With the utilization of mineral CO 2 sequestration technology, the volume stability of cement
paste exposed to carbonation is catching significant interest. This review attempts to …

Production of Portland clinker is inherently associated with CO2 emissions originating from
limestone decomposition, the irreplaceable large-scale source of calcium oxide needed …

CO 2 mineralization of cement materials utilizes reaction of calcium or magnesium with
carbonate ions forming insoluble carbonates. Recent research has demonstrated that this …

Carbonation hardening of Portland cement concrete can contribute to lower its CO 2
footprint and to improve its strength. The reaction mechanisms involved in carbonation …

CO 2 sequestration is an effective method for dealing with the global climate crisis, and
carbonation curing is considered an effective method of sequestering CO 2 and improving …

The study explored the chemical, micromechanical, and morphological evolution of the
principal binding phases of Portland cement under carbonation. Accelerated carbonation …

Recently, the use of accelerated carbonation curing has attracted wide attention as a
promising method to reduce carbon dioxide (CO 2) emission and improve the mechanical …

Climate change and carbon emissions, as one of its causes, have raised increasing
concerns, and reaching the carbon peaking and carbon neutrality targets requires the …

One of the challenges of promoting accelerated carbonation curing (ACC) of concrete as a
carbon sequestration strategy is ensuring that carbonation will not deteriorate mechanical …

Carbonation curing can absorb CO 2 and fix it as a carbonate mineral in cementitious
materials. Carbonation curing in Portland cement-based materials has been widely …