Hydrogen is widely regarded as one of the cleanest energy sources available and has the potential to replace fossil fuels. It can be easily integrated into renewable energy systems, making it an important component in achieving carbon neutrality. Water electrolysis is a promising technology that enables the production of green hydrogen, a valuable substance, using intermittent electricity generated from renewable sources such as solar, wind, and geothermal energy.

Our research aims to develop the source materials as main components for AEMWE (Anion Exchange Membrane Water Electrolyzer) and to establish measurement and analysis technologies based on reliability. Specifically, we are focusing on: i) developing super catalysts for hydrogen/oxygen production with high activity and durability, ii) developing high-efficiency electrodes and MEA (Membrane Electrode Assembly) manufacturing technologies for AEMWE, iii) establishing reliable evaluation methodologies for the cell performance and durability.

Our research aims to develop the source materials as main components for AEMWE (Anion Exchange Membrane Water Electrolyzer) and to establish measurement and analysis technologies based on reliability. Specifically, we are focusing on: i) developing super catalysts for hydrogen/oxygen production with high activity and durability, ii) developing high-efficiency electrodes and MEA (Membrane Electrode Assembly) manufacturing technologies for AEMWE, iii) establishing reliable evaluation methodologies for the cell performance and durability.