Month: January 2026

We are pleased to announce a significant shipment to Europe: three sets of advanced HDD (Horizontal Directional Drilling) Mud Recycling Systems have been successfully manufactured and dispatched to our client. This delivery underscores our commitment to providing efficient and reliable solids control solutions for the global trenchless technology market.

This order specifically includes:

2 Units of GNMS-400C Mud Recycling System

1 Unit of GNMS-200C Mud Recycling System

These systems are part of our renowned GN C Series, designed as self-contained mud recycling units. Unlike basic economy models, the C Series integrates mud recycling, storage, and mixing functions into a single, robust package. This all-in-one design makes it an ideal and efficient solution for medium to large-scale drilling operations, eliminating the need for separate storage tanks and mixing equipment. Built for performance, it features excellent multi-stage separation capabilities to ensure optimal drilling fluid management.

A Closer Look at the GN C Series:
Engineered for versatility and high performance, the GN C Series is built to handle demanding drilling fluid challenges. The models involved in this European shipment are:

GNMS-200C: Capacity of 200 GPM (50 m³/h)

GNMS-400C: Capacity of 400 GPM (100 m³/h)

Our C Series line also includes higher-capacity models like the GNMS-600C (150 m³/h) and GNMS-1000C (200 m³/h), with options for custom-designed systems to meet unique project requirements.

Primary Applications of the C Series:
The GN C Series Mud Recycling Systems are perfectly suited for a wide range of applications, including:

Trenchless HDD Projects

CBM (Coal Bed Methane) & Geothermal Well Drilling

Tunnel Boring Machine (TBM) & Bored Pile Projects

Water Well Drilling

Diamond Drilling

This delivery to Europe demonstrates the international trust in GN’s engineering quality and our ability to supply critical equipment that enhances operational efficiency and environmental sustainability on drilling sites worldwide.

GN Solids Control is pleased to announce the recent shipment of a batch of High G Force Drying Shakers and Mud Agitators to a prominent customer in the Middle East. This delivery underscores our commitment to providing advanced, efficient, and reliable solids control solutions to the global energy sector, particularly in key drilling regions.

The supplied GN High G Force Drying Shaker is engineered for superior performance in primary solids control and cuttings drying. Designed to process solids from primary separation equipment, it effectively recovers valuable silts and ultra-fine sands while transforming cuttings into a consistently stackable and conveyable form. A key operational and economic advantage is its ability to achieve excellent drying results without the need for expensive chemicals or polymers. The shaker’s adjustable G-force, reaching up to an impressive 8.0 G, provides the versatility to handle a wide range of drilling conditions and material types.

Complementing the drying shaker is the reliable JBQ Series Mud Agitator, a critical component for maintaining uniform drilling fluid properties in processing tanks. For applications requiring less than 5.5 kW, our agitator utilizes a compact blender cycloid speed reducer, making it ideal for mixing tanks where space is a consideration. For higher power needs above 7.5 kW, the design incorporates a robust turbo and worm gear speed reducer. This configuration ensures large torque transmission, steady revolution, and highly reliable operation under demanding conditions. Common models in this series, such as the JBQ5.5kW, JBQ7.5kW, JBQ11kW, and JBQ15kW, offer flexible solutions to meet various system requirements.

This combination of the high-performance drying shaker and the dependable mud agitator forms an integral part of a complete GN Solids Control drilling fluids processing system. The shipment to our Middle Eastern partner reaffirms GN’s role as a trusted provider of tailored equipment that enhances operational efficiency, reduces environmental footprint, and improves overall cost-effectiveness for drilling operations worldwide.