It is essential to be familiar with the pumps and all their components when it comes to slurry transport. It is important to be familiar with the components of slurry transportation. This understanding begins with basic questions such as "What is the difference between a water pump and a slurry pump?" and "What makes slurry pumps special?"
Slurry pumps versus water pumps
The slurry is distinguished from other fluids by the presence of solids, such as gravel, copper, or even sand, within the liquid. While water is the most common liquid, the slurry can contain solvents such as alcohol, petroleum, and acids. Slurry pumps are required for these non-water components. You can get more insights into slurry pumps on https://www.schurcoslurry.com/slurry-pumps/.
Due to their large impeller diameters, shafts and bearings, slurry pumps are able to withstand severe wear. Slurry pumps are more expensive than water pumps in terms of upfront and ongoing costs. Slurry pumps are the only ones that can efficiently hydro transport solid material. The long-term benefits far outweigh any initial costs.
The generation of centrifugal forces, which push material outwards from the pump center, is key to the success of slurry pumps. This is in contrast to the centripetal force which pushes material towards the center. Because the forces that give velocity to the slurry speed up the transport process, slurry pumps must work on centrifugal principles. Centripetal pumps, however, would not be practical as the solids in the slurry would build up instead of flowing freely.