H.E.L Group has announced that it has expanded its operations in North America, with the establishment of a West Coast hub in California, and a Central Region hub in Missouri.

BioChromato report how their ionRocket sample preparation device, used in combination with Direct Analysis in Real Time Mass Spectrometry (DART®-MS) provides a powerful new method capable of identifying and discriminating between different sources of plastic films used for food processing and packaging.

Metrohm DropSens has announced new capabilities that facilitate the high-volume production of customized electrochemical sensors.

The Maulide Group at the University of Vienna (Austria) describe how a devastating water leak in a nearby chemistry laboratory prompted them to search for alternative, water-free, options to Liebig condensers for refluxing. The group teamed up with Green Labs Austria to see if they could provide and share a more sustainable solution to water cooled refluxing in the lab.

Uniqsis makes flow chemistry accessible to everyone, while at the same time catering for multi-step and automated reactions sequences, through the availability of an expanding suite of affordable 'plug and play' reactor modules.

Malvern Panalytical has officially launched the Epsilon 1, the first analytical solution for the analysis of low sulphur content in fuels without the need for helium.

Research findings show that annual PM2.5 concentrations in some African cities are as much as 5 times over the WHO limit for health-harmful concentration. Findings like these place air pollution as the leading cause of premature death in Africa, overtaking AIDs related deaths.

Cherwell Laboratories is pleased to introduce new models to the ImpactAir range of microbial air monitors.

A new mine water monitoring solution, Malvern Panalyticals Epsilon Xflow, for GTK’s innovation projects provides real-time information about the quality of process- and wastewater from mining operations.

Laboratories performing water testing can now benefit from a new, validated application workflow using ion chromatography-tandem mass spectrometry (IC-MS/MS) to achieve haloacetic acid (HAA) analysis in drinking water in accordance with the U.S. Environmental Protection Agency Method 557.