Matches in SemOpenAlex for { <https://semopenalex.org/work/W4223979687> ?p ?o ?g. }
- W4223979687 endingPage "128943" @default.
- W4223979687 startingPage "128943" @default.
- W4223979687 abstract "Ultrafiltration (UF) was assessed at chemical, microbiological, genetical and toxicological level and in terms of removing specific antibiotic-related microcontaminants from urban wastewater. The UF capacity to remove various antibiotics (clarithromycin, erythromycin, ampicillin, ofloxacin, sulfamethoxazole, trimethoprim, and tetracycline; [A0] = 100 μg L-1) was optimised with respect to the feed recirculation rate (25-50%) and feed/transmembrane pressure (1.5-3/1.5-2.4 bar, respectively). Here, we tested the UF capacity to reduce the cultivable bacteria (faecal coliforms, total heterotrophs, Enterococci, Pseudomonas aeruginosa), enteric opportunistic pathogens, including antibiotic-resistant bacteria (ARB) and antibiotic-resistance genes (ARGs) load. Moreover, the toxicity towards Daphnia magna and three plant species was investigated. Upon optimisation of UF, the removal of antibiotics ranged from 19% for trimethoprim to 95% for clarithromycin. The concentration of cultivable faecal coliforms in the permeate was significantly reduced compared to the feed (P < 0.001), whereas all the bacterial species decreased by more than 3 logs. A similar pattern of reduction was observed for the ARGs (P < 0.001) and enteric opportunistic pathogens (~3-4 logs reduction). A nearly complete removal of the antibiotics was obtained by UF followed by granular activated carbon adsorption (contact time: 90 min), demonstrating the positive contribution of such combination to the abatement of chemical microcontaminants." @default.
- W4223979687 created "2022-04-19" @default.
- W4223979687 creator A5004267762 @default.
- W4223979687 creator A5005753290 @default.
- W4223979687 creator A5006099051 @default.
- W4223979687 creator A5022055752 @default.
- W4223979687 creator A5049437081 @default.
- W4223979687 creator A5050300279 @default.
- W4223979687 creator A5069653936 @default.
- W4223979687 creator A5072354171 @default.
- W4223979687 creator A5088062526 @default.
- W4223979687 date "2022-08-01" @default.
- W4223979687 modified "2023-10-05" @default.
- W4223979687 title "The effect of ultrafiltration process on the fate of antibiotic-related microcontaminants, pathogenic microbes, and toxicity in urban wastewater" @default.
- W4223979687 cites W1524690618 @default.
- W4223979687 cites W1591867737 @default.
- W4223979687 cites W1795931317 @default.
- W4223979687 cites W1948575437 @default.
- W4223979687 cites W1968964333 @default.
- W4223979687 cites W1972126363 @default.
- W4223979687 cites W1982479612 @default.
- W4223979687 cites W1991080447 @default.
- W4223979687 cites W1996886118 @default.
- W4223979687 cites W2001698270 @default.
- W4223979687 cites W2006252921 @default.
- W4223979687 cites W2006805047 @default.
- W4223979687 cites W2013173664 @default.
- W4223979687 cites W2014116072 @default.
- W4223979687 cites W2019539284 @default.
- W4223979687 cites W2025537557 @default.
- W4223979687 cites W2028993448 @default.
- W4223979687 cites W2035185811 @default.
- W4223979687 cites W2045935930 @default.
- W4223979687 cites W2047910237 @default.
- W4223979687 cites W2050301231 @default.
- W4223979687 cites W2052427658 @default.
- W4223979687 cites W2054491935 @default.
- W4223979687 cites W2055866030 @default.
- W4223979687 cites W2073004086 @default.
- W4223979687 cites W2074436106 @default.
- W4223979687 cites W2076583881 @default.
- W4223979687 cites W2087153993 @default.
- W4223979687 cites W2088959962 @default.
- W4223979687 cites W2089845668 @default.
- W4223979687 cites W2093853186 @default.
- W4223979687 cites W2096811197 @default.
- W4223979687 cites W2112382842 @default.
- W4223979687 cites W2115689558 @default.
- W4223979687 cites W2126905209 @default.
- W4223979687 cites W2140959622 @default.
- W4223979687 cites W2146302448 @default.
- W4223979687 cites W2152127318 @default.
- W4223979687 cites W2159480438 @default.
- W4223979687 cites W2165524029 @default.
- W4223979687 cites W2175760769 @default.
- W4223979687 cites W2192008700 @default.
- W4223979687 cites W2213486205 @default.
- W4223979687 cites W2476223358 @default.
- W4223979687 cites W2476677770 @default.
- W4223979687 cites W2547337573 @default.
- W4223979687 cites W2555315515 @default.
- W4223979687 cites W2596619970 @default.
- W4223979687 cites W2620365149 @default.
- W4223979687 cites W2730674613 @default.
- W4223979687 cites W2732190217 @default.
- W4223979687 cites W2733645076 @default.
- W4223979687 cites W2751145381 @default.
- W4223979687 cites W2767792115 @default.
- W4223979687 cites W2768016499 @default.
- W4223979687 cites W2776907519 @default.
- W4223979687 cites W2791388912 @default.
- W4223979687 cites W2800594372 @default.
- W4223979687 cites W2802394938 @default.
- W4223979687 cites W2850436631 @default.
- W4223979687 cites W2886784740 @default.
- W4223979687 cites W2904469378 @default.
- W4223979687 cites W2909325629 @default.
- W4223979687 cites W2918109311 @default.
- W4223979687 cites W2923995015 @default.
- W4223979687 cites W2949826334 @default.
- W4223979687 cites W2951169837 @default.
- W4223979687 cites W2971756957 @default.
- W4223979687 cites W2985506987 @default.
- W4223979687 cites W2987417674 @default.
- W4223979687 cites W3013137572 @default.
- W4223979687 cites W3030317110 @default.
- W4223979687 cites W3080563526 @default.
- W4223979687 cites W3119606658 @default.
- W4223979687 cites W3121085209 @default.
- W4223979687 cites W3148273153 @default.
- W4223979687 cites W3169900926 @default.
- W4223979687 cites W4256650207 @default.
- W4223979687 doi "https://doi.org/10.1016/j.jhazmat.2022.128943" @default.
- W4223979687 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35650718" @default.
- W4223979687 hasPublicationYear "2022" @default.
- W4223979687 type Work @default.
- W4223979687 citedByCount "5" @default.
- W4223979687 countsByYear W42239796872023 @default.