Integrating ceramic wastes into concrete: Sustainable disposal and resource optimization strategies
Year: 2025
Type: article
Abstract: The incorporation of ceramic solid waste into concrete has been studied as a sustainable strategy for waste reduction and resource efficiency. With ceramic waste contributing significantly to global landfill volumes, our study aims to evaluate its potential as a partial replacement for fine aggregate in concrete mixtures. The study demonstrates that incorporating up to 20% ceramic waste leads to a 14% reduction in workability but notably enhances compressive strength by 17% and improves durability by 11%. These results highlight a promising approach for reducing the environmental impact of ceramic waste, addressing a critical issue in solid waste management. By diverting ceramic waste from landfills, this method not only alleviates disposal challenges but also contributes to resource conservation. The findings underscore the dual benefits of this technique: optimizing the use of available resources and reducing landfill waste. This research presents a viable solution for leveraging ceramic waste in concrete production, thereby promoting both environmental sustainability and improved material performance.
DOI: 10.37190/epe250205
Authors: Uma Maguesvari Muthaiyan, Chandrakanthamma Lankapalli, Bragadeeswaran Thangavel, Karthick Arumugam
Language: English
Subfield: Building and Construction
Field: Engineering
Domain: Physical Sciences
Open Access status: bronze
OpenAlex ID: W4412549150