STUDY OF GLASS WASTE AS A FINE DISPERSE FILLER IN CEMENT SYSTEMS
DOI:
https://doi.org/10.58225/sw.2025.1-99-105Keywords:
Pozzolanic activity, glass powder, microstructure, mechanical strength, environmental impactAbstract
The properties of pomegranate dispersed glass powder, such as its amorphous structure,
non-biodegradability and easy access everywhere, open up new concepts. Besides solving various
environmental problems by using it as an anti-pollution additive, using glass dust gives better results
than other known materials. The main goal of the research is to replace up to 20% of cement with
dispersed pomegranate glass powder (70-60 μm) when preparing dough and mortar, to obtain a new
efficient product and reduce the impact on the environment accordingly.As a result of the research, it
was found that the properties of the solutions are greatly influenced by the dispersity and morphology
of the glass powder. While investigating the effect of glass wastes of different composition on cement,
their directions of application were determined. The results of microscopic and X-ray structural
analyzes showed that, despite the fact that the morphology of the samples with glass powder added
during the two periods of hardening was the same as the control samples, in the later stages, as a result
of the pussolant activity of the glass powder, there were innovations in the structure formation process
during the formation and growth of hydrate compounds.Comparison of the results showed that better
results are obtained when glass dust with a particle size of 60 μm is added to cement up to 20%. At
this time, a cement stone with a denser microstructure is obtained.
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Copyright (c) 2025 Guvalov Abbas, Abbasova Saida (Author)
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