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| | | TYPICAL BIOFUEL PROPERTIES In biomass-fuelled plants the fuel properties set the basis for the plant design. The main contributors to uninterrupted plant operation are the right combustion technology and a well-designed fuel supply. The plants are designed to meet customer requirements regarding filling intervals and methods as well as periods of unmanned operation, | | |
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| | | SOFTWOOD BARK Moisture content..................................50 - 65 w-% LHV as received..................................6 - 9 MJ / kg Bulk density as received........250 - 350 kg/m3 (bulk) Energy density as received...........0.5 - 0.7 MWh/m3 Ash content dry matter.............................1 - 3 w-% | | |
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| | | TREE CHIPS Moisture content..................................45 - 50 w-% LHV as received..................................6 - 9 MJ / kg Bulk density as received........250 - 350 kg/m3 (bulk) Energy density as received...........0.7 - 0.9 MWh/m3 Ash content dry matter.............................1 - 2 w-% | | |
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| | | WOOD RESIDUE CHIPS Moisture content..................................10 - 50 w-% LHV as received................................6 - 15 MJ / kg Bulk density as received........150 - 300 kg/m3 (bulk) Energy density as received...........0.7 - 0.9 MWh/m3 Ash content dry matter..........................0.4 - 1 w-% | | |
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| | | LOGGING RESIDUE CHIPS Moisture content..................................50 - 60 w-% LHV as received..................................6 - 9 MJ / kg Bulk density as received........250 - 400 kg/m3 (bulk) Energy density as received...........0.7 - 0.9 MWh/m3 Ash content dry matter.............................1 - 3 w-% | | |
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