Carbon capture and storage (CCS) in underground structures depends on the quality of the
geological reservoirs. Factors including interconnectivity in the pore spaces, natural …

Enhanced hydrocarbon recovery processes coupled with CO 2 storage are, by far, the
cheapest carbon capture and storage (CCS) options in geological structures. However …

Vertical natural fractures (NFs) are prevalent in low-permeability sandstone reservoirs.
Presently, the impact of NFs on the extension of hydraulic fractures (HFs) remains partially …

The physical properties of the rock units associated with the Rio Bonito Formation are
presented in this study with the focus on modelling reservoir quality based on petrophysics …

São Paulo State has witnessed CO 2 storage-based investigations considering the
availability of suitable geologic structures and proximity to primary CO 2 source sinks related …

Hydrogen (H2) has recently gained momentum as a promising clean energy alternative to
fossil fuels. The intermittent nature of renewable energy, as the source of green H2 …

Formation mobility is a key parameter for characterizing reservoir permeability and
predicting productivity. Formation mobility can be obtained in real-time by formation testing …

In recent years, new breakthroughs have been made in the field of shale oil and gas
exploration in the Lower Jurassic Lianggaoshan Formation in Sichuan Basin. At present …

Numerical simulation of two-phase multicomponent flows requires solving continuity,
momentum, energy, and transport equations. Typically, these conservation equations are …

Abstract The Da'anzhai Member limestone in the central Sichuan Basin holds significant
importance as a tight oil-producing formation. Despite its crucial role, the intricate patterns of …