从永磁体中提取稀土元素的预处理和浸出方法综述

Sotiria Papagianni, A. Moschovi, K. Sakkas, M. Chalaris, I. Yakoumis
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引用次数: 4

摘要

由于包含稀土元素的高科技应用(主要是基于电气化的应用)的迅速发展,欧盟对稀土元素的需求不断增加。然而,欧洲的稀土供应有限,因为这些金属是由第三世界国家独家生产的。欧洲稀土元素的供需缺口可以通过发展二级资源的回收技术来弥补,例如稀土元素永磁体。钕铁硼和钐钴磁铁是含稀土永磁体的两大类。在接下来的工作中,重点研究了提取稀土元素的预处理和浸出方法。虽然预处理包括有争议的步骤,即研磨和退磁,但许多研究都集中在使用无机或有机溶剂从钕铁硼磁体中浸出稀土。同时,基于SmCo磁体中Sm回收方法的文献有限。
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Preprocessing and Leaching Methods for Extraction of REE from Permanent Magnets: A Scoping Review
The demand for REEs is continuously increasing in the European Union due to the rapid development of high-tech applications that contain REEs, mainly those based on electrification. However, the REE supply in Europe is limited because of the exclusive production of these metals by third-world countries. The European supply/demand gap for REEs can be covered with the development of recycling technologies from secondary resources, such as REE permanent magnets. NdFeB and SmCo magnets are the two main categories of REE-containing permanent magnets. In the following work, studies focusing on the preprocessing and leaching methods in order to extract REEs were identified and discussed. Although preprocessing includes controversial steps, i.e., milling and demagnetizing, numerous studies have focused on the leaching of REEs from NdFeB magnets using either inorganic or organic solvents. Meanwhile, the literature based on Sm recovery methods from SmCo magnets has been limited.
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