The Analytical Scientist presents: “How To... Drive Faster! The Fast GC Technology Forum”
Do you feel the need for speed, but don’t have the right kit or know how? Join four leading experts and technology providers, who each present words of wisdom, innovation updates, and applications notes to help you jump-start your fast-GC journey towards increased throughput, productivity, and cost effectiveness.
Tony Edge* (Avantor) will provide a theoretical 101 – and the practical implications – in his inimitable style.
Ed Connor* (Peak Scientific) will talk “supply” as you consider the switch from helium to hydrogen.
Franz Kramp* (Shimadzu) will delve into the practical aspects, sharing insight into the various practical steps – including a focus on the need for rapid detection.
David Benanou* (Veolia) will further explore the applicability of fast GC – and the need for sensitive, robust and fast mass spectrometry technology & performance.
PLUS Live Q&A Session
Finally, with years of combined experience at your command, any questions you may have about a shift (in gear) to fast GC will find an answer in our live Q&A-based discussion session.
* More details
“Some context: gas chromatography is the most established of all the forms of modern chromatography and, as such, could be considered a ‘mature’ technology. It is noteworthy then that there have been substantial advances in recent times, resulting in an improvement in chromatographic performance. One such area is the use of short, very narrow diameter columns for use with so-called Fast GC. I’ll go through some of the underlying theory of how the approach works, looking at the common scaling equations and the practical implications of transferring to very short and narrow i.d. capillaries.”
“I’ll introduce hydrogen generator technology and its advantages, including safety, convenience and uninterrupted supply, as well as other key considerations for selecting and installing a laboratory hydrogen generator. I will also present application examples to demonstrate improvements in sample throughput that can be achieved using hydrogen carrier gas for Fast GC compared with other carrier gases.”
“I’ll help you optimize all the essential parameters to gain sharper peaks separated in a shorter amount of time. I’ll discuss the different steps but also the requirement of a fast responding detection system transmitting the sharp signals for best possible results.”
“Fast GC analyses increase laboratory throughput and increase detection sensitivity – great! But, to be done correctly, a number of factors need to considered – not least obtaining sufficient data points over narrow peaks, optimising separation, and achieving robust and high quality mass spectral data when using hydrogen carrier gas. I’ll describe how these factors can be addressed using a uniquely-designed fast acquisition TOF-MS detector with hydrogen carrier gas.”