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- W3033998412 abstract "This study investigated the effects of microalgae and light on nitrifying bacteria. The oxygen production rates of microalgae were measured at various cell concentrations, and it was observed that 500–2000 mg/L of microalgal concentration supplied sufficient oxygen for bacterial nitrification without forced aeration. The effects of light on nitrification were investigated by determining the ammonia oxidation rate (AOR) and nitrate production rate (NPR) of enriched nitrifiers in the absence of microalgae with forced aeration, and it was observed that those rates were significantly lowered in the presence of light. However, the inhibitory effects of light on AOR and NPR were partially reduced in the co-culture owing to the self-shading effect. AOR and NPR of co-cultures with Chlorella vulgaris and Scenedesmus quadricauda were high at a low mass ratio of microalgae to enriched nitrifiers, while those with Desmedesmus communis increased as the mass ratio increased. These species-specific phenomena could be attributed to the different production of reactive oxygen species. Despite the negative effects of light and reactive oxygen species, it was estimated that the energy consumption of the co-culture was lower than that of the mechanically-aerated nitrifiers." @default.
- W3033998412 created "2020-06-12" @default.
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- W3033998412 date "2020-09-01" @default.
- W3033998412 modified "2023-10-16" @default.
- W3033998412 title "Effects of light and mass ratio of microalgae and nitrifiers on the rates of ammonia oxidation and nitrate production" @default.
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- W3033998412 cites W1753404946 @default.
- W3033998412 cites W1845405292 @default.
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- W3033998412 cites W1974175770 @default.
- W3033998412 cites W1980733427 @default.
- W3033998412 cites W1981297062 @default.
- W3033998412 cites W1987157454 @default.
- W3033998412 cites W1987835162 @default.
- W3033998412 cites W1989440219 @default.
- W3033998412 cites W1995250319 @default.
- W3033998412 cites W1995540475 @default.
- W3033998412 cites W1997335061 @default.
- W3033998412 cites W1999503116 @default.
- W3033998412 cites W2001969417 @default.
- W3033998412 cites W2003283930 @default.
- W3033998412 cites W2006014761 @default.
- W3033998412 cites W2010904793 @default.
- W3033998412 cites W2013018704 @default.
- W3033998412 cites W2017036027 @default.
- W3033998412 cites W2019707948 @default.
- W3033998412 cites W2025378878 @default.
- W3033998412 cites W2031835797 @default.
- W3033998412 cites W2037263545 @default.
- W3033998412 cites W2038279075 @default.
- W3033998412 cites W2043468117 @default.
- W3033998412 cites W2054964926 @default.
- W3033998412 cites W2057916570 @default.
- W3033998412 cites W2059811407 @default.
- W3033998412 cites W2060197418 @default.
- W3033998412 cites W2066999599 @default.
- W3033998412 cites W2069771863 @default.
- W3033998412 cites W2071454449 @default.
- W3033998412 cites W2072618940 @default.
- W3033998412 cites W2074058023 @default.
- W3033998412 cites W2074076417 @default.
- W3033998412 cites W2082179299 @default.
- W3033998412 cites W2082249728 @default.
- W3033998412 cites W2082585950 @default.
- W3033998412 cites W2088123811 @default.
- W3033998412 cites W2098533473 @default.
- W3033998412 cites W2102177302 @default.
- W3033998412 cites W2105835713 @default.
- W3033998412 cites W2107041893 @default.
- W3033998412 cites W2107778330 @default.
- W3033998412 cites W2127730823 @default.
- W3033998412 cites W2140863742 @default.
- W3033998412 cites W2143102104 @default.
- W3033998412 cites W2147113758 @default.
- W3033998412 cites W2153922477 @default.
- W3033998412 cites W2157614933 @default.
- W3033998412 cites W2160902451 @default.
- W3033998412 cites W2165965605 @default.
- W3033998412 cites W2171579002 @default.
- W3033998412 cites W2188082055 @default.
- W3033998412 cites W2407721129 @default.
- W3033998412 cites W2443513043 @default.
- W3033998412 cites W2463422010 @default.
- W3033998412 cites W2528708220 @default.
- W3033998412 cites W2547303460 @default.
- W3033998412 cites W2551284596 @default.
- W3033998412 cites W2558617021 @default.
- W3033998412 cites W2564518270 @default.
- W3033998412 cites W2600247871 @default.
- W3033998412 cites W2604755113 @default.
- W3033998412 cites W2758379376 @default.
- W3033998412 cites W2771626682 @default.
- W3033998412 cites W2773426782 @default.
- W3033998412 cites W2773825117 @default.
- W3033998412 cites W2803869886 @default.
- W3033998412 cites W2888840506 @default.
- W3033998412 cites W2893376377 @default.
- W3033998412 cites W2901683643 @default.
- W3033998412 cites W2909764816 @default.
- W3033998412 cites W2954366222 @default.
- W3033998412 cites W2966722893 @default.
- W3033998412 cites W2974056727 @default.
- W3033998412 doi "https://doi.org/10.1016/j.bej.2020.107656" @default.
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