期刊名称：Environmental Health Engineering and Management
印刷版ISSN：2423-3765
电子版ISSN：2423-4311
出版年度：2015
卷号：2
期号：3
页码：141-147
语种：English
出版社：Kerman University of Medical Sciences
摘要：Background: This study quantified the effect of four popular culture media in a biodiesel production study on the qualitative and quantitative lipid content,dry biomass,and lipid productivity of Nannochloropsis oculata. Methods: Culture of microalgae was done separately in Walne,F/2,Sato,and TMRL media. In the logarithmic and stationary growth phases,biomass production and lipid accumulation of microalgae were measured and the constituents were identified by gas chromatography. Results: N. oculata exhibited the highest rate of cell growth and biomass productivity of 0.2616 day-1 and 2.652 gl-1 in the Walne medium. The highest level of biomass conversion into lipids in TMRL medium revealed a cell dry weight of 37.22%. Walne medium proved to have the most efficient lipid productivity which was 0.1057 gl-1 day-1. The highest amount of triacylglycerol (TAG) was obtained in Sato medium in the stationary growth phase and was 75.25% of the fatty acids. Conclusion: The present study provides a practical benchmark,which allows the introduction of Walne as a suitable culture medium for N. oculata in biodiesel studies..
