Analysis of Water Age and Flushing of the Water Supply Network of the Pressure Reduction Zone

The water of appropriate quality introduced in the water system changes its chemical properties. Depending on the chemical properties of water and pipe materials, various phenomena may occur, e.g. corrosion, and biofilm structure. The decreasing water demand in existing water systems leads to a redu...

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Main Authors: Martyna Świętochowska, Izabela Bartkowska
Format: Article
Language:English
Published: Polish Society of Ecological Engineering (PTIE) 2022-10-01
Series:Journal of Ecological Engineering
Subjects:
Online Access:http://www.jeeng.net/Analysis-of-Water-Age-and-Flushing-of-the-Water-Supply-Network-of-the-Pressure-Reduction,152458,0,2.html
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author Martyna Świętochowska
Izabela Bartkowska
author_facet Martyna Świętochowska
Izabela Bartkowska
author_sort Martyna Świętochowska
collection DOAJ
description The water of appropriate quality introduced in the water system changes its chemical properties. Depending on the chemical properties of water and pipe materials, various phenomena may occur, e.g. corrosion, and biofilm structure. The decreasing water demand in existing water systems leads to a reduction in the water flow velocity in the pipes. Accordingly, the age of the water in the system increases. It is especially visible at connections and long sections of the network. The deteriorating water quality along with the elapsing time of its stay in the pipes makes it necessary to perform appropriate measures, e.g. flushing the network. Water supply services usually perform them intuitively. The choice of flushing sites, times, or flow rates is not measured and verified. The age of the water and the efficiency of flushing can be simulated in computer programs. EPANET provides tools for such simulations. The research aimed to check the effects of flushing the network and the age of water in the pressure reduction zone. This is a case that is particularly prone to the increasing age of water. The research has shown that the network flushing sites used so far contribute to the exchange of water in the main water pipes. The simulations showed the need for the additional flush in new places, and in the tested case, the age of the water in the pipes is as much as the intervals between subsequent rinses.
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spelling doaj.art-cb48554ab0384a7bba8c72ced66be9d92022-12-22T04:31:07ZengPolish Society of Ecological Engineering (PTIE)Journal of Ecological Engineering2299-89932022-10-01231022923810.12911/22998993/152458152458Analysis of Water Age and Flushing of the Water Supply Network of the Pressure Reduction ZoneMartyna Świętochowska0https://orcid.org/0000-0001-8821-8781Izabela Bartkowska1https://orcid.org/0000-0003-4043-1123Department of Water Supply and Sewage Systems, Faculty of Civil Engineering and Environmental Sciences, Bialystok University of Technology, ul. Wiejska 45E, 15-351 Bialystok, PolandDepartment of Water Supply and Sewage Systems, Faculty of Civil Engineering and Environmental Sciences, Bialystok University of Technology, ul. Wiejska 45E, 15-351 Bialystok, PolandThe water of appropriate quality introduced in the water system changes its chemical properties. Depending on the chemical properties of water and pipe materials, various phenomena may occur, e.g. corrosion, and biofilm structure. The decreasing water demand in existing water systems leads to a reduction in the water flow velocity in the pipes. Accordingly, the age of the water in the system increases. It is especially visible at connections and long sections of the network. The deteriorating water quality along with the elapsing time of its stay in the pipes makes it necessary to perform appropriate measures, e.g. flushing the network. Water supply services usually perform them intuitively. The choice of flushing sites, times, or flow rates is not measured and verified. The age of the water and the efficiency of flushing can be simulated in computer programs. EPANET provides tools for such simulations. The research aimed to check the effects of flushing the network and the age of water in the pressure reduction zone. This is a case that is particularly prone to the increasing age of water. The research has shown that the network flushing sites used so far contribute to the exchange of water in the main water pipes. The simulations showed the need for the additional flush in new places, and in the tested case, the age of the water in the pipes is as much as the intervals between subsequent rinses.http://www.jeeng.net/Analysis-of-Water-Age-and-Flushing-of-the-Water-Supply-Network-of-the-Pressure-Reduction,152458,0,2.htmlwater qualitywater distribution systemwater ageflushing water systemspressure zone
spellingShingle Martyna Świętochowska
Izabela Bartkowska
Analysis of Water Age and Flushing of the Water Supply Network of the Pressure Reduction Zone
Journal of Ecological Engineering
water quality
water distribution system
water age
flushing water systems
pressure zone
title Analysis of Water Age and Flushing of the Water Supply Network of the Pressure Reduction Zone
title_full Analysis of Water Age and Flushing of the Water Supply Network of the Pressure Reduction Zone
title_fullStr Analysis of Water Age and Flushing of the Water Supply Network of the Pressure Reduction Zone
title_full_unstemmed Analysis of Water Age and Flushing of the Water Supply Network of the Pressure Reduction Zone
title_short Analysis of Water Age and Flushing of the Water Supply Network of the Pressure Reduction Zone
title_sort analysis of water age and flushing of the water supply network of the pressure reduction zone
topic water quality
water distribution system
water age
flushing water systems
pressure zone
url http://www.jeeng.net/Analysis-of-Water-Age-and-Flushing-of-the-Water-Supply-Network-of-the-Pressure-Reduction,152458,0,2.html
work_keys_str_mv AT martynaswietochowska analysisofwaterageandflushingofthewatersupplynetworkofthepressurereductionzone
AT izabelabartkowska analysisofwaterageandflushingofthewatersupplynetworkofthepressurereductionzone