International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 01 | Jan 2025
p-ISSN: 2395-0072
www.irjet.net
A Noble Method for the Enhancement of Water Utility Efficiency: Using Water Meters to Reduce Non-Revenue Water in Jalgaon City Networks Maharashtra Shashikant Bharat Bhuse At Post Aundhi Tal. Mohol Dist. Solapur Pin 413248 Dr. Abhijit Kundu, Dept. of civil Engineering, GH Raisoni University, Maharashtra, India ---------------------------------------------------------------------***--------------------------------------------------------------------Jalgaon City’s water supply network experiences Abstract - Non-Revenue Water (NRW) represents a significant challenge for urban water utilities, resulting in financial losses, reduced water availability, and inefficiencies in water distribution. This project, titled "Enhancing Water Utility Efficiency: Using Bulk & Domestic Water Meters to Reduce Non-Revenue Water in City Water Supply Networks from Source to Consumer," aims to address these issues by implementing an integrated metering approach. The project explores the use of bulk water meters at key points in the water distribution network, such as treatment plants, reservoirs, and distribution mains, to monitor large-scale water flows and detect system-wide losses. At the consumer level, domestic water meters provide accurate data on individual consumption, enabling utilities to identify unauthorized usage, address billing discrepancies, and promote responsible water use.
significant inefficiencies, with NRW levels exceeding 35%, well above the global acceptable benchmark of 15%. NRW encompasses water lost due to leaks, theft, meter inaccuracies, and unbilled consumption, resulting in financial losses for the municipal corporation and unsustainable water resource management.
Through real-time data collection and analysis, the proposed metering system allows for proactive leak detection, targeted maintenance, and better overall management of the water distribution network. By integrating bulk and domestic metering with GIS and SCADA technologies, the project aims to create a robust data management framework that enhances utility decision-making, minimizes operational losses, and improves revenue collection. This comprehensive approach not only reduces NRW but also strengthens the financial sustainability of water utilities, ensures fair billing, and supports sustainable water resource management. The project’s findings contribute to a scalable NRW reduction model that can be adapted across various urban settings, paving the way for more resilient and efficient water supply systems.
Enhance utility efficiency using GIS and SCADA technologies.
Key Words: 1.NRW, 2. SCADA, 3. Physical losses, 4. Water supply, 5. Water Meter 6. Urban Water Management 7. Jalgaon
The city sources water primarily from the Waghur Dam. Water is treated at Umale Village Having Capacity of 130.00 MLD and distributed through a network of aging pipelines to residential, commercial, and industrial users. Despite sufficient water production, inefficiencies in the network result in high levels of wastage. Additionally, intermittent supply practices lead to pressure fluctuations, further contributing to losses.
2. OBJECTIVES AND SCOPE 2.1 Objectives: Identify NRW sources, including leaks and unauthorized connections. Implement bulk and domestic water meters to monitor and reduce water losses.
Promote financial sustainability and equitable billing practices. 2.2 Scope: This study integrates advanced technologies and public engagement to reduce NRW, focusing on operational improvements, data-driven decision-making, and scalable frameworks adaptable to other cities.
3. NRW Analysis for Jalgaon City 3.1 Current Water Supply System
1.INTRODUCTION The Jalgaon City Municipal Corporation is the governing body of the city of Jalgaon in the Indian state of Maharashtra. Jalgaon is ‘D’ class Municipal Corporation. It was founded in 22 Sept. 2003. Jalgaon Municipal Corporation serves an area approximately 68.46Sq. km & provides civil services & facilities around the 4.60 Lacks people
© 2025, IRJET
|
Impact Factor value: 8.315
|
ISO 9001:2008 Certified Journal
|
Page 588