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Use of online water quality monitoring for assessing the effects of WWTP overflows in rivers

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Abstract
The effects on river water quality of sewer overflows are not well known. Since the duration of the overflow is in the order of magnitude of minutes to hours, continuous measurements of water quality are needed and traditional grab sampling is unable to quantify the pollution loads. The objective of this paper was to demonstrate the applicability of high frequency measurements for assessing the impacts of waste water treatment plants on the water quality of the receiving surface water. In our in situ water quality monitoring setup, two types of multiparameter sensors mounted on a floating fixed platform were used to determine the dynamics of dissolved oxygen, specific conductivity, ammonium-N, nitrate-N and dissolved organic carbon downstream of a waste water treatment plant (WWTP), in combination with data on rainfall, river discharge and WWTP overflow discharge. The monitoring data for water quantity and water quality were used to estimate the pollution load from waste water overflow events and to assess the impact of waste water overflows on the river water quality. The effect of sewer overflow on a small river in terms of N load was shown to be significant. The WWTP overflow events accounted for about 1/3 of the river discharge. The NH4-N loads during overflow events contributed 29% and 21% to the August 2010 and June 2011 load, respectively, in only 8% and 3% of the monthly time span. The results indicate that continuous monitoring is needed to accurately represent the effects of sewer overflows in river systems.
Keywords
SERVICE, SENSOR, NETWORK, IMPACT

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MLA
Boenne, Wesley, Nele Desmet, Stijn Van Looy, et al. “Use of Online Water Quality Monitoring for Assessing the Effects of WWTP Overflows in Rivers.” ENVIRONMENTAL SCIENCE-PROCESSES & IMPACTS 16.6 (2014): 1510–1518. Print.
APA
Boenne, W., Desmet, N., Van Looy, S., & Seuntjens, P. (2014). Use of online water quality monitoring for assessing the effects of WWTP overflows in rivers. ENVIRONMENTAL SCIENCE-PROCESSES & IMPACTS, 16(6), 1510–1518.
Chicago author-date
Boenne, Wesley, Nele Desmet, Stijn Van Looy, and Piet Seuntjens. 2014. “Use of Online Water Quality Monitoring for Assessing the Effects of WWTP Overflows in Rivers.” Environmental Science-processes & Impacts 16 (6): 1510–1518.
Chicago author-date (all authors)
Boenne, Wesley, Nele Desmet, Stijn Van Looy, and Piet Seuntjens. 2014. “Use of Online Water Quality Monitoring for Assessing the Effects of WWTP Overflows in Rivers.” Environmental Science-processes & Impacts 16 (6): 1510–1518.
Vancouver
1.
Boenne W, Desmet N, Van Looy S, Seuntjens P. Use of online water quality monitoring for assessing the effects of WWTP overflows in rivers. ENVIRONMENTAL SCIENCE-PROCESSES & IMPACTS. 2014;16(6):1510–8.
IEEE
[1]
W. Boenne, N. Desmet, S. Van Looy, and P. Seuntjens, “Use of online water quality monitoring for assessing the effects of WWTP overflows in rivers,” ENVIRONMENTAL SCIENCE-PROCESSES & IMPACTS, vol. 16, no. 6, pp. 1510–1518, 2014.
@article{5715069,
  abstract     = {The effects on river water quality of sewer overflows are not well known. Since the duration of the overflow is in the order of magnitude of minutes to hours, continuous measurements of water quality are needed and traditional grab sampling is unable to quantify the pollution loads. The objective of this paper was to demonstrate the applicability of high frequency measurements for assessing the impacts of waste water treatment plants on the water quality of the receiving surface water. In our in situ water quality monitoring setup, two types of multiparameter sensors mounted on a floating fixed platform were used to determine the dynamics of dissolved oxygen, specific conductivity, ammonium-N, nitrate-N and dissolved organic carbon downstream of a waste water treatment plant (WWTP), in combination with data on rainfall, river discharge and WWTP overflow discharge. The monitoring data for water quantity and water quality were used to estimate the pollution load from waste water overflow events and to assess the impact of waste water overflows on the river water quality. The effect of sewer overflow on a small river in terms of N load was shown to be significant. The WWTP overflow events accounted for about 1/3 of the river discharge. The NH4-N loads during overflow events contributed 29% and 21% to the August 2010 and June 2011 load, respectively, in only 8% and 3% of the monthly time span. The results indicate that continuous monitoring is needed to accurately represent the effects of sewer overflows in river systems.},
  author       = {Boenne, Wesley and Desmet, Nele and Van Looy, Stijn and Seuntjens, Piet},
  issn         = {2050-7887},
  journal      = {ENVIRONMENTAL SCIENCE-PROCESSES & IMPACTS},
  keywords     = {SERVICE,SENSOR,NETWORK,IMPACT},
  language     = {eng},
  number       = {6},
  pages        = {1510--1518},
  title        = {Use of online water quality monitoring for assessing the effects of WWTP overflows in rivers},
  url          = {http://dx.doi.org/10.1039/c3em00449j},
  volume       = {16},
  year         = {2014},
}

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