저에너지 전자가속기 기반 악취 제거 통합 시스템 개발
Development of Integrated Odor Removal System Based on Low Energy Electron Accelerator
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초록
Low energy electron accelerators below 300 KeV are widely used accelerators for coatingand curing. The use of low energy accelerators for the treatment of environmental pollutants such asodor removal has advantages in terms of maintenance cost and initial introduction cost compared tomedium energy and high energy electron accelerators. The Advanced Radiation Technology Institute (ARTI)has developed a low energy electron accelerator based odor removal system using a spiral structurereactor and an electron accelerator of 200 KeV. Time synchronous analysis and control are possibleby building and integrating equipment such as accelerators, gas meters, and flow meters to analyzethe effects of various odor substances, electron beam irradiation conditions, ozone concentration, andtemperature. Electron beam from the accelerator was induced into the exhaust gas containing hydrogensulfide for odorous compound removal. The gas temperature and concentrations of hydrogen sulfide andozone were monitored and analyzed by using implemented system.
Abstract
Low energy electron accelerators below 300 KeV are widely used accelerators for coatingand curing. The use of low energy accelerators for the treatment of environmental pollutants such asodor removal has advantages in terms of maintenance cost and initial introduction cost compared tomedium energy and high energy electron accelerators. The Advanced Radiation Technology Institute (ARTI)has developed a low energy electron accelerator based odor removal system using a spiral structurereactor and an electron accelerator of 200 KeV. Time synchronous analysis and control are possibleby building and integrating equipment such as accelerators, gas meters, and flow meters to analyzethe effects of various odor substances, electron beam irradiation conditions, ozone concentration, andtemperature. Electron beam from the accelerator was induced into the exhaust gas containing hydrogensulfide for odorous compound removal. The gas temperature and concentrations of hydrogen sulfide andozone were monitored and analyzed by using implemented system.
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