 Geopolymer concrete, made from industrial byproducts like fly ash or slag, is a sustainable alternative to traditional Portland concrete, OPC, that reduces environmental pollutants and carbon footprint. Its unique composition allows for improved mechanical strength, enhanced durability, and good stability in acidic and alkaline settings, making it suitable for various construction environments. The manufacturing process of geopolymer materials has minor negative environmental impacts, but ongoing research aims to further improve sustainability. Silicate content, during temperature, and the proportion of alkaline solution to binder are major factors affecting compressive strength. Geopolymer technology represents a stride toward more sustainable construction practices and paves the way for innovative building materials. This article was authored by Sammy Spieh, Gordon McKay, and Sammy G. Algamdi.