Lipid-based emulsion system—a subcategory of emulsion technology, has emerged as an
enticing option to improve the solubility of the steadily rising water-insoluble candidates …

The foliar loss of pesticides causes serious utilization decline and environmental risk. On the
basis of biomimetics, pesticide-loaded microcapsules (MCs) with spontaneous deformation …

Surfactant flooding has been widely employed to recover the residual oil in the oilfields.
Among the various oil-displacing chemicals, olefin sulfonate isomers have been identified …

To economically and environmentally recover oil from reservoirs and promote CO 2
utilization (CU) project, CO 2 responsive surfactants have been developed to undertake …

Lipid and polymer vesicles provide versatile means of creating systems that mimic the
architecture of cells. However, these constructs cannot mimic the adaptive …

CO 2 foam flooding holds great potential for enhanced oil recovery and geological storage.
However, ensuring the stability of supercritical CO 2 foam systems under high temperature …

Understanding the interfacial behavior of PEGs and water-PEG interaction in
montmorillonite (MMT) interlayer is of great importance to the design of high-performance …

Through employing molecular dynamics, in this work, we study how a two-component
surfactant mixture cooperatively reduces the interfacial tension of a flat vapor–liquid …

Oil‐in‐water emulsion droplets spontaneously adopt, below some temperature Td,
counterintuitive faceted and complex non‐spherical shapes while remaining liquid. This …

Salt ion valency and concentration vary in actual oil reservoirs, which play an important role
in the functionalities of surfactant formula during chemical flooding processes to enhance oil …