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- Quantitative Log Analysis: Derive accurate measurements of porosity, saturation, and permeability from well logs.
- Advanced Formation Evaluation: Utilize sophisticated tools like NMR, FMI, and Sonic Scanner to provide detailed insights into formation properties and fluid behaviors.
- Core Analysis: Determine key physical properties of rock samples, including porosity, permeability, and fluid saturations.
- PVT (Pressure-Volume-Temperature) Analysis: Evaluate the properties of reservoir fluids to predict their behavior under various conditions.
- Capillary Pressure Analysis: Use capillary pressure data to model saturation height functions, essential for calculating hydrocarbon volume in place.
- Integration with Log Data: Combine core and log data for a more comprehensive analysis of the reservoir’s saturation profile.
- Conventional Methods: Employ Archie’s equation, Simandoux, or Waxman-Smits for water saturation estimation in clean and shaly sands.
- Advanced Techniques: Utilize our proprietary models for accurate saturation estimates, especially in complex or low-resistivity reservoirs.
- 3D Petrophysical Modeling: Integrate petrophysical data with geological and geophysical information to construct detailed 3D models of the reservoir.
- Uncertainty Analysis: Assess data variability and measurement uncertainty to understand their impact on reservoir evaluations and decision-making.
Let’s help you get more value out of your Sonic Logs!