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Possibility of using olive-seeds residues as a source of activated carbon

Abstract
Presents study shows the effect of different activation methods to produce activated carbon from olive seeds residues. Pre-treatment of the seeds with carbonization at 400 áµ’C for 30 min. The produced char impregnate in KOH solution (1:1 ratio) for chemical activation. After that, the char was dried at 105 áµ’C for 60 min in the oven. Four different sizes (3, 4, 5, and 6 mm) of the produced char were...
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Keywords
Char
Activated carbon
Carbonization
Chemistry
Nitrogen
Carbon fibers
Specific surface area
Iodine value
Activation energy
Atmosphere (unit)
Nuclear chemistry
Materials science
Adsorption
Organic chemistry
Coal
Composite material
Catalysis
Physics
Composite number
Thermodynamics
Sustainable Development Goals (SDG)
Clean water and sanitation


pdf file

Possibility of using olive-seeds residues as a source of activated carbon
pdf file

Possibility of using olive-seeds residues as a source of activated carbon

Abstract
Presents study shows the effect of different activation methods to produce activated carbon from olive seeds residues. Pre-treatment of the seeds with carbonization at 400 áµ’C for 30 min. The produced char impregnate in KOH solution (1:1 ratio) for chemical activation. After that, the char was dried at 105 áµ’C for 60 min in the oven. Four different sizes (3, 4, 5, and 6 mm) of the produced char were...
View PDF
Keywords
Char
Activated carbon
Carbonization
Chemistry
Nitrogen
Carbon fibers
Specific surface area
Iodine value
Activation energy
Atmosphere (unit)
Nuclear chemistry
Materials science
Adsorption
Organic chemistry
Coal
Composite material
Catalysis
Physics
Composite number
Thermodynamics
Sustainable Development Goals (SDG)
Clean water and sanitation


pdf file