Alkali-activated materials (AAMs) are increasingly popular as ecofriendly and sustainable
construction materials due to their ability to reduce carbon emissions and utilize industrial …

Numerous scientific studies have been conducted, and a wide range of new inorganic
geopolymer composite applications have emerged as a result. This innovative material can …

Early-age reaction kinetics of geopolymers is one of the challenging issues associated to
their mechanical performances and durability. In this work, the early-age reaction of …

Cement-based materials have favorable capacity of solid waste and CO 2 disposal. In this
study, a synergistic CO 2 treatment, including CO 2 mineralization of steel slag admixture …

A large number of solid wastes are produced in the process of demolishing old buildings,
and waste red brick is one of such wastes. To discuss the reutilization of waste red brick …

The development of geopolymer concrete offers promising prospects for sustainable
construction practices due to its reduced environmental impact compared to conventional …

Biomass stands out as a more sustainable energy source, and forecasts indicate an
increase in its use mainly due to environmental aspects. The resulting ash has potential …

Geopolymer concrete has been increasingly used in industry. However, if the geopolymer
concrete is blended using a single percussor its performance is often very limited by the …

The stacking of copper slag (CS) has led to the resource wastage and environmental issues.
Utilizing CS as a green precursor in the production of alkali-activated materials (AAMs) …

The effects of active S-MgO contents, MgO types, Na 2 O concentrations, and alkali activator
modulus on the hydration kinetics, compressive strength, hydration products, pore structure …