In this research, pour point and rheological experiments were carried out on three different crude oils those doped with pour point depressant. It was observed that when the amount of pour point depressant was increased from 500 to 2,000 ppm, pour points of all the crude oils were decreased considerably. In rheological experiments, shear rate versus shear stress values were obtained for all the crude oil samples with and without additives. It was observed that the Bingham Plastic model excellently fit the experimental data with the correlation coefficient > 0.999
Waxy oil transportation in the industrial pipeline becomes impossible at temperatures below pour poi...
The rheological properties of heavy crude oil have been investigated using RheoStress RS100 from Haa...
Transportation of Hydrocarbon through pipelines in waxy residue is a challenging task and expensive ...
Thirteen polyalkyl acrylate-based depressor additives with C16-C26 alkyl groups containing 0–30 mol%...
In this paper, rapeseed oil was modified with diethylenetriamine to obtain a vegetable oil-derived p...
Transportation of crude oil near or below its pour point requires a deep understand-ing of crude oil...
Rheological properties of asphaltene-resin-paraffin sediments (ARPS) are shown depending on content ...
Crude oils containing large quantities of waxes, and in situations where sudden temperature drops oc...
Pour Point Depressant (PPD) Testing are used extensively to modify the crystallinity of hard waxes a...
Effect of solid paraffin on crude oil rheology was investigated. The experiments were carried out on...
The technology of depressant utilization, which essentially depends on the method of its addition to...
The rheological behavior of two types of crude oil and oil-in-water (o/w) emulsion were thoroughly s...
Abstract: The crude oil in Hainan Fushan Oilfield has the characteristics of high pour point(PP) and...
International audienceThe low temperature flow properties; pour point and rheological parameters; ha...
Formation of wax can cause increase of pressure drop, blockages in the pipelines and interference wi...
Waxy oil transportation in the industrial pipeline becomes impossible at temperatures below pour poi...
The rheological properties of heavy crude oil have been investigated using RheoStress RS100 from Haa...
Transportation of Hydrocarbon through pipelines in waxy residue is a challenging task and expensive ...
Thirteen polyalkyl acrylate-based depressor additives with C16-C26 alkyl groups containing 0–30 mol%...
In this paper, rapeseed oil was modified with diethylenetriamine to obtain a vegetable oil-derived p...
Transportation of crude oil near or below its pour point requires a deep understand-ing of crude oil...
Rheological properties of asphaltene-resin-paraffin sediments (ARPS) are shown depending on content ...
Crude oils containing large quantities of waxes, and in situations where sudden temperature drops oc...
Pour Point Depressant (PPD) Testing are used extensively to modify the crystallinity of hard waxes a...
Effect of solid paraffin on crude oil rheology was investigated. The experiments were carried out on...
The technology of depressant utilization, which essentially depends on the method of its addition to...
The rheological behavior of two types of crude oil and oil-in-water (o/w) emulsion were thoroughly s...
Abstract: The crude oil in Hainan Fushan Oilfield has the characteristics of high pour point(PP) and...
International audienceThe low temperature flow properties; pour point and rheological parameters; ha...
Formation of wax can cause increase of pressure drop, blockages in the pipelines and interference wi...
Waxy oil transportation in the industrial pipeline becomes impossible at temperatures below pour poi...
The rheological properties of heavy crude oil have been investigated using RheoStress RS100 from Haa...
Transportation of Hydrocarbon through pipelines in waxy residue is a challenging task and expensive ...