Advancements in 2-Phase Flow applying Digital Rock Physics

This session focuses into the latest advancements in Digital Rock Physics (DRP) and highlights key elements for a comprehensive understanding of porous media dynamics.
Quality control measures and an optimized experimental setup are emphasized to ensure the accuracy of results. Exploration of parameters such as percolation path, shrink sleeves, embedding techniques, and the choice between cylindrical and cubic samples is undertaken, with a focus on the necessity for corrections in cylindrical setups to enhance precision.
A detailed overview of 2-phase flow dynamics within porous media is provided, followed by an investigation into primary drainage phenomena to unravel fluid behavior intricacies. The application of the digital rock aging is discussed, showcasing its utility in advanced analysis and simulation of changing wettability on porous media.
The session delves into the complexities of imbibition in mixed-wet conditions, shedding light on fluid interactions. Imbibition relative permeability (Krel) is assessed to quantify the efficiency of fluid transport during the imbibition process.
A shortcut method for the efficient analysis of hysteresis in porous media dynamics is introduced, providing a streamlined approach for comprehensive research in Digital Rock Physics.
The video is part of the GeoDict Innovation Conference 2024 and the simulations were run with the GeoDict 2024 release.
----------------------------------------------------------------------------------------------------------------------------
For more information, contact us directly at support @math2market.com.
Please also visit our website at www.math2marke....
Find us on LinkedIn: / math2market-gmbh
Math2Market GmbH 2024