Multi-vendor solutions often leverage instrumentation from more than one vendor, resulting in an analytical powerhouse for the demanding lab environment.
As greenhouse gas monitoring becomes more crucial for a sustainable future, there is a need in the industry for improved greenhouse gas analyzers.
We’ll explore 5 analytical techniques for characterizing unknowns, plus offer tips on how they can be adapted to pyrolysis data.
Explore innovative techniques for GC-FID designed to improve workflows and increase testing capabilities.
In this experiment, we set out to perform VOC analysis in indoor air using our Frontier EGA/PY-3030D pyrolyzer and Magic Chemisorbers.
If you are new to the technique or to the Frontier pyrolyzer instrument, there’s a ton of great resources to help you along your educational path.
On your path to building expertise on the Frontier Pyrolyzer or pyrolysis, be sure to avoid these 4 common misconceptions.
GC-FID equipped with Polyarc allows for the sensitive analysis of undetectable molecules (<30 ppm) without calibrations – and in the presence of numerous other molecules.
Rapid catalyst screening will be explored in this webinar, including the Tandem micro-Reactor, a powerful system for evaluating a variety of catalysts in a short period of time.
Take your engineering experiments to the next level with the power of “real-time”. Discover gas analysis in real-time by mass spectrometry.
How can you tell real versus fake leather? Join Application Scientist Khadiza Mom as she uses the Pyrolysis GC/MS technique for characterizing synthetic and organic textiles and determines the polymer content of leather-like materials.
As GC analysis continues to evolve, there has been increasing demands on scientists driving for higher throughput and fiscally responsible analysis.
