ASME COGEN TURBO PowerAmerican Society of Mechanical Engineers, 1994 - Cogeneration of electric power and heat |
Contents
PACESETTER PLANTS AND RETROFITS | 1 |
Effective Power Plant Procedures and Training | 13 |
The Newark Bay Cogeneration Project Design Construction Startup and Testing | 21 |
Copyright | |
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Common terms and phrases
ambient temperature analysis application ASME COGEN-TURBO ASME baseline blade burner calculated COGEN-TURBO ASME 1994 cogeneration combined cycle combustion chamber combustion turbine combustor component compression compressor compressor map configuration cooling tower cost curve cycle deck cycle efficiency decrease developed effect electrical emission rate engine equation evaluated exergy exhaust temperature facility firing flame flowrate fuel gas turbine heat exchanger heat rate heat recovery steam heat transfer HRSG hydrogen IGTI-Vol impact increase incremental inlet air input intercooled ISO conditions kg/s load loss mass flow rate measured methanol natural gas non-attainment NOx emissions nozzle off-design optimization overall parameters performance pollutant power output power plant Pressure Level pressure ratio produced reduced rotating rotor shown in Figure signal simple cycle speed steam cycle steam injection steam turbine syngas Table tesla coil thermal efficiency turbine exhaust utility values variable velocity