GCMS webinars focusing on Thermal desorption - page 9

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.

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.

This study aims to develop a reliable method using thermal desorption (TD) coupled with GC×GC-TOF MS/FID and Fast GC-TOF MS to discover new predictive biomarkers for oesophago-gastric cancer.

The accurate identification of biomarkers in biological samples – such as volatiles in breath, saliva and urine – has the potential to provide rapid, minimally-invasive disease diagnosis.

Chemical emissions from vehicle trim components (PVC, polyurethane, foam, carpets, adhesives etc.) can adversely affect vehicle interior air quality (VIAQ).

Come and learn everything you need to know regarding Arson, and Fire Debris and how Shimadzu GCMS paired with thermal desorption will burn through the competition!

Separation Science, in collaboration with Markes International, is hosting a webinar on analysing samples by thermal desorption (TD). Best practice, tips & tricks or the latest TD innovations.

Separation Science, in collaboration with SepSolve Analytical demonstrates how TD-GC×GC-TOF MS can provide fast and confident characterization of odor profiles from post-consumer recycled (PCR) plastics.

Learn about the Centri platform for fully-automated, multi-mode sample preparation. See how GC×GC can reveal hidden information for complex samples. Hear about the use of parallel detection in aroma profiling.

Separation Science, in collaboration with GERSTEL, Inc, offers an on-demand webinar covering the history and analytical basis of analytical thermal extraction for interior air quality.