Geothermal tail water reinjection (GTWR) is a worldwide conundrum that restricts the
sustainable exploitation of porous sandstone geothermal reservoirs (PSGR). Particle …

Formation damage caused by fine migration and straining is a well-documented
phenomenon in sandstone reservoirs. Fine migration and the associated permeability …

The dynamics of fine particle entrainment, transport, and deposition within pore systems,
and in particular, the capacity for mobile fines to impair permeability within porous media is …

Marine gas hydrate is widely distributed in clayey silt sediments, which have high clay
content and low permeability. The decomposition of natural gas hydrate will cause the …

Hydraulic fracturing is a potentially promising technology for stimulating gas production and
improving energy efficiency in low-permeability hydrate reservoirs. However, marine hydrate …

Engineering structures built on soft and compressible soils are often subjected to a long‐
lasting consolidation settlement. It is difficult to achieve an acceptable level of consolidation …

Pore-clogging by aggregation of fine particles is one of the key mechanisms in particulate
transport in porous media. In this work, the unresolved-resolved four-way coupling CFD …

The migration of fine particles in oil reservoir rock is the most important cause of formation
damage and permeability impairment. The mechanism of this phenomenon includes fines …

Reactive fluid/rock interactions during carbon dioxide (CO 2) injection into saline aquifers
would trigger injectivity issues, particularly due to the presence of salt precipitation and fines …

Evolution from fines migration to deposition and clogging is critical for many geotechnical
and environmental engineering practices. In this study, the coupling of computational fluid …