Matches in SemOpenAlex for { <https://semopenalex.org/work/W1965431030> ?p ?o ?g. }
- W1965431030 endingPage "712" @default.
- W1965431030 startingPage "703" @default.
- W1965431030 abstract "This work examined the solar-photo Fenton oxidation against the bioresistant fractions of winery wastewater. Winery effluents already treated by a membrane bioreactor (MBR) were subjected to further purification by solar photo-Fenton oxidation process (hv/Fe2+/H2O2). The effect of various operating variables, such as the catalyst and oxidant concentration, as well as temperature and solar irradiation on the abatement of chemical oxygen demand (COD), dissolved organic carbon (DOC), color, toxicity and phytotoxicity has been assessed. Optimum Fe2+ and H2O2 concentrations were found to be 3 mg L−1 and 250 mg L−1, respectively. Solar photo-Fenton has been demonstrated to be an effective process for the purification of winery effluents, yielding after 120 min of treatment, COD, DOC and color removal of 70 ± 3.3%, 53 ± 3.7% and 75 ± 2.2%, respectively. The residual COD and DOC values after the end of the solar treatment were 33 mg L−1 and 14.1 mg L−1, respectively. In the various operating conditions studied, the extent of mineralization (assessed by DOC) was lower than the COD decrease, implying that partial oxidation reactions of the organic content prevailed over total oxidation to CO2 and water. Moreover, the process efficiency was found to increase with temperature up to a point (∼70% at 25 °C), and then reach a plateau with a small increase by further increasing the temperature to 45 °C. Finally, the toxic and the phytotoxic compounds still present in the effluent after the biological treatment were reduced or even eliminated through solar photo-Fenton oxidation." @default.
- W1965431030 created "2016-06-24" @default.
- W1965431030 creator A5022055752 @default.
- W1965431030 creator A5027781062 @default.
- W1965431030 date "2013-12-01" @default.
- W1965431030 modified "2023-10-14" @default.
- W1965431030 title "Solar photo-Fenton oxidation against the bioresistant fractions of winery wastewater" @default.
- W1965431030 cites W1577792048 @default.
- W1965431030 cites W1634086040 @default.
- W1965431030 cites W1944747433 @default.
- W1965431030 cites W1963829447 @default.
- W1965431030 cites W1965894933 @default.
- W1965431030 cites W1970754170 @default.
- W1965431030 cites W1971909178 @default.
- W1965431030 cites W1979025655 @default.
- W1965431030 cites W1980803316 @default.
- W1965431030 cites W1989618297 @default.
- W1965431030 cites W1994857989 @default.
- W1965431030 cites W1996364955 @default.
- W1965431030 cites W1998371930 @default.
- W1965431030 cites W1998444031 @default.
- W1965431030 cites W1998982450 @default.
- W1965431030 cites W2001026689 @default.
- W1965431030 cites W2001568264 @default.
- W1965431030 cites W2009094616 @default.
- W1965431030 cites W2012356669 @default.
- W1965431030 cites W2013173664 @default.
- W1965431030 cites W2014905187 @default.
- W1965431030 cites W2018261904 @default.
- W1965431030 cites W2018506185 @default.
- W1965431030 cites W2018777666 @default.
- W1965431030 cites W2019631977 @default.
- W1965431030 cites W2019953339 @default.
- W1965431030 cites W2022573674 @default.
- W1965431030 cites W2030946379 @default.
- W1965431030 cites W2031491061 @default.
- W1965431030 cites W2033250549 @default.
- W1965431030 cites W2033629159 @default.
- W1965431030 cites W2037153295 @default.
- W1965431030 cites W2037502856 @default.
- W1965431030 cites W2038243833 @default.
- W1965431030 cites W2040629965 @default.
- W1965431030 cites W2041684016 @default.
- W1965431030 cites W2042729308 @default.
- W1965431030 cites W2043546123 @default.
- W1965431030 cites W2047459222 @default.
- W1965431030 cites W2047648249 @default.
- W1965431030 cites W2048075602 @default.
- W1965431030 cites W2048129240 @default.
- W1965431030 cites W2049109171 @default.
- W1965431030 cites W2054632533 @default.
- W1965431030 cites W2060459588 @default.
- W1965431030 cites W2061627861 @default.
- W1965431030 cites W2063066457 @default.
- W1965431030 cites W2063084254 @default.
- W1965431030 cites W2063246423 @default.
- W1965431030 cites W2066427682 @default.
- W1965431030 cites W2067807920 @default.
- W1965431030 cites W2067939334 @default.
- W1965431030 cites W2072482537 @default.
- W1965431030 cites W2072558513 @default.
- W1965431030 cites W2074518664 @default.
- W1965431030 cites W2075415255 @default.
- W1965431030 cites W2076382616 @default.
- W1965431030 cites W2078349355 @default.
- W1965431030 cites W2085160069 @default.
- W1965431030 cites W2085257891 @default.
- W1965431030 cites W2089310240 @default.
- W1965431030 cites W2090344573 @default.
- W1965431030 cites W2092742842 @default.
- W1965431030 cites W2118584026 @default.
- W1965431030 cites W2123364563 @default.
- W1965431030 cites W2144631082 @default.
- W1965431030 cites W2146695699 @default.
- W1965431030 cites W2160505178 @default.
- W1965431030 cites W2163413467 @default.
- W1965431030 cites W2222748266 @default.
- W1965431030 cites W2275301716 @default.
- W1965431030 cites W2301009882 @default.
- W1965431030 cites W2337208144 @default.
- W1965431030 cites W2530261576 @default.
- W1965431030 cites W2803624243 @default.
- W1965431030 cites W4247035595 @default.
- W1965431030 doi "https://doi.org/10.1016/j.jece.2013.07.008" @default.
- W1965431030 hasPublicationYear "2013" @default.
- W1965431030 type Work @default.
- W1965431030 sameAs 1965431030 @default.
- W1965431030 citedByCount "58" @default.
- W1965431030 countsByYear W19654310302014 @default.
- W1965431030 countsByYear W19654310302015 @default.
- W1965431030 countsByYear W19654310302016 @default.
- W1965431030 countsByYear W19654310302017 @default.
- W1965431030 countsByYear W19654310302018 @default.
- W1965431030 countsByYear W19654310302019 @default.
- W1965431030 countsByYear W19654310302020 @default.
- W1965431030 countsByYear W19654310302021 @default.
- W1965431030 countsByYear W19654310302022 @default.
- W1965431030 countsByYear W19654310302023 @default.