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 is an important technology for CO 2 sequestration and utilization to
address environmental issues arising from climate change. In recent years, seawater has …

The environmental concerns resulting from coal-fired power generation that produces large
amounts of CO 2 and fly ash are of great interest. To mitigate, this study aims to develop a …

Employing pozzolanic materials like nanosilica and silica fume as replacements for cement
to produce high-strength concrete (HSC) has made investigating the mechanical features of …

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 …

Concrete is a widely used construction material with notable environmental challenges. One
primary concern is its reliance on nonrenewable resources. Additionally, the production of …

Mineral carbonation is a promising CO 2 sequestration strategy that can utilize industrial
wastes to convert CO 2 into high-value CaCO 3. This review summarizes the advancements …

Nowadays, the massive consumption of fossil fuels and the resulting excessive emission of
carbon dioxide (CO 2) have broken the original carbon balance of nature, resulting in global …

Carbonation of industrial alkaline resources can achieve dual effects of CO 2 sequestration
and solid waste management, and the carbonated product may act as a potential …

Climate change induced partly by emissions of carbon dioxide (CO2) is an urgent issue
worldwide, calling for advanced methods of carbon sequestration. Since CO2-emitting …