Home > Field of Cooperation > Alternative Energy > Improving the Sustainability of Resource Recovery from Wet Biomass Waste: Experimentally-Validated GIS-Based Integrated Biorefineries for Cleaner Mobility
Improving the Sustainability of Resource Recovery from Wet Biomass Waste: Experimentally-Validated GIS-Based Integrated Biorefineries for Cleaner Mobility |
| Principal Investigator / Affiliation | Hiroshi Onoda (Professor/Dean) / Graduate School of Environment and Energy Engineering, Waseda University  Japan |
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Rovick Tarife (Instructor) / Mindanao State University –Iligan Institute of Technology  Philippines |
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Hanifrahmawan Sudibyo (Assistant Professor) / Gadjah Mada University  Indonesia |
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Apanee Luengnaruemitchai (Professor) / Chulalongkorn University  Thailand |
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| Year Adopted | 2024 |
| Research Period | 3 years |
| General Description of the Research Project | We aim to improve wet biowaste biorefineries' economic and technical viability in Southeast Asia. Our approach includes developing an experimentally informed GIS-based decision-making tool to optimize biorefineries converting municipal solid waste and residues from agri-food and tourism sectors into biofuel and liquid fertilizer. We integrate spatial modeling, experiments, process simulations, and econometrics to evaluate and improve the socio-techno-economic performances. This project supports crafting strategies for sustainable waste management, fostering circular and cleaner mobility energy transitions. |
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Researchers
| Principal Investigator / Country of Research Team | 
Hiroshi Onoda Japan
Rovick Tarife the Philippines
Hanifrahmawan Sudibyo Indonesia
Apanee Luengnaruemitchai Thailand |
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