Enabling Efficient Ion Chromatography with Sensitive Conductivity and Electrochemistry Detectors
Wai Chi Man, Technical Specialist at Thermo Fisher Scientific, explains how ion chromatography can improve water contaminant analyses
10 Oct 2016
Wai-Chi Man, Technical Specialist, Ion Chromatography, Thermo Fisher ScientificEuropean Water Framework Directive The EU Water Framework Directive commits all member states to achieve good qualitative and quantitative statuses for all water bodies, laying down strategies against water pollution through identification of priority substances and monitoring of different classes of contaminants.
Ion chromatography is the dominant analytical technique for analyzing organic and inorganic ions due to its ability to detect several anions in a single analysis. High pressure ion chromatography (HPIC) is capable of detecting substances such as chlorate and when equipped with electrochemical detectors, can also detect compounds such as cyanide, sulfide and phenol – many of which carry potential health risks.
As a result, a robust and high sensitivity instrument is necessary. Wai-Chi explains that “the key benefit of the Integrion is that it can run up to 5000 psi”. “We can also have RFIC (reagent free ion chromatography) running our EG cartridges” she describes, reducing the need for manual sample preparation. Wai-Chi goes on to describe how significantly higher throughput can also be achieved using 4 micron columns, as a result of the increased pressure. In environmental labs, Wai-Chi explains that this instrument is typically “used to look at low level contaminants, such as bromate or chlorate in water, that could be harmful to the body”.
In the future, IC can be used for analyzing pollutants... using mass spectrometry to get lower sensitivity
Wai-Chi Man Thermo Fisher Scientific
Watch our talk with Wai-Chi and more interviews from the Water Contaminants Analysis for the EU Water Framework Directive Symposium.
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