Biogas is an utmost attractive resource of biomethane and biogenic CO2, which are keystones molecules for biofuels manufacturing. Biogenic residue serves as feedstock, which is abundant and deleterious to the environment if mismanaged. Processing of such feedstocks into biofuels is based upon anaerobic digestion and syntheses, which are well-established technologies. Processing waste in an anaerobic digestor may afford carbon credits, due to the avoidance of methane emissions caused by spontaneous methanogenesis of mismanaged waste. Anaerobic digestion further generates digestate, a natural fertilizer that replaces synthetic fertilizers and has commercial and environmental value.

There are however also challenges: the global availability of biomass is disputed, plant capacities tend to be small and do not lend themselves to a good economy of scale, methane fugitive emissions can plague the supply chain, and this questions the effective GHG emission intensity of the resulting biofuels. Finally, for biogas to become a significant source of fuels for shipping and other off takers, the industry must grow immensely and very rapidly, and it is unclear how to promote and support this required growth.

This project addresses these issues via five areas of study:

• Consolidate global biomass availability figures;

• Establish cost of production for biomethane and biomethanol from biogenic residues via anaerobic digestion. The study addresses also the dependency of production cost upon production capacity, which is believed to be different for the two products;

• Establish production and consumption figures and fugitive emissions to generate an LCA of the supply chains;

• Map relevant ports and match with availability of biogenic residues and gas grid to identify potential for new production lines;

• Develop a strategy for accelerating the implementation of the most promising pathways.

By the completion of this project, the aim is to have published several position papers, update NavigaTE and to lay out a strategy on how to ensure acceleration of deployment.