Characteristics of Tube Reactors

The features of the tubular reactor: 1) Its internal structure resembles that of a static mixer, allowing different fluids entering the enhanced heat transfer and mixing reactor to mix well. However, it differs from conventional static mixers in the design of its internal units.

The internal components are made from finer tubing rather than sheets, allowing the inner tubes to either convey heating or cooling media. This not only ensures thorough mixing within the internal units but also provides a significantly larger heat transfer surface area.

The feature 2 of the tubular reactor: specifically designed for enhanced heat transfer processes in high-viscosity media. The J H-Ⅰ type enhanced heat transfer mixing reactor does not require combination with other accessories; it connects directly to the pipeline, suitable for 3,000 mm...

Bo ~ 450,000 cSt high viscosity medium, its heat transfer coefficient can reach 100-400 W/m²°C, which is 4-5 times higher than that of a common tube bundle heat exchanger.

Feature 3 of the tubular reactor: For strongly exothermic liquid/liquid reaction processes, the J H-Ⅱ type enhanced heat transfer mixed reactor can be used. The J H-Ⅱ type enhanced heat transfer mixed reactor is horizontally installed and equipped with an S V-type...

Static mixers, as accessories, are required for longer residence time liquid/liquid reactions where immiscible liquid phases need to be uniformly mixed, and the length of the static mixers is also longer at this point.

Reactor modules can be interconnected with 180° elbows.

Feature 4 of the Tubular Reactor: The reinforced heat transfer and mixing reactor allows different fluids to mix well within it, while also enhancing the heat transfer process for high-viscosity media, making it particularly suitable for use in polymerization.

The reactor features uniform temperature distribution at the same cross-section of the J H-IV model, which not only benefits the quality of polymer products but also enhances the conversion rate of the polymerization reaction. From monomers to complete polymerization,

The viscosity of the reaction material changes from low to high, with higher polymerization degree resulting in greater viscosity.