ML19308B286

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Errata for Final GEIS Re Use of Recycled Pu in Mixed Oxide Fuel in LWR
ML19308B286
Person / Time
Issue date: 11/26/1976
From:
NRC COMMISSION (OCM)
To:
References
NUREG-0002, NUREG-0002-ERR, NUREG-2, NUREG-2-ERR, NUDOCS 7912200755
Download: ML19308B286 (41)
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Text

V NUREG-0002 11/26/76 ERRATA FOR FINAL GENERIC ENVIR0hMENTAL STATEMENT ON THE USE OF i'

RECYCLE PLUTONIUM IN MIXED OXIDE FUEL IN LIGHT WATER COOLED REACTORS I

Executive Summary Page ES-13 Table ES-2 Under do Recycle change:

10 I

Thorium-230 from 4.2 x 10 to 4.2 x 10 Suma ry Page S-20 Third line from bottom of page, change "by 0.68 million" to "by 0.8 million" Pages S-35, S-36, S-37 and S-38, Table S-7 In column Quantity per Annual Reactor Reload, change:

from g

Conmitted Acres 4.1 3.0 Heat Oissipated 1.2 2.3 Fue! Oil 0.21 0.53 Page S-35 N0 57 58 x

C0 1.4 1.5 y

Uranium 0.0092 0.092 Page S-36 Mill Tailings 180,000 140,000 High Level Solids 4

14 Other Rad Solids 100 30 00se Connitment Offsite U.S. Population Page S-37 Bone 250 2,500 Kidney 240 2,400 4

Dose Commitment to Foreign Population Skin 700 7,000 Page S-38 7912200 755'

Page S-40 Section 1.4.6.1 First line, change:

"4 acres" to "3 acres" Third line, change: "160 acres, or about 0.25 sq. mi."

to: "120 acres, or about 0.2 sq. mi."

Section 1.4.6.7 First line, change: "10,700 million" to "11,000 million" Section 1.4.6.3 First line, change:

"1.2 million" to "2.3 trillion" 3ection 1.4.6.4 Fifth line, change:

"2.0 million" to "0.53 million" Section 1.4.6.5 Third paragraph, third line, change:

"20 gal./f1T... about 0.2 million.."

to: "1200 gal./MT... about 0.53 million..."

Page S-41 Section 1.4.6.7 Fourth sentence, change to read: " Organ doses, except to the bone, kidney and skin are bounded by the total body dose; the skin dose is 1,800 person-rem /AFR; bone and kidney doses are about 2500 person-rem."

Section 1.4.6.8 Third line, change:

"0.25 square mi/AFR." to "0.2 square mi/AFR."

Summary (Appendix A)

The following Tables S (A)-1, S (A)-2, and S (A)-3, pages S (A)-1 through S (A)-10, replace simile ~ ges in the text (NUREG-0002).

I l

1 a

1' Table S(A)-1 INTEGRATED ENVIR0tNENTAL FACTORS FOR Tl!E UR INDUSTRY,1975 THROUGH 2000 NO RECYCLE OPTION EtNIPordittiinL F6CIOR5 F(( nLIEFrsrtilVE 6 i

(802 FOEL t10X FUf L litSTE iffrif t

EtWIKtalf rHnl C0 tut R-Et4 RIOT-F6Bki-F6t#1-Ft.f FOUS-TR6tFPOR-tritiff-FliFL Ft1CTUR5 tiltilt40 111LL it40 510t4 lier 41 OtTIora C6Tiore FE6CouR slt:0 TrtTIOrd tier 4T iTOffie TOTAL i

PE5OURCE UT 6CFE-YR5 OCCtt'IED 2 3Ete?

1.2E*06 1 3E*05 5 2E*04 1.4E*05 00

2. tE* 06 00

?.9E*04 2 E+0?

DI51taPEED fife 5 3.3Et05 3_7Et04 1 3E*03 1.SE+03 2.3Et02 00 4 OEe64 00

1. E*03 4 1E*05 i

. Cott11TTED tir:RE5 1.1E*04 3.1EiO4 9 Cf*01 00 8 3E*02 00 1.6E*03 4 SE*04

[

LWiIER (66L10t45)

DISOinRGED TO 61R 1.2E*12 1 3Et10 1.OE*12 00 3.3Et13 00 4 9E*06 1.1E*10 3 SE*13 I

i D15CHriP0ED TO ll6TER 1 1Et11 5 set 13 3 tEtto 00 3 3Et13 00 8.6Eti3 D150tnKfD 10 Okott4D

3. Oft 12 00 00 6 (f*0?

3 OEt12 1

10T6L DISOt6R6ED 3.Cft12 1.2E+12 1.3E*11 5 6E+13 3 1Ette 00 6.6t*13 00 6 % +0?

1 1E*10 1.3E*14

] BTU DI551Pt1IED 3.9Et14 1.4Et15 1 Mt14 1.1E*16 5 3Et13 00 2 ?Et17 00 4.9E*12 1 5E*13 9 5E+13 2 9Et1?

i k Tot 45 ConL 3 ?E*06 00 uu 3 ?E*06 3

THEPt15 065 1.2Et10 1.2E*09 2.1Et00 00 00 4 9E*0?

1.4E+10 l

1 6tiLLt445 FaitL OIL 2.(f*09 1.3Eto?

00 1.?Celo 00 3 set 0? 3 6Et06 1.9E*10 GitY ELEC1RICITY 2.9Et00 6.?Et00 1.3Et00 1.4Et02 1.2Et00 00 1 4E*02 00 4 6E-02 8.4E-02 3.6Et02

[

C06L EOUIV6LEt4I 0F 2/3 6 tty ELECTRICITY lbED Cor1L LitVt4ED (10t45) 6./C106 1.6Eto? 3 OE+tM 3 2Et03 2 ?Eeu6 uo 5 SEtOO OO 1.1Et05 2 OE*u5 9 (C

  • 08 51UD(f (Tot 45) 9 3E*05 2.2E*06 4 2E*05 4 4E*07 3.?EeOS OO

?. d e0? OO

1. E*04
2. ?E
  • 0 6 1.2E*03 l

50X TO 61t105

<tti)

?. Es 04 1.6E*05 3 SE*04 3 E*06 3 1Ee04 00 c,. 2E

  • 06 00 1 3Etol 2 IEe03 1.OE*0?

r40X To tiittos (!!!)

6 1Ee04 1.4E*05 2 M*04 2 9Ee06 2.4Et04 00 5 ut'e06 00 1.0Et03 1 SEe03 8 Ar*06 C0 10 nlll05. (li t )

1.2Ee03 2.6Et03 5 5E*02 5 8E*04 4 9E*02 00 1 (C+05 00 2 OE*01

3. d*01 1.6E*05 P6M T.

Tu nTt105. (811 )

3 ?Et03 8.5E*03 1.?E*03 1.?E*05 1.5E*03 00 3 OE*05 00 6 1E*01 1.1EeO2 4 9E+05 tty 0RM6Ptrar45 (ItT) 6 1E*02 1.4E*03 2 6E*02 2 9E*04 2 4Et02 00 5.OEe04 00 1.OEe01 1.6C*01 8.1E+04 l

PLtir4T EffLIWr4I5 10 AltpMPtitTE (ItETelC Tor 45) t 50:0 8 3Et04 5.5Ee02 3.-lE*04 4 deu4 00 4 6Eto5 Ou 8 set 02 3 1Et01 6.5Fe05 t:0X 6.OF*04 1.1E*05 1.6E*04 3.?E*04 00 2.REe05 00 6.4E*03 3.TE*01 5 2E*05 00

?.4Et02 00 1.OEt04 00 4.1E*03 2 3Ee01 2 3F+04 PttPT ICi t_6 lE5 9 t*Etu3 5 5E103 5 5Et02 2 2E*03 3.5Etu4 00 6.4E*04 00

3. Et02 ? 2E-02 1 OE*05 i

tit t?

4 ?Et02 00 00 4 ?Ct02 Fi l hip lFE5 2 M*02 1.4Et02 3 1Ee01 00 00 4 SE*02 itWPin 6PD0t45 4 M

  • 03 2.20 04 2 SE*03 3.?Et02 00 2 unieu4 00 9 3E*02 5 1E*04 nt 0tttWE 00 00

?.5F+01 3 4E-01

?.6E*01 OR06t41c riCID ou uo y CEtui

s Etui

[

?

I

Table S(A)-1 (Continued)

INTEGRATED ETNIRONMENTAL FACTORS FOR THE LWR INDUSTRY, 1975 THROUGH 2000 NO RECYCLE OPTION Erdv]Pota Et4TAL FhCTOR5 FOR t1LlEPrartilVE 6 002 FUEL n0X FUEL ll65]E 5PEr4 T Et4YlPota1Et41r1L C0rNER-Et4R ICH-F66PI-F613kI-PEOPtYES-TP6tEPOR-hr1rdiOE-H CL Ft1CTOPS lif f 4It40 tilL Lit 40 510t4 itEt4T CnT IOri Ct1T Iota RE6CTOP Sitio it1Tlota HEt4T 51Cin6E TOIOL PL6t4T EFFLUEt41510 HTil05PilEPE (CURIES)

Ft4-222 2.4E*07 4.4E*06 3 4E-02 00 00 2 2E*01 2 (E*07 PN-226 1.3Et01 1 OE-02 00 00 1.3E*01 UPriteltml 5 3E*02 ? IE*00 3 9E*00 1.2Et00 00 00 6 ?E-09 5 4Et02 PU (nLPith) 00 00 2 tE-03 2 EE-03 PU-241 (bEThe 00 00 3 3E-02 3 3E-02 TFnt45-FU tluCLIFE5 00 00 9 SE-04 9 SE-04 ti-3 00 3 EEsod 00 3 6Et06 C-14 00 4.3E*04 00 4.2E*04

>R-85 00 2 1E*06 00 5 6EtOS 2 6E*06 5R-90 00

6. 0 2 6E-02 2 6E-02 TC-99
0. 0 00 m

I-129

0. 0
0. 0

~~>

I-131 O. 0 6.OE*02 00 6 OEt02 Y

0.IHER P6DIO6CTIVITY 00 5.4E*0? OO 1.1E-01 5 4E*0?

w PLnt4T EFFLUEt4T5 TO !!nIER isDIES (ItETRIC Tot 45i 504=

5 4Et04 3 2E*03 O. 0 1.4E 07 00 1.4Eto?

t403-9 cE

  • 02 3 EE*03 6 1E*03 00 00 1.IE*04 CL-1 EEe64 1.SE*03 00 1.2Et06 00 1 2E*06 FiUOP10E5 9 5E*02 3.?E101 1.6E*02
6. O 00 1 2Et03 148t 5 1E*04 00 00 5.1Et04 Cnte 3 9Eto?

8.6E-01

6. 0 00 3 9Ee03 tail 1 ?Et04 6.9Et01 OO 00 1 IEe64 FE 2 3Et02 00 00 2.3E*02 PLnt4T EFFLUEt4T5 To lanIER BODIES (CURIES)

TPht45-PU t10CLIOES 00 OO FU (6LPik'11 00 00 UPottiutt 2 8E t o > >E-01 2.?E*02 00 00 5 fEt02 Tit-230 4 2Et01

6. O 00 4 2Ee01 Rh-226 1 4Et00 00 00 1.4Et00 1-129 00 00 TC-99 00 00 5R-90 00 00 C-14 00 00 11-3 00 8 CE*05 00 8.6E105 O l tit't: Ptil'!OnCTIY!TY 00 1.1Etol 00 1 1E*03

Table S(A)-1 (Continued)

INTEGRATED EfWIRONMENTAL FACTORS FOR THE LWR INDUSTRY, 1975 THROUGH 2000 NO RECYCLE OPTION Et4YlP0 ruff 4TAL FACTORS FOR nLlEPt46TivE 6 U02 FUEL tioM FLEL lait 5TE 5FEt4T EtWIP0tE E!4Tr1L C0rNER-Er4RICit-F6ERI-F6ERI-FEFPOCES-TF6tEPOR-tir1r466E-FLEL Ft1CTORS liitaltdo tilLLit40 510t4 IEr4T CATIota C6TIOrt RE6CTOR 5 1140 Tr1TIOta tEt4T STOFAOE TOT 6L PL6t4T EFFLUEt41510 ATitoiPtEFE (CURIES)

' Rti-222 2.4Et0? 4.4Et06 3 -4E-02 O. 0 00 2.2E*01

2. Ef t0?

Prt-226 1.3Et01 1.OE-02 O0 00 1.3Et01 Ukriteltti 5.3E*02 ?.1Et00 3 >Et00 1.2EtOO OO 00 0 ?E-09 5 lE*02 PU (ntPtm 00 00 2.6E-03 2.6E-03 PU-241 (BETA) 00 00 3 3E-02 3.3E-02 TF6r45-PU t4UC1.II'E5 00 00 9 5E-04 9.5E-04 tt-3 00

3. 8EuV OO 3 8Et06 C-14
0. 0 4.3Et64 00 4.3Et04 tR-85 00 2.1E*06 00 5 6EtOS 2 6E*06 5R-90 00 O. 0 2.8E-02 2.BE-02 TC-99 00 00 y,

I-229

0. 0
0. 0 I-131 00 6.OEt02 00 6 OEt02 Y

OTHER RnDIO6CTIVITY 00 5.4Et0?

0. 0 1.1E-01 S 4E*0?

ca PL6t4T EFFLUEt4TS TO HATER BODIES (tETRIC T0t:57 504=

5 4E*04 3 2Et03

0. 0 1.4Eso? OO 1.4E*0?

P403-9 6Et02 3.(Et03 6 1E*03 00 00 1.2E*04 CL-1.(Et04

1. set 03 00 1.2Et06 00 1 2E*06 FLUOPI[ES 9 5E*02 3.?E+01 1.8Et02
6. 0 00 1 2Et03 tant 5 1E*04 00 00 5.2E*04 Crit t 3.9Et03 8 8E-01
0. 0 00 3 M t03 tat 3 1 ?E*04 6.9E*01 00 00 1.7Et04 FE 2 3Et02 00 00 2.3Et02 PLhr4T EFFLUEt4TS To linier BiCIES (CURIES) r TRetts-PU t4UCLILES
6. 0 po (Ote,m 00 00 00 UPoraitti 2 eft 02 2.2E-01 2.?Et02 00 00 5 5Et02 i

TH-230 4 2Et0L 00 00 4 IEt01 Ph-226 1 4Et00 00 00 1 4E*00 g_329 00 OO TC-99 00 00 1

ER-90 00 00 C-14 00 00 ti-3 00 8.OE*65 00 8 8E*05 OlttEt: EriDIOf1CTI'/ITY 00 1.2E*03

0. 0 1 2E*03 I

Table S(A)-2 INTEGRATED ENVIR0f;MEflTAL FACTORS FOR THE LWR If4DUSTRY,1975 THROUGH 2000 URANIUM RECYCLE OPTION Ete!!Pointitai6L f6E10f<5 FOM 6 Lit Pts 6Tivt 5 002 fuel tICU FUEL 6tn5TE fFEraT EtiVIP0ttitEtifnt C 0tr/ER-Et4PICtt-F66RI-F6BRI-FEFFOCE5-*1R6tdPOR-tint 466E-fut L fnETOP5 111till10 HILLitlO 510t IEt4T CnT 10ta C 6T 10ta EE6CTOR 51t:0 T6Tiere itEt4T 5 TOE 60E TOT 6L PE50a IRC E UE nCVE-YRS OCf0PitD 2 1Eto?

1.1E*06 1.2Ee05 5 3Et04 1 4Evo5 0o 2.5Et06 1 3E*05 6 Mt04

2. 5E
  • 0?

DI5 TUFTED 6CPES 2 6Ee05 3.20*04 1.3Et03

1. set 03 2.3Et02 00 4 IEt04 1 2Et03
1. set 03 3 6E+05 ColittITTED nCFES 9 9E*03 2.?E*04 9 OEt01 00 8 3Ee02 1 2Et03 1.SE*03 4.OEt04 st6TER (66LLot45)

DI5CHnFifD TO 6IR 1.OEt12 1.2Et10 1.OEt12 00 3 3Et13 2 2E+10 3.?Et06 1.4Ee10 3.SE+13 DISCitnPOED To !!6TER 9.6Et10 5 6Et13 3.1Et10 00 3.3Et13 1 6Et11 8 9Et13 DISCitNPOED TO OP00 TID 2 /Et12 00

?.SEe03 4 6Et0?

