Industry insights, product updates, and technical expertise from CHINA KOMAL's oilfield equipment specialists
Learn how proper solids control can reduce drilling costs by up to 40%. This comprehensive guide covers the complete solids control workflow, from shale shakers to centrifuges, and practical tips for optimizing your drilling fluid system.
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Mixing is where mud properties are actually created. This practical guide covers mud mixing hoppers, mixing pumps and tank agitation — how to select and run a mixing system so additives disperse fully instead of being wasted.
Gas-cut mud and free gas in the returns can break pump suction and reach the rig as a hazard. This practical guide covers where the mud gas separator fits, how a poor-boy degasser works, and how to size, install and maintain one for safe, stable mud processing.
Drilled cuttings are the biggest waste stream on most rigs. This practical guide covers where the vertical cuttings dryer fits, how the fluid-recovery economics work, and how to size, run and maintain a unit for dry discharge and lower disposal cost.
The mud cleaner is where a solids control system either recovers drilling fluid or discards it with the cuttings. This practical guide covers sizing, cone and underflow screen selection, operating settings and the mistakes that undermine the cut point.
Workover and deep gas wells need different pump strategies. This practical guide covers matching mud pump horsepower, fluid ends and spare-parts planning for mixed drilling programs — built for Egypt and Eastern Mediterranean operators.
The decanter centrifuge is the last line of defense in the solids control system — removing the ultra-fine particles no screen can catch. This practical guide covers selection criteria, operating settings, cold-climate considerations and maintenance schedules for drilling contractors.
On any drilling rig, the mud pump is the heart of the circulating system — and the fluid end is where that heart does its hardest work. Valve seats, valves, pistons, liners, rods, and packings absorb the punishment of every stroke. Knowing when to replace them is the difference between a well-run pump and a costly failure.
For drilling contractors and solids control supervisors, the shale shaker screen is the first line of defense in the entire mud system. It removes the largest and most damaging drilled solids before t
In drilling operations, the mud pump is often called the "heart" of the circulating system. A failure in this critical component doesn't just stop the pump—it halts the entire rig, costing operators t
In high-performance drilling operations, the solids control system is the circulatory system of the rig. An inefficient removal of drilled solids leads to increased mud weight, higher pump wear, reduc
Choosing the correct mud pump and its components is one of the most critical decisions in drilling operations. The pump’s fluid end—comprising valves, seats, liners, pistons, and packings—must withsta
Expert maintenance guide for drilling rig equipment including mud pumps, shale shakers, and high-pressure pumps. Practical tips to reduce downtime, extend equipment life, and lower total cost of ownership.
An in-depth analysis of OPEC+ policies, global demand recovery, energy transition impacts, and how these trends affect oilfield equipment demand.
Introducing the SC-2026 series shale shaker with 25% larger screening area, smart vibration control, and 40% faster screen replacement.
A practical guide to optimizing your solids control system, covering equipment selection, maintenance schedules, and cost-saving strategies.
Key factors to consider when selecting a shale shaker, including mesh size, G-force, screen area, and compatibility with your drilling fluid system.
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