This study focuses on addressing the challenges of low activity and poor volumetric stability
in magnesium slag (MS) blocks. The novel approach of rapid carbonation-hydration …

Cement concrete presents a significant opportunity for carbon dioxide (CO 2) capture,
utilization, and storage through carbonation treatment. This process involves carbonating …

The present study investigated the fresh, hardened, and physicochemical properties of CO 2-
cured belite-rich cement (BRC) paste incorporating hygiene tissue paper (HTP) as an …

This study investigated the influence of curing regime, type of cement, and water-to-cement
ratio (W/C) on the physicochemical, mechanical, and hydraulic properties of pervious mortar …

Reducing carbon footprint in the construction industry by leveraging construction waste
aligns well with the concept of sustainable development in this sector. In this study, recycled …

Belite-rich cement (BRC) has gained increased attention in recent years due to its low
energy consumption and high long-term performance. However, the carbonation behavior of …

This study investigates the effects of carbonation curing and ye'elimite on the physical and
chemical properties of ternesite to improve its hardening rate. The results showed that …

The valorization of industrial wastes plays a significant aspect in decreasing the
environmental pollution. The discussed study concerns the recovery of steelmaking slag …

This study investigates the synergistic effects of CO 2 mixing and CO 2 curing on the CO 2
uptake capacity of Portland cement. After a normal mixing or ten minutes of CO 2 mixing …

The effect of temperature on the properties of belite-rich cement-based (BRC) materials is
different from that on Portland cement (PC). This study provides a comprehensive …