2 ?Eti2 TOT 6L DISCH6F0ED 2.?Et12 1.OEt12 1 1Et11 5 ?Et13 3 1Et10

0. 0 6.6Et13 2.OEt11 5.2E*0? 1.4Et10 1.3E+14 u,
3. set 14 1.3Et15 1.4Et14 1 1Et16 5 2Et13 00 2.?Eti? 2.1Et14 5.4Et12 1.9E+13 1.1Et14 2 9Eti?

h BTU D1551P6TED 3.?E*06 00 3.?Et06

$1 Tot 15 ConL 1.1Et10 1.1E*69 2.1E*08 00 3.?E*0?

1 IE+10 TitEPits 065 00 1 ?Et10 ?.5Et08 3.9E+0? 2.9Et06 2.OEt10 onLL0tJ5 FUEL OIL i 6Et09 1.3E*0?

618Y LLECTRICITY 2 (Ee00

6. Cit 00 1 1Et00 1.4E*02 1 2Et00 00 2.4Et02
1. set 00 3.9E-02 4 CE-02 3.6Et02 C06L E00!V6LEt4T OF 2/3 OllY ELECIRICITY U5ED E0nL BUPt4ED (Tot 45) 6.OEtu6 1.4Etu? 2.?Ee06 3 2Et08 2.?Et06 00 5 5Et03 3 5E*06 9.1E*04 9 6E*04 9 OE*06 SLUD6E (Totis) 8.3Et05 1.9Et06 3.?E*05 4.4Eto? 3.?E*05
6. O

?.EEto? 4 9Et05 1.3E*04 1 4Ee04 1.2E*03 50X TO 611105 (tlT) 6 6E*04 1 6Et05 3.OEt04 3 6E*06 3 1Et04 00 6.2E*06 4 OEt04 1 OE*03 1 1Et03 1.OEt0?

tF3X TO 611105 (flT) 5.SE*04 1.3Et05 2 4E*04 2 9E*06 2.4Et04

0. 0 5 uE*06 3 2Et04 8 3Et02 8 9E*02 8.2Et06 E0 10 n1H05 (llT) 1.1Et03 2 set 03 4 9Et02 5 6E*04 4 9Et02
6. 0 1.OE*05 6.4Et02 1 ?Et01 1 6Ee01 1 6Et05 PnR T.

TO 6Tf105 UtT) 3 3Ev03 ?.6Et03 1 5Et03 1.7Et05 1.5Et03 00 3.OEt05 1.9Et03 5 OEtot 5 3Eeot 4 9ft05 HYDROC6PBot45 (NT) 5 5Et02 1.3Et03 2 4Et02 2 9Et04 2.4Et02 00 5 OEt04 3.2Et02 8.3E*00 8.9Et00 8 IEt04 PL6tif Ef fLUEt4T5 TO 6 Tit 05Pitff E (ItETRIC T0t45) 50:-:

?.4E*04 4 9Et02 3 2Eto4 4 6Et04 00 4 8EtOS 1.OEt04 7.9Et02 2.3Et01 6 set 05 f40X 6.1E*04 9 6Et04

1. set 04 3 ?Et04 00 2 6Et05 ?.2E*04 6 3Et03 2 EEt01 5 E*05 CO

?.4Et02 00 1 6Et04 1.4Et03 4 OE*03 1.?Et01 2 set 04 PnkTIC UL6 fE5 8 9E*03 4 9Et03 4 6Et02 2.2Et03 3 SEtu4 00 6.4Et04 1 9Et03 3.4Et02 5 SE-02 1 2Ft05 N:13 4 4E*02 00 4 4E*02 FLitoklDES 2 set 02 1.4Et02 3 1Et01

6. 3 1 ole 02 5.E*02 f/DP0C6Pb0t45 4 4Et03 1.SEe04 2.1Et03 3.?E*02 00 2.uE*04 1.(L*03 8.EEt02 4 9Et04 f,.d OEHY0E 00

?.C{ tot 2.6E-01

?.OE*01 UP66 talc 6CID 00 8 6E*01 8.(Evol

= __ _.

i l

l i

~ Table S(A)-2 (Continued) r INTEGRATED ENVIRONMENTAL FACTORS FOR THE LWR INDUSTRY, 1975 THROUGH 2000 I

URANIUM RECYCLE OPTION Ett!!Potalt taThL FACTOP5 FOR nL1Ef t46TivE 5

~

002 FliEL 810X FUEL lan5TE 5PEtar i

Et4YI Ke#Et4Ir1L C0tr/EP-EtJRIOl-FtEPI-Ft10PI-F EF KCE5-TF6t45POR-linren(E-FUEL s

FnCTOPS IIItalt4G HIL Lit 4G 510te itEtai EnT 10te C6T 10t4 tf6C'OR 51t46 Inflots hEt4T STOP66E TOT 6L L

PLnteT EFFLUEt4l510 nItt05PilEPE (CURIE 5p Pti-222 2.1Ete? 4 OE*06 3.2E-02 00 1.?E*01 2.SE*07

.Pn-226 1.2E*01 9 4E-03 00 1.2E*01 UPntilurt 4 7E*02 6.4E*00 3.3E*00 1.2E*0u o0 1 2E-01 6 (E-09 4 BE*02 PU a 6LPitn) 2 6E-OS 00 2 ?E*00 1.9E-03 2 ?E+00 PU-241 (bETro 00

?.4E*01 2 5E-02

?.4E*01 iPritis-FU t#A.LI[ts 00 5 7Et00

?.2E-04 5 3E*00 t

I H-3

6. 0 3 6E*06 5 9C+0?

1.?E-02 6.3E+0?

[

C-14 00 4 3E*04

?.8E*04 1.2E*05 L

.tR-85 00 2 AE*06 1.3Et03 2.(E-01 2.6E*05 1.3E*09 I

5R-90 00 1.6E*01 2.1E-02 1.6E*01 TC-5 3.6E*01 00 3 4E-03 3.6E*01 on I-129 00 1 1E*02 1.1E+02 t

I-131 00 6 OEt02 2 7Et03 3.3E*03 3 Ott1ER PhDIOnCTIYlTY 6 2E-01 00 5 4E*07 1 1E*03 8 OE-02 5.4E*0?

e Cl PLnt4T EtFLut.flis TO linier PiOIES (IIETPIC 10t:5) 504=

5 1E+04 3.3E+u3 00 1.4E*0? 5 6C+0i 1.4E,07 f403-8 1Et02 3.7E*03 6 1E*03 00 1.IE*04 CL-1.4E*04 1 SE*03 00 1.2E*06 2.9E*02 1.2E*06 FLOORitf5 8 5E*02 3.?E*01 1.SEto2 00 1 1E*03 tant 4 7Et04 00 5 6E*01 4 7E*04

( ete t 3.2E*03 e 8E-01 00 3.if*03 tut 3 1.dE*04 6 9E*01 00 1.6E*04 FE 2.1E*02 00 2.1E*05 Pt ht4T EFf LUEt415 To lar1IER E:0 DIES (CURIE 5) t IPrtt45-PU tilXLil E5.

00 i

fil (atPHaf 5 (E-07 00 5 EE-07 U5nt410tl 2.46tu2 2.3E-01 2 CE*02 00 5 2Et02

[

in-220 2 ee*0 00 3 (Ce01 Pd-226 1 3E*00 00 1 3E*00 l

4 g-329 o9 Y L-- M 4 9E*02 00 4 9E

  • 0 S f

Sg-9.;,

o9 C-14 00 I t -J

6. 0 0 t:E
  • 05 8.6E*05 OstO! Pttlo6CI'iYltY 8.1E*00 00 1 1Etui 1.2E+03 5

1 f

i g

v.

_ - _ _ ~ --.. _

Table S(A)-2 (Continued)

INTEGRATED EtiVIRONMENTAL FACTORS FOR THE LWR If4DUSTRY,1975 THROUGH 2000 URANIUM RECYCLE OPTION t

EtNIF0tatEt4T6L FACTOR 5 FOR rd.TEFranllvE 5 002 FUEL t:0X FOEL isA5TE ffEt4T EtJYlPetarittiinL Cet4YER-Et4PICtt-F6DF1-FABFI-FEFFOCE5-TF6t4POR-tinr460E-FUEL i

FnCTORS filf4It40 MILLit40 510ti flEt4T CMT I0tl (nT I0ra FE6CTOR 51t40 tnt 10:4 ftEt4T 510Ft10E TOT 6L PLnt4T Hn5TE OEt4EFn1ED (CUBIC llETEP5) l EHEll!CnL C0t1 POUT 4DS 1.6Et05 7.1Et02

1. set 05 00 2 3Et04 3 3Et05 l

lillL inlLIt465

?.2EtOS 00

?.2Et68 TPnt45-U SOLIDS 00 1 3Et05 1.3Et05 HIGil EYEL 50 LID 5 00 6 SE*03 6 set 03 UlttER PhD.

"0 LIDS

?.9Eto4 0 6Et04 O. O 3.1Et06 1.?Et03 3.3Et06 1

PEk50t4-Fell C0tittlit1Et4T - OCCut'3TI0t4hL TolhL BODY 1.1Et06 5.OEt05 4.OEtu3 3.5Et03 t 1E*04 00 2.'Et06

?.2Et04 5 4Et03 2.1Et03 5 6Et03 4 OEt06 61 1 FACI 1.1E*06 1.9EtOS 2.4E*03

1. Betel 5 OE*04
6. 0 2.3Et06 7.iEt04 5 4Et03 2.1Et03 5 6Et03 3.?ft06 Bot 4E 1.6E*06 2.OE*06 4 7Et04 3.2Et04 6 6Et04
0. 0 2 3Et06 ?.2Et04 5 4E*03 1 6Et04 5 (ft03 6.1E+06

,m.

LIVER 1.1Et06 1.9E*05 4 9Et03 3 5Et03 5 OEt04 00 2.2Et06 ? IEt04 5.4E+03 3 4E*03 5 EEt03 2.?E*06 F 10taEY 1.(E*06 2.3Et05 1.2Et04 0 set 03 5 4Et04 00 2 3E106 ?.2Et04 5 tEt03

3. Cit 03 5 6Et03 4.IEt06 Y

TtsYPotD 1.1Et06 1.9Et05 4 OEt03

3. set 03 5 OEt04 00 2.3Et06 ?.2Et04 5 4Et03 2.1Et03 5 6Et03 3.?Et06 i

N LUt40 5 set 06 4 3Et06 1.1Et04

?. set 04 2.OEt06 00 2 3Et06 7.2Et04 5.4Et03 1.6Et03 5 (E*03 1,SE*0?

5FIri 1.1E*06 1.9Et05 1 1Et04 1 1Et04 5 OEt04 00 2.3Et06 ?.2Et04 5 4Et03 1.?E*03 5 6Et03 3.?E+06 PER50t4-Fell CotiillTitEt4T - 0FF-51TE O 5 POPULnTIori TOINL BODY 2.?Eted 5 2Et05

3. set 04 1 3E*02 2.6Et03 00 3 1E*05 1.1Et06 1.6Et03 2 2E*00 1.4Et01 4 (Et06 61 IF6CT 1 OEt05 2.(ft04 5 OEt03 ?.3Et03 2.6Et03 00 3.OEt05 1 (Et06 1.(Et03 5.Cf-01 1.4Et01 2,OEt06 60t4E 8 7E*06 1.?E*06 9 2Et04 9 4Et02 4 EEt04 00 1.1E+06 2 (Et06 1.6Et03 1.1Et01 1.4E*01 1.4Eto?

LIVEt-2.2Et06 4.Cf*05 6.2E*02 2.2E*02 5 2Et00 00 3 1E*05 1 1Et06 1.EEt03 2 2Et00 1.4Et01 4 OEt06 F ilitaEY 1.OEt0? 1.9Et06 1.1Et04 3 OEt03 6 6Et03 00 3 0E*05 1.1Et06 1.(Et03 ?.?Etou 1.4Et01 1.3E*0?

1rtYROID 6 5Et03 1.4Et03 4 3Et01 1.?Et01 4 ?Et00 00 4.6Et05 1.9Et06 1.6Et03 2 tE-01 1 lEt01 2.4Et06 Lut40 8.1Et05 1.(E*05 6.6E*02 4 4Et02 1 5Et02 00 3 OE405 1.2Et06 1 6E+03 9.5E-01 3.1Et01 2 4E*06 St. lte 6.5Et03 1.4Et03 3.4Et01 1.2Et02 4.?E*00 00 3 1Et05 6.6Et06 1.6Et03 2 EE-01 1 2Et03 6 9Et06 PER50ti-PEtt t.OltitTilEt4T - TO FOREI6il FoftlL6TIOtt FF0110 5.

It4005TFV 101ML DOW 00 2 1Etui 7.0E405 6 4E*01 9.1E*05 Q l.

TP6CT 00 2 1Et05 ? Ort 05 6 4E*01 9 1Et05 ta.:t E 0o 1.OEt06 2.3E*06 6 4Et01 2.3Et06 LIVEF 00 2.1Et05 ?.0Et05 6.4E 01 9 1Ft05

t. IDtJEY 00 2.1Et05 ? OE*05 6 4Es01 9.1E*05 TitYPOID
6. 0 2.1E105 ? OEt05 6 4Et01 9 1Et05 Le tt46
0. 0 2.1E405 1 1Et06 1.4E*02 1 3E+06 51 lti 00 2 SE*05 2 (Et0?

5 4Et03 2.iEto?

Table S(A)-3 INTEGRATED ENVIRONMENTAL FACTORS FOR THE LWR INDUSTRY, 1975 THROUGH 2000 URANIUM AND PLUT0NIUM RECYCLE OPTION ErNIPotaErlTAL FACTOR 5 FOR nLit FranilvE 3 002 FUEL IOX FufL 1465TE -

iPEriT ErW!Pota1Et4TAL C 0tuER-EtaRICH-FnEki-FnbRI-FEFROCE5-TRnttrPOR-tinran0E-FUEL fnCTOR5 Hitalt40 itILLIt40 510t4 hEr4T inTIOra (nTIori PEnCTOR sita0 TnTIort HEt4T 510EinZ TOTAL RE500RCE USE ACPE-YR5 OCCUPIED 1.6Ete? 9.5E*05 1.OEt05 4 ?E*04 1.2E*05 8 1Et04 2.SE*06 1.4E*05

?.(Et04 2.2E+0?

DI5TUFbED ACPES 2.2Et05 2.6E*04 8 4Et02 1.1E*03 2.OE*02 2.OEt03 4 2E*04 1 2E*03 1.SE*03

3. (EtOS COilillTTED #1CRES 8.CEt03 2.2E*04 6.OE*01 8.3E*02 1.2E*03
1. set 03 3.3Et04 64nTER (OnLLor45)

DISOinROED TO n!R 8.9Et11 1.OEt10 9.6Et11 3.OE*08 13E+13 2.2Et10 3.?E*06 8.1E*09 3 5E+13 DI50tnROED 10 linter 8 5E*10 5 3E+13 2.?Et10 9.2EiO9 3.3E*13 1.SEtli 8 6Et13 DI5CHnROED 10 OE0ut4D 2.3Et12

?.SE*08 4 CE+0?

2.3E+12 TOTAL DISCHnEED 2.3Et12 8.9Et11

9. set 10 5.3Ee13 2.?E+10 9.SE*09 6.6E+13
2. CE+11 5.2E+0? 8 1E*09 1.2E+14 (n

. 1Et14 5.9Et12 1.9Et13 6 set 13 2.9Eti?

S BTU DIS 5IPnTED 3.OEt14 1.1Et15 1.2Et14 1.1Et16 4 6Et13 9.1Et12 2.?E+1?

Totes ConL 3.1Et06 3.1E+06 THERHS 665 9.3Et09 9.3Et08 1.8E*08 3.7E*0?

1.OEt10 OnLL0t45 FUEL OIL 1.6Et09 1 1Eto?

