Foam flooding can be applied in soil-remediation techniques or for improving oil recovery processes in petroleum reservoirs. There are models which aim to predict the behaviour of foam in presence of oil in bulk and in porous media, however these models are not very reliable. In this work we investigate different ways in which a specific crude oil impacts a specific foam in a porous medium. Furthermore, we model surfactant depletion by the gas-water interface, which can partly explain the transition from the low-quality to the high-quality regime of foam in porous media.Petroleum Engineerin
Foam flooding in porous media is of increasing interest due to its numerous applications such as enh...
Foam has unique microstructure in pore networks and reduces gas mobility significantly, which improv...
Foam flooding in porous media is of increasing interest due to its numerous applications such as enh...
Foam flooding can be applied in soil-remediation techniques or for improving oil recovery processes ...
Foam can be applied as an Enhanced Oil Recovery (EOR) process. Foam stability in porous mediadecreas...
Foam can be applied as an Enhanced Oil Recovery (EOR) process. Foam stability in porous mediadecreas...
As foam is injected into an oil reservoir, the region near an injector can become oil-free due to th...
As foam is injected into an oil reservoir, the region near an injector can become oil-free due to th...
As foam is injected into an oil reservoir, the region near an injector can become oil-free due to th...
Foam can be applied to enhance oil recovery from a reservoir. Currently, to understand and model the...
Dispersed and solubilized oil can impact bulk foam stability differently. Though aromatic components...
Foam has unique microstructure in pore networks and reduces gas mobility significantly, which improv...
Dispersed and solubilized oil can impact bulk foam stability differently. Though aromatic components...
The use of foam as an effective mobility control agent in enhanced oil recovery applications hinges ...
The use of foam as an effective mobility control agent in enhanced oil recovery applications hinges ...
Foam flooding in porous media is of increasing interest due to its numerous applications such as enh...
Foam has unique microstructure in pore networks and reduces gas mobility significantly, which improv...
Foam flooding in porous media is of increasing interest due to its numerous applications such as enh...
Foam flooding can be applied in soil-remediation techniques or for improving oil recovery processes ...
Foam can be applied as an Enhanced Oil Recovery (EOR) process. Foam stability in porous mediadecreas...
Foam can be applied as an Enhanced Oil Recovery (EOR) process. Foam stability in porous mediadecreas...
As foam is injected into an oil reservoir, the region near an injector can become oil-free due to th...
As foam is injected into an oil reservoir, the region near an injector can become oil-free due to th...
As foam is injected into an oil reservoir, the region near an injector can become oil-free due to th...
Foam can be applied to enhance oil recovery from a reservoir. Currently, to understand and model the...
Dispersed and solubilized oil can impact bulk foam stability differently. Though aromatic components...
Foam has unique microstructure in pore networks and reduces gas mobility significantly, which improv...
Dispersed and solubilized oil can impact bulk foam stability differently. Though aromatic components...
The use of foam as an effective mobility control agent in enhanced oil recovery applications hinges ...
The use of foam as an effective mobility control agent in enhanced oil recovery applications hinges ...
Foam flooding in porous media is of increasing interest due to its numerous applications such as enh...
Foam has unique microstructure in pore networks and reduces gas mobility significantly, which improv...
Foam flooding in porous media is of increasing interest due to its numerous applications such as enh...