ML20086N008

Affidavit of Ja Weismantle in Support of Lilco Motion for Summary Disposition of Phase II Emergency Planning Contention 46 Re Continued Availability of DOE-RAP Resources

ML20086N008
Person / Time
Site:	Shoreham File:Long Island Lighting Company icon.png
Issue date:	02/10/1984
From:	Weismantle J LONG ISLAND LIGHTING CO.
To:
Shared Package
ML20086M832	List: ML20086M830 ML20086M846 ML20086M868 ML20086M882 ML20086M896 ML20086M915 ML20086M924 ML20086M936 ML20086M958 ML20086M981 ML20086M989 ML20086N008 ML20086N023 ML20086N035 ML20086N121
References
ISSUANCES-OL-3, NUDOCS 8402170180
Download: ML20086N008 (56)

Text

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9 LILCO, February 13, 1984 UNITED STATES OF AMERICA NUCLEAR REGULATORY COMMISSION Before the Atomic Safety and Licensing Board In the Matter of

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LONG ISLAND LIGHTING COMPANY

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Docket No. 50-322-OL-3

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(Emergency Planning (Shoreham Nuclear Power Station, )

Proceeding)

Unit 1)

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AFFIDAVIT OF JOHN A. WEISMANTLE l

i IN SUPPORT OF LILCO'S MOTION FOR

SUMMARY

DISPOSITION OF PHASE II EMERGENCY PLANNING CONTENTION 46 I

(CONTINUED AVAILABILITY OF DOE-RAP RESOURCES)

John A. Weismantle, duly sworn, deposes and says as fol-1 lows:

1 My name is John A. Weismentle.

I am employed by the Long Island Lighting Company as Manager of the Local Emergency l

Response Implementing Organization (LERIO).

As such I have re-sponsibility for the offsite emergency plan for the Shoreham Station, known as the LILCO Transition Plan, and its imple-menting procedures, for updating them periodically, and for keeping them accurate and up-to-date.

The following statement is true:

1.

Appendix B of the LILCO Transition Plan at 3.5-2 will include Attachment 2 to this Affidavit, sensisting of a proposal-to LILCO-from Impell Corporation to provide qualified personnel to fill the position of Radiation Health Coordinator, and the purchase order accepting that proposal.

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BNL 32857 TE U.S. DOE RADIOIACICAL ASSISTANG FROGRAM:

'y BRSOENEL, EqDIFENT AND ESOUE25*

Andrew F. Bull. Alan T. Enshner, Jaigh F. Phillips 9

Brookhaven National laboratory safety a Environmental Protection Division Upton, New Tork 11973 ABSTRACT The Radiological Assistance Program (RAF)'of the U.S. Department of i

Energy (DCE) is intended to provide energency advice and assistance in tha l

event of radiological incidents. Each of DE's eight Regional Coordinating i

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Of fices in tha U.S. provide a 24-hour reporting and response capability.

Specifically, the Brookhaven Area Office (380) is responsible for DOE's l

Region I, which includes the 11 northeastern states of the U.S.

Although an

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inventory of dedicated equipment is assigned to EBO-RAF, it draws upon the resources of Brookhaven National Laboratory (BNL) for trained personnel in health physics and for other specialized personnel in both the day to day f

operation af the program and in the "cu-the-scene" response to an incident.

The organisation cf the EBO-RAF progree and its response psocedures are described in detail. An inventory and brief description of the contents of a variety of amargency equipment hits atd of additional state-of-the-art instrements is included. The BRO-RAF guidelines and requirements for field operations are also indicated, as are other DOE resources upon which it can draw.

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• Research carried out eder the auspices of the U.S. Department of Energy.

Contract No. Dd-AC-02-7FG 00016.

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INTRODOCTION 1he Radiological Assistance Program (RAF) of the U.S. Department of C.

Basily (DOE) was originally established in 1958 by the Atomic Energy Commission (AEC) to provide emeryney advice and assistance from its resources to (1) minimise loss due to incidents involving radioactive meterials and properly cope with radiological hasards and (2) protect the public health and shfety from these hasards. At that time, the AEC's large multi-purpose research facilities contained most of the nation'a readily available radio-logical competence in both sampower and equipment, so they constituted primary resources for dealing with radiological emergencies. More recently, state and local governmental agencies as well as private academic and research institutions have acquired the ability to deal with minor amargencies, so that the DOE-RAF rola has become increasingly that of supplying " backup" to state I

j and local agencies in the event of major emergencies or for those um:sual l{.

incidents which call for specialized expertise and/or equipment for their j

i assessment and control.

3 In principle, RAF can respond to direr a requests from private indivi-i i

In duals, industrial users of radioactivity, or law enforcement agencies.

' )4 practice, its respouse is closely coordinated with state and/or local I

radiological health authorities, as well as with other concerned local, state and federal agencias as appecpriate. In the case of commercial nuclear power b

plant accidents, the DOE responsibility is specific. ally that of coordinating

)j of f-site monitoring, as formally spelled out in the Federal Emer5ency Management Agency's (FINA) " National Radiobgical Emergency Preparedness /

i Response Flan"1. which is schematically indicated in Fig.1. Racept for an 2i

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actual or potentially large, extended or unusual accident sich-warrants RAF's

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q immediate assistance, the typical "on-the-scena* response to RAF calls from private industrial neers azd law enforcement agencies is made by state and/or e'

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local radiological control personnel, abo may then bring in RAF at their discretion.

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' The Radiological Assistance Program astends nationwide. It is implemen-tad through eight Magional Coordinating Offices, as shown in Fig. 2.

The Brookhaven Area Office (550) is responsible for DOE's Region 1, which includes the eleven northeastern states of Maine, New Emmyshire, Vermont, Massachusetts, Rhode Island, Connecticut Eev York, New Jersey, Pennsylvania, Delaware, Maryland and the District of Columbia. With regard to commercial nuclear power, it may be noted tbst 22 (or 30E) of the nation's 72 operating power reactors are located in DOE Region 1 and that 11 more are enrrently under construction.2 The Region also includes two of DOE's high-power research and test reactors, eight low-power tuniversity research and teaching

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reactors, two nuclear powered suhaarine refueling facilities and three of DOE's naval reactor propulsion experimental and prototype facilities.

The Brookhaven Radiologics1 Assistance Program (190-RAF) is described in detail in its Radiological Plan.3 It is printed in two parts. Part I, stiich is revised only infrequently, contains general informatien about the organization and implementation of the Region I Plan.

Part II, diich is up-dated every six months, contains specific procedures, checklists, contacts and an inventory of equipment resources and locations. The brief recapitulation of the Brookhaven Radiological Ast stance Program which follows is taken largely from this Plan.

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II. OBJECTIVES

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The ob,j.ctives of the EO Radiological Assistance Program are to:

A.

Provide an affective radiological assistance capability.to ensure l

G the protectior, of people and property.

B.

Provide guidelines to BBO-RAF Team personnel for the evaluation of radiological incidents and the recommendation of corrective actions.

C.

Maintain liasion with other DOE installations, and with Federal, stat.e and local organisations that may beccee involved in radio-logica) assistance operations in Region I.

It should be noted that RAF serves an amargency function and that it would not normally be involved in extensive decontamination or other recovery activities.

III. ORGANIZATION

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1, MO and Brookhaven National laboratory (ENL) provide the primary source of radiological assistance personnel and equipment for Region I RAP. Other DOE installations or contractors is the region, including the Envirorumental Measurement laboratory in New York City, the Pittsburgh and Schenectady Naval Besctor Offices, the thiversity of Rochester and the DOE Office at West Valley, may be called upon to provide Advance Teams in emergencies.

j All requesta for assistance are received by EB0 on a special dedicated

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telephone line which is coserad on a 24-hour a day, year round basis. The calls are referred directly (or indirectly in off-hours) to a RAF taan captain. The captain is then responsible for obtaining the details of the incident and the initiation of an appropriate response either directly or thrwsh a cognizant state or local radiological control agency.

