The MF-V9(S) thousand-ton glass microreactor has the advantages of large specific surface area, high mass and heat transfer efficiency, high safety, and small amplification effect. Compared with the traditional batch reaction, it is in the process of reaction amplification and optimization. Medium, it has higher reproducibility, stability and efficiency. In addition, the micro-reactor has a low heat buffer demand, a small floor area, and a high degree of automation, which greatly saves manpower and material resources. The microchannel reactor based on microfluidic technology represents the development direction of green chemical industry.
The MF-V9(S) thousand-ton glass microreactor is a capacity upgrade without magnification structure based on the MF-V6(S) small scale glass microreactor. Compared with MF-V6(S), MF-V9(S) does not amplify the former unit hybrid structure to the same proportion, but transfers the unit hybrid structure of MF-V6(S) in parallel with 8 threads without amplification. , Through the special design of 3-layer heat exchange, 2-layer process, and 1-layer sealing, the flux is increased by 15-20 times, and the heat exchange efficiency is further strengthened, so that the reaction can still be obtained in the case of high flux Good heat transfer control. At the same time, the two major factors of mass transfer and pressure drop are taken into account, ensuring mass transfer without amplification effect and small pressure drop, realizing the maximization of mass transfer and heat transfer efficiency, and safely and stably achieving the thousand-ton pilot production process .
MF-V9(s), liquid holding capacity 80ML, 8-pass parallel connection, 6-layer 3 heat exchange 2 process design, flux can reach 1500-2000T/a, support UV light penetration above 315nm UVB (80% light transmittance) , Schott data) performance is equivalent to Corning G3, and the same flow pressure
· Dimensions: 290×290×21mm;
· Material: Schott BF33 Glass
· Runner size: depth×width=1.4×25mm;
· Runner length: 2.4m;
· Liquid holding capacity: 80mL;
· Suggested temperature: -25℃-195℃;
· Suggested pressure:
· Recommended flow rate on the process side: 0.5-3L/min;
MF-V9(S) application areas: pharmaceutical intermediates, drug synthesis (including outsourcing), fine chemicals, pesticide chemistry, special chemicals, daily necessities industry, nanoindustry, pharmaceutical preparations, polymer modification, etc.
Nanoparticle liposome preparation and mass production, energetic solid material mass production, pharmaceutical intermediate mass production, nitrification and sulfonation reaction pilot production, etc.
MF-V9(S) has successfully realized process cases:
Mike addition reaction of ethylene glycol and acrylonitrile
Nitration of Acetophenone
Nanoparticle liposome preparation