With the continuous growth in global population, energy demands are summoning the
development of novel materials with high specific surface areas (SSA) for energy and …

In the last years, mixtures of silica nanoparticles and surfactants have been widely and
successfully used to stabilize a multiplicity of aqueous foams and emulsions with current and …

CO 2 foam is a promising candidate in enhanced oil recovery and reducing anthropogenic
CO 2 emission through geo-sequestration due to its CO 2 mobility control ability. However …

Surfactant polymer flooding is one of the most common chemical enhanced oil recovery
techniques, which improves not only the microscopic displacement of the fluid through the …

Modern oil fields extensively utilize enhanced oil recovery (EOR) techniques to optimize
production. This investigation evaluates the potential of silica (SiO 2) nanoparticles (NPs) …

A graphene oxide (GO)-wrapped SiO2 nanosphere was modified with a 1-
methylimidazolium bis (salicylato) borate (MEIMBScB) ionic liquid to form a SiO2@ GO …

The twenty-first century's major problems are the demand for sustainable green energy and
the eco-friendly upcycling of plastic waste. The solutions to these problems should have an …

Hypothesis The interactions between oppositely charged nanoparticles and surfactants can
significantly influence the interfacial properties of the system. Traditionally, in the study of …

Mixed systems of nanoparticles and surfactants have a broad range of applications from
consumer products and medicine to inkjet printing and oil recovery. The interparticle …

Enhanced oil recovery (EOR) methods are essential for optimizing oil extraction from
modern reservoirs. This research delved into the synergistic impact of combining anionic …