Oxy-Film MBBR

Next Generation Wastewater Treatment
Technology

The Oxy-Film MBBR (Moving Bed Biofilm Reactor) media, developed by Oxy-Tech, is a high-efficiency biological treatment solution for modern wastewater treatment plants. Its engineered surface structure promotes strong biofilm formation, enabling high treatment performance with low energy consumption.

Continuously moving within the reactor, Oxy-Film provides optimal conditions for microbial activity, resulting in enhanced BOD and COD removal, effective nitrification and denitrification, reduced sludge bulking, and stable operation under varying conditions.

By supporting the biological degradation of organic pollutants on its high-surface-area structure, Oxy-Film ensures efficient, consistent treatment with reduced overall energy demand.

Technical Specifications – Oxy-Film MBBR

Feature Technical Details
Diameter / Height 25 mm / 10 mm
Number of Chambers 19
Material 100% Virgin HDPE
Surface Area 650 m² / m³
Biofilm Formation Time 15 - 25 days
ColorNatural
Service Life 15 years

Industries

  • Municipal wastewater treatment plants
  • Industrial wastewater treatment (food & beverage, paper, chemical, textile, etc.)
  • Fish farms and aquaculture facilities
  • Capacity expansion or rehabilitation of existing treatment plants
  • MBBR Package Treatment Systems
The Role of MBBR Technology in Energy Savings | Oxy-Tech

Why Choose Oxy-Film MBBR?

Maximum Biofilm Growth → A specific surface area of 650 m²/m³ enables high microorganism attachment.

Continuous Motion → Biomedia stays in motion via aeration or mixers, improving oxygen transfer.

Energy Savings → Lower aeration demand reduces energy use and operating costs.

Nitrogen Removal → Effective even at low nitrification levels; Anammox is possible with O₂ control.

Continuous Motion → Efficient Carbon Use → Organic carbon is utilized more effectively, increasing biogas yield.

Easy Integration → Easily retrofitted into existing plants and compatible with MBR upgrades.

Advantages of Oxy-Film MBBR

6

Cost-effective operation with lower energy consumption

7

Higher treatment efficiency and reliable performance

8

Environmentally friendly and sustainable technology

9

Easy installation with minimal maintenance needs

10

Ideal solution for both industrial and municipal wastewater treatment