Removal of NO from Gas by Corona Discharge with H2O2 Solution Oxidation

Ji Wu Li; Zhi Peng Tang; Jie Yu

doi:10.4028/www.scientific.net/AMR.742.323

Paper Titles

Study on the Application of 3D Laser Scan Technology in Landscape Ecology
p.300

Effect on Compressive Strength of Paste/Mortar/Concrete by Changing Bottom Ash Content and Activator pH
p.304

Effects of Different Micro-Catchment Mulching Methods on Water Consumption and Requirement Law of Corn Field
p.310

Pollution Characteristics and Spatio-Temporal Variation of Polycyclic Aromatic Hydrocarbons in Atmospheric Particulate Matter in Jinan, China
p.317

Removal of NO from Gas by Corona Discharge with H₂O₂ Solution Oxidation
p.323

Arsenic Release from Highly Contaminated Sediment during Resuspesion
p.327

Analysis on Coupling Degree among Crop Evapotranspiration, Effective Precipitation and Water Requirement of Corn on Southern Kerqin Sandy Land in China
p.331

Research on the Controlled Ecological Risk of Reservoir Operation
p.337

Research and Development on Membrane Technology in Natural Gas Desulfurization
p.341

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 742Removal of NO from Gas by Corona Discharge with...

Removal of NO from Gas by Corona Discharge with H₂O₂ Solution Oxidation

Abstract:

The effects of the supply voltage, water flow rate, concentration of H₂O₂ absorption and flue gas flow rate on NO removal rate were studied. The chemical reaction mechanism of NO removal was discussed. It was concluded that the NO removal rate increased the increasing of supply voltage, water flow rate and concentration of H₂O₂, and decreased with the increasing of the flue gas flow rate on the experimental conditions. On the synergy with corona discharge and H₂O₂ solution oxidation, NO removal rate reached 60.2%.