Results 131 to 140 of about 368 (182)
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Bioretention System Enhancements for Nutrient Removal
Journal of Sustainable Water in the Built Environment, 2020AbstractBioretention systems typically demonstrate limited nutrient treatment and often export nutrients just after installation.
Dipen Patel +3 more
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Heavy metal fates in laboratory bioretention systems
Chemosphere, 2007Key to managing heavy metals in bioretention is to understand their fates in bioretention facilities. In this study, pot prototypes filled with bioretention media were built to simulate the conditions of natural growth of plants. Synthetic runoff with different heavy metal loadings (copper, cadmium, lead, and zinc) was periodically applied.
Xueli, Sun, Allen P, Davis
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Innovative Bioretention Facility for Siphonic Drainage System
2021A new type bioretention facility that called as bioretention parterre was proposed to treat the stormwater of the siphonic drainage system in the Changzhen Depot of Shenzhen Metro. The connection point of the siphonic downspout and the inlet of bioretention parterre was calculated by corresponding calculation formula.
Zhan Yuan +5 more
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Bioretention systems for stormwater management: Recent advances and future prospects
Journal of Environmental Management, 2021Bioretention is a popular stormwater management strategy that is often utilized in urban environments to combat water quality and hydrological impacts of stormwater. This goal is achieved by selective designing of a system, which consists of suitable vegetation at the top planted on an engineered media with drainage system and possible underdrain at ...
Kuppusamy Vijayaraghavan +9 more
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Stormwater Capture Efficiency of Bioretention Systems
Water Resources Management, 2013Bioretention systems are increasingly being used to control the adverse effects of urbanization on stormwater quantity and quality. The stormwater capture efficiency of a bioretention system, defined as the fraction of stormwater volume captured by the system, can be used as an important index of its stormwater management performance. In this paper, an
Shouhong Zhang, Yiping Guo
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Performance Assessment of a Street‐Drainage Bioretention System
Water Environment Research, 2010Event‐based, flow‐paced composite sampling was carried out at the inlet and outlet of a street‐side bioretention facility in Seattle, Washington, to assess its ability to reduce street runoff quantity and pollutants. Over 2.5 years, 48 to 74% of the incoming runoff was lost to infiltration and evaporation.
Cameron, Chapman, Richard R, Horner
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Modelling uniform and preferential flow in bioretention systems
2021<p>Bioretention systems are increasingly used worldwide to mitigate the impacts of urban stormwater runoff on the water cycle. The proper management of bioretention systems requires accurate modeling of physical processes occurring within these systems.
Asra Asry +6 more
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Modelling Bioretention Systems
2018Bioretention systems are of great importance LID structures for acting in runoff control and pollutant removal. Modelling bioretention systems are defying because many process and functions are involved. There are many efforts in modelling such systems.
Alexandra Finotti +1 more
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Phosphorus Pollution Control by Stormwater Bioretention Systems
Advanced Materials Research, 2013This paper reviewed the development of bioretention systems with a focus on its abilities to control phosphorus in stormwater. Bioretention systems takes full advantage of the matrix-microbes-plant system with simultaneous removal of organic matter, nitrogen, phosphorus, total suspended solids (TSS), heavy metal, and pathogens.
Fu Guo Qiu, Yu Wang
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Nitrogen Removal Models for Stormwater Bioretention Systems
2023With climate change scenarios and rapid urbanization projected for the coming decades, urban environments are facing more frequent extreme precipitation events and higher pollutant loads. While static bioretention systems have the potential to retain stormwater runoff volume and remove pollutant loads, their effectiveness in preventing floods is ...
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