The study will investigate two major areas concerning co-injecting an interfacial tension reduction agent(s) and a mobility control agent into petroleum reservoirs. The first will consist of defining the mechanisms of interaction of an alkaline agent, a surfactant, and a polymer on a fluid-fluid and a fluid-rock basis. The second is the improvement of the economics of the combined technology. This report examines the adsorption of alkali, surfactant, and polymer onto crushed Berea sandstone
Today ASP flooding is one of the leading chemical enhanced oil recovery technologies used for visco...
The combination of an interfacial tension agent and a mobility control agent has the potential to pr...
Na2CO3 was used together with surfactant and polymer to form the Alkaline/Surfactant/Polymer (ASP) f...
This study will investigate two major areas concerning co-injection and interfacial tension reductio...
The study will investigate two major areas concerning co-injecting an interfacial tension reduction ...
{open_quotes}Investigation of Oil Recovery Improvement by Coupling an Interfacial Tension Agent and ...
Two series of corefloods were performed to improve alkaline-surfactant-polymer oil recovery economic...
Enhanced oil recovery especially alkaline-polymer flooding is an essential technique to improve oil ...
In this report, we present the results of our experimental and theoretical studies in surfactant-enh...
In this research, a study of the non-thermal method of alkaline-surfactant (AS) flooding to enhance ...
In this report, we present the results of our experimental and theoretical studies in surfactant-enh...
Due to their ultra-low permeability and extremely heterogeneous formations, unconventional liquids-r...
The second annual report of ''Improving CO{sub 2} Efficiency for Recovery Oil in Heterogeneous Reser...
The traditional Enhanced Oil Recovery (EOR) processes allow improving the performance of mature oilf...
The goal of the proposed research is to use the interaction between a surfactant and a polymer for e...
Today ASP flooding is one of the leading chemical enhanced oil recovery technologies used for visco...
The combination of an interfacial tension agent and a mobility control agent has the potential to pr...
Na2CO3 was used together with surfactant and polymer to form the Alkaline/Surfactant/Polymer (ASP) f...
This study will investigate two major areas concerning co-injection and interfacial tension reductio...
The study will investigate two major areas concerning co-injecting an interfacial tension reduction ...
{open_quotes}Investigation of Oil Recovery Improvement by Coupling an Interfacial Tension Agent and ...
Two series of corefloods were performed to improve alkaline-surfactant-polymer oil recovery economic...
Enhanced oil recovery especially alkaline-polymer flooding is an essential technique to improve oil ...
In this report, we present the results of our experimental and theoretical studies in surfactant-enh...
In this research, a study of the non-thermal method of alkaline-surfactant (AS) flooding to enhance ...
In this report, we present the results of our experimental and theoretical studies in surfactant-enh...
Due to their ultra-low permeability and extremely heterogeneous formations, unconventional liquids-r...
The second annual report of ''Improving CO{sub 2} Efficiency for Recovery Oil in Heterogeneous Reser...
The traditional Enhanced Oil Recovery (EOR) processes allow improving the performance of mature oilf...
The goal of the proposed research is to use the interaction between a surfactant and a polymer for e...
Today ASP flooding is one of the leading chemical enhanced oil recovery technologies used for visco...
The combination of an interfacial tension agent and a mobility control agent has the potential to pr...
Na2CO3 was used together with surfactant and polymer to form the Alkaline/Surfactant/Polymer (ASP) f...