Reliable solids control begins with efficient primary separation and effective drilling fluid conditioning. In the demanding drilling environments of the Middle East, where high temperatures, continuous drilling operations, and complex geological formations place significant demands on equipment, every component of the solids control system plays a vital role. To support these challenging operations, GN Solids Control recently supplied a package of Vacuum Degassers and Shale Shakers to a Middle East client, helping improve drilling fluid quality and overall drilling efficiency.

Rather than treating each piece of equipment as an independent unit, GN designs its solids control products to operate as an integrated system. The combination of shale shakers and vacuum degassers forms the first line of defense in drilling fluid processing, ensuring that drilling mud entering downstream equipment is both cleaner and more stable.

The GN Shale Shaker serves as the primary solids control equipment on the drilling rig. As drilling fluid returns from the wellbore carrying drilled cuttings, the shale shaker removes coarse solids through high-performance composite screens and precisely controlled vibration. By eliminating large particles at the earliest stage, the shaker significantly reduces the processing load on downstream equipment such as desanders, desilters, and decanter centrifuges.

Engineered for continuous operation, GN shale shakers feature a high-G force linear motion design, maximizing separation efficiency while extending screen service life. The robust structure and reliable vibration system enable stable performance even under the harsh operating conditions commonly found in Middle East oilfields.

Following primary solids removal, the drilling fluid enters the GN Vacuum Degasser, where entrained gases are removed before the mud continues through the remaining solids control process. Gas invasion during drilling can reduce mud density, affect hydrostatic pressure, and compromise drilling safety. The vacuum degasser effectively extracts these unwanted gases, restoring drilling fluid stability and improving the performance of downstream separation equipment.

By removing free gas before desanders, desilters, and centrifuges, the degasser also helps increase the efficiency of the entire solids control system while protecting pumps and other equipment from gas-related operational issues.

The successful delivery of this equipment package demonstrates GN’s commitment to providing reliable solutions tailored to regional drilling requirements. Every project is designed according to the customer’s drilling conditions, equipment layout, and operational objectives, ensuring maximum compatibility and long-term reliability.

Today, GN solids control equipment is operating in drilling projects across the Middle East, Europe, Africa, North America, and Asia. Backed by extensive international project experience, strict quality control, and continuous product innovation, GN has become a trusted supplier for drilling contractors and oilfield service companies worldwide.

Whether supplying individual equipment such as shale shakers and vacuum degassers or delivering complete rig solids control systems, GN remains committed to helping customers improve drilling efficiency, enhance operational safety, and reduce operating costs.

As global drilling activities continue to evolve, GN Solids will continue delivering high-performance solids control solutions that keep drilling fluids cleaner, equipment running longer, and drilling operations more productive around the world.

GN Solids Control has recently completed the delivery of a Hydraulic Drive Mud Centrifuge together with a Vertical Cuttings Dryer for an important client in Asia. The equipment package is designed to provide efficient drilling waste management while maximizing drilling fluid recovery in challenging drilling operations.

As environmental regulations continue to become more stringent across the Asia-Pacific region, drilling contractors are seeking reliable technologies that can reduce waste disposal costs, improve operational efficiency, and minimize environmental impact. The combination of a hydraulic drive centrifuge and a vertical cuttings dryer offers an ideal solution for these requirements.

Hydraulic Drive Mud Centrifuge for Hazardous Working Conditions
The hydraulic drive mud centrifuge is specifically engineered for applications where explosion-proof requirements or unstable power supplies make conventional electric drive systems less suitable. Powered by a hydraulic system, the centrifuge delivers smooth operation, precise speed control, and excellent reliability under harsh field conditions.

Compared with traditional electric-driven centrifuges, the hydraulic drive design provides several advantages:
Safe operation in hazardous environments
Stable performance under variable load conditions
Reduced maintenance requirements
Excellent adaptability to remote drilling sites
High separation efficiency for recovering valuable drilling fluids

The centrifuge efficiently removes ultra-fine solids from drilling mud, helping operators maintain proper mud properties while reducing chemical consumption and extending the service life of downstream equipment.

Vertical Cuttings Dryer Maximizes Oil Recovery
The Vertical Cuttings Dryer is designed to recover drilling fluids from oil-based mud (OBM), synthetic-based mud (SBM), and composite drilling fluids. By utilizing centrifugal force, the unit effectively separates drilling cuttings from reusable drilling fluid.

