Opening Remarks

• Dr. Tetsuo Okada, Principal, The National Institute of Technology Numazu College 

• Dr. Katsuya Kuge, Deputy Director, General Infrastructure Department, JICA

• Mr. Takehiro Kawada , Deputy head, Economy & Industry Department, Shizuoka prefecture

• Mr. Ghaleeb Jeppie, Minister Counsellor-Science, Innovation and Education, South African Embassy in Tokyo, Japan

• Mr. Shuichi Yorishige, Mayor of Numazu City

Theme 1: World trend of green hydrogen and ammonia (Modelator: Prof. Nagaoka)

World trend of renewable energy: a brief review 

Ken-ichi Aika
National Institute of Technology, Numazu College

Green Hydrogen Potential in Southern Africa

Phillimon Modisha
Hydrogen South Africa (HySA), North-West University

Development status of ammonia combustion technology for thermal power generation facilities 

Ryo Nakazawa
IHI Basic Design Group

Green ammonia production in South Africa: an island model 

Ken-ichi Akika
National Institute of Technology, Numazu College

Revolutional retro-technology, electric thermal energy storage

Toru Okazaki
The Institute of Applied Energy

Demonstration project of electric thermal energy storage for the promotion of green energy adoption

Naoya Matsuda
Chubu Electric Power Company,Incorporated

Welcome Event : Dance and Yukata fashion show

Numazu Chuo High School; Dance Club, Handicraft Club

Poster Session

Social gathering

French Lapin Ajile (2F Kokochi Hotel Numazu)

Theme 3: Development of Water Electrolysis Technology ( Modelator : Prof. Sugimoto)

PEM Water Electrolysis Development: Progress and Challenges

Dmitri Bessarabov
Hydrogen South Africa (HySA), North-West University

Advancing water electrolysis technology: Introducing GteX WInG project

Kazuhiro Takanabe
University of Tokyo

Starting from Yamanashi, Green Transformation! 

Masaki Sakamoto
Yamanashi Prefectural Enterprise Bureau

Theme 3: General Discussion

Theme 4: Materials for ammonia synthesis process ( Modelator : Prof. Matsumoto)

Ru/Ba/La0.5Ce0.5Ox catalyst for ammonia synthesis under mild reaction condition

Shin-ichiro Miyahara1, Katsutoshi Sato1, Shoichi Tsuda2, Koji Inazu2, Katsutoshi Nagaoka1
1 Department of Chemical Systems Engineering, Graduate School of Engineering, Nagoya University,
2 Department of Chemistry and Biochemistry, National Institute of Technology, Numazu College

Development of ammonia synthesis catalyst for industrial application

Masatoshi Yoshimura
N.E. CHEMCAT CORP.

Development of ammonia sorbent for small scale ammonia synthesis process: An approach based on experimental and computational chemistry

J. Ryu1, M. Tokushige1, R. Fujisawa1, R. Omae1, Y. Tateishi2, M. Sugimoto2
1 Chiba University, 2 Kumamoto University

Theme 4: General Discussion

Theme 5: Process Design and Evaluation ( Modelator : Prof. Takanabe)

Development of Ammonia synthesis process for storage of renewable energy

Tetsuya  Nanba
Fukushima Renewable Energy Institute, AIST

Design of green ammonia production systems intensified by reactive absorption modules

Hideyuki Matsumoto1,  Takeshi Furusawa 2
1 Department of Chemical Science and Engineering, Institute of Science Tokyo ,
2 Department of Fundamental Engineering, School of Engineering, Utsunomiya University

Theme 5: General Discussion

Closing Remarks

• Dr. Naoki Shikazono, Program Officer, JST International Program

• Mr. Mbangiseni Mabudafhasi, Deputy Director, Department of Science, Technology and Innovation, South Africa