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Harvesting of microalgae by bio-flocculation

机译:通过生物絮凝法收获微藻

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摘要

The high-energy input for harvesting biomass makes current commercial microalgal biodiesel production economically unfeasible. A novel harvesting method is presented as a cost and energy efficient alternative: the bio-flocculation by using one flocculating microalga to concentrate the non-flocculating microalga of interest. Three flocculating microalgae, tested for harvesting of microalgae from different habitats, improved the sedimentation rate of the accompanying microalga and increased the recovery of biomass. The advantages of this method are that no addition of chemical flocculants is required and that similar cultivation conditions can be used for the flocculating microalgae as for the microalgae of interest that accumulate lipids. This method is as easy and effective as chemical flocculation which is applied at industrial scale, however in contrast it is sustainable and cost-effective as no costs are involved for pre-treatment of the biomass for oil extraction and for pre-treatment of the medium before it can be re-used.
机译:用于收获生物质的高能量输入使得当前的商业微藻生物柴油生产在经济上不可行。提出了一种新颖的捕捞方法,作为一种节省成本和能源效率的替代方法:通过使用一种絮凝微藻来浓缩所关注的非絮凝微藻来进行生物絮凝。测试了三种絮凝微藻,这些微藻用于从不同生境中收获微藻,从而提高了伴生微藻的沉降速率并提高了生物量的回收率。该方法的优点是不需要添加化学絮凝剂,并且对于絮凝微藻可以使用与积聚脂质的目标微藻相似的培养条件。该方法与工业规模应用的化学絮凝一样简单有效,但是相反,它是可持续且具有成本效益的,因为无需花费任何费用就可以对生物质进行预处理以提取油和对介质进行预处理在可以重复使用之前。

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