Tire factory exhaust gas treatmentIf a large amount of dust is directly entered into the photo oxygen exhaust gas treatment device without particulate matter, the particulate matter will adhere to the light pipe and the inner wall of the device, which will give energy to the light source of the device, affect the emission of the light source, and adhere to the surface of the catalyst, affecting the reaction of the catalyst. Therefore, this process sets up a metal filter as a preprocessor in front of the photo oxygen exhaust gas treatment device. Through the composite fiber filter layer at the back end, the dust and some solid particulate matter in the exhaust gas are intercepted and filtered when entering the photo oxygen exhaust gas treatment device by the original supporting fan. Send the pre treated exhaust gas into the photo oxygen exhaust gas treatment device and use a fan to send it out.
1. The device adopts photocatalytic synthesis, which is fast and convenient to install, and has low operating costs!
2. Installing the equipment does not require adjusting the exhaust air volume and can be done during the operation of the equipment.
3. A complete set of fully automatic exhaust gas purification equipment with water-soluble design.
4. The cost of exhaust gas treatment products in tire factories is low; Operating costs are one of the costs of traditional purification equipment.

Steel plant exhaust gas treatmentmainThe transportation, loading and unloading, and processing of raw materials and fuels generate a large amount of dust containing waste gas. The kilns in steel plants also produce a large amount of dust containing and harmful vapor containing waste gas. The waste gas emitted from chemical reactions in production processes, such as smelting, coking, chemical products, and steel acid washing, is also included. The emission of exhaust gas from steel enterprises has a wide range of pollution; The exhaust gas emitted from metallurgical kilns has a high temperature, and the emissions during the steel smelting process are mostly iron oxide particulate matter, which has small particle size and strong adsorption capacity, making it difficult to treat the exhaust gas; In some processes such as iron and slag production in blast furnaces, as well as steelmaking, the emission of flue gas is intermittent and mostly unorganized. The production waste gas of the steel industry has recycling value, such as the recovery of waste heat from high-temperature waste gas, the utilization of coal gas generated during coking, ironmaking, and steelmaking processes, and the recycling of iron oxide dust.