I4ST OV OFF NORMAL 4 AUX SIA SIB SBO XFMR BUS 1A 4 SUDDN PRESS SUDDN PRESS SUDDN PRESS SUDDN PRESS UV 5 AUX BIA SIB BUS 1A CNTRL 5 WDG TEMP HI WDG TEMP HI WDG TEMP HI DC 14ST 6 AUX FDR TO 460V 6 CLG PWR FAIL 1A1 TRIP 7 AUX SIA SIB SBO XFMR FDR TO 460V 7 TROUBLE TROUBLE TROUBLE TROUBLE 1A2 TRIP 8 FDR TO 460V 8 1A3 TRIP a b c d e f WHITE OFF veuow FAST FLASH masA SLOW FLASH neo _ SOLID TIME 18:00
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2168P/2
O O O ANNUNCIAT0R T LAY 0UT 4 1 6 0 V S TA T I 0N P 0W E R BUS IC EDG 1 BUS 1B B U S 10 EDG 2 1 MN BRKR IC LKOUT RELAY MN BRKR 1B SIB BRKR HN BRKR ID LKOUT RELAY I TRIP TRIP TRIP TRIP TRIP TRIP
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~wmelOFF veuow FAST FLASH wase. SLOW FLASH seo SOLID TIME 18:00 . ._ __
O O O ANNUNCIATOR 10F LATOUT N5SS % 2ABiATIOE NOEIiORS 0 F F G A S PROCESS A R E A
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S T S T E M OFF STACK ISOL RX UTR iURS 119 Fi GAS EFFLUENT COND 5LDC 5 L D C. ELEV 1 0FF GAS OFF GAS OFF GAS STACK EFFLUENT A VENT VENT ESW AREA MON CRif MON 1 ISOL ACI l PRESS NI NI-RI Wi NI M1 Ni A/S Ni M1 C5 Ni E _AND E E 2 OFF GAS OFF GAS OFF GAS SIACK EFFLLENT S VENT ESW FtEL POOL FLTR NORTN mLL 2 ISOL ACT 18 TEMP NI NI NI Ni C/D NI AREA NI C10 MI E STACK /fUBE OLOG SVC WTR NORIN M LL 3 SJAE INtET OFF GAS DISCN RAGENS STS RetCW Wl/ EU STS AREA C9 NI 3 VLV CLOSED VLV OPEN TROUstE RAD NI TRttl5LE NI VENT TRIP E E V 24-29/30 STK SNPL FLOW LO/ OPER FLODR 4 ISOL SIG OFF CAS OFF GAS SAfrLE VLV POS/STS STPT OFF GAS /9NI Sf4 LINUID AREA / VENT / Rt RANGE RAD. 39 NI 4 STPASS FLTR A P NI FLOW LO OFF NER/ WON INISC DNSCL/INOP DOWNSCALE EFFL DNSCL NOII. ASNORN. WNT TRIP E wsere OFF veuow FAST FLASH soneen SLOW FLASH neo SOLID TIME 18:00
O O O N $ 5 5 A N W U N C I A I O R 8 L A Y O U T C N iM i S P RA Y (* C 0 R E S P R A Y A D S E 5 W 5 V / E M R V _ 2 1 2 1 SYSTERI 1 SYSTEM 2 ADS TIMER A ADS TIMER B 1 1 DW DW I MicSTART miestART START I START PRESS LO PRESS LO sSTSigM 1 SYSTEM 2 ADS TIMER A ADS fisqER S 2 2 SYSTEM 1 SYSTEM 2 SEMAIS FOR
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aso SOLID 12153P2) TIME 18:01
O O O ANNUNCIAT0R E LAY 00T RX RECIRC PUMPS / ATW05 '" l RX 0 RIVES RECIRC PUMP TRIP RECIRC PUMP A RECIRC PUMP B MG : MG SET SEI 1 ACTUATE -ACTUATE OWWtei SAKR PUNP & P BWV DOT BM[R PW AP l .8 '] A I C II . TRIP- A. LO A TRIP -S LO 3 ANS AM [.g y 2 ACTUATE ACTUATE Dev HOT BRER VIenATIOR ORV HOT BRKR VIBRATION 2 B I -D II LOCEOUT A MI A LOCEOUT 8 HI B 3 TEST TEST HG HG 3 I II OL A OL 8 4 LESS THAN 2 SPEED CNTRL SPEED CNIRL 4 RECIRC LOOPS LOST A LOST 8 5 RCP/MG WDG 5 TEMP HI 6 NCP fer esG OIL LEVEL OIL LEVEL 6 TEM MI" , MI/LO A HI/LO 8 7 HG BRG CCW ' CCW CCW- 7 TEMP HI ' TEDW' HI FLSI LO A FLOW LO 3 8 8 a b c jd e f sne~OFF veuow FAST FLASH .aneen SLOW FLASH neo SOLID TIME 18:01
O O O ANNU N C I A T O R K L A Y O U T FEED C I R C E T R A I N C O N D E N S A T E SE VIC E CONDUCT W A T E R _, PUMP A PUMP B PUMP C CW PUMP SVC WATER 1 1 TRIP TRIP TRIP TRIP PUMP TRIP PUMP A PUMP B PUMP C CW PUMP SEAL SUPPLY 2 2 DEMIN EFFL PRESS I4 OL OL OL OL CONDUCT HI 3 INDVDL DEMIN DISCH PRESS 3 HI CONDUCT HI
- NRW COND DEMIN COND XFER CHIARINE 4 4
A P HI PUMP TRIP LEAK HOTWELL COND XFER INTAKE SCRN SCRN WASH 5 5 DEMIN INFL A P HI TROUBLE CONDUCT HI-HI LVL HI/LO 2 PUMPS RNG STORAGE TANK ISOL COND FAP 6 6 DEMIN INFL TROUBLE CONDUCT HI LVL HI/I4 MU VLV OPEN TUBE SHEET HI CONDUCT I4 CONDUCT ENVIRON VAC PRIM PMP 7 7 HOTWELL TRIP CONDUCT HI CONDUCT HI TNK LVL HI TNK LVL HI WATER MON COND XFER (ASTEWATER BLDG. SUMP CHLORIN VAC PRIM PMP 8 8 TUBE SHEET W CO MON BYPASS LEVEL HI TROUBLE VAC I4 K b c d e f a WHITE OFF vettow FAST FLASH .oseen SLOW FLASH neo SOLID TIME 18:01
O O O 4 A u u U E C I A T O E C L A 7 0 U T m 5WUT I S O L R5 '" 95 i oR U S / D R Y W E L L C 0 N D CCU T _ CLC _ W PRESS CAPGRMS . 1 LG50C TRAL # $ TORUS,Outt al-WI RADIAIION POST ACC SMPL 1 ACT W ED TEMP,MI MI BV 44 A/S NIGM VLW OPE 4 548 PRESS car eIES DW/10RUS 02 e 2 LSSIC 19A15 II EB CEW Ptpr A TONUS BULE Wl-WI 191RIBLE AmALYZER ISOL 2 ACTimft9 tett ISOL TRIP TEM NI RV 44 C/D
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O O O A N N U N C I A T O R L L A Y O U T H & V DW R X B L D G T U R B B L D G RECIRC OFFICE _'* FANS AIR BLDG i SGTS -W A S H TRAIN A FLTRS TRUNNION RM AN 1 EXH NORTH 1 I RF 1 A P HI/ EF 26/27 TRIP TRIP HTR CKT FAIL RF 6 TRIP
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O O o ANNUNCIAiOR 10F LATGUT W5SS . RA9lATION NO3IT0tS 0 F F G A 5 PROCESS A R E A
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S T S T E M OFF STACK ISOL RX WTR TURS 119 FT CAS EFFLUENT COND BLOG S L 0 G. ELEV 1 0FF GAS OFF GAS OFF GAS STACE EFFLW WT A VENT VEWT ESW AREA INNI Ctli MON 1 R$0L ACT I PNESS NI N1 RI RI El NI WI A/S NI NI CS NI E E E _ AND 2 0FF GAS OFF GAS OFF GAS STACK EFFLW ST S VENT ESW FUEL POOL FLTR WORIN WLL 2 ISOL ACT II TEMP M1 NI BI NI C/D RI AREA MI C10 NI E STACK /iURS BLOG SVC WiR WORIN M LL 3 SJAE INLET OFF GAS DISCM RAGEWS STS RSCCW Nt/ C11 STS AREA C9 NI 3 VLV CLOSED VLW OPEN TROUBLE RAD NI TReuBLE NI VENT TRIP z E E 1 I V44 29/30 Sit sert FLOW LO/ OPit FLOOR 4 150.. SIG OFF GAS OFF GAS SMFLE VLV POS/SYS STPT OFF GAS /sul STM LIOUID AREA / VENT / NI RANGE RAD. 39 NI 4 STPASS FLTR A P NI FLOW LO OFF WWM/nou DNSC ONSCL/lWOP DOWNSCALE EFFL DNSct 405. ASNORM. VENT TRIP E WHITE OFF veu.ow FAST FLASH aseen SLOW FLASH neo SOLID TIME 18:08
O O O ANNUNCIAT0R Q LAY 0VT B0P TURBINE ' TB l V!C/ CCW _ CNTRL MECF SEAL $ S;JAE I STOP VLYS e n$ s
,E DISCH PRESS 1 CLOSES is incnes enouett LO 2 TRIP SOL 1 THOUST BRG p SJAE ROOM PtRe 2 DC LOST WEAR HI at e secut s H2 HI AUTO START 3 TRIP SOL 2 VIBRATION o PtmP 1 3 DC LOST HI as entuts TRIP 9 PANEL 7F SHELL 80 TOR CONO VAC PUMP 2 4 l$
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O O O B O P A N N U N C I A T O R J L A Y O U T F E E D P U M P S M A I N S T E A M _, I 1A 1B 1C MSIV COND VAC LO/ FEED PUMP FEED PUMP FEED PUMP 1 I l S l RAD HI-HI TURB TRIP I , TRIP A TRIP B TRIP C CLOSED I I ANC AND ANC 2 MSIV RAD COND VAC LO/ FEED PUMP FEED PUMP FEED PUMP 2 CLOSED II l S lHI-HI II TURB TRIP II OL A OL B OL C RAD LUBE OIL LUBE OIL LUBE OIL 3 3 FLOW 11I/ PRESS LO C MN STM LINE AREA HI PRESS LO A PRESS LO B I lRx1lTEMPHI-HI AND MIN FLOW MIN FLOW HIN FLOW 4 4 FLOW HI/ OPEN A OPEN B OPEN C MN STM LINE AREA TEMP III-HI II 5 'MN STM MFRV MFRV HFRV LOCKUP C 5 A lB31l PRESS IA I LOCKUP A IDCKUP B AND I4 PRESS FLOW CNTRL 6 6 MN STM lBg1lPRESSLO_ II BYPASS PWR LOST 7 7 FLOW MISMATCH MN STM VLYS ffWC ff2 COND/FD PHP 8 8 TRUNNION RM E TEMP HI OFF NORMAL INJ. TROUBLE BRG TEMP HI a b c d e f wme OFF vettow FAST FLASH. naesg SLOW FLASH neo SOLID TIME 18:08
O O O ANNUNCIAT0R Q LAY 0Vi B0P TURBINE - TB I _ VAC/ CCW _ CNTRL MECH SEALS S;JAE 1 -STOP WLvs U, ma .5 OISCH PRESS 1 CLOSED eo e=caes imoveie LO 2 TRIP SOL 1 THEUST BRG p SJAE WOOM PUMP 2 DC LOST WEAR HI h aa swcass H2 HI AUTO START 3 TRIP SOL 2 VIBRATIDII e N1 3 OC LOST HI as seeCNES TRIP g PANEL 7F SHELL ROTOR COMO VAC PUMP 2
- 15 PWR LOST DIFF EXP PUNP TRIP TRIP G 8{-b M1/LO 5 PANEL 13R EXH HOOD SJAE STM PtMP 3 5 PWR LOST TEM HI PRESS HI/LO TRIP 6 EPR 89G TEMP SURGE TAset 6 PWR LOST HI LVL HI/LO 7 EPR FILTER STM SEAL SJAE 094 7 A P HI PRESS LO TINC LVL HI asw tone resp- 8 e EXHAUSTER SJAE Oral CHEM ADO
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O O O I ANNUNCIAIOR 1OF LATGUi N555 % RA9IATION NO5Ii0RS O F F G A 5 PROCESS A R E A
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O O O 4 r , 7 A N N U N C 1 A I O R C L A Y O U i m 5 NUT I S O L R3 DN I O R U S / D R Y W E L L C 0 N D CCW 4 _ CLG _ DU PRESS CAPGR9tS . 1 LOGIC TRAIN I TORUS, BULK Ml-MI RADIAil04 POSI ACC SMPL 1 ACTUATED TEfr,NI-NI RV 66 A/S NIGN YLV OPEN T DW PRESS CAPSR9tt DW/ TORUS O2
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O O O ANNUMCIATOR 1OF LATOUT NSSS % R '>a l A T I O R NONITORS O F F . .- G A 5 PROCESS A R E A S 7 $ T E N OFF STACK ISOL RX WTR TUR5 119 FT SAS EFFLUENT COND StOG S L 0 G. ELEV 1 0FF GAS OFF GAS OFF GAS STACK EFFLWWT A WNT WWT EW AREA Mile CRIT MINI 1 150L ACT I PNESS NI NI MI WI WI NI Ni A/S RI NB - C5 NI E _ Alm E E 2 0FF GAS OFF GAS OFF GAS STACE IFFLW sf a WNT EW FUEL POOL FLTR NORTN WALL 2 150L ACT II TEMP NI NI El Ni C/D RI AREA MI C10 NI E STACK /TURS SLOG SVC WTR NoltIN MALL 3 SJAE INtET OFF GAS DISCN RAE NS STS RSCCW NI/ CU STS ARE A C9 NI 3 VLV CLOSED VLV OPEN TROUBLE RAo MI TRaJetE N1 WNT TRIP E E V-24-29/30 STK SNL FLOW LO/ OPER FLOOR 4 150L SIG OFF GAS OFF GAS SA ptt VLV POS/STS STPT OFF GAS /Nel STM Lieul0 AREA /WNT/ NI RANGE RAD. 89 NI & BYPASS FLTR A P NI FLOW LO OFF 11W1/4011 DNSC DWSCL/!NOP DOWN5CALE EFFL D#SCL 4011. ASNONM. W NT TRIP 1 E wme OFF veuow FAST FLASH anese SLOW FLASH neo SOLID TIME 18:15
O O O I ANNUNCIAiOR 10F LAYOUi NSSS 4 l RASIATION NOBITORS j 0 F F G A 5 PROCESS A R E A
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S Y S T E M l 07F STACK ISOL RX WTR TUR5 119 FT l GAS EFFLUENT COND BLDG B L O G. ELEV I 1 0FF GAS OFF GAS OFF GAS STACK EFFLWei A VENT VEWT EW AREA INN CRIT Mim 1 ISOL ACT I PRESS NI Wi-Ni . NI Sl NI Ni A/S NI El C5 N1 _ AND E E E l 2 0FF GAS OFF GAS OFF GAS sTAct EFFtw Nf a VENT E9W FtlEl POOL Flit IIORIN WALL 2 l ISOL ACT I! TEfr NI WI WI Ml C/D WI AREA N1 C10 NI l I E STACK /iURS OLOG SVC WTR NORIN E LL l 3 SJAE INLET OFF GAS DISCM RAE NS STS RSCCW Nif CU STS AREA C9 NI 3 l VLV CLOSED VLV OPEN TRGmLE RAD MI TRalBLE NI VENT TRIP l E E I y 24 29/30 SIK W PL FLOW LD/ OPER FLOUN 4 ISOL SIG OFF GAS OFF GAS SAMPLE VLV POS/STS STPi 0FF GAS /9NI STM LIOUID AREA / VENT / NI RANGE RAD. 39 NB 4 STPASS FLTR A P pl FLOW LO OFF nam / Nom DeSC D#SCL/INOP DOWNSCALE EFFL DWSCL N04. A840RM VENT TRIP i l E 1
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O O O ANNUNCIAiOR 10F LATOUT NSSS '* RADIAi103 NONIi0RS 0 F F G A S PROCESS A R E A
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O O O ANNUNCIAT0R E LAY 0UT RX RECIRC PUMPS / RX 0 RIVES RECIRC PUMP TRIP RECIRC PUMP A RECIRC PUMP B _ MG : MG - SET SET 1 ACTUATE ACTUATE OWV MY BAKR PW A P SWV MT Bert PW AP 1 27 A I C II TRIP A LO A TRIP e LO R 2 ACTUATE ACTUATE Dev MT BRKR VISRATION Dev M T BRKR visRATION 2 tr! 8 I O II LOCKOUT A MI A LOCKOUT B HI B 3 TEST TEST MG MG 3 I II OL A OL 8 4 LESS THAN 2 SPEED CMTRL SPEED CNTRL 4 RECIRC LOOPS LOST A LOST 8 _QPEN
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O O O ANNUNCIAIOR 10F LATGUT N$$S '* RA3IAiION N05ITORS O F F G A S PROCESS A R E A
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ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O SECTION III ONSITE RADIOLOGICAL DATA lit.A. PROCESS AND AREA RADIATION MONITORS Ill.B. AREA DOSE RATES O Ill.C. ON-SITE A :1D ERF DOSE RATES lil.D. BUILDING AIR ACTIVITY lil.E. PLANT SAMPLE ACTIVITY O (94 ANNUAL EX/LD/56)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O SECTION III. A O PROCESS AND AREA RADIATION MONITORS O (94 ANNUAL EX/LD/57)
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 16:00) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE W/hr RADIATION MONITORS CODE M/hr Admin Bldo Entry-Turb Bide A-1 0.1 Containment Spray MX A Eff P-1 0.6 Containment Spray MX B Ef f P 2 0.6 Access to Control Room A-2 0.03 Reactor Control Room A3 0.2 Containment Spray HX C Eff P-3 13. Turbine Oper Floor Entry A-4 3.0 Containment Spray MX D Eff P 4 9.0 Lndry & Decon Ares (Chem la A-5 0. Ver.t Manifold Red Mon Ch 1 P-5 1.1 Turb Lube Oil Equip Area A6 0.4 Vent Manif old Red Mon Ch 2 P 6 1.2 feed Ptsup Area A-7 2.4 Cond Vent 1 Rad Mon Ch 1 P-7 0.9 Condensate Ptsup Area A-8 4.5 cond Vent 1 Red Mon Ch 2 P-8 0.6 Cond Domin Valve Area A-9 3.7 Cond Vent 2 Red Mon Ch 1 P-9 0.5 Regeneration Area A-10 50. Cond Vent 2 Red Mon Ch 2 P-10 0.8 Makeup Domin Area B1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Compressor Area B2 0.3 RBCCW Discharge Monitor P 12 914. cps Re&aste Ptsup Room B3 100. Redweste Control Room B4 3.0 Redweste Conveyor Aiste B-5 5.0 Redweste Store and Ship B-6 0.3 TIP Valve Room B-7 3.1 Personnet Air Lock B-8 4.6 Reactor Oper floor Area B9 0.8 Reactor E@ip Drain Tank B 10 51. Cleanup System Ptssp Area C-1 24 Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C3 6.0 Shutdown Heat Exchanger C-4 28. Spent Fuel Pool Area C-5 2.5 Liquid Poison System Area C-6 1.3 Control Rod Drive Module C-7 1.7 Air Ejectors Area C-8 64 Fuel Pool (Low Range) C9 2.0 Fuel Poot (High Range) C 10 31. RAGEMS HIGH-RANGE MONITOR: 1.3E-13 Amps ! RAGEMS LOW RANGE MONITORS: 6. cps i CHRRM NUMBER 1: 2. R/hr CHRRM NUMBER 2: 2. R/hr OFFGAS AIR EJECTOR MONITOR: 485. mR/hr MAIN STEAM LINE MONITOR: 224. units
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ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 18:00) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE mR/hr RADIATION MONITORS CODE mR/hr Adnin Bldg Entry-Turb Bldg A-1 0.1 Contairunent Spray HX A Ef f P-1 0.6 Access to control Room A-2 0.03 contairvnent Spray HX B Ef f P-2 0.6 Reactor Control Room A3 0.2 containment Spray HX C Eff P-3 13. Turbine Oper Floor Entry A-4 3.0 contairwaent Spray MX D Ef f P-4 9.0 Lndry & Decon Ares (Chem la A 5 0. Vent Manifold Rad Mon Ch 1 P-5 1.1 Turb Lube Oil Equip Area A-6 0.4 Vent Manifold Red Mon Ch 2 P-6 1.2 Feed Punp Area A7 2.4 Cond Vent 1 Red Mon Ch 1 P-7 0.9 Condensate Ptsp Area A8 4.5 Cond Vent 1 Red Mon Ch 2 P-8 0.6 Cond Demin valve Aree A-9 3.7 Cond Vent 2 Red Mon Ch 1 P-9 0.6 Regeneration Area A 10 50. Cond Vent 2 Red Mon th 2 P-10 0.8 Make m Demin Area B-1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Conpressor Area B2 0.3 RBCCW Discharge Monitor P-12 910. cps Radweste Punp Room B3 100. Redweste Control Room B4 3.0 Redwaste Conveyor Aisle B5 5.0 Redweste Store and Ship B-6 0.3 TIP Valve Room B7 3.1 l Personnel Air Lock B8 4.6 Reactor Oper Floor Area B9 0.8 Reactor E wip Drain Tank B-10 51. Clemrup System Pung Area C-1 24 Fuel Pool Filters (ORW) C2 35. Emergency condenser Area C-3 6.0 Shuthwn Heat Exchanger C-4 28. Spent Fuel Pool Area C-5 2.5 Liquid Poison System Area C-6 1.3 Control Rod Drive Module C-7 1.7 Air Ejectors Area C8 59. Fuel Pool (Low Range) C-9 2.0 Fuel Pool (High Range) C-10 31. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 6. cps CHRRM NUMBER 1: 2. R/hr CHREM NUMBER 2: 2. R/hr l OFFGAS AIR EJECTOR MONITOR: 488. mR/hr
- MAIN STEAM LINE MONITOR
- 220. units O
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O i ( SECTION III A l PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 18:05) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE mR/hr RADIAfl0N MONITORS CODE nd/hr Actnin Blde Entry-Turb stdg A-1 0.1 Containment Spray MX A Eff P-1 0.6 Access to Control Room A-2 0.03 Conteirunent spray MX 8 Ef f P 2 0.6 Reactor Control Room A3 0.2 containment Spray MX C Eff P 3 13.0 Turbine Oper Floor Entry A4 3.0 Containment Spray NX D Eff P 4 9.0 Lndry & Decon Ares (Chem la A 5 0. Vent Manifold Red Mon Ch 1 P-5 1.1 Turb Lube Oil Equip Area A6 0.4 Vent Manifold Red Mon Ch 2 P-6 1.2 Feed Pwp Area A7 2.4 Cond Vent 1 Red Mon Ch 1 P-7 0.9 Condensate Pwp Area A8 4.5 Cond Vent 1 Red Mon Ch 2 P-8 0.6 Cond Domin Valve Area A-9 3.7 Cond Vent 2 Red Mon Ch 1 P-9 0.6 Regeneration Area A-10 50. Cond Vent 2 Red Mon Ch 2 P-10 0.8 Makeup Demin Area B1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Coppressor Area B2 0.3 RBCCW Discharge Monitor P-12 910. eps Radweste Pwp Room B3 100. Redweste Control Room B-4 3.0 Redweste Conveyor Aisle 85 5.0 C' Radweste Store and Ship TIP Valve Room B6 8-7 0.3 3.1 Personnel Air Lock 8-8 4.6 Reactor Oper floor Area B9 0.8 Reactor Ecpip Drain Tank B-10 51. Clearup System Pwp Area C1 24 Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 6.0 Shutdown Heat Exchanger C4 28. , Spent Fuel Pool Area C5 2.5 Liquid Poison System Area C-6 1.3 control Rod Drive MockJte C-7 1.7 Air Ejectora Area C8 59. Fuel Pool (Low Range) C-9 2.0 Fuel Pool (High Range) C-10 31. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 6. cps CHRRM NUMBER 1: 236. R/hr CHRRM NUMBER 2: 235. R/hr OFFGAS AIR EJECTOR MONITOR: 480. mR/hr MAIN STEAM LINE MONITOR: 220. units
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 18:10) NOTE: 'OSH' = Offscale High AREA PROCESS RADI AT!0N MON! TORS CCOE mR/hr RADIATION MONITORS CODE rd/hr Ar.knin Bldg Entry Turb Bldg A 1 0.1 Contairunent Spray HX A Ef f P-1 0.6 Access to Control Room A-2 0.03 containment $ pray HX B Eff P-2 0.6 Reactor Control Room A-3 0.2 contalrunent Spray MX C Ef f P-3 13.0 Turbine Oper Floor Entry A-4 3.0 Containment Spray HX 0 Eff P-4 9.0 Lndry & Decon Area (Chem la A-5 0. Vent Manifold Red Mon Ch 1 P-5 1.1 Turb Ltbe Oil Equip Area A6 0.4 Vent Manifold Red Mon Ch 2 P-6 1.2 Feed Ptsp Area A-7 2.4 Cond Vent 1 Red Mon Ch 1 P7 3.0 Condensate Ptep Area A-8 4.5 Cond Vent 1 Red Mon Ch 2 P-8 2.0 Cord Demin Valve Area A-9 3.7 Cond Vent 2 Rad Mon Ch 1 P9 2.0 Regeneration Area A-10 50. Cond Vent 2 Red Mor Ch 2 P-10 3.0 Maketo Demin Area 8-1 0.1 Service Water Discarge Mon P-11 90. cpn Air Conpressor Area B2 0.3 RBCCW Discharge Monitor P 12 910. cps Redweste Ptsp Room B-3 100. Radweste Control Rocmi B-4 3.0 Redweste Conveyor Aisle 85 5.0 Redweste Store and Ship B-6 0.3 TIP Valve Room 87 215. Personnel Air Lock B8 215. Reactor Oper Floor Area 89 210. Reactor E @ip Drain Tank 8 10 260. Cleanup System Ptsp Area C-1 275. Fuel Pool Filters (ORW) C-2 245. Emergency Condenser Area C3 215. Shutdown Heat Exchanger C-4 240. Spent Fuel Pool Area C-5 210. Li w id Poison System Area C-6 210. Control Rod Drive module C-7 210. Air Ejectors Area C-8 59. Fuel Pool (Low Range) C-9 210. Fuel Pool (High Range) C-10 240. RAGEMS HIGH-RANGE MONITOR: 2.4E-13 Amps RAGEMS LOW RANGE MONITORS: 170. cps CHRRM NUMBER 1: 811. R/hr CHRRM NUMBER 2: 810. R/hr OFFGAS AIR EJECTOR MONITOR: 20. mR/hr MAIN STEAM LINE MONITOR: 135. units 0
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O O V SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 18:20) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE W/hr RADIATION MONITORS CODE W/hr Achin 8tdg Entry-Turb Bldg A 1 0.1 Conteirinent Spray HX A Ef f P-1 OSH Access to Control Room A-2 15. Containment Spray MX B Eff P 2 OSH Reactor Control Room A-3 0.2 Contaf runent Spray HX C Ef f P-3 OSH Turbine Oper Floor Entry A-4 3.0 containment spray HX D Eff P-4 OSH Lndry & Decon Ares (Chem ta A-5 O. Vent Manifold Red Mon Ch 1 P 5 7.0 Turb Lthe Olt Equip Area A-6 0.4 Vent Manifold Red Mon Ch 2 P-6 7.0 feed Ptsp Area A-7 2.4 Cond Vent 1 Red Mon Ch 1 P-7 310. Condensate Ptsp Area A8 4.5 Cond Vent 1 Red Mon Ch 2 P-8 300. Cond Oemin Valve Area A-9 3.7 Cond Vent 2 Rad Mon Ch 1 P-9 300. Regeneration Area A-10 50. Cond Vent 2 Red Mon Ch 2 P-10 310. Maket.c Domin Area 81 0.1 Service Water Dischrge Mon P-11 90. cpm Air Compressor Area B2 0.3 RBCCW Discharge Monitor P 12 OSH cps Redweste Ptsp Room B3 100. Redweste Control Room B4 3.0
' Radweste Conveyor Aisle B5 5.0 Radweste Store and ship B-6 0.3 TIP Valve Room B7 OSM Personnet Air Lock B8 OSH Reactor Oper Floor Area B9 CSH Reactor Equip Drain Tank B 10 OSH Cleanup System Ptsp Area C1 OSH Fuel Pool Filters (ORW) C-2 35.
Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C-4 OSH Spent Fuel Pool Area C5 OSH LIQJid Poison System Area C-6 OSH Control Rod Drive Module C-7 OSH , Air Electors Area C8 59. Euel Pool (Low Range) C9 CSH Fuel Pool (High Renee) C 10 3200. RAGEMS HIGH-RANGE MONITOR: 3.5E-12 Amps RAGEMS LOW RANGE MONITORS: 2660. cps CHRRM NUMBER 1: 1910. R/hr CHRRM NUMBER 2: 1900. R/hr OFFGAS AIR EJECTOR MONITOR: 20. mR/hr MAIN STEAM LINE MONITOR: 115. units ( (
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CIDCK TIME = 18: 3 0) NOTE: 'OSH' = Offscale High AREA PROCESS RADIAf!ON MONITORS CODE M/hr RADIATION MONITORS CODE W/hr Adnin 8tdo Entry-Turo Bldg A 1 0.1 Centairvnent Spray HX A Ef f P-1 OSH Access to Control Room A2 30. Containment Spray HX B Eff P 2 OSH Reactor Control Room A-3 0.2 Contairvnent spray HX C Ef f P 3 OSH furbine Oper Floor Entry A4 3.0 Containment spray HX 0 Eff P 4 DSM Lndry & Decon Ares (Chem la A-5 O. Vent Manifold Rad Mon Ch 1 P-5 12. Turb Libe Oil Equip Area A6 0.4 vent Manifold Red Mon Ch 2 P-6 12. Feed Ptsip Area A-7 2.4 cond vent 1 Red Mon Ch 1 P7 510. Condensate PLsip Area A8 4.5 Cond vent 1 Red Mon Ch g P-8 500. Cond Demin Valve Area A-9 3.7 cond vent 2 Red Mon Ch 1 P-9 500. Regeneration Area A-10 50. Cond vent 2 Rad Mon Ch 2 P-10 510. Makete Domin Area B1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Corspressor Area B-2 0.3 RBCCW Discharge Monitor P-12 OSH eps Redweste PLavp Room B3 100. Redweste Control Room B4 3.0 Radweste Conveyor Aisle B5 5.0 Radweste Store and Ship B6 0.3 TIP Valve Roam B-T OSH Personnel Air Lock BB OSH Reactor Oper Floor Area B-9 OSH Reactor Equip Drain Tank B-10 OSH Cleanup System Purip Area C-1 OSH Fuel Pool Filters (ORW) C-2 35. Emergency condenser Area C-3 OSH Shutdown Heat Exchanger C4 DSM Spent Fuel Pool Area C-5 OSH Liquid Poison System Area C-6 OSH Control Rod Drive Module C-7 OSH Air Ejectors Area C8 59. Fuel Pool (Low Range) C-9 OSH Fuel Pool (High Range) 6-10 5100. RAGEMS HIGH-RANGE MONITOR: 6.0E-12 Amps RAGEMS LOW RANGE MONITORS: 4290. cps CHRRM NUMBER 1: 3000. R/hr CHRRM NUMBER 2: 2990. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr l MAIN STEAM LINE MONITOR: 5. units ; O
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 18:40) NOTE: 'OSH' = Offscale High AREA PROCES$ RADIATION MOWit0RS CODE W/hr R ADI All0N se0ellTOR$ CODE W/hr Actnin Bide Entry-Turb Bldg A-1 0.1 Containment Spray HX A Eff P 1 OSH Access to control Room A2 45. Conteirvaent sprey Nx B Ef f P 2 OsH Reactor control Room A3 0.2 conteirenent sprey HX C Ef f P 3 OSH Turbtne Oper floor Entry A4 3.0 Containment sprey Mr D Eff P 4 OSH Lrdry & Decon Area (Chem la A 5 0. Vent Manifold Red Mon Ch 1 P 5 15. Turb Lthe Oil Equip Area A-6 0.4 vent Manifold Red Mon Ch 2 P 6 15. Feed Ptap Area A-7 2.6 Cond Vent 1 Red Mon Ch 1 P-7 650. Condensate P g Area A8 4.5 Cond vent 1 Red Mon th 2 P8 640. Cond Domin volve Area A-9 3.7 Cond vent 2 Red Mon th 1 P9 640. Regeneration Area A 10 50. Cond vent 2 Red Mon Ch 2 P 10 650. Make m Domin Area B1 0.1 Service Water Dischrge Mon P 11 90, cpm Air Conpressor Area B2 0.3 RBCCW Discharge Monitor P 12 0$H cps Redweste Pump Room B-3 100. Redweste Control Room B4 3.0 Radneste Conveyor Af ste B-5 5.0 Redweste Store ord ship B-6 0.3 TIP Velve a mi B-7 OSH Perto nel Air iock B8 05H Reactor Oper Floor Area B9 0$N Reactor Ewlp Drain Tank B 10 OSH Cleanup System Ptsp Area C1 CSH Fuel Pool Filters (ORW) C2 35. Emergency Condenser Area C3 OSH
$hutdown Heat Eschanger C4 OSH Spent Fuel Pool Area C-5 0$H Ll wid Poison System Area C6 OSH Control Rod Drive M le C7 05H Air Ejectors Area C-8 59.
Fuel Pool (Low Range) C-9 CSM Fuel Pool (High Range) C-10 6400. RAGEMS HIGH-RANGE MONIL R: 7.2E-12 Amps RAGEMS LOW RANGE MONITORS: 5160. cps CHRRM NUMBER 1: 4080. R/hr I CHRRM NUMBER 2: 4070. R/hr !
- 1. mR/hr OFFGAS AIR EJECTOR MONITOR:
MAIN STEAM LINE MONITOR: 5. units l l I l
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 18:50) NOTE: 'OSH' = Offscale High AREA PROCESS RADIAfl0N MONITORS CCOE nd/hr RADIATION MOWITORS CODE mR/hr Achin Bldg Entry furb Bids A-1 0.1 Containment Spray HX A Eff P 1 OSH Access to Control Room A2 45. Containment Spray MX B Eff P 2 OSH Reactor Control Room A3 0.2 Containment Spray MX C Eff P-3 OSH Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 OSH Lndry & Decon Area (Chem la A-5 0. Vent Manifold Red Mon Ch 1 P-5 15. Turb LLbe of t Equip Area A-6 0.4 vent Manifold Red Mon Ch 2 P-6 15. Feed Pump Area A-7 2.4 Cond Vent 1 Red Mon Ch 1 P-7 650. Condensate Ptsp Area A-8 4.5 Cond Vent 1 Red Mon Ch 2 P-8 640. Cond Demin valve Area A9 3.7 Cond Vent 2 Red Mon Ch 1 P-9 640. Regeneration Area A 10 50. Cond Vent 2 Red Mon Ch 2 P 10 650. M e ete Demin Area B-1 0.1 Service Water Dischrge Mon P-11 90. cpn Air Cornpressor Area B2 0.3 RBCCW Discharge Monitor P-12 OSH cps Redweste Ptsp Room B-3 100. Rockaste Control Rocre B4 3.0 Redweste Conveyor Aiste B5 5.0 Redweste Store and Ship B6 0.3 TIP valve Room 67 OSH Personnel Air Lock B8 CSH Reactor Oper Floor Area B9 CSH Reactor Egalp Drain Tank B 10 OSH Cleantp System Punp Area C-1 OSH Fuel Poot Filters (ORW) C-2 35. Laergency Condenser Area C-3 OSH Shutdown Heat Exchanger C4 OSH Spent Fuel Pool Area C5 OSH Liquid Poison System Area C-6 OSH Control Rod Drive Mochte C-7 OSH Air Ejectors Area C-8 59. Fuel Pool (Low Range) C-9 OSH Fuel Pool (High Range) C-10 6400. RAGEMS HIGH-RANGE MONITOR: 7.2E-12 Amps RAGEMS LOW RANGE MONITORS: 5160. cps CHRRM NUMBER 1: 5160. R/hr CHRRM NUMBER 2: 5150. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units O
d ANNUAL EXEPCISE SCENARIO 36 OCNGS REV NO O - L SECTION III A PROCESS & AREA RADIATION MONITORS ; (CLOCK TIME = 19:00) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE nft/hr RADIATION MONITORS CODE mR/hr Asnin Bldg Entry-Turb Bldg A 1 0.1 contairunent Spray HX A Ef f P-1 OSH Access to Control Room A-2 50. Contalment spray HF B Ef f P-2 OSH Reactor Control Room A3 0.2 Containment Spray HX C Eff P 3 OSH Turbine Oper Floor Entry A-4 3.0 containment Spray MX D Eff P-4 OSH Lndry & Decon Ares (Chem la A-5 D. Vent Manifold Red Mon Ch 1 P-5 14 Turb Lube Oil Equip Area A-5 0.4 Vent Manifold Red Mon Ch 2 P-6 14. Feed Puup Area A-7 2.4 Cond Vent 1 Red Mon Ch 1 P7 630. Condensate Puup Area A-8 4.5 cond Vent 1 Red Mon Ch 2 P8 620. Cond Domin valve Area A9 3.7 Cond Vent 2 Red Mon Ch 1 P-9 620. Regeneration Area A-10 50. Cond vent 2 Red Mon Ch 2 P 10 630. Makow Domin Area B-1 0.1 Service Water Dischrge Mon P-11 90. cpm , Air Compressor Area B-2 0.3 RBCCW Discharge Monitor P 12 OSH cps Redweste Puup Room B-3 100. Radweste Control Room B4 3.0 ; Redweste Conveyor Aisle B5 5.0 . Redweste Store and Ship B-6 0.3 TIP Valve Room B7 OSH Personnel Air Lock B8 OSH Reactor Oper Floor Area D-9 CSM Reactor Ecpip Drain Tank B-10 OSH i Clean @ System Puup Area C-1 OSH Fuel Pool Filters (ORW) C-2 35. ; Emergency Condenser Area C-3 OSH ; Shutdown Heat Exchanger C-4 OSH i Spent Fuel Pool Area C-5 OSH j Liquid Poison Systee Area C-6 OSH Control Rod Drive Mocksle C-7 OSH , Air Ejectors Area C-8 59. Fuel Pool (Low Range) C9 OSH l Fuel Pool (High Range) C 10 6300. I I RAGEMS HIGH-RANGE MONITOR: 7.0E-12 Amps RAGEMS LOW RANGE MONITORS: 5010. cps CHRRM NUMBER 1: 6240. R/hr CHRRM NUMBER 2: 6230. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr l MAIN STEAM LINE MONITOR: 5. units i O l l l
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 19:10) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE mR/hr RADIAt!ON MONITORS CODE mR/hr Achin Bldo Entry-Turb Bldg A 1 0.1 Contairvnent spray HX A Ef f P-1 OSH Access to control Room A-2 50. Containment Spray HX B Eff P-2 OSH Reactor Control Room A-3 0.2 Containment Spray HX C Eff P 3 OSH Turbine Oper floor Entry A-4 3.0 Containment Spray HX D Eff P-4 OSH Lndry & Decon Area (Chem la A-5 0. Vent Manifold Rad Mon Ch 1 P 5 14 Turb Lube Oil Ecpip Area A6 0.4 Vent Manifold Red Mon Ch 2 P-6 14 Feed Pung Area A-7 2.4 Cond Vent 1 Red Mon Ch 1 P-7 600. Condensate Pw p Area A8 4.5 Cond Vent 1 Rad Mon Ch 2 P8 590. Cond Domin Valve Area A9 3.7 Cond Vent 2 Red Mon Ch 1 P9 590. Regeneration Area A 10 50. Cond vent 2 Red Mon Ch 2 P-10 600. Maketo Demin Area B1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Conpressor Area B2 0.3 RBCCW Discharge Monitor P 12 OSH cps Redweste Punp Room B-3 100. Eachsaste Control Room B-4 3.0 Radweste Conveyor Aisle B-5 5.0 Redwaste Store and Ship B6 0.3 i f!P valve Room B-7 OSH Personnel Air Lock B8 OSH Reactor Oper Floor Area B9 OSH j Reactor Equip Drain Tank B-10 OSH Cleanup System Pw p Area C-1 OSH Fuel Pool Filters (ORW) C-2 35. l Emergency condenser Area C-3 OSH I Shutdown Heat Exchanger C-4 OSH , Spent Fuel Pool Area C5 OSH l LicNi d Poison System Area C-6 OSH Control Rod Drive Mockle C-7 OSH Air Ejectors Area C-8 59. Fuel Pool (Low Range) C-9 OSH Fuel Pool (High Range) C-10 6000. RAGEMS HIGH-RANGE MONITOR: 6.7E-12 Amps RAGEMS LOW RANGE MONITORS: 4810. cps CHRRM NUMBER 1: 5300. R/hr CHRRM NUMBER 2: 5290. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units l l 9
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 19:20) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE pR/hr RADIATION MONITORS CODE mR/hr Adnin Bldg Entry-Turb Bldg A-1 0.1 Containment Spray HX A Eff P-1 OSH Access to Control Room A-2 50. Containment Spray HX B Eff P 2 OSH Reactor Control Room A3 0.2 Containment Spray Mx C Eff P-3 OSH Turbine Oper Floor Entry A4 3.0 Contairvnent Spray HX D Ef f P 4 OSH Lndry & Decon Ares (Chem la A-5 0. Vent Manifold Red Mon Ch 1 P 5 13. Turb Lthe Oil Equip Area A6 0.4 Vent Manifold Rad Mon Ch 2 P 6 13. Feed Ptsup Area A-7 2.4 Cond Vent 1 Red Mon Ch 1 P-7 570. Condensate Ptsup Area A8 4.5 cond Vent 1 Red Mon Ch 2 P8 560. Cond Domin Valve Area A9 3.7 Cond Vent 2 Red Mon Ch 1 P9 560. Regeneration Area A 10 50. Cond Vent 2 Red Mon Ch 2 P-10 570. Maketo Domin Area B1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Compressor Area B-2 0.3 RBCCW Discharge Monitor P-12 OSH eps Redweste Ptaup Room B3 100. Rachaste Control Room B4 3.0 Redweste Conveyor Afsle B5 5.0 Redweste Store and Ship B6 0.3 TIP Valve Room B7 OSH Personnel Air Lock B8 CSM Reactor Oper Floor Area B9 OSH Reactor EqJip Drain Tank B-10 OSH Cleanup System Ptaup Area C-1 OSH Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C3 CSH Shutdown Heat Exchanger C-4 OSH Spent Fuel Pool Area C5 0$N i Liquid Poison System Area C-6 OSH Control Rod Drive Module C-7 CSN Air Ejectors Area C8 59. Fuel Pool (Low Range) C-9 CSM Fuel Pool (High Range) C-10 5700. RAGEMS HIGH-RANGE MONITOR: 6. 3E-12 A:nps RAGEMS LOW RANGE MONITORS: 4550. cps CHRRM NUMBER 1: 4500. R/hr CHRRM NUMBER 2: 4490. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units I i _ _ _ _ _ __ _ _ _ _ _____.__.__________ . _ _ . _ _ _ . . J
l ANNUAL EXERCISE SCENARIO 36 ) OCNGS REV NO O j SECTION III A 9i; PROCESS & AREA RADIATION MONITORS ! (CLOCK TIME = 19:30) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE nd/hr RADIATION MONITORS CODE rrR/hr Adnin Blds Entry-Turb Bldo A-1 0.1 Contairunent Spray HX A Ef f P-1 OSH Access to Control Room A-2 50. Containment Spray HX B Eff P-2 OSM Reactor Control Room A3 0.2 contairunent Spray HX C Ef f P-3 OSM Turbine Oper Floor Entry A4 3.0 Containment Spray MX 0 Eff P-4 OSH Lndry & Decon Ares (Chem la A 5 0. Vent Manifold Red Mon Ch 1 P-5 12. Turb L W Oil Equip Area A-6 0.4 vent Manifold Red Mon Ch 2 P-6 12. Feed Pmp Area A-7 2.4 Cond vent 1 Rad Mon Ch 1 P-7 530. Condensate Purrp Area AB 4.5 Cond vent 1 Rad Mon Ch 2 P8 520. Cond Demin valve Area A9 3.7 Cond vent 2 Red Mon Ch 1 P-9 520. Regeneration Area A-10 50. Cond vent 2 Rad Mon Ch 2 P 10 530. Makew Demin Area B-1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Cappressor Area B-2 0.3 RBCCW Discharge Monitor P-12 OSH cps Redweste Pmp Room B-3 100. Radw.ste Control Roan B4 3.0 Radweste Conveyor Alate 85 5.0 Radweste Store and Ship B6 0.3 TIP Valve Room 8-7 OSH Personnel Air Lock B8 OSH Reactor Oper Floor Area B-9 OSH Reactor Equip Drain Tank B 10 OSH Clemrup System Fep Area C-1 OSH Fuel Pool Filters (ORW) C2 35. Emergency condenser Area C-3 CSM Shutdown Heat Exchanger C-4 OSH Spent Fuel Pool Area C-5 OSH Liquid Poison System Area C6 OSH Control Rod Drive Modate C-7 OSH Air Ejectors Area C8 59. Fuel Pool (Low Range) C-9 OSH Fuel Pool (High Range) C 10 5300. RAGEMS HIGH-RANGE MONITOR: 5.9E-12 Amps RAGEMS LOW RANGE MONITORS: 4260. cps CHRRM NUMBER 1: 3810. R/hr CHRRM NUMBER 2: 3800. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units O
-. - ._ =. _ _ . . .- - - - 1 l i ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O O SECTION III A i PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 19:40) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE M/hr RADIATION MONITORS CODE M/hr Aenin Bldo Entry-Turb Bldg A 1 0.1 Contairment spray Nx A Ef f P-1 OSH Access to Control Room A2 40. Containment spray HX B Eff P 2 OSH Reactor Control Room A3 0.2 contairment Spray HX C Ef f P 3 CSM furbine Oper Floor Entry A-4 3.0 Containment Spray Hx 0 Eff P-4 OSH Lndry & Decon Ares (Cham la A 5 0. Vent Manifold Rad Mon Ch 1 P 5 11. Turb Lthe Oil Equip Area A6 0.4 Vent Manifold Red Mon Ch 2 P-6 11. Feed Ptap Area A7 2.4 Cond Vent 1 Red Mon Ch 1 P-7 490. Condensate Ptap Area A8 4.5 Cond Vent 1 Red Mon Ch 2 P8 480. Cond Domin Valve Area A9 3.7 Cond Vent 2 Red Mon Ch 1 P-9 480. Regeneration Area A-10 50. Cond Vent 2 Red Mon Ch 2 P-10 490. Makeup Domin Area B1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Compressor Area B2 0.3 RBCCW Discharge Monitor P 12 OSH cps Redweste Ptmp Room B-3 100. Redweste control Room B4 3.0 Radweste Conveyor Alste B5 5.0 Redweste Store and Ship B6 0.3 T!P Valve Room B7 OSH Personnet Air Lock B8 OSH Reactor Oper Floor Area B9 CSN Reactor E wip Drain Tank B 10 OSW Cleanup System Pung Area C1 OSH Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C4 OSM Spent Fuel Pool Area C5 OSH Li@id Poison System Area C-6 OSH Control Rod Drive ModJte C7 0$N Air EJectora Area C8 59. Fuel Pool (Low Range) C-9 OSH Fuel Pool (High Range) C 10 4900. RAGEMS HIGH-RANGE MONITOR: 5.5E-12 Amps RAGEMS LOW RANGE MONITORS: 3950, cps i CHRRM NUMBER 1: 3250. R/hr CHRRM NUMBER 2: 3240. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units
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ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 19:50) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE mR/hr RADIATION MONITORS CODE nR/hr Adnin Bldg Entry-Turb Bldg A-1 0.1 Containment Spray MX A Eff P 1 OSH Access to Control Room A-2 40. Containment spray HX B Eff P-2 OSH Reactor control Room A-3 0.2 Containment Spray MX C Eff P-3 OSH Turbine Oper Floor Entry A-4 3.0 Containment Spray MX D Eff P-4 OSH Lndry & Decon Area (Chem la A 5 0. Vent Manifold Red Mon Ch 1 P 5 10. Turb Lube Oil Equip Area A6 0.4 vent Manifold Red Mon Ch 2 P 6 10. Feed Purp Area A-7 2.4 cond vent 1 Red Mon Ch 1 P-7 450. Condensate Pump Area A8 4.5 Cond vent 1 Rad Mon Ch 2 P-8 440. Cond Demin valve Area A9 3.7 Cond vent 2 Red Mon Ch 1 P9 440. Regeneration Area A-10 50. Cond vent 2 Rad Mon th 2 P-10 450. Maketo Demin Area B-1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Conpressor Area B-2 0.3 RBCCW Discharge Monitor P-12 OSM cps Redweste Putp Room B-3 100. Radweste control Room B-4 3.0 Radweste Conveyor Aisle B-5 5.0 Radweste Store and Ship B6 0.3 TIP valve Room B-7 OSH Personnel Air Lock 88 OSH Reactor Oper Floor Area B-9 OSH Reactor Egalp Drain Tank B-10 OSH Cleanup System Pufp Area C-1 OSH Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C-4 OSH Spent Fuel Pool Area C5 OSH Liquid Poison System Area C6 OSH Control Rod Drive leodJle C-7 OSH Air Ejectors Area C8 59. Fuel Pool (Low Range) C-9 CSN Fuel Pool (High Range) C*10 4500. RAGEMS HIGH-RANGE MONITOR: 5.0E-12 Amps RAGEMS LOW RANGE MONITORS: 3630. cps l CHRRM NUMBER 1: 2760. R/hr CHRRM NUMBER 2: 2750. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units 1 O
1 l 4 I ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A 1 PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 20:00) NOTE: 'OSH' = Offscale High AREA PROCESS RADIAil0H NON! TORS CODE mR/hr RADIATION MONITORS CODE nd/hr Acknin Bldg Entry-furb Bldg A-1 0.1 Containment Sprey MX A Eff P-1 OSH Access to Control Room A2 35. Containment Spray HX B Eff P-2 OSH Reactor Control Room A3 0.2 Containment Spray hX C Eff P-3 OSH Turbine Oper Floor Entry A-4 3.0 Containment Spray MX D Eff P*4 OSH Lndry & Decon Area (Chem la A-5 0. Vent Manifold Red Mon Ch 1 P-5 9.4 Turb Lube oil Equip Area A6 0.4 vent Manifold Red Mon Ch 2 P-6 9.5 Feed P g Area A-7 2.4 Cond Vent 1 Red Mon Ch 1 P-7 420. Condensate Pump Area A8 4.5 Cond Vent 1 Red Mon Ch 2 P-8 410. Cond Domin Valve Area A-9 3.7 Cond vent 2 Red Mon Ch 1 P9 410. Regeneration Area A-10 50. Cond Vent 2 Red Mon Ch 2 P-10 420. Makeup Domin Area B-1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Compressor Area B2 0.3 RBCCW Discharge Monitor P-12 OSH eps Redweste Ptap Room 5-3 100. Redweste Control Room B4 3.0 Redwesta Conveyor Aisle B5 5.0 Radweste Store and Ship B-6 0.3 TIP Valve Room B7 OSH Personnel Air Lock B8 OSH Reactor Oper floor Area B9 CSH Reactor E wip Drain Tank B-10 OSM Clearup System Pug Area C-1 OSH Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 OSH Shutdown Heat Exchanger C4 OSH Spent Fuel Pool Area C-$ OSH Li @ld Poison System Area C-6 OSH Control Rod Drive ModJle C*7 OSM Air Ejectors Area C-8 59 Fuel Pool (Low Renee) C9 OSH Fuel Pool (High Range) C-10 4100. RAGEMS HIGH-RANGE MONITOR: 4.6E-12 Amps RAGEMS LOW RANGE MONITORS: 3310. cps l CHRRM NUMBER 1: 2350. R/hr CHRRM NUMBER 2: 2340. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 19:00) NOTE: 'OSH' = Offscale High AREA PROCESS RADIAfl0W MONITORS CtX)E W/hr RADIATION MONITORS CODE W/hr Admin Olde Entry-Turb Blde A-1 0.1 Containment Spray HX A Eff P-1 CSH Access to Control Room A2 50. Containment Spray NX B Eff P 2 OSH Reactor Control Room A3 0.2 containment Spray NX C Eff P-3 OSH Turbine Oper Floor Entry A4 3.0 containment Spray HX 0 Eff P-4 OSH Lndry & Decon Ares (Chem le A 5 0. Vent Manifold Red Mon Ch 1 P-5 7. Turb LLbe oil Equip Area A6 0.4 Vent Manifold Red Mon Ch 2 P 6 7. Feed Puep Area A7 2.4 Cond Ven* 1 Red Mon Ch 1 P7 630. Condensate Ptap Aree A-8 4.5 Cond Vent 1 Red Mon Ch 2 P8 620. Cond Domin Velve Area A9 3.7 Cond Vent 2 Red Mon Ch 1 P9 620. Regeneration Area A-10 50. Cond Vent 2 Red Mon Ch 2 P-10 630. Makeup Domin Area 51 0.1 Service Water Dischrge Mon P-11 90. cpm Air Compressor Area B-2 0.3 RBCCW Discharge Monitor P-12 OSM cps , Redweste Pump Room B3 100. O Redweste Control Room Redweste Conveyor Afsle Redweste Store and Ship B4 85 B6 3.0 5.0 0.3 TIP Velve Room B7 OSN Personnel Air Lock B8 OSM Reactor Oper floor Area 89 OSN Reactor Equip Drain Tank B-10 CSM Cleante System Pump Area C-1 OSM Fuel Pool Filters (ORW) C2 35. Emergency Cordenser Area C-3 OSH Shutdown Heat Exchanger C-4 OSM Spent Fuel Pool Aree C5 OSH Ligald Poison System Area C6 OSM Control Rod Drive Modale C7 OSH Air Ejectors Area C8 59. Fuel Pool (Low Range) C-9 OSM fuel Pool (High Range) C 10 6300. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS IOW RANGE MONITORS: O. cps CHRRM NUMBER 1: 6240. R/hr CHRRM NUMBER 2: 6230. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units i
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 19:10) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE mR/hr RADIATION MONITORS CODE mR/hr Admin Bldo Entry-Turb Bldg A 1 0.1 Contairment Spray HX A Ef f P-1 CSM Access to Control Room A-2 50. Contairunent Spray HX B Ef f P-2 OSH Reactor Control Room A-3 0.2 Containment Spray ;iX C Ef f P-3 OSH Turbine Oper floor Entry A-4 3.0 Contairvnent Spray HX D Ef f P-4 OSH Lndry & Decon Ares (Chan la A-5 0. Vent Manifold Red Mon Ch 1 P-5 6.6 Turb Lube Oil Equip Area A6 0.4 vent Manifold Red Mon Ch 2 P 6 6.6 Feed Puno Area A-7 2.4 Cond vent 1 Red Mon Ch 1 P-7 600. Condensate Pump Area A8 4.5 cond vent 1 Red Mon Ch 2 P-8 600. Cond Domin Valve Area A9 3.7 Cond vent 2 Red Mon Ch 1 P-9 600. Regeneration Area A 10 50. Cond vent 2 Red Mon Ch 2 P-10 600. Maketo Domin Area 8-1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Compressor Area B2 0.3 RSCCW Discharge Monitor P-12 OSH cps Rackaste Ptap Room B3 100. Redweste Control Rocss 8-4 3.0 Radweste Conveyor Alste B5 5.0 Radweste Store and Ship 8-6 0.3 TIP Valve Room 87 OSH Personnel Air Lock 88 CSM e Reactor Oper Floor Area 8-9 OSH Reactor EgJip Drain Tank 8 10 OSH Cleanto System Ptsp Area C1 OSH Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C3 OSH Shutdown Heat Exchanger C-4 OSH Spent Fuel Pool Area C5 OSH Liguld Poison System Area C-6 OSH Control Rod Drive Mociale C-7 OSH Air Ejectors Area C-8 59. Fuel Pool (Low Range) C-9 OSH Fuel Pool (High Range) C-10 5990. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 0. cps CHRRM NUMBER 1: 5930. R/hr CHRRM NUMBER 2: 5925. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units 1 u l i l
1 1 ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O [~s d SECTION III A I PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 19:20) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CCCE ndt/hr RADIAi!ON MONITORS CODE ndt/hr Admin Blds Entry Turb Bldg A 1 0.1 Containment Spray HX A Eff P 1 OSM
]
Access to Control Room A2 50. Contairment $ prey MX B Ef f P-2 0$N J Reactor Control Room A3 0.2 Containment sprey HX C Eff P 3 OSH j Turbine Oper Floor Entry A-4 3.0 Containment Spray HX D Eff P-4 O$H ! Lndry & Decon Aree(Chem la A 5 0. Vent Manifold Red Mon Ch 1 P-5 6.3 Turb Lthe Oil Egulp Area A6 0.4 Vent Manifold Red Mon Ch 2 P-6 6.3 Feed Ptap Area A7 2.4 Cond Vent 1 Red Mon Ch 1 P-7 570. Condensate Ptap Area A-8 4.5 Cond Vent 1 Rad Mon Ch 2 P8 570. Cond Domin Valve Area A-9 3.7 Cond Vent 2 Red Mon Ch 1 P-9 600. Regeneration Area A 10 50. Cond Vent 2 Red Mon Ch 2 P-10 600. l Maketp Domin Area B1 0.1 Service Water Dischrge Mon P 11 90. cpm { Air Compressor Area B2 0.3 RBCCW Discharge Monitor P 12 0$N cps Radweate Pupp Room B3 100. Radweste Control Rous B4 3.0 i Rachaste Conveyor Af sle B5 5.0 Radweste Store and ship B6 0.3 TIP Velve Room B7 0$H Persomel Air Lock B8 0$N Reactor Oper Floor Area B9 OSM Reactor Egalp Drain Tank B-10 O$N Cleante System Ptg Aree C-1 OSM Fuel Pool Filters (ORW) C2 35. Emergency Condenser Area C-3 0$N Shutdown Heat Exchanger C-4 OSM Spent Fuel Pool Aree C5 OSM Liquid Poison System Aree C6 0$M Control Rod Drive Modate C7 OSN Air Ejectors Area C8 59. Fuel Pool (Low Range) C9 0$N Fuel Pool (High Range) C 10 5690. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 0. cps CHRRM NUMBER 1: 5630. R/hr CHRRM NUMBER 2: 5625. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units , 1 l O i
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 19:30) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE M/hr RADIATION MONITORS CODE W/hr Actuin 8tdg Entry-Turb Bldg A 1 0.1 Contairunent spray MX A Ef f P-1 OSM Access to Control Room A-2 50. Conteirunant spray MX B Ef f P 2 OSM Reactor Control Room A-3 0.2 contairraent Spray MX C Ef f P 3 OSM Turbine Oper floor Entry A4 3.0 Containment spray MX D Eff P-4 OSM Lndry & Decon Ares (Chem la A-5 0. Vent Manifold Rad Mon Ch 1 P-5 6.0 Turb Lube Oil Equip Area A-6 0.4 vent Manifold Red Mon Ch 2 P-6 6.0 feed Puup Area A-7 2.4 cond vent i Rad Mon Ch 1 P-7 540. Cordensate Pusp Area A8 4.5 Cond Vent 1 Rad Mon Ch 2 P-8 540. Cond Domin valve Area A9 3.7 cond vant 2 Red Mon Ch 1 P-9 570. Regeneration Area A 10 50. Cond vent 2 Red Mon Ch 2 P-10 570. Makew Demin Area B-1 0.1 Service Water Dischrge Mon P-11 90, cpm Air Compressor Area 82 0.3 RBCCW Discharge Monitor P 12 OSM cpa Redweste Puip Room 83 100. Radweste Control Room B-4 3.0 Redweste Conveyor Aiele B5 5.0 Radweste Store and Ship B-6 0.3 TIP Valve Room B-7 CSM Personnel Air Lock B-8 OSM Reactor Oper Floor Area B-9 CSM Reactor Equip Drain Tank 8 10 OSM Cleanup System Pt g Area C1 OSM Fuel Pool Filters (ORW) C-2 35. Emergency Condenser Area C-3 CSM Shutdown Heat Exchanger C4 OSM Spent Fuel Pool Area C5 OSM Licpid Poison System Area C6 OSM Control Rod Drive Mociale C7 OSM Air Ejectors Area C8 59. Fuel Pool (Low Range) C-9 CSM Fuel Pool (High Range) C-10 5410. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: O. cps CHRRM NUMBER 1: 5350. R/hr l CHRRM NUMBER 2: 5325. R/hr l OFFGAS AIR EJECTOR MONITOR: 1. mR/hr l MAIN STEAM LINE MONITOR: 5. units ,
)
9' l l
l ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O ( S ECTIOl' III A PROCESS & AREA RADIATION MONITORS I (CLOCK TIME = 19:40) NOTE: 'OSH = Offscale High AREA PROCESS RADIATION MONITORS CODE nR/hr RADIATION MONit0RS CODE mR/hr Admin Bldo Entry-turb Bldg A 1 0.1 Contelrment spray MX A Eff P 1 CSM Access to Control Room A2 50. Containment Spray MX B Eff P 2 OSM Reactor Control Room A3 0.2 Conteirment Spray MX C Ef f P-3 OSM Turbine Oper Floor Entry A4 3.0 containment Spray MX 0 Eff P-4 OSM Lndry & Decon Aree(Chem la A 5 0. Vent Manifold Rad Mon Ch 1 P-5 5.7 Turb Lthe Oil Equip Area A6 0.4 vent Manifold Red Mon Ch 2 P 6 5.7 Feed Puup Area A7 2.4 Cord Vent 1 Red Mon Ch 1 P-7 510. Condensate Pung Area A-8 4.5 Cond vent 1 Red Mon Ch 2 P8 510. Cond Domin Valve Area A-9 3.7 Cond vent 2 Red Mon Ch 1 P-9 540. Regeneration Area A-10 50. Cond vent 2 Red Mon Ch 2 P 10 540. Makeup Domin Area B1 0.1 Service Water Dischrge Mon P-11 90. cpm Air Compressor Area B2 0.3 RBCCW Discharge Monitor P-12 OSM cps Redweste Pump Room B-3 100. Rahte Control Room B4 3.0 O Redunste conveyor Afste Redweste Store and Ship B5 B6 5.0 0.3 1 TIP Velve Room B7 OSM Persomel Air Lock B8 OSM Reactor Oper Floor Aree B9 OSM Reector E@lp Drain Tank B 10 OSM Cleanup System Ptap Area C-1 OSM Fuel Pool Filters (ORW) C-2 35. l Emergency Condenser Area C-3 CSM ) Shutdown Meet Exchanger C-4 OSM ] Spent Fuel Pool Area C-5 OSM Liquid Poison System Area C6 OSM ) Control Rod Drive ModJte C7 OSM l Air Ejectors Area C8 59. l Fuel Pool (Low Range) C9 OSM i Fuel Pool (High Range) C-10 5140. RAGEMS HIGH-RANGE MONITOR: 1. 0E-13 A:nps RAGEMS I4W RANGE MONITORS: O. cps CHRRM NUMBER 1: 5080. R/hr ! CHRRM NUMBER 2: 5075. R/hr 1 OFFGAS AIR EJECTOR MONITOR: 1. mR/hr l MAIN STEAM LINE MONITOR: 5. units l O
1 l ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III A PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 19:50) NOTE: 'OSH' = Offscale High AREA PROCESS RADIATION MONITORS CODE mR/hr RADIATION MONITORS CODE nR/hr Admin Bldg Entry-Turb Bldg A-1 0.1 Contalrnent Spray MX A Eff P-1 OSM Access to Control Room A2 50. Contairnent Spray MX B Eff P-2 OSM Reactor Control Room A-3 0.2 Contaf fnent Sprey MX C Ef f P 3 OSM Turbine Oper Floor Entry A-4 3.0 Containment Spray MX 0 Eff P-4 OSM Lndry & Decon Area (Chas la A-5 0. Vent Manifold Rad Mon Ch 1 P 5 5.4 Turb Ltbe Oil Equip Area A6 0.4 Vent Manifold Red Mon Ch 2 P-6 5.4 Feed Ptap Area A-7 2.4 Cord Vent 1 Red Mon Ch 1 P7 485. Condensate Puup Area A-8 4.5 Cond Vent 1 Red Mon Ch 2 P-8 485. Cond Domin Valve Area A9 3.7 Cond Vent 2 Red Mon Ch 1 P9 510. Regeneration Area A-10 50. Cond Vent 2 Red Mon Ch 2 P-10 510. Maketo Desin Area B1 0.1 Service Water Dischrge Mon P-11 90. cpn Air Compresso- Area B-2 0.3 RBCCW Discharge Monitor P-12 OSM cps Redweste Pump Room B3 100. Radwaste Control Room B-4 3.0 Radwaste Conveyor Alsle B5 5.0 Radweste Store ard Ship B6 0.3 TIP Valve Room B7 OSM Persomel Air Lock B8 CSM Reactor Oper Floor Area B-9 OSM Reactor Ewip Drain Tank B 10 OSM Cleanto System Puup Area C-1 OSM Fuel Pool Filters (ORW) C2 35. Emergency condenser Area C-3 OsM Shutdow) Meat Exchanger C-4 CSM Spent Fuel Pool Area C5 OSM Li @ld Poison System Area C-6 OSM Control Rod Drive modate C-7 OSM Air Ejectors Area C8 59. Fuel Pool (Low Range) C9 OSM Fuel Pool (High Range) C 10 4880. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: O. cps CHRRM NUMBER 1: 4830. R/hr CHRRM NUMBER 2: 4825. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units e
'1 l
l ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O t SECTION III A { PROCESS & AREA RADIATION MONITORS (CLOCK TIME = 20:00) NOTE: 'OSH' = Offscale High AREA PROCESS RADIAfl0N MONITORS CTE M/hr RADI ATION MONITORS CODE W/hr Achin Ilde Entry-Turb Bldg A 1 0.1 Containeent Spray HX A Eff P 1 0$N Access to control Room A2 50. Conteltment Spray a B Ef f P 2 OSH Reactor Control Room A-3 0.2 conteltment Sprey NX C Eff P-3 OSH Turbine Oper Floor Entry A4 3.0 Containment sprey MX D Eff P-4 OSH Lndry & Decon Aree(Chem la A 5 0. Vent Manifold Red Mon Ch 1 P 5 5.1 Turb Libe oil Ewip Area A-6 0.4 vent Manifold Red Mon Ch 2 P 6 5.1 Feed Ptap Area A' 2.4 Cond Vent 1 Red Mon Ch 1 P-7 460. Condeneste Puup Area A3 4.5 Cond Vent 1 Red Mon Ch 2 P-8 460. Cond Domin Velve Ares 9 3.7 Cond Vent 2 Red Mon Ch 1 P9 485. Regeneration Aree A-10 50. Cond vent 2 Red Mon Ch 2 P-10 485. Makeup Domin Area B1 0.1 Se vice Water Olschrge Mon P-11 90. cpm Air Coopressor Aree B-2 0.3 RBCCW Ci therpe Monitor P 12 OSM cpe Redweste Ptap Room B3 100. Reckeste Control Room B4 3.0 Redweste Conveyor Alste 5.0 O- Redweste Store ord Ship B-5 B-6 0.3 l TIP Velve Room B7 OSN Personnel Air Lock B8 OSH Reactor Oper Floor Area B9 OSM Reactor Equip Drain Tank B 10 OSH Cleerg System Ptap Aree C-1 OSN Fuel Pool Filters (ORW) C-2 35. Emergency condenser Aree C-3 OSM Sht;tdoom Weet Exchanger C-4 OSH Spent Fuel Pool Aree C5 OSH Li @ld Poison System Aree C6 OSH Control Rod Drive Machte C7 OSN Air Ejectore Aree C-8 59. Fuel Pool (Low Range) C-9 CSM Fuel Pool (High Range) C-10 4650. RAGEMS HIGH-RANGE MONITOR: 1.0E-13 Amps RAGEMS LOW RANGE MONITORS: 0. cps CHRRM NUMBER 1: 4600. R/hr CHRRM NUMBER 2: 4595. R/hr OFFGAS AIR EJECTOR MONITOR: 1. mR/hr MAIN STEAM LINE MONITOR: 5. units O
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS O SECTION III B O AREA DOSE RATES l O (94 ANNUAL EX/LD/58)
fIE : 16lW SCEHARION036REYN00 O HAcrAcititv llllll ( 2. (2. (2.
