Text

Public Version of Emergency Plan Implementing Procedures, Including Procedures EP-10 Re Accident Dose Assessment Work Sheet method,EP-14 Re Potassium Iodide Administration & EP-17 Re Medical
	ML20033B382
Person / Time
Site:	Trojan File:Portland General Electric icon.png
Issue date:	11/06/1981
From:	; PORTLAND GENERAL ELECTRIC CO.
To:	;
Shared Package
ML20033B350	List: ML20033B349; ML20033B380; ML20033B382;
References
	PROC-811106-01, NUDOCS 8112010342
	Download: ML20033B382 (93)
	v • d • e

{{#Wiki_filter:e s Procedun Title Date

EP-8.11 EOF Dose Assessment Staff 10/29/81
EP-8.12 Radiscion Protection EOF Tena 10/29/81
EP-8.13 Office Director 10/29/81
EP-8.14 EOF Clerical Staff 10/29/81
EP-8.15 VIC Staff 10/29/81
EP-8.16 Security Staff 10/29/81
EP-8.17 Radiation Protection Field Team 10/29/81
EP-8.18 EOF 3 tate Agency Representatives 10/29/81
EP-8.19 EOF Federal Agency Representatives 10/29/81
EP-8.20 EOF Dose Assessment St.ite Agency Representatives 10/29/81
EP-9 Operation of the Operational Support Center 10/26/81
EP-10 Accident Dose Assessment Work Sheet Method 10/29/81
EP-10.1 Accident Dose Assessment Computer Analysis Method-Deleted 12/08/80
EP-10.2 Instructions for Use of Computer Terminal 02/12/81
EP-10.3 Use of the Subin Computer Code 04/14/81
EP-10.4 Use of the Ingest Computer Code 02/12/81
EP-10.5 Use of the Liquid Computer Code 02/12/81
EP-11 Onsite Radiological Surveys 10/28/81
EP-12 Offsite Radiological Surveys 11/02/81
EP-13 Personnel Monitoring and Decontamination 12/10/80

~~~

EP-14 Potassium Iodide (KI) Administration 11/05/81 -
EP-15 Dnergency Supply List 09/18/81
EP-16 Drills and Exercises 04/14/81
EP-17 Medical 10/28/81
Safety Related Page 2 of 5 11/06/81 O!ddd$f gy
g PDit 4-3 J

Procedure Title Date 1

EP-18 Fire Fighting-10/21/81
EP-19 Communications 10/28/81
EP-19.1 Operation of Ground Radio System 10/28/81
EP-19.2 Operation of Dedicated Telephone System 10/28/81
EP-19.3 Operation of Trojan Commercial Phone System 10/28/81
EP-19.4 Emergency Notification System (ENS) 10/28/80
EP-19.5 Health Physics Network (HPN) 10/28/81
EP-19.6 Operation of Aerial Radio System (ARS) 10/28/81
EP-20 Site Security 10/28/81
EP-21 Reentry / Search and Rescue 12/10/80
EP-22 Public Relations Department 10/13/81
EP-23 Control Room Protective Action Recommendations 11/02/81
EP-23.1 Protective Action Implementation 12/24/80
EP-24 Long-Tern Emergency Organization 10/28/81
EP-24.1 Emergency Response Manager 10/28/81
EP-24.2 Radiological Manager 10/28/81
EP-24.3 Emergency Response Manager's Support Group 10/28/81
EP-24.4 Procedure Support Supervisor 10/28/81
EP-24.5 Data Facility Supervisor 10/28/81
EP-24.6 Construction Manager 10/28/81
EP-24.7 Planning and Scheduling Manager 10/28/81
E?-24.8 Purchasing Manager 10/28/81
EP-24.9 QA Manager 10/28/81
EP-24.10 Radiation Control and Shielding Group 10/28/81
Safety Related Page 3 of 5 11/06/81

4 Procedure Title Date

EP-24.11 Radwaste Systems Group 10/28/81
EP-24.12 Systems Group 10/28/81
EP-24.13 Analysis Group 10/28/81
EP-24.14 Licensing Group 10/28/81
EP-24.15 Environmental Monitoring / Dosimetry Group 10/28/81
EP-24.16 Design Team 10/28/81
EP-24.17 Advisory Support Group 10/28/81
EP-24.18 Legal Advisor 10/28/81
EP-24.19 Insurance Advisor 10/28/81
EP-24.20 Technical Representative at Oregon EOC 10/28/81 EP'24.21 Westinghouse Emergency Team 10/28/81
EP-25 Operation of Company Support Center 11/03/dl
EP-25.1 Company Support Center Director - Deleted 02/25/81
EP-25.2 Public Information Advisor 11/03/81
EP-25.3 Environmental Sciences Advisor - Deleted 12/24/80
EP-25.4 Legal Advisor - Deleted 12/24/80
EP-25.5 Insurance Advisor - Deleted 12/24/80
EP-25.6 Communications Advisor 11/03/81
EP-25.7 TSC Communicator - Deleted 12/24/80
EP-25.8 ECC Communicator - Deleted 12/24/80
EP-25.9 General Communicator - Deleted 12/24/80
EP-25.10 CSC Clerical Staff - Deleted 12/24/80
EP-25.11 Plant Modifications Director 11/03/81
EP-25.12 Technical Support Director 11/03/81
Safety Related Page 4 of 5 11/06/81 r

o Procedure Title Date

EP-25.13 Administrative and Logistics Director 11/03/81
EP-25.14 Accident Analysis Manager 11/03/81
EP-25.15 Licensing Manager 11/03/81
EP-25.16 Design Manager 11/03/81
EP-25.17 Off-Site Power Supply Advisor 11/03/81
EP-25.18 Bechtel Emergency Team Leader 11/03/81
EP-25.19 CSC Assistants 11/03/81
EP-26 Medical Health Physicist 10/28/81
EP-27 Headquarters Training 12/24/80
EP-28 Onsite Training 04/21/81
EP-29 EOF Offsite Dose Assessment Computer Analysis Method 10/30/81
EP-29.1 Instructions for Use of Computer Terminal 11/02/81
EP-29.2 Use of the Subin Computer Code 11/02/81 i
EP-29.3 Use of the Ingest Computer Code 11/02/81
EP-29.4 Use of the Liquid Computer Code 11/02/81
EP-30 EOF Offsite Protective Action Recommendations 10/29/81 l
Safety Related Page 5 of 5 11/06/81 l

I l

F. UPDATING OF DOSE ASSESSMENTS 1. The dose assessment calculations shall be updated if any of the following parameters change significantly (by > 20 percent): a. PRM reading. b. Containment radiation level. c. Measured effluent flow rate. d. Containment pressure. e. Wind speed. f. Wind direction (change of 22.5-degree sector). g. Temperature difference (or sigma). h. Estimated duration of release. Update readings of the above parameters shall be taken about every 15 l minutes. 2. Dose assessment calculations shall be updated upon receipt of new or revised results of grab sample analysis or upon receipt of significant l new or revised information from field monitoring teams. i i 'x MQH EP-10 ,Page 6 of 36 Revision 2

a o TABLE 10-1 PRM CALDEATION FACTORS j CALDRATION FACTCR PRM NAME PRM NUM3ER (ens /uci/ce) Containment Low-Level Noble Gas PRM-1C

3. 5E+7 Containment Inter:nediate-Level PRM-1D 4.0E+3 Noble Gas Containment High-Level Noble Gas PRM-1E

[a] Auxiliary Building Low-Level P!L't-2C 3.5E+7 noble gas Auxiliary Building Intar:sediate- ?!L4-2D 4.0E+3 g' e ,s Level Noble Gas 3.5E+[I M[ Air Ejector Low-Lavel Noble Gas PRM-6A Air Ejector Inter:sediate-Level PRM-6B 4.0E+3 Nobis Gas Air Ejector High-Level Noble Gas PL't-6C [a] t [a] Not Installed. Table 10-1 EP-10 Page 7 of 36 Revision 2 Page 1 of 1 \\ l

a l TABLE 10-2 DEFAULT VALUES FOR EFFLUENT FLOW RATES Default Flow Rate [a] Pathway (cfm) Containment Purge 5.0E+4 Auxiliary Building Ventilation System 1.1E+5 Air Ejector 6.0E+1 Steam Generator PORVs[D] 1.4E+5 Steam Generator Relief Valves [b] 1.4E+6 [a] Based on maximum design flow rate. [b] All valves (assume all valves are open). r 1 Table 10-2 EP-10 Page 8 of 36 Page 1 of 1 Revision 2

a o ~ TABLE 10-3 ATMOSPHERIC STABILITY CATEGORIES Pasquill Stability as AT Classification Category (decree) (*C) Extremely Unstable A >22.5 <-0.96 Moderately Unstable B 22.5 to 17.5 -0.96 to -0.86 Slightly Unstable C 17.5 to 12.5 -0.86 to -0.76 Neutral D 12.5 to 7.5 -0.76 to -0.23 Slightly Stable E 7.5 to 3.8 -0.25 to 0.76 Moderately Stable F 3.8 to 2.1 0.76 to 2.0 Extremely Stable G <2.1 >2.0 I f i i l l Table 10-3 EP-10 Page 9 o.f 36 l-Page 1 of 1 Revision 2

o... .o - l l TABLE 10-4 1 DISTANCES FROM CONTAINMENT TO EXCLUSION AREA BOUNDARY Distance to Exclusion Wind Wind Area Boundary From Degrees Toward (meters) (miles) N 348.75 - 11.25 S 1.3E+3 0.81 NNE 11.25 - 33.75 SSW 1.2E+3 0.75 NE 33.75 - 56.25 SW 1.3E+3 0.81 ENE 56.25 - 78.75 WSW 1.4E+3 0.87 E 78.75 - 101.25 W

9. 5E+2 0.59 ESE 101.25 - 123 75 WNW

1. 0E+3 0.62 SE 123.75 - 146.25 NW

8. lE+2 0.50 SSE 146.25 - 168.75 NNW 6.7E+2 0.42 S

168.75 - 191.25 N 6.6E+2 0.41 SSW 191.25 - 213.75 NNE 6.8E+2 0.42 SW 213.75 - 236.25 NE 8.2E+2 0.51 WSW 236.25 - 258.75 ENE 6.9E+2 0.43 W 258.75 - 281.25 E 6.8E+2 0.42 WNW 281.25 - 303.75 ESE 8.1E+2 0.50 NW 303.75 - 326.25 SE 1.0E+3 0.62 NNW 326.25 - 348.75 SSE 1.6E+3 0.99 l l Table 10-4 EP-10 Page 10 of 36 Page 1 of 1 Revision 2

TABLE 10-5 DEFAULT VALUES FOR STABILITY CLASS [a] Wind Speed Pasquill Stability Class (mph) (m/sec) Daytime Nighttime < 4.5 <2 B G 4.5-8.9 2-4 C F 8.9-13.4 4-6 C E > 13.4 >6 D D [a]

Reference:

Meteorology and Atomic Energy 1968, Table 3-3, U.S. Atomic Energy Commission, 1968. i i Table 10-5 EPMO Page 11 of 36 t Page 1 of 1 Revision 2

TABLE 10-6 m -. hh DOSE ASSESSHENT DATA RECORD Sheet No. ATMOSPHERIC RELEASE Si os Containment ~~ FRM Noble Gas lodine Con-Spray Time Calibration Concen-Concen-Effluent tainment System (24-Hr PRM PRM Factor ARM ARM tration[a] tration[a] Flow Rate [b] Pressure (CSS) Date Clock ) No. cpm (Table 29-1) No. R/hr (gCi/cc) (gC1/cc) (cfm) ' (psig) Status Containment 1 Exposure Stability Rate Estimated Data Contact for EAB[c] EARIll Release Wind Directionle] 50 Ft Doserate Doserate Duration Windspeed AT 00 (R/hr) (mR/hr) (miles) (hr) (mph) From Toward (*C) (*) Other Data f@ $ J. i E Location Distancetal Dose Rates 1-131 Field from Con-Concen-w EI Team Crld tainment Altitude Gamma Gamma + Beta trationI81 5 Name MapIf} Coordinates (miles) (ft) (mR/hr) (mR/hr) (pCi/cc) Comments U R [a] Isotopic analysis data recorded on Form 10.1D. [d] To be determined at the EOF. [b] See Table 10.1-2 for default values. [e] Cive as one of the 16 enrdinal compass directions [c] Single measurement to determine release rate; (N, NNE, etc.). not field monitoring team data. [f] 2.5,10- or 50-mile grid map. [g] Initial Field Team measurement only. Laboratory results Ro on Form 29D.

~ -. - - w a -,,-. s bi O-- a TABLE 10-7 i Accident Assessment Report Form Recorder: Date: Time: Time of Accident: Check: Unusual Event ( ) Alert ( ) Site Area Emergency ( ) General Emergency ( ) Brief Description (Accident; Plant Statuc; Prognosis): Check: Airborne Release ( ) Waterborne Release ( ) No Release ( ) l Meteorology Wind Speed (mph): Direction From[a}: Direction Toward[a}; Stability Category: Precipitation: Recommended Offsite Protective Actions Action (s); E Sector (s)[b}: Distance (miles): Onsite Protective Actions in Effect: Offsite Assistance Requested: Nontechnical Information: Table 10-7 EP-10 Page 13 of 36 Page 1 of 2 Revision 2

o.. _. ...__z 1 Radioactive Effluent Release Data Radioactive Release Rates: Estimated Rele.tse Duration (hr}[c}: Check if Default Value Used ( ) ( Noble Gases (C1/sec): Iodine (C1/sec): Other Radionuclides (Ci/sec) ( ) Check here if listed on attached computer output. Projected Dose Rates and Doses Dose Rate (rem /hr) Integrated Dose (rem) Whole Body Thyroid Whole Body Thyroid 1: AB 2.5 miles 5.0 miles 10.0 miles ( ) Check here' if listed on attached computer output. Distance to which plume PAG doses may be exceeded (miles): Distance to which ingestion PAG doses may be exceeded (miles): Injured Personnel Status: Technical Information: j [a] Give as one of the 16 cardinal compass directions (N, NNE, etc.). [b] Evacuation sector identifications are given in Emergency Procedure EP-30. [c] Def ault value for release duration is three hours. Table 10-7 EP-10 Page 14 of 36 Page 2 of 2 Revision 2

l FORM 1OA Date ACCIDENT DOSE ASSESSMENT WORK SHEET Time ATMOSPHERIC RELEASE IN-PLAN

MEASUREMENT METHOD I.

RADIOACTIVE MATERIAL RELEASE RATES A. PRM and Grab Sample Data: Noble Gas Parameter (Xe-133) PRM Number Net Count Rate E cpm epm pCi/cc Calibration Factor [a] E g E LCi/cc Noble Gas Concentration @ +- @ = E

ii/cc B.

Iodine Concentration [b] = E cfm C. Effluent Stream Flow Rate [c] = D. Release Rates: E Ci/see 1. Noble Gases Q = 4.7E-4 x @x@ = g E Ci/see 2. Iodines Q = 4.7E-4 x @x@ = 7 3. If exceeds 7.8 Ci/sec and release has persisted for 2 min; or exceeds 7.8E-1 Ci/see and release has persisted for 0.5 Fr; or @ exceeds 3.3E-3 Ci/see and release has persisted for 2 mir.; g @ exceeds 3.3E-4 Ci/see and release has persisted for 0.5 hr, declare a Site Area Emergency if not already declared. l [a] See Table 10-1. [b] From Form 10B, 10F or Table 10-6. l [c] For default values, see Table 10-2.

Record on Table 10-7.

Form 10A EP-10 Page 15 of 36 Page 1 of 4 Revision 2

.) II. METEOROLOGICAL DATA E mph (Y)* A. Wind speed = u = 0.45 x @ = E m/see h B. Direction from which wind blows {d] C. Direction toward which wind blows [d] g* D. Temperature difference AT200-33

c 0 Q*

E. Sigma (delete if AT is available). c = egree 6 F. Pasquill stability ' category (use Q or @ and Q* Table 10-3; for default value, see Table 10-5). = G. Distance to EAB in direction towards which wind blows (see Table 10-4; default valtre h E meter - 6.6E+2 meter). = H. Atmospheric dispersion factor for distance @ and stability category Q (from Figure 10-5) (uX/Q) = E 1/m2 @ III. DOSE RATES A. Inside EAB 3.5E-2x@ rem 1. Whole Body R = r. hr h g g +

2.

Thyroid R. =

E hr h-

= 3. Evacuate the exclusion area if dose rate @ exceeds j 2.0E-3 rem /hr or if dose Q3 exceeds 6.0E-3 rem /hr. B. At EAB +

1.

Whole body Rg g E hr h* = = [d] Give as one of the 16 cardinal compass points (N, NNW, NW, etc). Delete if wind is meandering.

Record on Table 10-7.

