Desander   Desilter

The export of GN decanter centrifuges to oilfield wastewater treatment projects in Africa represents a strategic application of specialized solid-liquid separation technology within the petroleum industry’s environmental management framework. This initiative addresses the critical need for efficient, reliable, and cost-effective processing of drilling waste and produced water in a region with expanding yet logistically challenging oil and gas operations. The project’s technical foundation is built upon a modular system approach, integrating four core functional modules: the mixing module, the decanter centrifuge module, the chemical dosing unit module, and the clean water recovery and transfer module. Each module plays a distinct yet interconnected role in transforming complex wastewater streams into manageable outputs.

The mixing module serves as the initial conditioning stage. Its primary function is to homogenize the incoming wastewater feed, which typically contains a variable mixture of drill cuttings, fine solids, free oil, and emulsified hydrocarbons. Effective mixing ensures a consistent feed density and composition for downstream processing. This module often incorporates agitators or inline mixers to prevent solids settling and to facilitate the initial dispersion of conditioning chemicals. A well-designed mixing system is crucial for stabilizing the process flow and optimizing the performance of the core separation equipment.

The core of the treatment train is the decanter centrifuge module, featuring GN  decanters. These centrifuges utilize high-speed rotational force to achieve continuous separation. Within the rotating bowl, solids with higher specific gravity are forced against the wall and are conveyed by a differential-speed scroll to the discharge ports. The clarified liquid, or centrate, flows out from the opposite end. For African oilfield applications, Guaneng supplies both two-phase models, which separate solids from liquid, and three-phase models, which further separate the liquid phase into oil and water components. Key design adaptations for the African market include robust construction with duplex stainless steels for corrosion resistance, advanced wear protection on critical components like the scroll tips to handle abrasive solids, and configurations suitable for high ambient temperatures and inconsistent power grids. The proven performance in reducing solids moisture content to below 30% and achieving high oil recovery rates makes this module indispensable for waste volume reduction and resource recovery.

The chemical dosing module is an essential support system that enhances separation efficiency. It automatically injects flocculants, coagulants, or demulsifiers into the wastewater stream, typically after the mixing stage and before the centrifuge. These chemicals promote the aggregation of fine particles and the breakdown of oil-water emulsions, creating larger flocs that the centrifuge can capture more easily. Precise control of chemical type, dosage, and injection point is vital. Under-dosing leads to poor separation, while over-dosing increases operational costs and can create handling issues with the separated solids. This module’s reliability and accuracy directly impact the overall system’s operational cost and treatment efficacy.

Finally, the clean water recovery and transfer module manages the outputs. It handles the clarified water phase from the centrifuge. Depending on local regulations and reuse objectives, this water may undergo further polishing or be deemed suitable for safe discharge or reuse in non-critical applications. The module includes transfer pumps, monitoring systems for water quality (e.g., oil-in-water content), and storage or piping for distribution. In water-scarce regions of Africa, maximizing water recovery for reuse, such as for drilling makeup water or dust suppression, provides significant economic and environmental benefits, closing the loop on resource utilization.

The integration of these four modules into a cohesive system is what defines the project’s value proposition for African clients. The mixing module prepares the feed, the chemical module optimizes it, the centrifuge module executes the core separation, and the recovery module secures the valuable water output. This modular design offers flexibility; systems can be scaled or reconfigured based on specific wellsite requirements, flow rates, and waste characteristics. It also simplifies maintenance and troubleshooting, as each module can be addressed independently.

Gn’s success in deploying these systems across Africa stems from this holistic, modular engineering philosophy, coupled with an understanding of local operational constraints. The technology delivers a tangible solution to the dual pressures of environmental compliance and economic efficiency, making it a pivotal component in the sustainable development of Africa’s oil and gas sector.

