Industrial waste-based alkali-activated binders (AABs) can be a sustainable alternative to
the cement industry. As the manufacturing of cement is accounting for over 8% of the world's …

In geopolymers, several factors such as the limited availability of amorphous aluminosilicate
material, the need for a high dosage of activator, the requirement for hot curing conditions …

The high-temperature impact test was carried out on basalt fiber reinforced geopolymer
concrete (BFRGC) using the high-temperature split Hopkinson pressure bar test system at …

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

This work is designed by coupling fly ash (FA) with dune sand (DS) for high-strength
geopolymer activated in an alkaline environment under pressure-applied casting. Initially …

Cementless binders are made possible by the invention of geopolymers, which utilize
alkaline activators to activate alumina-silicate materials. Alkaline activators, however, are …

Red mud (RM) is an alkaline discarded hazardous waste for mining alumina from bauxite
ore and thus has the potential to be used for geopolymerization. This work has been …

The tanning industry is of major interest for generating water and soil pollution in develo**
countries. Tannery wastes usually contain hair mixed with inorganic substances, being …

The global warming dilemma raised an exigency toward sustainability in the construction
industry and compelled scientists to hunt for alternative binders in construction materials …

The static compaction technique emphasizes the reduced activator dosage required to
develop geopolymers. Therefore, it is crucial to comprehend the optimal alkaline activator …