Mastering Pump Fundamentals: Design, Selection & Operation from Udemy

Course Description:

This Course aims to master Pumps with a comprehensive understanding of the principles and practices essential for efficient operation and selection of rotating equipment in industrial settings.

Participants will learn to interpret pump curves, analyze piping system curves for optimization, and perform calculations for equipment sizing and assessment.

Additionally, they will gain insight into factors influencing equipment selection and design, and best practices for maintenance and troubleshooting.

By fostering effective communication with equipment vendors and providing access to practical tools for problem-solving, this course empowers participants to enhance equipment performance and reliability while addressing real-world challenges in Pumping Equipment operations.

What You Will Learn:

By the end of this course, you will be able to:

Principles of Pumping Equipment operation and application.
Construction details of equipment types.
Interpretation, Analysis & Optimization of Pump Curves.
Techniques for Pumping System Efficiency.
Factors influencing equipment selection and design.
Sizing and management of suction and discharge bottles.
Operational issue analysis and troubleshooting.
Application of maintenance best practices.
Access to problem-solving

Recommended Audience:

This course is suitable for both: Students & Professionals. From Undergraduate and Graduate engineering students, environmental science majors, all the way to Professionals in engineering, environmental, and technical fields.

Assessment:

The course will be assessed through quizzes.

Prerequisites:

Basic Knowledge of Mathemathics, Physics and Chemistry. Recommended: Mechanical Energy Fundamentals. Piping Systems, Fittings & Valves

What's inside

Syllabus

Introduction

Before you Start - Course Overview

About This Course

Process Engineers in charge of Pumps - YT

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Read about what's good

what should give you pause

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Provides a comprehensive understanding of pump principles, covering operation, selection, and maintenance, which are essential for professionals in engineering and environmental sectors

Includes numerous examples and case studies, such as automotive fuel pump calculations and online pump selection, which are useful for practical application and skill development

Explores pump performance indicators, cavitation, and Net Positive Suction Head (NPSH), which are critical for diagnosing and preventing operational issues in pumping systems

Requires a basic knowledge of mathematics, physics, and chemistry, and recommends prior knowledge of mechanical energy fundamentals, piping systems, fittings, and valves, which may limit accessibility for some learners

Covers system head and curve calculations using spreadsheets, which requires access to spreadsheet software and a degree of familiarity with its use

Focuses on pump selection methodology, including lifecycle economics and supplier selection, which is valuable for professionals involved in procurement and project management

Reviews summary

Comprehensive pump fundamentals & applications

According to students, this course offers a comprehensive and practical approach to mastering pump fundamentals. Learners particularly appreciate the clear explanations of complex topics and the numerous useful exercises that reinforce understanding. The course content is highly relevant for real-world application in engineering and technical fields. Many students found it a highly recommended resource for both foundational knowledge and practical skills, though having the recommended prerequisites can significantly enhance the learning experience.

Prior knowledge is very beneficial

"While basic prerequisites are listed, having a strong background in fluid mechanics and mechanical energy is highly recommended."

"Some sections move quickly, and prior knowledge of piping systems definitely helps keep pace."

"I recommend reviewing basic physics and engineering fundamentals before starting this course for the best experience."

Concepts explained simply and effectively

"The instructor explains complex topics like NPSH, system head, and pump curves in a very clear and understandable way."

"I found the explanations of different pump types and selection criteria particularly easy to follow."

"Concepts are broken down well, making them accessible even for challenging areas."

Many useful exercises and examples

"The exercises are incredibly helpful for applying the concepts learned and solidified my understanding."

"Working through the examples, especially with the provided spreadsheets, was great practice for real scenarios."

"I found the numerous calculation examples very useful for mastering the material."

Directly applicable to industry work

"The content is directly applicable to my work as a process engineer and in industrial settings."

"I can use the pump selection methodology and troubleshooting techniques learned here immediately in my job."

"This course gave me practical skills I needed for working with pumps in the field."

In-depth coverage of pump fundamentals

"Provides a very comprehensive overview of pump types, operation, and selection principles, covering everything from basic operation to advanced troubleshooting."

"I appreciated the depth of coverage on pump curves, efficiency calculations, and topics like NPSH."

"This course covers everything I needed to understand pump fundamentals thoroughly."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Mastering Pump Fundamentals: Design, Selection & Operation with these activities:

Review Mechanical Energy Equation

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Solidify your understanding of the Mechanical Energy Equation to better grasp pump head calculations and system curve analysis.

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Review the definition of each term in the Mechanical Energy Equation.
Work through example problems involving energy conservation in fluid systems.
Relate the Mechanical Energy Equation to pump performance and efficiency.

NPSH Calculation Exercises

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Practice calculating Net Positive Suction Head (NPSH) to prevent cavitation and ensure reliable pump operation.

