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- W8583046 abstract "Publisher Summary The potential of biomass utilization for carbon dioxide capture is under assessment at the international level. Both terrestrial and aquatic biomass attract the interest of scientists and technologists. The mitigation of carbon dioxide emissions, agreed at the international level with the Kyoto Protocol, has not yet been fully implemented because of the difficulty of implementing the reduction such emissions. Aquatic biomass are particularly attractive as they have a higher photosynthetic activity with respect to terrestrial plants, an easier adaptability to grow in different conditions, and the possibility of growing either in fresh- or marine waters, thus avoiding the use of land. So far, attention has been devoted to fresh-water and marine microalgae, although much less to marine macro-algae, that could be also used as an energy source. This chapter discusses the results of the studies on selected species of marine macro-algae for the production, under mild energetic conditions, of biofuel, through the extraction of oils or any other material that may be assimilated as a liquid fuel, and their potential for CO2 capture and as a source of energy. The study was carried out comparing different extraction technologies, among which were SC-CO2 and solvent extraction. The extraction based on SC-CO2 is quite advantageous. SC-CO2 is not toxic and, as its critical temperature is quite close to room temperature, it could be also used for the extraction of thermo-labile compounds. The current cost of production of macro-algae is compared with that of micro-algae, for an economic use of marine biomass for energy production." @default.
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- W8583046 date "2003-01-01" @default.
- W8583046 modified "2023-09-23" @default.
- W8583046 title "The use of Marine Macroalgae as Renewable Energy Source for Reducing CO2 Emissions" @default.
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- W8583046 doi "https://doi.org/10.1016/b978-008044276-1/50237-3" @default.
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