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In addition to the Tcast Captcias, who cro bealth physicists, RAP draws lupon other trained and esperienced EWO and RNL personnel with specialized capetence within the overall areas of health piqrsies, reactor safety, fire The selection of a specific team protection, public information and medicine.

is based on the type and estent of an incident, as well as the special abilities of the team members.

REO is also the tagional coordinating office for the implementation of the Federal Radiological Monitoring Assistance Flan (FEMAP), which would be activated for significant accidents including those at consercial nuclear power plants which might require a multi-agency response.4 Accidents involving nuclear weapons and camponents or radioactive materials indentified as military property, would be referred to and ccordinated by the Joint Nuclear Accident Coordinating Center (JNACC) at Albuquerque, New Mexico.

IV. RESPONSE TO CALIS FOR ASSISTAN3

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Ceneral Requests for radiological assistance are received on a special dedicated RAF telephone number (516-282-2200). During working hours it is answered at the Office of BNL's Safety and Environmental Protection Division I

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(S & EP). During non-working hours (nights and weekends), calls on this line are received by the Desk Officer at the BNL Security Office. In any event, a L

call is referred to the RAF Team Captain designate for the month, or the 1

preceeding month, etc, until one is contacted. (Sometimes several calls are 1

I required, but this system has not yet failed to reach a Captain).

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By direct conversation or call back, the Team Captain then obtains as "much information as possible about the incident and provides immediata guidance and advia. All incidents are referrred by the Tema Captain to the 4

l cognisant state or local radiological control bureaus. DOE Beadquarters and the RC are also motified (when the latter's licensees are involved). The state or local agencies and/or the RC then usually deal directly with minor incidents with no further EAP involvement, except for a folloap to ascertain i

dat actions were taken.

A BAP team would be formed immediately by the Captain on call to deal with auy reported major incident that had resulied in or that threatens to result in a uncontrolled release of significant quantities of radioactive materials.

A typical team of 5-6 individuals would include appropriate personnel

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from a pre-established list of S&EP's radiological stuf. Other ENL specia-k.-

lists in the fields of medicine, public information and security may be included as necessary to deal with the nature of a specific incident. A team would clso include a Coordinator from the DOE's 380. An Advance Tesa fran another DOE f acility in Region I might also be called upon so as to provide an early "on-the-scence" response for major incidents in areas of Region I that are remote from MLN mid-Iong Island location. The RC Regional Office at 1

King of Prussia, Pennsylvania would also be called upon for assistance in the i

case of najor incidents involving its licensees.

B.

Transportation The mode of travel to the locale of these incid2nts dich ustrant an

• on-the-scene" 1AP response will be determined by such factors as tocation, severity, and urgency of the situation, distance, time of day and we'ather

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tilize government vehicles which are available to hNL.

2.

Aircraft Cenerally for incidents occurring more than 150 miles from BHL, air transportation by helicopter of the U.S. Coast Cuard's Search and Rescue cervice would be utilised. Subject to weather conditions one would be cvailable at Brookhaven within an hour of the requests to the Coast Cuard.

3.

Commercial Travel RAP teams may utilize commercial transportation as appropriate.

The BNL Security Force acts as custodian of emergency funds and goverranent Transportation Request Forme, dich they are authorized to release to any RAP l

Captain upon request.

In the event that air transportatic a is utilized, the state or local

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governmental or other entity requesting RAP assistance should be prepared to

p. ovide ground vehicular transportation from the ne' rest practicable a

helicopter landing site or airport to the scene of the incident or to the planned RAP Team operating location.

C.

Response Time The response time for a RAP Team to arrive "on-the-scene" of a radio-logical incident in Region I would be governed by it's distance from BNL and by vehicular speed. For ground transportation, a speed of 50 mph (80 km/hr) on interstate highways may be sised in making estimates. Where and when practicable, helicopter t ansportaion has an airspeed of about 120 knots (140

.aph or 225 km/hr).

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t In either case, an elapsed time of about one bour from first

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notification to departure would be required to allow for the assembly of personnal and equipment. This would be in addition to the transportation t3 time.

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Equipment Several dedicar.rd Emergency Equipment kits and additional " state of the art" equipment items are located in BNL's Calibration and hergency Support Center. Most 6f the equipment is contained in portable instrument 3

kits, data and/or reference kits, protective clothing kits and saanple collection kits. Several of them are apparent in Fig. 3, dich shove the 1

initial BNL RAP team as it prepared to depart for Earrisburg, PA via i

helicopter on March 28, 1979. In addition, several items of special equipment for an emergency truck are also stored in this building. The current detailed (1.'

list, as it appears in Part II of the October 1982 update of the RAP FIAn, is shown in Appendix I.

Rese kits contain such standard gear as, conventional portable survey instrunnents (see Fig. 4), air samplers (see Fig. 5), grass and soil sampling tools (see Fig. 6), protective clothing (see Fig. 7) and auch miscellaneous items as rope, tape, warning signs, a calculator and record books (see Fig. 8). he equipment dedicated to RAP also provides several unusual and/or sophisticated items. These include:

(1) Two FIDI2R (Field Instruments For ne Detection of Imv Energy Radiation) kits (see Fig. 9). They employ large-diameter thin (5" x 1/16" or 12.5 x 0.16 cm) NaI crystals with very thin windows. ney are thus.optomized for response to very low energy gamma radiations, such as.tbose associated with 239Pu (Uranium x-rays,17 kev) or with 241Am (60 Ka7).

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i (2) A portable kiti-Channel Analyser (seo Fig.10), with an associated 3x3* (7.5 x 7.5 cm) EaI detector or a Righ Purity Ge Detector.

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(3) A portable Pressurized Ion Chamber Radiation knitor (see Fig.

11).

(4) Five portable field iodine air samplers. Their design was t

l originally developed at ENL to provide quick assesucts of thyroid inhalation dose by relatively atrained persons, using readily nailable and inexpensive equipment.5 As shown in Fig.12, the samplers are intended to accept 12V DC current from an automobile. Bowever, the sampier's motor has a dual winding, w that it will also operate on conventional 110V AC line power.

The filter cannister, dich is shown in Fig.13 holds the filter material in an annulus around an inner cavity. As shown in Fig.14, the inner cavity is sized to accept the " pencil' shaped tube of a standard CD7-700 GM Co mter. Although an ordinary GM tube may be employed, increased sensitivity

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is provided in the BNL design and operating protocol by the use cf one with a

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high Z cathode. Also, by the use of silver-loaded siles gel, a high discri-mination factor against the unwanted collection of noble gases on the filter i

medium is achieved.

Ready reference graphs and tables are also preided, by means of dich the count from a 5 min (25 ft or 700 i) sample may readily be converted j

to thyroid dose for specificed immersion periods and post-incident times. For i

samples obt-ined within a few hours efter reactor shutdown, the minimum detectable inhalation dose 3,s about 0.1 rem.

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V.

FIELD OPERATIONS Whether responding to a request flor radiological assistance in the public or private domain, RAP Team personnel will function at an incident scene i

through the highest level authority, local, state, or federal. In the sheence 9

of such authority, the Radiological Assistance Team Captain will perform thel secessary radiological fimetions. Monitoring activities and corrective e

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actions deemed necessary in the judgment of the Team Captain will be carriedI out by team members.

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RAP Team operations will be performed consistent with the guidelines and limits established by the agency having the primary responsibility at the ncene of the incident. These actions are subject to approval by the Team Captain. Actions such as the physical restraint of individuals, inpounding of materials, restriction of traffic, etc. are outside

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the duties and responsibilities of the RAP members.

When the emergency aspects of the assistance response have been brought under control. RAP's "on-the-scene" activities will normally be terminated. t Before leaving the xene of the occurrence, the Team Captain will inform tBea principals involved of the radiological status of the facility or environment and will offer appropriate recommendations regarding its restoration to m

unrestricted use.

