Solids control system, TBM slurry treatment plant, HDD mud recycling system, Drilling mud system-KOSUN

KOSUN Mud Cooling System: Ensuring Safety in High-Temperature Drilling

As global energy demand rises, oil and gas drilling operations are increasingly targeting complex environments such as deep wells, ultra-deep wells, and high-temperature high-pressure (HTHP) formations. In these extreme conditions, drilling fluid temperature control becomes a critical factor in maintaining both operational safety and efficiency.

The KOSUN Drilling Fluid Cooling System is engineered to meet this challenge, delivering reliable performance in the most demanding drilling environments—onshore or offshore.

Why Temperature Control Matters in HTHP Drilling

Drilling fluid plays a vital role in cooling the drill bit, transporting rock cuttings, and stabilizing the wellbore. However, when mud temperature exceeds optimal levels, it can lead to reduced viscosity and lubrication, thermal fatigue and damage to downhole tools, and accelerated degradation of chemical additives. Effective temperature management is essential for safe and efficient drilling.

Key Features of the KOSUN Mud Cooling System

With over 30 years of experience in solids control, KOSUN offers a modular and intelligent cooling solution tailored to site-specific needs.

Intelligent Temperature Control: The system automatically activates evaporative cooling when dry mode is insufficient. This extends the lifespan of drill bits and drill pipes while enhancing overall rig productivity.

High Energy Efficiency: The system cools drilling fluid by 20–40°C. Finned heat-exchange tubes improve thermal efficiency by 10%, reducing energy consumption and operating costs.

Rugged Adaptability: Suitable for land rigs, offshore platforms, and HTHP wells, the system is built with corrosion-resistant and high-temperature materials. It performs reliably in gas hydrate and geothermal operations.

Compact and Modular Design: The system delivers high processing capacity in a small footprint. Anti-freeze piping layout resists scaling, and the design is easy to install and maintain in confined rig spaces.

Applications of the KOSUN Mud Cooling System

The KOSUN mud cooling system is widely used in high-temperature formations such as geothermal wells and high-temperature oil and gas fields, deep and ultra-deep drilling projects, and high-density mud operations that retain more heat.

Proven Value for Drilling Operators

KOSUN mud cooling systems have been deployed in numerous deep well projects worldwide, delivering measurable results. Enhanced safety through fewer high-temperature-related failures, extended equipment life with consistent thermal protection, faster drilling by reducing non-productive time, and lower costs through smart controls and energy-saving design.

Why Choose KOSUN

As drilling technologies advance into more complex formations, the KOSUN mud cooling system stands out for its cooling efficiency, intelligent automation, and compact, low-maintenance design. Every drilling project is unique, which is why KOSUN offers customized support from site evaluation and system design to installation and commissioning. Choosing KOSUN means gaining a reliable partner for your most demanding drilling conditions.

Get a Customized Mud Cooling Solution

If you’re looking for a high-performance mud cooling system for HTHP drilling, contact the KOSUN team today. We’ll design a solution tailored to your specific needs and provide end-to-end technical support.

Contact KOSUN for more information or a free consultation.

In the competitive landscape of modern oil and gas exploration, the efficiency of drilling operations is inextricably linked to the performance of the rig solids control system. As a critical component of the drilling fluid circulation process, this system ensures operational safety, cost-effectiveness, and environmental compliance.

What is a Rig Solids Control System?

A rig solids control system (also referred to as a drilling mud purification system) is an integrated suite of solids control equipment designed to treat circulating drilling fluids. Its primary function is to remove harmful drilled solids (cuttings) from the mud while preserving vital liquid phases and chemical additives. By maintaining a clean closed-loop circulation, it ensures the stability of the mud’s rheological properties.

Key Stages of Solids Control Equipment

A high-performance rig solids control system utilizes a multi-stage separation process. Each piece of solids control equipment is engineered to target specific particle sizes:

1. Shale Shakers: The primary line of defense. The shale shaker uses high-frequency vibration to scalpe large cuttings from the mud.
2. Hydrocyclone Desanders: The second stage of treatment, focusing on removing sand particles (40–100 microns) through centrifugal sedimentation.
3. Hydrocyclone Desilters: These units target finer silt (12–74 microns) to further refine the drilling fluid.
4. Decanter Centrifuges: The most advanced solids control equipment for fine separation, effectively removing micron-sized particles (2–15 microns) that hydrocyclones cannot catch.