GN Solid Control, a leading Chinese manufacturer of drilling waste management equipment, has successfully expanded its market presence in the Middle East, with its advanced drill cuttings processing systems becoming a preferred choice for major oil companies and service providers in the region. A recent key shipment to a Middle Eastern client included three units of the GNZS594K High-G Drying Shaker and two units of the GNCD930G Cuttings Dryer. This equipment combination represents a core, high-efficiency solution for meeting the region’s stringent environmental regulations and operational demands for drill cuttings treatment.

The GNZS594K High-G Drying Shaker is engineered for superior solid-liquid separation as a primary treatment step. Its enhanced vibratory structure generates high G-forces, effectively removing free liquids from drill cuttings. This process significantly reduces the volume and liquid content of the cuttings, thereby decreasing the load on subsequent processing equipment like the cuttings dryer. Its robust design is critical for handling the abrasive nature of drill cuttings and ensuring stable performance in the high-temperature conditions typical of Middle Eastern oilfields.

The subsequent treatment stage is handled by the GNCD930G Cuttings Dryer, a centrifuge-based system designed for ultimate drying. Operating with a separation factor of up to 420 G, it processes the pre-treated cuttings from the drying shaker to drastically reduce the oil-on-cuttings (OOC) content. This machine is capable of consistently achieving OOC levels below 5%, a performance standard that complies with and often exceeds local environmental disposal requirements. The efficient separation allows for the recovery of base oil, which can be recycled back into the drilling fluid system, leading to direct cost savings and reduced environmental footprint.

The synergy between the High-G Drying Shaker and the Cuttings Dryer creates a highly effective processing line. This modular setup allows for a continuous, automated workflow: cuttings are fed onto the shaker for initial dewatering, and the partially dried solids are then conveyed to the dryer for final treatment. This results in a dry, stable solid phase that is suitable for safe disposal or potential reuse, and a recovered liquid phase that can be recycled. For Middle Eastern clients operating in remote desert or offshore environments, this reliability and efficiency translate into minimized downtime, lower waste hauling costs, and simplified compliance with environmental audits.

Durability and ease of maintenance are paramount for equipment deployed in the Middle East’s harsh operating conditions. GN’s equipment is constructed with high-grade, wear-resistant materials, such as stainless steel in critical areas and replaceable hard-faced alloy components on wear parts. Features like anti-clogging discharge ports and reinforced structural elements ensure longevity and reduce the frequency of maintenance interventions. Furthermore, the systems are designed with modularity in mind, enabling quick replacement of components and minimizing operational disruptions.

Beyond the hardware, Guaneng’s success in the Middle East is bolstered by its commitment to technical support and service. The company provides comprehensive remote assistance and has established a responsive supply chain for spare parts, ensuring that clients can maintain peak operational efficiency. The proven performance, cost-effectiveness, and reliable support of GN’s drill cuttings processing systems have solidified its reputation as a trusted partner for the oil and gas industry in the Middle East, enabling clients to achieve their opera tional and environmental sustainability goals effectively.

If you work in hydrovac slurry trearment application, you know that dealing with the leftover slurry—the mix of water, soil, and fine particles—is a major challenge. This muddy water can’t just be dumped. It’s messy, can harm the environment, and if not handled correctly, it can slow down your entire project.

That’s where advanced equipment like the GNLW454GT Slurry Dewatering Centrifuge from GN Solids Control comes in. It’s a game-changer for turning that problematic slurry into manageable dry solids and clean water. Let’s break down how it works and why it’s so effective.

During hydrovac slurry treatment, high-pressure water and a powerful vacuum system break up soil and suck it to the surface. The result is a large volume of thick, wet slurry full of everything from fine clays to silt. If this slurry isn’t treated, it causes a host of issues:

• Environmental Risk: Disposing of untreated slurry can pollute soil and water.
• Operational Inefficiency: It takes up space, is costly to transport, and can’t be reused.
• Equipment Strain: Abrasive particles in the slurry can wear down pumps and other machinery.

Simply letting the slurry sit in a pit to settle takes too long and often doesn’t work well for the finest particles. You need a fast, efficient, and continuous solution.

