Text

Evaluation of Nuclear Decommissioning Projects.Project Summary Report,Enrico Fermi-1 Reactor
	ML20069F267
Person / Time
Site:	Fermi
Issue date:	02/28/1983
From:	Link B, Miller R; UNITED NUCLEAR CORP. (SUBS. OF UNC, INC.)
To:	; NRC OFFICE OF NUCLEAR REGULATORY RESEARCH (RES)
References
	CON-FIN-B-7568 NUREG-CR-3116, NUDOCS 8303220413
	Download: ML20069F267 (28)
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--

NUREG/CR-3116 Evaluation of Nuclear Facility Decommissioning Projects Summary Report Enrico Fermi-1 Reactor 4

Prepared by R. L. Miller, B. W. Link UNC Nuctoar Industries uclear Regulatory Commission l

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NOTICE This report was prepared as an account of work sponsored by an agency of the United States Government. Neither the United States Government nor any agency thereof, or any of their employees, makes any warranty, expressed or implied, or assumes any legal liability of re-sponsibility for any third party's use, or the results of such use, of any information, apparatus, product or process disclosed in this report, or represents that its use by such third party would not infringe privately owned rights.

Availability of Reference Materials Cited in NRC Publications Most documents cited in N RC publications will be available from one of the following sources:

1. The NRC Public Document Room,1717 H Street, N.W.

Washington, DC 20555 2 The NRC/GPO Sales Program, U.S. Nuclear Regulatory Commission, Washington, DC 20555

3. The National Technical Information Service, Springfield, VA 22161 Although the listing that follows represents the majority of documents cited in NRC publications, it is not intended to be exhaustive.

Referenced documents available for inspection and copying for a fee from the NRC Public Docu-ment Room include NRC currespondence and ir.ternal NRC memoranda; NRC Office of Inspection and Enforcement bulletins, circulars, information notices, inspection and investigation notices; Licensee Event Reports; vendor reports and correspondence; Commission papers; and applicant and licensee documents and correspondence.

The following documents in the NUREG series are available for purchase from the NRC/GPO Sales Program: formal NRC staff and contractor reports NRC sponsored conference proceedings, and NRC booklets and brochures. Also available are Regulatory Guides, NRC regulations in the Code of Federal Regulations, and Nuclear Regulatory Commission issuances.

Documents available from the National Technical Information Service include NUREG series reports and technical reports prepared by other federal agencies and reports prepared by the Atomic Energy Commission, forerunner agency to the Nuclear Regulatory Commission.

Documents available from public and special technical libraries include all open literature items, such as books, journal and periodical articles, and transactions. Federal Register notices, federal and state legislation, and congressional reports can usually be obtained from these libraries.

Documents such as theses, dissertations, foreign reports and translations, and non-NRC conference proceedings are available for purchase trom the organization sponsoring the publication cited.

Single copies of NRC draft reports are available free upon written request to the Division of Tech-nical Information and Document Control, U S. Nuclear Regulatory Commission, Washington, DC 20555.

Copies of industry codes and standards used in a substantive manner in the NRC regulatory process are maintained at the NRC Library, 7920 Norfolk Avenue, Bethesda, Maryland, and are available there for reference use by the pubhc. Codes and standards are usually copyrighted and may be purchased from the originating organization or, if they are American National Standards, from the American National Standaros Institute.1450 Broadway, New York, NY 10018.

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NUREG/CR-3116 1D Evaluation of Nuclear Facility Decommissioning Projects I

Summary Report Enrico Fermi-1 Reactor M:nuscript Completed: December 1982 D:ta Published: February 1983 Prep: red by R. L. Miller, B. W. Link UNC Nuclear Industries office of Surplus Facilities Management Richlind, WA 99352 Pr:p3 red for Divi lon of Engineering Technology Office of Nuclear Regulatory Research U.S. Nuclear Regulatory Commission Wcshington, D.C. 20555 NRC FIN B7568

1 4

I ABSTRACT j

i This report summarizes information concerning the decommissioning of the i

Enrico Fermi-1 reactor. Decommissioning data from available documents and other decommissioning records were input into a computerized i

data-handling system in a manner that pennits specific information to be i

readily retrieved. The information is presented both in detail in its computer output form, and as a manually assembled summarization, generated for the purpose of highlighting the more important aspects of the decommissioning program.

