Haffner Energy Partners with IðunnH2 for e-SAF Innovation

Haffner Energy and IðunnH2 Collaborate for Sustainable Aviation Fuel

Haffner Energy, known for its innovative biomass-to-clean fuels technology, has teamed up with IðunnH2 to make strides in sustainable aviation fuel (e-SAF) production. This collaboration focuses on a new facility designed to produce 65,000 tonnes of e-SAF annually, tapping into Iceland's renewable energy resources.

Innovative Technology for Sustainable Aviation Fuel

The partnership aims to integrate Haffner Energy's cutting-edge technology into IðunnH2's e-SAF project situated near a major international airport. By combining green hydrogen sourced from Iceland's renewable power grid with biogenic carbon generated using Haffner's proprietary gasification methods, the project aims to create eco-friendly aviation fuel.

Meeting the Demand for Sustainable Fuels

E-SAF represents a significant portion of future aviation fuels, with predictions stating it could contribute up to 50% of the total SAF production in Europe by the middle of the century. This fuel is derived from mixing green hydrogen with recycled carbon, ideally sourced from biogenic origins. While obtaining biogenic carbon is traditionally challenging and expensive, Haffner's process presents a promising economic solution.

Enhancing Economic Viability of Projects

The innovative supply of solid biocarbon from Haffner Energy is a game-changer in the production of e-SAF. This solid carbon can be used efficiently on-site, significantly reducing the costs typically associated with capturing and transporting CO?. Such advancements make e-SAF projects more financially feasible and set the stage for increased adoption of sustainable fuel technologies in the aviation sector.

Projected Outcomes for the e-SAF Facility

The planned 300MW e-SAF facility aims to produce substantial quantities of carbon-neutral fuel through the harnessing of wind, geothermal, and hydropower. This facility plans to blend its production with conventional jet fuel, thus making it suitable for use with current aircraft technologies. Scheduled to launch in 2028, the project aims to fulfill a considerable share of Iceland's projected fuel requirements and enhance operational sustainability at the airport.

Alignment with Sustainability Mandates

This initiative aligns with the European Union's Sustainable Aviation Fuel mandate, which strives for environmentally responsible aviation practices. The ambitious timeline sets forth the aim of meeting 15% of Iceland's jet fuel demand by 2028, putting Iceland's airlines in a favorable position well ahead of the 2030 blending requirements.

About the Key Players

Haffner Energy is renowned for its innovative technology, allowing for the efficient production of clean fuels. With several decades of experience, the company continues to pioneer sustainable practices in the biomass sector, consistently contributing to the production of renewable fuels alongside biogenic carbon outputs.

Focus on Clean Hydrogen Solutions

IðunnH2, established by experts in the Icelandic energy market, champions the development of efficient hydrogen and e-fuel projects. With a focus on utilizing Iceland's unique energy resources, IðunnH2 aims to create commercially viable solutions that benefit both the local economy and broader climate goals.

Media Contacts

For inquiries, please reach out to:

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 focuses on integrating innovative technologies to enhance the production of sustainable aviation fuel (e-SAF) in Iceland.

What technology does Haffner Energy utilize?

Haffner Energy uses patented biomass thermolysis and gasification technology to produce biocarbon, which is essential for e-SAF production.

How much e-SAF will the new facility produce annually?

The e-SAF facility is designed to produce 65,000 tonnes of carbon-neutral fuel each year.

When is the expected production start for the e-SAF facility?

The project is planned to commence production in 2028.

How does this project contribute to environmental goals?

The project supports EU environmental mandates by producing sustainable fuel which helps reduce emissions and dependence on imported fuels.

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