Scaling-up electroorganic synthesis using a spinning electrode electrochemical reactor in batch and flow mode

27 July 2023, Version 1
This content is a preprint and has not undergone peer review at the time of posting.


Technology for the rapid scale-up of synthetic organic electrochemistry from milligrams to multi-grams or multi-100 gram quantities is highly desirable. Traditional parallel plate flow electrolysis cells can produce large quantities of material, but transfer from batch to this flow technology requires re-optimization of the reaction conditions and fully homogeneous reaction mixtures. Moreover, single-pass processing is often difficult to accomplish due to gas generation and the low flow rates typically used in continuous mode. Herein we present a novel reactor design, based on a rotating cylinder electrode concept, that enables seamless scale up from small scale batch experimentation to gram and even multi-kilogram per day quantities. The device can operate in batch and flow mode and it is able to easily process slurries without clogging of the system or fouling of the electrodes. Continuous operation is also demonstrated using three reactors in series that act as a continuous stirred electrochemical reactor cascade, providing kilogram per day productivities in a single pass.


electrochemical synthesis
sustainable chemistry
scale up
flow chemistry
anodic oxidation

Supplementary materials

Supporting Information
Supporting Information: additional procedures, tables, and copies of NMR spectra


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