The system is designed to continuously process and recycle drilling fluids in Coalbed Methane (CBM) and Geothermal operations. It removes drilled solids, fine coal particles, and entrained gas while maintaining stable mud properties to support efficient drilling performance, wellbore stability, and reduced environmental impact.
What level of solids control efficiency can the system achieve?
The integrated multi-stage solids control package—shale shakers, desanders, desilters, and mud cleaners—can efficiently remove solids down to 15–20 microns. For ultra-fine particles common in CBM and geothermal formations, high-speed decanter centrifuges provide further separation to maintain optimal mud quality.

The system is equipped with vacuum degassers and liquid-gas separators specifically engineered to safely remove entrained methane and other formation gases from drilling fluids. This helps reduce well-control risks, improve safety, and maintain consistent mud density and performance.

Yes. All critical components are designed with high-temperature-resistant materials and robust structural configurations. Agitators, tanks, sensors, and separation equipment are engineered to maintain stable performance under harsh geothermal drilling environments.

The system is modular and scalable, with standard configurations ranging from 200 GPM to 1500+ GPM. Capacity can be customized based on rig size, well depth, formation characteristics, and project requirements.

Operators typically achieve significant reductions in drilling fluid consumption (up to 50–70%), lower waste handling costs, improved rate of penetration, and enhanced equipment lifespan. The closed-loop recycling process also supports stricter environmental compliance and reduces overall site footprint.