Alkali activated binders are sustainable alternatives to carbon-intensive conventional
Portland cements. Although earlier studies focussed on the mechanical properties of alkali …

Although the application of blast furnace slag and fly ash-based alkali-activated concrete
(BFS/FA-AAC) has both economic and environmental benefits, it is limited by the lack of a …

Alkali-activated composites using by-products such as fly ash and slag have been widely
studied to make greener construction materials. However, the carbonation of alkali-activated …

A comprehensive investigation was conducted to examine the influence of fly ash/slag mass
ratio on the strength and microstructure of alkali-activated fly ash-slag (AAFS) mortars …

This research investigates the effect of carbon sequestration via accelerated carbon curing
(ACC) in alkali-activated earth-based alkali-activated mortar (25S-AAM) on the long-term …

In this paper, carbonation resistance of alkali-activated slag (AAS) pastes exposed to natural
and accelerated conditions up to 1 year was investigated. Two aspects of carbonation …

Alkali-activated materials (AAMs) have gained interest as sustainable alternatives to
traditional Portland cement in recent years. However, concerns still exist regarding their …

In search for alternative cementitious materials for radioactive waste encapsulation,
geopolymers and inorganic polymers (IPs) have received wide attention. Moreover, Fe-rich …

This study investigates the carbonation behaviour of alkali-activated fly ash-based (AFA)
concretes. AFA contains 20.67% of unburned carbon. GBFS and OPC were used as sources …

The carbonation process in alkali-activated slag cement concrete is more complicated. This
paper reviews the research progress of carbonation resistance of alkali-activated slag …