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Process for cleaving hydrogen out of gaseous hydrocarbons to form heavier hydrocarbons that can be condensed

机译:从气态烃中裂解氢形成可冷凝的重烃的方法

摘要

The invention relates to a process for converting light hydrocarbons like methane and ethane into condensable products called liquefied petroleum gas (LPG). The process involves the use of metals that can form high- temperature hydrides, which can cleave hydrogen out of light hydrocarbons. Such hydride-forming metals are exemplified by magnesium and uranium. The hydride-forming metal can be present either as the walls of the reactor or as a particulate compound. In the first case, the hydrogen gas formed is removed by diffusion through the walls of the reactor, while in the second case this is achieved by removing the particles from the reaction zone and transferring them to a second reactor where the metal is recovered by removing the hydrogen from it. IMAGE
机译:本发明涉及一种将轻烃如甲烷和乙烷转化为可冷凝产物的方法,所述可冷凝产物称为液化石油气(LPG)。该过程涉及使用可形成高温氢化物的金属,这些氢化物可将氢从轻质烃中裂解出来。这种形成氢化物的金属的例子有镁和铀。形成氢化物的金属可以作为反应器的壁或作为颗粒化合物存在。在第一种情况下,形成的氢气通过扩散通过反应器壁而除去,而在第二种情况下,这是通过从反应区去除颗粒并将其转移到第二个反应器中来实现的氢。 <图像>

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