View Video

Complete the form below to view the presentation.

Video
Video

Maximizing Carbonate Potential With Rock Physics Modeling

A substantial amount of the world’s hydrocarbon resources are located in carbonate rocks; therefore, it is critical to develop a robust approach for quantitative interpretation of these reservoirs and maximizing carbonate potential.  Carbonate pore microstructure can be complex, and we see a need to move beyond ellipsoidal inclusion assumptions to account for this complexity.

In this webinar, we will do a review of our latest developments in the theory and application of rock-physics modeling in carbonates. We focus on the effects of mineralogy, porosity, pore shapes, and effective stress on elastic properties of limestones and dolomites in a wide range of depositional environments. We show that a modern theoretical model can be successfully used for AVO-based reservoir characterization efforts worldwide.

Resource Info Seismic Inversion for Reservoir Characterization and Prediction
Seismic Inversion for Reservoir Characterization and Prediction
WATCH VIDEO
Resource Info A Coupled Rock Physics & Geological Pore Pressure Model in Carbonates
A Coupled Rock Physics & Geological Pore Pressure Model in Carbonates
WATCH VIDEO
Resource Info Data Management Isn’t Just for Data Managers
Data Management Isn’t Just for Data Managers
WATCH VIDEO
Resource Info Using Generative AI and Machine Learning to Become the Most Informed Operator in the Subsurface
Using Generative AI and Machine Learning to Become the Most Informed Operator in the Subsurface
WATCH VIDEO
Resource Info Maximizing Your Workflow Efficiency: Seamless Integration of Petrel and RokDoc
Maximizing Your Workflow Efficiency: Seamless Integration of Petrel and RokDoc
WATCH VIDEO
Resource Info Ensuring Safe Drilling using Shale-Based Pore Pressure Prediction: an Introduction and Review of the Workflow in RokDoc
Ensuring Safe Drilling using Shale-Based Pore Pressure Prediction: an Introduction and Review of the Workflow in RokDoc
WATCH VIDEO

By submitting this form, you are consenting to receive marketing emails from: Ikon Science, 1 The Crescent, Surbiton, Greater London, KT6 4BN United Kingdom, https://www.ikonscience.com/. You can revoke your consent to receive emails at any time by using the SafeUnsubscribe SafeUnsubscribe® link, found at the bottom of every email.