In silico optimization of lipid yield utilizing mix-carbon sources for biodiesel production from Chlorella minutissima
A Dash, R Banerjee - Energy Conversion and Management, 2018 - Elsevier
Single-stage cultivation strategy is more favorable than two-stage cultivation owing to the
lesser technical obstacles and being more cost-effective in the microalgal biodiesel
production. Hence, in this study, mixotrophically grown Chlorella minutissima MCC 27
biomass was optimized for synergistic maximization of biomass yield and intracellular lipid
accumulation using Central Composite Rotatable Design (CCRD). The effect of mix-carbon
sources (glucose+ acetate), nitrate concentration and culture time on biomass accumulation …
lesser technical obstacles and being more cost-effective in the microalgal biodiesel
production. Hence, in this study, mixotrophically grown Chlorella minutissima MCC 27
biomass was optimized for synergistic maximization of biomass yield and intracellular lipid
accumulation using Central Composite Rotatable Design (CCRD). The effect of mix-carbon
sources (glucose+ acetate), nitrate concentration and culture time on biomass accumulation …
In silico optimization of lipid yield utilizing mix-carbon sources for biodiesel production from Chlorella minutissima.
AD Archana Dash, RB Rintu Banerjee - 2018 - cabidigitallibrary.org
Single-stage cultivation strategy is more favorable than two-stage cultivation owing to the
lesser technical obstacles and being more cost-effective in the microalgal biodiesel
production. Hence, in this study, mixotrophically grown Chlorella minutissima MCC 27
biomass was optimized for synergistic maximization of biomass yield and intracellular lipid
accumulation using Central Composite Rotatable Design (CCRD). The effect of mix-carbon
sources (glucose+ acetate), nitrate concentration and culture time on biomass accumulation …
lesser technical obstacles and being more cost-effective in the microalgal biodiesel
production. Hence, in this study, mixotrophically grown Chlorella minutissima MCC 27
biomass was optimized for synergistic maximization of biomass yield and intracellular lipid
accumulation using Central Composite Rotatable Design (CCRD). The effect of mix-carbon
sources (glucose+ acetate), nitrate concentration and culture time on biomass accumulation …
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