This case study shows that generic emission factors can significantly underestimate actual nitrous oxide emissions, and that real-world emission dynamics remain hidden. Only through continuous, site-specific measurements can well-founded optimization strategies be developed and emissions be reduced in a targeted manner.
This case study demonstrates that the method of process water addition has a decisive influence on the level and dynamics of nitrous oxide emissions. Only through continuous measurements and integration with operational data can targeted optimizations be identified and emissions significantly reduced.
This case study shows that even at very well-managed wastewater treatment plants, process conditions that affect emissions can occur and remain undetected without measurement data. Only by combining continuous emissions monitoring with data-driven analysis can specific opportunities for optimization be identified and emissions further reduced.
This case study shows that nitrous oxide emissions vary significantly from one location to another within an aeration tank and depend heavily on the measurement location. Only by strategically placing measurement points can emissions be accurately measured and reliably extrapolated to the entire plant.
In this episode of the #Klimacher podcast, Dr. Matthias Stier, founder and CEO of Variolytics GmbH, is our guest. The Stuttgart-based deep tech company helps wastewater treatment plants measure, visualize, and specifically reduce emissions that have not been recorded before.
Variolytics and Stadtentwässerung Göppingen show how AI and measurement technology can make wastewater treatment plants climate-neutral - presented on n-tv and RTL as a showcase project for sustainable wastewater treatment.
How artificial intelligence is revolutionizing wastewater treatment: The Stuttgart-based start-up Variolytics shows how wastewater treatment plants can not only keep water clean in the future, but also the climate.
Variolytics develops real-time measurement technology to reduce emissions and promote sustainable processes.
Variolytics develops real-time measurement technology to reduce emissions and promote sustainable processes.
With innovative measurement technology and AI support, Variolytics is making wastewater treatment plants climate-neutral, making a decisive contribution to the decarbonization of our economy.