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4 CONTENTS I

ABSTRACT i

1.0 INTRODUCTION

1-1 1.1 Background Information 1 -2 1.2 Acronyms & Definitions 1-3 2.0 FACILITY

SUMMARY

REPORT 2-1 2.1 Facility Description 2-1 2.2 Summary of Costs & Radioactive Waste 2-1 i

2.3 Comparison of Cost Items 2-1 2.3.1 Dollar Costs 2-2 2.3.2 Man-Rem Costs 2-2

3.0 DESCRIPTION

OF COMPUTER REPORTS 3-1 3.1 General Information 3-1 3.2 Decommissioning Code Table Index 3-1 3.3 Significant Event Report 3-1 i

3.4 Radionuclide Inventory 3-2 3.5 Project Cost / Exposure Report 3-2 f

3.6 Dose Rate and Contamination Report 3-2' 3.7 Project Labor Report 3-2 3.8 ALARA Report 3-2 l

3.9 Shipment Report 3-2 3.10 Disposal Costs 3-3 3.11 Surveillance Report 3-3 I

CONTENTS (continued) 4.0 COMPUTER REPORTS 4-1 General Information 4-3 Decommissioning Code Table Index 4-6 Significant Event 4-11 Radionuclide Inventory 4-12 Project Cost / Exposure 4-14 Dose Rate and Contamination 4-16 Project Labor 4-18 ALARA 4-19 Shipaent 4-20 Disposal Costs 4-21 Surveillance 4-22

EVALUATION OF NUCLEAR FACILITY DECOMMISSIONING PROJECTS PROJECT

SUMMARY

REPORT ENRIC0 FERMI-l REACTOR Reviewed by DOE-RL:

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gJ. fr( White, Director, Surplus Facilities Date Management Program Office Approved by UNC:

I c.- h_u

.hs/n T. E. Dabrowski, Director, Office of Surplus 8

D~ ate Facilities Management Approved by NRC:

' 5Y 2- / 7/S.3 4. W. Reisenweaver, NRC Program Manager

'Date

1.0 INTRODUCTION

This document presents, in summary fonn, information pertaining to the decommissioning of the Enrico Fermi-1 reactor. The purpose of this report is to provide the Nuclear Regulatory Commission (NRC) and its licensees with comparative data to assist in their assessment of decommissioning alternatives and ALARA methods for future decommissioning projects.

Data were assembled in a form that permitted input into a ecmputerized data-handling system. The computer program

used produces a flextble data accumulation, manipulation, and retrieval system which provides decommissioning performance information such as:

ALARA responsiveness Cost estimate accuracy Schedule adherence Project labor hours and costs Exposure accountability, and Radwaste generation and disposition When sufficient decommissioning data have been obtained from an adequate number of facilities of any one type (BWR, PWR, Research), comparisons can be made between the experiences at the facilities and with NRC decommissioning NUREGs. The comparisons will be documented to facilitate the assessment of future nuclear facility decommissioning plans.

The more major portions of this decommissioning project were completed by the end of 1974. The amount and quality of retrievable documentation for the project fulfilled regulatory requirements in existance at the time. The lack of certain decommissioning information to be noted in subsequent sections tends to emphasize an existing need for improvement in such documentation of future projects.

l

MAPPtK 1s the computer software package selected for the program.

MAPPER stands for Maintain, Prepare, and P_roduce Executive R_eports.

This system is used with DOE's UNIVAC system at Richland, Washington.

i 1-1

Reactor decommisioloning studies completed and published are listed below:

Decommissioning NUREG Facility Mode No.

Elk River Reactor DECON CR-2985 (BWR)

Enrico Fermi-1 SAFSTOR CR-3116 (FBR)

These reports may be obtained from:

GP0 Sales Program Division of Technical Informatinn and Document Control U.S. Nuclear Regulatory Commission Washington, D.C.

20555

1.1 BACKGROUND

In 1981 the NRC Staff initiated a multi-year program to document and evaluate the methods, radiation exposure and costs associated with the decommissioning of retired nuclear reactors. The program objective is to provide the NRC with data that will assist in the assessment of future decommissioning plans to assure implementation of NRC's ALARA policy.

The program was originated under the auspices of the Office of Nuclear Regulatory Research through its Chemical Engineering Branch. UNC Nuclear Industries (UNC) is responsible for the technical direction of the program and for preparation of documentation and summary comparisons of evaluated projects.

See NUREG/CR-2522 " Evaluation of Nuclear Facility Decommissioning Projects" for a complete description of the Program Plan.

Licensees currently decommissioning reactor facilities or licensees who are planning such projects have been, or will be solicited for possible inclusion in the program.

After collection of sufficient data, analyses 1-2

-~

of each project will be completed.

Then comparisons will be made between the actual methods, costs and exposure used by licensees and with data contained in reference decommissioning studies.

1.2 ACRONYMS - ABBREVIATIONS - DEFINITIONS Definitions of Decommissioning Alternatives DECON - to immediately remove all radioactive material to permit unrestricted release of the property.

SAFSTOR - to fix and maintain property so that risk to safety is acceptable for period of storage followed by decontamination and/or decay to an unrestricted level.

ENTOMB - to encase and maintain property in a strong and structurally long-lived material (e.g., concrete) to assure retention until radioactivity decays to an unrestricted level.

