Anthropogenic activities represent a major cause of substantial carbon dioxide emission into
the atmosphere, which has given rise to the phenomenon of global warming over the last …

By-products from the non-ferrous industry are an environmental problem; however, their
economic value is high if utilized elsewhere. For example, by-products that contain alkaline …

With increasing interest in utilizing metallurgical slags for mineral carbonation, there is a
need to find applications for carbonated slags. The scope of this study is to explore the …

Carbonation of recycled cement paste receives growing attention since it can carbonate end-
of-life concrete at ambient conditions and chemically bind CO 2 on a geological timescale …

Several studies have focused on the parameters that influence the CO 2-uptake of steel
slags during mineral carbonation, however, less is known about the parameters that affect …

Escalating industrial CO 2 emissions necessitate innovative carbon capture and utilization
strategies. This study explores the potential of mineral-carbonation of steelmaking slags …

Clinker-free, carbonate-bonded monoliths are prepared by accelerated carbonation for
immobilization of hazardous elements present in: a stainless-steel slag, two copper slags …

Copper plant residue (CPR) is a hazardous industrial by-product possessing both high
toxicity and valuable metal content, necessitating its high value-added utilization. Traditional …

FeCO 3 cement can be produced by reacting CO 2 (aq) and particulate-Fe (0). Process
conditions and solution compositions influence cement properties through kinetics of Fe …