实验室条件和现场条件下UCG热损失模拟

M. Durdán, K. Kostúr
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引用次数: 2

摘要

煤地下气化(UCG)是一种从环境和经济两方面都具有吸引力的工艺,在未来具有广泛的应用前景。这项技术比传统采矿便宜。在几何相似的条件下建立气化炉的物理模型,对实验室条件下的UCG过程进行研究和较好的分析是合适的。气化炉实现的过程热损失必须与实际煤层热损失相对应。本文对气化炉和实际煤层的热损失进行了对比研究。研究结果为气化炉的热隔离提出了建议。
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Modelling of heat losses in UCG under laboratory conditions and in situ
The underground coal gasification (UCG) is the process, which can be attractive from environmental and economic aspect and is able to have a wide utilization in the future. This technology is less expensive than conventional mining. It is appropriate to construct a physical model of the gasifier in the geometrical similarity for research and good analysis of UCG process under laboratory conditions. The heat losses in the process realized by the gasifier must correspond to heat losses in real seam. The paper presents a comparison study of the heat losses on the gasifier and in the real seam. The result of this study is the proposal of thermal isolation of the gasifier.
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