The recovered drilling fluid can be further processed by a high-speed decanter centrifuge before being returned to the active mud system, significantly reducing fluid losses and lowering overall drilling costs.

Key benefits of the Vertical Cuttings Dryer include:
High drilling fluid recovery rate
Lower oil-on-cuttings (OOC) content
Reduced waste transportation and disposal costs
Improved compliance with environmental regulations
Continuous and reliable operation
Integrated Solution for Efficient Solids Control

Working together, the hydraulic drive centrifuge and cuttings dryer form an efficient drilling waste management system. The cuttings dryer first recovers most of the drilling fluid attached to the drill cuttings, while the recovered liquid is further processed by the centrifuge to remove ultra-fine solids. This integrated process maximizes drilling fluid recycling and minimizes waste generation.

The system is particularly suitable for offshore platforms, remote land drilling rigs, and projects operating in hazardous or environmentally sensitive areas where equipment reliability and safety are critical.

GN Solids Control: Your Reliable Solids Control Partner
With years of experience in solids control equipment manufacturing, GN Solids Control continues to provide customized solutions for drilling contractors and oilfield service companies worldwide. From shale shakers and decanter centrifuges to cuttings dryers and complete drilling waste management systems, GN delivers high-quality equipment designed to meet the demanding requirements of modern drilling operations.

The successful delivery of this hydraulic drive mud centrifuge and cuttings dryer once again demonstrates GN’s commitment to providing reliable, efficient, and environmentally responsible solids control solutions for customers across the global energy industry.

The demand for integrated drilling fluid management systems continues to grow across the Middle East, where drilling operations require not only reliable equipment but also complete system solutions capable of operating under extreme environmental conditions. Recently, GN Solids Control successfully secured another full-system project in Kuwait, delivering a 2600BBL complete rig solids control system for a local drilling contractor.

The project marks another important achievement for GN in the Kuwait market and further strengthens the company’s position as an officially approved solids control equipment supplier for Kuwait Oil Company (KOC). Becoming a KOC-approved vendor represents recognition of GN’s manufacturing quality, engineering capability, and compliance with stringent oilfield standards required by one of the region’s leading national oil companies.

Unlike individual equipment purchases, this project covers the entire drilling fluid processing workflow, from primary solids removal to fine solids control and drilling fluid conditioning. By supplying a complete package rather than standalone equipment, GN enables customers to simplify project management, improve system compatibility, and achieve more efficient drilling operations.

The system integrates a comprehensive range of solids control equipment, including shale shakers, desanders, desilters, vacuum degassers, and decanter centrifuges, creating a fully loaded drilling fluid treatment solution. Each piece of equipment plays a specific role within the separation process, ensuring that drilling fluids maintain stable properties throughout the drilling cycle.

The shale shaker removes large drill cuttings during the first separation stage, while the desander and desilter progressively eliminate smaller particles from the fluid system. The vacuum degasser removes entrained gas from the drilling mud, improving safety and fluid stability. Finally, the decanter centrifuge performs fine solids separation, helping maintain optimal mud performance and reduce waste generation.

Given the demanding operating environment of the Middle East, the project also features ATEX-certified electrical control systems specifically designed for hazardous area applications. High temperatures, dust, and explosive atmospheres require robust and reliable electrical systems capable of maintaining stable operation under harsh field conditions. GN’s customized electrical design ensures compliance with international safety standards while providing operators with reliable system control and monitoring functions.

The successful delivery of this project reflects GN’s evolution from a solids control equipment manufacturer into a provider of complete drilling fluid processing solutions. Today, customers increasingly seek integrated systems that reduce operational complexity and improve overall drilling efficiency.

With extensive project experience in the Middle East, Europe, North America, and other international markets, GN continues to support drilling contractors with equipment and solutions designed for modern oilfield challenges.

From individual solids control equipment to fully integrated turnkey packages, GN remains committed to helping customers improve drilling efficiency, enhance operational safety, and reduce environmental impact.

As a trusted supplier approved by KOC and recognized by global drilling companies, GN Solids Control continues to power drilling operations worldwide with reliable, intelligent, and field-proven solutions.

