The irradiation of air-like gas mixtures with energetic electrons (300- 800 keV) generates excited state species, ions and radicals. Only the radicals remain available for reactions with the trace components. Like in atmospheric chemistry, the most reactive radical is OH, hence the pollutants are degraded by oxidation preferentially. Industrial applications of the electron beam rocess are the removal of NO, and SO2 from power plant flue gas and the chlorinated hydrocarbons from contaminated groundwater and to remove VOC an8 NO, from automobile tunnel off-gas. removal of hy 8 rocarbons from cold off-gas. Further, the process can be used to de rad
High-power electron beams can be used to reduce the environmental impact of coal and oil-fired power...
Nitric oxide is a gaseous air pollutant which is a precursor to nitrogen oxides and in the atmospher...
An electron beam (EB) flue gas test rig and a dielectric barrier discharge (DBD) reactor were tested...
The treatment of electron beam was tested for gaseous pollutants of volatile organic compounds (VOCs...
The electron beam (EB) process is well suited to remove small concentrations of pollutants from larg...
Non-thermal plasma processing is an emerging technology for the abatement of volatile organic compou...
The electron-beam (EB) degradation of volatile aromatics (benzene, toluene, ethylbenzene, xylenes: B...
The purpose of this program is to investigate some of the basic physics and chemistry of the electro...
The exhaust gases from marine diesel engines contain high SO2 and NOx concentration. The applicabili...
Despite worldwide effort, most electric power is still generated by the combustion of fossil fuel. A...
grantor: University of TorontoThis thesis introduces a new approach for the control of ai...
The objective of this paper is to determine the effects of electron beam pulse parameters on the uti...
This report presents recent industrial pilot and full scale applications of electron accelerators fo...
Operation of marine diesel engines causes significant emission of sulphur and nitrogen oxides. It wa...
A variety of air pollution control strategies have been investigated to reduce mercury emissions fro...
High-power electron beams can be used to reduce the environmental impact of coal and oil-fired power...
Nitric oxide is a gaseous air pollutant which is a precursor to nitrogen oxides and in the atmospher...
An electron beam (EB) flue gas test rig and a dielectric barrier discharge (DBD) reactor were tested...
The treatment of electron beam was tested for gaseous pollutants of volatile organic compounds (VOCs...
The electron beam (EB) process is well suited to remove small concentrations of pollutants from larg...
Non-thermal plasma processing is an emerging technology for the abatement of volatile organic compou...
The electron-beam (EB) degradation of volatile aromatics (benzene, toluene, ethylbenzene, xylenes: B...
The purpose of this program is to investigate some of the basic physics and chemistry of the electro...
The exhaust gases from marine diesel engines contain high SO2 and NOx concentration. The applicabili...
Despite worldwide effort, most electric power is still generated by the combustion of fossil fuel. A...
grantor: University of TorontoThis thesis introduces a new approach for the control of ai...
The objective of this paper is to determine the effects of electron beam pulse parameters on the uti...
This report presents recent industrial pilot and full scale applications of electron accelerators fo...
Operation of marine diesel engines causes significant emission of sulphur and nitrogen oxides. It wa...
A variety of air pollution control strategies have been investigated to reduce mercury emissions fro...
High-power electron beams can be used to reduce the environmental impact of coal and oil-fired power...
Nitric oxide is a gaseous air pollutant which is a precursor to nitrogen oxides and in the atmospher...
An electron beam (EB) flue gas test rig and a dielectric barrier discharge (DBD) reactor were tested...