02170naa a2200349 a 450000100080000000500110000800800410001902400520006010000140011224501860012626000090031252011270032165000130144865000150146165000130147665000140148965300120150365300140151565300250152965300170155465300160157165300180158765300140160570000180161970000290163770000220166670000180168870000210170670000200172770000240174777300490177121256112021-03-10       2020    bl uuuu     u00u1 u    #d7 ahttps://doi.org/10.1007/s12155-020-10094-y2DOI1 aMATOS, M.  aPilot-scaled fast-pyrolysis conversion of eucalyptus wood fines into productsbdiscussion toward possible applications in biofuels, materials, and precursors.h[electronic resource]  c2020  aBased on a circular bioeconomy strategy, eucalypt wood fines rejected from a Kraft pulp line were used as starting material in a pilot-scaled fast-pyrolysis process. The bio-oil and its coproducts were characterized regarding their physical, chemical, and thermal aspects. We put in perspective their properties to bring forward considerations for applications on biofuels, materials, and precursors. The yields of the pilot-scaled fast-pyrolysis process reached interesting values even if compared with optimized laboratory conditions. The results indicated the highest heating values (22?27 MJ/kg) for bio-oil, char, and crust material. The higher water content of aqueous extract had a negative effect for its application as fuel. The lignin/carbohydrate ratio for the biooil (2.82) and aqueous extract (0.53) identified a higher concentration of lignin-derived compounds in the first, mainly syringyl units. Bio-oil and aqueous extract presented chemical compounds with many functionalities, such as syringaldehyde and levoglucosan, expanding their potential application for higher value-added products besides energy.  aCharcoal  aEucalyptus  aBiomassa  aEucalipto  aBio-oil  aBio-óleo  aBiomass valorization  aBiorefinaria  aBiorefinery  aThermal route  aUpscaling1 aMATTOS, B. D.1 aCADEMARTORI, P. H. G. de1 aLOURENÇON, T. V.1 aHANSEL, F. A.1 aZANONI, P. R. S.1 aYAMAMOTO, C. I.1 aMAGALHAES, W. L. E.  tBioEnergy Researchgv. 13, p. 411-422, 2020.