Adsorption of asphaltene onto mineral or metal surface is an undesirable process with
several adverse effects such as wettability alteration, fouling pipelines/equipment …

The asphaltene deposition throughout the reservoir's life (primary, secondary production,
and enhanced oil recovery) is natural. Different methods are used to deal with the problems …

For many years, formation damage caused by asphaltene precipitation and deposition has
been an issue. The most detrimental impacts are changes to wettability, permeability, and …

Study of foam stability in the presence of oil components is mainly devoted to the impacts of
aliphatic components like short-and long-chained alkanes. In this study, several …

The enhanced oil recovery techniques are ever-evolving to cater to the need for increased
oil demand. To improve the EOR efficiency, the new approach combines chemical additives …

Asphaltene deposition in near-wellbore tight carbonate formations has detrimental
influences on the well productivity index and, thus, causes a loss in oil production …

The deposition of asphaltenes in the petroleum industry has been found to be a significant
factor affecting the profitability of petroleum production and refining. For this reason, many …

Asphaltene deposition from crude oil, induced by n-heptane and acetone flows in a
microfluidic device, was studied by optical and FTIR spectroscopic imaging techniques in …

Unconventional reservoirs can play a pivotal role in meeting the growing energy demand
and compensating for the decline in production from conventional hydrocarbon resources …

Researchers worldwide have been looking forward to using novel ways to purify fresh water
containing pollutants and disease vectors. In the current work, nanoparticles were …