Equipment

Solids control system main equipment – drilling fluid shale shaker

In oil and gas drilling engineering, solids control system s are crucial for maintaining the performance of drilling fluids, ensuring drilling safety, and controlling the overall cost. As the primary purification treatment equipment of this system, the performance of the shale shakerdirectly determines the working load and overall solid control efficiency of subsequent equipment such as the vacuum degasser, desander, desilter and decanter centrifuge. Core Working Principle of Drilling Fluid shale shaker The separation process of the drilling fluid shale shaker is based on the principle of physical vibration, which rapidly separates the larger drill cuttings in the drilling fluid returning from the wellhead. This process mainly relies on the synergy of the following three core links: Excita

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Solids control system main equipment – drilling fluid shale shaker

In oil and gas drilling engineering, solids control system s are crucial for maintaining the performance of drilling fluids, ensuring drilling safety, and controlling the overall cost. As the primary purification treatment equipment of this system, the performance of the shale shakerdirectly determines the working load and overall solid control efficiency of subsequent equipment such as the vacuum degasser, desander, desilter and decanter centrifuge. Core Working Principle of Drilling Fluid shale shaker The separation process of the drilling fluid shale shaker is based on the principle of physical vibration, which rapidly separates the larger drill cuttings in the drilling fluid returning from the wellhead. This process mainly relies on the synergy of the following three core links: Excita

Solids control system main equipment – drilling fluid shale shaker Read More »

Solids control system main equipment – drilling fluid shale shaker

In oil and gas drilling engineering, solids control system s are crucial for maintaining the performance of drilling fluids, ensuring drilling safety, and controlling the overall cost. As the primary purification treatment equipment of this system, the performance of the shale shakerdirectly determines the working load and overall solid control efficiency of subsequent equipment such as the vacuum degasser, desander, desilter and decanter centrifuge. Core Working Principle of Drilling Fluid shale shaker The separation process of the drilling fluid shale shaker is based on the principle of physical vibration, which rapidly separates the larger drill cuttings in the drilling fluid returning from the wellhead. This process mainly relies on the synergy of the following three core links: Excita

Solids control system main equipment – drilling fluid shale shaker Read More »

Solids control system main equipment – drilling fluid shale shaker

In oil and gas drilling engineering, solids control system s are crucial for maintaining the performance of drilling fluids, ensuring drilling safety, and controlling the overall cost. As the primary purification treatment equipment of this system, the performance of the shale shakerdirectly determines the working load and overall solid control efficiency of subsequent equipment such as the vacuum degasser, desander, desilter and decanter centrifuge. Core Working Principle of Drilling Fluid shale shaker The separation process of the drilling fluid shale shaker is based on the principle of physical vibration, which rapidly separates the larger drill cuttings in the drilling fluid returning from the wellhead. This process mainly relies on the synergy of the following three core links: Excita

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Kosun Machinery’s diesel-driven slurry mixing equipment has been exported to Australia, contributing to large-scale horizontal directional drilling projects

Recently, Kosun Machinery has officially dispatched another set of high-performance diesel-driven slurry mixing equipment during the National Day holiday and delivered it to a leading directional drilling and rock excavation service engineering company in Australia for the slurry mixing operation of the drilling project it has contracted. Australian Directional Drilling Company is a professional horizontal directional drilling (HDD) service contractor, specializing in providing underground pipeline and trenchless installation solutions for the utility, municipal, energy and communication industries. Its main business covers: horizontal directional drilling, engineering design support, project feasibility studies, mud management systems, wireless positioning and tracking services, etc. The

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Why is mud purification equipment an indispensable part of modern engineering

In the field of modern engineering construction, whether it is pile foundation construction, tunnel excavation, or oil drilling and mining, mud plays a crucial role. It can not only cool the drill bit and lubricate the drilling tools, but also balance the formation pressure and prevent accidents such as blowouts. However, as the project progresses, the mud will be mixed with a large amount of rock debris, sand and gravel and other impurities. If not dealt with in time, it will not only affect the construction efficiency, but also bring a series of environmental and cost problems. Therefore, the use of mud purification equipment has become an indispensable key link in modern engineering. ​ In engineering construction, the cost of mud accounts for a certain proportion. If the used mud is n

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Why is mud purification equipment an indispensable part of modern engineering

In the field of modern engineering construction, whether it is pile foundation construction, tunnel excavation, or oil drilling and mining, mud plays a crucial role. It can not only cool the drill bit and lubricate the drilling tools, but also balance the formation pressure and prevent accidents such as blowouts. However, as the project progresses, the mud will be mixed with a large amount of rock debris, sand and gravel and other impurities. If not dealt with in time, it will not only affect the construction efficiency, but also bring a series of environmental and cost problems. Therefore, the use of mud purification equipment has become an indispensable key link in modern engineering. ​ In engineering construction, the cost of mud accounts for a certain proportion. If the used mud is n

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How does the oily sludge treatment equipment achieve efficient separation of oil, sludge and sand in three phases?

Oil sludge is also known as oily sludge, oil mud sand, fallen oil sludge, etc. During the drilling process, when the drilling rig is replaced and casing is extracted, oily sludge is carried out and left around the well site. This oily sludge is wrapped with various mud, sand and other impurities. It cannot be dealt with on site in time and is temporarily piled up at the well site. As it accumulates more and more, it is produced. The oily sludge comes from deep within the drilling formation and contains a large amount of toxic substances with a foul smell such as benzene series, phenols, anthracene and pyrene. If oily sludge is not treated, it will not only damage the soil and pollute the environment, but also cause a waste of resources.

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Mud/Gas Separator: Essential Equipment for Drilling Operations

In the oil and gas drilling industry, efficient separation of drilling fluids (mud) and unwanted gases is crucial for operational safety and efficiency. A Mud/Gas Separator (MGS) , also known as a poor boy degasser , plays a vital role in removing hazardous gases from drilling mud before further processing. This article explores how mud/gas separators work, their key components, benefits, and applications in drilling operations. What Is a Mud/Gas Separator? A Mud/Gas Separator is a primary well control device designed to remove entrained gases (such as methane, hydrogen sulfide, or CO₂) from drilling mud. It is typically installed between the blowout preventer (BOP) and the mud gas separator (degasser) to ensure safe handling of gas kicks during drilling. Key Functions: Separates gas fro

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KD-50 Trenchless sludge-water separation equipment

Project Case Introduction: Application of Russian KD-50 Trenchless sludge-water separation equipment Project Background: With the acceleration of urbanization in Russia and the increasing demand for underground pipeline construction, trenchless construction technology has been widely applied in municipal, oil, gas and other projects due to its high efficiency, environmental friendliness and low interference with the ground. When a certain Russian engineering company was laying underground pipelines in the St. Petersburg area, it faced the problem of slurry treatment and needed to efficiently separate the waste slurry generated by drilling and excavation to achieve solid-liquid separation and resource utilization. For this purpose, the KD-50 trenchless sludge-water separation system produce

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