30m3/H Shallow Air Flotation Water Treatment Equipment Impact Resistant

Product Specification

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

Product Overview

The Shallow Air Flotation System is a cutting-edge solution designed to handle high load impacts while ensuring stable and efficient wastewater treatment. By incorporating the principles of "shallow pool theory" and "zero velocity", this system achieves rapid separation of suspended solids, oils, and impurities. Its highly integrated design, compact structure, and low operating costs make it ideal for municipal and industrial wastewater treatment.

The system ensures stable operation even under heavy load conditions, delivering high removal efficiency and consistent effluent quality — all while minimizing energy consumption and operational costs.

How It Works

1. Coagulation and Flocculation

   • Raw water enters the mixing reactor where coagulants and flocculants are added, forming separable flocs.

2. Micro-Bubble Formation

   • Micro-bubbles (5–10μm) are released by the dissolved air release mechanism and attach to the flocs, forming a floating air-bearing body with a specific gravity lower than water.

3. Separation and Collection

   • The floating flocs rise to the surface, forming scum that is efficiently scraped into the collection tank by the scum scraper.

   • The water inlet, outlet, and scum outlet are all integrated into the pool area for streamlined operation.

4. Water Distribution and Collection

   • The rotating water distribution mechanism, water collection mechanism, and dissolved gas release mechanism work in sync to maintain even flow and stable operation.

Key Features

✅ High Load and Impact Resistance

• Maintains stable performance even under high load conditions.

• High removal rate of suspended solids exceeding 98%.

✅ Compact and Lightweight Design

• Highly integrated structure reduces footprint and saves installation space.

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

✅ High Recovery and Low Pollution

• Micro-sand recycling recovery rate exceeds 99.5%.

• No secondary pollution to effluent water quality.

✅ Low Operating Costs

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

• Low power consumption and minimal maintenance requirements.

✅ Fast and Efficient Treatment

• Short retention time of 3–5 minutes ensures rapid and effective treatment.

• High surface load capacity allows for large purification capacity.

✅ Stable and Reliable Operation

• Efficient non-clogging release mechanism improves dissolved gas utilization.

• Integrated electromechanical instruments provide automated and stable control.

Technological Advantages

1.  High surface load and rapid flotation process
2.  Quick and easy installation with minimal site requirements
3.  High removal efficiency with low sludge production
4.  Advanced scum removal ensures cleaner and more stable effluent
5.  Smart control system for real-time monitoring and performance optimization

Applications

1. Municipal wastewater treatment
2.  Industrial wastewater treatment
3.  River and lake water purification
4. Food and beverage processing
5.  Chemical and pharmaceutical industries

Project Case

ABS wastewater treatment in the chemical industry Project Overview: Mainly remove a large amount of SS in ABS wastewater Treated water: 10800 t/d Project address: Panjin City, Liaoning Province

Certificate

API-5LD AUTHENTICATION	American Petroleum Institute API 5LC Certificate	ASME Certificate in the United States	EU PED&AD2000 certificate	ABS classification society certification certificate in the United States	DNV Det Norske Veritas Certificate	RINA Italian Bureau of Shipping Certificate	BV French Bureau of Shipping certification	LR Lloyd's Register Certificate of Approval	Customs Union EAC Certificate	Russian GOST certificate

Upgrade your wastewater treatment process with our High Load Impact Resistant Shallow Air Flotation System — delivering superior performance, reduced costs, and cleaner water.