The invention relates to disperser pumps designed for pumping, intensive mixing and dispersing multi-phase fluids and, in particular, water-mineral binding mixtures and other liquid fluids containing solid particles. The technical result of the invention is a regulated combination of two processes in the same apparatus, such as pumping the working fluids (pump function) and intensive mixing (dispersion/disintegration/homogenization function), with no stagnant zones in the working chamber of the pump, and all surfaces within the working chamber of the pump are self-cleaned during the rotation of shafts. The disperser pump for pumping liquid fluids with solid particles comprises the housing with pressure and suction pipes, in which there are two shafts that rotate in the same direction and have screw threads. In the end of the working chamber, the cam-driven elements are additionally mounted on the shafts in front of the pressure pipe, wherein the shafts rotate at a speed of 800-4500 rpm.

The invention relates to disperser pumps designed for pumping, intensive mixing and dispersing multi-phase fluids and, in particular, water-mineral binding mixtures and other liquid fluids containing solid particles. The technical result of the invention is a regulated combination of two processes in the same apparatus, such as pumping the working fluids (pump function) and intensive mixing (dispersion/disintegration/homogenization function), with no stagnant zones in the working chamber of the pump, and all surfaces within the working chamber of the pump are self-cleaned during the rotation of shafts. The disperser pump for pumping liquid fluids with solid particles comprises the housing with pressure and suction pipes, in which there are two shafts that rotate in the same direction and have screw threads. In the end of the working chamber, the cam-driven elements are additionally mounted on the shafts in front of the pressure pipe, wherein the shafts rotate at a speed of 800-4500 rpm.