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Production of bio-oil: A new pyrolysis process is under development to increase liquid production for fuel use

机译:生产生物油:正在开发一种新的热解工艺,以增加液体生产以供燃料使用

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RESEARCH CONTINUES TO FIND A COST-EFFICIENT PROCESS to develop renewable oils and fuels from sources other than petroleum. In the U.S., this movement is driven in part by a proposed standard that requires increasing the supply of renewable fuels to 36 billion gallons by 2022. One challenge in the development of alternative fuels is to use feedstocks that are not linked to the food supply. In a previous TLT article, a new approach for potentially preparing hydrocarbons suitable for use as fuel is to emulate photosynthesis. A process has been developed to efficiently convert carbon dioxide, one of the raw materials used in photosynthesis, into carbon monoxide that can then be a precursor for higher molecular hydrocarbons suitable as liquid fuels. The key element in the process is the use of an ionic liquid that forms a complex with carbon dioxide.
机译:研究仍在寻找一种成本有效的方法,以开发可再生油和非石油来源的燃料。在美国,这一运动在一定程度上受到拟议标准的推动,该标准要求到2022年将可再生燃料的供应量增加到360亿加仑。替代燃料开发中的一个挑战是使用与食品供应无关的原料。在TLT的前一篇文章中,一种潜在地制备适合用作燃料的碳氢化合物的新方法是模拟光合作用。已经开发出一种方法,以有效地将用于光合作用的原料之一的二氧化碳转化为一氧化碳,而一氧化碳可以作为适合用作液体燃料的高分子碳氢化合物的前体。该过程中的关键要素是使用与二氧化碳形成络合物的离子液体。

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