Built on robust COSTA™ Technology, this advanced reactor platform enables precise control over mass transfer, long residence times, and complex multi-phase operations, all in a continuous one-pass setup.
Dual Pulse Technology, combining flow and voltage pulsation, significantly increases productivity and allows for exceptional process control in electro-organic synthesis. With customizable E-Inlays, multiple cell configurations, and a wide operating window in both temperature and pressure, the FAVO™ reactor offers unmatched flexibility for both development and scale-up.
The Dual Pulse Technology (i.e., flow and voltage pulsation) is unprecedented and unlocks breakthrough applications in the field of organic electrochemistry. On-demand control over mass transfer and unrivaled productivity rates (up to 4-fold) are now within reach.
Built to the COSTA™ technology, the mixing intensity within the process channel can be decoupled from the net flow rate. As a result, electrochemical reactions that require extended residence times (up to the one-hour range), can be run in a continuous one-pass operation with no need for recirculation, while ensuring excellent control over mass transport from/to the electrode surface.
Scale-up can be applied for demanding multi-phase electrochemical processes, as it guarantees the successful handling of solid particles in suspension and gas evolution at the electrode surface, at any flow rate.
Equipped with best-in-class 3D-structured electrode inlays (E-Inlays), the FAVO™ Flow Reactor demonstrates a modular, yet robust, technology platform for your electrochemical process. Ultimate flexibility is offered via various undivided & divided cell configuration possibilities.
Going beyond the state of the art, unrivaled operating temperatures (i.e., -20 to 150 °C) and pressure rating (i.e., up to 25 barg)