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.