Valve & Control Valve Masterclass: Design Selection & Sizing

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1. Valves functions and basic parts

1. Valves functions and basic parts Learning objectives.mp4

00:54

2. Introduction.mp4

01:56

3. Valve body.mp4

02:13

4. Valve bonnet.mp4

01:44

5. Valve trim.mp4

01:24

6. Disk and seat.mp4

02:07

7. Stem.mp4

02:29

8. Valve actuator.mp4

01:04

9. Valve packing.mp4

01:39

10. Introduction to the types of valves.mp4

02:45

11. Before you proceed to the next section.mp4

01:17

12. Test your knowledge.html

2. Types of valves

1. Types of valves Learning objectives.mp4

00:54

2. Gate valves.mp4

02:50

3. Gate valves 3D dismantling.mp4

00:59

4. Gate valves 2D dismantling.mp4

01:04

5. Gate valves Disk design.mp4

06:59

6. Gate valves Stem design.mp4

02:03

7. Gate valves Seat design.mp4

01:55

8. Globe valves.mp4

03:31

9. Globe valves 3D dismantling.mp4

00:57

10. Globe valves 2D dismantling.mp4

01:04

11. Globe valves Z-body design.mp4

01:13

12. Globe valves Y-body design.mp4

02:00

13. Globe valves Angle design.mp4

01:08

14. Globe valves Disk design.mp4

01:26

15. Globe valves Disk - Stem connections.mp4

00:30

16. Globe valves Seat design.mp4

00:54

17. Globe valves Direction of flow.mp4

01:04

18. Ball valves.mp4

01:07

19. Ball valves Components.mp4

01:29

20. Ball valves 3D dismantling.mp4

00:47

21. Ball valves 2D dismantling.mp4

00:49

22. Ball valves Actuators.mp4

00:53

23. Ball valves Pros & Cons.mp4

00:52

24. Ball Valves Port pattern.mp4

00:22

25. Ball valves Valve materials.mp4

01:04

26. Ball valves Stem design.mp4

00:56

27. Ball valves Valve position.mp4

01:19

28. Plug valves.mp4

01:05

29. Plug valves Valve components.mp4

00:57

30. Plug valves 3D dismantling.mp4

00:43

31. Plug valves 2D dismantling.mp4

00:45

32. Plug valves Numerous designs.mp4

00:23

33. Plug valves Plug designs.mp4

01:47

34. Plug valves Multiport plug designs.mp4

03:35

35. Plug valves Lubricated design.mp4

03:26

36. Plug valves Non-Lubricated design.mp4

01:26

37. Plug valves Gland design.mp4

01:21

38. Diaphragm valves.mp4

03:26

39. Diaphragm valves 3D dismantling.mp4

00:55

40. Diaphragm valves 2D dismantling.mp4

00:56

41. Diaphragm valves Straight through & weir types.mp4

01:54

42. Diaphragm valves Diaphragm construction.mp4

02:53

43. Diaphragm valves Bonnet design.mp4

01:49

44. Pinch valves.mp4

02:41

45. Pinch valves Body design.mp4

02:18

46. Butterfly valves.mp4

04:49

47. Butterfly valves 3D dismantling.mp4

00:57

48. Butterfly valves Seat design.mp4

01:28

49. Butterfly valves Disk & Stem assembly.mp4

01:23

50. Needle valves.mp4

02:05

51. Needle valves 3D dismantling.mp4

00:50

52. Needle valves Valve applications.mp4

00:26

53. Needle valves Body design.mp4

00:53

54. Needle valves Stem packing.mp4

00:26

55. Check valves.mp4

00:55

56. Check valves Swing.mp4

04:09

57. Swing check valves 3D dismantling.mp4

00:38

58. Swing check valves 2D dismantling.mp4

00:49

59. Assembling a swing check valve - 3D model.mp4

00:42

60. Tilting disk check valves.mp4

01:48

61. Lift check valves.mp4

02:29

62. Lift check valves 3D dismantling.mp4

00:39

63. Lift check valves 2D dismantling.mp4

00:45

64. Piston check valves.mp4

01:38

65. Butterfly check valves.mp4

03:00

66. Stop check valves.mp4

00:51

67. Before you proceed to the next section.mp4

01:17

68. Test your knowledge.html

3. Safety and Pressure Relief Valves - Design fundamentals

1. Pressure Relief Valves Introduction.mp4

03:15

2. Types of devices.mp4

07:26

3. Useful terminologies.mp4

06:02

4. Relief and Safety valves.mp4

02:18

5. Safety valves.mp4

