The concept of direct CO 2 capture and conversion has attracted significant interest from
industries and academia in recent decades due to its potential to address the current grand …

Carbon dioxide chemistry has attracted significant interest in recent years. Although the field
is diverse, a current and more comprehensive review of the surface science literature may …

Membranes for selective carbon dioxide permeation are likely to be important devices in
future separation processes relevant to the energy industry. Here we review the current state …

The synthesis of a novel type of carbonate, namely of the inorganic pyrocarbonate salt Sr
[C2O5], which contains isolated [C2O5] 2–-groups, significantly extends the crystal chemistry …

Ceria–salt composites represent one type of promising electrolyte candidates for low
temperature solid oxide fuel cells (LT‐SOFCs), in which ceria–carbonate attracts particular …

MgO-based sorbents are promising candidates for precombustion CO 2 capture performed
at elevated temperature and pressure in thermodynamics, where the development of …

Ca-Looping is a promising technology for capturing CO 2. Here, ReaxFF molecular
dynamics simulations combined with thermogravimetric analysis (TGA) were employed to …

Dual-phase membranes consisting of an ionic or mixed conducting ceramic phase and a
molten carbonate phase are permeable only to carbon dioxide at high temperatures. This …

The reactivity, speciation and solvation structure of CO2 in carbonate melts are relevant for
both the fate of carbon in deep geological formations and for its electroreduction to CO (to be …

Silicate–carbonate mixtures as new CO2 capture agents have the latent application
potential. CO2 sorption or desorption processes using the Na4SiO4–Na2CO3 mixture …