Our team is mainly working on the development of highly efficient and
selective catalysis for the production of organosilicon materials.

Our team develops environmentally benign oxidation processes and aims their industrialization in cooperation with companies and universities.

This group aims to contribute the fields of catalysis chemistry related with transformation of molecular frames and functional groups.

We are working on the discovery of high functional materials by efficient use of Heteroatom compounds (P, S, B, Si etc).

Objective of our research is development of recyclable immobilized catalyst and highly dispersed metal catalyst for highly efficient chemical reactions. In addition, we are developing a technique for utilization of CO2 as chemical feedstock in green synthetic processes.

We are challenging to identify attractive chemical synthesis routes, understand the fundamentals of required catalytic pathways and the necessity of tuning different catalytically active sites for the conversion of biomass to selective basic chemicals useful in petrochemical and energy industries by using heterogeneous catalytic technology.

We are developing a continuous flow synthesis for the production of fine chemicals, which can significantly reduce waste, improve safety, and reduce costs.

Digital-driven chemistry team