Performance comparison between electrochemical and semiconductors sensors for the monitoring of O₃

Christophe Claveau (1) , Mathilde Giraudon (1) , Benoit Coville (1) , Arnaud Saussac (2) , Laurence Eymard (1) , Laure Turcati (3) , Sébastien Payan (1)

1 TROPO - LATMOS
2 LAL - Laboratoire de l'Accélérateur Linéaire
3 OSU ECCE TERRA - Observatoire des sciences de l'univers Ecce Terra [Paris]

As part of the Quality of Life and Urban Mobility (MouVIE) Chair, an individual mobile sensor designed as an adaptable and scalable "platform" is being developed within the LATMOS (Atmospheres Space Observations Laboratory). This sensor must contribute to answering problems related to the exposure of individuals to air pollution and their impact on health. In this context, its adaptable and scalable nature will allow the insertion of new consumer measurement components available ("low cost" micro-sensors). In this paper we present a laboratory evaluation of commercially sensors for the monitoring of ozone (O3). Two type of sensors are tested: electrochemical and semiconductors sensors. Theses sensors are tested at different temperatures, humidity and at ppb level. The voltage response and their dependence on ambiant temperature and humidity are evaluated. The time drift effect on electrochemical sensors was also evaluated during 4 months of use.

Mots clés: electrochemical sensors; semiconductors sensors; ozone (O3)

Domaines: Physique Atmosphérique et Océanique [physics.ao-ph]

Christophe Claveau, Mathilde Giraudon, Benoit Coville, Arnaud Saussac, Laurence Eymard, et al.. Performance comparison between electrochemical and semiconductors sensors for the monitoring of O₃. 2022. ⟨insu-03671828⟩