441-450Presently used arsenic removal technology has been reviewed, pointing especially to the promise of membrane technologies as a practical means of purification. The membrane technologies include reverse osmosis (RO), nanofiltration (NF), ultrafiltration (UF) and microfiltration (MF). Among them, the applications of the first two have proved to be reliable in removing arsenic from water. The influence of membrane materials, membrane type, operating conditions such as temperature, pressure, pH of the feed solution and feed concentration on arsenic removal efficiency by membrane technologies are discussed. This paper also provides a comparison between conventional technologies and membrane technologies for arsenic removal and concludes th...
Arsenic is a toxic semi-metallic element that can be fatal to human health. Membrane filtration can ...
Various technologies are used for the treatment of arsenic (As) contaminated water, but only a few s...
Water contamination with harmful arsenic compounds represents one of the most serious calamities of ...
This article reviews different membrane processes for the removal of arsenic from groundwater. The s...
In recent years, arsenic has increasingly become a concern in water quality, especially in drinking ...
The removal of arsenic by a commercial nanofiltration membrane was evaluated with respect to the per...
The objective of this research is reduction of arsenic concentration in drinking water by using re...
The removal of arsenic from synthetic waters and surface water by nanofiltration (NF) membrane was i...
All over the world the presence of arsenic in water sources for human consumption has been raising g...
Arsenic poisoning in drinking water is a health issue in many countries worldwide including Banglade...
Arsenic (As) contamination in groundwater raises grave concerns in many parts of the world. Arsenic ...
More than 100 million people world-wide are exposed to high arsenic levels through the water in unde...
Arsenic contamination of drinking water has been reported from many parts of world. In some arsenic ...
Arsenic (As) is a highly toxic metalloid found in ground and surface water. Arsenic contamination in...
In the context of prevalence of high concentrations of arsenic in tubewell water, a wide range techn...
Arsenic is a toxic semi-metallic element that can be fatal to human health. Membrane filtration can ...
Various technologies are used for the treatment of arsenic (As) contaminated water, but only a few s...
Water contamination with harmful arsenic compounds represents one of the most serious calamities of ...
This article reviews different membrane processes for the removal of arsenic from groundwater. The s...
In recent years, arsenic has increasingly become a concern in water quality, especially in drinking ...
The removal of arsenic by a commercial nanofiltration membrane was evaluated with respect to the per...
The objective of this research is reduction of arsenic concentration in drinking water by using re...
The removal of arsenic from synthetic waters and surface water by nanofiltration (NF) membrane was i...
All over the world the presence of arsenic in water sources for human consumption has been raising g...
Arsenic poisoning in drinking water is a health issue in many countries worldwide including Banglade...
Arsenic (As) contamination in groundwater raises grave concerns in many parts of the world. Arsenic ...
More than 100 million people world-wide are exposed to high arsenic levels through the water in unde...
Arsenic contamination of drinking water has been reported from many parts of world. In some arsenic ...
Arsenic (As) is a highly toxic metalloid found in ground and surface water. Arsenic contamination in...
In the context of prevalence of high concentrations of arsenic in tubewell water, a wide range techn...
Arsenic is a toxic semi-metallic element that can be fatal to human health. Membrane filtration can ...
Various technologies are used for the treatment of arsenic (As) contaminated water, but only a few s...
Water contamination with harmful arsenic compounds represents one of the most serious calamities of ...