随着自然界石油资源的逐渐减少,以煤为基础的F-T合成正在重新引起人们的重视,尽管多相催化有许多优点,但均相一氧化碳加氢反应,由于催化剂中心金属和溶剂效应的易于调变,以其高选择性为低碳烃和化学品的生产提供了有益的途径. With the gradual reduction of natural oil resources, coal-based FT synthesis is re-attracting people’s attention. Although heterogeneous catalysis has many advantages, the homogeneous carbon monoxide hydrogenation reaction, due to the ease of modulation of catalyst center metal and solvent effects , With its high selectivity for the production of low-carbon hydrocarbons and chemicals provide a useful way.