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 »
Recently, a Slurry Separation System (also known as a Mud-Water Separation System) custom-designed by KOSUN for a large-scale infrastructure project in Australia was officially dispatched from its Xian manufacturing base to the project site. This core equipment, with a maximum processing capacity of 140 m/h, underwent rigorous RD, production, and commissioning. It is precision-engineered to meet local excavation mud treatment requirements, providing high-efficiency, eco-friendly, and energy-saving solid-liquid separation solutions. This delivery supports the dual goals of green construction and resource recycling for overseas infrastructure, showcasing the Hardcore Strength of Made in China in the environmental protection equipment sector. Precision Adaptation to Rigorous Requirements The s
In the modern industrial framework of oil and gas exploration and development, drilling operations are a critical link in energy acquisition. One of the core technologies supporting the efficiency, safety, and environmental compliance of this complex engineering process is the Oilfield Solids Control System (also known as the Drilling Mud Circulation and Purification System). Solids Control System Definition and Fundamental Functions An oilfield solids control system refers to a complete suite of mechanical equipment and processes used to purify and treat circulating drilling fluids during rotary drilling. Its primary objective is to efficiently separate harmful solid particles (cuttings) generated during drilling from the drilling fluid, while recovering valuable liquid media and effective
Oilfield Solids Control System Principles Values and Applications Read More »
Efficient solids control is vital in various industries, such as oil and gas, mining, and construction, to ensure smooth operations and minimize environmental impact. However, solids control processes often face certain challenges that can impede their effectiveness. In this blog post, we will explore some common challenges in solids control and provide effective strategies to overcome them. Challenge 1 : High Mud Viscosity High mud viscosity is a common challenge in solids control, and it can lead to poor separation efficiency and increased wear on equipment. Solution: One effective strategy to overcome high mud viscosity is to implement chemical additives. Certain additives, such as deflocculants and thinners, can reduce the viscosity of the drilling fluid, improving its flow properties
Common Challenges in Solids Control and How to Overcome Them Read More »
On August 12, 2017, KOSUN organized Home Party Activity. The purpose of this activity is to allow employees to relax and exercise, enrich their life, and strengthen the cohesion. During the Party,we cooked by our ourselves and there were three main co
Home Party Activity- KOSUN Solids Control Read More »
Since its establishment in 1992, KOSUN has been the major supplier of solids control equipments in the field of China’s oil & gas drilling equipment
Secrets of KOSUN Solids Control Equipments’ High Sales Read More »
Recently, good news comes from KOSUN Marketing Center that KOSUN has won the bid for dedicated drilling fluid centrifuge used at offshore platform of a CNOOC subsidiary by virtue of its excellent product performance and perfect after-sales service system.
KOSUN Solids Control Equipment Facilitating Oil Development in the South China Sea Read More »
Russia, one of the main traditional petroleum exporting countries in the world, locates in the top marketing list of Xi’an KOSUN Machinery Co., LTD since her establishment in 1992 . The contract of ZJ50 solid control system in 2009 pushes K
Russian Site Service Read More »
READ: Drilling fluids design is of great importance for drilling engineering design, factoring complication analysis in neighboring wellbore and complication prediction of the well in question, types, major parameters and basic ingredients of drilling fluids for different depths, mud circulating system configuration and application requirements. Drilling fluids design is of great importance for drilling engineering design, mainly determined by lithology, strata pressure, pshysicochemical properties of shale formation,.formation fluid, cross section of formation pressure(pore pressure, collapse pressure and fracture pressure), geothermal gradient, etc.; and restrainted by reservior protection requirements, complication in completion wells of local and neighboring blocks and drilling fluids
Some Things to Consider When Designing Drilling Fluids Read More »
Solids control equipment is to control the drilling fluid solid-phase composition, specifically mainly from the drilling fluid to remove harmful solid phase, the solid phase content does not exceed requirements to ensure safe drilling site.
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