Analysis of The Flow‐Through Porous Trielectrode Reactor

Abstract

The limiting current analysis has been applied to a flow‐through porous electrode with two counterelectrodes. The electric driving force variation through the working electrode can be minimized by adjusting the fraction of the total current that passes through each counterelectrode. For applications with a maximum acceptable ohmic potential drop in the reactor, the use of two counterelectrodes can substantially increase the maximum processing rate for a flow‐through reactor and hence make it more competitive with the flow‐by electrode configuration.