One of the main goals of most ongoing and future space exploration missions is to search for
habitable conditions and potential signs of extraterrestrial life on Solar System bodies …

Reaction of carbon dioxide (CO2) with minerals to generate stable carbonates, also known
as CO2 mineralization, has been regarded as one of the most promising methods for safe …

Hydrogen (H 2) is currently receiving significant attention as a sustainable energy carrier.
Steam methane reforming (SMR) accounts for approximately 50% of H 2 production …

Hydrogen is gaining attention as an energy source, but its production through fossil-fuel use
is not environmentally friendly. A more sustainable source could be the hydrothermal …

Among the CaCO3 polymorphs, aragonite demonstrates a better performance as a filler
material in the paper and plastic industries. Despite being ideal from the environmental …

Geological storage and mineralization of CO2 in mafic/ultramafic reservoirs faces
challenges including limited effective porosity, permeability, and rock reactivity; difficulties in …

Natural and anthropogenic chelating ligands play important roles in promoting mineral
dissolution during water-rock interactions. To address the remaining issue of how chelating …

H2‐rich ultramafic‐hosted hydrothermal systems are considered to be important places for
the origin and early evolution of life. In this study, we conducted two hydrothermal …

Enhanced weathering of silicate minerals is a promising approach for reducing atmospheric
CO2 levels by increasing the aquatic pH and facilitating CO2 dissolution. However, the slow …

Hydrothermally altered basaltic rocks are widely distributed and more accessible than fresh
basaltic rocks, making them attractive feedstocks for permanent CO2 storage through …