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Overview of the Use of Three GNLW364 Sludge Dewatering Centrifuges in an Overseas Municipal Sludge Dewatering Project

I. Project Background

With the acceleration of urbanization globally, the issue of municipal sludge treatment has become increasingly prominent. To address this challenge, an overseas municipal sludge dewatering project has adopted the GNLW364 sludge dewatering centrifuge, produced by GN Solids Control.

II. Company Information: GN Solids Control

  1. Company Profile

  • Founded in 2007, GN Solids Control is a leading manufacturer of separation equipment, specializing in the design, production, and sales of industrial decanter centrifuges, drilling solids control equipment, waste disposal equipment, and vibration screens.
  • Headquartered in Dachang Chaobai River Industrial Park, Langfang, Hebei Province, China, GN Solids Control has a registered capital of 55 million yuan.
  • 70% of the company’s products are exported to over 60 countries and regions worldwide, including the United States, Australia, the Middle East, Russia, Europe, and Southeast Asia.
  1. Certifications and Standards

  • GN Solids Control has obtained certifications such as EU CE, environmental safety HSE, Russian TRCU, and is the domestic manufacturer with the most consecutive API certifications for solids control equipment.
  • The company is committed to the innovation and research of drilling mud solids control equipment and drilling waste slurry treatment equipment.
  1. International Presence

  • GN Solids Control has established branches in Moscow, Russia, and Houston, Texas, USA, with an office and workshop area of 3,000 square meters.
  • The company has also established cooperative branches in Australia, Egypt, Algeria, Argentina, Iran, and Tunisia, forming a well-known solid control brand – GN Solids Control.

III. Equipment Introduction

  1. Model and Quantity

  • Model: GNLW364 sludge dewatering centrifuge
  • Quantity: 3 units
  1. Technical Parameters

  • Single-unit treatment capacity: 35m³/h
  • Design critical speed: 3900RPM
  • Regular speed range: 0-3200RPM
  • Critical separation factor: 3063G
  • Particle diameter of separation: 2-5μm
  • Differential torque: 3500N.M
  • Main motor power: 37KW
  1. Design Features and Advantages

  • The drum material is duplex stainless steel SS2305, outperforming industry standards.
  • The centrifugal casting process ensures a uniform drum texture and excellent dynamic balancing performance.
  • The slag outlet and spiral feed outlet are embedded with tungsten carbide hard alloy sleeves for high wear resistance.
  • The spiral feeder is inlaid with wear-resistant alloy sheets, ensuring long service life and reducing maintenance frequency.
  • PLC control panel for real-time monitoring of equipment status.

IV. Application Scenarios

The GNLW364 sludge dewatering centrifuge is widely applicable in urban sewage treatment plants, industrial wastewater treatment plants, and other facilities. Its efficient dewatering capability can effectively reduce sludge volume, lower moisture content, and facilitate subsequent treatment and disposal.

V. Project Benefits

  1. Enhanced Dewatering Efficiency

  • Utilizing advanced centrifugal dewatering technology, the GNLW364 sludge dewatering centrifuge can rapidly remove water from sludge, improving dewatering efficiency.
  1. Environmental Protection and Energy Conservation

  • No chemical additives are required during the dewatering process, minimizing environmental pollution.
  • The equipment consumes low energy, contributing to energy conservation and emission reduction.
  1. Easy Operation

  • The automated control system simplifies equipment operation, reducing labor costs.
  1. Strong Adaptability

  • The equipment is suitable for treating different types of sludge, demonstrating strong adaptability.

VI. Conclusion

By employing the GNLW364 sludge dewatering centrifuge from GN Solids Control, this overseas municipal sludge dewatering project has achieved efficient, environmentally friendly, and energy-saving sludge treatment goals, making positive contributions to improving local environmental quality and promoting sustainable urban development.

GN Solids Control supplied 1,500 HP Drilling Mud Solids Control System Exported to Africa Project Supplied

Project Background:

With the continuous global demand for oil resources, oil exploration and drilling activities in Africa have become increasingly frequent. To meet the demand for efficient and reliable solids control systems in Africa, GN Solids Control has introduced the 1,500 HP drilling mud solids control system and successfully exported it to Africa.

