DAF Pumps for Dissolved Air Flotation Systems
DAF Pumps for Dissolved Air Flotation Systems
Australia’s trusted source for high-performance DAF pumps engineered for Dissolved Air Flotation (DAF) systems in industrial and municipal wastewater applications.
Hydro Innovations supplies specialist DAF pumps designed to deliver consistent and reliable microbubble generation and stable flotation performance. Our DAF pumps are engineered for energy efficiency, durability and low maintenance, supporting effective solids separation across demanding wastewater and industrial treatment environments. Backed by expert application support and technical guidance, our DAF pumps are built for reliable long-term operation.
EDUR LBU DAF Pumps for Liquid / Gas Mixture
[for DAF plant in-flows of 100 M3/hr to 550 M3/hr] No compressor or air saturation [pressure] vessel needed Iron, Bronze, St/St, and Super Duplex materials. Recirculation flows of 50m3/hr
EDUR PBU DAF Pump For Liquid-Gas Mixture
[for DAF plant in-flows of 3 M3/hr to 100 M3/hr] Stainless Steel construction No compressor or air saturation [Pressure] vessel Reduced maintenance.
Why Choose Our DAF Pumps
Reliable Micro Bubble Formation:
Engineered to deliver consistent pressurised air saturation for stable microbubble formation.
Optimised Flotation Performance:
Designed to support efficient solids-separation and improved treatment outcomes.
Energy Efficient Operation:
Efficient pumps and the removal of the need for a compressor, reduces energy consumption.
Low Maintenance Design:
Built for durability and reliable continuous operation in demanding wastewater environments. No compressors to run or maintain.
Expert Support:
Our specialists help match the right DAF pump to your system pressure, flow and flotation requirements.
DAF Pump Types & System Integration
DAF Pumps for Dissolved Air Flotation Systems
Specialised pump solutions designed specifically for air dissolution and recirculation within DAF systems, ensuring consistent microbubble production and flotation stability.
High-Pressure DAF Pumps
Engineered for applications requiring elevated operating pressures to maximise air saturation and flotation efficiency in industrial wastewater systems.
Industrial DAF Pump Solutions
Designed for food processing, manufacturing, municipal wastewater and process water clarification applications where reliable solids separation is critical.
Integrated DAF Pump Systems
Complete pump integration solutions matched to Dissolved Air Flotation system requirements, ensuring correct flow, pressure control and long-term operational stability.
DAF Pump Applications & Performance
Hydro Innovations’ DAF pumps are engineered to perform across a wide range of demanding treatment applications:
- Industrial Wastewater Treatment
- Food & Beverage Processing Facilities
- Municipal Wastewater Treatment Plants
- Process Water Clarification Systems
Each DAF pump is selected to deliver stable pressure, efficient air dissolution and consistent flotation results, ensuring reliable system performance and low total cost of ownership.
What Makes Our DAF Pumps Stand Out
- Designed specifically for Dissolved Air Flotation systems
- Consistent microbubble generation for effective solids removal
- Stable pressure control for reliable operation
- Engineered for continuous industrial duty
- Supported locally with technical expertise and application guidance
- Backed by proven wastewater treatment experience
About Hydro Innovations
Hydro Innovations is an Australian supplier of specialist DAF pumps and Dissolved Air Flotation solutions for wastewater and industrial applications. Our team provides practical pump expertise, system integration guidance and reliable support across Australia to ensure your DAF system operates efficiently and consistently.
Contact & Next Steps
Ready to specify the right DAF pump for your Dissolved Air Flotation system? Speak with our specialists today.
Contact Hydro Innovations for Rapid DAF Pump Support
Our Team is available to answer your pump query within the hour.
21-23 Clyde Street,
Rydalmere NSW 2116
