Identification and quantitation of emerging contaminants
Our commitment is to help ensure a healthy environment, now and well into the future. Monitoring, identification and quantitation requirements are constantly evolving, and innovative techniques and instrumentation are needed to keep pace.
We’ve developed effective tools for screening and quantifying quantitation of known and unknown contaminants using Thermo Scientific mass spectrometry technologies.
Emerging contaminants are also referred to as contaminants of emerging concern. These contaminants are either becoming more prevalent in the environment or are now detectable via new analysis methods. Their increased presence could potentially harm aquatic ecosystems, organisms and humans as well and because of this it is important to monitor for the presence of these compounds. Emerging contaminants include, but are not limited to,
- Pharmaceutical and personal products (PPCPs)
- Hormones and endocrine disruptors, flame retardants
- Perfluorinated compounds (PFCs)
Some emerging contaminant can be detected and quantitated by single or triple mass spectrometry (MS) in targeted analysis, while identification and quantitation of unknown emerging contaminants rely on GC or LC coupled to high resolution mass spectrometry.
Complete gas and liquid phase mass spectrometry analysis tools, to help you evolve with emerging environmental challenges.
Learn about the latest breakthroughs for emerging contaminant analysis
- Webinar: Advantages of HRMS in Environmental Analysis with Dr. Claudia Martins, ThermoFisher Scientific
- Webinar: Analysis of Emerging Contaminants by LC-MS with Dr. A. Lajeunesse Univ. of Quebec and Dr. Sebastian Suave, Univ. Montreal
- Application notebook: Environmental Mass Spectrometry
- Application note: Emerging Disinfection Byproducts in collaboration with Dr. Susan Richardson, Univ. of South Carolina and Dr. Damia Barcelo, Inst. of Water Research, Barcelona
- Application note: Emerging Contaminants in Biosolids in collaboration with Ahmed Mostafa, Ryerson Univ. and Shelly Bonte-Gelok, Ontario Ministry of the Env.