Asphaltene precipitation and deposition is considered one of the prevailing issues during
carbon dioxide (CO 2) gas injection in gas enhanced oil recovery techniques, which leads to …

Miscible gas injection has become the most used enhanced oil recovery (EOR) method in
the oil and gas industry. The deposition and precipitation of aspahltene during the gas …

Carbon dioxide (CO2) has been proven to be an extremely successful enhanced oil
recovery method to increase oil recovery from hydrocarbon reservoirs. It has also been …

One of the major problems during gas injection in unconventional reservoirs is asphaltene
precipitation and deposition. Asphaltenes can reduce the pore throat in the reservoir and …

Carbon dioxide (CO 2) injection has been shown to improve oil recovery from conventional
oil reservoirs, with a relatively high rate of success. Recently, it has also been applied in …

Carbon dioxide (CO 2) injection is one of the most applied enhanced oil recovery methods
in the hydrocarbon industry, since it has the potential to increase oil recovery significantly …

This study presents an investigation of the flow mechanism of carbon dioxide (CO 2) through
nano and micro pores and the impact of this flow on oil mobilization and asphaltene …

Gas-enhanced oil recovery is one of the most advantageous enhanced oil recovery
methods. Nitrogen is one of the most investigated gases because of its beneficial properties …

Enhanced-oil-recovery techniques by gas injection in shale reservoirs have been introduced
and investigated. Laboratory and simulation works have shown good results for enhanced …

Carbon dioxide (CO2) flooding has been applied extensively worldwide to improve oil
recovery from hydrocarbon reservoirs. One of the main problems associated with CO2 …