![Petro Petro](https://chemalys.se/wp-content/uploads/2020/04/Petro.jpg)
These webinars were recorded and will shortly be available here.
In this webinar a dearomatization process will be described, whereby fuel streams in which aromatics and alkyl compounds are present, are subjected to ring-opening processes in order to improve the fuel stream features looking at gaining better ignition properties as much as minimizing the particulate emissions.
There is a need to monitor the entire process to ensure the desired reaction has occurred – this involves complex samples containing many chemical classes, such as mono-aromatics, trace polyaromatics (reactives), as well as the product naphthenes and paraffins. Here, GC×GC coupled with parallel detection by TOF MS/FID will be shown to provide confident identification and robust quantitation at each stage of the process.
By attending this webinar you will...
- Learn the value of GC×GC with parallel detection by TOF MS and FID.
- See how GC×GC offers the unique possibilities for detailed petrochemical fingerprinting.
Learn how cutting-edge analytical techniques can reveal hidden information from complex samples.
![FAT FAT](https://chemalys.se/wp-content/uploads/2020/04/FAT.jpg)
The analysis of fatty acid methyl esters (FAMEs) in food is important in order to measure nutritional content. Most important is the qualitative and quantitative measurement of cis/trans fatty acids. However, conventional 1D GC struggles to resolve all components.
GC×GC is capable of full separation and identification of FAMEs based on both carbon number and degree of unsaturation. This webinar will describe the benefits of parallel detection with time-of-flight mass spectrometry (TOF MS) and flame ionisation detection (FID) for confident identification of targets and non-targets, as well as robust quantitation.
By attending this webinar you will...
- Learn the value of GC×GC-TOF MS for food analysis
- See how GC×GC offers the unique possibility for detailed FAMEs profiling and effective fingerprinting of complex samples
Learn how cutting-edge analytical techniques can reveal hidden information from complex food samples