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Experimental Investigation on Activating Water Vapor and Ammonia by DC Corona Discharge Radical Shower Technology for Removal of SO2 from Flue Gases
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Li Jie
Veröffentlicht/Copyright:
30. November 2016
Abstract
In a reactor with nozzle-plate electrode structure, we used a DC high-voltage generator to produce corona electric field between nozzles and plate electrode. When water vapor and ammonia were injected from nozzles, they were activated to produce hydroxyl and ammonia radicals to oxidize SO2 by ion-molecule reactions and the final byproducts were mainly ammonia sulfate. In this paper, corona discharge characteristics of nozzle-plate electrode, OH radical diagnosis by optical emissive spectrogram, and desulphurization efficiency were investigated. The experiments demonstrated that water vapor and ammonia activation method had effect on removing SO2 and could make some references for desulphurization by non-thermal plasma process.
Received: 2004-1-5
Revised: 2004-6-7
Accepted: 2004-6-10
Published Online: 2016-11-30
Published in Print: 2004-7-1
© 2016 by Walter de Gruyter Berlin/Boston
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Artikel in diesem Heft
- Preface
- Study of Hydrocarbons Conversion in Air Using an Homogeneous Pre-ionised Discharge
- Evaluation of Pulsed Power Sources for Plasma Generation
- High Temperature Pulsed Corona Processing of Fuel Gas
- Pulsed Multipoint-to-Plate Corona Discharge for VOC Abatement
- DC Glow Discharges in Atmospheric Pressure Air
- DC/Microwave Driven Micro-Plasmas for Ozone Generation
- Influence of Ammonia on NOx Removal in Corona Discharge-Molecular Sieve Hybrid System
- Experimental Investigation on Activating Water Vapor and Ammonia by DC Corona Discharge Radical Shower Technology for Removal of SO2 from Flue Gases
- High-Grade Disinfection Using High-Density Ozone Chemical and Structural Properties of Jordanian Diatomaceous Clay Supported Metal Oxides Chemical and Structural Properties of Jordanian Diatomaceous Clay Supported Metal Oxides Chemical and Structural Properties of Jordanian Diatomaceous Clay Supported Metal Oxides Chemical and Structural Properties of Jordanian Diatomaceous Clay Supported Metal Oxides
- Chemical and Structural Properties of Jordanian Diatomaceous Clay Supported Metal Oxides
- Water Treatment by the Bipolar Pulsed Dielectric Barrier Discharge (DBD) in Water-Air Mixture
- Studies of the Effect of Hydroxyl Radicals on Photosynthesis Pigments of Phytoplankton in Ship's Ballast Water
- Photocatalysed Degradation of a Herbicide Derivative, Maleic Hydrazide in Aqueous Suspensions of TiO2
Schlagwörter für diesen Artikel
corona discharge;
water vapor;
ammonia;
activation;
hydroxyl radical;
desulphurization
Artikel in diesem Heft
- Preface
- Study of Hydrocarbons Conversion in Air Using an Homogeneous Pre-ionised Discharge
- Evaluation of Pulsed Power Sources for Plasma Generation
- High Temperature Pulsed Corona Processing of Fuel Gas
- Pulsed Multipoint-to-Plate Corona Discharge for VOC Abatement
- DC Glow Discharges in Atmospheric Pressure Air
- DC/Microwave Driven Micro-Plasmas for Ozone Generation
- Influence of Ammonia on NOx Removal in Corona Discharge-Molecular Sieve Hybrid System
- Experimental Investigation on Activating Water Vapor and Ammonia by DC Corona Discharge Radical Shower Technology for Removal of SO2 from Flue Gases
- High-Grade Disinfection Using High-Density Ozone Chemical and Structural Properties of Jordanian Diatomaceous Clay Supported Metal Oxides Chemical and Structural Properties of Jordanian Diatomaceous Clay Supported Metal Oxides Chemical and Structural Properties of Jordanian Diatomaceous Clay Supported Metal Oxides Chemical and Structural Properties of Jordanian Diatomaceous Clay Supported Metal Oxides
- Chemical and Structural Properties of Jordanian Diatomaceous Clay Supported Metal Oxides
- Water Treatment by the Bipolar Pulsed Dielectric Barrier Discharge (DBD) in Water-Air Mixture
- Studies of the Effect of Hydroxyl Radicals on Photosynthesis Pigments of Phytoplankton in Ship's Ballast Water
- Photocatalysed Degradation of a Herbicide Derivative, Maleic Hydrazide in Aqueous Suspensions of TiO2