05:41

6. Safety valves Pressure setting.mp4

02:31

7. Safety valves 3D dismantling.mp4

01:31

8. Safety valves 2D dismantling.mp4

01:33

9. Relief valves.mp4

03:18

10. Relief valves Valve operation in 2D cross-sectional view.mp4

01:41

11. Relief valves 3D dismantling.mp4

00:57

12. Relief valves 2D dismantling.mp4

01:00

13. More on spring loaded design.mp4

05:08

14. More on spring loaded design 3D animation.mp4

01:39

15. Material of construction.mp4

01:15

16. Back pressure considerations.mp4

06:49

17. Dynamic back pressure (built-up back pressure).mp4

01:31

18. Seat leakage.mp4

02:04

19. Testing safety valves with air or nitrogen.mp4

08:41

20. Before proceeding to the next section.mp4

00:30

21. Test your knowledge.html

4. Steam traps

1. Overview of steam traps.mp4

01:12

2. Floating traps.mp4

03:29

3. Thermostatic traps.mp4

03:51

4. Thermodynamic traps.mp4

04:49

5. Inverted bucket traps.mp4

05:26

6. Before you proceed to the next section.mp4

01:17

7. Test your knowledge.html

5. Strainers

1. Overview.mp4

00:44

2. Wye strainers.mp4

02:11

3. Basket strainers.mp4

02:03

4. Before you proceed to the next section.mp4

01:17

5. Test your knowledge.html

6. Control valves

1. Control valves overview.mp4

04:08

2. Control valves Trim arrangement.mp4

01:27

3. Control valves Direction of action.mp4

02:21

4. Control valves 3D dismantling.mp4

01:32

5. Control valves 2D dismantling.mp4

01:24

6. Before you proceed to the next section.mp4

01:17

7. Test your knowledge.html

7. General considerations

1. General considerations Introduction.mp4

01:18

2. Two-port valves.mp4

06:01

3. Shut-off tightness.mp4

01:45

4. Balanced single seat.mp4

01:48

5. Slide valves - Spindle operated.mp4

02:14

6. Rotary valves.mp4

03:57

7. Options.mp4

02:35

8. Two-port valves summary.mp4

01:26

9. Three-port valves.mp4

07:03

10. Process examples of three-port valves.mp4

02:42

11. Before you proceed to the next section.mp4

01:17

12. Test your knowledge.html

8. Control valve capacity

1. Introduction.mp4

06:34

2. Valve flow coefficient Cv.mp4

01:26

3. Use of flow coefficient Cv for piping and components.mp4

02:44

4. Before you proceed to the next section.mp4

01:17

5. Test your knowledge.html

9. Control valve characteristics

1. Flow characteristics.mp4

04:37

2. Fast opening.mp4

01:24

3. Linear.mp4

00:43

4. Equal percentage.mp4

01:19

5. Example Determining flowrate for different valve lifts.mp4

04:42

6. Matching the valve characteristic to the process.mp4

01:46

7. Example A water circulating heating system.mp4

00:53

8. Example A boiler water level control system.mp4

06:40

9. Example Constructing the installation curve.mp4

02:33

10. Example Comparing linear and equal percentage.mp4

10:25

11. Example Temperature control of a steam application.mp4

15:41

12. Example The effect of selecting a control valve larger than necessary.mp4

03:59

13. Before you proceed to the next section.mp4

01:17

14. Test your knowledge.html

10. Control valves, actuators and positioners for continuous control action

1. Introduction.mp4

01:40

2. Piston actuators.mp4

02:32

3. Piston actuators (double acting) - 3D animation.mp4

00:49

4. Piston actuators (single acting) - Dismantling.mp4

01:02

5. Diaphragm actuators.mp4

04:45

6. Actuator valve combinations.mp4

02:33

7. Effect of differential pressure on the valve lift.mp4

07:20

8. What are valve positioners .mp4

02:16

9. Force balance positioners.mp4

04:40

10. Motion balance positioners.mp4

02:15

11. Example of positioners.mp4

05:05

12. Positioners What you should remember.mp4

01:44

13. Positioners When should a positioner be fitted.mp4

