SBI Term Loan: RLLR: 8.15 | 7.25% - 8.45%
Canara Bank: RLLR: 8 | 7.15% - 10%
ICICI Bank: RLLR: -- | 8.5% - 9.65%
Punjab & Sind Bank: RLLR: 7.3 | 7.3% - 10.7%
Bank of Baroda: RLLR: 7.9 | 7.2% - 8.95%
Federal Bank: RLLR: -- | 8.75% - 10%
IndusInd Bank: RLLR: -- | 7.5% - 9.75%
Bank of Maharashtra: RLLR: 8.05 | 7.1% - 9.15%
Yes Bank: RLLR: -- | 7.4% - 10.54%
Karur Vysya Bank: RLLR: 8.8 | 8.5% - 10.65%

NDMC begins pilot for 24x7 water supply in Vinay Marg area

#Law & Policy#Infrastructure#India#Delhi
Delhi News Desk | Last Updated : 22nd Mar, 2026
Synopsis

The New Delhi Municipal Council has started a pilot project to provide round-the-clock drinking water supply in the Vinay Marg area, covering about 550 connections, mainly government housing. The initiative focuses on improving supply reliability, reducing water losses, and upgrading infrastructure using systems like SCADA for real-time monitoring. With an estimated cost of around INR 1.38 crore, the project includes pipeline strengthening and network optimisation. It is part of a broader plan to modernise water distribution and, if successful, may be expanded to other NDMC areas.

The New Delhi Municipal Council (NDMC) has rolled out a pilot project to provide continuous 24x7 drinking water supply in the Vinay Marg area of the capital. The initiative is aimed at improving service reliability and ensuring that residents receive uninterrupted access to water through a more efficient distribution system.


The pilot project covers nearly 550 water connections, most of which are located in government residential quarters maintained by the Central Public Works Department. The selected area has been used as a test case due to its planned layout and existing infrastructure, which allows for controlled implementation and monitoring.

A key focus of the project is reducing water losses, which remain a major issue in urban supply systems. NDMC is carrying out leak detection and repair work, along with strengthening pipelines wherever required. This is expected to improve water pressure and ensure a more uniform supply across households.

The project also includes optimisation of the distribution network. Authorities are working on better pressure management and balancing supply across different points to avoid fluctuations. This is important for maintaining consistent flow in a 24x7 system, where even small leakages or pressure issues can impact overall efficiency.

To support this, NDMC has introduced a Supervisory Control and Data Acquisition (SCADA) system. This technology enables real-time monitoring of the water network, allowing officials to track supply levels, detect faults, and respond quickly to any disruptions. It also helps in managing operations more efficiently and reducing manual intervention.

NDMC vice-chairman Kuljeet Singh Chahal stated that the project is being implemented under the central government's Har Ghar Jal programme, with the objective of upgrading urban water infrastructure and ensuring better service delivery. He indicated that the plan was prepared based on recommendations given by a consultant appointed earlier to study the feasibility of round-the-clock water supply in the NDMC area.

The pilot involves electrical and mechanical improvements to the existing system, including upgrades to pumping and distribution infrastructure. The total cost of the project is estimated at around INR 1.38 crore, and it is expected to be completed within a few months.

The idea of introducing 24x7 water supply in this area had been under consideration for some time. Earlier proposals were revised to include stronger leakage control measures, better storage management, and the integration of advanced monitoring systems. These changes were made to ensure that the pilot is practical and sustainable before scaling it up.

NDMC has also been working on a broader plan to modernise its water supply network. This includes replacing ageing pipelines, improving storage capacity, and creating a long-term water supply master plan. The Vinay Marg project is one of the first steps in testing how continuous water supply can be implemented in phases across its jurisdiction.

If the pilot achieves the expected results, the civic body is likely to extend the model to other areas under its control. This could gradually shift the system from scheduled supply to continuous distribution in key parts of the capital.

Have something to say? Post your comment