化工进展Issue(6)：1519-1525,7.DOI:10.16085/j.issn.1000-6613.2015.06.003
费托合成微反应器研究进展
Research progress of micro-reactor for Fischer Tropsch synthesis
摘要
Abstract
Fischer Tropsch synthesis(F-T) technology can convert carbon resources such as coal, natural gas and biomass indirectly into liquid fuels,which has important significance to alleviate the shortage of oil resources in China. This paper summarized the research progress of micro-reactor for F-T synthesis by introducing the principles of F-T synthesis technology and the advantages of micro-reactors. In F-T micro-reactors,the fixed-type and wall-coated-type micro-reactors were introduced. Compared with the wall-coated-type micro-reactors,fixed-type has a larger pressure drop, relatively less heat transfer efficiencies,and the coating catalyst layer method can be used to improve the performances of the integral micro-reactor. In the numerical analysis section,it was pointed out that the simulation method of F-T synthesis is mainly operated by establishing the reaction kinetics model, and analyzed the reactors’ temperature field and products distribution,which can be used as guiding parameters in the design of reactor structure and operating conditions. It was also pointed out the future research focuses,including the design and optimization of micro-reactor plates and cooling system structure,the assembling of reaction units,the catalyst wall loading technique,and the transmission phenomenon in micro-reactors.关键词
费托合成/微反应器/过程强化/催化剂/数值研究Key words
F-T synthesis/micro-reactor/process enhancement/catalyst/numerical analysis分类
化学化工引用本文复制引用
李毅,曹军,应翔,罗青..费托合成微反应器研究进展[J].化工进展,2015,(6):1519-1525,7.基金项目
教育部基本科研探索研究基金项目（WG141444）。 （）
