Ready to elevate your geoscientific exploration experience? Your contribution can amplify the capabilities of our Python software package designed to streamline formation evaluation workflows.
Our library, tailored for geoscientists, empowers you to estimate crucial reservoir petrophysical parameters with precision and ease. From calculating shale volumes using Clavier, Stieber, and Larionov methods, to determining effective and total porosities via Density and Wyllie’s sonic methods, to deriving water saturation using Archie and Simandoux methods - our toolkit equips you for comprehensive analysis.
But that's not all! We automatically generate intuitive log plots for seamless interpretation and furnish a succinct pay summary dataframe to gauge reservoir quality. This includes key metrics like net, gross, and not net thicknesses, % net-to-gross ratio, average volume of shale, porosity, bulk volume of water, and water saturation.
Our approach isn't one-size-fits-all; we tailor computations and displays to your zones of interest, ensuring relevance and efficiency. Plus, with reservoir assessment tools like neutron-density and Pickett plots, along with geolocated well visualizations, you'll unlock deeper insights into your data.
Ready to contribute? Head over to our GitHub page to join our collaborative community in refining and expanding this invaluable resource.
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