Chandigarh is a well planned city and one of the modern cities of India. The city is having spacious roads, lush green gardens, good network of Sewerage and Storm water system. The city also owns a well designed Water supply system. Due to the importance of the city, people all across the country has been settled and enjoy facilities of International level. Chandigarh is the only city which earns its 70% of the revenue helping the govt. to plan its funds in darker zones. This level of service has been achieved by the Municipal Corporation Chandigarh by increasing the reliability of the mechanism involved in water supply from the source to disposal of the water. The optimization of the system also has features like 24 Hrs. Water supply in some sectors, 3 times regular supply in routine to all the sectors, villages and slum colonies. The system include pumping the water from Kajauli Water Works (On Bhakhra Canal), Distt. Ropar, Punjab to Sector 39 Chandigarh, Treatment of water, distribution, metering, disposal and further treating the sewage for recycling purpose. This paper reflects the application of “DFR” in Water Supply System of Chandigarh.
- Sanjeev Chauhan and RM Belokar. “Conversion of intermittent water supply to continuous water supply of Chandigarh: A case study”. Proceedings of Third International Conference on Computing, Communications, and Cyber-Security (2022): 21-36.
- Anadi Gayen. Aquifer Characteristics, Long Term Groundwater Level Trend and Hydrochemistry in the Central Indian Groundwater Province: An Overview of the Chhattisgarh State (2021).
- Alegre., et al. Performance Indicators for water supply services, 2nd Ed, IWA Publications (2006).
- Kojima., et al. Basic design study report on the project for improvement of water supply system (2005).
- Dahasahasra DS and Dahasahasra DV. A Model Transforming an Intermittent into a 24x7 water supply system (2010).
- Basic design study report on the project for improvement of water supply system, Seiji Kojima, Toshifumi Okaga (2005).
- Neeraj Sharma, Kafeel Ahmad and Syed Khursheed Ahmad. “Analysis of Water Distribution Network by Forming District Metering Areas to achieve Continuous Water Supply with Minimizing Non-Revenue Water, A Case Study”. International Journal of Scientific & Engineering Research 9.9 (2018).
- Baietti A, Kingdom W and Ginneken M. “Characteristics of Well-Performing Public Water Utilities”, Water Supply and Sanitation Working Notes 9, February 2006, World Bank, Washington DC (2006).
- Farley M and Trow S. “Losses in Water Distribution Networks: A practionner's Guide to Assessment, Monitoring and Control”. IWA Publishing, London (2003).
- Charalambous B. Use of district metered areas coupled with pressure optimization to reduce leakage, Water Science and Technology: Water Supply 8.1 (2008): 57-62.
- Fanner P., et al. Leakage Management Technologies, Awwa Research Foundation, AWWA, Denver, USA; IWA, London (2007).
- Chandi Rajak., et al. Modelling and Mapping of Groundwater Potential Zones using AHP and GIS Technique: A case study of Jhalda-I Block, Puruliya, West Bengal (2021).
- Vasant Wagh., et al. “Study of groundwater contamination and drinking suitability in basaltic terrain of Maharashtra, India through PIG and multivariate statistical techniques”. Journal of Water Supply: Research and Technology – AQUA (2020).
- Allen DJ., et al. “Interaction between groundwater, the hyporheic zone and a Chalk stream: a case study from the River Lambourn, UK”. Hydrogeol J 18 (2010): 1125-1141.