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首页> 外文期刊>Desalination: The International Journal on the Science and Technology of Desalting and Water Purification >Uses of the reject brine from inland desalination for fish farming, Spirulina cultivation, and irrigation of forage shrub and crops
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Uses of the reject brine from inland desalination for fish farming, Spirulina cultivation, and irrigation of forage shrub and crops

机译:内陆海水淡化所产生的废盐水用于鱼类养殖,螺旋藻种植以及饲草灌木和农作物的灌溉

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This paper offers a review on different experiences that have been conducted in South America, which are of interest for the agricultural use of the brine reject originated in inland desalination plants. The results obtained by a combined production scheme that uses brine reject from inland desalination plants for fish farming and for the irrigation of halophyte forage shrubs are summarized. This scheme has succeeded in turning an environmental problem (the brine reject disposal in inland areas) into a source of new economical activities. However, despite a slightly salt removal capacity shown by the halophytes, this production scheme was not able to prevent a progressive salinization of the land irrigated with the reject brine. The yields Obtained are analyzed in terms of fish and forage production as well as the weight gain in the livestock fed with the halophytes. Also, due to its characteristics and good performance in arid regions and saline waters, the cultivation of Spirulina cyanobacteria is proposed as an alternative for fish farming within this production scheme. Finally, a series of South American studies addressing the irrigation of crops under saline conditions are reviewed, with the objective of establishing their potential use for reject brine management. (C) 2015 Elsevier B.V. All rights reserved.
机译:本文对南美已开展的不同经验进行了回顾,这些经验对于内陆海水淡化厂产生的盐水废弃物在农业上的应用很有意义。总结了通过联合生产方案获得的结果,该方案使用了来自内陆海水淡化厂的卤水用于鱼类养殖和盐生植物饲料灌木的灌溉。该计划已成功地将环境问题(内陆地区的盐水废弃处置)转变为新的经济活动的来源。然而,尽管盐生植物显示出略微的除盐能力,但该生产方案仍无法防止用废盐水灌溉的土地逐渐盐碱化。根据鱼和饲料的产量以及用盐生植物喂养的牲畜的体重增加来分析获得的产量。另外,由于其特性和在干旱地区和盐水中的良好性能,因此提议在该生产方案中养殖螺旋藻蓝细菌作为鱼类养殖的替代方法。最后,对南美在盐分条件下灌溉作物的一系列研究进行了综述,目的是确定其在不合格盐分管理中的潜在用途。 (C)2015 Elsevier B.V.保留所有权利。

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