Bibliographic citations
Rucoba, J., (2017). Eficiencia en la captura de carbono atmosférico a partir de cuatro géneros de algas fotosintéticas en el distrito de Moyobamba-2015 [Tesis, Universidad Nacional de San Martín. Fondo Editorial]. http://hdl.handle.net/11458/2958
Rucoba, J., Eficiencia en la captura de carbono atmosférico a partir de cuatro géneros de algas fotosintéticas en el distrito de Moyobamba-2015 [Tesis]. : Universidad Nacional de San Martín. Fondo Editorial; 2017. http://hdl.handle.net/11458/2958
@misc{renati/1055324,
title = "Eficiencia en la captura de carbono atmosférico a partir de cuatro géneros de algas fotosintéticas en el distrito de Moyobamba-2015",
author = "Rucoba Laulate, Jorge Luciano",
publisher = "Universidad Nacional de San Martín. Fondo Editorial",
year = "2017"
}
The present work deals with the study of algae as carbon sequestrants, using open photobioreactors to simulate the interaction of atmospheric gases. The process began with the inoculation of each genus of algae, which were later introduced to photobioreactors for reproduction once each biomass weighed 5 gm. The selected algae were indigenous, to avoid research failures. In the pH evaluation, the four groups of algal genera had a progressive alkaline tendency until the third week, reaching a maximum value in the genus Scenedesmus spp of 9,33%, which was later neutralized in the following week by algae activity. The carbon concentration evaluation found that the genera with the highest value were Scenedesmus spp with a concentration of 7,07 % and Closterium spp with a value of 5,85%. In the dry biomass obtained, Cosmarium spp had a maximum value of 28,488 gm, followed by the genus Spirogyra spp with 1,322 grams. The carbon content was estimated by multiplying the carbon concentration by the weight in kg of dry biomass. The genus Scenedesmus spp achieved the highest amount of carbon captured, with 0,0016043244 kg, followed by the genus Cosmarium spp, with 0,0016038744 kg. Of the four genera evaluated, the two that make the best use of resources (the genera Scenedesmus spp and Cosmrium spp) have the greatest amount of organic carbon stored in their biomass.
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