My research proposes an innovative method, Electrocatalytic Surface Titration, that addresses the longstanding challenge of deciphering the widely varying activity of diverse active sites on solid electrocatalysts. It enables the determination of the individual activity of all sites, the population of various site types based on activity and structure, and their respective contributions to the overall activity. The project aims to develop/validate ECST and demonstrate its ability to address key questions in electrocatalyst development: uncovering the origin of catalytic superiority, elucidating individual site behavior under multireaction conditions, and devising strategies that optimize the collective performance from all sites. ECST will transform electrocatalyst development by providing unprecedented insights and unlocking new optimization approaches, dramatically enhancing the efficiency of electrochemical processes and accelerating decarbonization in chemicals and energy sectors.
Awards and Achievements
- Unilever Award ( 2024)