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      • MANNING'S-ROUGHNESS VALUE
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      • Fire Water Demand Calc.
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  • Home
  • All Articles
  • Engineering Phenomena
  • Resources
    • MANNING'S-ROUGHNESS VALUE
    • CHEMICAL COMP ASTM A234
    • NPSH Calculator
    • Piping Class
    • FRICTION LOSS IN FITTINGS
    • CO2 Corrosion Calculator
    • Corr Type & Alt. Material
    • Electrical Unit Convertor
    • Fire Water Demand Calc.
  • Engineering Studies
    • Engineering Studies
    • Energy Management
    • Energy Audits
    • Heat Radiation Modeling
    • Material Selection
    • Process Selection For LPG
  • Topics
    • Cooling Towers
    • Storage Vessels for HC
    • Pumps and Related Piping
    • Gas Chromatography
  • Glossary
  • Helpfull Websites

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Articles about Pumps & Piping

PUMP'S EVALUATION FOR SMOOTH OPERATION

PUMP'S EVALUATION FOR SMOOTH OPERATION

PUMP'S EVALUATION FOR SMOOTH OPERATION

In the realm of fluid dynamics, hydraulic machines that play a pivotal role in transforming mechanical energy into hydraulic energy are aptly known as pumps. These ingenious devices form the backbone of countless industrial, commercial, and domestic processes, where the controlled movement of liquids is paramount. Among these hydraulic workhorses, the centrifugal pump stands as an emblem of efficiency and versatility. Pumps must undergo meticulous evaluation to ensure their seamless functioning across various applications. This process encompasses a comprehensive analysis of factors such as

1- Check the rotation direction of the pump motor to ensure it matches [...] Continue Reading 

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PIPING DESIGN (PUMP): RECOMMENDATIONS

PUMP'S EVALUATION FOR SMOOTH OPERATION

PUMP'S EVALUATION FOR SMOOTH OPERATION

Installing a new centrifugal pump requires careful consideration. However, it is essential to recognize the significance of proper installation in ensuring the pump's long-term success. Setting up the pump's base, aligning it correctly, and paying attention to the piping are crucial steps that should not be overlooked.

The Importance of Pump Piping Design:

During the installation of centrifugal pumps, the focus is [...]

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NPSH & CAVITATION

CENTRIFUGAL PUMP TROUBLESHOOTING GUIDE

CENTRIFUGAL PUMP TROUBLESHOOTING GUIDE

Understanding NPSH

NPSH, or Net Positive Suction Head, is a defining factor in pump operations. It comes in two forms:

  • NPSHr (Required): This is the head required for the pump to operate without succumbing to cavitation issues.
  • NPSHa (Available): Representing the head available in the system, such as the natural pressure in an overhead tank.

The key to pump health lies in maintaining NPSHR lower than NPSHa; a fundamental rule to prevent cavitation issues. When NPSHR exceeds NPSHa, the ominous threat of pump cavitation emerges.[...]

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CENTRIFUGAL PUMP TROUBLESHOOTING GUIDE

CENTRIFUGAL PUMP TROUBLESHOOTING GUIDE

CENTRIFUGAL PUMP TROUBLESHOOTING GUIDE

In this guide, we’ll help you troubleshoot common pump problems like 

  • low flow rates, 
  • insufficient pressure, 
  • strange noises, and 
  • sudden shutdowns. 

We’ll cover causes and practical fixes for issues like insufficient Net Positive Suction Head (NPSH), system head miscalculations, impeller blockages, and bearing failures.

Whether you're an experienced engineer or new to the field, our goal is to provide clear, actionable advice. So, let’s dive in and ensure your pump systems run smoothly and efficiently.

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Resources

Manning's Roughness Value NPSH Calculator Pressure Class for Carbon Steel PipingFriction Loss in Fittings—(Resistance) Coefficient K

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