Agilent Technologies, Inc.

If your lab is striving – yet sometimes struggling – to deliver high quality, reliable data amidst increases in environmental regulation and testing requirements, then attend this webcast to learn how to streamline some of the more cumbersome extraction processes. Live:Wednesday, September 25, 2019 at 11am EDT | 8am PDT | 4pm BST | 5pm CEST On demand available after airing until Sept. 25, 2020. Register free

Analysis of monocyclic aromatic hydrocarbons in accordance with ASTM method D7504 with the Agilent 8890 GC and DB-Heaver Wax Columns

• Parameter variety adds complexity to analytical method development. • Reversed-phase HPLC offers an efficient approach to simply this process.

• Analytical methods for semi-volatile organic compounds can be streamlined. • Small-volume extraction techniques offer benefits over large volumes. • New techniques reduce sample preparation time and labor requirements.

This application compares direct injection and online SPE methods for determination of microcystins in water. The achieved limits of detection are below WHO requirements.

This application describes a method to rapidly analyze 26 pesticide metabolites of different polarities in drinking water, with quantitation limits in the sub-ng/L range.

This application demonstrates the detection of trace-level PPCPs in environmental water by online SPE and compares the results with a direct injection approach.

This application demonstrates the detection of trace-level PPCPs in environmental water by online SPE and compares the results with a direct injection approach.

This application describes a method to rapidly analyze 26 pesticide metabolites of different polarities in drinking water, with quantitation limits in the sub-ng/L range.

This application compares direct injection and online SPE methods for determination of microcystins in water. The achieved limits of detection are below WHO requirements.