Nanoparticles (NPs) have shown showed a promising role in improving oil recovery as
potential enhanced oil recovery (EOR) agents. In this study, one-pot green technique was …

This work investigates the prospective usage of dried Date palm fibers (DPF) and amino
silica modified Date palm fibers nanomaterials (Si-DPF) for phenol removal from water. We …

Nanoparticles have emerged as agents and coagents in the enhanced oil recovery (EOR)
domain owing to their versatile capabilities. They can potentially enhance the retrieval of oil …

Surfactants when interacted with reservoir rock surfaces undergo adsorption, which can
intensively break the process by diluting surfactant formulation, thereby promoting additional …

A new nanocomposite (NC) comprising of ZnO nanoparticles and polyacrylamide (PAM)
polymer hybrid agent is investigated for enhanced oil recovery in sandstone and carbonate …

Water flooding is a vital method used for developing heavy oil reservoirs. However, the
fingering phenomenon is common because of the significant difference in water-oil mobility …

Surfactant-based foams have often been proposed as mobility control agents in enhanced
oil recovery (EOR); however, their lack of stability under reservoir conditions has limited their …

Nanoparticles are of great interest for water treatment as they remove a significant portion of
water contaminants. In analogy to these emerging practices, the present work investigated …

Surfactant-based foams have often been proposed as mobility control agents in enhanced
oil recovery (EOR), however their lack of stability under reservoir conditions has limited their …

Surfactant enhanced oil recovery (EOR) technology has received much attraction due to its
excellent capability to increase the displacement efficiency by altering the wettability …