Stinking waste gas purification device

Abstract

The invention discloses a stinking waste gas purification device. The waste gas purification device at least comprises a waste gas collecting part and a reactor, the reactor at least comprises an atomizing reaction chamber, and the waste gas collecting part is connected with the atomizing reaction chamber; a liquid recycling chamber is arranged at the bottom of the atomizing reaction chamber, at least one nozzle is arranged at the top of the atomizing reaction chamber, and the nozzles are connected with the liquid recycling chamber through a liquid delivery pipe. By means of the stinking wastegas purification device, through the arrangement of an ultrasonic generator and ultrasonic resonators, smashing of an agent sprayed out by the nozzles is further completed, so that the sprayed agentis in a molecular particle level, that is, the superficial area of particles of the agent is increased, the contact area of the agent and gas molecules is increased, and thus the reaction probabilityof the agent and odorous substances is increased; meanwhile, through ultrasonic waves generated by the ultrasonic resonators, the molecular heat motion of the particles of the agent and stinking wastegas is intensified, the reaction speed of the vaporific agent and the stinking waste gas is further increased, the reaction speed of the agent in the liquid recycling chamber and the molecules of thestinking waste gas is increased, and the efficiency of gas purification is improved.

Description

technical field [0001] The invention relates to the waste gas treatment field, in particular to a malodorous waste gas purification device. Background technique [0002] Residential garbage transfer stations, sewage treatment chiefs, breeding farms, toilets and other places usually produce a large amount of malodorous gas. The malodorous gas not only smells bad but also contains many harmful components, which has a negative impact on people's health and the surrounding environment. . Therefore, how to effectively deal with malodorous gas has become an urgent problem to be solved. [0003] At present, most of the traditional methods are still used in the treatment of malodorous gases in the prior art, mainly including: combustion method, activated carbon adsorption method, biological decomposition method, chemical spraying method, plasma method and so on. The above treatment methods are based on different deodorization principles to purify the malodorous gas. Although the o...

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Problems solved by technology

The deodorizing effect of this method is greatly affected by the environment, and the effect is not stable enough

[0006] When the existing device uses the chemical spraying method to control the odor, because the particle size of the chemical is uncontrollable during the spraying process, the probability of contact between the chemical and the gas is reduced

Moreover, it takes a certain amount of time for the chemical reaction to occur after the agent contacts the gas. Therefore, in order to ensure the odor treatment speed of the existing device, the reaction efficiency is guaranteed by increasing the volume of the atomized agent reaction chamber and increasing the amount of agent sprayed. However, the use of Large-volume devices will increase the waste of space resources and equipment costs, etc.

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