A laboratory scale test rig to treat simulated flue gas using electron beam technology was installed at the Alurtron EB-Irradiation Center, MINT. The experiment test rig was proposed as a result of feasibility studies conducted jointly by IAEA, MINT and TNB Research in 1997. The test rig system consists of several components, among others, diesel generator sets, pipe ducts, spray cooler, ammonia dosage system, irradiation vessel, bag filter and gas analyzers. The installation was completed and commissioned in October 2001. Results from the commissioning test runs and subsequent experimental work showed that the efficiency of flue gas treatment is high. It was proven that electron beam technology might be applied in the treatment of air poll...
Electron beam (EB) accelerators technology is now commonly accepted for research study and industria...
The purpose of this program is to investigate some of the basic physics and chemistry of the electro...
A pilot plant for treating 1,000 m3/day of dyeing wastewater with e-beam has been constructed and op...
An electron beam (EB) flue gas test rig and a dielectric barrier discharge (DBD) reactor were tested...
The exhaust gases from marine diesel engines contain high SO2 and NOx concentration. The applicabili...
This report presents recent industrial pilot and full scale applications of electron accelerators fo...
The treatment of electron beam was tested for gaseous pollutants of volatile organic compounds (VOCs...
High-power electron beams can be used to reduce the environmental impact of coal and oil-fired power...
AN APPLICATION OF THE ELECTRON BEAM MACHINE AS AN ALTERNATIVE FLUE GAS TREA TMENT FROM COAL BURNING....
Despite worldwide effort, most electric power is still generated by the combustion of fossil fuel. A...
There the study objects are the electron beam, its interaction with metal. The purposes are to creat...
The electron beam (EB) process is well suited to remove small concentrations of pollutants from larg...
The irradiation of air-like gas mixtures with energetic electrons (300- 800 keV) generates excited s...
Operation of marine diesel engines causes signifi cant emission of sulphur and nitrogen oxides. It w...
Operation of marine diesel engines causes significant emission of sulphur and nitrogen oxides. It wa...
Electron beam (EB) accelerators technology is now commonly accepted for research study and industria...
The purpose of this program is to investigate some of the basic physics and chemistry of the electro...
A pilot plant for treating 1,000 m3/day of dyeing wastewater with e-beam has been constructed and op...
An electron beam (EB) flue gas test rig and a dielectric barrier discharge (DBD) reactor were tested...
The exhaust gases from marine diesel engines contain high SO2 and NOx concentration. The applicabili...
This report presents recent industrial pilot and full scale applications of electron accelerators fo...
The treatment of electron beam was tested for gaseous pollutants of volatile organic compounds (VOCs...
High-power electron beams can be used to reduce the environmental impact of coal and oil-fired power...
AN APPLICATION OF THE ELECTRON BEAM MACHINE AS AN ALTERNATIVE FLUE GAS TREA TMENT FROM COAL BURNING....
Despite worldwide effort, most electric power is still generated by the combustion of fossil fuel. A...
There the study objects are the electron beam, its interaction with metal. The purposes are to creat...
The electron beam (EB) process is well suited to remove small concentrations of pollutants from larg...
The irradiation of air-like gas mixtures with energetic electrons (300- 800 keV) generates excited s...
Operation of marine diesel engines causes signifi cant emission of sulphur and nitrogen oxides. It w...
Operation of marine diesel engines causes significant emission of sulphur and nitrogen oxides. It wa...
Electron beam (EB) accelerators technology is now commonly accepted for research study and industria...
The purpose of this program is to investigate some of the basic physics and chemistry of the electro...
A pilot plant for treating 1,000 m3/day of dyeing wastewater with e-beam has been constructed and op...