首页> 外文期刊>Brazilian journal of chemical engineering >VALORIZATION OF AGROINDUSTRIAL SOLID RESIDUES AND RESIDUES FROM BIOFUEL PRODUCTION CHAINS BY THERMOCHEMICAL CONVERSION: A REVIEW, CITING BRAZIL AS A CASE STUDY
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VALORIZATION OF AGROINDUSTRIAL SOLID RESIDUES AND RESIDUES FROM BIOFUEL PRODUCTION CHAINS BY THERMOCHEMICAL CONVERSION: A REVIEW, CITING BRAZIL AS A CASE STUDY

机译:通过热化学转化对农用工业固体残渣和生物燃料生产链中的残渣进行评估:综述,以巴西为例

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摘要

Besides high industrial development, Brazil is also an agribusiness country. Each year about 330 million metrics tons (Mg) of biomass residues are generated, requiring tremendous effort to develop biomass systems in which production, conversion and utilization of bio-based products are carried out efficiently and under environmentally sustainable conditions. For the production of biofuels, organic .chemicals and materials, it is envisaged to follow a biorefinery model which includes modern and proven green chemical technologies such as bioprocessing, pyrolysis, gasification, Fischer-Tropsch synthesis and other catalytic processes in order to make more complex molecules and materials on which a future sustainable society will be based. This paper presents promising options for valorization of Brazilian agroindustrial biomass sources and residues originating from the biofuel production chains as renewable energy sources and addresses the main aspects of the thermochemical technologies which have been applied.
机译:除了工业高速发展之外,巴西还是农业综合国家。每年产生约3.3亿公吨的生物质残渣,这需要巨大的努力来开发生物质系统,在该系统中,可以有效且在环境可持续的条件下进行生物基产品的生产,转化和利用。为了生产生物燃料,有机化学物质和材料,设想遵循生物精炼模型,其中包括现代成熟的绿色化学技术,例如生物加工,热解,气化,费托合成和其他催化过程,以使其更加复杂。未来可持续社会所基于的分子和材料。本文提出了巴西农业工业生物质资源和作为可再生能源的生物燃料生产链中产生的残留物进行增值的有希望的选择,并探讨了已应用的热化学技术的主要方面。

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