首页> 外国专利> Method for starting a Fischer Tropsch reaction in a system comprising at least one area of high Shear Mixing and reaction Vessel that includes StageRecycle at least part of the suspension to the mixing Zone of high Shear stress.

Method for starting a Fischer Tropsch reaction in a system comprising at least one area of high Shear Mixing and reaction Vessel that includes StageRecycle at least part of the suspension to the mixing Zone of high Shear stress.

机译:在包括高剪切混合和反应容器的至少一个区域的系统中开始费托反应的方法,该反应容器包括将至少一部分悬浮液再循环至高剪切应力的混合区域。

摘要

A method to start a reaction of Fischer.Tropssch in a system comprising at least a mixing Zone of high Shear Reactor and a container wherein Said method comprises: a) a suspension of a CatalystOf Fish - Tropsch in particular in a liquid medium through areas of high Shear mixing within the Reactor vessel and recycling at least a portion of the suspension to theZones of high Shear mixing in the substantial absence of a reactive gaseous feed Stream comprising Gast Synthesis: (b) to increase the temperature and / or pressure.RO Vessel reactor to reach a temperature and / or pressure Threshold and subsequently introduce a gaseous Reagent Stream comprising synthesis gas of the Mixed areaA high Shear where the flow of Reactive gas is mixed with the suspension; (c) download a mixture comprising synthesis gas and suspension from the mixing zones of theTo Shear within the Reactor Vessel; (d) convert the synthesis gas to hydrocarbons, liquid in the container to form a suspension reactor Product comprising the CATALIZDesigner Fische Tropsch in particular Suspended in liquid medium and Liquid hydrocarbons and; e) recycling at least a portion of the proceeds to the suspension mixing areas of AltOr Shear stress.
机译:在至少包括高剪切反应器的混合区和容器的系统中开始费-托反应的方法,其中所述方法包括:a)将鱼-托氏催化剂的悬浮液特别是在液体介质中通过以下区域:在基本上不存在包含气态合成的反应性气体进料流的情况下,在反应器容器内进行高剪切混合,并将至少一部分悬浮液再循环到高剪切混合区中:(b)提高温度和/或压力.RO容器反应器达到温度和/或压力阈值,随后引入包含混合区合成气的气态反应物流。高剪切力,反应气流与悬浮液混合; (c)从反应釜内的To Shear的混合区中下载包含合成气和悬浮液的混合物; (d)在容器中将合成气转化为烃,液体以形成悬浮反应器产品,其包括CATALIZDesigner Fische Tropsch,特别是悬浮在液体介质和液体烃中;和e)将至少一部分收益再循环到AltOr Shear应力的悬浮混合区域。

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