The Gas Metering and Measurement Training Course by Oxford Training Centre is an Oil and Gas Training Course designed to develop practical and technical expertise in gas flow measurement, metering systems, calibration, and measurement control. The course examines the principles, technologies, and operational practices required to achieve reliable gas metering and measurement across production, processing, transmission, distribution, and commercial operations.
Participants will explore custody transfer metering, flow computers, measurement uncertainty, meter selection, instrumentation, proving systems, and methods for improving flow measurement accuracy. The programme also covers relevant calibration standards, measurement procedures, data validation, and troubleshooting techniques to support accurate and auditable gas measurement.
Objectives
By the end of this Gas Metering and Measurement Training Course, participants will be able to:
- Understand the fundamental principles of gas metering and measurement.
- Explain different gas flow measurement technologies and their applications.
- Select appropriate meters for different gas measurement requirements.
- Understand custody transfer metering systems and commercial measurement practices.
- Improve flow measurement accuracy through proper system design and operation.
- Apply calibration standards and procedures to gas measurement equipment.
- Identify common sources of measurement error and uncertainty.
- Understand pressure, temperature, density, and flow compensation.
- Evaluate the performance of gas meters and associated instrumentation.
- Understand flow computers, data acquisition, and measurement reporting.
- Apply effective meter verification, proving, and calibration techniques.
- Troubleshoot common operational and instrumentation problems.
- Support reliable, consistent, and auditable gas measurement processes.
Target Audience
This course is suitable for:
- Gas metering and measurement engineers.
- Metering and instrumentation engineers.
- Petroleum and process engineers.
- Production and operations engineers.
- Pipeline and transmission personnel.
- Gas processing and plant engineers.
- Measurement technicians and supervisors.
- Instrumentation and control professionals.
- Calibration and maintenance personnel.
- Oil and gas commercial and technical staff.
- Professionals involved in custody transfer operations.
- Personnel responsible for measurement assurance and compliance.
Course Content
Module 1: Fundamentals of Gas Metering and Measurement
- Principles of gas measurement
- Gas properties and flow behaviour
- Measurement terminology and concepts
- Volumetric and mass flow measurement
- Measurement systems in the oil and gas industry
Module 2: Gas Flow Measurement Technologies
- Differential pressure meters
- Orifice plate measurement
- Turbine meters
- Ultrasonic flow meters
- Coriolis and mass flow meters
- Meter selection and application considerations
Module 3: Gas Metering System Design
- Metering system configuration
- Meter runs and installation requirements
- Flow conditioning
- Pressure and temperature measurement
- Gas quality and composition considerations
- Minimising measurement errors
Module 4: Custody Transfer Metering
- Principles of custody transfer
- Commercial gas measurement
- Metering station design
- Measurement accountability
- Allocation and reconciliation
- Metering performance requirements
Module 5: Flow Measurement Accuracy and Uncertainty
- Sources of measurement error
- Measurement uncertainty
- Repeatability and reproducibility
- Flow profile effects
- Pressure and temperature compensation
- Techniques for improving flow measurement accuracy
Module 6: Calibration Standards and Procedures
- Calibration principles
- Calibration equipment and reference standards
- Meter calibration procedures
- Instrument verification
- Calibration intervals and traceability
- Application of calibration standards
Module 7: Flow Computers and Measurement Data
- Flow computer principles
- Data acquisition systems
- Volume correction calculations
- Pressure and temperature compensation
- Measurement data validation
- Data security and reporting
Module 8: Meter Proving and Verification
- Meter proving principles
- Proving methods
- Master meters and reference systems
- Proving frequency
- Verification of meter performance
- Documentation and measurement records
Module 9: Gas Measurement Errors and Troubleshooting
- Common metering problems
- Instrumentation faults
- Pressure and temperature measurement errors
- Meter drift and performance degradation
- Troubleshooting procedures
- Corrective and preventive actions
Module 10: Gas Metering Operations and Best Practices
- Metering station operation
- Inspection and maintenance
- Measurement assurance
- Performance monitoring
- Regulatory and operational considerations
- Best practices for reliable gas measurement
FAQs
1. What is the Gas Metering and Measurement Training Course?
It is a professional Oil and Gas Training Course covering gas measurement principles, metering technologies, custody transfer, calibration, uncertainty, and measurement accuracy.
2. What will I learn about custody transfer metering?
You will learn custody transfer principles, metering station operation, commercial gas measurement, measurement accountability, allocation, and reconciliation.
3. Why is flow measurement accuracy important?
Accurate flow measurement supports reliable commercial transactions, operational control, allocation, reporting, and compliance within gas production and distribution systems.
4. Does the course cover calibration standards?
Yes. The course covers calibration principles, reference standards, verification procedures, traceability, calibration intervals, and practical measurement assurance.
5. Who should attend this gas metering course?
The course is suitable for metering engineers, instrumentation professionals, petroleum engineers, technicians, operations personnel, maintenance staff, and professionals involved in custody transfer.
6. Does the course cover different types of gas flow meters?
Yes. Participants examine differential pressure, turbine, ultrasonic, Coriolis, and other flow measurement technologies, including their applications and limitations.
7. How does the course help improve gas measurement performance?
It develops knowledge of meter selection, installation, calibration, uncertainty, troubleshooting, flow conditioning, and measurement verification to support accurate and reliable operations.