A new method for the determination of low concentrations of chlorate in natural waters is described. Chlorate is analyzed by ion-chromatography followed by an osmate-catalyzed postcolumn reaction of chlorate with iodide and UV-detection of triiodide. The new osmate catalysis allows to carry out the oxidation of iodide by chlorate at pH 3 instead of 6 M HCl for the uncatalyzed reaction. A detection limit of 5 nM (0.4 mu g/l) chlorate is achieved. The method also allows the simultaneous determination of chlorite, bromate, and nitrite at the low mu g/l level. (C) 1999 Elsevier Science B.V. All rights reserved
New methods for the determination of reactive bromine and chlorine species are presented. Hypobromou...
A method was developed to determine halo-acetic acids with a detection limit of 0.1 mug/L. Halo-acet...
In the present work, a novel, simple, and green procedure is presented for the determination of brom...
Abstract niet beschikbaarIon-chromatographic (IC) methods were investigated to determine chlorate an...
An ion chromatographic procedure was developed for the one-run determination of ClO-, ClO2- and ClO3...
The method of iodometric determination of chlorates impurities in sodium hypochlorite solutions for ...
A stopped-flow injection (FI) spectrophotometric procedure based on iodometric reaction for the dete...
A convenient and sensitive method for the simultaneous determination of trace level of bromate and c...
Disinfection of drinking water is usually carried out by chlorination. This is a well-known and effe...
The main objective of the research project was the finding of generalizable knowledge concerning the...
Many drinking water utilities are changing their primary disinfectant from chlorine to alternative d...
An automated ionchromatographic gradient separation method with conductivity and UV detection has be...
Theuseof ionchromatograph ICS-2500 (Dionex, USA) with suppressed conductivity detection and gradient...
Disinfection by products of haloacetic acids and perchlorate pose significant health risks, even at ...
A new, highly sensitive and reliable two-dimensional matrix elimination ion chromatography (IC) meth...
New methods for the determination of reactive bromine and chlorine species are presented. Hypobromou...
A method was developed to determine halo-acetic acids with a detection limit of 0.1 mug/L. Halo-acet...
In the present work, a novel, simple, and green procedure is presented for the determination of brom...
Abstract niet beschikbaarIon-chromatographic (IC) methods were investigated to determine chlorate an...
An ion chromatographic procedure was developed for the one-run determination of ClO-, ClO2- and ClO3...
The method of iodometric determination of chlorates impurities in sodium hypochlorite solutions for ...
A stopped-flow injection (FI) spectrophotometric procedure based on iodometric reaction for the dete...
A convenient and sensitive method for the simultaneous determination of trace level of bromate and c...
Disinfection of drinking water is usually carried out by chlorination. This is a well-known and effe...
The main objective of the research project was the finding of generalizable knowledge concerning the...
Many drinking water utilities are changing their primary disinfectant from chlorine to alternative d...
An automated ionchromatographic gradient separation method with conductivity and UV detection has be...
Theuseof ionchromatograph ICS-2500 (Dionex, USA) with suppressed conductivity detection and gradient...
Disinfection by products of haloacetic acids and perchlorate pose significant health risks, even at ...
A new, highly sensitive and reliable two-dimensional matrix elimination ion chromatography (IC) meth...
New methods for the determination of reactive bromine and chlorine species are presented. Hypobromou...
A method was developed to determine halo-acetic acids with a detection limit of 0.1 mug/L. Halo-acet...
In the present work, a novel, simple, and green procedure is presented for the determination of brom...