Coal partial gasification studies applied to co-production of hydrogen and electricity

Guiyan Zang, Yujie Xu, Haisheng Chen, Binlin Dou, Chunqing Tan, Zhenzhong Li
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引用次数: 2

Abstract

To search for the optimum working condition of coal partial gasification for co-production of hydrogen and electricity, a gasifier has been simulated and studied by the use of an Aspen Plus model. Oxygen-to-coal ratio, steam-to-coal ratio and steam temperature are optimization variables of the system. The optimization variables impact on syngas yield, syngas concentration, system exergy efficiency, HER and CO2 separation rate have been analyzed. It is found that the oxygen-to-coal ratio and the steam-to-coal ratio both have large influence on performances of gasifer and system and the steam temperature has the least influence.
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煤部分气化在氢电联产中的应用研究
为了寻找煤部分气化氢电联产的最佳工况,利用Aspen Plus模型对一个气化炉进行了仿真研究。氧煤比、汽煤比和蒸汽温度是系统的优化变量。分析了优化变量对合成气产率、合成气浓度、系统火用效率、HER和CO2分离率的影响。结果表明,氧煤比和汽煤比对制气炉和系统的性能影响较大,汽温对制气炉和系统的性能影响最小。
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