Download BrochureGlobal Fire Statistics: Fire Incidents, Deaths and Key Trends
Last reviewed: July 2026
Understanding Global Fire Statistics
Global fire statistics help governments, fire services,
building owners and safety professionals understand where fires occur,
what causes them and which prevention measures may reduce deaths, injuries
and property losses.
However, there is no single complete database that records every fire
worldwide using one consistent definition. Countries use different
reporting systems, investigation methods and classifications.
Some datasets include only incidents attended by fire and rescue services.
Others may include medical burn injuries, wildfires, vehicle fires,
industrial accidents or incidents that were not reported to a fire
department.
deaths and deaths recorded by fire services are related statistics, but
they do not describe exactly the same events.
Key Fire and Burn Statistics
Estimated Annual Burn Deaths
The World Health Organization estimates that burns cause approximately
180,000 deaths each year. Most of these deaths occur in low- and
middle-income countries.
Source: WHO Burns Fact Sheet
Fires Recorded in 46 Countries
CTIF recorded approximately 3.1 million fires in 46 participating
countries in 2023. These countries represented approximately
1.5 billion people.
Source: CTIF Report No. 30
U.S. Residential Building Fires
The U.S. Fire Administration estimated approximately 343,000
residential building fires in the United States in 2024.
Source: USFA 2024 estimate
Lower Home Fire Death Rate
NFPA research reports that the death rate per 1,000 home structure
fires is approximately 60% lower where working smoke alarms are present
than where no alarms are present.
Source: NFPA smoke alarm research
They should not be added together or described as one complete worldwide
fire total.
What CTIF Global Fire Data Shows
The International Association of Fire and Rescue Services, known as CTIF,
publishes comparative fire statistics submitted by participating countries
and cities.
CTIF Report No. 30 contains fire statistics for 2023 and trend data for
2019–2023. The report emphasizes that individual countries use different
rules for reporting fires, fire deaths and fire injuries.
| CTIF 2023 Indicator | Reported Figure | Coverage and Meaning |
|---|---|---|
| Participating countries | 46 countries | Countries included in the main 2023 statistical table |
| Represented population | Approx. 1.5 billion | Approximately one-fifth of the world population |
| Fire and rescue calls | Approx. 55 million | Includes fire calls and other types of fire-service responses |
| Recorded fires | Approx. 3.1 million | Fires recorded by the participating countries |
| Recorded fire deaths | Approx. 17,400 | Deaths reported in connection with recorded fires |
| Recorded fire injuries | Approx. 45,000 | Injuries reported in connection with recorded fires |
These figures are valuable for international comparison, but they must not
be presented as the total number of fires or fire victims worldwide.
Why International Fire Statistics Differ
Different Fire Definitions
One country may count structure, vehicle, vegetation and waste fires,
while another may exclude some minor outdoor incidents.
Different Reporting Systems
Fire-service records, hospital records, mortality databases and
insurance reports may all produce different statistics.
Unreported Fires
Minor household, rural and workplace fires may never be reported to
emergency services or national authorities.
Different Reporting Years
National statistics may be published at different times and may include
preliminary, revised or estimated values.
Burn Deaths vs Fire Deaths
Burn statistics can include injuries caused by flames, hot liquids,
hot surfaces, electricity, radiation, friction and chemicals.
Wildfire Measurements
Wildfire reports may focus on incident count, burned area, fatalities,
evacuations, property damage or smoke exposure.
United States Fire Statistics: A National Example
The United States maintains detailed national fire data through the
National Fire Incident Reporting System and other fire-service reporting
programmes.
USFA estimated approximately 343,000 residential building fires in 2024.
Cooking was the leading recorded cause.
| 2024 U.S. Residential Building Fire Cause | Share of Estimated Fires |
|---|---|
| Cooking | 46.7% |
| Unintentional or careless actions | 10.0% |
| Heating equipment | 7.9% |
| Electrical malfunction | 7.7% |
| Intentional fires | 4.7% |
They should not be presented as worldwide fire-cause percentages.
Main Types of Fire Incidents
Residential Fires
Fires in houses, apartments and other dwellings may involve cooking,
heating, electrical equipment, smoking materials and open flames.
Commercial Building Fires
Offices, shops, restaurants, hotels and public buildings have different
ignition sources, occupancy risks and evacuation requirements.
Industrial Fires
Industrial fires may involve machinery, hot work, electrical systems,
combustible dust, flammable liquids, gases or chemical processes.
Vehicle Fires
Passenger vehicles, commercial vehicles, rail vehicles and electric
vehicles require different reporting and emergency-response methods.
