KOSUN

标签： solid control industry

  • Diesel-driven slurry mixing units are exported to New Zealand

     
    Supporting non-excavation horizontal directional drilling operations
     
    Recently, the vehicle-mounted diesel-driven slurry mixing device, which was tailor-made by Kexun Machinery for overseas markets, officially set off and was successfully dispatched to New Zealand. It will be specifically applied to the local trenchless horizontal directional drilling operation scenarios. From the full-process implementation of technology research and development to customized production, and then to the successful conclusion of cross-border orders, this process highly demonstrates KOSUN Machinery's technological autonomy and production flexibility in the energy equipment field, injecting new impetus into the global energy equipment market landscape and continuously strengthening the competitive edge of the KOSUN brand in the international industrial chain.

     

     

    Vehicle-mounted diesel-driven slurry mixing device
     
    The core components of the vehicle-mounted diesel-driven slurry mixing device include the diesel tank, slurry mixing funnel, centrifugal pump head, dedicated base, intelligent control unit and high-performance diesel engine, etc. This set of equipment is mainly used for efficient shearing and mixing of bentonite added through the funnel, and then transporting it to the storage tank to ensure the stability and continuous operation of the drilling fluid system. In response to the customer's requirements, the technical engineers of Kosun customized the length and width of the equipment, enabling it to perfectly fit the on-board space of the customer's existing truck and greatly enhancing the mobmental protection.
     
     
    ility and on-site applicability of the equipment. This device features a compact structure and stable operation, and can be widely applied in trenchless construction scenarios in fields such as municipal, energy, and environ
    The overall system is scientifically designed and exquisitely crafted, ensuring reliability and durability under complex working conditions. With its profound technological accumulation and mature manufacturing system, Kosun has achieved complete independent research and development and production from core components to complete machine systems, demonstrating strong equipment matching and integration capabilities.

     

     
    Highly customized product solutions
     
    Kosun has always adhered to the customer demand-oriented approach and provided highly customized product solutions. The mixing equipment exported to New Zealand this time not only fully meets the customer's requirements in terms of size, but also performs outstandingly in functionality, stability and automation level, helping the customer improve operation efficiency and reduce operating costs. As a leading enterprise in the field of trenchless drilling equipment, Kosun's business has covered more than 70 countries and regions around the world. Our products are exported to Russia, Europe, Africa, America, the Middle East, Southeast Asia and other regions, and we continuously provide high-quality equipment and technical support to international customers.

  • Kosun cuttings dewatering machine: Efficiently recovers drilling mud and significantly reduces losses

     
    The cuttings spin dryer (also known as the continuous screen centrifuge) is a highly efficient solid-liquid separation device, featuring an automatic feeding control function, and is widely used in the treatment of drill cuttings during drilling operations. This equipment effectively separates the liquid components contained in drill cuttings by applying high-intensity centrifugal force, thereby achieving a high recovery rate of drilling fluid, improving resource utilization, and reducing environmental impact.

     

     
    The Kosun cuttings spin dryer system can reintroduce the recovered high-value drilling fluid into the in-use mud system, significantly reducing the cost of drilling fluid procurement. Especially in handling oil-based mud, it performs exceptionally well, significantly reducing the total amount of on-site waste and lowering subsequent disposal costs, which meets the requirements of modern drilling clean production and sustainable development.
     
     
    Product advantages
    Significantly reduce solid-phase emissions: The efficient separation technology greatly reduces the generation of solid waste, alleviating the pressure of environmental emissions.
     
    Liquid phase recovery and reuse: The separated liquid phase can be directly returned to the drilling solid control system for recycling, enhancing the efficiency of resource utilization.
     
    Comprehensive cost reduction: By recovering drilling fluid and reducing the amount of waste disposal, effectively control the costs of drilling fluid procurement and waste treatment.
     
    Support "No mud on the ground" : Help achieve the environmental protection operation goal of fully controllable, recyclable and scattered mud on the drilling site.

