欧盟生物废物的处理和定价

Manfred Kircher , Elisabet Aranda , Panayiotopoulos Athanasios , Ivana Radojcic-Rednovnikov , Martin Romantschuk , Morten Ryberg , Gabi Schock , Stefan Shilev , Michaela Dina Stanescu , Jonita Stankeviciute , Joanna Surmacz-Górska , Argyro Tsipa , Marlen Vasquez , Marianna Villano , Constantinos E. Vorgias
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引用次数: 4

摘要

放弃化石原料需要工业部门转向可再生原材料。一种选择是处理生物质。然而,农业、林业和海洋生物量生产不能无限期地扩大。因此,在化石经济中建立的线性价值链,从初级原材料到产品,再到废物,是不可持续的选择。相反,需要循环利用废物并将其重新用作原材料的循环价值链。这也适用于生物质初级生产中产生的生物废物,以及加工、使用和处置过程中产生的残余材料和废料。本文报告了欧盟生物和生物废物的数量和当前处理情况,提出了可以带来更高附加值和就业以及更低环境足迹的回收选择,并讨论了所需的研究、基础设施和框架条件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Treatment and valorization of bio-waste in the EU

Moving away from fossil feedstock requires industrial sectors to switch to renewable raw materials. One option is the processing of biomass. However, agricultural, forestry and marine production of biomass cannot be expanded indefinitely. The linear value chains established in the fossil-based economy, leading from primary raw material to products and then to waste, are therefore no sustainable option. Instead circular value chains that recycle waste and make it available again as a raw material are needed. This also applies to bio-waste, as it arises in the primary production of biomass, as well as residual and waste materials from their processing, use and disposal. This paper reports on the volumes and current processing of bio- and biogenic wastes in the EU, presents recycling options that can lead to higher value added and employment as well as a lower environmental footprint, and also discusses the research, infrastructure and framework conditions needed.

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