Efficient treatment system of polluting air source

Abstract

The invention discloses an efficient treatment system of a polluting air source. The efficient treatment system includes a low-temperature combustion part, an electron beam irradiation part and an optical catalysis part, wherein the low-temperature combustion part is used to catalyze and combust the polluting air source at a low temperature; the electron beam irradiation part is arranged at a lower operation station below the low-temperature combustion part and used to perform irradiation treatment on the polluting air source combusted at a low temperature; the optical catalysis part is arranged at a lower operation station below the electron beam irradiation part and used to perform optical catalysis and degradation on the polluting air source subjected to irradiation treatment. According to the efficient treatment system disclosed by the invention, organic polluting air in the polluting air source can be catalyzed and combusted through the low-temperature combustion part; the polluting air source can be subjected to selective electron beam bombardment through the electron beam irradiation part, so that the target of desulfurization and denitrification of the polluting air sourcecan be achieved. The arranged optical catalysis part can further perform optical catalysis and degradation on air guided out of an irradiation reaction cavity, enhancing and ensuring impurity of airdischarged out by the polluting air source. The efficient treatment system of the invention has the advantages that the structure is compact, that the effect of purifying polluted air is great, and that the system is beneficial for popularization and utilization.

Description

technical field [0001] The invention relates to the technical field of waste gas treatment, in particular to an efficient treatment system for polluted gas sources. Background technique [0002] In the prior art, the treatment devices for polluted gas sources are relatively simple, and the purification of many polluted gases usually fails to achieve the expected effect, which is not conducive to environmental protection. In addition, the emission of polluted gas sources will not remain constant. In order to ensure that it can be completely processed, the purification equipment is usually made very large, which not only takes up a large equipment space, but also wastes part of the processing capacity of the purification equipment. , which increases the processing cost of the polluted air source; in addition, after the polluted air source is purified by a single treatment device, it is difficult to achieve complete purification, and if it is discharged into the air, it will st...

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Problems solved by technology

[0002] In the prior art, the treatment devices for polluted gas sources are relatively simple, and the purification of many polluted gases usually fails to achieve the expected effect, which is not conducive to environmental protection

In addition, the emission of polluted gas sources will not remain constant. In order to ensure that it can be completely processed, the purification equipment is usually made very large, which not only takes up a large equipment space, but also wastes part of the processing capacity of the purification equipment. , which increases the processing cost of the polluted air source; in addition, after the polluted air source is purified by a single treatment device, it is difficult to achieve complete purification, and if it is discharged into the air, it will still cause slight pollution to the environment

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