High Load Impact Resistant Shallow Air Flotation Water Treatment Equipment with Advanced Working Principle

High Load Impact Resistant Shallow Air Flotation Water Treatment Equipment with Advanced Working Principle

Our High Load Impact Resistant Shallow Air Flotation Equipment is an innovative and highly efficient solution designed to handle complex wastewater treatment challenges. By integrating the advanced principles of "Shallow Theory" and "Zero Velocity", this system achieves superior solid-liquid separation with enhanced stability and performance. The equipment is compact, easy to install, and capable of withstanding high load fluctuations, making it ideal for both industrial and municipal applications.

Advanced Working Principle

The system operates based on the traditional air flotation process, enhanced with cutting-edge shallow theory and zero velocity design:
✅ Rapid Floc Formation: Raw water, coagulants, and flocculants are mixed in the pipeline reactor to form stable flocs.
✅ Microbubble Attachment: Tiny microbubbles (5–10 μm) released from the dissolved air release mechanism attach to the flocs, reducing their density and causing them to float.
✅ Efficient Separation: The floating scum is scraped into the collection tank by the oil (slag) scraper, ensuring clean separation and high-quality effluent.
✅ Stable Water Flow: The water inlet, outlet, and scum outlet are all concentrated within the pool body, ensuring balanced and consistent treatment.

Key Technological Advantages

✅ High Load Capacity with Compact Design

• High surface load and small footprint maximize efficiency while saving space.

• Easy to install and transport due to lightweight, compact structure.

✅ Exceptional Treatment Efficiency

• Over 98% removal rate for suspended solids.

• Consistent, stable effluent quality under varying load conditions.

✅ Micro-Sand Recycling with Minimal Pollution

• Micro-sand recovery rate exceeds 99.5%.

• No secondary pollution, outperforming traditional magnetic coagulation processes.

✅ Low Operating Costs

• Operating and maintenance cost per ton of water is less than 0.1 yuan.

• High-efficiency treatment reduces overall operational expenses.

✅ Fast and Efficient Processing

• Short retention time of only 3–5 minutes ensures high processing efficiency.

• Large purification capacity with reliable performance.

✅ Non-Clogging and High Stability

• Efficient release mechanism prevents clogging and maximizes dissolved gas utilization.

• "Zero Velocity" design minimizes water disturbance, enhancing separation stability.

✅ Shallow Pool Theory for Space Optimization

• Effective pool depth of only 730mm reduces land usage.

• High-performance treatment within a compact footprint.

✅ Integrated Control and Automation

• Advanced electromechanical instrumentation ensures stable, automated operation.

• Easy to monitor and adjust for optimal performance.

Ideal for a Wide Range of Applications

• Industrial Wastewater: Effective removal of oils, grease, and suspended solids.
• Municipal Wastewater: Consistent output quality even with fluctuating input loads.
• Food and Beverage Processing: Efficient separation of fats and proteins.
• Petrochemical and Mining Industry: Handling of oil-containing and sediment-laden wastewater.
• Paper and Pulp Industry: High-efficiency removal of fibers and suspended solids.

Project Case

Certificate

Why Choose Our Shallow Air Flotation Equipment?

✅ Proven Efficiency: High removal rates for suspended solids and oils.
✅ Compact and Space-Saving: Ideal for facilities with limited space.
✅ Cost-Effective: Low energy consumption and minimal maintenance costs.
✅ Reliable and Durable: Strong, corrosion-resistant materials ensure long-term use.
✅ Environmentally Friendly: Clean discharge with no secondary pollution.

Everest Technology (Wuxi) Co., Ltd. is a one-stop industrial innovation solution provider, specializing in premium raw materials, precision manufacturing, and green technology. We empower global clients with end-to-end services from design to delivery, rooted in material expertise, smart manufacturing, and sustainable innovation.