Pune’s Mundhwa Jackwell project was designed to turn treated wastewater into an alternative irrigation supply, reducing pressure on dam water used by the city and farms downstream. A complaint by civic activist Vivek Velankar, however, has drawn attention to a sharp gap between the system’s planned capacity and the quantity of treated water reportedly being lifted for agriculture. The issue is not merely whether a pumping station is operating below capacity. It is whether Pune’s water system is being managed as an integrated cycle, or as separate municipal and irrigation operations with limited coordination.
According to the report, the project was built at a cost of about Rs 100 crore from Pune taxpayers’ money. Its stated purpose was to receive treated wastewater from sewage treatment plants, lift it through the Mundhwa Jackwell and send it through the Baby Canal towards agricultural areas in Daund and Indapur. The arrangement was linked to a broader water-allocation logic: if treated wastewater could meet part of agriculture’s demand, water from the Khadakwasla dam system could remain available for Pune’s drinking-water requirements.
Velankar has alleged that the system was expected to make around 650 million litres per day, or 650 MLD, of treated wastewater available for irrigation. Between September 25 and October 14, however, he claimed that the average quantity lifted each day was only about 15 million litres, equivalent to 15 MLD. On that calculation, the reported utilisation was approximately 2.31 per cent of the planned daily capacity. The report also says that only one of the six available pumps was ordered to operate for about four and a half hours.
These figures are claims contained in the complaint and reproduced by Civic Mirror – Pune. The supplied material does not include operating logs, water-quality records, municipal responses or an independent technical audit that would establish the actual utilisation rate. That limitation matters because the difference between installed capacity and usable capacity can arise from several factors, including the availability of treated water at connected sewage treatment plants, pipeline constraints, canal capacity, pump reliability, water-quality requirements and the seasonal demand of farms. A plant’s design capacity does not automatically mean that the entire quantity can be delivered every day.
Even with that qualification, the reported gap points to a familiar weakness in urban infrastructure: the construction of an asset is often treated as the completion of a solution. The Mundhwa system depends on a chain that begins with sewage collection and treatment, continues through pumping and transmission, and ends with an irrigation network capable of receiving the water. If one link is unavailable or poorly coordinated, the nominal capacity of the entire system becomes largely irrelevant.
The project appears to have been conceived as a link between two policy objectives. Pune needs reliable drinking water from its reservoirs, while farms in downstream areas require irrigation releases. Treated wastewater offers a possible separation between these demands. Instead of using potable or reservoir water for every urban and agricultural purpose, the city can reserve higher-quality sources for drinking and direct adequately treated wastewater towards uses where it is permitted and technically suitable.
That model, however, requires clear institutional responsibility. The report describes a relationship involving the Pune Municipal Corporation, which manages sewage treatment and the Jackwell infrastructure, and the water-resources department, which controls dam releases and irrigation arrangements. The complaint alleges that the two sides have not planned the pumping and distribution process effectively. If the allegation is accurate, the problem is not simply a malfunctioning pump. It is a governance failure involving schedules, operating instructions, demand planning and accountability for outcomes.
The reported operation of one pump for four and a half hours also raises a basic administrative question: what is the approved operating plan for the remaining pumps? The supplied report does not establish whether they were unavailable, unnecessary during the period mentioned, awaiting repairs or restricted by downstream conditions. It also does not state whether the full 650 MLD design figure refers to the quantity that can be treated, the quantity that can be lifted, or the quantity that can be conveyed to farms through the Baby Canal. Those distinctions should be made public before the project’s performance is assessed.
The technical chain begins at Pune’s sewage treatment plants. The report says treated water from the Kharadi and other sewage treatment facilities was intended to be brought to Mundhwa through pipelines and then sent onward for irrigation. This means the Jackwell cannot be evaluated in isolation. Its actual performance depends on the volume and quality of treated effluent reaching it, the availability of pumping equipment, the condition of pipelines and the capacity of the receiving canal. Any review that measures only pump output without examining those dependencies would provide an incomplete picture.
