… in the residential biomass heating sector, … heating systems, which can compete with the
traditional oil and gas appliances. One of the reasons for the better performance of such systems …

… , gaseous and particulate emissions. During combustion in a 120 kW biomass system, air
flows, flue gas temperatures and energy output correlated with gaseous emissions, NO x with …

… the emissions, especially particulate matter (PM) emissions, … controlled biomass based
residential heating systems. This … to investigate emission factors for particulate emissions and …

… emission factors of particulate emissions from biomass combustion and measurement
techniques applied to characterise particle emissions from biomass … and in district heating plants. …

… particulate emissions from the literature on systems that can typically be used for district heating
… insight into factors influencing particulate matter emission levels from typical size district …

… on biomass combustion emissions, its origins and particulate formation mechanisms are
presented in Section 3.1. To reduce particulate emissions, the design of domestic heating …

… boilers were usually the least potent inducers of most of the parameters while emissions from
the old technology log wood boiler … largely affects the particulate emissions and their toxic …

… Measurements were carried out at four biomass heating units. Table 1 presents the … , the
particle emission factors from small wood-fired heating plants without effective particle filters, …

… for household heating ranged from 0.199 to 89.4 g kg −1 . The highest PM emission factors
… of solid fuels in old-type boilers (B1, B2), and the lowest PM emission factors came from fuel …

… risks posed by the emissions from burning pellets in biomass boilers (BBs) are … in fine
particle matter (PM) emissions from an BB firing switchgrass (SwG) and hardwood (HW) biomass …