Wet Scrubbers
Effective Exhaust Gas Cleaning with Water-Based Technology
Wet scrubbers are a highly efficient solution for cleaning exhaust gases that contain dust and other contaminants. They can be used for both pre-treatment and final treatment of industrial emissions.
The process begins in the quenching zone, where water is sprayed into the gas stream. This not only cools the gas to its saturation point but also binds dust particles with water. The resulting water droplets, now containing dust and pollutants, are then removed from the gas stream using a high-performance mist collector with centrifugal separation.
Wet scrubbers operate in a closed water circuit to minimize water usage. A built-in screening system separates solids from the circulating water, keeping the system clean and efficient.
Key Benefits:
• Efficient removal of dust and contaminants from exhaust gases
• Integrated gas cooling and particle capture in one step
• Closed water loop for sustainable operation
• Reliable separation of solids from process water
• Ideal for a wide range of industrial applications
What Are Wet Scrubbers?
Effective Exhaust Gas Cleaning
Air Fractal Wet Scrubbers are advanced systems designed to remove dust, particulate matter, and acid gases from industrial exhaust streams. These systems work by bringing the polluted gas into contact with a scrubbing liquid—usually water—through spraying, bubbling, or flowing it through special media. As the gas and liquid mix, harmful particles and gases are absorbed or captured, leaving the air much cleaner.
Our wet scrubbers offer over 99.9% removal efficiency and can achieve emissions as low as 0.005 gr/dscf, making them ideal for industries that demand high-performance air pollution control. With multiple design options and configurations, Air Fractal delivers customized solutions that meet your exact environmental and operational needs.
With Air Fractal’s wet scrubber solutions, you get reliable, low-maintenance systems designed for long-term performance and environmental protection.