… particulate PAHs with the highest emissions for phenanthrene, anthracene, fluoranthene
and pyrene (Figures S8, S9 and S10). Particulate emissions of PAHs from the oldest boiler (B1) …

… Determination of PM and particulate organic compounds Boiler particulate emissions (TSP
fraction) were sampled isokinetically on quartz fibre filters (150 mm diameter, Whatman QM-A…

… particle size from various biomass fired sources, such as, cordwood stoves and boilers, pellet
stoves and boilers, chip boilers, … The particle emission depends on the phase of operation: …

… Detailed particulate and gaseous emission characterizations were conducted on six …
available residential-scale wood pellet boilers. The objective of the study was to define emission …

… literature regarding particulate emissions from biomass combustion for residential heating
purposes to … Special attention is paid to particulate emissions and composition from different …

… and evaluation of emissions. Average particle number emission factors were calculated based
… kg −1 waste ) and on fuel consumption in case of residential boilers (particles kg −1 fuel ). …

… morphologically and chemically the emissions of particulate matter (PM) from a domestic
pellet-fired boiler during steady-state operation for different boiler thermal inputs. The PM …

… PB had much higher emissions than WPB because PB had frequent local oxygen deficit-…
onsite oxygen tuning after the boiler installation. Particulate emissions were dominated by PM …

… Therefore, to highlight typical emissions based on their actual use, five different boiler types
… of boilers at nominal and reduced heat output. The gaseous and particulate emissions were …

… particle emissions and ash deposit formation inside the boiler. The product gas that leaves
the fuel bed is then combusted in two stages by appropriately feeding the secondary and …