Tubular molded body capable of completely wrapping membrane module and industrial filter device using the tubular molded body

Abstract

The present invention relates to a tubular molded body capable of full-wrapping a membrane module, and an industrial filter assembly using the same. The tubular molded body of the present invention is a molded body consisting of a transparent plastic material and having a constant outer diameter that protects the membrane module through a simple manipulation using a physical fastening means to minimize the space for water stagnation, and prevents the accumulation of Mg2+ and Ca2+ to avoid a rise of the differential pressure caused by contaminants. Furthermore, the present invention provides an industrial filter assembly including a tubular molded body encasing from one end to the other of the membrane module, an industrial facility vessel protecting the exterior of the tubular molded body.

Description

technical field [0001] The present invention relates to a tubular molded body that can completely wrap a membrane module and an industrial filter device using the tubular molded body, more particularly, to a tubular molded body and an industrial filter using the tubular molded body device wherein a tubular molded body of transparent plastic material can be used as an alternative to conventional wrapping processes using wrapping solutions through simple handling with physical fasteners to protect membrane components simply by assembly, and The time and cost required for the wrapping process are reduced by eliminating the need for separate equipment necessary for the wrapping process, and the stagnation of supply water is minimized by installing the product, which is formed by forming in the tubular molded body The holes on the top solve the problem of water stagnation and improve the pressure difference. Background technique [0002] The membrane module manufacturing process...

AI Technical Summary

Problems solved by technology

[0010] However, this wrapping process has difficulties in changing the labels on the wrapped products, and requires independent wrapping equipment and a dedicated curing room

In addition, this package has the following problems: the difficulty of cleaning the package equipment, the need for finishing work on the outside of the product, and the need to install end caps on the components

[0011] In this conventional encapsulation process, the use of an encapsulation solution containing epoxy resin results in a long curing time of about 6 to 12 hours due to the humidity of the epoxy resin, resulting in difficult handling work

Since the curing degree and curing time depend on the mixing ratio of epoxy resin and curing agent in the coating solution, the problem with this coating process is that the mixing ratio is difficult to control, and improper mixing ratio of the coating solution will result in the scrapping of the solution , resulting in additional costs for waste disposal

[0014] In order to solve the problem of the wrapping process in the traditional membrane module manufacturing process, the inventors of the present invention have succeeded in providing a plastic molded body that can completely wrap the membrane module

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