Acronyms - Abbreviations A/C Activated or Contaminated AEC Atomic Energy Commission ALARA As low As Reasonably Achievable BEATT Beatty, Nevada (Waste Disposal Site)

BIO Biological BWR Boiling Water Reactor CANOG Canoga Park, California (Sodium Reactor Experiment)

CI Curie CS Carbon Steel CU FT Cubic Feet DDS Decommissioning Data System DEC Detroit Edison Company DNA Data Not Available DOE Department of Energy DOS RED FCT Dose Reduction Factor i

DPM Disintegrations per Minute EF-1 Enrico Fermi-1 reactor i

FBR Fast Breeder Reactor HTGR-High Temperature Gas-Cooled Reactor l

HX Heat Exchanger l

ICPP Idaho Chemical Processing Plant INEL Idaho National Engineering Laboratory LMFBR Liquid Metal Fast Breeder Reactor MAPPER Maintain, Prepare, and Produce Executive Reports MORHD bborhead, Kentucky (waste disposal site) l MW Megawatt l-3 i

l

MWD Megawatt Days MWDE Megawatt Days Electric MWDT Megawatt Days Thermal MWE Megawatt Electrical MWT Megawatt Thermal NRC U.S. Nuclear Regulatory Commission NSSS Nuclear Steam Supply System NEC0 Nuclear Engineering Company (presently U.S. Ecology)

PRDC Power Reactor Development Company PSIG Pounds / Square Inch Gauge PWR Pressurized Water Reactor RCPA Rural Cooperative Power Association RICH Richland RR Railroad SCHED Scheduled SHEFF Sheffield SPEC N0 Specification Number SS Stainless Steel SYS/ COMP System Component TRIP LEN Trip Length TYP Type UNC UNC Nuclear Industries, Operations Division UPA United Power Association W.0.

Work Order 1-4

2.0 FACILITY StNMARY REPORT This report is a summarized duplication of information found in the computer printout in Section 4.0.

The intent of this summary is to show, at a glance, the data necessary to familiarize the reader with the reactor facility.

2.1 FACILITY DESCRIPTION Name:

Enrico Fermi-1 Location:

Monroe, Michigan Owner:

PRDC (presently DEC)

Decommissioning Mode:

SAFSTOR Reactor Type:

FBR Startup Date:

1963 Shutdown Date:

1972 Power Rating:

Electrical 140 (MW)

Thermal 430 Lifetime Power: Electrical DNA (MWD)

Thermal 5,941 Reason for Decommissioning:

Inadequate funding for continuation of experimental program.

2.2 SLNMARY OF COSTS AND RADI0 ACTIVE WASTE Total Decommissioning Costs:

(19745) 7,164,988*

Personnel Exposure:

(Man-rem) 28.04 Radioactive Waste-Volume:

(Cubic Feet) Data incomplete Radioactive Waste-Activity:

(Curie) 5,000 (est.)

2.3 COMPARIS0N OF COST ITEMS The statistical significance of the following comparative information is not fully developed at the present time. Comparative numbers should be meaningful when additional decommissionings have been accomplished.

See page 4-1 for inflation rate table to adjust costs to year of interest j

2-1

2.3.1 Dollar Costs The following listed items are compared to the total dollar cost for the decommissioning project.

i Total Decommissioning Cost:

$7,164,988 (1974 Dollars)*

Unit of No. of Dollars Item Measurement No. of Units Spent per Unit Radioactivity Ci 5,000 (est.)

$1433 per Ci l

Radioactive Waste Cu Ft DNA DNA Lifetime Power MWD 5,941

$1206 per MWD Output Lifetime Electr.

MWD DNA DNA Output Spending Rate Months 36

$199,027 per Mo.

2.3.2 Man-rem Costs The following listed items are compared to the amount cf radiation exposure taken by decommissioning personnel.

Total man-rem used:

28.04 Unit of No. of Units Item Measurement No. of Units per Man-rem i

Radioactivity Ci 5,000 (est.)

178.3 Ci per man-rem Radioactive Cu Ft

.DNA DNA Waste Decommissioning Dollar (1974) 7,164,988

$255,527 per Cost man-rem h

See page 4-1 for inflation rate table to a just costs to year of r

interest.

I 2-2 c-

3.0 DESCRIPTION

OF REPORTS The reports described below are the basic reports used in the DDS program. The descriptions, as presented, are intentionally idealized.

It should be understood that all functional facets of the reports will not always be utilized, simply because the documentation of decommissioning infonnation will vary from project to project.,In addition to the basic reports, MAPPER provides the ability to produce supplementary reports by manipulating the data available in the basic reports.

3.1 General Information This report is a free format input report designed to accommodate descriptive data of any kind.

Entries may be given any title and related to any facility system by a system component number.

Data are entered in any format on any subject. The report should be used to record information that does not fit into any of the report types organized by column. This includes facility location, description, owners, operators, builders. Summary data may also be included where it is not readily derivable from other reports or for convenient reference.

