Title of article
The differences in phenolic content in rivers exposed and non-exposed to anthropogenic contamination Original Research Article
Author/Authors
Jaromir Micha?owicz، نويسنده , , Bo?ena Bukowska، نويسنده , , Wirgiliusz Duda، نويسنده ,
Issue Information
روزنامه با شماره پیاپی سال 2008
Pages
7
From page
735
To page
741
Abstract
The purpose of the work was to determine the differences in a kind, number and concentrations of phenol, chlorophenols, chlorocatechols chlorinated methoxyphenols (chloroguaiacols, chlorosyringols) and 3,4,5-trichloroveratrole in the drainage of the Dzierżązna river, the flow non-exposed to anthropogenic contamination and in the Ner river, the flow exposed to anthropogenic pollution. The samples of water were collected in the Dzierżązna river in the Swoboda locality, the inflow of the Dzierżązna river – the Ciosenka river and, also, in the spring situated in Ciosny Sady locality. Water of the Ner river was collected in points near Łódź, Konstantynów, Poddębice and Dąbie towns. The compounds were condensed (adsorbed) and eluted with methylene chloride on octadecyl C18 layer in a Baker Separex system. The obtained eluent was separated using the method of gas chromatography and analysed using mass spectrometry technique. In samples collected from the drainage of the Dzierżązna river phenol, chlorophenols, guaiacol, trichloroguaiacol, tetrachloroguaiacol, trichlorosyringol and 3,4,5-trichloroveratole were determined. As no anthropogenic sources are situated within the drainage of the Dzierżązna river, we may suppose that most of the determined compounds are mainly of natural origin. No or trace concentrations of chlorinated methoxyphenols were noted in the water of the Ner river, but a higher number, and concentrations of chlorophenols and additionally chlorocatechols were determined in this flow. It is also apparent that changes in a number and concentrations of phenols in the water of the Ner river did not prove a seasonal character, which was typical of the Dzierżązna drainage waters.
Keywords
Chlorophenols , Chlorocatechols , Chloroguaiacols , Chlorosyringols , surface waters
Journal title
Chemosphere
Serial Year
2008
Journal title
Chemosphere
Record number
725943
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