Disinfectant steam disinfection equipment

Abstract

The invention discloses disinfectant steam disinfection equipment, which comprises a disinfectant steam three-stage refining system, a filtering-catalyzing integrated system and a control system, wherein the disinfectant steam three-stage refining system is used for initially atomizing a disinfectant liquid with an ultrasonic atomizing device; a hybrid refining device is used for effectively crushing disinfectant atomized gas molecular groups under the colliding, cutting and crushing actions of air current in an atomized gas hybrid refining device to perform secondary refining on disinfectant atomized gas; an evaporator is used for fully contacting a mixed gas of a disinfectant and the air with the inner wall of the evaporator, heating and evaporating to perform third refining on the atomized gas, so that the aim of outputting ultrafine particulate disinfect steam is fulfilled; the filtering-catalyzing integrated system is used for catalytically decomposing disinfectant gas particles formed by the three-stage refining system to complete filtering and catalyzing work; and the control system is used for controlling the entire process of the three-stage refining system and the filtering-catalyzing system. Due to the adoption of the disinfectant steam disinfection equipment, disinfectant gas is further refined, micro-sized disinfectant gas particles are formed finally, and the decontamination effect and efficiency of disinfectant steam are improved greatly.

Description

technical field [0001] The invention relates to a disinfectant steam disinfection equipment, which is mainly used for biochemical disinfection of sealed spaces. Background technique [0002] Commonly used disinfection methods include spray disinfection and gas jet disinfection. Spray disinfection is to use pressure to spray disinfectant onto the surface contaminated by the virus, which is suitable for the ground, buildings, large equipment, etc. The gas jet disinfection method is to use thermal effect and kinetic energy effect to quickly disinfect large weapons and equipment. These disinfection methods cannot decontaminate electronic equipment and sensitive equipment, nor can they decontaminate the interior of large-scale equipment. They are also highly corrosive, pollute people and the environment, and are difficult to collect and process waste liquid after decontamination. Low decontamination efficiency, large consumption of decontamination agents, heavy logistics suppor...

AI Technical Summary

Problems solved by technology

The atomized gas droplets obtained by the nozzle atomization technology are relatively large, generally above 50 μm, and the steam must be evaporated at high temperature to further refine the steam, but it brings problems such as the decomposition of the disinfectant and the large temperature difference with the disinfection environment.

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