Sound Material-Cycle Field
| Start Year | End Year | Project Code | Research Title | Principal Investigator | Principal Research Institution | |
|---|---|---|---|---|---|---|
| FY2019 | FY2021 | 【3-1901】 | Promotion of International Harmonization of Analytical Methods for Environmentally Sound Management of Plastic Wastes Containing Newly Listed POPs | Kajiwara Natsuko | National Institute for Environmental Studies | |
| FY2019 | FY2021 | 【3-1902】 | Indicator Development and Integrated Assessment of Environmental, Economic, and Social Aspects for Establishing a Sound Material-Cycle Society | Hashimoto Seiji | Ritsumeikan University | |
| FY2019 | FY2021 | 【3-1903】 | Environmental, Economic and Social Impact Assessment of Reducing Japanese Food Loss and Waste | Munesue Yosuke | Tokyo Institute of Technology | |
| FY2019 | FY2021 | 【3-1904】 | Fate of Persistent Organic Pollutants and Candidate POPs Leaching from Landfills | Yabuki Yoshinori | Research Institute of Environment, Agriculture and Fisheries, Osaka Prefecture | |
| FY2019 | FY2021 | 【3-1905】 | Feasibility and Effectiveness Analysis of ICT for Reverse Supply Chain Management | Matsumoto Toru | The University of Kitakyushu | |
| FY2019 | FY2021 | 【3-1906】 | Performance Inspection and Climate Change Adaptation Measures for Final Waste Disposal Sites with Life Prolongation | Ishii Kazuei | Hokkaido University | |
| FY2019 | FY2021 | 【3-1907】 | Sustainable Systems of Municipal Solid Waste Management in Depopulated and Aging Areas of Japan | Kawai Kosuke | National Institute for Environmental Studies | |
| FY2020 | FY2022 | 【3-2001】 | Regional Circular Livestock System Based on Large Improvement of Power Generation Efficiency Using Ammonia Derived from the Livestock Waste | Matsumura Yukihiko | Hiroshima University | |
| FY2020 | FY2021 | 【3-2002】 | Recycling Treatment of Amorphous Silicon Photovoltaic Panels by High-voltage Pulse Liberation | Iizuka Atsushi | Tohoku University | |
| FY2020 | FY2022 | 【3-2003】 | Development of Solid Oxide Fuel Cells (SOFCs) for the Realization of Biogas-Fueled Autonomous Decentralized Power Supply with High Efficiency | Kameshima Yoshikazu | Okayama University | |
| FY2020 | FY2022 | 【3-2004】 | Development of Environmentally Benign Extractants and Construction of Highly Efficient Recycling Processes for Critical Metals | Goto Masahiro | Kyushu University | |
| FY2020 | FY2022 | 【3G-2001】 | Construction of a Highly Business-Profitable Sewage Sludge Circulation System through Composting in Collaboration with Local Industries | Yamauchi Masahito | National Institute of Technology, Kagoshima College | |
| FY2020 | FY2022 | 【3G-2002】 | Development of Recycled Carbon Spun Yarn for Continuous Fiber Reinforced Thermoplastic Composite Materials | Nakai Asami | Gifu University | |
| FY2020 | FY2022 | 【3J-2001】 | Practical Implementation of Cement-solidification-style Landfill Technology for Resilient Solid Waste Management | Shimaoka Takayuki | Kyushu University | |
| FY2019 | FY2021 | 【3RF-1901】 | Development of Wet Ball Milling Process for Simultaneous Recovery of High Purity Copper and Polyvinyl Chloride from Wire Harness | Kumagai Shogo | Tohoku University | |
| FY2019 | FY2021 | 【3RF-1903】 | Development of Heterogeneous Fenton Catalyst System Capable of Regenerating for Advanced Degradation Treatment of Persistent Pollutants | Fuku Kojiro | Kansai University | |
| FY2020 | FY2022 | 【3RF-2001】 | Development of Zwitterionic Poly (ethylene terephthalate)-Derivatives That Have Antifouling and Facile Recycling Properties | Kawamura Akifumi | Kansai University | |
| FY2020 | FY2022 | 【3RF-2002】 | Odor Removal Technology Using Aluminum Dros | Hiraki Takehito | Tohoku University |
Note: The information on this page is current as of the end of each research project.