Wastewater Treatment by Cavitation Air Flotation

Specifications

 Product Description

Description :

 YMWF series of CAF is the most advanced air flotation equipment in the world at present, it was design by brought in abroad advanced cavitation air flotation. Environmental and Energy Group patent products, enjoy exclusive manufacturing license.

YMWF series CAF is specialized used to remove industrial and municipal sewage grease,jelly and suspended solid. Aiming at different sewage,grease removal rate above 95%, most part of suspended solid will be remove, and inject suitable flocculant and mixture, it can make COD,BOD remove rate above 60%, mainly used water treatment of paper mill,chemical,pollution,food,paint,tannery,oil refining, milk processing,beverage,textile ,machinery processing ,municipal etc industrial sewage .

 Feature:

1. Has better adaptability to water volume and quality.

2.Advanced sewage treatment technique , save investment, high treatment efficiency, better effluent water quality.

Save investment:

YMWF air flotation no need compressed container,air compressor and circulating pump etc equipments, simple system, little civil work, small occupy area, it can install ground , underground , low operating cost, maintenance and personal operation simple.

High efficiency:

YMWF air flotation,automatic continuously remove sludge from sewage, low sludge moisture, reduce sludge treatment cost. 

I. CAF can cut your waste treatment cost by 40-90%

CAF System is a cavitation air flotation process. Microbubbles are injected into the wastewater without first 

having to dissolve the air. Only air passes through the ejection nozzles. therefore no blockage can occur. 

No need for air compressors,pumps, air saturation tanks. 

Characteristic
1.Simple Structure, easy to operate
2.Low operation cost
3.High efficiency
4.Strong adaptability
5. Save investment
Applied Range
1.Suspended solid separation
2. water-oil separation purification
3. Coagulation flocculent body separate
4. Activated sludge flocculent separate

Technical parameter :