Valve Basics 101 | On-Demand Training Curiculum

Training Program Overview:

The Valves 101 program contains six (6) modules that provide a basics of the valve industry, linear valves, check valves, pressure relief valves, plug and ball valves, and butterfly valves. Setting this training apart is that it is developed by valve experts from the VMA who have extensive knowledge in their field and is presented by these experts in product neutral way. This non-proprietary training brings together more than 150 years of flow control knowledge from the presenters and offers attendees to learn and complete it on their own schedule and pace. 

At the end of each module, the presenters provide a hands-on demonstration of the valves within the training. The hands-on demonstrations include the actual valves that were the subject of the module and include cutaway models to aid in understanding the subject matter. The hand-on demonstration is perfect for new employees who wants to learn more about how valves are constructed and operate. During the hands-on demonstration the expert instructors answer frequently asked any questions related to their presentation and cover specific applications and scenarios that may be unique.

Please send your additional questions to achatterjee@pumps.org. 

Modules:

Module 1: Introduction to the Valve Industry

Module 2:  Multi-turn (Linear) Valves

Module 3: Check Valve

Module 4: Pressure Relief Valves

Module 5: Quarter-turn: Plug and Ball Valve

Module 6: Quarter-turn: Butterfly Valve

After completion of each module is followed by a short quiz to confirm your understanding of the topic.

Learning Level - Basic 

This course is designed for individuals who are new to the subject matter. It covers basic concepts, skills, and practices. Participants acquire a foundational understanding of the topic and develop basic competencies.

Audience:

This course is designed for individuals who are new to the subject matter or who are looking for a refresher. It covers basic concepts, skills, and practices, and the attendees will acquire a foundational understanding of the topic and develop basic competencies. Any person who is interested in or sees themselves as a future employee in pump and flow control Industry will benefit from this training. 

Course Materials Included:

• On-Demand Recording
• Presentation Handouts
• Quiz Questions

Continuing Education Credit(s):

Upon the successful completion of this On-Demand Training you will receive a Certificate of Completion. 7 PDHs | 0.7 CEUs |7.0 CONTACT HOURs

* Note 1.0 PDHs is equivalent to 0.10 CEUs or 1.0 Contact Hours

Next Suggested Training:

Pump and System Fundamentals | On-Demand Training:

*Click links below for additional information.

• System Hydraulics: Pump & System Curves, Control Methods & Energy Consumption
• Pump Power and Efficiency 
• Rotodynamic Pumps 
• Positive Displacement Pumps 
• Net Positive Suction Head (NPSHA) and Total Head Calculations 
• Pump Reliability and Performance Based on Operating Point and Design Conditions 
• Pump Selection 
• Induction Motors 
• Variable Frequency Drives 
• Variable Speed Pump 
• Mechanical Seals 
• Rolling Element Bearings 
• Flexible Couplings 

Additional Educational Resources:

*Click links below for additional information.

• Pump System Fundamentals Course
• Pump System Optimization and Assessment Course
• Pump System Assessment Professional (PSAP) Prep Course
• Motor and VFD Principals Course
• Pump System Optimization for Commercial Buildings Course

Training Program Overview:

These six (6) modules training is designed to provide attendees with the introductory knowledge on all aspects of the pump, system and components and the introduction to the Valve Industry.  Attendees will leave with introductory knowledge and common understanding of pumps and their systems. After completion of each module is followed by a short quiz to confirm your understanding of the topic.

Modules:

Module 1. Introduction to the Valve Industry

Summary:

This module provides an overview of the valve industry, the major valve and actuator types, and various end-user applications.

Overview: 

Valve Basics 101 begins with a broad overview of the valve industry, the major valve and actuator types, and various end-user applications. This module includes valve standards, basic piping information, pressure ratings and classes, as well as application issues that are critical to effective valve specification and usage. The stage is set for more detailed discussions on the major valve types to give attendees valuable knowledge that can be applied in their daily PVF work.