Water quality is equally central. Reuse for agriculture requires treatment standards, monitoring and communication with users. The supplied material says that the quality of the water, the carrying capacity of the canal and the actual needs of farmers must be aligned. It does not provide test results or specify the crops and irrigation practices involved. As a result, the report supports the case for examining reuse performance but does not establish that all of the planned treated-water volume is currently suitable or available for unrestricted agricultural use.
The timing of the complaint adds another layer to the debate. The report says that water was being released from the Khadakwasla dam chain for the rabi irrigation cycle while Pune residents were facing a weekly water cut. Velankar has argued that this combination reflects a faulty priority system: reservoir water is being used for irrigation even though a taxpayer-funded recycled-water facility was supposed to reduce that dependence. His demand is for the state government to intervene and direct the water-resources department to ensure that 650 million litres of treated water is lifted daily for agriculture.
The relationship between irrigation releases and urban water cuts is not straightforward. Reservoir operations involve multiple demands, allocation decisions and seasonal conditions, and the supplied report does not provide the official release schedule, Pune’s water budget or the legal framework governing the rabi rotation. It therefore cannot establish that the reported underuse of the Jackwell directly caused the city’s water cuts. It does, however, identify a planning contradiction that deserves an evidence-based response from the agencies responsible for both systems.
The broader rainfall context makes that response more important. The report cites Indian Meteorological Department data, as carried in another report, stating that Maharashtra received 19 per cent less than its seasonal average rainfall and that 21 districts recorded a deficit. It also refers to concerns about El Nino conditions. At the same time, it notes that Pune district’s rainfall was within the normal category. These details suggest that statewide rainfall stress should not automatically be treated as a complete explanation for Pune’s water situation. Local storage, allocation, treatment capacity, transmission and operating decisions also need to be examined.
This distinction is important for urban water policy. A city can receive normal rainfall and still face supply stress if demand rises, storage is allocated across competing uses, treatment systems are underused or distribution infrastructure is uneven. Conversely, a large wastewater-reuse facility can exist without producing meaningful water savings if it is not connected to a dependable end-use network. The relevant measure is therefore not the project’s advertised capacity but the volume that is consistently treated, transported, accepted and used.
Pune’s wastewater challenge also reflects the institutional fragmentation common to expanding Indian cities. The municipal corporation is responsible for urban sewage management, while reservoir and canal decisions involve state-level water-resources institutions. Agricultural users depend on the reliability of canal deliveries, while urban residents experience the consequences through supply schedules and restrictions. Without a shared operating dashboard, common measurement standards and clearly assigned responsibility, each agency can report activity without demonstrating whether the larger water cycle is functioning.
The available evidence does not show why the Mundhwa system was reportedly operating at such a low level during the period cited. That question should be answered through pump logs, daily inflow and outflow records, sewage-treatment data, pipeline operation reports, water-quality test results and canal-dispatch records. It should also be clear whether the 650 MLD figure is a current operational capacity or an original design target. These are not minor technical details; they determine whether the city is facing an equipment problem, a supply mismatch, a distribution bottleneck or a coordination failure.
The central lesson from the Mundhwa dispute is that recycled water infrastructure cannot be judged by construction expenditure alone. Its public value depends on regular operation and measurable substitution of freshwater demand. If the reported figures are confirmed, Pune has a substantial gap between the capacity it paid for and the service it is receiving. If they are not confirmed, the responsible agencies still need to publish reliable operating data to resolve the dispute.
For now, the supplied report establishes an important question rather than a final finding: why is a system intended to support irrigation and protect the city’s drinking-water supply reportedly being used far below capacity? The next meaningful development would be an official response from the Pune Municipal Corporation and the water-resources department, supported by operational and quality data. Until then, the Mundhwa Jackwell project remains a test of whether Pune can move from building wastewater infrastructure to managing water as a connected urban resource.
