Document 5MV9evv43Kkw3LxxLLJYjzn5

A McGraw-Hill Publication Five Dollars November 1972 PLAINTIFF'S EXHIBIT WH-1067 he magazine of power generation and plant utilities engineering nvironmental management Plant electric systems Heating and cooling for process and mfort Mechnical transmission and lubrication Engines, turbines, generators Air, gas nd liquid handling Instrumentation and control Steam generation . '!} $ including PowerEnviron al PlantDesign teportn uipment Roundup m I I Il COMPANY i i | PLANT NAME i ii LOCATION CONSULTING ENGINEER BOILERS 54 S 5 = 1__ 1 I 3 at s- $ 2* e t 1 3 | = j S i- 2 ~ = zz >o vs 32 ?6 V) P a X. 8 8 8 ii & a K g ii. i i 1 Pennsylvania Power CoJ...................--......... Mansfield................ Sftipomgport, PA --........... Commonwealth Acociaies, Inc............ 1 2 Virginia Electric & Power Co ........................ Yorktown................ Homsbyvrlle, VA............... Brown & Root, Inc.............................. ... 3 3 Possum Point......... Dumfries. VA..................... Brown & Hoot. Inc.............................. ... 5 4 Astoria ................... New York. NY................... Ebasco Services Inc.............................. ... 6 5 Commonwealth Edison Co ............................ Powerton ............... Pekin, IL............................. Sargent 4 Lundy .................................. ... 5 6 Appalachian Power Co..................... ...... . Amos....................... St. Albans. WV................ . American Elec Power Service Coro....... ... 2 7 Oetrou Edison Co ..............................-...... Monroe ................. Monroe. Ml ....................... Self ....................................................... ... 2 i NAv ...................................................... ... 4 3 Karn ....................... Essexville, Ml .................... Commonwealth Associates. Inc........... ... 4 10 Norrftern Stares Power Co..................... ....... SherOurne County... Becker. MN ........................ Black 4 Veatch..................................... ... 1 11 Baldwin................... Baldwin. IL ....................... Sargent 4 Lundy .................................. ... 3 12 ?otomc Electric Power Co........................ Chalk Point............. Aouasco. MD...................... United Engineers 4 Constructors Inc .. ... 4 13 Willow Glen............ St. Gabriel, LA................... Stone 4 Webster Engineering Corp..... ... 5 M Dallas Power & Light Co- . . Monncello ............. Titus County, TX............... Ebasco Services Inc .............................. ... 1 15 Wisconsin Power & Light Co,w ................... Columbia ............... Portage, Wl ........................ Sargent 4 Lundy................................... ... 1 16 Neal.... ................... Sioux City, IA.................... Ebasco Services Inc............................... .. 3 17 Kanxakee ............... Whearfietd. IN ................. Sargent 4 Lundy................................... ... 14 18 The Hydro-elec Pwr Commn of Ontario...... Lennox ................... Kingston, Ont., Canada...... Self ................... ... 1 19 Crist......................... Pensacola, FL.........-......... Southern Services. Inc ......................... .. 7 20 The Hydro-Elec Pwr Commn of Ontario ...... Nanncoke ............... Port Oover, 0 nt.. Canada ... Self......................................................... ... 1 21 Puerto Rico Water Resources Autft .............. South Coast........... Guayanilla. PR................... United Engineers 4 Constructors Inc... .. 5 22 Big Bend................. Tampa. FL.......................... Stone 4 Webster Engineering Corp....... .. 3 23 Puerto Rica Water Resources Auth .............. Aquiree ................. Guavama PR .................... Uniteo Engineers 4 Constructors Inc... .. 1 24 Utan Power 4 Light Co................................. Kuntmqcoo Canyon. Huntington, UT................. Sterns-Roger Corp................................ ... 2 25 Central Louisiana Electric Co Inc ................ Rodemacner............ ViC Ql Boyce, LA............... Sargent 4 Lunoy ................................ ... 1 26 Oelmarva Power 4 Light Co ....................... Edge Moor ............. Edge Moor. D6.................. Bechtel Corp.......................................... .. 5 2 7 Philadeiohia Electric Co .............................. Eddystone ............. Eddystone, PA .................. United Enqmeers 4 Constructors Inc ... .. 3 28 Lonq Island Lighting Co................................. Northport .............. Nortnport, NY................... Ebasco Services Inc ............................. .. 4 29 Duck Cieek ............ Vic ut Canton,IL............... Commonwealth Associates, Inc........... . 1 30 Public Service Co ot New Mexico.................. San Juan................. Watertiow, NM................... Steams-Roqer Carp .............................. .. 1 31 Colstnp................... Colstna, MT ...................... Bechtel Corp.......................................... .. 1 32 Jersey Central Power & Light Co.................. Gilbert ................... Milford, NJ......................... Burns and Roe.inc............................... 33 South Carolina Public Service Auth.............. Georgetown ........... Georgetown, SC................. Burns and Roe, Inc ............................. .. 1 34 Enema..................... Carlsbad, CA ...................... Pioneer Service 4 Engineering Co......... ... 1 35 PudIic Service Co of Oklahoma..................... Comanche .............. Lawton. OK........................ Westmghouse Electric Corp.................. .. } 36 Southwestern Public Service Co ................... Jones...................... Lubbock, TX..................... Self ....................................................... .. 2 37 Meredosia .............. Meredosia. IL ..................... Sargent 4 Lundy................................... .. l 38 Atlantic City Electric Co................................ England ................. Beesieys Point, NJ.............. Uniteo Engineers 4 Constructors Inc.. .. 3 39 West Texas Utilities Co ................................. Fort Phantom......... Abilene, TX ....................... Tiopett and Gee. Consulting Engrs..... ... 