Expro Excellence
Flow Surveillance
QPulse™ allows for independent multiphase flow measurement
Customer challenges
  • The customer was looking for a non-intrusive solution to test production flow rates for over 40 production wells across multiple fields
  • The wells were instrumented with Wet Gas Meters but started suffering liquid loading which affected the accuracy of the multiphase measurement
  • The wells have no tie-in points to allow inline testing without interrupting the production
  • A high turndown testing solution was required with minimal pressure drop
  • A capability to measure low liquid production rate was critical to identify potential liquid loading and water influx in individual wells
  • The solution needed to be operational even on remote wellheads with limited access
Expro Excellence
  • Expro provided its QPulse™ solution, a non-intrusive, portable multiphase flow surveillance solution that uses proprietary SONAR Meter technology combined with MultiTrace® technology
  • Expro SONAR Meter provides accurate gas volumetric rates unaffected by wetness
  • MultiTrace® provides a direct measurement of the condensate and water flow rates utilizing a non-radioactive tracer dilution technique
  • The use of QPulse™ allowed for testing the wells at actual flowing conditions and without any production interruption
  • High turndown measurement solution for multi-rate testing at different chokes with liquid rate measurement down to a few barrels per day
Value to client
  • Accurate and direct measurements for Gas, Condensate and Water rates independent of any PVT or Water Cut computation
  • Liquid rates have been used to validate the Wet Gas Meter inputs to improve the measurement uncertainties
  • QPulse™ provides the necessary data to understand the assets' production profile and the liquid loading behavior for individual wells
  • Cost-effective, compact and mobile solution alternative as compared to conventional testing methods
Contact

QPulse™ allows for independent multiphase flow measurement

In Brief
Non-intrusive solution allowed for flow measurement on multiple wet gas wells without testing tie-in points
Product Line
  • Flow Surveillance
Region
Middle East And North Africa
Customer challenges
  • The customer was looking for a non-intrusive solution to test production flow rates for over 40 production wells across multiple fields
  • The wells were instrumented with Wet Gas Meters but started suffering liquid loading which affected the accuracy of the multiphase measurement
  • The wells have no tie-in points to allow inline testing without interrupting the production
  • A high turndown testing solution was required with minimal pressure drop
  • A capability to measure low liquid production rate was critical to identify potential liquid loading and water influx in individual wells
  • The solution needed to be operational even on remote wellheads with limited access
Expro Excellence
  • Expro provided its QPulse™ solution, a non-intrusive, portable multiphase flow surveillance solution that uses proprietary SONAR Meter technology combined with MultiTrace® technology
  • Expro SONAR Meter provides accurate gas volumetric rates unaffected by wetness
  • MultiTrace® provides a direct measurement of the condensate and water flow rates utilizing a non-radioactive tracer dilution technique
  • The use of QPulse™ allowed for testing the wells at actual flowing conditions and without any production interruption
  • High turndown measurement solution for multi-rate testing at different chokes with liquid rate measurement down to a few barrels per day
Value to client
  • Accurate and direct measurements for Gas, Condensate and Water rates independent of any PVT or Water Cut computation
  • Liquid rates have been used to validate the Wet Gas Meter inputs to improve the measurement uncertainties
  • QPulse™ provides the necessary data to understand the assets' production profile and the liquid loading behavior for individual wells
  • Cost-effective, compact and mobile solution alternative as compared to conventional testing methods
Contact

For further information, please contact:

[email protected]