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This product is a tube-type microporous aerator, the core oxygenation equipment for biochemical wastewater treatment systems. It releases a large number of tiny bubbles through the fine pores on the rubber membrane, achieving efficient gas-liquid mass transfer, increasing the dissolved oxygen content in wastewater, providing sufficient oxygen for aerobic microorganisms, and ensuring the effect of biochemical treatment.
Technical Parameters
Product Parameters | Related Technical Parameters | ||
Model | Φ65mm | Service Area: 0.8-1.2 m²/m | Bubble Diameter: 1-2 mm |
Specification | L=500mm, L=750mm, L=1000mm | Oxygen Utilization Rate: ≥28% | Oxygenation Capacity: ≥0.38 Kg/h |
Connection Method | Clamp Connection | Aeration Power Efficiency: ≥7.1 Kg/KW·h | Air Flow Rate: 5-10 m³/h·m |
Material | EPDM Rubber Membrane, Silicone Rubber Membrane | Pore Density: 8000-12000 pcs/m | Pressure Loss: ≤3500 Pa |
Model | Φ93mm | Service Area: 1.75-5.61 m²/m | Bubble Diameter: 1-2 mm |
Specification | L=500mm, L=750mm, L=1000mm | Oxygen Utilization Rate: ≥35% | Oxygenation Capacity: ≥0.58 Kg/h |
Connection Method | Clamp Connection | Aeration Power Efficiency: ≥8.9 Kg/KW·h | Air Flow Rate: 8-15 m³/h·m |
Material | EPDM Rubber Membrane, Silicone Rubber Membrane | Pore Density: 19000-23000 pcs/m | Pressure Loss: ≤4000 Pa |
Advantage
· High-quality Membrane Material: Adopts EPDM or silicone rubber membrane, which is acid and alkali corrosion resistant, anti-aging, tear-resistant, has a long service life, and adapts to complex wastewater quality environments.
· Efficient Oxygenation: Tiny bubbles (1-2mm) have a large contact area with wastewater, oxygen utilization rate up to 28%-35%, excellent aeration power efficiency, significantly reducing energy consumption.
· Stable and Reliable: Clamp connection structure is firm, easy to install and maintain; uniform pore distribution ensures even aeration without dead corners, avoiding sludge clogging.
· Controllable Resistance: Low pressure loss design reduces fan load, adapts to different air flow conditions.
Application
· Aerobic tanks and aeration basins in municipal wastewater treatment plants
· Industrial wastewater treatment (printing and dyeing, chemical, food, pharmaceutical industries, etc.)
· Aquaculture oxygenation systems
· River regulation and ecological restoration aeration projects
· Various biochemical treatment processes (A/O, A²/O, SBR, MBR, etc.)
