Behaviour of individual VOCs in indoor environments: How ventilation affects emission from materials
Atmospheric Environment
In: Atmospheric Environment, vol. 243, article 117713, 2020.
Editorial summary
This study used chamber experiments and mass-transfer analysis to examine how air exchange rate and air speed affect individual VOC emissions from particleboard. Increasing air exchange raised the measured formaldehyde emission rate, while air speed did not measurably affect the monitored VOCs; the compound-specific behaviour was consistent with the estimated partitioning and diffusion parameters. FLEC enters the paper only through cited earlier studies of FLEC flow and formaldehyde measurement performance.
Editorial, non-verbatim summary based on the Elsevier publisher abstract and the publicly deposited accepted manuscript in HAL.
FLEC use
FLEC mention, comparison or reference
The experiments used a separate chamber, not FLEC. Verified FLEC occurrences are citations to prior work, including Uhde et al. on FLEC flow/air velocities and Risholm-Sundman on FLEC formaldehyde recovery and chamber correlation.
