An Assessment of Green Roof Stormwater Treatment Systems for Stormwater Volume Reduction
Michael Hardin, Martin P. Wanielista
Abstract
Michael Hardin, Martin P. Wanielista
Abstract
Green roofs, which have been used for several decades in Europe, offer a unique approach to stormwater management. This paper presents hydrologic data for a specifically designed irrigated green roof stormwater treatment system. The major hypothesis is that green roof stormwater treatment systems can effectively reduce runoff volume and pollutant mass. A computer model is introduced to help with the design of these green roof stormwater treatment systems to achieve a specific stormwater retention yearly volume. This model is developed and discussed within this work as well as compared to experimental results.
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Green roofs, which have been used for several decades in Europe, offer a unique approach to stormwater management. This paper presents hydrologic data for a specifically designed irrigated green roof stormwater treatment system. The major hypothesis is that green roof stormwater treatment systems can effectively reduce runoff volume and pollutant mass. A computer model is introduced to help with the design of these green roof stormwater treatment systems to achieve a specific stormwater retention yearly volume. This model is developed and discussed within this work as well as compared to experimental results.
Key concepts: Stormwater, Green roof, Stormwater management, Surface runoff, Low-impact development, Environmental science, Roof, Environmental engineering