Reliable prediction of the rate-and fluid-dependent evolution of elasto-plastic strain in chalk
is essential to minimize the risk associated with sea-floor subsidence and subsurface …

Depleted hydrocarbon chalk reservoirs are attractive candidates for CO2 storage in
Denmark. However, their highly deformable nature presents challenges for CO2 injectivity …

Assessing risks during carbon dioxide (CO 2) sequestration involves a systematic process to
identify them (risk assessment), analyze, prioritize, score them (risk analysis), develop …

The objective of this work is to introduce the features of a new in-house geomechanics
simulator. In this work, the capabilities of the new simulator will be demonstrated by applying …

Chalk fields, particularly in the Danish North Sea, are being considered for carbon capture
and storage (CCS). This study aims to address seismic risks and fault reactivation during …

This study introduces a novel approach to model non-isothermal reactive transport of
multiphase flow within deformable chalk porous media, aimed at capturing the significant …