In this study, ground glass fiber (GGF), manufactured by milling waste glass fiber, was used
to produce geopolymer mixtures. The effect of using different alkali content and different …

Portland cement-free high-volume waste glass geopolymer composite is proposed for the
upcycling of glass waste. The “high-volume” is achieved by utilizing GP as the geopolymer …

This study presents investigation of properties of cement-based mortars produced with
cement containing waste glass (WG) and industrial by-products. The features, compressive …

With the potential for a decline in fly ash (FA) production over time, due to the phasing down
of coal fired power plants, alternative supplementary cementitious materials need to be …

Successful implementation of recycled glass in construction materials can reduce end-of-life
glass disposals in landfills and mitigate environmental issues of construction and quarrying …

Millions of tons of waste glass are produced annually around the world. In the absence of an
effective recycling method, much of the waste glass is disposed in landfills. Utilization of this …

Soluble alkali silicates, known as hardeners, play a vital role in the production of
geopolymer binders. Currently, different industrial techniques are used to manufacture …

Concrete is by far the most used building material in the world, but is facing a large
environmental challenge due to its cement content. The production of portland cement is …

Heritage masonry constructions constitute an important percentage of the structures in many
countries. These structures are highly vulnerable to environmental changes (such as …

This study aims to investigate the strength development and durability of geopolymer
mortars based on waste clay brick powder (WCBP) and phosphorus slag exposed to acid …