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Building a Worldwide Carbonate Database for Rock Physics Modeling

Rock physics modeling of carbonates, linking mineralogy, pore structure, fluids, and effective stress to elastic properties, is essential for prediction of well log data, amplitude versus offset (AVO) modelling, seismic inversion feasibility, and reservoir characterization.
In this webinar, we will show some of the latest works done in collaboration with Dr. Lev Vernik. It is viable to integrate laboratory measurements on wet samples at ultrasonic frequencies with the worldwide carbonate database originally acquired under dry conditions by using well-known rock-physics techniques. This enhanced database is used for rock-physics calibration, where modern theoretical models allow us to complicate pore shapes and move beyond ellipsoidal inclusion assumptions.

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Can we Ignore Anisotropy for Seismic Inversion?
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Leveraging Advanced Techniques to Maximize Seismic Data Quality for Enhanced Reservoir Characterisation Value
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Seismic Inversion for Reservoir Characterization and Prediction
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Resource Info A Coupled Rock Physics & Geological Pore Pressure Model in Carbonates
A Coupled Rock Physics & Geological Pore Pressure Model in Carbonates
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