Recovery of Lithium and Heavy Non-Ferrous Metals from Spent Lithium-Ion Batteries

Keyphrases

• Battery Cathode 50%
• Carbon Materials 50%
• Ceramic Crucible 50%
• Clinker 50%
• CoCu 50%
• Component Separation 50%
• Copper Foil 50%
• Corrosive Acid 50%
• Electrolyte 50%
• Graphite 100%
• Hazardous Liquid 50%
• Heavy Metals 50%
• Heavy Nonferrous Metals 100%
• Ingot 50%
• Iron Compounds 50%
• Li Salts 50%
• Liquid Waste 50%
• Lithium Carbonate 50%
• Lithium Cobalt Oxide 50%
• Lithium Nickel Cobalt Aluminum Oxide 50%
• Lithium Nickel Cobalt Oxide 50%
• Lithium Recovery 100%
• Metallic Container 50%
• Natural Gas 50%
• Ni-Co 50%
• Non-metallic 50%
• Organic Solvents 50%
• Oxides 50%
• Portable Computers 50%
• Reducing Conditions 50%
• Remanent 50%
• Separation Techniques 50%
• Smelting 50%
• Sodium Tetraborate 50%
• Spent Lithium-ion Batteries 100%
• Unburnt 50%
• Water Ice 50%
• Water Leaching 50%

Material Science

• Aluminum Oxide 20%
• Anode 20%
• Battery (Electrochemical Energy Engineering) 40%
• Cathode 20%
• Cobalt 60%
• Heavy Metal 20%
• Leaching 20%
• Lithium 100%
• Natural Gas 20%
• Non-Ferrous Metal 100%
• Organic Solvents 20%
• Oxide Compound 60%
• Sintering 20%
• Sodium 20%
• Spent Lithium-Ion Battery 100%

Chemical Engineering

• Heavy Metal 50%
• Iron Compounds 50%
• Nonferrous Metal 100%
• Sodium Borate 50%