In this comprehensive review, we critically examine the application of nanofluids as coolants
in PEMFCs, explicitly focusing on elucidating their thermal efficiency enhancement …

The current work investigates the effect of oil to kerosene ratio, space velocity, temperature,
demulsifier dosage, and wash water ratio on the performance of demulsification of water-in …

Surfactant has distinctive effects on the coalescence of water droplets in water-in-oil (W/O)
emulsions under electric field. In an attempt to reveal the molecular mechanisms underlying …

Gravity separation of oil-water emulsions is an industrially crucial process. Mechanistic
models for a batch separation process can immensely be beneficial by linking emulsion …

Hypothesis: The droplet-medium interfaces of petroleum emulsions are often stabilized by
the indigenous surface-active compounds (eg., asphaltenes), causing undesired issues …

The paper examines two numerical approaches to the simulation of electrical deformation
and coalescence processes in water-in-oil emulsions: the phase-field method and the …

Oil wells can eventually run out of oil if used for an extended period. Various polymers and
surfactants are used to enhance oil recovery to extend the useful life of a well and improve …

Hypothesis: The emerging aqueous-based Cerberus emulsion droplets with multi-domains
behave as an excellent platform to design cyto-mimetic compartmentalization for fabrication …

Drug-loaded emulsions for spray drying should be optimised for their rheological behaviour
and stability under operating conditions, as this is essential for achieving the desired …

Melting of ice in porous media widely exists in energy and environment applications as well
as extraterrestrial water resource utilization. In order to characterize the ice-water phase …