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Multiphase Flow Metering Products and Services

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Exempted Source SP Multiphase Flow Meter (XC-MPFM)

Exempted Source Spool Piece (SP) MPFM is a new technology developed in a very compact design for monitoring and testing oil and gas wells in full Gas Volume Fraction (GVF) range, with a gamma source of extremely low activity, classified as exempted category by IAEA.

  • Introduction
  • Principle
  • Performance
  • Features
  • Applications

Exempted Source Spool Piece (SP) MPFM is a new technology developed in a very compact design for monitoring and testing oil and gas wells in full Gas Volume Fraction (GVF) range, with a gamma source of extremely low activity, classified as exempted category by IAEA.  

Exempted Source SP MPFM uses a Ba133 source of extremely low activity, classified as exempted category by IAEA, combined with the venturi flow measurement technology to measure individual phase flow rate in a three-phase flow. Oil, gas and water fractions are computed in real time under production conditions, through the combination of gamma ray attenuation equations at two energy levels, and unity assumption of phase fractions. From these fractions and the total mass flow rate from the venturi meter, inline pressure and temperature measurements, the flow rate of each phase under standard conditions are determined through an embedded PVT model. 

GVF Range

Measurements

Typical Uncertainty

Inline Pressure
< 2 MPa

Inline Pressure
> 2 MPa

0~90 %

Liquid Flow Rate (Rel.)

5%

5%

Gas Flow Rate (Rel.)

7%

5%

Water Cut (Abs.)

2%

2%

90~100%

Hydrocarbon Mass Flow Rate

3%

Gas Mass Flow Rate

2%

Water Volume Fraction

1.5%

Features

  • Exempted source products, free of routine radioactive source management

  • Reliable, real-time, continuous and accurate data

  • Inline flow meter, non intrusive

  • Independent of emulsion effect, phase transition or viscosity 

  • Remote operation and data acquisition

  • No moving parts 

  • Low maintenance

  • Small footprint and light weight

  • Simple installation 

  • Safe operation

  • Outstanding dynamic response 

  • Low pressure loss

  • Low power consumption


Benefits

  • Remote and automated operation

  • Low capital and operation costs

  • Early detection of water

  • Better diagnosis per well

  • Reduced HS&E risks in both installation and operation

  • Real-time data for production management and digital field migration


  • Single or multiple well performance monitoring

  • Production well testing

  • Onshore and offshore

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