Project Content:

The system primarily consists of shale shakers, mud cleaners, centrifuges, and other key equipment, possessing powerful solid-liquid separation capabilities. It can effectively remove solid particles from drilling mud, improving the recovery rate of drilling mud.

GN Solids Control’s shale shakers employ motors from renowned brands such as OLI (Italy) or Martin (USA), with heat-treated screens and a vibration intensity of up to 8.0G, meeting the requirements of various working conditions.

The mud cleaners integrate desander and desilter functions, achieving secondary and tertiary treatment of drilling mud for improved processing effects.

As one of the core equipment in the system, the centrifuge removes ultra-fine unwanted solids from drilling mud, enhancing the purity of the mud.

Project Characteristics:

High efficiency: The system boasts high solid-liquid separation capabilities, significantly improving the recovery rate of drilling mud.

Environmental friendliness: By reducing the discharge of drilling waste, it minimizes environmental pollution and complies with environmental protection requirements.

Reliability: The use of quality motors and electrical components ensures the stability and reliability of the system, reducing the failure rate.

Project Significance:

The successful implementation of this project not only demonstrates GN Solids Control’s professional technical strength in the field of solids control but also further enhances the company’s competitiveness in the international market.

For oil exploration and drilling activities in Africa, this system provides advanced solids control solutions, helping improve drilling efficiency, reduce drilling costs, and promote local economic development.

Through the successful implementation of this project, GN Solids Control will continue to provide high-performance solids control solutions for the global oil and gas exploration, drilling, and mining industries, driving the sustainable development of the industry.

22-inch Large Bowl Centrifuge Delivered To Overseas Customers By GN Solids Control

Recently, we are pleased to announce that GN Solids Control has successfully shipped a 22-inch large bowl centrifuge to overseas customers. The successful export of GN Solids Control’s 22-inch large bowl centrifuge not only further consolidated our cooperation with overseas customers but also enhanced GN Solids Control’s influence and competitiveness in the international market.

We firmly believe that with the launch of more high-quality products and the upgrading of services, GN Solids Control will create even more brilliant achievements in the global solid control equipment market.

As a leader in the solid control equipment industry, GN Solids Control has always upheld the philosophy of innovation, efficiency, and reliability, providing high-quality products and professional services to global customers. The 22-inch large bowl centrifuge shipped to overseas customers is a concentrated embodiment of GN Solids Control’s technical strength.

This centrifuge boasts excellent processing capabilities and stable performance, easily handling solid-liquid separation needs in various complex production processes. Through precise control and optimized design, it achieves efficient separation results, bringing significant production and economic benefits to customers.

To meet the strict requirements of overseas customers for product quality and delivery time, GN Solids Control has specially strengthened quality control and logistics management. Before shipment, we conducted comprehensive inspections and tests on the centrifuge to ensure that all performance parameters meet standards. At the same time, we provided customers with detailed operation manuals and maintenance guidelines to ensure they can easily operate and fully utilize its performance advantages.

To ensure that the centrifuge can safely and smoothly reach overseas customers, we closely communicated and collaborated with logistics companies. We selected reliable transportation methods and routes, and professionally packaged and fixed the centrifuge to ensure it would not be damaged during long-distance transportation.

This milestone event not only demonstrates GN Solids Control‘s exceptional technical strength in the solid control equipment industry, but also further proves our commitment to serving global customers.

In the future, GN Solids Control will continue to uphold the philosophy of innovation, efficiency, and reliability, continuously developing and producing more high-quality solid control equipment. We are committed to providing global customers with even better services to meet their diverse needs. Let us work together to create a better future!


GN Solids Control successfully supplied fully hydraulic drive centrifuge

GN Solids Control has always adhered to the principle of “quality first, customer foremost,” striving to provide customers with the finest products and services. Recently, GN Solids Control’s fully hydraulic centrifuge, GNLW363D-FHD, was successfully sold to Asian customers, marking a milestone that further consolidates our position in the international market. As a leader in the industry, GN Solids Control has won the trust of global customers with its exquisite craftsmanship and superior product quality.

