The paper discusses results of the long-term monitoring of a full-scale pilot installation of a modular tray-based blue roof (BR) system for the control of the runoff from the roof terrace of a building in the campus of the University of Catania (Italy). The BR was installed in one catchment of the rooftop while another symmetrical catchment was left unmodified and monitored to allow comparison. Results of the analysis have shown average 54% retention efficiency and 72% detention efficiency of the BR. Comparatively, the BR always overperformed the conventional roof, with mean 34% runoff reduction and mean 60% flow peak attenuation. The paper discusses also limitations of the results obtained and potential for improvement of the system efficiency, including comparison with some of the results from the literature.

Long-term experiments for the evaluation of the potential for storm water control of modular blue roofs in Mediterranean climate

Campisano A.
Primo
;
Modica C.;Gullotta A.
2020-01-01

Abstract

The paper discusses results of the long-term monitoring of a full-scale pilot installation of a modular tray-based blue roof (BR) system for the control of the runoff from the roof terrace of a building in the campus of the University of Catania (Italy). The BR was installed in one catchment of the rooftop while another symmetrical catchment was left unmodified and monitored to allow comparison. Results of the analysis have shown average 54% retention efficiency and 72% detention efficiency of the BR. Comparatively, the BR always overperformed the conventional roof, with mean 34% runoff reduction and mean 60% flow peak attenuation. The paper discusses also limitations of the results obtained and potential for improvement of the system efficiency, including comparison with some of the results from the literature.
2020
Blue Roof
detention
retention
source control systems
SUDS
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.11769/493215
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