Institute of Engineering Division of Applied Chemistry
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| | | Graduate School of Bio-Applications and Systems Engineering Department of Bio-Applications and Systems Engineering | | Faculty of Engineering |
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| [ Education and Research Outline ] |
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| | | Development of Environmentally-friendly Production of Energy and Utilization of Resource |
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| It is necessary to utilize the petroleum as energy in modern society. However, nitrogen and sulfur etc are converted to NOx and SOx, which are acidic gas and result in environmental destruction such as atmospheric pollution. Thus, we work at manufacture technology of clean fuel oil by development of catalysts and process for hydrotreating fuel oil such as gasoline and diesel engine oil. In addition, it is necessary to use energy more efficiently in order to reduce the exhaust of carbon dioxide - green house gas. Thus, we also work at manufacture technology of hydrogen using for fuel cell from biomass of regerable energy source in environment. |
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| | | Catalysis Chemistry, Coal Utilization, Hydrotreating Process, hydrodesulfurization, Hydrogen Production, Biomass |
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| | | 1984 Graduated Department of Chemistry and Chemical Engineering, Tsinghua University | | 1987 Completed Mazzsster course, Molecular Fluid Thermodynamics, East China University of Science and Technology | | 1995 Completed Doctor later, Material and Biotechnological Engineering, Graduate School, Division of Engineering, Tokyo University of Agriculture and Technology |
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| [ Field of specialization ] |
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| | | Catalysis and Chemical Process | | Industrial Organic Chemistry |
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| | | Object: Development of environmentally-friendly production of energy.
Project: Manufacture sulfur-free clean energy by use of hydrotreatment of fuel oil; Development of novel process for ultradeep desulfurization of feed oil for fuel cell by combination of oxidation-adsorption; Manufacture of hydrogen using for fuel cell from biomass regenerable energy source in environment; Manufacture of bio-materials and bio-fuel from biomass by use of solid acid catalysts. |
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| | Oxidative Desulfurization of Fuel Oil 1998- [KEYWORD(S):Oxidative desulfurization, light gas oil, kerosene, gasoline, deep desulfurization]
| Production of bio-materials and biofuel from biomass by use of solid acid catalysts 2008/02-2009/03 [KEYWORD(S):solid acid, biomaterials, biofuel, biomass]
| Development of Process for Hydrogen Production by Use of Steam Reforming of Oil Derived from Biomass 2000- [KEYWORD(S):reforming, catalyst, biomass, hydrogen production]
| Elucidation of Sulfur Behavior on Transition Metal Sulfides Catalysts Using Radioactive Isotope Tracer Methods 1991- [KEYWORD(S):Sulfur behavior, Radioactive isotope, transition metal sulfide]
| Estimation of Hydrogen Mobility in Coal Using a Tritium Tracer Method. 1997-2003 [KEYWORD(S):Coal liquefaction, Hydrogen Mobility, Tracer, Radioisotope]
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