Learning Objectives:

• Develop a broad overview of the valve industry, including its key components, and the fundamental role valves play in various applications.
• Acquire the ability to identify and classify major valve and actuator types commonly used in the industry, understanding their functionalities, and distinguishing their applications.
• Gain proficiency in recognizing end-user applications for valves and actuators, while also becoming aware of critical issues related to effective valve specification and usage in different contexts.
• Familiarize yourself with industry-standard practices by gaining knowledge of valve standards, basic piping information, and the significance of pressure ratings and classes in ensuring optimal valve performance.

Module 2. Multi-turn (Linear) Valves

Summary:
In this module, linear valve types—gate and globe valves—are explained along with their basic design features. In addition, there will be an in-depth look at linear valve applications.

Overview: 

This module provides a technical exploration of linear valve technology, with a particular focus on gate and globe valves. We delve into the intricacies of their design, examining the functional components, such as stems and bonnets, that are pivotal to their operation.

Learning Objectives:

• Develop a comprehensive understanding of linear valve technology, specifically focusing on gate and globe valves, unraveling their operational 
• Conduct an in-depth examination of the design intricacies inherent in gate and globe valves. Analyze how design factors contribute to the overall functionality and effectiveness of these linear valves.
• Gain insights into the pivotal mechanical components of gate and globe valves, with a specific emphasis on stems and bonnets. Understand the mechanical principles governing these components and their roles in facilitating valve operation.
• Understand how design and component intricacies translate into real-world scenarios and applications within industrial contexts.
• Understand how design considerations impact the selection, installation, and maintenance of gate and globe valves in industrial settings.

Module 3. Check Valves

Summary:

This comprehensive check valve training module covers operational principles, sizing considerations, and practical applications,

Overview:

This training module provides a detailed exploration of check valves, covering their operational principles, unique attributes, and the critical importance of accurate sizing. Participants will gain practical skills in sizing check valves for diverse applications, supported by real-world examples. The module also addresses specific scenarios and industries where check valves play a crucial role.

Learning Objectives:

• Understand the operational principles of check valves, including their unique attributes and functionalities.
• Acquire knowledge of the critical role accurate sizing plays in the effective performance of check valves within diverse applications.
• Identify the key considerations and parameters involved in appropriately sizing check valves for specific industrial applications.
• Explore specific scenarios and industries where check valves are crucial, gaining insights into their varied applications.

Module 4. Pressure Relief Valves

Summary:

Pressure-relief valves (PRVs) are known as the “Last Line of Defense” in the valve industry. In this module, we learn how PRVs perform, their critical role in plant safety and important maintenance guidelines.

Overview: 

Delve into the technical intricacies of Pressure Relief Valves (PRVs) in this module, exploring their crucial role as the last line of defense in the valve industry against overpressure scenarios. Gain a comprehensive understanding of PRV functionality, examining real-world applications and case studies highlighting their instrumental role in preventing catastrophic failures. The module also covers key parameters for sizing and selecting PRVs, along with essential guidelines for inspection, testing, and preventive maintenance.

Learning Objectives:

• Understand the fundamental principles of Pressure Relief Valves (PRVs) and their role as a critical safety mechanism in the valve industry.
• Explore real-world applications and case studies demonstrating the instrumental role of PRVs in preventing catastrophic failures due to overpressure scenarios.
• Gain insights into the technical considerations involved in sizing and selecting PRVs for different applications, including key parameters that impact their performance.
• Acquire knowledge of PRV maintenance, covering essential guidelines for inspection, testing, and preventive measures to ensure reliable operation throughout the valve lifecycle.
• Develop a deeper technical understanding of relief valve capacity and the resolution of potential issues such as seat leakage.

Module 5. Quarter-turn: Plug and Ball Valve

Summary:

This module focuses on the technical intricacies of quarter-turn valves, specifically plug and ball valves, in a presentation that highlights their rapid 90-degree rotation capabilities, distinguishing characteristics, pros and cons, and tailored applications across various industrial services.

