CO2 reduction with Bio-LNG: How negative emissions can be achieved

Posted on

14/11/2024

Category

Blogs, English News, News

As of January 1, 2024, large publicly listed companies in the European Union are required to report their CO2 emissions and sustainability measures. This new CSRD directive helps companies improve their impact on the environment and society. For many businesses, especially those in the transport sector, this means significant steps will be needed to reduce their CO2 emissions. One of the most effective ways to achieve this is by switching to Bio-LNG.

Why Bio-LNG?

Every fuel has a specific CO2 emission profile, but Bio-LNG offers a unique opportunity to drastically reduce these emissions. With Bio-LNG, you can even reduce CO2 emissions by up to 200% compared to diesel!

The table below shows the CO2 emissions of various fuels:

Fuel Unit Energy in MJ per Unit  CO2 Emissions WTT (well-to-tank),
g CO2 eq/MJ*
CO2 Emissions TTW (tank-to-wheel), g CO2 eq/MJ*CO2 Emissions WTW (well-to-wheel), g CO2 eq/MJ*% Reduction compared to diesel
Diesel (fossil) Liter 36,6 22,48 73,06 95,54  
LNG Kilo 49 14,41 60,10 74,51 -22% 
Bio-LNG from manureKilo 49 -100 3,59 -96,41 -200% 

Data according to www.co2emissiefactoren.nl

How Bio-LNG saves CO2

The CO2 emissions of fuels consist of two parts:
1. Well-to-Tank (WTT): This is the emission released during the production of the fuel and the transport of the fuel to the filling station. At Rolande, we use the actual emission factors from ISCC-certified Bio-LNG producers and transport companies that deliver Bio-LNG to our filling stations.
2. Tank-to-Wheel (TTW): This part of the emissions is released during the use of Bio-LNG in the truck. Although some CO2 is still emitted, it’s less than 5% of the diesel emissions.

Adding these two values together gives the total CO₂ emissions, also known as Well-to-Wheel (WTW). This takes into account the entire lifecycle of the fuel – from production to consumption – and is the key metric for environmental impact.

Bio-LNG life cycle assessment well-to-wheel

The power of Bio-LNG: from manure to negative CO2 emissions

Did you know that Bio-LNG produced from manure can even have negative CO2 emissions? That’s because we capture the methane from manure in our Bio-LNG facilities and convert it into Bio-LNG. What remains, the digestate, is returned to the farmer as a soil improver. This prevents methane from being released during the storage of manure or when spreading manure on the land. This is a clear win-win for both the environment and your sustainability goals. Discuss with your carbon accountant how to report these negative emissions.

Conclusion: your next step towards sustainability

For transporters and shippers who are serious about CO2 reduction, Bio-LNG is the perfect choice. With a potential CO2 reduction of up to 200%, it’s the key solution to achieve your sustainability goals and make significant steps towards fossil-free and sustainable road transport.

We hope the information above has given you a better understanding of Bio-LNG. If you’re curious to dive deeper or have specific questions, we’re here to help! To stay updated on Bio-LNG and all developments, subscribe to our newsletter or explore more of our blog articles.

If you’re looking for specific Bio-LNG offers or a free calculation of how much CO2 your truck fleet can save, don’t hesitate to contact our customer service. We’re happy to assist you!