Pune’s equal water supply scheme, designed to end uneven distribution and reduce losses across the city, remains incomplete at 87.78% even after repeated extensions over three years. The delay has exposed a central problem in urban water infrastructure: building tanks and pipelines is not enough when the final distribution network, metering system and operating arrangements do not work together.
The Pune Municipal Corporation approved the scheme in May 2015 with the objective of supplying water more evenly and at higher pressure across the city. The project was planned for the city’s requirements over the next 30 years and took into account a projected population of 49,21,663. Its stated purpose was also to address losses estimated at 40% of the city’s water distribution system.
The scheme moved from approval to implementation after tenders were issued in 2018. Under the plan, the city was divided into 141 zones. The project includes 79 water storage tanks, 1,268.97 kilometres of distribution pipelines, 101.54 kilometres of pipelines supplying water to the storage tanks, 2,32,652 water meters, seven civic amenity centres and six new pumping stations.
The work was expected to be completed within 36 months, by 2023. However, according to information reported by Lokmat, the deadline has been extended repeatedly during the past three years. Only 50 of the 141 zones have reportedly been completed, while the overall physical progress stands at 87.78%. The figures show the difference between completing a large part of a project’s physical works and delivering its intended citywide service.
The reported delay also raises questions about how progress is being measured. A project can record a high percentage of completed construction while residents continue to experience irregular supply timings and inadequate pressure. In Pune, complaints have reportedly continued in parts of Baner-Balewadi, Pashan, Sus, Warje, Mohammadwadi, Kondhwa-Mohammadwadi and Sinhagad Road, including areas where work in some zones has been completed.
This distinction is important because the scheme’s promise is not simply the addition of infrastructure. Its objective is equal access to water through a restructured distribution system. If completed zones do not yet provide water at consistent timings or pressure, the remaining challenge is not limited to construction. It includes commissioning, network integration, operation, maintenance and the management of connections and meters.
The scheme’s original design reflects the complexity of municipal water distribution. Storage capacity, bulk and distribution pipelines, pumping stations and consumer meters are linked parts of one system. Delays or failures in one part can affect the performance of the rest. A new tank cannot ensure equitable supply if downstream pipelines are incomplete. A meter cannot support consumption-based billing if it is not functioning, protected and accepted by users. A zonal network cannot produce consistent pressure unless it is operated as a connected system.
The report states that nearly ₹2,500 crore has been spent on the scheme, while expected water losses have not stopped. This information is attributed to sources cited by Lokmat. The reported outcome creates a sharper accountability question for the municipal administration: what portion of the expenditure has translated into functioning service improvements, and what portion remains tied to incomplete works, unresolved connections or infrastructure that is not yet operational?
The issue of water loss is especially significant because reducing losses was one of the scheme’s main objectives. The project was conceived partly to address the estimated 40% loss in the distribution network. Yet the report says that the expected reduction in leakage has not been achieved despite the expenditure. The supplied report does not provide a revised citywide loss figure or a zone-wise assessment, so the scale of improvement cannot be independently established from the available information.
Metering is another unresolved part of the project. Once the work is completed, water bills are expected to be calculated according to meter readings. However, the report says that many installed meters are currently closed and unused, and that several meters have been damaged. It also identifies opposition to meter installation as one reason for the project’s delay.
This makes metering both a technical and administrative issue. The meter is intended to connect the physical distribution network with the billing system. If meters are installed but not functioning, the city cannot fully use them to measure consumption or introduce the billing arrangement planned under the scheme. If meters are damaged or installation is resisted, the municipal corporation faces an additional task of rebuilding public acceptance while protecting the infrastructure already installed.
The reported causes of delay show that the project has also been affected by the fragmented permissions required for urban construction. The list includes approvals from traffic police, the National Highways authority, the Forest Department and the Defence Department for pipeline excavation. Work in densely populated areas has created further difficulties, while the relocation of existing utility lines has complicated road excavation.
These obstacles are common to major underground infrastructure projects, but their presence also reveals how municipal works interact with institutions outside the municipal corporation. A pipeline project may be funded and executed by the city administration, yet its construction timetable depends on traffic management, land and environmental permissions, defence-related clearances and the location of other utilities. Without effective coordination before construction begins, deadlines can become targets that are repeatedly extended rather than milestones tied to completed service delivery.
The 141-zone structure was intended to make the distribution system more manageable and to support more consistent supply. But the reported completion of only 50 zones indicates that the city remains in a transition period, with completed and incomplete areas operating within the same wider water network. That can make it difficult for residents to experience the intended benefits uniformly and can complicate the municipal corporation’s ability to assess performance across the city.
The scheme therefore represents more than a delayed public works contract. It is a test of whether a municipal water project can move from design to reliable household-level service. The evidence supplied in the report confirms substantial physical progress, but it also records continuing complaints, incomplete zones, damaged or inactive meters and unresolved leakage. It does not establish whether the remaining works have a revised final deadline, what the latest approved cost is, or how the municipal corporation plans to measure service improvement.
For Pune’s residents, the practical question remains whether the scheme will produce water at more equal timings and pressure once all works are completed. For the municipal administration, the immediate institutional tasks are to complete the remaining zones, resolve permissions and utility conflicts, restore or protect meters, and demonstrate whether the network is reducing losses. Until those outcomes are documented, the project’s percentage of completion will remain an incomplete measure of whether its original public-service promise has been achieved.
