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Application of compositional fingerprinting to an Italian site contaminated by hydrocarbons

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doi: 10.4408/IJEGE.2014-01.O-01
Authors:Trefiletti, Patrizia; Pietrini, Ilaria; Rigamonti, Dario; Alberti, Luca
Author Affiliations:Primary:
Tethys, Milan, Italy
Other:
Politecnico di Milano, Italy
Volume Title:Italian Journal of Engineering Geology and Environment (Testo Stampato)
Source:Italian Journal of Engineering Geology and Environment (Testo Stampato), 14(1), p.5-14. Publisher: Centro Stampo d'Ateneo, Rome, Italy. ISSN: 1825-6635
Publication Date:2014
Note:In English with Italian summary. 23 refs.; illus.
Summary:In this paper, a case study of compositional fingerprinting application to characterize an Italian site, with evidence of hydrocarbons contamination, is presented. Though the fingerprinting approach is not widely used, especially in Italy, this methodology permits to identify the type of contamination and its level of degradation by the study of the homologues classes of contaminants present in the mixtures. In characterization of contamination due to spillage of diesel, through the use of specific ratios between compounds of the mixture, it is possible to determine the contaminant grade of alteration and thus gives a prediction of the contamination age. In case study here presented, using the ratio heptadecane/pristane (n-C17/pr), a prediction of the contamination age was carried out for the identified diesel contamination. These aspects are also fundamental for a correct characterization of the site and therefore to choose the most suitable site-specific remediation strategy. All these data, combined with the usual geochemical analysis, can give an added value in order to assess the responsibility of contamination and therefore the duty of reclamation, especially in case of different owners. In this way, a successful reclamation, from the point of view of both the expected results and the economic view, is possible.
Subjects:Aliphatic hydrocarbons; Alkanes; Aromatic hydrocarbons; Characterization; Diesel fuel; Gasoline; Hydrocarbons; Organic compounds; Petroleum products; Physicochemical properties; Pollution; Polycyclic aromatic hydrocarbons; Prediction; Pristane; Reclamation; Remediation; Risk assessment; Site exploration; Soil pollution; Toxicity; Europe; Italy; Southern Europe; Total petroleum hydrocarbons
Record ID:812764-1
Copyright Information:GeoRef, Copyright 2021 American Geosciences Institute.
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