Sulfate radical-advanced oxidation process (SR-AOP) for simultaneous removal of refractory organic contaminants and ammonia in landfill leachate

Keyphrases

• Landfill Leachate 100%
• SR-AOPs 100%
• Simultaneous Removal 100%
• Refractory Organic Contaminants 100%
• Ammonia 100%
• S2O82- 100%
• Persulfate Oxidation 75%
• Hydroxyl Radical 50%
• Advanced Oxidation Processes 50%
• Ammonia Nitrogen 50%
• Chemical Oxygen Demand Removal 50%
• Chemical Oxygen Demand 50%
• Fenton Treatment 50%
• Persulfate 25%
• Oxidation Mechanism 25%
• High Temperature 25%
• Refractory Organics 25%
• Removal Efficiency 25%
• Hydrogen Peroxide 25%
• Leachate 25%
• Sulfate Radical 25%
• Solution pH 25%
• High Dose 25%
• Biodegradable Organic Matter 25%
• Treatment Methods 25%
• Mature Leachate 25%
• Mature Landfill Leachate 25%
• Organic Nitrogen 25%
• Temperature Control 25%
• Non-biodegradable 25%
• Acidic pH 25%
• Ammonia Nitrogen Removal 25%
• Chemical Oxygen Demand Removal Rate 25%
• Leachate Pollution 25%
• Batch Reactor 25%
• Landfill Leachate Treatment 25%

Chemical Engineering

• Advanced Oxidation Process 100%
• Chemical Water Pollutant 100%
• Simultaneous Removal 100%
• Refractory Organic Contaminants 100%
• Leaching 60%
• Persulfate Oxidation 60%
• Fenton 40%
• Chemical Oxygen Demand Removal 40%
• Chemical Oxygen Demand 40%
• Hydrogen Peroxide 20%
• Persulfate 20%
• Landfill Leachate Treatment 20%
• Batch Reactor 20%
• Refractory Organics 20%
• Solution pH 20%
• Mature Landfill Leachate 20%
• Chemical Oxygen Demand Removal Rate 20%