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Lithium leaching via calcium chloride roasting from simulated pyrometallurgical slag of spent lithium ion battery

Hui Dang,Na Li,Zhidong Chang,Benfeng Wang,Yifei Zhan,Xue Wu,Wenbo Liu,Shujaat Ali,Hongda Li,Jiahui Guo,Wenjun Li,Hualei Zhou,Changyan Sun

Separation and Purification Technology（2020）

Cited 58|Views29
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Abstract
•Recovering lithium from simulated pyro-slag of spent lithium ion battery.•Deionized water was employed as a leaching agent and CaCl2 as a roasting agent.•The aqueous leaching rate of lithium is higher than 90%.•Thermodynamical parameters provided effective guidance for experimental purpose.
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Key words
Spent lithium ion battery,Lithium recovery,Pyro-metallurgical slag,Aqueous leaching,Chlorination roasting
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