The GNLW363D-FHD centrifuge, as a star product of GN Solids Control, employs a fully hydraulic drive system, boasting significant performance advantages. Firstly, its hydraulic drive system can operate stably under high-temperature conditions, ensuring that the equipment maintains efficient working conditions under various complex operating scenarios. Secondly, this centrifuge features diverse solid-phase discharge capabilities, adapting to the solid-phase discharge requirements of mud under different conditions through flexible adjustments.

Hydraulic centrifuges possess several notable characteristics that enable them to excel in various industrial applications.
Firstly, during operation, the hydraulic centrifuge generates powerful centrifugal force through the high-speed rotation of the centrifuge bowl, separating the material into solid and liquid phases within the bowl. Solid particles are compressed into the centrifuge filter bag under the action of centrifugal force, while liquid material flows out from the bottom of the centrifuge bowl through the filter bag, achieving solid-liquid separation. This efficient separation method enables the hydraulic centrifuge to excel in both processing efficiency and capacity.

Secondly, the design of the slag discharge mechanism of the hydraulic centrifuge directly affects its processing efficiency and separation effect. Common slag discharge mechanisms include manual and automatic types. The automatic slag discharge mechanism controls the movement of the slag discharge plate through a hydraulic cylinder, achieving timed automatic slag discharge. This design reduces manual operation and improves work efficiency. Meanwhile, the spiral slag discharge plate design ensures that the material is fully discharged from the centrifuge bowl, reducing material residue and further enhancing processing efficiency.

Additionally, the hydraulic centrifuge features a compact single-skid structure, facilitating on-site installation. The entire machine is equipped with pressure, vibration, temperature, and other detection switches, enabling real-time monitoring of the centrifuge’s operating conditions. The hydraulic differential speed transmission torque can be automatically adjusted according to actual operating conditions to adapt to various types of mud. These characteristics provide the hydraulic centrifuge with broad application prospects in the pharmaceutical, chemical, and environmental protection industries.

High-G Drying Screen and Horizontal Decanter Centrifuge Boost Oman Project, GN Solids Control Demonstrates Exceptional Strength

In the wave of globalization, Chinese enterprises are gradually gaining a foothold in the international market with their strong strength and advanced technology. GN Solids Control, a leading enterprise focused on the research, development, and manufacturing of industrial equipment, has recently successfully exported high-G drying screens and horizontal decanter centrifuges to Oman, providing strong technical support for the country’s industrial development.

  1. Company Overview

    GN Solids Control, a renowned manufacturing company in the industry, has always adhered to the business philosophy of taking technology as the core and quality as the lifeblood. The company boasts a professional research and development team and an efficient production team, committed to providing customers with high-quality and high-performance industrial equipment. In the fields of oil, chemical, environmental protection, and others, GN Solids Control’s products have been widely used in various countries and regions around the world.

  2. Equipment Features

    High-G Drying Screen

    GN Solids Control‘s high-G drying screen adopts advanced vibration technology and a unique screening design, achieving efficient material drying and screening. This equipment boasts advantages such as high processing capacity, high screening efficiency, and low energy consumption, widely used in the chemical, food, pharmaceutical, and other industries. In the Oman project, the high-G drying screen solved the challenges of material drying and screening for customers with its excellent performance. Here are some of its key features:

Efficient Screening:

The high-G vibrating screen utilizes its special design and powerful vibrating force to efficiently screen various materials, including stones, sand, coal slag, furnace slag, lime, and others. It boasts high screening efficiency and large processing capacity, meeting the needs of large-scale production.

Simple Structure and Easy Maintenance:

The high-G vibrating screen is mainly composed of a spring base, rotating spindle, pulley, screen mesh, aggregate, tire coupling, eccentric block, bearing, exciting wall, screen box, motor, and other parts. The connections between these parts mostly adopt bolt integral connection technology, avoiding vibration-induced cracking while facilitating maintenance and replacement.

Flexible Adjustment:

The spring base of the high-G vibrating screen can adjust the inclination angle of the vibrating screen freely to meet the screening needs of different materials. In addition, the exciter adopts an eccentric design with strong exciting force that can be adjusted according to requirements.

