Text

Plant Emergency Exercise,890209
	ML20069G112
Person / Time
Site:	Farley
Issue date:	02/09/1983
From:	; ALABAMA POWER CO.
To:	;
Shared Package
ML20069G093	List: ML20069G089; ML20069G112;
References
	NUDOCS 9406090224
	Download: ML20069G112 (200)
	v • d • e

{{#Wiki_filter:, pn V 1983 FARLEY NUCLEAR PLANT EMERGENCY EXERCISE February 9,1983 I. Participating Organizations State of Alabama anc Houston County, Alabama State of Georgia and Early County, Georgia State of Florida (Communications level participation only) Alabama Power Company II. Purpose A. To meet the requirements of 10CFR50, Appendix E, 44CFR350.9 and NUREG-0654/ FEMA-REP-1, Rev. 1. B. To conduct a full-scale exercise that *will include the mobiliza-tion of Alabama Power Company, state and local personnel and resources adequate to verify the capability of participating organizations to respond to an accident scenario requiring response. [v III. Objectives A. On-site Objectives ( Alabama Power Company) 1. Demonstrate that control room staff can assess the event, classify the event, take corrective measures to control the event and activate emergency response procedures. 2. Demonstrate that plant staff can activate and staff the Technical Support Center (TSC).and perform accident response activities including: a. Dose Assessment b. Off-site notification and protective action recommendations. c. Reclassification of emergency status d. Personnel Accountability for all personnel on-site Radiation Monitoring Team (RMT) Dispatch and Control e. f. Site access control and admittance of essential personnel g. De-escalation of emergency class ,d 3. Demonstrate the capability to turnover Emergency Operations Facility (E0F) functions to the EOF staff when E0F' is activated $ 9 d [. 070 2 L and staffed. 9406090224 830209 PDR ADOCK 05000348 F PDR

FNP Emergency Exercise Page Two Demonstrate the capability to augment E0F staff with 4. non-essential plant personnel. Off-Site Objectives (Alabama Power Company) B. Demonstrate that corporate staff can be activated in a timely 1. fashion and dispatched to FNP. Demonstrate that Flintridge Emergency Operations Center (EOC) 2. staff can provide initial support for: a. EOF activation b. Logistics Support Organization Nofification c. d. Briefing of company management Monitoringnewsmediaactivities e. 3. Demonstrate that EOF staff can: Assume Dose Assessment function & RMT direction and a. communication function from TSC staff ) Assume Logistics, Manpower and Engineering function from b. Flintridge EOC Prepare and coordinate news releases and activate c. emergency news center Shift to Recovery Phase Organization d. Off-site Plume Exposure Pathway EPZ Objectives (States of Alabama and Georgia

and Counties of Houston and Early C.

Demonstrate that response organizations can alert, notify and 1. mobilize emergency response personnel. Demonstrate that the emergency operations centers can be 2. staffed in a timely fashion. Demonstrate that the states can activate emergency worker 3. assembly points, dispatch radiation monitoring teams in a timely manner, provide assessment of a simulated airborne release and communicate their assessment to th'e E0C.

State of Georgia plans to tull-scale exercise with Plant Hatch and therefore

'[d will limit activation of the GA state E0C to that level required for realis-D tic interplay with the other fully activated organizations.

FNP Emergency Exercise Page Three j Demonstrate that the states' Radiation Control staffs can assess the accident and make appropriate recommendations to the states' 4. decision makers. Demonstrate that decisions can be made with regard to protective 5. ~ measures for the plume exposure pathway EPZ. Demonstrate that the counties can dispatch personnel to all appropriate access points that the simulated evacuation would 6. call for and take other measures involved in the simulated evacuation. Demonstrate that adequate communications can be maintained 7. between county E0C and field units. Demonstrate the Houston County mass care facility can be activated and staffed in a timely fashion to support a simulated 8. evacuation. Off-site Ingestion Pathway EPZ objectkves**(States of Alabama, d. Georgia, and Florida) Demonstrate that decisions can be made with regard to protective 1. measures for the ingestion pathway EPZ. {']. Demonstrate that collection and analysis of ingestion pathway 2. EPZ dairy products can be initiated.** Joint objectives (Alabama Power Company, States of Alabama, Georgia e. and Florida, Counties of Houston and Early) Demonstrate that the parties can coordinate all releases of 1. information to the media. Demonstrate that the parties can coordinate the protective measures to the public (recommendations for protective action, 2. activation of the Prompt Notification System). Demonstrate that the parties can carry out free play in decision making with regard to protective measures for the plume and 3. ingestion pathway EPZs. I IV. General Exercise Scenario The simulated accident condition will begin as an Alert Emergency and progress over a 2 to 3 hour period to a General Emergency. Simulated radioactivity releases will be selected to require simulated evacuation of portions of the 10-mile Emergency Planning Zone and .jm ingestion pathway EPZ sampling. )

- Ingestion pathway protective measure actions will be simulated to a com-munications level only.

FNP Emergency Exercise Page Four n) See Attachment 1 for scenario details. Wind direction will be from the north-northeast toward the south-south-west. One year old meteorological data will be utilized to determine frequency, magnitude and timing of changes in meteorological parameters. See Attachment 2 for meteorological data. V. Drill Limits The drill will begin at approximately 8:00 a.m. and last a maximum of 8 4 hours. The. State of Alabama, Houston County, Alabama and Early County, Georgia will participate at a full scale level including activation and staffing of E00s and will perform functions identified in their emergency plans. The State of Alabama will simulate activation of its mass care facilities in Houston County. The State of Georgia will participate as necessary to. simulate interfacing and decision-making with the other organizations and will dispatch at least one Radiation Moni'toring Team to Early County and a representative to the Houston County CE0C. The states of Alabama and Georgia will simulate ingestion pathway sampling at a. communications level but will not obtain or simulate analysis of samples. The State of Florida will exercise at a communications level only and does not plan to dispatch a representative to the Houston County CE0C. O Following proper coordination, the prompt notification system will be activated by Alabama and Georgia. Alabama Power Company will activate its Technical Support Center, Flint-ridge (corporate) Emergency Operations Center, its on-site Emergency-Operations Facility and its Emergency News Center. i

4 ATTACHMENT 1 1983 RMBIATION EE RGENCY DERCISE SCENARIO 1.0 INITIAL PLANT STATUS 1.1 Unit #1 is operating at 100% equilibrium conditions, middle of core life, cycle #4. with 450 ppe boron concentration. The RCS has moderate activity due to some clad failure. 1.2 a.COs 1.2.1 Only one charging pump is operable (1-A). 48 hours remain in action statement time limit. 1.2.1.1 1-8 has failed motor. 1.2.1.2 1-C has failed gear box. 1.2.2 RE-600 failed detector. LCD in effect for 12 days. ~ 2.0 EQUIPMENT AND SYSTEM STATUS 2.1 A. 8. & E steam dump valves are isolated due to. (1) excessive seat leakage on A & B. and (2) a positioner malfunction on E. i 2.2 All ESF components are OPERABLE per last surveillance testing. (Exceptions are IB & 2C charging pumps and RE-600.) 2.3 Weste gas system is aligned and operating in " Automatic

in the " low pressure" mode with no inoperable equipment.

I 2.4 Liquid waste systems are at normal inventory levels and all processing equipment is available. 2.5 Auxiliary building main exhaust fan I-A is out of service.due to a failed fan bearing. l 3.0. MAINTENANCE ITEMS 3.1 Removing needed parts from 1-8 charging pump to repair 1-C charging pump's gear box. Approximate repair time-12 hours. 3.2' Auxiliary building main exhaust fan I-A replacement parts are on order.

[\\ N i \\ Page 2 EXPECTED ACTIONS 4.0 SCENARID EVENT DESCRIPTION / PUWIT STATUS TIE Control Room Personnel - 0800 1-8 start-up transformer protective relay falls and causes Diagnose event and begin "IMMEDIATE ACTIONS" of E0P-7.0, the following concurrent events: " Loss of Offsite Power" " Reactor trip - SSPS RCP breaker power supply de-energized. " Turbine trip - Power > P-9 and reactor tripped. "LOSP "B" train - start-up transformer isolated from switchyard. NOTE: At the time of start-up transformer loss, the following major components will be de-energized and subsequently restarted by BIG and BlJ sequencers: 1-8 AFW pump 1-A CCW pump 1-E 600V load center 1-D and 1-E service water pumps 4 & 5 river water pumps Main generator trips and " fast dead bus transformer" takes place, causing the loss of 1-B and 1-C RCPs due to start-up transformer 1-B being de-energized. Control Room Personnel - 0801 D/G 1-8 and 2-C are running, and sequencing is complete with Complete IlmEDIATE ACTIONS of E0P 7.0 no failures. Control Room Personnel - 0802 Due to steam dump status and sluggish controller operation. Diagnose event and begin implementation of E0P-0 RCS pressure spikes high, causing a " weak" pressurizer code " SAFETY INJECTION" safety valve to open and become stuck open at approximately 251. Safety injection is initiated due to low RCS pressure.

3 y J ,1 t. Page 3 EXPECTED ACTICIES . TIIE EEllT KSCRIPTION / PLAlli STATUS 0804 RCS pressure at 1400 pst and rate of change is decreasing. Control Room Personnel - Safety injection and containment isolation function satts. Attempt to close outboard mint-purge valve. factor 11y with the exception of containment mint-purge valves which fail to shut completely. One mint-purge valve (inboard valve) does close far enough to indicate closed on the monitor light box and other indications. (Any attempt to shut these valves will be unsuccessful and this effluent path will re-main open.) 4 0805 Pressurizer relief tank rupture disk blows and the following Control Room Personnel - Diagnose event and. implement E0P-1.0, " LOSS OF REACTOR COOL-radiation monitors begin to upscale:. containment area 155'- ANT". Sound Plant Emergency Alarm. [1]'.R-2 L2 I R-7 seal table area (3) R-10 . penetration room flitration discharge. Plant Personnel - (4 R-11 -containment atmosphere particulate Report to assembly areas and initiate accountability procedures. (5 R-12 containment atmosphere gaseous

(6 R-27 A&8 containment H1 range TSC Management -

Report to TSG and activate emergency plan (Alert Level **EIP-12). R-24 A48 containment purge exhaust R-14 ' vent stack in line R-21 vent stack off line particulate 10 R-22 -vent stack off line gaseous

H1 range detector will not see an fameediate increase.

0809 RCS at saturation conditions; temp approximately 590*F; Plant Staff - pressurizer approximately 1450 psi. Pressure continues to Continue evacuation, accountability and TSC activation. Begin decrease untti break and injection flow are equal at approx-nottffcations. instely 65 gps. 0812 Pressurizer is filled and RCS pressure begins to stabilize Plant Staff - Continue accountability + and notifications. at approximately 1200 pst..

- Emergency Director may decide to go straight to a GENERAL EMERGENCY level (EIP-19) if he decides 2 of 3 barriers are lost (RCS & CTNT based on R-24 A&B reading) and feels loss of third barrier (cladding) is probable.

+Following completten of accountability, personnel not participating fn further exercise activities (monitoring teams, repair parties. TSC & OSC management, etc.) will be drill exempted and returned to work. r

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O'( - t Page 4 EVENT K SCRIPTION / PLANT STATUS EXPECTED ACTIONS TIE Plant Staff - RCS pressure stable at 1200 pst with a break flow of 65 gps. Continue accountability and notifications.- 0815 and slight increase in containment pressure (1.0 pstg) and Initiate RCS and Containment Sampling. Dispatch Radiation no change in purge valve status. These plant conditions-Monitoring Teams. will be maintained until 1030 hours. Prepare to implement EIP-14. "Re-entry". Corporate Staff - Implement EIP-111 and 118 (Corporate Activation Procedures)- for activation or standby status.** Corporate EOC activated and E0F staff leaves for site. Containment area monitors, purge exhaust monitors and vent ~ 0830 stack low range monitors continue to upscale. i 0830 Containment area monitors, purge exhaust monitors and low Corporate Staff - EOC maintains contact with TSC and Recovery Manager and range vent stack monitors continue to upscale, stabilizing notifies corporate and off-site support. agencies. thru-at approximately 1015. Projected and actual dose rates are 1030 very low and do not justify off-site protective action.. Plant Staff - Obtain and analyze RCS and containment samples. Energize H2 i recombiners. Prepare EOF for use.. Conduct re-entry with Emergency Repair Party in attempt to 7'. - close the outboard mint-purge valve.* Control Room - 1030 : The failed code safety valves condition degrades and the Continue to monitor ESF response and follow procedural 1 leak rate increased to approximately 285 gym., RCS decreases to 1000 psi, i.e., equilibrium break, and injection flow guidance. 4 conditions. Containment pressure " spikes" to approximately 10 psig causing inboard mini-purge valve to open a small amount more, giving "open* indication on monitor light box ~ for both valves. If placed on standby. the monitor will request ~

- Although not required for Alert, it.is anticipated that the staff will be activated.

activation due to exercise time constraints.

Monitor will prompt this action if necessary since inboard purge valve indication will not cause failure' and repair need to be obv

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s ~ ^ Page 5-V EXPECTED ACTIONS EVENT DESCRIPTION / PUlHT STATUS TipE Plant Staff - The 1-A charging pump trips due to unknown reason and is re-Emergency Director declares GENERAL EMERGENCY 1f not 1935 started promptly. However RCS pressure decreased raptd1y and extensive core damage results. Radf ation Montter values previously declared. Update provided to off-site agencies, Protective Action (Evacuation) recommended. take a step increase and then continue to upscale. Obtain new RCS and Containment samples.. None 1200 Effluent release rate peaks. 1230 EOF staff arrives. Plant status stable with off-site dose EOF Staff - t Execute turnover per EIP-116.+ to 1300 rates decreasing.- Implement E1P-114 (News Releas'e coordination) and EIP-117 (EOF 4 Admin. Support) and assume dose assessment responsibility. Activate News Media Center. pocovery Manager holds press conference at New Media Center. 1400 Stable with dose rates decreasing, to 1500 1500 Stoulate time lapse. Containment integrity restored by EOF and TSC Staff - to 1600 cycling outboard valve and release terminated. Plant is Implement EIP-115 to downgrade from General Emergency to Alert. stable and in process of being cooled down and depressurf. tred. Containment inventory still high but below value 1; representing threat to Public. .i i a Simulate time lapse. Containment integrity restored, release EOF Staff - to 1700. terminated. RCS cooled down and depressurtred. Shutdown Implement Recovery Organtration-1600-cooling being maintained by ECCS in recirc. mode. -1630'- Terminate Exercise-to 1700 + Follow 1'ng completion of actions expected at 1035 and turnover to EOF TSC role will reduce to communications level.. Co i , personnel and OSC personnel will be drill exempted and returned to work. ~ as needed.. I ~ t v,_y e-g y-r ' = - ' y W Y =T-T 4 ag e-b \\ --*-g 4

/ 4 i ' CARD J0PS 1 [ . TIME N/A INITIAL PLANT STATUS Unit 11 is operating at 1007 equilibrium conditions, middle of core life, cycle f4, with 450 ppm boron concentration. The RCS has moderate activity due to some clad failure. LCOs Only one charging pump is operable (1-A). 48 hoors remain in actton statement time limit. 1-B has failed ' motor. 1-C has failed gear box. RE-60D failed detector. LCO in effeet for 12 days. TIME N/A CARD 10PS 2 EQU11tfE!)T AND SYSTEM STATUS A, B, & E steen dump valves are isolated due to. ('1) excessive ~ seat lenkage on A6 B, and (2) a positioner malfunction on E. ~ All ESF components are OPERAELE per Inst surveillance testing. (Exceptions are 1B & 7C charging pumps and RE-60D.) Haste gas system is aligncd and operating in "Aotomatic" in the " low pressure" node with no inoperable equipment. Liquid waste systems are at normal inventory levels and all processing equipment is available. Auxiliary building main exhaust inn 1-A is out of service due [ to a failed fan bearing. z t TIME N/A. CARD 50PS 3 d MA1HTEliANCE ITEMS R(moving needed perte irem.1-D charging pump to repair 1-C charging pump's gear bc.x. Apprminat e repsir time-12 hours. + 4 >'=+.-m e m *. :- ...-~y.~ s n. ~. l.s La. ~ e.

t MAINTENANCE ITEMS (cont.) O~ Auxiilary building toain exhaunt fan I-A replacement parts are Gn order. 8 + TInc

0800, cAng gops 4 ANNUNCIATOR G41 llAS ILLtM]NATED

-ONE LOOP LOW FLO11 GR-RCP BRFE ER OPEN REACTOR TRIP-l TIME 0800 CARD 10PS 5 O f A11HUNCIATOR M02 HAS ILLUMJNATED. -START-UP TRANSFORMER l-B SUDDEN PRESSURE- _. ~. _ _ TIME 0_80,0 CARD J0PS 6 0 The 'iain Generator has tripped and the fast dead bus transfer j has taken place. J .I TIME '0800 CARD lOFS 7 ANNUNCIATOR H04 AND M42 HAVE ILLml1NATED. -PRESSUR12ER SAFETY VALVE TLMPr;O.TukE 111 - g SAFETY VALVE -r 8010A,B, OR C OPfH- ~ L-

F 6 v: CARD J0PS 8 TIME 0802 ANNUNCIATOR G14 HAS ILLUMINATED. -PRESSUR12ER PkESS Lo SAfi?TY 1NJ RfAC TRIP- ~ CARD #0PS 9 TIME Og - PIJJ4T STATUS-RCS Pressure 3400 psi and rate of change decreasing. O TIME 0804_ CARD 50PS 9-A llOTE TO MOUlTOR: Present this card to operator at appropriate time while he is completing EOP-0, step 4.5, verfication of proper valve alignment. Containment purge valve status All containment purge end exhaust darnpers indicate fully shut except for HTH1 PURGE EXHAUST DDIPCP.1-CP HV-2867B which indicates intermediate position. 'i TIME 0805 CARD f0PS l_0 PRESSURIZER RELTEP TANK RUPTURE DISK RUPTURES. f% h' i _u..

~. CARD {0PS 11 ' ~ 't T111E 0809 ' r -FIANT STATUS-RCS at saturation conditions $90 F, 1450 psi and break flow 65gpm. ^* CARD LOPS l_2_ TIME 0812 - PLANT STATUS-Pressurizer solid and pressure begins to stabilize C 1200 psi. CARD JOPS 13 'a T111E 0815 \\,i - PLANT STATUS - Pressure stable il 3200 psi, RCS solid, break flow 65gpm. containment pressure 1.0 psig. CARD J_ OPS 14 TIME 103_0 Safety valve condition degredes.Leck rate increases to 285 gym. RCS pressure decreases to 3000 p.sig. 1 ANNUNCI ATOR G5t 1LLl411 NATES -Containment Pressure Hi-) saf e ty injection rene trip- ....4

u - TIME 1035 CARD FOPS )5 ANNUNCIATOR Ell ILLUMINATES l -CHARGING PUMP 1 A, IB OR 3C, 0VERLOAD TRIP-b .c ? Ef ? 5 T /B P i t i t 4 b t l s i.i = .'} 1 j i 4 l + t e'1,M*', C [ j.,.. ,.w* 4 m.

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IOO 1000 0.1 1.0 I0 /O. TIME AFTER SHUTDORN (HOURS) xs) Figure 9 Ga=::uk Dese Kata in Contai =ent v.e.rsus. Tim.e. Af ter Shutdcwn. Ti ure 9 Rev. O \\ s a

('i ATTACHMENT 2 (c/ EXERCISE METEOROLOGY AND PLUME TRAJECTORIES l 1 (15 Minute Averages) i TIMEf WS(H/S) WD(DEGREES) ST(*FPER51 METERS) 815 3.10 13.00 -0.50 830 3.08 13.75 -0.50 845 3.05 14.50 -0.50 900 3.03 15.25 -0.50 915 3.00 16.00 -0.50 i 930 3.03 16.75 -0.50 945 3.05 17.50 -0.50 1000 3.08 18.25 -0.50 1015 3.10 19.00 -0.50 1030 2.93 22.25 -0.50 1045 2.75 25.50 -0.50 1100 2.58 28.75 -0.50 ,o 1115 2.40 32.00 -0.50 1130 2.45 27.75 -0.50 1145 2.50 23.50 -0.50 1200 2.55 19.25 -0.50 1215 2.60 15.00 -0.50 1230 2.23 15.50 -0.50 1245 1.85 16.00 -0.50 1300 1.48 16.50 -0.50 1315 1.10 17.00 -0.50 1330 1.73 21.25 -0.50 1345 1.80 25.50 -0.50 1400 2.05 29.75 -0.50 1415 2.10 34.00 -0.50 1430 2.30 28.00 -0.50 1445 2.05 22.00 -0.50 1500 1.10 16.00 -0.50 1515 1.73 10.00 -0.50 1530 2.58 11.50 -0.50 1545 2.93 13.00 -0.50 1600 2.60 14.50 -0.50 3.10 16.00 -1.00 1615 ,Ic) _ 1630 3.03 16.00 -1.00 1645 3.00 16.00 -1.00 16.00 -1.00 1700 2.93 i ) i

1 i SITE BOUNDARY DOSE RATE

SUMMARY

TIME WHOLE BODY THYR 0ID TIME WHOLE BODY THYROID 0815 0.66 0.68 1200 498 18 0830 1.91 2.22 1215 477 18 u 0845 2.54 2.93 1230 391 16 0900 2.86 3.51 1245 279 12 0915 3.06 3.96 1300 154 7 0930 3.15 4.31 1315 171 8 0945 3.20 4.62 1330 198 9 1000 3.19 4.85 1345 200 10 1015 3.16 5.06 1400 230 12 1030 3.01 5.07 1415 222 12 1045 102 302 1430 230 12 1100 359 11 1445 187 10 1115 453 15 1500 105 6 1130 498 17 1515 122 7 1145 507 18 <*n (_/

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ACTUAL INCIDENT TIME 08:19 FARLEY NUCLEAR PLANT STABILITY CLASS D 4TE i 83/01/14 6.9 MPH FROM 013 DEGCURRENT PLUME INFORMATION A5 0F 0 _EFs ( ]' PRESENT LOCATION \\ CHI /Q DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z iG-1.7 193 9 8:15 4.05E-15 2.22E~i3 2.22E-13 TH 177 63.2 9.17E-06 14 ULIAN DAY = iG SB 193 9 8:15 1.50E-14 6.91E-13 6.91E-13 TH 91.5 0.0 2.84E-05 I y,j'. f% ~ %s c,G

~ 2 's. ~ ACTUAL INCIDENT ATE::83/01/14-FARLEY NUCLEAR l PLANT TIME: 08:19) STABILITY CLASS D l _EV :' 6.9 MPH FROM 013 DEG CURRENT PLUME INFORMATION AS OF 08:15 ON 83/01/14 I PRESENT LOCATION .. () DOSE RATE (MR/HR) HIGH DOSE ORGAN 2 14* SIGMA ' CHI /Q ID HILE DEG SEC TIME WHOLE BODY' THYROID DOSE RATE ID Y Z l t ULIAN DAY = 14 iE-i.7-193~ 9 B:15 5.31E-Oi 5.46E-Oi 5.46E-01 TH 176. 62.3 4.BBE-06 i 1E SB 193 9 8:15 6.57E-01 6.76E-Oi 6.76E TH 90.8 0.0 6.04E-06 'lIt t ffVh { i f 1 'I O ~ i i n l I b b a 5 ? h

i. '

.r ACTUAL INCIDENT TIME: 08:20 l FARLEY NUCLEAR PLANT STABILITY CLASS D ATEr-83/01/14 l ._EVi .6.9 MPH FROM 013 DEG /' CURRENT PLUME INFORMATION AS OF 08:15 ON 83/01/14 l ABBREVIATED PROJECTION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q [f ID ' MILE DEG SEC TIME WHOLE BODY THYROID DDSE RATE ID Y Z iG 'i.7 193 9 8:15 4.85E-15 2.22E-13 2.22E-13 TH 177. 63.2 9.17E-06 ULIAN DAY = 14 tiG SB.193 9 8:15 1.50E-14 6.91E-13 6.91E-13 TH 91.5 0.0 2.84E l iG 2.0 193 9 8:17 3.94E-15 1.81E-13 1.BiE-13 TH 200. 0.0 7.45E-06 i iG 3.0 193 9 8:26 2.19E-15 1.00E-13 1.00E-13 TH 283. 0.0 4.14E-06 iG 4.0 193 9 B:35 1.44E-15 6.61E-14 6.61E-14 TH 363. 0.0 2.72E ! iG 5.0 193 9 Bi43 1.04E-15 4.78E-14 4.78E-14 TH 442. 0,0 1.96E-06 iG 6.0 193 9 8:52 7.98E-16 3.66E-14 3.66E-14 TH 519. 0.0 1.5iE-06' l iG 7.0 193 9 9: i 6.30E-16 2.92E-14 2.92E-14 TH' 595'. 00 1 20E-06 1G 8.0 193 9 9 9 5.25E-16 2.41E-14 2.41E-14 TH 670. 0.0 9.92E-07 'iG 9.0 193 9 9:18 4.42E-16 2.03E-14 2.03E-14 TH 744. 0.0 8.35E-07 iG 10.0 193 9 9:27 3.79E-16 i.74E-14 1.74E-14 TH 817. 0.0 7.16E-07 l iG 20.0 193 9 10:53 1.38E-16 6.33E-15 6.33E-15 TH 1531 0.0 2.60E-07 iG 30 0 193 9 12:20 7.64E-17 3.50E-15 3.50E-15 TH 2223 0.0 1.44E-07 1 iG 40.0 193 9 13:46 5.02E-17 2.30E-15 2.30E-15 TH 2902 0.0 9.50E-08 iG 50.0 193 9 15:13 3.63E-17 1.66E-15 1.66E-15 TH 3575 0.0 6.66E-08 1 B l i i i i I e

ACTUAL INCIDENT TIME: 08:20 FARLEY NUCLEAR PLANT-STABILITY CLASS D 'TE: 83/01/14 .E 6.9 MFH FROM 013 DEGCURRENT PLUME INFORMATION AS O l ABBREVIATED PROJECTION CHI /Q HIGH DOSE DRGAN 2.14* SIGMA i DOSE RATE (MR/HR) .DHILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z ? 1E 1.7 193 9 8:15 5.31E-01 5.46E-Oi 5.46E-Oi TH 176. 62.3 4.88E-06~ 'lLIAN DAY = 14 iE .SB 193 9 8:15 6.57E-Oi 6.76E-Oi 6.76E-01 TH 90.8 0.0 6.04E-06 i> AE 2.0 193 9 Bii7 4.77E-01 4.91E-Oi 4.91E-Oi TH 199. 0.0. 4'.39E-06 g, iE 3.0 193 9 8:26 3.25E-Oi 3.35E-Oi 3.35E-Oi TH 283. 0.0 2.99E-06 'iE 4.0 193 9 8:35 2.3SE-Oi 2.42E-01 2.42E-01 TH 363. 0. 0' 2.16E-06 ~iE 5.0 193 9 8:43 1.79E-01 1.84E-01 1.84E-01 TH 442. 0.- 0 i.64E-06. iE 6.0 193 9 8:52 1.42E-01 1.46E-01 1.46E-01 TH 519. 0;0 1.30E-06 iE 7.0 193 9 9: 1 1.16E-01 1.19E-01 1.19E-Oi TH 595. 0.0 1.06E-06

iE 8.0 193 9

9: 9 9,73E-02 1.00E-01 1.00E-01 TH 670. 0.0 B.95E-07 1E 9.0 193 9 9:18 8.30E-02 0.55E-02 0.55E-02 TH 744. 0.0 7.63E-07 1 iE 10.0 193 9 9:27 7.19E-02 7.40E-02 7.40E-02 TH 817. 0.0 6.61E-07 1E 20.0 193 9 10:53 2.73E-02 2.81E-02 2.81E-02 TH 1531 0.0 2.51E-07 1E 30.0 193 9 12:20 1.53E-02 1.57E-02 1.57E-02 TH 2223 0.0 1.41E-07 [ 'iE 40.0 193 9 13:46

1. die-02 1,04E-02 1.04E-02 TH 2902 0.0 9.33E-08" iE 50.0 193 9

15:13 7.36E-03 7.57E-03 7.57E-03 TH 3575 0.0 6.76E-08 ( I e ~ 1 i l [

l l

e JO i i

A 'N L .. 5 -'",", e 1L.a -. ~~ ..? 1 i W.. 1 I ACRInsit CHOIDENT g. FARLEY NUCLE.aR PLANT ~ ,N.... 'o.h,DAT'i I:3/0i/i4 -DAY-' TIME 8i221 c-3EL-Vi 6.9 MPH FROM 013 DEG, CLASS D' ..~ .~~-,,,' p. ' 15- ,.g E 3/0i/14 -PLUME-TIME: 00ti5 l 3, 'pf3TE .. ~ .,,g ~~J '] e . -. ~.. 's., _.... Pg. - h -/ .f.,,,, p..p, ,// d,.m:. O~4 N . '., h' ..\\ ./ V - -f H -{\\ '."'_ - s \\,4 ,M >~ // . %g"* """...W,,,, ~/. ,9 X.' ~ (% C * -a ? t.' .i s /\\. l i .^ ', ( i ,{ --[ // /. .J. '*p.. i 3 g ~ N. nl,. g.0;.. ' ~ ;., Y.p i.- \\ 's, },\\. ~ j lb ~. f l I ~ \\ E ROADS AND RAILROADS i J' '\\ Lt,j h_ i !kk j ! 'i f' l ,/ bl-f.I,l'?f'.I~7i--7-g'1wrl.i'{'.. m.!* jl a: I TOGGLE STATUS i I j! iS / [ d V." t

i. FEDER AL ROADS ON i,, l.-

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t. ' !

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2. STATE ROADS ON t

r s a s ",, i .;e q / j. I. ii. 'Y.

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6. ALL 0FF

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7. EXIT

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=

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ACTUAL INCIDENT TIME: 08:37-FARLEY NUCLEAR PLANT iTEi.83/01/14 STABILITY CLASS D .EV - 6.9 MPH FROM 013 DEG CURRENT PLUME INFORMATION AS OF 08:30 ON 83/01/14 .PRESENT LOCATION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /O ID NILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z -( JLIAN DAY = 14 '2G i.7 194-9 8:45 4.52E-15 2.32E-13 2'.32E-13 .T H 176. 62.9 9.31E-06 2G SB 194 9 8:45 1.39E-14 7.13E-13 7.13E-13 TH 91.5 0.' 0 '2.'86E iG. 3.5 193 9 8:45 1.58E-15 8.14E-14 8.14E-14 TH 319. 94;9 3.38E-06 4 I O

ACTUAL INCIDENT TIMER 08:37 FARLEY NUCLEAR PLANT STABILITY CLASS D

TE: 03/01/14 013 DEG 08:30 ON 83/01/14

_EVi 6.9 MPH FROM CURRENT PLUME INFORMATION AS OF () PRESENT LOCATION (_j HIGH DOSE ORGAN 2.14tSIGMA CHI /G DCSE RATE (MR/HR) ID MILE LEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z t 2E 1.7 194 9 8:45 1.56E+00 1.81E+00 1.BiE+00 TH 175. 62.0 4.91E-06 ULIAN DAY = 14 2E SB 194 9 8:45 1.91E+00 2.22E+00 2.22E+00 TH 90.8 0.0 6.02E-06 iE 3.5 193 9 8:45 2.93E-01 3.43E-01 3.43E-01 TH 320. 94.5 3.09E-06 i p i b 'v /\\ j(,)

ACTUAL INCIDENT frE 83/01/14 FARLEY NUCLEAR PLANT TIME: 08:37 STABILITY CLASS D _EV i 6.9 MPH FROM 013 DEG CURRENT PLUME INFORMATION AS OF 08:30 DN 83/01/14 /^ ABBREVIATED PROJECTION Y.]N DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q -LD oILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z JLIAN DAY = 14 2G i.7 194 9 B : 45' 4.52E-15 2.32E-13 2.32E-13 TH 176. 62.9 o.31E-On 2G SB 194 9 G:45 1.39E-14 7.13E-13 7.13E-13 TH 91.5 0.0 2.06E-05 1G 3.5 1E3 9 8 45 1.58E-15 8.14E-14 8.14E-14 TH 319. 94.9 3.33E-06 iG 4.0 193 9 B:50 1.28E-15 6.5BE-14 6.58E-14 TH 362. 0.0 2.73E-06 iG 5.0 193 9 B:58 9.25E-16 4.75E-14 4.75E-14 TH 441. 0.0 1.97E-06 iG 6.0 194 9 9: 7 7.09E-16 3.64E-14 3.64E-14 TH 518. 0.0 1.51E-06 iG 7.0 194 9 9:16 5.66E-16 2.90E-14 2.90E-14 TH 594. 0.0 1.20E-06 iG 8.0 194 9 9:25 4.65E-16 2.39E-14 2.39E-14 TH 669. 0.0 9.94E-07 1G 9.0 194 9 9:33 3.92E-16 2.0iE-14

2. die-14 TH 743.

0.0 8. 3 7E- 0 */ iG 10.0 194 9 9:42 3.36E-16 1.72E-14 1.72E-14 TH 817. 0.0 7.17E-07 1G 20.0 194 9 11: 9 1.22E-16 6.27E-15 6.27E-15 TH 1530 0.0 2.61E-07 iG 30.0 194 9 12:36 6.77E-17 3.47E-15 3.47E-15 TH 2222 0.0 1.44E-07 iG 40.0 194 9 14: 3 4.45E-17 2.28E-15 2.28E-15 TH 2902 0.0 9.50E-60 iG 50.0 194 9 15:30 3.2iE-17 1.65E-15 1.65E-15 TH 3574 0.0 6.86E-06 (~ \\~-)) /x l ) LJ

ACTUAL INCIDENT FARLEY NUCLEAR PLANT TIME: 08:38 STABILITY CLASS D iATE: 83/01/14 6.9 MPH FROM 013 DEG . LEV: CURRENT PLUME INFORMATION AS OF 08:30 ON 83/01/14 r~s. ABBREVIATED PROJECTION ( ) DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14tSIGMA CHI /O 1D MILE DEG SEC TIME WHOLE DODY THYROID DOSE R ATE ID Y Z TULI AN DAY = 14 2E 1.7 194 9 8:45 1.56E+00 1.81E+00 1.BiE+00 TH 175. 62.0 4.91E-06 2E SB 194 9 8:45 1.91E+00 2.22E+00 2.22E+00 TH 90.8 0.0 6.02E-06 1E 3.5 193 9 8: 45 2.93E-01 3.43E-Oi 3.43E-01 TH 320. 94.5 3.09E-06 1E 4.0 193 9 8:50 2.40E-Oi 2.81E-Oi 2.81E-01 TH 363. 0.0

2. 53E -0 6 iE 5.0 193 9

8:58 1.76E-01 2.06E-Oi 2.06E-Oi TH 442. 0.0 1.86E-06 1E 6.0 194 9 9: 7 1.36E-01 1.60E-01 1.60E-01 TH 519. 0.0 1.44E-06 iE 7.0 194 9 9:16 1.09E-01 1.2BE-01 1.28E-01 TH 595. 0.0 1.16E-06 1E 8.0 194 9 9:25 9.09E-02 1.06E-Oi 1.06E-01 TH 670. 0.0 9.61E-07 iE 9.0 194 9 9:33 7.69E-02 9.0iE-02 9.01E-02 TH 744. 0.0 0.12E-07 iE 10.0 194 9 9:42 6.61E-02 7.75E-02 7.75E-02 TH 817. 0.0 6.99E-07 1E 20.0 194 9 111 9 2.44E-02 2.85E-02 2.85E-02 TH 1531 0.0 2.57E-07 1E 30.0 194 9 12:36 1.35E-02 1.59E-02 1.59E-02 TH 2223 0.0 1.43E-07 1E 40.0 194 9 14: 3 8.93E-03 1.04E-02 1.04.E-02 TH 2902 0.0 9.44E-08 iE 50.0 194 9 15:30 6.46E-03 7.57E-03 7.57E-03 TH 3575 0.0 6.83E-08 r~% 0

+

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l % y'y p 'y. .J } j t t .n '.u ,/ i ),/ 7> ~ f c. \\ \\ / 93 . j. ' .. y. y../ N / ~ \\L 'n t{s.\\,' /, \\ t. l / }l )>j y/ ,A l i s. 3. e 6 \\ \\, 's .n.. .s .. T.1 < ' .r s '\\s / Y.*j // r ,. '. }.. g,,3 \\

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6. ALL OFF 7.' EXIT ENTER.CHOICEi-

' {m \\ AMi . 'Q

ACTUAL INCIDENT TIME: 08:47 FARLEY NUCLEAR PLANT STABILITY CLASS D

TE: 83/01/14

_EV 6.8 MPH FROM 014 DEGINFORMATION AS OF 08:45 ON 83/01/14 CURREN1 PLUME /3 PRESENT LOC AT IO14 'v' DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /O ID NILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 3G 1.7 195 9 8:45 4.78E-15 2.45E-13 2.45E-13 TH 174. 62.6 9.54E-06 ULIAN DAY = 14 3G SB 195 9 8:45 1.45E-14 7.45E-13 7.45E-13 TH 91.5 0.0 2.89E-05 2G 3.4 194 9 8:45 1.67E-15 8.61E-14 B.61E-14 TH 316. 94.4 3.45E-06 iG 5.2 194 9 8:45 8.87E-16 4.55E-14 4.55E-14 TH 452. 119. i.89E-06 U i '/h NE /

~ ACTUAL INCIDENT TIME: 08:47 FARLEY NUCLEAR PLANT .TE 03/01/14 STABILITY CLASS D 014 DEG .EV i 6.8 MPH FROM CURRENT PLUME INFORMATION AS OF 08:45 Di4 83/01/14 PRESENT LOCATION ['J') DOSE RATE ( hri,'HP. ) HIGH DOSE ORGAN 2.14tSIGMA CHI /O ID .ILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 3E 1.7 195 9 8:45 2.iOE+00 2.43E+00 2.43E+00 TH 174. 61.6 4.97E-06 JLIArf DAY = 14 3E SB 195 9 8:45 2.54E+00 2.?3E+00 2.92E+00 TH 90.8 0.0 6.00E-06 2E 3.4 194 9 8:45 1.00E400 1.15E+06 1.16E+00 TH 318. 94.0 3.15E-06 I 1E 5.2 194 9 8:45 1.66E-01 1.95E-01 1.95E-01 TH 454. 119. 1.76E-06 b 'w< / ^ )i N,

ACTUAL INCIDENT ATE: 83/01/14 FARLEY NUCLEAR PLANT TIME: 08:47 STABILITY CLASS D 6.8 MPH FROM 014 DEG -LEV: CURRENT PLUME INFORMATION AS OF 08:45 ON 83/01/14 ABBREVIATED PROJECTION [_) N-DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /O ~ Ib dILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y TULIAN DAY - 14 3G 1.7 195 9 8:45 4.7BE-15 2.45E-13 2.45E-13 TH 174. 62.6 9 54E-06 3G SB 195 9 B:45 1.45E-14 7.45E-13 7.45E-13 TH 91.5 0.0 2.89E-05 2G 3.4 194 9 8:45 1.67E-15 8.61E-14 8.61E-14 TH 316. 94.4 3.4bE-06 g ' iG 5.2 194 9 8:45 8.87E-16 4.55E-14 4.55E-14 TH 452. 119. 1.89E-06 iG 6.0 194 9 8:52 7.12E-16 3.65E-14 3.65E-14 TH 517. 0.0 1.52E-06 iG 7.0 194 9 9 1 5.68E-16 2.91E-14 2.91E-14 TH 593. 0.0 1.2iE-06 iG-8.0 194 9 9:10 4.67E-16 2.39E-14 2.39E-14 TH 668. 0.0 9.97E-07 iG 9.0 194 9 9:19 3.93E-16

2. die-14

2. die-14 TH 742.

0.0 8.39E-07 iG 10.0 194 9 9:28 3.37E-16 1.73E-14 1.73E-14 TH B15. 0.0 7 19E-07 iG 20.0 194 9 10.55 1.22E-16 6.28E-15 6.28E-15 TH 1529 0.0 2.61E-07 iG 30.0 194 9 12i23 6.77E-17 3.47E-15 3.47E-15 TH 2221 0.0 1.44E-07 iG 40.0 194 9 13:51 4.45E-17 2.28E-15 2.28E-15 TH 2901 0.0 9.50E-08 iG 50.0 194 9 15:19 3.2iE-17 1.65E-15 1.65E-15 TH 3573 0.0 6.87E-08 /b) F ] /~'N U

ACTUAL INCIDENT TIME: 08:47 FARLEY NUCLEAR PLANT STABILITY CLASS D - )TE : 83/01/14 014 DEG .EV: 6.8 MPH FROM CURRENT PLUME INFORMATION AS OF 08:45 ON 83/01/14 (g ABBREVIATED PROJECTION ( _) DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /O f ID MILE DEG SEC TIME WHDLE BODY THYROID DOSE RATE ID Y Z 3E 1.7 195 9 8:49 2.10E+00 2.43E+00 2.43E+00 TH 174. 61.6 4.97E-06 ULIAN DAY = 14 3E SB 195 9 8:45 2.54E+00 2.93E+00 2.93E+00 TH 90.8 0.0 6.00E-06 2E 3.4 194 9 B: 45 1.00E+00 1.16E+00 1.16E+00 TH 318. 94.0 3.15E-06 1E 5.2 194 9 8:45 1.66E-01 1.95E-01 1.95E-01 TH 454. 119. 1.76E-06 iE 6.0 194 9 8:52 1.35E-Oi 1.58E-01 1.58E-01 TH 519. 0.0 1.43E-06 1E 7.0 194 9 9: i 1.09E-01 1.27E-01 1.27E-01 TH 595. 0.0 1.15E-06 iE 8.0 194 9 9:10 9.03E-02 1.05E-01 1.05E-Oi TH 670. 0.0 9.55E-07 iE 9.0 194 9 9 19 7.64E-02 8.96E-02 8.96E-02 TH 744. 0.0 8.08E-07 iE 10.0 194 9 9:28 6.58E-02 7.71E-02 7,71E-02 TH 817. 0.0 6.95E-07 1E 20.0 194 9 10:55 2.43E-02 2.85E-02 2.85E-02 TH 1531 0.0 2.57E-07 iE 30.0 194 9 12:23 1.35E-02 1.58E-02 1.58E-02 TH 2223 0.0 1.43E-07 1E 40.0 194 9 13:51 8.92E-03 1.04E-02 1.04E-02 TH 2902 0.0 9.43E-08 1E 50.0 194 9 15:19 6.46E-03 7.57E-03 7.57,-03 TH 3575 0.0 6.82E-08 E u r" (v^\\ 1

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. a. ~ \\.,, s t .,r, 1 t .../..,s t 1 L s e - \\l 1; .ri .> !,i , ~. e.,,. e v.,., v..i' sl <: 1Mj I. ;I i t, s 3 s s. r s _1 i.,.,. l t i } v I'f f' j l ~ l' [l $N' $. ~~~ }f. w! - t Ir [ t. -l* / ,g 8 i R ' ^I<..~ p.,/ 2 I .-1 l-2.,J., -1 "., r. ( / i 1 i f -,. +.I / r - N '/. 2\\ h,',*/ .,T.. k- ,L .s. .g 'i. i. i. 1 l ~ %i ( ) l /. / i / ,3 ..,~M. . '\\. ' \\, ' f ~,j lf l l,- R $s <s i w%s,4tk'T, i i i y .iG. bl ...\\ s. -4 / / , s i ,a. QN 1.. ' . r.o ,,,,.- \\.: / -/N,'// 1'"g \\ ' Afs y,y i r c O.2-

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.g ~, - 4g' N'. f ./ "y. \\&O 9 j g.. ,,,?". ls ~" f.? -\\g{~ ',...- 1. -l, :4 / p ~ [ E s r.....- j j ,,s.,...(....19. 3 i i j, ..'t))...., ie g ggg N ,y ,,'~- 9-.p-gg ACTUAL INCIDENT FARLEY NUCLEAR PLANT DATE: 83/01/14 -DAY 4 TIMEi-8:498-1) ELEVi 6.8 MPH FROM 014 DEG, CLASS D DATE: 83/01/14 -PLUME-TIME: 08:45 t t ROADS AND RAILROADS TOGGLE STATUS' i.. FEDERAL ROADS-ON

2. STATE ROADS _

ON

3. COUNTY ROADS-

.ON 4. RAILROADS ON

5. ALL ON-j

6. ALL OFF

7. EXIT i

ENTE'R CHOICE, ) h

ACTUAL INCIDENT FARLEY NUCLEAR PLANT TIME 09:02

TE: 83/01/14 STABILITY CLASS D; _EV, 6.8 MPH FROM 015 DEG ON 83/01/14 CURRENT PLUME INFORMATION AS OF 09:00

,3 PRESENT LOCATION i l %/ DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q Ib n1LE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 4G i.7 195 9 9: O' 4.73E-15 2.56E-13 2.56E-13 TH 173. 62.3 9.69E-06 ULIAN DAY = 14 4G SD 155 9 9: 0 1.42E-14 7.70E-13 7.70E-13 TH 91.5 0.0 2.91E-05 o 9 0 1.66E-15 9.03E-14 9.03E-14 TH 315. 94.0 3.52E-06 26 5.1 194 9 9: 0 8.82E-16 4.78E-14 4.78E-14 TH 449. 119. i.92E-06 56 3.4 195 iG 6.9 194 9 9: 0 5.53E-16 2.99E-14 2.99E-14 TH 581. 141. 1.25E-06 (. l -m 7 v

ACTUAL INCIDENT TIME: 09:02 FARLEY NUCLEAR PLANT STABILITY CLASS D TE: 83/01/14 015 DEG 09:00 ON 83/01/14 EV: 6.8 MPH FROM CURRENT PLUME INFORMATION AS OF ,/~~'% PRESENT LOCATION ) CHI /Q HIGH DOSE ORGAN 2.14* SIGMA DOSE RATE (MR/HR) CD MILE DEG SEC TIME WHOLE BODY T H',' R O I D DDSE R ATE ID Y Z 4E 1.7 195 9 9: 0' 2.39E+00 2.93E+00 2.93E+00 TH 173. 61.4 5.00E-06 JLI AN DAY = 14 4E SB 195 9 9: 0 2.86E+00 3.51E+00 3.51E+00 TH 90.8 0.0 5.99E-06 3E 3.4 195 9 9: 0 1.26E+00 1.56E+00 1.56E+00 TH 315. 93.6 3.2iE-06 2E 5.1 194 9 9: 0 5.31E-Oi 6.59E-Oi 6.5YE-01 TH 451 119. 1.79E-06 1E 6.9 194 9 9: 0 1.03E-01 1.29E-01 1.29E-Oi TH 584. 141 1.17E-06 q,j 4 s.) \\.

ACTUAL INCIDENT TIME: 09:02 FARLEY NUCLEAR PLANT STABILITY CLASS D TE: 83/01/14 EV: 6.8 MPH FROM 015 DEG 09:00 ON 83/01/14 CURRENT PLUME INFORMATION AS OF ABBREVIATED PROJECTION r x. ( 3 HIGH DOSE ORGAN 2.14tSIGMA CHI /O ~ DOSE RATE (MR/HR) 'T' D nile DEG CEC T3ME WHOLE BODY THYROID DOSE RATE ID Y Z 4G i.7 195 9 9: 0' 4.73E-15 2.56E-13 2.56E-13 TH 173. 62.3 9.69E-06 ILIAN DAY = 14 I 4G SB 195 9 9: 0 1.42E-14 7.70E-13 7.70E-13 TH 91.5 0.0 2.91E-05 3G 3.4 195 9 9: 0 1.66E-15 9.03E-14 9.03E-14 TH 315. 94.0 3.52E-06 2G 5.1 194 9 9: 0 8.82E-16 4.78E-14 4.78E-14 TH 449. 119. 1.92E-06 E' iG 6.9 194 9 9: 0 5.53E-16 2.99E-14 2.99E-14 TH 581. 141. i.25E-06 1G 7.0 194 9 9: 1 5.37E-16 2.90E-14 2.90E-14 TH 592. 0.0 1.2iE-06 iG 8.0 194 9 9:10 4.41E-16 2.39E-14 2.39E-14 TH 667. 0.0 9.99E-07 iG 9.0 194 9 9:19 3.71E-16

2. die-14 2.01E-14 TH 741 0.0 8.41E-07 iG 10.0 194 9

9:28 3.18E-16 i.72E-14 1.72E-14 TH 815. 0.0 7.20E-07 1G 20.0 195 9 10:56 1.15E-16 6.26E-15 6.26E-15 TH 1529 0.0 2.61E-07 iG 30.0 195 9 12:25 6.39E-17 3.46E-15 3.46E-15 TH 2220 0.0 1.44E-07 iG 40.0 195 9 13:53 4.20E-iT 2.27E-15 2.27E-15 TH 2900 0.0 9.51E-08 iG 50.0 195 9 15:22 3.03E. 1.64E-15 1.64E-15 TH 3573 0.0 6.87E-08 4 l \\ O

= ACTUAL INCIDENT TIMER 09:02 FARLEY NUCLEAR PLANT STABILITY CLASS D I TEscB3/01/14 6.8 MPH FROM 015 DEG 09:00 DN 83/01/14 ,.EV : . CURRENT PLUME INFORMATION AS OF ~f l ABBREVIATED PROJECTION ~ HIGH DOSE ORGAN 2.14*BIGMA CHI /Q f DOSE RA1E (MR/HR)

D. MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y

Z ~4E i.7 195 9 9: 0 2.39E+00 2.93E+00 2.93E+00 TH 173. 61.4.5.00E-06 JLI AN DAY = 14 4E-SB 195 9 9 0 2.86E+00 3,51E+00 3.51E+00 TH 90.8 0.0 5.99E-06 l 3E 3.4 195 9 9: 0 1.26E+00 1.56E+00 1.56E+00 TH

315, 93.6 3.2iE-06.

,1 2E 5.1 194 9 9: 0 '5,31E-Oi 6.59E-Oi 6.59E-Oi TH 451.

119, 1.79E-06 1E 6.9 194 9

9: 0 1.03E 1.29E-01 1.29E-Oi TH 594. 141. i.17E-06' 1E 7.0 194 9 9: i 1.00E-01 1.26E-01 1.26E-01 TH 595. 0.0 1.14E-06 1E 8.0 194 9 9 10 8.37E-02 1.04E-01 1.04E-01 TH. 670. 0.0 9.47E-07 i -~ i E 9.0.194 9 9:19 7.09E-02 8.85E-02 8.85E-02 TH 744. 0.0L 8.02E-07 iE 10.0 194 9 9:28 6.10E-02 7.62E-02 7.62E-02 TH Bi7. 0.0 6.91E-07 l iE 20.0 195 9 10: 56 2 26E-02 2.83E-02 2.83E-02 TH 1531 0.0 2.56E-07 iE 30.0 195 9 12:25 1.26E-02 1.57E-02 1.57E-02 TH 2223 0.0 1.42E-07 1E 40.0 $95 9 13:53 8.32E-03 1.04E-02 1.04E-02 TH. 2902 0.0 9.42E-08 iE 50.0 195 9 15:22 6.02E-03 7.52E-03 7.52E-03 TH 3575 0.0 6.82E ! O s f Y r P i p 4 I ) 9 w

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.,j .E e- . 6 e.q ~~ .,~ J.._.. 9 _ / 1,0.g....* ~'~'.g. '3g 1s s. US fb. L/ ' s ACTUAL-INCIDENT j y~h. FARLEY-NUCLEAR PLANT 83/01/14 -DAY- ' TI ME 's ' 9 : 0 4 3 ' d DATE: 6.8 MPH FROM 015 DEG, CLASS.D-ELEV1 DATE: 03/01/14 -PLUME-' TIMEi '09:00 ROADS AND RAILROADS ' STATUS TOGGLE.

i. FEDERAL ROADS ON' ON 2.0 STATE ROADS 3

COUNTY ROADS ON:

4. RAILRDADS'

.ON ,5. ALL'ON 6. ALL OFF' ' 7.. EXIT-ENTER CHOICE 7 UK y

ACTUAL INCIDENT TIME: 09:18 FARLEY NUCLEAR PLANT STABILITY CLASS D (TE : 83/01/14 .EV. 6.7 MPH FROM 016 DEG CllRRENT PLUME INFORMATION AS OF 09:15 ON 83/01/14 PRESENT LOCATION '~} j DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14tSIGMA CHI /Q ID NILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z SG 1.7 196 9 9:15' 4.71E-15 2.69E-13 2.69E-13 TH 172. 62.0 9.93E-06 JLI AM DAY = 14 SG SB 196 9 9:15 1.39E-14 7.97E-13 7.97E-13 TH 91.5 0.0 2.94E-05 4G 3.4 196 9 9:15 1.66E-15 9.47E-14 9.47E-14 TH 312. 93.4 3.60E-06 I 3G 5.1 195 9 9:15 8.81E-16 5.03E-14 5.03E-14 TH 446. 118. 1.97E-06 2G 6.8 195 9 9:15 5.52E-16 3.iSE-14 3.15E-14 TH 576. 140. 1.27E-06 iG 8.5 194 9 9:15 3.80E-16 2.17E-14 2.17E-14 TH 705. 159. 9.11E-07 J L ,,/

ACTUAL INCIDENT. TIME: 09:18 FARLEY NUCLEAR PLANT STABILITY CLASS D .sTE -83/01/14 i 16.7' MPH FROM 016 DEG CURRENT PLUME INFORMATION AS OF 09:15 DN 83/01/14 .EAl i : O PRESENT LOCATION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /O ID. MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE.ID Y Z f SE 1.7 196 9 9:15' 2.59E+00 3.36E+00 3.36E+00 TH 172. 61.0 5.06E-06 OLIAN DAY = 14 SE SB 196 9 9:15 3.06E+00 3.96E+00 3.96E+00 TH 90.8 0.0 5.97E-06 .l 4E 3.4 194 9 9215 1.46E+00 1.90E+00 1.90E+00 TH 313. 93.1 3.26E-06 I 3E 5.1 195 9 9: 15 6.76E-01 8.87E-01 8.87E-01 TH 448.. 118 1.83E-06 2E' 6.8 195 9 9:15 3.31E-Oi 4.38E-01 4.38E-01 TH 580. 140. 1.i?E-06 1E 8,5 194 9 9:15 7.24E-02 9.63E-02 9.63E-02 TH 709 159. 8.76E-07 f i b O 4

f ACTUAL INCIDEN1 TINE: 09:18 FARLEY NUCLEAR PLANT STABILITY CLASS D HATE: 83/01/14 LEV 6.7 MPH FROM 016 DEG CURRENT PLUME INFORMATION AS OF 09:15 ON 83/01/14 r' ( )y ABBREVIATED PROJECTION DDSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /O ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z SG i.7 196 9 9:15 4.71E-15 2.69E-13 2.69E-13 TH 172. 62.0 9.93E-06 14 IULIAN DAY = SG SB 196 9 9:15 1.39E-14 7.97E-13 7.97E-13 TH 91.5 0.0 2.94E-05 4G 3.4 196 9 9:15 1.66E-15 9.47E-14 9.47E-14 TH 312. 93.4 3.60E-06 3G 5.1 195 9 9:15 8.81E-16 5.03E-14 5.03E-14 TH 446. 118. 1.97E-06 2G 6.8 195 9 9:15 5.52E-16 3.15E-14 3.15E-14 TH 576. 140. 1.27E-06 iG 8.5 194 9 9:15 3.80E-16 2.17E-14 2.17E-14 TH 705. 159. 9.11E-07 iG 9.0 195 9 9:19 3.51E-16 2.00E-14 2.00E-14 TH 740. 0.0 8.43E-07 iG 10.0 195 9 9:28

3. die-16 1.72E-14 1.72E-14 TH 813.

0.0 7.22E-07 iG 20.0 195 9 10:58 1.09E-16 6.23E-15 6.23E-15 TH 1527 0.0 2.61E-07 iG 30.0 196 9 12:27 6.04E-17 3.45E-15 3.4SE-15 TH 2219 0.0 1.44E-07 6 iG 40.0 196 9 13:56 3.97E-17 2.26E-15 2.26E-15 TH 2899 0.0 9.51E-08 iG 50.0 196 9 15:26 2.86E-17 1.63E-15 1.63E-15 TH 3572 0.0 6.87E-08 O, s. U

ACTUAL INCIDENT TIMEi 09:18 FARLEY NUCLEAR PLANT 41 E 83/01/14 STABIL,ITY CLASS D _EV: 6.7 MPH FROM 016 DEG CURRENT PLUME INFORMATION AS OF 09:15 ON 83/01/14 [,/) ABBREVIATED PROJECTION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /O m 1D dILE DEG SEC LIME WHOLE BODY THYROID DOSE RATE ID Y Z ULIAN DAY = 14 SE 1.7 196 9 9:15 2.59E+00 3.36E+00 3.36E+00 TH 172. 61.0-5.06E-06 SE SB 196 9 9:15 3.06E+00 3.96E+00 3.96E+00 TH 90.8 0.0 5.97E-06 4E 3.4 196 9 9:15 1.46E+00 1.90E+00 1.90E+00 TH 313. 93.1 3.26E-06 3E 5.1 195 9 9:15 6.76E-Oi 8.87E-01 8.87E-01 TH 448.

118, 1.83E-06 2E 6.8 195 9

9:15 3.31E-01 4.38E-Oi 4.38E-01 TH 580. 140. 1.19E-06 1E 8.5 194 9 9:15 7.24E-02 9.63E-02 9.63E-02 TH 709. 159. 8.76E-07 iE' 9.0 195 9 9:19 6.71E-02 8.92E-02 8.92E 09 TH 744. 0.0 8.12E-07 iE 10.0 195 9 9:28 5.77E-02 7.67E-02 7.67E-02 TH 817. 0.0 6.99E-07 iE 20.0 195 9 10:58 2.13E-02 2.83E-02 2.83E-02 TH 1531 0.0 2.57E-07 iE 30.0 196 9 12:27 1.iBE-02 1.57E-02 1.57E-02 TH 2223 0.0 1.43E-07 1E 40.0 196 9 13:56 7.80E-03 1.03E-02 1.03E-02 TH 2903 0.0 9.44E-08 1E 50.0 196 9 15:26 5.64E-03 7.50E-03 7.50E-03 TH 3575 0.0 6.83E-00 O v0

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'1 ~ \\ i \\ \\ .\\,. /. 'Q y c =., {-l , /t L ,' p,, '".s 2 ~.o ^ }. .cf' <',,/ % 'g.e Ps 9 .,,n 1 0 ueg i ACTUAL: INCIDENT 9 FARLEY NUCLEAR PLANT: 83/01/14 -DAY- -TIMEo.9:209-DATE: 6.*/ MPH FROM 016~DEG, CLASS D-- ELEVe DATE: 83/01/14 -PLUME- ' TIME: 09:15; i 3 1 ROADS AND RAILROADS. STATUS t TOGGLE

i. FEDERAL ROADS ON-2.

