Browse Items (11 total)
- Tags: W501D5
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
150 MW Class 501F Design to Begin Full Load Factory Testing This Summer
Tags: 501F; air-cooled turbines; Auguie Scalzo; coal-fired plants; combined cycle; Combustion Turbine Operations; compressors; cooled combustors; CTO; dual-fuel combustors; ECY768L X45L U 520L Inco 738; engineering; factories; factory; gas turbines; HRSG; IGCC; low-NOx hybrid combustors; MF-111; MHI; Mitsubishi Heavy Industries; Moon Light; MTFIN; MW701D; NACA; packaged plants; power generation; Power Logic II control system; Power Projects Development; protective coatings; Robert Farmer; simple cycle; Takasago Works; testing; tilting-pad bearings; variable geometry guide vanes; W1501; W501D5; W65; 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
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
Westinghouse 501D5 Gas Turbine
Westinghouse 501D5 EconoPac-Model Power Plant
Electroperú's Westinghouse 501D5 EconoPac Gas Turbines
Capital Cogeneration's Westinghouse 501D5 Gas Turbines
Dow Chemical Company's Westinghouse 501D5 Gas Turbines
Westinghouse: A Proud History of Combustion Turbine Experience
Tags: blast-furnace gas; Bunker C; Canadian Utilities; coal gas; coal gasification; combustion turbines; cooled blades; cooled vanes; Creole Petroleum Corporation; DAEE Brazil; Departamento de Águas e Energia Elétrica; Detroit Edison Company; Dow Chemical Company; electric power generation; Fiat Automobiles; Florida Power and Light Company; IGCC; integrated gasification combined cycle; locomotives; Mississippi River Fuel Corporation; Mitsubishi Heavy Industries; natural gas; oil field compressors; PACE; peaking units; Power at Combined Efficiency; power plants; railroads; residual fuel; residual oil; Salt Grass Combined-Cycle Plant; Saudi Arabian Oil Company; Saudi Aramco; trains; U.S. Steel; U.S. Steel Company; United States Steel Corporation; vanadium; W251; W251B12; W501; W501D5; W501F; West Texas Utilities; Westinghouse 251; Westinghouse 251B12; Westinghouse 501; Westinghouse 501D5; Westinghouse 501F; Westinghouse Electric Corporation