Jet engines burn fuel to create propulsion via explosive thrust. But an explosion can be dangerous to the machine and its passengers, so jet fuels utilize a sophisticated mixture to avoid accidental ignition.
Commercial jet fuel is made of specially treated kerosene. It is given additives that protect it from ignition by unintended sources, such as static electricity, extreme cold and trace metals.
A compound's flash point is the temperature required for it to produce the vapors needed for ignition. Commercial jet fuel has a relatively high flash point of 100 degrees F, allowing for safe handling.
After the jet fuel reaches its flash point, it must then be heated to its auto-ignition temperature, where it will automatically combust without the need of an outside ignition source. The auto-ignition temperature of jet fuel is 410 degrees F.
- Photo Credit jet engines and palms 2 image by Aaron Kohr from Fotolia.com
What Are the Dangers of Jet Fuel Exposure?
Working daily with jet fuel puts people at greater risk of suffering chemical and physical burns. Jet fuel also gives off many...
How Much Fuel Does a 747 Jet Burn?
A Boeing 747’s engines develop enough thrust to take the aircraft to a height of several miles and cruise for thousands of...
What Is the Weight of Jet Fuel?
Since the rise in the use of the jet as a common form of transportation, the use of jet fuel has climbed...
What is the Difference Between Jet Fuel & Diesel Fuel?
Jet fuel and diesel fuel both share similarities in composition as well as many chemical properties. With price fluctuations causing fuel costs...
What Is Commercial Jet Fuel Made Of?
Commercial jets fly at airspeeds high enough to make conventional gasoline-based fuels too risky to use. A special formulation of fuel and...
How to Convert Aviation Jet Fuel From Gallons to Weight
There are two main types of jet fuel used for commercial turbine engines. The vast majority of turbine engines use a kerosene...
Properties of Kerosene
Kerosene is a hydrocarbon fuel distilled from petroleum. The term kerosene was trademarked in 1854, but has since become a generic term...
Jet Fuel Conductivity Specifications
Jet fuel conductivity is important to standardize because it determines the degree at which jet fuel transmits an electric charge, and indirectly...