High value-added transformation of waste polyethylene with low recyclability and slow
degradation in nature has become increasingly prevalent. To achieve the viscosity-reducing …

This is a retrospective review of existing knowledge and major research areas related to the
structure of asphaltenes and their applicability in petroleum and organic geochemistry. The …

Fouling is one of the leading causes of energy loss in oil industry, particularly in preheat
exchangers of refineries and desalting units. For each day that an oil operation unit …

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 …

This paper examines the transformation of heavy oil composition in porous media of
carbonate reservoir rocks under hydrothermal processes in the presence of transition metal …

The understanding of the molecular‐and colloidal‐structure of asphaltenes has seen a
major progress; however, there are still issues that require answer. One of them is the …

Rendering accurate structural characterization of asphaltenes enhances our knowledge of
the chemical processes that occur in oil reservoirs. Furthermore, the establishment of …

The structural properties of the cotton fiber play a significant role to deliver the best product
to the consumer. In view of this, we attempted to obtain the structural properties of varieties …

In-depth investigation of the viscosity reduction mechanism of nanoparticle viscosity
reducers in various heavy oil types holds key strategic significance for the rational …

The research on enhancing oil recovery in sandstone reservoirs through low-salinity
waterflooding (LSWF) has been well-documented, while there have been few studies …