Multiphase displacement in porous media can be adjusted by micro/nanoparticle
suspensions, which is widespread in many scientific and industrial contexts. Direct …

Silicon-based nanoparticles (NPs) have attracted considerable interest for enhanced oil
recovery (EOR) because of their environmentally friendly and cost-effective characteristics …

The utilization of nanoparticles (NPs) in various applications, such as water pollution
treatment, CO 2 geological storage enhancement, and enhanced oil recovery, holds great …

In recent years, nanotechnology has become increasingly important in the upstream sector
of the oil and gas industry, in terms of both perspectives and practical applications …

Nanofluid flooding, as a new technique to enhance oil recovery, has recently aroused much
attention. The current study considers the performance of a novel iron-carbon nanohybrid to …

Hypothesis: Preferential flow in porous media is commonly encountered and decreases the
multiphase displacement efficiency. Here, we synthesized microgel-in-oil in suspension and …

The chemical changes in the composition of asphaltene subfractions of heavy oil under the
influence of oil-soluble Co-based catalyst were investigated. The results of SARA-analysis …

Activated silica nanofluids (ASN) flooding has been proven to be an effective method to
enhance oil recovery. However, due to the variety of nanoparticles and surfactants used for …

Pore-scale simulation of CO 2 front progression through a porous medium has been
investigated by a free energy model based on phase-field lattice Boltzmann method …

Asphaltene deposition in petroleum reservoirs leads to severe damage. To address this
issue, an asphaltene inhibitor was synthesized by grafting oleate groups onto Fe3O4 …