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The solids control industry recently welcomed an important milestone with the official release of the Group Standard for the “Negative Pressure Shale Shaker.” As one of the participating contributors in the drafting process, GN Solids Control has once again demonstrated its active role in promoting technical innovation and industry standardization.

Industry standards play a vital role in guiding product development, ensuring manufacturing consistency, and improving equipment reliability. The introduction of the Negative Pressure Shale Shaker standard provides clear technical specifications for the design, testing, and application of this advanced solids control equipment. It also offers a unified reference for manufacturers, drilling contractors, and service companies when selecting and operating this technology.

A Negative Pressure Shale Shaker represents a technological improvement over conventional shale shakers used in drilling fluid processing. By creating a controlled negative pressure beneath the shaker screen, the system enhances the separation process and improves the recovery of drilling fluids. This design allows operators to reduce fluid loss, decrease drilling waste moisture content, and improve overall efficiency in drilling fluid management.

As a global manufacturer specializing in solids control and drilling waste management equipment, GN Solids has long focused on technological research and practical engineering solutions. Through years of field experience and continuous product development, the company has accumulated valuable knowledge in screening systems, vibration mechanisms, and fluid recovery technologies. These experiences enabled GN Solids to contribute meaningful insights during the drafting of the group standard.

Participation in the development of this industry standard highlights the company’s commitment to advancing best practices and supporting the long-term growth of the drilling industry. By collaborating with other industry experts and organizations, GN Solids Control helps ensure that new technologies are introduced in a reliable, efficient, and standardized way.

The release of the Negative Pressure Shale Shaker standard also reflects the increasing demand for more efficient and environmentally responsible solids control equipment. As drilling operations become more complex and environmental requirements continue to rise, advanced separation technologies will play a more important role in improving operational performance while reducing waste and resource consumption.

Moving forward, GN Solids will continue investing in innovation, engineering optimization, and global cooperation. By combining practical field experience with advanced technology, the company aims to provide high-performance solids control solutions while actively contributing to the development of future industry standards.

The official publication of this new group standard represents both recognition of industry expertise and a step toward a more standardized and efficient future for solids control technology.

Managing wastewater in food processing plants is a significant challenge, especially for facilities operating overseas where local environmental regulations may vary. The GN Dewatering Screw Press has become an essential solution for many food factories aiming to efficiently handle their wastewater sludge while reducing environmental impact and operational costs.

Food plant wastewater is often rich in organic matter, oils, and suspended solids, which make conventional treatment methods less efficient. The GN Dewatering Screw Press addresses this by separating solids from liquids through a high-performance screw press mechanism. Its robust design ensures continuous operation even under heavy loads, allowing plants to manage varying volumes of sludge without frequent downtime or maintenance interruptions.
One of the key advantages of the GN Dewatering Screw Press is its ability to achieve high dry solid content in the output cake. This reduces the volume of sludge, minimizing transportation and disposal costs. For overseas food plants, where disposal logistics can be complex and expensive, this is a critical benefit. The press can handle different types of food processing residues, from vegetable and fruit peels to meat and dairy byproducts, providing a flexible solution for diverse operational needs.

Another significant feature is energy efficiency. The screw press operates with low power consumption compared to other mechanical dewatering systems, which helps plants reduce operational costs. Additionally, the press is easy to integrate into existing wastewater treatment lines, whether paired with sedimentation tanks, flotation units, or membrane systems, ensuring a seamless upgrade without major disruptions.
Maintenance is another area where the GN Dewatering Screw Press excels. The modular design allows easy access to key components such as the screw shaft, screen, and bearings, simplifying routine cleaning and repairs. This reliability ensures that plants can maintain high production efficiency without unexpected shutdowns.

For overseas food processing plants, regulatory compliance is often a concern. The GN Dewatering Screw Press helps operators meet stringent environmental standards by reducing the liquid content in sludge, improving the efficiency of subsequent biological treatment, and lowering the risk of contamination in discharged water. Its consistent performance ensures that plants can operate sustainably while meeting local wastewater treatment requirements.
In summary, the GN Dewatering Screw Press offers an efficient, reliable, and cost-effective solution for treating food plant wastewater overseas. Its robust construction, high dewatering efficiency, and ease of maintenance make it an ideal choice for operators seeking to optimize wastewater management while minimizing environmental impact.

