Challenge of Chemical Engineers for Social Implementation
The Working Group on Social Implement Engineering, SCEJ
September 18 (tue) 9:00-17:30 (plan)
| Organized by | |
| Kyuya NAKAGAWA | Kyoto University |
| Hiromasa MATSUMOTO | Kao Corporation |
This symposium is targeted to build up new chemical engineering field that relates to social innovation and technology implementation. The world is now entering the 4th industrial revolution era, and we believe that chemical engineers will make great contributions to design our society surrounded with cutting-edge technologies. We need to have a good knowledge on how we use and connect technologies, what we should produce and should not, which technology is valid or not, how much we deliver our products to our societies in terms of shaping our new lifestyle on the planet. We are willing to open an opportunity to discuss about these issues with chemical engineers' view.
Program (tentative)
- Review lecture
Japan-Thailand Joint Research under SATREPS Program - (Kyoto Univ.) Kouichi MIURA
- About 15 lectures are now planning.
Program (tentative)
- Challenges in Innovation of Chemical Technologies: Obstacles and Keys for Success Identified from Questionnaire
- (Tohoku Univ.) Yasuhiro FUKUSHIMA,
(Kyoto Univ.) Kyuya NAKAGAWA,
(Kao) Hiromasa MATSUMOTO - Conceptual Design of A System for Frequency Stabilization of Massively Installed Intermittent Renewable Energy Systems
- (NIMS/Shinshu Univ./Hiroshima Univ.) Michihisa KOYAMA,
(Univ. Tokyo/NIMS) Yasunori KIKUCHI,
(Hiroshima Univ.) Takayuki ICHIKAWA,
(Univ. Tokyo) Masakazu SUGIYAMA - Technoeconomic Analysis of Battery-assisted Hydrogen Production from Renewable Energy
- (Univ. Tokyo/NIMS) Yasunori KIKUCHI,
(Hiroshima Univ.) Takayuki ICHIKAWA,
(Univ. Tokyo) Masakazu SUGIYAMA,
(NIMS) Michihisa KOYAMA - Techno-economic Analysis of Lithium-Air Batteries Considering Mass Transfer Limitation
- (NIMS) Eriko ANKYU, Michihisa KOYAMA
- Development of Phosphorus Fertilizer with 85% Recovery Rate and Harmless Residue from Sludge Ash
- (Niigata Univ.) Heejoon KIM, Naoki KANO
- Basic Problems and Measures toward Establishment of Rational Methodology of Process with Complex Fluids
- (Univ. Shizuoka) Hayato MASUDA,
(Tokushima Univ.) Mitsuhiro OHTA,
(Kobe Univ.) Naoto OHMURA - Prospects for the Proper Food Distribution by Edible Thermal Energy Storage
- (Kyoto Univ.) Takashi KOBAYASHI, Kyuya NAKAGAWA
- Demonstration test of an SOFC Power Generation System
- (Asahi Group Holdings) Kimito KAWAMURA, Kenichiro TAKEDA, Tomomasa KANDA,
(Kyushu Univ.) Shunsuke TANIGUCHI, Kazunari SASAKI - Availability of Snow for Cooling in Urban Area with Heavy Snowfall and Its Potential for Load Reduction of Snow Removal
- (Yamagata Univ.) Takeshi HIGUCHI, Kazuma ASAHINA, Sae TAKAGI, Kana SUGAWARA, Toshiki UENO
- Review lecture
Japan-Thailand Joint Research under SATREPS Program - (Kyoto Univ.) Kouichi MIURA
- Case Study on Introduction of Biofuel Production Technology using Ion-exchange Resin Catalyst on Tanegashima
- (Tohoku Univ.) Naomi SHIBASAKI-KITAKAWA,
(NPO Cosumo) Takuro MATSUOKA,
(Tohoku Univ.) Makiko KATO, Kousuke HIROMORI, Yasuhiro FUKUSHIMA - The Actual Situation That is Implementing OMICS-technology for Oil Refinery
- (JPEC) Yoshiyuki TOYOOKA
- Proposal of Cost-competitive Distributed Energy System Using Solar Cells and Hydrogen Energy Storage
- (Tokyo Tech) Tatsuya OKUBO,
(Tokyo Tech/Univ. Tokyo) Teruyuki SHIMIZU,
(Tokyo Tech) Kei HASEGAWA,
(Tokyo Tech/Univ. Tokyo) Yasunori KIKUCHI,
(Tokyo Tech) Manabu IHARA - A Region-specific Analysis of Technology Implementation of Energy Carrier
- (Univ. Tokyo) Teruyuki SHIMIZU, Yasunori KIKUCHI
- A Supporting Information Infrastructure for Technology Implementation
- (Univ. Tokyo) Yuichiro KANEMATSU, Tatsuya OKUBO, Yasunori KIKUCHI
- Characterization of Factors for Social Implementation of Ttechnology Systems Based on Bibliometric Analysis
- (Univ. Tokyo) Yasunori KIKUCHI
- A Vision-oriented, Deductive Approach for Process Development: A Simplified Demonstration with Bio-fuel Production Consuming Hydrogen
- (Tohoku Univ.) Kakeru OUCHI, Yasuhiro FUKUSHIMA, Hajime OHNO
- Challenges in Ensuring Coherence among Technology Roadmaps
- (Tohoku Univ.) Yasuhiro FUKUSHIMA
Key Drivers of Societal Transformation toward Future Energy and Social Systems Initiated by Local Stake-holders
The Committee on Future Energy and Social Systems (FuEnSS)
September 19 (wed) 9:30-14:40 (plan)
| Organized by | |
| Takao NAKAGAKI | Waseda University |
| Michihisa KOYAMA | National Institute for Materials Science (NIMS) |
Program (tentative)
- The Wealth of Nations and Regions
- (Kyushu Univ.) Shunsuke MANAGI
