Corning Microchannel Continuous Flow Production Photocatalytic Microreactor

Detailed information on Corning's high-throughput microchannel glass/photochemical reactor (G3):

Corning's high-throughput microchannel glass/photochemical reactor (G3) is suitable for large-scale chemical continuous production and has the following characteristics:

1. Annual fluid flux up to 1000 cubic meters (tons);

2. Flexibly combine reaction modules according to process requirements;

3. Transparent glass is suitable for photochemical reactions;

4. The reaction pipeline has no metal contact and has high-quality corrosion resistance;

5. Reactor design with strong mass and heat transfer efficiency;

6. Temperature range: -25 ℃ to 200 ℃, able to withstand pressure: 18 kilograms;

7. It can be equivalently scaled up from G1 reactor to G3 reactor;

　　Corning High Throughput Microchannel Glass/Photochemical Reactor (G3)Suitable for continuous production of large-scale photochemical reactions:

1. The annual flux can reach 1000 cubic meters (tons);

2. Cooperate with Corning's specially designed LED light source for photochemical scale production;

3. There are six single wavelengths to choose from;

4. Can be seamlessly scaled up from the Corning G1 photochemical reactor process;

5. Lighting on both sides of the glass module - efficient light transmission efficiency;

6. Efficient liquid cooling extends the service life of LED;

7. A stable light source ensures the stability of production;

8. Temperature range: -25 ℃ to 200 ℃, able to withstand pressure: 18 kilograms;

The reactor chip can be flexibly customized, and our company has a complete production system for silicon carbide products, which can be customized and developed according to specific user needs. Scope of use of the reactor: The capacity of this machine is 50L. The inner container of the double-layer glass reactor is used to store the reaction materials, and can be evacuated and stirred at a variable speed. The interlayer can introduce freezing liquid, water, and high-temperature liquid to heat and cool the materials. It is used for experiments, pilot tests, and production of new materials in chemistry, fine chemicals, and biopharmaceuticals.