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

Understanding the rock/fluid interaction is key to the success of any enhanced oil recovery
(EOR) method. However, EOR methods are significantly affected when the reservoir …

Recently, spherical nanoparticles have been studied to enhance oil recovery (EOR)
worldwide owing to their remarkable properties. However, there is a lack of studies of …

Global energy demand is increasing every year, and we face the drawbacks of extensive
fossil fuel use in our daily lives more than ever. Hydrogen (H 2) is currently assessed as an …

Injecting surfactant by means of chemical enhanced oil recovery (cEOR) has acquired
predominant attention in improving oil recovery by changing either fluid/rock and/or …

Hydrogen is well known as a medium for clean energy storage. However, storing large
amounts of hydrogen in tanks at the surface has many technical, environmental, safety, and …

Surfactants have been widely used for enhanced oil recovery. However, the wettability
alteration potential of surfactants as a function of carbonate rock mineralogy remains broadly …

The use of green, eco-friendly, efficient, and sustainable surfactants for enhanced oil
recovery (EOR) is of great importance. In this study, a novel and unique natural surfactant …

In recent years, there has been increasing focus on the application of natural surfactants in
enhanced oil recovery (EOR) due to the environmental concerns associated with …

Underground hydrogen storage (UHS) offers a promising approach for the storage of
significant volumes of hydrogen gas (H 2) within deep geological formations, which can later …