News & Topics
Mr. Matthew Spry, a PhD student at Imperial College London, worked with us in SANKEN on the collaborative research project about Li mediated nitrogen reduction reactions for three months.
The seminar with Prof. Magda Titirici and her research group members (Imperial College London) was held.
Two students graduated from Osaka University.
Dr. Sai has been assigned to Yamada Group as Project Assistant Professor.
Professor Katayama won the Research Development Award (Sano Award) of the Electrochemical Society of Japan. The details are here.
The recent paper about the study of lithium-metal secondary batteries has been published in Nature Energy. The paper can be read here.
Open laboratory is held (Oct. 3～6). Please contact Kondo（yasuyuki.kondo(at)sanken.osaka-u.ac.jp）before coming to the lab.
Our research programs are centered on designing novel materials for various electrochemical reactions in energy storage, energy conversion, and electrosynthesis devices.
(1) We are developing high-energy-density and safe rechargeable batteries focusing on an electrode, electrolyte, and its interface. Through our unique strategy of controlling the coordination states of ions and solvent molecules in electrolyte materials, we are developing new functions and properties that are not found in conventional electrolytes. We are also pursuing the possibility of new rechargeable batteries by utilizing the developed electrolyte materials.
(2) With the energy crisis and global warming fast dawning upon us, there is a need for clean, renewable energy sources. Our research interest lies in developing the “Single Atom Catalysts (SACs)”-installed fuel cells with unprecedented atomic efficiency. Both experimental and computational tools are utilized to explore how SACs alter the reaction pathways and their reactivity.
(3) We are developing electrocatalytic technology to synthesize chemical fuels and feedstocks using discharged CO2, renewable electricity, and water. We perform fundamental studies of catalyst materials and integrate them into complete electrolyzer systems, including the engineering of catalysts, gas diffusion layers, and membrane electrode assemblies.
We will continue to explore unknown functions and properties of electrode and electrolyte materials and develop new technologies that solve energy and environmental issues.