Gas Chromatography – Multimedia

The Thermo ScientificTM TriPlusTM RSH SMART autosampler for GC/GCMS utilizes robotic sample handling to expand automated capabilities beyond liquid, headspace and solid-phase microextraction (SPME) injections to advanced sample handling cycles, for simple and more complex sample preparation workflows.

The QuEChERS method is the industry standard for pesticide clean-up and extraction of a wide variety of food samples. QuEChERS kits are easy to use and enable fast sample preparation resulting in excellent pesticide recoveries.

Download this guide to discover considerations when preparing samples for gas chromatography including transportation, safe storage, sample naming and extraction technique selection.

Download this app note to discover a solution that enables excellent spectral library matching, is highly sensitive and displays linearity over a wide dynamic range.

Download this app note to learn about a technique that can provide greater detail, higher-resolution results and analyze complex sample relationships.

Gas chromatography (GC) is a technique that enables the separation of compounds of interest present in a gaseous or vaporized sample. Download this listicle to learn about various types of detectors including flame ionization detectors, electron capture detectors and thermal conductivity detectors.

Gas chromatography coupled to mass spectrometry (GC-MS) is a powerful technique and a preferred method for the analysis of small and volatile molecules. This technique is also well-recognized for its capability in unknown compound analysis and multi-component quantification.

Download this guide to uncover basic instrumentation of GC and how it can affect your analysis, sample injection methods and use cases for each method as well as features of GC detectors and finding the right one for different applications.

Download this app note to discover GC-MS/MS analysis of PAH and PCB that does not require separate analysis methods, offers a reduced analysis time and allows use of hydrogen gas over helium, reducing cost.

Access this compendium to discover an approach that enables reliable, high throughput operations, reduces labor and instrument maintenance and significantly increases instrument up-time.