Polychlorinated biphenyls (PCBs) remain a major health and environmental concern decades after their ban. Explore their sources, exposure pathways, and key EPA detection methods.

FTIR and Raman spectroscopy have their limits in microplastic analysis. Thermal desorption, pyrolysis, and GCxGC-TOFMS provide more detailed information about sample composition.

A study involving RECETOX reveals that soils can re-emit polycyclic aromatic compounds into the air. In Finland, these emissions may rival those from industry, household heating and traffic.

PFAS testing is moving beyond drinking water. Explore evolving regulations, new sample matrices, DLLME workflows, and analytical strategies for environmental, food and industrial testing.

PFAS are highly persistent environmental contaminants. Explore their health risks, EPA methods, LC-MS/MS analysis, and emerging technologies for their detection and determination.

SPE has become a key technique in modern sample preparation. Explore how automation, PFAS analysis, LC-MS/MS, and emerging applications are driving its continued growth.

CXI TUL researchers tested in situ chemical oxidation to remediate benzene contamination after the Hustopeče nad Bečvou train accident and identified the most suitable treatment for field use.

The HYMNA project combines MBR and MBBR technologies with nanofiber biomass carriers to improve ammonia nitrogen removal and enable modular wastewater treatment.

The UK's first national PFAS Plan marks a major step in regulating "forever chemicals." Discover what it includes and why it will drive demand for PFAS testing and laboratory analysis.

Dr. Terry discusses PFAS contamination, analytical challenges, fluorine mass balance, treatment technologies, and future directions for monitoring and protecting drinking water quality.