English
A Floating Axial Flow Pump is an integrated pumping system that combines an axial flow pump with a buoyant pontoon or barge-style platform. Less investment and no need for pump house construction are big two advantages for this kind of floating axial flow pump.
Main benefits of floating axial flow pump
No pump house need
High efficiency in high-flow and low-head applications
Smooth and reliable operation
Robust construction, high durability and reliability
Easy Installation and low maintenance costs
High efficiency performance for best total life time cost
Main applications
Agricultural irrigation and drainage
Flood control and drainage project
Water transfer projects
Construction Dewatering
Aquaculture
Product Description
Technical Data
Agricultural Irrigation
Denor Floating Axial Flow Pump – Adapts to Fluctuating Water Levels, Cuts Costs by 60%
The Denor Floating Axial Flow Pump extends the proven reliability of traditional axial flow pump technology into environments where water levels are never constant. By mounting the pump assembly on a robust pontoon, this system floats directly on the water surface, automatically rising and falling with changing water levels.
This innovative design eliminates the need for fixed intakes, complex foundations, or hydraulic structures—making it the ideal solution for reservoirs, lakes, rivers, and emergency flood control applications. Whether you need temporary pumping during construction, seasonal irrigation, or rapid deployment for disaster response, the Denor floating axial flow pump delivers high-volume, low-head performance with unprecedented flexibility and cost savings.
How It Works
This self-adjusting mechanism ensures consistent performance without manual intervention, regardless of seasonal changes, tidal variations, or drawdown.
Advantages & Features
1. Eliminates Hydraulic Construction
No need for cofferdams, dewatering, permanent foundations, or pump houses. The floating pump simply anchors in place, preserving the natural water body and reducing project complexity.
2. Cuts Engineering Costs by Over 60%
By removing the need for civil works, the floating pump dramatically lowers overall project costs compared to vertical, horizontal, or inclined fixed installations. This makes it the most economical choice for temporary or variable-level sites.
3. Automatic Water Level Adaptation
The pontoon ensures the pump inlet always stays at the correct submerged depth—no manual adjustment or complex control systems required. Perfect for reservoirs, rivers, and lakes with seasonal or tidal fluctuations.
4. High Flow, Low Head Performance
Leveraging mature axial flow pump technology, the floating pump delivers massive volumes of water at low heads (up to 15m), ideal for water transfer, irrigation, and drainage applications.
5. Rapid Deployment & Mobility
Pre-assembled and tested, the floating pump can be transported, launched, and operational within hours. It's easily relocated as project needs change—unlike fixed pumps.
6. Low Maintenance & High Reliability
Built with robust materials and proven axial flow components, the pump requires minimal maintenance and offers long service life even in demanding conditions.
7. Environmentally Friendly
No permanent structures mean minimal environmental impact. The floating pump can be removed without leaving a footprint, making it suitable for sensitive ecosystems.
Why Choose Denor Floating Axial Flow Pumps?
Contact our experts today to discuss your project and get a free quote!
| Flow Range | 1,000 – 30,000 m³/h |
| Lift Range | 3 – 15 m |
| Power | 100 KW - 1,500 KW |
| Voltage | 380V, 660V, 6000V, 10000V |
| Pump casing | Cast steel, stainless steel, or coated cast iron |
| Efficiency | 85% – 92% |
| Motor type | Submersible motor |
| Protection rating | IP68 (continuous submergence) |
| Inlet/Outlet Size | Customized |
| OEM/ODM | Accept |
Agricultural Irrigation
Ideal for lifting water from rivers, canals, or reservoirs to irrigate large farmlands, as it can handle the high flow rates required.
Flood Control and Drainage
Widely used in pumping stations to quickly move massive amounts of water from flooded areas (cities, agricultural fields) to rivers or seas.
Water Transfer Projects
Essential in large-scale aqueducts or cross-basin water transfer schemes where water needs to be lifted only a short height but over massive volumes.
Construction Dewatering
Pumping water from construction pits, coffer dams, and mining sites.
Aquaculture
Water circulation, aeration, and exchange in large fish and shrimp farms.
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