This study presents a critical review to evaluate the comparative efficacy of different
accelerated carbonation techniques used to improve the properties of recycled concrete …

The cement industries as binder materials, produces 1.6 billion metric tons' carbon dioxide
(CO 2) in 2022 and cause depletion in ozone layer. The cement is being used in modern …

Investigating workability loss in cement-based pastes during hydration, primarily marked by
an irreversible yield stress increase, is crucial for cement-based materials application and …

In this work, two PC pastes were used to carry out accelerated carbonation experiments, and
phase assemblages of paste samples collected at different sampling depths were analyzed …

The challenge of high geo-temperature often occurred during the construction of deep
buried tunnels, and to uncover the effect of varied curing temperature on hydration and …

The environmentally sustainable treatment of steel slag (SS) and oil shale waste (OSW) is a
significant concern in the field of industrial development. The mining industry also faces …

This study investigated the effect of wet carbonated recycled cement paste powder (RCPP)
on the rheological properties of cement pastes. The results showed that wet carbonated …

Alkali-silica reaction (ASR) is a chemical reaction between alkaline ions (Na+, K+), silicon
phases and aluminum phases in the aggregate, causing volume expansion and cracking of …

Concrete possesses significant potential as a medium for CO 2 sequestration. Nevertheless,
conventional approaches like CO 2 mixing and carbonation curing have shown limited …

Carbonated recycled concrete fines (RCF) possess the potential to serve as supplementary
cementitious materials (SCMs). However, calcium carbonate (Cc) formed during traditional …