Uptake and reactivity of formaldehyde on lime-cement-plaster under typical indoor air conditions
Building and Environment
In: Building and Environment, vol. 229, pp. 109948, 2023, ISSN: 0360-1323.
Editorial summary
The study examines long-term uptake and chemical transformation of formaldehyde on lime–cement plaster under representative indoor-air conditions. A FLEC coupled to SIFT mass spectrometry was operated over 90 days, showing sustained formaldehyde removal and methanol formation consistent with a heterogeneous Cannizzaro reaction.
Editorial, non-verbatim summary based on the publisher abstract and HAL record.
FLEC use
Direct FLEC measurements
The author abstract explicitly states that formaldehyde uptake was studied with a Field and Laboratory Emission Cell coupled to a SIFT mass spectrometer.