Underground fractures serve as flow conduits, and they may produce unwanted migration of
water and other fluids in the subsurface. An example is the migration and leakage of …

In this study, we compare the hydrogeochemical response of two fractured reservoir rocks
(limestone composed of 100 wt.% calcite and clast-poor sandstone composed of 66 wt …

In the context of catalysis, the optimal catalyst support structures should possess both high
surface area and low mass transport resistance, and porous structures composed of …

It is well known that a solid surface will be charged when it comes into contact with liquid,
especially with electrolyte solutions. The surface charge influences ion distribution and …

Fundamental understanding of the multiphase reactive transport with solid dissolution is
crucial for a wide range of scientific and engineering problems. In this study, a pore-scale …

Carbon dioxide (CO2) geological sequestration plays an important role in mitigating CO2
emissions for climate change. Understanding interactions of the injected CO2 with network …

Inherent pore structure of rocks has a significant impact on the acid–rock interaction during
the acidizing process. In this study, a new pore-scale reactive transport model applying …

Multiphase reactive flow in porous media is an important research topic in many natural and
industrial processes. In the present work, photolithography is adopted to fabricate …

We study the shape evolution of pores with calcite surfaces that dissolve with rates linearly
varying along the pore length due to saturation gradients. A reaction–diffusion equation …

Fractures are the main flow path in rocks with very low permeability, and their hydrodynamic
properties might change due to interaction with the pore fluid or injected fluid. Existence of …