Ningxia Aerodynamic Crossflow Tower

Ningxia Aerodynamic Mixed Flow Tower

Shandong Zhongcheng Liangchuang Environmental Protection Technology Development Co., Ltd. has been committed to the design, research and development, and production of coating products and environmental purification products for a long time. The company boasts strong technical capabilities, advanced processing equipment, refined technology, comprehensive testing methods, and a sound quality assurance system.Certification System.

Tornado TowerApplication Fields:

Wet polishing dust removal, spray painting exhaust pretreatment, boiler dust removal, smelting furnace black smoke exhaust pretreatment, industrial oil smoke pretreatment, and other industrial exhaust pretreatment

Design of a Cyclone TowerPrinciple

Turbulent TowerThe design utilizes the centrifugal force of the cyclone separator to separate large particles and fibrous matter from the dust, which then fall from top to bottom into the dust collection box. Some light, fine dust particles are then funneled into the water-washing cyclone tower via the top pipe, where they are flung against the tower wall due to centrifugal force and fall into the flowing absorbent liquid from top to bottom. As the dust particles pass rapidly through the cyclone tower plates, the absorbent liquid on the blades is blown into tiny droplets. Through mechanisms such as collision and interception, dust particles, absorbent liquid, and droplets collide with each other.Particle size continuously increases. Under the guidance of the cyclone tray, the rotational motion intensifies, generating strong centrifugal force. Dust particles easily detach from the exhaust gas and are thrown towards the tray wall, flowing to the bottom of the tower under gravity to achieve gas-solid separation. For the fine dust particles in the exhaust gas, it is impossible to capture all of them after passing through the tray. Some dust particles escape. After passing through multiple trays, the fine dust particles coalesce, increase in mass, and are then captured and separated. They then enter the upper multi-faceted sphere adsorption filtration layer for dehydration. Due to the large surface area of the multi-faceted spheres, the adsorption capacity is strong. The filtered gas is then discharged outdoors through a vacuum fan.