Biochar-supported nanoscale zero-valent iron as an efficient catalyst for organic degradation in groundwater

Keyphrases

• Oxygen-containing Functional Groups 100%
• Groundwater 100%
• Trichloroethylene 100%
• Efficient Catalyst 100%
• Organic Degradation 100%
• Nano Zero Valent Iron (nZVI) 100%
• Biochar Support 100%
• Sulfidated Nanoscale Zero-valent Iron 100%
• High Cost 50%
• FEniCS 50%
• Advanced Oxidation Processes 50%
• Reactive Oxygen Species 50%
• Dechlorination 50%
• Morphological Characterization 50%
• Pseudo-first-order Kinetics 50%
• Organic Contaminants 50%
• Degradation Efficiency 50%
• Physicochemical Characterization 50%
• Large Surface Area 50%
• Percentage Removal 50%
• Carbon Support 50%
• Pore Volume 50%
• Contaminated Water 50%
• Loading Capacity 50%
• Buffer Solution 50%
• Singlet Oxygen 50%
• Peroxymonosulfate 50%
• Biochar 50%
• Engineered Biochar 50%
• Groundwater Conditions 50%
• In Situ Groundwater Remediation 50%
• Iron Loading 50%
• Sustainable Remediation 50%
• Waste Biomass Utilization 50%
• Maize Cob 50%
• Bicarbonate Buffer 50%
• Maize Stalk 50%
• High Efficiency 50%
• Superoxide Ion 50%

Chemical Engineering

• Biochar 100%
• Iron Nanoparticle 100%
• Trichloroethylene 66%
• Advanced Oxidation Process 33%
• Groundwater Remediation 33%
• Organic Contaminant 33%
• Peroxymonosulfate 33%
• Degradation Efficiency 33%
• Pseudo-first-order Kinetics 33%
• Oxygen-containing Functional Groups 33%