1.?E*10 ?.SE+08 4.3Et0? 2.9E+06 2.OEt10 OttY ELECTRICITY 2.2Et00 5 2EtOO 9.SE-01 1.3Et02 1.OE*00 6.1Et00 2 4Et02 1 SE*00 3.9E-02 2.5E-02 3 CEt02 COnL EQUlYtt Et4T OF 2/3 OllY ELECTRICliY usED COnL 60FHED (Tot 45) 5.2Et06 1.2Eso? 2.3E*06

3. OEm8 2.3E+06 1.4E+0?
5. set 08
3. set 06 9.1Et04 5 9E*04 8.9E*08 5 LUC 6E (T0t45) 7.2E+05 1.?E*06 3.2E+05 4 2Et0? 3 2Et05 2.OE+06 7.6Eto? 4.9E*05 1.3E*04 8 1E*03 1.2E+08 50X TO nil 105. <llT) 5.9E*04 1.4Et05 2.6Et04 3.4Et06 2.6Et04 1.6EtOS 6.2Et06 4.6Et04 1.OEt03 6.?Et02 1.OE+0?

t40X TO tiill05. (HD 4.?Et04 1.1E*05 2.1Et04 2.?E*06 2.1Et04 1 3EtOS S 6Et06 3.2Et04 8 3Et02 5.3Et02 8.1E*06 CO TO nll105 (III)

9. set 02 2.2E103 4.2E*02 5 set 04 4 2Et02 2.(Et03 1.OEt05 6.4E*02 1.?E*01 1.1E+0i 1.6E*05 PnRT. To tiTt105 OIT)
2. EEt03 6.6E+03 1.3E*03 1.6E+05 1.3Et03 ?.CE+03 3.OEtOS 1.9E*03 5.OEt01 3.2Ee01 4 9E+05 HY[ ROC AFtot45 4-lT) 4.?Et02 1.1Et03 2.1E+02 2.?Et04 2.1Et02 1.2E+03 5.0Et04 3.2E+02 8.2Et00 5 3E*00 8 1Et04 Plot 4T EFFLUErH5 TO nit 05PitEPE sHETPIC Tot 45) 50X
6. -4 E t 04 4.3Etu2 2.6Et04 3.9Et04 4.CEtO5 1.6Et04 8.3E*02 2.3E*01 6.3Et05 t4%

5 3Et04 8 SEe64 1.3Et04 3 1E*04 3.OE*01 2.6EtOS ?.;E*O4 6 3E*03 ICE*01 5.4E405

?E*01

2. set 04 to 6.3Et02
1. set 04 1.4E$03 4.OE+03 PnRTICULH TES

?.?E*03 4.3Et03 4.2E*02 1 9Et03 3.1Et01 6 4E*04 1.9E*03 3.6E+02 5 SE-02 1 1F+05 f4H3 3 bE*02 4 1E*00 1 EE

  • 02 FLOORIfiES 2.1E*02 1.3Et02 2.?Etel 2.6E-02 1 6Et02 5.3E102 HYt POCnF80t45 3.8E*03 1.?Et04 1.9Et03 3.1Et02 2.OEt04 1.6E*03 8 9E*02 4 6E*04 M t EtWL E

?.2Etot 2 6E-01

?.2E 01 OtKJ1t41C nCID 9.OEt01 9 OE*01

Table S(A)-3 (Continued)

INTEGRATED ENVIRONMENTAL FACTORS FOR THE LWR INDUSTRY, 1975 THROUGH 2000 I!RANIUM AND PLUT0NIUM RECYCLE OPTION EravlFOratEt4T6L FhCIORS FOR ALIEkta6T!YE 3 002 FufL hoX fuel te5TE 5Fitti Et4VlW4Nltrair1L C ortetR-Ete IOt-F66RI-FnLRI-PEFROCE5-TPor45POR-isnre10E-F4.CL FrtCTORS tiltalf 40 ti!LLith SiOtt itEtaT CnT IOtt Ct1T Iort fcEnCIOR Sit 6 T6TIOrt HEt4T ST0Fii6E TOTAL PLnr4T EFFLUEt415 TO H1tl05FtEFE (CURIES)

Rti-222 1.8Et0? 3.4Et06 2.(E-02 1.?Et01 2.2Et0?

Pn-226 1 OE*01 7.6E-03 1.0E*01 4.1Et02 5.4Et00 2.8Et00 1.0E+00 1 SE-01 1.1E-08 4 2E*02 tR ntiltal 2 4E-03 6.1E-01 3.9Et00 8 4E-05 4.SE+00 PU (nLPttn>

1.6Et01 1.0Et02 2.3E-04 1.2E*02 FO-241 (BEin) 2.5E-02 1.1Et01 4 2E-03 1.1Et01 1Fot45-Pt1 titXLil E5 H-3 4 1E*06 6 OE*0?

1.7E-02 6.4E*07 1.2E+05 C-14 4.2E*04

?.5E*04 tR-65 1.5Et06 1 3E*03 2.6E-01 1.?E*05 1 3E+09 SR-90 1 6Et01 2.SE-02 1.6Etoi TC-99 3.2Et01 3 4E-03 3.2E,01 1.1E+02 m

I-129 1 1Et02 S

I-131-6.54,02 2.?Et03 3.4Et03 OTt1ER FnDIOnCTIVITY 5.3E-01 5 3E*0? 1.1E*03 9.9E-02 5.3E*07 e

so PLor4T EFFLUEtels TO lan1ER BODIES (HETRIC Tor 45p 504=

4 1Et04 2.8Et03 5.8Et00 1.4Ete? 5 LEt01 1.4E+0?

PO3-

?.2Et02 2.6Et03 5 3E*03 1.2Et02 3 7E+03 1.2Et06 CL-1 2Et04 1 3Et03 1.2E*06 2.9E*02 FLOORl[f5

?.2Et02 2.9E+01

1. set 02 9.OEt02 tant 3.9E*04 5 SE*01 3.9E*04 CHet 2.9Et03

?.6E-01 2.9E*03 tat?

1.3Et04 6.OE*01 1.3Et04 1.6E*02 FE 1.8Et02

~-

PLtir4T EFFLUEt4T5 TO lan1ER EaTIES (CURIES)

TPtifts-FU tlOELIDES 5 1E-03 5 1E-03 Pfl GILPtin>

4 7E-0?

1.2E-01 2 -

1.2E-01 2.IEt02 1.6E-01 2 4Et02

4. Set 02 UPntalutl 3 2E*01 3.2E+01 TH-230 Pn-226 1.1Et00 1.1E*00 g-gg9
4. 2t't 02 4 2E402 1C--99

$g-go c.3 4 gg 3 9 ggeg5 9.gg,g5 0 11 ER Ft1DIO 1ClIVITY 6.9E*00 1.2Et03 1 2Et03

Table S(A)-3 (Continued) l 1-INTEGRATED ENVIR0fiMErlTAL FACTORS FOR THE LWR IflDUSTRY,1975 THROUGH 2000 URANIUM AND PLUT0NIUM RECYCLE OPTION EtWIRotutteT6L FACTORS FOR nLILPtanTIVE 3 002 ftEL TOM FUEL l-s65iE SPEt4T EtNIPot#1Et4TnL Cot 4YER-Et4PIC H-f66PI-F66RI-FEPPOCE5-TPht:5POR-tirahie-F4 EL fnCTORS tit teltt0 ti!! Lit 40 51084 11EteT Cn110tl CnT 10ti FEncluP 51r46 inTIOtt t1Et4T STCfi1re

' TOTAL PLHt4T lin5TE OEt4EFhTED (CublC lETER5)

CHEIIIC AL CollPOUtd>5 1.3Et05 3.1Et02 1.3E*05 2 3Et04 2.8E*05 tilLL inlL t:405 6.2Et08 6 2Et08 TPht45-U SOLIDS 1.8Et04 1 3 E

  • 05 1 SE*05 Nf6tnEVEL SOLIDS 6 SE*03 6 set 03 OTHER Pf1D. SOLIDS 6.?Et04 4 OEt04 3.1E*06 1.OE*03 3.2Et06 l

l PEtt50t4-FEtt Coll:11Tt1Et4T - OCCUPnTIOtthL TOTnL BnDY 9.4Et05 4.4Et05 3.3Et03 2 ?Et03 4 4Et04

2. set 04 2.3E*06 ? 6E*04 8.1Et03 2.1Et03 3.E*03 1 EE*06
01. 1Fi1CT 9 4Et05
1. (Et05 2.OEt03 1 4Et03 4 3Et04
2. set 04 2.3Et06 ? 6E*04 8.1Et03
2. jet 03 3 3Et03
7. set 06 Bot 4E 1 4Et06 1.8Et06 3.8E*04 2 4Et04 5 ?Et04 2.5Et04 2 3Et06 7.8Et04 8 1Et03 1.6E*04 1.3Et03 $ (Et06 u) LIVER 9 4E*05 1.EE*05 4 OEt03 2 ?Etol 4 3Et04 2 set 04 2.3E*06 ?.SE+04 8 1Et03 3.4E*03 3 3Et03
3. set 06 9 t:IDt4EY 1.4E*06 2.0E*05 9.8Et03 6 (Et03 4.6E*04 2.5Et04 2.3Et06

?. Eft 04 8 1E+03 3.0E*03 3 3Et03 4 DE*06 TtftkOID 9 4Et05 1.6Et05 3.3E*03 2.?E*03 4 3Et04 2 SE*04 2.3Et06

?. set 04 8 1Et03 2.1Et03 3 3E*03 3.SE+06 8

LUf40 5.1Et06 3 set 06

2. (Etel 5 SE*04 1 ?Et06 2.9Et04 2 2Et06

?. Ef t04 8 1Et03 1.?Etel 3 3Et03 1 3Et0?

l

$ 5t'Its 9 4Et05 1.6EtOS 9 9Et03 8.9Et03 4 3Et04 2.5E*04 2 3Et06

?. EE *04 8.1E*03 1 ?Et03 2 3Et03 3 5Et06 PEP 50ta-Rett CotullTttEt41 - 0FF-51TE U 5.

POPULnTIOri TOTtt BODY 2 3E*06 4 SEtOS 3.2Etu4

1. jet 02 2 2E*03 3 ett02 3.1E*05 1 1Et06 2.Cft03 2 4Et00 8 set 00 4 2Et06 01 1FnCT 9 IEt04 1.?E*04 4 3Et03 6 2Et03 2.4Et03 1 8E+01 3 1Et05 1 (Et06 2 DEt03
6. 1 E -01 9 5E*00 2.IE*06 B6t4E

?.5Et06 1.5E*06 ?.?Et04 8 OE*02 3.6Et04 1.4Et04 1.1E*06

2. (E t06 2.CEt03 9 ?Et00 8.5Et00 1 3Eto?

LIVER 1 9E*06 3 SE+05 5 set 02 1.9Et02 4 set 00 1.4Et03 3 2Et05 1.1E*06 2.OEt03 2 2Etuo 8 SE*00 3.(E*06 FIDt4EY 8 EE*06 1.?E*06 9 1E*03 2 SE*03 5 9E*03 1 2E*03 3 1[*05 1.1E*66 2.OE*03 ?.9Et00 8 SE*00 1 ;Et0?

THYPOID 5 ?Etol 1.2E*03 3.?Et01 1 SE*01 4 OEt00 5 (Et00 4 9tt05

1. Mt06 2.OEt03 3 1E-01 8 set 00 2.4Et06 Lut40

?.1Et05 1.4E*05

?.3Et02 3 ?Et02 1 3Et02 3.1Et02 3 1Et05 1 IEt06 2.0E*03 9 9E-01 1 EEt01

2. jet 06 5t:Its 5 7E*03 1.2E+03 2.6Et01 1 OEt02 4 OEt00 5.6E*00 3.1Et05
6. -4 E
  • 06 2.OE*03 3.1E-01 ?.2E*02 6.7Et06 PER50t4-PEtt Cont 111HEt4T - TO t 0PEI0t4 POPULATinte FPOM U 5.

It4I4:5TRY

~

T0ffg_ BODY 2 1Etus 6 IE*05 3.8Et01 8 8Et05 2.1Et05 6 ?Eto5 3.6Et01 8.8E*05 i

0 I.

IFnCT 1.OEt06 2.IE+06 3 EEe01 2 2Et06 t50t4E 2 1E*05 6 !ft05 3 6E*01 8 EE

  • 05 LI*.ER 2 1Et05 6 ?E*05 3 8t4 01 8 EE*05 LIL f 4EY 2.1Et05 6.?Et05 3_ CEt 01 8.CE*05 ltr/POID List 40 2.2Et05 1.OEt06 8 30,01 1.2Et06 Srirl
2. -4 E t 05 2 5E*0?

3.E*03 2.5E*07 I

t b

l

CHAPTER III l

Page III-41 Last paragraph, delete second and third sentences.

Add: "The ore requirements would be 1.580 million tons for the 26-year period and 109 million tons for the year 2000. The reduced quantity of ore could be processed by about 95 model mine-mill complexes (16 older, 79 newer)."

Page III (R)-1 Change reference 2 entirely to read:

"2.

(a)

U.S. Dept. of the Interior ' United States Energy Through the Year 2000,'

December,1972, pp.11, 47.

(b)

J. Darmstader. ' Energy in the World Economy,' Resources for the Future, Johns Hopkins Press, Baltimore, Maryland, 1971, p. 67."

Change reference 3 entirely to read: "Same as Ref. 2 (a)."

Add to reference 4:

"p. 7" Add to reference 5:

"p. G-23" Add to reference 6:

"p. 20" Add to reference 7:

"p. 8" Change reference 25 entirely to read:

"U.S. NRC, Office of Planning and Analysis, NR-MI-001-08, August 20, 1976, p. 1-1."

Page III (R)-2 Change reference 26 entirely to read:

" Plan for Energy Research, Development and Demonstration, ERDA 76. Volume 2, p.108" Add to reference 29:

"p. 223" Add to reference 33:

"pp. 116-129" Add to reference 34: " Chapter II" Add to reference 35:

"p. 3" Add to reference 36:

"pp.19-113" Change last line of referer.cc 37 to read:

rPart !!, January 1976, pp. 4-7, 5-9. 5-13, 5-19, 11-9."

CHAPTER IV Page IV C-47 Fourth paragraph, third line from bottom, delete word " proposed" Page IV C-74. Table IV C-8 Change:

Wastes Solids cu. m. from 260 to 620 7

Page IV C-83, Table IV C-12 NUCLIDE INVENTORY, GESMO MODEL, At Discharge for Cm change "2.39 x 10-2" to "2.39 x 10~I" 8

under Curies for C change "1.35 x 10~7 and 1.07 x 10~7" to read "1.71 x 10~7 and I4 I

13.9 x 10~7" l

l I

I Page IV C-84, Table IV C NUCLIDE INVENTORY I

for C change from Curies Grams 3.38 x 10'7 2.68 x 10-7 7.58 6.01 to 4.82 x 10-7 3.84 x 10-7 9.18 7.28 2I Page IV C-86, Table IV C NUCLIDE INVENTORY ur r Curies GESMO MODEL for Pu change e

"0.27" to "0.37" Page IV C-87, Top line Change "..the last 60 days.. " to read "...the first and last 30 days.

Second line, in two places change ".. half..." to ".30 days.

Page IV C-101 Paragraph 5.2, acond paragraph, second line delete ". site with two.. "

change "... reactors." to ".. reactor."

Paragraph 5.2.1, second sentence change"Twocomprehensivereports!'."toread:

" Severe comprehensive reports * '.."

change reference at end of paragraph from "3" to "4" Page IV C-109 Change end of last sentence, first (partial) paragraph, to read: ".. biota dose estimation is given in WASH-1258.5 Third (full) paragraph, first sentence: change last word from "... site." to ".. plant."

Second sentence should read: "The reactor is assumed to have a total operational blow down rate of 100 cubic feet per second."

Page IV C-Ill, Table IV C-23 Delete "(Two Units)" from title In subnote

  • change: "...ef fluent river dilution."

to: "... effluent dilution in outfall area."

In subnotes **, ***, #, ", I" and i delete word "two," letter "s" from reactors _ and "s" from generator,s_

Page IV C-Il5, Table IV C-24 Change title to read: " CALCULATED INDIVIDt,AL DOSE COMMITMENT FOR ATMOSPHERIC RELEASES PER GWe-YEAR" Under Nuclide Group inset word "Others" under Krypton-85 as a subset of " Noble Gases" Page IV C-Il6, Table C-25 Change title to read: " CALCULATED INDIVIDUAL DOSE COMMITMENT FROM LIQUID RELEASES PER GWe-YEAR" Page IV C-ll7, Table IV C-26 Change title to read: " CALCULATED INDIVIDUAL DOSE COMMITMENT FOR ATMOSPHERIC RELEASES PER GWe-YEAR" Under Nuclide Group inset word "Others" under Krypton-85 as a subset of " Noble Cases" Page IV C-Il8, Table IV C-27 Change title to read: " CALCULATED INDIVIDUAL DOSE COMMITMENT FOR ATMOSPHERIC RELEASES PER GWe-YEAR" Under Nuclide Group inset word "Others" under Krypton-85 as a subset of " Noble Gases" Page IV C-119, Table IV C-28 Change title to read: " CALCULATED INDIVIDUAL DOSE COMMITMENT FR0fi LIQUID RELEASES PER GWe-YEAR" Page IV C-120. Table IV C-29

)

Change title to read: " CALCULATED INDIVIDUAL DOSE COMMITMENT FROM LIQUID RELEASES PER GWe-YEAR" Page IV C-121 In third full paragraph titled Dose Assessment, second line, change after "... population would be.." to read:

"..about 100 person-rem per year, while the occupational population dose would be about 500 person-rem per year. Operation of these plants would be..."

