污泥高温氧气化

Jun-jiao Zhang, Xiaohua Huo, C. Dong, Yongping Yang
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引用次数: 1

摘要

基于Aspen Plus,建立了污泥气化过程的计算机仿真模型。考虑了污泥含水率、气化压力和等效比(ER)的影响。结果表明:产气以CO、H2、CO2和H2O为主,H2S、CH4含量较低,SO2和N2几乎为零;随着污泥含水率的增加,ER应增加,以保持温度在1273K;随着ER的增加,CO和H2降低,导致产气热值降低;随着气化压力的增加,H2S和CH4增加,CO和H2减少。随着气化压力的增大,热值略有升高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High-temperature oxygen gasification of sludge
Based on Aspen Plus, a computer simulation model for sludge gasification was developed. The influences of moisture content in sludge, gasification pressure and equivalence ratio(ER) were considered. The results showed that, the producer gas were mainly CO, H2, CO2 and H2O with little H2S, CH4, while SO2 and N2 were almost none; with the increase in sludge moisture content, ER should be increased in order to maintain the temperature at 1273K; with the increase in ER, CO and H2 decreased which led to the decrease of the calorific value of the producer gas; With the increase in gasification pressure, H2S and CH4 increased while CO and H2 decreased. The calorific value slightly increased with the increase in gasification pressure.
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