Articles | Volume 10, issue 2
J. Sens. Sens. Syst., 10, 185–191, 2021

Special issue: Sensors and Measurement Science International SMSI 2020

J. Sens. Sens. Syst., 10, 185–191, 2021
Regular research article
26 Jul 2021
Regular research article | 26 Jul 2021

Low-power sensor node for the detection of methane and propane

Benedikt Bierer et al.

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Cited articles

Bársony, I., Ádám, M., Fürjes, P., Lucklum, R., Hirschfelder, M., Kulinyi, S., and Dücső, C.: Efficient catalytic combustion in integrated micropellistors, Meas. Sci. Technol., 20, 124009,, 2009. 
Bíró, F., Pap, A. E., Bársony, I., and Dücső, C.: Micro-pellistor with Integrated Porous Alumina Catalyst Support, Proced. Eng., 87, 200–203,, 2014. 
de Smedt, G., de Corte, F., Notelé, R., and Berghmans, J.: Comparison of two standard test methods for determining explosion limits of gases at atmospheric conditions, J. Hazard. Mater., 70, 105–113,, 1999. 
Dimatix FUJIFILM: Datasheet DMP-2831, available at:, last access: 8 February 2021. 
Fricke, T., Sauerwald, T., and Schutze, A.: Study of pulsed operating mode of a microstructured pellistor to optimize sensitivity and poisoning resistance, in: IEEE SENSORS 2014 Proceedings, 2–5 November 2014, Valencia, Spain, 661–664, 2014. 
Short summary
Detection of flammable gases is necessary to avoid explosive atmospheres. Commercial pellistors require an operation temperature above 450 °C for the detection of methane. We present a novel wireless low-power catalytic gas sensor system based on non-precious metal catalyst for the detection of methane and propane operated at 350 °C. The combination of a MEMS-based sensor with a low-power radio system provides the opportunity to monitor complex infrastructures without using a power grid.