GN Solids Control has completed shipment of double‑deck Shale Shaker units to support a large‑scale deep well drilling operation. The equipment left the manufacturing facility on 12 August 2026 and will serve as primary first‑stage separation equipment within the on‑site mud purification process, addressing the demanding solids removal requirements generated during deep formation penetration.
Deep well drilling imposes heavy burdens on surface processing hardware. High density drilling fluids, large cuttings volumes and fluctuating flow rates require shaker screens to maintain stable throughput while keeping fluid loss at an acceptable level. The double‑deck shale shaker adopted for this project features two‑level screening structure, which effectively separates coarse and medium‑sized drill solids in one pass. Compared with single‑deck models, it improves total handling capacity and enhances separation efficiency under high‑viscosity mud conditions frequently encountered in deep well sections.
Application Advantages for Deep Well Drilling Conditions
When drilling into deep formations, mud weight is normally increased to maintain wellbore stability. Under such operating parameters, conventional screening equipment often suffers screen blinding, overflow and reduced processing performance. GN double‑deck shale shaker is engineered to resist these typical pain points. Adjustable high‑frequency vibration motors deliver consistent G‑force, supporting continuous processing even when inlet mud contains high content of rock cuttings. Modular screen mounting design allows fast screen replacement on location, shortening equipment downtime during round‑the‑clock drilling shifts.
All supplied units have passed factory acceptance test covering vibration performance, sealing check, noise measurement and full‑flow simulation. Every component complies with international industrial standards for on‑site drilling environment. Technical documentation including operation manual, spare‑parts list and inspection reports are packaged together for field commissioning teams.
Manufacturing and Global After‑Sales Support
As an experienced manufacturer focusing on drilling solids handling equipment, GN Solids Control keeps standardized production workflows for custom and standard shaker orders. Apart from hardware supply, the company provides remote technical guidance and global spare‑parts logistics support for overseas projects. Once the machines arrive at the job site, local engineering teams can obtain technical consultation for installation, parameter tuning and routine maintenance to guarantee long‑term stable running.
This delivery further validates the adaptability of GN shale shaker in complex deep‑well scenarios. For future deep drilling assignments, reliable solids removal equipment remains critical to protect downstream mud processing units, reduce mud consumption and help operators control overall drilling cost.
A large batch of drilling fluid processing equipment has been completed and dispatched from GN Solids Control manufacturing base, with multiple sets of 
The GNLS3073 is a heavy‑duty linear vibrating screen built for mining classification, dewatering, desliming and tailings dry‑discharge applications. It adopts reliable linear‑motion vibration technology, enabling materials to travel along a stable straight trajectory across the full screen deck. Composed of heavy‑duty vibration exciters, high‑integrity screen box, rubber‑spring damping system and modular support frame, this unit supports both horizontal and inclined installation, giving process engineers great flexibility for different ore‑handling workflows. Durability stands out as its biggest advantage for tough mining sites. Different from conventional welded screen boxes, GN applies imported Huck hydraulic rivet assembly for side plates made of high‑strength alloy steel, removing welding residual stress and improving anti‑impact capability. Before production, GN engineers run finite‑element‑analysis simulation to optimize vibration parameters and beam structures, effectively avoiding resonance risks during long‑hour full‑load operation. Key bearing beams receive stress‑relief heat treatment to boost fatigue resistance for non‑stop mining shifts. Benefiting from its large effective screening area and optimized vibration system, GNLS3073 delivers high processing capacity with stable particle‑size classification. Wear‑resistant screen panels extend service cycles and cut spare‑part replacement frequency. Once put into service, it helps the mine raise screening efficiency, reduce unexpected downtime and stabilize downstream processing quality.
This project marks another solid reference for GN in large‑scale mining screening equipment. Beyond single‑unit supply, GN provides custom‑tailored screening packages, onsite technical guidance and after‑sales support for mineral processing, aggregate and tailings treatment projects worldwide. Mining operators can count on GN for practical, cost‑effective 
