Aims
The center will establish the integration of cross-domain green technology laboratory resources into:
1. "Experimental group of bioenergy mechatronic ecosystem application and development": Lead by Prof. Chin Tsan Wang, CEO of CII.
- Integrate the "Experimental group of bioenergy mechatronic ecosystem application and development", "Experimental group of advanced green material development", "Experimental Group of Green Biochemical Catalysis Technology".
- Develop a highly degradable bioenergy application and simulation analysis system.
- Develop high-performance miniature biological energy system sensors.
- Performance analysis of Space Microgravity field Bioenergy chip
2. "Experimental group of advanced green material development": Lead by Vice CEO of CII, Prof. Yung-Chin Yang, National Taipei University of Science and Technology.
- Develop high corrosion resistance electrode materials.
- Develop biofunctional electrode materials.
- Develop high electrical conductivity electrode materials.
3. "Experimental Group of Green Biochemical Catalysis Technology": Lead by Vice CEO of CII, Prof. Chen-Hao, Wang, Taiwan University of Science and Technology.
- Develop high catalytic catalysts.
- Develop long-acting catalysts.
- Develop functional catalyst for MFC (Microbial Fuel Cell).
Long-Term Goals:
Through cross-domain integration covering cross-cutting technologies in machinery, environmental engineering, chemical engineering, materials, micro / electromechanical nanosystems, electronics, nanotechnology, and biotechnology, combining the expertise and technology unique to researchers in different fields, with individual laboratories Equipment, and venues have developed into a new and distinctive research group.
To further cooperate with the international community, CII also welcomes experts and scholars from all fields to join in the effort to work for CII.
Scholars who are interested in our center can contact Prof. Chin Tsan Wang through the email: ctwang@niu.edu.tw for cooperation.