1 900 845 345 326 818 800 750 720 690 680 632 bU(J 530 575 527 520 520 513 500 500 450 450 450 440 430 41Q 400 380 370 370 350 31614 303 300 235 195 160 146 75 74 76 74 NAv 72 72 76 75 75 75 74 74 73 76 75 75 73 72 72 75 74 74 75 "'3 74 75 76 73 75 73'5 74 73 73 74 75 74 74 6415 5841 5841 5864 5037 3785 2600 2600 2450 2620 1006 1GQ5 1005 1005 1005 5280 3700 5718 3800 5170s* 2610 4650 1890 4985 2640 1010 1000 1005 355 1007 4220 4600 4035 4025 3800 2620 1980 3850 3825 2620 1005 953 1005 1005 1005 3805 3230 3600 3626 3600 2620 3635 2500 2486 2450 1005 1005 1000 1000 1000 2970 3116 3170 2965 3025 2400 2552 2400 2400 2400 1000 1000 1000 1000 1000 to. 2890 2850 2550 3000 2600 2460 1980 2640 2600 1900 1000 950 1005 1005 1000 95-' 10 10 10 2520 25Q*>s 2100 2050 443*> 2597 1350 2400 1890 1360 1005 955 1005 950 950 10 H 10 95 1783 1425 1260 1059 1940 2500 1940 1865 1005 1005 1005 1005 MUNICIPAL ANO COOPERATIVE INSTALLATIONS 40 ... 2 41 Sommers ................ Elmendort TX .................. Black 4 Veatch .................................... .. 3 42 East Kentucky Rural Electric Coop............... Char/estowoBoffoms Maysvdle. XY.................... Stanley Consultants, Inc..................... . 1 43 Brazos Electric Power Coop. Inc ................ Miller...................... Palo Pmto, TX ................... Tippett 4 Gee. Consulting Engrs........ .. 3 44 Taunton Municipal lighting Plant ....... Cleary ..................... Taunton, MA .................... Paul L Geinnger 4 Associates .......... ... 9 45 Fremont dept of Utilities.............................. Wright ................... Fremont. NE ..................... Lutz, Daily 4 Brain ............................. ... a 46 Alexandria Mumc Power 4 Light Dept ........ Hunter............... Alexandria, LA.................. Black 4 Veatch .................................... . 4 47 Denton Municipal Utilities ... .. Denton ................ Oenton, TX ...................... Black 4 Veitcn.................................... . 5 43 Vero Beach Municipal Power Plant ......... Vero Beach............. Vero Beach, F L................. Black 4 Veatch.................................... .. 4 450 436 300 200 11050 92 65 65 55 75 76 76 75 73 76 73 73 75 3050 3054 2300 1550 557 675 718 580 505 2640 2620 2610 1977 1875 1005 1005 1005 1005 1005 180Q 1350 1250 U5Q 1005 355 955 955 MANUFACTURERS 3 AC - Allis-Chalmers Manufacturing Co ACP Allis-Chalmers Power Systems, fnc ' ARC The Air Prehearer Co. Inc 1 AS - Arrwrican Standard. Inc 88 - 8rown Boveo Corp 8F - Buffalo Forge Co BJ Byfon-Jackson Pumps, Div Borg-Warner Corp 6LH Baldwin Hamilton Co BM 8ailey Merer Co 8PC - Binqham Pump Co BRP - Bruce Peebles & Co. Lid BLf - Buell Engineering Co, Inc BW Babcock & Wilcox Co BWL Babcock & Wilcox Ud CAP C A Parsons, Ltd fl CE - Combustion Engineering, Inc CES Combustion Enqrg Superheater Co, Ltd V* CHH - Chicago Heater Co 4 CIR Canadian Ingersotl-Rand Co Ltd COC Cochrane Div. Crane Co Cfll Croll-Reynolds Engineering Co, Inc CUL - Cuitigan Indusi'ial Systems 0<v, Culligan USA CV - Copes-Vulcan, tnc OL OeLaval Turbine Inc OP - Diamond Power Specialty Corp EAl Electronics H^.'K^tes, Inc 4 S4 EE - English Electric Co Ltd EL - Ecodyne ltd EM Electric Machinery Manufacturing Co F The Foxboro Co FIS Fischer & Porter Co FO Forney Engineering Co FW Foster Wheeler Corp . GDI -Gulf Degremont, Inc GE General Electric Co GF - The Green Fuel Economizer Co GW The Graver Water Conditioning Co HAP James Howden & Parsons of Canada Ltd HCC Computer and instrumentation Div, Westmghouse Electric Corp HOW - Howell Instruments. Inc HT - Hungertord & Terry, Inc IBM International Business Machines Corp IN - Infdco Products Co IR - Ingersoll-Rand Co IW Illinois Water Treatment Co JOY Joy Manufacturing Co KKK Kuhnie, Kopp & Kauscb-AG LA - The Louis Allis Co, Inc LAW - LA/Water Treatment Div. Chromalloy American Co LN - Leeds & Northrup Co LOO Lodge-Cottrell Ltd MLW MLW Worthington Ltd MR Milton Roy Co MS - Maryland Shipbuilding & Drydock Co NOV Novenco Inc PEC - Peabody Engineering Corp . PM - The Permutit Co PP - Pacific Pumps Dtv, Dresser Industries Inc RA Raymond Div, Combustion Engineering, fnc RS -Riley Stoker Corp SlE -Siemens AG STW Stmthers-Wells Corp ' SWE - Southwestern Engineering Co WE Westmghouse Electric Corp WM The Whitlock Manufacturing Co W0 -Worthington Corp YU Yuba Heat Transfer Corp * 2U -Air Systems Div, Zurn Industries, fnc SYMBOLS ABr Aluminum bronze Ad - Admiralty brass Adi - Admiralty, inhibited AlB - Aluminum brass AnC - Analog computer Art - Anemperator BA - Bladed airfoil Bai - Balanced BC - Backward-curved blades BO - Balanced draft C - Coal, bituminous Cir - Circular Cr - Crude oil CuN Copper/mcktf Cy -Cyclone O -Oamper . OB Ory bottom Oe DenunerMizaoc OiC - Oigitaf eooapua OsO DatiKatt ch7 EA Excess aar .Eva -Evaporator Fs Fuel m storage Fub Fuel at burrwa G - Gas GR - Ffuenjas recirr Gt Gas tempering H2 Hydrogen H20 - Water HF - Horizontal ha' HI - Horizontal mt Hyb -Hybrid HyC - Hydraulic cou J Steam jet ejrc L - Lignite M -Motor MAn - Monitoring f MAP Monitoring, J partial connuMgO - Magnesium O' PLANT 1 CD S 1 c* 156 133 12 133 143 6b 113 'An.O An.GR An.O w* An.GR PcTB PJSr.TB p5j (Ul.GB IT^IS.TB IMTISMt?f- J^^An.D^ V-''*n-D ^6,G. 64 39 226 50 62 52 77 NAv 119 ?? 100 79 NAv 56 116 71 82 30 79 90 ill 26 160 36 51 123 --.fiR.TB.WS --.-6R.TB.WS, 5.:An.TS 32 53 32 18 44 30 71 52 88. 115 101 100 90 146 43 61 117 5S 45 9lbfl 40 36 1?4<* 59 NAv 2E 67'*' 22 33 25 9 27 17 26 E 1 1 <5 199 236 222 276 222 37b 156 344 111 60 1022 24? 249 687 496 236 206 283 54 50 31 532 50 230 687 1815 443 N 97? 48 363 44 301 NAv 135 65 46 190 748 153 402 695 74 8 119 185 c; 95 27 135 113 154 106 151 755 321 40? 44 464J 151 100 73 71 160 86 45 74 0 30 68 40 74 23 238 89 146 79 54 101 129 369 370 369 229 302 350 1Q11>295 582 444 2 153 h' 7105 NAv 41 29 58 N 268^ 250 N 243 142 0 17 104 53 Q 72 10 53 278 135 86 167 1 .52 0 1 734 1 363 -0 1 383 467 2 271 10 8 20 5 20 5 NAv NAv 18 480 -0 1 4 69 NAv 200 241 0 1 540 14 6 15 NAv 28 12 5 -0 5 NAv 35 6 0 15 -0 3 516 253 NAv 612 421 01 -0.1 -0 15 20 01 334 266 157 282 251 10 8 NAv 25 4 11 1 12 2 15 16 2 30 7 16 8 19.9 0 15 13 4 0 15 0 1 37 240 243 240 3lfi 115 16 5 17.5 17 4 12 1 NAv 0 1 137 Sal 159 -0 5 231 Bai 270 11.6 290 27.5 26.5 14.9 13.9 12 0.1 236 14.3 -C 3 175 19 5 B7 15.9 35 17 94 27 71 0.1 58 4 12 6 44 26 5 29 33 3 1 1 t5 z BD 32 HI F* 8 BO DB 32 :e CE N EO OB 32 > CE N BO,OB 36 NAv FD N BO 10 Cy BW N Prd.OB 36 Cir BO 28 PC BO DB 24 HF BD 30 HF BD.DB 56 TB FW BW RS F'O.RS CE 8 7 6 N 7 BD 24 TB CE BD 32 T8 CE Prd.DB 2G NAv CE Bal.DB 64 NAv CE Bal.SJ 24 TB CE 6 N N 8 6 BO.DB 3 al,S T 3a i Prd B0.DB 24 HI 10 Cv 32 24 HI 40s Cu FW 6 BW N CE N FW 6 5 Bal.DB 16 TB PiC 24 BD DB 16 TE BD 20 TB Prd 24 Cir CE N PEC N CE N CE 5 BW N 8D 28 Ci r BW N 80,06 16 T8 CE N B0 16 TB CE N B0 24 HF RS 3 Prd 16 NAv FO 4 BD.DB BD.D8 Prd 20 TB CE 5 8 24 HF RS ' 6* 24 NAv BW N NAv N Pro T6 CE N Prd.DB 8 NAv F0 N Bal.DB 12 T6 CE N Prd 6 HF PEC.RS N o 1 S iz 1 o- u- * 5 55 FW 1250 BA V NAv M 2 880 BC V WE M 2 880 BC V WE M 2 1075 BC V.D APC M 2 622 BC NAv BF M 60 FW 2 1000 BA V WE M 50 BW 2 1062 BA V GF M 23 RS 1 721 BA V.D AS M 2 825 BA V WE M 72 RA 2 679 8A V WE M 66 RA 3 380 2 763 2 650 72 CE 2 455 69 Cfc 2 462 BA V BA V NAv V.D BA V BA V WE M AS M CE M WE M WE M 4B FW 2 2 2 32.9 FW 2 BWl 2 575 607 534 54 5 528 BA V.D NAv V BA s.v V AS NAv NOV AS HAP M M M 2 559 NAv V WE M 2 2286 BA NAv WE M 2 559 NAv V WE M 44 RA 2 665 BC V WE M 2 470 BA V WE M 2 2 2 6A'8 RS ' 2 50 FW 2 408 476 333 1161 1000 BA V BA V BA V NAv V.D V WE M WE M NAv M NAv M WE M 53 RA 25.5 RS 2 626 N 2 272 2 415 N BA V.D BA V BA V.D WE M zu M WE M 2 314 NAv HyC APC 2 230 BC V WE M 2 . 