PROGRAM

Session I: Trends of available energy strategy in industry and expectation to academia

Coordinator: Professor Kenichi Aika

Time Session Presentation Presenter Title and Affiliation
10:00-
10:03
Welcome remarks Opening remarks Mr. Akitsugu Koga General Manager,
JST
10:03-
10:10
Overview Welcome remarks Prof. Kenichi Aika Professor,
The Open University of Japan
10:10-
10:45
I-1
International movements in energy conservation
International trends of energy conservation in heavy chemical industry Dr. Doug Hutton Principal Consultant,
KBC Process Technology Ltd.
10:45-
11:20
I-2
Expectation to academia
Expected Functions and Activities of Engineering Science for the Advanced Energy Saving Technologies in Industries Dr. Jun'ichi Sato President,
The Japan Federation of Engineering Societies
11:20-
11:30
Break
11:30-
12:00
I-3
New theoretical model for solution-building
Basic Theory of Exergy recuperation Prof. Ken Okazaki Professor,
Tokyo Institute of Technology
12:00-
12:20
I-4
Seeding for success in the industry
Case: Achieving Substantial Energy Saving Effects for Bioethanol Production (NEDO) Dr. Takafumi Kiuchi Nippon Steel & Sumikin Engineering Co, Ltd
12:20-
12:40
Case: Applying self-heat recuperation technology to the process systems in heavy chemical industry Dr. Kazuo Matsuda Principal consultant,
Chiyoda Corporation

Session II: Future trend in academic research on Exergy Recuperation

Coordinator: Professor Kenichi Aika

Time Session Presentation Presenter Title and Affiliation
13:40-
14:20
II-1
Exergy recuperation theory
Plenary lecture on Exergy Recuperation (JST_ALCA) Prof. Atsushi Tsutsumi Professor,
Tokyo University, Institute of Industrial Science
14:20-
14:45
II-2
Chinese program
Case in China: Developing Coal Pyrolysis Process on the basis of Exergy Recuperation (JST_SICORP) Prof. Guangwen Xu Professor,
Institute of Process Engineering,
Chinese Academy of Sciences
14:45-
15:10
II-3
Canadian program
Case in Canada: Integrated Torrefaction and Densification Process for the Production of High Quality Wood Pellets based on Exergy Recuperation (JST_SICP) Prof. Xiaotao (Tony) Bi Professor,
University of British Columbia - Vancouver
15:10-
15:30
II-4
Combustion with higher Exergy efficiency
Combustion with higher Exergy efficiency Prof. Kaoru Maruta Professor,
Tohoku University
15:30-
15:50
Break
15:50-
16:55
II-5
Discussions
Panel Discussion "Toward the future solution for the social implementation of the Exergy recuperation technology" Coordinator:
Prof. Kenichi Aika
 
Panelists:
Dr. Doug Hutton
Dr. Jun'ichi Sato
Prof. Ken Okazaki
Dr. Kazuo Matsuda
Prof. Atsushi Tsutsumi
Prof. Guangwen Xu
Prof. Xiaotao (Tony) Bi
Prof. Kaoru Maruta
16:55-
17:00
Closing Remarks Closing Remarks Dr. Shoichiro Tonomura Director,
JST
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