Continuous Operation DAF System for Industrial Wastewater Treatment with Effective Grease Removal

1. Wastewater enters RT1 (coagulation reaction tank) and RT2 (flocculation reaction tank) from the equalization tank through the lift pump.

2. The wastewater coagulates with PAC and flocculates with PAM to form flocs.

3. The wastewater and dissolved water enter the reaction zone of the DAF tank where microbubbles and flocs mix and adhere.

4. The resulting solid particles (with density less than water) float to the surface and are scraped to the slag tank.

5. Clean water is collected and discharged (or sent to next process), with a portion recirculated to form dissolved water.

DAF System Featuresdiv>

• Microbubbles generating system
• Subsurface capture technology
• Automatic slagging controlled by liquid level
• Non-clogging releasing with high efficiency

Applications of DAF Systemdiv>

• Municipal Sewage
• Slaughter House wastewater
• Metallurgical Industry Wastewater
• Spraying Sewage
• Printing & Dyeing Sewage
• Metal-Processing Sewage
• Mining Stone Wastewater
• Electronic Sewage

How to Select the Right Modeldiv>

Consider these factors when selecting a DAF system:

• Wastewater type (dairy, car washing, slaughter house, food processing, etc.)
• SS content (ppm or mg/L)
• Oil & Grease & Fat (FOG) content (ppm or mg/L)
• PH level (6-9 preferred)
• BOD and COD levels (ppm or mg/L)

Fabrication Processdiv>

Technical Datadiv>

Packagingdiv>