00 BA V WE M 1 302 BA V AS M z1 X 2 NAv 2 4 500 2 4500 2 6000 2 6000 2 7000 2 2500 1 2320 2 3000 2 NAv l2 NAv GE GE EE GE EE AC WE NAv NAv m 1 2 3 4 55 7 B 3 10 3 1500 2 4000 2 5000 2 1250 2 1750 NAv n WE t? EM is WE 'J LA 15 2 3500 GE 16 2 8000 NAv 17 2300 NAv IS 2 . ^ WE 19 1450 SIE 20 2 1750 AC 21 2 4500 EM 2 1750 AC 23 2 2250 GE 24 2 5000 WE 25 2 2000 2 2000 2 1500 2 1750 2 4000 WE 26 WE 27 NAv 28 NAv 29 GE 30 2 2500 2 1250 2 4000 WE NAv GE 31 32 33 34 35 36 T 2250 WE 37 2 900 WE 38 1 3000 WE 39 An "Alt 6R An 6R M li * 50 136 IVAv 54 36 134 22 32 4E 13 69 62 54 15 21 95 221 67 80 70 24 42 10 30 7 22 S 13 10 NN NN NN 1131 343 U 321 N NAv 404 30 562 Bai 210 12 76 11.8 27 89 . 12.2 NAv 67 20 33.3 BE 20 23 54 15 22.5 12.1 NAv NAv 28 31 NAv 27 33.8 26 2 BD Pfd NAv Prd Prd BO Prd Prd Pro 12 Cy BW NAv 2 530 BA D WE M 2 8000 AC 40 16 TB CE N 2 486 BA V WE M 2 4000 GE 41 24 NAv BW 8 21.' 5 BW 2 NAv NAv s NAv M 2 1500 NAv 42 9 HF RS.PEC N 2 252 NAv V BF M 2 1500 NAv 43 9 HF RS N 1 si NAv NAv NAv NAv M 44 0 NAv BW 3 48 BW 1 931 V NAv M l 750 NAv 45 6 CE N 1 260 9A HyC.D AS M 1 2000 WE 46 6 NAv CE N 1 208 BA D APC M 1 80C AC 47 6 NAv FO N 1 172 BA HyC GF M 1 1750 WE 48 h hr 1f F .f jl f^ ;[ ht N r .i i t 1 : \' ;. 1 ! L 1. ; i1 ll 1 l h -l El j, [1 -I' h 1r S: 1: : ;i li i ! ji; !r r ;l; :l . (| I ' : i 1 i;: l (l ' ! i ;1 i.-fT' - " -.ViA'V '^'rg* -------- Jointly owned with Texas Electric Service 17 - Jointly owned with Iowa Power & Ught HyC lor flow control. Each a driven by r^Stn?: ;Z\. ' Co and Texas Power & Light Co `'T7` -CTSs > .-Aty*V C i*a Southern Utilities Co and 10,000-hp motor manufactured by GE Acting on rts own behefl end as agent for -:'*' ; /^'h Illinois Gas end Electric Co ?.~^-:<ar.^f^g' 37 pH control: hydrazine injection * Cleveland Electric llkiminatinfl Co. . *.%* L.i>.18 - Control firing rate ^-38; L*f> heeteta ere arranged in a parallel/ Ouquetne Light Co, Ohio Edison Co. Toledo ^si.,.19 Also dampen - * circuit. Two trains of two heatm 7'%*** Edison Co and Pennsylvania Power Co '' " '"' ~ ' ----- Primary, 53,000 so ft; secondary, 411,( Opposed frnng - 24 burners in front wall, 16 in rear vwf! pH control: morpholine injection Single-cylinder turbine ` -............ Data are tor the main feedpump. There are ' - also two 35% capacity pumps, each with 5300-hp motor drives manufactured by SIE - 23 - High-pressure/low-pressure ........ ' 24 - Gross heat rate at 100% load with exhaust -- . pressure ol 1.5 in. Hg abs - 25 - Performance fuel """, 26 - Wide-range mechanical burners ' 39 - Twin-shell unrt with arsenical-copper ' ' - tubes m the condensing section and . ' CuN tubes in the air-removal section . T 40 Assumes valves wide open, 5% -v. overpressure and 1 in. Hg abs Base-load, indoor unit unless otherwise ~-~ 27 pH control: cyciohexylemiO*-*njection p:.vacuum m the mam unit . specified ^ , ,-, 28 Applies to data logger ' ..V41 - Primary steam source, second reheater; Variable-pitch fan blades w_*'v->-a.' 29 - Data are for the main feedpump. Standby .. -- secondary steam source, first reheater Axial-flow fan 'j ' ~jr pump, manufactured by IR, is rated 5150 _ '-v--". - and auxiliary boiler - ^r.::_.;cv- .'LL ~y.: >2 Units are Imperial gpm ---~J'--..-- gpm at 3272 psig. It is driven by a 1 42 - Turbine heat rate ..- . =--r? v- -> Units art feet ^ ' 10,000-hp motor manufactured by BB '*** 43 - Primary steam sourca, main-turbine Totai output of four get turbines (rated 7 r- 30 - Units are 1000 6tu/gal ..v.vx..- bleed; secondary steam source, main steam 4725 each) and one steam turbine that are ~ packaged together in a preengineered. - --.,*=5 31 32 -POeuatkdiongo'/cuyndiitng.u.n-it -'ft?S__^_SK.X*=3U1..{5i,V_i^. !4i4i .'1D_sOrDv..`n19',84~7 Btu\/l.b.; G. -1-000--B---tu--/-c--u---ft*^ *&** combmed-cyrie plant For data on the .. combustion turbines, see p S* 12 -Gas turbines will be mtolled in 1973, ^the steam turbine in 1974 <' ' -'Cxr?*""' ______33 - Condensing unit '-TT^Z 46 Excess-eir control * -DsO, 136.000 Btu/gal; RsO, 145,00047 Semi-outdoor unit ---wi ____" "" .. .%U-r-'x1-r^**48<0 nD.snO, ,1n9,C50rtn0 Btu/lb; oR.snO. t1o8,A40nn0 BBttuu/l/bITb^r^^J^-^r*!:-- 35- OsO. O.16; BsO. 0.3; G. 0 r~~[vi G, 1000 Btu/cu ft- *. * - Jointly owned with Wisconsin Public -rc^t 36 - Den are for the main feedpumps. Two - -^^' 'r:'-49 - Assumes natural-gas firing end turbine Service Corp and Madison Gas & Electric Co - y "'i'-- standby pumps, manufactured by BJ. haaveveexhausting at 1.5 in. Hg abs j,., , I I. i i; a. u * 1 yi | Z1 NAv NAv 4 694 4 694 3 1190 2 326 NAv 0 a D HyC NAv NAv AS M AS M APC M BF M N 2 1 92 10 4 1408 1088 1600 66S V V.O V 0 Gf" M AS M WE M GF M 11 3 12 4 13 N 14 2 15 2 770 HyC WE M 1210 HvC.O NAv M 1241 0 999 HyC APC M BF M 16 2 11 2 18 19 N 20 2 21 2 22 N 23 2 24 2 25 N 828 1000 743 S HyC V 300 V 879 V 390 V nos 0 AS M NAv M <KK HAP WE M WE ` M WE M 26 2 27 2 28 2 29 4 20 N S2S 0 754 0 489 0 NAv NAv W6 M AS M NAv M NAv NAv 3T 2 32 N 33 2 34 N 35 N NAv D 413 b NAv M ZU ' M s. j 3 ; 1z x i NAv 4 4 3 2 NAv 6000 6000 7000 5000 NAv AC AC EE GE 2 ' 5500 ! 4750 2 7000 4 NAv AC ' WE NAv NAv 3 4000 NAv 4 7000 WE 2 ' 4000 WE" 2 6900 WE ti 1.5 1.5 15 2 3.5 1.5 1.5 2.5 3 15 15 4 2 2.5 1 zz 35 76 76 74 76 74 74 74 54 NAv 4 74 44 72 74 74 2 6000 GE 1.5 7 2 2 7000 NAv 15 7 4 3500 NAv 15 7 4 35 7 2 3000 BRP 1.5 7 4 2 4500 GE l" 4500 2 4500 ge' GE 27 26 2.5 7 35 6 17 2 2 2 2 2 l 2 2 NAv 4500 6000 3500 NAv we WE NAv NAv 2 NAv NAv l" 2250 NAv 27 23 1.6 7 3.5 8 2.3 6 3.5 6 3.5 2 S 1.5 3 NAv 1 2 4 2 2 2 2 2 2 1 36 H 37 N 38 2 39 N _ol V AS M 2.3 5 2 32 2 2000 GE 56 6 2 2 MUNICIPAL AND COOPERATIVE INSTALLATIONS 40 2 1026 0 ZU M 2 6000 AC 41 N 42 2 43 N NAv S NAv M 2 2500 NAv 44 N IS 1 46 N 47 48 1012 0 NAv M 2 5: NAv 57 5? 