Continuous research and development (R & D) in pyrometallurgical recycling will enable battery recycling companies to cope with the inevitable increase in spent LIBs. Ongoing R & D will foster the effective implementation of an economically more feasible circular economy value chain for the batteries.
The main pyrometallurgical options for recycling spent lithium-ion batteries are pyrolysis, incineration, roasting, and smelting. Continuous research and development (R & D) in pyrometallurgical recycling will enable battery recycling companies to cope with the inevitable increase in spent LIBs.
The results show that pyrometallurgical technology is the largest environmental load recovery process in battery recovery stage (Wang 2018). Yu et al. (2021) used LCA to compare the environmental impacts of pyrometallurgical recovery (PR), hydrometallurgical recovery (HR) and direct physical recovery (DPR).
Moreover, it reveals the evolution and the challenges of pyrometallurgical technology in recycling SLIBs. A high-value utilization with the characteristics of an overall resource utilization of waste batteries is a promising development direction for pyrometallurgical technology.
Pyrometallurgical techniques depend on several factors, with the most prominent being temperature, processing time, types of purge gas, and flux addition. In this paper, battery recycling comprises virtually four main process groups, and these are further subdivided into unit operations.
A high-value utilization with the characteristics of an overall resource utilization of waste batteries is a promising development direction for pyrometallurgical technology. To access this article, please review the available access options below.
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