Product: ASUREX-A100 Regenerator

To learn more, browse the application examples below or contact Diduco to discuss your specific analysis.

Product details available at the page for ASUREX-A100 Automatic regenerator.

Applications

ion chromatography

Determination of fluoride ion to monitor biodegradation of perfluorinated acids

Although perfluoroalkyl substances (PFAS) are known for their persistence in natural ecosystems, there are certain bacterial strains that can help to decompose them. This published scientific paper studied bacterial degradation of certain perfluorocarboxylic acids (PFCAs) and perfluorosulfonic acids (PFSAs) by including ion chromatography analysis of fluoride ions, set up on a HPLC instrument with added suppressed conductivity detection.

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ion chromatography

Published case study of analytical quality by design method development and validation

Diduco has published a scientific peer-reviewed case study on how modern analytical method development can be performed in the pharmaceutical industry. The work was performed according to analytical quality by design (AQbD) principles to establish the design space and robust setpoint of the ion chromatography assay, and then validated according to the guidelines established by the International Council for Harmonization (ICH).

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ion chromatography

Quantification of anions in water using an improved ion chromatography system

Anion analysis can be performed at several conditions, using various columns on different systems and still be able to meet official requirements. A common approach is isocratic separation with carbonate-bicarbonate eluents, and this example showcase how such analyses can be improved and streamlined with autosampler injections, continuous suppression and protected eluents.

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ion chromatography

Separation of glyphosate and related herbicides in aqueous samples

Analysis of glyphosate and related phosphonates acting as systemic herbicides is critical for protecting public health, ensuring regulatory compliance, and monitoring environmental safety. Because these chemicals are persistent, polar, and highly prevalent in agricultural ecosystems, detecting them allows management of dietary exposure and long-term health risks.

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Tobias Jonsson
CEO, PhD in chemistry

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