Pt-Al2O3, Al2O3 and SnO2 were deposited as thin films on a stainless steel support that was inserted into an annular reactor and heated using an electromagnetic induction device. Possibility of an accurate temperature control was demonstrated and heating rates up to 800 degrees C min(-1) were obtained. Total abatement of 1000 ppm isopropyl alcohol (IPA) was achieved at low temperature (T50 about 80 degrees C) on 1 wt% Pt/Al2O3. Nevertheless, the strong IPA adsorption on the alumina support and the formation of large amounts of acetone dictated to select the other catalyst, SnO2. IPA 90% conversion into CO2 and H2O was then obtained at 250 degrees C with a total flow of 100 NmL min(-1) containing 1000 ppm IPA. Considering the volume of the very thin reactive sheath (hydraulic diameter about 3.6 mm), ghsv was as high as 2.6 x 10(3) h(-1). Total abatement to CO2 and H2O of high amounts of IPA (about 1 vol%) in air was achieved in less than 30 s and near-room temperature was recovered quickly when the contaminant level at the reactor inlet felled again below a given threshold (C) 2013 Elsevier B.V. All rights reserved.