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- W3105311384 endingPage "143613" @default.
- W3105311384 startingPage "143613" @default.
- W3105311384 abstract "The present study evaluates the removal capacity of microalgae photobioreactors of environmental pollutants present in wastewater from the dry riverbed El Albujón, as a way to minimize the eutrophication process of the Mar Menor. Particularly, the capacity of four autochthonous microalgae consortia collected from different locations of the salty lagoon to remove emerging contaminants (simazine, atrazine, terbuthylazine, adenosine and ibuprofen), nitrates, and phosphates, was evaluated. Among the four microalgae consortia, consortium 1 was the best in terms of biomass productivity (0.11 g L−1 d−1) and specific growth rate (0.14 d−1), providing 100% removal of emerging contaminants (simazine, atrazine, terbuthylazine, adenosine and ibuprofen), and a maximal reduction and consumption of macronutrients, especially nitrates and phosphates, reaching levels below 28 mg L−1, that is, a decrease of 89.90 and 99.70% of nitrates and phosphates, respectively. Therefore, this consortium (Monoraphidium sp., Desmodesmus subspicatus, Nannochloris sp.) could be selected as a green filter for successful large-scale applications. This study is the first one that combines the successful removal of herbicides, ibuprofen and adenosine as emerging contaminants, and nitrate removal." @default.
- W3105311384 created "2020-11-23" @default.
- W3105311384 creator A5003866204 @default.
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- W3105311384 date "2021-03-01" @default.
- W3105311384 modified "2023-10-15" @default.
- W3105311384 title "A sustainable approach by using microalgae to minimize the eutrophication process of Mar Menor lagoon" @default.
- W3105311384 cites W1251850917 @default.
- W3105311384 cites W1585994345 @default.
- W3105311384 cites W1852764178 @default.
- W3105311384 cites W1966336307 @default.
- W3105311384 cites W1974036573 @default.
- W3105311384 cites W1978703267 @default.
- W3105311384 cites W1987036515 @default.
- W3105311384 cites W1999814159 @default.
- W3105311384 cites W2011708162 @default.
- W3105311384 cites W2015557085 @default.
- W3105311384 cites W2020292221 @default.
- W3105311384 cites W2023782019 @default.
- W3105311384 cites W2026005102 @default.
- W3105311384 cites W2027380997 @default.
- W3105311384 cites W2033749469 @default.
- W3105311384 cites W2050437536 @default.
- W3105311384 cites W2050474351 @default.
- W3105311384 cites W2050641082 @default.
- W3105311384 cites W2056774772 @default.
- W3105311384 cites W2063860597 @default.
- W3105311384 cites W2064822756 @default.
- W3105311384 cites W2072446951 @default.
- W3105311384 cites W2072970694 @default.
- W3105311384 cites W2074076417 @default.
- W3105311384 cites W2080848279 @default.
- W3105311384 cites W2088398173 @default.
- W3105311384 cites W2088833470 @default.
- W3105311384 cites W2096174459 @default.
- W3105311384 cites W2103385462 @default.
- W3105311384 cites W2119195621 @default.
- W3105311384 cites W2120352872 @default.
- W3105311384 cites W2124351063 @default.
- W3105311384 cites W2129271132 @default.
- W3105311384 cites W2131372640 @default.
- W3105311384 cites W2133697863 @default.
- W3105311384 cites W2136879569 @default.
- W3105311384 cites W2158290193 @default.
- W3105311384 cites W2161872045 @default.
- W3105311384 cites W2170024099 @default.
- W3105311384 cites W2227562444 @default.
- W3105311384 cites W2232774222 @default.
- W3105311384 cites W2291206368 @default.
- W3105311384 cites W2295004465 @default.
- W3105311384 cites W2335430925 @default.
- W3105311384 cites W2418944067 @default.
- W3105311384 cites W2551284596 @default.
- W3105311384 cites W2566911760 @default.
- W3105311384 cites W2584509944 @default.
- W3105311384 cites W2608429571 @default.
- W3105311384 cites W2622052146 @default.
- W3105311384 cites W2699958003 @default.
- W3105311384 cites W2742153571 @default.
- W3105311384 cites W2753010211 @default.
- W3105311384 cites W2763650243 @default.
- W3105311384 cites W2768743206 @default.
- W3105311384 cites W2804662412 @default.
- W3105311384 cites W2808565380 @default.
- W3105311384 cites W2884199632 @default.
- W3105311384 cites W2889299544 @default.
- W3105311384 cites W2903307815 @default.
- W3105311384 cites W2906989884 @default.
- W3105311384 cites W2908323257 @default.
- W3105311384 cites W2909572266 @default.
- W3105311384 cites W2942149436 @default.
- W3105311384 cites W2946375926 @default.
- W3105311384 cites W2954242980 @default.
- W3105311384 cites W2965810077 @default.
- W3105311384 cites W2971731138 @default.
- W3105311384 cites W2980445853 @default.
- W3105311384 cites W2986673806 @default.
- W3105311384 cites W2989981458 @default.
- W3105311384 cites W2992496924 @default.
- W3105311384 cites W2994799946 @default.
- W3105311384 cites W3000517393 @default.
- W3105311384 cites W3001202766 @default.
- W3105311384 cites W3001565802 @default.
- W3105311384 cites W3007770388 @default.
- W3105311384 cites W3007968979 @default.
- W3105311384 cites W3007981589 @default.
- W3105311384 cites W3008690022 @default.
- W3105311384 cites W3012105091 @default.
- W3105311384 cites W3039880523 @default.
- W3105311384 cites W4243370746 @default.
- W3105311384 doi "https://doi.org/10.1016/j.scitotenv.2020.143613" @default.