Proceedings of Conference on Coal Science
Online ISSN : 2423-8309
Print ISSN : 2423-8295
ISSN-L : 2423-8295
[volume title in Japanese]
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2-19 Thermal liquefaction of waste bamboo materials using a polyhydric alcohol mixture containing cyclic carbonic acid and evaluation of the usefulness of the product
Satoshi AKUTAQingyue WangWeiqian Wang
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Pages 62-63

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Abstract

In this study, waste bamboo materials from abandoned bamboo groves were used as an alternative to plastics for the preparation of biomass-based products. Waste bamboo materials was thermally liquefied in a polyhydric alcohol mixture (10-30%) containing a sulfuric acid catalyst and cyclic carbonic acid. Optimization of conditions during thermal liquefaction, such as solvent composition, acid catalyst addition rate, and reaction time was investigated. The chemical structure, molecular weight distribution, and hydroxyl value of the liquefied product obtained were analyzed. It has showed that a liquefaction rate of 80% in 60 minutes was achieved with a reduced sulfuric acid catalyst ratio in 2% in a solvent with 20% ethylene carbonate. Therefore, it is possible to reduce the environmental impact of the preparation of resins and other products from liquefied biomass products.

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© 2023 The Japan Institute of Energy
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