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- W3209001950 abstract "Heavy metal pollution poses a grave environmental threat. Some of the most toxic metals are highly mobile and, therefore, easily transported through ground water systems, thus, affecting large areas. Over the last decade, adsorption has been greatly focused on as a strategy for contaminated water treatment. Its versatility and relative ease of application have been a major determinant of its preference. Nanosized adsorbents have high surface areas and are size tunable and, hence, have been favored in adsorption applications. The magnetic properties of nanosized magnetite (Fe3O4) have made them particularly favorable. Magnetite composites with various materials have widely been applied in the adsorptive treatment of real and synthetic water containing heavy metal pollutants. This review outlines the application of Fe3O4 nanoparticles and Fe3O4 organic composites in the adsorption of heavy metal ions in aqueous solution. The reviewed articles indicate that the formation of Fe3O4 inorganic–organic composites improves the adsorption efficiencies of the composites and improves their applicability by providing magnetic separability. The presence of Fe3O4 nanoparticles in the composite materials also provides for improved reusability of the adsorbent. Generally, the formation of these composites tends to make adsorption a more viable alternative to conventional water treatment options for heavy metal pollutants in water." @default.
- W3209001950 created "2021-11-08" @default.
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- W3209001950 creator A5073798668 @default.
- W3209001950 date "2021-10-26" @default.
- W3209001950 modified "2023-09-24" @default.
- W3209001950 title "Sequestration of Heavy Metal Pollutants by Fe3O4-based Composites" @default.
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- W3209001950 cites W1964956955 @default.
- W3209001950 cites W1970815692 @default.
- W3209001950 cites W1973862797 @default.
- W3209001950 cites W1976347027 @default.
- W3209001950 cites W1977231932 @default.
- W3209001950 cites W1978079846 @default.
- W3209001950 cites W1979540369 @default.
- W3209001950 cites W1981533112 @default.
- W3209001950 cites W1982846824 @default.
- W3209001950 cites W1984880079 @default.
- W3209001950 cites W1990339553 @default.
- W3209001950 cites W1994088551 @default.
- W3209001950 cites W1996193209 @default.
- W3209001950 cites W1997695203 @default.
- W3209001950 cites W1998552050 @default.
- W3209001950 cites W2003897515 @default.
- W3209001950 cites W2007486664 @default.
- W3209001950 cites W2016171148 @default.
- W3209001950 cites W2016334396 @default.
- W3209001950 cites W2019310228 @default.
- W3209001950 cites W2026330088 @default.
- W3209001950 cites W2026468027 @default.
- W3209001950 cites W2030378758 @default.
- W3209001950 cites W2032719925 @default.
- W3209001950 cites W2034676538 @default.
- W3209001950 cites W2035570825 @default.
- W3209001950 cites W2039642023 @default.
- W3209001950 cites W2048176719 @default.
- W3209001950 cites W2050892022 @default.
- W3209001950 cites W2057515933 @default.
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- W3209001950 cites W2139553865 @default.
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- W3209001950 doi "https://doi.org/10.1007/978-981-16-5916-4_4" @default.
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