Effect of humic acid and transition metal ions on the debromination of decabromodiphenyl by nano zero-valent iron: Kinetics and mechanisms

Keyphrases

• Nano Zero Valent Iron (nZVI) 100%
• Debromination 100%
• Humic Acid 100%
• Transition Metal Ions 100%
• Iron Mechanism 100%
• Iron Kinetics 100%
• BDE-209 37%
• Metal Ions 37%
• Enhancement Effect 25%
• Inhibitory Effect 25%
• Cu-Co 25%
• Cu-Ni 25%
• Copyright 12%
• Synergistic Effect 12%
• Business Media 12%
• Dordrecht 12%
• Promotion Mechanism 12%
• First-order Kinetics 12%
• Iron Technology 12%
• Ni2+ 12%
• Metal Concentration 12%
• Heavy Metals 12%
• Surfactant 12%
• Pollutants 12%
• Water Bodies 12%
• Inhibitory Mechanism 12%
• Remediate 12%
• Decabromodiphenyl Ether 12%
• In Situ Remediation 12%
• Zero Valence 12%
• E-waste Site 12%
• Promotability 12%
• Dehydrogenation 12%
• Nano Zero Valent Iron Particles 12%
• Chemisorption 12%
• Specific Surface Area 12%
• Iron Surface 12%
• Contaminated Land 12%
• Reactive Sites 12%
• Contaminated Sites 12%
• Benzene 12%
• Promotion Effect 12%
• Remediation Technologies 12%
• Kinetic Constants 12%
• Phenolic Hydroxyl Group 12%
• Contaminated Water 12%
• Remediation Effect 12%

Material Science

• Zerovalent Iron 100%
• Transition Metal 100%
• Cobalt Ion 16%
• Nickel Ion 16%
• Surface Active Agent 16%
• Heavy Metal 16%
• Chemisorption 16%
• Kinetic Order 16%
• Copper Ion 16%
• Dehydrogenation 16%

Chemical Engineering

• Transition Metal 100%
• Surfactant 50%
• Heavy Metal 50%
• Dehydrogenation 50%
• Chemisorption 50%