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A Brief Guide to Progressive Cavity Pumps (PCPs)
A 2024 market analysis by Fortune Business Insights estimates the global PCP market to reach a staggering USD 7.09 billion by 2028, highlighting their rising recognition and significance. However, what makes PCPs so indispensable? This blog explores the ingenious design and operational principles of PCPs. Read on to learn more.
Advantages and Applications of Progressive Cavity Pumps in the Oil and Gas Industry
Before progressive cavity pumps swept the oil and gas industry due to their ability to pump highly viscous fluids at a steady flow rate, centrifugal pumps were the norm. However, centrifugal pumps need high levels of net positive suction head available (NPSHa) and often faced cavitation.
Maintenance Tips for Progressive Cavity Pumps
This guide outlines the operational basics of progressive cavity pump repair and maintenance tips to help extend their life and optimize performance.
The Role of Stator Design in Progressive Cavity Pumps
Role of stator design and its importance in the anatomy of Progressive Cavity Pumps.
Tips on Maintaining Optimal Flow Rates in Progressive Cavity Pumps
Various industries employ progressive cavity or PC pumps to pump medium—to high-viscosity fluids. A progressive cavity dosing pump's ability to resist high temperatures and offer steady flow makes it great for oil, paint, adhesive, and other abrasive and corrosive materials.
Why Not Progressive Cavity Pumps for the Sugar Industry?
The sugar industry produces highly viscous fluids like molasses, massecuite, press mud slurry and even sludges. These materials are highly consistent and shear sensitive. Preserving these fluid properties is essential in sugar processing. While there are many types of pumps in the market, Food Grade Progressive Cavity Pumps meet these challenges head-on.