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Combined - Cycle Gas & Steam Turbine Power Plants by Henrik Nielsen, Judy Warner, Rolf Bachmann, Rolf Kehlhofer

Combined - Cycle Gas & Steam Turbine Power Plants Henrik Nielsen, Judy Warner, Rolf Bachmann, Rolf Kehlhofer ebook
ISBN: 0878147365, 9780878147366
Format: pdf
Publisher: Pennwell Books
Page: 199

One of the most famous combined-cycle (CC) installations was a plant located in Futsu, Chiba prefecture in Japan. The steam turbine market has undergone a period of strong expansion in recent years on the back on a strong expansion in combined cycle gas turbine plants and a renewed interest in coal-fired generation. Simple cycle power plants are not very efficient though. Comprising 23 gas turbines and seven steam turbines, the installed power generation capacity of the DUBAL Power Plant is 2,350 MW (at 30˚C). (MHI) have signed final agreements to co-develop a “next generation” steam turbine for use in gas turbine combined-cycle power plants. The gas turbines are only able to use a portion of the heat generated from the flow of combustion gas. The gas turbines are fuelled primarily by natural gas and, thanks to the cogeneration and combined cycle configuration of the utility, approximately 36.8% of the power generated at DUBAL is fuel-free. The high-pressure steam (typically 900 F at 800 psig) generated by the HRSG was sent to a separate steam turbine in the co-gen facility, acting as a pressure reducing station. Combined-Cycle Gas & Steam Turbine Power Plants, 3rd Edition, is a comprehensive overview of the combined-cycle power plant from a thermodynamic, technical, and economic viewpoint. Too apparent interconnections or linkages. The power generation industry in Europe was experiencing a boom time over the last 3 – 4 years and utilities were being seen as immune to the economic crisis in 2008. GE Energy and Mitsubishi Heavy Industries Ltd. This configuration (gas turbine-generator-steam turbine) was known as Steam Turbine And Gas (STAG).