In the fields of deep, ultra-deep, and HPHT (high-pressure, high-temperature) well drilling, bottom-hole temperatures often exceed 200C. High-temperature drilling fluids not only shorten the lifespan of drill bits but also pose significant threats to
KOSUN Mud Cooling System : General Purpose vs. Offshore Dedicated Models Read More »
Explore KOSUN DC series decanter centrifuge. Featuring 3000G centrifugal force and 2μm separation precision, this decanting centrifuge maximizes OBM recovery and drilling efficiency. Learn how our “Long Beach” design reduces waste costs.
Achieving 2μm Precision: How KOSUN High-G Decanting Centrifuge Optimizes Mud Recovery Read More »
Explore technical advantages of KOSUN Dual-Motion Shale Shaker, featuring linear/elliptical motion switching, hot-dip galvanizing for coastal anti-corrosion, and AWD screen box adjustment. Ideal for efficient solids control and drilling waste management.
Customized Hot Dip Galvanizing KOSUN Dual Motion Shale Shaker Advantages Read More »
The decanter centrifuge is an indispensable core equipment in the fields of drilling engineering and waste treatment.KOSUN DC series decanter centrifuge, with its excellent performance, has become the preferred choice in the industry, fully meeting the needs of various working conditions. Its core application is mainly used for solid control in drilling engineering, and it can also efficiently treat various wastes, realizing the dual value of resource recovery and environmental protection treatment, and escorting the improvement of construction quality and efficiency. Decanter centrifuges are mainly divided into two types: fixed-speed centrifuges and variable-frequency centrifuges. Among them, the low-speed centrifuge focuses on barite recovery, helping to recycle resources and reduce const
Get to Know Decanter Centrifuges Read More »
The core principle of the HDD mud recycling system is to combine solid control with mud mixing to realize the cyclic reuse of mud, which not only reduces construction costs but also meets environmental protection requirements. The working process of t
The Working Principle of HDD Mud Recycling System Read More »
In an era of intensifying pressure on EP CAPEX and OPEX, the stability of drilling fluid performance is directly tied to operational efficiency and project profitability. However, a frequently underestimated risk is the insidious accumulation of fine solids within the active system. When solids control fails, it doesnt just degrade mud rheologyit erodes the budget through material wastage, accelerated equipment wear, and Non-Productive Time (NPT). The root of the problem often lies not in the mud chemistry itself, but in the efficiency of the solids control system. The Dilution Trap: A Costly Consequence of LGS Buildup During drilling, the mechanical shearing of cuttings generates a high volume of ultra-fine particles, known as Low-Gravity Solids (LGS). According to IADC technical guideline
Discover the KOSUN VC700 Vertical Cuttings Dryer, a high-efficiency cuttings dryer designed for OBM recovery and drilling waste management. Achieve OOC < 3% and reduce costs
In modern petroleum drilling engineering, as environmental regulations become increasingly stringent, the effective treatment of oily drill cuttings has become a focal point. As the core equipment of the drilling waste management system, the vertical
Working principle and core functions of the vertical dryer Read More »
“Maintaining fluid stability is paramount to drilling efficiency and downhole safety. This guide explores the critical role of the Drilling Mud Agitator in preventing barite sag and ensuring uniform chemical distribution within mud tanks. Featuring an in-depth look at the KOSUN MA Series, we analyze how advanced mechanical agitation—driven by high-torque worm gear reduction—optimizes rheological properties and enhances degassing performance. Discover engineering strategies to reduce downtime and extend the lifespan of downstream pumping systems through superior fluid management.”
Drilling Mud Agitator Design: Industrial Application & Selection Guide Read More »
