The article “Submersible Pump: Working, Types, Applications, & How To Prime It” by Waqar (n.d.) gives a brief introduction to submersible pumps, highlighting their key features and advantages. The article by Waqar (n.d.) explains that submersible pumps are specialised devices used in leachate environments to move fluid while submerging in liquid. By operating underwater, these pumps can effectively eliminate the risk of cavitation, ensuring better reliability and longevity. Furthermore, submersible pumps require no priming, allowing for immediate operation once submerged, which simplifies setup and enhances efficiency. Their versatility enables them to undertake a broad range of applications. For example, extracting groundwater in deep wells, and regulating sewages and drainage systems in cities, making them vital in emergency scenarios such as flood management. Overall, the combination of cavitation prevention, adaptability, and operational simplicity highlights the value of submersible pumps, making them indispensable instruments for modern fluid management and vital in tackling a wide range of water management issues.
While centrifugal pumps are an alternative in the market, engineers in leachate environments prefer submersible pumps because they reduce cavitation and are simple to install.
References
Waqar, E. (n.d.-a). Submersible pump: Working, types, applications, & how to prime it. Mechanical Boost. https://mechanicalboost.com/submersible-pump/#more-2846
Waqar, E. (n.d.-b). What is centrifugal pump?: How does a centrifugal pump work?. Mechanical Boost. https://mechanicalboost.com/centrifugal-pump-an-overview/#Centrifugal_Pump_Working
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