Bio Block Filter Media
BIO - Block consists of mesh tubes featuring a distinctive porous fiber surface. This block design significantly enlarges the surface area within your system. As a result, it enhances efficiency and simultaneously cuts down on the required space, optimizing the overall performance and layout.
Bio block Descriptions
The BIO-BLOK filter media are used as wastewater treatment or in aquaculture and fish-farming.
Bio block Filter Media Advantages
Facilitates Biofilm Attachment: The Bioblock filter media has a relatively rough surface, enabling the rapid formation of a bioactive surface (biofilm).
Efficient Oxygen Transmission: It has a sufficiently high porosity, ensuring the optimal transmission of oxygen to the biofilm.
Self-cleaning Function: It allows the shed biofilm fragments to pass through the entire filter media and possesses self-cleaning properties.
Increases the Specific Bioactive Surface Area: The circular or oval thread structure increases the specific bioactive surface area.
Strong Stability: It is non-degradable both biologically and chemically, has stable UV resistance, and can adapt to temperature changes.
Convenient Installation: It can be easily installed in various types of tanks or bioreactors without wasting space or materials.
Aquaculture Solutions
Target Users: Fish farms
Application Methods:
For Fish Farms:
Submerged Aerated Filter: Removes harmful substances in fish ponds to maintain water quality.
Contact Filtration: Filters impurities and harmful substances in aquaculture water, which is beneficial to fish growth.
Small Aeration and Degassing Unit: Applied in small - scale units to improve gas exchange and water quality in fish ponds.
Trickling Filter: Treats the wastewater from fish farms.
For Sludge Treatment:
Submerged Aerated Filter: Decomposes sludge, reducing its volume and harmful components.
Trickling Filter: Degrades sludge through the action of microorganisms.
Contact Filtration: Separates the solid - liquid components of sludge and purifies the liquid part.
