作者: Michael Modell
DOI: 10.1007/978-94-009-4932-4_6
关键词: Waste management 、 Renewable resource 、 Liquefaction 、 Steam reforming 、 Decomposition 、 Supercritical fluid 、 Pyrolysis 、 Char 、 Environmental science 、 Biomass
摘要: As one of the ultimate renewable resources, forest products will inevitably become a major source fuels and organic chemicals. Any technological process for converting biomass to must involve break-down complex structures stabilization decomposition products. The first step in conventional physicochemical routes gasification and/or liquefaction usually involves severe feed at temperatures above 600 °C (e.g. pyrolysis, partial oxidation, steam reforming). In high are required provide sufficiently rapid kinetics. However, under such conditions, an appreciable fraction is converted char, which complicates materials handling decreases yield fluid fuels.