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Research article in PHOTONICS Spectra
Picture of Gasera’s ultra-sensitive cantilever sensor hits the cover of PHOTONICS SPECTRA December issue! Here is the link to the full publication regarding the new concept for environmental pollution monitoring with the title “OPO-Based Photoacoustic Spectroscopy Speeds Up Gas Analysis“. Click the image to read the article.
GASERA expands its operations to Germany
Gasera expands its operations in Germany and opens a local sales office at Nürnberg. Gasera’s new office will be headed by Mr. Thorsten Knauf. Before joining Gasera, he was was working many years in sales and business development with gas sensing devices in Central Europe. Mr. Knauf’s vast experience in photoacoustic spectroscopy and networks will…
Development towards gas analysis in elevated temperatures is supported by an FP7 -project
Gasera is a partner in an EU -funded research project titled “Universal Gasification Process Analyser for Bio Mass and Organic Waste Treatment” with a project acronym: GasPro-Bio-Waste. The kick-off meeting of this 2-year research project was held in the Netherlands on 19-20 of January 2011. One of the most promising “green processes” for power and…
Happy Holidays 2016!
We at Gasera want to thank you for this year. The current year was special for us, because we launched GASERA ONE, the ultimate performance gas analyzer. Now it is time to look forward to the future – we can’t wait to see what 2017 will bring. Our New Year’s resolution is to stay innovative,…
The Air Quality & Emissions Show (AQE) 2017
Telford International Centre, Telford, Shropshire, England, 24 – 25 May 2017 Please, come and visit us at booth #35. GASERA ONE FORMALDEHYDE, a gas analyzer that is based on the proven technology of the GASERA ONE platform will be displayed at the AQE. Formaldehyde is classified as a carcinogenic compound and until today it has…
Gasera helps in improving the european beer quality
Malting barley and brewing industries are cornerstones in Europe. The beer processing industries require premium malting quality to reach subsequent high quality end product. However, parameters currently used for assessing malting quality are complex and based on methods such as visual appraisals and chemical analysis that are not always accurate, time and labour intensive, prone…


