As drilling operations become more complex and safety requirements continue to tighten, effective gas control in drilling fluids has become a critical factor for successful project execution. In response to these challenges, GN Solids Control has supplied **nine sets of drilling mud vacuum degassers** to a European client, delivering a reliable solution to enhance both operational stability and safety performance.

Rather than being viewed as a standalone piece of equipment, the vacuum degasser plays a vital role within the entire solids control system. Gas intrusion into drilling fluid can occur at various stages of drilling, especially when encountering gas-bearing formations. If not properly removed, gas-cut mud can lead to reduced fluid density, unstable circulation, and increased risk of well control incidents. By integrating efficient degassing technology, operators can maintain consistent drilling parameters and avoid costly disruptions.

GN’s vacuum degassers are designed to function as a **stabilizing unit within the drilling fluid circulation system**. Installed downstream of primary solids control equipment, the degasser continuously processes returning drilling fluid, removing both free and entrained gases before the fluid proceeds to subsequent treatment stages. This ensures that downstream equipment such as desanders, desilters, and centrifuges can operate under optimal conditions without gas interference.

The system operates by creating a controlled vacuum environment, allowing gas to separate rapidly from the liquid phase. This process not only restores the density of the drilling fluid but also improves its overall rheological properties. As a result, drilling performance becomes more predictable, and the risk of pressure fluctuations within the wellbore is significantly reduced.

From a project management perspective, supplying **nine identical units** provides the client with a standardized equipment fleet. This standardization simplifies installation, operation, and maintenance across multiple rigs or drilling sites. Operators benefit from consistent performance, while spare parts management and technical training become more efficient and cost-effective.

Another important aspect of this project is GN’s focus on **long-term reliability and ease of maintenance**. The vacuum degassers are built with durable components and optimized internal structures to handle continuous operation in demanding drilling environments. The simplified mechanical design allows for quick inspection and servicing, helping reduce downtime and maintain steady production schedules.

In addition, GN’s equipment can be configured to meet European safety and compliance requirements, ensuring that the degassers are suitable for use in both standard and hazardous environments. This flexibility allows the client to deploy the equipment confidently across a range of drilling applications.

Through this delivery, GN Solids Control once again demonstrates its commitment to providing system-oriented solutions rather than individual equipment. By ensuring effective gas removal and supporting stable drilling fluid performance, GN vacuum degassers contribute directly to safer, more efficient, and more reliable drilling operations.

With proven technology and global project experience, GN continues to support drilling contractors worldwide with practical solutions that address real operational challenges.

As large-scale urban infrastructure projects continue to expand in South Korea, shield tunneling technology plays an increasingly important role in constructing underground transportation networks, utility pipelines, and municipal infrastructure. To support these demanding projects, GN Solids Control has supplied six packages of TBM slurry separation plants designed for slurry balance tunnel boring machines.

In slurry balance TBM operations, the excavation process generates large volumes of slurry containing soil, sand, gravel, and fine particles. If not properly treated, these solids can affect slurry performance, increase equipment wear, and disrupt the tunneling process. A reliable slurry separation system is therefore essential to maintain efficient TBM operation and ensure stable excavation conditions.

GN’s slurry separation plants are engineered to handle high-capacity slurry treatment requirements, with processing capacities of 500 m³/h and 750 m³/h. These systems are designed to continuously separate excavated solids from drilling slurry and recycle the cleaned fluid back into the tunneling circulation system. This recycling process reduces the consumption of fresh water and bentonite while lowering overall waste disposal costs.

Each of the six systems is equipped with three essential treatment modules: a scalping screen, a desander, and a desilter. These components work together to achieve multi-stage separation. The scalping screen removes oversized particles and debris at the initial stage, protecting downstream equipment and ensuring smoother processing. The desander module then uses hydrocyclone technology to separate medium-sized sand particles from the slurry. Finally, the desilter stage further removes fine particles, improving the overall slurry quality and enabling effective reuse.

One of the notable features of GN’s slurry separation technology is its modular system architecture. Each module is built as a self-contained unit, allowing easy transportation, quick installation, and convenient maintenance. This modular design also provides flexibility for project engineers to arrange the system layout according to site conditions, which is especially valuable for tunneling sites where available working space may be limited.

The compact footprint of the system is another key advantage. Despite its high processing capacity, the equipment is designed to occupy minimal space, allowing efficient use of construction areas. Fast assembly and disassembly further reduce project preparation time and help contractors maintain tight construction schedules.

