Course Overview
This 5-day expert-led program equips instrumentation engineers, metering specialists, and operations personnel with advanced knowledge of flow measurement technologies, selection criteria, and calibration methodologies. Participants will gain hands-on experience with installation, troubleshooting, and accuracy optimization for liquid, gas, and multiphase flow applications.
Course Objectives
Upon completion, participants will be able to:
- Select optimal flow meters for specific applications (API, AGA, ISO standards)
- Install and commission major flow meter types with proper flow conditioning
- Perform field verifications and master calibration techniques (lab/field)
- Troubleshoot measurement errors (Reynolds number effects, swirl, profile distortions)
- Implement advanced diagnostics for meter health monitoring
- Ensure fiscal measurement compliance (API MPMS, OIML R117)
- Analyze uncertainty budgets and optimize measurement systems
- Apply digital technologies (smart meters, IIoT integration)
Who Should Attend
This course is essential for:
- Metering & Instrumentation Engineers
- Measurement Technicians
- Calibration Laboratory Staff
- Oil & Gas Production Accountants
- Process Control Specialists
- Quality Assurance Auditors
- Flow Computer Programmers
Course Modules
Module 1: Flow Measurement Fundamentals
- Key parameters (Q, ΔP, ρ, μ) and flow regimes
- Reynolds number significance
- Meter selection criteria (accuracy, rangeability, pressure loss)
- Industry standards overview (API MPMS, AGA, ISO)
Module 2: Liquid Flow Meters
- Differential Pressure (Orifice, Venturi, V-Cone)
- Turbine meters (pros/cons, viscosity effects)
- Ultrasonic (Transit-Time, Doppler)
- Coriolis mass flow principles
Module 3: Gas Flow Measurement
- Ultrasonic (multi-path configurations)
- Thermal mass flow meters
- Turbine meters in gas service
- Differential pressure applications
Module 4: Proving & Calibration
- Master meter methods
- Gravimetric and volumetric liquid provers
- Bell provers for gas applications
- Field calibration techniques
Module 5: Metering System Design
- Flow conditioner requirements
- Straight-run piping calculations
- Temperature/pressure compensation
- Sampling system integration
Module 6: Advanced Diagnostics
- Meter health monitoring parameters
- Uncertainty analysis (GUM methodology)
- Data validation and editing
- Leak detection through flow balance
Module 7: Digital Transformation
- Smart meter diagnostics
- IIoT integration for meter networks
- Blockchain for custody transfer
- AI-assisted anomaly detection