Proposal to reduce potable water consumption in a metallurgical industry in the metropolitan region of Curitiba city – case study

This research is based on the need to reduce the consumption of potable water due to the current water scenario allied to the company's socio-environmental situation. The metallurgical industry is the third industrial group with the highest consumption of potable water in the world. This study...

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書誌詳細
出版年:Water Supply
主要な著者: Wellington T. Gil, Pablo D. Valle, Fernando Deschamps
フォーマット: 論文
言語:英語
出版事項: IWA Publishing 2022-04-01
主題:
オンライン・アクセス:http://ws.iwaponline.com/content/22/4/4624
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author Wellington T. Gil
Pablo D. Valle
Fernando Deschamps
author_facet Wellington T. Gil
Pablo D. Valle
Fernando Deschamps
author_sort Wellington T. Gil
collection DOAJ
container_title Water Supply
description This research is based on the need to reduce the consumption of potable water due to the current water scenario allied to the company's socio-environmental situation. The metallurgical industry is the third industrial group with the highest consumption of potable water in the world. This study can be used in other metallurgical industry segments besides residences, public and private works. Currently, the water usage scenario of Curitiba and the metropolitan region is classified as ‘quantitative critical’, which can cause companies to accelerate the process of water collection through alternative sources. Through surveying potential sources for water collection, three sources of capture and one point for press water were classified. For validation of these potentials, chemical-physical tests were performed on the water samples. Subsequently, reservoir sizing calculations were performed based on the ABNT NBR 15527 standard. Thus, the first idea of reducing potable water consumption was up to 84%, even in the month with the lowest volume of rain. HIGHLIGHTS The case study was in a metallurgical multinational company located in an industrial park area. This region has large growth with a critical hydric scenario.; It counts with different types of water (climatizer, drainage pit, drainage groove, rainwater) storage, also the using of these different types of waters.; Positive social impact.; Positive environmental impact.; Positive economic impact.; Reduction of potable water consumption for non-potable purposes.;
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spelling doaj-art-8d4e1f26b3b64141b06d64e858de5af02025-08-19T22:02:58ZengIWA PublishingWater Supply1606-97491607-07982022-04-012244624463810.2166/ws.2022.122122Proposal to reduce potable water consumption in a metallurgical industry in the metropolitan region of Curitiba city – case studyWellington T. Gil0Pablo D. Valle1Fernando Deschamps2 UFPR: Universidade Federal do Parana, Av. Cel. Francisco H. dos Santos, 100, Curitiba, Paraná 81530-000, Brazil UFPR: Universidade Federal do Parana, Av. Cel. Francisco H. dos Santos, 100, Curitiba, Paraná 81530-000, Brazil UFPR: Universidade Federal do Parana, Av. Cel. Francisco H. dos Santos, 100, Curitiba, Paraná 81530-000, Brazil This research is based on the need to reduce the consumption of potable water due to the current water scenario allied to the company's socio-environmental situation. The metallurgical industry is the third industrial group with the highest consumption of potable water in the world. This study can be used in other metallurgical industry segments besides residences, public and private works. Currently, the water usage scenario of Curitiba and the metropolitan region is classified as ‘quantitative critical’, which can cause companies to accelerate the process of water collection through alternative sources. Through surveying potential sources for water collection, three sources of capture and one point for press water were classified. For validation of these potentials, chemical-physical tests were performed on the water samples. Subsequently, reservoir sizing calculations were performed based on the ABNT NBR 15527 standard. Thus, the first idea of reducing potable water consumption was up to 84%, even in the month with the lowest volume of rain. HIGHLIGHTS The case study was in a metallurgical multinational company located in an industrial park area. This region has large growth with a critical hydric scenario.; It counts with different types of water (climatizer, drainage pit, drainage groove, rainwater) storage, also the using of these different types of waters.; Positive social impact.; Positive environmental impact.; Positive economic impact.; Reduction of potable water consumption for non-potable purposes.;http://ws.iwaponline.com/content/22/4/4624conditioner waterlack of waterrainwaterreuse in industrystoragewater reuse
spellingShingle Wellington T. Gil
Pablo D. Valle
Fernando Deschamps
Proposal to reduce potable water consumption in a metallurgical industry in the metropolitan region of Curitiba city – case study
conditioner water
lack of water
rainwater
reuse in industry
storage
water reuse
title Proposal to reduce potable water consumption in a metallurgical industry in the metropolitan region of Curitiba city – case study
title_full Proposal to reduce potable water consumption in a metallurgical industry in the metropolitan region of Curitiba city – case study
title_fullStr Proposal to reduce potable water consumption in a metallurgical industry in the metropolitan region of Curitiba city – case study
title_full_unstemmed Proposal to reduce potable water consumption in a metallurgical industry in the metropolitan region of Curitiba city – case study
title_short Proposal to reduce potable water consumption in a metallurgical industry in the metropolitan region of Curitiba city – case study
title_sort proposal to reduce potable water consumption in a metallurgical industry in the metropolitan region of curitiba city case study
topic conditioner water
lack of water
rainwater
reuse in industry
storage
water reuse
url http://ws.iwaponline.com/content/22/4/4624
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AT fernandodeschamps proposaltoreducepotablewaterconsumptioninametallurgicalindustryinthemetropolitanregionofcuritibacitycasestudy