Investigation of solution chemistry to enable efficient lithium recovery from low-concentration lithium-containing wastewater

Keyphrases

• Activation Energy 20%
• Al3+ 60%
• Appropriate Treatment 20%
• Ca2+ 60%
• Economic Perspective 20%
• Efficient Recovery 20%
• Efficient Removal 20%
• Environmental Perspective 20%
• Fast Chemical Reaction 20%
• Fe3+ 60%
• Global Attention 20%
• High Efficiency 20%
• High Purity 20%
• Impurities 40%
• Impurity Ions 40%
• Impurity Removal 40%
• Ionic Strength 20%
• Kinetic Aspects 20%
• Li Loss 20%
• Li Recovery 20%
• Li3PO4 20%
• Lithium Recovery 100%
• Lithium-containing Wastewater 100%
• Lithium-ion Battery 20%
• Mg2+ 60%
• Reaction Kinetics 20%
• Removal Rate 20%
• Solution Chemistry 100%
• Spent Lithium-ion Batteries 20%
• Step Kinetics 20%
• Thermodynamic Aspects 20%
• Zero-order Reaction 20%

Chemistry

• Chemistry 100%
• Ionic Strength 16%
• Lithium 100%
• Lithium Ion Battery 16%
• Primary Structure 16%
• Reaction Activation Energy 16%
• Spent Lithium-Ion Battery 16%
• Zero Order Reaction 16%

Material Science

• Activation Energy 16%
• Lithium 100%
• Lithium Ion Battery 16%
• Mechanical Strength 16%
• Solution Chemistry 100%
• Spent Lithium-Ion Battery 16%