Stormwater management strategies: source control versus end of pipe

Jeroen G. Langeveld; H.J. Liefting; Ronald Schilperoort; Arjo Hof; I.B.E. Baars; H. Nijhof; Floris Boogaard; M.W. Kuiper

Stormwater management strategies: source control versus end of pipe

Jeroen G. Langeveld, H.J. Liefting, Ronald Schilperoort, Arjo Hof, I.B.E. Baars, H. Nijhof, Floris Boogaard, M.W. Kuiper

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Storm sewers are known to significantly contribute to annual pollutant loads to receiving water bodies. The storm sewers of the city of Almere discharge the stormwater of 1384 ha of impervious area via 700 storm sewer outfalls (SSOs) to the local receiving water system. This water system suffers from eutrophication and long term build-up of pollutant levels in the sediment bed. In order to be able to select the most effective stormwater management strategy, the municipality of Almere and Water Authority Zuiderzeeland have launched a 2 year extensive monitoring project to measure the storm
water quality and the potential impact of source control and end of pipe measures to decrease the emission via SSOs. Source control measures, such as removal of illicit connections and increasing the cleaning frequency of gully pots showed to be most effective. The potential impact of end of pipe
solutions based on settling showed to be very limited due to the low settleability of solids in the storm water of Almere at the SSOs.

Originele taal-2	English
Aantal pagina's	6
Status	Published - 2016
Evenement	9th international conference Novatech 2016: planning & technologies for sustainable urban water management - Institut National des Sciences Appliquées de Lyon (INSA), Lyon, France Duur: 28 jun. 2016 → 1 jul. 2016 Congresnummer: 9th http://www.novatech.graie.org/a_progr.php

Conference

Conference	9th international conference Novatech 2016
Land/Regio	France
Stad	Lyon
Periode	28/06/16 → 1/07/16
Internet adres	http://www.novatech.graie.org/a_progr.php

Keywords

watermanagement
gemeenten (overheid)

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title = "Stormwater management strategies: source control versus end of pipe",

abstract = "Storm sewers are known to significantly contribute to annual pollutant loads to receiving water bodies. The storm sewers of the city of Almere discharge the stormwater of 1384 ha of impervious area via 700 storm sewer outfalls (SSOs) to the local receiving water system. This water system suffers from eutrophication and long term build-up of pollutant levels in the sediment bed. In order to be able to select the most effective stormwater management strategy, the municipality of Almere and Water Authority Zuiderzeeland have launched a 2 year extensive monitoring project to measure the stormwater quality and the potential impact of source control and end of pipe measures to decrease the emission via SSOs. Source control measures, such as removal of illicit connections and increasing the cleaning frequency of gully pots showed to be most effective. The potential impact of end of pipesolutions based on settling showed to be very limited due to the low settleability of solids in the storm water of Almere at the SSOs.",

keywords = "watermanagement, watermanagement, gemeenten (overheid)",

author = "Langeveld, {Jeroen G.} and H.J. Liefting and Ronald Schilperoort and Arjo Hof and I.B.E. Baars and H. Nijhof and Floris Boogaard and M.W. Kuiper",

year = "2016",

language = "English",

note = "9th international conference Novatech 2016 : planning & technologies for sustainable urban water management ; Conference date: 28-06-2016 Through 01-07-2016",

url = "http://www.novatech.graie.org/a_progr.php",

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TY - CONF

T1 - Stormwater management strategies: source control versus end of pipe

AU - Langeveld, Jeroen G.

AU - Liefting, H.J.

AU - Schilperoort, Ronald

AU - Hof, Arjo

AU - Baars, I.B.E.

AU - Nijhof, H.

AU - Boogaard, Floris

AU - Kuiper, M.W.

N1 - Conference code: 9th

PY - 2016

Y1 - 2016

N2 - Storm sewers are known to significantly contribute to annual pollutant loads to receiving water bodies. The storm sewers of the city of Almere discharge the stormwater of 1384 ha of impervious area via 700 storm sewer outfalls (SSOs) to the local receiving water system. This water system suffers from eutrophication and long term build-up of pollutant levels in the sediment bed. In order to be able to select the most effective stormwater management strategy, the municipality of Almere and Water Authority Zuiderzeeland have launched a 2 year extensive monitoring project to measure the stormwater quality and the potential impact of source control and end of pipe measures to decrease the emission via SSOs. Source control measures, such as removal of illicit connections and increasing the cleaning frequency of gully pots showed to be most effective. The potential impact of end of pipesolutions based on settling showed to be very limited due to the low settleability of solids in the storm water of Almere at the SSOs.

AB - Storm sewers are known to significantly contribute to annual pollutant loads to receiving water bodies. The storm sewers of the city of Almere discharge the stormwater of 1384 ha of impervious area via 700 storm sewer outfalls (SSOs) to the local receiving water system. This water system suffers from eutrophication and long term build-up of pollutant levels in the sediment bed. In order to be able to select the most effective stormwater management strategy, the municipality of Almere and Water Authority Zuiderzeeland have launched a 2 year extensive monitoring project to measure the stormwater quality and the potential impact of source control and end of pipe measures to decrease the emission via SSOs. Source control measures, such as removal of illicit connections and increasing the cleaning frequency of gully pots showed to be most effective. The potential impact of end of pipesolutions based on settling showed to be very limited due to the low settleability of solids in the storm water of Almere at the SSOs.

KW - watermanagement

KW - gemeenten (overheid)

M3 - Paper

T2 - 9th international conference Novatech 2016

Y2 - 28 June 2016 through 1 July 2016

ER -

Stormwater management strategies: source control versus end of pipe

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Keywords

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