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

BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.