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 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 …

Three anhydrous calcium carbonate polymorphs including calcite, aragonite and vaterite
were synthesized in laboratory conditions and characterized comprehensively with various …

This work turned industrial waste of magnesium slag (MS) into two value-added products,
high-purity vaterite and supplementary cementitious materials, through “leaching …

Integrated CO 2 capture and mineralization is a promising technology for cutting CO 2
emissions and associated environmental impacts. Two major challenges in CO 2 …

CO 2 mineralization of waste gypsum not only reduces the carbon emissions of power plants
but also improves gypsum utilization by recovering high-value-added CaCO 3. However, the …

To achieve carbon neutrality through CO 2 mineralization, it is important to design the novel
reaction process through a distinct understanding of the critical reaction steps, CO 2 …

The 21 st century grapples with rising atmospheric CO 2 and anthropogenic solid waste. Ex-
situ CO 2 mineralization, converting CO 2 into stable carbonates via reacting with solid …

The influence of limestone powder (primarily composed of calcite) on hydration and
properties of concrete has been extensively researched. However, there is limited …

To address the challenge of low mineralization efficiency of fly ash-supercritical carbon
dioxide (CO 2), a hydrothermal activation method was proposed to enhance fly ash …