Integrated circulating water treatment device

Abstract

The invention provides an integrated circulating water treatment device, which comprises a tank body, wherein a water inlet system is arranged at a water inlet on one side of the tank body; a sterilization and algae removal device, a scale removal device and a scale inhibition device are connected below the water inlet system in sequence; the scale inhibition device is then connected with a wateroutlet system; the water outlet system is arranged at a water outlet of the tank body; a sensor unit and a central control system are also arranged in the tank body; the water inlet system, the wateroutlet system, the sterilization and algae removal device, the scale removal device, the scale inhibition device and the sensor unit are all connected with the central control system; the central intelligent control system is connected with a remote transmission system to be communicated with a cloud through the remote transmission system. The integrated circulating water treatment device integrates sterilization, algae removal, scale removal and scale inhibition together to realize comprehensive treatment of circulating water and complete functions. During installation and use of the device,a factory does not need to stop the operation; the equipment uses an integrated design, so that the problem that scale inhibition equipment needs to be mounted in a distributed manner on a circulatingwater pipeline in the prior art is avoided; the scale prevention effect is good.

Description

technical field [0001] The invention belongs to the technical field of water treatment, and in particular relates to an integrated circulating water treatment device. Background technique [0002] Microorganisms, scale and corrosion are the three main causes of damage to water systems. In the circulating water system, scale is formed by supersaturated water-soluble components, and various salts are dissolved in the water, such as bicarbonate, carbonate, chloride, silicate, etc., and insoluble salts are easy to reach Supersaturated state and crystallization in water, especially when the water flow velocity is small or the heat transfer surface is rough, these crystalline precipitates will be deposited on the heat transfer surface, forming what is commonly called scale. The microorganisms in the water system mainly come from the air and supplementary water. The microorganisms will photosynthesize with carbon sources such as carbon dioxide and bicarbonate in the water, absorb ...

AI Technical Summary

Problems solved by technology

The massive reproduction of microorganisms in the circulating water system will turn the circulating water black, produce stench, and pollute the environment

Failure to effectively solve such problems will lead to the unsafe operation of the circulating water system and cause serious economic losses.

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