FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2743672483> ?p ?o ?g. }

• W2743672483 endingPage "286" @default.
• W2743672483 startingPage "275" @default.
• W2743672483 abstract "Microalgal biotechnology has yielded a range of products for different consumer markets, but large scale production for bulk commodities is limited by the cost and environmental impact of production. Nutrient requirements for large-scale production contribute significantly to the cost and environmental impact of microalgal biomass production and should subsequently be addressed by more careful sourcing of nutrients. This study assessed the use of nitrogen and phosphorus contained in effluents from anaerobic digestion of food waste to cultivate the marine microalga Nannochloropsis sp. With suitable dilution, effluent could replace 100% of nitrogen demands and 16% of required phosphorus, without significant impacts on growth or biomass productivity. Additional phosphorus requirements could be decreased by increasing the N:P molar ratio of the media from 16:1 to 32:1. Nannochloropsis sp. accumulated lipid up to 50% of dry weight under N-stress, with significant increases in the content of saturated and mono-unsaturated fatty acids. Using empirical data generated in this study, the cost and environmental impact of nitrogen and phosphorus supply was assessed versus the use of fertilizers for biomass and biodiesel production. Nutrient requirements predicted by the Redfield Ratio overestimating impacts by as much as 140% compared to empirical data. By utilising residual nutrients and optimising nutrient supply, the cost and environmental impact of nitrogen and phosphorus were decreased by >90% versus the use of artificial fertilizers. This study demonstrates the importance of using empirical data for process evaluation and how anaerobic digestate effluent derived nutrients can contribute to the sustainability of algal biomass production." @default.
• W2743672483 created "2017-08-17" @default.
• W2743672483 creator A5009374303 @default.
• W2743672483 creator A5062272452 @default.
• W2743672483 creator A5081752717 @default.
• W2743672483 creator A5091235648 @default.
• W2743672483 date "2017-09-01" @default.
• W2743672483 modified "2023-09-26" @default.
• W2743672483 title "Nutrients from anaerobic digestion effluents for cultivation of the microalga Nannochloropsis sp. — Impact on growth, biochemical composition and the potential for cost and environmental impact savings" @default.
• W2743672483 cites W1045151416 @default.
• W2743672483 cites W1191185920 @default.
• W2743672483 cites W1730252720 @default.
• W2743672483 cites W1792223202 @default.
• W2743672483 cites W1949124031 @default.
• W2743672483 cites W1965155483 @default.
• W2743672483 cites W1967914559 @default.
• W2743672483 cites W1969642161 @default.
• W2743672483 cites W1971444936 @default.
• W2743672483 cites W1976452451 @default.
• W2743672483 cites W1976945528 @default.
• W2743672483 cites W1981610057 @default.
• W2743672483 cites W1987284431 @default.
• W2743672483 cites W1989040317 @default.
• W2743672483 cites W1990178150 @default.
• W2743672483 cites W1990429756 @default.
• W2743672483 cites W1992342234 @default.
• W2743672483 cites W1993322651 @default.
• W2743672483 cites W1998688651 @default.
• W2743672483 cites W1999611927 @default.
• W2743672483 cites W2002167144 @default.
• W2743672483 cites W2004787344 @default.
• W2743672483 cites W2016805084 @default.
• W2743672483 cites W2018847694 @default.
• W2743672483 cites W2021920753 @default.
• W2743672483 cites W2025638899 @default.
• W2743672483 cites W2028638320 @default.
• W2743672483 cites W2031102463 @default.
• W2743672483 cites W2035005376 @default.
• W2743672483 cites W2035947281 @default.
• W2743672483 cites W2038023276 @default.
• W2743672483 cites W2038955221 @default.
• W2743672483 cites W2048265950 @default.
• W2743672483 cites W2057916570 @default.
• W2743672483 cites W2059362683 @default.
• W2743672483 cites W2060313313 @default.
• W2743672483 cites W2063504125 @default.
• W2743672483 cites W2064715363 @default.
• W2743672483 cites W2071886807 @default.
• W2743672483 cites W2073256396 @default.
• W2743672483 cites W2078393320 @default.
• W2743672483 cites W2082912726 @default.
• W2743672483 cites W2086172955 @default.
• W2743672483 cites W2090205089 @default.
• W2743672483 cites W2092629723 @default.
• W2743672483 cites W2093549509 @default.
• W2743672483 cites W2094032533 @default.
• W2743672483 cites W2112521714 @default.
• W2743672483 cites W2118109148 @default.
• W2743672483 cites W2120761492 @default.
• W2743672483 cites W2131712470 @default.
• W2743672483 cites W2135066302 @default.
• W2743672483 cites W2137057582 @default.
• W2743672483 cites W2140491325 @default.
• W2743672483 cites W2142810167 @default.
• W2743672483 cites W2153480655 @default.
• W2743672483 cites W2154708348 @default.
• W2743672483 cites W2155979263 @default.
• W2743672483 cites W2233538617 @default.
• W2743672483 cites W2379600183 @default.
• W2743672483 cites W2511482098 @default.
• W2743672483 cites W2517822676 @default.
• W2743672483 cites W2519032300 @default.
• W2743672483 cites W2532859241 @default.
• W2743672483 cites W2549855470 @default.
• W2743672483 cites W2560220806 @default.
• W2743672483 cites W2582331919 @default.
• W2743672483 cites W334709139 @default.
• W2743672483 cites W612681615 @default.
• W2743672483 doi "https://doi.org/10.1016/j.algal.2017.08.007" @default.
• W2743672483 hasPublicationYear "2017" @default.
• W2743672483 type Work @default.
• W2743672483 sameAs 2743672483 @default.
• W2743672483 citedByCount "34" @default.
• W2743672483 countsByYear W27436724832018 @default.
• W2743672483 countsByYear W27436724832019 @default.
• W2743672483 countsByYear W27436724832020 @default.
• W2743672483 countsByYear W27436724832021 @default.
• W2743672483 countsByYear W27436724832022 @default.
• W2743672483 countsByYear W27436724832023 @default.
• W2743672483 crossrefType "journal-article" @default.
• W2743672483 hasAuthorship W2743672483A5009374303 @default.
• W2743672483 hasAuthorship W2743672483A5062272452 @default.
• W2743672483 hasAuthorship W2743672483A5081752717 @default.
• W2743672483 hasAuthorship W2743672483A5091235648 @default.
• W2743672483 hasBestOaLocation W27436724832 @default.
• W2743672483 hasConcept C127413603 @default.
• W2743672483 hasConcept C138885662 @default.
• W2743672483 hasConcept C142796444 @default.

• next