In the industrial sectors of petroleum refining, oilfield exploration and production, and oil storage and transportation, the treatment of oily sludge has long been a persistent environmental challenge. This hazardous waste not only occupies significa
In industrial fields such as oil drilling, the efficient operation of solids control systems is the key to ensuring the smooth progress of drilling operations and improving the utilization efficiency of drilling fluids. A complete solids control systemcannot do without the coordinated cooperation of various core equipment. As a professional enterprise dedicated to the research and development and supply of solids control systems, Xi an Kosunhas a deep understanding of the functions and values of different equipment in the system. With precise control over equipment performance and system integration capabilities, it creates efficient solid control solutions suitable for different drilling scenarios for customers, helping them achieve efficient separation and purification of solid particles
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In industrial fields such as oil drilling, the efficient operation of solids control systems is the key to ensuring the smooth progress of drilling operations and improving the utilization efficiency of drilling fluids. A complete solids control systemcannot do without the coordinated cooperation of various core equipment. As a professional enterprise dedicated to the research and development and supply of solids control systems, Xi an Kosunhas a deep understanding of the functions and values of different equipment in the system. With precise control over equipment performance and system integration capabilities, it creates efficient solid control solutions suitable for different drilling scenarios for customers, helping them achieve efficient separation and purification of solid particles
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A batch of LS752 shale shaker recently produced by KOSUN has completed the final factory inspection and packaging work and has been officially sent to Japan. The device will serve as the core component of the HDD (Horizontal Directional Drilling) mud processing system for local infrastructure projects in Japan. The LS752 shale shaker shipped this time is a small shale shaker meticulously designed by KOSUN for working conditions with high requirements for equipment mobility, such as horizontal directional drilling. It perfectly balances the contradiction between processing capacity and floor space. Equipment Advantages The LS752 has a compact structure and a lightweight design, making it highly suitable for rapid deployment and relocation in drilling sites with limited space, significantly
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Domestic large-scale slurry circulation system manufacturing enterprises generally have the ability to design and produce cyclone desanders and slurry desilters (collectively referred to as solid control cyclones). The core performance index of the solid control cyclone is the separation particle size, which is usually represented by D50. The lower the D50 value, the better the separation effect. In terms of quality, the wear resistance of the cyclone is of vital importance. Currently, mainstream products mostly use polyurethane or high-chromium cast iron materials to ensure a longer service life.
In the separation and purification process of industrial production, cyclones have become indispensable core equipment in many industries due to their advantages of high efficiency, energy conservation and small floor space. Based on the principle of centrifugal sedimentation, it can quickly separate multiphase mixtures such as solid-liquid, liquid-liquid, and gas-solid. It is widely used in fields such as mineral processing, water treatment, oil extraction, and food processing, providing key support for enterprises to reduce costs, increase efficiency, and improve product quality. The core advantages of the cyclone: 1. High separation efficiency: With the centrifugal force generated by high-speed rotation, the separation speed is 5 to 10 times faster than that of traditional sedimentation
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In the field of modern engineering construction, the in-depth exploration of oil drilling, the stable construction of building pile foundations, and the efficient advancement of tunnel shield machines all rely on the support of a key system – the mud circulation system. It is like the blood circulation system of engineering equipment, not only shouldering the core mission of slurry transportation and recycling, but also achieving precise regulation of slurry performance, prevention and control of construction safety risks, and upgrading of environmental benefits through a dynamic circulation mechanism, thus becoming an important cornerstone for the efficient implementation of various projects. A complete mud circulation system mainly consists of vibrating screens, vacuum degasser, desander
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In numerous fields such as municipal drainage, construction, river dredging, and oilfield drilling, mud guns, with their high efficiency and convenience, have become important tools for handling mud and sewage. The mud gun effectively prevents the acc
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The essence of system operation lies in maintaining the dynamic balance of fluids. The high-pressure pump takes mud from the mud tank and pressurizes it through pipelines to the front end of the drilling tool.
The return slurry carrying drilling debris ascends along the annular space to the surface.
After passing through purification units such as vibrating screens, desanders, desilters, and centrifuges to remove solid phases, the clean slurry is re-fed into the storage tank.
This closed-loop mode not only stabilizes the mechanical environment of the wellbore but also significantly enhances the utilization rate of mud materials.
Compared with the non-loop operation mode, the consumption of mud can be reduced by more than half.
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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.
