The separation of materials by centrifugation, using centrifuges (inertial separators) are the basis of many industrial processes. The main disadvantage of the applied inertial separators is the difficulty in removing sediment particles from the pores of the filter surface, thus increasing the resistance to filtration, and the need to stop at the restoration (regeneration) of the filter surface and reduce its technical performance. The solution to the question of regeneration has led to the use in separators filter surfaces having sections with different curvatures, including reverse. The design of the inertial filter separator is protected by a utility patent. Found the working conditions of the separator, in which achieved complete regeneration of pores of the filter surface due to the simultaneous action of the forces of inertias and phenomena hydraulic wedge. The use of inertial filter separator in the purification of liquids and finely dispersed suspensions will allow simultaneously the processes of filtration and regeneration that will increase their efficiency

Keywords: regeneration, separation, centrifuge, separator, filter surface of the separating surface, a curvature opposite the curvature, the forces of inertia, gravity, kinematic indicator mode, the performance, the radius of curvature, speed