MBBR Retention Screens for Aquaculture Wastewater Treatment
- Model
- AS-100
Review
Description
MBBR Retention Screens
Premium stainless steel sintered wire mesh offers enhanced corrosion resistance, extended lifespan, and superior filtration precision. With special edge design and smooth rolling, it ensures safety and no burrs. Crafted with high-quality stainless steel, it features meticulous workmanship, uniform mesh, suitable for various filtration scenarios.
MBBR Retention Screens Performance Parameters
|
ltem
|
Length(m)
|
Aperture Size(mm) | Wedge wire diameter(m) |
Connection Mode
|
Material
|
|
AS-100
|
200~4000
|
5~12 | 2~3 |
Flange
|
SS304/316/316L
|
|
AS-150
|
200~4000
|
5~12 | 2~3 |
Flange
|
SS304/316/316L
|
|
AS-200
|
200~4000
|
5~12 | 2~3 |
Flange
|
SS304/316/316L
|
MBBR Retention Screens advantage
1. Uniform permeability: The consistent permeability of the overall structure of the material ensures uniform distribution of fluids in the filtration process, thus improving treatment efficiency and consistency.
2. Excellent permeability: Fluid is able to pass freely through the material, reducing resistance, while effectively preventing the formation of bubbles or voids, ensuring the smooth passage of fluid.
3. Fast flow rate: More fluid volume is processed in the same time, thus increasing productivity and saving time costs.
4. Excellent interception effect: the material can effectively capture and intercept impurities, particles or contaminants in the fluid, ensuring the purity and safety of the fluid.
5. Efficient filtration performance: the materials are able to efficiently remove suspended solids, microorganisms or harmful substances from the fluid, ensuring the quality and safety of the final product.
MBBR Retention Screens in Aquaculture Wastewater Treatment Application
Aquaculture wastewater usually contains large amounts of organic matter, ammonia and other pollutants. MBBR technology degrades and removes pollutants through biofilm growth on the surface of the filler. And retention screens play a vital role in this process:
1. Organic matter removal: Ensure sufficient retention time of the filler in the reactor to enhance the degradation efficiency of organic matter and reduce the organic load in the wastewater.
2. Ammonia nitrogen removal: through the stable biofilm treatment process, effectively remove ammonia nitrogen in wastewater, improve water quality and protect the health of aquatic organisms in aquaculture.
3. System maintenance: Reduce system downtime and maintenance due to filler loss, ensure the continuity and stability of the wastewater treatment process.
