continuous flow reactor

Raw Material Pre-treatment:

Prior to entering the continuous flow reactor, raw materials undergo pre-treatment comprisingfiltration, purification, and preheating. This step ensures material purity and condition, optimising suitability for subsequent reactions while minimising interference from impurities.

Feeding:

Pre-treated materials enter the microchannel reactor via a precision feeding system. Thissystem rigorously controls feed volume and flow rate, ensuring materials enter the reactionchannels at preset proportions to guarantee smooth reaction progression.

Reaction:

Chemical reactions occur within the microchannels. The channels' highly efficient mass andheat transfer properties enable rapid and thorough reactions, Throughout the process, the control system continuously monitors parameters such as reaction temperature and pressure, au.tomatically adjusting to maintain optimal reaction conditions.

Product Separation and Purification:

Upon reaction completion, the product enters the separation and purification system.Through methods such as distillation, extraction, and filtration, the product is separated fromunreacted feedstock and by-products, yielding a high-purity target product. The highly efficientreaction characteristics of the microchannel reactor render the separation and purification pro-cess significantly simpler and more effective.

Microchannel reactors, leveraging their four core advantages of "high-efficiency mass and heatorecise temperature control, low liguid hold-upand continuous operation, demonstrate suitabilityfor the following five reactiontypes:highly exothermic reactions, reactions involving hazardous reagentshalopenation reactions, continuous and multi-step sequential reactions, and photocatalytic and fine svnthesis reactions. （Paricularly suited to scenarios involving highly exothermic reactions, hazardous reapents,reaction conditions sensitive to operating parameters, and multi-step continuous processes）：