Liquid-magnetization-based high-concentration gas-liquid two-phase mixed atomizer

Abstract

The invention discloses a liquid-magnetization-based high-concentration gas-liquid two-phase mixed atomizer. The liquid-magnetization-based high-concentration gas-liquid two-phase mixed atomizer comprises a liquid inlet pipe, a liquid speed adjusting valve, a laval pipe, a magnetization mixer, a primary atomizer, an atomization nozzle, a compressed air pipe and a gas distribution valve. The liquid inlet pipe communicates with the liquid speed adjusting valve, the laval pipe, the magnetization mixer, the primary atomizer and the atomization spray head sequentially. The novel structure is reasonable in design and convenient to use, dissolution of ozone in water can be increased in a magnetized water mode, and thus the concentration of ozone water is increased so as to ensure the disinfection effect. The atomization effect is ensured in a secondary atomization mode, meanwhile, due to arrangement of a rotational flow channel, jet flow at a nozzle is stable, speed fluctuation is not generated, and the equipment cost is reduced.

Description

technical field [0001] The invention relates to a mixed atomizer, in particular to a high-concentration gas-liquid two-phase mixed atomizer based on liquid magnetization. Background technique [0002] As we all know, there should be certain conditions for any substance to change. For water to be magnetized and magnetized to have a certain effect, certain conditions must also be met. The main conditions for water to be effectively magnetized should generally have the following aspects: 1) Water should Have a certain conductivity, not high-purity non-conductive pure water such as distilled water, otherwise the water will not be magnetized; 2) The water flow should be perpendicular to the magnetic force lines, and a certain amount of water flow should be used to cut the corresponding magnetic field strength and corresponding Density of the magnetic field lines, otherwise it will not be effectively magnetized; 3) There should be sufficient speed when the water flow cuts the magn...

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Problems solved by technology

[0003] In chemical production, it is often necessary to perform disinfection and sterilization operations. Generally, the ozone water will be atomized and sprayed on the area that needs to be disinfected. To ensure its anti-virus effect, in addition, its subsequent atomization degree is also poor, which will produce speed pulsation, resulting in discontinuous liquid supply and spraying

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