LI Yan-ji, FENG Lei, LI Rui-dong, et al. STUDY ON PROPERTIES OF TAR PRODUCED FROM BIOMASS PYROLYSIS TEST[J]. Thermal power generation, 2007, (12): 27-31.
DOI:
LI Yan-ji, FENG Lei, LI Rui-dong, et al. STUDY ON PROPERTIES OF TAR PRODUCED FROM BIOMASS PYROLYSIS TEST[J]. Thermal power generation, 2007, (12): 27-31. DOI: 10.19666/j.rlfd.2007.12.008.
STUDY ON PROPERTIES OF TAR PRODUCED FROM BIOMASS PYROLYSIS TEST
摘要
在小型固定床热解炉内对部分典型的生物质物料进行热裂解试验
研究了热裂解产物中焦油的产率以及芳香族组分分布特性。结果表明:物料挥发分和水分含量越高
生物质热裂解反应生成焦油(含水)的产率也相应提高。随裂解温度的提高
焦油的产率先升后降呈阶段性变化;改变热裂解终温将会改变焦油中组分分布
特别是在650℃较高温度时组分分布发生较大改变。生物质热裂解焦油中的4种芳香烃中苯和萘是主要组分
联苯和芘是微量组分。随热裂解温度升高
焦油中苯的含量逐渐减少
而萘的含量逐渐增加。
Abstract
The pyrolysis test of partial typical biomass materials has been carried out in a small-scale fixed bed pyrolysis furnace
and the production rate of tar as well as the distribution behavior of aromatic components in products of pyrolysis being studied. Results show that the higher volatile matter and water content in the material
the productivity of tar (containing water) from biomass pyrolysis is correspondingly enhanced. Along with the rising of pyrolysis temperature
the productivity of tar changes in a staged way
at first ascending and then descending. A change in the final pyrolysis temperature will lead to a change of component distribution in tar
and especially at 650 ℃
a tremendous change happens. Among four kinds of aromatic hydrocarbon produced in the process of biomass pyrolysis test
benzene and naphthalene are the main components
and biphenil and pyrene are the minor ones. along with rising of the pyrolysis temperature