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Clari-DAF® System Dissolved Air Flotation (DAF)
ITT Water & Wastewater - Leopold Products
The Leopold® Clari-DAF® system is a particularly capable technology for removing low-density particles that cannot be removed by gravity sedimentation
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•Brochure: Leopold® Clari-DAF® System
•Brochure: Leopold® Clari-DAF® System Design and Optimization
•Brochure: Leopold® Clari-DAF® LT (Lagoon Treatment) System
•White Paper: The Leopold Clari-DAF® System Improves Wastewater Lagoon Effluent
•Brochure: Leopold® Desalination Pretreatment Systems
The Leopold® Clari-DAF® system is a particularly capable technology for removing low-density particles that cannot be removed by gravity sedimentation. It employs buoyancy flotation whereby tiny air bubbles are attached to the particle surfaces and float the solid particles to the surface of the water where they are removed as floating sludge.
•Brochure: Leopold® Clari-DAF® System
•Brochure: Leopold® Clari-DAF® System Design and Optimization
•Brochure: Leopold® Clari-DAF® LT (Lagoon Treatment) System
•White Paper: The Leopold Clari-DAF® System Improves Wastewater Lagoon Effluent
•Brochure: Leopold® Desalination Pretreatment Systems
•Brochure: Leopold® Clari-DAF® System
•Brochure: Leopold® Clari-DAF® System Design and Optimization
•Brochure: Leopold® Clari-DAF® LT (Lagoon Treatment) System
•White Paper: The Leopold Clari-DAF® System Improves Wastewater Lagoon Effluent
•Brochure: Leopold® Desalination Pretreatment Systems
The Leopold® Clari-DAF® system is a particularly capable technology for removing low-density particles that cannot be removed by gravity sedimentation. It employs buoyancy flotation whereby tiny air bubbles are attached to the particle surfaces and float the solid particles to the surface of the water where they are removed as floating sludge.
Operating Principle
A typical Leopold Clari-DAF system process train consists of chemical coagulation, flocculation, air injection, flotation, and sludge removal.
- Chemical coagulants are introduced to improve flocculation efficiency.
- The water is stirred to distribute the chemical coagulant among the solid particles and cause the particles to flocculate.
- Air under pressure is dissolved into water according to Henry's Law of Dissolution. Releasing the pressure back to STP (normal conditions or standard temperature and pressure) via a special device creates millions of "microbubbles" approximately 30 to 100 microns in diameter.
- The microbubbles attach to the floc and float it to the surface where a sludge blanket is formed.
- The sludge blanket is skimmed from the surface.
- High Loading Rates up to 20 gpm/sf.
- Reduced Chemical Consumption
Formation of a large, rapidly settling floc is not required, saving money. - High Sludge Concentrations
Dewatering can occur without additional thickening, eliminating expensive sludge thickeners. - Rapid Start-Up
Good-quality water can be produced within 45 minutes of start-up. - Compact Design
Requires less space than conventional processes.
•Brochure: Leopold® Clari-DAF® System
•Brochure: Leopold® Clari-DAF® System Design and Optimization
•Brochure: Leopold® Clari-DAF® LT (Lagoon Treatment) System
•White Paper: The Leopold Clari-DAF® System Improves Wastewater Lagoon Effluent
•Brochure: Leopold® Desalination Pretreatment Systems