In addition to operational efficiency, durability is a core consideration in GN’s equipment design. Shield tunneling slurry often contains highly abrasive particles that can cause significant wear to separation equipment. GN uses high-quality materials and robust structural designs to ensure long-term reliability and stable performance under continuous operation.

The successful delivery of six TBM slurry separation plants to South Korea demonstrates GN Solids Control’s growing presence in the global tunneling and trenchless construction market. With advanced separation technology, flexible modular systems, and proven reliability, GN continues to support infrastructure projects worldwide.

GN Solids Control—demonstrating global competitiveness with proven strength.

The global oil and gas industry continues to evolve with increasing demands for efficiency, environmental responsibility, and advanced technology. Against this backdrop, the 26th China International Petroleum & Petrochemical Technology and Equipment Exhibition (CIPPE 2026) will once again gather industry leaders, manufacturers, and professionals from around the world in Beijing. GN Solids Control is excited to participate in this major industry event and warmly welcomes visitors to meet our team on site.

Exhibition: The 26th China International Petroleum & Petrochemical Technology and Equipment Exhibition
Date: March 26–28, 2026
Venue: China International Exhibition Center (Shunyi Hall), Beijing, China
GN Booth: E2168

CIPPE is widely recognized as one of the most influential petroleum exhibitions globally. The event provides a comprehensive platform covering exploration, drilling technology, petroleum equipment manufacturing, engineering services, and environmental protection solutions. Every year, thousands of exhibitors and professional visitors attend the exhibition to explore new technologies and establish long-term cooperation.

As a professional manufacturer specializing in solids control and drilling waste management equipment, GN Solids Control will present a range of advanced technologies designed to support modern oilfield operations. With years of experience serving international markets, GN continues to develop reliable and efficient solutions for drilling fluid processing, solids separation, and environmental protection.

During CIPPE 2026, visitors to Booth E2168 will have the opportunity to learn more about GN’s key equipment and system solutions. GN’s product portfolio includes shale shakers, mud cleaners, decanter centrifuges, vacuum degassers, centrifugal pumps, and complete solids control systems. These products are widely used in oil and gas drilling, trenchless drilling, mining, and environmental projects across many regions of the world.

In addition to individual equipment, GN also provides integrated system solutions tailored to specific project requirements. These systems are designed to improve drilling fluid recycling efficiency, reduce waste disposal costs, and support environmentally responsible operations. GN’s modular design approach ensures easy transportation, quick installation, and reliable performance even in demanding field conditions.

CIPPE 2026 offers an excellent opportunity for industry professionals to exchange ideas, explore technological innovations, and strengthen global partnerships. GN Solids Control looks forward to engaging with customers, partners, and new visitors during the exhibition. Our technical and sales teams will be available at the booth to discuss project needs, share industry experience, and introduce the latest developments from GN.

We sincerely invite you to visit GN Solids Control at Booth E2168 at the China International Exhibition Center (Shunyi Hall) in Beijing from March 26 to 28, 2026.

For more information about the exhibition, please visit:
Chinese Website: https://cippe.com.cn/cn/
English Website: https://en.cippe.com.cn/

GN Solids Control looks forward to meeting you in Beijing at CIPPE 2026 and exploring new opportunities for cooperation in the global energy industry.

To meet the diverse operational demands of large-scale and complex trenchless construction projects, GN Solids Control recently supplied four complete mud cleaning systems to a European HDD contractor. The delivery consists of three sets of GNMS-200C systems with a capacity of 200 GPM and one set of GNMS-1500 system capable of handling 1500 GPM, forming a highly flexible slurry management solution for various drilling scenarios.

Modern HDD projects require adaptable equipment that can efficiently operate under different geological conditions, project scales, and site constraints. GN’s modular mud cleaning systems are specifically designed to offer outstanding versatility. With standardized components and skid-mounted structures, these systems can be quickly deployed, easily transported, and rapidly integrated into different jobsite layouts, significantly reducing installation time and improving project readiness.

The GNMS-200C units provide a compact and cost-effective solution for small to medium HDD applications. Each system integrates shale shakers, hydrocyclones, centrifugal pumps, mud tanks, and mixing devices into a single modular package. This high level of integration minimizes the system footprint while maintaining strong solids separation performance. The 200 GPM processing capacity allows efficient recycling of drilling fluid, supporting continuous drilling operations and stable borehole conditions. Their simple control logic and easy maintenance design help operators reduce downtime and improve overall productivity.

