15N Characterization of Landfill Nitrogen and its Application to Fingerprint Landfill-Leachate in Contaminated Groundwater and Surface water

A study was carried out to study the fate of ammonium in landfill-leachate contaminated groundwater and surface water. A characterization of the concentration and isotopic signature of ammonium in landfills was firstly done, and secondly a plume of contamination rich in ammonium was investigated to...

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Main Authors: Andres Urrutia Bustos, Ramon Aravena
Format: Article
Language:English
Published: Associação Brasileira de Águas Subterrâneas 2011-01-01
Series:Revista Águas Subterrâneas
Online Access:https://aguassubterraneas.abas.org/asubterraneas/article/view/28185
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spelling doaj-125594b2a87b495fb3f71523da9b866e2020-11-25T00:39:43ZengAssociação Brasileira de Águas SubterrâneasRevista Águas Subterrâneas0101-70042179-97842011-01-01001676915N Characterization of Landfill Nitrogen and its Application to Fingerprint Landfill-Leachate in Contaminated Groundwater and Surface waterAndres Urrutia Bustos0Ramon Aravena1Nuclear Waste Management OrganizationUniversity of WaterlooA study was carried out to study the fate of ammonium in landfill-leachate contaminated groundwater and surface water. A characterization of the concentration and isotopic signature of ammonium in landfills was firstly done, and secondly a plume of contamination rich in ammonium was investigated to evaluate both the fate of the landfill ammonium concentration and its 15NH4 signature along the groundwater flow system and along the course of a creek, both impacted by the landfill leachate. The study showed that the isotopic signature of the landfill ammonium was conserved along the groundwater flowpath despite attenuation of ammonium along the flowpath, and therefore it can be used as a tool for fingerprinting landfill leachate contamination.https://aguassubterraneas.abas.org/asubterraneas/article/view/28185
collection DOAJ
language English
format Article
sources DOAJ
author Andres Urrutia Bustos
Ramon Aravena
spellingShingle Andres Urrutia Bustos
Ramon Aravena
15N Characterization of Landfill Nitrogen and its Application to Fingerprint Landfill-Leachate in Contaminated Groundwater and Surface water
Revista Águas Subterrâneas
author_facet Andres Urrutia Bustos
Ramon Aravena
author_sort Andres Urrutia Bustos
title 15N Characterization of Landfill Nitrogen and its Application to Fingerprint Landfill-Leachate in Contaminated Groundwater and Surface water
title_short 15N Characterization of Landfill Nitrogen and its Application to Fingerprint Landfill-Leachate in Contaminated Groundwater and Surface water
title_full 15N Characterization of Landfill Nitrogen and its Application to Fingerprint Landfill-Leachate in Contaminated Groundwater and Surface water
title_fullStr 15N Characterization of Landfill Nitrogen and its Application to Fingerprint Landfill-Leachate in Contaminated Groundwater and Surface water
title_full_unstemmed 15N Characterization of Landfill Nitrogen and its Application to Fingerprint Landfill-Leachate in Contaminated Groundwater and Surface water
title_sort 15n characterization of landfill nitrogen and its application to fingerprint landfill-leachate in contaminated groundwater and surface water
publisher Associação Brasileira de Águas Subterrâneas
series Revista Águas Subterrâneas
issn 0101-7004
2179-9784
publishDate 2011-01-01
description A study was carried out to study the fate of ammonium in landfill-leachate contaminated groundwater and surface water. A characterization of the concentration and isotopic signature of ammonium in landfills was firstly done, and secondly a plume of contamination rich in ammonium was investigated to evaluate both the fate of the landfill ammonium concentration and its 15NH4 signature along the groundwater flow system and along the course of a creek, both impacted by the landfill leachate. The study showed that the isotopic signature of the landfill ammonium was conserved along the groundwater flowpath despite attenuation of ammonium along the flowpath, and therefore it can be used as a tool for fingerprinting landfill leachate contamination.
url https://aguassubterraneas.abas.org/asubterraneas/article/view/28185
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AT ramonaravena 15ncharacterizationoflandfillnitrogenanditsapplicationtofingerprintlandfillleachateincontaminatedgroundwaterandsurfacewater
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