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Determination of Metals in Drinking, Surface and Waste Water by XRF Spectrometry after Preconcentration of Sample on Ion - exchange Filter
Authors: Pouzar Miloslav | Černohorský Tomáš | Krejčová Anna
Year: 2003
Type of publication: článek v odborném periodiku
Name of source: Chemia Analityczna
Publisher name: Polish Chemical Society
Place: Varšava
Page from-to: 55-64
Titles:
Language Name Abstract Keywords
cze Determination of Metals in Drinking, Surface and Waste Water by XRF Spectrometry after Preconcentration of Sample on Ion - exchange Filter The paper describes a fast and cheap method for determination of Zn, Ni, Cr, Fe, V, Pb, and Co content in water by the means of wavelength dispersive X-ray fluorescence (WD XRF) spectrometry after preconcentration of the Sample on the ion-exchange filter. The preconcentration was achieved on filters prepared from the Oxin ion-exchanger with 8-hydroxyquinoline functional groups bound to the fibrous cellulose. The sorption conditions for Zr were optimized, which subsequently served as the correction standard. Detection limits (in mug) for maximum volume (500 mL) of the preconcentrated sample were as follows: DLZn = 1.049, DLNi = 0.867, DLCr 0.281, DLFe = 0.512, DLV = 0.549, DLPb = 0.619, DLCo = 0.453. The method of preconcentration is simple and can be realized in mobile laboratories with consecutive laboratory WDXRF analysis.
eng Determination of Metals in Drinking, Surface and Waste Water by XRF Spectrometry after Preconcentration of Sample on Ion - exchange Filter The paper describes a fast and cheap method for determination of Zn, Ni, Cr, Fe, V, Pb, and Co content in water by the means of wavelength dispersive X-ray fluorescence (WD XRF) spectrometry after preconcentration of the Sample on the ion-exchange filter. The preconcentration was achieved on filters prepared from the Oxin ion-exchanger with 8-hydroxyquinoline functional groups bound to the fibrous cellulose. The sorption conditions for Zr were optimized, which subsequently served as the correction standard. Detection limits (in mug) for maximum volume (500 mL) of the preconcentrated sample were as follows: DLZn = 1.049, DLNi = 0.867, DLCr 0.281, DLFe = 0.512, DLV = 0.549, DLPb = 0.619, DLCo = 0.453. The method of preconcentration is simple and can be realized in mobile laboratories with consecutive laboratory WDXRF analysis. X-Ray fluorescence, water, ion-exchange filter, preconcentration techniques

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