' ((2.2.'s( 2. (2. iiiiii (2.
s (2. m( ,2 ' , S. a (2. (2.
! ( 2.
(2. N. 10 (2. HAiHf NETAIRSAMPLE: ( 1 H epu / Minute run BLDC ELOOR CONTAMINAIl0N: ( 1 H cpn/1 Men 2 PERSONNEL C0HfAMlHAf10Hl ( 1 W opn/ninute occupancs O fIE : 16lW SCENARION036REYN00 OSC FACILITY (2. (2. (2. (2. (2. (2. (2.
~
NERX BLDG
' (2. ENIRANCE (2.
/ /
(2. ( 2. O NET AIR SAMPLE: ( 1 H epu / Minute run FLOORCONTAMINATION: ( 1 H cpn/1 Men 2 PERS0mEL C0HfAMIHAT10H: ( IN cen/ninute ocoupancs
IIE : 16:09 D< [ h = g (2. . g .e q c2 c h, c -b dn JJ D
. (2.
r (2. -
-~
IP e . ( 2. - = (2. ,( 2. up (2. L-HetAirSayle:(100cpn I(2, floor Containation: (100epn/100en2 (2. Personnel Containation: ( 100 cpn per ninute occupancy. THIRD FLOOR OfflCE BUIIJ) LNG O l l IIE : 16:09 J' 'I (2. Het Air S uplel( 100 cpn/nfn run (2. Air Saple Contact Doss Rate:( 2.8 nead/hel Floor Contamination;( 100 cpn/100 u2 (ll2.l-Personnel Containation:( 100 c *_.J l ( 2.' Per Minute )ccupanegg {j.
- 2.9 ,1
-9 ;
I
. 2_ 0 t
[I h 5. 5. W, 23'-6" ED. O !! t] i U U U ::U l 3. g 9,8
"[_ (
( 2.
, 3 fa.
, (2.
'^' '
g (2. (2. _, , (2. (2.
_.IlMI:16:00 Q ROOT
- 39, 40. - 30.
I g 30.- g
- 30. 48. -
- NetAirSample: ( 199 opvnin run an Air Sample Contact Dose Rate: ( 2,9 nrad/hr- T il floop Containation: ( 100 epvi90cn2 2.0 PersonnelContaination: ( 188 cpn I j 2.8 1 ,
terMinuteOccupancs,,_1. 29. 20, X - 30,- - 40,- - 30,- 2 21,
- 38. 48. _ 28. (( 2.2,2 g _ -]!
Roor
= Roor -
4 R.h
' '2 em 0PERAIING rLOOR EIB, 46'-6"
- g. {
O TIME : 16:M
. u u i ( 2, -
l (2. O d_ Het [ Air Sample: ( 199 6PMNin Pun I
\ (2.
E l J Air SanPle Contact hse ate '-l - ( 2,- ' 8 8, ( 2.9 nea Fhe ) ._J L_ l i L Floor Containation: c ! 0 ( 100 cpv199cm2 ) , ,i 2.0 , Personnel Contamination:/ 2.0 l ( 100 cm / 5 0 er Minule occupancy / t
% J ,
' ( 2.
O '
!!:0t----.P ~
~ ~
c !b o ' o '
- - : ' ' ~
( 2l-(2 , \ 11EY 51'-3" RX. BlK I l lW n is. . . . . . . . .h n n n l
IIMI:16:00 0 HetAirSanple: ( 100 cpn/I min lrun $ Air J aple Contact Dose Rate: ( 2.0 nea #hril
'O b % floor Containation: ( 100 cpn/100cm2 2,9 Personnel Contaninationl ( 100 cpn II (2.
2.9 # FerMinuteOccupancy ( 2.
,i
~
X q jj;
. l, 310.
o or .
-[ (( 2.- 2.] ="a- 310,'
g u = = = 300, c. 0000000 j' a = =
= == [ 2.
A (2. M172ANINE ROOR EN. 23'-6" O TIME:16:00
' ' 'T 'T ' m 0 q 10' 19, c== m em 29.
CD C3 % ~ 7 O .. : l H " l l 8,0 Het Air Sany e: ( 100 cpn/nin run Air Suple Contact Dese Rate: ( 2.9 nra #heI o c
\ floor Contamination: ( 100 cpn/100cx2
. ... Personnel Contanination: ( 100 crn l rminuteoccupanc,9 5.9
__.} . ---{ 5.0 5 O .g - I c {s 2,9 3,9 I (2. 2.9 3.9
' N l
3 Oo......... 4
. .t '
LJ ll J If [ l ( 2, . - (2. g/ EE. 75'-3" RX. EDC. m
.........g s n n n
-IIE : 16:08 m Ol 50, 50.
80, 80. O 1300. . d ( 2, Q " _' 00 00 00 1
- (2. -
240,5'jfr. 240. ( 2, (2" Het Air Sample: ( 100 cpn/nin run ( 2. ( 2. r kip Suple Contact Dese Rate: ( 2.0 nead/hol I floop Containation: ( 100 cpn/100c u" ( 2. ( 2.- Personnel Containation: ( 100 CPM ll ' C"'7 L-Ut 69.G 50.PerJinute Occupancy 4.6' 50, 4. 60. w [0 _ 1-1 1h, fI ' . 1300. u- ', p , 0 O v
, 3.0 ,3. ( o 3.8 3.0 3ASDUT FLOOR ELEY, B'-8" & 3'-6" O
II E : 16:08 o'!!: "
, ,e 3 ( 2.
x fX , (2. (2. , NetAirSample: ( lie epa / min run (2. Air Samplle
- Contact FleerCentuination: hse Rate: ( 2.0 nrad/hr( c 100 epn/190 3 Personnel Containation: ( 190 c)*
' .j PerMinuleOccupancs 3 0 l - t
/ \ 2,9
( 1 2.0 O ' ! !'. o.- ------ o . a Mo o c (2. ( 2. - -
~l
/ 1 ( 2, (2. \- IlR. 95'-3" iw u,/
n . . . . . . . . ..% s n RX.:lLDC n n
.IIMI:16:09 I
30.:i 30, l i
\ .up 30.
30, O 100^ ^100, 100, 100. Het Air S u le: ( 100 c dnin run AirSupleContactDoseR$te: ( 2.0 m ad/hr floor Containation: ( 100 cpv100cn2 Personnel Containation: ( 100 epu fer Minu;e Occupancy 100. ELEY, -19'-3" -
/ 100. U l
UP 1 1 Rx. Bldg. O
- n. O sa.
- , 3 0., ' 'O [ ,30.
O l IIMI:16:00 l l an I Lan _
- 60. "
69. 60, 60,
/ NetAirSaple: ( 100 cpvnin run-Air Suple Contact Dose Rate: ( 2.0 nrad/hr )
l Floor Containation: ( 100 epv190cu . Personnel Containation: ( 199 cpn i PerMinuleOccuPancy EEY, -6'-5" EEY, -l'-6" g Rx. Bldg. l
II E : 16:00 NetAirSaPle: ( 100 cp v nin run Air S uple Contact pose Rate: ( 2.9 nra v hr Floor Containation: ( 100 cpv100cn2 C'v) Personnel Containation: ( 100 cpn perMinuteoccupacy
' ' L 3.1up 3.1 9.9 8.9 _
l DRVELL - IIPDRIUE EIR 33'-6" RXBLDG O _IIE : 16:M o o g a Het Air Sample: ( 100 cyn/nin run. . Air Suple Contact Dose Rate' ( 2.9 un#he -- Floor Containation: ( 100 cpn/199cn2 ) Personnel Cont aination: ( 100 crn
/
ccupacy g 5.9 . I 5,9 l _
"i"d
( 2. X li REU.119'-3" RX.Bl.DC. Il I;
IIE : 18:00 SCENARIO N0 36 REY N0 9 HACFA0llify llllll
< 2. < 2, (2. ' o< 2. 's
( z. ( z. unn < 2-s (2. m 5 2' - e (2. ? ( 2. o ( 2. ( 2. N. IO (2. HAlHf NET AIR SANFLE: (100epn/Ninuterun BLDG FLOORCONIANINATION: (100cpn/100cm2 PERSONNEL 00HfAMIHATION:(100cPn/ninutecccuPan09 O fIE : 19l99 SCEHARION036REYN09 OSC FACILITY (2. ( 2, (2. )(2. (2. (2. (2. (2. NERX BLM (2. ENTRANCE (2.
/ /
(2. ( 2. O net air saNetE: ( laa een /Ninute rua FLOORCONTAMINATION:(100cpn/180cm2 PERS0MEL C0HfAMIHAT10Hl ( 100 cen/ninute ccouPancs
IlMI:18:09 D'v (2. A U D =
=
, _ r)_ , ? '
1 e2 c
~~
dn 0
'+' ' '
(2. r' (2. - IP
-~
(2. = m . (2. p( 2. up (2. HetAirSuple: (100cpn L,1( 2, Floor Containation: (100epn/100en2 (2. Personnel Containation: (199cpnperninuteoccupancy. THIRD FLOOR OFFICE BillLDING O TIME : 18:00 ( 2. Het Air Sanplel( 100 ce d ninlrun (2. Air S uple Contact Dose Rate:( 2.9 nrad/hrl Floor Containation:( 100 cpv100cn2 (ll2,l-( 2.- Personnel Containation:( 100 egn__J l PerMinuteccupancyN j{
- 2.0 .I O i 2.0 l
- n il ii ii ::
I 5,E W, 23'-6" M BLD , b! i; !! c]
!::! .:..s. .. ::
y .. .. y 3. l f2 ( 2._ , Pa. , (2. ,, l (2. (2. ( 2, ( 2,
_IIMI:18:00 O -
- 39. 40. - 30.
I 30.- 40.- 30.- {
- NetAirSuple: ( 100 cpvnin run an Air Sanple Contact hse Rate: ( 2.0 nrad/hn il floor Containation: ( 100 ep v100cn2 2.0 PersonnelContamination: ( 100 cpn i y 2.8 o - ferMinuteOccupancs 28.
20, X 30,- - 40,- - 30,- 21, 21, ( 2,l
- 30. 49. ,_ 30. ( 2. _
% ~~
X
-- ~]
w -
=w '- e R.h X ,; -
p g ( ( e. OPERAflHG MR M, 46'-6" O TIME:18:M ; u u i ( 2, - O _[
+4a*#ninrun
( 100 ep l
- 1 ( 2. E Air Sanple Contact hse ate l - ( 2.-
( 2.9 nead/hr )F ,,_J[_, I floor Containation: c
-0 ( 100 cpv 190cn2 ) ,i
/ 2,9 PersonnelContamination: 2.0
( 100 on 3 0 erMinuleOccupancy/ / t
% J .
-' (2.
g 3 : O. . . . . . . . . .,D C !:h O ( 2' O c (2- . (2. g/
\ ' 1111. 51'-3 " RX. BLDC -
lw .........% n n n
i i IlMI:18:00 U ' Het Air Sanple: ( 100 cp fdninlrun $ Air G uple Contact Dose Rate: ( 2.9 nea#hr l ! U J % floor Containation: ( 100 cpn/100clm2 2.0 l 2.9 g:-c Penonnel Contaninationl ( 100 cpnPerMinuteOclcupan (2. ( 2. 1
/'
X q jl-l, 318. o or - [ ( 2. a'
-(2]- = - 319.
g
- t. = = = 300, c.
0000000 -= = -= == [ 2.
"ka '
( 2, MI22ANINE E00R - Ela, 23'-6" O flNE:18:99
' u 19, t_r u m O q t.r
- 19. m c= 20.
20. O a a e O i., 8,0 Het Air Sap e: ( 100 ordnin run O L., y Air Suple \ T100rContact Dese(Rate! Containation: ( 2.9 un#hrl 2 c 100 cpn/199cn Penannel Containationl ( 100 opn I rminuteoccupanc,9 5.9 __ } ....{
---- 5,0
) O c a i t
{s 2,9 3,9 (2. 2.9 3.9
]
(2' O. . . . . . . . . ., q u
]E'
't n c g H
(2- - jW (2. . N s EEU. 75'-3" RX. EDC. n's.........h g n n
l
-TIME : 18:09 l
- = nIF i O 58, 8,, o j;, l
- 50. 80. 1399. 1 (2,Gb nn nn nn 240, S"'
(2. - 240. fr. r(2. (2" Het Air Sanple: ( 100 cpn/nin run (2. , ( 2. , kieSupleContactDeseRate: ( 2.9 nea #hrl " (2. I floor Contamination: ( 100 cpn/100cu ( 2. "' Personnel Contaninationl ( 100 cpn ll ' C9 C Ut 69. U( 50, 59.Per Minute Occupancy 4.f 60, 4.0
.m wL_
~
1300. JI - 1300, u-l ', p , 0 p v
~, 3.9 _
,3.8_ o 3.8 3.0 3ASIMF.NT TLOOR ELEY, O'-8" & 3'-6" O
IlME:18:M o ' !!: ", '
,e
, , \
( 2, '..' (2. (2. - NetAirSuple: ( lie epn/ min run ( 2, Air Samplle e - Contact Floor Containation: hse Rate: ( 2,8 nra Fhr( c 100 epn/199 3 . Personnel Containation: ( 100 cm
,. ') Per Minule kcupancs 5 0f!l --
c - t
/ '\ 2.0
( l 2.9
!!: D - - -- .P 0 0 '
O 3
?:! o (2.
( 2, ( 2, . -
"..' (
(2.
' Ns \--II.IV. 95'-3" RX.1LDG l lw n's.........h n n q '
l
11E : 18:00 N
~
i li5 l i f li: e I
!!f ^!!!:
Het Air San lel ( 100 e dnin run AirSapleContactDoseR$te: (2.0 dad /hr ! Floor Containation; ( 100 cpd100cn2 ' Personnel Containation: ( 100 opn PerMinueOccupancy 100. EU, -19'-3" -
/ 100.
up Rx. Bldg. QlU 38,
- 38. '
l
'O i
Q on , 3.0. O l ! IIE : 18:00 l i 4 l L dn-
- 68. "
69. 60, 60, NetAirSuple: ( 199 cpn/ min run-Air S uple Contact Dose Rate ( 2.0 mrad /hr 5 Floor Containation: ( 199 opn/190en2 Personnel Containation: ( 100 cpn i PerMinuleOccupancs l EW, -6'-5" EW, -l'-6" Rx. Bldg. l l
TIME:18:09 NetAirSample: ( 199 cpvnin run Air Sample CMiact I058 EAlfl 5 2'O MPAMh? Tloor Containation: ( 199 cpn/199cm2 O Personnei conioination: < 188 cpn per Minute occupanc9 i ' ' 3.1uP L 3.1 8.9 8.9 _ l HYWILL - IIPDRIVE IIB 33'-6" RXBLE O __IlME : 18:M a Het Air Sample: ( IM oPn/ min run. . Air Suple Contact Dese Rate' ( 2.9 un#he -- floopContaination:(198cpvi90cn2) Personnel Containation: ( 100 crn
' / g coupancy 5.9 :
5,9 l _ g 3.9 g(==2.a - 3.9 ( 2.X EIE,119'-3" RX BLDC. Il C
IIME:18:05 SCENARION036REYN00 O HACTACIllf? llllll (2. ( 2, (2.
'((2,\
- 2. ( 2. (2. llllll (2.
s (2. m .2' 5 a D e __ (2. . ( 2. a (2. (2. N. 10 (2. HAlHf NET AIR SAMPLE: /Minuterun BLDG FLOORCONTAMINATION: ((100cpn 190 ep/100cm2 PERSONNEL 00HfAMIHAfION:(100cPn/ninuteoccuPancy O f1ME:18:05 SCENARION036REYN00 OSC FACILITY (2. s (2. '(2. (2. ( 2, ( 2, (2. NERX BLDG
' ( 2. ENTRANCE (2.
/ /
(2. (2. O net air SanetE: TLOOR CONTAMINAfl0N: eninuterun (100en/100cm2 (100cpn PERSONNEL 00HfAMIHAfION:(100cen/ninuteoccuPancy
IIMI:18:05 3' ' (2. U (2. , & g q h, d b c2 e dn 7
'+~ ' '
(2. r (2. - IP m
~~
( 2. =
,(2.
( 2. up (2. HetAirSayle:(100cpn t ,1( 2, Floop Containation: (100 epa /100en2 (2. Personnel Containation: (100cpnperminuteoccupancy. THIRD FLOOR OFFICE BillLDING O IIE : 18:05 'I (2. Het Air S u lel( 100 cpdnin run (2. Air S uple Contact Dose R te:( 2.0 nraFhr l Floor Containation ( 100 opd100 m2 (ll2,- Personnel Containation:( 100 c n._J l ( 2.- PerMinute cupancyg . 2.0
~_O g i 2.0 ,J t uo 3n-1 5,E W. 2'J' 4" RX,BIE, b c]
!! 5.
;i. '.' . '!.
m O s.P O < g 9,8
^ '
( E- , 1 Y2. g ( 2. __ , , - ,(1. - (2. (2. ( 2, ( 2,
_IIE : 18:85 O Roor
- 30. 49. - 30.
g 39.- 49.- 30. - NetAirSaple: ( 100 cpsnin run {. E Air Sample Contact Dose Rate: ( 2.0 nra Fhr d floor Containation: ( 199 epv190e 2.0
~_ PersonnelContamination: ( 1 00 c .. I y 2.9 terMiuteOccupancs X
- 29. 21, 20, 30,- -
40,- - 30,- 21. ( 2,7 30, 40. ._ 30. ( 2. _. t Wn
~]
X Roor
= Ro0r ' -
e R.Y i
.. (2.
u - pc. QPERAfING II,00R IIR, 46'-6" O IINI:18:85
. u u i ( 2, -
(2. O d_ Het[ Air Sample: ( 199 ep # nin run
> " \ (2. t Air Santle Contact hse ate: '-
- ( 2.-
- 8. ( 2.9 nea Uhr ) _ J L_.
8. Floor Containation: c
-0 ( 100 cp#199cn2 ,i 2,9 Personnel Containation: 2.9 5 0 ( 100 c mer Minule / Occupuey/ t
\ / .
(2. c 20 0 ' O 2 (2:a..........a (2 . . 2:0 o ( 2' o C
~'
~~
(2 . . (2'. u .-' N,' IIR. 51'-3" RX. BlK I lw n . . . . . . . . .% n n n
TIE : 18:05 d ' Het Air Sanple: ( 100 cF dnin run If $ 6 AirJupleContactDoseRate: ( 2.0 nea#hol [
'O 0%
TloorContamination: ( 100 cpv100cm2 2.0 l Personnel Contanination: ( 100 crnPer Minute Oclcupancy i2. 2.9 A ( 2. l
/
( 2.
~
X 5 (2. - L-- 319. o or -
-[ (( 2.- 2.3 = ' = 310,i- ' g
= = = 300, c.
u 0000000 I' s . 2 - . w= [ 2. A (2. M122ANINEFLOOR - Ela, 23'-6" O TIME:18:05 0 'q ' 'f' 18'. 19 c'=T = = cm U m 29. E:1 n O i., 8,0 Het Air $anP e: ( 100 ci dnin run o t, Q Air Suple\ floorContact Dose(Rate: Containation: ( 2.9 nea#htl 2c 100 cpv100cn Personnel Containation: ( 100 cpn I j_.}
....}
___ V P ninute occupanc,9 y 5 O c - I c {s _ 2.0 3.0 (2. 2.8 3.8 3 Q ......... g-LJ n a ij l M C ( 2. - -
'l .
(2. :
's,' ELEU. 75'-3" RX. BLK.
lW n's.........h g n n l
-IIME : 18:05 o nIf" O 50, 80. O 3.8 3.0
- 50. 80. 1300.
( 2, O - 00 00 00 240, S '
- (2. -
240. fr. (2. (2 Het Air Sample: ( 100 cpn/ min run (2. , ( 2. ,. kie Suple Contact Dose Rate: ( 2.0 nead/htlu" (2. I Tloor Containation: ( 100 cp v100c ( 2.- Personnel Containation: ( 100 cpn II ' E- 9 L-Ut 60. U( 50.Per Minute Occupancy 4 J 60, 50, 4,0
,, w L_
b~l O 1300, Jf . 1300. U V
"". S 3.9
_3.f_ o 3.0 3.0 , MSEMENT FLOOR EEV, O'-0" & 3'-6" O IIME:18:05 O ' !!: , ,E ( 2,
] .
.' C (2. '. .
(2.
- Net Air Suple: ( IES cpvnin run (2.
( 2, Air Suplle Contact hse Rate; ( 2.0 nrad/hrFloor e - c Containa 3 ' Personnel Containation: ( 100 cpn
,. ') PerMinuleOccupancy 0 f !'.
5
- c
-s 2,9
( 1 2.0 o ' 0 3
! !' O.---
-. D o ?'.!o (2.
~l )
(2. ( 2, - -
.- /
(2. :
< , \__ILEY. 95'-3" RX.:lLDC Iw n u.
. . . . . . . . .% n ,., n
.IlMI:18:05 30 : I I _up 30. 30, h I 30, l ___ 0 100^
^ 100, 109. 100.
Het Air S u lel ( 190 e n/nin run AirSapleContactDoseR$te: (2.9 dad /hr floor Cont aination: ( 100 opn/100cn2 PersonnelCentaination: ( 100 cl* Per Minu;e Occupancy g , _1gs_3ss .[ '[' I I Rx. Bldg l
!, O N , .0!
e TIME:18:05 d I U-
- 69. -
69. 60, 60. NetAirSample: ( 100 epn/nin run-Air Sample Contact hse Rate; ( 2.0 nra #hr 5 fleerCentuination: ( 100 epn/190cn2 PersonnelContaination: ( 199 c
- Per Minu)le h ouPancy g, .6'-5" M, -l'-6" g
Rx. Bldg.
IIME:18:05 NetAirSample: ( 100 cpn/ min run Air Suple Contact hse Rate: ( 2,9 nra#hr Floor Containation: ( 100 cpn/100cn2 Q' Personnel Contamination: ( 100 cpn perninuteoccupancy 3,1up L 3.1 8.0 8.8 _ i DRYWELL - IIP MIUE ELEY 33'-6" RXBLDG O _IIME:18:95 a o g l B Net Air Sample: ( 100 cen/nin run. , Air S uple Contact hse Rate: ( 2.9 un#he -- FloorContaination: ( 190 cpn/190cm2 ) l Personnel Containation: ( 190 crn
/
coupancy 3 5.9 . 5,9 l O 11 3.8 rf(=2a - 3,9 l ( 2, X 11IU.11r -3" H.B13C. ll G i _____----___-_-____-___1
!IE : 18:10 SCENARIOH036REYH00 O HAcrAciti!y liiiii ' 50, 10, 2,5 ( 2,
- 59. \ 18, 2.5 llllll ( 2.
s (2. m ( 2' , , , ,
~
O 0 a .. (2. . (2. a (2. (2. N. 10 (2. HAlHf NETAIRSAMPLE: (100epu/Minuterun BLDC FLOORCONTAMINATION: (199cpn/100cm2 PERSONNEL 00HfAHIHAfl0Hl(100cen/ninuteoccupancs O fIE : 18:10 SCEHARIO N0 36 REY N0 0 OSC FACILITY (2. ( 2, (2. )(2. 59. (2. ( 2, 50, NERX BLM
' (2. ENTRANCE (2.
/ /
( 2, (2. O NET QlR SAMPLE: (190epu/Minuterun ELOORCONTAMINATION: (190cpn/100cm2 PERSME CON!AMIHAfION: ( 100 cen/ninute occurancs
IIE : 18:19
~~
O;: rc ( (2. 4 F
% .=
Q 8 1 =2 e X -- an 0 2, r 2.
-- IP
;- . ( 2. 7 -
(2. 18. up 19, L ,I Het Air S u le: ( 100 cpn 50. Floor Containat on: (100epn/100en2 50. PersonnelContamination: (100cpnperminuteoccupancy. THIRD TLOOR 0}TICE BUILDING O IlE : 18:18 J' 2.5 ! Het Air San lel1,lE4 CPn/ Min lrun 2,5 AirSapleContactDoseRte: 3.4 nPa #hr I Floor Containation:1,lE4 opn/100 n2 . 0,l' Personnel Containationl( 100 e m_J l 19. - g Per Minute )ccupanegy
~ 219.
-- h '.240' l !!
ii !! g {I l
!! :219. W 23'-6" RX, B1, , O ii c 240. ::
( 18 ' g219, sE_ 59, dia.
,219.
l
^
e
- 59. ( 2.
50, ( 2,
TIMI:18:10 O noor I
- 30. 40 - 30.
N 38.- g 30.- 40.- NetAirSaple: ( 100 cp #nin run da Air Sample Contact Dose Rate: ( 2.0 nrad/hr- I d floorContuination: ( 100 epW100cn2 2.9 Personnel Containation: ( 100 cpm I 2.0 ferMinuteOccuPancy J v - 29. 20. A - 30,- - 40,- - 30,- 21. 21.
- 38. 48. _ 38. (( 2.
2,2 Wn- __ y mr = = mr -- e "n)- 0_c_ S c. OPERAfING RMR EU, 46'-6" O TlME:18:19
. u u i 50 -
O _
-[
8eissan>/ninrun 1.1E4 epn ie: t 1 219. J " Air Suple Contact Dose ate l - 240,- 219. 240. 3.4 neaFhr ) 1-lL_ Floor Containation! c
-o 1.1E4 cpv100cm2 ) ,t 210.
Personnel Containation:/ 248. ( 100 can / ' 3 0 ncy / C
-' 219. ,
O 3
!!!'o...........o
, ,s: c !!!'a o *' o c l
.- : i i Sg, . ,l
- 59. 'e' N, ilEY. 51'-3" RX. B13C -
Iw u, n.........% n n n
IIMI : 18:19 U f & Het Air Sanple: ( 100 cpdnin run AirJaspleContactDeseRate: ( 2.0 Mra#htl l E
] 0% floonContamination: ( 100 cpn/100cm2 2,9
- Penonnel Contanination: ( 100 cpn ll
\2.
2.9 # PerNinuteOccupancy ( 2. 1 ,
/
X q jl-L--
,(2. 310.
0 Dr . .(2,]_ =_a = _ sig,, _ u = = = 300, e. 0000000 I' a = m -= == [ 2. A ( 2, MI22ANINI E00R - IIB, 23'-6" O IIME:18:19 O u u tr 219, er u m 0 240, == m em 219. l t:i c3 c l O no. : 240. Het Air Samp e: 1,lI4 cpvnin run o H Q 3.4 nea #ht AirSupleContactDeseRate:\ floor Contamination: c 1.1I4 cpn Penannel Contanination: ( 100 cpn i g __. } ___ }. ___ a V e minute occupanc,9 g c 219, o , 219, 219, 240, 240, 1
]
240' O . . . . . . . . .,q
' ~. .- .
U n a qC N C g ! 50, . .
'sjy l l, 59. f EIV 75'-3" RX. DC.
l n........... g n n l
. - . _ . - .- - . - = . - - - . -_ -- . . - . _ -
-TIME : 18:19 -
sa 01 O se, 88. O 38 3,8
- 59. 89. 1399.
< 3, cb -- nn nn nn 249 I3S
- ( 2. -
249. ff ! ( 2, ( 2, HetAirSample: ( 100 cpn/nin r,un ! ( 2. ,. " (2. (2. kip Suple Contact hse Rate:( 100 (cpn/100c 2.9 nead/htli2 I Floor Containation: ( 2.- Personnel Containation: ( 100 cpn 1' C 1 l-Ut 69. M 50, 59.P,,e,p Minute Occupancy 4.9' 69, 4,8
.r- wL_
b l O 1709, Jf . . 1399.
- m. rq a a v 3.9 3.u o 3.0 3.0 BASIMENTFLOOR DR, B'-8" & 3'-6" O
TIME:18:19 O'!!!: ', ,E '
\
219, '..' , nr 24 Aih Samplle
- Con 1.1E4 5
Floor Containation! act epn/190en2 c 3 . PersonnelContaination: ( 100 cm ,
..' 'l PerMinuleOccupancy 0 $4!'
t 5 . c -
/ 'N 219, ,
( l 249. O 3
!<!: a...........o o !!!'o
. o c
. .' ; 219.
59, . 249, 59. u,e' 's : (._.IIR. 95'-3"RX.P DG Iw n.........% n n n
.fiE : 18:19 219.:
I I V _up 210. _ 240. $ I 240, l __ 310^ 310, 340. 340. Het Air San le: 1,1E4 c n/nin run Air Suple Contact Dose R$te:3.4daUhr Floor Containation; 1,1E4 rpn/100cn2 - Personnel Containation: ( 199 epu PerMinuleOccupancy 10, 0, 340.\ ELEY, -19'-3" / 340. U up l l Rx. Bldg. Clata, 2as,
, 249., ' 'O Q o 24,0.
O flE : 18:19 279. 300, 300,
~
Net Air Suple: 1.1I4 cpn/ min run'" Air Sample Contact Dose Rate: 3,4 mra #hr 5 floor Contuination: 1.1I4 epn/190cn2 Personnel Containation: ( 100 cpn Per Minule OccuPanc9 M. -P -5" M. -l'-6" Rx, Bldg. O
fIME:18:19 Het Ain Suple: 1.1E4 cpn/ min run AirSupleContactDoseRate: 3.4 nravhr floor Containation: 1.1E4 cpv100cn2 O' PersonnelContamination: ( 100 cpn perMinuteoccupacy 1 10,uP L 149. 219. 240. _ l DRVEL - IIPDRIVE ELN 33'-6" RXBLDG O l _IIME:18:19 o o g l e i Het Air Suple: 1,lI4 cyn/ min run. . Air S uple Contact Dese Rate: 3.4 nea #he -- Floor Containation: 1.1I4 cpv199cn2 ) Personnel Containation: ( 100 cPn ' '
/
coupacy g 219. . 240. O 'D 219. l fi=59 . - 240. I 59. X ELEY.119'-3" RX.BLDC. Il ll 1 l l _ - - - - _ _ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - j
flME:19:20 SCEHARION036REYN00 O HAcrAcititv llIlli
' 800, 200, 50, 5.
808. \ 200. 58. llllll 5. s 20. N ' - i i i i a O a .. 5. . ( 2. a 5. (2. (2. 10 (2. MAINT
/Minuterun BLDC NET AIR SAMPLD FLOORCONTAMINATION: ( 100 cpn ( 100 ep/100cm2 PERSONNEL CONTAMINATI0Hl ( 100 cWninute occupancy O
fIHE:19l20 SCEHARIO N0 36 REY N0 0 OSC , TACILITY 29,
- 2. 229. 809, 2, 220, 800,
_ / NERX BLDG i _ 5. INTRANCE ;
- 5. j
/ /
( 2, ( 2.
/Minuterun CmJ Mli AIR SAMPLD FLOORCONTAMINAfl0N: (100cpn ( 100 ep/100cm2 PERSONNEL CON!AHINAfl0Hl ( 100 cWninute ccouPancy
)
1 1
IIME : 18:20
' =
(2. U (2. , _- , _, g
'l =>c dn
'D c- gg r 50.
~~
IP
- . 5. =
- 5. ,200. up 200.
LI Het Air Suple: ( 100 cpn 800, fleerCentuinatten: (100 epa /100en2 800. Personnel Containation: (100cpnperminuteoccupancy. THIRD FLOOR 0)TICE BillLDING l O IIMI:18:20 e Het Air Suplel1,9E5 cen/nin run
'I 50.
50, Air Saple Contact Dese Rate: 65. nrad/hrl ll floor Containation:1.9E5 cpn/100cn2 200,I ' Personnel Containation:1.9E2 e n. J l 200,- PerMinuteccupancyg g 3150. ,J O l _
\ 13610, t
- :l 1 !! !!
I
-i ll$150
!! 3610.
' , IV, 23'-6" RX, BL , d Il t]
U !! !! ij (3150 0 i g3610,
^
80[__ 800 __ , ds'0. 3610. , 9 800. m. 800, 220,
l 1 l _IlE : 18:20 Q ROOT I 3.9 4.0- 3.9
]'3.0-- 3.0-
- 4. 0-NetAirSaple: ( 100 cpn/ min run' dn Air Sanple Contact hse Rate: ( 2.0 nra uhr n il Floor Containation! ( 199 epu/199cu2 2.9 PersonnelCo.ntaination: ( 100 cpn i y 2.9 v -
terMinuteOccupancs 2.0 2,9 A 3,0- - 4,6- - 3,9-2.9 2,0 3.9 4.9 _ 3.9 ((2.2,2 y ___ -]! i i R00r = ROOT l-- # M.f-p g ( ( c= OPERAfING TIh0R DE, 46'-6" O II E : 18:29
. u u i 800, -
O **fs*/HinPun 1.9 0 epn 7
\ 3150, t Air Sanple Contact hse ate: - 3619. -
3159, 3610,
- 65. nPad/hr )F J [,,_,
1 Floor Containation: c
-0 1.9D cpn/100cm2 )
E59. Personnel Containation:/ 3619, 1,9E2 can / 3 0 Per Minule Occup u cy / t
% J .
'3150, 3150 3619 O..........,D 3150: O 3610' O c Q ]
C 3619? ggg,. .
- : i i 899.
N,- 1117. 51'-3 " RX. D C - lW n'i:.........h n n a
IIMI:18:28 U' Het Air Sanple: ( 100 ordnin run I $ lJ (- 2,0 AirJupleContactDoseRate: ( 2.0 nM#hPl l floor Containation: ( 100 cpn/100cm2 2.9 r;c Personnel Containationl < 100l cpnPerMinuteOcclupan (2. (2.
/
(2. X 5 (2. L--
.(2. ='
-(2j 30.
o or {
- - =- 30,i -
u = = = 30, c. 0000000 j' o o .. .o [ 2. l A ( 2, ME22ANINE E00R - - EEY, 23'-6" O l ilME:18:29 l O u u t.r 3150, t_r u 9 3619. c= m cc E l o c:1 cJ 3'}'. l c O 315. : 3610, Het Air Samp e; 1,9E5 ordnin run o H Q Air Suple Contact Dese Rate: 65. un#ho l
\ floop Containation: 1.9E5 cpn/100cm2 c
Personnel Containation: 1,9E2 cpn l rminuteoccupanc,9 3159.
--- ] ....{
3610, 5 O c - I t {s 3150, 3150, 3159. 3619. 3619. 3 3610' O.........., q LJ n a gD n c g l 800,- -
'l.-
l3 N s ,; EIV. 75'-3" RX. DC. 1 n ,......... y g n n l l
-TIE : 18:28 m n II-O s. 8. O 3.9 3.0
- 5. 8. 139.
(2 Q _00 00 00 25, 1 '
- (2. -
- 25. fr (2. ( 2. He1; Air Sanple: ( 100 cpn/nin r.un (2. ( 2 . ,. kie S uple Contact hse Rate:
I Floor Containation: ( 199 2.9cpn/199ci nrauhrl "2 ( 2. ( 2.- Personnel Containationl ( 100 CPM jl' l-E '7 Ut 6. U( 5.PerJinute Occupancy 4.lf 6, 5, 4.0 wL f- 130. I ' 139. v-0 v
.j 19 3.9 _ 3.f_ o 3.9 . 3.9 5ASEENT FLOOR EEY, O'-8" & 3'-6" (3
v i ilME : 18:29 O'!!!!: ", '
,3g c
)3159, ' '
Aiftaplle
/ Confact$5 k e; i nrNr 36!k Floor Cont uination: 1.9E5 epn/190en2 c 3 . Personnel Containation: 1.9E2 cm 1
'l
,- PerMinu;eOccupancs 0!k!!l 5 g - t
's3159,
( 1 3619. O 3!!!!: o..........a : ' o H!!'o . o 3159. c 899, . -
~
.-l .
/ ' 3619, .
' l 899. ' '- \__ELEY. 95'-3" RX D C lW n?s ., . . . . . . .s' .h n n n l
.IIMI:18:28
~3159.:
I I
\._.I _up3159.
_ 3610, g 3610, I l __ O 3150^ 1150, 3619, 3619. Het Air San le: 1,95 crvnin run AirSupleContactDoseR$te: 65 nea#hr floor Containation: 1,9E5 cpv100cm2 Personnel Containation: 1.9E2 e u PerMinueOccupancy 3619. EW, -19'-3" /3619. U 0 at l I Rx. Bldg. 6 l U- 6l e ilME:18:20 3 159. 3610. 3610. Het Air Suple: 1.9D cpvnin run-AirSampleContactDoseRate: 65, nrad/hr 5 Floor Containation: 1.9I5 epv190cu2 Personnel Containation: 1.9E2 cpn Per Minu;e Occupancs EW, -6'-5" EW, -l'-6" Rx. Bldg. e
IIME:18:20 tiet Air Suple: 1.90 cpvain run Air Sanple Contact hse Rate l 65, nra vhr O rioor containation: 1.9E5 era /19acaz Personnel Contamination: 1,9E2 cpn perMinuteaccupancy 3; 59,up L 36 19. 3159, 3610. _ 1 IMELL - IIPDRIVE , ELN 33'-6" RXBLM O _flME:18:29 O i Net Air Sample: 1,9E5 cen/nin run . [ Air Suple Contact Dese Rate' 65. ura#he -- Floor Cont aination: 1.3 D cpv190cn2 ) Personnel Containationl 1,9E2 crn
/
coupancy 3 3159. . 3610, l _ O [i==D 3150. i 800.. - 3610, 809 X ELEY.119' -3" RX.BLDC. Il li
TIE : 18:30 SCEHARION036REYN00 O HAcrAcitify iiiiii 300, 75, 7,5
'1250,\
1250. 399. 75. 7.5 llllll 39. m 30' , , , O D c .. 7.5 . ( 2. a 7.5 ( 2. (2. IO (2. HAlHf NETAIRSAMPLE: (100epu/Ninuterun BLDC FLOORCONIANINATION: ( 100 cpn/100cn2 PERS0HHEL 00HfAMIHAT10Hl ( 100 cWninute cccurancs O fIE : 18:30 SCEHARION036REYN00 I OSC FACILITY 29. l 29,
- 2. )229. 1250, 2, 220, 1250,
_ / NERX BLDG (2. ENIRANCE (2.
/ /
(2. l (2. C NET AIR MMPLI: (199epu/Minuterun 'J FLOORCONTANINATION: (199cpn/100cn2 PERS0ELCON!AMIHAf10Hl(100cWninutecccuPancy
II E : 18:30 EC.c ( 2, l} h .= ', (2. .
, e-8 %
1 cm e h
'0 '
- 75, r 75.
IP m . 7.5 =
?.5 ,300, up 300.
L, HetAirSample:(100cpn :250, Floor Containation: (100epn/100en2 1259. Personnel Containation: (100cpnperminuteoccupancy. THIRDFLOOROFFICEBUILDING G TIME:18:39 E 75. Het Air Sanplel3,2E5 cedninlrun 75. Air S uple Contact Dose Rate: 185. nea#hrl U Floor Contamination 3.2E5 cp d100cn2 300,l-Personnel Centuinationl3.2E2 epn_.J l 300,- PerMinuteOccupancyg
" 1250, 1250, 5159. J
_0 u ;; 1591,0 [
--I !!h150, , 23'-6" RX, BLM, d!! c]
ji !!
!! 59,19.
U !! :: U (5159 0 i 5919, G '
^
las[._ 1259.._
, 3 ds's.
5919. S 1259. 228, i 1250, 220,
_.IlMI:18:39 Q R00f I 3.9 4.0- 3.9 3.0- -
- 4. 0-3.0-NetAirSample: ( 100 opn/nin run SI Air S uPle Contact Dose Rate: ( 2.0 nrad/hr- 1 d floor Containation: ( 100 epn/190cn2 2.9
_ Personnel Containation: I 2.0 se - ( terMii 100 c=ste OccuPanC9J ' 2.9 2,8 K - 3,0- - 4,9- - 3,0-2.9 2.0 3.9 4. 9_, 3.9 ((2.2,2 Wn
~]'
X - - - e m -
= noor -
Oh
\/ -
/\ _ ii-((:
Il c' g - OPERAfING FLOOR IIR, 46'-6" O IIMI:18:39
. u u i1250, -
Het ample: 3.2E5 epn/ Min Pun _r
\ 5159. t Air Surle Contut hse ate l -5919.-
5159. 5919. 195. neauhr )~ _j L_ L floor Containation: c 0 3.2E5 cpn/199cn2 ) L59. Personnel Containation:/ 5919. 5 0 3,2E2 cmer Minu's / occupuey/ t
% J -
'5159, 5150
' o 5910' 0 '
O 5158: 5918 4 . - .'.P c 919 s ' 1250.- -
.-l ;
1259.
'N IIR. 51'-3" RX.B13C -
lW n's.........h ' n n n
IlMI:18:30 0 ' Het Air S uple: ( 100 opn/ min run If g 6 AirJapleContactDoseRate: ( 2.0 nauhelI
'O 0%
Floor Containation: ( 100 cp v100cm2 2,9 l 2.9 g Personnel Containationl ( 100 cpnPerMinuteOclcupan i 2, (2. 1
/~
X q jj-l, 30. o or. .(2,3 [ ( 2.- {
= ' = '
3 0, ' u = = = . 30, c.
~
0000000 e a 2 -a ao [ 2. A (2. METZANINI FLOOR ELD, 23'-6" O IIME:18:39 C u q u tr 5150,- tr u m 5910. a c= 5150. h - t: 1 ta c O 515. Het Air Sap e: S.2E5 cyn/ min run l 5910. Air Suple Centact Dese Rate: 195. cauhrl O l H g J c l \ Tloor Containation: 3.2E5 cpv180cn2 Personnel Containation: 3.2E2 cpn I _} ___ } O V or minute occupancy g t 5 g - 1 l i {s 5150, 5150, 5159, 5919. 5919. 3 5918' O ........., q
- s. .- ,
LJ a
'jI N C g
1259,- -
'l .
1259. u,- ' 5,- ELE. 75'-3" RX BLDC. tw n . . . . . . . . . .g n n ,
-TIMI : 18:39 m n If-O 5, 5.
8, 8. o 139. 1:1 ( 2. E 2
=- nn On DR 25,l
(2. -
- 25. fr r(2. ( 2, Het Air Sanple: ( 100 cyn/nin r.un
( 2. , ( 2. ,. kie Suple Contact Dese Rate: ( 2.9 nya uhel " l (2. I Floor Cont aination: ( 100 cpn/100cu ( 2.- Personnel Containation: ( 100 CPM jl' C'1 l -" Ul 6. 6, M 5.Perjinute Occupancy 4.lf 5, 4.0
,m wL b l O 130.
JI . 130'
- u. ',
p' D D v 3.9 _ 3.9 o 3.8 3.9_ ASDENT FLOOR DR. B'-8" & 3'-6" O TIME : 18:39 O'!3!!: y '
' 5918,E 5159, 5918. ~,' Net Air Suple: 3.2E5 cpn/ min run 5159.
105, nraFhr 5910, Air Samplle Contact hse Rate: Floor Containation: c 3.2E5 3 Personnel Containation: 3.2E2 c)*
/ ' .) PerMinuleOccuPanC9 3 0!9!l --
- t
( ) 5159, 5919. 0 ' O '5150: 5918 0 t- - -- D D 5158: 5918 0 5150. 1250- -
.-l.' ( 5919, 1258. , N, \.- II.IY. 95'-3" RX.P:llDC lw ,.y4 . . . . . . . . .% n n n
.IIMI:18:30 5159.:I I
_up5150. _ 5910. g 5910, I l 0 5150^ 1150, 5919. 5910. Het Air San le: 3.2E5 cPvnin run AirSupleContacthseR$te: 105. nea#he N Floor Containation: 3.2E5 cpv100cn2 Personnel Containation: 3.2E2 eqm PerMinu;eOccupancy 5910. ELEY, -19'-3" /5919. _ _ . LJ uP ii Rx. Bldg. O 5149.' p/ O sisa. 5910., 'O Q 591.9. O IIME:18:30 5 - 159. 5910. 5910, l Net Air Suple: 3.2D cpn/nin run-l Air Suple Contact Dose Rate; 105, nrad/hr 5 floor Containation: 3.2E5 cpn/100en2 Personnel Containation: 3.2E2 cpn Per Minu;e Occupancs ! M, -6'-5" IIE, -l'-6" 1 Rx. Bldg. O l
i l TIE : 18:38 Net Air Suple: 3.2D cpn/ min run Air Suple Contact lose Rate: 105, nra#hr O Floor Contamination: 3.2D cpn/100cm2 Personnel Contanination: 3,2E3 cpn perMinuteoccupancy
' ' ' 5; 50,uP L 5! 19.
N 5159, 5918. _ l DRVELL IIPDRIUE ELEY 33'-6" RXBLDG . O _flE : 18:39 o o g a Net Air $mple; 3,2E5 cen/nin run.i . Air Suple Contact Dese Rate: 105. urad/hr -- Floor Containation: 3.2D cpn/100cn2 ) Personnel Containation: 3.2E2 cPn
/ g ccupancy 5159. .
5919, l _ O r- 11 5159, 5 '.'X UD.119'-3" RX.BLDC. nc
q fIE : 18l49 SCENARION036REYN09 HACTAtlLifY llllll 1600, 400, 100, 19, 3 600. \ 400, 100. llllll 19. s 40. i i i i O O e .. 10. . ( 2. o 19. ( 2, 2I5 TO 2,5 MAlHf
/Minut mn BLDC NETAIRSAMPLE!(100ep/100cn2 TLOORCONTAMINATION: (100cpn PERS0HNEL C0HfAMINAT10Hl ( 100 cen/ninute occupancs O
fIE : 10:49 SCENARIO N0 36 EY N0 9 OSC FACILITY 49.
- 4. 400. 1600.
4, 400, 1600, NERX BLbG _ 2. ENTRANCE 2.
/ /
(2. (2. O NETAiRSAnttI:(100en/190cn2 TLOORCONTAMINATION: (100cpn
/ninut mn PERS0 EEL 00HfAMINAfION: ( 190 cen/ninute occupancy
IlME:18:40 D': ( 2, 2. lJ m% - = E' q
=)
X, c -b
- dn D
- Sg, r' 50.
~ IP -
e 5. T 5, 400, up 400. L_, HetAirSayle:(100cpn t600, Floor Centuinatten: ( 100 epn/100 en2 1600. Personnel Containation: ( 100 cpn per minute occupancy. THIRDFLOOROFFICEBUILDING O l j IlME:18:40 L 'l 100. Het Air Sanple:4.0E5 cpWnin run 100. Air S a ple Contact Dose Rate: 130. nea #hol lj floor Containation:4,0E5 cpd100cn2 400,l - I Personnel Containationl4.0E2 epu J l 400,-
-' 1600.
PerMinuteOccupancy\ l 1600,
~ 6410. J D I7370, i
- !! ;i !! !!
-I !! N10,
!! 73,70.
11 , 2 3' - 6 " RX, B13 , d !!
.l!!
t] uu aU ( 6410 9 U ' g?370,
' ^ '
160 [ _ , . d10. O 1600. _ , , , 7370. , 1600. 400. 1600, 400,
_.II H : 18:49 0 ROOT 3.9 4.0- 3.9 3.9-3.0- 4. 0- {. NetAirSample: ( 199 epa /nin run da Air Sample Contact hse Rate: ( 2,0 nrauhr-I il floor Centuination' ( 199 epn/199en2 2.9 Personnel Containation: ( 100 c=itte I OccupancsJ 2.0 ter Miii 2.9 2,0 X - 3,0- - 4,0- - 3,0-2.0 2,0 ( 2,9 l 3.9 4.9 3.9 ( 2. _ i %
~]
{ ___ e w -
= Rar ' -
O.f-
,7.(2g c.
p g . OPERAflHG TLMR M, 46'-6" O IIE : 18:M u u i1699. - I f 1699. le: Het 4.95Airepn Sup/nin run " 7 t
\ 6419.
> " Air Suple Contact hse ate: - 7379, -
6410. 7370, 139. nea #he ) '- l L.,,,_ Floor Containation' c o 4.9D cpn/199cm2 )
'6419.
Personnel Containation:/ 7370. 4,0E2 cpn / 5 0 ney / t
' 6419, 6410 O 3 6410:a.--------a c 379:o 2379 ,
2 o 7370' o '
~'
1699- - - 1600. ' , ' N,; EN. 51'-3" RX.Bl.DG - iw u n.........w n n n
I IIE : 18:48 0' Het Air Sanple: ( 100 cpn/ninlrun I $ AirGapleContactDeseRate: ( 2.0 ea#htl l
'O 0%
Tloor Containation: ( 100 cp v100cm2 2,9 Personnel Contaninationl ( 100 opn lI i 2, 2.8 g Per Minute Occupancy (2. 1
/
X q j j-
. h-'
30. o or -[ ( 2. 2,] {
= ' = "
- -- 3 0, '
u = = = 30. e. 0000000 I~ a . .= =o [ 2. A (2.
.MI22ANI E ELOOR - -
ELEY, 23'-6" O TIE : 18:48 O 'q u tr 6419, 7370. c= tr m cm u m 6419. Sg g - O 641. Het Air Sany e: 4.0E5 cpn/nin run 7370. O H Q AirSupleContactDoseRate: 130. ca#htl
\ floor Containation: 4.0E5 cpv100cn2 c
Personnel Contanination: 4,0E2 oPM l Perminuteoccupano,9 __ ] ... ]. g a c o , l 6419, 6419, 6418. 7378. 7379. l N l i 3 O . . . . . . . . ., q U
" a jj[' C 1690-l .. .
.- llEU. 75'-3" 1690.
- .h l RX. BLDC.
l lW n k . . . . . . . .s p n n
-fIME : 18:49 a
O nll~8 3. s. s. 8. 8. O 139. 3,0 ( 2, ['"3 ( 2. - _00 00 00 25, A '
- 25. fr.
( 2, ( 2. Het Air Sample: ( 100 cpn/nin run ' ( 2. , ( 2. , kie S uple Contact Dese Rate' ( 2.9 nrad/hrl " ( 2. I Floor Containation: ( 100 cpn/199c u ( 2,- Personnel Contanination: ( 100 cpn JI'
'- I 1.-
E-Ut 6. 6, U( 5.Per, Minute Occupancy 4.0" 5, 4,0
,m wL_ ,
"I -
139. 0 v w A 3.9 -~ 3.f o 3.9 3.9-5ASEMENT TLOOR Ela, O'-8" & 3'-6" O flME:18:49 O'!!{l: rr ,'E
,6419,
[x 7379. Net Air S uple! 4 9E5 cpn/nin run 6419.
- .30 nraFhr 7370, Air Samplle Contact hse Rate: Fleet Centc uination: 4.9E5 e -
3 Personnel Containation: 4.9E2 cpn
'j PerMinuleOccupancs 5 0 h!h!' .
c - t
/ 56410,
( l 7379. O 3 !!!! o.----- - D o $!!!' O o '
. . 6410.
)
1699. - -
'l
/ 7370, 1698. <- \__IID. 95'-3" RX. 31E m
- s. -..'....'....% , , ,_.
.IIMI:18:49 3h b I sh3hk L_J __
O 1410, 6410^ 7379. 7370. Y Net Air S u le: 4,05 cpvnin run AirSupleContactDoseR!te: 139 nauhr N floor Containation: 4,0E5 cpv100cn2 Personnel Containation: 4.9E2 epu ferMinuleOccupancy 619, 60, 7370. ELEY, -19'-3" h o uP ii Rx Bldg. n;e, os4u, 7379.,' 'O 7379. O IIMI:18:49 6 T419. 7370. 7370, I N Net Air Suple: 4.90 cpvnin run-AirSupleContacthseRate: 130, n auhr 5 Floor Containation: 4.9E5 epv199en2 l Personnel Containation: 4.9E2 c]*
- PerMinu;eOccupancs EU, -6'-5" EW, -l'-6" Rx. Bldg.
O
IIME:18:49 Net Air Sample: 4.9E5 cpn/nin run Air Sample Contact Dose Rate! 130. nra F hr o floor Containation: 4.9E5 cpn/100cm2 d Personnel Containation: 4,0E2 cpn perMinuteoccupancy i ' ' 6( 10, u L 7179. p 6419. 7379. _ l DRYWELL - IIPDRIUE ELEY 33'-6" RXBLM O
- IIME : 18:4a a
Het Air Sample: 4,0E5 cpn/ min run. . Air Suple Contact Dese Rate: 139 nea #he -- Floce Containation: 4.9E5 cpn/199cn2) Personnel Contaninition: 4,9E2 cen
/
coupa,ncy g 6419. . 7379, ! 6419. Etl ,a 7379,
'1699. X 11EU.119'-3" RX BLDC.
Il li
1
!!E 18:50 SCEHARIO N0 36 m H0 0 O HacrAcitiry iiiiii 1600, 400, 100, 10, 3600. \ 400. 199. llllll 19.
49. m O' 4 a D a .. 19. . (2. a 19. (2. 2[5 TO 2,5 MAlHf NET AIR SAMPLE: /Minuterun BLDG FLOORCONTAMINATION: (100ep/199cm2 ( 198 cpn PERSONNEL 00HfAMINAf10Hl ( 100 cPn/ninute ccouPanc9 l O 1
!1E : 18l50 SCENARION036REYN00 OSC !
FACILITY 49. 40,
- 4. )499. 1600, 4, 400, 1600, NERX ,
BLDG l
- 2. ENTRANCE 2.
/ /
(2. (2.
/Minuterun Q' NET AIR SAMPLE!
TLOORCONTAMINATION: (100cpnI 100 ep/190cn2 PERS0 EEL 00HfAMIHAfION: ( 100 cen/ninute cccurancs
Ilnf:18:50 3r (2. A U
=
( 2. , e g E -E 1 c2 c an 7 '
.- 50, r 50.
- IP m 5. =
- 5. ,400. up 400, -
t, HetAirSample:(100cpn 1600. Floor Containation: (100ep/100en2 1600. Personnel Containation: (100cpnperminuteoccupancy. IWIRD FLOOR OFFICE BillLDING 1 l 9 11ME:18:50 L' 'l 100. Het Air Sanplel3,9E5 cpdnin run 100, Air S uple Contact Dose Rate: 130. nrauhrl U floor Contamination 3,9E5 cpd100cm2 400,l - Personnel Containation:3.9E2 ep._J l 400,- PerMinuteOccupancy\ ' 1600. 1600,
- 6420. .I l
_P ii !! i7370, l ii N _ ;; it ;t l
-i !! 20,
!! 73,70.
, 23'-6" E ML, d !!
ll!! t] UU UU 6420 g7379, o ' r JI n 1690. - 1600. i i 6420. 7370. 1600. 4 00.
, , 1600. Aco.
TIME:18:50 O noor 3.0 4.0 - 3.0 I N 2.9 3.0-
- 4. 0-3.0- 2.0 -
% 2.0 2,9 0 HetAirSample: ( 100 cpvnin run E Air S uple Contact hse Rate ( 2.0 nra uhr 7 d rieer Containation: ( 100 ep v190cn2 2.0 PersonnelContaination: ( 100 cpe I y 2.0 s/
ferMinuteOccuPancy 2.9 2,0 A 3,9- 4,0- 3,9-2.9 ( 2,9 2.0
. 3.9 4. 9.,_, 3.9 ( 2. .,_
wn- -
-]-
K ___
' e Rar = Rar -
R.}- Pg il- ((" 0PERAflHG rLaR ELEY, 46'-6" O IlME:18:59
. u u i1600, -
O _ I
+ 6 +vuin run 3.9E5 ep
- 1 6429. C J ' - 7379, -
Air S arle Contact h se ate: 6429. 7370, 139, nrauhr )F ___l L_,,, 1 Floor Containation: c o 3.9E5 cpW190cm2 )
'6420, Personnel Containation:/ 73?9.
3,9E2 c m / 3 0 ancy / t
' 6429.
i O 3 H!!:a..........a
- s s
' ~
,e:
c!!!!:a o "' o c
'~ '
1699- - - 1600. u,'
' 's,' UE. 51'-3" RX.BLDC -
W n . . . . . . . . .% n n n
IIME:18:50 0 ' HetAirSuple: ( 100 cpn/ninlrun I $ QirJapleContactDeseRate: ( 2.0 nauhrl l k 0%
=-
Floor Containation: ( 100 cpn/100cm2 2,9 Personnel Containation: ( 100 cpnPer Minute Oclclupancy i2. 2.0 g ( 2. 1
/
X q jl-
. L-'
30. D OF -
-(2]
[ ( 2.- = -
' = --
3 0, - { u = = = - 30, c. 0000000 == [ 2.
$~==a= MI22ANINEFLOOR
< 2, ELEY, 23'-6" 9
11MI:18:50 u u tr6428, tr u 0 4 7370, c= m em b 7378' O
--a a e 6420.
7370, Het Air S ap e: 3.9E5 cyn/ min run O H g J AirSupleContactDoseRate: 130, p a#heI c
\ floor Containation: 3.9E5 cpn/100cn2 Personnel Containation: 3,9E2 cpn I
.3
__ { C grminuteoccupanc,9 g 3 {3 C G 5 6420, 6429, 6420. 7370. 7370.
' m 3
O. . . . . . . . . g u n D c
- s. . . . -
1690, . 1600. ' , ' '. IIB. 75'-3" RX. BLDC. l l-' d n k.........h '.- p n n I
-TIME : 18:59 3.9 (l > s. 8. O 3.0
- 5. 8, 130.
< 2, Q "
00 00 00 1 25, 1 '
- ( 2. -
- 25. "' fr.
(2. ( 2, Het Air Sanple: ( 100 cpn/ min run ( 2. ( 2. , kipSupleContactDeseRate: (2. I floor Containation: (( 1002.0cpn/199cn' nrauhol "2 l ( 2.- Personnel Contaninationl ( 100 cpn JI ' C9 l-Ut 6. M 5.PePJinute Occupancy 4.lf 6, 5, 4.0
'I
=cl h
139. u- , p' D p v 3.9 3.9 o 3.9 3.0-5ASDDI FLOOR ELEY, O'-0" & 3'-6" O IINE:18:59 l rp ,b ' 6420, , ,
~'
7379. Net Air S aple: 3.9E5 epvnin run 6429. 130, nra #hr 7370, Air Suplle Contact h5e Rate:FlocP Containation: c 3.9E5 e 3 . Fersonnel Containation: 3.9E2 cm
,' 'l PerMinuleOccupancs s Dh!!!l g - t
's 6420,
( 1 7379. O 3 O!! %---.,,o 0 I!i9: o o c 6429.