How the GNLW454GT Centrifuge Solves It: Simple Science, Powerful Results

The GNLW454GT is a type of machine called a decanter centrifuge. Its principle is clever yet straightforward: use high-speed rotation to separate solids from liquids based on their weight.

Imagine a fast-spinning drum. Inside this drum, a screw conveyor (like an auger) rotates at a slightly different speed. Here’s the step-by-step process:

1. Feed: The wet slurry is pumped into the center of the rotating drum.
2. Spinning Force: As the drum spins at high speed (it can reach up to 3000 RPM), it creates a powerful centrifugal force. This force acts like thousands of times the force of gravity, hurling the heavier solid particles outward against the drum’s wall.
3. Separation: The cleaner water, being lighter, forms a layer on the inside. Think of spinning a bucket of muddy water—the mud flies to the sides, and clearer water stays in the middle.
4. Discharge: The screw conveyor gently and continuously scrapes the dried solid particles that have been pressed against the wall and pushes them out of one end. These solids, now with very low water content, are ready for easy disposal. Meanwhile, the clarified water flows out of the other end.

The machine’s long design gives the slurry more time inside to separate thoroughly. What’s really smart is that the speed difference between the drum and the conveyor can be adjusted. This means operators can fine-tune the machine on-site to handle different types of soil, from sandy to sticky clay, ensuring the driest possible solids and the clearest possible water every time.

Using the GNLW454GT centrifuge offers clear benefits that go beyond just cleaning up mud:

• Saves Money: The clean water that comes out can be recycled right back into your excavation process. This drastically cuts down on the fresh water you need to buy and the costs of hauling away wet waste.
• Environmentally Friendly: It helps your project meet strict environmental rules. The end products are dry, stackable solids that are safe for landfill and clear water that can be safely discharged or reused.
• Works Non-Stop: This centrifuge is built for tough, continuous work. It can run 24/7 with minimal supervision, keeping your project moving without delays.
• Handles the Tough Stuff: Its design is perfect for separating the very fine particles that other simpler equipment, like shaker screens, often miss.
• Saves Space: The system is compact and often part of a modular unit, making it easy to transport and set up on crowded job sites.

The Bigger Picture: A Complete System

For the best results, the GNLW454GT is often the final step in a full treatment system. It works alongside other equipment like screening units to remove larger debris and a dosing system that adds special chemicals (flocculants) to help the tiniest particles clump together for easier removal by the centrifuge.

In a Nutshell

The GNLW454GT Dewatering Centrifuge is more than just a piece of machinery; it’s a smart investment for any modern hydravac slurry operation. It tackles the messy problem of slurry head-on, transforming it from a costly waste product into manageable resources. By making the process cleaner, faster, and more efficient, it not only keeps your project compliant and on schedule but also contributes to a more sustainable and profitable way of working.

The energy world is gathering once again in Abu Dhabi for ADIPEC 2025, one of the most important global events for the oil and gas industry. This is where the latest innovations are unveiled, and this year, all eyes are on technologies that make oil extraction not just more efficient, but cleaner and more responsible. In the spotlight at the GN Solid Control (GN) booth is a powerful message: advanced separation technology is key to a greener future for oilfield operations.

For decades, managing the waste generated during drilling—like used drilling fluid (mud) and rock cuttings—has been a major challenge. Traditional methods often involved simple disposal, which could impact the environment. GN Solid Control is changing this narrative. As a specialist in solid control systems, GN focuses on a smarter approach: separation. The core idea is simple yet revolutionary—efficiently separating solids from liquids at the wellsite means we can recycle more, waste less, and significantly reduce the environmental footprint of drilling activities.

At the heart of GN’s display are two critical pieces of equipment that make this possible: centrifuges and shale shakers.

