Improvement of hydrocarbon recovery by spouting solvent into culture of Botryococcus braunii

Botryococcus braunii , a green microalga, is known to produce plentiful liquid hydrocarbons as promising biodiesel resources. However, the hydrocarbon extraction methods that have so far achieved have several problems such as low efficiency and high cost. In our study, a solvent-spouted extraction p...

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Published in:	Bioprocess and biosystems engineering Vol. 36; no. 12; pp. 1977 - 1985
Main Authors:	Choi, Seung Phill, Bahn, Sang-Hoon, Sim, Sang Jun
Format:	Journal Article
Language:	English
Published:	Berlin/Heidelberg Springer Berlin Heidelberg 01-12-2013 Springer Nature B.V
Subjects:	Bacteria Bioengineering Biomass Bioreactors Biotechnology Botryococcus braunii Chemistry Chemistry and Materials Science Chlorophyta - cytology Chlorophyta - metabolism Culture Media Environmental Engineering/Biotechnology Food Science Hydrocarbons Hydrocarbons - isolation & purification Industrial and Production Engineering Industrial Chemistry/Chemical Engineering Original Paper Solvent extraction Solvent extraction processes Solvents Solvents - administration & dosage Octane Cell regeneration Hydrocarbon Solvent extraction
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Abstract	Botryococcus braunii , a green microalga, is known to produce plentiful liquid hydrocarbons as promising biodiesel resources. However, the hydrocarbon extraction methods that have so far achieved have several problems such as low efficiency and high cost. In our study, a solvent-spouted extraction process integrated with photo-bioculture was designed for simultaneous realization of hydrocarbon extraction and cell culture in two phases. The n -octane was selected as the best solvent among several solvents because its biocompatibility was highest for B. braunii . As a result, high level of biomass and hydrocarbon, 4.17 and 893.79 mg/L, respectively, was attained at 100 mL/min of solvent recycling rate through three times of processes for 66 days. Moreover, formation of cell clump was suppressed in solvent extraction, cells were regenerated after it, and thus cell viability was maintained even after repeated cycles of it. Finally, this solvent-spouted culture process required the smaller cost due to reuse of the less solvent and regenerated cells, compared with the other conventional methods. Accordingly, this technique would be applicable to exploit the continuous extraction of hydrocarbon from the algal biomass, especially for application on a large scale.
AbstractList	Botryococcus braunii, a green microalga, is known to produce plentiful liquid hydrocarbons as promising biodiesel resources. However, the hydrocarbon extraction methods that have so far achieved have several problems such as low efficiency and high cost. In our study, a solvent-spouted extraction process integrated with photo-bioculture was designed for simultaneous realization of hydrocarbon extraction and cell culture in two phases. The n-octane was selected as the best solvent among several solvents because its biocompatibility was highest for B. braunii. As a result, high level of biomass and hydrocarbon, 4.17 and 893.79 mg/L, respectively, was attained at 100 mL/min of solvent recycling rate through three times of processes for 66 days. Moreover, formation of cell clump was suppressed in solvent extraction, cells were regenerated after it, and thus cell viability was maintained even after repeated cycles of it. Finally, this solvent-spouted culture process required the smaller cost due to reuse of the less solvent and regenerated cells, compared with the other conventional methods. Accordingly, this technique would be applicable to exploit the continuous extraction of hydrocarbon from the algal biomass, especially for application on a large scale.[PUBLICATION ABSTRACT] Botryococcus braunii, a green microalga, is known to produce plentiful liquid hydrocarbons as promising biodiesel resources. However, the hydrocarbon extraction methods that have so far achieved have several problems such as low efficiency and high cost. In our study, a solvent-spouted extraction process integrated with photo-bioculture was designed for simultaneous realization of hydrocarbon extraction and cell culture in two phases. The n-octane was selected as the best solvent among several solvents because its biocompatibility was highest for B. braunii. As a result, high level of biomass and hydrocarbon, 4.17 and 893.79 mg/L, respectively, was attained at 100 mL/min of solvent recycling rate through three times of processes for 66 days. Moreover, formation of cell clump was suppressed in solvent extraction, cells were regenerated after it, and thus cell viability was maintained even after repeated cycles of it. Finally, this solvent-spouted culture process required the smaller cost due to reuse of the less solvent and regenerated cells, compared with the other conventional methods. Accordingly, this technique would be applicable to exploit the continuous extraction of hydrocarbon from the algal biomass, especially for application on a large scale. Botryococcus braunii , a green microalga, is known to produce plentiful liquid hydrocarbons as promising biodiesel resources. However, the hydrocarbon extraction methods that have so far achieved have several problems such as low efficiency and high cost. In our study, a solvent-spouted extraction process integrated with photo-bioculture was designed for simultaneous realization of hydrocarbon extraction and cell culture in two phases. The n -octane was selected as the best solvent among several solvents because its biocompatibility was highest for B. braunii . As a result, high level of biomass and hydrocarbon, 4.17 and 893.79 mg/L, respectively, was attained at 100 mL/min of solvent recycling rate through three times of processes for 66 days. Moreover, formation of cell clump was suppressed in solvent extraction, cells were regenerated after it, and thus cell viability was maintained even after repeated cycles of it. Finally, this solvent-spouted culture process required the smaller cost due to reuse of the less solvent and regenerated cells, compared with the other conventional methods. Accordingly, this technique would be applicable to exploit the continuous extraction of hydrocarbon from the algal biomass, especially for application on a large scale.
Author	Bahn, Sang-Hoon Choi, Seung Phill Sim, Sang Jun
Author_xml	– sequence: 1 givenname: Seung Phill surname: Choi fullname: Choi, Seung Phill organization: Department of Chemical and Biological Engineering and Green School, Korea University – sequence: 2 givenname: Sang-Hoon surname: Bahn fullname: Bahn, Sang-Hoon organization: Department of Chemical Engineering, Sungkyunkwan University – sequence: 3 givenname: Sang Jun surname: Sim fullname: Sim, Sang Jun email: simsj@korea.ac.kr organization: Department of Chemical and Biological Engineering and Green School, Korea University
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Snippet	Botryococcus braunii , a green microalga, is known to produce plentiful liquid hydrocarbons as promising biodiesel resources. However, the hydrocarbon... Botryococcus braunii, a green microalga, is known to produce plentiful liquid hydrocarbons as promising biodiesel resources. However, the hydrocarbon...
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SubjectTerms	Bacteria Bioengineering Biomass Bioreactors Biotechnology Botryococcus braunii Chemistry Chemistry and Materials Science Chlorophyta - cytology Chlorophyta - metabolism Culture Media Environmental Engineering/Biotechnology Food Science Hydrocarbons Hydrocarbons - isolation & purification Industrial and Production Engineering Industrial Chemistry/Chemical Engineering Original Paper Solvent extraction Solvent extraction processes Solvents Solvents - administration & dosage
Title	Improvement of hydrocarbon recovery by spouting solvent into culture of Botryococcus braunii
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