| Autors: Naydenova, I. I., Sandov, O., Georgieva, T., Tzoneva, M., Panev, T., Todorov, G., Kralov, I. M., Gieva, E. E. Title: Dynamics and composition of flue gas PM and toxic PAH during oxidation of biomass-coal blended fuel Keywords: - Abstract: Biomass as zero-net CO2 emission solid biofuel is well accepted, but concerns still exist regarding the fuel chemical composition, its production, supply chain, storage and the emissions of a variety of pollutants [1-5]. At present, a comprehensive investigation was elaborated, aiming to experimentally measure: (a) the size distribution function of particulate matter (PM), sampled from the flue gases, generated during direct oxidation of biomass-coal blended mixtures; (b) the dynamics of polycyclic aromatic hydrocarbons (PAHs), extracted from the PMs and from the remaining gaseous phase of the PAHs, sampled from the flue gases right after the PM-Impactor's outlet. For that purpose, three types of solid biomass-coal blended fuel mixtures (paulownia/coal: 30 wt.%/70%; 10 wt.%/90%; 0 wt.%/100 wt.%) were oxidized in a laboratory-scale flow (tubular) reactor at: atmospheric pressure, temperature of 1225 K ±25, air flow rate of 10 l/min and initial fuel mass of 5.5 g. References Issue
Copyright Official Journal of EUROTOX, Affiliated with Austrian Society of Toxicology |
Вид: статия в списание, публикация в издание с импакт фактор, публикация в реферирано издание, индексирана в Web of Science
