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Brief description of the thermal conversion of methane in weight hydrocarbons molecular more students, reactor for the implementation of the process and advantages of the reactor.

机译:简要介绍甲烷在重烃中的热转化分子,是更多的学生,对于反应器的实施过程和反应器的优点。

摘要

1. Process for thermally converting methane into hydrocarbons with higher molecular weights in a ceramic reaction zone with a series of juxtaposed channels grouped in rows and extending over at least a part of the total reaction zone parallel to its axis, said rows of channels being non adjacent towards one another, the reaction zone also comprising, on one hand, a heating zone which substantially surrounds said rows of channels either on said part of the reaction zone or on a part of the length of said reaction zone when said channels cover the whole length of the reaction zone, and, on the other hand, a cooling zone which is an extension of said heating zone, characterized in that a gas containing methane is circulated in the channels of said rows, the heating zone is heated with an electric power supply through successive, independant transverse sections which are substantially perpendicular to the axis of said reaction zone and substantially parallel to the plane of said rows and tight towards the channels of the reaction zone, a cooling fluid is introduced into said cooling zone and said hydrocarbons with higher molecular weights are collected at the end of the reaction zone.
机译:1.在陶瓷反应区中将甲烷热转化成较高分子量的烃的方法,该陶瓷反应区具有成排并排的一系列并列的通道,并且在平行于其轴线的整个反应区的至少一部分上延伸,所述通道的行是非彼此相邻的反应区,一方面还包括加热区,当所述通道覆盖整个通道时,该加热区在反应区的所述部分上或在所述反应区的一部分长度上基本上围绕所述行的通道反应区的长度,以及作为所述加热区的延伸的冷却区,其特征在于,在所述排的通道中循环包含甲烷的气体,该加热区用电力加热通过连续的,独立的横截面进行供给,这些横截面基本上垂直于所述反应区的轴线,并且基本上平行于所述排和t的平面朝向反应区的通道,将冷却流体引入所述冷却区,并且在反应区的末端收集具有较高分子量的所述烃。

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