     

    The Kosun cuttings spin dryer, with its stable performance and outstanding processing effect, has become an indispensable environmental protection and energy-saving equipment in the oil drilling industry, providing reliable technical support for enterprises to achieve a dual improvement in economic benefits and environmental responsibility.
     

  • Harmless treatment of shale gas oil-based mud

    During the development of shale gas, horizontal drilling operations generate a large amount of waste oil-based mud. If this type of slurry is discharged directly without proper treatment, it will not only cause serious pollution to the natural environment such as soil and water bodies, but also lead to a large waste of oil resources. At present, the centrifugation-distillation treatment technology initially applied in engineering still has problems such as high operating costs and low treatment efficiency. Therefore, Kosun Machinery is actively committed to developing efficient, economical and environmentally friendly processes for the treatment and resource recovery of waste oil-based mud, providing key technical support for promoting the large-scale green development of shale gas.

     
    In response to the current industry pain points of inconsistent methods for determining the oil content of waste oil-based mud and significant data differences, Kosun Machinery has established a scientific and reliable component analysis method for waste oil-based mud through systematic comparison and experimental research, covering key indicators such as oil content, water content, solid content, organic matter content and density. Based on this, the company focused on the research and development and evaluation of three treatment and recovery processes: sonochemical demulsification – centrifugal separation, centrifugation – low-temperature thermal distillation, and centrifugation – vacuum thermal distillation, and systematically analyzed their treatment efficiency and economic benefits under laboratory conditions.

     

     
    Drawing on advanced treatment experiences both at home and abroad, Kosun Machinery has further improved the full-component analysis system for waste oil-based mud and developed corresponding treatment equipment. After actual processing and verification, the oil content of the oil-based waste treated by Kosun equipment is significantly lower than the limit values stipulated in the "Emission Standard of Pollutants for Onshore Petroleum and Natural Gas Extraction Industry (Draft for Comment)" of China – that is, the oil content for landfill in ponds is less than 3%, and the oil content for land disposal is less than 1%, fully meeting the environmental protection emission requirements.

     

    The treatment solution provided by Kosun Machinery not only realizes the harmless treatment of waste oil-based mud, but also achieves the efficient recovery and reuse of oil resources, with significant environmental and economic benefits. We sincerely welcome both new and old customers to consult technical solutions and exchange process experiences, and jointly contribute to the sustainable and green development of the shale gas industry.

  • Kosun Machinery HDD Mud Recycling System: Efficient recycling and utilization, facilitating green trenchless construction

    Kosun Machinery's HDD mud recycling system is dedicated to achieving efficient recycling and reuse of waste mud. It not only significantly reduces users' operating costs and enhances economic benefits, but also effectively protects drilling rig equipment and reduces pollution to the surrounding environment. This system, through the collaborative operation of solid control equipment such as vibrating screens, desanders, desilters and mud cleaners, conducts multi-stage screening and purification treatment of drilling waste mud, ultimately achieving the recycling of mud.

     

    This system is an efficient mud treatment solution specifically developed for trenchless engineering. Its core objective is not to completely remove all solid substances, but to selectively separate useless solids such as drill cuttings from liquid mud, retaining reusable mud base fluid, thereby achieving dual benefits of economy and environmental protection.
     
    The core advantages of Kosun Machinery's HDD mud recovery system:
    The technology is mature and widely applicable
    Relying on 30 years of experience in the solid control industry and combining in-depth market demand analysis, the system structure is scientific and the processing technology is advanced, which can be widely applied to various trenchless working conditions.
    Integrated design with comprehensive functions
    It integrates the functions of mud cleaning, recycling and reuse, preparation and storage. The equipment has a compact structure, significantly reducing the floor space occupied by the tank. It is particularly suitable for horizontal directional drilling construction sites with limited space.
     
    It is safe and reliable, and can adapt to harsh environments
    The electrical system is equipped with explosion-proof, dust-proof and rain-proof performance, ensuring the safety and stability of the construction process and improving the project quality.


