ProQual Level 2

Award in Understanding the Fundamentals of Flow Measurement in Oil & Gas and Associated Industries

Gain a UK Recognised Qualification Designed for Oil & Gas Professionals, Flow Measurement Specialists and Process Industry Personnel.

Ofqual Regulated Qualification

Assignment Based Assessment

Flexible Online Learning

UK & International Recognition

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Course Introduction

The ProQual Level 2 Award in Understanding the Fundamentals of Flow Measurement in Oil & Gas and Associated Industries is designed for learner seeking practical knowledge of how flow measurement systems operate across oil and gas and associated industrial environments. It provides a clear starting point for understanding the principles, equipment and technologies used to measure fluid flow accurately and reliably.

The qualification develops essential knowledge of fluid properties, flow behaviour, measurement units, pressure and temperature effects, and factors that influence measurement accuracy. It introduces key flow measurement technologies, including differential pressure devices, variable-area meters, positive-displacement meters, turbine meters, Coriolis flowmeters, ultrasonic flowmeters and magnetic flowmeters. Learner also gains an understanding of important considerations for flowmeter selection, installation, calibration, maintenance and servicing.

Accurate flow measurement is fundamental to process control, operational efficiency, custody transfer, production monitoring and safe industrial performance. This qualification therefore provides relevant foundational knowledge for learner working toward roles involving process operations, instrumentation, metering and technical support.

The Regulated Qualifications Framework (RQF) is the single framework for regulated qualifications, with the Office of Qualifications and Examinations Regulation (Ofqual) as the regulatory body for this qualification. This qualification is accredited onto the RQF.

With accessible entry requirements, the qualification offers a structured pathway for learner seeking to strengthen technical understanding and progress toward further study or professional development in flow measurement, instrumentation and oil and gas operations.

Qualification Overview

Qualification Level
Level 2

Study Units
1 Mandatory Unit

Qualification Time
50 TQT

Awarding Body
ProQual AB

Qualification Structure

The ProQual Level 2 Award in Understanding the Fundamentals of Flow Measurement in Oil & Gas and Associated Industries is an Ofqual-regulated qualification accredited on the Regulated Qualifications Framework (RQF). The qualification has a Total Qualification Time (TQT) of 50 hours, including 50 Guided Learning Hours (GLH).

Assessment is assignment-based and conducted on a Pass/Fail basis. It is internally assessed and verified by centre staff, with external quality assurance provided by ProQual Verifiers.

To achieve the qualification, learners must successfully complete one mandatory unit.

Core Study Units

arning Outcomes

  1. Understand fluid properties and the basics of fluid flow.
    • Explain key fluid properties, including density, viscosity, temperature, surface tension and capillarity.
    • Differentiate between density and relative density.
    • Explain thermodynamic and physical properties of fluids.
    • Describe the effects of temperature and pressure on oil and gas viscosity.
    • Explain volumetric flow rate and its calculation.
    • Differentiate between laminar and turbulent flow.
    • Explain static, friction and velocity heads.
    • Explain how pipe size, friction and viscosity affect flow measurement.
  2. Understand the requirements for the selection of flowmeters.
    • Explain process, performance and configuration requirements for custody transfer and process operations.
    • Describe factors influencing flowmeter selection, including performance, safety, rangeability, materials, maintainability and installation.
    • Describe flowmeter types and their fluid-property requirements.
    • Identify key data required for flowmeter selection.
    • Explain performance requirements for flowmeter specification and use.
  3. Know primary measuring devices for flow measurement.
    • Explain the importance of measuring fluid flow rate.
    • Describe direct and indirect flow measurement methods.
    • Explain differential pressure and its importance.
    • Identify common primary flow measurement devices.
    • Describe orifice plates and their key features and benefits.
    • State factors determining pipe dimensions for primary flowmeters.
  4. Know secondary measuring devices for flow measurement.
    • Identify common secondary flow measurement devices.
    • Explain the importance of accuracy and precision.
    • Differentiate between inclined and U-tube manometers.
    • Describe wet and dry manometer calibration procedures.
  5. Understand the operation of variable-area instruments.
    • Compare rotameters and orifice instruments.
    • Explain how calibration, relative density, viscosity and temperature affect rotameter readings.
    • Explain factors affecting rotameter measurement accuracy.
    • Describe piston and vane-type flowmeters.
    • Explain the use of armoured rotameters and orifice-plug flowmeters.
  6. Understand the operation of positive-displacement meters.
    • Describe the operating principles of positive-displacement meters.
    • State their advantages and disadvantages.
    • Describe reciprocating and oscillating piston meters.
    • Identify components of lobed impeller, oval and helical flowmeters.
    • Describe calibration processes.
    • Identify common flowmeter problems.
  7. Understand the operation of other flowmeters in summary.
    • Describe the principles and unique characteristics of Coriolis, ultrasonic, turbine and magnetic flowmeters.
  8. Know the installation and maintenance requirements for flow instruments.
    • State guidelines for correct installation.
    • Describe safe flow instrument maintenance procedures.
    • Explain the importance of accurate equipment calibration.
    • State basic safety considerations for instrument servicing.