- Local Production for Local Production in Energy System and Circular Flow of Economic Activities
- Model Cases of Advanced CO2 Reduction Measures in Public Facilities - (Kyushu Univ.) Tatsuro HARADA
- Behavioral Science Viewpoint for Promotion of Energy-saving and Pro-environmental Behaviors
- Application Example of Nudge Theory - (Central Research Institute of Electric Power Industry (CRIEPI)) Ken-ichiro NISHIO
- Energy Supply and Consumption in Southern Kyushu Island and Penetration Potential of EV into Society
- (Kagoshima Univ.) Hidetaka ICHIKAWA
- Panel Discussion
Chemical Engineering for Carbon Capture, Utilization and Storage
Division of Supercritical Fluids
Cosponsored by
Catalysis Society of Japan,
Hydrogen Energy Systems Society of Japan,
The Japan Petroleum Institute,
The Japan Institute of Energy
September 20 (thu) 10:00-16:20 (plan)
| Organized by | |
| Hajime KAWANAMI | National Institute of Advanced Industrial Science and Technology (AIST) |
| Takafumi SATO | Utsunomiya University |
Carbon Capture, Utilization and Storage (CCUS) are important topics, contributing to the largescale reduction of CO2 emission from various industrial sources, especially thermal power station. In last year, METI (Ministry of Economy, Trade and Industry, Japan) and DOE (Department of Energy, U.S.A.) signed an MOC (Memorandum of Cooperation) concerning the field of CCUS, and has growing expectations. In this symposium, we introduce the recent research topics about the CCUS emphasized on the fundamental to industrial scale, and we would also like to concern about the future development in relation with the chemical engineering aspects.
Program (tentative)
- Verification Test for Practical Use of Energy-saving Separation and Recovery of Carbon Dioxide at Thermal Power Plants
- (Kansai Electric Power) Akira KOZAKAI
- Preparation of Functional Particles and Immobilization of Carbon Dioxide from Steelmaking Slag Using Carbon Dioxide
- (Nihon Univ.) Takeshi TOYAMA
- Catalyst Development for CO2 Hydrogenation to Methanol
- (Univ. Tokyo) Shohei TADA
- Current Status of Asahi-Kasei's Alkaline Water Electrolysis System, and Our Approach toward CCUS
- (Asahi Kasei) Taketoshi USUI
- Artificial Photosynthesis: Present State and Future of Technology to Synthesize Organic Matter from Sunlight, Water and CO2
- (Toyota Central R&D Laboratory) Takeshi MORIKAWA
- CO2 Hydrogenation and Dehydrogenation of Formic Acid for Hydrogen Storage
- (National Institute of Advanced Industrial Science and Technology (AIST)) Yuichiro HIMEDA
- Carbon Dioxide Utilization with Biocatalyst
- (Osaka City Univ.) Yutaka AMAO
- Prospects for the Future of Chemical Engineering on CCUS
- (National Institute of Advanced Industrial Science and Technology (AIST)) Makoto HARADA
Technological Perspective and Issues for Realizing a Carbon-recycling Society - Activity Reports by Industrial Sector Exchange Committee at SCEJ Headquarter
Industrial Sector Exchange Committee, SCEJ
September 18 (tue) 10:00-15:40 (plan)
| Organized by | |
| Jun-ichiro HAYASHI | Kyushu University |
| Kazuhiro MAE | Kyoto University |
This symposium outlines FY2017 activities of industrial sector exchange committee (consisting of 32 executives from corporate member), and reports results of feasibility studies on technologies aiming at 80% reduction of CO2 together with industrial perspectives toward carbon-recycling society in the future.
Program (tentative)
- Summary Report of Activities of SCEJ Industrial Exchange Committee
- (Kyoto Univ.) Kazuhiro MAE
- Carbon Resources Utilization and Chemical Production in Future Carbon Recycling Society
- (Kyushu Univ.) Jun-ichiro HAYASHI
- Fuel Cell Technologies: Future Perspective and Challenges
- (Toyo Engneering) Nobuhiro YOSHIDA,
(Heishin) Shinji OHIGASHI,
(Ishihara Sangyo) Yoichi ISHIBAI,
(Sumitomo Chemical) Katsuharu IMI, Kazumasa UEDA - Bioprocessing Technologies: Future Perspective and Challenges
- (Kyowa Hakko Bio) Kazuo HIBI,
(Sapporo Holdings) Takeshi NAKAMURA,
(Cosmo Engeneering) Toshiharu MORITA,
(Kimura Chemical Plants) Hirofumi IKEDA - C1 Chemistry Technologies: Future Perspective and Challenges
- (Mitsubishi Chemical) Masahiro KUJIME,
(IHI) Kimihiro SAWA,
(JNC) Noriaki NARITA,
(Nippon Steel & Sumitomo Metal) Hitoshi DOHNOMAE,
(Asahi Kasei) Hiroshi KOSUGI,
(Ube Industries) Yoshifumi YAMAMOTO,
(JGC) Kazunori HONDA - IoT Technologies for Chemical Industries: Future Perspective and Challenges
- (Chiyoda) Tsuneo WATANABE,
(Asahi Glass) Isao NARUGE,
(Toyo Engineering) Heisuke TOCHIHARA,
(Hosokawa Micron) Shuji SASABE,
(Zeon) Tetsuya ANDO,
(Kozo Keikaku Engneering) Norimasa SHIMADA - General Discussion on Perspective of Chemical Industries and Challenges