ML20042F935

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Forwards Louisiana Energy Svcs Application to Const U Enrichment Facility
ML20042F935
Person / Time
Issue date: 05/07/1990
From: Lambe W
Office of Nuclear Reactor Regulation
To: Urban J
JUSTICE, DEPT. OF
Shared Package
ML20042F936 List:
References
NUDOCS 9005100194
Download: ML20042F935 (12)


Text

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i May 7, 1990 o

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.. Ms. Janet Urban, Esq.

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Department of Justice Judiciary Center h ngte 2 bbl Re: Antitrust Review of Louisiana Energy Services' (LES) Application to j

Construct a Uranium Enrichment Facility

Dear Janet:

Enclosed for your information and review is a recent submittal by LES pursuant i

to their application for a permit to construct a uranium enrichment facility.

As indicated in the submittal, the requested antitrust information is scheduled to be forwarded next month.

I will provide you with a copy of sane as soon as they submit it.

Regards,

^

ORIGINAL stagno gy William M. Lambe 5

Senior Antitrust Policy Analyst Office of Nuclear Reactor Regulation i

4

Enclosure:

As stated j

DISTRIBUTION:

[LTR. TO JANET URDAk', ESQ.]

LCentraFF11edeWLambe PTSB:R/F JRutberg l

NRCPDR BBordenick LPDR PLoysen DNash Lfd i

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9oo510o194 900507

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LES Project Packard Place - Suite 200 P.O. Box 36911 Mail Stop PP02B charlotte, N.c.

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Talm.a Peanast Form

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' TAX #: (704) 373-8700 o

vez!fication No. (

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-1 AGERDA.

i NRC/LES MEETING i

THURSDAY, MAY 3,1990 l

. Part 1-- Project Issues Review a Update, 9:30 Am - Noon I

L rxpectai participants:

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Reger Poaltar, Dide Balpraz or Joe Brerran i

L Neward At:nld Peter IARoy 4

Erie Kraska l:

Jesse swords Bill Criffin W

Bob.Zimerman Jctrn McEvoy Joe Rncets Marc Jew 6mn (AF

--- only) fa p Eids

.s Project status. Update frca Boward Arnold.

l il 27, 1990, Q

Signirs 'of Iw.E=c=up Agrament, Arricunoament.in scener on Apr j

u.

Name of Fac:ility, if moesn, etc.

Details of' Pad

.tilp Agreement affecting Foreign.

li M untion and' Antitrust, (PA) 'Was written to ensure cxzpl4=r = with L

i ted by a t

ma' Piu.u.Aip Agreement 10CFR50,38. Em PA was written to =1='re h

L' foreign interest.

2e firamial mE9*im jpm.

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majacity vote of at Imatst 60% is ragtyired. ha falleming activit f

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Share are restrictions en the votig rights of crence. 'Ihase restrict ons outlined-belcw:-

yms, of the Pacunddp Manacymsmt chnip ce Vice&b xts Uranco, that pu..ar. can not exercise the duties I.f the of tg).pcsition in any mattar h!volving Naticral cacmittee t w 4

(NSI On all NSI matters, Urunoo has no acre than 20 votes. Uranco's l

balanca of votes is allocated am:rsy the other votig peu.hs.

L National Saceity Issues- (NSI) are cxrsiderei to be:

M ty Iri s tion.

control of anstricted Data w Naticani M Lad of W=1 Nucamar letarial.

u M414ty m. or other safegwirds a

Gasd of 1sta. rials W Infcreation.

a for tbs G. Lief Asical saceity plans or numyfe414 ties or of Bertricted Data e N p.

or+h 31,1990 will be M*9 by the NRC cn

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- Sm antitrust id

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gulaitted in June,1990. The general purtrimes are:

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Figor Denial Duxa Power

%setbern States Peuer Sha'11mitad you.L-e are:

Idluisiana POWur & Lis$st L

neitish Nucamar runas 4A any 02t.tnit)-

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Article 5.1(e), PA, p. 17.

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Artic2s 5.3(b) & (c), PA, p. 21.

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ej LES QA Program Lis.rxu plans to use two safety claeaca with ou.r.drata Quality Assurarce applied to eacti class as cutlined belcw:

systen class I (@ omdition 1):

stnutures and cenEuwsts (SSC) w=amf to parvent e

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l to 500 mitigate events that mild result in en to any offsite iniiv dua h systems,

@/m by&+. f2.uxide and/z inhalaticn of 10 mg uranium.

