Our MBBR Bio Pac Media represents advanced biological wastewater treatment technology engineered from high-grade polypropylene for superior performance and durability. The precisel...

Our MBBR Bio Pac Media represents advanced biological wastewater treatment technology engineered from high-grade polypropylene for superior performance and durability. The precisely designed cylindrical configuration ensures optimal hydraulic flow characteristics while providing maximum protected surface area for biofilm colonization. With a specific gravity of 0.96, the media maintains perfect suspension in treatment reactors, minimizing energy requirements while maximizing treatment efficiency. The material's inherent corrosion resistance and thermal stability up to 55°C ensure reliable operation across diverse effluent conditions, from municipal sewage to complex industrial wastewater streams. The uniform black coloration and consistent 1.0mm thickness provide enhanced UV resistance and structural integrity for long-term outdoor applications, making this media suitable for both covered and open reactor configurations.

This versatile media serves critical functions across multiple industries facing complex wastewater treatment challenges. Municipal treatment facilities utilize it for efficient organic matter reduction and advanced nitrogen removal processes in compact reactor designs. Pharmaceutical manufacturers rely on its consistent performance for breaking down complex organic compounds and toxins in process effluent. The food processing industry benefits from its ability to handle high biochemical oxygen demand loads efficiently, while textile plants achieve significant decolorization and pollutant removal. Chemical manufacturing units employ the media for effluent detoxification, and landfill operations use it for leachate treatment where high-strength waste requires robust biological processing. The media's adaptability also extends to aquaculture water management and decentralized treatment systems where space constraints and reliability are paramount considerations.

Businesses achieve substantial operational advantages through reduced maintenance requirements and lower energy consumption compared to conventional treatment media. The high protected surface area of 350 m² per cubic meter, combined with a total surface area of 450-475 m², ensures superior treatment capacity within compact footprints, significantly reducing infrastructure costs. The media's dimensional accuracy and uniform design facilitate easy integration into both new installations and existing system upgrades, minimizing installation downtime. Proven reliability and exceptional durability translate to extended service life and reduced replacement frequency, delivering long-term value and return on investment for operations prioritizing treatment efficiency, regulatory compliance, and sustainable water management practices.

Key Features:
- Manufactured from high-grade polypropylene with excellent corrosion resistance and specific gravity of 0.96
- Cylindrical design measuring 22mm diameter and 15mm height for optimal biofilm attachment
- Protected surface area of 350 m² and total surface area of 450-475 m² per cubic meter
- Maximum continuous operating temperature of 55°C with UV-resistant black coloration
- Consistent 1.0mm wall thickness ensures dimensional stability and long service life

Benefits:
- Superior treatment efficiency through maximum biofilm growth surface and optimal hydraulic flow
- Reduced energy consumption due to ideal suspension characteristics and minimal pressure drop
- Long-term durability with corrosion resistance and thermal stability for harsh environments
- Space-saving design enables compact reactor configurations and reduced infrastructure costs
- Easy integration and consistent performance across diverse wastewater treatment applications