INFLUENCE OF TORREFACTION ON SOME CHEMICAL AND ENERGY PROPERTIES OF MARITIME PINE AND PEDUNCULATE OAK

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Pierre , Floran ,; Almeida Perré , Giana ,; Brito , Jose Otavio ,; Perre , Patrick;
(2011)
  • Publisher: North Carolina State University
  • Journal: BioResources (issn: 1930-2126)
  • Publisher copyright policies & self-archiving
  • Subject: Biotechnology | Proximate analysis | quercus robur | PIN MARITIME | EUCALYPTUS | propriété énergétique | Torrefaction | bilan énergétique | acide | CHENE PEDONCULE | biomasse | bois de résineux | OAK | traitement thermique | HEATING VALUES | bois | france | Energy yield | europe | TP248.13-248.65 |   | Biomass | quercus pedunculata | Biomass;Chemical analysis;Energy yield;Heating value;Proximate analysis;Torrefaction;THERMALLY MODIFIED WOOD;HEATING VALUES;EUCALYPTUS;DURABILITY;BIOMASS;FUELS | DURABILITY | pinus pinaster | BIOMASS;CHEMICAL ANALYSIS;ENERGY YIELD;HEATING VALUE;PROXIMATE ANALYSIS;TORREFACTION;THERMALLY MODIFIED WOOD;HEATING VALUES;EUCALYPTUS;DURABILITY;BIOMASS;FUELS;OAK;CHENE PEDONCULE;PIN MARITIME;TORREFACTION DU BOIS;  | FUELS | technologie du bois | THERMALLY MODIFIED WOOD | Chemical analysis | TORREFACTION DU BOIS | propriété chimique | bois de feuillu | [ SDV.SA ] Life Sciences [q-bio]/Agricultural sciences | Heating value

 ; This study investigated the influence of heat treatment on the chemical composition and energy properties of maritime pine (Pinus pinaster) and pedunculate oak (Quercus robur). Samples were treated in a new experimental device at 220, 250, or 280 degrees C for 1 or 5... View more
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