57 56 2 56 35 5 2 2.S 2 2 2 2 2 2 2 GE WE GE WE CAP 460 300 160 230 163 BB 160 1 WE 170 1 GE 165 2 WE 80 1 GE 68 2 GE 60 GE7 55 GE7 50 GE7 31 2 2 2 1 S IP IR ABr IR" SSt WE Adi.CuN SSt CuN SSt wa FW NAv DL fW SSt.CuN CuN CuN SSt Ad IR IR IR FW WE SSt SSt,Ad Ad Ad,CuN Ad IR WE FW 8LH MLW Ad SSt Ad SSt.Adl SSt,Adi 3LH Ift BLH SWE IR Adi Adi NAv SSt.Adl Adi 0L IR IR DL OL SSt.Adl Adi.CuN Adi CuN Ad/ DL IR DL WE WE SSt Ad CuN SSt.Adl WE IR DL MS < Ro J Ro' J Ro Ro Ro Ro Ro Ro RP Ro Ro Ro fia Ro J Ro Ro Ro,J Ro Ro.J J Ra Ro J Ro Ro J J NAv Ra Ro J J Rn J Ro Su kE Oe Oe 37 Oe Oe So e De'' De Oe2* Pdx27 _ _ 27 NAv Oe NAv/GW GW/GW NAv/NAv .. ;mr LAW/LAW :i De2'-27 N-7 SF<NAv PM/PM,CRL LAW/LAW NAv/NAv cdc/gw IW/OL Oe Oe LAW/LAW Oe SF2< NAv/NAv Oe Oe.SF NAv/NAv Oe Pdx-` PM/GW Oe ___ :S NAv/NAv Oe 0e NAv/GW De Oe-37 NAv/NAv e De EL Oe Pdx* GDI. GW Oe . .* IN/IN De Oe PM/GW De :7 COC/NAv Oe Oe NAv/COC De NAv PM/NAv Oe ... A NAv/NAv Oe N IW/N Oe NAv NAv 0 N2> NAv/N Oe De NAv/NAv Oe NAv PM/NAv Oe _ is NAv/NAv Oe _ 75 NAv/NAv Oe Oe LAW/LAW Oe in NAv/NAv Oe N IN/N 0e.R062 N7l J7 De Oe21 Oe . .37 So,Eva N PM/N NAv/NAv !W/NAv IW.STW/N SSt Adi SSt.CuN SSt.Adl SSt Ad SSt SSt,Ad CuN MS NAv WE NAv IR SWE SWE OL MS Ro De Ro Oe Ra Oe Ro Oe Ro.J Oe J Oe Ro Oe Ro Oe Ro De N.A.v.-J7 Oe NAv NAv NAv N Oe . . T5 LAW/ ... IN/NAv NAv/NAv NAv NAv/NAv HT/ CUL/. .. CUL/ , NAv/NAv CJ BM HCC HCC GE.F0 BM BM HCC HCC GE BM HCC HCC BM BM HCC HCC HCC HCC NAv NAv IN LN BM BM WE WE IN LN FF NAv NAv LN LN FF BM BM 3M BM GE NAv GE BM F SM LN GE LN FO NAv GE NAv BM WE GE NAv GE 3M F BM LN GE LN HCC NAv GE NAv BM WE LN LN NAv NAv BM BM FO F u H -- ft* DP ~ ' I DP f NAv * m DP / OP --' H DP ' BA NAv ' NAr It NAv ' 1* H '1 NAv ' op fee Hi N1 NAv 1* N -DP -r k OP * OP OP ' ( NAv ft OP * DP J OP OP -- ft OP * NAv J N_ DP NAv t Nj No , DP N NAv NAv N N NAv NAv N NAv NAv NAv NAv NAv N NAv NAv N NAv NAv H NAv NAv OP 3M SM N 8 M SM N NAv NAv MANUFACTURERS `- AC - Albs Chalmers Manufacturing Co ACP -Allis Chalmers Power Systems. Inc APC The Air Preheater Co, Inc AS American Standard, Inc BB - Brown Boveri Corp BF Buffalo Forge Co BJ 8yron-Jackion Pump*. Oiv Borg-Wamer Corp BLH - BaWwin-Hamilion Co BM - Bailey Meter Co BPC Bingham Pump Co BRP Bruce Peebles & Co. Ltd BU - Buell Engineering Co, Inc 8W Babcock & Wilcox Co BWL Babcock & Wilcox Ltd CAP CA Parsons. Ltd CE Combustion Engineering, tnc CES . CorobwTioir&ngfg Superheater Co, Ltd CHH Chicago Heater Co Cl R Canadian Ingersoll-Rand Co Ltd COC - Cochrane Div, Crane Co CRL Croll-Reynolds Engineering Co. Inc CUl Culfigan Industrial Systems Oiv. Cuiligan USA CV Copes Vulcan. Inc DC OeLava/ Turbine Inc DP - Diamond Power Specialty Corp EAI - Electronics Associates, Inc EE English Electric Co Lid EL Ecodyne Lid * EM Electric Machinery Manufacturing Co F The Foxboro Co FIS Fischer & Porter Co FO - Forney Engineering Co FW Foster Wheeler Corp GDI Gulf Degremont, Inc GE - General Electric Co GF The Green Fuel Economizer Co GW The Graver Water Conditioning Co HAP - James Howden & Parsons of Canada Ltd HCC Computer and Instrumentation Oiv, Westmghouse Electric Corp HOW- Howell Instruments, fnc HT - Hungerford & Terry, Inc IBM International Business Machines Corp IN - fnfrlca Products Co IR Ingersall-fland Co IW - Illinois Water Treatment Co JO Y Joy Manufacturing Co '' KKK - Kuhnle, Kopp & Rausch AG LA - The Loots Allis Co. Inc LAW - LA/Water Treatment Oiv, Chromalloy American Co LN - Leeds & Northruo Co LQD - Lodge-Conrell Ltd MLW- MLW-Worthmgton Ltd MR - Milton Roy Co MS ' Maryland Shipbuilding & Drydock Co NOV - Novenco Inc PEC Peabody Engineering Corp PM The Permutit Co PP - Pacific Pumps Oiv, Dresser Industries Inc ' RA Raymond Div. Combustion Engineering, Inc RS Riley Stoker Corp SIE -Siemens AG STW Struthers-Wells Corp - SWE Southwestern Engineering Co WE - Westmghouse Electric Corp ' WM The Whitlock Manufacturing Co WO - Worthington Corp YU Yuba Heat Transfer Corp * ZU Air Systems Div, Zum Industries, Inc SYMBOLS ... . ABr Aluminum bronze Ad - Admiralty brass Adi - Admiralty, inhibited AIB Aluminum brass AnC - Analog computer An Attemperator BA - Biaded airfoil Bal - Balanced BC Backward-curved blades BO Balanced draft C - Coal, bituminous Cir - Circular ` Cr - Crude oil CuN - Copper/nickir, Cy Cyclone " '"** O Damper DB Dry bottom -A. Oe DemineraliwtiooS OiC - Digital computwjfl OsO Distillate oil jSF EA Excess ait Eva - Evaporator Fs - Fuel m storag* j Fub - Fuel at burner G -Gas *. GR Flue-gas ractrnJw" Gt -Ges tempering H2 -Hydrogen H70 - Water v HF - Horizontal HI Horizontal Hyb Hybrid ' HyC - Hydraulic coup^ M J Steam jet ejector 't. L Lignite v~: MAn - Momtorinq *nd MAP - Monttonng, anaiyv* f partial control . MgO M.or.esium oxid* - PLANT dS'G: j-';.:' '. .^' ji."3. ,,' -1 BOILER FEED PUMPS FEEDWATER HEATERS to- FUEL AND EXHAUST ________ _ = s f 1 : ie; : :; . JE ' " ' j-------------------------- " i i Cx 03 - It j cS cj ea 1 On |. i c* | c j 52 j = II 11 11 1 1 <E 1 MAn 2 7900 4696 1 R S j:: < 27 500 - WAr:; i 13 400 3256 IR HvC MtS 24 600 MAn;' 1-'" 13 400 3256 IR rtvC MrS 24 60D 0 MAn ? 79 bU 3110 MAn 2 Vj NAv 3530 IR EJ S s n-1 Tu 15 700 1 7 500 c MAn 1 2 12 650 4570 01 s 6?G0 4985 1 R s c 4 c MAn 1 6700 34 27 MAn ) 11.550 2330 MAP 2<`` NAv NAv NAv s PP s CL s MAP c2 1 Mon 1 Mon 2 4500 3579 PP $ 5550 Tooo BJ s 10 300 4520 DL s 9700 45 75 DL s 4700 3135 IR s JM 41 Tn V4 T41 T1' T'< 34 800 21 500 13 577 17.025 13 000 T '' n" T.'' 7 it T 7U -- 13.500 8930 NAi 31,500 11 42S MAn 2 4340 2926 PP s tC MAn MAn 2" 4075 4563 yj s l'- 6 740'-' 7700'' Cl R s 2 4800 3050 BJ s c MAP 1 - 8034 2743 ClP s " T.U - 7 T33 43 T 9500 11.9 sO 16 200 9900 16.800 MAn 2 4500 3200 DL Reg MtS T IQ 000 MAn J 6790 7537 1 ' PP s T.u.43 1 7 4 74 MAn 1*/ 9000 3200 CL S MAn 2 3620 2310 DL s T 31 i" 15 700 71. 7600 rf MAn X 7320 2996 0L 5 t::.33 13 338 1HI 7600 295C DL S T-''-' 14.200 JC MAP 6360 2250 DL s TJ3.SJ 11,000 6290 3100 IP HvC MtS 12.000 I** 7300 3007 NAv Reg 733.0' 14.686 SC MAP 2 3000 2446 DL HvC M 6000 gr MAn 2 2 2 2 1 AP 1 gk, MAP 2 2 2 2 3192 688211 PP S T:: K30 180C IR Reg M 2375 3375 AC Reg M 2650 2300 PP Rec M 1095 1430 BPC Reg M 3090 2089 WO HvC M, 1520 2899 PP HyC M 1750 2400 DL Rec M 1335 2403 AC HyC M 7000 2000 5500 5000 1250 4 500 3500 3000 2500 DL 2/3-' 3/4 = 3 546 YU 2;1 2/3: 1 475 YU 21 2-3:i 475 YU WE 2 2/57-' 509 SWE GE 2/ . * 3/ .. ->* 479 CHH.YU C Cl Cl DsO.RsO.G C DL 2-`l:G5 2-1 NAv 5 Wl 1 GE 1 2/423 2/5-'-1 3'5:* 0/2 2/4J3 548 WO 519 FW 5)7 NAv 362 STW 487 FW.YU c c c Cr GE 2 Gt 1 WE NAv DE 1 GE 1/2:* 2/4-3 0/2/7 NAv 2/5=7 2/4=7 474 YU 318 WE 504 SWE 501 SWE 481 YU c RsG RsO.G L C GE 1 DL 1 GE WE 2/1=-* GE 2/423 2/5 27 4/4 23 493 YU c 488 WE C.G 487 MLW.CHH.FW RsO 481 BLH C 485 FW C GE 1 GE 1 GE 1 GE 1 GE 1 2'523 3/?23 2/523 2/4=3 2/423 470 YU.BLH.CHH RsO 49? CHH STW RsO 489 YU BLH CHH Ci 485 YU C 480 YU NAv WE 1 OL 1 NAv 1 NAv 1 GE NAv 2/5=3 0/2 23 2/523 3/5 = 3 NAv 478 SWE CHH 353 YU NAv WE 530 WE NAv NAv RsO,Ci RsO c c GE 1 GE 1 AC 1 GE 1 WE 1 1 '4:3 0/1=3 2/3=3 0/2-3 N/223 487 STW 267 WM 482 YU 359 WE,CHH 250 COC c DsO,RsO.Cr c RsQ,G G GE 1 a: 1 WE 1 AC 2 2/3:3 2/327 3.7:3 3/323 472 YU 475 YU 476 STW,CHH 464 STW,LAW