Delve into the many benefits of switching to Renewable Diesel: HVO
The Drop-in alternative for on and off-road diesel
Boasting a paraffinic petrochemical composition, our HVO product complies with both EN 15940:2016 and ASTM D975 standards. This makes it an ideal drop-in replacement option that seamlessly integrates with your current setup. In most instances, all you need to do is effortlessly top up and be on your way!
Up to 10-year storage lifespan
Our HVO fuel is exclusively comprised of hydrocarbons, containing absolutely no oxygen. This unique feature minimises the necessity for frequent testing. We manufacture it through a meticulously controlled hydrogenation and isomerisation process, effectively eliminating impurities from the fuel. This meticulous procedure results in a consistently high-quality, paraffinic product.
Cuts net CO2 by up to 90%
Significantly better for the environment than regular diesel and other biodiesel blends.
Reduces notifiable particulate matter (PM), nitrogen oxide (NOx) and and carbon monoxide (CO) emissions leading to improved air quality.
Sourced exclusively from certified waste origins
HVO fuel is crafted using carbon derived from certified waste materials.
Furthermore, it holds the prestigious ISCC (International Sustainability and Carbon Certificate) approval, guaranteeing a harmonious blend of sustainability and product authenticity.
FAME and fossil-free
HVO has zero FAME content so does not attract moisture, which encourages the growth of diesel bug. This means fewer filter changes and lower maintenance costs.
Cleaner burning fuel
HVO is free from aromatics, sulphur and metals, making it an extremely clean-burning fuel. What’s more, it reduces particulate production during combustion, reducing the ageing of engine oils whilst providing a more efficient burn.
All-year round performance
HVO has excellent low temperature performance, with high cetane number of up to 90 and a low cloud point of -32C, providing improved cold start performance, clean combustion, and less chance of waxing in extreme temperatures.