KOSUN

分类： Industry Update

KOSUN exclusively manufacture solids control system,drilling mud solids control equipment,Oilfiled Solids Control,oil and gas drilling waste managemen

  • 不合格好吧

    successfully shipped and officially sent to Uzbekistan.
    This batch of equipment will be used in local oil drilling projects in Uzbekistan to help customers improve construction efficiency.

     

  • Maximize Drilling Efficiency with High-Performance Shale Shakers

     
     
    In the demanding world of drilling operations, maintaining clean and efficient drilling fluid is critical for success. Drilling fluid shale shakers serve as the first line of defense in solids control, removing large cuttings and ensuring optimal fluid properties for smooth, cost-effective drilling.

     

    Why Choose Our Shale Shakers?
    ✔ Superior Solids Removal – High-G vibration and fine mesh screens efficiently separate cuttings from drilling fluid, reducing waste and improving fluid reuse.
    ✔ Durable & Low Maintenance – Robust construction with corrosion-resistant materials ensures long service life even in harsh environments.
    ✔ Customizable Screening Options – Adjustable screen panels and vibration settings to match different drilling conditions (oilfield, HDD, geothermal).
    ✔ Energy-Efficient Operation – Advanced motor technology minimizes power consumption while maximizing performance.
    ✔ Compact & Easy to Install – Modular design allows seamless integration into new or existing solids control systems.
     
    Applications:
    Oil & Gas Drilling
    Horizontal Directional Drilling (HDD)
    Geothermal & Mining Operations
    Upgrade Your Solids Control System Today!
    Reduce downtime, extend fluid life, and enhance drilling efficiency with our high-capacity shale shakers. Contact us for expert recommendations and reliable equipment!

  • Maximize Drilling Efficiency with High-Performance Shale Shakers

     
     
    In the demanding world of drilling operations, maintaining clean and efficient drilling fluid is critical for success. Drilling fluid shale shakers serve as the first line of defense in solids control, removing large cuttings and ensuring optimal fluid properties for smooth, cost-effective drilling.

     

    Why Choose Our Shale Shakers?
    ✔ Superior Solids Removal – High-G vibration and fine mesh screens efficiently separate cuttings from drilling fluid, reducing waste and improving fluid reuse.
    ✔ Durable & Low Maintenance – Robust construction with corrosion-resistant materials ensures long service life even in harsh environments.
    ✔ Customizable Screening Options – Adjustable screen panels and vibration settings to match different drilling conditions (oilfield, HDD, geothermal).
    ✔ Energy-Efficient Operation – Advanced motor technology minimizes power consumption while maximizing performance.
    ✔ Compact & Easy to Install – Modular design allows seamless integration into new or existing solids control systems.
     
    Applications:
    Oil & Gas Drilling
    Horizontal Directional Drilling (HDD)
    Geothermal & Mining Operations
    Upgrade Your Solids Control System Today!
    Reduce downtime, extend fluid life, and enhance drilling efficiency with our high-capacity shale shakers. Contact us for expert recommendations and reliable equipment!

  • Essential Mud Agitator for Solid Control System Efficiency

    In terms of drilling fluid solids control systems, KOSUN Machinery is a leading provider of supporting equipment.  One of the most important pieces of equipment in the system is the mud agitator, which plays a key role in ensuring the effectiveness of the entire system.

     
    The mud agitator, also known as the drilling mud tank agitator, is an important part of the solids control system of the drilling fluid tank.  It is widely used to stir mud to prevent solids from settling in drilling fluids.  This is critical to maintaining the quality and consistency of the drilling fluid, which in turn affects the overall efficiency and success of the drilling operation.
     
    At KOSUN Machinery, we understand the importance of providing high-quality mud agitators that are not only effective but can be customized to meet the specific needs of our customers.  Our slurry agitators are designed with a variety of features and options to ensure they can be customized to each customer's unique operating conditions.
     