G DsO RsD.Cf G 11 9 146 " 146 w 9 7 12 5 12 12 5 l? 19 4 83 10.ft 18 NAv 68 84 92 11 4,1035 18 3 12 12 3 17 7 18 17.7 12 2 NAv 19 5 19 19.5 18 3 107 9.7 88 Vf 11 5 J8.8.I080 1050 1000 19.5 19 19.3 1096 8400-'4 8065 NAv 8075 8032 746242 8676 9100 10.400 8082 NAv 8950 9300 9900='-' 9300 9900 NAv 9161 9375 7728 9300 7793 NAv 9550 ?9?4 8750 9079 91754*) NAv 8032 8870 9337 10.000*4 9140 99402'J 9500 7976 8155 4 3-'? No Air 1 Yes NAv Air 1 Yes NAv Ail H No Si NAv No Si 1 5 No 35 No 2 5 No 0 No 1 No St Air Air Arr Si 3 No Si 0.5 MgO Fub Si { Yes Pub Si 06 No Air 06 No Si 0 No 3 No NAv NAv 4 No 3 No St Air St St St 29 NAv 29 05 NAv No NAv Yes Fub No N NAv Si St St St NAv 0 5 NAv Air 850 3 MgO Fub St NAv Yes ... Air 2 3 No Air 1 2 No Air t 03 14 0.5*4 N No No No No N Si St St Si N N No N 03 No N 1 MgO Fub St 0 No N cv DP 2 NAv 3 CV 4 DP 5 DP 6 DP 7 OP 8 DP 9 cv 10 DP 11 CV 12 DP 13 CV )4 CV 15 CV 16 CV 17 OP 18 OP 19 cv 20 cv 21 cv 22 cv 23 cv 24 25 DP 26 cv 27 cv 28 DP 29 DP 30 CV 31 CV 32 OP 33 DP 34 35 36 37 OP ' 38 39 9iC:8 CbC Mon-MAP 2 1 2 ? 2 2 2 2 3542 7690 NAv 1600 1300 3200 OL c T43 2950 NAv S T-3 NAv BJ T 2300 NAv HyC M 5195111 IR Rec M 1530 890 800 NAv 2500 1500 2)00 NAv BJ Reg M PP Reg K` AC Rec M NAv NAv M 7060 14 600 7000 3500 2250 3000 1253 1250 NAv DL 2 WE 1 GE NAv NAv 1 NAv 1 GE 1 WE 1 AC 1 NAv 3 '3=3 467 2/4 485 N Av/NAv NAv 2/323 466 N/2 220 SWE NAv NAv NAv NAv 2'2 380 SWE 2/2 443 YU 2/i 468 SWE 2/2 439 NAv L DsO.G c DsO.RsO.G RsO C.G G G OsO.G 7 <u ii.o . .4f) 18.5 10.3.1000 1000 1075 S3 10,890 9474 7971 98504 9500 NAv 9205 10,800 08 0 145 3.5 NAv 1 1 N N 0.8 No St DP 40 No NAv NAv 41 No Air D 42 Yes Fub St OP 43 NAv Si DP 44 No Si DP 45 No N 46 No NAv A PC 47 Yes Fs ' Si DP 48 rv*r *fe- -. .. . ttartup and washed RjO during normal ... ,, ' . operation. For data on the combustion - : turbine. *e cage S*1Z --------- 51 - Standby unit . 52 One motor rated 1250 ho, one 900 hp ' / * ", 53 DsO. 183B4 Btu/lb; G. 1068 Btu/cu ft .V 54 - Pnmary mam sourvt, mam-turbine - x_ - bleed; secondary steam source, main >. steam and auxiliary boiler ' 55 - Coal n transported via five unit trams. comprised of 600 cars and 22 locomotives -. 56 -Total output from rwo boilers supplying steam to one turbine;generaior Other bir oata pertain to individual units 57 - At 86.6% efficiency ' 58 - Oata are tor each of two SDVopacity feedpumps. Pnmary steam source, inter mediate-turbine exhaust; secondary steam source, mam rteam or auxiliary boiler. A motor-driven feedpump s provided for startup service 59 - Sub-bituminous coal '* . - - 60 - One rated 219.500 ctm; one. 162.500 - 61 One rated 345.000 cfm; one, 262.000 :- . 62 - Sewage effluent is treated )o* bh makeup 111::; 83 - Combined-cycle plant; 135 MW is generated ; by two gas turbines. For data on combus- - don turtunes. see page $*12 64 - Based on oil firing - 65 - Data are for each of four bollara .`-r*.-- ^ 66 - Data are for each of turn boffin 67 - Data are for the main fwdpump. Standby pump, manufactured by DL, f* fetid - , 3660 gpm it 3001 psifl. ft is driven by an 8000-bp motor manufactured by GE > 68 - Primary steam sourea. cold reheat; - secondary steam source, main steam ' 69 First reheat, 1025 F;econd - .. reheat, 1050 F . 70 First reheatem* 24,000 K) ft; second : ' rehearer, 167,000 sq ft ..- 71 - Alt tandem-compound, indoor units unless otherwise specified 72 - Data are for the mam feedpumps. A 2800-gpm motor-dnvin pump is available for startup *e*vee -- 73 - Oata are for the mem feedpump. A ' startup pump, rated at 40% of full capacity, also ts installed . 74 - Campartmented nozri# ... 75 - pH control: phosphets injection ' 76 Fbimary steam source, main neam; " - secondary steam source, auxiliary blr ' . 77 Data are for the main feadpumps. - - . Standby pump, manufactured by BJ, is - . rated 3060 gom at 4573 ps*g. It driven by a 12.146-hp motor 78 - Steam source: cold reheat only ' 79 - One motor rated 6000 hp, one 1250 hp _ 80- Data are for the main feedpump. -. - Standby pump, manufactured by OL. is ' . rated 4500 gpm. It ts driven by a ,, . v l '.. 10,000-bp motor ` _ * V 81 - Oata are tor the main feedpump. - Startup pump, manufactured by QL, ts , -rated 3180 gpm at 2620 ps>g. It is ' dnven by a 5550-bp motor manufactured ,. - by AC '* 82 - Steam-coil air heater ' 83 Primary steam source, main-turbina '. '., . bleed; secondary steam source, auxiliary boiier B4 Data are for the mam feedpump. - Startup pump, manufactured"by IR, h rated 1790 gpm at 2000 psrg. Regulator - controls flow; separate 2000-hp turbine . is the prime mover 65 In fuel Ime - -. 86 Data are for the mam feedpump. . Startup pump is rated 3550 gpm - ' at 2748 psig. It is driven by a 6000-hp motor - -. . 87 Flash evaporation . . XL .. - S-7 ` ` '3'-- - - Company Pub Service of Oklahoma Pub Service Elec & Gas Co Jersey Central Pwr & Light Ohio Edison Co Duquesne Light Co Houston Lighting & Pwr Louisiana Pwr & Light Co Pennsylvania Electric Co El Paso Electric Co So California Edison Co Central Vermont Pub Service Co No. of units 1 1 1 1 1 2 1 1 1 2 1 Total power, MW 240 140 325 .. 240 270 600 200 250 240 520 275 Mfr WE TP GE GE GE GE GE WE WE WE Start! 73 73 74 74 74 74 74 74 75 75 77 ! Gas-turbine sales still climbing i'W |Recent surge in combined-cycle orders indicates these units ^will prove stiff competition for peaking/cycling boilers By Robrt G Schwieger, Associate Editor The aas-turbine market is stronger than ever and appears to be growing, despite predictions of a few reputable sources s that sales would taper off by 1972 and averaee approximately 2500-3500 # MW/vr until about 1980. In fact, about 00 MW of gas-turbine generating sets ere sold in the first half of 1972 alone _pS.12-S.15). Several vears ago. some experts picked the eariv !970s as the time for gas-turbine sales to peak. They felt that orders were being placed by utilities solelv to fill the generation gap created when nuclear central-station licensing and environmental problems delayed the startup of these plants. However, it now appears many utilities recognize that gas turbines should not be consid ered merelv as a stop-gap measure, but rather as an important part of their sys tem's generation mix. Evidence: orders received bv a few manufacturers for open-cvcie units with startup dates in 1975 and bevond. and the popularity of preengineered combined-cvcie plants (table, above). At least one manufacturer predicts orders will continue at the current rate of about 6000-7000 MW/yr for another vear or two This period should be fol lowed b\ a slight dip in sales, assuming large nuciear units come on-lir: in sig nificant numbers. But then, after utili ties nave had sufficient time to reassess their generation mix and