Application Note Re-View: AS249 – Taste and Odour Analysis in Water Using The Anatune Robotic DiLLME Analyser
Application Note Re-View: AS249 – Taste and Odour Analysis in Water Using The Anatune Robotic DiLLME Analyser
This Application Note ReView takes a look back at AS249 which demonstrates a successfully developed and validated automated Dispersive Liquid-Liquid MicroExtraction (DiLLME) method for the extraction of geosmin, 2-methylisoborneol and other compounds in water taste and odour analysis.
Using the sensitivity and selectivity of the Agilent 7010B High Efficiency Source, small sample sizes of 8 mL were used whilst achieving very low limits of detection.
Agilent 7010B High Efficiency Source
This automated solution provides significant advantages, such as reducing the manual preparation steps and the reproducibility that comes with an automated system.
Anatune Robotic DiLLME Analyser
CONTACT US for more information.
* * * * * * * * *
Anatune Application Notes:
Anatune (and our partners) regularly produce Application Notes. These cover a wide and diverse range of methods, techniques, applications, and related chromatography technology. Our Application Notes provide detailed technical information, unique applications insight and method development & validation, as well as systems configuration innovations to ensure readers can further their knowledge in an engaging way. For many years, Anatune’s Application Notes have helped and supported analytical chemists in the fields of Gas Chromatography – GC, Liquid Chromatography – LC, and Mass Spectrometry – MS achieve to develop analytical solutions. Visit our Applications Note page to search for the insight you need in the following categories: Matrix, Technique, Analyte, Instruments, Product, Industry. Or alternatively, CONTACT US for more information or to put forward an Application Note subject and our Applications Team will be happy to support you in any way they can.
Previous post
PRODUCT FOCUS: Agilent 7010B Triple Quadrupole GC/MSNext post
We are exhibiting at WWEM 2021!