FRP Desulfurization Tower

1.Keywords:​

Desulfurization Tower, Cyclone Plate Desulfurization Tower, Spray Boiler Desulfurization & Dust Collector, Brick Plant Flue Gas Desulfurization Tower, High-Efficiency Hydrogen Peroxide Desulfurization Tower, Acid Tail Gas Treatment Desulfurization Tower, Desulfurization & Denitrification Water Scrubber, Spray Desulfurization Tower for Waste Gas Treatment, FRP Exhaust Gas Purification Tower, Corrosion-Resistant & High-Temperature Desulfurization & Denitrification Tower, Dust & Sulfur Removal Device, Tunnel Kiln Desulfurization Tower, Integrated Dust & Desulfurization Tower, Boiler Desulfurization Tower, Dry Desulfurization Equipment, Double-Layer Cyclone Desulfurization Tower, Pneumatic Emulsification Desulfurization Tower, Rubber Plant Flue Gas Desulfurization Tower.

​2.​Product Attributes​

​​Customization:​​ Yes

​Type:​​ Desulfurization & Dust Collector

​Ringelmann Blackness:​​ Level 5

​Stock Availability:​​ Yes

​Certification:​​ ISO 9001

​Brand:​​ Longxuan

​Desulfurization Efficiency:​​ 99.9%

​Dust Removal Efficiency:​​ 99.9%

​Resistance Loss:​​ 0.02%

​Liquid-Gas Ratio:​​ 30%

Outlet Dust Concentration:​​ 0.01%

​Operating Temperature Range:​​ -30°C to 150°C

Airflow Capacity:​​ Customizable

​Filtration Speed:​​ Customizable

​Model:​​ Customizable

Specifications:​​ Customizable

​Trademark:​​ Longxuan

​Packaging:​​ Standard

​3.​Product Features​

The desulfurization tower operates on the principle of using a desulfurization absorbent to achieve sulfur removal through chemical reactions. The desulfurizing agent possesses surface activity and catalytic oxidation properties, promoting the direct reaction of sulfur dioxide (SO₂), accelerating the dissolution of calcium carbonate (CaCO₃), and facilitating the rapid oxidation of calcium sulfite (CaSO₃) into calcium sulfate (CaSO₄). It enhances the precipitation of CaSO₄, reduces the liquid-gas ratio, lowers the calcium-sulfur ratio (Ca/S), and minimizes water evaporation. The desulfurization tower effectively achieves sulfur removal through this mechanism.

When the SO₂ concentration at the flue gas inlet exceeds the designed value, the pH level in the absorption tower’s reaction pool decreases, requiring a higher Ca/S ratio. Without expanding the reaction pool volume, the desulfurization tower ensures rapid dissolution of CaCO₃, increasing calcium ion concentration to maintain optimal pH levels. This provides a buffering effect on pH fluctuations, ensuring stable and efficient desulfurization performance.