雾捕获及其潜在用途灌溉和人类消费,利马-秘鲁

V. León, Alexi Delgado, Noemí Herrera, Kiara Aguirre, Estefany Valverde, Edson Palacios
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引用次数: 0

摘要

捕雾器可以作为弥补棚户区缺水的另一种选择,既可以用于灌溉,也可以用于人类消费。这些研究表明,在冬季产生的平均集水量高达9升/立方米/天,而诸如烤粘土过滤器等技术可以处理任何类型的水,在消除病原体、金属和其他污染物方面表现出高效率。因此,本研究的目的是(1)确定2个标准捕雾器产生的水量,(2)评估潜在的灌溉用水的收集水的质量,(3)评估潜在的人类消费用水焙泥过滤器处理的收集水的质量。结果表明,两种捕雾器的最大集水量分别为17.1 l/m 2 /d和21.1 l/m 2 /d。表征直接捕获的雾水样可以不受限制地用于灌溉。除氟化物(1.50 mg F - /L)和pH值(10)外,通过粘土过滤器捕获和过滤的雾水符合秘鲁法规允许的人类消费最大限度。然而,建议用另一种替代品来处理水。棚户区推荐的物种是Molle serrano (Schinus Molle), Tara (Caesalpinia spinosa)和Tipa (Tipuana tipu),因为它们可以适应极端的干旱和压力条件,并且需要少量的水。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fog Capture and Its Potential Use Irrigation and Human Consumption, Lima - Peru
– Fog catchers could be an alternative to make up for the lack of water in shanty towns, either for irrigation or human consumption. These have demonstrated average catchments of up to 9 l/m 2 /d generated during the winter, and technologies such as baked clay filters can treat any type of water showing high efficiency in the elimination of pathogens, metals and other contaminants. Therefore, the present investigation aimed (1) to determine the volume of water generated by 2 standard fog catchers, (2) to evaluate the quality of collected water with potential use in irrigation, and (3) to evaluate the quality of collected water treated by baked clay filters with potential use for human consumption. Results show that the maximum collected water volume for the two fog catchers are 17.1 l/m 2 /d and 21.1 l/m 2 /d respectively. Characterization of the directly captured fog water sample can be used in irrigation without restriction. Fog water captured and filtered through a clay filter meet maximum permissible limits for human consumption according to peruvian regulations, except for fluoride (1.50 mg F - /L) and pH (10). However, it’s suggested to treat the water with another alternative. Species recommended for shanty towns are Molle serrano ( Schinus molle ), Tara ( Caesalpinia spinosa ) and Tipa ( Tipuana tipu ) because they can adapt to extreme conditions of aridity and stress, and require low amounts of water.
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