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Hydrogen production from a fluidized-bed coal gasifier with in situ fixation of CO2 Part I: Numerical model

机译:原位固定二氧化碳的流化床煤气化炉制氢第一部分:数值模型

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摘要

In order to attempt to eliminate global warming effects, it is highly desirable that new technologies with lower or zero emission of CO2 to the environment are developed. In this work, a high-pressure fluidized-bed coal gasifier for H-2 production with in situ fixation of CO2 is simulated by a comprehensive two-dimensional model. The Eddy Dissipation Concept (EDC) model is first adopted in the pulverized coal gasification model to simultaneously describe the turbulent mixing and detailed chemical kinetics. The developed model is verified with experimental results. The simulated concentrations for the gas product agree well with the experimental data. The simulated distributions for gas temperature and velocity correlate well with the reaction mechanism and experimental phenomena.
机译:为了试图消除全球变暖的影响,非常希望开发出向环境中二氧化碳排放量较低或为零的新技术。在这项工作中,通过全面的二维模型模拟了用于H-2生产并原位固定CO2的高压流化床煤气化炉。煤粉气化模型首先采用了涡流消散概念(EDC)模型,以同时描述湍流混合和详细的化学动力学。实验结果验证了所开发模型的正确性。气体产物的模拟浓度与实验数据非常吻合。气体温度和速度的模拟分布与反应机理和实验现象密切相关。

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