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Laboratory


Development of sustainable bioprocesses at ETH Zurich using fermSYS – VOC sensors
At the Vorholt Lab (Institute of Microbiology, ETH Zurich), researchers are engineering *Escherichia coli* to efficiently utilize green methanol as a sustainable one-carbon feedstock. Using the fermSYS VOC sensor for real-time methanol monitoring, the team gains continuous process insights that accelerate strain development and optimize fermentation strategies—advancing sustainable biomanufacturing and supporting the transition to a circular carbon economy.
P. Keller (ETH), K. Ammon (fermSYS)
Jul 222 min read


Accelerated bioprocess development with Kuhner TOM and fermSYS – VOC sensors
Media screening is no longer just about biomass, O₂ and CO₂. By combining the Kuhner TOM system with the fermSYS fermSENSE – MULTI FLOW, volatile organic compounds (VOCs) provide real-time metabolic insights, revealing by-product formation and cellular stress long before endpoint analysis. More data, better decisions, faster process development – transforming a shaker into an intelligent mini-bioreactor.
A. Schulte (Kuhner), K. Ammon (fermSYS)
Jul 92 min read


Monitoring Fermentation Processes is Easy with the fermSYS - Cube Solution
Monitoring fermentation processes is easy. With the fermSYS Cube, you get a compact, all-in-one solution for measuring, controlling and analysing data from shake flask or laboratory fermentations.
The Cube combines all the necessary components in a single device – from the VOC sensor and control software to wireless communication.
Lars M. Blank (iAMB, RWTH)
May 122 min read


Real-time insight into bioprocesses is no longer a vision — it’s becoming reality.
Explore how 'Real-time insight into bioprocesses via VOC sensing is becoming reality.' with cutting-edge VOC sensing tech for smarter bioprocessing.
Markus K. Friis (Aarhus University)
May 51 min read
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