As drilling activities continue to expand across Africa, the demand for large-capacity drilling fluid infrastructure is growing rapidly. To support efficient drilling operations and centralized mud management, GN Solids Control has successfully completed the shipment of a 10,000 BBL Liquid Mud Plant to an African customer. Designed with operational efficiency, flexibility, and environmental responsibility in mind, the project demonstrates GN’s capability to deliver comprehensive drilling fluid solutions for large-scale oil and gas developments.

The newly shipped liquid mud plant serves as a centralized facility for drilling fluid storage, mixing, transfer, and management. With a total capacity of 10,000 barrels, the system is capable of supporting multiple drilling operations while ensuring a stable supply of drilling fluids throughout the project lifecycle.

One of the key advantages of the plant is its smart modular design. The system is divided into multiple tanks, each with a capacity of approximately 750 BBL. This modular configuration offers significant benefits during transportation and installation. Individual tank modules can be shipped more efficiently, reducing logistics complexity and lowering transportation costs. Once on site, the modules can be assembled quickly while maintaining a relatively small footprint compared to traditional large-scale mud storage facilities.

To ensure long-term durability under demanding field conditions, GN applied a special anti-corrosion coating system throughout the plant. The coating is designed to withstand both water-based mud (WBM) and oil-based mud (OBM) applications, helping extend equipment service life while reducing maintenance requirements. This feature is particularly valuable in harsh environments where drilling fluids may contain corrosive components.

The project also incorporates integrated MCC (Motor Control Center) units and pump skids, enabling centralized operation and efficient fluid transfer management. Through remote monitoring and control functions, operators can manage pumping, circulation, and storage activities more effectively, improving overall site efficiency and reducing manual intervention. This intelligent control approach enhances operational reliability while simplifying day-to-day management.

Beyond drilling fluid storage, the facility is equipped with an oil-based cuttings treatment system, further strengthening its environmental performance. By treating oil-contaminated drilling cuttings, the system helps recover valuable drilling fluids while reducing waste volumes and supporting compliance with increasingly stringent environmental regulations. This combination of productivity and environmental responsibility makes the plant an ideal solution for modern drilling operations.

The successful delivery of this project highlights GN’s expertise in providing complete drilling fluid management systems. From liquid mud plants and solids control systems to drilling waste treatment technologies, GN offers integrated solutions that support the entire drilling process.

As oil and gas operators continue seeking safer, smarter, and more sustainable operations, GN remains committed to delivering innovative technologies that improve efficiency while reducing environmental impact.

GN offers total drilling fluid solutions: mud stations, solids control systems, and cuttings treatment technologies for drilling projects worldwide.

As environmental regulations become increasingly stringent and energy companies seek more sustainable waste management solutions, oil sludge treatment has become a critical part of modern oilfield and refinery operations. To support these requirements, GN Solids Control recently completed the delivery of a Containerized Oil Sludge Treatment Plant for a client in Africa, providing an efficient and compact solution for oil recovery, water recycling, and solids reduction.

Oil sludge is typically generated from crude oil tank cleaning, refinery waste treatment, and drilling operations. This complex mixture of oil, water, and solids presents both environmental and economic challenges. Rather than treating sludge as waste, modern treatment technologies focus on recovering valuable resources while minimizing disposal volumes.

The newly delivered system is based on GN’s proven oil sludge treatment technology and features a fully containerized and modular design. By integrating the treatment process into containerized modules, the plant offers easier transportation, faster installation, and greater flexibility for projects located in remote areas of Africa. This compact design significantly reduces site preparation requirements while ensuring reliable field operation.

The system consists of four major process modules that work together to maximize oil recovery efficiency.

The first stage is the Pre-Mixing and Heating Module, where raw sludge is heated and mixed with water and treatment chemicals. Heating the sludge to an optimized temperature reduces viscosity and improves the separation process. This step creates a homogeneous slurry suitable for downstream processing.

After conditioning, the slurry enters the Screening Module, where a shale shaker removes larger solid particles. By separating coarse solids at an early stage, the system protects downstream equipment and improves overall processing efficiency.

