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

High-salt samples no longer have to limit ICP-MS performance. Discover how the iCAP MSX delivers accurate trace element analysis in seawater and industrial brines with less maintenance and higher productivity.

A rapid FTIR method was developed to measure hydrogen isotope ratios in water. Using molecular bending vibrations, it achieved ~0.5% sensitivity and ~1% deviation, proving reliable for H2O/D2O mixtures.

Assess lead leaching from locally sourced uPVC pipes into drinking water under varying temperature and time, using ICP-OES for quantification and SEM-EDX for surface mapping of lead.

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.

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.

The research analyzes the presence, seasonal variations, and air-sea exchange of a wide range of POPs, such as PFAS, DDT, PCBs, and others using passive sampling.

As part of the Administration’s commitment to combating PFAS pollution, EPA announces $1B investment through President Biden’s Investing in America agenda to address PFAS in drinking water

Water has been a constant companion of Martin Pivokonský from the Institute of Hydrodynamics of the CAS all his professional life. Is there anything new left to be learned about water?