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CATALYSTS AND SORBENTS FOR THERMOCHEMICAL CONVERSION OF BIOMASS TO RENEWABLE BIOFUELS-MATERIAL DEVELOPMENT NEEDS

机译:生物质热化学转化为可再生生物燃料的催化剂和吸附剂-材料开发需求

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Rising world demands for oil and a finite petroleum reserve have renewed interest in alternate liquid fuel sources that are diverse, secure, and affordable. Biomass is a renewable source of carbon that is abundant in many regions of the world. A focal point in alternative fuel research is the production of biofuels derived from lignocellulosic material and especially biofuels made with waste biomass or feedstocks grown on marginal land. Several different routes of thermochemical biomass conversion, including production of bio-oil through pyrolysis with subsequent bio-oil upgrading and production of syngas through gasification with subsequent gas to liquid fuel synthesis will be discussed. The material development needs in each stage will be identified.
机译:世界对石油和有限的石油需求的不断增长,引起了人们对多样化,安全和负担得起的替代液体燃料来源的兴趣。生物质是世界上许多地区丰富的可再生碳源。替代燃料研究的重点是生产源自木质纤维素材料的生物燃料,特别是由在边缘土地上生长的废物生物质或原料制成的生物燃料。将讨论几种不同的热化学生物质转化途径,包括通过热解生产生物油,随后进行生物油提质,以及通过气化以及随后的气体合成液体燃料来生产合成气。将确定每个阶段的材料开发需求。

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