PVC Multi-Plate Lamella Plate Aerator for Fish Oxygen Transfer
Fine bubble aeration is an efficient way to transfer oxygen to a water body. A compressor on
shore pumps air through a hose, which is connected to an underwater aeration unit. Attached
to the unit are a number of diffusers. These diffusers come in the shape of discs, plates, tubes
or hoses constructed from glass-bonded silica, porous ceramic plastic, PVC or perforated
membranes made from EPDM (ethylene propylene diene Monomer) rubber Air pumped
through the diffuser membranes is released into the water. These bubbles are known as fine
bubbles.
Features
• Ideal for air-on/air-off applications such as SBRs, aerobic digesters, and anoxic swing zones,
as well as continuous operation
• Over 22 million diffusers installed in municipal and industrial applications worldwide
• Advanced membrane perforation technique creates extremely fine, uniform bubble pattern
for optimal oxygen transfer
• Low maintenance and long service life of more than 5 years
• Using imported raw material
Advantages
1.Replacement of other diffuser brands of any membrane and size.
2.Easy equipping or retrofitting any types and dimensions of piping.
3.High quality material to insure long service lift up to 10years in proper opearation.
4.Space and energy saving to cut down human and operation cost.
5.Quickly to outdated and less efficient technologies.
Wastewater Treatment Application and Rubber+plastic+ABS Material rubber air diffuser
aerators manufacturer
Technical Parameters
Model | HLBQ650 | HLBQ1100 |
Membrane Material | EPDM/Silicon | EPDM/Silicon |
Membrane thickness | 1.8-2.0mm | 1.8-2.0mm |
Bubble Diameter | 0.8-1.9mm | 0.8-1.9mm |
Standard Airflow | 6m3/h | 10m3/h |
Aeration Range | 1-16m3/h | 4-32m3/h |
Resistance Loss | 2.0-4.3kPa | 2.0-4.3kPa |
Standard Oxygen Transfer Effficiency (6m water depth) | ≥40% | ≥40% |
Standard Oxygenation capacity | ≥0.99kg O2/h | ≥1.82kg O2/h |
Oxygenation Effficiency | ≥9.2kg O2/kw·h | ≥9.2kg O2/kw·h |
Effective Service Area | 0.5-2.5m2 | 1.0-4.0m2 |