Managing asbestos waste presents a significant challenge due to the widespread industrial
use of this material, and the serious health and environmental risks it poses. Despite its …

Coal fly ashes (COFA) are readily available and reactive materials suitable for CO2
sequestration due to their substantial alkali components. Therefore, the onsite collaborative …

Eight biomass ashes (BAs) produced at 500 and 900° C were studied to definite their
composition, phase transformations, carbonation-decarbonation behavior, and CO 2 capture …

Short-term stored, long-term stored, and weathered biomass ashes (BAs) produced from
eight biomass varieties were studied to define their composition, mineral carbonation, and …

Carbonation of industrial wastes rich in earth-alkali oxides is found to have a significant
potential for CO 2 sequestration. This process opens new perspectives not only for carbon …

Cement-stabilized macadam (CEM-SM) base layers on highways are prone to early
shrinkage cracking in extremely cold and arid regions, mainly caused by the large drying …

Five long-term stored biomass ashes (BAs) from beech wood chips, corn cobs, sunflower
shells, plum pits, and walnut shells produced at 500° C were thermally treated at 900° C and …

The progress of civilization, driven significantly by the widespread adoption of electricity, has
impacted various aspects of life, from household operations to industrial activities …

The rapid expansion of photovoltaic (PV) technology as a source of renewable energy has
resulted in a significant increase in PV panel waste, creating environmental and economic …

With the increasing accumulation of alkaline industrial solid waste, the mineralization of CO2
using alkaline industrial solid waste has broad application prospects. Carbide slag is highly …