l l Form 10A EP-10 Page 16 of 36 [ l Page 2 of 4 Revision 2 i

e 2. Thyroid b =

- - h*

= Q) E hr 3. If dose ra h exceeds 1.0 rem /hr; og dose rate exceeds 3.0 rem /hr Declare a Ceneral Emergency if not already declared. IV. PROJECTED DOSES, PLUME EP-2 A. Estimated Duration of Release h* (Minimum value for continuous release = 3 hr) t= hr B. Doses at EAB h* 1. Whole body Dg= h x h=.E rem T=h x h=.E h* 2. Thyroid D rem Offsite protective actions 3Lre required if dose O21 3. exceeds 1.0 rem or if dose Q2) exceeds 5.0 r' m. See Emergency e Procedures EP-23 (Control Room) or EP-30 (TSC or EOF). C. Doses at Offsite Locations 1. Atmospheric dispersion factor at which offsite protective action level whole body dose occurs: E 1/m h (ux/Q)' = @ t @ = 2. Atmospheric dispersion factor at which offsite protective action level thyroid dose occurs: (udQ)' = 5.0 x h, E 1/m h b Smallest value of h or h (uX/Q)' = E 1/m h 3. 4. Determine distance at which ffsit rotective action level dose occurs by using 2 and 3 and Figure 10-5: h d' = E meter h* d'=ht 1.6E+3 = E miles l t

Record on Table 10-7.

Form 10A EP-10 Page 17 of 36 Revision 2 Page 3 of 4 l l

~ 1, 5. See Procedure EP-23 for offsite protective action recommendations. V. PROJECTED OFFSITE CONTAMINATION LEVELS, INGESTION EPZId } A. Atmospheric dispersion factor at which iodine deposition corresponding to the Preventive PAG ocerr s: g E 1/m2 (u X/Q)" = @x @~ = l B. Determine dist ce at ch the Preventive PAG occurs using and and Figure 10-5 (f. d" is > 8.0E 4 on igure 1 5, enter 8.0E4 in 9 ): h d" = E meter h* h e 1.6E+3 = E miles d" = C. Atmospheric dispersion factor a*. which iodine deposition correspc.nding to the Emergency PAG occurs: g 1/m2 (u X/Q) ' ' ' = E = @x@ D. Determine dist e at ch the Emergency PAG occurs using and and Figure 10-5 (i d is > 8.0E4 on igure 1 5, enter 8.0E4 in 2 ): h d = E meter h* d = h t 1.6E+3 = E miles E. See Procedure EP-30 for offsite p'rotective action recommendations. l [d] This section to be completed at the TSC or EOF only.

Record on Table 10-7.

Form 10A EP-10 Page 18 of 36 Page 4 of 4 Revision 2

e---....._.. 4 FORM 10B Date ACCIDENT DOSE ASSESSMENT WORK SEET Time 4 ATMOSPHERIC RELEASE ESTIMATE OF RADIONUCLIDE RELEASE FROM CONTAINMENT EXPOSURE RATE MEASUREMENTS This t.alculation is to be employed when an accident has been identified inside Containment requiring a dose assessment and the Containment has successfully isolated. I. CONTAINMENT RADIOACTIVITY CONCENTRATICN L. Exposure Rate Measurements s 1. ARM reading (Use ARM-15A, -15B or -20 reading l if available. If not available, use E R/hr @ ARM-6 reading multiplied by 10.) ARM No. or or 2. Exposure rate measurement outside Containment (at contact or at R/hr @ j $0 ft as shown in Figure 10-1)[a] E i Contact 50 ft. B. Time since start of accident E hr @ C. Exposure rate inside Containment for 100-percent core release at time @ (from Figure 10-2) E R/hr @ l D. Exposure rate inside Containment for 100 percent gap release at time @ (for Figure 10-2) E R/hr @ E. If @ is' greater than @, F=@t@ If @ is less than or equal to 3B, F = @ t 3B F= E F. Radioactivity Concentration in Containment I_f, h is greater than @ f l. a) Equivalent Xe-133 concentration (from -100 percent core release curve in Figure 10-3) E uCi/cc @ l ( [a] External exposure rate measurements are to be used Joni if ARM readings are l nc,t available. Contact dose rate is preferrable to 50 ft dose rate. I Form 10B EP-10 Page 19 of 36 Page 1 of 2 Revision 2 ( l-I

b) Equivalent I-131 concentration (from 100 percent core release curve in Figure 10-3) E ci/cc @ 2. If h is less than or equal to h a) Equivalent Xe-133 concentration from 100 percent gap release curve in Figure 10-3) E Ci/cc h b) Equivalent I-131 concentration from 100-percent gap release curve in Figure 10-3) E Ci/cc h 3. Xe-133 concent ation at ARM reading h or dose rate 1: C1/cc h Cg = h x [ h or h]= E tion at ARM reading h 4. I-131 concent or dose rate a) If Containment sprays have not operated: E C1/cc h I = h [ h or @}= C b) If Containment sprays have operated: E C1/cc h I =@x [ h or h]x0.01= C 1 II. RADIOACTIVITY RELEASE RATE psig h A. Containment pressure E Containment leak rate at pressure @ B. h (from Figure 10-4) E cfm C. Release rates: 1. Xe-133: Qc = 4.7E-4 x h x h=.E Ci/see h* 2. 1-131: QI = 4.7E-4 x [ h or h}x h=.E Ci/see h* h and h on Lines h and @ of Form 10A. D. Enter

Record on Table 10-7.

Form'10B EP-10 Page 20 of 36 Page 2 of 2 Revision 2 i

FORM 10C Date 1 ACCIDENT DOSE ASSESSMENT WORKSHEET Time ATMOSPHERIC RELEASE ESTIMATION OF EFFLUENT RELEASE FROM OFFSITE MEASUREME?TI This form is to be used only when an unmonitored release from the Containment has occurred. I. MEASURED WHOLE BJDY DOSE RATE mR/hr h at EAB Towards Which Wind is Blowing: R"y E = II. METEOROLOCICAL DATA aph h

E A.

Wind speed = m/see h u = 0.45 x h = E

C @*

B. Temperature difference E200-33 " degree @

C.

Sigma (delete if M is available) 0 i 0= D. Pasqui stability category or h and Table 10-3; (use 4 for default see Table 10-5) = g* E. Direction from which wind blows [a] g* F. Direction toward which wind bl'ows(a) C. Distance to EAB in direction towards meter @ which wind is blowing (see Table 10-4) E 4 H. Atmospheric d ersion factor for distance and stability 1/m2 h category @ ( rom Figure 10-5) (ux/Q) = E III. RADIONUCLIDE RELEASE RATES A. Noble Gas Release Rate QG - Ox@ E Ci/see h* = @ x 4.lE+4 h on Line h of Form 10A. B. Enter [a] Give as one of 16 cardinal compass directions (N, NNE, etc.).

Enter on Table 10-7.

Form 10C EP-10 Page 21 of 36 Page 1 o' 2 Revision 2 i

o R-10/81 EVIDENCE-FOUNDATION 20.4 St. v. Reams PHOTOGRAPHS 47 Or App 907 Defendant shot his father-in-law in the back of the head -- it l killed him! Certain photos were admitted showing deceased sitting on couch -- paper in lap -- some blood, etc., also showing closeup of side and back of head. The photos were not particularly gruesome unless a dead body is per se gruesome. THE COURT: "The issue is whether the probative value of the evidence out-weighed its possible prejudicial value. State v. McCready, 31 Or App 591, 595, 571 P2d 160 (1977). Defendant contends that the photographs were not relevant for any purpose when admitted, particularly after the stipulation was offered. Defendant relies on State v. McKendall, 36 Or App 187, 198, 584 P2d 316 (1978), for the proposition that pho-tographs are improperly admitted where the only issue is that of intent after a stipulation is offered. There, however, the defendant was an accomplice, who stipulated that tha victim was murdered. The only issue was her intent as an accomplice. that is, whether she intended that the victim be murdered by another. The court held that the photographs, taken during an autopsy, were improperly admitted when the manner of death was not a disputed issue. A primary issue in this case was the state of mind of the defendant who killed the victim. The circumstances of the manner of death were relevant to that inquiry. We noted in State v. Yost, 28 Or App 803, 805, 561 P2d 657, rev den (1977), that mens rea can rarely be shown by direct evidence. The stipulation, an attempt in part to describe visual aspects of the 7 death of the victim in words, did not necessarily convey all the rele-vant circumstances. "In arguing that the photographs were not offered for any legi-timate purpose and were prejudicial, defendant points out that the prosecution did not refer to or make use of them in any way once they were admitted, thereby in defendant's view confirming that they were offered only to show the victim's body to the jury. While it is true that photographs once admitted into evidence do not have to be referred to further to have an effect on the jury, which can review them during its deliberations, we are not persuaded that at time of admission the possible prejudice clearly outweighed the probative value of the photographs. They do have an emotional potential in that they capture the suddenness with which an ordinary domestic scene was transformed into a tragedy, but that was not so much unwarrantably prejudicial to the defendant as it was probative of the circumstances of the occurrence, not covered by the stipulation. "The question whether exhibits possess sufficient probative value in relation to their possible prejudicial effect to warrant their admission is within the sound discretion of the trial court. State v. McKendall, supra,-36 Or App at 197. We conclude that the trial court did not err in admitting the photographs." STATE v. REAMS 47 Or App 907, P2d (1980). STATE v. BENFIELD 53 Or App 355, P2d (1981). 10/81 ${9'

e -e 10/81 OTHER CRIMES 20.6 St. v. Merrifield 53 or App 567 Murder Appeal. -Defendant shot and killed a man who had recently received an inheritance. AT TRIAL - There was testimony about an incident in which defendant and others were riding in a car when a kid threw a piece of plastic at the car. The car backed up and there was reference to " blowing away" the kid etc. There was also testi-mony it was done " jokingly" and reference to a gun. DEFENDANT OBJECTED: Impermissible bad act - other crime. THE APPELLATE COURT: " Defendant concedes on appeal that the state was entitled to show defendant's possession of the gun. His sole objection is to the portrayal of the allegedly menacing way in which it was being displayed. He says, 'It portrays defendant as violence-oriented, i perhaps even gun-happy.' We do not read - the testimony that way. The ' threat' was made ' jokingly,' according to the witness. Horseplay and high spirits are not the sort of 'other crimes' or ' bad acts' evidence condemned in such cases as State v. Manrique, 271 or 201, 531 P2d 239 (1975). The trial judge did not abure his discretion in denying a mistrial or in otherwise overruling defendant's objection to this testimony." STATE v. MERRIFIELD 53 or App 567, P2d (1981) r I i 10/81 E

s a -l R-lO/81 SUFFICIENCY OF EVIDENCE 30.0 St. v. Coatney. 44 Or App 13 Defendant's challenge to sufficiency of evidence will not be considered first time on appeal. STATE v.~COATNEY 44 Or App 13, P2d (1980) OUERY: Should this be so following Jackson v. Virginia??? _SEE ALSO: STATE v. WHITE 53 Or App 856, P2d (1981) 4 4 d J 7 s 10/81 r b

~ '^ i ' i s-l ~ NOW THEREFORE TIIIS CONTRisCT WITNESSET!!: 1. -AGREEMENT'OF PURCHASE AND SALE Seller agrees to cell and deliver to the Buyer and Duyer~ agrees to purchase and accept delivery from the Seller the following products (herein called the " Products") 1. Liquid Chlorine 2. Liquid Caustic Soda - 50% 3. Sodium Chlorate - Solution upon th_e terms and conditions herein contained.and as the Buyer may request the same by notice in writing tp the Seller. 2. TERM OF'CCNTRACT The term of this Contract shall be a period of five years commencing on June 1, 1982 and cont 2.nuing until May 31, 1987, unless terminated earlier by either party at law or.in accordance with the terms of this Contract; provided that the Buyer may, at its option, extend this Contract for an additional term of five years for the period from June 1, 1987 to May 31, 1992gifla]Jpg9yyghgiy&s, the Seller notice 4cn or before May '31,' 1986 p,hdtavapisJp, extend this Contract for the additional term, angLI),)_tge, carties acrae in writing _on_thW_chd2"

DIGMh4 he anolicable,at t h e _ c orr.m e n c emg,rLtaf_tygiqi;MnJLt erna 3.

SPECIFICATIONS -U n ,. D ) The SeJ.1'Er warrants that. each of the Products will / comply with tir6 specifications ' therefor ' annexed hereto-as Schedule A.', On or before the first working day after the completion of loadingL the barge on which the Products are ,__________c____.

.s-1.- y ., + shipped to the Buyer, the Seller'will advise the'Euyer,by: notice.in writing, by telex if feasible, ' of the analysis ' of Products so shipped. 4. QUANTITY The Seller s_hal1, sell and deliver to the Buyer 3ng ~ g i e t ht Em'q,sh QLaur_chue.andeqcqpLgiq.M.:4c; / Irc:r. 3Aha Sel1er dn. gagh, twelve month period goJgqengqij,gg]png.1. ].9_81 MLODM9aSlalanJap,J,,,,,p,J_cag]1,ypapdh,9;paitj r,Qu;i;;g Ahp,- u teFE!1.fdl., tliS-contrag[itf;goms,i. y, yuantities o.f L the f p Products:q i-Liquid Chlorine 8,300 metric tons I (9,150 short tons) i l Liquid Caustic Soda - 50% 8,300 dry metric tons-f, ' (9,150 dry short tons). Sedium Chlorate - Solution 2,500 dry metric tons 9' (2,756 dry'shortl tons) i EIovil 8 J hat - i f_ _tggpja,jgJ,},,gp.3&a,t,3g, At,Apas Jhmi t s,,. S3 eapaeiththe.,.Myer may redace thggu a.3;i,tiqq,.pu,rgjgspfd, i o h p e r e u nd,g r_ by _s ubRag;ig,1,y.Jjlksyng.,p;onc;Liqq m pts A p,.Allp,, Jii,11 i.s Qne.ra,t,inc -.t_-les _st.h.,a_n -- it sc_a pa c i t v,., a e If the parties so agree, quantities in excess of-these specified may be purchased and sold, and the :crms'of this-Contract shall apply on such purchace and sale. '5. TECI!NOLCGICAL IMPROVEMENTS -If-the Buyer's requirements'for Preducts hereunder at any timefare reduced by 25% or mere frc:e the quanities i s h hyN4 L ..-p p.W -;W 9 .yr-' y p

.c x ~' '+ L, 9)J g... s . s specified in Paragraph 4 an a result of technological changes in Buyer's processing operations, Celler chall have the right to supply Duyer with any chemicci'that is substit.utud for all or for part of Buyer's 'r equ i r emen ts hereunder, provided Duyer is not prevented frcm using the came due to patent rights of others. It iu understood that ' Seller'.s rights under this section are cubject to the' condition that. Seller's pricou ud termn and conditioni'a u such substitute chemicals are not loan favourable to 1:he Buyer than those which the Buyer in.able to obtain frhm any third party. s s 6. INITIAL PRICE s (a) ' Base Portion. The portion of the price f.or the N Products for non-transportation costs, pro fi t and overheafi (herein called the " Lase Portion") for the pericd from June 1, 1982 to December 31, 19H2 is as foliows: s (i) Liquid Chlorine - $104.72 (U.S. Funds) per metric ton ($95.00 (U.S. Fundu) per chart ton); s (ii) Liquid Cauctic Seda 50t - d154.32 (U. S. Funds) per metric ten ($140.00 (U.S. Funds) per short ton); (111: Sodium Chlorate Solutjon - 0339.51 (U.S. Funds) per metric ton (5308.00 (U.S. Funds) per short ton); s x 34 subject to increase or f.eerease an crevided tn' Schedule U. %v\\ v d g w N I w h - . ( p s' a i ~- \\ w y a . ~

y

(

s, -.y y

g it [
n

~ i, (b) Transpor t ation -Portion. The portion of the price z r for the Products allocated to transportation costs (herein / called the " Transportation Portion") shall be $27,286 (U. S. 4 f Funds) per shipment of Products from any place of shipment 4 to the Buy 6r's dock flance et Gold River, British Columbia, .L y i 'nebject to, increa se 'or,decrea se, as provided i: Schedule C. lior.the. purposes of this C0ntract, the term " transportation posts" i!21u ccct ofLloading, handling, stowing .a nd discharge. .(c) Price. The. price (herein called the." Price") fc c the Products is the aggrega te c f t!'c Ease Pc rtion and the Transportation Fortion thereof, as provided in Paragraph 6(a) and 6(b) as increaced or decreased from time to tir:.e as provided thercin as.in Schedule A and Schedule B to this Contract. The Price is "Ex Quay (duties cn buycr's account)" as defined in "Incoterms 1980" p>ublished by ICC ' Services S.A.R.L. (International Chamber of Commerce), s t 7. OTHER SELLERS s If, during the term of this Ccntract ) ( a,, Euyer shall advise Seller, _i hv n

s. e. o.,t.r.~c.o, in writina, that an established manufacturer in.ae'.h_e Un,i..t.ed%.t..a t.,e.x.,

cm ~ S. . s .7,J.,gr,,pik'g_cr, CAn?.4a. ha s c f fered to ael1 Prcducts Of cubstantially equal quality to Buyer under terms and conditions and at a price which result in a lo'.i e r v. delivered cost to Buyer of Products physically - deliv ered through Buyer's deck flange at Gold River, Eritish Columbia, than the cost tc the Euyer of is Prcducts curchased hereunder, nr.d. r. 'h i f h. f g g 9" Q C IM I) [ ,) $ * $1

.*PQ

[

- t*

b T't O 0 (* e7 esp. ' just.ed'tm6sdth"%e M (,d*+k.p.3.e an.,.:mrx. j w'.arr < k*.3N('hrr'fX-2".*4W e } Ne E.CI1CdUSEdMTMMhS S)DlL Nif.b.. ,,b SS[OM. j t 'L s "w h \\, t 4 N. j I ki 4 s F Y

o e 12,.i D St 2.Pl!d2M M.k1E.O Jtf 2TiRfW,here'2nderr,to eeet h such lower delivered cost, the Buybr shall be under no obligat ion to purchese Fr educ t s hereurnier. 'O, TpA'4S PORTATIOC (a) Barge. The Seller slicli use the barge "Penncalt Tyce" to transport the Prcducts to the buyer's pulp mill at Gcid River, British Colu.ibia. (b) Barge Trips. Th( Euyer and the Seller eatinate that eleven trips will be required during each twcive month period' for the delivery of Products to the Dayer nr. its pulp mill et Cold River, Dr.tish Cclumbia. '(c) Seaworthy Condition. Seller will maintain "Pennnalt Tyoc" in seaworthy cordition ano suitchle in all rerpects for the trancf ortation o f the Products. In the event the Penncalt Tyee" is not available by June 1, 1962 or at any other time, Seller will use nuitable alternar.e transrcrtaticn means, and will puy any lifference in costs use of an alternate m e..a,n.s . f.. that ma'I result'from the o ~ transpcrtation until such ti:re as the "Pennsa!t Tyne" is placed into servic" for Gold River. (d) gpacity of "Pennsalt Tyce". The Seller will equip and meintait, the "Pennsalt Tyee' to carry the following approximate maximum quantities of Products: Liquid Chlorine: 1,089 metric tons (1,200 short tons), aad Liquid Caustic Scda - 501: 771 dry metric tens (850 Fry short tons), c.td

Sodium Chlorate - Solution: 235 dry metric tons (260 dry chort tons) (e) Discharge. The Seller, at its own expense, will properly discharge the Products or will cause them to be properly discharged directly into the dock flange provided by the g/,o,r, therefor (herein called the "Douk Flange") en q the Buyer's Dock at Gold River, British Columbia. Title to the Products will pass from the Seller to the Buyer when the Products are properly and safely discharged into the Dock Flange. The Seller agrees to indemnify the Buyer and save it harmless from all loss, costs, damage, expen.ses and liability arising in any way from the Products before title to the Products has passed to the Buyer, or aricing in any l way from the vessel carrying er towing the Products. (f) Discharge Time. The Buyer may require the barge l transporting the Products to remain at Gold River, British Columb!a, for the discharge of each shipment for up to 21 days for the period until June 30, 1983 and therea f t e r for up to 14 days, and to postpene discharge during 21 or 14 l day periods, as the case may be until it requires the Products. If,abJ;;;w3.0(.J?f 3_.,4ht?p;zc;..;;pygeqsiqeA;, B./M41-422.hi??2" fM 8ShM SJ1Rd d94SE 3.89,2. ids.lj.da& ^ V .!1r.lld.Eb SSlt.imMe FE 1 M JiFS.harsgg1 A a Mym,9 m gi,,,,tly, 2rd ne:E.Jmunisi.imamaa,E.Edun sslyM.et.Abu the Buver_rhp) 1 nav _to the_Sglpg&p10dLEF,pndt)_pe; dav fcus,qh dar or ragag;ggMg,,,,g.5egm,gM4AggJg the 9uv,qqng,qgg@q'gggy.Mhgda);gg,,Aquing 1gi River-pritish Co1umbiL j d igg,lurqe_at_ @ gg e,qqp g g M bg Puver..The barge or scow carrying the Products shall remain at all times in the' care, custody and control of the Seller, its servants or agents or independent contractors, and not be in the care, custody or control of the Buyer.