01:15

14. PP positioners.mp4

01:00

15. IP positioners.mp4

01:23

16. About IP converters.mp4

03:42

17. Digital positioners.mp4

03:21

18. Summary Selecting a pneumatic valve and actuator.mp4

03:13

19. Before you proceed to the next section.mp4

01:17

20. Test your knowledge.html

11. Control valves, actuators and position indicators for OnOff control action

1. Pneumatic actuators.mp4

03:34

2. Example 1 Single acting spring return actuators Components & Operation.mp4

01:28

3. Example 2 Single acting spring return actuators Components & Operation.mp4

00:52

4. Example 3 Double acting actuators Components & Operation.mp4

01:21

5. Example 4 Double acting actuators Components & Operation.mp4

01:02

6. From single acting to double acting actuator.mp4

02:05

7. From Fail Close (FC) to Fail Open (FO) - Scotch Yoke actuators.mp4

01:11

8. From Fail Close (FC) to Fail Open (FO) - Rack and Pinion Actuators.mp4

02:54

9. Rack and Pinion vs Scotch Yoke.mp4

06:24

10. Valve position indication.mp4

02:29

11. Before you proceed to the next section.mp4

01:17

12. Test your knowledge.html

12. Choices and selection

1. What type of valves should be installed .mp4

01:34

2. Test your knowledge.html

13. Installation and commissioning

1. Control valves.mp4

06:33

2. Actuators.mp4

02:53

3. Before proceeding to the next section.mp4

00:30

4. Test your knowledge.html

14. Valve sizing

1. Introduction to valve sizing.mp4

03:50

2. Before to start this part of the course.mp4

03:04

3. Valve Sizing Spreadsheet.mp4

05:40

15. Preliminaries

1. Scope.mp4

00:56

2. Introduction.mp4

02:37

3. Useful terminology.mp4

12:45

4. Pressure, Velocity and Energy profiles through valves.mp4

01:56

5. Cavitation, Choked Flow and Flashing.mp4

05:17

6. Before proceeding to the next section.mp4

00:29

7. Test your knowledge.html

16. Valve sizing for incompressible fluids (liquids)

1. Non vaporizing liquids.mp4

01:54

2. Sizing equations for turbulent flow.mp4

01:51

3. Piping geometry factor Fp.mp4

04:57

4. EXAMPLE #1 Sizing a valve for liquid propane.mp4

09:42

5. Sizing equations for non turbulent flow.mp4

05:27

6. More insights on non turbulent flow.mp4

02:06

7. Determining the required flow coefficient Cv.mp4

03:57

8. EXAMPLE #2 Sizing a valve for a laminar flow.mp4

09:17

9. Predicting flow rate through valves.mp4

02:25

10. EXAMPLE #3 Predicting flow rate through a valve for transient flow.mp4

06:29

11. Predicting pressure drop through valves.mp4

01:46

12. EXAMPLE #4 Predicting pressure drop for laminar flow.mp4

04:44

13. Choked flow of vaporizing liquids.mp4

03:09

14. Liquid critical pressure ratio factor FF.mp4

01:50

15. Liquid pressure recovery factor FL (without fittings).mp4

01:15

16. Combined liquid pressure recovery factor FLP (with fittings).mp4

02:24

17. EXAMPLE #5 Predicting maximum flow through a valve.mp4

04:07

18. Before proceeding to the next section.mp4

00:29

19. Test your knowledge.html

17. Valve sizing for compressible fluids (vapors and gases)

1. Turbulent flow.mp4

02:03

2. Expansion factor.mp4

02:15

3. Choked flow.mp4

02:31

4. Pressure drop ratio factor (without fittings).mp4

01:16

5. Pressure drop ratio factor (with fittings).mp4

01:38

6. Ratio of specific heats factor.mp4

01:25

7. Compressibility factor.mp4

03:16

8. EXAMPLE #6 Determining valve size and percent opening.mp4

12:56

9. Before proceeding to the next section.mp4

00:29

10. Test your knowledge.html

18. Additional material (part 15) - Valve sizing for water systems

1. Sizing for water Introduction.mp4

06:00

2. Pumps.mp4

01:07

3. Circulating system characteristics.mp4

03:00

4. Actual performance.mp4

