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Structure of RTO exhaust gas equipment
FROM: YIHUA DATE: 2021-06-30 Read()
RTO exhaust gas treatment equipment is a special type of exhaust gas treatment equipment which thermo-oxidizes volatile organic pollutants in exhaust gas into carbon dioxide and water. Compared with the traditional exhaust gas purification equipment, it can realize the adjustment and optimization of its operating mechanism on the basis of the existing goal of ensuring a clean environment. The following Xiaobian takes you to understand the basic structure of the RTO exhaust gas treatment equipment.
First, the material adsorption part
The first operation of the RTO exhaust gas treatment equipment aims to make the polluting gas discharged in the industrial production process enter the adsorption area set by the runner, and the attached pollution substances are purified accordingly and discharged directly from the chimney. By keeping the adsorption capacity at about 10%, the rest of the molecular sieve through the rotating hot area to achieve cooling, and the RTO waste gas treatment equipment of high temperature purification waste gas successfully adsorbed the existing material part, so as to achieve the smooth operation of the adsorption task.
Two, cooling components
The RTO waste gas treatment equipment releases the volatile organic waste gas slowly during the treatment and filtration process, removing the inhalable particles hidden in the polluted gas, and the waste gas does not decompose into CO2 and H2O. After cooling, part of the purified gas is discharged through the chimney to carry out efficient heat recovery and ensure the purification efficiency of highly volatile organic waste gas at the same time. The switching time can be adjusted according to the actual situation. The fan is controlled by the frequency converter to adapt to different operating conditions.
III. Desorption components
Another structural part of the RTO waste gas treatment equipment is the desorption component, which aims to effectively decompose and utilize the pollutants produced by the first two links in order to truly achieve its specific goals of clean and environmental protection. The completion of the desorption component truly marks the completion of its complete mechanism, thus highlighting the value of this modern advanced gas pollution treatment equipment, and then showing the extraordinary significance of existence.
The above is about the basic structure of the RTO exhaust gas treatment equipment. It can be said that the particularity of the RTO exhaust gas treatment equipment makes it quickly stand out from the homogenous products and become the leader in the front end of the industry.
