As the summer season approaches, monitoring the quality of bathing waters becomes a major public health and operational challenge. Increased attendance at beaches, lakes, and rivers raises the risk of bacteriological contamination, requiring heightened vigilance from water quality authorities and analytical laboratories. In this context, delivering reliable results within short turnaround times is essential to ensure public safety.
Bacterial indicators such as E. coli and Enterococcus are central to regulations governing microbiological water quality in both Europe and the United States. While conventional methods remain widely used, their analysis timelines can delay decision‑making in the event of pollution. Faster, quantitative analytical approaches now offer an effective alternative, better suited to field constraints while remaining fully compliant with regulatory requirements.
To address these challenges, our Application Note dedicated to the rapid quantification of bacteriological contamination in natural waters presents a comprehensive method based on Precellys Evolution Touch. Applicable to seawater, lake, and river samples, this approach enables the detection and quantification of E. coli and Enterococcus in less than 3 hours after sampling, in accordance with EU and EPA regulatory frameworks.
A key resource to help laboratories strengthen their reactivity and approach the summer season with confidence.