01:03

5. Three-port valves.mp4

05:48

6. Two-port valves.mp4

07:35

7. Valve authority.mp4

03:06

8. Before proceeding to the next section.mp4

00:29

9. Test your knowledge.html

19. Additional material (part 25) - Valve sizing for steam systems

1. Sizing for steam Introduction.mp4

04:08

2. Saturated steam flow through a control valve.mp4

05:18

3. Critical pressure.mp4

08:02

4. Noise.mp4

03:31

5. Checking noise.mp4

06:22

6. Erosion.mp4

01:49

7. Sizing equations.mp4

07:11

8. The concept of hunting.mp4

02:31

9. The effect of hunting on a steam system.mp4

05:02

10. Sizing globe valves.mp4

07:11

11. Reminder.mp4

02:34

12. EXAMPLE #7 Sizing a control valve for a steam heating application.mp4

11:09

13. Sizing on an arbitrary pressure drop.mp4

01:22

14. The higher the pressure drop the better .mp4

02:54

15. EXAMPLE #8 Saturated steam for a critical pressure drop application.mp4

05:02

16. EXAMPLE #9 Saturated steam for a NON-critical pressure drop application.mp4

01:25

17. EXAMPLE #10 Finding the pressure drop across a control valve.mp4

01:15

18. EXAMPLE #11 Superheated steam application.mp4

02:50

19. Before proceeding to the next section.mp4

00:29

20. Test your knowledge.html

20. Additional material (part 35) - Flow of fluids through valves and fittings

1. About this section.mp4

00:14

2. Introduction.mp4

02:14

3. Types of valves used in piping systems.mp4

01:50

4. Types of fittings used in piping systems.mp4

01:05

5. Pressure drop attributed to valves and fittings.mp4

03:10

6. Relationship of pressure drop to velocity of flow.mp4

03:58

7. Hydraulic resistance.mp4

01:18

8. Causes of head loss in valves and fittings.mp4

01:20

9. Equivalent length LD.mp4

01:22

10. Resistance coefficient K.mp4

02:31

11. Resistance coef. K for pipelines, valves and fittings in series and in parallel.mp4

02:06

12. Flow coefficient Cv.mp4

01:55

13. Use of flow coefficient Cv for piping and components.mp4

02:44

14. Flow coefficient Cv for pipelines, valves and fittings in series and in parallel.mp4

00:43

15. Valves with reduced seats.mp4

02:29

16. PRACTICE SESSION Valve resistance coef. K using Flow of Fluids Excel Workbook.mp4

01:39

17. Discharge of fluids through valves, fittings and pipe.mp4

01:45

18. About the Flow of Fluids Excel Workbook.mp4

02:00

21. Additional material (part 45) - Regulating flow with control valves

1. About this section.mp4

00:14

2. Introduction.mp4

05:18

3. Valve components.mp4

02:15

4. Inherent characteristic curve.mp4

01:29

5. Installed characteristic curve.mp4

01:18

6. Pressure, Velocity and Energy profiles through a control valve.mp4

01:50

7. Cavitation, Choked Flow and Flashing.mp4

04:54

8. Sizing and selection.mp4

01:39

9. Sizing for INcompressible flow.mp4

07:17

10. Sizing for compressible flow.mp4

04:32

11. Conversion of Cv to Kv.mp4

00:22

22. Additional material (part 55) - Valve symbols used in engineering drawings

1. About this section.mp4

00:12

2. Learning objectives.mp4

02:43

3. Valve symbols.mp4

14:00

4. Valve actuator symbols.mp4

08:50

5. Control valve designations.mp4

01:37

6. Standards and conventions for valve status.mp4

07:00

23. Downloadable resources

1.1 open me.zip

1.2 Part1. How to find the right PRV.pdf

1.3 Part1. PRV API+standardized+dimensions.pdf

1.4 Part1. PRV Approval authorities.pdf

1.5 Part1. PRV Codes and Standards.pdf

1.6 Part1. PRV Determining set pressure using overpressure and MAAP.pdf

1.7 Part1. PRV Mechanical components.pdf

1.8 Part1. PRV Useful terminologies.pdf

1.9 Part1. Valve+catalog.pdf

1.10 part1. valve+resistance+coefficients.zip

1.11 Part3. Valve Sizing Spreadsheet.xlsx

