Uniform ion exchange resin granule production equipment

Abstract

The invention relates to uniform ion exchange resin granule production equipment, and belongs to the field of resin production equipment. The uniform ion exchange resin granule production equipment comprises a monomer generation system and a monomer forming system, wherein the monomer generation system comprises a monomer box and a fluidized pipeline; the top of the monomer box is connected with the fluidized pipeline, and the bottom of the monomer box is provided with a raw material inlet and a liquid discharge port; the outer wall of the monomer box is provided with a viewing mirror; the monomer box is internally provided with a shower spray head, and the monomer box is connected with a vibrating motor; the connecting position of the monomer box and the fluidized pipeline is provided with a ripple compensator; the monomer forming system comprises a fluidized tank and a heating tank; the fluidized tank is provided with an upper cover; the upper cover is provided with an air exhaust port; the bottom of the fluidized tank is connected with the heating tank through a flange; the fluidized tank and the heating tank are provided with fluid circulating pipelines; the fluid circulating pipelines are connected with a circulation motor; and the bottom of the heating tank is provided with a discharge port. The uniform ion exchange resin granule production equipment disclosed by the invention can improve the diameter uniformity of ion exchange resin monomer granules, enhances the product spheroidization rate, reduces the cost and increases the production efficiency.

Description

technical field [0001] The invention relates to the technical field of resin production equipment, in particular to a uniform production equipment of ion exchange resin particles. Background technique [0002] Ion exchange resin is widely used in industrial and scientific research fields such as material purification, water treatment, catalytic reaction, drug separation and purification, etc., and its matrix is ​​a bead formed by suspension copolymerization of styrene and divinylbenzene. The particle size of ion exchange resins in practical applications must be controlled within a certain range according to the requirements of use. [0003] In the current industrial suspension polymerization process, the reactor is mainly used to stir and shear to produce monomer particles. Due to the uneven spatial distribution of the stirring and shear force in the reactor, the resulting monomer particle size will be uneven and a considerable part White ball particle size does not meet th...

AI Technical Summary

Problems solved by technology

[0003] In the current industrial suspension polymerization process, the reactor is mainly used to stir and shear to produce monomer particles. Due to the uneven spatial distribution of the stirring and shear force in the reactor, the particle size of the produced monomer will be uneven and a considerable part White ball particle size does not meet the requirements

This will increase production costs, increase energy consumption, waste resources, and cause greater environmental pollution

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