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Food name Side stream Component group Component Value Unit Description Reference
Sugar cane Sugar cane leaves Proximates Water 33 g/100g Higher heating value given as 16.000-17600 kJ/kg; in Biomass and Bioenergy 13 (1997) 141-146 it is given as 17.430 kJ/kg. The higher value may apply to dry ash-free material. ECN Phyllis 2
Sugar cane Sugar cane leaves Waste compounds Volatile matter 51.86 % Higher heating value given as 16.000-17600 kJ/kg; in Biomass and Bioenergy 13 (1997) 141-146 it is given as 17.430 kJ/kg. The higher value may apply to dry ash-free material. ECN Phyllis 2
Sugar cane Sugar cane leaves Proximates Protein, crude 5.2 % d.b. Fresh Feedipedia
Sugar cane Sugar cane leaves Waste compounds Organic matter digestibility, ruminant (gas production) 30.6 % Fresh Feedipedia
Sugar cane Sugar cane leaves Proximates Nitrogen, total 0.12 g/100g Higher heating value given as 16.000-17600 kJ/kg; in Biomass and Bioenergy 13 (1997) 141-146 it is given as 17.430 kJ/kg. The higher value may apply to dry ash-free material. ECN Phyllis 2
Sugar cane Sugar cane leaves Proximates Neutral Detergent Fibre 71.7 % d.b. Fresh Feedipedia
Sugar cane Sugar cane leaves Proximates Lignin 5.5 % DM Fresh Feedipedia
Sugar cane Sugar cane leaves Waste compounds Initial deformation temp 900 °C Higher heating value given as 16.000-17600 kJ/kg; in Biomass and Bioenergy 13 (1997) 141-146 it is given as 17.430 kJ/kg. The higher value may apply to dry ash-free material. ECN Phyllis 2
Sugar cane Sugar cane leaves Inorganics Hydrogen 3.69 % Higher heating value given as 16.000-17600 kJ/kg; in Biomass and Bioenergy 13 (1997) 141-146 it is given as 17.430 kJ/kg. The higher value may apply to dry ash-free material. ECN Phyllis 2
Sugar cane Sugar cane leaves Waste compounds Heating value, low 9.11 MJ/kg Higher heating value given as 16.000-17600 kJ/kg; in Biomass and Bioenergy 13 (1997) 141-146 it is given as 17.430 kJ/kg. The higher value may apply to dry ash-free material. ECN Phyllis 2
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