Mastering Pump Fundamentals: Design, Selection & Operation
Mastering Pump Fundamentals: Design, Selection & Operation, available at $44.99, has an average rating of 4.17, with 95 lectures, based on 4 reviews, and has 50 subscribers.
You will learn about Fundamentals of Mechanical Energy and the Mechanical Energy Equation Understand When Pumps Are Required in a Given System Types of Pumps: Centrifugal, Dynamic, Positive Displacement, etc. How Pumps Work Pump Operation & Common Practices Pûmp Sizing & Selection Criteria Pump Maintenance & Troubleshooting Pumping System Types & Optimization Pump Curve & Pump Head This course is ideal for individuals who are Scicience & Engineering Students or Process Engineers, Chemical Engineers, Mechanical Engineer, Piping Engineering, etc… or Operator of Manufacturing/Process Industries It is particularly useful for Scicience & Engineering Students or Process Engineers, Chemical Engineers, Mechanical Engineer, Piping Engineering, etc… or Operator of Manufacturing/Process Industries.
Enroll now: Mastering Pump Fundamentals: Design, Selection & Operation
Summary
Title: Mastering Pump Fundamentals: Design, Selection & Operation
Price: $44.99
Average Rating: 4.17
Number of Lectures: 95
Number of Published Lectures: 95
Number of Curriculum Items: 95
Number of Published Curriculum Objects: 95
Original Price: $199.99
Quality Status: approved
Status: Live
What You Will Learn
- Fundamentals of Mechanical Energy and the Mechanical Energy Equation
- Understand When Pumps Are Required in a Given System
- Types of Pumps: Centrifugal, Dynamic, Positive Displacement, etc.
- How Pumps Work
- Pump Operation & Common Practices
- Pûmp Sizing & Selection Criteria
- Pump Maintenance & Troubleshooting
- Pumping System Types & Optimization
- Pump Curve & Pump Head
Who Should Attend
- Scicience & Engineering Students
- Process Engineers, Chemical Engineers, Mechanical Engineer, Piping Engineering, etc…
- Operator of Manufacturing/Process Industries
Target Audiences
- Scicience & Engineering Students
- Process Engineers, Chemical Engineers, Mechanical Engineer, Piping Engineering, etc…
- Operator of Manufacturing/Process Industries
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:
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Principles of Pumping Equipment operation and application.
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Construction details of equipment types.
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Interpretation, Analysis & Optimization of Pump Curves.
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Techniques for Pumping System Efficiency.
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Factors influencing equipment selection and design.
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Sizing and management of suction and discharge bottles.
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Operational issue analysis and troubleshooting.
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Application of maintenance best practices.
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Access to problem-solving
Recommended Audience:
This course is suitable for both: Students & Professionals. From Undergraduateand Graduateengineering students, environmental science majors, all the way to Professionalsin 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
Course Curriculum
Chapter 1: Introduction
Lecture 1: Introduction
Lecture 2: Before you Start – Course Overview
Lecture 3: About This Course
Lecture 4: Process Engineers in charge of Pumps – YT
Lecture 5: Review: Basic Concepts + Mechanical Energy Equation
Chapter 2: 1. Basic Pump Operation, Calculations & Performance
Lecture 1: Introduction to Section 1: Basic Pump Operation, Calculations & Performance Indi
Lecture 2: Rotatory Equipment vs. Pumps
Lecture 3: What is a Pump? How do they work?
Lecture 4: Pumps Available Online
Lecture 5: Common Parts of a Pump
Lecture 6: Pump Equations – Overview
Lecture 7: What is Pump Head?
Lecture 8: Introduction to Pump Exercises
Lecture 9: Ex. 1 Application of M.E.E. with NO Pump
Lecture 10: Ex. 2 Application of M.E.E. with a Pump
Lecture 11: Pump Power Supply
Lecture 12: Efficiency of a Pump
Lecture 13: Ex. 3 Efficiency of a Pump & Power Supply
Lecture 14: Ex. 4 More on Pump Power & Liquids
Lecture 15: Ex.5 Pumping Power in U-Shaped Pipeline
Lecture 16: More Practice for M.E.E. and Pumps
Lecture 17: Ex. 6 Pumping Requirment for Pressurized Tank System
Lecture 18: Ex. 7 Head & Pumping Requirement for a Tank System
Lecture 19: Ex. 8 – Sump Pump Calculations
Lecture 20: Ex. 9 Submersible Pump in a Deep-Well
Lecture 21: Ex. 10 Pump Assessment & Power Calculations for Water System
Lecture 22: Ex.11 Coolant Distribution & Pump Head Requirements
Lecture 23: Ex. 12 Pump Requirements by the Liquid System
Lecture 24: Ex. 13 Automotive Fuel Pump Calculations – Power & Efficiency
Lecture 25: Ex. 14 ANALYSIS – Power Requirment for a Motor
Lecture 26: Ex. 15 ANALYSIS: Power Conveyed by the Oil to the Fluid
Lecture 27: Ex. 16 ANALYSIS Pressure Calculations for a Kerosene System
Lecture 28: Ex. 17 ANALYSIS Max. Height for a Liquid to Avoid Cavitation of a Pump
Lecture 29: What Is a Pump Performance Curve? How to Create Them?