Who Is This Qualification For?

The ProQual Level 2 Award in Understanding the Fundamentals of Flow Measurement in Oil & Gas and Associated Industries is designed for learner seeking foundational knowledge of flow measurement within oil and gas and associated industrial environments. The qualification is particularly suitable for:

  • Oil and gas industry personnel seeking fundamental flow measurement knowledge
  • Process operators developing technical understanding
  • Instrumentation and control technicians
  • Flow measurement and metering personnel
  • Junior process engineers and technical staff
  • Petroleum and energy industry personnel
  • Maintenance and engineering support staff
  • Pipeline and terminal operations personnel
  • Production and process operations staff
  • Learner progressing into instrumentation-related roles
  • Personnel involved in flowmeter selection and operation
  • Technical staff supporting measurement and calibration activities
  • Individuals seeking a recognised Level 2 qualification in flow measurement
  • Existing industry personnel strengthening their technical knowledge
  • Learner planning further study in oil and gas instrumentation and measurement

The qualification has no formal entry requirements, making it accessible to learner beginning or developing a career in oil, gas and associated industries.

ProQual Level 2 Award in Understanding the Fundamentals of Flow Measurement in Oil & Gas and Associated Industries

Entry Requirements

  • Minimum Age: 18 years.
  • Educational Background : Basic maths and science knowledge is recommended.
  • Work Experience: Prior oil and gas experience is not required but is an advantage.
  • Prior Knowledge: Basic understanding of relevant concepts is helpful but not required.

Career Opportunities

The ProQual Level 2 Award in Understanding the Fundamentals of Flow Measurement in Oil & Gas and Associated Industries provides learner with foundational knowledge of flow measurement principles, equipment, and technologies used across oil and gas and associated industrial sectors. As accurate flow measurement becomes increasingly important for process control, production efficiency, monitoring, and operational reliability, personnel with a sound understanding of flow measurement can support a range of technical, process, instrumentation, metering, and maintenance functions across industrial environments.

Flow Measurement Technician

Supports flow measurement equipment, performs basic checks, identifies issues, and assists with reliable measurement operations in industrial environments.

Instrumentation Technician

Installs, maintains, tests, and supports instrumentation systems used for monitoring flow, pressure, temperature, and other process parameters.

Process Operator

Monitors industrial processes, interprets flow measurements, operates equipment, and supports safe and efficient production activities within processing facilities.

Metering Technician

Supports metering systems, conducts routine inspections, assists calibration activities, and helps maintain accurate measurement of fluids and gases.

Oil & Gas Technician

Provides technical support across oil and gas operations, including equipment monitoring, process measurement, maintenance, and operational activities.

Control Room Operator

Monitors process conditions and instrumentation readings, identifies abnormal operating parameters, and supports safe, controlled industrial plant operations.

Maintenance Technician

Performs routine maintenance and troubleshooting on flow measurement equipment, instrumentation, valves, and associated industrial process systems.

Instrumentation Assistant

Assists instrumentation professionals with installation, inspection, calibration, maintenance, and basic troubleshooting of measurement and control equipment.

Future Progression

Upon successful completion of the ProQual Level 2 Award in Understanding the Fundamentals of Flow Measurement in Oil & Gas and Associated Industries, learner can progress to higher-level technical qualifications and further professional development in flow measurement, instrumentation, process operations, and oil and gas engineering.

Learner may undertake advanced study in instrumentation and control, metering systems, process engineering, calibration, or oil and gas operations, while building practical competence through relevant workplace experience and CPD.

The qualification can support progression towards roles such as Flow Measurement Technician, Instrumentation Technician, Metering Technician, Process Operator, and Maintenance Technician, depending on experience and additional technical training.

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+44 7441 396751

info@inspirecollege.co.uk

www.inspirecollege.co.uk

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frequently asked questions

Frequently Asked Questions

Yes. Flow measurement is an important technical function in pipeline transportation, transfer systems, processing facilities, and terminal operations.

No. The qualification covers flow measurement fundamentals applicable to oil, gas, and associated industrial processes involving different fluid types.

Flow measurement is essential for ensuring accurate monitoring of liquids and gases, improving efficiency, and maintaining safe industrial operations.

It builds essential technical knowledge for entry-level roles. It supports careers in instrumentation and process industries. It improves job opportunities in the energy sector

Flow measurement helps determine the quantity and rate of liquids or gases moving through pipelines, equipment, and industrial processes.

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