Study finds attribute-based fuel economy standards less effective and more costly than flat standard with credit trading
Subaru introducing 2019 Crosstrek plug-in hybrid with Toyota Hybrid System

Global Bioenergies to lead $24M REWOFUEL project to demonstrate the production of isobutene-derived gasoline and jetfuel from wood residuals

Global Bioenergies will lead a consortium including Sekab, Graanul Invest, Neste Engineering Solutions, Repsol, Peab Asfalt, SkyNRG, Ajinomoto Eurolysine, IPSB, TechnipFMC and Linz University in a 3-year project (called REWOFUEL) to demonstrate the production of isobutene-derived gasoline and jetfuel from wood residuals.

Global Bioenergies will combine its isobutene process with technologies developed by Sekab and Neste Engineering Solutions. The aim is to convert currently poorly valorized softwood residues into second-generation renewable isobutene for subsequent conversion into gasoline and jetfuel.

The program covers a total budget of €19.7 million (US$24 million). Non-refundable grants totalling €13.9 million (US$17 million) will be provided by the European Union, with the remainder being contributed by the participants. Global Bioenergies will be the coordinator of the project, and receive funding amounting to €5.7 million (US$7 million). Additionally REWOFUEL will be supported by companies including Air France and Safran.

The project sets the foundations of a first-of-a-kind biorefinery converting residual wood to high performances drop-in renewable gasoline and jetfuel. With an estimated forestry residues potential of about 145 million tons per year, the European Union has the potential to support the deployment of hundreds of such biorefineries.

We are thrilled by the opportunity to be part of industrial consortia which focus on softwood residue streams valorisation in novel value chains and end-use markets. We believe it to be important to kick-start the biomaterials market with high sustainability standards, as it will add strong value to the softwood residues on long term basis.

—Peep Pitk, Head of R&D at Graanul Invest

The 11 project partners coming from 8 EU-member States have signed an agreement with INEA which manages the Secure, Clean and Efficient Energy societal challenge of the Horizon 2020 program. INEA’s mission is to support the Commission, project promoters and stakeholders by providing expertise and high quality of program management.

The project was selected under the name REWOFUEL (N°792104), in the frame of the European HORIZON 2020 program for research and innovation. The objective is to demonstrate the new value chain at cubic meter scale by combining the technologies and know-how of participants as follows:

  • Residual softwood supply and processing by Graanul Invest AS (Estonia)

  • Softwood conversion to hydrolysates by Sekab, using its CelluAPP® technology (Sweden)

  • Hydrolysates fermentation to bio-isobutene by Global Bioenergies (France and Germany)

  • Bio-isobutene conversion to fuel components by Neste Engineering Solutions (Finland)

  • Preliminary engineering of a wood-to-isobutene plant and overall integration with a fuel conversion unit by TechnipFMC and IPSB (France)

  • Evaluation of Gasoline applications by Repsol (Spain)

  • Evaluation of Jetfuel application by SkyNRG (Netherlands)

  • Valorization of the lignin side stream by Peab Asfalt (Sweden)

  • Valorisation of proteins from the dried killed residual biomass by Ajinomoto Eurolysine (France)

  • Assessment of the sustainability and environmental benefits by the Energy Institute at the University of Linz (Austria)

Jonas Markusson, Innovation Manager of SEKAB observed that the REWOFUEL project has the potential to become an alternative value chain to existing biofuels and to create new uses of European residual forestry resources. All parts of the process—the extraction of sugars from wood, the conversion to bio-isobutene, lignin-based chemicals and the production of gasoline and jefuel—are well developed and are all cutting edge, he noted.

We are very excited in tailoring our next generation NExETHERS and NExOCTANE technologies to wood-derived bio-isobutene in order to demonstrate the production of sustainable 100 % renewable fuel components. We regard this project as a great opportunity for showing how a genuinely synergistic European partnership can bring to the market drop-in high performance fuel components derived from forestry residue materials.

—Marita Niemelä, CTO at Neste Engineering Solutions

While we make progress on our first commercial project based on sugar beet-derived sugars, this new grant from the H2020 program further supports our strategy to diversify the feedstocks usable in our Isobutene process, and thus opens the door to the deployment of our technology in many new geographies.



Once they have methanol from cellulose they can go on to make whatever liquid hydrocarbon fuels the market wants.

The comments to this entry are closed.