Katerina Swanson
Kerosene and diesel are both types of fuel oil that can be used in a furnace. Kerosene is a #1 distillate fuel oil, while diesel is a #2 distillate fuel oil. Kerosene has a lower BTU rating and lubricity than diesel, which means it will burn hotter and may cause problems for a heater not equipped to handle the heat. Diesel, on the other hand, is more viscous and durable but contains sulfur, which has environmental and safety concerns. In an emergency, diesel can be used as a substitute for heating oil in a furnace, but it is not an ideal long-term solution as it is more expensive and heavily taxed for on-road use. Kerosene is also not recommended for long-term use due to its higher cost and lower BTU rating compared to diesel.
| Characteristics | Values |
|---|---|
| Use of diesel in a kerosene furnace | Possible but not recommended |
| Use of kerosene in a diesel furnace | Possible but not recommended |
| Diesel vs Kerosene | Kerosene is more expensive than diesel |
| Kerosene has a lower flashpoint than diesel | |
| Kerosene has a lower clouding/gelling temperature than diesel | |
| Kerosene has a lighter viscosity than diesel | |
| Kerosene has lower BTUs than diesel | |
| Kerosene has less lubricity than diesel |
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What You'll Learn
Kerosene is more expensive than diesel
Kerosene and diesel are both fuels derived from the molecular components of crude oil. Kerosene is extracted first, followed by diesel, and this order of extraction is reflected in their respective boiling points, with kerosene having a lower boiling point. The two fuels also differ in colour, with diesel having a reddish hue and kerosene being colourless. While diesel is used almost exclusively for vehicles, kerosene is used in a wider variety of engine systems, as well as in jet engines, furnaces, lamps, and heaters.
Despite their similarities, kerosene and diesel have distinct properties that impact their pricing and usage. One notable difference is their intended use, which influences the taxes applied. Diesel, being primarily for vehicles, incurs road taxes, making it more expensive than kerosene, which is typically used for home heating and is exempt from these taxes. This tax exemption is indicated by the red dye added to kerosene, as some forum users pointed out. However, using kerosene in vehicles can lead to legal issues, as it constitutes tax evasion.
The pricing disparity between kerosene and diesel is also influenced by supply and demand. Diesel, being a more commonly used fuel for vehicles, often has a higher demand, which can drive up its price. Conversely, kerosene may be sold at a lower price due to lower demand in certain regions or markets. This was evident in a forum post, where a user observed that kerosene was 20 to 30 cents less expensive than road diesel in their area.
Another factor contributing to the higher cost of diesel is its refinement process. Diesel undergoes a finer filtration during processing, resulting in a cleaner product compared to kerosene and heating oil. This refinement makes diesel more expensive to produce, which is reflected in its retail price.
While kerosene is generally cheaper than diesel, it is important to consider the potential drawbacks of using kerosene in certain contexts. For instance, using kerosene in diesel engines can lead to reduced engine power and fuel efficiency due to its lower burning temperature. Kerosene may be a suitable alternative for diesel engines in freezing temperatures as it prevents gelling. However, professionals in the diesel industry do not recommend mixing kerosene and diesel, as it can cause engine issues and potentially lead to costly repairs. Therefore, while kerosene may be more affordable, it may not always be the most cost-effective option in the long run, especially when considering vehicle warranties and legal implications.
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Kerosene burns hotter than diesel
In extremely cold temperatures, kerosene is preferred over diesel as it doesn't thicken as easily. Kerosene is distilled into a pure fuel, and therefore has no lubricant additives like diesel does. This means that kerosene burns at a lower temperature than diesel.
Kerosene is often used in very cold temperatures as it doesn't thicken as easily as diesel. Kerosene has a lower gelling temperature than diesel fuel, which means it can be used in extremely cold temperatures without thickening. In addition, kerosene burns cleaner than diesel. It has a lower flashpoint than heating oil, making it easier to catch fire.
However, kerosene produces less BTUs (British Thermal Units) than diesel, which means it can reduce the power of your engine and lower the efficiency of your furnace. Kerosene is typically used as a short-term solution as it burns hotter than oil. Diesel, on the other hand, is chemically similar to home heating oil and can be used as a substitute in emergencies.
In conclusion, while kerosene burns at a lower temperature than diesel, it is often preferred in cold climates as it doesn't thicken as easily. Kerosene should only be used as a short-term solution, as it burns hotter than oil and has a lower flashpoint, making it more flammable. Diesel, meanwhile, can be used as a substitute for home heating oil in emergencies, but it is more expensive and may not be readily available in some areas.
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Kerosene is better in cold temperatures
Kerosene is a viable alternative to diesel fuel in a kerosene furnace, especially in cold temperatures. Kerosene has a lower gelling temperature than diesel, making it ideal for colder climates. In freezing temperatures, kerosene can run smoother as it doesn't gel as quickly as diesel, which can be beneficial in places that experience extremely cold winters.