- )
1690-
'.-l ( 7370, u,e' N,: \-_IllV. 95' 3" 1600. RX.3LDG tw n ......... w n n n
I
.IIME:18:59 6420.:I I
(< _up6420. __7370, h 7370, I l __ h 6420 3420, 7379. 7370. Het Air S u le' 3,9ES c n/nin run AirSupleContactDoseR!te: 139.Nad/hr Floor Containation: 3,9E5 cyn/100cm3 - Personnel Containation: 3.9E2 epn PerMinu;eOccupancy 629, 60, 7378' gg, _19, _3" /$ o I i Rx. Bldg. we, 7379., UO A o 64aa. 7379. O IlMI:18:59 6 " T420. 7370, 7370,
~ ~
Net Air Suple: 3.9I5 cpn/ min Pun Air Suple Contact Dose Rate: 130, nra #hr 5 Floor Containation: 3.9E5 epn/100cn2 Personnel Containation: 3.9F2 cpn Per Minule Occupancs EEY, -6'-5" Rx. Bldg. ELEY, -l'-6" e 1
TIME:18:50 Net Air Sample: 3.9E5 cpvnin run < AirSaMPleContactDoseRate: 130 nravhr O Floor Containation: 3.9E5 cpv100cn2 Personnel Containation: 3,9E2 cpn POP N1hute oCCupanC9 6(20,up L
?!?0.
)
i 6429. 7370. _ l I DRVELL - l l IIPDRlYE ELN 33'-6" RXBLDG l O i _IlME:18:59 o o g a Het Air Sample: 3,9E5 cpn/nin run. . Air Suple Contact Dese Rate: 139. ura uhr --
]
floor Containation: 3.9E5 cpv190cn2 ) Personnel Cont aination: 3,9E2 cyn ' ' coupancy
/ g 6420. .
7370, l _ O i= 9 6428.
,,600, a - 7370, 1688. X ILEU.119'-3" RX.BLDC.
Il I;
fIE : 19:00 SCEHARIO N0 36 RD N0 0 MACfACILlIY llllll 1580, 400, 100, 10, 3580.\ 400. 100. llllll la. s 40. m 4,0' , , O D e _. 10. . ( 2. O 10. (2. 2I5 10 2,5 MAlHf NETAIRSAMPLE: (100cpn/Minuterun BLDG FLOORCONTAMINATION: (100cpn/100cn2 PERS0HHEL 00HfAMINAfION: ( 100 cPn/ Minute occuPuc3 O flE:19l90 SCENARIO N0 36 RW N0 9 OSC TACILITY 40. 40,
- 4. )400. 1580.
4, 400, 1580, NERX BLDG _ 2. ENTRANCE 2.
/ / l (2. I
( 2. O NETAIRSAMPLE: (100epu/Minuterun TLOORCONTAMINAfl0N: (100cpn/100cn2 PERSONNEL 00HfAMlHAf10Hl(100CPn/MinutecccuPuc3 l l
IIMI:19:00 3v (2. U h
.=, h
<2. .
g
, r h b C2 C M L
0 , 100, r' 100.
-~
IP w . 10. -
- 10. ,400. up 400. --
L, HetAirSuple:(100cpn 1580, floor Containation: ( 100 epn/100 en2 1580. Personnel Containation: ( 100 cpn per minute occupancy. THIRD FLOOR OITICE BUILDING O IIMI:19:00 L: 'i 100. Het Air S u ple'3,8 D cpn/nin run 100. Air S uple Contact Dose Rate: 125. nra uhrl U Floor Containation;3,8E5 cpn/100cn2 400,l-Personnel Containation:3.9E2 epn_J l 400.' PerMinuteOccupancy\ - ' 1580. 1580,
- 6260. J 0 \ 17200, [
- :: ) :: ;;
i $260,
!!1200.
IV, 23'-6" RX, D , b! i;!! t] ii :: i: :: C62609 U ' g7200,
^
1se[_ , , d6'0. O 1580. 7200.
, m _r , _.
1580. 400. 1580, 400,
__IIE : 19:09 Q ROOT I
- 3.0 4.0- 3.0 N '
3.0-
- 4. 0-3.0-NetAirSaple: ( 100 epn/nin run
] 7 en Air Sample Contact Dose Rate: ( 2.0 nrauhr7 il floorContaination: ( 100 epn/190en2 2.0 PersonnelContamination: ( 100 cpn i y 2.9 v -
ferMinuteOccupancs 2.9 2,0 A - 3,0- - 4,0- - 3,0-2.9 2.0 3.0 4. 0,_ 3.0 ((2.2,2 wn __ __ _ _ , y mr = = mr '- e R.r.
. . <2 g c.
gc. g . OPERAflHG MR M, 46'-6" O , IlE : 19:M
. u u t1580, -
f 1589. O le: HetAirSamp/ninrun 3.00 epn _7
- \ 6269. t J " -7200,-
Air Santle Contact fase ate: 6269. 125. nra#he )1- ,,_JL,,,,,, 7200, 1 Fleer Containation: c 0 3.e n cpn/199cn2 ) i
'269, 6
Personnel Containation:/ 7200. 3,8E2 c m / 3 0 er Minule Occupancy / C
% J ,
' 6269.
Q 3 6260lk........,D C 6260:3 7200 7299 0 7200' O c
- i i 15gg, . . ,;
1589. k,' ' 's,- 11tU. 51'-3" U. BLDG - lW n ......... h n n n
IIMI:19:00 U ' Het Air San le: ( 100 cyn/nin run lf $
' Air Japle Contact Dese R te' ( 2.0 un#hol [
0 0 dh Floor Containation: ( 100 cpv100cn2 2.0 Personnel Containation: ( 100 cpn ll 2.0 # PerMinuteOccupancy 12. (2.
/
jj;
~
X q lgl, a ( 0 DF .
.! l ll] =_' =_ _
//
j 39. t = = = , 30, c. 0000000 .. .. .. [ 2. ME22ANINEFLOOR ELEY, 23'-6" O ilME:19:00 u u LT 6269, tr u O 9 7200. c= = cm E 7200, g c:1 a e O 6ua. Het Air Sany e: 3,8E5 cpn/nin run 7200. Air Suple Contact Dese Rate: 125. un#he O H g J c
\ floor Containation: 3.8E5 cpv10 m2 Personnel Containation: 3,8E2 cPn l
__]. ]. . perminuteoccupancy . 5 O g - I t {s 6269, 6269, 6260. 7200. 7200.
] O..........LJ
- 's. .- ': !
U ll L"'
,,,,,,,jll C
1580,- -
'.-l .
1580. k,- 's ELEU. 75'-3" RX. BLDC. lw n.........h g n n
-IIMI : 13:M O 5, 8. O "3.9 3.0
- 5. 8. 139.
( 2, Cb = nn nn nn 25.1' 1 (2. -
- 25. If l (2. ( 2, Het Air Sanple: ( 100 cpn/nin r,un
( 2. flip Suple Contact Dose Rate: ( 2.9 usad/hel " ( 2. , (2. I floor Containation: ( 100 cpn/100c u ( 2.- Personnel Contaninationl ( 199 GPn Il ' C l L-Ut 6. U( 5, 5.Per Minute Occupancy 4.9' 6, 4.0
.m wL_
b O l u- {l , p D p 130, 138. v I 3.9 o _ 3.9_ 3.0 3.0 fgh.hp0g T-6" O TIME:13:08 o '!!g: 4'p ! 6269, l\ 7299. . Net Air S aple: 3.8L5 cpa/ min run 6269. i 125, nraFhr 7200, i AirSamplleContacthseRate: Floor Containation: ~ c 3.8E5 epn/190cn i 3 Personnel Cont aination: 3.8E2 cpu
'j r - Per Minule k cupancs 0 !!!'.
t 3 c -
'\6269,
(' 1 7288. O 2 f l o ..........o
- N. ./'
a !!6l: o o 6269. c
' ~
1589- -
/ 1 7209, u,'
1588. , <
, \__EEU. 95'-3" RX.BLDC Iw n . . . . . . . . .% n n n
l .IIE : 19:00 7200 b I hf00,'
< m - -
Or 1260, 6260^f 7200. 7200. Het Air S u le: 3,8E5 cr vnin run AirSapleContactDoseR$te: 125. nrauhr floor Containation: 3,8E5 cpv100cn2 Personnel Containation: 3.8E2 epn / PerMinuleOccupancy 7200. EW, -19'-3" /7200. U up l i Rx. Bldg. Q 6248, o6260, 7200., ' 'O Q [ 720,0. O IIE : 19:00 6 "
"I260.
7200, 7200, Net Air Suple: 3.8D cpvnin run-AirSupleContactDoseRate: 125, nraFhr 5 Floor Containation: 3.8B cpn/100en2 Personnel Containation: 3.8E2 cpn PerMinu;eOccuPancs EW, -6'-5" EU, -l'-6" g Rx. Bldg.
IIE : 19:08 Net Air Suple: 3.8D cpn/ min run AirSanpleContactDoseRate: 125. nrauhr 'O floor Containation: 3.8D cpm /100cm2 Personnel Contamination: 3.8E2 cpm per Minute occupancy 6260,u L
??00. p N
6260. 7200. _ l DRVELL - IIPDRIUE ELEY 33'-6" RXBLDG IlE : 19:M o o g a Net Air Suple; 3,8E5 cpn/ min run. , - AirSupleContactDeseRate: 125. ura #hr -- Floor Containation: 3.8D cpn/100cn2 Personnel Containation: 3.8E2 orn ( coupancy 3 6260. . 7200, ! O i== f 6260.
;,500.i 3 - 7200, 1580. X ILEU 119'-3" RX.BLDC.
Il I;
g flHE:19:19 SCEHARION036REYHO9 U HA0TACILIIY llllll
'1500, 375, 90, 9.
\ 90. 9.;
1500 375. llllll 35. m3,3' , , , O D e .. 9. . ( 2. a 9. (2.
- 2. 10
- 2. HAlHI NET AIR SANrII: (100epu/Minuterun DC FLOORCONTAMINATION: (100cpv100cm2 PERS0HHEL 00HfAMIHATION: ( 100 cWninute occurancs O
fIME : 19:19 SCEHARIO N0 36 REY N0 9 OSC FACILITY 35, 35.
~
i:1 )111:illi: i l NERX BLM ENTRANCE ((2.2.
/ / \
(2. (2. O *ET air SAnett: (100eraexinuterun TLOORCONTAMINATION: (100cpv100cn2 PERS0mEL CON!AMlHAfl0H: ( 100 cWninute occupancs l
l IIE : 19:10 ) ( 2, lj (2' ,& U f - M l 1 c2 c & i - d . 95, c 95.
-~
lP m . 9.5 = 9.5 ,375. up 375, L ! Het Air Suple: ( 100 cpn 1500, l Floor Containation: (100epn/100en2 1500. ! Personnel Containation: (100cpnperminuteoccupancy. THIRDFLOOROFFICEBUILDING O IlMI:19:10 D= 'I 90. Het Air Suplel3,5E5 cpn/nin run 90, Air Suple Contact Dose Eate: 115. nrauhrl Li Floor Containation:3,5E5 cyn/100cn2 375,l-Personnel Containation!3.4E2 epn_J l 375.- PerMinuteOccupancy\ ' 1500. 1500,
~ 6000. ,)
O \ l 6900, t . ii !! ) : il i i !$90, EY, 23'-6" E BLM, b f c]
!!69.00. ;; !! '
uU UU ! (6000 g6900,
^
150 [ _ 1500
, a da'0. 9!1
, , - ,6900, ,,
1500. 375. 1500, 375, I
_II E : 19:19 - O noor 3.9 4.0- 3.9
]'3.0-- 3.0-
- 4. 0-
- HetAirSample: ( 100 cpm / min run
[n~ Air Suple Contact Dose Rate; ( 2.0 nrad/hr7 d Floor Contuination: ( 100 epW190cn2 2.9 Personnel Containation: ( 100 cpm ferMinuteOccupanc9 y 2.0 2.9 2.9 2.0 3.0- - 4,0- - 3,0- 2,0 ( 2,- 3.9 4. 9_, 3.9 (22
~]
X -- e m -
= w ' -
R.h 0PERAf!NG MR M, 46'-6"
, 4t IIE : 19:18 u u i1500, -
O _ +4a*vninrun 3.5B cp
.-i 7
\ 6999, t J
Pir S uPle Contact Dose ate: - 6900 - 6999. 6900. 115. nea Fhr )- _ JL FloorContaination: => c o 3.5D cpv190cm2 t
'6WOS, PersonnelContamination: 6999, 3,4E2 can /
3 0 er Minu':e Occupancy / t
% J -
'6999.
O 3 M ' o .s. ,. . . .,. -. . . .oc M'm o "' o c : 1509. - -
-l ;
1599. iw u,' 's,' 11 5 . 51'-3n " n.........% RX.BLDC n n
IIME:19:19 U' Het Air Suple: ( 100 cpn/nin run lI $
" AirGapleContactDeseRate: ( 2.0 p a#hr 0
J 0% Floor Containation: ( 100 cp v 100 m 2.0 Personnel Containation: ( 100 cpn lI i 2, 2.0 # Fer Minute Occupancy ( 2. 1
/
X q jl-
. L-'
38. o of [- (( 2.- { 2.]- = = - 3 0, > u = = = 30, c.
~
0000000 =
= =
= == [ 2.
ME22ANINEFLOOR EID, 23'-6" O TIME : 19:18 O u u tr6000, u- u 4 6908. c= m cm E o a a 6900. e O 6. 6900, Het Air Sap e: 3,5E5 cen/nin run I Air Suple Contact Dese Rate! 115. n a #he O H ' ' J c Tloor Containation: 3.5E5 cpv19 m2
.. .... ersonnel Containationl 3.4E2 CPn l l grminuteoccupanc,y 6000.
___} . - -{l 6900, 3 O g - I t {3 6000, 6000, 6999. 6908. 6998.
]
O. . . . . . . . . . J J A. .-!' U ll (lC jj N C h 1500. - 1500. lw g,/ .........g N - ELEU. 75'-3" n RX. ELDC. n n l
-IlME:19:19
= n If-O s, 8. O 3.8 3.0
- 5. 8. 130.
( 2. C3
~
~
00 00 00 25, 1 ' ( 2. . 25. fr. t( 2, (2." Het Air Sanple: ( 100 cpn/nin run ( 2. , ( 2. , kirSupleContactDoseRate: ( 2.0 nea#hrl P (2. I Floor Containation: ( 100 cpv100cn2 ( 2.- Personnel Contanination: ( 100 GPn Il '
'- I 5.Per Minute Occupancy 4.6-c L-C71 6.
6, M 5, 4.0
,r- w r_
130. f~~ I - . 130. u-p D p v 3.0 o
-, _ 3.B_
3.0 3.0 3ASDlENT FLOOR 11EY, O'-0" & 3'-6" O IlME:19:10 O'65: rr ,E c
)6000, , . '
i 6908. Net Air Saple: 3.5E5 cpn/nin run 6000. l AirSampleContactDoseRate: lis, nrad/hr 6900, I i I floor Containation: 3.5E5 epn/100en2 c 3 . Personnel Contamination: 3 (E2 c)*
/ 'J PerMinuleOccuPancy 5 0 !k -
- t
( ) 6000, 6900. O 3 E '. o...........o . o !!ji: o o c 6000. 1500,, .
'.-l '
/ P 6900, 1500.
ju u
/ 's \- ELEY. 95'-3" RX.3tDC n.........% , 7.,
1
.IIE : 19:10 6000.:
I I J LJ .up 6000. __6900, 9 6900, I l O 60007 1000, 6900, 6900. Het Air Su le: 3,5ES cpvnin run AirSapleContactDoseR$te: 115. nra Fhe
\ Floor Containation: 3,5E5 cpv100cn2 Personnel Containation: 3.4E2 epn Per Minule Occupancy 600, 60, 6900.
M -19'-3" /6900. _. LJ UP I i Rx Bldg. O m, o m,
,6900., UC & 6900.
O IIME : 19:10 in 6000. I N Lin_ 6000. 6900, 6900, Net Air S uple: 3.5 0 cp vnin run-Air Sample Contact hse Rate 115 nra Fhr 5 floor Cent aination: 3.5E5 epn/100cn2 Personnel Containation: 3.4E2 cpn l PerMinuleOccupancs M -6'-5" M -l'-6" g Rx, Bldg.
l TIME:19:19 Net Air S uple: 3.5E5 cpvnin run AirSanpleContactDoseRate: 115, nra#hr l ka/ Floor Containation: 3.5E5 cpv120cm2 1 Personnel Contanination: 3,4E2 cpn perminuteoccupacy 900,uP L 6! 80. 6000, 6908. _ l DRVELL - IIPDRIUE ELEV 33'-6" RXBLDG _ TIME:19:19 g o o Het Air Sample: 3,5E5 cen/ min run .. s-Air S uple Contact Dose Rate' 115. nea#hr -- Floor Containation: 3.5E5 cpn/190cm2 Personnel Contanination: 3 dE2 crn coupancy g 6908. .
=
69N, j O 9 6809.
,, W . -
69M. 1508. X ILIV.119'-3" RX.BLDC. 11 li
i flME:19:20 SCENARIO N0 36 REY N0 9 O 3AcrAcitiry iiiiii 1439, 355, 80, 8, 1430.\ 355. 80. llllll 8. 35. m 33' , , O D D .. 9. . (2. O 9. (2.
- 2. TO
- 2. MAlHf NITAIRSAMPII: / Minute run BLDG FLOORCONTAMINATION:
(100ep/100cn2 (100cpn PERSONNEL CONIAM1NAI10Hl ( 100 epn/ninute occupanes O FINE:19:20 SCENARION036REYN09 OSC TACILITY 35, 3.5 355, 1430. 3,5 355, 1438. NERX > BLDG
' (2. ENIRANCE (2.
~
/ /
(2. (2. O NET AIR SAMPII: ( 100 e p / Minute run TLOORCONTAMINAfl0N: ( 100 cpn/190cn2 PERSONNEL CONTAMIHAT10Nl ( 190 cen/ninute occupancs ,
IIME : 19:20 Dr ( 2, il h _=
~
h ( 2. &,
- g E
1 c= > E ~~ 2n 7 '
-c>- -
gg r 85. lP - 8.5 = u 8.5 ,355. up 355. HetAirSuple:(100cpn L,150, L floor Containation: ( 190 cpn/100 en2 1159. Personnel Containation: ( 100 cpn per minute occupancy. THIRDFLOOROTTICEBUILDING O IIME:19:29 L: 'I 80. Het Air S uplel3.4E5 cpdnfn run 80. Air S uple Contact Dose Rate: 119. nea#hrl Floor Containation 3,4E5 cpn/100cn2 Jl 3a5,' 355.- Personnel Containation'3.4E2 egn._J l FerMinuteccupaggy
~
5679.
.f \ '.6510,
!! 'i ) !! !!
I 670s ,23'-6 EE, b ( ii 6518. i;!! U :: !! U (5678 g6519. o 1L ius._, , VJ I .
. 562 g518. _
n ' e 1439, 355. 1430, 355,
)
_IIE : 19:29 Q ROOT 3.9 4.0- 3.0 3.0-
._._ 3.0- 4. 0-
- NetAirSaple: ( 100 cpvnin run
] I ,
dn Air SMPle Contact lose Rate; ( 2.0 nrauhr 1 Jl floor Containation: ( 199 epv190en2 2.9 Personnel Containation: ( 100 cp" I 2.0 fer Minute Occupanc2 J 1f 2.9 K 3,0-2.0 2,9 3,0- - 4,0- - 2.0 ( 2,l 1 3.9 4.9 _ 3.0 ( 2._ I Wn __ { J X --
# l RMF -
RMF - U - O ./- l' (2 A i 3 c. l ge. g OPERAflHG RMR EU, 46'-6" I O > IINE:19:29
. u u-- i1150, -
1150. 0 -d _ Het Air Sanple: 3.4E5 epvnin run
\
5679. t Air Sanple Contact Dose ate l -6519.- 5679. 6510. 119. nea Fhr )'- Il Floor Containation: c 0 3.4E5 cpvi88cm2 )
$79.
Personnel Containation:/ 6519. 3 0 3.4E2 c)mer Minu':e / Occupancy /t
'5679.
5670
' C sta 0 6510' 0 '
O 5670'0------P ssta. 6 . 1439,. - 1438. lw u,' 's : IIR. 51'-3" n . . . . . . . . .% n RX. BISC n n
IIME:19:29 0 Het Air S uple: ( 100 cpn/nin run f a
' Air Japle Contact Dese Rate' ( 2.0 Mra#hPl l E
J 0% Tloop Containation: ( 100 cpd100cm2 2.0 Personnel Containation: ( 100 Crn ll 2.9 g Per Minute Occupancy i2. ( 2. 1
/
~
X 1
<2.
(2.
-L
.(2. 30.
{ O DF -
-(2.]- = = - 3 0, >
u = = = 30, c. I 0000000 S~ o 2 2 -= == f 2. A (2. ME22ANINEFLOOR - - EIY, 23'-6" 9 TIME:19:29 u u tr 5670, tr u O 9 6519. c= a cm E 68 R ._ o a X - O m 9. : 6510. Het Air S ap e; 1,4E5 cyn/nin run o l i H Q AirSupleContactDoseRate: 119. nea #heI i 7100P Containation: 3.4E5 cpv100cm2 c Personnel Containation: 3,4E2 cpn I _} _...{ O p,9Pninuteoccupanc,y t 3 g - I {s 5670, 5670, 5679. 6519. 6519, 6510'
]
O.,.........,
- q; u
qC' n c g; 1439-1439. ;, , ' 's , EEU. 75'-3" RX. BLDC. l n........... y g n n
-ilMI : 19:29 m n If-O 5, 8, O 3.9 3,0 '
- 5. 8. 139.
( 2, Q --00 00 00 25, 1 ' ( 2, ( 2. (2,[' .
- 25. ff Het Air Sample: ( 100 cpn/ min r,un (2. , ( 2. ,. kie Suple Contact Dese Rate: ( 2.9 nea #he ' "
( 2. I floor Contamination: ( 100 cpv199 n2 (2- Personnel Contaninationl ( 100 cpn Il ' C' ' -'1 L-DI 6. M 5.PerJinute Occupancy 4. 9' 6, 5, 4.0
,m wL
'l u.
[f ; [q 0 139.' v
', 3.9 ,3. _ o 3.9 3.9 hY h T-6" IIME:19:29 i u u " ~~
O ' 5678'.6519 pp , s678,
'~
l\ l 6519. Net Air Sample: 3.415 cp#nin run 5670. 6510, Air Samplle Contact hse Rate; lie, nra uhrfloor 1 - c Containat 3 Personnel Cont aination: 3.4E2 c m
'1.
PerMinuleOccupancs 3 05, - C ( ) 5670, 6519. O > !!!!'. o.......... a o !5!!' o o 5679, c 1439.- .
'.-l
/ ' 6519, 1438.
< N L IID. 95'-3" RX. D C iw m u ,. . . . . . . . . % , n n
I l
.IIE : 19:29 l
~
5679.: I I _up5679. _ 6510,
$l 6510, I
l h 56707 1670, 6519. 6519. Het Air Sam le 3.4E5 c dnin run AirSapleContactDoseR$te: 119. dad /hr floor Containation: 3,4E5 cpd100cm2 Personnel Containation: 3.4E2 eqm e g PerMinu;eOccupancy 6519. EN, -19'-3" /6519. _. U UP I i Rx. Bldg. O un, o w, gla., ' 'O Q [ 6519. O IIE : 19:29 5 679. 6510. N 6510, Het Air Suple: 3.4E5 cpvnin run-AirSanPleContactDoseRate: 110, nrauhr Floor Containation: 3.4E5 epv100c Personnel Containation: 3.4E2 cpn PerMinuleOccupancs EU, -6'-5" EN, -l'-6" g Rx Bldg. l
IIE : 19:29 Het Air Sample: 3.45 cpn/nin run AirSMPleContactDoseRatel 110 nra M r O floor Containation: 3.4E5 cpn/100cm2 Personnel Contamination; 3.4E2 cpn perminuteoccupancy 5f70.uP L 6' 10, i i 5670. 6519. _ l DRYELL IIPDRIVE 1 Ela 33'-6" RXBLDG _IIE : 19:29 o o g l 8 Het Air Sample: 3.4E5 cpn/nin run. . Air Suple Contact hse Rate: 119. ura #he -- Floor Containation: 3.4D cpn/190cn2 Personnel Containation: 3.4E2 crn coupancy 3 5679. : 6519. l n , D 5679. l
${4 nc
.'X REY.119'-3" RX. BLK.
\
l l fIE : 19:30 SCENARION036REYH00 HA0 FACILITY llllll l l 1300, 330, 80, 8, 3300.\ 330, 80. llllll 8. l
' l 35.
m 3' 3 a O e _. 9. . (2. a 9. ( 2.
- 2. TO
- 2. HAlHf NETAIRSAMPLE: (100epu/Minuterun BLDG FLOORCONTAMINATION: (100cW100cm2 PERS0HHEL CONTAMlHATION: ( 100 cWninute ccoupancs O
fIE : 19:30 SCENARION036REYN09 , OSC i FACILITY 30. l' 30,
- 3. )330. 1330. l 3, 330, 1330, ;
_ e NERX BLDG (2. ENIRANCE (2.
/ /
(2. (2. O NETAIRSAMPLE: (100epu/Minuterun FLOORCONTAMINAfl0N: (100cW100cn2 I PERS0HNIL C0HfAMlHAf10Hl ( 100 cWninute occuPanc9
IIE : 19:30 0< ( 2, U ( 2. . g . e
'l e2 e
$' ' ~
E da [ ,
-c>- -
gg r' 80. lP
=
w . 8.9 8.0 ,330. up 330, t, HetAirSayle:(100cpn 1330, Floor Containation: (100 epa /100en2 1330. Personnel Containation: ( 100 cpn per minute occupancy. THIRD TLOOR OITICE BUILDING O IIE : 19:30 JS 'I 80. Het Air Suple:3.1E5 cen/nfn run 80. Air S uple Contact Dose Rate: 100. nead/hrl ll Floor Containation 3,1E5 opn/100cn2 330,l-Personnel Containation:3.1E2 epm I 339.- PerMinuteOccupancyg -' 1300. 1300,
~'
5300. J O I6100, [ P ii.;
- ,o
- . n :
-i !!5390, IV, 23'-6" E, BLM, d!i c]
!i(1,00. !;ii L. : : ii ::
5309 g6100, l ^ 13f_ , , dea. O 1338. _ , , , (100. ,., 1330. 330. 1330, 330,
_.TIMI:19:38 O Roor 3.9 4.0 - 3.0 I 3.0- -
- 4. 0-3.0-
{.
- Net Air Saple: ( 100 cpdmin run da il AirSDPleContactDoseRate;(2,0nrad/hr'd Floor Containation: ( 100 epW100ei 2.0 Personnel Containation: ( 100 cpm I y 2.8 xf ferMinuteOccuPancy 2.9 2.0 A '
3,0- - 4,0- - 3,0-2.9 2,0 3.9 4.8 _ 3.8 ( 2,2 (2. Wa
~]'
X -- e mr = mr = - R.Y
. . ( 2.
,] c. lu c=.
OPf3flHG TLMR ELEU, 46'-6" O IINE:19:39 u i1330, -
+: run\u ""'
O d_ **3.1E5 GepWnin " 5309, t X J " Air Sanple Contact Dose ate: -6190,- 5390. 198. nPa Uhr ) '- _ J L_, 6100. FloorContaination! c
-C 3.1E5 cpn/100cn2 ) i
$309.
Personnel Containation:/ 6199. 3,1E2 can / 3 0 Per Minule Occupuey / t Y ' . 53 .
'ta o o >
!! % g : '
=!!b o C 1339- -
~.-l ;
1330. k
/ \ ', ELEY 51'-3" RX. D G -
lW n.........p n n p
IIMI:19:30 0 Het Air Saple: ( 100 cpn/ min lrun I O Air Japle Contact Dose Rate: ( 2.0 nnuhrl [ r' J p% Floor Containation: ( 100 cpn/100cn2 2.0 Personnel Containationl ( 100 cpn lI 2.0 # FerMinuteOccupancy 12. ( 2. l
,t
~
X i (2. (2.
. L, O Dr .
.!<h) =_a =_ h,',a u = = => - 30, c.
~
0000000 o o .. .= [ 2. (2. M122ANINEFLOOR ILEV, 23'-6" O IIME:19:30 0 'q u tr5300, er u m 6100, c= = cm 5300. g e- 6100, c? EJ t 5300. 6100. Het Air Samp e: 3,lE5 cpn/ min run O L, g J Air Suple Contact Dese Rate: 100, un#ht c
\ floor Containation: 3.1E5 cpn/100clm2
. ___. Personnel Containation: 3,1E2 cpn l rminuteoccupanc,9 5300.
__.} ___.{ 6100, 3 g O g - i t 5300, 5300, I 5300. 6100. 6100. l
] O..........,LJ
- 's. .: I U
ll ll [' jj N C i 1330.- -
'l '
! 1330. g . ' . . '... .g .'.. ' ELEY. 75'-3" RX. BLDC. m s l n n n i
d IMI : 19:30
- U o 3 L' s.
5. 8. 8. O 130. 3:0
. ( 2, C ~~
_OO OO OO 25,l' C'
- ( 2. .
- 25. fr (2. (2." HecAirSanple:(100cpn/minr.d (2. ( 2. ,.
(2. kir Saph Contact Dose (Rate: ( 2.0 urad/htl '2 I floor Containation: 100 cpn/100cn (2- Personnel Contanination: ( 100 CPn l' C- '- 1 L-" Ut 6. 5.PerMinuteOccupancy 4.lG' 6, U( 5, 4.0 b O f-) f . 130, 130. u ; [q O O v 3.0 _
,3.0_ o 3.0 3.0 3ASIMENTTLOOR
. ELEY, O'-0" & 3'-6" O
11ME:19:30 u u ' 5308' " ~~ m O 6100. FF i 5300 5300,
~'
l\ 6100. Het Air S aple: 3,1E5 cpn/nin run 5300. 6100, Air Suplle Contact hse Rate; j.00, nrauhrfloor Containati g 3 Personnel Containation: 3.1E2 cpn ;
..' ') Per Minule kcuPancy j 3 0!!!!: ~~
- c
/ 'N 5300, l
\ / 6100. I O 3!!!!: a. . . . . . . . . . .o o !!0!: o o
5300. c
~
1330.. .
.-l.' / 6100, k,/ 5 \__ILIV. 95'-3" RX.\
1330. s BLDG lW n . . . . . . . . .h n n n I l
l l JIE : 19:39 ... 6 00hl I 6f00l
\ m --
h 5300^ 9300, 6100. 6100. Het Air Su le 3.1ES cen/nin run AirSupleContactDoseR$te: 100. nrad/hr Floor Containation: 3,1E5 cpn/100cn2 Personnel Containation: 3.112 c]* PerMinuleOccupancy
@00, 530, 6100.
M, -19'-3" /6100. U up Rx. Bldg. Q o n, i i s3 n,
,6100., WO Q 610,0.
O IIE : 19:30 5 300, 6100, 6100. Het Air Sample: 3.1D cpvnin run-Air Suple Contact Dose Rate: 100, nra uhr 5 floor Containation: 3.1B cpn/100en2 Personnel Containation: 3.112 c)* PerMinu;eOccupancs M -6'-5" M -l'-6" g Rx Bldg.
IIME:19:30 Net Air Sample: 3.1E5 cpn/ min run Air S uple Contact hse Rate: 100, nrauhr
" c " '"i " ' ' ' " : 3 "'"' " "2 O Personnel Contamination: 3.1E2 cpn perninuteoccupancy 5!00,up L 6J 00.
5300, 6100. _ l DRVELL - IIPDRIVE ELEY 33'-6" RXBLDG Q l _ TIME:19:39 o o g e - Het Air Sample: 3,lE5 cen/nin run. . ! Air Suple Contact Dese Rate: 100. nra uhe -- [ TloorContaination:3.1E5cpn/100cm2) , Personnel Containation: 3,1E2 crn
/ g l coupancy 5300. :
6100, 1 i='i 5300. i
;330l. - 6100, l I
1330. X ILEU.119'-3" U.BLDC. il I;
' ' " = ' 4' 80E"^"""I'"
O HACTACILITY llllll l l 1230, 300. 75, 7,5
<1239. \ 300, 75. 7.5 llllll 30.
30, m
! I a .. 7.5 S ( 2.
o 7.5 (2.
- 2. 10
- 2. HAlHf NET AIR SAMPLE' ( 100 epn / Minute run BLDG FLOORCONTAMINATION: (100cpn/100cm2 PERSONNEL CONIAMlHAIION: ( 100 cedninute cccuracs O
fIE : 19:49 SCEHARIO N0 36 REY N0 9 OSC TACILITY 39.
- 3. 309. 1239, 3, 300, 1230,
~
NERX BLDG
' (2. INTRANCE (2.
/ /
(2. ( 2. O Nu nii s m u, ( 100 ,,u /ninute ,un FLOORCONTAMINATION: (100cpn/100cm2 PERS0HNEL CON!AMIHAT10H: ( 100 cPvninute ccouPEc9
l l IIMI:19:40 (2. U
=? @
(2. ,- ., g X -8 1
~ ' '
=>c an 0
'+' 75, r 75.
~
lP m . 7.5 = 7.5 ,300. up 300. L_, HetAirSuple:(100cpn 1230, Floor Containation: (100epn/100en2 1230. Personnel Containation: ( 100 cpn per minute occupancy. THIRD FLOOR OFFICE BillLDING O IlMI:19:40 I' 'I 75. Het Air San lel2,8E5 cpdnin run 75. AirSapleContactDoseRte: 90. nrad/hr Floor Containation:2.8E5 cpv100 m2 3 0,l' m_J l 300.' Personnel Containation:2.8E2 PerMinutei c;kcupancy\
' 1230.
1230,
- 4910. .)
9 I5650, t n ii :.-
!! ij !' !!
-1 I N10. Eli23'-6 M, BlD , b!! (
!!M58. ;;!!
i uu uu U ' C49199 g5650,
^
123 [ _ d'0. O m0._, , , 5650. , 1230. 300. 1230, 300,
l l _.IlE : 19:40 0 Roor 3.9 4.0 - 3.9 I 3.0-3.0- 4. 0-
- HetAirSaple: ( 100 cppnin run dn AirSupleContactDoseRate: ( 2.0 nrad/hr d Floor Containation: ( 199 opv199c 2.9 Personnel Containation: ( 100 cpm I y 2.0 o -
terMinuteOccupancs 2.9 2.0 X - 3,0- - 4,0- - 3,0-2.9 2.0 3 . 9__ 4.9_ 3.0 ((2.2,2 L.dn
~]
X -- ' mr
= mr -
e 6.f-X_
- 1
(2 p q' 0 m
0PERAfING rL00R Ela, 46'-6" O IlE : 19:40 l u u i1230. - - O +4 arm 2.8 B op vuin run d_
" \ 4919. t i d
Air Suple Contut Dose ate: -5650,- ! 4919. 5650,
- 99. nra Uhr )'- _,,J L_, l 1 Floor Containation: c l
-o 2.8D cpvl80cn2 ) ,i 4910, Personnel Containation:/ 5650, 3 0 2,8E2 cpnerMinu'eOccupuey/
/ t
% J .
'4919,
' 4910 O ) c 6s9'. o a 5650' o c 4910'o.........J.]
56s9. s
~l 1230.. -
.- w 1230. ?,- ' N , ' HR . 51' -3" U. DC -
lW n ......... h 4 n n n
IIME:19:49 U' Het Air S uple: ( 100 cpn/ min run lI &*
' AirJapleContactDoseRate: ( 2.9 w a uhtll .
J b% floor Containation: ( 199 cpn/199cm2 E l 2,9 Personnel Containation: ( 100 cpn lI i
-PerMinuteOccupancy 2.9 o c-C' i2.
(2.
/~
X q jj,- L [(2.] 39. a a O OF . (2,_ e _. e_ 3g,i ._ e = = = 30, c. 0000000 o o . o .a [ 2. (2. ME22ANINEFLOOR - - 11EY, 23'-6" 9 TIME:19:48 u u tr4919, t_r u O 9 5658. c= m cm (,919. E:l EJ c O 4919. : 5650, Het Air Sap e: 2,8E5 cpn/nin run o H Q 99, p a#ht Air Suple Contact Dose Rate:\ Tloor Contamination: c 2.8E5 Personnel Containation: 2,8E2 opn l __ } ___ }. erminuteoccupanc,y g 5 gs O g g c 4919, 4910, 4919. 5659. 5659.
] 5650'[1.........,g u
fI (j[' at t
~l 1239,- -
1239. 'N.' ELIV. 75'-3" RX. BLDC. l6---I n!.:,........h g n n
l
--IIE : 19:49 O 5, 8. O n,t ,,
3.0 !
- 5. 8. 139.
_00 00 00 25, 1 ' ( 2. Q fr,
- (2. -
25. (2. ( 2, Het Air Sam le: ( 100 cpn/ min run ( 2. , ( 2. ,. kir Suple Contact Dose R te: ( 2.9 nrau hr " (2. I Floor Contamination: ( 100 cpvlaa U ( 2,- Personnel Contanination: ( 100 cpn C' '- I l -'- Ut 6. Uts 5, 5.PerJinute Occupancy If 6, 4.,0 bl
.[I 139'
- u. ,
p' 0 O v 3.9
,3.9_ o 3.9 . 3.9 7ASEENT FLOOR EID, O'-8" & 3'-6" TI E : 19:49 u u ' 4918- ' ~
O 5659. Fi: i(m 918-5650, t
)4910, ' '
5659. 'J - Met Air Sample': 2.8E5 cpvnin run 4919. AirSanleContacthseRate: 90, nraFhr 5650, Floor Containation: 2.8E5 epv190en2 e - c 3 Personnel Containation: 2.8E2 cm
,. 'j. PerMinuleOccupancy 5 0 k5!l c - c 4910, 5659.
0..........,0 0 $5llC 0 c [5ll ^ . .: 4919, 1230,- -
~l 5650, 1239. u ,-
's - _._ILEY. 95'-3" U.P .IIK m n . . . . . . . . ..% n n n
.flE : 19:49 4919: I I (< _up4919. ___5650, 5650, I l __ O 1910, 4910^ 5659. 5659. AirSapleContactDoseR$te:Het 99. a#hrAir Su le' 2,8E5 cNn/nin run floor Containation: 2,8E5 cyn/100cn2 ~
/'
Personnel Containation: 2.8E2 ep;u PerMinueOccupancy
/
f
]650. ,
EN _19,,3" I i Rx. Bldg. O 4913. 49a9.' 5659., 'O Q p 565.0. O IIE : 19:48 4N "T919. 5650. 5650.
~ -
Het Air S uple: 2.8E5 cppnin Pun Air Suple Contact Dose Rate: 90. nrauhr floor Containation: 2.8E5 epv199c Personnel Cont aination: 2.8E2 cpn Per Minu;e Occupancs ELD, -6'-5" EEY. -l'-6" g Rx. Bldg.
IIME:19:48 Net Air Sample: 2.8E5 cpn/ min run AirSupleContactDoseRate: 90, nrauhr O floor Containation: 2.8E5 cpn/100cm2 Personnel Containation: 2,8E2 cpn PGPMinuteOCCUPanCV 4210 uP L 5f50. 4919, 5658. _ l DRVELL IIPDRIVE I ELEY 33'-6" RXBLDG _IIME:19:an j o o g l l 8 l Het Air Suple; 2,8E5 cen/nin run. . Air Suple Contact kse Rate: 90. ura#hr -- Floor Containation: 2.8E5 cpn/190cm2 Personnel Containation: 2,8E2 cPn ' ' coupancy g 4919. . 5650, ' l O i=' D
?.230,a - \ 4919.
5659, i 1238. X ELEU.119'-3" RX.BIX. V li
fIE : 19:50 SCENARION036REVN00 O MACTACILITY llllll 1140, 280. 70. 7. 3 140. \ 289. 79. llllll 7. s 28. n }' 2 - D O a __ 7. . ( 2. o 7. (2. (2. 10 (2. HAlHf NETAIRSAMPil: (100epu/Minuterun BLDG FLOORCONTAMINATION: (100cpn/100cm2 PERSONNEL 00HfAMlHAfION:(190cPdninuteoccuPancy O fIE:19:59 SCEHARION036REVN09 OSC FACILITY 28,
- 3. 280, 1149.
- 3. 280. 1140.
~
NERX BLDG
' (2. ENIRANCE (2.
/ /
(2. (2. O net air SaxetE: (taaeraeninuterun ELOORCONTAMINAfl0N: (100cpn/100cn2 PERS0 EEL CON!AMIHATION: ( 190 cedninute ocourancs
IIMI:19:50 0 .c (2. U b .= h (2. _, , g .
'l 'C c= 3 e da 7 '
'+' 7g, r 70.
lP e . 7.0 = 7.0 ,280. up 200. L, Het Air Sayle: ( 100 cpn 1140. FloorCentuination: (100epn/100en2 1149. Personnel Containation: ( 100 cpn per minute occupancy. THIRDFLOOROTTICEBUILDING O IIME:19:50 L' 'I 70. Het Air Sanplel2,6E5 ce dnin run 70. AirSupleContact00seRate: 85. nrad/hrl lI floor Containation:2,6E5 cpv10 Bon 2 210,- Personnel Containation:2.6E2 epn_.J l 280,' PerMinuteOccupancy ' 1140, 1140, _ 4500. J O \ l5175, [ i: !! :. n i 590. E1W, 23'-6"
!! 5175.
RL B , }b;;o c] U:J ::_U (4500 g5175,
^
114 [ - 1140. _ i 09. 5175. h 1140, 280. 1140, 280,
_IIE : 19:50 O noor l 3.0 4.0- 3.0 3.0-3.0- 4. 0-NetAirSaple: ( 100 cpm / min run
] 7 E Air Sample Contact kse Rate: ( 2,0 nrauhr 1 d Floor Containation: ( 100 epn/100en2 2.0 PersonnelContamination: ( 100 cpn i y 2.0 l v -
ferMinuteOccupancs 2.0 A 3,9- 4,0- 3,0-2.0 2,9 ( 2,7 2.0 3.0 4.0 3.0 ( 2..,_. Wn y ~~]., _ _ _ i noor = noor - e R.h p g ( ( c= . oPERAfING FLOOR ELEN, 46'-6" O TIME:19:58
. u u i1140, -
1140. ! O d_ Het [ Air Sanp/nin"run 2.6E5 epn le:
\
4500. C
' " Air Sanple Contact Dose ate l -5175,-
1-4500. 85. nead/hr ) _.J L_. 5175, ,' , l Floor Containation: c o 2.6E5 cpn/100cm2
,g09.
4 Personnel Containation: 5175. 5 El 2,6E2 cpnerMinu'leOccupancy/
/ t
% J '
'4500.
4500 O ) 4500:a.........a sivs
~. .
c 17s'o
- s. o 5175' o c 1140. -
'l 1140. ,' 's : EIR. 51'-3" RX. BLE I lw n ......... %
o m n n
flMI:19:59 U lI & Het Air Sanple: ( 100 cpn/nin run 6 AirGapleContactDeseRate: ( 2.0 n a u h.* l l
'O 0% Floor Contanination: ( 100 cpv100cm2 2,9 =- Personnel Containation: ( 100 cpn iI 2.9 p PerMinuteOccupancy 12.
( 2. i
/
X jl-q r ( 2._ h ~ D Dr - 3 (2,3 - u
= --
=
' =
=
3 0.30,
=
{ 30, c. 0000000 . . .. .. [ 2. A (2. H22ANINI ROOR DR, 23'-6" O flME:19:50 0 9 'I 4500'. 5175 'c== == k S.g g \ - O 45e0. 5175. Het Air S ap e: 2,6E5 cpn/nin run O L, g J Air Suple Contut kse Rate: 85. cauhol c
\ Tice Ojunination: 2.6E5 cpv100cn2 Personnei cont a niation: 2.6E2 cPn I erminuteoccupanc,y .
__. } ___ } ___ 3 D g - I t {e 4509, 4599, 4509. 5175. 5175. 5175, .................................. n
)
- h. '
.: ! ll _.j 1140.- -
'.-l .
N 1149. ,' EIV. 75'-3" RX. EDC. iw g . ' . . . . . . ..g s n n n
. _ - - . =_ - - - _ _ .
-TIME : 19:59 O 5, 8. O "3..
3.0
- 5. 8, 130.
( 2 E'b nn nn nn 25,1'1
- (2. -
- 25. fr.
(2. (2 Het Air Sample: ( 100 cyn/nin run (2. , ( 2. ,. kir Suple Contact Dese Rate: ( 2.9 urad/hr ' " (2. I Floor Containation: ( 100 cpn/100 n2 ( 2.- Personnel Containation: ( 100 cPn l' C9 C CTI 6. M 5.Per Minute Occupancy J 6, 5, 4.0
,, w L_
{k ' . 3, 139. u-p D v 3.9 _ 3. _ o 3.9 3.8 5ASDENT TLOOR ELD, O'-8" & 3'-6" TIME : 19:59 u u L4500, u -LJ O 5175. rr .
' <175, 5
4500,
~'
5175. - Net Air Suple: 2.6L5 cpn/ min run 4589. 85, nraFhr 5175, A,irSamplleContacthseRate:Tlear Contuination: c 2.6E5 ep 3 Personnel Containation: 2.6E2 cm
.' '1.
PerMinuieOccupancs 5 0 !!?k c - t i 4500, ( 1 5175. O 3 !!!' o.......... c
^ .:
o 1121' o o c
. 450s.
1140,- -
'.-l / T 5175, 1148. ','
<', \_IlR. 95'-3" RX BLDG lw j < . .' . . . . . . .% _n n n
l I
.'IIE : 19:59 4500.:I 5175, l I
_up4500, __ 5175, h I Q --
!!!f l!!!:
Het Air San lel 2,6E5 cen/ Min run AirSapleContactDoseR$te: 85. nra #hr floor Contanination: 2.6E5 cpn/100cn2 Personnel Containation: 2.6E2 cl* Occupancy PerMinule 499, 450, 5175. _. ELN, -19'-3" -
/5175. U up ii Rx. Bldg. Q 4569,' ,
5175., 'O Q p 0 @17,5. 5 O IIE : 19:59 4 ~I500, 5175. 5175, Net Air Sample: 2.6D cpn/ min run-Air Sample Contact hse Rate: 85, nrad/hr 5 Floor Containation: 2.6B cpn/199en2 Personnel Containation: 2.6E2 c)* PerMinuleOccupancs ELD, -6'-5" ELN, -l'-6" g Rx. Bldg.
I IIE : 19:50 NetAirSDPle: 2.6E5 cpn/nin run AirSueleContactDoseRate: 85, nrauhr O floor Containation: 2.6D cpn/100cn2 Personnel Containation: 2,6E2 cpn i perMinutececupncy ' 4500,u L 5)
?5. ,'
~
4500. 5175. _ l DRYWELL - IIPDRIUE ELIV 33'-6" RXBLDG O _IIE : 19:59 a o g a Net Air Sample: 2,6E5 cyn/nin run.. - AirSupleContactDeseRate: 95 nea#he -- Floop Containation: 2.6D cpn/199cn2 ) Personnel Containation: 2.6E2 cPn
/ g coupancy 4599. :
5175, O r il 4509.
;.1 % - 5175, 1148. X 11EU 119'-3" RX.BLDC.
Il li
fIME:20:00 SCEHARIO N0 36 RW N0 9 MACTACILifY llllll 1999, 259, 55, 5,5 1990.N 250. 55. llllll 5.5 s 25. i i i i
"~
D D D .. 6. . ( 2. D 6. ( 2,
- 2. TO
- 2. HAlHf NETAIRSAxPLI: ( 100 cp / Minute run BLDG FLOORCONTAMINATION: (100cW100cm2 PERSONNEL 00HfAMlHATION: ( 100 cWninute occupancs O
fIME:29l99 SCENARIO N0 36 RD N0 9 OSC FACILITY 25. 25, 3, )250, 1000. 3, 250, 1000, NERX BLDG t
' (2. ENTRANCE (2. ,
/ /
(2. (2. O xEtaiRSanetE: ( 100 e r exinute run FLOORCONTAMINATION: (100cW100cn2 PERSMEL CON!AMIHAf10Nl ( 100 cWninute occupancs
IIMI:20:00 0;r (2. Z U Q .E" & ( 2. , g 1 =2 c da 0
'+~ 65, r' 65.
~
IP - 6.5 6.5 m ,250. up 250, L, HetAirSuple:(100cpn t000, Floor Containation: ( 100 epn/180 en2 1909. Personnel Containation: (100cpnperminuteoccupancy. THIRD FLOOR OFFICE BillLDING O IlME:20:08 L'~ jl 55. Het Air SanPlel2 4E5 CPM /ntn run 55. AirSapleContactDoseRate: 75. nra uhri floor Containation:2,4E5 cyn/100cn2 Jl 200,-
,,,,, 25 0 -
Personnel Containation:2.4I2 cgn__J l PerMinuteccupancgN 'g 4100. J O \ h il I4720, [ il i! ) [I l b60, ii 4728.
, 23'-6" RL D;, ' b!
.! ii c]
(4100 g4720, 19e[_ , , de's.
^
S less._, , ,, 4728. ,, 1909, 259. 1000, 250,
__IlME : 20:M O noor I 3.9 4.9- 3.9 2.9 3.0- 4. 0- 3.0- 2.0 -
% 2,0 2.0 0
. HetAirSaple: ( 190 cpvnin run E Air Sample Contact Dose Rate: ( 2,9 nrad/hr 1 d
~
floor Containation' ( 100 epW190cn2 2.0 Personnel Containation: I 2.0
- ( 100 ferMinucp=te OccuPancyJ 2.0 2.9 2,8 3,0- -
4,0- - 3,8- 2,0 3.9 4.9 _ 3.0 ((2.2,2 wn y __ -]' . , , , Roor
= Roor '- 6 R.h j
. . ( 2. ,
p g .u-i OPERAfING TL00R EIR, 46'-6" O - IINE : 20:M
. u u i1990, -
1999. O Het 2.4E5 epn [ Airle: Sanp/uin run l d_
' \ 4199. t J
Air SMPlt ContACI hit Ale l - 4720 - (199. 4729, 75, nrauhr )F _,J l_,, l l l TloorContaination' c
-o 2.4E5 cpn/19sent / '
/ ,4.,00, Personnel Containation: 4729, 2,4E2 cpn /
3 0 Per Minute Occuptney / t
% J -
'4199.
O 3 a 4100: .s, a. ,
, .a. . . c. .m0 . . s 0. o 4100:
4720 o E 1000,. . 1990. ELEY. 51'-3" RX. E13C I g , ..'. . . . .'.. .% s
& n n n
IIMI:20:09 0' HetAirSanple: ( 100 cyn/nin run II h
" AirGapleContactDeseRate: ( 2.0 nea#htl
"-- O 0% FloorContamination: ( 100 cpn/190cn[ 2 2.0 Personnel Contanination: ( 100 cpn lI 2.9 g Per Minute Occupancy
\ 2,
( 2. 1
/
jj; X q
, L-'
30. oor- -(2] [ ( 2.- =" =- 30,> { u = = = 30, c. 0000000 o . .. .o [ 2. (2. M NINE FLOOR - - ELEV, 23'-6" h IIME:20:09 u u u 4100, tr u O 9 4729, c== = = = (m 199. 4720. O
--o a e 4199.
,l 4720. Het Air Sany e: 2,4E5 opn/ min run a t, Q AirSupleContactDoseRate: 75 nea#hrl
\ floor Contamination: 2.4E5 cpn/190cn2 c
l Personnel Contanination: 2,4E2 cpn l _]. ...}. ___ 0 erminuteoccupanc,9 g t 5 g - I {3 4100, 4100, 4199. 4729, 4729. 3 O . . . . . . . . . Lt
- 's. .: l LJ ll ll ['
- l n C h
1000. - - 1999. m u,'
' Ns n . . . . . . . . .g ELEY. 75'-3" RX. BLDC.
n n n l
=IIME:29:M 3
(v 5, 8. O 3 3:0
- 5. 8. 139.
( 2, Q '_ 0 0 00 00 25, (2. -
- 25. ff, r(2. (2 Het Air San le: ( 100 cpn/nin run
( 2. , ( 2 . ,. kir S aple Contact Dose R te' ( 2.0 usad/hr " (2. I floor Containation: ( 100 cpn/199 E ( 2,- I C9 l -- Personnel Cont ainationl ( 109 GCPn5.Per Minute O Ut 6. 6, U( 5, 4.0
, r---
wL_ b) ~ l~f . 139.
- m. ,
p a v 3.9 3. o 3.9 3.0 3ASDENT FLOOR EU, B'-B" & 3'-6" TIMI : 29:M u u ' ' O '- 4188' 4728. pp ,(199. 4100, , . '
'~
4720. Net Air Sample: 2.4L5 epn/nin run (199, 75, nrad/hr 4720, Aih Samplle Contact Floor contuination: hse Rate: 2.4E5 epu/190cu2 c 3 .' Personnel Cont aination: 2.4I2 cpn
,' J Per Minule k curancs 0 !h!'
t 3 c -
/ 's 4100, !
( l 4729. i O a2' o...........o o 4in' o
. o 4199.
c :
' l 1000, ~' 4720, 1999. . N,' - ILEU. 95'-3" RX. BLDG !
lw n u..........% n n n l
.flE : 20:09
~4100.:I I
_up 4100. _ 4720, 4720, I l _ O
!!!f l!!!:
Het Air S u le: 2,4E5 cP dnin run AirSapleContactDoseR$te: 75. ca Uhr floor Contanination: 2,4E5 cpv100cn2 Personnel Containation: 2.4E2 ep:u PerMinueOccupancy 4729. Etv, ,19,,3" / up l l Rx. Bldg. C 4139.' '- O4193-4728. Q 4729. O IIE : 20:00 4 7199. 4720, 4720. Het Air Suple: 2.4D oPn/ Min Pun-Air Sample Contact hse Rate: 75, ra uhr 5 Floor Containation: 2.48 epn/190en2 Personnel Containation: 2.4E2 cpn PerMinuleOccupancs . EEV, -6'-5" EEY, -l'-6" g Rx. Bldg.
IIME : 20:00 Net Air S u ple: 2.4E5 cp W min run p Air S MPle Contact hse Rate l 75. MraMhr Floor Containation: 2.4E5 cpv100cm2 v Personnel Contamination: 2.4E2 cpn per Minute occupacy 4..00.up L 4720.
\ \ 4100.
4720. _ MYELL - IIPDRIVE ELEY 33'-6" RXBLM _IlME : 20 M o a Q Het Air Suple: 2.4E5 cpn/nin run. . s Air Suple Contact Dese Rate: 75. nea #hr --
]
floor Contuination: 2.4E5 cpv180cm2 Personnel Containation: 2,4E2 cpn pe coupacy 8 4199. . 4720. l O 4100. i== D
;,999.. - 4?20, 1999. X FIIU.119'-3" RX.BLDC.
Il I;
fIE : 19l99 SCEHARION036REVN09 O HA0TACILifY llllll t 499, 199. 19,
'1580,\
1580. 400, 100. 19. llllll s 40, m 4.0' , O D a .. 19. . (2. a 19. ( 2. 2I5 10 2.5 MAlHT NETAIRSAMPLE: (100epu/Minuterun BLDG E00R CONTAMINATION: ( IP9 cpn/100cn2 PERS0HHEL 00HfAMIHAf10Hl ( 199 cPn/ninute occupancy O e : fIE : 19l99 SCENARION036REYN09 1 OSC l IACILifY 49. 49, 4.
)400, 1580.
- 4. 400. 1580, NERX BLDG
- 2. ENTRANCE 2.
/ /
(2. (2. O NIT AIR SAMPLE: (100epu/Minuterun R00RCONTAMINAfl0N: ( 100 cpn/100cn2 PERSONNEL CONTAMlHAfION: ( 100 cen/ninute occuPanc9 I
IIME:19:00 D': % f (2. e,
=
=
Q g E 1 ci e da D 100, r' 198.
' IP m 10. =
la. ,400, up 400. L, Het Air Sanple: ( 100 cpn 1580, Floor Containation: (100epu/100en2 1589. Personnel Containation: (100cpuperminuteoccupancy. THIRD FLOOR OFFICE BillLDING O IlMI:19:M U- 'I 100. Het Air Sample l3.8E5 cPdnin run 100, Air Saple Contact Dose Rate: 125. nra#hrl Ul ! Floor Contamination:3,8E5 opv100cn2 400,- l Personnel Cent uinationl3.8E2 c;m _J l 400.'
-' 1589.
PerMinutekcupancyg 1580, l - 6260. J O I7200, [
.i ;: r:
- n !!.: ;r i;
-I !!6k60, , 23'-6" RX,B , d;i !! (
!! 7200.
j e 6260 g7200,
'^'
iss[_ , , d69. I 9 1588. _ , , , z288. , 15n. 488. i 1580, 400, l
_II E : 19:00 ROOT 3.9 4.0 - 3.9 3.8-3.8- 4. 8-HetAirSample: c E Air Sample Contact hse Rate: 2.0 nraFhr ( pn/ min rund floor Containation: ( 100 epvi90c 2.9 fersonnelContamination: ( 180 cpm i j 2.0 ferMinuteOccupancy 2.0 2.9 2.0 3.0- -
- 4. 0-3.0- 2.0 4
. 3.9 u_. 3.0 (22 (2.
X -- - e mr
= mr '-
R.}~
(2 p 0-0PERAfING E00R EU. 46'-6" O
IIE : 19:M
. u u i1580, -
Het ample: "
.; 3.9E5 epWnin run
.- 6269. E i
' " Air Suple Contact hse te' a\ -7200,-
6269. 125. nea uhr ) '- ,_,J L_, , 7200. l floorContaination: l < c
-0 3.8D cpm /100cm2 i
'260.
6 Personnel Contamination: 7299. 3.8E2 c m 5 0 er Minu':e occupuey/ / t )
\ / .
'6269.
6260' 3 7290 O. . . . . . . . . . ,0 C 7290 6260'3 0 7200' O c 0 :'.
".-l 1580. - -
1580. u,'
' 's, IIR. 51'-3" RX. BIJG -
1 iw n . . . . . . . . .% n n n i 1 l
IIMI:19:09 V' HetAirSanple: cpn/ninrun ' pJ ,% AirJapleContactDoseRate: ( 2.0 pa #hr floop Containation: ( 100 cpn/100cn2 1 2,9 Personnel Contaninationl ( 100 cpn lI i 2. 2.9 # Fer Minute Occupancy (2. l
/
X q jl-l t_, ;
.(2.]
- 30. !
O of { (2.- = =- 30,' t = = = , 30, c. i 0000000 a -= s
= e= [ 2.
( 2,
^
. N 00R e1 :
f TIME : 19:09 I O u u tr6269, u- u 4 7200. c= = cm E
'8"'
l 9 _. o a X - O 6u . Het Air Sany e; 1,8E5 cyn/nin run L, J 7200. AirSupleContactDoseRate: 125 pa#hol O g ' c
\ T100P Containation: 3.8E5 cpn/100cn2 !
Personnel Contanination: 3,0E2 cpn l l g 5
._. }
[i _. ]. O V e minute occupanc,9 g - i t ! L 6269, 6269, 6268. 7298. 7209, 3 O. . . . . . . . . .,g u g[' M E O
~. .- '
a 1580,. -
'.-l .
1588. lw u,' n.........q
' -. , ' IIIU. 75'-3" g
RX. ELDC.
-11E : 19:09
- = n If-
- s. 8. O i:0 O s. 8. 139.
< 3, o nn nn nn as,l
(2. - 25. (2. ( 2, Het Air Sample: cpn/minrun (2. , ( 2. ,. kirSapleContactDeseRate: ( 2.9 nrau hr - ( 2. I floor Contamination: ( 199 cpn/199ci2 ( 2.- Personnel Contanination: ( 100 cPn l' C'1 l-Ut 6. U( 5.PerJinute Occupancy 4.l0" 6, 5, 4.0 wL_ b l 13, Jf . . 139.
- u. ',
p C O v
, 3.0 ,3.9_ o 3.9 . 3.9 5ASDGM FLOOR ELEV, O'-0" & 3'-6" O
TIME : 19:M 01!W: ", ' A 7200. C
]6269, '..
7200. Net Air Suple: 3.8L5 cpa/ min run 6269. 125, nrauhr 7200, AirSamplleContacth5eRate: floor Containation: c 3.8E5 epn 3 .' Personnel Containation: 3.8I2 cm
,.' 'j.
PerMinuleOccupancy 0 h!!l 5 c - C
's 6269,
( 1 7299. 6260' 1 3 720c O..........J'] O 6260' O 7290 O C ! O
"'. .' 6269.
1589- -
'l / 7299, 1580.
w
.s,
,+,........%
\_.IIR 95'-3" n
RX.3LDC n n
.IIE : 19:00 200, ,
I s sh200l i __ O 6260^ / 1260, 7200. 7200. / Het Air Sanplel 3.85 cPdnin run AirSupleContactDoseRate: 125. nra uhr floor Containation: 3.85 cpd100cm2 Personnel Centuination: 3.8E2 e)* PerMinuleOccupancy 6 69, 629, 7200. M -19'-3" /7200. U 3P I I Rx. Bldg. O 62s9,' o 6263. 7200., 'E [ 7200. O IIME:19:08 6 T269, 7200, 7200, Net Air Saple: 3.8D cpn/ min run-Air S uple Contact Dose Rate; 125, nra uhr 5 Floor Containation: 3.8B cpn/100en2 Personnel Containation: 3.8E2 clu PerMinuleOccuPancy M. -6'-5" HR, -l'-6" g. Rx Bldg.
IIME:19:00 Net Air Su le: 3.8E5 cpvnin run Air Suple Contact Dose R te: 125. nrd/hr O rioor Containation: 3.8 a ovviesoa2 Personnel Containation: 3.8E2 cpn per Minute occupucy 6f60.up L 72 00. 6260. 7200. _ I DRYWELL - IIPDRIVE EIR 33'-6" RXBLDG i _flNE:19:8 l a o g l 8 I Het Air Sam le: 3.8E5 ces/ min run. . l Air Suple Contact Dese R te: 125. un#he --
- 1 Floor Containation: 3.8D cpv100cm2 !
Personnel Containation: 3.8E2 crn ccupucy g 6260. : 7290. ! t O Fh 6260. I c,589.= . 7290. 1580 X IIR.119'-3" RX BLDC. l 11 4 j
. _ =
fIME:19:10 SCENARION036REYN00 0 MAc a ciu fv nnii 1500' 380. 95, 9. 1500 \ 380. 95. llllll 9. s 35. i i i i O O e ".
. 9. . ( 2.
D 9. (2. 2IO 10 2.0 MAlHf NETAIRSAMPLE: (100epn/Minuterun BLDC FLOORCONTAMINATION: (100cpn/100cm2 PERSONNEL 00HfAMIHAIION: ( 100 cen/ninute occurancs O fIME:19:10 SCENARION036REYNOO OSC FACILITY 35, 3.5 380. 1500. 3.5 380. 1500. NERX BLDG
' ( 2. ENIRANCE (2.
/ /
(2. ( 2. O xETAiRsAnttE: (100cpneninuterun FLOORCONTAMINAIl0N: (100cpn/100cm2 PERSONNEL 00HfAMIHAf10Hl < 100 cen/ninute cccupancs
IIME:19:10 ( 2, ( 2. lj h! c_ , ) U MV f fu 1 ci e 0
- 95, r' 95.
