Investigation of Spatial-Dependent Electrochemical Performance in Fluidized Electrochemistry: The Critical Role of Working Electrode Positioning

Abstract

This study presents a broadly applicable framework for elucidating, both experimentally and theoretically, how electrode positioning within the flow field influences catalyst mass transport and reaction efficiency in fluidized electrochemistry. The findings provide design principles that transcend specific catalysts or reactions, enabling enhanced performance through spatial control of flow conditions.