ML20199L377
| ML20199L377 | |
| Person / Time | |
|---|---|
| Issue date: | 12/31/1998 |
| From: | NRC OFFICE OF NUCLEAR REGULATORY RESEARCH (RES) |
| To: | |
| References | |
| NUREG-1307, NUREG-1307-R08, NUREG-1307-R8, NUDOCS 9901270213 | |
| Download: ML20199L377 (83) | |
Text
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l NUREG-1307 l
Revision 8 Report on Waste Burial Charges Changes in Decommissioning Waste Disposal Costs at Low-Level Waste Burial Facilities U.S. Nuclear Regulatory Commission Office of Nuclear Regulatory Research i
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NUREG-1307 Revision 8 l
l Report on Waste Burial Charges Changes in Decommissioning Waste Disposal Costs at Low-Level Waste Burial Facilities Manuscript Completed: December 1998 Date Published: December 1998 Division of Regulatory Applications OfTice of Nuclear Regulatory Research U.S. Nuclear Regulatory Commission Washington, DC 20555-0001 y~%
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i Abstract A requirement placed upon nuclear power reactor licensees by the U.S. Nuclear Regulatory Commission (NRC) is that licensees must annually adjust the estimate of the cost of decommissioning their plants, in dollars of the current year, a part of the process to provide rer.sonable assurance that adequate funds for decommissioning will be available when i
needed. His report, which is revised periodically, explains the formula that is acceptable to the NRC for determining the minimum decommissioning fund requirements for nuclear power plants. The sources ofinformation used in the formula are identified, and the values developed for the estimation of radioactive waste burial / disposition costs, by site and b are given. Licensees may use the formula, coefficients, and burial / disposition adjustment factors from this report in the cost analyses, or they may use adjustment factors at least equal to the approach presented herein.
j New to this report is the inclusion of an alternative low-level waste (LLW) disposition option other than direct disposal at the two remaining operating LLW burial sites. This new option, which is accepted as a valid approach for consideration licGnsees, is to contract with waste vendors to provide for the disposition of LLW generated during decommissioning.
This eighth revision of NUREG-1307 contains updated disposal costs for the reference pressurized water reactor (PWR) and the reference boiling water reactor (BWR) and the ratios of disposal costs at the two remaining burial sites in Washingtori and South Carolina for the year 1998. In addition, disposal costs for the reference reactors and ratios of 1
disposal costs at the Washington, Nevada, and South Carolina sites for the years 1986,1988,1991,1993,1994,1995, 1996, and 1991 are provided for historical purposes. His report also provides costs for dispositioning a portion of the total LLW volume using waste vendors, including the ratios of these costs relative to the original 1986 disposal cost estimates.
Future updates of NUREG-1307 will provide revised estimates for this alternative LLW disposition option in addition to the direct disposal option. Several sample calculations for estimating the burial / disposition cost for both the old and new options are presented, demonstrating the use of the data contained in this report.
Estimated disposal costs at the Washington site increased by 2% for the reference PWR and 130% for the reference BWR over corresponding estimates for 1997. The large increase for disposal of BWR LLW was primarily due to tripling of the exposure dose rate charges for BWR and to doubling of disposal charges per container and shipment for both PWRs and BWRs. Estimated disposal costs at the South Carolina site remained essentially unchanged (<l% increase) with only the addition of a revised site access fee. He cost of LLW disposition using waste vendors is about 50% less than direct disposal at the South Carolina burial site. At the Washington burial site, however, the waste vendor option is about 5%
(BWR) and 40% (PWR) greater than direct disposal.
iii NUREG-1307, Rev. 8 f
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Disclaimer l
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i This work report was prepared as an account of work sponsored by an agency of the United States Government. Neither i
the United States Government nor any agency themof, or any of their employees, make any warranty, expressed or implied, l
. or assumes any legal liability or responsibility for any third partyi 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. "Ihe views expressed in this paper are not necessarily those of the U.S. Nuclear Regulatory 3
- Commission.
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NUREG-1307, Revision 8,is not a substitute for NRC regulations, and compliance is not required. The approaches and/or methods described in this NUREG are provided for information only. Publication of this report does not necessarily
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constitute NRC approval or agreement with the information contained herein.
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t NUREG-1307, Rev. 8 iv
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Contents t
' Abstract...................................................
iii j
1 Faewwd...........................................................
viii 1
1 Intrad-man...............
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2 S--n-y.............................................
2 i
3 D a ='.
- of Cost awn =ement Fwmula.....
3 1
J 3.1 Labor Adjustment Factors..........................
4 3.2 Energy Adjustment Factors 5
3.3 WasteBurial AdjnarmentFactors 5
3.4 Sample Calculations of Estimated Reactor Decommissioning Costs............
6 l
4 References.....
7 Appendix A - LLW Bunal/ Disposition Pnces for the Current Year................
A.1 P
Appendix B - Calculation of LLW Burial / Disposition Cost Estimation Factors B.1 Appendix C - Bureau of Labor Statistics on the World Wide Web......
C.1 Appendix D - Historical Values of Burial Cost Adjustment Factors.....
D.1 I
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Tables i
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- 2.1 Values of B, as a function of burial site and year...............................................
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.3.1' Evaluation of the coefficients A, B, and C, in January 1986 dollars........................,.......
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A.1 Disposstaan Deshaman of Ysakee Rowe NPP LLW............................................
A.3 -
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A.2 ' Price Quotes for Waste Vendor Services....................................................
A.3 l
- B.1 Burial costs at the Washington Site Reference PWR and BWR (1998 dollars)........................
B.4 t
f B.2 Burial costs at the Washington Site Reference PWR and BWR (1997 dollars)........................
B.6 3.3 ' Bunal costs at the Washington Site Reference PWR and BWR (1996 dollars)..............'...........
B.8
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I B.4 Bunal costs at the Washington Site Reference PWR and BWR (1995 dollars)........................
B.10
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i B.5 Bunal costs at the Washington Site Reference PWR and BWR (1994 dollars)........................
B.12
- B.6 Burial costs at the Washington Site Reference PWR and BWR (1993 dollars)........................
B.14 i
B.7 Bunal costs at the Washington Site Reference PWR and BWR (1991 dollars)........................
B.16 l
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B.8 Bunal costs at the Washington Site Reference PWR and BWR (1988 dollars)........................
B.18 j
B.9 Bunal costs at the Washington Site Reference PWR and BWR (1986 dollars)........................
B.20 l
i B.10 Burial costs at the South Carolina Site Reference PWR and BWR (1998 dollars).....................
B.22
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B.11 Bunal costs at the South Carolina Site Reference PWR and BWR (1997 dollars).....................
B.24 i
B.12 Bunal costs at the South Carolina Site Reference PWR and BWR (1996 dollars).....................
B.26 l
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i B.13 Banal costs at the South Carolina Site Reference PWR and BWR (1995 dollars).....................
B.28
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1 B.14 Bunal costs at the South Carolina Site Reference PWR and BWR (1994 dollars).....................
B.30 l
i B.15 Burial costs at the South Carolina Site Reference PWR and BWR (1993 dollars).....................
B.32 1
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B.16 Bunal costs at the South Carolina Site Reference PWR and BWR (1991 dollars)....................
B.34 i
B.17 Bunal costs at the South Carclina Site Reference PWR and BV.'R (1988 dollars).....................
B.36 j
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' B.18 Burial costs at the South Carolina Site Reference PWR and BWR (1986 dollars).....................
B.38 I
l NUREG-1307, Rev. 8 vi
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B.19 Disposition Costs using Waste Vendors with Burial costs at the Waaingtna Site Reference PWR and BWR (1998 dollars).
B.40 B.20 Disposition Costs using Waste Vendors with Burial costs at the South Carolina Site Reference PWR and BWR (1998 dollars)...................
B.42 B.21 Burial costs at the Nevada Site Reference PWR and BWR (1991 dollars).........
B.44 B.22 Bunal costs at the Nevada Site Reference PWR and BWR (1988 dollars)
B.46 B.23 Burial costs at the Nevada Site Reference PWR and BWR (1986 dollars)
B.48 D.1 Histancal values of B, as a functma of burial site and year...........................
D.1 i
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i vii NUREG-1307, Rev. 8
Foreword Nuclear power reactor licensees are required, per 10 CFR 50.75, to adjust annually the estimated decommissioning costs of their nuclear facilities in order to ensure adequate funds are available for decommissioning. He regulation references NUREG-1307 as the appropriate source for obtaining the adjustment factor for waste burial / disposition costs; this Revision 8 of NUREG-1307 provides the current waste burial costs at the Washington and South Carolina disposal sites. In addition, this revision, for the first time, provides costs for low-level radioactive waste disposition using waste vendors.
Licensees can factor these numbers into the adjustment formula, as specified in 10 CFR 50.75(c)(2), to determine the minimum decommissioning fund requirement for their nuclear facilities.
Although this report is specifically prepareil for the use of power reactor licensees, it can also be a valuable source of information for material licensees on current waste burial / disposition costs. After July 1,1994, access to the Bamwell, South Carolina, facility was limited to Southeast Compact waste generators. Effective July 1,1995, the scheduled closure date, December 31,1995, was canceled and access to the Barnwell facility was extended to waste generators from all States except North Carolina. At the Richland, Washington, facility, disposal rates are determined annually based on waste generator volume projections and a maximum operator revenue set by the Washington Utilities and Transportation Commission. If the total operator revenue is exceeded in a given year, a rebate may be sent to the waste generator.
It is impoitant to note that there is an additional waste disposal facility that may be used in certain specific circumstances by licensees. nat facility is operated by Envirocare in Utah and is designed to accept high volume (bulk), low-activity, low-level radioactive waste. However, that facility does not offer the range of disposal capability needed by power reactor licensees that the other established disposal sites provide. That facility also does not issue a rate schedule of waste disposal charges. For these reasons, the Enviroc w facility is not included as a reference burial site in this report.
Another option now available to licensees for the disposition of their LLW is to contract with waste vendors to provide these services. Licensees are increasingly recognizing that, generally, waste vendors are more effective at identifying the lowest cost solutions to LLW disposition. This revision of the report prod L s, for the first time, waste burial / disposition adjustment factors for the waste vendor option, in addition to the standard up* ion of direct disposal at the two available disposal facilities.
Low-level radioactive waste disposal costs are an important element in the cost of decommissioning a nuclear facility. This report provides the latest information that was available at time of publication for licensees to use for annually adjusting the estimated cost of decommissioning their nuclear facilities.
phn W. Craig, Director Division of Regulatory Applications Office of Nuclear Regulatory Research NUREG-1307, Rev. 8 viii 1
1 Introduction In 10 CFR 50.75(b), the U.S. Nuclear Regulatory Com-Chapter 2. He development of the formula and its coeffi-mission (NRC) requires nuclear power plant licensees to cients, with sample calculations, are presented in Chapter annually adjust the estimate of the cost (in dollars of the
- 3. Price schedules for burial / disposition for 1998 are given current year) of decommissioning their plants. This is just in Appendix A for currently operating burial sites and one step of a multi-step process of providing reasonable waste vendors. The calculations to determine the assurance to the NRC that adequate funds for decommis-buriaudisposition cost factors, B,, for ca h site and each sioning will be available when needed. His repon pro-year of evaluation are summarized in Appendix B.
vides adjustment factors for the waste burial / disposition component of the decommissioning fund requirement, as This eighth revision of NUREG-1307 contams updated required by 10 CFR 50.75(c)(2). his report also provides low-level waste (LLW) burial / disposition costs for the the regional adjustment factors for the labor and energy reference pressurized water reactor (PWR) and the refer-components of the decommissioning fund requirement.
ence boiling water reactor (BWR) and the ratios of LLW He term
- adjustment factor," as used in this report and in buriaudisposition costs at the two remaining burial sites in 10 CFR 50.75(c)(2), refers to increases and/or decreases in Washington and South Carolina for the year 1998. In decommissioning costs since the NRC regulations were addition, disposal costs for the reference reactors and ratios issued. He decommissioning fund requirements in these of disposal costs at the Washington, Nevada, and South rsgulations are in 1986 dollars. This repon is periodically Carolina sites for the years 1986,1988,1991,1993,1994, updated to reflect changes in waste buriaUdisposition costs.
1995,1996, and 1997 are provided for historical purposes.
In addition to direct disposal at the two remaining burial Provided within this report is the development of a formula sites, this report also, for the first time, includes the option for estimating decommissioning cost that is acceptable to of LLW disposition by waste vendors, the NRC. The sources ofinformation used in the formula are identified, and the values developed for the cdjustment Burial cost surcharges mandated by the Low-Level of radioactive waste burial / disposition costs, by site and by Radioactive Waste Policy Amendments Act of 1985 year, are given in this report. Licensees may use the for-(LLRWPAA) have been incorporated into the revised ratio mula, the coefficients, and the bunal/ disposition adjust-tables for the years 1986,1988, and 1991, and are provided ment factors from this report in their analyses, or they may in Appendix D. The provisions in the Act that mandated use an adjustment rate at least equal to the approach pre-these surcharges expired at the end of 1992. Thus, the sented herein.
values of the ratios of disposal costs calculated for the years 1993 and later do not include the LLRWPAA sur-The formula and its coefficients, together with guidance to charges.
the appropriate sources of data needed, are summarized in i
NUREG-1307, Rev. 8
i 2 Summary
'Ihe elements of decommissioning cost, per 10 CFR whether direct disposal or disposition using waste vendors 50.75(c)(2), are assigned to three categories: those that are best represents their particular situation.
i propottional to labor costs, L,t those that are proportional
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to energy costs, E,; and those that are proportional to burial l
costs, B,. 'Ihe adjustment of the total decommissioning Table 2.1 Values of D, as a Function of LLW Burial cost estimate can be expressed by Site, Waste Vendor, and Year l
Estimated Cost (Year X) = [1986 $ Cost] [A L.
Values of B,(PWR/BWR)
+ B E, + C B,]
(No Surcharnes. No Penalties) l where A, B, and C are the fractions of the total 1986 dollar Year Washington Nevada South Carolina costs that are attributable to labor (0.65), energy (0.13), and buris.1 (0.22), sespectively, and sum to 1.0. The factors L,,
1998 3.165/14.403*' - / "' 15.886/13.948'*
E,, and B, are defined by 4.538/15.203* * -/ "' 7.173/6.968"
- 1997 3.112/6.264**
--/ "' 15.852/13.837(*
L, = labor cost adjustment, January of 1986 to January 1996 2.845/3.294*>
- / "' 12.771/10.379'*
of Year X, 1995 2.015/1.878*)
--/ "' 12.824/10.420'*
1994 2.521/2.373*>
- / "' 11.873/9.794*
E, = energy cost adjustmerv., January of 1986 to January
-- / -
-- / -
6.619/5.714(8) of Year X, and 1993 2.002/1.943*)
--- / "' 11.408/9.4345
-/-
-/-
6.155/5.354(8)
B, = LLW burial / disposition cost adjustment, January of 1991 1.326/1.184 1.334/1.296 2.494/2.361 1986 to January of Year X (i.e., burial / disposition 1988 1.223/1.093 1.193/1.175 2.007/1.831 cost in January of Year X / burial cost in January of 1986 1.000/1.000 0.857/0.898 1.678/1.561 1986).
(a) The values presented in this table are developed in Appendix B, with Licensees are to evaluate L, and E, for the pars subse-all values norinalized to the 1986 Washington (PWit/BWR) values
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quent to 1986 based on the national producer price indices, with no M.RWPAA surcharges or penalties by dividing the calcu-laced burial costs for each site and year by the Washington site burial national consumer price indices, and on local conditions costs calculated for the year 1986.
for a given site (see Chapter 3).
(b) Effective 1H/93, the Washington sie is not accepting wmm frorn outside the Northwest and Rocky Mountain Compacts B,is evaluated by recalculating the costs of burial /disposi-(c) Nevadasieclosed1231/92.
tion of the radioactive wastes from the reference PWR (d) Effective 7/1/95, access is allowed for all states except North i
caro (Ref.1) and the reference BWR (Ref. 2) based on the price g
with the 1998 updae of NUREO-1307. turning over the schedules provided by the available bunal sites / waste rnajority of u.W to we= vendors for disposition is considered a vendors for the year ofinterest. 'Ihe results of these recal-pouibility.
culations are presented in Able 2.1, by site and by year.
(o includes $220rft'out-of-sesion accea fee.
Previous issues of this repcat had considered direct burial (s) Includes swff in-iesion accru fee.
of LLW at an available LLW dispesal site as the only LLW disposition option. 'this update includes the additional LLW disposition option of turning the majority of the Consideration of LLRWPAA surcharges and penalties f
l LLW generated during decommissioning over to waste (which ceased being imposed on January 1,1993) is given I
vendors for disposition. The B, values for this option are in Appendix D for historical purposes. As noted in the provided in Dble 2.1 for 1998 (see footnote (c) at the footnotes to Table 2.1, the LLW disposal site in Nevada i
bottom of the table). It is left to the licensees to determine ceased operation as of December 31,1992, and is therefore f
NUREG-1307, Rev. 8 2
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3 Development of Cost Adjustment Formula i
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The evaluations presented in this chapter are based on in- ~
burial /dispositior. cost ir, noniinally Jarxv ot i
formation presented in NUREG/CR-0130 (Addendum 4)
Year x / burial cost in January of 1986)
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and NUREG/CR-0672 (Addendum 3) (Refs.1,2), in which i
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. the estunated costs for immediate dismantlement of the (R, + ES,) / (R. + ES.)
=
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l reference PWR and the reference BWR are adjusted to January 1986 dollars. Decommissioning costs are divided where:
into three general aiens per 10 CFR 50.75(c)(2) that tend to l
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- acal* similarly: (1) labor, materials, and services, (2)
R, = radioactivewasteburid/dispositiorsa j
l energy and waste transpostation, and (3) radioactive waste (excluding sarcharges)in Year x dr r.
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buriel/ disposition. A relatively simple equation can be used to determine the minimum decommissioning fund ES, = summation ofsurcharges in Year: dc. hrs requirement in 1998 or previous year dollars. "Ihat equa-tion is R m = radioactive waste burial costs (excluding i
l surcharges)in 1986 dollars
]
Estunated Cost (Yearx)
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= [1986 $ Cost]*(A L, + B E, + C BJ ES. = summation of surcharges in 1986 dollars.
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I where Values for L, and E, for years subsequent to 1986 are to be based on the national producer price indices, national l
Estimated Cost (Year x).
consumer price indices, and local conditions for a given
= estimated decommissioning costs site, as outlined in Sections 3.1 and 3.2. Thus, the licensee in Year x dollars, can evaluate these parameters appropriately for a particular site. The values to be used in determining B, are taken l
[1986 $ Cost) from actual cost scheduk - d fmm price quotes by waste
= estunated decommissioning costs in 1986 dollars, vendors A = fraction of the [1986 $ Cost] attributable to la-Prior to 1993, calculation of B, included basic disposal bor, matenals, and services (0.65) costs plus surcharges resulting from the Low-Level Radioactive Waste Policy Amendments Act of 1985 l.
B = fraction of the [1986 $ Cost] attributeble to en-(LLRWPAA). Surcharges mandated by the LLRWPAA ergy and transportetion(0.13) were applied to wastes generated outside the regional waste compact in which the LLW burial facility is located. As of C = fraction of the [1986 $ Cost] attributable to January 1992, surcharges were $40/ft' for wastes L
waste burial (0.22) generated within a compact which has met the milestones give.1 in the LLRWPAA toward implementing an LLW L, = labor, materials, and services cost adjustment, disposal facility in their compact and $120/ft' ($40/ft' January of1986 to January ofYear x surcharge plus $80/ft8 penalty) for wastes gereersted within a compact which has not met the milestones given in the E, = energy and wasti i esportation cou adjustment, LLRWPAA toward implementing an LLW disposal facility January of1986 to January ofYear x in their compact. After December 31,1992, no LLRWPAA surcharges are assessed and are therefore no B, = radioactive waste bi: rial / disposition and longer applicable to the calculation of B,. Values of B, for j
surcharge cost adjustment, January of 1986 to 1998, and earlier years, are provided to the licensees via nominally January of Year x (i.e.,
this report for information purposes only, as described in Section 3.3.
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NUREG-1307, Rev. 8
Adjustment Fonnula The major elements of the three components of the The adjustment factor for labor, L,, can be obtained from decommissioning cost estimates for both the reference
" Monthly Labor Review," published by the U.S. Depart-PWR and BWR are provided in Table 3.1. Considering the ment of Labor, Bureau of Labor Statistics (BLS)(Ref. 4).
uncertainties and contingencies contained within these Specifically, the appropriate regional data from the table numbers, and considering that the values of the coefficients (currently Table 24) entitled " Employment Cost Index, for the PWR and the BWR are so similar, the best estimates Private Nonfarm Workers, by Bargaining Status, Region, of their values are their averages:
and Area Size," subtitled " Compensation," should be used.
These labor adjustment factors can also be obtained from BLS databases made available on the World Whie Wee
= 0.65 B = 0.13 C = 0.22 (see Appendix C for instructions). L, should be adiu%d for both the PWR and BWR estimates.
from a base value in Table 24 corresponding to the amounts in the decommissioning ruie amendments that are 3.1 Labor Adjustment Factors in January 1986 dollars.
Table 3.1 Evaluation of the Coeffielents A, B, and C in Jr.sary 1986 Dollars Reference PWR Values Reference BWR Values 1986 $
1986$
Cost Category (millions)
Coeffi;ent (millions)
Coefficient Labor 17.98")
35.12*)
Equipment 1.64")
4.03*)
Supplies 3.12")
3.71 *)
Contractor 12.9")
- 21. l*)
Insurance 1.9")
1.9*)
Containers 10.9'*
8.144)
Added Staff 7.5")
4.4*)
Added Supplies 1.2")
0.2*)
Spec. Contractor 0.78")
0.71 *'
Pre engineering 7.4")
7.4 *)
Post-TMI-Wkfits 0.9")
- 0. l *)
Surveillance 0.31")
Fees 0.14")
1 14 *)
Subtotal 66.67 A = 0.64 86.95 A = 0.66 Energy 8.31")
8.84*)
Transportation 6,08(*
7.54k)
)
Subtotal i4.39 B = 0.14 16.38 B = 0.12 Burial 22.4f*
C = 0.22 29.985 C = 0.22 Total 103.54 133.31 Not=: All costs include a 25% contmgency tactor.
l (a) Based on Tabic 3.1, NUREGCR-0130, Addendum 4.
(b) Based on Table 3.1 NUREGCR-0672, Addendum 3.
(c) Based on Table 5.2, NUREG/CR-0672. Addendum 3.
(d) Based on Tabic 6.2, NUREG/CR-0130, Addendum 4.
NUREG-1307, Rev. 8 4
Adjustment Formula To calculate a labor adjustment factor for a particular re-Commodity Groupings and Individual items" (PPI) should gion, two indices and a scaling factor are needed. These be used.
vilues are shown in Table 3.2 for each region. Th: base index of L, from the BLS data for January 1986 is listed in E, is made up of two components, namely, industrial elec-Colu::2 2 of Table 3.2. Rese values are based on an tric power, P, and light fuel oil, F,. Hence, E, should be inuex value of 100 in June 1981 (Base June 1981 = 100).
obtained using the BLS data in the following equations:
However, current BLS index values (1997) are based on an for the refc;ence PWR, [0.58P, + 0.42FJ end for the refer-index value of 100 in June 1989 (Base June 1989 = 100).
er.cc BW;
',S.54P, + 0.46F,]. These equations are derived Th se values are shown in column 3. To convert between from TrrM.; of Reference I and Table 5.3 of Reference these two indices, regional scaling factors are needed.
- 2. P, /mId % taken from data for industrial electric i
These scaling factors are listed in the last column in Table poww (Coms todity code 0543 in Table 6), and F, should 3.2.
be taken furr, data for light fuel oils (Commodity code 0573 in Table 6). These energy adjustment factors can also Tr ble 3.2 Regional Factors for Labor Cost Adjustment be obtained from BLS databases made available on the World Wide Web (see Appendix C for instructions).
L 1986 Reference Cunent Year (1997)
(Dase June 1981 (Base June 1989 =
Scaling As discussed for L, in Section 3.1 above, P, and F, should Rep'sn
-100) 100) factor be adjusted from a base value in the BLS table correspond-Northeast 130.5 135.0 1.555 ing to the amounts in the decommissioning rule amend-ments that are in January 1986 dollars. The base values of South 127.7 134.6 1.441 P, and F, from the BLS data for January 1986 are 114.2 5
Midwest 125.0 136.9 1.409 and 82.0, respectively. No regional BLS data for these PPI commodity codes are currently available. All PPI values West 130,1 133.4 1.449 are based on a value of 100 for the year 1982 (Base 1982 =
100). Thus, the values of P, and F, for December 1997 in general, L, is calculated for each region by multiplying (latest data available) are the 1997 value (column 3) by the scaling factor (column 4) and then dividing by the reference value (column 2). For P, = 128.3 (the December 1997 value) + 114.2 3
example, for the Northeast region:
(the January 1986 value) = 1.123 t
L, = (135.0)n.,im (column 3)
F, = 59.4 (the December 1997 value) + 82.0 x (1.555)a,,, mvs.,i. (column 4)
(the January 1986 value) = 0.724.
+ (130.5)n,,, mi (column 2)
=1.609.
The value of E, for the reference PWR is therefore This value of L. = 1.609 should then be used in the equa-E, = [(0.58 x 1.123) + (0.42 x 0.724)] = 0.955.
tion to adjust the labor cost (to January 1998 dollars) for decommissioning a nuclear power plant located in the This value of E, = 0.955 should then be used in the equa-Northeast region of the U.S.
tion to adjust the energy cost (to January 1998 dollars) for decommissioning a PWR. Correspondingly, for a BWR, E, 3,2 Energy Adjustment Factors
" 0939-The adjustment factor for energy, E, can be obtained from 3.3 Waste Burial Adjustment Factors the " Producer Price Indexes," published by the U.S. De-partment of Labor, Bureau of Labor Statistics (BLS)(Ref.
The adjustment factor for waste burial / disposition, B, can 5). Specifically, data from the table (currently Table 6) en-be taken directly from data on the appropriate LLW burial titled " Producer Price Indexes and Percent Changes for locate., as given in Table 2.1 of this report. For example, 5
NUREG-1307, Rev. 8 n
Adjustment Formula B, = 15.886 (in 1998 dollrrs) for a PWR directly disposing Eranple 3 (LLWDisposition by Weste Vendors) all decommissioning LLW at the South Carolina burial site.
Scenano Descraion Reactor Type: PWR Thermal Power Rating:
3400 MW.
Imcation of Plant:
Northeast Region of the U.S.
3.4 Sample Calculations of Estimated uW DispositionPrefence:
Contactwith Wee Vendors IJ W Buriallocation: SouthCarolina Reactor Decomm.issioning Costs Base Cost (1986 Dollars)
$105 million [from 10 CFR 50.75(c)(1)]
=
Several sample calculations are provided in this section to I,= (iss Or(1.555y(130.5) = 1.609
[from Table 3.2) demonstrate the use of t:he decommissioning cost equation developed above using the appropriate adjustment terms of g = 0355 - [fmm Section 3.2)
L, for labor, material, and services, E, for energy and waste B = 7.173
[from Table 2.1) transportation, and B, for radioactive waste burial / dispos-Ition.