~
IP m 10. =
- 10. ,380. up 380, HetAirSanple:(100cpn L ,500.
L FloorContanination: (100cpn/100en2 1500. PersonnelContamination: (100cpnperminuteoccupancy. THIRDFLOOROFFICEEUILDING O IIME:19:10 L: 'I 95. Het Air Sanplel3,6E5 cen/nin run 95. Air Sample Contact Dose Rate: 120. nea #hrl Il Floor Contanination:3,6E5 cpn/100cn2 310,- Personnel Contanination:3.6E2 epn_J 1 380.'
' 1500.
PerMinuteOccupancy\ 1500,
- 5950. J Q 16840, l n !!
t: :: n
~
, s , s [
!! 6840. u!!
UG du 5950 c6m.
" E_
150 , , ds'0.
'^'
S 1500._ , , 6840. ,, 1500. 380. 1500, 380,
t
._IIE : 19:19 ROOT O -
3.8 3.8-4.8-
- 4. 8-2.9 3.0-
- Het Air Suple: cpvninrun an Air Sample Contact Dose Rate: ( 2.0 mrad /hr d floorCentuination: ( 199 epv190e 2.0 PersonnelContaination: ( 100 cpe I g 2.9 xj -
fer Minute Occupancs 9 2.9 2,8 A - 3,6 - 4,9- - 3,9-2. 2.0 3.s 4.s _ 3.8 ((2.2,2 Ldn X -- ~] ' mr
= mr -
e R.}~ d p c OPERAfING rl,00R DE, 46'-6" i O T1E : 19:19 u i1500,
\u -
j Het uple: 3.6B cpvuin run h ' d_
" \ 5959. t J
Air Suple Contact Dose ate' -6849.- 5958. 6848, 120. nea Fhe )1- lL_ ' l Floor Containation: c
-0 l
3.6D cpv190cn2 / i
$959.
Personnel Containation:/ 6848, 3.6E2 cm / 5 0 er Minule occupuey / t l '5959, i 5958 5950 ! 3 694s' O.......... D C 684a? O 6840' O c
- O ^ . .= '
! 1599. -
'.-l -
1580. : ts ,
's : IHY. 51'-3" E. BIA: -
lW n . . . . . . . . .% n n p i
IlMI:19:18
= ,
g HetAirSanple: cpn/nin run
' AirJaspleContactDoseRate: ( 2.0 na uho
'O % floor Containation: ( 100 cpv100cm2 2,0 Penannel Contanination: ( 100 cpn Il 2.8 p PerMinuteOccupancy i 2,
( 2. 1
/
X i
<2.
(2.
. L--
[(2.] 30. D of { (2.- = = - 3 0, i -
- t. = = = 30, c.
~
0000000 =
= =
= =a f 2.
(2. ME22ANINE E00R - -- EIR, 23'-6" O IIME:19:18
" ' 'T 5950' 'T '
O O 6848. c== m c= E 9_o a X '8* O 595,. Het Air Sany e: 1,6E5 cyn/ Min run L, 6848. Air Suple Contact Dose Rate: 129. pa#hol O c t \ floor Contamination: 3.6E5 cpv100cm2 Penannel Containation: 3,6E2 cpn l Pninuteoccupanc,9 5950.
._.} ----{ 6840, 5 O g - I c
{s 5959, 5959, 5959. 6849. 6848.
]
O . . . . . . . . . Lt U ll L"' N C h
- N.
L ll 11 1599,- -
1598. ,/ 's : IIR. 75'-3" RX. EDC. lw n't . . . . . . . . .h g n n I
1 IME : 19:10 ~
=
0 5, 8. O N.7 3.0
- 5. 8, 130.
_00 00 00
- 1
( 2, E J 25, 1 ' .
- ( 2. -
25. (2. (2 Het Air Sample: cpn/minrun (2. , ( 2. ,- kie S uple Contact Dese Rate! ( 2.9 nad/hr - (2. I Floor Containation: ( 100 cpv100c u ( 2. ' Personnel Containation' ( 100 cpm ]l ' C'9 L-Ut 6. U( 5 Fer jinute Occupancy 4.f 6, 5, 4.0
" L-
=c
-I - .
139. u- , p a 3.p v 3.9 o 3.0 3.9 3ASDQM FLOOR ELEV, O'-8" & 3'-6" Q iIMI:19:19 84 rp ,E 68*-
,5959, fx 6848. .
Net Air Sample: 3.615 cpvnin run 5950. Air Suple Contact hse Rate: 120 nrauhr 6840, 1 Floor Containation: 3.6E5 epv190cu2 c l 3 . Personnel Containation: 3.6E2 cm l
..' ').
PerMinuleOccupancs l 3 0 !84!' .
- t s5959, I m ( 1 6848.
V 5950' 3 6848 O..........D D 5958' 6849. O O c
'N.
' 5958, 1599 - -
'.- / 6840, 1599. u,e' 's, \_.J1IV. 95'-3" RX.7 3LDC 1 lw n.........k n n n j
-_-_________-_____J
.IIME:19:10
~
5959.: I I _up5959. __6840, $ 6840,l I __ 5950' 1950, 6840. 6849. Het Air San le: 3,6ES cWnin run AirSupleContacthseR$te: 120. pa uhe floor Containation: 3,6E5 cW100cn2 _ Personnel Containation! 3.6D es PerMinu:eOccupancy r 6840. M. -19'-3" -
/6849.
BP 1 i Rx. Bldg. OU 5909. O 6953.
,6848., ' 'O u [ 684,0.
O flME:19:19 5
'I959, 6840. 6840, Net Air Suple: 3.6E5 cppnin run-Air S uple Contact h se Rate: 120, nrad/hr ')
Floor Containation: 3.6E5 epW190cn2 Personnel Containation: 3.6E2 cpn Per Minuie houPancy M, -6'-5" M -l'-6" g Rx. Bldg.
1 1 II E : 19:19 Het Air S uple: 3.6D cpn/ min run l Air SuPle Contact Dose hie l 120, nraFhr l O- Floor Containation: 3.6E5 cpn/100cn2 l Personnel Containation: 3,6E2 cpm perminuteoccupacy 55 50,uP L 6f40. , 5950. i 6840. _ I i DRV E - , IlfDRIVE l O "" 8 8' -'" " ' 11 E : 19:19 o o g a : Het Air Sample: 3,6E5 cpn/ min run. . Air Suple Contact kn hte: 129. nea#he -. Floor Containation: 3.6D cpn/190cn2 l Personnel Containation: 3,612 crn
~ '
/
coupancy 3 5958. . 6849, j O m 5958.
;,599.3 -
6849, 50s X \ 11tv.119'-3" U.BLDC.
\ !IME:19l20 SCEHARIOH036REYN00 !
O HacrAcitify 1111ll 1430, 360, 90, 9, 3 438. \ 360. 90. llllll 9. 35. i i i i O O O .. 9. . (2. a 9. (2. 2IB 10 2.0 MAlHf NETAIRSAMPLE: / Minute nn BLDG FLOORCONTAMINATION: ((108cpn 100 ep/190cm2 PERSONNEL CONTAMINAf10Hl ( 100 cedninute oecuranes O flME:19:29 SCEHARIO N0 36 REY N0 9 OSC FACILIIY 35, 35, 3.5 )360, 1438, 3,5 360, 1430, _ / _ . . - BLDG
' ( 2. ENIRANCE (2.
/ /
(2. (2. O NET AIR SAMPLE! FLOORCONTAMINATION: (100cpn(
/ Minute nn 190 ep/100cn2 PERSONNEL 00HfAMIHAfION: ( 100 cevninute ocourancs
IIMI:19:29 3, -O O .: {2.
< 2.
, e ll O
g ,
, c. -
0 =s c 'dn 90, r' 90. IP
, . 9. =
- 9. 360. up 360, L,
Het Air Suple: ( 100 cpn L430, Floor Containation: (100epn/100en2 1430. Personnel Containation: ( 100 cpn per minute occupanc9 THIRD FLOOR OFFICE B!!ILDING 9 11ME:19:29 L 'l 98. HetAirSMPle:3.4D cWnin run 90. Air S aple Contact Dose Rate: 115. nrauhrl 1I floor Containation 3,4E5 cWlB0cn2 360,- Personnel Containation:3.(E2 e;m_J l 369.- PerMinutekcupancy\ ' 1438. 1430, 5659. J O i6500, t _ !! i, ,
-l ! 650, ' W 23'-6" M BL , '
b !! (
!!65,00. !;!!
ii n ::u (5659 ' g6s00, O ' JI n 143[_ 1os._, , i 5659. 9 88. - 1439. 369. 1430, 360,
-.IIMI : 19:29 O =
I 3.9 4.0- - 3.0 3.9- 4. 9- 3.9-Het Air Suple: cpn/ninrun da Air Suple Contact hse Rate: ( 2,0 nrad/hrn il Floor Containation: ( 199 epW190cn2 2.9 PersonnelContaination: ( 100 cpn i 1-- 2.9 ferMinuteOccupacs 2.0 2.9 2,9 3 , 8-- - 4,6- - 3,0- 2,0 3.9 4.9 _ 3.9 (( 2. 2,2 l %
-].
{ __ e mr
= mr -
- R , }-'
' (2 0PERAfING rlh0R 115, 46'-6" p { 0 m
TIME : 19:29 u u i1430, - O _
; +3.4I54epn>/nin ie:
run ""
' " \ 5659, t Air Suple Contut hse ate:" -6500,-
5650, 115. nPaFhe ) ,,,,,,,,J L ,,,,, 6500, l Floor Cent .ination: c
-0 3.4E5 cpn/190cm2
$650, Personnel Containation: 6599.
3.4E2 c)m / 3 0 eV / C l % ' 5659, ! 3 ' O. . . . . . . . . . ,0 C!fd? O "' O c ) l 143g,. .$,- ' i i i , 1 1439. DR. 51'-3" RX. BIE - lw g , ..'. . . . .s .4 ,
.. , n n
IIE : 19:29 9' 9 Het Air Suple: cpn/minrun
' AirGapleContactDoseRate ( 2.0 w ad/hr E
l] 0% Floop Containation: ( 100 cpn/100cn2 l 2.0 "- I 2.9 # Penonnel Containation' ( 100 opnFer Minute Oclcupa!j i2. ( 2. - 1 l
/
X 5
< z.
( 2, l,
,(2. 30.
{ O DF - - ( 2,] = " = - 30 i - u = = = . 30, c. 0000000 [ 2.
, (2.
E22ANIE E00R ' - ".- - f.IR, 23'-6" g IIE : 19:28 u u tr 5650, tr u O 9 6599, c= m cm b R_o a X - c O 565.. Het Air Suple: 1.E opa/ min run 6500. Air Suple Contact Dese Rate: 115. und/hol O H ' J
' c
\ floop Containation: 3.4E5 cpn/190cn2 Penannel Containation: 3 E opn I g.
_} __}. O Pninuteoccupanc,9 3 {s c - i c 5650, 5650, 5659. 6508. 6598.
)
65 00' g['
' c 0
O.- ~,. . . . . . . . .g- tg
. .- a n a 1430,- -
'l .
1438. 'e' 's - EIV. 75'-3" RX. ELDC. iw g ., . . . . . . .,.g g n n
--TIE : 19:29 m n II-
- s. 8. O ll0 0 5. 8. us.
( 2, m nn nn nn 25,l * .
- ( 2. -
25. (2, ( 2, HetAirSanple: c ( 2. , ( 2. ,. kieSupleContactDeseRate: (pn/ninrun 2.9 nrauhr ,- (2. I Floor Containation: ( 100 cpv190cn2 ( 2.- Personnel Contanination: ( 100 CPn l' E '- I L-- Ut 6. M 5.Per, Minute Occupancy 4 5 6, 5, 4,9 wL_ ' b) - O 139, 1 1 JI . 139. u- ', p' ' D p v I 3.9 o _ ~3.B_ 3.9 3.9 5ASD(INT TLOOR EEL 8'-8" & 3'-6" O IINI:19:29 u u u - 1.; t.5659, m 65M. y 5659 5659, l\ 65N. Net Air Suple: 3.415 epa /nin run 5659. 115 nrad/hr 6599. Air $uplle Contact hse RateF1oor Cont minatian: c 3.4E5 epW190 3 .' Personnel Cont aination: 3.4E2 c)*
/ 1 Per Minule kcuPE09 5 0 bl --
c - c
\5650,
( J 65W. 5659' 3 65m. Q.........D D 5650: 65m O O c O 1439. - -
'.-l '
/ P ssse.
6500, 1439.
\_ IIR. 95'-3" RX 313G lw n u ,. ' . . . . .'.,.%
n n n
= .IIE : 19:20 50h,,I 650k i _ _
O ^ 1650, 5650 6500, 6500. Het Air S u le: 3,4E5 CPM / Min run AirSapleContactDoseR$te: 115. nra#hr floor Contamination: 3,4E5 cyn/100cn2 - Personnel Containation: 3.4I2 ejm / PerMinu;eOccupancy 6500. N /6500. _. M. -19'-3" U UP ii Rx. Bldg. O 5659. O.56sa-
,6500,' 'O Q 650,0.
9 IlMI:19:20 5 650. 6500, 6500. Net Air Saple: 3.65 cpn/ min run-Air Suple Contact hse Rate: 115, nra M r 5 Floor Containation: 3.E5 cPn/100cn2 Personnel Containation: 3.4I2 c!* Occupancy PerMinule M. -6'-5" M , -l' -6" O Rx Bldg.
IIMI:19:29 Net Air Suple: 3.4E5 cppnin run i Air Suple Contact Dose Rate l 115. nraFhr O floor Containation: 3.4E5 cpv100cm2 Personnel Containation: 3,E cpn perMinuteoccupancy 5f50,up L 6: 00. 5659. 6500. _ l DRVELL - l IIPDRIVE l
" 88' ~'" "*"
O ) _flME:19:29 ' a o g l B - Het Air Sample: 3, M cen/ min run. . l Air Suple Contact Dese Rate: 115. pa uhr - Floor Containation: 3.4E5 cpv190cn2 ) l Personnel Containation: 3.412 cpn
/
coupancy 3 5658. : 6599. l O i= n 5659.
;,439.. -
6599, 1438. X ELEY.113'-3" RX.BLDC. ll I;
flE : 19:30 SCEHARIO N0 36 RW N0 0 0 NacrAciti!y llilll 1360, 340, 85, 0,5 1369.\ 349. 85. llllll 8.5 s 35. m 33 ' , , , O D i (2. O .. 9. a 9. (2. ; 2IS TO 2,0 MAlHf ET AIR SAMPLE: /Minuterun BLDG FLOORCONIAMINATION: (190ep/199cm2 (190cpn PERS0HNEL00HfAMIHA! ION:(100cWninuteeccupucs O . l l fIE : 19:30 SCENARIO N0 36 RW N0 0 l OSC FACILITY 30, 30, 3.9 )349. 1369. 3.0 340, 1360, ER DG (2. ENTRANCE (2.
/ /
(2. ( 2. O Nt1 air SAnPtE: eninut. ,un i TLOORCONTAMINAfl0N: ((190cpr 100 en/IPkm2 l PERSOE 00NfAMlHAfl0Hl < 100 cWninute occupac9 1
IIME:19:38 3, -E 3 _= g (3. 0
'" w
( 2. , g , c--
%' C-b
'l en e an D '
--c >- -
r' 85.
~
lP m . 8.5 r-340, up
=
8.5 349.
- t- ,
Het Air Suple: ( 100 cpn 1360. Floor Containation: (190epn/199en2 1369. Personnel Containation: ( 100 cpn per minute occupancy. IHIRD FLOOR OFFICI BillLDING O IIME:19:38 L: 'I 85. Het Air S MPlel3 2E5 CPn/nin run 85, Air Suple Contact Dose Rate: 119. nPauhel Floor Containation 3.2E5 cpn/100cn2 34ll0,l-Personnel Containation:3.2E2 c;g__I I 349.- PepMinuteOccupancy\ ' 1369. 1369, 5378. J O
- . i; I6180,
[
!! '! ii !!
! !!$70,
!! use.
, 23'-6" EB , b !!
t]
!j:: ii ij 5378 g6189, 136[-
1369 _ i i 79. 6189. , 1369. 348. 1360, 340,
1
. IIE : 19:39 3.9 4.0- 3.9
]'3.0-- 3.0-
- 4. 0-
{.l NetAirSaple: c an Air Sayle Contact Dose Rate: 2.0 e (auhr pdmin run d _,, FleerCentuination: ( 100 ep v190c 2.9 i Personnel Containation: ( 100 cpm I y 2.9 terMinuteOccupancs 2.0 2.9 2,9 3,6 - 4,9- - 3,9- 2.0 ( 2, 3.9 4.9 3.0 - ( 2.7 _ 4 _ __ r- , m = = mr '- e R.}- p(8 d m CPMlHG MR M, 46'-6" O IIE : 19:39
. u u !1360. -
O .
*3.25tG epvu+ in run
\ 5379. t Air Suple Contact Dose ate' -6180,-
5379. 110. c a Fhr ) '- J [_,, 6180,
! FleepCentuination: c
-0 3.2D cpv190cm2 i
$370, Personnel Containation: 6189.
3,2E2 c m / 5 0 meg s c
'5379.
5379 6180 0 3 5379: 61n 0 . 2. . . . . . .,P c 6189:2 o a c 1369- - - 1360. u,' N, 11 5 . 51'-3n " RX BIE n n llw n ......... h ( _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ l
TIME:19:30 0 ' HetAirSaMple: cFM/ninrun
"- ( 2.0 Mra uhr O
D 2,0 gAirJapleContactDoseRate:floor Containation: ( 100 cpv100cm2 Penannel Contanination: ( 100 cpn lI i2. 2.9 A Fer Minute Occupancy ( 2. 1
/'
X q jl- ! . L-- 38.
-[ (( 2.3 1
o or 2.-- {
' = '
- - 3 0, '
l u = = = 30, c. I 0000000 o o o o oo [ 2. l (2. l M NINE FLOOR EEY, 23'-6" r O TIME:19:39 O '# q u tr5370, er u m 6180. c= m cm 5370. O_g c3 \ - 0 332.. Het Air Sany e; S,2E5 cyn/ min run 6180. O H Q 119. nea uhr Air Suple Contact Dese Rate!\ floor Containation: c 3.2E5 Penonnel Contanination: 3,2E2 cpn I _] _] a V P ninute occupancy g y e a , t 5370, 5370, 5379. 6189. 6188.
]
~~
N O
'I0'O.........Q
- 's. .- '
tr ji if _,,j
- t 1360,. -
.' 's , : IID 75'-3" 1360. RX. BISC.
m ,.,u,.'.......g n n n
-IIE : 19:39 m n If" ed s.
5. 8. 9, O 139. 3:9 3e
~=-
( 2. [ ] 25 % '*. (2.
~
25. r(2. ( 2. HetAirSample: cpn/ninrun (' 2. , ( 2. ,. kie Suple Contact 1)ose Rate: ( 2.9 nra uhr - (2. I floor Contamination: ( 100 cpn/199c u ( 2.- Personnel Contaninationl ( 199 CPn jl ' [-~ 9 L-Ut 6. U( 5.PerJinute Occupancy 4.G'
- 6. 5. 4.0
,m w L_
b l O J'~ I 13W. 139. p a 3.p v 3.9 -~ o 3.0 3.0-
- BASDDI FLOOR Ela. 8'-8" & 3'-6" O -
TIMI:19:39 u u ' 5378- ' O 6189. 7 , F378 5379. l\ 6189. Net Air S uple: 3.2E5 epa /nin run 5379. 6180. 1 Air Samplle Contact hse Ratei 119. nrauhrFloor Containa g ! 3 1 ( l'ersonnel Containation: 3.2E2 cm
/ 11 PerMinuleOccuPancy 0 !fh'
- t 5 .
l (- ) 5379. 6189. c )5379: 6189 Q.........D 0 5370' 6180 O O c d W . ./' 5379.
~l 1369.- -
.- / 6199.
1369. ' , ' N' \_._IIR 95'-3" RX D C m n u . . . . . . . . ..w n n n
. TIME : 19:39
~
5370.: J "Q _up5370. 6180. I __6180, g ! O 5370, N'1370, 6189. 6189. Het Air S uplel 3:25 cednin run AirSupleContactDoseRate: 119. nrad/hr floor Containation: 3.2E5 cpd100cn2 Personnel Containation: 3.2E2 e a PerMinueOccupancy 6189. EN, -19'-3" /6189. _ _ . LJ UP I i h. Bldg. O me, o usa 6189.,' 'O Q 618,0. O TlME:19:39 5 - 379. 6180. 6180.
~
Het Air Suple: 3,2D cpvnin run~ Air Sample Contact h se Rate: lie, nrad/hr 5 floor- (u t nination: 3.2 B cpW190cn2 Personnel Ccatanination: 3.2E2 cpn Per Minule Occupancy EID. -6'-5" EN, -l'-6"
- h. Bldg. O
IIE : 19:38 Net Air Sample: 3.2E3 cpm / min run AirSupleContactDoseRate: 119. nrauhr floor Containation: 3.2D cpn/100cm2 O Personnel Containation: 3.2E2 cpn per Minute occupancy 5ll79,uP L 61 89. 5379. ' 6189. _ 1 DRVWILL - IIPDRIVE ELN 33'-6" RXBLDG O _II E : 19:39 a o { Het Air tanple: 3.2E5 cen/ min run - s ' l AirSupleContactDeseRate: 119. nra uhr --
]
floor Containation: 3.2D cpn/199ch2 ) Personnel Containation: 3,2E2 crn ' '
/
coupancy g 5379. . 6189, i O 3 3379, b9.. - 6189, 1369. X DR.119'-3" U.Bl.DC. Il li
fIE : 19l40 S0DiARIO N0 36 REY N0 0 0 MACPAtlLifY llllll 1290, 320, 00, 8,0 3 298. \ 320. 88. llllll 8.9 s 30. m 3,0' , S 7.5 5 ( 2. a 7.5 (2. N. T0 (2. HAlHf NETAIRSANFLE: /Minuterun BLDG FLOORCONTAMINATION: (199ep/190cm2 (190cpn PERSONNEL 00HfAMlHAfION:(100cPn/ninuteoccuPancy 0 l i flE:19:40 S0DIARIO N0 36 REY N0 0 l l OSC FACILITY 38. 30, 3.9 3,9
)328.1298.
320, 1299, _ / NERX BLbG (2. ENTRANCE ( 2,
/ /
(2. (2. NETAIRSANPLI: /Minuterun ELOORCONTAMINATION: (100ep/100cm2 (190cpn 4 PERSONNELCONfAMIHAT10Hl(100cPn/ninuteoccuPancs j l
IlMI:19:49 1 0 .c (2. J .. U b _= 8 (2. , c g 8 -8 1
=3 e h 7
-c> -
e gg r 89.
~~
m . 8. ,
=
l 8. 329. up 320. L_, HetAirSuple:(100opn 1290, Floor Containatten: (100epn/199en2 1299. Pe>sonnel Containation: (190cpnperminuteoccupancy. THIRDTLOOROFFICEBUILDING N ! TIME:19:49 L' 'I 89. Het Air S u le:3,91T cpdnin run 80. Air S uple Contact Dose R te: 195. nra uhr Floor Containation;3,0E5 opd100 m2 3 8.lj Personnel Containation:3.9E2 epn_.J l 329,' PerMinuteOccupancy\ -' 1299. 1299,
~ 5199.
i5870, l 109 , 23'-6#' Ei 3 , ![ u 38n. ;: u O !! ! ! !_! (5199 g5879, 129[- i i d99.
' ^ '
1299. _ , , , san. , 1299, 329. 1290, 320,
_.11E : 19:49 : ROOF : 1 ' 0 - 3.9 4.0- ,1. 9 I 3.9-- -
- 4. 9-
- t 3-
{.0 '
- NetAirSuple: cpvninrun E Air Sample Contact Dose Rate: ( 2.8 nraFhr il Floor Containation: ( 199 epW199c 2.9
__ Personnel Containation: ( 198 c= l J 2.0 o - fer Miilute OccuPanc3 2.9 2,9 K ' 3,0- 4,0- 3,0-2.0 : ( 2,7 2.0 .' 3.9 4. 0,,,_ 3.9 ( 2 . ,,,,,,
~]
{ _ m -
= w -
0 R.}- i
. . < 2.
p g .u-0PGAflHG MR DR, 46'-6" , O i
~
ilE : 19:49
. u u i1299, -
1290. O d_ Het [ Air S u ple, 3.95 epvnin run t
\ 5199.
Air Surle Contut hse ate: - 5879. - 5198. 195. neaFhe j'- ,,_j L,,,,,, 5870. L Floor Containation: c 0 3.9D cpv190cm2 ) l,99, Personnel Containation:/ 5879. 3 0 3,0E2 cmerMinuleOccupancy/ / C
% J .
'5199. l l
' C $100 O
~
5870' 0 ' O 5100'~.4 ---, 5878. 0 5879. 129g,. . - 1290. ',/ 's ' DR. 51' 3" U. M - iw n u. . . . . . . . .% n n n
=
TIME:19:48 Il HetAirSanple: cpn/ninrun I' $
' AirJaxpleContactDoseRate: ( 2.0 Mra#hr F
J 0% Floor Containation: ( 100 cpn/100cn2 2.0
- I 2.9 r.;c Personnel Containationl ( 100 CrnPerMinuteOclcupancy b 2.
(2. l
/
X q jj- .
. I, D of .(2,]
[ ( 2. 39. n' {
. = = - 30,'
u = = = 30, c. 0000000 I~====== A [ 2. (2. MI22ANINIFLOOR - , - Ila, 23'-6" 9 TINI:19:48
' ' 'I5100' 'I '
O l 5879. c== m c=> k Q-o a X' - c O 51 . 5870. Het Air Sap e: 1,0E5 cpn/nin run L, J AirSdWpleContactDoseRate: 105. nea#ht O
\ floor Containation: 3.9E5 cpn/100cln2c Personnel Containation: 3,0E2 CPM g
_} grminuteoccupancl9 __} , O 3 {s c - i t 5100, 5100, 5199. 5879. 5878.
]
O. . . . . . . . . . ,i_t u 1: E' n c O
'N.
.:! ll !!
1290,- -
'l 1299.
lW k,'
' N, n . . . . . . . . .h EIR. 75' 3" g
RX BLDC. n n
1
-IIE : 19:46 O "3.i 5,
5. 8. 8. O 139. 3,0 ( 2, C- b =nn nn nn _ 25,
- (2. -
25.
~
( 2, ( 2. Het Air Sample: CFM/Minrun (2. , ( 2. ,. kieSupleContactDoseRate: ( 2.0 ura# he - (2. I Floor Containation: ( 100 cpvlaac u ( 2.- Personnel Containation: ( 100 cpm I' C' '-"1 l-- Ut 6. 6, M 5.P,,e,rJinute Occupancy 4J 5, 4e
,, g_
b C f~l f . 13W. 139. u-lq , 0 O v 3.9 ,3.9 0 3.9 3.0-3ASDUT FLOOR
'" ' - 8" ' 8 ' - 6" O :
IIE : 19:49 8 y ,b ' 5100, '..' 1 5879. , Net Air Sample: 3.915 cpvnin run 5199, 105, Mrauhr 5870, AirSuplleContactDoseRate: Floor Containation: c 3.9E5 epv 3 . Personnel Containation: 3.9E2 clu
,. ') Per Minule Occupancy 3 0!8' .
g - 5 ( ) 5100, 5879. O 5188, 3 5879. O, . . . . . . . . . ,0 0 stas, 5879. O O c N. ~
./' 5199.
/
1290,. -
.- 5870, 1299. ',' ,
': \_RE. 95'-3" U.P 1LDC W
u. n . . . . . . . .% n n n
.IIMI:19:40 O
~
_up5100. 5100.:I I _ 5870, 5870, I l __ O 1100, 5100^ 5870. 5870. Het Air Su lel 3,0E5 cPMMn run AirSupleContactDoseR$te: 105 e aa/hr floor Containation: 3,0E5 cpn/100cn2 Personnel Containation: 3.0E2 epn PerMinuleOccupancy 500,, 510, 5870. / 5870. EW, -19'-3" ' U UP il Rx, Bldg. O 51@, e O5103, 5870, L'O l'1 [ ( 5870. O 11ME:19:49 5 - 190. l 5870, , 5870, Net Air Saple: 3.9E5 epvnin run-Air Suple Contact hse Rate; 105, eaFhr 5 Floor Containation: 3.9E5 epW100cn2 Personnel Containation: 3.9E2 cpn l PerMinuleOccuPancy EW, -6'-5" EW, -l'-6" $ Rx. Bldg.
l TIME:19:48 Net Air S u le: 3.8D cpvnin run Air Suple Contact hse R te: 105, nraFhr O rioor containation: 3.e D opvieson2 Personnel Containation: 3,0E2 cpn per minute occupucy 5; 00,u L 5t?9. P l 5190. 5879. _ l DRVE - j IIP MIVE
"~'" "
O _IlMI:19:49 o o g 8 Het Air Sample: 3,9E5 cpn/ min run. . Air Suple Contact Don Rate: 195, nea #he -. Floor Containation: 3.8D cpvi90cm2 Personnel Cont aination: 3,9E2 cPn coupuoy g 5198. . 5879, l O 9 5100. 399., - 5879, 1299.X llIV.119'-3" U. BLDG, . ll li
fIME:19:50 SCEHARIO N0 36 REY N0 9 O sc aciun nun 1239, 395, 75, 7,5 3 239. \ 395. 75. llllll 7.5 s 30. i i i i D O e .. 7.5 . ( 2. a 7.5 (2. N. TO (2. MAINI NET AIR SANPLE' ( 199 e p / Minute run BLDG ELOORCONTAMINATION: (109cpv199cn2 PERSM 00HTAMlHAfl0H: ( 199 cWninute occupanc9 O f a i fIME:19l59 SCENARION036REYN09 OSC TACILITY 39. l 30, l 3.9 )305. 1230. ! l 3,9 305, 1230,
/ 1 BLDG (2. ENTRANCE (2.
/ /
(2. (2. O net Au sete ( in es ninute run TLOORCONTAMINAfl0N: ( 100 cpv199cn2 PERSM 00HfANIMfl0Hl ( 100 cWninute occupancy l
IlE : 19:59 3 -E a g ( 2,
<2.
0 O g
, e E -E a c, e a
-O q _
75, g c' -
, 75.
J ' i!) - IP
, 7.5 7.5 ,395. up 395, L,
HetAirSaple:(100cpn 1230, floor Containation: (199epn/100en2 1239. Personnel Containation: ( 108 cpn per minute occupancy. THIRDFLOOROfflCEEUILDING O l TIME:19:50 L' 'I 75.
- Net Air Sanplel2,9E5 cednin run 75.
Air Suple Contact Dose Rate: 109 nea#hri Ul floor Containation:2,9ES cpd100cn2 305,- Personnel Containation:2.9E2 can__J l 305.-
-' 1239.
Per Minute i)ccupancy\ 1239,
~ 4858. ,J
_9
- i ;
15870, i
- r.
1: :: :: I !!I859, , 23'-6" E, BLM, b !! c]
!!5878. ;i !!
uu :! u C4859p D g5879, ,
^
123[_ 1239. _ , , i 59. 5878. , 1230, 385. 1230, 305,
_IIE : 19:50 , ROOT 3.9 4.0- 3.9 3.0-3.9- 4. 0-
- NetAirSuple: com/minrun c7 Air S uple Contact hse Rate: ( s.0 nra Fhr 1 il i FloorContuination: ( 190 epn/190cn2 2.0 I
~_
Personnel Containation: ( 100 1 cp=te Occupancyy 2.9 x/ ferMinu 2.0 2.0 A - 3,6 - 4,0- - 3,0-2.9 2.0 3.9 4.9, 3.9_ , (( 2,2 ]- i X - - e w = m ' - O.f-
. . ( 2.
[
- c.
- c=.
OPDAf!NG MR M, 46'-6" IIE : 19:59
. u u i1230. -
1230. 0 d_ HetAirSup/ninrun 2.95 epn le:
\
4859, t
' " Air Suple Contact hse ate: -5876.-
lag, nPad/hP 4859, 5870,
) '" ll I FloorContaination: c 0
2.9D cpn/190cm2 ) i
,4850, Personnel Containation:/ 5879.
2.9E2 cpn / 3 0 er Minute occuracy / c
\ / .
'4859.
4850 '
' 587' U' P ' 4850587'?U 5870' U O
1230- -
'l .-
1239. n u,e' N
. . . . . . . . .q, DR. 51'-3" RX.B13G -
lu - n n n l
=
1 IIME : 19:59 U Het Air S a le; o vnin run g
" Air $apleContactDeseRte: ( .9 un#hs E
J 0% Floor Containation: ( 100 cpn/100cn2 2,9 "- Penannel Containation: ( 100 cpn ll 2.9 r.j-- c~ Fer Minute Occupancy 12, ( 2. I I 1 f .. II lI I x ij. 3 ~ L - 30. o or. { [ ( 2.(2,}a-" =- 30,' -
= = = 30, c.
u
~
0000000 =
= =
= == [ 2.
E22ANINETLOOR IID, 23'-6" O 11ME:19:50 u u t.r 485g, or u m 0 9 5878. c= = cc 4859. O_g g \ - O c5.. 5870. Het Air S a p e; 2.9E5 cp vnin run o H Q AirSupleContactDeseRate: 199 Mea #he
\ T1009 Containation: 2.9E5 cpn/1 n2 c
Penannel Containation: 2,9E2 cpn I rminuteoccupancy
.l_. } ... {
3 C O C {3 4859, 4859, 4858. 5878. 5878.
]
'O '
O ........ 4 u :: D.- n t O
. .:l ll ._ ;j 1230,- -
"l .
1230. ,/ N,' EIE. 75'-3" RX. Bl3C. { 6- - J n'4.........h g , n n
-fIE : 19:59 m n If-O s.
5. 8. 8. o 138. 1:1
< 3, o =- nn nn nn 25, 'l
=.
(2. 25. l , l kisSupleCon!t sR$te!($ r$hhr ,- (2. I Floor Containation: ( 100 cp v100cm2 ( 2.- Personnel Cont ainationl ( 100 CPM jl' C--1 l-- CR 6. M 5.Perjinute Occupancy 4 J l 6, 5. ,4 gB j b) O 130, Jf .
- 138.
0 D v u- ', A . 11.a.6_ o
, 3.9 _
3.9 3.9
-3ASIXDG FLOOR DM, 9'-B" & 3'-6" 1
O IIE : 19:59 u u t.4859, u 1.; 5878. 7 (m 859. 4859, l\ 5879. Net Air S uple: 2.915 cpn/ min run 4859. 190, nrauhr 5870. Air Suplle Contact Dose Rate: Floor Containation: c 2.9E5 epvi90e 3 .' Personnel Containation: 2.9E2 c)* J 11 PerMinu;eOccupancs 3 0 bl -
- t 1
( -)4859, 587s. 4858
' ) 4859' 587s O..........D D 587e' O O c l O
4859, 1239,- -
'.-l ( 5879, 1230. u,' ' N,' \--IIR. 95' 3" RX.3LDC P iw n . . . . . . . . .% n n n
JIE : 19:59 1111 5
\ m i
% flill:
O 48507 1850, 5879. 5879. Het Air Su le: 2,9E5 cWnin run AirSapleContacthseR$te: 199. e a Uhr N floor Containation: 2,9E5 cW100cn2 Personnel Containation: 2.9F.2 ep PerMinu:eOccupancy 5879. M, -19'-3" /5879. U I I Rx Bldg. 48i0. O 48sa. 5879.,' ! O Q [ 587,0. O flE : 19:59 4859, dn I 1 L dn-4859. 5870, 5870.
~ -
Het Air Suple: 2.9E5 epa / min Pun AirSupleContactDoseRate: 100, naMr5 Floor Containation: 2.9E5 cm/199en2 Personnel Containation: 2.9E2 c]* PerMinuitOccuPancy M. -6'-5" M, -l'-6" g , Rx. Bldg. l l l I
l l I l TIME:19:58 Net Air Suple: 2.9E5 cpn/nin run Air Suple Contact hse Rate: 100. nra uhr l' O Floor Containation: 2.9E5 cpn/100cm2 Personnel Containation: 2.9E2 cpn , perMinuteoccupancy ) 4850,up L 5f78. 4
\ 4859, 5870. _ j l
HMIJ, - 1 fifDRIVE O "" 8 8' ~'" """ i TIME:19:58 o o g a Het Air $arle: 2.9E5 cyn/nin run. . Air Suple Contact Dese Rate: 190 unuhr -- Floor Containation: 2.9E5 cpn/190cm2) I Personnel Containation: 2,9E2 crn
' ' / g coupa,ncy 4858. :
5879, j O 1 1u 4858.
;,239,3 -
5879, l 1239. X 11IV.119'-3" RX.Bl3C. Il li l
!!ME:20:00 SCEHARION036REYN00 0 MACTAClLify llllll 299, 70, 7,9
'1170' \
1170 299. 70. llllll 7.9 s 38. m 30' , O O a .. 7.5 . ( 2. a 7.5 (2. N. 10 (2. HAlHf . NITAIRSAMPLE: ( 199 e p /Ninute mn BLDG TLOORCONTAMINAIION: (100cW190cn2 PERS M C0HfAMlHATION: ( 100 c W ninute occur ucs O l fIME:29l99 SCENARION036REYN09 OSC FACILifY 38, 30, 3.8 )299. 1170. 3,9 290, 1170, NERX BLM
' (2. ENTRANCE (2.
/ /
l ( 2, ! (2. lO Nrf air smu: ( i n e s ninute mn TLOORCONTAMINAfl0N:(108cW100cn2 PERSM CONTAMINAfl0H: ( 100 cWninute occuracs
IIMI:20:09 L~.% (2. U-h . (2. .
-. g ,
~
b 1 =>c 8 ' '. h ; D '
- e H -..
r 79.
' IP m . 7.9 =
7.8 ,299. up 299. 1-, HetAirSuple:(100cpn 1170, Floor Containatten: (100ep/199en2 1170. Personnel Containation: (100cpnperminuteoccupancy. IWIRD TLOOR OFFICE BUILDING O IIME : 20:09 J' 79. Het Air SAMPLE l2.7E5 C W Min lrun
.oir Suple Contact Dose Rate: 93. nr2Uhrl 70.
i floor Containation:2.?E5 cW100cn2 2J0,I - m._Jl _ 299.- Personnel Containation:2.7E2' 1170. PerMinute c;Uccupancy\ 1179, 4618. J _9
- ii 1587,0,[
- n I !! N19.
!! 58,79.
. 23'-6" RX,B , d!!
liii t]
!j:: !! U l (46199 0 e g5879,
^
117 [ _ i . 9. . i 1179. _ , , , 5879. ,, l 1179. 299.
- 1170, 290.
-IIE : 20:ga i
O I 3.9 4.0- 3.9 N 3.0-
- 3. 0--
2.9 4. 8- 2.0 - N 2.0 2,9 0
- HetAirSample: cpn/ninrun fn- Air Sanple Contact hse Rate: ( 2,9 nrauhrn d
~
FloorCentuination: ( 100 epu/190cn2 2.9 Personnel Containation: ( 180 cpm i j 2.9 ferMinuteOccuPanc9 2.0 2.0 2.0 3.6 4,0- - 3,9- 2,9 ( 2,9 3.9 4. 0,,_ 3.9 ( 2 . _,, l a y ___ -]!, noor = noor ' - 4 R.)- (' (2 0 p m oPERAfING E001 EU, 46'-6" O IIE : 20:M u u i1179,_ -
+iG:
- O -
. 2.7 5 epu/nin run s'N
\ 4619. C
-5879.-
AirfanPltContacthst attl 4619. 5879,'
- 93. nPad/he ) '- _,,,,J L,,_ j Floor Containation! c
-0 2.7D cpn/190cm2
,419, 4
Personnel Containation: 5879. l 3.7D cm l 5 0 1erMinuleOccupancy/ / t
% J ,
1
' 4619, 4619 5879 O 3 4619:a........p sm s c sm:0 o a c 117g, . . _': :
i i 1170. Iw u,' n.........%
's : BR. 51'-3" n
- n. B13c n
n
i IIME:20:09 il Het Air Sanple: cpn/ninrun AirJapleContactDoseRate: ( 2.0 Hea #he O
'O 0%
Tloor Containation: ( 100 cpn/100cn2 2,9 Penonnel Containationl ( 100 cpn lI (2. 2.9 A Per Minute Occupancy ( 2. 1
/
jj;
~
X q
' ( 2.- 39.
D DF . . ( 2.) u a
=
" =-
=
30,
=
{
. 30, c.
~
0000000 s a .= == [ 2. (2. ME22ANINETLOOR - ELEY, 23'-6" O IlME:20:ga g u O u tr 4619, 7 5870, c== m c= u m!!
?619 3 O-D O \ ~
O u1. Het Air Samp e: 2,7E5 cyn/ min run 5870. O H y - fit Suple Contact Dese Rate: 93. nea FhPI
\ flue Containation: 2.7E5 cpn/100cn2 t
Penennel Containation: 2,7E2 cpn I __}
...k O
Pninuteoccupanc,9 g t s g - I {s 4619, 4619, l ! 4619. 5878. 5879. 5870' N 3 O.......... ]'
- yH w
gI C g 1179, -
~l k,' N, IIR. 75'-3" 1179. ' RX. ELDC.
lW n ......... h p n n l
-ilMI:20:8G m 01 0 5, 5.
8, 8. o 139. i;l ( 2, Q " _- 00 00 00 25, d ' . ( 2. - 25. (2. ( 2. HetAirSanple: c ( 2. , ( 2. ,. kie Suple Contact hse Rate: (pn/minrun 2.0 mra uhr ,- (2. I Floor Containation: ( 100 cpn/100cm2 ( 2,- Personnel Containation: ( 100 cpn JI ' ! t--- t- a Ut 6. U(, 5.PerJinute Occupancy 4.lf 6, 5,
,, w 4.[J,
'l O 130.
JI . 138. m-p' a 3.p v 3.9 _ o 3.9 3.9 3ASDUT TLOOR DD, B'-B" & 3'-6" O TIME:28:W u u ' 4618' ' ' O 5879. y , E619 5870, t
]4610, '
5879. ~,' Net Air S uple: 2.7L5 epa / min run 4619. 93, nrad/hr 5870, Air Suplle Contact Dose Rate: floor Containation: c 2 ?E5 epu/19 3 Personnel Containation: 2.?I2 c:a J 1 PerMinu;eOccupancs 3 0 bh!l c - t
's 4610,
( 1 5870. O 3 #ll: 0...........o
- \. '
o sill' o o c
. 4618.
)
1170,- -
'.-l :
/ 5870, s ., . '. . . .'. . ..%\__IlR., 95'-3" 1178. ' s, RX. D C w n n
=
IIMI:20:0a 7h,,I I .' h i __ h 46107 1610, 5879. 5870.
~
Het Air S u le: 2.7ES ce d nin run Air Sample Contact Dose R$te: 93 nrad/hr N floor Containation: 2,7E5 0Fd1000n3 Personnel Containation: 2.7E2 epu 3 PerMinuteOccupancy 4 10, 40, 5878. EW, -19'-3" /5878. U UP 1 i Rx. Bldg. O 46.0, O 4619. 5879.,' 'O 587,0. O IIMI:20:09 in I [ Ldn-4619. 4619. 5870, 5870. Het Air Saple: 2.7D cpvnin run-AirSanPleContactDoseRate: 93, nra uhr 5 floor Containation' 2.7B epW190en2 Personnel Contamination: 2.?E2 cpn PerMinuleOccupancy EN, -6'-5" EW, -l'-6" O kx. Bldg. l
II E : 20:00 Net Air Suple: 2.7D cpn/ min run AirSurleContactDoseRate: 93, nrauhr floor Containation: 2.7D cpn/199cm2 O Personnel Containation: 2,7E2 cpn per Minute occupacy
)
M10,uP L ' 5879. ,
-~ s I i i
Ela. l 5870. _ l I DRYWEL - IIP MlUE EN 33'-6" RXBLDG O i _flE : 20:M i a o g Air Suple Con af t sde!' Floor Cont aination: 2.7D cpn/190cn2 l 2 Personnel Containation: 2,7D crn
/
ccupancy 3
#19. : l 5879, ! i 1
O l r- D #10. l
,1179a
- 5879, 1 1179 X 11 5 . 119'-3 " RX.BLE. !
U !
SCENARIO NO. 36 ANNUAL EXERCISE REV.O OCNGS O SECTION III C ON-SITE AND ERF DOSE RATES f (94 ANNUAL EX/LD/59)
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 16:00) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE <2. < 2. < 0.1 ' ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE <2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 ( -----___-_-----------_-----------_-----__-------_-----_- Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1
=
ANNUAL EXEPCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 18:00) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 - E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. <2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Maita Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 0
ANNUAL EXERCISE SCENARIO 36 OCNCS REV NO O ( g SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 18:02) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 i ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum <2. < 2. < 0.1 O
i l l
)
i ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C , ONSITE MONITORING LOCATIONS (CLOCK TIME = 18:10) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 l l Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW NINDOW COUNT RATE (mR/hr) (mE/hr) (cpm / min)
- ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 i TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 O
l l l l
J l I l ANNUAL EXERCISE SCENARIO 36 REV NO O OCNGS () SECTION ONSITE MONITORING LOCATIONS III C l l (CLOCK TIME = 18 : 20) CLOSED OPEN AIR SAMPLE l LOCATION WINDOW WINDOW COUNT RATE i (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum <2. < 2. < 0.1 i l
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 18 : 30) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ' ECC < 2. < 2. < 0.1 l OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 1 North Gate < 2. < 2. < 0.1 l Main Gate < 2. < 2. < 0.1 Building 14 < 2. <2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 0
ANNUAL EXERCISE SCENARIO 36 i OCNGS REV NO O SECTION III C s i ONSITE MONITORING LOCATIONS (CLOCK TIME = 18:40) CLOSED OPEN AIR SAMPLE LOCATION WIN DOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE <2. < 2. < 0.1 ; SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 , SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 ' W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 G Emergency Center Dose Rates ; CLOSED OPEN AIR SAMPLE ! Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ., ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 l North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 ' Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 i F [ i e l l l
ant (UAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 18:50) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/ hr) (mR/hr) (cpm / min)
$; < 2. < 2. < 0.1 BNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min)
ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 l Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 O
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O () SECTION ONSITE MONITORING LOCATIONS III C (CLOCK TIME = 19:00) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 s
an ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS . ___________________________ l (CLOCK TIME = 19:10) CLOSED OPEN AIR SAMPLE IDCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 0
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 19:20) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 ( Emergency Center Dose Rates CLOSED OPEN AIR SAMPLI Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < ?. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 \
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 19:30) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. <2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 0
i ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O () SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 19:40) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 i ENE < 2. < 2. < 0.1 ! I E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 I SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 I WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 , NW < 2. < 2. < 0.1 l NNW < 2. < 2. < 0.1 i Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC <2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1
l l l l ANNUAL EXERCISE SCENARIO 36 l OCNGS REV NO O
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SECTION III C hi ONSITE MONITORING LOCATIONS (CLOCK TIME = 19:50) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 Emergency Center Dose naces CLOSED OPE ~ AIR SAMPLE Emergency Center WINDOW WINDL., COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC <2. <2. < 0.1 EAA < 2. < 2. < 0.1 l North Gate < 2. < 2. < 0.1 l Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 ( Energy Spectrum < 2. < 2. < 0.1 i 1 i l i
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 20:00) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW < 2. < 2. < 0.1 WSW < 2. < 2. < 0.1 W < 2. < 2. < 0.1 WNW < 2. < 2. < 0.1 NW < 2. < 2. < 0.1 NNW < 2. < 2. < 0.1 (]} Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 O
r ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 19 : 00) CLOSED OPEN AIR SAMPIE LOCATION WINDOW WINDOW COUNT RATE " (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE < 2. < 2. < 0.1 SE < 2. < 2. < 0.1 SSE < 2. < 2. < 0.1 S < 2. < 2. < 0.1 SSW < 2. < 2. < 0.1 SW 2. 2.1 3.0E+3 WSW < 2. < 2. < 0.1
?! < 2. < 2. < 0.1 ifNW <2. < 2. < 0.1 IfW < 2. < 2. < 0.1 ITNW < 2. < 2. < 0.1
() ________________________________________________________ Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. ' 2. < 0.1 Energy Spectrum < 2. s 2. < 0.1 1
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f I ANNUAL EXERCISE SCENARIO 36 OCNGS R'N NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 19:10) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 - ESE < 2. < 2. < 0.1 SE 2.1 2.1 3.0E+4 SSE 2.2 2.2 1.0E+5 S 2.3 2.3 4.2E+5 SSW 2.4 2.4 8.9E+5 SW 2.5 2.5 1.8E+6 WSW 2.4 2.4 8.8E+5 W 2.3 2.3 4.1E+5 WNW 2.2 2.2 9.0E+4 NW 2.1 2.1 2.2E+4 NNW < 2. < 2. < 0.1 Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC <2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 0
ANNUAL EXERCISE SCENARIO Jo OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 19:20) CLOSED OPEN AIR SAMPLE I4 CATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE 2. 2.7 1.0E+5 SE 3.7 4.3 2.2E+5 SSE 3.8 4.4 3.4E+5 S 3.9 4.5 5.1E+5 SSW 4.0 4.6 7.6E+5 SW 4.1 4.7 3.0E+6 WSW 4.0 4.6 7.6E+5 W 3.9 4.5 5.1E+5 WNW 3.8 4.4 3.4E+5 NW 3.7 4.3 2.2E+5 NNW 2. 2.7 1.0E+5 Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. <2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 0
