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Environment, Energy and Sustainable Development – Sung, Kao & Chen (eds)
© 2014 Taylor & Francis Group, London, ISBN 978-1-138-00053-7
Technology optimization study of bamboo powder phenol liquefaction
by microwave heating
Xi-Juan Chai, Ji-Song Li & Lei Tao
College of Material Engineering, Southwest Forestry University, Kunming, China
ABSTRACT: The bamboo powder was liquefied by microwave heating with phenol as the liquefying
reagents and sulfuric acid as catalytic. This paper discussed the effects of different factors on residue rate
in liquefaction process by orthogonal design. The result showed that only 0.327% of residue rate remained
under the optimum conditions, which is microwave power of 500 W, the liquid-solid ratio of 4.5:1, sulfuric ...