Development and implementation of internet of things iot based water quality monitoring system

Abstract

Water is crucial for all living individuals in both developing and developed countries. The modern management of the water distribution network has important implications for the health, safety and economy of an urban community. Thus, it is a perfect application to validate - in the field - the electronic solutions addressing the open challenges of IoT sensing networks. It is evident that distributed, in-line monitoring of environmental pollution, air and water leveraging micro-fabricated emerging sensors, is a key aspect in the paradigm of a clean city. The attribute assessment of water is the considerable impact of numerous application habitats. Dependable networks of permanent locality as nodes are used to monitor water status of metropolitan areas. A wide variety of water pollutants such as bacteria, viruses, protozoa and parasitic worms can be preciously computed via permanent monitoring locations. On the other hand, to calculate atmosphere environment concentrations, stable observing stations are often located. Furthermore, they are regularly quite a lot of kilometer s distant. The significance of sustaining high-quality water excellence focuses on the growing need for extremely developed technologies help to manage water excellence and observe water. In exacting, the Internet of Things implanted accomplishment presents novel challenges for inspectors, and they are conventionally experimental water excellence by catching few water samples and investigative them in the examination center.In the existing research, there is no efficient algorithm is developed to secure the data storage and to reduce the sample testing time period. The existing research also faces the problems of high implementation cost due to the use of costly probes, sondes, chemical analyzer and filters. The existing research needs huge man power for water quality measurement as well as maintenance of the equipment newline