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Process Control Valves and Actuators

Mastering Modern Control Valve Technologies for Reliable, Efficient, and Safe Process Operations

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Why Choose Us

The Process Control Valves and Actuators Training Course provides a comprehensive understanding of how control valves and actuators influence the performance, reliability, and safety of modern automated process plants. Control valves are the final control element in most industrial control systems, and their effectiveness depends heavily on correct sizing, appropriate selection, and proper installation. This specialised training course explores the practical and technical aspects of control valve sizing, actuator selection, and valve maintenance, enabling professionals to improve process stability and operational efficiency.

Participants will gain practical insight into valve behaviour, flow dynamics, cavitation, and noise generation under real process conditions. The course also explains the relationship between valve characteristics and control loop performance, helping engineers and technicians understand how valve performance directly affects process control. Through structured technical discussions and practical exercises, delegates will learn how to correctly size valves, select appropriate trims and actuators, and troubleshoot common operational problems.

This training course also addresses modern developments in valve technology, including digital positioners, smart diagnostics, and the integration of valves within PLC, DCS, and SIS systems. Real-world examples from industries such as oil and gas, petrochemical, mining, water, and power generation help participants connect theory with field applications. By the end of the course, delegates will have the knowledge and confidence to specify, install, maintain, and optimise control valves and actuators in demanding industrial environments.

Why Choose Process Control Valves and Actuators: Sizing, Selection, Installation & Maintenance
Course Goals

What are the Goals?

This Process Control Valves and Actuators Training Course aims to develop a strong technical foundation in valve technologies and their role in process control systems. Participants will gain practical knowledge of valve behaviour, actuator operation, and the techniques required to improve reliability and control loop performance in industrial plants.

By the end of this training course, participants will be able to:

  • Develop a solid understanding of control valve fundamentals, including valve behaviour, flow dynamics, and actuator operating principles in process control systems.
  • Apply accurate control valve sizing and selection techniques to ensure the correct valve type, trim, and actuator are chosen for different process conditions and applications.
  • Improve plant reliability and operational safety through correct valve installation, commissioning, maintenance, and troubleshooting practices.
  • Understand how control valves influence control loop stability and performance, including the effects of valve characteristics, stiction, hysteresis, and deadband.
  • Use modern diagnostic tools, valve sizing software, and smart positioner technologies to analyse valve performance and identify operational issues.
  • Apply practical tuning and optimisation techniques to improve process control efficiency and ensure stable plant operation.

Who is this Training Course for?

This Control Valve and Actuator Training Course is designed for professionals involved in the specification, operation, maintenance, and optimisation of process control systems. It is particularly valuable for those responsible for ensuring that control valves and actuators perform reliably in demanding industrial environments.

This training course will greatly benefit:

  • Instrumentation and control technicians responsible for maintaining, calibrating, and troubleshooting control valves and field devices.
  • Process control engineers seeking to improve control loop performance and understand the impact of valve behaviour on process stability.
  • Mechanical and process engineers involved in equipment specification, valve selection, and process system design.
  • Maintenance supervisors and planners who manage valve maintenance strategies and plant reliability initiatives.
  • Automation specialists and PLC/DCS engineers working with control systems that integrate valve positioning, diagnostics, and communication networks.
  • Operations personnel and plant engineers responsible for monitoring plant performance and supporting process optimisation activities.
  • Engineering consultants and project engineers involved in the specification, installation, or commissioning of control valve systems.
  • Professionals responsible for specifying, installing, or troubleshooting control valves and actuator technologies in industrial facilities.
Learning Approach

How will this Training Course be Presented?

This Wallstreet Development Academy Course is delivered through an interactive and practical learning approach designed to ensure participants gain both theoretical understanding and hands-on knowledge. The course combines structured technical instruction with real-world examples to help delegates understand how control valves and actuators operate within industrial process systems.

The training course will be presented using a variety of learning methods, including:

  • Instructor-led technical sessions supported by clear diagrams, animations, and practical industry examples.
  • Hands-on group exercises using valve sizing software, engineering documentation, and P&IDs to reinforce practical skills.
  • Demonstrations of actuators, valve trims, positioners, and diagnostic technologies where applicable.
  • Case study discussions from industries such as oil & gas, petrochemical, mining, water, and power generation to connect theory with real operational challenges.
  • Short quizzes and collaborative activities designed to reinforce key concepts and improve knowledge retention.
  • A comprehensive course manual containing technical diagrams, calculation methods, formulas, and reference materials for ongoing professional use.

This practical and structured learning approach ensures participants leave the training course with skills they can apply immediately in their workplace.

The Course Content

Fundamentals of Control Valves & Flow Dynamics

  • Purpose, principles, and operational behaviour of control valves
  • Flow conditions, pressure drops, and energy profiles inside valves
  • Control signals, actuator fundamentals, and modern communication protocols
  • Flow regimes: Reynolds number, vortices, compressible vs. incompressible flow
  • Cv, choked flow, rangeability, and capacity considerations
  • Cavitation, flashing, erosion, and modern mitigation techniques
  • Valve classification, hardware, and introduction to valve families
  • Introduction to digital valve ecosystems (smart positioners, diagnostics, Ethernet‑APL)
  • Updated ISA/IEC terminology and performance standards

Valve Types, Characteristics & Sizing

  • Detailed exploration of valve types and their application envelopes
  • Valve selection using P&IDs and engineering documentation
  • Leakage classes, seat tightness, and emission standards
  • Inherent vs. installed characteristics, equal percentage vs. linear behaviour
  • Liquid sizing calculations and practical examples
  • Updated noise and cavitation prediction standards (IEC/ISA revisions)
  • Introduction to digital sizing tools, cloud‑based configurators, and vendor software
  • Sustainability considerations: energy efficiency and emissions reduction through correct sizing

Actuators, Positioners, Trims, Maintenance & Safety

  • Valve sizing using modern software tools
  • Actuator types: pneumatic, electric, hydraulic, electro‑hydraulic
  • Positioners: analogue, digital, smart, and advanced diagnostics
  • Cavitation, noise control, and engineered trims
  • Installation, commissioning, and maintenance best practices
  • Pressure relief valves, SIS valves, and safety lifecycle considerations
  • Predictive maintenance using smart diagnostics and condition monitoring
  • Cybersecurity considerations for intelligent field devices
  • Digital twins for valve performance modelling

Process Control Using Control Valves

  • Introduction to process control and dynamic behaviour
  • The PID controller: structure, modes, and industrial implementation
  • Open‑loop and closed‑loop tuning
  • Trial‑and‑error tuning (open and closed loop)
  • Real‑world tuning challenges and case studies
  • Impact of valve stiction, hysteresis, and deadband on loop performance
  • Using diagnostic data to improve tuning accuracy
  • Integration with modern PLC/DCS function blocks and advanced control strategies

Advanced Applications, Optimization & Future Technologies

  • Valves in cascade, ratio, feedforward, and override loops
  • Valves in non‑linear processes and long‑dead‑time loops
  • Valves in PLC‑based and hybrid control architectures
  • New innovations in control valve technology
  • Intelligent valve systems and self‑diagnosing actuators
  • AI‑assisted optimisation and anomaly detection
  • Sustainability‑driven valve technologies (low‑emission packing, energy‑efficient actuators)
  • Future trends: Ethernet‑APL, digital twins, and integrated asset‑performance platforms
Recognition

Certificate

  • • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.
Collaborations

In Partnership With

Coventry