Next-gen process intensification via continuous flow — safer, more efficient, scalable chemistry for APIs and intermediates.
Continuous flow chemistry enables reactions in a continuously flowing stream rather than traditional batch modes, offering superior process control, heat & mass transfer, safety, and scalability. Our platform spans from lab-scale development through validation and full manufacturing, aligning with cGMP standards and integrated into our CDMO services.
Safer, more efficient, scalable chemistry for APIs and intermediates
Continuous flow chemistry enables reactions in a continuously flowing stream rather than traditional batch modes, offering superior process control, heat & mass transfer, safety, and scalability. Our platform spans from lab-scale development through validation and full manufacturing, aligning with cGMP standards and integrated into our CDMO services.
In the development phase, we translate synthetic routes into flow-compatible processes. We explore reaction kinetics, residence time distributions, mixing strategies, inline analytics, modular reactor selection, and safety enablers. The goal: seamless transition from batch to continuous, with performance equaling or exceeding traditional methods.
Flow development allows rapid iteration, better control of reaction parameters, and early identification of scale-up challenges. It also enables safer handling of hazardous reagents or unstable intermediates, as they exist only for short residence times in small reactor volumes.