    One of the key features of our mud agitators is the ability to custom-design them to suit specific operating conditions.  This means we can design the mud mixer as a swing pin mud mixer, worm gear     mud agitator, or helical gear slurry agitator according to the customer's requirements.  In addition, the length of the mixing rod and the diameter of the impeller can be customized to accommodate the specific mixing volume required.
     
    Additionally, our slurry mixers are available in single-impeller, dual-impeller, or multi-impeller designs, depending on the size of the mixing volume.  This level of customization ensures that our slurry agitators can effectively meet the needs of our customers' different needs.
     
    In addition to custom designs, our drilling mud agitator can also be customized to the specific mixing media used.  We offer options for carbon steel and stainless steel mud agitators, allowing our customers to choose the best material for their specific application.
     
    KOSUN Machinery is committed to providing high-quality, customizable mud agitators and is honored to be a trustworthy partner for companies in the drilling industry.  Our mud agitators are designed not only to meet our customers' current needs but also to adapt to any future changes in operating conditions.  When you choose KOSUN Machinery for your mud mixer needs, you can trust that you are getting a reliable and effective solution for your drilling fluid tank solids control system.

    Tags: Mud agitator, Drilling fluid mud agitator, Drilling mud agitator, Oil agitator, Drilling mud agitator,  Oil drilling mud agitator, Solid control drilling mud agitator, Solid control mud agitator

     

  • What are the specific types of KOSUN mud solids control system?

    KOSUN Mud solids control systems are mainly divided into three categories: skid-mounted drilling mud solids control systems, mobile drilling mud solids control systems, and low-temperature drilling mud solids control systems. Among them, the skid-mounted drilling mud solids control system for land drilling rigs manufactured by KOSUN adopts a multi-functional design, so that the whole solids control system can meet the requirements of different well depths and various drilling muds. It can operate independently or in combination. KOSUN can produce 350HP, 450HP, 550HP, 650HP, 750HP workover rig mud circulation system and 1000HP, 1500HP, 2000HP, 3000HP land skid-mounted drilling rig mud circulation system.
     
    mud solids control system
     
    The advantages of skid-mounted drilling mud solids control system are:
    ①Easy to install: The production and assembly of the skid-mounted drilling mud solids control system equipment are all completed in the factory, and the on-site installation workload is small. It only needs to complete the connection of the interface pipes and external electrical connections to work.
    ②Easy to migrate: Since the functional components are integrated into a whole base, it can be easily migrated as a whole.
    ③Compact design and small footprint: the skid-mounted drilling mud solids control system has a compact structure, which reduces the footprint compared with the traditional installation method.
     
    Mobile drilling mud solids control system:
    In order to meet the needs of modern oilfield drilling engineering time, increase moving speed and reduce costs, KOSUN combines the structural characteristics of mobile drilling rigs and skid-mounted modular drilling rigs to ensure safety, With the design concept of high efficiency and environmental protection, the mobile drilling mud solids control system has been developed, which greatly improves the automation degree of the solids control system. Field application shows that this type of system not only has the advantages of reasonable structure, compact design, safety and reliability, but also has incomparable advantages such as fast and convenient movement and wide range of use.
     
    Low temperature drilling mud solids control system:
    In order to meet the requirements of low temperature drilling conditions in polar regions (minus 40 degrees), KOSUN can produce low temperature drilling mud circulation systems suitable for special areas according to the specific requirements of customers. Therefore, a low-temperature drilling mud solids control system was developed. Features and advantages: low temperature resistance. The low-temperature drilling mud solids control system is equipped with a polar thermal insulation system. During drilling operations, the entire system, corresponding cable troughs and leaking steam pipelines can be included in the thermal insulation shed, and equipped with a polar steam heating system. Equipped with 2 steam heaters, together with the heat preservation system, the solids control system can work normally in the harsh environment of -40 degrees in polar alpine regions.

  • Application of oil sludge treatment equipment in drilling waste treatment

    The selection of suitable oil sludge treatment equipment plays an important role in the treatment effect of oil sludge.
     
    Oil sludge treatment typically involves the use of various equipment to separate and process the sludge into its constituent components.           

