On-demand Webinar
Discover how to take advantage of intelligent GC features, including remote connectivity, enhanced diagnostics, and on-board troubleshooting. We’ll also show you how these features can improve lab efficiency.
Discover how to take advantage of intelligent GC features, including remote connectivity, enhanced diagnostics, and on-board troubleshooting. We’ll also show you how these features can improve lab efficiency.

Does that bottle of hand sanitizer contain the ingredients listed on the label? Learn how to use GC techniques to accurately qualify and quantify target compounds—including alcohol and impurities.

Discover how to take advantage of intelligent GC features, including remote connectivity, enhanced diagnostics, and on-board troubleshooting. We’ll also show you how these features can improve lab efficiency.

Running samples all day—and all night? Learn how the key features of the new Agilent 8697 headspace sampler can help you flawlessly execute residual solvent analysis and blood alcohol measurement.

In this webinar, we explore the quantitation of residual solvent impurities by U.S. FDA and USP <467> methods. We also present a real-lab case study of benzene detection in specific hand sanitizer batches.

This presentation demonstrates a reliable method for determining 2‑MCPD and 3‑MCPD in infant formula. You’ll also learn about two robust workflows using different derivatization reagents for sample preparation.

Want to maximize the sensitivity of single- and triple-quadrupole mass spectrometers? Find out how to optimize your GC supplies and parameters for the best separation and peak shape.

The “small” things make a big difference. This webinar shows you how to minimize downtime and improve sensitivity by choosing the right columns and supplies, such as Capillary Flow Technology devices and ferrules.

Don’t miss this chance to investigate real-life GC/MS problems through the eyes of an Agilent scientist. We’ll also show you why the supplies you choose can affect the outcome of your analysis—for better or for worse.