Rolls-Royce to Test SAF Produced by Alder Fuels' Greencrude Technology

Dark/Light Mode (21/10/22)  Rolls-Royce has signed a memorandum of understanding with Alder Fuels, a clean tech developer and greencrude producer, to further test sustainable aviation fuel (SAF) as it makes the critical next step on its journey to commercial scalability.

The SAF, which has been produced based on Alder Fuels’ proprietary greencrude technology, is being readied for global rollout as a drop-in replacement to petroleum-based jet fuel, and could well prove to be a critical tool for decarbonising the skies.

The testing, which will include flight tests on a Rolls-Royce Pearl engine, will evaluate the energy efficiency, emissions criteria, and low-carbon credentials of the SAF produced from Alder Greencrude (AGC).

Rolls-Royce will test SAF produced by Alder Fuels' greencrude technology

“At Alder, we are on a path to transform energy on the global stage and partnership is key to our vision,” said Bryan Sherbacow, President and CEO of Alder Fuels. “As a pioneer in both industrial technology and sustainable aviation, Rolls-Royce will play a leading role in decarbonizing the aerospace industry. Their name is synonymous with the best of engineering and our hope is that this collaboration will not only mark an important milestone for the decarbonisation of aviation, but that it will send a strong global signal to the market that the future of sustainable flight is here and the time to transition is now.”

Alder Fuels uses sustainable biomass such as regenerative grasses, forest residues and agricultural waste products to create low-carbon AGC that can be converted into a drop-in SAF using existing bio and petroleum refinery infrastructure.

The process, which has been developed in close partnership with the US Department of Energy’s National Renewable Energy Laboratory, can achieve greenhouse gas reductions of over 80 percent compared to fossil-based jet fuel.

The engine tests will assess the performance of AGC-derived SAF compared to fossil-based jet fuel to further support its performance as a drop-in replacement for traditional jet fuel and generate critical data for the development of a 100% SAF specification by ASTM International. The SAF will also undergo a full lifecycle and criteria emissions assessment.

Frank Moesta, SVP Strategy & Future Programmes – Business Aviation, Rolls-Royce, said, “The use of sustainable aviation fuel as a low-emission solution and its global commercial deployment are essential to the decarbonisation of medium to long-haul air travel. While we are also working on electrification, hybrid-electric and hydrogen technologies as long-term alternatives, rapid decarbonisation is within reach through this critical pathway. Through our partnership with Alder Fuels, we are taking the next steps on our journey to net zero and are committed supporters of the UN Race to Zero goal of 10% SAF use across aviation by 2030.”

All Trent and Business Aviation engines are already certified and ready to operate on a 50% SAF blend with traditional fossil-based aviation jet fuel.

Rolls-Royce has committed to ensuring all its Trent and Business Aviation engines are compatible with 100% SAF by 2023.

Latest exclusive video interviews: Future of Air Travel - Interview with Sumesh Patel, President of SITA Asia Pacific; Miss International Queen 2024 (MIQ 2024) - Interview with Alisa Phanthusak, MD, Tiffany's Show Pattaya, Thailand; 16 HD Video Interviews from Routes Europe 2024 in Aarhus, Denmark; 9 HD Video Interviews from Routes Asia 2024 in Langkawi, Malaysia; Standard to Open Residences in Hua Hin and Phuket, Thailand; Video Interview with Amar Lalvani, Executive Chairman; 9 Exclusive Video Interviews from ASEAN Tourism Forum 2024 in Vientiane, Laos; 8 NTO Press Conferences from ASEAN Tourism Forum 2024 in Vientiane, Laos; 13 HD Video Interviews from World Travel Market 2023 in London, England; 5 HD Video Interviews from APG World Connect 2023 in Monaco, France; and 15 HD Video Interviews from Routes World 2023 in Istanbul, Türkiye.