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 19:30) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE <2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE 2. 2.7 1.0E+5 SE 3.7 4.3 2.2E+5 SSE 3.8 4.4 3.4E+5 l S 3.9 4.5 5.1E+5 i SSW 4.0 4.6 7.6E+5 SW 4.1 4.7 3.0E+6 WSW 4.0 4.6 7.6E+5 W 3.9 4.5 5.1E+5 l WNW 3.8 4.4 3.4E+5 l NW 3.7 4.3 2.2E+5 NNW 2. 2.7 1.0E+5 1 l i Emergency Center Dose Rates I CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) l ECC < 2. < 2. < 0.1 ! OSC < 2. < 2. < 0.1 ! TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 l l l l O
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 19:40) CLOSED OPEN AIR SAMPLI LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE <. 2 . < 2. < 0.1 )' E < 2. < 1. < 0.1 ESE 2. 2.7 1.0E+5 SE 3.7 4.3 2.2E+5 SSE 3.8 4.4 3.4E+5 S 3.9 4.5 5.1E+5 SSW 4.0 4.6 7.6E+5 j SW 4.1 4.7 3.0E+6 l WSW 4.0 4.6 7.6E+5 l W 3.9 4.5 5.1E+5 WNW 3.8 4.4 3.4E+5 ( NW 3.7 4.3 2.2E+5 ) NNW 2. 2.7 1.0E+5 1 ( ________________________________________________________ l i Emergency Center Dose Rates ! CLOSED OPEN AIR SAMPLE ! Emergency Center WINDOW WINDOW COUNT RATE ) (mR/hr) (mR/hr) (cpm / min) I l ECC < 2. < 2. < 0.1 l OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 l Energy Spectrum < 2. < 2. < 0.1 1 i I i ($) 1 1 4
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO O SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 19:50) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE 2. 2.7 1.0E+3 SE 3.7 4.3 2.2E+4 SSE 3.8 4.4 3.4E+4 S 3.9 4.5 5.1E+5 SSW 4.0 4.6 7.6E+5 SW 4.1 4.7 3.0E+6 WSW 4.0 4.6 6.5E+5 W 3.9 4.5 5.6E+5 WNW 3.8 4.4 3.0E+4 NW 3.7 4.3 2.6E+4 i NNW 2. 2.7 2.0E+3 ggg l Emergency Center Dose Rates l CLOSED OPEN AIR SAMPLE i Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/br) (cpm / min) t ECC < 2. < 2. < 0.1 l OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. < 2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. < 2. < 0.1 Energy Spectrum < 2. < 2. < 0.1 i l l am l EIP 1 l l
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ANNUAL EXERCISE SCENARIO 36 ! OCNCS REV NO O f SECTION III C ONSITE MONITORING LOCATIONS (CLOCK TIME = 20:00) CLOSED OPEN AIR SAMPLE LOCATION WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) N < 2. < 2. < 0.1 NNE < 2. < 2. < 0.1 NE < 2. < 2. < 0.1 ENE < 2. < 2. < 0.1 E < 2. < 2. < 0.1 ESE 2. 2.7 1.0E+5 SE 3.7 4.3 2.2E+5 SSE 3.8 4.4 3.4E+5 S 3.9 4.5 5.1E+5 SSW 4.0 4.6 7.6E+5 SW 4.1 4.7 3.0E+6 WSW 4.0 4.6 7.6E+5 W 3.9 4.5 5.1E+5 WNW 3.8 4.4 3.4E+5 , NW 3.7 4.3 2.2E+5 NNW 2. 2.7 1.0E+5 t Emergency Center Dose Rates CLOSED OPEN AIR SAMPLE Emergency Center WINDOW WINDOW COUNT RATE (mR/hr) (mR/hr) (cpm / min) ECC < 2. < 2. < 0.1 OSC < 2. < 2. < 0.1 TSC < 2. < 2. < 0.1 EAA < 2. < 2. < 0.1 North Gate < 2. <2. < 0.1 Main Gate < 2. < 2. < 0.1 Building 14 < 2. <2. < 0.1 Energy Spectrum < 2. < 2. < 0.1
1 SCENARIO NO. 36 , ANNUAL EXERCISE ' REV.0 OCNGS I O S "'" " ' " " O BUILDING AIR ACTIVITY i l O
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L ANNUAL EXERCISE SCENARIO 36 l OCNGS REV NO. O g SECTION III D '. BUILDING AIR ACTIVITY , (CLOCK TIME T = 16;00) i Rx BLDG AIR TURB BLDG AIR WUCLIDE Concentration Concentration Kr-85 1.00E 09 uti/cc 1.00E 09 uCl/cc Kr-85m 1.00E-09 uti/cc 1.00E 09 uCf/cc , Kr-87 1.00E-09 uti/cc 1.00E-09 uCf/cc l Kr-88 1.00E-09 uC1/cc 1.00E 09 uCi/cc Xe 131m 2.00E-09 uti/cc 2.00E-09 uC1/cc Xe-133 1.00E-09 uCi/cc 1.00E-09 uCl/cc xe-133m 1.00E 09 uCl/cc 1.00E-09 uci/cc xe-135 4.00E-10 uCl/cc 4.00E 10 uCl/cc 3.00E-11 uCl/cc xe 138 3.00E-11 uCl/cc Total Gas 8.43E 09 uti/cc 8.00E-09 uCl/cc I-131 9.00E-12 uCl/cc 9.00E-12 uCl/cc ! I-132 2.00E-11 uCl/cc 2.00E-11 uti/cc ; I-133 3.00E-12 uCi/cc 3.00E-12 uCi/cc I-134 5.00E-11 uti/cc 5.00E-11 uCl/cc , 1-135 1.00E-11 uCi/cc 1.00E-11 uCl/cc del-131 1.06E-11 uCl/cc 1.06E-11 uCi/cc Sa 140 1.00E-11 uC1/cc 1.00E-11 uCi/cc Ce-144 1.00E-11 uC1/cc 1.00E 11 uCf/cc Cs-134 4.00E 12 uct/cc 4.00E-12 uCi/cc Cs-136 1.00E 11 uCl/cc 1.00E 11 uC1/cc Cs 137 6.00E-11 uCi/cc 6.00E-12 uti/cc La 140 1.00E-11 uCl/cc 1.00E-11 uCl/cc po 99 1.00E 11 uCl/cc 1.00E-11 uCi/cc Np 239 1.00E 11 uti/cc 1.00E 11 uC1/cc l Ru-103 1.00E 11 uCl/cc 1.00E 11 uti/cc Ru-106 1.00E-11 uCi/cc 1.00E-11 uti/cc , Sb-127 1.00E 11 uCi/cc 1.00E 11 uti/cc Sb 129 1.00E 11 uti/cc 1.00E-11 uCI/cc tr 89 1.00E-11 uti/cc 1.00E 11 uCf/cc tr-90 1.00E 11 uti/cc 1.00E-11 uCl/cc tr-91 1.00E 11 uCl/cc 1.00E 11 uti/cc Te-129m 1.00E 11 uCl/cc 1.00E-11 uCi/cc Te-131m 2.00E 12 uti/cc 2.00E 12 uCl/cc Te-132 1.00E 11 uti/cc 1.00E-11 uCf/cc Y-91 7.00E-12 uti/cc 7.00E 12 uCi/cc t Tot Filt 2.23E-10 uCl/cc 1.69E 10 uCl/cc v Itydrogen conc 0.0% 0.0% 0xygen cone 0.0% 0.0% f Dose Rete et i foot i Pass Sampl e (1225 at ) . . . . .. . . . .. .. . . < 2.0 W/hr < 2.0 mR/hr Ai rborne Beta Dose Rete . . . . .. . . . . . . .. . . .. < 2.0 mR/hr < 2.0 mR/hr l Air Sample Co m t Rete per 1000 cc ...... < 100 cpm < 100 cpm l Air Sample Dose Rete per 1000 cc ...... < 2.0 mR/hr < 2.0 W /hr ; r F l oor Contami na t i on R at e . . . . . . . . . . . . . . . . . < 100 cpm /100cm2 < 100 cpm /100cm2 Well & Ecpip contaminetton Rate........... < 100 cpm /100cm2 < 100 cpn/100cm2 Personnet Contamination per min in eres .. < 100 cpm /100cm2 < 100 cpm /100cm2 f
l i ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVITY (CLOCK TIME T = 18:00) Rx BLDG AIR TURB BLDG AIR NUCLIDE C mcentratir;n Concentration Kr-85 1.)CE-09 uCi/cc 1.00E-09 uti/cc Kr-85m 1 00E-09 uCi/cc 1.00E-09 uti/cc Kr-87 1.30E-09 uCf/cc 1.00E-09 uCi/cc Kr-88 1. ' -09 uCf/cc 1.00E-09 uCi/cc xe 131m 2.0 9 uCi/cc 2.00E-09 uCl/cc Xe-133 1.0L uCi/cc 1.00E-09 uti/cc xe 133m 1.006 9. ".1/cc 1.00E-09 uti/cc re-135 4.00E-10 ud /cc 4.00E-10 uti/cc Xe-138 3.00E 11 uti/cc 3.00E-11 uCI/cc Total Gas 8.43E-09 uCl/cc 8.00E-09 uCI/cc I-131 9.00E-12 uti/cc 9.00E-12 uti/cc I 132 2.00E 11 uti/cc 2.00E 11 uCl/cc I-133 3.00E-12 uCi/cc 3.00E-12 uCf/cc l 134 5.00E-11 uti/cc 5.00E-11 uCi/cc I-135 1.00E-11 uCl/cc 1.00E-11 uCi/cc CEl-131 1.06E-11 uti/cc 1.06E-11 uCl/cc Ba 140 1.00E 11 uCi/cc 1.00d 11 uCi/cc Cs-144 1.00E-11 uCi/cc 1.00E-11 uti/cc Cs-134 4.00E 12 uCl/cc 4.00E 12 uC1/cc Cs-136 1.00E-11 uCf/cc 1.00E-11 uC1/cc Cs 137 6.00E 11 uCl/cc 6.00E 12 uti/cc La-140 1.00E-11 uCl/cc 1.00E-11 uCf/cc Mo-99 1.00E-11 uCl/cc 1.00E-11 uCf/cc up-239 1.00E-11 uti/cc 1.00E-11 uC1/cc Ru-103 1.00E-11 uC1/cc 1.00E-11 uCl/cc Ru-106 1.00E-11 uC1/cc 1.00E 11 uC1/cc
$b-127 1.00E 11 uCl/cc 1.00E-11 uti/cc Sb-129 1.00E 11 uC1/cc 1.00E-11 uCI/cc Sr 89 1.00E 11 uti/cc 1.00E-11 uCf/cc Sr-90 1.00E-11 uC1/cc 1.00E-11 uCf/cc Sr-91 1.00E 11 uC1/ c 1.00E-11 uti/cc Te-129m 1.00E-11 uC1/cc 1J:0E-11 uCl/cc Te-131m 2.00E 12 ucl/cc 2.00E-12 uCi/cc l Te-132 1.00E 11 uCf/cc 1.00E-11 uci/cc Y-91 7.00E-12 uti/cc 7.00E-12 uCf/cc l Tot Filt 2.23E-10 uti/cc 1.69E-10 uti/cc l
Hydrogen cone 0.0% 0.0% Oxygen conc 0.0% 0.0% l l Dose Rate at i foot l l Pa s s Sanpl e ( 1225 mi ) . . . . . . . . . . . . . . . < 2.0 mR/h r < 2.0 mR/hr I i Ai rborne Beta Dose Rate .. . . . . . .. . . . . . . . . . < 2.0 mR/hr < 2.0 m /hr Air Sample Count Rate per 1000 cc ...... < 100 cpm c 100 cpm Air Sample Dose Rate per 1000 cc ...... < 2.0 m /hr < 2.0 mR/hr l l F l oor contaminat ion Rate . . . . . . . . . . . . . . . . . < 100 cpm /100cm2 < 100 cpm /100cm2 Wall & Equip contamination Rate........... < 100 cpn/100cm2 < 100 cpm /100cm2 Personnel Contamination per min in area .. < 100 cpV100cm2 < 100 cpm /100cm2
k ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O ( SECTION III D ( BUILDING AIR ACTIVITY (CLOCK TIME T = 18:05) l Rx BLDG AIR TURB BLDG AIR WUCLIDE Concentration Concentration i Kr 85 1.00E 09 uti/cc 1.00E 09 uCf/cc Kr 85m 1.00E 09 uCi/cc 1.00E 09 uti/cc Kr 87 1.00E-09 uCf/cc 1.00E 09 uCl/cc Kr-88 1.00E-09 uci/cc 1.00E-09 uCl/cc xe-131m 2.00E 09 uC1/cc 2.00E 09 uCl/cc Xe 133 1.00E-09 uti/cc 1.00E-09 uti/cc Ne-133m 1.00E-09 uCi/cc 1.00E-09 uti/cc ; xe-135 4.00E-10 uti/cc 4.00E 10 uti/cc Ne 138 3.00E 11 uti/cc 3.00E 11 uCi/cc Total Gas 8.43E-09 uCi/cc 8.00E-09 uCf/cc ! I 131 9.00E-12 uCl/cc 9.00E-12 uti/cc l I-132 2.00E-11 uti/cc 2.00E 11 uC1/cc l I I 133 3.00E 12 uCi/cc 3.00E-12 uti/cc
!*134 5.00E 11 uCi/cc 5.00E 11 uCl/cc I-135 1.00E-11 uCi/cc 1.00E 11 uCl/cc DEI 131 1.06E-11 uCi/cc 1.06E-11 uCi/cc Ba 140 1.00E 11 uti/cc 1.00E 11 uC1/cc Ce-144 1.00E-11 uCl/cc 1.00E 11 uCl/cc Cs 134 4.00E-12 uCi/cc 4.00E-12 uCI/cc
( Cs 136 1.00E 11 uCi/cc 1.00E-11 uCl/cc ; Cs-137 6.00E 11 uCf/cc 6.00E-12 uC1/cc ; La 140 1.00E-11 ucl/cc 1.00E-11 uti/cc & Mo-99 1.00E 11 uCI/cc 1.00E-11 uCi/cc up-239 1.00E-11 uCi/cc 1.00E-11 uCl/cc Ru-103 1.00E 11 uCi/cc 1.00E 11 uCI/cc Ru-106 1.00E-11 uCi/cc 1.00E 11 uCi/cc Sb 127 1.00E 11 uCl/cc 1.00E 11 uC1/cc l 1.00E 11 uti/cc Sb-129 1.00E 11 uci/cc Sr 89 1.00E 11 utt/cc 1.00E-11 uti/cc ! Sr-90 1.00E 11 uCi/cc 1.00E-11 uCl/cc Sr-91 1.00E 11 uCl/cc 1.00E-11 uCl/cc Te 129m 1.00E-11 uCi/cc 1.00E-11 uCl/cc Te-131m 2.00E 12 uCl/cc 2.00E-12 uCf/cc Te 132 1.00E 11 uC1/cc 1.00E 11 uCl/cc Y-91 7.00E 12 uti/cc 7.00E-12 uti/cc Tot Filt 2.23E-10 uCf/cc 1.69E 10 uti/cc Hydrogen conc 0.0% 0.0% 0xygen conc 0.0% 0.0% Dose Rate at i foot Pass Sample (1225 at ) ............... < 2.0 d /hr < 2.0 nst/hr Airborne Beta Dose tste .................. < 2.0 m /hr < 2.0 mR/hr Air Sample Comt Rate per 1000 cc ...... < 100 cpm < 100 cpm I (# Air Sample Dose Rate per 1000 cc ...... < 2.0 mR/hr < 2.0 set /hr
\ '
F l oor Cont ami nat i on R at e . . . . . . . . . . . . . . . . . < 100 cpm /100cm2 < 100 cpm /100cm2 Wall & Equip contamination Rete........... < 100 cpm /100cm2 < 100 cpm /100cm2 Personnel Contaminetton per min in eres .. < 100 cpm /100cm2 < 100 cpm /100cm2
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVITY (CLOCK TIME T = 18:10) Rx BLDG AIR TURB BLDG AIR NUCLIDE Concentration Concentration Kr-85 2.24E-05 uti/cc 1.00E-09 uCi/cc Kr-85m 1.46E 03 uCi/cc 1.00E-09 uCi/cc Kr-87 2.86E 03 uCf/cc 1.00E-09 uCl/cc Kr-88 4.14E-03 uti/cc 1.00E-09 uCl/cc re 131m 5.71E-05 uCf/cc 2.00E 09 uti/cc re 133 1.04E 02 uti/cc 1.00E-09 uC1/cc Ke 133m 3.66E-04 uti/cc 1.00E 09 uCf/cc xe-135 2.07E 03 uCl/cc 4.00E 10 uCl/cc Xe-138 1.04E 02 uti/cc 3.00E 11 uCl/cc Total Ces 3.17E-02 uC1/cc 8.00E-09 uCf/cc t-131 9.26E-05 uCl/cc 9.00E-12 uti/cc I 132 1.31E 04 uCf/cc 2.00E 11 uCi/cc I-133 1.85E 04 uCi/cc 3.00E-12 uti/cc I-134 2.07E 04 uti/cc 5.00E-11 uCf/cc 1-135 1.63E-04 uti/cc 1.00E-11 uCl/cc del 131 1.47E-04 uct/cc 1.06E-11 uCi/cc Be 140 8.49E-09 uti/cc 1.00E-11 uti/cc Ce-144 6.94E-08 uti/cc 1.00E 11 uti/cc Cs-134 2.04E 05 uti/cc 4.00E 12 uti/cc Cs 136 8.18E 06 uCl/cc 1.00E-11 uCl/cc Cs-137 1.2BE 05 uti/cc 6.00E-12 uC1/cc La-140 2.13E-09 uCf/cc 1.00E 11 uCl/cc Mo-99 2.66E-08 uCl/cc 1.00E-11 uCi/cc Np-239 3.86E-09 uC1/cc 1.00E-11 uCl/cc Ru-103 2.25E-09 uCl/cc 1.00E-11 uCf/cc Ru-106 5.01E-06 uti/cc 1.00E-11 uCl/cc Sb-127 3.33E-08 uti/cc 1.00E-11 uti/cc Sb 129 1.80E-07 uC1/cc 1.00E 11 uCl/cc Sr-89 1.36E-11 uCl/cc 1.00E-11 uCi/cc
$r-90 1.36E-11 uC1/cc 1.00E-11 uCi/cc Sr-91 3.86E-08 uCi/ec 1.00E-11 uCl/cc Te 129m 2.89E 08 uCl/cc 1.00E 11 uCl/cc Te-131m 7.08E-08 uC1/cc 2.00E 12 uti/cc Te-132 6.56E 07 uCf/cc 1.00E-11 uti/cc Y 91 2.70E 08 uti/cc 7.00E-12 uCl/cc Tot Fitt 4.76E-05 uCi/cc 1.69E-10 uCi/cc Hydrogen conc 0.0% 0.0%
0xygen conc 0.0% 0.0% Dose Rate at 1 foot Pass Sanple (1225 at ) .. . . . . . . . . . . . . . < 2.0 W/hr a 2.0 rd/hr i A i rborne Bet a Dos e R a t e . . . . . . . . . . . . . . . . . . 125. mR/hr < 2.0 mR/hr l Air Sample Comt Rate per 1000 cc ..... 1.1E4 cpm < 100 cpm Air Samte Dose Rate per 1000 cc ...... 3.4 W/hr < 2.0 ne/hr floor Contamination Rate ................ 1.1E4 cpm /10Ccm2 < 100 cpm /100cm2 Walt & Ecpip contamination Rate.......... 1.1E3 cpm /100cm2 < 100 cpm /100cm2 Personnel contamination per sin in area .. < 100 cpm /100cm2 < 100 egn/100cm2 l I l
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVIT'l (CLOCK TIME T = 18:20) RX BLDG AIR TURS BLDG AIR NUCL!DE Concentration Cone.intration Kr-85 4.84E 04 uti/cc 1.00E 09 uti/cc Kr 85m 2.17E 02 uti/cc 1.00E 09 uti/cc Kr-87 4.25E 02 uCi/cc 1.00E 09 uti/cc Kr-68 6.14E-02 uti/cc 1.00E 09 uti/cc Me-131m 8.97E 04 uCl/cc 2.00E-09 uti/cc xe 133 1.54E 01 uCl/cc 1.00E 09 uti/cc Me-133m 5.42E 03 uCl/cc 1.00E-09 uCl/cc xe-135 3.07E-02 uti/cc 4.00E-10 uCl/cc Xe-138 1.54E-01 uCi/cc 3.00E-11 uCi/cc I Total Ces 4.70E-01 uCf /cc 8.00E-09 uCi/cc I 131 1.85E 03 ucl/cc 9.00E 12 uCi/cc I 132 2.61E-03 uCf/cc 2.00E-11 uCl/cc I 133 3.69E-03 uti/cc 3.00E-12 uCl/cc l 134 4.13E 03 uCl/cc 5.00E-11 uti/cc I 135 3.26E-03 uC1/cc 1.00E-11 uti/cc del-131 2.92E-03 uCf/cc 1.06E-11 uCl/cc so 140 5.98E 08 uti/cc 1.00E-11 uC1/cc Ce 144 4.89E-07 uCl/cc 1.00E-11 uCi/cc Cs-134 4.09E-04 uct/cc 4.00E-12 uti/cc Cs 136 1.64E 04 uCl/cc 1.00E-11 uCl/cc Cs-137 2.56E 04 uCl/cc 6.00E 12 d i/cc La-140 1.50E 06 uC1/cc 1.00E-11 uCl/cc Mo 99 1.88E-07 uCl/cc 1.00E-11 uCl/cc Np-239 2.72E 08 uCf/cc 1.00E 11 uti/cc Ru-103 1.58E-08 uti/cc 1.00E-11 uCl/cc Ru 106 3.53E-05 uC1/cc 1.00E-11 uCl/cc Sb 127 6.66E-07 uCl/cc 1.00E 11 uCl/cc sb-12? 3.60E 06 uC1/cc 1.00E 11 uCf/cc j sr-89 3.68E 11 K f/cc 1.00E 11 uti/cc j tr 90 3.68E-11 uCi/cc 1.00E-11 uCl/cc Sr 91 1.72E 07 uCl/cc 1.00E 11 uCl/cc Te-129m 5.78E 07 uCf/cc 1.00E-11 uCl/cc Te 131m 1.42E*06 uCf/cc 2.00E 12 uti/cc Te-132 1.31E-05 d l/cc 1.00E 11 uCl/cc ! Y 91 1.90E-07 uC1/cc 7.00E-12 uCl/cc l Tot Fitt 8.85E-04 uCl/cc 1.69E 10 uCl/cc Hydrogen conc 0.0% 0.0% I 0xygen conc 0.0% 0.0% Dose Rete et 1 foot Pass Sample (1225 at ) ............... < 2.0 W /hr < 2.0 d /hr A i rborne Set e Dose R a te . . . . . . . . . . . . . . . . . 1870 d/hr < 2.0 W /hr i i Air Senple Count Rate per 1000 cc ..... 1.9E5 cpm < 100 c;n Air semple Dose Rate per 1000 cc ...... 65. 2/hr < 2.0 m /hr F l oor Cont ami na t i on Rete . . . . . . . . . . . . . . . . 1. 9E5 cpm /100cm2 < 100 cpm /100cm2 , Welt & Equip contaminetton Rate.......... 1.9E4 cpm /100cm2 < 100 cpm /100cm2-Personnel Contaminetton per min in eres . 1.9E2 cpm /100cm2 < 100 cpm /100cm2
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVITY (CLOCK TIME T = 18:30) RX BLDG AIR TURB BLDG AIR NUCL!DE Concentration Concentration Kr 85 8.01E-04 uti/cc 1.00E 09 uCi/cc Kr 85m 3.55E-02 uCi/cc 1.00E-09 uti/cc Kr 87 6.95E 02 uCi/cc 1.00E-09 uCi/cc Kr-88 1.01E 01 uti/cc 1.00E-09 uti/cc xe-131m 1.47E-03 uCi/cc 2.00E-09 uCi/cc xe-133 2.51E-01 uCl/cc 1.00E-09 uti/cc Ke-133m 8.87E 03 uCl/cc 1.00E 09 uti/cc xe-135 5.03E 02 uti/cc 4.00E-10 uCl/cc xe-138 2.51E-01 uti/cc 3.00E-11 uti/cc Total Gas 7.70E 01 uCl/cc 8.00E-09 uti/cc I 131 3.0$E-03 uC1/ec 9.00E-12 uti/cc I-132 4.31E-03 uCi/cc 2.00E 11 uti/cc I-133 6.10E-03 uti/cc 3.00E-12 uti/cc I 134 6.82E-03 uC1/cc 5.00E 11 uCl/cc I 135 5.38E-03 uCl/ct, 1.00E-11 uCi/cc DEI-131 4.83E-03 uCl/cc 1. AE-11 uCi/cc Be-140 9.36E-08 uCi/cc 1.00E-11 uti/cc Ce-144 7.66E-07 uCi/cc 1.00E-11 uti/cc Cs 134 6.75E-04 uti/cc 4.00E-12 uCl/cc Cs-136 2.70E 04 uC1/cc 1.00E-11 uC1/cc Ca-137 4.23E-04 uCi/cc 6.00E 12 ucl/cc La-140 2.34E-08 uCl/cc 1.00E 11 uCl/cc Mo-99 2.94E 07 uti/cc 1.00E-11 uti/cc Np-239 4.25E 08 uti/cc 1.00E-11 uCi/cc Ru-103 2.47E-08 uC1/cc 1.00E-11 uCl/cc Ru 106 5.53E 05 uC1/cc 1.00E-11 uCi/cc Sb-127 1.10E-06 uCi/cc 1.00E-11 uti/cc Sb-129 5.94E-06 uti/cc 1.00E-11 uCi/cc Sr-89 5.09E-11 uCl/cc 1.00E-11 uCi/cc Sr-90 5.09E 11 uCl/cc 1.00E-11 uti/cc Sr-91 4.25E-07 uti/cc 1.00E 11 uti/cc Te-129m 9.53E-07 uti/cc 1.00E 11 uCl/cc Te-131m 2.34E 06 uCi/cc 2.00E-12 uCl/cc Te-132 2.16E-05 uCl/cc 1.00E-11 uCi/cc Y 91 2.98E-07 uti/cc 7.00E-12 uti/cc Tot Filt 1.46E-03 uti/cc 1.69E-10 uC1/cc Hydrogen conc 0.0% 0.0% 0xygen cone 0.0% 0.0% Dose Rate et 1 foot Pass Sample (1225 el ) ............... < 2.0 mR/hr < 2.0 W /hr A i rborne Be t a Dose R a t e . . . . . . . . . . . . . . . . . 3100. 2/h r < 2.0 m /hr Air Sanple Comt Rate per 1000 cc ..... 3.2E5 cpm < 100 cpra Air Sample Done Rate per 1000 cc ...... 105. W /hr < 2.0 W /hr F l oor Cont ami na t i on R a t e . . . . . . . . . . . . . . . . 3.2E5 cpm /100cm2 < 100 cpm /100cm2 Well & Eg. sip contamination Rate.......... 3.2E4 com/100cm2 < 100 cpm /100cm2 Persomel Contamination per ein in area . 3.2E2 cpm /100cm2 < 100 cpm /100cm2 I
ANNUAL EXERCISE SCENARIO 36 , OCNGS REV NO. 0 SECTION III D BUILDING AIR ACTIVITY (CLOCK TIME T = 18:40) RX BLDG AIR TURB BLDG AIR NUCLIDE Concentration concentration Kr-85 1.01E-03 uti/cc 1.00E-09 uCi/cc Kr 85m 4.43E-02 uC1/cc 1.00E-09 uC1/cc Kr-87 8.67E 02 uC1/cc 1.00E-09 uCi/cc Kr-88 1.25E-01 uti/cc 1.00E 09 uCf/cc xe 131m 1.84E-03 uti/cc 2.00E-09 uCl/cc xe-133 3.14E-01 uCl/cc 1.00E 09 uCl/cc xe-133m 1.11E 02 uti/cc 1.00E 09 uCl/cc xe-135 6.27L-02 uCl/cc 4.00E 10 uCi/cc xe-138 3.14E 01 uti/cc 3.00E 11 uCl/cc Total Gas 9.60E-01 uti/cc 8.00E 09 uC1/cc I 131 3.80E-03 uti/cc 9.00E-12 uCl/cc l 132 5.36E-03 uCl/cc 2.00E 11 uti/cc I 133 7.59E 03 uCi/cc 3.00E-12 uct/cc I 134 8.48E-03 uti/cc 5.00E 11 uCl/cc I 135 6.69E 03 uCl/cc 1.00E-11 uCl/cc CEl-131 6.01E-03 uCi/cc 1.06E-11 uC1/cc 3 Be 140 1.11E 07 uCl/cc 1.00E 11 uCi/cc Ce-144 9.08E 07 uC1/cc 1.00E 11 uC1/cc Cs-134 8.38E-04 uCl/cc 4.00E*12 uCl/cc Cs-136 3.35E 04 uti/cc 1.00E 11 uCl/cc Cs 137 5.25E 04 uCl/cc 6.00E-12 uC1/cc La-140 2.?8E-08 uCl/cc 1.00E 11 uCl/cc Mo-99 3.48E 07 uC1/cc 1.00E 11 uCf/cc up-239 5.05E-08 uCl/cc 1.00E 11 uti/cc Ru-103 2.93E 08 uCl/cc 1.00E 11 uCl/cc Ru-106 6.56E-05 uCf/cc 1.00E-11 uCl/cc Sb-127 1.36E-06 uCi/cc 1.00E-11 uti/cc Sb-129 7.38E 06 uCi/cc 1.00E 11 uCl/cc
$r-89 5.68E-11 uti/cc 1.00E 11 uCl/cc sr-90 5.68E 11 uti/cc 1.00E-11 uC1/cc sr-91 5.0$E-07 uCf/cc 1.00E 11 uti/cc Te 129m 1.18E-06 uCl/cc 1.00E 11 uCi/cc Te 131m 2.91E-06 uti/cc 2.00E 12 uti/cc Te-132 2.68E-05 uCl/cc 1.00E 11 uti/cc Y 91 3.53E-07 uCl/cc 7.00E-12 uC1/cc Tot Filt 1.81E-03 uCl/cc 1.69E-10 uCl/cc Hydrogen conc 0.0% 0.0%
0xygen conc 0.0% 0.0% Dose Rate at 1 foot Pass Sample (1225 at ) ............... < 2.0 mR/hr < 2.0 m /hr Airborne Bets Dose Rate ................. 3820. W /hr < 2.0 m /hr Air Sample Comt Rete per 1000 cc ..... 4.0E5 epm < 100 com ' l Air Saaple Dose Rate per 1000 cc ...... 130. d /hr < 2.0 aft /hr F l oor cont ami nat i on R ete . . . . . . . . . . . . . . . . 4.0E5 cpm /100cm2 < 100 com/100ce2 i Well & Equip contamination Rate.......... 4.0E4 cpm /100cm2 < 100 cpm /100cm2
)
Personnet contaminetton per min in area . 4.0E2 cpm /100cm2 < 100 cpm /100cm2 l 1
6 ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D j BUILDING AIR ACTIVITY (CLOCK TIME T = 18:50) RX BLOG AIR TURB BLDG AIR NUCLIDE Concentration Concentration Kr 85 1.01E-03 uCl/cc 1.00E-09 uti/cc Kr 85m 4.43E-02 uti/cc 1.00E-09 uCl/cc Kr-87 8.67E-02 uti/cc 1.00E 09 uti/cc Kr-88 1.25E-01 uti/cc 1.00E-09 uCi/cc Xe 131m 1.84E-03 uti/cc 2.00E-09 uC1/cc l Xe 133 3.14E-01 uti/cc 1.00E-09 uCl/cc l Xe 133m 1.11E-02 uC1/cc 1.00E-09 uti/cc Xe-135 6.27E-02 uti/cc 4.00E-10 uti/cc l Xe-138 3.14E-01 uCf/cc 3.00E 11 uCi/cc Total Gas 9.60E-01 uCl/cc 8.00E-09 uti/cc I-131 3.77E-03 uCl/cc 9.00E 12 ucl/cc I-132 5.32E-03 uCf/cc 2.00E 11 uCl/cc I-133 7.54E-03 uti/cc 3.00E-12 uti/cc l-134 8.43E-03 uC1/cc 5.00E-11 uCl/cc l-135 6.65E-03 uti/cc 1.00E 11 uti/cc del-131 5.97E-03 uCi/cc 1.06E 11 uCi/cc Be-140 1.07E-07 uti/cc 1.00E-11 uCl/cc Ce-144 8.78E 07 uti/cc 1.00E-11 uCl/cc Cs-134 8.33E-04 uCl/cc 4.00E-12 uCI/cc Cs-136 3.33E-04 uCi/cc 1.00E 11 uCi/cc Cs-137 5.22E-04 uti/cc 6.00E 12 uCl/cc La-140 2.68E-08 uCl/cc 1.00E-11 uCl/cc Mo 99 1.37E-07 uti/cc 1.00E-11 uCl/cc Np-239 4.88E-08 uCi/cc 1.00E-11 uCl/cc Ru-103 2.83E-08 uCf/cc 1.00E-11 uti/cc Ru-106 6.34E 05 uct/cc 1.00E 11 uCl/cc Sb-127 1.35E 06 uti/cc 1.00E-11 uCl/cc sb-129 7.33E-06 uCl/cc 1.00E-11 uCl/cc
$r 89 5.42E-11 uC1/cc 1.00E-11 uCf/cc sr-90 5.42E 11 uCl/cc 1.00E-11 uti/cc Sr-91 4.88E-07 ucl/cc 1.00E-11 uCi/cc Te-129m 1.18E-06 uti/cc 1.00E-11 uCl/cc Te-131m 2.89E 06 uti/cc 2.00E-12 uCl/cc Te-132 2.67E-05 uti/cc 1.00E-11 uCl/cc Y 91 3.42E-07 uti/cc 7.00E-12 uti/cc Tot Filt 1.79E-03 uti/cc 1.69E 10 uci/cc Mydrogen cone 0.0% 0.0%
0xygen conc 0.0% 0.0% Dose Rate at 1 foot Pass Sanpl e (1225 mi ) . . . . . . . . . . . . . . . < I.0 m/hr < 2.0 mR/hr Airborne Beta Dose Rate ................. 3820. mR/hr < 2.0 mR/hr Air Sanple Comt Rate per 1000 cc ..... 3.9ES cpm < 100 c m Air sample Dose Rate per 1000 cc ...... 130. mR/hr < 2.0 W /hr Floor Contamination Rate ................ 3.9E5 cpm /100cm2 < 100 cpm /100cm2 Wall & Equip contamination Rate.......... 3.9E4 cm/100cm2 < 100 cpg /100cm2 Personnel Contamination per min in area . 3.9E2 cpm /100cm2 < 100 cpm /100cm2
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVITY (CLOCK TIME T = 19:00) RX BLDG AIR TURB BLDG AIR NUCLICE Concentration Concentration Kr 85 9.85E 04 uCi/cc 1.00E 09 uCl/cc Kr-85m 4.32E-02 uCl/cc 1.00E 09 uCi/cc Kr 87 8.46E 02 uC1/cc 1.00E 09 uti/cc Kr-88 1.22E-01 uct/cc 1.00E 09 uCl/cc xe-131m 1.79E 03 uti/cc 2.00E-09 uCl/cc xe 133 3.06E 01 uti/cc 1.00E 09 uti/cc Xe-133m 1.08E 02 uti/cc 1.00E-09 uti/cc xe-135 6.12E-02 uCl/cc 4.00E-10 uCl/cc xe 138 3.06E-01 uti/cc 3.00E-11 uCl/cc Total Gas 9.37E 01 uCl/cc 8.00E-09 uCl/cc I-131 3.64E-03 uCi/cc 9.00E-12 uC1/cc l-132 5.14E-03 ucl/cc 2.00E-11 uCi/cc I-133 7.28E-03 uCl/cc 3.00E-12 uCi/cc I 134 8.14E-03 uC1/cc 5.00E 11 uCi/cc l-135 6.43E-03 uct/cc 1.00E-11 uCl/cc del 131 5.77E 03 uti/cc 1.06E 11 uti/cc l Be-140 1.00E 07 uCl/cc 1.00E 11 uCl/cc Ce 144 8.19E 07 uti/cc 1.00E-11 uCl/cc Cs-134 8.04E-04 uC1/cc 4.00E 12 uCl/cc Cs 136 3.22E 04 uCf/cc 1.00E 11 uti/cc Cs 137 5.048-04 uCi/cc 6.00E-12 uct/cc La-140 2.50E-Do uti/cc 1.00E-11 uCl/cc Mo-99 3.14E-07 uC1/cc 1.00E 11 uCl/cc Wp 239 4.55E 08 uCl/cc 1.00E 11 uti/cc Ru-103 2.64E 08 uCl/cc 1.00E 11 uti/cc Ru-106 5.92E 05 uC1/cc 1.00E 11 uCl/cc Sb-127 1.31E-06 uCl/cc 1.00E 11 uC1/cc j Sb 129 7.08E-06 uCf/cc 1.00E 11 uCl/cc Sr-89 5.02E 11 uCl/cc 1.00E 11 uCl/cc
$r 90 5.02E 11 uCf/cc 1.00E 11 uti/cc Sr 91 4.55E-07 uti/cc 1.00E 11 uCi/cc Te 129m 1.14E 06 uC1/cc 1.00E 11 uCl/cc Te 131m 2.79E-06 uCl/cc 2.00E 12 uti/cc Te-132 2.58E-05 uCl/cc 1.00E-11 uCl/cc Y 91 3.19E-07 uti/cc 7.00E 12 uti/cc Tot Filt 1.73E-03 uCf/cc 1.69E-10 uCl/cc I Hydrogen conc 0.0% 0.0%
I~ Oxygen conc 0.0% 0.0% Dose Rate at 1 foot Pass sample (1225 at ) ............... < 2.0 m /hr < 2.0 m /hr Airborne Beta Dose Rete ................. 3720. M /hr < 2.0 W /hr i Air Sample Count Rate per 1000 cc ..... 3.8E5 cpm < 100 cpm Air Sample Dose Rete per 1000 cc ...... 125. W /hr < 2.0 W /hr Floor Contaminetton Rate ................ 3.8E5 cpm /100cm2 < 100 cpm /100cm2 Wat t & Essip contaminetton Rete.......... 3.8E4 cpm /100cm2 < 100 cpm /100cm2 Personnet contamination per min in area . 3.8E2 cpm /100cm2 < 100 cpm /100cm2 1 1
l ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVITY i (CLOCK TIME T = 19:10) RX BLD0 AIR TURB BLDG AIR i WUCLIDE Concentration Concentration I Kr-85 9.45E-04 uC1/cc 1.00E-09 uti/cc Kr-85m 4.14E-02 uCI/cc 1.00E 09 uti/cc Kr 87 8.10E-02 uCi/cc 1.00E 09 uC(/cc Kr 88 1.17E 01 uCi/cc 1.00E-09 uCf/cc Xe-131m 1.72E-03 uti/cc 2.00E-09 uti/cc Xe-133 2.93E-01 uti/cc 1.00E-09 uC1/cc Xe-133m 1.03E-02 uCf/cc 1.00E-09 uti/cc
)
Xe-135 5.86E 02 uCf/cc 4.00E-10 uti/cc Xe-138 2.93E-01 uti/cc 3.00E-11 uti/cc Total Gas 8.97E-01 uCl/cc 8.00E 09 uCI/cc I 131 3.45E-03 uCf/cc 9.00E-12 uCl/cc ; l 132 4.87E-03 ucl/cc 2.00E-11 uCf/cc I-133 6.90E-03 uC1/cc 3.00E 12 uCl/cc I-134 7.71E 03 uti/cc 5.00E-11 uCl/cc I-135 6.09E-03 uCi/cc 1.00E-11 uti/cc del-131 5.46E-03 uti/cc 1.06E-11 uCl/cc Ba 140 9.13E 08 uCi/cc 1.00E-11 uCl/cc Ce-144 7.47E-07 uti/cc 1.00E-11 uCl/cc Cs-134 7.62E 04 uCl/cc 4.00E-12 uCl/cc Cs-136 3.05E-04 uti/cc 1.00E-11 uti/cc Cs 137 4.78E-04 uC1/cc 6.00E-12 uti/cc La-140 2.28E-08 uCf/cc 1.00E-11 uCl/cc Mo 99 2.86E-07 uCi/cc 1.00E-11 uti/cc Np 239 4.15E-08 uCl/cc 1.00E-11 uCl/cc Ru-103 2.41E-08 uCl/cc 1.00E-11 uCl/cc Ru-106 5.39E-05 uti/cc 1.00E-11 uCi/cc sb-127 1.24E-06 uti/cc 1.00E-11 uCi/cc Sb-129 6.71E-06 uCf/cc 1.00E-11 uCl/cc sr-89 4.55E-11 uCl/cc 1.00E-11 uCl/cc
$r-90 4.55E-11 uCl/cc 1.00E-11 uCl/cc sr-91 4.15E-07 uCl/cc 1.00E 11 uti/cc Te-129m 1.08E-06 uct/cc 1.00E-11 uti/cc Te-131m 2.64E 06 Z i/cc 2.00E-12 uCl/cc Te-132 2.44E 05 uC1/cc 1.00E-11 uCl/cc Y-91 2.91E 07 uti/cc 7.00E-12 uC1/cc Tot Filt 1.64E 03 uCi/cc 1.69E 10 uti/cc Hydrogen conc 0.0% 0.0%
0xygen conc 0.0% 0.0% Dose Rate at 1 foot Pass sanple (1225 at > ............... < 2.0 mR/hr < 2.0 mR/hr A i rborne Set s Dose R a t e . . . . . . . . . . . . . . . . . 35 70. mR/h r < 2.0 mR/hr Air Sample Co mt Rate per 1000 cc ..... 3.5ES cpm c 100 cpm Air Sample Dose Rate per 1000 cc ...... 115. mR/hr < 2.0 mR/hr Floor Contamination Rate ................ 3.5E5 cpm /100cm2 < 100 cpm /100cm2 Wall & E wip contamination Rate.......... 3.5E4 cpm /100cm2 < 100 cpm /100cm2 Personnel contamination per min in eres . 3.4E2 cpn/100cm2 < 100 cpm /100cm2
p i ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. 0 - SECTION III D BUILDING AIR ACTIVITY (CLOCK TIME T = 19:20) RX BLDG AIR TURB BLDG AIR NUCLIOE Concentration Concentration Kr 85 8.95E 04 uCi/cc 1.00E-09 uCf/cc Kr 85m 3.91E-02 uti/cc 1.00E 09 uCl/cc Kr-87 7.66E-02 uCi/cc 1.00E-09 uC1/cc Kr-88 1.11E 01 uCi/cc 1.00E-09 uCi/cc Xe-131m 1.63E-03 uCl/cc 2.00E 09 uCl/cc Xe 133 2.77E 01 uCl/cc 1.00E 09 uti/cc , Xe-133m 9.78E 03 uct/cc 1.00E 09 uCl/cc Xe-135 5.54E 02 uti/cc 4.00E-10 uti/cc Xe 138 2.77E-01 uC1/cc 3.00E-11 uCl/cc Total Gas 8.48E 01 uCl/cc 8.00E-09 uci/cc . 1 131 3.22E 03 uCf/cc 9.00E 12 uCi/cc l-132 4.55E 03 uct/cc 2.00E 11 uCi/cc l 133 6.45E-03 uCl/cc 3.00E 12 uti/cc I-134 7.21E 03 uti/cc 5.00E-11 uCf/cc 1-135 5.69E-03 uti/cc 1.00E-11 uti/cc DEI-131 5.11E-03 uCi/cc 1.06E 11 uCi/cc Ba 140 8.19E 08 uCl/cc 1.00E-11 uC1/cc Ce-144 6.70E-07 uC1/cc 1.00E 11 uC1/cc Cs 134 7.12E 04 uC1/cc 4.0C 12 uci/cc Cs-136 2.85E-04 uCl/cc 1.00E 11 uCi/cc Cs-137 4.46E-04 uC1/cc 6.00E-12 uct/cc La-140 2.05E 08 uCi/cc 1.00E-11 uCi/cc Mo 99 2.57E-07 uCl/cc 1.00E 11 uC1/cc Np-239 3.72E 08 uti/cc 1.00E-11 uCi/cc Ru-103 2.16E 08 uCi/cc 1.00E-11 uCi/cc Ru 106 4.84E-05 uCl/cc 1.00E 11 uti/cc ; Sb-127 1.16E-06 uCl/cc 1.00E 11 uCl/cc sb-129 6.27E 06 uC1/cc 1.00E 11 uCl/cc
$r 89 4.07E-11 uCl/cc 1.00E 11 uCl/cc tr-90 4.07E 11 uti/cc 1.00E-11 uCl/cc Sr 91 3.72E-07 uCl/cc 1.00E*11 uCl/cc Te-129m 1.01E-06 uC1/cc 1.00E 11 uC1/cc ;
Te 131m 2.47E-06 uCl/cc 2.00E-12 uti/cc j Te-132 2.28E 05 uCl/cc 1.00E-11 uCl/cc { Y-91 2.61E 07 uC1/cc 7.00E 12 uti/cc 1 l 4 Tot Filt 1.53E 03 uci/cc 1.69E 10 uCl/cc Hydrogen conc 0.0% 0.0% 0xywen conc 0.0% 0.0% Dose Rate at 1 foot Pass Sample (1225 at ) ............... < 2.0 m /hr < 2.0 mR/hr A i rborne Bet a Dose R ate . . . . . . . . . . . . . . . . . 3370. 2/hr < 2.0 m /hr Air Sample Comt Rate per 1000 cc ..... 3.4E5 cpm c 100 cpm Air Sample Dose Rate per 1000 cc ...... 110. W /hr < 2.0 W /hr Floor Contamination Rate ................ 3.4E5 cpm /100cm2 < 100 cpm /100cm2 Wall & Ewip contamination Rate.......... 3.4E4 cpm /100cm2 < 100 cpm /100cm2 Personnel Contamination per sin in area . 3.4E2 cpm /100cm2 < 100 cpm /100cm2
I i MINUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVITY (CLOCK TIME T = 19:30) RX BLDG AIR TURB BLDG AIR NUCLIDE Concentration Concentration Kr-85 8.39E-04 uCi/cc 1.00E-09 uCi/cc Kr-85m 3.66E-02 utt/cc 1.00E-09 uti/cc Kr 87 7.16E 02 uti/cc 1.00E-09 uti/cc Kr-88 1.04E-01 uCi/cc 1.00E-09 uti/cc re 131m 1.52E-03 uCi/cc 2.00E-09 uti/cc xe-133 2.59E-01 uti/cc 1.00E-09 uti/cc xe-133m 9.14E-03 uti/cc 1.00E-09 uti/cc xe-135 5.18E-02 uCI/cc 4.00E-10 uti/cc Ke-138 2.59E-01 uCf/cc 3.00E-11 uti/cc Total Gas 7.93E-01 uti/cc 8.00E-09 uti/cc I-131 2.98E-03 uti/cc 9.00E-12 uCI/cc 1-132 4.21E-03 uti/cc 2.00E-11 uCi/cc 1-133 5.96E 03 uC1/cc 3.00E-12 uCl/cc I-134 6.66E-03 uti/cc 5.00E-11 uCl/cc I-135 5.26E-03 uCl/cc 1.00E-11 uCl/cc del-131 4.72E-03 uti/cc 1.06E-11 uti/cc Ba 140 7.27E-08 uti/cc 1.00E-11 uCi/cc Ce 144 5.95E-07 uti/cc 1.00E-11 uCi/cc Cs-134 6.58E 04 uti/cc 4.00E-12 uti/cc Cs 136 2.63E-04 uCl/cc 1.00E-11 uCi/cc Cs 137 4.13E-04 uCl/cc 6.00E-12 uti/cc La-140 1.82E 08 uCl/cc 1.00E 11 uCl/cc Mo-99 2.2BE-07 uCl/cc 1.00E 11 uCi/cc Np-239 3.31E-08 uC1/cc 1.00E-11 uCi/cc Ru-103 1.92E-08 uCl/cc 1.00E 11 uCl/cc Ru-106 4.30E 05 uti/cc 1.00E 11 uCi/cc Sb-127 1.07E-06 uCi/cc 1.00E-11 uti/cc Sb-129 5.79E-06 uCl/cc 1.00E-11 uti/cc Sr-89 3.60E-11 uCl/cc 1.00E-11 uti/cc Sr-90 3.60E-11 uCl/cc 1.00E 11 uCl/cc Sr 91 3.31E-07 uCl/cc 1.00E-11 uti/cc Te-129m 9.31E-07 uti/cc 1.00E-11 uti/cc Te 131m 2.28E 06 uCf/cc 2.00E 12 uti/cc Te-132 2.11E 05 ucl/cc 1.00E-11 uti/cc Y-91 2.31E 07 uti/cc 7.00E-12 uC1/cc Tot Fitt 1.41E-03 uCl/cc 1.69E-10 uCl/cc Hydrogen cone 0.0% 0.0% 1 0xygen conc 0.0% 0.0% Dose Rate at 1 foot i Pass Sanple (1225 at ) . . . . . .. . . . . . . . . < 2.0 W/hr < 2.0 mR/hr j A i rborne Bet a Dose R at e . . . . . . . . . . . . . . . . . 3150 aR/h r < 2.0 mR/hr Air Sanple Count Rate per 1000 cc ..... 3.1E5 cpm < 100 cpm Air Sample Dose Rate per 1000 cc ...... 100. mR/hr < 2.0 W /hr F loor Contaminat ion Rate . . . . . . . . . . . . . . . . 3.1E5 cpn/100cm2 < 100 com/100cm2 Wall & Equip contamination Rate.......... 3.1E4 cpm /100cm2 < 100 cpm /100cm2 Personnel Contamination per min in area . 3.1E2 cpm /100 m2 < 100 cpm /100cm2 l l
E ANNUAL EXERCISE SCENARIO 36 , OCNGS REV NO. 0 .r SECTION III D i BUILDING AIR ACTIVITY (CLOCK TIME T = 19:40) RX BLDG AIR TURB BLDG AIR NUCLIDE Concentration concentration Kr-85 7.79E-04 uCi/cc 1.00E-09 uCl/cc Kr 85m 3.39E-02 uti/cc 1.00E-09 uCf/cc Kr 87 6.64E 02 uCl/cc 1.00E 09 uCf/cc Kr-88 9.61E 02 uti/cc 1.00E-09 uCl/cc xe-131m 1.41E-03 uCl/cc 2.00E-09 uti/cc xe-133 2.40E 01 uCi/cc 1.00E-09 uti/cc xe-133m 8.48E-03 uCI/cc 1.00E 09 uti/cc xe 135 4.80E 02 uC1/cc 4.00E-10 uCi/cc Xe 138 2.40E 01 uC1/cc 3.00E-11 uCl/cc Total Gas 7.36E-01 uCi/cc 8.00E-09 uCi/cc I-131 2.74E-03 uti/cc 9.00E-12 uCl/cc I-132 3.86E-03 uti/cc 2.00E 11 uCl/cc I 133 5.47E 03 uC1/cc 3.00E-12 uti/cc I-134 6.11E 03 uti/cc 5.00E 11 uCi/cc I 135 4.83E-03 uCl/cc 1.00E-11 uCl/cc DEI-131 4.33E-03 uCi/cc 1.06E-11 uCi/cc Ba-140 6.41E-08 uCi/cc 1.00E-11 uCl/cc Ce-144 5.24E-07 uti/cc 1.00E-11 uCl/cc Cs 134 6.04E 04 uC1/cc 4.00E-12 uCi/cc O Ca-136 Cs 137 1.a 140 2.42E-04 uCl/cc 3.79E 04 uC1/cc 1.60E 08 uC1/cc 1.00E-11 uti/cc 6.00E-12 uti/cc 1.00E-11 uC1/cc Mo-99 2.01E-07 uci/cc 1.00E-11 uC1/cc up-239 2.91E-08 uCi/cc 1.00E-11 uCi/cc Ru-103 1.69E 08 uCl/cc 1.00E-11 uCi/cc Rte-106 3.78E 05 uCi/cc 1.00E-11 uCl/cc Sb-127 9.83E-07 uCl/cc 1.00E-11 uC1/cc ; Sb-129 5.32E-06 uti/cc 1.00E 11 uti/cc Sr-89 3.16E 11 uct/cc 1.00E 11 uCl/cc Sr-90 3.16E-11 uCf/cc 1.00E-11 uCi/cc Sr 91 2.91E 07 uCl/cc 1.00E 11 utt/cc Te 129m 8.54E-07 uCl/cc 1.00E 11 uti/cc Te 131m 2.09E 06 uCi/cc 2.00E 12 uCI/cc . Te-132 1.93E-05 uCl/cc 1.00E-11 uCI/cc I Y-91 2.04E-07 uti/cc 7.00E-12 uCl/cc i Tot Filt 1.29E-03 uti/cc 1.69E-10 uti/cc Hydrogen conc 0.0% 0.0% 0xygen conc 0.0% 0.0% Dose Rate at 1 foot P ass sanpl e (1225 mt ) . . . . . . . . . . . . . . . < 2.0 aft /h r < 2.0 aft /hr l Ai rborne Be t a Dose Rat e . . . . . . . . . . . . . . . . . 2920. nft/hr < 2.0 aft /hr I Air Sample Cotnt Rate per 1000 cc ..... 2.8E5 cpm < 100 cpm l Air Sample Dose Rate per 1000 cc ...... 90. aft /hr < 2.0 aft /hr Floor contamination Rate ................ 2.8E5 cpm /100cm2 < 100 cpn/100cm2 Welt 1 Equip contamination Rate.......... 2.8E4 cpm /100cm2 < 100 cpm /100cm2 Personnel Contamination per min in area . 2.8E2 cpm /100cm2 < 100 cpm /100cm2 I l
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVITY (CLOCK TIME T = 19:50) RX BLDG AIR TURB BLDG AIR WUCLIDE Concentration Concentration Kr-85 7.18E-04 uti/cc 1.00E-09 uti/cc Kr-85m 3.12E-02 uCi/cc 1.00E 09 uti/cc Kr 87 6.12E-02 uti/cc 1.00E 09 uCl/cc Kr-88 8.85E-02 uCl/cc 1.00E 09 uti/cc xe-131m 1.30E-03 uCi/cc 2.00E-09 uCi/cc xe-133 2.21E-01 uci/cc 1.00E-09 uCf/cc xe-133e 7.81E-03 uCI/cc 1.00E 09 uCl/cc xe-135 4.42E-02 uct/cc 4.00E-10 uti/cc xe '38 2.21E-01 uti/cc 3.00E-11 uC(/cc Total Gas 6.77E-01 uCl/cc 8.00E 09 uCl/cc l 131 2.49E-03 uCl/cc 9.00E 12 uti/cc l-132 3.52E-03 uct/cc 2.00E-11 uti/cc I 133 4.99E-03 uti/cc 3.00E-12 uti/cc I-134 5.57E-03 uC1/cc S.00E-11 uC1/cc I-135 4.40E-03 uCI/cc 1.00E-11 uCi/cc Oct-131 3.95E 03 uCl/cc 1.06E-11 uti/cc Ba-140 5.61E-08 uC1/cc 1.00E-11 uti/cc Ce-144 4.59E 07 uti/cc 1.00E-11 uCl/cc Cs-134 5.51E-04 uCi/cc 4.00E-12 uCi/cc Cs-136 2.20E 04 uCl/cc 1.00E-11 uCl/cc Cs 137 3.45E-04 uC1/cc 6.00E-12 uti/cc La 140 1.40E-08 uCI/cc 1.00E-11 uCi/cc Mo-99 1.76E-07 uCI/cc 1.00E-11 uCl/cc hp-239 2.55E-08 uCl/cc 1.00E-11 uct/cc Ru-103 1.4BE-08 uti/cc 1.00E 11 uCl/cc Ru-106 3.31E 05 uCi/cc 1.00E-11 uCl/cc Sb-127 8.96E-07 uCl/cc 1.00E-11 uCl/cc Sb-129 4.84E 06 uCi/cc 1.00E-11 uCf/cc Sr 89 2.77E-11 uti/cc 1.00E-11 uCl/cc Sr-90 2.77E-11 uC1/cc 1.00E-11 uti/cc sr-91 2.55E-07 uCl/cc 1.00E-11 uCi/cc Te 129m 7.78E-07 uCl/cc 1.00E 11 uCl/cc fe-131m 1.91E 06 uti/cc 2.00E-12 uCf/cc Te-132 1.76E-05 uti/cc 1.00E-11 uti/cc Y-91 1.78E 07 uCl/cc 7.00E-12 uti/cc Tot titt 1.18E-03 uct/cc 1.69E-10 uti/cc Hydrogen conc 0.0% 0.0% 0xygen cone 0.0% 0.0% Dose Rate at 1 foot Pess Sanple (1225 at ) .. .. .. . . .. . . . . . < 2.0 m/hr < 2.0 m /hr A i rborne Bet a Dose R at e . . . . . . . . . . . . . . . . . 2690. 2/h r < 2.0 mR/hr Air Sample Comt Rate per 1000 cc ..... 2.6E5 cpm < 100 cpm Air sanple Dose Rate per 1000 cc ...... 85. 2/hr < 2.0 mR/hr F;oor Contamination Rate ................ 2.6E5 cpm /100cm2 < 100 cpm /100cm2 Wall & Ecpip contesination Rate.......... 2.6E4 cpm /100cm2 < 100 cpm /100cm2 Personnel Contamination per min in aree . 2.6E2 epv100cm2 < 100 cpv100cm2
-- . ~ - -. . . - _- - - . . . . , _
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVITY i (CLOCK TIME T = 20:00) i RX BLDG AIR TURB BLDG AIR NUCLIDE Conc ent ration Correntrat ion Kr 85 6.58E-04 uti/cc 1.00E-09 uCi/cc Kr-85m 2.86E-02 uC1/cc 1.00E 09 uCl/cc Kr 87 5.60E 02 uti/cc 1.00E 09 uCi/cc ; Kr-88 8.10E-02 uCi/cc 1.00E 09 uCl/cc Xe 131m 1.19E 03 uti/cc 2.00E-09 uti/cc Xe-133 2.03E-01 uti/cc 1.00E 09 uCl/cc > Xe-133m 7.15E-03 uti/cc 1.00E-09 uCl/cc . Xe 135 4.05E-02 uti/cc 4.00E 10 uCi/cc Xe-138 2.03E-01 uti/cc 3.00E-11 uti/cc Total Gas 6.20E 01 uCl/cc 8.00E 09 uCl/cc r 1-131 2.26E-03 uCi/cc 9.00E-12 uti/cc l 132 3.19E-03 uti/cc 2.00E 11 uCl/cc I-133 4.52E-03 uCi/cc 3.00E 12 uCl/cc , I-134 5.05E-03 uCl/cc 5.00E-11 uCl/cc I-135 3.99E-03 uC1/cc 1.00E-11 uti/cc del 131 3.58E-03 uCI/cc 1.06E-11 uC1/cc Ba-140 4.89E-08 uC1/cc 1.00E-11 uCf/cc Ce 144 4.00E-07 uC1/cc 1.00E 11 uti/cc Cs 134 4.99E 04 uti/cc 4.00E 12 uCl/cc Cs-136 2.00E-04 uCl/cc 1.00E-11 uti/cc Cs 137 3.13E 04 uC1/cc 6.00E-12 uct/cc t La 140 1.22E-08 uct/cc 1.00E 11 uCi/cc ; Mo-99 1.53E-07 uCl/cc 1.00E 11 uCf/cc Np-239 2.22E 08 uti/cc 1.00E 11 uCi/cc ; Ru-103 1.29E 08 uCf/cc 1.00E-11 uCi/cc Ru-106 2.89E-05 uCf/cc 1.00E-11 uCi/cc Sb-127 8.12E-07 uC1/cc 1.00E-11 sti/cc
$b-129 4.39E-06 uti/cc 1.00E-11 uCi/cc !
