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Achieving sustainable biomaterials by maximising waste recovery

机译:通过最大限度地提高废物回收率来实现可持续的生物材料

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摘要

The waste hierarchy of 'reduce, reuse, recycle, recover' can be followed to improve the sustainability of a product, yet it is not applied in any meaningful way in the biomaterials industry which focuses more on sustainable sourcing of inputs. This paper presents the results of industry interviews and a focus group with experts to understand how waste recovery of biomaterials could become more widespread. Interview findings were used to develop three scenarios: (1) do nothing; (2) develop legislation; and (3) develop certification standards. These scenarios formed the basis for discussions at an expert focus group. Experts considered that action was required, rejecting the first scenario. No preference was apparent for scenarios (2) and (3). Experts agreed that there should be collaboration on collection logistics, promotion of demand through choice editing, product 'purity' could be championed though certification and there should be significant investment and research into recovery technologies. These considerations were incorporated into the development of a model for policy makers and industry to help increase biomaterial waste recovery.
机译:可以遵循“减少,再利用,再循环,回收”的废物层次结构,以提高产品的可持续性,但是在生物材料行业中,它并没有以任何有意义的方式应用,而生物材料行业更侧重于可持续的投入来源。本文介绍了行业访谈的结果以及由专家组成的焦点小组,以了解生物材料的废物回收如何变得更加广泛。访谈结果被用于制定三种情况:(1)什么都不做; (2)制定法律; (3)制定认证标准。这些方案构成了专家焦点小组讨论的基础。专家认为需要采取行动,拒绝了第一种情况。对于方案(2)和(3)没有明显的偏好。专家一致认为,应该在收集物流,通过选择编辑促进需求,通过认证提倡产品“纯度”方面进行合作,并且应该对回收技术进行大量投资和研究。这些考虑因素已纳入决策者和行业模型的开发中,以帮助提高生物材料废物的回收率。

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