Paragraph 5.3 i

l Change references af ter end of next to last sentence from 2,3 to 6,7 Page IV C-122, Table IV C-30 Change title to read: " CALCULATED POPULATION DOSE COMMITMENT FOR ATMOSPHEh'C RELEASES PER GWe-YEAR" Under Nuclide Group inset word "Others" under Krypton-85 as a subset of " Noble Gases" Page IV C-123, Table IV C-31 Ciange title to read: " CALCULATED POPUL,4.. N DOSE C0f1MITMENT FROM LIQUID RELEASES PER GWe YEAR" l

\\

Page IV C-124. Table IV C-32 Change title to read: " CALCULATED POPULATION DOSE COMMITMENT FOR ATMOSPHERIC RELEASES PER GWe-YEAR" Under Nuclide Group inset word "Others" under Krypton-85 as a subset of " Noble Gases" Page IV C-125, Table IV C-33 Change title to read: " CALCULATED POPULATION DOSE COMMITMENT FOR ATMO5PHERIC RELEASES PER GWe-YEAR" Under Nuclide Group inset word "Others" under Krypton-85 as a subset of " Noble Gases" Page IV C-126. Table IV C-34 Change title to read: " CALCULATED POPULATION DOSE COMMITMENT FROM LIQUID RELEASES PER GWe-YEAR" P_ age IV C-129 Last 2 lines, delete "...and within the Maximum Permissible Concentration (MPC) of 10 CFR Part 20."

Page IV C-132 Second paragraph, change references at the end of the next to last line from 41 to 8 Page IV C-135 Last paragraph, lines 6, 7 and 8:

Delete sentences starting "The principal increase in dose..." and "The calculated doses..." and in their place add: "The principal difference in fission product yield for plutonium over uranium is a 5% increase in the yield of I-131." '

l

Page IV C-136 Delete Reference 1 entirely. Add new References 1 thru 5 as below:

1.

" Radioactivity in the Marine Environment," Panel on R.I.M.E. of the Committee on Oceanography, NAS-NRC,1971 2.

Garner, R.

J., " Transfer of Radioactive Materials from the Terrestrial Environment to Animals and Man," CRC Critical Reviews in Environmental Control, 2, 337-385 (1971).

3.

Auerbach, S.

J., " Ecological Considerations in Siting Nuclear Power Plants. The Long Term Biota Effects Problems," Nuclear Safety, 12, 25 (1971).

4 "The Effects on Populations of Exposure to Low Levels of Ionizing Radiation," Report of the Advisory Committee on Biological Effects of Ionizing Radiations NAS-NRC, 1972, p. 26.

5.

FES Numerical Guides for Design Objectives and Limiting "onditions for Operation to l'eet the Criterion "As low As Practicable" for Radioactive Material in Light-Water-Cooled Nuclear Power Reactor Effluents. WASH-1258, July 1973.

Change Reference 2 to Reference 6 3 to Reference 7 4 to Reference 8

~

Page IV D_3, Table IV D-2 Bone dose commitment under accidents "26.5 and 0.5" should read "21.5 and 1.4" Page IV D-40 Third line delete word " annually" Page IV E-6 Under Accidents, line 8, change "about 19 mrem" to "about 12.6 mrem" Page IV E-24, Table IV E-8 Radiological (Ci/yr) under UO2 Fuel 1 31 1

from 7.5 to 47.5

.g.

Page IV E-30. Table IV E-9 under Lung Foreign Total from 12,200 to 18,300 Page IV E-32. Table %' E-Il under Bone U.S. Total from

+700 to

-700 Page E-36, Table IV E-14 Column headed Person-Rem, remove the "4" under word Rem Page IV E-40, Table IV E-15 Maximum Offsite under PWR M0X fuel Pu Evaporator Explosion from 19 to 12.6 Page IV E-44. Table IV L-lR, 3

5 6

Under the caption titled Difference for H change "+0.1 x 10 " to read "+0.1 x 10 Page-IV F-1 First sentence, change "...for use with light processing operations." to "...for use with light water nuclear teactors will not entail any plutonium processing operations."

Page IV F-39 i

Third line of third full paragraph, change: 226' to 275'F i

- 10

Page IV F-56 Section 5.1, first paragraph, second line, change:

"...about 2 to 4 in..." to "...about 2% to 41' in.. "

Section 5.1, second,)aragraph, third line, add: reference "49" behind reference "4P' Page IV F-57 Change reference "4'" in heading to reference "50" Page IV F-58 Fifth line from top of page, change reference "50" to "51" Page IV F-59 Third line from top of page, change refer ence "51" to "52" Page IV F-61 Delete.eference "5" from end of heading First and third lines from the bottom of page, change reference "51" to "52" Page IV F-62 Er.d of first full paragraph, change reference "51" to "52" Page IV F-67 Add to reference 52:

"pp. E-l through E-24" Delete reference 53 entirely Me IV H-11, Table IV H-4 In the column " Type of Waste" for Fuel Reprocessing change " Nonradioactive solids" to

" Low level radioactive solids"

- 1

Page IV J-7, Table IV J-6 Chance:

Reprocessing "0.072 0.15" to:

"0.072 0.077" CHAPTER IV J (Appendix A)

Pye IV J( A)-7. Ta'Ar: _IV J(A)-3 Change column heading designations from:

B F (Cow)

I O

F (Cow)

F jy m

f iv m

f Sf A

Sf to:

U, S

U S

j PageIVJ(A)-9,TableIVJ(AJ-4_

Add "(Rem per Ci-sec/m )" directly under the title Delete " Dose = Rem per Ci-sec/m " noted over "Luno Skin" Page IV J(A)-15 Change Formula (7) to read as follows:

C{ = C" I 0.25 [1-exp (" Ei t )]

Uj [1-exp (-14 t )3 b

exp (-1 9 h) t g

Y A PA y g 9

V Change last definition from "B " to "U "j Page IV J(A)-16 Change Formula (8) to read as follows:

A

= 5) [E0 Cf + 60 C"]

C The second line above Formula (9) change to read as follows: "The factors of 60 and 50 are the animal's daily water intake and feed intake in 1/d and kg/d, respectively."

Page IV J( A)-17 Change Formula (10) to read as follows:

C" [1-exp (-A t)]

Sg = 20 Tg g

Page IV J(A)-18 Change Formula (13) to read as follows:

7 It)

Ogg = 3.15 x 10 Kgj CAi 2

Change definition of "K, to read: "Kgg = dose factor for radionuclide 1, rem-m /Ci-sec" p

7 Add after above ddinition:

"3.15 x 10 = the number of seconds / year" Change Formulas (16) and (17) to read as follows:

Ai(t) = x V (1-e~l t)j C

i g g Ai(t)A /V (1-e'A t) or x = C l

g g Page IV J(A)-20 Change Formula (18) to read as follows:

[KQp[1-exp(-Ar/V)]/Al gg g

g Under definitions change:

"A" to "A "

g th add: "Qg = the released quantity of the i noble gas, Ci" 2

"o

= population density, persons /m.

th "Kj = the semi-infinite submersion dose factor, rem-m /Ci-sec, for the i noble gas" Page IV J(C)-4. Table IV J(C)-2 Under the "Brookhaven N.Y." caption, change "SR" to read "Sr" Me IV L-9, Table IV L Additional Dose Comitment

)

Under Very 011ute change "5,750" to "7,200" "900" to "1,140" Table IV L Additional Dose Comitment Under Very Dilute change "600" to "750" "95" to "120" Page IV L-10. Table IV L Additional Airborne Releases frou Blending U isotopes - change figures from "0.002" "0.008" "0.086" to "0.0002" "0.0008" "0.1" Footnote ** - last line, change equation from "3 x 10~ Ci/g for U" to "3 x 10-7 C1/g for natural U" Page IV L-ll, Table IV L Dose Comitment...

Change from 0.12 to 0.07 5.7 3.42 0.005 0.003 0.13 0.08 0.6 0.35 0.5 0.3 0.003 0.001 Table IV L 26-Year Period...

Change from 6.8 to 5.6 328 277 0.4 0.3 7.2 6.2 31.5 26.7 37 25.3 -

l CHAPTER VIII (Appendix A)

The following Tables VIII: VIII (A)-1 VIII (A)-2 VIII (A)-3 VIII (A)-3 VIII (A)-4 VIII (A)-5 VIII (A)-6 pages VIII (A)-1 through VIII (A)-15 replace similar pages in the teit (NUREG-0002).

i j

1 TABLE VIII (A)-1 Er4VIFOranLt4 Tot. FnCTOP5 FOR NLitTrutlivE 1 002 FttL t!OX FUEL Mft5IE 5FirJ T Etr/IP0tittEt4 TnL COtr/ER-EttRI C H-t-8BPI - Fnerl-FEFFOCE5-TFntt5POR-ristitGE-FOfL ft1CTOP5 t!!NltlG t1ILLIr46 510t4 t!Et4T Ct1T 10t4 CnT IOri rEnCf0R SIta6 InTIOrt nEteT STORAGE TOTnt PE500PCE UfE nCPE-YP5 OCCUPIED 1 6E+0? 9.6E+05 9 9E+04 4 ?E+04 1.2E+05 7 6E+04 z.5E+06 1 4E+05 i.6E*04 2.2E+0?

DISTUPE;ED ACPE5 2 2Et05 2 t'E+01 8 4E+02 1 1E+03 2 OEto2 2.OE+03 4 2Ft04 1 2E*03 t set 03 3 OE+05 COMMITTED nCFE5 8 OE*03 2.2E*04 6 UE+01 8.2E+02 1 2E+03 1.5E+03

3..E+04 linter (6HLL0t45)

DISCHt1P6ED TO n!P 8.9Ee11 1.UE+10 9 6E+11 3 OE*08 3 3E+13 2.2E+10 3 ?E+06 6.1E+09 2.SE*13 DI5CHt1P6ED TO linTLR 8 6E+10 5.2E+13 e ?E+10 9.2E+09 3 2E+12 1 6E+11 8 6E+13 D15CHt1P6ED TO GROUtJD 2.2E+12

? SE*08 4 6E+0?

2.2E+12 TOTAL DISCHnPGED 2.2Et12 8 9E+11 9.6E+10 5 3E+13 2.?Et10 9.SE+09 6 6E+13 2 OE+11 5 2E+0? 8 1E*09 1.2E+14 g

3 OE+14 1.1E+15 1.2E+14 1.1E+16 4 6E+13 9 1E+12 2.TEti? 2.1E+14 5 9E+12 1.9E+13 6 8E+13 2 9E+17 h

BTU DISSIPnTED 3.1E*06 Totes ConL 3 1E+06

n THEPits 085 9 2E*09 9.2E+08 1.8E*08 3 ?E*0?

1.OE+10 GnLL0t45 FUEL OIL 1.6Et09 1.1E+0?

1.?E+10 ?.SE+08 4 2E+0? 2.9E+06 2.OE+10 1 GilY ELECTRICITY 2.2E+00 5 2Et00 9 9E-01 1.3E+02 1.OE+00 6.1E*00 2 4Et02 1 SE+00 3.9E-02 2 "E-02 2 8E+02 COnL EOUIYnLEt4T OF 2.'3 6 tty ELECTPICITY U5ED ConL SUPf4ED (TotJ5) 5 2E+06 1 2Eto? 2.2Et06 3 OE+08 4 2Et06 1 4E+0? 5 5E*08 3.5E+06 9.1E+04 5 9E+04 8.9E+03 SLUDGE (Tutis) 7.2C+05 1 ?E+06 3.2E*05 4 2EtO? 3 2E+05 2.OE+06 7 6E+0? 4 9E+05 1.3E+04 8 1E+03 1 2E+08 50X 70 ATHOS (NT) 5 9Et04 1.4E+05 2 6E+04 3 4E*06 2 6E+04 1 6E+05 6 jE+06 4 OE+04 1 OE*03 6 ?E*02 1.OE+0?

tJ0X TO ATHOS. (llT) 4.?Et04 1.1E*05 2.1E+04 2 ?E+06 2 1E+04 1 2E+05 5 ti+06 3 2E+04 6 2E+02 5 2Et02 8 1E+06 CO TO HTM05 (f tT) 9 SE*02 2.2E+03 4.2E+02 5 SE+04 4 2E+02 2.6E+03 1 UEtu5 6 4E*02 1 ?E+01 1.1E*01 1 6E+05 PART. 10 nTn05 (HT) 2.6Et03 6.6E+03 1 2C+03 1 6E+05 1.2E+03 7.SE+03 3 OE+05 1.9E+03 5 OE*01 3 2E*01 4.9E+05 HYDPOCnPE0t45 (HT>

4 ?E+02 1.1E+03 2.1E+02 2 ?E+04 2 1E+02 1.3E+03 5.OC+04 1 2E+02 8 2E+00 5 2E*00 8 1E+04 PLntti EFFLUEt4TS TO NTH 05PHEPE (HE1PIC 10t45)

SOM 6.4Et04 4.2E*02 2 6E+04 3.9E+04 4 CFeuS 1 L.E+ut 8 2Et02 2 2E+01 6 2 E + 05 ttoX 5 2E*04 8 SE*04 1 2E+v4 3 1E+04 3 OE+01 2 8E*05 7.2Et04 6.3Et03 2 OE+01 5.4E+05 CO 6.2E+02 3,OE*04 1.4E+A2 4 OE+03 1.iE*01 2 5E+04 PARTICULATES

?.?E+03 4 IE+0? 4 2E+02 1 9C+02. 1E+04 6 4E+04 1.YE+02 3 6E+02 5 SE-02 1 1E+05 t!M3 3 5E+02 4 1E+00 3 SE+02 FLUORIDES 2 2E+02 1.2Et04 2 7E+0L 2 6E-02 1 (Et02 5 2E*02 HYOPOCAPB0t45 3 EE+u3 1.?E+u4 1 9E+03 2.1E+02 2 OEt04 1 EE*01 8 9E+02 4 6E+04 tiLDEffYDE

?.2Et01 2 6E-01

?.2Et01 OfiditalC MCID 9 OEt01 9 OE*01

i TABLE VIII (A)-1 (Continued) i EtulPOtatEriThL FACTOR 5 FOR t1LIEFt611vE 1 (O2FafL HOMFiEL 665TE 5PEr4I Et4 VIP 0ta Et4Tt1L C0tNER-Et4R IC H-FABRI-F6ERI-FIFFOCE5-TPfvFPOR-it6r466E-FLEL i

' Ft1C TORS IIItaltao ti!LLIt40 510tl IEt4T ChT Iuta (nT 10ti pet 1CTOR Sitio InTI0ti 1C14T STOFi16E Toiist PLht4T EFFLLEt4TS To esitO5PtEPE (CtRIE5)

Fre-222 1 6Eto? 3.4Et06 2 6E-02 1.7E*01 2.2Eto?

PH-226 1.CEt01 ? *E-03 1.OE*01 UP6t4Itti 4.1Et02 5 4Et00 2 6Et00 1.OE*00 1.SE-01 1.1E-08 4.2E*02 Pu (ntPHA) 2.4E-08

& 1E-01 3.9E*00 8.4E-05

4. SE*00 PU-241 (CETA)-

1.6E*01 1.OEt02 2 3E-04 1.2Et02 TPot45-PU t#JCLitf5 2.5E-02 1.1E*01 4.2E-03 1.1E*01 H-3 4.1Et06 6 OE*07 1.?E-02

& 4Eto?

