DTPA-Functionalized silica-based monoliths for the removal of metal ions from aqueous phase

Keyphrases

• Functionalized Silica 100%
• Aqueous Phase 100%
• Metal Ion Removal 100%
• Silica Monolith 100%
• Cu2+ 66%
• Circular Economy 33%
• Aqueous Environment 33%
• Aqueous Solution 33%
• High Production 33%
• Gd3+ 33%
• Mesoporous Silica 33%
• NMR Relaxometry 33%
• Modified Silica 33%
• Divalent Metal Ions 33%
• Synthetic Materials 33%
• Natural Materials 33%
• Technological Applications 33%
• Sol-gel Synthesis 33%
• Monolith 33%
• Aqueous Matrices 33%
• Solid Sorbents 33%
• Co2+ Ions 33%
• Chelating Group 33%
• Multi-methodological Approach 33%
• Capture Process 33%
• Capture Performance 33%
• Rare Earth Metals 33%
• End-of-life Products 33%
• Metal Ion Recovery 33%
• Trivalent Metal Ions 33%

Material Science

• Silicon Dioxide 100%
• Nuclear Magnetic Resonance 50%
• Solution 50%
• Mesoporous Silica 50%
• Sol-Gel 50%
• Sorbent 50%

Chemical Engineering

• Rare Earth Element 100%
• Rare Earth Metal 100%