The main objective of such a course is to prepare professionals for managing and overseeing metering systems that ensure accurate, reliable, and legal custody transfer in various industries, particularly in energy and utilities.

Here are some key course objectives for a Custody Transfer Metering Operations course:

• Understand Custody Transfer Principles:
• Define custody transfer and its importance in various industries, particularly oil and gas.
• Understand the legal, regulatory, and commercial implications of custody transfer metering.
• Learn Metering Systems and Technologies:
• Gain knowledge of different types of meters used in custody transfer (e.g., mass, volume, and energy meters).
• Understand the working principles of common metering equipment, including flow meters, pressure, and temperature sensors.
• Understand advanced metering systems like ultrasonic, Coriolis, and turbine meters.
• Familiarize with Industry Standards and Regulations:
• Learn about international and local standards governing custody transfer, such as API, ISO, and OIML.
• Understand how these standards influence metering operations, accuracy, and documentation.
• Ensure Accuracy and Reliability in Measurement:
• Learn how to calibrate and maintain custody transfer meters to ensure measurement accuracy.
• Identify and troubleshoot common errors in metering operations.
• Study techniques for verifying meter performance, including periodic calibration and maintenance schedules.
• Manage Metering Data and Documentation:
• Understand the importance of accurate data recording, reporting, and auditing for custody transfer.
• Learn how to generate, analyze, and verify custody transfer reports and certificates.
• Control and Prevent Measurement Discrepancies:
• Learn the methodologies to control and minimize discrepancies during product transfer.
• Understand the reconciliation process for measured quantities, including correction for temperature, pressure, and other variables.
• Operational Safety and Best Practices:
• Understand the safety standards and practices involved in operating metering systems.
• Learn how to identify and mitigate risks related to metering operations, such as contamination, leakages, and inaccuracies.
• Hands-on Training and Case Studies:
• Gain practical experience in the installation, operation, and calibration of custody transfer meters.
• Study real-world case studies to understand common challenges and solutions in custody transfer metering operations.
• Understand Environmental Impact and Compliance:
• Learn about the environmental regulations impacting custody transfer processes, especially regarding emissions and waste disposal.
• Study how compliance with environmental regulations is integrated into metering systems.

By the end of the course, participants should have a comprehensive understanding of how custody transfer metering works, the technologies involved, and the key considerations for ensuring accurate and reliable transactions between parties.

MGC Coordinators and Supervisors, Instrumentation Engineers & Technicians, Metering Managers and Engineers, Design Engineers, Service Staff and Inspectors of Custody Transfer Stations, Design & Process Engineers, Operation Engineers, Well Testing Group, Production Operation, Maintenance Personnel & Supervisors

This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include:
• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

Module 1: Introduction to Custody Transfer

• Overview of Custody Transfer Concepts
• Definition of Custody Transfer
• Importance of Accurate Measurement and Regulatory Compliance
• Applications in Oil & Gas, Chemicals, and Energy Industries
• Legal and Commercial Framework
• Custody Transfer Agreements
• Industry Standards and Regulatory Requirements (e.g., API, ISO, OIML)
• Risk Management in Custody Transfer

   Module 2: Measurement Principles

• Fundamentals of Fluid Measurement
• Flow Measurement Basics: Mass vs. Volume
• Density, Pressure, and Temperature Corrections
• Metering Techniques and Technologies
• Types of Flow Meters
• Positive Displacement Meters
• Turbine Flow Meters
• Coriolis Flow Meters
• Ultrasonic Flow Meters
• Differential Pressure Meters
• Calibration of Meters
• Importance of Calibration
• Methods of Calibration
• Traceability and Calibration Standards

   Module 3: Metering Systems

• Design of Custody Transfer Metering Systems
• Metering Skids and Modular Systems
• Types of Metering Stations (Onshore and Offshore)
• Metering Station Components: Meters, Valves, Temperature & Pressure Sensors, Flow Computers
• Instrumentation and Control Systems
• SCADA and Distributed Control Systems (DCS)
• Data Logging and Reporting
• Automation in Custody Transfer Metering
• Quality and Integrity Control Systems

Module 4: Temperature, Pressure, and Density Corrections

• The Role of Temperature and Pressure in Fluid Measurement
• Methods of Measurement for Temperature and Pressure
• Standard Conditions and Correction Factors
• Volume and Mass Flow Calculations with Correction Factors
• Density Measurements and Adjustments
• Impact of Density on Flow Calculations
• Using Densitometers in Custody Transfer
• Applying Density Correction Factors

Module 5: Quality Control and Product Sampling

• Quality Assurance in Custody Transfer
• Importance of Product Quality in Transfer
• Sampling Techniques for Oil, Gas, and Liquids
• Chemical Composition and Impurities
• Laboratory and On-Site Testing
• Types of Quality Tests (API Gravity, Viscosity, Sulfur Content)
• Calibration and Standards for Quality Control
• Challenges in Quality Control
• Variability in Product Composition
• Regulatory Requirements and Compliance

Module 6: Safety and Environmental Considerations

• Safety Protocols in Metering Operations
• Hazardous Area Classification and Explosion Protection
• Personal Protective Equipment (PPE)
• Safety Checks and Procedures
• Environmental Impact and Monitoring
• Managing Spills and Leaks
• Environmental Regulations in Metering Operations
• Emission Monitoring and Reporting

Module 7: Data Management and Reporting

• Data Acquisition and Data Integrity
• Remote Monitoring and Data Logging
• Ensuring Data Accuracy and Security
• Reporting in Custody Transfer
• Standard Reports for Transactional Data
• Regulatory Compliance Reporting (e.g., API, ISO)
• Auditing and Data Validation

Module 8: Custody Transfer Metering Best Practices

• Best Practices in Metering Operations
• Routine Maintenance and Inspection
• Troubleshooting Common Metering Issues
• Calibration and Verification Schedules
• Case Studies in Custody Transfer
• Real-World Examples of Custody Transfer in Oil & Gas
• Lessons Learned from Past Metering Failures

Module 9: Industry Standards and Regulations

• Global Standards for Custody Transfer Metering
• API MPMS (Manual of Petroleum Measurement Standards)
• ISO 17025 for Calibration Laboratories
• OIML (International Organization of Legal Metrology) Standards
• Local and International Regulatory Bodies
• Regulatory Bodies Overview (e.g., Energy Regulatory Commissions)
• Compliance Challenges and Requirements

Module 10: Practical Application and Troubleshooting

• Hands-On Training in Metering Equipment
• Operation of Flow Meters and Associated Instrumentation
• Configuring and Calibrating Metering Systems
• Metering System Troubleshooting
• Identifying and Correcting Measurement Errors
• Handling Abnormal Situations in Custody Transfer
• Preventive Maintenance and Calibration

Module 11: Conclusion and Final Assessment

• Course Review
• Summary of Key Learnings
• Key Skills in Custody Transfer Metering
• Final Assessment
• Written Exam or Practical Test
• Review and Feedback

A RECTUS attendance certificate will be awarded to all participants who complete at least 80% of the total course duration.