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  • Drilling Fluid Mud Cleaner: Unraveling Its Characteristics and Diverse Applications in the Oil and Gas Industry

    Drilling mud cleaners are an essential component of the solids control process in the oil and drilling industry. It plays a vital role in separating harmful solid particles of 15um and above from drilling fluid and ensuring the purification and efficiency of drilling fluid. The principles and application areas of a drilling mud cleaner is rooted in its design and functionality, making it an important tool in solids control system.
     
    The drilling mud cleaner mainly consists of a cleaner base, a screen box, an inclination adjustment mechanism, a bracket, a vibration motor, an explosion-proof controller, a desander, a desilter, a throttling manifold, etc. This comprehensive composition efficiently and effectively separates solid particles from drilling fluids. The mud desander is located after the vibrating screen and before the centrifuge in the mud solids control system. It is a second- and third-level advanced solid control equipment that integrates the functions of drilling fluid shale shaker, desander and desilter.
     
    One of the main features of mud cleaners is their large processing capacity and fast processing speed. In addition, its screen has a longer service life, easier maintenance, compact structure, and small size, making it an excellent separation equipment for drilling fluid purification. These properties help improve the overall efficiency and productivity of the drilling process, making mud cleaners an indispensable tool in the petroleum industry.
     
    Drilling mud cleaners have a variety of applications and are mainly used for drilling fluid treatment and solid-liquid separation. It is also used in other areas where drilling fluid separation and purification are required. The versatility of mud cleaners makes them a valuable asset to various industries, helping to improve the overall quality and effectiveness of the processes they are used in.
     
    KOSUN is a professional petroleum equipment manufacturing company with more than 30 years of experience and 58 patents, and is a leading provider of drilling mud cleaners. The company's products have obtained ISO9001, ISO14001, ISO45001, APIQ1, and CE certificates, ensuring product quality and reliability. KOSUN has a strong R&D team that continuously innovates and improves products to meet the changing needs of the industry and maintain its position as a trustworthy high-quality solid control equipment supplier.
     
    In summary, the principles and application areas of drilling mud cleaners are rooted in their design, functionality and the critical role they play in solids control systems. With its advanced functions and wide range of applications, mud cleaners have become an indispensable tool for separation and purification of drilling fluids in the petroleum industry. KOSUN's commitment to quality and innovation further enhances the reliability and effectiveness of drilling mud cleaners, making them a valuable asset to companies in the oil industry.

  • Drilling Fluid Mud Cleaner: Unraveling Its Characteristics and Diverse Applications in the Oil and Gas Industry

    Drilling mud cleaners are an essential component of the solids control process in the oil and drilling industry. It plays a vital role in separating harmful solid particles of 15um and above from drilling fluid and ensuring the purification and efficiency of drilling fluid. The principles and application areas of a drilling mud cleaner is rooted in its design and functionality, making it an important tool in solids control system.
     
    The drilling mud cleaner mainly consists of a cleaner base, a screen box, an inclination adjustment mechanism, a bracket, a vibration motor, an explosion-proof controller, a desander, a desilter, a throttling manifold, etc. This comprehensive composition efficiently and effectively separates solid particles from drilling fluids. The mud desander is located after the vibrating screen and before the centrifuge in the mud solids control system. It is a second- and third-level advanced solid control equipment that integrates the functions of drilling fluid shale shaker, desander and desilter.
     
    One of the main features of mud cleaners is their large processing capacity and fast processing speed. In addition, its screen has a longer service life, easier maintenance, compact structure, and small size, making it an excellent separation equipment for drilling fluid purification. These properties help improve the overall efficiency and productivity of the drilling process, making mud cleaners an indispensable tool in the petroleum industry.
     
    Drilling mud cleaners have a variety of applications and are mainly used for drilling fluid treatment and solid-liquid separation. It is also used in other areas where drilling fluid separation and purification are required. The versatility of mud cleaners makes them a valuable asset to various industries, helping to improve the overall quality and effectiveness of the processes they are used in.
     
    KOSUN is a professional petroleum equipment manufacturing company with more than 30 years of experience and 58 patents, and is a leading provider of drilling mud cleaners. The company's products have obtained ISO9001, ISO14001, ISO45001, APIQ1, and CE certificates, ensuring product quality and reliability. KOSUN has a strong R&D team that continuously innovates and improves products to meet the changing needs of the industry and maintain its position as a trustworthy high-quality solid control equipment supplier.
     
