Arsenic contamination in groundwater system of Viterbo area (Central Italy)

In the last years the presence of arsenic in groundwater became an urgent environmental issue. The As maximum concentration in drinking water has been changed from 50 µg/l to 10 µg/l, mainly due the effect observed on populations exposed to drinking water rich in arsenic. Since many springs and well...

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Main Authors: Maurizio Barbieri, Angela Nigro, Giuseppe Sappa
Format: Article
Language:English
Published: Eleven Senses 2014-09-01
Series:Senses and Sciences
Subjects:
Online Access:http://www.sensesandsciences.com/#!arsenic-contamination-in-groundwater-sys/c6e8
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spelling doaj-bd7c1633d5bc4c4aa5df6113df732a7a2020-11-25T00:33:36ZengEleven SensesSenses and Sciences2284-24892014-09-011310110610.14616/sands-2014-3-101106Arsenic contamination in groundwater system of Viterbo area (Central Italy)Maurizio Barbieri0Angela Nigro1Giuseppe Sappa2Department of Earth Science, Sapienza University of RomeDepartment of Earth Science, Sapienza University of RomeDepartment of Civil, Building and Environmental Engineering, Sapienza University of Rome In the last years the presence of arsenic in groundwater became an urgent environmental issue. The As maximum concentration in drinking water has been changed from 50 µg/l to 10 µg/l, mainly due the effect observed on populations exposed to drinking water rich in arsenic. Since many springs and wells of the Cimino-Vicano area exceeds the limits provided by Council Directive 98/83/EC, arsenic has become the most urgent issue of local governments bodies. The aim of this paper is to investigate about the presence of this element in groundwater and to contribute understanding of the behaviour of this in aquatic environment. In this project have been analyzed 44 waters samples, with temperatures ranging from 15° C to 62° C, and they have been compared with data obtained from paper of Sappa et al., 2014 [1], relative to water supply network. The results show that the predominant specie of As in agricultural and thermal water in reducing conditions is arsenite As (III) while the predominant specie present in drinking water in oxidant conditions is arsenate As (V).http://www.sensesandsciences.com/#!arsenic-contamination-in-groundwater-sys/c6e8Arsenic contaminationgroundwaterpH-Eh diagram
collection DOAJ
language English
format Article
sources DOAJ
author Maurizio Barbieri
Angela Nigro
Giuseppe Sappa
spellingShingle Maurizio Barbieri
Angela Nigro
Giuseppe Sappa
Arsenic contamination in groundwater system of Viterbo area (Central Italy)
Senses and Sciences
Arsenic contamination
groundwater
pH-Eh diagram
author_facet Maurizio Barbieri
Angela Nigro
Giuseppe Sappa
author_sort Maurizio Barbieri
title Arsenic contamination in groundwater system of Viterbo area (Central Italy)
title_short Arsenic contamination in groundwater system of Viterbo area (Central Italy)
title_full Arsenic contamination in groundwater system of Viterbo area (Central Italy)
title_fullStr Arsenic contamination in groundwater system of Viterbo area (Central Italy)
title_full_unstemmed Arsenic contamination in groundwater system of Viterbo area (Central Italy)
title_sort arsenic contamination in groundwater system of viterbo area (central italy)
publisher Eleven Senses
series Senses and Sciences
issn 2284-2489
publishDate 2014-09-01
description In the last years the presence of arsenic in groundwater became an urgent environmental issue. The As maximum concentration in drinking water has been changed from 50 µg/l to 10 µg/l, mainly due the effect observed on populations exposed to drinking water rich in arsenic. Since many springs and wells of the Cimino-Vicano area exceeds the limits provided by Council Directive 98/83/EC, arsenic has become the most urgent issue of local governments bodies. The aim of this paper is to investigate about the presence of this element in groundwater and to contribute understanding of the behaviour of this in aquatic environment. In this project have been analyzed 44 waters samples, with temperatures ranging from 15° C to 62° C, and they have been compared with data obtained from paper of Sappa et al., 2014 [1], relative to water supply network. The results show that the predominant specie of As in agricultural and thermal water in reducing conditions is arsenite As (III) while the predominant specie present in drinking water in oxidant conditions is arsenate As (V).
topic Arsenic contamination
groundwater
pH-Eh diagram
url http://www.sensesandsciences.com/#!arsenic-contamination-in-groundwater-sys/c6e8
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AT angelanigro arseniccontaminationingroundwatersystemofviterboareacentralitaly
AT giuseppesappa arseniccontaminationingroundwatersystemofviterboareacentralitaly
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