The Kolkata Municipal Corporation (KMC) has greenlit the construction of four new booster pumping stations. It was approved during a mayor-in-council meeting held at the KMC headquarters, is poised to enhance the water supply infrastructure and reduce the dependency on groundwater.
The water supply department has identified strategic locations for these stations: Purbachal near E M Bypass, the Kasba-Garfa belt, Picnic Garden, and Ismail Street in Entally. Each of these stations will have the capacity to store and distribute 18 lakh litres of filtered water, collectively benefiting approximately 60,000 residents. The project’s completion is targeted for the end of 2025, aligning with the augmentation of the Dhapa water treatment plant and the construction of a new treatment facility in Garia.A KMC official highlighted the strategic timing, stating, “Upon completion of the Dhapa water treatment plant’s augmentation, these booster pumping stations will be operational, ensuring a seamless supply of filtered drinking water to residents.” The emphasis on improving water quality is paramount, especially in areas currently reliant on tubewells, where concerns over water quality have been escalating.
This initiative was propelled by persistent complaints regarding water scarcity and quality, particularly highlighted during the ‘Talk to Mayor’ sessions. Responding to these concerns, the mayor directed the water department to expedite the construction of the new pumping stations. “We have been proactive in addressing these issues by previously constructing several booster pumping stations in Behala, the Tollygunge-Jadavpur belt, and areas near E M Bypass,” added the official.These new booster pumping stations signifies a robust approach towards enhancing the city’s water supply network. By providing filtered drinking water, KMC aims to mitigate the health risks associated with groundwater consumption and ensure a consistent water supply to the burgeoning population of South Kolkata. This initiative not only addresses immediate water scarcity concerns but also lays a sustainable foundation for future urban water management.