    In summary, the principles and application areas of drilling mud cleaners are rooted in their design, functionality and the critical role they play in solids control systems. With its advanced functions and wide range of applications, mud cleaners have become an indispensable tool for separation and purification of drilling fluids in the petroleum industry. KOSUN's commitment to quality and innovation further enhances the reliability and effectiveness of drilling mud cleaners, making them a valuable asset to companies in the oil industry.

  • Drilling Fluid Mud Cleaner: Unraveling Its Characteristics and Diverse Applications in the Oil and Gas Industry

    Drilling mud cleaners are an essential component of the solids control process in the oil and drilling industry. It plays a vital role in separating harmful solid particles of 15um and above from drilling fluid and ensuring the purification and efficiency of drilling fluid. The principles and application areas of a drilling mud cleaner is rooted in its design and functionality, making it an important tool in solids control system.
     
    The drilling mud cleaner mainly consists of a cleaner base, a screen box, an inclination adjustment mechanism, a bracket, a vibration motor, an explosion-proof controller, a desander, a desilter, a throttling manifold, etc. This comprehensive composition efficiently and effectively separates solid particles from drilling fluids. The mud desander is located after the vibrating screen and before the centrifuge in the mud solids control system. It is a second- and third-level advanced solid control equipment that integrates the functions of drilling fluid shale shaker, desander and desilter.
     
    One of the main features of mud cleaners is their large processing capacity and fast processing speed. In addition, its screen has a longer service life, easier maintenance, compact structure, and small size, making it an excellent separation equipment for drilling fluid purification. These properties help improve the overall efficiency and productivity of the drilling process, making mud cleaners an indispensable tool in the petroleum industry.
     
    Drilling mud cleaners have a variety of applications and are mainly used for drilling fluid treatment and solid-liquid separation. It is also used in other areas where drilling fluid separation and purification are required. The versatility of mud cleaners makes them a valuable asset to various industries, helping to improve the overall quality and effectiveness of the processes they are used in.
     
    KOSUN is a professional petroleum equipment manufacturing company with more than 30 years of experience and 58 patents, and is a leading provider of drilling mud cleaners. The company's products have obtained ISO9001, ISO14001, ISO45001, APIQ1, and CE certificates, ensuring product quality and reliability. KOSUN has a strong R&D team that continuously innovates and improves products to meet the changing needs of the industry and maintain its position as a trustworthy high-quality solid control equipment supplier.
     
    In summary, the principles and application areas of drilling mud cleaners are rooted in their design, functionality and the critical role they play in solids control systems. With its advanced functions and wide range of applications, mud cleaners have become an indispensable tool for separation and purification of drilling fluids in the petroleum industry. KOSUN's commitment to quality and innovation further enhances the reliability and effectiveness of drilling mud cleaners, making them a valuable asset to companies in the oil industry.

  • Xi ‘an Kosun shipped a batch of shale shakers for a mining drilling engineering project

    Recently, Xi’an KOSUN completed the production of a batch of shale shakers and feeding pumps customized for a mining group in Gansu Province.  This batch of equipment is used for mud treatment in the process of mining exploration.  The shale shakers is used to separate the ore particles and remove impurities from the mud.

     
    This batch of equipment includes LS583 linear shale shaker, ES702 elliptical motion shale shaker, and LSP submersible slurry pump. Among them, the ES702 elliptical motion shale shaker has the characteristics of small size, high screening accuracy, and large processing capacity, which can meet the needs of mining exploration. It not only improves the convenience of equipment use for customers but also reduces the inconvenience caused by the large size of construction equipment, enhancing the user experience.

     
    Xi’an KOSUN continuously provides customers with high-quality products and services. Its products are widely used in drilling and exploration projects, urban infrastructure construction, river dredging, tailings management, soil remediation, oil-bearing sludge treatment, drilling waste treatment, and resource utilization. 

