Determine how to ensure LIBs are discarded, stored, and transported safely considering ignitability (D001) and reactivity (D003). Provide avenues to prevent mixing LIBs with other battery types when
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Recognizing the need for a comprehensive analysis of this rapidly evolving industry, CAS and Deloite have worked together to develop this in-depth report covering both market and scientific perspectives.
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Herein, this paper evaluates different waste lithium-ion battery recycling technologies in a multi-criteria decision framework to determine the best technology.
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Synopsis This review emphasizes the environmental and resource challenges of lithium-ion battery waste and highlights sustainable recycling strategies that alleviate resource scarcity and
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It examines technical limitations, economic constraints, and regulatory fragmentation, while also identifying opportunities through emerging technologies such as direct recycling,...
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Due to the increasing number of EVs, EoL LIBs pose a significant challenge. This research proposes an approach to identifying these challenges, recommending measures to
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The establishment of battery recycling and re-utilization systems is important and requires collaborative innovation in legislation, storage and transportation, recycling technology,
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Lithium-ion battery (LIB) recycling technologies are advancing rapidly, with higher recovery efficiencies, lower energy demand, and more complex supply chains.
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We evaluate 209 publications and compare three major recycling routes. An important aspect of this review is that we tackle the need for a critical evaluation of these recycling routes by introducing clear
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Federal and state policies could require or incentivize the collection and reuse/recycling of LiBs or restrict disposal. Clearly defined regulatory requirements could reduce uncertainty and risk
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