Submersible Fine Bubble Aeration Diffuser 80-100µm Pore Size with 1.5-3m³/h Flow Rate for Wastewater Treatment
This advanced submersible aeration mixer combines efficient aeration with powerful flow push capabilities to effectively prevent sludge deposition in wastewater treatment systems.
The aeration efficiency of this equipment is optimized through precise bubble generation technology. High-quality construction ensures small, uniform bubbles with extended water residence time, significantly improving oxygen utilization rates.
| Parameter | Specification |
|---|---|
| Aerator Dimensions | φ215mm, φ260mm, φ300mm |
| Service Area | 0.25-0.55㎡/unit, 0.35-0.75㎡/unit |
| Average Pore Size | 80-100µm |
| Air Flow Rate | 1.5-3m³/h |
| Total Oxygen Transfer Coefficient | kla (20°C) 0.204-0.337min⁻¹ |
| Oxygen Utilization Rate (3.2m depth) | 18.4-27.7% |
| Oxygenation Capacity | 0.112-0.185kgO₂/m³/h |
| Oxygenation Power Efficiency | 4.46-5.19kgO₂/kWh |
| Aeration Resistance | 180-280mmH₂O |
Air pipe design should incorporate pressure balance considerations with ring network formation. Each inlet pipe group requires valve installation for air volume adjustment. Recommended flow rates: 10-15 m/s for main pipes and 5 m/s for branch pipes. Aerator surface installation heights from pool bottom: 270mm, 250mm, 200mm for push-plate type.
- Small bubble diameters (80-100µm) with uniform diffusion
- Large gas-liquid interface area for enhanced efficiency
- Non-clogging design with superior corrosion resistance
- 40% reduction in energy consumption compared to conventional aerators
- 40% increase in wastewater treatment capacity
- Suitable for urban sewage treatment and industrial applications
- Compatible with intermittent aeration tank operation
Jiangsu Ponis Environmental Technologies Co., Ltd. operates from a 10,000 square meter facility with dedicated production and assembly areas. Our comprehensive management structure includes technical, finance, engineering, production departments, and an advanced experimental center.
Our fully equipped experimental center enables complete pollutant analysis and simulated operating conditions including physicochemical, biochemical, and advanced treatment scenarios. We provide custom equipment manufacturing with comprehensive operational support and debugging services.
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