Composition of D-AMERT high flux microreactor：
Transfer metering unit —Temperature control unit—Micro-reactor—Online analysis unit
Dodgen D-AMERT high flux microreactor technology was developed for large-scale application. The reaction system integrates transportation, metering, temperature control and reaction into one. The reaction channel of the reactor is at the millimeter scale. The materials pass through the mixing elements set inside the reaction channel of the reactor and, during the forced shear and mixing process, the size of the reaction interface is homogenized to the micron scale.
Composition of D-AMERT high flux microreactor：
Transfer metering unit —Temperature control unit—Micro-reactor—Online analysis unit
Rapid temperature response: High-efficiency heat transfer system and extremely short reaction time, instantaneous response for the reaction temperature changes;
Conversion/yield: Short reaction residence time, precise control of reaction time, reduce the by-products and improve the selectivity;
High safety performance: small reaction liquid-holding, quick mass and heat transfer, and avoiding the "Flying temperature" phenomenon;
Continuous production: flexible continuous production process;
No amplification effect: parallel amplification, simple and reliable amplification process;
Device miniaturization: “Refrigerator-on-Wheels” concept, highly automatic controlling;
Low investment cost: low investment, high income, low production management cost, flexible operation.
Preparation of adipic acid by direct oxidation of cyclohexene with hydrogen peroxide;
Preparation of disulfide by photocatalytic aerobic oxidation of mercaptan;
Photocatalytic trifluoromethane alkylation of aromatics and heterocyclic hydrocarbons;
Palladium-catalyzed aerobic oxidation of o-xylene to 3,3 ', 4,4' – tetramethyl biphenyl;
polylactic acid.
Copolymer
Continuous flow heat sensitive and exothermic reaction
Continuous sulfonation reaction
