| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 645499 | Applied Thermal Engineering | 2015 | 9 Pages |
•Six biomass materials combustion performance in a small combustor was examined.•Fuel combustion rate and amount of heat release has varied between materials.•Heat release by radiation, convection and flue gasses varied between materials.•Study helps engineers and users of biomass systems to select right materials.
Biomass combustion is a mature and reliable technology, which has been used for heating and cooking. In the UK, biomass currently qualifies for financial incentives such as the Renewable Heat Incentive (RHI). Therefore, it is vital to select the right type of fuel for a small-scale combustor to address different types of heat energy needs.In this paper, the authors attempt to investigate the performance of a small-scale biomass combustor for heating, and the impact of burning different biomass fuels on useful output energy from the combustor. The test results of moisture content, calorific value and combustion products of various biomass samples were presented. Results from this study are in general agreement with published data as far as the calorific values and moisture contents are concerned. Six commonly available biomass fuels were tested in a small-scale combustion system, and the factors that affect the performance of the system were analysed.In addition, the study has extended to examine the magnitude and proportion of useful heat, dissipated by convection and radiation while burning different biomass fuels in the small-scale combustor. It is concluded that some crucial factors have to be carefully considered before selecting biomass fuels for any particular heating application.
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