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VOL. 7, ISSUE 1 (2022)
Porous concrete based on glass-integrity binder
Authors
Gurbanova Rana Vagif, Janibayli Gilas Zaka, Suleymanova Elmira Isgender
Abstract
Broken glass makes up a large percentage of the industrial waste that is thrown in massive volumes into landfills. Meanwhile, it is an effective secondary resource that can be used in the construction industry to obtain binders, concrete and products based on them. Solving the problem of recycling artificial glass breakage can bring significant economic and environmental benefits. Especially now, enterprises offer cullet for next to nothing, just to get rid of it. In this regard, based on a glass-alkali binder, cellular and porous concretes capable of hardening at temperatures below 90 ° C have been developed. Effective porous concretes based on a glass-alkali binder with improved physical, mechanical, technological and operational properties have been obtained. The quantitative dependences of changes in the physical and mechanical properties of porous composites based on glass breakage under the influence of chemical and biological aggressive media have been experimentally established. The optimal technological modes of obtaining cellular and porous concretes based on a glass-alkali binder have been revealed.
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Pages:22-25
How to cite this article:
Gurbanova Rana Vagif, Janibayli Gilas Zaka, Suleymanova Elmira Isgender "Porous concrete based on glass-integrity binder ". International Journal of Advanced Research and Development, Vol 7, Issue 1, 2022, Pages 22-25
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