The continuous release of substantial amounts of carbon dioxide (CO2) to the atmosphere
has resulted in numerous severe adverse effects. Several materials have been synthesized …

Ni-hydrotalcite-based dual function materials (DFMs) have been prepared and applied for
the combined CO 2 capture and methanation in a single reactor. The materials have been …

Direct air capture (DAC) removal of anthropogenic CO2 from the atmosphere is imperative to
slow the catastrophic effects of global climate change. Numerous materials are being …

Nickel-containing layered double hydroxides (Ni-LDHs) have emerged as the primary
catalyst precursor materials for CO 2 methanation due to their excellent CO 2 adsorption and …

To mitigate the effect of CO2 on climate change, significant efforts have been made in the
past few decades to capture CO2, which can then be further sequestered or converted into …

Preservation of cellulose cultural objects, particularly books, is a field of research with about
100 years of history. The most dangerous in terms of their lifespan is the use of acidic wood …

Professor Vicente Rives developed a very long and fruitful career as a teacher of Inorganic
Chemistry and Materials Chemistry and has been a dedicated researcher in these and …

Thermal curing to accelerate the geopolymerisation process, required in most" classical"
alkaline-activated materials, is a major drawback as it limits the possibility of using this …

In this master's thesis, Ni-Mg-Al powdered and immobilized mixed oxide-type catalysts
promoted with Ce (1-6%) were obtained by the method of coprecipitation and slurry coating …