Supporting components such as mud agitators, centrifugal pumps, and vacuum degassers complete the rig solids control system workflow, ensuring a degassed and homogenized mud mixture.

Strategic Values of Modern Solids Control

Investing in a robust rig solids control system provides three-fold benefits for drilling contractors:

• Maximizing Drilling Efficiency: Effective solids control equipment reduces the abrasiveness of the drilling mud. This minimizes tool wear, boosts the Rate of Penetration (ROP), and extends the lifespan of downhole motors and mud pumps.
• Operational Safety and Wellbore Stability: By precisely controlling the solid phase, the rig solids control system helps maintain the exact mud weight required to balance formation pressure, preventing incidents like pipe sticking or blowouts.
• Environmental Sustainability and Waste Management: Modern solids control equipment is essential for “Zero Discharge” initiatives. By maximizing fluid recovery, it reduces the volume of drilling waste and lowers the environmental footprint of the rig site.

The rig solids control system is the heartbeat of fluid management in the oilfield. As the industry moves toward deeper and more complex wells, the demand for high-efficiency solids control equipment continues to grow. Today’s systems are evolving into intelligent, automated units that provide the technical foundation for sustainable and profitable global energy production.

In remote overseas drilling sites, the reliability and efficiency of solids control equipment directly impact Non-Productive Time (NPT). Designed for high-intensity operations, the KOSUN SP series drilling mud shear pump achieves an optimal balance between high-efficiency shearing and long-term durability through deep hydrodynamic optimization. It has become the preferred solution for major oil and gas projects worldwide.

Hydrodynamic Design: Axial Turbine and Pressure Chambers

Unlike the simple construction of traditional centrifugal pumps, the SP series drilling mud shear pump integrates a complex structure consisting of an axial turbine, a fluid reservoir, and a specialized pressure chamber. As fluid enters the pump, it gains axial acceleration through the turbine zone before accumulating kinetic energy within the pressure chamber. When the fluid is ejected against the shearing plate via high-pressure nozzles, the resulting intense turbulence and mechanical impact instantly crush insoluble polymer agglomerates. This ensures high homogeneity of the fluid in a single circulation.

Enhanced Wear Resistance via Stainless Steel Precision Casting

Solid particles in drilling fluids are highly erosive to flow-passing components. To address this challenge, the critical impeller components of the KOSUN drilling mud shear pump are manufactured using stainless steel precision casting. Compared to the common cast iron materials used in the industry, stainless steel impellers offer superior wear and corrosion resistance. This is particularly vital when handling highly corrosive or high-sand-content mud, significantly extending maintenance cycles and reducing the frequency of spare parts replacement.

Low NPSH for Stability in Complex Conditions

During field operations, fluctuations in mud tank levels or rising mud temperatures can easily cause cavitation in pumping equipment. The engineering design of the KOSUN drilling mud shear pump ensures stable operation even under low-pressure suction environments. By minimizing cavitation, the system avoids vibration damage to mechanical seals and bearings, thereby increasing the overall operational redundancy of the solids control system.

High ROI Proven by Global Projects

The KOSUN SP series drilling mud shear pump has been deployed on drilling rigs across extreme environments, including the Middle East and Russia. Field data indicates that with a 75kW power configuration, the pump delivers a processing capacity of up to 150 m³/h. Its high shearing conversion rate not only optimizes mud performance but also helps contractors recover equipment investment costs quickly by reducing chemical additive consumption, achieving leadership in both performance and economic efficiency.

Maintenance Convenience Aligned with International Standards

Strictly designed in accordance with API industry standards, the KOSUN drilling mud shear pump features a compact structure that is easy to maintain on-site. Its universal seal design considers the global availability of spare parts, minimizing equipment downtime caused by repairs. For overseas projects seeking long-term stable operations, these field-optimized engineering details represent the core competitive advantage.

KOSUN horizontal centrifugal slurry pumps are renowned for their versatility and robust performance. They play a multifunctional and highly adaptable role within drilling fluid circulation systems, effectively handling transport tasks across various operational stages. These pumps are not limited to a single purpose but flexibly adapt to critical working conditions, providing stable and reliable fluid power support for drilling platforms.

Core Advantages of KOSUN Slurry Pumps Ensuring High Efficiency

KOSUN utilizes high wear resistant hard alloy mechanical seals to ensure long term stable operation even when transporting highly abrasive mud, significantly reducing maintenance costs. The closed impeller combined with a unique back vane design effectively increases the pump head and minimizes internal leakage, guaranteeing a powerful and steady output.

