Due to the high wind speed, the air duct of the dedusting system is generally round with small diameter. However, in order to avoid air duct blockage, the diameter of dedusting air duct should not be less than the following data; Small dust (mineral dust) 80mm; coarse dust (such as wood chips) 100mm; coarse dust (such as wood chips) 130mm; wood chips 150mm 4. The air duct of the dust removal system requires good hydraulic balance. For hydraulic calculation of parallel pipeline, general ventilation system.

For those with high toxicity, close dust collectors with negative pressure operation and simple maintenance and management shall be used, and the collected dust shall be of closed circuit system. The waste gas management equipment should be operated correctly. Some waste gas treatment equipment is messy and needs to be operated by professionals according to the standard operation requirements, so as to shorten the service life and reduce the waste gas removal power. The waste gas management equipment shall be regularly maintained, and the adsorption materials shall be cleaned or replaced at regular intervals to achieve better adsorption. The adsorbent will reach saturation state after being used for a long time.

In the process of ion method dielectric barrier discharge, particles with high chemical activity, such as electrons, ions, free radicals and excited molecules, occur in the plasma. Waste major UV Photolysis Waste Gas Treatment Pollution in gas UV Photolysis Waste Gas Treatment manufactor The substance reacts with these active groups with high energy, and eventually converts into substances such as CO2 and H2O, and then reaches the goal of purifying exhaust gas. Are the three waste gas treatment methods introduced above helpful to you? The waste gas treatment method recommended by Tianhaoyang Environmental Protection Co., Ltd. is as follows: (1) The waste gas will enter the waste gas purification tower after centralized collection, and the gas-liquid two phases will fully touch, absorb, neutralize and respond through the filler layer and spray layer, and then reach the effect of washing and cooling.

Incineration skills include high-temperature incineration and catalytic incineration, which are more mature and widely used abroad. They are suitable for handling VOCs with high concentration and small air volume, and have high requirements for the safety and airtightness of the entire skill. When dealing with VOCs with large air volume and low concentration, relevant concentration skills are required to pretreat them. (3) High temperature incineration is to incinerate the organic components in the exhaust gas under high temperature to generate carbon dioxide and water.