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Thermochemical Conversion of Biomass Components-Recent Research and Future Opportunity

机译:生物质组分的热化学转化-最近的研究和未来的机会

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摘要

The overarching goal of biomass research is to develop innovative and pragmatic routes to exploit and utilize biomass resources [1,2]. These studies focused on both basic science and potential industrial applications [3] and have begun to address several challenges including the overall declining petroleum resources, increasing fuel demands and growing environmental concerns from the use of fossil fuels. In addition, the U.S. Department of Agriculture and U.S. Department of Energy have established a vision to derive 25% of chemicals and materials, and 20% of transportation fuels from biomass by 2030 [4] therefore, it is imperative to develop sustainable production of fuels, chemicals and bio-derived materials. Biomass is a readily available and low-cost material feedstock for biorefining operations that to date have been made primarily from fossil fuel resources [5]. The increasing global presence and growth of the integrated “biorefinery” concept has generated some of the most exciting and relevant technological topics in modern society [6].
机译:生物质研究的总体目标是开发创新和务实的途径来开发和利用生物质资源[1,2]。这些研究集中于基础科学和潜在的工业应用[3],并已开始解决一些挑战,包括总体上石油资源的减少,燃料需求的增加以及使用化石燃料对环境的关注日益增加。此外,美国农业部和美国能源部已制定了到2030年从生物质中提取25%的化学物质和材料以及20%的运输燃料的愿景[4],因此,发展可持续的燃料生产势在必行,化学品和生物来源的材料。生物质是用于生物精制操作的一种容易获得的低成本原料,迄今为止主要由化石燃料资源制成[5]。整合的“生物精炼厂”概念在全球范围内的不断发展和壮大,已经产生了现代社会中一些最令人兴奋和相关的技术话题[6]。

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