Welcome!

This research program investigates both fundamental and applied aspects of electrochemistry. On the fundamental side, it examines the mechanisms and kinetics of electron transfer reactions at electrode surfaces, with a particular focus on identifying short-lived intermediates and understanding the role of trace water in non-aqueous solvents. This work has implications for characterizing the redox behavior of a range of compounds, including biologically relevant molecules. On the applied side, the research explores electrochemistry’s potential to address environmental challenges, including air quality monitoring in urban environments like Singapore, water purification, carbon dioxide reduction, and the development of new membrane and battery technologies for improved sustainability.

About me

Professor Richard D. Webster of NTU’s School of Physical and Mathematical Sciences is an electrochemist with research interests spanning both fundamental and applied areas. His work delves into the mechanisms and kinetics of electron transfer reactions, with a focus on identifying short-lived intermediates and understanding the impact of trace water in non-aqueous solvents. This research has implications for understanding the redox behavior of various compounds, including those of biological significance. Additionally, Professor Webster investigates the application of electrochemistry to address environmental challenges, such as air quality monitoring and the development of sustainable technologies for water purification, carbon dioxide reduction, and energy storage.