STATE ROADS ON

3. COUNTY ROADS.

ON ON 4.~ RAILROADS

5. ALL ON j

I 6.-ALL OFF 4

7. EXIT

-l JNTER CHOICES. 4 \\# l l l I

ACTUAL INCIDENT TIME: 09:32-FARLEY NUCLEAR PLANT STABILITY CLASS D 'TE 83/01/14 i 6.8 MPH FROM 016 DEGCURRENT PLUME INFORMATION AS OF EV h PRESENT LOCATION CHI /Q HIGH DOSE ORGAN 2.14* SIGMA. .D' .. ALE.DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z "l DOSE RATE (MR/HR) 6G 1.7 197 9 9:30* 4.47E-15 2.68E-13 2.68E-13 TH 173. 62.3-9.6'9E-06 ILIAN DAY = 14 6G SB 197 9 9:30 1.34E-14 8.07E-13 8.07E-13 TH 91.5 0.0 2.91E-05 l SG 3.4 196 9 9:30 1.60E-15 9.67E-14 9.67E-14 TH 315. 94.0 3.58E-06 4G 5.1 196 9 9:30 8.61E-16 5.17E-14 5.17E-14 TH 447. 118. i.97E-06 n! 13G 6.8 196 9 9:30 5.45E-16 3.27E-14 3.27E-14 TH 577. 140. i.28E-06 l 2G 8.5 195 9 9:30 3.76E-16 2.25E-14 2.2SE-14 TH 704. 159. 9.19E-07 1 iG 10.2 195 9 9:30 2.75E-16 1.65E-14 1.65E-14 TH 631. 177. 6.97E-07 f I . f' i ) 1 r k, a i

4 ACTUAL INCIDENT 09:32-i

TIME:

FARLEY NUCLEAR' PLANT-aTEFB3/01/14.. STABILITY CLASS D 16.8' MPH FROM 016 DEG .EVJ CURRENT PLUME INFORMATION AS OF 09.230 ON 83/01/14 PRESENT LOCATION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA ' CHI /O-TIME-WHOLE BODY' THYRDID DOSE RATE ID Y Z .(- j 'I,D.' NILE DEG SEC

ULIAN DAY =

14 6E i 7;i97 9 9i30' 2.63E+00 3.60E+00 3.60E+00 TH 173. 61.4 5.00E-06 6E SB 197 9 9:30 3.15E+00 4.31E+00 4.31E+00 TH 90.8 0.0 5'.99E-06

5E 3.4 196 9

9 30 1.58E+00 2.iBE+00 2.18E+00 TH 313. 93.1 3.29E-06 I. .4E 5.i 196 9 9:30 7.73E-01 1.07E+00 1.07E+00 TH 447. 118. i.84E-06 3E 6.8 196 9 9:30 4.19E-Oi 5.85E-Oi 5.85E-01 TH 577.

140.

1.2iE-06 i 2E 8.5 195 9 9:30 2.30E-Oi 3.23E-Oi 3.23E-Oi TH 706. 159. 8.88E-07 .iE.10.2 195 9 9:30 5.'05E-02 7.iSE-02 7.15E-02 TH 834. .177. 6~.53E i i h A b .I i l s } i

ACTUAL INCIDENT TIMEi 09:33 F ARLEY NUCLEAR PLANT STABILITY CLASS D TE: 83/01/14 6.8 MPH FROM 016 DEGCURRENT PLUME INFORMATION AS O EVi ABBREVIATED PROJECTION '~ x,,) CHI /O HIGH DOSE ORGAN 2.14* SIGMA DOSE RATE (MR/HR) D MILE DEG SEC TIME WHOLE BODY THYRO 1D DOSE RATE ID Y Z i 6G 1,7 197 9 9: 30' 4.47E-15 2.6BE-13 2.68E-13 TH 173. 62.3 9.69E-06 14 ILIAN DAY 6G SB 197 9 9:30 1.34E-14 8.07E-13 8.07E-13 TH 91.5 0.0 2.91E-05 i = 5G 3.4 196 9 9:30 1.60E-15 9.67E-14 9.67E-14 TH 315. 94.0 3.58E-06 8 4G 5.1 196 9 9:30 8.61E-16 5.17E-14 5.17E-14 TH 447. 118. 1.97E-06 3G 6.8 196 9 9:30 5.45E-16 3.27E-14 3.27E-14 TH 577. 140. i.28E-06 2G 8.5 195 9 9:30 3.76E-16 2.25E-14 2.25E-14 TH 704. 159. 9.19E-07 iG 10.2 195 9 9:30 2.75E-16 1.65E-14 1.65E-14 TH

831, 177.

6.97E-07 1G 20.0 196 9 10:57 1.03E-16 6.20E-15 6.20E-15 TH 1529 0 -. 0 2.61E-07 iG 30.0 196 9 12:25 5.71E-17 3.43E-15 3.43E-15 TH 2220 0.0 1.44E-07 iG 40.0 196 9 13:54 3.75E-17 2.25E-15 2.25E-15 TH 2900 0.0 9.51E-08 iG 50.0 196 9 15:22 2.71E-17 1.63E-15 1.63E-15 TH 3573 0.0 6.87E-08 7~ Q,/ )

u.

Lj

ACTUAL INCIDENT TIMEi-09:33-FARLEY NUCLEAR PLANT STABILITY CLASS D GEi 83/01/14. _EV i 6.B. MPH FROM 016 DEG CURRENT PLUME INFORMATION AS OF 09:30 ON 83/01/14 O ABBREVIATED PROJECTION CHI /O HIGH DOSE ORGAN 2.14* SIGMA DOSE RATE (MR/HR) 'ID HILE DEG SEC TIME WHOLE BUDY THYROID DOSE RATE ID Y Z I .0LIAN DAY = 14 2.63E+00 3'.60E+00 3 60E+00 TH 173. 61.4 5,00E-06 6E SB 197 9 9:30 3.iSE+00 4.31E+00 4.31E+00 TH 90.8 0.0-5.99E-06 6E i.7 197 9 9:30 SE 3.4.196 9 9:30 1.58E+00 2.18E+00 2.iOE+GO TH 313. 93.1-3.29E-06 4E 5.1 196 9 9:30 7.73E-01 1.07E+00 1.07E+00 TH 447. 118. 1.84E-06 3E 6.8 196 9 9:30 4.19E-Oi 5.85E-01 5.85E-01 TH 577. 140. 1.2iE 2E 8.5 195 9 9:30 2.30E-Oi 3.23E-Oi 3.23E-01 TH .706. 159. 8.88E-07 1E 10.2 195 9 9:30 5.05E-02 7.15E 7.iSE-02 TH 834. 177. 6.53E 1E 20.0 196 9 10:57 1.96E-02 2.77E-02 2.77E-02 TH 1531 0.0 2.53E-07, 1E 30.0 196 9 12:25 i.09E-02 1.55E-02 1.55E-02 TH 2223 0.0 i.41E-07: 1E 40.0 196 9 13:54 7.25E-03 1.02E-02 1.02E-02 TH 2903 0,0 9.37E-08 iE 50.0 196 9 15:22 5.25E-03 7.42E-03 7.42E-03 TH 3575 0.0 6.79E-08 4 2 O ,\\ bv .. ~.

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.\\ l.Y.. t% 1 t 1 i s L. , ~,I, 't ? g t ny s s 1 X \\ \\,, h "t I r...< v.o. f i n ' ~l v l i' i ( i i 1 -1 " i, e ' i i 1 i I 2 i 1 l i i l i .l' t ) / i i e i e - ! ~ ? -/s.!t-! I i

5 i

s r us -i,, y 9 ~ 'X. .{./ g 'i / .i l I-i. ]. ( li i e i % / f -i i t s D'/ t'// A, A \\ ,\\. i.. % '/. 2\\ X ~/ / j,!. i { \\L g '.,, Y (, ~'" y-s, - ty. .j..~~,. ;. ' y.. ', j l j j ,s,,c r,, ~ i s i. T. / / / t> l -4 ~2 ?!' ,,. N.. N p'" t;Ob. 31'.\\ / ~/ / l ' g'e. g*

s.

J / ~f f. ~ .,\\. o. 9g N y. { ? **.. - / 7 s ~ l.. H ,'~'~~~~~'"{'. . j.. fg-E . - -. e .s.... - e / / r k d.. . f ...t' ...,}h. 9 9 _,___..- 9,. ge E ACTUAL INCIDENT y._ FARLEY NUCLEAR PLANT DATE: 83/01/14 -DAY-TIMEi 09:34 ELEV 6.8 MPH FROM 016 DEG, CLASS D DATE: 83/01/14 -PLUME-TIME: 09:30 ROADS AND RAILROADS TOGGLE STATUS 1. FEDERAL ROADS ON 2. STATE ROADS ON 3. COUNTY ROADS ON 4. R AILF'.O ADS ON

5. ALL ON 6.

ALL OFF

7. EXIT ENTER CHOICE:

4 / x._ -

ACTUAL INCIDENT DATE: 83/01/14 FARLEY NUCLEAR PLANT TIME: 09:47 STABILITY CLASS D ELEV 6.8 MPH FROM 017 DEG CURRENT PLUME INFORMATION AS OF 09:45 ON 83/01/14 f-PRESENT LOCATION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q l ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z JULIAN DAY = 14 7G i.7 197 9 9:45 4.28E-15 2.70E-13 2.70E-13 TH 174. 62.6 9.54E-06 4 7G SB 197 9 9:45 1.29E-14 8.20E-13 8.20E-13 TH 91.5 0.0 2.89E 6G 3.4 197 9 9:45 1.53E-15 9.70E-14 9.70E-14 TH 316. 94.4 3.51E-06 SG 5.1 197 9 Yi45 8.39E-16 5.30E-14 5.30E-14 TH 450 119. 1.97E-06 'l 4G 6.8 196 9 9:45 5.33E-16 3.36E-14 3.36E-14 TH 578. 140. 1.29E-06 i 3G B.5 196 9 9:45 3.71E-16 2.34E-14 2.34E-14 TH 705. 159. 9.26E-07 1 2G 10.2 196 9 9:45 2.72E-16 1.71E-14 1.71E-14 TH 831. 177. 7.02E-07 ) iG 11.9 195 9 9:45 2.07E-16 1.31E-14 1.31E-14 TH 956. 193. 5.55E-07 ) 4 y~ 4 i L

ACTUA1 INCIDENT TIME: 09:47 FARLEY NUCLEAR PLANT STABILITY CLASS D TE 83/01/14 .EV : 6.8 MPH FROM 017 DEG 09:45 ON 83/01/14 CURRENT PLUME INFORMATION AS OF PRESENT LOCATION 7, lv) HIGH DOSE ORGAN 2.14* SIGMA CHI /O DOSE RATE (MR/HR) ID ,,ILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 7E 1.7 197 9 9:45 2.65E+00 3.82E+00 3.82E+00 TH 174. 61.6 4. 9 '/ E- 0 6 JL1AN DAY = 14 7E SB 197 9 9:45 3.20E+00 4.62E+00 4.62E+00 TH 90.8 0.0 6.00E-06 6E 3.4 197 9 9:45 1.59E+00 2.31E+00 2.31E+00 TH 315. 93.6 3.23E-06 SE 5.1 197 9 9:45 8.36E-01 1.22E+00 1.22E+00 TH 448. 118. 1.85E-06 I 4E 6.8 196 9 9:45 4.79E-Oi 7.05E-01 7.05E-Oi TH 577. 140. 1.22E-06 3E 8.5 196 9 9:45 2.91E-01 4.31E-Oi 4.31E-01 TH 705. 159. 8.99E-07 2E 10.2 196 9 9:45 1.60E-Oi 2.39E-01 2.39E-Oi TH 832. 176. 6.60E-07 1E 11.9 195 9 9:45 3.82E-02 5.73E-02 5.73E-02 TH 958. 193. 5.27E-07 ve

4 = ACTUAL-INCIDENT TIME 09:47 .TEi.83/01/14 FARLEY NUCLEAR PLANT i STABILITY CLASS D 6.8 MPH FROM 017 DEG EVs CURRENT PLUME INFORMATION AS OF 09:45 ON 83/01/14 ABBREVIATED PROJECTION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q. D iILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 1 i. 7G. i.7 197 9 9:45' 4.28E-15 2.70E-13 2.70E-13. TH 174. 62.6 9.54E-06 = 14 JLI AN DAY -7G SB 197 9 9:45 1.29E-14 8.20E-13 8.20E-13 TH 91.5 0.0 2.89E-05 6GL 3.4 197 9 9:45 1.53E-15 9.70E-14 .9 70E-14 TH 316. 94.4 3.SiE-06 I SG 5.1 197 9 9:45 8.39E-16 5.30E-14 5.30E-14 TH 450. 119. i.97E ~ 40, 1.29E-06 i .4G 6,8 196 9 9:45 5.33E-16 3.36E-14 3 36E-14 TH 578. 3G-8.5 196 9 9:45 3.71E-16 2.34E-14 2.34E-14 TH 705. 159. 9.26E-07 2G 10.2 196 9 9:45 2.72E-16 1.71E-14 1.71E-14 TH B31. 177. 7.02E-07 -iG 11.9 195 9 9:45 2.07E-16 1.31E-14 1.31E-14 TH 956. 193'. 5.55E-07 l 'iG 20.0 196 9 10:56. 9.77E-17 6.17E-15 6.17E-15 TH 1530 0.0 2.61E iG'30.0 197 9 12:24 5.40E-17 3.41E-15 3.41E-15 TH 2221 0. 0. i.44E ' l iG 40.0 197 9 13:52 3.55E-17 2.24E-15 2.24E-15 TH 2901 0.0 9.50E-08' iG 50.0 197 9 iss20 2.56E-17 1.62E-15 1.62E-15 TH 3574 0.0 6.36E-08 I O 4 [ 4 O I -t -.. ~. - -

4-ACTUAL INCIDENT TIME'i 09:48-- .FARLEY NUCLEAR PLANT STABILITY CLASS D liTEi'83/01/14 6.8. MPH FROM 017 DEG CURRENT PLUME INFORMATION AS OF 09:45 UN 83/01/14 ' EV s. ABBREVI ATED PROJECTION DOSE RATE (MT,/HR) HIGH DOSE ORGAN 2.14tSIGMA. CHI /Q g ID ,i1LE DEG SEC TIME WHOLE FODY THYROID DOSE RATE ID Y Z p s 7E 1.7 197 9 9:45 2.65E+00.3.82E+00 3.82E+00 TH 174. 61 6 4.97E-06 ULI'AN DAY = 14 7E SB 197 9 9:45-3.20E+00 4.62E+00 4.62E+00 TH 90.8 0.0 6.00E-06 '6E 3.4 197 9 9:45 1.59E+00 ' 2.31E+00 2.31E+00 TH 315. 93.6 3.23E-06 5E 5.1 197 9 9:45 8.36E-Oi i.22E+00 1.22E+00- TH 448. iib. 1.85E l{ 4E 6.8 196 9 9 45 4.79E-01 7.05E-Oi 7.05E-01 TH-577. 140. 1.22E-06 3E 8.5 196 9 9:45 2.91E-01 4.31E-Oi 4.31E-01 TH-705.

159, 8.99E-07 12E 10.2 196 9

9: 45 1.60E-01 2.39E-01 2.39E-Di TH

832, 176.

6-.60E-07 iE 11.9'195 9 9:45 3.82E-02 5.73E-02 5.73E-02 TH 958. 193. 5.27E-07 1E 20.0 196 9 10:56 1.83E-02 2.76E-02 2.76E-02 TH 1531 0.0 2<53E-07 1E 30.0 197 9 12:24 1.02E-02 1.54E-02 1.54E-02 TH 2223 0.0 1,41E-07 r iE 40.0 197 9 13:52 6.79E-03 1.02E-02 1.02E-02 TH 2903 0.0 9.37E-08 iE 50.0 197 9 iSi20 4.92E-03 7.39E-03 7.3VE-03 TH 3575 0.0 6~.79E-08 r i ) I f b y i .i 1 1 I -,- % /; l 1 t-e. ~ r

~. -.. ' WlE}- H

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i

,P _.q y,p.Q , ;d.. t.., Y. y w, .V 'F - O'4 mdOd.. A -Nj.,f/ i, A. .\\. s,4 79 X, a- \\, .)1 y. \\..p;"' "~f- [,8._ ;< 8, \\ \\ 's \\ .- ) ~." ] -/ j/ - Ej/ /l w'I } ( \\(\\ \\ 's 's i,'\\, A. \\ l f. <. /'. .-s L, <,i, 1 t 's g Q li I i

s e.~ ~

c l i s.n.. A.i. 's <G 'i n ' ).I l~ { ltj ' t, !~.' -,,:i t .s / v ,e i i i i..l~ l -W 1, I ) l 1 { l l i., ,, L.- tl . y ~.t. w! l i l. G, l i j i w I: .r i: :l ~ i l 1 2 i .kX,,'!,! l f 'l f * \\.. ~< j d' l

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] \\ '1,. o ' f' f.s, }.. ~. e-e1 N. i i / [ ~ 9 L ~' ,..' \\ /j 't h / ,,g~"~"~~~~~__/ - ~8 h 0 J '/ ~~~--cy-1 N.sE ( ACTUAL INCIDENT 3.y - -FARLEY NUCLEAR PLANT DATE: 83/01/14 -DAY-TIME 09:49 ELEV 6.8 MPH.FROM 017 DEG, CLASS D DATE: 83/01/14 -PLUME-TIME: 09.45 i ROADS AND RAILROADS. TOGGLE. STATUS

1. FEDERAL ROADS ON, 2.. STAT *e ROADS ON-3.

COUNTY ROADS ON 4. RAILROADS ON

5. ALL ON 6.

ALL OFF. 7. EXIT l ENTER CHOICE: I xj +? m

ACTUAL INCIDENT . TIME 10:02 FARLEY NUCLEAR PLANT nTE: 83/01/14 STABILITY CLASS D 6.9 MPH FROM 018 DEG EV s. CURRENT PLUME INFORMATION AS OF 10:00 ON 83/01/14 O~ PRESENT LOCATION F DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA' CHI /Q D MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z BG i.7 198 9 10 O' 4.06E-15 2.69E-13 2.69E-13 TH 176. 62.9 9.31E !LIAN DAY = -14 8G .SB 198 9 10 0 1.25E-14 8.28E-13 8.28E-13 TH 91.5 0.0 2.86E-05 7G 3.4 198 9 10 0 1.46E-15 9.71E-14 9.71E-14 TH 319. 94.9 3.44E f ' 16G 5.1 198 9 10 0 8.00E-16 5.30E-14 5.30E-14 TH 454. 120. i 92E-06 5G 6.8 197 9 10 0 5.19E-16 3.44E-14 3.44E-14 TH 583. 141. i.28E-06:

4G 8.5 197 9

10 0 3.62E-16 2.40E-14 2.40E-14 TH 709. 160. 9.25E-07 3G 10.2 196 9 10: 0 2.6BE-16 1.77E-14 1.77E-14 TH 833. 177. 7.06E-07 2G 11.9 196 9 10s.0 2 03E-16 1.35E-14 1.35E-14 TH 957. 193. 5.58E 1 iG 13.6 196 9 10 0 1.61E-16 1.07E-14 1.07E-14 TH 1082 200. 4.55E-07= O i t i k I I i \\m / 'i ..,-w

ACTUAL INCIDENT TIME: 10:02 FARLEY NUCLEAR PLANT STABILITY CLASS D ' AT E : 83/01/14 018 DEG

LEVr 6.9 MPH FROM CURRENT PLUME INFDP.MATION AS OF 10:00 ON 83/01/14

(~} PRESENT LOCATION (/ DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGNA CHI /Q ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z ( BE i.7 198 9 10 'O 2.60E+00 3.95E+00 3.95E+00 TH 175. 6d.0 4.91E-06 IULIAN DAY = 14 OE SB 198 9 iDi 0 3.19E+00 4.85F+00 4.8SE+00 TH 90.0 0.0 6.02E-06 7E 3.4 198 9 10 0 1.59E+00 2.43E'00 2.43E+00 TH 318. 94.0 3.17E-06 6E 5.1 198 9 10: 0 8.41E-01 1.29E+00 1.29E+00 TH 451. 119 1.82E-06 SE 6.8 197 9 10: 0 5.17E-Oi 8.03E-Oi 8.03E-01 TH 580. 140. i.22E-06 4E 8.5 197 9 10 0 3.31E-Oi 5.iBE-01 5.iBE-01 TH

706, 159.

9.02E-07 3E 10.2 196 9 10 0 2.02E-Di 3.18E-Oi 3.iBE-01 TH 832. 176. 6.66E-07 2E 11.9 196 9 10: 0 1.2iE-01 1.91E-01 1.91E-Di TH 957. 193. 5.31E-07 1E 13.6 196 9 10: 0 2.96E-02 4.72E-02 4.72E-02 TH 1083 208. - 4.36E-07 x a k r i e a

ACTUAL INCIDENT FARLEY NUCLEAR PLANT-TIMEi.10:03' ATE 83/01/14 STABILITY CLASS D . LEVI 6'.9' MPH FROM 018 DEG CURRENT PLUME'INFORMATION AS OF-10:00 ON 83/01/14 ABBREVIATED PROJECTION DDSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q' ID hILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z EULIAN DAY = 14 4.06E-15 2.69E-13 2.69E-13 TH 176. 62.9 9.3iE BG i.7 198 9 10 0 BG SB 198 9-10: 0 1.2SE-14 8.28E-13 8.28E-13 Of H ' 91.5 0.0 2.86E-05 7G 3.4 198 9 10 0 1 46E-15 9.71E 9.71E-14 TH 319. 94.9 3.44E-06. 6G 5.1 198 9 10 0 0.00E-16 5.30E-14 5.30E-14 TH' 454. 120. 1-92E-06 5G 6.6 197 9 10: 0 5.19E-16 3.44E-14 3.44E-14 TH 583. 141. i.28E-06: 4G' 8,5 197 9-102 0 3.62E-16 2.40E-14 2.40E-14 TH-709. 160. -9.25E-07 3G 10.2 196 9 10 0 2.6BE-$6 1.77E-14 1.77E-14 TH 833. 177. 7:06E-07 2G 11.9 196 9 10: 0 2.05E-16 1.35E-14 1.35E-14.TH 957. 193. 5.58E-07 1G 13.6 196 9 10: 0 1.61E-16 1.07E-14 1.07E-14 TH 1082. 208. 4.55E-07 iG 20.0 196 9 10:55 9.25E-17 6.13E-15 6.13E-15 TH 1531 0.0 2.60E-07 iG 30.0 197 9 12:22 5.12E-17 3.39E-15 3.39E-15 TH 2222 0.0 ~i.44E-07, iG 40.0 197 9 13: 49 3.37E-17 2.23E-15 2.23E-15 TH-2902 0.0 -9.50E-08 iG 50.0 198 9 15:17 2.43E-17 1.61E-15 1.61E-15' TH 3575 0.0 6.86E-08 4 O Z / r ,h I - T ,-=y,-- 1---,,_

ACTUAL INCIDENT TIME: 10:03 FARLEY NUCLEAR PLANT STABILITY CLASS D 4T E : 83/01/14 6.9 MPH FROM 018 DEG PLUME INFORMATION AS OF 10:00 ON 83/01/14 _EV: /~N CURRENT ABBREVIATED PROJECTION (,,) CHI /Q HIGH DOSE ORGAN 2.14tSIGMA DOSE RATE (MR/HR) ID alLE DEG SEC TIME WHOLE BODY THYROID bOSE RATE ID Y Z BE 1.7 198 9 10: O' 2.60E+00 3.95E+00 3.95E+00 TH 175. 62.0 4.91E-06 ULIAN DAY = 14 6E SB 198 9 10: 0 3.19E+00 4.85E+00 4.85E+00 TH 90.8 0.0 6.02E-06 7E 3.4 198 9 10 0 1.59E+00 2.43E+00 2.43E+00 TH 318. 94.0 3.17E-06 6E 5.1 198 9 10: 0 8.41E-01 1.29E+00 1.29E+00 TH 451. 119. 1.82E-06 SE 6.8 197 9 10: 0 5.17E-01 8.03E-Oi 8.03E-01 TH 580. 140. 1.22E-06 4E 8.5 197 9 10 0 3.31E-Oi 5.18E-Oi 5.iBE-01 TH 706. 159. 9.02E-07 3E 10.2 196 9 10: 0 2.02E-Oi 3.iBE-Oi 3.iBE-01 TH 832. 176. 6.66E-07 2E 11.9 196 9 102 0 1.2iE-01 1.91E-01 1.91E-01 TH

957, 193.

5.31E-07 iE 13.6 196 9 10: 0 2.96E-02 4.72E-02 4.72E-02 TH 1083 208. 4.36E-07 1E 20.0 196 9 10:55 1.72E-02 2.74E-02 2.74E-02 TH 1532 0.0 2.53E-07 l I 1E 30.0 197 9 12:22 9.64E-03 1.53E-02 1.53E-02 TH 2223 0.0 1.41E-07 iE 40.0 197 9 13:49 6.37E-03 1.01E-02 1.01E-02 TH 2903 0.0 9.37E-08 IE 50.0 198 9 15:17 4.61E-03 7.35E-03 7.35E-03 TH 3576 0.0 6.79E-08 l 1 I 1 l r~ \\ _/ H f f .n %s',

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9 4 / / .1. I ,g US -,g.' 10 Sg ACTUAL INCIDENT _ y FARLEY NUCLEAR' PLANT DATE: 83/01/i4 -DAY-TIME: 10iO4 6.9.. MPH FROM 018 DEG,' CLASS Ds ELEV: -DATE: 83/01/14 -PLUME-TIMEi 10:00= i ROADS..AND RAILROADS, STATUS; TOGGLE

i. FEDERAL" ROADS.

ON' l l 2. STATELROADSL ON! 3 COUNTY ROADS

0N ON l

4'. RAILROADSL 5..ALL ON '6.~ALL 0FF. -

7. EXIT ENTER CHOICEi.

i %[ l J +.,. - -.., -. -.. ~

ACTUAL INCIDENT TIME: 10:17 FARLEY NUCLEAR PLANT STABILITY CLASS D iTE: 83/01/14 .EV i 6.9 MPH FROM 019 DEG CURRENT PLUME INFORMATION AS OF 10:15 ON 83/01/14 73 PRESENT LOCATION ( ) DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14tSIGMA CH1/Q ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 9G i.7 199 9 10:15' 3.BBE-15 2.70E-13 2 70E-13 TH 177 63.2 9.17E-06 JLIAN DAY = 14 9G SB 199 9 10:15 1.20E-14 8.38E-13 8.38E-13 TH 91.5 0.0 2.84E-05 8G 3.5 199 9 10:15 1.39E-15 9.71E-14 9.71E-14 TH 321. 95.3 3.37E-06 I 7G 5.2 198 9 10:15 7.66E-16 5.32E-14 5.32E-14 TH 457. 120. 1.89E-06 6G 6.9 198 9 10:15 4.96E-16 3.45E-14 3.45E-14 TH 587. 141. i.26E-06 SG 8.5 198 9 10:15 3.54E-16 2.46E-14 2.46E-14 TH 714. 160. 9.24E-07 4G 10.2 197 9 10:15 2.62E-16 1.82E-14 1.82E-14 TH 837. 177. 7.05E-07 3G 11.9 197 9 10:15 2.02E-16 1.40E-14 1.40E-14 TH 960. 193. 5.61E-07 2G 13.6 196 9 10.15 1.59E-16 1.10E-14 1.10E-14 TH 1083 208. 4.57E-07 iG 15.4 196 9 10:15 1.2BE-16 8.94E-15 8.94E-15 TH 1206 222. 3.82E-07 C/ U

ACTUAL INCIDENT-TIME: 10:17 - NTE o 83/01/14 FARLEY NUCLEAR PLANT STABILITY CLASS D 6.9 MPH FROM 019 DEG _EV : CURRENT PLUME INFORMATION A5 0F 10:15 ON B3/01/14 PRESENT LOCATION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CH1/Q 1. ID-MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z JLIAN. DAY = 14 9E i.7 199 9 10:15 2.55E+00 4.09E+00 4.09E+00 TH 176. 62.3 4.88E-06 9E SB 199 9 10:15 3.16E+00 5.06E+00 5.06E+00 TH 90.8 0.0 6.04E-06 bee 3.5 199 9 10:15 1.54E+00 2.49E+00 2.49E+00 TH 320. 94.5 3.iiE-06

l

'7E 5.2 198 9 10:15 8.41E-01 1.36E+00 1.36E+00 TH. 454. 119. i.79E-06 6E 6.9 198 9 10:15 5.2iE-01 8.52E-Oi 8.52E-Oi TH 584. 141. 'i.20E-06 5E-8.5 198 9 10:15 3.58E-Oi 5.90E-Oi 5;90E-01 TH-709. 159. 9.04E-07 4E-10.2 197 9 10:15 2.30E-Oi 3.82E-Oi 3.82E-01 TH 834. 177. 6.68E-07 JE.ii.9 197 9 10:15 1.52E-Oi 2.54E-01 2.54E-01 TH 958. 193. 5.35E 2E:13.6 196 9 10:15 9.40E-02 1.57E-01 1.57E-01 TH 1083 208. 4.38E-07 1E 15.4 196 9 10:15 2.35E-02 3.97E-02 3.97E-02 TH 1206 222. 3.68E-07 r ? i f O

~ ~ l ACTUAL INCIDENT FARLEY NUCLEAR PLANT . TIME: 10:18 . D ATE's-83/01/14 STABILITY CLASS D '6.9 MPH FROM 019 DEG ,ELEV CURRENT PLUME:INFORMATION AS OF 10:15 ON.83/01/14 ABBREVIATED PROJECTION () DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q lib MILL DEG SEC TIME WHOLE BODY-THYROID DOSE RATE ID Y Z JULIAN. DAY = 14 3.8BE-15 2.70E-13 2'.70E-13 TH 177. 63.2 9.17E-06 -9G i.7 199. 9 10ii5 9G SB.199 9 10ii5 1.20E-14 8.38E-13 8.3BE-13 TH 91.5 0.0 2.84E BG--3.5 199 9 10:15 1.39E-15 9.71E-14 9.71E-14' TH 321. 95.3 3.37E-06 7G 5.2 198 9 10:15 7.66E-16 5.32E-14 5.32E-14 .TH 457. 120. i.89E-06. 6G 6.9 198 9 10:15 4.96E-16 3.45E-14 3.45E-14 TH 587. 141. 1.26E-06 SG 8.S 198 9 10:15 3.54E-16 2 46E-14 2.46E-14 TH 714. 160. 9.24E-07 4G 10.2 197 9 10:15 2.62E-16 1.82E-14 1.82E-14 TH 837. 177. 7.05E-07 3G 11.9 197 9 10:15 2.02E-16 1.40E-14 1.40E-14 TH 960. -193. 5.61E 2G'13 6 196 9 10:15 1.59E-16 1.10E-14 1.10E-14 TH 1083 208. 4.57E-07 iG 15.4 196 9 10:15 1.28E-16 8.94E-15 8.94E-15 TH 1206 222. 3.82E-07 iG 20.0 197 9. 10:55 8.78E-17 6.10E-15 6.10E-15 TH 1532 0.0 2.60E-07 iG 30.0 197 9 12:21 4.86E-17 3.38E-15 3.38E-15 TH 2223 0.0 1.44E-07L iG 40.0 198 9-13:48 3.19E-17 2.22E-15 2.24E-15 TH 2903- .0.0 9.49E-08 iG 50.0 198 9 15:15 2.31E-17 1.60E-15 1.60E-15 TH 3576

0. 0: 6.86E-08 e

d I i i i O I

ACTUAL INCIDENT TIME: 10:18 FARLEY NUCLEAR PLANT STABILITY CLASS D ,T E : 83/01/14 6.9 MPH FROM 019 DEG 10:15 ON 83/01/14 .EV CURRENT PLUME INFORMATION AS OF (/ ABBREVIATED PROJECTION ) (, DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q .ID .i11LE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z g 9E 1.7 199 9 10:15 2.55E+00 4.09E+00 4.09E+00 TH 176. 62.3 4.88E-06 ULIAN DAY = 14 9E SB 199 9 10:15 3.16E+00 5.06E+00 E.06E+00 TH 90.8 0.0 6.04E-06 BE 3.5 199 9 10:15 1.54E+00 2.49E+00 2.49E+00 TH 320. 94.5 3.iiE-06 I 7E 5.2 198 9 10 15 8.41E-01 1.36E+00 1.36E+00 TH 454. 119. i.79E-06 6E 6.9 198 9 10:15 5.2iE-01 8.52E-01 8.52E-01 TH 584. 141. i.20E-06 SE 8.5 198 9 10:15 3.5BE-01 5.90E-01 5.90E-01 TH 709. 159. 9.04E-07 4E 10.2 197 9 10:15 2.30E-Oi 3.82E-Oi 3.82E-01 TH 834. 177. 6.68E-07 3E 11.9 197 9 10:15 1.52E-01 2.54E-01 2.54E-Oi TH 958. 193. 5.35E-07 2E 13.6 196 9 10:15 9.40E-02 1.57E-01 1.57E-Oi TH 1083 208. 4.38E-07 1E 15.4 196 9 10:15 2.35E-02 3.97E-02 3.97E-02 TH 1206 222. 3.6BE-07 iE 20.0 197 9 10: 55 1.61E-02 2.73E-02 2.73E-02 TH 1532 0.0 2.53E-07 1E 30.0 197 9 12:21 9.05E-03 1.53E-02 1.53E-02 TH 2223 0,0 1.41E-07. 1E 40.0 198 9 13:48 5.98E-03 1.0iE-02

1. die-02 TH 2903 0.0 9.37E-08 1E 50.0 198 9

15:15 4.33E-03 7.32E-03 7.32E-03 TH 3576 0.0 6.79E-08 f%) \\- ,p

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.j UB g -.!. 1 0,,, ', ~~' jg. ACTUAL INCIDENT FARLEY NUCLEAR PLANT- .-DAY-TIME: 10i i9 DATEi~83/01/i4 6.9 MPH FROM-019:DEG, CLASS.D ELEV: DATE: 83/01/14. -PLUME-TIMEi 10i15- ? .q r ROADS AND RAILROADSSTATUS-TOGGLE-

1. FEDERAL ROADS ~

ON: ON 2. STATE ROADS -3. COUNTY ROADS ~ONJ .ON

4. RAILROADS.

5.'ALL ON-6. ALL OFFx '7.-EXIT ENTER CHOICEt ,P 5 + r , -, - +

4 ACTUAL INCIDENT TIME: 10:32 FARLEY NUCLEAR PLANT STABILITY CLASS D . iT E : 83/01/14 6.6 MPH FROM 022 DEG-CURRENT PLUME INFORMATION AS O .EV $ O PRESENT LOCATION CHI /Q-HIGH DOSE ORGAN 2.14* SIGMA DOSE RATE (MR/HR) 'ID:: MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y 'Z f 10G' 1.6 202 9 10:30' 4.34E-15 3.15E-13 3.15E-13 TH 168. 61.i' i 05E-05

)LIAN DAY.=

14 10G SB 202 9 10:30 1.24E-14 9.03E-13 9.03E-13 TH 91.5 0.0 3.01E-05 09 G ' 3.4 201 9 10:30 1.46E 1.06E-13 1.06E-13 1H 305. 92.1 3.64E-06' 8G 5.1 200 9 10:30 7.78E-16 5.66E-14 5.66E-14 TH 443. 110. 1.97E ', 17G 6.8 199 9-10 30 4.98E-16 3.62E-14 3.62E-14 TH 575. 140. i.29E-06 6G 8.5 199 9 10:30 '3.52E-16 2.55E-14 2.55E-14 TH 702. 159. 9.3YE-07 5G 10.2 198 9 10:30 2.64E-16 1.92E-14 1.92E-14 TH-827.. 176. 7.26E 4G 11.9 198 9 10:30 2.03E-16 1.48E-14 1.48E-14 TH 949. 192. 5.75E-07 i 07. 4.70E-07 2 '3G 13.6 197 9 10:30 1.61E-16 1.17E-14 1.17E-14 TH-1072 2G 15.3 197 9 10:30 1.29E-16 9.44E-15 9.44E-15 TH 1194 221 3.91E, iG 17.0 197 9 10:30 1.06E-i6 7.74E-15 7.74E-15 TH 1316

234, 3.32E.

O 1 t I 1 P f O 4 h

c ACTUAL INCIDENT . TIME: 10:32 FARLEY. NUCLEAR PLANT STABILITY CLASS D ATE: 83/01/14 6.6 MPH FROM 022 DEG CURRENT PLUME INFORMATION AS OF 10:30 ON 83/01/14 LEVs. O PRESENT LOCATION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q . ID ' MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z i 4 10E i.6 202 9 10:30' -2,64E+00 4.44E+00 4.44E+00 TH 168 60.1 5.iBE-06 UL1AN DAY = 14 10E-SB 202 9 10:30 3.0iE+00 5.07E+00 5.07E+00 TH 90.8 0.0' 5.91E-06

9E 3 4 201 9

10:30 1.57E+00 2.67E+00 2.67E+00 TH 313. 93.1 3.20E-06 g' '8E 5.1 200 9 10:30 B.43E-01 1.44E+00 1.44E+00 TH. 449. 118. i 80E-06 '7E 6.8 199 9 10:30 5.33E-01 9.17E-01 9.17E-01 TH. '580. 140. 1,20E-06 6E 8.5 199 9 10:30 3.68E-Oi 6.37E-Oi 6,37E-Oi TH 706. 159. 9.02E-07 SE 10.2 198 9 10:30 2.53E-01 4.41E-01 4.41E-Oi TH 830. 176. 6.79E 4E 11.9 198 9 10:30 1.76E-Oi 3.09E-Oi 3.09E-Oi TH

953, 192.

5.43E-07 3E 13.6 197 9 10:30 1.19E-01 2.iiE-01 2.iiE-01 TH 1077 207. 4.46E-07 l 2E 15.3 197 9 10:30 7.52E-02 1.33E-01 1.33E-Oi TH 1200 221. 3.73E 1E 17.0 197 9 10:30 1.91E-02 3.42E-02 3.42E-02 TH 1322 235. '3.19E-07 l f ? 5 k i l i 7 ~~g 1 l i

ACTUAL INCIDENT TIME: 10 33 FARLEY NUCLEAR PLANT STABILITY CLASS D iTE : 83/01/14 6.6 MPH FROM 022 DEG 83/01/14 .EV i CURRENT PLUME INFORMATION AS OF 10:30 ON ABBREVIATED PROJECT 14N [~ ' DOSE RATE (MR/HR) HIGH DOSE OR*3AN 2.14* SIGMA CHI /G .l '. D hILE DEG SEC LIME WHOLE BODY THYROID DOSE RATE ID Y Z LOG i.6 202 9 10:30' 4.34E-15 3.15E-13 3.iSE-13 TH 168. 61.1 1,95E-05 = 14 JLIAN DAY 10G SB 202 9 10:30 1.24E-14 9.03E-13 9.03E-13 TH 91.5 0.0 3.0iE-05 9G 3.4 201 9 10:30 1.46E-15 1.06E-13 1.06E-13 TH 305. 92.1 3.64E-06 l BG 5.1 200 9 10:30 7.78E-16 5.66E-14 5.66E-14 TH 443. 118. 1.97E-06 7G 6.8 199 9 10:30 4.98E-16 3.62E-14 3.62E-14 TH 575. 140. 1.29E-06 6G 8.5 199 9 10:30 3.52E-16 2.55E-14 2.55E-14 TH 702. 159. 9.3VE-07 5G 10.2 198 9 10:30 2.64E-16 1.92E-14 1.92F-14 TH B27. 176. 7.26E-07 4G 11.9 198 9 10:30 2.03E-16 1.48E-14 1.48E-14 TH 949. 192. 5.75E-07 3G 13.6 197 9 10:30 1 61E-16 1.17E-14 1.17E-14 TH 1072 207. 4.70E-07 2G 15.3 197 9 10:30 1.29E-16 9.44E-15 9.44E-15 TH 1i94

221, 3.91E-07 iG 17.0 197 9

10:30 1.06E-16 7.74E-15 7.74E-15 TH 1316 234. 3.32E-07 iG 20.0 197 9 10:57 8.39E-17 6.iOE-15 6.10E-15 TH 1527 0.0 2.62E-07 iG 30.0 199 9 12:29 4.63E-17 3.37E-15 3.37E-15 TH 2220 0.0 1.44E-07 1G 40.0 200 9 14: i 3.04E-17 2.2iE-15 2.2iE-15 TH 2900 0.0 9.51E-08 iG 50.0 2D0 9 15:32 2.20E-17 1.60E-15 1.60E-15 TH 3574 0.0 6.86E-08 4 i V hv

't. ACTUAL INCIDENT TIME: 10:33 FARLEY NUCLEAR PLANT DATEi.83/01/14 STABILITY CLASS D =ELEV. 6.6 MPH FROM 022 DEG CURRENT PLUME INFORMATION AS OF 10:30 ON 83/01/14 ABBREVIATED PROJECTION () DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /O ID HILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z JULIAN DAY = 14 10E -i.6 202 9 10:30 2.64E+00 4.44E+00 4.44E+00 TH 168. 60.1 5.19E-06 10E SB 202 9 10:30 3.0iE+00 5.07E+00 5.07E+00 TH 90.8 0.0 5.91E-06 9E-. 3 4 201 9 10:30 1.57E+00 2.67E+00 2.67E+00 TH 313. 93.1. 3.20E-06 BE 5.1 200 9 10:30 8.43E-01 1.44E+00 1.44E+00 TH

449, 118.

1.80E-06 7E 6.8 199 9 10:30 5.33E-Oi 9.17E-Oi 9.17E-Oi TH. 580. 140. i.20E-06 6E 8.5 199 9 10:30 3.6BE-Oi 6.37E-Oi 6.37E-01 TH 706. -159. 9.02E-07 SE 10.2 198 9 10:30 2.53E-Oi 4.41E-Oi 4.41E-Oi TH 830. .176. 6.79E-07 i 4E 11.9 198 9 10:30 1.76E-Oi 3.09E-Oi 3.0YE-Oi TH 953. 192. 5.43E-07 R3E 13.6 197 9 10:30 1.19E-Oi 2.iiE-01 2.iiE-Oi TH 1077 207. 4.46E-07 2E 15.3 197 9 10 30 7.52E-02 1.33E-01 1.33E-01 TH 1200 221. 3.73E-07 1E 17.0 197 9 10:30 1.91E-02 3.'42E-02 3.42E-02 TH 1322 235. 3.19E-07 1E 20.0 197 9 10:57 1.51E-02 2.72E-02 2.72E-02 TH 1533 0.0 2.53E-07 1E 30.0 199 9 12:29 B.49E-03 1.52E-02 1.52E-02 TH 2226 0.0 1.41E-07. .iE 40.0 200 9 $4s i 5.61E-03 1.00E-02 1.0UE-02 TH 2907 0.0 9.35E-08 iE 50.0 200 9 15:32 4.06E-03 7.28E-03 7.28E-03 TH 3580 0.0 6.7?E-09 i . v i ( i ~ I

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a ..r s..>., i i X i j lt e i 1 f ( ! ~ [~ f -F @ \\, " I'r-5,.i.,! } id; kgl } I r } r l3./ ? J .'r-1~ . 4 i s i l I !. v +. i i 4 I i .i . t ' / i,, ? ' s t I i -r-" t, ', - y 4 -t i 1 2, l j \\ l

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s-s s.,' \\., / f 7 s.. Q,.L 1:. - 4 / .l....',l* p _.,,~,6.....-.c[ '.. ~ j. s. .o. ..,,g-g 9.. e e ( r } 1' t.. o" .. ) t' .1( [ - ". ',,.. h 1 t Sh yy .,.0...g... 3g ACTUAL INCIDENT FARLEY NUCLEAR PLANT DATE: 83/01/14 -DAY- -TIME 0:354 -i ELEV: 6.6 MPH FROM 022 DEG,-CLASS D-DATEi 83/01/14 -PLUME-TIME 10:30 s. i i ROADS AND RAILROADS TOGGLE STATUS:

1. FEDERAL ROADS DN-2.-STATE ROADS-

.ON

3. COUNTY ROADS-

-ON-4 RAILROADS: DN

5. ALL ON

6. ALL OFF 7-.' EXIT JNTER CHOICE:

A I L l s ,,..-,,mm.

= ACTUAL INCIDENT TIllE : 10:40 FARLEY NUCLEAR PLANT DATE. 83/01/19 STADILITY CLASS D 6.2 MPH FROM 025 DEG CURRENT PLUME It! FORMATION AC Or 10:45 ON G3/01/i? ELEVc ( PRESENT LOCATION DOSE RATF (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA' CHI /Q ID MILE DEC SEC TIME WHOLE DODY THYROID DOSE. RATE ID Y t JULIAN DAY = 19 iiG 1.5 206 9 10:45 4.92E-15 3.74E-13 3.74E-13 TH 160. 58.8 1.22E-05 iiC QB 206 9 10:45 1.2SE-14 ?.78E-13 9.78E-13 TH 91.5 0.0 3.2iE-05 10G. 3.2 204 9 10:45 1.65E-15 1.26E-13 1.26E-13 TH 289. 88.8 4.22E-06' 9C 4.9 202 9 10:45 8.23E-16 6.26E-14 6.26E-14 TH 420. 114.. 2.14E-06 BG 6.6 201 9 10:45 5.13E-16 3.90E-14 3.90E-14 TH 553. 136. i.36E-06 7G B.3 200 9 10:45 3.58E-16 2.72E-14 2.72E-14 TH 682. 156. -9.78E-07 6G 10.0 200 9 10:45 2.66E-16 2.02E-14 2.02E-14 TH 808. 174. 7.46E-07 SC 11.7 199 9 10:45 2.07E-16 1.58E-14 1.58E-14 TH 932. 190. 5.98E-07 4G 13.4 199 9 10:45 1.64E-16 1.24E-14 1.24E-14 TH 1053 205. 4.86E-07 30 15.1 198 9 10:45 1 32E-16 1.00E-14 1.00E-14 TH 1174-- 219 4.05E 2G 16.8 198 9 10:45 1.08E-16 0.24E-15 8.24E-15 TH 1296 232. 3.43E-071 iG 18.5 i?? 9 10:45 9.01E-17 6.85E-15 6.85E-15 TH 1417 245. 2.?SE-07 b \\ P k C { i ( ~ .!j ... ~..

~.. o ACTUAL INCIDENT TIME. 10 40 FARLEY NUCLEAR PLANT STABILITY CLASS D DATE: 83/01/19 o6.2 MPH FROM 025 DEGCURRENT PLUME INFOCHATION AS OF 1 ELFN: _[. PRESENT LOCATION DOGE RATE (MR/HR) HICH DOSE ORCAN 2.14* SIGMA CHI /O ID -MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z iiE. 1.5 206 9 10:45 9.80E+0i 2,89E+02 2.89E+02 TH 159. 57.0, 5.48E-06 .JULIAH DAY = 19 iiE SB 206 9 10:45 1.02E+02 3.02E+02 3.02E+02 TH 90.0 0.0 E.74E-06 10E '3.2 204 9 10:45 1.74E+00 3.iiE+00 3.iiE+00 TH 297. 89.8 3'.64E-06 li 9E-4.9 202 9 10:45 8.86E-01 1.59E+00 1.59E+00 TH 435. 116. 1.91E i BE 6.6 201 9 10:45 5.44E-05 9.83E-01 9.83E-01 TH 567. 138. 1.23E-06, 7E B.3 200 9 10:45 3.82E-01 6.96E-01 6,96E-01 TH 695. 157. 7.20E-07 6E 10.0 200 9 10:45 2.63E-01 4.82E-01 4.82E-05 TH 820. 175. 6.86E-07 l 5E 11.7 199 9 10:45 1.95E-01 3.61E-01 3.61E-01 TH 942. 191. 5.58E 4E 13.4 199 9 10:45 1.39E-01 2.59E-01 2.59E-0$ TH 1065 206. 4 '. 57E- 0 7 ~ 3E 15.1 198 9 10:45 9.68E-02 1.81E-01 1.81E-01 TH 1186 '220. 3.83E-07 2E 16.8 198 9 10:45 6.iBE-02 1.16E-01 1.16E-03 TH 1309 '233. 3.26E-07 l -iE 18 5 1?? 9 10:45 1.59E-02 3.01E-02 3.01E-02 TH 1431

246, 2.82E-07 i

h r 1 i ~ m e- ,,,, -,, - ~ - --.,n-

ACTUAL. INCIDENT TIME 10:49 FARLEY MUCLEAR PLANT STABILITY CLASS D

DATE: 83/01/19 6.2 MPH FROM 025 DEGCURRENT PLUME INFORMATI0H AS'Or 10 ELEVi ABBREVIATED PROJECTION

( CHI /Q DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.iA* SIGMA ID MILE DEG SEC TIME WHOLE DODY' THYRDID DO5E RATE ID Y 2 iiG 1 5 206 9 10:45 4.92E-$5 3.74E-$3 3.74E-13 TH 160. 50.8 1.22E-05 'JULIAN DAY = 19 iiG SB 206 9 10:45 1.28E-14 9.78E-13 9.78E-13 TH 91.5 0.0: 3.2iE-05 10G 3.2 204 9 10:45 1.65E-15' i.26E i.26E-13 TH 289. 88.8 4.22E-06' I: 90 4.9 202 9 10:45 8.23E-16 6.26E-14 6.26E~i4 TH 420. 114. 2.14E-06 CG 6.6 201 9 10:45 5.13E-16 3.90E-14 3.90E-14 TH 553. $36. 1.36E-06 '70 8.3 200- 9 10 45 3 58E-16 2.72E-14 2.72E-14 TH 682. 156. 9.78E-07 6G 10.0 200' 9 10:45 2.66E-16 2.02E-14 2.02E-14 TH -808. 174. 7.46E-07 5G 11.7 199 9 10:45 2.07E-16 1.58E-14 1.58E-14 TH 932. 190. 5.9CE-07 4G 13.4 199 9 10:45 1.64E-16 1.24E-14 1.24E-14 TH 1053 205. 4.86E-07 3C 15,1 198 ? 10:45 1.32E-16 1.00E-14 1.00E-14 .TH 1174 219. 4.05E-07, 2G 16.8 198 9 $0:45 1.00E-16 8.24E-15 8.24E-15 TH 1296 232. 3.43E-07 10 18.5 197 9 10445 9.01E-17 6.85E-15 6.85E-15 TH 1417 245. 2 95E-07 1G 20.0 198 9 10:59 8.04E-17 6.12E-15 6.12E-15 TH 152$ 0.0 2.63E iG 30.0 200 9 12:38 4.42E-17 3.36E-15 3.36E-15 TH 2216 0. tk 1.45E-07. iG-40.0 202 9 14:15 2.90E-17 2.2iE-15 2.2iE-15 TH 2898 0.0.9.52E-08 iC 50.0 202 9 15:53 2.09E-17 1.59E-15 1.59E-15 TH 3572 0.0 6.87E-08 O i 4

ACTUAL INCIDENT TIMES 10:49 FARLEY NUCLEAR PLANT STABILITY CLASS D DATE: 83/01/19 6.2 MPH FROM 025 DEGCURRENT PLUME INFORMATION AS Or.i H.EV.: ABBREVIATED PROJECTION

I HICH DOSE ORGAN 2.14*CIGMA CHI /Q DOSE RATE (MR/HR)

ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z j JULIAN DAY = i? 2.89E+02 2.8?E+02 TH 159.' 57.8 5.48E-06 .iiE SB 206 9 10:45 1.02E+02 3.02E+02 3.02E+02 TH 90.8 0.0 5.74E-06 iiE 1.5 206 9 10:45 9.80E+0i 10E 3.2 204 9 10:45 1.74E+00 3.iiE+00 3 iiE+00 TH 297. 89.8 3.64E-06 L, 9E 4.9 202 9 10:45 8.86E-01 1.59E+00 1.59E+00 TH 435. ii6. 1.91E-06 BE 6 6'201 9 10:45 5.44E-01 9.83E-01 9.83E-01 TH 567. 138. 1.23E-06 -7C 8.3 200 9 10:45 3.82E-01 6.96E-01 6.96E-01 TH 695. 157. 9.20E-07 3 6E 10.0 200 9 10:45 2.63E-01 4.82E-01 4.82E-01 TH 820.. 175. 6.86E-07' SE 11.7 199 9 10:45 1.95E-01 3.61E-Di 3.61E-01 TH 942. 191. 5.58E-07 4E 13.4 199 9 10:45 1.39E-01 2.59E-01 2.59E-01 TH 1065-206, 4.57E-07 3E 15.1 198 9 10:45 9.68E-02 1.81E-01

1. die-01 TH iiS6 220.

3.83E-07 2E 16.8 198 9 10:45

6. IGE-02 1.16E-01 1.16E-01 TH 1309 ~233.

3.26E-07 iC 18.5 197 9 10:45 1.5?E-02 3.01E-02

3. die-02 TH 1431

246, 2.82E-07 1E 20.0 198 9

10:59 1.42E-02 2.70E-02 2.70E-02 TH 1535 0.0 2.52E ' 1E 30.0 200 9 12:38 7.96E-03 1.SiE-02 1.51E-02 TH 2230 0.0 1.41E-07 iE 40.0 202 9 14:15 5.26E-03 9.98E-03 9.98E-03 TH 2912 0.0 9.32E-08 1E 50.0 202 9 15:53 3.81E-03 7.23E-03 7.23E-03.TH 3585 0.0 6.76E-08~ ( i ~ E r h i ) 1

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i j

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s / .f . i,. i t e s j 1 l ItMf a N'! Tc., Q,, iL,R s .t ,i 1 i. y.. .~/ ./ i, t. v"' .4 g 's* 1 4 > y.s ,' 'j. i,/,! ) n'. ' w{- Q \\~ .,( ,6 \\ 4'. l l yck. %h,.... '\\..',.,',:~/ r .t._., :. - ss% _1-i,. is,. ' l (s \\ \\.W ' '-b P. ~

d....

