The YZBF high concentration fiberglass acid mist purification tower produced by our company adopts a special spray system, packing and mist collector, and its nozzle adopts low-pressure, high flow, fine mist nozzle. Its characteristics are no blockage, no maintenance, and good spraying effect. The filler adopts pure PP flower thorn rings manufactured by our company, which have superior dispersing airflow performance and can make the reaction between exhaust gas and absorption liquid more complete, resulting in higher purification efficiency. The fog collector is a key component in solving the problem of floating liquid in the purification tower. The fog collector material selected by the company is the fine ball ring produced by our company, which has good breathability, high water blocking efficiency, and low airflow resistance. Its efficient water collection rate completely solves the problem of floating liquid in the purification tower.

The YZBF high concentration fiberglass acid mist purification tower produced by our company is widely used in the purification treatment of acid mist waste gas such as solar cell silicon material cleaning production lines, chemical, mechanical, electronic, instrument and other industries such as electroplating, acid washing and corrosion. After long-term use by users, its purification efficiency can meet the national standard GB16279-96 "Comprehensive Emission Standard for Air Pollution II"

Operation principle

The acid mist exhaust gas is pressurized by a fan into the outer cylinder processor of the purification tower, and after secondary high-speed spraying and packing treatment, it is forced to enter the absorption liquid in the storage tank through the bubble tube to generate bubbles. Then, it passes through the sieve plate layer, slows down and enters the inner cylinder processor through secondary spraying and packing treatment, and finally enters through the expansion section. Upper slow spray and filling functional section processing. This allows the acid mist exhaust gas to pass through a multifunctional section and undergo multi-stage treatment to gradually neutralize and absorb the acid mist exhaust gas. After the demister removes the liquid and mist, the exhaust gas enters the atmosphere through the exhaust pipe.