Fig. 4. The effects of the reaction temperature, hexane solution-to-methanol ratio, and reaction time on the transesterification of the extracted microalgae oil dissolved in
hexane. 1The experiments were performed under the following conditions: amount of oil-hexane solution, 12 mL; hexane solution-to-methanol ratio, 2:1; mixing speed,
600 rpm; reaction time, 20 min. 2The experiments were performed under the following conditions: amount of oil-hexane solution, 12 mL; temperature, 45 C; mixing speed,
600 rpm; reaction time, 20 min. 3The experiments were performed under the following conditions: amount of oil-hexane solution, 12 mL; hexane solution-to-methanol ratio,
6:1; temperature, 45 C; mixing speed, 600 rpm.
Fig. 4. The effects of the reaction temperature, hexane solution-to-methanol ratio, and reaction time on the transesterification of the extracted microalgae oil dissolved inhexane. 1The experiments were performed under the following conditions: amount of oil-hexane solution, 12 mL; hexane solution-to-methanol ratio, 2:1; mixing speed,600 rpm; reaction time, 20 min. 2The experiments were performed under the following conditions: amount of oil-hexane solution, 12 mL; temperature, 45 C; mixing speed,600 rpm; reaction time, 20 min. 3The experiments were performed under the following conditions: amount of oil-hexane solution, 12 mL; hexane solution-to-methanol ratio,6:1; temperature, 45 C; mixing speed, 600 rpm.
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