Circulating cooling water treatment apparatus

Abstract

The invention relates to a circulating cooling water treatment apparatus. The apparatus comprises a rotary switch, a liquid adding hole, hollow connection rods, an internal scraper, a liquid dispersion chamber, a wiring tube, a water treatment sleeve and an electric control cabinet, the water treatment sleeve is provided with the electric control cabinet and a liquid storage room used for containing a cleaning liquid, the liquid storage room is provided with the liquid adding hole, the water treatment sleeve is connected with an ultrasonic wave generator through a bottom support, the electric control room is electrically connected with the electric control cabinet and the ultrasonic wave generator through the line tube, one ends of the hollow connection rods are connected with the liquid storage room, the other ends of the hollow connection rods are connected with the liquid dispersion chamber, and the lower portion of the liquid dispersion chamber is provided with a hole allowing the cleaning liquid to permeate to the internal scraper arranged on the inner wall of the water treatment sleeve. The apparatus has the advantages of self cleaning, environmental protection, high efficiency, realization of the circulating cooling water treatment through the organic combination of ultrasonic waves, ultraviolet ray and photo-catalysis, full utilization of clean low-cost solar energy and a photo-catalytic system almost having no material loss, stable running, maintaining convenience, and high automation degree.

Description

technical field [0001] The invention is a self-cleaning purification device that uses ultrasonic technology and photocatalytic technology to jointly treat circulating cooling water, especially relates to an anti-scaling and descaling device for inactivating microorganisms in a circulating water system, which belongs to the processing device for circulating cooling water Innovative Technology. Background technique [0002] There are generally three major problems in the circulating cooling water heat exchange system: scale, corrosion and microorganisms. Among them, the influence of microorganisms is particularly serious. During the cooling process, the circulating cooling water inhales a large amount of dust, silt, and microorganisms in the air. The microorganisms reproduce in large numbers under suitable conditions, and combine with dust to form biological slime that deposits in the cooling tower and heat exchange equipment, reducing the cooling capacity of the cooling towe...

AI Technical Summary

Problems solved by technology

Physical methods include electric field and magnetic field for anti-scaling, but their effects are temporary and conditional

Chemical descaling is to use chemical agents to purify water quality, but the various agents used are not only corrosive, toxic, and harmful to the human body, but also need to be repeatedly injected during use, which increases the investment of human and financial resources, and needs to be stopped. production, causing unnecessary losses

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