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Control strategies for flexible operation of power plant Integrated with CO2 capture plant

机译:CO2捕获厂集成电厂灵活运行的控制策略

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About 20% power output penalties will be incurred for implementing CO2 capture from power plant. This loss can be partially compensated by flexible operation of capture plant. However, daily large variations of liquid and gas flows may cause operation problems to packed columns. Control schemes were proposed to improve the flexibility of power output without causing substantial hydraulic disturbances in capture plant is presented. Simulations were implemented using ASPEN Plus. In varying lean solvent flow strategy, the flow rate of recycling solvent was manipulated to control the CO2 capture rate. The liquid flow of the absorber and gas flow of the stripper will vary substantially. In an alternative strategy, the lean solvent loading will be varied. Variation of gas throughput in the stripper is avoided by recycling part of CO2 vapor to stripper. This strategy provided more stable hydraulics condition in both columns and is recommended for flexible operation.
机译:将产生大约20%的功率输出罚款,以实施电厂的二氧化碳捕获。通过捕获工厂的灵活操作可以部分地补偿这种损失。然而,每日液体和气体流动的大变化可能导致包装柱的操作问题。提出了控制方案以提高电力输出的灵活性,而不会引起捕获工厂的大量水力干扰。使用Aspen Plus实施模拟。在不同的瘦溶剂流动策略中,操纵再循环溶剂的流速以控制CO 2捕获率。吸收器和汽提包的气流的液体流程将基本上变化。在替代策略中,贫溶剂载荷将变化。通过将CO2蒸汽的部分循环剥去剥离器,避免了剥离器中的气体产量的变化。该策略在两个色谱柱中提供了更稳定的液压状况,建议进行灵活操作。

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