DecommissioningCost (1998 Dollars)
= ($105 millior6f[(0 657(1.609)+(0.13)*(0 955)+(0.22)*(7.173)]
= $289million Etanpk I(LLWDirect Disposal)
Scanario Descrinten Exanple 4 (LLWDisposkion by Waste Vendors)
Reactor Type: PWR Thermal Power Rating:
3400 MW.
Scenario Descrmtion Location of Plant:
Western Region of the U.S.
Reactor Type: BWR LLW DispositionPreference:
Direct Disposal lhermal Power Rating:
3400 MW.
LLW Buriallocation: Washington Imcation of Plant:
Midwest Region of the U.S.
LLW DispositionPreference:
Contract with Weste Vendors
$105 million[from 10 CFR 50.75(cX1))
LLW Buriallocation: SouthCarolina Base Cost (1986 Dollars)
==
1,= (133.4P(1.449)/(130.I) = 1.486
[from Table 3.2)
Base Cost (1986 Dollars)
$135 million [from 10 CFR 50.75(c)(I))
=
E = 0.955
[from Section 3.2) 1,= (136 9f(1.409)/(125.0) = 1.543
[from Table 3.2)
B,= 3.165
[from Table 2.!)
4 " 0.939
[frorn Section 32)
DecommissioningCost(1998 Dollars)
B,= 6.968
[from Table 2.1)
= ($105 million)*[(0.65P(1.486)+(0.13)*(0.955)+(0.22r(3.165))
= $188million DecommissioningCost(1998 Dollars)
= ($135 millionf[(0 65P(1.543)+(0.13)*(0.939)+(0.22)*(6 968)]
= $359million Exsaple 2 (LLWDirectDisposal)
Scenario Descrmtson Reactor Type: PWR lhermal Power Rating:
3400 MW.
Imcacion ofPlant:
Northeast Region of the U.S.
LLW DispositionPreference:
Direct Disposal LLW Buriallocation: SouthCarolina
$105 million[from 10 CFR 50.75(c)(I))
Bese Cost (1986 Dollars)
=
1,= (135.0f(1.555)/(130.5) = 1.609
[from Table 3.2)
% = 0.955
[from Section32)
B,= 15.886
[fmm Table 2.1)
DecommissioningCost(1998 Dollars)
= ($105 million)*[(0 65)*(l.609)+(013P(0 955)+(0.22f(15.886))
= 5490million NUPIG-1307, Rev. 8 6
4 References 1.
Konzek, G. J., and R. I. Smith, " Technology, Safety and Costs of Decommissioning a Reference
- 3. U.S. Nuclear Regulatory Commission, Office of Pressurized Water Reactor Power Station - TechnicalNuclear Regulatory Research, "Repon on Waste Suppon for Decommissioning Matters Related to Burial Charges - Escalation of Decommissioning Preparation of the Final Decommissioning Rule,"
Waste Disposal Costs at Low-Level Waste Burial (Repon prepared by Pacific Northwest Laboratory, Facilities," NUREG-1307, Revision 7, November 1997.
Richland, Washington), NUREG/CR-0130, Addendum 4, U.S. Nuclear Regulatory Commission, July 1988.
- 4. U.S. Department ofLabor, Bureau of Labor Statistics, MontMy1.oborReview, Table 24, Updated Periodically.
- 2. Konzek, G. J., and R. L Smith, " Technology, Safety and Costs of Decommissioning a Reference Boiling
- 5. U.S. Depanment of Labor, Bureau of Labor Statistics, Water Reactor Power Station - Technical Support for Decommissioning Matters Related to Preparation of ProducerPriceIndexes, Table 6, Updated Periodically.
the Final Decommissioning Rule,"(Report prepared by Pacific Northwest Laboratory, Richland, Washington),
NUREG/CR-0672, Addendum 3, U.S. Nuclear Regulatory Commission, July 1988.
7 NUREG-1307, Rev. 8
i i
Appendix A 1
LLW Burial / Disposition Prices for the Current Year l
f i
Appendix A Appendix A LLW Burial / Disposition Prices for the Current Year his appendix contains the price schedules for burial / dis-In 1997, and again in 1998, the operator of the Washington position oflow-level wastes at the Washington and South site more than tripled rate charges on containers having Carolina sites for the year 1998. Also provided are vendor surface dose rates in excess of 100 R/hr. The overall in-price quotes for disposition of LLW generated by the crease arising from these two increases is about a fr.ctor of i
decommissioning of nuclear power plants, nese schedules
- 11. These large increases affect the overall burial costs for a are used to calculate the results shown in Appendix B used BWR reactor more than for a PWR reactor since the BWR to develop the waste burial adjustment factor, B, for the usually has more highly irradiated components than a PWR.
year 1998.
i Exhibit A.1 provides the current rate schedule for the Wash-A.1 Washington LLW disposal Site ington LLW disposal site, effective May 1,1998.
Beginning in 1993, the Northwest Compact imposed on A.2 South Carolina LLW Burial Site sligible (Northwest or Rocky Mountain Compact) waste generators an annual permit fee based on the volume of At the South Carolina site, during the period of January 1, waste to be shipped to the Washington site for disposal. In 1993 through June 30,1994, the Southeast Compact im-1998, the annual permit fee ranges from $400 to $40,000.
posed the collection of access fees of $220/ft2 from all Hospitals, universities, research centers, and industries pay eligible out-of-region waste generators. Eligible generators the lower fees, and nuclear power plants pay the highest were those in compact regions or unaffiliated states that fee of $40,000 per year. He permit fees for nuclear power were in compliance with the Low-Level Radioactive Waste plants are included in this analysis for the years 1993 and Policy Amendments Act of 1985 (LLRWPAA). Large later.
waste generators (greater than 1,500 cubic feet for that Beginning in 1994, the rate schedule for handling and period) were assessed an access fee based on their waste disposing ofheavy objects (greater than 5,000 pounds) at volume projection for that period. One-sixth of the access the Washington site was revised to recover additional fee was paid in advance on a quarterly basis. Large waste crane rental costs from the waste generator. In 1996, the generators from the Southeast Compact states paid an access heavy chjtet limit was raised to 17,500 pounds. A series fee of $74/ft'.
cf shipments of heavy objects for disposal was assumed that would minimize the crane surcharge and result in only Access to the South Carolina site by waste generators out-a one-time heavy object charge.
side the Southeast Compact ended June 30,1994, with site closure scheduled for December 31,1995. However, effec-Effective January 1,1996, the operator of the Washington tive July 1,1995, the scheduled closure was canceled and site implemented a restruentred rate schedule based on access to the Barnwell facility was extended to all states waste volume, number of shipments, tiumber of containers, except North Carolina.
and dose rate at the container surface. Each waste genera-tor is also assessed en annual site availability charge based Effective November 1,1996, the operator of the South on cumulative volume and dose rate at the surface of all Carolina disposal site implemented a restructured waste j
co itainers disposed. The site availability charge appears disposal rate schedule. The restructured pricing is based on near the bottom of Tables B.I through B.3.
weight, dose rate, and curies with a cost incentive toward higher density packaging. All business after November 1, 1996, w6i S through customer-specific contracts.
A.1 NUREG-1307, Rev. 8
Appendix A Effective July 1,1998, the operator of the South Carolina annual LLW volume disposed of by nuclear power plants disposal site imposed a site access fee on users which has decreased by an order of magnitude. This volume j
varies according to their level of use. Access fees for large reduction has been achieved through a combination of users (e.g., utilities with nuclear placts) average about increased efforts to minimize the volume of LLW generated
$205,000 per year. The site access fu appears near the to begin with and increased use of waste vendors to reduce bottom of Table B.10 for the South arolina disposal site.
the volume of disposed LLW.
Exhibit A.2 provides the current rate schedule for the The trend of utilizing waste vendors by licensees of South Carolina LLW disposal site, effective January 1998.
operating nuclear power plants is also now being observed at nuclear power plants being decommissioned. Table A.l A.3 LLW Disposition by Waste shows the disposition destination for LLW generated between 1993 and 1997 during the decommissiomng of the Vendors Yankee Rowe Nuclear Power Plant (NPP). Over 60% of the waste generated during the decommissioning of this Rapidly increasing fees for disposal of low-level plant was contracted to waste vendors for disposition.
radioactive waste has spawned the creation of a niche market for firms specializing in the management of LLW.
The decommissioning analyses reported in NUREG/CR-Increasingly, licensees of nuclear power plants are 0130 and NUREG/CR-0672 did not consider the possible outsourcing LLW management functions to these waste use of waste vendors given that this market niche essentially vendors for a negotiated fee (usually $/ pound of LLW Jid not exist at the time. Since the use of waste vendors has processed). The degree to which LLW management clearly become an accepted practice by the nuclear power functions are outsourced is negotiated on a case-by-case industry for operations and decommissioning since that basis. Waste vendors can manage all LLW management time, this update of NUREG-1307 includes an alternative functions from time of generation to disposal (including that provides for contracting with waste vendors to manage packaging, transportation, and volume reduction) or any the disposition of certain portions of LLW generated during subset of these functions as desired by the licensee.
decommissioning. His new alternative does not modify or alter in any way the bases for the decommissioning fund ne vendor determines the most efficient disposition requirement specified in 10 CFR 50.75. It merely provides process for each waste stream, which may include sorting another burial cost adjustment factor (B,) that reflects LLW into clean / contaminated streams, recycling where possible, disposition by waste vendors.
volume reduction via the many techniques currently commercially available, and disposal of the residual LLW in support of this analysis, several waste vendors were at the most cost effective disposal site. De vendor's profit surveyed to duelop a representative cost for waste vendor is the difference between the price negotiated with the services. Each of the vendors was asked to provide a licensee and the total cost for waste minimization.
generic price quote for processing two waste streams: acti-recycling, volume reduction, packaging, transponation, vated/ contaminated concrete and contaminated metal. They and disposal. De more effective the vendor is at were asked to provide these quotes as a price per pound of minimization, recycling, volume reduction, and obtaining waste, or as a range of price per pound, based on the waste volume discounts for packaging, transportation, and concrete and metal inventories in NUREG/CR-0130 and disposal, the greater will be the profit.
NUREG/CR-0672. The price quotes were to encompass complete disposition of these waste streams (from Currently, there are approximately 10 waste vendors generation to disposal) and were to be developed assuming operating in the United States. Clearly, waste management the vendor had a contract with a license' raged in a large costs at nuclear pow er plants are being reduced through the decommissioning project.
use of waste vendors. Also, closer attention to LLW management by power plant licensees has resulted in Five vendors provided price quotes in response to the dramatic reductions of LLW being disposed of at the survey. The price quotes are provided in Table A.2. For commercial LLW burial sites. Since publication of confidentiality reasons, the vendors providing the data are NUREG/CR-0130 and NUREG/CR-0672, the average not identified.
NUREG-1307. Rev. 8 A.2
Appendix A The vendor prices used to calculate the waste burial /
processing. The resulting B, will be conservative for the disposition cost factors, B., for both PWR and BWR were following reasons:
51.50/lb for activated / contaminated concrete and $2.00/lb for contaminated metal. These were developed by taking the waste vendor prices used are at the upper range of the average of the three mid-range values in Table A.2 and the price quotes provided and rounding the result up to the next half dollar. In order to minimize the effect of differences in assumptions in what the waste vendor quotes included packaging and trans-the vendors did or did not include in their price quotes, portation of LLW, which are already included in the both the low and high price quotes were eliminated from labor and energy cost elements, respectively, of the 10 the average price calculation.
CFR 50.75 algorithm.
This analysis assumed that disposition of dry active waste Also, when utilization of waste vendors is more cost (DAW) was contracted by waste vendors at the same price effective than direct disposal, the resulting B, will further be as activated / contaminated concrete. All liquid radioactive conservative because at least some of the activated metal waste and activated metal are dispositioned as assumed in could be dispositioned more economically through the NUREG/CR-0130 and NUREG/CR-0672 or, in other services of a waste vendor.
words, they go directly to disposal without further Table A.I Disposition Destination of Yankee Rowe Table A.2 Price Quotes for Waste Vendor Services
(% ofTotal)
Vendor Concrete ($/lb)
Metal ($/lb)
South Carolina 30,867 11.1 Vendor #1 0.55- 0.89 0.87-1.50 Disposal Site Vendor #2 1.50- 2.00 2.50- 3.00 Utah DisposalSite 22,390 15.3 Vendor #3 1.00 1.50 1.50 1.75 Waste Vendas 92,428 63.3 Vendor #4 0.24 - 0.31 1.57 1.70 Liquid LLW ic5 0.3 Vendors Vendor #5 1.72 1.85 Total 146,070 100.0 (a)
Reference:
NRC Public Document Room (PDR) under NUREG-1307, Revision 8 (a)
Reference:
NRC Public Document Room (PDR) under NUREG-1307, Revision 8 A.3 NUREG.1307, Rev. 8
Appen&x A Exhibit A.1 US ECOLOGY,INC.
RICHLAND, WASHINGTON FACILITY RADIOACTIVE WASTE DISPO$AL
' DISPL ?AL CHARGES EFFECTi 1 MAY 1.1998 SCHEDULE A, 9GHTH REVl810N Note: Reise in this seedule A are sutiect to edustment in v:cordance mth the rate adjustment mechanism adopted in the Commiseen's sixth suppismental order in Dodet No. UR-950619. These rates foflect the third year of a three-year phase in of a revised rated design, in accordance mth the stipulation accepted by the Commission in its fifth supplemental order in Dodet No.
UR-980019.
A.
RITI AVAILARALITY CHARGE 1.
Rates Block Block Criterte Annual Charge per Generator 0 No site use et eN
$ 96 1 Greater then aero but less then or equel to 10 ft' and 50 mR/h
.201 8
2 Greater then 10 ft or 50 mR/h* but less then or equel to 20 ft' and 100 mR/h*
.384 3 Greater then 20 ft' or 100 mR/h* but less then or equel to 40 ft' and 200 mR/h*
739 4 Greater then 40 ft' or 200 mR/h* but less then or equel to 80 ftsand 400 mR/h',
1,419 5 Greater then to it' or 400 rrR/h* but less then or aquel to 100 ft' and 800 mR/h*
2,731 8 Greater than 160 ftsor 800 mR/h* but lose then or aquel to 320 ft and 1,600 mR/h*-
5.250 s
7 Greater then 320 It* or 1,000 mR/h* but less then or equel to 640 ft' and 3.200 mR/h*
10,001 8 Greater then 640 ftsor 3.200 mR/h* but less then or aquel to 1,280 ft' and 6,400 mR/h*
19,398 9 Greater then 1,200 ft' or 8,400 mR/h* but less then or aquel to 2,860 ftsand 12.800 mfW 37,295 10- Greater then 2,500 ft' or 12.000 mR/h* but less then or aquel to 5,120 ft' and 25.000 mR/h*
71,698 11 Greater then 5,120 ft' or 25,000 mR/h*
137.814
- Forpurposes of ^
..., the see ovellebibly charge, mR/ hour is calculated by summmg the mR per hour et container surface of et containere recolved during the year, 2.
Esemptions a,
As to meets which is generated for resserch, medical or educational purposes, educatenal resserch inaldutions sheE be pieced in a role block for the site ovelletnhty charge which is one (1) tower then what would otherwise apply through appucation of the blod crNorte shown above. *fdsemannat nnemerch inardudan"meena a mines orIndonandant. nas-dhearnet anabancandery ashacadamatknedandiert b.
- As to meets which arises as reesdual or secondary weets from brokers' provision of compaction or procoesing services for othere, if appNoelion of the blod criterte shown above would place a broker in a rate block for the site avetetWuty charge which is grooter then Blod No. 7 such broker ehes be placed in the role blod which is the greater of(I) Block No. 7, or (U) the block which is two (2) lower then what would otherwise apply through sophcotiart of the blod criterte shown above.
- arokere are those customers hokang the " broker closediceten of eine use permus issued by the Deportnant of Ecology.
3.
Payment Arrangemente e.
Infuel Determinston initial determinellon as to the appuceble rate block for each customer shes be bened on paciections provided by customers prior to the beginnin0 of each calender year. For those customers who do not intend to ship weste to the facAlly during the colonder year (those seeigned to blod No. 0) and for those customers who are initially determined to ist into blod Nos.1-2, the entbo eNo evegetdNty charge for the year wEl be due and peystes as of January 1.
For those customers who are initisty determined to fes into block Nos. 3 8, sie entre elle avetsbilty the ye w4 else be due and peyeblo se of January 1, ellhough those customero may mehe specist errengements weh the Company,o pay the charge in aquelinstedmonte et the beginning of each calender quarter.
For Wiese generators who are industy detemWned to talin block Nos. 911,1/12 of the site eveNebEty charge wiR be due en peyeble se of Wie beginning of each calender month. These customere may pay in advance if they wish.
b.
Reconcillation The she eveHetWhly charge le menced on the tiesis of ecluel venne end dose rate of www denvered during the calender year.
Asessement of addelional amounts, or refunds of overpeid amounts, wlN be made se appropriate to reconcile the initial detemwnsman regarding oppscatne rem twack wah the actunt voiume end does raios during the canender year.
I NUREO-1307,Rev. 8 A.4
1 Appendix A Exhibit A.1 (Continued)
US ECOLOGY. INC.
SCHEDULE A (Con 6nueq RICHLAND, WASHINGTON FACILITY EFFECTIVE MAY 1.1ess RADIOACTIVE WASTE DISPOSAL RATES B.
DISPOSAL RATES l
1.
Volume:
530.80 per cubic foot 2.
Shipment
$6.200 per manifested anipment 3.
Container 51,158 per container on each manifest.
4.
Exposure:
Bluck No.
Dose Rate et Container Surface Charge per Contamer 1
Less than or equalto 200 mR/h
$ 133 1
2 Greater then 200 mR/h but less than or equel to 1.000 mR/h 9.550 3
Greater than 1.000 mR/h but less than or equal to 10,000 mR/h.
37.800 4
Greater than 10.000 mR/h but less than or equal to 100.000 mR/h 58.500 5
Grostor than 100.000 mR/h 950,000 EXTRAORDINARY VOLUMER Wette shipments qualifying se an " extraordinary volume' under RCW 81.108.020(3) are charged a rate equal to 51.5% of the volume deposal rete.
NUCLEAR DEcotelmaalONING WARTE The volume disposal rate me to weste from the decommissenmg of nudear generstmg unite shad be 80% of those set forth above; provided, however, that such weste must satisfy the quantity requirements for'extraordmary volume
- under RCW 81.108.020(3).
SCHEDULES Surcharges and Other Special Charges Third Revision ENQiNEERED CONCRETE RARRIERS 72* x 8' barrier
$7.008.00 each e4 x 8' barrier
$8.828.00 each puRCHARitE FOR HEAW ORJECTS The Company shoe coRect its actus! labor and equipment coste incurred, plus a margin thereon of 25%, in handling and deposing of objects or packages weighing more than seventeen thoesond five hundred (17.500) pounds.
SCHEDULE C Tax and Fee Rider Tenth Revleion The rates and charges set forth in Schedules A and B shed be heressed by the amount of any fee. eurcharge or tax attested on a volume or groes revenue been against orm by US Ecology, as Isted below.
PerpetualCare and Maintenance Fees
$1.75 per cubic foot Business & Occupation Tex 3.3% of roles and charges Site Surveulence Fee 98.00 per cubic foot Surcharge (RCW 43.200.233)_
98.50 per cubic foot Commiselon Repuestory Fee _
1.0% of rates and charges end.
2 A.5 NUREG-1307, Rev. 8 r
Appendix A Exhibit A.2 Chem-Nuclear Systems, LLC.
Barnwell Low. Level Radioactive Waste Management Disposal Facility Pricing Schedule Example All radwaste material shall be packaged in accordance with Department of Transportation and Nuclear Regulatory Commission Regulations in Title 49 and Title 10 of the Code of Federal Regulations, Chem-Nuclear Systems, L.L.C.'s Nuclear Regulatory Commission and South Carolina Radioactive Material Licenses, Chem-Nuclear Systems, L.L.C.'s Bamwell Site Disposal Criteria, and amendments thereto:
1.
BASE DISPOSAL CHARGES (not includina surcharaesk A.
Standard and Special Nuclear Material (SN) waste:
1.
)M_eigM Rate a.) Greater than 120 lbs./ft' Upon Request b.) Greater than 75 lbs/ft' and less than 120 lbsift' 4.40 per pound density c.) Greater than 60 lbs) /ft' and less than75 lbs/ft' density $
5.40 per pound d.) Greater than 45 lbs/ft* and less than 60 lbsift' density $
7.00 per pound j
e.) Less than 45 lbs/ft' S
7.00 per pound times the ratio of 45 lbs/ft' divided by package density 2.
Millicurie Charge
.30 per millicurie B.
Biological Waste 1.00 per pound, in addition to above rates C.
Utility Specific Base Disposal Charges To be determined Upon (based on submission of LLRW Profile Sheets)
Evaluation of Specific Utility Waste Quantity /
Type 1
i Battelle, Pacific Northwest National Laboratory EXAMPLE FOR ESTIMATING USE ONLY PRICING IS SUBJECT TO CHANGE NUREO-1307, Rev. 8 A.6 l
l Appendix A Exhibit A.2 (Continued)
Chem-Nuclear Systems, Lif.
NOTES:
Note 1:
Maximum Millicurie Charge is $120,000.00 per shipment.
Note 2:
The minimum charge per shipment, exduding
)
surcharges and specife other charges, is $1,000.00.
Note 3:
Base disposal charge includes:
2.
EXTENDED-CARE FUND included in Rates 3.
SOUTH CAROLINA LOW-LEVEL RADIOACTIVE WASTE DISPOSAL TAX:
Induded in Rates 4.
SITE STABILIZATION AND CLOSURE FUND:
Allwaste disposed Induded in Rates 5.
TECHNOLOGY CHARGE:
For all waste in "A" vaults.
Induded in Rates 6.
SURCHARGES:
A.
Dose Rate Surcharge Dose Level Multiplier of Base Weight Rate 0
200 mR/hr 1.00 200 mR/hr 1 R/hr 1.08 1R/hr 2R/hr 1.12
>2R/hr 3R/hr 1.17
>3R/hr 4R/hr 1.22
>4R/hr SR/hr 1.27
>5R/hr 10R/hr 1.32
>10R/hr 25R/hr 1.37
>25R/hr 50R/hr 1.42
>50R/hr 1.48 B.
Items which do not conform to one of the above Upon Request categories
- i Battelle, Pacific Northwest National Laboratory EXAMPLE FOR ESTIMATING USE ONLY PRICING IS SUBJECT TO CHANGE A.7 NUREO-1307, Rev. 8
Appendix A Exhibit A.2 (Continued)
Chem-Nuclear Systems, LLC.
i C.
Irradiated Hardware Charges Per Shiprnent 5
30,000.00 D.
Irradiated Cask-Handling Fee included in item 6.c.
E.
Special Nuclear Material Surcharge Upon Request 7.
MISCELLANEOUS:
A.
Transport vehicles with additional shielding features may be subject to an additional handling fee which will be provided upon request.
B.
Decontamination services, if required: $150.00 per man hour, plus supplies at current Chem-Nuclear rate.
C.
Customers may be charged for all special services as described in the Bamwell Site Disposal Criteria.
D.
Terms of payment are NET 30 DAYS upon presentation of invoices. A per-month service charge of one and half percentage (1&1/2%) shall be levied on accounts not paid within 30 days.
E.
Company purchase orders or a written letter of authorization in form and substance acceptable to Chem-Nuclear shall be received before receipt of radioactive waste material at the Bamwell Disposal Site and shall refer to Chem-Nucleafs Radicactive Material Licenses, the Bamwell Site Disposal Criteria, and subsequent changes thereto.
F.
All shipments shall receive a Chem-Nuclear shipment identification number and conform to the Prior Notification Plan.
G.
Class B/C waste received wGn cheMting agents, which require separation in the trench, may be subject to a surcharge if Stable Class A waste is not available for use in achieving the required separatic.n from other wastes.
H.
Material delivered for disposal by Company, ft::= processing of the material at a third party site, may be credited towards the quantity of either Company or the processor, but not both. As the original generator is ultimately responsible for waste disposition, CNSI will abide by the original waste-generators direction.
Material delivered directly from a generators site will be credit to that generators account.
1 l I Battelle, Pacific Northwest National Laboratory EXAMPLE FOR ESTIMATING USE ONLY PRICING IS SUBJECT TO CHANGE
)
NUREG 1307, Rev. 8 A.8 c
l Appendix B i
1 Calculation of LLW Burial / Disposition Cost Estimation Factors i
l i
i i
i
Appendix B Appendix B s
Calculation of LLW Burial / Disposition Cost Estintation Factors The calculations necessary to determine the costs for LLW disposal site for 1997,1996,1995,1994,1993,1991, burial! disposition of the radioactive wastes postulated to 1988, and 1986, respectively. These estimates were origi-result from decommissioning the reference PWR and the nally reported in previous issues of NUREG-1307.
i reference BWR are performed using detailed spreadsheets.
The spreadsheets evaluate the burial / disposition costs for B.2 South Carolina LLW Disposal Site each of the items originally costed in the PWR and BWR decommissioning studies and in the updated costs present-The 1998 waste burial costs for the South Carolina LLW ed in Addendums 4 and 3 (Refs.1,2), respectively, to those reports. Rose costs are based on the burial price schedule disposal site were developed using the rate schedule pro-for U S. Ecology's Washington Nuclear Center, located on vided in Exhibit A.2. He spreadsheet calculations, which are too voluminous to present here, are summarized in i
the llanford Site near Richland, Washington.
Table B.10. For 1998, B, = 15.886/13.948. These B, values reflect the 1998 burial cost estimates for the South The B, values reported in this document reflect the results Carolina LLW disposal site normalized to the 1986 Wash-for cost changes and waste burial / disposition at different ington LLW disposal site burial costs.
sites normalized to the 1986 burial costs for the Washing-ton low-level waste (LLW) disposal site. All the calcula-Tables B.11 through B.18 provide summaries of the waste tions are based on the same inventory of radioactive wastes burial costs at the South Carolina LLW disposal site for as was postulated in the 1986 and 1978-80 analyses. Start-1997,1996,1995,1994,1993,1991,1988, and 1986, ing in 1988, the inventories also included post-TM1-2 4
respectively. These estimates were originally reported in contributions from the reference PWR and the reference previous issues of NUREG-1307.
BWR (Refs.1,2).
B.1 Washington LLW Disposal Site B.3 LLW Disposition by Waste Vendors The LLW disposal site located in Washington was used to develop the original decommissioning cost estimates for The 1998 waste disposition costs for activated /contam-j the reference PWR and the reference BWR. These esti.
inated concrete, contaminated metal, and dry active waste mates are the basis for the minimum decommissioning fund (DAW) by waste vendors were developed using the unit requirement specified in 10 CFR 50.75(c), which is in 1986 Prices discussed in Section A.3. The 1998 waste burial dollars. nus, as shown in Table 2.1, B, = 1.0/1.0 (for costs for activated metal and liquid radioactive waste at the PWR/BWR) for 1986. For 1998, B, = 3.165/14.403.
Washington and South Carolina LLW disposal sites were Rese B, values reflect the adjustment in waste burial costs developed using the rate schedules provided in Exhibits at the Washington LLW disposal site since 1986.
