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- W3137601077 endingPage "117041" @default.
- W3137601077 startingPage "117041" @default.
- W3137601077 abstract "Biological treatment technology is increasingly explored in shale gas wastewater (SGW) treatment owing to its cost effectiveness and requires efforts to improve its efficacy. In this work, ozone and ferrate(VI) oxidation pre-treatment were evaluated to enhance the performance of the subsequent biologically active filtration (BAF) in the removal of organic contaminants. The oxidation improved the SGW biodegradability and organic composition under relative high salinity (~20 g/L). Due to the degradation activity of microorganisms, the organics removal efficiency in the BAF system was observed to gradually improve and then reaching stability in long-term continuous-mode operation. The removal rate of dissolved organic carbon (DOC) of the ozone-BAF (O3-BAF) and the ferrate(VI)-BAF (Fe(VI)-BAF) systems was 83.2% and 82.8% , respectively, higher than that of BAF alone (80.9%). This increase was attributed to higher activity and content of microorganisms in O3-BAF and Fe(VI)-BAF systems. Two uncultured bacterial species with high abundance of 7.2-21.0% and 2.24-22.31% in genus Rehaibacterium and genus Methyloversatilis were significantly correlated with DOC removal and fluorescent organics removal, respectively. More research is needed to understand whether the species were new and their specific function. This study provides valuable suggestions for extracting safe water from SGW with an efficient treatment train." @default.
- W3137601077 created "2021-03-29" @default.
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- W3137601077 date "2021-05-01" @default.
- W3137601077 modified "2023-10-16" @default.
- W3137601077 title "Organics removal from shale gas wastewater by pre-oxidation combined with biologically active filtration" @default.
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- W3137601077 cites W2021197410 @default.
- W3137601077 cites W2027140371 @default.
- W3137601077 cites W2033432551 @default.
- W3137601077 cites W2042533040 @default.
- W3137601077 cites W2049056483 @default.
- W3137601077 cites W2050635393 @default.
- W3137601077 cites W2059823210 @default.
- W3137601077 cites W2066265080 @default.
- W3137601077 cites W2084149753 @default.
- W3137601077 cites W2109118361 @default.
- W3137601077 cites W2158657891 @default.
- W3137601077 cites W2213486205 @default.
- W3137601077 cites W2237633509 @default.
- W3137601077 cites W2312714086 @default.
- W3137601077 cites W2313995138 @default.
- W3137601077 cites W2315666385 @default.
- W3137601077 cites W2329708787 @default.
- W3137601077 cites W2337067710 @default.
- W3137601077 cites W2346794155 @default.
- W3137601077 cites W2483763317 @default.
- W3137601077 cites W2512955090 @default.
- W3137601077 cites W2561583103 @default.
- W3137601077 cites W2587500240 @default.
- W3137601077 cites W2588791862 @default.
- W3137601077 cites W2603713042 @default.
- W3137601077 cites W2604540562 @default.
- W3137601077 cites W2606185446 @default.
- W3137601077 cites W2621089002 @default.
- W3137601077 cites W2738306078 @default.
- W3137601077 cites W2756441959 @default.
- W3137601077 cites W2765277240 @default.
- W3137601077 cites W2784278085 @default.
- W3137601077 cites W2790974082 @default.
- W3137601077 cites W2793006969 @default.
- W3137601077 cites W2803562514 @default.
- W3137601077 cites W2807037556 @default.
- W3137601077 cites W2808927475 @default.
- W3137601077 cites W2885175302 @default.
- W3137601077 cites W2886869586 @default.
- W3137601077 cites W2887428403 @default.
- W3137601077 cites W2887519775 @default.
- W3137601077 cites W2896105773 @default.
- W3137601077 cites W2897812665 @default.
- W3137601077 cites W2899838638 @default.
- W3137601077 cites W2910657647 @default.
- W3137601077 cites W2912401305 @default.
- W3137601077 cites W2922176300 @default.
- W3137601077 cites W2935848970 @default.
- W3137601077 cites W2945721453 @default.
- W3137601077 cites W2948702625 @default.
- W3137601077 cites W2949729546 @default.
- W3137601077 cites W2951849057 @default.
- W3137601077 cites W2953622437 @default.
- W3137601077 cites W2953999963 @default.
- W3137601077 cites W2965894869 @default.
- W3137601077 cites W2971718827 @default.
- W3137601077 cites W2987447422 @default.
- W3137601077 cites W2994015882 @default.
- W3137601077 cites W3014460925 @default.
- W3137601077 cites W3015783945 @default.
- W3137601077 cites W3022296169 @default.
- W3137601077 cites W3023787740 @default.
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- W3137601077 doi "https://doi.org/10.1016/j.watres.2021.117041" @default.
- W3137601077 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33774348" @default.
- W3137601077 hasPublicationYear "2021" @default.
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