Abstract
As global warming continues, reducing greenhouse emissions and transitioning to clean energy has become a crucial problem. Lithium-ion batteries (LIBs), favored for their advantages in electric vehicles, face recycling challenges due to their mass production. Considering the metal content of LIBs, the recycling potential of decommissioned LIBs is high. However, existing recycling methods are deficient, making the development of efficient, eco-friendly, and cost-effective processes a key research area. New and green recycling methods have been extensively studied in recent years, and several alternatives are constantly being proposed. This review focuses on the assessment of current LIBs recycling methods, including pretreatment, cathode metal leaching, and anode graphite recovery, and discusses recent advances in battery material regeneration. The aims are to enhance understanding and inspire the development of better recycling solutions, considering the current status and future challenges.
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