1.12 Part3.+Compressibility+chart.pdf

1.13 Part3.+Manufacturer+values+of+valve+capacity+factors+-+Courtesy+of+Jamesbury.pdf

1.14 Part3.+Representative+values+of+valve+capacity+factors.pdf

1.15 Part3.+Resistance+coefficients+for+valves+and+fittings.pdf

1.16 Part3.+Summary+of+formulas.pdf

1.17 Part3.+Useful+control+valve+terminologies.pdf

1.18 Part3.+Valve+Reynolds+number+factor+FR.pdf

1.19 Part4. P&ID+control+valve+designations.pdf

1.20 Part4. P&ID+valve+actuator+symbols.pdf

1.21 Part4. P&ID+valve+positioner+symbols.pdf

1.22 Part4. P&ID+valve+symbols.pdf

1.23 Part5. EXTRA. Flow+of+Fluids+Excel+Workbook.pdf

1.24 Part5. EXTRA. HX+Excel+Workbook.pdf

1.25 Part5. EXTRA. The+Chemical+Engineer+Reference+Folder.pdf

1. Download me.mp4

00:34

2. Bonus.mp4

01:10

Description

Everything you need to know to design select size operate & maintain your valves actuators positionners & more...

What You'll Learn?

Understand valves and control valves working principles for successful operation of your plant and piping systems
Understand valve construction details (bonnet, stem, disk, seat, packing, body, etc)
Know the characteristics and applications for each valve type (ball, plug, gate, pinch, butterfly, diaphragm, check, needle...)
Know how to choose the correct valve for a certain application
Know how to dismantle and assemble all types of valves using 3D and 2D models
Identify and know the principles of operation of common valve actuators (pneumatic, hydraulic, electrical, etc)
Understand how single acting and double acting pneumatic actuators work through graphics and 3D animations
Understand the principle of fail open (FO) and fail close (FC) actuators
Know how to convert a single acting spring return actuator to a double acting actuator and vice versa
Know how to convert a fail close actuator to a fail open actuator and vice versa
Be more innovative in your solutions to valve and control valve problems
Have an organized approach to the procedure of valve sizing in accordance with the ANSI & ISA recommendations
Be able to size valves for any flow conditions likely to be found in a process plant
Have a general notion about the confidence to be placed in the sizing result conclusions
Understand safety valve manufacturers’ literature better and understand their jargon
Become more aware of the potential benefits and pitfalls of the currently available safety valve technology
Understand the concept of "Air-to-push-up" and Air-to-push-down"
Understand the concept of "direct-acting" and "reverse-acting"
Know how to convert a fail close actuator to a fail open actuator and vice versa
Understand the concept of valve flow coefficient "Cv" and familiarize yourself with the various units
Know how to determine flowrate and pressure drop through control valves for different valve lifts
Know how to match the valve characteristics to the process
Know how to construct the installation curve for a given control valve
Understand the effect of selecting a control valve larger than necessary
Understand the effect of differential pressure on the valve lift and actuator operation
Differentiate between fast opening, linear and equal percentage valve characteristics
Understand how valve positioners operate
Know the different types of valve positioners (P/P, I/P, force balance, motion balance, digital…)
Understand when a positioner should be fitted
Understand the working principles of I/P converters and how they are used in control valves
Put your knowledge to the test at the end of each section with a valuable technical quiz (500+ questions and solved problems)
Download our valuable Valve Sizing Excel Spreadsheet (included in this course free of charge)

Who is this for?

