Hormigones sustentables, modificados con grafeno obtenido mediante exfoliación líquida del grafito en polvo
Date
2025-09-26
Journal Title
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Abstract
Se presentan los avances de un proyecto orientado a mejorar el desempeño del hormigón mediante la incorporación de grafeno de pocas capas, obtenido por exfoliación líquida del grafito. El objetivo principal es
incrementar la resistencia mecánica y la durabilidad del material, contribuyendo al desarrollo de una construcción más eficiente y sustentable. Asimismo, la posibilidad de reducir el consumo de cemento representa un aporte a la disminución de emisiones de dióxido de Carbono (CO2). De este modo, el estudio integra la innovación en nanotecnología con el desafío de diseñar hormigones de menor impacto ambiental.
The progress of a project aimed at improving concrete performance by incorporating few-layer graphene, obtained by liquid exfoliation of graphite, is presented. The main objective is to increase the mechanical strength and durability of the material, contributing to the development of more efficient and sustainable construction. Furthermore, the possibility of reducing cement consumption represents a contribution to reducing carbon dioxide (CO2) emissions. In this way, the study integrates innovation in nanotechnology with the challenge of designing concretes with a lower environmental impact.
The progress of a project aimed at improving concrete performance by incorporating few-layer graphene, obtained by liquid exfoliation of graphite, is presented. The main objective is to increase the mechanical strength and durability of the material, contributing to the development of more efficient and sustainable construction. Furthermore, the possibility of reducing cement consumption represents a contribution to reducing carbon dioxide (CO2) emissions. In this way, the study integrates innovation in nanotechnology with the challenge of designing concretes with a lower environmental impact.
Description
Keywords
Grafeno, Hormigón, Cemento, Propiedades reológicas, Graphene, Concrete, Cement, Rheological properties
Citation
9º Congreso de Jóvenes Investigadores en Materiales-JIM.