Selective removal of nitrate and phosphate from wastewater using nanoscale materials
TKM Prashantha Kumar, TR Mandlimath… - Nanoscience in Food …, 2016 - Springer
Nanoscience in Food and Agriculture 3, 2016•Springer
Excessive nitrogen (N) and phosphorous (P) release into runoff from human activities is a
major cause of eutrophication, which degrades freshwater and ecosystems. Phosphate and
nitrate pollutants can be removed by chemical precipitation, biological treatment, membrane
processes, electrolytic treatment, ion-exchange and adsorption process to remove these
pollutants from water sources effectively. Adsorption is a cost-effective solution for efficient
nitrate and phosphate ions removal. In this review various nanoscale adsorbents such as …
major cause of eutrophication, which degrades freshwater and ecosystems. Phosphate and
nitrate pollutants can be removed by chemical precipitation, biological treatment, membrane
processes, electrolytic treatment, ion-exchange and adsorption process to remove these
pollutants from water sources effectively. Adsorption is a cost-effective solution for efficient
nitrate and phosphate ions removal. In this review various nanoscale adsorbents such as …
Abstract
Excessive nitrogen (N) and phosphorous (P) release into runoff from human activities is a major cause of eutrophication, which degrades freshwater and ecosystems. Phosphate and nitrate pollutants can be removed by chemical precipitation, biological treatment, membrane processes, electrolytic treatment, ion-exchange and adsorption process to remove these pollutants from water sources effectively. Adsorption is a cost-effective solution for efficient nitrate and phosphate ions removal. In this review various nanoscale adsorbents such as zero-valent metal, metal oxides, functionalized materials and carbon-based materials are surveyed. Their adsorption capacities under various conditions are compared.
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