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~A quality assurmesh is appilad to Hmm systens ifhy.u. sting the 18 L'

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. critaria af Appandiar. B as detailed by ANSI N%-1.

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System class II (QA omdition 2):

2mes sse that are nct system class I.

ity. Arge Good enginaaring pM== will he c14ad to %ese SSc to ensure qu

,=~4ff=thm. rather that M al reggirumarits namami M===ifi=tm.

by Feedback on I25' QA Program (mace Rumr QA P=;imi Rupert) will theIGc.

T==nanan of Gu

v. Man Permit / Operating License h

Discussion' af licensing %. dan af ans cascade with aans'h of. at e licensing Also d4 m = NRC's' %+Mema ofin n st to CP/QI, = =41=r of Physical

===da(s)" in progress.

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-- M4 9 with respect", to 4-=" inn e ***ahinad Part 52. ; Ftir ammple, will "ana step"- liaansa require '*=**i*1414ty Pla

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.ssenarity Plan ani Material 0:ritrol and We

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apsata erna nec on perscrriel security clearanons, +=11y n status d classified design pac $ cage fcca Urance.

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safety Malysis Assumptions.

I f infcruation Discuss with the NRC 12S' undacw'wi"dng of the lev fcr this d

jf-issue are a4+***4 i m p ts a F

Disaums with the NRC. the design of the aztoc' aves need retcparatir

. i das**1y 10.6 psig, relief devion.' Sires the. Frenalhtaly 3.2 - 5.4 psig, with a trip setpoint of n

the autoclaves are rue recpired to most the re@ing an intatnal or acternal Lif ac the AsME coda. section vr::' ar-1n4== a essels hav v

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" Sm operating pressure act h4g lis psi [g)'with no limitation an s te.

devica.. assed sign fie== of this is.==e+4m VIII would zuquire a relief upon tbs abcru ceitaria, no relief devica'is needed.

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Discuss with the NRC 12S' M of 6 h MW fEc.,.mty has bee Fue essels, once the m further analysis nomi be -- = a phancmana, em en-e, O2tro Las been designed to wit 2.'.4 wind speeds 6 L

" the. Ydthe 10,0M you A, no evaluatien of ht wini speeds oculd H e* bu L

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Louisiana Energy services System Information Development For 11eense Aeolicatien

.1) system Description.

s A description of the system's function, interfaces with other systems,d any environmental fact

processes, safety, reliability, maintainability, an contributing to the system design.

2)-Process Flow Diagram / Block Flow Diagram see example attached.

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3) Ps7D/one Line Diagram (System Diagram)

.see example attached.

4) eenaral Arrangements and sections see example attached.
5) Performance specifie=*ies i ments to a

-specification for de+=fid y specific functions and design requ re

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vendor for fabrication of equipment.

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6) control Logic

'i) Equipment Design

8) perational Plans O

9). Test'mequirements (ITAAc) a

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_410 UF6 Feed X

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- 420- Product Take-off II E

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X 2460- Elending System 31 X

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X 470 = Product Liquid Sampling II ~

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i 490 Portable Test 5quipment II Z

X-X 411.. Majn cooling Water System :

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Machine' cooling Water system II l

ZZ Z

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_612 613.Domin Water supply system II I-X

. 617 spray water system

.416 Air cooling (Product

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Z contai nart.

619 Air cooling (Slending II 2

I Containers II

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~620: Bot Refrigerant II Z

Z 629 Csid Refrigarant systems II E

1 Plant and Instrument Air II 2

X 630

-640 Nitrogen 3650 Eat Water (Building Beating, II Z-Z Deemstic Bot Water)

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Z C60. Liquid Effluent 677 Etfluent Baban % (vacuna pumpsc Uta connection /

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- Disconnectise Polats)

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l678 Gaseous 32 fluent Vent L660: Boisting/ Transportation Z

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N33 UF6 hreas II Z

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lit] E1Ietrical Distribution II I

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r epar".Aion Butiding Zioctrical 2I Z

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s La separation Building ~

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hiresuppression II E

Pire Detection.