A.I and A.2, respectively. The spreadsheet calculations, which are too voluminous to present here, ere summarized ne 1998 waste burial costs were developed using the rate in Tables B.19 and B.20. For 1998, B, = 4.538/15.203 for schedule provided in Exhibit A.I. He spreadsheet calcula.
the Washington LLW disposal site and B, = 7.173/6.968 tions, which are too voluminous to present here, are sum.
for the South Carolina disposal site. These B, values re-marized in Table B.1. Tables B.2 through B.9 provide flect the 1998 waste vendors disposition cost estimates for summaries of the waste burial costs at the Washington both the Washington and South Carolina LLW disposal B.1 NUREG-1307, Rev. 8
Appendix B sites normalized to the 1986 Washington LLW disposal site penalties) mandated by the Low-Level Radioactive Waste burial costs.
Policy Amendments Act of1985 (LLRWPAA). Effective January 1,1993, no LLRWPAA surcharges or penalties are No estimates are provided for LLW disposition by waste assessed.
vendors prior to 1998 since this was the first year that this disposition attemative was included in NUREG-1307.
As other low-level radioactive waste burial sites come into service in the various interstate compacts, values for B, will be calculated using the price schedules for each of those B.4 Nevada LLW DisposalSite sites and will be incorporated into subsequent issues of this report. Those materials whose activity concentrations exceed the limits for Class C LLW are identified by foot-No 1998 waste burial costs are provided for the Nevada n te as greater-than-Class C (GTCC) material. Because the LLW disposal site since this site closed on December 31, analyses in this report postulate placing this material in a
- 3992, LLW disposal facility, the disposal costs for this material may be overestimated by factors ranging from about 1.6 to Tables B.21 through B.23 provide summaries of the waste m re than 80, depending upon the disposal site, compared burial costs at the Nevada LLW disposal site for 1991, with high-density packaging and geologic repository dis-1988, and 1986, respectively. These estimates were origi-Posal. Evidence of this can be seen in the dramatic cost nally reported in previous issues of NUREG-1307.
increase (compared to 1996) in the " Liner Dose Rate Charge" column for the reference BWR (See Tables B.1, B 2, and B.3).
B.5 Other Appendix D, Table D.1, includes historical values of B, for waste generators required to pay surcharges (with/without l
l I
l l
NUREG-1307, Rev. 8 B.2
Appendix B i
l l
i 1
1 B.3 NUREG-1307, Rev. 8
E Tame 2.1 Burial Costs at the WasWageon Site j
ner.E C.rwao m 40s.,e y
o.
t C)
O VOLLNE SMIPMENT CONTAINER LINER DOSE BENTON COUNTY DISPOSAL mmwaT CHARGE CRARGE CMARGE RATE CMAtr{
TAk SLECMARGE CQET VESSEL WALL 116,280 238,640 44,004 2,147,000
.0 2,545,924 VESSEL MEAD & BOTTOM 122,400 251,200 46,320 0
0 419,920 t
no UPPER CORE SUPPORT ASSM 12,240 25,120 4,63?
151,200 0
193,192 UP8ER SUPPORT COLtpMI 12,240 25,120 4,632 151,200 0
193,192 UPPER CORE BARREL 6,120 12,560
' 316 113,000 0
133,996 282,500
'0 334,990 UPPER CORE GRID PLATE 15,300 31,400 GUIDE TUBES 18,360 37,680 o,948 226,800 0
289,788 LOWER CORE BARREL *.
97,920 200,960 37,056 1,808,000 0
2,143,936 THERMAL SHIELDS
18,360 37,680 6,948 339,000 0
401,988 CORE SMROUD*
12,240 25,120 4,632 226,000 0
267,992 t
LOWER GRID PLATE
- 15,300 31,400 5,796 282,500 0
334,990 imER SUPPORT COLUMN 3,060 6,280 1,158 56,500 0
66,998 LOWER CORE FORGING 33,660 69,080 12,738 621,500 0
736,978 MISC INTERNALS 24,480 50,240 9,264 452,000 0
535,984 210 SHIELD CONCRETE 763,776 307,720 225,810 0
0 1,297,306 SCACTOR CAVITY LINER 15,667 6,280 4,632 0
0 26,579 REACTOR C00LAWT PUMPS 128,520 75,360 13,896 0
0 217,776 PRESS $23 110,160 50,240 9,264 0
0 169,664 R.Hm,EHz,5 UMP PUMP, CAVITY PUMP 12,240 6,280 3,474 0
0 21,994 PRESSURIZER RELIEF TANet 36,720 12,560 2,316 0
0 51,5 %
g A
SAFETY INJECTION ACCUM TANKS 122,400 50,240 9,264 0
0 181,904 r
STEAM GENERATORS 653,677 200,960 37,056 0
0 891,693 REACTOR COOLANT PIPING 100,980 43,960 8,106 0
0 153,046 REMAINING CONTAM. MATLS 1,609,805 634,280 475,938 0
0 2,720,023 CONTAMINATED MATRL OTHR BLD 14,599,321 4,998,880 4,295,022 0
0 23,893,223 FILTER CARTRIDGES 9,639 37,680 6,948 1,587,600 0
1,641,867 SPENT RESINS 61,200 125,600 23,160 1,130,000 0
1,339,960 COM8USTI8tE WASTES 309,825 376,800 69,480 0
0 756,105 EVAPORATOR BOTTOMS 287,640 590,320 108,852-1,676,341 0
2,663,153 POST-TMI-2 ADDITIONS 476,228 C
0 0
0 476,228 MEAVY CBJECT CHARGE 121,713 413.442 SITE AVAILABILITY CHARGES, (3 YRS)
SUBTOTAL PWR COSTS 19,805,758 8,559,640 5,485,446 11,251,141 0
45,637,140 1,962,397 TAXES & FEES (% OF CHARGES) 9,223,270 TAXES & FEES (S/CU.FT.)
ANNUAL PERMIT FEES (3 YRS)
_120.000 56,942,806 TOTAL PWR COSTS i
(a) GTCC Materlatt Assumes a low density, distributed packaging scheme and final disposal as LLW. High density peckaging and geologic j
repository disposal could reduce disposal costs.
t i
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t Table B.1 Burial Costs at the Washington Site Reference BWR (1996 dollars)
VOLUME SHIPMENT CONTAINER LINER DOSE BENTON COUNTY DISPOSAL COMPONENT
. CHARGE CHARGE CHARGE RATE CHARGE TAX SURCHARGE COST STEAM SEPARATOR 10,802 87,920 32,424 26,600,000 0
26,731,146 FUEL SUPPORT & PIECES 5,416 43,960 16,212 791,000 0
856,588 CONTROL RODS /INCORES 16,218 50,240 9,264 7,600,000 0
7,675,722 CONTROL RODS GUIDES 4,315 37,680 13,896 678,000 0
733,891 JET PUNPS 15,147 125,600 46,320 38,000,000 0
38,187,067 TOP FlKL GUIDES 25,949 452,160 83,376 68,400,000 0
68,% 1,485 CORE SUPPORT PLATE 11,903 109,480 35,898 1,751,500 0
1,899,781 CORE SHROUD
50,796 879,200 162,120 133,000,000 0
134,092,116 REACTOR VES?EL WALL 8,660 125,600 25,476 1,243,000 0
1,402,736 SAC SHIELD 97,247 87,920 16,212 0
0 201,379
{
REACT. W4TER REC 95,105 31,400 6,948 0
0 133,453 SAC SHIELD 335,009 238,640 44,004 0
0 617,653 l
OTHER PRIMARY CONTAINMENT 3,821,022 1,067,600 1,073,466 0
0 5,962,088 CONTAINM. ATMOSPHERIC 51,867 6,280 2.316 0
0 60,463 HIGH PRESSURE CORE SPRAY l'*,360 12,560 2,316 0
0 33,236 LOW PRESSURE CORE SPRAY 10,802 6,280 1,158 0
0 18,240 REACTOR BLDG CLOSED COOLING 34,575 12,560 6,948 0
0 54,086 l
REACTOR CORE ISO COOLING 14,045 6,280 3,4 74 0
0 23,799 l
RESIDUAL HEAT REMOVAL 67,014 31,400 8,106 0
0 106,520 t
P90L LINER & RACKS 411,723 113,040 42,846 0
0 567,609 l
CONTAMINATED CONCRETE 469,006 175,840 125,064 0
0 769,910 gg g
OTHER REACTOR BUILDING 1,533,366 288,880 451,620 0
0 2,273,866 NRBINE 1,519,351 514,960 321,924 0
0 2,356,235 NUCLEAR STEAM CONDENSATE 392,261 81,640 50,952 0
0 524,853 LOW PRESSURE FEEDWATER HEATERS 796,3 %
263,760 50,952 0
0 1,111,108 MAIN STEAM 76,745 12,560 3,474 0
0 92,779 MISTURE SEPARATOR REHEATERS 772,650 163,280 30,109 0
0 966,038 REACi2 *EmptER PUMPS 209,641 37,680 23,160 0
0 270,481 P!C". FRESSURE FEEDWATER HEATERS 130,754 50,240 9,264 0
0 190,258 JTHEL T6i BLDG 5,248,512 1,494,640 1,486,872 0
0 8,230,024 MAD WAS1d SLOG 2,598,889 452,160 743,436 0
0 3,794,485 RCACTOR BLDG 327,726 238,640 1,653,624 0
0 2,219.990 TG BLDG 221,238 157,000 1,116,312 0
0 1,494,550 RAD WASTE & CONTROL 190,944 144,440 963,456 0
0 1,298,840 CONCENTRATOR BOTTOMS 688,500 1,413,000 260,550 3,975,045 0
6,340,095 OTHER 186,660 383,080 70,638 187,036
.0 827,414 POST-TMI-2 ADDITIONS 38,923 9
0 0
0 38,923 HEAVY OBJECT CHARGE 193,388 SITE AVAILABILITY CHARGES, (3.5 YRS) 551.256 SU8 TOTAL SWR COSTS 20,507,539 9,38J,600 8,994,186 282,228,581 0
321,863,549
- o TAXES & FEES (% OF CHARGES) 13,840,133 l
tn TAMES & FEES (S/CU.FT.)
9,550,079 9
ANNUAL PERMIT FEES (3.5 YRS) 140.000 TOTAL BWR COSTS 345,393,761 l
(a) GTCC Material: Assunes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic 5.
I repository disposal could reduce disposat costs.
E oo tD l
Table c.2 Burini Costs at the Washington Site g
Reference PWR (1997 doMars) 3 ii.
O VOLT 3E SHIPIENT CONTAINER LINER DOSE BENTON COUNTY DISPOSAL CtsW50 MENT r=N CHARM CMARM EM E CHARGE TAK SLRCHARGE COST VESSEL WALL 145,920 106,324 22,610 703,000 21,585 999,439 VESSEL HEAD & BOTTOM 153,600 111,920 23,800 0
6,161 295,481 oo UPPER CORE SUPPORT ASSN 15,360 11,192 2,380 48,760 1,720 79,412 UPPER SUPPORT COLUNN 15,360 11,192 2,380 48,760 1,720 79.412 UPPER CORE BARREL 7,680 5,5%
1,190 37,000 1,136 52,602 tJPPER CORE GRID PLATE 19,2r' 13,990 2,9 75 92,500 2,840 131,505 GUIDE TUBES 23,040 16,788 3,570 73,140 2,580 119,118 LOWER CORE BARREL" 122.880 89,536 19,040 592,000 18,177 841,633 THERMAL SHIELDS
- 23,040 16,788 3,570 111,000 3,408 157,806 CORE SMROUD*
15,360 11,192 2,380 74,000 2,272 105,204 LOWER GRID PLATE
- 19,200 13,990 2,975 92,500 2,840 131,505 LOWER SUPPORT COLUMN 3,840 2,798 595 18,500 568 26,301 LOWER CORE FORGING 42,240 30,778 6,545 203,500 6,248 289,311 MISC INTERNALS 30,720 22,384 4,760 148,000 4,544 210,408 BIO SMIELD CONCRETE 958,464 545,610 116,025 0
26,335 1,646,434 REACTOR CAVITY LINER 19,661 11,192 2,380 0
540 33,773 REACTOR COOLANT PUMPS 161,280 33,576 7,140 0
4,398 206,394 PRESSURIZER 138,240 22,384 4,760 0
3,612 168,996 R.Mx,EMx, SUMP PUMP, CAVITY PUMP 15,360 8,394 1,785 0
490 26,029 PRESSURIZER RELIEF TANK 46,000 5,596 1,190 0
1,158 54,024 W5 SAFETY INJECTION ACCUM TANKS 153,600 22,384 4,760 0
3,952 184,696 I
STEAM GENERATORS 820,301 89,536 19,040 0
20,366 949,243 REACTOR COOLANT PIPING 126,720 19,586 4,165 0
3,288 153,759 REMAINING CONTAM. MATLS 2,020,147 1,149,978 244,545 0
55,377 3,470,047 CONTAMINATED MATRL OTMR BLD 18,320,717 10,377,782 2,206,855 0
495,141 31,400,495 FIL1ER CARTRIDGES 12,096 16,788 3,570 511,980 12,274 556,708 SPENT RESINS 76,800 55,960 11,900 370,000 11,360 526,020 COMBUSTIBLE WASTES 388,800 167,880 35,700 0
12,747 605,127 EVAPORATOR BOTTOMS 360,960 263,012 55,930 547,031 23,586 1,250,519 POST-TMI-2 ADDITIONS 597.619 0
0 0
13,229 610,848 HEAVY OBJECT CHARGE 120,875 265.092 SITE AVAILA81LITY CHARGES, (3 YRS)
SUBTOTAL PWR COSTS 24,854,285 13,254,126 2,818,515 3,671,671 763,654 45,748,218 TAXES & FEES (1 0F CHARGES) 2,001,813 TAXES & FEES (S/CU.FT.)
8,122,950 112.500 ANNUAL PERMIT FEES (3 YRS)
TOTAL PWR COSTS 55,985,481 (a) GTCC Meteriet: Assumes a low density, distributed packaging Pcheme and final disposet as LLW. High density packaging and geologic 6
repository disposal could reduce disposet costs.
t I
i Table B.2 Bertal Cests at the Washington Site Reference BWR (19F1 doBars)
VOLisE
' SMIPMENT CONTAINER LINER DOSE BENTON COUNTY DISPOSAL rumment CEAEGE CEARE CMARGE RATE CEARE TAM SLECMARGE CtET L
STEAM SEPARAT0k-13,555 39,172 16,660 8,713,600 195,949 8,978,936 FUEL SUPPORT & PIECES 6,797 19,586 8,330 259,000 6,513 300,226 CONTROL RODS /INCORES 20,352 22,384 4,760 2,489,600 56,579 2,593,675 CONTROL RODS BUIDES 5,414 16,788 7,140 222,000 5,573 256,916 s
JET PUNPS 19,008 55,960 23,800 12,448,000 279,919 12,826,687 t
TOP FUEL GUIDES 32,563 201,456 42,840 22,406,400 505,874 23,189,133 00RE SUPPORT PLATE 14,938 44,768 18,445 573,500 14,447 666,098 CORE $NROUD"'
63,744 391,720 83,300 43,568,000 983,654 45,090,418 REACTOR VESSEL mLL 10,867 55,960 13,090 407,000 10,753 497,670 SAC SNIELD 122,03'i 39,172 8,330 0
3,668 173,205 REACT. E TER REC 119,347 13,990 2,975 0
2,987 139,299 SAC SNIELD 420,403 106,324 22,610 0
11,929 561,266 OTNER PRIMRY CONTAINMEhT 4,795,008 2,716,858 577,745 0
173,158 8,262,769 CONTAINM. ATMOSPNERIC 65,088 5,596 1,190 0
1,579 73,453 MIGN PRESSURE CORE SPRAY 23,040 5,596 1,190 0
648 30,474 LOW PRESSURE CORE SPRAY 13,555 2,798 595 0
369 17,317 REACTOR BLDG CLOSED COOLING 43,392 8,394 1,785 0
1,168 54,739 REACTOR CORE ISO COOLING 17,626 2,798 595 0
459 21,478 RESIDUAL MEAT REMOWAL 84,096 13,990 4,165 0
2,230 104,481 PCOL LINER & RACKS 516,672 50,364 10,710 0
12,679 590,425 1
CONTAMINATED CONCRETE 588,557 78,344 16,660 0
14, % 1 698,521 g
OTHER REACTOR BUILDING 1,924,224 1,424,182 302,855 0
77,725 3,728,986 q
TUR8INE 1,906,637 162,284 34,510 0
46,207 2,149,638 NUCLEAR STEAM CONDENSATE 492,250 33,576 7,140 0
11,724 544,690 LOW PRESSURE FEEI4mTER NEATERS 999,398 117,516 24,990 0
25,021 1,166,925 i
MIN STEAM 96,307 8,394 1,785 0
2,339 108,825 MOISTURE SEPARATOR RENEATERS 969,600 72,748 15,470 0
23,257 1,081,075 REACTOR FEEDWATER PUMPS 263,078 27,980 5,950 0
6,514 303,522 NIGN PRESSURE FEED MTER NEATERS 164,083 22,384 4,760
'O 4,184 195,411 OTHER TG BLDG 6,586,368 4,331,304 921,060 0
252,635 12.091,367 RAD MSTE BLDG 3,261,350 201,456 381,990 0
83,944 3,928,740 REACTOR BLDG 411,264 89.536 38,080 0
11,693 550,573
[
TG BLDG 277,632 58,758 24,990 0
7,845 369,225 t
RAD MSTE & CONTROL 239,616 53,162 22,610 0
6,841 322,229 i
CONCENTRATOR BOTTOMS 864,000 629,550 133,875 1,298,083 63,743 2,989,251 OTNER 234,240 170,678 36,295 60,440 10,725 512,378 POST-TMI-2 ADDITIONS 48,845 0
0 0
1,081 49,926 NEAVY OBJECT CHARGE 190,500 SITE AVAILABILITY CHARGES, (3.5 yrs) 353.456 SUBTOTAL OWR COSTS 25,734,950 11,295,526 2,823,275 92,445,623 2,920,573 135,763,903 po TANES & FEES (% OF CHARGES) 5,911,528 ff1 TAXES & FEES (S/CU.FT.)
8,410,772 9
ANNUAL PERMIT FEES (3.5 YRS) 131.250 C
TOTAL OWR COSTS 150,217,453 y
o
'o O
(a) GTCC Meteriet: Assumes a low density, distributed packaging scheme and finet disposet es LLW. High density packaging and geologic
{
repository disposal could reduce disposet costs.
g.
M W
00 w
- ~...
.#.,-...r.
.,. =
y Table B.3 Burial Costs at the Washlagten Site g
g' Reference PWR (1996 dollars)
]
O E.
A VOLUME SMIPMCNT CONTAINER LINER DOSE BENTON COUNTY DISPOSAL E
Cafe 80 MENT CHARGE CHARGE CHARE RATE CHARGE TAX SURCPARGE cost g
VESSEL WALL 207,860 32,034 5,989 1 %,270 11,795 453,948 VESSEL NEAD & 83TTOM 218,800 33,720 6,304 0
5,576 264,400 oo UPPER CORE SUPPRT ASSM 21,880 3,3 72 630 13,828 1,014 40,724 UPPER SUPPORT C)LUMN 21,880 3,372 630 13,828 1,014 40,724 UPPER CORE BARREL 10,940 1,686 315 10,330 621 23,892 UPPER CORE GRID PLATE 27,350 4,215 788 25,825 1,552 59,730 GUIDE TUBES 32,820 5,058 946 20,742 1,520 61,086 LOWER CORE BARRE J
175,040 26,976 5,043 165,280 9,933 382.272 THERMAL SHIELDS
- 32,820 5,058 946 30,990 1,862 71,676 CORE SHROUD
- 21,880 3,372 630 20,660 1,242 47,784 LOWER GRID PLATE
- 27,350 4,215 788 25,825 1,552 59,730 LOWER SUPPORT COLUpel 5,470 843 158 5,165 310 11,946 LOWER CORE FORGING 60,170 9,2 73 1,734 56,815 3,414 131,406 MISC INTERNALS 43,760 6,744 1,261 41,320 2,483 95,568 BIO SHIELD CONCRETE 1,365,312 164,385 30,732 0
30,998 1,591,427 REACTOR CAVITY LINER 28,006 3,372 630 0
'636 32,645 REACTOR COOLANT PUMPS 229,740 10,116 1,891 0
5,213 246,960 PRESSURIZER 1 %,920 6,744 1,261 0
4,419 209,344 R.Hx,EMx, SUMP PUMP, CAVITY PUMP 21,880 2,529 473 0
518 25,400 PRESSURIZER RELIEF TANat 65,640 1,686 315 0
1,459 69,100 g
i,.
SAFETY INJECTION ACCUM TANICS 218,800 6,744 1,261 0
4,891 231,6 %
STEAM GENERATORS 1,168,501 26,976 5,043 0
25,892 1,226,413 REACTOR COOLANT PIPING 100,510 5,901 1,103 0
4,044 191,558 REMAINING CONTAM. MATLS 2,877,658 346,473 64,774 0
65,293 3,354,197 CONTAMINATED MATRL OTHR BLD 26,097,479 3,126,687 584,538 0
589,919 30,398,624 FILTER CARTRIDGES 17,231 5,058 946 145,194 5,288 173,716 SPENT RESINS 109,400 16,860 3,152 103,300 6,208 238,920 COMBUSTIBLE UASTES 553,838 50,580 9,456 0
13,232 627,105 EVAPORATOR BOTTOMS 514,180 79,242 14,814 152,744 16,866 777,846 FOST-TMI-2 ADDITIONS 851,296 0
0 0
0 851,296 HEAVY OBJECT CHARGE 120,875 SITE AVAILABILITY CHARGES, (3 YRS)
_ 125.214 SUBTOTAL PWR COSTS 35,404,411 3,993,291 746,551 1,0?8,116 818,763 42,237,221 TAXES & FEES (% OF CHARGES) 1,843,121 TAXES & FEES (S/CU.FT.)
6,990,268 ANNUAL PERMIT FEES (3 YRS) 112.500 TOTAL PWR COSTS 51,183,110 (a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposal costs.
l
+
Table B.3 Burial Costs at the Washington Site Reference BWR (1996 dollars) t i
VOLUME SHIPMENT CONTAINER LINER DOSE BENTON COUNTY DISPOSAL j
CGFONENT CHARGE CHARGE CHARGE RATE CHARGE TAX SURCHARGE COST STEAM SEPARATOR 19,309 11,802 4,413 2,425,752 81,068 2,542,344 FUEL SUPPORT & PIECES 9,682 5,901 2,206 72,310 2,776 92,876 CONTROL RODS /INCORES 28,991 6,744 1,261 693,072 23,741 753,808 CONTROL RODS GUIDES 7,713 5,058 1,891 61,980 2,367 79,009 JFT PUMPS 27,077 16,860 6,304 3,465,360 115,800 3,631,401 TOP FUEL GUIDES 46,386 60,6 %
11,347 6,237,648 209,037 6,565,114 CORE SUPPORT PLATE 21,278 13,488 4,886 160,115 6,153 205,920 CORE SHROUD
90,802 118,020 22,064 12,128,760 406,475 12,766,121 i
REACTOR VESSEL WALL 15,480 16,860 3,467 113,630 4,531 153,968 SAC SHIELD 173,837 11,802 2,206 0
4,050 191,895 REACT. WATER REC 170,006 4,215 788 0
3, 774 178,785 SAC SHIELD 598,856 32,034 5,989 0
13,732 650,610 OTHER PRIMARY CONTAINMENT 6,830,389 818,553 153,030 0
168,126 7,970,098 CONTAINM. ATMOSPHERIC 92,717 1,686 315 0
2,043 M,761 t
HIGH PRESSURE CORE SPRAY 32,820 1,686 315 0
751 35,572 LOW PRESSURE CORE SPRAY 19,309 843 158 0
438 20,748 REACTOR BLDG CLOSED COOLING 61,811 2,529 473 0
1,398 66,210 EEACTOR CORE ISO COOLING 25,107 843 158 0
563 26,671 t
RESIDUAL HEAT REMOVAL 119,793 4,215 1,103 0
2,698 127,809 POOL LINER & RACKS 735,989 15,174 2,837 0
16,262 770,261 CONTAMINATED CONCRETE 838,387 23,604 4,413 0
18,685 885,089 gg OTHER REACTOR BUILDING 2,741,017 429,087 80,218 0
70,022 3,320,345 TUR81NE 2,715,964 48,894 9,141 0
59,831 2,833,830 NUCLEAR STEAM CONDENSATE 701,199 10,116 1,891 0
15,383 728,590 LOW PRESSURE FEEDWATER HEATERS 1.423,622 35,4 %
6,619 0
31,609 1,497,257 MAIN STEAM 137,188 2,529 4 73 0
3,024 143,213 MOISTURE SEPARATOR REHEATERS 1,381,175 21,918 4,098 0
30,351 1,437,542 REACTOR FEEDWATER PUMPS 374,750 8,430 1,576 0
8,298 393,054 HIGH PRESSURE FEEDWATER HEATERS 233,733 6,744 1,261 0
5,213 246,951
[
OTHER TG BLDG 9,382,144 1,304,964 243,M 5 0
235,521 11,166,594 RAD WASTE BLDG 4,645,726 60,696 101,179 0
103,697 4,911,298 REACTOR BLDG 585,837 26,976 10,086 0
13,431 636,331 TG BLOG 395,481 17,703 6,619 0
9,052 428,855 RAD WASTE & CONTROL 341,328 16,017 5,989 0
7,834 371,168 CONCENTRATOR BOTTORS 1,230,750 189,675 35,460 362,456 43,389 1,861,730 OTHER 333,670 51,423 9,614 16,882 9,054 420,643 POST-TMI-2 ADDITIONS 69,578 0
0 0
69,578 69,578 t'
HEAVY OBJECT CHARGE 190,500 SITE AVAILABILITY CHARGE (3.5 YRS) 166.952 SUBTOTAL BWR CCSTS 36,658,901 3,403,191 747,812 25,737, % 5 1,730,180 68,635,500 7
h TAMES & FEES (X OF CHARGES) 2,977,287 p
m TAMES & FEES (S/CU.FT.)
7,237,955 h
ANNUAL PERMIT FEES (3.5 YRS) 131.250 C
TOTAL BWR COSTS 78,981,992 y
o
,s M
(a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic 3
repository disposal could reduce disposal costs.
