Circulating system for glass fibre cooling water

Abstract

The invention discloses a circulating system for glass fibre cooling water. The circulating system for the glass fibre cooling water comprises a water pond, a disinfecting water tank, a settling pond,a filtering box and a water collecting trough which are arranged out of a factory; the water pond is connected with the filtering box through a water conveying pipeline; a pressurizing pump is arranged in the filtering box; the pressurizing pump is connected with atomizing spraying heads on a glass fibre cooling line through pipelines; the water collecting trough which is used for collecting waste water is formed below the glass fibre cooling line; the water collecting trough is connected with the settling pond through a water returning pipeline; the settling pond is connected with the disinfecting water tank through a pipeline; a water quality monitoring sensor is arranged in the disinfecting water tank; the disinfecting water tank is connected with the water pond through a pipeline; anelectric valve is arranged on the connecting pipeline of the disinfecting water tank and the water pond. The circulating system for the glass fibre cooling water is simple and novel in structure; thepurpose of saving water and reasonably utilizing water resources are achieved.

Description

technical field [0001] The invention relates to the technical field of industrial cooling circulation, in particular to a circulation system for glass fiber cooling water. Background technique [0002] As a relatively cheap resource, water is widely used as a cooling medium in industrial cooling projects. About 70% of industrial water is cooling circulating water, and cooling water is a key factor in process production test and a guarantee factor of product quality, which plays a vital role in industrial projects. Therefore, in today's increasingly scarce water resources, the energy saving of cooling water has very important economic and social significance for enterprises. At present, some large-scale industrial projects, such as thermal power plants and iron and steel plants, have adopted a large number of cooling water circulation systems, and the water energy conservation of these large-scale projects has also received great attention, and they have relatively complete ...

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Problems solved by technology

[0003] When producing glass fiber, it is necessary to use water cooling to cool down and harden the high-temperature glass fiber, otherwise it will not be able to enter the next step of winding work. The traditional cooling method is to directly use the water in the pool outside the factory for heating. The collected waste water is not treated correspondingly to the cooling water, but is directly discharged into the pool, which is likely to cause the death of microorganisms in the pool, thereby causing the water in the pool to deteriorate and stink. Therefore, there is an urgent need for a method that can change the traditional model The water cycle method that brings disadvantages

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