Flow Chemistry Teaching Platform

Microchemical continuous synthesis technology is one of the leading directions in the field of chemical engineering and the highest point of the development of the chemical industry. Applying this technology to chemical synthesis and conversion can reduce reactor volume, improve process efficiency and selectivity, enhance process safety, and in the context of increasingly strict safety and environmental requirements, microchemical continuous synthesis technology has received increasing attention.
The mixing performance, inter-phase mass transfer characteristics and reaction behavior within the microreactor are the basis for realizing the advantages of microchemical continuous synthesis. Due to the scale effect within the microreactor, its mixing, inter-phase mass transfer and reaction behavior are significantly different from those of traditional stirred tank reactors.
This instrument is based on microchemical continuous synthesis technology and encourages students to understand the microscale effects within the microreactor through experimental characterization, understand the actual microchemical continuous synthesis process through simulation experiments, preliminarily master the continuous synthesis operation of the microreactor, and deepen their understanding of this technology.

Features

• The instrument software is equipped with teaching courseware, featuring a full-process visual and interactive operation mode.

• The experimental choices are representative, using color changes to enable students to intuitively understand the mechanism of flow chemical reactions.

• The instrument operation is simple. The combination of the micro-reactor and the experimental courseware achieves a perfect match.

Specifications