Published in Scientific Papers. Series E. Land Reclamation, Earth Observation & Surveying, Environmental Engineering, Vol. XIII
Written by Adrian-Victor LAZARESCU, Andreea HEGYI, Carmen FLOREAN
This research focuses on the development of advanced cementitious composite or geopolymer materials that exhibit smart, eco-innovative properties, including self-cleaning capabilities and heightened resistance to microorganisms. The aim is to address environmental concerns and enhance the durability and functionality of materials in various applications. The composite materials are designed by incorporating novel nanomaterials and eco-friendly additives, leveraging their unique properties. The self-cleaning capability is achieved through the integration of photocatalytic nanoparticles, such as titanium dioxide, which harness solar or artificial light to catalyse the degradation of organic contaminants on the material's surface. The eco-innovative aspect of the research involves the utilization of sustainable components, minimizing the environmental impact of the composite materials throughout their life cycle. The materials are designed to correspond to the Circular Economy and Sustainable Development principles by reducing overall waste generation and the study involves a comprehensive characterization of the mechanisms that allow the production of these type of materials.
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