     

    The structure is lightweight and easy to move and install
    The tank is designed simply and is lightweight. The corridor and guardrail can be folded or disassembled, which greatly facilitates the transportation of the equipment and the rapid installation on site.
     
     
    It has complete qualifications and an excellent reputation
    Kosun Machinery has obtained the API certification of the American Petroleum Institute, ISO system certification, and the CE certification of the European Union. It has also become the first Chinese enterprise to obtain the full set of access certificates for drilling solid control equipment from Russia. It has the access qualifications of China National Petroleum Corporation, China Petroleum & Chemical Corporation and China National Offshore Oil Corporation at the same time, and has been awarded multiple authoritative recognitions such as "High-tech Enterprise" and "Leading Enterprise of Xi 'an Science and Technology Small Giant". The product quality and brand strength are fully guaranteed.

     

  • Analysis of Solid Phase Control of Drilling Fluid and Advantages of Kosun Solid Control System

     
    Solid particles in drilling fluids can be classified into two major categories: harmful solids and useful solids, among which cuttings are the most significant harmful solids. Throughout the entire drilling process, cuttings can significantly affect the physical properties of the drilling fluid, leading to an increase in its density, viscosity, dynamic shear force, water loss, mud cake thickness, abrasiveness, viscosity and flow resistance. In addition, cuttings can also cause damage to oil and gas layers, reduce the mechanical drilling rate, increase the torque of the turntable, and lead to complex downhole situations such as obstructions during drilling and lowering, stuck sticking, well leakage, and even blowouts. Meanwhile, the presence of a large amount of rock debris will also accelerate the wear and tear of the equipment in the circulation system.

     

    The role of the solids control system
    The main function of the solid control system is to efficiently remove harmful solids from the drilling fluid while retaining useful solids as much as possible to ensure that the performance of the drilling fluid meets the requirements of the drilling process. Among various solid control methods, mechanical removal is currently the most economical and efficient treatment approach.
     
    Main solid control equipment
    The commonly used solid control equipment mainly includes vibrating screens, desanders, desilters, centrifuges and degasifiers. These devices respectively target solid particles of different particle size ranges to achieve classification treatment, thereby enhancing the overall solid control efficiency.
    System integration and optimization
    The solid control system is not merely a simple superposition of individual devices, but rather an integrated whole formed by scientifically combining various solid control devices in accordance with the requirements of the drilling fluid purification process. Reasonable configuration and coordinated operation can significantly enhance the removal effect of harmful solid phases and ensure the safe and efficient progress of drilling operations.



     

    The advantages of Kosun Solid Control System:
    1. High-efficiency classification treatment: A multi-stage combination of vibrating screens, desanders, desilters and centrifuges is adopted to achieve precise removal of solid particles of different sizes step by step, significantly enhancing the efficiency of solid control.
    2. Intelligent coordinated control: Through system integration and optimization, the best coordination among various devices is achieved, which can not only effectively remove harmful solid phases but also retain useful solid phases to the greatest extent.
    3. Durable and reliable design: The equipment is made of wear-resistant materials and has a sturdy structure, which can adapt to harsh drilling environments and ensure long-term continuous and stable operation.
    4. Energy conservation and environmental protection features: The optimized system design reduces energy consumption and effectively controls drilling waste, meeting environmental protection requirements.
    5. Strong adaptability: The system configuration and operating parameters can be flexibly adjusted according to different drilling conditions and drilling fluid performance requirements.

     

  • High-efficiency solid-liquid separation technology and application

    In industrial production and environmental governance, solid-liquid separation equipment is an important piece of equipment for enhancing efficiency, reducing costs and achieving green development. Solid-liquid separation technology is widely applied in fields such as oil drilling, municipal sewage treatment, mining, chemical engineering, and food processing, and is gradually becoming a "must-have equipment" on enterprise production lines.

