While injection of CO 2 has great potential for increasing oil production, this potential is
limited by site conditions and operational constraints such as lack of proper infrastructure …

Improving the understanding of mechanisms involved in a low miscible displacement
efficiency is significant for a wide spectrum of applications in subsurface from environment …

Cyclic solvent injection (CSI), also known as huff-n-puff process, has been demonstrated as
the most effective and promising solvent-based method in some heavy oil reservoirs in …

One of the key factors for low efficiency in miscible displacements is viscous fingering (VF), a
hydrodynamic instability when a less-viscous fluid displaces a more-viscous one. While …

The development process of a dipping gas reservoir with an aquifer considering stress
sensitivity is complex. With gas development, formation pressure decreases, stress-sensitive …

Cyclic solvent injection (CSI) process has been suggested as the most effective and
promising solvent-based method in some heavy oil reservoirs in which thermal-based …

The production process in the gas reservoir with an aquifer is complex. With gas production,
aquifer water could possibly flow into the production well and accumulate within the well …

In this work, slim tube displacement tests for minimum miscibility pressure MMP were carried
out. Based on the displacement data, the MMP was calculated by statistical regression using …

In the Pikes Peak oil field near Lloydminster, Canada, a significant amount of heavy oil
reserves is located in reservoirs with a bottom water zone. The properties of the bottom …

In miscible displacements encountered in enhanced oil recovery processes, the unfavorable
viscosity contrast between injected solvent and oil usually leads to viscous fingering (VF), a …