Diverse Application Scenarios of KOSUN Slurry Pumps

Feeding Source for Desander and Desilter Equipment
This represents the primary application of the CP series slurry pumps. Within the solids control process, these pumps are responsible for providing a continuous, stable, and high pressure mud flow to primary desanders and secondary desilters. Steady feeding pressure is crucial for the efficient separation of solid particles within hydrocyclones, directly impacting mud properties and overall drilling efficiency.

Priming and Charging Pump for High Pressure Mud Pumps
Main drilling mud pumps are expensive reciprocating units that require stringent inlet conditions to avoid cavitation. KOSUN slurry pumps are frequently employed as pre-set charging pumps to increase the positive pressure at the main pump inlet. This effectively prevents cavitation, extends the lifespan of vulnerable components, and ensures the continuity of drilling operations.

Circulation Power for Jet Mud Mixing Units
Rapid and uniform mixing of bentonite, barite powder, and other chemical additives is essential when preparing new mud batches or adjusting fluid properties. KOSUN slurry pumps work in tandem with jet mixing devices to provide strong circulation and shearing power. This ensures that materials are fully dissolved and dispersed, completing mud preparation tasks with high efficiency.

Transfer Pump for Drilling Cuttings Management Systems
Under modern environmental regulations, KOSUN slurry pumps are widely utilized in zero discharge systems. They are responsible for pumping treated waste mud or concentrated cuttings slurry to centrifuges, storage tanks, or subsequent harmless treatment units. This ensures that the waste management process remains compliant with environmental standards.

Site Logistics and Long Distance Fluid Transfer
With a robust structure and high head design, KOSUN slurry pumps easily handle fluid transport tasks between different areas of the wellsite. Whether transferring mud from active tanks to reserve tank farms or general mud relocation, these pumps solve the challenges of material scheduling on site.

Conclusion
KOSUN horizontal centrifugal slurry pumps offer a highly reliable and economical fluid solution for complex drilling conditions. Their oilfield specific wear resistance, broad performance curves, and flexible application capabilities make them an indispensable asset in modern energy extraction.

In modern drilling solids control systems, the stability of fluid transportation directly determines the efficiency of the entire purification process. As the core equipment for precision fluid handling, the Centrifuge Feed Pump (commonly known as the Progressive Cavity Pump or Screw Pump) has become indispensable. Unlike traditional centrifugal pumps, it utilizes a unique positive displacement principle to handle high-viscosity, shear-sensitive mud, ensuring the continuity and accuracy of solids control operations.

Working Principle of the Centrifuge Feed Pump

The Centrifuge Feed Pump operates as a positive displacement pump. Its core mechanism consists of a high-precision rotating rotor and a stationary stator. As the rotor turns within the stator, a series of sealed cavities move axially from the suction inlet to the discharge outlet. This “displacement-style” movement pushes the drilling fluid forward in a continuous, smooth, and axial flow. This method eliminates the pulsations commonly found in other pump types, allowing for highly accurate metering and stable feeding.

Core Technical Advantages

Low Shear Force for Media Protection

Traditional centrifugal pumps rely on high-speed impellers that can break down the molecular chains of polymers in drilling fluids. In contrast, the Centrifuge Feed Pump conveys media with extremely low shear force. This “gentle” handling preserves the chemical properties and physical structures of the mud, which is critical for maintaining fluid rheology.

High Viscosity and Solids Handling

One of the most significant advantages of this pump is its ability to handle complex fluids. Whether it is low-viscosity water-based mud or ultra-high-viscosity oil-based waste slurry containing high solids content, the pump maintains a steady flow rate without significant performance drops.

Constant and Pulsation-Free Flow

The output flow of a Centrifuge Feed Pump is directly proportional to its rotational speed and remains constant regardless of discharge pressure fluctuations. This stability is essential for downstream equipment that requires a steady feed rate to maintain separation efficiency.

Excellent Self-Priming Capability

These pumps possess powerful vacuum suction abilities. They can easily prime and draw fluids from deep mud pits or through long-distance pipelines without the need for additional foot valves or manual priming, simplifying site operations.

