Anaerobic treatment with biogas production for high-strength wastewater
The Reynolds Bauhm Expanded Granular Sludge Bed (EGSB) is an advanced anaerobic treatment technology designed to effectively remove high pollutant loads from industrial wastewater. Using granular anaerobic sludge, this system achieves exceptional treatment efficiency while producing biogas that can be utilised as a renewable energy source, creating both environmental and economic benefits.
This equipment is ready for SCADA & Control Systems integration. Monitor and control your water treatment processes remotely with our advanced automation solutions.
Discover More About SCADADownload the complete technical datasheet with specifications, dimensions, and performance data.
Download Datasheet (PDF)| Parameter | Specification |
|---|---|
| Model Series | EGSB |
| Process Type | Anaerobic Biological Treatment |
| Sludge Type | Granular anaerobic sludge |
| By-Product | Biogas (renewable energy source) |
| Load Capacity | High pollutant load removal |
| Upflow Velocity | High rate expansion |
| Energy Recovery | Biogas capture and utilisation |
| Applications | Brewery, food processing, chemical industry |
Our EGSB Anaerobic 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.
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.
High-rate anaerobic treatment of brewery wastewater with biogas recovery.
COD removal from dairy, sugar, and food manufacturing effluents.
Anaerobic pre-treatment of kraft mill condensates and evaporator condensate.
Biogas production from high-COD agricultural and organic waste streams.
| Upflow Velocity | 3 - 12 m/h |
| Organic Loading Rate | up to 30 kg COD/m³·day |
| COD Removal | 75 - 85% typical |
| Biogas Yield | 0.3 - 0.4 Nm³/kg COD removed |
| Granule Sludge | 50 - 120 g TSS/L |
| Reactor Height | 12 - 25 m typical |
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