GCMS webinars focusing on Thermal desorption - page 8

In this webinar, we will discuss best practices for determining ignitable liquids. Thermal Desorption offers enhanced recorveries; increased productivity and a safer analysis.

Integrating TD-GC-Orbitrap has enhanced the capabilities of Breath Biopsy for application in targeted and untargeted biomarker research.

We will discuss quick, accurate, sensitive and cost effective techniques that extracts flavors and fragrances from products without the use of solvents using Headspace, Thermal Desorption and SPME.

Thermal analysis techniques combined with GC/MS are promising with regard to providing efficient identification and quantification via polymer marker fragments with only limited sample preparation effort.

This is the fifth session will cover: Headspace, Thermal desorption, SPME, Pyrolysis, Gas Sampling.

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).