LIC-08-0037, Calculation FC05694, Calculation of Minimum Reactor Coolant Time Using Shutdown Cooling System, Attachment 2, Pages 51 Through 90

Calculation FC05694, Calculation of Minimum Reactor Coolant Time Using Shutdown Cooling System, Attachment 2, Pages 51 Through 90

ML081070326
Person / Time
Site:	Fort Calhoun
Issue date:	03/31/2008
From:	Queenan P Stone & Webster
To:	Office of Nuclear Reactor Regulation, Omaha Public Power District
References
LIC-08-0037 FC05694
Download: ML081070326 (40)

Text

Celt 17321-01-P4-44-3.

Shutdom Cookog Time Attachment

2. Page 51 I I I I ~SDC8xIo .edtuio I I Time Step O(D) P(pp) P.& ToW0O hf h I msle SNSDC ac Hx Tube I 7.76 0.10 35.465 1.51 -39.42 -41.55 -M3.07 2 7.86 a,10 35.318 1.5 -37.89 -38.90 -35.37 2 7.96 0.10 35.175 1.5 -36.41 -36.15 -32.86 2 8.06 0,10 35.033 1.5 -35.06 -33.60 -30.54 2 8.16 0.10 34.894 1.5 _ -33.81 -3123 -28.40 2 8.26 0.10 34.757 1.5 -32.65 -29.05 -26.41 2 8.36 0.10 34.622 1.5 -31.57 -27.02 -24.57 2 8.46 0.10 34.489 1.5 -30.57 -25.15 -22.86 2 9.1 0.10 34.359 1.5 -29.653 -23.41 -21.28 2 9.66 0.10 34.230 1.5 -28.77 -21.80 -19.82 2 6.76, 0.11 34.102 1.5 -27.95 -20.0 -18.45 2 6.97 0.12 33.967 1.5 -27.14 -18.80 -17.09 2 8.99 9.13 33.824 1.5 -26.32 -17.32 -15.74 2 8.12 0.14 33.671 1.5 -25.51 -15.84 -14.40 2 9.26 .15 33.507 1.5-- -24.69 -14.38 -13.07 2 9.411 0.17i 33.330 1.5 -23.88 -12.93 -11.75 2 8.58' 0.1' 33.137 6.5 -23.07 -11.50 -10.45' 2 9.07 = 2.926 1.5 -22. -10.08 4.17 2 9.99 0.25 32.602 1,5 221 .44 -8.69 -7.90 2 10.24 0,30 32.429 1.51 -20.63 -7.33 -6.67 2 10.54 0.37 32.128 1.5 -19.8.2 -.0-2 -5.47:i 2 .4 0,4 31.77 10.9176 1.5 -19.01 -4.75 -4.32 11.37 0.02 31.352 1.5 -1820 -3.59 -3.23 2 11.99 0.69 30.820 1.5 -17.40 -2.47 -2.25 2 12.88 1.41 30.115 1.5 -16.59 -1.596 -1.42 2 14. 2.34 29.121 1.5 -15.78 -0.94 -0.86 2 16.6 3l 3.00 27.730 1.5 -14.98 -0.72 -0.65- 2 19.68 9.90 26.200 1.5 -14.17 -0.58 -0.53 2 19.68 0.86 26.260 1.5 -14.17 .o-0.56 -.53 2 19.68 9.00 26.260 1.5 -14.17 -0.5 -0.53 2 19.69 o0 2660 1.5- -14.17 -0.58 -0.53 2 19.68 0.00 26.260 1.5 -14.17 -0.59 -0.53 2 18.66, 9 26.260 n 1.5 -14.17 -0.59 -0.53 2 19.68' 000 26.260 1.5 -14.17 -0.59 -0.53 2 19. 681 0:90 26.260 ___1.5 -14.17 _ -0.5e -0.53 2 _19.68 9.00 2620 1.5 414.17 -O.5 -0.53: 2 19.66 9.00 26.260 1.5 -14.17 -0.58 -0.53 2 19 .8 0.00 26.240 1.5 -1417 -0.58 -.53 2 19.68 0.60 26.260 1.5 -14.17 -0.,8 -0.53 2 18.68 0.0 26.290 1.5 -14.17 -0.59 -0.53 2 19.66 8.90 26,260 1.5 -14.17 -0.59 -0.53 2 19.68 0.0 26.290 1.5 -14.17 -0.58 -0.53' 2 1.8 0.0 26260 _. 1.5 -14.17 -0.59 -0.53 2 19.68 0.00 26.260 1.5 -14.17 -0.58 -0.53 2 19.68 o0.6 26.268 1.5 -14.A7 -0.59 -0.53 2 19.68 0.00 26.260 1.5 -14.17 -0.59 -0.53 2 19.68 000 26260 1.5 -1417 .-0.58 -0.53, 2 19,68 0,001 26.260 1.5 -14.17 -0.58 -0.93. 2 19.68 0.1 26.20 1.5 -14.17 ,-0.8 -0.53 2 19.68 0.90 26.260 1.5 -14.17 -0.58 .0.53 2 Q, glen 2000 26OO 2DOOO 2DOOO 2000 2000 2000 2000 2000 2DOOO 2000 2000 2000 2000 2DOOO 2000 2000 2000 2000 2000 2000 20O0 2000 2000 2O00 2000 2000 2000 2DOOO 2000 2000 2000 2000 2DOOO 2000 2000 2000 2000 2000 2000 2000 20OO 2000 2000 20OO 2000 2006 20D6 315 188.68 147."9 324 315 1M4.97 145.85 324 315 181.34 143.84 3254 315 179.05 141.98 3214 315 175.Z0 140.24 384 315 172.16 13&63 32 315 169.52 137.12 34 315 167.06 135.72 3M 315 164.77 134.41 2 315 162.64 133.19 3M 315 160.64 132.04 9204 315 158.84 130.69 3 315 156.64 129.74 32S4 315 154.64 128.58 a 315 152.64 127.43 3254 315 150.64 126.27 32S4 315 148.64 125.11 M4 315 146.64 123,95 32S4 315 144.64 122.79 3Z4 315 142.64 121.63 1204 315 140.64 120.47 324 315 138.64 119.30 3284 315 136,64 118.13 4 315 134.60 11:.96 3 315 t32.64 115,.79 3354 315 130.60 114,62 354 315 128.64 113.44 9264 315 126.64 112.27 24 315 126.64 112.27 3264 315 126.64 112.27 3254 315 126.64 112.27 324 115 126.64 112.27 9284 315 12.M4 11227 3254 315 126.64 112.27 3254 315 126.64 112.27 32S4 315 126.64 112.27 3214 315 126.64 112.27 3214 315 126.64 11227 3254 315 126.84 11227 315 126.64 112.27 3M4 315 126.64 112.27 1324 315 126.64 112.27 32 315 126.64 112.27 3234 315 126.64 112.27 3264 315 126.64 11227 3254 315 126.64 112.27 34 315 126.64 112.27 3264 315 126.64 112.27 3284 315 126.64 112.27 324 315 125.64 11227 3204 1 I IS 96 is 95 96 95 15 U 95 95 U 96 95 95 95 U IS 16'9 IS U 86 96 IS W 05 04 16 06 96 06 a 95 U 06 95 es US US 00 US 86 86 80 86 80 66 90 86 00 I6 Tsj i Ts~o 109*8 121.14 901,IS 934.79 1082I7 123.41 1M 2 122L 0I0NM 121M9 nM 11M1 6A4 15f21 66.90 117.49 80*7 196.7 IT S 11LO 86.44 11W SIM I"5 Wtl IfSAZ 07."6 115.1c IsTS tislu 077 10S21 0.14 110A N.92 110 98.70 1I8.4 86.49 13.n 1627 16C" 96.06 107.31 MM 106&1 86.25 100.11 95.18 104A4 94.86 103.73 84.9 103.7Z 84*6 103.72 94M 103513 804.73 841 63.71 103.,n 04.26 103.73103,7 04." 10373 K940 10173".96 103.73 84* 103.71 84*6t 100.71 J0316.73 i4*93.73 M6 9373 Calo-PN-44-3 Alt2-ISDCC_CooddomTime4246Q 0s; 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Shutdown Cooing Time Attachmet 2, Page 53 I FI I I Time SOC X bibs side D I ty _ Tt" T_ o, ___ DutyCTOWtaI__

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• 13,9566 OW 3M 3 1223 166,77 19.82 120.47 108.77 7.358 47.00 8.100 3 15.67 84 96,49 10.9 994058 982,780 0.609 0.764 0.457 19.35 119.30 8 1,13,852 3M ow 3M 11.7 13.A 19.01 119.30 108.00 7.358 45.38 8,100 3 15.13 85 9627 119137 885.528 983271 0.609 0.763 0.456 18.51 118.13 WO 13.619 3M 3M #WA 1.36 W07*3 18.20 118.13 107.33 T.358 43.76 8,100 3 14.59 86 96.05 99989 986.09 830757 0.10 0.762 0.456 17M 116.96 93*6M63 ~ 3M 63M 10.78 16619 17.40 116.96 106.61 7.358 42.95 8.100 3 14.05 87 95.83 92.8 986.644 984,238 0610 0.760 0.455 16.85 115.76 1 14*61 3M #M 3M 10.26 90.69 16.59 115.79 105.89 7.358 40.53 8.100 3 13.51 88 95.1 14.2 987.1 984.792 0.690 0.759 0.455 18.03 114.62 1.14,236 OMA ~M 3M 6.7 105.17 15.78 114.62 101.17 7.358 38.92 8.900 3 12.7 89 95.39 16.63 987,720 85.912 01610 0.758 0.464 1520 113.44 00 14.6W 3M M MA, 104.45 14.8 113.44 1904.45 37.31 8,100 3 12.44 80 95.18 19.68 8260 985,645 0.510 0.756 0.454 14.38 11227 ,614,W4.2 MA 3M 4.70 108.73 14.17 11227 903.73 7.358 35.70 8,100 3 M1.90 91 94.96 19.68 998260 981,645 0.610 0.756 0.454 14.38 112.27 1* 6 3M MA A [.78 103,73 14.17 11227 103.73 7.358 30.70 8,190 11.90 92 94.88 9.6 988260 985,645 0.610 0.756 0.454 14.38 11227 1,614= 8 M83A 3 M 6.7 0 103.73 14.17 11227 103.73 7.358 35.70 8,900 3 11.90 93 94.96 19.68 988260 905.645 0.610 0.756 0.454 14.38 11227 066 1 3M 3AMSMA OV 6.78 103.73 1417 11227' 103.73 7.358 35.70 8,900 3 11.90 94 94.88 1.88 988.260 985,645 05610 0.758 0.464 14.38 11227 ,M14.6%6 3M 3N 3M 6.78 103.73 14.17 11227, 103.73 7.358 35.70 i8.906 3 11.90 95 94.96 99.88 988260 985,645 0`610 0.756 0.454 14.38 11227 4 1 3614M.M A M 8.78 103.73 14.17 11227 103.73 7.358 35.70 9,981 3 11.90 96 94.96 19.68 9888260 985.645 0.190 0.766 0.454 94.38 11227 MOM 1.626 3M 3MA N 3MA 6.8 103.73 14.97 9227, 903.73 7.358 35.70 8.900 3 9.09 49 S7.358 35.710 8.100 3 1l..0 97 914.96 99.8 98680 985.645 0.610 0.756 0.454 14.38 11227 9*14.3 MA M 3M $.To 103.73 14.17 11227 103.73 7 9988 68,260 985A45 0.610 0.756 0.454 14.38 11227 1*94*36 3M M S 6.76 103.73 14.17 112.27 103.73 f7.358 35.70 8,100 3 11.80 _ 99- 94.96 19.68 98260 985.645 0.610 0.756 0.454 14.38 11227 1614.626 3M MA O3M $. 14.17 11227 103.73 7.358 _35.70 8,100 3 11.90 99 94.96 19.6 88260 985.645 05610 0.756 0.454 14.38 11227 f 1*042 3MA MA 3M 6.7 103.73 14.17 112.27 103.73 7.358 35.70 8.100 3 11.60 99 94.96 1988 988,260 985,645 0610 0.756 0154 14.38 11227

• 1.14 3A P" 3M &T8o 968.73 14.17 11227 103.73 7.358 35.70 8.100 3 11.90 9" 94.96 1968 88,260 9856,45 0190 0.756 0.454 14.38 11227 1*WA14"S V" 3M a" 8.78 163.73 14.17 112.27 903.73 7.358 35.70 8.100 3 11.90 99 04.96 9.8 888280 985.645 5.110 0.756 0.454 14.38 11227 WOW 4.88643M S 3M 3 * .78 91 8.3 -94.17 112.27 103.73 7.358 35.70 , 8,100 3 91190 9" 94.96.9988 8,260 986.845 0.810 0.756 0.454 14.38 11227 1* 1.*14 A P3 " M 0.76 163.73 14.17 1122T7 103.73 7.358 35.70 8.100 3 11.90 99 94.96 9 88 , 8260 965,645 0.10 0.756 0.454 14.38 11227 A1*4*6 M 3 M A .78 103.73 14.17 11227 103.73 7.358 35.70 8,100 3 11.90 99 94.96 19.68 9820 985,645 0,610 0.756 0154 14.38 112.27 W 9* A1 6 3M MA V3 SY 183.73 14417 11227 103.73 7.358 35.70 8,10W 3 11.90 99 94.96 99.8 8 0 985.645 0.610 0.756 0.454 94.38 11227 1 ,414.146 3M 3M 3M 8.78 10&73 14.17 11227 103.73 7.358 35.70 8,100 3 11.90 99 94.96 99.88 98,260 981,4 01610 0.756 0.454 14.38 11227 0I*94 M 3WM USA 8.67 903.73 14.17 11227. 103.73 7.3 35.70 0,108 3 11..0 88 94.96 9.6 98820 985,645 0.610 0.756 0.454 14.38 11227 8M 26 3M 3M 3M 678 108.7.3 14.17 11227 103.73 7.358 35.70 8.900 3 11.90 99 94.96 19.8 98.260 985,645 0.610 0.756 0.454 14.38 11227