     


    The core working principle of solid-liquid separation equipment is based on the mechanical characteristics of multiphase fluids. Through physical actions such as gravitational sedimentation, centrifugal force field, membrane separation, and medium screening, it achieves precise separation of solid-liquid two-phase systems. The essence of its technology lies in taking advantage of the differences in physical properties such as density, particle size and interfacial tension between solid particles and liquid media, and enhancing the separation efficiency through an external force field. Common types of equipment include centrifuges, vibrating screens, filter presses and cyclones, etc. Among them, the centrifuge utilizes the centrifugal acceleration generated by the high-speed rotation of the drum (which can reach hundreds to thousands of times the gravitational acceleration) to achieve rapid sedimentation separation by taking advantage of the density difference between the solid and liquid phases, and is particularly suitable for the efficient treatment of fine particle suspensions. The vibrating screen uses the periodic mechanical vibration generated by the excitation device to cause the material to form a throwing motion on the screen surface. The liquid and fine particles smaller than the screen holes pass through the screen, while the coarse particles larger than the screen holes are retained, achieving classification and separation. The filter press is based on the principle of deep filtration driven by pressure. It uses filter cloth as the filtering medium. Under the high-pressure squeezing action of the plate and frame or diaphragm, the liquid passes through the pores of the filter cloth to form filtrate, and the solid particles are retained to form a filter cake. It is particularly suitable for the deep dewatering of high-concentration suspensions. The cyclone utilizes the strong swirling field generated when the fluid enters tangentially. Under the combined action of centrifugal force and gravity, solid particles with higher density move towards the wall of the device and are discharged with the underflow, while liquids with lower density rise along the central axis and are discharged from the overflow port, achieving continuous solid-liquid separation operation. These devices, through the optimized matching and combined use of working condition parameters, can significantly enhance separation efficiency and ensure the stable operation of industrial production processes.


     

    The application fields of solid-liquid separation equipment are very extensive. In oil drilling, it can separate drill cuttings in the drilling fluid circulation system and maintain the performance of the drilling fluid. When treating municipal sewage, it can be used for sludge dewatering and water quality purification to ensure compliance with discharge standards. In the field of mining and metallurgy, it helps with pulp concentration and tailings treatment to achieve resource recovery. In the chemical and pharmaceutical industries, it can separate by-products and improve the purity of finished products. In the production of food and beverages, it can be used in processes such as juice clarification, starch extraction, and brewing filtration. From environmental governance to resource utilization, solid-liquid separation equipment almost covers all industrial scenarios related to liquids.
     
    When purchasing solid-liquid separation equipment, enterprises should focus on multiple key factors, such as processing capacity, and match the equipment model according to the production scale. Particle size: Different equipment is suitable for different ranges of solid particles. Degree of automation, whether continuous operation and remote monitoring are required; Wear-resistant and corrosion-resistant materials to adapt to acidic, alkaline or high-wear working conditions; There is also after-sales service. Does the manufacturer provide installation, commissioning, training and long-term maintenance? Choosing a suitable solid-liquid separation equipment manufacturer can help enterprises save on later operating costs and improve overall benefits. And such equipment itself also has many advantages. It not only separates efficiently, but also has strong processing capacity and stable efficiency. It can also save energy and protect the environment, reduce the discharge of wastewater and solid waste, and meet the requirements of green development. At the same time, it is easy to operate, highly automated, and can reduce reliance on manual labor.


     

     

  • How to choose a drilling fluid centrifuge in oil drilling engineering?

    Drilling fluid centrifuges are indispensable equipment in oil drilling engineering. Their main function is to separate solid particles in drilling fluid to ensure the performance and quality of the drilling fluid.
    Selecting the appropriate drilling fluid centrifuge is of great significance in improving drilling efficiency, reducing drilling costs, and protecting the environment.

     

    I. Understand the basic types of drilling fluid centrifuges
    Drilling fluid centrifuges are mainly classified into the following types:
    Sedimentation centrifuge: It uses centrifugal force to make solid particles settle and separate in a high-speed rotating drum.
    Separation centrifuge: Through high-speed rotation, it separates liquids and solid particles of different densities.
    Filter centrifuge: Separates solids and liquids through a filter medium.
    Understanding different types of centrifuges helps to select the appropriate equipment based on specific drilling conditions.
     
