Decanter Centrifuge for biosolids dewatering and thickening
GEA biosolids Decanter
The GEA biosolids Decanter is a continuously operating centrifuge with a horizontal solid-wall bowl, specifically designed for (pre)dewatering and thickening of municipal sludge.
Optimum dewatering reduces costs for sludge disposal
Optimal, economical dewatering of sewage sludge is a key step in all disposal methods, including incineration, landfilling, and agricultural land application.
In practice, having less sludge to dispose of saves transportation costs and reduces energy consumption for drying and incineration, thereby reducing CO2 emissions.
The GEA biosolids Decanter ensures a high level of dewatering with significantly reduced sludge volumes, e.g. through high g-force for optimum separation and process-optimized torque control.
Efficiency through technical features
- Deep pond design for maximum separation efficiency
- Gentle feed geometry for optimum flocculation and low wear
- All product contact parts are made of stainless steel
- Minimal space requirements (m3/h per m2)
- Easy access to all components
- Easy to operate and maintain
Customizable machine configuration
GEA biosolids Decanter prime
- Flexible configuration for highly complex preparation processes with individual requirements and large capacities
- Excellent performance
- Lowest energy consumption
- GEA summationdrive® for automatic torque measurement and differential speed control
- Optional with GEA varipond®: The patented control and regulation system reliably controls a constant solids concentration, even with fluctuating feed conditions, and reduces disposal, storage and energy costs to a minimum.
Standardized machine configuration
GEA biosolids Decanter pro
- Standardized machine configuration for plug & play integration into processes with little need for customization
- High performance, low investment and lifecycle costs
- Resource efficient product that carries the Add Better label
- Low energy consumption
- Inline secondary motor (no belts) for high efficiency and low maintenance
GEA EnergyJets
Boost efficiency and cut energy costs
Discharging clarified liquids in decanter centrifuges requires substantial energy. GEA EnergyJets offer a smart, energy-saving solution to optimize this process.
By combining weir plates with advanced flow deflection technology, EnergyJets can reduce energy consumption by up to 25%, depending on the hydraulic flow rate.
As part of GEA’s ongoing commitment to sustainability, EnergyJets are now a standard feature in the GEA biosolids Decanter series. Designed to handle high liquid loads, these decanters recover valuable energy that would otherwise be lost, improving overall efficiency and lowering operational costs.
GEA biosolids Decanter pro
Resource efficient solution
As one of our most resource-efficient solutions, our GEA biosolids Decanter pro series carries the Add Better label.*
Depending on the machine size, the GEA biosolids Decanter pro series offers energy savings of 15 to 60 percent.
The Add Better label is validated by TÜV Rheinland and based on a calculation and documentation process that meets ISO 14021. The design of the pro series focuses on modularity, energy-efficient product handling, efficient use of electric motors, and the latest gear technology.
*The Add Better label relates to the serial product GEA biosolids Decanter pro released between 2018 and 2022. The comparison refers to the predecessor models.
Mobile decanter systems
Test before you invest
This allows you to test the performance and savings potential of GEA decanter technology for biosolids treatment in an operating plant before investing in plant technology.
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Service Products
International Repair Network for GEA Centrifuges
Corrective repairs for your GEA separators and decanters
Remote FATs for GEA Centrifuges
Is a FAT (Factory Acceptance Test) of your centrifuge not possible on site due to current travel restrictions, a very tight schedule or other urgent reasons? Are you generally looking for ways to make business processes more digital and to sustainably reduce costs and time?
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