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- W1975348788 abstract "In this article, the technical feasibility of the use of activated carbon, synthetic resins, and various low-cost natural adsorbents for the removal of phenol and its derivatives from contaminated water has been reviewed. Instead of using commercial activated carbon and synthetic resins, researchers have worked on inexpensive materials such as coal fly ash, sludge, biomass, zeolites, and other adsorbents, which have high adsorption capacity and are locally available. The comparison of their removal performance with that of activated carbon and synthetic resins is presented in this study. From our survey of about 100 papers, low-cost adsorbents have demonstrated outstanding removal capabilities for phenol and its derivatives compared to activated carbons. Adsorbents that stand out for high adsorption capacities are coal-reject, residual coal treated with H3PO4, dried activated sludge, red mud, and cetyltrimethylammonium bromide-modified montmorillonite. Of these synthetic resins, HiSiv 1000 and IRA-420 display high adsorption capacity of phenol and XAD-4 has good adsorption capability for 2-nitrophenol. These polymeric adsorbents are suitable for industrial effluents containing phenol and its derivatives as mentioned previously. It should be noted that the adsorption capacities of the adsorbents presented here vary significantly depending on the characteristics of the individual adsorbent, the extent of chemical modifications, and the concentrations of solutes." @default.
- W1975348788 created "2016-06-24" @default.
- W1975348788 creator A5020955635 @default.
- W1975348788 creator A5053058856 @default.
- W1975348788 date "2009-03-01" @default.
- W1975348788 modified "2023-10-18" @default.
- W1975348788 title "Adsorption of phenol and its derivatives from water using synthetic resins and low-cost natural adsorbents: A review" @default.
- W1975348788 cites W1601115265 @default.
- W1975348788 cites W1965100170 @default.
- W1975348788 cites W1965915981 @default.
- W1975348788 cites W1966340699 @default.
- W1975348788 cites W1966470492 @default.
- W1975348788 cites W1969734784 @default.
- W1975348788 cites W1970239241 @default.
- W1975348788 cites W1975372168 @default.
- W1975348788 cites W1978456313 @default.
- W1975348788 cites W1980165681 @default.
- W1975348788 cites W1980704616 @default.
- W1975348788 cites W1986113254 @default.
- W1975348788 cites W1986205491 @default.
- W1975348788 cites W1988402164 @default.
- W1975348788 cites W1989928539 @default.
- W1975348788 cites W1991342681 @default.
- W1975348788 cites W1991688409 @default.
- W1975348788 cites W1992896287 @default.
- W1975348788 cites W1995339327 @default.
- W1975348788 cites W1997511058 @default.
- W1975348788 cites W2000577461 @default.
- W1975348788 cites W2004587276 @default.
- W1975348788 cites W2005241238 @default.
- W1975348788 cites W2007153148 @default.
- W1975348788 cites W2011343387 @default.
- W1975348788 cites W2011508913 @default.
- W1975348788 cites W2018702661 @default.
- W1975348788 cites W2021449561 @default.
- W1975348788 cites W2022789754 @default.
- W1975348788 cites W2023545102 @default.
- W1975348788 cites W2023554960 @default.
- W1975348788 cites W2025829645 @default.
- W1975348788 cites W2028117432 @default.
- W1975348788 cites W2028131301 @default.
- W1975348788 cites W2029539441 @default.
- W1975348788 cites W2031197772 @default.
- W1975348788 cites W2031439198 @default.
- W1975348788 cites W2033839883 @default.
- W1975348788 cites W2035588100 @default.
- W1975348788 cites W2037367427 @default.
- W1975348788 cites W2038275654 @default.
- W1975348788 cites W2040153588 @default.
- W1975348788 cites W2040429240 @default.
- W1975348788 cites W2042409867 @default.
- W1975348788 cites W2044243475 @default.
- W1975348788 cites W2045759382 @default.
- W1975348788 cites W2046817815 @default.
- W1975348788 cites W2047146002 @default.
- W1975348788 cites W2047169005 @default.
- W1975348788 cites W2049140609 @default.
- W1975348788 cites W2051144082 @default.
- W1975348788 cites W2051309150 @default.
- W1975348788 cites W2052213782 @default.
- W1975348788 cites W2053354796 @default.
- W1975348788 cites W2053999861 @default.
- W1975348788 cites W2055884722 @default.
- W1975348788 cites W2057722966 @default.
- W1975348788 cites W2058773979 @default.
- W1975348788 cites W2060794439 @default.
- W1975348788 cites W2062037469 @default.
- W1975348788 cites W2070191917 @default.
- W1975348788 cites W2070708373 @default.
- W1975348788 cites W2070992460 @default.
- W1975348788 cites W2073999407 @default.
- W1975348788 cites W2078946265 @default.
- W1975348788 cites W2079539299 @default.
- W1975348788 cites W2083254030 @default.
- W1975348788 cites W2084276170 @default.
- W1975348788 cites W2084557034 @default.
- W1975348788 cites W2084887136 @default.
- W1975348788 cites W2085703091 @default.
- W1975348788 cites W2087430270 @default.
- W1975348788 cites W2090618534 @default.
- W1975348788 cites W2091839885 @default.
- W1975348788 cites W2092793333 @default.
- W1975348788 cites W2094900424 @default.
- W1975348788 cites W2102446210 @default.
- W1975348788 cites W2108068565 @default.
- W1975348788 cites W2137026728 @default.
- W1975348788 cites W2142382674 @default.
- W1975348788 cites W2157483155 @default.
- W1975348788 cites W2170475650 @default.
- W1975348788 doi "https://doi.org/10.1016/j.jenvman.2008.09.003" @default.
- W1975348788 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18995949" @default.
- W1975348788 hasPublicationYear "2009" @default.
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