If, during recovery operation, personnel or material resources will be required beyond the capabilities of the organization experiencing the emergency, it will be encouraged to contact commercial e

.T organizations capable of performing the necessary recovery functions.

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State, local and other agencies having cognizance of or jurisdiction over auclear facilities with a potential for large and/or extended relaajes of i

S radioactivity are urged to pre-plan for the location and support of a suitable f.%

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headquarters for the 1AP Team that would allow it' to function over a pcuible This location duration of up to several days, should this become necessary.

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In the should be proximate to but not at the site of the f acility itself.

case of emergency planning for accidents at commercial power planes', a remotely located of f-site Emergency Operating Facilitity (EOF) could be This would readily provide for convenient liasion with other designated.

For other facilities or situations when this is not concerned entities.

Practicable, nearby local, state or federal governmental offices sey provide convenient headquarters for RAP. Those at which related state or local The 1AP activities are also to be located would be aspecially suitable.

effort will also be facilitated if the requesting agency is prepared to maka radio-equipped cars, with drivers f amiliar with the locality, initially available to the 1AP team.

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V1. Other Resources

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If the actual or potentini consequences of an accident are of such a magnitude as to warrant a major RAP commitment, resources from other DOE contractor facilities such as personnel, equipment, materials and services are available for emergency operations, subject to the essential operating As requirements for the health and safety of these facilities themselves.

previously indicated, Department of Defense (DOD) resources are also available through au agreement with D2.

As also previously indicated, the former IRAP Plan, through which the assistance of other federai agen'cies may be called upon, is beits supplemented by FEMAP. In principle, it will correspond closely to the Federal Response Management Plan for radiological accidents at ecamercial nuclear pbwer plants and which has already been depicted in Fig.1.

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Aerist ot'rveys may be appropriate for those incidents which result in, or

! - - (, i dich may result in, the uncontrolled releases of large amounts of gamma emittig gases or particultates. In these situations, MD-RAF may, at its discretion.. call upon DOE's Aerial Maascement Organisation, the nearest arm N

of sideh is situated at Andrews Air Force Base in Maryland.

For those situations dich may require extensive support of its radio-logical assistance operations, DOE may call upon its Esadquarter Energency Action and Coordination Taan (EACT).

In turn, EACT may call upon the sztensive espabilities of its Nuclear Emergency Search Tens (NEST), which is situeted at Ias Vegas Nevada and those of the A5cepharic Release Advisory Capability (AEAC) which is situated at DOE's lavrance Livermore Laboratory in livermore, California.

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EQUIPMENT RESOURGS AND LOCATIONS l

This section of the Manual is devoted t a tabulation of the og'uipment and other resources available to the RAF anc Les physical location. The equipment cited ir dedicated to the RAF sad e above and beyond all other equipment available at ENL or any other Rag-1 I RAF participating organisation.

On occasion some of the mique devices

special icotruments may ba used in BNL related activities. This can only be tone with prior approval of the i

DOE Coordinator and only after prior notific : ion of all team captains indicating the new exact location of the des :es.

( ~

RAP EQUIPMENT STORACE

)

The following equipment is maintained i a ready status at the l

Calibration Facility, Building 348, at 15 We c Brookhaven Avenue.

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FIED KITS Instrument Kit (3 es.)

4: entity DESCRIPTICQ ^

1 Victoreen Badector III, beta-sa n s a (Ion Chamber) 9 1

Victoreen CDV-700 count rate meter with and window, thin wall and under water G( probee 1

Alphs scint. probe 1

Battery operated air sampler and filters 4

200 MR self reading dosimeters 4

201 R self reading dosimeters 1

Dosimeter charger 6

Tu dosimeters Misc. - Stop watch, flashlight, tape ruler, check sources and betteries.

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Yidler Eit (1 es.)

Quantiti DESCRIPTION 1/16 x 5 inch diameter scint. with 1

thin window Eberline FEM-5 pulse rete aster 1

1 Eberline RASP-1 Ruggedized alpha probe Eberlina EPA-3, 2 inch scint. probe 1

Eberline IP-210 beta window pancaka

.1 GM probe Misc. - Spara parts, tape ruler, ebeck sources, voltaster, spara batteries, cables and gloves.

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1/16 3 5 inch diameter seint, with 1

thin. window Eberlina SAM-2 mini scalar and rate aster 1

ED-22, 2 x 2 inch scint. probe A

Misc. - Rachargeable battery pack for SAM-2, tape ruler, and cables.

l Multi Channel Analyzer Eit (1 ea.)

Quantity DESCRIPTION Davidson Model 4106 M.C.A. (4096 r'h==a1=)

1 Digital Cassette Escorder 1

Silent 700 Printing Terminal 1

Inverter Feuer Supply & Fower Card

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1 M.C.A. DETECTOR SYSTEMS Quantity DESCKIPTION Bieron 3 x 3 Bal Detector 1

Canberra 2005 Freamp 1

Canberra 2012 Amplifier 1

Canberra 3002 5.Y. Supply 1

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1 etTEC Righ Purity Ce Detector i

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.1 ORTEC 572 Ampliftar 4

ORTEC 459 E.Y. Supply 1

. f ORTEC Mini FIM BIN & 1sw Voltage Supply

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Beta & Camma Esference source set 1

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30 Liter Demer 1

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-3 Environmental Radiation Monitor (1 es.)

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Easter Stokes 385-111, Range % 5000 micro B/kr.

N Forta-Air 1Baapier Kit (5ea.)

Gesatity EESCRIPTION i

1 Portable (AC/DC) field iodine air samplar 1

Victorean CDf-700 mount rate antar with 1

6306Qt probe and shield Sampla emniaters (silver loaded silica-sel) 5 Sample canisters (TEDA charcoal) 5 I copy samplins proceedure, technical report battery adapter Misc.

cable, 25 ft. extensica cable, screwdriver.

Jorta-Air Sampler Supp1v Eit (1 ea.)

Quantity DESCRIPTION

(.e.,i sample canisters (silver loaded silica-sal)

V 17 dample canisters (TEDA charcoal) 4 one gallon can (silver loaded silien-sel) 2 Bell particulate paper 1

Beaker 1

Screwdrivers 2

Scissors 2

CDV-700 & 6306 probe 1-Misc. - 31mak labela, pre-earked labels, plastic bags.

Environmental Air Sarpler (18 ea.)

i Contains AC powered psesp lapsed tima meter, flow gauge, hoea, filter holdar, rain cover, filtar stand and power cord, 5 sample ran4=ters, 6'particulata

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, filters, padlock, chain.

l Rinh volume Air Samplers ( 2 es.)

Staplex particulate monitors.

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Data or Baference Eit - Color Code - Dark Brown Attache Case (2 ea.)

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Radiation Esadbooks and RAF Manual Data Pads, Graph Paper. Fencils, 2nlar l

Masking Tape and Espe Tape signs and Tags Basil Sample Containers y

Tape Measure

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Pockst Enife Polaroid Camera and Film Snear Books and Filter Paper

1. 7 en/ E= cord 84* ="5 Calculator and Charger M arias ( " D'*, 4v 9 /)

s Sas11 Plastic Bass r 50 dim e s Ra Ii

=I Protective clothina Eit - Color Code - Brown (4 kits for 2 people es.)

Eaad Covers i

1/2 Face Easpirators and Filtars (2 A.D., 2 MSA, 2 Wilson)

Gloves (Imavy Flastic and Autopsy)(2 sizes)

J Coveralls Ofedium and Larse)

Shoe Covers Ofedium and Large) 5 plash Suit & 1 Foncho

. Tape (Wide, masking)

Wash and Dry Packets Flastic Bass Otedium and Larse)

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Sample Collection Eit - Color Code - Green (4es.)

J I

Plastic Bass (3 sizes)

Sample containers - Bottles (3-5 sisas)

Sample Containers - Can (3-5 sizes)

Masking Tape Grease Fencils Tromel s

Tass Scissors Tongs Fun Baat - (3 es.)

