Loading...
Mass Spectrometer Pfas
The 21 Tesla Fourier-Transform Ion Cyclotron Resonance Mass Spectrometer (21T FT-ICR MS) at the NSF-funded National High Magnetic Field Lab is the most powerful, highest resolving machine of its kind. It uses electric and magnetic fields to distinguish individual molecules and can differentiate between chemical compounds more accurately than any other instrument. (Photo Courtesy of Colorado State University)
A team of researchers, including Colorado State University's Jens Blotevogel, is using one of the most powerful chemical analysis tools in the world to unravel the complexities of per- and polyfluoroalkyl substances (PFAS) . They are working to characterize and catalog the thousands upon thousands of chemical compounds in the PFAS family, so future studies can find solutions to health and environmental impacts. "We're not only attempting to resolve the chemical complexity of PFAS, we're also opening doors for researchers who want to look at treatment, environmental fate and transport, and toxicology," says Blotevogel, a research assistant professor in the Department of
Please login or register to view TPO articles. It's free, fast and easy!
Photo Position Six
Next ›› Variable Area Flowmeters Provide a Cost-Effective Solution

Related