Real-time Downhole Fluid Analysis
The InSitu Fluid Analyzer System offered by Schlumberger provides real-time downhole fluid analysis, allowing for a deeper insight into fluid composition and distribution. This system acts as a fully functioning laboratory downhole, delivering comprehensive representative characterization of reservoir fluids at reservoir conditions. By integrating InSitu downhole quantitative properties measurements with various sensors, along with flowline pressure and temperature monitoring, this system offers high-accuracy quantitative data for improved reservoir understanding.
Integrated Wireline Formation Testing
One of the key features of the InSitu Fluid Analyzer System is its seamless integration with the Ora intelligent wireline formation testing platform. This integration enables the gathering of a wide range of fluid data alongside vital formation characterization. With advanced digital enablers, the combination of downhole fluid analysis and wireline formation testing enhances operational visibility and engagement, ultimately boosting reservoir performance.
Modular Downhole Fluid Analysis Portfolio
The InSitu Fluid Analyzer System offers a modular downhole fluid analysis portfolio that includes a variety of sensors for measuring different fluid properties. From hydrocarbon composition and oil-based mud filtrate contamination to gas/oil ratio, live-oil density, viscosity, flowline resistivity, and more, this system provides a comprehensive set of tools for thorough reservoir fluid analysis. Additionally, the system can detect elements like CO2 content, fluid color, free-gas, dewpoint precipitation, fluorescence, and pH levels, covering a wide range of fluid characteristics.
Enhancing Reservoir Performance
By utilizing the InSitu Fluid Analyzer System in conjunction with wireline formation testing, operators can optimize reservoir performance by gaining a detailed understanding of fluid behavior and composition. The real-time insights provided by this system aid in decision-making processes, allowing for more precise reservoir management strategies. Whether analyzing hydrocarbon properties, fluid variations, or reservoir fluid characteristics, this system equips operators with the tools needed to enhance reservoir performance effectively.