Chemical enhanced oil recovery (CEOR) is a well-recognized technique for exploiting the
original oil in place (OOIP) left behind in subsurface petroleum reservoirs after primary and …

After successful implementation for more than 6 decades by the oil and gas industry,
hydraulic fracturing remains the pioneer well stimulation method to date. Polymers are one …

In poorly consolidated carbonate rock reservoirs, solids production risk, which can lead to
increased environmental waste, can be mitigated by injecting formation-strengthening …

Polymer flooding is one of the most widely used and effective enhanced oil recovery
techniques. It can improve the macroscopic sweep efficiency of a reservoir by controlling the …

Understanding the dynamic behavior of polymeric fluids in porous media is essential for vast
geoscience applications, particularly enhanced oil recovery and polymer-enhanced soil …

Part of the injected polymer during polymer flooding is lost in porous media by adsorption,
mechanical entrapment, and hydrodynamic retention. Therefore, having a clear …

Polymers play a major role in developing rheology of fracturing fluids for multistage
hydraulic fracturing horizontal wells in unconventional reservoirs. Reducing the amount of …

Polymers have been used effectively in the Oil & Gas Industry for a variety of field
applications, such as enhanced oil recovery (EOR), well conformance, mobility control, and …

Polymer flooding is a prominent chemical enhanced oil recovery (CEOR) method that
involves the injection of polymer solution into the oil reservoirs to improve the sweep …

Understanding polymer transport through porous media is key to successful field
implementations, including well conformance control and EOR processes. Polymer retention …