Program
Time table (tentative)
| Date | Time | Program |
|---|---|---|
| Oct. 27 (Mon) | PM | Excursion @Matsushima |
| Evening | Registration open, Welcome Reception | |
| Oct. 28 (Tue) | AM | Opening Ceremony, Plenary Lecture |
| PM | Oral Session | |
| Oct. 29 (Wed) | AM | Keynote Lecture, Oral Session, Poster Session |
| PM | Oral Session, Poster Session | |
| 15:00- | Science Tour @Nano Terrace | |
| Evening | Conference Dinner @Poster & Exhibition Room | |
| Oct. 30 (Thu) | AM | Oral Session |
| PM | Plenary Lecture, Oral Session, Award & Closing Ceremony |
Plenary Lecture
Dr. Dominic C. Y. Foo University of Nottingham Malaysia, Malaysia
- Lecture
Title - Process Integration for Sustanable Energy Systems
Head, Department of Chemical and Environmental Engineering Director, Centre for Green Technologies University of Nottingham Malaysia
Dr. Jeff Gostick The University of Waterloo, Canada
- Lecture
Title - Pore-scale modeling of electrochemical devices
Azzam-Dullien Professor
Prof. Ian S Metcalfe Newcastle University, United Kingdom
- Lecture
Title - Materials-centred strategies for improving the thermodynamics of hydrogen production and carbon dioxide capture processes
Professor, Chemical Engineering School of Engineering
Chair, Emerging Technologies at Royal Academy of Engineering
Prof. Ruzhu Wang Shanghai Jiao Tong University, China
- Lecture
Title - Sorption materials innovation and application: energy-water-air nexus approach
Director, Institute of Refrigeration and Cryogenics
Head, MOE Engineering Research Center of Solar Power and Refrigeration
Key subjects of the symposium
1 Energy Storage and Transformation
2 Energy Carriers
3 Thermal energy conversion and storage
Thermal energy storages / Sorption heat pumps / Desalination /Others
4 Electric energy conversion and storage
Fuel cells / Battery, Electric storage / Photovoltaic and Thermoelectric devices / Others
5 Low carbon technologies
Hydrogen production, storage and systems / Carbon capture and utilization (CCU) technologies / Others
6 Materials for Energy
Materials to store energy / Materials to generate energy / Materials to transport energy / Others
7 Energy processes and material properties
Separation / Reactors / Heat and mass transfer / Thermophysical properties / System reliability (corrosion, sealing, selectivity, etc.) / Durability in repetitive operation including severe conditions / Others
8 Materials DX (digital transformation), Data-driven approach, Materials informatics
9 LCA, Technoeconomic analysis, Energy system design and evaluations
10 Environment and Biomass energy technologies
11 Others