Multifunctional magnetic super-processor

Abstract

The invention provides a multifunctional magnetic super-processor which is a machine used for preventing and removing contaminations, sterilizing and removing algae by utilizing the combined action of magnetic force and ultrasonic waves. The multifunctional magnetic super-processor comprises a magnetizer comprising a permanent magnet, a fixing device and a shielding shell, an ultrasonic device comprising an ultrasonic generator, a transmission cable and an energy transducer; the multifunctional magnetic super-processor decomposes and removes scale erosion attached on the pipe wall by utilizing the magnetization action of the permanent magnet and the acoustic vibration generated by the ultrasonic generator, thereby achieving the effects of preventing and removing scale; meanwhile, fluid in a pipeline cuts magnetic field lines and generates electric current inside the fluid, which causes that partial water in the fluid is electrolyzed to generate single atomic oxygen, therefore, the living environments of algae and microbial cells are damaged by combing with the vibration of ultrasonic waves, dissolved oxygen in the water can be enclosed and blocked by activated water molecules, the oxygen source for carrying out vital movement is cut off, thereby achieving the aims and the effects of sterilizing and removing algae.

Description

technical field [0001] The invention relates to a processing device capable of changing the molecular structure in water, specifically referring to a combination of a magnetizer using a strong magnetic material and an ultrasonic device based on a weak magnetic material, which is used to treat the cooling water circulation system. Processor for online anti-scaling, descaling, sterilization and algae killing. Background technique [0002] Boiler and cooling circulating water systems, pipelines and equipment will form a thick and thin scale layer on the inner wall of the water pipe after long-term operation, and the existence of scale will seriously affect the heat transfer effect and block the pipeline, which wastes energy and brings safety hazards , which also greatly shortens the service life of the pipe string. At present, the method of removing scale is to add chemicals to prevent pipe scaling. It is a passive operation method. Once the inner wall of the pipe is scaled, ma...

AI Technical Summary

Problems solved by technology

[0002] Boiler and cooling circulating water systems, pipelines and equipment will form a thick and thin scale layer on the inner wall of the water pipe after long-term operation, and the existence of scale will seriously affect the heat transfer effect and block the pipeline, which wastes energy and brings safety hazards , which also greatly shortens the service life of the pipe string. At present, the method of removing scale is to add chemicals to prevent pipe scaling. It is a passive operation method. Once the inner wall of the pipe is scaled, manual descaling is required. , but this method is easy to cause water pollution, and the operation is complicated, the cost is high, and it needs to be shut down to remove it, which not only affects the normal work, but also the effect of descaling is not ideal

At the same time, microorganisms, algae and snail eggs in the water reproduce and grow faster in a suitable environment. They attach to the pipe wall, accelerate corrosion, block the pipeline, seriously threaten safe production, cause huge waste, and cause many safety accidents

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