E SF 00 W
Table C.4 Burial Costs d the W=ddarton Site g
Reference PWR (1995 dollars) 1:
9 h
y CRANE CASK CURIE LINER DOSE SURIAL DISPOSAL g
ctBIPnuruf SURCHARGE HAM) LING SURCHARGE RATE CNASCF COST VESSEL WALL 0
49,780 108,285 139,570 141,702 439,337 VESSEL MEAD & BOTTOM 0
40,000 0
0 149,160 189,150 oo UPPER CORE SUPPORT ASSN 0
4,000 0
6,611 14,916 25,527 UPPER SUPPORT COLUMN C
4,000 0
6,611 14,916 25,527 UPPER CORE BARREL 0
2,620 5,699 8,299 7,458 24,077 UPPER CORE GRID PLATE O
6,550 19,947 20,749 18,645 65,891 GUIDE TUBES 0
6,000 0
6,224 22,374 34,598 LOWER CORE BARREL
O 41,920 344,594 132,790 119,328 638,632 THERMAL SMIELD5"'
O 7,860 73,525 24,898 22,374 128,658 CORE SMROUD"'
O 5,240 1,519,808 16,599 14,916 1,556,562 LOWR GRID PLATE"'
O 6,550 245,312 20,749 18,645 291,256 LOWER SUPPORT COLUMN O
1,310 5,813 4,150 3,729 15,002 LOWER CORE FORGING 0
14,410 25,076 45,647 41,019 126,151 MISC INTERNALS 0
10,480 18,237 33,198 29,832 91,746 810 SHIELD CONCRETE O
O O
O 930,758 930,758 REACTOR CAVITY LINER 0
0 0
0 19,092 19,092 REACTOR COOLANT PUMPS 0
0 0
0 156,618 156,618 PRESSURIZER 0
0 0
0 134,244 134,244 R.Mx,EHx, SUMP PUMP, CAVITY PUMP 0
0 0
0 14,916 14,916 i
tg PRESSURIZER RELIEF TANK 0
0 0
0 44,748 44,748 L
SAFETY INJECTION ACCUM TANKS 0
0 0
0 149,160 149,160 STEAM GENERATORS 0
0 72,947 0
796,589 869,536 REACTOR COOLANT PIPING 0
0 0
0 123,057 123,057 REMAINING CONTAM. MATLS 0
0 0
0 1,%1,752 1, % 1,752 CONTAMINATED MATRL OTHR BLD 0
0 0
0 17,791,134 17,791,134 FILTER CARTRIDGES 0
6,000 20,517 25,851 11,746 64,114 SPENT RESINS 0
26,200 79,788 63,922 74,580 244,490 COM8USTIBLE WASTES 0
60,000 0
0 377,561 437,561 EVAPORATOR BOTTOMS 0
94,000 87,767 77,377 350,526 609,670 POST-TMI-2 ADDITIONS 0
0 0
0 580,344 580,344 HEAVY OBJECT CHARGE 102.800 0
0 0
0 102.800 SUBTOTAL PWR COSTS 102,800 386,920 2,627,315 633,244 24,135,841 27,886,119 TAXES & FEES (% OF CHARGES) 1,259,058 TAXES & FEES ($/CU.FT.)
6,990,268 ANNUAL PERMIT FEES (3 YRS) 112.500 TOTAL PWR COSTS 36,247,945 (a) GTCC Materlat: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposal costs.
Table B.4 Burial Costs at the Washington Site Reference BWR (1995 do5mrs)
CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL cDNPOMENT EXCHARGE MAELING SLRCHARGE RATE N-cDET STEAM SEPARATOR 0
36,680 47,873 356,499 13.163 454,215 FUEL SUPPORT & PIECES 0
18,340 0
51,421 6,600 76,361 CONTROL RODS /INCORES O
10,480 104,974 M 7,726 19,764 1,102,944 CONTROL RODS GUIDES 0
12,000 0
25,987 5,258 43,245 JET PUNPS 0
52,400 68,390 871,652 18,459 1,010,901 TOP FUEL GUIDES 0
94,320 205,171 1,568,974 31,622 1,900,087 CORE SUPPORT PLATE O
31,000 0
67,134 14,506 112,639 CORE SHROUD
- 0 183,400 3,162,726 2,283,134 61,901 5,691,161 REACTOR VESSEL WLL 0
22,000 25,076 47,643 10,553 105,272 SAC SHIELD 0
0 0
0 118,508 118,508 4
REACT. ETER REC D
0 0
0 115,897 115,897 i
t SAC SHIELD 0
0 0
0 408,251 408,251 OTHER PRIMARY CONTAINMENT 0
0 0
0 4,656,402 4,656,402 CONTAINM. ATMOSPHERIC 0
0 0
0 63,207 63,207 HIGH PRESSURE CORE SPRAY 0
0 0
0 22,374 22,374 LOW PRESSURE CORE SPRAY 0
0 0
0 13,163 13,163 REACTOR BLDG CLOSED COOLING 0
0 0
0 42,138 42,138 REACTOR CORE ISO COOLING 0
0 0
0 17,116 17,116 i
0 0
0 81,665 81,665 POOL LINER & RACKS 0
0 0
0 501,737 501,737 W
CONTAMINATED CONCRETE O
O O
0 571,544 571,544 O
OTHER REACTOR BUILDING 0
0 0
0 1,868,602 1,868,602 TUR81NE O
O O
O 1,851,523 1,851,523 i
NUCLEAR STEAM CONDENSATE O
O O
O 478,021 478,021 r
LOW PRESSURE FEEDW TER HEATERS 0
0 0
0 970,510 970,510 MAIN STEAM 0
0 0
0 93,523 93,523 MOISTURE SEPARATOR REHEATERS 0
0 0
0 941,573 941,573 i
REACTOR FEED MTER PUMPS 0
0 0
0 255.474 255,474 HIGH PRESSURE FEEDMTER HEATERS 0
0 0
0 159,340 159,340 OTHER TG BLDG 0
0 0
0 6,395,981 6,395,981 RAD W STE BLDG 0
0 0
0 3,167,077 3,167,077 REACTOR BLDG 0
64,000 0
0 281,593 345,593 TG BLOG 0
42,000 0
0 190,110 232,110 RAD WASTE & CONTROL 0
38,000 0
0 164,096 202,094 CONCENTRATOR BOTTOMS 0
225,000 207,449 183,338 839,025 1,454,812 OTHER 0
61,000 0
5,197 227,469 293,666 POST-TMI-2 ADDITIONS 0
0 0
0 47,433 47,433 i
HEAVY OBJECT CHARGE 177_200 0
0 0
0 177_200 SUBTOTAL BWR COSTS 177,200 890,620 3.821,659 6,428,704 24,725,174 36,043,357 TAXES & FEES (1 0F CHARGES) 1,627,358 tn TAXES & FEES (S/CU.FT.)
7,237,955 O
ANNUAL PERMIT FEES (3.5 YRS) 131 250 h
C TOTAL BWR COSTS 45,039,919 y
o ms F
(a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic 3
repository disposal could reduce disposal costs.
_E.
?
to o.
e
y Table G.5 Burial Costs at the Washington Site d
i g
Reference PWR(19M douarS) 1 l
0 i
O CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL CGr0 MENT SURCHARGE NAlWLING SURCHARGE RATE CHARGE CHARGE CDST VESSEL WALL 0
49,780 146,585 188,932 191,824 577,121 VESSEL HEAD & BOTTOM 0
40,000 0
0 201,920 241,920 7
UPPER CORE SUPPORT ASSN O
4,000 0
8,950 20,192 33,142 oo UPPER SUPPORT COLUMN O
4,000 0
8,950 20,192 33,142 i
UPPER CORE BARREL 0
2,620 7,715 11,235 10,096 31,666 i
I UPPER CORE GRID PLATE O
6,550 27,003 28,087 25,240 86,879 5
GUIDE TU8ES 0
6,000 0
8,425 30,288 44,713 LOWER CORE BARREL
- O 41,920 466,406 179,754 161,536 849,616 THERMAL SMIELDS*
0 7,860 99,504 33,704 30,288 171,356 CORE SMROUD
O 5,240 2,055,886 22,469 20,192 2,103,787 LOWER GRID PLATE
- O 6,550 331,843 28,087 25,240 391,720 LOWER SUPPORT COLT 5N1 0
1,310 7,869 5,617 5,048 19,845 LOWER CORE FORGING 0
14,410 33,945 61,790 55,528 165,673 MISC INTERNALS 0
10,480 24,687 44,938 40,384 120,490 BIO SHIELD CONCRETE O
O 0
0 1,259,981 1,259,981
)
REACTOR CAVITY LINER D
0 0
0 25,846 25,846 REACTOR COOLANT PUMPS 0
0 0
0 212,016 212.016 PRESSURIZER 0
0 0
0 181,728 181,728 R.Hz,EHz, SUMP PUMP, CAVITY PUMP O
O O
0 20,192 20,192 to PRESSURIZER RELIEF TANK 0
0 0
0 60,576 60,576
'i L
SAFETY INJECTION ACCUM TAMKS 0
0 0
0 201,920 201,920 STEAM GENERATORS 0
0 98,749 0
1,078,354 1,177,103
+
REACTOR COOLANT PIPING 0
0 0
0 166,584 166,584 REMAINING CONTAM. MATLS 0
0 0
0 2,655,652 2,655,652 I
CONTAMINATED MATRL OTHR BLD 0
0 0
0 24,084,109 24,084,109 FILTER CARTRIDGES 0
6,000 27,774 34,994 15,901 84,d70 j
SPENT RESINS 0
26,200 108,010 86,530 100,960 321,700
[
COM8USTIBLE WASTES 0
60,000 0
0 511,110 571,110 EVAPORATOR BOTTOMS 0
94,000 118,811 104,747 474,512 792,070 POST-TMI-2 ADDITIONS 0
0 0
0 785,620 785,620 HEAVY OBJECT CHARGE 102.800 0
0.
0 0
102.830 SU8 TOTAL PWR COSTS 102,800 386,920 3,554,787 857,208 32,673,029 37,574,744 ANNUAL PERMIT FEES (3 TRS) 105,000 TAMES & FEES (1 0F CHARGES) 1,690,863 3
TAXES & FEES (S/CU.FT,)
5.987.035 l
TOTAL PWR COSTS 45,357,642 (a) GTCC Material: Asstates a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic
[
repository disposal could reduce disposal costs.
I r
i v-ne
.-~ ~
.---.- -+-
Table B.5 Berini Costs at tTae Washington Site Reference BWR (1994 dollars)
CRANE CASK CURIE LINER DOSE SURIAL DISPOSAL unwf-Emi
.S*JtCHARGE jkuSLING.
SURCHARGE RATE CHARGE
__CHARcr COST STEAM SEPARATOR 0
36,680 64,806 482,566 17,819 601,871 FUEL SUPPORT & PIECES 0
18,340 0
69,607 8,935
%,882 CONTROL RODS /INCORES 0
10,480 142,057 1,309,922 26,754 1,A89,213 CONTROL RODS GUIDES O
12,000 0
35,179 7,118 54,297 JET PUMPS 0
52,400 92,580 1,179,884 24,988 1,349,852 TOP FUEL GUIDES 0
94,320 277,740 2,123,791 42,807 2,538,658 CORE SUPPORT PLATE O
31,000 0
90,880 19,637 141,516 CORE SHROUD
- O 183,400 4,278,498 3,090,500 83,797 7,636,195 REACTOR VESSEL WALL 0
22,000 33,944 64,495 14,286 134,725 SAC SHIELD 0
0 0
0 160,425 160,425 REACT. WATER REC 0
0 0
0 156,892 156,892 SAC SHIELD 0
0 0
0 552,655 552,655 OTHER PRIMARY CONTAINMENT 0
0 0
0 6,303,438 6,303,438 CONTAINM. ATMOSPHERIC 0
0 0
0 85,564 85,564 HIGH PRESSURE CORE SPRAY 0
0 0
0 30,288 30,288 LOW PRESSURE CORE SPRAY 0
0 0
0 17,819 17,819 REACTOR BLDG CLOSED COOLING 0
0 0
0 57,042 57,042 REACTOR CORE ISO C00 LING 0
0 0
0 23,170 23,170 RESIDUAL HEAT REMOVAL 0
0 0
0 110,551 110,551 POOL LINER & RACKS 0
0 0
0 679,208 679,208 E
CONTAMINATED CONCRETE O
O O
O 773,707 773,707 C
OTHER MACTOR SUILDING 0
0 0
0 2,529,553 2,529,553 TUR81NE O
0 0
0 2,506,433 2,506,4 B NUCLEAR STEAM COMOENSATE O
O O
O 647,103 647,103 LOW PRESSURE FEEDuATER HEATERS 0
0 0
0 1,313,792 1,313,792 MAIN STEAM 0
0 0
0 126,604 126,604 MOISTURE SEPARATOR REMEATERS 0
0 0
0 1,274,620 1,274,620 REACTOR FEEDWATER PUMPS 0
0 0
0 345,838 345,838 HIGH PRESSURE FEEDWATER HEATERS 0
0 0
0 215,701 215,701 OTHER TG BLDG 0
0 0
0 8,658,330 8,658,330 RAD WASTE BLDG 0
0 0
0 4,287,317 4,287,317 RE#CTOR BLOG 0
64,000 0
0 381,227 445,227 TG BLDG 0
42,000 0
0 257,375 299,375 RAD WASTE & CONTROL 0
38,000 0
0 222,154 260,154 CONCENTRATOR 80TTORS 0
225,000 280,t26 248,190 1,135,800 1,889,816 OTHER 0
61,000 0
7,036 307,928 375,964 POST-TMI-2 ADDITIONS 0
0 0
0 64,211 64,211 HEAVY OBJECT CHARGE 177.200_
0 0
0 0
177.200 SU8 TOTAL 8WR COSTS 177,200 890,620 5,170,450 9,702,050 33,470,887 48,411,207 E
h ANNUAL PERMIT FEES (3.5 YRS)
TAXES & FEES (% OF CHARGES) 122,500 9
TAXES & FEES (S/CU.FT.)
2,178,504 g
TOTAL PWR COSTS 6.199.174 o
56,911,386 F
(a) GTCC Material:
Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic 3
'o repository disposal could reduce disposal costs.
5 h
oo 01
Table CL6 Burial Cests at the Washington Site j'
. Reference FWR (1993 douars)
-g CRANE CASK OstIE LINER DOSE SURIAL DISPOSAL
)$
cIEeneser macagag unm Ling gaggggg GATE CEARGE CHARGE CIIRT P-VESSEL WALL
.95,000 49,780 104,306 134,436 136,4 %
520,019 VESSEL NEAD & OOTTOM 0
40,000 0
0 143,680 183,680 oo UPPER CORE SUPPORT ASSN 0
4,000 0
6,368 14,368 24,736 UPPER SUPPORT COLL 5el 0
4,000 0
6,368 14,368 24,736 UPPER CORE BARREL 0
2,620 -
5.490 7,994 7,184 23,288 UPPER CORE GRID PLATE 0
6,550 19,214 19,985 17,960 63,709 t
GUIDE TUBES 0
6,000 0.
5,995 21,552' 33,547 LOWER CORE BARREL" 0
41,920 331,857 127,904 114,944 616,625 l
THERMAL SMIELDS*
0 7,860 70,795 23,982 21,552 124,189 CORE SMacts
- 0 5,240 1,462,414 15,988 14,368 1,498,010 LOWER GRID PLATE
- 0 6,550 236,051 19,985 17,960 280,546 LOWER SUPPORT COLUMN 0
1,310 5,600 3,997 3,592 14,499 j
LOWER CORE FORGING 0
14,410 24,154 43,967 39,512 122,043 MISC INTERIEALS 0
10,480 17,566 31,976 28,736 88,758 SIO SMIELD CONCRETE-0 0
0 0
896,563 896,563 REACTOR CAVITY LINER 0
0 0
0 18,391 18,391 REACTOR COOLANT PUNPS 120,000 0
0 0
150,864 270,864 PRESSURIZER 40,000 0
0 0
129,312 169,312 R.Nx,ENx,5 UMP PUNP,CAVITT PLSIP O
O O
O 1A,368 14,368 PRESSURIZER RELIEF TANK 2,000 0
0 0
43,104 45,104 l
W-L SAFETY INJECTION ACCL51 TANKS 80,000 0
0 0
143,680 223,680 STEAM GENERATORS 320,000 0
70,266 0
767,323 1,157,589 REACTOR COOLANT PIPING 70,000 0
0 0
118,5 %
188,536 ItEMAINIIIC CONTAM. NATLS 0
0 0
0 1,889,679
'1,889,679 CONTAMll6ATED IIATRL OTINt BLO 0
0 0
0 17,137,504 17,137,504 FILTER CARTRIDGES 0
6,000 19,763 24,902 11,315 61,980 SPENT RESINS 0
26,200 76,856 61,572 71,840 2 M,468 f
CCeIOUSTI5LE WASTES-0 60,000 0
0 363,690 423,690 EVAPORATOR BOTTOMS 0
94,000 84,542 74,5M 337,648 590,725 l
POST-TMI-2 ADDITIONS 0
0 0
0 559.023 M9.023 SUBTOTAL PWR COSTS 727,000 386,920 2,528,873 e09,955 23,249,112 27,501,860
[
r AIIIIUAL PEllMIT FEES (3 YRS) 105,000 TAMES & FEES (10F CIIARGES) 1,787,621 i
TAMES & FEES (S/CU.FT.)
6.627.809 TOTAL PUR COSTS M,022,291 f
(a) GTCC Meteriel: Assumes a low density, distributed packaging scheme and final diemel es LLW. High density packaging and geologic repository disposal could reesce disposal costs.
r I
i
?
i
Table B.6 Burial Costs at the Washington SNe Reference BWR (1993 dollars)
CRME CASK CURIF LINER DOSE BURIAL DISPOSAL CofrNnt SLRCHARGE HAleLING SURCHARGE RATE CHARGE CNARE COST STEAM SEPARATOR 0
36,680 46,115 343,353 12,680 438,827 FUEL SUPPORT & PIECES 0
18,340 0
49,529 6,358 74,227 CONTROL RODS /INCORES 4,000 10,480 101,068 932,008 19,038 1,066,593 CONTROL RODS GUIDES 0
12,000 0
25,032 5,065 42,097 JET PUMPS 0
52,400 65,878 839,4 M 17,780 975,554 TOP FUEL GUIDES 0
94,320 197,633 1,511,093 30,460 1,833,506 CORE SUPPORT PLATE O
31,000 0
64,666 13,973 109,639 CORE SHROUD
- O 183,400 3,043,488 2,198,924 59,627 5,485,439 REACTOR VERSEL WALL 55,000 22,000 24,154 45,892 10,165 157,211 SAC SHIELD 140,000 0
0 0
114,154 254,154 REACT. WATER REC 50,000 0
0 0
111,639 161,639 SAC SHIELD 380,000 0
0 0
393,252 773,252 OTHER PRIMARY CONTAINMENT 0
0 0
0 4,485,330 4,485,330 t
CONTAIfat. ATMOSPHERIC 2,000 0
0 0
60,884 62,884
~
HIGH PRESSURE CORE SPRAY 20,000 0
0 0
21,552 41,552 LOW PRESSURE CORE SPRAY 5,000 0
0 0
12,680 17,680 REACTOR BLDG CLOSED COOLING 7,500 0
0 0
40,590 48,090 REACTOR CORE ISO COOLING 1,0C0 0
0 0
16,487 17,487 RESIDUAL HEAT REMOVAL 70,000 0
0 0
78,665 148,665 POOL LINER & RACKS 150,000 0
0 0
483,304 633,304 CD CONTAMINATED CONCRETE 16,000 0
0 0
550,546 566,546 L
OTHER REACTOR OUILDING 0
0 0
0 1,799,951 1,799,951 TUR8 TWT 580,000 0
0 0
1,783,500 2,363,500 NUCLEAR STEAM CONDENSATE 60,000 0
0 0
460,458 520,458 LOW PRESSURE FEEDWATER HEATERS 420,000 0
0 0
934,854 1,354,854 MAIN STEAM 15,000 0
0 0
90,087 105,087 MOISTURE SEPARATOR REHEATERS 260,000 0
0 0
906,980 1,166,980 REACTOR FEEDWATER PUMPS 25,000 0
0 0
246,088 271,088 HIGH PRESSURE FEEDWATER HEATERS 80,000 0
0 0
153,486 233,486 OTHER TG BLDG 0
0 0
0 6,160,998 6,160,998 RAD WASTE BLDG 0
0 0
0 3,050,722 3,050,722 REACTOR BLDG 0
64,000 0
0 390,617 454,617 TG BLDG 0
42,000 0
0 263,693 305,693 RA' WASTE & CONTROL 0
38,000 0
0 227,585 265,585 CONCt RATOR BOTTOMS 0
225,000 199,826 176,606 808,200 1,409,632 OTHER 0
61,000 0
5,007 219,112 285,119 POST- ?t-2 ADDITIONS 0
0 0
0 45.690 45_690 SUBTOTAL BWR COSTS 2,340,500 890,620 3,678,160 6,191,605 24,086,252 37,187,137 h
ANNUAL PERMIT FEES (3.5 YRS) 122,500 I
i y
TAXES & FEES (1 0F CHARGES) 2,417,164 l
m TAXES & FEES (S/CU.FT.)
6.862.653 O
TOTAL BWR COSTS 46,589,455 C
l (a) GTCC Material: Assunes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic g
l repository disposal could reduce disposal costs.
g n
Eh x
oo ID
y Table P 7 Burial Costs at the Washington Site 20 Refenece PWR (1991 dollars) 3 8
E CRANE CASE CURIE LINER DOSE SURIAL DISPOSAL E
CEBr=M SLRCHARGE MAISLING SURCHARGE RATE N "Pc COST CD y
- xt VESSEL WALL 30,411 49,780 67,982 129,200 122,018 399,392 2
VESSEL HEAD & BOTTOM-0 24,000 0
0 128,440 152,440 UPPER CORE SUPPORT ASSN O
2,400 0
5,176 12,844 20,420 l
UPPER SUPPORT COLUMN 0
2,400 0
5,176 12,844 20,420 l
UPPER CORE BARREL 0
2,620 3,584 8,200 6,422
.20,326 l
UPPER CORE GRID PLATE O
6,550 13,374 20,500 16,055 56,479 f
l GUIDE TUBES 0
3,600 0
4,866 19,266 27,732 l
LOWER CORE BARREL
O 41,920 188,448 131,200 102,752 464,320 THERMAL SHIELDS"'
O 7,860 37,662 24,600 19,266 89,388 CORE SMROUD"'
O 5,240 807,248 16,400 12,844 841,732 LOWER GRID PLATE'**
O 6,550 130,744 20,500 16,055 173,449 LOWER SUPPORT COLUMN O
1,310 3, 724 4,100 3,211 12,345 LOWER CORE FORGING 0
14,410 18,958 45,100 35,321 113,789 MISC INTERNALS 0
10,480 13,82%
32,800 25,688 82,794 810 SHIELD CONCRETE O
O O
O 801,466 801,466 REACTOR CAVITY LINER 0
0 0
0 16,440 16,440 REACTOR COOLANT PUMPS 168,000 0
0 0
134,862 302,862 PRESSURIZER 13,380 0
0 0
115,5 %
128,976 R.Mx,EHz, SUMP PUMP, CAVITY PUMP 0
0 0
0 12,844 12,844 PRESSURIZER RELIEF TAmt 1,190 0
0 0
38,532 39,722 g
SAFETY INJECTION ACCUM TANKS 24,480 0
0 0
128,440 152,920 STEAM GENERATORS 582,400 0
0 0
685,934 1,268,334 REACTOR COOLANT PIPING 16,845 0
0 0
105,963 122,808 REMAINING CONTAM. MATLS 0
0 0
0 1,689,243 1,689,243 s
CONTAMINATED MATRL OTNR BLD 0
0 0
0 15,319,745 15,319,745 FILTER CARTRIDGES 0
3,600 11,212 20,076 10,115 45,002 SPENT RESINS 0
26,200 43,200 54,000 64,220 187,620 COM8USTI8tE WASTES 0
36,000 0
0 325.114 361,114 EVAPORATOR BOTTOMS 0
56,400 0
68,850 301,834 427,084 POST-TMI-2 ADDITIONS 0
0 0
0 499.728 499.728 SU8 TOTAL PWR COSTS 836,706.
301,320 1,339,562 590,744 20,783,101 23,851,433 TOTAL PWR COSTS 23,851,433
[
(a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposet costs.
h r. - -..
m
Table B.7 Burial Costs at the Washington Site Reference BWR (1991 dollars)
CRANE CASIC CURIE LINER DOSE BURIAL DISPOSAL CCMPONENT SLRCHARGE
. HAM) LING SLRCHARGE RATE CHARGF COST STEAM SEPARATOR 0
36,680 25,687 196,000 11,335 269,702 FUEL SUPPORT & PIECES 0
18,340 0
47,600 5,683 71,623 CONTROL RODS /INCORES 0
10,480 56,886 144,000 17,018 228,384 CONTROL RODS GUIDES 0
7,200 0
20,400 4,528 32,128 JET PUMPS 0
52,400 38,140 440,000 15,894 546,434 TOP FUEL GUIDES 0
94,320 127,666 792,000 27,229 1,041,215 CORE SUPPORT PLATE O
18,600 0
52,700 12,491 83,791 CORE SHROUD
- O 183,400 1,683,780 1,560,000 53,303 3,460,483 REACTOR VESSEL WALL 17,864 13,200 0
37,400 9,087 77,551 SAC SHIELD 49,130 0
0 0
102,046 151,176 REACT. WATER REC 84,800 0
0 0
99,798 184,596 SAC SHIELD 139,528 0
0 0
351,540 491,069 OTHER PRIMARY CONTAINMENT 0
0 0
0 4,009,576 4,009,576 CONTAINM. ATM00PHERIC 970 0
0 0
54,426 55,3 %
HIGH PRESSURE CORE SPRAY 4,570 0
0 0
19,266 23,836 LOW PRESSURE CORE SPRAY 1,435 0
0 0
11,335 12,770 REACTOR BLDG CLOSED COOLING 2,805 0
0 0
36,284 39,089 REACTOR CORE ISO COOLING 735 0
0 0
14,738 15,473 RESIDUAL HEAT REMOVAL 13,045 0
0 0
70,321 83,366 tc POOL LINES & RACKS 52,125 0
0 0
432,040 484,165 L
CONTAMINATED CONCRETE 10,160 0
0 0
492,150 502,310 OTHER REACTOR BUILDING 0
0 0
0 1,609,032 1,609,032 TURBINE 129,433 0
0 0
1,594,326 1,723,759 NUCLEAR STEAM CONDENSATE 18,920 0
0 0
411,618 430,538 LOW PRESSURE FEEDWATER HEATERS 141,569 0
0 0
835,695 977,264 MAIN STEAM 4,805 0
0 0
80,532 85,337 MOISTURE SEPARATOR REHEATERS 86,710 0
0 0
810,778 897,488 REACTOR FEEDWATER PUMPS 9,350 0
0 0
219,986 229,336 HIGH PRESSURE FEEDWATER HEATERS 27,880 0
0 0
137,206 165,086 OTHER TG BLDG 0
0 0
0 5,507,507 5,507,507 RAD WASTE BLDG 0
0 0
0 2,727,134 2,727,134 REACTOR BLDG 0
30,400 0
0 349,314 387,714 TG BLDG 0
25,200 0
0 235,811 261,011 RAD WASTE & CONTROL 0
22,800 0
0 203,520 226,320 CONCENTRATOR BOTTOMS 0
135,000 0
163,080 722,475 1,020,555 OTHER 0
36,600 0
3,990 195,871 236,461 POST-TMI-2 ADDITIONS 0
0 0
0 40.844 40.844 h
SUBTOTAL BWR COSTS 795,836 692,620 1,932,159 3,437,170 21,531,737 28,389,521 TOTAL BWR COSTS 28,389,521 C
(a) GTCC Material: Assunes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic y
repository disposal could reduce disposal costs.
llc 3
oc tc
l l
Table B8 Burial Costs at the Washington Site f
g Reference PWR (1988 dollars) 9 CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL
~
CIBFwuf SIRCHARGE MAISLING SURCHARGE RATE CHARGE COST VESSEL WALL 29,671 45,600 62,710 119,320 112,480 369,781 VESSEL HEAD & BOTTOM 0
22,000 0
0 118,400 140,400 co UPPER CORE SUPPORT ASSM 0
2,200 0
4,770 11,840 18,610 UPPER SUPPORT COLUMN 0
2,200 0
4,770 11,840 18,810 UPPER CORE BARREL 0
2,400 3,306 7,560 5,920 19,186 UPPER CORE GRID PLATE O
6,000 12,295 18,900 14,800 51,995 GUIDE TUBES 0
3,300 0
4,482 17,760 25,542 LOWER CORE BARREL
O 38,400 172,599 120,960 94,720 426,679 THERMAL SMIELDS
0 7,200 34,488 22,680 17,760 82,128 CORE SMROUD
O
- D0 738,079 15,120 11,840 769,839 LOWER GRID PLATE
O 6,2 119,178 18,900 14,800 158,878 LOWER SUPPORT COLUMN 0
1,200 3,417 3,780 2,960 11,357 LOWER CORE FORGING 0
13,200 17,495 41,580 32,560 104,835 MISC INTERNALS 0
9,600 12,759 30,240 23,680 76,279 BIO SHIELD CONCRETE 0
0 0
0 738,816 738,816 REACTOR CAVITY LINER 0
0 0
0 15,155 15,155 REACTOR COOLANT PUMPS 154,800 0
0 0
124,320 279,120 PRESSURIZER 13,224 0
0 0
106,560 119,784 R.Hx,EHx, SUMP PUMP CAVITY PLMP 0
0 0
0 11,840 11,840 tg PRESSURIZER RELIEF TANK 1,151 0
0 0
35,520 36,671 L
SAFETY INJECTION ACCUM TANKS 24,324 0
0 0
118,400 142,724 STEAM CrNERATORS 547,200 0
0 0
632,315 1,179,515 REACTOR COOLANT PIPING 16,708 0
0 0
97,680 114,388 REMARI;ING CONTAM. MATLS 0
0 0
0 1,557,197 1,557,197 CONTAMINATED MATRL OTHR BLD 0
0 0
0 14,122,219 14,122,219 FILTER CARTRIDGES 0
3,300 10,338 18,522 9,324 41,484 SPENT RESINS 0
24,000 39,780 49,800 59,200 172,780 l
COMBUSTIBLE WASTES 0
33,000 0
0 299,700 332,700 EVAPORATOR BOTTOMS 0
51,700 0
63,488 278,240 393,428 POST-TMI-2 ADDITIONS 0
0 0
0 460.665 460.665 SUBTOTAL PWR COSTS 787,079 276,100 1,226,444 544,872 19,158,511 21,993,005 TOTAL PWR COSTS 21,993,005 (a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposal costs.