-C-14 4 2Et04 ? SE*04 1.2Et05 iR-85 1.SE*06 1.3Et09

2. 6E-01 1.7E*05 1.3E*09 SR-90 1.6E*01 2.SE-02
1. EE*01

<.TC-99 3.2Et01 3 4E-03 3.ift01

== I-129 1.1E*02 1.1Et02

~

I-131 6 5Et02 2 7E*03 3.4Et03 OTIER kt1DIonC11YITY 5 3E-01 5 3Eto? 1.1Et03 9.9E-02 5.3Eto?

n 3=

Y PLnt4T EFFLLEt4T510 HATER BODIES (IETRIC Totes) ro 504=

4 1E*04 2.8Et03 5 &Et00 1.4E*0? 5 c,ttel 1.4Eto?

f403-7,3Et02 2.6Et03 5 3Et03 1.2Et02 8.?Et03 CL-1.2Et04 1.3Et03 1.2Et06 2.9E*02 1,2E*06 FLtX*ILES

?.2Et02 2.9E*01 1.5E*02 9 OEt02 tai,.

3.6E*04 5 ift01 3 EF*04 i

i Cn et 3 GE*03

?.6E-01 3 OE+03 ref3 1 3E*04

& OE*01 1 3E*04 FE 1.6Et02 1.EEt02 l

PLfd4I EFFLUEt4TS TO 5461ER BODIES (CURIE 5)

TfWis-PU t40CLitf5 5.1E-03 5 1E-03 f u ( ALPtkt) 4.?E-0?

1.2E-01 1.2E-01 Ofenretttt '

3.2E*01 3.2Et01 2.AEt02 1.8E-01 1 4Et02 4 set 02 Tit-230 kn-226 1 1Et00 1.1Et00 1-129-TC-99 4.2Et02 4.2E+02

.SR-90 C-14 9.SEtus 9 *Et05 g.3 OTTER P6bloriCTIVITY 6.9Et00 1 2Et03 L 2E*03

i TABLE VIII (A)-1 (Continued) l f

EtiVIPordtEllTt1L fnCTORS FOR (1 Lit'Pinif tVE 1 002 ftEL 110X FLEL la'tSTE 5FirdT C0t4YER-E!4 RIOT-EnORI-Fn0PI-PEPROCE5-TFortSPOR-lintisE-I'liEL ftsv!Rota1Et4TnL filLLING 510tl 11Et4T EnT iori CnTIOra EEnCTOR 51t40 TnTION luEtif STOFn6E TOTnL Ft1CTOR5 llitaltio i

PLANT lan5TE 6 Lit MtTED M OBIC HETER 5)

2. bet 05 OtElllCHL' CollP0lA4D5 1.3Et05 3.1Et02 1.3Et05 2.3E*04 ti 2Et08 1.5E*05 litLL THILit#iS 6.2Et08 1.8Et04 1.3Et05 6.5Et03 TFnt45-U SOLIDS HIGHLEVEL SOLIDS
6. set 03 1 OEt03 3.2Et06 016tER RitD. 50 LID 5 6.?Et04 4 OEt04 3.1Et06 PER50ti-Fell CotillITitENT - OCOIPnTI0 tant 1

T0lnL BODY 9 -4E t 05 4.4Et05 3.3Et03 2.?Et03 4.4Et04 2.SE*04

2. 2E*06 ?.OEt04 8.1E*03 2.1Et03 3.3E*03 3.BE*06

<: 0 I.

TFnCT 9.4E*05 1.6Et05

2. CE
  • 03 1.4E+03 4.3Et04
2. set 04 2.3Et06

?. EE

  • 04 8.1Et03 2.1Et03 3.3Et03
3. fE
  • 06
  • Dote is4Et06 1.SE*06 3.8Et04 2.4Et04 5 ?Et04
2. set 04 2.3Et06 7.8Et04 8.1Et03 1.6Et04 3 3Et03 5.6Et06

[ LIVER 9.4Et05 1.6Et05 4 OEt03 2.?E*03 ( 3Et04

2. set 04 2.3Et06 7.8Et04 8.1Et03 3.4Et03 3.3E103
3. set 06 KIDt4EY 1.4Et06 2.OEt05 9 8Et03 6 6Et03 4 (Et04
2. set 04 2.3E*06 7.f.Et04 8.1Et03
3. OE+ 01 3.3Et03 4.CEt06 THYkotD 9 4E*05 1.6Et05 3.2E*03 2.?Et03 4.3Et04 2.5Et04 2.3E*06 7.6Et04 8.1E+03 2.1Et03 3.3Et03 3.SE+06 3 - L0 40 5.1Et06.3. set 06 2.6Et04 5 8E*04 1.?Et06 2.9Et04 2.2E*06 7.8Et04 8.1Et03 1.7Et03 3.3Et03 1.3Eto?

^

e 5KIti 9.4Et05 1.6Et05 1.OE*04 8 9Et03 4 3Et04 2.SEtol 2.3Et06 ?.EEt04 8.1E*03 1.?Ete3 3 3Et03

3. set 06 w

PER50tl-Fell CottillTilENT - 0FF-SITE U. 5.

POPtiln fl0N 10fnL BODY 2.3Et06 4.SE*05 3.1Et04 1.1Et02 2.2Et03 3 OE*02 3.1E*05 1.1E*06

2. CEt03 2.4Et00 8, set 00
4. ;f t06
01. 1PnCT 9.1Et04 1.7E*04. 4.3Et03 6 2E*03 2.4Et03 1.8E*01 3 1Et05
1. (Et06 2.OEt03 6.1E-01
8. set 00 2.1Et06 d

60t4E

?. set 06

1. set 06 ?.6Et04 8 OEt02 3.6Et04 1.4Et04 1 1Et06 2.6Et06
2. OEt01 9.?Et00 8 set 00 1,3E*0?

LIVER 1.9Et06 3.SE*05 5 set 02 1.9Et02 4.5Et00 1.4E*03 3.2E*05 1.1E*06 2.OEt03 2.2Et00 8 set 00 3.6Et06 V IDfEY

8. set 06 1.?Et06 9.2E*03
2. set 03 5.9Et03 1.2E*03 3.3E*05 1.1Et06 2.CEt03 7.9EtOO
8. set 60 1.2E*0?

THYFOID 5 ?Et03 1.2E*03 3.7Et01

1. set 01 4 OE*00 5 6Et00 4.9Et05 1.9E*06 2.CEt03 1 1E-01 8 SFt00 2 4Et06 Lut40

?.IEt05 1.4Et05 7.IEs02 3 ?E*02 1.3E*07 3.1E*02 3.1Et05 1.1Et06 2.OEt03 9.9E-01 1 EEt01 2 3E*06 SKIN 5 ?Et03 1.2E*03

2. bet 01 J.OEt02 40Fwo 5 6E*00 3 1Et05 6 4E106 2.OE*03 3 1E-01 7.2E*02 6 ?Et06 PER$0t4-PEll E0flNilt1Et4T - TO FOPEION POPULATIori l PON U 5.

INf415TET gorgt gopy 2.1Etu5 6.?E*05 3.EC101

8. Ef t 05 0 1.

IPnCT 2.1Et05 6.!1905 3.8E*01 8.8Et05 1.OEt06 2.2Et06 3.8Et01

3. 2f t06 2.1Et05 6.7Fe05 3.8E+01 8 6Et05 00t4E LIVER 2 1E*05 6 7Et05 1 Eft 01 8 CEt05 3.8Es01 8.8E*05 f. It t4EY 2.1EtO5 6.7E*05 LUrio 2 1Et05 1.Of*06 8.2Etoi 1.2Et06 TitYROID 5LIN 2.4Et05
2. set 0?

3.2Et03 2 SEto?

t TABLE VIII (A)-2 l

Erc/IF0tatiEt4T6L F6CTOF5 FOR 6LlEF.rarsfiVE 2 002 FUEL NOX FUEL lin5TE 5Fft4 T Etr/IPot4HEt4I6L C0r4YEM-Er4RICit-F68RI-F6Bt I-fiFFOCE5-TFfitiSPOR-firir466E-Fut L fnCIOPS tiltaltM ttILL Irn 510tl ster 4T CnT 10tl C6TIori FErEIOK Sir 40 T6TIote HEllT 510Ff16E TOTAL FE500FCE USE ACRE-YRS OCCtJFIED 1.CE*07 9.6E*05

1. (E *05 4.6E*04 1.2E*05

?.?E*04 2 SEsod 1.3E*05 6.9Et04 2.2Et0?

Dl5 TUFT 1ED ACRES 2 3E*05 2.6E*04 8 4E*02 1.1Et03 2 OE*02 2 (E

  • 03 4 2Ete4 1.2E*03 1.dE*03 3.1E*05 Cot 1HITTED 6CPES 8.1Et03 2.2E*04 6 OEt01 8.3E*02 1.2E+03 1.5Et03 3.3E*04 H6TER OinLLot45)

[al5CHritiED TO 6IR 8.9Et11 9 9Et09 9 ?Etti 3.OEt08 3.3Eti3 2 2Et10 3.7Et06 1.4Et10 3.5Et13 DISCitrefED 10 ll6TtLR 8 4E*10 5 3Et13 2.?Et10 9.2Et09 3 3E*13 1 CE*11 8.6Et13 2f3Et12

?. set 08 4 set 0?

2.3E*12

$. DISCit6PrED 10 (A0 lit 4D TOTriL DISCitAP6ED 2.3Et12 8.9Et11

9. 4 tit 10 5 4Et13 2.?Et10 9 set 09 6.6Et13 2.OEt11 5.2Et0? 1.4E*10 1.2Et14 U Blu DI551PhiED
3. CEt14 1.IEt15 1.2Et14 1 1Et16 4 (Et13 9 1Et12 2.?Eti? 2.1Eti4 5.9Et12 1.9E+13 1.1E*14 2.9Et17 9 'T0t45 COnL.

9.3Ee09 9 1Et08 1.8Etoo 3.?Ets?

1. CEt10 3.1Et06 3.1E*06 TitEPIts 04:5

$ Ot1LLOt45 FUEL OIL 1.6Et09 1 1E*0?

1.?E*10

?.tetos 4.3E*0?

2. Ws06 2 OEt10

-OHY ELECTRICliY 2.2E*00 5 2Ee00 9.8E-01 1.2Et02 1.OE*00 6.1Et00 2.4E*02 1.SEe00 3.9E-02 4 2E-02 3.6E*02 t

I C0til E00lV6LEt4T OF 2.'3 6HY ELECTRICITY USED Cor1L 130Ft4ED (Tot 45) 5.IEt06 1.2Evo? 2.3E*06 3.OEtOS 2.3E*06 1.4Et0? 5 SEeus 3.5ft06 9.1Ee04 9.8Et04 8.9E,08 SLUD6E (Tot 45) 7.2Et05 1.?E*06 3.IEt05 4 2E*0? 3.2Et05 2.OEt06

7. 6t'* 07 4 9E*05 1 3Et04 1.4Et04 1.2E*08 5fCC TO AlHOS. (III) 5 9E*04 1.4Et05 2.6E*04 3.4Et06 2.6E*04 1.6Et05 6 2Ee06 4.OE*04
1. (Et 03 1.1Ee03
1. CEt0?

'f40X TO Hill 05. (Hi>

4.?E*04 1.1E*05 2.IE*04 2 8Et06 2 1E*04 1 3E*05 5 OE*06 3 2E*04 8 3Et02 8 9E*02 8.1E*06 CO TO r111105. (ItT) 9 SE*02 2.2E*03 4 1Et02 5 set 04 4.2Ee02 2.6Et03 1.OEe05 6 4E*02 1 ?Et01 1.6E*01 1.EE*05 P6RT. 10 6 Tit 05. (111 )

2.6Et03 6.6E*03 1.2Et03 1 ?Et05 1.3Et03 ?.?Et03 3.OE*05 1 9E*03 5 (Et01 5 3Et01 4 9Et05 HYDROC6RBot45 (HD 4 ?E*02 1.1Et03 2.1E*02

2. bet 04 2.1Et02 1 2E*03 5 OEt04 3 2E*02 8 2E*00 8 9Et00 8 1Et04 l-Lt1NT EFFLUEt4TS TO 6TilO5PitEFE (itEielc Tor 45)

SOM 6 SEto4 4 3t~e02 2 ?Ct04 3 9E*04 4 6Et05 1 FE*04 8.3E*02 2.3E*01 6 3Et05 tio::

5 3Et04 8.5Et04 1.3Et04 3 1Et04 3 6E*01 2 EEt05 ?.2Ee64 6 3Et03

2. if t01 5 4Et05 CO 6 3Et02 1 EE e 01 1 4C:03 4 OEt03 1.?E*01 2.5Et04 P6ffTICut HIES

?.?Et03 4 3E*01 4 1E*02 1.*?Ee03 3.1Ee04 6 -1E104 1.9Eto; 3.6Et02 5 5E-02 1.1Et05 tilli 3.?E*02 4,IEtOO 3.7Et02 t LUARitts 2 1Et02 1.3Et02 2.?Et01 2.6E-02 1.(Et02 5 IE*02 tr.T.fv6F fst45 3.8Et03 1.?Et04

1. EE *03 3.1Et02 2.0E:04 1.(E:03 8 set 02 4 EE*04 g.( g g. g. T E 7.2Et01 2 6E-01

?.2E+01 OPrittilC nCID

9. CEt01 9 CE*01 i

l

l TABLE VIII (A)-2 (Continued) a EtNIP0talEt4T6L F6CTORS FOR 6LTEit46TlYE 2 002 FttEL I m FUEL iWtSTE SPEt4T Et4VIR0titlEt4TAL C0rr/ER-Et4 RICH-F 6fRI-F66PI-PEFfut'5-IPof45POR-li6t46ff-FLEL F6CTORS Hitaltio HILLit40 510t4 IIEt4T Cr1T16t4 Crit IOre PE6CTOR Sitio THTIore IEt4T STOFi(E TOTAL PL6t4T EFFLUEt4TS To ATilosPitEPE (CURIE 5) 2.2E+0?

Rt4-222 1.8E*07 3.4E*06 2.?E-02 1.7E+01

1. CE
  • 01 Pn-226 1.OEt01 ?.6E-03 4 2E+02 4.1Et02 5 4Et00 2.6Et00 1.OE*00 1.SE-01 1.1E-00 6.OE-01 3.EE*00 8.4E-05 4 4E*00 UPnte ttet 2.4E-03 1.2E*02 PU (ALPH6) 1.5Et01 1.OEe02 2 3E-04 1 CEe01 2 SE-02 1.OE*01 4.2E-03 PU-241 (LETh>

6 4E*07 TPnr45-PU t4UCLIDE5 H-3 4.1E*06

6. (E* 0?

1.7E-02 C-14.

4 3E*04

?.5E*04 1.2E*05 1.SE*06 1.3E*09 2.6E-01 2.8Et05 1.3E*09 1.6E+01 t.R-85 1.6E*01 2.5E-02 3.2E+01 SR-90 3.4E-03

$ TC-99 3.2E+01 1.1E+02 1-129 1.1E*02 3.4E*03 I-131 6,5E+02 2.7Ft03 5.3E*0?

5,3E-01 5 3E*0?

1.1E*03 9.9E-02 OIHER RhD106CTIVITY m

3=

v

$ PLhr4T EFFLUEt4T510146TER BODIES (11ETRIC Tot 45) 4.3Et04 2.6Et03 5 8Et00 1.4E*0? 5 6Ct01 1.4E+0?

504=

?.CEt02 2.5Et03 5.3Et03 1.2E*02 3.6E*03 t403-1.2Et04 1.3E+03 1.2E*06

2. 9 tit 02 1.OE*06

?.2E*02 2.9E+01 1.5Et02 9.CE+02 CL-FLOORIOE5 4 (Et04 5 6E*01 4 OE+04

tin, 2.6E*03

?.cE-01

2. EE*03 e

1 3Ee04 6.0E*01 1 4E+04 Crie t tM3 1.8Et02 1.6E*02 FE PLnr4T EFFLUEt4T5 To linIEP bob!ES (CURIES) 5 OE-03 5.OE-03 TPnt45-FU t#KLI0t:5 PU (8tPHn) 4 ?E-07 1 2E-01 1.EE-01 2.1Et02 1.6E-01 2.4Et02 4 SE+02 3 1Etot 3.1E*01 Ur nratatt Rrt-226 1.1Ee00 1 1E*00 TH-230 I

TC-99 4.1E*02 4.1Et02 1-129 Sg-90 C-14 9.tetOS 9 set 05 H-3 OTitER PADIOr CTIVITY 6 9E*00 1.2Et03 1.2E+03

TABLE VIII (A)-2 (Continued)

Et4VIR0tatEttT6L FACf0P5 FOR hLIEFin111YE 2 002 FifL tiox FUEL I465TE 5FEleT EtNIFoti 1Et4 ThL CotivER-Et4PICH-F6ERI-F6f;R I-FEFROCES-TP6tr5POR-firitirVC-F4 EL FtK10R5 littelt40 MILLir40 510t4 11Et4T LAT loti Cr1T IOt1 FEAC I6R sitio TATIOra llEt4T ST0ff10E TOTAL i

PL6t4T lar15TE OEf4EFh1ED (CUBIC lETER5)

CitEttlC6L COtIP00t4D5 1 4Et05 2.6Et02 1.3Et05 2 3Et04 2.9Et05 ftILL THILitFa5 6.2Et08 6.2Et00 TF6ta5-U SOLIDS 1.6Et04 1.3Et05

1. 5E
  • 05 ftIOttLEVEL "ALIDE 6 set 03 6 set 03 OTHER PhD. SOLIDS 6.?Etu4 3 ?Et04 3.1Et06 1.?Et03 3 2E*06 l'ER5f tl+Eli ColullTIEt4T - OCCUPnT10t46L TOT 6L BC(Y 9.4Et05 4.4Et05 3 4Et03 2.?Et03 4.4Et04 2.4Et04 2 3Et06 7 ?Et04 8.1E*03 2.1Et03 5 (E*03
3. set 06
l 0 1.

