Nanoengineering cellulose for the selective removal of neodymium: Towards sustainable rare earth element recovery

Keyphrases

• Cellulose 100%
• Selective Removal 100%
• Engineered Nanomaterials 100%
• Neodymium 100%
• Rare Earth Elements Recovery 100%
• Hairy Nanocellulose 100%
• Nd3+ 85%
• Rare Earth Elements 57%
• Cellulose Nanocrystals 28%
• High Selectivity 14%
• Biopolymers 14%
• Order of Magnitude 14%
• Charge Density 14%
• Adsorbent 14%
• Ionic Strength 14%
• Aqueous Media 14%
• High Demand 14%
• High Capacity 14%
• Leachate 14%
• Recovery Strategy 14%
• Calcium Ion 14%
• Environmental Challenges 14%
• Engineering Approach 14%
• Advanced Materials 14%
• Iron Species 14%
• Industrial Wastewater 14%
• Short Contact Time 14%
• Colloidal Stability 14%
• Sustainable Nanotechnology 14%
• Cellulose Chain 14%
• Bioproducts 14%
• Electronic Waste (E-waste) 14%
• Element Removal 14%
• Colloidal Properties 14%
• Nd-Fe-B Permanent Magnets 14%
• Industrial Challenges 14%
• Unmet 14%
• Nanoadsorbent 14%
• High Removal Capacity 14%

Chemical Engineering

• Rare Earth Element 100%
• Neodymium 100%
• Nanocellulose 100%
• Nanocrystal 28%
• Nanotechnology 14%
• Removal Capacity 14%
• Industrial Wastewater 14%
• Colloidal Property 14%
• Nanoadsorbent 14%

Material Science

• Neodymium 100%
• Nanocellulose 100%
• Cellulose Nanocrystals 28%
• Density 14%
• Calcium Ion 14%
• Advanced Material 14%
• Adsorbent 14%
• Biopolymer 14%