Ph.D. Dong-Hoon Lee
Emeritus Professor
University of Seoul
Department of Environmental Engineering
2504 Gyeonggi-do Yongin-si
Korea (Republic of)
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Fluency:
English, Japanese, Korean
Thematic field of expertise:
Collection, Energy Recovery, Landfilling, Material Recovery, Pollution Control, Reuse, Reduce, Repair, Sustainability, Climate, Biomass, Resource management, Hazardous Waste, Mixed Waste, Methods, Analyses, Data, Composting, Close dumps, Awareness - Training
Geographical field of expertise:
Korea (Republic of)
Thematic field of interest:
No Littering - Clean Cities, Collection, Energy Recovery, Landfilling, Material Recovery, Pollution Control, Reuse, Reduce, Repair, Sustainability, Climate, Biomass, Resource management, Hazardous Waste, Industrial Waste, Mixed Waste, Methods, Analyses, Data, Composting, Close dumps, Awareness - Training
Detailed description of working activity
Current activity
2021 ~ Present Emeritus Professor of UOS (University of Seoul)
2021 ~ Present Advisor of Hyena Research Center
Former activities
2010 ~ 2011 Chairman, Organizing Committee of ISWA 2011 World Congress
2005 ~ 2021 Director, Biomass (food waste) Research Center of UOS
2000 ~ 2010 Outside Director, Korea Recycling Association of WEEE
2000 ~ 2004 Director Member, APLAS (Asian-Pacific Landfill Symposium)
2000 ~ 2003 President, Industry-University Cooperation Foundation of UOS
2000 ~ 2004 Vice President, Korea Society of Waste Management
1990 ~ 2021 Professor, Department of Environmental. Engineering., UOS
Education
1982 Bachelor in Environmental Engineering, University of Seoul, Republic of Korea
1984 Master in Environmental Engineering, University of Seoul, Republic of Korea
1985 Diploma in Microbiology (Postgraduate University Course of UNESCO), Osaka University, Japan
1990 Ph.D. in Environmental Engineering, Hokkaido University, Japan
Memberships
Korea Society of Waste Management
Japan Society of Material Cycle and Waste Management
National Society of Sustainability, U.S.A
Papers
- Expected Multirole of New Age WtE Facility for SDGs and Circular Economy in Seoul
- Waste Recycling System for High-rise Residential Buildings for Circular Economy
- Developing a Centralized Automatic Biomass Recovery System for Zero-Food Waste in High-Rise Apartment
- Effect of aeration strategy on moisture removal in bio-drying process with auto-controlled aeration system
- Simultaneous effects of airflow and temperature increase on water removal in bio-drying
- Performance of alkaline impregnated biochar derived from rice hull for hydrogen sulfide removal from gas
- Consideration of high-efficient Waste-to-Energy with district energy for sustainable solid waste management in Korea
- Solid recovery rate of food waste recycling in South Korea