Abstract: An apparatus for mixing and atomizing gases and liquids are described. The liquid is atomized by the combs of rollers that rotate in the chamber. The rollers are configured to neutralize centrifugal forces, thus preventing the liquid fluid from bordering the sides of the chamber, thus mixing the gas with the liquid.

Abstract: The invention concerns a separator, wherein the mixture, after passing through the inlet channels of the container body (1), penetrates into the admission chamber (30) of the rotor (2), where blades (35) arranged in star formation and perpendicular to the axis of rotation produce a centrifugal propulsion and, further, compact the components with greater density, thus facilitating extraction thereof. The thus modified mixture passes into the separating chamber (31), where blades (36) arranged in star formation and parallel to the axis of rotation, through their centrifugal force, push the components with greater density outwards; the latter having penetrated into the collecting cells (41) of the grid (34) which is coated on the outside of the separating chamber, through holes (42) exit from the rotor upon reaching the accumulation chamber (13). The fluid medium which, countered by a suitable pressure, cannot penetrate into the accumulation chamber, exit through evacuation channels.

Abstract: The gas and the liquid, to be mixed and interact, enter the atomization chamber (9). The liquid is immediately atomized by the combs of the seven rollers (1) that rotate in the chamber (9); the particular setting of the 6 rollers (1) in a circle around a central roller (1), thus neutralising the centrifugal forces, guarantees that the liquid fluid (at higher density) does not border the sides of the chamber (9). The gas mixes with the liquid particles, producing foam in which new liquid particles mixed with gas are continuously formed and decomposed. The foam, driven by the pressure above and/or by a screw-type conformation of the combs' rods, drives along the chamber, all the while being mixed and regenerated without the liquid re-compacting and separating from the gas.

Abstract: The invention concerns a separator, wherein the mixture, after passing through the inlet channels of the container body (1), penetrates into the admission chamber (30) of the rotor (2), where blades (35) arranged in star formation and perpendicular to the axis of rotation produce a centrifugal propulsion and, further, compact the components with greater density, thus facilitating extraction thereof. The thus modified mixture passes into the separating chamber (31), where blades (36) arranged in star formation and parallel to the axis of rotation, through their centrifugal force, push the components with greater density outwards; the latter having penetrated into the collecting cells (41) of the grid (34) which is coated on the outside of the separating chamber, through holes (42) exit from the rotor upon reaching the accumulation chamber (13). The fluid medium which, countered by a suitable pressure, cannot penetrate into the accumulation chamber, exit through evacuation channels.