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首页> 外文会议>American Institute of Chemical Engineers Spring National Meeting >Oxidative Coupling of Methane to C_(2+) Hydrocarbons
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Oxidative Coupling of Methane to C_(2+) Hydrocarbons

机译：甲烷对C_（2+）烃的氧化偶联

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Efficient conversion of methane to C2+ hydrocarbons would be a significant breakthrough in C1 chemistry. The ability to efficiently convert methane to ethane and ethylene is primarily based on an efficient catalyst, but process conditions are also important. In this presentation results from several proprietary catalysts which produce C2+ yields equal to or greater than 25% are presented. Several of the catalyst also results in C2+ yields of 29 and 30%. In addition a very crude kinetic and reactor model is used to estimate the performance of an adiabatic reactor with interstage cooling. The model predicts that C2 yields of 30 to 35% may be feasible.
机译：高效转化甲烷至C2 +烃将是C1化学的显着突破。有效地将甲烷与乙烷和乙烯有效转化为乙烷和乙烯的能力主要基于有效的催化剂，但工艺条件也很重要。在该介绍中，提出了几种产生等于或大于25％的C 2 +产率的专有催化剂。几种催化剂还导致C2 +产率为29％和30％。此外，非常粗的动力学和反应器模型用于估计绝热反应器与级间冷却的性能。该模型预测，C2产量为30％至35％可能是可行的。

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