Advanced Gas Scrubber Wet Purification Tower for Chemical Processing

• Customization: Available
• Application Fields: Chemical, Electronic, Food, Medical, New Energy, Petroleum, Pharmaceutical
• Certification: CCC, CE, ISO
• Model NO.: Dia1500
• Noise Level: Low
• Parts: Air Purification Components
• Purification Method: Absorption
• Purification technology: HEPA air purifier
• Purpose: Gas Purification
• Pump Power: 4kw
• Pump in Pipe Dia: 65mm
• Feature: Corrosion Resistant
• Applicable Industry: Manufacturing Plant, Energy & Mining, Chemicla PLA
• Machine Size: Medium
• Usage: Desulfurization
• Transport Package: Wooden Box
• Specification: Diameter 1500
• Trademark: kuihong
• Origin: China
• HS Code: 8421399090
• Production Capacity: 20PCS/Month

Product Description

The Spray Tower Wet Scrubber is a top-tier solution for treating and purifying exhaust gases laden with acid mist, specifically designed for challenging industrial environments. The sophisticated operation begins as the acid mist exhaust gas is expertly channeled into the purification tower via a strategically designed air duct. Inside, the gas makes its way through a meticulously engineered filler layer, where it comes into full contact with sodium hydroxide absorption liquid in a seamless gas-liquid two-phase interaction. This process ensures an effective absorption and neutralization reaction, significantly reducing the harmful components. Once the acid mist exhaust gas has undergone thorough purification, it is deftly dewatered and defogged using an advanced demister plate. Finally, a robust fan system efficiently releases the now purified gas, meeting rigorous emission standards, into the atmosphere. Additionally, the absorption liquid is precisely sprayed from the tower's top, having been pressurized by a powerful pump located at the tower's base, ensuring maximum efficiency. This liquid is then expertly routed back to the bottom for continuous recycling, reflecting our commitment to sustainability and environmental responsibility.

Product Description