Labs in Kyushu University, Institute for Sustainable Hydrogen Research, Division of Hydrogen Utilization Research

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A lab that studies the structural design of water electrolysis cells and electrode degradation in solid oxide cells.

The research of Assistant Professor Masahiro Yasutake focuses on fuel cell and water electrolysis technologies, which handle energy conversion between renewable energy and hydrogen. For polymer electrolyte water electrolysis cells, the lab works on structural design that achieves high efficiency and high durability at the same time while reducing the use of precious metals. For solid oxide cells, which operate at high temperatures, the lab evaluates the relationship between electrode degradation and the acidity and basicity of the electrode surface in an international collaboration. The lab's website is that of the Hydrogen Utilization Process Lab, led by Chief Professor Kazunari Sasaki.

#Water electrolysis #Fuel cells #Gas diffusion layers

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A lab that develops fusion and hydrogen energy from the perspective of chemical engineering.

The Katayama-Edao Lab researches the development of next-generation energy systems from the perspective of chemical engineering. It focuses on system development for fusion reactors, which are expected to be a future energy source, and on research into hydrogen energy systems. Using chemical engineering concepts that deal with mass transfer and reactions, the lab investigates the behavior of tritium, the fuel for fusion reactors. On the lab's website, it is introduced under the name "Katayama-Edao Lab."

#Tritium #Fusion engineering #Mass transfer engineering

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The lab designs what a sustainable decarbonized society should look like.

Prof. Hayabuchi's lab studies how to design a sustainable decarbonized society. Research keywords include greenhouse gas emissions, climate change, mitigation and adaptation measures, and renewable energy. The research fields are environmental policy and an environmentally conscious society.

#Decarbonized society #Greenhouse gas emissions #Climate change

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A lab that improves the durability of fuel cells and steam electrolysis.

Prof. Taniguchi's lab conducts research to improve the durability of solid oxide fuel cells (SOFC) and solid oxide steam electrolysis (SOEC). The lab also works on low-cost metallic materials for use in SOFC and SOEC. It also carries out NEDO projects and joint research with companies. The lab belongs to the Hydrogen Utilization Research Division of the Sustainable Hydrogen Research Institute.

#Solid oxide fuel cells #Steam electrolysis #Low-cost metallic materials

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A lab that develops polymer materials for use in fuel cells and water electrolysis.

The Nishihara Lab develops polymer materials for fuel cells and water electrolysis, which are next-generation hydrogen energy devices. Focusing on the gas permeability of electrolyte materials, the lab studies membranes that improve durability and materials that improve power generation performance. The lab also works on carbon materials that store hydrogen and on physical models that describe the behavior of fuel cells and water electrolysis. Members come from a variety of backgrounds, including chemistry, physics, materials, and mechanical engineering, and carry out research across fields.

#Polyelectrolytes #Fuel cells #Water electrolysis

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The lab uses electron microscopy to study fuel cell materials at the atomic level.

Professor Junko Matsuda is a faculty member of the Hydrogen Utilization Process Lab and is involved in research that examines fuel cell materials with electron microscopes. The Hydrogen Utilization Process Lab aims to realize a hydrogen energy society centered on fuel cells, which convert energy to generate electricity and heat without combustion. Observation with atomic-resolution high-resolution electron microscopy has become an essential technique in research on a wide variety of fuel cell materials. This site belongs to the lab headed by Distinguished Professor Kazunari Sasaki.

#Fuel cells #Electron microscopy #Hydrogen energy

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The lab studies gas diffusion layers that improve the power generation performance of fuel cells.

The Kitahara Team of the Fuel Cell System Lab researches gas diffusion layers to improve the performance of fuel cells. The team makes gas diffusion layers coated with a microporous layer (MPL), varying the composition, pore size, porosity, and thickness, and examines the effects on water repellency and on gas and water permeability. The goal is to establish design guidelines for high-performance gas diffusion layers that resist drying out even under low-humidity, unhumidified conditions. This site introduces the research of the Ito Team, the Kitahara Team, and the Nakajima Team together.

#Gas diffusion layers #Microporous layers #Water management

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A hydrogen energy lab that makes the inside of fuel cells visible.

Associate Professor Yuya Tachikawa is developing high-temperature fuel cells and methods to analyze them, with the theme of achieving high-efficiency power generation aimed at reducing CO2. In the Hydrogen Utilization Process Lab, Associate Professor Tachikawa and colleagues are researching how to visualize, through numerical analysis and experiments, the temperature changes, chemical reactions, and thermal stress distribution that occur inside fuel cells. Based on a vision of a future hydrogen-based society, the lab also examines the effects of producing hydrogen with renewable energy and develops technologies toward CO2-free energy. This lab site belongs to the Hydrogen Utilization Process Lab headed by Professor Kazunari Sasaki, and Associate Professor Tachikawa is listed as a member.

#Fuel cells #Visualization #Water electrolysis

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白金合金触媒（野田 志云） (introduction coming soon)

Development of highly active, highly durable platinum alloy catalysts for polymer electrolyte fuel cells (carbon–metal oxide composite support materials)

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The lab designs the electrodes and cell structures of fuel cells and water electrolyzers.

The Electrode Materials and Porous Diffusion Layers Lab studies fuel cell and water electrolysis technologies, which handle energy conversion for renewable energy and hydrogen. In water electrolysis, which splits water with electricity to produce hydrogen, the lab works on designing cell structures that achieve both high efficiency and high durability while reducing the amount of precious metals used. For solid oxide cells, which operate at high temperatures, the lab investigates the relationship between electrode degradation and the acid-base properties of the electrode surface through international collaborative research. The lab's website presents it within the research of the Hydrogen Utilization Process Lab.

#Water electrolysis #Fuel cells #Gas diffusion layers