Pipeline reactor for sufficient reaction with self-cleaning function

Abstract

The invention provides a pipeline reactor for a sufficient reaction with a self-cleaning function and relates to the field of pipeline reactors. The pipeline reactor for the sufficient reaction with the self-cleaning function comprises a main pipeline, wherein a secondary pipeline, heating grooves, heating rings, a rhombus inner container, a jacket and an inner tube are arranged inside the main pipeline; a rolling sleeve and a rotating sleeve are arranged on the outer side of the inner tube; rolling grooves, roll beads, connecting rings and auxiliary paddles are arranged on the inner side of the rotating sleeve; nozzles, guide tubes and water inlet funnels are arranged on the inner side of the inner tube; and the heating grooves are positioned in the inner side of the main pipeline. By adopting the pipeline reactor for the sufficient reaction with the self-cleaning function, due to adoption of the rhombus inner container, and with the combination of the inner tube, the water inlet funnels, the guide tubes, the nozzles, the auxiliary paddles and a stirring rod, when two different test liquids are respectively poured into the rhombus inner container and the inner tube, a first test liquid is stored in the rhombus inner container, and a second test liquid is stored in the inner tube.

Description

technical field [0001] The invention relates to the technical field of pipeline reactors, in particular to a pipeline reactor capable of sufficient reaction and self-cleaning function. Background technique [0002] However, most of the existing reactors on the market, especially the pipeline reactors, often need to lay a very long pipeline to fully react the substances in the pipeline when they are used. Therefore, such pipeline reactors are not only expensive, but also occupy A large amount of land area is very inconvenient to use, and most of the current pipeline reactors are often unable to clean the residual reaction substances in the pipeline after use, which will affect the use of the pipeline reactor for reaction again. When the reactants can not react well, resulting in the failure of the reaction experiment, so we propose a pipeline reactor that can fully react and has a self-cleaning function to solve the above-mentioned problems. Contents of the invention [00...

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Problems solved by technology

[0002] However, most of the existing reactors on the market, especially the pipeline reactors, often need to lay very long pipelines to fully react the substances in the pipelines when they are used. Therefore, such pipeline reactors are not only expensive, but also occupy A large amount of land area is very inconvenient to use, and most of the current pipeline reactors are often unable to clean the residual reaction substances in the pipeline after use, which will affect the use of the pipeline reactor for reaction again. When the reactant can not react well, leading to the failure of the reaction experiment, so we propose a pipeline reactor that can fully react and has self-cleaning function to solve the above-mentioned problems

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