Water saturation log calculation
Challenge
- Lack of native support for loading/visualizing petrophysical correlation of water saturation (Pc-Sw) array data or fitting Sw functions limits utility.
- Quick assessments of newly added data still require continuous reliance on petrophysical inputs.
- Efficiency improvements and predictive capabilities are needed to better manage uncertainty.
Solution
This is a Petrel™ subsurface software-integrated solution designed to calculate and apply water saturation (WS) modeling functions intelligently and efficiently within reservoir workflows.
- Intelligent modeling: Fits industry-standard Sw modeling functions and applies them with suitable parameters on the 3D static model.
- Efficient data handling: Enables loading and visualization of Pc–Sw array data directly in Petrel software.
- Improved quality: Builds and applies Sw modeling outputs to enhance prediction accuracy and manage uncertainty effectively.
- Seamless integration: Works within Petrel software workflows for smooth adoption and minimal disruption.
Results
Higher accuracy of predictions: Delivers more consistent water saturation estimates, improving reservoir characterization..
Faster modeling turnaround: Reduces time spent on Sw calculations, accelerating decision-making.
Enhanced reservoir model quality: Improves static model reliability by integrating accurate Sw data.
Operational efficiency: Automates complex calculations, freeing engineering time. Sw data.
Improved decision speed: Enables quicker predictions and uncertainty management for field development planning.