I e
l l
Table B.8 Burial Costs at the Washington Site i
Reference BWR (1988 dollars)
CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL CCBIPOMENT SLRCHARGE HAlg) LING SLECHARGE RATE CHAar#
COST STEAM SEPARATOR 0
33,600 23,689 180,880 10,449 248,618 FUEL SUPPORT & PIECES 0
16,800 0
43,960 5,239 65,999 i
CONTROL RODS /INCORES 0
9,600 52,074 132,720 15,688 210,082 CONTROL RODS GUIDES 0
6,600 0
18,792 4,174 29,566 JET PUMPS 0
48,000 35,160 405,600 14,652 503,412 TOP FUEL GUIDES 0
86,400 117,776 730,080 25,101 959,357 CORE SUPPORT PLATE O
17,050 0
48,546 11,514 77,110 CORE SHROUD
O 168,000 1,539,720 1,419,600 49,136 3,176,456 i
REACTOR VESSEL WALL 17,435 12,100 0
34,452 8,377 72,364 SAC SHIELD 48,857 0
0 0
94,069 142,926 REACT. WATER REC 79,300 0
0 0
91,997 171,297 SAC SHIELD 138,788 0
0 0
324,061 462,849 t
OTHER PRIMARY CONTAINMENT 0
0 0
0 3,6 %,152 3,6 %,152 CONTAINM. ATMOSPMERIC 931 0
0 0
50,172 51,103 HIGH PRESSURE CORE SPRAY 4,531 0
0 0
17,760 22,291 LOW PRESSURE CORE SPRAY 1,416 0
0 0
10,449 11,864 REACTOR BLDG CLOSED COOLING 2,747 0
0 0
33,448 36,195 REACTOR CORE ISO COOLING 716 0
0 0
13,586 14,302 RESIDUAL HEAT REMOVAL 12,909 0
0 0
64,824 77,733 C3 POOL LINES & RACKS 51,833 0
0 0
398,268 450,101 L
CONTAMINATED CONCRETE 9,848 0
0 0
453,679 463,528 OTHER REACTOR BUILDING 0
0 0
0 1,483,256 1,483,256 TURBINE 128,303 0
0 0
1,469,699 i,598,002 NUCLEAR STEAM CONDENSATE 18,687 0
0 0
379,442 398,129 LOW PRESSURE FEEDWATER HEATERS 140,751 0
0 0
770,370 911,121 MAIN STEAM 4,747 0
0 0
74,237 78,983 MOISTURE SEPARATOR RENEATERS 86,204 0
0 0
747,400 833,LA REACTOR FEEDWATER PUMPS 9,155 0
0 0
202,790 211,945 HIGH PRESSURE FEEDWATER MEATERS 27,724 0
0 0
126,481 154,205 OTHER TG BLDG 0
0 0
0 5,076,992 5,076,992 RAD WASTE BLDG 0
0 0
0 2,513,958 2,513,958 1
REACTOR BLDG 0
35,200 0
0 322,000 357,200 TG BLDG 0
23,100 0
0 217,372 240,472 RAD WASTE & CONTROL 0
20,900 0
0 187,607 208,507 i
CONCENTRATOR 80TTOMS 0
123,750 0
150,378 666,000 940,128 OTHER 0
33,550 0
3,677 180,560 217,787 POST-TMI-2 ADDITIONS 0
0 0
0 37_651 37_651 1
SUBTOTAL BWR COSTS 784,881 634,650 1,768,419 3,168,685 19,848,608 26,205,242 TOTAL BWR COSTS 26,205,242 9
(a) GTCC Material: Asstsees a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic C
repository disposal could reduce disposal costs.
i g
o i
E a
3 sr 00 07 3
Table C.9 Burial Costs at the Washington She g
Reference PWR (1986 dorarS) 3 g
0 O
CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL C p MT SURCHARGE MAICLING SURCHARGE RATE CHARGE COST f
C *EL WALL 28,864 27,284 56,544 106,224 94,620 313,536 VESSEL HEAD & BOTTOM 0
28,720 0
0 99,600 128,320 oo UPPER CORE SUPPORT ASSN 0
2,872 0
5,154 9,960 17,986 UPPER SUPPORT COLUMN O
2,8 72 0
5,154 9,960 17,986 UPPER CORE BARREL 0
1,436 2,981 6,351 4,980 15,748 UPPER CORE GRIO PLATE 0
3,590 11.098 15,878 12,450 43,016 GUIDE TUBES 0
4,308 0
5,345 14,940 24,593 LOWER CORE BARREL
- O 22,976 155,998 101,617 79,680 360,270 THERMAL SHIELDS
- O 4,308 31,173 19,053 14,940 69,474 CORE $NROUD
0 2,872 667,474 12,702 9,960 693,006 LOWER GRID PLATE
- 0 3,590 107,777 15,878 12,450 139,694 LOWER SUPPORT COLUMN O
718 3,086 3,176 2,490 9,470 LOWER CORE FORGING 0
7,898 15,772 34,931 27,390 85,991 MISC INTERNALS 0
5,744 11,503 25,404 19,920 62,571 BIO SHIELD CONCRETE O
O O
O 621,504 621,504 REACTOR CAVITY LINER 0
0 0
0 12,749 12,749 REACTOR COOLANT PUMPS 65,532 0
0 0
104,580 170,112 PRESSURIZER 13,054 0
0 0
89,640 102,694 R.Hx,EHx, SUMP PUMP, CAVITY PUMP O
O O
O 9,960 9,960 tu PRESSURIZER RELIEF TANK 1,109 0
0 0
29,880 30,989 EJ SAFETY INJECTION ACCUM TANKS 24,154 0
0 0
99,600 123,754 STEAM GENERATORS 249,417 0
0 0
531,914 781,331 REACTOR COOLANT PIPING 16,560 0
0 0
82,170 98,730 REMAINING CONTAM. MATLS 0
0 0
0 1,309,939 1,309,939 CONTAMINATED MATRL OTHR BLD 0
0 0
0 11,879,840 11,879,840 i
FILTER CARTRIDGES 0
4,308 9.322 26,663 7,844 48,137 SPENT RESINS 0
14,360 35,889 55,907 49,800 155,956 COMBUSTIBLE WASTES 0
43,080 0
0 252,113 295,193 EVAPORATOR 80TTOMS 0
67.492 0
64.931 234.060 366.483
[
SUBTCTAL PWR COSTS 398,691 248,428 1,108,617 504,366 15,728,932 17,989,034 TOTAL PWR COSTS 17,989,034 i
(a) GTCC Material: Asstnes a low densir/, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disiosal costs.
p i
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Table B.9 Burial Costs at the Washington Site Reference BWR (1986 dollars)
CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL COMPONENT SURCHARGE HAICLING SURCHARGE RATE CHARGE COST STEAM SEPARATOR 0
20,104 21,361 119,000 8,790 169,255 FUEL SUPPORT & PIECES 0
10,052 0
39,135 4,407 53,594 CONTROL RODS /INCORES 0
5,744 47,074 320,000 13,197 386,015 CONTROL RODS GUIDES 0
8,616 0
19,738 3,511 31,865 JET PUMPS 0
28,720 31,709 670,000 12,326 742,755 TOP FUEL GUIDES 0
51,6 %
106,191 1,206,000 21,115 1,385,003 CORE SUPPORT PLATE O
22,258 0
50,990 9,686 82,934 CORE SHROUD
O 100,520 1,392,364 1,785,000 41,334 3,319,218 REACTOR VESSEL WALL 16,968 15,796 0
36,186 7,047 75,998 SAC SHIELD 48,560 0
0 0
79,132 127,692 REACT. WATER REC 35,871 0
0 0
77,389 113,261 SAC SHIELD 137,981 0
0 0
272,605 410,587 OTHER PRIMARY CONTAINMENT 0
0 0
0 3,109,263 3,109,263 CONTAINM. ATMOSPHERIC 889 0
0 0
42,206 43,094 HIGH PRESSURE CORE SPRAY 4,489 0
0 0
14,940 19,429 LOW PRESSURE CORE SPRAY 1,394 0
0 0
8,790 10,184 REACTOR BLDG CLOSED COOLING 2,683 0
0 0
28,137 30,820 REACTOR CO'!E ISO COOLING 694 0
0 0
11,429 12,123 RESIDUAL fiEAT REMOVAL 12,760 0
0 0
54,531 67,291 POOL LINES & RACKS 51,514 0
0 0
335,030 386,544 gy CONTAMINATED CONCRETE 9,509 0
0 0
381,642 391.151 OTHER REACTOR BUILDING 0
0 0
0 1,247,739 1,247,739 TURBINE 127,072 0
0 0
1,236,335 1,363,406 NUCLEAR STEAM CONDENSATE 18,432 0
0 0
319,193 337,625 LOW PRESSURE FEEDWATER HEATERS 139,860 0
0 0
648,047 787,907 MAIN STEAM 4,683 0
0 0
62,449 67,132 MOISTURE SEPARATOR REHEATERS 85,652 0
0 0
628,725 714,377 REACTOR FEECWATER PUMPS 8,943 0
0 0
170,590 179,533 HIGH PRESSURE FEEDWATER HEATERS 27,554 0
0 0
106,398 133,952 0'HER TG BLOG 0
0 0
0 4,270,848 4,270,848 RAD WASTE BLDG 0
0 0
0 2,114,782 2,114,782 REACTOR BLDG 0
45,952 0
0 272,859 318,811 TG BLDG 0
30,156 0
0 184,198 214,354 RAD WASTE & CONTROL 0
27,284 0
0 158,975 186,259 CONCENTRATOR BOTTOMS 0
161,550 0
153,896 560,250 875,6 %
OTHER 0
43.798 0
4_911 151.890
_ 200.599 SUBTOTAL BWR COSTS 735,508 572,246 1,598,700 4,404,856 16,669,784
'3,981,094 ZC TOTAL BWR COSTS 23,981,094 hO (a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging end geologic h
repository disposal could reduce disposal costs.
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i Table B.10 Burial Cests at the South Carolina She Reference BWR (1998 doBers)
BASE DISPOSAL CASK CURIE LINER DOSE DOSE RATE DISPOSAL CfarnurMT NN NABLING E CMARGE RATE SLRCHABGE tIET STEAM SEPARATOR 1 4,216 840,000 1,680,000 0
70,184 2,736,400 FUEL SUPPORT & PIECES 64,411 420,000 210,000 0
30,917 725,329 CONTROL RODS /INCORES 191,770 240.000 960,000 0
92,049 1,483,819 CONTROL n005 GUIDES 53,900 360,000 30,000 0
19,943 463,843 JET PUMPS 155,925 1,200,000 2,400,000 0
74,844 3,830,769 TOP FUEL GUIDES 267,120 2,160,000 8,640,000 0
128,218 11,195,338 CORE SUPPORT PLATE 179,000 930,000 195,0re 0
66,260 1,370,340 CORE SMROUD*
522,900 4,200,000 16,800,000 0
250,992 21,773,892 REACTOR VESSEL WLL 113,767 660,000 648,000 0
42,094 1,43,861 SAC SHIELD 2,393,608 0
50,400 0
0 2,444,008 REACT. WATER REC 1,035,698 0
13,184 0
0 1,048,883 SAC SHIELD 6,108,720 0
4,441 0
0 6,245,161 OTHER PRIMARY CONTAINMENT 43,474,200 0
529,699 0
0 44,003,899 CONTAIMM. ATNOSPMERIC 533,925 0
7,190 0
0 541,115 MIGN PRESSURE CORE SPRAY 268,400 0
2,545 0
0 270,945 LOW PRESSURE CORE SPRAY 118,800 0
1,497 0
0 120,297 REACTOR BLDG CLOSED COOLING 418,880 0
4,793 0
0 423,673 REACTOR CORE 150 C00LIhG 144,585 0
1,947 0
0 146,532 RESIDUAL MEAT REMOVAL 809,609 0
9,290 0
0 818,899 POOL LINER & RACKS 5,339,180 0
57,076 0
0 5,396,256 f
tD CONTAMINATED CONCRETE 5,888,916 0
65,017 0
0 5,953,933 b
OTHER REACTOR BUILDING 15,784,650 0
212,567 0
0 15,997,217 TURBINE 19,753,826 0
210,624 0
0 19,964,450 l
NUCLEAR STEAM CONDENSATE 4,037,985 0
54,378 0
0 4,092,363 LOW PRESSURE FEEDWATER MEATERS 8,767,440 0
110,402 0
0 8,877,842 MAIN STEAM 790,020 0
10,639 0
0 800,659 MOISTURE SEPARATOR REMEATERS 7,953,750 0
107,111 0
0 8,060,861 REACTOR FEED WTER PUMPS 2,158,065 0
29,062 0
0 2,187,127 MIGH PRESSURE FEEDWATER MEATERS 1,422,573 0
18,126 0
0 1,440,699 l
OTHER TG BLDG 54,028,800 0
727,588 0
0 54,756,388 RAD WASTE BLOG 26,753,265 0
360,277 0
0 27.113,542 REACTOR BLDG 6,839,437 1,920,000 57,000 0
0 8,816,437 L
TG BLDG 4,499,629 1,260,000 37,500 0
0 5,797,129 RAD WASTE & CONTROL 4,139,659 1,140,000 34,500 0
0 5,314,159 CONCENTRATOR BOTTOMS 15,297,858 6,750,000 27,000,000 0
2,072,350 51,120,208 OTHER 4,147,419 1,830,000 287,700 0
103,3 4 6,368,465 POST-TMI-2 ADDITIONS 610,611 0
0 0
0 610,611 SITE ACCESS FEES, (3.5 YRS) 717.500 SU8 TOTAL 8WR COSTS 245,304,598 23,910,000 61,609,554 0
2,951,196 334,492,848 f
h TAXES Als SURCHARGES 0
h TOTAL BWR COSTS 334,492,848 O
h (a) GTCC Meteriet: Assumes a low density, distributed pocke8in8 scheme and finet disposal as LLW. Mi8h density packa81n8 and BeoloBic y
I y
repository disposet could reduce disposal costs.
E b
M os W
y Table 2.11 Burial Costs at the South Carolina Site g
Reference PWR (1997 dollars) 1 g
5 o
BASE DISPOSAL CASK CURIE LINER DOSE DOSE RATE DISPOSAL h
CHARE
_ HANDLING SURCHARGE RATE jyRCHARGE COST o
--=1 F
VESSEL WALL 2,379,200 1,140,000 4,560,000 0
1,142,016 9,221,216 g
VESSEL HEAD & 8OTTOM 1,515,780 1,200,000 6,000 0
0 2,721,780 UPPER CORE SUPPORT ASSN 143,100 120,000 3,000 0
45,792 311,892 oo UPPER SUPPORT COLUMN 132,300 120,000 30,000 0
42,336 324,636 UPPER CORE BARREL 63,000 60,000 240,000 0
30,240 393,240 UPPER CORE GRID PLATE 157,500 150,000 600,000 0
75,600 983,100 GUIDE TUBES 233,100 180,000 30,000 0
62,937 506,037 LOWER CORE BARREL
- 1,008,000 960,000 3,840,000 0
483,840 6,291,840 THERMAL SHIELDS
- 189,000 180,000 720,000 0
90,720 1,179,720 CORE SHROUD
- 108,400 120,000 7,320,000 0
52,032 7,600,432 LOWER GRID PLATE
- 38,280 150,000 1,200,000 0
18,374 1,406,654 LOWER SUPPORT COLUMN 39,960 30,000 120,000 0
19,181 209,141 LOWER CORE FORGING 434,160 330,000 750,000 0
208,397 1,722,557 MISC INTERNALS 352,000 240,000 600,000 0
168,960 1,360,960 i
SIO SHIELD CONCRETE 8,580,000 0
360,000 0
0 8,940,000 REACTOR CAVITY LINER 172,800 0
3,000 0
0 175,800 REACTOR COOLANT PUMPS 3,008,000 0
23,298 0
0 3,031,298 PRESSURIZER 1.365,000 0
1,521 0
0 1,366,521 R.'dx,EHx, SUMP PUMP, CAVITY PUMP 126,000 0
3,537 0
0 129,537 PRESSURIZER RELIEF TANK 378,000 0
1,212 0
0 379,212 te SAFETY INJECTION ACCUM TANKS 1,346,400 0
24,432 0
0 1,370,832 y
STEAM GENERATORS 11,008,000 0
1,320,000 0
0 12,328,000 REACTOR COOLANT PIPING 1,198,789 0
89,400 0
0 1,288,189 REMAINING CONTAM. MATLS 21,192,300 0
67,137 0
0 21.259,437 CONTAMINATED MATRL OTHR BLD 163,033,074 0
55,275 0
0 163,088,349 FILTER CARTRIDGES 216,000 180,000 1,500,000 0
25,920 1,921,920 SPENT RESINS 792,000 600,000 2,400,000 0
380,160 4,172,160 COM8USTIBLE WASTES 3,780,000 1,800,000 90,000 0
0 5,670,000 EVAPORATOR 8OTTOMS 3,722,400 2,820,000 11,280,000 0
508,464 18,330,864 POST-TMI-2 ADDITIONS 7.470.863 0
0 0
0 7.47 L g }
SUBTOTAL PWR COSTS 234,183,4 %
10,380,000 37,237,812 0
3,354, % 9 285,156,187 t
0 TAXES AND SURCHARGES TOTAL PWR COSTS 285,156,187 i
(a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic l
repository disposal could reduce disposal costs.
i
Table B.11 Burial Costs at the South Carolina Site Reference BWR (1997 dollars)
BASE DISPOSAL CASK CU2IE LINER DOSE DOSE RATE DISPOSAL CG4PONENT CHARGE HANDLING SURCHARGE RATE SURCHARGE cosi STEAM SEPARATOR 146,216 840,000 i,680,000 0
70,184 2,736,400 FUEL SUPPORT & PIECES 64,411 420,000 210,000 0
30,917 725,329 CONTROL ROOS /INCORES 191,770 240,000
% 0,000 0
92,049 1,483,819 CONTROL RODS GU DES 53,900 360,000 30,000 0
19,943 463,843 JET PUMPS 155,925 1,200,000 2,400,000 0
74,844 3,830,769 TOP FUEL GUIDES 267,120 2,160,000 8,640,000 0
128,218 11,195,338 CORE SUPPORT PLATE 179,080 930,000 195,000 0
66,260 1,370,340 CORE SHROUD
- 522,900 4,200,000 16,800,000 0
250,99?
21,773,892 REACTOR VESSEL WALL 113,767 660,000 648,000 0
42,0 %
1,463,861 SAC SHIELD 2,393,608 0
50,400 0
0 2,444,008 REACT. WATER REC 1,035,698 0
3,300 0
0 1,638,998 SAC SHIELD 6,198,720 0
25,080 0
0 6,223,800 OTHER PRIMARY CONTAINMENT 43,474,200 0
112,200 0
0 43,586.400 CONTAINM. ATMOSPHERIC 533,925 0
1,320 0
0 535,245 HIGH PRESSURE CORE SPRAY 268,400 0
1,320 0
0 269,720 LOW PRESSURE CORE SPRAY 118,800 0
660 0
0 119,460 REACTOR BLDG CLOSED COOLING 418,880 0
1,980 0
0 420,860 REACTOR CORE ISO COOLING 144,585 0
660 0
0 145,245 RESIDUAL HEAT REMOVAL 809,609 0
4,620 0
0 814,229 POOL LINER & RACKS 5,339,180 0
9,900 0
0 5,349,080 tu CONTAMINATED CONCRETE 5,888,916 0
10,560 0
0 5,899,476 k
OTHER REACTOR BUILDING 15,784,650 0
37,620 0
0 15,822,270 TURBINE 19,753,826 0
38,280 0
0 19,792,106 NUCLEAR STEAM CONDENSATE 4,037,985 0
7,020 0
0 4,045,905 LOW PRESSURE FEEDWATER HEATERS 8,767,440 0
27,720 0
0 8,795,160 MAIN STEAM 790,020 0
1,980 0
0 792,000 MOISTURE SEPARATOR REHEATERS 7,953,750 0
17,160 0
0 7,970,910 REACTOR FEEDWATER PUMFS 2,158,065 0
6,600 0
0 2,164,665 HIGH PRESSURE FEEDWATER HEATERS 1,422,573 0
5,280 0
0 1,427,853 OTHER TG BLDG 54,028,800 0
170,280 0
0 54,199,080 RAD WASTE BLDG 26,753,265 0
47,520 0
0 26,800,785 REACTOR BLDG 6,839,437 1,920,000
%,000 0
0 8,855,437 TG BLOG 4,499,629 1,260,000 63,000 0
0 5,822,629 RAD WASTE & CON 1ROL 4,139,659 1,140,000 57,000 0
0 5,336,659 CONCENTRATOR BOTTOMS 15,297,858 6,750,000 27,000,000 0
2,072,353 51,120,208 OTHER 4,147,419 1,830,000 287,700 0
103,346 6,368,465 POST-TMI-2 ADDITIONS 610.611 0
0 0
0 610.611 SUBTOTAL BWR COSTS 246,578,591 23,910,000 59,649,060 0
3,422,573 331,814,854 TAXES AND SURCHARGES 0
TOTAL BWP COSTS 331,814,254 9
(a) GTCC Material: Assones a low density, distributed packaging sc. heme ard final disposal as LLW. High density packaging ard geologic C
repository disposat could reduce disposal costs.
O E
n G3 00 x
4.
l
. Table D.12 Burial Cests at the South Carnuma Site d
Reference FWR(1996 do5mrs) 3 l
5 i
o h
CRAIE CASK QNtIE LINER DOSE BURIAL DISPOSAL h
o C M MY M
MA ELING MECMARGE RATE CMARGE COET 4
l f
VESSEL WALL 83,220 87,400 1,545,460 0
314,526 2,030,606 f
t 4
VESSEL NEAD & SOTTON 0
92,000 214,000 0
331,000 637,000 oo UPPER CORE SUPPORT ASSN O
9,200 21,400 0
33,108 63,708 UPPER SUPPORT COLtsel 0
9,200 32,400 0
33,108 74,708 I
UPPER CORE BARREL 0
4,600 81,340 0
16,554 102,494
{
l l
UPPER CORE GRIO PLATE 0
11,500 373,750 0
41,385 426,635 GUIDE ilJBES 0
13,800 48,600 0
49,662 112,062 loner CORE BARREL
- 0 73,600 3,865,600 0
264,864 4,204,064 i
TMEllMAL SMIELDS*
O 13,800 724,800 0
49,662 788,262 CORE Slut 0UD*
0 9,200 7,368,800 0
33,108 7,411,108 LOWER GRID PLATE" 0
11,500 1,208,000 0
41,385 1,260,885 LOWER SUPPORT COLUMN 0
2,300 93,470 0
8,277 104,047 l
LOWER CORE FORGING 0
25,300 356,840 0
91,047 473,187 i
MISC INTERNALS O
18,400 259.520 0
66,216 344,136 l
BIO SMIELD CONCRETE O
O O
O 2,065,939 2,065,939 REACTOR CAVITY LINER 0
0 0
0 42,378 42,378 l
i REACTOR COOLANT PUNPS 139,200 0
0 0
347,634 486,834 PRESSURIZER 22,560 0
0 0
297,972 320,532 R.Hz,ENx,SupF PWIP, CAVITY,Ptpr 0
0 0
0 33,108 33,108 i
tg PRESSURIZER RELIEF TAIIK 4,380 0
0 0
99,324 103,704 b
SAFETY INJECTION ACQNI TANKS 33,200 0
0 0
331,000 364,280 STEAft GENERATORS 480,003 0
0 0
1,768,133 2,248,133 i
REACTOR C00LAlli PIPING 29,050 0
0 0
273,141 302,191 REMAINIIIG CCIITAM. IIATLS 0
0 0
0 4,354,364 4,354,364 i
CONTAMIelATED MRTRL OTHR BLD 0
0 0
0 39,489,733 39,489,733 FILTER CARTRIDGES 0
13,800 291,600 0
26,073 331,473 SPENT RESINS 0
46,000 1,495,000 0
165,540 1,706,540 COMBUSTIBLE WhSTES 0
138,000 321,000 0
838,046 1,297,046 EVAPORATOR BOTTOMS 0
216,200 2,356,940 0
778,038 3,351,178 POST-TMI-2 ADDITIONS 0_
0 0
0 1.2as.150 1.2a8_150 SUBTOTAL PWR COSTS 791,610 795,800 20,M 8,520 0
53,572,634 75,818,564 4
1,819,646 BARNWELL COUNTY BUSINESS TAR SOUTH CAlt0LIIIA LLRW DISPOSAL TAM (INSIDE SE COMPACT) 152,103,045 t
152.103.045 SOUTM CAROLIIIA LLitW OISPOSAL TAM (OUTSIDE SE CGPACT) 229,741,255 f
TOTAL PWR COSTS (INSIDE SE CS FACT) 229,741,255 TOTAL PWR COSTS (OUTSIDE SE CWFACT)
(e) GTCC Meteriet: Assemes a low densitv.iistributed packaging schesne and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposal costs.
