The CEL-GS100 is an innovative gas-solid reactor module that adopts a back-flow design to optimize the contact between the gas and the catalyst in photocatalytic reactions. This system is crucial for solving common issues like insufficient contact area, uneven flow, and temperature gradient in the reactor, ensuring a high catalyst utilization rate and more reliable experimental data. It is the ideal solution for converting standard photochemical reactors into an efficient gas-solid reaction system.

Key Technical Features:

• Optimized Design: The reaction gas enters the back-flow chamber and flows through a sintering filter element (sand core) with particles smaller than 30 micrometers, ensuring uniform airflow and low gas resistance.

• High Resistance and Material: Constructed entirely from 316L Stainless Steel, the module offers excellent resistance to high temperature, high pressure, and corrosion.

• Thermal Efficiency: Ensures a small temperature gradient, which solves the problem of non-preheating of the raw material gas.

• Analytical Advantage: Allows for the efficient separation of feedstock gas and products, facilitating accurate evaluation of catalyst performance.

• Maintenance and Durability: The design makes catalyst residue easy to clean from the vessel body and features long service life and high mechanical strength.

• Compatibility: It is the most ideal device to be added to existing kettle reactors (e.g., CEL-HPRT, CEL-MPR) to convert them into a tank reactor for gas-solid reaction.