KOSUN KSMR-200 mud recycling system is mainly used in HDD, coalbed methane exploitation and other construction projects with requirements on capacities below 200GPM.

Main Parameters of KSMR-200 Mud Recycling System:

-System Capacity: 200GPM (50m³/h)

-Particle Size after Treatment: 15~44μm

-Processing Stage: two stages

-Total System Power: 44kW

-Total System Volume: 5m³

-External Dimensions of the System: 4000x2360x2940mm

KOSUN KSMR-500 mud recycling system is mainly used in HDD, coalbed methane exploitation and other construction projects with requirements on capacities below 500GPM.

Main Parameters of KSMR-500 Mud Recycling System:

-System Capacity: 500GPM (120m³/h)

-Particle Size after Treatment: 15~44μm

-Total Screen Area of Shale Shaker: 2m2   

-Total Screen Area of Underflow Shaker: 2m2

-Processing Stage: three stages

-Total System Power: 150kW

-Total System Volume: 15m³

-External Dimensions of the System: 10000×2360×4228mm

KOSUN KSMR-1000 mud recycling system is mainly used in HDD, coalbed methane exploitation and other construction projects with requirements on capacities below 1000GPM.

Main Parameters of KSMR-1000 Mud Recycling System:

-System Capacity: 1000GPM (240m³/h)

-Particle Size after Treatment: 15~44μm

-Total Screen Area of Shale Shaker: 2*2m2  

-Total Screen Area of Underflow Shaker: 2m2

-Processing Stage: three stages

-Total System Power: 184kW

-Total System Volume: 30m³

-External Dimensions of the System: 12100×2630×4438mm

KOSUN mud recycling system is applied to construction projects with higher mud capacities. Its purification process is divided into three stages: shale shaker for the first stage, desander and desilter respectively for the second and third stages. Both desander and desilter are equipped with underflow shakers that can carry out a further treatment to solids discharged by the upper equipment. By mud preparation devices, add necessary mud materials into purified mud and stir them evenly to prepare mud with qualified properties for recycling, which can greatly reduce construction costs and effectively protect the environment. (Editor:Kosun Lily.Wang)