Technical Strengths

Industry Applications

• 1

  Chemical and Petrochemical Plants Controlling acid and alkali emissions using packed bed wet scrubber systems from production lines.
• 2

  Electroplating and Metal Surface Treatment Managing plating and pickling fumes efficiently with packed bed wet scrubber solutions.
• 3

  Solar and Semiconductor Manufacturing Safely removing acid mist using our packed bed wet scrubber systems for wafer cleaning processes.
• 4

  Boilers and Industrial Furnaces Treating corrosive gases efficiently with packed bed wet scrubber systems in energy generation systems.
• 5

  Electronics and Instrumentation Manufacturing Ensuring clean exhaust using packed bed wet scrubber technology in sensitive production areas.

Wet Scrubber Cases

• Photovoltaic Manufacturing
• Semiconductor Industry
• Electronics Industry
• Chemical Industry
• Pharmaceutical Industry
• Food Industry
• Machinery Industry

Exhaust Gas Treatment Performance Table

The Packed Bed Wet Scrubber system achieves high purification efficiency for HNO3, NOx, HF, HCl, H2SO4, and NH3, ensuring stable acid gas removal in industrial exhaust gas applications.

Installation Size and Foundation

Process Principle of Industrial Waste Gas Wet Scrubbers

Under the action of the fan, the exhaust gas reaches the bottom packing bed, enters the pressure balancing room formed by the internal and external jacket at a low speed, and is transported by circulating pump and washed countercurrent. The exhaust gas is evenly distributed around the PP Terary barbed garland +PP multi-sided hollow ball alternating packing layer, each showing point contact, arranging "Z or W" irregular route walking, without bias phenomenon. Then with the spiral high flow, not blocking the nozzle, so that the gas-liquid two-phase mixing rate of more than 97%, so that the exhaust gas to get the gas-liquid two-phase full contact reaction, and then through the deliquid defogging, to meet the national GB16297-1996 "comprehensive emission standards for air pollutants" in the secondary emission requirements, and finally through the exhaust pipe into the atmosphere.

Why Choose Us