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Biobutanol as a Potential Sustainable Biofuel - Assessment of Lignocellulosic and Waste-based Feedstocks

机译:生物丁醇作为潜在的可持续生物燃料-木质纤维素和废物原料的评估

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摘要

This paper introduces the production process of an alternative transportation biofuel, biobutanol. European legislation concerning biofuels and their sustainability criteria are also briefly described. The need to develop methods to ensure more sustainable and efficient biofuel production processes is recommended. In addition, the assessment method to evaluate the sustainability of biofuels is considered and sustainability assessment of selected feedstocks for biobutanol production is performed. The benefits and potential of using lignocellulosic and waste materials as feedstocks in the biobutanol production process are also discussed. Sustainability assessment in this paper includes cultivation, harvest/collection and upstream processing (pretreatment) of feedstocks, comparing four main biomass sources: food crops, non-food crops, food industry by-product and wood-based biomass. It can be concluded that the highest sustainable potential in Finland is when biobutanol production is integrated into pulp & paper mills.
机译:本文介绍了替代运输生物燃料生物丁醇的生产过程。还简要介绍了有关生物燃料的欧洲立法及其可持续性标准。建议开发确保更可持续和有效的生物燃料生产过程的方法。另外,考虑了评估生物燃料可持续性的评估方法,并对用于生产生物丁醇的所选原料进行了可持续性评估。还讨论了在生物丁醇生产过程中使用木质纤维素和废料作为原料的好处和潜力。本文的可持续性评估包括原料的种植,收获/收集和上游加工(预处理),比较了四种主要生物质资源:粮食作物,非粮食作物,食品工业副产品和木质生物质。可以得出结论,芬兰最大的可持续发展潜力是将生物丁醇生产整合到纸浆和造纸厂中。

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