  • Xi ‘an Kosun shipped a batch of shale shakers for a mining drilling engineering project

    Recently, Xi’an KOSUN completed the production of a batch of shale shakers and feeding pumps customized for a mining group in Gansu Province.  This batch of equipment is used for mud treatment in the process of mining exploration.  The shale shakers is used to separate the ore particles and remove impurities from the mud.
    This batch of equipment includes LS583 linear shale shaker, ES702 elliptical motion shale shaker, and LSP submersible slurry pump. Among them, the ES702 elliptical motion shale shaker has the characteristics of small size, high screening accuracy, and large processing capacity, which can meet the needs of mining exploration. It not only improves the convenience of equipment use for customers but also reduces the inconvenience caused by the large size of construction equipment, enhancing the user experience.
    Xi’an KOSUN continuously provides customers with high-quality products and services. Its products are widely used in drilling and exploration projects, urban infrastructure construction, river dredging, tailings management, soil remediation, oil-bearing sludge treatment, drilling waste treatment, and resource utilization. 

  • Drilling Waste Treatment: Drilling Waste Harmless Treatment Technical Specifications Detailed

    Definition of drilling waste: Drilling waste refers to the waste generated during drilling operations, including rock cuttings, drilling mud, chips, drilling fluid, cement slurry, etc. These waste materials contain various organic substances and heavy metals, which can cause significant harm to the environment and human health if not properly treated.
     
    Classification and harmless treatment technologies for drilling waste: According to the treatment methods, drilling waste can be classified into three types: physical treatment, chemical treatment, and biological treatment. Specifically, harmless treatment technologies include solidification, microbial treatment, compaction, leak control, etc.
     
    Specifications and precautions for harmless treatment technologies: The harmless treatment of drilling waste must adhere to certain technical specifications and precautions. For example, during the treatment process, factors such as treatment temperature, pH value, moisture content, etc., must be strictly controlled to avoid secondary pollution. Sufficient ventilation should be maintained to exhaust pollutants and odors generated during the treatment. After the treatment, the treatment effectiveness should be monitored, and all parameters during the treatment process should be recorded.
     
    Conclusion: The drilling industry is directly related to people’s livelihood and must strictly comply with environmental regulations. The waste treatment technologies in this industry are continuously upgrading, and with the support of new technologies and scientific guarantees, the implementation of harmless treatment technology specifications will be more effective, leading to greater social benefits.
     

  • The Features of the Insulation Shed for the Solid Control System

    The main features of the insulation shed for the solid control system are as follows:
     
    Ⅰ. The insulation shed is composed of components such as the shed roof, columns, column bases, cross braces, wall panels, pressure blocks, basket bolts, etc.
    Ⅱ. The insulation shed is installed on the tank surface, and the shed roof and wall panels are designed with a multi-piece detachable overlapping structure. It is connected and fastened through plug-in, pin shafts, M24 basket bolts, and other structural connections, which allows for quick installation, dismantling, and repeated use.
    Ⅲ. The shed roofs are overlapped with each other using channel steel to prevent water leakage. The wall panels can be independently dismantled and installed.
    The frame of the insulation shed is made of rectangular pipes, forming a triangular frame structure. It has good stability and high strength.
    Ⅳ. The wall panels and shed roofs are made of fire-resistant rock wool sandwich panels.
    Ⅴ. One single door is provided at each of the three stair entrances and the supply tank location.
    Ⅶ. Windows and axial-flow fans are installed on the wall panels around the insulation shed.

     

  • WORKING PRINCIPLE OF KOSUN SOLID CONTROL SHALE SHAKER

    WORKING PRINCIPLE OF KOSUN SOLID CONTROL SHALE SHAKER
    1. When the solid control shale shaker is in operation, two motors rotate synchronously in opposite directions, generating reverse excitation forces through the exciter. This forces the screen body to move longitudinally, causing the material on the screen surface to be thrown forward periodically within a range, completing the material screening operation. It is suitable for screening sand and gravel in quarries and can also be used for product classification in coal preparation, ore dressing, building materials, power, and chemical industries. The working part of the solid control shale shaker remains stationary, and the material is sieved by sliding along the working surface. Fixed grid screens are commonly used in beneficiation plants for preliminary screening before coarse or medium crushing. They have a simple structure and are easy to manufacture. They do not consume power and can directly discharge the ore onto the screen surface. The main disadvantages are low productivity and low screening efficiency, typically only 50-60%.

