Activated carbon was produced from the water hyacinth (CAA) by impregnation with ZnCl2 (1:2), followed by pyrolysis at 700 ºC, under N2. CAA was used for the adsorption of phenol, m-cresol and o-cresol from aqueous solutions, using batch adsorption. The effects of contact time, pH, temperature and concentration on sorption were investigated. Adsorption capacity, calculated using the Langmuir model proved to be dependent on temperature, reaching values of 163.7, 130.2 and 142.3 mg g-1 for phenol, m-cresol and o-cresol, respectively, at 45 ºC. Thermodynamic data at the solid-liquid interface suggests an endothermic, spontaneous and environmentally-friendly process
This potential of dried water hyacinth for phenol adsorption from aqueous solution was studied. The ...
This study was aimed for removal of phenol from water using activated carbon synthesize from avocado...
In this study, applicability of activated carbon derived from sugar cane bagasse to remove phenol fr...
825-833The present study envisages the use of an aquatic plant material, water hyacinth to prepare ...
The ability of activated carbon which was produced by chemical activation using zinc chloride from t...
The ability of activated carbon which was produced by chemical activation using zinc chloride from t...
The ability of activated carbon which was produced by chemical activation using zinc chloride from t...
Fruit wastes of the Ceiba speciosa forest species were employed as raw material for preparing activa...
Phenol components are major industry contaminants of aquatic environment. Among all practical method...
In this study, a low cost activated carbon which based on Eucalyptus camaldulensis barks (ECAC) was ...
The potential of burned water hyacinth (BWH) for phenol adsorption from aqueous solution was studied...
Activated carbons derived from oil palm empty fruit bunches (EFB) were investigated to find the suit...
Water hyacinth is an abundant bio-resource considered by many to be an environmental nuisance. It is...
Activated carbon derived from crofton weed (ACCW) was evaluated for its ability to remove phenol fro...
Advanced Center of Surface Chemistry, Department of Applied Chemistry, School for Physical Sciences,...
This potential of dried water hyacinth for phenol adsorption from aqueous solution was studied. The ...
This study was aimed for removal of phenol from water using activated carbon synthesize from avocado...
In this study, applicability of activated carbon derived from sugar cane bagasse to remove phenol fr...
825-833The present study envisages the use of an aquatic plant material, water hyacinth to prepare ...
The ability of activated carbon which was produced by chemical activation using zinc chloride from t...
The ability of activated carbon which was produced by chemical activation using zinc chloride from t...
The ability of activated carbon which was produced by chemical activation using zinc chloride from t...
Fruit wastes of the Ceiba speciosa forest species were employed as raw material for preparing activa...
Phenol components are major industry contaminants of aquatic environment. Among all practical method...
In this study, a low cost activated carbon which based on Eucalyptus camaldulensis barks (ECAC) was ...
The potential of burned water hyacinth (BWH) for phenol adsorption from aqueous solution was studied...
Activated carbons derived from oil palm empty fruit bunches (EFB) were investigated to find the suit...
Water hyacinth is an abundant bio-resource considered by many to be an environmental nuisance. It is...
Activated carbon derived from crofton weed (ACCW) was evaluated for its ability to remove phenol fro...
Advanced Center of Surface Chemistry, Department of Applied Chemistry, School for Physical Sciences,...
This potential of dried water hyacinth for phenol adsorption from aqueous solution was studied. The ...
This study was aimed for removal of phenol from water using activated carbon synthesize from avocado...
In this study, applicability of activated carbon derived from sugar cane bagasse to remove phenol fr...