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首页> 外文期刊>Biofuels, bioproducts & biorefining: Biofpr >Raw material demand and sourcing options for the development of a bio-based chemical industry in Europe. Part 2: Sourcing options
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Raw material demand and sourcing options for the development of a bio-based chemical industry in Europe. Part 2: Sourcing options

机译:欧洲生物化学工业发展的原料需求与采购选择。 第2部分:采购选项

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In this perspective it is shown that considerable amounts of fossil raw materials in the EU economy can be replaced by biomass by 2030 and 2050. Especially the additional demand from the chemical industry and part of the transportation fuels is investigated. Sufficient supply to accommodate the additional demand is achieved by a number of approaches: (i) by increasing the field yield of the main EU crops, including grassland; and (ii) by the application of biorefining technologies, which will enable efficient and economical use of biomass components for several purposes, for example, energy, animal feed, and chemical production. Especially the application of biorefinery technologies makes a broader crop choice possible, since all components present in the crop can be made to good use. It is concluded that in this way the EU can supply considerable amounts of its energy and raw material base, including the potential demand of the chemical industry, while at the same time decreasing its dependence on importing animal feed components from elsewhere. (c) 2013 Society of Chemical Industry and John Wiley & Sons, Ltd
机译:在这种观点中,表明欧盟经济中的大量化石原料可以通过2030和2050年的生物量取代。特别是化学工业和部分运输燃料的额外需求。足够的供应来适应额外的需求通过许多方法实现:(i)通过增加欧盟主要作物的田间产量,包括草地; (ii)通过应用生物化技术,这将实现生物质部件的高效和经济地使用几种用途,例如能量,动物饲料和化学生产。特别是生物遗料技术的应用使得可以更广泛的作物选择,因为可以使庄稼中存在的所有组分可以良好使用。结论是,以这种方式,欧盟可以提供大量的能量和原材料基础,包括化学工业的潜在需求,同时降低其对从其他地方进口动物饲料组分的依赖性。 (c)2013化学工业协会和约翰瓦利和儿子有限公司

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