The low carbon footprint and superior properties of geopolymer make it a potentially suitable
alternative to ordinary Portland cement, which has been one of the dominating research …

This review provides a comprehensive study of the fundamentals of the alkaline and acid
activation of volcanic ashes (VA), for mainstreaming their use as a conventional feedstock …

The application of sewage sludge ash (SSA) in alkali activated cementitious material, ie,
geopolymer, was one of the effective measures to dispose of and recycle the sewage …

Due to severe consequences of the heavy metal ions (HMIs) accumulation in organisms
throughout the aqueous phase, HMIs pollution treatment has received extensive attention …

Extrusion-based 3D printing of a two-part metakaolin-based geopolymer concrete has a
long setting time, which could lead to inadequate structural build-up. This research explores …

In this study, lignin modified cementitious materials (LFGS) were synthesized to determine
the viability of mineral cementitious sealing and firefighting materials using uncalcined coal …

Spent ion-exchange resins (IERs) constitute the major volume of solid radioactive wastes
generated by the nuclear industry and Portland cement wasteforms exhibit limitations for …

Efflorescence is always a major problem that prohibits the wide application of geopolymer. It
reduces mechanical strength, increases surface degradation and lowers the durability of …

This study assessed the impact of calcium silicate slag (CSS), an industrial by-product of
aluminum extraction from fly ash, on the reaction kinetics, compressive strength, and …

The increasing environmental burden at landfills due to the disposal of waste glass (WG)
has motivated the scientific community to find alternative routes for its utilization. One of …