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[1]From lithium-last technology to lithium-first technology: technical mapping and collaborative strategies for sustainable lithium-ion battery recycling.Green Chemistry,2026,
[2]Unveiling and identifying the overlooked fluoride hazard derived from spent lithium-ion battery recovery. Journal of Hazardous Materials 2025, 496, 139545..Journal of Hazardous Materials,2025,139545
[3]A low-carbon and economically viable method for recycling spent lithium-ion battery: Efficient recovery of lithium coupled with high-value utilization of transition metals.Journal of Energy Chemistry,2025,
[4]Tackling the complexity of e-waste for its reuse in functional materials.NATURE REVIEWS METHODS PRIMERS,2025,
[5]Ex-ante life cycle evaluation of spent lithium-ion battery recovery: Modeling of complex environmental and economic impacts.ENVIRONMENTAL SCIENCE AND ECOTECHNOLOGY,2025,
[6]Perspective on recycling technologies for critical metals from spent lithium-ion batteries.CHEMICAL ENGINEERING JOURNAL,2024,
[7]Pollutant degradation by Fenton-like system with Prussian blue analogs (PBAs) on cotton and modified oyster shell: Via re-Fenton reaction.SEPARATION AND PURIFICATION TECHNOLOGY,2024,
[8]Migration and Transformation Mechanism of Toxic Electrolytes During Mechanical Treatment of Spent Lithium-Ion Batteries.ACS Sustainable Chemistry & Engineering,2023,
[9]Migration and Transformation Mechanism of Toxic Electrolytes During Mechanical Treatment of Spent Lithium-Ion Batteries.ACS SUSTAINABLE CHEMISTRY & ENGINEERING,2023,
[10]Recycling Hazardous and Valuable Electrolyte in Spent Lithium-Ion Batteries: Urgency, Progress, Challenge, and Viable Approach.CHEMICAL REVIEWS,2023,
[11]Highly efficient selective recovery of lithium from spent lithium-ion batteries by thermal reduction with cheap ammonia reagent.JOURNAL OF HAZARDOUS MATERIALS,2021,
[12]Ammonia reduction system for the diversity of cathode processing of li-ion batteries.ACS SUSTAINABLE CHEMISTRY & ENGINEERING,2021,
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