Growth and Metabolite Production in Chlorella sp.: Analysis of Cultivation System and Nutrient Reduction
Microalgae are a sustainable source for many bioproduct syntheses. This study shows how different cultivation systems and nutrient concentrations affect Chlorella sp. development. The cultivation was performed in open and closed lab-scale systems. A Tukey test was used to evaluate the significant di...
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Published in | Bioenergy research Vol. 16; no. 3; pp. 1829 - 1840 |
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Main Authors | , , , |
Format | Journal Article |
Language | English |
Published |
New York
Springer US
01.09.2023
Springer Springer Nature B.V |
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Abstract | Microalgae are a sustainable source for many bioproduct syntheses. This study shows how different cultivation systems and nutrient concentrations affect
Chlorella
sp. development. The cultivation was performed in open and closed lab-scale systems. A Tukey test was used to evaluate the significant differences between the microalgae growth and composition under the two systems analyzed. The effect of nitrogen and phosphorus concentration was analyzed with a 2
2
full factorial design. Lipids, carbohydrates, proteins, and pigments were extracted and quantified. The highest specific growth rate (0.52 1/day) was obtained in the open pond, with a cell density of 5.06 × 10
7
cells/mL and a biomass concentration of 1.30 mg/mL. In this condition, the higher concentration of pigments was obtained: 13 μg/mg of chlorophyll-a, 15 μg/mg of chlorophyll-b, and 2 μg/mg of carotenoids. An expressive increase in the lipid (from 17 to 35%) was obtained in low nitrogen and high phosphorus. Protein percentage increases with both nutrients at a higher level, reaching up to 60%. The percentage of carbohydrates decreases from 32 to 13% with phosphorus reduction. Thus, this study points out the conditions that benefit the accumulation of each
Chlorella
sp. metabolite, contributing to the decision-making for the cultivation and applications of this microalgae. |
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AbstractList | Microalgae are a sustainable source for many bioproduct syntheses. This study shows how different cultivation systems and nutrient concentrations affect Chlorella sp. development. The cultivation was performed in open and closed lab-scale systems. A Tukey test was used to evaluate the significant differences between the microalgae growth and composition under the two systems analyzed. The effect of nitrogen and phosphorus concentration was analyzed with a 22 full factorial design. Lipids, carbohydrates, proteins, and pigments were extracted and quantified. The highest specific growth rate (0.52 1/day) was obtained in the open pond, with a cell density of 5.06 × 107 cells/mL and a biomass concentration of 1.30 mg/mL. In this condition, the higher concentration of pigments was obtained: 13 μg/mg of chlorophyll-a, 15 μg/mg of chlorophyll-b, and 2 μg/mg of carotenoids. An expressive increase in the lipid (from 17 to 35%) was obtained in low nitrogen and high phosphorus. Protein percentage increases with both nutrients at a higher level, reaching up to 60%. The percentage of carbohydrates decreases from 32 to 13% with phosphorus reduction. Thus, this study points out the conditions that benefit the accumulation of each Chlorella sp. metabolite, contributing to the decision-making for the cultivation and applications of this microalgae. Microalgae are a sustainable source for many bioproduct syntheses. This study shows how different cultivation systems and nutrient concentrations affect Chlorella sp. development. The cultivation was performed in open and closed lab-scale systems. A Tukey test was used to evaluate the significant differences between the microalgae growth and composition under the two systems analyzed. The effect of nitrogen and phosphorus concentration was analyzed with a 2.sup.2 full factorial design. Lipids, carbohydrates, proteins, and pigments were extracted and quantified. The highest specific growth rate (0.52 1/day) was obtained in the open pond, with a cell density of 5.06 x 10.sup.7 cells/mL and a biomass concentration of 1.30 mg/mL. In this condition, the higher concentration of pigments was obtained: 13 [mu]g/mg of chlorophyll-a, 15 [mu]g/mg of chlorophyll-b, and 2 [mu]g/mg of carotenoids. An expressive increase in the lipid (from 17 to 35%) was obtained in low nitrogen and high phosphorus. Protein percentage increases with both nutrients at a higher level, reaching up to 60%. The percentage of carbohydrates decreases from 32 to 13% with phosphorus reduction. Thus, this study points out the conditions that benefit the accumulation of each Chlorella sp. metabolite, contributing to the decision-making for the cultivation and applications of this microalgae. Microalgae are a sustainable source for many bioproduct syntheses. This study shows how different cultivation systems and nutrient concentrations affect Chlorella sp. development. The cultivation was performed in open and closed lab-scale systems. A Tukey test was used to evaluate the significant differences between the microalgae growth and composition under the two systems analyzed. The effect of nitrogen and phosphorus concentration was analyzed with a 2 2 full factorial design. Lipids, carbohydrates, proteins, and pigments were extracted and quantified. The highest specific growth rate (0.52 1/day) was obtained in the open pond, with a cell density of 5.06 × 10 7 cells/mL and a biomass concentration of 1.30 mg/mL. In this condition, the higher concentration of pigments was obtained: 13 μg/mg of chlorophyll-a, 15 μg/mg of chlorophyll-b, and 2 μg/mg of carotenoids. An expressive increase in the lipid (from 17 to 35%) was obtained in low nitrogen and high phosphorus. Protein percentage increases with both nutrients at a higher level, reaching up to 60%. The percentage of carbohydrates decreases from 32 to 13% with phosphorus reduction. Thus, this study points out the conditions that benefit the accumulation of each Chlorella sp. metabolite, contributing to the decision-making for the cultivation and applications of this microalgae. |
Audience | Academic |
Author | Estevam, Bianca Ramos Pinto, Luisa Fernanda Ríos Filho, Rubens Maciel Fregolente, Leonardo Vasconcelos |
Author_xml | – sequence: 1 givenname: Bianca Ramos surname: Estevam fullname: Estevam, Bianca Ramos organization: Laboratory of Optimization, Design and Advanced Control, School of Chemical Engineering, University of Campinas (UNICAMP) – sequence: 2 givenname: Luisa Fernanda Ríos orcidid: 0000-0003-3291-458X surname: Pinto fullname: Pinto, Luisa Fernanda Ríos email: luisarp@unicamp.br organization: Laboratory of Optimization, Design and Advanced Control, School of Chemical Engineering, University of Campinas (UNICAMP) – sequence: 3 givenname: Rubens Maciel surname: Filho fullname: Filho, Rubens Maciel organization: Laboratory of Optimization, Design and Advanced Control, School of Chemical Engineering, University of Campinas (UNICAMP) – sequence: 4 givenname: Leonardo Vasconcelos surname: Fregolente fullname: Fregolente, Leonardo Vasconcelos organization: Laboratory of Optimization, Design and Advanced Control, School of Chemical Engineering, University of Campinas (UNICAMP) |
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Keywords | Raceway Microalgae Biorefinery Metabolism Stress Nutrient depletion |
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SubjectTerms | Algae Analysis Aquatic microorganisms Biomedical and Life Sciences Carbohydrates Carotenoids Cell density Chlorella Chlorophyll Cultivation Decision making Factorial design Life Sciences Lipids Metabolites Microalgae Nitrogen Nutrient concentrations Nutrients Phosphorus Pigments Plant Breeding/Biotechnology Plant Ecology Plant Genetics and Genomics Plant Sciences Proteins Reduction Wood Science & Technology |
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