Each bag contains rain suit, coat, gloves, hat seeks, underwear, toilet articles, rain boots, and moveralls.

Gasoline Powered Cenerators I

~2500 Watt 115 Volts. AC (one amehi 500 Watt, 115 Volts. AC.(Two each)

G as oline Can, 5 !=11-1 (3 each)

Filter Pummel (3 each)

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' s, Survey Instruments:

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Victorean 471A Wide range beta-samme (Ion Chambed c.

r3 Victoresa CDf-720 Wide range beta-samme (Ion Chenber) 1 Telatector 6112 Beta-samma with telescoping probe (GM) 1 Victorean CDT-715 Gamme(Ion Chamber) 2 Victoreen CD7-700 Count rate meter (GM) l l

1 Victorean CDV-700 count rate meter, scint. & GM l

3 Eberline E120 Count rate me;er(GM) 1 Victorean Badector III Beta-samma (Ion Chamber).,

3 Eucer CS-40&

Wide range beta-gammaa (Ion Chamber) 2 Ludium 12-5 Micro 1 meter (scint.)

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1 Eberlina FIM-5-3 Lin-Log Pulse Rate Meter with PG-2 low energy gamma scint probe 1

Ibsrline FAC-4G-3 Lin-Los Gas Proportional survey meter with AC-21 alpha probe 1

Eberline PAC-4G-3 Line-Log Gas proportional survey meter (Floor Monitor Mount) with AC-21 alpha probe. AC-213 beta probe 1

Eberline FAC-ISA Alpha scint. detector, SFA-1 probe with sample tray 4

Eberline FAC-45 Lin-Iag alpha scint. detector 1

Imdlim 12 Count rate meter with alpha seint.

2 LFE Cory IF2

• Eeutron detector (Snoopy)

Scalars and Detectore:

1 Eberlina PS-1 Portable Scalar 1

Eberlina PS-2 Portable Scalar (2 Righ Voltage adj.)

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I 2

Iberline MS-2 Portable S M ar & rate meter i g

2 Eberlina EB-3 CM counter with sample tray 6

Scalarn and Detectors coat.

Ousatity.

2g3, Descrintion 1-Eberlina 35-5 Gas Flow counter with sample tray 1

Eberlina IP-210 Bets window ;-aa ^= GM probe 2

Eberlina SE-4 Bolder with sample tray for EF-210 Frobe

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1 Eberlina FC-2 Lab. type, lead shailded, gas flow proportionni counter & gas cylinder

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Bouipment for tTse on Enernency Track Road Maps EAp h sal First Aid Eit Toc 1 Kit W - tal)

Jumper cable Fire extinguishar F' ares (9)

Blankats (2) 3 hovel Flash 113ht j

Flastic Tarpaulin Flood light

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s Miscaliannons Protective Clothinz Coveralls - 12 pau; Esad covers, cotton - 18 Apron, rubberized - 1 Leather gloves, lead !Jaad - 1 pair latther work slaves - 4 pair Cotton work slaves - 5 pair Embber gloves - 5 pair Flastic slaves, disposable - 150 pair Shoe covers, rubberized - 24 pair Shoe covers, canvas - 3 pair Shoe covers, light plastic - 20 pair shoe covers, heavy plastic - 8 pair a

Rubbers, yellow toe - 2 pair Rain boots, rubber - 2 pair-Tar - 14=, canvas - 3

~

Easpirator (A.O.),1/2 face - 1 2nspirator Oi.5.A.),1/2 face with spara filters (Type E) - 23 pair Easpirator filters (Wilsso) Type E12 - 16 pair Protective eye glasses, plastic - 6 pair g

Miscellaneous Items T

1

Fortable co h eations transceivers (5)

Portable at/FM broadcast recalvers (2)

Binoculars - 2 pair Radiation signs & tags (assorted)

Ribbon ta'e p

aspe Pads Pencils l

Eminforced filament tapa l

Plastic tags Plastic bottles,10GdL 100 each Marinelli beskars l

spara TEna charcoal, and silver loaded silica-gal Yacuum drying oven for silica-gal Battery packs for Eberline scalars (4asch)

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Spara type 151 filters for battery operated air samplars l

gample canisters for env. air assolars - (200)

Particulate filters for env. air esspiers - (300) s

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I REFERDCES

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L Federal'hergency Management A ency *Estional kadiological Emergency C

Properadness/ Response Plan for Commercial Nuclasr Feuer Plant accidents" (Master Plan), FR 45248, pp 84910-17, (22 Dec.1980).

2.

ES.' Department of Energy " Nuclear Reactors Built, Being Built or Planned in the United States", DOE / TIC-8201-145 (June 1982).

3.

Ibid., " Radiological Assistance Plan". Region I Earts I (1975) and Part II (updated every six months).

U.S. Department of Energy, Chicago Operations Office Drookhaven Area Office, Upton, New York 11973.

4.

Raf.1 Part C.9, Footnote 5, his plan, still in draft form, is intended to replace the Inter-agency Radiological Assistance Plan (IRAP).

5.

a.

C. Distenfeld and J. Elemish, "An Air Sampling System for Evaluating he Thyroid Sose Commitment Due to Fission Products Baleased From Reactor containment " ENL-NUREG-50881 (1978).

i b.

FEMA, " Guidance on Off-Site Emergency Radiation Measurement Systems",

Appendix B, FEMA-REP-2 (1980).

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Attachuent 2 k

i 12LPELL"Y A

cc:

P. Jacobs J. Moran W. Kerekes J. Diurno September 21, 1983 D. Trout 8/P No. 63-81 R. Watts G. Krieger Long Island Lighting Company P. Smalley j

175 East Old Country Road D. Behr Hicksville, New York 11801 S. Mots i-M. Beveridge

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Mr. Vito Elefante APSDJile

• Attention:

Manager - Pun hasing Department jft rf

Subject:

i Proposal - Emergency Preparedness i

Staff Support j

Reference:

IMPELL/LILCO Meeting of September 6,1983 t

Gentlemen:

4 Pursuant to the referenced meeting. Impell Comoration is pleased to submit a proposal to provide personnel for the position of-Radiological Health Coordinator for the Local Emergency Response j

Organization.

It is our understanding that this individual would be required to respond in tha tvent of an accident at the Shoreham Nuclear Power Station and would, in turn 1

Operations Center in Brentwood, New York,to help coordinatereport to the Emergency -

{

Radiological Health rela,ted activities.

I In order to ensure that a qualified individual is available on a 24 j

j hour basis. Impell proposes to provide a primary and four alternates j

for this position.

Impell would ensure that one of these individuals would be maintained in a " ready status" at all times and i

that they would be made available for periodic training, as well.

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would be designated as the primary Radiological j

Health Coordinator.

The four alternates for this position would be Resumes of these individuals are attached.

~'

Impell proposes to provide the services previously described on a time and materials basis in accordance with the terms and conditions I

of our Agreement for Engineering Consulting 3ervices, ED81.LO LILCO i

(attached).

It is recomended that a budget of be established to cover the cost of these services (emergency activation, drills, training. etc.). Please note that this budget will be used only in the event that labor or direct costs are 8

i incurred. No fee or retainer for these services will be required.

4 i

1 i

225 BROAD HOLLOW ROAD

• MELVILLE. NEW YORK 81747

• t51m 42o 32oo

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September 21, 1983 Long Island Lighting Company B/P No. 63-81 Current' hourly billing rates for these individuals are as follows.

Impell appreciates the opportunity to submit a proposal for this most important effort. Should you have any questions or comments, please do not hesitate to contact me at (516) 420-3255.

Very trulv yours, 1

William A. Kerekes Section Maneger Power Servi:es Division Enclosures - as stated I

l cc: Mr. G. Moeller 1

Mr. C. Daverio e

h a

1

1 i

Y Q EDS NUCLEAR O EDS ASSOCIATES O KFAE DNSA BUDGET CHANGE REQUEST / PROPOSAL REQUISITION FORM B/P NO.._.63. Al CLIENT 1 il CO _ _ _.

