What is High Efficiency Air Flotation Equipment

• Introduction & Principle

  High efficiency air flotation equipment is a specialized device widely used in water treatment processes, designed to separate and remove suspended solids, oils, and other contaminants from aqueous solutions. It leverages the principle of buoyancy generated by microbubbles to lift impurities to the water surface, where they can be easily skimmed off, achieving the goal of purifying water.

  Separation Technology

• Working Mechanism

  The core working mechanism involves generating a large number of fine microbubbles through processes such as dissolved air release, mechanical agitation, or electrolysis. When introduced into the water, the microbubbles adhere to the surface of suspended particles and oil droplets, causing them to rise to the surface where they form a layer of froth that is removed by skimming devices.

  Microbubble Process

• High Efficiency Features

  Fine microbubbles provide a large surface area for contact with contaminants, ensuring effective capture of even small particles. This results in faster separation times and higher removal rates, making it suitable for water with high levels of suspended solids or emulsified oils. The equipment operates with relatively low energy consumption, contributing to its cost-effectiveness.

  Energy Efficient

• Industry Applications

  This equipment finds applications in industrial wastewater treatment (food processing, textiles, petrochemicals, metallurgy), municipal wastewater treatment plants, and drinking water purification. It effectively removes oils, fats, solid impurities, turbidity, and organic matter to meet various water quality standards.

  Multi-Sector Use

• Equipment Structure

  The equipment typically consists of a reaction tank, air flotation tank, air supply system, microbubble generator, and skimming mechanism. Some models include auxiliary components such as chemical dosing systems to enhance flocculation of contaminants, with designs that can be customized for specific water treatment scenarios.

  Modular Design

• Performance Advantages

  Compared to traditional sedimentation methods, this equipment offers superior treatment efficiency and wide applicability. Its ability to handle difficult-to-treat contaminants and operate with low energy consumption makes it a favored choice for various industries seeking effective water purification solutions.

  Superior Performance