Residents of South Delhi are facing significant water supply disruptions due to urgent repair work on a major pipeline by the Delhi Jal Board (DJB). The maintenance activities, aimed at preventing long-term damage and ensuring system reliability, have temporarily affected water distribution in several localities.
Areas Affected
The water shortage has impacted key residential and commercial areas, including:
- Greater Kailash
- Malviya Nagar
- Saket
- Hauz Khas
- Vasant Kunj
- Green Park
Delhi Jal Board officials have assured the public that restoration efforts are underway and normal supply is expected to resume soon.
Reason for the Disruption
The disruption stems from the repair of an aging underground pipeline that supplies water to large parts of South Delhi. DJB engineers are working around the clock to replace damaged sections and reinforce the pipeline infrastructure to prevent future breakdowns.
Temporary Relief Measures
To mitigate the inconvenience, the DJB has deployed water tankers across the affected areas. Residents can request additional tankers through the DJB helpline and mobile app. Public advisories urge citizens to use water judiciously during this period.
Official Statements
A DJB spokesperson stated, “We understand the inconvenience caused and are making every effort to expedite repair work. Our teams are working continuously to restore the water supply at the earliest.”
Expected Restoration Timeline
According to the latest updates, the repair work is expected to conclude within the next 48 hours, with gradual restoration of water supply across all impacted areas.
Key Takeaways
- Affected Areas: Greater Kailash, Malviya Nagar, Saket, Hauz Khas, Vasant Kunj, and Green Park.
- Reason: Repair of an aging underground pipeline.
- Relief Measures: Deployment of water tankers and advisories for water conservation.
- Restoration Timeline: Full water supply expected to resume within 48 hours.
Residents are advised to stay updated through official DJB channels for timely information on the restoration process.