Recommand some training classes for a new valve engineer

[bao2ye]

I am a new engineer in valve industry. Is there any training class for valve engineers?

Thanks

 

[Ashereng]

Yes.

If you provide more detail, maybe I can provide a more precise response.

"Do not worry about your problems with mathematics, I assure you mine are far greater."
Albert Einstein
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[bao2ye]

I am new in designing and developing globe valve, ball valve and butterfly valve.

 

[JimCasey]

Look up "Educational services" on Flowserve.com

There are 2 classes.
Control Valve Engineering Specialist - Level I

Recommended for
This course is designed for plant and engineering firm, process, project and design engineers. Employees who are responsible for the design, installation and implementation of complete process control systems are the primary focus of this course. Control valve sales and application engineers and those involved in areas of customer service will also benefit from this course.

Course Objective
Upon completion of this seminar, the participants will be able to:

Describe the basics of globe-style valves

Describe when and where rotary valves are used

Identify industry’s three standard flow characteristics

Describe why and how pressure-balanced trim is used

Describe what cavitation is

Identify the various types of control valve actuators

Describe why positioners are used

Describe what benefits severe service trims provide

Demonstrate the ability to size various types of valves

Describe how to size and select proper control equipment through practical exercises

Course Description
Participants learn the unique features and benefits of top-entry control valves and how they compare to alternative valve styles. They learn the importance of body and trim selection, how to understand and use the proper flow characteristics, and discuss pressure-balanced trim, cavitation, flashing, and gaseous noise. Participants also discuss control valve actuators and positioners, and work sizing problems using state-of-the-art computerized selection programs. Specific topics include: (On site training is customized to fit the customers needs, therefore some of the topics may be omitted).

Globe valve design concepts

Selecting body rating

Selecting trim size

Flow characteristics (including Rangeability)

Linear valve actuators

Valve positioners

Liquid sizing for control valves (Performance)

Gas sizing for control valves (Performance)

Valve selection workshop (Performance)

Course Length
Class Size: 20 Maximum Attendees
Course Length: 24 hours





Control Valve Engineering Specialist - Level II


Recommended for
This course is designed for plant and engineering firm, process, project and design engineers. Employees who are responsible for the design, installation and implementation of complete process control systems are the primary focus of this course. Control valve sales and application engineers and those involved in areas of customer service will also benefit from this course.

Course Objective
Upon completion of this seminar, the participants will be able to:

Describe the basics of globe-style valves, including body and trim size selection

Describe when and where rotary valves are used and understand their advantages and limitations

Identify industry’s three standard flow characteristics and explain how they perform

Describe why and how pressure-balanced trim is used and how it compliments standard valves

Describe what cavitation is, why it occurs and how to minimize the damage it causes

Identify the various types of control valve actuators and the advantages and limitations of each

Describe why positioners are used and how to properly mount and calibrate them

Describe the importance of fugitive emissions and noise and velocity control

Describe what benefits severe service trims provide and how each should be used

Demonstrate the ability to size various types of valves using Performance valve sizing software

Describe how to size and select proper control equipment through practical exercises

Course Description
Participants learn the unique features and benefits of top-entry control valves and how they compare to alternative valve styles. They learn the importance of body and trim selection, how to understand and use the proper flow characteristics, and discuss pressure-balanced trim, cavitation and flashing, and gaseous noise to identify how each affects control valve performance. Participants also discuss control valve actuators and positioners, review fugitive emissions and severe service, and work several sizing problems using state-of-the-art computerized selection programs. Concepts and theory are taught in a classroom setting and then reinforced with hands-on exercises in the laboratories. Participants utilize the laboratories (static displays and operational liquid handling systems) to perform experiments on real live setups. Working in teams, attendees will be involved in interactive discussions while they test and document a variety of operational valves, operators and accessories. Specific topics include:

Globe valve design concepts

Selecting body rating

Selecting trim size

Flow characteristics (including Rangeability)

Linear valve actuators

Valve positioners

Liquid sizing for control valves (Performance)

Gas sizing for control valves (Performance)

Severe service sizing (Performance)

Rotary valve sizing (Performance)

Valve selection workshop (Performance)

Course Length
Class Size: 20 Maximum Attendees
Course Length: 36hours

 

[Ashereng]

I am new in designing and developing globe valve, ball valve and butterfly valve.

Jim's post, although very informative, I think is more directed at end users. People who select or specify valves for a process and/or usage.

If I understand your reply, you are on the other side, working for a valve manufacturer, and will be making mechanical design, and developing new technology to improve various valves? If yes, then you are probably the guy giving the courses Jim has identified.

If you are indeed designing and developing new valves, then I would think courses in Mechanical engineering (you list your industry as chemical), metallurgy, materials, FEA, and the likes would be what is required to "make a new and improved valve".

"Do not worry about your problems with mathematics, I assure you mine are far greater."
Albert Einstein
Have you read FAQ731-376 to make the best use of Eng-Tips Forums?