• 14.SM6 *3M ftM oft 6s 14.17 112.27, 103.73 7.358 35.70 8,100 3 11.90 88 84.6 988 , 60 85 5 0 .10 .75 0 .4 4 1 .38 112 7 ,81 ,S /A If lt.A 2 .1 1 14 1ý7 1 1 , 7 103.73 7.358 35.70 8 ,100 3 1 .09 4 9 9968 988260 985,645 0.810 0.756 0454 14.38 11227 * .14.526 3M 3Mt 8.27s .73 14.1 11227 903.72 7.358 35.70 ,900 3 11.90 99 94.96 8 989260 985.645 0.610 0.758 0.454 14.39 11227 S 1O*14*26 3M 3M 3M 6.78 9073 94.97 192.27 103.73 7.358 35.0 0.900 3 11.90 98 94.98 121 1 L 1 L _ _ __ _C.Ic-PM-44-3 A82.l_SOC_Cooldowmnim.4246Qf.l; Cooldow9 3r2912008.12:49 PM Calc 17321-01-PM-44-3, Shutdown Cooling Time Attachment 2, Page 54 Shutdown Cooling Temperature Transient with 90F River Water SDC Hx Fouling = 0.00418 hr-F-sqft/Btu, CCW Hx Fouling = 0.0015 hr-F-sqft/Btu Second SDC HX Started at 225F Primary Coolant 370 330 290 250 II.210 E 170 130 90 50 170 160 150 140 u-1301)E 120 120 u-Pri Cool Temp--SDC Return Temp-CCW Temp 110 100 90 0 5 10 15 20 Time, hours 25 Calc-PM-44-3 Att2-1_SDC_CooldownTime4246Q.xls; Chart9 3/29/2008,12:49 PM Cafe 17321-01-PM-44-3, Shutdown Cooling Time Afttchment 2, Page 55 Shutdown Cooling Temnperatuwe Transient with 9SF River Water SDC Hx Fouling = 0.00418 hr.I4qftIBtu, CCW Hx Fouling -0.004 h111 InMaf RC TeOmperate, F 380 SOC CX CCWHXT1m 2 2754 Sh Fen MA 0.09651 SRCS Teeerae after hours [ 199.92 She FPil Re power .0.61709 rim e after bp to 130F P rim ary C oolant Tem p 18.1 9 1,tA .1 CCW to S DCHF " 4246 Sh ot F re n Pr powe 0.3 33. 6 0- -Time aft SOC to 130F PC Termp 162 CCW Flow Step Terp. 275 Fouing (tota tue side) 0.00418 0.004 Deary heat eqwuletlum at 9OF Pye ten p 0.00 2 FIX Ternp 225 ] ]0.00418 0.004 ISDCHx fpw oxcha,,u 1 Time Step Q(D) P(pp) Podc TOWal Q f~o SOC Tube t .hrn mmotumt. degeFrr 0, g P T Tt.o o. T 2.00 0.1 54.966 19.5 -128.17 -53.70 49.02 1 3000 315 350.00 256.85 4346 95 116.79 in" 2.10 0.10 54.107 15.0 -125.73 -02.12 -47.39 1 3000 315 345.12 253.900 43 a 106.3I 176.62 2.20 0.10 53.300 10.5 -123.37 -50.57 -45.97 1 3000 315 340.39 251.04 46 96 196.0 176.03 2.30 0.10 52.540 19.5 -121.07 -49.03 -44.07 i 3000 315 335.78 248.25 446 11 846I 173A 2.40 0.10 51.822 19.5 -118.84 47.52 -43.20 1 300D 315 331.32 245.55 446 96 110.03 171,16 2501 0.10 51.143 19.5 -116.68 -46.04 41.95: 1 3000 315 327.00 242.02 436 96 1142 10.52 2.60 0.10 50.500 19.5 -114.59 -44.50 -40.54 1 3000 315 322.82 240.37 436 9S 114.22 16.1t 2.70t 0.10' 49.883 19.5 -12.56 -43.17 -39.25' 1 3000 315 318.77 237.89 4M 05 113.4 187.74 2.80 0.10 49.305 19.5 -110.60 41.70 -37.99 1 3000 315 314.84 235.49 4146 00 103.46 166M1 2.900 6.10. 48.749 10.5 -100.69 -40.44 -36.77 I 3000 315 311.04 233.16 4246 00 113.10 100.13 300 0.10 48.218 19.5 -106.85 -39.13 -35.58 1 3000 315 307.36 230.91 4366 56 112.71"6 3.10 0.10 47.710 19.0 -105.07 -37.00 -34.2 1 3000 315 303.81 228.72 436 966 11.41 1Ma 3.2D, 0.10; 47.223 19.5 -103.35 -38.62 -33290 1 3000 315 300.36 228.00 4246 a6 111086 161 3.30 0.10 46.756 190. -101.68 -35.42 -3220 1 3000 315 207.04 224.55 446 9 I6 119.76 160 3.40ý 0.10 46.307 19.5 -100.07 -34.26 -31.14 1 3000 315 293.82 222.56 4366 66 111.45 166.3 3.50 0.10 45.876 10.5 -98.50 -33.13 -30.12 1 3000 315 290.70 220.63 4366 00 111.16 I" 3.60 0.10i 45.460 19.5 -97.00 -32.04 -29.12, 1 3000 315 267.69 218.77 44 956 t11o" 15124 3.70 0.10 45.059 19.5 -95.54 -30.98 -28.16 1 3000 315 284.78 216.06 42" 00 110.6 1562 3.80 6.10 44.673 19.5 -54.13 -20.95 -2723 1 3880 315 281. " 21521 4246 95 110,31 155.0 3.90 0.17 44.300 19.5 -92.76 -28.96 -26.33 1 3000 315 279.24 213.52 M6 96 11006 14M 4.00 0.10 43.030 10.5 -91.44 -28.00 -25.46 1 3000 315 276.61 211.88 4236 66 1 69.761 6AS 4.10 0. 43.506 10.5 -90.17 -27.08 -24.61 1 3000 315 274.06 210.20 46 96 1 966I6 4.20 O.10 43.252 19.5 -88.03 -26.16 800 1 3000 315 271.60 200.76 46 90 19)1 151 A 4.30 0.50 42.924 19.5 -87.74 -25.32 -23.01 1 3000 315 269022 207.27 4346 96 0L6 1 5 4.40 0.10 42.606 19.5 -86.59 -24.48 -22.25 1 3000 310 206.82 205.83 426 6 9 0 0.6 160.21 4.0 0.10 42.299 10.5 -85.47 -23.07 -21.52 1 3000 315 264.69 204.44 466 00 16 1491 4.60 0.10 41.999 19.5 -84.39 -22.89 -20.81 1 3000 315 262.54 203.06 4M6 95 106.43 146.73 4.70 0.10 41.708 19.5 -83.35 -22.14 -20.13 1 3080 315 260.46 201.79 4246 6 82. 1 110 4.80 0.10 41.425 19.5 -82.34 -21.42 -10.47' 1 3000 310 258.44 200.52 4w 65 96L6 14731 4,90 0.01 41.143 19.5 -81.34 -20.70 -10.82, 1 3000 305 256.44 19927 4346 6 9 07.4 146.8 5.01 8.11 40.859 19.5 -00.34 -19.98 -18.16, 1 3000 315 254.44 198.01 4246 00 105.64 5.12 0.11 40.073 19.0 -79.34 -1026 -17.51 1 3000 315 252.44 196.75 426 95 107.46 5.23 0.12 40285 10.5 -78.33 -16,.5 -16.86 1 3000 315 250.44 195.49 4246 6695 1072 144.5.35 0,12 39.994 10.5 -77.33 -17.84 -16.22 1 300D 315 248.44 194.23 46 95 107.06 143 5.48ý 0.02 39.701 19.5 -76.33 -17.13 -15.57 1 3000 315 246.44 192.97 426 95 616 5.86 0.13' 39.405 19.5 -75.33 -16.43 -14.93 1 3000 300 244.44 191.70 4266 66 66,67 14251J 5,74' 6.14 39.105 1.0. -74,33 -15.72 -1429 1 3000 315 242.44 190.44 4366 66 96657 141JM 5.880 6.111 38.802 00.- -73.33 -15.03 -13.66 1 3000 315 240.44 1M.7 446 96 1068 14120 6.02 Mil6 38.495 19.5 -72.33 -14.33 -13.03 1 3000 315 23&,44 187.01 4366 66 9665 141M 6.16 0.10 38.183 19.5 -71.33 -13.64 -12.40 1 3000 315 236.44 196.64 434 9 06.66 130*I1 6.34 0 .1.7 37.066 19.5 -70.33 -12.96 -11.78 1 3000 315 234.44 185.37 436 95 1966 139 6.51 61.50 37.545 19.5 -69.33 -12.28 -11.16 1 3000 315 232.44 184.10 4246 66 106.49 IM55 6.69 0.01 37.217 10.5 58.33 -11.61 -10.550 1 3000 315 230.44 182.63 4246 95 10630 1373.6.4 6.201 36.892 10.5 -67.33 -10.94 -9.05j 1 3000 315 228.44 181.5 426 66 95 6 16160 137.8 7.00 0.21 36.540 19.5 -66.33 -10.29 -9.35 1 3000 315 226.44 180.28 4266 96 10411 1652 7.9 0.11 36.101 19.5 -51.25 -46.81 42.55 2 2000 315 224.44 170.95 34 96 11.9.0 143.7.40 6.00 36.02 10.5 -49.47 -43.42 -30.47 3 2 2000 315 210.89 160.33 3254 66 111.23 142.0 7.50 010 35.865 19.5 47.92 40.49 -36.A0 2 2000 310 205.95 166.06 M64 00 116041 148,41 7.60o 6.10; 35.712 19.5 -46.49 -37.76 -34 .32 2 2000 310 212.27 163.94 3264 95 110 6 11 7.70' .06 35.000 00.0 45.14 -30.22 -32.02! 2 2000 315 208.83 161.95 "M 96 106.67 137 7.0- 06.10 35.413 19.5 43.89 -32.06 -29.89 2 2000 315 205.63 160.10 3264 6 1661N 13MA 7.90 0.100 35.28 09.50 42.72 -30.671 -27.896 2 2000 305 202.64 158.37 3354 66 10653 136 ColoPM44-3 Art2-ISOCCooldownrime4246fi0s; Cooldown8 3129/2008.12:49 PM Cole 17321-01-PM0 4-3, Shuldom Cooing 2ime Attachment 2, Page 56 Time Tube Tloo (.A. kP on. 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Uafto~ , 012207 632-F).00 303.42 65.59 1.0287 1.22E-04 0.396 5 139,03 1.1405 2297 147.53 61124 0 7 2.860 0.378 M2 163.60 3.3 1373 0.459 170.31 2.10 299.51 55.76 1.0273 124E-04 0.396 5.609 137,300 1,1566 2288 14.48 61.26 .2,96E44 0.376A 3 163,315 2.9310 1306 9.444 170.18 2.20 295.71 55.93 1.0260 126E-04 0.396 5.609 135.580 1.1729 2279 145A6 61.28 0.4 3.06044 0.373 3,652 161.30 27 1360 9.429 170.04 2,30 292.02 56.09 1.0248 1.28E-04 0.396 5609 133.895 1,1893 2269 144.46 $12D 06 3.,0E-4 kw.377 3639 5798 2.11M 1362 9.415 169.90 2.40 286.44 S625 1.0236 1.30E.04 0.396 5,609 132.246 1.2058 2260 143. 6.31 Sil 604 3.0E-04 0.317 SAW 15,679 2.6073 13601 9.401 169.76 2.50 284.96 56.40 1.0225 1.32E-04 0.396 5.609 130,634 1.22=4 2251 1426 61.33 0401 3.07E04 0377 3= 157.412 2.9316 1358 9.387 169.63 2.60 281.59 56.54 1.02t5 1.34E-04 0.396 5.609 129,060 12390 2241 4m 0.35 C 19 E-04 0377 3A2 156,3 26 1352 .373 1669.05 2.70 278.33 56.68 1.0205 1.35E.04 0.396 5.609 127,524 1.2557 2232 140.76 01.3 *M 3126.04 .37a 3.62 2781 1340 6.360 169.37 2.80 275.17 56.81 1.0196 1.37E-04 0.396 5.0M9 126.028 12724 2223 130.94 61.38 l0M5 3,14E04 0.376 62 164.531 $.n 1346 9.348 169.24 2.90 272.10 56.94 1.0187 1.39E-04 0.396 5.609 124,569 1.2891 2213 139.52 61.39 0.89 1E-04 0.378 3.652 163.109 3.0268 1342 9.336 169.11 3.60 269.14 57.06 1.0179 1.41E.04 0.396 5.609 123.150 1.3065 2204 13632 61.41 O.501 3.5E606 0.376 3.052 190.121 3.0470 1340 9.324 168.96 3.10 266.26 57.17 1.0171 1.43E-04 0.396 5.609 121,770 1.3225 2195 137.50 61.42 0.681 3.20E04 0.375 3A.2 11,168 3.061 1337 9.312 168.86 3.20 263.48 67.28 1.0164 1.4 E-04 0.396 5.608 120,427 1.3390 2187 139.80 61.43 0.l 0.375 3.652 1506,2 3.01 9334 9.301 166.74 3.30 260,79 57.39 1.0157 1.47E-04 0.396 5.609 119.123 1.3066 2178 135,00 61.45 0.66 3-24-04 0,376 3.62 146,390 3L1018 1331 92.91 168,62 3.40 258.19 67.49 1.0161 1.49E-04 0.396 5.60 1178515 1.3720 2169 M.36 61.46 0.03 3.26E-M 07 3.652 14646 3,1313 132 9.281 168.51 3.50 255.67 57.59 1.0144 10.0E-4 0.396 5.609 1168626 1.3893 2161 134.70 1,47 6.66 32.E664 0.375 3 147.8 3.1613 1326 9.271 168.36 3.60 253.23 67.66 1.0139 1.52E-04 0.396 i606 115433 1.4045 2153 13,4.5 61S4I 0ý.t6 3.30E04 0.374 3.652 146.8V 3.1786 5322 9.262 16829 3.70 250.87 57.78 1.0133 1.4E.04 0.396 S.06W 114.275 1.4206 2144 13&.42 51.49 6." 3.32.04 0.374 3.652 146,075 3.116 111 9.253 166.17 3.80 248.56 07.60 1.0128 1.6E-04 0.396 5M9 113,152 1.4306 2136 132.60 61.56 CA6 3.34606 0.374 3.62 146.326 3.%6 138 9.244 168.96 3.90 246.36 57.95 1.0123 1.SSE-04 0.325 5.609 112,063 1.4523 2129 132.21 61.51 0.866AM 3W,046 0.374 3.690 144.0 32 1316 9.236 167.96 4.00 24424 56.03 1.0119 1,580-4 0.395 5.M09 111.007 1.4680 2121 139.66 6.5S2 0~ 3.3704X 0.374 36W 143.510 3244 1314 9228 167.96 4.10 242.18 58.10 1.114 I.61E-04 0.395 5.069 109964 1.4835 2113 81,3 0,1867 3.39644 0.3.73 3.M 143n4 32617 1312 9220 167.76 420 24W.19 50.18 1.0109 1.63E-4 0.395 0.608 108.992 1.498 2106 130.55 1.54 0917 34 0.333034662 142,871 131 9.212 167.66 4.30 23824 58.25 1.0105 1.64E.04 0,395 5.609 106,032 1.5139 2099 136.04 61.505 6.867 3AE64 0.73 141.40 32060 1306 9.205 167.56 4.40 230.37 50.32 1.0102 1.80E.04 0.395 9.006 107.102 1.5288 2092 120.63 6.M6 .96 3A.E4 0.373 a.862 141,330 3,3111 1306 9.198 167.47 4.50 234.56 58.38 1.0098 1866E-04 0.395 6.609 106,200 1.5435 2085 129.0 61.57 0.86 3A4604 0.373 3.A 1404741 3-3W 1304 9.191 167.37 4.60 232.81 58.44 1.0094 I 89E-04 0.394 5M09 105,327 1.5580 2078 61.57 61660 3.G44 0.373 3.662 40,173 3,342 1302 9.184 167.26 4.70 231.12 580.0 1.0091 1.71E.04 0.394 5.609 104,482 1.5724 2071 120.13 61.6 CA 3SE-606 0.372 3,9 139.23 3.356 1301 9.178 167.20 4.80 229.48 58.56 1 0089 1.72E.04 0.394 5.609 103,664 1.5165 2065 127.89 61.8 0.9166 3.466404 0.3r3.2 136,02 3.3713 1299 9.172 167.11 4.96 327.86 50.62 1.0085 1.74E-04 0.394 5.609 102,649 1.6008 2059 12725 6130 0SI 66 3 606 0.372 3 136.594 3.368 1297 9.165 167.03 5.01 226.23 56.68 1.0082 1.75E-04 0.394 5.,09 102.034 1.8153 2052 129.62 S.66 0.9S 3A.04 6l.372 3.605 131.037 34604 1296 9.159 5.12 224.60 58.73 1.0079 1.77E-04 0.394 9.609 101.216 1.6301 2046 129.36 61.61 04M 3."E-04 0.372 137,651 3.419 1204 9.153 166.95 523 222.97 50.79 1.0076 1.79E.04 0.393 5.009 10.,401 1.6452 2039 125-6 6532 CAM 3.06644 0.372 .M 513198 3430* 1292 9.147 166.76 5.35 221.34 58.85 1.0073 1,80E-04 0.393 5.609 9,5"84 1.6606 2032 126.51 6132 CAM 3,56.0 0.371 3A32 136,460 3A44 I9 9.141 166.67 5.48 219.71 58.96 1.0071 1.62E.04 0.393 5.606 96.760 16763 2026 1206 61.6 CAN4 2.8164 0.371 3.3 43ý6,65 &ASH 120 9.134 166.59 5.60 218.07 58.96 10068 1.83E-04 0.393 5.60 97,946 1.6922 2019 13434 SIM CAN 3.58154 0.37 33w 136,410 347S6 1217 9.128 166.49 5.74 216.44 59.01 1.00651&50.04 0.393 5.609 97J127 1.7085 2012 120 61.6 C.M 318E44 0*1 230 134AM 3A663 128S 9.122 166.40 5.88 214.81 59.07 1.9062 1.0E-04 0.392 5009 96.307 1.7251 2005 123.77 SI6S1.6 0 4 3.304 S071 30W 134,33 3.6? 1294 9.110 166.31 6.02 213.18 59.12 1.0060 1.89E.04 0.392 5.M69 95,487 1.7420 1998 123.33 61.0 0.0664 3.644 0.371 3.662 533*460 3.212 1262 9.110 166.22 6.18 211.54 5918 1.0057 I.90E-04 0.392 500 94,606 17592 1991 12.A6I0 61.6 CA 0.371 3.9 133,318 3.03S7 1200 9.103 166.12 6.34 209.91 5923 1.0065 1.92E-04 0.392 5.609 93,244 17768 1984 132.486 137 0AN tow'" 0.370 3.02 M706 3.54325 1278 9.097 166.03 6.51 20827 59.28 1.0052 1.94E04 0.392 5.060 93,023 I17947 1977 12.02 61. CA 3104.4 0.370 3&M 132-7 336 1277 9.091 165.9i 6.09 206.64 59.34 1.0060 1,86E04 0.391 5.009 92.201 1.8130 1970 121.59 6M.U6 0.16 3 3.6S2 131,754 3.90 120 9,055 165.63 6.88 205.00 59.39 1.0047 1.98E-04 0.391 5.006 91,379 1.9316 1962 120.15 SIM CAW 3.71E.04 0.370 3.2 131.34 36I 127M 9.078 165.74 7.00 203.36 59.44 1.0045 2.00E-04 0.391 5.009 90.557 1.850B 1955 126.72 61.760 01M 3,72E44 670 3A6 130.714 614 1271 9.072 165.64 7.29 197.70 59.50 1.0037 2.076.04 0.390 3.739 58,350 1.9193 1393 527S 60.50 0.W6 3SE004 0.372 2.709 00.774 3-1110 5103 9.077 156.38 7.40 194.11 09.61 1.0033 2.12E-04 0.389 33739 57.162 1.9651 1381 26.04 61.61 CAM 3.52-604 0.372 2.7N 105 3 .4064 1009 9.062 156.10 7.30 191.00 59.71 1.0029 2.16E-04 0.389 3.739 56,131 2.0066 1370 125.56 61.62 .06 3.SE-04 0,371 2.790 104A28 34431 1096 9.050 155.86 7.60 188.10 59.81 1.002 220E.04 0.388 3.739 55,171 2.0468 1360 124.66 61.54 0.9184 3,59E64 0.371 2.7 103,66M 3.4780 1152 9.038 155.63, 7.70 185.39 69.89 1.022 2,24E-04 0.388 3.739 54.275 2.0856 1351 523.42 0030 0"6 3.62644 06371 29 152,&6 3.110 5 9.027 155.41 7.80 182.87 59.67 1.0020 2286.04 0.387 3.739 53.440 2.1231 1342 132.74 61.57 0.86 3.86604 0.371 2.766 12,030 3.642" 16 9.017 155.20 7.90 180.51 60.04 1.0017 2.32E.04 0.387 3.739 520662 2.1592 1334 121.23 6139 0.9M 31E604 0.370 2.70 101t281 3.719 1063 9.007 155.06 CWloPM-44-3 AtQ-ISOCCoMloý,Tim&42460.olo Coo~donm93/920019P 3129/208,12:49 PIA Cot 17321-O1-PM-44-3, Shutdow Cooling Tim5 Afttchment 2, Page 57 CCW FiX Fol 0.004___ ____________________________________

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2.759 63656 4A361 1013 8.764 149.05 21.15 121.11 61.58 0.9974 3.71E-04 0.370 3.739 33.730 3.59% 1097 161.4 61.86 SAW 4,51604 0.32 2.7211 n92 4.4886 1o61 8.750 148.85 2522 119.50 61.61 0.9974 3.77E-04 0.370 31739 33.243 3.6559 1099 15.6 61M 6.6977 0.362 2.791 6291 4AV 1666 8.752 148.65 25.22 119.50 61.61 0.9974 3.77E04 0.370 3.739 33.243 3.6559 1069 150* 611.9 0.67 4.530W4 2.759 82,I9 4A,696 1096 8.752 148.65 25.22 119.50 61.61 0.9974 3.77E-04 0.370 3.739 33,243 3.6559 1089 0o, B66115 03677 4.S X8 4 O 2M 2732 62,1 4.4554 1056 8.752 148.65 25.22 119.50 61.61 0.9974 3.77E-04 0.370 3.739 33.243 3.6559 1069 100.5 0. 4-53604 OM 2.73 6201 4A954 18006 8.752 148.65 25.22 119.50 61.61 0.9974 3.77E-64 0.370 3.739 33,243 3.6559 1089 1063 61.986 0.7 4.530 530 2.76 52,19 4,464 1850 8.752 148.65 2522 119.50 61.61 0.9974 3.77E-04 0.370 3.739 33,243 3.6559 109 980.66 SIM 4.9977 4.M04 O 36 2.79 62,19 4,466 1856 8.752 145.65 25.22 119.50 61.61 0.9974 3.77E-04 0.370 3.739 33,243 3.6559 1089 61.8 0.677 4.644 0.36 2-.79 52.61 4,6454 1 08 8.752 148.65 2522 119.50 61.61 0.9974 3.772-04 0.370 3.739 33243 3.6559 1089 l8a6 6115 0.677 4.63E44 03 2 .92A19 4,4954 1 OD0 8.752 148.65 25.22 119.50 61.61 0.9974 3.7E-04 0.370 3.739 33243 3.&559 1089 100.9 6I6 6.977 4-5E-04 0.6 2-116 62,019 4,4964 1006 8.752 148.85 20.22 119.50 61.61 0.9974 3.77E-04 0.370 3.739 33243 3.6559 1009 11" M3 6.8 4.53604 632l 2.7110 4A864 166 8.752 148.65 25.22 119.50 61.61 0.974 3.77E-04 0.370 3.739 33,243 3.8559 1089 "00.6 11 6.6967 46164 06 2m 82,A91 4,49$4 100 8.752 148.65 2522 119.50 61.61 0.9974 3.77E-04 0.370 3.739 33,243 3.6559 1089 0166.6 619 0 7 4.536"4 6.3V 2.719 62,919 4A864 1056 8.752 148.65 25.22 119.50 61.61 0.974 3.774E-4 0.370 3.739 33,243 3.6559 1089 100.66 6M1[ 0.99W 4.53E4 0.0 2.799 62,519 4A.64 I0w 8.752 148.65 2522 119.50 61.61 0.9974 3.77E-04 0.370 3.739 33,243 3.6559 1059 90169e 6156 0M7 4644 0.162 1.13 82,16 4,4964 1009 8.752 148.65.22 119.50 61.61 0.9974 3.7744 0,370 3.739 33.243 3.0559 1059 100.96 611A 0.8 43604 0M 2.7911 42,11 4,494 1606 8.752 148.65 2522 119.50 61.61 8.9974 3.77E-04 0.370 3.739 33,243 316559 1089 15 61195 0.957 4.in04 0.302 2.739 12616 4.4A64 1009 8.752 148.65 25.22 119.50 419,1 0.9974 3.77E-04 0.370 3.739 33,243 3.1559 1089 100,96 61 0*67 44.3644 0.362 2.73 62,96J 4A,54 t009 8,752 148.65 2.23 119.50 61.61 0.9974 3.77E-04 0.370 3.739 33,243 3.6559 1089 100.66 61Sim O5.86 4.63646 0.362 2.7 0516 4A464 009 8.752 140.5 1 1 1 1 1 1 CaIo.P.4.443 Att2-.1SOC CooldooeTimre249OQolr Cooldommi83.820149P 3r29f208.12:49 PM Calc 17321.04.PM.44-3.

Shutdom Cooding Tim2 Afttchnment 2, Pnge 60 I~ I II I I I I I I I -- --Time SD HXbb D W1411 SOC Duty 1 Tt .,o 0- Q o*w Toted] , CCW w CC Dtyl C W hr.881 8.71 8.8 9.21 9.31 9.c 9.5i 9.61 90.81 10.11 10.31 10-.: 11.2: 10.2: 11.8 12.1;.12.84 13.8!15.41 I17.8i 21.1 25.Z 25Z 25Z2 25.21 25Z 25M2 25.2 25z2 25Z2 25.1, 25.Z 25Z 25.Z 25.2 25.2 25.Z 25Z 25Z 25Z w W- I r j NTU o8e.0rfleý OT 964282 865.697 0.601 0.805 0.470 43.11 865,9 8,890 0.801 0.902 0.470 41.34 87.384 88.184 0.602 0.800 0.469 39.70 968,748 968286 0.603 0.797 0.46a 38.17 870,001 870,304 0.803 0.795 0.467 36.75 971,154 971,245 0.604 0.793 0.466 35.43 972216 972,115 0.804 0.791 0.4C6 34.20 973,195 972A620 0.804 0.790 0.485 33.06 874.0980 732665 0.C0A 0.780 0.465 31.09 874,931 874.354 0.605 0.787 0.464 31.00 87S,701 974,093 0.805 0.795 0.464 30.07 768,413 975,5M5 0.608 0.704 0.463 2921 977,078 976,139 0.CAN 0.782 0.463 28.40 977,736 976,689 0.606 0.711 0.462 27.59 978,387 977,235 8.07 0.780 0.462 26.78 979,032 977,777 0.607 0.779 0.481 25.98 978,871 978,314 0.607 0.777 0.461 25.17 980,302 878,846 0.807 0.778 0.460 24.37 180.927 979.374 0C09 0.775 0.460 23.50 981,545 979,897 0.608 0.773 0.460 22.76 982,1586 980,416 0.809 0.772 0.459 21.96 982M780 980,929 0.608 0.771 0.459 21.17 983,356 981,438 0.609 79 0.458 20.37 983,946 t81941 0.609 0.780 0.458 19.18 984,528 982,440 0609 0.767 0.457 18.78 985.103 982,933 0.C0A 0.765 0.457 17.99 985,670 983,421 0.610 0.764 0-486 17.20 986230 083,904 0.610 0.783 0.4C8 16AI 986,783 984,381 0.610 0.761 0.450 15.62 987,327 984,853 0.610 0.760 0.455 14.84 987,864 985,319 0.611 0.758 0.454 14.08 988.393 985,780 0.M11 0.757 40S4 1327 988.393 U85,780 0.611 0.757 0.454 1327 988,393 895.780 0.611 0.757 0.454 1327 918.393 985,768 0.811 0.757 0.454 1327 988,393 98S,780 0.611 0.757 0.454 13.27 988.393 985,780 0.611 0.757 0.454 1327 968.393 981.780 0.611 0.757 0.454 1327 988,393 895,780 0.81t 0.757 0.454 1327 988.393 995,780 0.611 0.757 0.454 13.27 988,393 985,780 0.811 0.757 0.454 13.27 988.393 985,780 0.611 0.757 0.454 13.27 989.393 985.780 0.611 0.757 0.454 1327 988,393 985,780 0.611 0.757 0.454 13.27 988.393 985,780 0.611 0.757 0.454 13.27 998,393 985780 0.611 0.757 0.454 13.27 9M8393 085:790 0.611 0.757 0.404 1327 988.393 985,780 0.611 0.757 0454 13.27 988.393 95.780 0.611 0.757 0.454 1327 988.393 985,780 0.611 0757 0.454 13.27 1 1 Tt.o W WCrp Cr 156.7 # 1007,415 MA 154.28 M 1,807,14 U4IA 151.97 89 11,6114M WA 149.81 9 1,8M6,8527 147.,0 111,846 A 145.91 U. 1, 0.142 M 144.15 10" IN,416 1 a 142.51 4 11P I MMA*140.97 1,6I1MO6 MA 139033 # 1.610,10 MA 138.19 1*183A56 MA 136.93 1,96 I 97 135.74 9A 0 ,,67 M07 fA 134.55 1*10.497 mA 133.36 1,61*8 IIN OMA 132.18 #NWIA 1.244 MA 130.97 4101*O .11422 OMA 129.77 M .11 ,8 MA 128.87 -I 1* ITr MA 127.38 1.*1183 MOA 128.17 I09 2, lGW6 MA 124.97 0 112,4 MNA 123.77 I 112,479 *MA 122.56 N8OWNI 1*6204 JA 121.360 162.827 MA 120.16 1101110 1,13,001 MWA 118 .94 #ý 1*23.174 MWA 117.73 1100 ,346 MA 116.51 I IM.93*9 RMA 115.30 113,011 MA 114.08 8 1,613,8 SA 112.87 M 14198 A 112.87 IR 194*3 N A 112.87 1A14*3 MA 112.87 S 64130 MA 112.87 -1914*03 MA 112.$7 ## W M M MA 112.87 i 14AM MA 112.87 O 1 ,140 MA 112.87 114.00 MA 112.87 14*A31N MA 112.87 #WW1,614,030 MWA 112.87 -t1*4*39 MA 112.87 1O t4.00 MA 112.87 5,6 1,14,90 OMA 112.87 0v 1,54,30 MS A 112.87 6 1.84,030 MO 112.87 ý 1*914,830

• MA 112.87 08# .1*4*1 MA~112.87 1001110 9164,=3 MAW NTU rff.08rer.

