The ALS R&D team has recently validated a sensitive, robust and selective analytical method to quantify FTOHs using gas chromatography-triple quadrupole tandem mass spectrometry.

Pesticide pollution from intensive farming affects water sources. In-situ woodchip bioreactors offer a passive, low-cost solution to reduce contamination at the source.

Somatic coliphages are emerging indicators for evaluating water treatment efficiency. Monitoring them is key, especially in drinking water and reused treated wastewater.

A SEM-EDS represents a powerful tool and robust analytical technique that offers an extensive array of data regarding the microstructural and compositional attributes of a diverse spectrum of materials.

Proper sampling and the use of suitable containers are key pre-lab steps that greatly impact the accuracy of environmental analyses and the reliability of final reported results.

Pharmaceuticals, used in medicine and livestock feed, can persist at low levels in the environment. Conventional wastewater treatment can't remove them, impacting water sources.

ALS Laboratories are one of the few in the world to offer commercial isotope ratio testing services not only for radiogenic systems and light stable isotopes, but also for heavy stable elements.

This EnviroMail outlines key practices for collecting water samples for trace metals and mercury analysis to improve data quality and sampling efficiency, reducing false results.

This EnviroMail focuses on the annual plastic savings that one unit of European laboratories have achieved through innovative approaches and changes in working practices.

ALS Analyses - We perform ecological analyses on waterways impacted by disturbances caused by anthropogenic activities.