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Separation of Radioactive Elements from Rare Earth Element-Bearing Minerals

机译:从稀土元素耐矿物中分离放射性元件

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摘要

Rare earth elements (REE), originally found in various low-grade deposits in the form of different minerals, are associated with gangues that have similar physicochemical properties. However, the production of REE is attractive due to their numerous applications in advanced materials and new technologies. The presence of the radioactive elements, thorium and uranium, in the REE deposits, is a production challenge. Their separation is crucial to gaining a product with minimum radioactivity in the downstream processes, and to mitigate the environmental and safety issues. In the present study, different techniques for separation of the radioactive elements from REE are reviewed, including leaching, precipitation, solvent extraction, and ion chromatography. In addition, the waste management of the separated radioactive elements is discussed with a particular conclusion that such a waste stream can be employed as a valuable co-product.
机译:最初在不同矿物质形式的各种低级沉积物中发现的稀土元素(REE)与具有相似的物理化学性质的牙脉有关。然而,由于先进材料和新技术的许多应用,REE的生产具有吸引力。放射性要素,钍和铀在REE沉积物中存在的存在是一种生产挑战。它们的分离对于在下游过程中获得最低放射性的产品至关重要,并减轻环境和安全问题。在本研究中,综述了用于分离来自REE的放射性元件的不同技术,包括浸出,沉淀,溶剂萃取和离子色谱。此外,通过特定的结论讨论了分离的放射性元件的废物管理,即这种废物流可以用作有价值的共同产品。

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