Geopolymers are alternative materials to portland cement, obtained by alkaline activation of
aluminosilicates. They exhibit excellent properties and a wide range of potential applications …

Coal fly ash (CFA) is a coal ignition buildup at thermal power plants, which has been viewed
as a hazardous waste globally. The major problems with CFA are the large volume of land …

A novel approach has been proposed to synthesize clay-based geopolymer brick; series of
experiments have been performed and three mandatory steps have been evolved. In Step-1 …

Incorporation of mineral blending and/or modifying additions which are single-or multi-
component materials is one of the main trends in the development of both Portland clinker …

In cemented paste backfill (CPB), tailings are commonly bound with Portland cement (GU)
blended with ground granulated blast furnace slag (GGBFS) and/or fly ash (FA). Instead of …

This study focuses on the application of mixture design as a novel approach to developing a
geopolymer paste with optimized mechanical properties. It also aims to utilize the …

The consistent development of the waste-minimisation and recycling-oriented technologies
in the most resource-and energy-intensive industries is crucial for sustainable development …

The effect of carbon fiber (CF) addition on the electrical behavior and mechanical property of
fly ash geopolymer was investigated. The electrical resistivity of CF/geopolymer composites …

Addressing the significant emissions and severe pollution hazards posed by coal fly ash
waste in the coal chemical industry, as well as the challenges in recovering phenolic …

A class F fly ash-based geopolymer was prepared for the removal of Basic Yellow 2 (BY2)
from aqueous solutions. The geopolymerization process transformed the spherical fly ash …