Control Valves : Fundamentals, Sizing, and Application

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Velocis Solutions

2:14:30

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1 - Introduction

1 -Introduction.mp4

00:33

2 -2. Content.mp4

01:10

2 - Terminology

1 -Terminology.mp4

00:51

2 -Example 1.mp4

03:53

3 -Summary of Terminology.mp4

01:52

4 -Example 2.mp4

00:53

5 -Human vs. Automated Control.mp4

01:18

6 -Automated Control.mp4

00:38

7 -Components of Automated Control.mp4

00:49

3 - Purpose and function of control valves

1 -Purpose and function of control valves.mp4

01:00

2 -Defining the Role of Control Valves.mp4

01:14

3 -Block Diagram.mp4

01:31

4 -Control Valve Characteristics.mp4

01:30

4 - Components of a typical industrial valve

1 -Components of a Typical Industrial Valve.mp4

00:24

2 -Valve Body.mp4

02:11

3 -Plug.mp4

04:03

4 -Seat.mp4

01:48

5 -Yoke.mp4

01:54

6 -Actuator.mp4

02:59

7 -Actuator Stem.mp4

00:41

8 -Actuator Spring.mp4

01:26

9 -Pneumatic Actuators with Electronic Controller.mp4

01:13

10 -Direct and Reverse Actuator.mp4

01:46

11 -Packing and Gaskets.mp4

00:44

5 - Types of Control Valves

1 -Types of Control Valves.mp4

00:35

2 -Globe Valve.mp4

02:36

3 -Single Seated Valve.mp4

00:53

4 -Double Seated Valve.mp4

01:04

5 -Cage Valve.mp4

02:21

6 -Split Body Valve.mp4

01:33

7 -Angle Body Valve.mp4

01:03

8 -Y Pattern Valve.mp4

00:54

9 -Three Way Valve.mp4

01:17

10 -Butterfly Valve.mp4

03:25

11 -Ball Valve.mp4

02:01

6 - Control Valve Selection

1 -Introduction to Control Valve Selection.mp4

00:51

2 -Selection Criteria.mp4

04:09

3 -Valve Selection Process.mp4

02:43

4 -Valve Body Materials.mp4

03:44

5 -Control Valve Flow Characteristics.mp4

03:56

7 - Valve Sizing for Liquid Flow

1 -Valve Sizing for Liquid Flow.mp4

00:23

2 -Valve Sizing Procedure.mp4

02:16

3 -Principles of Sizing Equation.mp4

00:48

4 -Major Influences.mp4

01:06

5 -Other Influences.mp4

01:50

6 -Choked Flow.mp4

04:20

7 -Pressure Recovery.mp4

02:41

8 -Sizing Equations.mp4

05:06

9 -Simplified Formulae.mp4

05:04

10 -Practical Example of Cv Sizing Calculation.mp4

06:49

11 -Example 2 Control Valve Sizing Problem with Choked Flow.mp4

05:46

8 - Valve Sizing for Gas and Vapor Flow

1 -Valve Sizing for Gas and Vapor Flow.mp4

01:12

2 -Compressibility in Gas and Steam.mp4

00:26

3 -Ideal and Real Gasses.mp4

01:39

4 -Handling High Mach Numbers.mp4

01:41

5 -Imperial Formulas.mp4

04:00

6 -Metric Formulas.mp4

03:19

7 -Reducers.mp4

01:56

8 -Gas Expansion and Density.mp4

01:02

9 -Choked Flow.mp4

00:29

10 -Practical Example 3.mp4

06:21

11 -Practical Example 4.mp4

03:42

12 -Two Phase Flow.mp4

01:55

13 -Datasheet.mp4

01:13

Description

Master Control Valves: Key Components, Sizing, Selection, and Flow Characteristics for Industrial Efficiency

What You'll Learn?

Understand control valve components, functions, and key characteristics.
Analyze control loop dynamics, including gain, dead time, and response.
Select appropriate control valves for specific industrial applications.
Master control valve sizing techniques for accurate flow regulation.

Who is this for?

This course is designed for engineers, technicians, and students interested in learning about control valves and industrial automation. It’s ideal for those involved in process engineering, instrumentation, and automation who want to enhance their understanding of valve types, sizing, and operation. Professionals seeking to improve their skills in process control, maintenance, and valve selection will find this course valuable, as well as beginners looking to build a solid foundation in control systems. Whether you are a recent graduate, a field technician, or a seasoned engineer, this course provides the knowledge needed to excel in managing industrial processes.

What You Need to Know?

There are no strict prerequisites for taking this course, making it accessible to beginners interested in control systems and industrial automation. However, to get the most out of the course, it's helpful if learners have: Basic understanding of fluid mechanics to grasp flow dynamics. Familiarity with industrial processes and control systems. Basic mathematics skills for calculations related to valve sizing. Access to a computer or tablet for engaging with course materials and practice exercises. This course is designed to provide foundational knowledge, so even those new to the field will find it accessible and informative.

More details

Description
This course on Control Valves is designed to equip participants with essential knowledge for understanding and applying control valves in industrial settings. Control valves are crucial for regulating flow, pressure, and temperature in various processes, impacting industries like oil and gas, chemical manufacturing, and power generation. By mastering the selection, operation, and maintenance of control valves, students can significantly enhance process stability, safety, and efficiency.
The course begins with a focus on terminology, laying a foundation by introducing key terms like control condition, set value, actuator, and controlled medium, which are fundamental to understanding automated control systems. Participants then explore different types of control valves, including sliding stem and rotary valves, as well as specific valve types like globe, butterfly, and ball valves. Each typeâ€™s characteristics, advantages, and limitations are discussed, providing a well-rounded perspective for various applications.
Key sections of the course include valve sizing and selection. Proper valve sizing ensures that the chosen valve can handle the intended flow capacity and pressure range without issues like choked flow or excessive noise. Additionally, selection criteria such as fluid type, temperature, and pressure ratings are explored to guide participants in choosing the most suitable valve for any application.
Through interactive lessons and practical examples, this course aims to build both theoretical and practical knowledge, enabling participants to apply these concepts effectively in their respective fields and optimize industrial processes through better control valve use.
Who this course is for:
This course is designed for engineers, technicians, and students interested in learning about control valves and industrial automation. Itâ€™s ideal for those involved in process engineering, instrumentation, and automation who want to enhance their understanding of valve types, sizing, and operation. Professionals seeking to improve their skills in process control, maintenance, and valve selection will find this course valuable, as well as beginners looking to build a solid foundation in control systems. Whether you are a recent graduate, a field technician, or a seasoned engineer, this course provides the knowledge needed to excel in managing industrial processes.

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Oil and Gas Industry

Velocis Solutions

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