Fire-Related Injuries

Req 3c–3d — Burns & Carbon Monoxide

3c.
Identify the most frequent causes of burn injuries and how to prevent them.
3d.
Review the prevention of, symptoms and signs of, and treatment of airway burns and carbon monoxide (CO) poisoning.

Burns come from many sources, not just direct contact with flames. And carbon monoxide—a gas you cannot see, smell, or taste—kills hundreds of Americans every year. Understanding both helps you stay safe and help others.

Most Frequent Causes of Burn Injuries

V2020 Preventing Burn Injuries — strategicfire

Scalds: Hot Water & Steam

The most common source of burn injuries overall. Boiling water, steam from pots, hot tea, bathwater that’s too hot—these cause scalds. Scald burns are often worse than you’d expect because steam transfers heat faster than water and can cause deep burns. A cup of boiling water spilled on your chest will cause a second-degree burn almost instantly.

Prevention:

Contact Burns: Touching Hot Objects

Touching a stovetop burner, a curling iron, a hot cast-iron skillet, or a space heater causes contact burns. These burns are often deeper than scalds because the object maintains its heat and continues burning skin while in contact.

Prevention:

Kitchen Fires & Grease Burns

Grease fires (when oil in a pan ignites) cause severe burn injuries. Even worse, people instinctively throw water on a grease fire, which makes it explode.

Prevention:

Campfire Burns

Sitting too close to a fire, falling into embers, or being burned by hot coals. Campfire burns are preventable through awareness and position.

Prevention:

Clothing Fires (covered in Req 3b)

Electrical Burns

Touching a live electrical wire or faulty appliance. Electrical burns can cause deep tissue damage because electricity travels through the body, heating organs. Even minor-looking electrical burns require medical attention.

Prevention:

Burn Prevention Checklist

Review your home and camp
  • Water heater is set to 120°F or lower
  • Kitchen pot handles point inward
  • Space heaters are away from flammable items
  • Hot appliances (curling irons, ovens) are unplugged after use
  • No electrical cords are frayed or damaged
  • Kitchen extinguisher is accessible
  • Camp stoves are used on stable, clear surfaces
  • Campfire is at least 3 feet away from seating areas

Airway Burns

An airway burn occurs when hot gases or steam damage the inside of your mouth, throat, or lungs. This is one of the most dangerous types of fire injury because swelling can block breathing within minutes.

Symptoms & Signs:

Treatment:

Airway burns can kill by suffocation within hours, even if the external burns are mild. Always treat suspected airway burns as a life-threatening emergency.

Carbon Monoxide Poisoning

Carbon monoxide (CO) is a colorless, odorless, tasteless gas produced by incomplete combustion. You cannot detect it without a CO detector. It binds to hemoglobin in your blood more readily than oxygen does, gradually suffocating your organs from the inside while you have no idea it’s happening.

Common CO Sources:

Symptoms & Signs of CO Poisoning:

Mild exposure: Headache, dizziness, weakness, chest pain, confusion

Moderate exposure: Severe headache, rapid heartbeat, confusion, loss of consciousness

Severe exposure: Loss of consciousness, seizures, heart failure, death

The tricky part: CO poisoning symptoms resemble the flu (headache, fatigue, nausea). People sometimes assume they have a cold, go to bed, and don’t wake up.

Prevention:

Treatment of CO Poisoning:

The Hidden Threat

CO poisoning is more common than many people realize. According to the CDC, over 400 Americans die from unintentional CO poisoning annually, and thousands more are injured. Most cases happen in the winter when people seal their homes and rely on furnaces.

A particularly dangerous scenario: A Scout camping trip in a tent with a charcoal grill or camping stove running inside. Even a small grill producing CO in a sealed tent can kill everyone inside within hours. Always use camp stoves outside or in well-ventilated areas.


Now let’s shift from injuries to understanding how fires start in the first place.