english Energy Optimization Strategies
Practical approaches to reduce energy consumption and improve efficiency
Optimizing Core Operating Parameters
- Adjust dissolved air pressure based on influent water quality and suspended solids characteristics
- Avoid excessive pressure that causes unnecessary energy consumption in air compressors or booster pumps
- Optimize return flow ratio to reduce return flow volume and pump delivery energy consumption
- Maintain bubble concentration and separation efficiency while minimizing energy use
- Adjust water flow rate in the tank to prevent excessive load on power equipment
- Ensure smooth water flow while reducing energy loss
Upgrading Power Equipment Configuration
- Replace traditional high-energy-consuming motors and booster pumps with variable-frequency devices
- Dynamically adjust output power according to actual processing needs
- Avoid energy waste caused by long-term full-load operation
- Select high-efficiency and energy-saving models for air compressors
- Equip with gas recovery devices to recycle undissolved air
- Reduce energy consumption during air preparation process and improve energy efficiency
Collaborative Process Optimization
- Coordinate design of high-efficiency concentrated flotation with front-end and back-end processes
- Use screens, regulating tanks and other front-end facilities to remove large particles and adjust water quality
- Reduce pollutant load entering flotation system
- Avoid increased energy consumption due to excessive processing loads
- Integrate with back-end processes such as filtration and biochemical treatment
- Appropriately relax flotation effluent specifications to eliminate excessive pursuit of high separation efficiency
- Achieve energy balance across the entire process
Intelligent Management and Control System
- Use intelligent technology to monitor and control equipment operating status in real time
- Collect key data such as water quality, flow rate, and pressure using sensors
- Control system automatically analyzes and adjusts operating parameters
- Avoid parameter deviations and increased energy consumption caused by manual operation
- Implement energy consumption monitoring module to track energy use of each device
- Promptly identify abnormal high energy consumption conditions and issue warnings
- Enable staff to conduct timely investigations and adjustments
- Ensure equipment always operates at low energy and high efficiency levels
