Small-scale (mm-dm scale) heterogeneity has been shown to significantly impact CO2
migration and trapping. To investigate how and why different aspects of small-scale …

When CO2 is injected into sedimentary basins, the fate of the buoyant CO2 will be
determined by how it interacts with the underlying geologic heterogeneities. Here we …

Predicting the subsurface spatial distribution of geological facies from fullstack geophysical
data is a main step in the geo-modeling workflow for energy exploration and environmental …

A novel laboratory technique is presented for generating two‐dimensional beadpacks with
reproducible natural geologic sedimentary bedforms. The heterogeneous beadpacks are …

In this dissertation, we study the influence of small-scale geologic heterogeneities (mm to
dm) on buoyant, vertical migration of CO 2 at intermediate length scales (sub-meter) in two …

In order to predict subsurface CO2 plume behavior and to assess storage capacity,
continuum-based multiphase flow models are conventionally applied at the reservoir scale …

In this dissertation, we study the influence of small-scale geologic heterogeneities (mm to
dm) on buoyant, vertical migration of CO₂ at intermediate length scales (sub-meter) in two …

This report summarizes some of the evolving improvements in key technical skills that are
developing to support a large-scale commercial application of CCS as well as support …

Small scale heterogeneity characteristic of clastic formations has been well known to affect
CO2 migration pathways during geologic carbon sequestration. Especially far field from the …