2024-01-192024-01-192024-01-192023-11-01https://repositorio.ifal.edu.br/handle/123456789/347The present study aimed to assess the feasibility of implementing sustainable drainage techniques in the development of urban drainage plans, with a focus on a biophilic system referred to as Blue and Green. This initiative is driven by the imperative need for novel technologies that mitigate the environmental impacts resulting from the expansion of human activities within urban areas, concomitant with the reduction of green spaces within cities. To this end, an extensive green roof construction technique was scrutinized, demonstrating a diminished environmental footprint when compared to conventional rooftops. This was achieved through the use of renewable materials, thus serving as an instrument to combat greenhouse gas emissions, urban heat islands, and, consequently, to enhance air and water quality. The methodological approach encompassed a comparative analysis between conventional rooftops and the Blue and Green System, facilitated by a prototype provided by Ecotelhado. This comparative exercise served to underscore the significance of incorporating sustainable techniques into the urban planning and management processes. It was observed throughout the study that the use of the Blue and Green System is more favorable than conventional roofing systems. This is attributed to its multifaceted utility, long-term cost-effectiveness, and the fact that it features a significantly lighter structure, approximately 13.33% lighter when compared, for instance, to roofs with colonial ceramic tiles.Acesso AbertoEficiência energéticaSustentabilidadeGestão ambiental urbanaMedições pluviométricasCobertura VerdeEnergy efficiencySustainabilityUrban environmental managementPluviometric measurementsGreen roofingTrabalho de Conclusão de CursoENGENHARIAS