See how SUEZ technology drives energy neutrality
The demand for electricity at municipal wastewater plants is growing. Facilities can reduce energy consumption while increasing energy production with technology from SUEZ.
See how SUEZ technology drives energy neutrality
SUEZ's Innovative Biological Treatment
ZeeLung* MABR is up to four times more energy efficient than conventional fine bubble aeration.
SUEZ's Innovative Biological Treatment
How does a ZeeLung Membranes work?
A realistic animation of what goes on inside a ZeeLung MABR to provide simple, low-energy nutrient removal in a small footprint.
How does a ZeeLung Membranes work?
Metropolitan Water Reclamation District of Greater Chicago
With the goal of becoming energy neutral by 2023, the Metropolitan Water Reclamation District of Greater Chicago has evaluated SUEZ's ZeeLung Membrane Aerated Biofilm Reactor technology for the past year.
Metropolitan Water Reclamation District of Greater Chicago
Energy Neutral Wastewater Treatment in the News
Energy Neutral Wastewater Treatment in the News
- Wastewater treatment innovators focused on zero waste
- The shifting view of 'what is waste'
- Removing 'waste' from their vocabulary
- Resource recovery at a municipality
- Changing the paradigm...wastewater treatment to resource recovery
- Energy neutrality is becoming a reality
- SUEZ Advancing 'Energy Neutrality' for Municipal Wastewater Treatment with Intr…
- Metropolitan Water Reclamation District of Greater Chicago Tests New SUEZ Techn…
- SUEZ's Energy-Neutral Wastewater Treatment Technology Could Save Municipalities…
Featured Energy Neutral Products
Featured Energy Neutral Products
Simple, low-energy nutrient removal in a small footprint.
Simple, low-energy nutrient removal in a small footprint.
ZeeLung MABR Features
ZeeLung MABR Features
- Simple - ZeeLung membranes are installed directly into existing bioreactor tanks, minimizing the impact on plant hydraulics and operations
- Low Energy – Oxygen is delivered at an efficiency 4X greater than fine bubble aeration, resulting in a significant energy savings
- Nutrient Removal – Increasing biomass inventory by supplementing a suspended growth system with attached growth enables nutrient removal
- Small Footprint – Nutrient removal and capacity expansion in existing bioreactor volumes, avoiding the need to construct new bioreactor tanks
Save 25% in energy costs on primary treatment for MBR
Save 25% in energy costs on primary treatment for MBR
LEAPprimary Features
LEAPprimary Features
- Energy Savings: Reduce energy for biological treatment by 25% and enable energy recovery
- Cost Savings: Reduce primary treatment equipment for your MBR and save 20% to 40%
- Simplified Design: Combine primary solids separation, sludge thickening and dewatering in one compact step
- Guaranteed reliability: extend membrane life with enhanced influent solids screening.
- Small footprint: Achieve advanced primary treatment in as little as 1/10 the footprint of conventional system
Turn Waste to Energy with Advanced Anaerobic Digestion
Turn Waste to Energy with Advanced Anaerobic Digestion
Product Features
Product Features
SUEZ's line of sludge processing systems brings advanced anaerobic digestion to municipal biosolids and organic biowaste applications.
- Optimal energy balance maximizes system yield and performance
- Mixing equipment achieves >90% active volume in sludge digesters
- Uses Smart heat exchangers designed for thick sludge
- Employs cutting-edge pasteurization technology for Class A sludge processing
- Combine with SUEZ’s Jenbacher equipment to efficiently transform biogas into energy.
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ZeeLung Membrane Aerated Bioreactor (MABR) for Wastewater
Simple, low-energy nutrient removal in a small footprint.ZeeLung MABR Features
- Simple - ZeeLung membranes are installed directly into existing bioreactor tanks, minimizing the impact on plant hydraulics and operations
- Low Energy – Oxygen is delivered at an efficiency 4X greater than fine bubble aeration, resulting in a significant energy savings
- Nutrient Removal – Increasing biomass inventory by supplementing a suspended growth system with attached growth enables nutrient removal
- Small Footprint – Nutrient removal and capacity expansion in existing bioreactor volumes, avoiding the need to construct new bioreactor tanks
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LEAPprimary Membrane Bioreactor (MBR)
Save 25% in energy costs on primary treatment for MBRLEAPprimary Features
- Energy Savings: Reduce energy for biological treatment by 25% and enable energy recovery
- Cost Savings: Reduce primary treatment equipment for your MBR and save 20% to 40%
- Simplified Design: Combine primary solids separation, sludge thickening and dewatering in one compact step
- Guaranteed reliability: extend membrane life with enhanced influent solids screening.
- Small footprint: Achieve advanced primary treatment in as little as 1/10 the footprint of conventional system
-
Advanced Anaerobic Digestion Systems
Turn Waste to Energy with Advanced Anaerobic DigestionProduct Features
SUEZ's line of sludge processing systems brings advanced anaerobic digestion to municipal biosolids and organic biowaste applications.
- Optimal energy balance maximizes system yield and performance
- Mixing equipment achieves >90% active volume in sludge digesters
- Uses Smart heat exchangers designed for thick sludge
- Employs cutting-edge pasteurization technology for Class A sludge processing
- Combine with SUEZ’s Jenbacher equipment to efficiently transform biogas into energy.