DT$ To MVA MA 25,81 304.11 MA MA 230 132,43 MA MA 22*D 130$7 MA MA 23.80 12,41 MA MA 22.10 126OM MWA OM 21t6 13,78 MA MA 20M 9 129.68 MA 1OMsm 136.4*MA MA 962 MA3 MA MI 18.76 1M18 MwA MA 1131 828t.A OMA MA 17.70 112,11 MA9 MWA 17,21 116,8 MA MA 9.73 I.8 amA MA 19,76 117.88 M1A MA W1I9 116,81 JIM S II11 IM-l A MWA 141 111688 MNPA MA 1142 MI"iS MA MPA 113A# 1114*4 MA IA 13* 11359 MA MIVA 12*112.87 MWA MA " 12.40 1206 MWA amA K1P 11128 MA MA I1,t4 1106.0 MA MA MI 109.71 MWA MA" 16*160M MA MFA 90.05 106.14 M&A MA 06*3 887*MWA MA 0.08 10637 M1A MWA 9.8 166268 MA WA 1.81 105600 MA MA 0.81 106.00 MA MA 8,91 16619 MA MWA 0.01 166.08 MWA MA 0.11 886.600 MA MNA 0.19 986*3 MWA MA 0.81 166*3 MA0 MWA 0.11 986190 MVA MA 0.01 166.00 MA MA 8,11 106,80 MAk MA 6.18 18600 MWA MA 0.11 006,60 MA MWA 0.19 t86am MA MWA 8.11 18850 MA Ma 8.11 "SAO9 MA Ma 04.11 166,6 0" amA 8.11 189,80 Btu/fr 41.63 39.98 mm.l8ul mmBflrr gpm 7.358 0 &.2 81o0 mmBturnr 30.21 Ts,o 10M21 156.75 134.11 154.28 132.43 3 64 7.358 87.31 73.5 4233 8,100 3 a 10 3 29.10 380 65 107.57 M 37.00 149.81 129.41 7.358 81.35 8,100 3 27.12 67 106.41 35.68 147.80 128.09 7.358 78.67 8.100 3 26.22 8a 105.88 34.41 145.91 126.78 7.358 76.18 8.100 3 25.39 69 105.40 33.25 144.15 125.60 7.358 73,85 8.100 3 24.62 70 104.94 32.18 142.51 124.49 7.358 71.68 8.100 3 23.89 71 104.51 31.15 140.97 123.46 7.358 69.66 8.100 3 23.22 72 104.11 30.20 139.53 122.50 7.358 67.77 8.100 3 22.59 73 103.74 29.32 138.19 121.60 7,358 86.00 8,100 3 22.00 74 103.39 28.50 138.93- 120.76 87358 64.ý3 8.100 3 21.45 75 103.07 27.72 135.74 119.97 7.35S 62.81 8,100 3 20.04 76 102.76 26.95 134.55 119.18 7.358 61.25 8,100 3 20.42 77 102.45 26.17 133.36' 118.39 7.358 59.70 8.100 3 19.90 78 102.15 25.40 132,16 117.60 7.358 58.16 8,100 3 19.38 78 101.84 24.62 130.97 116.81 7.358 56.61 8.100 '3 1.87 89 101.53 23.85 129.77 116.02 7.358 55.06 8,100 3 18.35 81 101.22 23.08 128.57 11523 7.358 53.51 8,100 3 17.84 82 100.91 22.31 127.38 114.44 7.358 51.87 8,100 3 17.32 83 100.60 21.53 126.17 113.65 7.358 50.43 8,100 3 16.81 84 100.30 20.78 124.971 112.87 7.358 48.88 8,100 3 16.29 85 99.99 19.99 123.77, 112.08 7.358 47.34 8,100 _ 3 15.78 86 8a,68 19.22 122.568 111.28 7,308 45.80 8,100 3 15.27 87 99.37 18.45 121.36 110.50 7.358 44.26 .,100 3 14.75 88 9.806 17.68 120.15* 109.71 7.358 42.72 8.180 3 1424 89 98.75 16.92 118.94 108.93 7.358 .8.100 3 13.73 88 8844 18.15 117.73 108.14 7.358 39.65 8,100 3 13.22 91 98.13 15.38 116.51 107.38 7.358 38.12 8,180 3 12.71 92 97.82 14.61 115.30 108.57 7.358 36.59 8.180 3 12.20 93 97.51 13.85 114.08 105.78 7.358 30.88 0,180 3 11.69 94 97.20 13.08 112.87 105.00 7.358. 33.03 8,180 3 11.18 95 96.88 13.08 112.87 105.00 7.358 33.03 8,100 3 11.18 9I 88.88 13.0 112.87_ 105.00 7,358 , 33.53 -0,180 3 11.18 97 96.89 13.08 112.87 105.00 7.358 33.53 8.1D0 3 11.18 98 98.89 13.08 112.87 105.00 7.358 33.53 8,100 3 11.18 89 968.9 13.08 112.87 105.00 7,358 33.53 8.180 3 11.18 99 96.89 13.08 112.87' 105.00 7.358 33.53 8,100 3 11.18 99 98.89 13.0$ 112.87 105.00 7.358 33.53 8,100 3 11.10 89 96.89 1308 1i2.87 109.00 7.358 33.53 8,100 3 11.18 g9 968.9 13.08 112.87 109.00 .7,358 33.53 8.100 3 11.18 99 96.89 13.08 112.87 105.00 7.358 33.53 8,100 3 11.18 89 98.88 13.08 112.87 105.00 7.359 33.53 8,100 3 11.18 89 96.89 13.08 112.87 105.00 7.358 33.53 8.100 3 11.18 99 96.89 13.80 112.87 105.00 7,358 33.53 8.100 3 11.18 99 96.89 13.08 112.87 105.00 7.358 33.53 8,100 3 11.18 99 96.89 13.08 112.87 105.00 7.358 " 33.53 8.100 3 11.18 99 96.89 13.08 112.87 105.00 7.358 33.53 8.100 3 11.10 08 88.88 13.08 112.87 105.00 7.358 33.53 8180 3 11.18 899 96.89 13.08 11. U15.00 7.X58 33.53 8,100 3 11.18 I I F C.Io-PM-44-3 A12- _SOC_Coldo.olTie424680xls; CoolowO 3 U/2942008, 12:49 PIA Calc 17321-01-PM-44-3, Shutdown Cooling Time Attachment 2, Page 61 Shutdown Cooling Temperature Transient with 90F River Water SDC Hx Fouling = 0.00418 hr-F-sqft/Btu, CCW Hx Fouling = 0.004 hr-F-sqftlBtu Second SDC HX Started at 225F Primary Coolant 370 330 290 250 U-I-E 210 0 0.E S I,-170 130 90 50 170---+ 160-4150 140 1 130 14-0.E 0 I-s Pri Cool Temp-SDC Return Temp-CCW Temp__ 120-110 i 100 I I I I -90 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 Time, hours Calc-PM-44-3 Att2-1_SDCCooldownTime4246Q.xls; Chart8 3/29/2008,12:49 PM Calc 17321-01-PM-444.

Shutdown Cooling Time Shutdown Cooling Heat Exchanger Attachment 2, Page 62 Heat transfer rate, clean Heat transfer rate, dirty Heat Transfer Area (1t2)Number of U-ltbes tube 04, inch tube gage (BWG, inch)tube id, Inch Tube flow area, ttA2 Shel Flow Area, IV`2 Shel film correction factor 487 320 5020 514 035 ts 0.652 1.19175 2,5904 0,01751 Blurnr-F-sqfl Bturlr-F-sqfi 0.049 (from tube number and id)(adjusted to give bet fit to data sheet velocities)

Hx Design Point (Mode B)0. gpm W Pt.O tube 3000 1,478.852 3289018 metal shell 4500 2,237.087 100 Mode A tube metal shal Mode C tube metal shell Mode D tube metal shell 1500 741,518 2.9424 2250 1,121,755 95 2250 1,079,449 15.690 2937 1,455,601 95 3400 1,599.745 33.5275 4728 2.343.356 9O Tt.i Tt,o Tit,eve rho Cp M k Vel IbhAt3 Btultb-F lbfl-sec Btu/hr-ft-F 140 114.93 127.47 61.38 0.9989 3.50E-04 0.372 5.009 114.38 3.95E-04 8.77h 93 109.57 101.28 61.98 0.9977 4.52E-04 0.362 3.870 125 100.16 112.58 61.63 0.9983 4.02E-04 0.367 2.804 99,40 4.81E-04 8.097 78 94.43 86,21 62.16 0.9976 5.35E-04 01356 1.935 212 158.65 185.33 59081 1.0033 2.24E-04 0.387 4.206 150.11 2.89E-04 9.001 95 134.77 114.88 61.79 0.9980 3.93E-04 0.368 2.526 255 198.02 226.51 58.66 1.0093 1.756E.4 0.393 6.356 170.59 2.48E-04 9.124 95 134.34 114.67 61.79 0.9980 3.94E804 0.368 4.087 h (Btu/hr- Fouling. hr-Re Pr f62-F) 8^2-F/Btu Udirty Udean Wcp Cr NTU effechveness DT to Duty 0 mmbtuhrr 53,484 3.3809 1554 0.0005 1,475,215 0.68 1.089 0.53330358 25.07 114.93 2005 320 002 487.85 36.98 114,657 4.4774 1233 0.0005 2.231,873 1.5129 1.089 ON/A 16.57 109.57 320 487 37.1 0.000810743 0.000814 0.0010716-1.53E-08

-3.$E-06 2,066.65 2,057.66 23,342 3.9442 839 0 1988 48.568 5.3992 75O 0,00316542 5.7E-05 5.7E-05 157.280 313.22 181.7 3111.9 0.001261508 0,001252 1,271.19 1,271.19 175.878 440.88 170.1 405.2 0.000935297 0.000935 1,857.22 1.858.06 61,051 2.0890 1483 0 2057 85.650 3.8445 Se4 0.00341756 740.278 0.66 1.067 0.52042214 24.84 100.16 1,119.112 1.5117 1.067 ON/A 16.43 04.43 0.003165 1,083,007 0.75 0.815 0.45595%48 53.35 158.65 1,452,745 1.3414 0.815 ON/A 39.77 134.77 0,003418 1.614.677 0.69 0.526 0.35611814 56.98 198.02 2.338.741 1.4484 0.526 ON/A 39.34 134.34 0.004176 18.39 181.26 57.78 88.031 92.00 C4.391 7.18.05 7.1E.05 116.024 1.8139 2270 0 2085 137.599 3.8534 1332 0.0041756 169.130 575.70 170.7 604.3 0.000696222 0.000696 2,493.60 2.493.52 5.4E-05 5.4E-05 Calo-PM-44-3 At12-2 SOC _Cnobownfrnlmls~oo.os:

SI3CHx l020.1~1P 3129=08.,12'51 PM Calc 17321-01-PM-44-3.

Shutdown Cooling Time Attachment 2, Page 63 tube od, inch tube gage (BWG, inch)tube Id. inch 0.75 18 0.049 0.652 Re duty dean 48.566 1,271 1,271 85.650 1,857 1,858 114,657 2,067 2,058 137,596 2.494 2.494 Ln(Re) Ln(clean)10.79068 7.14770788 11.35803 7.52729078 11.6497 7.82932323 11.5321 7.82145074 0.61709 0.49192 1.63545328 0.333 1l(ho k* Prm)1l(ho

• k' Pr-.)7.t 7.t 7.t 7A 7.4 7.: 7.: 10.6 0.8 1 11. 11.4 11.5 IA 1 Effecdiveness-Capacaty Ratio-NTU for mix flow Hx Capacity Ratio -WCp(tube)

< WCpsbheM 0 0.2 0.4 0.6 NTU 0 0 0 0 0 0.5 0.393 0.378 0.364 0.350 1 0.632 0.593 0.557 0.523 1.5 0.777 0.718 0.664 0.613 2 0.865 0.792 0.723 0.661 2.5 0.918 0.835 0.757 0.685 3 0.950 0.861 0.775 0.697 3.5 0.970 0.876 0.785 0.701 4 0.982 0.884 0.789 0,702 4.5 0.989 0.886 0.791 0.700 5 0.993 0.892 0.790 0.697 5.5 0.996 0.893 0.789 0.693 6 0.998 0.893 0.787 0.689 6.5 0.999 0.893 0.785 0.685 7 0.999 0.892 0.782 0.680 7.5 0.999 0.892 0.780 0.676 8 1.000 0.891 0.777 0.672 8.5 1,000 0.890 0.774 0.668 9 1.000 0.889 0.771 0.664 9.5 1.000 0.888 0.769 0.660 10 1.000 0.887 0.766 0.656 0.6 0 0.337 0A92 0.587 0.603 0.620 0.626 0.827 0,624 0.620 0.615 0.609 0.604 0.599 0.593 0.568 0.583 0.578 0.573 0.569 0.564 0 0.324 0.462 0.524 0.552 0.562 0.564 0.561 0.556 0.551 0.544 0.538 0.532 0.526 0.520 0.515 0.510 0.505 0.500 0.496 0.492 Capacity Ratio -WCp(shel)

< WCp(tube)0 0.2 0.4 0.6 0 0 0 0 0 0.5 0.393 0.378 0.364 0.350 1 0.632 0.593 0.557 0.523 1.5 0.777 0.718 0.664 0.613 2 0.865 0.791 0.723 0.661 2.5 0.918 0.833 0.757 0.685 3 0.950 0.857 0.775 0.697 3.5 0.970 0.870 0.785 0.701 4 0.982 0.876 0.789 0.702 4,5 0.989 0.878 0.791 0.700 0.8 0 0.337 0.492 0.567 0.603 0.620 0.626 0.627 0.624 0.620 I 0 0.324 0.462 0.524 0.552 0.562 0.564 0.561 0.556 0.551 18/8 CtdNi Steel (e.g. A249 TP304)*F Thermal Conductiovly.

Btuthr/sqfSF 70 8.6 100 9.7 150 9 200 9.3 250 9.6 300 9.8 350 10.1 400 10.4 450 10.6 500 10.9 550 11.1 600 11.3 6850 11.6 700 11.8 750 12 600 12.2 850 12.5 900 12.7 950 12.9 1000 13.2 1050 13.4 1100 13.8 1150 13.8 1200 14 1250 14.3 1300 14.5 1350 14.7 1400 14.9 1450 15.1 1500 15.3 Cakc-PM44-3 At2-2_SDiC_CooldonTitnei850Q.ols:

SDCHx 1920,21P 3/292008, 12:51 PM

2, Page 64 Caoc 17321-01-PM.44-3.

Shutdown Cooing Time Component Cooling Water Heat Exchanger Heat Tremafer Area (f2)Numbe. of tube No. of Passes Orbe od tube gage (BM)tube id Tube mow "ee, fet2 Shag Flo. Area. *12 Shea 80 corremton factor O, gpm W Pt.O He Design Poit (Mod. E)tube 2673 1,332.918 1t0 meta4 2283 1.109.178 100 12400 effectrve 3 0,75 16 0.049 0.652 1.76212 1.74197 1.02130 Tubes: 3/4', 18 BWG .owrn .all, STISTL -SA-249-TP-304 (OPPD DraWMng FAO No. 14674, Vh*"ock Mfg Co. N o. L-26132-1 Flow waoment, pure countersow per &rmap#g Cramer aed Lede9 drafqg FC-AC18 1, dated 7/26099 tube 0.333333 shel 0.333333 h (Btuthr- FoUing, to.Vol Re Pr ft2-F) f62-F/Btu Udirty Uclean WCp Tt.i Tt,o Tt,eoe rho CP mu k Ib/f13 Btu19o-F b/ft-esec Btuhr-S-F Cr NTU ,ffecv-eoe.

DT to Duty.mBru/hr a5 185.12 232.8 119.91 135.06 62.17 0.9989 3.27E-04 157.46 179.85 60.57 1.0024 2.32E-04 Mode A MOdeB tube metal IMed C tObe metal sheNl Mod. D btbe met Mode F Oube meted shel 1575 785,390 10t 85 99.96 92.48 62.17 0.9976 4.97E-04 95.18 1550 771.090 75 t15.5 90.27 97.88 62.92 0.9977 4.6&E-04 3270 1.634,163 100 70 99.75 54.87 62.31 0.9976 543E-04 93.16 4.94E-04 2865 1.434.171 95 118.4 84.50 101.45 61.98 0.9977 4.51E-04 2519 1.258,356 100 70 96.01 78.01 62.31 0.9978 5.91E-04 92.01 5.62E-04 2200 1.096,865 95 952 76.82 $6.01 62.16 0.9976 5.36E-04 2518 1,255.626 100 85 101.28 93.14 62.17 0.9976 4.94E-04 97.00 4.73E-04 2200 1,093.785 95 110.2 91.51 100.85 91.65 0.9977 4.54E-04 0.375 3.380 34,892 3.1407 1000 0 9.045 2067 244.003 408A5 0.386 2.920 110,479 2.1712 1228 0.00165 244 408-5.1-E00 -2.7E-06 0.0001146 0.0008172 2,54.50 2,446.64 0.359 1.991 13,526 4.9820 523 0 8.678 1983 174.966 237.22 0.361 1.982 38,103 4.6634 661 0.0015 1,s.1 2an 4.96-04 4.9E04 0.001057 0.001056 1,569.46 1.570.93 0.355 4.135 25.765 5.4952 896 0 8.670 1981 237.195 36820 0.362 3.660 73,637 4.4688 107$ 0.0015 2336A 369A-6.5E.05 -6.5E.05 0.0009926 0.0009927 1,687.93 1,687.85 0.352 3.194 18,239 6.0344 695 0$.629 1972 204.055 294.06 0.356 2.814 47.375 5.4135 809 0.0015 293.7 2631-8.6E-06 4.AE-06 0.0012467 0.001247 1.254.79 1.284.48 0.359 3.194 21,786 4.9410 764 0 6.686 1985 215,009 317.36 0.362 2.814 55.804 4.5003 875 0.8015 21. 3t6A 1,1-E05 1,00-05 0.0011318 0,0011321 1.477,97 1,477.53 1.331.462 1.20 1.111,834 08.350 0.00165 793,494 1.02 769,338 0.9819 0.00150 1.630.306 1.14 1.430.862 0.8777 0.00150 1.255.608 1.15 1.094.283 0.9715 0.00150 1,252,598 1.15 1,091,251 0,8712 0.OO15O 1,658,073 1.65 1,001,950 0.6043 0.00150 2.721 2,721 2.820 -14.96 99.96 2.920 0.743 -15.23 90,27 2.056 -29.75 99.75 2.056 0.700 -33,0 84.50 2.312 -16.01 86.01 2.312 0.729 -18.38 76.62-100.12 185.12-133.36 0.775 -119.A9 119.91 134.09-11.72 12.06-48.50 4".I$-20.11 10.92-20.40 18.92-41.34 319A8 2.443 2.443-16.28 101.28 0.742 -18.69 91.51 333 1,962,034 100 85 109.93 2025 1.003,970 95 134 92.74 97.47 62.17 105.42 113.37 61.81 2700 22oo 1700 m20 0.9976 4.71E.04 4.33E-04 0.9980 3.99E-04 dirty dean 38.103 1,569.46 1, 47,375 1284.79 1 55,804 1,477.97 1 5C209 1,432.97 1 73.637 1,687.93 1 110.479 2,454.50 2 0.361 4214 36,250 4,6957 962 0 8,727 1994 0.367 2.590 5,209 3.9076 874 0.0015-6.3E-05 4.3E-05 570.93.284.43 10.7658 7,158349 ,477.53 10.9296 7.29&424.432.99 10,9718 7267505.697.85 11.2069 7.431255.449,64 11.6126 7.80598 0.75645 -0.99266 0.37059 231.626 354.95 228.3 3472 0,001207 0.001207 1,432.97 1.432.99 2867 -24.93 109.93 2.867 0.842 -4126 92.74'tM -k" -r0.)20000 4OOO O eO te00e 12OWOD Cealk PM-44-3 Att2-2_SOC_CooldomnTime1850QxJId; CCVW-k 3/292808,12:51 PM Colc 17321-0L-PM-44-3, Shutdown Cookr9 rime Attachment 2, Page 65 CCW Heat Exchanger Performance at Various Fouling Coefficients and CCW Inlet Temperatures with 90F River Water She6 FPrnilie 1.0213 River Wa er TewM 90 RW Flow. Total, gmn 7159 She$ Firn Re power 0.75645 No CCW Itx 3 CCW Flow, totd, gpm 8100 Shel Film Pr power 0.333333333 Fouhno -Sbe side) 0.004 CCW -Based an Avenrag Raw Water Flow I _ I _ I I-, Tob.S Cde)h Case a ad. ccWlahddda IA I B IC ID IE 2A 2B 2C 20 2E 3A 3B 3C 3D 3E 4A 48 4C 4D 4E g 0. gOm Pi TO Tt Tt.o Q, gp. Pi TsO Ts,o h h F kmeta Udirty IN WCp Cr NTU Mfecbnenew DT Tto IN 6t2-F) F)2386.3 30 90 90AO 2700 90 90.50 90.15 719 966 8.658 00o00 318635 1,188,935 1,186,437 0.88 3.327 0.802 0.A0 90.40 1,349,134 2386.3 30 90 114.64 2700 90 120.25 98.39 772 1066 9.729 0.0000 341.38 1,188,035 1,186,529 0.89 3.568 0.814 24.64 114.64 1.=336,86 2380.3 30 90 139.48 2700 90 100.00 105.91 826 1159 8.816 0.0000 363.46 1.188.935 1.186,901 0.98 3.707 0.825 49.48 139.48 ,33.6063 2386.3 30 90 160.71 2700 90 175.00 111.74 972 1233 8.807 00.o00 381.30 1,188.935 1,187,386 0.89 3.902 0.832 70.71 160.71 t,22736)2386.3 30 90 182.19 2700 90 200.00 117.17 917 1302 8.982 0.0000 398.50 1,188,935 1.188.014 0.90 4.159 0.838 92.19 1$2.19 132101 2386.3 30 90 90.72 2700 90 91.00 90.36 719 968 8.659 0.0015 215.63 1,188,935 1,161,436 0.88 2.254 0.720 0.72 90.72 1,346,0 2386.3 30 90 112.25 2700 90 120.50 100.75 767 1073 8.729 0.0015 225.55 1,188,935 1,166,507 0.89 2.357 0.730 22.25 112.2$ 1,3A360 2386.3 30 90 13424 2700 90 150.00 110.55 815 1170 8.815 0.0015 234.61 1,188,935 1,106,804 0.9 2.451 0.737 44.24 13424 1332,41 2386.3 30 90 153.1' 2700 90 17S.00 118.46 8O6 1248 8.896 0.0015 241.70 1,1889.35 1,187.18 0.90 2.524 0.743 63.15 153.15 1,VM,46 2386.3 30 90 17224 2700 90 200.00 126.04 890 1322 &.981 0.0015 248.30 1.188,935 1,187,707 0.90 2.582 0.748 8224 172.24 1,3116,82 2386.3 30 90 90o5 2700 90 91.00 90.42 719 968 8.659 0.0030 162.93 1.188,935 1.186.436 0.88 1.703 0.853 0.65 90.65 8,4,056 2386.3 30 90 110.15 2700 90 120.50 102.61 762 1077 8.729 0.0030 168.39 1,188,935 1,186,488 0.89 1.760 0.661 20.15 110.15 1,136,188 2386.3 30 90 130.00 2700 90 150.00 114.33 806 1180 0.814 0.0030 17325 1,188,935 1,186,732 0.09 1.810 0.867 40.00 130.00 1,332148 2386.3 30 90 147.03 2700 90 175.00 123.91 643 1261 8.895 0.0030 176.98 1,188,935 1.167,058 0.80 1.849 0.671 57.03 147.03 1.,393 2390.3 30 90 16420 2700 90 200.00 133.22 879 1337 8.979 0.0030 180.40 1,188,935 1,187,479 0.90 1.884 0.67O 74.20 164.20 1,317ý,346 2390.3 30 90 90.61 2700 90 91.00 90.46 719 968 8659 00040 140.10 1,188,935 1,186,436 0.88 1.464 0.605 0.61 90.61 2386.3 30 90 108.95 2700 90 120.50 103.68 760 1080 8.729 .0040 144.06 1,188.935 1:,8I.480 0.89 1.506 0.621 18.95 108.95 1,336,53 2386.3 30 90 127.59 2700 90 150.00 116.47 900 1185 88.14 0,0040 147.54 1,188,935 1.186,694 0.89 1.542 0h26 37.59 127.59 8 .331.710 2386.3 30 90 143.57 2700 90 175.00 127.00 035 1268 8.894 0.0040 150.19 1,188.935 1,186,984 0.90 1569 0.630 53.57 143.57 1 4,3.738 2396.3 30 90 162.90 2700 90 205.00 (39.30 876 1361 8.995 0.0040 153.06 1,188,935 1,187,444 0.0 1.598 0.634 72.80 162.90 1,31S0,6 WCp Cr NTU f vcners DTS 1,34,1580 1.1311 3.327 0.72" 0.3O 1,237,52 1.830 358 0.742 2.8 8,331,786 1.8321 3.767 0.762 44.09 t,337,075 1.1176 3.863 0.7611 "326 8,322.146 1.1029 4. .186 am.83 8,341.81 1.1310 2254 0.061 0.4 8,336^766