3.2 Decommissioning Code Table Index i

'he code table contains a list of unit items, including facility t,uildings, systems and system components, and budgetary items, with a corresponding identification number for each unit. The identification system is used throughout DDS to relate data to specifically identified units.

This basic report type may be expanded to include tables or indices of other kinds related to facility decommissioning.

Candidate tables are labor category wage rates, shipping company rates, shipping company name codes, disposal site name codes and rates, or archived file tape names.

One of the basic values of this report is the fact that, by utilizing an index which can ultimately be made common to all reactor facilities included in the program, the report can become the intercomparison base for the DDS.

The full utilization of this base will not be possible i

until a certain minimum number of facilities as yet unspecified, are included in the DDS.

3.3 Significant Event Report This report is used to record the facility's operating history, which in l

some cases could impact facility decommissioning.

It contains dates, system / component numbers, and event descriptions.

Noteworthy events such as construction completion, startup, shutdowns, significant incidents, and accidents are recorded in this report.

l l

3-1

3.4 Radionuclide Inventory An inventory of radionuclides present in each facility system will be made prior to the start of decommissioning. The amount of each radionuclide or its concentration, the measurement date, and a description of each system's material composition will be recorded.

It will be noted whether a radionuclide present in a system is the result of neutron activation or contamination.

3.5 Project Cost / Exposure Report Costs, schedules, man-hours, man-rem, both estimated and actual, are listed for each activity specification number. These costs may be broken out on lines having a subactivity specification number. This report is the main respository of cost and exposure information for a decommissioning project.

3.6 Dose Rate and Contamination Report Dose rates at locations throughout each facility are recorded prior to decommissioning. Locations relative to a reference map, elevation, system / component number, and type of measurement are recorded for each measurement.

Both upper and lower limits of dose rates or contamination levels (in disintegrations per minute) are listed.

3.7 Project Lab'or Report Decommissioning labor costs, exposure, and man-weeks for each activity specification are recorded at a to-be-determined frequency. This supplements the project cost / exposure report by providing data on how costs and exposures accumulate over the course of a decommissioning project.

3.8 ALARA Report The ALARA report contains records of ALARA efforts by activity specification number. The affected facility system, date, cost items, exposure information, and a description of the ALARA effort are listed.

This report can be used to calculate by activity specification number or l

for all activities the total estimated man-rem saved as well as total cost incurred through the implementation of the ALARA effort.

3.9 Shipment Report Volumes, weights, and other physical data are recorded by waste type for material produced by each activity specification. These data are listed for each shipment of material from the decommissioning site.

Trip lengths and vehicle dose rates are recorded in order to calculate public exposure.

3-2

3.10 Disposal Costs The costs associated with'each waste disposal shipment are recorded in the Disposal Costs Report. Costs are divided into transportation, burial,'and container categories.

Costs for each container type on the shipment are also listed.

3.11 Surveillance Report The surveillance report is used to record annual costs and exposures i

associated with long term surveillance of a decommissioned facility.

Under normal conditions a surveillance report would not be required for a facility decommissioned under Mode DECON.

4 i

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3-3

. ~ - _ _

i 4.0 COMPUTER REPORTS Dollar values listed are in 1974 dollars. For adjusting costs listed in the computer reports to year of interest, use the inflation rate table s

below.

i I

4 Normalized Cost Escalation Table Annual Inflation Rate

Year 1970 1971 1972 1973 1974 1975 1976 1977 1978 1979 1980 1981 1982 0.029 1966 0.029 1967 J

0.042 1968 0.054 1969 0.059 1970 1.000 0.043 1971 1.043 1.000 0.033 1972 1.076 1.033 1.000 0.062 1973 1.138 1.095 1.062 1.000 O.110 1974 1.248 1.295 1.172 1.110 1.000 0.091 1975 1.339 1.296 1.263 1.201 1.091 1.000 0.058 1976 1.397 1.354 1.321 1.259 1.149 1.058 '1.000 0.065 1977 1.462 1.419 1.386 1.324 1.214 1.123 1.065 1.000 0.077 1978 1.539 1.496 1.463 1.401 1.291 1.200 1.142 1.077 1.000 0.113 1979 1.652 1.609 1.576 1.514 1.404 1.313 1.255 1.190 1.113 1.000 O.135 1980 1.787 1.744 1.711 1.649 1.539 1.448 1.390 1.325 1.248 1.135 1.000 0.089 1981 1.876 1.833 1.800 1.738 1.628 1.537 1.479 1.414 1.337 1.224 1.089 1.000 0.060**

1982 1.936 1.893 1.860 1.798 1.688 1.597 1.539 1.474 1.397 1.284 1.149-1.060 1.000

,J 4

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l Example: A cost paid in 1971 dollars would increase to a cost of 1.893 i

times the original, if paid in 1982 dollars.