?
t i
i
Table B.12 Burist Cests at the beh Carellma Site Reference BWR (19M doBars)
CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL 1
r=enusuf BBCMAAE NamLING SIRCMARGE RATE CMARGE CDET t
SitAft SEPARATOR 0
64,400 680,400 0
29,218 774,018 FUEL SUPPORT & PIECES 0
32,200 680,400 0
14,650 727,250 CONTROL RODS /IN00RES 12,480 18,400 966,400 0
43,868 1,041,148 CONTROL ACDS GUIDES 0
27,600 72,240 0
11,671 111,511 JET PUNPS 0
92,000 972,000 0
40,971 1,104,971 TOP FUEL WIDES 0
165,600 2,928,240 0
70,189 3,164,029 4
CORE SUPPORT PLATE O
71,300 251,100 0
32,198 354,598 t
4 CORE SMRot#
0 322,000 16,912,000 0
137,398 17,371,398 i
REACTOR VESSEL mLL 68,130 50,600 444,400 0
23,424 546,604 i
SAC SNIELD 75.606 0
0 0
263,043 338,643 REACT. E TER REC 58,000 0
0 0
257,249 315,249 i
SAC SNIELD 205,200 0
0 0
906,166 1,111,366 OTMER PtifEARY CONTAIIBENT 0
0 0
0 10,335,490 10,335,490 l
CONTAINN. AT9805PNERIC 4,380 0
0 0
140,295 144,675 i
MIGN PRESSURE CORE SPRAY 8,300 0
0 0
49,662 57,962 LOW PRESSURE CORE SMIAY 2,820 0
0 0
29,218 32,038 REACTOR BLOG CLOSED COOLING 6,570 0
0 0
93,530 100,100 REACTOR CORE ISO COOLING 2,190 0
0 0
37,991 40,181 RESIOUAL NEAT REMOVAL-19,740 0
0 0
181,266 201,006 i
POOL LlHER & RACKS 51,000 0
0 0
1,113,670 1,196,670 g
CONTIMINATED CONCRETE 35,040 0
0 0
1,268,616 1,303,656 b
OTHER REACTOR BUILDING 0
0 0
0 4,147,605 4,147,605 TURetNE 163,560 0
0 0
4,109,696 4,273,256 NUCLEAR STEAN CONDENSATE 33,840 0
0 0
1,061,029 1,094,869
[
l LOW PRESSURE FEED W TER NEATERS 226,800 0
0 0
2,154,172 2,380,972 l
NAIN STEAf4 8,440 0
0 0
207,587 216,047 i'
NOISTURE SEPARATOR RENEATERS 140,400 0
0 0
2,089,943 2,230,343 REACTOR FEED W TER PUpFS 21,900 0
0 0
567,057 588,957 NIGN PRESSURE FEEDWTER IEATERS 43,200 0
0 0
353,676 3 %,876 j
OTHER TG BLDG 0
0 0
0 14,1 %,710 14,1 %,710 t
RAD MSTE BLDG 0
0 0
0 7,029,739 7,029,739 l
REACTOR BLDG 0
147,200 342,400 0
886,467 1,376,067 TG BLDG 0
96,600 224,700 0
598,427 919,727 RAD MSTE & CONTROL 0
87,400 203,300 0
516,485 807,185
[
CONCENT,tATOR BOTTONS 0
517,500 5,598,060 0
1,862,325 7,977,885 OTHER 0
140,300 485,020 0
504,897 1,130,217 POST-TN5-2 ADDITIONS 0
0 0
0 105 2A't 105 281 l
TOTAL 8WR COSTS 1,197,660 1,833,100 30,760,660 0
55,470,881 89,262,301 l
l BARNWELL COUNTY BUSINESS TAN 2,142,295 i
f SOUTH CARN IIIA LLIIW DISPOSAL TAM (INSIDE SE COMPACT) 157,492,535 SOUTH CARC CMA LLEW DISPOSAL TAM (CUTSIDE SE CopFACT) 157.492.535 9
TOTAL JWR CrHTS (INSIDE SE CINFACT) 248,897.132 i
C TOTAL BWR CM?? (CUTSIDE SE CCIPACT) 248,897,132 y
I' oO (a) GTCC [ tiSL:
a--s a tou density, distributed packaging scheme and final disposal es LLW. High density packaging and geologic g
repositwy dir wel could reduce disposet coets.
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Table B.13 Burial Costs at the South Carolina Site Reference BWR (1995 dollars)
CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL C04PONENT SURCHARGE HANDLING SURCHARGE RATE CHARGE COST STEAM SEPARATOR 0
64,400 680,400 0
29,723 774,523 FUEL SUPPORT & PIECES-0 32,200 680,400 0
14,903 727,503 CONTROL RODS /INCORl!S 12,480 18,400 966,400 0
44,626 1,041,906 CONTROL RODS GUIDES 0
27,600 72,240 0
11,872 111,712 JET PUMPS 0
92,000 972,000 0
41,679 1,105,679 TOP FUEL GUIDES 0
165,600 2,925,240 0
71,402 3,165,242 CORE SUPPORT PLATE O
71,300 251,100 0
32,754 355,154 CORE SHROUD
O 322,000 16,912,000 0
139,772 17,373,772 REACTOR VESSEL WALL 48,180 50,600 444,400 0
23,829 567,009 SAC SHIELD 75,600 0
0 0
267,588 343,188 REACT. WATER kEC 58,000 0
0 0
261,694 319,694 SAC SHIELD 205,200 0
0 0
921,822 1,127,022 C?ER PRIMARY CONTAINMCNT 0
0 0
0 10,514,054 10,514,054 CO N INM. ATMOSPHERIC 4,380 0
0 0
142,719 147,099 HIGH M URE CORE SPRAY 8,300 0
0 0
50,520 58,820 LOW PRES $lt1E CORE SPRAY 2,820 0
0 0
29,723 32,543 REACTOR BLDG CLOSED COOLING 6,570 0
0 0
95,146 101,716 REACTGR CORE ISO COOLING 2,190 0
0 0
38,648 40,838 RESIDUAL HEAT REMOVAL 19,740 0
0 0
184,398 204,138 POOL LINER & RACKS 81,000 0
0 0
1,132,911 1,213,911 cs CONTAMINATED CONCRETE 35,040 0
0 0
1,290,533 1,325,573 b
OTHER REACTOR BUILDING 0
0 0
0 4,219,262 4,219,262 TU:tBINE 163,560 0
0 0
4,180,698 4,344,258 NUCLEAR STEAM CONDENSATE 33,840 0
0 0
1,079,360 1,113,200 LOW PRESSURE FEEDaTER HEATERS 226,800 0
0 0
2,191,389 2,418,189 MAIN STEAM 8,460 0
0 0
211,174 219,634 MOISTURE SEPARATOR REHEATERS 140,400 0
0 0
2,126,050 2,266,450 REACTOR FEEDWATER PUMPS 21,900 0
0 0
576,854 598,754 HIGH PRESSURE FEEDWATER HEATERS 43,200 0
0 0
359,787 402,987 OTHER TG BLDG 0
0 0
0 14,441,984 14,441,984 RAD WASlE BLDG 0
0 0
0 7,151,190 7,151,190 REACTOR BLDG 0
147,200 342,400 0
901,782 1,391,382 TG BLDG 0
96,600 224,700 0
608,766 930,066 RAD WASTE & CONTROL
's 87,400 203,300 0
525,408 816,108 CONCENTP.ATOR BOTTOMS 0
517,500 5,598,060 0
1,894,500 8,010,060 OTMER 0
140,300 485,020 0
513,620 1,138,940 POST-TMI-2 A9DITIONS 0
0 0
0 107.102 107.102 SU5 TOTAL BWR COSTS 1,197,660 i,a'N100 30,760,660 0
56,429,240 90,220,660 BARNWELL COUNTY BUSINESS TAk 2,165,296 h
SOUTH CAROLINA LLRW DISPOSAL TAX (INSIDE SE C0kPACT) 157,492,535
- c EDUTH CAROLINA LLRW DISPOSAL TAX (OUTSIDE SE COMPACT) 157_492.535 til9 TOTAL BWR COSTS (INSIDE SE COMPACT) 249,878,491 O
TOTAL BWR COSTS (OUTSIDL SE COMPACT) 249,878,491 y
o o
(a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic o
repository disposal could reduce disposal costs.
SF tU oo
~y Table D.14 Burini Cents at the South Carolina Site
(
g Reference PWR (19M dollars) 9 0
CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL g
g tas N MT SLECMARGE NAMLIMG SLRCHARGE RATE NwE CIIsT
. VESSEL WALL 64,030 68,210 1,188,640 0
272,000 1,592,960 4
VESSEL MEAD & 80TTOM 0
71,800 166,000 0
286,400 524,200 l
co UPPER CORE SUPPORT ASSN 0
7,180 16,600 0
28,640 52,420 l
UPPER SUPPORT COLUMN 0
7,180 h,040 0
28,640 60,760 l
UPPER CORE SMtREL 0
3,590 62,560 0
14,320 80,470 l
UPPER CORE GRID PLATE O
8,975 287,500 0
35,800 332,275 GUIDE TUBES 0
10,770 37,410 0
42,960 91,1'.0 LOWER CORE BARREL
O 57,440 3,129,600 0
229,120 3,416,160 THERMAL SHIELDS
O 10,770 724,800 0
42,960 778,530 CORE SNROUD
O 7,180 10,574,271 0
28,640 10,610,091 LOWER GRID PLATE
0 8,975 1,725,000 0
35,800 1,769,775 LOWER SUPPORT COLUMN O
1,795 71,900 0
7,160 80,855 LOWER CORE FORGING 0
19,745 274,505 0
78,760 373,010 MISC INTERNALS 0
14,360 199,640 0
57,280 271,280 810 SHIELD CONCRETE O
0 0
0 1,787,136 1,787,136 REACTOR CAVITY LINER
-0 0
0 0
36,659 36,659 REACTOR COOLANT PUMPS 107,400 0
0 0
300,720 408,120 PRESSURIZER 17,360 0
0 0
257,760 275,120 R.MM.EHx,5 UMP PUMP, CAVITY PUMP 0
0 0
0 28,640 28,640 to PRESSURIZER RELIEF TANK 3,370 0
0 0
85,920 89,290 g
SAFETY INJECTION ACCUM TANKS 25,480 0
0 0
286,400 311,880 STEAM GENERATORS 387,200 0
0 0
1,529,519 1,916,719 REACTOR COOLANT PIPING 22,295 0
0 0
236,280 258,575 REMAINING CONTAM. MATLS 0
0 0
0 3,766,733 3,766,733 CONTAMINATED MATRL OTMR BLD 0
0 0
t.
34,160,503 34,160,5C3 FILTER CARTRIDGES 0
10,770 224,250 0
22,554 257,574 SPENT RESINS 0
35,900 1,150,000 0
143,200 1,329,100 COMBUSTIBLE WASTES 0
107,700 249,000 0
724,950 1,081,650 EVAPORATOR BOTTOMS 0
168,730 1,815,395 0
673,040 2,657,165 l
POST-TMI-2 ADDITIONS 0
0 0
0 1.114.311 1_114_311 l
SU8 TOTAL PW': COSTS 627,135 621,070 21,922,011 0
46,342,885 69,513,101 SARNWELL COUNTY BUSINESS TAX 1,668,314 SOUTHEAST COMPACT ACCESS FEE (IN-REGION) 47,896,278 SOUTHEAST COMPACT ACCESS FEE (OUT-OF-REGION) 142.394.340 TOTAL PWR COSTS (IN-REGION) 119,077,693 TOTAL PWR COSTS (OUT-OF-REGION) 213,575,755 (a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposal costs.
i
[
_ _ _ _ _ _ _.... _ _ _.. _ _ _ _ _ _ _. _ _ *. _. ~, - -. _.. _ _. _ _ _ _ _ - _ _
m,-
-m
. ~, -..
Table B.14 Burial Costs at the South Carolina Site Reference BWR (1994 dollars)
CRANE CASK CURIE LINER DOSE SURIAL DISP 0 CAL CCSM80 MENT SURCHARGE JUELING SURCHARGE RATE
_ CHARGE cosi STEAM SEPARATOR 0
50,260 523,250 0
25,275 598,785 FUEL SUPPORT & PIECES 0
25,130 523,250 0
12,673 561,053 CONTROL RODS /INCORES 9,600 14,360 966,400 0
37,948 1,028,308 CONTROL RODS GUIDES 0
21,540 56,520 0
10,096 88,156 JET PUMPS 0
71,800 747,500 0
35,442 854,742 TOP FUEL GUIDES 0
129,240 2,252,160 0
60,717 2,442,117 CORE SL**0RT PLATE O
55,645 193,285 0
27,852 276,782 CORE SHROUD
- O 251,300 24,150,000 0
118,856 24,520,156 REACTOR VESSEL WALL 37,070 39,490 341,550 0
20,263 438,373 SAC SHIELD 58,590 0
0 0
227,545 286,135 REACT. WATER REC 52,500 0
0 0
222,533 275,033 SAC SHIELD 159,030 0
0 0
783,877 942,907 OTHER PRIMARY CONTAINMENT 0
0 0
0 8,940,692 8,940,692 CONTAINM. ATMOSPHERIC 3,370 0
0 0
121,362 124,732 HIGh PRESSUAE CORE SPRAY 6,370 0
0 0
42,960 49,330 LOW PRESSUPE CORE SPRAY 2,170 0
0 0
25,275 27,445 REACTOR BLDG CLUSED COOLING 5,055 0
0 0
80,908 85, % 3 EEACTOR CORE ISO COOLING 1,685 0
0 0
32,864 34,549 RESIDUAL HEAT REMOVAL 15,190 0
0 0
156,804 171,994 POOL LINER & RACKS 62,775 0
0 0
963,378 1,026,153 W
CONTAMINATED CONCRETE 26,960 0
0 0
1,097,413 1,124,373 OTHER REACTOR BUILDING 0
0 0
0 3,587,876 3,587,876 TURBINE 125,860 0
0 0
3,555,083 3.680,943 NUCLEAR STEAM CONDENSATE 26,040 0
0 0
917,840 943,880 LOW PRESSURE FEEDWATER HEATERS 175,770 0
0 0
1,863,462 2,039,232 MAIN STEAM 6,510 0
0 0
179,573 186,083 MOISTURE SEPARATOR REHEATERS 108,810 0
0 0
1,807,900 1,916,710 REACTOR FEEDWATER PUMPS 16,850 0
0 0
490,532 507,382 HIGH PRESSURE FEEDWATER HEATERS 33,480 0
0 0
305,947 339,427 OTHER TG BLOG 0
0 0
0 12,280,832 12,280,832 RAD 'JASTE BLDG 0
0 0
0 6,081,060 6,081,060 REACTOR BLDG 0
114,880 265,600 0
766,836 1,147,316 TG BLDG 0
75,390 174,300 0
517,668 767,353 RAD WASTE & CONTROL 0
68,210 157,700 0
446,784 672,694 CONCENTRATOR BOTTOMS 0
403,875 4,311,890 0
1,611,000 6,326,765 OTHER 0
109,495 376,515 0
436,760 922,770 POST-TMI-2 ADDITIONS O
O O
O 91.075 91.075 SUBTOTAL BWR COSTS 933,685 1,430,615 35,039,920 0
47,984,960 85,389,180 y
BARNWELL COUNTY BUSINESS TAX d
SOUTHEAST COMPACT ACCESS FEE (IN-REGION) 2,049,340 g
SOUTHEAST COMPACT ACCESS FEE (OUT-OF REGION) 49,593,394 147.439.820 h
TOTAL BWR COSTS (IN-REGION)
C TOTAL BWR COSTS (OUT-OF-REGION) 137,031,914
- S 234,878,340 (a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. high density packaging and geologic g
M repository disposal could reduce disposal costs.
5 9
on x
l y
Table D.15 Burial Costs at the South Carolina Site g
- c Reference PWR(1993 dollars) 1 0
0 CRAME CASK CURIE LINER DOSE BURIAL DISPOSAL l 'BFmnT SURCHARGE HAISLING SLECNARCE E8L _
CHARGE COST
{
VISSEL WALL 64,030 68,210 1,188,643 0
224,200 1,545,080 VESSEL HEAD & BOTTOM 0
71,800 166,000 0
236,000 473,800 oo UPPER CORE SUPPORT ASSM O
7,180 16,600 0
23,600 47,380 UPPER SUPPORT COLUMN O
7,180 24,940 0
23,600 55,720 UPPER CORE BARREL 0
3,590 62,560 0
11,800 77,950 i
l UPPER CORE GRID PLATE O
8,975 287,500 0
29,500 325,975 GUIDE TU8ES 0
10,770 37,410 0
35,400 83,580 LOWER CORE BARREL
O 57,440 3,129,600 0
128,800 3,375,840 THERMAL SHIELDS"'
O 10,770 724,800 0
35,400 770,970 CORE SHROUD"'
O 7,180 10,574,271 0
23,600 10,605,051 LOWER GRID PLATE"'
0 8,975 1,725,000 0
29,500 1,763,475 LOWER SUPPORT COLUMN 0
1,795 71,900 0
5,900 79,595 LOWER CORE FORGING 0
19,745 274,505 0
64,900 359,1$0 MISC INTERNALS 0
14,360 199,640 0
47,200
&.200 810 SHIELD CONCRETE 0
0 0
0 1,472,640 1,472,M't REACTOR CAVITY LINER 0
0 0
0 30,208 30,208 REACTOR COOLANT PUMPS 107,400 0
0 0
247,800 355,700 PRESSURIZER 17,360 0
0 0
212,400 229,760 R.Hm,EHx,SLSIP PUMP,CAVi7Y PUMP 0
0 0
0 23,600 23,600 tu PRESSURIZER RELIEF TANK 3,370 0
0 0
70,800 74,170 i*
SAFETY INJECTION ACCUM TANKS 25,480 0
0 0
236,000 261,480 STEAM GENERATORS 387,200 0
0 0
1,260,358 1,647,558 EEACTOR COOLANT PIPING 22,295 0
0 0
194,700 216,995 REMAINING CONTAM. MATLS 0
0 0
0 L103,872 3,103,872 CONTAMINATED MATRL OTHR BLD 0
0 0
0 28,1R ef.
28,149,0*3 FILTER CARTRIDGES 0
10,770 224,250 0
18,58$
253,605 SPENT RESINS 0
35,900 1,150,000 0
118,000 1,303,900 COMBUSTIBLE WASTES 0
107,700 249,000 0
597,375 954,073 EVAPORATOR BOTTORS 0
168,730 1,815,395 0
554,600 2,538,725 POST-TMI-2 ADDITIcNS 0
0 0
0.
918.21Z 918.217 SUBTOTAL PWR COSTS 627,135 621,070 21,922,011 0
38,187,573 61,357,789 BARNWELL COUNTY BUSINESS T.'.X 1,472,587 SOUTHEAST COMPACT ACCESS FEE (IN REGION) 47,896,278 SOUTHEAST COMPACT ACCESS FEE (OUT-OF-REGION) 142.394.340 TOTAL PWR' COSTS (IN-REGION) 110,726,654 TOTAL PWR COSTS (OUT-CF-REGION) 205,224,716 (a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and fcologic repository disposal could reduce disposal costs.
Table B.15 Burial Costs at the South Carolina Site Reference BWR (1993 dollars)
CRANE CASF CURIE LINER G:'E BURIAL DISPOSAL COMP 0aEMT SURCHARGE HAICLI R SURCHARGE
.. RATE,
Chaars COST _
STEAM SEPARATOR 0
50,260 523,250 0
20.827 594, 2 7 FUEL SUPPORT & PIECES 0
25,130 523,250 0
10,443 558,823 CONTROL RODS /INCORES 9,600 14,360 966,400 0
31,270 1,021,630 CONTROL RCGS GUIDES 0
21,540 56,520' 0
8,319 86,379 JET PUMPS 0
71,800 747,500 0
29,205 848,505 TOP FUEL GUIDES 0
129,240 2,252,160 0
50,032 2,431,432 CORE SUPPORT PLATE O
55,645 193,285 0
22,951 271,881 CORE SHROUD'd O
251,300 24,1 W,000 0
97,940 24,499,240 REACTOR VESSEL WALL 3T,P0 39,490 341,550 0
%.697 434,807 SAC SHIELD 55,590 0
0 0
16,,)2 246,092 REACT. WATER REC 52,500 0
0 0
183,372 235,872 SAC SHIELO 159,030 0
0 0
645,932 804,962 OTHER PRIMARY CONTAINMENT 0
0 0
0 7,367,330 7,367,330 CONTAINM. ATMOSPHERIC 3,370 0
0 0
100,005 103,375 HIGH PRESSURE CORE SPRAY 6,370 0
0 0
35,400 41,770 LOW PRESSURE CORE SPtAY 2,170 0
0 0
20,827 22,997 REACTOR BLDG CLOSED COOLING 5,055 0
0 0
66,670 71,725 REACTOR CORE ISO COOLING 1,685 0
0 0
27,081 28,766 RESIDUAL HEAT REMOVAL 15,190 0
0 0
129,27o 144,400 POOL LINER & RACKS 62,775 0
0 0
793,845 856,620 02 CONTAMINATED CONCRETE 26,960 0
0 0
904,293 931,253 g
OTHER REACTOR BUILDING 0
0 0
0 2,956,490 2,95o,490 TURBINE 125,860 0
0 0
2,929,468 3,t,55,328 NUCLEAR STEAM CONDENSATE 26,040 0
0 0
756,321 782,361 LOW PRESSURE FEEDWATER HEATERS 175,770 0
0 0
1,535,534 1,711,304 MAIN STEAM 6,510 0
0 0
147,972 154,482 MOISTURE SEPARATOR REHEATERS 108,810 0
0 0
1,489,750 1,598,560 REACTOR FEEDWATER SUMPS 16,850 0
0 0
404,209 421,059 HIGH PRESSURE FEEDWTO HEATERS 33,480 0
0 0
252,107 285,587 OTHER TG BLDG 0
0 0
0 10,119,680 10,119,680 RAD WASTE BLDG 0
0 0
0 5,010,929 5,010,929 REACTOR BLDG 0
114,880 265,600 0
631,890 1,012,370 1
TG BLDG 0
75,390 174,300 0
426,570 676,260 RAD WASTE & CONTROL 0
68,210 157,700 0
368,160 594,070 CONCENTRATOR BOTTOMS 0
403,875 4,311,890 0
1,327,500 6,043,Z65 OTHER 0
109,495
'l76.515 0
359,900 845,910 POST-TMI 2 A00!TIONS 0
0 u
0 75.048 75.048 SU8 TOTAL BWR COSTS 933,685 1,430,615 35,039,920 0
39,540,679 76,944,899 7
BARNWELL COUNTY BUSINESS TAX C
SOUTHEAST COMPACT ACCESS FEE (IN-REGION) 1,846,678 g
SOUTHEAST COMPACT ACCESS FEE (OUT-OF-REGION) 49,593,394 147.439.820 9
TOTAL bWR COSTS (IN-REGION)
C TOTAL BWR COSTS (OUT-OF-REGION) 128,384,971 O
226,231,397 (a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High dt9sity packaging and geologic repository disposet could reduce disposal costs.