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Solve a variety of NPSH calculation problems with different system configurations.
Analyze the impact of factors like temperature, pressure, and fluid properties on NPSH.
Use online calculators to verify your calculations.

Cameron Hydraulic Data

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Reference Cameron Hydraulic Data to find relevant formulas, tables, and charts for pump calculations and system design.

View Melania on Amazon

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Familiarize yourself with the book's organization and content.
Use the book to verify calculations and find data for pump selection problems.

Three other activities

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Pump Handbook

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Consult the Pump Handbook for detailed information on pump types, selection criteria, and troubleshooting techniques.

View Pump Handbook on Amazon

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Explore the different sections of the handbook to understand its scope.
Use the handbook to research specific pump types and their applications.
Refer to the handbook for guidance on pump selection and troubleshooting.

Pump Selection Report

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Create a report detailing the pump selection process for a specific application, demonstrating your understanding of pump curves, system curves, and selection criteria.

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Define the application and its requirements (flow rate, head, fluid properties).
Develop a system curve for the application.
Research and compare different pump types and models.
Select the optimal pump based on performance, efficiency, and cost.
Document your selection process and justify your choice.

Design a Pumping System

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Design a complete pumping system for a real-world application, integrating your knowledge of pump selection, system curves, and NPSH calculations.

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Define the application and its requirements (flow rate, head, fluid properties, distance).
Select appropriate piping and fittings.
Choose a suitable pump based on system requirements and pump curves.
Calculate NPSH available and ensure it exceeds NPSH required.
Create a detailed system layout and bill of materials.

Career center

Learners who complete Mastering Pump Fundamentals: Design, Selection & Operation will develop knowledge and skills that may be useful to these careers:

Pump Engineer

A pump engineer focuses on the design, installation, and maintenance of pumping systems. This role often involves analyzing system requirements, selecting appropriate pumps, and ensuring efficient and reliable operation. This course helps aspiring pump engineers understand the principles behind pump operation, interpret pump curves, and perform calculations for equipment sizing. The course's focus on pump performance indicators and troubleshooting equips individuals for real-world challenges in pumping equipment operations. This course is useful for anyone considering a career as a pump engineer.

See salaries and explore the career path for Pump Engineer

Maintenance Engineer

Maintenance engineers are responsible for ensuring the proper functioning and upkeep of equipment and systems. This role includes troubleshooting equipment malfunctions, performing preventive maintenance, and implementing equipment upgrades. Since pumps are widely used in industrial settings, maintenance engineers need a solid understanding of pump operation and maintenance procedures. This course helps maintenance engineers gain expertise in pump performance analysis, troubleshooting techniques, and maintenance best practices. The course's coverage of pump curves, cavitation prevention, and pump selection criteria helps maintenance engineers keep pumping systems running smoothly. This course offers maintenance engineers tools for problem-solving.

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Process Engineer

Process engineers are responsible for designing, implementing, controlling, and optimizing industrial processes. This often includes working with pumping systems to ensure efficient transfer of fluids. This course may be useful as it provides a comprehensive understanding of pump operation, selection, and maintenance, essential for optimizing pumping systems within a larger industrial process. The course's focus on pump curves, system head calculations, and lifecycle economics can enable process engineers to make informed decisions about pump selection and operation. Aspiring process engineers can apply concepts such as Net Positive Suction Head covered in this course to solve industrial challenges.

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Reliability Engineer

Reliability engineers focus on improving the reliability and maintainability of equipment and systems. They analyze equipment performance data, identify failure modes, and implement preventive maintenance strategies. Because pumps are critical components in many industrial systems, reliability engineers need a strong understanding of pump operation and maintenance best practices. This course helps reliability engineers gain insight into pump performance indicators, troubleshooting techniques, and maintenance strategies. The course's focus on pump curves and net positive suction head (NPSH) calculations can enable reliability engineers to identify and prevent pump failures. Reliability engineers benefit from a knowledge of best practices in pump maintenance.

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Mechanical Engineer

Mechanical engineers design, develop, build, and test mechanical and thermal devices, including pumps and pumping systems. A deep knowledge of pump fundamentals is crucial for mechanical engineers working in industries that rely on fluid transfer. This course helps mechanical engineers gain practical knowledge of pump operation, performance analysis, and selection criteria. The course's exploration of different pump types, system curves, and optimization techniques may be useful for mechanical engineers involved in the design and maintenance of pumping systems. A familiarity with the topics in this course builds a foundation for mechanical engineers.

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Hydraulic Engineer

Hydraulic engineers specialize in the flow and transport of fluids, often working on projects involving water resources, irrigation, or pipelines. A solid understanding of pump operation and selection is essential for hydraulic engineers working on these types of projects. This course helps hydraulic engineers enhance their expertise in pump performance analysis, system head calculations, and equipment sizing. The course's focus on pump curves, cavitation prevention, and pump selection criteria enables hydraulic engineers to design efficient and reliable fluid transfer systems. Hydraulic engineers can gain knowledge of pumping systems from this course.