f e .a_ (g) Provision'of Discharce_ Equipment and Personnel. (i) Equipment Provision. The S 211er will provide and maintain all equipment for the discharge of Products including the flexible hoses to be attached to the vessel transporting the Productsg.q the Dc k Flangf. (ii) Maintenance. Without r e c t: ie ti ng the fo reg e in g, the Seller will flush out, wash, clean, and ventilate all pipe lines, hoses, tanks, compartments and cargo spaces from time to time as may be required to properly maintain any and all equipment, barges or vessels used in the performance of its obligations under this ....i Contract' (including the flexible hoses te be owned by the Seller but to be attached to the Dock Flange) in a clean and proper condition for moving or transporting the Products. (iii) Flexible ficses. The Seller, frem time to time, will m v h at its own cost the flexible hoses to be attached to the Dock Flange and the vesse3 transporting the Products and one replacement for each flexibla hose. (iv) Insrection. Employees c2 the Buyer from time to time may inspect gegtanks fg_ca,ry;iirypp,e,P rod u c t s, the m I ;p4ucts discharge system, machinery and equipment used in o connection therewith and procedures relating thereto, in whole or in part (such inspection being herein called an " Inspection") of the 'Pennsalt Tyee" or other chemical-carrying vessel used in the transportation of the Products. (v) Consent. The Seller consents to the Inapection by the Buyer or its employees frcm time to time,

_9 unless the Seller shall specifically request that such Inspection should not be made. (vi) No Release cf Sellef. The Seller agrecs that an Inspection shall not relieve the Seller of its obligations to load, handle, stow and discharge.QQppiu,cgr; s and to be solely responsible therefor, whether the fault or neglect of the person making the Inspecticn would constitute negligence, contributcry negligence or otherwise. (vii) Release of Cuyer. The Seller agrees that the Buyer will not be liable to the4 g11gr and that the Seller s will make no claim against the Buyer based on or in connection with an Inspection whether such Inspr.ction is improperly made or whether the results of the Inspecticn are reported or not reported to the Seller or otherwise. (viii) Seller Direction and Contrcl. The Sclier agrees that to the extent any employee of the Buyer provides any assistance to the Seller in connection with or does any i work on the "Pennsalt Tyee" or other chemical-carrying vessel used in the transportation of the Products, he does the same as servant and agent of the Seller and under the Seller's direction and centrol and that the Seller agrees to indemnify the Buyer and any such employee and save it and him harmless frem all claims, actions, or cause of action arising out of such work, whether resulting frcm the negligence of such employee or otherwise, providad that no employee of the Buyer shall provide any assistance to the Seller in connection with or do cny work on the "Pennsalt Tyee" or other chemical-carrying vessel if the Seller shall request that it not be so provided cr dene.

e j --m ,_ m... w.mu.m u, ,,,.,,, a,,, _ I 1 1 , (ix) Personnel. The soller will use such pe r so r.nel for the discharge of the Product as the Bujer may approve, such approval not to be unreasonably withheld. (h) Tug Standby Time. The Luyer may request that the tugboat towing the vessel transporting the Prcducts to stand by in Cold River, British Columbia, ior a period of time after the Buyer has requested the tugboat to remove the vessel. The Selle? will require the tugboat to standby in accordance with such request, and the Buyer agrees to pay the Seller its costs thereof. (i) Alternate Barce. In the even; the barge "Pennsalt Tyee" cannot be used, the Seller will provide c.n alternate barge cf similar capacity and conditior., at no additional cost to the Buyer. (j) Weights and Measures. Weights and measures shall be in accordance with Seller's c 11culations but suoject to Boyer's inspection. Seller's calculations shall govern, except in case of error. The Seller will make c0 pies of the record: u measurenen n, procedcrea and eqt. ipment' availab le fer Buyer's inspecticn in Gold River c Vanccuver, British Columbia upon request. (k) Delivery Schedule. Buyer will furnish Seller with estimated annual requirements of Products and a proposed delivery schedule to permit Seller to plan producticn and shipments in an orderly fashion. This report shall be provided by Euyer not later than March 21 of each year during the term of this Contract. It la recognined that requirements and delivery dates will che.ge from the estimates during the year. Buyer will norify Seller immediately uf any variances as they are det e t a.in ed. Buyer

0 O g and Seller will schedule chipments to be reasonably evenly spaced and of reaconably equal quantities throughout the term of this Contract. (1) Final Delivery Cates. Euyer will fix final borge arrival dates and shall confirm all dates by shipping instructionu in writing ten days in advance. The Seller l shall comply with such shippina instructions. Seller shall not be bound to delivery of any quantities of Products for which Buyer has not given such shipping instructions. If problems develop at Buyer's mill an order for Prcducts may be cancelled prior to ship:r.ent, and the only penalty to Buyer will be any tug beat charges actually charged and paid due tc the cancellation. R e 3 8A. BARGE CHARTER CPTION I l 4 e 1 4 [ (a) If this Contract is terminated for any reason l prior to Pay 31, 1987, or if this Contract is not renewed 1, 4 s t I for the peried after May 31, 1987, the Seller, at the l request in writing of the Boyer will charter'th. "Pennsalt ( E h 4 Tyee" by demise together with its tackle and equipment, to ) f the Duyer for a period (herein called the " Charter Period") h } of 18 monthe or such shorter pericd as the Cuyer may specify f i by notice in writing to the Seller. [ g 8 i a C (b) If the Buyer charters the "Pennsalt Tyee" the k' charterhire for each month (and proportionally for each part ( 3, 3 month) will be an amount equal to the sum of t, 1 i 1 E J (i) 031,600 (U.S. Funds), and i l i i ? i p (ii) the product cbtained by multiplying $316 j i c 3 3 (U.S. Funds) by the number of.Tcnths which have [ I expired during the pericd ccm.T.encing July 1, 1982 y [ e and the beginning of the month for wnich the k l charterhire is payable. I

The Buyer will pay the charterhire to the Seller on the j first day of each month in advance during the Charter l 1 Period. ) ? ? 1 (c) The Seller will he rerpenuible for and provide and {: pay for the biennial Coast Cuard Rucertificatien au required j by applicable law. i a i i g (d) The Buyer will be responcible for and provide and j = ,6 pay for on-hire and off hire surveys. + k: (c) For the Charter Period the Buyer will keep and g maintain the "Fennsalt Tyee" in good and substantial repair and condition, reasonable wear and tear excepted. + ? (f) The Seller will deliver up the "Pennsalt Tyec" in lc I good and substantial repair and the Buyer will take delivery }: at the ccmmencerent of the Charter Period at the Seller's ? marine facilities in Taccma, Washington, or at such other 6 L j place as the parties eny noree, and the Buyer will deliver i up the "Pennsalt Tyee" the same gcod and substantial repair, (reasonable wear and tear excepted) at the end of the Charter Pericd at the Seller's marine facilitier at Taccma, Washington, or such other place as the parties may agree. i t I (g) The Buyer will deliver the "Pennsalt Tyee" to the i Seller's Marine Facilities at Taccma, Washington, for its i L biennial inspection if such inspection is recuired at law. 1 i (h) During the Charter Peried, the Seller will insurc i 7 the "Penncalt Tyee" j l i (i) with hull insuranca under Canadian Hulls I Pacific Clauses 1974, er equivalent, for the full value the r eo f ;

o O l, 1 (ii) with Broad Form Protection and Indemnity l Insurance (SP23 or equivalent) including pcilution { liability and ec111sion liability in an amount of not i f I less than $5,000,000 (U.S. Funds) for any cne accident { or cccurrence: { j with the Buyer as a named insured and the Buyer wil1 pay the [ Seller the costs thereof. The Sel'er till deliver to the f s failingj l Buyer, from time to time, proof of such insurance, and l such delivery, the Buyer may so ensure at the Seller's ]I t expense. i 1 i 9. RETURNED PRODUCTS Seller will, accept returned Products from Gold River, British Columbia, provided they meet,j subst antially Q1e, same quality standards as when they were shipped. Products returned on the "Pennsalt Tyee" must be of sufficient quantity as to be recoverable for Seller's use without unreasonable effert. Seller will credit Buyer at 90% of ther price,.puhjh the returned Products were originally purchased. 4 [y,pddition;.Q freight charges if f 3 pEtuall4 incurred y_thnSy l l.gr, f or /t hyj,e t qr.RpL.t h,q,, Producto,are for nuyer's acccont, at cost, unless the g Products did not conform to the specification hereunder when delivered. 10. ALTERNATE SOURCES In the event that a Product is not available from Seller's Taccma manufacturing facilities, the Seller will supply the Product frcm Seller's Portland Plant at no additional landed cost to Euyer. In the event that both the Seller's Tacoma and Portland manuf acturing facilities are inoperative the Seller will use its best efforts to obtain l

Products f rom other producers and will charge no additional costs to the Buyer. In the event both Seller's Tacoma and Portland manufacturing facilities cre incperative and Seller is unable to obtain product from other proctucers, Paragraph 16 will apply. 11. TECHNICAL SERVICE Seller will provide such technical service to Buyer's pulp mill staff as is normally provided by suppliers of products similar to the Products, including: (a) detailed information on each of the Prcducts, including such information as the Buyer may request from time to time. (b) safety information and education for the Buyer's employees with respect thereto. (c) regular inspections to and reports on the nuyer's f acilities and capability to sa f ely and efficiently handle the Products. (d) on-site assistance by competent personnel of the Seller in the event.of serious-handling and prccess use problems. (e) analytical testing service with respect to quality and use of the Products. (f) advice on technical developments in the industry relative to the Duyer's use of the Prcducts.

e 12. EXCl!ANGE RATE Should the rate of exchange on Canadian funds to U.S. funds as published by the Bank of Canada be, on the first day of any month during the term of this Contract, (a) Less than $1.19 (Canadian Funds) per 51.00 (U.S. Funds), the basic purchase price shall not be adjusted for change in foreign exchange rates. (b) $1.19 (Canadian Funds) or more per $1.00 (U. S. Funds), the price for Products shipped during that mcrth hereunder shall be reduced by a percentage equal to one-third of percentage dif ference between $1.19 and the prevailing rate of exchange. For example, if the exchange rate is $1.20 Canadian = S1.00 U.S., the basic purchase price of $95.00 U.S. would be reduced by.287 to $94.73 U.S. (SO. Ole $1.19 =.0084;.0084 e 3 .0028: = 095.00 x.281 = $0.27: $95.00 - $0.27 = $94.73). 13. SUSPENSION If the rate of exchange en Canadian funds to U.S. than,.; jib 27 funds published by the Bank of Canada is nore (Canadian Funds) to S1.00 (U.S. Funds) on the first_ day of any month during the term of the Contract, seller may suspend delivery of Products during that month cr at the Buyer's option shall continue to ship Product but at a price established as if the prevailir.g ra te of exchange were.fL2] e (Canadian Funds) to $1.00 (U.S. Funds). 14. TERMS The te rms of pa yment are net thi.rty days, pay'.ble in U.S. funds.

. w :.;m.w wu m --s~~~~~~~.- -e-n-~- >.- ~~~~' ~ ~ w t-- 15. DUTY Seller will promptly prepare and provide Buyer with Canadian Customs Invoice and Shipper's Export Declaration for each shipment to Gold River, British Columbia, or other certificate of origin or consular invoice or similar documents required for importaticn into Canada. The Buyer will pay all customs duties as well as any other duties and taxes payable o;},2c_,P,r.cf;3gf4 at the time of or by reason of importation into Canada. ADDITIOB.'IsL TERMS AND COUDITIONS 16. FORCE FmJEURE Neither party shall be liable for any failure to make one or mere deliveries (or portiens the r eo f ) or for fa? lure or refusal to accept any one or more deliveries (or portions thereof) because of mill shutdown arising cut of compliance with any law or governmental artion or arising cut of acts of God, fire, flood, explosion, strikes or other labour troubles, shortage or failure of supply of energy, materials or equipment, interruption of or delay in transportation, or any other circumstances of like or different nature beyond the reasonable control of the party so failing or refusing. If any such circumstances affect only a part of Seller's capacity to perform, Seller shall have the right to allocate production and deliveries among all of its customers and its own requirements in any manner Seller deems fair and reasonable. Cuantities of the Prcduct not delivered or accepted pursuant to this paragraph may, at the option of either party, be eliminated from the quantitles of Products agreed to be purchased and sold under

e this Contract without liability, but this Contract shall remain otherwise in full force and effect. 17. WARRANTIES (a) Warranty Liability. Seller warrants that the Prcducts shall be of the quality and specifications specified in Schedule A. Seller warrants title to the Products sold hereunder, that they are of merchantable quality, conform to description, and that the sale or use will not infringe the claims of any patent covering the Product itself. Seller does not warrant against infringement which might arise by the use of said material in any ccmbination with other materials or arising in the operation of any process. Except as so warranted the Products ccvered by this Contract are sold as is. SELLER MAKES NO OTHER WARRANTY CF ASY KIND ENPRESS CR IMPLIED INCLUCING ANY WARRANTY OF PITNESS OF THE MATERIAL FOR ANY PARTICULAR PURPOSE EVEN IF THAT PURPCSE IS IC:OWN TO SELLER. Seller's liability with respect to failure to ccmply with the specifications of Products sold under thic Centract shall not exceed'the purchase price of the pertion of such material as to which liability arises and seller shall not be liable for any injury, less or damage, resulting frcm the handling er use by the Buyer cf the Products chipped hereunder whether in manufacturing process or otherwise. In no event shall Seller be able for consequential damage. The Buyer shall give to the Seller notice of any claim within 30 days cf the date the Buyer first had knowledge of the claim. (b) Employee Indemnity. Euyer agrees to indemnify and hold Seller harmless frem and against the portion of any liability, cost, expense (including reasonable attorneys'

e fees), claim, judcment, settlement or damage that Seller may be required to pay to any employee of Buyer Eho tileges or proves that he or she has been injured in the course of his or her employment while working with the materials supplied by the Seller under this contract, tc the extent caused or contributed to by the negligence or fault of the Eayer. In case the Buyer resells the Products supplied by the Seller under this Contract, Buyer will request and if pcsnible obtain from its purchaser an indemnification agreement similar to the foregoing in this Paragraph 17(b) for the benefit of Buyer and Seller. 18. TITLE Seller warrants tc Euyer its goed title to and right to sell the Products and that such Products shall be sold free of all liens, charges, adverse clains or demands whatsoever. 19. TAXES Buyer -shall reimburse Seller for 3:11 ta xes, excises or other charges which Seller is required to pay to any government or gover: mental authority cnd which are hereafter icvied directly upon the sale, transportation or use of the Products and which is in excess of that now levied, and the Seller shalf reduce the price of the Products by any reduction in such taxes, excises and other levies from that now levied. If a ta x, excise, custcms duty or'other levy is imposed by any government or governmental authority which, in the opinion of the.Soyer, is prohibitive or unduly burdenseme the Buyer may omit purchases or deliveries during the period of continuance and the contract quantities shall be reduced by the quantities so omitted.