"s. \\ }'r y s.^. L.) <N. \\[ s. 's ..( / ./ h.,, '...f ~(/- .-7+ ..,1.g.'.9 's. 7 , ~. .E s p..,, ' g e- . / ,.. i 1,J. -s _9 _. i 0_,..',. Q8p ,/' -{- ACTUAL. INCIDENT-FARLEY~ NUCLEAR ~ PLANT' DATE: 83/01/14 -DAY- -TIME: 10:50 ELEV: 6.2 MPH FROM 025 DEG, CLASS D'- DATEi-83/01/14 -PLUME - TIME.10:45 t i-k ROADS AND RAILROADS. -STATUS-TOGGLE 'i=. FEDERAL-ROADS ON ~2. STATE ROADS ON-

3. COUNTY ROADS ON 4.

RAILROADS ON -5. ALL'ON-6. ALL OFF- ~7. EXIT ^ -ENTER CHOICE: s. b l-- -r

ACTUAL INCIDENT TIME. 11 04 FARLEY HUCLEAR PLANT DATE; 83/01/19 STADILITY CLACC D .5.8 MPH FROM 028 DEG CURREt!T PLU!iE IffrORMATION AC Or 11: 00 DN 03/01/17 E L E',' : g PRESENT LOCATION g j DOCE R ATE (MR/HR) HIGH DOSE ORGAN 2.14tGICMA CHI /O ID MILE DEC CCC tit 1C WHOLE DODY THYRDID POEE RATE ID Y Z JULIAN DAY - $9 _12G i.4 209 9 iis 0 5.59E-15 4.44E-13 4.44E-13 TH 151. 56.6 1.43E-05 12C SB 209 ? ii. O i.33E-14 1.05E-$2 1.05E-10 TH 91.5 0.0 3.42E-05 iiG '3.0 207 9 11: 0 1.88E-15 1.49E-13 1.49E-13 TH 274. 85.5 4.94E-06 1 100- 4.6 205 9 iii 0 9.32E-16 7.40E-14 7.40E-it, TH 3?7. 109. 2.49E-06 9G .6.3 204 9 iin 0 5.44E-16 4.32E-14 4.32E-14 TH 524. 131. i.4CE-06 BC 8.1 202 9 iit 0 3.71E-16 2.94E-14 2.94E-14 TH 654. 152. 1.03E-06. 7G 9.8 202 9 iii 0 2.73E-16 2.17E-14 2.i?E-14 TH 782. 170. 7.82E-07 60 11.4 201 9 11: 0 2.iOE-16 1.67E-14 1.67E-14 TH 907 186. 6.19E-07 5G 13.1 200 9 11: 0 1.68E-16 1.34E-14 1.34E-14 TH 1030 202. 5.09E 4C 14 8 200 9 11: 0 1.35E-16 1.07E-14 1.0?E-14 TH 1150 216. 4.22E-07 3G 16.5 199 9 11: 0 1.iiE-16 8.85E-15 8.85E-15 TH 1270 229. 3.57E-07 20 18.2 199 9 11 0 9.23E-i? 7.33E-15 7.33E-15 TH 1391 242. 3.06E-07' iG 19.9 198 9 11: 0 7.75E-17 6.iSE-15 6.15E-15 TH 1512 255. 2.66E-07' 'N OO. om v - m -

ACTUAL IMCIDENT TIMEi 11 05 FARLEY NUCLEAR PLANT STABILITY CLASS D 83/01/19 -ATE: 11:00 OH 03/01/19 5.0 MPH FROM 028 DEGCURRENT PLUt1E INFORMATION AS

LP^x PRESEMT LOCATIOil

( ) '~ ' ~ ' CHI /C HICH DOSE ORCAN 2.14* SIGMA i DOGE RATE (tiR /HR ) THYROID DOSE RATE ID Y Z ID MILE DEC SEC TIf1E WHOLE DODY e 12E 1.4 209 9 11- 0 3.70E+02 1.14E+0i 3.70E+02 WB 151. 55.6 5.69E-06 JULIAN DAY = 19 12E SB 209 9 11 0 3.59E+02 1.iiE+0i 3.59E+02 WB ?0.8 0.0 5.51E-06 iiE 3.0 207 9 11: 0 5.53E+0i 1.72E+02 1.72E+02 TH 281. 86.5 3.28E-06 8 10E 4.6 205 9 11 0 9.94E-01 1.87E+00 1.87E+00 TH 412. 112. 2.20E-06 9E 6.3 204 9 iis 0 5.38E-01 1.02E+00 1.02E+00 TH 546. 135. 1.23E-06 BE 8.1 202 9 11 0 3.94E-01 7.54E-01 7.54E-01 TH 675. 154. 9.54E-07 7E 9.8 202 9 11: 0 2.86E-Oi 5.52E-01 5.52E-01 TH 801. 172. 7.33E-07 6E 11.4 201 9 iis 0 2.05E-01 3.98E-01 3.98E-01 TH 925. 188. 5.69E-07 SE 13.1 200 9 11: 0 1.56E-Oi 3.05E-Oi 3.05E-01 TH 1046 203. 4.74E-07 4E 14.8 200 ? 11 0 1.13E-Oi 2.23E-01 2.23E-01 TH 1168 218. 3.96E-07 3E 16.5 19? ? iii 0 8.01E-02 1.58E-01 1.58E-01 TH 1289 231. 3.37E-07 2E 18.2 199 9 111 0 5.17E-02 1.03E-01 1.03E-01 TH 1410 244. 2.90E-07 1E 19.9 198 9 11: 0 1.34E-02 2.70E-02 2.70E-02 TH 1532 257. 2.53E-07 [ \\ f \\ \\_/ -l ' ['T N-{ ~ i i I

4 ACTUAL INCIDENT i FARLEY NUCLEAR PLANT TIME 4 _11 05 ' DATEi 83/01/i? STADILITY' CLASS'D ELEVi 5.8 MPH FROM 028 DEG f,S OF 11:00 DN C3/01/*" CURRENT PLUME INFORMt.TIJ-ABEREVIA fD PROJECTION }{ 4 'l DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14tCIGMA CHI /Q ID MILE DEG CEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z ll J JULIAH DAY e i? =12G i.'4 209 9 11: 0 5.59E-15 4.44E-13 4.44E-13 TH 151. 56.6 1.43E-05 l 12C SB 20? 9 iir 0 1.32r-14 1.05E-12 1.05E-12 TH ?i.5 0.0 3.42E-05 iiG 3.0 207 9 iii 0 1.88L 15 1.49E-13 1.49E-13 TH 274. 85.5 4.94E-06

t 100 4.6 205

? iii 0 9.32E-16 7.40E-14 7.40E-14 TH 3??. 109. 2.49E-06 9G 6 3 204 9 iii 0 5.44E-16 4.32E-14 4.32E-14 TH 524. 131. -1.48E-06 SC 8.1 202 ? iin 0 3 71E-16 2.94E-14 2.94E-14 TH 654. 152. 1.03E-06 7G-9.8 202 9 11: 0 2.73E-16 2.17E-14 2.17E-14 TH 782. 170. 7.82E 6G 11.4 201 9 iii 0 2.10E-16 1.67E-14 1.67E-14 TH 907 186. 6.i?E-07 5G 13.1 200 9 11: 0 1.68E-16 1.34E-14 1.34E-14 TH 1030 202. 5.09E-07 4C 14.0 200 ? 11: 0 1.35E-16 1.07E-14 1.07E-14 TH 1150 216. 4 22E-07 3G 16.5 19? 9 112 0 1.iiE-16 8.85E-15 8.85E-15 TH 1270 029. 3.57E-07 2C 1S.2 1?? ? iii 0 ?.23E-17 7.33E-15 7.33E-15 TH 13?J 242. 3 06E-07 iG 19.9 198 9 11 0 7.75E-17 6.iSE-15 6.15E-15 TH 1512 255. 2.66E l iG 20.0 19C 9 11; i 7.72E-17 6.13E-15 6.13E-15 TH 1515 0.0 -2 65E i 'iG 30.0 202 9 12:46 4.22E-17 3.35E-15 3.35E-15 .T H 2215 0,0 1.45E, _iC-40.0 202 9 14:30 2.77E-17 2.20E-15 2.20E-15 TH 28?S 0.0 9.52E-08 iG'50.0 205 9 16:15 1.99E-17 1.58E-15 1.58E-15 TH 3574 0.0 6.86E-08 I 't l 5 ? I i .j l -h k I () [ I

i 'l ACTUAL INCIDENT TIME: 11:05 i 4 FARLEY HUCLEAR PLANT STABILITY CLASS D l l > ATE. 83/01/19 11:00 ON 83/01/19 dLO"3 5.8. MPH FROM 020 DEC CURRENT PLUME INFORMATION AS OFABBREVIATED P'f i CHI /Q HICH DOSE ORGAM 2.14*SICMA DOSE RATE (MR/HR) ID MILE DEC SEC TIME WHOLE DODY THYROID DOSE RATE ID Y I .12 E 1.4 209 9 iis 0 3.70E+02 1.14E+0i 3.70E+02 UB 151. 155.6 5.6?E-06

JULI AN DAY -

19 12C SB 20? 9 11 0 3.59E402 1.iiE+0i 3.59E+02 WB 90.8, 0.0 5.51E 3 iiE 3.0 207 9 iii 0 5.53E+0i 1.72E+02 1.72E+02 TH 281. 86.5 3.28E-06 ll 10E 4.6 205 9 114 0 9.94E-01 1.87E+00 1 87E+00. TH 412. 112. 2.20E-06 ?E 6.3 204 9 11 0 5.38E-0$ 1.02E+00 1.02E+00 TH 546. 135. 1.23E-06 BE 8.1 202 9 iii 0 3.94E-01 7.54E-01 7.54E-01 TH 675.

154, 9.54E l

'.6 E-0 SE 1 '.4 20 11 0 2.05E-01 3. BE-01 3.98E-01 T 92 188. SE 13.1 200 9 iir 0 1.56E-01 3.05E-Oi 3.05E-01 TH 1046 203. 4.74E-07 t 4E 14.8 200 9 iis 0 1.13E-01 2.23E-01 2.23E-01 TH 1168 210. 3.96E-07 3E 16.5 199 9 11: 0

8. die-02 1.58E-01 1.5BE-Di TH 1289 231:.

3.37E-07

2E 18.2 199 9

iis 0 5.17E-02 1.03E-01 1.03E-01 TH 1410 244. 2.?0E-07 l iE 19.9 198 9 11: 0 1.34E-02 2.70E-02 2.7.0E-02 TH 1532 257. 2.53E-07. 1E 20.0 198 9 iis i 1.34E-02 2.69E-02 2.69E-02 TH 1536 0.0 2.52E i 1E 30.0 202 9 12: 46 7.48E-03 1.49E-02 1.49E-02 TH 2235 0.0 1.40E-07 1E-40.0 203 9 14:30 4,94E-03 9.90E-03 9.90E-03 TH 2910. 0.0 .9 29E-08 l iE 50.0 205 9 16:15 3.58E-03 7 iBE-03 7.18E-03 TH 3593 0.0 '6.74E-08 l l s h i e -? ? t F ? b 4 l i . ~.

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.i J er ) .t-j jE F <s v . - +..,]I I l y.i 'A + / i i i 1 ,t 4 !,.2,f.4,_ -f.,. y l t </ ~ ' + ' " i. i lg l l lf } j \\ % '. ' N' i .i f i ) i .4 \\'..: l,4 I i / s, - s, . tv s.f. ..t. '.- / / /6 / (Q./

T'.'

~~ e'A h. I < ,-\\ .s .i l l . 'gi: i ~..h'-[&&. gj s \\ \\, ~

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S4 \\ q. ~ ,\\ M ki ,,.f. j L }. [,,,,[., - j-g$ I..ej,4 ~h .g e- . 8. -..e,,.- / ~... If... J-9 1 , ~~.. . 9 g - -'_ 9 / p.. a 9 g ACTUAL INCIDENT g FARLEY NUCLEAR PLANT DATE: 83/01/14 -DAY ' TIME: 1:054L 1 ELEV: 5.0 MPH FROM 028.DEG, CLASS D DATE: 83/01fi4 -PLUME-.TIMEi 11:00 ( r v i ROADS ~AND RAILROADS' TOGGLE

STATUS,

i. FEDERAL ROADS ~

ON-2 STATE ROADS-ON 3.. COUNTY = ROADS ON

4. RAILROADS.

ON --

5. ALL ON:-

6.. ALL OFF. 7, EXIT ( JNTER CHOICE: i n ' I 9

ACTUAL INCIDENT TIME. 11:10 FARLEY MUCLEAR PLANT STADILITY CLASS D DATEi 87/01/19 5.4 MPH FROM 032 DEG 11i15 OH C3/01/1? ELFib CURRENT PLUME INFORMATION AS OF 2 ( PRESENT LOCATIOM \\* D(ISE R ATE (MR/HR) HIGH DOSE ORGAN 2.14$SICMA CHI /Q ID MILE DEC SEC TIME WHOLE DODY THYROID DOSE RATE ID Y 3 13G 1.3 212 9 11:15 6.49E-15 5.37E-13 5.37E-13 TH 142. 54.2 1.71E-05 JULIAN DAY = 19 13G SB 212 9 11:15 1.39E-14 1.15E-12 1.15E-12 TH 91.5 0.0 3.67E-05 12G 2,8 210 9 11:15 2.17E-15 1.80E-13 1.80E-13 TH 257. 81.9 5.84E-06 1 110 4.3 209 9 11:15 1.07E-15 8.86E-14 8.86E-14 TH 373. 105. 2.93E-06 10G 5.9 207 9 11:15 6.20E-16 5.14E-14 5.14E-14 TH 493. 126. i.73E-06 90 7.7 205 9 11.15 3.96E-16 3.28E-14 3.28E-14 TH 618. 146. 1.13E-06 BG 9.4 204 9 iiii5 2.85E-16 2.36E-14 2.36E-14 TH 747. 165. 8.36E-07 70 11.1 203 9 11:15 2.18E-16 1.80E-14 1.80E-14 TH 873. 182. 6.54E-07 6G 12.8 202 9 11:15 1.72E-16 1.43E-14 1.43E-14 TH 997. 190. 5.31E-07 SC 14.4 201 ? 11:15 1.41E-16 1.16E-ii 1.16E-14 TH 1119 212. 4.46E-07 4C 16.1 201 9 11:15 1.iSE-16 9.53E-15 9.53E-15 TH 1238 226. 3.75E-07 3G 17.8 200 9 11:15 9.56E-17 7.91E-15 7.91E-15 TH 1358 239 3.2iE-07 2G 19.5 200 9 11:15 8.00E-17 6.62E-15 6.62E-15 TH 1478 251. 2.77E-07 1G 21.2 199 9 11:15 6.77E-17 5.60E-15 5.60E-15 TH 1590 263. 2.43E-37 ts b

~ ^ ACTUAL INCIDENT TIME: 11:18 FARLEY NUCLEAR PLANT STADILITY CLASS D LATE: 83/01/19 5.4 MPH FROM 032 DEGCURRENT PLUME INFORMATION AS Dr 11 LEVI [' )/ PRESENT LOCATION \\_ CHI /Q HICH DOSE ORGAN 2.14* SIGMA DOSE R ATE (MR/HR) + ID MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z-i 13E 1.3 212 9 11:15 5.06E+02 1.63E+0i 5.06E+02 WB

142, 53.2 5.81E-06 TULIAN DAY =

19 13E SB 212 9 11:15 4.53E+02

1. 46E4 01 4.53E+02 WB 90.0 0.0 5.20E-06

' 12E 2.8 210 9 11:15 2.24E+02 7.34E+00 2.24E+02 WB 265. 83 0 3.66E-06 a; iiE 4.3 209 9 11:15 4.08E+0i 1 34E+02 1.34E+02 TH 389. 107. 2.57E-06 10E 5.9 207 9 11:15 6.14E-01 1.22E+00 1.22E+00 TH 516. 130. i.44E-06 9E 7.7 205 9 11:15 4.0iE-Oi 8.05E-01 8.05E-01 TH 647. 150. 9 77E ! 8E-9 4 204 9 11:15 2.98E-01 6.03E-01 6.03E-01 TH 775. 169. 7.66E-07 7E 11.1 203 9 11:15 2.17E-01 4.43E-Oi 4.43E-01 TH 899. 185. 5.90E - 6E 12.0 202 9 11:15 1.66E-Oi 3.40E-Oi 3.40E-01 TH 1022 201. '4.87E-07 SE 14.4 201 9 11:15 1.28E-01 2.65E-01 2.65E-01 TH 1143 215. '4.13E-07 4E 16.1 201 9 11:15 9.49E-02 1.97E-01 1.97E-01 TH 1263 228. 3.50E-07 3E 17.8 200 9 11.15 6.76E-02 1.41E-01 1.41E-01 TH 1384 241.

3. die-07 2E 19.5 200 9

11:15 4.41E-02 9.28E-02 9.28E-02 TH 1504 254. 2.62E-07 1E 21.2 199 9 11:15 1.14E-02 2.41E-02 2.41E-02 TH 1626 266. 2.28E-07 f i = Y t

ACTUAL INCIDENT TIME. 11 10 FARLEY ffUCLEAR PLANT STABILITY CLASS D ' ATE: 83/01/19 5,4 MPH FROM 032 DEGCURRENT PLUt1C ItlFORMATIDH AC OF 11:15 ON C3/01/19 . LEV: ABBREVIATED PROJECTION r~N CHI,'Q ) HICH DOSE ORGAN 2.14$CIGMA L/ DOSE RATE (tiR/HR) ID MILE DEC SEC TIME WHOLE BODY THYRDID DOSE RATE ID Y Z 13G 1.3 212 9 11:15 6.49E-15 5.37E-13 5.37E-13 TH 142. 54.2 1.75E-05 IULIAtl DAY - 19 13C SD 212 9 11:15 1.39E-14 1.iSE-12 1.15E-12 TH ?1.5 0.0 3.67E-05 12G 2.8 210 9 11:15 2.17E-15 1.80E-13 1.80E-13 TH 257 81.9 5.84E-06 g 11C 4.3 209 9 11:15 1.07E-15 8.86E-14 8.86E-14 TH 373. 105. 2.93E-06 10G 5.9 207 9 11:15 6.20E-16 5.14E-14 5.14E-14 TH 493. 126. 1.73E-06 9C 7.7 205 9 11:15 3.96E-16 3.28E-14 3.28E-14 TH 610. 146. i.13E-06 BG 9.4 204 9 11:15 2.85E-16 2.36E-14 2.36E-14 TH 747. 165. 8.36E-07 7C 11.1 203 9 11:15 2.18E-16 1.80E-14 1.80E-14 TH 873. 182. 6.54E-07 6G 12.8 202 9 11:15 1.72E-16 1.43E-14 1.43E-14 TH 997. 198. 5.31E-07 SG 14.4 201 9 11:15 1.41E-it 1.16E-14 1.16E-14 TH 1119 212. 4.46E-07 4G 16.1 201 9 11:15 1.iSE-16 9.53E-15 9.53E-15 TH 1233

226, 3.75E-07 3C 17.8 200 9

11.15 9.56E-17 7.91E-15 7.91E-15 TH 135b 239 3.2iE-07 2G 19.5 200 9 11:15 8.00E-17 6.62E-15 6.6?E-15 TH 1478 251. 2.77E-07 iC 21.2 19? 9 11:15 6.77E-17 5.60E-15 5.60E-15 TH 1598 263. 2.43E-07 iG 30.0 203 9 12:55 4.04E-17 3.34E-15 3.34E-15 TH 2213 0.0 1.45E-07 1C 40.0 205 9 14 47 2.64E-17 2.19E-15 2.19E-15 TH 2900 0.0 9.51E-08 iG 50.0 207 9 16:40 1.90E-17 1.57E-15 1.57E-15 TH 3577 0.0 6.S6E-00 \\ w/ ,r% Nv

ACTUAL INCIDENT -DATE: 83/01/19 FARLEY NUCLEAR PLANT TIME: 11:18 STABILITY CLASS D ELEVi 5.4 MPH FROM 032 DEG CURRENT PLUME INFORMATION AS OF 11:15 GH C3/01/i? ABBREVIATED PROJECTION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.11* SIGMA CHI /O ID. MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z JULIAN DAY - 19 13E 1.3 212 9 11:15 5.06E+02. 1.63E+0i 5.06E+02 WB

140, 53.2 5.SSE 13E SB 212 9

11:15 4.53E+02 1.46E+0i 4.53E+02 WD 90.0 0.0 5.20E-06 12E 2.8 210 9 11:15 2.24E+02 7.34E+00 2.24E+02 WB 265. 83.0 3.66E-06 l iiE 4.3 209 9 11:15 4.08E+01 1.34E+02 1.34E+02 TH 389 107. 2.57E-06 i 10E 5.9 207 9 11:15 6.14E-01 1.22E+00 1.22E+00 TH 516. 130. 1.44E-06 9E 7.7 205 9 11:15 4.01E-01 0.05E-01 8.05E-01 TH 647. 159. 9.77E-07 l SE 9.4 204 9 11:15 2.98E-Oi 6.03E-Oi 6.03E-01 TH 775. 169. 7.66E-07 i 7E 11.1 203 9 11:15 2.17E-01 4.43E-01 4.43E-01 TH 899. 185. 5.90E-07 6E 12.8 202 9 11:15 1.66E-Oi 3.40E-01 3.40E-01 TH 1022 201. 4.87E-07 SE 14.4 201 9 11:15 1.28E-01 2.65E-01 2.65E-01 TH 1143 215. 4.13E-07' 4E 16.1 201 9 11:15 9.49E-02 1.97E-01. i.97E-01 TH 1263

228, 3.50E-07 3E 17.8 200 9

11:15 6.76E-02 1.41E-01 1.41E-01 TH 1381 241. 3.01E-07 2E 19 5 200 9 11:15 4.41E-02 9.28E-02 9.28E-02 TH 1504

254, 2.62E-07 1E 21.2 19?

9 11:15 1.14E-02 2.41E-02 2.41E-02 TH 1626 266. 2.2CE-07 .iE 30.0 203 9 12:55 6.95E-03 1.47E-02 1.47E-02 TH 2240 0.0 1.3DE-07 1E.40.0 205 9 14:47 4.60E-03 9.75E-03 9.75E-03 TH 2926

0. 0 - ?.19E-CD iE 50.0 207 9

16:40 3.34E-03 7.08E-03 7.08E-03 TH 3603 0.0 6.67E-08 j ti I 2 I f i I i l

i ..ts .2- , H d cj L '~ 4 -.. G f 'f[,- '"f ~} ~"' )(' 3 15' .. T. y.' , p.f., 7s., 7 qR,.... g, 04, ......f,.,,, + 3 .s T_. l '..i4 . - -c y s'..,y.,,, 'g >/ '. .. ;..+ 'g, n. r y 2

y' -

~, \\ \\ \\ g< r i ,' f,,;y ;- 'N, A--l..., )~- .Y . \\. \\. ). l l \\, gl ~yi l' 5.I 't i i: %.h()..!__.!,A . A' \\ ',\\ T L.. e 1,, j ^, 4 j j j ', c f \\l 1 \\ k 1 E i e i i 4-m..,-i,A-T~id y! X 1 l l ,...n..,., e 1 i i t

I-

!s, -e. i~ y / i j i i 1 l -,i. .. i <l %l ; (i i i i j i I oI 1 .\\ - \\, a,._ L. I i 5 i t l

. _[

.a...<j. ~q / /.j ~/,./ ~;h e 't.,J l \\ l. i 1 \\. y l z '.2) k',. ? G. t 9 i., i..t A he. ,v.'e - i

s.,

i

i i

i , j / /,i li} y,,'.:; s \\ r, %a ~ ~~ t -Y 8..- ,N

gvy.,_1...

\\ \\.,\\.,;..- My\\.t. - .e.. ce ci c \\....'\\ .? d;e. ___ e_r t . v,.e ?) C .; E 1. . \\..,. l.. --e< .. ~.,j. _9 -.,.*, 7 "-- $ ~ ** .. _i. te ue i SE 'M / ACTUAL INCIDENT FARLEY NUCLEAR PLANT DATE: 03/01/14 -DAY-TIME: 11:20~ j ELEVi 5.4 MPH FROM 032 DEG, CLASS D DATEi 83/01/14 -PLUME-TIME: 11:15 i ) i 1 ROADS AND RAILROADS TOGGLE STATUS

1. FEDERAL ROADS ON

2. STATE ROADS ON 3

3. COUNTY ROADS ON j

4. RAILROADS ON l

5. ALL ON

.l 6. ALL OFF 7. EXIT 1 ENTER CHOICE: O 'l i j l

ACTUAL INCIDENT TIME. 11 33 FARLEY (1UCLEAR PLANT DATE-83/01/19 STABILITY CLASG D ELEV 5.5 MPH FROM'027 DEG CURREllT PLUME IrlFORMATION AS Or 11:30 Ott 03/01/19 PRESENT LOCATION DOCE R ATE (MR/HR) HIGH DOSE ORGAN 2.14tSICMA CHI /Q ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE.RATC ID Y Z ? JULIAH-DAY = 19 iyG i.4 208 9 11:30 6.00E-15 5.iBE-13 5.iBE-13 TH 145. 54.9 1.63E-05 19G SB 200 9 11:30 1.32E-14 1.14E-12 1.14E-12 TH 91.5 0.0 3.60E-05 t 13G 4.1 211 9 11:30 2.2iE-15 1.90E-13 1.90E-13 TH 262. 82.9. 6.10E-06 i{ 12C: 5.5 210 9 11230 7.47E-16 6.44E-14 6.44E-14 TH 475. 123. 2.10E-06 l iiG 7.0 209 9 11:30 4.87E-16 4.20E-14 4.20E-14 TH 585. 141. i.39E-06 10G 8 7 208 9 11:30 3.34E-16 2.88E-14 2.88E-14 TH 700. 158. 9.77E-07 9G 10.4 206 9 11:30 2.38E-16 2.05E-14 2.05E-14 TH 821. 175. 7.12E I BG 12.1 205 9 11:30 1.85E-16 1.60E-14 1.60E-14 TH 947 192. 5.60E-07 7G 13.8 204 9 11:30 1 50E-16 1.29E-14 1.29E-14 TH. 1071 207. 4.70E-07 i 6G 15.5 203 9 11:30 1.23E-16 1.06E-14 1.06E-14 TH 1193 221. 3.98E-07 5G 17.1 203 9 11:30 1.04E-16 8.98E-15 8'.98E-15 TH 1313 234. 3.44E-07 4G 18.8 202 9 11:30 8.72E-17 7.52E-15 7.52E-15 TH 1432 247. 2.97E-07 1 3G 20.5 201 9 11:30 7,39E-17 6.38E-15 6.38E-15 TH 1550 259. 2.60E-07 i 2C 22.2 201 9 11:30 6.30E-17 5.43E-15 5.43E-15 TH 166? 270. 2 28E-07 iG 23.9 200 9 11:30 5.41E-17 4.67E-15 4.67E-15 TH 1789 281. 2.03E-07 .[ i 1 I i b I

\\I JACTUAL INCIDENT 'DATE: 83/01/19 FARLEY NUCLEAR PLANT TIME: 11:34 STABILITY CLAGS D ELEVi 5.5' MPH.FROM 027 DEG CURRENT PLUME INFORh/4 TION AS OF 11:30 ON 83/01/19 PRESENT LOCATION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q ID tiILEL DEC SEC TIllE WHOLE BODY THYROID DOSE RATE ID Y 3 JULIAN DAY - 19 14E 1.4 208 9 11230 5.45E+02 1.84E+0i 5.45E+02 WB 144. 53.8 5.80E ' 14C SB 208 9 11:30 4.98E+02 1.68E+0i 4.98E+02 WB 90.8 0.0 5.30E-06 13E 4.1 211 9 11:30 2.64E+02 9.02E+00 2.64E+02 WB 368. ' i03. 3.22E-06 12E 5.5 210 9 11:30 1.05E+02 3.65E+00 1.05E402 WB

480, 124.

1.82E-06' iiE 7.0 209 9 11:30 1.86E+0i 6.49E+0i 6.49E+0i TH 597. 143. 1.24E-06 f - 10E 8.7 200 9 11:30 3.51E-01 7.39E-01 7.39E-01 TH 720. 161~. 8.76E-07 9E 10.4 206 9 11:30 2.38E-01 5.04E-01 5.04E-01 TH 847. 178. 6.13E-07 I BE 12.1 205 9 11:30 1.90E-01 4.06E-01 4.06E-01 TH 972. 194. 5.18E-07 7E 13.8 204 9 11:30 1.51E-01 3.25E-01 3.25E-01 TH 1095 209. 4.34E-07 6E 15.5 203 9 11:30 1.19E-01 2.58E-01 2.58E-01 TH 1216 223. 3.71E-07 SE 17.1 203 9 11:30 9.52E-02 2.07E-0$ 2.07E-01 TH 1335 236. 3.24E-07 4E 18.8 202 9 11:30 7.18E-02 1.57E-01 1.57E-01 TH 1454 249. 2.81E-07 3E 20.5 201 9 11:30 5.14E-02 1.13E-01 1.13E-01 TH 1574 261. 2.43E-07 2E 22.2 201 't 11:30 3.41E-02 7.58E-02 7.58E-02 TH 1694 272. 2..iSE-07 iE 23.9 200 9 11:30 9.09E-03 2.03E-02 2.03E-02 TH 1814 284. 1.92E-07 1 0 o O + ~

ACTUAL INCIDENT TIME: 11 34 FARLEY NUCLEAR PLANT STADILITY CLA5S D ATE. 03/01/19 LEV: 5.5 MPH FROM 027 DEG CURRENT PLUME IMFORHATION AS OF 11:30 OH 83/01/19 73 ADBREVIATED PROJECTION (,) CHI /O DOSE RATE (MR/HR) HICH DDSE ORGAN 2.14tSICMA ID MILE DEC SEC TIME WHOLE BODY THYROID DCSE RATE ID Y Z 14G 1.4 200 9 11:30 6.00E-15 5.10E-13 5.iDE-13 TH 145. 54.9 1.63E-05 IULIAM DAY = i? 140 SB 208 9 11:30 1.32E-14 1.14E-12 1.14E-10 TH 91.5 0.0 3.60E-05 13G 4.1 211 9 11:30 2.2iE-15 1,90E-13 1.9('E-13 TH 262. 82.9 6.10E-06 g 12C 5.5 210 ? 11:30 7.47E-16 6.44E-14 6.44E-14 TH 475. 123. 2.10E-06 i!G 7.0 209 9 11:30 4.87E-16 4.20E-14 4.20E-11 TH 585. 141. 1.39E-06 10G 8.7 208 9 11:30 3.34E-16 2.88E-14 2.SDE-14 TH 700. 150. 9.77E-07 9G 10.4 206 9 11:30 2.38E-16 2.05E-14 2.05E-14 TH D21. 175. 7.12E-07 BC 12.1 205 9 11:30 1.85E-16

1. 6 0 E-1 '.

1.60E-14 TH 947. 192 5.6SE-07 7G 13.8 204 9 11:30 1.50E-16 1.29E-14 1.29E-14 TH 107$ 2 0'/ 4.70E-07 6C 15.5 203 9 11:30 1.23E-16 1.06E-14 1.06E-14 TH ii?3 221 3.98E-07 SG 17.1 203 9 11:30 1.04E-16 8.90E-15 8.98E-15 TH 1313 234. 3.44E-07 4G 18.8 202 9 11:30 B.72E-17 7.52E-15 7.52E-15 TH 1432 247. 2.97E-07 3G 20.5 201 9 11:30 7.39E-17 6.30E-15 6.38E-15 TH 1550

259, 2.60E-07 2C 22.2 201 9

11:30 6.30E-17 5.43E-15 5.43E-15 TH 1669 270 2.28E-07 iG 23.9 200 9 11:30 5.41E-17 4.67E-15 4.67E-15 lH 1709 281. 2.03E-07 1G 20.0 200 9 12:37 3.87E-17 3.34E-15 3.31E-15 d 2210 0.0 1.45E-07 iG 40.0 203 9 14:27 2.53E-17 2.iBE-15 2.18E-ib TH 2C93 0.0 9.54E-08 iC 50.0 204 9 16:17 1.83E-17 1.57E-15 1.57E-iE TH 356D 0.0 6.CCE-00 (~8 .m< ['N w/ j

~. i' r ACTUAL INCIDENT TIME 11:34 FARLEY NUCLEAR _ PLANT STABILITY CLASS D DATEi 83/01/1? 5.5 MPH FROM 027 DEG. CURRENT PLui1E INFORMATION AS OF 11:30 GH 83/01/i? ELEVi ABBREVIATED PROJECTION DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14tSIGMA CHI /O .ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z I 'JULIAN DAY = 19 ci UE 1.4 208 9 11:30 5.45E+02 1.84E+0i 5.45E+02 WB 144. 53.8 5.80E-06~ 19E - SB 208 9 11:30 4.98E+02 1.68E+0i 4.98E+02 UB 90.8 0.0 5.30E-06 13E 4.1 211 9 11:30 2.64E+02 9.02E+00 2.64E402 UB 368. 103. '3.22E-06 12E 5.5 210 9 11:30 1.05E+02 3.65E+00 1.05E+02 WB 480. 124. i.82E-06 l i$ E :7.0 209 9 11:30 1.86E+0i 6.49E+0i 6.49E+01 TH 597. '143. 1.24E-06 10E 8.7 208 9 11:30 3.51E-Oi 7.39E-01 7:.39E-01 TH 720. 161. 8.76E-07 YE 10.4 206 9 11:30 2.38E-Oi 5.04E-01 5.04E-01 TH 847. 178. 6.13E-07 BE 12.1 205 9 11:30 1.90E-Oi 4.06E-Oi 4.06E-01 TH 972. 194. 5.iBE 7E 13.8 204 9 11:30 1.51E-01 3.2SE-01 3.25E-01 TH 1095 209. 4.34E-07 6E 15.5 203 9 11:30 1.19E-Oi 2.58E-01 2.58E-01 TH 1216 223. 3.71E-07 SE 17.1 203 9 11:30 9.52E-02 2.07E 2.07E-01 TH 1335 236. 3.24E-07 4E 18.8 202 9 11:30 7.18E-02 1.57E-01 1.57E-01 TH 1454 24?. 2.BiE-07 -3E 20.5 201 9 11:30 - 5.14E-02 1.13E-01 1.13E-01 TH 1574 261. 2.43E-07 2E 22.2 201 9 11:30 3.41E-02 7.58E-02 7.58E-02 TH 1694 272. 2,15E-07 'iE 23.9 200 9 iis30 9.09E-03 2.03E-02 2.03E-02 TH 1814 284. i.?2E-07 1E 30.0 202 9 12:37 6.5SE-03 1.47E-02 1.47E-02 TH 2235 0.0 1.39E-07 l 1E 40 0 203 9 14:27 4,36E-03 9.76E-03 9.76E-03 TH 2918 0.0 9.23E-08 1E 50.0 204 9 16:17 3.17E-03 7.08E-03 7.0BE-03 TH 3592 0.0 6.70E-08 C f I W b 1 t i

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j. s 4 A.. i /.A 6 ~.! / / i i 'td l).i j ,I ' *I i s. ./. %,.. n,., 4 t ,f : i 'I j i {i i G j; l.i l W, 1 i ( j i~ t '. 5 'i-r 3.i. I 5 ~f ,i i i .i i i i .3 i -s i i - -p"'. -r _. l. I. .~ i

^

i ~ AI25.y'% / j,'j _la r-~ la ;js,.i i .k i i i. s ~ ~. ft. t..-y.>../ ' l t } ,9 3 '. \\ s. l \\ .i ~ r./..c. - si sr q., \\' n, 4 %e \\ .i l l l } 4 \\~ s.n.t t.^ ,i .c .i ) ~ r. n [*T 1 .~ l e d.... % / f, / / ,86 l - r u. , ~.t t. t ig ( A., % e',/ s. ~i 'c . %s. c... c.s,.y y [ %6, L. 9g ~. n W + 1 N'... ',/,/ 'y q.< _ 7

g..p -

+ L 7. -g...s, s p.,. .,j . ~~ Ng e_. g.. .c.. - u. ~.. J..._._9 __._, ',, / ,s .s.' i _,0 .8 1 U ~. yy _ ,/ ACTUAL INCIDENT ~ FARLEY NUCLEAR PLANT DATE: 83/01/14 -DAY- -TIME: 11:35 ELEV 5.5 MPH FROM 027 DEG, CLASS D DATE: 83/01/14 -PLUME-' TIME: 11:30 E 7 h ROADS AND RAILROADS TOGGLE STATUS

i. FEDERAL ROADS ON 2.

STATE ROADS ON

3. COUNTY ROADS ON 4.

RAILROADS' ON 5. ALL ON

6. ALL OFF 7.

EXIT ENTER CHOICE: 1 e

ACTUAL INCIDENT TIMEi 11:4? FARLEY NUCLEAR PLANT STABILITY CLASS D DATEi 83/01/i? ELEV 5.'6 HPH FROM 023 DEC f. CURRENT PLUME INFOP.MATIOH AS OF 11:45 ON 03/01/i? 3 PRESENT LOCATION DOGE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q ID' MILE DEC SCC TIME WHOLE BODY THYROID DOSE RATE ID Y 1 is'G i.4 204 9 11 45 5.56E-15 4.99E-13 4.99E-13 TH

147, 55.6 1.55E-05 JULIAN DAY =

19 140 SD 201 9 11:45 1.26E-14 1.13E-12 1.13E-12 TH ?i.5 0.0 3.53E-05 'iSG 2.8 206 9 11:45 2.05E-15 1.83E-13 1.83E-13 TH 266. 83.9 5.80E-06 l* isc 5.4 20? 9 11:45 1.15E-15 1.03E-13 1.03E-13 TH 377. 106. 3.31E-06 12G 6.9 209 9 11:45 5.09E-16 4.56E-14 4.56E-14 TH 583. 141. 1.49E-06 11G 0:.4 208 9 11:45 3.54E-16 3.18E-14 3.18E-14 TH 6?i. 157. i.06E-06 10G 10.0 207 9 11:45 2.54E-16 2.28E-14 2.28E-14 TH 805. 173. 7.77E-07 l 9G 11.8 206 9 11:45 1.87E-16 1.68E-14 1.6BE-14 TH ?25. 189. 5.86E-07 BG 13.5 205 9 11:45 1.50E-16 1.35E-14 1.35E-14 TH 1050

204, 4.81E-07 7G 15.2 204 9

11:45 1.24E-16 1.iiE-14 1.iiE-14 TH 1173 219.. 4.06E-07 6G'i6.8 203 9 11:45 1.03E-16 9.32E-15 9.32E-15 TH 12?4 232. 3.49E-07 SG 18.5 203 9 11:45 8.86E-17 7.95E-15 7.95E-15 TH 1414 245. 3.06E-07 4G 20.2 202 9 11:45 7.50E-17 6.73E-15 6.73E-15 TH 1532 257. 2.66E 3C 21.9 202 9 11:45 6.41E-17 5.75E-15 5.75E-15 TH 1650 268. 2.35E-07 2G 23.6 201 9 11:45 5.50E-17 4.93E-15 4.93E-iS TH 1768 280. 2.08E-07 1G 25.3 200 9 11:45 4.75E-17 4.27E-15 4.27E-15 TH 1C07 290. 1.87E-07 4 F t r 1 i

ACTUAL INCIDENT TIME 11:49 FARLEY NUCLEAR PLANT DATEi '83/01/19 STABILITY CLASG D i 5,6 MPH FROM.023 DEG ELEV CURRENT PLUllE INFORMATI0t1 AS OF ii:/.5 Oil 03/01/19 PRESENT LOCATION l DDSE R ATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q T ID MILE DEC B C TIllE WHOLE BODY THYROID DOSE RATE ID Y Z ~JULIAN DAY r 19 igk 'i.4 204 9 11:45 5.43E+02 1.91E+0i 5.43E+02 WB 147 54.5 5.77E-06 ist .SB 204 ? 11:45 5.07E+02 1.78E+0i 5.07E+02 WB 90.0 0.0 5.38E-06 114E 2.8 206 9 11 : '.5 3.37E+02 1.20E+0i 3.37E+02 WB 264. 82.7 3.80E-06 13E 5.4 209 9 11 45 1.53E+02 5.53E+00 1.53E+02 WB 477. 123. i.98E-06 ICE-6.9 209 9 11:45 7.27E+0i 2.65E+00 7.27E+0i WB 507. 141. 1.33E-06 iiE 8.4 200 9 11:45 1.37E+0i 5.03E+0i 5.03E+01-TH 702. 158. 9.70E 10E 10.0 207 9 11:45 2.57E-Of 5.70E-01 5.70E-01 TH 823. 175. 6.78E-07 9E 11.8 206 9 11:45 1.89E-01 '4.23E-Di 4.23E-01 TH

949, 192.

5.17E-07 DE 13.5 205 9 11:45 1.54E-01 3.47E-Oi 3.47E-01 TH 1073 207. 4.44E-07 7E 15.2 204 9 11:45 1.24E-01 2 G2E-01 2.82E-01 TH 1195 221. 3.79E-07 6E 16.0 203 9 11:45 9.97E-02 2.27E-01 2.27E-01 TH 1315 234. 3.20E-07 SE 18.5 203 ? 11 15 8.04E-02 1.84E-01 1.O*.E-01 TH 1433 246. 2.90E-07 4E 20.2 202 9 iii45 6.04E-02 1.39E-01 1.39E-01 TH 1552 259. 2.50E-07 3E 21.9 202 9 11:15 1.42E-02 1.03E-01 1.03E-01 TH-1671 270. 2.2iE-07 2E 2:3.6 201 9 11.45 2.95E-02 6.93E-02 6.93E-02 TH 1791 281. .i.97E-07 .1E 25.3 200 9 11:15 7.92E-03 1.86E-02 1.06E-02 TH 1911 292. 1.77E-07 I f i T v i f

1 ACTUAL INCIDENT TIME. 11:50 FARLEY NUCLEAR PLANT STABILITY CLASS D -)ATEs. 03/01/19 5.6 MPH FROM 023 DEGCURRENT PLUlit INFORMATION AS Or TLEV ABBREVIATED PROJECTICN CHI /Q DOSE RATE (MR/HR). HIGH DDSE ORGAN 2. i V:CIGMA ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y 3 ifG '1.4 204 9 11:45 5.56E-15 4.99E-13 4.9?E-13 TH 147. 55.6 1.55E-05 JULIAN DAY = 19 ' f] SB 204 9 11445 1.26E-14 1.13E-12 1.13E-12 TH 91.5 0.0 3.53E-05 .iWG 2.8 206 9 11:45 2.05E-15 1.83E-13 1.83E-13 TH 266. 83.9 5.80E-06 g, ~ i 30 5.4 209 9 11:45 1.iSE-15 1.03E-13 1.03E-13 TH 377. 106. 3.31E-06 i 12G 6.9 209 9 11:45 5.09E-16 4.56E-14 4.56E-14 TH 503. 141. 1.49E-06 i -iiC 8.4 208 9 11:45 3.54E-16 3.18E-14 3.18E-14 TH 691. 157. 1.06E-06 10G 10.0 207 9 11:45 2.54E-16 2.28E-14 2.28E-14 TH B05. 173. 7.77E-07 9C 11. 8 206 9 11: 45 1.87E-16 1.68E-14 1.68E-it TH

925, iB?.

5.86E-07. SG 13.5 205 9 11:45 1.50E-16 1.35E-14 1.35E-14 TH 1050 204. 4.81E-07 7C 15.2 204 9 11:45 1.24E-16 1.iiE-ii 1.iiE-14 TH 1173 219 4.06E-07 6G 16.8 203 9 11:45 1.03E-16 9.32E-15 9.32E-15 TH 1294 232. 3.49E-07 SC 18.5 203 9 11:45 S.86E-i? 7.95E-15 7.95E-15 TH 1111

245, 3.06E-07 4G 20.2 202 9

11:45 7.50E-i? 6.73E-15 6.73E-15 TH 1532

257, 2.66E-07 3C'21.9 202 9

11:45 6-.41E-17 5.75E-15 5,75E-15 TH 1650 260. 2.35E-07 2G 23.6.201 9 11:45 5.50E-17 4.93E-15 4.93E-15 TH 1768

280, 2.08E-07 iG 25.3 200 9

11:45 4.75E-17 4.27E-15 4.27E-15 TH 1887 290. 1.87E-07 iG 30.0 201 9 12:35 3.71E-17 3.33E-15 3.33E-15 TH 2209 0.0 1.45E-07 1G 40.0 202 9 14:23 2.43E-17 2.18E-15 2.iBE-15 TH 2890 0.0 9.56E-08 50.0 202 9 16:10 1.75E-17 1.57E-15 1 57E-15 TH 3562 0.0 6.90E-08 1 04 4 P B l s

ACTUAL INCIDENT TIME: 11:50 FARLEY NUCLEAR PLANT STABILITY CLASS D A1E '83/01/19_ l 5,6 MPH FROM 023 DEGCURRENT PLUME INFORMATION AS OF 11 45 ON C3/01 '. LEV ADDREVIATED PRO.TECTION }

1 CHI /O DOSE RATE (HR/HR)

HICH DOSE ORGAN 2.14*SICMA 'ID MILE DEC SEC TIME WHDLE BODY THYROID DOCE RATE ID Y Z ill i'.4 204 9 11:45 5.43E+02 1.91E+01 5.43E+02 WB 147. 54.5 5.7?E-06 TULIAN DAY e 19 ist SB 204 9 iii A5 5.07E402 1.7BE+01 5.07E+02 WB ?0.8 0.0 5.38E, iME '2.8 206 9 11:45 '3.37E+02 1.20E+0i 3.37E+02 WB 264. 82.7 3.00E-06 3 13E 5.4 209 9 11:45 1.53E402 5.53E+00 1.53E+02 WB 477.

123, 1.90E-06 12E 6.9 209 9

11:45 7.27E+0i 2.65E+00 7.27E+01 WB 587. 141. 1.33E-06 iiE 0.4 208 9 11:45 1.37E+0i 5.03E+0i 5.03E+0i TH 702. 158. 9.70E-07 10E 10.0 207 9 11:45 2.57E-01 5.70E-Oi 5.70E-Oi TH 823. 175. 6.78E-07 9E 11.8 206 9 11:45 1.89E-01 4.23E-01 4.23E-01 TH 94?. 192. 5.17E-07 BE 13.5 205 9 11:45 1.54E-01 3.47E-01 3.47E-01 TH 1073 207. 4.44E-07 7E 15.2 204 9 11:45 1.24E-01 2.82E-01 2.82E-01 TH 1195

221, 3.79E-07 6E 16.0 203 9

11:45 9.97E-02 2.27E-01 2.27E-0$ TH 1315

234, 3.28E-07 i

5E 18.5 203 9 11:45 8.04E-02 1.84E-01 1.84E-01 TH 1433

246, 2.90E-07 4E 20.2 202 9

11:45 6.04E-02 1.39E-01 1.39E-01 TH 1552 259. 2.50E-07 3E 21.9 202 9 11:45 4.42E-02 1.03E-01 1.03E-01 TH 1671

270, 2.2iE-07 2E 23.6 201 9

11:45 2.95E-02 6.93E-02 6.93E-02 TH 1791 281. 1.97E-07 1E 25.3 200 9 11:45 7.92E-03 1.86E-02 1.86E-02 TH 1911 292. i.77E-07 1E 30.0 201 9 12:35 6.23E-03 1.46E-02 1.46E-02 TH 2232 0.0 1.39E-07 1E 40.0 202 9 14:23 4.13E-03 9.74E-03 9.74E-03 TH 2912 0.0 9.26E-0B 1" 50.0 202 9 16:10 3.00E-03 7.0BE-03 7.08E-03 TH 3585 0.0 6.72E-08 ( f i 1 i k a

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/ i j i .v. s/ s s. s \\,,s l c . ts 9t i1 ~ l / '/ i a 'tV. ~ t -y \\: l .\\ T i a 1 s i \\ ~. l j6 \\ g ll I / \\ ^ s. 'r ..gg..,1 ~. t. .....L gg \\ l .. Cl c$.:.v... ~'\\. - D. M

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? / * */ ad 4 .,>/ ^ I d $.[ - f W,..< .. M., .\\. x... E s , ~. o- ~ 'I '.8eN 1,e....... - ueg t ACTUAL INCIDENT FARLEY-NUCLEAR' PLANT DATE: 83/01/14 -DAY-TIMES 11:50 ELEV: 5.6 MPH FROM 023 DEG, CLASS D. DATE: 83/01/14 -PLUME-TIME: iii45-- ^! s ROADS AND RAILROADS-TOGGLE -STATUS t 1. FEDERAL ROADS ON

2. STATE ROADS OH-

3. COUNTY ROADS ON 4.

RAILROADS DN-3

5. ALL ON-6.

ALL OFF 7.-EXIT ,i r ENTER CHOICE: 1 t i T .r.

( ACTUAL INCIDENT TIMCi 12:03 FARLEY NUCLEAR PLANT STADILITY CLASO D ATE, 83/01/19 5.7 MPH FROM.019 DEC 12:00 Ott 03/01/19 CUDRENT PLUME INFORMATION AC OF .EV PRESENT LOCATION gf ~ CH1/D ( HIGH DOSE ORGAN 2.14* SIGMA DOCE R ATE (MR/HR) ID MILE DEC SEC TIi!E WHOLE DODY THYROID DOSE RATE ID Y Z .isG i.4 199 9 12: 0 5.16E-15 4.81E-13 4.81E-13 TH 150. 56.2 1.47E-05 ULIAN DAY = 19 '.isC SB 199 ? 121 0 1.2iE-14 1.12E-12 1.12E-10 TH 91.5 0.0 3.46E-05 14t; 2.8 201 9 123 0 1.90E-15 1.77E-13 1.77E-13 TH 271 84 9 5.52E-06 g 1GG 4.2 203 9 12 0 1.06E-15 9.95E-14 9.95E-14 TH 383.

107, 3.15E-06

'150 6.9 207-9 123 0 7.13E-16 6.64E-14 6.64E-14 TH 490. 126. 2.14E-06 12G 8.3 207 9 12: 0 3.68E-16 3.43E-14 3.43E-ii TH 692. 157. 1.12E-06 iiG 9.8 207 9 12: 0 2.68E-16 2.50E-14 2.50E-14 TH 799. 172. 8.38E-07 'iOC 11.5 206 9 12: 0 1.99E-16 1.85E-14 1.85E-14 TH 911. 187 6.35E-07 9G 13.2 205 9 12: 0 1.51E-16 1.41E-14 1.41E-14 TH 1030 202. 4.93E-07 UC 14.9 204 9 12: 0 1.23E-16 1.15E-14 1.15E-iq TH 1154

216, 4.13E-07 7G 16.6 204 9

12 0 1 03E-16 9.67E-15 9.67E-15 TH 1277 230. 3.54E-07 f 6C 18.3 203 9 12: 0 B.BiE-17 8.2iE-15 8.2iE-15 TH 1397 243'. 3.09E-07 SG 19.9 203 9 12: 0 7.60E-17 7.08E-15 7.08E-15 TH 1516 255. 2.73E-07: 4G 21.6 202 9 12i 0 6.48E-17 6.05E-15 6.05E-15 TH 1633 267. 2.40E-07 3G 23.3 201 9 12 0 5.59E-17 5.2iE-15 5.2iE-15 TH 1751 278. 2,14E-07 20 25.0 201 9 12: 0 4.83E-17 4.50E-15 4.50E-15 TH 186? 209. 1.91E-07 1 iG 26.7 200 9 12: 0 4,20E-17 3.91E-15 3.91E-15 TH 1988 299. i 72E-07 J -1 i i .i

ACTUAL INCIDENT TIME: 12:03 FARLEY NUCLEAR PLANT STABILITY CLAOS D DATE: 83/01/19 ELEVi 5.7 MPH FROM 019 DEG CURRENT PLUME INFORMATION AS OF 12:00 DN C3/01/19 fm PRECENT LOCATION ( ) DOSE RATE (MR/HR) HICH DOSE ORGAN 2.14* SIGMA CHI /Q ID MILE DEC SEC TIME WHOLE DODY THYROID DOGE RATE ID Y 3 IGE i.4 199 9 12 0 5.2iE402 1.91E+01 5.2iE+02 WB 149. 55.2 5.72E-06 JULIAN DAY = 19 i$E SB 19? 9 12; O $.98E+02 1.82E+0i 4.98E+02 WB 90.0 0.0 5.46E-06 I ICE 2.8 201 9 12: 0 3.28E+02 1.2iE+0i 3.20E+02 WB 268. 83.7 3.68E-06 19E 4.2 203 9 12: 0 2.52E+02 9.4DE400 2.52E402 WB 279. 105. 3.01E-06 13E 6.9 207 9 12 0 1.05E+02 3.99E+00 1.05E+02 WB 505. 141. 1.43E-06 12E 8.3 207 9 12: 0 5.43E+0i 2.0BE400 5.43E+0i WB 693. 157. 1.05E-06 1$E 9.8 207 9 12: 0 1.04E+0i 4.03E+01 4.03E+0i TH 807. 173. 7.81E-07 10E 11.5 206 9 12 0 2.03E-01 1.74E-01 4.74E-01 TH

926, 189.

5.67E-07 9E 13.2 205 9 12: 0 1.53E-01 3.60E-01 3.60E-01 TH 1052 204. 4.42E-07 CE 14.9 20$ 9 12; O 1.26E-01 3.00E-01 3.00E-01 TH 1175 219 3.86E-07 7E 16.6 204 9 12: 0 1.03E-01 2.47E-01 2.47E-03 TH 1296 232. 3.34E-07 6E 18.3 203 9 122 0 8.40E-02 2.02E-01 2.02E-01 TH 1416 245. 2.93E-07 SE 19.9 203 9 12: 0 6.84E-02 1.65E-01 1.65E-01 TH 1533

257, 2.61E-07 4E 21.6 202 9

12 0 5.18E-02 1.26E-01 1.26E-01 TH 1652 260. 2.27E-07 3E 23.3 201 9 12 0 3.82E-02 9.38E-02 9.38E-02 TH 1770 279 2.03E-07 2E 25.0 201 9 12: 0 2.57E-02 6.35E-02 6.35E-02 TH 188? 290. 1.SiE-07 1E 26.7 200 9 12 0 6.93E-03 1.72E-02 1.72E-02 TH 2009 301 1.64E-07 Ch O n

ACTUAL INCIDENT TIME: 12:03 FARLEY NUCLEAR PLANT STADILITY CLASS D ATE: 83/01/19 5.7 MPH FROM 019 DEGCURRENT PLUME INFORMATION AS O LEV: ADDREVIATED PROJECTION ,7 ( ) ~ CHI /O HIGH DOSE OkC/M 2.14*SICMA DOSE RATE (MR/HR) ID MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE IL Y Z G 1.4 199 9 12: 0 5.16E-15 4.81E-13 4.81E-13 TH 150. 56.2 1.47E-05 'ULIAN DAY = 19 1 SB 199 9 12: 0 1.2iE-14 1.12E-12 1.12E-12 TH 91.5 0.0 3.46E-05 i@$C iSU 2.8 201 9 12: 0 1.90E-15 1.77E-13 1.77E-13 TH 271. 84.9 5.52E-06 a 190 4.2 203 9 12: 0 1.06E-15 9.95E-14 9.95E-id TH 383. 107. 3.15E-06 $3G 6.? 207 9 12: 0 7.13E-16 6.64E-14 6.64E-14 TH

490, 126.

2.14E-06 12C B.3 207 9 12: 0 3.68E-16 3.43E-14 3.43E-14 TH 692. 157 1.12E-06 iiG 9.8 207 9 12 0 2.68E-16 2.50E-14 2.50E-14 TH 799. 172. 8.38E-07 10G 11.5 206 9 12 0 1.99E-16 1.85E-14 1.85E-14 TH 911. 187. 6.35E-07 9G 13.2 205 9 12: 0 1.51E-16 1.41E-14 1.41E-14 TH 1030 202. 4.93E-07 BG 14.9 201 9 12: 0 1.23E-16 1.15E-14 1.iSE-14 TH 1154 216. 4.13E-07 7G 16.6 204 9 12 0 1.03E-16 9.67E-15 9.67E-15 TH 1277 230. 3.54E-07 6C 18.3 203 9 12 0 0.81E-i? 0.2iE-15 8.2iE-15 TH 1297

243, 3.09E-07 SG 19.9 203 9

12: 0 7.60E-17 7.08E-15 7.08E-15 TH 1516 255. 2.73E-07 4G 21.6 202 3 12: 0 6.48E-17 6.05E-15 6.05E-15 TH 1633 267 2.40E-07 3G 23.3 201 '9 12: 0 5.59E-17 5.21E-15 5.2iE-15 TH 1751 278. 2.14E-07 2G 25.0 201 9 12: 0 4.83E-17 4.50E-15 4.50E-15 TH 1869 289. 1.91E-07 iG'26.7 200 9 12 0 4.20E-17 3.91E-15 3.91E-15 TH 1988 299. i.72E-07 iC 30.0 200 9 12:34 3.55E-17 3.31E-15 3.31E-15 TH 2211 0.0 1.45E-07 ,f's 40.0 200 9 14: 19 2.33E-17 2.17E-15 2.17E-15 TH 2891 0.0 9.55E-08 i 200 9 16: 5 1.68E-17 1.56E-15 1.56E-15 TH 3564 0.0 6.89E-08 tx_) 50.0 r k<J

A4- + 4. 4" a-iW _ SM114sn 4 J-4 ACTUAL INCIDENT TIME: 12:04 FARLEY NUCLEAR PLANT STABILITY CLASS D )ATEv'83/01/i? 5.7 MPH FROM 019 DEG 12:00 ON 03/01/19 2LE P r CURRENT PLul1E INFORMATION AS OF ABER5VI ATED PROJFITION ~ ' 'i1CH DOCE ORC AN.2.14* SIGMA CHI /Q DOSE R ATE (MR/ Hit ) ID MILE DEC SEC TIME WHOLE. BODY THYROID DCSE. RATE ID Y Z l 18E 1.4 199 9 12: 0 5.2iE+02 1.91E+0i 5.2iE+02 WB ~ 149, 55.2 5.72E-06 JULIAN DAY - i? isE SB'199 9 12 0 4.98E+02 1.82E+0i 4.98E+02 WB 90.0 0.0 5.46E-06 E 15E 2.8 201 9 12 0 3.28E+02 1.2iE+0i 3.28E+02 WB 268 83.7 3.6BE-06 iWE 4.2 203 9 12 0 2.52E+02 9.48E+00 2.52E+02 WB 37?. 105.

3. die-06 23E 6.9 207 9

12 0 1.05E+02 3.99E+00 1.05E+02 WB 585. 141. i.43E-06 -12E 8.3 207 9 12i 0 5.43E+0i 2.08E+00 5.43E+0i WB 693. 157. 1.05E-06 iiE. 9.8 207 9 12 0 1.04E+0i 4.03E+0i 4.03E+0i TH 807. 173. 7.81E-07 i I .iOE 11.5 206' 9 12: 0 2.03E-Oi 4.74E-Oi 4.74E-01 TH 926.. 189. 5.67E-07 9E 13.2 205 9 12 0 1.53E-Oi 3.60E-Oi 3.60E-Oi TH 1052 204. 4.42E-07 '8E 14,9 204 9 12s 0 1.26E-01 3.00E-01 3.00E-01 TH 1175 219. 3.86E-07 7E ib.6 204 9 12 0 1.03E-01 2.47E-01 2.47E-Oi TH 1296 232. 3.34E-07 6E 18.3 203 9 12 0 0.40E-02 2.02E-01 2.02E-01 TH 1416 245. 2.93E-07 5E 19.9 203 9 12: 0 6.84E-02 1.65E-01 1.65E-01 TH 1533 257. 2.61E-07 4E 21.6 202 9 12 0 5.iBE-02 1.26E-01 1.26E-01 TH 1652 260. 2.27E-07 3E 23.3 201 9 12 0 3.82E-02 9.38E-02 9.38E-02 TH 1770 279. 2.03E-07 2E 25.0 201 9 12: 0 2.57E 6.35E-02 6.35E-02 TH 1889-290. i.SiE-07 l 1E 26.7 200 9 12: 0 6.93E-03 1.72E-02 1.72E-02 TH 2009 301. 1.64E-07 iE 30.0 200 9 12:34 5,88E-03 1.46E-02 1.46E-02 TH 2222 0.0 1.39E-07 9 14:19 3.90E-03 9.71E-03 9.71E-03 TH 2912 0.0 9.26E-08 . \\sa. 50.0 200 9-16 5 2.83E-03 7.05E-03 7.05E-03 TH 3505 0.0 6.72E-08 ./' ] 40.0 200 3 i

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..X lr/. . '$.g' ? j.., l, ~~~ ""..~~.~ ~e h.. .r~. J 9 ".. K, e. .y ^ / ./ _ p.~.,,*' ge U8 ,y (,\\ 9.--g 1 ACTUAL INCIDENT FARLEY NUCLEAR PLANT DATE 83/01/14 -DAY-TIME:-2:065

ELEV, 5.7 MPH FROM 019 DEG, CLASS D DATE: 83/01/14.-PLUME-TIME: 12:00 P

ROADS AND RAILROADS TOGGLE STATUS'

i. FEDERAL ROADS ON

2. STATE ROADS-ON

3. COUNTY ROADS.

ON

4. RAILROADS ON

5. ALL ON-

6. ALL OFF

7. EXIT JNTER CHOICE:

3 A> T

. ~. l ACTUAL INCIDENT TIME. 12:18 FARLEY NUCLEAR PLANT STADILITY CLASS D- + gr. 83/01/19 15.8 MPH FROM 015 DEGCURRENT PLUME INFORMATIO 96 PRESENT LOCATION CHI /O HIGH DOSE ORGAN 2 14* SIGMA - ID MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z

j DOCE R ATE (MR/HR)

-JULIAN DAY e 19 4.64E-13 4.64E-13 TH 152. 56 9 1.40E-05 i?C SB 195 9 12:15 1.15E-14 1.iiE-12 1.11E-12 TH 91.5

0. 0 ' 3.39E-05 19G~ 1.5 195 9-12:15 4.79E-15 ipG 2.9 197 9

12:15 1.76E-15 1.71E-13 1.71E-13 TH 275. -85.9 5.26E-06 ll ifC 443 199 9 12115-9.92E-16 9.60E-14 9.60E-14 TH

390, 100.

