Technology Platforms

We will contribute to KAITEKI society by finding solutions to various technological issues prevalent in modern society using our expertise in organic material development (material design, catalysts, synthetic processes, polymerization, formulation design, structural control, etc.) through organic connections and rapid, innovative research as well as our own growth.

Ceramics and Silicon materials which are indispensable materials for digital society and EV mobility, Porous materials that contribute to carbon neutrality through CO2 and methane separation and recovery, artificial photosynthesis will be realized by Catalitic technology, those various inorganic materials contribute to the realization of the KAITEKI society.

Biotechnology enables manufacturing to utilise the advantages of low energy load, in addition to simple steps using enzymes, catalysts and fermentation technology. We aim to develop a sustainable biobusiness through the use of renewable raw materials.

We will deepen and expand the polymer formulation technology, processing technology (film processing, composites, surface design, and molding), and product design analysis technology necessary to design functional molded products and contribute to the value enhancement of molded products through the optimal combination of these technologies.

We are developing advanced materials design technologies that highly integrate computation, measurement, and AI. We contribute to the exploration of new materials and the improvement of material performance by utilizing state-of-the-art technologies such as high-performance computing, quantum computing, and experiment automation.

Based on the management, business, and R&D strategies of the Mitsubishi Chemical Group, we are solving R&D and manufacturing issues through advanced analytical and analytical technologies.
We are accelerating the resolution of issues by acquiring advanced technologies through collaboration with public research institutions and other organizations.

We provide reaction and separation technologies necessary for chemical processes, as well as processing technologies for polymer processing such as films and fibers. Based on engineering simulation, digital technology, measurement/automation technology, environment/safety, we utilize engineering technology to create safe, stable, and highly efficient manufacturing processes.