EF oo to I
L
Table G.16 Burial Costs at the South Carulina Sit 2 g
Reference PWR (1991 dollars) 3 l
E$-
l cE CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL C W uf SIRCHARGE MAELING SLACHARGE RATE CHARGE COST g
VESSEL WALL 55,670 59,280 1,033,600 0
155,914 1,304,464 VESSEL HEAD & 8OTTOM 0
62,400 144,600 0
164,120 371,120 oo UPPER CORE SUPPORT AS91 0
6,240 14,460 0
16,412 37,112 UPPER SUPPORT COLUMN 0
6,240 14,460 0
16,412 37,112 UPPER CORE BARREL 0
3,120 54,400 0
8,206 65,726 UPPER CORE GRID PLATE O
7,800 217,000 0
20,515 245,315 GUIDE TUBES 0
9,360 81,000 0
24,618 1?4,978 LOWER CORE BARREL
0 49,920 2,409,600 0
131,296 2,590,816 THERMAL SHIELDS
O 9,360 451,800 0
24,618 485,778 l
CORE SMROUD
0 6,240 8,296,000 0
16,412 8,318,652 LOWER GRID PLATE
O 7,800 1,360,000 0
20,515 1,388,315 LOWER SUPPORT COLUMN 0
1,560 55,000 0
4,103 60,663 LOWER CORE FORGING 0
17,160 238,700 0
45,133 300,993
(
MISC INTERNALS 0
12,480 173,600 0
32,824 218,904 810 SHIELD CONCRETE O
0 0
0 1,024,109 1,024,109
(
f REACTOR CAVITY LINER 0
0 0
0 21,007 21,007 I
REACTOR COOLANT PUMPS 93,600 0
0 0
172,326 265,926 l
PRESSURIZER 15,080 0
0 0
147,708 162,788 R.Nx,EHx, SUMP PUMP, CAVITY PUMP 0
0 0
0 16,412 16,412 to PRESSURIZER RELIEF TANK 2,930 0
0 0
49,236 52,166 W
SAFETY INJECTION ACCUM TANKS 22,160 0
0 0
164,120 186,280 STEAM GENERATORS 336,000 0
0 0
876,483 1,212,483 l
REACTOR COOLANT PIPING 19,390 0
0 0
135,399 154,789 l
REMAINING CONTAM. MATLS 0
0 0
0 2,158,506 2,158,506 CONTAMINATED MATRL OTHR BLD 0
0 0
0 19,575,495 19,575,495 FILTER CARTR!DGES 0
9,360 195,000 0
12,924 217,284 SPENT RESINS 0
31,200 868,000 0
82,060 981,260 COMBUSTI8LE WASTES 0
93,600 216,900 0
415,429 725,929 l
EVAFCRATOR BOTTOMS 0
146,640 339,810 0
385,682 872,132 j
POST-TMI-2 ADDITIONS 0
0 0
0 638.550 638.550 l
SU8 TOTAL PWR COSTS 544,830 539,760 16,163,930 0
26,556,544 43 805,064 3
8ARNWELL COUNTY BUSINESS TAX (2.4%)
1.051.322 7
i TOTAL PWR COSTS 44,856,386 (a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposal costs.
l l
l l
Table B.16 Burial Costs at the South Caronna She Reference BWR (1991 doners)
CRANE CASK CURIE LINER DOSE 8URIAL DISPOSAL CGroKMT SURCHARGE MAISLING SURCHARGE RATE CHARGE COST STEAM SEPARATOR 0
43,680 770,000 0
14,484 828,164 FUEL SUPPORT & PIECES 0
21,840 455,000 0
7,262 484,102 CONTROL RODS /INCORES 4,680 12,480 766,400 0
21,746-805,306 CONTROL RODS GUIDES 0
18,720 43,380 0
5,785 67,885 JET PUMPS 0
62,400 650,000 0
20,310 732,710 TOP FUEL GUIDES 0
112,320 1,958,400 0
34,834 2,105,554 CORE SUPPORT PLATE O
48,360 168,020 0
16,002 232,382 CORE SMROUD
0 218,400 19,040,000 0
68,110 19,326,510 REACTOR VESSEL WALL 32,230 34,320 297,000 0
10,545 374,095 SAC SHIELD 50,960 0
0 0
147,544 196,504 REACT. WATER REC 45,500 0
0 0
127,603 173.103 SAC SHIELD 138,320 0
0 0
449,279 537,599 OTHER PRIMARY CONTAINMENT 0
0 0
0 5,123,334 5,123,334 CONTAINM. ATMOSPHERIC 2,930 0
0 0
69,505 72,435 HIGH PRESSURE CORE SPRAY 5,540 0
0 0
24,618 30,158 LOW PRESSURE CORE SPRAY 1,885 0
0 0
14,566 16,451 REACTOR BLDG CLOSED COOLING 4,395 0
0 0
46,446 50,841 REACTOR CORE COOLING 1,465 0
0 0
18,874 20,339 RESIDUAL HEAT REMOVAL 13,195 0
0 0
89,938 103,133 tp POOL LINES & RACKS 54,600 0
0 0
551,977 606,577
(**
CONTAMINATED CONCRETE 23,440 0
0 0
628,785 652,225 OTHER REACTOR BUILDING 0
0 0
0 2,056,301 2,056,301 TURBINE 109,330 0
0 0
2,036,934 2,146,264 NUCLEAR STEAM CONDENSATE 22,620 0
0 0
525,964 548,584 LOW PRESSURE FEEDWATER HEATERS 152,880 0
0 0
1,067,847 1,220,727 MAIN STEAM 5,655 0
0 0
102,944 108,599 MOISTURE SEPARATOR REHEATERS 94,640 0
_ 0 0
1,035,802 1,130,442 REACTOR FEEDWATER PUMPS 14,650 0
0 0
282,574 297,224 HIGH PRESSURE FEEDWATER HEATERS 29,120 0
0 0
175,280 204,400 OTHER TG BLDG 0
0 0
0 7,051,580 7,051,580 RAD WASTE BLDG 0
0 0
0 3,484,760 3,484,760 REACTOR BLDG 0
99,840 231,360 0
439,431 770,631 TG BLOG 0
65,520 151,830 0
296,647 513,997 RAD WASTE & CONTROL 0
59,280 137,370 0
256,027 452,677 CONCENTRATOR BOTTOMS 0
351,000 813,375 0
923,175 2,087,550 OTHER 0
95,160 220,515 0
250,283 565,958 POST-TMI-2 ADDITIONS 0
0 0
0 52_190 52.190 SUBTOTAL BWR COSTS 808,035 1,243,320 25,702,650 0
27,529,284 55,283,289 BARNWELL COUNTY SUSINESS TAX (2.4%)
TOTAL 8WR COSTS 1 326.799 56,610,088 C
(a) GTCC Material: Assumes a low density, distributed packaging schese and final disposal as LLW. High density packeging and geologic y
repository disposal could reduce disposal costs.
k
}
co EW
i y
Table B.17 Burial Costs at the South Carolina Site g
Reference PWR (1988 dollars)
'R O
E CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL C[35muruf SURCHARGE HAlWLING SURCHARGE RATE CHARE COST VESSEL WALL 38,380 38,000 714,400 0
134,216 924,996 VESSEL HEAD & BOTTOM 0
40,000 100,000 0
141,280 251,280 oo UPPER CORE SUPPORT ASSM 0
4,000 10,000 0
14,128 28,128 UPPER SUPPORT COLUMN O
4,000 10,000 0
14,128 28,128 UPPER CORE BARREL 0
2,000 37,600 0
7,064 46,664 UPPER CORE GRID PLATE 0
5,000 150,000 0
17,660 172,660 GUIDE TUBES 0
6,000 56,100 0
21,192 83,292 LOWER CORE BARREL"'
O 32,000 1,824,000 0
113,024 1,M9,024 THERMAL SHIELDS"'
0 6,000 360,000 0
21,192 387,192 CORE SHROUD"'
O 4,000 6,100,000 0
14.128 6,118,128 i
LOWER GRID PLATE"'
O 5,000 1,000,000 0
17,660 1,022,660 LOWER SUPPORT COLUMN O
1,000 36,500 0
3,532 41,032 l
LOWER CORE FORGING 0
11,000 165,000 0
38,852 214,852 MISC INTERNALS 0
8,000 120,000 0
28,256 156,256 BIO SHIELD CONCRETE O
O O
0 881,587 881,587 REACTOR CAVITY LINER 0
0 0
0 18,084 18,084 REACTOR COOLANT PUMPS 36,848 0
0 0
148,344 185,192 PRESSUR!ZER 10,480 0
0 0
127,152 137,632 R.Hx,EMx, SUMP PUMP, CAVITY PUMP 0
0 0
0 14,128 14,126 tc PRESSURIZER RELIEF TANK 2,020 0
0 0
42,384 4,404 r
id SAFETY INJECTION ACCUM TANKS 15,320 0
0 0
141,280 156,600 L
STEAM GENERATORS 134,848 0
0 0
754,506 889,354 REACTOR COOLANT PIPING 13,405 0
0 0
116,556 129, % 1 REMAINING CONTAM MATLS 0
0 0
0 1,858,115 1,858,115 CONTAMINATED MATRL OTHR BLD 0
0 0
0 16,851,243 16,851,243 FILTER CARTRIDGES 0
6,000 135,000 0
11,126 152,126 SPENT RESINS 0
20,000 600,000 0
70,640 690,640 COM80STIBLE WASTES 0
60,000 150,000 0
357,615 567,615 EVAPORATOR 80TTOMS 0
94,000 235,000 0
332,008 661,008 POST-TMI-2 ADOITIONS 0
0 0
0 549.685 549.685 SUBTOTAL PWR COSTS 251,301 346,000 11,803,600 0
22,860,764 35,261,665 BARNWELL COUNTY BUSINESS TAX (2.4%)
846.280 TOTAL PWR COSTS 36,107,945 (a) GTCC Material: Asstnes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposal costs.
I I
t 4
Table B.17 Burial Costs et the South Carolina Site Reference BWR (1988 dollars)
CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL COMPONENT SURCHARGE HANDLING SURCHARGE RATE CHARCE COST STEAM SEPARATOR 0
28,000 529,200 0
12,468 569,668 FUEL SUPPORT & PIECES 0
14,000 315,000 0
6,252 335,252 CONTROL RODS /INCORES 3,240 8,000 529,600 0
18,720 559,560 CONTROL RODS GUIDES 0
12,000 30,000 0
4,980 46,980 JET PUMPS 0
40,000 450,000 0
17,483 507,483 TOP FUEL Gt TS 0
72,000 1,353,600 0
29,987 1,455,587 CORE SUPPORT PLATE O
31,000 116,250 0
13,775 161,025 CORE SHROUD
O 140,000 13,230,000 0
58,631 13,428,631 REACTOR VESSEL WALL 22,220 22,000 205,700 0
9,077 258,997 SAC SHIELD 35,280 0
0 0
127,011 162,291 REACT WATER REC 19,551 0
0 0
109,845 129,396 SAC SHIELD 95,760 0
0 0
386,754 482,514 OTHER PRIMARY CONTAINMENT 0
0 0
0 4,410,338 4,410,338 CONTAINM. ATMOSPHERIC 2,020 0
0 0
59,832 61,852 HIGH PRESSURE CORE SPRAY 3,830 0
0 0
21.192 25,022 LOW PRESSURE CORE SPRAY 1,310 0
0 0
12,539 13,849 REACTOR BLDG CLOSED COOLING 3,030 0
0 0
39,982 43,012 REACTOR CORE COOLING 1,010 0
0 0
16,247 17,257 RESIDUAL HETT REMOVAL 9,170 0
0 0
77,421 86,591 C3 POOL LINES & RACKS 37,800 0
0 0
475,160 512,960 id CONTAMINATED CONCRETE 16,160 0
0 0
541,279 557,439 OTHER REACTOR BUILDING 0
0 0
0 1,770,132 1,770,132 TURBINE 75,980 0
0 0
1,753,461 1,829,441 NUCLEAR STEAM CONDENSATE 15,720 0
0 0
452,767 468,487 LOW PRESSURE FEEDWATER HEATERS 105,840 0
0 0
919,238 1,025,C78 MAIN STEAM 3,930 0
0 0
88,618 92,548 MOISTURE SEPARATOR REHEATERS 65,520 0
0 0
891,653 957,173 REACTOR FEEDWATER PUMPS 10,100 0
0 0
243,249 253,349 HIGH PRESSURE FEEDWATER HEATERS 20,160 0
0 0
150,887 171,047 OTHER TG BLDG 0
0 0
0 6,070,236 6,070,236 RAD WASTE BLDG 0
0 0
0 2,999,798 2,999,798 REACTOR BLDG 0
64,000 160,000 0
378,277 602,277 TG BLDG 0
42,000 105,000 0
255,364 402,364 RAD WASTE & CONTROL 0
33,000 95,000 0
220,397 353,397 CONCENTRATOR BOTTOMS 0
225,000 562,500 0
794,700 1,582,200 OTHER 0
61,000 152,500 0
215,452 428,952 POST-TMI-2 ADDITIONS O
O O
0 44.927 44.927 SUBTOTAL BWR COSTS 547,631 797,000 17,834,350 0
23,698,131 42,877,112 h
BARNWELL COUNTY BUSINESS TAX (2.4%)
1_029.051 TOTAL BWR COSTS 43,906,162 C
(a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic y
repository disposal could reduce disposal costs.
]
k x
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NUREG-1307, Rev. 8 B.38
Table B.18 Burial Costs at the South Candina She Reference BWR (1986 douars)
CRANE CASK CUR!E LINER DOSE SURIAL D1SPOSAL CtzeP0 MENT SURCHARGE NAISLING_
SLRCHARGE RATE CHAtrE COST STEAM SEPARATOR 0
19,600 529,200 0
9,884 558,684 FUEL SUPPORT & PIECES 0
9,800 315,000 0
4,956 329,756 CONTROL RODS /INCORES 2,440 5,600 529,600 0
14,840 552,480 CONTROL RODS GUIDES 0
8,400 0
0 3,948 12,348 JET PUMPS 0
28,000 450,000 0
13,860' 491,860 TOP FUEL GUIDES 0
50,400 1,353,600 0
23,772 1,427,772 CORE SUPPORT PLATE O
21,700 116,250 0
10,920 148,870 CORE SHROUD
- O 98,000 13,230,000 0
46,480 13,374,480 REACTOR VESSEL WLL 20,020 15,400 205,700 0
7,196 248,316 SAC SHIELD 33,880 0
0 0
100,688 134,568 REACT. W TER REC 19,551 0
0 0
87,080 106,631 SAC SHIELD 91,960 0
0 0
306,600 398,560 OTHER PRIMARY CONTAINMENT 0
0 0
0 3,4 %,304 3,4 %,304 CONTAINM. ATMOSPHERIC 1,820 0
0 0
47,432 49,252 HIGH PRESSURE CORE SPRAY 3,630 0
0 0
16,800 20,430 LOW PRESSURE CORE SPRAY 1,210 0
0 0
9,9(0 11,150 REACTOR BLDG CLOSED COOLING 2, 730 0
0 0
31,6 %
34,426 REACTOR CORE COOLING 910 0
0 0
12,880 13,790 RESIDUAL HEAT REMOVAL 8,470 0
0 0
61,376 69,846 tg POOL LINES & RACKS 36,300 0
0 0
376,684 412,984 id CONTAMIRATED CONCRETE 14,560 0
0 0
429,100 443,660 OTHER REACTOR BUILDING 0
0 0
0 1,403,276 1,403,276 TURBINE 70,180 0
0 0
1,390,060 1,460,240 NUCLEAR STEAM CONDENSATE 14,520 0
0 0
358,932 373,452 LOW PRESSURE FEED W TER HEATERS 101,640 0
0 0
728,728 830,368 MAIN STEAM 3,630 0
0 0
70,252 73,882 MOISTURE SEPARATOR REMEATERS 62,920 O
0 706,860 769,780 REACTOR FEEDWTER PUMPS 9,100 0
0 0
192,836 201,936 HIGH PRESSURE FEED W TER HEATERS 19,360 0
0 0
119,616 138,976 OTHER TG BLDG 0
0 0
0 4,812.192 4,812,192 RAD WASTE BLDG 0
0 0
0 2,3 78,0 %
2,378,096 REACTOR BLDG 0
44,800 0
0 299,880 344,680 TG BLDG 0
29,400 0
0 202,440 231,840 RAD WASTE & CONTROL 0
26,600 0
0 174,720 201,320 CONCENTRATOR BOTTOMS 0
157,500 0
0 630,000 787,500 0THER 0
42_700 0
0 170.800 213_500 SUBTOTAL BWR COSTS 518,831 557,900 16,729,350 0
18,751,124 36,557,205 f
BARNWELL COUNTY BUSINESS tax (2.4%)
TOTAL BWR CCSTS 877_373 37,434,578 9
(a) GTCC Material: Assumes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic g
repository disposal could reduce disposat costs.
w h'
E h.
s 00 W
y Table D.19 Disposition Costs using Wasta Vendus with Burial Costs at the Washington Sita M
Reference PWR (1998 dollars) 3 8
EL I
VOLUME SHIPMENT CONTAINER LINER DOSE WASTE VENDOR DISPOSAL "o
CG4PONENT CHARGE CHARGE CHARGE RATE CHARGE CHARGE COST W
.W VESSEL WALL 116,280 238,640 44,004 2,147,000 0
2,545,924 VESSEL HEAD & BOTTOM 122,400 251,200 46,320 0
0 419,920 oo UPPER CORE SUPPORT ASSM 12,240 25,120 4,632 151,200 0
193,192 UPPER SUPPORT COLUMN 12,240 25,120 4,632 151,200 0
193,192 UPPER CORE BARREL 6,120 12,560 2,316 113,000 0
133,996 l
UPPER CORE GRID PLATE 15,300 31,400 5,790 282,500 0
334,990 l
GUIDE TUBES 18,360 37,680 6,948 226,800 0
289,788 LOWER CORE BARREL
97,920 200,960 37,056 1,808,000 0
2,143,936 THERMAL SHIELDS
18,360 37,680 6,948 339,000 0
401,988 CORE SHROUD
12,240 25,120 4,632 26,000 0
267,992 LOWER GRID PLATE'"
15,300 31,400 5,790 282,500 0
334,990 LOWER SUPPORT COLUMN 3,060 6,280 1,158 56,500 0
66,998 LOWER CORE FORGING 33,660 69,080 12,738 621,500 0
736,978 MISC INTERNALS 24,480 50,240 9,264 452,000 0
535,984 BIO SHIELD CONCRETE O
O 0
0 3,235,923 3,235,923 REACTOR CAVITY LINEk.
15,667 6,280 4,632 0
0 26,579 REACTOR COOLANT PUMPS 0
0 0
0 1,247,905 1,247,905 PRESSURIZER 0
0 0
0 323,592 323,592 R.Hx,EHz,5 UMP PUMP, CAVITY PUMP O
O O
O 19,581 19,581 g
PRESSURIZER RELIEF TANK 0
0 0
0 45,137 45,137 h
SAFETY INJECTION ACCUM TANKS 0
0 0
0 507,791 507,791 C
0 0
0 4,566,800 4,566,800 REACTOR COOLANT PIPING 0
0 0
0 368,394 368,394 REMAINING CONTAM. MATLS 0
0 0
0 6,512,503 6,512,503 CONTAMINATED MATRL OTHR BLD 0
0 0
0 50,100,903 50,100,903 l
FILTER CARTRIDGES 0
0 0
0 89,610 89,610 SPENT RESINS 0
0 0
0 298,701 298,701 COMBUSTIBLE WASTES 0
0 0
0 896,102 896,102 EVAPORATOR BOTTOMS 287,640 590,320 108,852 1,676,341 0
2,663,153 PCCT-TMI-2 ADDITIONS 476,228 0
0 0
0 476,228 HEAVY OBJECT CHARGE O
l SITE AVAILABILITY CHARGES, (3 YRS) 413.442 SUBTOTAL PWR COSTS 1,287,495 1,639,080 305,712 8,533,541 68,212,943 80,392,213 TAXES & FEES (% OF CHARGES) 523,709 TAXES & FEES (S/CU.FT.)
.599,569 ANWJAL PERMIT FEES (3 YRS) 120.000 TOTAL PWR COSTS 81,635,491 (a) GTCC Material: Assunes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposal costs.
Table D.19 Disposition Costs using Waste Vendors with Burial Costs at the WasMngton Sit:
Reference BWR (1998 dollars)
YOLUME bilFMENT CONTAINER LINER DOSE WASTE VENDOR DISPOSAL G2f,3ERI CHARGE CVRGE_
CHARGE RATE CHARGE CMARGE CDST STEAM SEPARA10R 10,802 87,920 32,424 26,600,000 0
26,731,146 FUEL SUPPORT & PIECES 5,416 43,960 16,212 791,000 0
856,588 CONTROL RODS /INCORES 16,218 50,240 9,264 7,600,000 0
7,675,722 CONTROL RODS GUIDES 4,315 37,680 13,896 678,000 0
733,891 JET PUMPS 15,147 125,600 46,320 38,000,000 0
38,187,067 TOP FUEL GUIDES 25,949 452,160 83,376 68,400,000 0
68,961,485 CORE SUPPORT PLATE 11,903 100,480 35,898 1,751,500 0
1,899,781 CORE SHROUD"'
50,796 879,200 162,120 133,pna. @
0 134,092,116 REACTOR VESSEL WALL 8,660 125,600 25,476 1, w,000 0
1,402,736 cJC SHIELD 0
0 0
0 1,156,150 1,156,150 REACT. WATEF. REC 0
0 0
0 370,562 370,562 SAC SHIELD 0
0 0
0 2,994,078 2,994,078 OTHER PRIMART CONTAINMENT 0
0 0
0 11,999,265 11,999,265 CONTAINM. ATMOSPHERIC 0
0 0
0 48,302 4t *,302 HIGH PRESSURE CORE SPRAY 0
0 0
0 117,856 117,856 LOW PRLC',URE COF2 SPRAY 0
0 0
0 42,505 42,505 REACTOR BLDG CLOSED C0 CLING 0
0 0
0 115,615 115,615 REACTOR CORE ISO COOLING 0
0 0
0 37,532 37,532 RESIDUAL HEAT REMOVAL 0
0 0
0 355,503 355,503 POOL LINA & RACKS 0
0 0
0 1,473,661 1,473,661 tU CC44TAMINATED CONCRETE O
O O
O 2,106,991 2,106,991 h
OTHER REACTOR BUILDING 0
0 0
0 2,625,947 2,625,947 TURBINE O
O O
O 7,067,707 7,067,707 NUCLEAR STEAM CONDENSATE O
O O
O 934,140 934,140 LOW PRESSURE FEEDWATER HEATERS 0
0 0
0 3,136,8 %
3,136,8 6 MAIN STEAM 0
0 0
0 137,178 137,178 MolSTURE SEPARATOR REHEATERS 9
0 0
0 1,773,791 1,773,791 REACTOR FEEDWATER PUMPS 0
0 0
0 466,581 466,581 HIGH PRESSURE FEEDWATER HEATERS 0
0 0
0 624,659 624,659 OTHER TG BLDG 0
0 0
0 13,558,135 13,558,135 RAD WASTE BLDG 0
0 0
0 4,630,960 4,630,960 REACTOR BLDG 0
0 0
0 3,303,554 3,303,554 TG 8LDG 0
0 0
0 2,173,391 2,173,391 RAD WASTE & CONTkOL 0
0 0
0 1,999,520 1,999,520 CONCENTRATOR BOTTOMS 688,500 1,413,000 260,550 3,978,045 0
6,340,095 0iHER 186,660 383,080 70,638 187,036 0
827,414 POST-TMI-2 ADDITIONS 38,923 0
0 0
0 38,923 HEAVY 08tJECT CHARGE O
SITE AVAILABILITY CHARGES, (3.5 YRS) 551.256 SUBTOTAL BWR COSTS 1,063,289 3,698,920 756,174 282,228,581 63,250,478 351,548,698 2,
C;c TAXES & FEES (1 0F CHARGES) 12,396,823 M
TAXES & FEES (S/CU.FT.)
495,159 h
ANNUAL PERMIT FEES (3.5 YRS) 140.000 Co TOTAL bWR COSTS 364,580,680 y
o
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l Table B.20 Dispeem= Costs using Waste Vendors with Burtal Costs at the South Carolina Site y
Reference BWR (1998 dogars) l BASE DISPOSAL CASK CURIE DOSE RATE WSTE VENDOR DISPOSAL CNT CBARGE MAELING BRCNARGE RRCHARGE M 8]4RGE CDET SirAM SEPARATOR 146,216 840,000 1,686,000 70,184 0
2,736,400 FUEL SUPPORT & PIECES 64,411 420,000 210,000 30,917 0
725,329 CONTROL RODS /INCORES 191,770 240,000 960,000 92,049 0
1,f.83.819 CONTROL RODS GUIDES 53,900 360,000 30,000 19,943 0
463,843 JET PUMPS 155,925 1,200,000 2,400,000 74,844 0
3,830,769 TOP FUEL GUIDES 267,120 2,160,000 8,640,000 128,218 0
11,195,338 CORE SUPPORT PLATE 179,080 930,000 195,000 66,260 0
1,370,340 CORE SMROUD*
522,900 4,200,000 16,800,000 250,572 0
21,773,892 REACTOR VESSEL WLL 113,767 660,000 648,000 42,094 0
1,463,861 l
SAC SMIELD 0
0 0
0 1,156,150 1,156,150 REACT. WTER REC 0
0 0
0 370,562 370,562 SAC SHIELO O
0 0
0 2,994,078 2,994,078 i
OTHER PRIMARY CONTAINMENT 0
0 0
0 11,999,265 11,999,265
'i CONTAIMM. ATMOSPMERIC 0
0 0
0 48,302 48,302 NIGN PRESSURE CORE SPRAY 0
0 0
0 117,856 117,856 LOW PRESSURE CORE SPRAY 0
0 0
0 42,505 42,505 REACTOR BLDG CLOSED CDOLhWG 0
0 0
0 115,615 115,615 REACTOR CORE ISO COOLING 0
0 0
0 37,532 37,532 RESIDUAL NEAT REMOVAL 0
0 0
0 355,503 355,503 g
POOL LINER & RACKS 0
0 0
0 1,473,661 1,473,661 A
CONTAMINATED CONCRETE O
O O
O 2,106,991 2,106,991 OTHER REACTOR BUILDING 0
0 0
0 2,625,947 2,625,947 TUR8INE O
O 0
0 7,067,707 7,067,707 NUCLEAR STEAM CONDENSATE O
0 0
0 934,140 934,140
[
LOW PRESSURE FEEDWTER NEATERS 0
0 0
0 3,136,896 3,136,896 MAIN STEAM 0
0 0
0 137,178 137,178 MOISTURE SEPARATOR RENEATERS 0
0 0
0 1,773,791 1,773,791 l
REACTOR IEEDWTER PU ES 0
0 0
0 466,581 466,581 MIEN PRESSURE FEEDWTER NEATERS 0
0 0
0 624,659 624,659 OTHER TG BLDG 0
0 0
0 13,558,135 13,558,135 RAD WSTE BLDG 0
0 0
0 4,630,960 4,630,960 REACTOR BLDG 0
0 0
0 3,303,554 3,303,554 TG BLDG 0
0 0
0 2,173,391 2,173,391 RAD WSTE & CONTROL 0
0 0
0 1.999,520 1,999,520
}
CONCENTRATOR BOTTOMS 15,297,858 6,750,000 27,000,000 2,072,350 0
51,120,208 i
OTHER 4,147,419 1,830,000 287,700 103,346 0
6,368,465 i
POST-TMI-2 ADelTIcuS 610,611 0
0 0
0 610,611 SITE ACCESS FEES, (3.5 YRS) 717_500 7:
SUBTCTAL BWR COSTS 21,750,978 19,590,000 58,850,700 2,951,196 63,250,478 167,110,852 1
h TAXES AND SURCMARGES 0
I 9
i G
ToiAL OWR COSTS 167,110,852 r
o
- J d
I (e) GTCC Meteriet: Assimes a low density, distributed packaging scheme end final disposet as LLW. High density packaging end geologic
)
E repository disposet coutd reduce disposel conts e
M ce W
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t
y Table D.21 Burial Costs at the Nevada Site Reference PWR(1991 douars)
O CRANE CASK CURIE LINER DOSE SUR!AL DISPOSAL CIENeuFut SURCHARGE HAELING SURCHARGE RATE CHARGE COST
."g VESSEL WALL 29,613 45,600 61,993 136,800 122.018 3 %,025 VESSEL HEAD & ROTTOM 0
22,000 0
0 128,440 150,440 ed UPPER CORE SUPPORT ASSM 0
4,800 0
2,750 12,844 20,394 UPPER SUPPORT COLUMN O
4,800 0
2,750 12,844 20,394 UPPER CORE BARREL 0
2,400 3,268 8,700 6,422 20,790 UPPER CORE GRID PLATE 0
6,000 12,008~
21,750 16,055 55,813 GUIDE TUBES 0
7,200 0
1,696 19,266 28,162 i
LOWER CORE BARREL
O 38,400 166,291 139,200 102,752 446,643 THERMAL SHIELDS
O 7,200 33,204 26,100 19,266 85,770 CORE SHROUD
O 4,800 706,575 17,400 12,844 741,619 LOWER GRIO PLATE
O 6,000 114,100 21,750 16,055 157,905 LOWER SUPPORT COLUMN O
1,200 3,314 4,350 3,211 12,075 LOWER CORE FORGING 0
13,200 17,318 47,850 M,321 111,689 MISC INTERNALS 0
9,600 12,629 34,800 25,688 82,717 810 SHIELD CONCRETE O
O O
O 801,466 801,466 REACTOR CAVITT LINER 0
0 0
0 16,440 16,440 REACTOR COOLANT PUMPS 184,800 0
0 0
134,862 319,662 l
PRESSURIZER 13,212 0
0 0
115,5 %
128,808 6
R.Hm,EHz, SUMP PUMP, CAVITY PU w 0
0 0
0 12,844 12,844 te PRESSURIZER RELIEF TANK 1,148 0
0 0
38,532 39,680 g
SAFETY INJECTION ACCUM TANK!,
123,200 0
0 0
128,440 251,640 STEAM GENERATCRS 627,200 0
0 0
685,934 1,313,134 REACTOR COOLANT PIPING 107,800 0
0 0
105,963 213,763 REMAINING CONT 4M. MATLS 0
0 0
0 1,689,243 1,689,243 CONTAMINATED MATRL OTHR BLD 0
0 0
0 15,319,745 15,319,745 FILTER CARTRIDGES 0
7,200 10,204 8,467 10,115 35,985 SPENT RESINS 0
24,000 39,080 57,400 64,220 184,700 COM8USTIBLE WASTES 0
33,000 0
0 325,114 358,114 EVAPORATOR BOTTOMS 0
112,800 0
68,765 301,834
-483,399 POST-TMI-2 ADolTIONS 0
0 0
0 499.728 499.728 SU8 TOTAL PWR COSTS 1,086,973 350,200 1,179,984 600,529 20,783.101 24,000,788 TOTAL PWR COSTS 24,000,788 (a) GTCC Material: Asstees a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposal costs.
