One of the main problems that reduces the prevalence of alkali-activated binders is the heat-
curing process that is required to produce them. In addition, the chemical alkaline solutions …

Fe-rich alkali-activated materials have been studied for their suitability for high-temperature
application up to 1000° C. The evolution of compressive strength, mineral composition and …

The alkali-activation of high-volume fly ash (HVFA) produces a low-carbon sustainable
cementitious binder with remarkable strength and chemical durability at room temperature …

Waste glass recycling helps mitigating the problem of shortage of landfilling space, and it is
especially of great importance for cities like Hong Kong where a local glass manufacturing …

Alkali ash material (AAM) concrete is a unique material that is sustainable and cost-effective
because it utilises waste fly ash, and has properties superior to other concrete products. The …

Ultra-fine fly ash (UFA) prepared using different techniques may exhibit various
characteristics, which will affect their performance as cementitious material. This experiment …

This paper examined the mechanism of polypropylene fiber (PP) reinforced alkali-activated
high calcium fly ash paste (AHFP) exposed to high temperature. The PP was added into the …

Alkali-activated materials (AAMs) are regarded as promising alternatives to Portland cement.
However, the significant high shrinkage of AAMs, particularly in alkali-activated slag system …

Searching for innovative solutions to produce alternative construction materials using
residues is a need to reduce the exploitation of natural resources. Alkali-activated cements …

To mitigate autogenous shrinkage that may cause early-age cracking of alkali-activated fly
ash-slag (AAFS) concrete, internal curing using superabsorbent polymers (SAP) is …