The drive towards sustainable construction materials that will reduce the amount of CO 2
produced during the manufacture of Portland cement has led researchers to investigate the …

The manufacturing of cement demand burning of huge quantities of fuel as well as
significant emissions of CO 2 resulting from the decomposition of limestone that …

Concrete is a combination of cement, sand, aggregate, and water. Cement manufacturing
causes the generation of various gases, mainly greenhouse gases like CO 2 in the …

This study investigated the impact of calcium carbonate nanoparticles (nano-CaCO 3) on the
mechanical properties of geopolymer composites. To that end, varying contents of nano …

This paper presents the mechanical properties of micro steel fiber reinforced fly ash
geopolymer composites containing different amounts of nano-silica. Four different fly ash …

There has been a significant movement in the past decades to develop alternative
sustainable building material such as geopolymer cement/concrete to control CO2 emission …

Numerous scientific studies have been conducted, and a wide range of new inorganic
geopolymer composite applications have emerged as a result. This innovative material can …

High carbon footprint of cement production is the major drawback of plain cement concrete
resulting in environmental pollution. Geopolymer composites paste can be effectively used …

Geopolymer (GMR) paste with micro-fibres and nanoparticles is an excellent alternative for
reducing cement production for environmental sustainability. Therefore, the performance of …

Geopolymerization in concrete production is a sustainable approach that utilizes industrial
waste materials in conjunction with alkaline activators, such as sodium hydroxide and …