Research Interests

Vision: Employing fundamental chemistry to combat water scarcity and reduce environmental risks.

• Establish fundamental photochemistry and radical chemistry of water substances

• Model the fate of emerging chemical and biological contaminants in natural and engineered systems

• Develop suistainable and low-carbon footprint processes for advanced treatment and reuse

• Minimise formation of toxic disinfection/oxidation byproducts

Vision: Extending fundamental findings to engineering design of UV-based processes/devices for health-care applications.

• Develop UV-LED-based process and device for disinfection and oxidation

• Develop Far-UVC-based process and device for disinfection and VOC removal

• Advance solar-based process and device for water purification

• Design and model different UV sources-based process and reactor

Vision: Applying state-of-art artificial intelligence tools and sensor technology to unblock bottlenecks in environmental engineering.

• Apply machine learning for predicting kinetic parameters of chemical reactions

• Apply machine learning for forecasting the water quality parameters and feed-back control

• Apply IoT for smart on-line monitoring and contamination detection

• Apply machine learning for treatment process optimisation

Last edited on December 5^th 2023 01:41AM (Time Zone: HKT).
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