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Abstract

This review paper explores the utilization of sustainable concrete materials in the development of green infrastructure. The primary objective is to investigate various concrete solutions that enhance environmental performance while maintaining structural integrity. The study inte- grates concrete with green infrastructure elements such as permeable concrete, green roofs, vegetated systems, bioswales, and vegetated channels. These elements are essential for man- aging stormwater, reducing urban heat islands, and promoting biodiversity in urban areas. The paper also examines optimized concrete mixtures designed to improve durability and reduce carbon emissions by incorporating alternative materials like recycled aggregates and supplementary cementitious materials. Additionally, innovative formwork and construction practices are analyzed to assess their contribution to minimizing resource consumption and waste. By aligning concrete design with green infrastructure objectives, the study highlights the potential of these solutions to mitigate environmental impacts, including reduced energy consumption and lower greenhouse gas emissions. The findings offer valuable insights into the role of sustainable concrete in future urban planning, emphasizing its capacity to support resilient, eco-friendly infrastructure while meeting the growing demands of urbanization. The research ultimately contributes to the broader discourse on green construction practices, of- fering practical guidelines for engineers and urban planners.

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