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Net Cycle LHV Net Cycle HHV Net Gas ST Generator Steam Cycle Total LHV Fuel Total HHV
<br /> Plant Net Power Heat Rate Heat Rate Turbine Power Out ut BOP Losses Cons. Fuel Cons.
<br /> Case MW BTU/kW-hr BTU/kW-hr MW kW kW MMBTU/hr MMBTU/hr
<br /> AnnualAvg Unfired 261.3 6,129 6,797 170.976 96,354 6,000 1,602 1,776
<br /> Summer Typ Unfired 251.7 6,128 6,796 162.428 95,259 6,000 1,542 1,711
<br /> Summer Max Unfired 247.8 6,141 6,810 159.416 94,418 6,000 1,522 1,688
<br /> Winter Typ Unfired 271.6 6,166 6,838 181.365 96,258 6,000 1,675 11857
<br /> Annual Av Fired 1 285.3 6,279 6,963 1 170.976 121,371 7,000 1,792 1,987
<br /> SummerT Fired 277.1 6,288 6,973 162.428 121,686 7,000 1,742 1,932
<br /> Summer Max Fired 273.4 6,299 6,986 159.416 120,936 7,000 1,722 1 1,910
<br /> Case AnnualAvg Summer T p Summer Max Winter T p AnnualAvg Summer T p Summer Max Case AnnualAvg Summer Typ Summer Max Winter T p AnnualAvg Summer T p Summer Max
<br /> Stream ID uOM Unfired Unfired Unfired Unfired Fired Fired Fired Stream ID uOM Unfired Unfired Unfired Unfired Fired Fired Fired
<br /> 1 Ambient Conditions 15 STG Exhaust
<br /> Dry Bulb Temperature F 61.2 94.0 107.7 32.6 61.2 94.0 107.7 Flow Ib/hr 555,407 546,890 544,338 565,212 673,017 669,433 666,134
<br /> Wet Bulb Temperature F 54.8 68.9 72.9 29.7 54.8 68.9 72.9 Temperature F 91.8 100.1 102.6 79.9 98.2 106.1 108.5
<br /> Relative Humidity 0.668 0.275 0.182 0.740 0.668 0.275 0.182 Pressure psia 0.7 1.0 1.0 0.5 0.9 1.1 1.2
<br /> Pressure psia 14.7 14.7 14.7 14.7 14.7 14.7 14.7 Enthalpy BTU/Ib 1,035.7 1,042.9 1,045.5 1,031.7 1,031.6 1,038.2 1,040.7
<br /> 2 GT Compressor Inlet 16 Condenser Hotwell
<br /> Air Flow Ib/hr 3,545,091 3,411,012 3,363,020 3,713,493 3,545,091 3,411,012 3,363,020 Flow Ib/hr 555,407 546,890 544,338 565,212 673,017 669,433 666,134
<br /> Air Temperature F 55.8 72.6 78.0 32.6 55.8 72.6 78.0 Temperature F 91.8 100.1 102.6 79.9 98.2 106.1 108.5
<br /> 3 CTG 1 Exhaust Pressure psia 0.7 1.0 1.0 0.5 0.9 1.1 1.2
<br /> Flow Ib/hr 3,624,000 3,487,000 3,438,000 3,796,000 3,624,000 3,487,000 3,438,000 Enthalpy BTU/Ib 59.8 68.1 70.6 48.0 66.2 74.1 76.5
<br /> Temperature F 1,113.0 1,132.0 1,138.0 1,088.0 1,113.0 1,132.0 1,138.0 17 HP Blowdown
<br /> 4 HRSG Stack Exit Flow Ib/hr 8,435 8,317 8,230 8,454 11,408 11,512 11,451
<br /> Flow Ib/hr 3,624,000 3,487,000 3,438,000 3,796,000 3,633,361 3,496,854 3,447,854 Temperature F 617.9 617.6 616.8 617.1 657.9 659.7 659.3
<br /> Temperature F 187.4 189.7 190.3 183.9 177.8 180.3 181.1 Pressure psia 1 1,759.4 1,756.1 1,746.2 1,749.4 2,331.9 2,361.6 2,354.3
<br /> Pressure psia 14.6 14.7 14.7 14.6 14.6 14.6 14.7 Enthalpy BTU/Ib 643.6 643.2 642.0 642.4 710.9 714.4 713.6
<br /> Enthalpy BTU/Ib 32.0 32.8 33.0 31.0 29.7 30.5 30.8 18 IP Blowdown
