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- W4309957929 abstract "Trace metals are common contaminants found in various environmental matrices and human dietary sources, posing significant health and environmental dangers. Trace metals in water emanate from both natural and man-made sources. Because trace metals are resistant to deterioration, and can be retained in the environment for significant periods. Physical and chemical (ion exchange, adsorption, membrane filtration, chemical precipitation, and electrocoagulation) and biological approaches (bioaccumulation, biosorption, biocrystalization, bioprecipiation, biotransformation, and bioleaching) are used to extricate trace elements in water. Because of the reasonable cost of utilizing physical and chemical methods, contemporary research has focused on biological methods such as the use of microorganisms, which are more cost-effective. Trace metal sequestration mechanisms exist in various microorganisms (bacteria, algae, and fungi—molds and yeasts). Trace metal ions in solution, coupled with conditions of equipment operation, including: pH value, thermal levels, adsorbent amount used, initial concentration of a metal ion in solution, adsorption interval, and type of particle size of adsorbent, have all been observed to influence the removal of trace metals in water. The availability of these metallic ions in environmental matrices represents a significant threat to biodiversity, with long-term exposure likely to result in toxicity of the liver and kidney, intestinal damage and even cancer. As a result, it is necessary to utilize these biological approaches on an industrial scale to eliminate potentially harmful metals from drinking and wastewater sources." @default.
- W4309957929 created "2022-11-30" @default.
- W4309957929 creator A5002481448 @default.
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- W4309957929 creator A5054527606 @default.
- W4309957929 creator A5062064343 @default.
- W4309957929 date "2023-01-01" @default.
- W4309957929 modified "2023-09-29" @default.
- W4309957929 title "Processes of decontamination and elimination of toxic metals from water and wastewaters" @default.
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