New Type Brick Kiln Flue Gas Desulfurization Tower Equipment

     Brick Plant Desulfurization Tower New Type Brick Kiln Plant Desulfurization Equipment

     The brick plant desulfurization tower, a new type of brick kiln plant desulfurization tower, is a device for desulfurizing industrial exhaust gases. This equipment is mostly tower-type. The main body of the brick plant desulfurization tower is made using the best current machinery and production processes through precision machining. The brick kiln plant desulfurization tower equipment is designed with a modular combination structure. The materials used for desulfurization towers currently on the market can generally be divided into three types: stainless steel, PP board, and fiberglass, with carbon steel also available. They are either integrated or assembled in sections. The desulfurization system features a small footprint and is easy to transport and install.

   The brick plant desulfurization tower, a new type of brick kiln plant desulfurization tower equipment, integrates desulfurization and dust removal into one system. The flue gas desulfurization tower comes in two types: single tower and double tower. The brick plant desulfurization tower uses a circular tower body, connected by flanges in segments. The swirl plate desulfurization spray system adopts a two-stage (or multi-stage) atomized spray form, ensuring full contact between gas and liquid, with an exhaust gas purification efficiency of over 95%.

      Working Principle of the Brick Plant Desulfurization Tower New Type Brick Kiln Plant Desulfurization Tower Equipment:

      The brick plant desulfurization tower operates on the principles of inertial collision, cohesion, and centrifugal force. With the power effect of the supporting induced draft fan, the kiln flue gas falls from a certain height, impacting the liquid surface at high speed to form water mist, while most particles sink into the water. Under the effect of the desulfurization dust collector's diverter, the atomized airflow rapidly moves upward, and the liquid droplets further collide, coalesce, and form a water-ash mixture. This mixture undergoes gas-water separation through the cyclone impeller, ultimately achieving the effects of desulfurization, dust removal, and dehydration in the brick plant desulfurization tower new type brick kiln plant desulfurization tower equipment.