描述
Product Overview
Xicheng industrial PP wet scrubber is a high-efficiency waste gas treatment device designed for acid, alkaline, organic and odorous exhaust gas purification. It is widely used in pharmaceutical factories, printing plants, chemical plants, electronics factories and other industries. With gas-liquid countercurrent contact technology, it achieves high purification efficiency, stable operation and low operating cost.
Working Principle
Our industrial PP wet scrubber operates on a proven countercurrent flow design to maximize gas-liquid contact and purification efficiency. First, the exhaust gas is drawn into the acid mist scrubber tower by a matched fan unit, flowing upward through the structured packing layer. At the same time, the circulating washing liquid (neutralizing agent) is sprayed downward in fine mist form from the top of the PP wet scrubber via anti-clogging nozzles.
Pollutants in the exhaust gas are fully absorbed and neutralized as they come into contact with the liquid on the packing surface. After treatment, the gas passes through a high-efficiency demister to remove entrained liquid droplets, ensuring clean, compliant gas is discharged into the atmosphere. The contaminated waste liquid is collected in the integrated water tank of the PP wet scrubber and discharged to a centralized wastewater treatment system for further processing.
Pollutants in the exhaust gas are fully absorbed and neutralized as they come into contact with the liquid on the packing surface. After treatment, the gas passes through a high-efficiency demister to remove entrained liquid droplets, ensuring clean, compliant gas is discharged into the atmosphere. The contaminated waste liquid is collected in the integrated water tank of the PP wet scrubber and discharged to a centralized wastewater treatment system for further processing.
Structure Introduction
- Spray System: Equipped with anti-clogging nozzles for uniform liquid distribution
- Packing Layer: Increase gas-liquid contact area and improve absorption efficiency
- Water Tank: Stores circulating liquid with level control device
- Demister: Remove liquid droplets to avoid secondary pollution
- Maintenance Ports: Easy for inspection and parts replacement
- Pressure Gauge: Real-time monitoring of operating pressure
Key Features
- Made of anti-corrosion polypropylene (PP), strong acid and alkali resistance
- High purification efficiency for H₂S, SOₓ, NOₓ, HCl, NH₃, Cl₂ and other gases
- Vertical structure saves installation space
- Simple operation, low investment and low maintenance cost
- Customizable air volume, size, spray layers and control system
- Stable performance, suitable for long-term continuous operation
Technical Parameters
Standard models range from 3,000 to 45,000 m³/h. All sizes, materials and configurations can be customized according to working conditions.
Application Industries
- Pharmaceutical factory waste gas treatment
- Printing & packaging plant exhaust purification
- Chemical industry acid and alkali waste gas
- Electroplating & metal processing waste gas
- Electronics & semiconductor factory odor treatment
FAQ
Q: What gases can this PP wet scrubber treat?
A: It can effectively treat acid gas, alkaline gas, odors and particulate waste gas, including HCl, HF, NH₃, SO₂, H₂S and other pollutants.
A: It can effectively treat acid gas, alkaline gas, odors and particulate waste gas, including HCl, HF, NH₃, SO₂, H₂S and other pollutants.
Q: Is it customizable?
A: Yes. We support custom air volume, tower diameter, height, material thickness, spray layers and automatic control systems.
A: Yes. We support custom air volume, tower diameter, height, material thickness, spray layers and automatic control systems.
Q: What industries is it suitable for?
A: Mainly used in pharmaceutical, printing, chemical, electroplacing, electronics and other industries with waste gas emission.
A: Mainly used in pharmaceutical, printing, chemical, electroplacing, electronics and other industries with waste gas emission.
Q: How do I choose the right size PP wet scrubber for my facility?
A: Our engineering team will help you select the optimal model based on your exhaust air volume, gas composition, concentration, and available installation space. We also offer on-site assessment and custom design services for complex projects.
A: Our engineering team will help you select the optimal model based on your exhaust air volume, gas composition, concentration, and available installation space. We also offer on-site assessment and custom design services for complex projects.