First, let’s talk about the shale shakers. Think of these as highly sophisticated, heavy-duty filters. They are the first line of defense in the solids control process. As the drilling fluid returns to the surface, it carries with it a mixture of valuable liquid and unwanted rock cuttings. The GN shale shakers use powerful vibrations to sift this mixture rapidly. Larger solid particles are separated out and conveyed away, while the cleaned liquid can be sent for further processing or immediately reused. GN’s latest shale shakers are designed for exceptional reliability and high capacity, ensuring that the initial separation is as effective as possible, even in the harsh, dusty conditions common in the Middle East.

But the real magic for achieving environmental goals happens with the next step: the centrifuge. This is where GN’s technology truly excels. The centrifuge takes the finer separation to another level. It spins the pre-treated fluid at very high speeds, using centrifugal force—much like a spin dryer—to separate extremely tiny solid particles that the shakers cannot catch. The result is a liquid (the drilling mud) that is incredibly clean and ready to be pumped back down the well. This recycling is a game-changer.

The benefits are clear. By reusing the drilling fluid, operators drastically cut down on the need for fresh water and new chemicals. This not only lowers costs but also conserves natural resources. Furthermore, the solid waste that is separated out is much drier and more stable. This means there is less volume to dispose of, and the dry cuttings are safer and easier to handle, minimizing the risk of soil or water contamination. It’s a win-win situation for both operational efficiency and environmental protection.

GN’s centrifuges on display, including their advanced Full Hydraulic Drive (FHD) models, are built for this demanding task. They offer precise control and robust performance, ensuring consistent results that help projects stay on budget and, most importantly, meet strict environmental regulations.

The message from the GN booth at ADIPEC 2025 is powerful and clear. The future of oil and gas isn’t just about extracting more; it’s about extracting smarter. Through intelligent separation technology with equipment like centrifuges and shale shakers, GN Solid Control is demonstrating that the industry can operate in a way that is both economically sound and environmentally conscious. They are proving that being efficient and being green can go hand in hand, paving the way for a more sustainable path forward in energy development.

In a significant step for our international operations, we have recently completed the delivery of two high-capacity 240 cubic meters per hour non-excavation mud recycling systems to a valued client in Australia. This successful shipment underscores the growing global recognition of our equipment’s reliability and performance in demanding horizontal directional drilling (HDD) projects.

Each of these two systems is engineered as a complete, integrated solution to efficiently manage drilling fluid on site. The core of each unit is a robust 11.5-meter-long mud tank, which serves as the central reservoir for the fluid. To ensure consistent mixing and prevent solids from settling, a powerful agitator is installed within the tank. The process begins with the primary solid separation stage, handled by two highly efficient double-deck shale shakers. These shakers use vigorous vibration to screen out the larger drill cuttings, providing the first and crucial level of purification for the mud.
Following the shakers, the system employs a two-stage hydrocyclone cleaning process. First, two desander units are tasked with removing fine sand particles. Then, ten 5-inch desilter cones take over, eliminating even finer silt particles. This combined action ensures the mud is thoroughly cleaned, restoring its essential properties for reuse in the drilling operation. To power this entire process, three reliable sand pumps are included, maintaining the necessary flow and pressure throughout the system. Finally, a mixing hopper is integrated, allowing for the easy addition of new additives or bentonite to maintain the mud’s ideal weight and viscosity as required by the specific ground conditions.

The Australian market is known for its stringent environmental regulations and high standards for equipment performance and safety. The design and manufacturing of these systems meticulously adhered to these requirements. We focused on durability, ease of operation, and minimal environmental impact, ensuring the systems can handle the tough conditions often encountered in Australian infrastructure and resource projects.
The client’s choice of our 240 m³/hour systems reflects the perfect balance these units offer between substantial processing capacity and operational flexibility. They are ideally suited for medium to large-scale HDD projects, such as pipeline installations under rivers or highways, and utility crossings in urban areas where minimizing surface disruption is critical.

This delivery is more than just a sale; it represents a strong partnership and a shared commitment to efficient and environmentally responsible construction practices. We are confident that these two mud recycling systems will contribute significantly to the success and productivity of our client’s upcoming projects. We look forward to providing continued support and to further strengthening our presence in the Australian and global HDD industry.