For high-volume and long-distance HDD projects, the GNMS-1500 system delivers industrial-grade performance. With a processing capacity of 1500 GPM, this system incorporates multi-stage solids separation, heavy-duty centrifugal pumps, large-volume tanks, and robust agitation systems. It enables continuous processing of large slurry volumes, ensuring consistent fluid quality and minimizing interruptions during drilling. The powerful separation capability significantly reduces the load on downstream disposal systems and lowers total waste handling costs.

One of the key advantages of supplying both small and large systems is the operational flexibility it provides to the contractor. The GNMS-200C units can be deployed to multiple scattered job sites, while the GNMS-1500 system can serve major pipeline crossings or infrastructure projects that require high-capacity slurry processing. This strategic equipment combination allows the client to optimize resource allocation, reduce idle equipment time, and improve overall fleet utilization.

All four mud cleaning systems are manufactured in accordance with GN’s strict quality control procedures. Critical components such as shale shaker screens, centrifugal pumps, and hydrocyclones are designed for high wear resistance and long service life. Electrical systems comply with international safety standards, ensuring reliable operation in demanding field environments. Each unit undergoes comprehensive testing prior to shipment to ensure stable and safe operation upon commissioning.

This project once again highlights GN Solids Control’s commitment to delivering custom-engineered slurry management solutions for HDD contractors worldwide. By combining performance, flexibility, and reliability, GN systems help customers achieve higher drilling efficiency, lower operational costs, and improved environmental compliance.

GN Solids Control continues to support global trenchless construction projects with innovative equipment and professional service, empowering customers to drill smarter, cleaner, and more efficiently.

Diamond core drilling projects often operate in remote areas where access to stable electrical power is limited and operating conditions can change rapidly. For these challenging environments, GN Solids Control has delivered three packages of hydraulic drive mini centrifuge units designed to provide reliable solids separation with maximum operational flexibility.

Unlike conventional electrically driven centrifuges, these units are powered through a diesel-driven hydraulic power system. The diesel power pack supplies hydraulic oil to a hydraulic motor, which then directly drives the decanter centrifuge. This drive configuration significantly reduces dependency on electrical infrastructure and makes the system especially suitable for off-grid drilling locations.

One of the main advantages of hydraulic drive technology is its ability to deliver high torque at low and variable speeds. In diamond core drilling, drilling fluid properties and solids loading can fluctuate as drilling progresses through different formations. The hydraulic motor responds smoothly to these changes, maintaining stable centrifuge operation and protecting mechanical components from overload or shock.

The mini centrifuge units are designed with portability and ease of deployment in mind. Their compact structure allows them to be transported alongside drilling rigs and quickly installed at site with minimal civil preparation. This is particularly important for exploration drilling projects that require frequent relocation as new boreholes are drilled.

Operational control is another area where hydraulic drive systems offer clear advantages. Centrifuge speed and differential torque can be adjusted by regulating hydraulic flow and pressure, allowing operators to fine-tune separation performance without complex electrical controls. This straightforward control method simplifies training requirements and reduces the risk of operational errors in the field.

From an efficiency standpoint, the hydraulic drive mini centrifuge plays a vital role in improving overall drilling fluid management. By removing fine solids from the drilling fluid, the system helps maintain consistent fluid properties, reduce wear on drilling tools, and extend the service life of downstream equipment. Recovered drilling fluid can be reused, reducing both water consumption and waste disposal volumes.

Durability is a key design consideration for GN’s hydraulic drive centrifuge units. All major wear components are manufactured from abrasion-resistant materials, ensuring long service life even when handling fine, abrasive solids commonly generated during diamond core drilling. The robust mechanical and hydraulic structure also minimizes routine maintenance and supports continuous operation in harsh field conditions.

Supplying three independent centrifuge packages gives the drilling contractor greater operational flexibility. The units can be deployed individually or in parallel depending on project scale, drilling depth, or fluid volume, providing a scalable solution that adapts to different project requirements.

Through this project, GN Solids Control once again demonstrates its expertise in developing application-specific solids control solutions. By combining diesel-powered hydraulic systems with compact decanter centrifuges, GN delivers reliable, flexible, and field-proven equipment that supports efficient diamond core drilling operations worldwide.
GN Solids Control – Practical hydraulic drive centrifuge solutions built for remote drilling environments.

With the strong support of its trusted local partner in France, GN has successfully completed the installation and commissioning of sludge dewatering decanter centrifuges at a domestic sewage treatment plant.

