Logo

Fiscal Flow Metering and Proving System

Introduction

Fiscal Flow Metering and Proving System

Core Objectives

The delegates will achieve the following objectives: 

• Gain a comprehensive understanding of the fundamental principles and theories behind various flow measurement technologies
• Learn about different types of flow meters, including differential pressure, ultrasonic, turbine, and coriolis meters, and their specific applications
• Acquire knowledge of the calibration methods and best practices for ensuring the accuracy and reliability of flow measurement instruments
• Understand the critical elements of fiscal systems processes, including the legal, contractual, and regulatory aspects
• Learn how to design and implement flow measurement systems that meet industry standards (like AGA 3, AGA8, and API MPMS) and optimise operational efficiency
• Develop skills in interpreting and analysing flow measurement data to ensure accurate reporting and decision-making
• Gain practical knowledge in troubleshooting common issues and performing routine maintenance on flow measurement and fiscal metering equipment
• Familiarise yourself with the relevant industry standards, guidelines, and regulatory requirements governing flow measurement and custody transfer

The Attendees

• Automation Engineers
• Flow Metering Engineers & Technicians
• Fiscal Flow Metering Systems Engineers
• Control System Technicians
• Industrial Engineers
• Maintenance Technicians
• Process Engineers
• Instrumentation Engineers
• Instrumentation Technicians
• Calibration Engineers and Technicians

DAY ONE: FUNDAMENTALS OF FISCAL FLOW METERING SYSTEMS

• Basic Fiscal Metering
• Definition of Fiscal Metering and the Glossary of Terms Associated with Fiscal Metering
• Flow Measurement
• Standards for Fiscal Metering
• Flow Measurement Instruments
• Gas Chromatographs
• The Laws of Physics Behind Measuring Fluid Flow in Pipes
• Standards for Measurement Integrity
• Instruments Used for Flow Measurements and Operation of Gas Chromatographs

DAY TWO: BASIC AND ADVANCED FLOW MEASUREMENT TECHNIQUES

• Flow Meters
• Pressure Meters
• Temperature Meters
• Flow Computers
• Operation and Characteristics of Various Fluid Flow Meters such as:
  •  Ultrasonic
  • Orifice Plate
  • Ventruri
  • Turbine
  • Coriolis Mass Flow Meters
  • Magnetic Low Meters
• Flow Meters Selection Criteria
• Flow Meter Sizing
• Liquid Measurement Principles
• API Gravity of Liquids

DAY THREE: FISCAL FLOW METERING SYSTEMS BASICS

• Definition and Importance of Fiscal Flow Metering Systems
• Legal and Commercial Implications
• Industry Standards for Fiscal Flow Metering Systems (e.g., API, AGA, OIML)
• Key Components of a Fiscal Flow Metering System
• Flow Metering in Fiscal Flow Metering Systems: Requirements and Challenges
• Coriolis Flow Meters in Fiscal Flow Metering Systems and Custody Transfer
• Algorithms Used by Flow Computers to Compensate Raw Flow Signals
• Temperature and Pressure Measurements used in the Algorithms to Accurately Calculate Volumetric Flow Rates
• Definition of Relevant International Standards Related to Fiscal Metering and Custody Transfer
• Fiscal Metering Analyzers
• Documentation Requirements for Fiscal Flow Metering Systems
• Metering Agreements and Contracts
• Data Logging and Reporting
• Verification and Auditing Procedures
• Legal Considerations and Compliance

DAY FOUR: PRACTICAL APPLICATIONS AND TROUBLESHOOTING

• Applications in Chemical Processing
• Applications in Water and Wastewater Management
• Common Issues in Flow Measurement Systems and Their Causes
• Diagnostic Tools and Techniques
• AGA3 and AGA8 Standards in detail, and relating them to API MPMS Standard
• Practical Experiment of AGA3 Sizing Software
• Metering Calibration and Validation
• Calibration of Flow Computer Input Channels
• Practical Application of One of the Famous Flow Computers Configuration Software
• Conversion of Volumetric Flow Rates to BTU Values

DAY FIVE: ADVANCED FISCAL FLOW METERING TECHNIQUES AND SAFETY

• Meter Provers
• Operating Procedures
• Measuring Quality of Petroleum Products using Analyzers in Fiscal Metering Station
• Online Gas Chromatograph (GC)
• Typical Flow Meter Provers
• Operation and Maintenance Carried out in Typical Fiscal Metering Stations
• Integration with SCADA Systems
• Advanced Proving and Calibration Methods
• Innovations and Future Trends in Fiscal Metering Systems
• Industry Safety Standards for Flow Measurement and Fiscal Metering Systems
• Risk Assessment and Management
• Ensuring Compliance with Regulatory Requirements
• Safety Protocols and Best Practices
• Conducting Safety Audits and Inspections