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Paper ID: UIJRTV6I50016
Volume:06
Issue:05
Pages:199-203
Date:March 2025
ISSN:2582-6832
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Avula Abhiram Reddy, Ganji Chennakesava Reddy, Pallapu Sai Geetha, Kolli Kishore Reddy, and Nikunj Bhavsar, 2025. Pipeline Surveillance and Leakage Detection Using Embedded System. United International Journal for Research & Technology (UIJRT). 6(5), p199-203.
Abstract
The integrity and quality of water in pipelines are critical industrial and environmental needs. First, pipelines, crucial in various industries such as water treatment, agriculture, and particularly those in water distribution and chemical industries, are chemical processing. This paper proposes a cost-effective, real-time prone to failures such as leaks, contamination, or blockages, which can pipeline surveillance system based on the Arduino Uno microcontroller. lead to significant environmental hazards and operational losses. A The system uses a suite of sensors, including a pH sensor, turbidity real-time monitoring system can detect these issues early, preventing sensor, flow sensor, an LCD for displaying data, and a buzzer for escalation and minimizing damage. Traditional monitoring methods alerting operators of any anomalies. The aim is to detect abnormal often rely on periodic manual inspections, which are time-consuming conditions in water quality and flow, ensuring the reliability and safety and prone to human error, or expensive systems that are not always of pipeline operations. The system’s performance in monitoring feasible. An automated system significantly improves operational pipeline conditions and issuing alerts in real-time is evaluated through efficiency by providing continuous real-time monitoring without practical implementation and testing.

Keywords: Arduino Uno, pipeline surveillance, water quality, pH sensor, turbidity sensor, flow sensor, embedded system, real-time monitoring.


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