Wear Resistance and Durability:

The screen mesh of the high-G vibrating screen is pressed with high-strength bolts, facilitating easy replacement. Meanwhile, wear-resistant blocks are installed inside the exciting wall to reduce wear and extend the service life of the equipment.

High Screening Accuracy:

The screen mesh of the high-G vibrating screen consists of three layers of different flexible screen meshes, achieving precise grading of materials. It boasts high screening accuracy, especially suitable for screening fine-grained powder materials.

Wide Application Range:

The high-G vibrating screen is widely used in mining, coal, energy, building materials, roads and bridges, construction corrosion protection, and other related industries, meeting the screening needs of different industries.

Environmental Protection and Energy Saving:

The high-G vibrating screen adopts advanced vibration technology and design concepts, achieving efficient and energy-saving screening processes. Meanwhile, its simple structure and easy maintenance reduce equipment maintenance costs.

In summary, the high-G vibrating screen occupies an important position in the screening process due to its high efficiency, ease of maintenance, flexible adjustment, wear resistance, high screening accuracy, wide application range, and environmental protection and energy saving features.

3.Future Prospects

With the continuous development of the global economy and the in-depth promotion of the Belt and Road Initiative, GN Solids Control will continue to expand its overseas market, contributing to the industrial development of more countries and regions. At the same time, the company will also continue to innovate and optimize its products to meet the needs of different customers, making greater contributions to the development of the global economy.

The new centrifugal desander and desilter integrated machine from GN Solids Control

The new centrifugal desander and desilter integrated machine from GN Solids Control incorporates numerous innovative technologies designed to enhance the efficiency and performance of drilling fluid solid control systems. Here’s a detailed introduction to the key technological advancements of this integrated machine:

Centrifugal desanding and desilting integrated machine is an efficient solid-liquid separation equipment, mainly used to remove solid particles such as sand and mud in drilling fluid.

It is a specially designed large-drum centrifuge, which separates solid particles in drilling fluid under the action of centrifugal force through components such as the rotating drum and spiral pusher of the rotating assembly, and discharges them through the sand outlet and mud outlet. The centrifugal desanding and desilting integrated machine has the advantages of wide separation particle size range, large treatment capacity, compact structure, and easy operation. It can more efficiently replace the cyclone desanding and desilting integrated machine, with higher separation efficiency and better recovery quality of drilling fluid. The centrifugal desanding and desilting integrated machine has broad application prospects in the field of oil drilling, which can effectively improve the quality of drilling fluid solid phase control and drilling efficiency, and reduce drilling costs.

1. High-efficiency Centrifugal Separation Technology:

The machine utilizes advanced centrifugal separation technology, leveraging high-speed rotation to generate centrifugal force that effectively separates sand and mud particles from the drilling fluid. This ensures the cleanliness of the drilling fluid and enhances the efficiency of drilling operations.

2.Intelligent Control System:

Equipped with an intelligent control system, the integrated machine can monitor the drilling fluid treatment process in real-time and automatically adjust operating parameters based on actual conditions. This not only improves the automation level of the equipment but also reduces the workload for operators.

3.Modular Design:

The centrifugal desander and desilter integrated machine adopts a modular design, facilitating convenient installation, commissioning, and maintenance. Additionally, the modular design enhances the reliability and stability of the equipment, reducing the risk of failures.


4.Energy-saving and Environmental Protection Technologies:

During its design, the integrated machine took into account the need for energy conservation and environmental protection. It employs energy-efficient motors and transmission systems, reducing energy consumption. Simultaneously, noise and vibration generated during operation are effectively controlled, meeting environmental requirements.

  1. Wear-resistant and Corrosion-resistant Materials:

To cope with harsh drilling environments, the integrated machine utilizes wear-resistant and corrosion-resistant materials for critical components such as centrifuge drums, inlet and outlet pipelines. These materials exhibit excellent wear and corrosion resistance, ensuring the equipment maintains good performance during prolonged operation.

