Residents in 18 wards across Ahmedabad are bracing for significant water supply disruption as the Jaspur Water Treatment Plant is scheduled for maintenance shutdown on Monday, 21 October. From 8 am to 4 pm, the plant will be offline due to essential technical upgrades required by the Gujarat Electricity Board (GEB). Although the plant itself faces no operational faults, it requires a halt in its services to ensure future reliability. This shutdown will affect water availability in the West, Northwest, and Southwest zones, potentially leading to severe low-pressure water supply and scarcity in many areas.
Among the affected neighbourhoods, Gota, Chandlodia, Ghatlodia, Bodakdev, and Thaltej in the Northwest, along with Makhtampura, Vejalpur, Sarkhej, and Jodhpur in the Southwest, are expected to experience a major impact. The West zone areas of Vasna, Paldi, Naranpura, and Navrangpura are also likely to endure low water pressure, with tanks in these areas almost running dry. The disruption is a significant concern for households, businesses, and civic infrastructure alike, as they will have to manage with limited reserves until the plant resumes full operation later on Monday evening.
This situation highlights the city’s growing water demand and the need for enhanced urban planning around critical civic infrastructure. Water management has become a pressing issue in major Indian cities like Ahmedabad, especially as urban populations expand. Similar incidents have been witnessed in the past, with maintenance shutdowns often straining the supply chain, leaving communities vulnerable to shortages. Authorities are urged to take long-term steps to mitigate future disruptions by implementing more sustainable water management systems.
Sustainability remains key to addressing this challenge. Cities like Ahmedabad must work towards building resilient systems that not only address maintenance but also focus on using renewable energy for plants and incorporating rainwater harvesting. The long-term sustainability of water supply systems will be essential as urban centres face increasing pressure due to rapid expansion and climate change.