I

Source: Statistical abstract of the United States, 1981 Consumer Price Index.-

- 1982 data are interim estimated.

l 4-1

In planning for large decommissioning projects which cover.long time spans or are scheduled to start at some time in the future, cost estimates should consider the " worth" of current money and then adjust cost estimates to reflect this consideration. This exercise, referred to as a " time value cost analysis", considers the year of expenditure, interim surveillance and maintenance costs, major non-routine maintenance costs, and inflation rates.

" Worth" of current money is usually based upon an average yield on stable, non-speculative investments such as long and short-term treasury bills.

A " time value cost analysis" results in a percentage value, referred to as the discount rate, which is used to discount the cost of a future project to J

the current " worth" of money.

This discount rate includes consideration I

of financial uncertainties, such as project cost overruns, recovery costs for major accidents, etc.

t Example - A discount rate of two percent yields the following table:

Discount Discount Year Factor Year Factor 1

0.9804 6

0.8880 2

0.9612 7

0.8706 3

0.9423 8

0.8513 4

0.9238 9

0.8535 5

0.9057 10 0.8204 If project is estimated to cost $10,000 during a time period six years from today, the amount of money presently required to be invested is

($10,000) (0.8880) or $8,800.

Detailed discussions and suggested assumptions may be found in the following references:

1.

Methodology for Establishing Decommissioning Priorities U.S. Department of Energy, Richland Operations Office, RLO/SFM-82-7, June, 1982.

2.

The Rate of Discount for Evaluating Public Projects Mikesell, R. F.,1977 e

American Enterprise Institute for Public Policy Research, Washington, D.C.

g 3.

Navigating through the Interest Rate Morass:

Some Basic Principles Santoni, G.

J., and C. C. Stone 1981 Federal Reserve Bank of St. Louis Review, March, 1981 4-2

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SYSTEM / COMPONENT NUM3ER.

ENTRY TITLE e............................................ma.....

3.========........

SUPERVISORS: DNA' CLERICAL: DNA REACTOR OPERATIONS: DNA DECON TECH: DNA GUARDS: DNA HP TECH: DNA ELECTRICIANS: DNA LABORENS: DNA JANITORS: DNA SUBCONTRACTORS DNA MANAGERS: DNA FOREMAN: DNA HEAVY EQUIP. OPERATOR: DNA LABORERS: DNA WASTE DISPOSAL COSTS DNA uASTE DISP 05At RATES DNA SURIAL CHARGES: DNA BURIAL COSTS PER CU FT DNA TRANSPORT CHARGES: DNA CASK RENTAL PATES: DNA CONTAINER LOSTS: DNA TR ANSPORI ATION R ATE: DNA SURCHARGF9 DNA Sh

. OTICR COST 5' Cs YEAR) DNA a

UTILITIES: DNA MISC. SUPPLIES: DNA NUCLEAR IN3.s DNA LICE NSE FE ES: DNA FINAL SITE SURVEY: DNA TAAES: DNA REAL ESTATE SALE VALUE: DNA

. WASTE DISPOSAL DAT A (INCOMPLETE)

++++++++++++++++++++

NUMBER OF SHIPMENTS: 1SCEXCLUDIkG HL ANKET SUB ASSEMBLY 5HIPMENIS)

TOT AL VOL UME-R ADU ASTE :

(CU FT) DNA TOTAL VOLUME-CLEAN: (CU FT)

DNA TOTAL MASS -RADWASTE: (POUNDS) DNA TOTAL MASS -CLEAna (POUNDS)

NUMBER Or COMTAINERS: DNA ^~ DNA TOTAL RADWASTE INVENTORY (CI) S000

(

. FINAL SITE SURVEY

SUMMARY

DNA

.+++++++++++++++++++++++++

BASTE FOR CRITERTA: CNA -

CRITERIA

SUMMARY

DNA INSTRUMENTS USED:

DNA SuaVEY RESULT

SUMMARY

DNA l

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.EF-iSFSTOR UNC DECOMMISSIONING DATA SYSTEM GENERAL INFORMATION REPORT 72 Cit 04 e

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. NUMBER.

ENTRY TITLE e====================,========,=============================================_2,,

TOTAL COST OF DECOMMISSIONING ($7,164.938)

. COMPARISON ITEMS COST / UNIT

=

.++++++++++++++++++

NO. OF UNITS COMPARISON ITEMS $

ITE_MS NO. OF UNITS COMPARISUN COSTS CURIE S000 1433 DOLLARS / CURIE RAD WASTE (CU FT) DNA DNA DGLLARS/CU FT SPENDING RATE (MONTHS) 36 199.027 DOLLARS / MONTH POWER RATING MEGAWATT 140 51 478 DOLLARS /MWE ELECTRICAL (MWEI LIFETIME MEGAWATT DAYS S944 1206 DOLLARS /MWDT

=

THERMAL (MWDT)

MANREM 28.04 2SS.527 DOLLARS /MANREM NO OF UNITS COMPARISON ITEM

= UNITS \\MANREM TOT AL MANREM USED (28.04) 43 e

un ITEM NO OF UNIIS COMPARISON CURIES DNA DNA CI\\MANREN RAD WASTE (CU FT)

DNA DNA CU FT\\MAkREM TOTAL COST (5) 7.164.988 255527 DOLLARS \\MANREN LIFETIME MfGAWATT DAYS THERMAL (MwDT) 5941 211.9 MWDTNMANRFM PGUER RATING (MWE) 200 7.13 MWE/MANREM

. ASSUMPTIONS

.++++++++++++

COSTS ARE LISTED IN 1974 DOLLARS.

