Automating sample derivatization for FAME characterization is key to release labor workload, reduce hazardous chemical exposure and get highly repeatable data for fat content profiling in food.

Automation is much more than an autosampler. An automated workflow for priority semivolatile contaminants in water helps laboratories to efficiently handle samples load by saving labor time and reducing costs.

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.

In this webinar, GERSTEL’s Dr. Anita Peterson will be presenting the benefits and features of the new GERSTEL Olfactory Detection Port 4 (ODP 4) and Olfactory Interpreter Software (ODI).

This is the 6th session in a series of webinars on fundamental concepts in GC. This session will cover GC Detectors: Choice of detectors available, Detector sensitivity & selectivity and requirements.

In collaboration with David Benanou, F-DGSi will present the results of an analytical and economic study of this transition from helium to hydrogen.

This presentation will explain a novel approach to measuring total organochlorides and fuels in oil in a tandem analysis requiring no sample preparation and a run time of ~3.5 minutes.

Workflow starting with consumables, showing a fully automated method on the Thermo Scientific TriPlus RSH robotic sampler and detection with the Thermo Scientific TSQ 9000 GC-MS/MS.

We will look into strategies for more efficient and successful high temperature applications, such as utilizing metal columns, and how long they are able to operate at temperatures up to 450°C.

To reduce the time and effort needed to create optimized end-to-end workflows, we will show how eMethods establish and sustain reliable and efficient analytical protocols faster and easier.