Product Overview
With the rich experience in market, we manufacture and supply a extensive range of Dissolved Air Flotation System in Ahmedabad, Gujarat, India. Offered Dissolved Air Flotation System is specially created air bubbles are first mixed with wastewater, attach themselves to solids present and then separate them by flotation leaving clarified water behind. DAF has become widely accepted for use in potable water treatment, municipal wastewater as well as a variety of industrial applications Working Principle: Dissolved Air Flotation (DAF) is an efficient flotation method for water clarification Dissolved Air Flotation (DAF) is a process for the removal of fine suspended material from an aqueous suspension. The term "flotation" indicates something floated on or at the surface of a liquid The DAF provides the energy for effective flotation in the form of extremely fine air bubbles, which become attached to the suspended material to be removed. This attachment of bubbles to the particle "reduces" the density of the particle resulting in increased buoyancy, thus effecting flotation. Chemical conditioning is often used to increase the effectiveness of the dissolved air flotation process
With the rich experience in market, we manufacture and supply a extensive range of Dissolved Air Flotation System in Ahmedabad, Gujarat, India. Offered Dissolved Air Flotation System is specially created air bubbles are first mixed with wastewater, attach themselves to solids present and then separate them by flotation leaving clarified water behind. DAF has become widely accepted for use in potable water treatment, municipal wastewater as well as a variety of industrial applications Working Principle: Dissolved Air Flotation (DAF) is an efficient flotation method for water clarification Dissolved Air Flotation (DAF) is a process for the removal of fine suspended material from an aqueous suspension. The term "flotation" indicates something floated on or at the surface of a liquid The DAF provides the energy for effective flotation in the form of extremely fine air bubbles, which become attached to the suspended material to be removed. This attachment of bubbles to the particle "reduces" the density of the particle resulting in increased buoyancy, thus effecting flotation. Chemical conditioning is often used to increase the effectiveness of the dissolved air flotation process
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