Characterizing Emissions from Heating Simulated Cannabis Extracts

X. TANG; M.R. RUSSELL; B. SINGER; V. RAPP; L.A. GUNDEL; L. CANCELADA; M.I. LITTER; H. DESTAILLATS

Conferencia; Indoor Air 2020 (16th Conference of the International Society of Indoor Air Quality & Climate); 2020

Heating mixtures containing various terpenoid chemicals studied here is a source of secondary organic aerosol primarily composed of UFP. A fraction of the formed SOA could be a significant source of indoor air pollution, besides of being inhaled by users. Next step of this work is to use the experimental results to quantify the impacts on human health and indoor air quality in typical scenarios.