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Materials flow of platinum group metals in Germany

机译:德国铂族金属的物料流

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Platinum group metals have become indispensable in modern industrial society and the demand for PGMs has greatly increased. An in-depth quantitative analysis of PGM applications, lifecycle structure, deficits and optimisation potential in Germany has been carried out by Umicore Precious Metals Refining and Oko-Institute. Besides detailed insights into one of the more opaque metal markets, the study elaborates fundamental differences between lifecycles of industrial applications and those in the consumer sector, which are relevant beyond PGMs also for other materials. While 'closed loop' systems in the industrial sector inherently lead to high lifecycle recycling rates, the 'open loop' consumer systems usually imply significant metal losses. Main deficits lay in insufficient collection rates of end-of-life products, global export streams of 'consumer scrap' and inefficiencies in the early, 'sub-industrial' steps of the recycling chain. The study also develops the aspect of 'static' and 'dynamic' recycling ratios, which has to be considered when lifecycle efficiencies in growing (or decreasing) application areas are evaluated.
机译:铂族金属已成为现代工业社会中必不可少的,对铂族金属的需求也大大增加。 Umicore贵金属精炼和Oko-Institute对德国的PGM应用,生命周期结构,缺陷和优化潜力进行了深入的定量分析。除了对不透明的金属市场之一有详细的了解外,该研究还阐明了工业应用生命周期和消费部门生命周期之间的根本差异,这与除PGM以外的其他材料相关。工业领域的“闭环”系统固有地导致高的生命周期回收率,而“开环”的消费系统通常意味着大量的金属损失。主要的赤字在于报废产品的回收率不足,全球的“消费废料”出口流以及回收链的早期“亚工业”步骤效率低下。该研究还开发了“静态”和“动态”回收率的方面,当评估增长(或减少)的应用领域的生命周期效率时,必须考虑这一点。

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