Overview: 
Learn about quarter-turn valves with a focus on plug and ball valve designs. These valves enable rapid transition from full open to full close through a concise 90-degree rotation of the closure element. While sharing this commonality, the presentation delves into the distinctive characteristics of plug and ball valves. Attendees will gain insights into the differences, advantages, and drawbacks inherent to each design, along with a comprehensive understanding of the specific industrial services for which these quarter-turn valves are tailored. 

Learning Objectives:

• Understand the fundamental concept of quarter-turn valves and their distinctive features, with a specific focus on plug and ball valve designs.
• Gain proficiency in the rapid transition mechanism of plug and ball valves, allowing for full open to full close positions through a concise 90-degree rotation of the closure element.
• Differentiate between plug and ball valves, comprehending their unique characteristics, advantages, and drawbacks.
• Acquire knowledge of the tailored industrial services for plug and ball valves, enabling informed decision-making in valve selection for specific applications.

Module 6. Quarter-turn: Butterfly Valve

Summary:

This module of the quarter-turn valve presentation covers three different butterfly valve designs. Like plug and ball valves, these are very simple to operate. Over the years they have become more and more popular for services no one would have thought possible less than 30 years ago. We will discuss advantages and disadvantages during this hour.

Overview: 

This module on quarter-turn valves focuses on the technical aspects of three distinct butterfly valve designs. Emphasizing operational simplicity akin to plug and ball valves, butterfly valves allow for efficient full open to full close transitions. This module explores the evolution of butterfly valves, analyzing their increased utilization in unconventional services over the past 30 years. The session provides a detailed examination of the technical nuances, advantages, and disadvantages associated with each butterfly valve design, facilitating a deeper understanding of their applications and considerations for engineering scenarios. Attendees will gain practical insights into the evolving role of butterfly valves in industrial contexts.

Learning Objectives:

• Develop a comprehensive understanding of three specific butterfly valve designs within the context of quarter-turn valves, emphasizing their technical intricacies and operational characteristics.
• Gain proficiency in the operational simplicity of butterfly valves, exploring the mechanics that enable seamless transitions from full open to full close with minimal rotational movement.
• Analyze the historical evolution of butterfly valves, with a focus on their increasing popularity and utilization in services that were previously considered unconventional or challenging.
• Explore the technical advantages and disadvantages associated with each butterfly valve design, enabling participants to make informed decisions based on the specific requirements of diverse industrial applications.
• Acquire practical insights into the evolving role of butterfly valves in engineering scenarios, considering their applications and adapting to the changing landscape of industrial possibilities.

Registration Fees

Individual registration fees for the six (6) training modules are shown below per member type. The applicable registration fee will display once you login to your account.

Members, Associate Members, Standards Partners, and Training Partners of the Valve Manufacturers Association (VMA) & Hydraulic Institute (HI) receive 25% discount on all available PSM training. Employees of Members, Associate Members, Standards Partner, and Training Partner organizations must log-in with their company email address in order for the discounted registration fee to apply. 

Membership Question?  Call us at 973-267-9700, email us, or view the HI website for more information.

Group Registration

If you are interested in a group registration for this product, please contact Hydraulic Institute at training@pumps.org or Abby Brown at abrown@vma.org for pricing and options. 

Refunds & Cancellations

All refund requests must be made in writing to training@pumps.org. Full refunds will be issued for any training that has been cancelled.

Engineering Data Library (EDL): Engineering Data Library is a comprehensive guide for pump users, pump manufacturers and engineers in need of references for pump principles, calculations, and unit conversions. 

Pump Industry Fundamentals Body of Knowledge (BOK): The Pump Industry Fundamentals Body of Knowledge covers general pump system fundamental knowledge requirements (learning outcomes) that should be common across job functions and industries.

World Without Pumps: This fun and relatable recruitment piece brings light to the hidden world of pumps and the positive impact they have on our everyday lives and society.

Pump Pros Know: What do pump pros know and why do they know it? This series of articles highlight the brilliance of those who work with pumps

HI Blog: Provides news and knowledge articles regarding the pump and fluid handling industry.

PSM Newsletter: Provides news and knowledge articles focusing on energy efficiency and improving the performance of pumping systems.