Microbe decomposition device

Abstract

The invention belongs to the field of environmental protection, and provides a microbe decomposition device, which comprises an air purification treatment device, wherein the air purification treatment device comprises at least two layers of glass sheets vertical to the horizontal plane; a gap is formed between two adjacent layers of glass sheets; two side faces of the glass sheets are respectively provided with a photocatalyst coating; at least one layer of glass sheet is provided with at least one ultraviolet generator; a plasma generator is arranged above the air purification treatment device; and a fan is arranged below the air purification treatment device. Molecules of organic compounds in the air are decomposed into atoms through nano-scale platinum, the atoms are reduced into water, carbon dioxide and oxygen again through the optical catalysis of titanium dioxide, the propagation and growth of microbes are effectively inhibited, the current situation that the microbes can be killed by spraying chemical agents in the indoor air is avoided, and the problem that the total volatile organic compound in the indoor air is overproof is solved.

Description

technical field [0001] The invention belongs to the field of environmental protection, and in particular relates to an air disinfection treatment device, in particular to a microbial decomposition device. Background technique [0002] Domestic disinfection generally adopts natural ventilation, ultraviolet light irradiation disinfection, ozone generator disinfection, chemical agent disinfection, and air purifier disinfection. Ultraviolet lamp irradiation and ozone generator are traditional air disinfection methods. Although they have a certain disinfection effect on the air, they are easily affected by irradiation time, disinfection distance, temperature, humidity, etc. Operating room, etc.) the effect is not ideal, often sprayed with chemical disinfectant to further strengthen the disinfection effect, and keep it in a sealed room for a certain period of time, no living organisms can be left in the room, and the doors and windows of the room should be closed after the disinfe...

AI Technical Summary

Problems solved by technology

Although it can reduce the number of colonies, it also causes secondary pollution to the environment, and discharges harmful chemicals into the room and the atmosphere. Moreover, this disinfection method cannot be used in infectious disease wards and biological laboratories where living organisms live. use

Although the spraying of chemical agents for disinfection has obvious sterilization effects, the sequelae left behind are long-term latent and harmful. Disinfectants (peracetic acid C 2 h 4 o 3 , sodium hypochlorite, NaClO and other organic compounds) while killing viruses and bacteria, the residue of disinfectants in the room is also a serious source of pollution. Infectious disease hospitals spray disinfectants on wards every day, which will cause serious subtle damage to the human body

[0003] From the technical point of view, it is difficult to make unconventional indoor air (such as operating room) meet the "indoor air quality standard GB18883-2002" and the number of colonies in the operating room. After 10 minutes of air-conditioning and ventilation, although the number of colonies can meet the requirements of the surgical environment, the total amount of volatile organic compounds (TVOC) in the indoor air often seriously exceeds the standard. Doctors perform surgery in an indoor environment where the TVOC of organic compounds exceeds the standard. The degree of harm to patients is self-evident, and this problem is very difficult and difficult to balance

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