The modifications will reduce the potential for the exhaust of
odorous air and other emissions at the North River WPCP by containing and treating additional process areas at the plant.
Dravnieks envisioned an artificial (or electronic) nose as «an instrument that would inspect samples of
odorous air and report the intensity and quality of an odor without the intervention of a human nose» [1].
Not exact matches
«The fruit samples are placed in a pre-chamber into which an
air flow is injected which reaches the tower with the sensors which are metal oxide semiconductors that detect
odorous compounds such as methane or butane,» explained José Pelegrí Sebastiá, UPV researcher at the Gandia campus and co-author of the paper.