Corning Microchannel Continuous Flow Research and Production Microreactor

Corning Microchannel Continuous Flow Research and Production MicroreactorAdvantage:

*Efficient process development and pilot production platform

*Up to 5 reaction modules can be connected in series

*Up to 10 independently controllable LED arrays

*Flow range: 15 to 250 milliliters per minute

*Pressure range: up to 18 kilograms

*The process developed from G1 photochemical reactor can achieve seamless scaling up on Corning G3 photochemical reactor

Corning's success in reactor technology has brought technological breakthroughs to the field of continuous flow photochemical synthesis.Corning Advanced Flow ® G1 photochemical reactorIt is based on Corning Advanced Flow ® The G1 reactor and specially designed high-efficiency light source system ensure that photochemical synthesis can be carried out under very evenly distributed ultraviolet light irradiation, and have the following characteristics:

*Better reaction performance

*Higher yield

*Better production efficiency

*More evenly absorb the light energy passing through the reactor channel

Corning Advanced Flow ® G1 photochemical reactorOn the one hand, it can meet users' requirements for photochemical reactions and specific light sources, and on the other hand, it allows users to enjoy Advanced Flow ® The benefits brought by the high-quality heat and mass transfer performance of the reactor.

*Adjustable LED light source with multi wavelength array available: 365nm 385nm 405nm 485nm 610nm and visible light source 4000k (white)

*Lighting on both sides of the glass module - efficient light transmittance

*Variable light intensity LED light source - typically up to 100 milliwatts per square centimeter

*Safe Operation - Low Temperature UV Lighting Technology

*Efficient liquid cooling extends the lifespan of LEDs

*The stable light source ensures the reproducibility of the experiment