Nonitors and. Alarms II I

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,1stributed control system 3

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Z icentrol Room II Z

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' Security-II' x

K eennam hations II K

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Z Savironmental Monitoring II I

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cylinder storage Cylinder Reesipt & !="14 *e II Z

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X Ch5 T: sting & Maanfacturing X

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X Septr;tions Building II Z

) Bealth Physics & Chemistry Labs

'I l'Naintenance A Decontamination'-

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rIThhc Objectives:

o f ty limits, such'as

- Specify acceptance criteria based up,n specific high-level sa eth d quantified.

NRC inspections, tests, and related i i

,[ yRetain as unsch as possible of the ex st ng l

reviw processes. -

- Develop and apply concept of validation attributes.

-.Frovide for application of Quality Assurance to process.

- Ensure NRC approval process is incorporated into process.

h, Acceptsyne critarta =ad valtdation Attribtrees Functional' level acceptance criteria developed from the GDC.

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- Functional level acceptance criterir. ensures integr ty o sallowing f 7

impalm standardisation.

validation attributes provide readily measurable or otherwise verifiable bases for demonstrating acceptance criteria conformance in the cases whers acceptance

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eriteria can not be directly verified..

I validation attributes that are non-conforming can be acceptable as_ long as it is ill met. For example, Cctisfactorily demonstrated the acceptance.oriteria are stThis is accomplished by 50,000 ETUs per hear must be transferred from a system.When the puq is tested, it-using a pump that operates at 100 gym at 100 psig.caly pumps 9 j

still be transferred.

h=ta. 2nei ;ctinna =ad Samivses

iteria,

~ Nest required irspections, tests and analyses, as well as aad=== cr i

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. ase based upon Mac or standard industry requirements and exper enc.

The L3s Licanae application will identify these tests and analyses necessary to i

in demonstrate the as-built' facility confesse to the design description presented

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.g Energy Serviose Mw e for t % plaiw rng unrid---- =t can ter Nz.amplosreedAutoclave nt omater are designed as an integral

==r=1 nemerietient ih ntinuous 4

The feed autoclaves at the claiborne Enr c meThe UF6 Food System is designed to

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F6 cylinders.

public and the lpart at the UY6 Feed system. flow cf purified UF6 at the required rate from U the

. f acility personnel, designed' to protect f UF6.

have: Also been environWu from the-effects of releases o t p valves, an automatic flow i

ss.gss.

The cutoclave will contain manual.and automat c s oand temperature instrue llow the door

, control valvo, and pressure LThe cutoc3are will.be-equipped with internal pressure, It will be provided with a hydraulic system to a The autoclave will be connected to a

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bbing the air within the antoclave prior to bnotdtcring equipment.'ito.be : e, M, closed,- locked and unlocked..

d with central gaseous effluent system for. soruThe gaseous effluent system will b or uranyl hydrogen fluoride, Lthe autoclave door being open M.-

nce of UF6, L detectors - which will ladicate. the prese t

J ifiseride.-

1; meten Featurmai ature 'and pocition, and ardes of all J

from specified values The process. variables, naartly pressure, temperOn receipt o ator will lled.- 'Deviatirma estive - ocuponenta are automatically sentro of restose the

will be detected and alarmed.

ll autanatically iunction to put

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-he able to the system:Im a' safe configuration.

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. Ace etane

_ psig aball not be exceeded un er Th2 design basis internal pressure of t

M1 normal and postulated accident conditices.

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F shall not be exoteded under f

. design basis bternal temperature o I ^ 2.

M1 norr,a1 and postulated accident conditions..

m cfm at _

F and

% relative d postulated accident

3. The design basis leakage rate of _
huntidity shall not be exceeded conditions.

h rformance 4.' The autoclave will be constructed in accordance with.t e peof the Safety Analysis R i

cpecifications outlined in sect on

- In u stions. Tests, and analvses temperature and

!.. Analyses shall be conducted to ensure the internal pres l

d accident l

conditions.

e integrity of 1-hydreetatic test.of the autoclave will be condueced to ensur autoclave at appropriate pressures and temperatures..

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d shown on the i

3. The instausents and montrols outlined in the attached matr x a rating correctly.

attached flow diagram will be verified to be calibrated ding eartain temperatures,and pressure will be est.

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