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- W2898045178 abstract "The adsorption capacity of three representative pharmaceutical drugs and personal care products (PPCPs) viz. diclofenac sodium (DCF), chlorpromazine hydrochloride (CLF) and amodiaquin dihydrochloride (ADQ), were preliminarily studied using a water-stable Cu(II)-based metal organic framework (MOF) [Cu(BTTA)]n·2DMF (1) (H2BTTA = 1,4-bis(triazol-1-yl)terephthalic acid). We also investigated the factors influencing the adsorption such as concentration, pH, contact time, temperature and dosages. The results show that the adsorption capacity of 1 for DCF (650 mg gˉ1) from aqueous medium, which is higher in comparison to most of the reported MOFs. While the adsorption of CLF and ADQ are only 67 mg gˉ1 and 72 mg gˉ1, respectively. The adsorption isotherm and adsorption kinetics indicated that the adsorption of diclofenac sodium by 1 follows Freundlich model with R2 value of 0.9902 and pseudo-first-order kinetics with correlation coefficient 0.9939 and K1 value of 0.0058 min−1, respectively. Investigations indicate that 1 could become a potential material to adsorb DCF from aqueous medium." @default.
- W2898045178 created "2018-10-26" @default.
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- W2898045178 date "2019-01-01" @default.
- W2898045178 modified "2023-10-18" @default.
- W2898045178 title "Selective adsorption and removal of drug contaminants by using an extremely stable Cu(II)-based 3D metal-organic framework" @default.
- W2898045178 cites W1246606203 @default.
- W2898045178 cites W1756326972 @default.
- W2898045178 cites W1970953156 @default.
- W2898045178 cites W1973745391 @default.
- W2898045178 cites W1982892173 @default.
- W2898045178 cites W1985308333 @default.
- W2898045178 cites W1986038822 @default.
- W2898045178 cites W1989129968 @default.
- W2898045178 cites W1994640146 @default.
- W2898045178 cites W2006402972 @default.
- W2898045178 cites W2006874383 @default.
- W2898045178 cites W2014226326 @default.
- W2898045178 cites W2015454212 @default.
- W2898045178 cites W2021340653 @default.
- W2898045178 cites W2022357240 @default.
- W2898045178 cites W2022573674 @default.
- W2898045178 cites W2026528874 @default.
- W2898045178 cites W2034055967 @default.
- W2898045178 cites W2035159751 @default.
- W2898045178 cites W2041623523 @default.
- W2898045178 cites W2045971321 @default.
- W2898045178 cites W2050863372 @default.
- W2898045178 cites W2051713066 @default.
- W2898045178 cites W2060638409 @default.
- W2898045178 cites W2061942442 @default.
- W2898045178 cites W2062269633 @default.
- W2898045178 cites W2069537362 @default.
- W2898045178 cites W2070958309 @default.
- W2898045178 cites W2076288335 @default.
- W2898045178 cites W2079522536 @default.
- W2898045178 cites W2089267624 @default.
- W2898045178 cites W2091161882 @default.
- W2898045178 cites W2091975926 @default.
- W2898045178 cites W2101605491 @default.
- W2898045178 cites W2112017750 @default.
- W2898045178 cites W2112307556 @default.
- W2898045178 cites W2133413783 @default.
- W2898045178 cites W2144201434 @default.
- W2898045178 cites W2144790873 @default.
- W2898045178 cites W2313650448 @default.
- W2898045178 cites W2322759533 @default.
- W2898045178 cites W2342348077 @default.
- W2898045178 cites W2344755566 @default.
- W2898045178 cites W2410989367 @default.
- W2898045178 cites W2440035889 @default.
- W2898045178 cites W2440836370 @default.
- W2898045178 cites W2465354079 @default.
- W2898045178 cites W2478637409 @default.
- W2898045178 cites W2495460086 @default.
- W2898045178 cites W2517278182 @default.
- W2898045178 cites W2544484598 @default.
- W2898045178 cites W2551501548 @default.
- W2898045178 cites W2562194812 @default.
- W2898045178 cites W2574017121 @default.
- W2898045178 cites W2595802862 @default.
- W2898045178 cites W2603119267 @default.
- W2898045178 cites W2604582289 @default.
- W2898045178 cites W2607848054 @default.
- W2898045178 cites W2609307272 @default.
- W2898045178 cites W2610608721 @default.
- W2898045178 cites W2617009200 @default.
- W2898045178 cites W2749781780 @default.
- W2898045178 cites W2749872778 @default.
- W2898045178 cites W2751332960 @default.
- W2898045178 cites W2765856370 @default.
- W2898045178 cites W2766988074 @default.
- W2898045178 cites W2780324801 @default.
- W2898045178 cites W2791026221 @default.
- W2898045178 cites W2793053104 @default.
- W2898045178 cites W2803431365 @default.
- W2898045178 cites W2805763311 @default.
- W2898045178 cites W2834363827 @default.
- W2898045178 cites W4255480351 @default.
- W2898045178 doi "https://doi.org/10.1016/j.chemosphere.2018.10.075" @default.
- W2898045178 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30342397" @default.
- W2898045178 hasPublicationYear "2019" @default.
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