Computed tomography (CT) is a useful sample characterization and analysis technique to
better understand complicated reactive transport processes in geologic CO 2 utilization and …

Deep neural networks have received considerable attention in clinical imaging, particularly
with respect to the reduction of radiation risk. Lowering the radiation dose by reducing the …

Rock typing plays a crucial role in describing the heterogeneity of the reservoir. Most of the
conventional rock typing methods are implemented to classify the target reservoir into …

Understanding polymer transport through porous media is key to successful field
implementations, including well conformance control and EOR processes. Polymer retention …

Traditional methods of core characterization are time-consuming and require the
considerable effort of a large number of experts. At the same time, it is quite difficult to readily …

A meticulous interpretation of steady-state or unsteady-state relative permeability (Kr)
experimental data is required to determine a complete set of Kr curves. In this work, three …

Two of the most critical properties for multiphase flow in a reservoir are relative permeability
(K r) and capillary pressure (P c). To determine these parameters, careful interpretation of …

The approach to handle the unresolved pores at 3D X-ray Micro Computed Tomography
(μCT) images of core samples is developed. It enables a sufficient widening of digital rock …

Two of the most critical properties for multiphase flow in a reservoir are relative permeability
(Kr) and capillary pressure (Pc). To determine these parameters, a meticulous interpretation …

This thesis presents a pore-scale investigation into the mechanisms governing the
interactions between water, oil and carbonate rocks using a series of core-flood experiments …