Electrostatic Flotation
The electrostatic flotation process is used by industries to separate particles of different sizes, sizes and densities. Electrically charge areas is created through the process of magnetization, which uses line currents and high-voltage electrical discharges to create the charge. Through this process, particles become attracted to the charge area and then forced together. After settling together, the particles can be separated and recycled for reuse.
The electrostatic flotation process is used for a wide variety of materials and applications. Its most common uses are for the separation of fine solid particles from aqueous and homogenous mixtures, such as dirt from water. This process can also be used as a form of mine separation, as well as to separate light particles from heavy particles or to separate different sized particles from each other. Many of these applications are used in industries such as mining, food processing and pulp and paper.
The electrostatic flotation process is particularly useful in the recovery of minerals because it relies on the physical and chemical characteristics of the particles themselves. By controlling the charge on the particles and the amount of energy used to create it, operators can gently and effectively separate particles of different sizes. Even when particles of different density are present, the electrostatic flotation process can be used due to the permanent electric charges created by magnetization. Additionally, the process works without the use of costly reagents or chemicals.
The electrostatic flotation process is generally a safe process that operates without any risk of hazardous spillage. It is highly efficient, as the process separation requires very little energy and does not create excessive air pollution. The use of noxious, hazardous or expensive emulsifiers, surfactants and other additives is also unnecessary. This process is generally easier and more cost-effective than alternative separation techniques, such as decantation, filtration and centrifugation.
The electrostatic flotation process can operate at high volumes, making the process advantageous in industries with large quantities of particles. The process is also highly efficient, resulting in high-quality product with improved product integrity. The increased efficiency and safety makes the electrostatic flotation process ideal for a wide range of industrial applications.