Chemical, Process, Petroleum Engineers

Design Engineers

Piping Engineers

Plant Engineers

Plant Operators

Mechanics

Maintenance / Instrument Technicians

Safety inspectors

Recent College Graduates

More details

Description
Valves and control valves of various designs and applications are encountered nowadays throughout refining, petrochemical and process industries as well as in power generation and environmental engineering.
This 12H masterclass is designed to provide you with a complete understanding of construction details and functioning of :
Valves (gate, globe, ball, plug, butterfly, diaphragm, needle, check, piston, pinch...)
Control valves (two-port, three-port)
Valve actuators (diaphragm, piston, rack and pinion, scotch yoke...)
Valve positioners
Safety and Pressure Relief Valves
Steam traps (float, thermostatic, thermodynamic, inverted bucket...)
Strainers (wye, basket...)
This understanding is a prerequisite for a successful operation of your plant and piping system.
This 12H masterclass includes extensive graphics, 3D animations and cross-sectional views to give you a virtual practical exposure on valves.
The masterclass is organized into 4 parts :
Part I : Valves
Part II : Control Valves, actuators and positioners
Part III : Sizing and Selection
Part IV : Valves in engineering drawings
In Part I, you will :
Discover the major types of valves used in the process industry
Learn their components, their function & their operation
Have the opportunity to dismantle many valves and assemble them using 3D models, cross-sectional views and 3D animations
In Part II, you will find valuable insights into the working principles and construction details of the following equipment:
Control valves (sliding stem and rotary / fast opening, linear and equal percentage)
Mixing and diverting 3-port control valves
Diaphragm actuators ("air-to-push-up" and "air-to-push-down")
Piston actuators (Single Acting and Double Acting / Fail Open (FO) and Fail Closed (FC))
Rack-and-pinion actuators (Single Acting and Double Acting / Fail Open (FO) and Fail Closed (FC))
Scotch Yoke actuators (Single Acting and Double Acting / Fail Open (FO) and Fail Closed (FC))
Pneumatic positioners (force balance, motion balance)
Digital positioners
I/P converters
...
The course then proceeds through a series of process examples and solved problems that require you to:
Dismantle and assemble various types of control valves and actuators using 3D and 2D models
Identify the net effect of various control valve/actuator assemblies (direct acting, reverse acting, fail open, fail close...)
Convert an actuator from Single Acting to Double Acting configuration and vice versa
Convert a control valve/actuator assembly from a Fail Closed (FC) to a Fail Open (FA) configuration and vice versa
Construct the installation curve for a control valve
Determine flowrate and pressure drop through control valves for different valve lifts
Match the valve characteristics to the given application
Examine the effect of selecting a control valve larger than necessary
Examine the effect of differential pressure on the valve lift and actuator operation
Determine when a positioner should be fitted
...
This will help you develop the necessary skills to ensure your process plant and piping systems run smoothly.
Part III Sizing & Selection is designed around a series of practical examples which we work through to a solution. This valuable part of the course is an essential guide to understanding the valve sizing procedure.
In this section, we will present a step-by-step sizing methodology. We will show you how to proceed in the sizing of a valve in the daily practice, how to determine the flow coefficient (Cv) when selecting a control valve size, how to predict the maximum flow rate that a selected valve will pass or how to determine the pressure differential that a selected valve will exhibit...
You will learn from our industrial experience what we wrongly calculated during project startup, debottlenecking and commissioning.
This should undoubtedly help you minimize the mistakes in the sizing and selection of your valves.
Included in this course is access to a valuable Valve Sizing Excel Spreadsheet. This tool will help you perform all the calculations that we will discuss further ahead in the course. It has all the sizing equations, numerical constants and other parameters built right in.
Next in Part IV, we will introduce you to valve symbols and valve representations in engineering drawings, such as Piping & Instrumentation Diagrams (P&IDs').
Standards and conventions that apply to valves and their accessories will be discussed in details. You will learn how valve status and valve failure modes are depicted in engineering drawings.

