Device for degrading volatile organic compounds of gas station

Abstract

The invention discloses a device for degrading volatile organic compounds (VOCs) of a gas station, comprising a VOCs degradation container, a gas-intake pressure valve, a plasma generator, a hydrone ionization generator and an on-off linkage mechanism. A switch signal wire led out from the on-off linkage of the gas-intake pressure valve of the VOCs degradation container controls the work state of the plasma generator and the hydrone ionization generator which are connected with the VOCs degradation container into a whole by layers. The whole degradation process has no secondary pollution and adopts harmless hydrone for catalysis, and the final products after the degradation of the VOCs are CO2 and water.

Description

Technical field: [0001] The invention relates to the field of environmental protection equipment, in particular to a gas station volatile organic compound (VOCs) degradation device. Background technique: [0002] During the use of gas stations, some volatile organic compounds (VOCs) are inevitably emitted into the air, and volatile organic compounds (VOCs) are often harmful to humans, so volatile organic compounds (VOCs) Treatment is a major problem encountered by domestic gas stations at present, because traditional volatile organic compound (VOCs) treatment technologies (such as thermal incineration, catalytic combustion, condensation, absorption and adsorption, etc.) are often not suitable for gas station emissions of volatile organic compounds (VOCs) governance requirements, either the treatment effect cannot meet the expected effect, or the investment or operation cost is too high, which limits its large-scale promotion. Therefore, the realization of cost-effective vola...

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Problems solved by technology

[0002] During the use of gas stations, some volatile organic compounds (VOCs) are inevitably emitted into the air, and volatile organic compounds (VOCs) are often harmful to humans, so volatile organic compounds (VOCs) Treatment is a major problem encountered by domestic gas stations at present, because traditional volatile organic compound (VOCs) treatment technologies (such as thermal incineration, catalytic combustion, condensation, absorption and adsorption, etc.) are often not suitable for gas stations to discharge volatile organic compounds (VOCs) treatment requirements, either the treatment effect cannot meet the expected effect, or the investment or operation cost is too high, which limits its large-scale promotion. Therefore, the realization of cost-effective volatile organic compounds (VOCs) control and purification technology is the solution The key to the problem of volatile organic compounds (VOCs) pollution at gas stations

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