Food
Food name | Side stream | Component group | Component | Value | Unit | Description | Reference |
---|---|---|---|---|---|---|---|
Olive | Olive residue | Inorganics | Carbon | 42.58 | % | Orujillo, produced and collected in Andalusia, Spain, sample 2 | ECN Phyllis 2 |
Olive | Olive residue | Inorganics | Carbon | 41.64 | % | ECN Phyllis 2 | |
Olive | Olive residue | Inorganics | Carbon | 40.79 | % | ECN Phyllis 2 | |
Olive | Olive waste | Inorganics | Carbon | 40.77 | % | Country: Spain | ECN Phyllis 2 |
Olive | Olive flesh | Inorganics | Carbon | 42.97 | % | Ash type: 550 degC. Same data in: Energy & Fuels 19 (2005) 825-832 | ECN Phyllis 2 |
Olive | Olive husk | Inorganics | Carbon | 47.63 | % | Exhausted | ECN Phyllis 2 |
Olive | Olive kernels | Inorganics | Carbon | 46.82 | % | Fraction > 1mm. Cl calculated from ash (assuming Cl in biomass/Cl in ash = 3, like ID 1764); ash sintering starts at 750°C, fully fused at 900°C | ECN Phyllis 2 |
Olive | Olive kernels | Inorganics | Carbon | 49.05 | % | Fraction > 1mm, leached. Ash does not sinter between 750°C and 900°C | ECN Phyllis 2 |
Olive | Olive residue | Inorganics | Carbon | 47.91 | % | Cakes from olive oil production. Ash type: 550degC. Cl and O-content from S.Arvelakis et.al. Proc. 5th Eur. Conf. on Industrial Furnaces and Boilers, Vol.2,p.163-172. See also ID 1968, 1969 and 1970. Slightly different ash composition reported in Biomass and Bioenergy 22 (2002) 55-69. | ECN Phyllis 2 |
Olive | Olive residue | Inorganics | Carbon | 49.82 | % | Leached. Ash composition from Arvelakis et al., Biomass and Bioenergy 22 (2002) 55-69. | ECN Phyllis 2 |