3.00E-06 a iVG 5.6 201 9 12 15 6.63E-16 6.41E-14 6.41E-14 TH 498. 127. 2.04E-06 t 13G 8.3 205 9 12:15 4.86E-16 4.70E-14 4.70E-14 TH 602. 144. i.52E

12G 9.7 205 9

12:15 2.78E-16 2.69E-14 2.69E-14 TH 802. 173. 8.88E-07 iiG 11.3 205 9 12:15 2.09E-16 2.02E-14 2.02E-14 TH 907. 187. 6.82E-07 10G 12.9 205 9 12:15 1.59E-16 1.54E-14 1.54E-14 TH 1019 200. 5.31E-07 9G 14.6 204 9 12:15 1.23E-16 1.19E-14 1.19E-14 TH 1136 214; 4.20E-07 DG 16.3 204 9 12:15 1.03E-16 9.99E-15 9.99E-15 TH 1259

228, 3.58E-07 70 18.0 203 9

12:15 8.78E-17 8.49E-15 8.49E-15 TH 1301 241-. 3.12E-07: ; 6G 19.7 203 9 12:15 7.54E-17 7.29E-15 -7.29E-15 TH 1501

254, 2.75E,

SG~21.4 202 9 12215 6.56E-i? 6.35E-15 6.35E-55 TH 1619 265.' 2.46E-07: 4G 23.1 201 9 12:15 5.65E-17 5.46E-15 5!46E-15 TH 1736 277. 2.18E-07 zr 3G 24.8 201 9 12:15 4.90E-17 4.74E-15 4.74E-15 TH 1853 287. i ?5E-07J i 2G 26.5 201 9 12:15 4.26E-17 4.12E-15 4.12E-15 TH-1971 298. i.75E-07 1G 28.2 200 9 12:15-3.72E-i? 3.60E-15 3.60E-15 TH.2090 308. 1.59E-07-l ( .f l WI I

ACTUAL INCIDENT . TIME: 12:18 i FARLEY HUCLEAR PLANT STABILITY CLASS D 12:15 Ot! B3/01/19 l 83/01/19 5.8 MPH FROM 015 DECCURRENT PLUME INFORMA I" ! ATE: tr) CHI /Q. HICH DDSE ORGAN 2.14* SIGMA Y Z DOSE RATE (MR/HR) DOSE RATE ID THYROID TIME WHOLE BODY i MILE DEC SEC 9 12:15 4.88E+02 1.86E+0i 4.88E+02 WB 152-. 55.9 5.67E ID ih: SB 195 9 12:15 4.77E+02 1.82E401 4.77E+02 WB 90.0 0.0 5.54E-06 TULIAN DAY.= 19 1;E 2.9 197 9 12:15 3 07E+02 1.18E+0i 3.07E+02 WB 273. 84.7 3.57E-06 4: ~1p. 1.5 i?5 1st 4.3 199 9 12:15 2.41E+02 9.45E+00 2.41E+02 WB

385, 107.

2.87E-06 ilE 5.6 201 9 12:15 1.47E+02 5.82E+00 1.47E+02 WB 492. 126. 1.85E-06 -13E B.3 205 9 12:15 7.82E+0i 3,13E+00 7.82E+0i WB. 694. 157. 1.13E-06 12E 9.7 205 9 12:15 4.11E+03 1.66E+00 4.iiE+0i WB 801. 172. B.42E-07 9 12:15 7.81E+00 3.18E+01 3.18E+01-TH

913, 187.

6.17E-07 iiE 11.3 205 12:15 1.63E-01 4.0iE-01 4.01E-01 TH-1032 202. 4.82E-07 l 10E 12.9 205 12:15 1.25E-01 3.10E-01 3.10E-01 TH 1156-216. 3.83E-07 9 12:15 1.05E-01 2.62E-01 2.62E TH 1278 230. 3.38E-07 9 SE 16.3 204 12:15 8.71E-02 2.19E-01 2.19E-01 TH 1399 243. 2.96E-07. 9 9E 14.6 204 6E 19.7 203 9 12:15 7.12E-02 1.00E-01 1.80E-01 TH 1518 255. 2.63E-07 9 12:15 5.78E-02 1.47E-01 1.47E-01 TH 1635 267. 2.33E-07 7E 18.0 203 9 9 12:15 4.47E-02 1.14E-01 1.14E-01 TH 1753 278. 2.07E-07 9 12:15 3.32E-02 8.58E-02 8.58E-02 TH 1871 289. 1.86E-07 5E 21.4 202 2E 26.5 201 9 12: 15 2.24E-02 5.84E-02 5.84E-02 TH 1990 299 i.67E-07 l 4E 23.1 201 E 28.2 200 9 12:15 6.0SE-03 1.59E-02 1.59E-02 TH 2109 310. 1.52E-07 3E 24.8 201

g f

I h E t

ACTUAL INCIDENT TIME. 12:19 FARLEY NUCLEAR PLANT STABILITY CLASS D 83/01/19 DATE2 9 5.8 MPH FROM 015 DEGCURRENT PLUME INFORMATION ILP). ABBREVIATED PROJECTION / CHI /Q MIGH DOSE ORGhN 2.14* SIGMA DOSE RATE (MR/HP.) TIME WHOLE BODY THYROID DOSE RATE ID Y Z ID MILE DEG SEC i?G 1.5 195 9 12:15 4.79E-15 4.64E-13 4.64E-13 TH 152. 56.9 1.40E-05 JULIAN DAY = 19 iVG SB 195 9 12:15 1.iSE-14 1.iiE-12 1.iiE-12 TH 91.5 0.0 3.39E-05 -isG 2.9 197 9 12:15 1.76E-15 1.71E-13 1.71E-13 TH 275 85.9 5.26E-06 El iKU 4.3 199 9 12:15 9.92E-16 9.60E-14 9.60E-14 TH 390. 108 3.00E-06 14G 5.6 201 9 12:15 6.63E-16 6.41E-14 6.41E-14 TH 498. 127. 2.04E-06 130 8.3 205 9 12:15 4.86E-16 4.70E-14 4.70E-14 TH 602. 144. 1.52E-06 12G 9.7 205 9 12:15 2.78E-16 2.69E-14 2.69E-14 TH 802. 173. 8.88E-07 11G 11.3 205 9 12:15 2.09E-16 2.02E-14 2.02E-14 TH

907, 187.

6.82E-07 10G 12.9 205 9 12:15 1.59E-16 1.54E-14 1.54E-14 TH 1019 200. 5.31E-07 9C 14.6 204 9 12:15 1.23E-16 1.19E-14 1.19E-14 TH 1136 214. 4.20E-07 BG 16.3 204 9 12:15 1.03E-16 9.99E-15 9.99E-15 TH 1259 228. 3,58E-07 7C 18.0 203 9 12 15 8.7BE-17 S.49E-15 8.49E-15 TH 1381 241. 3.12E-07 6G 19.7 203 9 12:15 7.54E-17 7.29E-15 7.29E-15 TH 1501 254. 2.75E-07 SG 21.4 202 9 12:15 6.56E-17 6.35E-15 6.35E-15 TH 161? 265. 2.46E-07 4G 23.1 20$ 9 12:15 5.65E-17 5.46E-15 5.46E-15 TH 1736 277. 2.iBE-07' 3G 24.8 201 9 12:15 4.90E-17 4,74E-15 4.74E-15 TH 1853 207. 1.95E-07 2G 26.5 201 9 12:15 4.26E-17 4.12E-15 4.12E-15 TH 1971 298. i.75E-07 iG 28.2 200 9 12:15 3.72E-17 3.60E-15 3.60E-15 TH 2090 308. 1.59E-07 30.0 200 9 12:34 3.40E-17 3.29E-15 3.29E-15 TH 2214 0.0 1.45E-07 40.0 199 9 14:17 2.23E-17 2.16E-15 2.16E-15 TH 2896 0.0 9.53E-08 [\\+ a iG 50.0 198 9 16: 0 1.61E-17 1.55E-15 1.55E-15 TH 3570 0.0 6.88E-08 I

ACTUAL INCIDENT TIME: 12:19 l FARLEY NUCLEAR PLANT CTABILITY CLAGS D ATEi 83/01/19 1/19 5.8 MPH FROM 015 DEGCURRENT PLUME INFORMATION L{^3 ABBREVIATED PP.0JECTION i F t"' CHI /Q HIGH DOSE ORGAN 2.14* SIGMA DOGE RATE (MR/HR) DOSE RATE ID Y Z THYROID TIME WHOLE BODY ID MILE DEC SEC 19E 1.5 195 9 12:55 4.88E+02 $.86E+0i 4.88E+02 WB 152. 55.9 5.67E-06 iPE SB 195 9 12:15 4.77E402 1.82E+0i 4.77E+02 WE 90.8 0.0 5.54E-06 IULIAN DAY = 19 1FE 2.9 197 9 12:15 3.07E+02 1.iDE+0i 3.07E+02 WB 273. 84.7 3.57E-06 15E 4.3 199 9 12:15 2.41E+02 9.45E100 2.41E+02 WB 385. 107. 2.87E-06 14E 5.6 201 9 12:15 1.47E+02 5.82E+00 1.47E+02 WD 492. 126. i.85E-06 13E 8.3 205 9 12:15 7.82E+0i 3.13E+00 7.82E+01 WB 694. 157 1.13 E-0 6 12E 9.7 205 9 12:15 4.iiE401 1.66E+00 4.iiE+0i WB 801. 172. 8.42E-07 iiE 11.3 205 9 12:15 7.81E+00 3.18E+0i 3.18E401 TH 913. 187. 6.17 E-07 10E 12.9 205 9 12:15 1.63E-0$ 4.01E-01 4.01E-Oi TH 1032

202, 4.82E-07 9E 14.6 204 9

12:15 1.25E-Oi 3.10E-01 3.10E-01 TH 1156 216. 3.83E-07 BE 16.3 204 9 12:15 1.05E-01 2.62E-01 2.62E-01 TH 1278 230. 3.38E-07 7E 18.0 203 9 12:15 8.71E-02 2.19E-01 2.19E-01 TH 1399 243. 2.96E-07 6E 19.7 203 9 12:15 7.12E-02 1.80E-05 1.8DE-01 TH 1518 255. 2.63E-07 5E 21.4 202 9 12:15 5.78E-02 1.47E-01 1.47E-01 TH 1635 267. 2.33E-07 4E 23.1 201 9 12:15 4.47E-02 1.14E-01 1.14E-01 TH 1753 278. 2.07E-07 3E 24.0 201 9 12:15 3.32E-02 8.58E-02 8.SSE-02 TH 1871 289. 1.86E-07 2E 26.5 201 9 12:15 2.24E-02 5.84E-02 5.84E-02 TH 1990 299. i.67E-07 9 12:15 6.08E-03 1.59E-02 1.59E-02 TH 2109 310 1.52E-07 i ) 30.0 200 9 12:34 5.56E-03 1.45E-02 1.45E-02 TH 2233 0.0 1.39E-07 '~1c 40.0 199 9 14:17 3.69E-03 9.65E-03 9.65E-03 TH 2915 0.0 9.25E-08 ( ME 28.2 200 1E 50.0 198 9 16 0 2.68E-03 7.01E-03 7.01E-03 TH 3589 0.0 6.71E-08 1 / \\ N.}

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i. FEDERAL ROADS ON

2. STATE ROADS ON 3

COUNTY ROADS ON .g

4. RAILROADS

5. ALL DN

6. ALL OFF

7. EXIT-JNTER CHDICE:

^ f"% !Oo

ACTUAL INCIDENT TIME. 12:33 4 FARLEY NUCLEAR PLANT STABILITY Es. ASS D 83/01/19 12230 ON 03/01/19 ATE: 5.0 MPH FROM 015 DEGCURRENT PLUME INFORMATION AS OF Lpb l PRESENT LOCATION CHI /Q '"l HIGH DOSE ORGAN 2.14* SIGMA q Y Z DDCE R ATE (MR/HR) DOSE RATE ID .( THYROID TIME WHOLE DDDY MILE DEC SEC ID igg i.2 195 9 12:30 6.79E-15 6.82E-13 6.82E-13 TH 134. 51.9 2.04E-05 ifG SB 195 9 12:30 1.31E-14 1.31E-12 1.31E-12 TH 91.5 0.0 3.95E-05 IULIAN D AY = 19 ipG 2.7 195 9 12:30 2.iiE-15 2.iiE-13 2.iiE-13 TH 241. 78.4 6 45E-06 3 i$G 4.1 197 ? 12:30 1.08E-15 1.09E-13 1.09E-13 TH 35?. 102. 7E-06 E-06 ' i ist 5.5 198 9 12:30 6.97E-16 6.99E-14 6.99E-14 TH 471. 122. 1 iSG 6.9 200 9 12:30 4.99E-16 5.0iE-14 5.CiE-14 TH 577. 140. 1..JE-06

i3G 9.5 204 9

12:30 3.83E-16 3.84E-14 3.84E-14 TH 680. 156. 1.24E-06 12G 10.9 204 9 12:30 2.30E-16 2.31E-14 2.31E-14 TH 878. 183. 7.67E-07 iiG 12.5 204 9 12:30 1.76E-16 1.77E-14 1.77E-14 TH 982. 196 5.99E-07 10G 14.1 204 9 12:30 1.37E-16 1.37E-14 1.37E-14 TH 1093 209. 4.73E-07 9G 15.9 204 9 12:30 1.07E-16 1.07E-14 1.07E-14 TH 1210

223, 3.80E-07 BG 17.6 203 9

12 30 9.06E-17 9.09E-15 9.09E-15 TH 1333

236, 3.27E-07 7G 19.3 203 9

12:30 7.76E-17 7.79E-15 7.79E-15 TH 'i454 249 2.87E-07 6G 21.0 202 9 12:30 6.'71E-17 6.73E-15 6.73E-15 TH 1574 261 2.55E-07 SG 22.6 202 9 12:30 5.88E-17 5.90E-15 5.90E-15 TH 1692 272 2.30E-07 4C 24.3 201 9 12:30 5.08E-17 5.10E-15 5.10E-15 TH 1808 283. 2.04E-07 3G 26.0 201 9 12:30 4.43E-17 4.45E-15 4.45E-15 TH 1925

294, 1.84E-07

'G 27.7 200 9 12:30 3.86E-17 3.88E-15 3.88E-15 TH 2043 304. i.66E-07

29.4 200 9

12:30 3.39E-17 3.40E-15 3.40E-15 TH 2165 314. i.51E-07 ~ - - _ _. _.. 4 6 ) _J

m 2 .~._ ACTUAL INCIDENT TIMEi 12:33' FARLEY NUCLEAR PLANT ST ADILITY CLASS D 83/01/19 5.0 MPH FROM 015 DEGCURRENT PLUME INFORMATIO J AT E : CLEV PRESENT LOCATION ~ i CHI /Q HIGH DOSE ORGAN 2.14*SICMA DOSE R ATE (MR/HR) DOSE RATE ID Y Z THYROID MILE DEC SEC TIME WHOLE BODY ID iFE-1.2 195 9 12:30 4.66E+02 1.85E+0i 4.66E+02 WB 133. 50.8 5.76E-06 ifE SB_195 ? 12:30 3.91E+02 1.55E+01 3.91E+02 WB 90.0 0.0 4. 83E-9 6 19 JULIAN DAY - 3.75E-06 iPE 2.7 195 9 12:30 3.05E+02 1.23E+0i 3.05E+02 WB 258. 81.5 2.96E-06 4.i'197 9 12:30 2.41E+02 9.81E+00 2.41E+02 WB 373.

104,

'iSt 5.5'198 9 12:30 1.49E+02 6.13E+00 1.49E+02 WB 482. 124. 1.87E-06 B 587 141. 1.40E-06 i$E ~ 1.05E+02 4.37E+00 1.05E+02 W 13E 9.5 204 9 12:30 6.10E+0i 2.56E+00 6.10E+0i WB 786. 170. 9.31E-07 iSE 6.9 200 9 12:30 12E 10.9 204 9 12:30 3.15E+0i 1.34E+00 3.15E+0i WB 892. 184. 6.02E-07 iiE 12.5 204 9 12:30 6.41E+00 2.74E+0i 2.74E+01 TH 1004 198. 5.35E l 10E 14.1 204 9 12:30 1.36E-01 3.52E-01 3.52E TH 1121 212. 4.24E-07 9E 15.9 204 9 12:30 1.06E-01 2.76E-01 2.76E-Oi' TH 1245 226. 3.42E-07 SE 17.6 203 9 12:30 8.95E-02 2.35E-01 2.35E TH 1367

239, 3.04E-07.

3 7E 19.3 203 9 12:30 7.50E-02 1.98E-01

1. 9.8E-O i TH 1486 252.

2.69E 6E 21.0 202 9 12:30 6.10E-02 1.62E-01 1.62E-01 TH 1605 264. 2.37E - SE 22.6 202 9 12:30 5.05E-02 1.35E-01 1.35E-01 TH 1722 275. 2.15E-07 4E 24.3 201 9 12:30 3.93E-02 1.06E-01 1.06E-01 TH 1839 286. 1.92E-07 3E 26.0 201 9 12:30 2.93E-02 7.97E-02 7,97E-02.TH 1957 296. 1.73E-07 i 2E 27.7 200 9 12:30 1.99E-02 5.45E-02 5.45E TH 2075 307. 1.57E, E 29.4 200 9 12:30 5.41E-03 1.49E-02 1.49E-02 TH 2194 317. i.43E-071 l j l ?. -l 4 8 I ~ O 1 4

ACTUAL INCIDENT TIME: 12:34 F ARLEY NUCLEAR PLANT STABILITY CLASS D 83/01/19 12:30 DM S3/01/19 ATE: 5.0 MPH FROM 015 DEG CURRENT PLUllE INFORMATIDM AC OFABBREVIAT LEVI f'T CHI /Q (j HIGH DOSE ORGAN 2.14tSIGMA Y Z DOSE RATE (MR/HR) THYROID DOSE RATE ID ( TIME WHOLE BODY MILE DEG SEC ifG 1.2 195 9 12:30 6.79E-15 6.82E-13 6.82E-13 TH 134. 51.9 2.04E-05 ID ifG SB 195 9 12:30 1.31E-14 1.31E-12 1.31E-12 TH 91.5 0.0 3.95E-05 19 iSG 2.7 195 9 12:30 2.iiE-15 2.iiE-13 2.iiE-13 TH 241 78.4 6.45E-06 JULIAN DAY - 8 1%G 4.1 197 9 12 30 1.08E-15 1.09E-13 1.09E-13 TH 359. 102 3.37E-06 ifG 5.5 198 9 12:30 6.97E-16 6.99E-14 6.99E-14 TH 471. 122. 2.19E-06 iSC 6.9 200 9 12i30 4.99E-16 5 die-14 5.01E-14 TH 577. 140. 1.60E-06 23G 9.5 204 9 12:30 3.83E-16 3.84E-14 3.84E-14 TH 680. 156. 1.24E-06 9 12:30 2.30E-16 2.31E-14 2.31E-14 TH 870. 183. 7.67E-07 9 12:30 1.76E-16 1.77E-14 1.77E-14 TH 982. 196. 5.99E-07 9 12:30 1.37E-16 1.37E-14 1.37E-14 TH 1093 209 4.73E-07 12C 10.9 204 9G 15.9 204 9 12 30 1.07E-16 1.07E-14 1.07E-14 TH 1210 223. 3.80E-07 iiG 12.5 204 BC 17.6 203 9 12:30 9.06E-17 9.09E-15 9.09E-15 TH 1333 236 3.27E-07 10G 14.1 201 7G 19.3 203 9 12:30 7.76E-i? 7.79E-15 7.79E-15 TH 1454 249. 2.87E-07 6G 21.0 202 9 12.30 6.71E-17 6.73E-15 6.73E-15 TH 1574 261. 2.55E-07 SG 22.6 202 9 12 30 5.88E-17 5.90E-15 5.90E-15 TH 1692 272. 2.30E-07 4C 24.3 201 9 12:30 5.08E-i? 5.10E-15 5 10E-15 TH 1008 283. 2.04E-07 3G 26.0 201 9 12:30 4.43E-17 4.45E-15 4.45E-15 TH 1925 294. i.84E-07 2G 27.7 200 9 12:30 3.86E-17 3.88E-15 3.88E-15 TH 2043 304. 1.66E-07 9 12:30 3.39E-17 3.40E-15 3.40E-15 TH 2161 314. 1.51E-07 (m,/ ~ 30.0 200 9 12:37 3.30E-17 3.31E-15 3.31E-15 TH 2200 0.0 1.46E-07 40.0 199 9 14:37 2.16E-17 2.17E-15 2.17E-15 TH 2880 0.0 9.61E-08 r'~1G 29. 4 20 0 iG 50.0 198 9 16:37 1.55E-i? 1.56E-15 1.56E-15 TH 3553 0.0 6.93E-08 1-n b = - - - p N_/

ACTUAL INCIDENT TIME: 12:34 FARLEY NUCLEAR PLAT!T STABILITY CLASS D D AT E : 83/01/1? 5.0 MPH FROM 015 DEGCURRENT PLUtiE INFORMATION AS El/db ABBREVIATED PROJECTION ( ~') CHI /Q HIGH DOSE ORGAN 2.14tSIGMA DOSE RATE (MR/HR) ID M3LE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 1SE 1.2 195 9 12:30 4.66E+02 1.85E+0i 4.66E+02 WB 133. 50.8 5.76E-06 JULIAN DAY = i? ifE SD i? ?, ? 12 30 3.91E+02 1.55E+0i 3.91E+02 WB 90.8 0.0 4.83E-06 1&E 2.7 195 9 12:30 3.05E+02 1.23E+0i 3.05E+02 WB 258. 81.'5 3.75E-06 i$E 4.1 197 9 12:30 2.41E+02 9.81E+00 2.41E+02 WB 373. 104. 2.96E-06 $5E 5.5 i?B 9 12:30 1.49E+02 6.13E+00 1.49E+02 WB 482. 124. i 87E-06 i$E 6.9 200 9 12:30 1.05E+02 4.37E+00 1.05E+02 WB

587, 141, 1.40E-06 iSE 9.5 204 9

12:30 6.10E+0i 2.56E+00 6.10E+0i WB 786. 170. 9.31E-07 12E 10.? 204 9 12:30 3.15E+0i 1.34E+00 3.15E+0i WD 892. 184. 6.82E-07 iiE 12.5 204 9 12:30 6.41E+00 2.74E+0i 2.74E+0i TH 1004 198. 5.35E-07 10E 14.1 204 9 12:30 1.36E-01 3.52E-01 3.52E-01 TH 1121

212, 4.24E-07 9E 15.9 204 9

12:30 1.06E-01 2.76E-01 2.76E-01 TH 1245 226. 3.42E-07 SE 17.6 203 9 12.33 0.95E-02 2.35E-01 2.35E-01 TH 1367 239. 3.04E-07 7E 19.3 203 9 12:30 7.50E-02 1.98E-01 1.98E-01 TH 1486 252. 2.69E-07 6E 21.0 202 9 12:30 6.10E-02 1.62E-01 1.62E-01 TH 1605 264. 2.37E-07 SE 22.6 202 9 12:30 5.05E-02 1.35E-01 1.35E-01 TH 1722 275. 2.15E-07 4E 24.3 201 9 12.30 3.93E-02 1.06E-01 1.06E-01 TH 183? 286. 1.92E-07 3E 26.0 201 9 12:30 2.93E-02 7.97E-02 7.97E-02 TH 1957 296. 1.73E-07 9 12:30 1.99E-02 5.45E-02 5.45E-02 TH 2075 307. 1.57E-07 ( )~ 29.4 200 9 12:30 5.41E-03 1.49E-02 1.49E-02 TH 2194 317. 1.43E-07 f~42E 27.7 200 \\ /.- 30.0 200 9 12 37 5.27E-03 1.45E-02 1.35E-02 TH 2233 0.0 1.39E-07 iE 40.0 199 9 14:37 3.49E-03 9.62E-03 9.62E-03 TH 2913 0.0 9.25E-08 1E 50.0 i?B 9 16 37 2.54E-03 6.99E-03 6.99E-03 TH 3586 0.0 6.72E-08 5 f ~ p\\ rV-

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- - ~ ~ ~ L ,,,/ / j ty '\\ 4 dt +T,A .e N ' ~ O i t i ~! j (- ,. vg / X / / o s 7 - $,. 4./ .'~. 4 I. N :< ~4 \\ m c ~/. l' L.s, . __ e- ..e_ .e _ f. _ 9 y.. i. ~.. ,. N. N ~~'7 1[ 9. ~~'. 5 ( ACTUAL INCIDENT 4 FARLEY NUCLEAR PLANT '12:36/Ti 83/01/14 -DAY-TIME: DATE: 5.0-MPH FROM 015 DEG,.CLASSfD; ; TIME: 12i30 9 ELEVi; DATE:-83/01/14 -PLUME- . i r '? i ROADS ~AND'RNILROADS-. 4STATUSJl 7 TOGGLE' ON: 1 .'i,-. FEDER AL ROADS .ONL

2. STATE ROADS-l

'3.: COUNTY ~ ROADS .ON !.j

4. RAILROADS ~

ON. .l I

5. ALL ON ti 6...ALL OFF-

-7. EXIT-1; a ENTER.~ CHOICER 'i ..l ~ G' .l I ? .~

ACTUAL IllCIDEi!T TIllE. 12:49 FARLEY MUCLEAR PLAf!T' STADILITY CLAOS D .i 'DATE: 03/01/19 4.1 MPH FROM 016 DEG It!FOR11ATIOrl AC OF 12:45 Off C3/01/1? ELEVi CURREllT PLUti {N PRESENT LOCATION i -s,) CHI /G .I DOCE R ATE (MR/HR) HIGH DOSE ORGAN 2.14tSIGMA ID t1ILE DEC SEC TIME UHOLE UDDY THYROID DOSE RATE ID Y Z f9G 1.0 196 9 12:45 1.04E-14 1.08E-12 1.00E-12 TH 114. 46.4 3.22E-05 i JULIAN DAY = 19 pqC SB 196 9 12:45 1.54E-14 1.60E-12 1.60E-10 TH ?i.5 0.0 4 77E-05 ifG 2.3 196 9 12:45 3.15E-15 3.27E-13 3.27E-13 TH 206. 70.2 9.87E-06 190 3.7 195 9 12:45 1.34E-15 1.39E-13 1.39E-13 TH 309. 92.0 4,26E-06 $$G 5.2 196 9 12:45 7.94E-16 8.25E-14 8.25E-14 TH 424. 114. 2.56E-06 ilt 6.5 198 9 12:45 5.44E-16 5.66E-14 5.66E-14 TH 534. 133. 1.78E-06 iSG 7.9 200 9 12:45 4.06E-16 4.22E-14 4.22E-14 TH 639. 149. 1.35E-06 i 13 G 10.5 203 9 12:45 3.20E-16 3.32E-14 3.32E-14 TH 711. 164. 1.08E-06. 12G 12.0 204 9 12:45 1.99E-16 2.07E-14 2.07E-14 TH 937. 190. 6 89E-07. 11G 13.5 204 9 12:45 1.54E-16 1.60E-14 1.60E-14 TH 1042 203. 5.45E-07 10G 15.1 204 9 12:45 1.2iE-16 1.2SE-14 1.25E-14 TH' iiS2 216. 4.35E-07 90 16.9 203 9 12:45 9.59E-17 9.96E-15 9.96E-15 TH 126? 2294 3.52E-07 BG 18.6 203 9 12:45 8.14E-17 8.45E-15 8.45E-15 TH 1391

242, 3.06E 7G 20.3 202 9

12:45 7.02E-17 7.2?E-15 7.29E-15 TH 1512 255. 2.70E-07 j 6G 22.0 202 9 12:45 6.10E-17 6.34E-15 6.34E-15 TH 1631 266. 2.41E-07, SG 23.6 201 9 12 45 5.36E-17 5.57E-15 5.57E-15 TH 1749 278.

2. iSE-07 !

4G 25.3 201 9 12 45 4.66E-17 4.84E-15 4.84E-15 TH 1865 288. i.95E-07, 3G 27.0 201 9 12:45 4.07E-17 4.23E-15 4.23E-15' TH 1982 299.. i.76E-07 NfG 28.7 200 9 12: 45 3.56E-i? 3.70E-15 3.70E-15 TH 2099 309. 'i.59E-07, J 30.5 200 9 12:45 3.13E-17 3.25E-15 3.25E-15 TH 2217 319. 1.45E-07 -l r u. I ~ 7-A t l

ACTUAL INCIDENT TIME. 12:49 FARLEY tluCLEAR PLANT STABILITY CLASS D DATE: 83/01/19 ELEV: 4.1 MPH FROM 016 DEG PLUME IllFORMATION AS OF 12:45 ON 03/01/19 /~N CURRENT PRESENT LOCATION ( DUCE R ATE (MR/HR) HIGH DOSE ORGAN 2.14*CIGMA CHI /Q ID MILE DEG SEC TINE WHOLE DODY THYROID DOSE RATE ID Y Z &9E 1.0 196 9 12:45 3.51E+02 1.45E+0i 3.51E+02 WB 114. 45.2 4.65E-06 JULIAN DAY - 19 79E SB 196 ? 12:45 2.79E+02 1.15E+01 2.79E400 WD ?0.8 0.0 3.69E-06 ifE 2.3 196 9 12:45 3.58E+02 1.50E+0i 3.58E+02 WB 223. 73.6 4.68E-06 17E 3.7 195 9 12:45 2.50E+02 1.06E+0i 2.50E+02 WB 342. 98.9 3.24E-06 iTE 5.2 196 9 12:45 1.55E+02 6.63E+00 1.55E+02 WB 454. 119. 2.00E-06 ifE 6.5 198 9 12:45 1.10E+02 4.79E+00 1.10E+02 WB 561. 137 1.46E-06 19E 7.9 200 9 12:45 8.43E+0! 3.69E+00 8.43E+0i WB 664. 153. 1.18E-06 13E 10.5 203 9 12:45 4.78E401 2.iiE+00 4.7BE+0i WB 862. 180. 7.71E-07 12E 12.0 204 9 12:45 2.64E+0i 1.18E+00 2.64E+01 WB 967. 194. 6.03E-07 11E 13.5 204 9 12:45 5.45E+00 2.45E+0i 2.45E+0i TH 1070 207. 4.80E-07 10E 15.1 204 9 12:45 1.16E-01 3.10E-01 3.18E-01 TH 1i95 221. 3.85E-07 9E 16.9 203 9 12:45 9.19E-02 2.52E-01 2.52E-01 TH 1318 234. 3.13E-07 BE 18.6 203 9 12:45 7.82E-02 2.16E-01 2.'16E-01 TH 1439

247, 2.81E-07 7E 20.3 202 9

12:45 6.50E-02 1.81E-01 1.81E-Oi TH 1559 259. 2.47E-07 6E 22.0 202 9 12:45 5.40E-02 1.51E-01 1.51E-01 TH 1677

271, 2.22E-07 5E 23.6 201 9

12:45 4.49E-02 1.26E-01 1.26E-01 TH 1793 282. 2.02E-07 4E 25.3 201 9 12: 45 3.51E-02 9.90E-02 9.98E-02 TH 1911 292. 1.81E-07 3E 27.0 201 9 12:45 2.63E-02 7.51E-02 7.51E-02 TH 2028

303, 1.64E-07 9

12:45 i.79E-02 5.15E-02 5.15E-02 TH 2146 313. i.49E-07 ) Z 30.5 200 9 12245 4.92E-03 1.42E-02 1.42E-02 TH 2265 323. i.37E-07 (,N'E 28.7 200 r-i -l ' (\\ \\

ACTUAL INCIDENT TIMEi 12:50 FARLEY NUCLEAR PLANT STABILITY CLASS D DATE: 83/01/59 4.1 MPH FROM 016 DEGCURRENT PLUME INFORMATIO P-'y ABBREVIATED PROJECTION CHI /Q HIGH DOSE ORGAN 2.14* SIGMA DOSE RATE (MR/HR) ID MILE DEG SEC TIME WHOLE BODY THYROID DOGE RATE ID Y Z l 790 1.0 196 9 12:45 1.04E-14 1.08E-12 1.08E-12 TH 114. 46.4 3.22E-05 JULIAN DAY = 19 29C SB 196 9 12:45 1.54E-14 1.60E-12 1.60E-12 TH 91.5' O.0 4.77E-05 1FG-2.3 196 9 12:45 3.15E-15 3.27E-13 3.27E-13 TH 206. 70.2 9.87E-06 ~19C 3.7 195 9 12:45 1.34E-15 1.39E-13 1.39E-13. TH 309. 92.8 4.26E i$G 5.2 196 9 12:45 7.94E-16 8.25E-14 8.25E-14 TH 424. 114. 2.56E itC 6.5 198 9 12:45 5.44E-16 5.66E-14 5.66E-14 TH 534. 133. 1.?8E-06 19G 7.9 200 9 12:45 4.06E-16 4.22E-14 4.22E TH 639. 149. 1.35E-06. 1.08E-06

13G 10.5'203 9

12:45 3.20E-16 3.32E-14 3.32E-it TH 741 164. .12G 12.0 204 9 12: 45 1.99E-16 2.07E-14 2.07E-14 TH.937. .190. 6.89E-07 iiG 13.5 200 9 12:45 1.54E-16 1.60E-14 1.60E-14 TH 1042 203. 5.45E-07 10G 15.i 204 9 12:45 1.2iE-16 1.25E-14 1.25E-14 TH 1152. 216. 4.35E-07.! ?C 16.9 203 9 12:45 9.59E-17 9.96E-15 9.96E-15 TH 1269 229. 3.52E-07 BG 18.6 203 9 12:45 8.14E-17 8.45E-15 8.45E-15 TH 1391 242. 3.06E-07 7G 20.3 202 9 12:45 7.02E-17 7.29E-15 7.29E-15 TH 1512 255. 2.70E-07 2.41E-07 i 6G 22.0 202 9 12245 6.10E-17 6.34E-15 6.34E-15 TH 1631

266, 5G 23.6 201 9

12:45 5.36E-17 5.57E-15 5.57E-15 TH 1749 278. 2.iBE-07 4G 25.3 201 9 12:45 4.66E-17 4.84E-15 4.84E-15 TH 1865-288. i.95E-07 i 3G 27.0 201 9 12:45 4.07E-17 4.23E-15 4.23E-15 TH 1982 299. i.76E-07, PG 28.7 200 9 12:45 3.56E-17 3.70E-15 3.70E-15 TH 2099 309. 1.59E-07) 30.5 200 9 12:45 3.13E-i? 3.25E-15 3.25E-15 TH 2217 319. 1.45E-07 iG 40.0 199 9 15: 3 2.09E-17 2.17E-15 2.17E-15 TH 2866 0.0 9.69E-08 4 iG 50.0 198 9 17:28 1.50E-17 1.56E-15 1.56E-15 TH 3539 0.0 6. 97 E- 08 l ) 'l 4 i -\\ -j

ACTUAL INCIDENT TIME. 12:50 FARLEY NUCLEAR PLAtlT STADILITY CLASS D DAlf: 83/01/19 12 : 45 Of f 03/01/19 EF""): 4.1 MPH FROM 016 DEG INFORMATION AS OF I ) CURREN1 PLUtit ABBREVIATED PRO.TECTION CHI /Q V HIGH DOSE ORGAN 2.iS*5IGMA DDsE RATE (MR/HD) THYROID DOSE RATE ID Y Z ID MILE DEG CEC TIME WHOLE BODY (9E 1.0 196 7 $2: 45 3.SiE+02 1.45E+0i 3.51E+02 WB 114. 45.2 4.65E-06 24E EB 196 9 12:15 2.79E402 1.iSE+0i 2.79E+02 WB 90.8 0.0 3.69E-06 19 JULIAN DAY " ige 2.3 196 9 12:/.5 3.5BE+02 1.50E+01 3.58E+02 WB 223. 73.6 4.6SE-06 ipE 3.7 195 9 12:45 2.50E+02 1.06E401 2.50E+02 WB

342, 98.9 3.24E-06 ICE 5.2 196 9

12:45 1.55E+02 6.63E+00 1.55E+02 WB

454, 119.

2.00E-06 iKE 6.5 198 9 12:45 1.10E+02 4.79E+00 1.10E+02 WB 561. 137. 1.46E-06 14E 7.9 200 9 12:45 8.43E+0i 3.69E+00 B.43E+0i WB 664. 153. 1.18E-06 13E 10.5 203 9 12: 15 4.78E+0i 2.iiE+00 4.78E401 WB 862. 180. 7.71E-07 12E 12.0 204 9 12: 45 2.64E+0i 1.18E+00 2.64E+0i WB 967. 194. 6.03E-07 11E 13.5 204 9 12:45 5.45E+00 2.45E+0! 2.45E+0i TH 1078 207. 4.80E-07 10E 15.1 204 9 12: 45 1.16E-01

3. ICE-01 3.18E-01 TH 1195 221.

3.85E-07 9E 16.9 203 9 12:45 9.19E-02 2.52E-01 2.52E-01 TH 1310 234. 3.13E-07 BE 18.6 203 9 12:45 7.82E-02 2.16E-0$ 2.16E-01 TH 1439 247. 2.8dE-07 7E 20.3 202 9 12:45 6.50E-02 1.81E-01 1.81E-01 TH 1559 259 2.47E-07 6E 22.0 202 9 12:45 5.40E-02 1.51E-01 1.51E-0$ TH 1677 271. 2.22E-07 SE 23.6 201 9 12:45 4.49E-02 1.26E-01 1.26E-01 TH 1793 282. 2.02E-07 4E 25.3 201 9 12: 45 3.51E-02 9.98E-02 9.98E-02 TH 1911 292. 1.81E-07 201 9 12: 45 2.63E-02 7.51E-02 7.51E-02 TH 2028 303. 1.64E-07 9 12:45 1.79E-02 5.iSE-02 5.15E-02 TH 2146 313. 1.49E-07 30.5 200 9 12:45 4.92E-03 1.42E-02 1.42E-02 TH 2265 323. 1.37E-07 (s3E27.0)"E 28.7 20 0 1E 40.0 199 9 15 3 3.33E-03 9.64E-03 9.64E-03 TH 2913 0.0 9.31E-08 1E 50.0 198 9 17:28 2.41E-03 7.00E-03 7.00E-03 TH 3586 0.0 6.75E-08 m h / i l l

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i H. i. i i i i i 0 ( i M. !.-( 1k'y#-..#,,i ,P ,,1-li. _i, j t I l jS 4 )., i l t' ft ~l. '.I l',/ 2\\ x -? 8 y'L \\ ' 's <\\. Q' ./ g i ) / t .f 'N' i e .4 .~,l l l l j' i N

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f~ \\,,. j ' ]. \\, '. f ff ...t.~"*.- d. / J t> \\ T. s %.1 - \\p g% C" 'I _l ..Y / /~ f-g -{7Q92N".4. Vg" I.., y 4 '.. '.,\\ y.. ,f 7 s.- 'y ..g_, f.g,- .. j . x.. g g j . _\\ >. e ..-e '.... j .. J . 9 _... T ,f / N, ~" ~ ...?,0., ""~'.. kf s. 1 f) ACTUAL INCIDENT FARLEY NUCLEAR PLANT ~ ~ ~ ~ DATE: 83/01/14 -DAY-TIME 12:50 4.1 MPH FROM 016 DEG, CLASS D ELEV: DATE 83/01/14 -PLUME-TIME: 12:45 ROADS AND RAILROADSSTATUS TOGGLE 1. FEDERAL ROADS ON-2. STATE ROADS ON 3. COUNTY ROADS ON 8 4. RAILROADS ON 5. ALL DN 6. ALL OFF 7. EXIT i ENTER CHOICE: ) x.J

ACTUAL INCIDENT TIME. 13.04 ) FARLEY NUCLEAR PLANT DATE: 83/01/19 STABILITY CLASS D ELEV: 3.3 MPH FROM 016 DEG CURRENT PLUME INF0ntiATION AS OF 13:00 ON C3/01/19 ,q PRESENT LOCATION Q I DUSE RATE (MR/HR) HIGH DOSE ORGAN 2.14*SICMA CHI /Q ID MILE DEC SEC TIME WHOLE DODY THYROID DOSE RATE ID Y Z JULIAN DAY = 19 20G .8 196 9 13: 0 1.74E-14 1.87E-12 1.87E-12 TH 95.5 40.7 5.53E-05 200 SB 196 9 13: 0 1.88E-14 2.02E-12 2.02E-12 TH 91.5 0.0 5.96E-05 19G 1.9 196 9 13: 0 5.iiE-15 5.50E-13 5.50E-13 TH 170. 61.5 1.64E-05 170 3.1 196 9 13 0 2.07E-15 2.22E-13 2.22E-13 TH 258. 82.0 6.74E-06 19G 4.6 196 9 13: 0 1.00E-15 1.08E-13 1,08E-13 TH 358. 102. 3.32E-06 i$C 6.0 196 9 13: 0 6.40E-16 6.87E-14 6.87E-14 TH 472. 123. 2.14E-06 iKG 7.4 190 9 13: 0 4.56E-16 4.90E-14 4.90E-14 TH 581.

141, 1.55E-06 14G 8.7 199 9

13 0 3.49E-16 3.75E-14 3.75E-14 TH 686. 156. 1.20E-06 13G 11.4 202 9 13: 0 2.79E-16 3.00E-14 3.00E-14 TH 787. 171. 9.84E-07 12G 12.8 203 9 13: 0 1.7BE-16 1.91E-ii 1.91E-14 TH 982. 196. 6.39E-07 11G 14.3 203 9 -13 : 0 1.39E-16 1.49E-14 1.49E-14 TH 1987 209. 5.0?E-07 10G 16.0 203 9 13: 0 1.09E-16 1.18E-11 1.18E-14 TH 1196

221, 4.09E-07 9G 17.7 203 9

13: 0 8.74E-17 9.40E-15 9.'40E-15 TH 1313

234, 3.33E-07 BG 19.4 202 9

13: 0 7.46E-17 8.01E-15 8.01E-15 TH 1435 247. 2.?iE-07 7G 21.1 202 9 13: 0 6.46E-17 6,94E-15 6.94E-15 TH 1555 259. 2.58E-07 6C 22.8 202 9 13: 0 5.63E-i? 6.05E-15 6.05E-15 TH 1674

271, 2.31E-07 5G 24.5 201 9

13 0 4.97E-17 5.34E-15 5.34E-15 TH 1792 282. 2.09E-07 40 26.2 201 9 13: 0 4.32E-17 4.65E-15 4.65E-15 TH 1900 292. i.88E-07 9 13: 0 3.79E-17 4.07E-15 4.07E-15 TH 2025

303, 1.70E-07 g w)3G 27.9 200 3 29.6 200 9

13: 0 3.32E-17 3.57E-15 3.57E-15 TH 2142 313. 1.54E-07 1G 31.3 200 9 13: 0 2.93E-17 3.15E-15 3.15E-15 TH 2260 323. 1.40E-07 q i 4 I f \\ x>

ACTUAL INCIDENT-TIME 13:04 FARLEY NUCLEAR PLANT CTABILITY CLASS D '83/01/$9 DATE: 13:00 ON 83/01/19 3.3 MPH FROM 016 DEGCURRENT PLUME INFORMATION EF"4 i PRESENT LOCATION ( CHI /O HIGH DOSE ORGAN 2.iotSICMA DODE RATE (MR/HR) DOGE RATE ID Y Z THYROID ID MILE DEC SEC TIME WHOLE BODY 20E 8 196 9 131 0 5.12E+02 2.20E+0i 5.12E+02 WB 94.9 39.2 7.26E-06 2DE SB 196 9-13; O 1.54E402 6.66E+00 1.54E+02 WB 90.8 0.0 2.19 E- 0 6 19 JULIAN DAY = $9E 1.9.196 9 13 0 3.90E+02 1.69E+0i 3.90E+02 WB 188. 65.1 5.44E-06 ifE 3.1 196 9 13: 0 3.3BE+02 1.49E+0i 3.38E+02 WB 292. 88.7 4.66E-06 iPE 4.6 196 9 13: 0 1.84E+02 8.2iE+00 1.84E+02 WB 408. iii. 2.52E-06 16E 6.0 196 9 13: 0 'i.20E+02 5.42E+00 1.20E+02 WB 518. 130. i.65E-06 iFE 7.4 198 9 13: 0 9.16E+0$ 4.16E+00 9.16E+0i WB 624.

147, i.28E-06 14E 8.7 199 9

13 0 6.97E+0i 3.20E+00 6.97E+0i WB

726, 162.

i.03E-06 9 13 0 4.09E+0i 1.90E+00 4.09E+0$ WB 922. 188. 6.97E-07 12E 12.8 203 9 13: 0 2.28E+0i 1.07E+00 2.28E+0i WB 1027 201. 5.51E-07: iiE 14.3 203 9 13: 0 4.76E+00 2.25E+0i 2.25E+0i TH 1137 214. 4.42E-07 13E 11.4 202 10E 16.0 203 9 13 0 1.03E-01 2.94E-01 2.94E-01 TH 1254 227. 3.5?E 9E-17.7-203 9 13: 0 8.15E-02 2.35E-01 2.35E-01 TH 1376 241. 2.93E-07 BE 19.4 202 9 13: 0 6.97E-02 2.02E-01 2.02E-01 TH 1497' 253.

2. 64E-07 '

7E 21.1 202 9 13: 0 5.83E-02 1.70E-01 1.70E-0$ TH 1617

265, 2.33E-07 6E 22.8 202 9

13: 0 4.86E-02 1.43E-01 1.43E-01 TH 1734 276. 2~.10E-07 5E 24.5 201 9 135 0 4.05E-02 1.20E-0$ 1.20E-01 TH-1851 287. i.92E-07 9 13: 0 3.18E-02 9.49E-02 9.49E-02 TH 1968 297. 1.73E-07 27.9 200 9 13: 0 2.38E-02 7.17E-02 7.17E-02 TH 2085 308. i.57E-07 ~ __ 29.6 200 9 13: 0 1.63E-02.4.93E-02 4.93E-02 TH 2203 318. 1.43E-07:

0. 4E 26.2 201 iE 31.3 200 9

13: 0 4.49E-03 1.36E-02 1.36E-02 TH 2322 327. 1.32E-07 I I ",n .I l L 1

ACTUAL INCIDENT TIME 13:04 FARLEY NUCLEAR PLANT STADILITY CLASS D DATE 83/01/19 3.3 MPH FROM 016 DEG 13:00 CN C3/01/19 CURRENT PLUME INFORMATION AC OF ELEV: ( T ABBREVIATED PROJECTION \\u/ CH1/Q HIGH DOSE ORGAN 2.14tSIGMA DOSE RATE (MR/HR) ID MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 20G .8 196 9 13: 0 1.74E-14 1.87E-12 1.87E-12 TH 95.5 40.7 5.53E-05 JULIAN DAY = i? 2SG SD 196 9 13i 0 1.88E-14 2.02E-12 2. 0 2E.-12 TH 91.5 0.0 5.96E-05 79G i.9 196 9 135 0 5.iiE-15 5.50E-13 5.50E-13 TH 170. 61.5 1.64E-05 ifC 3.1 196 9 13: 0 2.07E-15 2.22E-13 2.22E-13 TH 258. 82.0 6.74E-06 iVG 4.6 196 9 13 0 1.00E-15 1.0BE-13 1.08E-13 TH 350. 102. 3.32E-06 1%G 6.0 196 9 132 0 6.40E-16 6.87E-14 6.87E-14 TH 472 123. 2.14E-06 itT; 7.4 198 9 13: 0 4.56E-16 4.90E-14 4.90E-14 TH 581. 141. 1.55E-06 19C 8.7 199 9 13: 0 3.49E-16 3.75E-14 3.75E-14 TM 686. 156. 1.20E-06 13G 11.4 202 9 13: 0 2.79E-16 3.00E-14 3.00E-14 TH 787. 171. 9.84E-07 12C 12.8 203 ? 13 0 1.78E-16 1.91E-14 1.91E-14 TH 982. 196. 6.39E-07 dig 14.3 203 9 13: 0 1.39E-16 1.49E-14 1.49E-14 TH 1087 209. 5.09E-07 10G 16.0 203 9 13; O i.09E-16 1.18E-14 1.iDE-ii TH 1196 221.

e. 09E-07 9G 17.7 203 9

13: 0 8.74E-17 9.40E-15 9.40E-15 TH 1313 234. 3.33E-07 OG 19.4 202 9 13: 0 7.46E-17 0.0iE-15 8.01E-15 TH 1435

247, 2.91E-07 7G 21.1 202 9

13: 0 6.46E-17 6.94E-15 6.94E-15 TH 1555 259. 2.50E-07 6G 22.8 202 9 13 0 5.63E-17 6.05E-15 6.05E-15 TH 1674 271 2.31E-07 5G 24.5 201 9 132 0 4.97E-17 5.34E-15 5.34E-15 TH 1792 282. 2.09E-07 4G 26.2 201 9 13: 0 4.32E-17 4.65E-15 4.65E-15 TH 1908 292. i.88E-07 9 13: 0 3.79E-17 4.07E-15 4.07E-15 TH 2025 303. 1.70E-07 \\s,/ 3 29.6 200 9 131 0 3.32E-17 3.57E-15 3.57E-15 TH 2142 313. 1.54E-07 (j3G 27.9 20 0 1G 31.3 200 9 13: 0 2.93E-17 3.15E-15 3.15E-15 TH 2260 323. i.40E-07 iG 40.0 199 9 15:38 2.03E-17 2.18E-15 2.18E-15 TH 2852 0.0 9.76E-08 iG 50.0 198 9 18:39 1.46E-17 1.57E-15 1.57E-15 TH 3525 0.0 7.01E-08 a 7 .t

ACTUAL INCIDENT TIMEi 13:04 FARLEY NUCLEAR PLANT STABILITY CLASS D 83/01/$9 DATE: 13:00 ON 83/01/19 3.3 MPH FROM 016 DEG CURRENT PLUME INFORMATION AS OFABBREVIATED P E&~V CHI /Q HIGH DOSE ORGAN 2.14tSIGMA DOSE R ATE (MR/HR) ID MILE DEC SEC TIME WHOLE DODY THYCOID DOSE RATE ID Y Z t 20E .8 196 ? 13: 0 5.12E+02 2.20E+0i 5.12E+02 WB 94.9 39.2 7.26E-06 JULIAN DAY = 19 20E SB 196 9 13: 0 1.54E+02 6.66E+00 1.54E+02 WB 90.0 0.0 2.19E-06 29E i,9 196 9 131 0 3.90E+02 1.69E+0$ 3.90E+02 WB 188. 65.1 5.44E-06 + ifE 3.1 196 9 13: 0 3.38E+02 1.49E+0i 3.38E+02 WB 292. 88.7 4.66E-06 iPE 4.6 196 9 13: 0 1.84E+02 8.2iE+00 1.84E+02 WB 408. iii. 2.52E-06 i$C 6.0 196 9 13 0 1.20E+02 5.42E+00 1.20E+02 WB 518. 130. i 65E-06 isE 7.4 198 9 13 0 9.16E+0i 4.16E+00 9.16E+0i WB 624. 147. i.28E-06 19E 0 7 199 9 13: 0 6.97E+0i 3.20E+00 6.97E+01 WB. 726. 162. 1.03E-06 13E 11.4 202 9 13: 0 4.09E+0i 1.90E+00 4.09E+0i WB

922, 188.

6.97E-07 12E 12.8 203 9 13 0 2.28E+0i 1.07E+00 2.2BE+0i WB 1027 201. 5.51E-07 ijE 14.3 203 9 13 0 4.76E+00 2.25E+0$ 2.25E+0i TH 1137 214. 4.42E-07 10E 16.0 203 9 13: 0 1.03E-01 2.94E-01 2.94E-01 TH 1254 227. 3.57E-07 > 7E 17.7 203 9 13: 0 8.15E-02 2.35E-01 2.35E-01 TH 1376

241, 2.93E-07 BE 19.4 202 9

i'a i 0 6.97E-02 2.02E-01 2.02E-01 TH 1497 253. 2.64E-07 7E 21.1 202 9 13 0 5.83E-02 1.70E-01 1.70E-01 TH 1617 265. 2.33E-07 6E 22.0 202 9 13: 0 4.86E-02 1.43E-01 1.43E-01 TH Li?34 276. 2.10E-07 5E 24.5 201 9 13 0 4.05E-02 1,20E-01 1.20E-01 TH 1851 287. i.92E-07a 4E 26.2 201 9 13: 0 3.18E-02 9.49E-02 9.49E-02 TH 1968 297. i.73E-07 'E 27.9 200 9 13: 0 2.38E-02 7.17E-02 7.17E-02 TH 2085 308. i.57E-07 I 29.6 200- 9 13 0 1.63E-02 4.93E-02 4.93E-02 TH 2203 310. 1.43E-07 1E 31.3 200 9 13 0 4.49E-03 1.36E-02 1.36E-02 TH 2322 327. 1.32E-07, iE 40.0 199 9 15:30 3.16E-03 9.61E-03 9,61E-03 TH 2913 0.0 9.31E-08: 1E 50.0 198 9 18:39 2.29E-03 6.97E-03 6.97E-03 TH 3586 0.0 6.75E-08 ' 4 ) i r

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./ .l l l j l 'v i r-s 'j l j6 ~ ~.f r- )7Q t{.6n%.1$. ..t " <. * ~i T. c,, .i.~i j.<.i r- .\\ . +,. \\... \\ c 1o %cs 7,.:.' .) / ...Ld95 _ ..Y,.-' n .. ' :.4 _'y. ,,.A.. 9.y 1 e 7 s ' h} .j 2.. / g it. f.,,, e -.n. L _.9 9.- %.N /~ ~.. - - 1,0...,.- '. 1 U8%g~ ACTUAL INCIDENT 'g FARLEY NUCLEAR PLANT -DAY-TIME: 13:05 83/01/14 3.3 MPH FROM 016 DEG, CLASS D DATE: DATE: 83/01/14 -PLUME-TIME 13:00 ELEV ROADS AND RAILROADSSTATUS TOGGLE ON

1. FEDERAL ROADS ON

2. STATE ROADS ON'

3. COUNTY ROADS ON'

4. RAILROADS

.g

5. ALL'ON 6.

ALL OFF

7. EXIT JNTER CHOICEi 73 i

h L,/ j

ACTUAL INCIDENT TIMEi 132 1? FARLEY NUCLEAR PLANT STABILITY CLASS D 03/01/19 DATE. 9 2.5 MPH FROM 017 DEGCURRENT PLUME INFORMATIO E 1 PRESENT LOCATION CHI /Q HIGH DOSE ORGAN 2.14* SIGMA DOCE R ATE (MR/HR ) DOSE RATE ID Y Z THYROID ID MILE DEC SEC TIME WHOLE DODY 2fG .6 197 9 13:15 3.47E-14 3.85E-12 3.85E-12 TH 75.0 34.2 1.12E-04 210 SD 197 9 13:19 2.47E-14 2.74E-12 2.74E-12 TH 91.5 0.0 8.02E-05 JULI AH D AY = 19 20G 1.4 197 9 13:15 9.57E-15 1.06E-12 1.06E-12 TH 132. 51.5 3.14E-05 li 74C 2.5 196 9 13:15 3.60E-15 3.99E-13 3.99E-13 TH 205. 70.0 1.19 E- 05 ifG 3.7 196 9 13:15 1.63E-15 1.81E-13 1.81E-13 TH 291 89.1 5.50E-06 i iPG 5.2 196 9 13:15 8.42E-16 9.35E-14 9.35E-14 TH 390. 100. 2.88E-06 _ i1G 6.6 197 9 13:15 5.55E-16 6.16E-14 6.16E-14 TH 503.

128, 1.93E-06 16C 8.0 198 9

13:15 4.04E-16 4.49E-14 4.49E-14 TH 611. 145. 1.42E-06 19G 9.3 199 9 13:15 3.13E-16 3.48E-14 3.48E-14 TH 716 161. 1.12E-06 13C 12. 0 202 9 13:15 2.53E-16 2.81E-14 2.81E-14 TH 816. 175 9.27E-07 12G 13.4 203 9 13:15 1.63E-16 1.81E-14 1.81E-14 TH 1012 200. 6.09E-07 iiG 14.9 203 ? 13:15 1.28E-16 1.43E-14 1.43E-14 TH 1115 212. 4.BBE-07 10G 16.6 203 9 13:15

1. die-16 1.13E-14 1.13E-14 TH 1225 224.

3.94E-07 9C 10.3 203 9 13:15 8.14E-17 9.0iE-15 9.01E-15 TH 1341 237. 3.22E-07 BG 20.0 202 9 13:15 6.97E-17 7,74E-15 7.74E-15 TH 1463 250. 2.82E-07 7G 21.7 202 9 13:15 6.05E-17 6.72E-15 6.72E-15 TH 1583 262. 2.51E-07 6G 23.4 201 9 13:15 5.29E-17 5.87E-15 5.87E-15 TH 1702 273. 2.25E-07 5C 25.1 201 9 13:15 4.67E-17 5.19E-15 5.19E-15 TH 1820 284. 2.04E-07 4G 26.8 201 9 13:15 4.07E-17 4.52E-15 4.52E-15 TH 1936 295. 1.83E-07 28.5 200 9 13:15 3.58E-17 3.97E-15 3 97E-15 TH 2052 305. 1.66E-07 i 2G 30.2 200 9 13:15 3.14E-17 3.4BE-15 3.48E-15 TH 2170 315. 1.51E-07 10 31.9 200 9 13:15 2.77E-17 3.07E-15 3.07E-15 TH 2287 325. 1.38E-07, s I

ACTUAL INCIDENT TIME 13: 19 FARLEY NUCLEAR PLANT STABILITY CLASS D DATE: 83/01/19 2.5 MPH FROM 017 DEG 13:15 ON 03/01/19 ELEV CURRENT PLUME INFORMATION AS OF / j PRESENT LOCATION (_/ HICH DOSE ORGAN 2.$10SIOMA CHI /Q DOSE R ATE (MR/HR> ID MILE DEC SEC TIME WHOLE UDDY THYROID DOSE RATE ID Y Z 2fE .6 197 9 13:15 6.88E+0i 3.08E+00 6.88E+0i WB 74.2 32.5 1.04E-06 JULIAN DAY - 19 22E SB 197 9 13:19 1.71E+02 7.68E+00 1.71E+0? WB 90.0 0.0 2.60E-06 20E 1.4 197 9 13:15 3.26E+02 $.47E+0i 3.26E+02 WB 151 55.6 4.86E-06 (qE 2.5 196 9 13:15 3.2iE+02 1.47E401 3.2iE+02 WB 240. 77.4 4.73E-06 ifE 3.7 196 9 13:15 2.54E+02 1.17E+0i 2.54E+02 WB 341. 98.8 3.69E-06 19E 5.2 196 9 13:15 1.36E+02 6.35E+00 1.36E+02 WB 456 11? 1.96E-06 i$E 6.6 197 9 13:15 9.90E+05 4.67E+00 9.90E+02 WB 565.

