A critical component in the assessment of long-term risk from geologic sequestration of
carbon dioxide (CO 2) is the ability to predict mineralogical and geochemical changes within …

The geological storage of CO 2 is a key component in the energy transition to net zero
emissions. Industrial CO 2 streams from combustion, or “hard to abate” industries such as …

Geological storage of anthropogenic CO 2 captured from large emitters has been identified
and demonstrated on a pilot and commercial scale as a viable means for reducing …

The mechanical behavior of rock is one of the most important parameters to evaluate the
potential for geological carbon dioxide (CO 2) sequestration (GCS); therefore, the study of …

The short-and long-term geochemical impact of CO 2 injection into a depleted gas reservoir
(DGR) is investigated using reservoir/geochemical modeling with TOUGH2/TOUGHREACT …

Biomethane is considered one of the most promising energy vectors to substitute fossil fuels
during the global energy transition. Its production is steadily increasing, and high storage …

The costs of CO 2 separation for carbon capture and storage can be reduced through
capturing less pure CO 2. The presence of impurities such as methane (CH 4) in the CO 2 …

Co-injection of oxygen, a significant component in CO 2 streams produced by the oxyfuel
combustion process, can cause a significant alteration of the redox state in deep geologic …

The last few years have seen the proliferation of anaerobic digestion plants to produce
biomethane. Oxygen (O 2) traces added to biogas during the desulfurization process are co …

The analysis of species behavior involving dilute fluid environments has been crucial for the
advance of modern solvation thermodynamics through molecular-based formalisms to guide …