Kinetics models of Fischer-Tropsch synthesis<br /> on the cobalt-based catalyst<br />

Journal Title: Science Paper Online - Year 2009, Vol 4, Issue 9

Abstract

The activated phases were Co for the cobalt-based catalyst. The production of CO2 was trace, the reaction for the water gas shift was ignored. Formed hydrocarbon reaction was the main reaction of Fischer-Tropsch synthesis. Impossible elementary steps of the formed hydrocarbon were established on the base of the carbide mechanism. The elementary step of the carbide formation was the rate-controlling step. Eight intrinsic kinetics models of CO consumption were derived over the cobalt-based catalyst. The models display mechanism of Fischer-Tropsch synthesis and provide the basis for industry design of reactors.

Authors and Affiliations

Fengle Lu , Haitao Zhang , Xiangdong Ma

Keywords

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  • EP ID EP154977
  • DOI -
  • Views 82
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How To Cite

Fengle Lu, Haitao Zhang, Xiangdong Ma (2009). Kinetics models of Fischer-Tropsch synthesis<br /> on the cobalt-based catalyst<br /> . Science Paper Online, 4(9), 632-637. https://europub.co.uk/articles/-A-154977