Photobioreactors for microalga Chlorella Sorokiniana cultivation
Natalia Politaeva, Yu. A. Smyatskaya, А. Л. Тимковский, E I Lezhnev, V. А. Polyanskii, Anton Timofeev, A A Tulub, Д. А. Зарипова, Olga Lopicheva
Abstract
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Natalia Politaeva, Yu. A. Smyatskaya, А. Л. Тимковский, E I Lezhnev, V. А. Polyanskii, Anton Timofeev, A A Tulub, Д. А. Зарипова, Olga Lopicheva
Abstract
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Abstract This work presents various constructions of photobioreactors for microalgae Chlorella Sorokiniana cultivation. We studied dependence of biomass production rate on photobioreactor construction. We suggest special photobioreactor construction for pilot-scale biomass production. We explored the ways to use the obtained biomass as a source for lipids and carotinoids. We recommend to use waste biomass for obtaining of sorption materials for water purification. The spent sorption materials may be used as a co-substrate for fermentation of organic wastes.
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Abstract This work presents various constructions of photobioreactors for microalgae Chlorella Sorokiniana cultivation. We studied dependence of biomass production rate on photobioreactor construction. We suggest special photobioreactor construction for pilot-scale biomass production. We explored the ways to use the obtained biomass as a source for lipids and carotinoids. We recommend to use waste biomass for obtaining of sorption materials for water purification. The spent sorption materials may be used as a co-substrate for fermentation of organic wastes.
Key concepts: Photobioreactor, Chlorella sorokiniana, Biomass (ecology), Environmental science, Sorption, Pulp and paper industry, Fermentation, Chlorella vulgaris