Bio Pac MBBR media represents cutting-edge wastewater treatment technology manufactured from premium-grade polypropylene. These cylindrical media elements are precision-engineered ...

Bio Pac MBBR media represents cutting-edge wastewater treatment technology manufactured from premium-grade polypropylene. These cylindrical media elements are precision-engineered with exact dimensional specifications to provide optimal surface area for microbial colonization and biofilm development. The media demonstrates exceptional resistance to corrosion and temperature fluctuations, maintaining consistent performance stability in demanding operational environments. With a specific gravity of 0.9 and protected surface area of 350 m², these black cylindrical units measuring 22mm diameter by 15mm height ensure efficient biofilm growth and treatment reliability across diverse applications and varying wastewater characteristics.

This media serves essential functions across numerous industries requiring effective biological wastewater treatment solutions. Municipal treatment facilities utilize it for organic matter reduction and nutrient removal in both new installations and existing facility upgrades. Industrial sectors including pharmaceuticals, food processing, and chemical manufacturing depend on Bio Pac media for handling complex effluents with varying contaminant loads and composition. The petrochemical industry employs these media for hydrocarbon removal applications, while aquaculture operations benefit from their water quality maintenance capabilities in recirculating systems and high-density farming environments.

Organizations selecting Bio Pac MBBR media achieve substantial operational advantages through reduced maintenance requirements and long-term performance reliability. The media's polypropylene construction ensures durability against chemical degradation, minimizing replacement costs and operational downtime. Its optimal specific gravity enables perfect fluidization in reactors, guaranteeing consistent treatment performance and process stability under varying flow conditions. The high surface area-to-volume ratio maximizes treatment capacity within compact footprints, making it perfect for space-constrained facilities seeking capacity expansion without additional infrastructure investment or significant footprint increases.

Key Features:
- Manufactured from high-quality corrosion-resistant polypropylene material
- Precision-engineered cylindrical shape with dimensions of 22mm diameter x 15mm height
- Optimal specific gravity of 0.9 for efficient fluidization and mixing
- Protected surface area of 350 m² with total surface area of 450-475 m²
- Maximum continuous working temperature capability of 55°C

Benefits:
- Enhanced treatment efficiency through superior biofilm growth and retention
- Reduced operational costs with minimal maintenance requirements
- Long service life due to excellent chemical and corrosion resistance
- Consistent performance across varying temperature and pH conditions
- Space-saving design allowing higher treatment capacity in compact reactors