    Commonly used oil sludge treatment equipment includes:

    Thermal desorption units: These units utilize heat to separate the oil, water, and solids in the sludge. The heat causes the oil to evaporate, leaving behind the water and solid residues.
    Decanter centrifuge: Centrifuges use centrifugal force to separate the oil, water, and solids in the sludge. The high-speed rotation of the centrifuge causes the heavier solids to settle, while the lighter oil and water are discharged separately.
    Drying screen: It is used to recover oil-based drilling fluid in drilling cuttings so that the proportion of liquid phase in drilling cuttings will be less than 10%, which can significantly reduce the cost of waste discharge.
    Filter presses:  Filter presses can be used to separate the solids from the oil and water fractions of the sludge.
    Dosing device: Chemicals can be added to the sludge to enhance the separation of oil, water, and solids. This can be done through various processes such as flocculation, coagulation, or emulsion breaking.
    Oil/water separation systems: These systems use gravity or coalescence techniques to separate the oil and water fractions in the sludge, allowing for the recovery of usable oil.
    Screw Pump: Used to transport sludge.
    Storage tank: Used to store sludge.
    Screw conveyor：It is used to transport sludge.
     
    The selection and combination of equipment depend on factors such as the characteristics of the oil sludge, treatment objectives, environmental regulations, and the desired final products or waste disposal methods. The specific equipment used and their configuration will vary based on the specific requirements of the oil sludge treatment process.

    Tag: oil sludge treatment equipment, oil sludge treatment

     

  • Crucial Drilling Waste Treatment Unit:Shale Shaker


    There are various types of equipment used to handle and manage the waste generated during drilling operations, and they play a crucial role throughout the drilling waste treatment process. These devices include shaler shakers, centrifuges, desanders, desilters, drying screens, etc., each serving different purposes.  They are designed to handle various types of drilling waste, such as drill cuttings, drilling fluids, drilling mud, and other waste materials.
     
     
     
    Today, let’s focus on shale shaker and their role in the entire treatment process. As a first-level solid control device in the five-level solid control system, the shale shaker is mainly used to separate large particles generated during drilling, with a particle size larger than 74μm. Particles smaller than 74μm enter the next level of solid control equipment for further treatment.
     
    KOSUN Machinery is a professional manufacturer of shale shakers. We have large-scale factories, complete qualifications, experienced designers, and meticulous workers. KOSUN shale shakers are available in linear and elliptical motion types, with the screen frame angle adjustable within the range of -1 to +5 degrees. KOSUN’s linear shale shaker demonstrates significant advantages when handling high-capacity drilling fluids. On the other hand, elliptical shale shakers effectively reduce screen blocking, ensuring a high screening rate and improving processing capacity. Each type of vibrating screen has its advantages, and the specific choice depends on your operating conditions and processing requirements.

    Tag: drilling waste treatment unit, shale shaker

  • Drilling Waste Management Strategies: Disposal and Regulatory Considerations

    While often overlooked, a rig's solids control system serves as the critical link between drilling efficiency and environmental responsibility. When drilling fluid fails to effectively transport cuttings to surface, operations face costly downtime and increased risk of stuck pipe incidents. KOSUN's advanced separation technologies ensure cuttings are processed efficiently while maintaining full regulatory compliance.


     

    The KOSUN Solids Control Process

    Our integrated system provides complete surface separation of drill cuttings from valuable drilling fluids:
     

    1. Primary Separation – KOSUN High-Performance Shakers

      • Removes coarse cuttings (≥5mm) with our patented triple-deck screening technology

      • Variable-frequency drives optimize separation efficiency for different formation types

      • Reduces liquid retention by 40% compared to conventional shakers
         

    2. Precision Separation – KOSUN Hydrocyclone Technology

      • Multi-stage desanders (100-300μm) and desilters (15-100μm) with ceramic-lined components

      • Smart pressure monitoring system prevents cyclone clogging

      • Achieves 92% solids removal efficiency in high-density fluids
         

    3. Final Processing – KOSUN Centrifugal Solutions

      • High-G decanting centrifuges recover barite and ultra-fine solids

      • Cuttings dryers produce discharge with <8% residual fluid content

      • Automated control systems maintain optimal processing parameters
         

    KOSUN's Sustainable Waste Management Solutions

    We offer environmentally responsible alternatives for cuttings disposal:

