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Model: MBBRSCADA Ready

Moving Bed Biofilm Reactor

High-efficiency advanced biological treatment using free-floating biomass carriers

Reynolds & Bauhm
MBBR Reactor
Product imagery available on request

Product Overview

The Reynolds Bauhm Moving Bed Biofilm Reactor (MBBR) uses biomass carriers for microorganisms to degrade contaminants. Carriers move freely in the reactor ensuring effective contact between microorganisms and wastewater. This technology offers high efficiency and low operating requirements for both industrial and municipal wastewater treatment plants.

Key Features

  • Biomass carriers for enhanced microbial growth
  • Free-floating media design
  • High treatment efficiency
  • Low operating requirements
  • Compact footprint design

SCADA Ready

This equipment is ready for SCADA & Control Systems integration. Monitor and control your water treatment processes remotely with our advanced automation solutions.

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Technical Documentation

Download the complete technical datasheet with specifications, dimensions, and performance data.

Download Datasheet (PDF)

Technical Specifications

ParameterSpecification
Model SeriesMBBR
Media TypeFree-floating biomass carriers
Operation ModeContinuous advanced biological treatment
EfficiencyHigh removal rates for BOD/COD
DesignCompact, space-saving configuration
Operating RequirementsLow energy and maintenance requirements
ApplicationsIndustrial and municipal WWTPs

Applications

MBBR Biofilm Reactor Technology

Operating Principle

Our MBBR Biofilm Reactor is engineered for reliable performance in continuous industrial and municipal applications. The design incorporates robust materials, validated process parameters, and proven hydraulic configurations to achieve consistent treatment results with minimal operator intervention. Each unit is factory-assembled and wet-tested before dispatch to ensure trouble-free commissioning.

Robust construction for continuous duty
Factory assembled and wet-tested
Minimal operator intervention required
Proven hydraulic performance

Key Design Features

The unit features optimised process geometry for maximum treatment efficiency within a compact footprint. Materials of construction are selected based on wastewater characteristics, with 304/316 stainless steel as standard and duplex or special alloys available for aggressive applications. Integrated control systems provide automated operation with remote monitoring capability and predictive maintenance alerts.

Compact footprint design
SS 304/316 or special alloy construction
Automated operation with SCADA integration
Predictive maintenance capability

Proven Application Range

Key Specifications

Carrier Fill Ratio25 - 67% of reactor volume
Specific Surface Area300 - 950 m²/m³ carriers
Organic Loading Rateup to 10 kg BOD/m³·day
Reactor MaterialConcrete, SS, or GRP
BOD Removalup to 90% in single stage
Ammonia Removalup to 99% with two-stage design

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Industries We Serve

Our expertise spans multiple industries with sector-specific water treatment solutions.