Nano Carrier Filling Material

Product Overview:
Nano carrier filling material is a cubic-shaped filler made from modified polyurethane foam, combined with nanoparticles. This composite material enhances the mechanical properties, chemical stability, and anti-aging performance of the filler. By interacting with microbial peptide chain amino acid residues through reactive functional groups, it allows for the immobilization of microorganisms and enzymes on the carrier's surface, effectively improving biodegradation efficiency.

Product Features:

• High Porosity and Hydrophilicity:The filler has high porosity, providing excellent space for microbial growth and metabolism. Its excellent hydrophilicity and high microbial adhesion rate significantly enhance the degradation effect.
• Optimized Spatial Structure:The introduction of "suspended space" reduces spatial barriers and provides a favorable environment for microbial metabolism and proliferation.
• Multilayer Microbial Community Structure:The external biological membrane is quickly renewed, while the internal membrane is protected, allowing for the formation of anaerobic, anoxic, and aerobic microbial communities under varying oxygen conditions, optimizing pollutant degradation.
• High Specific Surface Area and Biological Adhesion Capacity:The filler provides a large surface area, supporting microbial attachment and growth, improving water treatment capacity and system resistance to shock loads.
• Fluidization Properties:The appropriate density allows the filler to fluidize with slight agitation, reducing energy consumption and enhancing bubble contact and oxygen utilization.

Applications:

• Suitable for treating high-concentration organic wastewater in industries such as oil refining, chemicals, pharmaceuticals, textiles, brewing, leather, and paper making. Particularly effective in treating industrial wastewater with high total nitrogen and ammonia nitrogen.