Navigating the environmental footprint methodology for aluminium products with post-consumer scrap

Chibuikem Nwagwu , Jon Halfdanarson , Christina Meskers
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引用次数: 0

Abstract

The Norwegian aluminium value chain aims to increase the use of post-consumer scrap (PCS) in product manufacturing to lower the product environmental footprints. Discussions with product manufacturers, shredding & sorting companies, and remelters were held to investigate the challenges and current implementation of the environmental footprint methods as these are an integral part of companies’ disclosure efforts on PCS use. The company’s position in the value chain impacts their interpretations of aluminium flow nomenclature and the associated environmental credits, and thus influences methodological choices. Furthermore, a method that better reflects the industrial realities and balances the different circularity goals is needed. The net-scrap approach (e.g. EN15804) was identified as it incentivises both recycled material usage and PCS recycling. Also, the end-of-waste concept, quality aspects, and temporal dimensions of using PCS were identified as challenges. This paper dives deeper into these topics and provides a direction for the aluminium manufacturing industry.
利用消费后废料处理铝产品的环境足迹方法
挪威铝价值链旨在增加产品制造中消费后废料(PCS)的使用,以降低产品的环境足迹。与产品厂家洽谈,撕碎;分拣公司和再熔炼厂举行会议,调查环境足迹方法的挑战和当前实施情况,因为这些方法是公司披露PCS使用情况的一个组成部分。公司在价值链中的地位影响了他们对铝流命名法和相关环境信用的解释,从而影响了方法论的选择。此外,需要一种更好地反映工业现实并平衡不同循环目标的方法。我们采用净废物方法(例如EN15804),因为它既鼓励循环再造物料的使用,又鼓励个人电脑的循环再造。此外,废物结束概念、质量方面和使用PCS的时间维度被确定为挑战。本文对这些问题进行了深入的探讨,为铝制造业的发展提供了方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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CiteScore
3.80
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