Course Description
Multiphase Flowmetering Training Course provides a comprehensive understanding of measuring oil, gas, and water flow in complex production systems. Traditionally, multiphase flow measurement relied on separating each phase before measurement. However, advancements in multiphase flow metering technologies now enable accurate measurement using a single integrated system.
This training course explores the evolution, application, and performance of multiphase flow meters (MFM) in the oil and gas industry. It examines both established and emerging technologies used to measure flow rates, along with supporting instruments for pressure, temperature, and phase fraction analysis.
Participants will gain insights into the advantages and limitations of various metering systems, focusing on real operational challenges such as accuracy, reliability, and field application. The course also reviews practical experiences and future trends, helping professionals make informed decisions about implementing multiphase flow measurement systems for production optimization and allocation.
What you will achieve
Multiphase Flowmetering Training Course objectives are designed to build a strong foundation in multiphase flow principles and measurement technologies. This training course equips participants with the knowledge required to evaluate, select, and apply flow metering solutions effectively.
By the end of this training course, participants will be able to:
- Understand the fundamental principles and challenges of multiphase flow
- Identify different types of flowmeters and associated measurement equipment
- Apply multiphase flow metering concepts in petroleum engineering applications
- Evaluate the capabilities and limitations of current multiphase metering technologies
- Understand measurement techniques for density, velocity, and mass flow rates
- Analyze the role of metering in reservoir management and production optimization
- Support production allocation and reserves estimation using accurate flow data
- Improve decision-making related to installation, operation, and interpretation of multiphase flow meters
How the course is delivered
Multiphase Flowmetering Training Course learning methods combine theoretical knowledge with practical application to ensure effective understanding of complex measurement systems. The course is designed to enhance both technical competence and real-world problem-solving skills.
Participants will benefit from expert-led sessions supported by computer simulations, visual demonstrations, and industry-relevant examples. Videos and interactive materials are used to illustrate key concepts such as flow behavior, measurement techniques, and system performance.
The training course includes detailed explanations of metering technologies, along with practical insights into their application and limitations. Participants will receive comprehensive course materials in both digital and printed formats for continued reference.
Interactive discussions and applied learning approaches encourage participants to relate concepts to their own operational environments, ensuring they can confidently apply multiphase flow metering techniques in real-world scenarios.
Designed for
Multiphase Flowmetering Training Course is designed for professionals involved in production measurement, reservoir engineering, and flow metering operations. It is particularly valuable for individuals responsible for interpreting and utilizing production data in oil and gas environments.
This training course is suitable for:
- Reservoir engineers working on calibration and history matching of flow models
- Production engineers involved in optimizing production operations
- Metering and allocation engineers seeking to understand multiphase measurement systems
- Professionals responsible for selecting, installing, and operating flowmeters
- It also benefits individuals who need to interpret multiphase flow data and understand the differences between conventional and multiphase flow measurement systems in practical applications.
Daily programme
- Fluid and Gas Laws; Equations and Applications
- Fundamentals of flow measurement systems
- Multiphase Flow Metering Fundamentals
- Categories of Instruments
- Possible Combinations of Instruments
- Options for Measurement
- Differential Pressure
- Positive Displacement
- Inferential, Turbine
- Oscillatory, Vortex Shedding
- Magnetic
- Ultrasonic
- Mass Flow RateMeasurements, Coriolis
- Density Measurement
- Velocity Measurement
- Momentum Flux Measurement
- Mass Flux Measurement
- Multiphase Flow Metering Capabilities
- What can Multiphase Flow Metering Really Do?
- Required Accuracy and Regulations
- Why Wet Gas?
- Critical Review of Wet Gas Definitions Applications
- Definitions of Heavy Oil for Metering Applications
- Issues Related to Metering Heavy Oils
- Issues Related to Metering Wet Gas
- Proving Systems, Displacement Provers, Small Volume type Displacement Provers (SVP)
- Meter Factor Trend Charts
- Magnetic Resonance
- Virtual Metering
- Choke Valves
Certification & accreditation
BII Certificate of Completion
BII Certificate of Completion Upon successful completion, participants receive a BII Development Institute Certificate of Completion with a unique reference code that is independently verifiable. Our certificates are recognised internationally and reflect successful completion of your chosen programme.
