Applications

Flow Chemistry

Continuous flow synthesis: from reaction screening to process scale-up with precise parameter control.

Flow Chemistry
20–30
reaction conditions per day per operator
~10×
faster condition screening than in bulk
ms
millisecond mixing and defined residence time
Problem

Batch (standard) reactors cap how fast you can screen reaction conditions: mixing is uneven, heat transfer is poor, and scale-up often means re-optimizing the whole process. For exothermic, fast and hazardous reactions, running in bulk adds safety risk and product-quality variability.

Solution

The workstation with flow microreactor chips delivers continuous synthesis with millisecond mixing, precise temperature control and defined residence time. In a single day one operator can screen several dozen reaction conditions, consuming milligrams of reagent instead of grams. Protocols validated at lab scale transfer to pilot and production without re-optimization.

Result

For chemical companies, flow synthesis protocols were developed for various substances with target molecular weight and narrow distribution. The target molecular weight was reached with consistent quality, and condition screening ran roughly tens of times faster than in bulk.

Capabilities

What you can do.

Reaction screening and optimization: systematic variation of temperature, residence time, reagent ratios and catalyst loading
Exothermic and hazardous reactions: efficient heat removal in microchannels eliminates local hot spots and enables work with unstable intermediates
Nanoparticle and materials synthesis: controlled nucleation and growth for a narrow particle-size distribution
Process intensification: converting batch processes to continuous flow, cutting reaction times from hours to minutes
Development and validation of the synthesis protocol, with the finished method transferred to the customer
Open architecture: standard fittings and reusable chips with no lock-in to proprietary consumables
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