Increasing of water pollution caused by nickel metal has led to a serious threat to public health. Besides, the conventional method to remove heavy metals in wastewater is found to be very expensive and not really effective. Adsorption of nickel ion using orange skin is found to be a suitable alternative for this problem. The aim of this project is to determine the effectiveness of orange peel to remove nickel in wastewater. In this project, a synthetic nickel solution with known nickel concentration was analysed with different contact time, initial concentration and adsorbent dosage. Langmuir and Freundlich isotherms were employed to explain adsorption equilibrium
Widespread industrial applications of nickel have lead to its presence in industrial effluents. High...
The purpose of this project was to investigate the heavy metal adsorption capabilities of biomass. T...
Tapioca peel, waste from native tapioca starch industry in Thailand, was used for the biosorption of...
BACKGROUND: Nickel is a highly toxic metal which is discharged into receiving waters by several indu...
The removal of divalent nickel from aqueous solutions on modified holly sawdust was studied at varyi...
The removal of divalent nickel from aqueous solutions on modified holly sawdust was studied at varyi...
Low cost bio-materials such as peels of orange (Citrus sinensis), potato (Solanum tuberosum) and the...
Nickel contaminated wastewater from plating industries is a major environmental concern. Current tre...
The potential of economically cheaper cellulose containing natural materials like rice husk was asse...
Chemical wastewater streams may contain toxic compounds which are non-biodegradable, and therefore r...
The adsorption of selected metals (Cu, Mn, and Fe) from water solution using orange peel was studied...
Wastewaters and contaminants released to the aqueous environment increase due to developing industri...
Water pollution because of inorganic contaminants is a serious problem due to the acute toxicities...
The introduction of lethal heavy metals into the environment from industrial wastes is a major probl...
Thesis submitted in fulfilment of the requirements for the degree of Master of Technology: Chemistry...
Widespread industrial applications of nickel have lead to its presence in industrial effluents. High...
The purpose of this project was to investigate the heavy metal adsorption capabilities of biomass. T...
Tapioca peel, waste from native tapioca starch industry in Thailand, was used for the biosorption of...
BACKGROUND: Nickel is a highly toxic metal which is discharged into receiving waters by several indu...
The removal of divalent nickel from aqueous solutions on modified holly sawdust was studied at varyi...
The removal of divalent nickel from aqueous solutions on modified holly sawdust was studied at varyi...
Low cost bio-materials such as peels of orange (Citrus sinensis), potato (Solanum tuberosum) and the...
Nickel contaminated wastewater from plating industries is a major environmental concern. Current tre...
The potential of economically cheaper cellulose containing natural materials like rice husk was asse...
Chemical wastewater streams may contain toxic compounds which are non-biodegradable, and therefore r...
The adsorption of selected metals (Cu, Mn, and Fe) from water solution using orange peel was studied...
Wastewaters and contaminants released to the aqueous environment increase due to developing industri...
Water pollution because of inorganic contaminants is a serious problem due to the acute toxicities...
The introduction of lethal heavy metals into the environment from industrial wastes is a major probl...
Thesis submitted in fulfilment of the requirements for the degree of Master of Technology: Chemistry...
Widespread industrial applications of nickel have lead to its presence in industrial effluents. High...
The purpose of this project was to investigate the heavy metal adsorption capabilities of biomass. T...
Tapioca peel, waste from native tapioca starch industry in Thailand, was used for the biosorption of...