Sustainable Technologies for Energy, Environment and Health
As core strength of the School of Energy and Environment, we employ interdisciplinary nature in developing various state-of-the-art technologies for future smart cities. These activities are structured in the themes of clean energy and water security. From photovoltaic conversion and solar hydrogen production, to wastewater treatment and air purification, the vision is to develop novel technologies that will enhance the energy and environmental sustainability of megacities. These clean technologies have further implications to improving the overall health of the city dwellers.
Key Research Areas:
- Solar Energy Conversion (Sam H. Y. HSU, Jason C. H. LAM, Michael K. H. LEUNG, Yun Hau NG, Sai Kishore RAVI, Patrick SIT)
- Ultraclean Fuels (Sam H. Y. HSU, Jason C. H. LAM, Patrick LEE, Yun Hau NG, Jin SHANG)
- Waste-to-Energy ( Jason C. H. LAM, Patrick LEE, Michael K. H. LEUNG, Carol LIN, Yun Hau NG)
- Energy Storage (Sai Kishore RAVI, Patrick SIT, Edwin C. Y. TSO, Jian WANG, Denis Y. W. YU)
- Air Purification (Patrick LEE, Yun Hau NG, Jin SHANG, Patrick SIT)
- Water Remediation (Alicia K. J. AN, Patrick LEE, Yun Hau NG, Patrick SIT)
- Policies for Sustainable Technologies (Shauhrat CHOPRA, Lin ZHANG)
- Climate Science (Jung-Eun CHU, Jin-Soo KIM)