     

    2. The working surface of the solid control shale shaker consists of horizontally arranged rolling shafts, with discs on the shafts. Fine particles pass through the gaps between the rolling shafts or the discs. Large-sized materials are driven by the rolling shafts to move towards one end and are discharged from the other end. This type of screen is rarely used in beneficiation plants. The working part of the drilling fluid shale shaker is cylindrical, and the entire screen rotates around the axis of the cylinder, which is usually inclined at a small angle. The material is fed from one end of the cylinder, and fine particles pass through the screen holes on the working surface of the cylinder, while coarse particles are discharged from the other end of the cylinder. The rotating speed of the cylindrical screen is low, it operates stably, and has good power balance. However, it is prone to clogging, has low screening efficiency, a small working area, and low productivity. It is rarely used as a screening equipment in beneficiation plants. The shale shaker body swings or vibrates within a plane. According to its plane motion trajectory, it can be divided into linear motion, circular motion, elliptical motion, and complex motion. The shaking screen and shale shaker belong to this category. When the drilling fluid shale shaker is in operation, two motors are synchronously placed in opposite directions to generate reverse excitation forces through the exciter, forcing the screen body to move longitudinally and causing the material on the screen surface to be periodically thrown forward within a range, completing the material screening operation. The shaking screen uses a crank-slider mechanism as the transmission component. The motor drives the eccentric shaft to rotate through belts and pulleys, and the body moves back and forth in a certain direction through the connecting rod.

     

    3. The movement direction of the body is perpendicular to the center line of the support or suspension rod. Due to the swinging motion of the body, the material on the screen surface moves towards the discharge end at a certain speed, and the material is simultaneously screened. Compared to the aforementioned screens, the shaking screen has relatively high productivity and screening efficiency. However, it has poor power balance. It is rarely used in modern beneficiation plants and has been replaced by shale shakers with more optimal structures.

    Tags: solid control shale shaker, oilfield shale shaker, drilling fluid shale shaker

  • Features on Kosun Oilfield Solid Control Shale Shaker

    Features on Kosun Oilfield Solid Control Shale Shaker:
     
    All our shaker screens can be fit on shale shakers by wedge blocks or hooks.  According to clients’ requirements it can be linear motion or balanced elliptical motion, even dual motion one.  Please find following features on Oilfield Solid Control Shale Shaker:
     
    1.  All material is high quality national standard carbon steel .  Initially assured products quality
     
    2.  Stress reliving on shaker basket and other main parts.  Getting longer service life
     
    3.  Sand blasting before painting the high anti-corrosive marine paint.  Better appearance and better quality
     
    4.  Adopted famous vibration motors(Martin, Oli, or Ita-Vibras). High vibrating strength better filtration effect
     
    5.  Compact structure small foot print.  Easy to handle and installation.  Convenient to operate
     
    6.  A few spare parts.  Easy to maintain and lower running cost
     
    7.  Competitive price with high cost-efficient

     

  • Xian KOSUN diesel-driven shear mixing unit sent to the offshore drilling platform

    Last week, a batch of diesel-driven shear mixing units customized by Xi’an KOSUN for CNOOC International Division was packaged and shipped to be used in an offshore drilling platform project.

     

    Shear mixing units are equipment used in conjunction with the solids control system for oil drilling.  When formulating or increasing the total volume of drilling fluid, adjusting the density, viscosity, and filtration loss of the drilling fluid, drilling fluid materials (such as bentonite, barite, etc.) and corresponding chemical additives (such as polymers) need to be added to the circulating tank.  When formulating drilling fluid, various drilling fluid materials and chemical additives need to be mixed evenly to achieve optimal drilling fluid performance.  Directly adding chemical additives into the tank can cause a large amount of sedimentation or agglomeration of drilling fluid materials and chemical additives, resulting in poor dispersion.   Therefore, a shear mixing unit is needed to handle this process, ensuring that various drilling fluid materials and chemical additives are mixed evenly under strong jet impact and continuous circulation.

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    The shear mixing unit produced by Xi’an KOSUN consists of a shear pump and a jet mud mixer, which are orderly connected and installed on a base.  The shear pump is directly driven by a diesel engine, with high transmission efficiency and compact structure.  The product has reliable performance, is safe to use, and is easy to transport.   It can meet the requirements of weighting and formulation of drilling fluids for drilling solids control systems ranging from 1500 meters to 6000 meters.

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    Xi’an KOSUN belongs to the high-end environmental protection equipment manufacturing industry.  Its products are mainly used in the treatment, disposal, and resource recycling of solid waste.  The shear mixing units produced by our company have been applied in oil drilling sites, subway tunnel construction sites, non-excavation construction sites, and have received unanimous praise from customers.

     

    Tags: jet mud mixer, shear pump, drilling solid control system