北京林业大学学报2016，Vol.38Issue(6)：116-122,7.DOI:10.13332/j.1000--1522.20150335
园林废弃物热解过程中的热量传递
Heat transfer in the process of pyrolysis of garden waste
摘要
Abstract
Temperature has a significant effect on pyrolysis and determines the components of pyrolysis products. The distribution of pyrolysate temperature, however, relies on the heat transfer characteristics during the pyrolysis process. To study the heat transfer characteristics during the pyrolysis process of garden waste, the temperature distribution and variation in garden waste were measured. The software ANSYS was taken to simulate the heat transfer process, and the heat transfer model was established by comparative analysis of the experimental data and the simulation value. The results indicated that the heat transfer ability increased along with ascending pyrolysis temperatures and decreased along with the increase of the amount of garden waste;the heat transfer ability was proportional to temperature gradient. Simultaneously, the relationship between the temperature on flask lateral wall and the height of garden waste powder, and the relationship between the temperature above garden waste powder and time were established based on the phenomenon that the temperature load on the reaction flask wall and the convective heat transfer load on the garden waste powder surface were not constant. This study, to a certain extent, will provide theoretical guidance to garden waste pyrolysis.关键词
园林废弃物/热解/热量传递/温度分布Key words
garden waste/pyrolysis/heat transfer/temperature distribution分类
化学工程引用本文复制引用
王振宇,邱墅,何正斌,伊松林..园林废弃物热解过程中的热量传递[J].北京林业大学学报,2016,38(6):116-122,7.基金项目
国家自然科学基金项目(31270604)。 （31270604）