Sr 89 2.41E 11 uti/cc 1.00E 11 uCf/cc > Sr-90 2.41E 11 uCi/cc 1.00E 11 uCl/cc
$r 91 2.22E-07 uCl/cc 1.00E 11 uCl/cc ;
Te-129m 7.06E-07 uCl/cc 1.00E 11 uCi/cc ! Te-131m 1.73E-06 uti/cc 2.00E-12 uC1/cc Te-132 1.60E-05 uti/cc 1.00E 11 uCl/cc Y-91 1.56E-07 uCl/cc 7.00E 12 uti/cc ; Tot Fitt 1.07E-03 uti/cc 1.69E 10 uCf/cc f I Hydrogen conc 0.0% 0.0% ! 0xygen conc 0.0% 0.0% [ Dose Rate at 1 foot , Pass Sa.dple (1225 at ) ............... < 2.0 m /hr < 2.0 set /hr Airborne Beta Dose Rate ................. 2470. d /hr < 2.0 W /hr j Air Sanple Count Rate per 1000 cc ..... 2.4E5 cpm < 100 cpm 7 l Air sagte Dose Rate per 1000 cc ...... 75. d /hr < 2.0 m /hr [
. Floor Contamination Rate ................ 2.4E5 cpm /100cm2 < 100 com/100cm2 ,
Wat t & Equip contamination Rate.......... 2.4E4 cpm /100cm2 < 100 cpm /100cm2 ! Personnel Contamination per min in area . 2.4E2 cpm /100cm2 < 100 cpm /100cm2 i
l l 3 ANNUAL EXERCISE SCENARIO 36 1 OCNGS REV NO. 0
% SECTION III D BUILDING AIR ACTIVITY (CIDCK TIME T = 19:00)
Rx BLDG AIR TURB BLDG AIR NUCLIDE Concentration Concentration Kr 85 9.85E 04 uCI/cc 1.00E-09 uC1/cc Kr-85a 4.32E-02 uci/cc 1.00E 09 uCf/cr Kr-87 5.46E-02 uti/cc 1.00E-09 uti/cc Kr-88 1.22E-01 uti/cc 1.00E-09 uCl/cc xe-131m 1.79E-03 uCf/cc 2.00E-09 uCl/cc l xe-133 3.06E-01 uC'/cc 1.00E-09 uCi/cc ) Me-133m 1.08E-02 uCl/cc 1.00E-09 uCi/cc , Xe-135 6.12E-02 uCl/cc 4.00E 10 uti/cc I Me-138 3.06E-01 utt/cc 3.00E-11 uCl/cc Total Ces 9.37E-01 uct/cc 8.00E-09 uCi/cc f I 131 3.64E-03 uti/cc 9.00E 12 uCf/cc ! l 132 5.14E-03 uti/cc 2.00E-11 uCi/cc l-133 7.28E 03 uti/cc 3.00E-12 uti/cc l-134 8.14E-03 uCf/cc 5.00E-11 uCl/cc j 1 135 6.43E-03 uC1/cc 1.00E-11 uti/cc i del-131 5.77E 03 uCl/cc 1.06E-11 uCl/cc a i Be 140 1.00E-07 uti/cc 1.00E-11 uCf/cc f Ce-144 8.19E 07 uCl/cc 1.00E 11 uCl/cc ; Cs 134 8.04E-04 uCl/cc 4.00E-12 uct/cc ! Cs-136 3.22E-04 uti/cc 1.00E-11 uCl/cc , Cs 137 5.04E 04 uCi/cc 6.00E-12 uCl/cc ; La 140 2.50E-08 uCl/cc 1.00E-11 uti/cc ! Mo-99 3.14E-07 uCl/cc 1.00E 11 uti/cc up-239 4.55E 08 uCl/cc 1.00E 11 uCi/cc ! Ru-103 2.64E-08 uci/cc 1.00E-11 uCf/cc ; Ru-106 5.92E 05 uCl/cc 1.00E-11 uCl/cc Sb-127 1.31E-06 uct/cc 1.00E 11 uCl/cc
$b-129 7.08E-06 uC1/cc 1.00E-11 uCI/cc Sr 89 5.02E 11 uti/cc 1.00E 11 uCl/cc sr-90 5.02E-11 uCi/cc 1.00E-11 uti/cc
$r 91 4.55E 07 uC1/cc 1.00E 11 uti/cc ,
Te-129m 1.14E-06 uCf/cc 1.00E 11 uti/cc Te 131m 2.79E-06 uti/cc 2.00E-12 uti/cc Te 132 2.58E-05 uC1/cc 1.00E 11 uCl/cc > Y-91 3.19E-07 (C1/cc 7.00E-12 uti/cc Tot Filt 1.73E-03 td:l/cc 1.69E 10 uti/cc Hydrogen conc 0,0% 0.01 0xygen conc 0.01 0.0% i Dose Rete et i foot i Past Sagt e (1225 et ) ...... . . . .. . . . . < 2.0 W/hr < 2.0 W /hr A i rterne Be t a Dose Ret e . . . . . . . . . . . . . . . . . 3720. ast/hr < 2.0 W /hr ! Air Sample Comt Rete per 1000 cc ..... 3.8E5 cpm Air Sample Oose Rate per 1000 cc ...... 125. ast/hr < 2.0 W /hr Floor Contaminetton Rate ................ 3.8E5 cpm /100cm2 < 100 cpm /100cm2 Welt & Egulp contamination Rate.......... 3.8E4 epa /100cm2 < 100 cpm /100cm2 Persornet Contaminetton per sin in aree . 3.8E2 com/100cm2 < 100 epa /100cm2 l
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVITY (CLOCK TIME T = 19:10) RX BLDO AIR TURB BLDG AIR WUCLIDE Concentration Concentration Kr 85 9.36E-04 uC1/cc 1.00E-09 uti/cc Kr-85m 4.10E-02 uti/cc 1.00E 09 uCl/cc Kr-87 8.04E 02 uC(/cc 1.00E-09 uti/cc Kr 88 1.16E-01 uCi/cc 1.00E 09 uCl/cc xe 131m 1.7DE-03 uti/cc 2.00E-09 uti/cc Xe-133 2.91E-01 uCi/cc 1.00E-09 uti/cc re-133m 1.03E 02 uti/cc 1.00E-09 uCf/cc Xe-135 5.81E-02 uCl/cc 4.00E-10 uCf/cc Ke-138 2.91E 01 ucl/cc 3.00E-11 uCl/cc Total Gas 8.90E-01 uCl/cc 8.00E-09 uC1/cc I-131 3.46E 03 uti/cc 9.00E-12 uCl/cc I-132 4.88E-03 uti/cc 2.00E-11 uti/cc ' l-133 6.92E-03 uCl/cc 3.00E-12 uCf/cc I-134 7.73E-03 .d /cc 5.00E-11 uti/cc t-135 6.11E-03 uCf/cc 1.00E-11 uti/cc OEl-131 5.48E-03 uCi/cc 1.06E 11 uCl/cc Ba-140 9.50E 08 uCI/cc 1.00E-11 uti/cc Co-144 7.78E 07 uCl/cc 1.00E-11 uCl/cc Cs-134 7.64E-04 uti/cc 4.00E-12 uti/cc Cs-136 3.06E 04 uC1/cc 1.00E-11 uti/cc Cs-137 4.79E-04 uti/cc 6.00E-12 uCl/cc La-140 2.38E-08 uct/cc 1.00E-11 uCl/cc l Mo-99 2.98E-07 uCl/cc 1.00E-11 uCi/cc Np-239 4.32E-08 uCl/cc 1.00E-11 uCf/cc j Ru-103 2.51E 08 uCf/cc 1.00E-11 uCi/cc I - Ru-106 5.62E-05 uti/cc 1.00E 11 uCl/cc Sb-127 1.24E-06 uCf/cc 1.00E 11 uCl/cc Sb-129 6.73E 06 uCl/cc 1.00E 11 uC1/cc
$r-89 4.77E 11 uC1/cc 1.00E-11 uC1/cc
$r-90 4.77E-11 uti/cc 1.00E-11 uti/cc Sr-91 4.32E-07 uti/cc 1.00E-11 uCi/cc Te-129m 1.0M 06 uct/cc 1.00E 11 uCf/cc Te-131m 2.65E 06 uCl/cc 2.00E 12 uti/cc Te-132 2.45E-05 uCl/cc 1.00E 11 uCl/cc Y 91 3.03E-07 uC1/cc 7.00E 12 uti/cc Tot Fitt 1.64E-03 uCl/cc 1.69E-10 uCl/cc Hydrogen conc 0.0% 0.0%
1 0xygen ecne 0.0% 0.0% Dose Rate et 1 foot Pass sample (1225 at ) ............... < 2.0 m/hr < 2.0 mR/tr Airborne Beta Dose Rate ................. 3530. 2 /hr < 2.0 mR/hr t.f r sample Comt Rate per 1000 cc ..... 3.6E5 cpm l Air Sample Dose Rate per 1000 cc ...... 120. sR/hr < 2.0 mR/hr Floor Contamination Rate ................ 3.6ES cpm /100cm2 < 100 cpn/100cm2 Wall & Ecpip contamination Rate.......... 3.6E4 cpn/100cm2 < 100 cpm /100cm2 Personnet Contamination per min in area . 3.6E2 cpm /100cm2 < 100 cpm /100cm2 1 i
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D [^ BUILDING AIR ACTIVITY (CLOCK TIME T = 19:20) RX BLDG AIR TURB BLDG AIR NUCLIDE Concentration Concentration Kr-85 8.89E 04 uC1/cc 1.00E-09 uCI/cc Kr-85m 3.90E 02 uti/cc 1.00E-09 uti/cc Kr 87 7.64E 02 uCi/cc 1.00E-09 uti/cc Kr 88 1.10E-01 uti/cc 1.00E 09 uCl/cc Me 131m 1.62E-03 uCf/cc 2.00E-09 uCI/cc Xe 133 2.76E-01 uC1/cc 1.00E-09 uC1/cc Xe-133m 9.79E-03 uCi/cc 1.00E-09 uti/cc Xe-135 5.52E-02 uCi/cc 4.00E-10 uti/cc Xe-138 2.76E-01 uCf/cc 3.00E 11 uCf/cc Totet Gee 8.46E 01 uC1/cc 8.00E-09 uCl/cc I 131 3.29E 03 uti/cc 9.00E-12 uti/cc l 132 4.64E 03 uCl/cc 2.00E 11 uCf/cc I-133 6.57E-03 uti/cc 3.00E-12 uC1/cc I-134 7.34E 03 uti/cc 5.00E-11 uCi/cc I 135 5.80E 03 uCl/cc 1.00E 11 uCi/cc del 131 5.21E-03 uC1/cc 1.06E-11 uCf/cc Be 140 9.03E 08 uCl/cc 1.00E 11 uC1/cc Ce 144 7.39E-07 uti/cc 1.00E 11 uCl/cc Cs-134 7.26E 04 uti/cc 4.00E 12 uC1/cc Co-136 2.91E-04 uti/cc 1.00E 11 uCf/cc Co-137 4.55E-04 uCI/cc 6.00E 12 uct/cc La-140 2.26E-08 uCf/cc 1.00E-11 d i/cc Mo-99 2.83E 07 uCf/cc 1.00E 11 uCl/cc Np-239 4.10E 08 uCI/cc 1.00E 11 uCi/cc Ru-103 2.38E 08 uti/cc 1.00E-11 uCf/cc Ru-106 5.34E 05 uC1/cc 1.00E 11 uCi/cc sb-127 1.18E-06 uCI/cc 1.00E 11 uCi/cc sb-129 6.39E 06 uCl/cc 1.00E-11 uCf/cc sr-89 4.53E-11 uti/cc 1.00E 11 uCl/cc tr-90 4.53E-11 uCf/cc 1.00E 11 uCf/cc tr-91 4.10E 07 uCf/cc 1.00E-11 uCl/cc Te 129m 1.03E-06 LCf/cc 1.00E 11 uC1/cc Te-131m 2.52E-06 uCf/cc 2.00E 12 uct/cc Te 132 2.33E 05 uti/cc 1.00E-11 uCf/cc Y 91 2.88E-07 uCf/cc 7.00E 12 uCI/cc Tot Fitt 1.56E 03 uCf/cc 1.69E 10 uti/cc Hydrogen conc 0.01 0.01 0xygen conc 0.0% 0.0% Dose Rate et 1 foot Pese sempl e ( 1225 at ) . . . . . . . . . . . . . . . < 2.0 W/hr < 2.0 W /hr A i rborne Set e Dose Ret e . . . . . . . . . . . . . . . . . 3350. W/hr < 2.0 W /hr Air Seepte Count Rate per 1000 cc ..... 3.4E5 cpm tir semple Dose Rete per 1000 cc ...... 115. W /hr < 2.0 W /hr F loor s'ont ami net t on R et e . . . . . . . . . . . . . . . . 3.4E5 cpm /100cm2 < 100 cpm /100cm2 Well & 2cpip contamination Rete.......... 3.4E4 cpm /100cm2 < 100 cpm /100cm2 Per%wt Contaminetton per min in area . 3.4E2 cpm /100cm2 < 100 com/100cm2
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D BUILDING AIR ACTIVITY (CLOCK TIME T = 19:30) RX BLDG AIR TURS BLDG AIR WUCLIDE Concentration Concentratim Kr 85 8.45E-04 uti/cc 1.00E-09 uC1/cc Kr-85m 3.71E-02 uCl/cc 1.00E 09 uCi/cc Kr 87 7.26E-02 uti/cc 1.00E-09 uti/cc Kr-88 1.05E-01 uCl/cc 1.00E-09 uti/cc de-131m 1.54E 03 uCi/cc 2.00E-09 uti/cc re 133 2.62E-01 uci/cc 1.00E-09 uCi/cc Xe-133m 9.30E-03 uCi/cc 1.00E-09 uCf/cc xe 135 5.24E-02 uti/cc 4.00E-10 uti/cc xe-138 2.62E-01 uci/cc 3.00E 11 uCl/cc Total Gas 8.04E-01 uC1/cc 8.00E 09 uti/cc l 131 3.13E-03 uCf/cc 9.00E 12 uti/cc I-132 4.41E-03 uti/cc 2.00E-11 uti/cc I-133 6.24E-03 uti/cc 3.00E-12 uti/cc I-134 6.97E-03 uCl/cc 5.00E-11 uCi/cc I-135 5.51E-03 uCl/cc 1.00E-11 uCl/cc del 131 4.95E-03 ucl/cc 1.06E-11 uCl/cc Ba-140 8.55E ~W5 uCl/cc 1.00E-11 uti/cc Ce-144 7.02E-07 uti/cc 1.00E 11 uCf/cc Co-134 6.90E 04 uci/cc 4.00E-12 uti/cc Cs-136 2.76E-04 uti/cc 1.00E-11 uCl/cc Cs 137 4.32E-04 uCi/cc 6.00E-12 uct/cc La-140 2.15E-08 uCl/cc 1.00E 11 uCi/cc Mo-99 2.69E-07 W l/cc 1.00E-11 uCi/cc Np-239 3.90E-08 uti/cc 1.00E-11 uCi/cc Ru-103 2.26E-08 uCl/cc 1.00E 11 uCl/cc Ru-106 5.07E-05 uCl/cc 1.00E-11 uCl/cc sb-127 1.12E-06 uti/cc 1.00E 11 uCl/cc Sb-129 6.07E-06 uci/cc 1.00E 11 uCl/cc Sr-89 4.30E-11 uCl/cc 1.00E-11 uCl/cc
$r-90 4.30E 11 uCl/cc 1.00E 11 uC1/cc sr-91 3.90E-07 uCl/cc 1.00E-11 uCl/cc Te-129m 9.79E-07 uCf/cc 1.00E 11 uCi/cc Te-131m 2.39E-06 uCi/cc 2.00E 12 uti/cc Te-132 2.21E-05 uti/cc 1.00E 11 d i/cc Y 91 2.74E-07 uCl/cc 7.00E 12 uC1/cc Tot Filt 1.48E-03 uti/cc 1.69E 10 uti/cc l Hydrogen conc 0.0% 0.0%
0xygen conc 0.0% 0.0% l Dose Rate et 1 foot Pass sample (1225 at ) ............... < 2.0 m /hr < 2.0 mR/hr l Airborne Beta Dose Rate ................. 3180. d /hr < 2.0 mR/hr I Air sample Count Rate per 1000 cc ..... 3.2E5 cpm Air sample Dose Rate per 1000 cc ...... 110. w /hr < 2.0 m /hr Floor Contamination Rate ................ 3.2E5 cpm /100cm2 < 100 cpm /100cm2 Watt & Equip contamination Rate.......... 3.2E4 cpm /100cm2 < 100 cpm /100cm2 1 Personnel Contamination per min in area . 3.2E2 cpm /100cm2 < 100 cpm /100cm2 l
c r ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III D l __^T BUILDING AIR ACTIVITY l (h (CLOCK TIME T = 19:40) i l Rx BLDG AIR tuRB BLDG AIR ! NUCLIDE Concentration Concentration l Kr-85 7.74E 04 uCl/cc 1.00E 09 uti/cc Kr 85m 3.52E-02 uCl/cc 1.00E 09 uti/cc ; Kr-87 6.90E-02 uCl/cc 1.00E 09 uCl/cc Kr 88 9.98E-02 uCi/cc 1.00E 09 uti/cc ) Xe-131m 1.46E-03 uCl/cc 2.00E-09 uti/cc Xe-133 2.49E-01 uCl/cc 1.00E-09 uti/cc Me-133m 8.84E 03 uti/cc 1.00E 09 uC1/cc Me 135 4.98E-02 uct/cc 4.00E 10 uCf/cc Me-138 2.49E 01 uct/cc 3.00E-11 uCl/cc i Total Ces 7.64E-01 uCl/cc 8.00E 09 uCf/cc I 131 2.97E-03 uCl/cc 9.00E-12 uCl/cc ( I 132 4.19E-03 uCl/cc 2.00E 11 uCf/cc I 133 5.93E-03 ucl/cc 3.00E 12 utf/cc I 134 6.62E-03 ucl/cc 5.00E-11 uCi/cc I 135 5.23E-03 uCl/cc 1.00E-11 uCl/cc , del-131 4.70E-03 uCl/cc 1.06E-11 ucl/cc Be-140 8.12E 08 uCf/cc 1.00E 11 uCI/cc Ce-144 6.67E-07 uCl/cc 1.00E 11 uC1/cc Co 134 6.56E-04 uCl/cc 4.00E 12 uCl/cc , Co-136 2.62E-04 uCf/cc 1.00E-11 uCl/cc '
- e. Cs-137 4.10E-04 uct/cc 6.00E-12 uct/cc La-140 2.04E-08 uct/cc 1.00E 11 uti/cc ,
Mo-99 2.56E-07 uC1/cc 1.00E-11 uCl/cc , up-239 3.71E-08 uCf/cc 1.00E 11 utf/cc [ Ru 103 2.15E-08 uCf/cc 1.00E 11 uCf/cc Ru-106 4.82E-05 uCf/cc 1.00E 11 M f/cc sb-127 1.0$E 06 uct/cc 1.00E 11 uCl/cc ' Sb-129 5.77E-06 uCl/cc 1.00E 11 utt/cc Sr-89 4.09E-11 uti/cc 1.00E 11 uCl/cc sr 90 4.09E-11 uCf/cc 1.00E 11 uCl/cc sr 91 3.71E-07 uCi/cc 1.00E 11 uCl/cc Te 129m 9.30E-07 W l/cc 1.00E 11 uCl/cc Te 131m 2.27E-06 uC1/cc 2.00E 12 uct/cc ; Te-132 2.10E-05 utt/cc 1.00E-11 uCl/cc Y-91 2.60E-07 uCf/cc 7.00E 12 uCl/cc Tot Fitt 1.41E-03 utt/cc 1.69E 10 W I/cc Hydrogen conc 0.0% 0.0% 0xygen conc 0.0% 0.0% Dose Rate at 1 foot Pese $ ample (1225 at ) ............... < 2.0 m /hr < 2.0 W /hr A i rborne Bet a Dose Rete . . . . . . . . . . . . . . . . . 3020. rat /hr < 2.0 m /hr Air sample Count Rete per 1000 cc ..... 3.M5 com Air Sample Dose Rate per 1000 cc ...... 105. W /hr < 2.0 mR/hr 4 Floor Contaminetton Rote ................ 3.0E5 cpa/100cm2 < 100 cpmV100cm2 Well & Essip contaminetton Rete.......... 3.0E4 cpm /100cm2 < 100 epuv100an2 Personnel Contaminetton per ein in eroe . 3.0E2 cpm /100cm2 < 100 cpm /100cm2
, g 4 l 1 l l l i l 0 0
ANNUAL EXERCISE SCENARIO NO. 36 REV.O OCNGS O n SECTION IILE U PLANT SAMPLE ACTIVITY l I l O (94 ANNUAL EX/LD/61)
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. 0 , SECTION III E J l PLANT SAMPLE ACTIVITY (CLOCK TIME T=16:00) l
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Rx 6ATER TORUS WATER DRYWELL GAS TORUS GAS RAGEMS NUCLICE Concentration Concentration Concentration Concentration Concentration Kr 85 4.90E 03 uti/cc 1.00E-09 uti/cc 6.50E 08 uci/cc 6.50E-08 uCi/cc 2.70E 09 uCi/cc Kr-85m 4. 70E - 06 uti/cc 1.00E 09 uti/cc 1.30E 06 uti/cc 1.30E 06 uti/cc 5.60E-06 uti/cc Kr-87 1.20E 05 uti/cc 1. ME-09 uci/cc 2.60E-06 uti/cc 2.60E 06 uti/cc 1.10E-07 uCi/cc Kr-88 1.70E 05 uci/cc 1.00E 09 uCf/cc 4.10E 06 uti/cc 4.10E-06 uCi/cc 1. 70E -07 uti/cc , ze 131m 1.80E-03 uCi/cc 1.00E-09 uti/cc 1.40E-05 uCi/cc 1.40E-05 uti/cc 5.80E-07 uCi/cc xe-133 1.40E-05 uct/cc 1.00E-09 uCf/cc 9.20E 07 uti/cc 9.20E-07 uti/cc 3.80E C8 uCi/cc Ne-133m 4.00E 05 uCi/cc 1.00E 09 uCl/cc 9.20E-07 uti/cc 9.20E 07 uci/cc 3.80E-08 uCl/cc
- xe-135 2.20E-04 uct/cc 1.00E 09 uti/cc 1.10E 05 uCl/cc 1.10E-05 uCf/cc 4.60E-07 uci/cc l xe-138 2.80E-05 uCf/cc 1.00E-09 uCI/cc 2.90E 06 uCl/cc 2.90E 06 uti/cc 1.20E-07 uCi/cc Total Gas 7.04E 03 uti/cc 9.00E 09 uti/cc 3.78E 05 uC1/cc 3.78E-05 uti/cc 7.12E 06 uti/cc I-131 1.60E 05 uti/cc 1.00E 08 ucl/cc 3.60E 12 uCI/cc 3.60E 12 uti/cc 1.50E-13 uci/cc I-132 2.90E-04 uti/cc 1.00E-07 uCf/cc 2.40E 13 uCl/cc 2.40E-13 uci/cc 1.00E-15 uci/cc I-133 2.10E 04 uCi/cc 1.00E-07 ucl/cc 1.10E-11 uCf/cc 1.10E 11 uCi/cc 4.60E 13 uti/cc I-134 4.30E-04 uC1/cc 1.00E-07 uti/cc 2.40E-13 uti/cc 2.40E-13 uCf/cc 1.00E 15 uti/cc I-135 4.60E-04 uct/cc 1.00E 07 uci/cc 2.40E-13 uCl/cc 2.40E-13 uci/cc 1.00E 15 uci/cc ,
del-131 9.29E 05 uti/cc 4.01E 08 uti/cc 6.22E 12 uti/cc 6.22E 12 uCf/cc 2.59E 13 uC1/ec Ba-140 2.20E-05 uC1/cc 1.00E-11 uCi/cc 1.00E-11 uCf/cc 1.00E-11 uCi/cc 1.00E 15 uci/cc Ce-144 1.80E 04 uti/cc 1.00E 11 uti/cc 1.00E-11 uti/cc 1.00E-11 uCi/cc 1.00E 15 uti/cc Cs 134 5.60E-06 ucl/cc 6.40E 06 uCl/cc 1.00E-11 uCl/cc 1.00E-11 uC1/cc 1.00E 15 uCf/cc , Cs 136 5.80E-06 uti/cc 1.00E-11 uti/cc 1.00E-11 uCl/cc 1.00E-11 uCl/cc 1.00E 15 uti/cc Cs 137 7.20E 06 uCi/cc 1.50E 06 uci/cc 1.00E 11 uCi/cc 1.00E 11 uti/cc 1.00E 15 uCi/cc La-140 5.50E 06 uC1/cc 1.00E 11 uCl/cc 1.00E 11 uti/cc 1.00E 11 uCl/cc 1.00E-15 uti/cc ; Mo-99 6.90E 05 uti/cc 1.00E 11 uti/cc 1.00E 11 uCi/cc 1.00E-11 uti/cc 1.00E-15 uti/cc ap-239 1.00E-05 uti/cc 1.00E-11 uCl/cc 1.00E 11 uct/cc 1.00E 11 uti/cc 1.00E-15 uti/cc Ru-103 5.80E-06 uCl/cc 1.00E 11 uti/cc 1.00E-11 uCl/cc 1.00E-11 uCl/cc 1.00E-15 uCf/cc Ru-106 1.30E-02 uCl/cc 1.00E-11 uCi/cc 1.00E-11 uCl/cc 1.00E 11 ucl/cc 1.00E 15 uCI/cc Sb-127 1.00E 08 uCi/cc 1.00E 11 uti/cc 1.00E 11 uCl/cc 1.00E-11 uci/cc 1.00E-15 uci/ec Sb-129 1.00E-06 uCl/cc 1.00E 11 uCi/cc 1.00E-11 uC1/cc 1.00E-11 uCf/cc 1.00E 15 uti/cc - Sr 89 1.00E-08 uct/cc 1.00E-11 uCi/cc 1.00E 11 uti/cc 1.00E 11 uti/cc 1.00E 15 uti/cc tr-90 1.00E-08 uCI/cc 1.00E 11 uti/cc 1.00E 11 uti/cc 1.00E-11 uCl/cc 1.00E 15 uti/cc
$r-91 1.00E 04 uti/cc 1.00E-11 uCl/cc 1.00E 11 uCi/cc 1.00E-11 uCi/cc 1.00E-15 uCi/cc Te-129m 1.00E t3 uCl/cc 1.00E 11 uCl/cc 1.00E 11 uct/cc 1.00E 11 uti/cc 1.00E 15 uti/cc Te-131m 1.00E-06 uti/cc 1.00E 11 uCl/cc 1.00E 11 UCl/cc 1.00E 11 uCl/cc 1.00E-15 uti/cc Te-132 4.40E-06 uCf/cc 1.00E 11 uC1/cc 1.00E 11 uti/cc 1.00E-11 uCl/cc 1.00E 15 uti/cc Y-91 7.00E-05 uCl/cc 1.00E-11 uti/cc 1.00E 11 uct/cc 1.00E 11 uCi/cc 1.00E 15 uct/cc Tot Fitt 1.35E-02 uCI/cc 7.90E-06 uC1/cc 1.90E 10 uCI/cc 1.90E 10 uCl/cc 1.90E 14 uti/cc Hydrogen conc 0.0% 0.0% 0.0% 0.0% 0.0%
0xygen conc 0.0% 0.0% 0.0% 0.0% 0.0% Dose Rate at 1 foot itormal Pass Sanple ( 10 ml ) < 2.0 m /hr < 2.0 W /hr Diluted Sample ( 0.1 at ) < 2.0 m /hr < 2.0 m/hr tlormal Pass Sample ( 15 m i ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 mR /h r < 2.0 mR/hr undiluted Gas temple ( 1225 cc ) ........................................................................ < 2.0 m /hr i (
l ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. 3 SECTION III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=18:00) Rx 6ATER TORUS WATER ORYWELL GAS TORUS GAS RACEMS WUCLICE Concentration Concentration Concentration Concentration Concentration Kr 85 4.90E-03 uti/cc 1.00E 09 uct/cc 6.50E-08 uti/cc 6.50E 08 uCi/cc 2.70E 09 uti/cc Kr 85m 4. 70E -06 uti/cc 1.00E-09 uti/cc 1.30E-06 uCi/cc 1.30E-06 uCt/cc 5.60E 06 uci/cc Kr-87 1.20E-05 uCi/cc 1.00E 09 uCI/cc 2.60E-06 uCi/cc 2.60E 06 uti/cc 1.10E 07 uci/cc Kr 88 1. 70E - 05 uCi/cc 1.00E 09 uC1/cc 4.10E-06 uCi/cc 4.10E 06 uti/cc 1.70E 07 uCi/cc xe 131m 1.80E 03 uCi/cc 1.00E-09 uti/cc 1.40E-05 utt/cc 1.40E 05 uti/cc 5.80E-07 uCi/cc xe-133 1.40E-05 uti/cc 1.00E 09 uti/cc 9.20E-07 uCi/cc 9.20E-07 uti/cc 3.80E-08 uCi/cc xe-133m 4.00E 05 uti/cc 1.00E-09 uci/cc 9.20E 07 uCi/cc 9.20E 07 uti/cc 3.80E 08 uCl/cc xe-135 2.20E 04 uti/cc 1.00E-09 uCi/cc 1.10E-05 uci/cc 1.10E-05 uti/cc 4.60E-07 uti/cc re-138 2.80E 05 uti/cc 1.00E-09 uti/cc 2.90E-06 uti/cc 2.90E-06 uti/cc 1.20E-07 uti/cc Total Gas 7.04E-03 uti/cc 9.00E-09 uCi/cc 3. 78E-05 uCf/cc 3.78E 05 uct/cc 7.12E 06 uti/cc I-131 1.60E 05 uti/cc 1.00E 08 utt/cc 3.60E 12 uti/cc 3.60E 12 uCi/cc 1.50E-13 uti/cc I-132 2.90E-04 uti/cc 1.00E-07 uti/cc 2.40E-13 uCl/cc 2.40E-13 uti/cc 1.00E-15 uti/cc I-133 2.10E-04 uCt/cc 1.00E-07 uci/cc 1.10E 11 uti/cc 1.10E-11 uti/cc 4.60E-13 uti/cc I-134 4.30E-04 uti/cc 1.00E 07 vC1/cc 2.40E-13 uCi/cc 2.40E-13 uCi/cc 1.00E-15 uti/cc l-135 4.60E-04 uCi/cc 1.00E-07 uti/cc 2.40E-13 uti/cc 2.40E 13 uti/cc 1.00E 15 uti/cc del-131 9.29E-05 uC1/cc 4.01E 08 uti/cc 6.22E-12 uCi/cc 6.22E-12 uti/cc 2.59E-13 uCl/cc Ba-140 2.20E 05 uCf/cc 1.00E 11 uCi/cc 1.00E-11 uti/cc 1.00E 11 uCi/cc 1.00E-15 uCl/cc Ce-144 1.80E 04 uti/cc 1.00E-15 uti/cc 1.00E-11 uCi/cc 1.00E-11 uCi/cc 1.00E-15 uci/cc Cs 134 5.60E-06 uti/cc 6.40E-06 utt/cc 1.00E-11 uci/cc 1.00E-11 uCi/cc 1.00E-15 uti/cc Co 136 5.80E 06 uC1/cc 1.00E-11 uti/cc 1.00E 11 uti/cc 1.00E-11 uCi/cc 1.00E-15 uCi/cc Cs-137 7.20E-06 uti/cc 1.50E 06 uti/cc 1.00E-11 uti/cc 1.00E-11 uCi/cc 1.00E-15 uCf/cc La-140 5.50E-06 uci/cc 1.00E-11 uCl/cc 1.00E-11 uC1/cc 1.00E-11 uti/cc 1.00E 15 uCi/cc ko 99 6.90E-05 uCi/cc 1.00E-11 uCi/cc 1.00E-11 uCi/cc 1.00E-11 uti/cc 1.00E 15 uc./cc Np 239 1.00E-05 uCf/cc 1.00E-11 uCl/cc 1.00E 11 uti/cc 1.00E-11 uCl/cc 1.00E 15 uti/cc Ru 103 5.80E-06 uCi/cc 1.00E 11 uti/cc 1.00E-11 uCf/cc 1.00E 11 uCl/cc 1.00E 15 uCi/cc Ru-106 1.30E 02 uct/cc 1.00E-11 uti/cc 1.00E-11 uCi/cc 1.00E-11 uti/cc 1.00E 15 uti/cc Sb-127 1.00E 08 uti/cc 1.00E 11 uti/cc 1.00E-11 uCl/cc 1.00E-11 uCl/cc 1.00E 15 uti/cc Sb-129 1.00E 08 uCI/cc 1.00E-11 uCl/cc 1.00E 11 uti/cc 1.00E-11 uti/cc 1.00E 15 uCi/cc Sr 89 1.00E 08 uti/cc 1.00E 11 uCl/cc 1.00E 11 uti/cc 1.00E-11 uCi/cc 1.00E-15 uti/cc
$r 90 1.00E 08 uCl/cc 1.00E 11 uti/cc 1.00E-11 uCf/cc 1.00E 11 uCi/cc 1.00E 15 uti/cc Sr-91 1.00E-04 uCf/cc 1.00E 11 uCi/cc 1.00E 11 uCl/cc 1.00E-11 uti/cc 1.00E-15 uCi/cc Te 129m 1.00E-08 uCl/cc 1.00E-11 uti/cc 1.00E 11 uCf/cc 1.00E-11 uCi/cc 1.00E 15 uCi/cc Te-131m 1.00E-08 uti/cc 1.00E-11 uCl/cc 1.00E-11 uCi/cc 1.00E-11 uC1/cc 1.00E 15 uti/cc Te 132 4.40E-06 uCl/cc 1.00E 11 uti/cc 1.00E 11 uCi/cc 1.00E-11 uti/cc 1.00E 15 uCi/cc Y-91 7.00E-05 uti/cc 1.00E 11 uCi/cc 1.00E-11 uCl/cc 1.00E-11 uti/cc 1.00E-15 uCI/cc Tot Fitt 1.35E-02 uCl/cc 7.90E-06 uCl/cc 1.90E-10 uCi/cc 1.90E-10 uCl/cc 1.90E-14 uCI/cc Nydrogen conc 0.0% 0.0% 0.0% 0.0% 0.0%
0xygen conc 0.0% 0.0% 0.0% 0.0% 0.0% Dose Rate at i foot Cormal Pass Sancte ( 10 mt ) < 2.0 m /hr < 2.0 W /hr Dituted Senpte ( 0.1 mL ) < 2.0 mR/hr < 2.0 m /hr Cormal Pass Sanple ( 15 et ) .....................................< 2.0 mR/hr < 2.0 mR/hr und i l ut ed Ga s S anp l e ( 1225 c c ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 m / h r O
SCENARIO 36 ANNUAL EXERCISE REV NO. C OCNGS C SECTION III E h PLANT SAMPLE ACTIVITY (CLOCK TIME T=18:05) TORUS WATER ORYWELL GAS TORUS GAS RAGENS Rx 6ATER Concentration Concentration Concentration Concentration W CLlDE Concentration Kr 85 9.32E-03 uCi/cc 5.08E-06 uCi/cc 5.59E 04 uCi/cc 5.59E 04 uti/cc 2.70E 09 uCi/cc gr 85m 6.10E 01 uti/cc 3.32E-04 uCi/cc 3.66E-02 uti/cc 3.66E-02 uti/cc 5.60E-06 uCi/cc Kr 87 1.19E+00 uCi/cc 6.51E 04 uCl/cc 7.16E 02 uCi/cc 7.16E 02 uCi/cc 1.10E-07 uti/cc Kr 88 1.69E+00 uCl/cc 9.42E-04 uCf/cc 1.04E-01 uti/cc 1.04E 01 uCi/cc 1.71E-07 uCl/cc xe 131m 2.36E 02 uC1/cc 1.29E 05 uCl/cc 1.43E 03 uCi/cc 1.43E-03 uti/cc 5.86E 07 uti/cc xe 133 4.32E+00 uCi/cc 2.35E-03 uti/cc 2.59E-01 uCl/cc 2.59E-01 uCi/cc 3.83E 08 uti/cc xe-133m 1.52C 01 uCl/cc 8.31E-05 uti/cc 9.14E 03 uCl/cc 9.14E-03 uti/cc 3.80E 08 uCi/cc xe-135 8.63E 01 uCl/cc 4.71E 04 uCl/cc 5.18E 02 uC1/cc 5.18E-02 uCf/cc 4.66E 07 uti/cc xe 138 4.32E+00 uti/cc 2.35E-03 uti/cc 2.59E-01 uti/cc 2.59E-01 uCi/cc 1.23E 07 uCf/cc Total Gas 1.32E+01 uti/cc 7.21E 03 uti/cc 7.93E-01 uti/cc 7.93E-01 uti/cc 7.90E 06 uCi/cc I-131 2.36E-01 uCi/cc 1.93E-02 uCl/cc 1.41F 02 uCl/cc 1.41E 02 uCi/cc 1.72E 13 uCf/cc 1-132 3.32E 01 uCi/cc 2.72E 02 uti/cc 1.99E-02 uCf/cc 1.99E-02 uti/cc 2.43E 15 uCf/cc 1 133 4.71E 01 uCl/cc 3.85E 02 uCl/cc 2.83E-02 uti/cc 2.83E 02 uCf/cc 4.45E 13 uCf/cc I 134 5.26E-01 uCi/cc 4.31E-02 uCl/cc 3.16E 02 uC1/cc 3.16E-02 uti/cc 2.85E 15 uci/cc I-135 4.15E-01 uti/cc 3.40E-02 uti/cc 2.49E 02 uCl/cc 2.49E 02 uti/cc 3.04E-15 uCl/cc del-131 3.73E 01 uCl/cc 3.05E-02 uCf/cc 2.24E 02 uti/cc 2.24E-02 uCf/cc 2.63E 13 uCf/cc so 140 2.16E-05 uCl/cc 2.33E 06 uCl/cc 1.29E 06 uti/cc 1.29E-06 uC1/cc 1.58E-15 uct/cc Ce*144 1.77E 04 uC1/cc 1.91E-05 uCl/cc 1.06E 05 uti/cc 1.06E-05 uCi/cc 1.29E-15 uCf/cc g Cs 134 5.20E 02 uCf/cc 5.62E-03 uCl/cc 3.12E 03 uCl/cc 3.12E-03 uCI/cc 1.80E-15 uCl/cc Cs-136 2.08E 02 uCl/cc 2.25E-03 uCl/cc 1.25E 03 Wi/cc 1.25E-03 uCl/cc 1.52E 15 uCf/cc Cs-137 3.26E-02 utt/cc 3.52E-03 uCl/cc 1.96E-03 uCl/cc 1.96E-03 uCl/cc 1.38E-15 uci/cc La-140 5.39E-06 ucl/cc 5.82E 07 uC1/cc 3.24E 07 uCl/cc 3.24E-07 uCi/cc 1.96E-15 uCl/cc Mo-99 6.77E-05 uCf/cc 7.31E 06 uCl/cc 4.06E-06 uCl/cc 4.06E-06 uti/cc 1.95E-15 uCl/cc up 239 9.81E 06 uti/cc 1.06E-06 uCl/cc 5.89E 07 uCi/cc 5.89E-07 Wi/cc 1.19E 15 uti/cc Ru-103 5.69E 06 uCl/cc 6.14E 07 uCl/cc 3.41E 07 Wl/cc 3.41E-07 uCi/cc 1.18E-15 uC1/cc Ru 106 1.28E-02 uC1/cc 1.38E-03 uCl/cc 7.65E 04 uti/cc 7.65E 04 uCi/cc 1.32E-15 uCf/cc Sb 127 8.46E 05 uti/cc 9.13E-06 uct/cc 5.00E 06 uti/cc 5.08E-06 uci/cc 1.19E 15 uCf/cc Sb 129 4.58E-04 uti/cc 4.94E-05 uC1/cc 2.75E-05 uCl/cc 2.75E 05 uct/cc 1.35E-15 uCl/cc
$r 89 9.81E 09 uCl/cc 1.07E 09 Wl/cc 5.98E-10 uCl/cc 5.98E 10 uct/cc 1.54E 15 uct/cc Sr-90 9.81E-09 uti/cc 1.07E-09 uC1/cc 5.98E-10 uCl/ec 5.98E 10 uCl/cc 1.54E 15 uti/cc
$r-91 9.81E-05 Wl/cc 1.06E 05 uct/cc 5.89E-06 uCl/cc 5.89E46 uCi/cc 1.17E 15 uti/cc Te-129m 7.35E-05 uCf/cc 7.94E-06 uCl/cc 4.41E-06 uCl/cc 4.41E-06 uci/cc 1.38E 15 uti/cc Te-131m 1.80E 04 uCf/cc 1.95E-05 uCi/cc 1.08E 05 uCl/cc 1.08E 05 uCl/cc 1.32E-15 uti/cc Te-132 1.67E-03 uCl/cc 1.80E 04 uCl/cc 1.00E-04 uCl/ec 1.00E 04 uCl/cc 1.22E 15 uCl/cc Y 91 6.87E-05 uCl/cc 7.41E 06 uCl/cc 4.12E 06 uti/cc 4.12E-06 uCl/cc 1.02E-15 uct/cc Tot Filt 1.21E-01 uCl/cc 1.31E-02 uCl/cc 7.26E 03 uCl/cc 7.26E-03 uci/cc 8.85E 10 uci/cc 0.0% 0.0% 0.0% 0.0%
Mydrogen conc 0.0% 0.0% 0.0% 0.0% 0.0% 0xy9en conc 0.0% Dose Rate at 1 foot Normal Pass' Sample ( 10 at ) < 2.0 m /hr < 2.0 m/hr Diluted Sample ( 0.1 at ) < 2.0 m/hr < 2.0 m /hr Normal Pass Sample ( 15 et ) .....................................< 2.0 m/hr < 2.0 W /hr und i lut ed Gas Sampl e ( 1225 cc ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 m /h r O
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTIOi! III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=18:10) Rx WATER TORUS '.,ATER ORYWELL GAS TORUS GAS RAGEMS WUCLIDE Concentration Concentration Concentration Concentration Concentrat ion tr 85 5.11E 02 uti/cc 8.74E 05 uCi/cc 2.89E-03 uti/cc 2.89E 03 uti/cc 4.11E-07 uti/cc tr 85m 2.06t+00 uCi/cc 3.61E 03 uti/cc 1. 27E -01 uti/cc 1.27E-01 uci/cc 2.73E 05 uti/cc tr-87 4.03E+00 uti/cc 7.06E-03 uti/cc 2.48E 01 uti/cc 2.48E 01 uti/cc 5.30E 05 uti/cc Kr-SS 5.83E+00 uti/cc 1.02E 02 uti/cc 3.59E 01 uCi/cc 3.59E 01 uti/cc 7.74E-05 uCl/cc xe-131m 8.69E-02 uCf/cc 1.51E-04 uct/cc 5.26E-03 uti/cc 5.26E*03 uCi/cc 1. 07E - 06 uCi/cc Xe 133 1.46E+01 uti/cc 2.56E 02 uCi/cc 8.97E 01 uci/cc 8.97E -01 uCi/cc 1.96E-04 uCi/cc xe-133m 5.15E-01 uCi/cc 9.02E 04 uti/cc 3.17E 02 uti/cc 3.17E 02 uCi/cc 6.81E 06 uCi/cc xe 135 2.92E+00 uct/cc 5.11E 03 uCl/cc 1.79E 01 uti/cc 1.79E 01 uCi/cc 3.82E-05 uti/cc xe-138 1.46E+01 uCi/cc 2.56E-02 uCf/cc 8.97E-01 uCl/cc 8.97E 01 uti/cc 1.96E 04 uti/cc Total Gas 4.47E+01 uCf/cc 7.82E-02 uCf/cc 2.75E+00 uti/cc 2.75E+00 uCf/cc 5.95E-04 uci/cc I 131 1.17E+00 uCf/cc 3.02E-01 uti/cc 6.74E 02 uci/cc 6.74E 02 uCi/cc 1.74E 09 uti/cc I 132 1.66E+00 uti/cc 4.27E-01 uct/cc 9.51E 02 uCi/cc 9.51E 02 uti/cc 2.45E 09 uti/cc I-133 2.35E+00 uC1/cc 6.05E 01 uti/cc 1.35E 01 ucl/cc 1.35E 01 uti/cc 3.47E 09 uCi/cc I-134 2.62E+00 uti/cc 6.76E 01 uti/cc 1.51E 01 uti/cc 1.51E 01 uti/cc 3.88E 09 uCl/cc I-135 2.07E+00 uti/cc 5.33E 01 uci/cc 1.19E 01 uti/cc 1.19E-01 uct/cc 3.06E 09 uCl/cc del 131 1.86E+00 uti/cc 4.79E 01 uCi/cc 1.07E-01 uCf/cc 1.07E-01 uCf/cc 2.74E-09 uti/cc Be 140 2.12E-05 uC1/cc 8.45E 06 uCf/cc 1.97E*06 uCi/cc 1.97E 06 uCi/cc 1.61E-13 uti/cc Co 144 1.73E 04 uti/cc 6.91E 05 uCi/cc 1.61E 05 uti/cc 1.61E-05 ucl/cc 1.30E 12 uCf/cc Cs-134 2.59E-01 uC1/cc 8.81E 02 uCl/cc 1.49E 02 uti/cc 1.49E 02 uct/cc 3.82E-10 uCl/cc Cs 136 1.04E 01 uCl/cc 3.52E-02 Wl/cc 5.95E-03 uci/cc 5.95E 03 uti/cc 1.55E-10 uti/cc Cs-137 1.62E 01 uCl/cc 5.52E 02 uct/cc 9.31E 03 uti/cc 9.31E 03 uCl/cc 2.47E-10 uti/cc La-140 5.29E-06 uCl/cc 2.11E 06 uCf/cc 4.92E-07 uti/cc 4.92E 07 uti/cc 3.98E 14 uCl/cc Mo-99 6.64E-05 uCl/cc 2.65E-05 uCl/cc 6.17E 06 uCi/cc 6.17E-06 uCl/cc 4.99E-13 uCi/cc Np-239 9.62E-06 uCf/cc 3.84E 06 uti/cc 8.94E-07 uti/cc 8.94E 07 uCi/cc 7 26E 14 uCl/cc Ru-103 5.58E 06 uti/cc 2.23E-06 utt/cc 5.19E 07 uC1/cc 5.19E 07 uci/cc 4.23E 14 uti/cc Ru-106 1.25E 02 uCl/cc 4.99E 03 uCi/cc 1.16E-03 uCi/cc 1.16E 03 uCl/cc 9.37E-11 uCf/cc Sb-127 4.21E 04 uCl/cc 1.43E 04 uCl/cc 2.42E 05 uCi/cc 2.42E-05 uti/cc 6.24E 13 uti/cc Sb-129 2.28E 03 uCl/cc 7.75E 04 uct/cc 1.31E 04 uCl/cc 1.31E 04 uCl/cc 3.40E-12 uti/cc Sr 89 9.62E 09 uti/cc 3.85E 09 uCl/cc 9.01E-10 uCI/cc 9.01E 10 uCl/cc 2.55E 16 uCi/cc Sr 90 9.62E 09 ucl/cc 3.85E-09 uCl/cc 9.01E-10 ucl/cc 9.01E 10 uti/cc 2.55E 16 uti/cc Sr-91 9.62E 05 uti/cc 3.84E 05 uCi/cc 8.94E-06 uCf/cc 8.94E 06 uti/cc 7.26E-13 uCI/cc l Te 129m 3.66E-04 uCl/cc 1.24E 04 uCl/cc 2.10E-05 Kf/cc 2.10E 05 uCf/cc 5.48E 13 uti/cc Te 131m 8.98E-04 uCl/cc 3.05E-04 uCf/cc 5.15E 05 uC1/cc 5.15E 05 uCl/cc 1.34E 12 uCf/cc l Te-132 8.29E-03 uC1/cc 2.82E-03 uti/cc 4.76E-04 uCf/cc 4.76E 04 uti/cc 1.24E 11 uCf/cc Y 91 6.73E-05 uCl/cc 2.69E 05 uct/cc 6.26E*06 uCi/cc 6.26E 06 uCi/cc 5.04E 13 uCf/cc Tot Filt 5.50E-01 uct/cc 1.88E-01 uCI/cc 3.20E 02 uCI/cc 3.20E 02 uCl/cc 8.95E-10 uCf/cc l l Hydrogen conc 0.01 0.0% 0.0% 0.0% 0.0% 0xygen cone 0.0% 0.0% 0.0% 0.0% 0.0% Dost Rate at 1 foot
%ormal Pass Sagle ( 10 mi ) 2.9 W /hr < 2.0 w /hr )
} Diluted Sagle ( 0.1 al ) < 2.0 w /hr < 2.0 aft /hr l Zormal Pass sagte ( 15 at ) .....................................< 2.0 mR/hr < 2.0 mR/hr ' und i l ut ed Gas s am l e ( 1225 cc ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 mR / h r 9
l I ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. 0
/~ SECTION III E I PLANT SAMPLE ACTIVITY (CLOCK TIME T=18:20) ,
Rx WATER TORUS WATER DRYWELL CAS TORUS CAS RAGEWS NUCLIDE Concentration Concentration Concentration Concentration Concentration Kr 85 1.22E-01 uCf/cc 2.85E-04 uti/cc 1.94E 03 uti/cc 1.94E-03 uCi/cc 9.09E-06 uCf/cc Kr 85m 5.08E+00 uCl/cc 1.19E 02 uti/cc 8.47E 02 uCi/cc 8.47E-02 uCi/cc 4.00E-04 uti/cc Kr-87 9.96E+00 uti/cc 2.33E-02 uti/cc 1.66E 01 uti/cc 1.66E 01 uti/cc 7.99E 04 uCi/cc Kr 88 1.44E+01 uC1/cc 3.37E-02 uti/cc 2.40E-01 uCf/cc 2.40E 01 uti/cc 1.17E-03 uti/cc l xe 131m 2.13E-01 uct/cc 4.98E 04 uCi/cc 3.52E 03 uCi/cc 3.52E-03 uCl/cc 1.64E-05 uti/cc ke-133 3.60E+01 uCl/cc 8.42E-02 uti/cc 6.00E-01 uti/cc 6.00E-01 uCi/cc 2.88E-03 uti/cc xe-133m 1.27E+00 uti/cc 2.97E-03 uC1/cc 2.12E-02 uCi/cc 2.12E-02 uCl/cc 1.05E-04 uti/cc xe-135 7.20E+00 uC1/cc 1.68E-02 uti/cc 1.20E-01 uct/cc 1.20E-01 uti/cc 5.75E 04 uti/cc xe-138 3.60E+01 uti/cc 8.42E-02 uCl/cc 6.00E-01 uCi/cc 6.00E-01 uCi/cc 2.88E 03 uC!/cc Total Gas 1.10E+02 uCi/cc 2.58E-01 uCl/cc 1.84E+00 uti/cc 1.84E+00 uCi/cc 8.73E-03 uCi/cc t-131 2.33E+00 uti/cc 8.51E-01 uCl/cc 4.49E 02 uCf/cc 4.49E-02 uti/cc 3.44E 08 uti/cc 1-132 3.29E+00 uti/cc 1.20E+00 uCi/cc 6.34E42 uCi/cc 6.34E-02 uti/cc 4.85E 08 uti/cc I-133 4.66E+00 uCl/cc 1.70E+00 uC1/cc 8.98E-02 uCl/cc 8.98E-02 uCf/cc 6.84E 08 uti/cc I-134 5.21E+00 utt/cc 1.90E+00 uC1/cc 1.00E-01 uCi/cc 1.00E 01 uCf/cc 7.77E 08 uti/cc I-135 4.11E+00 uti/cc 1.50E+00 uti/cc 7.93E-02 uti/cc 7.93E 02 uti/cc 6.10E 08 uCi/cc DEI 131 3.69E+00 uCf/cc 1.35E+00 uCl/cc 7.11E-02 uCl/cc 7.11E-02 uCi/cc 5.44E-08 uCi/cc Ba 140 2.08E-05 uC1/cc 1.30E-05 uCl/cc 1.30E-06 uti/cc 1.30E 06 uti/cc 1.14E-12 uCf/cc Ce-144 1.70E-04 uCl/cc 1.07E-04 uti/cc 1.06E-05 uCl/cc 1.06E 05 uCf/cc 9.12E-12 uti/cc Cs-134 5.14E-01 uti/cc 2.48E-01 uCi/cc 9.91E 03 uCi/cc 9.91E 03 uCl/cc 7.66E-09 uCl/cc Cs-136 2.06E 01 uci/cc 9.91E-02 uCf/cc 3.96E-03 uti/cc 3.96E 03 uti/cc 3.12E 09 uti/cc Cs-137 3.22E-01 uCf/cc 1.55E-01 uCi/cc 6.21E-03 uCi/cc 6.21E-03 uti/cc 4.87E-09 uct/cc La 140 5.19E-06 uti/cc 3.26E-06 uCi/cc 3.24E-07 uCl/cc 3.24E-07 uct/cc 2.85E 13 uti/cc Mo 99 6.51E-05 uCf/cc 4.09E-05 uci/cc 4.07E-06 uCi/cc 4.07E 06 uCi/cc 3.56E 12 uti/cc Np 239 9.44E-06 uCl/cc 5.93E-06 utt/cc 5.89E 07 uCl/cc 5.89E 07 uti/cc 5.12E-13 uci/cc ; Ru-103 5.47E 06 uCl/cc 3.44E-06 uCi/cc 3.42E-07 uC1/cc 3.42E 07 uti/cc 2.99E-13 uCl/cc Ru-106 1.23E 02 uCl/cc 7.71E-03 uCi/cc 7.66E 04 uCl/cc 7.66E 04 uCl/cc 6.63E 10 uti/4e sb-127 8.36E 04 uti/cc 4.03E-04 uCf/cc 1.61E-05 uC1/cc 1.61E-05 uti/cc 1.24E 11 uCf/cc
$b-129 4.52E 03 uti/cc 2.18E 03 uCf/cc 8.72E-05 uti/c- 8.72E-05 uCl/cc 6.70E-11 uCi/cc sr 89 9.44E-09 uti/cc 5.93E 09 uCf/cc 5.94E 10- uti/cc 5.94E-10 uti/cc 6.98E-16 uCi/cc
$r-90 9.44E-09 uti/cc 5.93E-09 uti/cc 5.94E 10 uti/cc 5.94E 10 uCi/cc 6.98E 16 uCi/cc
$r-91 9.44E 05 uti/cc 5.93E-05 uCl/cc 5.89E 06 uti/cc 5.89E-06 uCl/cc 5.12E-12 di/cc Te-129m 7.27E 04 uCf/cc 3.50E 04 uCl/cc 1.40E-05 uCl/cc 1.40E 05 uCl/cc 1.17E 11 uCl/cc Te 131m 1.78E-03 utt/cc 8.59E-04 uCl/cc 3.44E-05 uct/cc 3.44E-05 uCi/cc 2.65E-11 uCl/cc '
Te 132 1.65E-02 uti/cc 7.93E-03 df/cc 3.17E 04 ucl/cc 3.17E-04 uC f /cre 2.42E-10 uti/cc Y 91 6.61E-05 uCf/cc 4.15E-05 uCl/cc 4.12E-06 uti/cc 4.12E-06 di/cc 3.54E-12 uti/cc Tot Fitt 1.08E+00 di/cc 5.22E-01 uti/cc 2.13E-02 uCl/cc 2.13E-02 uCi/cc 1.71E 08 uti/cc Hydrogen cone 0.0% 0.0% 0.0% 0.0% 0.0% ; Caygen conc 0.0% 0.0% 0.0% 0.0% 0.0% Dose Rate et i foot Normat Pass Sanple ( 10 et ) 6.6 m /hr < 2.0 m/hr Diluted Sample ( 0.1 at ) < 2.0 m /hr < 2.0 W /hr Normal Pass Sample ( 15 at ) .....................................< 2.0 m /hr < 2.0 m /hr untituted Gas Sanple ( 1225 cc ) .. ..................................................................... < 2.0 mR/hr i
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=18:30) Rx 6ATER TORUS keATER ORYWELL GAS TORUS GAS RACEMS NUCLICE Concentration Concentration Concentration Concentration Concentration Kr 85 1.91E 01 uti/cc 5.40E-04 uC1/cc 1.33E-03 uCl/cc 1.33E-03 uti/cc 1.4 7E -05 uti/cc Kr-85m 8.08E+00 uti/cc 2.27E 02 uCi/cc 5.82E 02 uti/cc 5.82E 02 uti/cc 6.61E-04 uCi/cc Kr-87 1.58E+01 uCi/cc 4.45E-02 uCi/cc 1.14E-01 uti/cc 1.14E-01 uCi/cc 1.33E-03 uCi/cc Kr 88 2.29E+01 uC1/cc 6.43E-02 uti/cc 1.65E-01 uCi/cc 1.65E-01 uti/cc 1.91E 03 uti/cc xe-131m 3.38E-01 uCl/cc 9.50E-04 uti/cc 2.42E-03 uti/cc 2.42E-03 uti/cc 2.74E-05 uti/cc xe-133 5.72E+01 uti/cc 1.61E 01 uti/cc 4.12E-01 uci/cc 4.12E-01 uti/cc 4.63E-03 uti/cc xe-133m 2.02E+00 uti/cc 5.68E 03 uti/cc 1.45E-02 uti/cc 1.45E-02 uti/cc 1.65E-04 uCi/cc xe-135 1.14E+01 uCi/cc 3.22E-02 uC1/cc 8.24E-02 uti/cc 8.24E 02 uti/cc 9.41E-04 uti/cc xe 138 5.72E+01 uti/cc 1.61E-01 uti/cc 4.12E-01 uCi/cc 4.12E-01 uti/cc 4. 73E- 03 uti/cc Total Gas 1.75E+02 uCi/cc 4.92E-01 uCi/cc 1.26E+00 uCi/cc 1.26E+00 uti/cc 1.49E-02 uti/cc I-131 3.46E+00 uCf/cc 1.51E+00 uCi/cc 3.06E-02 uCi/cc 3.06E-02 uCf/cc 5.62E 08 uti/cc I 132 4.89E 00 uti/cc 2.14E+00 uC1/cc 4.32E-02 uC1/cc 4.32E-02 uCl/cc 8.08E-08 uti/cc I-133 6.93E+00 uCi/cc 3.03E+00 uti/cc 6.12E 02 uti/cc 6.12E 02 uCi/cc 1.14E-07 uCi/cc l-134 7.74E+00 uti/cc 3.39E+00 uCi/cc 6.84E-02 uCl/cc 6.84E 02 uti/cc 1.20E 07 uti/cc I 135 6.11E+00 uti/cc 2.67E+00 uti/cc 5.40E-02 uti/cc 5.40E-02 uCf/cc 1.09E-07 uti/cc DEI-131 5.49E+00 uti/cc 2.40E+00 uCi/cc 4.84E-02 uCf/cc 4.84C 02 uti/cc 8.99E 08 uCi/cc Ba-140 2.04E-05 uti/cc 1.57E-05 uCl/cc 8.56E-07 uti/cc 8.56E-07 uti/cc 1.71E-12 uti/cc Ce 144 1.67E-04 uti/cc 1.29E 04 uCl/cc 7.01E-06 uti/cc 7.01E Of uct/cc 1.45E-11 uCi/cc Cs-134 7.64E 01 Kf/cc 4.41E-01 uti/cc 6.75E 03 uC1/cc 6.75E-03 uti/cc 1.26E-08 uti/cc Cs-136 3.06E-Oi uCi/cc 1.76E 01 uti/cc 2.70E-03 uCi/cc 2.70E 03 uCi/cc 5.04E-09 uti/cc cs-137 4.79E 01 uct/cc 2.76E-01 uCl/cc 4.23E-03 uCl/cc 4.23E 03 uCi/cc 7.81E-09 uti/cc La-140 5.09E-06 uCI/cc 3.94E-06 uti/cc 2.14E-07 uti/cc 2.14E 07 uti/cc 4.33E-13 uti/cc N 99 6.39E 05 uCl/cc 4.94E 05 uCi/cc 2.69E-06 uct/cc 2.69E 06 uti/cc 5.46E-12 uti/cc Np-239 9.26E-06 uti/cc 7.16E-06 uCl/cc 3.89E-07 uti/cc 3.89E 07 uti/cc 7.94E-13 uCi/cc Ru 103 5.37E 06 uti/cc 4.15E-06 uCl/cc 2.26E-C7 uCi/cc 2.26E-07 uCi/cc 4.59E 13 uti/cc Ru-106 1.20E-02 uC1/cc 9.30E-03 uti/cc 5.06E 04 uci/cc 5.06E 04 uci/cc 1.03E-09 utt/cc sb-127 1.24E 03 uti/cc 7.17E 04 uC1/cc 1.10E-05 uCl/cc 1.10E-05 uti/cc 2.04E-11 uti/cc Sb-129 6.73E 03 uCf/cc 3.88E-03 uCi/cc 5.94E-05 Wl/cc 5.94E 05 uti/cc 1.11E-10 uti/cc sr 89 9.26E-09 uti/cc 7.16E-09 uti/cc 3.92E 10 uCi/cc 3.92E-10 uCi/cc 9.48E-16 uCI/cc sr 90 9.26E-09 uCi/cc 7.16E-09 uti/cc 3.92E 10 uCl/cc 3.92E-10 uti/cc 9.45E 16 uti/cc
$r 91 9.26E-05 utt/cc 7.16E-05 uCf/cc 3.89E 06 uCi/cc 3.89E 06 uCl/cc 7.94E 12 uct/cc Te 129m 1.08E-03 ucl/cc 6.23E-04 uCl/cc 9.54E-06 uti/cc 9.54E 06 uti/cc 1.77E 11 uti/cc Te 131m 2.65E-03 uC1/cc 1.53E-03 uti/cc 2.34E 05 uci/cc 2.34E-05 uti/cc 4.35E 11 uC1/cc Te 132 2.45E-02 uct/cc 1.41E 02 uCl/cc 2.16E-04 uCf/cc 2.16E-04 uti/cc 4.06E-10 uti/cc Y 91 6.48E 05 uct/cc 5.01E 05 uti/cc 2.72E-06 uCi/cc 2.72E 06 uti/cc 5.50E 12 uCi/cc Tot Filt 1.60E+00 uct/cc 9.24E-01 uCi/cc 1.45F 02 uC1/cc 1.45E-02 uti/cc 2.71E 08 uti/cc Hydrogen cone 0.0% 0.0% 0.0% 0.0% 0.0%
0xygen cone 0.0% 0.0% 0.0% 0.0% 0.0% Dose Rate at i foot Normal Pasa Sample ( 10 ml ) 10.5 W /hr < 2.0 m /hr Diluted sa gte ( 0.1 mt )
- 2.0 m /hr < 2.0 W /hr Normal Pass Samle ( 15 ml ) ......................... ...........< 2.0 W /hr < 2.0 m /hr undiluted Gas sa gte ( 1225 cc ) ........................................................................ < 2.0 m /hr O
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O
^ SECTION III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=1P:40)
Rx kATER TORUS M TER DR M LL GAS TORUS GAS RACEMS wuCLICE Concentration Concentration Concentration Concent ration Concentration Kr 85 2.60E-01 uCf/cc 8.29E 04 uti/cc 9.59E 04 uti/cc 9.59E-04 uti/cc 1.87E 05 uCi/cc Kr-85m 1.10E+01 uC1/cc 3.50E 02 uti/cc 4.18E-02 uti/cc 4.18E 02 uti/cc 8.24E-04 uti/cc Kr 87 2.16E+01 uti/cc 6.86E 02 uti/cc 8.19E 02 uti/cc 8.19E 02 uti/cc 1.61E 03 uci/cc Kr-88 3.13E+01 uti/cc 9.93E-02 uCi/cc 1.18E-01 uCf/cc 1.18E 01 uCi/cc 2.33E 03 uCi/cc l xe-131m 4.61E-01 uti/cc 1.46E 03 uci/cc 1.74E 03 uCf/cc 1.74E-03 uti/cc 3.42E-05 uti/cc xe-133 7.82E+01 uti/cc 2.48E 01 uti/cc 2.96E-01 uCi/cc 2.96E 01 uti/cc 5.83E 03 uti/cc xe-133m 2.76E+00 uCl/cc 8.76E-03 uCi/cc 1.05E 02 uti/cc 1.0$E 02 uCi/cc 2.06E 04 uCi/cc re-135 1.56E+01 uct/cc 4.96E-02 uti/cc 5.92E-02 uCi/cc 5.92E-02 uC1/cc 1.17E 03 uti/cc xe-138 7.82E+01 uCi/cc 2.48E-01 uCl/cc 2.96E 01 uti/cc 2.96E-01 uCt/cc 5.83E 03 uti/cc lotal Gas 2.39E+02 uCl/cc 7.60E 01 uti/cc 9.07E 01 uCf/cc 9.07E-01 uti/cc 1.79E 02 uti/cc I 131 4.58E+00 uct/cc 2.24E+00 uCl/cc 2.16E 02 uC1/cc 2.16E 02 uCi/cc 7.06E-08 uCi/cc I-132 6.46E+00 uCf/cc 3.17E+00 uCi/cc 3.04E-02 uti/cc 3.04E-02 uC1/cc 9.97E-08 uti/cc 1-133 9.15E+00 uti/cc 4.49E+00 uCi/cc 4.31E 02 uC1/cc 4.31E-02 uti/cc 1.41E 07 uti/cc I 134 1.02E+01 uti/cc 5.01E+00 uCi/cc 4.82E-02 uCf/cc 4.82E-02 uCl/cc 1.58E-07 uCi/cc t-135 8.08E+00 uCi/cc 3.96E+00 uCl/cc 3.81E 02 uCl/cc 3.81E 02 uti/cc 1.25E-07 uCl/cc del-131 7.25E+00 uC1/cc 3.55E+00 uC1/cc 3.42E-02 uCl/cc 3.42E-02 uCl/cc 1.12E 07 uti/cc Be 140 2.00E 05 uC1/cc 1.73E-05 uC1/cc 5.68E-07 ucl/cc 5.68E 07 uCi/cc 2.07E 12 uCl/cc Ce 144 1.63E-04 uCf/cc 1.41E-04 uti/cc 4.64E-06 uti/cc 4.64E-06 uCi/cc 1.69f-11 uCi/cc Cs 134 1.01E+00 uct/cc 6.53E 01 uCi/cc 4.76E 03 uCi/cc 4.76E 03 uCi/cc 1.56E 08 uti/cc O Cs-136 4.04E-01 uCf/cc 2.61E-01 uti/cc 1.90E-03 uti/cc 1.90E-03 uC1/cc 6.24E 09 uti/cc Cs 137 6.33E 01 uCl/cc 4.09E-01 uci/cc 2.98E-03 uCi/cc 2.98E-03 uCi/cc 9.78E 09 uCi/cc La 140 4.99E 06 uCl/cc 4.32E-06 uCi/cc 1.42E 07 uct/cc 1.42E-07 uCi/cc 5.17E-13 uti/cc Mo-99 6.26E 05 uti/cc 5.42E 05 uCi/cc 1.78E-06 uCf/cc 1.78E 06 uCf/cc 6.48E-12 uCI/cc Np-239 9.08E-06 uct/cc 7.85E 06 uti/cc 2.58E-07 utt/cc 2.58E 07 uCl/cc 9.39E-13 uCi/cc Ru-103 5.27E 06 uCl/cc 4.55E-06 ucl/cc 1.50E-07 uCl/cc 1.50E-07 uC1/cc 5.45E-13 uCI/cc Ru-106 1.18E-02 uct/cc 1.02E-02 uCI/cc 3.35E 04 uct/cc 3.35E-04 uci/cc 1.22E 09 uCi/cc Sb-127 1.64E-03 uti/cc 1.06E-03 uti/cc 7.74E 06 uCl/cc 7.74E 06 uCi/cc 2.54E 11 uti/cc
$b-129 8.88E-03 uCf/cc 5.75E 03 uti/cc 4.19E 05 uCl/cc 4.19E-05 uti/cc 1.37E-10 uti/cc Sr-89 9.00E-09 uCl/cc 7.85E-09 uC1/cc 2.60E-10 uCl/cc 2.60E 10 uCl/cc 1.06E-15 uCl/cc sr 90 9.08E-09 44f/cc 7.85E-09 uCf/cc 2.60E-10 uCl/cc 2.60E-10 uCl/cc 1.06E-15 uti/cc sr 91 9.08E-05 uCi/cc 7.85E 05 uCI/cc 2.58E-06 uti/cc 2.58E 0/ uCl/cc 9.39E-12 uCf/cc Te 129m 1.43E 03 uC1/cc 9.23E-04 uCl/cc 6.73E 06 sti/cc 6.73E 06 uti/cc 2.20E 11 uCi/cc Te-131m 3.50E-03 uci/cc 2.26E 03 uti/cc 1.65E 05 uct/cc 1.65E 05 uCl/cc 5.41E 11 uCl/cc j Te-132 3.23E 02 uCf/cc 2.09E-02 uCl/cc 1.52E 04 sti/cc 1.52E-04 uC1/cc 5.00E 10 uct/cc Y-91 6.35E-05 ucl/cc 5.50E 05 uCi/cc 1.81E 06 uti/cc 1.81E 06 uCI/cc 6.57E-12 uti/cc ;
Tot Filt 2.11E+00 uCl/cc 1.36E+00 uC1/cc 1.02E-02 uCf/cc 1.02E-02 uCi/cc 3.36E 08 uCf/cc Mydrogen cenc 0.0% 0.0% 0.0% 0.0% 0.0% 0xygen cone 0.0% 0.0% 0.0% 0.0% 0.0% ; Dose Rate at 1 foot tormal Pass $ ample ( 10 mi ) 14.3 W /hr < 2.0 mR/hr Diluted sample ( 0.1 at ) ' < 2.0 W/hr < 2.0 m /hr l Cormal Pass sample ( 15 et ) .....................................< 2.0 d /hr < 2.0 W /hr l Und i l ut ed Gas Sampl e ( 1225 cc ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 m / h r j O LJ
ANNUAL r:XERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=18:50) Rx uATER TORUS WATER ORYWELL CAS TORUS GAS RACEMS NUCLICE Concentration Concentration Concentration Concentration Concentration tr-85 3.29E-01 uti/cc 1.14E 03 uti/cc 7.38E-04 uCi/cc 7.38E-04 uti/cc 1.87E 05 uti/cc tr 85m 1.40E+01 uCi/cc 4.82E-02 uti/cc 3.20E 02 uti/cc 3.20E 02 uCi/cc 8.24E 04 uti/cc Kr-87 2. 73E
- 01 uCi/cc 9.44E 02 utt/cc 6.28E 02 uti/cc 6.28E-02 uCi/cc 1.61E 03 uci/cc Kr-88 3.96E +01 uti/cc 1.37E 01 uti/cc 9.08E-02 uCf/cc 9.08E-02 uti/cc 2.33E 03 uCi/cc xe-131m 5.83E-01 uti/cc 2.01E-03 uti/cc 1.33E-03 uci/cc 1.33E 03 uCi/cc 3.42E 05 uti/cc xe 133 9.89E+01 uCi/cc 3.42E 01 uti/cc 2.27E 01 uCi/cc 2.27E-01 uti/cc 5.83E 03 uCi/cc xe-133m 3.49E+00 uCf/cc 1.21E 02 uti/cc 8.01E 03 uCi/cc B.01E 03 uti/cc 2.06E-04 uti/cc re-135 1.98E+01 uCl/cc 6.83E 02 uCi/cc 4.54E-02 uti/cc 4.54E-02 uti/cc 1.17E - 03 uti/cc xe-138 9.89E+01 uti/cc 3.42E-01 uCi/cc 2. 27E -01 uti/cc 2. 27E -01 uci/cc 5.83E-03 uCf/cc To+al Gas 3.03E+02 uCi/cc 1.05E+00 uti/cc 6.95E 01 uCi/cc 6.95E 01 uti/cc 1. 79E -02 uCi/cc I-131 5.67E+00 uci/cc 3.01E+00 uci/cc 1.60E-02 uti/cc 1.60E-02 uCi/cc 7.02E 08 uti/cc I 132 8.00E+00 uti/cc 4.24E+00 uCi/cc 2.26E-02 uti/cc 2.26E-02 uCi/cc 9.90E 08 uCi/cc I-133 1.13E+01 uti/cc 6.01E+00 uC1/cc 3.20E-02 uti/cc 3.20E-02 uti/cc 1.40E-07 uCi/cc t-134 1.27E+01 uti/cc 6.72E+00 uti/cc 3.58E 02 uti/cc 3.58E 02 uCi/cc 1.57E 07 uti/cc l-135 1.00E+01 LC1/cc 5.30E+00 uti/cc 2.83E-02 uCl/cc 2.83E-02 utt/cc 1.24E-07 uCi/cc OEl-131 8.97E+00 utt/cc 4. 76E +00 uC1/cc 2.54E-02 uCl/cc 2.54E-02 uti/cc 1.11E-07 uCi/cc Be 140 1.96E 05 Wl/cc 1.81E-05 uCi/cc 3.79E-07 uCf/cc 3.79E 07 uCl/cc 2.00E-12 uti/cc Ce-144 1.60E-04 uti/cc 1.48E 04 uti/cc 3.10E 06 uCi/cc 3.10E-06 uti/cc 1.63E-11 uti/cc Cs-134 1.25E+00 uCi/cc 8.75E-01 uti/cc 3.53E 03 uCi/cc 3.53E 03 uCf/cc 1.55E 08 uCf/cc Cs-136 5.00E 01 uti/cc 3.50E-01 uCi/cc 1.41E-03 df/cc 1.41E-03 uti/cc 6.20E 09 uti/cc Cs 137 7.84E-01 uCl/cc 5.48E-01 uti/cc 2.22E-03 uC1/cc 2.22E 03 uCl/cc 9.71E 09 uCi/cc Le-140 4.90E-06 uC1/cc 4.52E-06 uci/cc 9.46E 08 uCi/cc 9.46E 08 uCl/cc 5.00E-13 uti/cc Mo-99 6.14E-05 uti/cc 5.67E-05 uCl/cc 1.19E 06 uCi/cc 1.19E-06 uCl/cc 6.27E 12 uti/cc hp-239 8.90E-06 uti/cc 8.22E-06 uCi/cc 1.72E-07 uti/cc 1. 72E-07 uti/cc 9.08E-13 uC1/cc )
Ru-103 5.16E-06 uCl/cc 4.77E-06 uC1/cc 9.98E 08 uC1/cc 9.98E-08 uti/cc 5. 27E- 13 uci/cc ; Ru 106 1.16E-02 uCi/cc 1.07E-02 uCi/cc 2.24E-04 uti/cc 2.24E-04 uti/cc 1.18E-09 uCi/cc l sb 127 2.03E-03 uC1/cc 1.42E-03 uti/cc 5.75E-06 uCl/cc 5.75E-06 uCf/cc 2.52E-11 uti/cc I Sb-129 1.10E-02 uti/cc 7.70E-03 uti/cc 3.11E-05 uC1/cc 3.11E-05 uti/cc 1.362 10 uCi/cc l
$r-89 8.90E 09 uC1/cc 8.22E-09 uti/cc 1. 73E-10 uCl/cc 1.73E-10 uCi/cc 1.01E-15 uti/cc l sr-90 8.90E 09 uti/cc 8.22E 09 uC1/cc 1.73E-10 Wl/cc 1.73E-10 uti/cc 1.01E-15 uti/cc l Sr-91 8.90E-05 uti/cc 8.22E-05 uCi/cc 1.72E-06 uC1/cc 1.72E 06 uti/cc 9.08E-12 uti/cc ;
Te-129m 1.77E-03 uti/cc 1.24E-03 uC1/cc 5.00E-06 uC1/cc 5.00E 06 uCl/cc 2.19E 11 uCf/cc I Te-131m 4.33E-03 uCl/cc 3.03E 03 uCl/cc 1.23E-05 uti/cc 1.23E-05 uCi/cc 5.37E-11 uC1/cc l Te 132 4.00E-02 uci/cc 2.80E 02 uCi/cc 1.13E 04 uCi/cc 1.13E-04 uCl/cc 4.96E-10 uC1/cc P91 6.23E 05 uti/cc 5.75E 05 uti/cc 1.20E-06 uct/ec 1.20E 06 uti/cc 6.36E 12 uti/cc Tot Filt 2.61E+00 uC1/cc 1.83E+00 uCl/cc 7.56E-03 uCl/cc 7.56E 03 uC1/cc 3.34E 08 uti/cc wydrogen conc 0.0% 0.0% 0.0% 0.0% 0.0% 0xygen cone 0.0% 0.0% 0.0% 0.0% 0.0% Dose Rate at i foot Normal Pass sancte ( 10 ml ) 18.2 d /hr < 2.0 m /hr Diluted Sanple ( 0.1 at ) < 2.0 mR/hr < 2.0 d /hr Normal Pass Saaple ( 15 mi ) .....................................< 2.0 d /hr < 2.0 d /hr Undiluted Ces $asple ( 1225 cc ) ........................................................................ < 2.0 m/hr l l
1 i l ANNUAL EXERCISE SCENARIO 36 ! OCNGS REV NO. O ! , SECTION III E l PLANT SAMPLE ACTIVITY i (CLOCK TIME T=19:00) l 1 RX WATER TORUS WATER ORYWELL GAS torus GAS EAGEMS NUCLICE Concentration Concentration Concentration Concentration Concentration Kr 85 3.96E 01 uC1/cc 1.46E 03 uti/cc 6.16E-04 uti/cc 6.16E-04 uti/cc 1.83E 05 uti/cc Kr-85m 1.69E+01 uti/cc 6.19E 02 uti/cc 2.66E-02 uCi/cc 2.66E-02 uCi/cc 8.04E 04 uti/cc Kr 87 3.30E+01 uCf/cc 1.21E 01 uti/cc 5.21E 02 uti/cc 5.21E 02 uCi/cc 1.57E 03 uCi/cc Kr 88 4.77E+01 uCi/cc 1.75E 01 uti/cc 7.54E-02 uti/cc 7.54E 02 uti/cc 2.2SE 03 uCi/cc Me 131m 7.03E-01 uCi/cc 2.58E-03 uCi/cc 1.11E 03 uCi/cc 1.11E-03 uCi/cc 3.34E-05 uCf/cc Me-133 1.19E+02 uti/cc 4.39E 01 uCi/cc 1.88E 01 vCf/cc 1.88E-01 uti/cc 5.69E-03 uti/cc xe-133m 4.21E+00 uCf/cc 1.55E-02 uti/cc 6.65E 03 uCf/cc 6.65E 03 uti/cc 2.01E 04 uCi/cc xe-135 2.39E+01 uCi/cc 8.77E-02 uCl/cc 3.77E 02 uCi/cc 3.77E 02 uti/cc 1.14E-03 uCl/cc re-138 1.19E+02 uCl/cc 4.39E 01 uti/cc 1.88E 01 uCl/cc 1.88E 01 uC1/cc 5.69E 03 uti/cc Total Ces 3.66E+02 Wl/cc 1.34E+00 uCl/cc 5.77E-01 uCf/cc 5. 77E -01 uCf/cc 1.74E-02 uti/cc I 131 6.74E+00 uti/cc 3.78E+00 uti/cc 1.27E 02 uCi/cc 1.27E-02 uCi/cc 6.78E 08 uCi/cc I-132 9.51E+00 uC1/cc 5.34E+00 uti/cc 1.80E-02 uCi/cc 1.80E 02 uti/cc 9.57E 08 uti/cc , I-133 1.35E+01 uCf/cc 7.57E+00 uti/cc 2.55E 02 uti/cc 2.55E 02 uCl/cc 1.36E-07 uti/cc i I-134 1.51E+01 uCl/cc 8.46E+00 uC1/cc 2.85E 02 uCi/cc 2.85E 02 uCi/cc 1.51E 07 uCi/cc l-135 1.19E+01 uCi/cc 6.68E+00 uti/cc 2.25E 02 uti/cc 2.25E-02 uCi/cc 1.20E 07 uti/cc OEl 131 1.07E+01 uct/cc 5.99E+00 uct/cc 2.02E-02 uti/cc 2.02E-02 uti/cc 1.07E-07 uCl/cc l Be-140 1.92E-05 uti/cc 1.84E 05 uC1/cc 2.54E 07 uct/cc 2.54E-07 uti/cc 1.86E-12 uCf/cc Ce-144 1.57E*04 uCl/cc 1.51E 04 uC1/cc 2.08E 06 uti/cc 2.08E 06 uCl/cc 1.52E-11 uCf/cc Cs 134 1.49E+00 uti/cc 1.10E+00 uti/cc 2.81E-03 uti/cc 2.81E-03 uti/cc 1.50E 08 uCi/cc Cs-136 5.95E 01 uCl/cc 4.41E-01 uCi/cc 1.12E-03 uti/cc 1.12E 03 uti/cc 5.99E 09 uti/cc Cs-137 9.31E 01 uti/cc 6.90E 01 uCi/cc 1.76E-03 uti/cc 1.76E 03 uCf/cc 9.38E 09 uti/cc La 140 4.80E-06 uCi/cc 4.61E 06 uct/cc 6.36E-08 uCl/cc 6.36E 08 uCl/cc 4.66E-13 uCl/cc No-99 6.03E 05 uCi/cc 5.78E-05 uCi/cc 7.98E 07 uCl/cc 7.98E 07 uti/cc 5.85E-12 uCf/cc up-239 8.73E 06 uct/cc 8.38E-06 uCl/cc 1.16E-07 uCl/cc 1.16E-07 uti/cc 8.47E-13 uC1/cc Ru 103 5.07E 06 uti/cc 4.86E 06 uti/cc 6.71E 08 uti/cc 6.71E 08 uti/cc 4.91E-13 uC1/cc Ru-106 1.14E 02 uC1/cc 1.09E 02 uti/cc 1.50E 04 uCl/cc 1.50E-04 uCl/cc 1.10E 09 uCl/cc Sb-127 2.42E 03 uCl/cc 1.79E 03 uct/cc 4.57E 06 uCl/cc 4.57E 06 uCi/cc 2.43E 11 uCl/cc Sb-129 1.31E 02 uCi/cc 9.69E-03 uCi/cc 2.47E-05 uct/cc 2.47E-05 utt/cc 1.32E 10 uti/cc tr 89 8.73E 09 uti/cc 8.38E-09 uCl/cc 1.16E 10 uCl/cc 1.16E-10 uCi/cc 9.34E-16 uCl/cc ' Sr 90 8.73E-09 uCl/cc 8.38E 09 Wi/cc 1.16E 10 uC1/cc 1.16E-10 uCi/cc 9.34E-16 uCf/cc tr 91 8.73E 05 uCi/cc 8.38E-05 uti/cc 1.16E-06 uti/cc 1.16E-06 uti/cc 8.47E-12 uti/cc Te-129m 2.10E 03 uCl/cc 1.56E 03 uCl/cc 3.97E-06 uCl/cc 3.97E 06 uti/cc 2.12E-11 uti/cc Te 131m 5.15E-03 uti/cc 3.82E-03 uti/ce 9.75E-06 uC1/cc 9.75E-06 uti/cc 5.19E 11 uC1/cc Te 132 4.76E 02 uCl/cc 3.53E-02 uti/cc 9.00E 05 uCl/cc 9.00E-05 uti/cc 4.79E-10 uCi/cc ' Y-91 6.11E 05 uti/cc 5.87E-05 uti/cc 8.10E-07 uti/cc 8.10E-07 uC1/cc 5.93E-12 uCi/cc Tot Fitt 3.09E+00 uCl/cc 2.30E+00 uCl/cc 5.99E-03 uCl/cc 5.99E-03 uti/cc 3.22E 08 uCI/cc ! r Hydrogen conc 0.01 0.0% 0.01 0.01 0.0% 0xy9en conc 0.01 0.01 0.0% 0.0% 0.0% Dose sete at i foot Normet Pass Sample ( 10 mi ) 22.0 m /hr < 2.0 m /hr Diluted Sample ( 0.1 at ) < 2.0 sa/hr < 2.0 W /hr Normal Pass Sample ( 15 at ) .....................................< 2.0 W /hr < 2.0 W /hr und i l ut ed Gas Sampl e ( 1225 c c ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 m/ h r O i t
i l I i l ANNUAL EXERCISF SCENARIO 36 OCNGS REV NO. O SECTION III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=19:10) ] l Rx WATER TORUS WATER DRYWELL GAS TORUS GAS RAGEMS I NUCL1DE Concentration Concentration Concentration Concentration Concentration Kr 85 3.37E-01 uCt/cc 1.54E-03 uti/cc 5.15E 04 uti/cc 5.15E-04 uti/cc 1.76E-05 uti/cc Kr 85m 1.43E+01 uCf/cc 6.56E-02 uti/cc 2.22E-02 uCt/cc 2.22E-02 uti/cc 7.70E 04 uti/cc Kr-87 2.81E+01 uti/cc 1.2BE-01 uti/cc 4.35E-02 uti/cc 4.35E-02 uti/cc 1.51E 03 uti/cc K r- 88 4.06E+01 uti/cc 1.86E 01 uti/cc 6.29E-02 uCi/cc 6.29E-02 uti/cc 2.18E-03 uCi/cc xe 131m 5.98E 01 uti/cc 2.74E-03 uti/cc 9.25E-04 uCf/cc 9.25E 04 uti/cc 3.20E-05 uti/cc re-133 1.01E+02 uti/cc 4.65E-01 uti/cc 1.57E-01 uCi/cc 1.57E-01 uti/cc 5.45E-03 uCl/cc xe 133m 3.58E+00 uti/cc 1.64E-02 uti/cc 5.55E-03 uti/cc 5.55E-03 uti/cc 1.92E-04 uti/cc Xe-135 2.03E+01 uCi/cc 9.29E-02 uCi/cc 3.15E-02 uti/cc 3.15E-02 uCl/cc 1.09E 03 uti/cc Me-138 1.01E+02 uCl/cc 4.65E-01 uCi/cc 1.57E-01 uci/cc 1.57E-01 uCi/cc 5.45E-03 uti/cc Total Gas 3.11E+02 uCf/cc 1.42E+00 uCl/cc 4.82E 01 uCf/cc 4.82E-01 uti/cc 1.67E-02 uti/cc I-131 5. 73E +00 uti/cc 3.98E+00 uti/cc 1.03E-02 uCi/cc 1.03E-02 uCf/cc 6.42E-08 uti/cc I-132 8.09E+00 uct/cc 5.62E+00 uCl/cc 1.45E 02 uCf/cc 1.45E-02 uti/cc 9.06E 08 uti/cc I-133 1.15E+01 uCl/cc 7.95E+00 uti/cc 2.0$E-02 uCl/cc 2.05E-02 uti/cc 1.28E-07 uti/cc I-134 1.28E+01 uCf/cc 8.89E+00 uti/cc 2.29E-02 uCi/cc 2.29E-02 uti/cc 1.44E 07 uti/cc I-135 1.01E+01 uC1/cc 7.02E+00 utt/cc 1.81E 02 utt/cc 1.81E-02 uct/cc 1.13E-07 uti/cc DEI 131 9.07E+00 uti/cc 6.30E+00 uC1/cc 1.62E-02 uC1/cc 1.62E-02 uCf/cc 1.02E-07 uti/cc sa-140 1.63E-05 uCi/cc 1.76E-05 uCi/cc 1.72E-07 uCi/cc 1.72E 07 uti/cc 1.70E-12 uCf/cc Ce-144 1.34E-04 uC1/cc 1.44E-04 uti/cc 1.41E-06 uti/cc 1.41E-06 uti/cc 1.39E-11 uCi/cc Cs-134 1.26E+00 uCi/cc 1.16E+00 uti/cc 2.26E 03 uCl/cc 2.26E-03 uCf/cc 1.42E-08 uCf/cc Cs-136 5.05E 01 uti/cc 4.63E 01 uti/cc 9.05E-04 uci;cc 9.05E-04 uCf/cc 5.67E 09 uti/cc Cs-137 7.92E 01 uCi/cc 7.26E-01 uC1/cc 1.42E-03 uCi/cc 1.42E-03 uti/cc 8.89E 09 uti/cc La-140 4.08E 06 uCi/cc 4.39E 06 uci/cc 4.30E 08 uti/cc 4.30E-08 uti/cc 4.25E-13 uti/cc Mo-99 5.12E-05 uci/cc 5.51E-05 uti/cc 5.40E-07 uC1/cc 5.40E 07 uCi/cc 5.33E-12 uti/cc kp-239 7.42E 06 uCf/cc 7.99E-06 uCi/cc 7.83E-08 uCf/cc 7.83E-08 uCl/cc 7. 72E-13 uti/cc Ru-103 4.31E 06 uCi/cc 4.63E-06 uti/cc 4.54E-08 uCf/cc 4.54E-08 uCi/cc 4.48E-13 uCi/cc Ru-106 9.65E 03 uCl/cc 1.04E 02 uC1/cc 1.02E-04 uti/cc 1.02E 04 uCi/cc 1.00E-09 uCf/cc Sb-127 2.06E-03 uCl/cc 1.88E-03 Wi/cc 3.68E 06 uCl/cc 3.68E-06 uCi/cc 2.31E 11 uti/cc Sb-129 1.11E-02 uCi/cc 1.02E-02 uCf/cc 1.99E-05 uti/cc 1.99E-05 Wi/cc 1.25E-10 uti/cc Sr 89 7.42E-09 uCl/cc 7.99E-09 uCi/cc 7.88E-11 uCl/cc 7.88E-11 uCi/cc B.47E-16 uti/cc Sr-90 7.42E-09 uCl/cc 7.99E-09 uCl/cc 7.88E 11 uCl/cc 7.88E 11 uCi/cc 8.47E-16 uCi/cc Sr-91 7.42E 05 uCf/cc 7.99E-05 uCl/cc 7.83E-07 uti/cc 7.83E-07 uci/cc 7.72E-12 uti/cc Te 129m 1.79E-03 uct/cc 1.64E-03 uti/cc 3.20E 06 Wl/cc 3.20E-06 uct/cc 2.00E-11 uti/cc Te-131m 4.38E-03 uCl/cc 4.01E-03 uC1/cc 7.84E 06 uCl/cc 7.84E-06 uCi/cc 4.92E-11 uti/cc Te-132 4.04E-02 uti/cc 3.71E 02 uCi/cc 7.24E 05 uCl/cc 7.24E 05 uC1/cc 4.54E-10 uti/cc Y-91 5.20E-05 Wl/cc 5.59E-05 uti/cc 5.48E-07 uct/cc 5.48E 07 uC1/cc 5.41E-12 uti/cc Tot Filt 2.63E+00 utt/cc 2.41E+00 uti/cc 4.80E 03 uCl/cc 4.80E-03 uCl/cc 3.04E-08 uti/cc Hydrogen conc 0.0% 0.0% 0.0% 0.0% 0.0% 0xygen conc 0.0% 0.01 0.0% 0.0% 0.0% Dose Rate et 1 foot Normal Pass Sample ( 10 ml ) 18.7 mR/hr < 2.0 m /hr Olluted Sample ( 0.1 et ) < 2.0 m /hr < 2.0 W /hr Normal Pass Senple ( 15 ml ) .....................................< 2.0 W /hr < 2.0 mR/hr Undiluted Gas Sample ( 1225 cc ) ........................................................................ < 2.0 m /hr O
. _ ._ _ . _ _ _ _. __ __. . . _ . _ _._ __ _ _ .m_ .
