Pervious Concrete for Urban Heat Island (#1931)
Read ArticleDate of Conference
July 16-18, 2025
Published In
"Engineering, Artificial Intelligence, and Sustainable Technologies in service of society"
Location of Conference
Mexico
Authors
Torres Molina, Luz
Rubero Gonzalez, Lissette
Torres Cruz, Darialy
Abstract
This research explores the effectiveness of permeable pavements in reducing urban heat island effects and enhancing urban energy use. The impact of key factors such as reflectivity, thermal characteristics, and evaporation cooling on permeable pavements' performance was evaluated through laboratory investigations. Additionally, a comparative analysis of different pervious concrete mixtures was conducted to identify the most effective combination of materials for mitigating urban heat island effects. The findings highlight the potential of permeable pavements as a sustainable solution for managing urban temperatures and promoting energy resilience in cities.