Catalytic Liquefaction of High-Pure Cellulose on ClO4-/ Fe2O3-ZrO2-La2O3
Xuewen Huang1, Zhiping Le1, Fei Yu2, Zhaoping Chen1, Lizhi Hong1, and Yanqiu Huang3. (1) Chemistry, Nanchang University, 999 Xuefu Road, Qianhu, Nanchang 330031, China, (2) Dept. of Forest Products, Mississippi State University, 100 Blackjack Road, Starkville, MS 39762, (3) Graduate School, Nanchang University, 999 Xuefu Road, Qianhu, Nanchang, China
Biomass is the third largest source of energy for human being, and is also a renewable resource. High effective utilization and development of biomass energy has positive effects on solving energy and environment problems. Biomass contains 38%~50% cellulose. In this work, we prepared new kind of catalysts for the conversion of high-pure cellulose. The liquefaction of high-pure cellulose was carried out in a stainless autoclave, distilled water as liquefaction solvent, ClO4-/ Fe2O3- ZrO2 -La2O3 or ClO4-/Fe2O3 as catalyst. The results of liquefaction process showed that the ClO4-/ Fe2O3- ZrO2 -La2O3 catalyst has higher activity than ClO4-/Fe2O3. For example, under the reaction condition of 523 K, 3h, using ClO4-/ Fe2O3- ZrO2 -La2O3 as catalyst, the resident of high-pure cellulose was about 9.8%, but ClO4-/Fe2O3 was about 22.1%. In this test, the effect of the amount of the catalyst, reaction temperature and reaction time on the catalyst activity for the biomass conversion were investigated. This work is supported by grants from the Jiangxi Provincial Department of Education Fund (High Education & Technology) of China, the Jiangxi Provincial Department of Education Graduate Innovation Fund of China.