Key Application Scenarios in Solids Control

Precision Feeding for Decanter Centrifuges

The separation performance of a decanter centrifuge depends heavily on the stability of the incoming slurry. As the primary feeding source, the Centrifuge Feed Pump provides a non-pulsating, constant flow that allows the centrifuge to maintain optimal G-force and separation precision, resulting in higher mud recovery and drier solids.

Zero-Discharge Waste Management

In environmentally sensitive projects, these pumps are used to transport concentrated waste, dehydrated mud cakes, and flocculants. Their non-clogging design and ability to move semi-solid materials ensure that waste management systems operate without interruption, supporting “green” drilling objectives.

Automated Dosing and Chemical Metering

On digital and automated drilling rigs, Centrifuge Feed Pumps are often integrated with Variable Frequency Drives (VFD). They serve as high-precision dosing units for chemical additives, enabling the automated adjustment of drilling fluid properties while reducing chemical waste and operational costs.

The Centrifuge Feed Pump is more than just a transportation tool; it is a critical component for the refinement of solids control technology. By offering superior handling of high-viscosity and shear-sensitive fluids, it provides the core power necessary to optimize separation efficiency and ensure environmental compliance in modern drilling operations.

As environmental mandates for Zero Liquid Discharge and operational efficiency intensify in 2026, the industry is rapidly transitioning from obsolete earthen pits to professional Drilling Waste Management solutions. Whether in deep-well oil & gas exploration, Horizontal Directional Drilling (HDD), or urban piling projects, modern complexities demand advanced Mud Circulation and Solids Control Systems. A professional Liquid Mud Plant (LMP)—also known as a Centralized Mud Support Station—has evolved into a mission-critical infrastructure for modern engineering.

1. Spatial Revolution: Vertical Tank Farms and Modular Solids Control Units

Diverging from traditional horizontal layouts that consume excessive land, KOSUN’s Vertical Mud Tank architecture redefines site footprint efficiency, reducing land occupation by over 40%. This compact design is specifically engineered for space-constrained urban construction and high-cost job sites. Furthermore, the Modular Mud Treatment System allows for rapid assembly and seamless relocation, providing the agility required for Mobile Mud Plant operations and fast-track project deployments.

2. Process Integration: From Precision Blending to Advanced Cuttings Management

Modern LMPs are far more than mere Mud Storage Tank Farms; they function as intelligent, closed-loop Solid-Liquid Separation hubs:

• Smart Blending & Bulk Storage: Automated agitation and mixing units ensure precise control over weighted mud and rheological properties, maintaining optimal fluid performance for the borehole.
• High-Efficiency Solids Control: By integrating Dryer Shakers, Desanders, Desilters, and Decanter Centrifuges, the system aggressively removes harmful drill solids. This facilitates high-ratio Drilling Fluid Recovery, drastically slashing the procurement costs of new mud materials.
• Cuttings Management & Volume Reduction: Utilizing Filter Presses or Vertical Cuttings Dryers for deep dewatering, the plant transforms waste sludge into low-moisture dry cakes. This process is the definitive pathway to achieving Zero Discharge and streamlining waste logistics.

3. Strategic Value: Synergizing Economic Efficiency with Environmental Compliance

Implementing a Centralized Mud Treatment Station yields multifaceted dividends: it optimizes logistics, conserves chemical additives, and reduces labor overhead. By maintaining stable fluid properties, the KOSUN LMP not only ensures compliance with the most stringent 2026 Environmental Regulations but also minimizes downhole risks and enhances drilling speed.

In the era of Sustainable Drilling, adopting advanced Drilling Waste Management technology is no longer an operational cost—it is a strategic investment in long-term profitability and “Green Construction” leadership.

As urban infrastructure expands, Horizontal Directional Drilling (HDD) faces dual challenges: rising operational costs and environmental responsibilities. Proper mud management is crucial—ineffective treatment compromises drilling efficiency, increases waste disposal expenses, and risks regulatory non-compliance.

KOSUN Mud Recycling System Proven Expertise in Trenchless Drilling

With over 30 years of solids control experience, KOSUN provides reliable HDD mud recycling solutions engineered for challenging conditions. Our systems effectively handle high-viscosity fluids and fine particle separation, ensuring optimal fluid recovery even in complex geologies.

The recently launched KSMR series—covering 200 to 1000 GPM capacities—delivers tailored performance for projects of any scale. Each system integrates field-proven components: shale shakers, desanders, centrifuges, and intelligent mud tanks that work in concert to maintain fluid integrity and maximize reuse.

