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Effects of water culture medium, cultivation systems and growth modes for microalgae cultivation: A review

机译:微藻栽培水培养基,栽培系统和生长模式的影响 - 综述

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摘要

As the world's natural fuel sources continue to deplete, the search for alternative fuel sources intensifies. A promising fuel source alternative is biofuels from microalgae, due to it being a renewable source, its wide availability, and also its high production rate. This paper reviews recent developments in microalgae culture medium, cultivation systems and growth modes. The importance of identifying the type of medium suitable for microalgae cultivation is highlighted along with descriptions and comparison of the medium types that include freshwater, saltwater and wastewater. The different cultivation systems such as open system, closed system, dark system and offshore cultivation used for cultivating microalgae are discussed, along with a study on the impact of large scale cultivation using these systems. Besides that, various growth modes for microalgae cultivation like phototrophic, heterotrophic, mixotrophic, photoheterotophic modes are reviewed. (C) 2018 Taiwan Institute of Chemical Engineers. Published by Elsevier B.V. All rights reserved.
机译:随着世界的天然燃料来源继续消耗耗尽,寻找替代燃料源的加剧。一个有前途的燃料源替代品是微藻的生物燃料,因为它是可再生源,其广泛可用性以及其高生产率。本文评论了近期微藻培养基,栽培系统和生长模式的发展。鉴定适用于微藻培养的培养基类型的重要性以及包括淡水,盐水和废水的培养基类型的描述和比较。讨论了用于培养微藻的开放系统,封闭系统,暗系统和近海栽培的不同栽培系统,以及使用这些系统的大规模培养的影响。此外,综述了微血糖培养的各种生长模式,如光营养,异养,混纺营养学模式。 (c)2018台湾化工工程师研究所。 elsevier b.v出版。保留所有权利。

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