TRACT 9.4E*05 1.6E+05 2.1Et03 1,4Et03 4 3E*04 2.4Et04 2.3E*06 ?.IEt04 8.1Et03 2 1Et03 5 6Et03 3 5Et06 5

Bor4E 1.4Et06 1.6Et06

'3 9Et04 2.4Et04 5.7Et04 2.4Et04 2.3Et06

?. ; Et04 8 1Et03 1 6Et04 5.(Et03 5 (E*06

-. LIVER 9 4Et05 1.6Et05 4 1Et03 2 ?Et03 4 3Et04 2.4Et04 2.3Et06 7.?Et04 8.1Et03 3 4E+03 5 t'Et63 1 "4t06

~

EIDt4EY 1.4Et06 2.OEt05 1.OEt04 6 set 03 4.6Es04 2.4Et04 2.3E*06 ?.?Et04 8 1Et03 3.OEt03 5 6Et03 4 OE*06 ItWROID 9 4Et05

1. (E t 05 3.4E+03 2 ?Et03 4 3Et04 2.4Et04 2.3Et06 ?.?Et04 8.1Et03 2 1Et03 5 EEt03 3 SE+06 m>

Ltit*3 5 1Et06 3.6Et06 2 EEt04 5.6Et04 1.?Et06 2 6Et04 2.3E*06 ?.;Et04 8.1E+03 1.7E103 5.(Etoi 1.3Eto?

Y.

5titi 9.4Et05 1.6Et05 9 set 03 8 6Et03 4 3E*04 2.4Et04 2 2Et06

?. ; Et04 8,1Et03 1.?Et03 5.6tt03 3.6Et06 c

PER50ti-FEri ColWtlTHElli - 0FF-SITE U 5.

FOPULnilot4 TOThL Pi(Y 2 3Et06 4.5E*05 3.3Et04 1.1E*0) 9 'Etoi 2.9Et02 3 1Etu5 1.1Et06 2.OE+03 2.4E*00 1 4Esot 4 2E*06 0 1.

1RnCT 9 1E*04 1.?Et04 4 2Et03 6.2Et03 2.4Et03 1 ?Etot 3.1E*05 1.6Et06 2 OEt03 6 1E-01 1.4E+01 2.1Et06 Bot 4E

?.5Et06 1.$Et06 ?.?Et04 8.OEt02 3.6Et04 1.3Et04 1 1E*06 2 6Et06 2.OE*03 9 ?E,00 1.4Et01 1.3Eto?

LIVER 1.9Et06

3. set 05 5 3E*02 1.9E*02 4.5Et00 1.3Et03 3 2Et05 1.1Ft06 2.OEt03 2 2Et00 1.4Et01 3.6Et06 KibtEY 8.6Et06 1.?Et06 9 OEt03
2. set 03 5.9Et03 1.2Et03 3 1E*05 1.1Et06 2.OEt03 ?.9Et00 1.4Et01 1.2E*0?

THYROID 5.?Et03 1.2Et03 3 ?Etol

1. set 01 4.OEt00 5 set 00 4 9EtO5 1 9Es06
2. Cf t03 3 1E-01 1.4Et01 2.4E*06 LUt40 7.1Et05 1.4Et05 7.4Et02 3 ?Et02 1 3Et02 3 OEt02 3.1Et05 1 1Et06 2.OE*03 9 9E-01 3.1E*01 2 3Et06 SKite 5.?Et03 1.2Et03 2.6Et01 9 9Et01 4 OEt00 5.5Et00 3.1Et05 6 4Et06 2.OEt03 3 1E-01 1.2Et03 6 ?Et06 FER50ti+Et1 C0:1111THtt4T - TO F0FEIOtt POPULATIOri FPort U 5.

It4DO5TRY TOIAL BOOY 2.1Eto5 6 CE*05 6.4Et01 3 MtOS 0 1.

1 FACT 2.1Et05 6 6EtO5 6 4Et01 8 Mt05 Bot E 1 OEt06 2 2Et06 6 4Et01 3.2Et06 liver 2.1Et05 6 6EtO5 6 4Et0L 8 Mt05 rit t4EY 2 1Et05 6 6Et05 6 4ttui 8 9E*05 Tir&OID 2.1Et05 6 6Et05 6 4t. tut 8.9E*05 LUt40 2.1E*05 1 OEt06 1 4Et02 1.JE*06 5t:lti 2.4E*05 2.SE*0?

5 4Es03

2. set 0?

i 0

TABLE VIII (A)-3 EtaVf P0tanErlThL FACTORS F0R 6LIEPtsrtTIVt' 3 002 fuel N0X FUEL uR5TE 5 petit Et4VIPOtet tEt4InL C0tivfR-Et4RICti-F66PI-F6bRI-FEfeoiE5-TRRtaP0R-Itnt466E-F t CL fnCTOP5 t11Hita6 ilILLIt46 510te iteral CnT 10t1 CatT I0t1 PE6CiOR 5ft46 Y6T IOtt t1EllT STOF66E TOTAL RE500FCE USE ACRE-YRS OCCltPIED 1 6E*0? 9.SEto5 1.OE#05 4 ?C+04 1.2EeOS 8 1E+04 2.SE*06 1.4EeOS

?.6Et04 2.2E*0?

DISTURBED nCFL5 2.3Et05 2.6Et04 8 4E*02 1.1E+03 2.OE+02 2.OEt03 4 2Et04 1.2Et03 1.5E+03 3.OEt05 CIAulITTED nCRES 8 OEt03 2.2Et04 6 OEt01 8.3E*02 1.2E*03 1.5E+03 3.3E+04 linter (66LL0fts)

DISCH6R6ED TO AIR 8.9Et11 1.OEt10 9 6Et11 3.OE+08 3.3Et13 2.2Et10 3.?Et06 8.1Et09 3.$Et13 8 5E+10 5.3E+13 2.?Et10 9.2E*09 3.3Et13 1.6Etii 8.6Et13 Diff.itnRGED TO linter 4 CEto?

2.3E+12 DI5CHnF0ED TO 6kout1D 2.3Et12

?.SEtOS

< TOTAL DI5CHnRGED 2.3Et12 8.9Et11 9.5E+10 5 3Et13 2.?Et10 9.5E+09 6.6E*13 2.0E*11 5.2E+0? 8.IEe09 1.2Eti4 Z BTU DISSIPATED 3.OEt14 1.1Et15 1.2Et14 1.1Et16 4 6Et13 9.1Et12 2.?Ee17 2.1E*14 5.9E*12 1.9Et13 6.SE+13 2.9E+1?

3.1E*06 3.1Et06 g 70tJ5 COAL 9.3E*09 9.3Et08 1.8Et08 3.?Eto?

1.OEt10 litERHS Ons 8

6tiLLOtl5 FUEL OIL.

1.6Et09 1.1EtO?

1.7Ee10 7.5Et08 4 3Et0? 2.9Et06 2.OEt10

" 614Y ELECTRICITY 2.2Et00 5 2Ee60 9.8E-01 1.3Et02 1.OEt60 6.1Et00 2 -iE*02

1. set 00 3.9E-02 2.5E-02 3.EE,02 ConL EQUIYnt EriI 0F 2/3 6HY ELECTRiCIlY USED C0iil buPtetiD s10 45) 5 2Et06 1.2Ee0?

2.~<E*06 3.OE*08 2.3E+06 1.4Eto? 5 SE*08 3 SE*06 9 1E*04 5 9E*04 8.9EtO8 SLUC 6E < TONS)

?.2EtOS 1.?Et06 3.2E*05 4.2Eto? 3 2E*05 2.OEt06 ?.6E*0? 4.9E+05 1.3Et64 8 1Et 03 1.2Et08 50X TO AT1105. ( tlT >

5 9Et04 1.4E 65 2.6Ee04 3.4Et06 2.6Et04 1.6Et05 6 2Et66 4 OEt04 1.OEt03 6.7E$02 1.OEt0?

t40X TO nitt05 (11T >

4 ?E*04 1.1EiOS 2.1Et04 2.?Et06 2 1Et04 1.3EtOS 5.0E:06 3 2E*04 8 3Et02 5 3Et02 8.1E406 CO TO nTIIGS. (HD 9 set 02 2.2Et03 4 2Et02

5. set 04 4 2Et02 2.6E+03 1.OEt05 6.4E102 1.?E+01 1.1E*01 1.6Et05 PnRT. To NTH 05. - (tif) 2.6E*03 6.(Et03 1.3E*03 1.6Et05 1.3Et03

?. set 03 3.OEt05 1 9E*03 5 OEt0i 3.2E*01 4 9Et05 ftY0FOC6EBot45 (HT) 4 ?Et02 1 1E+03 2 1Et02 2.?E+04 2 1Et02 1.3E*03 5.0E*04 3.2Et02 8.3Et00 5 3E*00 8.1E+04 PLnt4T EFFLUEtaT5 TO AIn05PHEFE (HETRIC T0t45) 50X 6.4Et04 4.3Et02 2.60,04 3.9Et04 4.8Et05 1 6Et04 8.3Et02 2.3Et01 6.3Et05 t10X 5 3Et04 8 set 04 1.3Et04 3.1Et04 3.OEe0I 2.6E*05

?. 2E* 0 6 6.3E+03 2.dEt01 5.4E+05 CO 6.3Et02 1.6Et04

1. 4t:403 4.0E*03 1 7E*01 2 5E404 FeRTICULnTE5

?.?Et03 4.3Et03 4.2E*02 1.9Et03 3.1Et04 6 4E304 1.9Et03 3.6E*02 5.SE-02 1 1Et05 titG 3.SE*02 4 1E*00 3.6Ee02 FLOOMIDES 2 1Et02 1 3Et02 2.?Et01 2.6E-02 1 6ft02 5 3E*02 HYCtuCnFBoris 3.6E*03 1.?E*O1 1.9E+03 3.IEt02 2.OE*04 1.6E*03 8 9Et02 4.6Et04 nt0EttY0E

?.2Etot 2.6E-01

?.2Et01 ORCntilC ACID 9.OEt0i 9 OE+0i

TABLE VIII (A)-3 (Continued)

Ete/lForaEllinL FnCIOR5 foR 6LIEt<tanilvE 3 002 FufL HOM FUEL 1465TE 5FEti f Ete/IPot#lEllinL foretk-EtARICit-F66RI-F6BRI-REPROCES-TRAt45POR-li6t460E-FUEL FtsCTOPS tilta!!40 HILLItan 510tl 11Et4T C nT10t4 C6T I0t4 REACTOP Slt40 tnt 10t4 HEt4T 510 FACE TOTAL Plot 4T EFFLUEt4T5 TO nll40$PtiEFE (CURIES)

Pre-222 1.6E*0? 3.4Et06 2.6E-02 1.?Et0i 2.Efto?

P6-226 1.0Et01

?.6E-3 1.0Et01 Uf 6titutt 4.1Et02

5. 4E wo 2.6Et00 1.OEtuo 1.LE-01 1.1E-03 4 2Et02 PU (ALPtyt) 2.4E-OS 6.1E-01 3.9Et00 8.4E-05 4.5E+00 PU-241 bEIA) 1.6Etoi 1.0E*02 2.3E-04 1.2Et02 TP6t45-PU NIELi[f5 2.5E-02 1.1Et01 4.2E-03 1.1Et01 4 1E*06 6.0E*0?

1.?E-02 6.4Et0?

'H-3 C-14 4.3Et04 ?.5E*04 1.2E+05 tR-8G

1. set 06 1.3EtO9 2.6E-01 1.?Eto5 1.3Et09

' SR-90 1.6Et01 2.5E-02 1.8Et01 TC-99 3.2E101 3 4E-03 3.2Et01 I-129 1 1Et02 1.1Et02

-"o I-131 6.5E+02 2.?Et03 3.4Et03

~

OfttER F6DIO6CTIVITY 5 3E-01 5 3Et0? 1.1E*03 9.9E-02 5.3E*0?

n:>

Y Plitt4T EFFLUEttT5 To linier BODIES (ItE1RIC Tot 45) co 504=

4 1Et04 2 8Et03 5.8Et00 1 4Ets? 5 CEt01 1.4Eto?

ta)3-

?.2Et02 2.6Et03 5.3Et03 1.2Et02 8 ?E103 CL-1 2Et04 1.3Et03 1.2Et06 2.9E*02 1.2Et06 FLUOP10E5

?.2E*02 2.9Et01

1. set 02 9.OE*02 tant 3.9Et04 5 8Et01 3.9E104 CHtt 2 9Et03

?.6E-01 2.9Et03 tal3 1.3Et04 6.OEt01 1.3E*04 FE 1.6Et02 1.6Et02 PLnt4T EFFLUEt4T5 TO linTEk BODIES (CURIES)

Tetitl5-FU 140CL10E5 5.1E-03 5.1E-03 PU (titPt yt,

4 ?E-0?

1.2E-01 1.2E-01 UP0titut t 2.IEt02 1.SE-01 2 4Et02

4. set 02 TH-230 3.2Et01 3.2E101 PO -226 1.1Et00 1.1Et00 1-129

~-

Sp_gg 4.2Et02 TC-99 4.2E102 g_g4 31 - 3 9 5EtO5 9.SEtO5 otter FritalonCIIYlIY 6 96100 1.;Et03 1.2Et03

TABLE VIII (A)-3 (Continued)

EtaVIR0titEtaT6L FACTORS FOR 6LIEFriAT!vE 3 002 FUEL H0X FUEL La65TE "PEtJT

,FuCL ErivikOtettEttinL CotJYER-Et4R IC H-Ft10PI-FABRI-PEPFOCE5-TP6t45P0R-Hrird60E-Ft1CTOR5 HItaltio 111LLit40 510ta HErJT Ct1TI0t1 CnTI0ti REACTOR 51t10 Tt1TIort HEllT STOR60E TOTAL PLnr4T Hn51E 6Et4EPnTED (CitBIC lETER5) 1.3Et05 3.1Et02 1 3Et05 2.3Et04 2.8Et05 CHEllICAL Cot 1 Pout 4DS 6.2Et08 6 2E+08 HILL Tr1ILIt405 1.6Et04 1.3Et05 6 set 03 1.5Et05 TPntl5-U SOLIDS Nf6fMEVEL SOLIDS 6.5Et03 OTHER RnD SOLID 5 6.?Et04 4 OE*04 3.1E*06 1.OEt03 3.2Et06 PER50ti-REll COttHITilEt4T - OCCUPnT10tinL TOTt1L BODY 9.4Et05 4.4Et05 3.3Et03 2.7Et03 4.4Et04 2.SE*04 2.3Et06 7,6Et04 8.1Etoi 2.1E*03 3 3Et03

3. bet 06
0. I.

