Different methods of reducing the viscosity of heavy crude oil to enhance the flow properties
were investigated. Experimental measurements were conducted using RheoStress RS100 …

Elongational flow behavior of w/o emulsions has been investigated using a capillary
breakup elongational rheometer (CaBER) equipped with an advanced image processing …

The waxy crudes gelling and the wax depositing on the inner walls of crude oil pipelines
present a costly problem in low-temperature transportation processes. This study focuses on …

This study involved conducting an experimental investigation into the flow properties of
different petrol oil–macromolecule material emulsions with regard to their viscous and …

The emulsification of amphiphilic polymer is inevitably affected by the salinity environment in
the preparation and flooding process. The variation of emulsions in stability and rheology …

Heavy crude oil (HCO) is still possessing concrete challenges due to its ineffective flowing
characteristics. Asphaltenes and resins are the complex fractions of heavy oil, possessing …

This experimental assessment was carried out to study the viscoelastic performance of
crude oil-xanthan emulsions employing a RheoStress RS100 rheometer. Crude oil with a …

The production, processing, and transportation of heavy crude oil (HCO) is difficult because
of its high viscosity. For practical applications, information on the rheological behavior of …

A rheo-microscopy in situ synchronous measurement system was utilized to investigate the
dynamic behavior of water droplets in W/O waxy crude oil emulsions subjected to dynamic …

Heavy crude oil (HCO) production, processing, and transportation forms several practical
challenges to the oil and gas industry, due to its higher viscosity. Understanding the shear …