In the areas of the UK, the use of heating oil is a basic necessity for homes. They can come in the form of kerosene and some sort of HVO heating oil. When we talk about fuels like kerosene, the fact makes it clear that it is a standard form of fossil fuel. This fuel is safe to use and also cost-effective if it is handled well. Nevertheless, this fuel releases high levels of fumes and CO2 emissions. People use this fuel mostly in a few remote areas where the gas network is not available.

On the other hand, while comparing kerosene vs. HVO, it can be seen that the fuel, like HVO, is a form of hydro-treated vegetable oil, and it works as a renewable heating fuel. This fuel has significant benefits for the environment. It releases low levels of CO2 emissions, and it is also odourless. It does not contain any toxins. It is also compatible in an existing form of machine and can be stored easily.

This article will be a guide for you to know what facts are related to the use of kerosene and HVO and how they are used as forms of home heating fuels.

What Is Kerosene?

The fuel like kerosene comes as a liquefied structure of hydrocarbon, and many of the people in the UK use this fuel for the process of heating and lighting.

How is it prepared?

The fuel, like kerosene, is basically prepared by refining crude oil in an oil refinery. This process divides the crude oil into different components as per their boiling positions. Here, the substances of crude oil are heated and vapourised.

Process of Combustion

When comparing kerosene vs. HVO, it can be found that the process of combustion of kerosene works within a method of chemical reaction. Here, the molecules of hydrocarbons like dodecane work with a reaction with oxygen and produce the substances of CO2, heat, and the forms of water vapour.

Pros And Cons Of Kerosene

However, the fuel, like kerosene, comes with some benefits and drawbacks. Let’s find out what they are.

• Pros

Kerosene is a stable kind of fuel. It is also used in jet engines.

Effective for domestic heating: The substances of kerosene work effectively for the domestic heating process. This fuel works with higher levels of efficiency, and this is a fuel source that comes at a low cost. The people in off-grid areas use this fuel for their heating needs.

Proper output of heat: When compared with HVO heating oil, it can be seen that the substances of kerosene release higher levels of heat. This has a higher BTU for one gallon. The heat released from this fuel warms various objects in a direct way. This fuel can be used for heating a single room and/or more than one room.

Clean-burning: The fuel, like kerosene is added with the clean-burning substances. This acts in a proper way than that of various fossil fuels. It releases less forms of smoke.

Storage: Kerosene is not a renewable heating fuel, but it should be stored in a proper way. The container where the fuel will be stored should be clean and clearly labeled. The container should also be well-approved.

• Cons

Kerosene comes with some negative impacts on human health and the environment.

Health hazards: If you compare kerosene vs. HVO, you can find that the substances in kerosene result in some of the health hazards. The smoke and vapours of this fuel can result in chemical burns and damage to the lungs. It can also affect the central nervous system.

Concerns for the environment: Unlike renewable heating fuel, the substances of kerosene can lead to damage in the environment. It releases pollutants like black carbon, the particles of particulate matter, and carbon monoxide. It leads to climate change issues and air pollutants.

Safety issues: Kerosene is also associated with some safety issues. It contains various forms of toxic gases. If not handled well, the smoke and fumes of this fuel can lead to hazards.

Sludge formation: The fuel, like kerosene, can have the presence of particles of paraffin wax, forms of sediments, water, and heavy metals. There can also be various forms of organic compounds.

Cost and recycling: Kerosene cannot be recycled as the forms of HVO heating oil. In the place of recycling, people should focus on the process of reusing this fuel.

About The Fuel HVO

The fuel, like HVO, is a kind of renewable heating fuel. This comes with many benefits while used in the applications of homes and businesses.

How is it prepared?

The fuel, like HVO, is basically a form of hydro-treated vegetable oil. This fuel is prepared by the process of hydro-treatment. This works with catalysts and hydrogen to take away oxygen from the feedstock like fats of animal and vegetable oiḷ. The feedstock here is hydro-cracked at an elevated temperature.

Process of Combustion

The particles of HVO heating oil work in the internal combustion engine. It has diffusion combustion phases. The paraffinic HVO fuel here goes through the process of atomisation, the process of vapourisation, and the process of auto-ignition. This happens as it has a high number of Cetane.

Pros And Cons Of HVO

However, fuel like HVO also comes with pros and cons. Let’s have a look at them.

