首页> 外国专利> The amorphous alloy catalytic converter for methanation reaction of carbon monoxide which is included in the hydrocarbon reformed gas which features that the amorphous alloy catalytic converter for methanation reaction of carbon monoxide being included in hydrocarbon reformed gas

The amorphous alloy catalytic converter for methanation reaction of carbon monoxide which is included in the hydrocarbon reformed gas which features that the amorphous alloy catalytic converter for methanation reaction of carbon monoxide being included in hydrocarbon reformed gas

机译:烃重整气体中包含的用于一氧化碳甲烷化反应的非晶态合金催化转化器,其特征在于,烃重整气体中包含用于一氧化碳的甲烷化反应的非晶态合金催化转化器。

摘要

PROBLEM TO BE SOLVED: To convert CO, CO2 and H2 in reformed gas of hydrocarbons into methane by their reaction using a catalyst obtd. by subjecting an amorphous alloy consisting of Zr and at least one of Co and Ni as a precursor to oxidation- reduction treatment. ;SOLUTION: An amorphous allay consisting of 20-80 at.% Zr and the balance essentially at least one of Co and Ni is used as a precursor and subjected to oxidation-reduction treatment to obtain the objective amorphous alloy catalyst 1. Reformed gas 6 of hydrocarbons enters a 1st reaction tube 2 from the top and CO, CO2 and H2 in the gas 6 cause exothermic methanation reaction producing methane and water in the presence of the catalyst 1. The gas 6 is then cooled to the original temp. fit for methanation reaction with a cooler 5 in a passage 3 and produced water 7 is separated. The remaining gas enters the upper part of a 2nd reaction tube 2, methanation reaction is caused again in the presence of the catalyst 1 and the gas leaves the tube 2 from the bottom.;COPYRIGHT: (C)1998,JPO
机译:解决的问题:通过使用催化剂将烃类重整气中的CO,CO 2 和H 2 转化为甲烷。通过对由Zr和Co和Ni中的至少一种组成的非晶态合金作为前体进行氧化还原处理。 ;解决方案:以20-80 at。%Zr和余量中基本上至少有Co和Ni组成的非晶态合金为前驱体,并进行氧化还原处理,以获得目标非晶态合金催化剂1。重整气体6的碳氢化合物从顶部进入第一反应管2,气体6中的CO,CO 2 和H 2 引起放热甲烷化反应,在甲烷存在下产生甲烷和水然后将气体6冷却至原始温度。在通道3中与冷却器5一起进行甲烷化反应,分离出产水7。剩余的气体进入第二反应管2的上部,在催化剂1的存在下再次进行甲烷化反应,并且气体从底部离开管2。版权所有:(C)1998,JPO

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