138, 1.42E-06 isE 8.0 198 9

13:15 7.79E+0i 3.71E+00 7.79E+0i WB 670. 154. 1.14E-06 19E 9.3 199 9 13:15 6.01E+0i 2.90E+00 6.01E+0i WB 771. 168. 9.43E-07 13E 12.0 202 9 13:15 3.62E+0i 1.76E+00 3.62E401 WB 967 194. 6.49E-07 12E 13.4 203 9 13:15 2.03E+0i 1.00E+00 2.03E+01 WB 1071 206. 5.i?E-07 iiE 14.9 203 9 13:15 4.26E+00 2.iiE+0i 2.iiE+0i TH 1181 219. 4.i?E-07 10E 16.6 203 9 13:15 9.27E-02 2.78E-0$ 2.7BE-01 TH 1297 232. 3.39E-07 9E 18.3 203 9 13:15 7.3BE-02 2.23E-01 2.23E-01 TH 1420 245. 2.79E-07 BE 20.0 202 9 13:15 6.24E-02 1.90E-01 1.90E-01 TH 1540 257 2.49E-07 7E 21.7 202 9 13:15 5.31E-02 1.63E-01 1.63E-01 TH 1659 269 2.24E-07 6E 23 4 201 9 13:15 4.44E-02 1.37E-01 1.37E-0$ TH 1777

200, 2.03E-07 SE 25.1 201 9

13:15 3.71E-02 1.15E-01 1.15E-01 TH 1893 271 1.86E-07 (i v 26.8 201 9 13:15 2.92E-02 9.15E-02 9.15E-02 TH 2010 301. 1.67E-07 \\ / _ 28.5 200 9 13:15 2.19E-02 6.93E-02 6.93E-02 TH 2127 311. 1.52E-07 2E 30.2 200 9 13:15 1.51E-02 4.81E-02 4.81E-02 TH 2245 321. i.40E-07 1E 31.9 200 9 13:15 4.14E-03 1.32E-02 1.32E-02 TH 2364 331 1.2SE-07 I ' /~S ( l v e

ACTUAL INCIDENT TIf1E : 13:20 FARLEY NUCLEAR PLANT STADILITY CLAF.S D DATE 83/01/19 2.5 MPH FROM 017 DEGCURRENT PLUliE INFORMATION AS O ELIQVi ABBREVIATED PROJECTION ( ) (_/ CHI /Q HIGH DORE ORGAN 2.14*CIGMA DOSE RATE (MR/HR) ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 2iG .6 197 9 13:15 3.47E-14 3.85E-12 3.85E-12 TH 75.0 34.2 1.12E-04 JULIAN DAY = 19 2fC SB 197 9 13:19 2.47E-14 2.74E-12 2.74E-12 TH 91.5 0.0 8.02E-05 20G 1.4 197 9 13:15 9.57E-15 1.06E-12 1.06E-12 TH 132. 51.5 3.14E-05 $9G 2.5 196 9 13:15 3.60E-15 3.99E-13 3.99E-13 TH 205 70.0 1.19E-05 AEG 3.7 196 9 13:$5 1.63E-15 1.81E-13 1.81E-13 TH 291. 89.1 5.50E-06 19C 5.2 196 9 13:15 8.42E-16 9.35E-14 9.35E-14 TH 390. 108. 2.88E-06 33G 6.6 197 9 13:15 5.55E-16 6.16E-14 6.16E-14 TH 503. 128. i.93E-06 iKG 8.0 198 9 13:15 4.04E-16 4.49E-14 4.49E-14 TH 611. 145. 1.42E-06 iyG 9.3 199 9 13:15 3.13E-16 3.48E-14 3.48E-14 TH 716. 161. 1.12E-06 13G 12.0 202 9 13:15 2.53E-16 2,81E-14 2.81E-14 TH 816. 175. 9.27E-07 $2G 13.4 203 9 13:15 1.63E-16 1.81E-14 1.81E-14 TH 1012 200. 6.09E-07 11G 14.9 203 9 13:15 1.28E-16 1.43E-14 1.43E-14 TH 1115 212. 4.88E-07 10G 16.6 203 9 13:15 1.01E-16 1.13E-14 1.13E-14 TH 1225

224, 3.94E-07 9G 18.3 203 9

13:15 8.14E-17 9.04E-15 9.04E-15 TH 1311 237 3.22E-07 BG 20.0 202 9 13:15 6.97E-17 7.74E-15 7.74E-15 TH 1463 250. 2.82E-07 7G 21.7 202 9 13:15 6.05E-17 6.72E-15 6.72E-15 TH 1583 262 2.51E-07 6G 23.4 201 9 13:15 5.29E-17 5.87E-15 5.87E-15 TH 1702 273. 2.25E-07 5G 25.1 201 9 13:15 4.67E-17 5.19E-15 5.19E-15 TH 1820 284.

2. 04 E- 07

/~T4G 26.8 201 9 13:15 4.07E-17 4.52E-15 4.52E-15 TH 1936 295. 1.83E-07 (_,/

28.5 200 9

13:15 3.58E-17 3.97E-15 3.97E-15 TH 2052 305. 1.66E-07 'dG 30.2 200 9 13:15 3.14E-17 3.48E-15 3.48E-15 TH 2170 315. i.51E-07 iG 31.9 200 9 13:15 2.77E-17 3.07E-15 3.07E-15 TH 2287

325, 1.38E-07 iG 40.0 199 9

16:32 1.97E-17 2.19E-15 2.19E-15 TH 2838 0.0 9.84E-08 iG 50.0 199 9 20:36 1.41E-17 1.57E-15 1.57E-15 TH 3511 0.0 7.06E-08 l 1 5 i " r~x s_

ACTUAL INCIDENT TIME: 13:20 FARLEY NUCLEAR PLANT STABILITY CLAGS D DATE: 83/01/19 2.5 MPH FROM 017 DEG INFORl1ATION AS OF 132 15 Ott 83/01/19 E"^ y : CURREtlT PLUliC ABBREVIATED PROJECTION ) CHI /O HIGH DOSE ORGAN 2.14tGIGNA ( DOSE RATE (MR/HR) ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z EiE .6 197 9 13:15 6.BBE+0i 3.08E+00 6.88E+0i WB 74.2 32.5 1.0'.E-06 JULIAN DAY r 19 2tC SB i?? 9 13:19 1.71E402 7.68E+00 1.71E+02 WB 90.8 0.0 2.60E-06 20E 1.4 197 9 13:15 3.26E+02 1.47E+0i 3.26E+02 WB 151. 55.6 4.86E-06 79E 2.5 196 9 13:15 3.2iE+02 1.47E+0i 3.2iE+02 WB 240. 77.4 4.73E-06 1FE 3.7 196 9 13:15 2.54E+02 1.17E+0i 2.54E+02 WB 341 98.8 3.69E-06 iqE 5.2 196 9 13:15 1.36E402 6.35E+00 1.36E+02 WB 456. 119. 1.96E-06 i'&E 6.6 197 9 13:15 9.90E+0i 4.67E+00 9.90E+03 WB 565. 138. 1.42E-06 iIE 8.0 198 9 13:15 7.79E+0i 3.71E400 7.79E+0i WB 670. 154. 1.14E-06 19E 9.3 199 9 13:15

6. die +0i 2.90E+00 6.01E+0i WB 771.

168. 9.41E-07 13E 12.0 202 9 13:15 3.62E+0i 1.76E+00 3.62E+0i WB 967. 194. 6.49E-07 12E 13.4 203 9 13:15 2.03E+0i 1.00E+00 2.03E401 WB 1071 206. 5.17E-07 iiC 14.9 203 9 13:15 4.26E+00 2.11E+0i 2.iiE+01 TH 1101 219. 4.17E-07 10E 16.6 203 9 13:15 9.27E-02 2.78E-01 2.78E-01 TH 1297 232. 3.39E-07 9E 18.3 203 9 13:15 7.38E-02 2.23E-01 2.23E-01 TH 1420 245. 2.79E-07 BE 20.0 202 9 13:15 6.24E-02 1.90E-01 1.90E-01 TH 1540 257. 2.49E-07 7E 21.7 202 9 13:15 5.31E-02 1.63E-01 1.63E-01 TH 1659 269. 2.24E-07 6E 23.4 201 9 13:15 4.44E-02 1.37E-01 1.37E-01 TH 1777 280. 2.03E-07 201 9 13:15 3.71E-02 1.15E-01 1.15E-01 TH 1893 291 1.06E-07 PE 26.8 201 9 13:15 2.92E-02 9.15E-02 9.15E-02 TH 2010 301. 1.67E-07 28.5 200 9 13:15 2.19E-02 6.93E-02 6.93E-02 TH 2127 311. 1.52E-07 f~s5E 25.1 2E 30.2 200 9 13:15 1.51E-02 4.81E-02 4.81E-02 TH 2245

321, 1.40E-07 i

1E 31.9 200 9 13:15 4.14E-03 1.32E-02 1.32E-02 TH 2364 331 1.28E-07 1E 40.0 199 9 16:32 2.99E-03 9.57E-03 9.57E-03 TH 2913 0.0 9.31E-08 iE 50.0 199 9 20:36 2.17E-03 6.94E-03 6.94E-03 TH 3596 0.0 6.75E-08 n I [ ) i \\Y

h i R ,,,,.., 4 h.J = -- - 4 W =. --'~~ ~ ~ ~ " ..,..,:/,t 3 s

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.. g ",t -. -).. +,, -\\. ). ~ ..."f.7.. / ~\\ y= , y...* R r.,\\t ?- j..- .),I s ,o , f h. h. O'4 /, A.' YM \\e - I/ / - 'g \\,4 , ",.,, "'g ,( $ 2 7,t j - jg- \\ ...t - + ./..,.,v N.\\ x. i ; p i 'c 1 e.; 4,, 8 \\ \\ n s. . \\ \\, ;t. i \\, \\ s .i i y.' '.,, \\ >s i, t i ( i, t. - ). ' m l,;' f I,/;. 1 T i 4 i M i, \\ \\ #l ~ 1.1 l 4 l l l - e

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i 1 5 f j e / w./'/ a' '! ,.s.-i'i a 2).. N'<,./s,././,/ j ,t w..,. I j i 1 / j I i J t [ } ift, i 2 'I ^ \\ ;;e I I f. 4.f,.C, 8. V c. 1 s. 'e / i r, <v / I j . k..N. s{I n. i A*. b, z . /,,... } ,' : cts L S T ',,,} y.,'f,l,/ / \\. '.2 l..L f9g N* 5 '4.. j ^;.. C g Knhi. r ,.9 ',t 1.-. , ~.. H, ,( L l, _,_\\ E p - e - g~ / - / .. 1 1,0. ".. g.. J -.9. UBh. \\sc ACTUAL INCIDENT g FARLEY NUCLEAR PLANT DATE: 83/01/14 -DAY-TIME: 13:21 2.5 MPH FR0f 017 DEG, CLASS D' ELEV DATE: 83/01/14 -PLUME-TIME 13:15 R i ROADS.AND RAILROADSSTATUS: TOGGLE

1. FEDERAL ROADS-

~0N 2. STATE ROADS ON 'I

3. COUNTY ROADS ON F

4. RAILROADS ON ~ 5. ALL ON

6. ALL OFF 7.

EXIT 4 JNTER CHOICE: -f Y .- j L

ACTUAL INCIDENT T I ME.. 13:34 FARLEY HUCLEAR PLANT STADILITY CLASS D DATE: 83/01/19 3.9 MPH FROM 021 DECCURRENT PLUME INFORMATION A0 0 ELEVi ("3 PRESENT LOCATIOM (_,/ CHI /Q HIGH DOSE ORGAN 2.14*SICHA DUGE R Alf (tiR /HR ) ID MILE'DEC GEC TIME WHOLE UDDY THYROID DDSE RATE ID Y Z 23G i.0 201 9 13:30 1.14E-14 1.30E-12 1.30E-12 TH 108. 44.6 3.79E-05' JULIAN DAY = 19 22C SB 201 9 13:30 1.53E-14 1.76E-12 1.76E-12 TH 91.5 0.0-5.10E, 2fG i.6 200 9 13:30 6.55E-15 7.51E-13 7.51E-13 TH 194. 67.5 2.20E-05 i 20C 2.4 199 9 13:30 3.22E-15 3.69E-13 3.69E-13 TH 246. 79.5 'i.09E-05' i 19G 3.4 198 9 13:30 1.69E-15 1.94E-13 1.94E-13 TH 314. 93 8 5.84E-06 ifC 4.7 197 9 13:30 9 39E-16 1.07E-13 1.07E-13 TH 396. 109. 3.28E -i H; 6.1 197 9 13:30 5.52E-16 6.33E-14 6.33E-14 TH 493.

126, 1.96E-06 i

1%G 7.6 197 9 13:30 3.97E-16 4.55E-14 4.55E-14 TH 603. 144. 1.43E-06 ifG 9.0 198 9 13:30 3.05E-16 3.50E-14 3.50E-14 TH 710. 160. 1.11E-06 19C 10.3 19? 9 13:30 2.46E-16 2.82E-14 2.82E-14 TH 813. 174. 9..iSE-07 13G 12.9 202 9 13:30 2.04E-16 2.34E-ii 2.34E-14 TH 913. 187. 7.73E-07 12C 14.4 203 9 13:30 1.36E-16 1.56E-14 1.56E-14 TH 1107 211 5.27E-07 iiG 15.9 203 9 13:30 1.09E-16 1.25E-14 1.25E-14 TH 1209 223. 4.29E-07 10G 17.5 203 9 13:30 0.73E-17 1.00E-14 1.00E-14 TH 1318-235. 3.5DE-07 VG 19.3 203 9 13 30 7.06E-17 0.09E-15 8.09E-15 TH 1434 247. 2.89E BC 21.0 202 9 13:30 6.10E-17 ,.99E-15 6.99E-15 TH 1555 259. -2.56E-07 7G 22.7 202 9 13:30 5.34E-17 6.12E-15 6.12E-15 TH 1675 271. 2.29E-07 6G 24.4 201 9 13:30 4.70E-17 5.3SE-15 5.38E-15 TH 1794 282. 2.07E-07 26.1 201 9 13:30 4.i?E-17 4.78E-15 4.78E-15 TH. 1911 293. i.89E-07 (_ 27.7 201 9 13:30 3.66E-17 4.i?E-15 4.19E-15 TH 2027 303. i.71E-07 p)f4 3G 29.4.200 9 13:30 3.22E-17 3.69E-15 3.69E-15 TH 2143 313. i.55E-07 2G 31.1 200 9 13:30 2.84E-i? 3.25E-15 3.25E-15 TH 2260 323. 1.41E-07' iG 32.9 200 9 13:30 2.51E-17 2.BBE-15 2.88E-15 TH 2378 332. i.29E-07 I

~ 1 ACTUAL INCIDENT TIMEi 13:34 FARLEY NUCLEAR PLANT ~DATE: 83/01/19 STABILITY CLASS D Vi 3.9 MPH FROM 021 DEG CURRENT PLUME INFORMATION AS OF 13:30 OH 83/01/19 j PRESENT LOCATION ) DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CH]/Q ID MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z JULIAN DAY = 19 22E 1.0 201 9 13:30 6.15E+02 2.86E+0$ 6.15E+02 WB

108, 43.3 1.00E-05 22E SB 201 9

13:30 1.98E+02 9.24E400 1.98E+02 WB 90.0 0.0 3.24E 2fE 1.6 200 9 13:30 2.24E+02 1.05E+0$ 2.24E+02 WD 163. 58.9 3.50E-06 1 2DE 2.4 199 9 13:30 3.16E402 1.50E+0i 3.16E+02 WB 234. 76.1 4.97E-06 J $9E 3.4 198 9 13:30 3.02E+02 1.45E+0i 3.02E+02 WB 319. 94.3 4.69E-06 1FC 4.7 197 9 13:30 1.85E402 8.98E+00 1.85E+02 WB 418. 113. 2.83E-06: ieE 6.1 197 9 13:30 1.01E+02 4.96E+00 1.01E+02 WB 530. 132. i.53E-06 i 1[E 7.6 197 9 13:30 8.00E+0i 3.96E+00 8.00E+0i WB 638 149. 1.2iE-06 l 151: 9.0 198 9 13:30 6.31E+0$ 3.16E+00 6.31E+0i WB 742. 164. 9.80E-07 ; 19E 10.3 199 9 13:30 4.75E+0i 2.40E+00 4.75E+0i WB 842. 178. 7.83E-07 ' 13E 12.9 202 9 13:30 3.09E+0$ i.58E+00 3.09E+0i WB 1037 202. 5.83E-07 ; 12E 14.4 203 9 13:30 1.75E+0i 9.0?E-01 1,75E+0i WB 11*41 215. 4.69E-07 iiE 15.9 203 9 13:30 3.71E+00 1.93E+01 1.93E+0i TH 1250 227. 3.83E-07 10E 17.5 203 9 13:30 8.14E-02 2.56E-01 2.56E-01 TH 1366 239. 3.13E-07 9E 19 3 203 9 13:30 6.52E-02 2.07E-0$ 2.07E-01 TH 1488 252. 2.60E-07 BE 21.0 202 9 13:30 5.54E-02 1.77E-01 1.77E-01 TH 1608 264. 2.33E-07 7E 22.7 202 9 13:30 4.74E-02 1.52E-0$ 1.52E-01 TH 1727 275. 2.iiE-07' 6E 24.4 201 9 13:30 3.98E-02 1.29E-01 1.29E-01 TH 1844 286. 1.91E-07!' 26.1 201 9 13:30 3.34E-02 1.09E-0$ 1.09E-01 TH 1960 297. 1.76E-07 [~'~227.7201 9 13:30 2.64E-02 8.67E-02 8.67E-02 TH 2077 307. 1.59E-07 3E 29.4 200 9 13:30 1.99E-02 6,58E-02 6.58E-02 TH 2194 317. i.45E-07 2E 31.1 200 9 13:30 1.37E-02 4.58E-02 4.58E-02 TH 2311 327. 1.34E-07 iE 32.9 200 9 13:30 3.77E-03 1.26E-02 1.26E-02 TH 2430 336. 1.23E-07 i i l i i

-. =. ACTUAL INCIDENT TIME: 13:34 FARLEY MUCLEAR PLANT .DATE 83/01/19 STADILITY CLASS D + 3.9 MPH FROM 021 DEGCURRENT PLUME INFORMATION AS O t E,LF:V i ( ABBREVIATED PROJECTION CHI /Q HIGH DOCC ORGAN 2.14?/ SIGMA (- DDSE RATE (hR/HR) In MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 22.G 1.0 203 9 13:30 1.14E-14 1.30E-12 1.30E-12 TH

108, 44.6 3.79E-05 JULIAN DAY =

19 23G SB 201 9 13:30 1.53E-14 1.76E-12 1.76E-12 TH 91.5 0.0 5.10E-05 22G i.6 200 9 13:30 6.55E-15 7.51E-13 7.51E-13 TH 194. 67.5 2.20E-05 2DG 2.4 199 9 13:30 3.22E-15 3.69E-13 3.69E-13 TH

246, 79.5 1 09E-05 74G 3.4 198 9

13:30 1.69E-15 1.94E-13 1.94E-13 TH 314. 93.8 5.84E-06' 1190 4.7 197 9 13:30 9.39E-16 1.07E-13 1.07E-13 TH

396, 109.

3.28E-06 iSG 6.1 197 9 13:30 5.52E-16 -6.33E-14 6.33E-14 TH 493. 126. i.96E-06 -t i$G 7.6 197 9 13:30 3.97E-16 4.55E-14 4.55E-14 TH 603. 144. 1.43E isu 9.0.198 9 13:30 3.05E-16 3.50E-14 3.50E-14 TH 710. 160. 1.11E-06 -1NG 10.3 199 9 13:30 2.46E-16 2.82E-14 2.82E-14 TH 013. 174. 9.iSE-07 i 33G 12.9 202 9 13:30 2.04E-16 2.34E-14 2.34E-14 TH 913. 187. 7.73E-07 12G 14.4 203 9 13:30 1.36E-16 1.56E-14 1.56E-14 TH 1107 211. 5.27E-07 iiG 15.9 203 9 13:30 1.09E-16 1.25E-14 1.25E-14 TH 1209 223. 4.29E-07 10G 17.5 203 9 13i30 8.73E-17 1.00E-14 1.00E-14 TH 131Q 235. 3.50E-07 9G 19.3 203 9 13:30 7.06E-17 8.09E-15 8.09E-15 TH 1434

247, 2.89E-07 BC 21.0 202 9

13:30 6.10E-17 6.9?E-15 6.99E-15 TH 1555 259. 2.56E-07 > 7G 22.7 202 9 13:30 5.34E-17 6.12E-15 6.12E-15 TH 1675 271. 2.29E-07 6G 24.4 201 9 13:30 4.70E-17 5.38E-15 5.38E-15 TH 1794 282. 2.07E (G 26..i 201 9 13:30 4.17E-17 4.78E-15 4.78E-15 TH 1911 293. -1.89E-07', s/ 3 27.7 201 9 13:30 3.66E-17 4.19E-15 4.19E-15 TH 2027 303 1.71E-07, 3G 29.4 200 9 13:30 3.22E-17 3.69E-15 3.69E-15 TH 2143 313. i.55E-07' 2G 31.1 200- 9 13:30 2.84E-17 3.25E-15 3.25E-15 TH. 2260 323 i.41E-07f iG 32.9 200 9 13:30 2.SiE-17 2.88E-15 2.8BE-15 TH. 2378 332. i.29E-07 iG 40.0 200 9 15:20 1.88E-17 2.iSE-15 2.iSE-15 TH 2861 0.0 '9.71E-08i iG 50.0 200 9 17 56 1.35E-17 1.55E-15 1.55E-15 TH 3535 0.0 6.9BE-08l t 6 I I

ACTUAL INCIDENT TIME 13:35 FARLEY NUCLEAR PLANT STADILITY CLAGS D DATE: 83/01/$9 ELEVi 3.9 MPH FROM 021 DEG 13:30 DM 83/01/19 CURRENT Pl.UME INFORMATION AS OF '[ \\%,) ADDREVIATED PROJECTION I DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /4 ID MILE DEC SEC TIME WHOLE DODY THYROID DOSE RATE ID Y Z 2%; i.0 201 9 13:30 6.iSE+02 2.86E+0i 6.15E+02 WB 100. 43.3 1.00E-05 .JULIAN DAY = 19 23 SD 201 9 13:30 1.98E+02 9.24E+00 1.9BE+02 WB 90.8 0.0 3.24E-06 2tE 1.6 200 9 13:30 2.24E+02 1.05E+01 2.24E+02 WB 163. 58.9 3.5DE-06 26E 2.4 199 9 13:30 3.16E+02 1.50E+0i 3.16E402 WB 231. 76.1 4.97E-06 19E 3.4 198 9 13:30 3.02E+02 1.45E+0$ 3.02E+02 WB 319. 94.3 4.69E-06 ige 4.7 197 9 13 30 1.85E+02 8.98E+00 1.85E+02 WB 418.

113, 2 '. 83E- 0 6 '

iSE 6.1 197 9 13:30 1.0iE+02 4.96E+00 1.01E+02 WB' 530. 132. 1.53E-06 13E 7.6 197 9 13:30 8.00E+0i 3.96E+00 8.00E+0i WB 638'. 149. 1.2iE-06 ' iSE 9.0 198 9 13:30 6.31E+0i 3.16E+00 6.31E+0i WB

742, 164.

9.80E iME 10.3 199 9 13:30 4.75E+01 2.40E+00 4.75E+0i WD 842. 178. 7.83E 13E 12.9 202 9 13:30 3.09E+0i 1.5DE+00 3.09E+0i WD 1037

202, 5.83E-07 12E 14.4 203

? 13:30 1.75E+0i 9.09E-01 1.75E+0i WB 1141

215, 4.69E-07 13E 15.9 203 9

13:30 3.71E+00 1.93E+0i 1.'93E+0i TH 1250 227. '3.83E-07 10E 17.5 203 9 13:30 8.14E-02 2.56E-01 2.56E-01 TH 1366 239. 3.13E-07 9E 19.3 203 9 13:30 6.52E-02 2.07E-01 2.07E-01 TH 1488 252. 2.60E-07. OE 21.0 202 9 13:30 5.54E-02

1. 77E- 01 1.77E-01 TH 1608 264.

2.33E-07c 7E 22.7 202 9 13:30 4.74E-02 1.52E-01 1.52E-01 TH 1727 275. 2.iiE-07 6E 24.4 201 9 13:30 3.98E-02 1.29E-01 1.29E-01 TH 1844 286. 1.91E-07 9 13:30 3.34E-02 1.09E-01 1.09E-01 TH 1960 297. 1.76E-07 \\s-2 27.7 201 9 13:30 2.64E-02 8.67E-02 8.67E-02 TH 2077 307. 1.59E-07 (~')'E26.1201 3E 29.4 200 9 13:30 1.99E-02 6.58E-02 6.58E-02 TH 2194 317. 1.45E-07 2E 31.1 200 9 13:30 1.37E-02 4.58E-02 4.58E-02 TH 2311 327. 1.34E-07 1E 32.9 200 9 13:30 3.77E-03 1.26E-02 1.26E-02 TH 2430 336. 1.23E-07 1E 40.0 200 9 15:20 2.84E-03 9.53E-03 9.53E-03 TH 2913 0.0 -9.31E-08 iE 50.0 200 9 17:56 2.06E-03 6.91E-03 6.91E-03 TH 3586 0.0 6.75E-08 y -j W .V

H thy . tL.3 1.. If ~.-.Adf;.g~~~'\\._ _,l(~...."' s.8.. Li - ~~~ ~ y ..,o y_.-....._,_..,......, (. 1 g. 3 r s 1 .sx ... ~..., pq. 3 .m,-. ,' I t _ _Rp 1,..-..-4 y.. F ' ;?.. ,s,.7

.f.'.4 r./'

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f " l '\\ L i ~ il 1 i

h p :s#p! l l l A \\ E i 44~ 4 ~ 1l l i M. l / .!.l' "i -l ' -+/ % , rt., i I i 1 i - l/--g-m '.j - y i g j p! v i i 1 t i 1p ;, -[, ,1 l t i ! +l. J'-'i -i 5 c -\\ " i, 4 f t .a A / i i & - lll i / j t I

f '

i j './ X* !' 12}'y'i ~* 's l */ \\ l l t U><b.i%,}+1*.- R 'N/ ./ / / l '1"/.L's ,i,-s \\ fg. s,,e ' .,V.. ' q '4 ' g' / / .i i / s ti / / / / /

f

..i l l l6 J ' N/ T ,,f..'% g% <. q.2k.g'QAfs, i y. f .e \\ l s - ' / j / / ..cen\\3.,4... - \\

g

N' / r , f A.. .s. y l. s e T . % ^h ./ i 1 . /,.. \\'. .. N. - - h 9 5 %'. t "\\. W 1",. - .n .\\*~ .. ' ~ ' - //- 7 s ' ] --L j~T~iw.Ms).y,,.../7 ' s\\ y t 't..g ' r. s._. ..N. E .j- -.g ,.l.._ 9. 9.. s. ,i / 9-.;.,. .,5 U83% .~j_ .. - -.- 1 0 %,, c 4 ACTUAL INCIDENT 1.y j, p FARLEY NUCLEAR PLANT 83/01/14 -DAY-TIMEi 13:36 DATE: 3.9 MPH FROM 021 DEG, CLASS D ELEVi DATE: 83/01/14 -PLUME-TIME: 13:30 ROADS AND RAILROADSSTATUS TOGGLE I

1. FEDERAL ROADS-ON

2. STATE ROADS ON 3

CDUNTY ROADS ON ON. 4. RAILROADS

5. ALL ON

-6. ALL OFF

7. EXIT ENTER CHOICEi

~.m. ) %f! 6 y

ACTUAL INCIDENT TIME: 13: 49 - FARLEY. NUCLEAR PLANT STABILITY CLASS D DATE 83/01/19 CURRENT PLUME INFORMATION AD Or 13i45 OU 83 4.0 MPH FROM 025 DEG EA*Q/ t - PRESENT LOCATION CHI /Q HIGH DOSE ORGAN 2.14tSIGMA ( DOCE RATE (MR/HR) ID MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y' 2 23G 1.0 206 9 13:45 1.01E-54 1.19E-12 1.19E-12 TH 112. 45.7 3.44E-05 JULIAN DAY = 19 23C SD 206 9 13445 1.44E-14 1,70E-12 1.70E-10 TH 91.5 0.0 4.90E-05 23G 2.0 203 9 13s45 3.84E-15 4.54E-13 4.54E-13 TH 201. 69.1 1.32E-05 2tC 2,6 202 9 13:45 3.38E-15 3.99E-13 3.99E-13 TH 281. 87.1 1.17E-05 2 00 3.4 201 9 13:45 1.89E-15 2.23E-13 2,23E-13 TH 331. -97.3 6.66E-06' $10 4.4 200 9 13:45. 1.10E-15 1.30E-13 1.30E-13 TH 397. 109. 3.94E-06 .iFG 5.7 199 9 13:45 6.65E-16 7.86E-14' 7.86E-14 TH 477. 124. 2.40E-06 iDG 7.1 198 9 13: 45 4.16E-16 4.92E-io 4,92E-14 TH 572. 139. 1'.53E-06 ) $$C 8.6 198 9 13:45~ 3.14E-16 3.71E-14 3.71E-14 TH 681. 156. 1.17E 15U 10.0 199 9 13:45 2.4?E-16 2.95E-14 2.95E-14 TH 787. 171. 9'.45E-07 -iVG 11.3 200 9 13:45 2.05E-16 2.42E-14 2.42E-14 TH -889. 184. 7.91E-07 -13C 13.9 202 9 13:45 1.73E-16 2.05E-14 2.05E-11 TH 988. 197-6.80E-07' 12G 15.4 203 9 13:45 f.19E-16 1.40E-14 1.40E-14 TH 1181 219. 4.75E-07 11C 16.9 203 9 13:45 9.58E-17 1.13E-14 i.13E-14 TH 1284 231. 3.89E-07 10G 18.6 203 9 13:45 7.73E-17 9.14E-15 9.14E-15 TH 1392 242. 3.2iE-07 90 20.3 203 9 13: 45 6.30E-17 7.44E-15 7.44E-15 TH 1507 254'. 2. 67 E- 07 BG 22.0 202 9 13:45 5.48E-17 6.47E-15 6.47E-15 TH 1628 266. 2.38E-07 7G 23.7 202 9 13 45 4.82E-17 5.70E-15 5.7 0 E-15 TH 1740 278. 2.14E-07 '9 25.4 202 9 13:45 4.26E-17 5.04E-15 5.04E-15 TH 1866 289. i.94E-07, 3 27.1 201 9 13:45.3.80E-17 4.49E-15 4.49E-15 TH 1983 299. 1.78E 4G 28.7 201 9 13:45 3.34E-17 3.95E-15 3.95E-15 TH 2099 309. i' 61E-07 3G 30.4 201 9 13:45 2.96E-17 3.49E-15 3.49E-15 TH 2215 319. 1.47E-07! 2G 32.1 200 9 13:45 2.61E-17 3.09E-15 3.09E-15 TH 2331 328. 1.34E-07] iG-33.9 200 9 13:45 2.32E-17. 2.74E-15 '2.74E-15 TH 2449

338, 1.24E-07l l

i 11

l t

t t i. i

ACTUAL INCIDENT TIMEi 13 : 49 ' FARLEY HUCLEAR PLANT STABILITY CLASS D DATE: 83/01/19 4.0 MPH FROM 025 DEGCURRENT PLUME INFORMATION AS OF p-Tyi PRESENT LOCATION CHI /Q HIGH DOSE ORGAN 2.14* SIGMA DOSE RATE (MR/HR) ID MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 23E 1.0 206 9 13:45 2.50E+02 1.2iE+0i 2.50E+02 WB iii. 44.4 4.38E-06 JULIAN DAY = 19 23E SB 206 9 13 45 2.00E+02 9.70E+00 2.00E+02 WB 90.0 0.0 3.SiE-06 225 2.0 203 9 13:45 3.11E+02 1.51E+0i 3.iiE+02 WB 197. 67.4 5.35E-06 2tE 2.6 202 9 13:45 2.70E+02 1.33E+0i 2.70E+02 WB 249. 79.5 4. 55 E- 0 6 20E 3.4 201 9 13:45 3.2BE+02 1.63E+0i 3.28E+02 WB 317. 93.8 5.44E-06 19E 4.4 200 9 13:45 2.24E+02 1.13E+0i 2.24E+02 WB 399. 109. 3.66E-06 ifE 5.7 199 9 13:45 1.25E+02 6.36E+00 1.2SE+02 WB 496. 126. 2.01E-06 iPE 7.1 198 9 13 45 8.06E+0i 4.14E+00 8.06E+0i WD

606, 144.

1.28E-06 -15E 8.6 198 9 13:45 6.40E+0i 3.32E+00 6.40E+0i WB 713. 160. i.02E-06 iFC 10.0 199 9 13:45 5.17E+0i 2.71E+00 5.17E+01 WB 816. 174. 8.45E-07 iWE 11.3 200 9 13:45 3.98E+0i 2.iiE+00 3.98E+0i WB 916. 187. 6.90E-07: 13E 13.9 202 9 13:45 2.65E+0i

1. 42E4 0 0 2.65E+0i WB 1109 211.

5.27E-07 12E 15.4 203 9 13:45 1.51E+0i 8.25E-01 1.'51E+0$ WB 1212

223, 4.28E-07 11E 16.9 203 9

13:45 3.24E+00 1.77E+0i 1.77E+0i TH 1321 235. 3.SiE-07 10E 18,6 203 9 13:45 7.15E-02 2.36E-01 2.36E-01 TH 1437

247, 2.90E-07 9E 20.3 203 9

13:45 5.67E-02 1.88E-01 1.8CE-01 TH 1558 259. 2.38E-07 8E 22.0 202 9 13.45 4.93E-02 1.65E-01 1.65E-01 TH 1678 271. 2.iBE 7E 23.7 202 9 13:45 4.24E-02 1.43E-01 1.43E-01 TH 1797 282. i.98E-07 [ ' E 25.4 202 9 13:45 3.57E-02 1.21E-01

1. 2iE-01 TH 1914 293 i.81E-07

\\- I 27.1 201 9 13:45 3.01E-02 1.03E-01

1. 03E-01 TH 2029 303.

i.67E-07 4E 28.7 201 9 13:45 2.38E-02 0.2iE-02 8.2iE-02 TH 2146 313. i.51E-07 3E 30.4 201 9 13:45 i.81E-02 6.30E-02 6.30E-02 TH 2263

323, 1.40E-07 2E 32.1 200 9

13:45 1.25E-02 4.36E-02 4.36E-02 TH 2380 332. 1.28E-07, iE 33.9 200 9 13:45 3.43E-03 1.20E-02 1.20E-02 TH 2498 341. 1.18E-07; 4 _i vi

ACTUAL INCIDENT TIME: 13350 FARLEY HUCLEAR PLANT STADILITY CLASS D DATE, 83/01/19 4.0 MPH FROM 025 DEGCURRENT PLUME INFORMATION AE E ' i ABBREVI ATED PRO.TFCTION CHI /Q HICH DOSE ORGAN 2.147. SIGMA DOSE RATE (MR/HR) ID HILE DEC SEC TIME WHOLE BODY '!HYROID DOSE RATE ID Y Z L 23G 1.0 206 9 13:45 1.01E-14 1.19E-12 1.19E-12 TH 112. 45.7 3.44E-05 JULIAN DAY = 19 23C SB 206 9 13:45 1.44E-14 1.70E-12 1.70E-12 TH 91.5 0.0 4.90E-05 23G 2.0 203 9 13: 45 3.84E-15 4.54E-13 4.54E-13 TH 201. 69.1 1.32E-05 2tC 2.6 202 9 13: 45 3.38E-15 3.99E-13 3.99E-13 TH 281. 87.1 1.17E-05 29C 3.4 201 9 13:45 1.89E-15 2.23E-13 2,23E-13 TH

331, 97.3 6.66E-06 19G 4.4 200 9

13 45 1.10E-15 1.30E-13 1.30E TH

397, 109.

3.94E-06 ifG 5.7 199 9 13:45 6.65E-16 7.86E-14 7,86E-14 TH 477.

124, 2.40E-06 r

19G 7.1 198 9 13:45 4.16E-16 4.92E-i$ 4.92E-14 TH 572. 139. 1.53E-06 9 13:45 3.14E-16 3.71E-14 3.71E-14 TH 681.

156, i.i?E-06 ifC 10.0 199 9

13:45 2.49E-16 2.95E-14 2.95E TH 787. 171. 9.45E-07 Kfjs -8.6 198 iyG 11.3 200 9 13: 45 2.05E-16 2.42E-14 2.42E-14 TH 889. 184. 7,9fE 13C 13.9 202 9 13:45 1.73E-16 2.05E-14 2.05E-14 TH 988. 197. 6.80E-07 12G 15.4 203 9 13:45 1.19E-16 1.40E-14 1.40E-14 TH $181

259, 4.75E-07 iiC 16.9 203 9

13 45 9.58E-17 1.13E-14 1.13E-14 TH 1284 231. 3.09E-07 10G 18.6 203 9 13:45 7.73E-17 9.14E-15 9.14E-15 TH 1392

242, 3.2iE-07 9C 20.3 203 9

13:45 6.30E-17 7.44E-15 7.44E-15 TH 1507

254, 2. 67 E- 07 BG 22.0 202 9

13:45 5.4BE-17 6.47E-15 6.47E-15 TH 1628 266. 2.38E-07 7C 23.7 202 9 13:45 4.02E-17 5.70E-15 5.70E TH 1748 278. 2.14E-07 [' FG 25.4 202 9 13:45 4.26E-17 5.04E-15 5.04E-15 TH 1866 289. 1.94E-07 \\~/ '; 27.1 201 9 13:45 3.80E-17 4.49E-15 4.49E-15 TH 1983 299. 1.78E-07 4G 28.7 201 9 13:45 3.34E-17 3.95E-15 3.95E-15 TH 2099 309. i.61E-07 3C 30.4 201 9 13:45 2.96E-17 3.49E-15 3.49E-15 TH 2215

319, 1.47E-07 2G 32.1 200 9

13: 45 2.61E-17 3.09E-15 3.09E-15 TH 2331 328. 1.34E-07 10 33.9 200 9 13:45 2.32E-17 2.74E-15 2.74E-15 TH 2449 338. 1.24E-07 iG 40.0 201 9 15:17 i.81E-17 2.14E-15 2.14E-15 TH 2866 0.0 9.68E-08 iG 50:.0 202 9 17: 46 1.30E-17 1.54E-15 1.54E-15 TH 3541 0.0 6.96E-08 ~(~% J

ACTUAL INCIDENT TIME: 13:50 FARLEY NUCLEAR PLANT STABILITY CLASS D 83/0i?i9 DATE. 4.0 MPH FROM 025 DEGPLUME INFORMATI0H AS OF 13 45 DN C3/01/19 El CURRENT ABBREVIATED PROJECTION CHI /Q HIGH DOCE ORGAN 2.14*ClGMA DOSE RATE (MR/HR) l ID MILE DEG CEC TIME WHOLE BODY THYRDID DOSE RATE ID Y Z D3E 1.0 206 9 13:45 2.50E412 1.21E+0$ 2.50E+02 WB iii. 44.4 4.38E-06 l JULIAN DAY = i? 23C SB 206 9 13:45 2.00E+02 9.70E400

2. 00E4 02 WB 90.0 0.0 3.51E-06 22E 2.0 203 9

13: 45 3.iiE+02 1.51E+0i 3.iiE+02 WB 197. 67.4 5.35E-06 l 22C 2.6 202 9 13:45 2.70E+02 1.33E401 2.70E+02 WB 249. 79.5 4.55E-06 i 2DE 3.4 201 9 13:45 3.28E+02 1.63E+01 3.28E+02 WB 317. 93.8 5.44E-06 ISE 4.4 200 9 13:45 2.24E+02 1.13E+0i 2.24E+02 WB 399. 109. 3.66E-06 itE 5.7 199 9 13:45 1.25E+02 6. 36Er 0 0 1.25E+02 WB 496. 126.

2. die-06 ifE 7.1 198 9

13: 45 8.06E+01 4.14E+00 8.06E+0i WB 606. 144. 1.28E-06 iTL 8.6 198 9 13: 45 6.40E+0i 3.32E+00 6.40E+0i WB 713. 160. 1.02E-06 itC 10.0 199 9 13:45 5.17E+0i 2.71E+00 5.17E+0i WB C16. 174. 8.45E-07 i 14L 11.3 200 9 13:45 3.98E+0i 2.1$E+00 3.98E+0i WB 916. 187. 6.90E-07 l 13E 13.9 202 7 13 45 2.65E+0i 1.42E400 2.65E+0i WB 1109 211. 5.27E-07 12C 15.4 203 9 13:45 3.51E+0i 8.25E-Oi 1.SiE+0i WB 1212 223. 4.28E-07 iiC 16.9 203 9 13:45 3.24E400 1.77E+0i 1.77E401 TH 1321 235. 3.51E-07 10E 18.6 203 9 13:45 7.15E-02 2.36E-01 2.36E-05 TH 1437 247 2.90E-07 9E 20.3 203 9 13:45 5.67E-02 1.88E-01 1.88E-01 TH 1550 259. 2.38E-07 BE 22.0 202 9 13:45 4.93E-02 1.65E-01 1.65E-01 TH 1678 271. 2.18E-07 9 13: 45 4.24E-02 1.43E-01 1.43E-01 TH 1797 202. i.98E-07 202 9 13:45 3.57E-02 1.2iE-01 1.2iE-Oi TH 1914 293. i.81E-07 [.7E23.7202 J".25.427.1 201 9 13 45

3. die-02 1.03E-01 1.03E-01 TH 2029 303.

1.67E-07 4E 28.7 201 9 13:45 2.38E-02 0.2iE-02 8.2iE-02 TH 2146 313. 1.51E-07 ' ZE 30.4 201 9 13:45 1.BiE-02 6.30E-02 6.30E-02 TH 2263 323. 1.40E-07 K/ 2E 32.1 200 9 13 45 1.2SE-02 4.36E-02 4.36E-02 TH 2380

332, 1.28E-07 1E 33.9 200 9

13:45 3.43E-03 1.20E-02 1.20E-02 TH 2498 341. 1.iBE-07 1E 40.0 201 9 15:17 2.70E-03 9.49E-03 9.49E-03 TH 2915 0.0 9.30E-08j 1E 50.0 202 9 17:46 1.96E-03 6.BBE-03 6.88E-03 TH 3590 0.0 6.74E-08l 1 l l 1 1 \\

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is.> i i i < v -e. i.~ t. i .1r si i ji ) i m i. i. i /i e i I is i s/ r i si'i~/~";J 1 ,r + it s i ./v. -i " 5.. - / > oi i <^ 4 1.u y 1 .I . ( x-3'x,/ / e ,6 1,/ :. t i %; ', '.2-) y-5 '..e i.< / .j I j f I i.', t. i.,. v. V. / , Q ty j.y. y/ '., j .i ) ),I ~, t '% e % i- \\ y ~!j :j j6 \\,... .,h.3-k. #- Jh..s.-)4.... \\. T,1.. .s r.. r-x. 12 t k 'y.f ' N v \\'e ( s +... - y d,,, ',;./ [/ x .. o .\\ y...' '., 1... k ',4.. .,,,,,,{,,,,,\\ K -, H <g / 1- .).. r -. c4 - g , ~... ? ~ " $ [ ~~',. ' m} _. ..,1) ' - ' ~~~.---~.y - y ' ~ -' US 10 xsc ACTUAL INCIDENT fj FARLEY NUCLEAR PLANT 83/01/14 -DAY - TIME 13i5i DATE: '4.0 MPH FROM 025'DEG, CLASS D ELEV DATE 83/01/14 -PLUME-TIME: 13:45 ROADS'AND RAILROADSSTATUS. TOGGLE

1. FEDERAL ROADS ON

~

2. STATE ROADS 0N 1

ON

3. COUNTY ROADS ON

4. RAILROADS.

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5. ALL-DN l

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7. EXIT JNTER CHOICEi

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ACTUAL INCIDENT TIME 6 14:05 FARLEY HUCLEAR PLANT STABILITY CLASS D l D A'T E : 83/01/17 4.6 MPH FROM 029 DEGCURRENT PLUME INFORMATIO e EP'yi PRESFHT LOCATION .I 1 CHI /Q HIGH DOSE ORGAN 2.14 SICMA ( DOCE RATE (MR/HR) ID MILE DEC SEC TIME WHOLE DDDY THYROID DOSE RATE ID Y l 2VG i.i 210 9 142 0 7.22E-15 8.79E 8.79E-13 TH 125. 49.4 2.5$E-05 2V C SB 210 9 14 0 1.23E-14 1.50E-12 1.50E-12 TH 91.5 0.0 4.30E-05 JULIAN DAY = 19 23G 2.2 208 9 14: 0 2.99E-15 3.64E-13 3.64E-$3 TH 224. 74.6 1.05E-05 220 3.1 206 9 14 0 1.81E-15 2.2iE-13 2.2iE-13 TH 307. 92.5 6.46E-06 2fG 3.7 204 9 14 0 1.94E-15 2.36E-13 2.36E-13 TH 384. 107. 6.99E-06 e 200 4.5 203 9 14: 0 1.17E-15 1.42E-13 1 42E-13 TH 433. 116. 4.2?E-06 19G 5.6 202 9 14 0 7.36E-16 8.96E-14 8.96E-14 TH 497. 127 2.71E-06 - 18 C 6.8 200 9 14 0 4.72E-16 5.75E-14 5.75E-14 TH 575. 140. 1.77E-06 l i?G 8.3 200 9 14: 0 3.12E-16 3.79E-14 3.79E-14 TH 669. 154. 1.18E-06 1$G 9.7 199 9 14: 0 2.45E-16 2.99E-14 2.99E-14 TH 777. 169. 9.47E-07 ifG 11.1 200 9 $4: 0 2.01E-16 2.44E-14 2.44E-14 TH 881. 183. 7.86E-07 iTC 12.4 201 9 14 0 1.69E-16 2 05E-14 2.05E-14 TH 982. 196 6.73E-07 1AG 15.1 203 9 142 0 1.45E-16 1.76E-14 1.76E-14 TH $081 208 5.88E-07 12C 16.5 203 9 14 0 1.02E-16 1.24E-14 1.24E-14 TH 1273 230. 4.2iE-07' i$G 18.1 204 9 14: 0 8.30E-17

1. die-14 ' i. die-14 TH 1374 241.

3.49E-07 10C 19.7 203 9 14: 0 6.76E-17 8.23E-15 8.23E-15 TH 1483

252, 2.90E-07 9G 21.4L203 9

14: 0 5.55E-17 6.76E-15 6.76E-15 TH 1597 263. 2.43E-07 9 142 0 4.86E-17 5.92E-15 5.92E-15 TH 1718 275. 2.iBE-07 i G 24.8 202 9 145 0 4.31E-17 5.24E-15 5,24E-15 TH 1837 286. 1.98E-07 \\ 26.5 202 9 14: 0 3.83E-17 4 66E-15 4.66E-15 TH 1955 296. 1.01E-07 f3{8G23.1203 5G 28.2 202 9 14: 0 3.43E-17 4,iBE-15 4.18E-15 TH 2072 307. i 66E-07l 4G 29.9 201 9 14: 0 3.03E-17 3.69E-15 3.69E-15 TH 2187 316. i.51E-07' 3G 31.6 201 9 14 0 2.69E-17 3.27E-15 3.27E-15 TH 2303 326. 1.38E-07: 2G 33.3 201 9 14 0 2.38E-17 2.90E-15 2.90E-15 TH 2419 335. 1.27E-07l iG 35.0 200 9 14: 0 2.12E-17 2.58E-15 2.58E-15 TH 2536 345. 1.17E-07l I J 4 3 I 4 l 4

ACTUAL INCIDENT TIME: 14: 05 FARLEY NUCLEAR PLANT STABILITY CLASS D 83/01/19 00 DN 83/01/19 - DATE: 4.6 MPH FROM 029 DEC. CURRENT PLUME INFORMATION ' EP"Yi PRESEllT LOCATION Q CH3/Q HIGH DOSE ORGAN 2.14* SIGMA I DOSE RATE (MR/HR) DOSE RATE ID Y Z THYROID ID MILE DEC SEC TIME WHOLE BODY 29E 1.1 210 9 14: 0 2.88E+02 1.44E+0i 2.88E+02 WB 124. 48.2 5.44E-06 2ME SB 210 9 14: 0 2.30E402 1.15E401 2.30E+02 WB 90.8 0.0 4.35E-06 JULI AN DAY = 19 23E 2.2 208 9 14: 0 2.80E+02 3.41E+0i 2.80E+02 WB 212. 71.1 5.16E-06 22E 3.1 206 9 14: 0 3.05E+02 1.56E+0i 3.05E+02 WB 293. 88.9 5.52E-06 2fE 3.7 204 9 14: 0 3.16E+02 1.63E+0i 3.16E+02 WB 342. 98.9 5.59E-06 29E 4.5 203 9 14: 0 2.43E+02 1.26E+0i 2.43E+02 WB 408. iii. 4.23E-06 ISE 5.6 202 9 14: 0 1.44E+02 7.61E+00 1.44E+02 WB 488 125. 2.47E-06 1FE 6.8 200 9 14: 0 9.19E+0i 4.89E+00 9.19E+01 WB 583 140. 1.55E-06 ; 19E 8.3 200 9 14: 0 6.24E+01 3.36E+00 6.24E+05 WB 692. 157. 1.05E-06' 13E 9.7 199 9 14: 0 5.iiE401 2.78E+00 5.iiE+0i WB 797. 172. 8.58E-07 15E 11.1 200 9 14: 0 4.04E+0i 2.22E+00 4.04E+0i WB 899. 185. 6.95E-07 19E 12.4 201 9 14: 0 3.32E+0i 1.84E+00 3.32E+0i WB 990. 198. 6.05E-07 1AE 15.1 203 9 14i 0 2.26E+0i 1.27E+00 2.26E+05 WB 1191 220. 4.72E-07 12E 16.5 203 9 146 0 1.30E+0i 7.44E-01 1.30E+0i WB 1293 232. 3.07E-07 ' iiE 18.1 204 9 14: 0 2.BiE+00 1.61E+0i 1.61E+03 TH 1402 243. 3.2$E-07 10E 19.7 203 9 14: 0 6.26E-02 2.16E-01 2.16E-01 TH 1517 255. 2.67E-07 9E 21.4 203 9 14: 3 5.00E-02 1.74E-01 1.74E-Of TH 1638 267. 2.20E BE 23.1 203 9 14: 0 4.37E-02 1.53E-01 1.53E-01 TH 1758 278. 2.03E-07' ~5 24.8 202 9 14: 0 3.77E-02 1.33E-01 1.33E-01 TH 1876 289. 1.05E-07, (. ' 5 26.5 202 9 14: 0 3.19E-02 1.13E-01 1.13E-01 TH 1993 300. 1.70E-07; 1.57E-07i 5E 28.2 202 9 14: 0 2.70E-02 9.68E-02 9.68E-02 TH 2108 310. 7.74E-02 TH 2224 319. 1.43E-07l 3E 31.6 201 9 14: 0 1.64E-02 5.95E-02 5.95E TH 234$ 329. 1.32E-07: 2.14E-02_ 7.74E-02 4E 29.9 201 9 14: 0 2E 33.3 201 9 14: 0 1.13E-02 4.13E-02 4.13E-02 TH 2458 338. 1.22E-07, 1E 35.0 200 9 14 0 3.iiE-03 1.14E-02 1.14E-02 TH 2576 348. 1.12E-07: E .M h

1 ACTUAL INCIDENT TIME: 14:06 FARLEY tlOCLEAR PLANT STABILITY CLASS D DATE: 83/01/19 4.6 MPH FROM 029 DEGCURRENT PLUME INFORtiAT10t! AS Or FLEVs t ADBREVI ATED PRO.TECTIDH CHI /Q HICH DOCE ORGAN 2.14tSIGrio I DOSE RATE (MR/HR) ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 29G i.3 23 0 9 14 0 7.22E-15 0.79E-13 8.79E-13 TH 125. 49.4 2.53E-05 JULIAN. DAY = 19 alG SB 210 9 14: 0 1.23E-14 1.50E-12 1.50E-12 TH 91.5 0.0 4.30E-05 23G 2.2 200 9 14: 0 2.99E-15 3.64E-13 3.64E-13 TH 224. 74.6 1.05E-05 230 3.1 206 9 14: 0 1.BiE-15 2.2iE-13 2.2iE-13 TH 307. 92,5 6.46E-06. 21C 3.7 204 9 14: 0 1.94E-15 2.36E-13 2.36E-13 TH 384. 107. 6.99E-06 ; 26G 4.5 203 9 14: 0 1.17E-15 1.42E-13 1.42E-13 TH 433. 116. 4.27E-06, $%G 5.6 202 9 14: 0 7.36E-16 8.96E-14 8.96E-14 TH 497. 127. 2.71E-06 ifG 6.8 200 9 14: 0 4.72E-16 5.75E-14 5.75E-14 TH 575. 140. 1.77E-06 iSG 8.3 200 9 14: 0 3.12E-16 3.79E-14 3.79E-14 TH 669. 154. 1.18E-06 < 1$0 9.7 199 9 14: 0 2.45E-16 2.99E-14 2.99E-14 TH 777.

169, 9.4?E-07 ifG 11.1 200 9

14: 0

2. die-16 2.44E-14 2.44E-14 TH 881.

183. 7.86E-07 iSC 12.4 201 9 14: 0 1.69E-16 2.05E-14 2.05E-14 TH 902. 196. 6.73E-07,' 13G 15.i 203 9 14: 0 1.45E-16 1.76E-$4 1.76E-14 TH 1081 208..5.BBE-07 12G 16.5 203 9 14: 0 1.02E-16 1.24E-1'. 1.24E-14 TH 1273 230 4.2iE-07 i$G 10.1 204 9 $4 0 9.30E-17 1.01E-14

1. die-14 TH 1374

241, 3.49E-07 100 19.7 203 9

141 0 6.76E-17 S.23E-15 8.23E-15 TH 1483 252. 2.90E-07' 9C 21.4 203 9 14: 0 5.55E-17 6.76E-15 6.76E-15 TH 1597 263. 2.43E-07 SC 23.1 203 9 14: 0 4.86E-17 5.92E-15 5.92E-15 TH 1718 275. 2.18E-07 I ) ?G 24.8 202 9 14 0 4.31E-17 5.24E-15 5.24E-15 TH 1837 286. 1.90E-07 %-i 3 26.5 202 9 14: 0 3.83E-17 4.66E-15 4.66E-15 TH 1955 296. i.81E-07 5G 28.2 202 9 14: 0 3.43E-17 4.18E-15 4.iBE-15 TH 2072 307. i.66E-07 4G 29.9 201 9 14: 0 3.03E-17 3.69E-15 3.69E-15 TH 2187 316. i 51E-07

i. 8E-07 1

3G 31.6 201 9 14: 0 2.69E-17 3.27E-15 3.27E-15 TH 2303 326. 2G 33.3 201 9 14: 0 2.38E-17 2.90E-15 2.90E-15 TH 2419 335. $ :.s7E-Of iG 35.0 200 9 14: 0 2.12E-17 2.58E-15 2.58E-15 TH 2536

345, i~.17E-07 iG 40.0 201 9

151 6 1.74E-17 2.12E-15 2.12E-15 TH 2879 0.0-9.62E-0@ iG 50.0 203 9 17:18 1.25E-$7 1.52E-15 1.52E-15 TH 3558 0.0 6.9$E-0@ u (% (~) <

ACTUAL INCIDENT TIMEi 14:06 l 9 .FARLEY NUCLEAR PLANT STABILITY CLASE-D DATEi 83/01/f9 ELRV-4.6 MPH FROM 029 DEG. PLUME INFORMATI0H AS OF 14200 DM 03/01/19 l CURREH1 ABBREVIATED PROJECTION CH]/D H]CH DOSF DRGAN 2.14*SICMA ^l DOSE RATE (MR/HR) ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y' Z 2V E 1.1 210 9 14: 0 2.88E+02 1.44E+0i 2.88E+02 WB 124. 40.2 5.44E-06 JULIAN DAY - 19 29C SB 210 9 14: 0 2.30E+02 1.15E401 2.30E400 WB 90.8 0.0 4 '.-35E- 0 6 23E 2.2 208 9 144 0 2.80E+02 1.41E+0i 2.80E+02 WB 212. 71.$ 5.$6E 23E 3.1 206 9 14 0 3.05E402 1.56E+01 3.05E+02 WB 293. 88.? 5.52E-0t-21E 3.7 204 9 14: 0 3.16E+02 1.63E+0$ 3.16E+02 WB 342. 98.9 5.59E-06 29C 4.5 203 9 14: 0 2.43E+02 1.26E401 2.43E+02 WB 408. -111. 4.20E 29E 5.6 202 9 144 0 1.44E+02 7.61E+00 1.44E+02 WB 488. 125. 2.47E-06' [ itE 6 8 200 9 14 0 9.19E+0i 4.89E400 9.19E+0i WB 583. 140 'i.55E-06;4 iPE B.3 200 9 14: 0 6.24E+05 3.36E+00 6.24E+0i WB 692. 157. 1.05E-06 'l i$C 9.7 199 9 iii 0 5.iiE+0i 2.7BE+00 5.iiE+0i WB 797 172. 8.5SE-07 r iKE 11.1 200 9 14: 0 4.04E+0$ 2.22E+00 4.04E+0i WB 899. 185. 6.95F-07 l 14C 12.4 201 9 14: 0 3.32E+0i 1.84E+00 3.32E+0i WB 998. 198. 6.05E-07 I 13E 15.1 203 9 14: 0 2.26E+0i 5.27E+00 2.26E+0i WB 1191

220, 4.72E-07 12E 16.5 203 9

14: 0 1.30E+0i '7.44E-01 1.30E+0i WB 1293 232. 3.07E-07 l 15E 18.1 204 9 14: 0 2.BiE+00 i.61E+0i 1.61E+0i TH 1402 243. 3.'2iE-07fl 10E 19.7 203 9 14 0 6.26E-02 2.16E-01 2.16E-01 TH 1517 255. 2.67E-07 l YE 21.4 203 9 14: 0 5.00E-02 1.74E-01 1.74E-05 TH 1638 267. 2.20E-07 1 ~ 9 14: 0 4.37E-02 1.53E-01 1.53E-01 TH 1750 278. '2.03E-07 ' E 24.8 202 9 14: 0 3.77E-02 1.33E-0$ i 33E TH 1876 289. i.8hE.O"8E 23.1 203 I 26.5 202 9 14: 0 3.19E-02 1.13E-01 1.13E-01 TH 1993-300.

