Home explodes with two inside

DETROIT, MI – A powerful explosion rocked a neighborhood on Detroit’s east side late Monday afternoon, reducing a house to rubble and igniting a fire that spread to nearby homes. The blast, which occurred near Harper and I-94, was felt by residents blocks away, causing widespread alarm.

Firefighters arrived quickly to battle the flames and assess the situation. Initial reports indicated that two individuals were inside the house at the time of the explosion. A man, who managed to escape with burns, was found outside, frantically searching for his sister who was still unaccounted for.

Witnesses described the noise as a massive boom, likening it to a bomb going off. Residents rushed outside to find smoke billowing and emergency crews descending on the scene. The man who escaped was promptly taken to a local hospital for treatment, while efforts to locate his sister continued into the night.

Authorities have yet to determine the cause of the explosion. Fire Chief James Porter stated that the man who escaped mentioned he had been cooking prior to the incident, but details remain unclear. The fire department is conducting a thorough investigation to uncover the source of the blast.

Neighbors expressed shock and disbelief, noting that there were no prior signs or smells that might have hinted at an impending disaster. The suddenness of the explosion left the community in a state of fear and confusion.

As firefighters sifted through the debris, the focus remained on finding the missing woman. The search was complicated by the extensive damage and the intense heat from the fires that spread to adjacent structures.

The incident has raised concerns about safety and the potential for similar occurrences. Residents are urged to report any unusual smells or signs of gas leaks as a precautionary measure while the investigation continues.

Local officials are working closely with utility companies to inspect the area and ensure there are no further risks to the community. Updates on the situation are expected as more information becomes available.