    Second, consider the properties of the drilling fluid
    The properties of drilling fluid are crucial to the selection of centrifuges. The following are several key drilling fluid parameters:
    Density: High-density drilling fluid requires a higher centrifugal force to effectively separate solid particles.
    Viscosity: High-viscosity drilling fluids require stronger centrifuges for processing to prevent clogging.
    Solid content: Drilling fluids with high solid content require more efficient separation equipment.
    Iii. Determine the processing capacity
    Processing capacity is one of the factors to be considered when choosing a centrifuge. Processing capacity mainly includes two aspects:
    Processing capacity: The volume of drilling fluid that a centrifuge can process within a unit of time.
    Separation efficiency: The proportion of solid particles that a centrifuge can separate from drilling fluid.
    Generally speaking, the higher the processing capacity, the larger the size and power requirements of the centrifuge will be accordingly increased.

    I. Understand the basic types of drilling fluid centrifuges

    Drilling fluid centrifuges are mainly classified into the following types:
    Sedimentation centrifuge: It uses centrifugal force to make solid particles settle and separate in a high-speed rotating drum.
    Separation centrifuge: Through high-speed rotation, it separates liquids and solid particles of different densities.
    Filter centrifuge: Separates solids and liquids through a filter medium.
    Understanding different types of centrifuges helps to select the appropriate equipment based on specific drilling conditions.
     
    Second, consider the properties of the drilling fluid
    The properties of drilling fluid are crucial to the selection of centrifuges. The following are several key drilling fluid parameters:
    Density: High-density drilling fluid requires a higher centrifugal force to effectively separate solid particles.
    Viscosity: High-viscosity drilling fluids require stronger centrifuges for processing to prevent clogging.
    Solid content: Drilling fluids with high solid content require more efficient separation equipment.
    Iii. Determine the processing capacity
    Processing capacity is one of the factors to be considered when choosing a centrifuge. Processing capacity mainly includes two aspects:
    Processing capacity: The volume of drilling fluid that a centrifuge can process within a unit of time.
    Separation efficiency: The proportion of solid particles that a centrifuge can separate from drilling fluid.
    Generally speaking, the higher the processing capacity, the larger the size and power requirements of the centrifuge will be accordingly increased.

     

     

  • Another breakthrough in the Central Asian market! Kosun has started the delivery of 110 mud agitators and sand pumps

    Recently, Xi 'an KOSUN has completed the loading of the first batch of 45 high-performance mud agitators and 20 sand pumps custom-produced for an important partner in Central Asia – Uzbekistan.
     This move marks that the order of over 110 pieces of equipment signed by both parties has entered the substantive delivery stage.
    It fully demonstrated the competitive strength of Xi 'an KOSUN in the international oil and gas equipment market.

     


     

     

    To ensure that the equipment fully meets its strict project standards, the Uzbekistan client specially dispatched a professional engineer team to the Xi 'an KOSUN production base to conduct a comprehensive and detailed pre-shipment acceptance of the first batch of mud agitators and sand pumps to be dispatched. Customer representatives went deep into the workshop and conducted a detailed inspection of the key manufacturing processes, material quality, core performance parameters and overall appearance quality of the equipment. After rigorous testing and evaluation, the customer highly praised Kosun Company's advanced production technology, excellent product quality and strict quality control system, and successfully signed the acceptance document.
     

         

     

    In complex engineering fields involving fluid circulation such as oil drilling, geological exploration, and underground continuous wall construction, the on-site application of mud agitators plays an irreplaceable and crucial role. Its core mission lies in ensuring the stable performance of the circulating medium, especially the drilling fluid, thereby laying the foundation for the smoothness and safety of the entire operation process. The sand pump can efficiently and stably transfer the slurry containing highly abrasive solids, directly affecting the efficiency of the entire solid control process and the service life of the equipment.
     


