Acid fracture is a widely applied stimulation technique in carbonate formations; however, it
has yet to be fully engineered. A holistic approach was taken in this study to improve the …

Most wells in carbonate reservoirs are stimulated. Because of their low cost and simpler
operations, acid‐stimulation methods are usually preferred if they are sufficient. Matrix …

Acid reactivity with dolomite is more sensitive to temperature as compared to calcite
formations, resulting in different dissolution profile. Acid fracture fluids are heated inside the …

Acid fracturing is a pivotal technique for the exploitation of deep carbonate oil and gas,
geothermal resources, and also an important injection technology for carbon capture …

The successful stimulation of carbonate formations by acid‐fracturing operations depends
on the ability to treat the entire pay zone. The acid dissolves carbonate rocks and creates …

Rheological models are usually used to predict foamed fluid viscosity; however, obtaining
the model constants under various conditions is challenging. Hence, this paper investigated …

The technique of matrix acidification or acid fracturing is commonly utilized to establish
communication with natural fractures during reservoir reconstruction. However, this process …

The acid–fracturing operations in carbonate formations are modeled to evaluate possible
improvements in well productivity. Models are developed mainly to estimate the acid …

This research fully investigates the impact of chelating agent pH, chelating agent's type,
water chemistry, and viscoelastic surfactant (VES) concentration on the rheology and …

Utilization of CO 2 foam in well-stimulation operations is a realistic practice to reduce carbon
emissions by injecting CO 2 into subsurface formations. The viscosity and stability of CO 2 …