Browse Items (15 total)
- Tags: ECONOPAC
Westinghouse 501D Gas Turbines at Shedgum Gas Plant
96MW-Power Barge
48MW-Power Barge
Westinghouse 501F EconoPac Gas Turbine
Electroperú's Westinghouse 501D5 EconoPac Gas Turbines
Comisión Federal de Electricidad's Westinghouse 251 EconoPac Gas Turbines
Nevada Power Company's Westinghouse 501B EconoPac Gas Turbines
Baltimore Gas and Electric Company's Westinghouse 501AA EconoPac Gas Turbines
Westinghouse 501D5 EconoPac-Model Power Plant
The Power Generation Canadian Division
Tags: CAD; CNC; computer numeric control; computer-aided design; computers; CW251; ECONOPAC; engineering; fabrication; gas turbines; George Westinghouse; George Westinghouse, Jr.; Great North American Factory; Hamilton, Canada; Lake Ontario; orlando; Pensacola; PGBU; PGCD; Power Generation Business Unit; Power Generation Canadian Division; Quality Assurance Program; quality control; Quality Management Institute; total quality management; TQM; WECAN; Westinghouse Canada, Inc.; Westinghouse Electric Corporation
Take a New Look at Westinghouse Combustion Turbines
Tags: Augie Scalzo; axial exhaust; Capitol Cogeneration; cold-end drive; Comanche Station; Combustion Turbine Engine and Design; combustion turbines; Dow Chemical Company; ECONOPAC; Edison's Cololwater Station; energy; Energy Digest; engineering; Enron Corporation; Generation Technology Systems Division; IGCC; integrated gasification combined cycle; Jarvis Cotton; jet engines; manufacturing; MHI; Mitsubishi Heavy Industries; Nevada Power's Clarke Station; Nuclear Services Integration Division; orlando; PACE; Power At Combined Efficiencies; power generation; Power Generation Service Division; power plants; Power Projects Development; Power Systems Business United; Power Systems Operations Division; repowering; rotors; Service Technology Division; W501B; W501D5; Westinghouse Electric Corporation
Steam-Cooled 501G Rated 230 MW with 2600°F Rotor Inlet Temperature
Tags: 501D5; 501F; 501G; A. J. Ayoob; air-cooled turbines; Alafaya Trail; American Society of Mechanical Engineers; Andrew J. Ayoob; Andy Ayoob; ASME Gas Turbine Conference; combined cycles; Combustion Turbine Development Engineering; combustors; D. A. Bartol; Dominic A. Bartol; ECONOPAC; ECY768; Edison Electric Institute; electric utility power; engineering; engineers; FiatAvio; Gas Turbine World; gas turbines; Gerry McQuiggan; heat recovery steam generators; high temperature demonstration unit; HRSG; HTDU; IN939M; industrial gas turbines; industrial power; Les Southall; MAR-M246; MHI; Mitsubishi Heavy Industries; MTFIN; Nick Bartol; orlando; PGBU; Phoenix; power generation; Power Generation Business United; Power Generation Technology Division; Robert Farmer; Rolls-Royce; Rolls-Royce Turbine Aerofoil Manufacturing; rotors; simple cycles; steam cooling; Takasago Works; TRIT; turbine rotor inlet temperatures; Westinghouse Electric Corporation
Westinghouse W501D Combustion Turbine: Guide to Systems and Applications
Tags: brushless exciters; cogeneration; combustion systems; Combustion Turbine Systems Division; combustion turbines; compressors; Concordville, Pennsylvania; CURVIC; ECONOPAC; exciters; exhaust cylinders; heat recovery steam generators; HRSG; hydrogen-cooled generators; IGV; inlet guide vanes; Kingsbury; power plants; POWERLOGIC; repowering; rotors; W501D combustion turbines; Westinghouse Electric Corporation
Evolution of Heavy-Duty Power Generation and Industrial Combustion Turbines in the United States
Tags: 191-9; 1973 Oil Crisis; 501F Advanced Combustion Turbine; 501F rotors; 701F; A. J. Scalzo; A286; Advanced Turbine Systems; airplanes; AISI 310; AISI 422; American Society of Mechanical Engineers; ASME; Atoms for Peace Program; ATS; Baldwin Company; blast furnace engines; BOT; burner outlet temperature; Chance Vought Corsair; Chicago Works; clean coal; cogeneration; cold war; compressor integral vanes; cooling systems; CURVIC; DCF; direct coal-fired; directionally solidified; Discalloy 24; DOE; Dow Chemical Company; DS; Dwight D. Eisenhower; Dwight David Eisenhower; ECONOPAC; ECY768; engines; Fiat Avio; Fuel Use Act; G. S. Howard; Gas Turbine Age; Gleason Works; Hastelloy X; Hayes International; Haynes Stellite 31; heat recovery; heavy-duty power generation; hybrid burners; IGCC; Ike Eisenhower; IN617l International Nickel Company; IN713L U500; industrial combustion turbines; integrated gasification combined cycle; International Gas Turbine and Aeroengine Congress and Exposition; J30; J34; jet fighters; Joule-Brayton cycle; LCF; leading edge groove; LEG; low cycle fatigue; M. Decorso; Marine Gas Cooled Reactors Program; McDonnell Douglas FH-1 Phantom; McDonnell F2H Banshee; McDonnell FH Phantom; MGCR; MHI; Mississippi River Fuel Company system; Mitsubishi Heavy Industries; Morgantown Energy Technology Center; NACA; NACA 65; Northeast Blackout; nuclear power plants; nuclear submarines; nuclear subs; Oil Embargo; orlando; packaged power plants; Patuxent Flight Test Center; PFB; PGBU; Pittsburgh and Lake Erie Railroad; planes; Power Generation Business Unit; pressurized fluidized bed; Public Regulatory Policies Act of 1978, PURPA; R. L. Bannister; railroads; Rankine cycle; RIT; rotor inlet temperature; SC; Sermetech International Incorporated; Sermetel 5380DP; simple cycle package; single crystal; single row 1 vanes; Special Metals Companies; steam turbines; TG501; thermodynamics; turbine discs; U.S. Department of Energy; U.S. Naval Test Laboratory; U.S. Navy; U.S. Steel Corporation; U520; Union Railroad; W101; W121; W122; W171; W191; W201; W201RE; W21; W251; W251 B12; W251A; W251AA; W251B; W251B10; W251B12; W251B8; W251BS; W301; W31; W352; W41; W501A; W501AA; W501B; W501D; W501D5; W52; W62; W72; W81; W82; W92; WE19A; WE19B; West Texas Utilities; West Texas Utilities San Angelo's Power Station; Westinghouse Electric Corporation; Westinghouse Research Laboratory; Wolverine; World War II; WWII; X-750; X45
Westinghouse W-501D 100 MW Single Shaft Heavy Duty Combustion Turbine
Tags: A. J. Scalzo; Alafaya Trail; combined cycle installation; combustion; combustion turbines; combustors; compressor cylinders; CURVIC; ECONOPAC; EconPac; engines; G. S. Howard; gas turbines; hydrogen-cooled generators; International Power Generation; J. Morrash; orlando; P. C. Holden; PACE; rotor blades; rotors; The Quadrangle; W-301; W-501; W-501A; W-501AA; W-501B; W-501D; W501D5; Westinghouse Combustion Turbine Systems Division; Westinghouse Electric Corporation