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• W997796296 abstract "Microalgae are photosynthetic organisms considered today for energy production. Photobioreactors are closed systems that present higher productivities than open ponds. In this study, a hydrodynamic model is developed for an internal airlift reactor and validated experimentally. Microparticles are added to the reactor at concentrations found in current microalgae cultures. Results show that gas hold-up and liquid velocities are not affected by the presence of particles. Light distribution and availability in the internal airlift reactor is calculated, taking into account biomass concentrations and algae optical properties. Light is attenuated from the wall to the reactor center while this attenuation increases with biomass concentrations. Based on two biological models, biomass productivities achieved in photobioreactors are higher than in open ponds. From biomass productivities, the reactor capacity to absorb CO2 and to release O2 is estimated. Results show that at moderate irradiances, dissolved O2 levels do not reach intoxication at low air flow rates. If natural air is injected into the reactor, CO2 and TIC become limiting therefore, it is necessary to inject CO2-enriched air. The hydrodynamics of a helical airlift reactor is also presented. Two pipe diameters are tested in the helical section. A mathematical correlation is proposed to estimate the friction factor as a function of the Reynolds number and curvature ratios. To perform microalgae culture at large scale, it is necessary to obtain a positive energy and GHGs balance. Therefore, microalgae culture has to be integrated in a system where conversion processes such as biodiesel production and anaerobic digestion are performed." @default.
• W997796296 created "2016-06-24" @default.
• W997796296 creator A5084512852 @default.
• W997796296 date "2010-12-03" @default.
• W997796296 modified "2023-09-25" @default.
• W997796296 title "Energy and environmental analyses of a bioreactor for microalgae culture for energy production" @default.
• W997796296 cites W131265235 @default.
• W997796296 cites W1481016231 @default.
• W997796296 cites W1509432874 @default.
• W997796296 cites W1527781091 @default.
• W997796296 cites W1529740334 @default.
• W997796296 cites W1548480021 @default.
• W997796296 cites W1587261652 @default.
• W997796296 cites W1589567160 @default.
• W997796296 cites W1601705695 @default.
• W997796296 cites W1607904336 @default.
• W997796296 cites W170651080 @default.
• W997796296 cites W1846197730 @default.
• W997796296 cites W1877312249 @default.
• W997796296 cites W1964768285 @default.
• W997796296 cites W1964913769 @default.
• W997796296 cites W1965008330 @default.
• W997796296 cites W1965219143 @default.
• W997796296 cites W1966772273 @default.
• W997796296 cites W1968238414 @default.
• W997796296 cites W1969436789 @default.
• W997796296 cites W1971787483 @default.
• W997796296 cites W1973283815 @default.
• W997796296 cites W1974500356 @default.
• W997796296 cites W1977669894 @default.
• W997796296 cites W1979568393 @default.
• W997796296 cites W1981341397 @default.
• W997796296 cites W1982777837 @default.
• W997796296 cites W1983175660 @default.
• W997796296 cites W1983251502 @default.
• W997796296 cites W1988235447 @default.
• W997796296 cites W1990704294 @default.
• W997796296 cites W1993354515 @default.
• W997796296 cites W1993744921 @default.
• W997796296 cites W1993977880 @default.
• W997796296 cites W1994924824 @default.
• W997796296 cites W1995845027 @default.
• W997796296 cites W1997174003 @default.
• W997796296 cites W1999453066 @default.
• W997796296 cites W1999605689 @default.
• W997796296 cites W2001522627 @default.
• W997796296 cites W2002547950 @default.
• W997796296 cites W2002765335 @default.
• W997796296 cites W2003876272 @default.
• W997796296 cites W2005697148 @default.
• W997796296 cites W2006883406 @default.
• W997796296 cites W2006920708 @default.
• W997796296 cites W2007482039 @default.
• W997796296 cites W2008432899 @default.
• W997796296 cites W2010205893 @default.
• W997796296 cites W2010878839 @default.
• W997796296 cites W2012238073 @default.
• W997796296 cites W2012792340 @default.
• W997796296 cites W2013054346 @default.
• W997796296 cites W2013073341 @default.
• W997796296 cites W2014326094 @default.
• W997796296 cites W2015145864 @default.
• W997796296 cites W2015688665 @default.
• W997796296 cites W2019834041 @default.
• W997796296 cites W2025370132 @default.
• W997796296 cites W2027778225 @default.
• W997796296 cites W2027975892 @default.
• W997796296 cites W2028858264 @default.
• W997796296 cites W2029967944 @default.
• W997796296 cites W2030342470 @default.
• W997796296 cites W2031128569 @default.
• W997796296 cites W2031455494 @default.
• W997796296 cites W2037080063 @default.
• W997796296 cites W2038638029 @default.
• W997796296 cites W2041514490 @default.
• W997796296 cites W2042631919 @default.
• W997796296 cites W2042888069 @default.
• W997796296 cites W2044272124 @default.
• W997796296 cites W2044370961 @default.
• W997796296 cites W2046159121 @default.
• W997796296 cites W2046495385 @default.
• W997796296 cites W2048566366 @default.
• W997796296 cites W2050135345 @default.
• W997796296 cites W2050276978 @default.
• W997796296 cites W2050283989 @default.
• W997796296 cites W2051247537 @default.
• W997796296 cites W2051607445 @default.
• W997796296 cites W2052497093 @default.
• W997796296 cites W2052877210 @default.
• W997796296 cites W2053719097 @default.
• W997796296 cites W2054846840 @default.
• W997796296 cites W2055757297 @default.
• W997796296 cites W2057396845 @default.
• W997796296 cites W2058330204 @default.
• W997796296 cites W2059843140 @default.
• W997796296 cites W2059853739 @default.
• W997796296 cites W2061917685 @default.
• W997796296 cites W206454799 @default.
• W997796296 cites W2065304723 @default.
• W997796296 cites W2066779926 @default.

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