行业文章 The Defining Series: Intelligent Completions
Subsea completions are remotely controlled and accessed through wellheads that rest on the seafloor.
Permanent Monitoring
Point and distributed reservoir measurements in real time
Whether your project needs single-point sensors or distributed measurement systems, you can trust our technology to integrate the most advanced permanent downhole measurement technologies with surface acquisition and data communication systems that send pressure, temperature, density, and flow rate data wherever you need it.
Use pressure, temperature, density, and flow rate data to replace unnecessary well interventions
Install permanent downhole gauges to monitor your wells and reservoirs in real time and identify trends that help you optimize well productivity and hydrocarbon recovery—without costly, risky, and time-consuming well interventions. Speed up decision making with real-time digital data delivery and analysis that enables quick reaction and problem-solving that saves you time and money.
See small downhole problems before they turn into big ones
Distributed temperature sensing (DTS) and distributed pressure measurements over extended intervals can identify the source of changes in well performance as they occur, enabling accurate diagnostics on gas lift systems; helping to monitor completion integrity; and quickly identifying a faulty valve, unstable flow, inflow, and outflow without interrupting production.
Rely on real-time downhole data to identify reservoir trends, and react quickly to optimize production—without costly well interventions.
See small downhole problems before they turn into big problems, with distributed temperature sensing (DTS) and distributed acoustic sensing (DAS) systems.
Applications
Leverage proven reliability and metrology for a wide range of applications.
Pressure transient analysis
Reservoir diagnostics: Permeability, formation damage, drainage, interference
Pressure decline evaluation
Reservoir volumetric analysis: Reserves estimate, decline curve analysis, layer communication or reservoir crossflow
Multipoint pressure measurements
Production diagnostics: Real-time downhole fluid density measurements, water and gas breakthrough, slugging, crossflow and flow rates for production allocation and management
Reservoir pressure control
Reservoir drawdown management: Wellbore cleanup optimization, flow above bubblepoint or dewpoint, fines migration and sand management
Pressure interference
Reservoir connectivity: Reservoir compartmentalization via interference tests, optimization of infill well placement and injection strategy
Stimulation pressure diagnostics
Well performance analysis: Frac efficiency monitoring, acid diversion evaluation
Reservoir simulation model calibration
Reservoir dynamics update: Use of downhole pressures for history-matching to improve and validate reservoir models
Artificial lift optimization
Fluid level control: Flowing bottomhole pressure monitoring, pump cavitation elimination, artificial lift system performance evaluation
Intelligent completion monitoring
Zonal production management: Tubing and annulus pressure diagnostics to optimize zonal production and delay water and gas breakthrough
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