e s 20. ENTIRE AGREEMENT This Contract constitutes the entire agreement fo r sale and purchase of the Products. Uc modification of this Contract shall be of any force er effect unless in writing signed by the parties hereto and no modification shall be effected by the acknowledgment or acceptance of forms entitled " Purchase Order" containing different terms or conditions. 21. ASSIGNMENT Neither party shall assign this Contract or any of its rights and obligations hereunder in whole er in part, except to its parent company or a subsidiary or corporations with which it does not deal at arms length, without the prior written consent of the other, which consent shall not be unreasonable withheld. 22. WAIVER The failure of either party at any time to require performance by the other party of any provision hereof shall in no way affect such party's right thereafter to enforce such provision. Nor shall the waiver by either party of any breach of any covenant, condition or proviso hereof be or be deemed to be a waiver of any further breach of the same or any other covenant, condition or proviso. 23. UNENFORCEABLE PROVISIONS If any provision of the Contract is or becomes violative of any law, or rule, order or regulation issued

s' n

y ' i. - s l thereunder, either party'shall have the right, upon notice ~ to the other, to cancel such provision, without affecting the'other provisions of this Contract, or to cancel this i Contract in its entirety. i .24. DEFAULT o In the event that either party hereto shall be in default with respect to any of the terms and conditions of this Contract, the o'ther party'may at its cption, suspend further performance hereunder until such default is . remedied; provided that, if the party not in default so elects', the term of this Contract shall be extended fo r - a pericd equal to that during which performance has been suspended. In the event that the party so in default shall fail to remedy such default with sixty days af ter notice in writing thereof from the other party specifying the-f particulars of such default, the party not in default may { terminate this Contract by written notice to the other specifying the date.on which termination shall become effective, whereupon en the date so specified, the. Contract shall be terminated but without prejudice to the rights of either party arising in respect of any act or ccission to act or any other event occurring prior to such termination, and the right of either party to pursue any'and'all.of its i remedies in law or equity for the-enforcement thereof. I 25. EXPORT TAX In the event the United States Government or.the Government of.the State'of-Washington'or Oregon.should impose menetary. penalties in.the-ferm of export-or excise- -taxes for goodsimanufactured for export by. power generated in the United ~ States either.the Buyer or.the-Seller may A. v ~r .s - - + - ,-,,n .,. ~

declare the same to be circumstance beyond its reasonable control, and Paragraph 16 shall apply. 26. _ PROPER LAW All of the provisions of this Contract and any questions concerning its interpretation and enforcement shall be governed by the' laws of the Province of British Columbia. 27. TIT'LE RETENTION CLAUSE: It is expressly agreed between the Seller and the Buyer that on all sales, beneficial and legal title to, ownership of, right to possession of, control over, and risks of loss and damage to or by, the Products shall remain with Seller until the shipment is safely and properly delivered to the Buyer at its Dock Flange at Gold River, British Columbia. The time of payment, whether b

re or after shipment; the pl' ace or medium of payme method of shipment; the manner of censignment, w.

o Seller or its agent, to the Bu'yer or its agent, or

_ gent for both; or any document in relation to any sale under this agreement, shall in no way limit or modify the rights or obligations of Seller as the legal and beneficial owner of the Products, its right to control, and its right to possession of such goods until they are safely and properly delivered to the Buyer at its Dock Flange at Gold River, British Columbia. All sales shall be made on the basis of "no arrival, no sale". It is expressly understcod that the L.

F o s. foregoing shall not be construed to mean that Seller has merely retained bare legal title for security purposes but rather retains legal titic and full beneficial ownership until the Products are safely and properly delivered to the Buyer at its Dock Flange at Gold River, British Cclur.bia. 28. LIABILITY AFTER DELIVERY Buyer assumes full responsibility and liability for handling and use of the Products after they have been safely and properly delivered to the Buyer at its Dock Flange at Gold River, British Columbia. 29. RIGHTS OF SUCCESSORS AND ASSIGNS This Contract shall inure to the benefit of and be tinding upon the parties hereto and their respective end p rmitted successors and assigns. 30. NOTICE Sotice~s under this Contract shall be in writing and may be sent by telegram er telex and mailed to the address of the parties hereto, as set out on the first page of this Contract, provided that either party hereto may change its address for notice by giving notice in writing of its new address to the other party. Any such notice shall be deemed to have been received by the party to whom it is addre.ssed within forty-eight hours after despctching such telex or delivering such telegram to a telegraph office (exclusive of Saturdays, Sundays and legal holidays).

e IN WITNESS WHEREOF the parties have executed this Contract. I'ESNWALT INTERNATIONAL CORPORATION - WESTERN liDilSPHERE BY:

Title:

Date: Tid! SIS COMPld Y LTD. By:

Title:

Date:

t.. o 8 4 SCllCDULE /s Opeci fications of Products i 1 i i i 1 4 4 4 e J d 4 J l 1 4 m W 4 + d sv

SCHEDULE B BASE PRICE ESCALATION 1. A"OUNTS On January 1 and July 1 of each year during the term hereof ccmmencing Janua ry 1, 1983, the Base Portion for the Products shall be increased or decreased for each succeeding six month period applying the changes in Seller's actual average costs from the preceding quarter at Seller's plants at Tacoma, Washington, and Portland, Oregon, U. 4. A., using 1980 Base Cost in U.S. dollars speci fied below as a base pursuant to the following schedule. CHANGE TO PRICE \\ ITEM 1980 CHANGE OR LIQUID o

CAUSTIC o
- SGDIUM OF BASE PART CHLORINE SODA CHLORATE i

COST COST THEREOF TO l BASE COST ELECTRIC S 0.00664/ $0.001/KW:I Sl.52/MT $1.52/MT $7.72/M POWE KWH ($1.38/short (Sl.38/short (57.00/short ton) ton) ton) LABOUR S 8.865/hr $1.00/hr $1.32/MT St.32/MT S2.76 $1.20/short ($1.20/short (2.50/short ton) ton) ton) SALT $13.51/ $1,00/ Sl.01/MT 51.01/MT. $1.32/M short ton short ton ($0.92/short ($0.92/short ($1.20/short ton) ton) ton) FUEL $ 3.60/ S0.10/ SO.00/MT $1.12/MT $0.44/M mi llion mi llion (50.00/short (Sl.02/short (SC.40/short BTU BTU ton) ton) ton) 0 basis

Caustic Soda on a 761 Nag l
- Sodium Chlorate on a 100% NaCLO3

I. .= 1 ' ~. Accordingly: A. For each S0.001/KWIi change 2n the cost of electricity, the Base Portion of Liquid Chlorine and 9 Caustic Soda

will change by $1. 52/:'T each

($1.38/short ton) and o Sodium Chlorate by $7.72/MT (S7.00/short ton). B. For each 51.00/ hour change in the base average straight time hourly rate, the Base Portion of Liquid Chlorine and o Causti c Soda

will change by

$1.32/MT ($1.20/short ton) and o Sodi um Chlorate *

S2.76/MT (S2.50/chort ton).

C. For each $1.00/short ton change in the cost of salt, the Base Portion of Liquid Chlorine and a Caustic Soda

will change by $1.01/MT ($0.92/short ton) and e Godium Chlorate ** by $1.32/MT (Sl.20/short ton).

D. For each $0.10/million BTU change in the cost of fuel, the Base Portion of o Caustic Soda

will change by Sl.12/MT ($1.02/short ton) and o Sodinm Chlorate ** by S0.44/MT (SO.40/short ton).

Changes in fuel costs will not affect the price of Liquid Chlorine. PROVIDED that the Base Portion for e Sodium Chlorate will be changed forthwith as changes to the Seller's cost of electric power occur. 1

e o s . r 2. PROCEDURES ? On or about the twentieth day follcwing the commencement of each six month calendar period, Seller shall determine its average costs during the quarterly period immediately preceding such six month calendar period and shall make any adjustment, retroactive to the commencement of the six T.onth period, of the Base Portion of the prices of the Product to Buyer during the then current six month period, as may be required to reflect changes in price related to changes in costs as provided in Paragraph 1 of this Schedule B. 3. CALCULATIONS All calculations reflecting the changes provided for in Paragraph 7(a) shall be carried to five digits beyond the decimal point and rounded off to the nearest one-tenth of one mil. 4. ' MINIMUM CHANGE The Base Portion of price of a Product will be changed only if the calculations reflect an increase or decrease of one-tenth of one mil or more in the price of a metric ton of the Product. 5. VEltIFICATION At Buyer's request and cost, Seller shall have its firm of independent ce rti fi ed public accountants certify the correctness of any adjus tments to the Base Portion of the prices of a Product made by Seller in accordance with the terms of this Schedule 3; provided that if any

9 r

3 adjustments so made were inaccurate, the cost of the certified public accountants shall be paid by the Seller.

6. EXTRAORDINisRY CHANGE Notwithstanding anything in this Schedule B contained, if Seller incurs in one or more of the categories of items of cost of Products during the term of this Contract, increases in costs which ara so uncontrollable and extraordinary that Seller wishes to begin recouping them during the period when they are i r.c u r r ed, Seller shall notify Buyer of the Base Portion price changes it proposes to effect during current quarter pursuant to the formula set forth above. Seller shall give Buyer as much notice of the proposed Base Portion price increase as is practical in light of the circumstances, but in no event shall Seller give Buyer less than two weeks notice of the proposed Base Portion price increase. The Buyer shall have thirty days after receipt of such notice within which to accept such increase or to cancel future shipments of such Product so long as the propoced increase remains unacceptable to' Buyer or to terminate this contract of Sale. All shipments made by Seller to Buyer, which have not been cancelled by 3uyer af ter the notified effe:tive date of the proposed price increase, will be billed and paid for by Buyer at the increased Base Portion of price. 7. ADDITIONAL COST PRICE ADJUSTMENTS Beginning on October 1, 1982 and each subsequent October 1st during the term of the Contract, Buyer and Seller shall consult with each other to determine whether, and the' extent to which, the Base Portion of prices should be changed effective January 1 the following year. Base

r - e o s N Portion of prices will not be increased more than $10.00 per metric ton per year for Liquid Chlorine; $10.00 per metric ton for 1983 and $12.00 per metric ton for subsequent years for 50% Liquid caustic S @.; $25.00 per mecric ton in 1983 and $30.00 per metric ton for subsequent years for Sodiun Chlorate Solution over the term of this contract. If mutual agreement is not reached between October 1, 1982 and January 1',s 1,.1487 and each subsequent October 1st to January 1st during the contract term, the Contract shall be ipso facto amended to e.xpire on June 30 of the year for which no agreement is reached _a g g ge g & rffga h u,n,chp,rySgil, s .uAt.i1_T.unjQ O Q h g &,fg g g c M pm,g g gqq h ip, a m .reaejah. 9

a . e 4 p SCHEDULE C TRANSPORTATION ESCALATION 1. Changes for Labour, Fu21 and Index Charges. The Transportation Portion of the Price for the Products of $27,286 (U.S,73",p31 per shipment at the time of execution of this Contract shall be increased or decreased as follows: (a) for each 1% increase or decrease in the daily wage cost of an 1800 bulk horsepower 7 man tug from the daily wage rate specified below, the Transportation Portion will be increased or decreased by 0.45% of e The daily wage cost of an 1800 bul% horsepower 7 man tug is as follows: e (b) for each 1.0% increase or decrease in the net price of diesel fuel charged by Shell Canada Limi ted in Vancouver, British Columbia, from the net price as of July 23, 1981 of $1.1774 (Canadian Funds) per imperial gallon, the Transportation Portion will be increased by 0.281 of o (c) for each 1.0% increase or decrease in the Industry Selling Price Index published by Statistics Canada over the Industry Selling Price Index at 269.6 as at May 1981 the Transportation Portion will be,. increased by 0.7% of o 2. Effectiva Date of Labour and Fuel Changes. The increases or decreases provided for in Paragraphs 1(a) and

e. e MM 1@ ACCIDENT DOSE ASSESSMENT WORK SHEET Date ATMOSPRERIC RELEASE DOSE FROM OFFSITE MEASUREMENT Time This method is to be employed when accidental atmospheric release rates from the Plant cannot be determined from inplant measurements. This method can also be employed to verify EAB and offsite dose rates that have been calculated f rom atmospheric release rates determined inplant. This form is for use in projecting doses at offsite locations from measurements of whole body dose rates and iodine air concentrations that are performed at the EAB towards which the wind is blowing. These measurements are recorded on Form 10D. I. MEASURED DOSE RATES AT EAB TOWARD WHICH WIND IS BLOWING I E mR/hr h A. Whole body (Table 10-6) = Q x 1.0E-3 = E rem /hr h B. Thyroid: 1. Gross concentration of radioiodine E uC1/cc h in air (Table 10-6) CI= 2. Thyroid dose rate: < 3.4E+6 x h =. E rea/hr h ~ R C. If dose rate ( exceeds 0.5 rem /hr for greater than 2 min; or dose rate exceeds 0.05 rem /hr for greater than 0.5 hr[a]; or dose rate U exceeds 2.5 rem /hr for greater than 2 min; E dose rate exceeds 0.25 rem /hr for greater than 0.5 hr[a] Declare a Site Area Emergency if not already declared. D. If dose rate exceeds 1.0 rem /hr or dose rate exceeds 5.0 rem /hr Eclare a General Emergency if not already declared. ~ II. ESTIMATED DURATION OF RELEASE (minimum value for continuous releases = 3 hr) t= hr i (a] Determined f rom two measurements 30 min apart at EAB.

Record on Table 10-7.

i l Form 10D EP-10 Page 23 of 36 Page 1 of 4 Revision 2

~ ~. 8 ~ \\ ~ III. PROJECTED DOSES AT EAB TOWARDS WHICH WIND IS BLOWIhr, h D" = h sx@= A. Whole body E rem t j B. Thyroid D" w ;h x h = . E rem 's s C. Offsite protective actions are equired if-dose. ~ 4 exceeds 1.0 rem or if dose 5 exceeds 5;0 rem. ee Procedures EP-23 (control Room) or EP-30 (TSC or EOF). I I IV. METEOROLOGICAL DATA (Hourly Averages) 'E 4.% h A. Wind speed = u = 0.45 x @ = m/see-h* E B. Direction from which wind blows [b} h C. Direction toward which wind blows [b] h

C D.

Temperature difference AT200-33 " degreb. E. Sigma (delete if AT is available) e g= s F. Pasqu 11 St bility Category (use 9 or 0 and Table 10-3, for defau t, see Table 10-5) = G. Distance to EAB in direction towards meter h which wind is blowing (Table 10-4) E = Atmosphieric dispersion etorfordistanceh \\ H. and stability category 11 (from Figure 10-5) E 1/m h (ux/Q)" = V. DOSES AT OFFSITE LOCATIONS . \\ ,r i A. Atmospheric dispersion factor at which offsite 's protective action level whole body dose occurs: E 1/m h (ux/Q)' = h - h = l I i l I [b] Give as one of the 16 cardinal compass points (N, NNW, NW, etc). Delete if ( wind is meandering. l

Record on Table 10-7.

