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Biomass valorization and bioenergy in the blue circular economy

机译:Bigass Valorization和Bioenergy在蓝色循环经济中

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摘要

In a blue circular economy framework, recycling and reuse is the fundamental pathway for designing and development of products. Currently, all over the world authorities and nations are warmly participating in the consortium of circular economy and paying great attention to it, making a habit of bringing it in daily activities [1-5]. Millions of tons of waste materials are generated from our usual manners. The continuous of the old linear economy model relies on the view of waste collection and disposal, which are not effective to our present competitive market. Therefore, utilizing the waste-based materials with a scope of financial and resource recovery through an advanced and sustainable way is highly desired nowadays. This idea not only expand up the source of the job market, but also manage it to produce bioenergy and transform into materials resources [6,7]. In the water cycle Wastewater Treatment Plants play a key role and can be considered as "minings" of valuable resources that can be used for the implementation of the sustainable development of urban areas [8,9]. A big challenge in the recovery of valuable material from wastewater is connected to the possible presence of conventional and emerging contaminants that can affect the quality of the recovered resources for particular uses [10].
机译:在蓝色循环经济框架中,回收和重用是设计和开发产品的基本途径。目前,世界各地的各国当局和国家都热烈参与循环经济的联盟,并重视它,习惯在日常活动中将其带来[1-5]。从我们通常的举止产生数百万吨废料。旧的线性经济模型的不断依赖于废物收集和处置的看法,这对我们目前的竞争市场无效。因此,利用基于废物的材料通过先进和可持续的方式通过高度期望的余地和资源恢复的范围。这个想法不仅扩大了就业市场的来源,还可以管理它来生产生物能源并转化为材料资源[6,7]。在水循环污水处理厂中发挥关键作用,可被视为有价值的资源的“矿业”,这些资源可用于实施城市地区可持续发展[8,9]。在废水中恢复有价值材料的巨大挑战与可能存在可能影响特定用途的回收资源质量的常规和新兴污染物的存在[10]。

著录项

  • 来源
    《Biomass & bioenergy》 |2021年第6期|106069.1-106069.2|共2页
  • 作者单位

    Sanitary Environmental Engineering Division Department of Civil Engineering University of Salerno Italy;

    Swedish Centre for Resource Recovery University of Boras 501 90 Boras Sweden;

  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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