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首页> 外文期刊>Current Science: A Fortnightly Journal of Research >Mass culture of marine microalgae Chlorella vulgaris (NIOT-74) and production of biodiesel
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Mass culture of marine microalgae Chlorella vulgaris (NIOT-74) and production of biodiesel

机译:海洋微藻小球藻粮食植物(Niot-74)和生物柴油的生产

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摘要

Biodiesel production using marine microalgae as an alternate fuel source is receiving international attention in view of its economic and environmental advantages. The present study evaluated the feasibility of biodiesel production from the marine microalgae; Chlorella vulgaris (NIOT-74). Outdoor mass cultures of marine microalgae were done in different photobioreactors and raceways with marine C. vulgaris (NIOT-74) as a model organism. The study demonstrated the feasibility of producing biodiesel and provided an evaluation of the physico- chemical properties of biodiesel (B100) and blend (B10) according to ASTM standards. A cost-effective electroflocculation method with 90.12% harvesting efficiency was developed and tested. The biodiesel produced from C. vulgaris (NIOT-74) was tested in two-stroke and four-stroke engines and was also used to test drive a vehicle.
机译:鉴于其经济和环境优势,生物柴油使用海洋微藻作为替代燃料源的生产正在接受国际关注。 本研究评估了生物柴油生产从海洋微藻的可行性; 小球藻(Niot-74)。 海洋微藻的户外大众培养物在不同的光生物反应器和滚道中进行,伴有海洋C.Vularis(Niot-74)作为模型生物。 该研究证明了生产生物柴油的可行性,并提供了根据ASTM标准的生物柴油(B100)和混合物(B10)的物理化学性质的评价。 开发并测试了具有90.12%的收获效率的经济高效的电絮凝方法。 由C.Vulgaris(Niot-74)产生的生物柴油在两冲程和四冲程发动机中测试,也用于试验车辆。

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