Matrix acidizing is a common technique for carbonate reservoir stimulation. In this work, a
new two-scale continuum model is developed to study the 2D acidizing process. The Navier …

A three-dimensional thermal-hydro-chemical (THC) coupled unified pipe-network method
(UPM) is developed to simulate the process of acidizing treatment in fractured carbonate …

Fouling mitigation in underground reservoirs enhances the permeability and the flow
capacity of production or injection wells and is carried out by reservoir stimulation methods …

The two‐scale model for simulating carbonate acidizing has gained substantial attention
recently. Five studies dealt with matching experimental data studying regular acid. Four …

Matrix acidizing is a well stimulation method that is applied to enhance productivity. The
success of a stimulation job depends mainly on the efficiency of the acid systems that are …

CO 2 storage in carbonate aquifers is a way to mitigate atmospheric CO 2 emissions, but it
leads to acid-producing reactions that may induce alterations in the rock pore structure and …

Closed‐fracture acidizing (CFA) is a well‐stimulation technique that can be applied to
stimulate carbonate reservoirs at the end of acid‐fracturing treatments. In CFA, acid is …

A comprehensive study on wormholing has been conducted to improve the understanding of
matrix acidizing in carbonate reservoirs. This work is a continuation of the previous work by …

In carbonate reservoirs, matrix acidizing is used to improve well performance by creating
conductive channels called wormholes. Predicting wormhole propagation rate in radial acid …

Sandstone acidizing treatments are conducted to remove the damage in the near-wellbore
area and restore the well productivity. Clays and feldspars are abundant in sandstone …