The equipment is now running smoothly and stably, delivering the expected performance in line with the project design requirements. As a result, the system has received high praise from end users, particularly for its reliability, operational efficiency, and consistent performance.

Professional local installation and maintenance support played a critical role in the success of this project. This ensures timely service, expert technical assistance, and long-term operational reliability for customers across France.

With this achievement, GN decanter centrifuges are now fully supported for reliable operation throughout France, further demonstrating GN’s commitment to high-quality equipment, localized service, and sustainable solutions for municipal wastewater treatment.

 

GN Solids Control is proud to announce the successful delivery of a fully ATEX and CE certified solids control system to a European client, reinforcing our strong commitment to safety, quality, and regulatory compliance in the European market.

The system was specifically engineered for operation in potentially explosive environments, ensuring the highest level of safety for both personnel and equipment. ATEX certification confirms compliance with European directives for explosive atmospheres, while CE certification demonstrates conformity with EU requirements for safety, health, and environmental protection.

 System scope

The supplied solids control package includes:

• High-performance shale shakers
• Desanders and desilters
• ATEX-compliant electrical control system
• Piping, valves, and accessories designed for safe operation

All components were carefully selected and manufactured to deliver reliable performance, long service life, and high operational efficiency, even under demanding working conditions.

Commitment to the European market

This project highlights GN Solids Control’s ability to provide tailor-made solutions that fully meet European regulations and client-specific operational requirements. Our engineering team worked closely with the customer throughout the project to ensure seamless integration and full compliance.

GN Solids Control remains dedicated to continuous innovation, international certifications, and strict quality control, delivering safe, efficient, and dependable solids control solutions worldwide.

 

GN Solids Control has recently supplied a set of High-G drying shakers and mud agitators to a Middle East customer, providing a practical and efficient solution for drilling fluid management and solids control. Rather than focusing on individual equipment alone, this project highlights how properly matched solids control and mixing equipment can significantly improve overall drilling system performance.

In modern drilling operations, especially in the Middle East, managing drilling fluids is not only about separating solids but also about maintaining fluid stability throughout the entire circulation process. High temperatures, abrasive cuttings, and long drilling cycles demand equipment that can operate continuously while delivering consistent results. GN’s solution addresses these challenges through a balanced combination of drying and mixing technologies.

The GN High-G Drying Shaker plays a critical role in the later stages of solids control. Positioned after primary shale shakers or mud cleaners, the drying shaker focuses on recovering residual drilling fluid from cuttings. By generating high vibration force, the shaker efficiently reduces liquid content in discharged solids, allowing operators to reclaim valuable drilling fluids and reduce the volume of waste requiring disposal. This contributes directly to lower operating costs and improved environmental performance.

Equally important is the role of the mud agitator in maintaining stable drilling fluid properties. Poor agitation can lead to solids settling, inconsistent mud density, and reduced separation efficiency downstream. GN mud agitators are designed to provide continuous and uniform mixing inside mud tanks, ensuring that solids remain suspended and additives are evenly distributed. This stable feed condition supports the performance of the entire solids control system, including the high-G drying shaker.

From an operational perspective, the integration of GN drying shakers and agitators helps reduce non-productive time. Cleaner fluids reduce wear on pumps and drilling tools, while consistent mixing minimizes the need for frequent adjustments or corrective actions. The result is a smoother drilling process with fewer interruptions and more predictable performance.

Durability and maintenance were also key considerations for this Middle East project. Both the drying shakers and agitators are built with heavy-duty structures, wear-resistant components, and corrosion-protected surfaces suitable for harsh environments. These design features extend service life and reduce maintenance frequency, which is especially valuable for remote or continuous drilling operations.

Another advantage of GN equipment is its compatibility with existing systems. The drying shakers and agitators were designed to integrate seamlessly with the customer’s current mud tanks and solids control layout, minimizing installation time and avoiding major system modifications. This flexibility allows operators to upgrade performance without significant downtime.

Through this project, GN Solids Control demonstrates its ability to deliver not just individual machines, but process-oriented solutions that improve drilling efficiency, reduce waste, and enhance long-term operational value. With extensive experience in Middle East oilfield projects, GN continues to support drilling companies with reliable equipment and practical engineering solutions tailored to real-world operating conditions.

For more information on GN solids control and drilling fluid management solutions, please feel free to contact us.