The latest tremendously rapid expansion of the energy and industrial sector has led to a
sharp increase in stationary sources of CO 2. Consequently, a lot of concerns have been …

Over the past decades, there has been a challenge to understand the fundamental
mechanisms influencing carbonate reservoir characterization due to their high degree of …

Rocks can deform at varying scales (nano-, micro-and macro-scale) under different
temperatures, pressures, stresses, and time conditions. Sub-core scale (nano-to micro …

In this study, a suite of tests was conducted to investigate the microscale mechanical, elastic,
and microstructural alterations due to rock–microbial interactions in dolomitic rocks …

In biogeomechanics, which describes the mechanical responses to microbial-rock
interactions and its succeeding alterations, there is complexity in the estimation and …

Biologically induced reactions in granular media (geomaterials) often rely on precipitates
from enzymes or microbes to promote the formation of mineral precipitate crystals in its …

Geological hydrogen storage in carbonate reservoirs is a promising method for transitioning
to clean energy sources. Gas displacement behavior in porous media is critical for …

The objective of this study is to investigate the potential of the microbially induced carbonate
precipitation (MICP) method for leakage control in geological CO 2 storage. It is crucial to …

Unconventional geo-resources are critical due to their important contributions to energy
production. In this energy transition and sustainability era, there is an increased focus on …

Determination of mineral texture and diagenetic features in mudstones is crucial to reveal
the history of their pore systems and provides key information to predict their future sealing …