Flow reactor technology: Improving safety and throughput in Exothermic Multiphase Processes
During the Chemspec Europe in Cologne, we had many discussions about a key challenge in chemical manufacturing: Running complex and hazardous reactions safely and efficiently at production scale.
Exothermic multiphase processes
For demanding exothermic multiphase processes, such as gas/liquid, liquid/liquid and precipitation, flow reactor technology can significantly improve safety, control, and throughput.
At Flowid, we develop custom-engineered production solutions designed for processes where mixing and heat removal are critical. By combining intensive mixing with efficient cooling, reactions can often be performed faster, safer, and with better control than conventional batch systems.
In some cases, processes that require slow dosing in batch can be completed continuously within seconds.
Power of spinning disc reactors
In our latest article “Accelerating mixing-limited processes with spinning disc reactors” you will explore the power of Spinning Disc Reactors (SCRs), such as our very own SpinPro, and how they are unlocking new levels of efficiency, safety and performance in chemical processing: Read here.
You will learn more about:
- The role of mixing in reactive systems.
- Why heat transfer becomes limiting during scale-up.
- How dynamic reactors improve gas/liquid and liquid/liquid reactions.
- Applications including chlorination and other highly exothermic processes.
Whether you are dealing with mixing-limited reactions, exothermic processes, or simply looking to future-proof your processes, the article offers insights that could redefine your approach. A must-read for professionals in chemical engineering, process technology, and pharma who want to stay ahead of the curve.
If you are working on challenging production processes and want to exchange ideas, feel free to get in touch.