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석탄가스화 복합 발전 사이클의 공정 설계 및 성능 평가

김용철, 이찬

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Abstract

Process simulations by using Gate/Cycle are carried out for designing and optimizing the combined cycle of IGCC power plant. The steam cycle is consider to integrate with IGCC power plant, the coal gasification process of Destec, prenflo, Shell or Texaco with the cold gas clean-up unit. The heat source of the steam cycle is assumed as the MS7FA gas turbine model of General Electric company. The present simulation results give the comparative design base required for the optimal process design of commercial IGCC power plant.

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What this paper is about

Process simulations by using Gate/Cycle are carried out for designing and optimizing the combined cycle of IGCC power plant. The steam cycle is consider to integrate with IGCC power plant, the coal gasification process of Destec, prenflo, Shell or Texaco with the cold gas clean-up unit. The heat source of the steam cycle is assumed as the MS7FA gas turbine model of General Electric company. The present simulation results give the comparative design base required for the optimal process design of commercial IGCC power plant.

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Available abstract

Process simulations by using Gate/Cycle are carried out for designing and optimizing the combined cycle of IGCC power plant. The steam cycle is consider to integrate with IGCC power plant, the coal gasification process of Destec, prenflo, Shell or Texaco with the cold gas clean-up unit. The heat source of the steam cycle is assumed as the MS7FA gas turbine model of General Electric company. The present simulation results give the comparative design base required for the optimal process design of commercial IGCC power plant.

Key concepts: Integrated gasification combined cycle, Combined cycle, Power station, Steam turbine, Engineering, Coal, Process engineering, Coal gasification

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석탄가스화 복합 발전 사이클의 공정 설계 및 성능 평가 — Research Paper | ScholarLens