NEWS
K Series GN Shale Shaker for Middle East Oilfield Service Company
In the demanding environment of drilling operations, efficient solids control is not just an advantage—it's a necessity. As the first phase in the drilling fluids processing system, the shale shaker plays a pivotal role, setting the stage for the entire mud system's performance. Recognizing this critical function, GN Solids Control has engineered the K Series Shale Shaker, a solution tailored to meet the rigorous demands of the Middle East oilfield service industry.

The importance of a reliable shale shaker cannot be overstated. It serves as the primary barrier against solids contamination, directly influencing the efficiency and cost-effectiveness of drilling activities. GN’s approach goes beyond standard offerings; we provide customized configurations, including double or triple shakers mounted on a single skid, complete with integrated connecting manifolds. This flexibility ensures that our clients receive a system perfectly aligned with their specific operational requirements. In line with evolving industry needs, GN offers both third-generation linear motion shakers and advanced fourth-generation balanced elliptical models, delivering optimal performance across diverse drilling conditions.
The GNZS Linear Motion Shale Shaker embodies a fusion of global technological insights and GN’s proprietary engineering. This synergy has resulted in a comprehensive range of shakers that adapt seamlessly to varying customer demands. Field feedback consistently highlights their exceptional capabilities: high G-force for superior solids separation, an expansive screen area that enhances processing capacity, a compact design that saves valuable rig space, and outstanding cost-efficiency that maximizes return on investment.

Key Features and Benefits of the GN Linear Motion Shale Shaker:
Robust Deck Construction: The entire shaker deck undergoes rigorous heat treatment to eliminate welding stress, ensuring structural integrity and reliable operation under high G-force conditions.
Efficient Screen Installation: A mechanical ratchet wrench mechanism allows for rapid screen tightening and easy disassembly, minimizing downtime and enhancing operational efficiency.
Durable Wedge Blocks: Crafted from high-performance nylon, these components resist high temperatures, corrosion, and wear, ensuring long-lasting performance in harsh environments.
Premium Vibration Motors: Equipped with renowned OLI brand motors from Italy, guaranteeing consistent and reliable vibration performance.
Advanced Sealing Solutions: Polyurethane seals between the shaker and screen not only extend service life but also simplify replacement, reducing maintenance efforts.
Corrosion-Resistant Support Elements: Stainless steel rubber strips on the vibration screen’s bottom frame provide excellent corrosion resistance and durability.
Safety-Focused Electrical Controls: The control box, constructed from aluminum alloy or stainless steel explosion-proof materials, ensures superior sealing and corrosion resistance, adhering to stringent safety standards.
Pre-Tensioned Screen System: Facilitates quick and hassle-free screen replacement, further reducing maintenance time and costs.
Flexible Mud Outlet Options: The outlet can be configured as either bottom or side discharge, allowing for adaptable installation to suit specific site layouts.
Adjustable Deck Angle: Mechanically adjustable at both ends during operation, enabling real-time optimization for varying processing needs and drilling conditions.

For Middle East oilfield service companies, the GN Shale Shaker represents more than just equipment—it’s a partnership in productivity. By combining innovative design with proven reliability, GN ensures that your solids control system starts strong, setting a solid foundation for the entire drilling process. Experience the difference with GN, where performance meets precision.
Explore the full potential of your drilling operations with the K Series GN Shale Shaker—engineered for excellence, built for the field.
















