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Concrete is used as a construction material using all over the world, contributing most important role to infrastructure development. However, it has long been recognized for its environmental footprints. This research paper will provide a study where ultrafine fly ash and ultrafine GGBS are used to maximize cement replacement in concrete without compromising its mechanical properties and achieving a more sustainable concrete, comprehensive review of the environmental impacts of concrete included production, empirical data, statistical analyses, and supplementary materials to mitigate its adverse effects. Drawing upon theoretical frameworks, empirical data, and statistical analysis, this paper evaluates the efficacy of various strategies in reducing the carbon footprint, energy consumption, and resource depletion associated with concrete production. Through overview of CCU, recycled and reuse of materials and an examination of alternative material and best practices, this paper offers insights into the current state of sustainable concrete production and identifies opportunities for future research and development. Keywords: Sustainable Concrete, Ultrafine GGBS, Ultrafine Fly ash, Mineral Admixture, Carbon Capture and Utilization.
Kumar et al. (Mon,) studied this question.