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Food name Side stream Component group Component Value Unit Description Reference
Olive Orujillo Inorganics Silicon dioxide (SiO2) 18.2 % ash Wood matter from pressed oil stone ECN Phyllis 2
Rice Rice husk Inorganics Silicon dioxide (SiO2) 92 % Combustion ashes. Ash from the bottom of the combustor Combustion behaviour of rice husk in a bubbling fluidised bed
Prunes Prune pits Inorganics Silicon dioxide (SiO2) 3 % ash ECN Phyllis 2
Olive Olive pits Inorganics Silicon dioxide (SiO2) 30.82 % ash Ash type: ASTM D1102; 600C ASTM D 1102, 600 Degree Celcius ECN Phyllis 2
Rice Rice husk Inorganics Silicon dioxide (SiO2) 99.6 % Silica powder A study on the consecutive preparation of silica powders and active carbon the rice husk ash
Olive Olive kernels Inorganics Silicon dioxide (SiO2) 18.86 % ash 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
Rice Rice husk Inorganics Silicon dioxide (SiO2) 88.8 % Combustion ashes. Ash from the cyclones Combustion behaviour of rice husk in a bubbling fluidised bed
Rice Rice husk, dried Inorganics Silicon dioxide (SiO2) 13 % mass fraction Powder Development of photoluminescent glass derived from rice husk
Rice Rice husk Inorganics Silicon dioxide (SiO2) 88.94 % ash Before soaking pre-treatment A detailed study of the effects of pyrolysis temperature and feedstock particle size on the preparation of nanosilica from rice husk
Sugar beet Sugar beet Inorganics Silicon dioxide (SiO2) 21.7 % ash ECN Phyllis 2
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