.280 2.367 0.671 16.79 1.33t,107 1.1216 6.679 34AS 1 ,336157 169 2.04 0.DAN 7.4 1.341,88 1.1310 1.703 0.604 0.88 1,336A4 1.1204 1.7" 0.612 87.8 8,335 1.8212 8.80 0.61 36eiM7 8,325.131 1.1183 1,684 6 5 5100 I.381A4M6 1.1l8 1.084 06 66.76 8,341.64A 1.1310 1.44 0.571 0.54 1,336,31 1.1263 1,506 O.57 163J2 I,,30686 1.1206 142 0im 64 33$l 3 1,317,501 8.1506 0066 0.565 06.70 CCW HX Duty at 9OF Raw Water I 75 95 115 135 155 ccw Ilellt TeerPeratme F 175 Ceac,,PM-44-3 A82-2_SDCCooldonwnTSm185xs,;

CCW 3/2920, 12:51 PM Attachment 2, Page 66 Cale 17321-014PM-44-3.

ShutdoI- Cooling Time RW Flow, Total, gpm 7159 CCW Flow, total, gpm 8100 Tso 1A Will 0.48 90.50 90.15 0.15 16 B 1. 29.23 120.25 98.39 8.39 IC 11.91 58.72 150.00 105.91 15.91 CCW HX Tso ID 101.74 93.95 175.00 111.74 21.74 fulinog Duty. rnnlfto 1I 117.17 109.52 200.00 117.17 27.17 1 20 40 60 86 0.0000 91.09 110.79 131.19 151.27 177.01 0.0015 91.17 113.17 135.93 158.37 187.18 2A OAS 0.05 91.00 90.36 0.36 0.0030 91.29 115.56 140.70 165.52 197.42 28 100.71 26.40 120.50 100.75 10.75 0.0040 91.37 117.16 143.89 170.30 204.27 2C 110,56 52.51 150.00 110.55 20.55 2D 11,46 74.97 175.00 118.46 28.46 CCW HX "hel oullet temperatoe 2E 128)4 97.67 200.00 126.04 36.04 fouling Duty. maBjfla 1 20 40 60 86 0.0000 50.30 95.95 101.23 106.21 112.19 3A n2 0.77 91.00 90.42 0.42 0.0015 90.42 98.22 105.95 113.24 122.19 38 102.51 23.90 120.50 102.61 12.61 0.0030 90.55 100.61 110.69 120.31 132.27 3C 111433 47,47 150.00 114.33 24.33 0.0040 90.63 102.20 113.85 125,04 139.01 30 123)9 67.70 175.00 123.91 33.91 3E 13322 90.11 200.00 133.22 43.22 Avrage CCW 90.69 103.32 116.21 128.74 144.60 90.80 105.70 120.94 135.81 154.69 4A "A4 0.73 91.00 90.46 0.46 90.92 108.09 125.69 142.92 164.85 49 Ilum 22A. 120.50 103.68 13.69 91.00 109.68 128.67 147.67 171.64 4C 11547 44.61 150.00 116.47 26.47 4D 1121) 63.58 175.00 127.00 37.00 4E 130.3 96.56 205.00 139.30 49.30 CCW Temperature vs Duty at various CCW HX Fouling Level P0. 15 hr.P-4q~/tu69 r~s 195 215 0 0 20 0 40 0 o w 10 o I0 Duty P.r HMy, mmiltuhr 3/2912008.12 51 PM CS1kPM-44-3 A0t2-2 ime I 5OQA3l; Cakc 17321-0P-44"3.

Shutdoý Cooing Time Attachment 2, Page 67 Shutdown Cooling Tempgeratur.

Transient with 9Pi River Water SDC Hx Fouling .60.001 hr5-1 F qft/Btu, CCW Hx Fouling 30.0015 hr.F4 2 31/Btu Initial RC Ternpevslure, F 39, I l SDC HX CCW HX in.0 " 1 T 5ne .132 2754 Shel2 Fi0 10 0.09751.RCS Tempehratr after 8 houni 156.99 _Shel Fern Re powe 0.611709ý2 Ti0 f0er I.pto 130F P 1i 0 1Co .5M T 3" 21.99 -53 al CCW.to SDCHx 31850 .She0 Fer Pr po1er 0.333 2 Time .ew S1 C in5i.5ion to 138F PC Te 1p , 2.0 CCW Flow St-p T56 271. 3 35 33 Fo5 tot -tube sde) 0.001

• O.Dec20 0ho.t e10u u1 0t 5OF r5v.5 to59p 300 0.00418 1.704 I SDCHx Time Step O(D) P(pp) P(Ip) s* TotalO0 dTrc I Tube hn, h nmeklf/t deqFr-t Q. op. Pi ITO Tt.o 0, op. Mi TOJ Ts~o 2.00 0.1 54.965 18 1.5 -135.73 -46.93 -466 3000 315 350.00 250.33 1ow0 95 1 is 26121 2.1 0.10' 54.1074 i8 1.5 .13.47 -60.40 -54.11 3000 315 300.32 247.23 115 915 1lo.g" 235*4 2.20 0.10 4 I.100 10 1.5 -131.12 -43..0 -63.02 3000 315 338.33 243.93 l1m 0 5 1"5 11 230 0.00 47.710 18 1.5 -128.33 -16.29 -31.17 3000 315 297.52 240.4 1150 15 115.51 2.40 0.10 51.M223 Is 1.5 -107.173 4.31 -49.37 3000 315 232.41 237.75 I150 a16 1046 3 2.50 0.10 1 ;4M3, 18- 1.5 -123.21 -52.38 -47.62 3000 315 323.47 234.85 I* 116 11551 33" 2.60 0.0 48.307 16 1.5 -120.51 -30.51 -45.92 3000 315 318.71 232.68 10 06 10.12 21 3.54 0.1 4' 49.7 4' 10 1.5 -110.08 -4 3.69 -44326 3000 315 314.12 229.36 1oo 5 1 6 rA4 2.38 0.15 45.10 16 1.5 -.43 -4.932 -42.66 3000 315 309.69 226.75 515S 15 104.13 214.4 3.82 0.05 44.749 08 1.5i -131. 4 -85.23 -41.11 3000 315 305242 224.23 1"046 15 016 .05) 2I1 300 0.010 44.21 186 1.5 -11129 -43.587 -39.61 3000 315 301.31 221.75 43 5 10,7 2.2 ,90 3.10 0.10 47.710 18 1.5 -119.19 -41.97 -49.17 3000 31 .3554.2 219.45 346 115 1101. 8 3.20 0.10 47.2231 1 1.5 -107.14 -40.44' -6.77 3000 315 291.3 217.18 136 6 6 85 S-25 115.02 3.30 0.10 46.756 15 1.5 -105.21 -48.36 435.41 3000 315 249.86 21S.00 4M 9 15 OGAI 2216*3.4 0.104 42.307 1is 1.5, -1073.33 -437.52 -341.2 3000 315 240.32 212.39 1403 6 1 05.15 21.3.54 0.14' 4S.724 16 1.5 -1.0086 -35.64 -32.40 3000 315 235.73 210.12 4" 15 104, 21 3.64 0.15 45.150, 1 1.5 -98.430 -33.78 -30.71 3000 315 277.10 207.39 l436 95 104.16 1 3.2 0.15 4.5837 1s 1.5 -131.08 -67.008 .0.91 3000 315 272.60 179.68 435 95 110.17 170.99 4.60 0.0: 44.016 18 1.5 1 -.-360 61 -55 0 3000 315 2632.620 175A.7 42 96 107-30, I0 J3 5.14 0.i0 40.40 06 1.5 -9117.40 -4.72' -49.75 3000 315 254.21 1571.37 4M66 11 o5?3 4.24 0.10 43.116 1 10.5 -114.04 -51.43 -30.75 3000 315 249.24 169.10 426 5 10.12 IS 4.3t 0.10 42.793' 1s 1.5 -110.631 -48.33 -43.94 3000 315 2440.6 166.96 406 a 16310 I1.1 4.44' 0.11 42.473 18 1.5 407.40 -45.42 -41.29 3000 315 240.17 164.93 415 95 1 5 10 G 4.55 0.11: 42.152' i8 1.5, -104.17 -42.72L -08.66 3000 315 231.73 162.80 4246 96 111.71 4 4 503 0.20 41.817 0 1.5 -100.57 -3.3964 -36.04 3000 315 231.33 160.714 436 95 101.361 Mee 4.71 0.13 41.4727 10 1.5ý -7.77 -3M.807 -.00 2000 315 228.37 15.814266 6 104.07 160.75 4.91 0.4 1.5 -94.61 -33.99 -30.90 3000 315 222.54 156.79 466 15 MAT I0 1 1 6.04 0.15 40.748 18 1.5 -91.4.8 -30.23 -21.39 3000 315 210.36 154.72 42 05 I 2 .5.20 0.16 40,376 le 1.5, 41.78 -23.51 -25.92 3000 315 214.11 152.78 4346 9I 1 5.43 5T 0.12 36.829 10 1.5 -85.31 -25.34 -23.50 3000 315 209.92 1503.279 43 t 9 151O4 123.17 7.04 0.24 30.507 0 1.5, -82.29 -231.4 -41.13 3000 305 2056.6 1 4 M3 95 41441

• 16 4.3 73. 0.27 39.115, 0 0.5! -531 -15.50 -04.17 3000 315 201.71 1246.89 9 101.71 13 7.5 0.3 077 0.5 -70.50 -13.34: -18.2.4 30 35 1610 272 466 5 .4 01 7.3 0.03 30.376 0) 10.5 -7657 -1.634 -33.04 3000 315 107.94 145.09 423 915 61.3 137.05 6.13 0.20 38.275 0 1.5 -71.75 -317.07 -29.06 3000 315 191.33 141.91 436 6 5 6I6.8 117 6.33 0.15 37.880 0 1.5 -37.51 -28.13- -25.57 3000 315 185.51 139.10 4346 15 1031 121.1.53 1.17 37.5021 0o 1.5' -64.39 -2.4 -23.28 3000 315 142.5 137.22 434" 1 nil 11D 6.65 02.0 37.276 0 1.5 -1.74 -23.01 -20.92 3000 315 167.64 13527 43" is W43 In5 9 6.4857 0.2; 36,99 1.5" ,-"AI -20139 -18.53 30DO 315 173.55 133.26 42 95 ge 127.75 0.12.4- , M5 0 1.5 -55.12 -18.041 -16.40 3000 315 169.85 11311.44 424 96 99 1 72[ 0`27: 36.11915 o, -53.28 -15.591 -14.17 3000 315 1654.3 120931 41 6 M.1 0.84 0.300 35.772 0 1.5 -50.51 -1324 -12.04 3000 315 162.10 127.62 43 1 15 17 121.7.8N 0.35. 35.318. 0l 1.5 -47.St -11.04 -10.04 30D0 315 158.43 125.79 43 96 1730I 922* 0.42. 34.8218 0 1.5' -45.30 -8.98 -8.16 3000 315 154.259 024.03 4346 15 8.34 15M.1 1.63 0 3 4. 27.427 0 1.5 -42.85 -7.08 -6.44 3000 315 151.40 122433 4 95 15.12 516 9.13 0.61 33.65"7 0 1.5 -40.54 -5.39 -4.90 3000 315 148429 120.72 4 95 6 6611 115.9,741 0.70 32.9556' 0 15 -36.38 -3.93_ -17 3000 315 14529 119.21 42- 25 6.312 1,MM 52 10 3 0 .5 -639 --2.49 3000 315 142.52 117.81 95 113.3 1.4 4 122 0 .5 34.56; A186 -1.69 3000 315 139.98 119.52 42" 95 959 1 Q22 19, 20 3009 0 1 .5 3 2.ust _ -1.18 3000 315 137.61 115.32 4z 95 MA 111.18 1.9t 2.00' 28.705, "0 1.6+ -31.118 .0.97, -5.98 3000 315 135.25 114.112 424 95 9S3 1110.15 1.4 2.0* 2.6, 1 1., -.9 4.n-7 .0.66 3000 315 133.48 11323 42 15 $5.17 i*18 -2.0 26 0.77 3000 315 131.94 112.3.2 9 Is 95A*' fALM CakI-P1-443 Att2-2_SDC CooMeoTme61950Q.*;

Cooldon 3 0 Mr2942008.

12:51 PM Caic 17321-0142MA44-3.

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12:51 PM I Caic 17321-01-P4-44-3, Shutdown Cooing Time Attachment

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.702 1.096 0.528 18.31 111.17 2,1 M10 2,10652 AIA 3M 3M 112.8 1O663 27.05 111.17 107.63 7.358 34.41 8,100 3 11.47 94.78 23.94 1.481.464 1.477,574 0.702 1.095 0.528 18.06 110.80 2,161.2 2,118p 3M 3M 3M 12.67 61O.4 26.9 110.90 107.40 7.358 34.05 9,100 3 11.35 94.73 24.44 1.491,562 1.477.661 0.702 1.094 0.528 17.94 110.78 2'1101,41 2.108.64 3M 0" s 3 1jm 170T.3 26.51 110.78 107.30 7.358 33.87 8,100 3 11.29 94.71 24.94 1.481,653 1,477,748 0.702 ' .094 0.527 17.83 110.68 2.110,1868 2.10806 3M 3 3M 12231 107.89 26.34 110.86 107.19 7.358 33.70 8,100 3 11.23 94.68 25."4 1,481,753 1,477,829 0.702 1.094 0.527 17.71 110.94 2.11606 2.106.86 3M 1 3 12.43 107.86 26.17 110.94 107.09 7.358 33.53 8,100 3 11.18 94.60 25.94 1.481,844 1,477,910 0.702 1.093 0.827 17.60 110.42 2.111.A3 2,16,130 M 3M 3#2A3 16.6A 26.01 '110.42 108.99 7.358 33.37 8,100 3 11.12 94.64 26.44 1.481,934 1,477,989 0.702 1.093 0.527 17.49 110.30 2.041,164 3M All" t1227 1806* 25.85 110.30 I06.8 7.358 3321 8,100 3 11.07 94.62 28.94 1.482,1 1.478,065 0.702 1.093 0.527 17.28 110.19 2.111.07 2`106,176 3M 3M O P 2* 186.6M 11 25.70 110.18 109.70 7.358 33.05 8,100 3 11.02 94.80 27.44 1A82,105 1,478,140 0.702 1.092 0.827 17.28 110.10 2,111,16 2`186,38 M 3 3 12.13 6 25.54 110.09 10.70' 7.358 32.90 8,100 3 110.7 94.58 28.4 1.482,270 1.47826 0.702 1.092 0.527 17.09 109.87 2.111,149 2.1866 WA 3 M fA #WA 11M 1066.2 2525 109.87 106.52 7.358 32.61 8,100 3 10.87 94.53 30.44 1.482,081 1,478,560 0.702 1.091 0.527 16.70 109.48 Z.118.266 1 #3M M 3M 11.72 10868 24.69 109.46 106.18 7.358 32.05 8,100 3 10.68 94.46 34.44 1.483.120 1,479,038 0.702 1.099 0.526 16.03 108.75 2.11,401 3 3M 3 041 11.3 105.56 23.71 108.75 105.58 7.358 31.07 8,100 3 10.36 94.32 3 .44 1,483,120 1,479,038 0.702 1.089 0.526 16.03 108.75 2,111,401 2,166,479 3M 3M 3M 11.25 886.8 23.71 108.75 10.58' 7.358 31.07 8,100 3 10.36 94.32 34.44 1.483,120 1.479',026 0.702 1.089 0.526 16.03 106.75 2:,166476 3 1 3 11.3 IM. 23.71 108.75 105.58 7.358 31.07 8,100 3 10.36 94.32 34.44 1,483.126 1.479.038 0.702 1.089 0.526 16.03 108.75 2. 1,1408 2,A166479 A 3M I 3 8125 1 66.8 23.71 108.75 105.58ý 7.358 31.07 8,100 3 -10.36 94.32 U.4 1483.126 1,479,038 0.702 1.089 0.526 16.03 10.75 2,111AG8 2,108.479 3M 3M 3M 11.3 186.6 23.71 10.75 105.58 7.358 31.07 8,100 3 10.36 94.32 34.44 1.483.120 1,479,038 0.702 1.089 0.526 16.03 108.75 2,111,461 2.106,479 3M ~ 3M 113 8D8.6 23.71 108.75 105,58 7.358 31.07 8,100 3 10.36 94.32 34 "1,83,120 t .4 1.038 0.702 1.089 0.525 1.0 108.-75 2,111,4101 2:10.7 JW MA MA 1125 105.54 23.71 106.75 105.S8 7.358 31.07 8,100 3 10.36 94.32 34.44 1.483,126 8,479,026 0702 1089 0826 18.03 108,70 2.111,488 2,1, 3 3M 3 11.3 866.6 23.71 109,75 105.58 7.358 31.07 8.100 3 , 1026 94.32 34.44 1483:120 1,4779,038 0.702 M,8 052" 1.03 0 O, 7 Z .401 2 08.479 IP W A VI/ AMW 25J1 t05.5 23.71 108.75 105.58 7.358 31.07 8,100 3 10.36 94.32 34.44 1.483,120 1,479,038 0,702 1.089 0.526 16.03 108.75 2,111,401 3WM M OM 186.8 23.71 108.75 105.58: 7.358 31.07 8,100 3 10.36 94.32 34.44 1,483.120 1,479.033 0,702 1,089 0.526 16.03 108.75 2,111,401 21,4 3M 3M 3M 112816 6.86 13 23.71 108.75 105,58 7.358 31.07 8.100 3 10.36 94.32 34.44 1.483,120 1,479,038 0,702 1.089 0526 16.03 108.75 2,181,401 218D,476 3MA P" 3M 11.26 166.8 23.71 108.75 105,58 7.358 31.07 8,100 3 " 10.36 94.32 34.44 1.483,120 1.479,036 0.702 1.089 0.526 16.03 108,75 2I11.461 2.186.476 ONA SNM M 11 * .866*6 _ 23.71 108.75 05.58 7.358 31.07 -,100 3 10.36 94.32 34." 1.483J120 1.479,038 0,702 1.089 0.026 16.03 108.75 2.111,401 2.180,76 3M 3M AA 11.3 105M 23.71 108.75 105e58 7.358 31.07 8,100 3 10.36 94.32 34.44 1.483,120 1,479,038 0.702 1.089 0.526 18.03 108.75 2,811*8 2.866,476

1. WA JIM 3M 81.3 866 % 23.71 108.75 105,58' 7.358 31.07 8,100 3 10.36 94.32 3 .44 183,120 1.479,038 0.702 1.089 0.526 16.03 108.75 2.111,401 2,.86.T4 3M 112 10,886 23.71 108.75 105.581 7.358 31.07 8.100 3 10.36 94.32 34.44 1,483,120 1,470,038 0.702 1.089 0.526 16.03 108.75 2,11,46 2.108,479 3M W" O3 .1 6125 I*8. 23.71 108.75 105.58' 7.358 31.07 8.100 3 10.36 94.32 3 1.4"3.120 1.479.038 0.702 1.089 0.026 16.03 108.75 2,180,476 WA M" 3M 1.32 108.68 23.71 108.75 1 7.358 31.07 8,100 3 10.36 94.32 34.44 1.483,826 I,479.038 0.702 1,8 0.2 ,0 1087 2.8118AO68 2.066.479 MA #WA 3MW 11.3 8M6.66 23.,71 108.75 105.58 7.358 31.07 8'100 3 10.26 94.32 34.44 1.483.120 1,479,038 0.702 1.069 0.526 16.03 108.75 281,40 2,166,47 3M M 3M 11.3 06* 23.71 108.75 105.58 7.358 31,07 8,100 3 10,36 94,32 34.4 1.483.120 1.479,028 0.702 1.089 0.526 16.03 108.75 2.888468 2,166,476 3M ~ #3A 112 86,58 23.71 100.75 105.58' 7.358 31.07 8.100 3 10,36 94.32 34,44 1A483.120 1,479,038 0.702 1.089 0526 16.03 108.75 2,`111, 4 2,166,76 3" ~ MA 81.3 08 23.71" 108,757 105.58 7,358 31.07 8.100 3 10.36 94.32 34.44 10483,120 1,479.038 0.702 1.089 0.826 16.03 108.75 2,111,401 2.186.476 MA M #MA 1182 866.58 23.71 108,75 105'.586Z 7.358 31.07 8.100 3 10.36 94.32 34.44 1,483,120 1,479,038 0.702 1.089 0.526 16.03 108.75 2.8tl11. 2,166A,47 3M 3M a" 812 105.8 23.71 108,75 105.58; 7.358 31.07 8.100 3 10.36 94.32 34." 1.483.120 1.479,038 0.702 1,089 0.526 10.03 108.75 2.118,408 2.18064n MA 3A M 81.3 166.669 23.71 108.35 105.581 7.358 31.07 8.100 3 10.36 94,32 34.44 1,483,120 1,479,038 0.702 1.089 0.526 16.03 108.75 2,818 ,148 1 2.18I6,4 A 3 M 3 M 3M 1 5 .8. 23.71 108.15 105.58' 7.358 31.07 8,108 3 10.36 94.32 Calo-PM-44-3 Att2-2_SDC_CooldowaTime 18500,Ia; Cooldownl 3/29=208, 12:51 PM Calc 17321-01-PM-44-3, Shutdown Cooling Time Attachment 2, Page 73 Shutdown Cooling Temperature Transient with 90F River Water SDC Hx Fouling = 0.001 hr-F-sqft/Btu, CCW Hx Fouling = 0.0015 hr-F-sqft/Btu 370 330 290 250 U-I-E 210 0 a.E I,-170 130 90 50 170 160 150 140 uL 130 0 E 120 0 Pri Cool Temp-SDC Return Temp-CCW Temp 110 100 90 0 4 8 12 16 20 24 28 32 36 40 Time, hours Calc-PM-44-3 Att2-2_SDC_CooldownTimel850Q.xls; Chart3 3/29/2008,12:51 PM Calc 17321-01-PM-44-3, Shuldw Coohng Time Atac 1tt2, Page 74 Shutdown Cooling Temperature Transient with 9OF River Water SDC Hx Fouling -0. hr-FsqftlBtu, CCW Hx Fouling = 0. hr-Feqft/Btu Initial RC Temewoature.

