GCMS webinars focusing on GC/MS - page 71

We will show the benefits of FLAB µFurnace Pyrolyzer and introduce our analytical Method Map and our new PEG polar extraction element, show how to identify unknown polymeric materials and run failure analysis.

Separation Science, in collaboration with LECO, brings you an online eSeminar focusing on technologies to enhance your food and environmental analyses and increase data quality and sample throughput.

Whatever challenges you face with running environmental samples on your IC, TEA, GC-MS or LC-MS instruments, the panelists will be able to provide answers, advice and recommendations to help you.

In this event we will discuss the suitability of this technique for assessing the fate of microplastics in the env. and will also present examples of how they have applied Py-GCMS for studying these contamin.

This webinar will focus on the analytical methods and procedures being developed at NIST for accurately measuring cannabinoids (THC, THCA, CBD, etc.) in Cannabis samples and the solutions provided by Shimadzu.

This webinar will highlight an automated optimized online miniaturized cartridge clean-up approach providing more effective clean-up of QuEChERS extracts to overcome the analytical challenges.

In this presentation we will look at how thermal desorption combined with GC-MS is able to respond to the changing demands of regulated monitoring for these applications.

This work seeks to illustrate how this technique can be used as a fast-qualitative screening tool on existing 5977B/8890 GCMS system.

Analyzing environmental samples, including water, for microplastics is a challenging task. In many cases, microplastics must be identified and quantified in the presence of significant amounts of other matter.

We will discuss how atmospheric pressure GC (APGC-MS/MS) can be used to provide a suitable determination of all pesticides currently regulated by Health Canada at the recommended limits of quantitation.