KOSUN Mud Recycling System Engineered for Real-World Demands

From congested urban sites to sensitive environmental crossings, KOSUN systems maintain consistent performance where it matters most. By enabling closed-loop fluid management, we help contractors reduce fresh mud consumption by up to 60%, minimize waste volumes, and maintain full compliance throughout the drilling process.

KOSUN Mud Recycling Systems Sustainable Drilling and Operational Simplicity

As your partner in responsible drilling, KOSUN combines advanced separation technology with practical operational design. Our solutions not only protect your budget through significant cost savings, but also safeguard project timelines and environmental commitments.

Ready to optimize your next HDD project? Contact KOSUN for a customized mud management solution that balances efficiency, economy, and compliance

In solid-liquid separation operations across industries such as oil drilling and chemical environmental protection, the ability to process materials continuously and efficiently while maintaining stable separation results is key to increasing capacity and controlling costs. The Decanter Centrifuge (Horizontal Spiral Discharge Sedimentation Centrifuge) developed by KOSUN Machinery, with its mature centrifugal sedimentation technology and innovative structural design, has become core equipment for processing multi-medium suspensions. It plays an irreplaceable role, particularly in drilling mud purification and industrial sludge dewatering.

The core advantages of the KOSUN Decanter Centrifuge stem from precise centrifugal sedimentation principles and user-centric structural design. By leveraging centrifugal force to achieve high-efficiency separation of microscopic particles from the liquid phase, it can accurately capture and separate solid particles with a diameter ≥2μm. After processing, the mud regains its ideal viscosity and specific gravity, enabling efficient recycling and significantly reducing the cost of new mud procurement and the pressure of waste discharge.

As continuous-duty equipment, it utilizes a “Bowl-Scroll” collaborative operation mode. Once the suspension enters via the feed pipe, solid particles rapidly settle on the inner wall of the bowl under centrifugal force. They are then continuously pushed to the discharge port by the screw conveyor (scroll), while the clarified liquid phase is directed out through the overflow port. This continuous separation process requires no downtime, significantly enhancing operational efficiency.

Durability and intelligent design further highlight the product’s competitiveness. Key components of the KOSUN Decanter Centrifuge, such as the bowl and screw conveyor, are manufactured from high-quality stainless steel. Critical wear-prone areas are sprayed with tungsten carbide wear-resistant coatings or embedded with hard alloy inserts, effectively improving corrosion and wear resistance to extend service life. For complex drilling conditions, it is equipped with an explosion-proof VFD (Variable Frequency Drive) control system, allowing for stepless adjustment of the separation factor. This flexibility enables the equipment to adapt to suspensions of various concentrations, ensuring operational stability. Furthermore, the specialized adjustable overflow port design reduces energy consumption by more than 15% compared to similar products, further lowering operation and maintenance costs.

With its stable performance, the KOSUN Decanter Centrifuge is widely used in domestic and international oil drilling, coal chemical industries, and more. In overseas drilling projects, its explosion-proof design and multi-medium adaptability meet the stringent operational standards of different regions. The processed drilling waste consistently meets local environmental discharge requirements, making it one of KOSUN Machinery’s flagship products for international market expansion. From onshore oilfields to industrial wastewater treatment sites, this equipment provides customized solutions for solid-liquid separation needs with its hallmarks of “High Efficiency, Stability, Reliability, and Energy Saving.”

In engineering fields such as urban rail transit, mine drilling, municipal construction, and river dredging, the efficient treatment of slurry mixtures is both a key factor in ensuring construction efficiency and a core link in practicing environmental requirements. KOSUN has deeply cultivated the R&D and production of solid-liquid separation equipment for over thirty years. The KOSUN KD Series Slurry Separation System has become a benchmark in slurry treatment due to its modular design, high-efficiency separation performance, and wide adaptability. This product series not only covers numerous major domestic projects but is also exported to multiple countries worldwide, gaining broad market recognition for its stable performance.

KOSUN KD Series Slurry Plant Core Advantages of Three Stage Processing and Modular Integration

The core strength of the KD series originates from its scientific three-stage treatment architecture and modular integrated design. The system primarily consists of three major parts: the scalping shaker module, the desanding module, and the desilting module, forming a complete “pre-treatment, core separation, and fine purification” workflow.

