Learn how EPA Method 1621 and combustion-ion chromatography (C-IC) help detect PFAS by measuring adsorbable organic fluorine (AOF) in water with high accuracy and sensitivity.

Assessment of solid waste stability using AT4 and GS21 tests helps evaluate biodegradability and gas potential to reduce landfill impact and support sustainable waste management.

Streamline PFAS analysis in food packaging with the new Thermo Scientific Cindion C-IC system for TOF measurement—efficient, compliant, and optimized for modern regulatory demands.

Creosote-treated railway sleepers are a hidden health and environmental threat. Discover how PAH contamination is analyzed and why safer alternatives matter, with insights from Watrex Praha.

PFAS are persistent soil contaminants with potentially far-reaching effects. Understanding their presence and risks is key to developing effective remediation strategies.

This week we bring you application notes by Agilent Technologies, Metrohm and Shimadzu and posters by Thermo Fisher Scientific / ASMS and Waters Corporation / ASMS!

Controlling Legionella in water is vital to protect health, meet regulations, and prevent outbreaks. Regular monitoring and maintenance are essential for effective control.

ALS is committed to climate action and sustainability, aiming for Net Zero by 2050. Through innovation and science, we strive to make a meaningful impact and share progress with clients.

ALS Czech Republic uses DGT passive samplers for reliable PFAS monitoring in water. The method enables long-term tracking of freely dissolved PFAS and supports sustainable water management.

The study examines treated wastewater from Arctic cruise ships to identify pharmaceuticals and other contaminants, highlighting potential risks to sensitive polar marine environments.