DATE 4 / 0 / R1 __._ _

TITLE I FRO Dad /hal +h rnn ra i r.a t n r _

O BUDGET CHANGE REQUEST ON JOB NO.

A lD NEW PRODOSAL O REVISION NO (COMPLETE REVISION SECTION BELOW)

C O SCLD COMPLETE-JOB NO O SOLD PARTIAL / MARKET REMAINDER-JOB NO AM'T SOLD $

y O SOLD PARTIAL / LOST REMAINDER-JOB NO AM'T SOLD $

j O SUPERSEDED BY NEW B/P NO.

T a SUPERSEDES B/P NO.

Y O LOST TO REASON OCANCEL REASON PROBABILITY

_9 START DATE 11/1/R3 COMPLETE DATE 11/1/Rd TYPE CODE i i i BUDGET ALLOCATION OfVISION/

SECTION A W NT B

U LEAD DMSiON/SECTION 1671 D

G A

T TOTAL C

TYPE OF COMPENSATION: E SALARY MULTIPLIER O FlxED RATE O LtjMP SUM 2,gg C

E EXISTING TERMS AND CONDITIONS M

G EDS AGREEMENT FOR CONSULTlNG ENGINEERING SERVICES NO./ DATED ED81.LC LILCO O CLIENT CONTRACT /P.O. NO O STANDARD CONTRACT FORMS INCLUDED-SCHEDULE CODE

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O AGREEMENT FOR CONSUL 9NG ENGINEERING SERVICES

)

A O COMPENSATION SCHEDULE FOR CONSULTING ENGINEERING SERVICES T

O COMPUTER USE RATE SCHEDULE l

O EMPLOYEE SALARY RANGE SCHEDULE O REPRODUCTION & WORD PROCESSING RATE SCHEDULE O OTHER h

CHANGE TYPE FROM TO V

. BUDGE 1 S

O COMPENSATION h

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LEAD DIV MGR _ "M, /,$ 2 3

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N SeGNATURE DATE

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EDUCATION B.S., Physics, New York Institute of Technology,1971 M.S., Radiation Biophysics, University of Kansas, 1976 EXPERIENCE is a Lead Senior Engineer with extensive

)

experience in the Health Physics field. With Impell Corporation, has perfonned in a number of disciplines. In emerg.ency planning, he developed a number of radiological sections to emergency plan scenarios for clients in the Northeast Region and has perfonned as a Controller during an NRC/ FEMA l

Emergency Preparedness exercise. As a Health Physicist at a national laboratory, emergency responsibilities included: developing l

emergency radiation exposure guidelines and served as a team captain of the DOE Region I Radiological Response Team, which responded to radiological emergencies. He also assisted in the development of the laboratory's revised post-TMI Emergency Plan.

In the training area, was a member of the project staff for the development of Health Physics and Chemistry Te:hnician lesson plans for a major PWR in the Northeast Region. He trained supervisory personnel in health physics as a part of the laboratory ALARA philosophy implementation; was Principal Health Physicist in the trainin'g of Laborstery Emergency Forces (Police and Fire Groups) ir emergency response training; instructed reactor operators in fundamentals of radiation protection as part of annual retraining program, and performed general orientation programs for new employees.

das responsible for performing an AL. ARA review of the Waste Management activities of a Northeast Region PWR.

He conducted studies on radiation worker populations for ALARA philosophy and designed and developed an on-line computerized dosimetry data base for use at a large proton synchrotron. He also developed a Radiation Protection Plan (NUREG 0761) for a 60 MW research reactor.

PAGE NO EXPERIENCE has additional experience in the (continued) measurement techniques of radtoactive gaseous effluents to the environment.

He designed a computerized method to produce the Semi-Annual Effluent Report for a major northeast utility.

tb developed environmental dosimeters and calculational models for determining off-site doses due to a 1MI-type accident.

In addition, he has calculated doses to critical equipment as part of a post-LOCA equipment qualification program using QADM00-G computer code.

He has also performed shielding analysis for an Interim Onsite Storage facility and is familiar with X0000Q, GASPAR, and LADTAPII computer codes.

Prior to his work at a national laboratory.

• was employed as a Health Physics Supervisor for the Health P Diagnostics Inc.hsics Services Section at Searle In this capacity i

vas responsible for quality assurance a,nd the technical nerformance of all cose:ercial dosimetry services.

4e also developed new types of personnel dosimeters, as well as mathematical protocol for exposure determinations for both ffin and TLD dosimetry systems.

PROFESSIONAL AFFILIATIONS Health Phsics Society Greater N.Y. Chapter of Hea1th F hsics Society Amerfcan Nuc1 ear Society Long Island Chapter of American Nuclear Society Sigma Pi Sigma, Honor Society of Student Physics Socie ty 1

l,

PAGETiiree PRESENTATIONS

" Relative Detemination of W-values for AND PUBLICATIONS Alpha Particle; in Tissue-Equivalent and Other Gases," Physics in Medicine and Biology,1979, Vol.

24.

"Use of a Computerized Data Base to Implement ALARA at a Large National Accelerator." Paper presented at 25th Annual Meeting of the Health Physics Society, Seattle, Wash.,1980.

"The ALARA Program at the AGS" Paper presented at 15th Midyear meeting of the Health Physics Society.

Orlando, Florida,1982.

" Comparison of ICRP-30 and ICRP-2 Dose Factors in Detemining Radiation Exposure from Liquid and

. Gaseous Effluents." Paper presented at 27th Annual Meeting of the Health Physics Society, Las Vegas, Nevada,1982.

" Computerization of Semi-Annual Radioactive Effluent

{

Reporting Requirements." Paper accepted for presentation at the Annual Meeting of the Health Physics Society, Baltimore, Maryland,1983.

I

l EDUCA1IDH 8.S. in Physics - 1972 Cooper Union, New York City M.S. in Nuclear Engineering - 1975 Pennsylvania State University University Park, Pennsylvania EXPERIENCE is a Lead Senior Engineer in the Power Services Division with extensive experience and knowledge in power and research.aeactor reactor operations, and mechanical ecufpment maintenance.

e is presently involved in a Control Room Design Review for a PWR. On this project has conducted Operator Interviews at the plant, prepared a detailed control room inventory listing and conducted an operating experience review.

He has also perfonned accident drill scenario development, Offsite Dose Calculation Manual development, and the equipment qualification of electrical components.

Prior to joining Impe11 Corporation, was involved for five years in re:ctor operations, Project Engineering, and reactor instrumentaticn for two operating research reactors at Brookhaven i

National Laboratory. His specific responsibilities inciuded, Project Engineer for the completion of the 60 MW Conversion Project at the High Flux Beam Reactor, Reactor Operator Supervisor Trainee at the

]

HFBR, Chairman of the Ad Hoc Safety Review Committee for the Brookhaven Medical Research Reactor - 1980, Lead Auditor for Quality Assurance Group Reactor Division, Project. Engineer for the installation of the Cold Neutron Experimental Facility at the HFBR, as well as Representative to the Nuclear Power Engineering Committee of the IEEE. As Lead Auditor -

Q. A., he perfonned full reviews of the Reactor,

Mechanical Maintenance Group, Reactor Water Chemistry Group, Specialty Materials & Gases Procurement for Reactor Usage, the Post Mortem of Mechanical Failure of the Major Water Storage Tank.

Prior to the above experience, -

was associated for fcur years with various A/E's as a nuclear systems engineer on assorted PWR and BWR plants.

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PAM TWO PROFESSIONAL American Nuclear Society AFFILIATIONS Health Phsics Society Institute of Electrical 8 Electronic Engineers 1

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EDUCATION State University College of Oswego Oswego, New York Pursuit of Liberal Arts Degree Westchester Comunity College Vaha11a, New York EXPERIENCE is a Lead Senior Engineer in the Radiological Services Section with extensive experience and knowledge in power reactor health physics, chemistry, and radwaste systems operations and emergency planning.

