The MF-MV9 metal microchannel reactor has a unique internal structure, which can improve the mixing of fluids, enhance mass transfer, and improve overall heat transfer efficiency. It is suitable for heterogeneous reactions and high-risk or harsh reactions under high temperature, low temperature, and high pressure conditions. The chemical reaction process and related processes, excellent air tightness ensure that the gas-liquid two-phase reaction can be successfully completed, and the small-scale and pilot-scale production processes of pharmaceutical intermediates with strict requirements on mass and heat transfer.
MF-MV9 high temperature and high pressure metal microchannel reactor welding type adopts seamless welding technology to realize the welding of the entire plane instead of the welding edge, and the welding strength is much higher than that of resistance welding and butt welding. The process side of the welded metal microreactor adopts the separation shear-combination-separation shear flow channel model, which takes into account the two factors of mass transfer and pressure drop, and maximizes the efficiency of the mass transfer process on the basis of minimizing the pressure drop. At the same time, heat exchange plates with special heat transfer structure are integrated on both sides of the process plate. Through efficient two-way convective heat transfer, the heat in the reaction process is released, and the small-scale and pilot-scale reaction processes can be safely and stably realized.
McCuflex Continuous Flow Microchannel Reactors are designed to shorten reaction times, reduce solvent waste, increase selectivity, increase yield and product purity, eliminate safety risks, reduce environmental pollution and enable seamless scale-up from laboratory to industrial production.
Continuous flow microchannel reactors are suitable for liquid-liquid, gas-liquid homogeneous or heterogeneous reactions.
1. Basic parameters of continuous flow metal microchannel reactor
Dimensions: 300*300*20mm
Annual flux: 1500 tons/year
Material: 316L, TA2, Hastelloy (HC276), etc.
Runner length: 3m
Operating temperature: -30℃-300℃
Working pressure: 0-70bar
2. Application of continuous flow metal microchannel reactor
· For laboratory research and laboratory scale production.
· Change batch production to continuous production to solve the major hidden dangers of explosion, low efficiency, serious pollution and high energy consumption.
· Extremely exothermic reaction.
· High temperature and high pressure reaction.
· Aggregation
3. Advantages of continuous flow metal microchannel reactors
· Safety: The liquid retention in milliliters is small, and the consumption of raw materials is low.
High flexibility: easy to reorganize reaction modules with two or more feed streams.
· Excellent heat and mass transfer.
