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Critical material content in modern conventional U.S. vehicle electronics

机译:现代传统美国汽车电子中的关键材料含量

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摘要

Critical materials (CMs) are vital to modern technology. Components of modern vehicles can be recycled to recover and reuse the CMs to help ensure a supply of these materials. Electronic components from a 2015 GMC Sierra truck (21 components) and 2016 Toyota Camry sedan (10 components) were analyzed for CMs. The components were processed via size reduction, aqua regia leaching and dissolution, and final solutions were analyzed for metal content. It was found that most electronic components of both vehicles contain CMs. The most concentrated CMs in the components were Sn, Nb, and Tb. Nd and Co were found in several of the magnetic components. CM economic value was found to be low compared to the overall value of the components, and the CM content would not allow for a viable pathway for recycling. Remanufacturing of components may be a more economic option of reuse in the future.
机译:关键材料(CMS)对现代技术至关重要。现代车辆的组件可以回收以恢复并重复使用CM以帮助确保这些材料的供应。 2015年GMC Sierra卡车(21个组件)和2016年丰田Camry Sedan(10个组分)的电子元件被分析为CMS。通过尺寸减少,Aqua Regia浸出和溶解处理组分,并分析最终溶液的金属含量。发现两个车辆的大多数电子元件都包含CMS。组分中最浓缩的CMS是Sn,Nb和Tb。在几个磁性部件中发现了ND和CO。与组分的总值相比,CM经济价值低低,CM含量不允许用于回收的可行途径。将未来的复数的再制造可能是重复使用的更加经济选择。

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