29/01/2026
How can flow reactors contribute to laboratory safety? We have collected a few examples below.
🛡️Separate reagent handling: The technology provides the ability to handle reagents individually, reducing the potential for accidents or unwanted reactions.
🛡️Minimal reagent and product loss: Due to the small reactor volumes, unexpected loss of reagents or products is minimized, ensuring safer operation.
🛡️Easy quenching of reactions: Flow chemistry technology contributes to process safety by effectively eliminating reactive intermediates and by-products.
🛡️Continuous product work-up: The whole process of work-up can be integrated into easily controlled continuous flow systems, reducing handling risks.
🛡️Minimal user exposure: Due to the closed system, the user has minimal exposure to chemicals, further enhancing safety measures.
🛡️Easy operation at high pressures: Allows safe overheating of low boiling point solvents, enhancing reaction speed.
Learn more about flow chemistry technology’s advantages here: https://thalesnano.com/support-and-knowledge/about-flow-chemistry/