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EVENT.SYS/ COMP.

DATE. NUMBER SIGNIFICANT EVENT DESCRIPTION

.=====..=======..===============.============================================.

500000 FORMATION OF DOW-DETROIT STUDY GRGOP

.550330 SUBMITTAL OF PROPOSAL TO USAEC UNDER ROUND ONE OF POWER REACTOR CEMONSTRATION PROGRAM a

.530809 PROPOSAL TO THE AFC ACCEPTED DURING FIRST OFNFVA CONFE P Fner

.560808 GROUNDBREAKING

.601201 SODIUM FILL OF PRIMARY SYSTEM

.610509 10G0 F ISOTHERMAL NON-NUCLEAR TEST

.621341 LOW-POWER OPER ATING LICENSF ISSHED

.630823 FIRST CRITICALITY AND START OF LOW POUFP TESTS

.63dPJ3 1.16F6 KWH AT 22 MWE DISTRIRUTED THROUGH DETROIT EDISn;J'S POWER GRID

.651217 HIGH-POWER OPERATING LICFNSE ISSUED

.654229 START OF HIGH-POWER TE STING

.660700 FIRST 100 MWE OPERATION 681005 PARTIAL SUBASSEMRLY MELTDOWN

.700718 RESUMP TION OF OPERATION FOL LOWIf4G REPAIFS

.70 tai 6 COMPLETION OF NL' CLEAR AND PLANT TEST PROGRAM AT INTEEASED POWER OF 200 MUT i*

711231 F INIShE D 10-DAY HIGH-POWER OPER ATIOt4 L OGGING SAAG MLD

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.720922 LAST PLANT OPEPATION AT LOW POWER FOR nPERATOR LICENSING EXAMINATIONS e

721127 DECISION TO 0FCOMMISSION THE PLANT

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7499422

.EF-4SFSTOR UNC DECOMMISSIONIND DATA SYSTEM - PROJECT COST / EXPOSURE C.SCHED.SCHED.FSTIM.

.EST IM. ACTUAL. ACTlW.L. ACTUL.

.ACTul.

e4CTIVITV.

COST ITEft/

.SYS/ COMP.A. START.COMPL. MAN.ESTIMTf. MAN. START.CCMPL. NAN. ACTUAL. MAN e

eSPEC NO.

ACTIVITY NUMBER.T.DATE

.DATE

. HOURS. COST S. REM. DATE.DATE. HOURS.CDST S. REM e========.==================== s=======.=.======.======.s====.======~.=====.======.======.s====.s======..

===.

+

. CORRENT-INFORMATION CONTAINED IN THIS REPORT IS NOT SUFFICIENT FOR USE l

IN OSTAINING DECOMMISSIONING TOTALS.

f

+

. CDRMENT-ALL BLANKS IN THIS REPOR.T.ARE TO BE CONSIDERED. A.S DNA (DATA NOT. - -

-- ~ - -

+

. COMMENT-MANHOURS ESTIMATED FROM DOCUMENTED COST INFORMATION. USING $40.0S HOURLY RATE QUOTED FOR 4973.

4++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

4951579 conc STEAM ttrA r -

- ~ - -

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~

e (AFSF3 4359 195tS72 CORE-STEAM CLEAN e

(REACTOR 3S69R 4959S73 CORE-CUT UP 49S3 1954575 EQUIP. MAINT.

~ D 51576 LA N T

~ ~ ~ ~

~

64G87 74193 1951577 CASK NO. 2 4051t 1954578 BATTELLE (PREP. t e

SHIP) 31335 i

4951579 SHIP (SAVANNAH R1 17R1770 1954578 AEC REPROCESSING A

e CIDRUERSTON

' - " ~ ~

+

788-4 CORE-STEAM Ca.EAN 3447 34339 e

(AFSF) 49554 4931 738-2 CORE-STEAN CLEAN (REACTOR) 53334 789-3 'CCRE-CUT UP ~~-'~

5337 50392 700-5 EQUIP. MAINT.

