Osaka Metropolitan University
Graduate School of Science,
Department of Chemistry,
Laboratory of Complex Molecular Chemistry,
Professor Toshiyuki Moriuchi
Lecturer Masumi Itazaki
Visiting Professor Hiroshi Nakazawa
Visiting Professor Toshikazu Takata

Research Themes

Molecular Technology for Sustainable Catalytic Systems and Advanced Functional Molecules

Research Overview

Guided by our motto “Enjoyable, Open-minded, and Visionary,” we are dedicated to developing environmentally harmonious catalytic systems and functional molecular systems that support sustainable living, health, and beauty.From the perspective of the Sustainable Development Goals (SDGs), our research focuses on critical challenges: molecular transformations that utilize carbon dioxide (CO²) as a carbon resource, and carbon-carbon (C-C) bond-forming reactions based on the catalytic activation of carbon-oxygen (C-O) bonds in alcohols—a key process in biomass conversion. Utilizing CO² as a precious renewable resource not only reduces atmospheric emissions but also contributes to decreasing fossil fuel consumption.
Our laboratory leverages catalysts based on vanadium and iron—which are abundant (high Clarke number), inexpensive, and readily accessible—as well as organocatalysts. We have successfully developed catalytic CO² transformation systems and biomass conversion technologies, such as the synthesis of urea derivatives using CO² at atmospheric pressure and catalytic deoxygenative reductive coupling of alcohols without the need for metallic reducing agents.

Why We Chose EYELA

We rely on EYELA products as indispensable tools for our research in synthetic organic chemistry. Overall, EYELA stands out for its exceptional balance of quality, cost-effectiveness, and reliability, complemented by attentive after-sales service, including dedicated maintenance support.

Specifically, we selected the Personal Organic Synthesis Station (ChemiStation) for its superior safety features and intuitive operability. Furthermore, our decision was driven by the excellent technical support we received for our custom-built gas-flow reactor used in solid-catalyzed reactions. The detailed advice provided—ranging from equipment adjustment and installation to operational training—was instrumental in our selection process.

User Feedback

I particularly value the Personal Organic Synthesis Station (ChemiStation) because it eliminates the need for oil baths and cooling water, significantly enhancing laboratory safety. Beyond its safety profile, the system’s precise rotation speed control and highly stable temperature settings ensure exceptional reproducibility in catalytic reactions, making it a truly reliable instrument for our research.