Industrial waste gas incineration treatment system

Abstract

The invention discloses an industrial waste gas incineration treatment system. The system comprises a heat storage type thermal incinerator, an acid-alkaline adsorption mechanism, a buffering tank mechanism and an explosion-proof fan; a gas inlet of the acid-alkaline adsorption mechanism is connected with a waste gas source to be treated; a gas inlet of the buffering tank mechanism is connected with a gas outlet of the acid-alkaline adsorption mechanism. According to the system provided by the application, necessary countermeasures are taken against hazard factors in a using process of the heat storage type thermal incinerator, so that the overall treatment process is safe and reliable. The industrial waste gas incineration treatment system has the characteristics that the investment is low; the occupied area is small; the mounting period is short; the requirements on working conditions are low; waste gas can contain a plurality or organic components; the treatment air volume range islarge; the purifying rate is high; full-automatic control is realized; the operation is simple; the operating cost is low. The industrial waste gas incineration treatment system has good structural design and high-quality equipment configuration; the purposes of environment-friendly treatment of VOCs in industrial waste gas, energy conservation and emission reduction, and up-to-standard emission of exhaust are achieved.

Description

technical field [0001] The invention relates to the technical field of waste gas treatment, in particular to an industrial waste gas incineration treatment system. Background technique [0002] Volatile organic compounds (VOCs) are a typical class of organic chemicals characterized by high vapor pressure at room temperature. Their high vapor pressure is due to their relatively low boiling points, which cause them to vaporize from liquids or sublime from solids to the gas phase. VOCs come from two sources. Primary sources, whether natural or man-made, are emissions into the atmosphere directly from the source, while secondary sources are atmospheric reactions. Volatile organic pollutants have attracted great attention due to their ubiquity in indoor and outdoor air and the adverse effects of their atmospheric reaction products on the environment and human health. [0003] At present, the main technical means to deal with volatile organic gases (VOCs) is to use regenerative...

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Problems solved by technology

[0004] However, the basic conditions of various enterprises are very different. Due to the limitations of the current RTO application and the lack of safety design of RTO manufacturers and enterprises, after putting into production, safety accidents often occur due to various reasons. The use effect did not achieve the expected effect, which cast a shadow over the use of RTO by some enterprises

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