Incorporation of tire and marble wastes in the composition of mortar
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Date
2024-09-22
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University 20 August 1955 Skikda
Abstract
The growing concern over environmental sustainability has prompted the search for innovative solutions to manage industrial waste. This study investigates the incorporation of tire and marble wastes into the composition of mortar, aiming to reduce the environmental impact of these materials and improve the performance characteristics of mortar. Waste tires, which pose disposal challenges due to their non-biodegradable nature, were processed into fine rubber particles and used as a partial replacement for sand in the mortar mix. Marble waste, generated from the marble cutting and polishing industry, was also utilized as a supplementary material. The research focuses on evaluating the mechanical properties, durability, and environmental benefits of the modified mortar mixtures.
A series of experimental tests were conducted to analyze the compressive strength, flexural strength,and water absorption of the mortar samples. The results indicated that the inclusion of tire and marble wastes altered the properties of the mortar in various ways, including a slight reduction in compressive strength but enhanced flexibility and improved resistance to cracking. Additionally, the use of marble waste contributed to improved aesthetics and reduced overall costs. The study concludes that the incorporation of these waste materials can offer a sustainable alternative to conventional mortar, promoting waste valorization and reducing the carbon footprint of construction practices.
This research highlights the potential of reusing tire and marble waste in construction materials, paving the way for further exploration of sustainable construction techniques.