Global pollution is a hot topic, and as years go by, it becomes a matter of crucial importance for the planet’s survival. The United Kingdom was among the first countries that have set high carbon reduction goals. They plan to completely cut off the use of petroleum and its derivatives, so their targets imply significant changes in all industry sectors.

One of the first fields the UK works on is fossil fuel consumption. Despite their efficiency, these power sources are the number one cause of global pollution. That’s why the UK government has been committing to switching to biofuels like those from Syntech HVO Fuel UK gradually. For starters, that could drop carbon emissions from the transportation sector.

But getting rid of fossil fuels isn’t easy. The world has relied heavily on these energy sources for centuries, and people have made the entire industrial environment around them. That’s why switching to a cleaner, more eco-friendly, and more efficient alternative will take some time.

What Is Biofuel?

The problem with oil isn’t only its harm to ecosystems and the entire planet, but also the fact that it’s a non-renewable resource. Its deposits renew very slowly, which isn’t enough to meet the constant demand growth for this power source in the long run. That’s why global diesel reserves are decreasing at a drastic rate.

What can solve this problem are biofuels. These are any types of fuel obtained from renewable matters, such as biomass, organic matter, and plant or animal waste. All (or most) of these can be produced from crops, which are already grown for a variety of purposes.

When it comes to blending biofuels with diesel, there are two common types of biofuels that are used: renewable diesel and biodiesel. Renewable diesel comes from biomass feedstocks like agricultural waste and can be blended with diesel in any proportion.

Biodiesel, on the other hand, is made of vegetable oils, animal fats, or recycled cooking oil. HVO is one of these alternatives that can find an excellent purpose in all diesel-powered circuits, as it has the highest compatibility with traditional fuels.

What’s HVO’s Role?

HVO, or Hydrotreated Vegetable Oil (HVO), has gained popularity as an alternative power source that can finally take over diesel. As said, this eco-friendly fuel comes from refined vegetable oils or animal fats that were treated with hydrogen. This process eliminates all dirty matter from the liquid and leaves pure fuel chemically similar to diesel.

Despite being marked as biofuel, HVO has some unique sides. First, it has a higher energy density than other biofuels, meaning it can provide more power per volume unit, so there’s minimal waste of energy.

Then, it can be stored for a much longer time, as it won’t degrade, freeze, or change its chemical composition. Finally, HVO’s level of carbon emission is super low, making it a cleaner and more sustainable power source than diesel.

Probably the best thing about HVO is that it has tremendous potential to replace diesel. As explained before, due to their similarities, you can use HVO in existing diesel engines without any circuit modification. That makes it a cost-effective option for everyone looking to switch to a more sustainable power source.

When comparing biodiesel to traditional diesel, here’s what you should know:

https://www.differencebetween.info/difference-between-diesel-and-biodiesel

Benefits of Biofuel Blends

What makes biofuels a great alternative to diesel is their ability to mix with petroleum-based fuel without compromising engines or circuit performance. Doing this in any ratio provides a range of benefits.

These blends combine the best of both worlds, resulting in clean fuel of high performance. For starters, adding biofuel to diesel or vice versa (as these can combine in any proportion) means the greenhouse gas emissions will drop since biofuel is cleaner than fossil fuels.

It can help lower the overall carbon footprint, especially in sectors like transportation and heating, which are highly dependent on energy. And that’s of great importance now, given the urgent need to address climate change.

HVO and most other biofuels can be made domestically in the UK, which can reduce its dependence on foreign oil in the long run. Since geopolitical tension and economic instability can disrupt oil imports, the UK’s major goal is to have enough domestic fuel to support industry and citizens.

And since raw materials for biofuels come from domestic crops, the increase in their demand can boost the local economy and open new workplaces in rural areas. It can help to support local farmers and businesses that grow a variety of feedstocks for biofuel production, which can have a positive impact on both the economy and energy security.

The Future of Biofuel

The UK already turned to biofuels, and these are widely used in transportation and heating. That not only lowers the carbon footprint, minimizes pollution, and can reduce waste but also brings financial benefits in the form of lower fuel costs and tax incentives.

As technology develops and the world makes progress, biofuels are becoming more accessible and cost-effective, making it easier for everyone to make the switch to sustainable energy sources. The UK strives to be independent from foreign partners for oil supply and drastically reduce the use of fossil fuels in the next couple of years.

The world’s focus on biofuels as an alternative to fossil fuels is a significant step towards a sustainable future. The UK and many other countries put their efforts into HVO since it can replace diesel and provide a cleaner power source.