In the dynamic realm of waste management, particularly in the processing of waste oil slurry, innovation is key. The GN 3 Phase Decanter Centrifuge, with its cutting-edge technology, emerges as a game-changer in North Africa. This state-of-the-art equipment, comprising two sets of GNLWS554 Three Phase Decanter Centrifuges and a Variable Frequency Drive (VFD) control panel, is tailored to meet the stringent demands of oil sludge treatment.

The centrifuge operates on a principle that seamlessly combines mechanics and fluid dynamics, optimizing the separation of oil, water, and solids. The heart of this system lies in its summationdrive, a unique integrated drive design that reduces energy consumption by up to 30%. The primary motor drives the bowl, while the secondary motor propels the scroll, creating a synergy that maximizes efficiency and minimizes wear and tear.

A pivotal feature is its automatic differential speed regulation, ensuring that the centrifuge adapts to varying feed rates, maintaining peak performance and minimizing material waste. This adaptability is crucial in environments where feedstock can fluctuate, making the GN 3 Phase Decanter Centrifuge a versatile tool for waste oil slurry treatment in North Africa.

The centrifuge’s robust construction, featuring stainless steel contact parts, enhances durability and ensures hygiene, critical for handling oil sludge. Its shallow sedimentation zone and open frame design facilitate the discharge of clarified liquid through gravity or pressure, reducing energy consumption while enhancing centrifugal force for superior separation.

In North Africa’s waste treatment facilities, the GN 3 Phase Decanter Centrifuge excels in volume processing. Its compact design and high throughput make it an ideal solution for sites with space constraints. The centrifuge’s adjustable scroll drive ensures consistent performance, even under changing conditions, delivering high-quality oil, water, and solids output.

The benefits of employing the GN 3 Phase Decanter Centrifuge don’t end at efficiency and capacity. The recycled clean oil can be marketed as a base oil for power generation, while the oil content in the treated water is significantly reduced, minimizing environmental impact. This sustainable approach aligns with North Africa’s commitment to eco-friendly waste management practices.

In the realm of food waste management, the centrifuge’s prowess in separating oil, water, and solids from kitchen waste is unparalleled. It can process up to 15 cubic meters of waste per hour, achieving a solid phase moisture content below 75%, and oil in water content under 0.5%. This efficiency not only boosts productivity but also reduces operational costs and environmental footprint.

The GN 3 Phase Decanter Centrifuge is more than just a piece of equipment; it’s a symbol of innovation and sustainability in North Africa’s waste oil slurry treatment industry. Its integration into waste management systems signifies a step towards a cleaner, more efficient future, where waste is not just discarded but transformed into valuable resources.

In conclusion, the GN 3 Phase Decanter Centrifuge, with its superior performance and eco-friendly attributes, is redefining waste oil slurry treatment in North Africa. Its ability to handle large volumes while minimizing environmental impact makes it a cornerstone in the region’s waste management strategies, paving the way for a sustainable and prosperous future.

In today’s fast-paced industrial landscape, efficiency and reliability are non-negotiable. Whether you’re in mining, construction, or waste management, having the right equipment can make all the difference. That’s why we’re excited to announce the availability of eight high-performance GN stack sifters in the domestic market. Designed for precision and durability, these machines are a game-changer for businesses looking to optimize their screening processes.

At its core, the GN stack vibrating screen is an engineering marvel. Its multi-layered design allows for simultaneous grading of materials with unmatched accuracy. Here’s a simplified breakdown of its mechanics:

Vibration Powerhouse: Equipped with dual vibration motors featuring adjustable eccentric blocks, the sifter generates a powerful yet controlled vibratory force. This ensures consistent material movement across the screens.

Tiered Screening: Unlike single-layer screens, the stacked configuration (typically 2–5 decks) separates particles into multiple size fractions in one pass. The top layer catches oversized particles, while finer materials descend through progressively tighter mesh layers.

