Global Progressing Cavity Pump Market Size, Forecasts To 2023

A rotating positive displacement pump known as an eccentric screw pump or screw pump is the advancing cavity pump. As the rotor is cranked, liquids with greater viscosities are transferred via a series of progress and pushed through a sequential order of tiny, distinct cavities with defined shapes in the progressive cavity. As such, minimal degrees of shearing are applied to the pump and the volumetric flow rates become proportionate to the rotation rate. One kind of positive displacement pump designed to handle very viscous fluids and especially difficult pumping applications is the progressive cavity pump. Progressive cavity pumps are used for the intermittent or continuous transfer of raw materials with varying degrees of viscosity, abrasiveness, or even high solid content in a wide range of applications. Many industrial operators in the food and beverage, oil and gas, water, and wastewater sectors utilize progressive cavity pumps to discharge highly viscous material at a constant flow rate. However, changes in well conditions and operational parameters, such as motor speed, can have a significant negative impact on the pump and also reduce the process optimization. These changes can also negatively affect the system\'s consistent and reliable performance.