1. 70E-07 '

SE 28.2 202 9 14: 0 2.70E-02 9.68E-02 9.68E-02 TH 2108 310. - 1.57E-07i TH _2224 319. 1.43E-07' 4C 29.9 201 9 14 0 2.14E-02 7.74E-02 7.74E-02 3E 31.6 201 9 14: 0 1.64E-02 5.95E-02 5.95E-02 TH. 2341 329. i'.32E-07, 2E 33.3 201 9 14 0 1,13E-02 4.13E-02 4.13E-02 TH 2458 338; i.22E-07* 1E 35.0 200 9 14: 0 3.iiE-03 1.14E-02 1.14E-02 TH 2576 348. 1-12E-07.l 1E 40.0 201 9 15 6 2.56E-03 9.43E-03 9.43E-03 TH 2919 00 9.2CE-08 ; 1E 50.0 203 9 17:10 1.85E-03 6.83E-03 6.83E-03 TH 3597 0.0' 6.72E-08 ? i i e l i i I I

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, ' ~ ~ US 10,, g. '. INCIDENT FAaLEy gocLEA g TE B3 U ,,pgy. 7ggEi 6 I"U -.CLABB y.,' E-I E' ~ "

1) ATE 2 l

ROADS AND. RAILROADS.STA TOGGLE i FEDERAL-ROADS ON-' -ON-i 2._ STATE ROADS 3. COUNTY ROADS-ON' .g

4. RAILROADS ON 5

ALL ON l 6..ALL'0FF 7.' EXIT . ENTER CHOICE: 3 t a \\ 'I Y c _m ^

f ACTUAL INCIDENT TIME 4 14 19 .FARLEY NUCLEAR PLANT STABILITY CLASS D-DATE4 '03/01/19 l 4.7 MPH FROM 034 DEG CURRENT PLUME INFORMATI0H AC OF iiii5 Ott 03/01/19 ELEVi O PRESENT LOCATION \\s,/ DOSE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q ( ID MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 250 1.2 214 10 14: 15 6.66E-15 S.35E-13 8.35E-13 TH 127. 50.1 2.37E-05 JULIAN DAY = 19 25t SD 214 10 14.i15 1.18E-14 1.48E-12 1.48E TH 91.5 0.0 4.20E-05. 2NG 2.3 212 9 14:15 2.48E-15 3.iiE-13 3.iiE-13 TH 229. 75.7 8.93E-06 -23C 3.3 210 9 14:15 1.57E-15 1.96E-13 1.96E-13 TH 323. 95.7 5.71E-06 23G 4.3 208 9 14: 15 1.iiE-15 1.40E-13 1.40E-13 TH

403, iii.

4.iiE-06 22G 4.9 207 9 14:15 1.30E-15 1.64E-13 1.64E-13 TH 478. 124. 4.86E-06 29G 5.7 205 9 14:15 8.22E-16 1.03E-13 1.03E-13 TH 525. 132. 3.09E-06 i$G 6.7 204 9 14:15 5.39E-16 6.75E-14 6.75E-14 TH 588. 142. 2.05E-06 igg 8.0 202 9 14:15 3.60E-16 4.51E-14 4.51E-$4 TH 666. 153. 1.3?E-06 -190 9.4 201 9 14:15 2.46E-16 3.08E-14 3 08E-14 TH 758. 167. 9.66E-07 i$G 10.8 201 9 14:$5 1.99E-16 2.50E-14 2.50E-14 TH 865. 181. 7.95E-07 ifG 12.2 201 9 14:15 1.67E-16 2.09E-14 2.09E-14 TH 968. 194. 6.75E-07 19G 13.6 202 9 14:15 1.42E-16 1.78E-14 1.78E-14 TH 1069 206. 5.87E-07 13G 16.2 204 9 14:15 1.24E-16 1.55E-14 1.55E-14 TH 1167 218. 5.20E-07 12G 17.7 204 9 14:15 8.91E-17 $.iiE-14 1 iiE-14 TH 1358 239. 3.80E-07 / iiC 19.2 204 9 14:15 7.30E-17 9.15E-15 9.15E-15 TH 145?

249, 3.17 E- 07 10G 20.8 204 9

14:15 5.99E-17 7.51E-15 7.51E-15 TH 1567 260. 2.66E-07 9G 22.6 204 9 14:15 4.96E-17 6.2iE-15 6.2iE-15 TH 1681 271. 2.24E-07 9 14:15 4.37E-17 5.47E-15 5.47E-15 TH 1801 283. 2.02E-07

26.0 203 9

14:15 3.89E-17 4.87E-15 4.87E-15 TH 1920 293. i.85E-07 > (("')f9-24. 3203 6G 27.7 202 9 14:15 3.47E-17 4.35E-15 4.35E-15 TH 203D 304. 1.69E-07 SG 29.3 202 9 14:15 3.12E-17 3.91E-15 3.91E-15 TH 2154 314. i'.56E-07 4G 31.0 202 9 14:15 2.77E-17 3.47E-15 3.47E-15 TH 2269 323. 1.43E-07 3G 32.7 201 9 14:15 2.46E-17 3.09E-15 3.09E-15 TH 2385 333. 1.31E-07 2G 34.4 201 9 14:15 2.19E-17 2.74E-15 2.74E-15 TH 2501 342. 1.20E-07 iG 36.1 201 9 14:15 1.95E-17 2.45E-15 2.45E-15 TH 2618 351. 1.iiE 1 I 6 O

ACTUAL INCIDENT TIME: 14:20 FAP. LEY NUCLEAR PLANT STABILITY CLASS D DATE: 83/01/19 4.7 MPH FROM 034 DEGCURRENT PLUME INFORMATION A FUCN PRF.SENT LOCATION ( ') CHI /O HIGH DOSF ORGAN 2.14*S]GMA DOSE R ATE (MR/HR) ID MILE DEC SEC TIME WHOLE BODY THYHOID DOSE RATE ID Y Z art 1.2 2$4 $0 14: 15 6.60E+02 3.43E+0$ 6.60E+02 WB 127. 48.9 1.33E-05 JULIAN DAY e $9 25E SD 214 10 14:15 2.22E+02 1.15E+0i 2.22E402 WB 90.8 0.0 4.50E-06 2WE 2.3 212 ? 14:15 2.40E+02 1.26E+0i 2.40E+02 WB 227 74.4 4.78E-06 23E 3.3 210 ? 14:15 2.57E+02 1.36E+01 2.57E+02 WD 309 92.4 4. 99 E- 0 6 2 21. 4.3 208 9 14:15 2.14E+02 1.14E+0i 2.14E+02 WB 387. 107. 4.06E-06 2tE 4.9 207 9 14:15 2.53E4 02 1.37E+0i 2.53E+02 WB 435. 116. 4.70E-06 2 0E 5.7 205 9 14:15 1.56E+02 8.51E+00 1.56E+02 WB 499. 127. 2.05E-06 $$C 6.7 204 9 14:15 1.05E+02 S.80E+00 1.05E+02 WB 577 140. 1.89E-06 itt 8.0 202 9 14:15 7.2iE+03 4.02E+00 7.2iE+0i WB 671. 154. 1.28E-06 iSE 9.4 201 9 14:15 4.94E+0i 2.78E400 4.94E+0i WB 779. 169. 8.73E-07 $$E 10.0 201 9 14:35 3.97E+0$ 2.26E+00 3.97E+0$ WB 883. 183. 7.00E-07 16E 12.2 201 9 14:15 3.36E+0i 1.93E4 0 0 3.36E401 WB 984. 196. 6.06E-07 iME 13.6 202 9 14:15 2.79E+05 1.62E+00 2.79E+03 WB 1083 208. 5.35E-07 15E 16.2 201 9 14:15 1.94E401 1.14E+00 1.94E+0i WB 1274 230 4.26E-07 12E 17.7 204 9 14:15 1.13E40$ 6.74E-01 1.13E+0i WB 1376 241. 3.52E-07 iiE 19.2 204 9 14:15 2.45E+00 1.46E+0i 1.46E401 TH 1484 252. 2.94E-07 10E 20.8 204 9 14:15 5.40E-02 1.95E-01 1.95E-01 TH 1599 263. 2.42E-07: 9E 22.6 204 9 14:15 4.42E-02 1.61E-01 1.61E-01 TH 1720 275.

2. 0 4E-07 :

[Z18E 24.3 203 9 14:15 3.87E-02 1.42E-0$ 1.42E-01 TH 1839 286. 1.89E-07; \\~

26.0 203 9

14:15 3.36E-02 1.24E-01 1.24E-01 TH 1957 296. i.73E-07 6E 27.7 202 9 14:15 2.86E-02 1.06E-01 1.06E-01 TH 2074 307. i.60E-07 5E 29.3 202 9 14:15 2.42E-02 9.10E-02 9.10E-02 TH 2189

316, 1.4SE-07 4E 31.0 202 9

14:15 1.94E-02 7.35E-02 7.35E-02 TH 2305 326. 1.37E-07 3E 32.7 201 9 14:15 1.48E-02 5.63E-02 5.63E-02 TH 2421 335. 1.26E-OP 2E 34.4 201 9 14:$5 1.02E-02 3.91E-02 3.91E-02 TH 2538 345. 1.16E-07 iE 36.1 201 9 14:15 2.82E-03 1.08E-02 1.0GE-02 TH 2656 354. 1.07E-0% i "e"x N,/ j

i ACTUAL INCIDENT TIMCs 14:20 y FARLEY NUCLEAR PLANT STADILITY CLASS D DATEi 83/01/19 4.7 MPH FROM 034 DEGCURRENT PLUME INFORMATI0H As nr 1P-EV ABBREVIATED PROJECTION CHI /Q H1CH DOSE ORGAN 2.'14: SIGMA ID -MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y 3 l DOSE RATE (MR/HR) 2$G 1.2 214 10 14:15 6.66E-15 0.35E-13 8.35E-13 TH

127, 50.1 2.37E-05 JULIAN DAY =

i? .25t SB 214 10 14:15 1.18E-ii 1.48E-12 1.4BE-12 TH 91.5 0.0 1.20E-05 1 25G-2.3 212 9 14:15 2.48E-15 3.iiE-13 3.iiE-13 TH 229.. 75.7 8.93E-06 25C 3-3 210 9 14:15 1.57E-15 1.96E-13 1.96E-13 TH 323. 95.7 '5.71E-06 21G 4.3 208 9 14:15 1.iiE-15 1.40E-13 1.40E-13 TH 403. iii. 4.iiE-06 2tG 4.9 207 9 14:15 1.30E-15 1.64E-13 1.64E-13 TH 478. 124. 4.86E-06 20G-5.7 205 9 14:15 0.22E-16 1.03E-13 1.03E-13 TH 525. 132.. 3.09E-06~' (9C 6.7 204 9 14:15 5.39E-16 6.75E-14 6.75E-14 TH

588, 142.

2.0 5E-06

t 1FG 8.0 202 9 14:15 3.60E-16 4.51E-14 4.51E-14 TH

666, 153.

i.39E-06 iyC 9.4 201 9 14:15 2.46E-16 2.00E-ii 3.0SE-14 TH 758. 167. 9.66E $$G 10.0 201 9 14:15 1.99E-16 2.50E-14 2.50E-14 TH 865. 181. 7.95E-07 is'C 12.2 201 9 14:15 1.67E-16 2.09E-14 2.09E-id TH 968. 194 6. 75 E- 07 iWG 13.6 202 9 14:15 1.42E-16 1.78E-14 1.'78E-14 TH 1069 206. 5.07E-07 13C 16.2 201 9 14:15-i.24E-16 1.55E-ia 1.55E-14 TH 1167 218. 5.20E-07, 12G 17.7 204 9 14:15 8.91E-17 1.iiE-14 1.11E-14 TH 1358 239'. 3.00E-07 i iiC 19.2 204 9 14:15 7.30E-17 9.15E-15 9.15E-15 TH 1459 249. 3. i?E- 07 10G 20.8 204 9 14:15 5.99E-17 7.51E-15 7.51E-15 TH 1567

260, 2.66E-07 90 22.6 204 9

14:15 4.96E-17 6.21E-15 6.2iE-15 TH 1681 271. 2 24C-07; AG 24.3 203 9 14:15 4.37E-17 5.47E-15 '5.47E-15 TH 1801 283. 2.02E-07" ~3 26.0 203 9 14:15 3.89E-17 4.87E-15 4.87E-15 TH 1920

293, 1.85E-07!

6G 27.7 202 9 14:15 3.47E-17 4.35E-15 4.35E-15 TH. 2038 304. i.69E-07! 5G 29.3 202 9 14:15 3.12E-17 3.91E-15 3.91E-15 TH-2154 314. .i.56E-07c 4G 31.0 202 9 14:15 2.77E-17 3.47E-15 3.47E-15 TH 2269

323, 1.43E-07 3G 32.7 201 9

14:15 2.46E-17 3.09E-15 3.09E-15 TH 2385' 333. ~i.31E-07! 2G 34.4 201 9 14:15 '2.19E-17 2.74E-15 2.74E-15 TH 2501 342. i.20E-07; iG 36.1 201 9 14:15 1.95E-17 2.45E-15 2.45E-15 TH' 2618 351. i.iiE-07; 10 40.0 202 9 15: 5 1.68E-17 2.10E-15 2.iOE-15 TH 2886 0.0 9.58E-08: iG.50,0 204 9 17:15 1.20E-17 1.51E-15 1.51E-15 TH 3571 0.0 6.87E-Os i i u uj 1

ACTUAL INCIDENT TIME 14 21 FARLEY NUCLEAR PLANT STADILITY CLASS D DATEi 83/01/19 4.7 MPH FROM 034 DEGCURREtlT PLUME INFORMATIDM AC T'< V ABBREVIATED PROJECTION CHI /Q HIGH DOSE GRGAN 2.14*SICMA DOSE RATE (MR/HR) ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z i 23E 1.2 214 10 14:15 6.60E+02 3.43E+0i 6.60E+02 WB 127. 48.9 1.33E-05 JULIAN DAY - 19 26E SB 214 10 14:15 2.22E+02 1.iSE+0i 2.22E+02 WB 90.0 0.0 4.50E-06 ' 29E 2.3 212 9 14:15 2.40E+02 1.26E+05 2.40E+02 WB 227 74.4 4.78E-06 -25E 3.3 210 9 14:15 2.57E+02 1.36E+0i 2.57E+02 WB

309, 92.4 4.99E-06 1

23E 4.3 208 9 14:15 2.14E+02 1.14E+03 2.14E+02 WB 387. 107. 4.06E-06, 22C 4.9 207 9 14:15 2.53E+02 1.37E+0i 2.53E+02 WB 435. 116. 4.70E, 20E 5.7 205 9 14:$5 1.56E+02 8.51E+00 1.56E+02 WB 499. 127. 2.85E-06, 29E 6.7 204 9 14:15 1.05E+02 5.80E+00 1.05E+02 WB 577. 140. i 09E-06' itE 8.0 202 9 14:15 7.2iE+0i 4.02E+00 7.2iE+0i WB 671. 154. 1.28E-06' iSE 9.4 201 9 14:15 4.94E+0i 2.78E+00 4.94E+0i WB

779, 169.

B.73E-07 IGE 10.8 201 9 144$5 3.97E+0i 2.26E+00 3.97E+0i WB

883, 103.

7.00E-07. iKE 12.2 201 9 14:15 3.36E401 1.93E+00 3.36E401 WB 984. 196 6.06E-07 iVE 13.6 202 9 14:15 2.79E+0i 1.62E+00 2.'79E+0i WB 1003 208. 5.35E-07 9 14:15 1.94E+0i 1.14E+00 1.94E401 WB 1274 230. 4.26E-07 12E 17.7 204 9 14:15 1.13E+0i 6.74E-01 1.13E+05 WB 1376 241. 3.52E-07, 13E 16.2 204 iiE 19.2 204 9 14:15 2.45E400 1.46E+0i 1.46E+0i TH 1484 252. 2.94E-07 10E 20.0 204 9 14:15 5.40E-02 1.95E-0$ i.95E-01 TH 1599 263. 2.42E-07 9E 22.6 204 9 14:15 4.42E-02 1.61E-01 1.61E-01 TH 1720 275. 2.04E-07 RE 24.3 203 9 14:15 3.87E-02 1.42E-01 1.42E-01 TH 1839

286, 1.89E-07 i

I 26.0 203 9 14:15 3.36E-02 1.24E-Oi 1.24E-01 TH 1957 296. 1.73E-07 6E 27.7 202 9 14:15 2.86E-02 1.06E-01 1.06E-01 TH 2074 307. i.60E-07 SE 29.3 202 9 14:15 2.42E-02 9.10E-02 9.10E-02 TH 2189 316. 1.48E-07 4E 31.0 202 9 14:15 1.94E-02 7.35E-02 7.35E-02 TH 2305 326. i.37E-07 3E 32.7 201 9 14:15 1.48E-02 5.63E-02 5.63E-02 TH 2421 335. 1.26E-07 2E 34.4 201 9 14:15 1.02E-02 3.91E-02 3.91E-02 TH 2538

345, i.16E-05 1E 36.1 201 9

14:15 2.82E-03 1.0SE-02 1.08E-02 TH 2656 354. 1.07E-0 iE 40.0 202 9 15: 5 2.43E-03 9.37E-03 9 37E-03 TH 2923 0.0 9.26E-Os 1E 50.0 204 9 17:15 1.76E-03 6.77E-03 6.77E-03 TH 3600 0.0 6.69E-0 m ')

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f ,t i. ) cx '. i = q y/ p./ l l l m..q c. i. Iv.. i i i T,. ,r 7, ',' f /,/ / 6 Yk'. g h.!-g[ -.t-yt.'- i. i i.14 . ' Y. I.A ~.'. \\ [ ' f.r' "p -- -{'f..-) ^.3,le y.,, /7 j . p.g,. ,j. .t r-e_.

c. 7.

t . f. 9 . 1; ~' ,e. 'g 1 uew

f. j pg ACTUAL INCIDENT' FARLEY NUCLEAR PLANT DATE: 83/01/14

-DAY-TIME 14:20 ELEV 4.7 MPH FROM 034 DEG, CLASS DL DATE: 83/01/14- -PLUME-TIME 14:15- + ROADS AND RAILROADS STATUS. TOGGLE ON

i. FEDERAL.. ROADS 2.- STATE ROADS ON 3.

COUNTY. ROADS ON 4. RAILRDADS' ON

5. ALL ON 6.

ALL OFF. ki 7. EXIT. r ENTER CHOICEt U r ?

ACTUAL INCIDENT TIME: 14:35 FARLEY flUCLEAR PLAT!T STABILITY CLASS D DATE. 03/01/i? 5.1 MPH FROM 028 DEG 30 ON 03/01/19 ELEVi CURRENT PLUME IllFORMATIOtt AO Gr 14: /~'N PRESENT LOCATIDt1 (,,/ H.GH DOSE ORGAN 2.14* SIGMA CHI /Q T DOGE R ATE (MR/HR) ID MILE DEC EEC TIME WHOLE 00DY THYROID DOSE RATE ID Y Z 2fG i'.3 200 9 14:30 5.23E-15 6.73E-13 6.73E-13 TH 137. 52.9 1.90E-05 JULIAN DAY e 19 2CG SB 208 9 14:30 1.05E-14 1.36E-12 1.36E-12 TH 91.5 0.0 3.83E-05 2fG 2.5 211 9 14:30 2.08E-15 2.60E-13 2.68E-13 TH 248. 79.9 7.64E-06 2EG 3.6 211 9 14:30 1.22E-15 1.57E-13 1,57E-13 TH 343. 99.7 4.53E-06 ' 23G 4.6 209 9 14:30 9.33E-16 1.20E-13 1.20E-13 TH 434. 116. 3.50E-06 22C 5.6 208 9 14:30 7.31E-16 9.41E-14 9.41E-14 TH 511. 129. 2.77E-06 2iG 6.2 207 9 14:30 9.10E-16 1.17E-13 1.17E-13 TH 505. 141. 3.49E-06 20G 7.0 206 9 14:30 5.89E-16 7.59E-14 7.59E-14 TH 631. 148. 2.29E-06 $%G 8.0 204 9 14:30 3.99E-16 5.14E-14 5.14E-14 TH 693. 157. 1.57E-06 itC 9.2 203 9 14:30 2.75E-16 3.55E-14 3.55E-14 TH 76?. 168. 1.10E-06. $9G 10.7 202 9 14:30 1.94E-16 2.50E-14 2.50E-14 TH 061. 180. 7.85E-07 10C 12.1 202 9 14:30 1.61E-16 2.00E-14 2. 0 E'E-14 TH 966. 194. 6.64E-07 irG 13.5 202 9 14:30 1.37E-16 1.77E-14 1.77E-14 TH 1069 206. 5.75E-07 19C 14.9 202 9 14:30 1.19E-16 1.54E-14 1.54E-14 TH 1169 218. 5.08E-07 13G 17.5 204 9 14:30 1.05E-16 1.36E-14 1.36E-14 TH 1267 229. 4.56E-07 12G 19.0 204 9 14:30 7.72E-17 9.94E-15 9.94E-15 TH 1456 249. 3.39E-07 iiG 20.5 204 9 14:30 6.38E-17 8.22E-15 B.22E-15 TH 1557 259. 2.86E-07' '100 22.1 204 9 14:30 5.20E-17 6.79E-15 6.79E-15 TH 1661 270. 2.41E-07 9 14:30 4.39E-17 5.66E-15 5.66E-15 TH 1778 280. ~2.05E-07# 3 25.6 203 9 14:30 3.89E-i? 5.02E-15 5.02E-15 TH 1898 291. 1.86E-07: ( j)9G 23.9 204 f-~ 7G 27.3 203 9 14:30 3.49E-17 4.49E-15 4.49E-15 TH 2017 302. 1 71E-07 6G 29.0 203 9 14:30 3.13E-17 4.03E-15 4.03E-15 TH 2134 312. 1.57E-07 SG 30.6 202 9 14:30 2.83E-17 3.64E-15 3.64E-15 TH 2250 322. 1.46E-07' 4G 32.3 202 9 14:30 2.51E-17 3.24E-15 3.24E-15 TH 2365 331. 1.34E-07: 3G 34.0 202 9 14:30 2.24E-17 2.89E-15 2.89E-15 TH 2480 340. i 23E-07? 2C 35.7 201 9 14:30 2.00E-17 2.58E-15 2.58E-15 TH 2596 349. 1.13E-07: iG 37.4 201 9 14:30 1.79E-17 2.31E-15 2.31E-15 TH 2713 358. 1.05E-07; I i G

ACTUAL INCIDENT TIME: 14:35 FARLEY NUCLEAR PLANT DATE: 83/01/19 STABILITY CLASC D ELEV. 5.1 MPH FROM 020 DEG CURP.ENT PLUMF INFORMATION AS OF 14i30 DN D3/01/19 /m PRESENT LOCATION e i U DOSE RATE (HR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q ID MILE DEC CEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z JUL3fN DAY = 17 26f 1.3 200 9 14:30 2.67E+02 1.44E40$ 2.67E+02 WB 137 51.8 5.BSE-06 26: GP 200 9 14:30 2.30E+02 1.2iE+01 2.30E+02 WB 90.0 0.0 5.00E-06 25E 2.5 211 9 14:30 2.13E+02 1.16E+0i 2.13E+02 WB

238, 77.1 4.54E-06 29E 3.6 Oli 9

14:30 1.97E+02 1.08E+0i 1.97E+02 WB 332. 96.9 4.iiE-06 23E 4.6 209 9 14:30 1.75E+02 9.74E+00 1.75E+02 WB 412. 112. 3.57E-06 2AE 5.6 200 9 14:30 1.31E+02 7.36E+00 1.31E402 WB

407, 125.

2.62E-06 Cik 6.2 207 9 14:30 1.58E+02 8.95E+00 1.5BE+02 WB 534.

133, 3.09E-06 20E 7.0 206

? 14:30 1.12E+02 6.43E400 1.12E+02 WB 596. 143. 2.16E-06 2SE 0.0 204 9 14:30 8.10E+03 4.67E+00 8.10E+0i WB 674. 154. 1.53E-06 1EE 9.2 203 9 14 30 5.59E+0i 3.26E+00 5.59E+0i WB 766. 167. 1.04E-06 $ PE 10.7 202 9 14:30 3.77E40$ 2.22E400 3.77E+0$ WB 873. 182. 6.99E-07 1%E 12.1 202 9 14:30 3.2SE+0i 1,93E400 3.25E4 01 WB 976. 195. 6.02E-07 i fE. 13. 5 2 02 9 14:30 2.79E+0i 1.6CE+00 2.79E+0i UB 1077 207. 5.29E-07 19E 14.9 202 9 14.30 2.35E401 1.43E400 2.35E+0i WB 1175 219. 1.72E-07 1.3E 17.5 204 14: 30 1.66E+0i 1.02E+00 1.66E+0i WB 1365

239, 3.03E-07 12E 19.0 20'.

14.30 9.76E+00 6.09E-01 9.76E+00 WB 1467

250, 3.19E-07 iiE 20.5 204 9

14:30 2.10E+00 1.31E+0i 1.31E+0$ TH 1574 261. 2.64E-07 10E 22.1 2 0 *. 9 14:30 4.73E-02 1.79E-01 1.79E-01 TH 1689 272. 2.22E-07 f~sPE 23.9 204 9 14:30 3.89E-02 1.48E-01 1.4BE-01 TH 1809 283. i.89E-07 ( )I 25.6 203 9 14:30 3.43E-02 1.31E-01 1.31E-01 TH 1928 294. 1.76E-07 '"7E 27.3 203 9 14:30 2.99E-02 1.iSE-01 1.15E-05 TH 2045 304. i.62E-07 6E 29.0 203 9 14:30 2.55E-02 9.95E-02 9.95E-02 TH 2162 314. 1.50E-07 SE 30.6 202 9 14:30 2.19E-02 8.60E-02 8.60E-02 TH 2277 324. i.41E-07 4E 32.3 202 9 14:30 1.75E-02 6.91E-02 6.91E-02 TH 2392 333. 1.29E-07 3E 34.0 202 9 14:30 1.33E-02 5.30E-02 5.30E-02 TH 2509 342. 1.19E-07 2E 35.7 201 9 14:30 9.25E-03 3.70E-02 3.70E-02 TH 2626

351, 1.10E-07 iE 37.4 201 9

14:30 2.56E-03 $.03E-02 1.03E-02 TH 2743 360. 1.02E-07 v u

ACTUAL INCIDENT TIME: 14:36 FARLEY NUCLEAR PLANT STABILITY CLASS D DATCi 83/01/19 14 30 GM 03/01/1? 5.1 MPH FROM 020 DEGCURRENT PLUME INFORMATI0M AG Epr9: ABEREW ATED PROJECTION \\ ib CHI /Q HIGH DOSE ORCAN 2.140CIGMA DOSE RATE (MR/HR) ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z

'$G i.3 208 9

14:30 5.23E-15 6 77.E-13 6.73E-13 TH 137 52.9 1.90E-05 JULIAN DAY = 19 260 SB 208 9 14:30 1.05E-14 1.36E-12 1.36E-12 TH ?i.5 0.0 3.83E-05 25D 2.5 211 9 14:30 2.0DE-15 2.68E-13 2.68E-13 TH 248. 79.9 7.64E-06 24G 3.6 211 9 14:30 1.22E-15 1.57E-13 1.57E-13 TH 343. ?9.7 4.53E-06 23G 4.6 209 ? 14: 30 9.33E-16 1.20E-13 1.20E-13 TH 434. 116. 3.50E-06 220 5.6 208 9 14:30 7.31E-16 9.41E-14 9.41E-14 TH 511. 129. 2.77E-06 22G 6.2 207 9 14:30 9.10E-16 1.i?E-13 1.i?E-13 TH.585. 141. 3.49E-06 2 00 7.0 206 9 14 30 5.89E-16 7.59E-ii 7.59E-14 TH 631 148. 2.29E-06 'l S G 8.0 204 9 14 30 3.99E-16 5.14E-14 5.14E-14 TH 693. 157. 1.57E-06 ifC 9.2 203 9 14:30 2.75E-16 3.55E-14 3.55E-14 TH

769, 168.

1.10E-06 iPG 10.7 202 9 14:30 1.94E-16 2.50E-14 2.50E-14 TH 861. 180. 7.85E-07 ifC 12.1 202 9 14:30 1.61E-16 2.08E-14 2.00E-11 TH 966. 194. 6.64E-07 iSG 13.5 202 9 14:30 1.37E-16 1.77E-14 1.77E-14 TH 1069 206. 5.75E-07 19G 14.9 202 9 14:30 1.19E-16 1.54E-iq 1.54E-14 TH 1169 218. 5.0SE-07 13G 17.5 204 9 14:30 1.05E-16 1.36E-14 1.36E-14 TH 1267 229. 4.56E-07 12G 19.0 204 9 14:30 7.72E-17 9.94E-15 9.94E-15 TH 1456 249. 3.39E-07 iiG 20.5 204 9 14:30 6.38E-17 8.22E-15 8.22E-15 TH 1557 259. 2.86E-07 9 14:30 5.28E-17 6.79E-15 6.79E-15 TH 1664 270. 2.41E-07 ( $4 23.9 204 9 14: 30 4.39E-17 5.66E-15 5.66E-15 TH 1778 280. 2.05E-07 7-40G 22.1 204 \\- ,25.6 203 9 14: 30 3.89E-17 5.02E-15 5.02E-15 TH 1898 291. 1.86E-07 7G 27.3 203 9 14:30 3.49E-17 4.49E-15 4.49E-15 TH 2017 302. 1.71E-07 6G 29.0 203 9 14:30 3.13E-17 4.03E-15 4.03E-15 TH 2134 312. 1.57 E-07 5G 30.6 202 9 14:30 2.83E-17 3.64E-15 3.64E-15 TH 2250 322. 1.46E-07 4G 32.3 202 9 14:30 2.51E-17 3.24E-15 3.24E-15 TH 2365 331. 1.34E-07 3G 34.0 202 9 14:30 2.24E-17 2.89E-15 2.89E-15 TH 2480 340. i.23E-07 9 14:30 2.00E-17 2.5BE-15 2.58E-15 TH 2596 349. 1.13E-07 iG 37.4 201 9 14:30 1.79E-17 2.31E-15 2.31E-15 TH 2713 358. i.05E-07 iG 40.0 201 9 15 0 1.62E-17 2.09E-15 2.09E-15 TH 2889 0.0 9. 57E-08 : 2G 35.7 201 iG 50.0 203 9 16:58 1.17E-17 1.50E-15 1.50E-15 TH 3565 0.0 6.89E D p i 1

1 ACTUAL INCIDENT TIME $4:36 i FARLEY NUCLEAR PLANT CTABILITY CLASS D DATEi 83/01/19 14 30 OH 83/01/19 mL 5.1 INFORMATION AS OF Ep(f U T PL U ADDREVIATED PROJECTION CHI /Q I DOSE RATE (MR/HR) HICH IJOSE ORGAN 2 14*SI MA ID-MILE DEC SEC. TIME WHOLE BODY THYROID DOSc RA'IE ID .2$E 1.3 200 9 14:30 2.67E+02 1.44E+0i 2.67E+02 WB 137. 5$.8 5.85E-06' LJULIAN. DAY = 19 2$E SB 208 9 14:30 2.30E+02 1.24E+0i 2.30E+02 WB 90.0 0.0 .5.00E-06 2FE 2.5 211 9 14:30 2.13E+02 1.16E+0i 2.13E+02 WB-230. 77.1 4.54E-06 li 26E 3.6 211 9 14:30 1.97E+02 1.08E+0i 1.97E+02 WB 332. 96.9 4.11E-06 23E 4.6 209 9 14:30 $.75E+02 9.74E+00 1.75E+02 WB 412. 112. 3.57E-06 2EE - 5.6 208 9 14:30 1.31E+02 7.36E400 1.31E+02 WB 487

125, 2.62E-06 27E 6.2 207 9

14 30 1.58E+02 8.95E+00 1.58E+02 WB 534. 133. 3.09E-06 20E 7.0 206 9 14: 30 1.12E402 6.43E+00 1.12E+02 WB -596. 143. 2.16E-06 29E 8.0 204 9 14 30 8.10E+0i 4.67E+00 8.10E+0i WB 674. 154. 1.53E-06 ifE 9.2 203 9 14:30 5.59E+0i 3.26E+00 5.59E+01 WB 766. 167. 1.04E-06 iSE 10.7 202 9 14:30 3.77E+01 2.22E+00 3.77E+0i WB 873. 182. 6.9.9E-07 IGE 12.1 202 9 14:30 3.25E+0i 1.93E+00 3.25E+0i WB 976. 195. 6.02E-07 i -ist 13.5 202 9 14:30 2.79E+0i 1.68E+00 2.79E+0i WB 1077-207, 5.29E i 15E 14.9 202 9 14 30 2.35E+0i 1.43E+00 2.35E401 WB 1175 219. 4.72E-07' i)E 17.5 204 9 14:30 1.66E+03 1.02E+00 1.66E+0i WB 1365.239. 3.83E-07 12E 19.0 204 9 14t30 9.76E+00 6.09E-01 9.76E+00 WB 'i467 250. 3.19E-07 iiE 20.5 204 9 14430 2.10E+00 1.31E+0i 1.31E+03 TH. 1574 261., 2.64E-07 'iOE 22.1 204 9 14:30 4.73E-02 1.79E-01 1.79E-01 TH 1689 272. 2.22E-07; ic 23.9 204 9 14 30 3,89E-02 1.48E-01 1.40E-01 TH 1809 283. 1.89E-07 9 14:30 3.43E-02 i.31E-01 'i.31E-01 TH 1928 294. 1.76E-07-l C'/.25.6203 7E 27.3 203 9 14:30 2.99E-02 1.iSE-01 1.15E-01.'TH 2045 304. i.62E 6E 29.0 203 9 14:30 2.55E-02 9.95E-02 9.95E-02 TH 2162 314. 1.50E-07 ; ss SE 30.6 202 9 14:30 2.19E-02 8.60E-02 8.60E-02 TH 2277 324. 1.41E-07 4E 32.3 202 9 14 30 1.75E-02 6.91E-02 6.91E-02 TH 2392 333. 1.29E-07 ; 3E 34.'O 202 9 14:30 1.33E-02 5.30E-02 5.30E TH 2509 342. 1.19E-07 2E 35.7 201 9 14:30 9.25E-03 3.70E-02 ~3.70E-02 TH 2626 351. 1.10E-07A 1E 37.4 201 9 14:30 2.56E-03 1.03E-02 1.03E-02 TH 2743 360. 1.02E-07" 1E 40.0 201 9 15 0 2.32E-03 9.36E-03 9.36E-03 TH-2919 0.0 9.28E 'iE 50.0 203 9 16:58 1.68E-03 6.78E-03 6.7BE-03 TH-3595 0.0 6.73E-08l 'I i t I i Ov t i e

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l t i l ty..V.,' f t ,y '>.y,, ',, j j / .h.. 8 .L i i ') .a = \\. s. l l6 l

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i. FEDERAL ROADS ON

2. STATE ROADS

ON e

3. COUNTY ROADS OH

. 5 4. RAILROADS = ON.

5. ALL ON 6..ALL OFF 7.

EXIT o ENTER CHOICEi o' e 1 w

l t ACTUAL INCIDENT TIME 14: 50 l FARLEY HUCLEAR PLANT STADILITY CLASS D DATE: 83/01/19 4.6 MPH FROM 022 DEG CURRENT PLUME INFORMATION AC OF 14:45 OM 03/01/19 ELEV. p PRESENT LOCATION -(,/ DOCE RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA CHI /Q ID MILE DEC CEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 2VG i.i 202 9 14:45 6.77E-15 8 96E-13 B.96E-13 Til 125. 49.4 2.51E-05 JULI AN D AY - 19 240 SB 202 9 14:45 1.16E-14 1.53E-12 1.53E-12 TH 91.5 0.0 4.30E-05 i 2&G 2.4 205 9 14 45 2.20E-15 2.91E-13 2.91E-13 TH 224. 74.6-8.24E-06 26D 3.6 208 9 14:45 1.25E-15 1.65E-13 1.65E-13 TH

330, 97.0 4.73E-06 2SG 4.7 208 9

14:45 0.30E-16 1.10E-13 1.iOE-13 TH 423. 114. 3.20E-06 23G 5.7 200 9 14:45 6.89E-16 9.iiE-14 9.iiE-14 TH Sii. 129. 2,66E-06 21S 6.7 207 9 14:45 5.63E-16 7.45E-14 7.45E-14 TH 588. 142. 2.20E-06 EiG 7.3 206 9 14:45 7.23E-16 9.56E-14 9.56E-14 TH 660. 153. 2.86E-06 29G 0.1 205 9 14:45 4.76E-16 6.29E-14 6.29E-14 TH

706, 159.

1.90E-06 E%G 9.2 204 9 14:45 3.28E-16 4.34E-14 4.34E-14 TH 767. 168. 1.33E-06 ifG 10.4 203 9 14:45 2.30E-16 3.04E-14 3.04E-14 TH 843. 178. 9.47E-07 190 11.8 202 9 14:45 1.65E-16 2.iBE-14 2.18E-io TH 934. 190. 6.BSE-07., 1&G 13.3 202 9 14:45 1.39E-16 1.84E-14 1.B4E-14 TH 1039 203. 5.90E-07 16D 14.6 202 9 14 45 1.20E-16 1.59E-14 1.59E-14 TH 1141 215. 5.18E iWG 16.0 202 9 14:45 1.05E-16 1.39E-14 1.39E-14 TH 1241 226. 4.62E-07 13C-1. 7 200 9 14 45 9.39E-17 1.24E-14 1.24E-14 TH 1330 237. 4.18E-07 l 12G 20.1 204 9 14:45 6.95E-17 9 iDE-15 9.18E-15 TH 1526 256. 3.15E-07 ' B iiG 21.6 204 9 14:45 5.77E-17 7.63E-15 7.63E-15 TH 1627 266. 2.66E-07 t I 9 14:45 4.79E-17 6.34E-15 6.34E-15 TH 1734 276. 2.26E-07 (. ,25.0 204 9 14:45 4.0iE-17 5.30E-15 5.30E-15 TH 1848 287. 1.93E-071 (~')UG23.3204 DG 26.7 203 9 14:45 3.57E-17 4.72E-15 4.72E-15 TH-1967 298. 1.76E-07 1 7G 28.4 203 9 14:45 3.2iE-17 4.24E-15 4.24E-15 TH 2006

308, 1.62E-079 6G 30.1 203 9

14:45 2.88E-17 3.82E-15 3.82E-15 TH 2203

318,

1. 49E-07 i 5G 31.0 202 9

14:45 2.61E-i? 3.46E-15 3.46E-15 TH 2319 327. 1.39E-07.! 4G 33.4 202 9 14:45 2.33E-17 3.08E-15 3 08E-15 TH 2433 337. 1.2GE-07 3G 35.1 202 9 14: 45 2.09E-17 2.76E-15 2.76E-15 TH 2549 346. 1.18E-07+ 2G 36.8 201 9 14:45 1.86E-17 2.46E-15 2.46E-15 TH 2664 354. 1.09E-07 iG 38.6 201 9 14:45 1.67E-17 2.2iE-15 2.21E-15 TH 2781 363. 1.01E-07l 1 1 I I' a

ACTUAL INCIDENT TIME 14:50 FARLCY NUCLEAR PLANT STABILITY CLASS D l ,DATE '83/01/19 4 6 MPH FROM 022 DEGCURRENT PLUME INFORMATION AS OF l ELEV \\ PRESENT LOCATION g CHI /Q D00E RATE (MR/HR) HIGH DOSE ORGAN 2.14* SIGMA ID MILE DEC ECC TIME WHOLE DODY THYROID DOSE RATE ID. Y 3 l 27t: 1.1 202 9 14:45 2.33E+02 1.30E+01~ 2.33E402-WB

124, 48.2 5.44E-06' JULIAN DAY =

19 2PE SB 202 9 14:45 1.87E+02 1.04E401 1.87E+02 WB 90.8 0.0 4.35E-06 2$E 2.4 205 ? 14:45 1.93E+02 1.09E+0i 1.93E+02 WB 236. 76.5 -4.40E-06' 2Kt 3.6 208 9 14:45 1.BiE+02 1.03E+01 1.81E402 WB

332, 96.9 4.04E-06' 2SE 4.7 208 9

14:45 1.38E+02 7,95E+00 1.30E+02 WB 423.

114, 3.02E-06'

'23E 5.7 208 9 14645 1.14E+02 6.63E+00 1.14E+02 WB 500. 127. 2.44E-06 23E 6.7 207 9 14:45 9.65E+0i 5.65E+00 9.65E+0i WB 574. 'i39. 2.02E-06 2tE 7.3 206 9 14:45 1.28E402 7.57E+00 1.28E+02 WB

620, 146.

2.62E-06'. 20E 8.1 205 9 $4:45 9.04E+0$ 5.39E+00 9.04E+0$ WB 682. 155. i.82E-06 09E 9.2 204 9 14:45 6.42E+0i 3.07E+00 6.42E+0i WB 759. 166. 1.2?E-06 } $ $E 10.4 203 9 14:45 4.33E+0i 2.63E+00 4.33E+0i WB B50. 179. 8.48E-07 i?E 11.8 202 9 14:45 3.13E+0i 1.93E400 3.13E+0i WB 956. 192. 6.09E-07 isE 13.3 202 9 14:45 2.73E+0i 1.70E+00 2.73E+0i WB 1059 205. 5.32E ifE'14.6 202 9 14:45 2.37E+0i 1.49E+00 2.37E401 WB 1159 217. 4.73E-07'; iME-16.0 202 9 14:45 2.02E+0i 1.2BE+00 2.02E+0i WB 1257 228. 4.26E-07 13E 18.7 204 9 14:45 1.45E+0i 9.34E-01 1.45E+01. WB 1446 :248. 3.51E-07 12E 20.1 204 9 14:45 8.42E+00 5.49E-01 8.42E+00 WB 1547 258. 2.89E-07 iiEL21.6 204 9 14:45 1.85E+00 1.2iE401

1. 2.i E+ 0 i TH 1654 269.

2.44E-07j /~ 9 14:45 4.2iE-02 1.66E-01 1,66E-01 TH 1768 279. 2;07E-07 i ).: 25.0 204 9 14:45-3.48E-02 1.38E-01 1.38E-01 TH 1888 290.. 1.77E-07. (,SPE23.3204 BE 26.7 203-9 14:45 3.07E-02 1.23E-01 1.23E-01 TH 2007 301. 1.65E-07, 7E 28.4 203 9 14:45 2.69E-02 1.08E-01 1.00E-01 THE-2124 311. 1.53E-07' 6E 30.1 203 9 14:45 2.32E-02 9.45E-02 9.45E-02 TH 2240

321, i.43E-071 SE 31.8 202 9

14:45 1.98E-02 8.13E-02.8.13E-02 TH 2355 330. i 33E-071 4E 33.4 202 9 14i45 1.58E 6.55E-02 6.55E-02 TH. 2471 339. .i.23E-07, .3E 35.1 202 9 14:45 1.2iE-02 5.04E-02 5.04E-02 TH 2587 340. 1.13E-07' 2E 36.8 201 9 14:45 8.43E-03 3.52E-02 3.52E-02 TH 2703 357. 1.05E-07 1E.30.6 201 9 14:45 2.33E-03 9.83E 9.83E-03 TH 2821 366. 9.79E-08 1 -l i i l' -t I f-j A i f T: i k

ACTUAL INCIDENT TIME: 14:51: FARLEY NUCLEAR PLANT STADILITY CLASS D s 83/01/19 9 4.6 MPH FROM 022 DEGCURRENT PLUME INFORMAT DATE: E(P~. ABBREVIATED PROJECTION f CHI,'Q j HICH DOSE ORGAN 2.14*0IGMA i 1 DOSE RATE (MR/HR) DOSE R AT E ID Y Z THYRDID TIME WHOLE DODY Ib MILE DEG CEC 2pG, 1.1 202 ? 14:45 6.77E-15 8.96E-13 8.96E-13 TH 125. 49.4 2.5fE-05 290 SD 202 9 14:45 1.16E-14 1.53E-12 1.53E-12 TH 91.5 0.0 4.30E-05 19 JULIAN DAY = 2$G 2.4 205 9 14:45 2."_0E-15 2.91E-13 2.91E-13 TH

224, 74.6 8.24E-06 25U 3.6 208 9

14:45 4.25E-15 1.65E-13 1.65E-13 'ni 330. 97.0 4.73E-06 2WG-4.7 208 9 14:45 8.38E-16 1.10E-13 1.10E-13 TH 423. 114. 3.20E-06 23C - 5.7 208 9 14:45 6.89E-16 9.iiE-14 9.iiE-14 TH 511.

129, 2.66E 4 l

2*G 6.7 207 9 14:45 5.63E-16 7.45E-14 7.45E-14 TH 588. 142. 2.20E-06' 22C 7.3 206 9 14:45 7.23E-16 9.56E-14 9.56E-14 TH 660. 153. 2.86E-06 29G 8.1 205 9 14:45 4.76E-16 6.29E-14 6.29E-14' TH 706. 159. i.90E-06 $90 9.2 204 9 14:45 3.28E-16 4.34E-14 4.34E-14 TH 767 168. 1.33E-06 ifG 10.4 203 9 14:45 2.30E-16 3.04E-14 3.04E-14 TH 843. 178. 9.47E-07 iSC 11.0 202 9 14:45 1.65E-16 2.iBE-14 2.18E-14 TH 934. 190. 6.08E-07 1&G 13.3 202 9 14:45 1.39E-16 1.84E-14. i.84E-14 TH 1039 203. 5.90E-07 5.18E-07 j 1.59E-14 TH 1141 215. 15D 14.6 202 9 14:45 1.20E-16 1.59E-14 ' i.39E-14 TH 1241 226. 4.62E-07 ; 13G 18.7 204 9 14:45 9.39E-17 1.24E-14 1.24E-14 TH 1338 237. 4.18E-07 > IGG 16.0 202 9 14:45 1.05E-16 1.39E-14 12G 20,1 204 9 14445 6.95E-17 9.18E-15 9.18E-15 TH -1526 256. 3.15E-07'l 9 14:45 5.77E-17 7.63E-15 7.63E-15 TH 1627 266. 2.66E-07 i ; 23.3 204 9 14:45 4.79E-17 6.34E-15 6.34E-15 TH 1734 276. 2.26E-07 s 25.0 204 9 14:45' 4.01E-17 5.30E-15 5.30E-15 TH 1848 287. i.93E-07, j'iC 21.6 204 BG 26.7 203 9 14:45 3.57E-17 4.72E-15 4.72E-15 TH' 1967 298. 1.76E-07> 7G 28.4 203 9 14:45 3.2iE-17 4.24E-15 4.24E-15 TH 2006 300. i.62E-07' 6G 30.1 203 9 14:45 2.88E-17 3.82E-15 3.82E-15 TH 2203 318. i.49E-07: 5G 31.8 202 9 14:45 2.61E-17 3.46E 3.46E-15 TH 2319 327. 1.39E-07!3 4G 33.4 202 9 14:45 2.33E-17 3.08E-15 3.08E-15 TH 2433 337. 1.20E-07 3G 35.1 202 9 14:45 2.09E-i? 2.76E-15 2.76E-15 TH 2549-346. 1.18E-07 2G 36.8 201 9 14:45 1.86E-17 2.46E-15 2.46E-15 TH 2664 354. 1.09E-07; iG 38.6 201 9 14:45 1.67E-17 2.2iE-15 2.21E-15 TH 2781-363.

1. die-07; iG 40.0 201 9

15: 4 1.58E-17 2.09E-15 2.09E-15 TH 2878 0.0 9.62E-08' iG 50.0 201 9 17:15 1.14E-17 1.51E-15 1.51E-15 TH 3551 0.0 6.93E-0@ d i ~% / i

ACTUAL INCIDENT T7ME 14:51 FARLEY NUCLEAR PLANT STADILITY CLADD D DATE: 83/01/19 4.6 MPH FROM 022 DEGCURRENT PLUME INFOT:MATION AS OF ELEVi ( "N, ADBREVIATED PROJECTION U/ HIGH DOSE ORGAN 2.14tCIGMA CHI /Q DOSE RA1E (MR/HR) ID MILE DEC SEC TIME WHOLE BODY THYROID DOGE RATE ID Y Z 27E 1.1 202 9 14:45 2.33E+02 1.30E+0i 2.33E+02 WB 124. 48.2 5.44E-06 JULIAN DAY - 19 27C SB 202 9 141 45 1.87E+02 1.04E401 1.87E+02 WB 90.8 0.0 4.35E-06 2GE 2.4 205 9 $4:45 1.93E+02 1.09E+0$ i.93E+02 WB 236. 76.5 4.40E-06 26t 3.6 208 9 14:45 1.81E+02 1.03E+0i 1.BiE+02 WB 232. 96.9 4.04E-06 29E 4,7 208 9 14:45 1.38E+02 7.95E+00 1.38E+02 WB 423. 114. 3.02E-06 23E 5.7 208 9 14:45 1.14E+02 6.63E+00 1.14E+02 WB 500. 127. 2.44E-06 23E 6.7 207 9 14:45 9.65E+0i 5.65E+00 9.65E+0i WB 574.

139, 2.02E-06 2ft 7.3 206 9

14:45 1.28E+02 7.57E+00 1.28E402 WB 620.

146, 2.62E-06 20E 8.1 205 9

14:45 9.04E+0i 5.39E+00 9.04E+0i WB 682.