Table 0.21 Burial Costs at the Nevada Sit 2 Reference BWR (1991 dollars) 2 CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL COMPallENT SURCHARGE
_ HANDLING SURCHARGE RATE CHARGE COST STEAM SEPARATOR 0
33,600 23,397 207,760 11,335 276,092 FUEL SUPPORT & PIEtts 0
16,800 0
50,400 5,683 72,883 CONTROL RODS /INCORES 0
9,600 50,072 152,640 17,018 229,330 CONTROL RODS GUIDES 0
14,400 0
16,729 4,528 35,657 JET PUMPS 0
48,000 34,680 466,400 15,894 564,974 TOP FUEL GUIDES 0
86,400 116,467 839,520 27,229 1,069,616 CORE SUPPORT PLATE O
37,200 0
43,217 12,491 92,908 CORE SHROUD
O 168,000 1,474,760 1,632,400 53,303 3,328,463 REACTOR VESSEL WALL 17,402 26,400 0
30,670 9,087 83,559 SAC SHIELD 215,600 0
0 0
102,046 317,646 REACT. WATER REC 91,800 0
0 0
99,798 191,598 SAC SHIELD 585,200 0
0 0
351,540 936,740 OTHER PRIMARY CONTAINMENT 0
0 0
0 4,009,576 4,009,576 CONTAINM. ATMOSPHERIC 928 0
0 0
54,426 55,354 HIGH PRESSURE CORE SPRAY 30,800 0
0 0
19,266 50,066 LCW PRESSURE CORE SPRAY 1,414 0
0 0
11,335 12,749 REACTOR BLDG CLOSED COOLING 2,742 0
0 0
36,284 39,026 REACTOR CORE ISO COOLING 714 0
0 0
14,738 15,452 RESIDUAL HEAT REMOVAL 107,800 0
0 0
70,321 178,121 tg POOL LINES & RACKS 231,000 0
0 0
432,040 663,040 A
CONTAMINATED CONCRETE 9,824 0
0 0
492,150 501,974 t
OTHER REACTOR BUILDING 0
0 0
0 1,609,032 1,609,032 TURBINE 893,200 0
0 0
1,594,326 2,487,526 NUCLEAR STEAM CONDENSATE 18,668 0
0 0
411,618 430,286 LOW PRESSURE FEEDWATER HEATERS 646,800 0
0 0
835,695 1,482,495 MAIN STEAM 4,742 0
0 0
80,532 85,274 3
MOISTURE SEPARATOR REHEATERS 400,400 0
0 0
810,778 1,211,178 REACTOR FEEDWATER PUMPS 9,140 0
0 0
219,986 229,126 HIGH PpE! CURE FEEDWATER HEATERS 123,200 0
0 0
137,206 260,406 OTHr4 TG BLDG 0
0 0
0 5,507,507 5,507,507 RD WASTE BLDG 0
0 0
0 2,727,134 2,727,134 REACTOR BLDG 0
35,200 0
0 346,357 381,557 1 G BLDG 0
23,100 0
0 233,815 256,915
' TAD WASTE & CONTROL 0
20,900 0
0 201,798 222,698 CONCENTRATOR BOTTOMS 0
270,000 0
162,740 722,475 1,155,215 OTHER 0
73,200 0
2,375 195,871 271,446 POST-1MI-2 ADDITIONS 0
0 0
_,,,1 40.844_
40.844 SUBT0iAL 9WR COSTS 3,391,375 862,800 1,699,376 3,604,85; 21,525,062 31,083,464 h
TOTAL BWR COSTS 31,083,464 8
ta) GTCC Material: Assumes e low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic C
repository disposal could reduce disposal costs.
=0 E
0 x
oc U
Table 0,22 Berfal Cases C3 the Nevada She Referusce FWR(1988 deEars)
A CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL E
-Y m eCanadE 8ABLImE
,,33GgggE.
RATE Cusact cosi
{
VESSEL WALL 29,613 45,600 61,993 136,800 107,768 381,775 VESSEL MEAD & BOTTOM 0
22,000 0
0 113,440 135,440 so UPPER CORE SUPPORT ASSM O
4,800 0
2,750 11,344 18,894 UPPER SUPPORT COLIsel 0
4,800 0
2,750 11.344 18,894 UPPER CORE BARREL 0
2,400 3,268 8,700 5,6 72 20,040 UPPER CORE GRID PLATE O
6,000 12,008 21,750 14,180 53,938 GUIDE TUBES 0
7,200 0
1,696 17,016 25,912 LOWER CORE BARREL"'
0 38,400 166,291 139,200 90,752 434,643 THERMAL SMIELDS
O 7,200 33,204 26,100 17,016 83,520 CORE SMROUD
0 4,800 706,575 17,400 11,344 740,119 LOWER GRID PLATE"'
O 6,000 114,100 21,750 14,180 156,030 LOWER SHPPORT COLUMN 0
1,200 3,314 4,350 2,836 11,700 LOWER C M FORGING 0
13,'200 17.318 47,850 31,196 109,564 MISC It StNALS 0
9,600 12,629 34,800 22,688 79,717 BIO SMIELD CONCRETE O
O 0
0 707,866 707,866 REACTOR CAVITY LINER 0
0 0
0 14,520 14,520 REACTOR COOLANT PUNPS 163,200 0
0 0
119,112 282,312 PRESSURIZER 13,212 0
0 0
102,096 115,308 R.Nu,ENx,9UNP PUMP. CAVITY PUNP O
O O
0 11,344 11,344 to PRESSURIZER RELIEF TANK 1,148 0
0 0
34,032 35,180 g
SAFETY INJECTION ACCUM TANKS 108,800 0
0 0
113,440 222.240 STEAM GENERATORS 569,600 0
0 0
605,826 1,175,426 REACTOR COOLANT P! PING 95,200 0
0 0
93,588 188,788 REMAINING CONTAM. MATLS 0
0 0
0 1,491,963 1,491,963 CONTAMINATED MATRL OTHR BLD 0
0 0
0 13,530,613 13,530,613 FILTER CARTRIDGES 0
7,200 10,204 8,467 8,933 34,804 SPENT RESINS 0
24,000 39,080 57,400 56,720 177,200 CopeU5TIBLE W43TES 0
33,000 0
0 287,145 320,145 EVAPORATOR BOTTOMS 0
112,800 0
68,765 266,584 448,149 POST-TMI-2 ADDITIONS 0
0 0
0 441 367 441.367 SUBTOTAL PWR COSTS 900,773 350,200 1,179,984 600,529 18,355,925 21,467,411 TOTAL PWR COSTS 21,467,411 (a) GTCC Meterial: Assumes a low density, distributed packaging scheme and final disposal as LLW. Nigh density peckaging and gemlogic repository disposat could reduce disposal costs.
f i
Table @.22 Burial Costs at the Nevada See
[
Reference BWR (1988 deters)
CRANE CASE CURIE LINER DOSE BURIAL DISPOSAL mem8mf BBCEARE HAELING M
EATE CMARGE COET
=
I STEM SEPARATOR 0
33,600 23,397 207,760 10,011 274,768 FUEL SUPPORT & PIECES 0
16,800 0
50,400 5,020 72,220 CONTROL RODS /INCO2ES 0
9,600 50,072 152,640 15,031 227,343 CONTROL RODS GUIDES 0
14,400 0
16,729 3,999 35,128 i
JET PUNPS 0
48,000 34,680 466,400 14,038 563,118 TOP FUEL GUIDES 0
86,400 116,467 839,520 24,049 1,066,436 CORE SUPPORT PLATE O
37,200 0
43,217 11,032 91,449 CORE SNROUD'"
O 168,000 1,474,760 1,632,400 47,078 3,322,238 REACTOR VESSEL WLL 17,402 26,400 0
30,670 8,026 82,498 SAC SMIELD 190,400 0
0 0
90,128 200,528 REACT. WTER REC 82,800 0
0 0
88,143 170,943 SAC SNIELD 516,800 0
0 0
310,485 827,285 OTNER 8RIMART CONTAllpENT 0
0 0
0 3,541,313 3,541,313 CONTAltet. ATMOSPNERIC 928 0
0 0
48,070 48,998 It!GM PRESEURE CORE SPRAT 27,200 0
0 0
17,016 44,216 LOW PRESSURE CORE SPRAT 1,414 0
0 0
10,011 11,425 REACTOR BLDG CLOSED COOLING 2,742 0
0 0
32,047 34,789 l
REACTOR CORE ISO COD'.ING 714 0
0 0
13,017 13,731 RESIDUAL NEAT REle AL 95,200 0
0 0
62,108 157,308 l
tu POOL LINES & RACKS 204,000 0
0 0
381,584 585,584 l
A CactMINATED CONCRETE 9,824 0
0 0
434,674 444,498 OTWEA REACTOR BUILDINt, 0
0 0
0 1,421,120 1,421,120 f
TURelNE 788,800 0
0 0
1,408,131 2,1 %,931 NUCLEAR STEAM COWEN'iATE 18,668 0
0 0
363,547 382,215 LOW PRESSURE FCED W TER NEATERS 571,200 0
0 0
738,097 1,309,297 MAIN STEAM 4,742 0
0 0
71,127 75,869 ROISTtutE SEPARATOR RENEATERS 353,600 0
0 0
716,GPO 1,069,690 REACTOR FEED ETER PUNPS 9,140 0
0 0
194,294 203,434
[
NIGN PRESSURE FEED WTER NEATERS 108,800 0
0 0
121,182 229,982 l
OTHER TG BLDG 0
0 0
0 4,864,307 4,864,307 i
RAD WSTE SLDG 0
0 0
0 2,408,643 2,4ce,643 i
REACTOR BLOG 0
35,200 0
0 306,194 30,394
}
TG BLDG 0
23,100 0
0 20s,702 229,802 t
RAD WSTE & CONTFJL 0
20,900 0
0 178,398 199,298 i
CONCENTRATOR 907 TONS 0
270,000 0
162,740 638,100 1,070,860 f
OTHER 0
73,200 0
2,375 172,996 248,571 l
POST-TMI-2 ADDITIONS o
0 0
0, M 074 3a 074 i
SUBTOTAL BWR COSTS 3,004,375 af,2,800 1,699,376 3,604,852 19,011,883 28,183,285 i
TOTAL Blst costs 28,183,285 9
(a) GTCC Meteriet: Assumes a low density, cNtributed packaging scheme eruf finst disposet es LLW. NISh density packaging and geologic g
repository disposet coute reduce disposet costs.
g j
)
F sh x
on to 5
I t
Table B.23 Burial Costs at the Nevada She g
2e Reference PWR (1996 douars) 1 8
8.
E CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL C W MT SURCHARGE HAIELING SLNtCHARGE RATE CHARGE COST VESSEL WALL 29,613 30,172 61,613 127,370 78,318 327,087' VESSEL HEAD & OOTTOM 0
31,760 0
0 82,440 114,200 oo UPPER CORE SUPPORT ASSM 0
3,176 0
5,441 8,744 16,861 UPPER SUPPORT COLUMN 0
3,174 -
0 5,441 b,244 16,861 UPPER CORE BARREL 0
1,588 3,248 6,704 4,122 15,662 UPPER CORE GRID PLATE O
3,970 -
11,958 16,759 10,305 42,992 GUIDE TUBES 0
4,764 0
5,646 12,366 22,776 LOWER CORE BARRFL
O 25,408 165,971 107,259 65,952 364,590 THERMAL SHIELDS
O 4,764 33,144 20,111 12,366 70,385 CORE $NROUD
0 3,176 705,% 5 13,407 8,244 730,793 LOWER GRID PLATE
0 3,970 114,000 16,759 10,305 145,034 LOWER SUPPORT COLUMN O
794 3,304 3,352 2,061-9,511 f
LOWER CORE FORGING 0
8,734 17,208 36,870 22,671 85,484 MISC INTERNALS 0
6,352 12,549 26,815 16,488 62,204 BIO SHIELD CONCRETE 0
0 0
0 514,426 514,426 REACTOR CAVITY LINER 0
0 0
0 10,552 10,552 REACTOR COOLANT PUMPS 65,768 0
0 0
86,562 152,330 PRESSURIZER 13,212 0
0 0
74,1 %
87,408 R.Hz,EMx, SUMP PUMP. CAVITY PUMP 0
0 0
0 8,244 8,244 03 PRESSURIZER REl.lEF TANK 1,148 0
0 0
24,732 25,880 h
SAFETY INJECTION ACCUM TANKS 24,312 0
0 0
82,440 106,752 STEAM GENERATORS 250,048 0
0 0
440,27T 690,319 REACTOR COOLANT PIPING 16,698 0
0 0
68,013 84,711 REMAINING CONTAM. MATLs 0
0 0
0 1,084,251 1,084,251 CONTAMINATED MATRL OTHR BLD 0
0 0
0 9,833,072 9,833,072 FILTER CARTRIDGES 0
4,764 10,144 28,079 6,492 49,478 SPENT REstW5 0
15,080 38,880 59,032 41,220 155,012 COMBUSTIBLE WASTES 0
47,6f) 0 0
208,676 256,316 i
EVAPORATOR BOTTOMS 0
. 74.63L 0
68.486 193_734 336.856 1,177,984 547,530 13,019,007 15,420,045 SUBTOTAL PWR COSTS 400,800 274,72ae TOTAL PWR COSTS 15,420,045 l
(a) GTCC Material: Assunes a low density, distributed packaging scheme and final disposal as LLW. High density packaging and geologic repository disposal could reduce disposal costs.
i l
~
t Table B.23 Burial Costs at the Nevada She Reference BWR (1986 dollars)
CRANE CASK CURIE LINER DOSE BURIAL DISPOSAL CIM M ENT SURCHARGE HANDLING.
SURCHARGE RATE CHARGE COST STEAM SEPARATOR 0
22,232 23,257 291,200 7,275 343,964 FUEL SUPPORT & PIECES 0
11,116 0
46,926 3,648 61,690 CONTROL ROOS /INCORES 0
6,352 49,992 342,400 10,923 409,667 CONiit0L RODS GUIDES 0
9,528 0
20,829 2,906 33,263 JET PUMPS 0
31,760 34,480 680,000 10,202 756,442 TOP FUEL GUIDES 0
57,168 115,747 1,224,000 17,477 1,414,392 CORE SUPPORT PLATE 0
24,614 0
53,809 8,017 86,440 CORE SHROUD
O 111,160 1,473,360 1,792,000 34,213 3,410,733 REACTOR VESSE1 Q 17,402 17,468 0
38,187 5,833 73,889 SAC SHIEle 48,836 0
0 0
65,499 114,335 REACT. Wm(ER REC 35,970 0
0 0
64,056 100,026 SAC SHIELD 138,730 0
0 0
225,638 364,369 OTHER PRIMARY CONTA!W40lT 0
0 0
0 2,573,571 2,573,571 CONTAINM. ATMOSPHERI';
928 0
0 0
34,934 35,862 HIGH PRESSURE CORE 3 PRAY 4,528 0
0 0
12,366 16,896 LOW PRESSURE CORF SPRAY 1,414 0
0 0
7,275 8,689 i
REACTOR BLDG CLOSED COOLING 2,742 0
0 0
23,289 26,031 REACTOR CORE ISO COOLING 714 0
0 0
9,460 10,174 RESIDUAL HEAT REMOVAL 12,898 0
0 0
45,136 58,034 03 POOL LINES & RACKS 51,810 0
0 0
277,308 329,118 A
CONTAMINATED CONCRETE 9,824 0
0 0
315,889 325,713 OTHER REACTOR BUILDING 0
0 0
0 1,032,767 1,032,767 TURBINE 128,215 0
0 0
1,023,328 1,151,543 NUCLEAR STEAM CONDENSATE 18,668 0
0 0
264,200 282,868 LOW PRESSURE FEEDWATER HEATERS 140,687 0
0 0
536,3 %
677,083 MAIN STEAM 4,742 0
0 0
51,690 56,432 l
MOISTURE SEPARATOR REltEATERS 86.164 0
0 0
520,403 606,567 REACTOR FEEDWATER PUMDS
,'40 0
0 0
141,199 150,339 HIGH PRESSURE FEEDWATER HEATERS 2.12 0
0 0
88,067 115,779 OTHER TG BLOG 0
0 0
0 3,735,027 3,535,027 RAD WASTE BLDG 0
0 0
0 1,750,428 1,750,428 REACTOR BLDG 0
50,816 0
0 226,401 277,297 TG BLDG 0
33,348 0
0 152,890 186,238 i
l RAD WASTE & CONTRCL 0
30,172 0
0 131,954 162,126 CONCENTRATOR BOTTOMS 0
178,650 0
162,320 463,725 804,695 OTHFR t
48.434_
0 5.163 125.721 179.318 SUBTOTAL BWR COSTS 741,126 632,818 1,6 %,836 4,656,832 13,799,189 21,526,801 i
y TOTAL CWR COSTS 21,526,801 70 tM (a) GTCC Material: Assunes a low density, distributed packaging scheme and finet disposal as LLW. High density packaging and geologic 9
repository disposal could reduce disposat costs.
~
.~
a E
E' w
s 03 j
00 l
l l
1
1 i
References i
1.
Konzek, G. J., and R. I. Smith, " Technology, Safety
- 2. Konuk, G. J., and R. I. Smith," Technology, Safety and Costs of Decommissioning a Reference Pressur-and Costs of Decommissioning a Reference Boiling ized Water Reactor Power Station - Technical Support Water Reactor Power Statica -Technical Support for for Decommissioning Matters Related to Preparation Decommissioning Matters Related to Preparation of i
of the Final Decommissioning Rule," (Report prepared the Final Decommissioning Rule," (Report prepared by by Pacific Northwest Laboratory, Richland, Washing-Pacific Northwest Laboratory, Richland, Washington),
ton), NUREG/CR-0130, Addendum 4 U.S. Nuclear NUREG/CR-0672, Addendum 3, U.S. Nuclear Regula-
. Regulatory Commission, July 1988.
tory Commission, July 1988.
l t
A i
l l
l I
NUREG/CR-1307, Rev. 8 B.50
Appendix C Bureau of Labor Statistics on the World Wide Web
Appendix C Appendix C Bureau of Labor Statistics on the World Wide Web De U.S. Department of Labor, Bureau of Labor Statistics, Rese dates were cnosen to agreith the effective dates maintains and periodically updates many parameters relat-of the waste burial rate schedules. As an.2-rnative to ing to the economy of the United States. For use in the using thcse values, more current adjustment factors can be adjustment formula di Section 3, the labor adjustment obtained by accessing the Bureau of Labor Statistics data-factor for December 1997 'was obtained from the " Monthly bases on the World Wide Web. Instructions on how to Labor Review" publication and the caergy adjustment access and obtain the specific adjustment factors used in factors for the last quarter of calendar year 1997 were this report follow below.
obtained from the Producer Price Indexes" publication.
C.1 NUREG-1307, Rev. 8 4
Appendix C Bureau of Labor Statistics World Wide Web Home Page How to Obtain Reports of Energy and Labor edjustment Factors Enter the Web URL: http:// stats. bis. gov Select.
DATA Sclut I
I SERIES REPORT Series ID Formats Enter series id(s)below:
Eg'er the followine codes:
Enerny aditittment factors wpu0543 (Industrial electric power) wpuG573 (Light fueloils)
Labor adiustment factors eeu131021 (Total compercation, private industry, Northeast region) ecu132021 (Total compensation, private industry, South region) ecu13302i (Total compensation, private industry, Midwest region) ecu134021 (Total compeccation, private industry, West region)
Year (s)to report for:
Select.
1997-1999 Select.
Retrieve data NUREG-1307 Rev.8 C.2
l i
l Appendix D Historical Values t,f Burial Cost Adjustment Factors
?
l I
Appendix D j
l 1
Appendix D Historical Values of Burial Cost Adjustmect Factors l
1 B, is evaluated by recalculating the burial cost oflow-le vel Values of B,(PWR/BWR)
)
wastes (LLW) from decommissioning the reference PWR (With Surcharnes. No Penahies)N and the reference BWR, based on the price schedules pre-vided for 6e available burial sites in the year ofinterest, 19980
-/-
-/-
-/-
with consideration given to surcharges which were im-1997*
-/-
-/-
-/-
posed as a result of the Low-Level Radioactive Waste 19964
-/-
-/-
-/-
Policy Amendments Act of 1985 (LLRWPAA). Th* re-1995*
-/-
--- / -
-/-
sults of these recalculations, excluding any surch.ges or 1994*
-/-
-/-
-/-
penalties imposed as a result of the LLRWP %, are pre-1993*
-/-
- / --
-/-
sented in Table 2.1, by site and by year. Pocause the 1991 2.765/2.302 2.773/2.414 3.933/3.478 LLRWPAA surcharges and pea: ties ceased effective 1988 1.942/1.652 1.913/1.734 2.727/2.390 January 1,1993, the values of B, calculated for the years 1986 1.360/1.279 1.217/1.177 2.038/1.840 1993 and later reflect just the basic charges plus any fees or surcharges imposed by the states and compacts within Values of B,(PWR/BWR)
[
which the disposal sites are located. As noted in the foot-(With Surcharnes inclndina Penshie<)*
notes to Table D.1, the Nevada LLW disposal site ceased operation on December 31,1992, and is therefore not 1998*
. included in the calculations for the years 1493 and later.
1997*.
~/-
-/-
-/-
-/--
-/-
-- / --
19964
-/-
-/-
-/-
19950
-/-
-- / -
- l o-Tcble D.1 Historical Values of B, as a Fumetion of LLW 1994*
-/-
-/-
-/-
l-Burial Site, Waste Vendor, and Year 1993*
-/-
-/-
-/-
1991 4.204/3.420 4.213/3.532 5.372/4.5 %
Values of B,(PWR/BWR)W 1988 2.662/2.211
.2.633/2.293 3.446/2.949
_,,,.jNo Surcharoee N Pennhice) 1986 1.720/1.559 1.577/l.457 2.397/2.120 3
Jear LgNigton Nevada South Carolina (a) The values presented in this table are developed in Appendix B, with r!! values normalizedto the 1986 Washington (PWR/BWR) values with no LLRWPAA surcharges or penalties by dividing the calculated i
j IW8
. 3.165/14.403N -/ M 15.886/13.948(*
burial costs for each site and year by the Washingtonsite burial costs 4.538/15.203* * -/ M 7.173/6.%8*
- calculatedfor the year 1986.
1997 3.112/6 264N
-/ W 15.852/13.837(4 (b) Effective 1/1/93,the Washington site is not accepting waste from 1996 2.845/3.294N
-/ M 12.771/10.379'c g3 3 $N ouu Wountaincompacts.
9,e 1995 2.015/1.878N
-/ M 12.824/10.420'*
(d) Effective 7/1/95, access is aliowed for all states esceptNorth Carolina.
1994 2.52I/2.373N
-/ W l1.873/9.794m (c) Effective with the 1998 update of NUREG-1307,tuming over the
-/-
- / --
6.619/5.714w majority of LLW to waste vendors for disposition is considered a 1993 2.002/1.943N
-/- W I1.408/9.434*
gn [lM22Wout-of-regionaccessfee.
-/-
-/-
6.155/5.354W (g) ineiudes$74fstiin. region.eces, fee.
l
~1991 1.326/1.184 1.334/1.2 %
2.494/2.361 (h) Waste originating from a state that has met LLRWPAA milestones.
1988 1.223/1.093 1.193/1.175 2.007/1.831 and is outside the compact where the LLW disposal facility is located.
@ No MWPAA mehwges or penames aRet 12/3192.
I 1986 1*000/1.000 0'857/0'898 1 678/1.561 3
(j) Waste originating from a state that has not met LLRWPAA mile-stones. and is outside the compact where the LLW disposal facility is located.
s D.1 NUREG-1307, Rev. 8 i
NRC FORM 938 U.s. MJCLEAR ReGl* ATC]Y CoteamseloN
- 1. REPORT Nuhett 3 GM Peogned by NRc, Add Vol., supp., Rev, EsE BSUOGRAPHH DATA SHEET
**'""""""***'"*"d row mee=eww a N = wee >
m~
- 2. TITLE AND SusTrrLE Revision 8 Report on Waste BurialCharges Changes in Decommessoning Waele Deposa!
l MONN YEAR Costs at Low-Level Waste Burial Fedtbes December 1998
- 5. AUTHOR (S)
- s. TYPE OF REPORT Technical j
- 7. PERIOD COVERED (mchs&e cease) l
- 8. PERFORheNG ORGANIZATION. NAna! AND ADDRESS Fas4c, pove.W omse w,%em u s. msher ara wrusson, ow madng ed.*ms, acontactr, povHe name eastmeang emesseJ Division of Regulatory Appledons Office of Nuclear Regulate,ry Research U.S. Nuclear Regulatory Commincion Washingtron, DC 20555-0001
]
- 9. SPONSORING ORGAMZATION. HAAdE AND ADDREs8 Fmcw *seme m eeavet aowemer. povme Mc % cmoe er Aepm u.s mcmar segumkry commenm end meene enneenJ Same as 8. above.
- 10. SUPPLE'J%T.UtY NOTES Superse oeg JUREG-1307, Revision 7, dated November 1997.
- 91. ASSTP.aJr' pop ewes a mes)
A requirenent placed upon nuclear power reactor licensees by the U.S. Nuclear Regulatmy Commission (NRC) is that licensees must annualy adjust the ashmate of the cost of decommissioning their plants, in dotars of the current year, as part of the process to provide reasonable assurance that adequate funds for decommissioning wil be available when needed This report, which is revised penodcaly, expisms the formuis that is acceptable to the NRC for determining the minimum decommissioning fund requirements for nuclear power plants. ~i he sources of information used in the formula are identified, and the values developed for thJ estimation of radioactive waste burial / deposition costs, by site and by year, are given. Licensees may use the formula, coemoents, and burial /dispoeibon adjustment factors from this report in their cost analyses, or they may use adjustment factors at least equel to the approach presented herein.
i
- 12. KEY WORDsOESCRIPTORS iter eerde er paresse met es esent seessrenne m homeng me repert) 13 AvAsLA.? ffY STATEMENT unlimited l
decommessoning M SECURRY CNCATON 1
l cost echmales
(*'**>
{
unclassifed tms Aerav unclassified
- 15. NuhmER OF PAGES l
l l
1s.PRCE I
NRC FORM s35 QM This surm vos elecemnaceny poshmed by Elits Fedevel Foerris. Inc.
1 i
1 l
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Federal Recyding Program
UNITED STATES NUCLEAR REGULATORY COMMISSION S m STa m va WASHINGTON, DC 20555-0001 POSTAGE AND FEES PAID USNRC PERMIT NO. G47 OFFICIAL BUSINESS PENALTY FOR PPNATE USE,3300 12Ubbblb4486 1
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