Heavy fuel oil is typically more viscous than kerosene. Heavy fuel oil is thicker and more dense, making it harder to flow compared to kerosene.
Honey is more viscous than kerosene because honey is a thick, sticky liquid composed of sugars and water molecules that resist flow. Kerosene is a thinner, less viscous liquid composed of hydrocarbons that flow more easily. Honey's higher viscosity means it is more resistant to flowing compared to kerosene.
Water and wax do not go together. Think of the reason why people wax their cars. If the car gets wet the wax allows the water to form droplets and slide off. The wax and the water do not mix. Another way to think of it is floating candles. If the wax dissolved in the water then it wouldn't be a floating candle anymore. So my guess is that it is more soluble in kerosene.
Kerosene releases more energy then ethanol but it is harder to put into engines that run on gasoline already.
LPG is a cleaner fuel compared to kerosene and wood, producing fewer emissions and less indoor air pollution. LPG is also convenient to use, with reliable supply and easily controllable flames. Additionally, LPG burns more efficiently, providing more heat output compared to kerosene or wood.
Gasoline, kerosene, and crude petroleum are related in that they are all derived from the refining of crude oil. Crude petroleum is the raw material that undergoes refining processes to produce gasoline and kerosene, among other products. Gasoline is a lighter fraction of crude oil used as fuel for vehicles, while kerosene is a slightly heavier fraction often used as a fuel for heating and lighting.
No, kerosene is not more viscous than bitumen. Kerosene is a low-viscosity liquid, typically used as a fuel, while bitumen is a highly viscous, thick substance often used in road construction and roofing. The viscosity of bitumen can be many orders of magnitude higher than that of kerosene, making it much more resistant to flow.
Honey is more viscous than kerosene because honey is a thick, sticky liquid composed of sugars and water molecules that resist flow. Kerosene is a thinner, less viscous liquid composed of hydrocarbons that flow more easily. Honey's higher viscosity means it is more resistant to flowing compared to kerosene.
viscous, and yes, it is a thicker liquidthan diesel
Water and wax do not go together. Think of the reason why people wax their cars. If the car gets wet the wax allows the water to form droplets and slide off. The wax and the water do not mix. Another way to think of it is floating candles. If the wax dissolved in the water then it wouldn't be a floating candle anymore. So my guess is that it is more soluble in kerosene.
No, Coleman fuel is much more closely related to unleaded gasoline, and should NOT be used in any kerosene appliances.
No, unless it was designed and built to run on kerosene. It probably will not crank. The kerosene will more likely destroy the plactic or rubber parts in the fuel system.
Refined kerosene is a type of fuel oil that has undergone a purification process to remove impurities such as sulfur and other contaminants. It is commonly used in heating systems, aircraft, and as a fuel for lamps and lanterns. The refining process makes it a more efficient and cleaner-burning fuel compared to unrefined kerosene.
Yes and no. An unmodified oil burner will burn far more kerosene than fuel oil for which it is designed. If you replace the nozzle with a smaller nozzle and adjust the air, using an orsatz [orsat gas analyzer], a device for determining the combustion efficiency of the flame, you will be able to use kerosene. * interesting fact: Kerosene is also known as #1 fuel oil, or JP5 jet fuel. Mixing kerosene with #2 fuel oil, (home heating oil) in small amounts, should have no appreciable effect on the furnace efficiency.
Because the fuel companys are a bunch of oportunistic crooks. the same rule aplys to diesel fuel.
Kerosene and butane are both fuels, but they have different properties and uses. Kerosene is a liquid fuel that is commonly used in lamps, heaters, and stoves. It is also used as a jet fuel. Butane, on the other hand, is a gas fuel that is often used in lighters, camping stoves, and portable heaters. Kerosene has a higher energy density and is more stable at higher temperatures, while butane is more easily vaporized and burns cleaner.
Kerosene releases more energy then ethanol but it is harder to put into engines that run on gasoline already.
The kerosene is a lighter oil. I think you would get more BTUs out of the heating oil. Just make sure that you are using the right fuel for the furnace that you have. Most now days would take heating oil.