The heart of the plant is the Three-Phase Decanter Centrifuge Module. Operating at high centrifugal force, the centrifuge continuously separates the feed stream into three valuable outputs: recovered oil, reusable water, and discharged solids. This process enables operators to recover resources that would otherwise be lost while significantly reducing waste disposal volumes.
To further optimize separation performance, the plant includes a Chemical Dosing Module that precisely injects demulsifiers and other treatment chemicals into the process stream. Proper chemical conditioning enhances oil-water separation and improves overall recovery efficiency.

The successful delivery of this containerized oil sludge treatment plant highlights GN’s capability to provide integrated environmental solutions for global customers. With extensive project experience across oilfields, refineries, and tank cleaning applications, GN continues helping clients recover valuable resources, reduce environmental impact, and achieve more sustainable operations.

As demand for efficient waste management solutions grows across Africa and other emerging markets, GN Solids remains committed to delivering innovative separation technologies that transform waste into value while supporting environmental responsibility worldwide.

Global drilling projects demand more than just equipment. They require reliability, engineering experience, and a supplier capable of meeting different operational standards across regions. Recently, GN Solids Control successfully completed the export of two drilling rig solids control systems for customers in the Middle East and Europe, once again demonstrating GN’s strong capability in serving the international oil and gas market.

The two projects, delivered simultaneously to different regions, reflect GN’s growing recognition among global drilling contractors and oilfield service companies. From high-capacity desert drilling operations in the Middle East to technically demanding European projects, GN continues to provide customized solids control solutions designed for stable performance and efficient drilling fluid management.

The first system was supplied for a 1500HP drilling rig project in the Middle East. This complete solids control package includes key equipment such as a shale shaker, mud cleaner, vacuum degasser, decanter centrifuge, and mud tanks. Together, these components form a comprehensive drilling fluid processing system capable of handling demanding drilling conditions and maintaining optimal mud properties throughout the drilling operation.

The shale shaker serves as the primary stage of solids removal, while the mud cleaner combines desander and desilter functions for secondary separation. The vacuum degasser removes harmful gas intrusion from the drilling fluid, helping maintain drilling safety and fluid stability. In addition, the decanter centrifuge performs fine solids separation, improving drilling fluid quality and reducing waste generation. Integrated mud tanks provide efficient fluid storage, circulation, and mixing functions for continuous rig operation.

The second project was designed for a 750HP drilling rig in Europe. Based on the customer’s operational requirements, the configuration includes a shale shaker, mud cleaner, and a large-bowl decanter centrifuge. The large-bowl centrifuge offers higher processing capacity and efficient fine solids removal, making it especially suitable for demanding drilling fluid treatment applications.

Delivering these two systems simultaneously highlights GN’s manufacturing strength, project management capability, and global supply efficiency. It also reflects the company’s ability to customize equipment configurations according to regional drilling requirements and customer preferences.

Over the years, GN Solids has continuously expanded its international market presence and has been successfully approved as a vendor by multiple oil companies in the Middle East. At the same time, GN equipment has gained increasing recognition from high-end clients across Europe and North America for its quality, reliability, and technical performance.

From complete rig solids control systems to advanced centrifuge technology, GN remains committed to helping customers improve drilling efficiency, reduce environmental impact, and maintain stable operations in challenging environments worldwide.

As more international projects choose GN solutions, the company continues strengthening its position as a trusted global supplier in the solids control industry.

GN Solids Control – the world’s trusted choice.

Efficient drilling fluid management is essential for maintaining stable drilling performance across different types of drilling operations. From mineral exploration to oil drilling and trenchless construction, reliable solids control equipment helps operators improve fluid recycling, reduce waste, and lower operational costs. Recently, GN Solids Control successfully delivered multiple centrifuge units and solids control equipment packages to an overseas drilling company for a variety of drilling applications.

The project includes two sets of diesel engine-driven hydraulic centrifuges GNLW223D-FHD designed for exploration core drilling projects. Compared with conventional electrically driven systems, the hydraulic-driven centrifuge offers excellent flexibility and adaptability for remote drilling locations where power supply conditions may be limited. Powered by a diesel engine and hydraulic transmission system, the GNLW223D-FHD can operate reliably in challenging field environments while maintaining stable separation performance.

These centrifuges are specifically designed to remove fine solids from drilling fluids generated during mineral exploration and core drilling operations. By reducing the solids content in the drilling fluid, the system helps improve drilling efficiency, protect drilling tools, and extend the service life of the mud system. The compact structure and skid-mounted design also make transportation and on-site deployment easier for exploration projects located in remote areas.

