Development of Environmentally Friendly Plastics Through Processing and Analysis
Plastics have become indispensable materials in modern society. However, due to issues of waste management and resource sustainability, there is an urgent need to replace them with environmentally friendly alternatives. At present, bioplastics account for only about 0.6% of global plastic production, and approximately 0.4% in Japan. To expand their applications and promote practical use, my research focuses on developing biomass-based plastics that not only match but surpass the properties of conventional plastics, while also providing unique functionalities and physical characteristics. In particular, I am working on advancing processing methods and applying techniques such as X-ray analysis to drive the development of next-generation bioplastic materials.
Educational approach
Nurturing Independence Through Research
My guiding principle in mentoring students is to help them develop the ability to set and pursue their own goals through research. Beyond simply understanding research content and theory, I want to foster independent individuals who can construct their own research plans.The ability to plan and strategize is useful not only in academia but also in the professional world. A lab is a great environment for nurturing this skill. It's a semi-professional setting where I can carefully guide students and support them when they stumble.
Vision for industry-academia collaboration
Practical Applications of Eco-Friendly Plastics
Our research focuses on the molding, processing, and structural analysis of environmentally friendly plastics, including biodegradable plastics, biomass-derived plastics, and hybrid plastics that have both properties. We specialize in improving material properties and adding new functions through a seamless, end-to-end process that starts with biosynthesis or synthesis, scales up to mass production, and includes molding, processing, and high-order structure analysis. We have been particularly successful in improving mechanical properties that are difficult to process.