???4 DNA 700-4 CASK NO. 1 DNA 780-7 CAW NO. 2 DNA DNA 790-8 BATTELLE (PREP &

DNA DNA e

SHIP)

CNA 798-9 ' ~ SHIP (5AVAWMAH R7 ~-~~ ~ -

DNA 780-18 AEC REPRODUCE &

DNA DNA e

CONVERSION

+

06797 4951584 SODIUM REMOVAL 53791 1951582 C.OL.D TRAP 4

z, z - -,.,, z - g-..-

728-4 SODIUM REMOVAL 2499 76994 242 7478 728-2 COLD TRAP

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ONA 4954594 GENERAL PIPING

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ONA 1954S93 SOLID WASTE DNA 4954594 SURVEILL. EQUIP DNA 1954595 MISCELL.

2

.EF-9SFSTOR UNC DECOMMISSIONING DATA SYSTEM - PROJECT COST / EXPOSURE 7481922 e

C.SCHED.SCHED.ESTIM.

.ESTIM. ACTUAL. ACTUAL.ACTUL.

.ACTUL.

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COST 11EM/

.SYS/ COMP.A. START.COMPL. MAN

.ESTIMTD. MAN. START.COMPL. MAN. ACTUAL. MAN.

_eSPEC NO.

ACTIVITY'

._N_ UMBER.T.DATE

.DATE

. HOURS. COST

. REM _.,DATE

.......... URS COST _$_. REM

.DATE

.HO 1?S4S96 DECOMM. REP.

DNA

+

739-1 GEN-PIPING & EQUIP 422 4237 739-2 DECON. EQUIP 2474 21844

___ 738-3__ SOLID _UASTE___

2109

___ DNA 24199 739-4 SURVEILLANCE EQUIP DNA 730-S MISCELL.

17026 17441S 739-6 DECOMMISSIONING REP.

DNA DNA

+

19StS69 BLANKETS-RAD.

17911 1954S62 BLANKETS-AXIAL

~

647 4608 1954563 MAINT. EQUIP.

+

719-4 S LANKE T S-R AD. ( L ABOR )

13880 13949S 719-2 BLANKETS-AX. (LA8OR) 148 1486 799-3 MAINT. EQUIP.

571 S734 b

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.EF-1SFSTOR U.N.C. DECOMMISSIONING DATA SYSTEM - DOSE RATE 72Gt414 e

MAP

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.MR/HR.MR/HR 400CM2. 400CM?.EME NT e REFEkENCE

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REACTOR 94 C

0.1 ta0 759401 ABCVE-FLOOR AREA REACTOR 91 C

3.0 400 754109 BEL Ou-F LOOR ARF A.

0.3 AVF.

REACTOR 81 C

0.7 900 75t10% AD.1ACFNT TO PISP T AwS REACTOR OS C

3.0 100 751101 AD3ACFNT TO THX TANES REACTOR 91 C

0.2 900 754 tai ADJACENT TO DECAY TANES REACTOR 99 C

0.7 100 754101 ADJACFNT 10 30 INCH LINES REACTOR Oi C

95.0 103 751404 SFCGNDARY EHIF L D WALL CAVI TY REACTOR Oi C

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70.0 100 751101 Cask CAR TPESTL E WAY (3)

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2.0 100 751904 RFL CW FLCOR AREA kEACTOR 81 C

3.1 10H 751109 OUTSIDE AU(. E UF.L ST OR AGE eFE A REACTOR 91 C

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0.1 2W 754101 MACH DOMC SURFACE REACIOR 09.01 C

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.EF-1SFSTOR U.N.C. DECOMMISSIONING DATA SYSTEM - PROJECT LABOR 74F4132 eACTIVITY.

. MAN. LABOR. MAN.

SPEC NO. DATE.

LABOR CATEGORY

.uMS. COST s. REM.

e========..====.===========================.======.===========================================================

. COMMENT-COST INFORMATION IS ACTUAL-MANUEEK INFORMATION IS ESTIMATED, BASED ON $10.05 PER HOUR, THE QUOTED SKILLED LABOR RATE FOR 1973.

.++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

700-1 DNA ALL 05 34339 DNA 700-2 DNA ALL 423 49554 DNA 700-3 DNA ALL 133 53334 DNA 700-5 DNA ALL 75 30092 DNA

+

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+

720-1 DNA ALL 68 26994 DNA 720-2 DNA ALL 6

2428 DNA

+

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ALL ~

. 54 21844 DNA 730-2 DNA ALL 730-3 DNA ALL 53 21999 DNA.

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.EF-4SFSTOR U.N.C. OFCOMM19SIONTNn DATA - SttRUFit t ANrf* RFPORT 74r447n e

S.

.(

-- ANNUAL -----).

DECOM./.EXPENDITUR.

MAN-. MAN-COST

YEAR. MODE M.

ITEM

.FREQ. REM.HauR5.

EXPENDITURE ITEM DFECRIPTiDN o====.

======..=========.=========.======_=======.=====================================================================.

76 SAFhiOR M INSORANLL A

/500 NUCLLAN 76 SAFSTOR M INSURANCE A 44Rn PROPFDTY 76 5AFSTOR M MAINT.

