Atmospheric plasma-based approaches for the degradation of dimethyl phthalate (DMP) in water

Keyphrases

• Atmospheric Plasma 100%
• Dimethyl Phthalate 100%
• Reactor 60%
• Dimethyl Phthalate Degradation 60%
• Reactive Species 60%
• Hydrogen Peroxide 40%
• Energy Efficiency 40%
• Corona Discharge 40%
• Feed Gas 40%
• Degradation Rate 40%
• Input Power 40%
• Liquid Conductivity 40%
• Multi-pin 40%
• Milli-Q Water 40%
• Voltage Polarity 40%
• Positive Outcomes 20%
• Operating Conditions 20%
• Carbonate 20%
• Tap Water 20%
• Pollutants 20%
• Hydroxyl Radical 20%
• Low Dose Rate 20%
• Negative Voltage 20%
• Aquatic Environment 20%
• Process Kinetics 20%
• Contaminated Water 20%
• Scavenger 20%
• Production Efficiency 20%
• Cold Plasma 20%
• Bulk Solution 20%
• Bicarbonate 20%
• Aqueous Matrices 20%
• Process Energy 20%
• Liquid Diffusion 20%
• Ratemaking 20%
• Self-pulsing Discharge 20%
• Green Remediation 20%
• Plasma-liquid Interface 20%
• Process Energy Efficiency 20%
• Cold Plasma Reactors 20%
• Kinetic Efficiency 20%

Engineering

• Energy Conservation 100%
• Energy Efficiency 100%
• Corona Discharge 66%
• Initial Concentration 66%
• Input Power 66%
• Generated Plasma 66%
• Pivotal Role 33%
• Lesser Extent 33%
• Flowrates 33%
• Plasma Reactor 33%
• Positive Outcome 33%
• Bulk Solution 33%
• Contaminated Water 33%
• Degradation Rate 33%

Chemical Engineering

• Hydrogen Peroxide 100%