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Design and implementation of cost effective water quality evaluation system

机译:具有成本效益的水质评估系统的设计与实现

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Embodiment of low cost and immensely proficient water quality monitoring system is very crying need for those people living in the outlying territory where immune drinking water is not plethoric. This paper illustrates a microcontroller based water quality monitoring system with high degree of accuracy and susceptible to determine several parameters of water such as temperature, turbidity and potential of hydrogen (pH). Detection of those parameters of water is very important and indispensable in order to lead healthy life as different source of water are being tainted due to excess population. Various analytical schemes are subsist for ascertainment of the quality of water where several are time-consuming and few are used for industrial applications that are not applicable for simple water quality monitoring system. Consequently, it is needless to model a simple device that track out various parameters of water unerringly. In this project based research work, a simple microcontroller is used as central processing unit (CPU) and multiple sensors that detect various parameters and send the data to microcontroller and finally the LCD gives the results.
机译:对于那些生活在免疫饮用水不足的偏远地区的人们来说,低成本和高度熟练的水质监测系统的实现是非常迫切的需求。本文说明了一种基于微控制器的水质监测系统,该系统具有很高的准确性,并且易于确定水的几个参数,例如温度,浊度和氢势(pH)。为了使人们过上健康的生活,检测这些水的参数非常重要且必不可少,因为人口过多会污染不同的水源。存在各种用于确定水质的分析方案,其中几种方案耗时,很少用于工业应用,不适用于简单的水质监测系统。因此,无需建模简单的设备即可准确跟踪各种水参数。在这个基于项目的研究工作中,一个简单的微控制器被用作中央处理器(CPU)和多个传感器,这些传感器检测各种参数并将数据发送到微控制器,最后LCD给出结果。

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