Latest Update：2025/04/18 11:00:57

LI Yemei

Researcher Name: LI Yemei

Div (Section) name/title: Material Cycles Division（Material Cycles Science and Engineering Research Section）／Research Associate

Research Subject

Fiscal Year: 2024
- 26822 : Material circulation and sequestration technology
- 26842 : Technical system research for reconstruction and environmental recovery in areas where residents return
- 27101 : Study on advanced science and engineering for sustainable material cycles
- 27168 : Refuse-Derived Fuel (RDF) in Developing Countries: Municipal Challenges and Opportunities in Indonesia and Thailand
Fiscal Year: 2023
- 26414 : Material circulation and sequestration technology
- 26429 : Technical system research for reconstruction and environmental recovery in areas where residents return
- 26665 : Study on advanced science and engineering for sustainable material cycles
- 26673 : Development of Advanced Energy Conversion Technology Systems for Utilization of Radioactively-contaminated Biomass and Implementation Scenarios towards Decarbonized Society
Fiscal Year: 2022
- 25971 : Material circulation and sequestration technology
- 25994 : Technical system research for reconstruction and environmental recovery in areas where residents return
- 26262 : Study on advanced science and engineering for sustainable material cycles
- 26275 : Development of Advanced Energy Conversion Technology Systems for Utilization of Radioactively-contaminated Biomass and Implementation Scenarios towards Decarbonized Society
- 26356 : Development of anaerobic bioleaching system to promote the elution of radioactive cesium in the radioactively contaminated solid wastes
Fiscal Year: 2021
- 25511 : Material circulation and sequestration technology
- 25526 : Technical system research for reconstruction and environmental recovery in areas where residents return
- 25603 : Development of anaerobic bioleaching system to promote the elution of radioactive cesium in the radioactively contaminated solid wastes
- 25915 : Study on advanced science and engineering for sustainable material cycles
- 25916 : Development of Advanced Energy Conversion Technology Systems for Utilization of Radioactively-contaminated Biomass and Implementation Scenarios towards Decarbonized Society

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Research Result (Publication)

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Original Paper

Original Paper
Anaerobic Membrane Bioreactors for Municipal Wastewater Treatment, Sewage Sludge Digestion and Biogas Upgrading: A Review

Presenter : Li Y., Ren Y., Ji J., Li Y.Y., Kobayashi T.
Title : , sustainability, 15:15129 (2023)

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Anaerobic Membrane Bioreactors for Municipal Wastewater Treatment, Sewage Sludge Digestion and Biogas Upgrading: A Review

Presenter : Li Y., Ren Y., Ji J., Li Y.Y., Kobayashi T.
Title : , sustainability, 15:15129 (2023)

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Research Result (Presentation)

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Research Presentation

Research Presentation
Synergistic effect of biochar and exogenous hydrogen on biological carbon conversion in ex-situ biomethanation

Presenter : Li Y., Kobayashi T.
Name of Society : The 58th Annual Conference of Japan Society on Water Environment (2024)
Name of Proceedings : Abstracts, 238
Research Presentation
Continuous operation of high-loading biogas upgrading in a high-performance trickle-bed bioreactor with low-energy consumption

Presenter : Li Y., Kobayashi T.
Name of Society : The 59th Annual Conference of Japan Society on Water Environment (2024)
Name of Proceedings : Abstracts, 472
Research Presentation
In-situ H2-assisted Biogas Upgrading Reactor with Biogas Recirculation for Anaerobic Digestion of Food Waste

Presenter : LI Y., Wu J., Kobayashi T.
Name of Society : The 57th Annual Conference of Japan Society on Water Environment (2023)
Name of Proceedings : Abstracts, 98

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Synergistic effect of biochar and exogenous hydrogen on biological carbon conversion in ex-situ biomethanation

Presenter : Li Y., Kobayashi T.
Name of Society : The 58th Annual Conference of Japan Society on Water Environment (2024)
Name of Proceedings : Abstracts, 238
Continuous operation of high-loading biogas upgrading in a high-performance trickle-bed bioreactor with low-energy consumption

Presenter : Li Y., Kobayashi T.
Name of Society : The 59th Annual Conference of Japan Society on Water Environment (2024)
Name of Proceedings : Abstracts, 472
In-situ H2-assisted Biogas Upgrading Reactor with Biogas Recirculation for Anaerobic Digestion of Food Waste

Presenter : LI Y., Wu J., Kobayashi T.
Name of Society : The 57th Annual Conference of Japan Society on Water Environment (2023)
Name of Proceedings : Abstracts, 98

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LI Yemei

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