Combustion performance of biomass residue and purpose grown species

Combustion performance of biomass residue and purpose grown species

The combustion performance of two samples of biomass fuel were evaluated using a small scale 50 kW laboratory scale stoker type combustor. One fuel was a bark residue of moderate moisture content and rich in aluminosilicate inorganic contaminants from the surrounding soils. The other was stemwood fr...

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Veröffentlicht in:Biomass & bioenergy 2001-10, Vol.21 (4), p.277-287
Hauptverfasser: Dare, P, Gifford, J, Hooper, R.J, Clemens, A.H, Damiano, L.F, Gong, D, Matheson, T.W
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Sprache:eng
Schlagworte:
Ash deposition
Bark
Biomass combustion
E. nitens
Trace metals
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container_end_page 287
container_issue 4
container_start_page 277
container_title Biomass & bioenergy
container_volume 21
creator Dare, P
Gifford, J
Hooper, R.J
Clemens, A.H
Damiano, L.F
Gong, D
Matheson, T.W
description The combustion performance of two samples of biomass fuel were evaluated using a small scale 50 kW laboratory scale stoker type combustor. One fuel was a bark residue of moderate moisture content and rich in aluminosilicate inorganic contaminants from the surrounding soils. The other was stemwood from a purpose grown eucalypt E. nitens. It had a high moisture and was rich in bio-accumulated inorganics such as calcium and potassium. During combustion the inorganics underwent a complex set of transformations. Some of the major reactions were identified and shown to have important consequences in terms of overall combustion performance as judged by such parameters as extent of ash slagging and fouling, ash leaching characteristics, trace element and sulphur emission levels.
doi_str_mv 10.1016/S0961-9534(01)00039-3
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1873-2909
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source Elsevier ScienceDirect Journals
subjects Ash deposition
Bark
Biomass combustion
E. nitens
Trace metals
title Combustion performance of biomass residue and purpose grown species
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