Due to HVO Fuel being derived from renewable feedstocks, HVO Fuel is classified as a biodegradable fuel.

If spilled, HVO Fuel poses a lower risk of long term contamination compared to conventional diesel.

HVO Fuel resists microbial growth and oxidisation, due to the lack of oxygen and biocomponents.

HVO can be stored for up to 10 years without significant degradation, unlike regular diesel, which can deteriorate in 6–12 months.

Lifecycle analyses found that HVO can reduce GHG emissions by up to 90% compared to traditional diesel.

Also, because HVO produces cleaner combustion, it results in lower tailpipe emissions of particulate matter, nitrogen oxides and carbon monoxide - leading to overall improved air quality.

HVO fuel is endorsed by a wide range of OEMs (Original Equipment Manufacturers) across industries, including automotive, construction, agriculture, and marine.

Many major engine and vehicle manufacturers approve HVO as a drop-in replacement for diesel with no need for modifications.

HVO Fuel can be used in existing diesel engines without any modifications.

HVO Fuel is classified as a paraffinic diesel fuel, ensuring full compatibility with modern diesel engines. HVO can also be stored in the same tanks and used with existing fuel systems.

HVO outperforms regular diesel in cold temperatures due to its superior cold flow properties and paraffinic nature.

Unlike fossil diesel, HVO Fuel has a consistent molecular structure, meaning it resists waxing or gelling in extreme cold. HVO Fuel can stand well in temperatures down to -32°C.

HVO Fuel (Hydrotreated Vegetable Oil) is a renewable, low-emission fuel that serves as a cleaner alternative to conventional diesel.

By choosing HVO Fuel, industries in logistics, manufacturing, and construction can significantly reduce their carbon footprint, contributing to a greener and more sustainable future while maintaining operational efficiency.

Your NRG has been at the forefront of promoting HVO Fuel as a reliable and scalable solution for businesses seeking to enhance their sustainability efforts.

HVO Fuel is produced through a process called hydrogenation, a sophisticated chemical reaction that transforms fats and oils into a high-quality, stable, and renewable diesel fuel. This involves subjecting feedstock (sustainable raw materials) to hydrogen gas under high pressure and temperatures, saturating the molecules to remove impurities.

The hydrocarbons are then refined to improve stability and cold weather performance.

The result is a paraffinic fuel that closely resembles traditional diesel but burns cleaner, delivering significant reductions in emissions while maintaining compatibility with existing diesel engines and infrastructure.

Lifecycle analyses found that HVO can reduce GHG emissions by up to 90% compared to traditional diesel. Further, because HVO produces cleaner combustion, it results in lower tailpipe emissions of particulate matter, nitrogen oxides and carbon monoxide - leading to overall improved air quality in industrial areas.

HVO is biodegradable, posing less risk to soil and water systems in case of accidental spills. In contrast to fossil fuels, it breaks down much more readily in the environment.

HVO Fuel’s compatibility with existing diesel engines and infrastructure means no costly modifications or new equipment are required.

Since HVO Fuel is chemically similar to traditional diesel, it can be used as a direct drop-in replacement in most diesel engines, storage tanks, and refueling infrastructure.

Diesel engines tend to handle HVO Fuel better than biodiesel.

HVO Fuel is a near-perfect direct drop-in renewable alternative for conventional diesel, meaning it works well without causing engine performance issues. It’s also better for engine cleanliness, reducing build-up over time.

Biofuel, while also effective, can sometimes lead to issues like clogged filters or reduced efficiency, especially in older engines. This is because biofuel can contain impurities or be more viscous than conventional diesel, which can lead to a build-up of residue in the fuel system over time.

Read more in our blog article.

HVO Fuel has an exceptionally long storage life compared to regular diesel, lasting up to 10 years under proper conditions.

HVO Fuel’s stability makes it ideal for backup generators, seasonal equipment, and bulk fuel storage.

HVO Fuel is as efficient as diesel and, in some cases, performs better due to its higher cetane number (70-90), which ensures cleaner combustion and smoother engine operation.

While HVO Fuel has a slightly lower energy density than fossil diesel (~3-5% less), its superior burn quality often offsets this, maintaining comparable fuel economy.

It also produces fewer engine deposits, reducing maintenance needs over time. Additionally, HVO Fuel excels in cold weather performance, ensuring reliable starts and consistent power. Overall, it’s a highly efficient, cleaner-burning alternative to diesel.

Yes, many more businesses are transitioning to HVO Fuel as part of their sustainability initiatives and to meet carbon reduction targets.

As the demand for sustainable alternatives grows, more companies are making the switch to HVO Fuel to improve their environmental impact, reduce operational costs, and align with regulatory trends.