  1. Online Monitoring and Fault Diagnosis System:

The integrated machine is equipped with an online monitoring and fault diagnosis system that continuously monitors the equipment’s operational status and promptly identifies and addresses potential faults. Through systematic analysis, it accurately determines the cause of faults, providing targeted maintenance solutions for repair personnel, reducing maintenance time, and improving equipment utilization.

In summary, the new centrifugal desander and desilter integrated machine from GN Solids Control incorporates numerous innovative technologies, achieving efficient, intelligent, and environmentally friendly drilling fluid solid control. The application of these technologies is expected to enhance the efficiency and quality of drilling operations, reduce operational costs, and provide strong support for the development of the oil drilling industry.

Welcome to visit Spring’s GN Solids Control: A Technological Leader and Innovation Pioneer


GN Solids Control equipment, as a leading brand in the field of solids control, has won the favor of numerous customers worldwide with its excellent performance, efficient processing capabilities, and stable operation.

First, a Technological Leader

GN Solids Control equipment has always been at the forefront of technological development in the industry.

The company boasts a professional research and development team that continuously invests substantial funds in technological innovation and product development. This has enabled GN Solids Control equipment to reach international advanced levels in structural design, material selection, and manufacturing processes.

In terms of structural design, GN Solids Control equipment adopts advanced modular design, making the equipment more convenient for transportation, installation, and maintenance. At the same time, the internal structure of the equipment has been carefully optimized to achieve efficient solid-liquid separation and improve the quality of drilling fluid.

In terms of material selection, GN Solids Control equipment uses high-strength, corrosion-resistant materials to ensure stable operation under harsh conditions. Additionally, the company emphasizes environmental protection and selects eco-friendly materials, reducing the equipment’s impact on the environment.

In terms of manufacturing processes, GN Solids Control equipment utilizes advanced CNC machining equipment and precision testing instruments to ensure the manufacturing accuracy and quality of the equipment. Furthermore, the company has established a comprehensive quality management system that strictly oversees every process to ensure that the equipment meets the highest quality standards before leaving the factory.

Second, an Innovation Pioneer

GN Solids Control equipment also excels in innovation. The company closely follows market demands and continuously introduces new products and technologies to meet the diverse needs of customers.

In terms of product research and development, GN Solids Control equipment focuses on practicality and innovation. The company has developed various types of solids control equipment, such as vibrating screens, centrifuges, desanding units, and desilting units, tailored to different drilling scenarios and requirements. These equipment have their unique characteristics and can meet the actual needs of different customers.

In terms of technological innovation, GN Solids Control equipment continuously explores new solids control technologies. For example, the company has successfully developed an intelligent control system that enables remote monitoring and intelligent management of the equipment. This not only improves the operational efficiency of the equipment but also reduces operational difficulty and labor costs.

Third, Widespread Global Applications

GN Solids Control equipment has been widely used globally. Whether it is onshore drilling or offshore drilling, shallow wells or deep wells, GN Solids Control equipment can demonstrate its excellent performance and stable operation.

In onshore drilling, GN Solids Control equipment provides strong support for drilling operations with its efficient processing capabilities and stable operation. In offshore drilling, the company has developed solids control equipment that is highly adaptive and corrosion-resistant, tailored to the specific challenges of the marine environment, ensuring the safety and efficiency of offshore drilling operations.

Furthermore, GN Solids Control equipment is also widely used in the fields of oil, natural gas, and geological exploration. In these fields, the company has gained widespread recognition and praise from customers for its professional technology and exceptional product quality.

In conclusion, GN Solids Control equipment stands as a technological leader and innovation pioneer in the field of solids control, achieving remarkable success. In the future, the company will continue to adhere to the philosophy of “technological innovation and quality first,” continuously introducing more high-quality products and technologies to provide customers worldwide with more efficient, stable, and environmentally friendly solids control solutions.

Compact Desander and Desilter from GN Solids Control Gain Popularity in the African Drilling Market

With the ever-increasing demand for energy in Africa, the drilling industry is thriving across the continent. To better meet the market demands, GN Solids Control has successfully developed and introduced its compact desander and desilter to the African market, garnering significant praise from numerous drilling companies.

