Carbon capture, utilization, and storage (CCUS) in geological formations play a key role in
mitigating anthropogenic CO 2 emissions and achieving the aggressive goal of net-zero …

Carbon dioxide-enhanced shale gas recovery (CO 2-ESGR) has been identified as a
promising technology for carbon emission mitigation as well as for its additional benefits …

The occurrence of many seismic events in energy production projects is caused by fluid
injection-induced reactivation of critically stressed faults. The distribution of local stress …

The coupling between solute transport and rock's geomechanical processes, for example,
flow‐induced fracture activation, has emerged as an important hydrogeological challenge …

We study the effect of CO 2 on the mechanical properties of Morrow Sandstone in
Farnsworth Unit oilfield in Texas, where supercritical CO 2 is being injected for sequestration …

Mitigating the hazard of fault reactivation during CO 2 _2 injection and oil production is
important for ensuring environmental sustainability of geologic carbon sequestration and …

Geologic carbon storage (GCS) is a promising technology for mitigating CO 2 emissions.
The overall success of GCS depends on safe operations that are informed by risk …

Abstract Geological Carbon Storage (GCS) is a technology that captures CO 2 released by
human activities and injects it into a specific formation for long-term storage. Globally, GCS …

We present a simulation framework for fast monitoring of fault stability and ground
deformation in multiphase geomechanics and demonstrate its efficacy for a joint CO 2 …

Geologic storage of carbon dioxide can efficiently contribute to reduce greenhouse gas
emissions to the atmosphere. Two major hazards of this technology are leakage towards the …