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• W4229080098 endingPage "102620" @default.
• W4229080098 startingPage "102620" @default.
• W4229080098 abstract "Microalgal-based biochemicals and biofuels integrated with phycoremediation of industrial wastewater can potentially increase the profitability and sustainability of the food–water–energy–environment nexus. A key challenge in the high-density cultivation of microalgae is to provide light of efficient wavelengths in photobioreactors. In this study, specific narrow bands of light-emitting diodes (LEDs) and their intensities were manipulated to enhance astaxanthin and co-bioproduct production by the microalga Haematococcus sp. Among the strategies tested, the two-stage LED light illumination involving red LED for 5 days and then blue LED for the next 5 days, with a continuous light intensity of 40μmol m−2 s−1, was shown to be the most efficient in improving the performance of Haematococcus sp. These conditions led to the highest astaxanthin production, of 2.55 mg/L, which was 1.22- to 2.07-fold higher than that by one-stage cultivation, with no significant effect on pigments (chlorophylls and carotenoids) and lipid production. Using a two-stage strategy integrated with the valorization of seafood processing effluent, Haematococcus sp. grew well in the secondary effluent from a seafood processing plant, giving 1.33 g/L of biomass, with 3.39 mg/L of astaxanthin, 14.3 mg/L of chlorophylls, 6.22 mg/L of carotenoids, and 0.41 g/L of lipids. The produced astaxanthin can be used as a sustainable source of bioactive ingredients with desirable antioxidative properties, giving ABTS activity of 5.24 mg of TE/g of astaxanthin, DPPH activity of 2.04 mg of GAE/g of astaxanthin, and PFRAP activity of 0.87 mg of GAE/g of astaxanthin. Meanwhile, lipids contain long-chain fatty acids (C16–C18> 96%) and their biodiesel characteristics were also satisfactory when compared to those required by international biodiesel standards, indicating the potential for use as biodiesel feedstock. Our results suggested that the integration process was cost effective and environmentally friendly for microalgal-based wastewater treatment and a microalgal-based multiproduct biorefinery." @default.
• W4229080098 created "2022-05-08" @default.
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• W4229080098 date "2022-11-01" @default.
• W4229080098 modified "2023-09-25" @default.
• W4229080098 title "Enhanced production of astaxanthin and co-bioproducts from microalga Haematococcus sp. integrated with valorization of industrial wastewater under two-stage LED light illumination strategy" @default.
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• W4229080098 cites W1844112515 @default.
• W4229080098 cites W1970236333 @default.
• W4229080098 cites W1974374814 @default.
• W4229080098 cites W1983085687 @default.
• W4229080098 cites W1995144757 @default.
• W4229080098 cites W1995646653 @default.
• W4229080098 cites W1995845027 @default.
• W4229080098 cites W2007079184 @default.
• W4229080098 cites W2010202387 @default.
• W4229080098 cites W2018650476 @default.
• W4229080098 cites W2021767893 @default.
• W4229080098 cites W2024769996 @default.
• W4229080098 cites W2049804471 @default.
• W4229080098 cites W2054401009 @default.
• W4229080098 cites W2055535953 @default.
• W4229080098 cites W2060386501 @default.
• W4229080098 cites W2066436192 @default.
• W4229080098 cites W2072978893 @default.
• W4229080098 cites W2081318612 @default.
• W4229080098 cites W2081555510 @default.
• W4229080098 cites W2090313932 @default.
• W4229080098 cites W2198167197 @default.
• W4229080098 cites W2292403642 @default.
• W4229080098 cites W2294108993 @default.
• W4229080098 cites W2307074743 @default.
• W4229080098 cites W2323863714 @default.
• W4229080098 cites W2415521967 @default.
• W4229080098 cites W2469512541 @default.
• W4229080098 cites W2531956562 @default.
• W4229080098 cites W2538831256 @default.
• W4229080098 cites W2559768001 @default.
• W4229080098 cites W2572696444 @default.
• W4229080098 cites W2592206213 @default.
• W4229080098 cites W2665019243 @default.
• W4229080098 cites W2730942687 @default.
• W4229080098 cites W2735277402 @default.
• W4229080098 cites W2774677787 @default.
• W4229080098 cites W2775611387 @default.
• W4229080098 cites W2810433630 @default.
• W4229080098 cites W2883668860 @default.
• W4229080098 cites W2891229198 @default.
• W4229080098 cites W2891782266 @default.
• W4229080098 cites W2891938822 @default.
• W4229080098 cites W2895710522 @default.
• W4229080098 cites W2900030823 @default.
• W4229080098 cites W2911861664 @default.
• W4229080098 cites W2916625297 @default.
• W4229080098 cites W2921793988 @default.
• W4229080098 cites W2945414923 @default.
• W4229080098 cites W2950161222 @default.
• W4229080098 cites W2998253816 @default.
• W4229080098 cites W3006366363 @default.
• W4229080098 cites W3040047279 @default.
• W4229080098 cites W3083472656 @default.
• W4229080098 cites W3088919342 @default.
• W4229080098 cites W3101771600 @default.
• W4229080098 cites W3108886535 @default.
• W4229080098 cites W3117132267 @default.
• W4229080098 cites W3125594282 @default.
• W4229080098 cites W3136059164 @default.
• W4229080098 cites W3139405633 @default.
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• W4229080098 doi "https://doi.org/10.1016/j.eti.2022.102620" @default.
• W4229080098 hasPublicationYear "2022" @default.
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