Humidity-Resistant Hydrogen Sensor Boosts Safety in Clean Energy Systems
The article presents accurate information about Chalmers University of Technology's development of a humidity-resistant catalytic plasmonic hydrogen gas sensor. The sensor's design, functionality, and potential applications are well-supported by recent research and publications from Chalmers. The article's claims align with the findings published in the journal ACS Sensors in November 2025, confirming the sensor's ability to detect hydrogen leaks as low as 30–50 ppm in humid environments and its consistent performance over extended periods. The information is current and relevant, with no significant discrepancies identified.
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