Preparation and usage methods for plant solid air cleaning agent for eliminating air pollution

Abstract

The invention discloses a preparation method for a Chinese herbal medicine disinfectant for eliminating air pollution through an air purifier. The preparation method comprises preparing 30 g of indigowoad leaf and 16 g of motherwort herb, mixing the bulk drugs, putting the mixed bulk drugs into an extraction pot, adding 600 L of water, heating and extracting for 2 h, obtaining distilled fragrant water from the top of the extraction pot, putting the medicinal residue into the extraction pot, performing secondary extraction to obtain a filtrate and distilled fragrant water; mixing the two kinds of fine medicine soups, filtering and concentrating the filtrate to 600 L, so as to obtain the Chinese herbal medicine disinfectant. The Chinese herbal medicine disinfectant is capable of eliminating air smoking smoke, PM2.5, formaldehyde and ammonia gas with the purification rate of 91-99.9%, is capable of killing influenza virus, legionella bacillus, pneumonia bacterium and staphylococcus albus in air with the direct killing rate of 84-99.9%, and possesses protrude advantages.

Description

Technical field: [0001] The invention relates to a plant crystalline solid air purifier for eliminating air pollution, which belongs to the field of disinfection, and in particular to a plant solid air purifier synthesized by extracting pure plants, which is used in air purifier tanks and has the advantages of being used in dense crowds. Efficient and continuous dynamic elimination of air pollution, continuous sterilization and virus killing, continuous elimination of nitrogen dioxide, sulfur dioxide, hydrogen sulfide, benzene, PM2.5, second-hand smoke, lampblack, formaldehyde and other plant solid air purifiers. Instructions. technical background: [0002] At present, there are many types of sterilizing and disinfecting agents for eliminating air pollution at home and abroad, which cannot continuously and dynamically eliminate air pollution in a dense crowd. People must leave the scene during disinfection and sterilization, and there is no fresh air to drive away odors, and...

AI Technical Summary

Problems solved by technology

[0002] At present, there are many types of sterilizing and disinfecting agents for eliminating air pollution at home and abroad, which cannot continuously and dynamically eliminate air pollution in a dense crowd. People must leave the scene during disinfection and sterilization, and there is no fresh air to drive away odors, and some even cause secondary damage to the environment. Pollution, irritating, corrosive, inconvenient to use and other disadvantages

[0003] 1. Some have good bactericidal effect but high toxicity, cannot sustainably sterilize and eliminate nitrogen dioxide, sulfur dioxide, hydrogen sulfide, benzene, PM2.5, second-hand smoke, lampblack, formaldehyde, etc.;

[0004] 2. Some plant crystals are volatilized, sterilized, virus-killed, and have good effects in eliminating air pollution, but the cost is high, the investment equipment is large, and the production process is complicated;

However, ozone will dry out the nasopharyngeal mucous membrane, burn it, and reduce lung respiratory capacity. It must be carried out in an unmanned environment. The national standard stipulates that 0.15ppm should be used for 8 hours. If the ozone is lower than 0.15ppm, it will sterilize, decompose ammonia, Benzene and aldehyde are poor in effect, and ozone sterilization requires a high concentration to achieve the sterilization effect, and during the sterilization process, the human and machine cannot be in the same room, and it can only guarantee 2-3 hours of clean air, which is very inconvenient;

[0006] 4. Some air purifiers are easy to be blocked by physical adsorption method and filter method, and cannot filter viruses and odors and form secondary pollution;

[0007] 5. Some gas ion air purifiers have the defect of "secondary smog pollution"

[0008] 6. Some are relatively less toxic, but have no technical shortcomings such as sterilization and decontamination effects or ineffective effects

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