Multi-functional, multi-compartment constructed wetland for urban waterway restoration

T. M. Adyel, M. R. Hipsey, C. Oldham

Research output: Chapter in Book/Report/Conference proceedingConference PaperResearch

Abstract

This study described the significance of a multi-functional constructed wetland implemented to restore a degraded urban waterway in Western Australia. The restoration aimed to improve urban liveability by reducing stormwater nutrients and providing local amenity. The wetland was constructed as a multi-compartment surface flow and laterite-based subsurface flow system, with
the potential for operation of a recirculation scheme and ground water top-up during low water flows in summer. The wetland performance was assessed by comparing N and P attenuation during high and low flow conditions from 2009 to 2015. The performance depended on hydraulic retention time, varying from approximately a 41% TN and 66% TP loads reduction during storm events, increasing up to 62% TN and 99% TP during low flow and summer recirculation periods. The design proved to be not only highly effective at reducing nutrient loads, but also improved the ecological services of the urban waterway by providing a diverse area for habitat and recreational activities.
Original languageEnglish
Title of host publicationSingapore International Water Week Papers
PublisherSingapore International Water Week Pte Ltd
Pages1-6
Number of pages6
Publication statusPublished - 2016
Externally publishedYes
EventSingapore International Water Week 2016 - Sands Expo and Convention Centre, Singapore, Singapore
Duration: 10 Jul 201614 Jul 2016
Conference number: 2nd
http://www.werf.org/c/PressReleases/2016/Recipients_of_the_2016_Singapore_International_Water_Week_Scholarship_Announced.aspx

Conference

ConferenceSingapore International Water Week 2016
Abbreviated titleSIWWS 2016
CountrySingapore
CitySingapore
Period10/07/1614/07/16
Internet address

Cite this

Adyel, T. M., Hipsey, M. R., & Oldham, C. (2016). Multi-functional, multi-compartment constructed wetland for urban waterway restoration. In Singapore International Water Week Papers (pp. 1-6). Singapore International Water Week Pte Ltd.
Adyel, T. M. ; Hipsey, M. R. ; Oldham, C. / Multi-functional, multi-compartment constructed wetland for urban waterway restoration. Singapore International Water Week Papers. Singapore International Water Week Pte Ltd, 2016. pp. 1-6
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abstract = "This study described the significance of a multi-functional constructed wetland implemented to restore a degraded urban waterway in Western Australia. The restoration aimed to improve urban liveability by reducing stormwater nutrients and providing local amenity. The wetland was constructed as a multi-compartment surface flow and laterite-based subsurface flow system, withthe potential for operation of a recirculation scheme and ground water top-up during low water flows in summer. The wetland performance was assessed by comparing N and P attenuation during high and low flow conditions from 2009 to 2015. The performance depended on hydraulic retention time, varying from approximately a 41{\%} TN and 66{\%} TP loads reduction during storm events, increasing up to 62{\%} TN and 99{\%} TP during low flow and summer recirculation periods. The design proved to be not only highly effective at reducing nutrient loads, but also improved the ecological services of the urban waterway by providing a diverse area for habitat and recreational activities.",
author = "Adyel, {T. M.} and Hipsey, {M. R.} and C. Oldham",
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booktitle = "Singapore International Water Week Papers",
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Adyel, TM, Hipsey, MR & Oldham, C 2016, Multi-functional, multi-compartment constructed wetland for urban waterway restoration. in Singapore International Water Week Papers. Singapore International Water Week Pte Ltd, pp. 1-6, Singapore International Water Week 2016, Singapore, Singapore, 10/07/16.

Multi-functional, multi-compartment constructed wetland for urban waterway restoration. / Adyel, T. M.; Hipsey, M. R.; Oldham, C.

Singapore International Water Week Papers. Singapore International Water Week Pte Ltd, 2016. p. 1-6.

Research output: Chapter in Book/Report/Conference proceedingConference PaperResearch

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AU - Oldham, C.

PY - 2016

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N2 - This study described the significance of a multi-functional constructed wetland implemented to restore a degraded urban waterway in Western Australia. The restoration aimed to improve urban liveability by reducing stormwater nutrients and providing local amenity. The wetland was constructed as a multi-compartment surface flow and laterite-based subsurface flow system, withthe potential for operation of a recirculation scheme and ground water top-up during low water flows in summer. The wetland performance was assessed by comparing N and P attenuation during high and low flow conditions from 2009 to 2015. The performance depended on hydraulic retention time, varying from approximately a 41% TN and 66% TP loads reduction during storm events, increasing up to 62% TN and 99% TP during low flow and summer recirculation periods. The design proved to be not only highly effective at reducing nutrient loads, but also improved the ecological services of the urban waterway by providing a diverse area for habitat and recreational activities.

AB - This study described the significance of a multi-functional constructed wetland implemented to restore a degraded urban waterway in Western Australia. The restoration aimed to improve urban liveability by reducing stormwater nutrients and providing local amenity. The wetland was constructed as a multi-compartment surface flow and laterite-based subsurface flow system, withthe potential for operation of a recirculation scheme and ground water top-up during low water flows in summer. The wetland performance was assessed by comparing N and P attenuation during high and low flow conditions from 2009 to 2015. The performance depended on hydraulic retention time, varying from approximately a 41% TN and 66% TP loads reduction during storm events, increasing up to 62% TN and 99% TP during low flow and summer recirculation periods. The design proved to be not only highly effective at reducing nutrient loads, but also improved the ecological services of the urban waterway by providing a diverse area for habitat and recreational activities.

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Adyel TM, Hipsey MR, Oldham C. Multi-functional, multi-compartment constructed wetland for urban waterway restoration. In Singapore International Water Week Papers. Singapore International Water Week Pte Ltd. 2016. p. 1-6