Lithium slag is an industrial by-product obtained after lithium extraction from spodumene
ore. The higher concentration of sulfate ions (SO 4− 2) in the form of gypsum/anhydrite …

Cement production is one of the most important industries on the planet, and humans have
relied on is use dating back to the dawn of civilization. Cement manufacturing has increased …

Sulfates when present in the formation water would attack and deteriorate the cementitious
system. In the quest to investigate the possibility of using geopolymer systems in oil-well …

This research investigated the high-temperature resistance of alkali-activated mortar (AAM)
using Class F fly ash (FA) blended with calcium carbide residue (CR) as a binder. The FA …

This study proposes the development of a novel geopolymer by investigating the feasibility
of using refractory brick dust (RBD), a waste product from brick manufacturing. The focus …

Geopolymer materials have captivated as a promising material for building restoration due
to their environmentally sustainable nature as well as their potential to use a variety of waste …

Geopolymers (GP) are a class of X-ray amorphous, nanoporous, nanoparticulate materials
that can be mixed, poured, and cured under ambient conditions. Typically, geopolymers are …

Ensuring the integrity of oil and gas wellbores critically hinges on cement binding. This
paper presents findings of the untapped potential of Tanzanian natural pozzolans, namely …

Based on the pressure of environmental protection, more and more scientific researchers
are trying to reuse aluminum–silicon-rich industrial wastes. In this study, activated lithium …

The investigation into the acidic pathway in geopolymer formation has been overlooked
compared to the alkaline pathway. This study seeks to fill the gap by exploring the …