The compact desander and desilter, crafted with precision by GN Solids Control, is an efficient and compact water treatment device specifically designed to treat water containing impurities such as sand particles and mud.

This dual-function equipment effectively removes impurities from the water during drilling operations, ensuring the purity of the water quality, and thus ensuring the smooth operation and extended lifespan of drilling equipment.

Utilizing advanced physical separation technology, the desander and desilter from GN Solids Control filters out large solid particles through specific sieve holes or grids. Simultaneously, it employs principles such as centrifugal force and vibration to separate fine particles and mud adhering to particle surfaces, resulting in purified mud.

The equipment’s compact design not only occupies a small footprint but also facilitates easy installation and transportation at drilling sites. Additionally, its durability, wear resistance, high-pressure resistance, and corrosion resistance ensure stable operation even in harsh working environments.

The desander’s primary role is to eliminate larger solid particles from the drilling fluid, including rock debris, gravel, and sand.

By leveraging the dynamic force and flow rate of the water, it efficiently separates these particles, minimizing wear and tear on drill bits and rods, thereby extending their lifespan. This, in turn, maintains the performance stability of the drilling fluid, crucial for the smooth progress of drilling operations.

The desilter, on the other hand, focuses on the removal of tiny solid particles.

Although these particles may seem insignificant, their presence can significantly impact drilling efficiency. The desilter’s unique working mechanism effectively removes these particles, further enhancing the cleanliness of the drilling fluid and ultimately boosting drilling efficiency.

In Africa, our desander and desilter have been successfully deployed by renowned drilling companies and have demonstrated exceptional performance. Even under continuous and demanding operating conditions, they have maintained stable performance, significantly extending the lifespan of drilling equipment and enhancing operational safety.

Moreover, GN Solids Control provides comprehensive after-sales service to its African clients. Our dedicated service team is always available to provide prompt technical support and maintenance, ensuring the smooth and efficient operation of the desander and desilter throughout the drilling process.

The compact desander and desilter from GN Solids Control represents a highly efficient, convenient, and durable water treatment solution for various drilling scenarios. It not only helps drilling companies improve operational efficiency and reduce costs but also contributes to environmental protection. Looking ahead, GN Solids Control will continue to invest in research and development, striving to enhance the performance and quality of its products and providing the African drilling industry with even more advanced and efficient equipment and services. We firmly believe that with our joint efforts, the drilling industry in Africa will embrace an even more prosperous and sustainable future.

GN Solids Control Successfully Sold Centrifuge Pump and Agitator to African Customers

Recently, GN Solids Control has successfully sold Centrifuge Pumps and Agitators to African customers, marking a milestone achievement that demonstrates our competitiveness in the international market and lays a solid foundation for our further expansion in the African market.

Centrifuge Pumps and Agitators are indispensable equipment in the exploration and development of mineral resources such as oil and natural gas.

Their role is to provide stable mud circulation and mixing for drilling operations, ensuring the smooth progress of the drilling process. As a region rich in mineral resources, Africa’s demand for such equipment is growing day by day.

The mud agitator is an indispensable part of the mud solid control system in oil and gas drilling, usually installed on the mud storage tank.

Its primary function is to stir the mud and prevent solid particles in the drilling fluid from settling, thereby maintaining the uniformity of the drilling fluid and suspending solid particles. In this way, the mud agitator plays a crucial role in drilling operations, ensuring the stable performance and uniform mixing of the circulating drilling fluid.

The working principle of the mud agitator is relatively straightforward, as it generates vortex motion to enhance the stirring effect and effectively mix the drilling fluid.

It features a compact structure, small footprint, high torque transmission, smooth operation, and reliable performance. Some advanced mud agitators also employ specific designs, such as impeller and trays, to further improve the stirring effect and reduce the deposition of solid particles in the mud after shutdown.

The centrifugal pump is a mechanical device that utilizes centrifugal force to transport liquids.

Its working principle involves the rotation of the impeller, which enables the liquid to acquire energy in the impeller and generate centrifugal force, thereby being thrown towards the edge of the pump casing and discharged through the outlet. The centrifugal pump mainly consists of components such as the impeller, pump body, pump shaft, bearing, sealing ring, and packing gland.

