Activated carbon is prepared with chemical activation of olive stones, by using H3PO4. Batch adsorption of phenol from aqueous solution was investigated. The adsorptive properties were studied in terms of pH, equilibrium time, initial concentration (C0: 25-300 mg/L) and particle sizes (0.125-1.6mm) effects. The experimental kinetic data fitted well the pseudo second order model and the equilibrium isotherm data the Langmuir model. The results indicate that chemical olive stones activated carbon is suitable to be used as an adsorbent material for adsorption of phenol from aqueous solutio
Global attention is increasingly focused on the adverse health and environmental impacts of textile ...
In recent years, interest has been focused on the removal of phenols from contaminated by using a va...
Batch adsorption experiments were performed to study the removal kinetics of phenol from aqueous sol...
The adsorption of phenolic compounds from olive oil wastewater by commercial activated carbon was st...
The adsorption of phenolic compounds from olive oil wastewater by commercial activated carbon was st...
The adsorption of phenolic compounds from olive oil wastewater by commercial activated carbon was st...
A series of adsorbents was developed by physical (CO2) and chemical (KOH) activation of two bio-resi...
Removal of polyphenols from crude olive mill wastewaters (COMWW) is vital to the development of oliv...
Agricultural activities such as olive mills generate highly polluted wastewater together with solid ...
The present work was carried out to evaluate the removal of p-nitrophenol by adsorption onto olive c...
AbstractThe effects of activating agent concentration on the pore structure and surface chemistry of...
AbstractThis study explores the possibility of using olive mill waste to remove phenol from aqueous ...
Olive stones have been widely used as a renewable energy biowaste source. As they are rich in elemen...
Olive oil production generates solid and liquid wastes that cause various environmental problems due...
The rise in olive oil production coincides with an increase in olive oil side-streams, such as olive...
Global attention is increasingly focused on the adverse health and environmental impacts of textile ...
In recent years, interest has been focused on the removal of phenols from contaminated by using a va...
Batch adsorption experiments were performed to study the removal kinetics of phenol from aqueous sol...
The adsorption of phenolic compounds from olive oil wastewater by commercial activated carbon was st...
The adsorption of phenolic compounds from olive oil wastewater by commercial activated carbon was st...
The adsorption of phenolic compounds from olive oil wastewater by commercial activated carbon was st...
A series of adsorbents was developed by physical (CO2) and chemical (KOH) activation of two bio-resi...
Removal of polyphenols from crude olive mill wastewaters (COMWW) is vital to the development of oliv...
Agricultural activities such as olive mills generate highly polluted wastewater together with solid ...
The present work was carried out to evaluate the removal of p-nitrophenol by adsorption onto olive c...
AbstractThe effects of activating agent concentration on the pore structure and surface chemistry of...
AbstractThis study explores the possibility of using olive mill waste to remove phenol from aqueous ...
Olive stones have been widely used as a renewable energy biowaste source. As they are rich in elemen...
Olive oil production generates solid and liquid wastes that cause various environmental problems due...
The rise in olive oil production coincides with an increase in olive oil side-streams, such as olive...
Global attention is increasingly focused on the adverse health and environmental impacts of textile ...
In recent years, interest has been focused on the removal of phenols from contaminated by using a va...
Batch adsorption experiments were performed to study the removal kinetics of phenol from aqueous sol...