| Brand Name: | ECER |
| Model Number: | ECER-DAF-ES80 |
| MOQ: | 1 Set |
| Price: | USD 8,000 - 38,000 / Set |
| Delivery Time: | 20-35 Working Days |
| Payment Terms: | L/C,T/T,Western Union,PayPal |
This Energy Saving Low Power Dissolved Air Flotation Equipment is engineered from the ground up to minimize operational expenditure through intelligent power management and hydraulic efficiency optimization. The system achieves a class-leading specific energy consumption of less than 0.15 kWh per cubic meter of treated water by employing IE4 premium-efficiency motors across all rotating equipment.
The innovative gravity-assisted dissolved air circuit reduces pumping head requirements by utilizing the hydrostatic pressure differential between the flotation cell water level and the elevated saturation vessel, recovering a significant portion of the energy otherwise wasted across the pressure letdown valve. A variable frequency drive with built-in energy optimization algorithm continuously adjusts the recycle pump speed to deliver exactly the required dissolved air flow rather than operating at fixed speed with a throttling valve, eliminating wasteful pressure drop.
These combined efficiency measures translate into annual electricity savings exceeding 40 percent compared to equivalently sized conventional DAF systems, delivering a compelling total cost of ownership advantage over the equipment lifecycle.
| Parameter | Specification |
|---|---|
| Model Series | ECER-DAF-ES Series |
| Flow Rate Range | 3 - 80 m³/h |
| Specific Energy Consumption | ≤ 0.15 kWh/m³ Treated Water |
| Motor Efficiency Class | IE4 Super Premium (All Motors) |
| Recycle Pump Control | VFD with Energy Optimization Algorithm |
| Dissolved Air Pressure | 0.25 - 0.45 MPa (Reduced) |
| Annual Energy Savings | ≥ 40% vs. Conventional DAF |
| Saturation Efficiency | ≥ 88% at Reduced Pressure |
| SS Removal Rate | ≥ 88% |
| Total Connected Power | 2.2 - 11 kW |
| Tank Material | Carbon Steel with Insulation Option |
The energy-efficient DAF system delivers maximum value in applications where electricity costs represent a significant portion of the total wastewater treatment operating budget. Food and beverage processing facilities operating around the clock in regions with high industrial electricity tariffs achieve payback periods under 18 months through energy savings alone.
Large-scale textile dyeing and finishing operations with wastewater flow rates exceeding 500 cubic meters per day realize substantial annual operating cost reductions that directly improve factory profit margins. Municipal wastewater treatment plants under pressure to reduce carbon footprint and meet sustainability targets deploy these systems to lower Scope 2 greenhouse gas emissions from purchased electricity.
Industrial parks and centralized effluent treatment plants serving multiple tenant factories benefit from the reduced peak electrical demand, potentially avoiding costly transformer and switchgear upgrades in existing electrical infrastructure. Breweries and wineries with strong corporate sustainability commitments specify this energy-optimized equipment to support their environmental reporting and green marketing initiatives while simultaneously reducing per-unit production costs through lower treatment overhead expenditure.
Each energy-efficient DAF unit is factory-tested under simulated load conditions with power monitoring instrumentation recording consumption data to verify the guaranteed specific energy performance before shipment. The equipment is packed in lightweight yet strong plywood crates designed to minimize shipping weight and associated freight costs while maintaining adequate structural protection.
All motors are shipped with vibration dampening mounts and shaft locking devices to prevent bearing damage during transit. The delivery package includes a detailed energy performance guarantee certificate, motor efficiency test reports, VFD programming parameters, power monitoring system configuration guide, and an energy savings calculation spreadsheet for payback analysis.
Our twelve-month warranty covers all components against manufacturing defects. We also offer an extended Energy Performance Guarantee program where we commit to maximum energy consumption targets and provide annual energy audits with recommendations for maintaining optimal efficiency, ensuring your savings continue throughout the equipment operating life rather than degrading over time as typically experienced with conventional systems.