Removal of Radiotoxic Metal Ions - Dubey, Som Shankar
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During recent years, the adsorption process has also come on fore front as one of the major techniques for the removal of heavy metal toxic ions from polluted aqueous wastes. The process has been found to be useful due to its high efficiency, selectivity, low maintenance cost and ease of operation. Hydrous oxides of polyvalent metal ions have efficient capacity to take up cations, including heavy metal ions, and are superior to other adsorbent materials because of their leach resistance property and stability against high temperature and radiations. The radiotracer technique has emerged as…mehr

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Produktbeschreibung
During recent years, the adsorption process has also come on fore front as one of the major techniques for the removal of heavy metal toxic ions from polluted aqueous wastes. The process has been found to be useful due to its high efficiency, selectivity, low maintenance cost and ease of operation. Hydrous oxides of polyvalent metal ions have efficient capacity to take up cations, including heavy metal ions, and are superior to other adsorbent materials because of their leach resistance property and stability against high temperature and radiations. The radiotracer technique has emerged as more sensitive than all other methods and has been used in the study of adsorption over a wide range of adsorptive concentrations (i.e., at micro down to tracer level) even on small surface areas.
Autorenporträt
Dr. Som Shankar Dubey (Ph.D)obtained his doctoral degree from Banaras Hindu University, Varanasi, India in Chemistry. Presently he is working as Assistant Professor in the Department of Chemistry. His field of research includes adsorption/surface chemistry and adsorption on nano materials for various cations and anions.