Polymerization Reaction Technology Introduction Polymerization Reaction Technology is a continuous polymerization approach based on static mixing reactors.The reactor integrates high-efficiency mixing and heat-transfer structures, enabling stable reaction and mass transfer without mechanical moving parts. The technology is designed for liquid–liquid…
Reactive Distillation Technology Introduction Structured catalyst supports are used and applied in gas-liquid reaction systems. These advanced catalyst particles are firmly fixed between two layers of metal wire mesh, forming a unique “sandwich” structure. Each sheet is corrugated, creating flow…
Static Mixer Technology Introduction Static mixer technology is a process intensification method that uses fixed internal elements installed within pipelines to modify fluid flow patterns and achieve efficient mixing.The technology relies entirely on the kinetic energy of the flowing media…
Microchannel Reaction Technology Introduction DODGEN microchannel reaction technology integrates continuous-flow operation with high specific surface-area reactor design.By employing micron-scale flow channels, the technology addresses mass-transfer and heat-transfer constraints commonly observed in conventional stirred-tank reactors. This approach is suited for fast…
Falling Film Evaporation Technology Introduction Falling film evaporation feeds the process liquid into the upper tube box of the heating chamber of a falling film evaporator. After passing through the liquid distribution and film-forming device, the liquid is uniformly distributed…
Extraction Technology Introduction DODGEN unique liquid-liquid extraction or high-efficiency centrifugal liquid-liquid separation technology based on the principle of similar dissolution and density difference, appropriate extractant and extraction equipment will be required to extract the substance from the matrix liquid. It has…
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