     

    Xi 'an KOSUN always prioritizes customer satisfaction and product reliability. From precise design, strict material selection to lean manufacturing, every link implements a strict quality control process to ensure that every piece of equipment delivered can operate stably and efficiently at the customer's site and stand the test of time and complex working conditions.

     

            

     

    At present, the first batch of delivered equipment has embarked on its journey to Uzbekistan. Kosun is efficiently organizing the production of the remaining equipment to ensure the strict completion of subsequent
     order deliveries as planned and fully support the smooth progress of the customer's project construction.
    ​This cooperation has further consolidated Kosun Company's position in the Central Asian market and laid a solid foundation for deepening broader cooperation between the two sides in the future.

     

    Xi 'an KOSUN, as an industry benchmark in the fields of oil and gas equipment and environmental governance, has been dedicated to technological innovation and quality improvement for 34 years.
    The company now holds 53 international patent technologies and has continuously obtained global authoritative certifications such as the US API, the EU CE, and the Russian GOST.
    With outstanding product performance and a complete service system, Our business has covered over 70 countries and regions around the world.
    We have long been providing professional solutions for international energy giants and have established stable strategic cooperative relationships in key markets such as Central Asia, Russia and the Middle East.
    This series of achievements fully validates the outstanding quality and market recognition of Kosun products.

  • The multi-field application of drilling fluid desanders

     
    As a key unit of the mud purification system, the drilling fluid desander plays a cornerstone role in multiple industrial scenarios with its highly efficient solid particle separation technology.
    It utilizes the principle of centrifugal force field to precisely remove sandy particles from drilling fluid that damage system performance, ensuring the reliable operation of core equipment and promoting the industrial model of resource recycling. The following are several application scenarios of drilling fluid desanders:
     
    I. Oil Drilling: A dual test of performance and weather resistance
    1. Onshore deep Wells: As the well depth increases, the composition of cuttings carried by the drilling fluid becomes increasingly complex and variable.
    The desander needs to continuously deal with the challenges of mixed solid phases such as sandstone and mudstone. Its unique conical separation structure can generate a stable high-speed centrifugal field, effectively sort particles according to density gradients, significantly reduce the abrasive damage of sand particles to core components such as drilling pumps, and extend the service life of equipment.
    2. Offshore platforms: The harsh salt spray and high-humidity environment impose higher requirements on the corrosion resistance of equipment.
    The core components of the desander are usually made of corrosion-resistant alloy materials such as duplex stainless steel to ensure long-term high-precision separation capabilities under harsh Marine conditions.

     

     

    II. Geological Exploration: Adaptive Evolution under Extreme Working Conditions
    1. Complex strata: In the face of sudden changes in the strata encountered during drilling (such as sudden gushing gravel or high-viscosity soil layers),
    which cause a sharp increase in the solid concentration of the drilling fluid, the intelligent feed control system of the desander equipment can respond quickly and dynamically adjust the processing rate to ensure stable separation efficiency.
    2. Extreme environments: When operating in permafrost areas or high-altitude cold regions, the equipment is equipped with an insulation system,
    effectively preventing a sharp increase in the viscosity of drilling fluid at low temperatures and ensuring that the sand separation process is not disturbed by drastic temperature fluctuations. This highly adaptable design enables it to work reliably in harsh environments such as plateaus and deserts, providing pure mud media for geological information acquisition.
    III. Mining: The Synergy of Resource Sorting and Recycling
    1. Metal mine drilling: Drilling fluids are often mixed with valuable mineral micro-powders.
    The desander needs to be precisely controlled to distinguish the target mineral particles from the useless waste sand and avoid economic losses. Its modularly designed density adjustment unit can be flexibly configured according to the characteristics of minerals, maximizing resource recovery while protecting the drilling tools.
    2. Coal mine engineering: The desander and the coal slime treatment system work in coordination. The separated fine sand is used as underground filling material, while the coal slime is recycled as fuel, forming a closed-loop chain of "drilling – separation – reuse", significantly reducing the environmental footprint of mine operations.

