Browse Items (5 total)
- Tags: rotors
501G Design Features
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
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