Desmodesmus Armatus stands out with the ability to accumulate starch in turn – almost twice the other strains. This is promising for the production of feed, biologically, bioplasty and biologically fragmented materials.
In the study, scientists raised algae in flat photobiratoryors with a controlled temperature and lighting. Neochlorella Selamenkoi and Chlorella developed at 36 ° C, desmodesmus armatus – 27 ° C and carbon dioxide concentration was 50 times higher than the atmospheric.
The results showed that the neochlorella semenynkoi biomass in eight days was almost equal to Chlorella Sorokiniana and that Desmodesmus Armatus grew slightly slower. The efficacy of the absorption of carbon dioxide in new strains was lower, but may increase when optimizing conditions.
Both strains confirmed the potential of the production of feed, bio -orod and biotechnological materials.
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Source: Ferra
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