1 Form 10D EP-10 Page 24 of 36 Page 2 of 4 Revision 2

I- { ~ ~s s p.gf y q A- .+ K, L y g:; .i . \\ [. o 1 & y\\, B. Atmospheric dispersion factor at which offsite protective actibn ; level: thyroid dose occurs: 1 s. , ' i J ) t y. (uX/Q)' = 5.0 x h = E 1/m2 h 1-a w , ' C.' - Smallest v'sitie of orh (uX/Q)' E 1/m2 h = x D. 'D'etermine" distance at which offsite rotective action level dose occurs by using 6and@ h {7 and Figure 10-5 d' E meter = h e 1.6E+3 = h* E miles E. See Procedures EP-23 (Control Room) or ^ EP-30 (TSC or EOF) for protective action _}'. re commendations. .., ; ^ VI. ? ESTIMATION OF RELEASE RATES FROM OFFSITE MEASUREMENT f i -' " ' A. Noble Cases b U, h* 1 E e = \\-\\ \\- 1 4.1E+1 x] '\\ 'T' B. Iodine s. 'N' Ci gx g= N s h* \\ E see x (' 3.4E+6 x-Q3) x VII. PROJECTED OFFSITE CONTAhINATIO" LEVELS (Complete at TSC or EOF only) 1 A. Atmospheric dispepsion factor at which iodine ') deposition corresponding to HEW /FDA Preventive ', PAG pecurs: i s i g E 1/m2 (uX/Q)" = = 'D 4 s, B. Determine distance t which EW/FDA Preventive PAG occurs using 21 and 11 and Figure 10-5 (if d" is greater e an 8.0E+4 on Figure 10-5, enter 8.0E+4): h d" = E meter 'h

h t 1.6E+3 =

d' = E miles

Record on Table 10-7.

Fom 10D EP-10 Page 25 of 36 Page 3 of 4 Revision 2

i l C. Atmospheric dispersion factor at t.hich iodine i deposition corresponding to HEW /FDA Emergency PAC occur,s: E 1/m2 h (u /Q) ' ' ' = = @xG D. Determine distance at which /FDA Emergency PAG occurs using h and and Figure 10--5 (if d is greater than 8. +4 on Figure 10-5, enter 8.0E+4): meter h. d = E h* d = h t 1.6E+3 = E miles E. See Procedure EP-30 for protective action recommendations.

Record ca. Table 10-7.

1 l Form 10D EP-10 Page 26 of 36 Page 4 of 4 Revision 2 Q

l FORM 10E Date l l ACCIDENT DOSE ASSESSMENT WORK SHEET Time ATMOSPHERIC RELEASE CALCULATION OF DOSE EQUIVALENT Xe-133 CONCENTRATION E Cg Dose Concentration Equivalent Isotope (laci/ce) Factor Cc x E 1 Kr-83m E 2.5E-3 E Kr-85 E 2.2E-3 E Kr-85m E 1.6E-1 E Kr-87 E 7.9E-1 E Kr-88 E 2.0E+0 E Kr-89 E 4.2E-1 E Kr-90 E 2.3E+0 E Xe-131m E 2.0E-2 E Xe-133 E 4.5E-2 .E Xe-133m E 4.2E-2 E Xe-135 E

2. 5E-1 E

Xm-135m E 4.3E-1 E Xe-137 E 1.9E-1 E Xe-138 E 1.2E+0 E Sum = E Dose equivalent Xe-133 concentration: Cf=22.xSum= E LCi/cc *I I [a] This value is to be placed on Line h of DOSE ASSESSMENT FORM 10A. i Fom 10E EP-10 Page 27 of 36 Page 1 of 1 Revision 2

o o. .----..-..--.,.......-.l l FORM 10F Date ACCIDENT DOSE ASSESSMEhT WORK SHEET Time AIMOSPHERIC RELEASE CALCULATION OF DOSE EQUIVALENT I-131 CONCENTRATION K CI Dose Concentration Equivalent Isotope (pCi/ce) Factor CIxK I-131 E 6.0E+6 E I-132 E 7.1E+4 E I-133 E 1.4E+6 E I-134 E 1.9E+4 E I-135 E 2.8E+5 E Sum = E Dose equivalent I-131 concentration: I C{ = 1.7E-7 x Sum = E UCi/cc *I [a]ThisvalueistobeplacedonLinehofDOSEASSESSMENTFORM10A. l l l l l l c Form 10F EP-10 Page 28 of 36 Page 1 of 1 Revision 2

1 FORM 10G Date ACCIDENT DOSE ASSESSMENT WORK SHEET LIQUID RELEASE Time I. ISOTOPIC LIQUID CONCENTRATIONS Detarmine isotopic concentrations of released liquid by gamma spectrometry, i If only a gross activity estimate can be made, assume that all activity (excluding H-3) is due to I-131. II. LIOUID EFFLUENT RELEASE PATE[a] E gpm @ III. ESTIMATED DURATION OF RELEASE [a] (minimum value for continuous release = 2 hr) hr @ IV. _ TOTAL VOLUME OF RELEASED LIQUID E gal @ V = 60. x @ x @ = +

V.

NUCLIDE PARAMETERS A B Efflue.nr Dose Factor Concentration rem /hr i Nuclide (uC1/ce) uCi/cc C A x B = H-3 E 1.2E-2 E Cr-51 E 1.6E-2 E Mn-54 E 7.5E-1 E Ma-56 E 2.8E+0 E Co-58 E

3. 4E-1 E

Co-60 E

9. 7E-1 E

Fe-59 E

2. 0E H)

E r Zn-65 E 2.4E+0 E Sr-89 E 9.5E+1 E Sr-90 E 7.0E+2 E Zr-95 E

9. 4E-1 E

Mo-99 E 2.0E+0 E Ru-103 E 6.8E+0 E ] Ru-106 E 6.9E+0 E l I-131 E 5.2E+2 E I-132 E 6.0E+0 E I-133 E 1.3E+2 E I-134 E 1.6E+0 E I-135 E 2.4E+1 E Cs-134 E 2.7E+1 E Cs-137 E

2. 3E+1 E

Ba-140 E

6. 4E+0 E

i j Ce-141 E 9.3E-1 E Ce-144 E 6.4E+0 E Sum = E VI. PROJECTED DOSE AT RAINIER WATER INTAKE E rem @ D = 9.8E-14 x @ x @ = VII. PROTECTIVE ACTIONS Implement protective actions if dose @ exceeds 1.0 rem. [a] For batch releases delete Items @ and @ and enter volume of release in gal for Item @. Form 10G EP-10 Page 29 of 36 Page 1 of 1 Revision 2

l C. Measured noble gas concentration in Containment [b] =_ .E uCi/cc h D. Measured iodine concentration in g ucifee Q Containment [c] E. Iodine release rate QI = =,,_ - E Ci/see h* h on Line h of Form 10A. F. Enter [b] From Form 10B, Line 7, Form 10E, Form 10A, Line h, or Table 10-6. (c) From Form 10B, Line or h, Form 10F, or Table 10-6.

Enter on Table 10-7.

Form-10C EP-10 Page 22 of 36 Page 2 of 2 Revision 2 f <i

FORM 10H Date ACCIDENT DOSE ASSESSMENT WORK SHEET Time ATMOSPHERIC RELEASE CALCULATION OF ALLOWABLE EVACUATION TIME This form is to be used only at the T5C or at the EOF if the computer is not l operational. I. DATA FROM FORMS 10A AND 10E A. Projected dose at EAB toward which wind is blowing: h or 1) Whole body (Fo 10A Form 10E, Line h ), Line rem h E 2) Thyroid (Form 10 Line 22 or rem h Form 10E, Line 5) E B. Atmospheric disper ion factor at EAB (Form 10A, Line 5) E 1/m2 h C. Distance at which allowed evacuation t.ime h is to be calculated. Initial distances to E miles be used = downwind EAB distance (Form 10A, Line h),2.5'and5.0 miles,ifthe projected doses at these distances exceed 1.0 rem whole body or 5.0 rem thyroid. h 1.6E+3 x h=.E meters D. Pasquill stability class (Form 10A, h) h Line h (phericgspersion factor at distance E. Atmos using US and Figure 10-5). E 1/m2h F. Wind speed (Fo 0A, Line h or mph h Form 10E, Line, ) E G. Est d duration of releas Form 10A, hr h Line or Form 10E, Line ) E II. DOSE RATES AND INTEGRATED DOSES \\ Dose rate at distance h : E miles: A. 1. Whole body: E ren/hr h = = Form 10H EP-10 Page 30 of 36 Page 1 of 2 Revision 2

o a ....-..z . ~. _.. 2. Thyroid: E rem /hr h R =- = e Integrated Doses at Distance h : B. h hxh=.E 1. Whole body: D'e rem = @x0 z De re= 2, ,,,,1,, III. REOUIRED EVACUATION TIME Evacuation Time Required For Distance h: A. 1. Whole body: D_o,not evaluate 1,0 Note: o E hrs if dose is te= = les an 1 rem. Thyroid: Note: Do evaluate + 5.0 if dose is te= m~

8 B

les han 5 rem. U h and h E hrs B. Largest value of C. Time from start of release to time h E hrs at which dose calculation is done td= h E hrs D. Remaining evacuation time: = h and distance h in Procedure EP-23.1 E. Use time to determine offsite protective action recommendations. Form 10H EP-10 Page 31 of 36 Page 2 of 2 Revision 2

6 (~ FTEL BUILDING l REMIELING WATER STORACE, TANK l CONTACT (Tual Building Roof) l PRD'ut! WAIER J STORAGI TANK W ID ('g ~m l wA.za STO CONTAI.WJDIT 9 50 z u.s (cround Laval) i CONDENSATE STORAGE TANK Figure 10-1 Containment External Measurement loca:1cn* Figure 10-1 EP-lO Page 32 of 36 Pat,s 1 of 1 Revision 2 I t l i

e e ~ - - +. - - 1 10 1, -j a .x 7 N 7 6 ' N-- 6 t - -. :,N im.. ..00*a C. ORE' IN.SE E. ...6

rt.iu: -

5 N 1-t'-l lT #i-h-ts --s - 1. l~ I i ' I i t : r== -I = I l-t 1 N l:,6 4 g

r. :-Ir: :.:.L..

dida ---t _: =-:g: _-: a :.:.: :r.a .n .i..i.:_:. a ;.... n::.- -- - :: :r t..;. :.! 3

i. i..,, w F.

c.2. : _. i. i.. A- -w -et -: -H _*r

-: : * :e ;

's i. T:ihi M :i VI-t:N+'-e. ~_i.Jr! -!?-T N-'K6 =r=2 :45-4. ' it 2 --- - * -._ =....__. __._\\ _ - - ~ - ._. a : a.e.a t. v.:.:;.; -* '.x.. .-.r---= -w- .t. x. ~. 0 2- - c_ . ~ - +. s g.o x x x s 4 .s .x.. g 7 ...'_.-......g--.g

--= %

7 + \\ x-g g. -. m.... *N -"E 5 y_i.

6.,

o $a. i.e.cm.-i-w itu p.a.z_s. t 2."_-- ...:. ;_: : 4..: 4.. q.i.4-6 __%==- +_ r - Xa - kl00: CDRE, CONTACT f 5 "M d g r- +:u - - ~ ~ r;l :.L :l ~. :=a:r- --A.t..t :... r _.r =~..:-:- t.2 :::. 3 a.- ra - rt. l 3 Q t; j.. f.

4. t ; l : j3-i.d.ifn:-T.g.Y(..a4.:.,iT4_: Ti. Tap p!'r'..-r ~.; A ! i.. ed ts e-i P.

l ~~- _~ .:.=.-

,2 r.,

.. 3r. s : ~ r :

1. a

-s. _e 4 =.._:=. :: + -...- - -.._- -- x -=s -u.4 a s t:.- ..__-.=.-r=-=~...= i . :- p. _CORI. 50' DISTANCE ' ~ - *- ff - - W - - - ~ - - - - 00 5, 1 s-+. o x _1 c 4 19 + 1 x 1, p .....__w. .s.__. 7 +- 1 - ----..... - - - _-..'w..... . v _ 7 6 I g r. .c l e 2 4. r 4 4,.a..i ;.u a.-n.c. 4 4 igim c. ;.s. m ;;.g.... 5

u... ( :.u :,..

via ,...._. --- v -. 1-T= ::4. ur = 5 m m 1 -~-t T T r u c.::r: _. := :.== - ~ :--_....- _ 5 6 w .s :=-

v..{: L.,. l - --

. A. m .l. ... A I e # J.1.-.d 4.+.44 r= -t-T all:*:-a =:..a W :r==_. =_==: _r=x+4.-7: ' 3 ..: --. um=. g 3 .;. _4.j -...~.- 10C. CAP, INSIDr. %..__.~~'.m. 7 --.+-:= - -' - r.= :4 =--- - \\ -

.:. 6:- s J

1 .4 nA .-I -2 3., ..s./ 'c +-4. i. e. 6 gg .4 .~9 6 ..... _. _ _.. s _. .._.w._.-... .w. e 7 .~. -n-- - -- ' ~ ~-C 7 N.., -.-._-c',, g A c. n..o..--~... l g 5 5 1 f Nii U d ' M.E."t iPi-! 1 d3h !!iT" d NN M 5 l 1 : het 1:4h- =:n r-

h. t~:t i $;3it- '-.s - -* ::t.-t-At a t*

4 g -4 4 4:4M - < -100: G,A7, 5,0'.DI,ST,ANC,E.)g-7'N _ :-3* -6 -M, i D+ H -.SfL. -- ' ' ---~ ' CONTACT I t- +. -[. L--t :id:h - 100: GAP 3 3 "6 a..es.r:@g 4. I d.).

i L4/3 I #I' N I";4 +f 4"44'._Uf:i Ol':h C " l =3 1 kh-i;li 2

2 le 7 1 -3 : ._.=..-x- = - 2, u, ~ t 2-0 ---~=: * :: := 3 1 .wlo 1-c.... i-- -2 e : : t.. <.,..4._,t., ._..r 10 10 10 -y . a'I W _r' r O -' ' ' - ' + - - - - 10"3 2 10 4 . i... S 1 2 3 45678 U [- DECAY TIME Figura 10-2 Conn 4"mant Dose Esta vs Post-Arr 1 dant Decay T1:aa Figure 10-2 IP-10 Page 33 of 36 I Page 1 of 1 Revision 2 - ~ - - - ]

5 6 10 10 l-7 7 g g + t i e t,is t i s, iis h 4 iIe!8 ? i I 8 8 ll! e g 8 i g 1 i l i.iil ! 4 i.1 i i.iillr :.~i ti i

li:

a 6 !s! e e s.6ti1 -a 6 4 i ti; . -i: t -t i i ! 1.i.jj _ .-t j liji-Ie-133. 100: CORI Iil*~' I ! T'"!" 'I i : ~. i

. :p. ; c..:.

.. q i.. j.... t...... ;r _ _a.......'. 1 ,.....,.4,..,, 5 i. i

g

.... 4 1.g * .x N 7 7 A ,,,......x............_.. 5 i ,,,,: si + 4 ,,. N iis 5 g i 1 .} l 141.i112-~~ iW- ---4 Li--l j 1M: i!Fml 9 i .ia i! 5 i l l l l-$ !-l % l -] l! l lit N 'i 't 3 ,6 ..ti g-t, .i i, 6, i i e :- n-N i d"i23'i i~fiI 2 0 ~

! " ' i ! '.I'I-I T-i 'I 'l '* -

.2.: - -- I

I l'I I d

~~5'- '! "1* T 2 'g*- - - - u := --- - - - u 4 a::{. ! j:;-):,p{,s - r -- -:--.:==.s;;_r_: _C m=;tc: :=.::.=--3.._:. ._.,_.=..=.;1.. .-t r 3 .._......_1........,.,._ u 10 6+ -~ --- - - - - - + .- - + + - * - -

-- +

-- +4~- 10 e

e is 7 .. _1.-1_31, 10. 0:. C. o_nE ---- t,; 7 h ' ' ' ' " ' i ' .'4'~ '"T~ 5 d _g3 !..y_-i 3

r g

g t 9 s..(: 4.s . 4 :4 ( g j i ! i 1.1 11 u :- :I M=i.-i liil:11-M i : ' i ii 3 3 ?e;i .I s 4 e t a s. 16... 4

. : e N. 4 i4 :

u i i p* 2 i i I I ~8 -I I I I '"* ':-I U~I ~~~I -'-'il4 iil t ~I iii:;i:'-3- ' -ih2i'Ii 2 5 i ! :M:N-h$-N!W- - h::M __:-

[~'..l T.fs:Et y

. _. ;. _. 1..,., 1.. 1 8 __ _ .. ;~ 2 d'i- -' - 4 d ~

- - '----*---'-*---*'7_.- 10 w

8 10, l u g l i e" 7 7 I - ~ ~ ~ ~ * - - - - - - - ~ ~ - 6 e 6 . ~ ~. - - - ~ - 8 8-) i l'i l iM i.!=i.12 ~~l ~.1 A i J' ' " i-

l

'1 i d '- 5 E 5

i.1. ti.a =Ze-133, 100: CAP i t..i-'. _.. --. - 1 :s: t.3--t. ig g

~ s

n: m. _.... _...

