Kesseparation
KES-Centrifuge-Product-Application
Mud Water Separation
2022-11-04

The mud water separation system is applicable to the mud purification and recovery of pile foundation works (including rotary drilling, percussive drilling, etc.), anti-seepage wall works (diaphragm wall, double wheel milling), mud water balance shield construction and mud water pipe jacking construction using mud retaining wall and circulating drilling technology. Greatly improve the reuse rate of waste mud, avoid the random discharge of mud, help customers reduce construction costs, civilized and environmentally friendly construction.

KES Separation shield tunneling desanding plant, can also be called TBM desanding plant or piling desanding plant or mud water separation plant or construction mud desander. The desanding plant has wide applications in construction mud treatment and engineering mud recycling. KES Separation Mud Water Separation system is a necessary equipment of foundation construction, used for pile foundation projects adopting slurry hole/tunnel wall supporting, rotary drilling rig, circular drilling technology; Diaphragm wall project and slurry purification recycling of slurry pipe-jacking construction, with the features of reducing construction cost, increasing construction efficiency. KES Separation Desanding plant can control the mud performance, increase drilling efficiency, save drilling cost and minimize environmental impact.




Product Features:

  • Fully clean the mud, effectively control the mud performance index, reduce the sticking accidents and improve the drilling quality.
  • Realize mud recycling and save mud making materials. Greatly reduce the cost of waste slurry transportation
  • The shale shaker adopts double-layer screen design, with better purification effect than ordinary single-layer screen, simple operation and easy maintenance.
  • Mud recycling reduces the impact on the environment and saves construction costs.
  • The system design can operate continuously to improve the construction efficiency.
  • The system adopts modular design, occupies a small area, and is easy to remove and maintain.