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.

Download this app note to discover a method that is designed to analyze all analytes listed by The United States Environmental Protection Agency as well as being fast, robust and applicable across different types of water sources.

Even in small quantities, many elements can have toxic effects when present in drinking supplies or food chains. As such, monitoring the trace elemental composition of drinking, waste, and surface waters (such as rivers, lakes, and ponds) is vital in the maintenance of human, animal, and environmental health.

Environmental water screenings are regularly challenged by the number and diversity of chemical and biological targets in each sample. Download this app note to find out the advantages of this environmental screening method.

Download this app note to discover how scientist are able to acquire carbon using the ocean and how its depth can affect C:N:S ratios.

In this application compendium, discover the true breadth of ICP-QQQ and how it can be applied for trace element analysis at low concentration, high reliability and high confidence.

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

Download this app note to discover a novel method to differentiate between various PFOS compounds that can increase identification confidence and sensitivity.