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=19:20) RX uATER TORUS HATER DRYWELL GAS TORUS GAS RAGEMS i NUCt!DE Concentration Concentration Concentration Concentration Concentration l Kr 85 2.86E 01 uC1/cc 1.50E-03 uti/cc 4.33E-04 uti/cc 4.33E-04 uCi/cc 1.67E-05 uCi/cc l Kr-85m 1.22E+01 ucl/cc 6.38E-02 uCl/cc 1.86E-02 uCl/cc 1.86E-02 uCf/cc 7.28E-04 uCi/cc l Kr-87 2.38E+01 uCl/cc 1.25E-01 uC1/cc 3.64E 02 uti/cc 3.64E-02 uti/cc 1.43E-03 uci/cc j Kr-88 3.45E+01 uCl/cc 1.81E-01 uti/cc 5.27E-02 uti/cc 5.27E 02 uCi/cc 2.06E 03 uCi/cc l xe-131m 5.08E-01 uti/cc 2.66E 03 uti/cc 7.75E 04 uti/cc 7.75E 04 uti/cc 3.02E 05 uti/cc Xe-133 8.62E+01 uCl/cc 4.52E-01 uCi/cc 1.32E-01 uti/cc 1.32E-01 uti/cc 5.15E 03 uCI/cc , re 133m 3.04E+00 uCl/cc 1.60E 02 uCi/cc 4.65E-03 uct/cc 4.65E 03 uct/cc 1.82E 04 uci/cc { Xe-135 1.72E+01 uCl/cc 9.04E-02 uC1/cc 2.64E 02 ucl/cc 2.64E 02 uti/cc 1.03E-03 uCl/cc , Xe-138 8.62E+01 uci/cc 4.52E-01 uti/cc 1.32E*01 uCi/cc 1.32E 01 uCl/cc 5.15E*03 uC1/cc ! Total Gas 2.64E+02 uCl/cc 1.38E+00 uti/cc 4.04E-01 uCI/cc 4.04E-01 uti/cc 1.58E-02 uti/cc ! l 131 4.87E+00 uti/cc 3.85E+00 uCl/cc 8.34E 03 uCf/cc 8.34E-03 uCi/cc 6.00E 08 uti/cc f I-132 6.87E+00 uCf/cc 5.44E+00 uCl/cc 1.18E-02 uC1/cc 1.18E-02 uti/cc 8.47E-08 uCi/cc I-133 9.74E+00 uC1/cc 7.71E+00 uC1/cc 1.67E-02 uti/cc 1.67E 02 uCl/cc 1. 20E -07 uCf/cc ! l-134 1.09E+01 uC1/cc 8.61E+00 scl/cc 1.86E 02 uti/cc 1.86E 02 uCi/cc 1.34E 07 uC1/cc l 135 8.59E+00 uC1/cc 6.80E+00 uti/cc 1.47E-02 uti/cc 1.47E-02 uti/cc 1.06E-07 uti/cc l del-131 7.71E+00 uti/cc 6.10E+00 uti/cc 1.32E-02 uCl/cc 1.32E-02 uti/cc 9.50E 08 uCl/cc Be-140 1.39E 05 di/cc 1.61E-05 uC1/cc 1.17E-07 uCl/cc 1.17E-07 uti/cc 1.52E 12 ucl/cc Ce-144 1.14E 04 uCf/cc 1.32E-04 uCl/cc 9.61E 07 uti/cc 9.61E-07 uci/cc 1.25E-11 uCi/cc , Cs 134 1.07E+00 uti/cc 1.12E+00 uti/cc 1.84E-03 uCl/cc 1.84E-03 uti/cc 1.32E-08 uCi/cc Cs 136 4.30E 01 uct/cc 4.49E-01 uCf/cc 7.36E-04 uti/cc 7.36E 04 uti/cc 5.30E 09 uC1/cc j 4 Cs 137 6.73E-01 uC1/cc 7.03E-01 uct/cc 1.15E 03 uCi/cc 1.15E-03 uti/cc 8.30E-09 uct/cc La 140 3.47E 06 uti/cc 4.03E-06 uti/cc 2.94E-08 uti/cc 2.94E-08 uCl/cc 3.81E 13 uti/cc Mo 99 4.35E-05 uCf/cc 5.06E-05 ucl/cc 3.68E-07 uCl/cc 3.68E 07 uCl/cc 4.78E-12 uti/cc up-239 6.31E-06 uCf/cc 7.33E-06 ucl/cc 5.34E-08 uCl/cc 5.34E-08 uti/cc 6.93E 13 uti/cc Ru-103 3.66E-06 uti/cc 4.25E-06 uCf/cc 3.10E-08 uci/cc 3.10E 08 uCl/cc 4.02E 13 uti/cc Ru-106 8.20E 03 uti/cc 9.53E-03 uct/cc 6.94E-05 uCl/cc 6.94E 05 uct/cc 9.01E 10 uCl/cc Sb-127 1.75E-03 uCf/cc 1.83E-03 uCi/cc 2.99E-06 uC1/cc 2.99E 06 uCl/cc 2.16E 11 uCi/cc l Sb-129 9.45E 03 di/cc 9.87E 03 uCf/cc 1.62E-05 uti/cc 1.62E-05 uCi/cc 1.17E-10 uct/cc ; Sr-89 6.31E 09 ucl/cc 7.33E-09 uCl/cc 5.37E 11 uti/cc 5.37E 11 uCi/cc 7.57E 16 uti/cc Sr 90 6.31E 09 uCl/cc 7.33E-09 uti/cc 5.37E 11 . uCi/cc 5.37E 11 uCl/cc 7 57E-16 uCi/cc i sr-91 6.31E 05 uti/cc 7.33E 05 df/cc 5.34E 07 uti/cc 5.34C 07 uC1/cc 6.93E 12 uCi/cc Te 129m 1.52E-03 df/cc 1.59E 03 uCl/cc 2.60E 06 uCl/cc 2.60E-06 uC1/cc' 1.87E 11 uCl/cc ) Te-131m 3.72E 03 uti/cc 3.89E 03 WI/cc 6.38E 06 uti/cc 6.38E-06 uC1/cc 4.59E 11 uCl/cc Te 132 3.44E 02 uti/cc 3.59E-02 uct/cc 5.89E-05 -uCf/cc 5.89E 05 uCl/cc 4.24E-10 uCi/cc .l I Y 91 4.42E-05 uCl/cc 5.13E-05 uCi/cc 3.74E 07- uti/cc 3.74E-07 uCf/cc 4.85E 12 uCl/cc i Tot Filt 2.24E+00 uct/cc 2.34E+00 uct/cc 3.89E-03 uCf/cc- 3.89E 03 uCl/cc 2.84E 08- uCI/_cc j
%drogen conc 0.01 0.05 0.01 0.01 0.0%
0xygen conc 0.01 0.05 0.01 0.01 0.01 I Dose Rete et 1 foot l
- l i Normal Pass Sample ( 10 et ) 15.8 W/hr < 2.0 mR/hr Diluted Sample ( 0.1 et ) < 2.0 d />r < 2.0 W/hr normel Pass sagte ( 15 at ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 aft /h r < 2.0 ast/hr undi lut ed Gas sampl e ( 1225 cc ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 ast /h r
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=19:30) Rx 6ATER TORUS 6ATER DRYWELL GAS TORUS GAS RACEMS NUCL!DE Conc ent ration Concentration Concentration Concentration Concentrat ion Kr-85 2.43E 01 uCi/cc 1.39E 03 uti/cc 3.65E-04 uti/cc 3.65E-04 uCi/cc 1.56E-05 uti/cc Kr-85m 1.03E+01 uti/cc 5.92E-02 uCi/cc 1.56E-02 uCi/cc 1.56E-02 uti/cc 6.81E 04 uti/cc Kr 87 2.03E+01 uCi/cc 1.16E-01 uti/cc 3.06E-02 uCi/cc 3.06E 02 uti/cc 1.33E-03 uCi/cc Kr 88 2.93E+01 uti/cc 1.68E-01 uti/cc 4.43E 02 uCi/cc 4.43E 02 uti/cc 1.93E-03 uti/cc xe-131m 4.32E 01 uti/cc 2.47E-03 uti/cc 6.52E-04 uCi/cc 6.52E-04 utt/cc 2.83E-05 uti/cc Xe-133 7.33E+01 uti/cc 4.20E-01 uC(/cc 1.11E-01 uCi/cc 1.11E-01 uti/cc 4.82E-03 uti/cc xe-133m 2.59E+00 uti/cc 1.48E 02 uti/cc 3.91E 03 uti/cc 3.91E-03 uCi/cc 1.70E-04 uti/cc xe-135 1.47E+01 uti/cc 8.39E 02 uti/cc 2.22E-02 uti/cc 2.22E 02 uCi/cc 9.64E-04 uti/cc xe-138 7.33E+01 uCf/cc 4.20E-01 uCi/cc 1.11E-01 uti/cc 1.11E 01 uti/cc 4.82E-03 uCi/cc Total Gas 2.24E+02 uC1/cc 1.28E+00 uti/cc 3.39E-01 uCl/cc 3.39E 01 uti/cc 1.48E-02 uCf/cc I-131 4.14E+00 uC1/cc 3.57E+00 uti/cc 6.8?E-03 vCi/cc 6.84E-03 uti/cc 5.55E 08 uCi/cc I-132 5.84E+00 uCl/cc 5.04E+00 uCl/cc 9.66E-03 uti/cc 9.66E 03 uti/cc 7.83E-08 uCf/cc I-133 8.28E+00 uCf/cc 7.14E+00 uti/cc 1.37E-02 uti/cc 1.37E 02 uti/cc 1.11E-07 uti/cc I-134 9.25E+00 uCi/cc 7.98E+00 uCi/cc 1.53E 02 uti/cc 1.53E 02 uti/cc 1.24E-07 uti/cc I-135 7.30E+00 uCl/cc 6.30E+00 uti/cc 1.21E-02 uti/cc 1.21E-02 uCi/cc 9.79E-08 uCl/cc del-131 6.55E+00 uCi/cc 5.65E+00 uti/cc 1.08E-02 uti/cc 1.08E-02 uti/cc 8.79E-08 uti/cc Ba 140 1.18E-05 uCi/cc 1.44E 05 uti/cc 8.09E-08 uti/cc 8.09E-08 uti/cc 1.35E 12 uti/cc Ce-144 9.65E 05 uCl/cc 1.18E 04 uti/cc 6.62E-07 uCl/cc 6.62E 07 uCl/cc 1.11E 11 uCl/cc Cs-134 9.13E-01 uCi/cc 1.04E+00 uti/cc 1.51E-03 uCf/cc 1.51E-03 uti/cc 1.23E-08 uti/cc Cs 136 3.65E-01 uti/cc 4.16E-01 uti/cc 6.04E-04 uCI/cc 6.04E-04 uti/cc 4.90E 09 uti/cc Cs-137 5.72E-01 uti/cc 6.51E-01 uCi/cc 9.46E-04 uCi/cc 9.46E 04 uCi/cc 7.68E-09 uti/cc La-140 2.95E-06 uCi/cc 3.61E 06 uC1/cc 2.02E 08 uti/cc 2.02E-08 uC1/cc 3.38E-13 uCf/cc Mo-99 3.70E-05 uti/cc 4.53E 05 uti/cc 2.54E-07 uti/cc 2.54E-07 uti/cc 4.24E-12 uti/cc hp-239 5.36E-06 uCl/cc 6.56E-06 uCf/cc 3.68E-08 uti/cc 3.68E-08 uC1/cc 6.15E-13 uti/cc Ru-103 3.11E-06 uCl/cc 3.81E-06 uti/cc 2.13E-08 uci/cc 2.13E-08 uti/cc 3.57E-13 uti/cc Ru-106 6.97E-03 uti/cc 8.53E-03 uti/cc 4.78E-05 uCi/cc 4.78E 05 uti/cc 8.00E 10 uCl/cc Sb-127 1.48E 03 uC1/cc 1.69E-03 uCi/cc 2.46E-06 uti/cc 2.46E 06 uCi/cc 1.99E 11 uCi/cc Sb-129 8.03E 03 uCf/cc 9.14E-03 uCl/cc 1.33E-05 uCi/cc 1.33E-05 uCi/cc 1.08E-10 uCl/cc Sr 89 5.36E 09 uCl/cc 6.56E-09 uCi/cc 3.70E-11 uC1/cc 3.70E-11 uCi/cc 6.70E-16 uCi/cc Sr 90 5.36E-09 uCl/cc 6.56E-09 uti/cc 3.70E-11 uti/cc 3.70E 11 uCl/cc 6.70E-16 uCl/cc Sr-91 5.36E-05 uCi/cc 6.56E-05 LCt/cc 3.68E 07 uCl/cc 3.68E 07 uti/cc 6.15E 12 uCi/cc Te-129m 1.29E-03 uti/cc 1.47E-03 uCl/cc 2.13E-06 uCI/cc 2.13E-06 uti/cc 1. 73E - 11 uti/cc Te-131m 3.16E-03 uti/cc 3.60E-03 uti/cc 5.23E-06 uti/cc 5.23E-06 uCi/cc 4.25E 11 uCi/cc Te 132 2.92E-02 uti/cc 3.33E-02 uCI/cc 4.83E 05 uCf/cc 4.83E-05 uC1/cc 3.92E 10 uti/cc Y 91 3.75E-05 uC1/cc 4.59E 05 uCf/cc 2.57E 07 uCf/cc 2.57E-07 uti/cc 4.31E 12 uti/cc Tot Filt 1.90E+00 uCi/cc 2.16E+00 uti/cc 3.18E 03 uCi/cc 3.18E 03 uCl/cc 2.62E-08 uti/cc Mydrogen caric 0.0% 0.0% 0.0% 0.0% 0.0% 0xygen conc 0.0% 0.0% 0.0% 0.0% 0.0% Dose Rate at 1 foot j Normal Pass Sample ( 10 mi ) 13.4 W /hr < 2.0 m/hr , Diluted Sample ( 0.1 mi ) < 2.0 m /hr < 2.0 m/hr
^ Normal Pass Sanple ( 15 mi ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 m /h r < 2.0 m /hr undiluted Gas Sample ( 1225 ce ) ........................................................................ < 2.0 mR/hr 9
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E h D PLANT SAMPLE ACTIVITY (CLOCK TIME T=19:40) Rx WATER TORUS WATER DRYWELL CAS Toeus CAS RACEMS NUCL1DE Concent rat ion Concentration Concentration Concentration Concentration Kr 85 2.07E-01 uti/cc 1.26E 03 uti/cc 3.08E 04 uti/cc 3.08E-04 uCf/cc 1.45E-05 uCi/cc Kr 85m 8.80E+00 uti/cc 5.34E-02 uti/cc 1.32E 02 uCf/cc 1.32E 02 uti/cc 6.31E-04 uti/cc Kr 87 1.72E+01 uti/cc 1.05E-01 uCi/cc 2.58E-02 uCi/cc 2.58E 02 uti/cc 1.24E 03 uti/cc Kr-88 2.49E+01 uCl/cc 1.51E-01 uti/cc 3.73E 02 uti/cc 3. 73E -02 uCl/cc 1.79E-03 uCi/cc xe 131m 3.67E-01 uti/cc 2.23E-03 uti/cc 5.49E-04 uti/cc 5.49E 04 uti/cc 2.62E-05 uti/cc re 133 6.23E+01 uti/cc 3.79E-01 uCi/cc 9.33E 02 uCl/cc 9.33E-02 uCI/cc 4.47E-03 uCf/cc xe-133m 2.20E+00 uC1/cc 1.34E 02 uti/cc 3.29E-03 uCf/cc 3.29E 03 uCl/cc 1.58E 04 uCf/cc re-135 1.25E+01 uC1/cc 7.57E-02 uCl/cc 1.87E-02 uCl/cc 1.87E-02 uCf/cc 8.94E-04 uti/cc xe-138 6.23E+01 uti/cc 3.79E-01 uC1/cc 9.33E-02 uCl/cc 9.33E-02 uCl/cc 4.47E 03 uti/cc Total Gas 1.91E+02 uCl/cc 1.16E+00 uC1/cc 2.86E-01 uCl/cc 2.86E-01 uCl/cc 1.37E 02 uti/cc I 131 3.52E+00 uti/cc 3.22E+00 uti/cc 5.66E-03 uCl/cc 5.66E 03 uti/cc 5.09E 08 uti/cc I 132 4.97E+00 uCl/cc 4.54E+00 uti/cc 7.98E-03 uci/cc 7.98E-03 uCi/cc 7.19E-08 uCf/cc I-133 7.03E+00 utt/cc 6.43E+00 uCl/cc 1.13E-02 uti/cc 1.13E 02 uC1/cc 1.02E-07 uci/cc 3 134 7.86E+00 uCl/cc 7.19E+00 uCf/cc 1.26E 02 uCl/cc 1.26E-02 uCi/cc 1.14E 07 uti/cc I-135 6.21E+00 uti/cc 5.67E+00 uti/cc 9.98E 03 uti/cc 9.98E-03 uCl/cc 8.98E 08 uti/cc DEI-131 5.57E+00 uti/cc 5.09E+00 uti/cc 8.96E-03 uCl/cc 8.96E 03 uCl/cc 8.06E-08 uti/cc Ba-140 1.00E 05 uC1/cc 1.27E-05 uti/cc 5.63E 08 uti/cc 5.63E 08 uCi/cc 1.19E 12 uCl/cc Ce 144 8.21E-05 uC1/cc 1.04E-04 uCi/cc 4.61E-07 uti/cc 4.61E 07 uti/cc 9.75E-12 uCi/cc Cs 134 7.76E-01 uCi/cc 9.36E-01 uCl/cc 1.25E 03 uct/cc 1.25E-03 uC1/cc 1.12E-08 uti/cc f 4 Cs 136 Cs-137 3.10E 01 uti/cc 3.75E 01 uCl/cc 4.99E 04 uCl/cc 4.99E-04 uCl/cc 4.50E 09 uC1/cc 4.86E 01 uti/cc 5.87E-01 uCf/cc 7.82E 04 uti/cc 7.82E-04 uC1/cc 7.04E-09 uti/cc i La 140 2.51E 06 uCi/cc 3.18E-06 uCl/cc 1.41E-08 uCi/cc 1.41E 08 uCl/cc 2.98E 13 uti/cc Mo 99 3.15E-05 uti/cc 3.99E 05 uCl/cc 1.77E-07 uCf/cc 1. 77E -07 uCf/cc 3.74E-12 uti/cc Np 239 4.56E-06 uCf/cc 5.78E-06 uCl/cc 2.56E-08 uCf/cc 2.56E-08 uCl/cc 5.42E-13 uCf/cc Ru 103 2.64E 06 uCf/cc 3.35E 06 uti/cc 1.49E-08 uti/cc 1.49E 08 uCl/cc 3.14E-13 uti/cc Ru-106 5.93E-03 uCl/cc 7.52E 03 uCl/cc 3.33E-05 uCi/cc- 3.33E 05 uC1/cc 7.04E-10 uCi/cc ! sb-127 1.26E 03 uct/cc 1.52E-03 uti/cc 2.03E 06 uCI/cc 2.03E-06 uC1/cc 1.83E-11 uCi/cc Sb-129 6.83E 03 uC1/cc 8.24E 03 uCl/cc 1.10E-05 uct/cc 1.10E-05 uCf/cc 9.89E 11 uCl/cc sr 89 4.56E 09 uC1/cc 5.78E 09 uCi/cc 2.58E 11 afi/cc 2.58E 11 uCl/cc 5.89E 16 uti/cc sr 90 4.56E 09 uC1/cc 5.78E-09 uCi/cc 2.58E 11 uCl/cc 2.58E-11 uCl/cc 5.89E 16 uC1/cc sr 91 4.56E 05 uC1/cc 5.78E 05 utt/cc 2.56E-07 uCl/cc 2.56E-07 uct/cc 5.42E-12 uti/cc Te-129m 1.10E 03 uCI/cc 1.32E 03 uCl/cc 1.76E-06 uCl/cc 1.76E 06 uti/cc 1.59E-11 uCi/cc Te-131m 2.69E-03 uCi/cc 3.25E-03 uci/cc 4.33E 06 uCl/cc 4.33E-06 uCf/cc 3.90E 11 uCf/cc Te-132 2.48E-02 Wi/cc 3.00E-02 uCi/cc 3.99E 05 uCl/cc 3.99E-05 uti/cc 3.605 10 uti/cc Y-91 3.19E 05 uCl/cc 4.05E-05 uCI/cc 1.79E-07 uCl/cc 1.79E 07 uti/cc 3.79t 62 uCl/cc Tot filt 1.62E+00 uCl/cc 1.95E+00 uCl/cc 2.62E-03 uCl/cc 2.62E-03 Wi/cc 2.40E-08 uCf/cc Hydrogen conc 0.0% 0.0% 0.0% 0.0% 0.0% Osygen conc 0.0% 0.0% 0.0% 0.0% 0.0% ; l Dose Rate at i foot , l Normal Pass sample ( 10 et ) 11.5 W /hr < 2.0 W /hr l Diluted sample ( 0.1 al ) < 2.0 m /hr < 2.0 W /hr Normal Pass sample ( 15 mi ) .....................................< 2.0 W /hr < 2.0 m /hr Und i l ut ed Ga s S ampl e ( 1225 c c ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 m / h r ( _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . - _ _ _ _ _ _ _ . - - J
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=19:50) Ex WATER TORUS WATER ORNELL CAS TORUS CAS RACEMS WUCL10E Conc ent ra tion Concentration Concentration Conc entration Conc ent rat ion Kr 85 1.76E 01 uti/cc 1.11E 03 uti/cc 2.60E 04 uti/cc 2.60E-04 uCi/cc 1.34E 05 uti/cc Kr-85m 7.48E+00 uti/cc 4.73E-02 uCi/cc 1.11E-02 uCi/cc 1.11E-02 uti/cc 5.81E 04 uti/cc tr 87 1.46E+01 uti/cc 9. 27E -02 uti/cc 2.18E-02 uCi/cc 2.18E-02 uti/cc 1.14E-03 uCi/cc Kr 88 2.12E+01 uti/cc 1.34E 01 uCi/cc 3.15E-02 uCi/cc 3.15E-02 uCi/cc 1.65E-03 uti/cc xe-131m 3.12E 01 uCi/cc 1.98E-03 uCI/cc 4.64E 04 uti/cc 4.64E 04 uti/cc 2.42E 05 uti/cc xe 133 5.30E+01 uti/c c 3.35E 01 uti/cc 7.SSE-02 uti/cc 7.88E-02 uCl/cc 4.12E-03 uti/cc xe-133m 1.87E +00 uti/cc 1.18E-02 uC1/cc 2.78E-03 uCi/cc 2.78E-03 uti/cc 1.45E-04 uCi/cc xe 135 1.06E+01 uCl/cc 6.71E 02 uti/cc 1.58E 02 uti/cc 1.58E-02 uti/cc 8.23E-04 uCi/cc xe 138 5.30E+01 uti/cc 3.35E-01 uCl/cc 7.88E 02 uCi/cc 7.88E-02 uti/cc 4.12E 03 uCi/cc Total Gas 1.62E+02 uCi/cc 1.03E+00 uCl/cc 2.41E 01 uti/cc 2.41E-01 uCi/cc 1.26E-02 uti/cc I-131 2.99E+00 uti/cc 2.85E+00 uci/cc 4.70E-03 uti/cc 4. 70E -03 uti/cc 4.64E-08 uti/cc l-132 4.22E+00 uti/cc 4.02E+00 uCi/cc 6.64E-03 uCl/cc 6.64E-03 uti/cc 6.55E-08 uti/cc I-133 5.98E+00 uti/cc 5.69E+00 uti/cc 9.40E-03 uCi/cc 9.40E-03 uti/cc 9.28E-08 uti/cc I 134 6.68E+00 uCi/cc 6.36E+00 uti/cc 1.05E 02 uCi/cc 1.05E-02 uti/cc 1 04E 07 uti/cc I-135 5.28E+00 uti/cc 5.02E+00 uC1/cc 8.30E-03 uti/cc 8.30E 03 uti/cc 8.19E 08 urt/cc del-131 4. 73E +00 uti/cc 4.51E+00 uCl/cc 7.45E-03 uti/cc 7.45E-03 uCi/cc 7.35E 08 uCl/cc Be 140 8.53E-06 uCi/cc 1.11E-05 uCi/cc 3.98E-08 uti/cc 3.98E-08 uti/cc 1.04E-12 uti/cc Co 144 6.98E-05 uCf/cc 9.08E 05 uCf/cc 3.25E 07 uCf/cc 3.25E-07 uci/cc 8.54E-12 uti/cc Cs 134 6.59E-01 uct/cc 8.29E 01 uCf/cc 1.04E-03 uCi/cc 1.04E-03 uti/cc 1.02E 08 uti/cc Cs 136 2.64E-01 uti/cc 3.31E-01 uCl/cc 4.15E 04 uCi/cc 4.15E-04 uCi/cc 4.10E 09 uCl/cc Cs 137 4.13E 01 uCl/cc 5.19E-01 uci/cc 6.50E-04 uCf/cc 6.50E-04 uCi/cc 6.42E 09 uCi/cc La 140 2.13E 06 uti/cc 2.77E-06 uCl/cc 9.94E-09 uCl/cc 9.94E-09 uti/cc 2.61E 13 uCf/cc Mo 99 2.67E-05 uti/cc 3.48E-05 uti/cc 1.25E-07 uCi/cc 1.25E-07 uCl/cc 3.27E 12 uti/cc Wp-239 3.88E 06 uC1/cc 5.04E 06 uCl/cc 1.81E-08 uCl/cc 1.81E-08 uCi/cc 4.74E 13 uti/cc Ru-103 2.25E-06 uti/cc 2.93E-06 uti/cc 1.05E 08 uCl/cc 1.05E-08 uCf/cc 2.75E-13 uti/cc Ru-106 5.04E 03 uCI/cc 6.56E-03 uCi/cc 2.35E 05 uti/cc 2.35E 05 uCl/cc 6.17E 10 uCf/cc Sb-127 1.07E-03 uti/cc 1.35E-03 uCl/cc 1.69E-06 uCl/cc 1.69E 06 uCl/cc 1.67E-11 uCi/cc Sb 129 5.80E-03 uti/cc 7.29E 03 uCl/cc 9.13E-06 uCi/cc 9.13E-06 uti/cc 9.02E-11 uti/cc Sr-89 3.88E 09 ucl/cc 5.04E 09 uti/cc 1.82E-11 uCl/cc 1.82E-11 uCi/cc 5.15E-16 uti/cc Sr-90 3.88E-09 uCi/cc 5.04E 09 uci/cc 1.82E-11 uC1/cc 1.82E-11 uti/cc 5.15E 16 uti/cc Sr-91 3.88E 05 uti/cc 5.04E 05 uCl/cc 1.81E 07 uti/cc 1.81E-07 uCf/cc 4.74E-12 uti/cc Te-129m 9.32E 04 uC1/cc 1.17E-03 uCl/cc 1.47E 06 uCi/cc 1.47E-06 uti/cc 1.45E 11 uti/cc Te-131m 2.29E 03 uCi/cc 2.87E-03 uCl/cc 3.60E-06 uCl/cc 3.60E-06 uC1/cc 3.55E 11 uti/cc Te 132 2.11E-02 uti/cc 2.65E 02 uCI/cc 3.32E-05 uCl/cc 3.32E-05 uCi/cc 3.28E-10 uti/cc Y 91 2.71E-05 uCl/cc 3.53E-05 uCi/cc 1.27E-07 uti/cc 1.27E-07 uCi/cc 3.32E-12 uti/cc Tot Filt 1.37E+00 uCl/cc 1.73E+00 uti/cc 2.18E 03 uCi/cc 2.18E-03 uCi/cc 2.19E-08 uCi/cc l Nydrogen cone 0.0% 0.0% 0.0% 0.0% 0.0% 0xygen conc 0.0% 0.0% 0.0% 0.0% 0.0% Doce Rate at 1 foot Normel Pass Sample ( 10 et ) 9.7 W /hr < 2.0 mR/hr i Diluted Sanple ( 0.1 et ) < 2.0 m /hr < 2.0 W /hr Cormat Pass Sample ( 15 mL ) .....................................< 2.0 m /hr < 2.0 mR/hr undiluted Gas Senple ( 1225 cc ) ........................................................................ < 2.0 e.e/hr O
l I ANNUAL EXERCISE SCENARIO 36 i OCNGS REV NO. 0 /O SECTION III E 1 h PLANT SAMPLE ACTIVITY (CLOCK TIME T=20:00) l RX WATER TORUS WATER DRYWELL CAS TORUS CAS RACEMS 4 WUCLICE Concentration Concentration Concentration Concentration Concentration Kr 85 1.49E-01 uCi/cc 9.74E 04 uti/cc 2.20E 04 uti/cc 2.20E 04 uCi/cc 1.22E 05 uci/cc Kr-85m 6.36E+00 uti/cc 4.14E 02 uti/cc 9.41E 03 uCi/cc 9.41E-03 uti/cc 5.32E-04 uti/cc Kr-87 1.24E+01 uti/cc 8.11E 02 uti/cc 1.84E-02 uti/cc 1.84E-02 uti/cc 1. 04E -03 uti/cc Kr-88 1.80E+01 uCi/cc 1.17E 01 uti/cc 2.66E 02 uti/cc 2.66E-02 uct/cc 1.51E-03 uti/cc xe 131m 2.65E-01 uCi/cc 1.73E 03 uti/cc 3.92E 04 uti/cc 3.92E-04 uti/cc 2.21E-05 uti/cc re 133 4.50E+01 uti/cc 2.94E 01 uti/cc 6.66E-02 uCi/cc 6.66E 02 uCi/cc 3.77E-03 uCi/cc xe 133m 1.59E+00 uti/cc 1.04E 02 uti/cc 2.35E 03 uCi/cc 2.35E 03 uti/cc 1.33E-04 uti/cc xe 135 9.00E+00 uti/cc 5.87E 02 uti/cc 1.33E-02 uti/cc 1.33E 02 uCi/cc 7.54E-04 uti/cc xe 138 4.50E+01 uti/cc 2.94E-01 uti/cc 6.66E-02 uCl/cc 6.66E-02 uti/cc 3. 77E -03 uci/cc Total Ces 1.38E+02 uti/cc 8.99E-01 uCf/cc 2.04E 01 uti/cc 2.04E-01 uCi/cc 1.15E-02 uci/cc 1-131 2.54E+00 uCi/cc 2.49E+00 uti/cc 3.93E-03 uti/cc 3.93E-03 uC1/cc 4.21E-08 uCi/cc I-132 3.59E+00 uti/cc 3.51E+00 uti/cc 5.54E-03 uCi/cc 5.54E 03 uti/cc 5.94E 08 uCi/cc I-133 5.08E+00 uCi/cc 4.98E+00 uCi/cc 7.85E-03 uti/cc 7.85E-03 uti/cc 8.42E 08 uCi/cc I-134 5.68E+00 uCi/cc 5.56E+00 uti/cc 8.78E-03 uCi/cc 8.78E-03 uti/cc 9.41E-08 uCi/cc l 135 4.48E+00 uti/cc 4.39E+00 uti/cc 6.93E-03 uti/cc 6.93E-03 uti/cc 7.42E-08 uCi/cc DEI-131 4.02E+00 uti/cc 3.94E+00 uC1/cc 6.22E 03 uti/cc 6.22E-03 ud /cc 6.66E 08 uCl/cc Ba 140 7.25E-06 uCi/cc 9.61E-06 uCf/cc 2.85E-08 uti/cc 2.85E 08 uti/cc 9.10E 13 uti/cc Ce 144 5.93E-05 uCI/cc 7.86E-05 uti/cc 2.33E 07 uC1/cc 2.33E-07 uti/cc 7.44E 12 uC(/cc Cs 134 5.61E 01 uti/cc 7.25E 01 uC1/cc 8.66E 04 uCi/cc 8.66E 04 uti/cc 9.29E 09 uCl/cc Cs 136 2.24E-01 uCl/cc 2.90E-01 uC1/cc 3.47E-04 uti/cc 3.47E-04 uCf/cc 3.72E-09 uti/cc p} (* Cs 137 La 140 3.51E-01 uCi/cc 4.54E-01 uCI/cc 5.43E 04 uC1/cc 5.43E 04 uCi/cc 5.82E-09 uCf/cc 1.81E 06 uti/cc 2.40E 06 uti/cc 7.12E-09 uC1/cc 7.12E 09 uCf/cc 2.28E-13 uCf/cc Mo 99 2.27E 05 uCl/cc 3.01E-05 uCI/cc 8.93E-08 uct/cc 8.93E-08 uCf/cc 2.85E-12 uCI/cc up-239 3.29E 06 uC1/cc 4.37E-06 uti/cc 1.29E-08 uC1/cc 1.29E-08 uCi/cc 4.14E-13 uCi/cc Ru-103 1.91E-06 uti/cc 2.53E 06 uCl/cc 7.51E-09 uti/cc 7.51E-09 uCf/cc 2.40E 13 uti/cc Ru-106 4.28E-03 uC1/cc 5.68E-03 uCl/cc 1.68E 05 uCl/cc 1.68E-05 uCi/cc 5.38E 10 uCi/cc sb-127 9.12E-04 uct/cc 1.18E-03 uCl/cc 1.41E 06 uCi/cc 1.41E 06 uti/cc 1.51E 11 uCi/cc sb-129 4.93E-03 uCi/cc 6.38E 03 uCf/cc 7.62E 06 uCl/cc 7.62E-06 uCl/cc 8.18E-11 uCi/cc Sr-89 3.29E 09 uCl/cc 4.37E 09 uCl/cc 1.30E 11 uCi/cc 1.30E-11 uCl/cc 4.48E 16 uCi/cc Sr-90 3.29E 09 uC1/cc 4.37E 09 uCl/cc 1.30E 11 uC1/cc 1.30E-11 uCl/cc 4.48E-16 uCl/cc sr 91 3.29E 05 uCl/cc 4.37E 05 uCl/cc 1.29E 07 ucl/cc 1.29E 07 uC1/cc 4.14E 12 uCl/cc Te-129m 7.92E-04 uCl/cc 1.02E 03 WI/cc 1.22E 06 ucl/cc 1.22E-06 uC1/cc 1.31E-11 uti/cc Te-131m 1.94E 03 uCl/cc 2.51E-03 Wl/cc 3.00E 06 uti/cc 3.00E 06 utt/cc 3.22E 11 uCl/cc Te-132 1.79E-02 ucl/cc 2.32E-02 uti/cc 2.77E-05 uCl/cc 2.77E 05 uci/cc 2.97E-10 uti/cc Y-91 2.31E 05 uCl/cc 3.06E-05 uCf/cc 9.06E-08 di/cc 9.06E 08 uti/cc 2.90E-12 uti/cc Tot Filt 1.17E+00 di/cc 1.51E+00 uC1/cc 1.81E 03 uCi/cc 1.81E J3 uCl/cc 1.98E 08 uti/cc Hydrogen cone 0.0% 0.0% 0.0% 0.0% 0.0% 0xygen cone 0.0% 0.0% 0.0% 0.0% 0.0% , 1 Dose Rate at 1 foot Normal Pass Sample ( 10 mi ) 8.3 m /hr < 2.0 m /hr Diluted sanple ( 0.1 et ) < 2.0 m /hr < 2.0 m /hr Normel Pass $ ample ( 15 ml ) .....................................< 2.0 m /hr < 2.0 m/hr undituted Gas sanple ( 1225 cc ) .................................................................... ... < 2.0 m /hr A a
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. 0 [ SECTION III E PLANT SAMPLE ACTIVITY l (CLOCK TIME T=19:00) l Rx WATER TORUS WATER DRYWELL CAS TORUS GAS RAGEMS NUCLIDE Concentration Concentration Concentration Concentration Concentration Kr-85 3.96E 01 uti/cc 1.46E-03 uCl/cc 6.16E-04 uCI/cc 6.16E-04 uti/cc 1.83E 09 uCl/cc Kr-85m 1.69E+01 uCf/cc 6.19E 02 ucl/cc 2.66E 02 uti/cc 2.66E-02 uCl/cc 5.04E-06 uti/cc i Kr-87 3.30E+01 uC1/cc 1.21E 01 uti/cc 5.21E-02 uti/cc 5.21E-02 uCl/cc 1.57E 07 utt/cc ' Kr 88 4.77E+01 uti/cc 1.75E-01 uCi/cc 7.54E-02 uCl/cc 7.54E-02 uCf/cc 2.28E-07 uti/cc i xe-131m 7.03E-01 utt/cc 2.58E-03 uCf/cc 1.11E-03 uCi/cc 1.11E-03 uCf/cc 3.34E-07 uct/cc j xe-133 1.19E+02 uCl/cc 4.39E-01 uti/cc 1.88E-01 uCf/cc 1.88E 01 uCf/cc 5.69E 08 uCl/cc Me-133m 4.21E+00 uCl/cc 1.55E-02 uCf/cc 6.65E-03 uCl/cc 6.65E-03 uCi/cc 2.01E-08 uti/cc . xe-135 2.39E+01 uCf/cc 8.77E 02 uCf/cc 3.77E-02 uCl/cc 3.77E-02 uCf/cc 1.14E 07 uti/cc l xe 138 1.19E+02 uct/cc 4.39E-01 uCf/cc 1.88E-01 uCl/cc 1.88E-01 uti/cc 5.69E-07 uCl/cc Total Gas 3.66E+02 uCf/cc 1.34E+00 uCf/cc 5.77E-01 uCf/cc 5.77E-01 uCI/cc 6.74E-06 uCl/cc I-131 6.74E+00 uCf/cc 3.78E+00 uCl/cc 1.27E-02 uCf/cc 1.27E-02 uCf/cc 1.58E-13 uCl/cc l-132 9.51E+00 uCf/cc 5.34E+00 uCl/cc 1.80E-02 uCf/cc 1.80E 02 uCl/cc 1.57E-13 uCi/cc I-133 1.35E+01 uti/cc 7.57E+00 utt/cc 2.55E-02 uCf/cc 2.55E-02 uci/cc 1.36E-13 uti/cc I-134 1.51E+01 utf/cc 8.46E+00 utf/cc 2.85E-02 uCl/cc 2.85E 02 uti/cc 1.51E-13 utl/cc j I-135 1.19E+01 uCl/cc 6.68E+00 uti/cc 2.25E-02 uCl/cc 2.25E-02 uCl/cc 1.20E-13 uCl/cc del 131 1.07E+01 uCf/cc 5.99E+00 utt/cc 2.02E-02 uCf/cc 2.02E 02 uti/cc 2.07E-13 uCf/cc Ba-140 1.92E-05 uti/cc 1.84E 05 uCi/cc 2.54E 07 uCl/cc 2.54E-07 uct/cc 1.86E-15 utt/cc Co 144 1.57E-04 uCI/cc 1.51E-04 uCf/cc 2.08E 06 uti/cc 2.00E-06 uCl/cc 1.52E-15 uct/cc , Cs 134 1.49E+00 uCf/cc 1.10E+00 uCl/cc 2.81E-03 uCf/cc 2.81E 03 uCf/cc 1.50E-15 uCl/cc Cs*136 5.95E-01 uCf/cc 4.41E-01 uCI/cc 1.12E-03 uCf/cc 1.12E 03 uCf/cc 5.99E-15 uCl/cc Cs-137 9.31E-01 uCf/cc 6.90E 01 uCf/cc 1.76E-03 uCf/cc 1.76E-03 uct/cc 9.38E-15 utt/cc La-140 4.80E-06 uCf/cc 4.61E-06 uCf/cc 6.36E-08 uCf/cc 6.36E-08 uCl/cc 4.66E-15 uCl/cc Mo-99 6.03E-05 uCf/cc 5.78E-05 uCf/cc 7.98E 07 uCl/cc 7.98E 07 uti/cc 5.85E-15 ucl/cc up-239 8.73E-06 uCf/cc 8.38E-06 uCl/cc 1.16E 07 uCf/cc 1.16E-07 uCf/cc 8.47E 15 utt/cc Ru 103 5.07E 06 uCf/cc 4.86E-06 utt/cc 6.71E 08 uCl/cc 6.71E*06 uCl/cc 4.91E*15 uCl/cc Ru-106 1.14E-02 uCf/cc 1.09E-02 uCl/cc 1.50E 04 uti/cc 1.50E 04 utf/cc 1.10E-15 uCl/cc sb-127 2.42E-03 uCf/cc 1.79E 03 uCf/cc 4.57E-06 uCl/cc 4.57E-06 uCl/cc 2.43E-15 uct/cc sb-129 1.31E-02 uCf/cc 9.69E 03 uCf/cc 2.47E-05 #1/cc 2.47E-05 uCl/cc 1.32E-15 uct/cc l sr-89 8.73E 09 uCi/cc 8.38E 09 utt/cc 1.16E 10 uCl/cc 1.16E 10 Wl/cc 9.34E-15 uCl/cc Sr*90 8.73E-09 uCf/cc 8.38E 09 uCf/cc 1.16E-10 uCI/cc 1.16E 10 utt/cc 9.34E-15 uCf/cc
$r-91 8.73E 05 uti/cc 8.38E-05 uCi/cc 1.16E-06 uCl/cc 1.16E 06 uti/cc 8.47E-15 utt/cc Te 129m 2.10E-03 uCf/cc 1.56E-03 uCl/cc 3.97E-06 utf/cc 3.97E 06 uCf/cc 2.12E-15 uCl/cc Te 131m 5.15E-03 Wl/cc 3.82E-03 uCf/cc 9.75E 06 utf/cc 9.75E 06 uCf/cc 5.19E-15 uct/cc Te-132 4.76E 02 uct/cc 3.53E-02 uCi/cc 9.00E-05 uCf/cc 9.00E-05 uCf/cc 4.79E-15 uti/cc Y-91 6.11E-05 uCf/cc 5.87E-05 uCl/cc 8.10E-07 uCf/cc 8.10E-07 uCf/cc 5.93E 15 uCf/cc ;
Tot Filt 3.09E+00 uti/cc 2.30E+00 uCl/cc 5.99E-03 uCf/cc 5.99E-03 uCl/cc 3.22E-14 uCi/cc Hydrogen conc 0.01 0.0% 0.05 0.01 0.0% 0xygen conc 0.01 0.01 0.01 0.0% 0.0% Doss Rete at 1 foot i Nirmal Pasa sample ( 10 ml ) 22.0 m /hr < 2.0 mR/hr ! Diluted Sample ( 0.1 mL ) < 2.0 m /hr < 2.0 mR/hr N!rmal Pesa sample ( 15 at ) .....................................< 2.0 mR/hr < 2.0 d /hr , O lluted Gas sample ( 1225 cc ) ........................................................................ < 2.0 W /hr !