155, 1.82E-06 fBE 9.2 204 9

14:45 6.42E4 01 3.07E+00 6.42E+0i WB 759. 166. 1.27E-06 ifE $0.4 203 9 14:45 4.33E+0i 2.63E+00 4.33E+0i WB 850. 179. 8.48E-07 iSE 11.8 202 9 11 45 3.13E+0i 1.93E+00 3.13E+0i WB 956. 192. 6.09E-07 IGE 13.3 202 9 14 45 2.73E+0$ i.70E+00' 2.73E+0i WB 1059 205. 5.32E-07 iSE 14.6 202 9 14:45 2.37E+0i 1.49E+00 2.37E401 WB 1159 217 4.73E-07 19E 16.0 202 9 14:45 2.02E+03 3.28E+00 2.02E+0i WB 1257 228. 4.26E-07 13E 18.7 201 9 14:45 1.45E+0i 9.34E-01 1.45E+01 WD 1446 240. 3.51E-07 12E 20.1 204 9 14:45 8.42E+00 5.49E-01 8.42E+00 WB 1547 258. 2.89E-07 iiE 21.6 204 9 14:45 1.85E+00 1.2iE+0i 1.2iE+0i TH 1654 26?. 2.44E-07 9 14:45 4.2iE-02 1.66E-01 1.66E-01 TH 1768 279. 2.07E-07 ( ) : 25.0 204 9 14:45 3.48E-02 1.38E-01 1.38E-01 TH 1888 290. 1.77E-07 /~~yHE 23.3 204 UE 26.7 203 9 14:45 3.07E-02 2.23E-01 1.23E-0$ TH 2007 301. 1.65E-07 7E 28.4 203 9 14:45 2.69E-02 1.08E-01 1.08E-01 TH 2124 311. 1.53E-07 6E 30.1 203 9 14:45 2.32E-02 9.45E-02 9.45E-02 TH 2240 321. 1.43E-07 SE 31.8 202 9 14:45 1.98E-02 8.13E-02 8.13E-02 TH 2355 330. 1.33E-07 4E 33.4 202 9 14:45 1.58E-02 6.55E-02 6.55E-02 TH 2471 339. i.23E-07 3E 35.1 202 9 14:45 1.2iE-02 5.04E-02 5.04E-02 TH 2587 340. 1.13E-07 2E 36.8 201 9 14:45 8.43E-03 3.52E-02 3.52E-02 TH 2703

357, 1.05E-07 iE 38.6 201 9

14:45 2.33E-03 9.83E-03 9.83E-03 TH 2821 366. 9.79E 1E 40.0 201 9 15: 4 2.22E-03 9.33E-03 9.33E-03 TH 2918 0.0 9.29E iE 50.0 201 9 17:15 1.61E-03 6.77E-03 6.77E-03 TH 3590 0.0 6. 74 E- 0 8 I 7 % /'i i

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y p\\ I... .V ?.{ g} .,3 " " ~ ~ ' 'O. y g ,g, '.t ,. ",, /... , Epg_..-. p,,,., (/ W 'Ep. * .. c ~;M.(, .g,*.., K ' j' I/ ..1. : ~ ~ N O'4 N '\\ 4 ./. 2 Y '\\ ' M lO? j g .j j /,\\. J.p--[.. , /,.., y s. g .i .g g /-, ..i \\ ,\\ "\\, ) ,f +,,.\\ \\ .'s ,, i ' \\.. -- j'.' i. . /g '\\ l { J( I t >( 's e s, e \\.,,,'. 'I.-\\ ~ 'Y, <I I' E s t .A r-4 s I c i l l 1 i ,. cr.. i ' *l- % c -./. I -1 - j .l-I l 1 j.l~ r. -) I / y I. 1 i i l i t } t r ~l i l' 10 I l 15 l } l-t h i "h t x g v .y ',s..- ',n i.. j' j l j R .e i .\\ N {./ '.~ ".f. \\ ~.t 's' ,/ e/ / /6 l ~g b. 'g hs, J N.hs h g,g.3..f. g,..<j. \\,.l. !,j s \\ J 4;., s* s 'g g / N;.{,_,,_* 9p N' ,',/ ,t 7 ~\\l1.~ .z. H s, n .ru- ..,/.. ~ g 1 1.. p ec ,.~, -. /, - 9 y ../ J .~.. -w. . 9 g. " -9 U6 9 . l ~~.. 19 3g ACTUAL INCIDENT FARLEY NUCLEAR PLANT DATES 83/01/14 -DAY-TIME: 14:51 4.6 MPH FROM 022 DEG, CLASS D-ELEV4 DATE: 83/01/14 -PLUME-TIME.14:45 l t t ROADS AND RAILROADS-STATUS TOGGLE i'.. FEDER AL - ROADS ON l

2. STATE ROADS ON'
.3.. COUNTY ROADS -ON ON. ~ E
4. RAILROADS.

5. ALL ON

6. ALL"DFF 7.' EXIT ENTER'CHOICEo k
ACTUAL INCIDENT TIME. 15: 0 6 FARLEY NUCLEAR PLANT STABILITY CLASS D DATE. 03/01/19 2.5 MPH FROM 016 DEGCURRENT PLUME INFORMATION ELCV: PRESENT LOCATION (' N. k/ CHI /Q HIGH DOSE ORGAN 2.14* SIGMA m D00E RATE (MR/HR) ID MILE DEC SEC TIME WHOLE DODY THYROID DOSE RATE ID Y Z 2fG .6 196 9 15 0 2.98E-14 4.04E-12 4.04E-12 TH 75.0 34.2 1.12E-04 JULIAN DAY r 19 2FC SB 196 9 15: 4 2.12E-14 2.87E-12 2.87E-12 TH 91.5 0.0 8.02E-05 2FG 1.8 200 9 15 0 5.94E-15 8.07E-13 8.07E-13 TH 132 51.5 2.27E-05 23C 3.0 203 9 15 0 2.03E-15 2.75E-13 2.75E-13 TH 232. 76.2 7.82E-06 260 4.2 206 9 15 0 1.17E-15 1.59E-13 1.59E-13 TH 337. 98.4 4.57E-06 29C 5.3 207 9 154 0 7.93E-16 1.07E-13 1.07E-13 TH 42?. 115. 3 12E-06 23G 6.3 207 9 15: 0 6.56E-16 8.89E-14 8.89E-14 TH 518. 130. 2.61E-06 22G 7.3 206 9 152 0 5.37E-16 7.29E-14 7.29E-14 TH 594. 143. 2.16E-06 27G 7.9 205 9 i5i 0 6.91E-16 9.38E-14 9.38E-14 TH 667. 154. 2.81E-06 200 8.7 205 9 15: 0 4.55E-16 6.iBE-14 6.18E-14 TH 712. 160. 1.87E-06 79G 9.8 204 9 15: 0 3.14E-16 4.26E-14 4.26E-14 TH 773. 169. 1.31E-06 1FC 11.0 203 9 15: 0 2.21E-16 3.00E-14 3.00E-14 TH 849. 179. 9.36E-07 $PG 12.4 202 ? 15: 0 1.58E-16 2.15E-14 2.15E-14 TH 940. 191. 6.81E-07 iyG 13.9 202 9 15; O 1.34E-16 1.82E-14 1.82E-14 TH 1015 204. 5.85E-07 iSU 15.3 202 9 15: 0 1.16E-16 1.57E-14 1.57E-14 TH 1147 2$6. 5.13E-07 19C 16.6 202 9 15: 0 1.01E-16 1.38E-14 1.3BE-14 TH 1247 227. 4.58E-07 13G 19.3 204 9 152 0 9.05E-17 1.22E-14 1.22E-14 TH 1344
237, 4.iSE-07 12G 20.7 204 9
152 0 6.70E-17 9.09E-15 9.09E-15 TH 1532 257. 3.13E-07 (^ NOG 22.2 204 9 15s 0 5.57E-17 7.56E-15 7.56E-15 TH 1633 267. 2.65E-07 (_s/ ; 23.9 204 9 15: 0 4.63E-17 6.28E-15 6.28E-15 TH 1740 277. 2.25E-07 9G 25.6 204 9 15: 0 3.87E-17 5.25E-15 5.25E-15 TH 1853 287. 1.92E-07 CC 27.3 203 9 15: 0 3.45E-17 4,68E-15 4.68E-15 TH 1973 298. 1.75E-07 7G 29.0 203 9 15: 0 3.10E-17 4.2iE-15 4.2iE-15 -TH 2092 308. 1.61E-07 6G 30.7 203 9 15: 0 2.79E-17 3.79E-15 3.79E-15 TH 2209 318. 1.49E-07 5G 32.4 202 9 15: 0 2.53E-17 3.43E-15 3.43E-15 TH 2324 328. i.39E-07 4G 34.1 202 9 15 0 2.25E-17 3.06E-15 3.06E-15 TH 2439 337. 1.27E-07 3G 35.8 202 9 15: 0 2.02E-17 2.74E-15 2.74E-15 TH 2554 346. i.iBE-07' 2C 37.5 201 9 15: 0 1.80E-17 2.45E-15 2.45E-15 TH 2670 355. 1.09E-07 iG 39.2 201 9 15i 0 1.62E-17 2.19E-15 2.19E-15 TH 2787 364.
1. die-07l 3
f. v.
ACTUAL INCIDENT TIME: 15:06 FARLEY NUCLEAR PLANT GTABILITY CLASS D DATE: 83/01/19 2.5 MPH FROM 016 DEG i5 00 ON 83/01/19 fL5V i CURRENT PLUME INFORMATION AS OF i ) PRESENT LOCATION CHI /Q HIGH DOSE ORGAN 2.14tSIGMA ( DOSE RATE (MR/HR) ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z 29E .6 196 9 15 0 4.2iE+0$ 2.44E+00 4.2iE+0i WD 74.2 32.5 1.04E-06 JULIAN DAY = 19 29E SB 196 9 15 4 1.05E+02 6.08E+00 1.05E+02 WB 90.0 0.0 2.60E-06 2SE 1,8 200 9 15: 0 2.25E+02 1.32E+0$ 2.25E+02 WB 179. 62.9 5.51E-06 2$E 3.0 203 9 15i 0 1.95E+02 1.15E+0i 1.95E+02 WB 207. 07.6 4.67E-06 2sE 4.2 206 9 15 0 1.48E+02 8.85E+00 1.48E+02 WB 381. 106. 3.48E-06 29E 5.3 207 9 15; O i.03E+02 6.20E+00 1.03E+02 WB 470. 122. 2.37E-06 2SE 6.3 207 9 15 0 9.40E+0i 5.69E+00 9.40E+0i WB 547. 135. 2.10E-06 23C 7.3 206 9 15 0 B.40E+0i 5.13E+00 8.40E+0i WB 620. 146. 1.84E-06 2tE 7.9 205 9 15 0 1.10E+02 6.82E+00 1.10E+02 WB
666, 153.
2.37E-06 20E 8.7 205 9 151 0 7.82E+0i 4.87E+00 7.02E+0i WB 720. 162. i.65E-06
20E 9.8 204 9
15 0 5.59E+0i 3.52E+00 5.59E+0i WB 804. 173. i.16E-06 ist 11.0 203 9 iSi 0 3.82E+0i 2.43E+00 3.82E+0i WB 095. 185. 7.84E-07 iSE 12.4 202 9 15 0 2.79E+01 1.79E+00 2.79E+0i WB 1001 198. 5.68E-07 iBE 13.9 202 9 15 0 2.45E+0i 1.59E+00 2.45E401 WB 1103 210. 5.00E-07 iSE 15.3 202 9 15: 0 2.14E+0i 1.41E+00 2.14E+0i WB 1203 222. 4.46E-07 19E 16.6 202 9 15: 0 1.83E+0i 1.2iE+00 1.83E401 WB 1300 232. 4.0$E-07 13E 19.3 204 9 15 0 1.32E+0i 8.90E-01 1.32E+0i WB 1489
252, 3.35E-07 9
15 0 7.71E+00 5.24E-01 7.71E+00 WB 1590 262. 2.77E-07 )~. 22.2 204 9 15: 0 1.70E+00 1.16E+01 1.16E+0i TH 1697 273. 2.35E-07 (-42E 20.7 204 ' -i.d 23.9 204 9 15: 0 3.87E-02 1.60E-01 1.60E-01 TH 1811 283. 2.00E-07 9E 25.6 204 9 15 0 3.2iE-02 1.33E-0$ i.33E-01 TH 1931 294. i.71E-07 CE 27.3 203 9 15 0 2.84E-02 1.19E-01 1.19E-Oi TH 2049 305. i.60E-07 7E 29.0 203 9 15: 0 2.49E-02 1.05E-01 1.05E-01 TH 2166 315. i.48E-07 6E 30.7 203 9 15: 0 2.iSE-02 9.15E-02 9.iSE-02 TH 2282
324, 1.39E-07 5E 32.4 202 9
15: 0 1.84E-02 7.88E-02 7.88E-02 TH 2397 333. 1.30E-07 4E 34.1 202 9 15> 0 1.47E-02 6.36E-02 6.36E-02 TH 2512 343. 1.19E-07 3E 35.8 202 9 15 0 1.13E-02 4.90E-02 4.90E-02 TH 2628 352. i.iiE-07 ~ 2E 37.5 201 9 15: 0 7.86E-03 3.42E-02 3.42E-02 TH 2745 360. 1.02E-07 iE 39.2 201 9 15 0 2.18E-03 9.58E-03 9.58E-03 TH 2863 369. 9.57E-08. [ f~) I
---. - ~. ACTUAL INCIDENT TIME 2 15 07. FARLEY NUCLEAR PLANT STABILITY CLASS:D 1 "DATE[83/01/19 2.5 MPH FROM 016 DECCURRENT PLUME INFORMATION AC OF ~ ELtVi ~ t ABBREVIATED PROJECTION CHI /Q - (' . DOSE RATE (MR/HR)' HICH DOSE ORCAN 2.14:SICMA 'ID MILE DEG SEC TIME WHOLE BODY THYROID DOSE RATE ID Y Z EfG _.6 196 9 15: 0 2.98E-14 4.04E-12 4.04E-12 TH 75.0. 34.2 1.12E-04 JULIAN DAY - 19 2fG SB-196 9 15 4 2.12E-14 2.87E-12 2.87E-12 TH 91.5 0.0 8.02E-05 8.07E-13 TH 132. 51.5 2;27E-05 2pG 1.8 200 9 15r 0 5 94E-15 8.07E-13 ' 2.75E-13' TH 232. -76.2-7.82E-06 260 3.0 203 9 154 0' 2.03E-15 2.75E-13
2 51; 4.2 206 9
15: 0 1.17E-$5 1.59E-13 1.59E-13 TH 337. 98.4 4.57E-06 29C 5.3 207 9 15i 0 7.93E-16 1.07E-13 1.07E-13 TH 429. 115. 3.12E-06 j 2AG 6.3 207 9 15 0 6.56E-16 8.89E-14 8.89E-14 TH. 518. 130. 2.61E-06 2*G 7.3 206 9 15 0 5.37E-16 7.29E-14 7.29E-14 TH 594. 143. 2.16E-06' '2tG 7.9 205 9 15: 0 6.91E-16 9.38E-14 9.38E-14 TH 667.
154, 2.81E-06 200 8.7 205 9
15: 0 4.55E-16 6.18E-ii 6.18E-14 TH 712. 160. i.87E-06-l 19G 9.8 204 9 15 0 3.14E-16 4.26E-14 4.26E-14 TH 773. 169. 1.31E-06' ifG 11.0 203 9 15: 0 2.2iE-16 3.00E-14 3.00E-14 TH 849. 179. 9.36E-07 190 12.4 202 9 15 0 1.58E-16 2.iSE-14 2.'iSE-14 TH 940. 191. 6.81E-07c 18C 13.9 202 9 15 0 1.34E-16 1.82E-14 1.82E-14 TH 1045 204. 5.85E 14Ti 15.3 202 9 15: 0 1.16E-16 1.57E-14 1.57E-14 TH 1147 216. 5.13E-07J, 150 16.6 202 9 15: 0
1. die-16 1.38E-14 1.38E-14 TH 1247. 227.
4.58E-07' 13G 19.3 204 9 152 0 9.05E-17 1.22E-14 $.22E-14 -TH '1344' 237. 4.15E-07 ! 2G 20.7 204 9 15: 0 6,70E-17 9,09E-15 9.09E-15 TH 1532 257 3.13 E- 07_ - 9 i5i 0 5.57E-17 7.56E-15 7.56E-15 TH 1633 267. 2.65E-07 f_(JS222204 ..] 23.9 204 9 15: -0 4.63E-17 6.28E-15 6.28E-15 TH-1740. 277. 2.25E-07 (s%
90. 25.6 204 9
15 r 0 3.87E-17 5.25E-15 5.25E-15 TH 1853 287. i.92E-07 BG 27;3 203 9 15: 0 3.45E-17 4.68E-15 4.68E-15 TH 1973 298. 1.75E-07 7G 29.0 203-9 15: 0 3.10E-17 4.2iE-15 4.2iE-15 TH 2092 308. i.61E 60'30.7 203 9 15 0 2.79E-17 3.79E-15 3.79E-15 TH 2209 318. 1.49E-071 5G 32.4 202 9 15: 0 2.53E-17 -3.43E-15 3.43E-15. TH 2324 328. 1.39E-07' 4G 34.1 702 9 15: 0 2.25E-17 3.06E-15 3.06E-15 TH 2439 337. 1.27E-07 i '3G 35.8 202 9 15 0 2.02E-17 2.74E-15 2.74E TH 2554 346. i.iBE-07, 2G 37.5 201 9 15: 0 1.80E-17 2.45E-15 2.45E-15 TH 2670 355. 1.09E-07! iG 39.2 201' 9 15: 0 1.62E-17 2.19E-15 2.19E-15 TH 2787-364. 1.01E-07 1G 40.0 201 9 15:20 1.57E-17 2.13E-15 2.13E-15 TH 2842 0.0 9.81E-08 iG 50.0 200 9 19:24 1.12E-17 1.53E-15 'i.53E-15 TH 3515 0.0 7.04E-08 _] !I j 1 1 = +-, s-r
ACTUAL INCIDENT TIME 15:07 i FARLEY NUCLEAR PLANT STABILITY CLASS D-83/01/19 ' D AT E 2.5 MPH FROM-016 DEG 15:00 DN D3/01/19 CURRENT PLUME INFORMATION AS OFABBREVIATED P 0"TV CHI /Q HIGH DOSE ORGAN 2.14* SIGMA (- DOSE RATE (MR/HR) ID MILE DEC SEC TIME WHOLE BODY THYROID DOSE RATE ID Y 3 l J 28E .6 196 9 15: 0 4.2iE+0i 2.44E+00 '4.2iE+05 WB 74.2 3?.5 1.04E-06 JULIAN DAY - 19 2fC SB 196 9 154 1 1.05E+02 6.00E400 1.05E402 WB 90.0 0,0-2.60E-06 2SE 1.8 200 9 15 0 2.25E+02 1.32E+01 2.25E+02 WB 179. 62.9 _5.51E-06 2$C 3.0 203 9 15: 0 1.95E+02 1.15E401 1.95E+02 WB 287 87.6 4.67E-06 2KC 4.2 206 9 15: 0 1.48E+02 8.85E+00 1.48E+02 WB 381. 106. 3.48E-06 2VE 5.3 207 9 15: 0 1.03E+02 6.20E400 1.03E+02 WB 470. 122. 2.37E-06 23E 6.3 207 9 15: 0 9.40E+01 5.69E+00 9.40E+0i WB 547. 135 2.10E-06 22f 7.3 206 9 15: 0 8.40E+0i 5.13E+00 0.40E+0i WB 620. 146. 1.84E-06 2fE 7.9 205 9 15: 0 1.10E+02 6.82E+00 f.10E+02 WB 666. 153. 2.37E-06 20E 8.7 205 9 15: 0 7.82E+0i 4.87E+00 7.82E+0i WB 720.
162, 1.65E-06,
19E 9.8 204 9 15: 0 5.59E+0$ 3.52E+00 5.5?E+0i WB B04. 173. 1.16E-06 i!E 11,0 203 9 15: 0 3.82E401 2.43E+00 3.82E+0i WB 895. 185. 7.84E-07, 19E 12,4 202 9 15 0 2.79E+0i 1.79E400 2.'79 E+ 0 i WB 100$ 198. 5.68E-07, IGE 13.9 202 9 15: 0 2.45E+0i 1.59E+00 2.45E401 WB 1103 210. 5.00E-07 isE 15.3 202 9 15: 0 2.14E+0i 1.41E+00 2.14E+0i WD 1203 222. 4.46E-07 iVE 16.6 202 9 15 0 1.83E+0i 1.2iE400 1.83E+0i WB 1300 232.
4. 04E 18E 19.3 204 9
15: 0 1.32E+0i 8.90E-01 1.32E+0i WB 1489 252. 3.35E-07 9 iSi 0 7.71E+00 5.24E-01 7.71E400 WB 1590 262. 2.77E-07 . 22.2 204 9 15: 0 1.70E+00 1.16E+0i 1.16E+0$ TH 1697 273. 2.35E-07 7-sA2C 20.7 204 9 15: 0 3.87E-02 1.60E-01 1.60E-Oi TH 1811 283. 2.00E-07; 9E 25.6 204 9 15: 0 3.2iE-02 1.33E-01 1.33E-0$ .TH 1932 294. 1.71E'-07 ? ( j ' '2 23. 9 204 BE 27.3 203 9 15i '0 2.84E-02 1.19E-01 1.19E-01 TH 2049 305.
1. 60 E- 07 :
7E 29.0 203. 9 15: 0 2.49E-02 1.05E-01 1.05E-01 TH 2166 315. 1.48E-07) 6E 30.7 203 9 15 0 2.15E-02 9.15E-02 9.15E-02 TH 2262 324. 1.39E-07 SE 32.4 202 9 15: 0 1.84E-02 7.88E-02 7.8BE-02 TH 2397 333. 1.30E-07, 4E 34.i 202 9 15 0 1.47E-02 6.36E-02 6.36E-02 TH 2512 343. 1.19E-0? 3E 35.8 202 9 15: 0 1.13E-02 4.90E-02 4.90E-02 TH 2628 352. i_.iiE-07 TH 2745 360. 1.02E-07 2E 37.5 201 9 15 0 7.86E-03 3.42E-02 3.42E-02~ TH 2863 -369. 9.57E-0@ iE 39.2 201 9 i5i 0 2.18E-03 9.58E-03 9.58E-03 1E 40.0 201 9 15:20 2.iiE-03 9.30E-03 9.30E-03 TH 2918 0.0 9.29E-0) iE 50.0 200 9 19:24 1.53E-03 6.75E-03 6.75E-03 TH 3590 0.0 6.74E-Oe i a i
h, ', t a ni _1 A,,... LL~ q1-- ~.......; i 1 y .. g-. .j.... s,
y. 5
'I g. 1.. < ' ], c~~~ ~ '~'" 83 f 'y - ' ~ " ; --'.... yc... 3 _.. p.. f... __ r y.:. \\ \\/ L.. AN...:. 0 ' '< '~'., X N 'N\\7 /.,. 7.g s ,[,$,.k'tM@.,;.Q. u.t-l~..,.(. l ,...s, e M ~i / / ^,J( k T 7 7. 'A.' \\ q N., ,\\ \\ '=i g / s. J.'r 'i i 't I i g i g, a.\\. \\ v . n.. - n. r. 1 \\ m
i. 1 a.i
/. i. i 1 >l i
l. i ' 't [) I A ;. i~ p
.Y '-.e 3 i g v - ~. } ') {4 i i i g 'ip t i i s ,i e1 ,% f t, -(X q "".c % i1 i i / i i / j s I j' 'l ! I ll ?-i?Q)&. \\. \\. \\.f l,l?;^).I)l' lT X ' ) ;. /,A f['[./ft--[?s.f\\~*'n.! Q st 4 . N ?Rs ii C/j'y t2 ','.,\\.'. 'y.., q~..f qs,. ;u A '> (, .\\ < y.... . g%.,.c,.. .N.< 8. __..~e.3 E n.- a.. -. c .. g _...J. 9 /~~' ) .., -.' _. 1 0. - ' '~..e U8 l st 9 ACTUAL INCIDEN1-FARLEY NUCLEAR PLANT DATE: 83/01/14 -DAY-TIME 15 06 ; 2.5. MPH FR'OM 016 DEG, CLASS D ELEV DATE: 83/01/14 -PLUME-TIMEi.15:00. i ROADS AND RAILROADSSTATUS TOGGLE
1. FEDERAL. ROADS
'ON
2. STATE ROADS-OH-

3. COUNTY ROADS ON
-C 4, RAILROADS ON 5. ALL ON-6. ALL 0FF 7. EXIT 1 JNTER CHOICE ~
ACTUAL INCIDENT TIME. 15:20 FARLEY HUCLEAR PLANT STABILITY CLACS D DATEi 83/01/19 3.9 MPH FROM 010 DEGCURRENT PLUME INFORMATION AS OF ELEVi / PRESENT LOCATION \\ HIGH DOSE ORGAN 2.14* SIGMA -CHI /Q DOGE RATE (MR/HR) ID MILE DEC GEC TIME WHOLE DODY THYROID DOCE RATE ID Y Z 2RG 1.0 190 8 15:15 9.84E-15 1.36E-12 1.36E-12 TH 100. 44.6 3.79E-05 JULI AN DAY - 19 290 SD 190 8 15:15 1.32E-14 1.84E-12 1 84E-12 TH ?i.5 0.0 5.10E-05 2tG i.6 192 9 15:15 5.66E-15 7.88E-13 7.8BE-13 TH 194. 67.4 2.20F-05 290 2.7 196 9 15:15
2. die-15 2.80E-13 2.80E-13 TH

246, 79.5 7.93E-06 2tG 4.0 200 9
15:15 1.03E-15 1.44E-13 1.44E-13 TH 339. 98.9 4.12E-06 250 5.1 203 9 15:15 7.29E-16 1.01E-13 1.0iE-13 TH 440. 117. 2.92E-06 2WG 6.3 204~ 9 15:15 5.43E-16 7.54E-14 7.54E-14 TH 531. 133. 2.19E-06 230 7.3 205 9 15:15 4.76E-16 6.63E-14 6.63E-14 TH 610 146. 1.95E-06 22S 8.2 204 9 15:15 4.06E-16 5.65E-14 5.65E-14 TH 693. 157. i.68E-06 210 8.9 204 9 15 15 5.37E-16 7.47E-14 7.47E-14 TH 764.
167, 2.25E-06 20G 9.7 203 9
15:15 3.59E-16 4.99E-14 4.99E-14 TH 810. 174. 1.52E-06 'JeC 10.7 202 9 15:15 2.52E-16 3.51E-14 3.51E-14 TH 870. 182. 1.08E-06 ifG 11.9 202 9 15:15 1.80E-16 2.51E-14 2.'51E-14 TH 945. 191. 7.87E-07 19C 13.4 201 9 15:15 1.31E-16 1.83E-14 1.83E-14 TH 1036 202. 5.82E-07 i$G 14.8 201 9 15: 15 1.13E-16 1.57E-14 1.57E-14 TH 1140 215. 5.09E-07 iS'C 16.2 201 9 15:15 9.93E-i? 1.38E-14 1.30E-14 TH 1241 226. 4.52E-07 iVG 17.6 202 9 15:15 8.81E-17 1.22E-14 1.22E-14 TH 1340 237. 4.08E-07. 13C 20,2 203 9 15:15 7.91E-17 1.10E-14 1.10E-14 TH 1437 247. 3.73E-07 (" '9G 21.7 203 9 15:15 5.94E-17 8.26E-15 8.26E-15 TH 1624 266. 2.85E \\
23.2 203 9
15:15 4.96E-17 6.90E-15 6.90E-15 TH 1725 275. 2.43E-07 10G 24.8 203 9 15:15 4.15E-17 5.77E-15 5.77E-15 TH 1831 285. 2.07E-07 9G 26.6 203 9 15:15 3.49E-i? 4.85E-15 4.85E-15 TH 1945 296. 1.78E-07; BG 28.3 203 9 15:15 3.12E-17 4.34E-15 4.34E-15 TH 2064 306. i.63E-07: 7G 30.0 203 9 15 15 2.82E-17 3.92E-15 3.92E-15 TH 2182 316. 1.51E-07; 6G 21.7 202 9 15:15 2.55E-17 3.54E-15 3.54E-15 TH 2299
326, 1.40E-07!
5G 33.3 202 9 15:15 2.31E-17 3.22E-15 3.22E-15 TH 2415 335. 1.31E-07 4G 35.0 202 9 15:15. 2.07E-17 2.88E-15 2.88E-15 TH -2529 344. 1.20E-07: 3G 36.7 201 9 15:15 1.86E-17 2.58E-15 2.58E-15 TH 2644 353. 1.iiE-07 2G 38.4 201 9 15:15 1.66E-17 2.31E-15 2.31E-15 TH 2760 362. i.03E-07; iG 40.1 201 9 15:15 i.49E-17 2.08E-15 2.08E-15 TH 2876 370. 9.63E-0@ R J l
~ ACTUAL INCIDENT TIME: 15 20 FARLEY NUCLEAR PLANT STABILITY CLASS D DATE: 83/01/19 l 3.9 MPH FROM 010 DFGCURRENT PLUME INFORMATION AC Or Etx t) : Q. PRESENT LOCATION CHI /O HIGH DOSE ORGAN 2.14* SIGMA I DOSE R ATE (MR/HR) ID MILE DEG SEC TIPc MHOLE UDDY THYROID DOSE RATE ID Y Z _21E 1.0 190 8 15: 15 2.56E401 1.53E+00 2.56E+0$- WB 103. 43.3 6.83E-07 JULIAN DAY = 19 ISE SD 190 8 15:15 1.22E+02 7.31E+00 1.22E+02 WB 90.8 0.0 3.24E-06 2fE 1.6-192 9 15:15 1.38E+02 8.35E+00 1.38E+02 WB 163. 58.9 3.58E-06 2RC 2.7 196 9 15:15 1.65E+02
1. die +0i 1.65E+02 WB 261.
82.0_ 4.23E-06 2CE 4.0 200 9 15:15 1.30E+02 8.03E+00 1.30E+02 WB 364. 103. _3.26E-06 e 2st 5.1 203 9 15:15 9.87E+0i 6.12E+00 9.87E+0i WB
456, 120.
2.42E-06 2WE 6.3 204 9 15:15 7.80E+0i 4.88E+00 7.80E+0i WB 544. 134. 1.07E-06 2SE 7.3 205 9 15:15 7.62E+01 4.BiE+00 7.62E401 WB 620. 146. 1.78E-06 23E 8.2 204 9 15:15 6.77E+0i 4.32E+00 6.77E+0i WB 693. 157. i.55E-06 27E 8.9 204 9 15 15 9.iiE+0i 5.87E+00 9.iiE+0i WB 738. 164. 2.04E-06 20E 9.7 203 9 15:15 6.40E+0i 4.21E+00 6.48E+0i WB 799. 172. 1.43E-06 29E 10.7 202 9 15.15 4.48E+0i 2.94E+00 4.48E+0i WB 875. 182. 9.77E-07 iSE 11.9 202 9 15:15 3.25E+0i 2.16E+00 3.'25E+0i WB 965. 194. 7.00E-07 14E 13.4 201 9 15 15 2.40E401 1.61E+00 2.40E+0i WB 1070
206, 5.13E-07 '
i$E 14.8 201 9 15:15 2.13E+0i 1 44E+00 2.13E+01 WB 1172 218. 4.55E-07 iSE 16.2 201 9 15:15 1.88E401 1.29E+00 1.88E+0i WB 1272 229. 4.10E-07 15E 17.6 202 9 15:15 1.61E+0i 1.12E+00 i 61E+0i WB 1369 240. 3.74E-07 SE 20.2 203 9 15:15 1.15E+0i 8.13E-01 1.15E+0i WB 1557 259. 3 07E-07 ^5 21.7 203 9 15:15 6.90E+00 4.91E-01 6.90E+00 WB ' 1657 269. 2.60E-07, i 23.2 203 9 15:15 1.53E+00 1.09E+0i 1.09E+0i TH 1764 279. 2.22E-07 10E 24.8 203 9 15:15 3.50E-02 1.50E-01 1.50E-01 TH 1878 289. 1.89E-07, 9E 26.6 203 9 15:15 2.91E-02 1.26E-01 1.26E-01 TH 1997 300. i '. 63E- 0 7 : a GE 28.3 203 9 15:15 2.58E-02 1.13E-01 1.13E-Di TH 2116-310. i.52E-07 7E 30.0 203 9 15:15 2.27E 1.00E-01 1.00E-01 TH 2233 320. 1.41E-07: 6E 31.7 202 9 15:15 1.96E-02 8.72E-02 8.72E-02 TH 2349 330. 1.33E-07i SE 33.3 202 9 15:15 1.68E-02 7.53E-02 7.53E-02 -TH 2463 339. 1.24E-07l 4E 35.0 202 9 15:15 1.35E-02 6.09E-02 6.09E TH 2578 348. i.15E-07' 3E 36.7 201 9 15:15 1.03E-02 4.70E-02 4.70E-02 TH 2694 356. 1.06E-07l 2E 38.4 201 9 15:15 7.23E-03 3.29E-02 3.29E-02 TH 2811 365. 9.90E-08 1E 40.1 201 9 15:15 2.01E-03 9.22E-03 9.22E-03 TH 2928 374. 9.24E-08, ^ -,.wr
ACTUAL INCIDENT TIME. 15.21 FARLEY NUCLEAR PLollT STABILITY CLAGS D DATE: 83/01/19 ELEV: 3.9 MPH FROM 010 DEGPLUME IllFORMATIOtt AC OF 15:15 0U C3/01/19 /T CURRENT ~ ABBREV 3ATED PROJECTIDH (_) DOSE RATE (MR/HR) HICH DOCE ORCAN 2.14*CICMA CHI /Q ID MILE DEG SEC TIME WHOLE DODY THYROID DOSE RATE ID Y Z 29G i.0 190 8 15 15 9.84E-15 1.36E-12 1.36E-12 TH 108. 44.6 3.79E-05 JULIAN DAY - 19 2.SG SD 190 8 15.15 1.32E-14 1.84E-10 1.84E-12 TH 91.5 0.0 5.iDE-05 28G i.6 192 9 15:15 5.66E-15 7.88E-13 7.88E-13 TH 194. 67.4 2.20E-05 290 2.7 196 9 15:15 2.01E-15 2.80E-13 2.80E-13 TH 246. 79.5 7.93E-06 2GG 4.0 200 ? 15:15 1.03E-15 1.44E-13 1.44E-13 TH 339. 98.9 4.12E-06 25C 5.1 203 9 15 15 7.29E-16 1.01E-13
1. die-13 TH 440.
117 2.92E-06 29G 6.3 204 9 15:15 5.43E-16 7.54E-14 7.54E-14 TH 531. 133. 2.19E-06 23G 7.3 205 9 15:15 4.76E-16 6.63E-14 6.63E-14 TH 618. 146. 1.95E-06 2AG 8.2 204 9 15:15 4.06E-16 5.65E-14 5.65E-14 TH 693. 157. i.68E-06 22G D. 9 2 0 ^. 9 15 15 5.37E-16 7.47E-14 7.47E-14 TH 764. 167 2.25E-06 2pG 9.7 203 9 15:15 3.59E-16 4.99E-14 4.99E-14 TH 810. 174. 1.52E-06 3%C 10.7 202 9 15:15 2.52E-16 3.51E-14 3.51E-14 TH 870. 1C2 1.08E-06 ifG 11.9 202 9 15:15 1.00E-16 2.51E-14 2.51E-14 TH 945. 191. 7.87E-07 150 13.4 201 9 15:15 1.31E-16 1.83E-14 1.83E-14 TH 1036 202. 5.82E-07 iBG 14.0 201 9 15:15 1.13E-16 1.57E-14 1.57E-14 TH 1140 215. 5.09E-07 ist 16.2 201 9 15:15 9.93E-17 1.38E-14 1.3BE-14 TH 1241 226. 4.52E-07 19G 17.6 202 9 15:15 8.81E-17 1.22E-14 1.22E-14 TH 1340 237. 4.08E-07 130 20.2 203 9 15:15 7.91E-17 1.10E-11 1.10E-14 TH 1437 247. 3.73E-07 (~12G 21.7 203 9 15:15 5.94E-17 8.26E-15 8.26E-15 TH 1624 266. 2.85E-07 (._ ) : 23.2 203 9 15:15 4.96E-17 6.90E-15 6.90E-15 TH 1725 275. 2.43E-07 iuG 24.8 203 9 15:15 4.iSE-17 5.77E-15 5.77E-15 TH 1831 285. 2.07E-07 9C 26.6 203 9 15:15 3.49E-17 4.85E-15 4.85E-15 TH 1945 296. i.78E-07 BG 28.3 203 9 15:15 3.12E-17 4.34E-15 4.34E-15 TH 2064 306. 1.63E-07 7C 30.0 203 9 15:15 2.82E-17 3.92E-15 3.92E-15 TH 2182 316. i.51E-07 6G 31.7 202 9 15:15 2.55E-17 3.54E-15 3.54E-15 TH 2299 326. 1.40E-07 50 33.3 202 9 15:15 2.31E-17 3.22E-15 3.22E-15 TH 2415 335. 1.31E-07 AG 35.0 202 9 15:15 2.07E-17 2.88E-15 2.88E-15 TH 2529 344. i 20E-07 3C 36.7 201 9 15 15 1.86E-17 2.58E-15 2.58E-15 TH 2644 353. 1.iiE-07 2G 38.4 201 9 15:15 1.66E-17 2.31E-15 2.31E-15 TH 2760 362. 1.03E-07 iG 40.1 201 9 15:15 1.49E-17 2.08E-15 2.08E-15 TH 2876 370. 9.63E-08 iG 50.0 198 9 17:50 1.08E-17 1.50E-15 1.50E-15 TH 3549 0.0 6.94E-08 I I
ACTUAL INCIDENT TIME: 15:21 FARLEY NUCLEAR PLANT STABILITY CLAGS D DATEi 83/01/19 DEG 3.9 MPH FROM 010 CURRENT PLUME INFORMATION AS Or 15 15 V: ADDREVI ATED PROJECTION CHI /O HICH DOSE ORGAN 2.iitSIGMA DOSE RATE (MR/HR) ID MILE DEC CCC TIME WHOLE 00DY THYROID DOSE RA1E ID Y Z 39E 1.0 i?O D 15:35 2.56E+0i 1.53E+00 2.56E+0i Wit 108. 43.3
6. die-07 JULIAN DAY -
19 2SE SB 190 C 15:15 1.22E402 7.31E400 1.22E+02 WD 90.0 0.0 3.24E-06 2SE 1.6 192 9 15:15 1.38E+02 8.35E+00 1.38E+02 WD 163. 58.9 3.5DE-06 29C 2.7 196 9 15:15 1.65E402 1.0iE+0i 1.65E402 WB 261. 82.0 4.23E-06 2CE 4.0 200 9 15:$5 1.30E+02 8.03E+00 1.30E+02 WB 364. 103. 3.26E-06 2fE 5.1 203 9 15 15 9.C7E401 6.12E+00 9.87E+0i WB 456. 120. 2.42E-06 29E 6.3 204 9 15:15 7.80E+0$ 4.88E+00 7.00E+0$ WB 544. 134. 1.87E-06 23E 7.3 205 9 15:15 7.62E+0i 4.81E+00 7.62E+0i WB 620. 146. 1.7DE-06 23E D.2 204 ? 15.15 6.77E+0$ 4.32E+00 6.77E+0i WB 693. 157 1.55E-06 22E 8.9 201 9 15:15 9.iiE+01 5.87E400 9.11E+0i WB 738. 164. 2.04E-06 2DE 9.7 203 7 15215 6.48E+0$ 4.2iE+00 6.4BE+0i WB 799. 172. 1.43E-06 29E 10.7 202 9 15 15 4 1CE<Di 2.94E+00 1.,4CE+0i WB C75. 102. 9.77E-07 ifE 11.9 202 9 15:15 3.25E40$ 2.16E+00 3.25E+0i WD 965. 194. 7.00E-07 iVE 13.4 201 9 15:15 2.10E101 1.61E400 2.40E+0i WB 1070 206. 5.13E-07 i$E 14.0 201 9
15. $ 5 2. $ 2.' + 0 i 1.44E+00 2.13E+0$
WB 1172
218, 4.55E-07 ifE 16.2 201 9
15 15 1.E'CC+0i 1.29E+00 1.80E+0i WD 1272 229 4.10E-07 iME 17.6 202 9 15:15 1.61E+03 1.12E+00 1.61E+0i WB 1369 240. 3.74E-07 9 $5.15 1.15E401 0.13E-01 1.15E401 WD 1557 259. 3.07E-07 'fE 21.7 203 9 15:15 6.90E+00 4.91E-01 6.90E+00 WD 1657
269, 2.60E-07
[_13E 20.2 203 / 2 23.2 203 9 15:15 1 53E400 1.09E+0i 1.09E+0i TH 1764 279. 2.22E-07 10E 24.8 203 9 15:15 3.50E-02 1.50E-01 1.50E-01 TH 1878 2B9. 1.89E-07 9E 26.6 203 9 15:15 2.91E-02 1.26E-01 1.26E-01 TH 1997 300. i.63E-07 BE 28.3 203 9 15 15 2.5DE-02 1.13E-01 1.13E-01 TH 2116 310. 1.52F-07 7E 30.0 203 9 15:15 2.27E-02 1.00E-01 1.00E-01 TH 2233
320, 1.41E-07:
6E 31.7 202 9 15215 1.96E-02 8.72E-02 8.72E-0? TH 2349 330. 1.33E-07 5E 33.3 202 9 15:15 1.6CE-02 7.53E-02 7.53E-02 TH 2463 339. i.24E-07 4E 35.0 202 9 15:15 1.35E-02 6.09E-02 6.09E-02 TH 2578 348. 1.15E-07 3E 36.7 201 9 15:15 1.03E-02 4.70E-02 4.70E-02 TH 2694 356. 1.06E-07' 2E 38.4 201 9 15:$5 7.23E-03 3.29E-02 3.29E-02 TH 2811 365. 9.90E 1E 40.1 201 9 15:15 2.01E-03 9.22E-03 9.22E-03 TH 2920 374. 9.24E-08 iE 50.0 198 9 17:50 1.46E-03 6.70E-03 6.70E-03 TH 3601 0.0 6.?iE-08 s =,, L)- e
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g
%g N gw --yy ' ~, 10 d ACTUAL INCIDENT FARLEY. NUCLEAR PLANT.
l' DATE: 83/01/14
-DAY- . TIME: 15:23 3.9 MPH FROM 010 DEG,. CLASS ~D l ELEV: l DATE: 83/01/14.-PLUME-TIME: 15:15, -I
i
'Y
i 4
RDADS ' AND RAILROADS. .i ' TOGGLE -STATUS l'
i. FEDERAL ROADS
'ON- -i 6
2. STATE ROADS.-
.ON -3. COUNTY ROADS ON: lE 4.. RAILROADS-ON,, i
5. ALL DN-6..ALL:0FF l
i '7.. EXIT .t ENTER CHOICE: i J .g . g[ a u t I 4 j . =
i7 F AsLED f=0 6L W PLawr VEur stack Acmvrr'l ELas? SED TIME - 7.5 MINUTES 06 Q.7pf f P y g G 6 A C.rly )T y ( c e N C. FAILED FUEL i.4100L-Relene Rate - g S t a c i: flow - 78000 CFM 150TDPE uC1/M; iry P'JS
r Py T unc X 2.0 J f ], -
MR-85 9.766$t-Do r V G P-85ri 4.1303E-04 I KR-87 7.69r.0E-04 1.iSi2E-03 KR-88 8 3517E-067 I-131 0 i X# $ '. l 5 15 mcn AV G b-1 k6 1-134 1.6714E-05 1.-135 1.4997E-05s xE-133 '2.8771E-03 XE-135 6.0163E-04 9 9? IRE-03 TOTAL NUBLE GAS TOTAL UC1/nL= S.80Y5t-03 RE-14 CPM = 5.2238E 05 ELASPSED TIME - 15.0 MINUTES 3.7900E-06 Release Rate - Stack tlow - 78000 CFM 1SOTOPE uCi/nl in PVS nR-85 2.6251E-05 /.R - 8 5 h 1.0886E-03 KR-87 1.9304E-03 hR-88 3.0003E-03 2. 2439E-0 5}' 'xio % '. \\ f' g sT ANTA w gov S 1-131 k:bbk-Os f~f3b I-134 4.0707E-05 1-135 3.9795E-05, XE-133 7.7462E-03 XE-135 1.6380E-03 TOTAL NODLE GAS 1.5430E-02 TOTAL uC1/nL= 1.5606E-02 RE-14 CPM = 1.7617E 06 ELASPSED TINE - 22.5 MINUTES (T Release Rate - 4.7000E-06 i'y/ Stack flow - 78000 CFM ISOT OF E uCi/M1 in PVS KR-85 3.2554E-05 KR-85M 1.3236E-03 KR-87 2.2357E-03 KR-88 3.6076E-03c 1-131 2 7814F- "N W~' b'30 I5 M %Id fl 4.5740h0S 5. 8 I-134 e 1-135 4.8718E-05) XE-133 9.6217E-03 XE-135 2.0563E-03 TOTAL NOBLE GAS __ _ 1.BS78E-n' TOTAL UC1/nL= 1.9089E-02 RE-14 CFM= 2.2919E 06 ELASPSED TIME - 30.0 MINUTES 5 4500E-06 helease Rate - Stack flow - 78000 CFM ISD{ OPE UC1/nl in PVS 1: H-os 3.7746E-05 KR-65M 1.504BE-03 -E KR-87 2.42iiE-03 2 ib
h bbk~hh' I-133 6.1884E-05' T 30 g N 5 T R h1 T 8 M E o V 3 I-132 3.9681E-05, x to 1-133 4.8057E-05 A-13S 5.5768E-05, XE-133 1.1175E-02 XE-135 0.412eE-03 T 01% NOLKE GAS 2.1608E-02 it+6L uG1.'ru=
2.1645E-02 i RE-14 CPnr 2.7394E 46 ELASPSES TINE - 37.5miduTES d.220GE.to hslease Rate - utacv flow - 73000 CF, 150~0PC uL1, al in P V:s K T. - ES M - 1.683?i-93 9
' C g g o$ iN 8V0 h o -8.5 4.3032E-J5 FP-0?
2.58055-03
v. o - 3:5
<. cDBM -as e ~? n-gz (,
K R -8 9' "4 '.' 4 866f-10. ~ o 7. )- a # w r rum-I-i31 3 677 /J-A r:.ijyta'i hh )5 MtM AYg A.u .,. s o. s t. o 1-133 7.0337E-05 I-134 4.9695E-05 6.$/74E-QQs ~Q32E-1-135_ 1. uu XE-iTe XE-136. 2.7345E-03 AL WOBLE gab P 4%5F-+M - -/ ~IGTAL tin, .u a c. oim -oc l, 3.2134E 06 s/ RE-14 CPM = ELAGPSED TIME - 45.0 MINUTES 6.8500E-06 Release Rate 000 CFM Stack flow - 78 150 TOPE UCi/n1 in PVS KR-85 4.7445E-05 KR-85M
i.8182E-03 KR-87 2.6542E-03 KR-88.
4.793-1E-03, 1-131 4.0483E-05 [ \\ H 5-t N sT A NTan acos h, 4$hh N 'D" $3h 1-134 4.9588E-05 I-135 6.8310E-05i XE-133 1.4090E-02 XE-135 3.0996E-03 TOTAL NOBLE GAS 2.6503E-02 TO TAL UCi/dL= 2.670SE-02 RE-14 CPM = 3.5995E OS ELASPSED TIME - 52.5 MINUTES Release Rate -' 7.4800E-06 Stack flow - 78000 CFM ISOTOPE uCi/n1 in PVS KR-85 5.1809E-05 KR-85M 1.9466E-03 / KR-37 2.7067E-03 QL g 6 ha iN [h/ 0 KR-88 5.0748E-03 1-131 4.4187E-051 Z ,au .au,au asF %k-I 1-133 0.3890E-05 1-134 4.9062E-uS 1-135 7.3637E-05s ) XE-133
1. 5410 E-- 0 2 XE-135 3.4196E-03
'iuTAL NCULE GAS 2.8610E-0> TOTAL u c.,... _.o,uic-ve RE-14 CPh= 3.9913E 06 ELASPSED TIME - 60.0 MINUTES Release Rate - 8.0100E-06 r Stack flow - 78000 CFM ISOTOPE uCi/n1 in PVS ha-05 5.5480E-05 hE-85h 2.0438E-03 KR-3'1 2.7069E-03 KR-86 5.2693E-03 q.o0 g to 3T3 fMW M3 1-131 4.7296E-059 .4 I-132 5 bi60t-OSL Yto = 1-133 8.9464E-05 1-1} 4.7604h-05 1-lab 7.7844t-05. XE-133 1.652BE-02 XE-135 3.6980E-03 TOTAL 140BLE GAS 3.0302E-02 TOTAL uC1/nL= 3.0614E-02 RE-14 CPh= 4.3147E 06 ELAS? SED TIME - 67.5 MINUTES Rslease Rate - 0.5300E-06 Stack flow - 78000 CFn '150 TOPE UC1/n1 in PVS 12-35 5.90G1E-05 rE-85n 2.1340L-Oo KR-07 2.6922E-03 .g 1 -1 ::; t
0 344E-03 ")
g{ gMstd A V G-L 'c 68 5.4409E-ud 8 't. r,cG 0 c-0 : ( x, i e 1 -e: 2 .s .-100 1-133 4.3932E-96 s _-lab 8.163bE-01, iE-133 i.76282.-u. f.t. - 133
3. 9 75 2 E-0 3 7 L1 A; 6%_
i.JJ. ? 1 C?>i-ti> ~ [ IE6 R ~4. .w a ~G 9% ti L- ;. 4 CPnr 4 o33er_ un-75.S7I{JI4 ELA 3P 65 U, I [flE - 3
\\
),
f~ 4 ueWU \\~ n v %,. '.) ELA5PSED, TIME - 75.0 gig ((-06 Pelease Ma*$ _8000 CFo t flow 7UCi/hl 10 P W. Stack ISOTOPE hu-Ga 6, ' 2 0 5 9 E-- 0 5 197aE-us nP-85M ?,'6410E-03 ^ 3 h,., g g <3 pap 5T8 N fO d l 1-th 5'2036E-os xio 4W a , x-- 1-14% 9',9253E-054 371eE-05, 1-100 1-134 3, 48 6 0 E- 0)~y 1-133 95asg- 0. t /E-13,8 4,21321.-03 XL-10J 3 3201E U2 10TAL NOBLE gab 3,3533E-02 TOTAL uC /ML=_ 4,ga70E V6 RE-14 CPM-P>'- 5hINUTES ELASPSED TIME - gelease Rate ;9000 CFn'3900E-Ou p .,t ac k tlow - 'u C 1/ n1 in PVS ISOTOPE Kk-85 6,3 ' 4 214 E- 0 5 297E-03 KP,-85M 8 $'52iE-03 KR-8' s5597E-03.
n. 3g l6 M W g gl 6
!j-6$ 5.4669E-05 ], j I' 8" {',022$E-04 I Ae l-143 4,0985E-OS 1-134 8.6682E-05. 1-135 1.92iBE-02 XE-133 4 971E-03 10TAL NOBLE g5 XE-3.402if-02 3 3,u m -od TOTAL G i e ' 'n - 5.0527E 06 RE-14 CP EtASPSED TIME - 90.0h1 h-06 ReleaseRateh9000CFh' Stack fl0W - uC1/M1 in PVS ISOTOPE 539E-05 3 Kg-d5 6,. 6.2 653E- 0 3 g- / KR-85n '; -"*4o97E-03 hR-8/ '5860E-03 I g g pg gy7 A O M 3 !; R~j0 5.17425-d() 2.6623E-O' ,g g 1 > X'8 Ot ' 3 o 1 - 13 :> ,1. 0 55 4 t- 0 4 ' ~) 1-1a4 8480E-uS 1-134 [3' '. 8 67 0 E- 0 5. 1-135 1 9944E-02 X E.- 133 4.593eE-03 At-135 4926E-02 10TAL noble,GA9 3'.5267E-02 3 TOTAL uC1/ ML - 5.2375E 06 RE-14 CPM-ELASPSED TIhE - 973fIhk-05 Pelease Rate h9000 CFh flow - '3Ci/M1 in PV3 is t a c k Ip010PE h r' - a b
6. 9,070E-05 055E-Od rR-85h
'; $942E-03 Kx-6? e 6222E-03' Mj 5'8750E-15 C;Q )6 M M6 A +c {',6hE55-04 Yl* 5 1--103 3~6192E-US 1-134 9'0862E-05 1-135 0734E-04 o .X E - 13.-2 4.8061E-03 %-13:e 3 5931E-0a ' tiat h 0 %. t-GA' .._,._w-10 T cil 'E !N 5 _4 4 5 3 E 0 6 R E. - 1 4 LPM-LtA3.:52D Inc- - D3 " O n l N t.).T r.. b Kelea".,e,: ate ; m 0 "F5'0.;00E-uS ~ i 1 't3C?_E 0" , E 1/,31 in P '. b- . ' [i \\ MOI.'F ; 7.11212-05 e7oE-ud N U g g TA N 60 V g A r 9.3 O 'j'$" 3;502E-63 9846 i ',:,, c 13 3 t. ')Q.406E-03) 3 N ' -h [ 1 - [ 9.!. ( 1 120 Q E.- U ',. /
2'11suc-o 1
iso. .1 - 1 J > T - 174 4
f ' [3 6E- 0 5
-f
" 0 "~
XE-133 2.1301E-02 1% (- 4 s ' O M b 1.dd6dt-05 i t,a s TE-135 4. 9 8o 0 E- 0 3 lOTAL NOBLE GAS 3.6682E-UU TOTAL uC1/nL= 3.7031E-02 itE-14 CFn= $.o024E 06 ELASFSED TINE - 112.5 MINUTES S nelease
9. ate -
1.0600E-05 e E. tack flow - 79000 CFM (~/ 1501LPE uC1/n1 in PVU KR-05 7.2489E-05 KR-85M 2.32o0E-03 K ;> -8 7 2.1916E-03 1-131 n.it,032-05 1 ,ni n gg H gN A\\l fr KR-09 5.5474E-03 .i [ U U 2 i _, c .,. v. s v i. vs 1-133 t.1357E-04 ' Yio 1-134 3.1163E-US 1-135 9.2933E-05, XE-133 2.1624E-02 XE-135 5.1184E-03 TOTAL NDEtLE GAS 3.706pE-02 TOTAL tr a,.. - . /, s u._ o RE-14 CPh= 5.6859E 06 ELASPSED TINE - 120.0hINUTES Release Rate - 1.0900E-OS Stack ilou - 79000 CFn ISOTOPE oC1/nl in PVS KH-05 7.4540E-05 KP-85n 2.3451E-03 KR-87 2.1047E-03 . 3NN-g9STatWTANNOO \\00O. I-132 4.9853E-05 y so 1-133 1.1630E-04 I-134 2.9054E-05 1-135 9.4339E-05. AE-133 2.2475E-02 XE-135 5.2993E-03 I O1 AL NOPLE GAS 3.7829E-Ua 40TAL oC1/cL= 3.8182E-02 ) RE-14 CFM= 5.8447E V6 j ~4 ELASPSED TIME - 127.5 MINUTES Release Rate - 1.1100E-05 Stack flow - 79000 CFM ISOT OP E uC1/n1 in FVS hs-85 7.5908E-05 KR-85h 2.3415E-03 KR-67 2.0016E-03 KR-80 5.4614E-03 1-131 o.4451E-051 &hff I g pp M (s 1 - 1 s c. ,. u u u.- - a., b .t-133 1.1795E-04 X18 1-134 2.6803E-US 1-133
9. 4839E-O L AE-133 2.2920E-Da' XE-135 5.4317E-03 T 8232E-02 TOTAL NOBL CAS u.v.svac-um YOTAL
(, s., o ..u-R E -i-1 CPn= 5.9304E 06 ELA3PSED TINE - 135.OnINUTE3 1.1200E-05 Release Rate 9000 CFn aracs t' low - 7 IS010PE uCi/ni in PVS g K i< - 35 7.65'?2E-05 KR-Msd 2.3165E-03 KR-d/ 1.UG62E-03 i.P-88 5.3432E-03' i--131 6.5003E-05 I-132 4.750eE-Ob g i-133 i.1852E-0, *xfo 1--133 9.4468E-03. LO . ) b-i bJ 5 gi gypNfcOS 1-134 2.4506E-ui J L - 13 ~, 2.S160E-ut ' 9 t 33 'a. 51. 4 6 E-J ~ ~ ,.,. 3.3 C'7 E - U d <f. r Ui.:. G AS r -L U L L r" L 2 3.3o47E-02 k-l.. CPn= 5.'435E do LLAE ?. E D T E ~' E - 142.3nINUTES r e1&&ne ate - 1.1400E-U')
ick t' 1 0 w
~9000 EFn sb i M E U L 1,' f1 L in P 'Ib a ,d 6.5
7 '35 9 E - 0 5
- -., c ; _ ;,
'^71'400E-05 1 7.. lRolease-Path 7' 1 . Stack flow - 79000 CFn -IS010PE -uCi/n1 in PVC 1;H-85 7;7959E-05 KB-6EM-2.3118E 03' 03 1./900c- -KP.-de MR-88 5 2734E-U3 N 14 L' 4.obo6L-ub'fg I h *, j-g l6 Miu gq 6 6 613aE-ns' g[. 1-934 I-loo 1.2014E-04 L ( '"' J
1-134 2.2603E-05 I-135 9.4923E-03.
133 2.3607E-Od Xs 135 5.6466E-03 Xt- ' P"14 5 - W" 'OTAL NOBLE GAA - T O T AL uC1/nL= 3.YD60E-02 3 nRE-14 CPo= 6.03iBE 06 l ELASPSED TIME - 150.0nIr10TES Release Rate - -1.1500E-05 "i .Etack flow - 79000 CFM ikk 8 7$hk3kh0 f KK-65n 2.2865E-03 'KA-67 1.6892E-03 r:R-68 3.1580E-06 IEOO3~ I-131 6.6684E-05l.
3. N S T AN N' I-1 -Q 4.5238E-US) t Xf" l0 ' 10 J.-13a 1.2069E-04
'I-134 2.0659E-05 1-135 9.4529E-05L X -133 2.384BE-0d XE-135 5.7283E-03' JTAL (40BLE GAS 3.8788E-02 -TOTAL uCi/hL= 3.9136E-02 RE-14 CPM = 6.04BiE 06 .t l ,n I } l 4 ~! q LI 'a q 'l u i ,n, ~ 1 )
W C se?. Hnuo ea sc. DivioE /JLt \\MLup_s NI$!N!E'9000CFM*57 SEI'd H-03 NOTE: 1 ~ ($ \\[ (( blagu flow - 7 e lbOaOPL uC1/nl in PV5 i I* V.W-05 5.4571E-03 KR-SSM 1.5556E-01 KR-87 1.0947E-01 3.4704E-ui KR-Q8 n 16 pie-03 7 1-131 I-A 33 1.4719E-02 s y go 8 //l+D{ I g g ga gy G 1-1aa 2.aa,,w I-134 2.2922E-03 I U 7 1-165 1.1427E-02 s XE-133 1.7144E 00 XE-135 4. 97 01'E- 01 TOTAL NOBLE r:AS ? _ PoG nF no c.o,uft uo TOTAL uC1/nu a RE-14 CPN= 5.8579E 09 ELASPSED TIME - 165.0 MINUTE 5 6.7600E-05 Release Rate 9000 CFM flow - 7 Stack ISOTOPE uCi/n1 in PVS KR-GS 1.3868E-02 KR-85M 3.8762E-01 KR-87 2.5981E-01 tMST6MTAM60VI KR-88 8.5516E-Oi l D ** 14 6
2. 0734E-02] y poa 1-131 1.3056E-02 1-132 1-133 3.7251E-02 I-134 5.2782E-03 I-135 2.8669E-02, XE-133 4.3694E 00 XE-135 1.2772E 00 TOTAL NOBLE GAS 7.1631E 00 TOTAL uCi/ML=
7.2630E 00 RE-14 CPM = 3.2977E 10 g-- (,/ ELASPSED TIME - 172.5 MINUTES 1.0200E-04 Release Rate 9000 CFM Stack flow - 7 ISOTOPE UCi/nl in PVS KR-85 2.0926E-02 hR-85M 5.7344E-01 KR-87 3.6612E-01 KR-88 1.2511E 00 1-131 3 iP70E-0?l_ 5.Sh$'6E UN bX/O' A 1-134 7.2161E-03 / / '. O () 15 64 &J /4V6 I-I$$ 1-135 4.2703E-02, XE-133 6.6115E 00 XE-135 1.9477E 00 i 0771E O L_ lOTAL r40Itt. E G AS 1.uve/E 01 TOTAL v'CD nt= 7.2347E 10 HE-14 CPM = ELASPSED TIME - 100.0 MINUTES 1.2600E-04 Release Rate - Stack flow - 79000 CFh uCi/n1 i PVS 2.5850E-Oh 15010P E KR-05 i I KR-85M 6.9453E-01 hR-07 4.2237E-01 1.4985E 00 KR-88 3.8611E-02,1 ~3 tu STA 97 BME003 1-131 1-132 2.256BE-02f xso $ _ $,. 0 o i-133 c.8862E-02 I-134 8.0767E-06 1-135 5 2075E-02
E-133 S.i?01E 00 A.E-135
'2.43056 00 ['N r.OI'tE G 6b 1.3262E 01 l' ' Ai,9L 3i o C 1/ r:L= 1.3452E 01 \\,4/ ML-14 CPn= 1.0Soac.61 ELAS? SED T!nE - 157. 5nIr4UTES neiease Rate - 1. 4"J 0 0 E - b 4 -Tacs flow - '9000 CFn ILDi'CPE uC1/ni in PV3 60-95 j.9}37E-02 nn n5n ,,,uC4c-0. bF*E7 4.47c8 01
5 1.6491E 00-C F R 931 4 3801.E-OS" 2-1 -3 i ;.:,c c.*ooot o y,3 1/ - C hY0 1-133 7.7831E-02 I-134 9.3054E-03 [I - [J l5 u es 1-13? 5. 6344E-0 2.s AE-233 9.3209E Ou XE-135 2.7854E 00 O _ NOLLE GAS
1. 5 0 0 c,E Ot 1
3 .. a c 2 a re:. oA- / ~ AL.;C1.. - h ON ** y) l\\/ Qf. A LL. ' RE-i4 LPh: 1.38c4E 11 ELAGF$ED TINE - 175.OnINUTES 1 5400E-09 Release Rate - LUf (3Y { P u' rd 1 PVS KR-85 3.1594E-02 1604E-01 4' P - O b' d 8 5025E-01 4. hR-0/ 1.7219E Ott KP.-88 4.7149E-02,, O3 f-b:kh h '* \\ j'. I f IM ST64T8MEO 1-131 8.1042E-03 I-134 1-135 6.2027E-0'D XE-133 1.0066E U XE-135 3.0276E 00 TOlet NOD (E GAS 1.6113E U1 TUTAL uL1/nL= 1.6339E 01 RE-14 CPn= 1.5964E 11 ELASPSED TIME - 202.5dINUTES 1.6200E-04 Release Rate - Stack flow - 79000 CFM 1SOTOPE uCi/nl in PVS AR-85 3.3235E-02 KR-85M 8.4166E-01 KR-87 4.4234E-01 KR-68 1.7564E 00 1-131 4.9576E-027 b XIO A "' I2IN b f$4tk-0$ O) i:1!i Edin:#L //! 3 0 55 XE-133 1.0617E 01 XE-135 3.2134E 00
i. pow ut TOTAL NOBLE Gas 1.71avt 01 I O f f-L (
..u-RE-14 CPh= 1.7556E 11 ELASPSED TINE - 210.0nINUTES 1.6700E-04 Release Rate 000 CFM flow - 79 Stack ISOTOPE uti/nl in PVS KR-65 3.4261E-02 t'. R -85 h 8.5069E-01 KR-87 4.2586E-01 1.7556E 00 KR-88 5.1083E-02 I-131 '30 5 S ~ ION T 1 -.1h h, 49E-03 J* #" ~ 6-21 I -1 34 7 5551E-02.' 6. 1-1 5 AI-133 1.0975E Ui XE-125 3,3400E 00 400LE GAS 1.7382C 01 101AYAL uC1/nL= 1.762iE Di iO RE-19 CPn= 1.8554E 11 g ELASPSED TIME - 217.5n1NUTES 1.7000E-04 Release Rate - S t ac t; flow - 79000 CFM 15010F E uC1/nl in PVS te. 0 -6 5 3.4G76E-02 f,R-8sd 8.4905E-01 KR-37 4.04862-01 1.7328E:; $97re- @00 6R-58 2 gi
c. h u.
va, ,3 g f. I-153 9.1012E-02 'N M c.6546E-US M! !5He A06 . 20c 1-131 o.5674L-04 1-lab 1.1202E 01 A c-l}a[o J. 4 25 3c_ 00 44-1 a 7 C. y:
,(5 r
.W., 5 i, %Q
t i ul e J I/-L
..,u ~ RE-ia CPn= 1.9129E 11 use .n F A59 5EI; T INC - 223. 0 :-Ia. d'E,5
tunovbuv I Arte - um Releaso Rate - i.7100E-04 btacx flow - 79000 CFn ISOTOPE uCi/ni in PVS KR-85 3.5081E-02 E B.3736E 01 01 r;e-85n o.80oet-s o/ g g S 'T AM ~T~ON EO U 3 J.R-CD 1.6900E 04 [I $b , p o" } $. Yg IL l 1-133 9.il70E-Je o.0650E-03 1-134 1-135 6.54136-02.) /.E-135 1.1318E 01 3.4/ doe Ou .it-loa 1GTAL NOBLi GAS 1.771oE U1 1.7955E 01 Ncff'E ' D W \\D E ALL TOTAL OCi/ht= 1.92o3E 11 RE-ia CPn= \\fAwe.s 81 2___* ELASPSED TIME - 232.ShINUTES 1.7200E-04 Releasg Rate 79000 CFn Stack tiow - ISOTOPE uC1/n1 in PVS KR-85 3.52G6E-02 hR-65n 8.2581E-01 KR-67 3.5727E-01 Kh-88 1.6483E 00 9 254?F-02 g!
e. coo 4t-udD" 1 m
A-loe 1-133 9.1326E-02 n'M3 t:nHi 8F /dl00 is e MG 5.5275E-03 I-134 XE-135 3.5219E 00 1 77ME OL TOTAL NOBL.E GAS 1.00c0c ut TOTAL uLient= RE-14 CPn= 1.9402E 11 ELASPSED TIME - 240.0 MINUTES 1.7100E-04 Release Rate - Stack flow - 79000 CFM 1501GPE uC1/n1 in PVS Ka-OS 3.5081E-02 (~' KR-85M 8.0497E-01 KR-87 3.3172E-01 LP-88 1.5889E 00 s 1-131 5.22132-02] 3 NSMMbN 12.0 0 f _. h ', O ~ 9792E-Od 1-134 4 3747E-04 1-135 6. XE-133 1.1357E 01 XE-135 3.5263E 00 7644E 01 10T4 NOBLE C,AS 1 7878E 01 TOiAL uC1/ht= 1. RE-14 CPh= 1.9097E 11 ELASPSED TIME - 247.5dINUTES 1.7000E-04 Release Rate - Stack flow - 79000 CFM 150TOSE uC1/n1 in PVS LR-85 3.4876E-02 KR-35n 7.8463E-01 KP-07 3.079BE-01 r,R-88 1.5316E 00 1 - 1 J.1 5 1884E-Of -3 c. o i t t -v e r X# ppfGr-4-Aoc 1-133 3.9522E-02 f 1 I-134 4.4851E-03 / ./ I$ F4l b3 1-135 d. 2563E- 0 2. XE-133 $ 1320E 01 XE-135 3.5295E 00 7014L N0btE r, A 5 1.750GE nt_ hb-fE^CYN I'.bbd$I iI t AGPSED Tire - 255.0nINUTES 1.6900E-u-1 Re:1 ease Este 9000 CFM
s iLow - 7
) Ltack (C4 i 1201DPE uCi/mi in PVS AP-05 3.407tE-02 wh-EEn 7.c47bE-01 ?-67 .1. 65?4 E- 01 12.'.i5 ) N 5 TAMTAMOM l.47C3E "O., 4 L P - M. A 88 8.96k95-iZ .a - i. _, 1.34 4.0399L v3 1 -il ag? -'d,L
o.taroc-uc 'G39 A-Aas 1382E U1 XE-133 1 5314E 00 cos r na> r oos 3. XE-135 1.7375E 01 ! 7 15 TOTAL HQI'LE GA5 1.7602E 01 TOTAL oCi/hl= 1.8513E 11 RE-14 CPM = ELASPSED TINE - 262.5dINUTES NO p{ *- Qgy Ig g-Q- L(_ 1.6700E-04 Release Rate - ^)s btack flow - 79000 CFn / H( 150TGFE uC1/nl in PVs KR-85 3.42tGE-02 VALu s 84 2 KH-85ti 7.4096E-01 KR-d7 2.6338E-01 1.4145E 00 KR-88 5.0923E-021 _3 1-131. A. 3, cm a - u... wto gy q 15 F414 1-136 B.7220E-02 '3.6171E-Od (() l ($ ([) 1-130 1-134 1-135 5.9894E-02J XE-133 1.ii77E U1 XE-135 3.SiiiE 00 1 714' "L TOTAL NOBLE GAS A./aodt 01 TOTAL OLA/nta 1.8016E 11 RE-14 CPn= ELASP5ED TINE - 270.0nINUTES 1.6500E-04 Release Rete 9000 CFM t' l o w - 7 Stack 150 TOPE uCi/n1 in PVS KR-85 3.3850E-02 KR-85M 7.1779E-01 KR-87 2.4349E-01 y p yyAwif\\b3 600b 1.3551E 00 KR-QS 5.0290E-02" ~3 1-101 1-132 1.8803E-02, y,o l 1,. 3 6 l-133 8.5820E 1-134 3.2381E-03 1-135 5. 8 419 E- 0 2, XE-133 1.1071E 01 XE-135 3.4894E 00 1.6911E 01 TOIAL NOBLE GAS 1.7127E 01 iGfAL uC1/nL= /% RE-14 CPh= 1.7532E 11 ELASPSED TIME - 277.5 MINUTES 1.6300E-04 Release Rate - btack flow - 79000 CFM uC1/mi in PVS 15010PE 3.3440E-02 hk-US .<R-85M 6.9524E-01 KR-87 2.2464E-01 KR-88 1.2980E 00 1-t31 4 9 M 9 r- 0 2_ _3 I-lod 1./uuut-ud .gfo M b Ig M, d3 1-133 8.4431E-02 / () ~' h/(( I-134 2,8984E-03 1-135 5.6971E-02, XE-133 1.0964E U1 XE-135 3.4664E 00 TOT AL (40BLE CAS i.6602E M 1.aoyst ul I'OTAL h,n-RL-14 CPn= 1.7060E 11 ELASPSED TIME - 235.0 MINUTES 1.0100E-04 i'elease Ra te 9000 CFn flow - 7 btach ISOTOPE uC1/n1 in PV5 E nk-85 3.30292-02 h.Ibh b.'.Ohbhi ) AJ S 'I~A N5-A N 6 ~ i 1 2431E UO 1.R-88 4.9027E-02*l ,3 I-232 1.7015E-02I )( /0 / 2
A/ 6 1-131 i
i 1-133 6.3052E-02 1-134 2.5939E-06 1 . - 13 3, 5.5551~- 0 2, I 1 0857L 01 1 4426E ud 1.t - i s a rL N33LE GAS 2.o456E 61 3. XE-135 1.6663E 01 O~~t uC1/nL= FE-14 CPn= 1.659EE 11 ele $POED T I1E - 29 2. 3nD,uTES 1.55ubE-un 16 M '^> M K i-lea s e h t e - '3 e va, i3 00 Yi$nell " ~ E!3" t w 6 qe-a: ps.) ew 5h o 219 -. E - h3 a-ma,
M:~67 1.9112E-01 W-c. .m KR-6B 1.1904E 00 j.-131 4.8397F-n:i] 4 F13e
1. c. o c t-o.: o si to 0.1632{-02 I~E-133 Uhk%
l3: 00 is urn ms 1-133 tM X 1.074BC 01 [s) X fi-135 3.4164E 00 b'/AL r40!!LE G45 1.6231E Hi RE-14 CPh= 1.6147E 11 o r s_. D I V I D E Al L
1. 0 4 a m.
al f0TA-_ utie in - ELASPSED TINE - 300.0nIr4UTES W \\lA LU E5 G Y 2. 1.5700E-04 ^ Release Rate - Stack yllow - 79000 CFM UC in P Vb, '3,2g/mlu09E-02 KdgQPt IEG 5 KR-85M 6.3116t-01 KR-87. 1.7624E-0t KR-08 1.1397E ou 4.7766E-02') V so / gj 5 7-gyTA/Uto U S l-131 1.538DE-02L l 3,. O O 1-132 1-133 8.0323E-02 0766E-03 1-134 2 2790E-02, 5. 1-135-XE-133 1.0639E 01 XE-135 3.3896E 00 TOTAL NOBLE GAS 1.6008E 01 TOTAL UC1/hl= 1.6206E 01 RE-14 CPh= 1.5707E 11 ELASPSED TIME - 307.5 MINUTES Release Rate - 1.5500E-04 Stack flow - 79000 CFM ISOTOPE UCi/mi in PVS KR-85 3.1798E-02 KR-85h 6.1095E-01 KR-07 1.6250E-01 i,"0910E 004 -t a r. n d KR-DB
-3 14
'i-Lud 1.9bO0t-Ud l )() D ( 1-1a5 5.1452E-02' '/ Ig g f gg A 1)(, 1-133 7,8973E-02 l-134
1. 8576E-- 0 3 r
XE-133 1.0529E U1 s XE-135 3.3616E 00 TOT AL t401:LE GA5 1 97A7E 01 TOTAL utu in -
1. a v 61 c.
ui RE-14 CPM = 1.5276E 11 ELASPSED TIME - 315. OMIT <UTEG 1.5200E-04 F:elease Rate 9000 CFh tit ac k f' low - 7 ISOTOPE oCi/n1 in PVS KR-85
3. iib 3E-02 KR-85M 5.8742E-01 KR-87 1.4882E-01 KR-88 1.0374E 00 l N STA N TAM M 05 1-131 4.6204E-021
'5, 1-133 ,1.3816E-02h x fo gg**($ ~ 1-laa /.712ot-u2 I-134 1.6505E-03 1-135 4.9GiOE-02, XE-139 1.0350E U1 XE-15$ 3.a10'/E 00 TOTAL NDDLE GA3 1.5466E 01 )l TOTAL UC1/nL= 1.5654E 01 RC -14 CPn= 1.4663E 11 LLASPSCD TINE - 322.5dIr4UTES Release Rate - 1.5000E-04 Stack t'l o w - 79000 CFn 1501 OPE oC1/ML in Pus i.: R - 8 5 3.0773E-02 Ki-25 m 5.6837E-01 l+ e,1 -E 7 1.3716E-01 D at -60 9.92o2E-dt.,I J 3 c:~:.- r I t h 1( /0 I i - 1,. c ..S t ;., u r 0 4 - 1-'-i33
57'P32-02 kl b
!) bb l$ M \\b3 l I
.c - 13 3 3.023st 01 T r;i a;

