Solid Control Equipment

The shale shaker is the first and arguably most critical line of defense in any closed loop mud system. Its primary function is to remove the large drilled solids, or cuttings, fro…

Closed loop drilling systems represent a significant advancement in environmentally conscious drilling operations. At the heart of these systems lies the shale shaker, the primary …

The AIPU shale shaker stands as the primary and most critical stage in any modern solids control system for drilling fluid treatment. Its fundamental role is to remove the large, c…

Properly cleaning shale shaker mud tanks is a critical maintenance task that directly impacts drilling efficiency, fluid performance, and overall operational safety. Neglecting thi…

Solids control centrifuge is a four-phase solids control equipment for processing drilling fluid in drilling operations. It is also called horizontal screw decanter centrifuge or h…

Rebuilding an old shale shaker is a cost-effective strategy for drilling operations aiming to enhance solids control efficiency without the capital expenditure of new equipment. An…

Vibrating deck cracks are a common yet serious issue that can severely compromise the efficiency and structural integrity of shale shakers and other screening equipment in the long…

Structural fatigue in shale shaker frames is a critical concern in drilling operations, leading to costly downtime and potential safety hazards. This metal fatigue results from the…

Screen sagging during shale shaker operation is a serious issue that can lead to premature screen failure, reduced solids control efficiency, and costly downtime. This problem occu…

Leakage at the discharge end of a shale shaker is a common yet critical issue that can lead to significant operational and environmental problems. Uncontrolled fluid and cuttings s…