The resurgence of electrochemistry in medicinal chemistry laboratories has created the demand for the rapid delivery of up to a few kilograms of material by the same methods in order to quickly evaluate whether the candidate molecule is a viable clinical candidate or not. Electrochemical processes have been successfully scaled up to commercial scale using

During the past few years the application of electrochemical methods for organic synthesis attracted increasing attention both in academia and industry.1 Electroorganic synthesis rely on interaction of the starting materials with electrodes in an electrochemical cell to realize redox chemistry. As inert an inexpensive substances, such as water, can be used as electron donor and