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F-T燃料/电联产系统集成特性分析 被引量:1
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作者 岳晨 史翊翔 蔡宁生 《热能动力工程》 CAS CSCD 北大核心 2009年第3期320-325,共6页
建立了煤气化炉、F-T合成反应器和发电单元的模型,对基于煤气化的单纯IGCC发电系统、F-T燃料合成系统及F-T燃料/电联产系统进行了热力性能计算,并对F-T燃料/电联产系统的集成特性进行分析。分析结果表明,F-T燃料/电联产系统方案可通过... 建立了煤气化炉、F-T合成反应器和发电单元的模型,对基于煤气化的单纯IGCC发电系统、F-T燃料合成系统及F-T燃料/电联产系统进行了热力性能计算,并对F-T燃料/电联产系统的集成特性进行分析。分析结果表明,F-T燃料/电联产系统方案可通过降低余热锅炉内平均换热温差改善热能的梯级利用,提高联产系统的能量利用率;简化了尾气循环工艺流程的F-T合成单元,易于气化单元和发电单元的压力匹配,且可有效拓宽化电比的调节范围,最高达到2.3。 展开更多
关键词 煤气化 燃料/电联产系统 F-T合成 发电单元 集成特性
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Analysis of an electricity-cooling cogeneration system for waste heat recovery of gaseous fuel engines 被引量:4
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作者 SHU GeQun WANG Xuan +3 位作者 TIAN Hua LIANG YouCai LIU Yu LIU Peng 《Science China(Technological Sciences)》 SCIE EI CAS CSCD 2015年第1期37-46,共10页
Waste heat recovery(WHR)is one of the most useful ways to improve the efficiency of internal combustion engines,and an electricity-cooling cogeneration system(ECCS)based on Rankin-absorption refrigeration combined cyc... Waste heat recovery(WHR)is one of the most useful ways to improve the efficiency of internal combustion engines,and an electricity-cooling cogeneration system(ECCS)based on Rankin-absorption refrigeration combined cycle for the WHR of gaseous fuel engines is proposed in the paper.This system can avoid wasting the heat in condenser so that the efficiency of the whole WHR system improves,but the condensing temperature of Rankin cycle(RC)must increase in order to use absorption refrigeration system,which leads to the decrease of RC output power.Therefore,the relationship between the profit of absorption refrigeration system and the loss of RC in this combined system is the mainly studied content in the paper.Because the energy quality of cooling and electricity are different,cooling power in absorption refrigeration is converted to corresponding electrical power consumed by electric cooling system,which is defined as equivalent electrical power.With this method,the effects of some important operation parameters on the performance of the ECCS are researched,and the equivalent efficiency,exergy efficiency and primary energy rate are compared in the paper. 展开更多
关键词 gaseous fuel engines waste heat recovery electricity-cooling cogeneration Rankin cycle absorption refrigeration
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