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Real-time insight into bioprocesses is no longer a vision — it’s becoming reality.

  • May 5
  • 1 min read

Updated: May 12

Real-time insight into bioprocesses is no longer a vision — it’s becoming reality.

In collaboration with Markus K. Friis, Department of Biological and Chemical Engineering at Aarhus University, our VOC sensing technology is being explored for monitoring methanol in the off-gas during bioreactor cultivations.

Markus K. Friis, Department of Biological and Chemical Engineering at Aarhus University
Markus K. Friis, Department of Biological and Chemical Engineering at Aarhus University

The results so far are highly encouraging: The sensor shows clear, dynamic responses to methanol feeding — opening the door to real-time process monitoring and smarter control strategies.


Even more exciting: These experiments are embedded in advanced ¹³C-based metabolic flux analysis, linking off-gas signals with intracellular metabolism. This creates a powerful foundation for:

→ Smarter feeding strategies

→ Improved process efficiency

→ Data-driven bioprocess control


Calibration and detailed modelling are currently ongoing — but the direction is clear:

Off-gas sensing can become a key enabler for next-generation bioprocessing.


Do you want to learn more about VOC off-gas sensing and fermentations data processing?




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