A general overview of E-waste valorization toward nanomaterials design is provided. Cutting-edge materials including noble metal-containing samples are described, together with recent advances in E-waste, as sustainable source for catalysts design including electrocatalytic and photocatalytic applications. The present topic is, out of doubt, a very promising option to move into a more sustainable industry, allowing to reduce environmental issues related to E-waste accumulation as well as catalyst production costs.

中文翻译：

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回收电子废物：绿色催化剂设计的前景

提供了电子废物对纳米材料设计的总体评估。描述了包括含贵金属的样品在内的尖端材料，以及电子废物的最新进展，作为催化剂设计（包括电催化和光催化应用）的可持续来源。毫无疑问，本主题是进入更具可持续性的行业的一个非常有前途的选择，它可以减少与电子废物积累以及催化剂生产成本相关的环境问题。