Since joining Impe11 Corporation, '

. has been involved in developing onsite and corporate emergency plans and implementing procedures, preparing and conducting onsite and offsite err.argency preparedness trainir.g. forinulating computerized atmospheric plume dispersion models, developing radiological emergency plan drill scenarios, conducting emergency plan training exercises,

.a instructing emergency plan drill controliers/

observers and perforining as the Emergency Operations l

Facility Controller.

Prior to the above tasks, was involved in coordinatins, an extensive ALARA review of as-built equipment and facilities for a nearly completed BWR, testimorty support for ASLB Ifcense hearings, review and audit of a major northeast utility's environmental monitoring program, developing corporate ALA?A procedures in accordance with USNRC Regulatory Guides 8.8 and 8.10, developing a state-of the-art, task oriented chemistry and health physics Technician Traini.x] Program. This PWR training program is designed to meet NUREG 0761 and INPO guidelines.

In addition,

, has participated in the development of/an ALARA Program and associated procedures for a major pre.ssurized water power reactor.

PAGE TWO EXPERIENCE For approximately eight (8) years prior to joining (continued)

Impe11 Corporation, was involved in applied activities in support of three operating nuclear power plants.

As Senior Radiological 'and Environmental Technician at the James A. Fitzpatrick Nuclear Power Plant

' acted in the capacity of (JAFNPP),

~ -~

foreman responsible for development of health physics and chemistry procedures, supervision and performance of plant chemistry and radiochemistry analyses, development of off-site release reports, and supervision of Health Physics activities of approximately 35 technicians during plant outages.

As a Radiation Protection Technician at JAFNPP, responsibilities included: health physics coverage; radwaste chemistry and support; reactor coolant chemistry and radiochemistry; solid waste shipments; and survey instrument and plant process monitoring equipment calibrations.

As a nuclear plant operator at JAFNPP, responsibilities and education included: radwaste systems startup and acceptance; radwaste operations; turbine and auxiliary systemc startup and operation; nuclear operator training school; reactor reactivity manipulation and criticalities; and procedure review and acceptance.

At Nine Mile Point Nuclear Power Plant, was assigned as a Nuclear Flant Operator with responsibilities including: radwaste systems operation and processing; turbine and reactor auxiliary equipment operations; NRC Reactor Operator Licensing School; Reactor Operator Requalification School; reactor reactivity manipulation; reactor criticalities; turbine startups; plant power transitions; refueling and LPRM replacements.

• 9

I PAGE THREE l

i EXPERIENCE Prior to Nine Mile Point, was assigned as a Nuclear Plant Operator at Indian Point I Nuclear (continued)

Plant with responsibilities including: water treatment operation and chemistry; high pressure boiler operation and chemistry; primary and secondary plant operation; and gas turbine generator operation.

While in the U.S. Army, participated in the nuclear weapons program.

His experience included reliability, accountability, security and health control.

PROFESSIONAL Plenary Member, Health Physics Society AFFILIATIONS REGISTRATIONS Registered Radiation Protection Technologist, AND LICENSES National Registr/ of Radiation Technologists "An Approach to a Pre-Operational ALARA Review PRESENTATIONS MD PUBLICATIONS of a Nuclear Power Station." Paper accepted for presentation at the 28th Annual Meeting of the Health Physics Society Baltimore, Maryland,1983.

I o

e 4

_____________m

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l I

EDUCATION 5.S. in Phsics - 1973 Albright College, Reading, Pennsylvania Boiling Water Reactor Technology General Electric Company - 1976 Sciling Water Reactor Radiological Engineering General Electric Company. Pleasanten, California -

1977 Radiological Maintenance United Nuclear Industries, Inc.

Hanford, Washington - 1978 Internal Dosimetry, Lowell University - 1981 EXPERIENCE is the Manager of the Radiological Services Section with responsibility for enhancing the region's capabilities in all radiological areas, including Health Phsics/ALARA, dose assessment.

environmental monitoring, radwaste system upgrades, 9

and low-level waste storage.

has over nine years applied experience in the Power Reactor He! tith Phsics fitE including utility and engineering consulting exprience..

With Impe11 Con oration, has been involved in various Health Phsics and Radwaste projects in the capacity of project manager, project engineer, and task leader.

I Currently, is project engineer for development of an Off-Site Dose Calculation Manual for a Northeast Region PWR, For.this :,ame utility, was involved in developing atmospheric I

dispersion mode,1s for use in emergency planning dose assessments.

was involved in Y Radwaste Prior to this, Volume Reduction evaluation.

In this project,'

was the task leader for a radwaste systems ALARA review, which included a cost-benefit

- i l

evaluation of man-rem exposures associated with j

radwaste operational and maintenance activities.

l

O EXPERIENCE Some of previous accomplishments with (continued)

Impe11 Corporation include the following:

was responsible for developing and implementing a Health Pnysics Technician Fundamental Training Course for a major Northeast Region BWR. This program consisted of developing the training' materials and conducting the course at the utility s power reactor site.

Prior to this, was responsible for development of task-oriented Health Physics, Chemistry, Contractor, and Support Technician Training Programs for a major Northeast Region operating PWR. This state of the Art program was developed to meet NUREG-0761 and INPO guidelines, and included lesson plans, visual aids and practical factors tailored to the technician's responsibilities In addition, with Impe11 Corporation, has been involved in numerous Health Physics and Rad Waste projects including; development of an ALARA o program and pmcedures for two separate western region PWRs, developing ALARA system field and design review guidelines for use in reviewing operating and construction stage nuclear plant system configurations and design bases, reviewing plant's radiological environmental conttoring program and providing consulting assistance with numerous shielding and dose calculacion evaluations.

For approximately seven years prior to joining Impe11 Corporation.

was involved in professional Health Physics activities at two nuclear power plants, both operating and under construction.

As acting Health Physics Supervisor at Susquehanna Steam Electric Station (a two unit boiling water reactor under construction),

supervised.15 personnel in developing a health physics program and reiated procedures to meet FSAR committments and regulatcry requirements. As supervisor, was responsible for implementing required training prggrams, developing equipment and manpower budgets, assisting in Emergency Plan development, and developing ALARA, respiratory protection and Oosimetry programs and procedures.

1 O

i l

l PAGE THREE l

EXPERIENCE In addition, aad responsibility for the (continued) operating plant volume reduction program, including handling and shipping of radweste, adninistrative controls, and training programs.

also served as a member of the Corporate ALARA Review Committee. As Health Physics Engineer at Susquehanna,'

was primarily responsible for implementing the station ALARA and exposure evaluation programs and implementing an extensive constructon stage ALARA design and field system and component review.

Prior to Susquehanna, nas employed as Assistant Engineer at Three Mile Island Unit I.

In this capacity acted as Health Physics Foreman; super, vising technicians and assisting with health physics evaluations and radwaste suoport activities through start-up, initial refueling, and nusberous maintenance outages.

PROFESSIONAL Health Physics Society AFFILIATIONS Delaware Valley Society for Radiation Safety American Nuclear Society 4

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AGREEMENT FOR_

CONSULTING ENGINEER!NG SERVICES 19th day of January THIS AGREEMENT, made as of the_

1981, by and between Long Island Lighting Company

(" Client"), and EDS NUCLEAR ENGINEERS INC. OF NEW YORK (" Consultant").

