RI Student Dies from Carbon Monoxide in Snow-Covered Car

Authorities say the victim's tailpipe was blocked, trapping fumes inside.

Published on Feb. 26, 2026

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A 21-year-old Salve Regina University student was found unconscious in a running, snow-covered car in a Newport, Rhode Island parking lot on Monday night. Police say the student, Joseph Boutros, died of carbon monoxide poisoning after the car's tailpipe became embedded in the snow, preventing fumes from escaping.

Why it matters

This tragic incident highlights the dangers of running a vehicle's engine in heavy snow conditions, when exhaust pipes can become blocked and lead to a build-up of deadly carbon monoxide gas. It serves as a reminder for drivers to be vigilant about clearing snow and debris from tailpipes to prevent similar accidental deaths.

The details

According to police, Boutros was found unconscious in the running vehicle around 7:20 pm on Monday. The car was completely covered in snow, including the tailpipe, which prevented the exhaust fumes from escaping. Boutros was rushed to Newport Hospital but was pronounced dead shortly after arrival.

  • Boutros was found unconscious in the vehicle around 7:20 pm on Monday, February 24, 2026.
  • He was pronounced dead at Newport Hospital shortly after.

The players

Joseph Boutros

A 21-year-old student at Salve Regina University.

Newport Police

The police department that responded to the incident and investigated the death.

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What they’re saying

“This tragic incident was accidental and a reminder to be vigilant to keep exhaust pipes clear of snow and debris when vehicles are idling.”

— Joseph Carroll, Newport Police Captain

What’s next

The Newport Police Department is continuing to investigate the incident to determine the exact cause of death.

The takeaway

This tragic accident underscores the critical importance of ensuring vehicle exhaust pipes are completely clear of snow and debris, especially during severe winter weather conditions, to prevent the buildup of deadly carbon monoxide gas that can quickly overcome and kill unsuspecting drivers and passengers.