We used the 3D continuum-scale reactive transport models to simulate eight core flood
experiments for two different carbonate rocks. In these experiments the core samples were …

Sandstone matrix acidizing is a well stimulation technique to enhance the productivity of a
reservoir formation. Numerous models had been developed in the past years for mud acid …

Studies of the rock matrix acidizing for enhanced recovery of oil or gas have entirely focused
on the fully water saturated conditions. In fact, matrix acidizing can be conducted in low …

Reactive transport models can be used to predict the long-term storage capacity of CO 2 in
carbonate formations if the parameters that couple physical and chemical interactions can …

Pore-scale modeling has limited applicability at large scales due to its high computational
cost. One common approach to upscale pore-scale models is the use of effective medium …

In this paper, a large‐scale diffuse interface model is used to describe the evolution of a
gypsum cavity formation induced by dissolution. The method is based upon the assumption …

В статье приведён обзор методов моделирования червоточин, возникающих при
соляно-кислотном воздействии на карбонатный пласт. Червоточины-это узкие или …

Natural porous structure is extremely complex, and it is of great significance to study the
macroscopic mechanical response of the representative volume element (RVE) with the …

In this study, the process of flooding the oil reservoir with acid treatment beds was
investigated. To describe the effects of acid on the oil reservoir the ideal model of a porous …

Matrix acidizing is one of carbonate reservoirs' most efficient and widely implemented
stimulation techniques. It improves productivity and flow capacity by creating new conductive …