PLC Based Real Time Automated Water Distribution System for Domestic and Industrial Uses

Gaurav Makwana; Jitendra Managre; Alka Karketta; Gyanesh Savita; Maya Makwana; Kusum Tilkar

doi:10.37591/joma.v10i2.7428

Abstract

The process of water purification holds significant importance in the pre-distribution stage of water. The water distribution system in the PCMC area is extensively and efficiently deployed. Automation offers efficient methods for addressing various challenges related to water distribution. The occurrence of water leakage and inadequate water delivery is a significant challenge within the context of water distribution systems. The occurrence of this leakage results in a significant decrease in the pressure of water that is flowing th rough the supply line. As a result of this, users receive a reduced quantity of water. The primary objective of this study is to develop a robust water supply model in order to mitigate the aforementioned challenges. A distributed network is being proposed within the context of a single water tank. The issue at hand pertains to suboptimal water distribution and monitoring, ineffective utilisation, excessive loss, and insufficient implementation of comprehensive water management strategies. There exist several factors that contribute to the lack of control in this situation, including the availability of raw resources and the attitude of the end user. However, there exists a domain over which we can exert a certain degree of control, minimising it to the greatest extent through the implementation of improved technologies and management strategies. One aspect that has potential for enhancement is to the monitoring and management of water storage and delivery. Water pipe leaks often manifest as a forceful discharge of water like to a busted fountain

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