I have kerosene in bulk(home heating)..I normaly buy fuel for the tractor at the pump,but in an emergency situation can I use straight kerosene with-out harming my 2008 tractor?Second question;what is a simple fuel transfer system ,short of a sifon.....drill motor with a small pump?I use about 150 gallons a year of diesel..I don't want to put in tank just for diesel.
When Ultra Low Sulfur Diesel first came out several people reported pump damage. If I was going to run the kerosene I would put about 4 ounces of Power Service or some other diesel fuel additive and 6 ounces of Marvel Mystery Oil per five gallons of kerosene. That should protect the pump. I would also monitor the temperature gauge closely to insure the unit was not running hot. Kerosene has a Flash Point of 38 72 C which according to the information I have been able to find indicates it is combustible as well as flammable. In my opinion kerosene because it has a high flash point could pre ignite and piston damage could occur.
Information obtained from WEB:
There are various international standards for defining each, but most agree that liquids with a flash point less than 43ーC are flammable, and those above this temperature are combustible.
Every flammable liquid has a vapour pressure, which is a function of that liquid's temperature. As the temperature increases, the vapour pressure increases. As the vapour pressure increases, the concentration of evaporated flammable liquid in the air increases. Hence, temperature determines the concentration of evaporated flammable liquid in the air.
Each flammable liquid requires a different concentration of its vapour in air to sustain combustion. The flash point of a flammable liquid is the lowest temperature at which there will be enough flammable vapour to ignite when an ignition source is applied
Examples of flash points
Fuel Flash point Autoignition
temperature
Ethanol
12.8 ーC (55 ーF) 365 ーC (689 ーF)
Gasoline (petrol)
<−40 ーC (−40 ーF) 246 ーC (475 ーF)
Diesel
>62 ーC (143 ーF) 210 ーC (410 ーF)
Jet fuel
>60 ーC (140 ーF) 210 ーC (410 ーF)
Kerosene (paraffin oil)
>38?2 ーC (100?62 ーF) 220 ーC (428 ーF)
Vegetable oil (canola)
327 ーC (620 ーF)[1]
Biodiesel
>130 ーC (266 ーF)
Gasoline (petrol) is designed for use in an engine which is driven by a spark. The fuel should be premixed with air within its flammable limits and heated above its flash point, then ignited by the spark plug. The fuel should not preignite in the hot engine. Therefore, gasoline is required to have a low flash point and a high autoignition temperature.
Diesel is designed for use in a high-compression engine. Air is compressed until it has been heated above the autoignition temperature of diesel; then the fuel is injected as a high-pressure spray, keeping the fuel-air mix within the flammable limits of diesel. There is no ignition source. Therefore, diesel is required to have a high flash point and a low autoignition temperature.
Diesel flash points vary between 52 and 96 ーC (126 ーF to 204 ーF). Jet fuels also vary greatly. Both Jet A and jet A-1 have flash points between 38 and 66 ーC (100 ーF to 150 ーF), close to that of off the shelf kerosene. However, both Jet B and FP-4 have flash points between -23 and -1 ーC (-10 ーF to +30 ーF ).