CONT 44500 MATERIALS & LA66R 76 SAFSTOR M 0.040 YEARtY TOTAL Fnp Al l TAtr9 77 SAFSTOR M INSURANCE A 7 tem NUCL E AD

//

SAF STOR M ANbONANGL A 41HH PROPtRlY 77 SAFSTOR M MAINT.

CONT 44500 MATFR. A t Apnp 77 5AF510R M O.4A2 TEARLt IDIAL E6R

.U. t T AW i 78 5AFSTOR M INSURANCE A 15A0 NUCLEAR 78 SAF9 TOR M INSURANrF A 44mm PRnPFRTY 78 SAFhiOR M MAIN 1.

LONI 14524 MAIER. t &A80R 78 SAFSTOR M R.404 YEARIY TOTAt Fnp At t TA9L9 79 SAFSTOR M IN'MIR ANCF A 7%RO NtfClFAP 79 SAFSIGR M ANbuMANCE A 4400 PRUPERTv 79 SAF9 TOR M MAINT.

CONT 44%na MATFR. g 1Annn 79 SAf bTuk M O.424 fEARLt IOTAL PDk Au I AW-58 5AF5TGR M I N 5UR At4CF A 75HO NUG E AR HB SAFSTOR M INSURANCF A 44nm PRnPFRTY 45 60 SAFSTOR M MAINT.

CONT 44500 MATFR. 4 LADOR g

RA GAFSTOR M A.?m7 YFARIY TnTAt Fnp Al l T A% q N

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+

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. +

+

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__ e INSPECTION YRLY SAFSTOR M CMIROLAREA M 97 4?4 TW9PFCT OnOp9, FrNrf. GAT F9 P11MP9. FTC.

e INSPECTION YRLY SAFSTOR M SMEARtRAD. O 4?

4?4 SIX ARFA9 e

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m. C C C C N. S. /. M. m. M N

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U.S. NUCLEAR REGULATORY COMMISSION BIBLIOGRAPHIC DATA SHEET NUREG/CR-3116

4. TITLE ANO SU8 TITLE (Add Vorume No.. of appropreent

2. (Leave blanki Evaluation of Nuclear Decommissioning Projects Project Sumary Report

3. REclPIENT'S ACCES$10N NO.

Enrico Fermi-1 Reactor

7. AUTHORISI

5. DATE REPORT COMPLETED R. L. Miller, B. W. Link uours lvE4R December 1982

9. PERFORMING ORGANIZATION NAP.1E AND MAILING ADDRESS (Inciude I,a Code /

DATE REPORT ISSUED Office of Surplus Facilities Management oo~1w lvEAR UNC Nuclear Industries February 1983 P.O. Box 490

s. (te-e u.n*i Richland, WA 99352 8.(Leove danki

12. SPONSORING ORGANIZATION NAME AND M AILING ADDRESS //nclude Esa Code /

10. PROJECT /TASKMCRK UNIT NO.

Division of Engineering Technology Office of Nuclear Regulatory Research

11. CONTRACT NO.

U.S. Nuclear Regulatory Commission Washington, D.C.

20555 NRC FIN B7568

13. TYPE OF REPORT PE RIOD COVE RED (/ncluswe ades/

Technical

15. SUPPLEMENTARY NOTES

14. (Leave o'an*/

16 A85TR ACT 000 woras or less)

This report summarizes information concerning the decommissioning of the Enrico Fermi-1 reactor. Decommissioning data from available documents and other decommissioning records were input into a computerized data-handling system in a manner that permits specific.information to be readily retrieved. The information is presented both in detail in its computer output form, and as a manually assembled summarization, generated for the purpose of highlighting the more important aspects of the decommissioning program.

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17. KEY WORDS AND DOCUMENT ANALYSIS 17a DESCRIPTORS Decommissioning, Reactors Program Plan, ALARA, Radiation Exposure Cost, Comparison Studies 17tt IDENTIFIE RS/OPEN ENCE D TE RMS 19g TV S tra,s reporrJ 21 NO OF PAGES

18. AVAILABILITY STATEMENT Unlimited 2o g g ig g garn,so,,ci 22 price NRC FORV 335 (7 778

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UNITED STATES s ou nta class uait Postact a sits Paso NUCLEAR REGULATORY COMMISSION WASHINGTON. D.C. 20%5

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ML20069F267

Contents

Text

1.0 INTRODUCTION

SUMMARY

3.0 DESCRIPTION

SUMMARY

1.0 INTRODUCTION

1.1 BACKGROUND

3.0 DESCRIPTION

SUMMARY

SUMMARY

SUMMARY

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ML20069F267

Text

1.0 INTRODUCTION

SUMMARY

3.0 DESCRIPTION

SUMMARY

1.0 INTRODUCTION

1.1 BACKGROUND

3.0 DESCRIPTION

SUMMARY

SUMMARY

SUMMARY

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