E.[
I' Tc ret 1,2 c.s
1. a ce :. s 1 l
kE-14 CPn= 1.4253E i1
h tul6L u E nL=
1. 5 4 d de. 01 RE-14 Cen=
1.4253E 11 ELAS?5ED TINE - 330. OnIrlu Es 1.4800E-04 Pelease hate - Stack flow - 79000 CFn oC1/mi in PV5 ISO 1QPE 3.0bo2E-02 KH-35 Ki;-85d 5.4984E-01 / i KR-87 1.2639E-01 ((~/ I'd S T A N T A ta c o ( r Fi-QB 9.496RE-0L 4. 4 <7 D E- 0 2 ~' I 3 3 o 1-1a1 I-132 i.2476E-02 X ib 1-133 7.4479E-02 1.'194E-ua 4. 7' d 6 4 E- 0 2J l-134 1-102 XE-133 1.0126E 01 XE-135 3.2492E 00 4 C ' B sl i r> E /) L t-T O%L rJ0bLE GAS 1.5031E 01 h O,c._. 1.5212E 01 2OTAL uL1/nL= Y /}LVfE 5 13 y 2 RE-14 CPh= 1.3852E i1 ELASP SED T IhE - 337.5 MINUTES 1.4600t-04 Release Rate - btack flow - 79000 CF1 1SD10PE uC1/n1 in PVS KR-d5 2.9952E-02 nh-85M 5.3181E-U1 AR-G7 1.1644E-0i 9.0833E-01 KR-83 4320E-02_ l ,.y AN 4 1-131 g gg F) TO 1.1b':, L-Vc -, y 10 1 - 1 c.d 1-133 7.3170E-02 I 1.1793E-03 1-134 4.6028E-02 J 1-135 XE-133 1.0012E 01 XE-135 3.2169E 00 i 4816r g 10,VA t4DIy__ r@S i 1.,, ec ul ibiAL t t.1/ nLa 1.3460E 11 RE-14 CPn= ELAS? SED T1hE - 345.OnINUTES 1.4400E-04 Release Rate -79000 CFM -m 4 Stack flow ISOTOPE UC1/nl in PVS /V KR-85 2.9542E-02 MR-B5n 5.1428E-01 KR-87 1.0725E-01 8.6866E-01./ 4.3693E-02 I3*45 KR-88 3 1-131 Um diDTMs I-134 i.0539E-03 4.4816E-02: 1-135 9.8980E O0" '.F,,- i } p 3.1837E 00 /X t-l a :> 1Q1AL NDbLE GAS 1.4601E 01 TOfAL uC1/nL= 1.4774E 01 RE-14 CPh= 1.3075E 11 EL43PSED 1InE - 352.5hIrluTES 1.4100E-04 5'elease R a te -79000 CFM jtac5 ficw - uC1/nl in PVS ISOTCPE KR-05 2.89265-02 ,.R-9sn 4.92 et-01 ge-s7 9.8078E-02 i
5. 2472E-01] g /D ga-se 4 ?764E-02
.'3 1 ( _.131 pi3e 7.0034E-02 lb p f I AJ mag
1. u o l a t-o ','
i 1-133 1-134 9.350 0 t-M
OQ 1-.135 4.3320E-02.
(E-133 9.7142E 00 g-133 3.1273E 00 T C. l i L rJUlu g,E, i.a?87E OL ] o+ .~*2dE 2 i' 2 i' AL JCi z.- /~ R { - 1.'g {hhe i.632JC 11 / LLAGPSED TIr.E - 360.OrINuTij l \\
elt 3 4 Rate -

1. 4U D ut- 0 4
- 79000 CFe t3.,w rlow 1,OiQPE . u C,1, q 4. p< P M a 6, e - u, s ...s. :g-, r ' 2 - N 5"I . U U D -A
O 1 j..,} '
",i)* C E-02 .W-QC T h'~'?iH h. CM Iiith[${ yfo-3 )y.'o O I M STA N7S10fo u T
d i ^1M 8 4515-674 x fo 4.2462E-0L xE-133 9.6673E ou pd S7ANTO N EO US 1-135 XE-135 3.ii45E 00 / 4*Do f.kb4hkhk IbYAbbbb/kb= 1.2329E 11 RE-14 CPh= (O ELASPSED TIME - 367.5nINUTES 07619WM SL L j N1o 79000 CFA' S y ISDTOPE uC1/n1 in PV KR-85 2.8106E-02 y bb ""~~~ 8 1 7.5337E-05 t KR-88 4 - 15149-1127. y T-134 Y.sosac-voLy to 4lld 1-ioc 6.7536E-02 g gj I-1 4 7.4583E-04 [h,[ [4eIb' / g 1-133 4.1020E-02. XE- }a3 9.4816E 00 1-1 XE-135 3.0563E 00 r40BLE GAS 1 M64F ft5_ TOTA'TAL
1., u c 4 c.
91 TO ti L u n c + RE-14 CPh= 1.1797E 11 ELASPSED TINE - 375.0 MINUTES 1.3500E-04 Release Rate 9000 CFM Utack flow - 7 ISOTOPE UCi/n1 in PVS KR-85 2.7695E-02 KR-85M 4.4555E-01 KR-87 7.6490E-02 J p *, l h JfdS7'hN71.fqgo(f' g KP-88 7.1981E-0. 3 4.0389E-02 iL 1-131
9. 0771E-03 X IO 1-1}2 I-1 6.6276E-02 3
I-134 6.6591E-04 1-135 3.9903E-02. XE-133 0.3642E 00 XE-135 3.0196E 00 /~'pTAL r4DDLE GAS 1.3c53E Vi ~OTAL UC1/ML= 1.3810E 01 'k '/ RE-14 CF n= 1.1445E 11 y ELASPSED TIME - 382.5 MINUTES 1.3300E-04 Felease Rate - Stack flow - 79000 CFn ISOTOPE uC1/n1 in PVS KR-65 2.7285E-02 KR-65M 4.3038E-01 KR-88 6. 876 0 E- 0,1.t 15 M '3) AVdF K2-87 7.0376E-02 1 i32 8. 611 *.-R yio q '* 3 o 4 naasr-n ~y ts* F i-133 6.5025E-02 [ k e< [) 1-1-134 5.9442E-04 1-135 3.8G08E-02. XE-133 9.2460E 00 XE-135 2.9821E 00 TOTAL N0btE__ GAS 2 3^^e" ^ 1.3597E 01 TOTAL u c u..La RE-14 CPn= 1.iiODE 11 ELASPSED TIME - 390.0nIrluTEG 1.3100E-U4 Release Rate - Stack flow - 79000 CFM UC1/nl in PVG R K5 TQPE 2.6675E-02 IcQ i Wa KR-S5M 4.1563E-01 h2-87 6.4737E-02 KR-88 6.5668L-ut )NSTNIDTbM 3.?642E-02* 3 1-132 8.168?E 'J 3 *X,,- l Ef
30 1-131 t-133 c.37G4E-02
-134 5.3049E-04
~ i-135 3. 7 7 3 3E- 0 2. AE-133 9.1271E 90
d-133 2.9 439E 0 0 sli

,1. r40DqE ~44 1.S Q5E y1 L4eu u u t / 5.=
1.aavat 61 EL-CPMr i.076iE 1L ._A3F3ID ~In2 - 397 Sn:ouT23 1 2 9 0 0i_- u s r sc h-flow ~9000 CFn l y', L4 5 16 MW An W esse Rs.te - oC1/61 10 ' s 'a IDiQP~ - M
' Kd!$5' ' E!54542-32 ~ 4.0129E-01 KR-85n 19,-67 3.953eE-02 6.2701E-01 KN-88 c o s s-n e gy 1-1$ b.55Ik$$J ['J !:Hi Hi!!!:e 6 ' *5 is mo An Y #* 'N [Q; xE-133 9.0075E Ou
1. ai, at ut h jY l hb XE-135 2.9050E 00 IOT8L N0bli: GA5 1 30?7E n' _
TOTAL v o i, ,s 1.0430E 11 Cr kfh k U E S 8 Y' 2 RE-14 CPn= ELASPSED TIME - 405.0nINUTE51.2600E-04 Release Rate 9000 CFn t' low - 7 Stack IS010PE uC1/n1 in PVS KR-85~ 2.6259E-02 9040E-O'4 K8-Shn '5.$170E-02 KR-8/ 0
7. 0225- 0.M,y h
/y y5 y$ fj}NTAN20 6.0325E-u1 i,R-QB 3.6700E-021 .-1a1 I-~ Q2 e.1811c-02 1-iaa 4.2554E-04 I-134 3.5932E-02J 1-135 8.9571E 00 XE-133 XE-135 2.0880E 00 1.29202 01 TOTAL NOBLE GAS 1.30e4E 01 TOTAL UC1/nL= 1.0261E 11 RE-14 CPh= ELASPSED TIME - 412.SnINUTES 1.2600E-04 Release Rate - Stack flow - 79000 CFn ISOTOPE uC1/nl in PVS KR-85 2.5849E-02 KR-B5M 3.7679E-01 0719E-02 KR-87 5 7578E-01 5. KR-88 3 pn?nr-027 .3 - [N 1-131 /.01)on-u3 b) Lib /gp(j Y) 15 F4 i >> l-13d d.0594E-02 ' 9i ) 1-133 3.7954E-04 I-134 3.4918E-02J 1-135 XE-133 8.8362E 00 XE-135 2.8478E 00 TOTAL NOLi F fA5 1 27t3E 01 ~ 1.co24c ui TOTAL eLA/nta 9.9390E 10 RE-14 CPn= ELASPSED TIME - 420.0 MINUTES 1.2400E-04 Release Rate - flow - 79000 CFM Stack ISD10PE uC1/n1 in PVS KR-85 2.5438E-02 KR-BSn 3.6357E-01 4.6615E-02 KR-87 Kh-68 5.4942E-01 lN 87NN N ) 6 ', O O ~ y fo 1-5.9397E-02 1-133 1-134 3.3842E-04 1-135 3.3923E-0Q /.E-133 B.7145E Ou XE-135 2.8071E 00 R i.2507E 01 i 01 A'T. NOBLE G AS 1.2e44E 01 TC AL UC1/nL= RE-14 CPh= 9.o232E lu cLASPGED TINE - 427.5nIoUTES1.2200E-04 Release kate - 1, t a c k flow - ?@000 CFn 15DTO?E uC1/ni in FV6
"e)
r. d - 6'3 2.3023E-02 rJ-SSN 3.5071E-01 r A -57 4.2832E-02 n -E.8 5.2413E-03*'
.vt. g-l$ M)N jqyg_ )@ b OV 4 0t u -i33 5.0139E-03 .s h l - 12.d 5 01705-03 ,/ 2 0 5922C 00'j Ud' t-Ld J.J l~iS2 XE-133 ,, At' 1.J 3
2. 'ib5 M 0 0 a.p s : o s.
gy[ [ I-i@~5 j jim ~_id ra'3 ff )$ 15 "W I-1-23 3.2949E-02. 1-1# / t-15' 3 8.5922E 00 " 6w"57E 00 3 '6 XE-3M 3? 3E 01. 7OTAL rIDIRF b ,TOTAt o uT)' " i.-@U$$ 50 pg_ia t,,en= ,x
N.)
au g,0 ? GED 1 t e,E - 4 35. o rd t r ,g Release. Ratg 79000 CFn btacL tlow 1COI u C 1 / ri l in P V S. ^ " ~.z9,P E 0.0000E 00 hf - 5ri 0.0000E UU E O fy'2 0.0000E 00 O.0000E 00 f%$1 'O.0000E 00 t 0000L 00 0 0000E 00 1 - i *:t '3 1-1j 0. 0000E 00 1-134 0'0000E 00 i)~ 1 S 0'.0000E 00
[~_'kj$
~ 00.0000E 00 TOTAL ra u B L t-cpg 0.0000t 00 TOTAL u t,1/ i - 0.0000E 00 w R E.- 14 uPn-0.0000E 00 ,J s
O ltJ5ThMTANeus hCS CONC-ENTR ATIO NI 11 FAIL 60 FUEL. - Mu ITPtY all Vet!ues by fo~$ s USS$ IRE 7.8100E-014-15.0 MINUTES OCl RCS Conc. ISOTOPE uC1/ml in PVS KR-85 4.4257E 01 h.kkk0 KR-8B 5.0582E 03 I-131 3.7830E-07 b ~ ~ .3kbk-7 - 33 I-134 6.8629E-07 I-135 6.7091E-07 XE-133 1.3659E 04 XE-135 2.7615E 03 -TOTAL NOBLE GAS 2.6013E 04 TOTAL vC1/ML= 2.9437E 04 RE-14 CPn= 7.6772E 18 ELASPSED TIME - 30.0 MINUTES RCS Conc. 6.7900E-01 ISOTOPE vC1/ml in PVS KR-85 3.8477E 01 KR-85M 1.5338E 03 KR-87 2.4678E 03 KR-88 4.1344E 03 1-131 3.2860E-07 I-132 4.0447E-07 %,. 3 o I-133 6.3078E-07 I-134 4.8984E-07 I-135 5.6844E-07 XE-133 1.1391E 04 XE-135 2.4591E 03 TOTAL NOILE GAS 2.2024E 04 f40TALUC1/ML= 2.2024E 04 3.4898E 18 ( } 'E-14 CPh= ELASPSED TIME - 45.0 MINUTES RCS Conc. 5.9000E-01 ISOTOPE uCi/ml in Pos KR-85 3.3433E 01 KR-856 1.2812E 03 KR-87 1.8703E 03 KR-8B 3.3775E 03 1-131 2.8527E-07 1-132 3.2594E-07 %,. + 5 1-133 5.4360E-07 I-134 3.4943E-07 I-135 4.8136E-07 X-13k 'k'42kok 1 8676E 04 TOTAL NOBLE GAS TOTAL VCi/ML= 1.8676E 04 RE-14 CPM = 2.2375E 18 ELASPSED TIME - 60.0 MINUTES RCS Conc. 5.1300E-01 h-2NhNEh$ KR-85H 1.0709E 03' 3 4 KR-67 1.4184E 03 -1 Eb I-132 2.6283E-05 'I-133 4.6877E-05 'O O I-134 2.4943E-05 I-135 4.07B8E-05 XE-133 8.6602E 03 XE-135 1.9376E 03 / JT^' NOBLE GAS 1.5877E 04 Vi .L oCi/ML= 1.5877E 04 RE-14 CPM = 1.4484E 18 l
ac,s FAlt ED Fo E1 - goLTwt4 Au. v AWET S'T ELASPSED TIME - 75.0 MINUTES I 7. X) RCS Conc. 4.4500E-01 !V ISOTOPE uti/n1 in PVS KR-85 '2.5216E 01 KR-85M 8.9303E 02 f?NbE K-I-131 2.1478E-03 g *' ) [ I-132 2.1144E-03 l!d[ ~ fElk:l! I-135 3.4481E-01 XE-133 7 5354E 03 TOTAL NOBfkN f. kN TOTAL UC1/ML= 1.3491E 04 RE-14 CPh=' 9.3876E 17 ELASPSED TIME -' 90.0h1NUTES RCS Conc. 3.8700E-01 ISOTOPE uCi/nl in PVS KR-85 2.1930E 01 KR-85M 7.4659E 02 KR-87 8.1396E 02 KR-88 1.8410E 03 1.8662E 01 1-13b 1.7053E 01 I-133 3.4784E 01 's30 1-13 1-134 1.2682E 01 1-135 2.9223E 01 XE-133 6.5731E 03 XE-135 1.5140E 03 TOTAL NDBLE GAS 1.1511E 04 TOTAL UC1/ML: 1.1623E 04 6.3273E 17 . r-] RE-14 CPM: 'b ELASPSED TIME - 105.0 MINUTES RCS Conc. 3.3600E-01 IS0 TOPE uti/n1 in PVS KR-85 1.9040E 01 KR-85M 6.2312E 02 KR-87 6.1637E 02 KR-88 1.5027E 03 1-131 1.6tBBE 01 I-132 1.3731E 01 '+5 1-133 2.9952E 01 1-134 9.0395E 00 I-135 2.4726E 01 XE-133 5.7239E 03 XE-135 1.3348E 03 TOTAL NOBLE GAS 9.8200E 03 TOTAL uti/ML= 9.9136E 03 RE-14 CPn= 4.1628E 17 ELASPSED TIME - 120.0 MINUTES RCS Conc. 2.9200E-01 IS010PE uCi/n1 in PVS KR-85 1.6546E0k KR-855 5.2057E'0 E XR-87 4.6720E 02 KR-88 1.227BE 03 k'$$kfk!k - 32 2 5816E 01 I-133 1-134 6.4493E 00 2% t.Mk Bi lo'.oo d i XE-135 1.1763E 03
9TAL NOBLE GAS 8.3973E 03-k=
h.hk h -i
g -2 - M us-Ti M Au VAs uns SY lo (7. FA suto f:o E L [] ELASPSED TIME - 135.0 MINUTES 2.54GDE-01 \\j RCS Conc. UCi/n1 in PV5 ISOTOPE KR-85 1.4393E 01 KR-85M 4.353tE 02 hb E!$ 1 0 '.) f ~ I-131 1.2215E 01 I-132 8.9274E 00 1-133 - 2.2272E 01 1-134 4.6056E 00 ~ 1-135 1.7752E 01 XE-133 4.3522E 03 XE-135 .1.0363E 03 . TOTAL NDBLE GAS 7.1968E 03 TOTAL vCi/ML 7.2625E 03 RE-14 CPM: 1.84B7E 17 ELASPSED TIME - 150.0hlttuTES RCS Cont. 2.2100E-01 ISOTOPE UC1/nl in PVS KR-85 1.2523E 01 KR-855 3.6410E 02 KR-87 2.6899E 02 KR-88 8.2135E 02 1-131 1.0619E 01 O*.aso 1-132 7.2036E 00 I-133 1.9219E 01 1-134 3.289eE 00 I-135 1.5053E 01 XE-133 3.7975E 03 XE-135 9.1217E 02 TOTAL NDBLE' GAS 6.1766E 03 6.2320E 03 401ALuti/ML= 1.2446E 17 .{ RE-14 CPn= m i k I e ~~ vr .I L-
S RCS FoFL Hv'TIPL4 ALL VA8 vEs dY.os ( q MELTED FUELg5gD TIME -ggTES 51, MELTED e ISOTOPE uti/nl in PVS KR-85 1.1203E 03 KR-85M 3.1311E 04 KR-87 2.0987E 04 KR-88 6.9079E 04 I-131 1.6748E 03 I-132 - 1.0546E 03 '1 O45 1-133 3.0091E 03 I-134 4.2636E 02 I-135 2.3158E 03 Xk"! k f'hb$hkhk 5 7862E 05 TOTAL NDBLE GAS TOTAL UC1/ML: 5.8710E 05 RE-14 CPn= 4.2643E 22 ELASPSED TIME - 180.0nINUTES RCS Conc. 3.5300E-01 ISOTOPE uC1/n1 in PVS KR-85 6.0009E 02 KR-85M 1.6123E 04 KR-87 9.8052E 03 KR-88 3.4788E 04 l 1 *' Q Q I-131 8.9633E 02 i1 I-132 5.2392E 02 I-133 1.5986E 03 I-134 1.8750E 02 1-135 1.2089E 03 XE-133 1.9013E 05 XE-135 5.6423E 04 3.0787E 05 10JLNOBLEGAS 3.122BE 05 g TAL uC1/ML= 6.4245E 21 SE-14 CPM = gY ELASPSED TIME - 195.0 MINUTES RCS Conc. 1.8900E-01 ISOTOPE uti/n1 in PVS KR-85 3.2129E 02 KR-85M 8.2986E 03 KR-87 4.5788E 03 KR-88 1.7511E 04 I I ' \\[ -1 h . 1 Ii* I-133
8. 288E 02 I-134 8.2415E 01 1-135 6.3078E 02 XE-133' 1.0236E 05 XE-135 3.0790E 04
. TOTAL fiDBLE GAS 1.6386E 05 .. TOT AL uC1/f/.= 1.6616E 05 RE-14 CPn= 1.0060E 21 ELASPEED TIME - 210.0 MINUTES RCS Conc. 1.0100E-Gi 15010PE UC1/nl in PVS hR-85 1.7170E 02 KR-85M 4.2632E 03 g KR-87 2.1342E 03 KR-88 8.7978E 03 1-131 2.5600E 02 1-132-1,2893E 02 l* 1-133 4.4990E 02 1 A )* 30 1-134 '3.6157E 01 I-135 3.2850E 02 XE-133 5.4999E 04- "W~ XE-135 1.6742E 04 f
To' NOBLE GAS 8.7108E 04
(,/1 L uC1/ML= 8.8307E 04 WE-14 CPM = 1.6397E 20
(h 225.0 MIN'JTES 51 Hgte g%st - Hoser:PW ALL, VALuf 5 ST,oS ~ ELASPSED TIME f/nIIkNS n fbThE ' UC KR-85 9.1797E 01 KR-85M 2.1911E 03 kk-87 9.9520E 02 KR-88 4.4223E 03 1-131 1.3675E 02 1-132 6.3927E 01 1: W
HMl Of
\\ \\ '. '+ 6 I-135 1.7117E 02 XE-13 2.9563E 04 XE-13 9.0946E 03 TOTAL NOBLE gas 4.6358E 04 TOTAL uti/ML=. 4.6984E 04 RE-14 CPM = 2.7842E 19 ELA$PSED TIME - 240.0 MINUTES RCS Conc. 2.8900E-02 150 TOPE uC1/n1 in PVS KR-85 4.9128E 01 KR-85M i.1273E 03 KR-87 4,6454E 02 KR-88 2.2251E 03 L!i2ilit i2' oo 1:in 2 I-133 1.2663E 02 I-134 6.9729E 00 E-!!3 kh XE-135 4.9383E 03 TOTAL-HOBLE GAS 2.4709E 04 2.5037E 04 TOIA{oC1/ML=14 CPM: 4.9393E 10 R \\") ELASPSED TIME - 255.0MINUTiS RCS Conc. i.5500E-02 150TCPE uti/n1 in PVS KR-85 2.6349E 01 KR-85M 5.812iE 02 kR-87 2.1730E 02 KR-88 1.1220E 03 I-131 3.9181E 01 3 * }[ 1-132 1.5782E 01 5 1-133 6.7356E 01 I-134 3.0702E 00 I-135 4.6661E 01 XE-133-8.5743E 03 XE-135 2.6838E 03 . TOTAL NOBLE GAS - 1.320$E 04 TOTAL vCi/ML= 1.3377E 04 RE-14 CPM: 9.i?86E 17 ELASPSED TIME - 270.0 MINUTES RCS Conc. 8.3000E-03 ISOTOPE uCi/nl in PVS KR-85 1.4109E 01 KR-85M '2.9919E 02 -KR-87 1.0149E 02 g KR-88 5.6484E 02 1-13 2.0962E 01 1-13 7.8374E 00 I-133 3.5772E 01 l Q '* 3 O i I-134 1.3497E 00 4 I-135 2.4350E 01 XE-133 4.6147E 03 XE-135 1.4545E 03 NOBLE GAS 7.0488E 03 -TOTA'YAL vC1/nL=7.1391 03 ) TD /V! 'E-14 CPM 1.7684 17
a Furt. - +4uenet.v A" vaLuss gy.es
57. NftTED ELASPSED TIME - 285.0 MINUTES n)
RCS Conc. 4.1600E-03 - (V ISOTOPE uti/n1 in PVS KR-85 7.0717E 00 KR-855 1.4415E 02 KR-87 4.4366E 01 KR-88 2.6616E 02 1-131 1.0497E 01 i 2 '. 4 5 1-132 3.6430E 00 13 ~ tilM il I-135 1.iB94E 01 XE-133 2.3245E 03 L XE-135 7.3695E 02 i TOTAL NCBLE GAS 3.5232E 03 TOTAL UCi/ML= 3.5676E 03 RE-14 CPM: 3.0009E 16 ELASPSED TIME - 300.0MINdTES RCS Conc. 2.4000E-03 ISOTOPE oC1/nl in PVS kR-85 4.0/98E 00 KR 85M 7.994EE 01 I KR-87 2.2325E 01 KR-68 1.4436E 02 I-13{ 6.0505E 00 !:!h 1.18n !! l 3 '. o o I-134 2.6304E-01 1-135 6,6871E 00 XE-133 1.3476E 03 XE-135 4.2935E 02 TOTAL NOBLE CAS 2.0277E 03 TOTAL utt/ML= 2.0528E 03 RE-14 CPh= 7.5584E 15 1 gs ( ELASPSED TIME - 315.0 MINUTES RCS Conc. 1.3000E-03 ISOTOPE uti/n1 in PVS KR-85 2.2099E 00 KR-85M 4.1630E 01 KR-87 1.0547E 01 KR-88 7.3517E 01 1-131 3.2744E 00 fh~b
3. I 5.4 I-1 4 1.1697E-01 1-135 3.5300E 00 XE-133 7.3350E 02 XE-135 2.3463E 02 TOTAL NOBLE GAS

1.0960E 03 TOIAL uC1/ML=
1.1094E 03 RE-14 CPn= 1.6871E 15 t ELASPSED TIME - 330.0 MINUTES RCS Conc. 7.0000E-04 ISOTOPE uti/n1 in PVS .1899500 }2.iS49t01 KR-8)H KR-83 I-KR-87 4.9533E 00 KR-88 3.7217E 01 -I-131 1.7616E 00 1-132 4.8895E-01 1-133 - 2.9190E 00 I-134 5.1708E-02
gg XE b3 h.bh4hb XE-135 1.2734E 02 5.8909E 02
,e GAL NOBLE GAS 5.9616E 02- ~ il UCi/nL= V AE-14 CPM =' 3.8586E 14 I t
S RCS NUTES S' 7., M ELTED Fo gt - MutitPt.1 Ai.c V Aust ey.os i g5P5 D TIME - 3UCi/n1inhVS ISOTbPE \\ _/ KR-85 6.7997E-01 KR-BSN 1.1837E 01 4087E 00 KR-87 2 9994E 01 1. KR-88 1-131 1.0057E 00 I-132 2.5912E-01 f~1ff lkhbk b I-135 1.0315E 00 XE-133 2.2783E 02 TOTAL NOB k d 3 3bE h2 TOTAL oCi/ML= 3.4006E 02 RE-14 CPM = 1.0510E 14 ELA5PSED TIME - 360.0 MINUTES RCS Conc. 2.0000E-04 ISOTOPE UC1/nl in PVS KR-85 3.3998E-01 KR-85M 5.6897E 00 ER-87 1.0766E 06 KR-88 9.398BE 00 5.0240E-01 1-13b 1.2015E-01 1-13 14i.OO 1-133 8.2034E-01 I-134 9.9573E-03 I-135 5.0264E-01 XE-133 1.1444E 02 XE-135 3.686BE 01 TOTAL NDBLE GAS 1.678tE 02 TOTAL UCt/ML= 1.6976E 02 m - RE-14 CPM = 2.1952E 13 / i 't) ELA5PSED TIME - 375.0 MINUTES RCS Conc.
1. 0000E-04 ISOTOPE uti/mi in PVS KR-85 1.6999E-01 KR-85M 2.734BE 00 KR-87 4.6949E-01 KR-88 4.4182E 00 1-131 2.5G98E-01 1-132 5.5715E-02 b
l f[ 1-13 4. I-135 2.4492E-01 XE-133 5.7477{01 TOTAL NCB 8.' 8 E TOTAL UCi/Mu= 8.4766E 01 RE-14 CPM = 4.8123E 12 ELA5PSED TIME - 390.0n1NUTES RCS Conc. 6.0000E-05 ISOTOPE VCi/n1 in PVS 1.0199E-01 KR-8)M i.5774E 00 KR-8., g KR-87 2.4569E-01 KR-88 2.4923E 00 1-131 1.5045E-01 l-132 3.1002E-02 1-133 2.4207E-01 '4I'9A 1-134 2.0133E-03 fe JV . 3 432iE-01 1 1-135 4639E 01 XE-133 XE-135 1.1173E 01 -10TALNOBLEGAS 5.0230E 01 T" 5.0798E 01 [ d ' AL vCi/ML= IE-14 CPM = 1.6209E 12
O Rcs ELASPSED T1hE - 405.0 MINUTES GA N 6LT6D Fuq. Hutripty jgtL VAtuSS SY.oS .l RCS Conc. 3.0000E-05 r- .( ISOTOPE uti/n1 in PVS KR-85 5.0997E-02 KR-85M 7.5818E-01 KR-87 1.0714E-01 KR-88 1.1716E 00 1-131 7.515BE-02 1-132 1.4376{-02 k [ ( f~fb ' E I-135 6.9784E-02 XE-133 1.7395E 01 XE-135 5.6087E 00 -TOTAL NOBLE GAS 2.5092E 01 TOTAL uti/ML= 2.5372E 01 RE-14 CPM: 3.8645E 11 ELASPSED TIME - 420.0h1NUTES RCS Conc. 2.0600E-05 ISOTOPE uti/nl in PVS KR-85 3.3998E-02 KR-85M 4.8590E-01 KR-87 6.2300E-02 KR-88 7.3429E-01 13 HP8BE:8s I-133 7.9370E-02 !:in Hilii:0 /s!oO XE-133 1.1647E 01 XE-135 3.7516E GO TOTAL NOBLE GAS 1.6715E 01 TOTAL uC1/ML 1.6899E 01 RE-14 CFn 1.7070E 11 s ( ' ASPSED TIME - 435.0 MIN S hi Conc. 1.0000E-vCi/n1 1 PVS IS',QP E O.0000E D KR-l. ' KR-BS' O.000 00 - E 00 KR-87 0.0 KR-88 0 00E 00 1-131 .0000E 00 1-132 0.0000E 00 1-133 t.0000E 00 1-134 0000E 00 1-13 0.'000E 00 XE 33
0. )DE 00
-Y -135. 0.0L DE 00 TOTAL N0* E GAS 0.000 d 06 TOTAL C1/ML: 0.0000 00 RE-14 CPM = 0.0000E 'O E t "CN O-
0 'Mwapumous e3M coucamge nons f:uEL-MuersFW $.L vAwM 61 10' g7 FMLEO 15.0nINUTES k E ME 2.1600E-01 C1MT Conc ISOTOPE uti/n1 in PVS KR-85 5.7979E-02 KR-85M 2.4043E 00 KR-87 4.2636E 00 KR-88 6.6266E 00 g / f h $hh - Y Y-Ib 6. I-133 9.5837E-0 I-134 8.9909E-02 1-135 8.7894E-02 h.6th8kb - 35 ^ TOTAL NOBLE GAS 3.4079E 01 TOTAL uti/ML= 3.4468E 01 RE-14 CPM: 7.2331E 11 ELASPSED TIME - 30.0 MINUTES CTMT Conc 3.iiODE-01 ISOTOPE UC1/n1 in PVS KR-85 8.3479E-02 KR-85M 3.3278E 00 F.R-87 5.3542E 00 KR-88 8.9701E 00 I-131 7.1293E-02 O 1-132 8.7753E-02 I-133 1.3685E-01 1-134 1.0628E-01 1-135 1.2333E-01 XE-133 2.4713E 01 XE-135 5.3353E 00 4.7784E 01
LNDPLECAS TAL uti/hl=
4.8309E 01
E-14 CPM =
1.4588E 12 45.0 MINUTES ELASPSED TIME 3.9100E-01 CTnT Conc ISOTOPE uti/n1 in PVS FR-85 1.0495E-01 KR-85M 4.0220E 00 KR-87 5.8712E 00 KR-88 1.0603E 01 8.9552E-02 l-g 6k-Ok 1-133 i. I-134 1.0969E-01 1-135 1.SiiiE-01 k'-13k .b5kb TOTAL NDPLE CAS 5.8626E 01 TOTAL oCi/ML= 5.9249E 01 RE-14 CPM = 2.2419E 12 ..ELASPSED TIME - 60.0 MINUTES CTnT Conc 4.5700E-01 ISOTOPE UCi/n1 in PVS KR-85 1.2267E-01 . I KR-85M 4.5190E 00 KR-87 5.9352E 00 f-i 1.'kbE i I-132 1.1091E-01 I-133 1.9781E-01 n 4g ). g () 1-134 1.0525E-01 1-135 1.7212E-01 XE-133 3.6544E 01 m XE-135 8.1763E 00 / \\ h. E i /L i RE-14 CPM = 2.9738E 12 L
casr -2 Fu GL - Mut.re.1 Ad. VAuff 8Y /0 ~ 6 {pgTES 12 F4u40 / c 5. ISOTOPE uCi/n1 in PVS KR-85 1.3716E-01 v KR-85M 4.8575E 00 KR-87 5.8370E 00 KR-88 1.2249E 01 g,ie' 1-131 1.1683E-01 .,)) I-132 1.1501E-01 h.NbkIh f'h I-135 1.8755E-Di XE-133 4.0988E 01 TOTALNOBfEbb.'33Nkhh ~ TOTAL uti/ML= 7.4115E 01 RE-14 CPM = 3.6085E 12 ELASPSED TIME - 90.0 MINUTES CTMT Conc 5.5600E-01 ISDTOPE uCi/n1 in PVS KR-85 1.4924E-01 KR-85M 5.0808E 00 KR-87 5.5393E 00 KR-88 1.2529E 01 1-131 1.2700E-01 1-132 1.1605E-01 C'3Q 1-133 2.3672E-01 L I-134 3.6307E-02 I-135 1.9838E-01 XE-133 4.4733E 01 XE-135 1.0303E 01 TOTAL NDFLE GAS 7.8334E 01 TOTAL uti/ML= 7.9099E 01 RE-14 CPM: 4.1479E 12 ,m ) ELASPSED TIME - 105.0 MINUTES Cini Conc 5.9100E-01 .s._. ISOTOPE uC1/n1 in PVS KR-85 1.5863E-01 KR-85M 5.1917E 00 KR-87 5.1355E 00 KR-8B 1.2520E 01 1-131 1.3487E-01 1-132 1.1440E-01 1-133 2.4956E-01 'Q 1-134 7.5315E-02 I-135 2.06 die-01 XE-133 4.7690E 01 XE-135 1.il2iE 01 TOTAL NOBLE GAS 8.181BE 01 TOTAL uC1/ML= 8.2598E 01 RE-14 CPn= 4.5516E 12 ELASPSED TIME - 120.0 MINUTE 5 CTMT Conc 6.1900E-01 ISOTOPE uti/ml in PVS KR-85 1.6615E-01 KR-85M 5.2273E 00 KR-87 4.6913E 00 I KR-88 1.2329E 01 1-131 1.4114E-Oi 1-132 1.1112E-01 1-133 2.5923E-01 Ih,;Oh 1-134 6.4760E-02 1 I-135 2.1028E-01 XE-133 5.0096E 01 XE-135 1.iB12E 01 ", " TAL NOBLE CAS 8.4322E 01 ^ TP'AL cC1/nL= 8.5108E 01 ,M E-14 CPM = 4.6542E 12
G cw SY ye 2 l
2. FAstso furt - MutTIPcv Au. v4tus5 ELASPSED TIME - 135.0 MINUTES r
-Cini Conc 6.4100E-01 -(') ISOTOPE UC1/n1 in PVS i RR-85 1.7205E-01 KR-85M 5.2037E 00 NR-87 4.237tE 00 KR-8B 1.2003E 01 I-131 1.4602E-01 IQ'f[ I-132 1,0672E-01 l I:Bf ' l:#lil:01 I-135 2.122iE-01 XE-133 5.2026E Di XE-135 1.2380E 01 TOTAL NOBLE GAS 8.6030E 01 TOTAL UCi/nL= 8.6816E 01 .RE-14 CFM= 5.0663E 12 ELASPSED TIME - 150.0 MINUTES CTNT Eenc 6,5700E-01 ISOTOPE UC2/nl in PVS KR-85 1.7635E-01 KR-85M 5.1272E 00 KR-87 3.7878E 00 KR-68 1.1566E 01 a O,' 3 Q i I-13[ 1.4953E-01 ) l-13u 1.0144E-01 1-133 2.7064E-01 1-134 4.6327E-02 1-135 5.1197E-01 XE-133 $,3476E01 XE-135 1.2845E 01 TDTAL NDBLE CAS 8,6979E 01 ~ TOTAL UC1/nL= 8.7759E 01 RE-14 CPn= 5.1855E 12 I i 'd . i, ) s. t I
c.rsr Fu gt - Mu tmPt.T Al.4. VAWEs 31 05 51 NEcrED / > bE IME3.h5.0 MINUTES 1 800E-01 () CThi Conc . ISOTOPE uti/n1 in PVS kR-85 2.7217E 00 t N~- h.b9khk KR-88 1.6783E 02 4.0690E 00 l-131 I-i I-134 1.0359E 00 I-135-5.6263E 00 XE-133 8.5751E 02 XE-135 2.5065E 02 TOTAL NOBLE GA5 1.405BE 03 TOTAL uti/ML= 1.4264E 03 RE-14 CPM = 3.0984E 15 ELA5PSED TIME - 180.0 MINUTES CTNT Conc 6.2900E-01 ISOTOPE UC1/n1 in PVS KR-85 5.0650E 00 KR-85M 1.3609E 02 KR-87 8.2760EOg 1 7. 0 I-32 4.422iE 00 I-133 1.3493E 01 1.OO I-134 1.5826E 00 I-135 1.0204E 01 XE-133 1.6048E 03 XE-135 4.7624E 02 TOTAL NOBLE GAS 2.5yB5E 03 JQTALUC1/ML= 2.635SE 03 'E-14 CPM = 1.4049E 16 ( ELASPSED TIME - 195.0 MINUTES ClMT Conc 7.7200E-01 ISOTOPE UC1/n1 in PVS KR-85 6.2165E 00 KR-85M 1.6057E 02 KR-87 8.8593E 01 KR-BB 3.3BBiE 02 1-131 9.2771E 00 k~-k b k0 I \\,, { h I-134 1.5946E 00 l I-135 1.2205E 01 ~k k'.h3h TOTAL NOBLE CAS 3.1704E 03 TOTAL uti/ML= 3.2150E 03 RE-14 CPM = 2.3094E 16 ELA5PSED TIME - 210.0 MINUTES CINT Conc 8.3500E-01 ISDTOPE UCi/nl.in PVS KR-85 6.7238E 00 -KR-85K 1.6695E 02 1 KR-87 8.3576E 01 KR-BB 3.4453E 02 1-131 1.0025E 01 1-132 5.0489E DO I-133 1.7619E 01 i l, 3 0 1-134 1.4159E 00 I-135 1.2865E 01 i XE-133 2.iS38E 03 XE-135 6.5564E 02 ' bs 3.4112E 03 (,)P'.NOBLEGAS. L UC1/ML= 3.4582E 03 RE-14 CPM = 2.7744E 16
c,T MT~ ( Fust - MuttiM Au. VA'*ES SY.of ELASPSED TIME - 225.0 MINUTES 5 7. M E trEb CTMT Conc 8.5600E-01 'v ISOTOPE uti/n1 in PVS KR-85 6.8928E 00 KR-85M 1.6453E 02 KR-87 7.4727E 01 KR-88 3.3206E 02 1-131 1.0268E 01 i 5 ** q g 1-132 4.0001E 00 l 1:8~ H M li I-135 1.2852E 01 XE-133 2.2198E 03 TOTALNOBh'd I. Bbk 03 TOTAL UC1/ML= 3.5279E 03 RE-14 CPM = 2.9175E 16 ELASPSED TIME - 240.0 MINUTES CIMT Conc 8.5600E-01 15010PE uti/n1 in PVS KR-85 6.8928E 00 XR-85M 1.5816E 02 KR-87 6.5176E 01 KR-88 3.1219E 02 I-131 1.0259E 01
12. O O 1-132 4.4517E 00 1-133 1.7766E 01 I-134 9.7832E-01 1-135 1.2525E 01 XE-133 2.2315E 03 XE-135 6.9286E 02 TOTAL NOBLE GAS 3.4667E 03 TOTAL uC1/ML=
3.5127E 03 RE-14 CPM 2.8860E 16 L' ELASPSED TIME - 255 0 MINUTES CTMT Conc 8.4400E-01 ISOTOPE uti/n1 in PVS KR-85 6.7962E 00 KR-85M 1.4991E 02 KR-87 5.6049E 01 KR-88 2.8939E 02 1-131 1.0iO6E 01 1-132 4.0706E 00 1-134 7.9190E-01 l 2 '* -} { I-133 1.7373E 01 1-135 1.2035E 01 XE-133 2.2ii6E 03 XE-135 6.9222E 02 TOTAL N0BLE GAS 3.4059E 03 TOTAL uti/ML= 3.4503E 03 RE-14 CPM = .2.7585E 16' ELA5PSED TIME - 270.0 MINUTES C1MT Conc 8.2600E-01 IS010PE uti/n1 in PVS b6 '. hk N KR-87 4.7843E 01 ( KR-88 2.6627E 02 -k3b ~ h. bE b I-133 1.6863E 01 . l 2 *. 3 b 1-134 .6.3626E-01 1-135 1.1479E 01 XE-133-2.i?S4E 03 XE-135 '6.8563E 02 F ITAL NDBLE CAS 3.322BE 03 I = - '. hk N E-$ V 4
i er~r 285.0 MINUTES 6 1 MIELmfD Fugt - gutnety Act VAtun gy.o5 /~ l ELA5PSED TIME B.0500E-01 \\, - CTMT Conc - 15010PE - uti/mi in PVS KR-85 6.482iE 00 KR-85M 1.3214E 02 kb Kk-2. I-131 9.6217E 00 1-132 3.3392E 00 g ] ', % 1-133 - 1.6299E 01 1-134 5.0907E-01 I-135 1.0902E 01 XE-133 2.1307E 03 XE-135 6.7550E 02 TOTAL NDBLE GAS 3.2294E 03 10TAL UCi/ML= ? 2701E 03 RE-14 CPM = 2.4102E 16 ELASPSED TIME - 300.0 MINUTES CTMT Conc 7.8400E-01 ISOTOPE UCi/ml in PVS KR-85 6.3130E 00 KR-85M 1.2371E 02 KR-87 3.4544E 01 KR-8B 2.2338E 02 Mil Hillt!% lT' 0 o 1:lil HHHil k-3 b'. bk b XE-135 6.6437E 02 TOTAL NOBLE GAS 3.1376E 03 - W AL uC1/ML= 3.1765E 03 ~ / i RE-14 CPM = 2.2406E 16
Q' ELASPSED TIME - 315.0 MINUTES CTMT Conc 7.6100E-01 ISOTOPE uti/n1 in PVS KR-85 6.1278E 00 KR-85M.
1.1543E 02 KR-87 2.9245E 01 KR-BB 2.0385E 02 1-131 9.0795E 00 I-132 2.7150E 00 -i! .3EN { 3 '* ][ ~ I-135 9.7882E 00 XE-133 2.0339E 03 XE-135 6.5060E 02 TOTAL NOBLE GAS 3.0392E 03 TOTAL uti/ML 3.0762E 03 RE-14 CPM: 2.0673E 16 ELA5PSED TIME - 330.0 MINUTES Cini Conc 7 4000E-01 ISOTOPE vti/n1 in PVS KR-85 5.9587E 00 KR-85M 1.0791E 02 I KR-87 2.4804E 01 KR-88 1.8637E 02' 'i I-131 8.82iiE 00 I-132 2.4484E 00 I-134. 2.5893E-01 '} t ]- 1-133 1.4617E 01 hE-3 hb 2k b -N XE-135 6.3766E 02 f 3TAL NOBLE CAS 2.9499E 03 .N I4 tS$ !'.9!)![!! t i
c.T M T' 7 !Bh!Eyf
57. Ni W N R - w Pot alt.VAtums 6'i.05 3
!NY!!!c""~C1/n1inPVS ISOTOPE v KR-85 5.7815E 00 KR-85M 1.0065E 02 N-f.'ff0!bif I},hh 1-131 B 5511E 00 1-132 2.2032E 00 I I-133 - 1.4066E 01 l-134 2.0625E-01 I-135 B.7709E 00 XE-133 1.9371E 03 ~N k.'.8 k TOTAL NOB 2 8914E 03 TOTAL uCi/ML= RE-14 CFM= 1.7701E 16 ELASPSED TIME - 360.0 MINUTES CTNT Conc 6.9700E-01 15010PE eCi/nl in PVS KR-85 5.6124E 00 KR-85M 9.3925E 01 KR-87 1.7772E 01 KR-88 1.5515E 02 kb .8khOb l I-133 1.3542E 01 Nii U#lli! W '. O O XE-133 . 8891E 03 XE-135 6.0961E 02 TOTAL NOBLE GAS 2.*B02E 03 4 0TAL uti/HL= 2.8025( 03 1.6371c. 16 f ( )RE-14 CPM = ELASPSED TIME - 375.0h1 NOTES Cini conc 6.7600f.01 ISOTOPE vC1/nl it, PVS - KR-85 5.4433E 00 KR-85M B.7571E 01 KR-87 1.5934E 01 KR-BB 1.4147E 02 1-131 B.0365E 00 1-132 1.7840E 00 1-133 1.3026E 01 I bt 'l I-134 1 3088E-01 l / I-135 7.8427E 00 XE-133 1.8405E 03 XE-135 5.934fE 02 TOTAL NOBLE CAS - 2.683dE 03 101AL oCi/ML= 2.7143E 03 RE-14 CPM = 1 5116E 16 ELASP5ED TIME - 390.0 MINUTES CTMT Conc 6.5600E-01 15010PE vCi/nl in PVS KR-85 5.2823E 00 KR-85K 8.1692E 01 8 KR-87 1'.2724E 01 KR-88 1.2907E 02 i 1:lli HP5H18 M!i UtNMi e4.'30 I-133 1.2537E Di' 1 XE-133 1.7Y40E 03 -m KE-135 5.7863E 02 )TT $ NOBLE CAS 2.6014E 03 ( Al vC1/ML= 2.630BE 03 (/ I
E-14 CPM =
1.3983E 16
h CTMT 1 fufL - Mngety Au. v6 Luff 84.05 S 7. MIECTED 405.0 MINUTES ' ELASPSED TIME 6.3700E-01 ( Y j CTMT Conc uti/n1 in PVS ISOTOPE KR-85 5.1292E 00 I KR-85M 7.6257E 01 KR-87 1.0776E 01 'KR-88 1.i?83E 02 I-131 7.5593E 00 r I-132 1.4459E 00 f~ff ' $lhfhikhh I-135 7.018BE 00 XE-133 1.7496{03 fk'dAk hl523 FED ' TOTAL NOB TOTAL UCi/ML= 2.5519E 03 RE-14 CPM: 1.2962E 16 i ELASPEED TIME - 420.0 MINUTES CTMT Conc 6.iB00E-01 ISOTOPE oCi/nl in PVS 4.9762E 00 KR-85 o KR-85M 7.ii2iE 01 KR-87
9. iib 8E 00 t
KR-8B i.0748E 02 l 1-131 7.3272E 00 I-132 1.3009E 00 lC*OO J I-133 1.1617E 01 I-134 6.6204E-02 1-135 6.6361E 00 XE-133 1.7047E 03 XE-135 5.4912E 02 TOTAL NOBLE GAS 2,4465E 03 f0TAL vC1/ML= 2.4735E 03 f RE-14 CPM: 1.1993E 16 ( ' ~. ELASPSED TIME - 435.0 MINUTES CTNT Cont 6.0000E-01 ISOTCPE uC1/n1 in PVS KR-85 0.0000E 00 KR-85M 0.0000E 00 t KR-87 0.0000E 00 KR-88 0.0000E 00 I-131 0.0000E 00 1-132 0.0000E 00 1-133 0.0000E 00 1-134 0.0000E 00 1-135 0.0000E 00 XE-133 0.0000E 00 XE-135 0,0000E 00 TOTAL NOPLE GAS 0.0000E 00 . TOTAL UCi/ML= 0.0000E 00 RE-14 CPM = 0.0000E 00 b .l
l FIRST TIME LAPSE (1500 to 1600 hrs actual time) Simulated Time 2300 hours 2/9/83 SB Dose Rate from Last Puff = 24 mR/hr WB 1.4 mR/hr Thy Release is terminated by cycling the purge valves and obtaining full closure R-27 reading is 4.6E2 All effluent monitors are back on-scale at normal values Wind direction is from 010 Degrees 3.9 mph Stability Class D SECOND TIME LAPSE (1600 to 1700 hrs actual time) Simulated Time: 0800 hours 2/11/83 RCS cooled to 200 F and on RHR R-27 reading is 4 R/hr No release indicated by effluent monitors - - - - -}}

ML20069G112

Text

SUMMARY

2.0 5E-06

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