Lastly, we have included in this masterclass a technical quiz (500+ questions) to help you test your knowledge and emphasize the key learning points.
The quiz includes:
True/False questions
Multi-choice questions
Images, cross-sectional views
Solved problems
And much more...
So when you think youâ€™ve got a good grasp on a topic within the course, you can test your knowledge by taking the quiz. If you pass, wonderful ! If not, you can review the videos and notes again or ask us for help in the Q&A section.
We promise you that even though this is a technical course, you can watch it easily, without pain, but with comprehension, and that after completing it, you won't be an experienced design engineer or instrument technician but you will be prepared to become one if that is what you like and persist to be.
Thank you again for your interest in our online courses. It is a privilege to serve you and make sure that you're learning valuable information with us.
WR Training
Spread the wings of your knowledge
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ABOUTÂ THEÂ VALVEÂ SIZINGÂ SPREADSHEET
The Valve Sizing Excel Spreadsheet provides well organized technical data in form of spreadsheet calculations indispensible for anyone involved in the sizing of valves. It presents formulae and data for :
Valve flow coefficients Cv
Flow of fluids through valves
Pressure drop through valves and attached fittings
Valve Reynolds Number calculations
Predicting maximum flow through valves in choked conditions
Representative values of valve capacity factors
And much more...
The spreadsheet includes two worksheets :
Sizing for liquids (incompressible fluids)
Non vaporizing flow conditions
Choked flow conditions
Sizing for vapors and gases (compressible fluids)
INSTRUCTION TO DOWNLOAD THE VALVEÂ SIZINGÂ SPREADSHEET
1. Upon enrolling in, expand the last section "DOWNLOADABLE RESOURCES"
2. Under the lecture "Download me", click on the folder "Resources" => A list of downloadable files will appear
3. Click on the "Valve Sizing Spreadsheet" file
4. A download window will pop-up. Select the location where you want to save the Excel file
5. Once downloaded and saved on your computer, you can start using this valuable Workbook
IMPORTANT NOTES : VALVEÂ SIZINGÂ SPREADSHEET
We assume that Microsoft Excel is installed on your computer and that you have basic knowledge of using Excel
The Valve Sizing Excel Spreadsheet includes Visual Basic for Application function subroutines (VBA). Macros must be enabled for them to work
DISCLAIMER
The Valve Sizing Excel Spreadsheet is provided by WR Training "as is" and any express or implied warranties, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose are disclaimed. In no event shall the Copyright owner or contributors be liable for any direct, indirect, incidental, special, exemplary, or consequential damages (including, but not limited to, procurement of substitute goods or services, loss of use, data, or profits, or business interruption) however caused and on any theory of liability, whether in contract, strict liability, or tort (including negligence or otherwise) arising in any way out of the use of this spreadsheet, even if advised of the possibility of such damage.
Who this course is for:
Chemical, Process, Petroleum Engineers
Design Engineers
Piping Engineers
Plant Engineers
Plant Operators
Mechanics
Maintenance / Instrument Technicians
Safety inspectors
Recent College Graduates

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We are primarily a group of experienced engineers from the Oil & Gas industry, providing industrial online trainings. Our team is headed by a chemical engineer with over 15 years of industrial experience across various global locations (Europe, USA, Middle East…).With the increasing awareness of training being a necessity and the advent of e-learning playing a major role, we have committed in 2018 a team of professionals towards development of high quality online trainings for professionals in the Oil & Gas sector.Our hands-on training experience convinced us of the advantage multimedia inputs, like graphics and animations, provide in increasing interest, understanding, retention and engagement.Our training methodology was designed to enable individual self paced e-learning .Besides our input, the products have also included the knowledge of industrial operators, engineers and maintenance experts from companies that have availed our services.We are committed to providing high quality training courses destined primarily for Oil & Gas, Petrochemical & Chemical industries.Our training courses cover a wide range of industrial technical skills, engineering practices and mechanical equipment for engineers, technicians, operators and mechanics.WR Training ProSpread the wings of your knowledge

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