TEACT 9.4Et05 1.6Et05 2.OEt03 1 4Et03 4 3Et04 2.5Et04 2.3Et06 7.6Et04 8.1Et03 2 1Et03 3.3E*03

3. set 06

< BotaE 1.4Et06 1 8Et06 3 8Et04 2.4Et04 5 7Et04

2. set 04 2.3Et06 ? 6Et04 8.1Et03 1.6Et04 3.3Et03 5.6Et06 LIVER 9.4Et05 1.6Et05 4 OEt03 2 7Et03 4.3Et04
2. set 04 2.3Et06 7.6Et04 8.1Et03 3.4Et03 3.3Et03 3.5Et06 KIDt4EY 1.4Et06 2.OEtO5 9.8E*03 6.6E*03 4.6E*04 2.5Et04 2.IEt06 7.8Et04 8.1Et03 3.OEt03 3.3E*03 4 OEt06

~

THYkOID 9.4Et05 1.6Et05 3.3Et03 2.?Et03 4 3Et04

2. set 04 2.3Et06 7.6Et04 8.1Et03 2.1Et03 3 3E*03
3. set 06

~

L ut40 5.1Et06 3.6E*06 2.6Et04 5 6Et04 1.7Et06 2.9Et04 2.3Et06 7.6Et04 8.1E*03 1.7Et03 3.3Et03 1.3Eto?

3 5KIti 9.4Et05 1.6Et05 9.9Et03 8.9Et03 4 3Et04

2. set 04 2.3Et06 7.6Et04 8.1Et03 1.?E*03 3.3Et03
3. set 06 W

PER50ta-Fell ColulITHEt4T - 0FF-51TE U 5.

POPULATICti TOTHL BODY 2.3E*06 4.SEtOS 3.2Et04 1.1Et02 2.2Et03 3.OEto2 3.JFt05 1.1E*06 2.Cf+03 2.4E+00 8 5Et00 4 2Et06 0 I.

TRACT.

9.1E*04 1.7Et04 4 3E*03 6 2E+03 2.4Et03 1.8Et01 3 1Et05 1.6Et06 2.OE+03 6 1E-01 8 set 00 2.1Et06 BordE

?. set 06

1. set 06 7.7Et04 8 OEt02 3.6Et04 1.4Et04 1.1Et06 2.6Et06
2. CEt03 9 ?E*00
8. set 00 1.3Et07 LIVER 1.9Et06 3.5Et05 5 SE*02 1.9Et02 4 5Et00 1.4Et03 3.2Et05 1.1E*06 2.0Et03 2.2Et00 8.5E*00 3.6E*06 KIDHEY 8 6E*06 1.7E*06 9 1Et03 2 set 03 5 9Et03 1.2E+03 3 1gt05 1.1Et06 2.OEt03 7.9Et00 8.5E*00 1.EE*0?

THYPOID 5 ?Et03 1.2Et03 3 7Et01

1. set 01 4 OEt00 5.6Et00 4 9t-t05 1.9E*06 2.OE+03 3 1E-01 8 set 00 2.4Et06 LUr40

?.1Et05 1.4Et05 ?.3E*02 3.?Et02 1.3Et02 3.1Et02 3.1Et05 1.1Et06 2.OEt03 9 9E-01

1. set 01 2 3Et06 5KIti 5.7E*03 1.2Et03 2.6Et01 1.OEt02 4 OEt00 5.6Et00 3.1Et05 6 4Et06 2.OE*03 3.1E-01 7.2Et02 6.?Et06 PER50t4-FEtt CotilllTHENT - TO FOPE!Ott POPULnT juti FPON U. 5.

IrlDu5TPY

.TOTnL BODY 2.1Eto5 6 ?Ctos 3.SE+01 8 bet 05

01. 1FnCT 2.1E105 el7EtO5 3 BE*01 8.SE*05 80taE 1 OE*06 2.2Et06 3 CEt01 3.2Et06 LIVEP 2 1E*05 6.7FeOS 3.OE*01 8 SE*05 L IL>t4EY 2.1Et05 6 ?E*05 3.6E401 8 CEt05 1HYPOID 2.1Et05 6.7Et05 3.6Et01 8.GEt05 LUtJG 2.1Et05 1.OEt06 8.3f*01 1.2E+06

. 5KIri 2.4E*05 2 set 07 3.EE*03 1 5E+0?

~ ~. -. -..

_. ~.

i TABLE VIII (A)-5 ErNIF0 rater 4T6L F6CTOR5 F0k fd_IERr4611vE 5 002 FHEL th'G FUEL tie 5TE ifft I EtN!P0t#1ErdT6L Core /ER-EtJRICat-F6PAI-FABRI-FEPFOCE5-'TP6r45POR-H6r:66E-FUEL FriCTOP5 f11t41HQ t11LLIt16 slott itErsi Crtilota C6T10rt RE6CTOR 51r40 T6T10ra hEtiT ilOf60E TOT 6L Pest.ARCE USE 6 9E+04 2.5E+0?

eMPE-Yks OCCUPIED 2.1Et07 L 1Et66 1.2Et05 5 3E+04 1 4EtOi 00 2.5E*06 1.3Et05 DI5TUPLED 6CPE5 2.6EtO5 3.IE*04 1 ~,Et03 1 set 03 2.3E*02 00 4.IEt04 1.EE*03 1.SE*03 3 6E*05 ColirlITTED ACFE5 9 9E*03 2.?E*04 9 OEt01 00 8 3E*02 1 2Et03 L set 03 4.OE+04 6 6TER (66LLor45)

DI5CHnP6ED TO 61R 1.OEt12 1.2Et10 1.06,12 00 3 3Et13 2 2Et10 3 ?E406 1.4Et10 3.5Et13 DISCitr1P6ED 10 linTEP 9 6Et10 5.6Et13 3 1Et10 00 3.3Et13 1 6Etli 8 9Et13 DI5CH6PGED 10 GR0ut4D 2.?Et12 00

?. set 08 4 6E*07 2 7E+12

< TOT 6L DI5 CHAR 6ED.

2.?Et12 1.OE*12 1 1Et11 5.?Et13 3.1E*10

0. 0 6.6E*13 2.OEt11 5.2Et0? 1.4Et10 1.3Et14

% BTU DISSIPATED

3. "E t 14 1.3Et15 1.4Et14 i AEt16 5 3Et13 00 2.?Eti? 2.1Eti4 5.4Et12 1.9Et13 1 1Et14 2.9Et17 g Tor 45 CCi1L 3 ?Et06 00 3.?Et06 THEPits Gris 1.1Et10 1.1Et09 2.1Et08 00
3. ?E t0?-

1.2Et10 s

grill 0t45 FUEL OIL 1 6Et09 ' --

1.3 Eve?

00 L TEtto

?. set 08 3 9Et0? 2.9Et06 2.OE+10

$ 6HY ELEClRICITY 2.6E*00 6 OEt00 1 1Et00 1.4E*02 1.2Et00

0. 0 2 4E*02 1 5E*00 3.9E-02 4 2E-02 3 EEt02 C06L EQU1Y6LEtiT OF 2.'3,6HY ELECTRICITY USED Cor1L BUPt4ED
  • T0r45) 6 OEt06 1.4E*0?

2.?fted 3 26t08 2.?Et06 00 5 5E*08 3 5Et06 9 1E*04 9 6E*04 9.0Et08 5LUD6E (Torts) 8 3Et05 1.9Et06 3 ?Et05 4.4Et0? 3 ?E*05

6. O

?.iEt0? 4 9Et05 1.3Et04 1.4Et04 1.2Et08 50X TO 6Itt05. GlT) 6 6Et04 1 6Et03 3.0Et04 3 6Et06 3 1Et04 00 6.2Et06 4 OEt04 1.0E*03 1.1Et03 1.0E*07 t40X TO Attics t ili) 5 5E*04 1.3Et05 2 4Et04 2 9Et06 2.4E*04

0. 0 5 oE*06 3 2Et04 8 3Et02 8 9E*02 8 2E+06 CO 70 t1T1105 (111 )

'1.1Et03 2.5E*03 4 9Et02 5 6Et04 4 9Et02 00 1.Cft05 6.4E*02 1 ?Et01 1 6Et01 1.6E105 P6PT. TO 6Tt105 (IIT) 3.3Et03 7.6Et03 1 5Et03 1 7Et05 1 SE*03 00 3 OEt05 1 9E*03 5 OE*01 5 3E101 4.9Et05 ttYteR006PBer45 s.HT) 5 5Et02 1.2Et03 2 4Et02 2 9E*04 2.4Et02 00 5 OEt04 3.2Et02 8.2Et00 8.9Et00 8 OEt04 PLrtr4T EFFLUENT 5 To rtiHOSPHERE otETRIC 10t45 >

Src(

7.tEt04 4 9Et02 3.2Et04 4.6Et04 00 4.6E*05 1 6Et04 7.9Et02 2.3Et01 6.5Et05 terc<

6.1Et04 9 6E*04 1.SE*04 3.?Et04 00 2 SE+05 7.2E+04 6.3Et03 2.6E*01 5.TE+05 CO

?.4Et02 00 1 6Es04 1,4Et03 4 OEt03 L ?Et01 2.5Et04 P6PTICUL6TES 0 9Et03 4.9Et03 4 6Et02 2,2Et03 3 5Et04 00 6.4Et04 1 9E*03 3.4Et02 5.5E-02 L 2Et05 tai 3 4 4Et02 00 4 4Et02 Fluot<IIf5 2 SE*02 1 4Et02 3 1Et01 00 1 CE*02 5 ?Et02 tr.T POC AF B0tl5 4.4Eto3 1.9Et04 2.1E*03 3.?E*02 00 2.oE*04 1 6Et03 8 6Et02 4 9Et04 r1LI EttiT E 00

?.0Et01 2.6E-01 7.0Et01 UPG6 HIC 6CID 00 8.6E*01 8 (E

  • 01

TABLE VIII (A)-5 (Continued)

Ete/lFOtulitelt1L F6CTOR5 FOR nLlEPrinTWE 5 UO2 FUEL f10X FttEL leftSTE SPEtaT Ete/lW44flEf41nL Cott/ER-Et4PICit-FnERI-F6LPI-FEPROCES-TR6ttiP0f<- hnr460E-FUEL FriciOP5 tilt 4!t40 HIL L ir40 510t4 NEr4 T C nT I0t4 CnTlora t E6CTOR Sir 40 TRTIord HEr4T siOF60E TOTAL PLf1t4T EFFLUEt4TS 10 ftTil05PitEFE (CURIE 5)

. Pf 4-222 2.1E*0? 4 OE*06 3 2E-02 00 1.?E*01 2.fE*0?

Pn-226 1.2Ee01 9.4E-03 00 1.2E*01

. UPot41Ull 4 ?Et02 6.4Et00 1 3E*00 1.2E*00 00 1.3E-01 6.6E-09 4 6E+02 Pli ( AL PHn >

2..OE-OS 00 2.?Et00 1.9E-03 2 ?Et00 FO-241 (bETn) 00

?.4Et01 2.5E-02

?.4E*01

.lPnt45-FU iducLI[ts 00 5 3Et00

?.2E-04 5.3Et00 H-3 00 3 set 06 5 9Eto?

1.?E-02 6 3E+0?

C-14' 00 4 3Et04

?.6E*04 1.2E*05 tR-65

0. 0 2.1Et06 1.3Et09 2.6E-01 2.6Et05 1.3E*09 sk-90 00 1.6Etot 2.1E-02 1.6E+01 TC-99 1 eEtol 00 3 4E-03 3.6Ee01 1-129 00 1.1Et02 1.1E*02 3.3E+03-I-131 00 6 OEtu2 2 7Et03

~

OittER P6DionCTIVITY 6.2E-01 00 5 4Et0? 1.1Et03 8.0E-02 5.4E*07 n>

{ Plot 4T EFFLutt4T510 HrtlER BODIES (ItE1RIC lote 5) 504=

5 1Et04 3.3Ee03 00 1.4Evo? 5 6E*01 1.4E*0?

t403-8 1E*02 3,?E*03 6 1E+03 00 1.1E*04 CL-1 4E*04 1.5E*03 00 1.2Et06 2 9Ee02 1.2E*06 FLOOMi[f 5 8 5E*02 3.?Et01 1.SE102 00 1 1Et03 tan t -

4.?Ee04

0. 0 S SE*01 4.?E*04 Cntt 3 2Et03 0.6E-01
0. 0 3.2E*03 f4H3 1 (Et04 6 9Et01 00 1.6Ee04 FE 2.1Et02 00 2.1E*02 PLht4T EFFLUEt4TS TO 14ntER BODIES (CURIE 5) 1Pnr45-PU t40CLIIES 00 f u (nt PHrb 5 (E-0?

00 5 6E-0?

Le ntilutt 2.4Et02 2.3E-01

2. set 02 00 5 3Et02 Tit-230 -

3 (Eto!

00 3.6Et01 Pa-226 1.iEt00 00 1 3Et00

.g.129 00 TC --

4.9Et02 00 4 9Et02 5690 00 c_14

~

oe l-3 O. 0 6.6Et05 8 CE+05 OittEM I:6DIOftr.flYI t Y 6.1E*00 00 1 1Etoi 1.2Et03

TABLE VIII (A)-5 (Continued)

Et4Vlf0tatEt416L F6CT0k5 FOP 6LTEFt4611vC 5 ini2 FUEL toX FUEL linsTE iPEttT Et4'..kotit Et4T AL Cot 4VER-Et4RIC H-F60FI-F66ki-Pi PROCE5-TP6t45POR-Hrir460E-FtfL FrtCTORS 111 tilt 40 tilLLir4G 510ta 11Et4T C6TIOra C 6T IC*!

RE6CTOR Sit 40 T6Tiote IEt4T 5'tOF66E 1016L PL6t4T lar:5TE OErEPrtlED (CUBIC IETEfes)

CtEttlC6L C0:1P00t4D5 1.6Et05 ?.1Ft02 1.5Et05 00 2.IE*04 3.3Et05 tilLL T61 Lit 465

?.2Et03

e. 0

?.2EtOS 00 1.3Et05 1.2Et05 TR6t45-U SOLIDS Hlotti EYEL 5OLIDS 00

& set 03

6. set 03 uitER F6D SOLIDS

?.9Et04 8.6Et04 O0 3.1E tos.

1.?Et63 3.3Et06 PEP 50t4-FEH C0ill1111tE!4T - OCCUP6T10t46L TOTAL BODY 1.1Et06 5.OE*05 4 OEt03 3.SE*03 5 1Et04 00 2.3Et06 ?.2Et04 5.4Et03 2.1Et03 5 CEt03 4.OEt06 01 TF6C1 1.1Et06 1.9Et05 2.4E*03 1.6Et03 5 OEt04 00 2.3Et06 ?.2Et04 5.4Et03 2,1Et03 5 6Et03 3.7E+06

- Bore 1.6E*06 2.OE#06 4.?E*04 3.2Et04 6 6Et04 00 2.3Ft06 ?.2Et04 5.4Et03 1.6Et04 5 6E#01 6.1E+06 LIVER 1.1Et06 1.9Et05 4.9Et03 3 set 03 5 OEt04 00 2.3Et06 7.2E*04 5 4Et03 3.4Et03 5 6Et03 3./E*06 riffEY 1.6Et06 2.3Et05 1.2Et04 8 set 03 5.4Et04 00 2.3Et06 7.2Et04 5.4Et03 3.OEt03 5 6E*03 4.2Et06 THYPOID 1.1Et06 1.9Et05 4 OE*03

3. set 03 5 OEt04 00 2.3Et06 ?.2Et04 5.4Et03 2.1Et03 5 6Et03 3.?Et06 D.

Lut40 5.6Et06 4.3Et06 3 1Et04

?. set 04 2 OEt06 00 2 3E*06 7.2Et04 5.4Et03 1.6Et03 5 6E*03

1. set 0?

Y 56:lta 1.1Et06 1.9Et05 1 1Et04 1 1E*04 5.OEt04 00 2.3Et06 ?.2E+04 5.4Et03 1.?Etel 5 6Et03 3.?Et06 a

tu PE t50ti-Fell CollillIttEt4T - 0FF-511E U. 5 P0FUL6TIOtt loTttL BODY 2.7Et06 5.2E*05 3 9Et04 1.3Et02 2.6Et03 00 3 1Et05 1.1Et06 1.6Et03 2.2Et00 1.4Et0L 4.6Et06 GI 1P6cT 1.OEt05 2.OEt04 5.OEt03 ?.3Et03 2 6Et03 00 3.OEt05 1 6Et06 1.6Et03 5.OE-01 1.4E*01

2. CEt06 i

B0tE 8 ?Et06 1.?Etod 9 2Et04 9.4E+02 4.2Et04 00 1.1E+06 2.6Et06 1.6E+03 1.1E*01 1.4E*01 1.4Et0?

