Precise temperature control system and method for micro reaction experiments

Abstract

The invention discloses a precise temperature control system and method for micro reaction experiments. The system comprises a micro reactor and a temperature control system. The method comprises thesteps: step one, determining the temperature of a micro-reaction experiment; step two, setting the temperature of heat-preserving liquid; step three, leading reaction liquid; step four, collecting a temperature value of a micro-channel reactor; step five, determining whether the actual measurement temperature of a reaction material mixing plate is equal to the set temperature of the micro-reactionexperiment; step six, maintaining the heat-preserving liquid to be unchanged; step seven, determining whether the actually measured temperature of the reaction material mixing plate is greater than the set temperature of the micro-reaction experiment; step eight, determining whether the actually measured temperature of a reaction material input plate is greater than the set temperature of the micro-reaction experiment; step nine, determining whether the actually measured temperature of the reaction material input plate is lower than the set temperature of the micro-reaction experiment; step ten, reducing the temperature of the reaction material input plate; step eleven, reducing the temperature of the mixing material output plate; step twelve, increasing the temperature of the reaction material input plate; and step thirteen, increasing the temperature of the mixing material output plate. Therefore, the reaction temperature in the micro-reaction process can be controlled effectively and accurately.

Description

technical field [0001] The invention belongs to the technical field of micro-reaction temperature control, and in particular relates to a precise temperature control system and method suitable for micro-reaction experiments. Background technique [0002] The chemical industry plays an important role in people's production and life. Since the 21st century, the chemical process is developing towards high efficiency, rapidity, easy control, safety and environmental protection. At present, the most innovative and fastest-growing technology is micro-reaction technology. Micro-reaction technology involves the fields of chemical engineering, materials, micro-processing and microelectronics. It is highly comprehensive in various disciplines, reflecting the characteristics of modern scientific development. [0003] As one of the important means of chemical process intensification, micro-reaction technology has the advantages of both process intensification and miniaturization. With i...

AI Technical Summary

Problems solved by technology

However, in the micro-reaction process, the reaction time is short, and the local temperature or pressure fluctuates greatly. If the control is not proper, the reaction may not meet the design requirements, resulting in low reaction efficiency and other problems.

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