Pipeline water treatment equipment, treatment method and circuit

Abstract

The invention relates to pipe water treatment equipment. A connecting box is mounted at the upper part of a high-magnetic-conductivity core device in a sleeving manner, an insulating box communicates with the upper part of the connecting box, and a circuit board is mounted in the insulating box; a primary winding group and a secondary winding group are arranged in the connecting box, the primary winding group is connected with the circuit board, and the secondary winding group is connected with the high-magnetic-conductivity core device; the high-magnetic-conductivity core device comprises three or more groups of terminals with adjustable sizes and shapes, and the terminals penetrate hollow areas of the primary winding group and the secondary winding group; the high-magnetic-conductivity core device surrounds a pipe. The pipe water treatment equipment has the beneficial effects as follows: environmental pollution can be reduced, the equipment is high in adaptability, applicable to various fluids such as water and the like, applicable to static and flowing liquids as well as metal and non-metal pipes and simple to mount, pipe cutting and welding are not needed, and shutdown is not needed. The pipe water treatment equipment has good scale prevention and removal effects and has the functions of inhibiting growth of algae or bacteria in fresh water or seawater and inhibiting corrosion of iron-containing metal water pipes.

Description

technical field [0001] The invention relates to the technical field of water treatment, in particular to pipeline water treatment equipment, a treatment method and a circuit. Background technique [0002] In the circulating water system, calcium and magnesium ions are easy to combine with carbonate and sulfate to form scale, which adheres to the inner wall of the pipeline, heat exchanger and other equipment. If the water body is heated, scale formation will accelerate. Therefore, equipment such as water heaters, steam boilers, and heat exchangers are particularly prone to fouling, which leads to problems such as reduced heat exchange efficiency, increased fuel consumption, local overheating of heat exchangers, and pipe blockage. Inhibiting the formation and growth of scale through water treatment technology is a commonly used and efficient method in the field of scale prevention and removal. [0003] At present, traditional chemical treatment methods are often used in the ...

AI Technical Summary

Problems solved by technology

However, this method can only accumulate magnetic chips, and the accumulated magnetic chips will block the pipeline

The electromagnetic field method applies an electromagnetic field inside and outside the pipeline for scale inhibition and descaling. This method can achieve a better effect of scale prevention and descaling. However, there are still some shortcomings in the current domestic electromagnetic water treatment technology.

For example, the range of action of the electromagnetic field is very localized, and the delivery of the descaling effect depends on the water flow, resulting in poor scale inhibition effect in the upstream and downstream areas of the water treatment equipment

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