TROY, MICHIGAN – A devastating explosion at a medical facility in Troy, Michigan, claimed the life of a 5-year-old boy after a hyperbaric oxygen chamber he was inside suddenly erupted into flames on Friday morning, authorities confirmed. Melbet https://pashagrand.com Sultanbet Giris
The fatal incident occurred just before 8 a.m. at The Oxford Center, located at 165 Kirts Blvd, a medical facility specializing in alternative therapies, including hyperbaric oxygen therapy (HBOT).

Explosion and Fire Break Out Inside the Facility of Hyperbaric Oxygen
According to Troy police and fire officials, the child—whose name has not yet been released—was undergoing treatment inside the pressurized chamber when the explosion occurred. The chamber, which was filled with 100% oxygen, ignited with intense force, causing a fire to break out inside the room where the boy was being treated.
Despite the explosion and fire, officials reported that the flames were contained to the treatment area and did not spread to the rest of the facility. However, the tragic event led to the boy’s immediate death before emergency responders arrived on the scene.
His mother, who was present in the room at the time of the explosion, sustained injuries to her arm but survived the incident. Authorities have not yet disclosed the extent of her injuries or whether she was hospitalized.

Officials Investigate the Cause of the Tragedy of Hyperbaric Oxygen Chamber
The Troy Police Department and Troy Fire Department are conducting a thorough investigation into the cause of the explosion. Lt. Ben Hancock of the Troy Police described the incident as a rare and heartbreaking tragedy.
“We’re not familiar with responding to one of these recently,” Hancock said. “Again, [a] horrible, tragic incident, that we don’t want to ever respond to.”
Lt. Keith Young of the Troy Fire Department emphasized the highly flammable nature of pure oxygen in a pressurized environment, making safety precautions critical in facilities using hyperbaric chambers.
“The presence of such a high amount of oxygen in a pressurized environment can make it extremely combustible,” Young explained. “Our initial research shows that this is not a common incident, and the scene remains under active investigation.”
Authorities have not yet determined what triggered the explosion, and it remains unclear whether a mechanical failure, electrical spark, or human error played a role.

What Are Hyperbaric Oxygen Chambers?
Hyperbaric oxygen therapy (HBOT) is a medical treatment in which patients inhale 100% oxygen in a pressurized environment, significantly increasing oxygen levels in the bloodstream. The treatment is widely recognized for helping scuba divers recover from decompression sickness (commonly known as “the bends”).
However, the FDA has also approved hyperbaric chambers for various medical conditions, including:
- Carbon monoxide poisoning
- Diabetic foot ulcers
- Cerebral palsy
- Anemia
- Infections of the skin and bone
- Vision loss caused by blockages in blood flow
The boy’s specific medical condition and the reason for his HBOT treatment remain undisclosed.
Facility’s Response and Ongoing Investigations
The Oxford Center, where the explosion took place, issued a statement expressing deep sorrow over the incident.
“This morning, a fire started inside of a hyperbaric oxygen chamber. The child being treated in that chamber did not survive, and the child’s mother was injured,” the center’s spokesperson Andrew Kistner told the Detroit Free Press.
“The safety and well-being of the children we serve is our highest priority. Nothing like this has happened in our more than 15 years of providing this type of therapy. We will fully cooperate with all investigations.”
Officials are now working to determine whether the chamber met safety regulations and if any violations contributed to the explosion. The FDA requires strict clearance for hyperbaric devices to ensure they are safe for medical use.
History of Hyperbaric Chamber Explosions
While hyperbaric chamber accidents are rare, this is not the first fatal incident linked to oxygen chamber explosions.
In May 2009, a similar accident in Florida killed a 4-year-old boy and his 62-year-old grandmother. The blast dislodged a tube attached to the hyperbaric chamber, causing an explosion and flash fire, according to CBS News. That incident raised concerns about fire hazards in oxygen-rich environments and led to calls for stricter regulations.
Investigators in Troy, Michigan, will be reviewing past cases and working with safety experts to determine whether this latest tragedy could have been prevented.

Conclusion
The shocking death of the 5-year-old Michigan boy has left the community in mourning, with many questioning whether more stringent safety measures are needed for facilities using hyperbaric oxygen therapy.
As investigators continue their work, questions remain about the safety protocols, equipment integrity, and risk factors associated with this medical treatment.
Authorities urge anyone with relevant information to come forward as they work toward understanding the cause of this devastating accident.