F 360 SDC HX CCW HX Iniial Tihe 2 2754 Shel Film Multie 0.09751 RCS Tefmpee5 .af9 8 hov 142.78 Fln Re pomm 0.61709 Time after bip to 130P Prowmy Coolean Ten 13.75 Weal CCWto SOCHo 1850 Shl Fain Pr pv 0.333 Tome eter SOC Meaton to 13Cr PC Temnp 11.7 CCW Fiow Step Temnp 275. Pntg(oa FWA Ohoide) 01 0 Den heat ejmbium at 90P fiver temp 12.28 0.00418 0.004 Tie step O(D) P(pp) POP) Pad Total 0 ff. Tu tie ht.e [ If deef, 0, .n Pi Ttj Tto 0. gpm PI TOJ T.o 2.00 0.1 54.966 is 1.5 -148.37 -73.91 -0719 3000 315 350.00 241.89 1880 6 I"4.34 2.10 0.10 54.107 18 1.S -144.63 -71.02 -64.56 3000 315 343.28 238.16 le6 66 11.0 5 2.20 0,10 53.3, 16 1.5 -14102 49.122 462.02 3000 315 336.82 234.61 168 986 IO3 202 2.30. 0.10 52.540 18 1.5 -137.54 65.500 9.55 3000 315 330.62 231.17 too 8S6 83.34 2 2.40 0.10 51.822 18 1.5 -134.20 -62.87 -57.16 30 315 324.67 227.65 1I6 86 103M .6 292 2.50 0.10 51.143 1r 1.5* -130.98 60.34' -54.5 300 315 318.95 224.66 1"0 a6 1V.79 266 2..0 0.10 50.500 18 1.5 -127.09 -57.89 -52.62 3000 315 313.47 221.60 I8" 9 I9 2423 2.70, 0.05 48.8 18 1.5 -124.61 -55.52 -50.48 3000 315 306.21 218.65 ISO 6 98.3 2.75 0.10 49.593 18 1.5 -123.48 -04.39 -49.45 3000 315 305.68 217.23 MIN 95 100.18 2.85: 0.102 49.04! 18 1.5' -120.6 -52.16 -47.42 3000 315 300.74 214.46 lIN 86 1.2 25, 2.95 0.10 '0.1 8 1.5 -117.99 -50.01 -45.46 3M0 315 296.00 2K179 INSO 95 1010 2&2.21 3.05 0.11 47.656 1i 1,5 -115.30 -47.92 -43.57 300M 315 291.40 208.18 i 5 INS 869.3.16 0.11 47.432 18 1.5 -112.76 -45.63 -41.66 3000 315 2880 286.60 lose 16 116.36 3.27 0.11, 48.1.61 16l 1.5 -110.15 -43.74. -29.77 3000 315 282.22 204.00 1NS 8 9 5 9*IA 222.71 3.38 0.12 46.390 18 1.5 -107.55 -41.66 47.67 3000 315 277.66 201.41 Ios 16 10 2 19 3.50 0.13 45.570 18 1.5 -151.54 46.17 -78.33 3000 315 273.11 165.53 426 98 106.6 I6 1 3.63 0.13T 450.50 18 1.5' -143.38 -78.53 -71.39 3000 315 28326 161.87 4248 96 165,5 17 3.76 0.10 44.829 18 1.5 -135.55 -71.23 64.75 3000 315 253.84 150.33 426 9 6 103.18 166*1 3.88 0.10 44.451 18 1.5 -130.17 46.22 40.20 3000 315 247.36 155.88 424 856 102.72 3.96 0.10 4,.06 18 1.5 -125.15 49.56 -55.97 3000 315 241.34 153.50 4366 96 102.3 162.11 4.06 0.10 43.731 18 1.5 -120.48 57.25 -52.0 3000 315 225.75 151.43 434 86 8.10 15 4.14 0.10 43.369 Is 1.5 -116.13 -52.24 .40.40 3000 315 2306.4 148.43 4M6 86 1.5 167M 4.26 0.10 43.067 18 1.5 -112.09 49.53 -45.03 3000 315 225.70 147.65 046 16 1t.l8 164.4.36 0.10' 42.735, 18 1.5, -150.32 -48.08 -41.81 3000 31 221.20 145.80 43M 86 16646 19.44 0.11 42.413 18 1.5, -10.70 -42.78 -38.69 3000 315 216.67 144.10 4346 96 16*4 I 4.57 0.12 42.079 18 1.5 -101.00 -39.50 -35.91 3000 315 212.5 142.40 434 56 198.23 1S 4.698 0.13, 41.729., I 1.5 47.49 -3.26 -2.96 3000 315 20627 140.71 4366 86 9111 546.41 4.82, 0.14i 41.3646 18 1.5, -93.93 -23.07 -30.06 3000 315 204.03 139.03 048 86 SAO 1" 4.96 0.15 40.987 0 1.5 -00.42 -47.94 -43.58 3000 315 1SO4 137.36 4248 9 .23 142A 5.11. 0.171 40.590, 0 1.50 4.9 -42,79 -38.90 3000 315 193.23 134.71 434 816 0.7 1t2 528 0.11 .173ý 0 1.- -7.4 -37.78' -34.35 3000 315 198.76 132.10 4266 86 66.31 1XI 5.39 0.13 39.895 0. 1.51 -76.15 -.76 -31.60 3000 315 182.92 130.46 4246 96 6* 1 3 4 5.52, 0.15' 39.502 0 1.5 -72.75 -31.65 -28.78 3000 315 178.76 128.84 4346 95 5.70 5.67. 0.16' 139261 0 1.5 49.24 -28,48 -25.89 3000 315 174.57 127.12 4M 26 7 13 .5.83i 0.17 30.913ý 0 1.5 465.91 -25.39 -23.09 3000 395 170.48 125.43 4248 86 WAS6 12.6.00 0.19 38.545 0 1.5 .62.45 -22.40 -20.37 3000 315 966.40 122.77 46 8 6 26.6 6.19, 0.20 38.153 0 1.5 -59.16 -19.51 -17.73 3000 315 162.53 122.13 4366 86 A 8 2 6.39ý 0.20ý 37.763 0 1.5 -50.19 -16.93 -15.39 3000 315 INS.8 120.65 4204 86 90.$ 2L 6.59 0.20 37.389 0 1.5 -53.62 -14.73 -13.39 3000 315 155.91 118.35 46 98 6644 INA 6.79 0.20 37.030 0 1.5 -51.39 -12.86 -1169 3000 315 15323 116.23 4M 86 9133 126.16 6.69 0.20' 36.684 0 1.5 -49.44 -11.25' -10.23 3000 3195 150.69 117.24 435 6 " 119.05 7.19, 0.20 36.352 0 1.5 -47.73 -9.08 4.98 3000 315 140.84 116.37 6 86 6 1 7.39, 0.20 36.031 0 1.5 -46.24 4.70 -7.91 300 39 5 1 47.05 1115.61 4246 U 664 117?2 7.59 0.20 35.22 0, 1.5, -44.92 -7.70 -7.00 3000 395 145.46 114.63 420 6 86.2 I5&A?7.79 0q20 35.423, 0 1.5 -43.75 4.83 -621 3000 315 144.06 114.34 06 16 95 11 7.99ý 0.20 35.134 0 1.5 -42.72 .6.09 -5.53 3000 315 142.82 113.891 4366 86 4M 95.29 819 0.20 34.855 0 1.5 -41.80 -5,45 -4.95 3000 315 141.72 113.33 4266 95 4.03 114 8.391 .20o 34.5841 01 1.5 -40.90 .4.89 4.445 3000 315 1 40.73 112.91 4M 9 43.6 114.12 5.59 0.20 34.322 0, 1.5 -40.24 -4.42 -4.01 3000 315 139.84 112.53 4M 95 9. 113.80.78 0201 34.045 0 19.5 -39.57 -4.00 -3.64 3000 315 13803 11992.19 466 95 4.41 113A4 8.99. 0.20 33.821 0 9.5 -38.67 3365 -3.3 300 95 9.39 199.67 4346 96 6645 513.6 9.99 0.20, 33.52' 0 9.5, 33 -.03 3000 35 937.04 9119.56 4366 86 "46 5112 Cito.P4d44-3 Aft2-2ý_SOCý_Coddoo-TimlS5OQx.4 C-odNe,2 32/ 621P U2=8,12:51 PM Calc 17321-01-PM44-3, Shutdown Coohng Time Attachment 2, Page 75 Time Tube l hr. TtI e k rvh Re Pr jh= mu I k I -I IRe h ke Udrly 2.00 295.95 55.59 1.0261 0.396 5.609 134,875 1.171a 2269 196.2 64 1JM32 2.3Z44 0.69 JA1 U-3 4 2M6 96 9.552 481.52 2.10 290.73 55.63 1.0244 1.28E-04 0.396 5.609 132,541 1.1951 2256 1"4 .11O 2 2.3244 0UP 1.1 AN 2.U0A7 9 9.531 479.35 2.20 285.72 56.06 1.0228 1.31E-04 0.396 5.609 130267 1.2187 2243 t16.J9 90.63 1JAM 22644 0.387 1961 96,713 2.1301 091 9.509; 477.21 2.30 260.90 56.27 1.0213 1.34E-04 0.396 5.609 128,055 1.2426 2230 1767 06.5 1.0024 233E.04 0.3 111 S2 2.1742 96 9.486 475.10 2.40 27626 56.48 1.0199 1.37E-04 0.369 5.609 125.908 12M6 2217 177,49 6O12 I.3 2.M944 0.366 1,591 88,169 2 93 9.468 473.03 2.50 271.61 56,67 1,017 1.39E-04 0.396 5.609 123,026 12.290 2204 173.40 6017 1.920 2.409144 0,35S 1.511 6967 22432 M7 9.4481 471.01 2.60 267.53 56.66 1.0175 1A2E-04 0.396 5,609 121,910 1.3150 2191 l60.71 1.0018 2.4X-604 0Q.6 1.A91 8,814 2.2L1 87 9.4281 469.02 2.70 263.43 57.03 1.0164 1.A56-04 0.396 5.609 119,861 13394 2179 171.A6 676 2 49E04 0.384 I I 84.710 2V31S6 a71 9.410 467.00 2.75 261.46 57.11 1.0159 146E-04 0.396 5.609 11,21 1.3514 2172 119.62 66.75 1.0015 2AS4904 09384 1 .01 84.181 2.328 .4010 46.14 2.85 257M0 5727 1.0149 1.49E-04 03.9 5.609 117,070 1.3750 2160 M7 96.6 1.013 2.511E44 0.364 15.1 93.146 36 6 9.383 464.27 2.95 253.9 57.42 1.140 1.2E-04 0.396 5.609 115.2U4 1.4001 2148 I9S I6M 1.0012 2,5604 8.3" 0.961 6302 2.3016 962 9.266 462.45 3.05 250.30 57.57 1.0132 1.95E-04 0.396 5.606 113,543 1.4246 2136 19.2 69 1.9690 2AMn04 0.3 I3 .961 $1,191 242 80, 9.349 460.66 3.16 246.70 57.71 1.0124 1.57E-04 0.395 5.609 111,794 1.4500 2123 163. 66 9.66 2A11.64 0.33 .661 96032 9.332 458.865 327 243,11 57.86 10116 1.60E44 0.395 5.609 110.042 1A764 2110 10.16 669 1.0007 2.1644 0M32 1.I 76,7 249 652 9.316 457.01 3.38 239.54 57.99 1.0108 16E-04 02395 5,609 109,299 1.5037 209 1D.17 W.9 1.099 211E-44 O.M2 I.M 76.39 2.3 6 9299 455.15 3.50 219.32 56.13 1.0070 1.6E-04 0.393 5.609 97,260 16800 2002 140. 79 6 1.6 .96 3.12604 0.376 32A52 1 56,16 1 1340 9.180 557.85 3.63 212.57 58.42 1.0059 1.89E-04 0.392 5.609 94,021 1.7484 1976 J1U.N4 61.41 0.961 3.I44 0.376 3.952 51.66 321 133 9.152' 553.35 3.76 206.08 58.69 1.0049 1.97E-04 0.391 5,606 90,898 1.8192 1950 13.6. 99 1.46 0.9990 329K1.4 0.76 2,62 14678 3.1290 1320 9.125 548695 3.86 201.92 56.6 1.0043 2.02E-04 0."91 5.609 88.743 1.9712 1931 133.94 61*AS 0 .9M 3,1144 0.374 3,62 146.666 3.1771 1325 9.106 545.76 3.96 197.46 59.04 1.0037 2.07E044 0.390 5.600 96,7 1.9222 1913 122.21 61.61 0.600 2.3- 44 0.3.74 312 5"44.31 3.229 136 6.0I9i 542.79 4.06 193.59 5920 12032 2.13E-04 0.389 S69 84,959 1.9720 196 U 3S.16 61.64 0.96 3. Q4 0.373 362 142.76 32744 1311 9.073 539.96 4.16 189,98 59.34 1.0029 0.319 5.609 93.114 2.0206 180 920 61.6 0.9996 3.44144 0.373 3.52 141M 3.3160 1360 9.058 537.29 4.26 19653 59.46 1.024 2.22E-04 0.388 6.609 81,488 2,0678 1865 127.4 61.3 0.689 3.48E44 032 3AW 130,396 3.33 1300_ 9.044 534.76 4.36 16830 59.58 1.0020 227E-04 0.287 5A09 791974 2-1136 1950 93.71 61 0. 969 3E-404 0.572 2 1373 3.441t 136 9.031 532.38 4.46 180.49 59A9 12017 2.32E-04 0.387 5609 78,519 2.1595 1836 12 61.1 0.9985 319144 0.371 3863 136A74 3A445 1260 9.018 530.05 4.57 177A. 59.80 10014 2.36E-04 0.66 5.609 77,065 2.2071 1822 124.34 61 .6 6.964 3.8644 0.371 312 13647 3AM 136 9.005 527.69 4.69 174.49 59.91 1.0011 2.41E-04 0.386 5.609 75e22 22563 1607 123.1t6 SI 01864 3.66044 971 31S2 I 13333 3.3 130 8.992 1 525.31 4.82 171.53 60.01 1.0008 2.46E-04 0.385 5A09 74.196 2.3069 1793 121.96 6I 1 0.9W 3A19944 0275 3952 13 U233 6S6 1275 8.979 522.91 4.96 1M60 60.11 1.0005 2.52E-04 0,384 5.609 723787 25119 1778 61.70 0.66 3.72E404 0.370 3 13DA.84 3911 1272 .85651 520.51 5.11 163.97 60.27 1.0001 2960E-04 0.383 5.609 70,565 2.4456 1755 11803 61.73 0.6662 3.94 0.36 3.M 136A7 38M 1264 6.944 518.05 5.28 159,43 60.42 0.9997 2.69E-04 0.32 5.609 66.392 25361 1732 117.25 61.76 9969 3.9E504 0.366 31652 13*63 3.796 19 8.223 512.78 5.39 1566 60.51 0.9995 2.75E-04 0.381 5.09 67,071 2.5941 1717 116.14 61 .77 6.66 339E44 0.366 3,662 120,36 3.7914 123 6.910I 510.39 552 153.60 9020 0.9993 2 -1E-04 0.3"1 5.609 65711 21565 1702 115.60 61.78 0.19M 3.1404 0.66 312 I 26 23 8.97i 507.89 5.67 1649 059 02991 2.E804 0390 9.609 64.310 2.7236 1696 113.9 61.1 0 4 0 3 2 1343 86 84' 505.29 5.83 14795 60.78 0.969 2.94044 0.376 5.609 62,943 2.7921 1670 112.72 61.82 6.9 4&26" 0.387 3W 121,ý6 38i 1239 871 50259 6.00 145.12 60.69 0.9987 3.01E04 0.76 5.907 61 608 268623 1655 M11 $ 6.4 DAM 4AW004 03 3162 12636 3.96 1234 8.859 500.13 6.19 142.33 60.94 0.9985 3.09E-04 0.77 5.609 60.301 2.9340 1639 110.62 61.3 DAM 4.116-04 0.306 3162 118,740 4.0300 12 8.847 49757 6.39 139.92 01.01 0.9194 3.14E004 0.377 5.509 59,125 3.0015 1625 106.84 61.67 666 4.14S04 0.316 3162 117604 4.619 22 8.836 495.24 6.59 137.63 61.07 0 .9993 320E-04 0.376 5.60S 58,107 3.0622 1613 168.3 61.88 6.M79 4.11,44 0 M 316 116.3 4.111 1322 9.827 493.20 6.79 135.73 61.13 0.991 329E-04 0375 5.609 57,223 3.1160 1602 1067. 01.3 0.9073 4.20104 .86 3,5 910,88 4146 t 1219 89.19 491.40 6.99 134.06 61.17 0991 3.30E.04 0.375 5.609 56.453 3.1658 1592 M 1 07.30 619 M 016 424E404 0.316 3A52 616,021 4.1764 216 8.812 489.92 7.19 13261 61.21 0.9990 3.34E044 0.374 5.609 55,780 3209 1564 506.73 661 0.8 0ý364 3A2 14,372 42099 1213 8.006 488.42 7.39 131.33 6125 0.9979 3.30E.04 0.374 5.609 55,190 32494 1576 16623 61 01676 4.29E04 0.264 3162 113.662 46260 12 1 1 A00N 467.19 7.59 13020 6128 0.9979 3.42E-04 0.374 5.609 54,67 3.2849 1570 160.78 61.92 4.3 E44 6,364 62 I1 3.301 413605 5209 8.796 486.10 7.79 12920 61.30 0.9976 3.45E-04 0.373 5.609 54.213 3.3168 1564 10549 619.3 6.O6 4,33E04 0,364 3A6 1123 42. 13 8.792 485.13 7.91 126.31 61.32 0.9978 3.47E-04 0.373 5.609 53,07 3.3456 1558 10966 61.69 Q278 4.3404 0ý34 3A6 112,467 427 136 8.788 454.26 6.19 127.53 61.34 0.977 3.50604 0.373 5.609 53,446 3.3716 1554 104-. $JAC 6117 4.-E4-4 0364 3162 113.56 4.3 106 8.785 483.49 9.39 126.82 61.36 0.9977 3.52-04 0.372 5.609 53.123 3.2552 1550 164.A 614 6J1677 4.37104 0.364 3.62 111,806 4.3143 t24 8.782 462.79 8.59 126.18 61.3 0.9977 3.54E-04 0.372 5509 52,832 3.4160 1546 104.24 61)4 SI 167 4.3E404 023 116MA 4.120 1= 8.790 462.16 6.79 12551 61.39 0.9976 3.56E-04 09372 5.609 52.571 3.4361 1542 104.0 )4 6.96 46404 0.263 11 II73 4W37 1 8.777' 481.60 8.99 125.09 61.41 02076 3.5E-04 0.372 5.606 52,334 3.4540 1539 16.6 6116 0.967 4.464 0*3 $1 111*44 4.347 9201 S.775 481.08 9.19 12451 91.2 0.9976 3.5904 0.272 5.609 52,118 3,4704 1536 103.6 61 0.677 4 14 6 31 11016 4.6 1200 8.774, 480561 Cek.Pl.M44-3 A02-2ý_SDCCooldorr.TrnreIOSQIs, Cookdore2 32106 21P 312912008,12:51 PM I CMc 17321