    ✔ Thermal Recovery Units

    • Low-temperature thermal desorption recovers 98% of base oils

    • Produces inert solids suitable for beneficial reuse

    ✔ Micro-Encapsulation Technology

    • Proprietary binders create stable construction materials

    • Meets EPA toxicity standards for leachate protection

    ✔ Biological Treatment

    • Accelerated bioremediation reduces processing time by 60%

    • Certified for agricultural land application

      Regulatory Compliance Assurance

    KOSUN systems are designed to exceed global environmental standards:

    • Real-time emissions monitoring

    • Automated waste tracking and reporting

    • Closed-loop fluid containment systems

    • Spill prevention safeguards
       

    Optimized Waste Handling Protocols

    Our operational best practices include:

    • AI-powered logistics planning for waste transportation

    • GPS-tracked, double-walled transport containers

    • On-site volume reduction systems

    • Certified disposal partner network
       

    The KOSUN Total Fluids Advantage

    Our comprehensive approach delivers:
    → 30-50% reduction in drilling fluid costs
    → 75% decrease in waste hauling volumes
    → Full compliance with API RP 13C standards
    → Extended fluid life and consistent rheology

    "By implementing KOSUN's complete solids control package, we reduced our North Sea project's waste disposal costs by $2.8 million while achieving zero discharge compliance." – Major Offshore Operator
     

    Conclusion
    KOSUN transforms solids control from a necessary process into a value-generating system. Our engineered solutions optimize every stage from initial separation to final disposal, delivering both operational and environmental benefits. Contact our experts to develop your customized solids management strategy today.

  • Introduction to Containerized Sludge-Water Separation Equipment II

    The second stage is the desander cyclone. According to different processing capacities and processing accursions, our company has
    configured desander cyclones of different specifications. The main separation accuracy is 2mm< sand <74μm.
    The bottom of the desander cyclone flows through the upper screen of the first-stage vibrating screen for dewatering, obtaining sand and gravel with a moisture content of less than 70%.
    The desander cyclone is composed of a steel casing and wear-resistant rubber or ceramic lining, which effectively extends the service life of the cyclone and solves the problem of treating slurry water with high sand content. The bottom nozzle of the desander cyclone adopts a detachable connection, which is convenient for maintenance and replacement.
    The desilting cyclones of the same specification can also be matched with different bottom flow nozzle diameters according to the different sand content,
    which can effectively solve the problem of high-concentration sludge water blocking the cyclones and achieve better treatment effects.


    The third stage is the desliming cyclone. To effectively ensure the final treatment accuracy,

    our company's sludge water treatment equipment adopts a six-inch long conical desliming cyclone. The main separation accuracy is 74μm < sludge <20μm.
    The underflow of the sludge remover is also dehydrated through the upper screen of the first-stage vibrating screen to obtain sludge with a moisture content of <85%.
    The desliming cyclone is formed from wear-resistant polyurethane plastic and has excellent wear resistance,
    ensuring the service life of the desliming cyclone. According to different processing volumes and different strata mud qualities,
    our company has adopted the same specification desliming cyclone group, which not only ensures the processing accuracy but also guarantees the third-level processing capacity.

    KOSUN has innovatively developed multi-specification desander cyclone groups for different working conditions, precisely achieving efficient separation of sand particles with diameters ranging from 2mm to 74μm. Its core advantage lies in:
     
    Dual wear-resistant design: It adopts a steel shell lined with wear-resistant rubber/ceramic composite material, which enhances the anti-wear performance by 300% and perfectly handles mud with high sand content (up to 30% sand content).
     
    Intelligent dynamic adjustment: The unique replaceable bottom flow nozzle design supports quick disassembly and maintenance, and can be matched with 8 different diameters (Φ8-Φ25mm) according to the sand concentration in the slurry, completely solving the problem of cyclone blockage.
     
