In order to understand the essential relationship between the carbonation treatment and
hydration performance of steel slag, the microstructures and reactivities of steel slag …

The present study investigates the effect of water to cement ratio on the physiochemical and
microstructural properties of carbonation cured belite-rich cement. Five varying water to …

From infrastructure to national defense construction, concrete has been a key enabler in
human history. While as the main binding material, ordinary Portland cement production …

The preparation of cementitious materials from bulk industrial solid waste is an effective way
to replace cement. Based on the multi-component synergistic coupling effect, the influence …

The present study introduces a novel-composition lime plaster that contains a Super
Adsorbent BioPolymer (SABP) based on Calcium Alginate (CaAlg) for indoor applications, to …

The bulk generation of quarry dust (QD) from quarries, aggregates, and decorative stone
plants, is a serious environmental issue. However, QD has the potential to provide eco …

This study proposes an innovative approach to develop cementless ultra-high performance
concrete (UHPC) by activating ground granulated blast furnace slag (GGBFS) without an …

The high cost and carbon emission of ordinary Portland cement (OPC) increase the burden
of mining industry and aggravate environmental pollution. In this study, a cheaper and …

Cements with high substitution rates of ground granulated blast furnace slags (GGBS) have
the potential to significantly lower CO 2 emissions of concrete, but their early age strength is …

This investigation reports on the mechanisms of reaction, microstructure, hydration products,
compressive strength and environmental impact of supersulfated cements based on pumice …