WITN ESSETH :

WHEREAS, Client desires Consultant to perform certali professional engineer-ing services as hereinafter described, e.nd Consultant desires to do so for the compen-sation and in accordance with the terms and conditions set forth herein NOW, THEREFORE, THE PARTIES AGREE AS FOLLOWS:

ARTICLE I SER\\_' ICES 10 BE PERFORMED Consultant shall perform for Client the professional engineering services de-scribed in the attached Compensatica Schedule for Consulting Engineering Services and any other addenda attached hereto durbg the period and in the manner. described in that Schedule. Consultant shall be an independertt contractor, and not an agent of Client, in performing these services and shall accordingly have sole discretion with respect to scheduling, staffing and all other matters incidental to Consultant's performance of 6ese services. Dis Agreement shall not be deemed to be an agreement for the sale of goods. Any documentary report or other tangible item furnished under this Agree-ment will be furnished solely to communicate information relating to the professional engineering services to be performed under this Agreement.

AR11CLE !!

COMPENSATION For satisfactory performance of the services described in the attached Compen-sation Schedule for Consulting Engineering Services and any other ad&nda attached hereto, Citent shall pay Consultant the, compensation provided for in that Schedule.

%Is compensation shall be billed to Cilent at calendar monthly intervals and shall be due and payable within 30 days following receipt thereof, subject to Client's right to contest in good faith all or any part of the charges set forth therein. Billings shall be prepared in such form and supported by such documents as Client may reasonably require.

ED81.14-LILCO !

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l TERMINATION ART 1CLE III This Agreement may ts terminated at any time by either party by 23 days written notice to the other party. In the event of termination by Consulta'nt, any assignment which has been accepted t>y Consultant will be completed if desired by Client. In the event of termination by Client, the work shall be discontinued as provided in the termination instruction, and Client shall pay as provided herein for all work done in accordance with the termination instruction.

AR'"!CLE TV NONDISCLOSURE Provided that such information is specifically designated by Client in writing as confidential or proprietary in nature at the time of disclosure or access, Consult-ant agrees not to divulge to third parties, without written consent from Cilent, any infor nation obtained from or through Client in connection with the performance of this Agreement unless the information is (a) in the public domain at the time of dis-closure by Consultant; (b) known to Consultant prior to obtaining the same (rom Client; or (c) obtained by Consultant from a third party who did not receive the same, directly or indirectly, from Clientunder a confidentiality obilgation,to Client.

Client understands that special techniques in the arts and sciences, developed or accumulated by Consultant at its own time and expense, will be employed to benefit Client under this Agreement and agrees such special techniques are proprietary to Consultant and shall not be disclosed to any third party during or subsequent to the term of this Agreement without Consultant's prior written consent, unless such spe-cial techniques fall within one of the categories described in (a), (b) or (c) above.

ARTICLE V NON-NUCLEAR IN3URANCE A.

Insurance Provided by ConsultanL At all times hereunder, Consultant will provide and maintain the following in-surance or equivalent acceptable self-insurance:

1.

workers' compensation insurance with coverage in accordance with the statutory requirenients of the state where the work is to be performed; 2.

employer's liability insurance with a minimum limit of $500,000.00 for each accider.t or occupational disease; i

ED81. LO-LILCO t

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i comprehensive bodily injury Itability insurance, including coverage 3.

for contiactum111 ability, personal injury and owned, hired and non-owned automobiles, with minimum limits of $500,000.00 per occurrence,

$500,000.00 aggregate; comprehensive property damage liability insurance, including cover-4.-

age for owned, hired and non-owned automoblies, with minimum limits of

$500,000.00 per occurrence and $500,000.00 aggregate; excess limits coverage in addition to the insurance provided in Para-5.

each occurrence, graphs 2, 3 and 4 hereof with limitz of $4,000,000.00

$4,000,000.00 aggregate combined single limits bodily injury and property damage liability.

Consultant shall, with respect to the services performed under this Agreement,

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Aarnish Client certificates of its Msurance coverage for any of the foregoing ris.ks.

Consultant win cause Client to be named as an additional insured under its property f

damage and bodily injury liability coverage, as respects any operations of Consultant performed in conjunction with personnel of Client.

B.

Insurance Provided by Client Where services performed pr to be performed hereunder are in connection with any constniction activities, Client will provide and maintain "AU Risk" Builders Risk Insurance or the equivalent thereof, providing protection against physica11oss i

or damage at the site to au property and equipmentlocated thereat with Consultant named as an additional insured. To the extent aval?able, such insurance win be for the halllimits of the project value then at risk. Any deduct 1ble will be for ine account of Client.

i AR'I1CLE v1 NUCLEAR INSURANCE AND INDEMNIFICATION.

Client wiu, without coat to Consultant:

i entar into an agreaancnt of indemnification ( Government Indemnity Agree-(a) ment") contemplated by Sabsecdon 170(c) of the Atomic Energy Act of 1954, as amended

("the Act") for the benefit of Client and for the benefit of Consultant; obtain and mCntain11 ability insurance coverir; on-site mad off-site bodily (b) injury and off-site property damage from the American Nuclear Insurers or the Mutual Atomic Energy Liability Underwriters, or equiv:. lent insurance, in mich amoun't and in such form as shau meet the financisi protecGon requirements pursuant to Sabsection 170(b) of the Act (" private insursace")..

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'Ihe private insurance and Government Indemnity Agreement mentioned above shall be maintained in effect (1) In the case of a constmetion project frogn the day nu-elear fuel is first shipped to the project site and (11) in the case of an existing facility, from the date Consultant begins the performance of services hereunder, and shall be continued in effect for such period as may be necessary to cover liability arising out of or resulting from the work of Consultant. If either the private insurance or Govern-ment Indemnity Agreement mentioned above are cancelled or modified so as to expose Consultant to increased risk of liability, or in the event that the nuclear liability pro-taction by the Act is repealed, or expires, Client will, without cost to C,csultant, secure such liability protection by insurance, indemnity or limitation of lisbility, private or governmental, so as to assure to Consultant no material impairment of its liability protection formerly available under the Act; (c) obtain and maintain in force at no cost to Consultant property insurance in the maximum amount available in the form of a policy from the American Nuclear Insurers and/or the Mutual' Atomic Energy Re-Insurance Pool, or equivalent insurance Said including an options for extension of coverage, covering all property at the site.

property insurance shan be maintained in effect from the time nuclear fuel first arrives at the site until an of Consultant's obligations under, or as a consequence of, this Agree-ment shan have been fully discharged or terminated. To the extent available, the limit of insurance will be the completed value of the project. Any deductible wiu be for the amount of Client.

Upon regnest therefor by Consultant, Client shan provide Consultant with a copy of any such insurance policies.

. ARTICLE VII LIMITATION OF LIABILITY AND HOLD HARMLESS

'fbe total camuistive liability of Consultant, its affiliates and their respective directors, officers, employees and agents (referred to conectively as " Consultant'?

in this Article) to Client with respect to services performed or to be performed pur-suant to this Agreement, whether in contract, Indemnity, contribution, tort (including negligence, whether active, passive or any other kind), or otherwise, shall not exceed 100% of gross compensation received by Consultant under this Agreement, or $100,000.00, whichever is less. Sach liability shan be further limited in the fonowing respects:

Client waives and win require its insurers to waive au rights of recovery (a) against Consultant for physical damage to or loss or destmetion of any property at Sach dam-Client's plant site, whether from nuclear damage or from any other cause.

age, loss or destruction includes but is not limited to any loss, dansge or loss of use, l

which in whole or in part is caused by the hazardous properties of " source ma.terial",

"special nuclear material" or '?by-product material", as those terms are defined in the Act, and au costs of decontamination; ED81. LO-LILCO

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l in no event shall Consultant be liable to Client for special, consequential (b) or pena 11 osse? or damages (including but not limited to losses, damages or claims related to the unavailability of the nucicar power plant, shutdowns or service interrup-tions, loss of use, profits or revenue, inventory or use charges or cost of capital or claims or Client's customers);

in no event shall Consultant be liable to Client for losses, damages, or

~(c) claims which are either (1) discovered by Client more than two years from the com-pletion of the portion of the scope of services which are involved, or (2) as to which Client falls to give notice to Consultant as hereinafter provided, within a reasonable time, not to exceed thirty (30) calendar days, from the discovery thereof.

