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Cultivation and harvesting of micro-algae for bio-fuel Production - A review

机译:用于生物燃料生产的微藻的培养和收获-综述

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摘要

Although micro-algal biomass can be 'energy rich', the growth of algae in dilute suspension at around 0.02-0.05 % dry solids poses considerable challenges in achieving a viable energy balance in micro-algal biofuel process operations. Similarity in density of the algal cells to the growth medium, the negative surface charge on the algae and the algal growth rates which require frequent harvesting compared to terrestrial plants. Micro-algae are harvested by a number flocculation, flotation, centrifugation and filtration or a combination of any of these. This paper reviews the various methods of harvesting and dewatering micro-algae for the production of biofuel. There appears to be no one method or combination of harvesting methods suited to all micro-algae and harvesting method will have a considerable influence on the design and operation of both upstream and downstream processes in an overall micro-algal biofuel production process.
机译:尽管微藻生物质可能是“能量丰富的”,但藻类在稀悬浮液中的干固体含量约为0.02-0.05%,这对于在微藻生物燃料工艺操作中实现可行的能量平衡提出了巨大的挑战。与陆生植物相比,藻类细胞与生长培养基的密度,藻类上的负表面电荷以及藻类生长速率相似,需要频繁收获。通过多次絮凝,浮选,离心和过滤或这些方法的组合来收获微藻。本文概述了用于生产生物燃料的微藻收获和脱水的各种方法。似乎没有一种方法或适合所有微藻的收获方法的组合,并且收获方法将对整个微藻生物燃料生产过程中上游和下游过程的设计和运行产生重大影响。

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