Abstract
A test emission chamber called CLIMPAQ has been coupled to a chromatography analyzer GC to measure volatile organic compounds (VOC) concentration during a sorption experiments (Fast sorption measurements of VOCs on building materials: Part 2 – Comparison between FLEC and CLIMPAQ methods, (Rizk et al., In press) [1]). The equations used to calculate the mass transfer coefficient and the thickness of the boundary layer developed on the surface of a material are presented. In addition, the experimental profiles obtained using the CLIMPAQ chamber is also presented in the presence and the absence of a building material. Finally, the impact of chamber size on the obtained concentration profile using different chambers is shown using 3 types of chambers having different volumes, 1 m3, 30 m3 and a micro chamber of 40 mL.
Highlights
Subject area More specific subject area Type of data How data was acquired Data format Experimental factors Experimental features Data source location Data accessibility
Chemistry Indoor air quality Table, graph PTR-ToFMS (Kore technology) Analyzed 50 75% at 23 72 °C Measurements of sorption parameters in a test chamber SAGE, Mines Douai (France) Data is within this article
May be useful to compare the sink effect between the CLIMPAQ emission test chamber and other chambers used in literature
Summary
Malak Rizk a,b,c,n, Marie Verriele a,b, Maxence Mendez d,e, Nadège Blond d, Sébastien Dusanter a,b, Coralie Schoemaecker f, Patrice Blondeau e, Stéphane Le Calvé c, Nadine Locoge a,b a Mines Douai, SAGE, F-59508 Douai, France b Université de Lille, F-59000 Lille, France c Université de Strasbourg/CNRS. A test emission chamber called CLIMPAQ has been coupled to a chromatography analyzer GC to measure volatile organic compounds (VOC) concentration during a sorption experiments (Fast sorption measurements of VOCs on building materials: Part 2 – Comparison between FLEC and CLIMPAQ methods, (Rizk et al, In press) [1]). The experimental profiles obtained using the CLIMPAQ chamber is presented in the presence and the absence of a building material.
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