CRMs回收中采矿残留物取样和表征的挑战

A. Guatame-García, M. Buxton, S. Kasmaee, F. Tinti, Rachel Horta Arduin, Aina Mas Fons, F. Bodénan, J. Schick
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引用次数: 0

摘要

最近的《欧洲循环经济行动计划1》认为矿山废物是矿物的二次来源。这些矿床含有关键原材料(CRMs)的潜在经济浓度,如铝、锂、钴和稀土,对全球经济和能源转型具有战略意义。然而,存在重大的知识和技术差距,阻碍了它们的成功恢复。INCO-Piles 2020项目2目前致力于概括、建立和开发创新技术,以从采矿活动的残留物中可持续提取crm,重点关注区域创新计划(RIS)战略领域。该项目包括确定潜在的应用、最佳做法以及通过有国际专家参与的圆桌会议促进技术转让。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Challenges in the sampling and characterisation of mining residues for CRMs recovery
The recent Circular Economy Action Plan for Europe 1 considers mine waste a secondary source of minerals. These deposits contain potentially economic concentrations of Critical Raw Materials (CRMs), such as Al, Li, Co and REE, which are strategic for the global economy and energy transition. However, there are significant knowledge and technological gaps that hinder their successful recovery. The INCO-Piles 2020 project 2 is currently working on the recapitulation, establishment and development of innovative technologies for the sustainable extraction of CRMs from the residuals of mining activities, focusing on Regional Innovation Scheme (RIS) strategic areas. The project includes the definition of potential applications, best practices, and the promotion of technology transfer through round tables that count with international experts' participation.
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