LIVER 2 2Et06 4.0EtOS 6 2Et0? > 2Et02 5 2Et00 00 3 1E*05 1'1E*06 1.6Et03 2.2Et00 1.4Et01 4.0Et06 Fif tEY 1.OEto? 1.9Et06 1.1Et04 3.OEt03 6 6Et03

0. 0 3,0E#05 1.1E+06 1.(Et03 ?.?Ev00 1.4Ee01 1.3Eto?

TitYPOID 6 SE*03 1.4Et03 4.3Et01 1.?Et01 4.?Et00 00 4 set 05 1.9Et06 1.6Et03 2.6E-01 1.4E*01 2.4Et06 Lur40 6 1Et05 1.6Et05 8.6Et02 4.4Et02 1 set 02

0. 0 3 OE*05 1.2E*06 1.6E+03 9,SE-01 3.1E*01 2.4Et06 5t:lH 6 SE*03 1.4Et03 3.4Et01 1.2Et02 4 ?Et00
0. 0 3 1Et05 6 6E*06 1.6Et03 2.6E-01 1.2Et03 & 9E+06 ftR50t4-Fell L.0ti!11TitEt4T - TO FOREI0tt POPULATIort FFoll U. 5.

Itabu5TFN TOTAL BODY 00 2 1EtO5 ?.OE*05 6.4Et01 9.1Et05

6. 1.

IF6CT 00 2 1E105 ?.0Et05 6 4Et01 9.1Et05 B0taE O. 0 1.06:06 2 3Et06 6 4E+01 3.3Et06 LIVEP 00 2.1Etu5

?. Oft 05 6 4Etoi 9 1Ft05 t 10r4EY 00 2.1Et05 ?.OEt05 6 4Et01 9.1Et05 TitYPotD 00 2.1Et05 ?.OEt05 6 4Et0i 9 1Et05 Lut4G 00 2 1Et05 1 IEt06 1.4E*02 1 3Et06 5t.Ita 00 2.5Et05 2.6Et0?

5 4Et03 2.6Et0?

i

. - -. ~

.. ~. - - -

TABLE VIII (A)-6 EtNIP0td Et4 Tot FnCTORS FOR nLTEPrittlVE 6 lan5TE SPEt4T 002 FUEL tt0X FUEL EtNIR0talEtiTnL C0tNER-Et4RKH-fnEkI-FABRI-PEPPOCE5-TRntFPOR-ttritainE-FUEL Ft1CTOR5 f t!! alt 40 HILLit40 510ta 11 Erat C nT IOtt t'nT Inta PEACTOR 51t40 TnTIGH t ErlT 5TOPn0E TOTf1L RE500PCE 05E ftCFE-YR5 GCCUPIED 2 3Ete? 1.2Et06 1.3Et05 5 2E*04 1.4Et05 00 2 5E*06 00

?.9E*04 2 6Et07 DI5TUPOED HiPES 3.3E*05 3.?Et04 1 3Et03

1. set 03 2.3Et02 00 4 2Et04 00 1.6Et03 4.1E*05 CQu11TTED HCRES 1.AE*04 3.1Et04 9.OE*01 00 8 3Et02 00 1.6E*03 4.SE+04 lanTER (fi1LLor45)

D150tnRGED TO AIR 1.2Et12 1.3Et10 1.OEt12 00

3. jet 13 00 4.9E*06 1.1Et10
3. set 13 Dl50titPOED 10 linter 1.1Et11 5 5Et13 3 IEt10
6. 0 3.3Et13
0. 0 8.6Et13 O. 6 00 6.OEto?

3 OE+12 DI50tr1POED TO OROUND 3.OE*12 I TOTAL DISOtnPOED

3. (Et12 1.2Eti2 1.3Et11 5 6Et13 3.1Etio 00 6.6Ett3 00 6.5E*0? 1.1EtiO 1.3E*14 BTU DI551 PHI'ED 3 t{t14 1.4Et15 1.6Et14 1.1Et16 5 jet 13 00 2.?Et1? OO 4.5Et12 2.5Ett3 9.5Et13 2.9Et17 9 T0(45 COnL 3 ?Et06 00 00 3.?E*06 Y. 6r1LLft45 F4IEL OIL 1.2Et10 1.2Et09 2.1E*08
0. 0 00 4.9Et0?

1.4Et10 2.OEt09 1.3Eto?

00 1.?Et10

6. 0
3. set 0? 3.6Et66 1.9Et10 THEPits ons w otN ELECiRICITY 2.9Et00 6.7E*00 1.3Et00 1.4Et02 1.2Et00
6. 0 2.4Et02 00 4.5E-02 8.4E-02 3.6E*02 ConL E00!YriLEtif 0F 2.'3 Ol4Y ELECTRICJTY UiLD ConL BUPt4ED (Tot 45) 6./Et06
1. 61:t o? 3.OEt06 3 2E*08 2.?Ee06 00 5.5Et08 00 1.1E+05
2. CE* 05 9.OEtOS 5t UC4E (Tot 45) 9 3Et05 2.20:06 4 2Et05 4 4E10? 3 ?Et05 O. O

?.6Eto? OO 1.6Et04 2.?Et04 1.2Et08 50X TO 611805 (NT)

?.6Et04 1.fitOS

3. set 04 3.6Et06 3.1Et04
0. 0 6.2Et06
0. P 1.3E*01 2.EEt03 1.OE*0?

t40X TO r1Til05 (llD 6.IEt04 1 tE165 2.6Et04 2.9Et06 2.IEtol 00

5. opt 06
0...

1.OE*03 1.6Et03 8.1E*06 C0 10 ttil 05.

(ND 1 2E*03 2.6Et03 5 SE+02 5 8E+04 4.9Et02 00 1.OEt65 07-2.OEt01 3.6.Et01 1.6Et05 PnRT. To nTit05. (11D 3.?Et03 8.SE*03 1.?Et03 1.?EtOS

1. set 03 00 3.OE*05 0 6.1Et01 1 1Et02 4.9Et05 ftYDFOCnPOUt45 (llT) 6.1Et02 1.4E*03 2.6E*02 2.9E*04 2.4Et02
0. 0 5 OEt04 0*

1.OE*01 1.EEtOi 8 1Et04 PLtit4T EFFLt:Et4T5 TG nil 105PitERE (ItETRIC tot 45) 50X

8. 3E t0 4 5 SE*02 3 46t04 4.(Et04 O. 0 4.8EtO5 00 8 bet 02 3.1Etoi 6.5Ft05 t40X
6. E:E t 0 4 1.1Et05 1.6E*04 3.?E*04 00 2.8Et05 00 6 4Et03 3 ?Et01 5 OE+05 00

?.4E*02 O. 0 1.OE*04 00 4.1E*03 2 2Et01 2.3E*04 PHRTICULnfE5 9.:ft03 5 set 03 5 5Et02 2 2Et03

3. set 04 00 6.4E+04 00 3.8Et02 ?.3E-02 1.2Et05 tat O '

4 ?Et02 00 00 4 ?Et02 Fi110 RIDES 2 bet 02 1.1Et02 3 1E*01 00 00 4 tE*02 ItWPOCnPD0t45 4.ft*03 2.2E*04 2.SE*01 3.?Et02 00 2 OEt04

0. 0 9 3Et02 5.1E*04

?.6Et01 ntDEftYDE

0. 0 00

?.5Et01 3.4E-01 OPriittlC HCID O. 0

6. 0 9.6Et01 9.6E*01

-~

1 i

TABLE VIII (A)-6 (Continued)

EtNIP0tartEt4TAL F6CTORS FOR nLlEPt4ATIVE 6 002 FoEL tiox FtEL

,165TE SPEr4T EtNIPortaEt4Tr1L COtNER-Et4RICti-F6E.RI-F60RI-FEPPOCES-TP6t45POR-hriti16E-FtCL Ft1CTORS

. Hitelt40 MILLlr40 SI0f4 IEt4T Cni10t1 C6TI0t4 RE6CTOR sit 2 T6TIOra tEt4T 51C(66E TOTAL l

Pter4T EFFLUEt4T5 TO ATticiPitEPE (CURIES)

Pti-222 2.4Ft07 4.4Et06 3 4E-02 00 00 2.2Etoi

2. Eft 0?

PH-226 1.3Et01 1.0E-02 00 00 1.3Etoi (Fnt410f t 5.3Et02 ?.1E*00 3.9Et06 1.2Et00 00 00 8.?E-09 5.4Et02 PU (6LPilA) 00 00 2.6E-03 2 (E-03 PU-241 (BETA) 00 00 3.3E-02 3.3E-02

. TF6t45-PU tauCLI[ES 00 00 9 5E-04 9.5E-04 H-3 00 3.6E*06 00

3. Eft 06

.C-14

0. 0 4.3Et04 00 4.3E*04 i

. > R-81 00 2.1Et06 00 5.6Et05 2.6Et06 5R-90 00 00 2.8E-02 2 EE-02 TC-99 00 00 l-129 00 00

>=

I-131

0. 0 t;. OEt02 00 6 OEt02 OTHER PnDIO6CTIYlTY 00 5 4Et0? 60 1.1E-01 5.4Et0?

m:>

v 1 - PLnr4T EFFLUEt4TS TO linter BODIES (tETRIC tot 45) b 504=

5 4E 04, M t 03 O. 0 1.4Eto? OO 1.4E*0?

t403-9 6Ee02 3 6Et03 6 1Et03 00 00 1 IEt04 CL-1.EEt04

1. set 03 00 1.2Et06 00 1.2E*06 FLU 0kl0E5 9 set 02 3.?Etot 1.6Et02
0. 0 00 1 2E+03 taht 5.1Et04 00 00 5.1Et04 (ntt 3 9Et03-8.8E-01
0. 0 00 3.9Et03 tatt3 1.?Et04 6 9Et01
6. O

~, -

00 1.?Et04 FE 2.2Et02 00

0. 0 2.3Et02 l

i PLf1t4T EFFLUEt4IS TO lirtTER BODIES (CURIE 5i TPhf45-PU f40CLI[f5 00 00 PU (6LPHn) 00 00 UP6ti!LE 2 8Et02 2.2E-01 2 ?Et02 00 00 5 5Et02 Tit-230 4 2Etot

0. 0 00 4.

Et01 en-226-1.4Et00 00 00 1 4Et00 I-129 00 00 TC-99

0. 0 00 fR-90 00 00 C-14
0. 0 00 it-3
6. 0 8 bet 05 00
8. bet 05 OtttER Pr1DionCTIVITY 00 1.1Et03
0. 0 1.1Et03 1

r-

TABLE VIII (A)-6 (Continued)

EtsvlF:Ot4HEt4 Tnt FnCTOR5 FOR nLTERtint lVE 6 002 FatiL H0X FUt.L lan5TE EPEt4T Et4VIPOtellEtelnL C ort'/ER-Et4RIiti-F66RI-FnBRI-FEFFofE5-TPnt45POR-htir460E-FilEL fnCTORS Hirit t40 It!L Lir40 Slott itEt4T C nT IOt4 CnTiott FEnCIOR 51t46 TATiott HEt4T 510Rn6E TOTnL tinr4T HosIE GEt4EPnIED (CU6tc itETERS'>

CHeiHIC nt CollPOut4D5 1.6Et05 6.9Ee02 1.SEtOS 00 00 3.2Et05 a

f t!LL Tn! Lit:05 8.0E+08 00 00 8.0E+0S TF6f45-U 50 LID 5

6. 0 00 HIGHLEVEL 50 LIDS 00 00 5 set 04 5 set 04 OTtitR R6D. SOLIDS 8.9Et04 8.3Et04 O0 3.1Et06
6. 0 3.4E*03 3.3E*06 PER50ti-kEtt cot 1HITHEl4T - OCClienT10tinL TOTriL DODY 1.2Et06 5 6Et05 4 4Et03 3.4Et03 5.IEt04
0. O 2.3Et06 00 5 4Et03 2 2E+03 1.1Et04 4.1E*06

< 0 1.

1FncT 1.2Et06 2.1Et05 2.7Et03 1.7E+03 5 GE+04 00 2.3Et06 00 5.4E+03 2.2Et03 1.1E*04 3.6E+06 O Bot 4E 1.7Et06 2.3Es06 5 OEt04 3.1E*04 6.CEt04

0. 0 2.3E*06
0. 0 5.4Et03 2.1E+04 1.1Et04
6. set 06 LIVER 1.2Et06 2.1Et05 5 3Et03 3.4E*03 5 OE*04 00 2.3Ee06 00 5.4E+03 3.9E+03 1.1Ee04 3.6E*06 6:10t4EY 1.7Ee06 2.6Et05 1 3Et04
8. set 03
5. 4 E
  • 0 8 00 2.IEsod 00 5.4E*03 3.SE+03 1.1Ee04 4.4E*06 9 THYPOID 1.2E*06 2.1E*05 4.4Ee03 3.4E#03 5 OE*04 00 2.JE*06 00 5.4E+03 2.2Ee03 1.1FiO4 3.6E*06

- 1.Ut40 6 set 06 4.6Et06 3.5Et04 7.SE+04 2.OE*06 00 2.3E*06 00 5.4Et03

1. 6E
  • 0's 1.1EeO4 1.6E+07 f.,

5Kiti 1.2Ee06 2.1Et05 1.3E*04 1.1E*04 5 OE*04

0. 0 2 3Et06 00 5.4E+03 1.6E+03 1.1E*04 3.6Ee06 v1 PER50t4-Fell CONHITHEt4T - 0FF-51 TE U. 5 POPut nIlote TOlnl. 00DY 3 OE*06 5.6EtOS 4 2Et04 7.(3+01 2.SEtoi
0. O 3.1E*05 00 1.SE+03 2.9E*00 2.6Etsi
3. W406 O J.

IFnCT 1.2Et05 2.2Et04 5.6E*03

6. ret 01 2.7Et03
0. 0 3.0E*05 00 1.5Et03 6.6E-01 2.6Ee01 4.5Et05 4

Bur 4E 9.7E*06 1.9EiO6 1.OEtOS 9 2Et02 4 1Et04 00 1.1Ee06 00

1. set 03 1.4E*01 2.6Esot 1.3E*0?

LIVER 2.4Et06 4.5Et05 7.1Et02 2 OEt01 5.2Etod 00 3 1Et05 00 1.5E+03 2.9E*00 2.6E*01 3.2E*06 K IDt4EY 1 1E+07 2.1E*06 1 2E*04 E 2Et02 6 SE+03

6. 0 3 OE*05 00
1. set 03 1.OEt01 2.6E+01 1.4E+07 THYPOID 7.2Et03
1. set 03 4.6E*01 L 6E e01 4 6Et00 00 4.6Et05 O. 0
1. set 03 3 4E-01 2.6Ee01 4.9E*05 Lut40 9.1Et05 1.6E*05 9.7Et02 1.6Et02 1.4E*02
0. 0 3 OE*05 00 1.SE+03 1.2E+00 6.1E*01 1.4Et06 Sr tre 7.3E*03
1. set 03 3.7E+01 1.6Et01 4 6E*00 00 3.1E*05 00 1 set 03 3.4E-01 2.4E*03 3.3E+05 PEP 50ti-FEH CollflI1Htf4I - TO FOREIOtt POPULnTIOri FFor U 5.

INDUSTRY TOTnt BODY 00 2.1EeDi 00 1.3Et02 2 1E+05 0 I.

1FnC) 00 2 1Et05

0. 0 1.2Et02 2.1E*05 OcttE O0 1 OEt06 00 1.3Ee02 1.OEeO6 LIVER 00 2.1E*05 O. 6 1 3E 02 2.1E+05 i:IDt4EY 00 2.1Et05 00 1 3Ee02 2.1E+05 THYROID 00 2.1E*05 00 1.3Et02 2.1Et05 LHil0 00 2 1EtOS OO 2.6Et02 2.1E*05 5titi 00
2. set 05 00 1.1Et04 2 6Et05

CHAPTER XI Page XI-8 Second paragraph, first sentence, change:

"... plants have also produced a ' seller's market' for uranium." to: ".. plants have i

decreased uranium demand but other factors discussed in Appendix XI-A have produced a ' seller's market' for uranium."

Page XI-8, Table XI-2 Change price of U 0 for Alternative 5 for 1985 from "$25.8" to "$25.0" 38

),

UNITED STATES

{

]

NUCLEAR REGULATORY COMMISSION W ASHINGTON, D. C.

20555 POSTAGE AND FEES PAID (JNe T E D gTATE5 N ut t f Act 4

OFFICI AL BUSINES$

n e c.utAvony c owvessenN k

)

PENALTY FOR PRIVATE USE, $300 i

1

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