Paint Spray Exhaust Treatment Equipment, Cyclone Tower, Cyclone Cabinet, Waste Gas Treatment

The pneumatic mixed-flow waste gas purification equipment is an innovative unit that embeds the "pneumatic mixed-flow waste gas purification system" into the standard spray painting water curtain cabinet. Designed based on the principle of technomotive technology, this system is primarily for the pretreatment of adhesive and oily dust industrial waste gases, and other dry dust removal equipment that cannot handle fibrous dust, and has developed a new-style, high-efficiency, and environmentally friendly waste gas purification equipment. Employing advanced paint mist separation technology and meticulous purification methods, the multi-stage continuous purification process ensures high purification efficiency, reaching up to 90%-95%. This product is simple to use, easy to maintain, and versatile, and is favored by numerous environmental protection engineering companies.

Under centrifugal force, the dusty gas moves in a horizontal centripetal motion, resulting in a longer residence time and improved washing efficiency. This thoroughly addresses the technical issues such as incomplete dust removal and easy clogging of the swirl plates in certain operating conditions of the spray tower. The product utilizes patented technology to prevent clogging of pumps and nozzles, significantly enhancing production efficiency. The water in the pool can be recycled, avoiding the hassle of secondary pollution and conserving water resources, as well as reducing the cost of environmental protection emissions treatment.

The pneumatic cross-current waste gas purification tower equipment is a brand-new wet-type, high-efficiency, and environmentally friendly waste gas purification unit specifically developed to address working conditions that dry dust removal equipment, such as those for sticky dust, oily dust, and fibrous dust, cannot handle. Under the action of centrifugal force, the dust-laden gas and paint mist move laterally in a centripetal direction, resulting in a longer residence time for the dust-laden gas and improved washing effectiveness. This has thoroughly improved the technical defects of the spray tower, such as incomplete dust removal and easy blockage of the swirl plates under certain specific conditions.

Dust-laden exhaust gas is introduced into the purification tower through ducts, where it speeds up as it passes through the rotating washing drum. This drives the ball packing to rotate. Inside the drum, the dust-laden exhaust gas is thoroughly mixed and washed with water mist, undergoing neutralization reactions (with water supplementation at times). After purification, the exhaust gas is dehumidified and demisted through a mist removal layer before being discharged into the atmosphere by a fan or fed into other purification equipment (UV photo-oxidation catalysis, low-temperature plasma, etc.). The liquid is pressurized by a pump at the bottom of the tower and then sprayed into a mist at the top of the box, before returning to the bottom for recirculation. The purified exhaust gas meets national emission standards.