Our limited understanding of mineral reactive surface area contributes to significant
uncertainties in quantitative simulations of reactive chemical transport in subsurface …

The rates of mineral dissolution reactions in porous media are difficult to predict, in part
because of a lack of understanding of mineral reactive surface area in natural porous media …

Carbon capture and storage (CCS) is a technology to reduce anthropogenic carbon dioxide
(CO 2) emissions into the atmosphere. CO 2 is captured at large stationary sources, such as …

The textural patterns of geologic materials both reflect and control reactive mineralogy and
transport. This is true for a wide range of geochemical reactions. The chemistry of fluids …

A pilot CCS project in Indonesia will be implemented in Gundih area, Central Java Province
in Indonesia. Before the CO 2 injection, the reservoirs for CO 2 injection must be …

Two‐phase fluid flow is strongly controlled by small‐scale (subcore‐scale) heterogeneity of
porous sandstone. We monitor the heterogeneous/anisotropic two‐phase flow (CO2 and …

It is important to distinguish between natural earthquakes and those induced by CO2
injection at carbon capture and storage sites. For example, the 2004 Mw 6.8 Chuetsu …

In this paper, we evaluate CO 2 geochemical trapping mechanisms in a sandstone reservoir
at Nagaoka, Japan, where the first Japanese pilot project for CO 2 geological storage is …

We introduce a simple method to measure the relative permeability of supercritical CO2 in
low‐permeability rocks. The method is built on the assumption of the stability of formed CO2 …

This paper discusses the behavior of seismic P-wave velocity (Vp) against CO2 saturation
throughout the CCS life cycle. This relationship is important to evaluate stored CO2 in the …