The symposium will focus on environmental and energy technologies that are essential for addressing global environmental challenges such as climate change and energy depletion, and for the energy transition to a sustainable future. The latest research and development trends in material synthesis, energy conversion technologies, and emission reduction technologies will be discussed in-depth. The symposium will also comprehensively cover the entire field of environmental and energy technologies, from material property evaluation to advanced analytical techniques, system design and energy utilization strategies, and sustainable resources for bio-applications.
- Energy Materials: a broad class of materials that can be applied to energy storage, generation, conversion such as thermoelectric, fuel cell, batteries, photovoltaic, and so on.
- Functional Materials from sustainable resources: Functional materials obtained from renewable resources or that can be applied to sustainable development.
- Environmental Materials: Materials that are manufactured or used in a sustainable way that minimizes negative environmental impacts.
- Advanced Technology of Energy and Environments: Cutting-edge research and technologies, such as high-efficiency energy storage, carbon reduction, hydrogen energy for sustainable energy solutions and environmental preservation.
Prof. Kun-Jae Lee
Department of Energy Engineering
Dankook University, Republic of Korea
Tel. +82-41-550-3684
kjlee@dankook.ac.kr
Prof. Hong-Baek Cho
Department of Materials Science & Chemical Engineering,
Hanyang University, Republic of Korea,
Tel. +82-31-400-5274
hongbaek@hanyang.ac.kr
Dr. Chan Gi Lee
Material Science and Chemical Engineering Center,
Institute for Advanced Engineering, Republic of Korea
Tel. +82-31-330-7495
cglee@iae.re.kr
| Archives of Metallurgy and Materials |
Powder Metallurgy |
 |
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| ISSN:1733-3490 eISSN:2300-1909 |
ISSN: 0032-5899 eISSN: 1743-2901 |
| SCIE (I. F. 0.586) | SCI(I. F. 1.911) |