The centrifugal pump boasts several notable characteristics and advantages.

Firstly, it exhibits high efficiency, enabling the rapid transportation of large volumes of liquid. Secondly, its relatively simple structure facilitates ease of operation and maintenance. Additionally, the centrifugal pump demonstrates high reliability, capable of stable operation in various environments. Furthermore, it possesses strong adaptability, capable of transporting a wide range of liquids, including water, oil, acids, alkalis, and more.

However, the centrifugal pump also has some drawbacks. For instance, when operating at low flow rates, it may exhibit instability, affecting its performance and lifespan. Furthermore, the flow rate and pressure of the centrifugal pump are significantly influenced by the rotation speed and fluid characteristics, necessitating appropriate adjustments during use.

When using a centrifugal pump, it is essential to strictly adhere to safety regulations and operating procedures. For instance, before starting the pump, it is imperative to ensure that the pump is filled with liquid to avoid damage caused by dry running. Regular inspections and maintenance of the centrifugal pump are also necessary to ensure its normal operation and extend its service life.

Overall, the centrifugal pump is an efficient, reliable, and adaptable fluid transportation device widely used in various fields such as petroleum, chemical industry, metallurgy, power generation, urban water supply and drainage. With continuous technological advancements and expanding application scenarios, the performance and reliability of centrifugal pumps will be further enhanced, providing more efficient, safe, and environmentally friendly fluid transportation solutions for industrial production and social development.

GN Solids Control’s Centrifuge Pumps and Agitators have won the favor of African customers for their excellent performance, stable quality, and efficient operation. We are fully aware of the uniqueness and diversity of the African market, so we have carefully optimized and adjusted our product design, manufacturing processes, and after-sales services to better meet the needs of African customers.

GN Separation will attend the MiningWorld Russia exhibition in April 2024.

We are extremely honored to announce that GN will participate in the MiningWorld Russia exhibition, scheduled to take place in Russia in April 2024. GN Separation has long been committed to providing efficient and environmentally friendly solids control solutions to mining customers worldwide. Our products and services have been widely applied in various sectors, including metal mining, non-metal mining, and coal mining, helping clients enhance production efficiency, reduce operational costs, and mitigate environmental impacts. We believe that our participation in the MiningWorld Russia exhibition will enable us to establish connections with more potential customers and partners, jointly driving innovation and development in the mining industry.

Mine vibrating screens are a core product of GN Separation.

Widely used in industries such as metallurgy, mining, coal, building materials, power, and chemicals, mine vibrating screens are screening equipment that boasts several notable features:

Firstly, they possess significant processing capacity and screening efficiency, effectively separating materials quickly and efficiently.

Secondly, their vibrators are designed with advanced technology.

Uilizing bearing lubrication and external eccentric block structures, resulting in strong excitation force, low bearing load, low temperature, and reduced noise levels. Additionally, the vibrators are designed for ease of disassembly, maintenance, and replacement, significantly reducing maintenance downtime.

Moreover, the screens feature sturdy construction, with side plates fabricated through cold working without welding, ensuring high strength and long service life.

The connection between the crossbeams and side plates employs torsion-resistant high-strength bolts, also without welding, facilitating the replacement of crossbeams.

Lastly, their versatility is outstanding. The multi-feed design optimizes screen surface utilization. maximizing equipment capacity while maintaining low power consumption. Additionally, rubber springs support the screen frame, reducing vibrations and noise levels while minimizing dynamic loads on the equipment.


We firmly believe that this exhibition will further expand the business scope of GN Separation.

strengthen cooperation with the industry, and enhance our brand influence. We look forward to meeting you at the exhibition and witnessing the prosperity and progress of the mining industry together.

If you are interested in GN Separation or our products, please feel free to contact us. We will provide you with the best quality service and support.

This exhibition serves as a convergence point for elite professionals in the global mining industry, providing a vital platform for showcasing the latest technological advancements and fostering industry-wide cooperation and exchange. We eagerly anticipate seizing this opportunity to engage with industry peers and jointly explore the future trends of mining development.