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Microwave assisted flocculation for harvesting of Chlorella vulgaris

机译:微波炉辅助絮凝用于收获小球藻

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摘要

Microalgae harvesting is a major hindrance for the development of the microalgae industry. In this paper, short microwave treatment was used to assist the flocculation of Chlorella vulgaris with three flocculants, Fe3+ (FeCl3), chitosan, and Ca2+ (CaCl2). A microwave irradiation time of 20 s, and a pH of 10 was found to be the optimum condition. The harvesting efficiency could be significantly increased by 43.2%, 49.5% and 39.6%, respectively for Fe3+, chitosan, and Ca2+ assisted by microwave under these conditions. Microwave treatment did not cause any damage to the algal cells, and had no obvious influence on the lipid extraction. Microwave treatment decreased the concentration of the flocculants in culture medium after flocculation; this treatment enabled the reuse of the supernatant. This study provides a new and promising method of improving the flocculation efficiency for microalgae harvesting, by using microwave energy.
机译:微藻收获是微藻工业发展的主要障碍。 在本文中,使用短微波处理来协助用三个絮凝剂,Fe3 +(FECL3),壳聚糖和Ca2 +(CaCl2)絮凝中小黄蛋白的絮凝。 发现20 s的微波辐射时间和10 pH为最佳条件。 在这些条件下,每分别为Fe3 +,壳聚糖和CA2 +的收获效率分别显着增加43.2%,49.5%和39.6%。 微波治疗没有对藻类细胞造成任何损害,对脂质提取没有明显影响。 微波处理在絮凝后降低培养基中絮凝剂的浓度; 这种处理使得重复使用上清液。 本研究通过使用微波能量提供了一种提高微量血糖收获的絮凝效率的新的和有希望的方法。

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