KD50 Slurry Separation System Deployed for Russia Project

MOSCOW, RUSSIA – As environmental regulations for infrastructure projects tighten globally, the demand for mobile and integrated mud treatment solutions is reaching new heights. Recently, the KOSUN KD50 Slurry Separation System was successfully commissioned at a project site in Russia, demonstrating exceptional performance in handling complex slurry under restricted spatial conditions.

Solving Spatial Challenges with Integrated Design


Many project sites have limited workspace. Traditional solids control equipment is often too bulky. The KD50 solves this with a highly integrated skid-mounted design. It has a small footprint but maintains high processing power. This allows for flexible deployment on gravel or temporary surfaces.

Core Technical Highlights of the KD50 Mud Separation System:

  • High-Efficiency Processing: With a capacity of 50 m³/h, the system utilizes multi-stage purification technology. It effectively removes harmful solids, ensuring the reclaimed fluid meets recycling standards for continuous operation.
  • Plug-and-Play Versatility: As seen on-site, the KD50 seamlessly integrates with local vacuum trucks (such as KamAZ-based units) and pumping equipment. This flexibility allows for immediate deployment upon arrival, significantly reducing setup time.
  • Durability for Harsh Conditions: Engineered for the rigorous demands of the Russian climate and geological conditions, the KD50 uses wear-resistant components to ensure stable, long-term operation with minimal maintenance.

Economic and Environmental Impact of KOSUN Slurry Separation System


Feedback from the Russian project team highlights that the KD50 has significantly reduced the volume of waste mud for off-site disposal. By recycling drilling fluids on-site, the client has slashed logistics costs and reduced the environmental footprint. As a leader in Solids Control and Drilling Waste Management, KOSUN continues to empower international contractors with reliable, cost-effective technologies.

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