Blended cements, where Portland cement clinker is partially replaced by supplementary
cementitious materials (SCMs), provide the most feasible route for reducing carbon dioxide …

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 …

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 …

Carbonation treatment of fly ash (FA) is proposed as a promising method for stabilization of
hazardous residues and CO 2 sequestration. This paper aims to investigate the performance …

Demolished concrete is a large carbon sink which has not been utilized yet. Carbonation of
hydrated cement paste from old concrete can effectively store CO 2, and in addition, the …

Carbonated recycled concrete paste (cRCP) is a unique supplementary cementitious
material with pozzolanic properties stemming from the alumina-silica gel. This study reveals …

This paper investigates the long-term performance of structural concretes in China southeast
coastal area, the city of Shenzhen, exposed to atmosphere and chlorides. The structural …

This work investigated the influence of polyacrylamide on carbonation behaviors of cement
pastes by measuring carbonation depth and pH value. Electrochemical impedance …

Carbonation of concrete is generally assumed to lead to reinforcing steel corrosion. This
mindset has long dictated the research priorities surrounding the developments towards …