In an era where speed, safety, and sustainability are critical, flow reactors have emerged as a powerful platform for modern chemical manufacturing. By enabling continuous reactions with enhanced control on overheat and mass transfer, flow chemistry minimizes risk, improves selectivity, and often eliminates the need for intermediate isolations.
Flow reactors are especially valuable for handling hazardous, runaway or exothermic reactions, offering a safer and more scalable alternative to traditional batch processing. From specialty intermediates to large-volume fine chemicals, flow chemistry is redefining how innovation reaches the market faster—and greener.
At Novopor, we offer end-to-end capabilities in flow chemistry, starting from R&D development all the way to semi-commercial and commercial manufacturing scale. With deep expertise in reaction engineering, process intensification, and safety protocols, we work with clients to develop, optimize, and scale up flow-based processes with confidence.
We have a dedicated flow chemistry laboratory equipped with multiple specialized setups, complemented by a semi-commercial scale facility designed for real-world scale-up studies.
These systems are engineered to handle highly corrosive chemistries and chemistries involving unstable intermediates, supporting
Pressure up to 50 barg
Temperatures up to 200°C
Both liquid-liquid and gas-liquid reactions