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The analysis of parameters of the cryogenic oxygen unit cooperating with power plant to realize oxy-fuel combustion

机译:低温氧气机组与电厂配合实现氧燃料燃烧的参数分析

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The paper examines from the thermodynamic point of view operation of coal fired power unit cooperating with the cryogenic oxygen unit, with a particular emphasis on the characteristic performance parameters of the oxygen unit. The relatively high purity technical oxygen produced in the oxygen unit is then used as the oxidant in the fluidized bed boiler of the modern coal fired power unit with electric power output of approximately 460 MW. The analyzed oxygen unit has a classical two-column structure with an expansion turbine (turboexpander), which allows the use of relatively low pressure initially compressed air. Multivariant calculations were performed, the main result being the loss of power and efficiency of the unit due to the need to ensure adequate driving power to the compressor system of the oxygen generating plant.
机译:本文从热力学的角度考察了与低温氧气单元配合使用的燃煤动力单元的运行情况,特别着重于氧气单元的性能参数。然后,在氧气单元中产生的相对较高纯度的工业氧气在现代燃煤动力单元的流化床锅炉中用作氧化剂,其输出功率约为460 MW。所分析的氧气单元具有带膨胀涡轮机(涡轮膨胀机)的经典两塔结构,可使用相对低压的初始压缩空气。进行了多变量计算,主要结果是由于需要确保为制氧设备的压缩机系统提供足够的驱动功率而导致的装置功率和效率损失。

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