CBW-1500 Diesel Engine Pump For Pipeline Booster

The CBW-1500 pipeline booster pump is a triplex reciprocating single-acting plunger pump driven by a diesel engine, featuring five-stage flow regulation.

Its unique triplex reciprocating design minimizes flow pulsation, ensuring smoother fluid delivery. The five-stage flow adjustment is achieved through a precision gearbox, offering simple operation and rapid adaptation to varying flow demands across different operating conditions. Transitions between settings are seamless and shock-free. Additionally, the pump assembly incorporates a complete cooling and lubrication system. The cooling fan operates synchronously with the engine, while the forced lubrication system precisely lubricates moving components, reducing wear and extending equipment lifespan.

This equipment demonstrates outstanding operational efficiency, maintaining stable performance output across diverse operating conditions. Whether in large-scale industrial pipeline systems requiring prolonged continuous operation or in small-to-medium-sized boosting applications with intermittent start-stop cycles, this unit consistently delivers reliable performance output through its optimized power matching and structural design. It ensures stable fluid flow within pipelines at set pressure ranges, meeting the stringent demands for efficient and stable pressure boosting in complex operating environments.

Technical Parameters and Specifications

Functions  

The pipeline booster pump plays a central role in various fluid conveyance systems. It resolves pressure decay issues within pipelines caused by friction losses, elevation differences, or insufficient initial pressure. Through the periodic reciprocating motion of pistons/plungers within the cylinder, it converts the mechanical energy from the prime mover into fluid pressure energy, elevating the fluid pressure within the pipeline. This ensures the fluid is delivered stably to the target location at the set pressure and flow rate. In industrial production, they provide the driving force for long-distance pipeline transportation and maintain process pressure. In oilfield development, mining engineering, and other fields, they are used for boosting water supply pressure, deep well pumping, high pressure cleaning, or formation grouting. With their powerful pressure-boosting capability, stable flow output, and adaptability to complex operating conditions, they have become critical equipment for ensuring the efficient, safe, and reliable operation of fluid transportation systems.