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The selection of a surfactant for freshwater microalgae harvesting and separation by the foam separation method

机译:泡沫分离法选择用于淡水微藻收获和分离的表面活性剂

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Collecting microalgae from water with less energy and cost is significant to gain economic profit from microalgae harvesting and processing. Foam separation has certain advantages including low energy consumption, simple operation and easy maintenance of the equipment. Natural surfactants, compared to traditional surfactants, were used to harvest and separate the freshwater microalgae Desmodesmus brasiliensis by foam separation. Results showed a recovery percentage of 93.6% and an enrichment ratio of 23.1 with the natural surfactant cocamidopropyl betaine (CAPB), suggesting that this low-cost surfactant can be applied to microalgae biomass recovery on a commercial scale using foam separation with no negative effect on the content of microalgae chlorophyll, carotenoid or protein.
机译:以较少的能源和成本从水中收集微藻对于从微藻的收获和加工中获得经济利益具有重要意义。泡沫分离具有某些优点,包括能耗低,操作简单和设备易于维护。与传统表面活性剂相比,天然表面活性剂用于通过泡沫分离来收获和分离巴西淡水微藻Desmodesmus brasiliensis。结果显示天然表面活性剂椰油酰胺丙基甜菜碱(CAPB)的回收率为93.6%,富集率为23.1,这表明这种低成本的表面活性剂可以使用泡沫分离以商业规模用于微藻生物量的回收,而对泡沫没有负面影响。微藻叶绿素,类胡萝卜素或蛋白质的含量。

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