Browse Items (20 total)
- Tags: combustion 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
First Westinghouse-Manufactured 501F Heads to Korea: Shipment Culminates of 24 Months of Work
Value Plus: Introducing the Westinghouse 501F 145-MW Advanced Design Combustion Turbine System
Westinghouse 501F Combustion Turbine Advertisement
Westinghouse 501F Combustion Turbine
Westinghouse Electric Combustion Turbine Operations Mug
Westinghouse Electric Combustion Turbine Systems Division
We Are Building a New Image in Concordville
Westinghouse 501D5 EconoPac-Model Power Plant
Westinghouse Model 251B Combustion Turbine
U.S. Combustion Turbine Market
Tags: 1973 Oil Crisis; combustion turbines; Federal Energy Regulatory Commission v. Mississippi; Northeast Blackout of 1965; OAPEC; oil embargos; Organization of Arab Petroleum Exporting Countries; Power Plant and Industrial Fuel Use Act; Powerplant and Industrial Fuel Use Act of 1978; Public Utility Regulatory Policies Act; PURPA; Westinghouse Electric Corporation
Combustion Turbine Repowering of Reheat Steam Power Plants
Westinghouse: The Power Behind Combined Cycle Plants
Tags: 100 MW steam turbines; 80 MW W501B gas turbines; Alafaya Trail; cogeneration; combined cycle plants; combustion turbines; engineering; gas turbines; jet engines; Malcolm Baldridge Quality Award; Medicine Hat, Canada; Mojave, California; orlando; PACE; Pensacola; PGBU; Power At Combined Efficiencies; Power Generation Business Unit; Sayreville, New Jersey; steam turbine generators; The Quadrangle; W251B11/12 gas turbines; W501F gas turbines; waste heat energy; Westinghouse Electric Corporation; Westinghouse Power Generation Service
Take a New Look...at Westinghouse Combustion Turbines
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
Combustion Turbine Cogeneration
Tags: AFB; atmospheric fluid bed; Availability Assurance Engineering; Benjamin Franklin; bubbling bed system; circulating bed system; cogeneration; Combustion Turbine Systems Division; combustion turbines; combustors; compressors; Configuration Visibility system; electrical energy; electricity; energy; engines; gasification; George Westinghouse, Jr.; heat recovery steam generators; HRSG; industrial electrification; Mississippi River Fuel Corporation; power plants; Special Westinghouse Assistance Team; SWAT; thermal energy; Turbine Generator System; W21; W251B; W501; W501D; Westinghouse Canada, Inc.; 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 Combustion Turbines: The Ready Source of Power...Worldwide
Tags: coal gasification; cogeneration; combined cycle; combustion turbine systems; Combustion Turbine Systems Division; combustion turbines; Concordville, Pennsylvania; CTSD; electrical power; fuel; fuel flexibility; outage planning; power plants; repowering; research and development; simple cycles; turbine cooling; 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
Westinghouse Power Generation Booklet
Tags: 251 turbines; 501D turbine cylinders; 501D5 combustion turbine units; AC; Age of Electricity; air brakes; Alafaya Trail; alternating current; American Centennial Exposition; Brookhaven National Laboratory; CADD; CAES; central power stations; Charles Parsons; Chicago Columbian Exposition; Chicago World's Fair; clean coal; combustion turbines; Commonwealth Atlantic Limited Partnership; compressed air energy storage; compressed air energy storage system; computer-aided design and drafting system; DC; direct current; Dow Chemical Company; electric transmission; Electrical Components; electricity; energy; energy conservation; engineering; engineers; engines; Enron Corporation; extended factory; factories; FAST; FAST Gen II; Field Availability Service Terminal; fuel; Garrison Alley; generators; Guido Pantaleoni; Hagood Station; Hartford Electric Light Company; hydrogen-cooled generators; John Dixon Gibbs; Lucien Gaulard; Magnet Systems Division; Model W21; NDE; Nikola Tesla; non-destructive examination; Oliver B. Shallenberger; Oliver Blackburn Shallenberger; orlando; PartsEXPRESS; patent rights; patents; Pensacola Manufacturing Plant; PFBC; PGBU; Pittsburgh, Pennsylvania; Power Generation Business Unit; Power Generation Canadian Division; Power Generation Factory; Power Generation Headquarters; Power Generation North American Factory; Power Generation Projects Division; power industry; power plants; pressurized fluidized bed combustors; railroads; rapid rotor rewind; research; Rigi-Flex; solid oxide fuel cells; South Carolina Electric and Gas Company; steam turbines; Superconducting Super Collider Project; superconductivity; superconductors; Texas-New Mexico Power Company; The Quadrangle; Thermalastic; Thomas Alva Edison; Thomas Edison; transformers; Turbine Components Plant; Turbine-Generator Manufacturing Plant; turbines; Union Switch and Signal Company; Vacuum Spin Chamber; Westinghouse Electric Corporation; William Stanley; Wizard of Menlo Park; World's Columbian Exposition; World's Fair: Columbian Exposition