Add to ORKGAssociate formation processes in crude oils are investigated by viscometry and dielectric spectroscopy. It is shown that fluidity decline in the 36-40 C range is typical for crude oils with a high resin and asphaltene content ratio. The critical polar resin concentration in stable asphaltene nanoaggregates is determined. © 2013 Springer Science+Business Media New York
Increasing energy demand persuades oil companies to exploit heavy crude oil and extra-heavy crude oi...
Asphaltenes aggregation and waxes in petroleum were simulated considering five molecular structures ...
Ratios of n-heptane (hep) to toluene (tol) affect the solubility of the asphaltenes in heavy oil ext...
Associate formation processes in crude oils are investigated by viscometry and dielectric spectrosco...
The goal of this work is to obtain a better understanding of the properties of petroleum asphaltenes...
Asphaltenes are the polydisperse fraction of heavy organics from petroleum whose phase behavior is i...
Asphaltene, the heaviest and most polarizable fraction of crude oil, has a potential to precipitate,...
Complex molecular structure, high impurity content, and self-association tendency of asphaltenes mak...
Many industrial problems that arise during petroleum processing are related to the high concentratio...
AbstractDetermination of the precipitation onset in heavy crude oils is difficult due to their high ...
Crude oil is the primary source for energy in the world and serves as the raw material for many dail...
Many industrial problems that arise during petroleum processing are related to the high concentratio...
Asphaltene precipitation and deposition are drastic issues in the petroleum industry. Monitoring the...
Asphaltene is one of the components of crude oil that can cause many problems during oil production....
The precipitation of asphaltenes from crude oils can lead to serious challenges during oil productio...
Increasing energy demand persuades oil companies to exploit heavy crude oil and extra-heavy crude oi...
Asphaltenes aggregation and waxes in petroleum were simulated considering five molecular structures ...
Ratios of n-heptane (hep) to toluene (tol) affect the solubility of the asphaltenes in heavy oil ext...
Associate formation processes in crude oils are investigated by viscometry and dielectric spectrosco...
The goal of this work is to obtain a better understanding of the properties of petroleum asphaltenes...
Asphaltenes are the polydisperse fraction of heavy organics from petroleum whose phase behavior is i...
Asphaltene, the heaviest and most polarizable fraction of crude oil, has a potential to precipitate,...
Complex molecular structure, high impurity content, and self-association tendency of asphaltenes mak...
Many industrial problems that arise during petroleum processing are related to the high concentratio...
AbstractDetermination of the precipitation onset in heavy crude oils is difficult due to their high ...
Crude oil is the primary source for energy in the world and serves as the raw material for many dail...
Many industrial problems that arise during petroleum processing are related to the high concentratio...
Asphaltene precipitation and deposition are drastic issues in the petroleum industry. Monitoring the...
Asphaltene is one of the components of crude oil that can cause many problems during oil production....
The precipitation of asphaltenes from crude oils can lead to serious challenges during oil productio...
Increasing energy demand persuades oil companies to exploit heavy crude oil and extra-heavy crude oi...
Asphaltenes aggregation and waxes in petroleum were simulated considering five molecular structures ...
Ratios of n-heptane (hep) to toluene (tol) affect the solubility of the asphaltenes in heavy oil ext...