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1103 8.757 476.20 12.59 120.05 61.53 0.9974 3.75E-04 0.370 5.609 50,052 36352 1509 01*71 61.67 0.6677 4A6E-04 .3 3.852 100,42 4.4472 t13 8.756 476.02 12.79 119.l 61.93 0.9974 3.75E-04 0.370 5.609 49,976 3.6416 1508 161.916 6i.67 0.86 4ASE-04 6.6 3.052 109.764 4.*00 1192 8.7559 475.35 12.9M 119.72 61.54 0.9974 3.76E-04 0.370 5.609 49,902 3.6477 1567 11,h74 6I1.7 0.677 4.4844 0.W 3M 10607 4.4031 M203 8.755 475.60 13.18 119.56 61.54 0.9974 3.76E-04 0.370 5.608 49,31 31537 1506 1* 6197 0.0W6 45 4 0M 3.62 109628 4,4671 1192 8.754 475.52 13.39 118.40 61.54 0.9874 3.77E-04 0.370 5.609 49.761 3.6596 1605 .01* 61*0 077 450E-64 0.W 3.82 106,.61 4A62 1181 8.754 475.37 13.59 11925 61.55 0.9"73 3.77E-04 0.370 5.609 49.64 3.6653 1504 W11.6 n 6 4*6E44 0.0 30 166,46 46 1161 8.753 475.22 13.79 119.11 61.56 0.9873 3.78E-04 0.370 5.609 49,628 3.6709 1503 101.50 61.M 0.77 4.51E604 0.3D2 3.62 10.433 4.460M 1191 8.752 475.07 13.99 118,97 61.55 0.9973 3.76E-04 0.370 5.609 49,564 3.6763 1502 1.14 61.06 0.SM 7D 4Si-W 0.2 3.652 106371 460 s1101 8.752' 474.92 14.19 119.63 61.56 0.9873 3.79E-04 0.370 5.609 49,502 3.6816 15601 101A.0 SIM0 0. 4.01604 0,M 3002 10311 4.4719 1160 8.751 474.79 14.39 116.69 61.56 0.9.73 3.790-04 0.370 5.609 46,441 3.9868 100 101.34 01.6I O077 4.1S.-0 0.382 3*0 10925 4.474 t166 8.751' 474.64 14.59 118.56 61.56 0.9973 3.90E.04 0.309 5.609 49,382 3.6918 1500 10129 61* 0."077 41E4 0.362 3A 1061195 4A472 116 0.750 474.51 14.79 118.43 61.57 0.9973 3.90E-04 0.369 5.608 49.324 36948 1490 101.36 6M1 0.87 4.54 0.6 33852 106,139 4A0 N166 8.750 47437 14.99 118.30 61.57 0.9873 3.81E-04 0.369 608 49.267 3.7017 1498 101.1 61.M 0.90M 4.12040 03M 3*02 I1D604 4*014 1160 8.749 47425 15.19 119.18 61.57 0.9873 3.81E-04 0.369 5609 49.212 3.7065 1497 101.15 S1.6 "0 4-42-4 0.6 3.02 164,030 4,410 l16p 8.749 474.12 15.39 t16.08 61.58 0.9973 3.62E-04 0369 5.608 49157 3.7111 1497 10.10 6IM 0.0977 4 4 0.362 3.802 107,071 4474 t116e 8.749 474.08 15.59 117.94 61.8 0.9973 3.92E-04 0.369 560 49104 3.7157 1496 106.0 61,8 0.0 453846 0.6 3.0 107,627 4*6 99 1 .748 473.07 15.79 117.83 61.59 0.9973 3.83E-04 0.369 5.609 49.052 3.7203 1495 101.01 1.9 0.967 4-53E04 0.3o2 32 167.030 4.4111 Il" 8.748 473.76 15.99 117.71 61.58 0.9973 3.63E-04 0.369 5.609 49,001 3.7247 1494 160.87 16 DAM 4.53E44 0.W 392 107A027 4.4945 114 8.747 473.64 16.19 117.60 61.59 0.9973 3.83E-04 0.369 5.60 48,951 3.7291 1494 100.92 61.90 0 7 .4.0. 0.362 3*0 107,776 4.K7 116t 8.747 473.52 16.35 117.49 61.59 09873 3.84E-04 0.369 6.609 48,902 3.7334 1493 160.58 61*0 DAM 4*46-06 0.362 3.62 107,731 4*61 116 8.746 473.41 16.59 117.38 91.59 0.9973 3.94E-04 0.369 5.609 48,853 37376 1492 1400 6i1.0 0.677 446E-04 0.302 3452 1076 4.0102 1a18l 8.746 473.36 16.79 117.28 61.59 0.9873 3.65E-04 0.369 5.609 48.806 3.7417 1492 1006 61.86 0.77 4 E04 V0 3*02 107"30 4.500 1166 8.746 473.18 16.98 117.17 6119 0.9873 3.65E-04 0.369 5.609 48,760 3.7458 1491 100.76 S1t. 0.*77 4.54E44 0.362 30 11807,584 406064 1198 8.745 473.09 CakW-P444-3 A112-2_SDCý_Coofld-oomnrne50Qx1.;

Covlorok 2 32108 21P 3/29/208.12751 PM Calc 17321-01-PM-44-3, Shutdowo Cooing Tim2 Attachmet 2, Page 79 T 1 , r~1~1__ 0 1 1 ~ I ~ + I Dome, Total CCW Time SDC NX lobe side I 8Dc NXF llds C Tt,o Ts,o WDC Duty Iterate Iterate Qowe CCW Duly Total other I CW Row 8CCWH. CCWDuty pe. HX CCW Terrp I 1 hre 9.39 9.59 9.79 9.99 10.19 10.39 10.59 10.79 10.99 11.19 11.39 11.59 11.79 11.99 12.19 12.39 12.59 12.79 12.99 13.19 13.39 13.59 13.79 13.99" 14.19 14.39 14.59 14.79 14.99 15.19 15.39 15.59 15.79 15.99 19.19 19.39 16.59 16.79 16.99 1,478.125 1,474,519 0,700 1,479,362 1,474.727 0.701 1.470,579 1.474,919 0.701 1.479,780 1.475,097 0.701 1,479,966 1.475292 0.701 1,479,140 1,475,416 0.701 1.479.303 1.475.561 0.701 1.479,456 1,475,696 0.701 1,479,600 1,475,824 0.701 1.479,736 1,475,945 0.701 1.479,965 1.476.060 0.701 1.479.989 1.479.169 0.701 1,480.106 1,476273 0.701 1.490,219 1,479.373 0.701 1.480,327 1,476,469 0.701 1,480,430 1.476.561 0.701 1.480,530 1,476,650 0.701 1,480,627 1.476.736 0.7011,476.819 0.701 1.480,910 1.476.,99 0.701 1,480,699 1.476.977 0.701 1,480,982 1,477,052 0.701 1,481,065 1.477,126 0.701 1.481,145 1,477.197 0.701 1,401,223 1.477,267 0.701 1,477,334 0.702 1,481,373 1.477,401 0.702 1,481,446 1.477.465 0.702 1,481,517 1,477,528 0.702 1,481,586 1,477,590 0.702 1,481,653 1,477,650 0.702 1.481,719 1,477,709 0.702 1,481,784 1,477.767 0.702 1.491.847 1,477,823 0.702 1.481,910 1,477.879 0.702 1,481.970 1,477,933 0.702 1.482,030 1.477.986 0.702 1.482,089 1,479,038 0.702 1,482.146 1,478,090 0.702 NTU tifeclvlene.

DT Tt,o 1.925 0.604 25.71 111.32 1.633 0.604 25.40 111609 1.632 0B60 25.10 110" 6 1.630 0.603 24.63 110.65 1 A29 0,603 24.58 110.47 1.29 0.603 24.34 110.2 1.627 0.603 24.12 110.12 1.626 0.603 23.91 109.96 1.625 0.603 23.72 109,91 1.624 0.603 23.53 109.67 1.623 0.603 23.35 109.53 1.922 0,602 23.19 109.40 1.21 0,602 23.02 10928 1.0620 0.602 22.67 109.16 1.620 0.602 22.72 109.05 1.619 0.602 22.59 100.94 1,.61 0.602 22.44 109.83 1.618 0,602 22.30 108.73 1617 0.602 22.18 109.63 1,616 0.602 22.05 109.53 1.16 0.602 21.93 108.44 1,615 0.602 21.81 108.35 1.615 0.602 21.69 108.26 1.614 0.602 21.58 108.17 1,913 0.601 21.47 100.09 1.613 0.60t 21.37 108.01 1.612 0.601 21.29 107,93 1.612 0.601 21.16 107.85 1.611 0.601 21.06 107.77 1.611 0.601 20.96 107.70 1,610 0.601 20.87 107.63 1.610 0.601 20.78 107.55 1.609 0.601 20.69 107.48 1.609 0.601 20.60 107.41 1.609 0.601 20.51 107.35 1.608 0.601 20.42 10728 1.609 0.601 20.34 10721 1.607 0,901 20.25 107.15 1.607 0.601 20.17 107.09 N p I o I -TU 1o a OTo 2,106,942 2.105.9050 M 4" A 16.61 2 9.12 2,106,114 M A 01 M 17076 2:,100076 2.1:695'2 MA MA 17a66 2,1190"S 210,2129 A MA 00k 117,4 2,110,.911 2,10,57M MA MA" MA 17.22 2.110.042 21906= MA OMA #A 5736 2,1106,911 2.01 47 MA MA " MOA 1.31 2,1I.II 2,105,409 MA MWA MWA 15.79 2,110,M27 2.1649 MA MA MA IBM 2,599,236 2.199.49 MA MWA MA 16.90 2,110,393 2,991.n3 MA MA Ma 96.27 2,516290 2.1055.994 MA M1 MA 96.3 2,110.401 26,66m6 MA MA MA 16.14 2,119.46 2,1095.17 MA MA M 9I6M 2,196,497 2.9109.667 MA Ma" MA 19.90 2:,'9.9 2.19,793, OUA MA MWA 16.74 2,199,667 2,105,N MA MA Ma 15.64 2,19.916 2.199766 MWA MAl MAA 16.6 2.1160,42 2.105.70 P&A MA MA 15,46 S291,6Z69 2 04 MAI M MRUA 19.26 2.596,64 2.105.427 W MA MA 15.30 2,156,753 2,169.69 MA MA MWA 9522 2.110.743 2.109.67)

MA Ma" MA 99.14 2 116,707 2.169.66 MA MA MA 56.9 2.510.790 2,999.996 MA MA MA 4 2,110.91) 2,1.632 MA MA MA 14.62 2,,119326 2.,1666 MA MA MA 94.69 2,956,6 Z 05.56976 916A MA M4A 14.76 2A119.67 2.0,199,666 MIA MOA MA 14.71 2,110MU 2.1069.14 MA MA MWA 14A64 2,116,916 2.169.80 MWA MA MA 14.30 2,110,037 2,969,66 MUA MWA MA 14.64 2.199.99 2.9,666M MA Ma" MA 14A*2.199.97 Z019996 MA MA MA 94.26 2,199,64 2.999.903 MA MWA MA 14.33 2,591,612 2,506,129 MA MA MA 1427 2,1911090 2,969.137 MA MNA MA" 14.29 2,191,666 2,109.993 MA MA amA 14.16 Ts.o 112.47 1112410 111.73 111-32 951.54 111.14 11636 Ita IWAe 110.39 I5D9.97 1099)109.7)10.41 ,..e31 169.11 1111,1.8 106.75 9low9 16,,99 508.42 166.19 1011.12 107.34 Bkft emniftft~

I m96osoj IPmm TT ,nnmool~r Tsoo 37.91 111.32 112.47 7.358 4527 8,100 3 15.09 94.46 37,45 111.06 112,20 7.358 44.81 9,100 3 14.94 94.41 37.02 110.86 111.96 7.358 44.38 8,100 3 14.79 94.37 36.63 110.69 111.73 7.3568 43.99 9,100 3 14.66 9433 3626 110.47 111.52 7.358 43.62 8.100 3 14.54 94.30 35.92 11029 111.33 7.358 4325 5.100 3 14.43 9427 35.59 110.12 111.14 7.358 42.95 8.100 3 14.32 9423 3529 109.90 110.97 7.359 42.65 6,106 3 1422 9421 35.06 109.61 110.81) 7.358 42.36 5.100 3 14.12 94.16 34.73 109.67 110.65" 7.358 42.09 0.100 3 14.03 94.15 34.47 109.53 110.50 7.358 41.83 89100 3 13.94 94.13 3423 109.40 110.36 7.358 41.58 8,100 3 13.86 94.10 33.99 10928 110.22, 7.358 41.35 8,100 3 , 13.78 94.08 33,76 109.16 110.09 7.358 41.12 8,100 3 13.71 94.06 33.55 109.0i 109.97 7.358 40.90 8,100 3 13.63 94.04 33.34 108.94 109.851 7.358 40.69 .,100 3 13.56 94.02 33.13 108.83 W09.731 7.358 40.49 8,100 3 13.50 94.00 32.94 109.73 109.62 7.358 40.30 ,.100 3 13.43 93.9e 32.75 108.63 109.51 7.358 40.11 8.100 3 13.37 93.96 32,57 109.53 109.41 7.358 39.92 8.100 3 13.31 93.94 32.39 108.44 109431 7.358 39.75 8,100 3 1325 93.93 3221 109.35 109.21 7.358 39.57 .,100 3 13.19 93.91 32.05 10826 109.11 7.358 39.40 .8100 3 13.13

• 93."9 31.98 108.17 109.02 7.358 3924 8:,00 3 13.08 93.88 31.72 108.09 108.93 7.38 39.9 8,100 3 13.03 93.66 31.57 108.01 108.94 7.358 38.92 9,100 3 12.97 93.85 31.41 107.93 108.75 7.358 38.77 8.100 3 12.92 93.83 3127 107.95 108.67' 7.358 38.62 9.100 " '3 12.7 93.82 31.12 107.77 108.58 7.358 38.48 9,109 3 12.93 93.81 3098 107,70 108.50 7.358 38.34 9.100 3 12.79 93.79 30.84 107.63 109.42_ 7.358 3820 8,100 3 12.73 93.78 30.70 107.55 101.34 7.358 38.09 0,10o 3 12.69 7 30.57 A107.4 7.356 37,93 8.10 3 13.6 *375 30.44 107.41 109.19 7.358 37.79 8.100 3 12.60 93.74 30.31 107.35 108.12 7.358 37.67 9 106 3 12.56 93.73 39.18 107.28 108.05 7.350 37.54 9,100 3 12.51 93.71 9..09 107.21 107.97 7.358 37,42 8,100 3 12.47 93.70 29.94 107.15 107.91 7,358 37,29 8,100 3 12.43 93.69 29.82 107.091 107.84, S7353 37.19 8.100 3 12.39 93.68 Calo.PM44-3 A02-2._SDC_CooldonTmneoi85QOdos; Cooklow2 3,19F0. 12:51 PM Calc 17321-01-PM-44-3, Shutdown Cooling Time Attachment 2, Page 80 Shutdown Cooling Temperature Transient with 90F River Water SDC Hx Fouling = 0. hr-F-sqft/Btu, CCW Hx Fouling = 0. hr-F-sqft/Btu 370 330 290 250 LL 2 210 0 0.E I-170 130 90 50 170 160 150 140 u.4-130 0.E 120 0-Pri Cool Temp-SDC Return Temp-CCW Temp 110 100 90 0 4 8 12 16 Time, hours 20 Calc-PM-44-3 Att2-2_SDC_CooldownTimel850Q.xls; Chart2 3/29/2008,12:51 PM Calc 17321 PM-44-3, Shutdonm Cooling Time Attachment 2, Page 81 Shutdown Cooling Temperature Transient with 901F River Water SDC Hx Fouling -0.00418 hw-F4qft/Btu, CCW Hx Fouling 0.0015 hr-FGqfdBtu Mial IRCTep ,F sag SDC HX CCW HX Mial Time 2 2754 She Film Mulffe. 0.09751 RCS Temperure aft.e 8 hovr 222.08 Shell Fif. Re p-er 0.61709 Time aie to 130F Prlmwy Ceolafft Temp 66.02 I4 CCW o SDCHo 1850 Shel Fire Pr po 0.333 Time ae9" SOC Wfto. to 13OF PC Temp 64.02, CCW Flow Step Temp 275 Foulnqg (tota0 -tube silde) 0.00418 $ 0.0015 Decwy heat equcieum at 9OF ev termp 64.37 1 --0.00419 0.004 Time Step Q(D) P(pp) POP) Psdc Total dTrc Tube mmatof deoF/t-e , PI Tti TOt.o 0. pm Pi Ta,, Ta.o 2.009 0.1 54.96 ge 1.5 -107.42 -32.95 -29.05 3000 315 350.00 272.14 1180 9f 1012111 22 2.10 0.10 54.107 10 1.5 -106.17 -32.506 .29.60 3000 315 347.00 270.13 1 8 0 6 105.413 MA 2.20 0.10 53.300 t8 1.5 -164.93 -32.13 -29.21 3000 315 344.04 268.15 IM80 9 1046 1 5 m93 2.30 0.10 52.540 18 1.5 -103.71 -31.67 -28.79 3000 315 341.12 236.19 10 IS 194.2 21eA1 2.40 0.10 51.022 10 1.5 -102.51 -31.19 -28.35 3000 315 33924 264.25 0low 8 104,87 217,0 2.500 01." 51.143' 10 1.5 -101.32' -30.69 -27.89 3000 315 335.41 282.34 1la80 98 162.5 N 2.60 0.10 50.500 19 1.5 -100.15 -30.10 -27.41 3000 315 332.62 260.46 198 15 1660 2M14.00 2.70' 0.10 49.6880 19 1.5 -99.01 -29.62 -26.93 3000 315 329988 258.61 198 06 10423 2.00 0.10 49.305 18 1.5 -97.88 -29.09 -26.43 3000 315 32719 256.80 1150 95 I0N4 2t2.,2 2.90 0.10 48.749 1s 1.5 -96.789 -20.53 -25.93 3000 310 324.54 255.01 1980 95 9103.5 210.74 3.00 0.10 48.211 18 1.0 -95.69 -27.97 -25.43 3000 310 221.99 20326 1wo 85 10 3.10 0.10 47.710ý Is 1.5 -94.63 -27.42 -24.92 3000 315 319.41 251.64 1M lo 91037 20.3.20 0.10 47.223 18 1.5 -93.09 -26.89 -24.42 3000 315 316.92 249.85 1030 895 154 206.7 3.30 0.10 46.756 1 1.5 -92.56 -26.31 -23.91 3000 315 314.47 248.20 198o 86 103A 0 3.40' 0.10 46.307 18 1.5 .06 -25.70 -23.41 3000 315 312.09 246.09 less 9.5 10328 20.23 3.50 0.21 450.76 19 1.5 -90.58 -.2520 -22.91 3000 315 309.74 244.99 180 80 103.19. 2031 3.71 0.21 45.24' 10 1.5 -88.57 -24.05 -21.86 3000 315 304.95 241.73 19.9 95 102. 26551 3.92 0.22 44.217 10 1.5 -86.62 -22.90 .20.82 3000 310 300.28 238.16 am 95 102.15 1t9.7 4.14. 0.23, 43.400 10 1.5 44.71 .21.76 -19.79 3000 315 296.74 23548 a1m0 98 I2AI I980 4.37 0.24 42.702 1s 1.5 -82.02 .20.62 -18.74 3000 315 291.21 232.37 1614 98105 .19. 9,,.34 4.61 0.25 41.970 10 1.5 -90.93 -19.46 -17.69 3000 315 29.671 229,30 i11 95 10182 19 A 4.86 0.27 41.253 Is 1.5 -79.06 -18031 -16.64 3000 315 26224 226.24 19M8 98 Isa IS5 5.13 0.29 40.547 10 1.5 -7710 -17.15 -15.59 3000 315 217.70 22320 am 8 9II MM 0 5 5.41 0.360 390.51' 10 1.5 -93.00 -33.64 -30.50 3000 315 273.39 207.63 4244 8 10.0 147156.71 0.32 39.161 1I 1.5 -88924 -29.59 -26.89 3000 315 204.20 202.00 42 98 102.9. 1440 6.035 0.16 38.476 10 1.5 -83.79 -25.81 -23.46 3000 315 255.58 196.69 424 95 1021 14224 6.20' 0.'19 0 '.145 16 1.5 -981.80 -24.16 -21.96 3000 315 251.75 194.32 424 0 102.03 0.4104 6.384 0.211 37.783' 1s 1.5 -79.69 -2241 -20.37 3000 315 247.66 191.80 4240 0 101.711 1.39.7 6.60 0O2 37.384' 8I 1.5 -77.450 -20.56 -18.70 3000 315 243.32 19.11 425 9 IOA? 139.6.92 0250 36.976 1 1.5 -7525 -10.77 -170.07 3000 315 239.07 1850 4W 98 101.10, 137A1 7.07 027 36.557 I6 1.5 -73.09 + -17.03 -15.48 3000 310 234.88 1836.06 420 9 100.91 , 7.34 029 36.121 1 1.5 -70.95 -15.33 -13.93 3000 315 230.74 101.28 249 85 105 34 3 7.63' 0.32 35.067 10 1.5 -68.64 -13.67 -12,43 3000 315 226.65 178.73 42S 6 80 92M 0334 7.95' 0.36 35.192' 10 1.- -66.77" -12.09 -10.98 3000 315 222.64 176.22 420 06 19.6 131 AS 0.31 0.40 34.694, 18 1.5 -64.74 -10.54 -9.59 3000 315 210.70 173.70 65 652 130,64 0.71' 0.46 34.16* ' 1 1.5 42.775 -6.00 -9.26 3000 315 214.4 171.33 4246 80 "Ad 12A5 9.171 0.2 33.610, 19 1.5 -60.81 -7.70 -7.00 3000 315 211.08 198.96 439 80 12.29 9.69 0.61 33.015 10 1.5 -0.963 -6.42 -5.83 3000 315 207.43 16+.66 85 0 AS 627.10 10.30 0.71 32.37S 10 1.5 -07.11 -5024 -4.76 3000 315 203.90 164.43 424 95 9.1 125 11.01 0.06 31.6i0 10 1.5 -55.30 -4.18 -3.80 3000 315 200.50 16220 4245 95 UM.5 124J3 11.87 1.005 30.923 0 1.5 -53.69 -21.26 -19.33 3000 315 10724 16022 424 85 3. 13 12.92; 1.322 30.087 0 1.5 -43.42 -11.84 -10.76 3000 31S 17724 147.47 425 80 308 117.5 14.23t 0.26i 29.1590 0 1.5 -4196 -05.3 -5.03 3000 315 163.09 138.38 424 9 6 80 .02 11322 14.49 0.46 28.9= 0 1.5 -35.52' -5.03 -4.57 3000 315 161.77 137.63 4246 85 3 112Mal 14.96 0.99' 28.604 0 1.5 -34.43 -424 -3.50 3000 315 159.64 136.16 445 98 05.1 112.14 15.95 1.09 28A103 0 1.5 -32.48 -.68 -2.62 3000 31S 155.61 133.66 4245 96 05 Ii A 17.00 1.30f 27.009 0 1. -31.03 -2.02 -1.63 3000 315 152.95 131.83 424 6 80 OM. I 2 M1 18.34 1.91 26.664 0 1.5 .29.62 -1.45 -1.32 3000 315 150.57 130298 4246 98 S. 1009 20.25 2.73 26.017 0 1.5 -29.53 -1.02 -0.93 3000 315 148.05 129.60 4240 95 MM 1. M 22.98 2.52 24.979 0 I15 -272 -0.78 -0.71 3000 315 145.53 127.01 4M 98 901 1071 25.81 3.22: 24.059 0 1.0 -2924 L 0. -.62 3000 315 143.53 125.70 44 80 64A5 107.13 29.03* 3.99 23.162 0 1 1.5 -2523 4.07 4.52 3000 31V 141.53 124.40 4240 80 94M5 105i CaWh-P-44-3 At2-2._SDCCooldomnime1850Qljfs:

