Economic design of alternative system to reduce the water distribution losses for sustainability

Abstract Water companies and their consumers affected with leakages in water distribution system worldwide. This has attracted many practitioner’s attention as well as researchers over the past years. Selected study area suffers from water losses of about 10 to 15% which accounts to loss of about 9...

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Main Authors: H. J. Surendra, B. T. Suresh, T. D. Ullas, T. Vinayak, Vinay P. Hegde
Format: Article
Language:English
Published: SpringerOpen 2021-06-01
Series:Applied Water Science
Subjects:
Online Access:https://doi.org/10.1007/s13201-021-01460-y
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spelling doaj-f5079cf1d926430ca86180455bfa96f42021-07-04T11:15:14ZengSpringerOpenApplied Water Science2190-54872190-54952021-06-011171910.1007/s13201-021-01460-yEconomic design of alternative system to reduce the water distribution losses for sustainabilityH. J. Surendra0B. T. Suresh1T. D. Ullas2T. Vinayak3Vinay P. Hegde4Department of Civil Engineering, ATRIA Institute of TechnologyDepartment of Civil Engineering, ATRIA Institute of TechnologyDepartment of Civil Engineering, ATRIA Institute of TechnologyDepartment of Civil Engineering, ATRIA Institute of TechnologyDepartment of Civil Engineering, ATRIA Institute of TechnologyAbstract Water companies and their consumers affected with leakages in water distribution system worldwide. This has attracted many practitioner’s attention as well as researchers over the past years. Selected study area suffers from water losses of about 10 to 15% which accounts to loss of about 9 to 9.75 million liters per month. The present study was under taken to understand, analyze and evaluate the losses and suggest preventive measures of wrapping and repair clamping for control of these losses. The assessment of water losses is done through comparative analysis of data using Microsoft Excel software. Population forecasting is done in context of assessing the amount of water lost that can be prevented in future decades, adjusting to increased water demand and losses. For better efficiency of the suggested methods, experimental analysis was carried out on a reduced scale model of a single stretched pipeline. Cost estimation of the preventive measures was done by obtaining information about the materials used by trading professionals.https://doi.org/10.1007/s13201-021-01460-yWater lossesLeakageWrappingClampingPopulation forecast
collection DOAJ
language English
format Article
sources DOAJ
author H. J. Surendra
B. T. Suresh
T. D. Ullas
T. Vinayak
Vinay P. Hegde
spellingShingle H. J. Surendra
B. T. Suresh
T. D. Ullas
T. Vinayak
Vinay P. Hegde
Economic design of alternative system to reduce the water distribution losses for sustainability
Applied Water Science
Water losses
Leakage
Wrapping
Clamping
Population forecast
author_facet H. J. Surendra
B. T. Suresh
T. D. Ullas
T. Vinayak
Vinay P. Hegde
author_sort H. J. Surendra
title Economic design of alternative system to reduce the water distribution losses for sustainability
title_short Economic design of alternative system to reduce the water distribution losses for sustainability
title_full Economic design of alternative system to reduce the water distribution losses for sustainability
title_fullStr Economic design of alternative system to reduce the water distribution losses for sustainability
title_full_unstemmed Economic design of alternative system to reduce the water distribution losses for sustainability
title_sort economic design of alternative system to reduce the water distribution losses for sustainability
publisher SpringerOpen
series Applied Water Science
issn 2190-5487
2190-5495
publishDate 2021-06-01
description Abstract Water companies and their consumers affected with leakages in water distribution system worldwide. This has attracted many practitioner’s attention as well as researchers over the past years. Selected study area suffers from water losses of about 10 to 15% which accounts to loss of about 9 to 9.75 million liters per month. The present study was under taken to understand, analyze and evaluate the losses and suggest preventive measures of wrapping and repair clamping for control of these losses. The assessment of water losses is done through comparative analysis of data using Microsoft Excel software. Population forecasting is done in context of assessing the amount of water lost that can be prevented in future decades, adjusting to increased water demand and losses. For better efficiency of the suggested methods, experimental analysis was carried out on a reduced scale model of a single stretched pipeline. Cost estimation of the preventive measures was done by obtaining information about the materials used by trading professionals.
topic Water losses
Leakage
Wrapping
Clamping
Population forecast
url https://doi.org/10.1007/s13201-021-01460-y
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