Corning Microchannel Continuous Flow Production Silicon Carbide Microreactor

The large specific surface area and continuous operation mode of the reactor make it possible for us to control the reaction process. Compared to traditional batch reaction processes, microreactors have advantages such as high-speed mixing, efficient heat transfer, narrow distribution of reactant residence time, good repeatability, rapid system response and easy control, almost no amplification effect, and low online chemical quantity, thus achieving high safety performance.

Corning High Throughput Microchannel Ceramic Reactor (G4)Suitable for large-scale continuous production of chemicals and possessing the following characteristics:
Annual fluid flux reaches 2000 cubic meters (tons)
Design according to the factory environment to further save floor space
The reaction pipeline has no metal contact and has excellent corrosion resistance.
The reactor design of * * has excellent mass and heat transfer efficiency
Can be equivalently scaled up from G1 reactor to G4 reactor

Corning High Throughput Microchannel Ceramic Reactor (G4)Composition unit:
The G4 reactor is composed of special ceramic functional modules, PFA pipelines, Perlast ® Composed of pads (rings) and stainless steel frames, suitable for chemical production environments. Public utility flange connection

Corning AFR ® Provide a full cycle solution for industrial production from introductory teaching process research and development. In addition, due to the continuous flow reaction, although the microreactor has a small volume, its output can reach the level of conventional reactors.

Due to the control of process parameters by microreactors, the same reaction process can often achieve shorter reaction times, higher yields, higher selectivity, and higher purity in microreactors. Due to improved reaction selectivity and yield, reduced by-products, and the ability to achieve solvent-free reactions, the impact on the environment has been reduced.

The G4 reactor is composed of ceramic fluid modules, which can achieve high flux and large-scale production. It can be integrated with existing factory facilities as a cost-effective solution.