Complete Solutions for Advanced Catalysis Research
Electrocatalysis is a truly interdisciplinary field of study crossing boundaries between electrochemistry, materials science, biochemistry, analytical chemistry, and chemical engineering. In essence, it involves the use of novel materials and electrodes to drive charge-transfer processes that occur when a potential energy bias or current is applied.
Ultimately, the goal is to either accelerate the rate of an electrochemical reaction or lower the overpotential activation barrier; both can be accomplished through optimization of the reaction mechanism.
These efforts require advanced instrumentation, techniques, and electrode composites to design the lowest-cost materials that give the best possible catalytic performance.