BIOPURE® MBBR Bio Media - BioTech Water
Premium High-Performance Carrier Media

BIOPURE® MBBR Bio Media

High Surface Area • Fast Biofilm Formation • UV Stabilized Virgin Polymers

High-performance biofilm carrier media engineered to maximize biological treatment efficiency, increase plant capacity, and deliver reliable long-term performance for municipal and industrial wastewater treatment plants.

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BIOPURE MBBR Bio Media Models
100% Virgin Quality Carrier Elements
Biological Carrier Technology

Engineered for Superior Biological Treatment

BIOPURE® MBBR Bio Media provides an ideal protected surface for the growth of beneficial microorganisms, enabling efficient removal of BOD, COD, and Ammonia while maintaining excellent reactor performance. Manufactured from premium UV-stabilized virgin polymers, the media ensures long service life, consistent movement, and reliable biological treatment under demanding operating conditions.

100%

Virgin Polymers

>1000

m²/m³ Surface Area

<25

Days Bio-Formation

BIOPURE MBBR Carrier Process

Product Image: BIOPURE® active carrier processes and features.

Why Choose BIOPURE® MBBR Bio Media?

Unmatched Engineering Advantages & Core Features

Engineered for absolute performance, combining advanced modular structures with simple maintenance cycles.

High Biofilm Growth

Large protected surface area for effective microbial attachment.

Durable Material

Manufactured from premium UV-stabilized virgin HDPE & PP.

Excellent Mixing

Optimized density ensures uniform movement inside reactor.

Higher Efficiency

Improves biological BOD, COD and ammonia removal metrics.

Long Service Life

Resistant to abrasive wear, harsh chemicals and continuous load.

Performance

BIOPURE® Metrics

High Protected Area

Maximized active bio-catalytic surface

Fast Biofilm Setup

Rapid micro-organism colonisation

Reliable Service Life

Decades of operational resilience

Need Help Selecting the Right MBBR Media?

Our process engineers can recommend the optimum BIOPURE® media style based on your reactor size, biological parameters, organic loading and treatment objectives.

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