<br /> 5 HP Steam From HRSG Flow Ib/hr 1,688 1,622 1,599 1,775 1,502 1,410 1,386
<br /> Flow Ib/hr 413,318 411,102 408,693 414,259 558,985 564,103 561,083 Temperature F 453.6 452.5 452.0 454.7 474.2 474.2 473.8
<br /> Temperature F 1,041.6 1,050.0 1,050.0 1,022.7 1,029.6 1,038.8 1,043.0 Pressure psia 438.3 433.5 431.3 443.0 535.7 536.0 533.8
<br /> Pressure psia 1,742.5 1,739.6 1,729.9 1,732.4 2,310.5 2,340.1 2,332.9 Enthalpy BTU/Ib 434.3 433.1 432.5 435.5 457.8 457.8 457.3
<br /> Enthalpy BTU/Ib 1,507.8 1,513.0 1,513.2 1,496.6 1,483.2 1,488.2 1,491.2 19 BFP Suction
<br /> 6 HRH Steam From HRSG Flow Ib/hr 550,415 543,350 541,165 557,666 685,832 684,721 681,925
<br /> Flow Ib/hr 496,021 490,703 489,162 501,229 632,577 633,204 630,985 Temperature F 302.8 301.3 300.8 304.7 308.9 308.1 307.7
<br /> Temperature F 1,037.3 1,050.0 1,050.0 1,018.3 1,035.3 1,048.6 1,050.0 Pressure psia 69.8 68.3 67.8 71.8 76.5 75.6 75.1
<br /> Pressure psia 388.7 386.2 385.0 390.1 494.0 496.8 495.3 Enthalpy BTU/Ib 272.6 271.0 270.5 274.5 278.9 278.1 277.6
<br /> Enthalpy BTU/Ib 1,543.5 1,550.4 1,550.4 1,533.3 1,539.5 1,546.6 1,547.4 20 HP Feedwater
<br /> 7 CRH Steam To HRSG Flow Ib/hr 421,753 419,419 416,923 422,714 570,393 575,615 572,534
<br /> Flow Ib/hr 413,318 411,102 408,693 414,259 558,985 564,103 561,083 Temperature F 308.1 306.6 306.1 310.1 313.7 312.9 312.4
<br /> Temperature F 666.0 671.9 672.6 652.9 640.1 645.6 649.1 Pressure psia 1,847.6 1,841.8 1,830.1 1,837.9 2,492.2 2,524.7 2,515.7
<br /> Pressure psia 404.4 401.9 400.5 405.9 514.1 517.0 515.4 Enthalpy BTU/Ib 281.3 279.8 279.2 283.3 25-8 2 287.5 287.0
<br /> Enthalpy BTU/Ib 1,344.5 1,347.9 1,348.3 1,337.1 1,322.3 1,325.3 1,327.5 21 IP Feedwater
<br /> 8 IP Steam From HRSG Flow Ib/hr 128,663 123,930 124,242 134,952 115,439 109,106 109,391
<br /> Flow Ib/hr 82,703 79,496 78,344 86,970 73,592 69,101 67,907 Temperature F 304.0 302.6 302.0 305.9 310.0 309.2 308.8
<br /> Temperature F 622.4 622.7 622.1 620.8 665.8 669.3 669.3 Pressure psia 467.6 460.7 457.8 475.3 559.4 557.2 554.3
<br /> Pressure psia 404.4 401.9 400.5 405.9 514.1 517.0 515.4 Enthalpy BTU/Ib 274.6 273.1 272.5 276.5 280.9 280.1 279.6
<br /> Enthalpy BTU/Ib 1,320.0 1,320.4 1,320.1 1,318.9 1,337.3 1,339.2 1,339.2 22 Condensate Pump Disc har e
<br /> 9 LP Steam From HRSG Flow Ib/hr 555,407 546,890 544,338 565,212 673,017 669,433 666,134
<br /> Flow Ib/hr 59,386 56,187 55,175 63,984 40,441 36,229 35,150 Terniperature F 92.3 100.5 103.1 80.4 98.6 106.6 108.9
<br /> Temperature F 548.7 547.6 547.0 549.9 559.8 557.4 556.6 Pressure I psia 89.3 87.2 86.5 91.9 102.4 101.2 100.4
<br /> Pressure psia 67.6 66.3 65.8 69.3 75.5 74.8 74.4 Enthalpy BTU/Ib 60.5 68.8 71.3 48.7 66.9 74.8 77.2
<br /> Enthalpy BTU/Ib 1,306.5 1,306.0 1,305.8 1,307.0 1,311.3 1,310.2 1,309.9 23 Cooling Water From Co ling Tower