    Resource utilization output: After secondary dewatering through the vibrating screen at the bottom, the moisture content of the sand and gravel is strictly controlled within 70%, and it can be directly used for backfilling or building material recycling.
     
     
    Level 3: Precision sludge removal cyclone system
     
    KOSUN employs a patented six-inch long conical desliming cyclone set to achieve industrial-grade separation of ultrafine particles ranging from 74μm to 20μm:
     
    Military-grade material: Integrally formed with polyurethane, the wear resistance index is five times that of UHMW-PE, and the continuous operation life exceeds 8,000 hours.
     
    Modular expansion: The standardized cyclone group supports parallel expansion (4-12 units can be freely combined), with a processing capacity of up to 200m³/h, suitable for complex strata such as soft soil and gravel.
     
    Environmental protection closed loop: The moisture content of the mud cake after underflow dewatering is ≤85%, which meets the green construction standards and significantly reduces the cost of solid waste disposal.

     
    Highlights of KOSUN technology

    Three-level co-processing accuracy exceeds 20μm industry limit
     
    Whole system containerized integration, site adaptive
     
     Intelligent early warning system monitors cyclone working pressure in real time

     

  • Oilfield Centrifuge: The Ultimate Solution for Efficient Drilling Fluid Management

    In the fast-paced world of oil and gas drilling, maintaining clean and efficient drilling fluids is critical for success. An oilfield centrifuge is a game-changing piece of equipment that ensures optimal solids control, reduces operational costs, and enhances drilling performance.

    Whether you're working on offshore rigs, horizontal drilling, or geothermal projects, a high-quality centrifuge can significantly improve your operations. In this article, we’ll explore why an oilfield centrifuge is a must-have, how it works, and how it can benefit your drilling projects.


    What Is an Oilfield Centrifuge?

    An oilfield centrifuge is a high-speed separation device designed to remove fine solids from drilling fluids (mud). Using centrifugal force, it efficiently separates particles as small as 2-5 microns, ensuring cleaner mud for reuse and reducing waste.

    Key Features of a High-Performance Oilfield Centrifuge:

    ✔ High-Speed Bowl Rotation – Up to 3,000 RPM for precise separation
    ✔ Adjustable Settings – Control solids discharge and fluid clarity
    ✔ Durable Construction – Built to withstand harsh drilling environments
    ✔ Low Maintenance Design – Easy to service for minimal downtime


    Why Your Drilling Operation Needs an Oilfield Centrifuge

    1. Maximizes Drilling Efficiency

    • Removes harmful fine solids that can damage drill bits and pumps

    • Maintains ideal mud weight and viscosity for smoother drilling

    2. Reduces Costs & Waste

    • Recycles drilling fluid, cutting down on fresh mud expenses

    • Minimizes disposal costs by reducing waste volume

    3. Extends Equipment Lifespan

    • Prevents abrasive wear on mud pumps, shakers, and other machinery

    • Reduces downtime and repair costs

    4. Environmentally Friendly

    • Lowers environmental impact by reducing fluid disposal

    • Helps meet strict industry regulations


    How Does an Oilfield Centrifuge Work?

    1. Mud Enters the Centrifuge – Contaminated drilling fluid is pumped into the system.

    2. High-Speed Separation – The spinning bowl forces solids outward while clean fluid stays near the center.

    3. Solids Discharge – A conveyor removes separated solids for disposal.

    4. Clean Fluid Recirculation – Purified drilling mud is returned to the system for reuse.

    This process ensures continuous, efficient drilling operations with minimal fluid loss.


    Applications of Oilfield Centrifuges

    • Onshore & Offshore Drilling – Keeps drilling fluids clean in extreme conditions

    • Horizontal Directional Drilling (HDD) – Essential for long-reach drilling projects

    • Geothermal & Water Well Drilling – Maintains fluid integrity in specialized drilling

    • Waste Management – Processes drilling cuttings and waste fluids for disposal


    Choosing the Best Oilfield Centrifuge for Your Needs

    When selecting a centrifuge, consider: