Carbon dioxide injection can help solve two issues in shale reservoir production. Firstly, it
can reduce carbon emissions while, secondly, improving unconventional reservoir recovery …

New advancements in unconventional oil reservoirs to enhance cumulative oil production
are essential for petroleum industries to develop new oilfields. Carbon dioxide injection …

The CO2 enhanced oil recovery (EOR) technology is widely utilized in the development of
shale oil reservoirs. However, reservoir plugging issues often occur during the CO2 injection …

Although several researches have been conducted for CO2 injection in shale gas reservoirs,
there is definite lack of study that concentrates on the multi-component transport and …

CO2 pre-injection fracturing is a promising technique for the recovery of continental shale
oil. It has multiple advantages, such as oil recovery enhancement, CO2 geological storage …

Carbon dioxide (CO 2) injection is an enhanced oil recovery method that has the potential to
increase oil recovery from unconventional shale reservoirs while also storing a portion of the …

The evaluation method for determining the pore production range during CO 2 displacement
in shale cores is established based on CO 2 displacement experiments, core analysis using …

Introduction: Contrary to the traditional recognition that CO2 has large injectivity (the ratio of
CO2 injection volume to pressure drop) in low permeability oil reservoirs to keep the …

Carbon dioxide (CO2) flooding is an effective method to enhance oil recovery in low-
permeability reservoirs. Studying key geological factors controlling oil displacement …

Single digit percentage of oil shale recovery leaves a large room for recovery improvement,
while aqueous phase injection into shale formation is extremely challenging. Injecting …