Carbonatable binder is relatively a new member of the cement family. This paper aims to
review the progress in carbonatable binders given the increasing attention paid to this topic …

The manufacture of cement is associated with a large amount of CO 2 emissions. Mineral
carbonation technology (MCT) has been identified as one of the viable solutions to reduce …

This work is aimed to develop a biocompatible, bactericidal and mechanically stable
biomaterial to overcome the challenges associated with calcium phosphate bioceramics …

In this work the possibility of producing a CO 2 hardened concrete where the binder is a
calcium silicate hydrate instead of anhydrous silicates was investigated and the …

In this study, ternesite was proposed as a low-lime CO 2 sequestration binder, and the
ternesite slurry and compacts were carbonated in different periods. The evolution of …

Due to the high CO2-footprint of ordinary Portland cement (OPC), the search for alternative
binders is now in a full swing. Rankinite—which is a hydraulically inactive material and low …

After the CO 2 mineralization reaction of cement-based materials, on the one hand, the
microstructure of the materials is improved, and the hardening performance is improved. On …

The idea of this work is to reduce the negative effect of ordinary Portland cement (OPC)
manufacture on the environment by decreasing clinker production temperature and …

In this work, the conditions for the hydrothermal synthesis of kilchoanite–α-C 2 SH binder
from a lime-tripoli mixture were studied, and the effects of the amount of water and binder in …

A low calcium carbonatable belite-melilite clinker using around 70 wt% solid waste as raw
material was designed in this work. Mechanisms of the phase transformation between belite …