CO 2 mineral carbonation is a promising strategy to abate global warming. However, its
industrial applications were still limited. This paper reviews the current developments of …

Mineral carbonation using natural minerals or industrial wastes is a safe and promising
strategy for CO 2 sequestration. Application of industrial wastes for this purpose has …

Mineral carbonation to sequester carbon dioxide presents the potential for mitigating global
warming. Currently, byproduct gypsum, an industrial solid waste, was used to fix carbon …

Mineral carbonation of alkaline wastes is a promising route for carbon dioxide (CO 2)
capture and utilization. An exploration of the carbonation potential of relatively inert alkaline …

Optimization of pretreatment and various gas-solid interaction conditions is necessary for
effective carbonation of recycled coarse aggregates derived from concrete wastes (RCA) …

Titanium gypsum is a solid waste produced by sulphuric acid titanium dioxide producers
when they neutralise the waste acid with calcium method, and the annual emission is quite …

The steel smelting process produces extensive CO 2 and Ca-containing steel slag (SS).
Meanwhile, the low value utilization of steel slag results in the loss of Ca resources. CO 2 …

Ever increasing greenhouse gas emissions and global warming have brought greater focus
to the areas of CO 2 capture and storage/utilization. Carbon mineralization is one CCS/U …

One-step process of red gypsum leaching to produce anhydrite was proposed. The effects of
sulfuric acid concentration, reaction temperature and reaction time on both the leaching rate …

Carbonation curing can enhance the mechanical properties of steel slag-based building
materials and consume large amounts of CO 2, making it a widely process. Due to the …