Program Officer（PO）

Overview

In this area, we will contribute to the realization of a hydrogen society by developing advanced technologies for the production of hydrogen, which is essential for achieving carbon neutrality in 2050, through water electrolysis using electricity derived from renewable energy sources, and its storage and utilization. The projects in this area will target the development of technologies to break through current bottleneck issues in an innovative manner, the creation of new concepts, and research and development for the practical application of these technologies, utilizing seeds from academia. The projects will promote integrated research and development by conducting not only basic research on elemental technologies but also evaluation of materials and prospects for scale-up. We will promote seamless and integrated research and development. The program also aims to foster human resources with broad perspectives and development capabilities.

For further information, see Chapter 6 of "Application Guideline." (1.01MB)

R&D Projects

Team-based research

Realization of a Water Electrolysis System with Improved Efficiency and Durability and Reduced Costs

Development of Innovative Water Electrolysis Systems for Green Hydrogen ProductionR&D Period 2023.10-

Project Leader

TAKANABE Kazuhiro

Realization of a Fuel Cell System with Improved Efficiency and Durability and Reduced Costs

Development of Next-Generation Fuel Cell Systems Using Innovative MaterialsR&D Period 2023.10-

Project Leader

INABA Minoru

Development of a Hydrogen Storage System with High Density, High Durability, and Low Costs

Innovative Hydrogen Storage －Analyses of Hydrogen Reactions and Application of Digital Technologies－R&D Period 2023.10-

Project Leader

ORIMO Shin-ichi

Innovative elemental technology research

Development of material analysis method by coupling IL-FE-SEM and AIR&D Period 2023.10-2024.3

Project Leader

KINUMOTO Taro

Development of multi-beam operando measurement technology to capture hydrogen behaviorR&D Period 2023.10-2024.3

Project Leader

SHOBU Takahisa

Development of inorganic anion exchange membranes using layered double hydroxidesR&D Period 2023.10-2024.3

Project Leader

TADANAGA Kiyoharu

Hydrogen storage with high density via ammine complex formation of hydridesR&D Period 2023.10-2024.3

Project Leader

MIYAOKA Hiroki

Development of Low-Temperature Proton-Conducting Solid ElectrolytesR&D Period 2023.10-2024.3

Project Leader

YAMAZAKI Yoshihiro

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Area Advisor（AD）

IZUMIYA Kouichi	Senior manager, Carbon Neutral Solution Business Headquarters, Kanadevia Corporation
EGUCHI Koichi	Professor Emeritus, Kyoto University
OKAJIMA Hiroshi	Project General Manager, R&D and Engineering Management Div., Toyota Motor Corporation
KURIYAMA Nobuhiro	Standardization Officer, Planning Headquarters Strategy Divisoin of IP and Standardization Promotion Office, National Institute of Advanced Industrial Science and Technology
KOBAYASHI Tetsuhiko	President, Osaka Research Institute of Industrial Science and Technology
SAKURAI Teruhiro	General Manager, Planning Division, Fuel Cell Commercialization Conference of Japan
SHIMOTORI Soichiro	Expert, Energy Aggregation Div., Toshiba Energy Systems & Solutions Corporation
FUKUI Hiroyuki	Fellow, Center for Research and Development Strategy, Japan Science and Technology Agency
HOMMA Takayuki	Professor, Faculty of Science and Engineering, Waseda University
MITSUSHIMA Shigenori	Professor, Faculty of Engineering, Yokohama National University