煤炭转化2017，Vol.40Issue(4)：30-34,5.
基于Aspen Plus的煤制气甲烷化过程的有效能分析
Available Energy Analysis of Coal-to-gas Methanation Process Based on Aspen Plus
摘要
Abstract
Relationships among the reaction stages,energy efficiency and operating conditions were studied for coal-to-gas methanation using Aspen Plus.The operable area and the level of energy efficiency were determined for one and two and three stage methanation processes producing qualified gas.The results show that the qualified product gas can be obtained for one-stage process of methanation only when the outlet temperature of reactor is below 267 ℃ through large recycle ratio and heat duty,but the available energy that process releases is at a low level.For two-stage process of methanation,the qualified product gas can be obtained in certain conditions that recycle ratio or heat duty are larger,but the available energy that process released is at a middle level.For three-stage process of methanation,the qualified product gas is obtained when recycle ratio is below 0.83.At the same time,the operating conditions can be adjusted in a wider range and the available energy that process releases is at a high level.关键词
煤制气/甲烷化/Aspen Plus/有效能/反应段数Key words
coal-to-gas/methanation/Aspen Plus/available energy/reaction stage分类
化学化工引用本文复制引用
穆雪刚,刘娜,黄雪莉,马凤云..基于Aspen Plus的煤制气甲烷化过程的有效能分析[J].煤炭转化,2017,40(4):30-34,5.基金项目
国家高技术研究发展计划(863)项目(2015AA050502). （863）
