Dry Scrubber

• 1) Initially dry sorbent material injects into the gas stream. These sorbent materials have ability to absorb pollutant from gas.
• 2) As the gas stream passes the dry scrubber, pollutants gases absorbed onto the sorbent material or react chemically with it.
• 3) After that gas stream leave the dry scrubber. The cleaned gas safely discharged in to atmosphere.

• Water Conservation: Dry scrubber do not required water or generate waste water.
• Suitability: These scrubbers are suitable for gas steam with low moisture content.
• Cost-Effectiveness: Dry scrubber are cost effective due to low maintenance cost and operating cost.

Our Dry Scrubber Systems are designed to efficiently remove pollutants and particulate matter from industrial gas streams without the use of water or liquids. Here are some key technical specifications and benefits:

• No water usage: Ideal for water-scarce areas or applications where water conservation is important
• Low maintenance: Fewer moving parts and no liquid handling system
• High efficiency: Effective removal of pollutants and particulate matter
• Flexibility: Can be designed for various industrial applications and pollutant types

• Dry sorbent injection: Effective removal of pollutants without water usage
• High-efficiency particulate removal: Using fabric filters or electrostatic precipitators
• Modular design: Easy to install and maintain
• Customizable: Designed to meet specific application requirements

The inclusion of thermoplastics like PVDF, ECTFE, PTFE, PP, PPH, PPS, and FRP in the materials of construction offers additional benefits, such as:

• Corrosion resistance
• Chemical resistance
• High-temperature resistance
• Durability