Geophysical methods have long been used in earth and environmental science for the
characterization of subsurface properties. While imaging the subsurface opens the “black …

There is growing interest in using advanced imaging techniques to describe the complex
pore-space of natural rocks at resolutions that allow for quantitative assessment of the flow …

Characterisation of the pore space in carbonate reservoirs and aquifers is of utmost
importance in a number of applications such as enhanced oil recovery, geological carbon …

Evaluating reservoir storage and percolation capacities, which are closely associated with
pore morphology and connectivity, is significant for the exploration and exploitation of oil …

Precipitation and dissolution are prime processes in carbonate rocks and being able to
monitor them is of major importance for aquifer and reservoir exploitation or environmental …

The strong heterogeneity of carbonate reservoirs makes it challenging to assess the spatial
distribution of fluid behavior, geological attributes, petrophysical properties, and estimate oil …

Electrical and fluid flow properties of porous media are directly related to the morphology of
pores and the connectivity of the pore network. Both are closely linked to the amount and …

Abstract Evaluation of carbonate heterogeneity, closely related to pore geometry and
connectivity, is important in oil and gas field production and reservoir prediction. To …

The dissolution of carbonate rocks usually leads to both porosity (ϕ)(ϕ) and permeability
(k)(k) increase. We present experimental evidences and physical-based models of positive …

In this paper, we report on experimental and computational studies investigating the
evolution of pore structure and permeability of a microporous carbonate rock during …