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Avalia??o da produtividad da microalga Scenedesmus acuminatus (Lagerheim) Chodat em diferentes meios de cultivo

机译:不同培养介质对微藻藻(Lagerheim)Chodat生产力的评价

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In rcent years there has been an increase of activities, processes and applications involving the use of microalgae and their biomass. Nevertheless, the perspective of the use these microorganisms depend on the species cultivated on a large scale. The nutrients present in the culture medium need to attend the nutritional needs of algae, providing high productivity. This study aimed to evaluate the microalgae Scenedesmus acuminatus productivity in different culture medium and, from the best medium, to analyze the yield obtained with its dilutions. The tested cultures medium were: MC, DM, NPK (10:10:10) and NPK (20:5:10). The culture medium using MC showed the best algal biomass productivity with respect to time. Tests with dilution of the culture medium showed that it′s possible to use the MC medium in a proportion ten times smaller without to pawn the productivity. Thus, we concluded that the MC medium has attended the nutritional needs of the microalga Scenedesmus acuminatus, providing a higher amount of biomass in a shorter cultivation time.
机译:在最近几年,涉及使用微藻及其生物质的活动,过程和应用有所增加。然而,从使用角度来看,这些微生物取决于大规模栽培的物种。培养基中存在的营养物质需要满足藻类的营养需求,从而提供高生产率。这项研究旨在评估不同培养基中微藻藻的生产力,并从最佳培养基中分析其稀释液获得的产量。所测试的培养基是:MC,DM,NPK(10:10:10)和NPK(20:5:10)。使用MC的培养基显示出相对于时间而言最佳的藻类生物量生产率。稀释培养基的测试表明,使用MC培养基的比例可以小十倍,而不会影响生产率。因此,我们得出的结论是,MC培养基满足了微藻场景藻的营养需求,可在较短的培养时间内提供更高的生物量。

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