In addition to the hydraulic centrifuge units, the customer also purchased one set of GNLW363D-VFD decanter centrifuge for an oil drilling project. Equipped with a Variable Frequency Drive (VFD) control system, the centrifuge allows operators to adjust bowl speed and differential speed according to changing drilling conditions. This flexibility enables more precise solids separation and improved drilling fluid performance during oilfield operations.

The GNLW363D centrifuge is widely used in drilling fluids solids control systems for fine solids removal and barite recovery. Its high processing efficiency and stable operation make it suitable for demanding drilling applications where fluid quality control is critical.

Furthermore, the project also includes one GNZS593 shale shaker combined with one GNLW363D decanter centrifuge for a Horizontal Directional Drilling (HDD) mud treatment project. The shale shaker serves as the primary solids control equipment to remove coarse cuttings, while the centrifuge further separates fine particles from the drilling fluid. Together, the system helps contractors recycle drilling mud efficiently and reduce waste discharge during trenchless drilling operations.

This diversified equipment package demonstrates GN Solids’ capability to provide customized solids control solutions for different drilling industries, including mineral exploration, oil and gas drilling, and non-excavation construction projects.

With advanced manufacturing capability and extensive international project experience, GN Solids continues to support global customers by delivering reliable, efficient, and field-proven drilling fluid treatment equipment for challenging applications worldwide.

As drilling activities continue to expand across the Middle East and North Africa, operators are placing greater emphasis on efficient solids control and environmentally responsible waste management. To meet these evolving demands, GN Solids Control has successfully delivered a comprehensive package of solids control equipment and vacuum pump systems to a client in the MENA region.

This project reflects GN’s ability to provide integrated solutions tailored to the specific needs of oilfield operations. The equipment package is designed to improve drilling fluid performance, enhance solids separation efficiency, and support effective drilling waste management under challenging field conditions.

At the core of the system is a range of advanced solids control equipment, engineered to handle different stages of drilling fluid processing. By efficiently removing drilled solids from the fluid system, these units help maintain optimal mud properties, reduce equipment wear, and improve overall drilling efficiency.

A key component of the package is the Decanter Centrifuge, which is used for fine solids separation. With high-speed rotation and precise control, the centrifuge effectively removes ultra-fine particles from drilling fluids, ensuring better fluid quality and extending the service life of the mud system. This plays a critical role in maintaining stable drilling performance, particularly in complex formations.

Complementing the centrifuge is the Vertical Cuttings Dryer, also known as a cuttings dryer, which is designed to treat drilling cuttings discharged from primary solids control equipment. By reducing the oil content and moisture in the cuttings, the dryer helps operators comply with environmental regulations while recovering valuable drilling fluids for reuse.

In addition, GN has supplied Vacuum Pump Systems that provide an efficient solution for transferring drilling waste, sludge, and other materials across the site. These pumps are particularly useful for cleaning mud pits, transferring solids, and handling waste in confined or hard-to-reach areas. Their strong suction capability and flexible operation significantly improve on-site efficiency and reduce manual handling.

The combination of solids control equipment, centrifuge, cuttings dryer, and vacuum pump systems creates a complete and efficient workflow for drilling fluid processing and waste management. This integrated approach not only enhances operational performance but also helps reduce environmental impact and operating costs.

Designed for the demanding conditions of the MENA region, all equipment is built with durability, reliability, and ease of maintenance in mind. GN Solids ensures that each system can perform consistently in high-temperature and high-intensity working environments.

Through this successful project, GN Solids once again demonstrates its commitment to delivering high-performance equipment and customized solutions for global oilfield clients. By combining advanced technology with practical engineering, GN continues to support customers in achieving safer, cleaner, and more efficient drilling operations.

In modern drilling operations, drilling fluid is more than just a medium, it is the bloodstream of the entire system, carrying cuttings, stabilizing the wellbore, and maintaining pressure balance deep beneath the surface. To ensure this “circulatory system” runs smoothly, reliable mixing and storage infrastructure is essential. GN Solids Control has recently delivered a customized Drilling Fluids Mixing and Storage Tank system for an international oilfield service company, designed to meet demanding operational requirements and complex field conditions.

