Expanding the horizons of advanced gas analysis

spectrum of applications, offering precision and versatility across various research and industrial fields.

This advanced system is particularly valuable in volcanic gas, water, and sediment analysis, providing critical data on rare earth gas isotopes that are essential for geological and environmental research. It also plays a pivotal role in the green hydrogen sector, enabling detailed analysis crucial for the development of sustainable energy technologies.

In the fight against climate change, the QGA 2.0 supports carbon capture efforts by refining and characterising processes aimed at reducing atmospheric carbon. Its application extends to biotechnology, where it monitors fermentation and bioreactor systems, offering insights that help optimise these biological processes.

Industries involved in gas production and storage benefit from the QGA 2.0’s ability to ensure safety and efficiency by analysing gases and vapours. The system also excels in gas separation studies, aiding in the optimisation of various separation technologies.

In controlled environments like gloveboxes, the QGA 2.0 provides reliable monitoring solutions. Its high sensitivity makes it ideal for high purity gas analysis, catering to industries that require stringent gas purity standards. Additionally, the analyser is crucial in medical research, particularly in human breath analysis, where it detects low concentration compounds for diagnostic purposes.

The QGA 2.0 gas analyser stands out as a reliable and versatile tool across these diverse applications, redefining the standards of gas analysis. To explore the QGA 2.0 applications, visit the QGA 2 software page on Hiden Analytical Ltd's website.

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