Wastewater Treatment, Perfected
Automatic Polymer Feeder - Precision Dosing for Maximum Efficiency
Why Automate Polymer Feeding?
An automatic polymer feeder optimizes the coagulation and flocculation process, ensuring consistent chemical dosing, improving DAF performance, and reducing operating costs.
✅ Lower Polymer Consumption & Chemical Costs – Precise dosing prevents overuse of polymers, reducing waste and expenses.
✅ Better Effluent Quality – Optimized polymer dosing results in lower TSS and turbidity, improving water clarity and compliance.
✅ Automated Dosing for Process Stability – Adjusts in real-time to fluctuations in flow rate and solids loading, ensuring consistent separation performance.
✅ Reduced Labor Requirements – Eliminates manual dosing adjustments, freeing up staff for other critical tasks.
✅ Reliable & Maintenance-Free Operation – Designed for continuous performance, minimizing downtime and maintenance needs.
Seamless Integration
🔗 Works with Existing Systems – Easily integrates with DAF units, chemical tanks, and SCADA systems.
⚡ Energy-Efficient Design – Optimizes dosing without excessive power consumption.
By implementing an automatic polymer feeder, DAF systems achieve higher efficiency, lower costs, and improved effluent quality—all with hands-free operation! 🚀
Turbidity Sensors - Real-Time Effluent Monitoring
Optimal Turbidity: <10 NTU (for regulatory compliance)
Turbidity sensors measure the amount of suspended solids in water by detecting how much light is scattered by particles. This provides a direct indication of DAF separation efficiency.
✅ Ensures Compliance – Monitors turbidity in real-time to maintain discharge limits (<10 NTU for many industries) and prevent violations.
✅ Prevents Process Upsets – Detects sudden spikes in turbidity, indicating issues like poor coagulation, air saturation problems, or excessive scum buildup.
✅ Automated Process Adjustments – Integrates with chemical dosing and skimmer controls to optimize separation when turbidity levels fluctuate.
✅ Reduces Chemical Waste – Avoids overdosing of coagulants and polymers by ensuring just the right amount of treatment is applied.
Optical Sensors - Confirm Your Solids and Water Clarity
Coagulant dosing adjustment at TSS > 50 mg/L
Optical Sensors use light-based detection to monitor bubble formation, sludge interface levels, and solids concentration.
✅ Optimized Air-to-Solids Ratio – Ensures proper microbubble distribution by monitoring air injection and dissolved air concentration.
✅ Accurate Sludge Blanket Measurement – Detects sludge accumulation and interface levels, preventing excessive sludge carryover or under-removal.
✅ Prevents Effluent Contamination – Identifies floating solids or scum overflow, allowing for quick corrective action.
✅ Improves Skimmer and Pump Efficiency – Provides real-time feedback to adjust skimmer speed, sludge pump activation, or chemical dosing for optimal performance.