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Interactive visualization helps students easily grasp the workings of flow chemistry reactions.
Continuous microchemical synthesis technology is a leading direction in chemical engineering and chemical industry development.Emplovina this technoloav in chemical svnthesis and transformation can decrease reactor size. boost process eliciency and selectivitvand enhance process safety. Given the growing need for stringent safety and environmental protection, continuous microchemicalsynthesis technology attracts more and more interest
Mixing performance, interfaclal mass transfer, and reaction behavior in the microreactor form the foundation for its advantaaes. Due tcthe scale effect in the microreactor, its mixing albility, interfacial mass transfer, and reaction behavior difer significantly from tradlitionalstirred tank reactors.
This device is designed based on continuous microreaction synthesis technology. Students are encouraged to explore microscale effectsin the microreactor through experimental characterization and to understand the actual continuous microreaction synthesis processthrough simulation experiments. They should master the operation of continuous microreactors and deepen their understanding of thistechnology.