Control Valve Course

Selection, Sizing, Installation, Operation & Troubleshooting

Control valves are the final control element in almost every industrial process — chemical plants, refineries, power plants, water treatment facilities, and manufacturing units. Incorrect selection or tuning of control valves leads to process instability, energy loss, equipment damage, and safety risks.

The Training on Control Valves program provides practical, multi-disciplinary understanding of control valves from process, mechanical, and instrumentation perspectives, making participants job-ready for plant, project, and maintenance roles.

Why This Course Is Required

Industries face:

  • Poor control loop performance due to incorrect valve sizing

  • Premature valve failure due to wrong material or trim selection

  • Energy loss due to throttling inefficiencies

  • Safety incidents due to wrong fail positions or actuator selection

  • High maintenance cost due to cavitation, flashing, erosion, and vibration

This course addresses these real industrial challenges by teaching how to select, size, specify, install, operate, and maintain control valves correctly.

Who Should Attend

  • Mechanical Engineers

  • Instrumentation & Control Engineers

  • Chemical Engineers

  • Electrical Engineers working in process plants

  • Maintenance engineers and technicians

  • Diploma and ITI holders

  • Fresh graduates and working professionals

What You Will Learn

After completing this training, participants will be able to:

  • Understand the role of control valves in process control

  • Select the correct valve type for each application

  • Perform basic valve sizing and understand vendor datasheets

  • Identify cavitation, flashing, noise, and vibration problems

  • Choose correct actuators, positioners, and accessories

  • Install and commission control valves correctly

  • Troubleshoot operational and maintenance problems

  • Improve control loop stability and plant efficiency

Course Curriculum

Module 1: Introduction to Control Valves

  • Role of control valves in process industries

  • Control valve vs on/off valve

  • Interaction between process, valve, and controller

Module 2: Types of Control Valves

  • Globe, ball, butterfly, plug, diaphragm valves

  • Linear vs rotary motion valves

  • Applications of each type

Module 3: Valve Components & Construction

  • Body, bonnet, trim, seat, stem

  • Packing and sealing systems

  • Materials of construction

Module 4: Control Valve Sizing Basics

  • Flow coefficients (Cv / Kv)

  • Liquid, gas, and steam sizing concepts

  • Pressure drop, choked flow

  • Understanding vendor sizing sheets

Module 5: Actuators & Accessories

  • Pneumatic, electric, and hydraulic actuators

  • Spring return vs double acting

  • Positioners, I/P converters, limit switches

Module 6: Special Phenomena

  • Cavitation and flashing

  • Noise and vibration

  • Erosion and corrosion

  • How to prevent valve damage

Module 7: Installation & Commissioning

  • Correct piping orientation

  • Bypass arrangements

  • Leak testing and stroke testing

  • Loop checking

Module 8: Operation & Maintenance

  • Routine inspection and lubrication

  • Packing adjustment and replacement

  • Trim replacement

  • Failure diagnosis

Module 9: Troubleshooting

  • Hunting, oscillations, and instability

  • Valve sticking and dead band

  • Seat leakage and shutoff issues

  • Root cause analysis

Module 10: Standards & Documentation

  • IEC / ISA / API standards overview

  • Control valve datasheets

  • Inspection and test records

Model Projects Included

Project 1: Control Valve Selection Case Study

Participants select a control valve for a real process application using flow data, pressure, temperature, and fluid properties.

Project 2: Valve Failure Analysis

Analysis of cavitation damage, leakage, and vibration cases with corrective actions.

Project 3: Loop Performance Improvement

Study of a poor control loop and improvement through correct valve sizing and tuning.

Career Opportunities

Hiring Sectors

  • Chemical and petrochemical plants

  • Oil & gas and refineries

  • Power plants

  • Water and wastewater treatment

  • Pharmaceutical and food industries

  • EPC and automation companies

Job Roles

  • Instrumentation Engineer

  • Process Control Engineer

  • Maintenance Engineer

  • Commissioning Engineer

  • Plant Operations Engineer

Training Methodology

  • Practical, application-oriented training

  • Real industrial case studies

  • Vendor datasheet interpretation

  • Multi-disciplinary approach

  • Interview-oriented preparation

Certification

Certificate in Control Valves Selection, Sizing & Maintenance
Issued by Pertecnica Engineering

Why Choose Pertecnica Engineering

  • Trainers with real plant experience

  • Industry-oriented practical approach

  • Multi-disciplinary coverage

  • Suitable for freshers and professionals

  • Career-focused training

Same syllabus for the following courses..

Training on Control Valves
Control Valve Training Course
Control Valve Sizing and Selection
Control Valve Maintenance Training
Instrumentation Control Valve Course
Control Valve Troubleshooting Training