Haffner Energy and IðunnH2 Join Forces for Sustainable Aviation Fuel
Haffner Energy, recognized for its pioneering biomass-to-clean fuels technology, has partnered with IðunnH2 to advance the production of sustainable aviation fuel (e-SAF). This collaboration is centered around a new facility that aims to generate 65,000 tonnes of e-SAF each year, utilizing Iceland's abundant renewable energy resources.
Cutting-Edge Technology for Sustainable Aviation Fuel
The partnership seeks to incorporate Haffner Energy's state-of-the-art technology into IðunnH2's e-SAF initiative, which is located near a major international airport. By merging green hydrogen sourced from Iceland's renewable energy grid with biogenic carbon produced through Haffner's unique gasification techniques, the project aspires to create environmentally friendly aviation fuel.
Addressing the Need for Sustainable Fuels
E-SAF is poised to play a crucial role in the future of aviation fuels, with forecasts suggesting it could account for up to 50% of total SAF production in Europe by mid-century. This fuel is produced by combining green hydrogen with recycled carbon, ideally derived from biogenic sources. Although sourcing biogenic carbon has historically been challenging and costly, Haffner's innovative process offers an economically viable solution.
Improving Economic Feasibility of Projects
The introduction of solid biocarbon from Haffner Energy is a transformative development in e-SAF production. This solid carbon can be utilized efficiently on-site, significantly lowering the costs usually associated with capturing and transporting CO?. These advancements enhance the financial viability of e-SAF projects and pave the way for greater adoption of sustainable fuel technologies within the aviation industry.
Anticipated Outcomes for the e-SAF Facility
The proposed 300MW e-SAF facility is designed to produce large volumes of carbon-neutral fuel by harnessing wind, geothermal, and hydropower. This facility plans to blend its output with conventional jet fuel, making it compatible with existing aircraft technologies. Set to begin operations in 2028, the project aims to meet a significant portion of Iceland's anticipated fuel needs while promoting sustainability at the airport.
Alignment with Sustainability Goals
This initiative is in line with the European Union's Sustainable Aviation Fuel mandate, which promotes environmentally responsible practices in aviation. The ambitious timeline targets fulfilling 15% of Iceland's jet fuel demand by 2028, positioning Iceland's airlines advantageously ahead of the 2030 blending requirements.
About the Key Players
Haffner Energy is well-known for its innovative technologies that enable the efficient production of clean fuels. With decades of experience, the company continues to lead in sustainable practices within the biomass sector, consistently contributing to the creation of renewable fuels and biogenic carbon outputs.
Commitment to Clean Hydrogen Solutions
IðunnH2, founded by specialists in the Icelandic energy sector, is dedicated to developing efficient hydrogen and e-fuel projects. By leveraging Iceland's unique energy resources, IðunnH2 aims to create commercially viable solutions that benefit both the local economy and broader climate objectives.
Media Contacts
For any inquiries, please contact:
Haffner Energy
Laetitia Mailhes
Email: laetitia.mailhes@haffner-energy.com
Phone: +33 (0)6 07 12 96 76
IðunnH2
Nanna Baldvinsdóttir
Email: nanna@idunnh2.com
Phone: +354 694 1604
Frequently Asked Questions
What is the purpose of the agreement between Haffner Energy and IðunnH2?
The agreement aims to integrate advanced technologies to enhance the production of sustainable aviation fuel (e-SAF) in Iceland.
What technology does Haffner Energy utilize?
Haffner Energy employs patented biomass thermolysis and gasification technology to produce biocarbon, which is crucial for e-SAF production.
How much e-SAF will the new facility produce annually?
The e-SAF facility is designed to generate 65,000 tonnes of carbon-neutral fuel each year.
When is the expected production start for the e-SAF facility?
The project is scheduled to begin production in 2028.
How does this project contribute to environmental goals?
This project supports EU environmental mandates by producing sustainable fuel, which helps to reduce emissions and reliance on imported fuels.