... ::- cz.;4..:3..:.;:n..L ..;. :. cg...j.t;;.:; y g ;..;;.; :: _- 3 3 .,..3 e 4 4 3 4N_.t.-- i r - i 1 a -i.i 6.p.N: pi. i..a..r. r M..- t. t.i. : 1 -i d", i.......Mir_ I.1=.3.14.Did. __'_~_'___i_ _::.".... ".. l...", 'i a' 2 -.c .r.. uu j 3..:. _- - - - .a..::2..:}

2. i..:

._ -.a. g 1::::-{. :n,._..-.,_.u :arvi:- = 3._.. N =i : 4. 10 -1~131' 100 GAP g.,4.. .,..4.,-- q,.....,... ..,.;--p-. 4,j. 2 1 I g x m o ~ll N

3.. g '. -

7 G [ 5 i '8

4

+ + i " -- > w d '*'? ':6 % V ' ' 5 5. i e i i t -) N %71 .I

i l ;.itt ' ' v.i t i--4 %N t

u g

l lj i j y j j;.j... _..'. ie.d:5..i.i:.j._:.h.. h..j@.j.f.l.i. :: jg:.:.,j. t.'1 h. n... 3 3 e i 4 rt 4 6 e :M r. r U r, t rrt - - , -r - '. M -it l t l.. t a J. i = ;;j i =. d...,..t :.3 ;t iN H.-::".--t .,.--t

-J 4 4.: .

I s ...:. : :2 u __. -. : :,--, =2..a y s.. - : ::;.:a...:. a.. ;==:s l --~~ -- =- "D.AYS ~". 4.. 10 10

=

10 , ' ~, - 10 ~ [ .4- .__..._...a .....7..,._,.. l, g .,..._4 .g 10 1 2 $ 1 $ d E8 12 EP-10 Figure 10-3 - HOURS Pras 1 of 1 Page 34 of 36 Revisiva 2 Figure 10-3 I-131 and Ze-133 Equivalent concentrations .......4.i n. m.

s e s. 9 s 2.0 I ' ' 5.... i. --. : _ _.i -~ 8 :::w;.:.=::.:: :n.=--

=

-d_ F-

--:.= = =r :==

18 :- :.g:a:. _ :r:r- .-.= = :n- - - 2.,____ _- ::. _._..= - - _ i. t._.-.--..L_-- .;;2=.a. a j _.] i:_ .:p-1 8,,... _._. 1.s-1.6 1.5: 1.L m m 1.3: X M z il ~ n E m u 1.1: l m p<c 1.0 g<w J w 0.9 zw2 ~ 8' O.S: ( O I o 0,1-- O.6 0.5: 4 0.' O.3 Fig 're lN Contsizment Laak Rata vs Pzassure g Q.1 0 10 20 30 40 50 00-7c Pane 35 of 36 CONTMNMENT PRESSURE Quand 1,,

...s- - ~. - -

3....

g e. '~ Dowitwind Distance, meters 3 f 2 2 1 4 s s t e

10 2

3 4 s s 7 s 's lC4 2 3 4 s s 7e,105 d. 30'f '10 ,10'3 s 8 %www. I 7 7 g g . g.. i,, Nx u x,%, 5 ,. 4..... ,, i,,,, 8 3 . \\ \\1 \\ \\l MilN I I i eiliti i t i i iits \\ \\l\\ l \\ MilN \\l l l I lllll l l l 1 ill! ' W\\ Whl\\ l\\l I l lll!l l I ll1ll = = 3 3 3 g, 3 \\ \\s \\\\ -4 ic * ,e N '. N N .x . N. I 7 i .\\ i A ig... \\ .\\ i A i i .1. e i i...... 6 1 \\l i N *; hai \\l \\6 iN 4$N I I t ie i i I-5 s , g ; g;, y y gg,g,,,,\\ I l l\\l lihl ll\\ l\\ l \\ l 4 ll \\l l i i llil I I \\lMI \\ X \\ K 1 I I Illl S il \\ N N N \\ \\'s \\(s N \\ -s N x ,o iop s N. . :s .x x(F.,,x.. .x,. \\.. 4 .x... s .....i.. s e ie i i\\i e \\ i e\\ e e iNe N i Ni e i e \\i I I l I I'A i \\l \\l i N i I I I\\ \\ l I\\l l liB -E .-[E I I i l l it N i.j\\ l i lll\\D {\\ l { Nill (- He l lp h T \\ l \\l % '4 '+ f 4 2 s, s 1 3 l s N I B \\ \\\\ -6 lo* \\ \\.... k_ *,10 s s '{ ', \\.,.,. \\ i i...,,. , x. v ie i...x A. . i,n e i e i i e,, i, 6 A r(i eiisi \\ i e iNeii l\\1It! 1 I I I t il l i t i i \\ N illt \\t I ' I l l llillll l lNM I \\ l l I Nll l I l I lillll l l I l'lih l\\ lllh,, x i l N -7 \\ 10 10-7 x x X X. y A. % ;7 7 it 6 i l ie4i s i NI N IN I ia I.'.ii 1 1 1 I i it i 11 1 I I I IIIil I i i N NI

i l i i t allt

[ l I l l1111 I i l l lKil' \\l'llll l l l l!!l!l l l l llll NEAnr$T I ' i 1 1 SITE BOUNDARY 4 10- 8 1C "d A 3 4 4 IC s s 7 s s 103 ' ' " ' ' ' ' 10 Downwwid Dis *once, mete Figure 10-5 2 g Page 1 of 1 Figure 10-5 Doverind Dispersion Characteristics by Atmospheric Stabili:y Class EP-10 Page 36 of 36 Revision 2

UPDATED MAINThlNED BY CO RADIOLOGICAL EMERGENCY RESPONSE PLAN IMPLEMENTING PROCEDURES EP-10 SAFETY-RELATED ACCIDENT DOSE ASSESSMENT WORK SHEET METHOD /0/A9[8/ APPROVED BY DATE v A. Purpose The purpose of this procedure is to describe the procedures for offsite dose assessment using work sheets. This procedure is to be used only in the following circumstances: 1. In the Control Room or Technical Support Center (TSC) before the Emergency Operators Facility (EOF) area dose assessment is activated. l 2. In the EOF if the dose assessment computer is not operational. 3. In the control room and TSC (Sections B., C. a'nd D. oniv) to record dose assessment information for transmittal to the EOF dose assessment staff. For dose assessments using the computer, see Procedure EP-29. l B. Initiation of Dose Assessment An offsite dose assessment will be performed under any of the following emergency conditions: 1. The following PRM readings are exceeded for greater than 15 min: PRM-1C (purge mode): Offseale High PRM-1D (purge mode): 1.8E+2 cpm PRM-1E (purge mode): [when installed] PRM-1D (pressure relief mode): 6.5E44 cpm PRM-1E (pressure relief mode): [when installed] PRM-2C: 2.0E+5 cpm PRM-2D: 10 x high alarm count rate EP-10 Page 1 of 36 Revision 2

. _o c. UPDATED MAINTAINED BY COPY HCi. DER RADIOLOGICAL EMERGENCY RESPONSE PLAN IMPLEMENTING PROCEDURE I EP-29.3 SAFETY-RELATED USE OF THE INGEST COMPUTER CODE ///A Approved By M Date A. PURPOSE To provide a rapid calculation, in the event of an accidental airborne radioactivity release, of whole body and thyroid dose commitments via the ingestion pathways of cow's milk, meat and vegetation, peak nuclide concentrations in each of these food categories, and initial ground depositions at the pathway location. B. DESCRIPTION OF CODE The computer code INGEST calculates doses for up to seven isotopes of iodine, strontium and cesium. Doses at up to 10 downwind distances from the Planc (ranging from 0.1 to 50 miles) may be calculated simul-taneously. i I C. OPERATION OF CODE 1. Input Parameters Af ter typing in the command " INCEST", which calls and begins execution of the program, an introduction is printed (along with optional i instructions), followed by a list of input categories: l L=1, INSTRUCTIONS i-L=2, ENTER RADIOACTIVITY SOURCE TERMS L-3, ENTER RELEASE DURATION L=4, ENTER DOWNWIND DISTANCE L=5, ENTER WINDSPEED L=6, ENTER ATMOSPRERIC STABILITY DATA L=7, CALCUIATE L=8, DATA USED IN LAST CALCULATION L=9, QUIT The user is then prompted to input the integer associated with the category desired. If the option selected is an input variable, the user is prompted to enter the value of that parameter. Failure of the user to input a numerical parameter causes a default value of zero i EP-29.3 Page 1 of 2 Revision 0 i

l TROJAN NUCLEAR PLANT PLANT OPERATING MANUAL RADIOLOGICAL EMERGENCY RESPONSE PLAN IMPLEMENTING PROCEDURES Volume 4, Section III TABLE OF CONTENTS Procedure Title Date

EP-1 Unusual Event 11/02/81
EP-2 Emergency Alert - Deleted 08/04/81
EP-3 Site Emergency - Deleted 08/04/81
EP-4 General Emergency - Deleted 08/04/81
EP-5 Emergency Notification 11/02/81
EP-6 Command Classification 11/03/81
EP-7 Operation of the Technical Support Center 10/29/81
EP-8 Operation of Emergency Control Center 10/29/81
~ EP-8.1 ECC Director 10/29/81
EP-8.2 Security Director 10/29/81
EP-8.3 Public Information Representative - Deleted 12/12/80
EP-8.4 Technical Support Center Communicator 10/29/81
EP-8.5 General Communicator 10/29/81
EP-8.6 Communications Staff 10/29/81
EP-8.7 Instrumentation and Control EOF Team

~ 10/29/81

EP-8.8 Dose Assessment Director 10/29/81
EP-8.9 UDAC Radio Communicator - Deleted 12/12/80
EP-8.10 UDAC General Communicator - Deleted 12/12/80
Safety Related Page 1 of 5 11/06/81

i / UPDATED MAINTAINED BY COPY Hnwn RADIOLOGICAL EMERGENCY RESPONSE PLAN IMPLEMEFMC DROCEDt?E EP-9 SAFETY-RELATED OPERATION OF THE OPERATIONAL SUPPORT CEh'rER / O/.2d[8/ APPROVED BY DATE A. PURPOSE This procedure describes the activation and subsequent operation of the OPERATIONAL SUPPORT CENTER (OSC) in the event of an Alert, Site Area l Emergency or General Emergency. Topics addressed are: 1. Functions of the OSC and its interface with other bedies of the onsite emergency organization. 2. Activation criteria for both day shift and off-hours. 3. Emergency organization personnel assigned to the manning of the OSC; their duties and responsibilities. B. FUNCTIONS OF THE OPERATIONAL SUPPORT CENTER In the event of an emergency, the OSC provides a location where plant emergency teams can assemble to provide the OSC staff operations, main-tenance, and chemical and radiation protection assistance to the Shift Su1,ervisor in combatting the emergency. The OSC is located in the Hagan Rack area at the 93' Elevation of the Control Building (directly behind the Control Room main console) and at the access control area at the 45' Elevation of the Control Building. C. ACTIVATION OF THE OPERATIONAL SUPPORT CENTER l l 1. Time Crdteria for Activation of the OSC On day shift the OSC will be activated within 15 minutes of the declaration of an Alert, Site Area Emergency or General Emergency. l During off-hours *he OSC will be activated within 60 minutes of the declaration of a- .lert, Site Area Emergency or General Eme:gency. l The OSC will be activated by off. duty personnel as they arrive onsite l as determined at the TSC. i l EP-9 Page 1 of 4 Revision 1

~ 2. OSC Staff The OSC staff will consist of: a. Operations Emergency Team. b. Maintenance Emergency Team. c. Radiation Protection Emergency Team. d. Chemistry Emergency Team. In the absence of key personnel, an alternate or subordinate will assume the responsibility of the unavailable person. D. OPERATION OF THE OSC 1. Authority, Responsibilities and Duties of the OSC Staff a. Operations Emergency Team. Authority: The Operations Emergency Team is directed by the Shif t Supervisor and consists of: 1) Off-duty Control Room personnel called co the plant. 2) Relief crew. This team will report to the Hagan Rack area. Responsibilities and Duties: Provide supplemental and relief support to the Control Room staff. I b. Maintenance Emergency Team. Authority: The Maintenance Emergency Team is directed by senior maintenance personnel and reports to the Shift Supervisor. The team consists of: 1) Designated electrical personnel. 2) Designated mechanical personnel. 3) Designated Instrumentation and Control personnel. EP-9 Page 2 of 4 Revision 1

A-. As ;wquired, the Maintenance Supervisor may dispatch additional personnel from the EOF to augment this team. l This team will report to the Hagan rack area. Responsibilities and Duties: Provide damage control and maintenance support as directed by I the Shift Supervisor. c. Radiation Protection Emergency Team. Authority: The Radiation Protection Emergency Team is directly by the Unit Supervisor, Radiation Protection and reports to the Shif t Supervisor. The team consists of: 1) All personnel assigned to the Radiation Protec*, ion section (excluding the Field Team personnel). This team will initially report to the 45' elevation access control area of the Co.ntrol Building, with the exception of one member designated by the Radiation Protection Superviso to report to the Hagan Rack OSC as a liason, and one member desig-nated to report to the TSC. ( Responsibilities: The Radiation Protection Emergency Team is responsible for providing radiation protection and first aid inside the Plant. 1) Determine existing radiation levels and trends in the Plant l and establish aproximate boundaries, warnings and work limits. 2) Ensure the radiation safety of all personnel. One team member shall accompany other emergency teams in the affected area, to provide radiological assistance. I 3) Supervise decontamination of personnel and administers first l i aid. 4) Provide radiation monitoring in the TSC and the Security Building. The team member assigned to the TSC may cover both areas. Direct evacuatian of these areas when radiation evacuation criteria are exceeded (see EP-7). l I EP-9 Page 3 of 4 Revision 1 l i I t l

5) The team leader will periodically obt:in updatus on the status of the emergency from the Control Room. d. Chemistry' Emergency Team. Authority: The Chemistry Emergency Team reports to the Shif t Supervisor. The team consists of: 1) All C&RP Technicians assigned to the Chemistry section (excluding the Radiation Protection EOF Team personnel). l Responsibilities: The Chemistry Emergency Team is responsible for providing Plant chemistry functions. The team is.also responsible for providing radiation protection functions as a backup to the Radiation Protection E,mergency Team. Duties: 1) Provide plant chemistry functions by performing in-Plant l sampling and analysis to determine radioactivity levels in Plant effluent and coolant. 2) . Perform chemical sampling and analysis. l 3) Provide backup radiation protection to the Radiation Pro-l tection Emergency Team. Team members may be dispatched to i the EOF to perform field monitoring or surveys, and decon-l tamination of plant personnel. 2. Communications a. Communications between the Hagan Rack and Access Control OSCs and other bodies of the onsite emergency organization will be via the communications equipment described in Procedure EP-19. b. The leader of the Maintenance Emergency Team will be the communi-cations link in the Hagan Rack OSC with the TSC. c. The leader of the Radiation Protection Emergency Team will be the j communications link between the Access Control OSC and the TSC, Control Room and Hagan Rack OSC. t l l l l DRK EP-9 Page 4 of 4 Revision 1 i i i

UPDATED }AAINTAINED BY COPY HOLDER RADIOLOGICAL EMERGENCY RESPONSE PLAN IMPLEMENTI'1C PWV'"'7 - EP-6* SAFETY-RELATED COMMAND CLASSIFICATION / EMERGENCY COORDINATOR APPROVED BY N[ DATE // [8/ ~G a'l Manager DATE # / APPROVED BY f Vice President Nuclear '/ A. PURPOSE The purpose of r.his procedure is to describe the authority, responsibil-ities and duties of the Emergency Coordinator, as well as his designation and succession of authority. B. AUTHORITY 1. The EmerSency Coordinator is the person onsite who is designated to take charge of all emergency control measures. He has ultimate authority over all onsite activities and personnel. 2. The Shif t Supervisor iritially is designated as the Emergency Coordi-nator until he is relieved onsite by the Plant General Manager (or his alternate). If the Shift Supervisor is not available or.is unable to perform his duties, the succession for the authority as Emergency Coordinator is as follows: Assistant Shif t Supervisor (af ter July 1,1982). a. b. Control Operator. c. Assistant Control Operator. 3. The Plant General Manager relieves the Shif t Supervisor as Emergency Coordinator upon his notification by the Shift Supervisor and arrival ons Lte. In the absence of the Plant General Manager, the available senior alternate will assume the role of Emergency Coordinator from the Shif t Supervisor. This alternate will continue in this role until the Plant General Manager arrives onsite. On the off-hours shif ts, a Duty Plant General Menager is designated to be on call 24 hr a day. The Duty Plant General Manager will be the Plant Generel Manager or one of his alternates.

This procedure has been EP-6 Page 1 of 3 completely rewritten.

