将粘土和石灰石混合分析为收获工具和雨水收集器

Nitamiar Wijayanti, I. G. P. Eka Suryana
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摘要

该研究源于Pecatu Hill地区大量的石灰岩开采,造成了深生态位。另一方面,缺水问题是主要的,因为喀斯特岩石的特性可以逃逸、溶解和吸收水分。前生态位开采条件与水资源短缺是两个不同的问题。但在这项研究中,试图将这些问题结合成一个解决方案,目的是进行实验,使Pecatu山的石灰石有可能以微型水库模型的形式长时间保持水。这个微型储层模型是由不同浓度的粘土悬浮液(0%、5%、10%和15%)混合制成的。本文采用小型蓄水池模型进行排水和吸水试验,并假设蓄水池为雨水坑,确定蓄水池对雨水的吸收能力。试验结果表明,掺混15%粘土悬浮液的微型水库,相比其他浓度的水库,其承受雨水收缩量减少0.04L / min,吸水能力小,仅为10.91%。这表明Pecatu Hill的微型石灰石水库具有15%粘土悬浮液混合物的潜力,可以作为收集和收集雨水的工具。因此,Pecatu Hill的村民有望利用它作为收集和收集雨水的工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analisis Campuran Tanah Liat dan Batu Kapur Bukit Pecatu Sebagai Instrumen Pemanen dan Penampung Air Hujan
This research originated from the large number of limestone mining in the Pecatu Hill area and it caused deep niches. On the other hand, the problem of water scarcity is the main thing, because the characteristics of karst rocks can escape, dissolve and absorb water. The condition of the ex-niche mining and water shortages are two different problems. But in this study, trying to combine these problems into a solution with the aim of making experiments that can make limestone from Pecatu Hill have the potential to hold water for a long time in the form of a miniature reservoir model. This miniature reservoir model is made with a mixture of clay suspensions of various concentrations (0%, 5%, 10% and 15%). This miniature reservoir model is tested for discharge and absorption of water which is assumed to be rainwater puddle to determine the ability to absorb rainwater. The result of this test is that the miniature reservoir with a mixture of 15% clay suspension has the ability to withstand a decrease in rainwater shrinkage of 0.04L / minute and has a small water absorption capacity of 10.91% compared to other concentrations. This shows that the miniature limestone reservoir of Pecatu Hill with a mixture of 15% clay suspension has potential as an instrument for harvesting and collecting rainwater. So this is expected to be utilized by the villagers of Pecatu Hill as an instrument for harvesting and collecting rainwater.
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