     

    IV. Municipal Infrastructure: The Integration of Miniaturization and Green Construction
    1. Urban exploration: In small-scale drilling scenarios such as subway exploration or pipeline detection, portable desanders have emerged. Its highly integrated skid-mounted design is suitable for narrow Spaces and can be flexibly moved with the drilling rig. The purified slurry can be directly reused to prepare new slurry, significantly reducing the on-site discharge of waste liquid.
    2. Pile foundation construction: The desander and the slurry circulation pool work in tandem to efficiently remove sand particles and impurities mixed in during the concrete pouring process, ensuring the stable performance of the wall protection slurry and guaranteeing the formation quality and integrity of the pile foundation structure.
    In such applications, the desander not only solves the solid control problem but also strongly supports the green and civilized construction of the city by achieving zero discharge of slurry.
    The diverse application demands of various industries are constantly driving the technology of drilling fluid desanders to upgrade in the directions of intelligence,
    specialization and environmental friendliness. From special models that can withstand extreme environments to customized equipment that meets ultra-fine sorting requirements,
    its development trajectory has always closely followed the pain points of the industry, becoming a precise link in modern engineering that balances production efficiency and ecological responsibility.

     

  • Drilling waste treatment: Reducing costs and increasing efficiency, creating a New Era of green drilling!

     
    Amid the roar of oilfield development, drilling operations are advancing efficiently. However, the drilling waste that comes along with it has become a persistent problem plaguing the industry's development – the traditional disposal methods are costly, environmental protection pressure follows closely, and the waste of resources is truly regrettable. How to break the deadlock? The drilling waste treatment technology developed by Xi 'an KOSUN offers you a one-stop green solution!

     

     

    The first step: Reuse and "cut off the flow" from the source
    In traditional drilling, the landing of mud is the "starting point" of pollution – mud mixed with heavy metals and petroleum substances seeps into the soil and is difficult to degrade naturally for 30 years.
    The solid control equipment combined with the mud non-landing technology enables the mud to circulate in a "closed loop" within the drilling system.
     
    Step 2: Reduction treatment + recycling, turning "waste" into "treasure"
    During the drilling process, barite (a key raw material for drilling mud) is quite expensive. If it is lost along with the waste, it is equivalent to "pouring money into the mud".
    The barite recovery technology of this system can efficiently extract barite from waste and reuse it for slurry preparation.
     
    Step 3: Emission safety net, Zero risk for Compliance
    Even after multiple layers of recycling, there is still a small amount of waste that needs to be discharged. The solidification,
    biodegradation and thermal desorption technologies in the system make the emissions "harmless".
    The working principle of the drilling waste treatment system is based on the comprehensive application of various technical means such as physical, chemical and biological methods. The uniformity of materials is improved through pretreatment. The effective separation of oil, water and residue is achieved by using solid-liquid separation technology. Then, through the oil recovery and wastewater treatment system, the recycling of oil and the standard treatment of wastewater are respectively realized. The waste residue is treated harmlessly to ensure the environmental friendliness of the entire treatment process.
     
    From drill cuttings recovery, solid-liquid separation to drying and volume reduction, and resource reuse, the processing system is modularly designed and flexibly combined to adapt to various working conditions and processing requirements. It can be applied to onshore drilling platforms and shale gas Wells. Offshore drilling platform Projects such as co-processing of waste from petrochemical enterprises. The application of the drilling waste treatment system has effectively reduced environmental pollution during the oilfield development process and improved the utilization efficiency of resources. The drilling waste treatment system, as an important environmental protection equipment in the field of petroleum exploration and development, its research and application are of great significance for promoting the sustainable development of the petroleum industry. In the future, with the continuous advancement of technology and increasingly strict environmental protection requirements, this field will embrace an even broader development prospect.