Applications
- AN-PAN-1049Online determination of bromate and other disinfection byproducts in drinking & bottled water with IC
Drinking water which has been disinfected via the ozonation process can contain undesirable levels of bromate, a carcinogen, via oxidation of bromide in the raw water. Already several agencies including the World Health Organization have recommended concentration limits for bromate set in place to limit its risks to our health. Ion chromatography is mentioned in several analytical standards for the determination of disinfection byproducts (DBP) including bromate, such as EPA 300.1, 317.0, 321.8, 326.0, ASTM D6581, ISO 11206, and ISO 15061. Monitoring trace levels of bromate online means higher throughput and less time spent performing manual laboratory tests, and ensures quality drinking water is produced.
- AN-S-236Drinking water quality by EPA 300.1
Fast and reliable analysis of drinking water by combining EPA method 300.1 Parts A and B in a single IC run.
- AN-S-371Le bromate dans l'eau avec détection de la conductivité : séparation optimisée et limite de détermination
La détermination des sous-produits de désinfection dans l'eau est une application standard de la chromatographie ionique. Avec la détection de la conductivité, la séparation du chlorite et du bromate du chlorure est une étape cruciale de la recherche des limites de sensibilité en µg/L. La combinaison d’une Metrosep A Supp 7 - 250/4,0 et d’une Metrosep A Supp 16 Guard/4,0 permet d’optimiser la séparation. La limite de quantification du bromate est d'environ 1 μg/L
- AN-S-404Water quality testing with EPA 300.1
The Metrosep A Supp 21 column and 948 Continuous IC Module, CEP enable efficient, automated single-run analysis of major anions and disinfection byproducts in water.
- AN-U-049Disinfection byproducts in water
Safe drinking water is essential for human life and is also quite often a privilege. Whether the source is surface or groundwater, the presence of pathogenic bacteria, poor taste, and a detectable odor requires disinfection processes to guarantee the appropriate quality for drinking water purposes.
- WP-009Automated determination of major anions and oxyhalides in drinking water using OMNIS IC and single-standard calibration
This white paper demonstrates how OMNIS IC combines high analytical performance with advanced laboratory automation for drinking water analysis.