Wildfires
Wildfires are commonly measured using incident count, burned area,
fatalities, destroyed structures and environmental impact.
Marine and Offshore Fires
Ships, offshore platforms and marine facilities may involve fuel,
machinery, confined spaces, hot work and difficult evacuation
conditions.
Common Causes and Risk Factors
The leading causes of fire vary according to country, building type,
industrial process and reporting method. The following are common risk
categories rather than universal worldwide rankings.
Cooking Equipment
Unattended cooking, overheated oils and combustible materials placed
near heat sources can start residential and commercial kitchen fires.
Electrical Malfunctions
Damaged wiring, overloaded circuits, faulty machinery and poor
maintenance may create ignition sources.
Heating Equipment
Space heaters, boilers, furnaces and open heating appliances may ignite
nearby combustible materials if incorrectly installed or used.
Smoking Materials and Open Flames
Cigarettes, candles, matches and other open flames can cause fires when
left unattended or used near combustible materials.
Industrial Hot Work
Welding, cutting and grinding generate sparks, molten metal and hot
particles. These activities require site-specific permits, barriers,
fire watches and surrounding-area controls.
Flammable Liquids, Gases and Dust
Leaks, poor storage, inadequate ventilation and ignition sources can
create serious fire or explosion hazards.
Fire Prevention and Risk Reduction
Fire statistics are most useful when they support practical prevention,
inspection and emergency-planning decisions. The correct measures depend
on the building, process, occupancy and applicable regulations.
Detection and Alarm Systems
Install, inspect and maintain smoke alarms, heat detectors and fire
alarm systems suitable for the building and occupancy.
Electrical Inspection
Inspect wiring, panels, machinery and portable equipment, particularly
in older buildings and high-load industrial installations.
Hot Work Management
Use risk assessments, permits, fire watches, spark containment and
suitable post-work inspections.
Housekeeping
Remove unnecessary combustible waste and keep ignition sources away
from flammable materials.
Emergency Planning
Maintain evacuation routes, emergency communication arrangements,
trained personnel and appropriate extinguishing equipment.
Appropriate Material Selection
Select fire- and heat-protection materials according to the application,
exposure conditions, installation system and relevant test data.
application-specific tools. They do not replace evacuation, emergency
services or a complete fire-safety plan.
Industrial Fire and Heat Protection
Industrial fire risks often differ from household fire risks because they
may involve welding, molten metal, high-temperature equipment, combustible
chemicals, pressurized systems or continuous production processes.
Depending on the site risk assessment, facilities may use welding blankets,
welding curtains, fire barriers, coated fiberglass fabrics and removable
insulation covers as part of a broader fire- and heat-protection system.
Selection should be based on actual spark, spatter, flame and radiant-heat
exposure, as well as mechanical requirements and applicable test
documentation.
Related resource:
welding and fire-protection materials
.
Frequently Asked Questions
How many fires occur worldwide each year?
There is no complete worldwide total produced using one consistent
definition. CTIF publishes multi-country statistics, but participating
countries and reporting methods vary.
Do 180,000 people die in fires every year?
WHO estimates approximately 180,000 deaths from burns each year. Burn
deaths include different causes and should not be described as a complete
count of deaths from reported fires.
What is the leading cause of residential fires?
Causes differ by country. In the United States, cooking was the leading
cause of estimated residential building fires in 2024.
Why do global fire statistics differ between sources?
Sources may use different definitions, reporting years, geographic
coverage and collection methods. Fire-service records and medical burn
records also measure different outcomes.
Do working smoke alarms reduce the risk of death?
NFPA research shows that the home-fire death rate is approximately 60%
lower where working smoke alarms are present compared with homes where
no alarms are present.
Are fire-resistant materials completely fireproof?
No material should be described as universally fireproof. Performance
depends on the material, exposure conditions, test method and complete
installation system.
Official Data Sources
The statistics and explanations in this article were reviewed using the
following official and specialist sources:
-
World Health Organization — Burns Fact Sheet
-
CTIF — World Fire Statistics Report No. 30
-
U.S. Fire Administration — Fire Statistics
-
National Fire Protection Association — Smoke Alarms in U.S. Home Fires
Published estimates may change when agencies release revised or newer data.
Always review the reporting year, geographic coverage and methodology
before comparing statistics.
Conclusion
Global fire statistics demonstrate the continuing importance of
prevention, early detection, safer buildings, industrial risk controls and
emergency preparedness.
At the same time, statistics must be interpreted carefully. Figures from
burn-mortality databases, fire-service records and wildfire reports may
describe different incidents, populations and outcomes.
Reliable safety decisions should therefore use current, clearly defined
data together with site-specific risk assessments and applicable
regulations.