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Energy Engineer

Energy engineers focus on improving energy efficiency and reducing energy consumption in buildings, industrial processes, and transportation systems. Because pumping systems can consume significant amounts of energy, energy engineers need to understand how to optimize pump operation for maximum efficiency. This course helps energy engineers gain expertise in pump performance analysis, system head calculations, and lifecycle economics. The course's emphasis on pump curves, efficiency optimization, and pump selection criteria enables energy engineers to identify and implement energy-saving measures in pumping systems. Those in energy engineering roles should learn the pump principles discussed in this course.

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Design Engineer

Design engineers create technical drawings, plans, and models for various engineering projects, including pumping systems. Understanding pump principles and selection criteria is essential for design engineers involved in designing efficient and reliable fluid transfer systems. This course helps design engineers develop a strong foundation in pump operation, performance analysis, and system head calculations. By learning to interpret pump curves and understanding the factors influencing equipment selection, design engineers enhance their ability to create detailed and accurate designs for pumping systems. Design engineers can apply the concepts taught in this course to many industrial applications.

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Environmental Engineer

Environmental engineers work to protect the environment and human health through the design of solutions to environmental problems. These problems frequently involve fluid management and pumping, such as in wastewater treatment or water distribution systems. This course may be useful as it covers pump operation, system design, and troubleshooting, which are skills applicable to environmental engineering projects. The course's emphasis on pump selection and efficiency may support environmental engineers in designing sustainable and cost-effective pumping solutions. Those working in environmental engineering should consider learning about pump design.

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Instrumentation and Control Engineer

Instrumentation and control engineers design, install, and maintain the systems that measure and control industrial processes. Because pumps are often integrated into automated control systems, instrumentation and control engineers need to understand pump characteristics and performance. This course helps instrumentation and control engineers understand how pump operation affects overall system performance. They can gain insight into pump curves, performance indicators, and control strategies. Professionals of instrumentation and control could use this course to optimize pump operations.

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Sales Engineer

Sales engineers sell complex technical products and services to businesses. In the context of pumping systems, sales engineers need a deep understanding of pump technology and applications to effectively communicate the value of their products to potential customers. This course helps sales engineers develop a strong foundation in pump operation, selection, and performance analysis. This course provides insight into pump curves, system head calculations, and lifecycle economics. Sales engineers benefit from taking this course.

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Project Engineer

Project engineers manage engineering projects from conception to completion. This includes defining project scope, developing budgets and schedules, and coordinating project teams. Because many engineering projects involve pumping systems, project engineers need a general understanding of pump selection, installation, and operation. This course may be useful as it provides project engineers with the knowledge and skills necessary to manage projects involving pumping systems effectively. The course's coverage of pump selection criteria, lifecycle economics, and maintenance best practices may help project engineers make informed decisions throughout the project lifecycle. Those working in project engineer roles would benefit from this course.

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Test Engineer

Test engineers design and conduct tests to ensure that products and systems meet specified requirements. In the context of pumping systems, test engineers may be involved in testing pump performance, reliability, and efficiency. This course may be useful as it provides test engineers with the knowledge and skills needed to design and conduct effective tests on pumping systems. The course's coverage of pump curves, performance indicators, and troubleshooting techniques helps test engineers analyze test data and identify potential problems. Test engineers can build a better testing apparatus with the knowledge in this course.

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Facilities Engineer

Facilities engineers are responsible for maintaining and operating the infrastructure and equipment within a building or facility. This includes managing the heating, ventilation, and air conditioning (HVAC) systems, as well as the plumbing and electrical systems. Because pumps are used in many of these systems, facilities engineers need a basic understanding of pump operation and maintenance. This course may be useful as it provides a foundational understanding of pump principles, troubleshooting techniques, and maintenance best practices. Facilities engineers may apply their learnings from this course to maintain all equipment in a facility.

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Consulting Engineer

Consulting engineers provide expert advice and engineering services to clients on a variety of projects. This can include evaluating existing pumping systems, designing new systems, or troubleshooting problems. Because consulting engineers work on a wide range of projects, they need a broad understanding of engineering principles and practices. A consulting engineer may find this course useful, which may support them in understanding the principles and practices essential for efficient operation and selection of rotating equipment in industrial settings. The course's focus on pump selection and troubleshooting would enable consulting engineers to provide insightful recommendations to their clients.

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Mastering Pump Fundamentals

Design, Selection & Operation

What's inside

Syllabus

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Reviews summary

Comprehensive pump fundamentals & applications

Activities

Career center

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