群馬大学 Gunma University |
Research
Catalyst Materials and Catalysis Laboratry Japanese / English
Development of Novel Inorganic Materials for Environmental Protection and
Efficient Utilization of Resources
The
ability of catalysts to increase the reaction rate, by providing an alternative
route of reaction
with lower activation energy, is one of the essential principles utilized
by the petrochemical, chemical, and pharmaceutical industry. Currently, environmental
catalysis is widely used in many commercial sectors for the protection
of environment and for the improvement of the quality of our life. Nowadays,
it is well recognized that catalyst
materials, especially heterogeneous catalysts, are one of the key materials to support
the current society. Our laboratory is specialized in the study of
heterogeneous catalysis, more specifically in the preparation and characterization of
complex oxide catalysts and in
the control of the properties of solid materials. Our goal is to discover
and develop novel functional materials by means of innovative solid state
chemistry methods.
Our recent research projects are as follows:
Preparation
of inorganic materials via solvothermal method
Preparation of visible-light responsive photocatalytic materials
NOx
emission control using solid catalysts
Fabrication of electrode materials for dye-sensitized solar cells
Surface modification of nano-sized metal oxides
Synthesis of zeolite-like microporous crystals with organic species in
the framework
Synthesis of functional inorganic materials form low-value substances
Visible-light responsive photocatalytic materials Microporous silica
with BEA structure
including organic species in the framework
Equipments
Autoclaves
Microwave irradiation apparatus Centrifuge
Furnaces Apparatuses for sulfidation and nitrification
Gas chromatographs
Surface area and pore size analyzer UV-vis spectrophotometer
Quadrupole mass Fixed-bed catalytic Apparatus for
spectrometer reactor Photocatalytic reaction