From precision microreactors to AI-driven process control, we engineer the future of chemical manufacturing — safer, faster, and more sustainable.
Four decades of combined expertise in flow chemistry, automation, and process intensification — delivering solutions that transform how industries develop and manufacture chemicals.
From homogeneous catalysis to multiphase reactions, our reactor systems handle the most demanding chemistries — hydrogenation, oxidation, photocatalysis, and electrosynthesis — with precise temperature, pressure, and residence time control.
End-to-end automated workflows integrating J-KEM robotics, LabVIEW control systems, and AI-driven optimization. Eliminate manual intervention with programmable reaction sequences and autonomous parameter tuning.
Continuous flow inherently limits reactive inventory while our ATEX-certified systems enable safe operation with pyrophoric catalysts, energetic materials, and high-pressure gases that batch processes cannot handle.
Our dimensionless scaling methodology ensures lab results translate directly to production. Maintain identical mixing, heat transfer, and mass transfer characteristics across scales — no surprises, no re-optimization.
“Sernov's Polar Bear microreactor reduced our development timeline by 60%.”
“The PAT integration with turbidity and Raman monitoring transformed our crystallization process.”
“Cambridge Reactor Design flow reactors deliver exceptional reproducibility for academic research.”
