
Discover how valves regulate flow and pressure, including starting and stopping, varying and directing flow, and relieving overpressure, while examining body, bonnet, trim, actuator, packing, and designs.
Learn how the disc acts as a pressure retaining boundary to control flow in valves. Explore seating surfaces and wear-resistant seal rings for effective sealing.
Explore valve stems, linking actuators to discs, and how rising and non rising stems position the disc, with forging, threaded or welded joints, and packing to prevent leakage.
Explore how a gate valve acts as a linear motion valve to start or stop flow, not regulate it, with the disc removed when open and 360-degree seal when closed.
Explore ball valves, rotational motion valves that use a spherical ball to align a through-hole with inlet and outlet for on/off control, as demonstrated by a 3d animation.
Tilting disk check valves reduce fluid resistance with a straight-through design, resemble swing check valves, as the airfoil disc lifts off the seat to open and seals as flow reverses.
Explore globe valves for throttling control, their components and actuator-driven operation, and compare single-seat and double-seat two-port valves, highlighting balanced forces and shut-off concerns.
Relief valves gradually lift as inlet pressure rises above set pressure to relieve excess pressure in liquids, unlike safety valves that pop open and stay open until reset.
Choose valve direction of action based on instrument air failure, using air to close for direct acting or air to open for reverse acting to isolate reactors or distillation columns.
Explore a double acting pneumatic actuator with two cylinders and four gas inlets, showing how opening and closing are controlled, and how the valve holds position on failure.
Learn how hydraulic actuators use pistons and signal pressure to position valve stems, with fluid fed on both sides and controlled by solenoid or manual valves for semi-automatic operation.
Learn how remote valve position indication uses position detectors and lights to show open or closed valves, and how rising stem, hand wheel, and mechanical pointers convey local valve position.
Explore inverted bucket steam traps, a density-operated, two-part mechanism that floats a bucket to open a discharge valve, venting air and condensate for intermittent condensate removal.
Protect equipment by using strainers to remove dirt and debris from piping systems, including startup protection upstream of pumps. Preview common strainer types and upcoming detailed coverage.
Process Equipment Fundamentals: Practical Guide to Industrial Systems & Field Operation
The Essential, Hands-On Course for Understanding Process Equipment in Chemical, Petrochemical, Power, and Process Industries
As senior technical managers in leading corporations have observed, deep practical knowledge of process equipment is disappearing from the industry—even though the fundamental principles haven’t changed in nearly a century. This course is your solution for bridging that critical knowledge gap with clear, simple, field-based explanations and immersive visual learning.
Why Take This Course?
Back to Basics—Real Field Knowledge:
Learn exactly how process equipment behaves in real plant settings, with straightforward explanations and practical examples.
Comprehensive Equipment Coverage:
Master the essential functions, construction, operation, and troubleshooting of every major type of process equipment—timeless knowledge that never goes out of date.
Visual, Engaging, and Practical:
Gain “virtual hands-on” experience with 3D animations, cross-sectional views, and extensive graphics.
What You’ll Learn
Clear, Practical Working Principles:
Piping systems
Valves and control valves
Actuators and positioners
Safety and pressure relief valves
Steam traps and strainers
Heat exchangers and fired heaters
Steam boilers
Centrifugal and positive displacement pumps
Dynamic and positive displacement compressors
Distilling columns
Tanks, vessels, and flare systems
Construction Details and Field Behavior:
Internal components and how they actually function in operation
What goes wrong in real-world scenarios—and why
Immersive Visual Learning:
Extensive graphics, cross-sectional illustrations, and real-world 3D animations for every equipment type
Knowledge Assessment:
End-of-course technical quiz (200+ questions: true/false, multiple choice, images, solved problems) to reinforce learning and test real understanding
Who Should Enroll?
Process, chemical, and mechanical engineers
Plant operators, maintenance, and reliability professionals
Engineering students and recent graduates
Anyone seeking practical, field-based understanding of process equipment
Course Features
High-quality video lessons with clear, visual explanations
3D animations and cross-sectional views for “virtual practical exposure”
Comprehensive quiz for self-assessment and mastery (200+ questions)
Downloadable resources for ongoing reference
Lifetime access: Study at your own pace, anytime, anywhere
Instructor support via Udemy Q&A
By the End of This Course, You Will:
Understand the construction and real-world operation of all major process equipment
Recognize common operating problems and know their practical solutions
Build a solid foundation for safer, more reliable plant and equipment operation
Prepare yourself for further study, advanced roles, or certification as a process engineer or operator
Get Started Now!
Preview free videos and explore the detailed curriculum. Join thousands of engineers, operators, and technical professionals who trust WR Training for clear, practical, and industry-focused education.
Click “Enroll Now” and master the fundamentals of process equipment for a safer, more reliable plant!
WR Training – Your Partner in Engineering Excellence and Plant Safety
Spread the wings of your knowledge
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COURSE UPDATES
June 25
We have added new video lectures. In addition, new quizzes are being added to help you test your knowledge and emphasize the key learning points. The quiz will include:
True/False questions
Multi-choice questions
Images, cross-sectionnal views
Solved problems
and much more...
When you think you’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.