Gas Chromatography – Multimedia

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.

Access this compendium to discover GC-MS food analysis solutions that are simple, cost-effective, fast, ultra-sensitive and are able to characterize the unknown.

In order to protect consumers and the environment, monitoring the food supply to ensure levels of chemical residues and contaminants are compliant with statutory levels set by regulatory bodies is imperative.

Peak Scientific develops market-leading nitrogen, hydrogen and zero air systems mainly for the fields of LC-MS. A Peak generator provides an easy to use gas solution without the safety concerns and managing of stocking and restocking supplies with frequent deliveries when using gas cylinders or other methods of bulk gas supply such as dewars.

Download this app note to discover a high-resolution accurate mass GC/Q-TOF method to screen for environmental pollutants in water samples.

This list will give an overview of the key features and benefits of GC-MS along with examples of where and how it is applied in the modern petrochemical industry.

In this app note, discover a comprehensive solution for trace-level determination and estimation of nitrosamine impurities in sartan drug products.