future require ments. orders are expected to increase and probabh exceed levels attained in the eariv 1970s. Combined-cvcie orders have come on strong after about a six-month lull that followed the first orders announced last vear (Power. October 1971. pp 105 109). Manufacturers are encouraged that these plants will play a major role in midrange generation. Even utilities that do not have gas turbines in their systems are showing considerable inter est. Remember that combined cycles were difficult to promote in the early days because the preengineered concept was relatively new. and because some utilities were dissatisfied with the relia bility of gas turbines in peaking service. Several reasons exist for the surge in utility interest: High availability of gas turbines can be achieved when these units are oper ated at relatively constant load for ex tended periods and when thev are maintained in accordance with manu facturers' instructions. Example: the outstanding performance of equipment in pipeline service. ~ Some old fossil-fired central stations are not operating as w'ell as expected in cycling service. " In some cases, it is more economical to order a combmed-cvcle plant than to invest capital in pollution-control equipment for an older station that might not withstand the rigors of cy cling operation. 7 There is little operating data to sup port vendor claims of high reliability for boilers and turbines designed specific ally for peaking/cycling service. ~ Environmental impact of combmedcvcle svstems should be less than that of peaking/cycling units because of re duced cooling-water requirements and tne utilization of rusher aualitv fuels. Construction costs of combined-cycle plants are relatively low because most components are assembled at the fac tory and shipped in modules to the plant site. Reducing NOv from gas turbines Perhaps one of the biggest problems facing vendors of preengineered com bined-cycle systems is the reduction of nitrogen oxides (NOD from gas tur bines. Although the most sirigent NO* laws in force today can be met by inject ing demineralized water into the com bustion chamber, this method is expen sive. Most gas-turbine manufacturers feel they will be able to offer a combus tor that will minimize NOs without wa ter injection shortly after Environmen tal Protection Agency determines an acceptable procedure for calculating emissions (Power. Sept 1972, p 84). Regarding the survey pages, note that no orders were received by the follow ing companies dunna the survev period. June 1. 1971 to May 31. 1972: Tokyo Shibaura Electric Co. Ltd--Toshiba (Ja pan). Siemens AG (Germany). Franco Tosi. SpA (Italy). Sociefe Anonvme Cockerill-Ougree-Providence (Belgium) and Ateliers de Constructions Eletnques de Charleroi (Belgium). Free-worid manufacturers of gas tur bines for utility and industrial service (larger than 1000 hp) that did not re spond to the Power survey: Auto Diesels Braby Ltd (Great Britain). Dresser Industries. Inc (U S). Gutehoffhungshuette Sterkrade AG (West Ger many I and NV Motorenfabnek Thomassen (Netherlands). Power. Novemoer is? S-11 ;i :i ii f ( ( _ r% i r! [f :t! t 1.. 1f * a msmmm (a LL EQUIPMENT LOCATION 2I 1 Georgia Power Co ......................... 2 Northern Stares Power Co.............. 3 Jersey Central Power A Liqht Co.... A Wisconsin PuOi<c Service Corp ...... 5 City o* Cape Town........................... 5 Florida Power & light Co............... 7 Vineland Electric Utility.................. 3 Consolidated Edison Co ol NY, Inc . 9 US. Navy Propulsion Test Cenrer... 10 Freeport Electric Dept...................... GAJ ................................. Blue Lane, MN ................ Holland Twp. NJ .............. West Marinette, W(............ Capa Town. Soutft Africa.. Ft. Lauderdale, F Vmeland. NJ...... New Yoric, NY... Trenton. NJ....... Freeport. NY...... 11 U S Air Force .......................... 12 Go`den VaUev Electric Aon. Inc 13 Arabian American Oil Co............. 14 Wolverine Electric Carp, Inc........ 15 Franklin Municipal Plant ............. GU' .................................... Fairbanks. A < ................... Uthmamvah, Saudi Arabia.. Hersev, Ml .......................... Franklin, LA....................... IS Michigan Wisconsin Pros line Co . ... 17 Union O'l Co pi Canada Ltd ............. 18 kloecuner Humooidt-Oeutz AG ..... 19 Oasis Pipeline Co ................................ 20 Tennessee Gas Pipeline Co ................ Gulf of Mexico......... Lobo, Ont., Canada.. West Germany1 ...... FXt ......................... Paris, It................... 21 Amoseas Inc .................................... Libya1 ......................... 22 Amoco International, Ltd ................. Guif of Suez................ 23 Alberta Government telephone Commn Calgary, Alta.. Canada.. 24 Abu Dhabi Petroleum Co, Ltd .......... Persian Gulf ................ 25 Petroieos Mexicanos .......................... Mexico1......................... 26 National Iranian Oil Co...................... 27 Comotned Constructors Co................ 23 Chicago Metropolitan Sewage Oistnct 23 UAPCQ2 .......................................... 30 Abu Ohabi Petroleum Co Ltd ........... Iran1 ................... White Plains, NY Chicaqo.iL ....... Indonesia1 ........... Persian Gulf......... 31 Dowell Oiv, Dow Chemical Co ....... 32 Chevron Qit Co ............................... 33 Amoseas Inc ................................. 34 City of Andover ............................. 35 Pacific Teiepnone 4 Teiegraoh Co .... 36 Amoco Canada Petroleum Co........... Mobile, AL ......................... Ft Saskatchewan,Alta.,Can. Libya1 ............................... Andover, MA ....................... Ft. St. John, Alta., Canada.. WE W-50I 62S TO Mega Pakjl 4 GE MS 7001 4 27 TP Twm Pac19 125 CW Mod Pod4Q P* TO Efl-224 WE W-2SI Gc MS 5001 TP FT4A-I1LF CW Mod Pod-20 1249 H* IS4* 1 TP Power Pac17 115 GE MS-5001 146 GE MS-5QQ2 244 CBC Coberra 125*J 2 TO EA-M3 1 GE C3C AV IR ALN MS-3002 Coberra 125 TF 35 GT-40 501-K13" 242 541 4 J93Z 2<i SO CS3000 SO M03000 so GSE3000 so GSC3000 C8C Coberra 30 8-M 3* 237 i 5 AV NAT NAT NAT NAT TF 25 Vikmq-SBG Vikmg-CO Viking-COG/T Vikmg-COG 3 5* l 8 3 SO IPP1000 SO MOlGOfl SsOo CS1200 GSE1QC0 so KSlOOO so GSCI000 10 550 10*3 152 8 2SS pp No pp No 81 No PP Yes PP Yes Dw.Spv Tw Gw Dw.Spv Ow 64 4 48 4 44 2 _ _:i1 40 0 1000 300 1000 PP Yes PP Yes PP Yes MO No PP Yes Qw Dw,Spv Spv Ow Ow 36.0 31.1 20.1 20 PP Yes PP No MO No PP Yes PP Yes Dw.Spv Dw Dw N 17.5 nQ 102 1000 0 0 27.4 0 1000 i; 1000 20.3 0 1000 0 Gh No Gh No PP Yes Gh Yes Gh Yes Sov Ow Ni3 Sov Ow Gh Yes MO Yes SP Yes 81 Yes Gh No Gw Dw Sov 13.1 1000 12 5 1000 30 3.5 0 80 40 59 3.8 0 60 3.5 ; 59 3.5 J S9 2.5 2.4 0 59" 