Development of Core Environmental Radiation Technology for the Future Environment

○ Long-term chemical and biological properties of leachate released from the animal carcass burial sites using field-scale lysimeter ○ Fate and transport of pathogenic microorganisms in soil and groundwater ○ Radiolytic decomposition and disinfection of groundwater contaminated with leahcate ○ Development of unit treatment process for the removal of solids, ammonia, and recalcitrant trace organic chemicals ○ Integrated continuous system with pretreatment and e-beam process ○ Development of SF6 treatment techniques using an electron beam ○ Characteristics of by-products by various irradiation conditions ○ Development of key techniques for improvement of the decomposition efficiency and handling safety in SF6 treatment process ○ Carbon resource recovery from organic waste using radiation technology ○ Carbon resource recovery from organic waste using AOP fusion technologies ○ Nutrient recovery from organic waste using radiation technologies ○ Nutrient recovery from organic waste using radiation and crystallization technologies ○ Development of environmental media for nutrient from organic waste using radiation technologies ○ Development of wastewater advanced treatment and resource recover from organic waste using radiation technologies.