Three-phase flow in porous media is encountered in many applications including
subsurface carbon dioxide storage, enhanced oil recovery, groundwater remediation and …

Carbon dioxide storage combined with enhanced oil recovery (CCS-EOR) is an important
approach for reducing greenhouse gas emissions. We use pore-scale imaging to help …

Carbon dioxide (CO 2) injection into reservoirs can be combined with enhanced oil
recovery. Pore geometry and wettability are critical factors in CO 2 trapping and oil recovery …

We use three-dimensional X-ray imaging to investigate steady-state three-phase flow in a
mixed-wet reservoir rock, while measuring both relative permeability and capillary pressure …

We study in situ three-phase near-miscible CO 2 injection in a water-wet carbonate rock at
elevated temperature and pressure using X-ray microtomography. We examine the recovery …

We use high‐resolution three‐dimensional X‐ray microtomography to investigate fluid
displacement during steady‐state three‐phase flow in a cm‐sized water‐wet sandstone rock …

We use synchrotron X-ray micro-tomography to investigate the displacement dynamics
during three-phase—oil, water and gas—flow in a hydrophobic porous medium. We observe …

The phase behavior of gas condensate in reservoir formations differs from that in pressure–
volume–temperature (PVT) cells because it is influenced by porous media in the reservoir …

abstract Nanofluid offers more opportunities and challenges over the traditional surfactant
and polymer solutions during enhanced oil recovery (commonly referred to as tertiary oil …