3 1000 SO Pd Yes PP Yes TE No TE Ye? 81 No N N N Dw Dw 20 12 a 1.75 0 1.0 0 10 80 59 59 59 59 MO MO Gh Yes SP Yes SP Yes TE Yes Ow Ow Ow Ow 1.2 1.2 b 12 0 09 0 06 0 0.8 0 59 69 59 59 59 30 SO 4 23 im IMft )M 14* id id id id id us id HS MANUFACTURERS AKT - ASG Kanis Turbinenfabnk GmbH ALN Detroit Diesel Allison Div, - . General Motors Corp Societa'Generale da Constructions Elecmques tt Mecamques (ALSTHOM) AV - Lycoming Oiv. Avco Corp BBS Brown Soven-Sulzer Turbomachmery Ltd CBC - Cooper-Bessemer Co CW - Curtitj-Wnght Corp FI A - Fist SpA, Divisions Mara GEG - GEC Gas Turbines Ltd GE General Electric Co HIT Hitachi, Ltd H$ - Hispano-Suiza, Division de la SNECMA IR Ingenoll-Rand Co JBE John Brown Engineering Ltd KWU Krtftwerk Union AG XV -A/S Kongsberg Vapanlabnkk MHI Mitsubishi Heavy Industries, Ltd NAT North American Turbine Corp NP Nuovo Pignone SpA ORE - Orenda Ltd PW Pratt and Whitney Aircraft Div, United Aircraft Corp RR Rolls-Royce Ltd RUS Ruston Gas Turbines Ltd SO . - Solar Oiv of International Harvester Co STA - Stal-Laval Turbm AB TO Turbodyne Corp TP Turbo Power and Marine Systems, Inc WE - Westinghouse Electric Corp WKR -Werkspoor-Amsterdam NV ' SYMBOLS Ac Annular combustor Acc Accelerometer 6c - Bearing cap . - 01 Base load - . BpT Blade-path temperature - CaC - Canannuiar combustor Cdo Compressor discharge prsssura Cmb * Combination, combined cycle CrO - Crude oil Cv Compressor bleed valves OF Oual fuel OsO - Distillate oil Ow Oirect wire E Electronic Ec Engine case ' ' EH ElectrohydraoJic EM Electromagnetic EP - Electropneumatic G Natural gas Gh Gas handling HoC - Horizontal combustor Hy - Hydraulic ISi Inlet silencer (tg Integrated X Kerosene jet A ' MO Mechanical drive - N - None NAp Not applicable . - OpC - Open cycle Pd Pump drive PP - Peaking power and stands ReC Recovery cycle with exhaust to borfer Rag - Regenerative cycle ' Ret Relative motion between bearing cap and shaft RsO Residual oil Ry - Relay Sep - Separate Sk - Stack (manifold) Sol Solid state $P Standby power only _ SpT Speed/time Spv -Supervisory (telemetry) ' Te Turbine exhaust (blade peth) TE ; Total energy Ti -Turbine inlet `- ` . Ts -True shaft . TwS -Twmspool ' "7. , T ` V#C -Vertical combustor '' ' Vig Venable inlet guidtvenae FOOTNOTES - Various locations Independent Indonesian American Petroleum Co Exact location not available ,, Manufacturered in Mannheim, West Germany : Iranian Electric Power Generation & Transmission Co -Undisclosed - Ratio ot sbsolute compressor-discharge pressure to absolute compressor-inlet pressure . .. - (n tome gas-turbine packages, turbine driving the external load - compressor, pump or example - is mounted on e shaft separate from the gas-generator's compressor and turbine this machine q called the free (or power) turbine. Packages without a free turbine develop external load end gas-generator compressor with the turbine described under the "Gas gen***? -Also exhaust silencer and soundproof building - - Also exhaust silencer ' ' v.'-1' ALN offers five versions of its 501 engine: 501-K5. 5Q1-K13 and 501-K16A bum natural 501-K16A burn liquid fuel. K&and K14, similar in performance, have base-load ratings of 214*- f the following conditions: ambient temperature, $0 F; elevation, see level; turbine-inlet temper* turbine speed, 13,020 rpm. K13 and K15, also similar m performance (detail in tabulation).!* fim-stage blades end vanes to permit higher gas temperatures at turbine inlet. Hence. po**r^ about 15% over the K5 and K14 models. K16A performance n comparable to the X13 *xC*fu ' which offers additional speed flexibility. Other units sold during 6/1/71-5/31/72 survey P** Potomac Telephone Co, Baltimore, MO (2 umts, K147, generator drives; Trunkline Gas Co, Car (1, K13) and Longville, LA (1, K13), compressor drives; Pacific Telephona & Telegraph Co.C" 12. K151, San Francisco, CA (1, K15) and Oakland, CA M.K1S). generator drives; New Yort New York, NY (2, K15). generator drives; Wbrran Petroleum Co. Cameron, LA (1, X13). cow . Northern Natural Gas Co, Hugo, MN II, K13), compressor dm*; Karaas-Nebraska Natural W* Lakm, KS 11, K13) and Scott City, KS 11, K13), genentor drives; Coastal States Gas PT0^U^7 S 12 PLANT C HSfl GAS GENERATOR e !f z !! I 1 hi e* =E 22 i = i i= TO 5 RR 2 GE 1 TP 2 RR 2 GE GE RR PW GE RR ALN ALN SO SO SO so CBC AV KV KV XV KV SO SO SO so SO SO 1 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 l t 1 1 17 17 17 7/ 1,1 7/51 - 7/81 -1 1b 17 7/8' 1 7/51-' V u> 16 16 17 7/8 1 16 17 8 14 14 11 11 11 11 14 8 1 1 1 1 8 8 8 8 8 8 4 6 3 1171 ' 1 11J 1 /?1 -1 3 2 1/2i' 1/D-' 1/2'-' 2 ) ? \/?' 3 1 1 2 2 4 2 2 3 3 2 1 1 1 1 1 2 2 2 3 3 3 COM FREE TURBINE' I BUSTORS INSTRUMENTATION ANO CONTROL jJ jj ! ?i -- E 1| |f |j is 1 i ^ 1 ; 1 E ii ? E Ilk 2 1 z v> 1 is z ' 5. > Ii j| a. i ii 1c t ji -? 1 111 TS h c 5B 1c : c 1! | ! si <A eu "5 c s& l! SJ 28 E e O O , ii t 1 sll Sf *I , | *c : ^ 1 5c & u 3 mec. 3600 3600 360C :: N N N 16 Ac , 33 Yes lSiy 3600 Sol/EP . 3i BpT.Sk Yes Cv SpT Be Yes Hg 1 NNN 1 VeC OsO Yes (St* 3600 N N N 10 CaC DsO.CrO Y ISi' 3600 Sol/EH . 29 Te Yes Vig BpT30 Rei Yes Itg 2 3 5 2 8 CaC G.DsO Yes IS-* 3600 Ry/ . 16 EM T. Yes Cv SpT Ec Yes 119 4 1 2 8 Ac OsO Yes IS9 3000 Ry/EH E T. Cv SpT No Itg 5 8800/6500'1 1 2 8 CaC OF Yes iSi* 3600 Ry/E 4894 N N N 8 Ac 23 Yes ISiv 3600 Sol/EP 51 DC N N N 10 CaC OsO No IS-'O 3600 Sol/EH 8600/635013 1 8 CaC X No lSiu 3600 Ry/EH 1 8 Ac DsO Yes ISi* 3600 Ry/EH 3' Ti Te Yes TwS SpT Be Yes lig 24 Te/Sfc Y'es Cv SpT Ref Yes hg 35 Yes N SpT Be Yes Itg 6 7 8 EM Ti E Ti N Cv Cv SpT Ec Yes NAp q SpT No hg 10 1 8 CaC G.OsO.K Yes fSi* 3600 fV- . '* EM Ti Yes Cv SpT Ec Yes hg 11 6100 N N N 10 CaC G No iSi* 3600 Sol/EH EM S* Yes N SpT Be Yes hg 12 6100 1 12 CaC DF Ye ISi4 4670 Sol/tH EM Sx Yes N SpT Be Yes NAp 13 7650 1 CaC OF No 1S19 3600 Ry.Sol/E E Te Yes Cv.Vig SpT Rel No Itg 14 8600/6350'-' 1 8 CaC DsO No !St* 3600 Ry/E ,35 Ti.Te Yes TwS SpT Be Yes hg 15 6900 7500 18 000 13,800 13,820 1 6 CaC G 1 8 CaC G 1 1 Ac DsO 1 6 CaC OF N N N 6 CaC G No ISi' 6500 Sol/EH No 1 Si9 5000 Ry/E No iSt 1500 R y ,Sol/E Yes ISi'0 13,800 Sol/EP No iStio 1200 Ry/E EM E E EM S* Te Ti Ti Yes N SpT Yes Cv.Vig SpT Yes Cv SpT Yes Cv SpT Yes Cv 8pT Be Yes NAp 16 Rel No NAp 17 Yes Itg 18 Rel Yes NAp 19 Acc No NAp 20 14.300 14.300 14,300 14,300 11,650 1 1 Ac G 1 1 1 1 Ac G NNN1 Ac OsO N NN 1 Ac G 1 1 1 J Ac G No 14.300 Rv.Sol/.... , 35 Ti.Sk No 6000 Ry.Sol/.... ____35 Ti.Sk No ISi'o Ry.Sol/. . . . . . ,3S Ti.Sk No Ry.Sol/. . . . 