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- W3210864216 endingPage "114024" @default.
- W3210864216 startingPage "114024" @default.
- W3210864216 abstract "Due to population growth and global warming, the use of the sea water reverse osmosis process to obtain freshwater is increasing rapidly. A sustainable method with low environmental impact is limited for the management of brine with a high salt content, which is released as a result of the process. Some microalgae species can grow in salty environments and produce β-carotene. This study aims to evaluate the commercial potential of β-carotene production from microalgae grown in sea water reverse osmosis brine from a bioeconomy perspective. Synthetic media are often used for the production of β-carotene from algae, the use of sea water reverse osmosis brine is not common and the commercial potential of this application has not been evaluated before. In terms of the development of the β-carotene market, the strengths and weaknesses of the process, opportunities, and threats are thoroughly examined in this report. Also, with the use of sea water reverse osmosis, a daily 750 tons of algal β-carotene can be produced. The biotechnological production of microalgal β-carotene and the reuse of salt water within the scope of circular bioeconomy are seen as a sustainable solution due to the fact that the strengths of the process are dominant, and the market value of natural β-carotene is increasing day by day." @default.
- W3210864216 created "2021-11-08" @default.
- W3210864216 creator A5014432457 @default.
- W3210864216 creator A5031148546 @default.
- W3210864216 creator A5036681691 @default.
- W3210864216 date "2022-01-01" @default.
- W3210864216 modified "2023-10-02" @default.
- W3210864216 title "Reuse of sea water reverse osmosis brine to produce Dunaliella salina based β-carotene as a valuable bioproduct: A circular bioeconomy perspective" @default.
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- W3210864216 cites W1964912848 @default.
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- W3210864216 cites W1988014998 @default.
- W3210864216 cites W1988518077 @default.
- W3210864216 cites W1991874753 @default.
- W3210864216 cites W2000109042 @default.
- W3210864216 cites W2009921999 @default.
- W3210864216 cites W2022444195 @default.
- W3210864216 cites W2029499044 @default.
- W3210864216 cites W2044046544 @default.
- W3210864216 cites W2044809902 @default.
- W3210864216 cites W2045976874 @default.
- W3210864216 cites W2047867537 @default.
- W3210864216 cites W2049951655 @default.
- W3210864216 cites W2055172912 @default.
- W3210864216 cites W2059690882 @default.
- W3210864216 cites W2060663991 @default.
- W3210864216 cites W2061155071 @default.
- W3210864216 cites W2061209815 @default.
- W3210864216 cites W2063250990 @default.
- W3210864216 cites W2082831560 @default.
- W3210864216 cites W2085817250 @default.
- W3210864216 cites W2089869144 @default.
- W3210864216 cites W2089919134 @default.
- W3210864216 cites W2105126820 @default.
- W3210864216 cites W2112516455 @default.
- W3210864216 cites W2119461207 @default.
- W3210864216 cites W2120685148 @default.
- W3210864216 cites W2153922477 @default.
- W3210864216 cites W2163733407 @default.
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- W3210864216 cites W2223870736 @default.
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- W3210864216 cites W2308508135 @default.
- W3210864216 cites W2518098391 @default.
- W3210864216 cites W2528055209 @default.
- W3210864216 cites W2548297305 @default.
- W3210864216 cites W2560946359 @default.
- W3210864216 cites W2733383556 @default.
- W3210864216 cites W2736219668 @default.
- W3210864216 cites W2739109447 @default.
- W3210864216 cites W2746471721 @default.
- W3210864216 cites W2783913503 @default.
- W3210864216 cites W2790791586 @default.
- W3210864216 cites W2791793171 @default.
- W3210864216 cites W2795124244 @default.
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- W3210864216 cites W2796607531 @default.
- W3210864216 cites W2800841027 @default.
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- W3210864216 cites W2923742840 @default.
- W3210864216 cites W2935017230 @default.
- W3210864216 cites W2955675773 @default.
- W3210864216 cites W2965744022 @default.
- W3210864216 cites W2971398402 @default.
- W3210864216 cites W2972167740 @default.
- W3210864216 cites W2988271294 @default.
- W3210864216 cites W2988911403 @default.
- W3210864216 cites W2989873252 @default.
- W3210864216 cites W3002407631 @default.
- W3210864216 cites W3002744224 @default.
- W3210864216 cites W3014355548 @default.
- W3210864216 cites W3043721572 @default.
- W3210864216 cites W3044699901 @default.
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- W3210864216 cites W3111945050 @default.
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- W3210864216 doi "https://doi.org/10.1016/j.jenvman.2021.114024" @default.
- W3210864216 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34741952" @default.
- W3210864216 hasPublicationYear "2022" @default.
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