<br /> 10 Condensate To HRSG Flow Ib/hr 30,000,000 30,000,000 30,000,000 30,000,000 30,000,000 30,000,000 30,000,000
<br /> Flow Ib/hr 609,801 599,537 596,340 621,649 726,273 720,950 717,073 Temperature F 82.8 92.1 94.8 68.3 87.6 96.5 99.1
<br /> Temperature F 93.4 100.8 103.2 82.7 98.6 105.9 108.1 24 Cooling Water To Cooling Tower
<br /> Pressure psia 89.3 87.2 86.5 91.9 102.4 101.2 100.4 Flow Ib/hr 30,000,000 30,000,000 30,000,000 30,000,000 30,000,000 30,000,000 30,000,000
<br /> Enthalpy BTU/Ib 61.6 69.1 71.4 50.9 66.8 74.1 76.3 Temperature F 64.7 74.2 77.0 49.7 65.8 74.9 77.6
<br /> 11 HP Steam To STG 25 Plant Fuel Flow
<br /> Flow Ib/hr 413,318 411,102 408,693 414,259 558,985 564,103 561,083 Flow Ib/hr 78,909 75,989 74,980 82,507 88,270 85,842 84,833
<br /> Temperature F 1,039.5 1,048.0 1,048.0 1,020.6 1,026.9 1,036.1 1,040.3 Temperature F 80.0 80.0 80.0 80.0 80.0 80.0 80.0
<br /> Pressure psia 1,699.8 1,696.8 1,687.4 1,689.9 2,254.1 2,282.9 2,275.9 26 Duct Burner Fuel Flow
<br /> Enthalpy BTU/Ib 1,507.8 1,513.0 1,513.2 1,496.6 1,483.2 1,488.2 1,491.2 Flow Ib/hr 0 0 0 0 9,361 9,853 9,853
<br /> 12 HRH Steam To STG Temperature F 80.0 80.0 80.0 80.0 80.0 80.0 80.0
<br /> Flow Ib/hr 496,021 490,703 489,162 501,228 632,577 633,204 630,985 HHV Fuel Consumption MMBTU/hr 0 0 0 0 211 222 222
<br /> Temperature F 1,036.6 1,049.4 1,049.4 1,017.6 1,034.4 1,047.7 1,049.1 27 GT Fuel Gas
<br /> Pressure psia 375.1 372.8 371.6 376.5 476.8 479.6 478.1 Flow Rate Ib/hr 78,909 75,989 74,980 82,507 78,909 75,989 74,980
<br /> Enthalpy BTU/Ib 1,543.5 1,550.4 1,550.4 1,533.3 1,539.5 1,546.6 1,547.4 Temperature F 368.0 368.0 368.0 368.0 368.0 368.0 368.0
<br /> 13 CRH Steam From STG HHV Fuel Consumption MMBTU/hr 1,776 1,711 1,688 1,857 1,776 1,711 1,688
<br /> Flow Ib/hr 413,318 411,102 408,693 414,259 558,985 564,103 561,083 28 Fuel Gas Heater Water Flow
<br /> Temperature F 667.4 673.3 673.9 654.3 642.1 647.7 651.1 FlowIb/hr 44,271.7 42,706.8 42,174.3 46,207.6 40,345.7 38,594.4 38,103.4
<br /> Pressure psia 416.7 414.1 412.7 418.0 530.8 534.0 532.3 Temperature F 399.1 398.2 397.8 400.1 419.9 421.1 420.9
<br /> Enthalpy BTU/Ib 1,344.5 1,347.9 1,348.3 1,337.1 1,322.3 1,325.3 1,327.5
<br /> 14 IP STG Exhaust
<br /> Tertiary Inlet Flow Ib/hr 59,386 56,187 55,175 63,984 40,441 36,229 35,150
<br /> Tertiary Inlet Temperature F 547.5 546.5 546.0 548.6 559.3 557.0 556.2
<br /> Tertia Inlet Pressure psia 60.1 59.4 59.1 60.8 72.3 72.2 71.9
<br /> Tertiary Inlet Enthalpy BTU/Ib 1 1,306.51 1,306.01 1,305.8 1,307.01 1,311.31 1,310.21 1,309.9
<br /> FIGURE 2.1-413
<br /> HEAT BALANCE DATA
<br /> LODI ENERGY CENTER
<br /> LODI, CALIFORNIA
<br /> Source:Worley Parsons,LODI-1-HT-021-0001 RB,8-28-08
<br /> EY062008001SAC Figure_2_1-4B.ai 09.02.08 tdaus CH2MHILL
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