17.08.2022, News
METEC Field-Test Campaign
We organized a field-test campaign at the METEC (Methane Emissions Technology Evaluation Center) with our Nubo Sphere methane emissions monitoring solution. Want to learn more about the results?
Our report shows the findings and results of the field-testing campaign at Colorado State University’s Methane Emissions Technology Evaluation Center (METEC) to simulate real-world environmental conditions under a controlled setting.
Here you can find a short summary of our field test results with 8 Nubo Sphere sensor nodes. To get access to the full in-depth report, please get in contact with us.
| Test Facility | |
|---|---|
| Size of overall site | 90 m x 50 m |
| - | |
| Tests | |
| Experiment period | 23.05. - 03.06.2022 (9 days) |
| Total number of emissions | 27 |
| Total methane emissions | 249.7 kg |
| Emission rate range | 0.6 - 7.7 kg/h |
| Average duration of an emission | 2.4 hours |
| - | |
| Results (8 Sensor Nodes) | |
| Detected Emissions | 27/27 = 100% |
| Average Time to Detection | 31 minutes |
| Average Time to Confirmed Detection | 2.5 hours |
| Average Emission Location Accuracy | 4 m |
| Average Emission Rate Accuracy | -34% |
| Quantified Emission Accuracy | -24% |
| *R2 = 0.91 |
Latest updates
- 03.06.2025
- Press release
- 5 minutes read
Sensirion Connected Solutions acquires Kuva Systems to expand methane emissions monitoring portfolio
Sensirion Connected Solutions, a subsidiary of Sensirion Holding AG specializing in sensor-based IoT solutions and servi...
- 16.04.2025
- Press release
- 4 minutes read
Sensirion Connected Solutions’ continuous methane emissions monitoring solution Nubo Sphere receives US EPA approval for periodic screenings
Sensirion Connected Solutions, a leading provider of methane monitoring solutions, is proud to announce that its continu...
- 20.11.2024
- Press release
- 3 minutes read
Sensible EDP & Sensirion Connected Solutions partner up
Sensirion Connected Solutions partners with Sensible EDP™ for advanced methane emissions monitoring