Sustainable Engineering Program

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Kohei Iritani

Name

Kohei Iritani

Department/Research Field

Nanostructural chemistry, Polymer materials, Environmental materials


Research content
In our laboratory, we conduct research with the aim of developing technologies which contribute to the realization of a sustainable society from both the environmental and energy perspectives. To achieve it, from a materials perspective, we have developped low-environmental-impact materials by directly using microalgae as raw materials to produce resins. Moreover, in terms of energy, we have researched optical functional materials which utilize molecules with aggregation-induced emission effect and photon upconversion technology, aiming for a wide range of uses for this energy. Although the functionality of individual chemical substances is insufficient, we utilize intermolecular interactions to develop materials with diverse functions. Through the development of these innovative functional materials, we are contributing to the realization of a sustainable society.
Research theme

Development of novel biomass-plastic materials based on microalgae
Development of wavelength-conversion films based on molecules with aggregation-induced emission and photon upconversion properties
Construction of two-dimensional functional ultra-thin materials at the interface

Research keywords
Ultra-thin film materials , Phot functional materials , Biomass materials
Lab link