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E PLANT SAMPLE ACTIVITY g (CLOCK TIME T=19:10) W Rx WATER TORUS WATER ORYWELL CAS TORU$ CAS RACEMs MUCLIDE Concentration Concentration Concentration Concentration Concentration Kr-85 3.37E-01 uti/cc 1.54E-03 uCl/cc 5.15E-04 uti/cc 5.15E-04 uCi/cc 1.76E-09 uti/cc Kr 85m 1.43E+01 uti/cc 6.56E-02 uti/cc 2.22E 02 uCi/cc 2.22E-02 uti/cc 7.70E-06 uCf/cc Kr-87 2.81E+01 uCi/cc 1.28E-01 uCl/cc 4.35E-02 uCf/cc 4.35E-02 uti/cc 1.51E-07 uti/cc Kr-88 4.06E+01 uti/cc 1.86E-01 uCl/cc 6.29E 02 uti/cc 6.29E-02 uci/cc 2.18E 07 uti/cc re 131m 5.98E-01 uCl/cc 2.74E-03 uti/cc 9.25E 04 uCl/cc 9.25E-04 uti/cc 3.20E-07 uti/cc xe-133 1.01E*02 uCl/cc 4.65E-01 uti/cc 1.57E-01 uti/cc 1.57E-01 uti/cc 5.45E-08 uti/cc xe-133m 3.58E+00 uCl/cc 1.64E 02 uC1/cc 5.55E-03 uti/cc 5.55E-03 uCi/cc 1.92E-08 uti/cc xe-135 2.03E+01 uCl/cc 9.29E 02 uti/cc 3.15E-02 uCl/cc 3.15E-02 uCI/cc 1.09E 07 uCl/cc Ke 138 1.01E+02 uCI/cc 4.65E-01 uti/cc 1.57E-01 uC1/cc 1.57E-01 uCl/cc 5.45E-07 uCi/cc Total Gas 3.11E+02 uti/cc 1.42E+00 uCl/cc 4.82E-01 uti/cc 4.82E-01 uC1/cc 8.67E-06 uCl/cc l-131 5.73E+00 uCl/cc 3.98E+00 uti/cc 1.03E-02 uCf/cc 1.03E-02 uC1/cc 1.42E-13 uCl/cc I-132 8.09E+00 uti/cc 5.62E+00 uCl/cc 1.45E-02 uC1/cc 1.45E-02 uCl/cc 1.06E-15 uti/cc I-133 1.15E+01 uti/cc 7.95E+00 uti/cc 2.05E-02 uti/cc 2.05E 02 uCl/cc 4.28E-13 uti/cc I-134 1.28E+01 uCf/cc 8.89E+00 uti/cc 2.29E-02 utt/cc 2.29E-02 uti/cc 1.44E-15 uti/cc I-135 1.01E+01 uCl/cc 7.02E+00 uC1/cc 1.81E-02 uC1/cc 1.81E-02 uti/cc 1.13E-15 uti/cc l del-131 9.07E+00 uCl/cc 6.30E+00 uC1/cc 1.62E 02 uCl/cc 1.62E-02 uti/cc 1.02E-13 uti/cc , Be-140 1.63E-05 uCl/cc 1.76E 05 uCl/cc 1.72E-07 uti/cc 1.72E 07 uti/cc 1.70E 15 uct/cc l Co-144 1.34E 04 ucl/cc 1.44E-04 uti/cc 1.41E-06 uCf/cc 1.41E-06 uti/cc 1.39E-15 uCl/cc Cs 134 1.26E+00 uCl/cc 1.16E+00 uti/cc 2.26E-03 uti/cc 2.26E-03 uti/cc 1.42E-15 uti/cc Co-136 5.05E 01 uCl/cc 4.63E 01 uCl/cc 9.05E-04 uci/cc 9.05E-04 uCl/cc 5.67E-15 uti/cc Cs-137 7.92E 01 uti/cc 7.26E-01 uct/cc 1.42E-03 uti/cc 1.42E-03 uti/cc 8.89E-15 uti/cc , La-140 4.08E-06 uCl/cc 4.39E 06 uCi/cc 4.30E 08 uCI/cc 4.30E-08 uti/cc 4.25E-15 uCl/cc j Mo 99 5.12E 05 uCl/cc 5.51E-05 uCl/cc 5.40E-07 Wi/cc 5.40E-07 uCl/cc 5.33E-15 uti/tc Np-239 7.42E-06 uC1/cc 7.99E-06 uCl/cc 7.83E-08 uti/cc 7.83E-08 uti/cc 7.72E-15 uti/cc l Ru-103 4.31E-06 uCf/cc 4.63E-06 uCi/cc 4.54E-08 uct/cc 4.54E-08 uCl/cc 4.48E-15 uti/cc Ru-106 9.65E-03 uti/cc 1.04E 02 uCl/cc 1.02E-04 uti/cc 1.02E-04 uCl/cc 1.00E-15 uti/cc sb-127 2.06E-03 uCl/cc 1.88E-03 uCl/cc 3.68E 06 uCl/cc 3.68E-06 uC1/cc 2.31E-15 uC1/cc
$b-129 1.11E-02 ucl/cc 1.02E 02 uCl/cc 1.99E 05 uCf/cc 1.99E-05 uti/cc 1.25E-15 uti/cc t $r 89 7.42E 09 uCf/cc 7.99E 09 uCl/cc 7.88E 11 uCl/cc 7.88E-11 uC1/cc 8.47E-15 uct/cc I sr-90 7.42E-09 uCl/cc 7.99E-09 uCl/cc 7.88E 11 uCl/cc 7.88E 11 uCi/cc 8.47E-15 uC1/cc tr-91 7.42E 05 uC1/cc 7.99E-05 uCf/cc 7.83E-07 uti/cc 7.83E-07 uCl/cc 7.72E-15 uCl/cc ;
Te-129m 1.79E-03 uti/cc 1.64E-03 uCl/cc 3.20E-06 Wl/cc 3.20E 06 uCl/cc 2.00E 15 uti/cc l Te-131m 4.38E-03 uct/cc 4.01E-03 uC1/cc 7.84E 06 di/cc 7.84E-06 uC1/cc 4.92E-15 uC1/cc l Te-132 4.04E-02 uCl/cc 3.71E-02 uCl/cc 7.24E-05 uCl/cc 7.24E-05 uct/cc 4.54E 15 Wl/cc ! Y-91 5.20E-05 uCI/cc 5.59E 05 uCl/cc 5.48E-07 uti/cc 5.48E 07 uCl/cc 5.41E-15 uC1/cc l Tot Filt 2.63E+00 uCl/cc 2.41E+00 uct/cc 4.80E 03 uCl/cc 4.80E 03 uti/cc 3.04E-14 uCl/cc Hydrogen conc 0.0% 0.0% 0.0% 0.0% 0.0% 0xygan conc 0.0% 0.0% 0.0% 0.0% 0.0% Dos 2 Rate at 1 foot nrmal Pass sample ( 10 mi ) 18.7 aft /hr < 2.0 mR/hr Diluted sample ( 0.1 at ) < 2.0 aft /hr < 2.0 mR/hr cormal Pass Sample ( 15 a t ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 set /h r < 2.0 est/hr Undfluted Gas sample ( 1225 cc ) ........................................................................ < 2.0 mR/hr O l I
l ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E 1 PLANT SAMPLE ACTIVITY ] (CLOCK TIME T=19:20) l l RX WATER TORUS WATER DRYWELL GAS TORUS GAS RAGEMS NUCLIDE Concentration Concentration Concentration Concentration Concentration Kr 85 2.86E 01 uCf/cc 1.50E-03 uti/cc 4.33E 04 uCi/cc 4.33E-04 uCf/cc 1.67E 09 uti/cc Kr-85m 1.22E+01 uci/cc 6.38E-02 uCf/cc 1.86E 02 uC1/cc 1.86E-02 uCl/cc 7.28E-06 uCI/cc Kr 87 2.38E+01 uCf/cc 1.25E 01 uti/cc 3.64E-02 uC1/cc 3.54E 02 uCf/cc 1.43E 07 uCi/cc Kr 88 3.45E+01 uCl/cc 1.81E 01 uCI/cc 5.27E-02 uC1/cc 5.27E 02 uCI/cc 2.06E 07 uCl/cc Xe 131m 5.08E-01 uCf/cc 2.66E 03 uCl/cc 7.75E 04 uCl/cc 7.75E-04 uCi/cc 3.02E 07 uCi/cc Xe 133 8.62E+01 uCl/cc 4.52E-01 uct/cc 1.32E 01 uCf/cc 1.32E 01 uCi/cc 5.15E-08 uti/cc Xe-133m 3.04E+00 uct/cc 1.60E-02 uCf/cc 4.65E-03 uC1/cc 4.65E-03 uCl/cc 1.82E 08 uCl/cc Xe 135 1.72E+01 uC1/cc 9.04E 02 uct/cc 2.64E-02 uCl/cc 2.64E-02 uti/cc 1.03E-07 uC1/cc Xe-138 8.62E+01 uCf/cc 4.52E-01 uCl/cc 1.32E 01 uCl/cc 1.32E-01 uti/cc 5.15E 07 uCf/cc Total Gas 2.64E+02 uCf/cc 1.38E+00 uCf/cc 4.04E 01 uC1/cc 4.04E-01 uC1/cc 8.58E-06 uC1/cc I 131 4.87E+00 uct/cc 3.85E+00 uti/cc 8.34E-03 uCI/cc 8.34E-03 uCl/cc 1.00E-13 uCl/cc I 132 6.87E+00 uCf/cc 5.44E+00 uCl/cc 1.18E 02 utf/cc 1.18E-02 uti/cc 1.47E-15 ucl/cc I-133 9.74E+00 uC1/cc 7.71E+00 utf/cc 1.67E 02 uCI/cc 1.67E-02 uct/cc 4.20E-13 uti/cc l-134 1.09E+01 uCl/cc 8.61E+00 uti/cc 1.86E 02 uCf/cc 1.86E-02 uCf/cc 1.34E-15 uti/cc I-135 8.59E+00 uct/cc 6.80E+00 ucl/cc 1.47E-02 uCl/cc 1.47E 02 uCf/cc 1.06E 15 uti/cc del-131 7.71E+00 uCf/cc 6.10E+00 uct/cc 1.32E 02 uti/cc 1.32E 02 uCf/cc 9.50E-13 uCl/cc Sa 140 1.39E-05 uC1/cc 1.61E 05 uCl/cc 1.17E-07 uCI/cc 1.17E-07 uCl/cc 1.52E 15 uCf/cc Co-144 1.14E-04 uC1/cc 1.32E 04 uCl/cc 9.61E-07 uCI/cc 9.61E-07 uct/cc 1.25E-15 uC1/cc Cs 134 1.07E+00 uti/cc 1.12E+00 uCf/cc 1.84E 03 uCI/cc 1.84E 03 uti/cc 1.32E-15 uCl/cc O Cs 136 Cs 137 La 140 4.30E-01 uCl/cc 4.49E-01 uCl/cc 7.36E-04 utf/cc 7.36E-04 uct/cc 5.30E 15 uC1/cc 6.73E 01 uCl/cc 7.03E-01 uCf/cc 1.15E-03 uCf/cc 1.15E 03 uCl/cc 8.30E 15 uCI/cc 3.47E 06 uct/cc 4.03E-06 uCf/cc 2.94E-06 uti/cc 2.94E-06 uCI/cc 3.81E 15 uct/cc Mo-99 4.35E 05 uct/cc 5.06E-05 uCf/cc 3.68E-07 uCf/cc 3.68E 07 uct/cc 4.7BE-15 uti/cc Np-239 6.31E-06 uti/cc 7.33E-06 uC1/cc 5.34E 06 uCf/cc 5.34E-06 uCf/cc 6.93E 15 uCl/cc Ru 103 3.66E 06 uCf/cc 4.25E 06 uCf/cc 3.10E 08 uCI/cc 3.10E-06 uCI/cc 4.02E 15 uCI/cc Ru-106 8.20E-03 uCf/cc 9.53E-03 uCl/cc 6.94E 05 uCf/cc 6.94E-05 uCf/cc 9.01E 15 ucl/cc Sb-127 1.75E-03 uC1/cc 1.83E-03 utf/cc 2.99E 06 uCf/cc 2.99E-06 uCI/cc 2.16E 15 uCI/cc
$b-129 9.45E 03 uCl/cc 9.87E-03 uCI/cc 1.62E-05 uCl/cc 1.62E 05 uCf/cc 1.17E-15 uCf/cc
$r-89 6.31E-09 uCf/cc 7.33E-09 uti/cc 5.37E 11 uCl/cc 5.37E 11 uCl/cc 7.57E-15 uCl/cc Sr-90 6.31E 09 uCf/cc 7.33E-09 uCl/cc 5.37E-11 uCI/cc 5.37E 11 uCl/cc 7.57E-15 uct/cc Sr-91 6.31E-05 uCl/cc 7.33E 05 uCf/cc 5.34E-07 uCf/cc 5.34E 07 uC1/cc 6.93E 15 uct/cc Te 129m 1.52E 03 uCl/cc 1.59E-03 uCf/cc 2.60E-06 uti/cc 2.60E-06 df/cc 1.87E 15 uCl/cc Te-131m 3.72E 03 uCl/cc 3.89E-03 uti/cc 6.38E-06 uCf/cc 6.38E 06 uCf/cc 4.59E 15 uti/cc Te 132 3.44E 02 uct/cc 3.59E-02 uCf/cc 5.89E-05 uCf/cc 5.89E 05 uC1/cc 4.24E 15 utt/cc Y-91 4.42E 05 (C1/cc 5.13E 05 uti/cc 3.74E-07 df/cc 3.74E-07 uCl/cc 4.85E 15 utt/cc Tot Fitt 2.24E+00 uCl/cc 2.34E+00 uC1/cc 3.89E 03 uCf/cc 3.89E 03 (Cl/cc 2.84E 14 uti/cc Hydrogen conc 0.01 0.01 0.01 0.01 0.0%
0xygen conc 0.01 0.01 0.0% 0.0% 0.0E Doe 3 Rate at 1 foot NIrmet Pass Sample ( 10 mi ) 15.8 W /hr < 2.0 m /hr Oltuted Sample ( 0.1 at ) < 2.0 m /hr < 2.0 W /hr Cerest Pass Sample ( 15 el ) .....................................< 2.0 m /hr < 2.0 m /hr undiluted Gas Sample ( 1225 cc ) ........................................................................ < 2.0 m /hr i
1 l l I ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=19:30) 1 TORUS CAS RAGEMS l RX WATER TORUS WATER DRYWELL GAS NUCLIDE Concentration Concentration Concentration Concentration Concentration Kr 85 2.43E 01 uCf/cc 1.39E-03 uti/cc 3.65E-04 uti/cc 3.65E-04 uCi/cc 1.56E-09 uti/cc Kr-85m 1.03E+01 uCf/cc 5.92E 02 uC1/cc 1.56E 02 uti/cc 1.56E 02 uti/cc 6.81E-06 uti/cc , Kr 87 2.03E+01 uti/cc 1.16E-01 uCl/cc 3.06E-02 uCl/cc 3.06E-02 uCi/cc 1.33E-07 uCf/cc Kr-88 2.93E+01 uti/cc 1.68E 01 uCi/cc 4.43E 02 uti/cc 4.43E-02 uti/cc 1.93E-07 uti/cc xe-131m 4.32E-01 uCl/cc 2.47E 03 uCf/cc 6.52E-04 uti/cc 6.52E-04 uti/cc 2.83E-07 uCl/cc xe 133 7.33E+01 uti/cc 4.20E 01 uCl/cc 1.11E-01 uCi/cc 1.11E-01 uCi/cc 4.82E-08 uCl/cc xe 133m 2.59E+00 uCl/cc 1.48E-02 uti/cc 3.91E 03 uCl/cc 3.91E-03 uti/cc 1. 70E -08 uCi/cc xe-135 1.47E+01 uCl/cc 8.39E-02 uCl/cc 2.22E-02 uCi/cc 2.22E-02 uti/cc 9.64E-07 uCf/cc xe-138 7.33E+01 uct/cc 4.20E 01 uti/cc 1.11E-01 uCf/cc 1.11E-01 uti/cc 4.82E-07 Wl/cc Total Gas 2.24E+02 uCl/cc 1.28E+00 uti/cc 3.39E 01 uCl/cc 3.39E-01 uCl/cc 7.48E-06 uti/cc I-131 4.14E+00 uclice 3.57E+00 uCl/cc 6.84E-03 uCl/cc 6.84E 03 uCf/cc 1.55E-13 uCf/cc I-132 5.84E+00 uCl/cc 5.04E+00 uC1/cc 9.66E 03 uci/cc 9.66E-03 uCl/cc 1.83E-15 Wi/cc I 133 8.28E+00 uCi/cc 7.14E+00 uCl/cc 1.37E-02 uti/cc 1.37E-02 uti/cc 4.11E-13 uCi/cc I-134 9.25E+00 uCl/cc 7.98E+00 uCl/cc 1.53E-02 uCl/cc 1.53E 02 uct/cc 1.24E-15 uCi/cc I-135 7.30E+00 uti/cc 6.30E+00 uct/cc 1.21E 02 uCl/cc 1.21E-02 uCi/cc 1.79E-15 uci/cc del-131 6.55E+00 uci/cc 5.65E+00 uCl/cc 1.08E-02 uti/cc 1.08E-02 uCl/cc 3.79E-13 uCi/cc Be 140 1.18E-05 uC1/cc 1.44E-05 uCl/cc 8.09E-08 uCi/cc 8.09E-08 uct/cc 1.35E-15 uti/cc Ce-144 9.65E-05 W l/cc 1.18E 04 uCl/cc 6.62E 07 uci/cc 6.62E 07 uCl/cc 1.11E-15 uCl/cc Cs-134 9.13E-01 Wl/cc 1.04E+00 uCl/cc 1.51E-03 uCl/cc 1.51E-03 uCf/cc 1.23E-15 uti/cc Cs-136 3.65E-01 W l/cc 4.16E-01 uCl/cc 6.04E-04 uCl/cc 6.04E 04 uct/cc 4.90E-15 uti/cc Co-137 5.72E-01 uCl/cc 6.51E 01 uCi/cc 9.46E 04 uCi/cc 9.46E 04 uti/cc 7.68E-15 uC1/cc La-140 2.95E-06 uCl/cc 3.61E-06 ucl/cc 2.02E-08 uCl/cc 2.02E-08 uCl/cc 3.38E-15 uti/cc Mo-99 3.70E-05 uCI/cc 4.53E 05 uCi/cc 2.54E-07 uti/cc 2.54E 07 uCl/cc 4.24E-15 uCi/cc , Np-239 5.36E 06 uct/cc 6.56E-06 uCl/cc 3.68E 08 uCf/cc 3.68E-08 uCf/cc 6.15E-15 uC1/cc , Ru-103 3.11E-06 uci/cc 3.81E-06 uct/cc 2.13E-08 uCf/cc 2.13E-08 uCl/cc 3.57E 15 Wi/cc Ru-106 6.97E-03 uct/cc 8.53E-03 uCl/cc 4.78E 05 uCI/cc 4.78E-05 uCi/cc 8.00E 15 uti/cc Sb-127 1.48E 03 uti/cc 1.69E 03 uCI/cc 2.46E-06 uCi/cc 2.46E-06 uCi/cc 1.99E-15 uti/cc Sb-129 8.03E-03 uCl/cc 9.14E 03 uti/cc 1.33E-05 uCl/cc 1.33E-05 uct/cc 1.08E 15 uCf/cc Sr-89 5.36E-09 uti/cc 6.56E-09 uCi/cc 3.70E-11 uti/cc 3.70E-11 uCl/cc 6.70E-15 uti/cc Sr-90 5.36E 09 uti/cc 6.56E-09 Wl/cc 3.70E-11 uti/cc 3.70E 11 uCl/cc 6.70E 15 uC1/cc Sr-91 5.36E-05 Wl/cc 6.56E 05 uCl/cc 3.60E 07 uti/cc 3.68E-07 uCl/cc 6.15E-15 uCl/cc Te-129m 1.29E 03 uti/cc 1.47E-03 uCl/cc 2.11E 06 uCl/cc 2.13E-06 uCf/ec 1.73E-15 uCl/cc Te-131m 3.16E-03 uti/cc 3.60E-03 uC1/cc 5.7.3E-06 uct/cc 5.23E-06 uCi/cc 4.25E-15 uci/cc Te 132 2.92E 02 uCl/cc 3.33E 02 uCl/cc 4.83E-05 uCl/cc 4.83E-05 uCI/cc 3.92E-15 uti/cc ( Y 91 3.75E-05 uCl/cc 4.59E-05 uC1/cc 2.57E-07 uCl/cc 2.57E-07 uCl/cc 4.31E-15 uCt/cc Tot Filt 1.90E+00 uCl/cc 2.16E+00 uC1/cc 3.18E-03 uC1/cc 3.18E-03 uti/cc 2.62E-14 uCl/cc ! Hydrogen cone 0.0% 0.0% 0.0% 0.0% 0.0% ( 0xygen conc 0.0% 0.0% 0.0% 0.0% 0.0% i Dos 1 Rate et 1 foot u rmat Pass Sample ( 10 ml ) 13.4 W /hr < 2.0 m/hr Diluted Sample ( 0.1 at ) < 2.0 mR/hr < 2.0 d/hr Normal Pass Sample ( 15 at ) .....................................< 2.0 m /hr < 2.0 d/hr l und f l ut ed Cas Sampl e ( 1225 c c ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 m / h r 1 O
l ANNUAL EXERCISE SCENARIO 36 OCNGS REV No. O SECTION III E I PLANT SAMPLE ACTIVITY I O (CLOCK TIME T=19:40) RX WATER TORUS WATER DRYWELL GAS TORUS GAS RACEMS NUCLIDE Concentration Concentration Concentration Concentration Concentration Kr 85 2.07E-01 uCl/cc 1.26E-03 uCl/cc 3.08E-04 uCf/cc 3.08E-04 uti/cc 1.45E-09 uCi/cc Kr 85m 8.80E+00 uCl/cc 5.34E-02 uC1/cc 1.32E 02 uCi/cc 1.32E 02 uCl/cc 6.31E-06 uti/cc Kr 87 1.72E+01 uCl/cc 1.05E 01 uCl/cc 2.58E-02 uti/cc 2.58E-02 uCl/cc 1.24E 07 uC1/cc Kr-88 2.49E+01 uti/cc 1.51E-01 uC1/cc 3.73E-02 uct/cc 3.73E-02 uC1/cc 1.79E 07 uC1/cc re-131a 3.67E-01 uCf/cc 2.23E 03 uCI/cc 5.49E-04 uC1/cc 5.49E 04 uCf/cc 2.62E-07 uti/cc xe-133 6.23E+01 uCl/cc 3.79E 01 uct/cc 9.33E-02 uCf/cc 9.33E-02 di/cc 4.47P 08 uti/cc Xe-133e 2.20E+00 Wl/cc 1.34E-02 uct/cc 3.29E-03 uCl/cc 3.29E 03 uCI/cc 1.58E 08 uti/cc xe-135 1.25E+01 uCf/cc 7.57E-02 uCl/cc 1.87E-02 uCI/cc 1.87E-02 uti/cc 8.94E-07 uCi/cc 49-138 6.23E+01 uC1/cc 3.79E-01 ucl/cc 9.33E 02 uct/cc 9.33E-02 uCl/cc 4.47E-07 uC1/cc lotil cas 1.91E+02 uCl/cc 1.16E+00 uCl/cc 2.86E-01 uCl/cc 2.86E-01 uti/cc 7.37E-06 uCl/cc
. - G1 3.52E+00 uti/cc 3.22E+00 uC1/cc 5.66E-03 uci/cc 5.66E-03 uCf/cc 1.09E-13 uCl/cc l-132 4.97E+00 uCl/cc 4.54E+00 uC1/cc 7.98E-03 uCl/cc 7.98E-03 uC1/cc 1.19E-15 uCl/cc I-133 7.03E+00 uCl/cc 6.43E+00 uti/cc 1.1X 02 uCl/cc 1.13E-02 uct/cc 3.02E-13 uti/cc l-134 7.86E+00 uti/cc 7.19E+00 uCf/cc 1.26E-02 uct/cc 1.26E-02 uCl/cc 1.14E-15 uti/cc l-135 6.21E+00 uC1/cc 5.67E+00 uCl/cc 9.98E-03 uCl/cc 9.98E-03 uC1/cc 1.98E 15 uCl/cc del-131 5.57E+00 uCl/cc 5.09E+00 uCl/cc 8.96E-03 uCl/cc 8.96E-03 uCl/cc 2.06E-15 uti/cc Ba-140 1.00E 05 uCl/cc 1.27E 05 uct/cc 5.63E-08 uCl/cc 5.63E 08 uCf/cc 1.19E-15 uCf/cc Co 144 8.21E-05 uCf/cc 1.04E-04 uC1/cc 4.61E-07 Wl/cc 4.61E-07 df/cc 9.75E-15 uti/cc Cs 134 7.76E-01 uCl/cc 9.36E 01 uCl/cc 1.25E-03 uCl/cc 1.25E 03 uC1/cc 1.12E-15 uti/cc O Cs 136 Cs 137 La-140 3.10E-01 uCl/cc 3.75E-01 uCI/cc 4.99E-04 uC1/cc 4.99E-04 uti/cc 4.50E 15 uCl/cc 4.86E-01 uCl/cc 5.87E 01 uCf/cc 7.82E-04 utt/cc 7.82E-04 uci/cc 7.04E 15 uC1/cc 2.51E 06 Wl/cc 3.18E-06 uC1/cc 1.41E 06 uC1/cc 1.41E-08 uC1/cc 2.90E-15 uct/cc Mo-99 3.15E 05 uCl/cc 3.99E 05 uCl/cc 1.77E 07 uCl/cc 1.77E-07 uti/cc 3.74E 15 uti/cc up-239 4.56E 06 uCf/cc 5.78E-06 u;i/cc 2.56E-08 uCl/cc 2.56E-08 uCl/cc 5.42E-15 uti/cc Ru-103 2.64E-06 di/cc 3.35E-06 6*l/cc 1.49E-08 uCl/cc 1.49E 08 uti/cc 3.14E-15 di/cc Ru-106 5.93E-03 uCi/cc 7.52E 03 Cl/cc 3.3M-05 uCl/cc 3.3M-05 uCi/cc 7.04E-13 di/cc sb-127 1.26E-03 uct/cc 1.52E 03 JCI/cc 2.0M-06 uCl/cc 2.0M-06 uCl/cc 1.8M 15 uCl/cc ,
sb-129 6.83E 03 uCl/cc 8.24E-03 uCl/cc 1.10E 05 uCf/cc 1.10E-05 uti/cc 9.89E-15 utt/cc sr-89 4.56E-09 uCl/cc 5.78E-r3 dl/cc 2.58E 11 uCI/cc 2.58E-11 uct/cc 5.89E 15 uct/cc
$r-90 4.56E 09 uCl/cc 5.7P'. 09 uCl/cc 2.58E 11 uCl/cc 2.58E-11 uC1/cc 5.89E-15 uti/cc tr 91 4.56E 05 uCI/cc 5 /8E-05 uC1/cc 2.56E-07 uti/cc 2.56E-07 uCf/cc 5.42E-15 ucl/cc Te 129e 1.10E-03 uCf/cc 1.32E 03 uCl/cc 1.76E 06 uCl/cc 1.76E 06 uCl/cc 1.59E-15 ucl/cc Te-131m 2.69E 03 uCl/cc 3.25E-03 uC1/cc 4.33E 06 utt/cc 4.3M-06 uti/cc 3.90E-15 el/cc Te-132 2.48E 02 uti/cc 3.00E 02 uti/cc 3.99E 05 uCl/cc 3.99E 05 uC1/cc 3.60E-15 utt 'ec Y-91 3.19E 05 uCl/cc 4.05E-05 di/cc 1.79E-07 uCl/cc 1.79E-07 uCl/cc 3.79E-15 Wine Tot Fitt 1.62E+00 uCl/cc 1.95E+00 uci/cc 2.62E 03 ucl/cc 2.62E-03 uCl/cc 2.40E 14 uC1/cc Hydrogen core 0.0% 0.0% 0.0% 0.0% 0.0%
0xygen conc 0.0% 0.0% 0.0% 0.0% 0.0% Does Rate et 1 foot N:rmet Paes sample ( 10 mi ) 11.5 m /hr < 2.0 m /sr Dituted sa mle ( 0.1 et ) < 2.0 mR/hr < 2.0 W /dr Normal Pass sagte ( 15 mL ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 W/h r < 2.0 W/hr undiluted Gas Sample ( 1225 cc ) ........................................................................ < 2.0 mR/hr l I l l
=
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E PLANT SAMPLE ACTIVITY (CLOCK TIME T=19:50) RX WATER TORUS WATER DRYWELL GAS TORUS GAS RAGEMS NUCLIDE Concentration Concentration Concentration Concentration Concentration Kr 85 1.76E-01 uC1/cc 1.11E-03 uC1/cc 2.60E 04 uCl/cc 2.60E-04 uCi/cc 1.34E-09 uti/cc Kr-85m 7.48E+00 uCl/cc 4.73E 02 uCi/cc 1.11E 02 uCf/cc 1.11E-02 uti/cc 5.81E 06 uti/cc Kr-87 1.46E*01 uCf/cc 9.27E-02 di/cc 2.18E-02 uCf/cc 2.18E-02 uCt/cc 1.14E-07 uCl/cc Kr-88 2.12E+01 uti/cc 1.34E 01 uct/cc 3.15E-02 uct/cc 3.15E-02 uti/cc 1.65E-07 uCi/cc Xe-131m 3.12E 01 uC!/cc 1.98E-03 uCl/cc 4.64E-04 uCf/cc 4.64E-04 uti/cc 2.42E 07 uC1/cc Xe-133 5.30E+01 uCI/cc 3.35E 01 di/cc 7.88E-02 uCl/cc 7.88E-02 uCi/cc 4.12E-08 uti/cc Xe 133m 1.87[+00 uti/cc 1.18E-02 uti/cc 2.78E-03 uti/cc 2.78E 03 uti/cc 1.45E-08 uti/cc Xe 135 1.06E+01 uCl/cc 6.71E-02 uti/cc 1.58E 02 uCl/cc 1.58E-02 uti/cc 8.23E-07 uti/cc Xe-138 5.30E+01 uCf/cc 3.35E-01 uCI/cc 7.88E 02 uCl/cc 7.88E-02 uCl/cc 4.12E-07 uCl/cc Total Gas 1.62E+02 uCi/cc 1.03E+00 uC1/cc 2.41E-01 uCi/cc 2.41E-01 uci/cc 6.26E-06 uci/cc s 1 131 2.99E+00 uti/cc 2.85E+00 uCl/cc 4.70E-03 uCl/cc 4.70E-03 di/cc 1.64E-13 uC1/cc I-132 4.22E+00 uCl/cc 4.02E+00 uCl/cc 6.64E-03 uCf/cc 6.64E-03 uci/cc 1.55E-15 uCf/cc I-133 5.98E+00 utt/cc 5.69E+00 uCf/cc 9.40E-03 uCl/cc 9.40E-03 uCl/cc 3.28E-13 uti/cc I-134 6.68E+00 uC1/cc 6.36E+00 uC1/cc 1.05E-02 uCl/cc 1.05E-02 uti/cc 1.04E-15 uC1/cc I 135 5.28E+00 uCl/cc 5.02E+00 uC1/cc 8.30E 03 uCl/cc 8.30E-03 uC1/cc 1.19E 15 uti/cc DEI-131 4.73E+00 uti/cc 4.51E+00 uti/cc 7.45E-03 uCl/cc 7.45E-03 uct/cc 3.35E-13 uti/cc Be-140 8.53E-06 uti/cc 1.11E-05 uCl/cc 3.98E-08 uti/cc 3.98E 08 uti/cc 1.04E-15 uti/cc Ce-144 6.98E-05 uC1/cc 9.n8E-05 uC1/cc 3.25E-07 uCl/cc 3.25E 07 uti/cc 8.54E-15 uti/cc Cs-134 6.59E-01 uCl/cc 8.29E-01 uCl/cc 1.04E-03 uCl/cc 1.04E-03 uti/cc 1.02E-15 uCl/cc Co-136 2.64E-01 uC1/cc 3.31E-01 uCl/cc 4.15E-04 uti/cc 4.15E-04 uCl/cc 4.10E-15 uCl/cc Ca-137 4.13E-01 uCl/cc 5.19E 01 ucl/cc 6.50E-04 uCl/cc 6.50E-04 uCI/cc 6.42E-15 uti/cc La-140 2.13E-06 uti/cc 2.77E-06 uCl/cc 9.94E 09 uCl/cc 9.94E-09 uC1/cc 2.61E-15 uC1/cc Mo-99 2.67E 05 uCl/cc 3.48E-05 uti/cc 1.25E-07 uCf/cc 1.25E 07 uCl/cc 3.27E-15 uCl/cc up-239 3.88E-06 uCl/cc 5.04E 06 uCl/cc 1.81E-08 uCI/cc 1.81E-08 uCI/cc 4.74E-15 uci/cc Ru 103 2.25E-06 uti/cc 2.93E-06 uCl/cc 1.05E-08 uC1/cc 1.05E-OS uti/cc 2.75E-15 uCl/cc Ru 106 5.04E-03 uti/cc 6.56E-03 uCf/cc 2.35E-05 uti/cc 2.35E-05 uCl/cc 6.17E-15 ucl/cc sb-127 1.07E 03 uct/cc 1.35E-03 uCl/cc 1.69E 06 uCl/cc 1.69E-06 uCl/cc 1.67E-15 uCl/cc Sb-129 5.80E-03 uCl/cc 7.29E-03 uti/cc 9.13E-06 uCf/cc 9.13E-06 uti/cc 9.02E-15 uti/cc Sr-89 3.88E 09 uCl/cc 5.04E-09 uCl/cc 1.82E-11 uct/cc 1.82E-11 uC1/cc 5.15E-15 uti/cc sr-90 3.88E-09 uCl/cc 5.04E-09 uCl/cc 1.82E-11 uCl/cc 1.82E 11 uti/cc 5.15E-15 uCl/cc
$r 91 3.88E-05 uCl/cc 5.04E-05 uC1/cc 1.81E 07 uCf/cc 1.81E-07 uCi/cc 4.74E-15 uti/cc Te 129m 9.32E 04 uCf/cc 1.17E-03 uCl/cc 1.47E-06 uCf/cc 1.47E-06 Wl/cc 1.45E-15 uti/cc Te-131m 2.29E-03 uCl/cc 2.87E 03 uCl/cc 3.60E-06 uCl/cc 3.60E-06 uCi/cc 3.55E-15 uti/cc Te-132 2.11E-02 uti/cc 2.65E-02 uCl/cc 3.32E-05 uCl/cc 3.32E-05 uCl/cc 3.28E-15 uti/cc Y 91 2.71E-05 uct/cc 3.53E 05 uCl/cc 1.27E 07 ucl/cc 1.27E-07 uCl/cc 3.32E-15 uCl/cc Tot Filt 1.37E+00 uCl/cc 1.73E+00 uCl/cc 2.18E-03 uCl/cc 2.18E-03 uti/cc 2.19E-14 uti/cc Hydrogen conc 0.0% 0.0% 0.01 0.0% 0.0%
0xygen conc 0.0% 0.0% 0.0% 0.0% 0.0% Dose Rate at 1 foot Norstel Pass Easple ( 10 ml ) 9.7 mR/hr < 2.0 est/hr Olluted sample ( 0.1 al ) < 2.0 d /hr < 2.0 d/hr Normal Pass sample ( 15 al ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 m/h r < 2.0 W /hr und i l ut ed Gas S ampl e ( 1225 cc ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . < 2. 0 m /h r G 4 J
ANNUAL EXERCISE SCENARIO 36 OCNGS REV NO. O SECTION III E O PLANT SAMPLE ACTIVITY (CLOCK TIME RX WATER TORUS WATER T=20:00) ORYWELL CAS TORUS CAS RAGEMS WUCLIDE Concentration Concentration Concentration Concentration concentration Kr 85 - 1.49E-01 uCi/cc 9.74E 04 uCl/cc 2.20E-04 uCl/cc 2.20E-04 uCl/cc 1.22E-09 uCf/cc Kr-85m 6.36E+00 uCl/cc 4.14E-02 uti/cc 9.41E-03 uCl/cc 9.41E 03 uti/cc 5.32E-06 uC1/cc Kr 87 1.24E+01 uC1/cc 8.11E 02 uCf/cc 1.84E 02 uCl/cc 1.84E 02 uCl/cc 1.04E 07 uCl/cc Kr 88 1.80E+01 uct/cc 1.17E-01 uct/cc 2.66E-02 uCf/cc 2.66E-02 uC1/cc 1.51E 07 uC1/cc l I Xe-131m 2.65E 01 uCl/cc 1.73E-03 uCl/cc 3.92E 04 uCl/cc 3.92E-04 uCl/cc 2.21E-07 uCl/cc Xe 133 4.50E+01 uCi/cc 2.94E 01 uCl/cc 6.66E 02 uCi/cc 6.66E 02 uC1/cc 3.77E 08 uC1/cc Xe-133m 1.59E+00 uCl/cc 1.04E-02 uti/cc 2.35E-03 uCf/cc 2.35E 03 uti/cc 1.33E-08 uCl/cc Xe-135 9.00E+00 uti/cc 5.87E-02 uct/cc 1.33E 02 uCf/cc 1.33E-02 uCl/cc 7.54E 07 utt/cc Xe 138 4.50E+01 uCl/cc 2.94E 01 uCl/cc 6.66E-02 uCl/cc 6.66E 02 utt/cc 3.77E-07 uti/cc Total Gas 1.38E+02 uCi/cc 8.99E-01 uC1/cc 2.04E-01 uCi/cc 2.04E-01 uci/cc 6.15E 06 uCl/cc I-131 2.54E+00 uC1/cc 2.49E+00 uCl/cc 3.93E-03 uCl/cc 3.93E 03 uct/cc 1.21E-13 uti/cc I-132 3.59E+00 uCl/cc 3.51E+00 uCl/cc 5.54E-03 uCI/cc 5.54E 03 uCl/cc 1.94E-15 ucl/cc I 133 5.08E+00 uCl/cc 4.98E+00 uCi/cc 7.85E-03 uti/cc 7.85E-03 uct/cc 2.42E 13 uCI/cc I-134 5.68E+00 Wl/rc 5.56E+00 uCI/cc 8.78E 03 uti/cc 8.78E-03 uCI/cc 1.41E-15 utt/cc I-135 4.48E+00 uCi/cc 4.39E+00 uCl/cc 6.93E-03 uCi/cc 6.93E 03 uCI/cc 1.42E-15 uti/cc del 131 4.02E+00 uCl/cc 3.94E+00 uct/cc 6.22E-03 uct/cc 6.22E-03 uCl/cc 2.66E-13 uCl/cc Ba-140 7.25E 06 uCl/cc 9.61E-06 uti/cc 2.85E-08 uCl/cc 2.85E-08 uCl/cc 9.10E-15 uCl/cc Ce-144 5.93E-05 uti/cc 7.86E-05 uct/cc 2.33E-07 uCl/cc 2.33E 07 uCl/cc 7.44E-15 uti/cc Cs-134 5.61E-01 uCf/cc 7.25E-01 uC1/cc 8.66E-04 uCl/cc 8.66E-04 uct/cc 9.29E 15 uCl/cc Cs 136 2.24E 01 uCl/cc 2.90E 01 uct/cc 3.47E-04 uti/cc 3.47E-04 uCl/cc 3.72E-15 utt/cc O Cs 137 La-140 Mo-99 3.51E-01 uC1/cc 4.54E-01 uCl/cc 5.43E-04 uCl/cc 5.43E 04 uct/cc 5.82E-15 uct/cc 1.81E 06 uCi/cc 2.40E-06 uCl/cc 7.12E 09 uCl/cc 7.12E 09 uCI/cc 2.28E-15 uCl/cc 2.27E-05 utt/cc 3.01E-05 uCl/cc 8.93E-06 uti/cc 8.93E-08 uC1/cc 2.85E-15 uCl/cc ' Mp-239 3.29E-06 uti/cc 4.37E 06 uti/cc 1.29E-08 uCI/cc 1.29E-06 uCl/cc 4.14E 15 uCl/cc Ru-103 1.91E-06 uCl/cc 2.53E 06 uCl/cc 7.51E-09 uCf/cc 7.51E 09 uCl/cc 2.40E 15 uCl/cc Ru-106 4.28E 03 uCl/cc 5.68E-03 uct/cc 1.68E-05 uCl/cc 1.68E 05 uti/cc 5.38E-15 uct/cc Sb-127 9.12E-04 uCl/cc 1.18E 03 uct/cc 1.41E-06 uCl/cc 1.41E-06 uCf/cc 1.51E-15 uct/cc Sb-129 4.93E-03 uC1/cc 6.38E-03 uCf/cc 7.62E 06 uti/cc 7.62E-06 uti/cc 8.18E 15 uci/cc sr 89 3.29E-07 Wi/cc 4.37E-09 uCl/cc 1.30E-11 uCl/cc 1.30E-11 uCl/cc 4.48E 15 uCl/cc Sr 90 3.29E-09 uct/cc 4.37E-09 uct/cc 1.30E 11 uCl/cc 1.30E-11 uCl/cc 4.48E 15 uti/cc Sr-91 3.29E 05 uct/cc 4.37E 05 uCl/cc 1.29E 07 uCl/cc 1.29E-07 ucl/cc 4.14E-15 uCl/cc Te 129m 7.92E-04 utt/cc 1.02E-03 uCf/cc 1.22E-06 u-l/cc 1.22E-06 uCI/cc 1.31E 15 uCl/cc Te-131m 1.94E-03 utt/cc 2.51E 03 uCl/cc 3.00E 06 uCl/cc 3.00E-06 uCl/cc 3.22E-15 uC1/cc Te-132 1.79E-02 uCl/cc 2.32E-02 uCl/cc 2.77E 05 Wl/cc 2.77E 05 uti/cc 2.97E 15 uCl/cc Y-91 2.31E-05 uCl/cc 3.06E-05 uCl/cc 9.06E-08 uCl/cc 9.06E-08 utt/cc 2.90E-15 uCf/cc Tot Filt 1.17E+00 Wl/cc 1.51E+00 uct/cc 1.81E 03 uCf/cc 1.81E 03 uCl/cc 2.98E-14 uCl/cc Hydrogen cone 0.0% 0.0% 0.0% 0.0% 0.0% 0xygen conc 0.0% 0.0% 0.0% 0.0% 0.0%
)
Dose Rate et 1 foot l Nirmal Pese sample ( 10 at ) 8.3 d /hr < 2.0 m /hr 1 Diluted sample ( 0.1 et ) < 2.0 d /hr < 2.0 m /hr ! Normat Pass sample ( 15 at ) .....................................< 2.0 m/hr < 2.0 ea/hr ; Undfluted Gee sample ( 1225 cc ) ........................................................................ < 2.0 mR/hr k l i
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ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O l' i SECTION IV 0FF-SITE RADIOLOGICAL DATA IV.A. DOSE PROJECTION IV.B. PLUME DATA IV.C. METEOROLOGICAL DATA IV.D. CREST DATA 1 O (94 ANNUAL EX/LD/62)
ANNUAL EXERCISE SCENARIO NO. 36 OCNGS REV.O O sectrou rv.4. oose enoaccrron O %) l
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Time: 18:10:00 Date: 06/08/1994 ELEVATED RELEASE CONCENTRATIONS ; Kr 85 5.2E-07 uCi/cc Y 91 0.0E+00 uCi/cc Kr 85m 2.1E-05 uCi/cc Mo 99 0.0E+00 uCi/cc Kr 87 3.9E-05 uCi/cc Ru 103 0.0E+00 uCi/cc Kr 88 5.9E-05 uCi/cc Ru 106 0.0E+00 uCi/cc Xe 131m 9.0E-07 uCi/cc Te 129m 1.6E-13 uCi/cc Xe 133 1.6E-04 uCi/cc Te 131m 3.9E-13 uCi/cc i Xe 133m 5.7E-06 uCi/cc Te 132 3.6E-12 uCi/cc ! Xe 135 3.0E-05 uCi/cc Sb 127 1.8E-13 uCi/cc , Xe 138 1.0E-04 uCi/cc Sb 129 9.7E-13 uCi/cc I 131 5.2E-10 uCi/cc Cs 134 1.1E-10 uCi/cc ! I 132 4.7E-10 uCi/cc Cs 136 4.6E-11 uCi/cc I 133 1.0E-09 uCi/cc Cs 137 7.1E-11 uCi/cc ; I 134 1.0E-09 uCi/cc Ba 140 0.0E+00- uCi/cc i' I 135 8.9E-10 uCi/cc La 140 0.0E+00 uCi/cc Sr 89 0.0E+00 uCi/cc Ce 144 0.0E+00 uCi/cc , Sr 90 0.0E+00 uCi/cc Np 239 0.0E+00 uCi/cc ! Sr 91 0.0E+00 uCi/cc f Flow rate = 1.4E+05 cfm P l i k l l
Tims: 18:10:00 Date: 06/08/1994 A Sensor B Sensor USE Units 33 Ft Wind Speed MISSING MISSING 12.5 Mph 150 Ft Wind Speed MISSING MISSING Mph 380 Ft Wind Speed MISSING MISSING 14.1 Mph 33 Ft Wind Direction MISSING MISSING 42 Degrees 150 Ft Wind Direction MISSING MISSING Degrees 380 Ft Wind Direction MISSING MISSING 44 Degrees 150 Ft - 33 Ft Delta T MISSING MISSING -0.6 Degrees F 380 Ft - 33 Ft Delta T MISSING MISSING -2.5 Degrees F Elevated Sector Affected SW Ground Sector Affected SW O O \
-. . _. - _ _ - . . - . - . ._ ~_ - -- - - _ - . . - . _ . .
PCS Auto Ventilation FMT readings Crest Utilities TIME 18:10:00 ' f THYROID COMMITTED DOSE EQUIVALENT 1 Jis. Dose Rate Hours ] Dose ChTOTALEFFECTIVEDOSEEQUIVALENT Dose Rate Hours Dis. Chi /Q Dose Miles mrem mrem /Hr to PAG Miles Sec/M"3 mrem mrem /Hr to PAG /
----- ---------- ---------- ------ ----- --------- ---------- --------- ------{
SB 1.65E-01 2.35E-02 >99 SB 8.10E-10 BKG BKG >99 l 2.0 1.38E-01 1.97E-02 >99 2.0 9.53E-07 BKG BKG >99 I 5.0 4.95E-02 7.07E-03 >99 5.0 7.31E-07 BKG BKG >99 l 10.0 1.76E-02 2.52E-03 >99 10.0 3.08E-07 BKG BKG >99 l Max. Max. Dose Dose
- 1.0 1.88E-01 2.69E-02 >99 2.5 1.02E-06 BKG BKG >99 MET DATA Ground Wind Speed 12.5 mph Elevated Wind Speed 14.1 mph Ground Wind Dir (from) 42 degrees Elevated Wind Dir (from) 44 degrees Ground Stability Class D Elevated Stability Class D FIELD READINGS Time Location WB Dose Rate Th Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr F1 Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit ;
i EMERGENCY CLASSIFICATION NO CLASSIFICATION based on dose projections , ( ASSUMPTIONS / INPUTS USED Time = 18:10:00 Date = 6/8/1994 l Stack release calculation i Stack low range reading = 170 cps , Stack high range reading = 0.000E+00 Amps ! Stack high range reading = -1.000E+00 uCi/cc l Stack flow rate = 137000 cfm ! Time after shutdown = 0.17 hours Containment spray washout considered l Clad damage spectrum chosen 1 (.03 noble gases, .02 iodines w/ partition factor of 1000) SBGT operating Release duration = 7.00 hours Assumed gross elevated release rates: i 2.67E+04 uCi/s Noble Gas, 2.68E-01 uCi/s Iodine Assumed gross ground release rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine j i l O
)
Time: 18:20:00 Date: 06/08/1994 ELEVATED RELEASE CONCENTRATIONS O Kr 85 9.1E-06 .uC1/cc Y 91 0.0E+00 uCi/cc uCi/cc Kr 85m 3.6E-04 uCi/cc Mo 99 0.0E+00 ; Kr 87 6.2E-04 uCi/cc Ru 103 0.0E+00 uCi/cc ! Kr 88 9.9E-04 uCi/cc Ru 106 0.0E+00 uCi/cc Xe 131m 1.6E-05 uCi/cc Te 129m 2.8E-12 uCi/cc Xe 133 2.7E-03 uCi/cc Te 131m 6.8E-12 uCi/cc Xe 133m 9.8E-05 uCi/cc Te 132 6.3E-11 uCi/cc Xe 135 5.2E-04 uCi/cc Sb 127 3.2E-12 uCi/cc Xe 138 1.1E-03 uCi/cc Sb 129 1.6E-11 uCi/cc I 131 9.1E-09 uCi/cc Cs 134 2.0E-09 uCi/cc I 132 5.5E-09 uCi/cc Cs 136 7.9E-10 uCi/cc I 133 1.8E-08 uCi/cc Cs 137 1.2E-09 uCi/cc I 134 1.5E-08 uCi/cc Ba 140 0.0E+00 uCi/cc I 135 1.5E-08 uCi/cc La 140 0.0E+00 uCi/cc Sr 89 0.0E+00 uCi/cc Ce 144 0.0E+00 uCi/cc Sr 90 0.0E+00 uCi/cc Np 239 0.0E+00 uCi/cc : Sr 91 0.0E+00 uCi/cc Flow rate = 1.4E+05 cfm , I (:) ' i e I I i k
Tima: 18:20:00 Date: 06/08/1994 ' A Sensor B Sensor USE Units 33 Ft Wind Speed MISSING MISSING 12.5 Mph 150 Ft Wind Speed MISSING MISSING Mph 380 Ft Wind Speed MISSING MISSING 14.1 Mph 33 Ft Wind Direction MISSING MISSING 42 Degrees 150 Ft Wind Direction MISSING MISSING Degrees 380 Ft Wind Direction MISSING MISSING 42 Degrees 150 Ft - 33 Ft Delta T MISSING MISSING -0.6 Degrees F 380 Ft - 33 Ft Delta T MISSING MISSING -2.5 Degrees F Elevated Sector Affected SW Ground Sector Affected SW O O : 1
PCS Auto Ventilation FMT readings Crest Utilities F TIME 18:20:00 (~S TOTAL EFFECTIVE DOSE THYROID COMMITTED DOSE EQUIVALENT l . is. Dose Dose EQUIVALENT Rate Hours Dis. Chi /Q Dose Dose Rate Hours l
\ Iiles t mrem mrem /Hr to PAG Miles Sec/M'3 mrem mrem /Hr to PAG- ----- ---------- ---------- ------ ----- --------- ---------- --------- ------l SB 2.39E+00 3.42E-01 >99 SB 8.10E-10 BKG BKG >99 2.0 2.05E+00 2.93E-01 >99 2.0 9.53E-07 7.04E-03 1.01E-03 >99 5.0 7.63E-01 1.09E-01 >99 5.0 7.31E-07 BKG BKG >99 10.0 2.83E-01 4.04E-02 >99 10.0 3.08E-07 BKG BKG >99 Max. Max.
Dose Dose 1.0 2.76E+00 3.95E-01 >99 2.5 1.02E-06 7.56E-03 1.08E-03 >99 MET DATA Ground Wind Speed 12.5 mph Elevated Wind Speed 14.1 mph Ground Wind Dir (from) 42 degrees Elevated Wind Dir (from) 44 degrees Ground Stability Class D Elevated Stability Class D FIELD READINGS Time Location WB Dose Rate Th Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr F1 Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION NO CLASSIFICATION based on dose projections ()Tims = 18:20:00 ASSUMPTIONS / INPUTS USED Date = 6/8/1994 Stack release calculation Stack low range reading = 2660 cps Stack high range reading = 0.000E+00 Amps Stack high range reading = -1.000E+00 uCi/cc Stack flow rate = 137000 cfm Tima after shutdown = 0.33 hours Containment spray washout considered Clad damage spectrum chosen (.03 noble gases, .02 lodines w/ partition factor of 1000) SBGT operating Release duration = 7.00 hours Assumed gross elevated release rates: l 4.19E+05 uCi/s Noble Gas, 4.33E+00 uCi/s Iodine Assumed gross ground release rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine
Tima: 18:30:00 Date: 06/08/1994 ELEVATED RELEASE CONCENTRATIONS Kr 85 1.6E-05 uCi/cc Y 91 0.0E+00 uCi/cc Kr 85r 6.2E-04 uCi/cc Mo 99 0.0E+00 uCi/cc Kr 87 9.9E-04 uCi/cc Ru 103 0.0E+00 uCi/cc Kr 88 1.7E-03 uCi/cc Ru 106 0.0E+00 uCi/cc Xe 131m 2.7E-05 uCi/cc Te 129m 4.9E-12 uC1/cc Xe 133 4.8E-03 uCi/cc Te 131m 1.2E-11 uCi/cc Xe 133m 1.7E-04 uCi/cc Te 132 1.1E-10 uCi/cc Xe 135 9.1E-04 uCi/cc Sb 127 5.6E-12 uCi/cc Xe 138 1.3E-03 uCi/cc Sb 129 2.8E-11 uCi/cc I 131 1.6E-08 uCi/cc Cs 134 3.5E-09 uCi/cc I 132 6.4E-09 uCi/cc Cs 136 1.4E-09 uCi/cc I 133 3.1E-08 uCi/cc Cs 137 2.2E-09 uCi/cc I 134 2.3E-08 uCi/cc Ba 140 0.0E+00 uCi/cc I 135 2.6E-08 uCi/cc La 140 0.0E+00 uCi/cc Sr 89 0.0E+00 uCi/cc Ce 144 0.0E+00 uCi/cc Sr 90 0.0E+00 uCi/cc Np 239 0.0E+00 uCi/cc Sr 91 0.0E+00 uCi/cc Flow rate = 1.4E+05 cfm
/~N I N~) k i
4 l l 1 (" C/
Timo: 18:30:00 Date: 06/08/1994 A Sensor B Sensor USE Units 33 Ft Wind Speed MISSING MISSING 12.5 Mph 150 Ft Wind Speed MISSING MISSING Mph 380 Ft Wind Speed MISSING MISSING 14.1 Mph 33 Ft Wind Direction MISSING MISSING 42 Degrees 150 Ft Wind Direction MISSING MISSING Degrees 380 Ft Wind Direction MISSING MISSING 44 Degrees 150 Ft - 33 Ft Delta T MISSING MISSING -0.6 Degrees F 380 Ft - 33 Ft Delta T MISSING MISSING -2.5 Degrees F Elevated Sector Affected SW Ground Sector Affected SW O O
. . . _ _ _ ._ . .. - _ _ = _ _ - - _ _
u i PCS Auto Ventilation FMT readings Crest Utilities . TIME 18:30:00 , (N TOTAL EFFECTIVE DOSE EQUIVALENT inrxOID COMMITTED DOSE EQUIVALENT l Dose Rate Hours ! (. is.
~ iles Dose mrem Dose Rate Hours Dis.
mrem /Hr to PAG Miles Sec/M*3 Chi /Q Dose mrem mrem /Hr to PAG! SB' 3.60E+00 5.14E-01 >99 SB 8.10E-10 BKG BKG >99 2.0 3.15E+00 4.50E-01 >99 2.0 9.53E-07 1.23E-02 1.76E-03 >99 l 5.0 1.21E+00 1.73E-01 >99 5.0 7.31E-07 9.41E-03 1.34E-03 >99 ! 10.0 4.62E-01 6.60E-02 >99 10.0 3.08E-07 BKG BKG >99 ! Max. Max. Dose Dose 1.0 4.19E+00 5.99E-01 >99 2.5 1.02E-06 1.32E-02 1.89E-03 >99 , MET DA"A Ground Wind Speed 12.5 mph Elevated Wind Speed 14.1 mph : Ground Wind Dir (from) 42 degrees Elevated Wind Dir (from) 44 degrees ! Ground Stability Class D Elevated Stability Class D FIELD READINGS Time Location WB Dose Rate Th Dose Rate mrem /hr mrem /hr ; mrem /hr mrem /hr > mrem /hr mrem /hr mrem /hr mrem /hr ; F1 Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION NO CLASSIFICATION based on dose projections f ()Time = 18:30:00 ASSUMPTIONS / INPUTS USED Date = 6/8/1994
-Stack release calculation i Stack low range reading = 4290 cps Stack high range reading = 0.000E+00 Amps '
Stack high range reading = -1.000E+00 uCi/cc Stack flow rate =- 137000 cfm i Time after shutdown = 0.50 hours ; Containment spray washout considered ! Clad damage spectrum chosen (.03 noble gases, .02 iodines w/ partition factor of 1000) SBGT operating Release duration = 7.00 hours Assumed gross elevated release rates: ; 6.75E+05 uCi/s Noble Gas, 7.12E+00 uCi/s Iodine i Assumed gross ground release rates: O.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine i O l _ _ . _ - - _ _ __ i
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Time: 18:40:00 Date: 06/08/1994 i ELEVATED RELEASE CONCENTRATIONS ; O Kr 85 Kr 85m 2.0E-05 7.7E-04 uCi/cc uCi/cc Mo 99 Y 91 0.0E+00 0.0E+00 uCi/cc uCi/cc l 1 Kr 87 1.2E-03 uCi/cc Ru 103 0.0E+00 uCi/cc l uCi/cc uCi/cc Kr 88 2.1E-03 Ru 106 0.0E+00 Xe 131m 3.5f-05 uCi/cc Te 129m 6.3E-12 uCi/cc l Xe 133 6.1E-03 uCi/cc Te 131m 1.5E-11 uCi/cc Xe 133m 2.2E-04 uCi/cc Te 132 1.4E-10 uCi/cc Xe 135 1.1E-03 uCi/cc Sb 127 7.2E-12 uCi/cc , Xe 138 1.1E-03 uCi/cc Sb 129 3.5E-11 uCi/cc ! I 131 2.0E-08 uCi/cc Cs 134 4.5E-09 uCi/cc I 132 5.4E-09 uCi/cc Cs 136 1.8E-09 uCi/cc I 133 4.0E-08 uCi/cc Cs 137 2.8E-09 uCi/cc I 134 2.6E-08 uCi/cc Ba 140 0.0E+00 uCi/cc I 135 3.3E-08 uCi/cc La 140 0.0E+00 uCi/cc i Sr 89 0.0E+00 uCi/cc Ce 144 0.0E+00 uCi/cc Sr 90 0.0E+00 uCi/cc Np 239 0.0E+00 uCi/cc j Sr 91 0.0E+00 uCi/cc ; Flow rate = 1.4E+05 cfm i 4 4 O , I c e l I i { P I I
Timn: 18:40:00 Date: 06/08/1994 A Sensor B Sensor USE Units 33 Ft Wind Speed MISSING MISSING 12.5 Mph 150 Ft Wind Speed MISSING MISSING Mph 380 Ft Wind Speed MISSING MISSING 14.1 Mph 33 Ft Wind Direction MISSING MISSING 42 Degrees 150 Ft Wind Direction MISSING MISSING Degrees 380 Ft Wind Direction MISSING MISSING 44 Degrees 150 Ft - 33 Ft Delta T MISSING MISSING -0.6 Degrees F 380 Ft - 33 Ft Delta T MISSING MISSING -2.5 Degrees F Elevated Sector Affected SW Ground Sector Affected SW O II>
PCS Auto Ventilation FMT readings Crest Utilities
, TIME 18:40:00 b; TOTAL EFFECTIVE DOSE EQUIVALENT THYROID COMMITTED DOSE EQUIVALENT is. Dose Dorte Rate Hours Dis. Chi /Q Dose Dose Rate Hours l iles mrem mRam/Hr to PAG Miles Sec/M^3 mrem mrem /Hr to PAG!
_____ _________- __________ ______ _____ _-____--_ _-__-____- ____-_-_- ______t SB 4.07E+00 5.81E-01 >99 SB 8.10E-10 BKG BXG >99 2.0 3.63E+00 5.18E-01 >99 2.0 9.53E-07 1.57E-02 2.25E-03 >99 5.0 1.42E+00 2.03E-01 >99 5.0 7.31E-07 1.20E-02 1.72E-03 >99 10.0 5.57E-01 7.95E-02 >99 10.0 3.08E-07 BKG BKG >99 , Max. Max. ! Dose Dose 1.0 4.78E+00 6.83E-01 >99 2.5 1.02E-06 1.69E-02 2.42E-03 >99 MET DATA Ground Wind Speed 12.5 mph Elevated Wind Speed 14.1 mph Ground Wind Dir (from) 42 degrees Elevated Wind Dir (from) 44 degrees Ground Stability Class D Elevated Stability Class D FIELD READINGS Time Location WB Dose Rate Th Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr F1 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 Tims = 18:40:00 Date = 6/8/1994 Stack release calculation Stack low range reading = 5160 cps Stack high range reading = 0.000E+00 Amps Stack high range reading = -1.000E+00 uCi/cc Stack flow rate = 137000 cfm Tims after shutdown = 0.67 hours Containment spray washout considered Clad damage spectrum chosen (.03 noble gases, .02 lodines w/ partition factor of 1000) SBGT operating Rsicase duration = 7.00 hours Assumed gross elevated release rates: 8.12E+05 uCi/s Noble Gas, 8.66E+00 uCi/s Iodine Assumed gross ground release rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine 1 l l l
Time: 18:50:00 Date: 06/08/1994 f' ELEVATED RELEASE CONCENTRATIONS t Kr 85 2.1E-05 uCi/cc Y 91 0.0E+00 uCi/cc Kr 85m 7.9E-04 uCi/cc Mo 99 0.0E+00 uCi/cc Kr 87 1.1E-03 uCi/cc Ru 103 0.0E+00 uCi/cc Kr 88 2.1E-03 uCi/cc Ru 106 0.0E+00 uCi/cc Xe 131m 3.7E-05 uCi/cc Te 129m 6.6E-12 uCi/cc Xe 133 6.4E-03 uCi/cc Te 131m 1.6E-11 uCi/cc Xe 133m 2.3E-04 uCi/cc Te 132 1.5E-10 uCi/cc Xe 135 1.2E-03 uCi/cc Sb 127 7.5E-12 uCi/cc Xe 138 7.2E-04 uCi/cc Sb 129 3.6E-11 uCi/cc I 131 2.1E-08 uCi/cc Cs 134 4.7E-09 uCi/cc I 132 3.8E-09 uCi/cc Cs 136 1.9E-09 uCi/cc I 133 4.2E-08 uCi/cc Cs 137 2.9E-09 uCi/cc I 134 2.4E-08 uCi/cc Ba 140 0.0E+00 uCi/cc I 135 3.4E-08 uCi/cc La 140 0.0E+00 uCi/cc Sr 89 0.0E+00 uCi/cc Ce 144 0.0E+00 uCi/cc ' Sr 90 0.0E+00 uCi/cc Np 239 0.0E+00 uCi/cc Sr 91 0.0E+00 uCi/cc Flow rate = 1.4E+05 cfm O O
Tims: 18:50:00 Date: 06/08/1994 A Sensor B Sensor USE Units 33 Ft Wind Speed MISSING MISSING 12.5 Mph 150 Ft Wind Speed MISSING MISSING Mph 380 Ft Wind Speed MISSING MISSING 14.1 Mph 33 Ft Wind Direction MISSING MISSING 42 Degrees 150 Ft Wind Direction MISSING MISSING Degrees 380 Ft Wind Direction MISSING MISSING 44 Degrees 150 Ft - 33 Ft Delta T MISSING MISSING -0.6 Degrees F 380 Ft - 33 Ft Delta T MISSING MISSING -2.5 Degrees F Elevated Sector Affected SW Ground Sector Affected SW O O
PCS Auto Ventilation FMT readings Crest Utilities TIME 18:50:00 TOTAL EFFECTIVE DOSE EQUIVALENT THYROID COMMITTED DOSE EQUIVALENT lI Cis. iles Dose mrem Dose Rate Hours Dis. mrem /Hr to PAG Miles Sec/M'3 Chi /Q Dose mrem Dose Rate mrem /Hr Hoursto PAG! _____ __________ __________ ______ _____ _________ __________ _________ ______l SB 3.87E+00 5.53E-01 >99 SB 8.10E-10 BKG BKG >99 2.0 3.49E+00 4.99E-01 >99 2.0 9.53E-07 1.65E-02 2.35E-03 >99 5.0 1.39E+00 1.99E-01 >99 5.0 7.31E-07 1.26E-02 1.80E-03 >99 10.0 5.54E-01 7.91E-02 >99 10.0 3.08E-07 BKG BKG >99 Max. Max. Dose Dose 1.0 4.57E+00 6.53E-01 >99 2.5 1.02E-06 1.77E-02 2.53E-03 >99 MET DATA Ground Wind Speed 12.5 mph Elevated Wind Speed 14.1 mph Ground Wind Dir (from) 42 degrees Elevated Wind Dir (from) 44 degrees Ground Stability Class D Elevated Stability Class D FIELD READINGS I Time Location WB Dose Rate Th Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr l F1 Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F9 Quit EMERGENCY CLASSIFICATION NO CLASSIFICATION based on dose projections () Time = 18:50:00 ASSUMPTIONS / INPUTS USED Date = 6/8/1994 Stack release calculation Stack low range reading = 5160 cps Stack high range reading = 0.000E+00 Amps ! Stack high range reading = -1.000E+00 uCi/cc l Stack flow rate = 137000 cfm - l Time after shutdown = 0.83 hours Containment spray washout considered Clad damage spectrum chosen (.03 noble gases, .02 lodines w/ partition factor of 1000) S3GT operating Release duration = 7.00 hours l Assumed gross elevated release rates: 8.12E+05 uCi/s Noble Gas, 8.69E+00 uCi/s Iodine Assumed gross ground release rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine O
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Time: 19:CK):00 Date: 06/08/1994 ELEVATED RELEASE CONCENTRATIONS Kr 85 2.2E-05 uCi/cc Y 91 0.0E+00 uCi/cc Kr 85m 7.7E-04 uCi/cc Mo 99 0.0E+00 uCi/cc Kr 87 1.0E-03 uCi/cc Ru 103 0.0E+00 uCi/cc Kr 88 2.0E-03 uCi/cc Ru 106 0.0E+00 uCi/cc Xe 131m 3.7E-05 uCi/cc Te 129m 6.7E-12 uCi/cc Xe 133 6.4E-03 uCi/cc Te 131m 1.6E-11 uCi/cc Xe 133m 2.3E-04 uCi/cc Te 132 1.5E-10 uCi/cc Xe 135 1.2E-03 uCi/cc Sb 127 7.6E-12 uCi/cc Xe 138 4.7E-04 uCi/cc Sb 129 3.5E-11 uCi/cc I 131 2.2E-08 uCi/cc Cs 134 4.7E-09 uCi/cc I 132 2.5E-09 uCi/cc Cs 136 1.9E-09 uCi/cc I 133 4.2E-08 uCi/cc Cs 137 2.9E-09 uCi/cc I 134 2.1E-08 uCi/cc Ba 140 0.0E+00 uCi/cc I 135 3.4E-08 uCi/cc La 140 0.0E+00 uCi/cc Sr 89 0.0E+00 uCi/cc Ce 144 0.0E+00 uCi/cc Sr 90 0.0E+00 uCi/cc Np 239 0.0E+00 uCi/cc Sr 91 0.0E+00 uCi/cc Flow rate = 1.4E+05 cfm 1
)
Time: 19:00:00 Date: 06/08/1994 A Sensor B Sensor USE Units 33 Ft Wind Speed MISSING MISSING 12.5 Mph 150 Ft Wind Speed MISSING MISSING Mph 380 Ft Wind Speed MISSING MISSING 14.1 Mph 33 Ft Wind Direction MISSING MISSING 42 Degrees 150 Ft Wind Direction MISSING MISSING Degrees 380 Ft Wind Direction MISSING MISSING 44 Degrees 150 Ft - 33 Ft Delta T MISSING MISSING -0.6 Degrees F 380 Ft - 33 Ft Delta T MISSING MISSING -2.5 Degrees F Elevated Sector Affected SW Ground Sector Affected SW O O
PCS Auto Ventilation FMT rAadings Crest Utilities TIME 19:00:00 TOTAL EFFECTIVE DOSE EQUIVALENT THYROID COMMITTED DOSE EQUIVALENT ! /'n} (_,J is . Dose Dose Rate Hours Dis. Chi /Q Dose Dose Rate Hours , Miles mrem mrem /Hr to PAG Miles Sec/M^3 mrem mrem /Hr to PAG l SB 3.58E+00 5.12E-01 >99 SB 8.10E-10 BKG BKG >99 j 2.0 3.27Et00 4.67E-01 >99 2.0 9.53E-07 1.66E-02 2.37E-03 >99 t' 5.0 1.32E+00 1.89E-01 >99 5.0 7.31E-07 1.27E-02 1.81E-03 >99 10.0 5.31E-01 7.59E-02 >99 10.0 3.08E-07 BKG BKG >99 Max. Max. Dose Dose 1.0 4.26E+00 6.08E-01 >99 2.5 1.02E-06 1.78E-02 2.55E-03 >99 MET DATA Ground Wind Speed 12.5 mph Elevated Wind Speed 14.1 mph Ground Wind Dir (from) 42 degrees Elevated Wind Dir (from) 44 degrees Ground Stability Class D Elevated Stability Class D FIELD READINGS Time Location WB Dose Rate Th Dose Rate mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr mrem /hr F1 Update All F2 Source Term F3 Met Data F4 Update Dose F5 PAR F') Quit EMERGENCY CLASSIFICATION NO CLASSIFICATION based on dose projections ()Time = 19:00:00 ASSUMPTIONS / INPUTS USED Date = 6/8/1994 Stack release calculation Stack low range reading = 5010 cps Stack high range reading = 0.000E+00 Amps Stack high range reading = -1.000E+00 uCi/cc Stack flow rate = 137000 cfm Time after shutdown = 1.00 hours Containment spray washout considered Clad damage spectrum chosen (.03 noble gases, .02 lodines w/ partition factor of 1000) SBGT operating Release duration = 7.00 hours Assumed gross elevated release rates: 7.88E+05 uCi/s Noble Gas, 8.44E+00 uCi/s Iodine Assumed gross ground release rates: 0.00E+00 uCi/s Noble Gas, 0.00E+00 uCi/s Iodine
Tima: 19:10:00 Date: 06/08/1994
% ELEVATED RELEASE CONCENTRATIONS Kr 85 2.1E-05 uCi/cc Y 91 0.0E+00 uCi/cc Kr 85m 7.5E-04 uCi/cc Mo 99 0.0E+00 uCi/cc Kr 87 9.3E-04 uCi/cc Ru 103 0.0E+00 uCi/cc Kr 88 1.9E-03 uCi/cc Ru 106 0.0E+00 uCi/cc Xe 131m 3.7E-05 uCi/cc Te 129m 6.6E-12 uCi/cc Xe 133 6.4E-03 uCi/cc Te 131m 1.6E-11 uCi/cc Xe 133m 2.3E-04 uCi/cc Te 132 1.5E-10 uCi/cc Xe 135 1.2E-03 uCi/cc Sb 127 7.5E-12 uCi/cc Xe 138 3.0E-04 uCi/cc Sb 129 3.4E-11 uCi/cc I 131 2.1E-08 uCi/cc Cs 134 4.7E-09 uCi/cc I 132 1.7E-09 uCi/cc Cs 136 1.9E-09 uCi/cc I 133 4.1E-08 uCi/cc Cs 137 2.9E-09 uCi/cc I 134 1.8E-08 uCi/cc Ba 140 0.0E+00 uCi/cc I 135 3.3E-08 uCi/cc La 140 0.0E+00 uCi/cc Sr 89 0.0E+00 uCi/cc Ce 144 0.0E+00 uCi/cc Sr 90 0.0E+00 uCi/cc Np 239 0.0E+00 uCi/cc Sr 91 0.0E+00 uCi/cc Flow rate = 1.4E+05 cfm I
l O 1 i O
i l l Tima: 19:10:00 Date: 06/08/1994 A Sensor B Sensor USE Units 33 Ft Wind Speed MISSING MISSING 12.5 Mph 150 Ft Wind Speed MISSING MISSING Mph 380 Ft Wind Speed MISSING MISSING 14.1 Mph 33 Ft Wind Direction MISSING MISSING 42 Degrees 150 Ft Wind Direction MISSING MISSING Degrees 380 Ft Wind Direction MISSING MISSING 44 Degrees 150 Ft - 33 Ft Delta T MISSING MISSING -0.6 Degrees F 380 Ft - 33 Ft Delta T MISSING MISSING -2.5 Degrees F Elevated Sector Affected SW Ground Sector Affected SW O O
PCS Auto Ventilation FMT readings Crest Utilities l TIME 19:10:00 ^j i (~ TOTAL EFFECTIVE DOSE EQUIVALENT THYROID COMMITTED DOSE EQUIVALENT l (,' . is. Dose Dose Rate Hours Dis. Chi /Q Dose Dose Rate Hours l Miles mRes mrem /Hr to PAG Miles Sec/M mrem mrem /Hr to PAGi ! _____ __________ .._________ ______ _____ _______'3____________ _________ SB 3.30E+00 4.72E-01 >99 SB 8.10E-10 BKG BKG >99 { i 2.0 3.04E+00 4.34E-01 >99 2.0 9.53E-07 1.64E-02 2.34E-03 >99 i' ! 5.0 1.24E+00 1.77E-01 >99 5.0 7.31E-07 1.25E-02 1.79E-03 >99 ' 10.0 5.02E-01 7.17E-02 >99 10.0 3.08E-07 BKG BKG >99 Max.}}