This research aims to explore using coal gasification slag (slag) to synthesize one-part
geopolymer by alkali fusion and component additive method. The effect of various alkali-to …

Geopolymeric solidification is an effective process for treating engineering waste slurry, yet
its efficacy varies with source of slurry. This study examined four shield tunneling spoil types …

Anthropogenic climate change is one of the main reasons for mainstreaming sustainability in
all sectors. Reducing the carbon footprint of the built environment is one of the sustainability …

Currently, there is great interest in geopolymer composites as an alternative and
environmentally friendly basis for compositions for restoring the facades of historical and …

Geopolymer concrete is a potential partial substitute for Portland cement (PC) concrete in
civil engineering. Understanding chloride-binding behavior and mechanisms in …

This study presents the development of a synthesis route for sodium aluminosilicate hydrate
(N–A–S–H) gels with various Si/Al ratios carried out at ambient temperature. The synthesis …

This study uses waste materials, specifically diatomaceous earth (DE) that is rich in
aluminum and silica, as a sustainable source for aluminosilicate precursors in geopolymers …

Geopolymer, an emerging alternative to Portland cement-based concrete, relies on alumina
and silica-rich precursors like fly ash for its formation. Geopolymerization is a chemical …

Since 1980, the world has faced an increase in the earth's average surface temperature due
to the high release of carbon dioxide into the atmosphere. One of the main responsible for …

The construction industry significantly contributes to global carbon emissions, with
conventional concrete production responsible for a large portion of these emissions due to …