Comprehensive water analysis: combining titration, IC, and direct measurement in one setup
15. 6. 2020
Produkt
If you perform water analyses on a regular basis, then you know that analyzing different parameters for drinking water can be quite time-consuming, expensive, and it requires significant manual labor. In this article, I’d like to show you an example of wider possibilities in automated sample analysis when it comes to combining different analytical techniques, especially for our drinking water.
Water is the source and basis of all life. It is essential for metabolism and is our most important foodstuff.
As a solvent and transporting agent it carries not only the vital minerals and nutrients, but also, increasingly, harmful pollutants, which accumulate in aquatic or terrestrial organisms.
Within the context of quality control and risk assessment, there is a need in the water laboratory for cost-effective and fast instruments and methods that can deal with the ever more complex spectrum of harmful substances, the increasing throughput of samples, and the decreasing detection limits.
Comprehensive analysis
of ionic components in liquid samples such as water involves four analytical techniques:
- Direct measurement
- Titration
- Ion chromatography
- Voltammetry