Research
- Development of novel fluorination reagents
- Synthesis of fluorosugars and fluoronucleosides
- Organic synthesis using hypervalent iodine compounds
- Organic synthesis using microwave irradiation
- Electroorganic synthesis
- Cross-Coupling Reactions of Organoboron Compounds
- Catalytic Conjugate Addition of Organoboronic Acid Derivatives
- Catalytic Hydroboration
- Direct Borylation of Aromatic Compounds via C-H Activation
- Organic Syntheses via Metal-Catalyzed Reactions of Diborons
Laboratory of Organic Synthesis
- Development of highly active hydrogenation catalysts
- Asymmetric hydrogenation of ketones with molecular catalysts
- Development of organic reactions catalyzed by metal halides
- Characterization of acidic and basic properties of solid catalysts
- Analysis of diffusion mechanism of hydrocarbon molecules in gas and
liquid phases within microporous materials
- Control of acid site distribution and pore size of zeolite
- Development of new synthesis for mono-dispersed zeolite nanocrystals
- Olefin synthesis using zeolite catalytic membrane
- Selective separation of water from water solutions of oxygen-containing compounds, such as acetone and acetic acid
- Recovery of useful hydrocarbons from waste plastics and heavy oil
- Recovery of useful hydrocarbons and generation of hydrogen from biomass waste, such as sewage and kitchen refuse
- Chemical and Mechanical Preparations of Fine Particles and Their Composites
- New Material Creation and Environmental Protection by Moving Bed
- Formation of Functional Powder Compact and Control of Material Characteristics
- Chemical fixation of carbon dioxide
- Catalytic reactions in supercritical carbon dioxide
- Multiphase catalytic reactions
- Reserch in Environmental Catalysts for the Interconversion Reactions of the Atmospheric Pollutants
- Hydrogen production by steam reforming of alcohols
