The main scope of the work related to the physical and dynamical processes associated with the injection of carbonated water in porous media. Carbonated water flooding is an alternative for traditional CO2 flooding. Both methods have the potential to recover any oil left behind after primary and secondary recovery while storing CO2 at the same time. The advantage of Carbonated Water flooding as compared to CO2 flooding is related to the high buoyancy of CO2 that results in gravity separation if the CO2 is not dissolved in water. This results in sub-optimal flooding of the reservoir and possible leakage of CO2.Petroleum Engineerin
This document is the First Annual Report for the U.S. Department of Energy under contract No., a thr...
Carbon dioxide flooding has been applied worldwide as a successful enhanced oil recovery. Carbon dio...
In order to reduce the anthropogenic greenhouse-gas emissions, CO2 geological storage has been propo...
The main scope of the work related to the physical and dynamical processes associated with the injec...
CO2 injection is a well-established method for increasing recovery from oil reservoirs. However, poo...
Low salinity and carbonated water flooding have been investigated as possible techniques of improved...
AbstractThe main advantage of CO2 is that at most reservoir conditions it is a supercritical fluid w...
Carbon Dioxide (CO2) Flooding is one of the methods of Enhanced Oil Recovery (EOR). It is used to re...
Carbonated Water Flooding (CWF) is an enhanced oil recovery (EOR) method where an oil reservoir is f...
AbstractIn this study, According to the results of CO2 solubility measurement tests at constant temp...
The need for more energy as our population grows results in an increase in the amount of CO2 introdu...
Miscible gas flooding using carbon dioxide is currently being investigated as a possible EOR process...
Traditionally, carbon dioxide (CO2) injection has been considered an inefficient method for enhancin...
Carbonated water has proven advantages over conventional CO2 injection in terms of arresting free CO...
This article discusses evaluating CO2 injection as an enhanced oil recovery method. Carbon dioxide i...
This document is the First Annual Report for the U.S. Department of Energy under contract No., a thr...
Carbon dioxide flooding has been applied worldwide as a successful enhanced oil recovery. Carbon dio...
In order to reduce the anthropogenic greenhouse-gas emissions, CO2 geological storage has been propo...
The main scope of the work related to the physical and dynamical processes associated with the injec...
CO2 injection is a well-established method for increasing recovery from oil reservoirs. However, poo...
Low salinity and carbonated water flooding have been investigated as possible techniques of improved...
AbstractThe main advantage of CO2 is that at most reservoir conditions it is a supercritical fluid w...
Carbon Dioxide (CO2) Flooding is one of the methods of Enhanced Oil Recovery (EOR). It is used to re...
Carbonated Water Flooding (CWF) is an enhanced oil recovery (EOR) method where an oil reservoir is f...
AbstractIn this study, According to the results of CO2 solubility measurement tests at constant temp...
The need for more energy as our population grows results in an increase in the amount of CO2 introdu...
Miscible gas flooding using carbon dioxide is currently being investigated as a possible EOR process...
Traditionally, carbon dioxide (CO2) injection has been considered an inefficient method for enhancin...
Carbonated water has proven advantages over conventional CO2 injection in terms of arresting free CO...
This article discusses evaluating CO2 injection as an enhanced oil recovery method. Carbon dioxide i...
This document is the First Annual Report for the U.S. Department of Energy under contract No., a thr...
Carbon dioxide flooding has been applied worldwide as a successful enhanced oil recovery. Carbon dio...
In order to reduce the anthropogenic greenhouse-gas emissions, CO2 geological storage has been propo...