Deep saline aquifers are among the most favorable geological sites for short-and long-term
carbon geosequestration. Injection of CO2 into aquifers causes various hydro-physical …

It is well known that waterflooding will create fractures. The created fractures are divided into
hydraulic fractures (artificial fractures with proppant) and induced fractures (formed during …

It is well‐known that water injection may induce formation fracturing in tight reservoirs.
Especially when the field‐geology condition is complex and the waterflood‐induced …

It is well acknowledged that water injection may induce formation fracturing in tight reservoir,
and the injection well may experience shrinking fracture length (SFL) and variable fracture …

Polymers exhibit non-Newtonian rheological behavior, such as in-situ shear-thinning and
shear-thickening effects. This has a significant impact on pressure decline signature as …

Waterflooding will induce the opening and extension of fractures, which will create some
water flow channels. Due to fracture multiclosures, the obtained fracture half-length from …

Production decreases the pore-fluid pressure and increases the effective stress acting on
the load-bearing-grain framework that makes up the reservoir. As a result, the reservoir …

This study expands upon the use of modified-Hall analysis (MHA) to discern the
characteristics of a high-permeability channel. Briefly, the modified-Hall plot uses three …

Revealing the impact of core mineral composition on the initiation pressure of waterflood-
induced fractures (WIFs) in tight sandstone reservoirs is a crucial aspect of studying the …

Polymer solutions, in contrast to water, exhibit non-Newtonian rheological behavior, such as
in-situ shear-thinning and shear-thickening effects, leading to a varying viscosity distribution …