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Centrifugal Pump

Centrifugal Pump

Reliable Fluid Transfer for Efficient Solids Control Systems

  • Reliable Slurry & Mud Transfer Performance
  • Wear-Resistant Heavy-Duty Construction
  • Multi-Functional Solids Control Integration
  • Durable, Low-Maintenance Operation

Reliable Fluid Transfer for Efficient Solids Control Systems

Reliable fluid transfer is essential for maintaining drilling efficiency and ensuring smooth operation of solids control systems. Inefficient mud circulation or unstable slurry transfer can negatively impact equipment performance, drilling fluid quality, and overall operational productivity.
Centrifugal Pump is engineered for efficient transfer of slurry, drilling mud, and wastewater in demanding drilling environments. Designed for durability, high performance, and long service life, it plays a critical role across multiple solids control applications, including desander, desilter, jet mud mixer, and rig mud pump system.
With robust construction and wear-resistant materials, the HY Centrifugal Pump delivers dependable performance even under abrasive operating conditions.
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Reliable Fluid Transfer for Efficient Solids Control Systems

Centrifugal Pump Brochure Centrifugal Pump Brochure

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Versatile Fluid Transfer Performance
Efficiently handles slurry, drilling mud, and wastewater, supporting stable fluid circulation throughout the drilling process.
Multi-Functional System Integration
Widely used as a feeding pump for desander and desilter, a mixing pump for jet mud mixer, as well as a trip pump and supercharging pump for rig mud pump.
Durable Mechanical Seal Technology
Equipped with a tungsten carbide mechanical seal, ensuring reliable sealing performance, reduced leakage risk, and extended operational life.
Heavy-Duty Wear-Resistant Construction
The pump casing and impeller are manufactured from hard ductile iron alloy, providing superior wear resistance and durability under harsh drilling conditions.
Robust Supporting Structure
Mounted on a cast support skid for enhanced stability, durability, and long-term field reliability.
Compact & Low-Maintenance Design
Compact footprint minimizes installation space requirements while maintaining low noise levels and reduced maintenance costs.
Premium Bearing System
Uses high-quality branded bearings to ensure smooth operation, improved reliability, and longer equipment lifespan.
Improved System Efficiency
Ensures consistent fluid transfer for optimized solids control performance.
Lower Operating Costs
Wear-resistant materials and durable sealing technology reduce maintenance and replacement frequency.
Enhanced Equipment Reliability
Stable fluid circulation helps maintain reliable operation of downstream equipment.
Flexible Application Capability
Suitable for multiple functions across drilling fluid circulation and solids control systems.
Long Service Life
Premium materials and robust engineering deliver dependable long-term performance in demanding drilling environments.

Centrifugal Pump Specifications

ModelFlowLiftMotorSpeedImpeller
HYSB8X6-14320m³/h40m75kW1450RPM (50HZ)14in
HYSB8X6-12350m³/h42m75kW1750RPM (60HZ)12in
HYSB8X6-13280m³/h35m55kW1450RPM (50HZ)13in
HYSB6X5-12200m³/h45m55kW1750RPM (60HZ)12in
HYSB6X5-13180m³/h35m45kW1450RPM (50HZ)13in
HYSB5X4-14150m³/h60m45kW1750RPM (60HZ)14in
HYSB6X5-12160m³/h30m37kW1450RPM (50HZ)12in
HYSB5X4-12110m³/h45m37kW1750RPM (60HZ)12in
HYSB6X5-11200m³/h21m30kW1450RPM (50HZ)11in
HYSB5X4-11110m³/h35m30kW1750RPM (60HZ)11in

Applications

Oil & Gas Drilling

Oil & Gas Drilling

Horizontal Directional Drilling (HDD)

Horizontal Directional Drilling (HDD)

Coal Bed Methane (CBM)

Coal Bed Methane (CBM)

Geothermal Drilling

Geothermal Drilling

Water Well Drilling

Water Well Drilling

Mud Recycling Systems

Mud Recycling Systems

Solids Control Systems

Solids Control Systems

Result

Stable mud circulation, reliable slurry transfer, lower maintenance costs, extended equipment life, and improved efficiency across the entire solids control system.

Centrifugal Pump FAQs

What is the primary function of a centrifugal pump in drilling operations?
The Centrifugal Pump is designed for reliable transfer and circulation of drilling fluids, slurries, and wastewater within solids control systems. It ensures continuous fluid movement across key equipment such as shale shakers, desanders, desilters, and mud mixing systems, maintaining stable drilling fluid performance and system efficiency.
What types of applications can the pump be used for?
The pump is a multi-functional unit widely used across drilling fluid systems. It serves as a feeding pump for desanders and desilters, a mixing pump for jet mud mixers, and a transfer or supercharging pump for rig mud pump systems. It is also suitable for trip tank operations and general slurry transfer applications in drilling environments.
How does the pump perform in abrasive and high-solids environments?
The pump is engineered with hard ductile iron alloy components, including casing and impeller, to ensure strong resistance against abrasion and wear. Combined with tungsten carbide mechanical seals, it delivers reliable performance in high-solids drilling mud and abrasive slurry conditions commonly encountered in oil & gas and mining operations.
What ensures sealing reliability and leak prevention during operation?
The pump is equipped with advanced tungsten carbide mechanical seal technology, which provides stable sealing performance under continuous operation. This design minimizes leakage risks, enhances operational safety, and extends service life even in demanding high-pressure and abrasive fluid transfer conditions.
Is the centrifugal pump suitable for continuous and heavy-duty operation?
Yes. The pump is designed for continuous-duty industrial applications, offering stable hydraulic performance and reliable operation in 24/7 drilling environments. Its robust structure, premium bearing system, and balanced design ensure long service life and consistent performance under varying load conditions.
What operational benefits can be expected from using this pump?
Operators can expect stable mud circulation, improved solids control efficiency, reduced maintenance frequency, and longer equipment lifespan. The pump enhances overall system reliability by ensuring consistent fluid transfer, reducing downtime, and supporting efficient operation of downstream solids control equipment across drilling sites.
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