Web Magazine "Possible Future: Case #UTokyo-IIS" is now available online.
This web magazine introduces the various "possible futures" originating from UTokyo-IIS.

Catalysts that accelerate chemical reactions with a high degree of efficiency are essential in a wide range of fields, from developing raw materials for pharmaceuticals and agrochemicals to producing plastic products. However, as many catalysts rely on relatively expensive and rare precious metals, efforts have been underway to develop alternatives, either by creating catalysts that function with significantly reduced amounts of precious metals or by replacing them entirely with substitute materials. Amid these ongoing efforts, Professor Yusuke Sunada at the Institute of Industrial Science, The University of Tokyo has drawn significant attention for developing two innovative catalysts: one that functions with a far smaller volume of precious metals than conventional versions, and another that requires none at all. Recently, Sunada has been applying his precious metal-free catalyst technology to develop new methods of hydrogen production/storage and transportation. How were these groundbreaking catalysts developed, and what potential might they hold for the future? We sat down with Sunada to find out.

・Aiming to Address Energy Challenges through the Development of Catalysts that Minimize Reliance on Precious Metals――Developing Catalysts that Require Minimal Volumes of Precious Metals or None at All――

Related links

• Possible Future: Case #UTokyo-IIS