Integrating Geopolymer Pervious Concrete Pavement for Sustainable Stormwater Management: A Case Study in the UAE

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Geopolymer pervious concrete pavement reduced peak flow by 20% compared to baseline conditions, improving stormwater management.
Analysis incorporated rainfall-runoff dynamics simulations during an extreme rainfall event recording 168 mm of precipitation.
Hydrological modeling using PCSWMM demonstrated effective integration of geopolymer concrete in urban infrastructure elements.
Findings indicate significant reductions in flooded areas, supporting the use of sustainable drainage systems for urban flood management.

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Case study shows that geopolymer pervious concrete reduces stormwater runoff in urban infrastructure, suggesting it could enhance flood mitigation.

Wagih et al. (2025) studied this question.

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Case study shows that geopolymer pervious concrete reduces stormwater runoff in urban infrastructure, suggesting it could enhance flood mitigation.