The scalping shaker module acts as a pre-screening unit, rapidly removing coarse particles to reduce the load on downstream equipment. The desanding module, equipped with hydrocyclones and fine-mesh vibration screens, focuses on eliminating smaller sand particles. The desilting module features desilting cyclones for precise separation based on site requirements. This modular structure strictly follows standard container dimensions and includes foldable operating platforms, which significantly reduce the site footprint and facilitate transport and installation. It supports both skid-mounted integration and trailer-mounted mobility to quickly adapt to diverse operational scenarios such as tunneling, piling, and dredging.

KOSUN KD Series Slurry Plant Technical Characteristics and Extreme Environment Adaptability

Technical features of the KOSUN KD series demonstrate exceptional scenario adaptability and operational stability. The system is equipped with adjustable vibratory screens where the G-force, screen deck angle, and mesh size can be flexibly tuned to handle material from different geological formations. KOSUN KD Series Slurry Separation System core components are made of anti-corrosion and wear-resistant materials treated with multiple processes, enabling them to withstand harsh conditions in mines and tunnels while effectively extending service life and reducing failure rates. To suit global construction sites, the system supports various electrical power specifications and can operate with independent generator sets in extreme conditions to ensure uninterrupted construction.

KOSUN KD Series Slurry Plant Application Scenarios Across Four Core Engineering Sectors

Extensive application cases have verified the core value of the KD series. The KOSUN KD Series Slurry Separation System has been successfully applied in four major areas:

Slurry Balance Shield TBM Treatment provides slurry purification for urban subway tunneling.

Bored Piling Construction Slurry Treatment adapting to mud produced by rotary rigs, percussion drills, and other equipment.

Diaphragm Wall Construction Slurry Treatment supporting trenching operations for hydromills and similar machinery.

Trenchless Construction Slurry Treatment covering Horizontal Directional Drilling (HDD) and slurry pipe jacking processes.

KOSUN KD Series Slurry Plant Product Diversity for Different Project Scales

Product diversification is the key to matching different engineering scales. The KOSUN KD Series Slurry Separation System currently offers models including KD-50, KD-100, and KD-200, with processing capacities ranging from 50 to 200 m³/h, allowing customers to select models flexibly based on project volume.

As core equipment in the field of engineering environmental protection, the KOSUN KD Series Slurry Separation System provides efficient and eco-friendly slurry treatment solutions through scientific design and stable performance. In the future, as global environmental requirements for construction continue to rise, the KD series will continue to leverage its technical advantages to empower domestic infrastructure while helping KOSUN deepen international cooperation and contributing to Chinese equipment strength to global environmental upgrades.

In oil drilling, an efficient solids control system is essential for operational continuity and drilling fluid recycling. KOSUN leverages its R&D expertise to provide high-performance integrated solutions that ensure precise solid-liquid separation and reduced operational costs.

1. The First Line: Solids Control Shale Shaker

The shale shaker is the primary stage of separation, filtering out large cuttings (>75μm). This single process removes over 50% of solid impurities, significantly reducing the load on downstream equipment. KOSUN’s shale shakers feature optimized screen materials and frequency control, ensuring durability and stability in high-intensity environments.

2. Precision Cleaning: Solids Control Desander & Desilter

Following the shaker, these hydrocyclone-based units target finer particles:

• Desander: Removes sand particles between 44–75μm.
• Desilter: Targets silt particles between 15–44μm.
  Kosun utilizes a modular design, allowing these units to be integrated into a compact “Sand-Silt” cleaner. This saves space and prevents fine particles from compromising the rheological properties of the drilling fluid.

3. Deep Purification: Solids Control Decanter Centrifuge

For ultra-fine solids (<15μm) and colloidal substances, the centrifuge uses high-speed rotation for deep separation. Crucially, it facilitates the recovery of weighting materials (such as barite), significantly lowering material costs while maintaining mud density.

4. System Support: Solids Control Auxiliary Equipment

A stable system requires seamless coordination. Kosun provides a complete suite of auxiliary tools:

• Mud Agitators: Keep fluids in suspension and prevent tank settling.
• Sand & Shear Pumps: Provide reliable power and optimize polymer drilling fluid performance.
• Mud Tanks: Integrated storage with precise level monitoring for real-time fluid management.

Conclusion

True solids control efficiency stems from the scientific sequence of Shale Shaker → Desander → Desilter → Decanter Centrifuge. By integrating intelligent monitoring with robust hardware, Xi’an Kosun delivers flexible, reliable solutions tailored to any formation condition, driving high-quality development in the global drilling industry.