While diesel is chemically similar to home heating oil and can be used in a kerosene furnace in emergencies, it is not an ideal long-term solution. Kerosene, on the other hand, can be a better option for short-term use in cold weather. This is because kerosene burns at a lower temperature, preventing it from gelling in freezing conditions.
Additionally, kerosene is often used to improve winter cold flow operability and prevent fuel gelling. It is sometimes mixed with diesel fuel to improve its performance in cold weather. A common mixture is ten percent kerosene, which lowers the cold filter plugging point of diesel fuel by approximately five degrees. This can be more cost-effective than using a cold flow polymer.
However, it is important to note that kerosene has some drawbacks. It has lower lubricity, which can lead to issues with fuel pumps and injector pumps. Kerosene also has a lower cetane rating, which can result in poor starting, delayed warm-ups, and white smoke. Furthermore, kerosene burns hotter than diesel, which can be a concern in some furnaces.
In summary, while kerosene can be a good alternative to diesel in a kerosene furnace during cold temperatures due to its lower gelling point, it is important to consider its potential impact on engine performance and fuel efficiency. It is recommended to consult professionals and refer to the vehicle's manual before using kerosene as a fuel alternative.
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Diesel is more durable than kerosene
While kerosene is a common alternative to diesel fuel, diesel is more durable than kerosene.
Firstly, diesel is more expensive than kerosene, which may be a significant consideration when choosing between the two. Kerosene is typically cheaper than diesel fuel, and it is available at most gas stations. Diesel, on the other hand, may require multiple trips to the gas station to fill up a standard 225-gallon tank, resulting in a higher cost per gallon and a large overall bill.
Secondly, kerosene has a lower flashpoint than diesel, making it more volatile and easier to ignite. Kerosene's lower flashpoint also means it burns hotter than diesel, which can be a safety concern.
Thirdly, kerosene has a lower clouding or gelling temperature than diesel. This is advantageous in cold climates as it prevents the fuel from gelling in freezing temperatures, ensuring that engines and heaters continue to function.
However, despite these advantages, kerosene is not as durable as diesel. Kerosene is less fuel-efficient than diesel, resulting in reduced engine power and potentially higher fuel costs. Additionally, kerosene contributes to greenhouse gas emissions and is a non-renewable resource, whereas diesel fuel is taxed for on-road use.
In conclusion, while kerosene may be a suitable short-term alternative to diesel in specific situations, diesel is more durable in the long term due to its higher energy content, greater fuel efficiency, and broader applicability.
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Kerosene and diesel should not be mixed
While kerosene and diesel are sometimes used interchangeably, there are several reasons why they should not be mixed.
Firstly, kerosene and diesel are chemically different. Kerosene is a lighter diesel oil than regular diesel, which means it contains slightly less energy. Kerosene has a lower clouding/gelling temperature than diesel, but it also has a lower flashpoint, making it easier to catch fire. Kerosene also burns drier, with less lubricity, than diesel. This lack of lubricity can lead to premature failure of metal components in the fuel system, such as fuel pumps and injectors.
Secondly, kerosene is considered a polluting fuel. Kerosene smoke contains particulate matter that can be harmful to human health, leading to an increased risk of cancer, asthma, tuberculosis, respiratory infections, cataracts, and adverse pregnancy effects. Due to these health concerns, the World Health Organization (WHO) does not recommend using kerosene in households.
Thirdly, using kerosene in diesel engines that are meant for road use could result in legal liabilities. In Canada and the United States, using untaxed fuel on public roads is prohibited. Kerosene also does not meet the required ash and pollutant standards for road vehicles.
Finally, using kerosene in a diesel engine can lead to engine issues and may void the warranty on the vehicle's engine. Kerosene burns at a lower temperature than diesel, which can reduce engine power and fuel efficiency. While kerosene is sometimes used as a mixer with diesel in cold weather to improve flow, it is not recommended by professionals in the diesel industry. Instead, the use of additives, lubricants, and winter-safe diesel engine oil is advised to maintain engine health and avoid potential repair costs.
In conclusion, while kerosene and diesel may seem similar, they have distinct chemical properties that make them incompatible for mixing. The potential risks to both human health and engine functionality, as well as legal considerations, strongly advise against the mixing of kerosene and diesel.
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Frequently asked questions
Yes, you can use diesel fuel in a kerosene furnace, but it is not recommended as a long-term solution. Kerosene is a better option, but diesel can be used in an emergency.
Diesel is a good alternative to kerosene in extremely cold temperatures as it does not gel up as easily. It is also more readily available and often cheaper than kerosene.
Kerosene is a cleaner fuel than diesel, as it contains less sulfur. Diesel can cause a build-up of soot and smoke, and it may be more expensive per gallon due to taxes.
Kerosene has a lower flashpoint than diesel, so it is easier to ignite. Mixing diesel and kerosene can pose a fire or fume hazard, so it is important to ensure they are not combined.
