02869naa a2200481 a 450000100080000000500110000800800410001902200140006002400510007410000250012524501790015026000090032930000130033852014360035165000240178765000150181165000220182665000120184865000120186065000150187265000210188765000110190865000150191965000230193465300130195765300260197065300190199665300250201565300260204065300180206665300420208470000200212670000160214670000220216270000190218470000280220370000210223170000170225270000280226970000290229770000120232677300490233821288322020-12-29       2020    bl uuuu     u00u1 u    #d  a1420-30497 ahttps://doi.org/10.3390/molecules251842192DOI1 aMOREIRA, B. R. de A.  aSecond-generation lignocellulosic supportive material improves atomic ratios of CbO and H:O and thermomechanical behavior of hybrid non-woody pellets.h[electronic resource]  c2020  ap. 1-16.  aAbstract: Pellets refer to solid biofuels for heating and power. The pellet's integrity is of great relevant to ensure safe and effective transportation and storage, and comfort to stakeholders. Several materials that are supportive, whether organic and inorganic, to pellets exist. However, no work in the literature is linking making hybrid non-wood pellets with addition of residual biomass from distillation of cellulosic bioethanol, and this requires further investigations. Figuring out how effective this challenging agro-industrial residue could be for reinforcing non-wood pellets is accordingly the scientific point of this study focusing on management of waste and valorization of biomass. The pilot-scale manufacturing of hybrid pellets consisted of systematically pressing sugarcane bagasse with the lignocellulosic reinforcement at the mass ratios of 3:1, 1:1, and 1:3 on an automatic pelletizer machine at 200 MPa and 125 °C. Elemental contents of C and H, durability, and energy density all increased significantly from 50.05 to 53.50%, 5.95 to 7.80%, 95.90 to 99.55%, and 28.20 to 31.20 MJ kg-1, respectively, with blending the starting material with the reinforcement at 1:3. Preliminary evidence of residual biomass from distillation of second-generation bioethanol capable of highly improving molecular flammable/combustible properties, mechanical stability, and fuel power of composite non-wood pellets exist.  aAgricultural wastes  aBioethanol  aCellulosic fibers  aPellets  aBagaço  aBioenergia  aCana de Açúcar  aPellet  aReciclagem  aResíduo Agrícola  aBlending  aCellulosic bioethanol  aEnergy storage  aFuel grade biosolids  aNatural binding agent  aReinforcement  aSustainable waste-to-energy technique1 aVIANA, R. da S.1 aCRUZ, V. H.1 aMAGALHÃES, A. C.1 aMIASAKI, C. T.1 aFIGUEIREDO, P. A. M. de1 aLISBOA, L. A. M.1 aRAMOS, S. B.1 aJUÁREZ SÁNCHEZ, D. E.1 aTEIXEIRA FILHO, M. C. M.1 aMAY, A.  tMoleculesgv. 25, n. 18, article 4219, 2020.