The drilling fluid solids control system (or solids control system) is a vital support system for oil drilling rigs. Its main function is to remove unnecessary solid particles from the drilling fluid. This maintains fluid stability, improves pump working conditions, and increases drilling efficiency. The drilling fluid solids control system mainly consists of purification equipment

Submersible slurry pumps utilize centrifugal force to generate pressure. The main medium transported by these pumps is a mixture of solid particles (including slag) and water, hence the name “submersible slurry pump.” The impeller is a semi-open type, with agitator blades extending from the impeller suction side. Applications of Submersible Slurry Pumps: Widely used in

Shale shakers are key equipment in solids control systems and the first-stage processing equipment. Their performance directly affects the overall control effect of the system. During drilling, drilling fluid containing a large amount of drill cuttings is returned from the well. The role of the shale shaker is to separate the cuttings from the drilling

In the field of liquid handling, mud gas separators and vacuum degassers are two commonly used devices that play a crucial role in removing gases from fluids and improving liquid purity. Although their goals are similar, their working principles and application scenarios differ significantly. 1. Working Principle: Mud Gas Separator: A mud gas separator primarily

Shale Shakers for Drilling Fluid are crucial solids control equipment in oil drilling mud recovery systems. Linear shales shakers represent the third generation of mud shaker end systems. Linear shales shakers use two vibrating motors as the vibration source, causing the material to move linearly forward; hence the name. Mud shales shakers utilize excitation motors