Borealis Flow™ Cost-effective LED photoreactor system for flow chemistry

Borealis Flow LED photoflow reactor system Borealis LED lamp module: Compact, high-power (120W-180W) LED photoflow reactor system Efficient liquid-cooled temperature regula on Independent control of reactor temperature when used with Cold Coil Safety interlock and thermal cut-out The Uniqsis Borealis is a high power LED lamp unit that converts the exis ng Cold Coil standalone coil reactor into a photoreactor for flow chemistry applica ons. Borealis LED lamps are available with fixed wavelengths of 365, 385, 405, 420, 455, 525nm in both 120W and 180W versions. These are powered by either a compact 120W...

Building your system: The complete photoreactor system comprises of the Borealis LED lamp unit, an FEP coil reactor, the Cold Coil standalone reactor module and a matching variable power supply. First, choose a suitable Borealis LED lamp and PSU combina on. The 120W LED lamps are fi9ed with 120x high power LEDs and are powered by the smaller Borealis Scholar analogue PSU. This is a cost-effec ve constant current PSU that allows the lamp intensity to be varied in 20% increments using the rotary control knob on the top of the PSU. The 180W LED lamps are fi9ed with 180x high power LEDs and are powered...

To prevent overheating and/or damage to the LEDs, it is also necessary to actively cool the high-power Borealis LED lamp. For reactio to room temperature, the Borealis lamp module and the Cold Cc may be connected in series with the temperature control module. Alternatively, where the lamp and reactor temperatures are significantly different, it is recommended that the reactor temperature is controlled using the r Jlator, and a separate cooling water supply is used to cool the Boreal LED lamp module. The Borealis Flow photoflow reactor system is completed by the addition of either the Uniqsis...