Add to ORKGThe potential feasibility of treated and untreated activated carbon for removal of methylene blue from aqueous solution was investigated. The effects of various experimental parameters such as contact time, solution pH and adsorbent dosage were investigated. The extent of methylene blue removal increased with the increased in contact time, solution pH and amount of adsorbent used. Adsorption data was better fitted to the Langmuir isotherm. The results in this study indicated that the treated activated carbon was an attractive candidate for removing organic dye of methylene blue which shows great reduction of colour while reducing the time contact to achieve equilibrium
In this article efficiency of activated carbon as a potent adsorbent of cationic dyes has been revie...
In this study, activated carbon prepared from hazelnut husk (HHAC) using zinc chloride as chemical a...
Activated carbons were derived from cardboard by carbonization, ZnCl2 activation and KOH activation....
The potential feasibility of treated and untreated activated carbon for removal of methylene blue fr...
In this study, activated carbon was developed from Ficus carica bast (FCBAC). The experiments were c...
Adsorption of a basic dye, methylene blue, from aqueous solutions onto as-received activated carbons...
Synthetic dyes are widely used in the rubber, textiles, plastics, paper and cosmetics industries to ...
Preparation of the activated carbons from sunflower oil cake by sulphuric acid activation with diffe...
Activated carbons were produced from olive stones by a chemical process. The activated carbon (AC) w...
AbstractIn this study, activated carbon was developed from Ficus carica bast (FCBAC). The experiment...
The fruit of plane trees is used to obtain the powdered activated carbon. As the activating agent is...
The use of dyes that pollute the earth and adversely affect the health of human beings is increasing...
Abstract: Carbon prepared from the epicarp of Ricinus communis was used to remove a textile dye (met...
The use of low-cost, locally available, highly efficient, and eco-friendly adsorbents has been inves...
AbstractSalix psammophila activated carbon was prepared by three different kinds of activator, and t...
In this article efficiency of activated carbon as a potent adsorbent of cationic dyes has been revie...
In this study, activated carbon prepared from hazelnut husk (HHAC) using zinc chloride as chemical a...
Activated carbons were derived from cardboard by carbonization, ZnCl2 activation and KOH activation....
The potential feasibility of treated and untreated activated carbon for removal of methylene blue fr...
In this study, activated carbon was developed from Ficus carica bast (FCBAC). The experiments were c...
Adsorption of a basic dye, methylene blue, from aqueous solutions onto as-received activated carbons...
Synthetic dyes are widely used in the rubber, textiles, plastics, paper and cosmetics industries to ...
Preparation of the activated carbons from sunflower oil cake by sulphuric acid activation with diffe...
Activated carbons were produced from olive stones by a chemical process. The activated carbon (AC) w...
AbstractIn this study, activated carbon was developed from Ficus carica bast (FCBAC). The experiment...
The fruit of plane trees is used to obtain the powdered activated carbon. As the activating agent is...
The use of dyes that pollute the earth and adversely affect the health of human beings is increasing...
Abstract: Carbon prepared from the epicarp of Ricinus communis was used to remove a textile dye (met...
The use of low-cost, locally available, highly efficient, and eco-friendly adsorbents has been inves...
AbstractSalix psammophila activated carbon was prepared by three different kinds of activator, and t...
In this article efficiency of activated carbon as a potent adsorbent of cationic dyes has been revie...
In this study, activated carbon prepared from hazelnut husk (HHAC) using zinc chloride as chemical a...
Activated carbons were derived from cardboard by carbonization, ZnCl2 activation and KOH activation....