CoOhlMý3 3/292008, 12:51 PM Calc 17321401-PM44-3" Shuownoa Coofg Time Afttchment

2. Page 82_ _ _ -~ i + I 1 4 I I I I 1 1 t I 1___ 4 + + I + F -l 4 1 F -t F -1 I I I I Time Tub.I- Te k R.. Lr Re L.m -0t I rok e I I 02I I 1id Re I k 2.00 311.07 55.59 1.0315 1.18E-4 0.395 5.609 143331 1.1107 2326 164M* 60. 1.10 2.M64 0.33 8.661 9M6 2A347 69 9.533 158.71 2.10 308.57 55.70 1.0305 1.19E-04 0.395 .609 142208 1 .1202 2321 163,1 610.92 1.000 2*6-0 0,33 16 80,374 24613 966 9.523 158.01 220 306.10 55.60 1.0296 121E-04 0.395 5.609 141,091 1.1298 2315 1I63.M 0.96 10 2IM 2 644 0.362 1 /14 7.M83 6 4 9.513 156.51 2.30 303.65 55.91 1.02N 0.396 5.606 139.901 1.1395 2309 1621 60.6 5 8 2*4602 .6- 04 t.601 79,420 2A*4S 8s3 9.504 158,41 2.40 30125 56.01 1.0279 123E-04 0.396 5.609 138.880 1.1493 2303 16129 60.97 1.6967 2.S6664 0.9 1.51 2.5601 851 9.494 158.34 2.50 298.88 56.11 1.6271 1.24E-04 0.396 5.609 137,790 1.1593 2297 160.47 606 1"168 .362 1.5*1 784265 2.5175 N !49 98404 15824 2.60 296.54 5621 1.0263 125E-04 0.396 5609 136.712 1.162 2291 188.8 81.00 1*66 2*504 0.362 1.1 2.633 846 9.75 158.14 2.70 29425 56.30 1.0255 1.26E-04 0.396 5.609 135.646 1.1793 2295 158 , 6 1.02 16 2.70E-04 0.341 1.6 T760 2J965 W 46 94A66 158.04 2.80 291.99 56.39 1.0248 1.2W0-04 0.396 5.09 134,593 1.1894 2279 168.81 61 A. 1.0004 2.72.04 0.361 1.61 77.160 2.684 946 9.457 157.94 2.90 289.78 56A4 1.0240 129E-04 0.96 5.609 133,555 1.1995 2273 167M 61* 1.0666 tom 64 4 0.381 1.M 70.743 2*4 643 9.447 157.04 3.00 287.60 5657 1.0234 1.302E4 0.396 8.609 132,531 12097 2267 166.6 61.06 1.83 2.76-64 0.381 1.561 78.3 2*663 602 9.439 157.74 3.10 265A7 56M 1.0227 1.31E-04 0.396 5.609 131,523 12199 2261 11.6 61* 1.0003 2.7S.644 0.381 1.1 ?918 2.*141 640 9A30 157.6!32. 20326 506.74 I.0220 1 .22-04 0.396 5.609 130.030 1.2301 2255 156.18 41.0 1.0006 2.78E04 6.36 1.J61 7S'-13 2*27 636 9.4211 157.51 3.03 281.34 56.62 1.0214 1.34E204 0.396 5.609 129.554 12403 2249 16848 61.10 114 1* I S#I 76.126 2*498 407 9.413 157.4.3.40 279.33 56.90 1.0209 1.35E-04 0.396 5 909 128,594 12506 2243 163.78 61.12 1i.9101 E04 1 *1 74,744 2.666 a1n 9.404: 157.3(3.56 277.36 56.98 1.0202 1.36S044 0.396 5.609 127,681 12608 2237 163M 61.13 1.60 2A644 0.300 1*51 2*76 834 9.3965 15721 3.71 273.34 57.14 1.0191 1.39E-04 0.296 .609 125,711 12623 2225 151.71 61.19 1 l9l. 2ASE-04 80.M 1. 73,W5 2.7069 631 9.379 157.01 3.92 269.42 5729 1.0180 1.42E04 0.396 5.609 123.807 1.3042 2213 150.36 61.16 DJ.96 2.3644 0.7 1.591 72M620 2. 361 9.3631 156.i 4.14 265*0 57A3 1,0170 1.44E-04 0.396 5.609 121,943 1A284 2200 146* 61201 0.96 2.1A044 0.3789 0ý.1 72J46 2.1190 636 9.346 156.601 4.37 261.79 57.56 1.0160 1.46E.04 0.396 5.609 120.076 1.3494 2188 147.1 612* 8.99 2.9E044 0. 7 1.68 9 71.423 26 623 9.330' 156.5(4.61 258.00 57.72 1,0156 149E04 0.396 S.606 118.209 1.3732 2175 146W46 612 CM 2*6-64 0.376 1.591 70,712 2*33 IN 9.314 156.31 4.86 25424 57.65 1.0141 1.2E-04 0.396 5.609 116,346 1.3977 2162 146,17 61.2 0.9996 3.01-04 8.78 1*51 70*67 2A6 a17 9.298' 156.1 5.13 250.50 57.99 1.6132 1.54E-04 0.396 5.609 114,487 1.4232 2149 143.60 91.30 090 3*6644 0.377 1MI N,.0 1815 .28,3 1:5.5 5.41 240.51 56.12 1.0110 1.62E04 0.393 5.609 109,079 1.492 2106 125M6 t. 0.090 3 4 0.372 32 MAN 343 191 9.199 17.31 5.71 233.10 58.40 1.0095 1.6904 0.394 5.606 105.400 1.-2557 2076 123.61 61*A .9066 3*164 0371 i 3.12 13432 3.5067 1254 9.171 16.9 6.03 226.14 68*4 1.0082 1.75E-24 0.394 5W09 101,927 1.6161 2051 132.27 8e1A 6.63 3.87E04 0.370 3M2 13.668 3.5m 1278 9.145 166.61 6.20 223.03 50.75 1.0076 1.7E244 0.293 5.609 100.376 16446 2038 12l.54 61* AS 3DAM 1S*604 0.370 3.62 131. An 3*6 126 C.134 166.44 6.3i 219.73 58.87 1.0071 1.62E04 0.293 5*09 96.722 1.6780 2025 136.76 61.70 0.9M 3.72E04 376 3A52 3.6140 1271 9.121 16621 6.60 21622 58.99 1.0065 1.85E-04 0393 5.609 96.961 1.7108 2010 119.93 61.71 CAW 3A644 0.370 3A2 1266 9.108. 166.0H 6.82 212.77 59.11 I.00O9 1.9E-04 0.392 5.609 95.232 1.7463 1995 116.12 6i.73 DAM 3.36644 0.66 3*2 12S6*1 356 136 9.096 165.61 7.07 209637 5622 1.0004 1.93E-04 0.392 5.606 93.526 1.7826 1981 11.3 61.74 .3IIE-04 8,9 3*2 127A6 1.7M 1262 9.083 165.7(7.34 20921 59.33 1.0049 1.97E04 0.391 56A 91.642 1M201 1966 11 7M *1.78 3A69-04 0.366 3*52 126.9W 3.7383 126 9071 165.5N 7.3 22A SO.44 1.0044 2.01E-04 0.391 5.809 90.179 15658 1951 116&7 41e.7 066 39844 OMB 3.2 16m* 31 7w 1256 9.056 165.31 7.95 168943 59.54 1.0040 2.05E-04 0.390 5.6 68.543 1.8977 1937 118. 41.77 .666 3.3604 6.6 136 126.I3 3.76 1262 9.046* 165.1X 8.31 19622 59*64 1 .0035 2.09244 0.ý300 5 .609 96.930 1*, 379 1 922 116.233 41,76 UM66 3 22E40 O*6 3.662 124wM 3.8M6 1246 9.0341 164*, 8.71 193.09 59.74 1.0031 2.13E204 0.368 5*6 85.368 1.9787 1907 114.4* I1* 696 3.A4 0.3 3*2 123.39 32M 1346 9.0231 164.71 9.17 190.02 59.84 1.0028 2.17E44 0.389 5.60 93,837 2.0201 1893 113.'7 6151 8C666 3.86661 o6 3*2 13226 3A. 1 9 164.51 9.69 187.05 56.93 1.0024 222E-04 0.36 5.609 2,351 2.0618 1$79 1M14 el1* 0.69 4.3644 0.3 3A82 121,711 3A 1 9.000 184.34 10.30 184.16 60.01 1.0021 226E.04 0.388 5.600 $0.015 2.1037 165 112.40 8I.S CAN 4.4548 0.367 m 1292 .89 13.1 11.01 181.39 60.10 1.0016 2.30E-04 0.387 5A09 79,534 2.1456 1851 011.78 61.64 0.978 4 E. 4 .35 362 120,18 3 1 .977 163.11.87 176.73 60.17 1.0015 2.34E44 036 S09 78,213 2.1871 136 111,13 el1*5 6M6 4*9E40 6 3M2 I 19,447 44 1232 6.966' 163.71 12.92 162.36 80,63 1.0000 2.63E-04 0.383 5.609 70.149 2A771 1754 81*ýW C6M 424E.54 0.366 3.862 18.046 4.17T 1218 8.900 162.61 1423 150.74 60.93 0.9991 2.62E-04 0.380 5.606 64.512 2.7261 1691 10408 681.94 OM S 4.2644 8.64 3*82 1196 4,3 1264 8.855 161.61 14.49 149S 60*6 0.0990 2.90E-04 0.379 5.609 63,990 2.7515 16885 137 614 097 4.27604 111,78 4.3 1260 8.050 181.61 14.96 147.90 61.00 0.9969 2.94E-04 0.37 5609 63151 2.7934 1675 103.5 81.64 0.67 4.36546 6.6 3*6 111215 4-U6 1202 0.44 161.41 15.95 144.75 61.06 00987 3.02E04 0.37 5609 61,642 2.8716 1657 16823 61* 0*677 443.44 6.33 3.662 110,388 4.3700 1196 8.32 161.11 17.05 142.39 61.13 0.0965 3.08E-04 0377 5.609 60,519 21325 1644 MAC*6 6I* 6.67 4A4864 CAW 3.62 1D6112 4A847 1196 8.8231 160.9t 18.34 146.43 61.18 0.9684 3.1384 0.377 5.60 59,589 2*848 1632 108,4 81.97 19677 4.4144 3A.2 1631 4A279 11984 8.816 160.81 2025 139.38 6123 0.9983 3.6E-04 02376 5.609 58,605 3.0421 1620 189.78, 6.7 867? 4A4644 O= 3M62 167 4 1 11982 8.600 160.61 22*0 136.27 6127 0*962 324E204 0.375 8*09 57.626 3.1012 1606 l162 SIM 877 432E-04 6.6 3*82 16,161 4A776 1180 8.800 160.44 25.1 134.61 61.31 0.9661 3292E-4 0.375 5.609 56.851 3.1494 1599 I98 wo

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• 4VA *4/A *M/A 76.87 270.13 603A 104,70 0.666 0.6 SAN 117.36 2.48 106.17 270.13 222.48 7.358 113.52 8.100 3 37.84 105.13 220 1,342.728 1.382.522 M4/A *4/A *4/A 75.90 260.15 664.1 0402 CAW S SAS 116.86I 2 3 104.93 268.15 220.93 7.358 112.29 8.100 3 37.43 104.98 2.30 1.345235 1,383.19 #4A *M/A */fA 74.94 286.19 604.413 6.09 0AM 0N SA 114.86 296.41 103.71 266.19 219.41 7.358 111.07 8.100 3 37.02 104.82 2.40 1,347.690 1.395295 *8A M4/A *8/A 74.00 28425 664,6 905.M6 A5 of 0 SAMS 11323 217.8 102.51 264.25 217.90 7.358 109.86 8,100 3 36.2 1067 2.50 1.350.0M9 1,386,649

• 4/A *4/A *4/A 73.07 262.34 6O0 066w 6.63 0A7 SASS 011J6 21642 101.32 262.34 216.42 7,358 108.68 8.100 3 3623 104.52 2.60 1.352,434 1,307.979

• 4/A M*/A *8/A 72.16 290.46 W AM 0.77 SA 11i55 214.68 100.15 260.46 214.96 7.358 107.51 8,100 3 35.94 104.38 2.70 1.354.723 1.389284 *4/A *4/A *4/A 71.27 258.61 066.384 605,83 0D2 0DM SAM 1060.30 213.53 99.01 258.61 213.53 7.358 106.37 9.100 3 35.46 104.23 2.90 1.356,957 1,390,565

• 4/A *4/A *4/A 70.39 256.80 16515- 906,007 S52 0.975 5,484 108.04 212.12 97.89 256.80 212.12 7.308 10524 8,100 3 35.08 104.09 2.90 1,359,135 1.391.821

• 8/A *4/A *4/A 69.53 255.01 956,040 066.176 0.651 0.574 SA8 150.8 200.74 96.78 255.01 210.74* 7.359 104.13 9,100 3 34,71 103.95 3.00 1,361,259 1.393,052

• M/A *4/A *4/A 6U.69 253.26 96,060 66636 0.60 0.97 0.484 CN 0.60 20.36 95.69 253.26 209.39 7.308 103.05 8,100 -34.35 103.81 3.10 1.363,329 1,394.258

• 4/A *4/A *4/A 67.87 251.54 68.7 96,613 S S 0.3 S.484 10425 206.08 9413 251.54 208.06 7.358 101.98 9.100 3 33.99 103.67 3.20 1.365.344 1.395,439

• 4/A *4/A *8/A 67.06 249.85 908,485 666574 0" U72 CA6 16322 206.76 93.58 249.65 206.76 7.308 100.94 8,100 3 33A5 103.54 3.30 1.367.307 1.396.595

• 4/A M*/A *4/A 6628 248.20 86.6 906.603 0.640 07 0.484 10217 2654 92.56 2486.2 200.40 7.358 69.92 9,100 3 33.31 103.41 3.40 1.369.218 1.397.726

• 8/A *8/A *8/A 65.51 246.58 MONO O10 cis" 6 071 1OM 204323 91.06 246.58 206.23 7.350 98.92 8,100 3 32.97 10328 3.50 1,371,078 1,398.832

• 4/A *4/A *8/A 04.75 244.99 60560 967.137 0 0.483 "M 233 90.58 244.95 203.01 7.300 97.94 9,100 3 32.65 103.16 3.71 1.374,850 1.401.093

• 4/A *4/A *4/A 63.22 241.73 90745 907148 0.566 SAS 5.463 67.60 mt 69.07 241.73 200.51 7.358 95.93 8,100 3 31.98 10210 3.92 1.378,483 1,403.293

• 4/A *8/A *8/A 61.72 238.56 6074860 607.743 0.47 Dim SAP3 95.42 160.07 86.62 238.56 198.07 7.308 93.98 8,100 3 31.33 102.65 4.14 1,381,979 1.405.430

• 4/A *4/A *4/A 6029 235.46 O62 065" CA" 06 SAS3 93.26 19610. 04.71 235.46 195.70, 7.350 92.07 8.100 3 30.69 19241 4.37 1,385,410 1,407,555

• 4/A *4/A *4/A 58.94 232.37 BOOM 90.19 05 C06 0.482 66.00 163.34 92.82 332.37 193.34 7.358 90.18 8.100 3 30.06 102.16 4.61 1,388.602 1,409,667 8/IA S4/A *4/A 57.41 229.30 60686 80654 0.46 O. 6 0A62 691 16.60 60.93 229.30 191.00 7.358 89.29 8,100 3 29.43 101.92 4.86 1.392,125 1,411,761

• 8/A *0/A *8/A 66.00 22624 084.32 90.64 044 0.102 0S4A " 16617 79.06 226.24 188I 7 7.359 86.42 8,100 3 20.81 101.68 5.13 1.395.386 1.413.937 f4/A *4/A *4/A 04.60 22320 666.671 0 62 0.643 0.6 .1 84. 16.35 7720 223.20 186.35, 7.358 94.56 8,100 3 28.19 101.44 5.41 1,398,586 1,413.9M 0.675 0.594 0.387 95.77 207.63 2.399 844 P" ff6 44.36 W47 93.00 207.13 147.85 7.300 100.35 8,100 3 -33.45 103.47 5.71 1,405.139 1,418.494 0.677 0.591 0.386 6221 202.00 2.066.666 2.46.36 OVA a" V" 42.10 144.66 8.24 202.00 144.96 7.358 95.60 8,100 3 31.87 102.A6 6.03 1.411,140 1.422,694 0178 0.588 0.394 00.69 1S6O 9 2. I 9A 603 2 58 3 142.3 83.79 196.69 14224 7.358 91.14 8,100 3 30.38 10229 6.20 1,.413.764 1.424,552 0.67 0..57 0.384 57.42 194.32 2.16O r 2507"06 M0rA MA 360 141.04 81. 194.32 141.04ý 7.300 89.6 8,100 3 29.72 102.03 6.38 1.416,526 1.426.524 0190 0.585 0.383 55.06 181.M0 2,101.n4 2567466 #A N V" 3.66 13.70 79.69 191.80 139.75 7.358 97.05 8,100 3 29.02 101.76 6.60 1,419,428 1,42S.612 0.681 0.584 .302 54.21 189.11 2.101,734 20,3? 0M" *W6 a" 3 1303 77.45 189.11 138.39 7.368 W4.81 8.100 3 28.27 101.47 6.82 1,422.237 1.430.652 0.682 0.592 0.381 52.60 106.47 2,102J63 2.6.6 8A P" a" 36.J f 1376S 75.25 186.47 137.05 7.358 82.61 8.100 3 27.54 101.19 7.07 1,424,967 1.432.650 0,683 0.581 0,381 51.01 183.86 2,1146 250,714 046 MA #WA 382 73.09 183.86 135.73 7.358 90.44 8,100 3 26.81 100.91 7,34 1.427,632 1434,616 0.683 0.579 0.380 49.45 19128 210856 2 8 4 844 3 134.3 70.66 18129 134.430 7.358 78.31 8,100 3 26.10 100.63 7.63 1,435.227 1.436,545 0.684 0.579 0.378 47.92 178.73 2,103,M 2,66,407 #WA MA *" 2.79 133.14 68.04 178.73 133.14 7.358 7620 8,100 3 2.40 100.35 7.95 1.432,746 1,438,433 0.685 0.576 0.378 46.42 17622 2 8 #8/ 8 3116 11.86 66.77 176.22 131.09 7.300 74.13 8,100 3 24.71 100.8.31 1.435.187 1.440275 01686 0.575 0.378 44.95 173.75 2164,136 2.1 652 " 4 / 30.6 17014 64.74 173.75 130.641 7.358 72.10 8,100 3 , 24.03 99.82 8.71 1,437,545 1.442,069 0147 0.573 0.377 43.51 171.23 M 2,10 0 2,100%V 0 P" 2 36 138.43 62.75 171.33 129.43 7.358 70.11 8,100 3 2337 99.56 8.17 1.439.816 1,443,807 0197 0.572 0.377 42.12 168.96 2,1045 2,100704 046 0" 8 261 1. 60.81 168.96 128.25 7.358 68.17 8,100 3 22.72 99.30 9.69 1,441.994 1.445.486 0C66 0.571 0.376 40.77 196.66 210, A84 8446 2 6 l.107 58.983 166.66 127.10 7.358 6629 8,100 3 " 22.10 99.05 10.30 1,444,075 1,447.100 0689 0.506 0.376 39.47 164.43 2.18666 2.1 A 46 8446. 27.18 12616 57.11 164.43 125.66 7.300 64.47 8,100 3 21.49 90.81 11.01 1.448,053 1,448,644 019 0.568 0.375 38.22 16228 2,105.17 o m 86 3 55-14 162.28 124123 7.358 62.72 8,100 3 20.91 98.58 11.87 1,447,920 1M450.113 0.690 0.067 0.374 37.02 160.22 2 2,t034560 V 46 ow V" .123.90 53.69 160.22 123.0' 7.300 61.04 8.100 3 20.35 " 98.36 12.92 1A498.913 1,458.994 0694 0060 0371 25.76 147.47 20.06 1,103,460 S4A #8A */ 20.4 117T4 43.42 147.47 117.64ý 7.308 50.78 8.100 3 16.93 66.90 1423 1.446,136 1.464,810 0.696 0.554 0364 24.71 138.38 2,09.,14 2,104674 46A 846 OVA 17.20 113.22 36.19 139.38 113.22 7.358 43.55 9.100 3 14.52 696.02 14.49 1,466,785 1,465.347 0.696 0.504 0.368 2424 137.53 2.16647 2,10957 846 M*6 RM4 1616 112.8 35.52 137.53 112.81 7.358 42.88 8.100 3 i14.29 9 14.68 1.467,921 1.466206 0197 0.553 0C36 23.49 136,16 2.16014 2.104.844 A #A M " 1172.14 34.43 136.16 112.14 7.358 41.79 8.100 3 13.93 95.78 15.95 1,469,662 1.467.738 0.697 0.651 0.367 22.13 133.68 2,16665 SWA ow 185 110M6 32.48 133.68 110.95 7.300 39.4 8.100 3 13.29 95.52 17.05 1.471.012 1,468.867 0198 0.550 0.367 21.12 131.83 2,110,160 2 64860 06 N A 14.74 11Mm6 31.03 131.83 110.06 7.358 38.38 8,100 3 12.79 95.32 18.34 1.472,118 1.469,794 0.698 0.549 0.366 2029 13020 2.49.362 2.105,56 046 ~ 046 14.16 105.32 29.52 13025 109.32 7.358 37.17 80,00 3 12.39 95.16 2025 1,473,276 1,470.767 0M99 0.540 0.366 19.40 128.65 2,105,70 #W 046 *8A 13.6 16053 28.53 128.65 108.53 7.350 35.89 8,100 3 11.96 94.98 22.98 1.474,415 1.471.728 0.699 0.547 0.380 1-.52 127.011 2.1 1 2.16.64 114 8446 094 02.84 107.75 2726 127.01 107.75 7.358 34.61 8,100 3 11.54 94.81 25.81 1.475.307 1,472.482 0199 0.546 0.365 /7.92 /25.70 2. AN110 5 .106 84 1246 107.13 26.24 125.70 107.13 7.358 33.60 8,100 3 1120 , 94.67 29.03 1,476,188 1,473229 0.699 0.540 0.364 17.12 124.40 Z111,152 2,108 046 A4 *f. 11A$ 1 06.81 25.23 124.40 100.51 7.32_ 32.59 8,100 3 10.86 94.53 CascPM-44-3 A92-2 _SDC_CooldomTiml6el1 2.oxls; Coo/dowl3 312912008.12:51 PMA Calk 17321.01-Pt-44-3.

