Journal of Chemistry and Chemical Research

Tubular reactors are widely used in the process of organic synthesis, and their heat transfer efficiency has an important impact on the reaction rate, product selectivity and energy efficiency. This paper analyzes the key factors affecting the heat transfer efficiency of tubular reactors, including the reactor structure, fluid flow characteristics, heat conduction performance and operating parameters. Through experimental and theoretical analysis, the importance of optimizing heat transfer efficiency for improving reaction performance and energy conservation and emission reduction is revealed. Furthermore, how to improve the heat transfer efficiency by reasonably designing the flow field in the reactor, selecting appropriate heat exchange media and adjusting the reaction conditions is discussed. Finally, some effective strategies for improving the heat transfer efficiency of tubular reactors are proposed.

Tubular reactor; Organic synthesis; Heat transfer efficiency; Heat conduction; Reaction optimization