摘要
建立并完善了煤基合成气液体燃料/电力多联产仿真和优化模型.应用该模型能准确地预测出系统在不同压力下蒸汽发生潜力和相应的蒸汽循环发电能力。研究了水煤气变换反应器对系统能源转换效率与温室气体排放的影响,其结果对于未来多联产系统设计优化及控制温室气体排放方面研究具有参考价值。
A simulation and optimization model of a coal based polygeneration system of syngas, liquid fuel and electric power has been built and perfected. It can accurately predict the system＇s steam generation potential at various pressure levels and the corresponding power generation capability. The water-gas conversion reactor＇s effect on the system＇s energy conversion efficiency and the emission of greenhouse gas has been studied. The results obtained may serve as a reference for future design and optimization of polygeneration systems and also for research work concerning the emission restriction of greenhouse gases. Figs 3, tables 3 and refs 14.
出处
《动力工程》
EI
CSCD
北大核心
2006年第3期432-436,共5页
Power Engineering
基金
国家重点基础研究发展规划项目资助(No2005CB221207)
关键词
能源系统工程
多联产
水煤气变换
夹点分析
温室气体
energy system engineering
polygeneration
water-gas conversion
pintch analysis
greenhouse gas
