Enhanced waste gas mixed reaction device

Abstract

The invention discloses an enhanced waste gas mixed reaction device. The device comprises a gas transmission component, a mixed reaction component and a gas outlet component, wherein the gas transmission component consists of a vacuum pump and an gas inlet tube connected with the vacuum pump; the mixed reaction component consists of a plurality of gas distribution branch tubes, a gas distribution chamber and a mixed reaction box; the gas outlet component consists of a gas outlet tube and a gas outlet tube baffle plate arranged in the gas outlet tube; one end of the gas inlet tube is connected with the mixed reaction component; the gas distribution chamber is arranged at the bottom of the mixed reaction box; the plurality of the gas distribution tubes are uniformly arranged on the gas distribution chamber; a gas distribution seam is reserved on the wall of each gas distribution branch tube; one end of each gas distribution branch tube is connected with the gas distribution chamber; the other end of each gas distribution branch tube is connected with the mixed reaction box in a sealing way; one end of the gas outlet tube is connected with the gas outlet of the mixed reaction box integrally; and the other end of the gas outlet tube is connected with a mixed vent tube through a flange. By using the device, a turbulent flow can be generated in the mixed reaction box by exchange gas; the reaction area between the exchange gas and waste gas is increased; and the effect of purifying the waste gas is achieved in short distance.

Description

technical field [0001] The invention relates to a gas mixing reaction device, in particular to an enhanced exhaust gas mixing reaction device. Background technique [0002] Industrial production workshops, municipal solid waste collection, incineration treatment, and sewage treatment will produce unpleasant and pungent exhaust gases due to manufacturing activities, aerobic fermentation and other processes. These exhaust gas molecules contain a large amount of toxic substances. If these exhaust gases are discharged directly Serious pollution to the atmosphere will also cause serious harm to people's health. Therefore, it is necessary to purify the exhaust gas before it is discharged. [0003] In all gases whose absolute temperature is greater than zero, there is a certain ionization phenomenon. Any tiny rays and other energies may be primary electrons that generate a certain energy in the gas, and they are absorbed in the action field of the external excitation source in a ce...

AI Technical Summary

Problems solved by technology

Such a device has the following problems: first, the gas distribution will enter the mixing space from the branch with the highest pressure first, resulting in uneven intake pressure between each branch; secondly, multiple small holes are opened on the gas distribution branch, When the gas to be mixed enters the mixing box, it can only form local point-like mixing, making the mixing uneven; in addition, when the gas distribution pipe is inserted into the main pipeline, a gas wall is formed, which increases the flow resistance of the gas, which is not conducive to the passage of the reacted gas. , and cause a burden on the front-end air supply, it is necessary to increase the power of the fan and increase the operating cost

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