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Mine ventilation air methane as a sustainable energy source

机译:煤矿通风甲烷作为可持续能源

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Underground coal mines emitting large quantities of methane to atmosphere is one of the sources of methane. Approximately 70% of the methane emitted from coal mines is released as the ventilation air methane (VAM). Unfortunately, due to the low methane concentration (0.1-1.5%) in ventilation air, its effective utilization is considerably low. However, the global warming potential of methane can be reduced up to 95% by oxidizing the methane. Energy recovery may be possible as the products of oxidization. In this study, the existing and developing methods, based on the oxidation of methane, are introduced with a discussion of the features of the methods of the mitigation and utilization of VAM. The main operational parameters of the methods such as combustion method, technical feasibility and engineering applicability were also discussed.
机译:向地下排放大量甲烷的地下煤矿是甲烷的来源之一。煤矿排放的大约70%的甲烷作为通风的甲烷(VAM)释放。不幸的是,由于通风空气中的甲烷浓度较低(0.1-1.5%),其有效利用率非常低。但是,通过氧化甲烷可以将甲烷的全球升温潜能降低至95%。能量回收可能是氧化产物。在这项研究中,介绍了基于甲烷氧化的现有方法和开发方法,并讨论了缓解和利用VAM方法的特点。还讨论了该方法的主要操作参数,如燃烧方法,技术可行性和工程适用性。

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