基于物联网的智能雨水收集系统

Vardhman Ranjan, Moldireddy Vinay Reddy, M. Irshad, Neetu Joshi
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引用次数: 6

摘要

印度各地的地下水正在迅速枯竭。Niti Aayog警告说,德里可能会在2020年耗尽地下水。这是一个危急的情况,也可能发生在印度的其他地区。节约用水是当务之急。由于大规模的全球化、城市化和现代化,我们周围的质量正在下降,这反过来也影响了下雨的自然现象。燃烧化石燃料释放的二氧化硫和二氧化氮等气体通过空气和气流传播。它们与水和其他物质混合形成硫酸和硝酸,引起酸雨。这里的水不适合使用,因此在收割时出现了问题。将这些水储存在水质稍好的同一个水库中也会导致水的退化。在每天12亿加仑的用水需求中,德里200加仑的需求是通过非法取水来满足的。根据2012年的一项规定,所有面积超过100平方英尺的建筑都必须使用。m .设有雨水收集系统。已经建成的小户型房屋也需要解决。一个主要问题不仅是收集水,而且是收集水的质量。本文试图找到所有这些问题的答案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Internet of Things (IOT) Based Smart Rain Water Harvesting System
Ground water all over India is depleting fast. Niti Aayog has cautioned that Delhi could run out of ground water by 2020. This is a critical situation and can happen with other parts of India too. Conservation of water is the need of hour. Due to vast globalization, urbanization and modernization the quality of our surrounding is degrading which in turn is affecting the natural phenomenon of raining too. The gases such as Sulphur Dioxide and Nitrogen Dioxide released due to burning of fossil fuels gets transported by air and wind currents. They mix with water and other material to form sulphuric acid and nitric acid causing acid rain. The problem in harvesting arise here as this water is not suitable for use. Storing this water in the same reservoir with slightly better quality of water can lead to degradation of that water also. Out of 1200 millions of gallons per day (MGD) demand of water, 200 MGD requirement of Delhi is met by illegal boring of water. Under a regulation of 2012, it has been made mandatory for all establishment above 100 sq. m to have rain water harvesting system (RWHS). Small size houses already constructed also need to be addressed. A major issue is not only harvesting of water but also the quality of harvested water. Present paper seeks to find answer to all these problems.
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