Mineral carbonation technology (MCT) is a process whereby CO 2 is chemically reacted with
calcium-and/or magnesium-containing minerals to form stable carbonate materials which do …

Carbon capture and storage (CCS) is gaining momentum as a means for combating climate
change. It is viewed as an important bridging technology, allowing emission targets to be …

Carbon dioxide (CO 2) mineral sequestration technologies are potentially capable of
sequestering billion tonnes of CO 2 annually. In recent years, pH swing mineral carbonation …

The increased CO 2 quantities in the environment have led to many harmful effects.
Therefore, it is very important to decrease the CO 2 levels in the environment. CO 2 capture …

With the exception of some regions, underground CO 2 storage is not recommended, and
hence, new technologies have been proposed. These technologies are commonly referred …

In order to evaluate the chemistry and kinetics of mineral carbonation reactions under
conditions relevant to subsurface injection and storage of CO 2, olivine alteration was …

Ocean alkalinity enhancement, one of the ocean-based CO 2 removal techniques, has the
potential to assist us in achieving the goal of carbon neutrality. Olivine is considered the …

Steady-state silica release rates (rSi) from basaltic glass and crystalline basalt of similar
chemical composition as well as dunitic peridotite have been determined in far-from …

Peridotite and serpentinites can be used to sequester CO2 emissions through mineral
carbonation. Olivine dissolution rate is directly proportional with temperature, presence of …

Hydrous alteration of olivine is capable of producing molecular hydrogen (H 2) under a wide
variety of hydrothermal conditions. Although olivine hydrolysis (ie, serpentinization) has …