Matches in SemOpenAlex for { <https://semopenalex.org/work/W4283374865> ?p ?o ?g. }
- W4283374865 endingPage "115522" @default.
- W4283374865 startingPage "115522" @default.
- W4283374865 abstract "Wastewater reuse is an important strategy for water resource management. For this reason, the disinfection process must be appropriated, eliminating pathogenic microorganisms. Ozonation (O3) and UV/H2O2 treatments can be used for effluent disinfection, but few studies just address the Escherichia coli quantification. In this study, secondary effluents from two wastewater treatment plants with different characteristics were exposed to O3 (5 and 10 mg L-1) or UV/H2O2 (H2O2: 90 mg L-1) treatments and evaluated by BD Phoenix ™ 100 (Becton Dickinson, USA) and MALDI-TOF for the characterization of the indigenous microorganisms in the effluents, before and after treatments. Additionally, all the samples were tested for phytotoxicity by Lactuca sativa bioassay. The results showed that the highest ozone dose and the UV/H2O2 treatment were effective in removing E. coli. UV/H2O2 was more efficient as it eliminated most of the microorganisms. Acinetobacter sp., Aeromonas and Pseudomonas were still found after O3 treatment. Bacillus sp. was found after O3 and UV/H2O2 treatments. The results with L. sativa showed inhibition of root growth for all dry period (low rainfall) samples of one of the WWTP, due to the high concentration of the phytotoxicity compounds. For environmental and human health safety, treated effluents should be evaluated for their toxic and pathogenic potential before being released into the environment. Pathogens evaluation on treated effluents should cover a wider range of pathogenic microorganisms than those routinely required by legislation." @default.
- W4283374865 created "2022-06-25" @default.
- W4283374865 creator A5007565882 @default.
- W4283374865 creator A5008100412 @default.
- W4283374865 creator A5039544676 @default.
- W4283374865 creator A5061576109 @default.
- W4283374865 creator A5067014782 @default.
- W4283374865 creator A5079411090 @default.
- W4283374865 creator A5091731105 @default.
- W4283374865 date "2022-09-01" @default.
- W4283374865 modified "2023-10-10" @default.
- W4283374865 title "Assessment of phytotoxic potential and pathogenic bacteria removal from secondary effluents during ozonation and UV/H2O2" @default.
- W4283374865 cites W1559009590 @default.
- W4283374865 cites W1942647727 @default.
- W4283374865 cites W1977038381 @default.
- W4283374865 cites W1981264676 @default.
- W4283374865 cites W1982225884 @default.
- W4283374865 cites W1983503456 @default.
- W4283374865 cites W1984089156 @default.
- W4283374865 cites W1986480243 @default.
- W4283374865 cites W1986713042 @default.
- W4283374865 cites W1998742232 @default.
- W4283374865 cites W2008691620 @default.
- W4283374865 cites W2009048662 @default.
- W4283374865 cites W2014735861 @default.
- W4283374865 cites W2015624709 @default.
- W4283374865 cites W2017793024 @default.
- W4283374865 cites W2039184014 @default.
- W4283374865 cites W2043979436 @default.
- W4283374865 cites W2044251513 @default.
- W4283374865 cites W2045935930 @default.
- W4283374865 cites W2047339945 @default.
- W4283374865 cites W2053967526 @default.
- W4283374865 cites W2057809710 @default.
- W4283374865 cites W2060642913 @default.
- W4283374865 cites W2071151560 @default.
- W4283374865 cites W2072473168 @default.
- W4283374865 cites W2073794629 @default.
- W4283374865 cites W2075997487 @default.
- W4283374865 cites W2077444353 @default.
- W4283374865 cites W2077914268 @default.
- W4283374865 cites W2079119341 @default.
- W4283374865 cites W2079254561 @default.
- W4283374865 cites W2083457664 @default.
- W4283374865 cites W2085799157 @default.
- W4283374865 cites W2087738080 @default.
- W4283374865 cites W2087973984 @default.
- W4283374865 cites W2088684348 @default.
- W4283374865 cites W2092597897 @default.
- W4283374865 cites W2096490982 @default.
- W4283374865 cites W2107925657 @default.
- W4283374865 cites W2109578375 @default.
- W4283374865 cites W2112425978 @default.
- W4283374865 cites W2116723093 @default.
- W4283374865 cites W21236508 @default.
- W4283374865 cites W2130930466 @default.
- W4283374865 cites W2134359136 @default.
- W4283374865 cites W2139445275 @default.
- W4283374865 cites W2147123075 @default.
- W4283374865 cites W2168552063 @default.
- W4283374865 cites W2242627072 @default.
- W4283374865 cites W2299365028 @default.
- W4283374865 cites W2324584948 @default.
- W4283374865 cites W2346897918 @default.
- W4283374865 cites W23864608 @default.
- W4283374865 cites W2401284629 @default.
- W4283374865 cites W2414572901 @default.
- W4283374865 cites W2461511173 @default.
- W4283374865 cites W2519525355 @default.
- W4283374865 cites W2588791862 @default.
- W4283374865 cites W2615583214 @default.
- W4283374865 cites W2730547419 @default.
- W4283374865 cites W2779260350 @default.
- W4283374865 cites W2793342543 @default.
- W4283374865 cites W2796247386 @default.
- W4283374865 cites W2796460172 @default.
- W4283374865 cites W2798073054 @default.
- W4283374865 cites W2804032148 @default.
- W4283374865 cites W2888879768 @default.
- W4283374865 cites W2889713700 @default.
- W4283374865 cites W2943878720 @default.
- W4283374865 cites W2945805230 @default.
- W4283374865 cites W2955968661 @default.
- W4283374865 cites W2971792287 @default.
- W4283374865 cites W3007297372 @default.
- W4283374865 cites W3012311305 @default.
- W4283374865 cites W3042301629 @default.
- W4283374865 cites W3091610434 @default.
- W4283374865 cites W3116539205 @default.
- W4283374865 cites W3119663000 @default.
- W4283374865 cites W4236247213 @default.
- W4283374865 doi "https://doi.org/10.1016/j.jenvman.2022.115522" @default.
- W4283374865 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35759961" @default.
- W4283374865 hasPublicationYear "2022" @default.
- W4283374865 type Work @default.
- W4283374865 citedByCount "1" @default.
- W4283374865 countsByYear W42833748652023 @default.
- W4283374865 crossrefType "journal-article" @default.