Under CopyrightHeil, VolkerVolkerHeilSchulzke, TimTimSchulzkeBezergianni, StellaStellaBezergianniKubicka, DavidDavidKubickaRettenmaier, NilsNilsRettenmaierPfisterer, UlrichUlrichPfistererMartin, Michael V.Michael V.MartinMulder, MartijnMartijnMulderDiaz-Chavez, RocioRocioDiaz-Chavez2022-03-1330.6.20172017https://publica.fraunhofer.de/handle/publica/39692110.24406/publica-fhg-396921Co-feeding lignocellulosic-biomass-derived intermediates into conventional refineries is a promising option to decarbonise automotive, aviation and bunker fuels and to reduce import-dependence of mobility. Of course, this strictly requires compatibility of bio-based intermediates with the refining process and especially consistency of the intermediates' properties. The ultimate goal of this approach is the production of fuels of high-quality abiding by the standards, with no intermediate-caused off-spec batches lowering the refineries' yields.enablative fast pyrolysismild hydrotreatmentrefinery integrationposter