Glass is among the more prevalent materials in modern construction. Its applications include structural, insulating, and decorative purposes. The field of glass usage and production is closely linked to the chemical and scientific disciplines—not only due to the unique structure and properties of the material itself, but also because of the beneficial characteristics of glass-based composites. Its presence in various forms affects the mechanical, visual, and microstructural properties of both intermediate and final structures in construction.
Due to the increasing volume of waste and the growing emphasis on green transition, carbon footprint reduction in material production, and energy savings, recycling guidelines are being established for glass as well—one of the leading categories of waste materials.
This thesis will focus on the reuse of glass in construction, as glass-based building composites show significant potential for broader application among conventional materials. In the introduction, I will address the properties of glass, its production, and relevant construction composites, which will serve as a foundation for the experimental part.
A review of scientific articles on sustainable concrete with recycled aggregates, the influence of recycled glass on concrete properties, the production of glass wool, and composite ceramics will form the basis for evaluating hypotheses related to the performance of materials made from recycled glass and the potential for emission reduction through the use of environmentally friendly materials.
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