The project highlights GN Solids’ ability to provide tailored solutions based on specific customer needs. The mixing and storage tank system is engineered to support efficient preparation, storage, and circulation of drilling fluids, ensuring continuous and stable drilling operations. Built with durability and functionality in mind, the system integrates multiple components into a unified and efficient platform.

At the core of the system is its high-efficiency mixing capability. Equipped with powerful agitators and strategically designed pipelines, the tank ensures uniform blending of drilling fluids and additives. This prevents sedimentation and maintains consistent fluid properties, which are critical for drilling performance and wellbore stability. In addition, the system can be paired with mud guns and centrifugal pumps to further enhance mixing efficiency and fluid circulation.

The storage function of the tank system is equally important. Designed with adequate capacity and optimized layout, the tanks provide reliable storage for prepared drilling fluids, allowing operators to manage fluid reserves effectively during different stages of drilling. This helps reduce downtime and ensures that drilling operations can continue without interruption.

GN Solids also places strong emphasis on modular design and ease of transportation. The tank system is fabricated in modular sections, making it easier to transport, install, and integrate into existing solids control systems. This flexibility is particularly valuable for international projects where logistics and site conditions can vary significantly.

In terms of safety and operational reliability, the system is built with high-quality materials and follows strict manufacturing standards. Features such as anti-corrosion coatings, well-designed walkways, handrails, and safety valves ensure that the equipment can operate safely in harsh oilfield environments.

This successful delivery once again demonstrates GN Solids’ commitment to providing high-quality solids control equipment and customized engineering solutions for global clients. By combining practical design with robust manufacturing, GN helps oilfield service companies improve efficiency, reduce operational risks, and maintain stable drilling performance.

As drilling projects continue to expand worldwide, GN Solids remains dedicated to supporting customers with reliable equipment and professional service, ensuring that every drop of drilling fluid is effectively managed and every operation runs with precision and confidence.

In the fast-paced world of underground construction, efficiency is everything. From tunnel boring machine (TBM) operations to large-scale infrastructure projects, the ability to process slurry quickly and effectively can make or break project timelines. To meet these demands, GN Solids Control introduces the GNTBM-500 Slurry Separation Plant, a powerful solution engineered for high-capacity performance across Asia’s growing construction and tunneling markets.

At the heart of this system is its impressive processing capability. The GN GNTBM-500 is built to handle up to 500 m³/h, making it an ideal choice for large underground engineering projects that generate significant volumes of slurry. Whether applied in metro construction, utility tunneling, or large-scale infrastructure development, the system ensures continuous and efficient slurry treatment, helping contractors maintain stable operations and reduce downtime.

What truly sets the GNTBM-500 apart is its three-stage separation system, designed to deliver cleaner results with greater efficiency. The process integrates a vibrating screen, desander, and desilter into one streamlined workflow. This multi-stage approach allows for the effective removal of coarse solids, sand, and fine particles in sequence. The result is a cleaner slurry output, improved recycling of drilling fluids, and reduced waste discharge. In short: cleaner, faster, smarter separation.

Beyond performance, the system is designed with operational stability and energy efficiency in mind. The GNTBM-500 features integrated slurry storage tanks and Variable Frequency Drive (VFD) control, allowing operators to precisely adjust system performance based on real-time project requirements. This intelligent control not only ensures stable operation under varying conditions but also significantly reduces energy consumption, making it both cost-effective and environmentally responsible.

Another standout feature is its modular and compact design. Built for real-world job sites, the system occupies a smaller footprint compared to traditional slurry treatment plants. Its modular structure allows for easier transportation, faster installation, and flexible configuration depending on project needs. This means contractors can deploy the system quickly and adapt it to different site conditions without complex setup procedures. Simply put: compact, modular, and ready for rapid deployment.

With Asia continuing to invest heavily in underground infrastructure, the demand for reliable and high-performance slurry separation systems is stronger than ever. The GNTBM-500 is designed to meet this demand head-on, combining high capacity, efficient separation, and intelligent control into one integrated solution.

By delivering consistent performance and practical design, GN Solids continues to support contractors in improving project efficiency, reducing environmental impact, and achieving smoother operations in challenging underground engineering environments.