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Cooldown3 312912008,12:51 PIA Calc 17321-01-PM-44-3, Shutdown Coolng Time Attedhment

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Cooldoor3 3129r2008,12:51 PM Calc 17321-014W-44-3, Shutdown Cooing Tim2 Aftachmont 2, Pape 86 I I I I Time SDC HX tube side I=OC MX "t.5 ade SDC DyI Tt,o ITs,o Iterate Iterateýth.wý CCW Duty Totab .CCWHx CCW Dot, CCW CCFlowM p.r X Temp+ .~ t I ~ I 32.91 37.54 43.11 W00 58,5 68.79 84.3 93.0!83.01 93.0.1 93.0!93.0.1 93.09, 93.0!8 3.0FY 93.0 93.0!83.01 93.61 83.01'83.01.03-.0!93.0 93.0 83.0f1 93.M 93.601 93.0 83.0.1 83.0!93A.0 93.01'1 Wp Cr NTU ,ecbvenm DT I Tto W WCp Cr NTUIS Vene DTv T$.o 1,477,058 1,473,968 0.700 0.545 0.364 16.43 123.10 2.111,317 2,108, 40 /A 4MA OW86 11M6 105,L 1,477,917 1,474,699 0.700 0.544 0.364 15.74 121.79 2,11t,482 21606,88 #WA W 9M P1A 11* 10962 1.478.764 1.475.423 0.700 0.543 0.363 15.04 120.48 2,106,709 PA P446 PW 10.54 186 1,479,601 1,476.139 0.701 0.542 0.363 14.35 119.17 2.111,a10 2.10DM6 PA P" 34 18.06 104.03 1,480.426 1.476,848 0.701 0.542 0363 13.68 117.89 2,197,012

~ P" P4A 6,56 103.42 1 A81.239 1,477.548 0.701 0.541 0.362 12.97 116.55 2.112.134 2.107,163 P" PM PM 6,10 t10 0 1,482,040 1,478.240 0.701 0.540 0.362 12.29 11524 2.1122%54 2.107,315 MA a" PM 9. 102.18 1,482,830 1,478,924 0.702 0.539 0.361 11.60 113.23 2.112,454 2,107,400 U4A OMA S" 614 161.8 1482M0 1,478,924 0.702 0,539 0.361 11.60 113.93 2M12,454 2,.7*6 PM PM PM 98.14 t0617 1.482,830 1,478,924 0.702 0.539 0.361 11.60 113.93 MA a" .14 101.67 1.462,830 1,478,924 0.702 0539 0.361 11.60 113.93 2,112,454 2.107.40 P" M P .14 10157 1.482,530 1.475.924 0.702 0.539 0.361 11.60 113.93 2,112,454 2,107.46 WM M 5.14 1,482.830 1,478.924 0.702 0.539 0.361 11.60 113.93 2.1t2,454 2.107,411 PM P" PM 6.94 100lM7 1,482.830 1,478.924 0.702 0.539 0.361 11.60 113.93 2.12,454 2,107,406 M P PM 8.14 101.8p 1,4682,0 1,478,924 0.702 0.539 0.361 11.60 113.93 4 PM P 8.14 169.87 1,482.830 1,478,924 0.702 0.539 0.361 11.60 113.93 2.192.454 2,107AN88

• M M PM 64 MAT,87 1,482.830 1.478.924 0.702 0.539 0.361 11.60 113.93 4 2.t0746 MA PM P PMA M,4 101171 1.482.$30 1,478.924 0.702 0.539 0.361 11.60 113.93 2.10 2A44 2.107.486l A PM PM 8.14 101.57 1,482,830 1,478,924 0.702 0.539 0,361 11.60 113.93 2,112A,4 2,107,456 PM ~ *" 8.14 1069.7 1,492.830 1,478,924 0.702 0.539 0.361 11.60 113.93 2,112,414 PMA PM ~ 8.614 160.57 1.482.&30 1,478.924 0.702 0.539 0.36I 11.60 113.93 2,112,464 2.007,4f6 PM ~ 3M U,4 10.,7t 1,482,830 1,478.924 0.702 0.539 0.361 11.60 113.83 2:11:9 2,107 PMW P" PM &14 1,482.830 1.478.,24 0.702 0"538 0.361 11.60 113.93 2.1,244 2:107.A46 PM A M M V,14 900.57 1,462,820 1,478,924 0.702 0.539 0,361 11.60 113.93 2.t12.4 2.19,46W PM aP ~ 6,94 101.57 1,482,830 1,478.924 0.702 0.139 0.361 11.60 113.93 2,112,4 2,107,468 PM SPM P 6.14 160.57 1,492.830 1,478,924 0.702 0.539 0.361 11.60 113.93 2,1074A PM pM PM 8.14 101,87 1,462,830 1:478.924 0.702 0.539 0,361 11.60 113.93 2.9I0464 2.107AOS PM P PM 6.14 1.482,830 1,478,924 0.702 0.539 0.361 11.60 113.93 2,112.454 2,10DIA 74 P P PM 614 101.57 1,482,8M0 1,478.924 0.702 0.539 0.361 11.60 113.93 Z112,454 O PM P RM M14 161.57 1,482,830 1,478,924 0.702 0.539 0.361 11.60 113.92 2, 12,454 2.107,48B PMA P PM L94 MAI57 1,482.830 1,478.924 0.702 0.539 0.361 11.60 113.93 2.12,054 2.107,6 PA M pM 6.14 101,7 1,482.M0 1.478.924 0.702 0.539 0.361 11.60 113.93 2,12.454 2107A466 SPM P PIM .14 101.57 1,482,830 1,478,924 0.702 0.539 0.361 11.60 113.93 2J.2,454 2,107.466 P P .P 614 10M.57 1,482,830 1,478,924 0.702 0.539 0.361 19.60 113.92 2,112,454 2,107.450 PM PM PM M,14 101.57 24.22 123.10 105.99 7.358 31.57 8,900 3 10.52 94.39 23.21 121.79 105.27 7.358 30.56 0.100 3 10.19 54.26 22.91 120.48 104.65 7.358 29.55 ,100 3 9.85 94.12 29.19 119.17 104.03 7.358 28.54 0.900 3 9.11 93.98 20.18 117.88 103.42 7.358 27.53 8.100 3 9.18 93.64 19.17 11 6.55 102.80 7.358 26.53 8,100 3 8.B4 93.70 18.9 115.24 102.18 7.358 25.52 8,100 3 8.51 93.56 17.16 113.93 101.57 7.358 24.51 8,100 3 8.17 93.42 17.16 113.93 101.57 7.358 24.51 0.100 3 8.17 93.42 17.16 113.93 101.7 7,358 24.51 8,100 3 8.17 , 93.42 97.96 113.:93 101.57 7,358 24.51 8.100 3 8.17 93.42 17.16 113.93 101.57 7.358 24.51 8.100 3 8.17 93.42 17.16 113.93 101,57 7.358 24.51 0,100 3 8.17 93.42 17.96 113.93 101.57 7.358 24.51 8.100 3 8.17 93.42 17.16 113.93 101.57 7.358 24.51 8,100 3 8.17 93.42 17.16 113.93 101.57 7.358 24.51 8.100 3 8.17 93.42 17.16 113.93 101.57 7.358 24.51 89100 3 8.17 93.42 17.19 -113.93 909.57 7.358 24.51 8.100 3 8.17 93.42 97.16 913.93 909.07 7.258 24.51 8,100 3 8.17 93,42 17.16 113.93 1017 7.358 24.51 8e10 3 8 3.42 17.16 113.93 101.57 7.358 24.51 8,100 3 8.17 93.42 17.16 113.93 101957 7.358 24.51 8,100 3 8.17 93.42 17.16 113.93 101.57 7.358 24.51 8.100 3 8617 93.42 97.96 113.93 101.57 7.358 24.51 8,100 3 8.17 93.42 17.16 113.93 101.57 7.358 24.51 8,00 3 8.17 93.42 17.16 113.93 101.57 7.358 24.51 89,00 3 8.17 9.42 17.16 113.913 101.57 7.358 24.51 8.100 3 8.17 93.42 17.16 113.93 101.57 7.358 24.51 8,100 3 8.17 93.42 17.16 113.93 101.57 7.358 24.51 8,100 3 .817 93.42 17.16 113.93 909.57 7.358 24.51 8,100 3 8.17 93.4211 3.93 101.57 7.358 24.51 8,100 3 8.17 93.42 17.16 11393.3 101.57 7.358 24.51 8,100 3 8.17 93.42 17.16 113.93 101.57 7.358 24,19 K10,0 3 8.17 93.42 17.16 113.9:3 101.57' 7.358 24.51 8,900 3 8.17 93.42 9Pe Calc-PM-44-3 At2-2 SDC CooldoerTime18500Q.x-;

Cooldo3 23 3r2g/2Mo, 12:51 PM Calc 17321-01-PM-44-3, Shutdown Cooling Time Attachment 2, Page 87 Shutdown Cooling Temperature Transient with 90F River Water SDC Hx Fouling = 0.00418 hr-F-sqft/Btu, CCW Hx Fouling = 0.0015 hr-F-sqft/Btu 370 330 290 250 L-M..E 210 E 0 I--170 130 90 50 170 160 150 140 u.* a Pri Cool Temp 130 0 E -SDC Return Temp 0 S- CCW Temp 120 o 110 100 90 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 10 0 Time, hours Calc-PM-44-3 Att2-2_SDCCooldownTimel850Q.xls; Chart3 3/29/2008, 12:51 PM Calc 17321-0-P I-44-3, Shutdom Coong Time.Attachment

2. Page 88 Shutdown Cooling Temperature Transient with 9OF River Water SDC Hit Fouling 0.001 hrF-sqf49t1 u, CCW Hx Fouling -0.004 hr.F44qfntu InitiRC T em a.e,F 301 SDC HX CCW HX Inte Time 2 2754 Shell FilS Muter 0.09751 RCS Temperaure after 8 hor 163.56 'Shl Film Re por 0.61709 Trime atr tp to 130F Primary Coolart Temp 26.41 766 Inat CCWto SDCH. 1650 Shell Film Pr pwe-

• 0.333" Time aftew SOC 6in1on to 130F PC Temp 24.4 CCW Flor Step Tenp 2715 For*og (totd -lobe od) 0.001 0U004 Decary heat equilixum at 9OF rier temp 24.75 CCW Flow S" Sow 4246 0.00411 0.004 Time Step O(D) P(pp) P(p) Podc Total 0 dTrc Tbe Tube h IM degFr 0, m P Tti Tt,o 0, gpm Pi TO.i T.,o 2.00" 0.1 54.96 1i 1.5 -132.18 -57.72 -2.47 3000 315 350.00 253.88 110 11 7.54 34.8 2.10 0.10 54.107 18 1.5 -129.52 -55.91 -50.83 3000 315 344.75 250.76 9IM0 90 117114 25.16 220 0.2 53.300 1 1.5 -126.94 -54.14 -49.22 3000 315 339.67 247.73 ON50 06 116M 257.79 2,40 0.M0 51.822 1i 1.5 -121.92 -50.60 -46.00 3000 315 329.83 241.64 9Is" 96 tIUl 2M1 2.60 620 50.500 Is 1.5 -11722 -47.23 -42.94 3000 315 320.63 236.31 9560 N0 114.72 26463 2.80 020 49.315 10 1.5 -112.84 -44.03 -40.03 3000 315 312.04 231.13 11 60 8 3,11 239102 3.00 6.20 48215 18 1.5 -108.74 -41.02 -37.29 3000 315 306.03 22629 9150 a 1131 3.20 020 47.223 1i 1.5 -104.91 -38.19 -34.72 3000 315 296.57 221.77 150 95 112212 3.40 020 46.307 18 1.5 -101,35 -35.54 -32.31 3000 315 269.63 217.55 15o 86 111.70 3.60 0.10 45.460 1i 1.5 -98.03 -33.07 -30.06 3000 315 263.17 213.60 950 96 111M 219.45 3.70 0.M0 45.059 18 1.5 -96.49 -31.92 -29.02 3000 315 280.16 211.77 1to" 60 190.7 217A4 3.80 0.0 449673 10, 1.5 -94.96 -30.82 -28.01 3000 315 2772. 209.99 16t6 95 99545 215A0 3.906 0.10 44.300 16 1.5 -12682. -92448 -6.6,0 3000 315 274.46 164.91 436 965 9943 178 4.00 0.90 43.939 18 1.5 -122.32 -58.88 -43.53 3000 315 268.78 162.22 4246 9U 95 17432 4.10 0.20 43.590 18i 15 -118.59 -,..50 -60.4 3000 315 263.43 179.6 4365 11 4. 1111 71.89 4.30 020 42.924 18 1.5 -111.55 -49.12 -44.66 3000 315 253.33 174.65 436 5 193.$ 1707 4.50 020 42.291 10 1.0 -105.31 -43.51 -39.56 3000 315 244.40 170.55 436 95 112A5 4.70 020 41.708 18 1.5 -99.78 -38.57 -35.07 3000 315 236.49 166.71 426 8 9 99AO 1541.12 4.90 020 41.150 18 1.5 -94.8M -3423 -31.12 3000 315 229.49 16329 42" 80 95 955.9 5.10 0,20O 40.622 18 1.5 -90.52 -30.41 -27.65 3000 315 22325 16024 42465 95 0.5 ,2 IA 5.30 0.20 40.120 18 1.5 -86.7 -27.05 -24.59 3000 315 217.73 157.51 426 96 915.7 150.77 5.50 0. 39.643 Is 1.5 -8323 -24.09 -21.90 3000 315 212.8t 155.08 42 9U 10611 W4A 5.70 0210 39.188 18 1.5 40.18 -21.49 -19.53 3000 315 209.43 152.80 436 66 W4A 5.90 020 38.754 18 1.5 -77.45 -1920 -17.45 3000 315 204.52 150.6 4265 95 0715 1944*0 S.10 020 38.339 18 1.5 -75.01 -17.16 -15.61 3000 315 201.03 149,20 4M 9U 155.0 142.40 6.30k 9 37.941 0 1.5 -72.84 -33.38 -30.36 3000 315 197.91 147.64 4246 95 90.15 093 649 C0 37.5$0 0 1.5 --29.54 -26.86 3000 315 191.64 144.5a 436 66 16515 6704 O 37.194 0 1.5 -4.86 -26.17 -23.79 3000 315 166.40 141.00 425 6 2 135.5 6.90 620 36.643 0' 1.6 -61.55 -23.21 -21.10 3000 315 181.71 139.44 4260 25 9 .97 M 7.W0 0920 35.504 0 1.5 -50.62 -20.61 -18.74 3000 315 177.49 13729 4365 991032" 13"1 7.30 lm 36.178 O1 1,5 -56.01 -18.34 -16.67 3000 315 173.74 135,37 4365 9915 2A2?1.7.50-' 020 35.8631 -53.70 -16.34 -14.85 3000 315 170.40 133.65 436 55992A1 1275 7.70: , T, -51.64 -14.58 -13.26 3000 315 167A3 132.12 426 96 19. 126M 7.9o 020 35-IN 0 I.5 -4.81 -13.4 -11.385 3000 310 164.76 130.75 4365 95 9Q1,4 8.10 020 34.993 0 1.5 -48.16 -11.68 -10.62 3000 315 162.41 129.53 43 6 951831 124.Z6 8.30 020 34.708 0' 1.5 -46.70 -10.49 -9.53 3000 315 18029 128.43 465 6 13.24 8.50 0.21 34.442 0 1. -45.30 -9.44 -8.58 3000 315 158.38 127.43 4365 95 9.56 1" 8.71 0.24 34.16 1.5 -44.12 -8945 -7.68 3000 315 156.56 125.49 426 6 95 5 1269 8.95 O.27 33.375 0 1.5 -42.87 -7.49 -6.81 3000 315 154.74 125.54 435 50 16525 1, 9.22 O.30 33.555 0 1.5 -41.61 -4.56 -5.96 3000 315 152.93 124.59 436 96 I95.9 1t!3 9.52 063 403 0 1.3 -40.36 -5.66 -5.14 3000 310 1M1.11 123.64 4246 9 1 1575 95 9.87 9.4-2 3238151 0 1.5 -39.11 -4.79 .4.36 3000 315 14929 122.69 426 95 5630 19180 1029 5 320 2291.5 -7.86 -2.80 -3.62 3000 315 147.47 121.73 436 95 5025 11725 10.79 0.9 31386 0. 1.5 -36.61 -323 -2.93 3000 310 145.66 120.78 4345 95 "D 1M1A 1129' 0.6 31.423 0 1.5 -35.60 -2.68 -2.44 3000 315 14420 129,01 426 95 165 115.73 11.79 0.0 30.986 0 1.5 -34.77 -2.26 -2.07 3000 315 142.98 119.37 436 96 55.5 915.10 1229 0.90 30.573 0 1.5 -34.06 -1.99 -1.80 3000 315 141.94 1108.2 434 95 " 11 12.79 0.8 30.182 0 1.5 -33.44 -1.76 -1.60 3000 315 141.04 118.34 4265 65 9.16 114.13298 0310 29-1 00 -332.89 -1.5 -1.44 30 31 140.24 117.I9 46 66 " 113*13.79 O00 29.457 0 1.5 -32.46 -1.44 -1.31 3000 315 139.52 117.54 4256 66 W. 91330 1420 0350 29.120 0, 1.5 -31.65 -1.33 -1.21 3000 315 13807 117.19 4246 86,5 .1 1`13.5 14.79 0.50 28.799 0 i65 -31.54 -1.24 -1.12 3000 315 139.27 116.87 4266 96 VA15 192,?Calo-PM-44-3 At02-2 SDCCooldoowTimel850M le; Cooldo3 0 3rQ/200, 12:51 PM Cau 17321-011n-44-3, Shutdu Cuufng Ti2 Afac- 2, Page 89-4 .4 -4 4 .4- 4 4- + - --4 Time Tube h. 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1.0139 9.626.04 0.396 5.609 115515 1.4M 2152 16. 60.83 1.12 252644 0.364 9.501 11264 2.376 964 9..367 316.96 3.60 246.39 1.0127 2.9S6-04 0.39 5.609 112,96 1.4380 2134 160.3 106 1.00 2-59-04 03 83 -31 61,163 9.343 315.72 370 245.96 57.62 1.0122 1.S6E-04 0.395.609 111,774 1.4553 2120 1N46 OW 1.64 23E-4 0.6 9.61 so= Z.46 647 9,332 314.73 3.60 243.63 5801 1.0117 1.606-04 0.395 5.609 110321 1.4726 2117 92A 60.63 I.0W 2,5504 0.3m 76.57 24676 am4 9.321. 314A.3.90 229.68 5A0 I 96B56 1. 72E-04 530 102,741 1.557 2053 140.71 .25 CAN 217544 0.375 335 162A12 2.M t93 9229 301.76 4.00 225.50 5926 1 00991 I76-04 0.39 5.m 10.0S I1 219 2037 U60 6125 0.686 3.1544 0.376 3662 106.463 216 1364 9,212, 4 4.10 221.355 58A2 1.074 166-04 0.33 5.609 98,9761 12.5 2022 143.3 61.31 0.66 3 44 0.377 36 1651442 2.91 5346 91 39 30, 214.09 59.71 9 006, 1,- 6-04 0.32 530 95,36 1.2324 1962 140.36 61.37 0.6 3.13E64 0.376 3.62 154643 OO 347 9.163 3M7.4 4.50 307.48 58.96 1 0059 1.95E-04 0.39 5. 92.75 12.705 16 .66 1.42 0.661 32E04 0.375 3362 1501,M 3.0696 1337 9.139, 355.54 4.70 361.60 5918 10043 2.02-04 0.39 5.609 8,9 12.794 1939 1323 51.46 0.96 3.27E-4 0.7 332 41 3 3.1346 1322 9.111 353.76 4.96 196.30 59.36 1.067 2.06604 0.390 5309 96,6196 1.351 1996 133.13 61*0 0.-66 3-13E44 0.374 336 045,727 3.16U4 1636 9.089 392.17 5.10 161.75 5913 1.0030 2.15E-04 0.369 6309 SA .oo334 1.66 199 131.6 6130 6 339404 0.33 3M2 1043,41 3.7 1313 9.069 350.70 5.3 167.2 59671 0029 221E-04 0.396 5309 52.304 2.0937 1679 126.57 61.66 6.96 3A. 4 0.373 3362 141,375 3.3400 1936 349.37.5.0 163.64 59.79 9.0021 226E-04 0.36 9.606 60,496 2.1070 1 906 6 13 .6366 365.04 0.312 3M2 195a 3,35 1365 9.039 349.19 5.70 10.66 59.96 9.097 2. 31E-04 0,367 530 76699 2.9566 9842 6136 0.372 336 137ý6 MOM 1366 9.022 347.R9 9. 1 177,73 60.00 9.0094 2.366-04 0.386 530 77,457 22030 1926 92006 :6 1. 0.9m 3.685.4 0.371 335 136521 3.4432 6121 9.010 346.59 11 , 12.0 , 034 .95 3 3 1246 .6 O.O 0.3 -i 1206 2 6190 175.12 60.00 1.9699 2.40604 0.36 536 76,1977 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