MF-V9G Continuous Flow Photochemical Reactor

Pilot-scale and Industrial Production Continuous Flow Photochemical Reactor, which can be used for LED light sources greater than 280nm with a flow range of 0.5-3L/min. The photoreactor can be used for liquid-liquid, gas-liquid photocatalysis

  • Temperature range: -55℃-195℃
  • Pressure tolerance: ≤ 16 bar
  • Flow rate: 0.5-3L/min
  • Flexible volume: 238mL
  • Summary: The MF-V9G high-throughput continuous flow photochemical reactor has a small footprint, better reaction performance, higher yield, better production efficiency, efficient light transmittance and more uniform light energy absorption. MF-V9G high-throughput photochemical reactor is suitable for experiments or continuous production of large-scale chemicals.

MF-V9G FLOW PHOTO REACTOR

Pilot-scale and Industrial Production Photo Reactor

MF-V9G FLOW PHOTO REACTOR

MF-V9G Continuous Flow Photochemical Reactor

  • Flow Rate : 500 to 3000 ml/min

  • Temperature : -55℃ to 200℃

  • Pressure : Up to 16  barg

  • Materials : Glass FFKM PFA Perfluoroelastomer Or 316L

  • Fludic Module : 136ml or 238ml internal volume (per fluidic module)

  • Options : PLC

Features

• Designed for photochemistry with integrated LED lighting

• Outstanding mixing and heat exchange: a variety of designs to choose from

• Large internal volume

• High residence time

• Highly flexible

• Seamless scale-up with MF-V6G photo reactor products

• High chemical durability

• Wide chemical compatibility

• Suitable for various liquid-liquid or gas-liquid mixing, compatible with some solid particles reactions

• Useful in photochemical & UV induced reactions

• Compatible with all reagents except hot concentrated alkali, molten alkali metal, hot concentrated H3PO4, HF, and strong corrosive agent, it can run stably for a long time

Lighting module features

• Monochromatic LED irradiation (different wavelenghts available on demand,≥280nm)

• Efficient light penetration with both sides of fluidic modules illuminated

• Safe operation with low temperature lighting technology

• Extended LED lifetime due to efficient liquid cooling

• Lignt intensity is tunable 

• Stable light source ensures experimental repeatability

• LEDs(Light Emitting Diode) arrays offer precise control over wavelength and intensity, allowing tailored light conditions for specific reactions. They are energy-efficient and have a longer lifespan compared to other light sources


Advantages of continuous stream photochemistry in organic synthesis: rapid mixing, rapid heat exchange, heterogeneous chemistry, scalability, safety, increase the irradiance of the reaction mixture, improve the selectivity and reproducibility of the reaction, and achieve one or more steps Step reaction, effective mixing to increase mass transfer and heat transfer.