Geological storage of CO 2 is a promising technique to mitigate anthropogenic CO 2
emissions. The effectiveness of CO 2 storage in the subsurface formations relies on various …

Hydrogen (H 2) storage in porous reservoirs has been explored as a promising solution to
support large-scale H 2 storage and maintain the energy supply and demand balance in …

Correctly tracking the evolution of spatial heterogeneity of local degree of saturation (S r) in
unsaturated soils is essential to explain the seepage phenomenon, which is crucial to …

The injection of CO 2 into underground reservoirs provides a long term solution for
anthropogenic emissions. A variable injection method (such as ram** the flow rate up or …

Unlike conventional oil and gas sources, natural gas hydrate (NGH) is stored in solid form
within the pores of loose submarine sediments. Production by any method poses a complex …

Complex pore‐scale dynamics have been observed during multiphase flow through porous
rocks. These dynamics are not incorporated in large scale models for the migration and …

The exploitation of natural gas hydrates is in essence the process of hydrate dissociation
from the solid phase into the gas and liquid phases, which is a complex problem involving …

The mixing of terrestrial groundwater and seawater creates dynamic reaction zones in
intertidal areas, where land-derived Fe (II) is oxidized to Fe (III) and then precipitates as Fe …

Flow fluctuations that are commonly associated with multiphase flow in porous media are
studied using concepts from non-equilibrium thermodynamic and statistical mechanics. We …

Despite decades of research into the interactions between groundwater and seawater, the
evolution of permeability produced by iron precipitation has received little attention, resulting …