FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4387667584> ?p ?o ?g. }

• W4387667584 endingPage "907" @default.
• W4387667584 startingPage "907" @default.
• W4387667584 abstract "By 2050, aviation-related carbon emissions are expected to quadruple to over 3000 million tonnes of carbon dioxide, so finding sustainable alternative solutions to minimise pollution is a key scientific challenge. Aviation gasoline and kerosene are currently used to power most jet engines. While battery-powered planes and planes that could utilise a cleaner fuel, such as hydrogen, are possible, the time scale required to improve and implement these technologies is distant, with air fleet turnover taking some 30 years. Existing jet engines could be modified to run on biodiesel, and considering the close similarity in fuel density to kerosene, could be a less disruptive approach to the industry. The sheer volume of biodiesel required remains a challenge, and certainly, using plant-derived oils grown on arable land is not acceptable, as it competes with food production. However, high-lipid-yielding microalgae (where productivity is an order of magnitude greater than oilseeds), grown on marginal land, such as desert or semi-desert areas of the world, could be possible. Indeed, to replace 30% of fossil fuel with algal-derived biodiesel would require 11,345 km2 of land. Biodiesel preparation is well understood, but what is lacking is proven technology aimed at optimising microalgal production of oil at a much larger scale. Here, a synergic review of the current state-of-the-art in algal production, that includes strain selection, possible production sites, culturing costs, and harvesting to identify the bottlenecks in meeting the ASTM specifications for the aviation industry, is presented." @default.
• W4387667584 created "2023-10-17" @default.
• W4387667584 creator A5020749529 @default.
• W4387667584 creator A5029557642 @default.
• W4387667584 creator A5048378833 @default.
• W4387667584 creator A5069488011 @default.
• W4387667584 date "2023-10-16" @default.
• W4387667584 modified "2023-10-17" @default.
• W4387667584 title "Microalgal Biodiesel: A Challenging Route toward a Sustainable Aviation Fuel" @default.
• W4387667584 cites W1971857093 @default.
• W4387667584 cites W1990629470 @default.
• W4387667584 cites W1999412491 @default.
• W4387667584 cites W2006247701 @default.
• W4387667584 cites W2007782161 @default.
• W4387667584 cites W2015128028 @default.
• W4387667584 cites W2018607814 @default.
• W4387667584 cites W2025807750 @default.
• W4387667584 cites W2107710344 @default.
• W4387667584 cites W2146721955 @default.
• W4387667584 cites W2181452399 @default.
• W4387667584 cites W2200075590 @default.
• W4387667584 cites W2564837510 @default.
• W4387667584 cites W2624919703 @default.
• W4387667584 cites W2741935348 @default.
• W4387667584 cites W2745585843 @default.
• W4387667584 cites W2768058932 @default.
• W4387667584 cites W2793981605 @default.
• W4387667584 cites W2795584168 @default.
• W4387667584 cites W2806298762 @default.
• W4387667584 cites W2807883260 @default.
• W4387667584 cites W2892026134 @default.
• W4387667584 cites W2900754580 @default.
• W4387667584 cites W2903641281 @default.
• W4387667584 cites W2907152535 @default.
• W4387667584 cites W2912065134 @default.
• W4387667584 cites W2914590810 @default.
• W4387667584 cites W2916816142 @default.
• W4387667584 cites W2941596473 @default.
• W4387667584 cites W2943871439 @default.
• W4387667584 cites W2947357926 @default.
• W4387667584 cites W2950773247 @default.
• W4387667584 cites W2965719673 @default.
• W4387667584 cites W2974934144 @default.
• W4387667584 cites W2975853230 @default.
• W4387667584 cites W2976687328 @default.
• W4387667584 cites W2979916880 @default.
• W4387667584 cites W2994857466 @default.
• W4387667584 cites W3001077005 @default.
• W4387667584 cites W3005632850 @default.
• W4387667584 cites W3007612167 @default.
• W4387667584 cites W3008792481 @default.
• W4387667584 cites W3009190503 @default.
• W4387667584 cites W3022018572 @default.
• W4387667584 cites W3037228861 @default.
• W4387667584 cites W3049311633 @default.
• W4387667584 cites W3049751855 @default.
• W4387667584 cites W3083505571 @default.
• W4387667584 cites W3087656306 @default.
• W4387667584 cites W3088671269 @default.
• W4387667584 cites W3093279774 @default.
• W4387667584 cites W3096017162 @default.
• W4387667584 cites W3107792525 @default.
• W4387667584 cites W3109465659 @default.
• W4387667584 cites W3110502576 @default.
• W4387667584 cites W3124634808 @default.
• W4387667584 cites W3130922030 @default.
• W4387667584 cites W3132002491 @default.
• W4387667584 cites W3135583108 @default.
• W4387667584 cites W3145978192 @default.
• W4387667584 cites W3160571485 @default.
• W4387667584 cites W3163317042 @default.
• W4387667584 cites W3166185521 @default.
• W4387667584 cites W3170613293 @default.
• W4387667584 cites W3186639303 @default.
• W4387667584 cites W3197023342 @default.
• W4387667584 cites W3199757852 @default.
• W4387667584 cites W3205639083 @default.
• W4387667584 cites W3205952293 @default.
• W4387667584 cites W3210363077 @default.
• W4387667584 cites W3210756592 @default.
• W4387667584 cites W3215309667 @default.
• W4387667584 cites W3217132437 @default.
• W4387667584 cites W4200227742 @default.
• W4387667584 cites W4200344653 @default.
• W4387667584 cites W4206751476 @default.
• W4387667584 cites W4213175172 @default.
• W4387667584 cites W4220669145 @default.
• W4387667584 cites W4224293813 @default.
• W4387667584 cites W4226151533 @default.
• W4387667584 cites W4226395145 @default.
• W4387667584 cites W4229062803 @default.
• W4387667584 cites W4255057469 @default.
• W4387667584 cites W4280642761 @default.
• W4387667584 cites W4282008555 @default.
• W4387667584 cites W4288489076 @default.
• W4387667584 cites W4292451742 @default.
• W4387667584 cites W4293025128 @default.
• W4387667584 cites W4294927640 @default.

• next