Lecture 30: Pump Performance Diagrams – What are they?
Lecture 31: How to Read Pump Curves (Impeller Size, Head, Flow Rate, Efficiency, Speed, etc)
Lecture 32: Ex. 18 How to Read Pump Curves – Maximizing Efficiency of a Pump
Lecture 33: Ex. 19 How to Read Pump Curves – Identifying a Pump
Lecture 34: Ex. 20 How to Read Pump Curves – Minimum Flow Rate given a NPSH
Lecture 35: Introduction to Pump Performance Indicators
Lecture 36: Common Pump Performance Indicators
Lecture 37: Pump Cavitation – What is it?
Lecture 38: Net Positive Specific Head Required and Available
Lecture 39: Calculations – Net Positive Specific Head Required and Available
Lecture 40: NPSH Exercises – How to Approach Them
Lecture 41: Ex. 21 Simplified Calculations of NPSHA for Benzene
Lecture 42: Ex. 22 Simplified Calculations of NPSH available for a Coolant (low volatility)
Lecture 43: Ex. 23 Complete Calculations for NPSHA in a Tank-Pump System
Lecture 44: Ex. 24 Lower Tank System Calculations for NPSH
Lecture 45: Ex. 25 Calculations of NPSH for Pressurized Systems
Lecture 46: Ex. 26 Recalculations of NPSHA for a Pump BELOW inlet
Lecture 47: Ex. 27 NPSH Calculations Given Friction Losses
Lecture 48: Specific Speed, NS
Lecture 49: Suction Specific Speed, Nss
Lecture 50: Section 1 – Closure
Chapter 3: 2. Overview of Common Types of Pumps
Lecture 1: Introduction to Section 2: Common Types of Pumps
Lecture 2: Positive Displacement Pumps – Their Nature & Generalities
Lecture 3: Positive Displacement Pumps: Types, Advantages & Disadvantages
Lecture 4: Case Study: Gear Pumps
Lecture 5: Kinetic/Dynamic Pumps
Lecture 6: Kinetic/Displacement Pumps – Advantages, Disadvantages, Industrial Applications
Lecture 7: Case Study: Centrifugal Pumps
Lecture 8: Other Type of Pumps
Lecture 9: Closure – Section 2
Chapter 4: 3. General Pump Selection
Lecture 1: Introduction to Section 3 – Overview of Methodology
Lecture 2: Overview of Pump Selection Methodology
Lecture 3: The System Head
Lecture 4: Ex. 28 System Head Calculation
Lecture 5: Ex. 29 System Head (Spreadsheet) Calculation
Lecture 6: Support Material – Spreadsheet – Ex. 29 System Head
Lecture 7: The System Curve
Lecture 8: Ex. 30 System Curve – Open Tank (Spreadsheeting) Calculations
Lecture 9: Ex. 31 System Curve – Pressurized Tank (Spreadsheeting) Calculations
Lecture 10: Ex. 32 System Curve – Throttling Valves
Lecture 11: Ex. 33 System Curve Analysis – Effect of Valves
Lecture 12: Ex. 34 System Curve Analysis – Impeller Diameter
Lecture 13: System Curve Analysis
Lecture 14: Comparing: System Curve vs. Pump Curve
Lecture 15: Pump Selection Criteria
Lecture 16: Lifecycle (Economics & Finances)
Lecture 17: Steps in Pump Selection
Lecture 18: Step 1 of 5 – General Pump Selection Diagram (Theory + Exercise)
Lecture 19: Ex34 Step 1 – Selection Diagram.mp4
Lecture 20: Step 2 of 5 – Pump Supplier's Family – Select Best Operation Point
Lecture 21: Ex. 35 Step 2 of 5 – Pump Supplier's Family – Select Best Operation Point
Lecture 22: Important Note: Suction & Discharge Lines
Lecture 23: Step 3 of 5 – Calculate & Adjust System Head
Lecture 24: Step 4 of 5 – Select Operation Point (Intersect System and Pump Curves)
Lecture 25: Step 5 of 5 – Optimizing the Operation Point
Lecture 26: Ex. 36 Step 5 of 5 – Optimizing the Operation Point
Lecture 27: Summary – Pump Selection Methodology
Lecture 28: Case Study – Online Pump Selection
Lecture 29: Closure – Section 3
Chapter 5: Closure
Lecture 1: Closure
Lecture 2: Continue Your Training! More Courses!
Instructors
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Chemical Engineering Guy
Just a Guy teaching Chemical Engineering Online!
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- 3 stars: 1 votes
- 4 stars: 1 votes
- 5 stars: 2 votes
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