Process Instrumentation & Control Methods (Port of Spain, Trinidad and Tobago - August 26-29, 2025)

This course starts with an introduction of Process Measurements systems and basic Fluid Dynamics which is indispensable for the following subjects that are directly related to all types of Field Instrumentation as they are the base for reliable Process Control.

Principles and several methods of Process Control will be discussed comprehensively. Methods to determine the response of typical type of Processes are the base for correct controller tuning. Selection of the correct type control valve and optimal tuning method is critical for efficient and safe Process Control.

The Process industry often indicates that the fluid control valve is responsible for 60 to 70 percent of poor functioning control systems mainly as a result of poor selection which can be related to a lack of understanding of the principles of the valve operation and selection of the correct characteristic. The problems are not limited to the valve itself but are also associated to the combination of the valve actuator, signal converter and positioner.

This training program provides an insight into the applied types of valves and actuators and guidance to ensure the optimum valve selection and operation. As indicated earlier, the field Instruments should be reliable to obtain a reliable measurement input for the Process Controller and so the properties, advantages and disadvantages for Flow, Level, Pressure and Temperature instruments are an essential part of this course.

Applied Accuracy Terminology is also an important subject as required to make justifiable comparisons between the different types of measuring devices.

Learning Objectives

By the end of the programme, delegates will be able to:

• Understand and discuss the several measurement principles of Process Measuring Instruments
• Be able to relate Fluid Dynamics properties to the types of applied measuring methods
• Gain basic knowledge of Process Control and specific Control Loop behavior
• Use the correct Control and Accuracy terminology during discussions
• Explain the different controller parameters
• Have a clear understanding of the three mode control actions, Proportional, Integral and Derivative action
• Apply methods to determine process reaction for the applied different tuning methods
• Understand the limitations of each tuning method
• Explain and discuss the reasons for application of combined Control methods like Feedback and Feed-forward control
• Discuss the ultimate function of a Control Valve in a Process Control Loop
• Appreciate the basic theory of flow through a Control Valve and select the correct control characteristic
• Recognize the different pressures and losses in a fluid flow system
• Understand the principles of Cavitation, Flashing and Choked flow
• Workshop Format and Class Size

This course is in a workshop format with Case Studies & Practical Exercises. Discussions and collaboration are encouraged.  Class size is deliberately kept small to enhance learning experience.

Pre-Course Questionnaire

A pre-course questionnaire will be sent to you some days before the course through which you can raise your specific areas of interest. The course facilitator will review and analyze these in advance and address them during the course, seeking to satisfy your learning needs.

Certificate of Achievement

On successful completion of this course, you will be awarded Certificate of Achievement bearing the signatures from both the Trainer and the Organizer. This Certificate will testify your endeavour and serve towards your professional advancement.