A major fire that broke out in Delhi's Malviya Nagar area has taken a new turn with a hotel cook's statement revealing that the blaze was caused by an electric stove explosion. The incident, which occurred on June 7, 2026, led to significant damage and raised concerns about safety standards in commercial establishments.
Cook's Revelation Adds New Dimension to Probe
The cook, who was present at the scene, told investigators that the fire started when an electric stove in the kitchen suddenly exploded. He stated that the stove had been malfunctioning for a few days but was still in use due to lack of immediate replacement. The explosion quickly engulfed the kitchen and spread to other parts of the building.
Fire Department Response and Damage Assessment
The Delhi Fire Department received an emergency call around 8:30 PM and dispatched multiple fire tenders to the spot. It took nearly two hours to bring the blaze under control. Preliminary assessments indicate that the fire caused extensive damage to the property, including several shops and residential units in the vicinity. No casualties were reported, but a few people suffered minor injuries.
Fire officials have emphasized the importance of regular maintenance of electrical appliances, especially in commercial kitchens. They have also launched a detailed investigation to determine if any negligence was involved.
Legal and Safety Implications
Following the incident, local authorities have ordered a safety audit of all eateries and hotels in the area. The owner of the establishment where the fire originated may face legal action if found guilty of negligence. The cook's statement has become a crucial piece of evidence in the case.
Residents and shop owners in Malviya Nagar have expressed relief that no lives were lost but have demanded stricter enforcement of fire safety norms. They have also called for regular inspections of electrical systems in commercial buildings.
The investigation is ongoing, and further details are expected to emerge as authorities piece together the sequence of events leading up to the explosion.