• Pros

When comparing kerosene vs. HVO, it can be found that HVO has all those benefits that a renewable fuel can give.

Reduction in emissions: The HVO heating oil releases low levels of GHG emissions. This fuel releases the GHG emissions that are 90% less than those of other fuels. The release of emissions of PM is 80% less. It also releases less carbon monoxide.

Works as a drop-in fuel: This fuel works as a drop-in fuel. It means it can be inserted in a container that was previously holding diesel. There is no need to make any kind of changes in that container.

Improvement in the performance of the engine: The renewable heating fuel, like HVO, works for improving the performance of the engine. This is due to the fact that it has cleaner combustion and it does not contain any kind of impurities.

Longer shelf life: When comparing kerosene vs. HVO, it can be seen that HVO has a longer shelf life. It can work for nearly 10 years. This is due to the fact that the fuel lacks the contents of FAME, and it does not contain the collection of water. The working tenure of normal diesel is for one year.

Performance in colder months: The fuel, like HVO, works with higher levels of performance in the time of winter. This has low levels of cold filter plugging point and/or CFPP. This can work in the temperature of -32 degrees C. This fuel does not create wax and/or crystals and does not block the filters.

Odourless fuel: HVO is a kind of renewable heating fuel that does not carry any odour. This happens as in the process of hydrogenation, the contents of sulphur and aromatic particles are detached from the fuel.

Bio-degradable fuel: The particles of HVO heating oil are completely bio-degradable. This reduces the damage to the environment due to spills and leaks.

• Cons

The substances of HVO have the main disadvantage related to their cost of production and distribution.

Higher levels of cost: When comparing the kerosene vs. HVO, it can be found that HVO comes at higher levels of cost than that of the standard form of diesel. This is because of its complex production process and the cost of feedstock.

Limited availability: The particles of HVO heating oil are not widely available. There are some issues with its production capacity and feedstock availability, and its global production is not adequate.

Issues in the supply chain: The renewable heating fuel, like HVO, has some issues in the supply chain. It is mainly connected with feedstock sustainability issues and issues of misleading declarations of products.

Lower level of density of energy than diesel: The fuel, like HVO, has an energy density at a lower level than that of diesel, which means 7%. This makes the ratio of fuel consumption 3% to 4% faster.

Questions To Ask The Supplier While Selecting Kerosene vs. HVO

You need to ask some of the questions to the dealer to select the right one in the fuels like kerosene vs. HVO.

1. What are the certifications and fuel standards you have?

While buying fuel like kerosene and/or HVO heating oil, you need to cheque whether the fuel meets the rules and standards of EN 590 and the standards of BS 2869.

2. What is the shelf life of the fuel?

You need to verify the shelf life of fuels like HVO and kerosene from the dealer. The fuel like HVO can work for 10 years, and the fuel like kerosene has a work tenure of nearly 5 years if handled well.

3. Will your fuel be compatible with my machine?

You need to verify whether the fuels like HVO and/or kerosene are compatible with the existing machine. For this, you need to follow the guidelines of the manufacturers and the labels of the containers.

4. How much system maintenance do I need to use your fuel?

Cheque with the dealer how much system maintenance you need to store kerosene and/or renewable heating fuel like HVO. For all the fuels, the fuel system should be maintained within a particular time frame. The container that was filled with kerosene cannot be filled with HVO.

5. What is the feedstock origin of the fuel?

The substances of kerosene are prepared by the modification of crude oil. At the same time the fuel, like HVO, is a form of renewable fuel. It is prepared from waste resources like animal fats and vegetable oils.

Wrapping Up

In conclusion of the facts of kerosene vs. HVO, it can be said that fuel like kerosene is not a sustainable fuel, but is used by people in a few remote areas of the UK. On the other hand, the renewable heating fuel like HVO is a plant-based form of bio-fuel. This has more clean-burning properties than kerosene.

The HVO heating oil releases very low levels of GHG emissions, and it also has higher flash points. This fuel also gives the best performance for heating in winter. Nevertheless, fuel like HVO has some issues with the supply chain and price levels. Thus, some people make kerosene their first choice for their home heating needs. Kerosene can also be used safely in modern forms of boilers.

Now that the climate is deeply affected by GHG emissions of fossil fuels, people should be encouraged to use fuels like HVO in large numbers. Its production should also be increased. But it also cannot be avoided that both of the fuels have their own specialties while in use!