The Hunter240B mud cleaner is a second and third stage solid control equipment for drilling mud. As a key equipment in the drilling solid control system, it is mainly used for deep purification treatment of drilling mud. Its working principle is essentially to utilize; Centrifugal force+vibration screening; The composite effect of separation of solid particles in drilling mud by particle size classification ensures stable mud performance and achieves resource recovery and environmental protection goals. The core technology lies in the parameter matching between the cyclone and the vibrating screen, as well as dynamically adjusting the operating parameters according to the on-site working conditions.

Equipment structure characteristics and advantages

Sand removal cyclone: composed of two 10 inch high wear-resistant polyurethane sand removal cyclones, with larger overflow and feeding pipe diameters and smaller cone angles, which can effectively separate larger solid particles, such as sand particles of about 75 μ m

Mud removal cyclone: composed of 12 4-inch high wear-resistant polyurethane mud removal cyclones arranged in combination, used to separate solid substances such as soil with smaller particles, and can remove particles of about 15 μ m

Bottom flow vibrating screen: used in conjunction with HunterMG4 and arranged cyclone groups, it has a large filtration area, which can make the filtered slag drier, easier to transport and process. At the same time, the angle of the screen box can be adjusted according to actual needs to achieve the best separation effect.

Stable and reliable operation: The equipment structure design is reasonable, using internationally renowned brands of vibration motors and electrical components. Customization of vibration motors from Italian brands such as OLI or American brand Martin, as well as electrical components from brands such as Siemens or Schneider, ensures the stable operation of the equipment, reduces the incidence of failures, and lowers maintenance costs.

Easy to operate: The control system is simple and easy to understand, and the operation is convenient. The staff can easily start, stop, and adjust the parameters of the equipment. At the same time, the maintenance of the equipment is also relatively simple, reducing the labor intensity and technical requirements of the operators.