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Pump Hydraulics | Part 2 | Cavitation and NPSH Calculation | Process Design Engineering | Chemical Engineering | PAYO'S Academy Learn cavitation, NPSH (Net Positive Suction Head) concepts, and calculations in pump hydraulics. This is Part 2 of the Pump Hydraulics series by PAYO'S Academy, ideal for chemical engineering students, process engineers, and freshers who want to master pump operation, avoid cavitation issues, and optimize process efficiency in EPC, FEED, and DDE projects. In this video, you will learn: What is cavitation in pumps and how it affects performance and safety Understanding NPSH Available (NPSHA) and NPSH Required (NPSHR) Step-by-step NPSH calculation methods for different pump systems How to prevent cavitation and improve pump efficiency Practical examples from chemical plants, refineries, and industrial processes Common interview questions on cavitation, NPSH, and pump hydraulics This Pump Hydraulics series helps process engineers, mechanical engineers, and plant designers select correct pumps, avoid operational failures, and optimize fluid handling systems. Who Should Watch: ✔ Chemical engineering students ✔ Freshers preparing for process engineering or pump design interviews ✔ Professionals working in chemical plants, EPC projects, or process operations ✔ Anyone aiming to become a skilled process engineer or chemical plant designer At PAYO'S Academy, we provide industry-focused tutorials, practical examples, Excel-based calculations, and step-by-step guidance to make you confident in pumps, NPSH calculations, and process design. #PumpHydraulics #Cavitation #NPSHCalculation #ProcessDesignEngineering #ChemicalEngineering #PumpBasics #PumpSelection #ProcessEngineer #ChemicalProcessDesign #PAYOSAcademy #EPCProjects
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