A brief review on hydrometallurgical technologies for recycling spent lithium‐ion batteries
Краткий обзор гидрометаллургических технологий переработки отработавших литий-ионных аккумуляторов
2013-02-13
SCID: 54.1/yrjb935g
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bioleachinghydrometallurgical recyclingleachingsolvent extractionspent lithium-ion batteries
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Abstract (AI)
Abstract Lithium‐ion battery is a mature technology that is used in various electronic devices. Nowadays, this technology is a good candidate as energy storage for electric vehicles. Therefore, much research is focused on the development of high‐density power lithium‐ion batteries. Government regulations force manufacturers to recycle the batteries for safety and health reasons but recycling could also be interesting from an economic viewpoint since cathodes in lithium‐ion batteries contain valuable metals. The electrodes in lithium‐ion batteries will evolve to provide more energy and the recycling processes will have to fit with this evolution. Leaching, bioleaching and solvent extraction are at the centre of these processes. In this paper, recent leaching and solvent extraction strategies for recovering valuable metals from spent lithium‐ion batteries are reviewed and the evolution of these processes is discussed. © 2013 Society of Chemical Industry
Key Findings
1
Future evolution toward higher-energy electrodes will require recycling processes adaptable to changing lithium-ion battery chemistries.
2
Leaching, bioleaching, and solvent extraction are central hydrometallurgical approaches for recovering valuable metals from spent lithium-ion batteries.
3
Spent lithium-ion batteries require recycling for safety and health reasons, while their valuable cathode metals also create economic incentives.
4
The review examines recent leaching and solvent-extraction strategies and discusses how these recovery processes are evolving.
Research Object
spent lithium-ion batteries
Research Subject
hydrometallurgical leaching, bioleaching, and solvent-extraction strategies for recovering valuable metals and their evolution with battery chemistry
Publication Details
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2013-02-13
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Cited by8
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