35 Ti.Sk No lSiy 9000 Ry/E E " Te Yes Vig Yes Vig Yes Cv Yes Vig Yes Cv Ts Yes NAp 21 Ts Yes NAp 22 Ts Yes itg 23 Ts Yes 24 SpT Rel Yes NAp 25 18.000 17,100 17,100 17,100 17,100 22,300 22.300 22.300 22.300 22,300 1 1 2 1 Ac OF NNN 1 Ac OsO NNN1 Ac OF N N N 1 Ac OsO 1 Ac PrG 1 1 1 1 Ac DsO 1 1 1 1 Ac G 1 1 1 1 A: G N N N 1 Ac OsO N N N 1 Ac OsO NNN1 Ac G No ISi'O 3850 Sol/. E No ISiy 1800 Ry/EH EM Te ' No IS(36 3600 Ry/EH EM Te No IS.38 1800 Ry/EH EM Te No ISl9 1800 Ry/EH EM Te No ..../. . . No isi'>o 3600 Ry.Sol/.... Sx' No iSiio 22.300 Ry,Sol/.... , . . ,3S Sk No ISi'O 1800 fty.E/. ... ____35 Sk No lSi9 1200 Ry,E/. ... Sk No ISi'O Ry^ol/.... . ' . .35 Sk Yes Cv No N No N No N No N Cv No Cv Yes Cv No Cv No Cv Cv SpT Yes NAp 26 39 Be' Nc Itg 27 39 Be No Itg 28 . . 39 Be No Itg 29 . . . 39 Be No Itg 30 31 No 32 No NAp 33 SpT Yes hg 34 SpT Yes `>9 35 Yes hg 36 K13), compressor drive; Natural Gas Fhpeltne Co of a. Johnson's Bayou. LA U, K13I, compressor drive; jisdosed company in Lake Arthur, LA (1, K13I, com- : ff drive; State University of NY at Stony Brook, NY (2, B/oenerator drives. Cities Service Gas Co. Satann, KS |H6A) compressor drive: Oasis Pipeline Co. various loca- a Texas (18. K16A), compressor dnves ' c aries comprises several models, Oeptndmg on the mbiant conditions, elevation, etc. normal-power mil fall between IS.7 and 3S.35 MW. and pk-powr i 21.7 and 42.95 MW; gas temperature at _ turbma inlet will be between 1135 and 1250 F; ratio, between 11.1 and 14.7 .. . /los pressure - - " - 9 on model, low-pressure compressor has either me stages - - - _' g on the model, speed of h-o compressor drive will rt 0560 end 8750 rpm; speed of l-p compressor `> *n 6350 end 6690 rpm ' ding on model, analog controls can be electrohydreulic, pneumatic or electronic tf fT4A-11LF was purchased by US Air Force lor use Power Paa purchased during survey period for electric bon: New England Gas & Electric Assoc. Cambridge, Unit, model FT4A-9LF); Ebasco International Corp. ` iif, Ecuador (1, FT4A-11LF); British Columbia Hydro Auth. Pnnce Rupert, 8.C., Canada (2, FT4C-10F) dTP4-2A-9DF wn purchased by Wisconsin Public Service ?electric generation in West Marinette, Wl -- fTwin Pacs purchased during survey period for electric - ~- *rion; Union Electric Co. undisposed location m ri 17 unrt, model TP4-2A-1 ILF), Flonda Power Corp, ... ised location (4, TP4-2C-1 LF), Public Service Electric undisclosed locations m New Jersey (B, TP4-2C-1 LF); . i General Electric Co. undisclosed locations m Oregon ^ '4-2C-1 LF|; Nebraska Public Power Oist, Hecron, . 4, end Shelton. NE (3, TP4-2C-1 LF), Long Island t' Co, Glenwood Landing, NY (5, TP4-2C-1 LF); ' " Southern California Edison Co, undisclosed location ft,' ' TP4-2C-1 OF); Wisconsin Public Service Corp, undisclosed lore-. - bon (1, TP4-2C-1DF); Wisconsin Power & Light Co. undts-closed location 12, TP4-2C-10F) Twin Pic serin comprises severe! models. Depending on the model, ambient conditions, elevation, etc, normal-powwr rating ' will fall between 36.85 and 63.6 MW, and peak-power rating between 39J and 65.6 MW; gas temperature at power-turbine inlet will be between 1130 and 1250 F; pressure ratio, be . tween 113 and 16.1 . .. - Depending on model, speed of the high-pressore compressor . drive will be between 8380 and 8840 rpm; low-pressure drive, V between 6280 and 6700 . -23 - Distillate, residual and crude oils, plus natural and process - ... - gas separately or in combination - -*-> - Impulse generator - - -- .................-- -- - Variations of tha machine ordered as generator drives by . Northern States Power Co, various locations in Minnesota (6 ' - units) and Public Service Co of Oklahoma, Oklahoma City, OK (2 - in a PACE 260 combined-cycle system) . Venations of this machine ordered as generator dnves by 8ntish Columbia Hydro & Povwr Authonty, Pori Hardy, B.C^ Canada (1 unrt) and Public Service Electric & Gas Co, Bergen, ' NJ ID ' - Variations of this machine ordered as generator drives by Salt River Protect Agricultural Improvement & Power QisJ (2 units); Northern States Power Co (4); Omaha Public Power Dist (2); Potomac Electnc Power Co (4); Louisiana Power & Ligftr Co (2); Duquesne Light Co (3); Philadelphia Electric Co (3); Ohio Edison Co 12); McPherson Bd ol Public Utilities, McPherson, KS 12)................. . : ............................... - .vvr--- 28 - Approximate figure ' ': 29 - Inouctor alternator frequency measurement'` ~ ^ - 30 - Also speed/time ratio .................. '.'`J!' 7/ - -'"-i 31 . - GT-55 ' -` ' 32 ,, - Variations of this machine ordered at compressor drives by ' -' - Costal Stat Gas Producing Co, Freer. TX (1 unit); Alberta Gas . Trunk Lines Co. Valleyview, Alta., Canada (1); Phillips Petro- - -- leum International Investment Co, Bacton, England (3); .. . ' - Tennessee Gas Pipeline Co, Warren, PA (1);*nd undit- - closed company-in Rumania (5). Variations ordered as * - - pomp drrves by Naiional Iranian Oil Co for various undis- - - ' closed locations in Iran (8 units) . ... ..` 33 - Mobile trailer installation . 34 Variation! of this machine ordered as compressor dnves by - Colorado Interstate Corp, Mocane, OK {2 units); El Paso - ' . Natural Gas Co, Ignacio, NM (1); Humble Oil & Refining : .' ' Co, locations in Texas (4); Imperial Oil, Ltd, locations in ' - *. Alta., Canada (5), Mountain Fuel Supply Co, Lark, UT (1); - , Natural Gas Pipeline Co of Amenca, locations in Tex T.V'7-4 (4). 0as Pipeline Co, locations in Texas (4), Shell Oil Co,' ' Gulf of Mexico (1); Union Oil Co of California, Cook . : - - Inlet, AK (2) '' 35 -. - Magnetic speed pickup ,>4v ; -- - 36----- Variations of tfm machine ordered by Home Oil Co Ltd, - Swan Hills. Alta., Canada (2 units), waterflood-pump . 1; drive; Mobil Oil Corp, Coyanosa Station, TX I2l, re- -fngeration<ompressor drive; Oasis Oil Co of Libya, Inc. --r- ,^'i ' _ various locations in Libya 18), crude-oil-pump drive; Shell . ' Oil Co, undisclosed location in Louisiana (1). waterflood* ' ' ' " ` pump drive: Shell Canada Ltd, various locations m Alta.; 7 Canada (2). waterflood-pump drive ' ' 37 - Variations of this machine ordered generator drives bv ~ Mountain States Telephone & Telegraph Co, Tucson, AZ 11 ' unit! and New York Telephone Co, Nassau County, NY (2) ` - 38 - Also soundproof building ,,, .:* 39 - Compere maximum fuel flow to compressor discharge - * ' , pressure 40 - - Variation of tho machine ordered as generator drive by ` V. - * Santa Clare County, San Jose, CA 12 units) - 41 . - Variation of this machine ordered as a compressor drive by The Gas Council, Chelmsford, England 14 units) ' * 42 Variations of this machine ordered as compressor drive by Chattanooga Gas Co, Chattanooga. TN II unit) and El Paso .7 7- Natural Gas Co. undisclosed locations 13). Variations of tho ,, ,machine ordered as pump drive by Tennessee Gas Pipeline ^ ' Co, Yscloskey, LA (1 unit) and Sea Robin Pipeline Co. . .. Gulf of Mexico (31 ____ .. : -- f