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- W3120507162 abstract "During recent years, the pharmaceutical compounds have been considered as an emerging water micro-pollutant, due to their potential eco-toxicity. Among the various treatment approaches, the adsorption method has been found an attractive, simple and powerful tool for the removal of these compounds. Recently, the chitosan-based materials (composite), as an eco-friendly biopolymers class, show remarkable promise for effective adsorption of these compounds. This paper aims to establish criteria for choosing the finest chitosan-derivatives through a critical review and assess the published researches dealing with the effectiveness of them in the adsorptive removal of pharmaceutical compounds. This is followed by a preliminary summary for pharmaceutical contaminants adsorption performance of studied chitosan-based materials in tables. In this review article, the pharmaceutical materials also introduced into three categories as antibiotics (tetracycline, amoxicillin, etc.), non-steroidal anti-inflammatory (diclofenac, ibuprofen, etc.) and other pharmaceutical compounds (hydroquinone, fluoxetine, etc.), and the employed adsorbents for their removal were studied. This review provides information for the development of composite adsorbents, enhancement of adsorption ability by modification with different functional groups, real wastewater treatment, multicomponent adsorption, regeneration enhancement and fixed-bed studies which is helpful for readers to water and wastewater treatment process at both laboratory and field scales. Along this line, the impact of the various parameters (pH, sorbent amount, initial concentration, temperature, etc.) and the adsorption mechanism are also briefly discussed." @default.
- W3120507162 created "2021-01-18" @default.
- W3120507162 creator A5008837336 @default.
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- W3120507162 creator A5088287584 @default.
- W3120507162 date "2021-04-01" @default.
- W3120507162 modified "2023-10-18" @default.
- W3120507162 title "Recent advances in using of chitosan-based adsorbents for removal of pharmaceutical contaminants: A review" @default.
- W3120507162 cites W1427737905 @default.
- W3120507162 cites W1466182572 @default.
- W3120507162 cites W1973233655 @default.
- W3120507162 cites W1973814811 @default.
- W3120507162 cites W1974019710 @default.
- W3120507162 cites W1975109476 @default.
- W3120507162 cites W1977181029 @default.
- W3120507162 cites W1981581143 @default.
- W3120507162 cites W1989843228 @default.
- W3120507162 cites W1997167551 @default.
- W3120507162 cites W2001438897 @default.
- W3120507162 cites W2009989575 @default.
- W3120507162 cites W2010865161 @default.
- W3120507162 cites W2012635468 @default.
- W3120507162 cites W2017805991 @default.
- W3120507162 cites W2020632040 @default.
- W3120507162 cites W2021340653 @default.
- W3120507162 cites W2024278482 @default.
- W3120507162 cites W2040538923 @default.
- W3120507162 cites W2044590056 @default.
- W3120507162 cites W2048095873 @default.
- W3120507162 cites W2050913303 @default.
- W3120507162 cites W2052760914 @default.
- W3120507162 cites W2060822173 @default.
- W3120507162 cites W2066261977 @default.
- W3120507162 cites W2071616281 @default.
- W3120507162 cites W2075413427 @default.
- W3120507162 cites W2076422735 @default.
- W3120507162 cites W2077452324 @default.
- W3120507162 cites W2080744044 @default.
- W3120507162 cites W2081951946 @default.
- W3120507162 cites W2089482438 @default.
- W3120507162 cites W2089758646 @default.
- W3120507162 cites W2092871209 @default.
- W3120507162 cites W2093324536 @default.
- W3120507162 cites W2094737666 @default.
- W3120507162 cites W2095280288 @default.
- W3120507162 cites W2101586155 @default.
- W3120507162 cites W2115443721 @default.
- W3120507162 cites W2117136669 @default.
- W3120507162 cites W2134739777 @default.
- W3120507162 cites W2146816877 @default.
- W3120507162 cites W2153637866 @default.
- W3120507162 cites W2180386639 @default.
- W3120507162 cites W2185581884 @default.
- W3120507162 cites W2192209174 @default.
- W3120507162 cites W2193312836 @default.
- W3120507162 cites W2196748879 @default.
- W3120507162 cites W2197988758 @default.
- W3120507162 cites W2233094300 @default.
- W3120507162 cites W2278091594 @default.
- W3120507162 cites W2315726222 @default.
- W3120507162 cites W2316729848 @default.
- W3120507162 cites W2323351671 @default.
- W3120507162 cites W2342348077 @default.
- W3120507162 cites W2440035889 @default.
- W3120507162 cites W2462865779 @default.
- W3120507162 cites W2464038184 @default.
- W3120507162 cites W2465354079 @default.
- W3120507162 cites W2478637409 @default.
- W3120507162 cites W2499182113 @default.
- W3120507162 cites W250172631 @default.
- W3120507162 cites W2525363840 @default.
- W3120507162 cites W2530648926 @default.
- W3120507162 cites W2553964255 @default.
- W3120507162 cites W2561192138 @default.
- W3120507162 cites W2570420898 @default.
- W3120507162 cites W2575350611 @default.
- W3120507162 cites W2580891862 @default.
- W3120507162 cites W2587500240 @default.
- W3120507162 cites W2593677053 @default.
- W3120507162 cites W2605167022 @default.
- W3120507162 cites W2605321702 @default.
- W3120507162 cites W2605441478 @default.
- W3120507162 cites W2724455620 @default.
- W3120507162 cites W2725005724 @default.
- W3120507162 cites W2739560992 @default.
- W3120507162 cites W2746080083 @default.
- W3120507162 cites W2753283239 @default.
- W3120507162 cites W2765862483 @default.
- W3120507162 cites W2765997218 @default.
- W3120507162 cites W2768187452 @default.
- W3120507162 cites W2769826121 @default.
- W3120507162 cites W2775070756 @default.