In the event of the negligent performance of services by Consultant pursuant to this Agreement and with respect to which Clf ent gives notice thereof within the time specified in subparagraph (c) above, Consultant will proceed expeditiously to modify or correct the professional engineer'ng services negligently performed.

The expense of doing so shall be counted "attard the total cumulative liability of Consultant to Client described above.

ARTICLE VIII SURVIVAL

%e provisions of Article IV, " Nondisclosure", Article VI, " Nuclear Insurance and Indemnification" and Article VII, " Limitation of Liability and Hold Har rdess" shall survive the termination or cancellation of this Agreement, or the completion of services performed hereunder, and shall apply to the full extent permitted by law.

ARTICLE Df SEVERABILITY If any term of tnis Agreement is held to be unenforceable, no other term of this Agreement shall be affected by that holding, and the remainder of the Agreement shall be' interpreted an if it did not contain the unenforceable term.

AR'ITCLE X NOTICES All communleations relating to the day-to-day services to be performed pursuant to the Agreement shall be delivered to the respective representatives of Client and Con-sultant who win be designated by the parties promptly upon commencement of the services, All other notices and communications required or permitted hereunder shall be delivered Personally to the respective represer.tatives of Client and Consultant set forth below, or shall be mailed by certified mall, postage prepaid and shall be effective u; ion receipt.

Until changed by written notice, all such notices and communications shd1 be addressed as followr 5-ED81.14-LILCO

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i If to Client:

Long Island Lighting Company i

1 Attention:

Title:

If to Cossultant:

i EDS Nuclear Engineers Inc. of New York 445 Broad Hollow Road Melville, New York ~11747 Attention:

Mr. P. R. Jacobs

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Title:

Regional Manager AR*ITCLE XI

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MISCELLANEOUS

' Itis Agreement, including the Compensation Schedule for Consulting Engineer-ing Services and any other add'eiuta attached hereto, constitutes the entire Agreement between the parties for the services to be provided hereunder, and supersedes al' prior representations and agreements, whether written or oral, between the parties as to such services. No waiver, alteration, consent or modification of any of the provisions of this Agreement shall be binding unless in writing and signed by a duly authorized representa-tive of the party to be bound. ' Itis Agreement may be executed in several counterparts, each of which shall be deemed to be an original, but which together shall constitute one

'1he failure of either party to enforce strict performance of and the same instrument, any of the terms of this Agreement or to exercise any rights herein conferred shall not be construed as a waiver or relinquishment to any extent of its rights to assert or rely l

upon any such terms or rights on any kture occasion.

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IN WITNESS NSEREOF, the parties have caused this Agreement to be executed by their duly authorized representatives, as of the date hereabove first written.

EDS NUCLEA NCINEERS INC. OF NEW YOftK (" Consultant")

4. -../k ny Joseph'A. Marubbio Senior Vice President LONG ISLAND LIGHTING COMPANY (" Client")

By_ = _

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IMPELL CORP 510 & 634 225 BR0aD HOLLOW RD suvia ELVILLE NY 11747

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LoNo isL ANo uc** TING couPANv AT MARK: 367692 7^10,"

100 E. OLD C0tNTRY RD. - HICKSVILLE NY 11801

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wascope riv e enica THIS PURCHASE ORDER IS ISSLED TO COVER THE COSTS ASSOCIATED WITH SECURING A TECHNICAL CONSULTANT TO FUNCTION AS A RADIOLOGICAL HEALTH COORDINATOR FOR THE LOCAL EERCENCY RESPONSE ORGANIZATION IN ACCORDANCE WITH IMPELL CORP.' S PROPOSAL 63-81 DATED 9/21/83, RADIOLOGICAL HEALTH COORDINATOR BILLING RATES:

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@AceAM S YES (FC45741 DATE /g/ g 3 O CONTRACTED PROJECTS

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.PU'RCHASE ORDER g arv pasca OcscuerreoM as a s coog l

PERIOD:

NOVEMBER 1,1983 THROUGH NOVEMBER 1,1984 REPORTING LOCATION:

EMERGENCY OPEMTIONS CENTER BRENTWOOD, NEW YORK IT 15 WDERST000 THAT ONE OF THE ABOVE INDIVIDGLS IS REQUIRED TO RESPOND IN THE EVENT OF AN ACCIDENT AT THE SHOREHAM NUCLEAR POWER STATION. ADDITIONALLY, ONE INDIVIDUAL WILL BE AVAILABLE TO PARTICIPATE IN PERIODIC TRAINING EXERCISES.

IMPELL WILL PROVIDE THE SERVICES AS DESCRIBED ON THEIR PROPOSAL (63-81 9/21/83) IN ACCORD-ANCE WITH THE TERMS AND CONDITIONS OF THE

" AGREEMENT FOR ENGINEERING CONSULTING SERVICE 5".

E D81.LO-LILCO.

FAILURE TO' INVOICE IN ACCORDANCE WITH PATES (AND OTHER ASSOCIATED CHARGES) AS SHOWN IN THIS PURCHASE ORDER WILL RESULT IN DELAY OF PAYMENT WITHOUT INCURRING ANY PENALTY CHARGES TO LILCO.

TOTAL ESTIMTED COST OF THIS PURCHASE ORDER IS NOT EXPECTED TO EXCEED.......

CONFIRMING ORDER - DO NOT DUPLICATE ACCTS. PAYABLE DIV.

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PLEASE FORWARD ALL INVOICES TO MR. J. A.

WEIS$NTLE, LERO HICKSVILLE, FOR APPROVAL PRIOR TO PASSING FOR PAYMENT.

RECEIVING AUTHORITY - J. A. WEISMANTLE LOCATION - HICKSVILLE TOTAL' AUTHORIZED VAlt.E OF THIS PURCHASE 0RDER SHEET 2 OF 2 gg

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approximately six miles from SNPS.

A DOE-RAP 1

representative will report to the Local EOC to act as 2

a liaison between the local EOC and the DOE-RAP 3

Offsite Radiological Survey (ORS) teams and 4-i Radiological Accident Assessment staff.

5 6

Two Offsite Radiological Survey (ORS) teams, 7

consisting of two individuals per team from DOE-RAP, 8

will be dispatched as necessary to perform offsite 9

radiological surveys, see Downwind Survey Procedure 10 (Procedure 3.5.1).

The estimated deployment time for 11 the Offsite Radiological Survey (ORS) is one hour.

12 The survey teams will obtain their offsite 13 Radiological Survey (ORS) teams Kits at BNL.

These 14 teams will be equipped with radiation survey 15 instruments, air samplers with Silver Loaded Silica 16 Gel filters, and equipment to take water, soil and 17 vegetation samples for laboratory analysis.

The 18 objectives of this surveying will be to provide data 19 for dose assessment, in conjunction with dose 20 projections, to be used as a basis for protective 21 action recommendations.

These ORS teams will be 22 supplemented by additional teams from LILCO if 23 24 needed.

25 i

r The level of response with respect to offsite 26 i

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radiological surveying will depend on the seriousness 27 of the accident.

The RAF Team Captain will have the 28 l

authority to determine the level of surveying 29 required and will ensure capability for extended 30 response periods.

Tho ORS teams will be dis?atched 31 to perform offsite radiological surveys in the 32 downwind direction from SNPS.

Each team will be 33 directed by the Environmental Survey Function located 34 l

in the Local EOC, via radio communications.

He will 35 specify the distance from SNPS, the direction and 36 sampling location number in the ten mile EPZ to 37 monitor radiation levels and obtain samples of air, 38 water, soil and vegetation.

These preselected 39 sampling sites are listed on Table 3.5.1 and keyed to 40 the Offsite Survey Map Figure 3.5.1.

Field data will 41 be radioed back to the Environmental Survey Function 42 l

and all samples will be returned to the Local EOC, or 43 as directed, for laboratory analysis by DOE-RAP or 44 I

SNPS labs.

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3.5-2 (3

REV. 2

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