Efficient rotary atomization dust removal is a new type of dust removal equipment that integrates various dust removal mechanisms such as centrifugal settling, filtration, mechanical rotation collision, inertial collision capture and diffusion, and water film.

Efficient rotary atomization dust removal is a new type of technology that utilizes the principle of supergravity to enhance the transfer process. It generates a strong centrifugal force field instead of gravity field through high-speed rotation, thereby enhancing the mass transfer process and greatly reducing the size and mass of the equipment. Supergravity atomization dust removal generally uses a rotor, which is driven by an electric motor to rotate at high speed and generate huge centrifugal force, also known as supergravity. Nowadays, supergravity technology has attracted widespread attention from scientists in various fields and has been applied in industry. Air dust pollution is one of the main forms of environmental pollution, especially the dust and exhaust gas generated during the production process of industrial and mining enterprises, which directly harm the health of workers and pollute the environment. However, the various dust removal technologies and equipment currently in use generally have unsatisfactory dust removal effects and high investment costs.

Product features of high gravity dust removal equipment:

Efficient rotary atomization dust removal is a new attempt. Although the essence of supergravity technology is to simulate a hypergravity environment through the action of centrifugal force, this technology has a qualitative difference from traditional methods of using centrifugal force for phase separation or density difference separation. Its core lies in the reinforcement of the transfer process and micro mixing process, and therefore it is applied to multiphase processes that require reinforcement of interphase transfer processes, as well as mixing and reaction processes that require reinforcement of micro mixing within phases or quasi homogeneous phases.