Flow Measurement And Custody Transfer Training

Flow measurement is a critical aspect of industrial processes, whether the operation is continuous or batch-based. Many processes rely on precise flow control—such as regulating reflux in fractionator columns, supplying heating media to reboilers, managing fuel to fired heaters, or controlling separator discharge rates. Accurate flow measurement not only ensures operational efficiency but also has a significant economic impact, as every fluid moving through a plant carries a cost. While controlling flow is often straightforward, selecting the correct measurement device is the real challenge.

This comprehensive training course in Abu Dhabi equips participants with in-depth knowledge of Flow Measurement and Custody Transfer systems. The course emphasizes practical applications, industry standards, and the strategic significance of accurate flow monitoring for both operational and commercial objectives.

Who Should Attend

This course is ideal for professionals seeking advanced knowledge in flow measurement and custody transfer, including:

• Engineers and Technicians across multiple disciplines
• Instrumentation and Process Control Personnel
• Procurement and Quality Control Specialists
• Inspection and Maintenance Engineers
• Operations Supervisors and Operators
• Metering Specialists and Technicians

Course Highlights

Participants will gain expertise in:

• Fluid and gas behavior and governing laws
• Principles of flow measurement
• Calibration and meter proving techniques
• LACT (Lease Automatic Custody Transfer) units
• Flow computers and data management
• API and MPMS standards
• Types of flow meters and their applications, with emphasis on custody transfer
• Custody transfer principles and commercial metering requirements

Learning Objectives

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

• Understand legal, commercial, and regulatory metering requirements in the UAE
• Appreciate the importance of accuracy in flow measurement
• Identify and assess measurement errors and deviations
• Learn operation principles and equipment used for gas and liquid metering, proving, and sampling
• Operate LACT units, flow computers, and apply API/MPMS standards
• Evaluate turbine meter calibration results and validate them using control charts

Course Modules

The Advanced Flow Measurement & Custody Transfer Training is structured to deliver a thorough, application-focused understanding of accurate flow measurement and commercial metering systems. Through a step-by-step progression—from flow fundamentals and meter selection to calibration, proving, LACT operations, flow computer configuration, and API/MPMS standards—participants develop the technical competence required to ensure measurement accuracy, regulatory compliance, and reliable custody transfer operations in industrial environments.

Day 1: Fundamentals of Flow Measurement

• Introduction to flow measurement: static vs dynamic methods
• Theory and operation of Coriolis flow meters
• Troubleshooting and practical applications

Day 2: Calibration & Proving

• Principles of meter proving and calibration
• Flowmeter and secondary measurement proving
• Meter prover operations, performance issues, and calibration report calculations
• Key calculations: meter factor, repeatability, and measurement uncertainty

Day 3: LACT Unit Overview

• LACT/ACT system installations and operation
• Metering system components and functionality
• Role of valves, temperature, and pressure instrumentation
• Automatic sampling systems for custody transfer

Day 4: Flow Computer Systems

• Stream flow computer setup, webserver configuration, and PC interface
• Display editor and report editor functionalities
• Supervisory computer operations and data analysis

Day 5: API & MPMS Standards

• API MPMS Chapter 11.1: Volume correction factors
• API MPMS Chapter 12: Calculation of petroleum quantities
• Integration of flow data with commercial reporting

Training Methodology

The training adopts a highly interactive and practical approach designed to maximize learning:

• Theoretical Lectures – Core principles and laws governing flow measurement
• Practical Exercises – Hands-on calibration, proving, and troubleshooting
• Case Studies – Real-world custody transfer scenarios for applied learning
• Role Play & Simulations – Enhancing problem-solving and operational decision-making
• Video Demonstrations – Visualization of flow systems and equipment operation
• Group Discussions – Collaborative sessions to reinforce understanding