Induced by fossil fuels combustion, GHGs emissions play a key role in the atmospheric CO 2
level elevation. Accordingly, many mitigation strategies have been proposed to uptake …

High temperature gas–solid reactions interactions are ubiquitous in and on the Earth and
other planetary bodies (Fig. 1). In these natural systems, gases are elusive. Like a …

Hydrated Mg-carbonate minerals form during the weathering of ultramafic rocks, and can be
used to store atmospheric CO 2 to help combat greenhouse gas-fueled climate change …

Aqueous mineralisation is a process that reacts CO 2 with aqueous ions to produce solid
carbonates that fix CO 2 permanently. Over the past decade, the commercial deployment of …

Mineral carbonation of readily-available serpentine is a promising solution for massive
atmospheric carbon dioxide (CO 2) sequestration, in which process the most significant …

Accelerated carbonation of ultramafic mine tailings has the potential to offset CO2 emissions
produced by mining ores from Cu-Ni-platinum group element, podiform chromite …

Carbon concentrations in the atmosphere are increasing yearly, making it the primary
contributor to climate change. To reduce CO 2 emissions, various strategies and …

Utilization of widely-available serpentine for direct capture of carbon dioxide from air is
desirable due to unlimited application sites, but possesses quite limited efficiency especially …

Due to the harsh environment of Portland cement (PC), bacteria spores are often protected
by porous carriers or encapsulated with soft materials before incorporated in PC concrete for …

The rise of modern Portland cement has relegated lime to a secondary role in the
construction industry, now mainly used for repairing and restoring historical buildings. This …