首页> 外国专利> PROCESSING A RECIRCULATING GAS FOR DIRECT THERMOCHEMICAL TRANSFORMATION OF HIGH-MOLECULAR ORGANIC SUBSTANCES TO SMALL-VISUAL LIQUID RAW MATERIALS, FUEL MATERIALS AND FUEL

PROCESSING A RECIRCULATING GAS FOR DIRECT THERMOCHEMICAL TRANSFORMATION OF HIGH-MOLECULAR ORGANIC SUBSTANCES TO SMALL-VISUAL LIQUID RAW MATERIALS, FUEL MATERIALS AND FUEL

机译:处理再循环气体以将高分子量有机物直接热化学转化为低粘度液体原料,燃料和燃料

摘要

1. A method for direct thermochemical conversion of at least one high molecular weight organic starting material into low molecular weight organic products that exist at room temperature in the form of low-viscosity liquids and are combustible, comprising the following steps:! - preparation of the starting product, the hardly volatile fractions of the product and at least one reducing gas in the reactor,! - shock heating of the starting product to the reaction temperature,! - conversion of the starting material at elevated temperature using the reducing effect of the gas and / or the autocatalytic effect of the product fractions into vaporous reaction products and reaction gas,! - separation of the reaction gas by condensation with the removal of condensable reaction products, while the separated reaction gas contains:! a) with oxygen-containing starting products - hydrogen, methane, and also under certain conditions, other hydrocarbons, carbon monoxide and carbon dioxide, a! b) with oxygen-free starting products - hydrogen, methane, and also, under certain conditions, other hydrocarbons! characterized in that it includes the following stages of the method:! - conditioning the separated reaction gas with! - the release of at least part of the gas mixture, and / or! - removing at least a portion of the carbon dioxide, or! - reforming at least a portion of carbon dioxide, methane and / or other hydrocarbons, or! - removing part of the carbon dioxide and parallel reforming of at least the next part of carbon dioxide and at least part of methane and / or other
机译:1.一种将至少一种高分子量有机原料直接热化学转化为低分子量有机产物的方法,所述低分子量有机产物在室温下以低粘度液体的形式存在并且是可燃的,包括以下步骤: -制备起始产物,产物几乎不挥发的馏分和反应器中的至少一种还原气体! -将起始产物骤热至反应温度! -利用气体的还原作用和/或产物馏分的自催化作用,在高温下将原料转化为气态反应产物和反应气体! -通过冷凝分离反应气体并去除可冷凝的反应产物,而分离出的反应气体包含: a)与含氧的起始产物-氢,甲烷,以及在某些条件下的其他碳氢化合物,一氧化碳和二氧化碳,a! b)使用无氧原料-氢,甲烷,以及在某些条件下的其他碳氢化合物!其特点在于它包括以下几个阶段的方法:! -用分离的反应气进行调节! -释放至少一部分气体混合物,和/或! -除去至少一部分二氧化碳,或者! -重整至少一部分二氧化碳,甲烷和/或其他碳氢化合物,或者! -除去部分二氧化碳,并平行重整至少下一部分二氧化碳和至少一部分甲烷和/或其他

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