Method for generating charge moisture, discharge device and static dustproof system

Abstract

The invention discloses a method for generating charge moisture, a discharge device and a static dustproof system and aims at providing a method for generating charge moisture with environment protection and without generation of harmful gases, a discharge device and a static dustproof system. The static dustproof system comprises a discharge device, a fan (5) and a dust-collecting device (6), wherein the discharge device comprises a container bracket II (7), a high-pressure static device (2) loaded on the container bracket II (7), and water or water solution (3) introduced into the container bracket II (7); a plurality of fiber beams (8) are arranged on the side wall of the container bracket II (7), one ends of the fiber beams (8) extend into the container bracket II (7) and are in contact with the water or water solution (3), the other ends of the fiber beams (8) penetrate through the side wall of the container bracket II (7); and the water or water solution (3) permeates to the outer surface of the container bracket II (7) from the fiber beams (8).

Description

technical field [0001] The invention relates to a discharge device for generating charged water vapor and an electrostatic dust removal system. Background technique [0002] The basic principle of electrostatic dust removal is to charge the suspended dust in the air, and then adsorb the charged dust to the electrode with the opposite electrical property. Loading tens of thousands of volts and hundreds of thousands of volts of high-voltage static electricity will cause corona phenomenon on the surface and tip of the supply electrode, ionize the air around the corona electrode, and make the air negatively or positively charged. This method not only generates H 2 o - , O 2 - , CO 2 - Negative ions, and also produce ozone O 3 and harmful nitrogen oxides NO X , these small amounts of harmful gases are less harmful to the human body when they are far away from the crowd, but if they are exposed for a long time, they will be very harmful to human health and easily cause lung...

AI Technical Summary

Problems solved by technology

[0002] The basic principle of electrostatic dust removal is to charge the suspended dust in the air, and then adsorb the charged dust to the electrode with the opposite electrical property. Loading tens of thousands of volts and hundreds of thousands of volts of high-voltage static electricity will cause corona phenomenon on the surface and tip of the supply electrode, ionize the air around the corona electrode, and make the air negatively or positively charged. This method not only generates H 2 o - , O 2 - , CO 2 - Negative ions, and also produce ozone O 3 and harmful nitrogen oxides NO X , these small amounts of harmful gases are less harmful to the human body when they are far away from the crowd, but if they are exposed for a long time, they will be very harmful to human health and easily cause lung tissue fibrosis, which is commonly known as "cotton lung" in clinical practice. Irreversible occupational injury disease

Or use the change of the tension relationship between mechanical force and water molecules or use the method of electric filtration to generate charged water vapor. The device using this method has complex structure, inconvenient use and low efficiency

[0003] To sum up, the current methods for electrifying air have defects such as easy generation of harmful gases and environmental pollution, as well as complex structures, inconvenient use and low efficiency.

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