Revision 1

o o / 4. The Emergency Response Manager (or his alternate) assumes the position of Emergency Coordinator af ter he arrives at the Plant site from PGE headquarters and is fully informed of the emergency conditions. The Emergency Response lianager will be located in the Emergency Operations Facility (EOF) at the Trojan Visitors Information Center. S. The succession for the authority as Emergency Coordir_ator is as follows: a. Emergency Response Manager (or alternate). b. Plant General Manager. c. Manager, Operations and Maintenance. d. Manager, Technical Services. e. Shift Supervisor. 6. The Emergency Coordinator may not delegate' his authority to another member of the Plant Staff or PGE headquarters staff until he is formally relieved, unless he is physically or otherwise unable to exercise his authority. He may, however, delegate some of his duties to subordinates to improve the efficiency of the emergency organization. C. RESPONSIBILITIES The Emergency Coordinator is responsible for placing the Plant in a safe shutdown condition, for terminating or minimizing releases of radioactive materials, for protecting Plant personnel and visitors, for assessing incident severity, and the notifying / advising offsite authorities and support groups..During recovery operations, he is responsible for re. turn-ing the Plant as nearly as possible to a pre-emergency condition. D. DUTIES The duties of the Emergency Coordinator are as follows: 1. Declaring the appropriate emergency class based on prescribed Emergency Action Levels (EALs). 2. Directing, coordinating and supervising the combined activities of l PGE personnel in the control room, Emergency Operations Facility (EOF), Technical Support Center (TSC), Operational Support Center (OSC) cnd elsewhere on the site. 3. Approving protective actions recommended'by the TSC or EOF to the l State and county Emergency Operations Centers (EOCs) and to the U. S. Coast Guard. EP-6 Page 2 of 3 i Revision 1 l 1

o e. 4. Final interpretation of any ambiguous Plant emergency data and trans-mitting subsequent recommendations to emergency teams and to the State and county Emergency Operations Centers (EOCs). 5. Directing and coordinating the combined activities of PGE personnel in the Long-Term Emergency Organization in returning the Plant as nearly as possible to its pre-emergency condition. E. PROCEDURE REFERENCES 1. For declaration of emergency classifications, see EP-1. 2. For emergency notifications, see EP-5. 3. For operation of TSC, see EP-7. 4 4. For operation of EOF, see EP-8. 5. For operation of OSC, see EP-9. 6. For communications procedures, see EP-19. 7. For control room protective action recommendations, see EP-23. 8. For Long-Term Emergency Organization operation, see EP-24. 9. For TSC/ EOF protective action recommendations, see EP-30. 5 ~ 1. t e d SG EP-6 Page 3 of 3 Revision 1~ t

l PRM-6A: Offscale high PRM-6B: 6.6E+3 cpm PRM-6C: [when installed) SE. 2. The following ARM readings are exceeded: ARM-15A or -15B: 20 R/hr i ARM-6: 2,000 mR/hr ARM-20: 20 R/hr I and Containment pressure is > 5 psig for 2 minutes. 3. An Alart, Site Area Emergency or General Emergency has been declared and radioactive effluent has been released to the environment through an unmonitored pathway or pathway with a malfunctioning PRM. C. Determination of Radioactive Material Release Rates

1.

Caseous Effluent Releases Radioactive material release rates will be determined as follows, &

order of priority: a. If the effluent release pathways can be monitored or sampled: 1) If noble gas PRMs (listed in B.1 above) are operational and l on scale, use Form 10A to determine the effluent ecncen-trations of noble gases from the PRM readings and applicable calibration factors (Table 10-1). 2) Collect a grab sample of iodine effluent and analyze for gross activity using Procedure 1 of the Sampling and Analysis Plan for Post-Fuel Failure Accident. Enter data on Line 3B of Form 10A. 3) If all noble gas PRMs.have malfunctioned or are offscale, determine noble gas concentration in effluent using measured dose rate on sample line as described in Procedure 9 of the Sampling and Analysis Plan for Post-Fuel Failure Accident. [ Enter data on Line 3A of Form 10A. I j 4) Calculate the effluent release rates using measured or default effluent stream flow rates (Table 10-2) and Form 10A.- EP-10' Page 2 of 36 Revision 2

O' b. If the accident is inside Containment and the Containment is isolated: 1) Determine noble gas concentrations in Containment using PRMs listed in B.1 or doserate on sample line as described in 1.a.3), if possible. Enter on Line 3A of Form 10A, 2) Obtain grab sample of iodine effluent and analyze as in 1.a.2), if possible. Enter on Line 3B of Form 10A. 3) If a sample of Containment atmosphere cannot be taken, use Form 103 to estimate radioactive noble gas and lodine cen-centrations in Containment using Containment ARM (-6, -15A, -15B or -20) readings or gamma dose rate measurements-l outside Containment (Figures 10-1, 10-2 and 10-3). Enter results on Lines 3A and 3B of Form 10A. 4) Estimate Containment leak rate from recorded Containment pressure using Figure 10-4. Enter this data on Line 4 of Form 10A. c. If the accident is inside Containment, the Containment is not isolated and radioactive effluents are being released through an unmonitored pathway (e.g., Containment rupture): 1) Immediately dispatch a C&RP Technician to perform an external dose rate measurement at the site boundary in the i downwind direction. Enter the results of this measurement on Line 1 of Form 10C. 2) Obtain noble gas concentration inside Containment via PRM reading or sample line dose rate as described in 1.a.3), if possible. Enter on Line 11 of Form 10C. 3) Obtain iodine concentration inside Containment via analysis of a grab sample as described in 1.a.2), if possible. Enter on Line 12 of Form 10C. 4) If samples cannot be taken, determine Containment noble gas and iodine concentration using Containment ARM (-6, -15A, -15B or -20) readings as in 1.b.3). Enter on Lines 11 and l 12 of Form 10C. 5) Use Form 10C to calculate releases. Enter results on Lines 5 and 6 of Form 10A. d. Dispatch Radiation Protection Field Team to perform out-of-plant radiological measurements in the downwind direction (see Emergency Procedure EP-12). Record Field Team data on Table 10-6. Enter on Form 10D if appropriate. t EP-10 Page 3 of 36 Revision 2 L-

I i l e. Collect grab samples of accident effluent (noble gas and iodine) and perform gamma analysis. Enter this data on Forms 10E and 10F. 2. Liquid Effluent Releases Determine liquid effluent release rates by analyzing a grab sample of the liquid effluent 'and determining the total volume of released liquid as described in Form 10G. l D. Meteorological Data 1. Record the following meteorological data or Table 10-6: l a. Wind direction at 33 ft (both towards and f rom which wind is blowing). Backup is wind direction at 200 f t. b. Wind speed at 33 ft (mph). Backup is wind speed at 200 f t. c. Stability data: primary - &(200-33)('C) backup - og(*) 2. Enter these data on Forms 10A,10C or 10D, as appropriate. l 3. If aI and og instrumentation is not functional, estimate stability class using wind speed and Table 10-5. 4. If wind speed and/or wind direction instrumentation is not functional, estimate using instrumentation mounted on wind generator tower at the VIC (EOF). l 5. Follow procedures on Form 10A,10C and 10D to obtain atmospheric l dispersion factors. h. Dose Calculations 1. Control Room a. If-the EOF or the TSC are operational, do not proceed with l dose calculations. Communicate the information on Table 10-6 and Forms 10E and 10F (if available) to the TSC. Update about l every 15 minures. l b. If neither the EOF or the TSC is operational: 1) Proceed with dose calculations utilizing Forms 10A or 10D as appropriate. EP-10 Page 4 of 36 Revision 2-1

2) Record results on Table 10-7. 3) See Procedure EP-19 for communications instructions. 4) See Procedure EP-5 for notification instructions. 5) See Procedure EP-23 for control room protective action recommendation instructions. 2. Technical Support Center a. If the EOF Dese Assessment Area is operational, do not oroceed with dose calculations. Communicate the information on Table 10-6 and Forms 10E and 10F (if available) to the dose assessment staff. Update about every 15 minutes. b. If the EOF Dose Assessment Area is not operational: l 1) Proceed with dose calculations using Forms 10A or 10E as appropriate. 2) Record results on Table 10-7. 3) See Procedure EP-19 for communications instructions. 4) See Procedure EP-5 for notification instructions. 5) See Procedure EP-30 for protective action recommendation l instructions. 3. EOF Dose Assessment Area a. If the computer is operational, use Procedure EP-29 for dose l , calculations. b. If the computer is not operational: 1) Proceed with dose calculations using Forms 10A or 10D as l appropriate. ~ 2) Calculate required evaucation times using Form 10H. l 3) Record results on Table 8-2 of Procedure EP-8. ( 4) See Procedure EP-19 for communicctions instructions. 5) See Procedure EP-30 for protective action recommendation instructions. EP-10 Page 5 of 36 Revision 2 i

~ a RADIOLOGICAL EMERGENCY RESPONSE PLAN IMPLEMENTING PROCEDURE EP-17 TABLE 17-2 First Aid Supplies h Radiation Protection Office and Visitors Information Center Radiation Protection Office A. One Oxygen administrator with a spare cylinder and spare mask / bag assemblies. B. One BP200 Burn Pac Mini Kit. C. Stretcher. 1. A collapsible-type stretcher. 2. Two body splints. D. Splints. 1. Prefolded cardboard splints. a 2. Inflatable splines (currently on hand). 3. Two pillows. E. Technician's Jump Kit (with additional quantities kept in stock). 1. Medi-Kit No. 2 Case. 2. Three cervical collars (one large, one medium, one small). 3. Medical scissors (one pair). 4. Stethescope. 5. Blood pressure cuff and sphygmomanometer. 6. Penlight with spare batteries. 7. A ring cutter. 8. Two styrofoam cups. 9. Sterile aluminum foil or plastic wrap. i Table 17-2 EP-17 Page 6 of 10 l Page 1 of 2 Revision 3

..-.~ 10. Four cold packs. 11. One pair of forceps (5-1/2 inch). 12. Triangular bandages (6). 13. Kling roller gauze (4 rolls of 2-inch, 4 rolls of 3-inch). 14. Two multitrauma dressings. 15. Adhesive bandages (various sizes). 16. Adhesive tape (2 rolls of 1-inch, 2 rolls of 1/2-inch). 17. Two-inch by two-inch gauze pads (12), 18. Four-inch by four-inch gauze pads (12). 19. One KCD Blanket. 20. A poison antidote kit. 21. A bottle of standard saline solution. 22. Eye patches (6 oval). 23. Antiseptic soap solution. 24. One elastic bandage. 25. Oral thernometer (disposable-type preferred). 26. Alcohol preps (10). 27. Emergency report forms. 28. First Aid Manual. ECC Maintenance Room Cabinet VIC 1. Four KCD yellow disposable blankets. 2. Six large multi purpose dressings and gauze tails. 3. Four gauze compresses 24-in. x 72-in. 4. Six 4-in. bancige compresses. 5. Four 2-in. bandage compress. 6. Eight triangular bandages. 7. six rolls Kling gauze bandages. Table 17-2 EP-17 Page 7 of 10 Page 2 of 2 Revision 3

e . -+..- - RADIOLOGICAL EMERGENCY RESPONSE PLAN IMPLDIENTING PROCEDURE EP-17 TABLE 17-3 Scott Air Pak Locations Location Quantity Visitors Information Center 2 Chlorine Building 2 Control Room 5 Maintesance Tool Room 4 45' Auxiliary Building Control Access Point 4 Control Building Train Bay 2 Standby Bottles Location Quantity Visitors Information Center 2 Control Room 8 Maintenance Tool Room 20 NOTE: These quantities are maximum numbers and may vary due te maintenance, repairs or testing. The Visitors Information Center, Chlorine Building, Control Room, and 45-Foot Auxiliary Building Control Access Point quantities should be maintained. 1 Table 17-3 EP-17 Page 8 of 10 Page 1 of 1 Revision 3 i i i

TROJAN NUCl. EAR PLANT i ~ sjfm v% %w,ep -- 1 W sWashington .w w'e ~- ,us.3 . h,. ^ % - s ,/-- wartetoni.9, sf - S e I.c n m e w g T U ( il w i 3 s _s C J,,,,,,2='g .,_ g f. s l ,,,, 2,,,, h.. - Oregon _ 3....o., w 'h ,,;;na .~'n .[ x s, \\ ?a M \\ i ,s... si. .,.m \\\\ _s s- .~ x ( q / .x ps ('- 1p4.; \\ -) ! Vemortta g s_ - I 9 l< u.f\\\\' ~ x l 5. k f) ~' _._,/ fdyp - U ( )r( ).,'__ i y

~

o. -

-v .., % CMi .f7 e...o 4 1 s x- &~ - -.w= \\ ) <\\ e., .? N 1 s, ,e.,. -w

.::=_ W,\\-

v .v i3 \\. M. i ni,, pW s / h'dE \\. f,i s \\.-- A 10 ... n N

i.:. -

._./-.- 9 m N. .) ' i s "z'1 q 4, . s .J i.... l .,OT r,.,... -,.; l l l l-l i ~ '%.9. .s / .g ~ - ? * '%:- g q7 u se,..a *. l l I l l _ -sp .sa. .c i i 4 n,., l,, ;,j l ..i 1 1 N '? l l. = ', N.,. h, N ,.,, - s.ys,. j 1

---. i f' qg s' ;'.

i 3 o-(., j ;_; g 3.' L; s s

2...;./

. t, ! s. s . 3. 1 g h t " 'J '_' s N '; \\!! ..! l !l.r> / !i ?l eii i ii x.. !t

_. -.. _ ],. - \\ y\\ l3 y >

4 6:. y ai J., E,,4. 3s ,.. ~ a:

; i

} y.. s,, - f i J f4 ..;-'=== m n e._. g ,, < - i : u:- -; __, au: __ / A__ :

m~

c-i .. f. ~ ..._,;r qfLn . =.,, ........ ~ s nn i, ~ .a. i, V. .n. M . 'sG j a. a 'j l (f :C2_. "'e:.' 3! ' Portland and Vicinii'!! n-1 ' {[,9of10 Tign:n 2:5.3-1. Ambulance Reuca fr:= : jan Si:a :s g, si n 3 Good Sa=1:1:2n !!csvi:21, Por: land, 0:ege

e % b. In the case of nonradiological injuries, unless the injury is severe and requires highly specialized treatment, the injured will be taken to the closest available hospital, c. Good Samaritan Hospital & Medical Center, Portland, Oregon. In the event of a radiological accident, Good Samaritan Hospital and Medical Center will be the primary provider of medical care. i d. St. Vincent Hospital & hadical Center, Portland, Oregon. f St. Vincent Hospital and Medical Center will serve as the backup hospital. Patients will be transported there only af ter it is determined that Good Samaritan Hospital is unaole to handle all of the patients requiring treatment. e. Columbia District Hospital, St. Helens, Oregon. 4 Columbia District Hospital shall be utilized only as a first stop facility to give life support measures that the EMT's are unable to provide or continue to provide during the transport of the patient from the plant to the Good Samaritan Hospital facilities. f. Hanford Environmental Health Foundation Hospital, Richland, kashingt on. Radiation victims requiring extensive external or internal decontamination and/or a shielded facility for medical care will be transferred from Good Samaritan or St. Vincent Hospital to the Emergency Decc.stamination Center at the Hanford Environmental Health Foundation Hospital as soon as practical. l E. THYROID BLOCKING Guidelines and instructions for Potassium Iodide (KI) administration are contained in EP-14. MQH EP-17 Page 4 of 10 Revision 3 r

1 TABLE 17-1 FIRST-AID EQUIPMENT LOCATIONS j Administration Building Stokes Stretcher - East side, outside Demineralizer Building Sto'kes Stretcher - East wall behind alectrical panels Turbine Building Stokes Stretcher - Elevation 45-f t by equipment elevator Stokes Stretcher - Elevation 69-f t by East door of switchgear room Stokes Stretcher - Elevation 93-f t north of door to Control Building. Control Building Stokes Stretcher - Elevation 45-f t lar elevator lobby Stokes Stretcher - Elevation 61-f t by elevator lobby Stokes Stretcher - Elevation 77-f t in elevator lobby Stokes Stretcher - Elevation 93-f t in elevator lobby Trauma Kit - Elevation 93-f t behind electrical distribution panel First Aid Kit - Elevation 93-f t in Shif t Supervisor's office Trauma Kit - Elevation 45-f t in Radiation Protection Of fice First Aid Kit - Elevation 45-f t in Radiation Protection Office Auxiliary Building Stokes Stretcher - Elevation 45-f t by elevator Stokes Stretcher - Elevation 61-f t by elevator Stokes Stretcher - Elevation 77-f t by elevator Stokes Stretcher - Elevation 93-f t by elevator with hoisting straps Trauma Kit - Elevation 93-f t by elevator Trauma Kit - Elevation 25-f t on stairwell landing Scoop Stretcher - Elevation 45-f t by elevator, with Stokes Stretcher Fuel Building Stokes Stretcher - Elevation 93-f t by waste compactor room, with hoist'ag straps Maintenance Building First Aid Kit - In Maintenance shop by door going into office area Trauma Kit - South / East corner of mechanical shop Visitors Information Center Trauma Kit - Maintenance Room cabinet. Table 17-1 EP-17 Page 5 of 10 Page 1 of 1 Revision 3 m 9

s UPDATED NAINTAINED BY copy HOLDER RADIOLOGICAL EMERGENCY RESPONSE PLAN IMPLEMENTING PROCEDURE EP-14 SAFETY-RELATED POTASSIUM IODIDE (KI) ADMINISTRATION //[.f[8/ APPROVED BY h[M DATE V' A. ?URPOSE This procedure provides guidelines and instructions for the administration of Potassium Iodide (KI) to plant employees (including field monitoring teams) for use as a thyroid blocking agent to provide protection against airborne radiciodine. B. LOCATION OF KI SUPPLIES KI tablets are store. in the following locations (see EP-15 for quantities). 1. Operational Support Center (Hagan Rack Area). 2. Technical Support Center. 3. Visitors Information Center (EOF) - Maintenance Room cabinet. 4 4. Visitors Information Center (EOF) - Field Kit. 5. St. Helens Distriet Office (alternate EOF). 6. Security Building. KI is stored in bottles of ten 130 mg tables. Ten tables constitute one unit or one adult dosage for 10 days. Procedure EP-15 lists the number of units stored in each location. C. PROCEDURE FOR ADMINISTRATION 1. KI tables are to be taken by personnel in the Control Room, CAS, l Operational Support Centers, Technical Support Center, EOF, and Security bailding when measured radiciodine concentrations in air exceed 1.4 x 10 ' pCi/cc (15 MPC) see note 1 (10CFR20, Table I, l Column I). 2. KI shall be carried with the Radiation Protection Field Team and taken if measured airborne iodine concentration exceeds 1.4 x 10-7 uCi/cc (15 MPC). EP-14 Page 1 of 4 Revision 2

o + 3. KI shall be taken by all in plant personnel before entering areas where the airborne iodine concentration exceeds 1.4 x 10-7 tCi/cc l (15 HPC). NOTE 1: The MPC (40 hours exposure) for Iodine-131 in air is 9 x 10-9 uCi/ml. 4. As directed by the Radiation Protection Supervisor, in plant personnel shall use respirators in addition to KI for thyroid protection. 5. When taking KI tablets, follow the directions in Appendix A. Take one tablet per day until otherwise directed by the Radiation Protection Supervisar. D. MAINTENANCE OF KI SUPPLIES ~ ~ ~ KI' tablets have a shelf life of approximately three (3) years *, see Appendix l B. The Radiation Protection Supervisor is responsible for maintaining the inventories of KI as described in Paragraph B and replacing tablets whose shelf life has been exceeded.

