Nashik: ₹9.82-Crore Project To Unlock 600 MCFT Gangapur Dam Water, Create One-Month Reserve

Nashik: ₹9.82-Crore Project To Unlock 600 MCFT Gangapur Dam Water, Create One-Month Reserve

Water demand is expected to surge significantly due to the large influx of pilgrims for the Kumbh Mela. The municipal administration is confident that unlocking this additional reserve will ensure the uninterrupted fulfilment of water needs for both citizens and pilgrims

Prashant NikaleUpdated: Sunday, August 30, 2026, 07:11 PM IST
Nashik: ₹9.82-Crore Project To Unlock 600 MCFT Gangapur Dam Water, Create One-Month Reserve
Nashik: ₹9.82-Crore Project To Unlock 600 MCFT Gangapur Dam Water, Create One-Month Reserve |

Nashik: Anticipating the upcoming Simhastha Kumbh Mela and the rising water demand during summer, the Nashik Municipal Corporation (NMC) has launched an ambitious project to utilise the 'dead storage' (water below the lowest sluice gate level) of the Gangapur Dam. The civic body has floated tenders worth ₹9.82 crore for the rock-blasting operations required for this project.

This work will enable approximately 600 million cubic feet of water, currently trapped in the dam's dead storage, to flow to the jackwell. Upon completion, Nashik city will have access to an additional water reserve sufficient to last for one month during emergencies or peak summer conditions.

Water demand is expected to surge significantly due to the large influx of pilgrims for the Kumbh Mela. The municipal administration is confident that unlocking this additional reserve will ensure the uninterrupted fulfilment of water needs for both citizens and pilgrims.

Tender Schedule

- Pre-bid meeting: September 3

- Application deadline: September 21

- Tender opening date: September 22

The plan is to complete the work by the end of March once the work order is issued.

Work Using the 'Cofferdam' Method

While there had been discussions about commencing the work when water levels were low, the project will now be executed by constructing a cofferdam to divert the internal water outward, allowing for the rock-blasting work to proceed. This approach ensures that the existing water in the dam remains unaffected while making the dead storage accessible after the rock is blasted.