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Queens, NY (May 2, 2026) – A person believed to be a suspect was found dead early Thursday morning after an explosion and fire damaged multiple homes in South Richmond Hill. The incident occurred before 3:00 a.m. at a residence on 130th Street.
Emergency units responded after a report of a domestic dispute at the home. According to officials, a family member had called for help, reporting a strong smell of gas inside the residence. Shortly after responders arrived, an explosion occurred, triggering a large fire that spread and damaged nearby homes.
Authorities said the suspect, identified as 50-year-old Anroop Parasram, is believed to have died in the explosion. Several homes in the area sustained damage, and more than a dozen residents were displaced as a result of the incident.
At least seven officers were injured during the response and were taken to a hospital. All have since been treated and released. Details about the full extent of property damage have not been fully outlined.
Authorities continue to investigate the cause of the explosion and fire, and more details will be released as soon as they become available. We extend our sincere condolences to those affected by this incident.
How Gas-Related Explosions in Residential Areas Can Cause Widespread Damage
Explosions linked to gas leaks in residential areas can cause rapid, severe damage. Gas buildup inside a structure can ignite suddenly, causing a powerful blast that impacts not only the home involved but also nearby buildings.
These incidents often result in structural collapse, fires, and displacement of residents. The force of an explosion can break windows, damage walls, and spread flames quickly across connected or adjacent properties.
Emergency response in these situations focuses on evacuating nearby residents and preventing the fire from spreading further. Utility lines and gas sources are often shut off to reduce the risk of additional harm.
Investigations typically examine gas sources, structural damage, and conditions leading up to the ignition to determine how the explosion occurred.