Smart Material Flow: A combination of rubber composite springs and steel coil springs minimizes energy loss while dampening noise and vibration—protecting both the machine and your facility’s infrastructure.

Easy Maintenance: Quick-release screen frames allow operators to swap or clean mesh panels in minutes, reducing downtime. The fully enclosed structure also prevents dust leakage, meeting environmental standards.

Versatility: Handles everything from mineral ores and aggregates to recycled materials and food-grade powders.

Cost Efficiency: Higher throughput per square meter compared to traditional screens cuts operational costs.

Durability: Reinforced steel frames and wear-resistant screen meshes extend service life even under heavy use.

These eight available units—priced competitively for quick sale—are ideal for businesses scaling up operations or replacing outdated equipment. Each unit has been inspected to ensure peak performance, offering a seamless transition into your production line.

Investing in a GN stack vibrating screen isn’t just about buying equipment; it’s about upgrading your entire screening workflow. With their robust design and intelligent mechanics, these machines deliver results that translate directly to your bottom line. Act now to secure one of these limited units and experience the difference precision engineering can make.

From October 28 to 31, 2025, the mining industry will gather at the Capital International Convention and Exhibition Center in Shunyi, Beijing, for the 21st China International Coal & Mining Technology Exchange and Equipment Exhibition. As one of the most influential mining events in Asia, this exhibition brings together the latest technologies, innovations, and experts from around the world.

GN Separation is excited to announce our participation in this landmark event. You’ll find us at Booth A4601, where we will showcase advanced solutions designed to improve efficiency, sustainability, and performance in mining and mineral processing.

What We’re Exhibiting

This year, we’re highlighting three key pieces of equipment that represent our commitment to innovation and reliability:

1. Large Flip-Flow Vibrating Screen
   Ideal for handling difficult-to-screen materials such as fine, moist, or sticky ores, this screen delivers high efficiency and prevents blinding. Its robust design ensures long service life even in the toughest conditions.

1. Tailing Dewatering Decanter
   Our decanter centrifuge offers an effective solution for tailings management. It reduces water content significantly, helping mines cut down on slurry storage costs and environmental impact while supporting water recycling efforts.

1. Underground Coal Mine Slurry Separation System
   Specifically engineered for underground mining environments, this system efficiently separates coal slurry from water, improving safety and productivity while minimizing waste.

Each of these systems reflects GN Separation’s focus on providing durable, intelligent, and eco-friendly equipment tailored to modern mining challenges.

Why Visit GN Separation at Booth A4601?

• See Live Demos: Watch our equipment in action and discuss your specific needs with our technical experts.
• Learn About Custom Solutions: We specialize in designing systems that fit unique operational requirements—whether for coal, metallic minerals, or industrial minerals.
• Discuss Global Applications: With a growing presence in international markets, we can share case studies and success stories from projects worldwide.

Event Overview

Under the theme “New Quality Productivity, Intelligence Empowers the Future,” the exhibition will feature over 1,100 exhibitors and cover 150,000 square meters of exhibition space. It’s a prime opportunity to gain insights into smart mining, green technologies, and the future of mineral processing.

Whether you’re involved in mining operations, engineering, procurement, or R&D, this event offers valuable knowledge and networking opportunities.

Plan Your Visit

Mark your calendar and make sure to stop by Booth A4601 at the Capital International Convention and Exhibition Center between October 28 and 31. Let’s talk about how GN Separation can help you achieve higher productivity and greener operations.

We look forward to welcoming you to Beijing!

In the world of modern construction and drilling, efficient mud treatment is no longer a luxury—it’s a necessity. For U.S. clients, where environmental regulations are strict and operational efficiency is paramount, the GN Hydrovac Slurry Separation System  stands out as a reliable, high-performance solution. This system, tailored for American job sites, combines cutting-edge technology with user-friendly design to tackle even the toughest mud-handling challenges.