Recent FDA action has extended the shelf life to three (3) years.

r l I TOM EP-14 Page 2 of 4 l Revision 2 i

I e s ] M M at S HOW POTASSIUM IOctOE WORKS Certaan i. ms of iodme help your thyroad gland worls nght. Most people 5 the iodine tDey nead from soods hke iodized salt or fisa. The snyroid can " store'* or hold only a certaan amount of t THYRO BLOCK u iodme. i In a raciauon emergency, radioactave iodine may be released m FoTA43 W 100 0a the aar. This matanal may be breatnad or swallowed. It may to<onounced poe.rAss+i.m EYE *-oveo' enter the thyroid gtand and camage i&. The camage would pro-I"' "'I '" [ TASLETS C 71 U.S. P !! you take potasasum sodide. it wd! !!3-up your thymad gland. 3 Thaa recuces the caance that harmnd racaoectave sodane wa TAKE POTASSIUM IODIDE ONLY WHEN PU13LIC en'or tne thyroad gaand. j HEALTH OFFICIALS TELL YOU. IN A 11ADIAT10N EM ERG ENCY. RADIOACT!YE LODINE COULD BE WHO SHOULD NOT TAKE POTASSIUM IOOl0E I

tELEASED INTO THE AIK. POTASS!UM (ODIDE (A The oniv peopee wbo should not taae potassium iodada ero people FOltM OF 10 DINE) CAN HELP PROTECT YOU.

wne know they are alleryc to iocice. You may taae pa*===== iodide even if you are sammg menac:nes for a thyroid pronaem(for if YOU ARE TOLD TO TAKE THIS MEDICINE.TAKE IT examose, a thyrcad honnone ot sat 4 thyroid crug). Pregnant and ONE TIME EVERY 24 HOURS. 00 NOT TArd IT MORE nursing wonnen and banaes anc chiktren may also tass taas crug. OF":'EN. MORE WILL NOT HELP YOU AhD MAY IN. C!! EASE THE RISK OF SIDE EFFECTS. DO NOT TAAg HOW AND WHEN TO TAKE POTASSIUM IODIDE THIS DRUG IF YOU KNOW YOU ARE ALLERGIC To Potasenen loaade should oe um as snoa as m==M= aber s S -.0DfDE. (SEE SIDE EFFECTS BELOWJ puoise health officiale tail you. You aaeauid tame one does every 24 l hours. More will net help you beemuse the thyroui can "hoid" on-ly limased amounta of iodans. Larger doses wdlincremes the rios of ende effects. You wd1 probably be toid not to take the drug for more thaa 10 days. e SIDE EFFECTS I H ROID BLOCKING IN A RADIATION EMERGENCY Usually, sede effecta of m-m iodade happen when W taae bisher desse for a long tune. You should be careful not to tasa mon t an the WM does w take it fw bagu than DIRECTIONS FOR USE Use onJy as daracted bv State ce laul puolic nemith authontaes in I" 'w"a time you win "" the s the e g. the event of a radiation emerrevy. Poseiole ende effects include sium rasene sweihng of the salivary Tabiets: ADULTS AND CHILDREN 1 YEAR OF sore testae and sums. symptoms of a band co6d. and annetames AGE OR OLDER: One til tablet once a stosnach upset and diarrheen. day. Crush for smallchddren. BADIES UNDER 1 YEAR OF AGE: A few people have sa allergne reactaea with more menous eymp- + One half (U21 tablet once a day. Crush tome. These could be fewer and Jonat pasas, or oweiling of parts of first. the face and body and at timme severe snartasse of breath requar* N"""'*"""'** S.dution: ADULTS AND CHILDREN 1 YEAR OF ACE O!! OLDER: Add 6 drops to on Tauma iodide may rarely comes oeurectivity of the thyrmd hall stass of lieuad and d-ink each day, gland, s.m -5,cv of the thyroid gland, or enlargement of the BABIES UNDER 1 YEAR OF AGE: thyrood gaand tgotters. Add 1 drope to a small amount of liquid WHATTO 00 IF SIDE EFFECTS OCCUR once a day. .%, ad deure farma Take i r 10 days unAves daractel utherwise if the side effects an severe or if you have an allerve reactaan, ny state or local pubiac health authontase. stop teams pocasetum iodide. Then, if possabie, call a doctor or I Sture as controlled room temperature between !5' and 30*C tS9' t6 46*F). Keep container ti.tatly c;osed and protect trem ligns. HOW SUPPUED De u t use the oosutaan if it appears brae =issa m the naazia of the THYROwB14CKW TABLETS IPar==== lodidos U.S.PJ bot. r

Wtua, time of 14 tabista (NDC 00374472 20J Each weata. r==nd. screed i

"I I WARNING Paranme sedade sAmeM aos 6e ased by peopde aderyir to sodade. THYRO BLDCKW SOLUTION (Potaamme Iodide Sohntion. I Keep out of the rasch of chaldren. In case of overdose or allergic U.S.PJ 30 mi(1 fl asJ tight.reensaans. -- J -,A unata (NDC 0037 4287-251. Each drop aaarmaa 21 :ng potaments ensuon. contact a phy=maa or the public heetta authenty. iodade. DESCRIPTION WALLACE M T w s l Zaca TilYRO.BLOCKW TABLET contains 130 mg of P**'"' **dd

W INC.

Each droo of THYRO BLOCK" SOLUTION emetaans 21 mg of Croneury, peew aermer 0e612 potmaneurs modaos. CW-s07915-10r19 issue tent 1 1 l 1 Appendix A EP-14 Page 3 Of 4 j Page 1 of 1 hvision 2

. < o r,p- - ),. DIST: JSil, !!S, RA, 3 F, RDS, J S, DD, K3, J I S, LE3, L!!, AKM, RL, RK, RF, EV DI:l'AltTMENT OF llEALTil sr. !!UM AN 51 ItVICES PubEc Homm service i h Rockville Mo 208s7 <b.Cl:.1VliL .s APR ' 0121 4 NOA 18-307/5-002 EU!.ATORY. AFFAIRS APR 161981 Wallace Laboratories /b,. Division of Carter-Wal~ lace, Inc. 4 Attention: Mr. H. B. Zimerman l Cranbury, New Jersey 00512 .Mg 40, j \\ j Gentlemen: l 4 Reference is made to your c =nunication dated March 12, 1981 regarding ] your supplemental new drug application et July 10, 1980 submitted pursuant to section 505(b) of the Federal Food, Drug, and Cosmetic Act 'or Thyro-81ock Tablets (Potassium Iodide Taolets, U.S.P.). Reference is also made to our letter to you dated December 1, 1980. t Thesupplementalapplicationprovidesforanincrease*"fr5mthepresently l approved two years expiration period to four years for the tablet dosage j fann. We have reviewed the information submitted in your March 12, 1981 letter l and have the following conrr.ents: a) Your comun'ication f ails to address the three deficiencies specified,in our December 1, 1980 letter.,*, b) T'e penulti= ate paragraph of your March 12, 1981 transmittal letter takes issue witn our request.for individual tablet assay results to be suomitted to this supplecent, stating that this is not a compendial requirement and, accordingly you did not submit l this requested information. ~ ~ ~ ~ The approved specifications for this drug product do not recuire '7 individual tablet assay results in the controls. Our Decescer i 1, 1980 recuest was for a one-time submission so that the Bureau's Biometrics Section could, together with your responses to the other two items, statistically evaluate the stability assays. . c) We note thct your March 12, 1951 an.cndment does not contain extensions of the graphs as had been submittcd in your initial supplemental application. _ - O h,4ae hm tyy,_,1),13,,extensien ef the drue prodiact's exoiration

en

,dn e f ecm t'.:p vears tu_three,,yeart,,1gi,,,in,af_.,qgnsicer, f uriner ptenslo,,r,1 hwe have rey,3y,,es Gf ty.Mu.,aL1,on,f,,r,qm,ogr Bievetrics Sect ion of tne data yiu have,,p,ut.mit1.p,q. Whatever additional staoility data you wish to I suomit toward such an extension w'ill be considered.in this evaluation. Appendix B YP-14 Page 4 of 4 Page 1 of 1 Revision 2

~

D l UPDATED MMNTA!NED BY COPY H0'.! '. J l RADIOLOGICAL EMERGENCY RESPONSE PLAN IMPLEMENTING PROCEDURE EP-17 SAFETY-RELATED MEDICAL /0[A k 8/ APPROVED BY DATE V A. PURPOSE The purpose of this procedure is to letail the treatment of injured personnel during a radiological emergency. B. AUTHORITY AND RESPONSIBILITY The Radiation Protection Supervsior reports to the Manager, Technical Services at the Technical Support Center (TSC). The Radiation Protection Supervisor has the authority to direct the treatment and/or-decontamination of injured personnel onsite. His responsibilities include: 1. Providing Cardiopulmonary Resuscitation (CPR) and first aid training to appropriate C&RP personnel. 2. Maintaining first aid supplies in designated places. The Radiation Protection Emergency Team is trained in first aid and is responsible for first aid inside the plant. C. PERSONNEL INJURY Personnel injured onsite will have immediate first aid administered to them by trained C&RP technician 2. For those injuries which require further, more complete medical attention or are of such a serious nature as to require a doctor's care, ambulance service to a nearby medical facility offsite will be provided. 1. First Aid a. Radiological accidents at the Trojan site may involve injury, overexposure or contamination of plant personnel. In this event, it will be necessary to: 1) Provide first aid and transportation to the hospital. 2) Prevent or minimize the spread of contamination. EP-17 Page 1 of 10 Revision 3 = asie

a: n-3) Protect the health and safety of onsite personnel and offsite assistance persons. b. Any injury or overexposure will be reported to the Control Room, and the Shif t Supervisor will notify the Radiation Protection Supervisor. The following actions will be taken by the Radiation Protection Emergency Team: 1) Provide first aid to injured individuals. 2) Survey the patient to determine the extent and location of contamination or direct radiation being emitted f rom the patient. 3) Decontaminate the injured person as much as possible using standard methods. 4) Determine exposure, remove all dosimetry devices for processing and replace as appropriate. 5) If needed, notify the Control Room and the Security Watch Supervisor of the need for. an ambulance and the door to which the ambulance should be dispatched. Prepare the patient for ambulance transportation. 6) A Radiation Protection Emergency Team member will accompany the patient to the hospital and remain at the hospital to provide radiological services to hospital personnel. c. Injured personnel in plant should be taken to the Radiation Protection Office on the 45-foot level of the Control Building for treatment. If out-of-plant or if during a plant evacuation, all injured personnel should be taken to the VIC/ EOF. l d. A list of first aid equipment locations is in Table 17-1. Table 17-2 is a list of first aid supplies in the Radiation Protection office and in the EOF. Table 17-3 is a list of Scott Air Pak locations. 2. Transpertation a. If it is necessary to transport the injured person by ambulance to the hospital, the Security Watch Supervisor will take the following action: 1) Contact Rainier Ambulance and request them to dispatch an l ambulance to the site. EP-17 Page 2 of 10 Revision 3

g. j J I t 2) Arrange'to have the ambulance escorted to the proper door for injured personnel pickup. 3) Instruct the ambulance driver that the patient is to be taken along prearranged routes (see RERP Figures 2:6.5-1 or 2:6.5-2) to: (figures attached). i-a) The Emergency Department at Good Samaritan Hospital, b) The West entrance (Physical Therapy Unit) at St. Vincent Hospital, or c) Columbia District Hospital (for interim treatment only). NOTE: St. Vincent Hospital should be used only in the j event Good Samaritan Hospital is not available. a 3) Notify the hospital to which the injured is to be taken. a) Describe the extent and type of injury and provide available radiological information. { b) Estimate the approximate ambulance arrival time. I ~ 4) Notify the designated Health Physicist to proceed to the hospital to advise and consult with the hospital medical t personnel concerning radiation exposures. D. OFFSITE FACILITIES 1. Ambulance Services a. Primary: Rainier Ambulance. l t b. Alternate: St. Helens Fire Department Ambulance. l J 2. Hospitals a. All personnel who might have exceeded 25-ren whole body dose or five times the maximum permissible radionuclide body burden shall. be transported to a radiation care facility (i.e., Good Samaritan j or St. Vincent Hospitals) for surveillance. Dose estimates shall be made by PGE personnel using, as applicable, pocket dosimeters, TLD film badges, survey instruments, urinalysis and whole body counts. The PGE Medical Advisor shall recommend the extent cf medical surveillance. 4 EP-17 Page 3 of 10 Revision 3 i 1 e ws e + b e ye-4 .m w .e-+9y w t-w-w - + - ~w ..=m--yw wy---..y--+-t e-+e-v---~mT r? met-g-W-mr-ware- --wr---F* w e d -*er er--v-- ee a m-t "-N-'

o . * * -/ bPDATED MAINTAINED BY COPY HOLDER RADIOLOGICAL EMERGENCY RESPONSE PLAN IMPLEMENTING PROCEDURE EP-11 SAFETY-RELATED ONSITE RADIOLOGICAL SURVEYS APPROVED BY b[ # DATE /0/28/8/ y-A. PURPOSE This procedure details procedures for evalunting onsite radiological con-l tamination of large or unknown quantities using both installed and pot able equipment. The Radiation Protection Supervisor will designate Survey Team l personnel and provide guidelines for conducting onsite radiological surveys. B. AUTHORITY AND RESPONSIBILITY Emergency Coordinator The Emergency Coordinator is the ptrson onsite who is designated to take charge of the emergency control measures. He has the ultimate authority over all onsite activities and personnel. C. EOUIPMENT 1. Fixed Monitoring Systems a. Area Radiation Monitoring System (ARMS). 1) This system is provided to supplement the personnel and area radiation monitoring provisions of the plant radiation i protection program. 2) For locations and alarm setpoints see Section III of the Radiatien Protection Manual. b. Process and Effluent Radiological Monitoring System (PRMS). 1) The Process and Effluent Radiological Monitoring System provides the means for monitoring the Containment atmosphere, the ventilation exhaust from spaces centaining components for recirculation of radioactiv fluids, ard all other gaseous and liquid effluent paths by which radionuclides may be released to the environment. 2) For locations and alars setpoints see SectioiII of the Radiation Protection Manual. EP-11 Page 1 of 2 Revision 1

~ c. Portal Monitors. 1) Personnel leaving the contr)lled access area or the site resticted area must pass through the portal radiation monitors or frisk manually. When exiting controlled area, monitor your body and any equipment per Radiation Protection procedures. If contamination is found, see EP-13. 2) For locations and alarm setpoints see Section III of the Radiation Protection Manual. i 2. Portable Instruction a. Radiation Instruments. These instruments are itemized in Section III of the Radiation Protection Manual including types of radiation detected, levels, accuracy of each instrument, and use. b. Air Monitoring Instruments. 1) Constant Air Monitors are used to monitor a continuous sample of air from an area. 2) Air samplers used to draw an air sample through a filter paper to remove particulates and a charcoal or silver zeolite cartridge to remove halogen radioactivity. 3) For operation and use of these instruments, see the Radiation Protection procedures and Emergency Procedure EP-12. l D. SURVEY TEAM ORGANIZATION The Onsite Survey Team wil consist of two Chemistry and Radiation Protection Technicians initially. More can be added as the need arises. E. SURVEY TEAM PROCEDURES 1. During the initial reentries following an accident, radiation and l airborne radioactivity levels may be much greater than normal. Prior to entries, collect as much data as possible from the fixed monitoring systems (ARMS, PERMS, etc.). Expected entry path and destination may be available via the Fixed Monitoring System. 2. Record survey data on routine department survey forms. MQR EP-il Page 2 of 2 Revision 1 l '}}

ML20033B382

Contents

Text

Reference:

Title:

Title:

=

Navigation menu

ML20033B382

Text

Reference:

Title:

Title:

=

Navigation menu

Search