The process begins with the vibrating Screening Module, which acts like a sturdy gatekeeper. It quickly separates large solids—such as rocks, debris, and coarse particles—from the mud slurry. Using durable, high-frequency vibrating screens, this module ensures that only finer particles move forward, reducing wear and tear on downstream equipment. Its robust construction means it can handle heavy loads without clogging, keeping operations smooth and uninterrupted.

Next, the Fine Screening Module takes over, targeting smaller particles that slipped past the coarse screen. Equipped with fine mesh screens, this module captures sand and fine gravel, further purifying the mud. The adjustable screen angles and vibration intensity allow operators to customize the separation process based on the mud’s consistency. This flexibility is crucial for U.S. projects, where soil types can vary dramatically from one site to another

Even after fine screening, tiny abrasive particles can remain, posing risks to equipment and final disposal. The Desander Module uses hydrocyclones to spin the slurry at high speeds, forcing denser sand and silt outward while cleaner fluid exits through the center. This step is vital for protecting pumps, pipes, and other sensitive components from premature wear. Plus, it ensures compliance with U.S. environmental standards by minimizing harmful sediment discharge.

The heart of the system is the Large-Diameter Decanter Centrifuge, a powerhouse for ultra-fine separation. This module spins the mud at high speeds, using centrifugal force to separate even the tiniest clay particles from the water. The result? Crystal-clear water that can be safely recycled or discharged, and dry solids that are easy to transport or dispose of. Its energy-efficient design and low maintenance needs make it a favorite among U.S. contractors who value both performance and cost-effectiveness.

• Compliance: Meets stringent EPA and local environmental regulations.
• Mobility: Modular design allows quick setup and relocation between job sites.
• Efficiency: Reduces water waste and disposal costs by recycling up to 90% of treated water.
• Durability: Built to withstand the rugged conditions of American construction and drilling projects.

From highway excavations to oilfield drilling, the GN Hydrovac Slurry Separation System  delivers a smarter, cleaner way to handle mud. It’s not just a machine—it’s a partner in keeping projects on schedule, within budget, and in harmony with the environment.

In a significant milestone for the oilfield equipment industry, 16 sets of  advanced drilling fluid centrifuges and dryers have been shipped to a leading overseas oilfield service company. These high-performance machines are designed to enhance drilling waste management, ensuring both efficiency and environmental compliance in demanding oilfield operations.

Each centrifuge system includes:

• Drilling Fluid Centrifuge – A robust machine capable of separating fine solids from drilling fluids, ensuring cleaner fluid reuse.
• Lifting Stand – Provides stability and easy adjustment for optimal operation.
• Centrifuge Feed Pump – Delivers consistent fluid flow to maximize separation efficiency.

Each dryer system consists of:

• Drill Cuttings Dryer – Effectively reduces moisture and oil content in drill cuttings, minimizing waste volume.
• Dryer Support Stand – Ensures secure placement and easy maintenance access.
• Flushing Screw Pump – Facilitates smooth material handling and cleaning.
• Discharge System – Automates waste removal for continuous operation.

Drilling operations generate large amounts of waste, including drilling fluids and cuttings. Without proper treatment, these byproducts can pose environmental risks and increase disposal costs. The exported centrifuges and dryers address these challenges by:

• Reducing Waste Volume – Separating reusable fluids from solids cuts down disposal needs.
• Improving Recycling – Cleaned drilling fluids can be reused, lowering operational costs.
• Meeting Environmental Standards – Processed cuttings meet strict regulations for safe disposal.

The successful export highlights the growing international demand for reliable solid-control equipment. Oilfield service companies worldwide seek machines that combine durability, efficiency, and ease of maintenance—qualities that these centrifuges and dryers deliver.

With a strong track record in manufacturing high-quality separation equipment, the supplier has built a reputation for dependable performance. These 16 sets will support the client’s drilling projects, ensuring smoother operations and reduced environmental impact.

As the oil and gas industry continues to prioritize sustainability, advanced centrifuges and dryers like these will play an increasingly vital role in responsible drilling practices worldwide.